HomeMy WebLinkAbout17-Facilities Management
CITY OF SAN BERNARDINO - REQUEST FOR COUNCIL ACTION
I
From: James Sharer, Facilities Manager
Subject:
Resolution awarding three eontracts to
vario.. vendon tbr energy etlicieaey
projeds at mnltiple buiIdiags
Dept: Facilities Management
Date: October 8, 1998
ORIGINAL
Syaopsis ofPrerio.. Cllueil Adioa
April 20, 1998--Approval of project to perform energy efficiency projects for multiple buildings,
and authorization to advertise a Request for Proposal.
Recommended Motion:
A That the Mayor and Council award a contract to Western Allied, Inc. for Professional Services-designlbuild of an energy-
efficient replacement of chillers at Carousel Mall, Feldheym Library and 5dl Street Senior Center and all design, structural,
mechanical, electrical and roof repair work
AND
B. That the Mayor and Council award a contract to Bird Refrigeration, Inc. for Professional Services-designlbuild of an
energy-efficient replacement of evaporativll coolers and airconditioning package units at animal control, and air conditioning
package units at Delmannn Heights Recreation Center, Parks & Recreation Administration and Rudy C. Hernandez
Community Center and all design, structural, mechanical, electrical and roof repair work
AND
C. That the Mayor and Council award a contract to Energy Controls & Concepts for Professional services-replacement of
existing lighting with energy-efficient lighting at C.l.D., Building Maintenance Shop, Fire Maintenance Shop, Johnson Center,
Lytle Creek Center, Mill Center, Nicholson Center, Parks and Recreation Administration, Perris Hill Senior Center, Rowe
Library, Ruben Campos Center and Villasenor Library
AND
D. That the Mayor and Council authorize and direct the Purchasing Manager to solicit, as
under Master Lease Agreements and to award a lease-purchase to the lowest responsible I
Contact penon:
James Sharer
Phone: 384-5244
SupportiDg data attaehed: StafIReport, Resolutions, Agreements,
Specifications and Attachments
REQUIREMENTS:
Ward(s): 1
Amount: $45,695.33
Source: 631-331-5803 (FYOIl02)
Finance
Council Notes:
11#3
Agenda Item No.J1kC
.
CITY OF SAN BERNARDINO - REOUEST FOR COUNCIL ACTION
STAFF REPORT
BACKGROUND
The City of San Bernardino owns several buildings within the city, which now have some
significant air conditioning problems. The City has an obligation under various legal instruments
to provide air conditioning in public spaces. The air conditioners at the Carousel Mall, Feldheym
Library and 5th Street Senior Center are marginally able to cool this buildings. The City needs to
replace these air conditioners as soon as possible.
Facilities Management has learned that the California Public Utility Commission has mandated
the utility companies to have monies available for energy efficiency projects as part of the
restructuring of the electric industry. These monies will be available on a first come, first serve
basis, and payable over three years. Facilities Management has examined all the buildings that
the City of San Bernardino owns, and makes the following recommendations for energy savings
projects.
5th Street Sr. Center Mechanical
Animal Control Mechanical
Building Maint. Shop Lighting
Carousel Mall Mechanical
CID Lighting
Delmann Heights Mechanical
Feldheym Library Mechanical
Fire Maint. Shop Lighting
Johnson Hall Comm. Ctr. Lighting
Lytle Creek Comm. Ctr. Lighting
Mill Community Center lighting
Nicholson Comm. Ctr. Lighting
Parks & Rec. Admin Lighting
Parks & Rec. Admin Mechanical
Perris Hill Sr. Center Lighting
Rowe Library Lighting
Ruben Campos Ctr. Lighting
Rudy Hernandez Ctr. Mechanical
Villasenor Library Lighting
48,336 $5,800.00 $117,221.00 20.2 10,150.56
8,600 $817.00 $14,986.00 18.3 1,806.00
18,513 $1,758.74 $4,754.00 2.7 1,388.48
498,420 $47,349.90 $369,262.00 7.8 104,668.20
18,513 $1,758.74 $11,766.00 6.7 1,388.48
19,350 $1,838.25 $29,900.00 16.3 4,063.50
131,415 $16,000.00 $320,601.00 20.0 27,597.15
18,513 $1,758.74 $2,529.00 1.4 1,388.48
18,513 $1,758.74 $3,618.00 2.1 1,388.48
18,513 $1,758.74 $2,164.00 1.2 1,388.48
18,513 $1,758.74 $2,397.00 1.4 1,388.48
18,513 $1,758.74 $3,464.00 2.0 1,388.48
18,513 $1,758.74 $6,701.00 3.8 1,388.48
8,800 $817.00 $9,300.00 11.4 1,806.00
18,513 $1,758.74 $4,170.00 2.4 1,388.48
18,513 $1,758.74 $4,132.00 2.3 1 ,388.48
18,513 $1,758.74 $5,787.00 3.3 1,388.48
12,900 $1,225.50 $22,000.00 18.0 2,709.00
18,513 $1,758.74 $5,235.00 3.0 1,388.48
~_~ ..____~____~.~_~, ~ 5..,!~.~ ~~ZiE:r~_-_v~~:I[flJ'"___ _7JL~~
The nineteen projects listed above represent the current needs of the City. The savings and
rebates are this department's estimate of what these numbers will be. The actual costs are taken
from bid results. However, actual costs and savings may vary as the projects are designed and
engineered. The seven mechanical projects have very long payback periods, so the twelve
lighting retrofit projects were added to lower the payback period for the overall project.
.
.'
AWARDING OF CONTRACT
The Request for Proposal (RFP) for this project was prepared by Facilities Management and sent
to over 30 firms. While over 15 firms attended the job walk, only 7 responded with bids, and
only one of those bids covered all projects proposed. A committee consisting of James Sharer,
Facilities Manager, John Murphy, Purchasing Manager, John Tarnney, an independent Design
Engineer, and Ken Mosteller, HV AC & Electric Supervisor reviewed the bid responses. As
stated in the RFP, the bids were evaluated on the basis of the company's experience with this
type and size of project, the company's approach and methodology of solution, the company's
references, project timeline and the quality and completeness of the proposal. Based on these
factors, the committee awarded the contracts as follows:
FINANCIAL IMPACT
The above chart illustrates that the energy efficiency projects proposed have a construction cost
of $940,008. The financing of this project for ten years will cost $224,676 for a total cost of
$1,164,683. The project will be paid back at the rate of $116,468 per year, or $9,706 per month.
The energy cost savings will be $94,952 per year, creating an annual cost of$21,516 for this
project. Also, the project will realize the CPUC rebates noted earlier. The project is eligible for
$169,462 in rebates, which will be paid to the City of San Bernardino over three years. The first
year will have a rebate of forty percent, or $67,784.80. The rebate for years two and three will be
$50,838.60 each year. The overall fiscal impact of this is as follows:
Energy Efficiency Pro}ect
Financing 04.5%(eat.)
Total Coati
$940,007.00
$224.675.80
$1,184,882.60
Energy Savings (10 Yrs)
Projed Rebates
Total Savings
$949.525.30
$169.462.17
$1,118,117047
Net Project Coati
$4&,111.33
RECOMMENDATION
Staff recommends that the Council approve awarding three contracts to three vendors for
performing the Energy Efficiency Projects for Multiple buildings, and authorize and direct the
Purchasing Manager to solicit, as needed, lease-purchase rate quotes under existing Master Lease
Agreements and to award a lease-purchase to the lowest responsible leasing company.
ames Sharer
Facilities Management Manager
G\ch:1o 1+ I
CITY OF SAN BERNARDINO
FACILITIES MANAGEMENT
R E QUE S T FOR PRO P 0 S A L
ENERGY EFFICIENCY PROJECTS AT NINETEEN BUILDINGS
SECTION 1
Part 1. Introduc:1lon - Scope Of Work
The City Of San Bernardino is a.rrentIy in need of performing energy efficiency projects
at nineteen buildings. The City is also interested in securing funding for these projects .
through the municipal lease method , and is soliciting bids on the financing of this
project as well. The City shall have the option to provI:ie third party funding by a lender
of its choice if it is determined to be in the best interest of the City. The City shall not be
liable for any costs 'Nhatsoever incurred by any person, ESCO,
consultant/subcontractor, or firm responding to the request for proposal The project
shall consist of seven mechanical projects and twelve lighting projects. The locations
are as follows:
....
5 Street SenIor center
Animal Control
Building Maint. Shop
Carousel Mall
CID
Delmann Heights
Feldheym Library
Fire Maint. Shop
Johnson Hall Comm. C1r.
Lytle Creek Comm elr
Mill Community Center
Nicholson Comm. C1r.
Parks & Ree Admin
Parks & Rae Admin
Perris Hill Sr. Center
Rowe Library
Ruben Campos elr.
Rudy Hernandez C1r.
Villasenor Library
(
Mechanical
Mechanical
Lighting
Mechanical
Lighting
Mechanical
Mechanical
lighting
lighting
Lighting
Lighting
lighting
Lighting
Mechanical
lighting
Lighting
Lighting
Mechanical
Lighting
City of San EWnardiIlo-Animal Control L.igIting Retrofft
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/74-
/7/.3
j7c..
The scope of work at each loc:atIon Is detailed below.
Mechanical
1. 511t Street Senior center
800 W. sn Slreet
This Iocalion currently has a 21 year old ftfty-ton Nesbitt ~zone rooftop peckage unit. it has
seven zones, one of which Is the Idtchen which calis for air constantly. The cay Is IooIdng for a
solution that wII repiace the ftfty-ton mull-zone unl and Install a l11l8I rooftop un. for the kitchen.
This is to be a turnkey Installailon and Include aD design, stnK:tural, mechanical, e1ectJtcal and
roof repair work.
2.
Animal Control .
333 Chandler Place
..
.
This IocaIIon has two sbdMn year old rooftop package unls 8ncI ten eva"",atiIIe CXIOiers. The
City Is looking for a soIulIon that wI.1 replace the two package units with high elIIcIency unls, unIs
that heve an SEER of 12.0 or higher. The units must have an lIVIIiIaI8y ofpartswllhin 15 ntes
of the CIty of Sen EIern8RIlno. The cooiefs are to be repiacecI wIth.- eva"",..liYe coolers. The
new cooiefs and package units _ to be the same size or tollage as the ones 1'llI'IlOY8d. This Is
to be a turnkey installation and Include aD design, stnK:tural, mechanical, e1ectrlca1 and roof repair
work.
3.
Carousel Mall
295 Carousel Mal
This location has four recIprocai c;hIIers, one hundred ~ lwenly-1Ive tons each, that are twenty-
eight years old and wII be the first unls to be repiacecI of II the projecIs noted. CUITen\\y, only
one chlRer operates. The soIulion the cay Is seeking Is to replace the four chilels with two
Canter 30 HXA screw chllers. This Is to be a turnkey project and ail design, engineering,
structural, mechanical, elec::tltcal, and roof repair work are to be Included.
4. Delmann Heights Center
2969 N. Flores
This location has two twenty year old package units, e filleen and a seven and a. half ton. that sit
down In an equipment well on the roof. The solution for this loc:atIon Is to replace the package
units with new package units with an SEER of twelve or higher. The solution will also include
raising one unit up out of the well so that it Is servlcable. ThIs is to be a turnkey project with all
design, engineering, structural, mechanical, eleclrlcal and roof work included.
5. Feldheym Ubrary
555 W. ff' Street
This location has two McQuay sixty ton air cooled chillers that are thirteen yealS old. The solution
the City would like to see implemented is to remove and replace these chilers with one Canter 30
HXA screw chiller and install a cooling tower and related pumps. This is to be a turnkey project
City of San Bemardino-AnimaJ Control Lighting Retrofit
2
and all design, engIneerlng, structural, mechanical, eleclrlc;al and roof WOIilare to be ptovIded by
the vendor.
8. Parks and R8a"88tIon
547 N. SlemI Way
This localIon has two package units on the roof that are aver seventeen ~ old. The solution
here Is to replace the package units with high elIIdency units that have 8Il SEER ~ twelve or
higher. ThIs Is to be a turnkey project and wlllnclude al design, 8l1gln1lllrlng, mech8nIcal,
eleclrlcaland roofwork.
7. Rudy Hernandez Center
222 N Lugo
This IocalIon has four rooftop pecIcage units, two of which are aver twenty yeIII'S old and need to
be replaced. The soIuIIon for this Ioc8IIon Is to replace the two twenty yell/' old unIs with new
pecIcage units that have en SEER ~tweIve or higher. ThIs Is to be a turnkey project and wll
Indude all design, engineering, structural, mechanical, electrical and roof wort.
.~
Lighting
There are twelve lighting ~ at the foIowIng 1oc8lions:
-
Building M8lntenance Shop
247 S. Pel$hlng
CID
8088 Palm Lane
Fire Maintenance Shop
1208 North H St
Johnson Canter
908 WIlson
Penis HHI Senior Center
780 East 21 It Street
MOl Center
503 E. central
(
Parks & Recreation
547 N Siena Way
Rowe Ubrary
108 East Mal$hall
Lytle Creek Canter
380 South K St
Nicholson Center
2750 West za Street
Ruben CamP.;OS center
1717 West 5" Street
Villasenor Ubrary
525 N. Ml Vernon
The scope ofWOfk for al the lighting retrofits Is as follows: Vendor Istoretrolit allllCisting T-12 ftourescent
lamps and magnetic belasts with new T -8 ftourescent lamps and eledronlc belasts. A1lloolMfescent
1bclures are to be replaced or retrofit with new compact fIourescent 1bclures. Replace or retroIII all exit
signs with n_ LED exit sign 1bclures. A111bclures are to be de8ned thoroughly on the Interior and lens are
to be de8ned on both sides. Motion sensor wall switches are to be Instaled in all private rooms and
otlices of less than 300 s.f. Vendor Is to fteId verify all fixture counts and provide a lamp, baItest, compact
ftourescent, exit sign and sensor count for each location.
City of san BemardIno-Anima ControIl.ightfng Retrofit
3
2. PART 2 - General Work COrlcltlons
2.1 ComDIetIon of Work:
The worlI desciIbed In this project shall 00l...18IIC810 d8ys from the dale a nolIce to
proceed Is Issued. The project shall be completed within 180 days from said nolIce.
2.2 PhlMnt of ~na .....-:
The contrador and allIIb..oolb....h.6 shaH pay each crall or worIlman emploved on this
project not less than the prevallng wage rates specIftecIln Resolution 1IllO-358 of the
Mayor and Corrmon Councl of the cay of San Bemardlno.
2.3 Sound Control ..............:
Sound control sI1aI comply with Chapter 8.54 of the City of San Bernardino Municipal
COde.
..
2.4 Bus'- U_:
The COIlb....t\ll'shan obtain a City BusIness Reglslratlon, prior to the execution of the
contract.
2.8 Pavments:
AI payments shall be made as per the tenns of the municipal lease and upon signed
Notice Of Completion of the entire project by th8'CIty.
2.8 Prolect ADa........:a:
The COIlb...Abls shaH maintain a neat appearance of the worIcsIte. \MIen practicable,
light tubes, baRasls, fixtures, lamps and switches shall be disposed of concurrenlly with
their removal.
2.7 1<l.7AnInus --.-D ~-I:
Any hazardous materials enccIII'ltenld In the course of pelfORlIllICI this worlI must ba
Identlfted to the CIty. The CIty wlH be responsible for disposal of hazardous matellals. All
lamps are to ba <lsposed of by theOOl.b....tur In IlCCOIdance with an appIcable laM.
I
2.8 Hours of Work:
Houts of work shall ba approved by the FaclIties Management director. Typical houts of
operellon are from 7:30 a.m. to 8:00 p.m.
The contractor shall plan his work so that al lighting fixtures worked on shall be
completed and be operational before 7:30 a.m., Monday through Ftlday.
The contractor is to plan his work so that the facIIties haYe ventllatlon systems In
operation at aI times, per the UMC. If prolonged ventIlalIon system outages are
expected, temporary chDlets or air condlllonets are to be brought in as part of this
contract.
Many facilities are alarmed buildings. Work limes and dates must be scheduled in
advance and approved by the Facilities Manegement director or designee.
SectIon 2
CIty of San BemanfIllO-Animal COntrol ~ Retrofit
4
EllIc:trIcal
2. GENERAL
1. PART 1 - SUMMARY
1.1 This division of the SpecIlIcatIons ouIIlnes the provisions of the conIr8d wolk to be
perfonned under this division.
1.2 In acldillon. woI1t In this divlslon is govemed by the provisions of the bktdlng
requirements, contract forms, general COIlC1i11ons and all sections under general
requirements.
"
1.3 These Spec;lIIcatIons contain statements which may be mora cIelInlllve or more ,estIfdIve
that those contained In the General ConcIIIons. Where these statements occur, they
shall take precedence over the General ConcIIIons.
1.4 Whera the word 'provide' or 'provision' is used, it shaD be delInitely Interpreted as
"fumishlng and InstaIIng complete In openIIIng COIIC1i11on". Where the WOlds "as
indicated" or 'as shown' ara used, it shan mean Is shown on the contract drawings.
1.5 Where items are specIIled In the singular. this dIvIslon shaI pnMde the quantlly as
shown on drawings plus any sparas or extras mentioned on drawings or SpeciIIcatIons.
AU specIIled and supplied equipment shall be new.
2. PART 2 - CODES, PERMITS AND FEES
2.1 Comply with al applicable laws, ordinances, rules, regulations, codes or ruDngs of
govemmental unlls haYlngjurlsdicllon as well as standards of NFPA, and selVing uIIIty
requirements.
I
2.2 Installation proceduras. methods and conclltlonS shall comply with the latest requlremenls
of the Federal Occupational Safety and Health Ad. (OSHA).
2.3 A City Building Permit win be required.
3. PART 3 - EXAMINATION OF PREMISES
3.1 Examine the construction drawings and premisas prior to bktdlng. No aIJowancas will be
made for not being knowledgeable of exIslIng conditions. AD bktders are expected to
fleld-verify material counts, building voltage and other condlllons prior to biddng. No job
walk will be conducted.
4. PART 4 - STANDARDS
4.1 The following standard publications of the latest edlllons enforced and supplements
thereto shaD fonn a part of these SpecIIk:atIons. AU electrical wolk mus!. as a minimum,
be in accordance with these standards.
4.1.1 Califomia Electrical COde, Part 3, Tille 24 C.C.R 1987
wlCalifomia Amendments
4.1.2 National Fire Protection Association
City of SBn B<<nardino-Animal Control Lighting Retrofit
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4.1.3 Underwriters' Laborltorles. Inc. (UL)
4.1.4 Certllled EI8IaIt M8nuf8c:tureIs' AIIOCilIlIon (CBM)
4.1.5 NatIonal EJeclItcII M8nufac:tunn' AstIocIlIIIon (HEMA)
4.1.8 Institute of EIedrIclII & Ehn.bonlcs EiIgil,"nI (IEEE)
4.1.7 Amerlc8n Sodety for Testing & MlIterIaIs (ASTM)
4.1.8 N8lIon8I Bo8nS of Firs UnderwItlers (NBFU)
4.1.9 National Board of Standerds (NBS)
4.1.10 Amerfc8n National Sland8rds Institute (ANSI)
4.1.11 Insulated PCMet' Cable engineers Association (lPECS)
4.1.12 E1edr1ca1 Testing LabonIlOlfes (ETL)
4.1.13 National EIec:trIcaI S8fety Code (NESC)
4.1.14 Callfomla Eledrlcal Code, TIlle 24, Part 3
4.1.15 Unlfonn Bulking Code
4.1.18 National E1ecl11ca1 Code
5. PART 5 - DEFINmONS
5.1 COncealed: Hidden from sight, as In trendIas, chases; hollow construction, or above
furred SJl!IC8S, hung ceilings - acoustIceI or plastic type. or exposed to view only In
tunnels, atlics, shafts, crawl spaces, unfinished spaces, or other areas soJeJy for
maintenence and repair.
"
5.2 Exposed. N~ncealed, Unfinished Space: A room or space that Is ordInarty
accessible only to building maintenance personnel. a room nollld on the "finish sdJedule.
with exposed and unpainted conslrudion for walls. ftoors, or c:elIngs or specIIk;aly
mentioned as .unflnished".
5.3 Finish Space: Any space ordinarily visible, including exterior areas.
8. PART 8 - INORK AND MATERIALS
8.1 Unless otheIwise spac;iIied, aU materials must be new and of the best quaDty. F'elfonn all
labor In a thorough and workmanlike mannar. I
8.2 AD materials provided under the contract must bear the UL label where nonnaIIy
available. Note that this requirement may be repeated under equipment spec:JJJc;aJIon.
In general, such devices as win void the label should be provided in separate enclosures
and wired to the labeled unit in proper manner.
7. PART7-SHOPDRA~NGSANDSUBMITTALS
7.1 Sub shop drawings and all data for an equipment provided under this division.
7.2 Shop drawings submittals demonstrate to the City that the COntrador understands the
design concept. The COntrador demonstrates his understanding by IndicetIng which
equipment and material he intends to fumlsh and Instal and by dala.ng the fabrication
and Installation methods of material and equipment he intends to use. If cJevIatIons,
discrepencies, or conflicts between submittals and Spec;llIcaIIons are discOvered, either
prior to or after submittals are processed, notify Faclltles Management immediately.
7.3 Manufacturer's data and dimension sheets shall be submitted giving aI pertinent physical
and engineering data including weights, cross sections and rn8intenance Instructions.
Standard items of equipment such as receptacles, switches, plates, etc., which are
catalogued items, shall be listed by manufacturer.
CMy of San Bernardino-Animal COntrol Lighting Retrofit
6
7.4 Index al submiltals and ,el'erence to u..e SpedlIcaIIons. AI submIllaI items shall be
assembled and submilted In a single complete binder. P8I1Ia1 submiltals wll not be
reviewed.
8. PART 8 - COOPERATIVE WORK
8.1 COIT8d without charge any work requiring aIterlIlion due to lack of proper supelVislon or
fallure to make proper provision In time. COIT8d without charge any damage to adjacent
work caused by the alteration.
8.2 COoperative work includes: General supelVision and responslbllty for proper IocaIIon and
size of work related to this division, but provided under the other sections of u..e
SpecIftcalIons, and InstaRallon of sleeves, inserts, and anchor bolls for work under each
section In this division.
9. PART 9 - VERIFICATION OF DIMENSIONS
9.1
...
10. PART 10 - CONSTRUCTION FACILITIES
10.1 Furnish and maintain from the beginning to the completion aU lawful and .-Iary
guards, reilngs, fences, canopies, Ights, warning signs, ete. Take al necessary
precautions required by CIty, State Laws, and OSHA to avoid Injury or damage to any
persons and property.
10.2 Provide temporary power and lighting for construdlon purposes as necenary.
11. PART11-GUARANTEE
11.1 Guarentee aU material, equilllllent and workmanship for aU sedions under this dIvIslon In
writing to be free from defect or material and workmanship for one yeer from dale of final
acceptance, as outRned in the General COnditions. Replace wlthoui charge any material
or equilllllent proving defective during this period. The guarantee shalllndude
performance of equ1lllllent under all site condIUons, condlllons of loed, instaling any
addltonalltems of control and/or protective devices, as required.
11.2 All lamps InstaUed under this contract shall be guaranteed against any and all defects,
inadequate or inferior material and/or workmanship for a period of one (1) years.
11.3 All ballasts installed under this contract shall be guaranteed for a period of three (3)
years.
11.4 The guarantee period shall commence upon final acceptance by the City.
.
City of san Bernardino-Animal Control Lighting Retrofit
7
11.5 During the gual'8ntee period. 8IIY equlpinent found to be defedIve, wtMlIher or lICIt clue to
the ,.. dthe Co.......... sMII be I~ by the Co...du( wIIlIn.... (10)'" d
wrIllen notIlk:atIon. The cay Inspector shall be the sole Judge as to the conclIIIan d the
material.
12. PART 12 - EQUIPMENT
12.1 Lamps for this project shall be manuf8dured by GE and shaI meet the IbIIowIlIll
specIlIcalIons (See Appendix for acIdItIonalspedllcallons and cut sheels) or be approved
as an equal.
12.1.1 Manufacturer
12.2.2 CoIortemperature
12.2.3 Color Rendering Index
12.2.4 Warranty
GE
4100K
70-75
As applicable from lamp rnanufaclurer
12.2 Balasts for the CIty Hal RelrolIt shaI be manuf8dured by GE (NonnaI L/gIll 0UIput)
Rapid Start T8 balasls par attached spacIlIcatIon sheet and shall meet the foIowIng:
"
12.2.1 SOUnd Rating
12.2.2 CertIIIed
12.2.3 Typa
12.2.4 DescrIption
12.2.5 HannonIc DIstortion
12.2.6 Voltage
12.2.7 Manuf8durlng IocalIon
12.2.8 Warranty
12.2.9 BaIast factor
12.2.10 Power Factor
"'A"
UL (Class P) and CBM
EIeclnlnIc (RapId Start)
ANSI C82.11-1993
<18 Total
Match luminali'll
USA
Mlninum 3 yealS
Not less than .875
>.92
12.3 Occupancy sensors for this project shaI be maputactured by The Waft Stopper. Inc..
Sensor model numbelS and Ioc8IIons arellsted'below. Aft sensors Installed shaD be
model WSOOA or equal and meet spacIlIc;aIIons on rnanufaclul'8lS cut she als
12.3.1 All sensors shall be located and InstaUed par the rnanuf8durer's
requl,emants. The contrectorshall dalannina and provide aI
equipment. Including conlroI units. necnsary to provide a complete and
funcllonlng occupancy sensor.
13. PART 13 - EQUIPMENT FINAL CONNECTIONS
13.1 Provide all final connections for the following:
13.1.1 All equipment furnished under this division.
13.1.2 Electrical equipment furnished under other sections of the Specificalions.
14. PART 14 - GENERAL WIRING
14.1 Complete rough-In requirements d aU equipment to be wired under the contract are
Indicated. Coordinate with respective tredes furnishing equipment or with the CIy as the
Cly of San Bern8trJino-Ani Control LigItfng Retrofft
8
C88 INIr be for complete and acx:ul'llle requlremenls to I'llIUIt In a neat, WOltunanlke
1nItaRaIJNI.
14.2 ProvIde proper size and type ~ feeds fran P.opel'sources for aI such Items IndIc:ated,
checldng drawings of aI tnIdes to ensure inclusion ~ an Items.
15. PART 15 - CLEANUP
15.1 In anon to cleanup spec:Ifted under ~ sections. thoroughly dean aI p&I1S ~the
equipment.
15.2 Dwtngthe prog....oftheWOltc, keep~.premISU c:Iean andfr8e~debrIs. DesIdops
and floor surfaces under each Iumlnalre 8f to be c:IeanecI after each retroIIt. .
18. PART 18 - DEMOUTION
18.1 Alighting tIxlures, wiring devices and h~11llICIUI signal devices i1dcaed to be
removed under this COub....t shall be PIOPI!dV dllJ>Dsed of. The eo......... shaI be
responsible for breakage or damage to the equpmentwl1lle In his passuslan.
17. PART 17 - DIFFERING SITE CONDITIONS
..
?-
.'
"
17.1 DurIng tile p1agrBSS oftheWOltc, If physical 0lIlllIII0nS at the slecllJerfranwhalls
shown on the plans, the perty dIscoveflng _ condIlIons..... prompIIy noIIfy the other
party In wrIlIng ~the specIIIcdlll'ellng conclIIon befor8the ~ WOItt Is parformed.
Upon written rNtlllcallon, Fac:lltles = wIIlnvedlglJ- the condition to
detenlllllelf there Is en Increl" or . In ~ WOItt to be perf\.. .I - .-es
Management wi! noIIfy the contractor of ~ei'inlnatIon whether __ Ill] .. huent
of the contract Is wall8nted.
,,;'
~
I
~ of San Bemardino-Anima ControIL/gIt/ng Rttbufft
9
~
~98. 31'5
(~
EXHmIT "A"
AGREEMENT FOR PROFESSIONAL SERVICES
This AGREEMENT is made and entered into this ,,; ,d' day of I/{Vt'H/~8, by and
between the CITY OF SAN BERNARDINO, California, a municipal corporation, hereinafter
referred to as the "City" and Bird Refrigeration. Inc. , a California corporation, hereinafter
referred to as "Contractor".
WITNESSETH
WHEREAS, City desires to obtain professional services fur design/build of an energy-
efficient replacement of evaporative coolers and air conditioning package units at Animal Contro~
and air conditioning package units at Delmann Heights Recreation Center, Parks & Recreation
Administration and Rudy C. Hernandez Community Center and all design, structural, mechanical,
electrical and roof repair work; and
WHEREAS, in order to provide for the design, preparation of plans, securing of permits and
approvals, drawings sufficient to allow plant review and construction and to provide accurate as
constructed drawings for record purposes and to provide the construction services necessary to
complete the designated aspects of the construction of the replacement chillers and accompanying plant
equipment it is necessary to engage the services of a design Contractor and construction firm; and
WHEREAS, Contractor is qualified to provide said professional services as well as
construction services: and
WHEREAS, San Bernardino City Council has elected to engage the services of Contractor
upon the terms and conditions as hereinafter set forth.
NOW, TIlEREFORE, it is mutually agreed, as follows:
1. SCOPE OF SERVICES
Contractor shall perform those services specified in "Scope of Services" and as contained in
Specification #F99-009 and in the proposal dated Julv 6. 1998 , copies
of which are attached hereto as Exhibit "1" and Exhibit ''2'', respectively, hereinafter referred to as
"Work" and incorporated as though set furth in full. All services shan be performed in acceptance
with the timetables set forth in Exhibits 2(a), 2(b), 2(c) and 2(d).
2. TERM OF AGREEMENT
The services of Contractor are to commence immediately after the City has authorized work
to start by issuance of a Notice to Proceed. The scheduled completion dates are shown in the
98 315
,
..
"GRUMENT FOR PROFESSIONAL Sl:RVICl:S WITH BIRD tu:fRIGERATION FOR DESlGNIBUILD OF AN ENERGY-
EFFICD:NT REPLACEMENT OF EVAPORATIVE COOu:JlS AND At1t CONDmONlNG PACKAGE UNITS AT ANIMAL
CONTROL. AND AIR CONDITIONING PACKAGE lJNlTS AT DELMANN IIEIGBTS tu:CREATION CENTER. PAIIKS..
UCREATION ADMINISTRATION AND RUDY C.IIEIlNANDEZ COMMUNITY CENTER AND ALL DESIGN. STRUCTIJRAL,
MECHANICAL. ELECTIIJCAL AND ROOF REPAIR WORK.
proposal and shall be modified to reflect the actual date of the Notice to Proceed and may be adjusted by
the City as determined by progress of the work. This Agreement sball expire upon completion of
the project or as directed by the City unless extended by written agreement of the parties.
3. STANDARD OF PERFORMANCE
Contractor will, at its sole cost and expense:
(a) Complete all work product, construction and design in conformance with Standard
Specifications for Public Works Construction (Greenbook) current edition, standards
established by the South Coast Air Quality Management District, County of San Bernardino,
Controlling State Standards. Uniform Building Codes, Electrical and Mechanical Codes, the
City of San Bernardino's Standard Drawings and the project specifications.
(b) Conduct and carry out the Work in accordance with the terms and conditions of this
Agreement and diligently pursue completion of the Work in accordance with the timetable
set forth on Exhibit 3.
(c) Supervise and direct the Work, using Contractor's best skill and attention. Contractor
will be solely responsible fur and have control over the construction, means, methods,
techniques, sequences, procedUles and for coordinating all portions of the Work.
(d) Unless otherwise provided in this AgIeement, provide and pay for all labor, materials,
equipment and tools necessary for the proper execution and completion of the Work.
(e) Enforce strict discipline and good order among the employees, subcontractors and
agents carrying out the Work and employ and permit the employment of only qualified
persons skilled in tasks assigned to them in performing the Work.
(t) SecUle all governmental licenses and inspections necessary for the performance and
completion of the Work in accordance with all laws, statutes, ordinances, building codes and
regulations applicable to performing the Work (the "Applicable Laws") other than those to
be obtained by City pUISUant to Section 3 (t).
(g) Comply with and give all notices required by all Applicable Laws. However,
Contractor's does not assume the obligation to determine whether the Work or this
Agreement is in accordance with all laws and regulations applicable to the City.
(h) Keep the facilities and the SUIrounding area free from the 8CC1111\l1l1ltion of waste
materials and rubbish resuhing from Contractor's perfurmance of its obligations under this
Agreement and on or before completion of the Work, remove from and about the mcilities,
all such waste materials and rubbish, and all of Contractor's tools, equipment, machinery
and surplus materials, except that, as provided in Section 10, the City will remove and
dispose of all toxic or hazardous material removed from the facilities.
10/28/98
Bird Refrigentioo - Page 2 of 10
,
98 315
,
.. "GREI:MENT FOR PROFl:SSlONAL SDlVlCI:S WITH BIRD RUlUQI:RATION FOR DI:SlGNIBUILD OF AN I:NI:RGY.
I:FFICII:NT JU:PLACI:MENT OF I:VAPORA'DVI: CooLDIS AND AlA CONDmONING PACKAGE UNITS AT ANIMAL
CONTROL, AND AIR CONDITIONING PACKAGE UNITS AT DELMANN HEIGHTS UCREATION CENTER, PARKS "
UCREATION ADMINJSTRATION AND RUDY C. HERNANDEZ COMMUNITY CENTER AND ALL DESIGN. STRUCTURAL,
MECHANICAL, ELECTRICAL AND ROOF JU:PAIR WORK.
(i) Take reasonable precautions for the safety of; and provide reasonable protection to
prevent damage, injury or loss as a result of the Work, including without limitation
coordinating the Work with the City's on-site safety program.
4. CHANGESIEXTRA SERVICES
A Performance of the work specified in the "Scope of Services" is made an obligation
of Contractor under this Agreement, subject to any changes made subsequently upon mutual
agreement of the parties. All such changes shall be incorporated by written amendments to this
Agreement and include any increase or decrease in the amount of compensation due Contractor for
the change in scope. Any change which has not been so incorporated shall not be binding on either
party.
B. No extra services shall be rendered by Contractor under this Agreement unless such
extra services are authorized, in writing, by City prior to performance of such work. Authorized
extra services shall be invoiced based on Contractor's proposed rates, a copy of which is included in
the proposal and incorporated herein as though set forth in full.
5. COMPENSATION
A. The City shall reimburse the Contractor for actual costs (including labor costs,
employee benefits, overhead, profit, other direct and indirect costs) incurred by the Contractor in
performance of the work, at the rates listed in the proposal and for the tasks completed and partially
completed in accordance with Inonthly billings in an amount not to exceed $76,186.00.
B. Said compensation shall not be altered unless there is significant alteration in the
scope. complexity, or character of the work to be performed. Any such significant alteration shall
be agreed upon in writing by City and Contractor before commencement of performance of such
significant aheration by Contractor.
Any adjustment of the cost of services will only be permitted when the Contractor
establishes and City has agreed, in writing, that there has been, or is to be, a significant change in:
I. Scope, complexity, or character of the services to be performed;
2. Conditions under which the work is required to be performed; and
3. Duration of work if the change from the time period specified in the Agreement for
Completion of the work warrants such adjustment.
C. The Contractor is required to comply with all Federal, State and Local laws and
ordinances applicable to the work and which are in effect as of the date of the notice to proceed.
The Contractor is required to comply with prevailing wage rates in accordance with California
Labor Code Section 170.
10/28198
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98 315
., AGREEMENT FOR PROFI:SSIONAL SERVICES WITH BIRD REFRIGERATION FOR DESlGNIBUILD OF AN ENERGY-
EFFlCD:NT REPLACEMENT OF EVAPORATIVE COOu:RS AND Atll. CONDmONlNG PACKAGE UNlI'S AT ANIMAL
CONTROL, AND AIR CONDmONlNG PACKAGE UNlI'S AT DI:LMANN HEIGHTS RECREATION CENTER, PAIlICS '"
RECREATION ADMINISTRATION AND RUDY C. HERNANDEZ COMMUNITY CENTER AND ALL DESIGN, STRUCTURAL,
MECHANICAL, I:LECI1UCAL AND ROOF REPAIR WOIlJ(.
6. PAYMENT BY CITY
A. The billings for all services rendered pursuant to this Agreement sbaI1 be submitted
monthly by Contractor to City and shall be paid by City within twenty (20) days after receipt of
same, excepting any amounts disputed by City. Dispute over any invoiced amount shall be noticed
to the Contractor within ten (10) days of billing and a meet and confer meeting for purposes of
resolution of such dispute shall be initiated by the city within ten (10) days of notice of such
dispute. Interest of I Y. percent per month (but not exceeding the maximum rate allowable by law)
will be payable on any amounts not in dispute and not paid within thirty (30) days of the billing
date, payment thereafter to be applied first to accrued interest and then to the principal unpaid
amount. On disputed amounts. interest sba1l accrue from thirty (30) days of the invoice date if the
amount in dispute is resolved mvor of the Contractor.
B. Should litigllIinn be necessary to enfurce any term or provision of this Agreement, or to
collect any portion oftbe amOlmt payable uMer this Agreement, then all reasonable litigation and co1lection
expenses, witness fees, and court costs, and attorney's fees shall be paid to the prevailing party.
The costs, sa1ary and expenses of the City Attorney and members ofhis office in connection with
that action shall be considered as attorneys' fees for the purposes of this Agreement.
7. SUPERVISION AND ACCEPTANCE OF SERVICES
A. The Facilities Manager of City, or his designee, shaH have the right of general
supervision over all work performed by Contractor and shaH be City's agent with respect to
obtaining Contractor's compliance hereunder. No payment for any services rendered under this
Agreement shaH be made without prior approval of the Facilities Manager or his designee.
B. Contractor shall perform the Work as an independent contractor and shaH not be
considered an employee of the City. This Agreement is by and between Contractor and the City,
and is not intended, and shall not be construed, to create the relationship of agent, servant,
employee, partnership, joint venture, or association, between the City and Contractor.
C. When Contractor believes that all or any phase of the Work has been completed in
accordance with the terms of this Agreement, Contractor will submit a Certificate of Substantial
Completion to the City. The Certificate of Substantial Completion will describe the Work
substantially completed and include a commitment by Contractor to complete any remaining
portion of the Work or the completed phase. The parties intend that work will be accepted as it is
substantially completed.
D. The City will, within five (5) business days after receiving the Certificate of
Substantial Completion, inspect the Work that is described as completed in the Certificate of
Substantial Completion.
E. If the City does not accept that Work, the City will deliver written notice to
Contractor describing in detail the material respects in which that Work filils to conform to the
10/28198
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98 315
, AGIlI:EMENT IiOR PROFl:SSIONAL SERVICES WITH BIRD REFRIGERATION IiORDt:SIGNlBVILD OF AN ENERGY-
EFFICIENT REPLACEMENT OF EVAPORATIVE COOLERS AND AIR CONDmONlNG PACKAGE VNITS AT ANIMAL
CONTROL, AND AIR CONDmONlNG PACKAGE VNlTSAT DELMANN HEIGHTS RECREATION CENTER,PARXS"
RECREATION ADMINISTRATION AND RUDY C. HERNANDEZ COMMUNITY CENTER AND ALL DESIGN, STRUCTIJRAL,
MECIlANICAL, ELECI1UCAL AND ROOF REPAIR WORK.
description of that Work set forth on Exhibit 2. In that case, Contractor will take such actions as it
deems appropriate to cause that Work to conform to the description set forth on Exhibit 2 in aU
material respects. Contractor will then issue another Certificate ofSubstanlial Completion pursuant to
paragraph (a).
F. If that Work substantiaUy conforms to the description of that Work set forth on
Exhibit 2, the City will accept that Work by signing the Certificate of Substantial Completion and
returning it to Contractor. If the City does not deliver any written notice to Contractor within ten
(10) business days of receiving the Certificate of Substantial Completion, the City will be deemed
to have signed and returned the Certificate of Substantial Completion.
G. The date on which the City accepts Work or a phase of said Work is referred to
herein as the "Acceptance Date" of such Work or phase.
8. REPRESENTATIONS
Each party represents that:
(a) It has aU requisite corporate power and authority to execute and deliver this
Agreement and to perform its obligations hereunder, and it is in good standing under the
laws of the state of its organization or incorporation.
(b) The execution, delivery and performance of this Agreement have been duly
authorized by its board of directors or governing body, as the case may be, and in
accordance with its organizational documents.
(c) This Agreement has been duly executed and delivered on its behalf by signatories so
authorized and constitutes its legal, valid and binding obligation.
(d) The execution, delivery and performance of this Agreement will not resuh in a
breach or violation of nor constitute a defauh under any agreemen4lease or instrument to
which it is a party.
(e) To the best of its knowledge there is no pending or threatened judicial or
administrative proceeding that could have an adverse effect on the validity or enforceability
of this Agreement or such party's ability to perform its obligations under this Agreement.
9. DISCOVERY AND DISPOSAL OF HAZARDOUS SUBSTANCES
(a) If any Hazardous Substances are discovered at the facilities during the Work, such
discovery shall constitute a cause beyond Contractor's reasonable control and Contractor
shaII have the right to cease the Work until the City, at its expense, as appropriate, tests,
abates, encapsulates, cleans up, removes and disposes of such Hazardous Substances.
10/28/98
Bird Refrigeration - Page 5 of 10
98 315
AGREEMENT FOR PROFESSIONAL SERVICES WITH BIRD REFRIGERATION FOR DESlGNIBUILD OF AN ENERGY-
EFFICIENT REPLACEMENT OF EVAPORATIVE COOLERS AND AIR CONDITIONING PACKAGE UNITS AT ANIMAL
CONTROl., AND AIR CONDITIONING PACKAGE UNITS AT DUMANN HEIGHTS RECREATION CENTEIl,PARKS '"
RECREATION ADMINISTRATION AND RUDY C. HERNANDEZ COMMUNITY CENTER AND ALL DESIGN, STRUCI1JRAL,
MECllANlCAL, ELECTRICAL AND ROOF REPAIR WORK.
(b) If the City so requests, Contractor shall assist the City by providing the City a list of
qualified disposal companies, arranging Contracts between the City and a qualified disposal
company and coordinating the Work with the activities of a qualified disposal company.
Ahhough budget costs for SllCh services may be included in prognun proposals and cash
flow analyses, the City will be directly responsible for contracts and payment to
disposal companies.
10. INSURANCE
Contractor shall, at its expense, maintain commercial genera1liability coverage and
employer's liability coverage of at least $1,000,000 each occurrence, $5,000,000 aggregate, and
workers' compensation coverage, to protect SllCh party and its officers, directors, agents and
employees from any claims under workers' compensation and other employee benefit acts and from
any and all other claims for bodily injury, including death and personal injury and from claims for
property damage which may arise with respect to this Agreement. Contractor shall submit to the
City completed Certificates oflnsurance evidencing SllCh coverage. Contractor will name the City
of San Bernardino as an additional insured on the policy.
Except for City's negligence or misconduct, Contractor shall indemnify, defend and hold
City and City officers and employees harmless from all damages, cost and expenses because of
damages to property or personal injury suffered by reason of; or in the course of performing the
Work and caused by any willful or negligent act or omission committed by Contractor or any of
Contractor's employees, subcontractors, or agents. The parties expressly agree that any payment,
attorney fee, cost or expense City incurs or makes to or on behalf of an injured employee under its
self-administered workers compensation program is included as a loss, expense or cost for the
purpose of this section. The provisions of this section will survive the expiration or early
termination of this Agreement.
11. DEFAULT AND TERMINATION
(a) If Contractor or the City:
(1) Fails to make any payment as it becomes due in accordance with the terms of
this Agreement,
(2) Fails to perform or observe any other covenant, condition, or obligation to be
performed or observed by it hereunder, or
(3) Made in this Agreement any materially false, misleading or erroneous
representation to the other party, then the other party shall have the right to send a
notice of termination of this Agreement.
During the thirty-(30) day period beginning on the date of SllCh notice,
Contractor and the City will negotiate in good filith toward an amicable resolution of
10/28198
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98 315
AGREEMENT FOR PROfESSIONAL SERVlCI:S WITH BIRD JU:F1UGERAo nON FOR DI:SIGNJBUILD OF AN ENERGY-
t:FFICIt:NT REPlACEMENT OF EV AoPORAoTIVE COOLJ:RS AND AIR CONDmONJNG PACKAGE UNITS AT AoNJM.u.
CONTROL, AND AIR CONDmONJNG PACKAGE UNITS AT DJ:LMAoNN BDG8TS JU:CJU:AonON CJ:NTJ:JJ, PAoIlK8 A
JU:CJU:AoTION AoDMINJSTRAo nON AND RI1DY C. BJ:RNAoNDJ:Z COMMUNITY CJ:NTJ:R AND ALL DESIGN, STRUCTURAL,
MJ:CIJAoNJCAoL, J:LJ:CTRJC..\L AND ROO' REPAIR WORK.
the defauh. If no such resolution is agreed upon in writing within such period, this
Agreement shall terminate.
(b) If proceedings under any bankruptcy, insolvency, reorgani'7>ltion or similar
legislation are instituted against or by a party, or a receiver or similar officer is appointed for
a party or any of its property, and such proceedings or appointments are not vacated, or fully
stayed, within thirty (30) days after the institution or occurrence thereot: the other party shall
have the right to terminate this Agreement by written notice, such notice to be effective
upon delivery.
(c) The non-defaulting party may, at its discretion, exercise all remedies available at law
or equity or other appropriate proceedings, including bringing any action or
actions from time to time for the recovery of datnllges as a resuh of such defiwlt. and
all costs and expenses reasonably incurred in the exercise of its remedies hereunder
(including attorneys' fees).
12. ASSIGNMENT
(a) Except as provided in this Section, neither party will assign any of its rights or
obligations hereunder without the prior written consent of the other party. This Agreement
will bind and inure to the benefit of the successors and permitted assigns of the parties.
(b) The City may transfer or assign its rights and obligations under this Agreement to a
successor purchaser of the facilities if such assignee or transferee explicitly assumes in
writing the obligations of the City under this Agreement.
13. EXCUSED DELAYS
If either party will be delayed in or prevented, in whole or in part, from performing any
obligation or condition hereunder with the exception of the payment of money, or from
exercising its rights by reason or as a resuh of any "force majeure" or due to the failure of the
other party to perform its obligations hereunder, such party will be excused from performing
such obligations or conditions while such party is so delayed or prevented. The term "force
majeure" as used herein means acts of God, acts of gO~"UJu",nt, strikes, lockouts, or other
industrial disturbances, acts of public enemy, blockades, wars, insurrections or riots,
epidemics, landslides, fires, storms, floods, earthquakes, explosions, water damage, lightning,
freeze-ups, theft, malicious mischiet: electrolytic or chemical action, unusua1 delays in
transportation, or other sirniIar causes beyond the control of such party.
14. NOTICES
Any and all notices between the Customer and Contractor provided for or permitted under
this Agreement or by law will be in writing and will be deemed duly served when personally
delivered to the party, or in lieu of such personal service when deposited in the United States
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Bird Refiigeratioo - Page 7 of 10
'98 315
, AGRl:EMENT FOR PROfESSIONAL SERVICES WITH BIRD RURlGERATION FOR DESIGN/BUu.o OF AN ENERGY-
EFFICIENT REPLACEMENT OF EVAPORATIVE COOLERS AND AIR CONDmONlNG PACKAGE UNITS AT ANIMAL
CONTROL, AND AIR CONDmONlNG PACKAGE UNITS AT DELMANN RElGBTS RECREATION CENTER, PARKS ..
RECREATION ADMINISTRATION AND RUDY C. HERNANDEZ COMMUNITY CENTER AND ALL DESIGN, STRUCTURAL,
MECIIANICAL, ELECTRICAL AND ROOF REPAIR WORK.
mail, certified, postage prepaid, addressed to such party at the address of such party listed on
the signature page to this Agreement or at such other address as is given to the other party by
like notice. A copy of any notice to Contractor shall be sent to Bird Refiil!eration. Inc.
109 East 411I Street. San Bernardino. CA 92410 (AUn: William Bird)
IS. MISCELLANEOUS
(a) T eon. This Agreement will take effect when signed by both parties and, unless
sooner terminated, will continue until the parties have satisfied their obligations under this
Agreement.
(b) Forum and Law. This Agreement is considered to have been made at City of San
Bernardino, County of San Bernardino. Contractor and the City agree that any and all
disputes arising out of or in connection with this Agreement will be brought only in the
jurisdiction of the County of San Bernardino, California. Contractor and the City each
consent to the jurisdiction of the County of San Bernardino, CA and each agree to the
service of process in accordance with the law of the State of California.
(c) Entire A2reement. This Agreement, including its Exhibits, which Exhibits are
incorporated into this Agreement in their entirety, contains the entire agreement between the
parties with respect to its subject matter and supersedes all prior proposals, letters, brochures
and other material relating to its subject matter. No amendment, waiver or discharge of any
provision of this Agreement will be valid unless in writing and signed by any authorized
representative of the party against which such amendment, waiver or discharge is sought to
be enforced.
(d) Non-Waiver. The failure of either party to insist in any instance upon strict
performance of any of the provisions of this Agreement will not be construed as a waiver of
any such provision nor affect any present or future rights hereunder.
(e) Interoretation. The headings and the table of contents are fur reference and convenience
only and will not be considered in the interpretation of this Agreement. The language used
in this Agreement will be deemed to have been chosen by the parties to express their mutual
intent and no rule of construction will be used to construe language against either party.
(t) Severabilitv. If any provision of this Agreement is held to be unenfurceable, then
both parties will be relieved of all obligations arising under such provision, but only to the
extent that such provision is unenfurceable, and this Agreement will be deemed amended by
IIlOdifying such provision to the extent necessary to make it enfurceable while preserving its
intent or, if that is not poSSl'ble, by substituting another provision that is enforceable and
achieves the same objective and economic result. If such unenfurceable provision does not
relate to the payments to be made to Contractor, and if the remainder of this Agreement is
capable of substantial perfOrmance, then the remainder of this Agreement will be enforced
to the extent permitted by law.
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Bird Refrigeration - Page 8 of 10
98 315
.
AlGRl:EMENT FOR PROFESSIONAL SERVICES WITH BIRD REFRIGERATION FOR DJ:SIGNIBUILD OF AN ENl:RGY-
EFFICD:NT REPLACEMENT OF EVAIORATIVI: COOUllS AND AIR CONDITIONING PACKAGE UNITS AT ANIMAL
CONTROL. AND AIR CONDmONlNG PACKAGE UNITS AT DELMANN IIDGBTSRECUATION CENTDt, PARKS"
RECREATION ADMINISTRATION AND RUDY C. HERNANDEZ COMMUNITY CENTER AND ALL DESIGN, STRUCTURAL,
MECHANICAL, I:LI:CTIlICAL AND ROOF REPAIR WOIlXo
(g) Indeoendent PartieS. Nothing contained in this Agreement will be deemed or
construed fur any purpose, to establish, between the parties, a partnership or joint venture, a
principal-agent relationship, or any relationship other than City and supplier.
(h) Non-Discrimination. During the performance of this Agreement, Contractor agrees
that Contractor sball not discriminate on the grounds of race, religious creed, color, national
origin, ancestry, age, physical disability, mental disability, medical condition including the
medical condition of Acquired Immune Deficiency Syndrome (AIDS) or any condition
related thereto, marital status, sex or sexual orientation in the selection and retention of
employees and subcontractors and the procurement of materials and equipment, except as
provided in Section 2940 of the Government Code of the State of California. Further,
Contractor agrees to conform to the requirements of the Americans with Disabilities Act in
the perfOrmance of this Agreement.
16. COMPLIANCE WITH CIVIL RIGHTS LAWS
Contractor hereby certifies that it will not discriminate against any employee or applicant fur
employment because of race, color, age, handicap, religion, sex, marital status or national origin.
Contractor shall promote affirmative action in its hiring practices and employee policies for
minorities and other designated classes in accordance with Federal, State and Local laws. Such
action sball include, but not be limited to, the following: recruitment and recruitment advertisiog,
employment, upgrading, and promotion. In addition, Contractor shall not exclude from participation
under this Agreement any employee or applicant for employment on the basis of race, color, age,
handicap. religion, sex, marital status or national origin in compliance with State and Federal laws.
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98 315
AGJU:J:MENT FOR PROFESSIONAL SERVICES WITH BIRD REFlUGii:RATION FOR Dii:SJGNI8U1lJ) OF AN ii:Nii:RGY-
UFlCD:NT Jlii:PLACJ:MENT OF EVAPORATIVE COOLJ:RS AND AIR CONDITIONING PACKAGE VNITS AT ANIMAL
CONTROL, AND AIR CONDITIONING PACKAGE VNITS AT DILMANN BJ:IGBTSRJ:CRJ:ATION CJ:NTU,PAIlKS"
RECRJ:ATION ADMINISTRATION AND RUDY C.IIJ:RNANDJ:Z COMMUNITY CJ:NTii:R AND ALL DI!:SJGN. Sl'RUCTIJRAL,
MECHANICAL, UJ:CTlllCAL AND ROOF RJ:PAIR WORK.
CITY OF SAN BERNARDINO
By:
Its:
Date:
/I-~-'itf'
Address for notices:
Citv of San Bernardino
300 North 0 Street
San Bernardino. CA 92418
Attention:
Jim Sharer
Approved as to form
and legal content:
JAMES F. PENMAN
City Attorney
By:
2
.~
10/28/98
BIRD REFRIGERATION, 1Ne.
By:
Its:
Date:
Address for notices:
Bird Refrigeration. Inc.
109 East 4th Street
San Bernardino. CA 92410
Attention:
Attn: William Bird
Bird RefriguatiOD - Page 10 of 10
98 315
l?ih:Io.+ I
CITY OF SAN BERNARDINO
FACILmES MANAGEMENT .
REQUEST FOR PROPOSAL
ENERGY EFFICIENCY PROJECTS AT NINETEEN BUILDINGS
SECTION 1
Part 1. introduction - Scope Of Work
The City Of San Bernardino is ClITentIy in need rI perfonning energy efticIency pojects
at nineteen buildings. The City is also illterslted in 88CU'ing rullelug far IItIIl projeda .
through the municipal lease method . and is ....&ilia '" bids on the III. lei Ig rllhis
project as well. The City shall have the option to proVI:Ie IhircI pmyb..... by a lender
of its choice if it is detennined to be in the belt intel'88t rllhe City. The City shaD not be
liable for any costs whatsoever incurred by any person, ESCO,
consultant/subcontractor, or finn responding to the r9quest far prtlpCIaI The P ojed
shall consist of seven mechanical projects and twelve Dghting P. ojeds. The locations
are as follows:
'"
5 Street SenIor Center
Animal COntrol
Building Malot. Shop
Carousel Mall
CID
Delmann Heights
Feldheym Ubrary
Fire Maint. Shop
Johnson Hall Comm. Ctr.
Lytle Creek Comm Ctr
Mill Community Center
Nicholson Comm. Ctr.
Par1ts & Rae Admin
Par1ts & Rae Admin
Perris HiD Sr. Center
Rowe Ubrary
Ruben Campos Ctr.
Rudy Hernandez Ctr.
Villasenor Ubrary
Mechanical
Mechanical
Ughtlng
Mechanical
lighting
Mechanical
Mechanical
lighting
Lighting
lighting
Lighting
Ughting
Lighting
Mechanical
lighting
lighting
lighting
Mechanical
Lighting
(
City of San Bern8rdino-Animal COntrol LightIng Retrofft
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98 315
The scope of work at eacl11oc:at1on Is detailed below.
Mechanical
1. 5" Street senior center
800 W. s'" Street
This location currently has a 21 year old IIfty-ton N! !bitlll'lUlti-zone rooftop peclcage unillt has
seven zones, one of which is the kitchen which ClIIIs for air constantly. The CRy Is IooIdng for a
solution that wlI replace the IIIly-ton mulll-zone unland Instd a smaI rooftop una b'the Idk:ba.l.
This is to be a turnkey Insta1I8IIon and Inc:Iude .. design, struc:tuI8l, mechanical, BIBcbtcal8nd
roof n!pair wort..
2.
Animal Control .
333 ChendIer Place
This location has two sbcleen year old rooftop pact.age wiIs and ten evaponIIIve coolers. The
City is looking for a soIuIIon that wll replace the two pecIuIge units willi high eIIIcI8I1cy unIIs, unIs
that have an SEER of 12.0 orlllgher. The unIls must have 8Il8YmU --., ofpedswllhin 15....
of the City of San Beman:llno. The cooIens 8i8 to be repIaI:ed with _ 8Yap....dHe cooIets. The
new coolers and peclcage units .... to be the same stze or tollage as the _ removed. ThIs Is
to be a turnkey Installation and Include al design, structun!I, mechanical, eIectrk:aI and roof repair
wor1{.
3.
carousel Mall
295 carousel MaD
This location has four reciprocal chiDers, one hundl8d ~ twenty-five tons each, that an! twenty-
eight years old and wlI be the ftrst unls to be replaced of althe projecIs noted. Currently, only
one chiler operates. The soIuIIon the CRy Is see/dng Is to replace the four chllers with two
Carrier 30 HXA ~ chlDers. This Is to be a turnkey project and all design, engineering,
structural, mechanical, electrical, and roof repair wort an! to be included.
4. Delmann Heights Center
2969 N. Flores
This location has two twenty year old package units, a ftIleen and a seven and a half toll. that sit
down in an equipment well on the roof. The soIuIIon for this IocalIon Is to replace the paclcage
units with new package units with an SEER of twelve or higher. The so/utIon wiI also inc:tude
raising one unit up out of the we" so that it is seMcable. ThIs is to be a turnkey project with aU
design, engineering, structural, mechanical, llIeclrIcal and roof work included.
S. Feldheym Ubrary
555 W. ef' Street
This location has two McQuay sIllty toll air cooled chiIer.s that are lhlJteen years old. The solution
the City would like to see implemented Is to remove and repIac:e lhesB chilers with one CarrIer 30
HXA screw chiDer and instaU a cooling tower and related pumps. ThIs is to be a turnkey project
City of San Bernardino-Animal Control Lighting Retrofit
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98 315
Ind ... design. ..I....IQ.IInIdunII. med1anic:al. ell~ Ind IoafWlllk .. to be P1o..ldec1 by
the vendor.
8. P8Ib Ind Recr8IIIon
547 N. Slenw w.,
This kICIlIon hes two pecIoIge lIIliIs on the roof that.... tNW seventeen ,... aid. The solution
here is to repI8ce the peeIl.lIIlIIs wItIll1lgh eftIc:Iency lIIlIIs....... .. SEER of.....,. or
higher. ThIs is to be . tumUy P1ajed end w111ndude aI deIfgn, .lQInllllul. mechalllcll.
eIedrIcaI end loaf wodl.
7. Rudy Hernandez Center
222 N Lugo
This Ioc.uon hes four rooftop pacUge unlls, two of which .... CMlrlli.MIty ,.... old and need to
be repllIC8d The solution fartllis IoQIIoo is to repI8ce tile two lwenIy ,... old lIIlIIs wIItI new
package unIIs....... .. SEER of twelve or higher. ThIs Is to be......., praJecI and wII
include eI design. engInll ~IQ. SIrucluIlll. med1an1c8l, IllcIJIcaI end roofwodl.
'"
lighting
There are tweIYe 1Igtl1h", pn:IjIlcis at the following locations:
..
Building Meintenance Shop
247 S. Pershing
Fire Maintenance Shop
1208 North H St
CID
8088 Pam Lane
Johnson Center
908 WIson
Lytle Creek Center
380 South K St
Mil Center
503 E. Central
(
P8Ib " Recreation
547 N Sierra Way
Rowe Ubmy
108 East Marshall
Nicholson Center
2750 West -r Street
Penis H. Senior Center
780 East 21- Street
Ruben CamI!ClS Center
1717 West s-o Street
Wnenor Ubmy
525 N. Ml Vernon
The scope of wort for al tile Ighting ,dbullllo is as follows: Vendor is to reIroIIlal e.dsth", T-1211ourescent
lamps and magnellc"-l 'JwItIl newT-811ourescent lamps and eleoL",IIcll-- lIt AI il~
ftxturas are to be replaced or relnIIIt with new compact Ilourescent ftlcluras. Replace or reInlIIeI exit
signs with new LED exit sign IIldunIs.. AI ftxturas are to be cieaned lI1oroughIy on tile interior and lens are
to be cleaned on boItI sides. Motion -.or W811 switches are to be Inst.I.1I in all PIlV* I'OOI1IS and
ofIlces of less than 300 ..f. Vendor ill to lIeId verify all ftxture counts and proylde a lamp, tI n nt. compact
fIourascent. exit sign and sellSor count far each location.
City of San BenrstrJino-I4n CQnIroILigIrting Retrofft
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98 315
. a. PART 2 - General Work CondItIons
1.1 ComDldan ofWarl<:
TIle warIl deICIlb..d In tills pI1Ijecl'" CCIIl.,1MC8 10 ~ l'nIm the dIIe allClllce to
proceed is issued. TIle project shaH be completed wIUIin 180 days l'nIm said 1lCIlIce.
U hwMnt of.,..."....... .........~
The co..h....h.o..... II s.dIcoo.....tw shall ~ 88CIl cnIft or .....1I.~l8Il en~_ an tills
project not less than the prevlllng wage ,... apecUIed In ResoIuIIon ., 358 dthe
Mayor and Common CouncI d the cay d San Bem8nftno.
2.3 Sound Con1roI Reallinlmllnts:
Sound control sIlal comply with Chapter 8.54 of the cay d San BemaItIIno Munlclp&I
Code.
U Busf- LIcense:
The co"h....h.o shan obtain a CRy Busi_ Rvybbo6.n, pllorto the execution dthe
contract. .
..
2.1 Pavmenis:
AI payments shaH be made as per the tenns dthe munic:lp8l'" and upon signed
NotIce Of Completion d the entire project by the- City.
a.. ProillctAr-u----:
TIle co,lllactors shaI maintain a neat appearance d the WlIIIIsb. When pI'lIdIclIIlIe,
light tubes, ballasts. lbctures, lamps and switches sIlaO be disposed of CllIlCUmIl1lIy with
their removal.
2.7 ....,.fttous Ma~.. .....~I:
Any hazardous matelt8Is 11: llJlltered In the course d performiIlII this WOItt must be
identified to the City. The City wil be responsible for dIspo)sal of hazan:Ious materials. All
lamps are to be djsposec:I of by the contractor in accordance wlIh an applJo .."'" laws.
r
2.a Hours of Work:
Hours of walt sIlall be approved by the FaciRties Management director. Typical hours of
operation are from 7:30 a.m. to 8:00 p.m.
The contractor shall plan his WOItt so that al Ilghllrlg lbctures worked on shall be
completed and be operational before 7:30 a.m., Monday through Friday.
The contractor is to plan his WOItt so that the feo _lies have venlllallon systems in
operation at aI times, perthe UMC. If prolonged velllll.lIon system outages_
expected. temporary chillers or air conditioners are to be brought in as pert of this
contract.
Many facilities are alarmed buildings. Work times and d8tes must be scheduled in
advance and approved by the Facilities Management director or designee.
Section 2
(;My of San Bernardino-Animal Control Lighting Retrofit
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98 315
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2. __&1
1. PART 1 - SUMMARY
1.1 This division of the SpecilIcatio,lS outftnes the proyIsIons of the ..........t work to be
perfonned under this division.
..
1.2 In addition, wort In this division is governed by the pravisIons of the I*tdlng
requirements. contract fonns. general condIlIons and all sections under general
requirements.
1.3 n- Spec;ilIc:;alIolS contain ........... wIllc:It Ill8Y be men def'ol" o,mont MIMdMI
that those contained In the General Condllloins. \IIIIIere these 5tatements occur, they
shall take precedence over the General CondlllollS.
1.4 Where the word "provide" or "pnMsIon"1s used, II wi be del'ol,1IeIy IlIteipr1ted as
"fumishlng and InstaIIng complete In _...", cancilla,.". Whele the words ..
indicated" or "as shown" ara used. It shall ~ as shown on the .....lb....t dl...fI1gS.
1.5 INhere items are speclIIed in the singular, this division sh8I provide the quanIIlJ as
shown on drawings plus any spares or extras mentioned on drawings or Specilk;aIIuns.
AD spec:IIIed and supplied equipment sIlaII be .-.
2. PART 2 - CODES, PERMITS AND FEES
2.1 Comply with aa applicable laws, 0Idinances, rules, ragulallons. codes or ruHngs of
governmental units having jurlsdicllcn as wen as stancIanIs of NFPA, and seMng utIIly
requirements.
!
2.2 Installation procedures, methods and condlllonS sIlaII comply with the latest requiremenls
of the Federal Occupational Safely and Healh Ad (OSHA).
2.3 A City Building Pennit wiD be required.
3. PART 3 - EXAMINATION OF PREMISES
3.1 Examine the conslruc:lIon drawings and premlSllS prior to I*ldIng. No aIIowanl;es wIU be
made for not being knowledgeable of exIsIIng condlllons. AlI*Iders ant expected to
fteld-verify matefl81 counts, building voltage and other conditions prior to bidding. No job
walk will be conduded.
4. PART 4 - STANDARDS
4.1 The following standard publlcatlons of the latest edllons enforced and SlIpplements
therato shallfonn a part of these SpecllIclItIons. AD eIeclricai wort must, as a m1nlmun.
be in accordance with these standards.
4.1.1 California EIectrlcaJ Code. Part 3, Tille 24 C.C.R 1987
wlCalifomla Amendments
4.1.2 National F1ra P",hnJlon Association
Cly of San BernarcrIllO-Animal Control Lighting Retrofft
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98 315
4.1.3 Underwrlttn' l.8bonItoIleI, Inc. (UL)
4.1.4 CertifIed a-Mnt ~ ".pllltan (C8M)
4.1.5 N8lIan8I EIecIrIcII M8nufIIc::tIIW M I a "111100 (HEMA)
4.1.11 Institute 01 CectrIcII & E3Wi...lIcIl!llglrJ .1.. (IEEE)
4.1.7 AmerIc8n Sodety tbrT8IIlIng & M8tert111 (ASTM)
4.1.8 N8lIonaI8olInt 01 FIre UndeIWI1bn (NBFU)
4.1.9 NatIonal 80lInt of St8ndards (NBS)
4.1.10 American NaIIon8I StancI8nIs InsIIIute (ANSI)
4.1.11 Insulaled Power Cable EuglneelS AslocIllion (IPECS)
4.1.12 EIedrIc8I Tesllng LabonItortes (ETL)
4.1.13 National EIedIlcaI SlIfety Code (NESC)
4.1.14 California EIec:lIIc:aI Code, TIle 24, Part 3
4.1.15 Unifonn Bulcllng Code
4.1 .18 National Electrical Code
5. PART 5 - DEFINmONS
"
5.1 Concealed: Hidden from sight, as In lnlnc.:t.-, dill B I. hollow consIructIon, or 8bove
furred ~, hung ceilings . lICOIlSlIClII or plastic type, or lIllJlOI&d to view only In
tunnels, atIIcs, shafts, crawl spaces, unlnlshed ~, or 0Iher areas so/eIy far
maintenance and repair.
5.2 Exposed, ~Ied, Unftnlshed Space: A room or space thet is oldluafly
ace B sslble only to building maintenance personnel, a room noI8d on the "lInIsh schedule"
with exposed and unpainted construction for walls, ftoors, or ceIIngs or specIIIc:aIy
mentioned as 'unftnlshed".
5.3 Finish Space: Any space ordinarily visible, indudlng exterior areas.
8. PART 8 - \NORK AND MATERIAlS
8.1 Unless otherwise specified, aD materials must be ~ and of the best quaDty. Perfonn all
labor in a thorough and wor1unanlike mannar.
8.2 All materials provided under the contract must bear the UL label where normally
available. Note that this requirement may be repeated under equipment specIftcatIons.
In general, sudl devices as wiD void the label should be provided in separate enclosures
and wired to the labeled unit in proper manner.
7. PART 7 - SHOP DRAWINGS AND SUBMITTALS
7.1 Sub shop drawings and all data for an equipment provided under this division.
7.2 Shop drawings submittals demonstrate to the City that the Contractor understands the
design concept. The Contrador demonstrates his undel$landlng by Inclcall'lg which
equipment and material he intends to fumish and instal and by detaIIng the fabrlc8IIon
and installation methods ot material and equipment he Intends 10 use. If deviations,
discrepancies, or conftlds between submittals and SpedIIcaIIons are discover'ecI, either
prior to or after submittals are processed, notify FacIIIIes Management immediately.
7.3 Manufacturer's data and dinension sheets shaH be suIlmilted giving aI pertlrl8ll1 physical
and engineering data Indudlng weights, cross sedions and IIllIiIntenance inslructlons.
standard lerns of equipment such as receptac:Ies, switches, plates, etc., whidI are
catalogued items, shall be listed by manufacturer.
cq of San Bernardino-AnimaJ CcntroI Ughting Retrofft
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98 315
7.4 Index al submittals and ....... to these Spec:/IIc:do... AI suIImIbII iIwns..... be
assembled and submllled In a single CCiinPlete binder. PwtIaI suIImIItaIs wII nat be
reviewed.
I. PART I - COOPERATIVE WORK
1.1 Correct wiIIlout chaIge any WOI1t requiring aItenIlion due to lack of proper supelllllion or
failure to make proper provision In time. Correct without cIlarge any damage to acIjaoe.d
waitt caused by the a1tendlon.
1.2 Cooperative waitt includes: General supervision and responsibilty for proper IocIIIon and
size of WOI1t related to this dlvlslon, but provided uncIer the olher sections of these
SpecilIcations, and installation of sleeves, inserts, and ancllor bob for WOI1t under eacIl
section in this division.
8. PART 9 - VERIFICATION OF DIMENSIONS
8.1
...
Scaled I!ld lIgured <Il1I...1SIons ..appraxImate only. Berore prooeedI.lQ with work,
carefuIy cIleck and venry dimensions, etc., and be AISpOOlSIIIIe for JlIOIllII1y__
equipment and materials together and to tile slruclure In pnIplIIly fIItIng equIp.....nt and
materials together and to the slruclure in speoes9pnMded.
8.2 Drawings are essentially diaglan.,l8lk:, and many olI'sets, bends, puI boxes, specIaJ
fttlIngs, and exact IocalIons .. nat IncIIcaled. CarefuIy sludy cInIwIngs and premllllln
order to detennlne best melhocls, exact locations, routes, buIIcIng obsIrudIons, Ilk:. and
install apparatus and equipment In manner and locations to avoid obsIrudIons, pnISllMl
headroom, keep openings and passageways clean, and maintain proper clearances.
10. PART 10 - CONSTRUCTION FACILmeS
10.1 Fumish and maintain from the beginning to the completion al lawful and ne<:essaIy
guards, railings, fences, canopies, Ights, waming signs, ate. Take al n8':! II ary
precautions required by City, State Laws, and OSHA to avoid injury or damage to any
pel$Ons and property.
10.2 Provide temporary power ancllighling for constnJclion purposes as necessary.
". PART1'-GUARANTEE
11.1 Guarantee aU material, equipment and workmanship for .. sec:tIons under this division In
writing to be free from defect or material and worttmanship for one year from date at final
acceptance, as outRned In the General CondIIIons. Replace without cIlarge any material
or equipment proving defedlve during this period. The guarantee shall include
perfonnance of equipment under all site condIlIons, conditions of load, installng any
additonal items of control and/or protective devices, as required.
11.2 All lamps instaUed uncler this contrad shall be guaranteed against any and aU defects,
inadequate or inferior material and/or warttmanship for a period of one (1) yellS.
11.3 AU ballasls installed under this contrad shall be guaranteed for I period of three (3)
yealS.
11.4 The guarantee period shall commence upon final acceptance by the City.
CMy 01 San Bemanrmo-Anima/ Contro/Lighting Retrofit
7
. 98 315
. ,
11.5 CurIng tile QU8I'IIItee peItod. Illy ....ne.1l found to be dIIec:IIwe, ........ or not due to
tile fIIuI ~tIIe eo....... .....1Ie .~ Ilr tile eo....... wIIlIn _ (to)""'-
WItlten roulltlClllolI. The cay In~ sINIII be tile sole judge as to tile coullllo.' ~ tile
1Tl8IefIaI.
12. PART 12 - EQUIPMENT
12.1 Lamps for this prajec:t ..... be IIl8IIUfadunld Ilr GE and shaI meet tile 1II0wlllg
spec;ItIcaIIons (See Appel ICIb. for 8ddIIIonal specIlIcaIIons and cut she els) or be approved
as an eqU81.
12.1.1 Manuf8c:turer
12.2.2 Color temperature
12.2.3 Color Rendering Index
12.2.4 WalTllnty
GE
4100K
70-75
As applicable from I8mp III8IllIf8c:Iww
12.2 B--ll11 for tile City HIIIlWlull..... be ~ '" GE (Nonn8I UgIItOnlplll)
R8pid Stillt T8 belasts per aIt8cIled specIlk:aIIon sheet lIIIcI shIIII meet tile lIIowlng:
;,.
12.2.1 Sound RatIng
12.2.2 certIlIed
12.2.3 Type
12.2.4 Descrlption
12.2.5 H8nnonIc Cistorllon
12.2.8 VoIt8ge
12.2.7 M8nuf8c:turlng 10C8II0n
12.2.8 WaITlInty
12.2.9 B-' '" flIc:tor
12.2.10 Power Factor
"A"
UL (CI8ss P) and C8M
EIb..b...1ic (Rapid SIaIt)
ANSI C82.11-1993
<18 Tot8I
Match lumlnaire
USA
Minimum 3 years
Not less than .875
>.92
12.3 OccupllllCy sensors for this project slid be lIl8!lufactured '" The W811 Stopper. Inc..
Sensor model numbers and Ioc8IIons arellsted'beIow. AD sensors instillled sh8II be
model W500A or equal and meet specIlk;aUons on manufllc:turers cut she ets
12.3.1 All sensors shaD be ......." and instaled per tile manufacturer's
requirements. The eo.41...h.o shall cletennine and provide aI
equipment, Including 0.....,. units. nee H Iry to provide a complete and
functioning ClCCUplIIlCy sensor.
13. PART 13 - EQUIPMENT FINAL CONNECTIONS
13.1 Provide all final connections for tile folowing:
13.1.1 AD equipment furnished under this division.
13.1.2 EJecIriaII equipment furnished under other sections of tile SpecilIcaIIons.
14. PART 14 - GENERAL WIRING
14.1 Complete rouglHn reqlAl e.....ms of aI equipment to be wired W1der tile COI41....t 81'8
indicated. Coordinate with respective trades furnishing equipment or with tile cay as the
City 01 San BematrJino-AnimaJ Control LigIrting Retrofft
8
'. ,98 315
c:-. ..., b8l'ar ~. Ind ICCUr8te requ..IIII....... to .....In I IlMt, wartun.nee
..... - ''Do..
14.2 Pl...1de praper IIze end type ~feedll'Ian P.Qpeo _l'ar II suclllIms ... .....
dIeckIIlQ dl....fngs of II ndes to ....... incIusIan ~ IIlIerns.
15, PART15.~P
15.1 In edlIUon to c:IeInup specIIIed under aa,er sedIons, tIIoraughIy c:IeIn II JllIItS ~ the
equipment.
15.2 DurIng the progress of the wortc, Ireep~.prarnilll c:IeIn end fnle ~debrfs. Ollllops
Ind floor surfIc:es under eICtIlurninIIre If to be c1.lnecllfter eICtI relroIIt. .
18. PART 18. DEMOUTION
18.1 AlIIghIIng lIIduI-., wiling _1cM end "~..IIIeOd1.... _feel II.... . II to be
IWIlCMId undertllls c.......t..... be ~ ~:t~. TIle c......... sbII be
rapo...... bin .I~ ordlmlgeto the.... willie In Ills pllll mlDii.
PART 17. DIFFERING SITE CONDnlONS
17.
.
<
.
,.
...
17.1 DurIng tile progr III of the work, r pII)'IicII Cllll.-o,.. the ... dlllrtiom whit is
shown on the pIIns, the pMy dIscclI.eIIIlQ .. Clllldlo....... jIIo,llplly noIIy the aIher
pIIIty in WItlIng ~ the ~ dll'6tolllg COIlll11owl beI'ant tile tIlIlbdt.d Work is perfonned.
Upon wrIlten fMIIIo ~'lon. Fa..1Ies .....1eqtImllI1l wII___JQtuIhe concIlion to
dBt........lfthent is In "allll orclecrejile In tli!fwadtto be pelt'Ilo II - -....
Management wII nolIfy the COtlh....tor ~ ~is ............. wtIelher __ n&..... .....m
of the (M,h-.l is W8n'Iflled.
...
,
(;My 01 s.n Bemt1tr1fno-AnimaI CoI1trcI Li(1Itlng Rt.6 "'"
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98 315
--"
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BIRD REFRIGERATION AIR CONDITIONING &: HEATING
We propose to furnish and install a Carrier Air Conditioning system for City of San Bernardino,
Animal Control located at 333 Chandler Place, San Bernardino, CA in accordance with the
following conditions and specifications:
~ Eauioment:
2 - CarrierModet 48SX024040-3 (12 SEER) 81% AFUE
2 - Carrier Manual outside air dampers and filter racks
5 - 3000 CFM Side Discharge with 1/3 H.P. Motor - Artic Circle Brand
2 - 4000 CFM Side Discharge with 1/2 H.P. Motor - Artic Circle Brand
3 - 4000 CFM Down Discharge with 1/2 H.P. Motor - Artic Circle Brand
~ Location of Eauioment:
Roof Mounted
~ Duct Work:
Ductwork to be installed by us will be designed, fabricated and installed in accordance
with American Society of Heating and Air Conditioning Engineers standards, within the
limits of existing installation conditions.
New equipment to connect into existing ducts on roof New ducts to be lined with 1" x
1. 5 # density insulation.
~ Resoonsibilitv:
The following responsibilities will be assumed by you, or us, as indicated:
Wiring from Panel to Conditioner Us
Wiring of Control System Us
Cutting Holes None
Patching None
Decorating None
Plumbing within None
Pipe Insulation None
Delivery, Uncrating, Erection Us
Equipment Foundation Us
Ductwork (As described) Us
Duct Insulation Us
Supply Outlets
Return Grills - I st Floor
Condensate Piping
Existing
Us
Us
109 East Fourth Street. San Bernardino. California 92410
Bus: (909) 889-0618 . Fax (909) 885-8189
Cont. Lie. #198874
98 315
.. PluDlbin.:
All gas, condensate & water by us.
. Wirinll!:
All high voltage & low voltage by us
. Miscellaneous:
. WorkmanshiD:
Our work will be perfonned in the highest workmanlike manner and will comply with
existing governing codes and regulations.
.Warrantv and Service:
· After installation, a qualified representative will start, test, and provide instructions on
the use of the equipment.
. All equipment, material, and labor furnished by us will bear a One Year Warranty from
the date of installation against defects in workmanship and material. In addition, the
Compressor is protected in accordance with the Manufacturer Five Year Protection
Plan.
.Service under this Warranty, except for emergency calls, will only be provided during
nonnal working hours and does not include filter, fuses and resetting of breakers.
98 315
. Genenl:
1. During installation, we shall take all reasonable precautions to avoid injury to
persons and damage to property.
2. Title to the equipment will remain ours until all sums due us have been paid,
including collection and attorney's fees, if any.
3. We shall have the right to transfer any or all notes held hereunder, and title or
right of possession will pass to the legal holder.
4. Any equipment or labor in addition to that required by this proposal will be paid
for by you as an extra at our normal rates.
S. It is understood that this proposal sets forth our entire agreement.
6. This proposal will become a contract between us, if accepted by you, and
thereafter approved in writing by our duly authorized representative.
7. All agreements contingent upon strikes, accidents or delays beyond our control.
Owner to carry fire, tornado and other necessary insurance.
NOTICE
"Under the Mechanics' Lien Law (California Code of Civil Procedure, Section 1181 et seq.), any
contractor, sub-contractor, laborer, supplier or other person who helps to improve your property
but is not paid for his work or supplies, has a right to enforce a claim against your property. This
means that after a court hearing, your property could be sold by a court officer and the proceeds
afthe sale used to satisfy the indebtedness. This can happen even if you have paid your own
contractor in full, if the sub-contractor, laborer or supplier remains unpaid. "
"CONTRACTORS ARE REQUIRED BY LAW TO BE LICENSED AND REGULATED BY
TIlE CONTRACTORS' STATE LICENSE BOARD. ANY QUESTIONS CONCERNING A
CONTRACTOR MAY BE REFERRED TO TIlE REGISTRAR OF THAT BOARD, 1020 N.
Street, Sacramento, California 95814"
.
98 315
"Instanalion Scbedule:
The equipment will be ready for delivery in about 14 days from the date of our approval
of this Contract.
.. Price and Terms:
Net Cub Price: $ 14.986.00
Options: 2 - Programmable, Title 24 Thermostat - $212.00
Respectfully Submitted:
By: William H. Bird
Accentance:
This Proposal is accepted as submitted:
By:
Dealer Approval:
Contractors License #198874
By:
Date:~
Date:
Date:
Note: This Proposal shall be valid for 120 days
\
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. 12.0 S.E:;.R. cooling plus high-efficiency.. .
ga's.heating in one compact, quiet, reliable unit:~
-.. ". - . ......
.. ,
Model 48SX <
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PLUS
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Airflow Adaptabili.
Tee Phoenix Plus adapts in
",inutes for either '/ertical or
'cnzontal duct connection, The
unit is Shown here without
cOlional base rails as shown in
:re ohctcgraphs,
OUR LOWEST PACKAGED UNIT COOUNG COSTS
The Plus in Phoenix Plus means the highest cooling efficiency we've
ever offered in this type of comfort unit. Specifically, the Phoenix Plus
has a Seasonal Energy Efficiency Ratio (S.E.E.R.) rating of 12.0 in
most capacities. Compared to older units, the Phoenix Plus uses far
less electricity - with no sacrifice in comfort. You'll cut your cooling
energy bills by more than 30% if you replace an old 7.0 S.E.E.R. unit
with a 12.0 S.E.E.R. Phoenix Plus. Choose a 12.0 S.E.E.R. Phoenix
Plus over a new 10.0 S.E.E.R. machine and you'll save about 20%.
IMPRESSIVE HEATING SAVINGS, TOO
You'll reduce gas consumption with the Phoenix Plus. It has an
Annual Fuel Utilization Efficiency (A.F.U.E.) of 81% in most heating
capacities. If you're replacing a typical old 60% efficient unit with an
81% efficient Phoenix Plus, your heating bills will drop by about 15%.
PAYS FOR ITSELF!
The Phoenix Plus can quickly repay-your initial investment through
energy savings. It also qualnies for utility company rebates in many
areas. Ask your Carrier dealer or utility company representative for
complete details.
Actual operating costs depend on many factors, including climate
and type of construction. Your dealer can give you an estimate of what
a new Phoenix Plus will save you.
YOU'LL BE COMFORTABLE WITH THE STYLE, TOO
Look closely. The Phoenix Plus design features smooth, sculptural
curves... close-fitting cabinet panels... paint thafs beautifully smooth.
Yes, the Phoenix Plus's carefully detailed design makes it extra
watertight and helps fight corrosion. But looking great doesn't hurt.
FITS WHERE OTHERS CAN'T
The Phoenix Plus is the most compact gas/electric comfort unit
we've ever built. It fits easily into your design or landscape plans where
others can't. And it installs quickly and economically.
. I" " ,
,
J-".
98 315
HERE'S CARRIER QUALITY CONSTRUCTION!
What's the "secret" of Carrier's exceptional quality? We think it's Carrier's unmatched investment in
research and engineering - and our unique ability to draw on the remarkable technological resources
of other divisions of United Technologies, a world leader in research.
1. Super-Tough Scroll Compressor for economy and
durability. It's the single most-important component. State-of-
the-art design saves electricity and reduces sound. Scroll
compressors are extra-tolerant of tough operating conditions.
That enhances reliability. There's built-in protection against
overheating or electrical current problems, too.
2. Carrier Proven-Design Coils save energy. One coil
absorbs excess heat from your household air. The other
discards that unwanted heat into outdoor air. That's a critical
job. Our exclusive-design, extra-large coils measure up. They
feature high-pressure copper tubing and alloy-aluminum fins.
Internal tubing grooves swirl refrigerant for optimum heat
exchange. That helps cut operating costs.
3. High-Efficiency Blower Mater with Precision-Matched
Blower runs smoothly. Our multispeed motor gives the
Phoenix the capability to work perfectly with most any duct
system. And our computer-designed blower is both dynami-
cally and statically balanced. Quiet'
4. High-Efficiency Fan Motor With Computer-Designed Fan
is quiet and reliable. Features built-in protection against
overheating. Saves energy.
5. Weather ArmorrM Cabinet is extra-tough. Heavy-duty
sheet steel with a thick coating of corrosion-fighting zinc
(galvanizing) plus a fine finish of tough baked enamel. Stands
up to the worst Mother Nature can dish out and looks great.
year aher year. Exceptionally rigid design helps fight vibration.
Features foii-faced fiberglass insulation. Totally encloses coils
to guard against damage.
6. Patented Carrier AccutroF~ helps save electricity. How
refrigerant flows into a coil has a lot to do with energy effi-
ciency and operating costs. For precise control. nothing beats
our exclusive Accutrol.
- :omputer-Designed Airflow is super-quiet. The precision
design of our curved outdoor coil. outdoor fan and motor, and
venting system keeps sound to a minimum.
3. ";cision Burners save gas. Factory-tuned for a clean,
quiet flame. Aluminized to fight corrosion.
9. Turbo-TubularrM Heat Exchanger saves three ways.
Transfers heat efficientiy to save gas. Low airflow resistance
reduces blower electric consumption. And our aluminum
coating fights corrosion for money-saving durability.
10. induced-Draft Combustion for economical heating.
Helos optimize heat transfer to reduce gas consumption.
98 315
OPTIONS
ComfortZone TM. A Carrier-exclusive system that allows you to select different
temperatures for different areas (zones) in your home. Lowers operating costs, improves
comfort. Many other Carrier control systems are available. Your dealer can recommend
the one that best meets your needs.
Base Rails. Made of heavy-gauge galvanized steel, these rails simplify rooftop
mounting. They also provide structural support and elevate the unit in
ground-level installations for enhanced corrosion protection.
Humidifiers. Dry skin... static electricity shocks... loosening
fumiture joints... these are just some of the problems caused by
too-dry indoor air in the heating season. Carrier offers a full range of
humidifiers, including a water-saver model for areas where water is expensive or
in short supply.
LP Gas Kit. Permits the Phoenix Plus to heat with liquid
propane gas. For areas where natural gas is not available.
High Efficiency Air Cleaners. Remove dirt, dust, bacteria,
and pollen particles that go right through conventional glass fiber
filters. Enjoy cleaner air with less household cleaning.
High-Altitude Kit. Permits proper operation of gas heating system at altitudes of 2000
feet or above.
WARRANTY PROTECTION
Every Phoenix Plus packaged gas-electric unit is backed by a one-year limited warranty
covering the entire unit. Additionally, we back the compressor and heat exchanger with
ten-year limited coverage. Ask your dealer for complete warranty details.
For more information call1-aOO.C - A - R - R -I- E - R or:
Specificalions subject to change without notice. Before purchasing this appliance,
please read the important energy and efficiency information available from your dealer.
98
315
(
I
I ED330/430/630
. ES330/4301630
Efftclent and Effective Cooling.
When you need to cool a home, condo-
minium. manufactunod housillg or apartment
complex, these reliable standard coolers .... the
low-cost altemalive to expeIIIive refrigerated
air conditioning systems. Unlike air CODdition-
iIIg systems that recirculate dry, slale air over
and over, our evaporative coolers circulate
clean, fresh air usillg u little u 1/4 of tbe
electricity required for air conditioning. That's
up to 75% saviDgs ill e1ec:tric costs.
We offer you a choice ill our ducted line
of coolers. With 3 side-discharge and 3 down-
discharge models offeriDg different cooling and
honepower capacities. you're assured of
getting the exact cooling requirements for your
job. And, with our aids and accessories, coolers
can be mounted on roofs, set on pads, or hang
on an outside wall. Remember, you can also
add one of our coolers to an existing air
conditioning system.
Our ducted coolers have an 8-year limited
warranty on cabillet honom pan leakage due to
rust-out which is backed by the industry
leader with over 50 years of evaporalive
cooler manufacturiDg experience. Our dueted
coolers are covered by City of Los Angeles
Research Reports RR930224 (for all sillgle
phase applications), Electrical, and RR8141
Mechanical. Copies of these reports ....
available from the manufacturer upon requesL
Standard features
!~"':'~"""'__-'POLY'
BONDIt md::d. wddc:d, - .he cabinet wtdl
n:tnbced gxna' poIG Ix added iRraJIdL
ftl'l. I aha"""
& POLYBOND a acluIiTc coadas. II aD
actrlICtift, appUa:ncc type 6niab dIa pn:lICCtI the merior
and all puts coatlCdDa WIIa' lO reslR COftOIioD. This
fUUab is 10 dunble it is baclr.ed '" IJI ISight ycwlimitcd
Wtn'lDty apiDSt leakage due to rusl out of boUom paD .
l~"":....,_.......__pe_
_...._.".~-
tr~__........._."
UIt in vo_-4_ CXlClIas. SpcdIlIsaIra indude....
QIIC taiIIaII.~__ wtdlspcdll wtDdIaI- ~
aectI:d swtIdt ....... HItb IDnJIe at iIoIIIeclVlbn-
dona__IIo..bd.....IIIIkc II: qWa and eIIdenL
e---...
__...."oo<ePOLYIlOND~I""......
Waller tftJUIb enbmces e9m WlIler diIIrd:luDaIland.
~-
!:'..::-.........".......
Ducted Coolers
Models
ED330/430/630
ES330/430/630
~ MADE IN U.S.A.
~<<pIIcypumpintbeindustryL:.Lrecogniz.cl1
.. __a-pa.ic,de5ip1ed to opcr:ue at the widcsc
r-.cfWllltr IeIeIs ill the iIIdumy. Built-in bleedd
adIpet..sllDe mab 8her 5crcen pre101:fll$ do@ainI. The
paIIIp"lI~inpla5UctoetiminaIcthepossi.bility
01....-.
,......... ..
deIlFed"am lOr ~ water disuibution is
reIIIIIMldwldla:amlDnresuam hot.,Jipped. galv2nizcd
---
I:.:::""::c. ofbc:avy gauge ~ steeL for
9*f: apeIIIIlXa..salllXimum air fl09.: Srutdy shaft fits
----
cm..-~_
~""""~5Upport :nr
fftl.wAccfta.....rrames
&a..a.raIIaIa. ~ snap laoch '"\'~
e--
........ -.aM: wiIb Cdcon sc::.u md 8uena-:-';
plaap'deIlFed b ZDOlIl dfkieru: opcntion.
1t'l-.otflCll
1ren5lll'econsl5rcn:......t.._~unitbaablced-
ad kit included.
~Drtve SyIMra
Ocpcnd>ble---_...... ""........
~--
Fictoryinlt:allcd.plua-Jn~box~1oc:8ed
ror e:ISY Ja::e5S..-\11 ...................~ U.L rec:qpUxd IDd me
Junction box isappftMdbytbcCityolLos~
98 315
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DOWNDRAFT
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DIMENSIONS:
CoO.... Duct I~ -.... -~! .......... .. "'='" _ta'
.......
.,......., ......... ~. ....... -
- -- 1C....Qut .- ..... ~ I~' ~ ~.
- H W D A a c . f G J . Y II ....HtiW.
.S330 "28'''. 28 28 ,,,,, ,,,,, ,. 1'.. 14 41/, ".. 51" ". "..,23 12'12_J.o.. 45 ..-. '213 80 '80
'0330 28'1. 28 28 133,. ,.., . . 7',. ,. 4't. "" ,." 5'" ". ""'23 12-12'3<. .. ..-, '101 90 '90
'S43() 35". ,. ,. 171:. 11>, n\'. .'.. 11 51/. "" 5'. ". - 16.1S.". .. ,.,." 2202 '35 30ll
.D43D 35'.'. ,. ,. ,1>, ,1>, "" .'.. '1 5'4 "" ,." 5'" ,. - le.l&~ sa ,.,." 293ll '45 ,'.
.S83D 42'1. '1 '1 ,"'" ,"'" 12'1. ... 18'1.1 . 3'" 5'" ". .3/311131 191taA4, 10 ,.... 3072 180 40D
.D030 42'1. 31 31 ,..., ,..., ... ... t811.1 . 3'" .... 5'" ,. ."..,. 1911eAr.t 10 ,.... ..... '90 .,.
SPECIFICATIONS:
--_~.'%.,==-' ........................ .....
-
- 'nd. .I. -
Std. .so &II.
...... . .1 .2 .3 .. Hf - "- - ...... -.. ....... Gl'tII Hnd(ft..
ESlED330 3DOO '900 '''5 'll25 1745 '620 '480 3DOO '" ,..2 , 115 ... .,1 .P2OOA 2.45 5 2.'
ESiE0430 4000 3100 3020 2850 2825 2290 '900 4000 '" ,.., , 115 ... .'1 'P200A 2.45 5 ,..
ESlE0430 4500 3800 3530 3350 3120 2850 ,... .... '" ",' , 115 g.' 130 EP200A 2."S 5 ..,
230 5.' 130 ...... '.45 5 42
ESJEDe30 5500 4300 4000 3130 3500 3310 3280 5500 '" ,.., , 115 g.. 130 .P2OOA 2.45 5 '.1
230 5.' 130 ...... 2.45 S '.1
ESlED830 5500 '900 ..,. 4350 .... 3920 .... 5500 ~, ,.., , "' 11.8 930 'P2OOA 2.45 5 5.5
230 ... 930 EP400... 245 5 5.5
(
'InpoundL SkIWdown dllc::hataeWlllgtlll,l1QIn. ShiDoina..ahtilc.l:liMtanclcar1an.~andtnDla'boud~. :INal:..oomn..lded atlcMl.5. SSIowet rnocor (high speed) and pUrTl).
. Hole lor 112" eIIIctriclII ftlIng. tiai'lla 314- lNle hoM th..... ''\Yaw Knock out II dMtance klf ruml"" 114" tUOIng.
UPC CODES:
ED330 047906433303
ED430 047906434300
ED630 047906436304
ES330 047906423304
ES430 047906424301
ES630 047906426305
Cooler Venatlllty
Our dueted. window model and portable coolers are suitable for
insrallation on many types of living accommodations. leisure and
workspace areas. Select the model you prefer based on size of space to
be cooled and the mounting technique needed.
Oar ovoponIive coo\era.... _""... daipod aad _ in
a<:cc><<Iuoe willi _ or..... 011110 foDowiac __ or""";': AIr
Dell.." - Data pabIisbed derived from tells ~D / ~1'" ia aocclIdaDcc with
A.M.CA (Air _.... eo.rot_lSIaIIdIId 210. Aopea Pods-
BuiJt ID FedonI 'lp-"........... PP.1l-911 for Type I. CIoa A. Gndo 4.
_. W_ ~-per ASTM DI7O' FIaiIIiIiIy-per ASTM
D7~' C........ D";._ per ASTM BI17 . Cyde FnaofIlIaw - per
ASTMC117.POL~1..;".. -per ASTMB117.
Pt:DciI "-- -per ASTM 03363' ~ -per ASTM 03359' I...-
Reai...... - per ASTM D2794' F\ai!liIiIy -per ASTM D522. ~
GIoa - per ASTM 0323 . Sarf_1lanUa CIIondo<iI1i<I oIl1ai101iq
MareriaII (bM ntiq) Per UIL 723 ... ASTM Il-I14. MotlIr... ...,.-
Rec:opizod _1110 UIL _01__ _fotll1o IppIicIlioD
- CCIUlr1ICIioD. - 01I0lI00d, l1IIIIIiaa 01I0lI00d, ...Ioc:bd - l
procecIioa. FoIJaerIc _- TOIled in _1_ wilb UIL 94...
746C. Covaed by Cty 01 Loo Aopla '-1tepoclI RJI930224 (for 011
siqIe pbue 'I'I'l........), B1ectric:oL.... RR8141 ~......;.,..
.~.tJe .500 S. 15th Street. Phoenix. Arizona 85034
SiDce AdobeAir.lnc::. follows a ooIicY d COIlIi.- EXOCIuct iu-.....emc... it resena die
L900797A
98 315
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BIRD REFRIGERATION AIR CONDITIONING & HEATING
We propose to furnish and install a Carrier Air Conditioning system for City of San Bernardino,
Delmann Heights Center located at 2969 N. Flores, San Bernardino CA in accordance with
the following conditions and specifications:
.. Eauioment:
1 - Carrier Model 48HJDOO8-5 (11 EER) 82% AFUE
1- Carrier Model 48HJDOO17-5 (11.3 EER) 82% AFUE
2 - Carrier Manual outside air dampers and filter racks
.. Location of Ealrioment:
Roof Mounted on "I" Beams, with both units out of equipment we!!
.. Duct Work:
Ductwork to be installed by us wiil be designed, fabricated and installed in accordance
with American Society of Heating and Air Conditioning Engineers standards, within the
limits of existing installation conditions
New equipment to connect into existing ducts on roof New ducts to be lined with I" x
1.5 # density insulation.
.. ResDonsibilitv:
The following responsibilities will be assumed by you, or us, as indicated:
Delivery, Uncrating, Erection Us
Equipment Foundation Us
Ductwork (As described) Us
Duct Insulation Us
Supply Outlets
Return Grills - 1st Floor
Condensate Piping
Existing
Existing
Us
Wiring from Panel to Conditioner Us
Wiring ~fControl System Us
Cutting Holes None
Patching None
Decorating None
Plumbing within None
Pipe Insulation None
109 East Fourth Street. San Bernardino. California 92410
Bus: (909) 889-0618 . Fax (909) 885-8189
Cont. Lie. #198874
98 315
~ Plumbintr:
COMect gas and condensate by us to existing
~ Wirinlf:
AIl high voltage & low voltage by us
~ Miscellaneous:
All equipment, up to and including 5 Tons, rated in (SEER), all other rated (EER)
~ WorkmanshiD:
Our work will be perfonned in the highest workman1ike manner and will comply with
existing governing codes and regulations.
~Warrantv and Service:
. After installation, a qualified representative will start, test, and provide instructions on
the use of the equipment.
. All equipment, material, and labor furnished by us will bear a One Year Warranty from
the date of installation against defects in workmanship and material. In addition, the
Compressor is protected in accordance with the Manufacturer Five Year Protection
Plan.
.Service under this Warranty, except for emergency calls, will only be provided during
nonnal working hours and does not include filter, fuses and resetting of breakers.
98 315
~ CeDent:,
1. During installation, we shall take all reasonable precautions to avoid injury to
persons and damage to property.
2. Title to the equipment will remain ours until all sums due us have been paid,
including collection and att9rney's fees, ifany.
3. We shall have the right to transfer any or all notes held hereunder, and title or
right of possession will pass to the legal holder.
4. Any equipment or labor in addition to that required by this proposal will be paid
for by you as an extra at our normal rates.
5. It is underStood that this proposal sets forth our entire agreement.
6. This proposal will become a contract between us, if accepted by you, and
thereafter approved in writing by our duly authorized representative.
7. All agreements contingent upon strikes, accidents or delays beyond our control.
Owner to carry fire, tornado and other necessary insurance.
NOTICE
"Under the Mechanics' Lien Law (California Code of Civil Procedure, Section 1181 et seq.), any
contractor, sub-contractor, laborer, supplier or other person who helps to improve your property
but is not paid for his work or supplies, has a right to enforce a claim against your property. This
means that after a court hearing, your property could be sold by a court officer and the proceeds
of the sale used to satisfy the indebtedness. This can happen even if you have paid your own
contractor in full, if the sub-contractor, laborer or supplier remains unpaid. "
"CONTRACTORS ARE REQUIRED BY LAW TO BE LICENSED AND REGULATED BY
THE CONTRACTORS' STATE LICENSE BOARD. ANY QUESTIONS CONCERNING A
CONTRACTOR MAY BE REFERRED TO THE REGISTRAR OF THAT BOARD, 1020 N.
Street, Sacramento, California 95814"
,
98 315
. InS~D Scbedule:
The equipment will be ready for delivery in about 14 days from the date of our approval
of this Contract. .
. Price and Tenns:
Net Cash Price: .5 29.900.00
Options: 2 - Programmable, Title 24 Thermostat - S212.oo
Respectfully Submitted:
By: William H. Bird
Date: 1/r9'
Acceptance:
This Proposal is accepted as submitted:
By:
Date:
Dealer Approval:
Contractors License #198874
By:
Date:
Note: .This Proposal shall be valid for 120 days, however, our price will increase S6OO.oo ifnot
accepted within 45 days due to manufacturer price increase.
WEATHERMASTERe
" ,,' c :>,",36( 85 "acKaged Commercial Rooftop
~,.".= 8C.- C Un,:s and Air ConCltloners 3- to 12,5-Ton Capacity
98 315
How Do We Deline Quality?
...wlth Cooling E11lciency.
When you want to qualify for utility company rebates...when you
want low operating costs...when you want utility bill savings that
add up, year after year after year...you want a WEATHERMASTER.
Specifically Weathermaster models from 3 tons to 5 tons deliver
S.E.E.R. ratings as high as 12.8. Weathermaster models from 6
tons to 12.5 tons operate at E.E.R. levels from 8.6 to 10.5.
It's simple: our Weathermaster series is the most efficient line of
packaged rooftops available:
Replace old packaged comfort units with new Weathermasters
. and you'll see dramatic savings. Install Weathermasters in new
construction and get low operating costs from day one.
...with Heating E11lclency.
How does 81 % to 82% A.F.U.E. sound? WEATHERMASTER
gas/electric units offer higher efficiency than the competition:
And you can choose optional two-stage heating (available in all
models) for enhanced operating economy and comfort.
...wlth Total Performance.
Exceptional efficiency levels are only one aspect of the
WEATHERMASTER performance story. Take a close look.
Our sound levels are the best available" - the kind you'd expect
with smaller residential units. Weathermaster series units can
often meet code requirements that others can't. And you'll find a
choice of fan capacities to handle virtually any installation need.
*Comparisons based on average efficiency for full lines as listed in the
February 1993 AAI Directory. Ask for complete efficiency information.
...with the Most Complete Range 01
No-Compromises ChOIces.
You have specific product needs. Why compromise on a
packaged rooftop that's "almost" right? With Carrier, you don't
have to. We offer over 80 models in eight capacities from 3 to
12.5 tons - not counting your choice of factory-installed options.
That's just the beginning. The WEATHERMASTER models
described in this brochure are part of the world's widest selection
of heating and cooling products. Nobody else offers you so much
to choose from.
98 315
...wlth Standard Features.
1 Premium quality compressors for exceptional
economy, reliability, and low sound levels. Most
models feature scroll compression.
2 High-efficiency, exclusive-design coils with
internally-enhanced copper tubing and louvered
aluminum-alloy fins for optimum efficiency. Built with
our exclusive, computer-controlled coil brazing and
testing process for leak-free dependability.
3 Belt-driven evaporator fans (available in all
capacities) deliver smooth, quiet performance.
Easy to upgrade if needs change In the future.
4 Permanently lubricated motors for both outdoor
fans and indoor blowers. Sruooth. quiet, reliable, and
efficient. Low maintenance costs, too.
7 On-site convertible from vertical to horizontal
discharge in minutes to meet your requirements.
8 Drain-Guard'" internally sloped, corrosion-proof
PVC condensate pan with built-in .p" trap
prevents standing water. Exceptionally durable.
9 Turbo-Tubular'" heat exchangers feature
Alumagard'" protection that's more than twice as
thick as typical competitors' corrosion protection.
10 Two curb sizes fit all to simplify installation.
11 Acutrol'" refrigerant metering is remarkably precise
to enhance operating efficiency and prevent
refrigerant flooding.
12 5-year compressor warranty..
& Complete protective equipment, with high-pressure
and loss-of-charge switches...a freeze protection 13 10-year heat exchanger warranty..
switch...internal compressor protection...anti-cycle
compressor overload protection...and a refrigerant 14 UL, ARI, and CSA certified and approved.
filter drier.
8 No-tool filter access makes changing filters a snap.
Leave the screwdrivers in the toolbox.
.. See your sales representative for complete warranty information.
98 315
I
...wlth Factory Engmeered OptIOns.
You don't have to pay for extensive field labor - or
compromise performance - to get the options you want.
Nobody beats our complete selection of factory options.
15 Fully modulating Varislide'" economizers.
Features extra-stiff, gasketed damper blades ensure
leak-free performance. Solid-state enthalpy control
(no nagging worries about horse-hair type sensors).
18 Motor and drive options. Whatever your static
requirements, chances are we'li meet them exactly.
17 Communicating direct digital controls. There are
plenty of aftermarket control systems available.
Unfortunately, they can't be designed to match the
exact performance characteristics of specific units.
Unlike most other rooftop manufacturers. we
engineer and build our own control systems to work
perfectly with our units.
18 Coil-guard grille. Protects the coil against
mechanical damage and enhances unit appearance.
18 Electric heater packages (not shown). Who offers
the most choices? That's right: we do.
2D Copper fin/copper tube evaporator and
condenser coils (not shown). If you demand the
ultimate in coil quality, efficiency, and corrosion
resistance, here it is.
21 Extended warranty packages. For worry-free
service protection. Available coverage includes
11 th- through 15th-year heat exchanger protection
and 2nd- through 5th-year parts protection.
See your sales representative for information on
these and other optional warranties.
...with Reliability
We select only top-quality, high-reliability components
for the WEATHERMASTERS. And we go the extra mile
to assure that every Weathermaster is right - before
it ieaves the factory. Each unit is run tested in all
operating modes while it's still on the assembly line.
We even ship the test results with each unit for future
service comparison.
...with Indoor Air Quality.
Two-inch return-air filters are standard. Our no-tool filter
access door and tilt-down filter racks mean nobody
offers easier air filter access. Both coils and base pans
in all WEATHERMASTER-series units have been
specially designed for easy cleaning. And our base pans
meet A.S.H.RAE. standard 62. Combine all these
quality pluses and you'll see why the Weathermaster
series is your choice for maintaining indoor air quality.
...with Super Tough Cabinet Construction.
We use heavy-gauge pre-painted galvanized steel for
strength and durability. We specify a non-chalking finish
that meets or exceeds the Federal Standard 141 saIt-
spray test. We cross-break exterior panels for added
rigidity. We prime coat all intemal panels. We use a
100% corrosion-proof condensate pan. We select
ceramic-coated, corrosion-resistant screws. We install
rigid, diagonal compressor-support rails. We specify
single-piece top panels for optimum leak resistance.
And we use extra-strong full-perimeter base rails
with built-in rigging and fork lift capabilities. Nobody
else offers this combination of quality cabinet
construction features.
.:~. . ienting a Combination of Pel'fol'm."
"'~?~'
and Features You Won't Find An
98 315
When You Define Quality,
p.
Is Your Number 1 Choice.
98 315
--"
L~c.'"
ltl {
I i I ,..~ l
8<~Hbl+- ~ (e)
\
\ le!.l
-r;.~~
,.
i;,'"
BIRD REFRIGERATION AIR CONDITIONING & HEATING
We propose to furnish and install a Carrier Air Conditioning system for City or San Bernardino,
Rudy Hernandez Center located at 222 N. Lugo, San Bernardino CA in accordance with the
following conditions and specifications:
~ Eauioment:
2 - Carrier Model 48HJDOO8-6 (II EER) 82% AFUE
2 - Carrier Manual outside air dampers and filter racks
~ Location orEauioment:
Roof Mounted
~ Duct Work:
Ductwork to be installed by us will be designed, fabricated and installed in accordance
with American Society of Heating and Air Conditioning Engineers standards, within the
limits of existing installation conditions.
New equipment to connect into existing ducts on roof New ducts to be lined with 1" x
1.5 # density insulation.
~ Resoonsibilitv:
The following responsibilities will be assumed by you, or us, as indicated:
Delivery, Uncrating, Erection Us
Equipment Foundation
Ductwork (As described)
Duct Insulation
Supply Outlets
Return Grills - 1st Floor
Condensate Piping
Existing
Us
Us
Existing
Existing
Us
Wiring from Panel to Conditioner Us
Wiring ~fControl System Us
Cutting Holes None
Patching None
Decorating None
Plumbing within None
Pipe Insulation None
109 East Fourth Street. San Bernardino. California 92410
Bus: (909) 889-0618' Fax (909) 885-8189
Cont. Lie. 11198874
98 315
.. Plumbin.:
Connect gas and condensate by us to existing
.. Wirin2:
All high voltage & low voltage by us
. Miscellaneous:
All equipment, up to and including 5 Tons, rated in (SEER), all other rated (EER)
. WorkmanshiD:
Our work will be performed in the highest workmanlike manner and will comply with
existing governing codes and regulations.
. Warranty and Sel'Vice:
-After installation, a qualified representative will start, test, and provide instructions on
the use of the equipment.
-All equipment, material, and labor furnished by us will bear a One Year Warranty from
the date of installation against defects in workmanship and material. In addition, the
Compressor is protected in accordance with the Manufacturer Five Year Protection
Plan.
-Service under this Warranty, except for emergency calls, will only be provided during
normal working hours and does not include filter, fuses and resetting of breakers.
,
98 315
... General:
1. During installation, we shall take all reasonable precautions to avoid injury to
persons and damage to property.
2. Title to the equipment will remain ours until all sums due us have been paid,
including collection and attorney's fees, ifany.
3 . We shall have the right to transfer any or all notes held hereunder, and title or
right of possession will pass to the legal holder.
4. Any equipment or labor in addition to that required by this proposal will be paid
for by you as an extra at our normal rates.
5. It is understood that this proposal sets forth our entire agreement.
6. This proposal will become a contract between us, if accepted by you, and
thereafter approved in writing by our duly authorized representative.
7. All agreements contingent upon strikes, accidents or delays beyond our control.
Owner to carry fire, tornado and other necessary insurance.
NOTICE
"Under the Mechanics' Lien Law (California Code of Civil Procedure, Section 1181 et seq.), any
contractor, sub-contractor, laborer, supplier or other person who helps to improve your property
but is not paid for his work or supplies, has a right to enforce a claim against your property. This
means that after a court hearing, your property could be sold by a court officer and the proceeds
of the sale used to satisfY the indebtedness. This can happen even if you have paid your own
contractor in full, if the sub-contractor, laborer or supplier remains unpaid. "
"CONTRACTORS ARE REQUIRED BY LAW TO BE LICENSED AND REGULATED BY
THE CONTRACTORS' STATE LICENSE BOARD. ANY QUESTIONS CONCERNING A
CONTRACTOR MAY BE REFERRED TO THE REGISTRAR OF THAT BOARD, 1020 N.
Street, Sacramento, California 95814"
98 315
. Instanation Schedul-::
The equipment will be ready for delivery in about 15 days from the date of our approval
of this Contract.
. Price and Terms:
Net Cash Price: *5 11.000.00
NOTE: Deduct 53,200.00 if Crane can go on Grass Area to lift on East and West Side
Options: 2 - Programmable, Title 24 Thermostat - 5212.00
Respectfully Submitted:
By: William H. Bird
Date: 7/if t
Accet'tance:
This Proposal is accepted as submitted:
By:
Date:
Dealer Approval:
Contractors License #198874
By:
Date:
,
Note: *This Proposal shall be valid for 120 days, however, our cost will increase $360.00 ifnot
accepted within 45 days due to manufacturer price increase.
WEATHERMASTER@
c: - _ .".: :,)t-i.J-S~Cies Packaged Commercial RooftOp
:: ~.:;~ ~r.,:s ci.-C: --".r Cor.ditioners 3- to 12.5-Ton Capacity
98 315
How Do We Deline Quality?
...with Cooling Efficiency.
When you want to qualify for utility company rebates...when you
want low operating costs...when you want utility bill savings that
add up, year after year after year...you want a WEA THERMASTER.
Specifically Weathermaster models from 3 tons to 5 tons deliver
S.E.E.R. ratings as high as 12.8. Weathermaster models from 6
tons to 12.5 tons operate at E.E.R. levels from 8.6 to 10.5.
It's simple: our Weathermaster series is the most efficient line of
packaged rooftops available:
Replace old packaged comfort units with new Weathermasters
and you'll see dramatic savings. Install Weathermasters in new
construction and get low operating costs from day one.
...with Heating Efficiency.
How does 81 % to 82% A.F.U.E. sound? WEATHERMASTER
gas/electric units offer higher efficiency than the competition:
And you can choose optional two-stage heating (available in all
models) for enhanced operating economy and comfort.
...with Total Performance.
Exceptional efficiency levels are only one aspect of the
WEATHERMASTER performance story. Take a close look.
Our sound levels are the best available" - the kind you'd expect
with smaller residential units. Weathermaster series units can
often meet code requirements that others can't. And you'll find a
choice of fan capacities to handle virtually any installation need.
. Comparisons based on average efficiency for full lines as listed in the
February 1993 ARl Directory. AsK tor complete effiCiency information.
...with the Most Complete Range of
No-Compromises Choices.
You have specific product needs. Why compromise on a
packaged rooftop that's "almost" right? With Carrier, you don't
have to. We offer over 80 models in eight capacities from 3 to
12.5 tons - not counting your choice of factory-installed options.
That's just the beginning. The WEATHERMASTER models
described in this brochure are part of the world's widest selection
of heating and cooling products. Nobody else offers you so much
to choose from.
'98 315
...with Standard Features.
1 Premium quality compressors for exceptional
economy, reliability, and low sound levels. Most
models feature scroll compression.
2 High-efficiency, exclusive-design coils with
internally-enhanced copper tubing and louvered
aluminum-alloy fins for optimum efficiency. Built with
our exclusive, computer-controlled coil brazing and
testing process for leak-free dependability.
3 Belt-driven evaporator fans (available in all
capacities) deliver smooth. quiet performance.
Easy to upgrade if needs change in the future.
4 Permanently lubricated motors for both outdoor
fans and indoor blowers. Sm.Qoth, quiet. reliable, and
efficient. Low maintenance costs. too.
5 Complete protective equipment, with high-pressure
and loss-of-charge switches...a freeze protection
switch...internal compressor protection...anti-cycle
compressor overload protection...and a refrigerant
filter drier.
8 No-tool filter access makes changing filters a snap.
Leave the screwdrivers in the toolbox.
7 On-site convertible from vertical to horizontal
discharge in minutes to meet your requirements.
8 Drain-Guard'" internally sloped, corrosion-proof
PVC condensate pan with built-in "P" trap
prevents standing water. Exceptionally durable.
9 Turbo-Tubular'" heat exchangers feature
Alumagard'" protection that's more than twice as
thick as typical competitors' corrosion protection.
10 Two curb sizes fit all to simplify installation.
11 Acutrol'" refrigerant metering is remarkably precise
to enhance operating efficiency and prevent
refrigerant flooding.
12 5-year compressor warranty."
13 10-year heat exchanger warranty."
14 UL, ARI, and CSA certified and approved.
. See your sales representatIve for complete warranty information.
98 315
,
.n with Factory-Engineered. Options.
You don't have to pay for extensive field labor - or
compromise performance - to get the options you want.
Nobody beats our complete selection of factory options.
15 Fully modulating VarislideN economizers.
Features extra-stiff, gasketed damper blades ensure
leak-free performance. Solid-state enthalpy control
(no nagging worries about horse-hair type sensors).
18 Motor and drive options. Whatever your static
requirements, chances are we'll meet them exactly.
17 Communicating direct digital controls. There are
plenty of aftermarket control systems available.
Unfortunately, they can't be designed to match the
exact performance characteristics of specific units.
Unlike most other rooftop manufacturers. we
engineer and build our own control systems to work
perfectly with our units.
18 Coil-guard grille. Protects the coil against
mechanical damage and enhances unit appearance.
18 Electric heater packages (not shown). Who offers
the most choices? That's right: we do.
2lI Copper fin/copper tube evaporator and
condenser coils (not shown). If you demand the
ultimate in coil quality, efficiency, and corrosion
resistance, here it is.
21 Extended warranty packages. For worry-free
service protection. Available coverage includes
11 th- through 15th-year heat exchanger protection
and 2nd- through 5th-year parts protection.
See your sales representative for information on
these and other optional warranties.
...with Reliability.
We select only top-quality, high-reliability components
for the WEATHER MASTERS. And we go the extra mile
to assure that every Weathermaster is right - before
it leaves the factory. Each unit is run tested in all
operating modes while it's still on the assembly line.
We even ship the test results with each unit for future
service comparison.
...with Indoor Air Quality.
Two-inch return-air filters are standard. Our no-tool filter
access door and tilt-down filter racks mean nobody
offers easier air filter access. Both coils and base pans
in all WEATHERMASTER-series units have been
specially designed for easy cleaning. And our base pans
meet A.S.H.R.A.E. standard 62. Combine all these
quality pluses and you'll see why the Weathermaster
series is your choice for maintaining indoor air quality.
...with Super Tough Cabinet Construction.
We use heavy-gauge pre-painted galvanized steel for
strength and durability. We specify a non-chalking finish
that meets or exceeds the Federal Standard 141 salt-
spray test. We cross-break exterior panels for added
rigidity. We prime coat all internal panels. We use a
100% corrosion-proof condensate pan. We select
ceramic-coated, corrosion-resistant screws. We install
rigid, diagonal compressor-support rails. We specify
single-piece top panels for optimum leak resistance.
And we use extra-strong full-perimeter base rails
with built-in rigging and fork lift capabilities. Nobody
else offers this combination of quality cabinet
construction features.
~
'Jf." .r';" :.-,
'.:;~ l' ,enting a Combination 01 Pel'lol'manCB,
'.~,I'~A'
.~,,~.;-
+. ,-.
'1
98 315
When You Define Quality,
Wealhermasler@
Is Your Number 1 Choice.
exn', b ;'t- ~(d)
98 315
\3'\ 1-:::</:)
~~
a.... " ,;II
" "...
~F:'RIGERAT\O
BIRD REFRIGERATION AIR CONDITIONING & HEATING
We propose to furnish and install a Carrier Air Conditioning system for City of San Bernardino,
Parks and Recreation located at 547 N. Sierra Way, San Bernardino CA in accordance with
the following conditions and specifications:
~ EQuioment:
2 - Carrier Model 48HJDOO6-J (13 SEER) 82% AFUE
2 - Carrier Manual outside air dampers and filter racks
~ Location of EQuioment:
Roof Mounted
~ Duct Work:
Ductwork to be installed by us will be designed. fabricated and installed in accordance
with American Society of Heating and Air Conditioning Engineers standards, within the
limits of existing installation conditions,
New equipment to connect into existing ducts on roof New ducts to be lined with I" x
1.5 # density insulation.
~ Resoonsibilitv:
The following responsibilities will be assumed by you, or us, as indicated:
Delivery, Uncrating, Erection Us Wiring from Panel to Conditioner Us
Equipment Foundation Existing Wiring of Control System Us
Ductwork (As described) Us Cutting Holes None
Duct Insulation Us Patching None
Supply Outlets Existing Decorating None
Return Grills - I st Floor Existing Plumbing within None
Condensate Piping Us Pipe Insulation None
109 East Fourth Street. San Bernardino. California 92410
Bus: (909) 889-0618 . Fax (909) 885-8189
Cont. Lie. ~198874
l
98 315
. Plumbine:
Connect gas and condensate by us to existing
.. Winne:
All high voltage & low voltage by us
.. Miscellaneous:
.. Workmanshio:
Our work will be performed in the highest workmanlike manner and will comply with
existing governing codes and regulations.
.. Warranty and Service:
- After installation, a qualified representative will start, test, and provide instructions on
the use of the equipment.
-All equipment. material, and labor furnished by us will bear a One Year Warranty from
the date of installation against defects in workmanship and material. In addition, the
Compressor is protected in accordance with the Manufacturer Five Year Protection
Plan. .
-Service under this Warranty, except for emergency calls, will only be provided during
normal working hours and does not include filter, fuses and resetting of breakers.
98 315
~ General:
I. During installation, we shall take all reasonable precautions to avoid injury to
persons and damage to property.
2. Title to the equipment will remain ours until all sums due us have been paid,
including collection and attorney's fees, if any.
3 . We shall have the right to transfer any or all notes held hereunder, and title or
right of possession will pass to the legal holder.
4. Any equipment or labor in addition to that required by this proposal will be paid
for by you as an extra at our normal rates.
5. It is understood that this proposal sets forth our entire agreement.
6. This proposal will become a contract between us, if accepted by you, and
thereafter approved in writing by our duly authorized representative.
7. All agreements contingent upon strikes, accidents or delays beyond our control.
Owner to carry fire, tornado and other necessary insurance.
NOTICE
"Under the Mechanics' Lien Law (California Code of Civil Procedure, Section 118] et seq.), any
contractor, sub-contractor, laborer, supplier or other person who helps to improve your property
but is not paid for his work or supplies, has a right to enforce a claim against your property. This
means that after a court hearing, your property could be sold by a court officer and the proceeds
of the sale used to satisfy the indebtedness. This can happen even if you have paid your own
contractor in full, if the sub-contractor, laborer or supplier remains unpaid."
"CONTRACTORS ARE REQUIRED BY LAW TO BE LICENSED AND REGULATED BY
THE CONTRACTORS' STATE LICENSE BOARD. ANY QUESTIONS CONCERNING A
CONTRACTOR MAY BE REFERRED TO THE REGISTRAR OF THAT BOARD, ] 020 N.
Street, Sacramento, California 958] 4"
98 315
. Installation Schedule:
The equipment will be ready for delivery in about 14 days from the date orour approval
of this Contract.
. Price and Terms:
Net Cash Price: S 9.300.00
Options: 2 - Programmable, Title 24 Thermostat - $212.00
Respectfully Submitted:
By: William H. Bird
Date:JY~?f
Acceotance:
This Proposal is accepted as submitted:
By:
Date:
Dealer Approval:
Contractors License #198874
By:
Date:
Note: This Proposal shall be valid for 120 days.
""I
WEATHERMASTER@
, I J_
~"
. : - _ -' - : :: '"'J -S-=r:~:5 Packaged Commercial Rooftop
:: ':c:'; '_r:c3 ,,'0:: Air Ccndlt!oners 3- to 12.5-Ton Capacity
-
98 315
How Do We Deline Quality?
...with Cooling EUiciency.
When you want to qualify for utility company rebates...when you
want low operating costs... when you want utility bill savings that
add up, year after year after year...you want a WEATHERMASTER.
Specifically Weathermaster models from 3 tons to 5 tons deliver
S.E.E.R. ratings as high as 12.8. Weathermaster models from 6
tons to 12.5 tons operate at E.E.R. levels from 8.6 to 10.5.
It's simple: our Weathermaster series is the most efficient line of
packaged rooftops available:
Replace old packaged comfort units with new Weathermasters
and you'll see dramatic savings. Install Weathermasters in new
construction and get low operating costs from day one.
... with Heating Elliciency.
How does 81 % to 82% A.F.U.E. sound? WEATHERMASTER
gas/electric units offer higher efficiency than the competition:
And you can choose optional two-stage heating (available in all
models) for enhanced operating economy and comfort.
...with Total Performance.
Exceptional efficiency levels are only one aspect of the
WEATHERMASTER performance story. Take a close look.
Our sound levels are the best available' - the kind you'd expect
with smaller residential units. Weathermaster series units can
often meet code requirements that others can't. And you'll find a
choice of fan capacities to handle virtually any installation need.
'"'Comparisons based on average efficiency for tun lines as listed in the
February 1993 ARI Directory. Ask for complete efficiency information.
...with the Most Complete Range of
No-Compromises Choices.
You have specific product needs. Why compromise on a
packaged rooftop that's "almost" right? With Carrier, you don't
have to. We offer over 80 models in eight capacities from 3 to
12.5 tons - not counting your choice of factory-installed options.
That's just the beginning. The WEATHERMASTER models
described in this brochure are part of the world's widest selection
of heating and cooling products. Nobody else offers you so much
to choose from.
98 3:5
-
...with Standard Features.
1 Premium quality compressors for exceptional
economy, reliability, and low sound levels. Most
models feature scroll compression.
2 High-efficiency, exclusive-design coils with
internally-enhanced copper tubing and louvered
aluminum-alloy fins for optimum efficiency. Built with
our exclusive, computer-controlled coil brazing and
testing process for leak-free dependability.
3 Belt-driven evaporator fans (available in all
capacities) deliver smooth, quiet performance.
Easy to upgrade if needs change in the future.
4 Permanently lubricated motors for both outdoor
fans and indoor blowers. Sm...9oth, quiet, reliable, and
efficient. Low maintenance costs, too.
5 Complete protective equipment, with high-pressure
and loss-of-charge switches...a freeze protection
switch...internal compressor protection...anti-cycle
compressor overload protection...and a refrigerant
filter drier.
8 No-tool filter access makes changing filters a snap.
Leave the screwdrivers in the toolbox.
7 On-site convertible from vertical to horizontal
discharge in minutes to meet your requirements.
8 Drain-Guard'" internally sloped, corrosion-proof
PVC condensate pan with built-in UP" trap
prevents standing water. Exceptionally durable.
9 Turbo-Tubular'" heat exchangers feature
Alumagard'. protection that's more than twice as
thick as typical competitors' corrosion protection.
10 Two curb sizes fit all to simplify installation.
11 Acutrol'" refrigerant metering is remarkably precise
to enhance operating efficiency and prevent
refrigerant flooding.
12 5-year compressor warranty.'
13 10-year heat exchanger warranty.'
14 UL, ARI, and CSA certified and approved.
. See your sales representative for complete warranty information.
.
98 315
i:
I
I
,
i
...with Factory-Engineered Options.
You don't have to pay for extensive field labor - or
compromise performance - to get the options you want.
Nobody beats our complete seiection of factory options.
15 Fully modulating VarislideN economizers.
Features extra-stiff, gasketed damper blades ensure
leak-free performance. Solid-state enthaipy control
(no nagging worries about horse-hair type sensors).
18 Motor and drive options. Whatever your static
, requirements, chances are we'll meet them exactly.
17 Communicating direct digital controls. There are
plenty of aftermarket control systems available.
Unfortunately, they can't be designed to match the
exact performance characteristics of specific units.
Unlike most other rooftop manufacturers, we
engineer and build our own control systems to work
perfectly with our units.
18 Coil-guard grille. Protects the coil against
mechanical damage and enhances unit appearance.
19 Electric heater packages (not shown). Who offers
the most choices? That's right: we do.
2D Copper fin/copper tube evaporator and
condenser coils (not shown). If you demand the
ultimate in coil quality, efficiency, and corrosion
resistance, here it is.
Z1 Extended warranty packages. For worry-free
service protection. Available coverage includes
11 th- through 15th-year heat exchanger protection
and 2nd- through 5th-year parts protection.
See your sales representative for information on
these and other optional warranties.
...with Reliability.
We select only top-quality, high-reliability components
for the WEATHERMASTERS. And we go the extra mile
to assure that every Weatherrnaster is right - before
it leaves the factory. Each unit is run tested in all
operating modes while it's still on the assembly line.
We even ship the test results with each unit for Mure
service comparison.
...with Indoor Air Quality.
Two-inch return-air filters are standard. Our no-tool filter
access door and tilt-down filter racks mean nobody
offers easier air filter access. Both coils and base pans
in all WEATHERMASTER-series units have been
specially designed for easy cleaning. And our base pans
meet A.S.H.R.A.E. standard 62. Combine all these
quality pluses and you'll see why the Weatherrnaster
series is your choice for maintaining indoor air quality.
...with Super Tough Cabinet Construction.
We use heavy-gauge pre-painted galvanized steel for
strength and durability. We specify a non-chalking finish
that meets or exceeds the Federal Standard 141 salt-
spray test. We cross-break exterior panels for added
rigidity. We prime coat all internal panels. We use a
100% corrosion-proof condensate pan. We select
ceramic-coated, corrosion-resistant screws. We install
rigid, diagonal compressor-support rails. We specify
single-piece top panels for optimum leak resistance.
And we use extra-strong full-perimeter base rails
with built-in rigging and fork lift capabilities. Nobody
else offers this combination of quality cabinet
construction features.
~.
"~.
~ ;" ;i.'
_. senting a Combination of Pel'fol'maifc 'limy,
'."i~'i,j;-- .C
-.~. . and Features You Won't Find AnYWhB;'S Bse.
.
;- 8 '" I!
. .: , '"I ~ ;)
When You Define Quality,
Weathermaster@
Is Your Number 1 Choice.
O2
RESOLUTION NO.
3 RESOLUTION OF THE MAYOR AND COMMON COUNcn. OF THE CITY OF
SAN BERNARDINO AWARDING A CONTRACT TO BIRD REFRIGERATION FOR
4 DESIGNIBUB.D OF AN ENERGY -EFFICIENT REPLACEMENT 01' EVAPORATIVE
5 COOLERS AND AIR CONDmONlNG PACKAGE UNITS AT ANIMAL CONTROL,
AND AIR CONDmONlNG PACKAGE UNITS AT DELMANN HEIGHTS
6 RECREATION CENTER, PARKS &: RECREATION ADMINISTRATION AND RUDY
C. HERNANDEZ COMMUNITY CENTER AND ALL DESIGN, STRUCTURAL,
7 MECHANICAL, ELECTRICAL AND ROOF REPAIR WORK.
8 BE IT RESOLVED BY THE MAYOR AND COMMON COUNCIt. OF THE CITY OF
SAN BERNARDINO AS FOLLOWS:
9
10 SECTION 1. BIRD REFRIGERATION is the lowest responsible bidder for:
II DESIGN/BUlLD OF AN ENERGY-EFFICIENT REPLACEMENT OF EVAPORATIVE
12 COOLERS AND AIR CONDITIONING PACKAGE UNITS AT ANIMAL CONTROL. AND
13
014
AIR CONDITIONING PACKAGE UNITS AT DELMANN HEIGHTS RECREATION
CENTER. PARKS & RECREATION ADMINISTRATION AND RUDY C. HERNANDEZ
15 COMMUNITY CENTER AND ALL DESIGN. STRUCTURAL. MECHANICAL.
16 ELECTRICAL AND ROOF REPAIR WORK. A contract is awarded accordingly to said bidder
17 in a total amount of$76, 186.00, but such award shall be effective only upon being fully executed
18 by both parties. All other bids, therefore, are hereby rejected. The Mayor is hereby authorized
19 and directed to execute said contract on behaIfofthe City; a copy of the contract is attached as
20 Exhibit "A" and incorporated herein by reference as fully as though set forth at length.
21 SECTION 2. Capital funds for the project are required. The Purchasing Manager is hereby
22 authorized and directed to solicit, as needed, Iease-purchase rate quotes under existing Master
23 Lease Agreements and to award a lease-purchase to the lowest responsible leasing company.
24
25
o
10128/98
Bird Refiigeration - Page I of 2
11/o7-ftl'
t7tJ..
12 LIEN
13 (VACANT)
014 SCHNETZ
IS DEVLIN
16 ANDERSON
17 MILLER
18
19 City Clerk
1
0 2
3
4
.5
6
7
8
9
10
11
25
o
'IlISOLUTION AIl11IOIlIZUlG AN AGaUMDn' lOR I'IlORssIoNAL SU\IICU WITII_ unlGDA1JOIll_
DISIGNIMJILD ow AN _GY_.......a IIIlPLACDIDlTOW EV.uGllAnv&1'nnI -- AND AIIlCOl'lDlTlOl'llNG
PACKAGE lINRSAT Al'llllALCCJIOIUOL,AND AIIlCOl'illiu....ING P"nL\GIlllNRSAT~ "~_1IDGIRlI
1l&CIIU1JOIll ca..... PAllUa -""'."1JOIll ADMJIIIISIIIA1JOIll AND aIIDY Co __COMMIJIIlITY <;...,....
AND ALL DISIGN,snvcnJaAL,1DCII.VlICAL, ILICI'IIICAL AND ROOWIIRAIIl--.
SEcnON 3. This-.uaA...taadany SIII1f!I1d_ or [IV1Ififio ...:'.QS !L...do. sball lilt 1akeefilc:t or
become "I""dti.-e Udil fully signed aad executed by the parties aod 110 pBrty sball be obligated bemmder
UDtil the time of such full """",1tinn. No oral agrf'<"'~,I,,> SIII1f!I1d~. JD)Ifi{i;"":' 'IIS or waivers are
ilW"kle<l or aJdui-d aad sball lilt be iIqllied fiom any act OI'COUIge ofl'nlVfari ofany pBrty.
SEcnON 4. This resolution is rescinded if the parties to the contract 1iill to execute it
within sixty (60) days of the p"ee"ge of this resolution.
I HEREBY CERTIFY that the furegoing resolution was duly adopted by the Mayor aod
Common COlDICil of the City of San Bernardino at a ~ thereof; held on the
#
day of . 1998, by the fullowing vote, to wit:
COUNCIL MEMBERS
ESTRADA
AYES
NAYS
ABSENT
ABSTAIN
20 The furegoing resolution is hereby approved this
day of
,1998.
21
22
JUDITII VALLES, Mayor
City of San Bernardino
23
Approved as to furm and legal content:
24
JAMES F. PENMAN
City mey
Bird RriigcnDOII - Page 2 of 2
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EXHIBIT "AM
AGREEMENT FOR PROFESSIONAL SERVICES
This AGREEMENT is made and entered into this day of 1998, by and
between the CITY OF SAN BERNARDINO, California, a lDlIIIicipal COIJKlUlliun, hereinafter
referred to as the "City" and Bird Refii2eration. Inc. . a California corporation, hereinafter
referred to as "Contractor".
WITNESSETH
WHEREAS, City desires to obtain professiooal services for dqignlbuild of an energy_
efficient replacement of evaporative coolers and air conditioning J?"<'lrAge units at Animal CoDtro~
and air conditioning J?"<'IrSlge units at De1mann Heights Recreation Center, Parks &; Recreation
Administration and Rudy C. Hernandez Community Center and all design, structural, mecbanieaJ,
electricaI and roof repair work; and
WHEREAS, in order to provide for the design, prepmution of plans, securing of permits and
approvals, drawings sufficient to allow plant review and construction and to provide accurate as
constructed drawings for record purposes and to provide the construction services necessary to
complete the desigrwed aspects of the construction of the replacement chillers and accompanying plant
equipment it is necessary to engage the services of a design Contractor and construction firm; and
WHEREAS, Contractor is qualified to provide said professional services as well as
construction services; and
WHEREAS, San Bernardino City Council bas elected to engage the services of Contractor
upon the tenns and conditions as hereinafter set forth.
NOW, TIIEREFORE, it is mutually agreed, as follows:
1. SCOPE OF SERVICES
Contractor sball perform those services specified in "Scope of Services" and as contained in
Specification #F99-009 and in the proposal dated Julv 6. 1998 . copies
of which are attached hereto as Exhibit "I" and Exhibit "2", respectively, hereinafter referred to as
"Work" and incorporated as though set forth in full. All services shall be performed in acceptance
with the timetables set forth in Exhibits 2(a), 2(b), 2(c) and 2(d).
2. TERM OF AGREEMENT
The services of Contractor are to commence immediately after the City has authorized work
to start by issuance of a Notice to Proceed. The scheduled completion dates are shown in the
AGUDUNT FOR PROfESSIONAL Sl:RVlClS WITH BIRD RURlGERATION fOR DISIGNIMIILD OF AN ENERGY-
InICIINT Il&PI.ACDIENT or EVAPORATIVE COOLIRS AND.uJl CONDITIONING PACKAGE UMIS AT ANIMAL
CON11lOI., AND AIR CONDI11ONING PACKAGE UMIS AT DILMANN 1UIG11T1 JIII'II....'tJON CDrnIl, PAIlKlIa
-IfCllIATION AD1lIINIS'RATION AND RlIOY C.IIIIlNANDIZ COMMtINITY CENTIIl AND ALL DlSlGPI, SI'IlUCI1IIlAL,
llIICIIAMCAL, ILICTRICAL AND IlOOfP RlPAIR-.
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proposal and sball be modified to reflect the actual date of the Notice to Proceed and may be adjusted by
the City as determined by progress of the work. This Agreement sball expire upon completion of
the project or as directed by the City unless extended by written agn:emeut of the parties.
3. STANDARD OF PERFORMANCE
Contractor will, at its sole cost and expense:
(a) Complete all work product, construction and design in conform""Ce with Standard
Specifications for Public Works Construction (Greenbook) current edition, <Ztsmd'"'t\s
established by the South Coast Air Quality Management District, ~unty of San Bernardioo,
Controlling State Standards, Uniform BuDding Codes, E1ectriclI and Mec""n;...al Cndes, the
City of San Bernardino's Standard Drawings and the project specifications.
(b) Conduct and carry out the Work in accordance with the terms and conditions oftbis
Agreement and diligently pursue completion of the Work in accordance with the timetable
set forth on Exhibit 3.
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(c) Supervise and direct the Work, using Contractor's best skiII and attention. Contractor
will be solely responsible for and have control over the construction, .......""l, methods,
techniques, sequences, procedures and for coordinating ail portions of the Work.
(d) Unless otherwise provided in this Agreement, provide and pay for all labor, materials,
equipment and tools necessary for the proper execution and completion of the Work.
(e) Enforce strict discipline and good order among the employees, subcontractors and
agents carrying out the Work and employ and permit the employment of only quaIitied
persons skilled in tasks assigned to them in performing the Work.
(t) Secure all governmental licenses and inspections necessary for the performance and
completion of the Work in accordance with all laws, statutes, ordiTlllnces, building codes and .
regulations applicable to performing the Work (the "Applicable Laws") other than those to
be obtained by City pursuant to Section 3 (t).
(g) Comply with and give all notices required by all Applicable Laws. However,
Contractor's does not assume the obligation to determine whether the Work or tbis
Agreement is in accordance with all laws and regulations applicable to the City.
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(11) Keep the filcilities and the surrounding area free from the accumul"tinn ofwaste
materiaIs and rubbish resulting from Contractor's performance ofits obligations under tbis
Agreement and on or before completion of the Work, remove from and about the facilities,
all such waste materiaIs and rubbish, and all of Contractor's tools, equipment, machinery
and surplus materials, except that, as provided in Section 10, the City will remove and
dispose of all toxic or hazardous material removed from the filcilities.
10128198
Bird Refrigeration - Page 2 of 10
AGIl&DI&NT IPOIt PRO_AI. SEIlVICD WlTllIIRD UrRlGlRATION IPOIt IIESIGNIMIILD Of AN _GY-
un..........1lEPLACEMENT or IV APORATnIJ: COOLUS AM>> AIIl CONDI1'IClI'lIJ PACKAGE VMJ'S AT ANIMAL
COI'ITIlOI., AND AIIl CONDI1'IClI'lIJ PACKAGE VMJ'S AT D&LMANlIf IUIGII'n ..-....TION ......... P_"
UCIlEATION ADMII'OS'I1IATION AND .lJDY C. _ANDEZ COMM11NI1'Y .c......_ AND AU. DESlGN.SI1lucnJlLU.,
MECIIAI'IICAL, ELECIIlICAL AND .oor UPAIIl WOIlJ(.
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(i) Take reasonable precautions for the safety ot; and provide reasonable protection to
prevent damllge, injury or loss as a resuh of the Work, including without limitation
coordinating the Work with the City's OD-site safety program.
4. CHANGESIEXTRA SERVICES
A. Performance of the work specified in the "Scope of Services" is made an obligation
of Contractor under this Agreement, subject to any changes made subsequently upon mutua1
agreement of the parties. All such changes shall be incorporated by written amendments to this
Agreement and include any increase or decrease in the amount of compensation due Contractor for
the change in scope. Any change which bas not been so incorporated shall not be binding on either
party. .
B. No extra services shall be rendered by Contractor under this Agreement unless such
extra services are authorized, in writing, by City prior to perfornuanr.P. of such work. Authorized
extra services shall be invoiced based on Contractor's proposed rates, a copy of which is included in
the proposal and incorporated herein as though set forth in full.
S. COMPENSATION
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A. The City shall reimburse the Contractor for actual costs (including labor costs,
employee benefits, overhead, profit, other direct and indirect costs) incurred by the Contractor in
performance of the work, at the rates listed in the proposal and for the tasks completed and partially
completed in accordance with monthly billings in an amount not to exceed $76,186.00.
B. Said compensation shall not be altered unless there is significant alteration in the
scope, complexity, or character of the work to be performed. Any such significant alteration shall
be agreed upon in writing by City and Contractor before commencement of performance of such
significant alteration by Contractor.
Any adjustment of the cost of services will only be permitted when the Contractor
establishes and City bas agreed, in writing, that there bas been, or is to be, a significant change in:
,
1. Scope, complexity, or character of the services to be performed;
2. Conditions under which the work is required to be performed; and
3. Duration of work if the change from the time period specifIed in the Agreement for
Completion of the work warrants such adjustment.
C. The Contractor is required to comply with all Federal, State and Local laws and
ordinances applicable to the work and which are in effect as of the date of the notice to proceed.
The Contractor is required to comply with prevailing wage rates in accordance with California
Labor Code Section 170.
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Bird Refrigeration - Page 3 of 10
AGRl:DUNT fOR PROnsslONAL S&IlVlCU W1T11BIRD RUlUGERATION fOR DESlGi'llllVILD OF AN ENERGY-
EmCD:NT UPLACDUNT OF EVAlORA11VE COOLERS AM) AIR CONDl1'lONJNC PACKAGE lJNlI'S AT ANIMAL
CONl'ROI..AND AIR CONDJ11ONJNC PACKAGE VNlTSAT DELMANN BElCBTSUca&ATION ClNTER,PAIlXS &
UCIl&ATION AIIMIIQSTJlAnON AND RlIDY C._ANDEZ COMMUNrI'Y CENTIIl AND ALL DESIGN. sraUcnIRAL,
MECRANICAL, ELlCTRICAL AND ROOF REPAIR WOIlJ(.
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6. PAYMENT BY CITY
A The billings for all services rendered pursuant to this Agreement sba11 be submitt<<f
monthly by Contractor to City and sha11 be paid by City within twl:nty (20) days after receipt of
SlUIle, excepting any amounts disputed by City. Dispute over any invoiced amount sba11 be noticed
to the Contractor within ten (10) days of billing and a meet and confer meeting for purposes of
resolution of such dispute sball be initiated by the city within ten (10) days of notice of such
dispute. Interest of 1 Y2 percent per month (but not exceeding the maximum rate allowable by Jaw)
will be payable on any amounts not in dispute and not paid within thirty (30) days of the billing
date, payment thereafter to be applied first to accrued interest and then to the principal unpaid
amount. On disputed amounts, interest sba11 accrue from thirty (30) days of the invoice date if the
amount in dispute is resolved mvor of the Contractor. .
B. Should litig;orinn be nt'X'''''''''')' to enforce any term or rrovision of this Ag/ee.nea, or to
collect any porti>n of tile amoUllt payable tmder this AgreetnP...., then all reasonable 1~1~'nand collection
expenses, witness fees, and court costs, and attorney's fees sha11 be paid to the prevailing party.
The costs, salary and expenses of the City Attorney and members ofhis office in connection with
that action shall be considered as attorneys' fees for the purposes of this Agreement.
7. SUPERVISION AND ACCEPTANCE OF SERVICES
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A. The Facilities Manager of City, or his designee, shall have the rigbt ofgenera1
supervision over all work performed by Contractor and shall be City's agent with respect to
obtaining Contractor's compliance hereunder. No payment for any services rendered under this
Agreement shall be made without prior approval of the Facilities Manager or his designee.
B. Contractor shall perform the Work as an independent contractor and shall not be
considered an employee of the City. This Agreement is by and between Contractor and the City,
and is not intended, and shall not be construed, to create the relationship of agent, servant,
employee, partnership, joint venture, or association, between the City and Contractor.
C. When Contractor believes that all or any phase of the Work bas been completed in
accordance with the terms of this Agreement, Contractor will submit a Certificate of Substantial
Completion to the City. The Certificate of Substantial Completion will describe the Work
substantially completed and include a commitment by Contractor to complete any remaining
portion of the Work or the completed phase. The parties intend that work will be accepted as it is
substantially completed.
D. The City will, within five (5) business days after receiving the Certificate of
Substantial Completion, inspect the Work that is described as completed in the Certificate of
Substantial Completion.
(.)
E. If the City does not accept that Work, the City will deliver written notice to
Contractor describing in detail the material respects in which that Work fails to conform to the
10/28/98
Bird Refrigeration - Page 4 of 10
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AGUIEMINT _PROnslllONAL S&RVlCIS WlTllIIRD unuGIERATION roll DIESIGNIMIILD OF Al'IIENIEIlGY.
~ IlIEPLACDRNT OF IEVAPOIIATIft COOI.IEIIS AND AIR CONDI'I'IONINC P~ UNJIlI AT ANIMAL
CONTaIOl.,Al'ID AIIl CONDrnoNING PACKAG& UNJIlIAT DD.MANN 1RIGII1S.1O('II~"TlO'h......_P_.
"-."TION ADMINISTRATION Al'ID IWDY Co _Al'IDIZ COMMtlI'ln'Y CDrnIl Al'ID ALL .HlIIGN.STltUCItIIlAL,
IlRCIIAIQCAL, IELIECI'IUCAL AND ROOF IlIEPAIIl WOIlI(.
description of that Work set forth on Exhibit 2. In that case, Contractor will take such actions as it
deems appropriate to cause that Work. to conform to the description set forth on Exhibit 2 in all
material respects. Contractor will then issue amther Certificate ofSut-e".lI:ial Completion pursuam to
paragraph (a).
F. If that Work substantially conforms to the description of that Work set forth on
Exhibit 2, the City will accept that Work by signing the Certificate of Substantial Completion and
returning it to Contractor. If the City does not deliver any written notice to Contractor within ten
(10) business days of receiving the Certificate ofSvhct-ial Completion, the City will be deemed
to have signed and returned the Certificate of Substantial Completion.
.
G. The date on which the City accepts Work. or a phase of'said Work. is referred to
herein as the "Acceptance Date" of such Work. or phase.
a REPRESENTATIONS
Each party represents that:
(a) It has all requisite corporate power and authority to execute and deliver this
Agreement and to perform its obligations hereunder, and it is in good ..rmvfil1g under the
laws of the state of its organization or incorporation.
(b) The execution. delivery and performance of this Agreement have been duly
authorized by its board of directors or governing body, as the case may be, and in
accordance with its organizational documents.
(c) This Agreement has been duly executed and delivered on its behalf by signatories so
authorized and constitutes its legal, valid and binding obligation.
(d) The execution. delivery and performance of this Agreement will not result in a
breach or violation of nor constitute a defauh under any agreement, lease or instrument to
which it is a party.
(e) To the best of its knowledge there is no pending or threatened judicial or
admini!<trative proceeding that could have an adverse effect on the validity or enforceability
of this Agreement or such party's ability to perform its obligations under this Agreement.
9.
DISCOVERY AND DISPOSAL OF HAZARDOUS SUBSTANCES
(a) Ifany Hazardous Substances are discovered at the facilities during the Work, such
discovery shall constitute a cause beyond Contractor's reasonable control and Contractor
shall have the right to cease the Work. until the City, at its expense, as appropriate, tests,
abates, encapsulates, cleans up, relDOves and disposes of such Hazardous Substances.
10/28/98
Bird Refrigeration - Page S of 10
AGREEMENT FOR PROfESSIONAL SERVICES WITH BIRD REI'RIGERATION FOR DESlCNlllVlLD OF AN L"ERGY.
EFFICIENT IlULACEML"IT OF EVAI'ORATIVJ: COOLERS AND AIR CONDITIONING PACKAGE lJNITS AT A""IMAL
CONTIIOL, AND AlII CONDITIONING PACKAGE lJNITS AT DEUIANN HEIGHTS RECREATION CENTER. PAIIKlI A
R.ECR.EATION ADMINJSTRAnON AND RUDY C.IlERNANOEZ COMMUNITY CENTER AND ALL DESIGN. STRVCTlIIlAL,
MECHANICAL, ELECTRICAL .4ND ROOF IlUAIR WORx.
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(b) If the City so requests, Contractor shall assist the City by providing the City a list of
qualified disposal companies, arranging Contracts between the City and a qualified disposal
company and coordinating the Work with the activities of a qualified disposal company.
Ahhough budget costs for such services may be included in program proposals and cash
flow analyses, the City will be directly responsible for contracts and payment to
disposal companies.
10. INSURANCE
Contractor shall, at its expense, maintain commercial general liability coverage and
employer's liability coverage of at least $1,000,000 each occurrence, $5,000,000 aggregate, and
workers' compensation coverage, to protect such party and its officers,' directors, agents and
employees from any claims under workers' compensation and other employee benefrt acts and from
any and all other claims for bodily injury, including death and personal injury and from claims for
property damage which may arise with respect to this Agreement. Contractor shall submit to the
City completed Certificates of Insurance evidencing such coverage. Contractor will name the City
of San Bernardino as an additional insured on the policy.
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Except for City's negligence or misconduct, Contractor shall indemnify, defend and hold
City and City officers and employees harmless from all damages, cost and expenses because of
damages to property or personal injury suffered by reason ot; or in the course of performing the
Work and caused by any willful or negligent act or omission committed by Contractor or any of
Contractor's employees, subcontractors, or agents. The parties expressly agree that any payment,
attorney fee, cost or expense City incurs or makes to or on behalf of an injured employee under its
self-administered workers compensation program is included as a loss, expense or cost for the
purpose of this section. The provisions of this section will survive the expiration or early
termination of this Agreement.
11. DEFAULT AND TERMINATION
(a) If Contractor or the City:
(I) Fails to make any payment as it becomes due in accordance with the terms of
this Agreement.
(2) Fails to perform or observe any other covenant, condition, or obligation to be
performed or observed by it hereunder. or
(3) Made in this Agreement any materially false, misleading or erroneous
representation to the other party, then the other party shall have the right to send a
notice of termination of this Agreement.
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During the thirty-(30) day period beginning on the date of such notice,
Contractor and the City will negotiate in good mith toward an amicable resolution of
10/28/98
Bird Refrigeralion . Page 6 of 10
AGREEMENT fOR PROfESSIONAL SERVICES WITH BIRD REfRIGERATION fOR DESIGN/BUILD Of AN ENERGY.
uncJENT REPlACEMENT Of EVAPORATIVE COOLERS AND AIR CONDmONING PACKAGE UNITS AT ANIMAL
CONI'IIOI.AND AIR CONDmONING PACKAGE UNITS AT DELMANN HEIGHTS RECREATION CENTER, PARKS"
UCUATION ADMINISTRATION "''ID RUDY C. HERNANDEZ COMMUNITY CENTER AND ALL DESIGN, STRlfCTVRAL,
MECIIANJCAL ELECTRICAL AND ROO' REPAIR WOIlJ(.
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the default. If no such resolution is agreed upon in writing within such period, this
Agreement shall terminate.
(b) If proceedings under any bankruptcy, insolvency, reorganization or similar
legislation are instituted against or by a party, or a receiver or similar officer is appointed for
a party or any of its property, and such proceedings or appointments are not vacated, or fully
stayed, within thirty (30) days after the institution or occurrence thereof; the other party sha11
have the right to terminate this Agreement by written notice, such notice to be effective
upon delivery.
(c) The non-defauhing party may, at its discretion, exercise all remedies available at law
or equity or other appropriate proceedings, inclUding bringing any action or
actions from time to time for the recovery of M""'8e5 as a resuIt of such defiwlt, and
all costs and expenses reasonably incurred in the exercise of its remedies hereunder
(including attorneys' fees).
12.
ASSIGNMENT
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(a) Except as provided in this Section, neither party will assign any of its rights or
obligations hereunder without the prior written consent of the other party. This Agreement
will bind and inure to the benefit of the successors and permitted assigns of the parties.
(b) The City may transfer or assign its rights and obligations under this Agreement to a
successor purchaser of the facilities if such assignee or transferee explicitly assumes in
writing the obligations of the City under this Agreement.
13. EXCUSED DELAYS
If either party will be delayed in or prevented, in whole or in part, from perfonning any
obligation or condition hereunder with the exception of the payment of money, or from
exercising its rights by reason or as a resuh of any "force majeure" or due to the failure of the
other party to perform its obligations hereunder, such party will be excused from performing
such obligations or conditions while such party is so delayed or prevented. The term "force
majeure" as used herein means acts of God, acts of government, strikes, lockouts, or other
industrial disturbances, acts of public enemy, blockades, wars, insurrections or riots,
epidemics, landslides, fires, storms, floods, earthquakes, explosions, water damage, lightning,
freeze-ups, theft, malicious mischief, electrolytic or chemical action, unusual delays in
transportation, or other similar causes beyond the control of such party.
14.
NOTICES
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Any and all notices between the Customer and Contractor provided for or permitted under
this Agreement or by law will be in writing and will be deemed duly served when personally
delivered to the party, or in lieu of such personal service when deposited in the United States
10/28/98
Bird Refrigeration. Page 7 of 10
AGREEMENT fOR PROfESSIONAL SERVICES WITH BIRD REfRIGERATION fOR DESlGNlBUILD Of "''' L"ERGY-
EmCIENT REPLACEML'IT Of EVAPORATIVE COOLERS AND AIR CONDmONING PACKAGE UNITS AT "''QMAL
CONT1lOL,AND AIR CONDmONING PACKAGE UNITS AT DELMANN HEIGHTS RECREATION CL'ITER. PARKS"
RECllUTION ADMINISTIlATION AND RUDY C. HER."ANDEZ COMMUNnY CENTER AND ALL DESIGN. STRUCTURAL.
MECHANICAL. ELECTRICAL AND ROOf REPAIR WORK.
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mail, certified, postage prepaid, addressed to such party at the address of such party listed on
the signature page to this Agreement or at such other address as is given to the other party by
like notice. A copy of any notice to Contnlctor shall be sent to Bird Refrilzeration. Inc.
109 East 4111 Street. San Bernardino. CA 92410 (Attn: William Bird)
15. MISCELLANEOUS
(a) Tenn. This Agreement will take effect when signed by both parties and, unless
sooner terminated, will continue until the parties have satisfied their obligations under this
Agreement.
.
(b) Forum and Law. This Agreement is considered to have been made at City of San
Bernardino, County of San Bernardino. Contractor and the City agree that any and all
disputes arising out of or in connection with this Agreement will be brought only in the
jurisdiction of the County of San Bernardino, California. Contractor and the City each
consent to the jurisdiction of the County of San Bernardino, CA and each agree to the
service of process in accordance with the law of the State of California.
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(c) Entire Aszreement. This Agreement, including its Exhibits, which Exhibits are
incorporated into this Agreement in their entirety, contains the entire agreement between the
parties with respect to its subject matter and supersedes all prior proposals, letters, brochures
and other material relating to its subject matter. No amendment, waiver or discharge of any
provision of this Agreement will be valid unless in WTiting and signed by any authorized
representative of the party against which such amendment, waiver or discharge is sought to
be enforced.
(d) Non-Waiver. The failure of either party to insist in any instance upon strict
performance of any of the provisions of this Agreement will not be construed as a waiver of
any such provision nor affect any present or future rights hereunder.
(e) Intell'retation. The headings and the table of contents are for reference and convenience
only and will not be considered in the interpretation of this Agreement. The language used
in this Agreement will be deemed to have been chosen by the parties to express their mutual
intent and no rule of construction will be used to construe language against either party.
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(t) Severabilitv. If any provision of this Agreement is held to be unenforceable, then
both parties will be relieved of all obligations arising under such provision, but only to the
extent that such provision is unenforceable, and this Agreement will be deemed amended by
tIIOdifying such provision to the extent necessary to make it enforceable while preserving its
intent or. if that is not possible, by substituting another provision that is enforceable and
achieves the same objective and economic resuh. If such unenforceable provision does not
relate to the payments to be made to Contractor. and if the remainder of this Agreement is
capable of substantia! performance, then the remainder of this Agreement will be enforced
to the extent permitted by law.
I Dn&'98
Bird R"frigeralion - Page 8 or 10
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ACREEMENT fOR PROfESSIONAL SERVICES WITII8IRD REfRlCERATION FOR DESlCNIMIILD Of AN ENERCV-
EmCIENT REPLACliMt:.'\IT Of EVAIORATIVJ: COOLERS AND AIR CONDrnONINC PACKAGE 1IN115 AT ANIMAL
CONTllOL, AND AIR CONDmONlNC PACKACllINITS AT DELMANIiI HIICIITS RlCRlATION CINTIIl. PARKS"
RlCRlATION ADMINISTRATION AND RlIDY C.IlERNANDEZ COMMl/NITY ClNTl:R AND ALL DUlCN. STRUCTURAL
MECHANICAL ELECTRICAL .~ ROOf RlPAIR WOIU(.
(g) Indeoendent PartieS. Nothing contained in this Agreement will be deemed or
construed for any purpose, to establish, between the parties, a partnership or joint venture, a
principal-agent relationship, or any relationship other than City and supplier.
(b) Non-Discrimirultion. During the perfonnance of this Agreement, Contractor agrees
that Contractor shall not discriminate on the grounds of race, religious creed, color, national
origin, ancestry, age, physical disability, mental disability, medical condition including the
medical condition of Acquired Immune Deficiency Syndrome (AIDS) or any condition
related thereto, marital status, sex or sexual orientation in the selection and retention of
employees and subcontractors and the procurement of materials and equipment, except as
provided in Section 2940 of the Government Code of the State ofCalifomia. Further,
Contractor agrees to conform to the requirements of the AmeriCans with Disabilities Act in
the performance of this Agreement.
16. COMPLIANCE WITH CIVIL RIGHTS LAWS
Contractor hereby certifies that it will not discriminate against any employee or applicant for
employment because of race, color, age, handicap, religion, sex, marital status or national origin.
Contractor shall promote affll"IIlative action in its hiring practices and employee policies for
minorities and other designated classes in accordance with Federal, State and Local laws. Such
action shall include, but not be limited to, the following: recruitment and recruitment advertising,
employment, upgrading, and promotion. In addition, Contractor shall not exclude from participation
under this Agreement any employee or applicant for employment on the basis of race, color, age,
handicap, religion, sex, marital status or national origin in compliance with State and Federal laws.
10/28/98
Bird Refrigeration - Page 9 of 10
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AGRUML"IT fOR PROfESSIONAL SEIlVICIS WITH BIRD REfRIGERATION fOIl DESlGNIlIVILD Of AN L'IERGY-
EffICIENT REPLACEML"ITOf EVAPORATIVE COOLERS AI'ID AIR CONDITIONING PACKAGE JJNnS AT "'''IMAL
CONTIIOI.,AI'ID AIR CONDITIONING PACKAGE JJNnS AT Dl:LMAI'lN HElGll'rsU.......TION CD...... PAIIICS a
UCREATION AIlMINISTIJATION AI'ID RlIDY C. HERNANDEZ COMMlJNITY CINTER AND ALL DIESlGN. STlltlCTtIRAL
MECllAl'llCAL ELECTRICAL AI'ID ROOf REPAIR WOIIK.
CITY OF SAN BERNARDINO
BIRD REFRIGERATION, INC.
By:
By:
Judith Valles
Its:
Mayor
Its:
Date:
Date:
.
.
Address for notices:
Address for notices:
City of San Bernardino
300 North D Street
San Bernardino. CA 92418
Bird Refrigeration. Inc.
109 East 4'" Street
San Bernardino. CA 92410
Attention:
Jim Sharer
Attention:
Attn: William Bird
Approved as to form
and legal content:
JAMES F. PENMAN
City Attorney
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10/28198
Bird Reliigeralion . Page 10 of 10
C I T V 0 F-
San Bernardino
RACHEL
CLARK
CITY CLERK
November 6, 1998
William Bird
Bird Refri~eration
109 East 4 Street
San Bernardino, CA 92410
Dear Mr. Bird:
At the Mayor and Common Council meeting of October 5, 1998, the City of San
Bernardino adopted Resolution 98-315.
Enclosed is an original agreement. Please sign in the appropriate locations and return the
original agreement to my attention as soon as possible.
You will be mailed an executed copy for your files.
Please be advised that said resolution will be null and void if it is riot executed within
sixty (60) days - January 1, 1999.
If you have any questions, please do not hesitate to contact me at (909) 384-5002.
Sincerely,
Rachel Clark
City Clerk
t.[
/4 (;.u" ~I
~>c"(
By: Melanie Miller, Senior Secretary
RC:mam
Enclosures
P. O. BOX 1318, SAN IEANAADINO, CA 12402
300 NORTH 0 STREET, SAN BERNARDINO,
CALIFORNIA 92418.0001 CIOI)SI4.'002
(IOI)38..51D2 FAX-CI.I)38..'118
TDD/TlY -CIOI)384-5540
CITY o~
San Bernardino
RACHEL
C L ARK
crT Y C l E R K
November 6, 1998
William Bird
Bird Refri~eration
109 East 4 Street
San Bernardino, CA 92410
Dear Mr. Bird:
At the Mayor and Cornmon Council meeting of October 5,1998, the City of San
Bernardino adopted Resolution 98-315.
Enclosed is an original agreement. Please sign in the appropriate locations and return the
original agreement to my attention as soon as possible.
You will be mailed an executed copy for your files.
Please be advised that said resolution will be null and void if it is riot executed within
sixty (60) days - January 1, 1999.
If you have any questions, please do not hesitate to contact me at (909) 384-5002.
Sincerely,
Rachel Clark
City Clerk
~(~Ur/ ~;A
By: Melanie Miller, Senior Secretary
RC:mam
Enclosures
P. o. BOX 131', SAN BERNARDINO. CA 1.402
300 NORTH D STREET. SAN BERNARDINO.
CALIFORNIA 92418-0001 "01)18"-1002
(101)384-5102 FAX-,IOI.38..11.1
TDDfTTY -('01)384-1540
.. FOR OFFICE ust ONLY - NOT A PUBLIC DOCUMENT ..
RESOLunON AG&~A ITEM TRACKING FORM
Meeting Dite(Date Adopted): II / 1),2. /98(tem /I /7 If Resolution /I 9J> - 3/~
Vote~ Ayes: ~ 2../1/5; 6,: 7 Nays:~ Abstain: -t9- Absent: &-
Change to motion to amend original docs: itjJ
B/RJ}
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P.EFR/~I(71NtJ
Resolution /I On ACtachmentS:
Contract Expiration Date: I/O dd-.;a
,
.-\Ctachmencs:
rr
Concract Term:
.-
Date Sent to Mayor: / / / t':3 /98
Date of Mayor's SignatUre: /1 / (}o-l /98
Reso Log Updated: 1/
l-///
0/1r
Date Rerurned from Mayor:
Date of Clerk's SignatUre:
V'
/1/ 0'1/98
/1 , OS'/qa
Seal Impressed:
/ t/~ See Attached: v---
/"
(I /!) ft- /98 See Attached:
/ See Attached:
/
/
/
Date Memo SenIlO Departmelll for SignatUre:
Date Lerter Sent to Outside Party for SignatUre:
60 Day Reminder Letter Sent on 30th day:
90 day Reminder Letter Sent on 45th day:
_ day Reminder Lecter Sent:
..-
Noce With/On Reso of Attachmenc stored separately:
Direct City Clerk-PUBLISH, POST. RECORD W COIJNTY (,l.id~ I) fl.L...
Request for Council Action & Scaff Report Allached:
t:pdated Prior Resolucions (Other Than Below):
Updated CITY Personnel Folders (6413, 6429. 6433, 10584, 12634):
Updated CDC Personnel Folders (5557):
Updated Traffic Folders (3985, 8234. 655):
Copies Distributed To: CItv AttorneY '" Others:
,...- ,I /
ro!<Cil/ J7r1d
Other:
Date Received Back: J/--ZO -9'r
Date Received Back:
Ilj~k
I f
See Attached:
See Attached:
gee Attached.
Yes ,/'" No_ By _2_
Yes_ No V By mam
Yes_ No ~Br mam
Yes_ No ......-.By ""''''
Yes No ---":::::'SY JIIaIIl
Dace /I ;03/9A
Date / / /,16, /96
Dace II / .a:; /98
Dace /1 / Cr, /9
Date /I ,06 /9
/~//J/'!:/ ~~A~~,--
By: mam Date: l'.. I ~ ,Q9
II/U/'18"
BEFORE FD..ING REVIEW FORM: TO ENSURE ANY NOTATIONS MADE RF.RF. ARE TRANSFERRED TO THE
YEARLY RESOLunON CHRONOLOGICAL LOG FOR FUTURE REFERENCE IContract Tenn. etc.)
Ready to File: __ Date: II / i'~ f
Last Uodated: 10/09/1998
~(Q)~W
I
O2
RESOLUTION NO.
.
3 RESOLUTION OF mE MAYOR AND COMMON COUNCIL OF mE CITY OF
SAN BERNARDINO AWARDING A CONTRACT TO ENERGY CONTROLS &:
4 CONCEPTS FOR REPLACEMENT OF EXISTING UGRTING WITH ENERGY.
EmCIENT UGHTING AT C.LD., BUILDING MAINTENANCE SHOP, FIRE
. S MAINTENANCE SHOP, JOHNSON CENTER, LYTLE CREEK CENTER, MILL
CENTER, NICHOLSON CENTER, PARKS AND RECREATION ADMINISTRATION,
6 PERRlS HILL SENIOR CENTER, ROWE LmRARY, RUBEN CAMPOS CENTER AND
7 VILLASENOR LmRARY.
8 BE IT RESOLVED BY THE MAYOR AND COMMON COUNCll. OF THE CITY OF
SAN BERNARDINO AS FOLLOWS: _
9
10
SECTION 1. ENERGY CONTROLS & CONCEPTS is the lowest responsible bidder for:
REPLACEMENT OF EXISTING UGHIlNG WITH ENERGY-EFFICIENT UGHIlNG AT
C.LD.. BUILDING MAINTENANCE SHOP. FIRE MAINTENANCE SHOP. JOHNSON
II
12
CENTER. LYTLE CREEK CENTER. MTT.T. CENTER. NICHOLSON CENTER. PARKS AND
13
Cl4 RECREATION ADMINISTRATION. PERRlS HILL SENIOR CENTER. ROWE LffiRARY.
RUBEN CAMPOS CENTER AND VILLASENOR LffiRARY. A contract is awarded
IS
accordingly to said bidder in a total amount of$56,737.00, but such award shall be effective ooly
16
upon being fully executed by both parties. All other bids, therefore, are hereby rejected. The
17
Mayor is hereby authorized and directed to execute said contract on behalf of the City; a copy of
18
the contract is attached as Exln'bit "A" and incorporated herein by reference as fully as though seI
19
forth at length.
20
21
SECTION 2. Capital funds for the project are required. The Purchasing Manager is hereby
authorized and directed to solicit, as needed, lease-purchase rate quotes under existing Master
22
Lease Agreements and to award a lease-purchase to the lowest responsible leasing company.
23
24
SECTION 3. This contract and any amendment or modifications thereto shall DOt take effect
or become operative until fully signed and executed by the parties and no party shall be obligatec:
hereunder until the time of such full execution. No oral agreements, amendments, modifications
2S
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10/28198
Energy Controls &: Concepts -Page I of 2
/1 /t f.-/~
/78
USOLlJTIOl'C AIJTIIOaJZIIIIG All A~ lOR raons!llONALSaVICISWI'IIIII'IDGY COI'ITROLS a
CONCIPrS IORIIIlft.ACDUNT OF IlUSTIl'IG UGII11NG WI'III_GY-uJ'.......T UGII11NG ATCJ.D.. 8t11LD1NG
IlIAINnI'IANCI: 580',_ MAIHIDIAI'ICI: SBOP, JOIIl'ISON CENTD, LYTL& aDK CENTD, MILL "....1...
~ .....I_.__~...TION ADMINISl'IlA'nON,PDalSIIILL_(;...I_1lOWJ: lB8"ay,
av.EN C~""'I__ VILLA8I'lOa' -"ay.
I or waivers are intended or authorized and shall IIOt be implied from any set or course of coDduct
2 of any party.
3 SECTION 4. This resolution is rescinded if the parties to the coutract 1iW to execQte it
4 within sixty (60) days of the p........ge oftbis resolution.
. 5 I HEREBY CERTIFY that the foregoing resolution was duly adopted by the Mayor and
7 day of
8 COUNCIL MEMBERS
9 ESTRADA
10 LIEN
\1 (V ACANI)
12 SCHNETZ
\3 DEVLIN
C
14 ANDERSON
15 MILLER
16
17
o
o
6 Common CO\11lCil of the City of San Bemardino at a
meeting thereot: held on the
. 1998, by the following vote, to wit:
AYES
NAYS
ABSENT
.
ABSTAIN
.
City Clerk
18 The foregoing resolution is hereby approved this
19
day of
,1998.
20
ruDIlH V ALLES, Mayor
City of San Bernardino
21
22 Approved as to form
23 and legal content:
24 JAMES F. PENMAN
City ttomey
25
Energy Controls &; ConcepIS -Page 2 of 2
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EmmIT "'Aft
AGREEMENT FOR PROFESSIONAL SERVICES
This AGREEMENT is made and entered into this day of 1998, by and
between the CITY OF SAN BERNARDINO, California, a municipal COlpullltion, hereinafter
referred to as the "City" and Ener2V Controls & Concents.. a California corporation, hereinafter
referred to as "Contractor".
WITNESSETH
WHEREAS, City desires to obtain professional services for rep~ of existing lighting
with energy-efticient lighting at Cl.D., Buildillg Maintenance Shop, F'1l'C Maintenance Shop,
Johnson Center, Lytle Creek Center, Mill Center, NICholson Center, Parks and Recreation
Administration, Perris Hill Senior Center, Rowe Library, Ruben Campos Center and Villasenor
Library; and
WHEREAS, in order to provide for the design, p.<;J:RII..tion of plans, securing of permits and
approvals, drawings sufficient to allow plant review and construction and to provide accurate as
constructed drawings for record purposes and to provide the coDSlruCtion services necessary to
complete the designated aspects of the construction of the replacement chillers and accompanying
plant equipment it is necessary to engage the services of a design Contractor and construction firm;
and
WHEREAS, Contractor is qualified to provide said professional services as well as
construction services; and
WHEREAS, San Bernardino City Council has elected to engage the services of Contractor
upon the terms and conditions as hereinafter set forth.
NOW, TIIEREFORE, it is mutually agreed, as follows:
1. SCOPE OF SERVICES
Contractor shall perform those services specified in "Scope of Services" and as contained in
Specification #F99-009 and in the proposal dated Julv 6. 1998 , copies
of which are attached hereto as Exhibit "I" and Exhibit "2", respectively, hereinafter referred to as
"Work" and incorporated as though set forth in full. All services shall be performed in acceptance
with the timetable set forth in Exlnbit "3".
2. TERM OF AGREEMENT
The services of Contractor are to commence immediately after the City has authorized work
to start by issuance of a Notice to Proceed. The scheduled completion dates are shown in the
. AGIlEDUNT FOR PROnsslONAL SIIlVlCES WITH ENERGY COi'mlOLS a CONCUTS FOR IlULACDUNT 01' EXISI'ING
LlGllTlNG WITH ENERGY.......CIINT UGHTlNG AT c.LD., IWILDING llIAIN'nNANCE SHOP. nu: MAlNTlNANCI: SIIOP.
IOIIPeON CINTDl, LYTU: ca.aK CINTDl, lIIILL CINTDl, NtCIIOLSClN CINTDl,P.uucsAl'lD Da'UTION
ADMINISnATION, PUIlIS IIILL SlNIOR CINTDl, ROWE U_Y, RURN CAMPOSCJ:NI'ER AI'lD VILIASINOR
. ......y.
c
proposal and sball be modified to reflect tile actual date of tile Notice to Proceed and may be adjusted by
the city as determined by progress of the work. This Agreement sball expire upon completion of
the project or as directed by tile City unless extended by written agreement of the parties.
3. STANDARD OF PERFORMANCE
Contractor will, at its sole cost and expense:
(a) Complete all work product, construction and design in conformance with Standard
Specifications for Public Works Construction (Greenbook) current edition, ctsnvl....
established by the South Coast Air Quality Management District, Coumy of San Bernardino,
Controlling State Standards, Uniform Building Codes, Electric:al aDd Mechanical Codes, the
City of San Bernardino's Standard Drawings and the project specifications.
(b) Conduct and carry out the Work in accordance with the terms and conditions of this
Agreement and diligently pursue completion of tile Work in accordance with the timetable
set forth on Exhibit 3.
(c) Supervise and direct the Work, using Contractor's best skill and attention. Contractor
will be solely responsible for and have control over the construction, """'11<1, methods,
C techniques, sequences, procedures and for coordinating all portions of the Work.
(d) Unless otherwise provided in this Agreement, provide and pay for all labor, materials,
equipment and tools necessary for the proper execution and completion of the Work.
(e) Enforce strict discipline and good order among the employees, subcontractors and
agents carrying out the Work and employ and permit the employment of only qualified
persons skilled in tasks assigned to them in performing the Work.
(t) Secure all governmental licenses and inspections necessary for the performance and
completion of the Work in accordance with all laws, statutes, ordinances, building codes and
regulations applicable to performing the Work (the "Applicable Laws") other than those to
be obtained by City pursuant to Section 3 (t).
(g) Comply with and give all notices required by all Applicable Laws. However,
Contractor's does not assume the obligation to determine whether the Work or this
Agreement is in accordance with all laws and regulations applicable to the City.
(h) Keep the fiu:ilities and the surrounding area free from the accllIDulation ofwaste
materials and rubbish resuhing from Contractor's performance of its obligations under this
Agreement and on or before completion of the Work, remove from and about the Facilities,
all such waste materials and rubbish, and all of Contractor's tools, equipment, machinery
o
10128198
Energy Controls &: Concepts - Page 2 of 10
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"CR&EMENT roaPaOn:slllONAL S&IlVlCU WITH ENERGY CONTROLS" CONCEPTS fOR REPLACDUNT OW IEXISI1NG
UGllTlNG WI1'IIENUGY-EWICIINT UGllTlNG" T c.LD.., IIlIILDING MAIIIlTDIAI'lC& IIIOP. nIlE MAlNTlNAI'lC& SIlO'.
IOIIN8ON CENTER, LYTLE CIlUK CENTER, IIIILLCENTER, NICHOLSON CDrRII,._AND UCIlEATION
ADMINISIIL\nON. PEIUUlI BILL SIENIOR CENTDl, ROWE UIIIlARY. Rv.EN CAMPOS ca..... AND VILLASINOR
IDaAJlY.
and surplus materials, except that, as provided in Section 10. the City will remoye and
dispose of all toxic or hazardous material removed from the facilities.
(i) Take reasonable precautions for the sarety ot; and provide reasonable protection to
prevent damslge, injury or loss as a result of the Work, including without limitation
coordinating the Work with the City's on-site safety program.
4. CHANGESlEXTRA SERVICES
A. PerforIlllUlCe of the work specified in the "Scope of Services" is made an obligation
of Contractor UDder this Agreement, subject to any changes made su~ upon mutual
agreement of the parties. All such changes shall be incorporated by written ameudments to this
Agreement and include any increase or decrease in the amoUDt of compensation due Contractor for
the change in scope. Any change which has not been so incorporated shall not be binding on either
party.
B. No extra services shall be rendered by Contractor under this Agreement unless such
extra services are authorized, in writing, by City prior to perforIlllUlCe of such work. Authorized
extra services shall be invoiced based on Contractor's proposed rates, a copy of which is included in
the proposal and incorporated herein as though set forth in full.
5.
COMPENSATION
A. The City shall reimburse the Contractor for actual costs (including labor costs,
employee benefits, overhead, profit, other direct and indirect costs) incurred by the Contractor in
performance of the work, at the rates listed in the proposal and for the tasks completed and partially
completed in accordance with monthly billings in an amount not to exceed $56,737.00.
B. Said compensation shall not be altered unless there is significant alteration in the
scope, complexity, or character of the work to be performed. Any such significant alteration shall
be agreed upon in writing by City and Contractor before commencement of performance of such
significant alteration by Contractor.
Any adjustment of the cost of services will only be permitted when the Contractor
establishes and City has agreed, in writing, that there has been, or is to be, a significant change in:
1. Scope, complexity, or character of the services to be performed;
2. Conditions UDder which the work is required to be performed; and
3. Duration of work if the change from the time period specified in the Agreement for
Completion of the work warrants such adjustment.
10/28198
Energy Controls &: Concepts - Page 3 of to
. AGRl:DlL'IT FOR PRORSIIIONAL SERVICES WITH ENERGY CONTROLS 10 CONCEPTS fOR RU'LACEMENT or IlUSTING
LIGHTING WITH ENERGY-I:rncDNT UGBTlNG AT c.LD..IWILDING MAINTENANCE SHOP, ruu; MAINTII'lANCE SIlO',
.IOIINSON CDlTER,LYTU: CRUK CDITER, MlLLCDITER, NICHOLSON CDITER,'ARXI AND gntlUnON
ADMINISI1lATION, PUlRIS BILL SENIOR CENTER, ROWl: UIlRARY, RUBEN CAMPOS CENTER AND VB.IASENOR
L......RY.
o
C. The Contractor is required to comply with all Federal, State and Loca11a~ and
ordi",,~ applicable to the work and which are in effect as of the date of the IIOtice to proceed.
The Contractor is required to comply with prevailing wage rates in accordance with California
Labor Code Section 170.
6. PAYMENT BY CITY
o
A. The billings fur all services rendered pursuant to this Agreement sha1l be submitted
monthly by Contractor to City and sball be paid by City within twenty (20) days after receipt of
same, excepting any amounts disputed by City. Dispute over any invoiced amount sha1l be IIOticed
to the Contractor within ten (10) days ofbilling and a meet and confer ~ fur purposes of
resolution of such dispute sha1l be initiAted by the city within ten (10) clays ofllOtice of such
dispute. Interest of I ~ percent per month (but IIOt elr~;ng the maximum rate allowable by law)
will be payable on any amounts IIOt in dispute and IIOt paid within thirty (30) days of the billing
date, payment thereafter to be applied first to accrued interest and then to the principal unpaid
amount. On disputed amounts, interest sha1l accrue from thirty (30) days of the invoice date if the
amount in dispute is resolved mvor of the Contractor.
B. SoouJd liti~ubenec[ 'itocllillceanytermorprovisionofthisA&1g;;~orto
collect any portion of~ amJUDt payable under this AgrH.n ""It, then all reasoIlllbIe 1~1~.u and collectiln
expenses, witness fees, and court costs, and attorney's fees sball be paid to the prevailing party. The
costs, salary and expenses of the City Attorney and members ofhis office in connection with that
action shall be considered as attorneys' fees for the purposes oftbis Agreement.
7. SUPERVISION AND ACCEPTANCE OF SERVICES
A. The Facilities Manager of City, or his designee, shall have the right of general
supervision over all work perfonned by Contractor and shall be City's agent with respect to
obtaining Contractor's compliance hereunder. No payment for any services rendered under this
Agreement shall be made without prior approval of the Facilities Manager or his designee.
B. Contractor sball perform the Work as an independent contractor and sball not be
considered an employee of the City. This Agreement is by and between Contractor and the City,
and is not intended, and shall not be construed, to create the relationship of agent, servant,
employee, partnership, joint venture, or association, between the City and Contractor.
C. When Contractor believes that all or any phase of the Work has been completed in
accordance with the terms oftbis Agreement, Contractor will submit a Certificate of Substantial
Completion to the City. The Certificate of Substantial Completion will descn'be the Work
substantially completed and include a commitment by Contractor to complete any re"",ining
portion of the Work or the completed phase. The parties intend that work will be accepted as it is
substantially completed.
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10/28198
Energy ConlrOls & Concepts - Page 4 of 10
."~
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. AGIlI:DI&I'fT roRI'llORSllIONAL KIlVICU WlTIIINERGY CONTROLS a CONCurs mil ~OP ZXISrING
UGBTING WlTII INERGY-&RICDNT UGllTlNG AT c.LD., IWLIII!iIG M.UNrDIANC& lIIOP.nII& ~ SIlO',
JOIINION ___.... LYTL& CII&D C&NTIlII, MILL C&NTIlII, NICIIOLSOI'I.c.r. .... ,_NID .-."1'IOIiI
AIIMJIIlBI'IlA1'IOIiI. _1II1L _ C&NTIlII, ROWl: UJIIlAIlY, Rl1UN CAMI'OSCDrRII AND VILIAS&NOR
'-UY.
D. The City will, within five (5) business days after receiving the Certificate of
SnMtllntial Completion, inspect the Work that is described as completed in the Certific8te of
Substantial Completion.
E. If the City does not accept that Work, the City will deliver written notice to
Contractor descnbing in detail the material respects in which that Work &ils to confurm to the
description of that Work set forth on Exhibit 2. In that case. Contractor will take such actions as it
deems appropriate to cause that Work to confurm to the <b...ivtion set wrth on Exlnbit 2 in all
material respects. Contractor will then issue another Certificate ofSuMt-ial Completion pursuIIIIl to
paragraph (a).
F. If that Work Sl.Mtllntilll1y confurms to the ~iptlonofth8t Work set forth on
Exlubit 2, the City will accept that Work by ";gJ1;l1g the Certificate ofSub$tllntiAl Completion and
returning it to Contractor. If the City does not deliver any written notice to Contractor within ten
(10) business days of receiving the Certificate ofSuJ-d-ial Completion, the City will be deemed
to have signed and returned the Certificate of Substantial Completion.
G. The date on which the City accepts Work or a phase of said Work is referred to
herein as the "Acceptance Date" of such Work or phase.
o 8.
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REPRESENTATIONS
Each party represents that:
(a) It has all requisite corporate power and authority to execute and deliver this
Agreement and to perform its obligations hereunder, and it is in good standing under the
laws of the state of its organi'7>ltion or incorporation.
(b) The execution, delivery and perfurmance of this Agreement have been duly
authorized by its board of directors or governing body, as the case may be, and in
accordance with its organizational documents.
(c) This Agreement has been duly executed and delivered on its behalfby signatories so
authorized and constitutes its legal, valid and binding obligation.
(d) The execution, delivery and performance of this Agreement will not resuh in a
breach or violation of nor constitute a demuh under any agreement, lease or instrument to
which it is a party.
(e) To the best of its knowledge there is no pending or threatened judicial or
administrative proceeding that could have an adverse effect on the validity or enfurceability
of this Agreement or such party's ability to perfi>rm its obligatiollS under this Agteement.
10/28198
Energy Controls &: Concepts - Page S of 10
. AGUIMENT fOR PIl0RSSlONAL "VICES WITH ENERGY CONTROLS" CONCIPI'S JIOIlIlULACUDNT O. IXISI'Il'IG
LIGHTING WITH INUGY.EFFICUNT UGllTlNG AT c.LD., .un.DIl'IG MAIl'lTINAI'IC& IBOP. nu: MAlNTUlAI'IC& lIIIO'.
JOIINION CMrIIl.LYTLI: <:auK CMrIIl. llIIU.CMrIIl. NICHOLSON ~'_AND U~""TJO/lI
ADMIl'IIS'I'JlATJO/lI.1'IJIIlIS RILL s&NIOIl CENTER, ROWl: UBIlARY. Rt1IIDI CAMI'08 CDrrIIl AND VILLAlIDIOIl
'_UY.
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9. DISCOVERY AND DISPOSAL OF HAZARDOUS SUBSTANCES
(a) If any Hazardous Substances are discovered at the filcilities during the Work, such
discovery shall constitute a cause beyond Comractor's reasonable control and Comractor
shall have the right to cease the Work until the City, at its expense, as appropriate, tests,
abates, encapsulates, cleans up, removes and disposes of such Hazardous Sn........oes.
(b) If the City so requests, Contractor shall assist the City by providing the City a list of
qualified disposal COll1pli'nies, arranging coDtracts between the City and a qualified disposal
company and coordinating the Work with the activities of a qualified disposal company.
Although budget costs fur such services may be iDcluded in program proposals and cash
flow analyses, the City will be directly responsible fur coDtracts and payment to disposal
companies.
10. INSURANCE
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Contractor shall, at its expense, maintain CODlllleI'Cial general liability coverage and
employer's liability coverage of at least $ I ,000,000 each oc:cum:oce. $5,000,000 aggregate, and
workers' compensation coverage, to protect such party and its officers, directors, agents and
employees from any claims under workers' compensation and other employee benefit acts and from
any and all other claims fur bodily injury, including death and personal injury and from claims fur
property damage which may arise with respect to this Agreement. Contractor shall submit to the
City completed Certificates of Insurance evidencing such coverage. Contractor will name the City
of San Bernardino as an additional insured on the policy.
Except for City's negligence or misconduct, Contractor shall indemnify, defend and hold City and
City officers and employees harmless from all damages, cost and expenses because of damages to
property or personal injury suffered by reason ot; or in the course of perfurming the Work and
caused by any willful or negligent act or omission committed by Contractor or any of Contractor's
employees, subcontractors, or agents. The parties expressly agn:e that any payment, attorney fee, cost
or expense City incurs or makes to or on behalf of an injured employee under its self-adminiaPred
workers compensation program is included as a loss, expense or cost fur the purpose of this section.
The provisions ofthis section will survive the expiration or early termination of this Agreement.
11. DEFAULT AND TERMINATION
(a) If Contractor or the City:
(I) Fails to make any payment as it becomes due in accordance with the terms of
this Agreement,
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(2) Fails to perform or observe any other covenant, condition, or obligation to be
performed or observed by it hereunder, or
10/28/98
Energy Controls &: Concepts - Page 6 of 10
. AGlU:DIENT roll I'IlORSSIONAL SERVlCD WITIIINJ:RGY COI'rI1l0LS" CONCUTS J'OIlIlULACJ:MJ:NT 0' J:lUS11IIIG
LIGII11NG WITII J:NUGY-&mCUNT UGII'J1IIIG AT CJ.D" IRJILDING MAJIIlTJ:NANCJ: SIlO', ruu: 1lIAINTJ:NANCJ: SIlO',
.-->>I u........ LYn.J: CIlJ:JlK CJ:NTJ:II, MILL CJ:NTJ:II, NICHOLSON CDrrJ:II,'_ AND .........TJON
ADIIIINIIITIlATION, PIIlIUS RILL SJ:NJOR CJ:NTJ:II,ROWl UIIRAIlY, RlIUI'f ~CDrlD AND VII' A_OR
. lAdY.
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(3) Made in this Agreement any materially false, misl'1'Mil1g or erroneous
le.l'lcscntation to the other party, then the other party sbaIl have the righfto send a
notice of termination of this Agreement.
During the thirty-(30) day period begjr,l1mg on the date of such notice,
Contractor and the City will negotiate in good &itb. toward an amicable resolution of
the defauh. If no such resolution is agreed upon in writing within such period. this
Agreement sbaIl term;n"t...
(b) Ifpro--dillg!l under any bankruptcy, insolvency, reorpnmation or similar
legislation are instituted "8"md or by a party, or a receiver or simi]ar officer is appointed fur
a party or any of its property, and such ~ir1gl< or appoiutm.:.uls are not wcated, or fully
stayed, within thirty (30) days after the institution or oc:currence thereot: the other party sbaIl
have the right to termmme this Agreement by written notice, such notice to be effective
upon delivery.
( c) The non-defauhing party may, at its discretion, exercise all remedies available at law
or equity or other appropriate proceedings, including bringing any action or actions from
time to time fur the recovery of ~ges as a resuh of such defiwIt, and all costs and e:xpco5eS
reasonably incurred in the exercise ofits remedies hereunder (including attorneys' fees).
o
12.
ASSIGNMENT
(a) Except as provided in this Section, neither party will assign any of its rights or
obligations hereunder without the prior written consent of the other party. This Agreement
will bind and inure to the benefit of the successors and permitted assigns of the parties.
(b) The City may transfer or assign its rights and obligations under this Agreement to a
successor purchaser of the facilities if such assignee or transfi:ree explicitly assumes in
writing the obligations of the City under this Agreement.
EXCUSED DELAYS
13.
o
If either party will be delayed in or prevented, in whole or in part. from performing any
obligation or condition hereunder with the exception of the payment ofmooey, or from
exercising its rights by reason or as a result of any "force majeure" or due to the fiillure of the
other party to perform its obligations hereunder, such party will be excused from perfurming
such obligations or conditions while such party is so delayed or prevented. The term "1Orce
majeure" as used herein means acts of God, acts of go~....w""ul, strikes, lockouts, or other
industrial disturbances, acts of public enemy, blockades, wars, insurrections or riots,
epidemics, landslides, fires, storms, floods, earthquakes, explosions, water d"""'ge, ligJrtning,
freeze-ups, theft, malicious mischiet: electrolytic or chemicallaCtion, unusual delays in
transportation, or other similar causes beyond the control of such party.
10128/98
Energy Controls ct Conc:eplS - Page 7 of 10
AGIl&DRNT fOR PROfESSIONAL SERVICES WITIIINERGY CONTROLS A CONCEPTS fOR IlU'LACDRNTOW IEXISI1l'lG
LlGBl'lNG WITIIINERGY.ERICUNT UGllTlNG AT CJ.D., IRIILDING MAlNJ'ENANCE SIIOP, _ MAlNJ'ENANCE SIIOP,
IOIII8)N CENTU, LYTLE caUK CENTU, MIU. CENTU, NlCROLSOl'l CENTU,PAIlKSAND ..-....DON
ADMINIS1'IlA11ON, PUUUS RILL SENIOR CENTD, ROWE UIlRARY, RUHN CAMI'OSCENTER AND VILLASENOR
'......Ve
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14. NOTICES
Any and all notices betwa:n the City and Contractor provided ror or permitted under this
Agreement or by law will be in writing and will be deemed duly served when persooa1ly
delivered to the party, or in lieu of such personal service when deposited in the United States
mail, certified, postage prepaid, addressed to such party at the address of such party Iisted on
the signature page to this Agreement or at such other address as is given to the other party
by like notice. A copy of any notice to Contractor sba1l be sent to F........." Controls &:
Concepts 1758 Orange Tree I .ane_ RedlJl1vl~ CA 92374 (Attentinu: Stq)ben Guthrie
15. MISCELLANEOUS
,
(a) Imn. This Agreement will take effect when ~ by both parties and, unless
sooner terminated, will continue until the parties have satisfied their obligations under this
Agreement.
o
(b) Forum and Law. This Agreement is considered to have been made at City of San
Bernardino, County of San Bernardino. Contractor and the City agree that any and all
disputes arising out of or in connection with this Agreement will be brought only in the
jurisdiction of the County of San Bernardino, California. Contractor and the City each
consent to the jurisdiction of the County of San Bernardino, CA and each agree to the
service of process in accordance with the law of the State of California.
(c) Entire Aereement. This Agreement, including its Exhibits, which Exhibits are
incorporated into this Agreement in their entirety, contains the entire agreement between the
parties with respect to its subject matter and supersedes all prior proposals, letters, brochures
and other material relating to its subject matter. No amendment, waiver or discharge of any
proviSion of this Agreement will be valid unless in writing and signed by any authorized
representative of the party against which such amendment, waiver or discharge is sought to
be enforced.
(d) Non-Waiver. The fililure of either party to insist in any instance upon strict
performance of any of the provisions of this Agreement will not be construed as a waiver of
any such provision nor affect any present or future rights hereunder.
(e) Interpretation. The headings and the table of contents are ror reference and convenience
only and will not be considered in the interpretation of this Agreement. The language used
in this Agreement will be deemed to have been chosen by the parties to '"^t'l~ their mutual
intent and no rule of construction will be used to construe language against either party.
o
(t) Severability. Ifany provision of this Agreement is held to be unentbrceable, then
both parties will be relieved of all obligations arising under such provision, but only to the
extent that such provision is unenrorceable, and this Agreement will be deemed amended by
modifying such provision to the extent necessary to make it enrorceable while preserving its
10128198
Energy Conlrols &; Conc:eplS . Page 8 of 10
o
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o
. ",...W':lIUI'lT fOIl ftORSlIIONAL SIEIlVICIS WITIIINEIlGY COflITIlOLS.. COI'ICD'TS fOIllllll'LACUUl'n" OI'IXISI'II'lG
LIGII1'ING WITII_GY.&nICSNT UGII'I'ING ATCLIL, MlJl.DING MAII'rI'KNANCS 11IOI'. _ ~ SIIOP.
IOIINION ........... LYTU: CIl&IK CIN'IDI, MIlL CIN'IDI, NlCBOLSOI'l c.........._AND ._w"TIC)N
ADMIIQIRIlATION, PIIUUlIIULL IDIIOIl CIN'IDI, ROWI: u_ "ay, atIU:N CAIIPOScaN'nIl AND VILl.MDIOR
r-Uy.
intent or. if that is oot possible, by substitutiog another provision that is enforcel!ble and
achieves the same objective and ccooomic resuIt. If such uoen1Dn:eable provision does DOt
relate to the payments to be made to CoDtnlctor,and if the rema;,w". of this Agreement is
capable ofsuhct"l't~1 perWl'III8IICe, then the remainder of this AgreeJDeDt will be enforced
to the exteDll""...itted by law.
(g) Tnrl.........t__ Parties. Nothing conta;nl'd in this Agreement will be deemed or
construed for any purpose, to establish, between the parties, a 9aat~le.dhip or joint WDture, a
principal-agent relatioDShip. or any relatioDShip other than City and independent coDlractor..
(h) NOD-Di~inatinn_ During the perW"""""" of this ~m. Comractor agrees
that CoDlractor sballoot discriminate on the groUllds of race, reJiPus creed, color,lI8tioaal
origin. ......-.y. age, physical disability. nvmtAI disability, medical condition includiog the
medical condition of Acquired Tmmtlftf! Deficiency Syndrome (AIDS) or any condition
related thereto. marital status. sex or sexual orientation in the selection and retemion of
employees and subcontractors and the procurement of materials and equipment. Further.
Contractor agrees to conform to the requirements of the Americans with Disabilities Act in
the perWl'III8IICe of this Agreement.
16. COMPLIANCE WITH crvn. RIGHTS LAWS
CoDtnlctor hereby certifies that it wiIloot discriminate against any employee or applicant for
employment bec"lse of race. color. age. handicap. religion, sex, marital status or national origin. in
accordance with Federal, State and Loca\ laws. Such action shall include. but oot be limited to. the
following: recruitment and recruitment advertising, employment, upgrading, and promotion. In
addition, Contractor shalloot exclude from participation under this Agreement any employee or
applicant for employment on the basis of race, color, age, handicap, religion, sex, marital status or
national origin in compliance with State and Federal laws.
10I2&i98
Energy Controls &: Concepts. Page 9 of 10
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ACIl&DIDIT JOIlI'lllOr .:JIIlAL ..YICIS WITII DIKaCY CONmOLS a COI'IICU'IS JOlt UI'IM:DIIN1' o. ao...m:
UGII11NG WlTllII'IIItCY~ I-._ ATCLD., IIIILDING 1IAJIII'nIIl.UI_.m&1IMII'l'nI'LUIC IBOP.
IOBNIOn ...........LY'II&ca..a......MD.L~I...NICBOI.ION (a.....~.ue.......'IION
~...M1'ION. .....1IIU.1INIOa ean....aowa lBaAay...... CAMPOI~._AND YII.IAII:NOIl
'_.un'.
CITY OF SAN BERNARDINO
By:
Iudith Valles
Its: Mayor
Date:
Addn:ss tor notices:
city ofSlm Bemardinn
300 North D StIeet
San Bernardi.... CA 92418
Attention: Tun Sharer
Approved as to torm
and legal content:
IAMES F. PENMAN
City Attorney
10/28198
ENERGY CONTROLS A CONCEPTS
By:
Its:
Date:
.
.
Addn:ss tor notices:
F..,."..." Controls &: Concepts
1758 Orsn,- Tree r ......,
RedIA"".. CA 92374
Attention: Attn: Stephen Guthrie
EuatlY Caltro1s a: COllcepls - Page 10 of 10
EXit, ~ 1+ ~
ORIGINAL
City of San Bernardino
Facilities Management
Request for Proposal
Energy Efficiency Projects at Nineteen
Buildings
Specification No. F99-09
Submitted by
Energy Controls & Concepts
1758 Orange Tree Lane
Redlands, California
July 6th, 1998
Lighting Project F99-09 City of San Bernardino
Table of Contents
..
I. INTRODUCTION .......................................................................................................................................3
II. REFERENCES & QUALIFlCA nONS .................................................................................................... 4
I. REFERENCES.............................................................................................................................................. 5
Reference Contacts ................................................................................................................ .............. 6
COMMERCIAL PROJECT DESCRIPTIONS...................................................................................................... 7
St. Bernordine's Hospital..................................................................................................................... 7
Holiday Retirement Corporation ................................................................................................... ...... 7
Beverly Hospital... ..................................... ................................... ................ ........................................ 7
Redlantls Community Hospital............................................................................................................. 8
Regency Health Services, Inc............................................................................................................... 8
La-Z-Boy Corporation.................... ........................................................................................... .......... 9
California Steel Industries ................................................................................................................... 9
Lockheed Martin Corporation ...................................................... ................. ...................................... 9
Beckman Instruments............................................................. .... ........................ .............. ..................... 9
PUBLIC SECTOR PROJECT DESCRIPTIONS................................................................................................. 10
Newport-Mesa Unified School District.............................................................................................. 10
Rialto Unified School District.................................................................. ........ .................................. 10
Irvine Unified School District............................................................................................................ 11
Riverside Unified School District....................................................................................................... 11
Chino Unified School District............................................................................................................ 12
University of Red/antis.................................... ............ ........................ ................................................ 12
QUALIFICATIONS......................................................................................................................................14
Contractor's License................................... ................................................................................. ...... 15
Taxes, Licenses and Permits .............................................................................................................. 15
Bonding Capability ............................................................................................................................ 15
Insurance Requirements.................................. ................................................ ................................... 15
III. KEY PERSONNEL ................................................................................................................................... 16
I. MANAGEMENT & ADMINISTRATION PERSONNEL..................................................................................... 16
2. FIELD OPERATIONS .................................................................................................................................. 17
3. DESIGN & SPECIFICATION........................................................................................................................ 18
IV. TECHNICAL PROPOSAL DETAlLS....................................................................................................19
I. INDIVIDUAL PROJECT SITE AsSESSMENTS ............................................................................................... 20
a. Building Maintenance Shop............................................................................................................... 20
b. CID.....................:............................................................................................................................... 20
c. Fire Maintenance Shop...................................................................................................................... 20
d Johnston Center ................................................................. ................................................................ 20
e. Lytle Creek Center ............................................................................................................................. 20
f Mill Center.............................................................................................................................................. 20
g. Nicholson Center ............................................................................................................................... 21
h. Pork and Retreation Center ..............................:............................................................................... 21
i. Pe"is Hiil Senior Center....................................................................................................................21
j. Rowe Library..... ..................................................................................................................... ........... 21
Ie. Ruben Campos Center.........................................................................................................................21
I. VillaSenor Library ............................................................... .......... .................................................... 21
a.
2.
a.
b.
c.
d
e.
f
g.
h.
i.
3.
a.
b.
c.
d
e.
f
4.
a.
b.
c.
d.
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2. QUALITY CONTROL & MAINTENANCE..................................................................................................... 23
a. Technician Training.................................................................................................................... ....... 24
b. Quality Controls Procedures ............................................................................................................. 24
c. Ballast and Fixture Labeling ............................................................................................................. 24
3. CONSTRUCTION ISSUES & SCOPE OF WORK ............................................................................................ 25
a. Project Construction Schedule......................................................................... .... .............................. 26
b. Storage of Materials on Site...............................................................................................................27
c. Disposal of Construction Debris........................................................................................................ 27
d Handling of Hazardous Materials ..................................................................................................... 27
e. Coordination and Communication Issues.......................................................................................... 28
j Protection of Work Areas During Construction................................................................................ 28
g. Commissioning/Training of Maintenance Personnel/Project Documentation .................................. 28
4. EQUIPMENT SpECmCATIONS ................................................................................................................... 29
a. Lighting Component Cut Sheets......................................................................................................... 30
b. Warranties............. ...... ......... ......................................................................................... ........... .......... 32
V. PROJECT COST.......................................................................................................................................34
I. DETAILED PROJECT ANAL ySIS................................................................................................................. 35
a. Lighting Analysis Worksheet Legend................................................................................................. 36
VI. APPENDICES............................................................................................................................................37
I. APPENDIX A INSURANCE CERTIFICATES................................................................................................. 38
2. APPENDIX B BALLAST MAINTENANCE CHART ........................................................................................ 39
3. APPENDIX C ACKNOWLEDGMENT OF ADDENDA...................................................................................... 40
4. APPENDIX D BID BOND ...........................................................................................................................41
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ENERGY CONTROLS & CONCEPTS
June 26, 1998
CITY OF SAN BERNARDINO
City Hall
300 North "0" Street
San Bernardino, CA 92418
Attn: Mr. John Murphy
Purchasing Manager
Dear Mr. Murphy,
Attached please find our proposal for the City of San Bernardino RFP for 19 Energy
Efficient Projects. Please note that we are responding to the "lighting only" portion of the project.
The RFP did not request an energy analysis for the lighting, which we would be happy to provide.
To complete the analysis, please provide us hours of operation for each of the buildings and an
average blended kilowatt hour rate applicable to each metered location.
We appreciate your kind consideration. Thank you!
Sincerely,
Stephen Guthrie
STG/cf
'"700 n..n~o Troo I ;on" 0 R"rllands. CA 92374 0 909.335.1699 0 FAX 909.335.5715
'r
1.
Introduction
Thank you for extending the opportunity to present our proposal to the City of San
Bernardino. Over the past seven years Energy Controls & Concepts has completed a wide
range of successful energy efficient lighting projects in the commercial, industrial and public
sectors involving extensive redesign, fixture replacement, seismic upgrade and lighting
retrofit.
ECC guarantees a delivery date of 42 calendar day from the date of contract execution for this
project. Lamp disposal is included, but disposal of other hazardous waste is not.
City of San Bernardino Lighting Upgrade
Building Maintenance Shop
cm
Fire Maintenance Shop
Johnston Center
Lytle Creek Center
Mill Center
Nicholson Center
Park and Recreation Center
Perris Hill Senior Center
Rowe Library
Ruben Campos Center
Villasenor Library
Lamp Disposal
Pavment & Performance Bond Premium
Total Estimated Cost
$ 4,754
$10,046
$ 2,529
$ 3,618
$ 2,164
$ 2,397
$ 3,484
$ 6,701
$ 4,170
$ 4,132
$ 5,787
$ 5,235
$ 1,020
$ 700
$ 56,737
,
3
II.
References & Qualifications
.
t;
4
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1.
References
r
5
a. Reference Contacts
Beverly Hospital
St. Bemardines Hospital
Redlands Community Hospital
Redlands Medical Center
Regency Health Services, Inc.
Bentley Mills
Holiday Retirement Corp.
Enron Energy Services
Lockheed Martin Corporation
LA Cellular Telephone Company
Sernpras Energy Solutions
Whirlpool Corporation
Beckman Instruments
Gillette Corporation
La-Z-Boy Corporation
California Steel Industries
City ofRedlands
Ontario Airport Center
DataGraphics Corporation
Redlands Federal Bank
Newport Mesa Unified School District
Chino Unified School District
Irvine Unified School District
Rialto Unified School District
Riverside Unified School District
University of Redlands
Montessori Schools / ESRl .
Sperry VanNess Investment RE
Southern California Edison
CAL-EPA
Mr. AI Glickstein
Mr. Mike Heine
Mr. Brian Madsen
Mr. Dale Chamberlin
Mr. Frank Lessa
Mr. Mike Bennett
Mr. Don Myers
Mr. Allen Butcher
Mr. Stephen Evanoff
Mr. John Madigan
Mr. Andy Beggs
Mr. Jim McNeil
Ms. Vivian Piper
Mr. Bruce Pedelty
Mr. Denny Simms
Mr. Russ Stark
Mr. Ron Mutter
Ms. Catherine Goertz
Mr. Mike Baron
Mr. Steve Olson
Ms. Carolyn Stocker
Mr. Jim Schnabl
Mr. Tim Marsh
Mr. Jerry Vincent
Mr. Wes Smylie
Mr. Guenter Posjena
Mr. Phil Calvert
Ms. Marjorie Molloy
Mr. Russ Krinker
Ms. Maria Tikoff
(213) 725-4221
(909) 883-8711
(909) 335-6437
(909) 795-7788
(626) 472-0385
(818) 333-4585
(503) 370-7070
(714) 434-1800
(303) 971-1880
(562) 468-6851
(213) 895-5239
(614) 383-7656
(209) 784-0800
(612) 292-2904
(909) 793-3204
(909) 350-6357
(909) 798-7655
(909) 391-1579
(800) 477-2221
(909) 793-2391
(714) 556-3240
(909) 628-1201 Ext. 450
(714) 559-1936
(909) 820-7700
(909) 788-71 02
(909) 335-4024
(909) 793-2853 Ext.1611
(714) 250-4100
(805) 945-7463
(916) 445-5900
6
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2. Commercial Project Descriptions
r
Energy Controls & Concepts has partnered with several major industrial corporations in the
United States to provide turnkey, self funding, energy efficient lighting upgrades. Among
these entities are California Steel, Holiday Retirement Corp., La-Z-Boy, Lockheed Martin
and Beckman Instruments. ECC specializes in providing effective lighting resources for
companies which have sensitive and secure work environments.
a. St. Bernardine's Hospital
ECC perfonned the analysis and lighting retrofit of all common areas at St. Bernardine
Medical Center in October of 1992. The project duration was approximately 3 weeks. All of
the patient rooms, medical and professional offices were excluded at that time with emphasis
by management to target areas that had long operating hours. ECC and St. Bernardines have
been collectively monitoring lamp life cycle factors and lumen depreciation. Although St.
Bernardine's is scheduled for a group re-lamp this year, as of the end of March the TSlamps
installed by ECC have exceeded their estimated life cycle by more than twofold. In addition,
failure rates have been less than 10% since the retrofit and lumen depreciation is far less than
was ever expected. The hospital has optimized efficiencies through monitoring initial life
cycles and by deferring their re-Iamping cycles until absolutely necessary. Also ECC has
assisted with lighting design issues for exterior building environments and the multi-level
parking structure.
b. Holiday Retirement Corporation
Holiday Retirement Corporation is one of the largest companies of its kind in the world. ECC
has provided services to HRC for over 7 years. We have perfonned lighting retrofits and
fixture replacements in over 100 facilities throughout the US and in parts of Canada. ECC
continues to service the client in evaluating and analyzing lighting efficiency programs for
existing structures as well as design assistance for new construction. ECC has evaluated over
120 facilities nationwide,.has generated nearly $600,000.00 in utility rebates for HRC and has
been contracted for consulting, lighting retrofit/upgrade services for all facilities throughout
the US and Canada including all new acquisitions. We have completed over $3,000,000.00 in
projects thus far.
c. Beverly Hospital
Beverly Hospital is one of six. facilities owned and managed by Southern California
Healthcare Systems (SCHS). ECC has been retained by SCHS as a consultant to perfonn
7
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design review of the architects and engineers work and to make recommendations for lighting
specifications consistent with new their new construction objectives.
<
With respect to existing construction, ECC bas performed comprehensive analysis and
lighting retrofit of the entire Beverly Hospital facility including all patient rooms. The project
duration was approximately 9 weeks with all work being performed to accommodate the
schedules of patients and hospital staff. ECC worked closely with the hospital's facilities and
maintenance operations to ensure consistency with respect to standardization of lighting
equipment specifications, also consistent with respect to SCHS and its other hospitals. All
work was performed to the satisfaction of the hospital and thus, ECC was recently informed of
their selection to perform lighting retrofit measures for another SCHS hospital, Verdugo Hills.
Regency Health Services, Inc.
d. Redlands Community Hospital
Redlands Community Hospital had completed a large scale lighting retrofit project in 1992
with another contractor. At the time ECC had also bid on the project but was slightly higher
than the awarded contractor. Since the inception of the original retrofit, RCH bas dealt with
100% failure of the original ( off shore) electronic ballast product, premature failure of
fluorescent lamps attributed to faulty ballast components, and continuous interruption of
hospital activity as a result thereof. ECC was recently awarded the contract to perform a mass
replacement of all ballast and lamps at RCH. Essentially, the hospital bas paid for the project
three fold including the hindrance of maintenance personnel. ECC bas worked closely with
the design engineers to ensure adequacy of equipment specifications and bas been contracted
for additional design/build services.
,
"
e. Regency Health Services, Inc.
ECC performed lighting retrofit work at the corporate offices and at nine Regency facilities
prior to their being acquired. The projects consisted of a variety of measures including lighting
retrofit and fixture replacement. ECC worked closely with corporate and the individual
facilities in coordinating pre and post inspection activities with OSHPAD. ECC also
performed pre and post measurements for the purpose of energy savings verification and in
each case either met or exceeded the projected savings.
8
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f. La-Z-Boy Corporation
Project involved a redesign oflighting system and retrofitting of fixtures for a large furniture
manufacturing environment. Provided a "needs assessment" in recommending illumination for
various critical and non-critical task requirements in conjunction with redesigning the lighting
system. Were able to improve lighting efficiency with an overall reduction of 68% light
energy while vastly improving the quality of lighting in the space. La-Z-Boy has adopted our
recommended specifications for standardizing lighting in their task environments.
g. California Steel Industries
ECC has developed and installed over 200,000 Square feet of lighting upgrades for California
Steel. ECC has developed demonstration projects for Cal Steel's engineering offices and
installed efficient lighting technologies for the remainder of the Administration center.
Refixturing the locker rooms with vandal resistant, wet listed luminaires eliminated
incandescents throughout.
h. Lockheed Martin Corporation
ECC has provided secure, nationwide lighting analysis services for Lockheed Martin on a sole
source contract basis for the last five years. ECC is responsible for establishing and
maintaining an upgrade status database on all facilities within the corporation as well as
auditing and developing lighting upgrade specifications for all Lockheed Martin facilities.
i. Beckman Instruments
Project involved some fixture replacement and large scale lighting retrofit program for
multiple task applications in a medical circuit board manufacturing environment.
Comprehensive assessment of various options were evaluated by Beckman management to
determine the best lighting solutions for the applications. Energy Controls & Concepts was
selected over 6 other contractors to perform the system wide lighting upgrade in Paso Robles
and Porterville, CA - approximately 300,000 Sq. Ft. .
(
9
3. Public Sector Project Descriptions
a.
Total Project Cost:
Type of Contract:
Project Dates:
Newport-Mesa Unified School District
$ 2,795,078.00
Bid / Performance / Bid
3/96-6/97
Reference: Ms. Carolyn Stocker
Executive Director of Business Services
2985A Bear St.
Costa Mesa, CA 92626
(714) 556-3240
Project Description:
This project required redesign of the existing lighting system with over 95 percent fixture
replacement. This project involved major lighting infrastructure replacement for both interior
and exterior lighting, and lighting controls. Many of the lighting design solutions were
developed through the utilization of computer aided lighting design which helped maximize
the maintained efficiency oflighting system through its life cycle.
b.
Total Project Cost:
Type of Contract:
Project Dates:
Rialto Unified School District
$ 774,798.00
Performance
12/96-03/97
Reference: Mr. Tom Torrence / Mr. Tony Natoli
Director Of Facilities Maintenance Operations
625 W. Rialto Ave.
Rialto, CA
(909) 820-7863
.
,
It was the District's goal to modernize multiple project sites including the setting of new
transformers, installing over 250,000 sq. ft of new acoustical ceilings, replacing two chiller
systems, installing computer cabling and new light fixtures. A secondary goal was to ensure
that the District was current with respect to energy efficient technologies and energy
management. ECC was selected by the District to be the designlbuild contractor for the
lighting portion of the project. ECC's role was to assist both the architects and engineers with
lighting specifications and lighting design in classrooms and other areas. Through the course
10
of project development ECC was successful in developing uniform standards for product
specifications and lighting controls.
ECC completed the lighting retrofit of 9 sites in about 2 Y. months. ECC completed this
project without any change orders.
c.
Total Project Cost:
Type of Contract:
Project Dates:
Irvine Unified School District
$1.7 Million
Sale
7/95-12195
Reference: Mr. Tim Marsh
Administrator, Construction & Maintenance Services
14600 Sand Canyon Ave.
Irvine, CA 92718
(714) 559-1936
Project Description:
A comprehensive analysis, redesign and construction of the lighting systems and lighting
control systems for 11 schools in the Irvine Unified School District. The majority of the
lighting system was redesigned and constructed with new drop ceilings, seismic restraints and
new lighting fixtures. Nearly all of the construction activity took place during the school
session. ECC coordinated construction with the mechanical and structural contractors on the
project to eliminate disruption of classroom environments and administrative activities.
d.
Total Project Cost:
Type of Contract:
Project Dates:
Riverside Unified School District
$270,000
Sale
9/95-12196
Reference: Mr. Wes Smylie
Assoc. Director of Facilities Projects
3070 Washington St.
Riverside, CA 92504
(909) 788-7102
Project Description:
11
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ECC was challenged to identifY lighting efficiency opportunities that were missed by a
previous contractor's "cream slcimming" retrofit performed in 1993. Many of the shops, labs,
auditoriums, gymnasiums and other difficult areas had been excluded by the original
contractor. ECC developed solutions that improved lighting significantly and generated
excess savings that permitted the District to incorporate other efficiency measures into the
project.
e. Chino Unified School District
Total Project Cost: $2.7 Million
Type of Contract: Sale
Project Dates: 10/93-12/94
Reference: Mr. Jim Schnabl
Director Maintenance & Operations
5130 Riverside Drive
Chino, CA 91710
(909) 628-1201
Project Description:
In 1994, ECC designed and built a 27 school energy efficiency lighting program for the Chino
Unified School District. The energy efficiency program utilized the latest in energy efficient
technologies for retrofit applications.
The scope of the project included structural seismic improvements to bring schools into
compliance with OSA earthquake specification criteria. ECC was able to develop the
structural support designs to meet OSA specifications after numerous failures by outside
structural engineering firms retained by the District. Electronic ballasts were specified with
the appropriate ballast factor to match the task needs and enabled the entire retrofit to be
performed without the use of specular reflectors. Ultrasonic occupancy sensors where utilized
in all classrooms to optimize energy savings.
Verification of demand reduction was performed by the District and the financier for the
project. Pre and post measurements were confirmed resulting in the conclusion that ECC
conducted an accurate analysis and forecast of energy savings.
f. University of Redlands
Total Project Cost: $161,000
Type of Contract: Sale
Reference: Mr. Guenter ~osjena
Director of Physical Plant
12
"
1200 East Colton Ave.
Redlands, CA 92373
(909) 335-4024
ECC has performed designlbuild construction of lighting systems in many of the classrooms,
lecture halls, and in auditoriums at the University of Redlands. The project required careful
consideration of the many of the architectural and historical details effected by the lighting
systems. Exceptional energy efficiency gains were achieved by integrating lighting controls
systems and dimming strategies.
City of San Bernardino
City buildings, multi-level and underground parking structures, and a large shopping mall -
ECC was contracted by the City to develop comprehensive lighting specifications and analysis
for the City Hall building. The specifications included options for ambient lighting controls,
integration of daylight harvesting and other lighting control systems. The project was
originally intended as a research and development project in conjunction with utility
sponsored time-use monitoring.
The City managed Carousel Shopping Mall project consisted of a complete redesign of the
existing lighting system utilizing luminaires for indirect/direct lighting and lighting controls in
conjunction with daylighting, load shedding and the energy management system. Advanced
computer aided modeling was applied in creating and generating this highly efficient high-
tech lighting design.
ECC was contracted to evaluate lighting options for City parking structures. ECC produced
comprehensive analysis for energy usage, generated multiple computer aided models and
lighting design options for various luminaire types and evaluated illumination issues
pertaining to safety and security.
13
4. Qualifications
~
14
~
a. Contractor's License
Energy Controls & Concepts is licensed as a C-I 0 Electrical Contractor in the state of
California #631121.
b. Taxes, Licenses and Permits
ECC has included all applicable taxes, licenses and permits for the work included in this
project.
c. Bonding Capability
ECC will provide performance and payment bonding in the amounts required.
d. Insurance Requirements
ECC will provide current proof of genera1liability, workman's compensation and any other
required coverage to the City of San Bernardino. Appendix A.
15
III. Key Personnel
,
1. Management & Administration Personnel
Stephen T. Guthrie, (43) is President and CEO of Energy Controls & Concepts. Stephen
manages the day-to-day business and is responsible for overseeing all management activity
including, operations, accounting, design & engineering, marketing and administration.
Stephen is also involved in political and government interests, industry organizations, and
other business related matters. Stephen was responsible for the formation of the Inland
Empire Association of Professional Energy Managers (APEM) and is a past President for that
organization. Stephen has an extensive 20 year background in business and marketing, having
built, developed, operated and managed several small cable television franchises. Stephen
sold his ownership interest of cable television properties in 1994 and is now totally focused on
building and developing Energy Controls & Concepts. Since the inception of ECC, Stephen
has actively engaged course studies in lighting through the Illuminating Engineering Society
including some of the most advanced classes that IES has to offer. Stephen is also a past
president of the Arrowhead IES Section and has an active interest in independent studies
related to lighting, the aging eye, perceptual and behavioral aspects related to lighting.
Education:
Graduate 1973, Frankfurt High School, Germany
1974 - General studies, Longview Community College, KC, MO
Special training with Westinghouse Corp. in media, media marketing and
market segmentation. Excellent computer skills.
16
2. Field Operations
Loran Whitehorn is Director of Operations for Energy Controls & Concepts. Loran holds a
California State C-IO Electrical Contractors license, a Master's degree, and two decades of
field and management experience.
Also, Loran is responsible for building, developing and controlling all aspects of our business
as it pertains to field operations. He is ultimately responsible for safety, quality and
productivity as it relates to the following: Product and Material Management, Estimating,
Multiple Project Coordination, Training, Communications, Administration of Hazardous
disposal/recycling, and Report Generation. His management style is open with a clear focus
on productivity and efficiency.
03/97-Present Director ofField Operations. Energy Controls & Concepts
11/96-03/97 Systems Management Specialists, Inc. Plant Engineering Manager.
Loran was the manager responsible for Facilities, Plant Engineering and
Health Safety and Environmental Affairs for multiple Data Processing
Facilities nationwide. He was also the Project Manager responsible for new
construction, tenant improvement and MIS equipment installation projects.
07/76-11/96 Beckman Instruments, Inc. Plant Engineering Manager.
During Loran's 20 year career with Beckman Instruments he held numerous
technical and supervisory positions. He provided dual managerial roles by
maintaining the Data Processing facility and acting Project Manager for all
construction and MIS consolidation projects. His primary duties included
forecasting and maintaining department budgets and completing major
foreign and domestic construction projects in excess of $5 million on time
and on budget.
Education: California State University, Fullerton
Honors at Entrance
B. S. Electrical Engineering candidate
,
University if Phoenix
Southern California Division
B. A. Management
University of Southem California
Los Angeles, CA
M. S. Systems Management
Emphasis in: Project Management and Information Systems
17
3. Design & Specification
,
Jonathan H. Raty, (30) is Lighting Design/Applications Engineer for Energy Controls &
Concepts. Jonathan has been employed by ECC for over 7 years. Jonathan's responsibilities
include nearly all technical concerns as it relates to lighting design, specifications and
analysis, and daylighting design. Jonathan has been responsible for the lighting designs of
many notable projects. He is highly regarded as an expert in his field and respected for his
design talents in developing highly efficient lighting systems. His responsibilities at ECC
include directing our technical analysis, developing feasibility studies, architectural and
reflected ceiling designs, maintenance program development, daylighting controls, lighting
systems analyses. Jonathan is also ECC's corporate liaison to the EPA's "Green Lights"
program. Jonathan worked collaboratively with the Green Lights program to develop case
studies ofECC's innovative designlbuild approaches. He has also authored articles discussing
computer visualization tools for lighting design in various lighting publications.
Jonathan is a Certified Lighting Management Consultant (CLMC) by the International
Association of Lighting Management Companies. Jonathan graduated with honors from
University of Colorado-Boulder Department of Civil Engineering-Architectural Engineering
in 1990.
1985-1987
Day & Armantrout Architects & Planning Consultants, Architects Assistant,
summer job while in school. Responsibilities included CAD specifications,
site visit reporting, preliminary design, prepared submittal/ proposals for
various projects.
Education
University of Colorado, Boulder 1986-1990 - Student, studies included
architecture, design and design theory, luminous radiative transfer,
illumination I & II, daylighting, day-lighting design, building electrical
systems, histpric preservation technologies and the psychology of human
perception. B.S. Architectural Engineering, University of Colorado at
Boulder August 1990 - (Honors)
12/90-Present Energy Controls & Concepts
18
===
~
IV. Technical Proposal Details
19
1. Individual Project Site Assessments
a. Building Maintenance Shop
111 fixtures are to be retrofit with High CRI lamps and Electronic Ballasts. 8 ultrasonic wall
sensors will be installed.
b. cm
226 fixtures are to be retrofit. High CRI lamps and Electronic Ballasts. Of these
approximately 65 compact fluorescents of various types will be installed including Genura
flood type lamps and triple tube compact fluorescents. 23 fixtures of various types are not
scheduled for upgrade due to the fact they are already efficient. 11 new LED exit signs with
battery backup are to be installed. 8 Wall mount ultrasonic sensors will be installed
c. Fire Maintenance Shop
26 fuxtures are to be retrofit. 21 fixtures are not scheduled for upgrade due to the fact they are
already efficient. No fixtures will be replaced. 28 wall mount ultrasonic sensors will be
installed.
d. Johnston Center
57 fixtures are to be retrofit. Of these, 10 will be compact fluorescent upgrades of Genura and
triple tube lamps. 8 new fixtures will be installed including 5 new LED exit signs with
emergency battery backup. 1 ceiling mount ultrasonic sensor and 1 wall mount ultrasonic
sensor will be installed
e. Lytle Creek Center
57 fixtures are to be retrofit. Of these, 13 will be low temperature start rated compact
fluorescent screw in lamps.. 8 fixtures are not scheduled for upgrade due to the fact they are
already efficient. No fixtures are scheduled for replacement. 7 wall mount ultrasonic sensors
will be installed.
f. Mill Center
32 fixtures are to be retrofit. Of these 4 will be compact flourescent upgrades including
Genura lamps and triple tube lamps. 17 fixtures are not scheduled for upgrade due to the fact
they are already efficient. Six new LED exit signs will be installed with battery backup. 2
ceiling mount ultrasonic sensors and 4 wall mount ultrasonic sensors will be installed.
20
.
g. Nicholson Center
68 fixtures are to be retrofit. Of these 1 will be a compact fluorescent upgrade. 4 new LED
exit signs will be installed with battery backup. 6 wall mount ultrasonic sensors will be
insta1led.
h. Park and Recreation Center
134 fixtures are to be retrofit. Of these 9 will be be compact fluorescent upgrades of Genura
and triple tube lamps. 6 new compact fluorescent flood lights will be installed in select areas.
3 fixtures are not scheduled for upgrade due to the fact they are already efficient. 1 ceiling
mount ultrasonic sensor and 17 wall mount ultrasonic sensors will be insta1led.
i. Perris Hill Senior Center
100 fixtures are to be retrofit. Of these 23 will be compact fluorescent upgrades of Genura
and triple tube lamps. 24 fixtures are not scheduled for upgrade due to the fact they are
already efficient. 4 ceiling mount ultrasonic sensors and 2 wall mount ultrasonic sensors will
be insta1led.
j. Rowe Library
95 fixtures are to be retrofit. Of these 11 will be compact fluorescent upgrades of Genura and
triple tube lamps. No new fixtures'are specified at this time. 3 ceiling mount ultrasonic
sensors and 1 wall mount ultrasonic sensor will be installed.
\
k. Ruben Campos Center
133 fixtures are to be retrofit. Of these 8 will be high wattage compact fluorescent triple tube
lamp design for commenSurate lumen output. No new fixtures are specified at this time. 5
ceiling mount ultrasonic sensors and 1 wall mount ultrasonic sensor will be insta1led.
1., 'VillaSenor Library
129 fixtures are to be retrofit. Of these 17 will be compact fluorescent upgrades of triple tube
lamps. 13 fixtures are not scheduled for upgrade due to the fact they are already efficient. 4
21
new exit signs will be installed with emergency battery backup systems. 6 wall mount
ultrasonic sensors will be installed.
~
22
"'
(
2.
Quality Control & Maintenance
23
~
a. Technician Training
ECC has in place a rigorous quality control program that begins with training and testing of all
lighting technicians. ECC technicians are either certified as Apprentice Lighting Technicians
or Senior Lighting Technicians by NALMCO, the International Association of Lighting
Management Companies.
b. Quality Controls Procedures
Each retrofit area is inspected at least three times by ECC personnel. Every ECC technician is
required to place a mylar sticker with hislher installer number in each fixture, whether new or
retrofit. Upon completion of an area, the ECC Foreman in charge checks 15-20% of the
fixtures for proper installation. Once the Foreman is satisfied, the Field Superintendent
randomly checks 15-20% of the fixtures in a room and places his inspection number in those
fixtures checked. If the Field Superintendent finds anything not to his liking, all fixtures in the
room are checked. Any lapses in quality are traced back to the individual technician using
hislher installer number and corrective action is taken. This three level inspection process is
also applied to cleanliness and protection of property issues.
c. Ballast and Fixture Labeling
All fixtures are labeled" with a mylar sticker that indicates voltage, ballast type and location
information and emergency ballast information. See Appendix B.
The ballast type label is adhered to the outside comer frame of the fixture, is unobtrusive, and
generally can be seen from the floor allowing for easy identification. It is our customers'
experience that in the event of ballast failure, a staffmember can most often identify the label
type and color, so the maintenance department can dispatch personnel with proper equipment
needed for repair without making a trip to the site to determine ballast type and voltage.
24
~
3. Construction Issues & Scope or Work
,
,
25
~.
SCOPE OF WORK
.
The "Scope of Work" includes all items as described in the lighting scope of work of the
Request for Proposal Specification F99-09.
a. Project Construction Schedule'
26
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b. Storage of Materials on Site
ECC will provide for the delivery of all required materials to the project site and for
placement of separate and secure storage containers at each project site. Placement of the
Haul-a- Way type containers would be coordinated with the City and special care will be taken
to prevent damage to surface areas.
c. Disposal of Construction Debris
ECC will make every attempt to recycle the bulk of all wrappings, containers and boxes to be
removed from the project site in the course of construction. ECC will provide for separate
trash containers and recycling bins. This includes the removal and disposal of all
miscellaneous fixtures, fixture parts, components and other electrical parts, disposal of all
Non-PCB ballast, and for lamps not containing hazardous materials. ECC will provide for the
disposal and/or recycling of all non-hazardous waste materials that are to be removed.
d. Handling of Hazardous Materials
ECC follows the following procedures when dealing with hazardous materials. Ballast
Disposal: ECC will carefully remove all fluorescent ballast from fixtures, both PCB and Non-
PCB. All ballast's containing PCB's will be stored in steel drums (17C or 17H - 55 gallon
drums) and placed in a containment area as determined by the Owner. ECC will post OSHA
approved waming signs in compliance with State and Federal laws governing the storage and
confinement of hazardous waste materials and general safety practices. ECC will label all
drums for proper manifestation and material tracking. All hazardous waste manifests will
distinguish the Owner as the "Waste Generator" per the laws of the State of California and
Federal EP A. ECC will ensure that all materials are hauled away by a State Approved "Toxic
Waste Hauling Company" and will insure that customer receives proper and legal
documentation. All non-PCB ballast will be placed in dumpsters and disposed of with no
additional charges to the Owner within the scope of the ECC/City of San Bernardino disposal
contract. Once materials have been hauled away, ECC will follow-up and make sure that the
Owner receives "Certificate's of Destruction / Disposal" for PCB ballast removed. ECC
strongly recommends that disposal be by incineration.
Lamp Disposal/Recycling: The recycling/disposal includes all lamps, both HID and
fluorescent, known to contain hazardous mercury substances. ECC will package all lamps for
removal from each location and arrange for their disposal/recycling in compliance with the
Laws of the State of California. The cost includes all packaging of materials, storage
containers and labor associated to removal ofmatenals. Lamps will be recycled in compliance
with the laws of the State of California.
27
~C._
.~
:c
e. Coordination and Communication Issues
ECC will coordinate all construction activity through the Facilities Management Department.
Communications will be directed through and coordinated with the Project Manager with all
the proper documentation as per the requirements of the Construction Terms and Conditions
in the contract. In this respect, ECC will also work diligently to ll1inimi7.e the burdens of
project management and to insure that all the requirements of the Construction Terms and
Conditions are met.
Energy Controls & Concepts possesses full capability to communicate with the project
mAnAger by email and to transfer documents such as project update schedules or other project
documents electronically as attachments.
All ECC Project Superintendents and Foreman on this project are required to be directly
accessible by cellular phone and digital paging. The Project Superintendent(s) are available to
City project managers on a 24 hour, seven day a week basis. City personnel will be provided
with home phone numbers, pager numbers and cellular phone numbers of Superintends and
Foremen at the Preconstruction Meeting.
Lighting fixtures in project areas will be completed and operational before 7:30 a.m., Monday
through Friday.
f. Protection of Work Areas During Construction
ECC will take all the necessary steps to insure adequate protection of all work areas including
the sealing and taping off of all work areas where machinery and tools are in operation. All
safety requirements will be employed per the construction Terms and Conditions.
g. Commissioningffraining of Maintenance Personnel/Project
Documentation
(
Upon completion of the project, ECC conducts extensive training of City Maintenance
personnel in the maintenance, diagnostics and troubleshooting of all equipment installed at the
City of San Bernardino.
ECC will provide the City with an Operator's Manual containing part numbers, operating
instructions, cut sheets, part numbers and warranty information. A copy of the facility audits
will also be included that has been marked up to indicate the "as built" condition of the
facilities.
28
~ .~
<
4. Equipment Specifications
29
"
(
a.
Lighting Component Cut Sheets
a) Lamps & Ballasts
30
~
Lamp Systems
F3-2
Reduced Harmonics
(RH. RHHI
Low WattagelU
..J High Performance
IHP. HPH. HPU
:l Dimming
tdI 1V20. 550. S30)
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22655 F32T8/SPX30 2950 20000 86
22656 F32T8/SPX35 2950 20000 86
22657 F32T8ISPX41 2950 20000 86
23460 F32T8/S PX50 2800 20000 86
15946 F32T8ISP30 2850 20000 78
15947 F32T8/SP35 2850 20000 78
15949 F32T8ISP41 2850 20000 78
14613 F32T8ISP50 2750 20000 78
12132 F32T8ISP65 2700 20000 78
10483 F32T8ISPX301U/6 2800 20000 84
10485 F32T8ISPX351U/6 2800 20000 84
10488 F32T8/SPX411U/6 2800 20000 80
.10489 F32T8/SPX50/U/6 2660 20000 80
10479 F32T8/SP301U/6 2700 20000 75
23585 F32T8ISP351U/6 2700 20000 75
10480 F32T8ISP411U/6 2700 20000 75
12528 F32T8/SXUSPX30 2950 24000 86
12529 F32T8ISXUSPX35 2950 24000 86
\ 12530 F32T8ISXUSPX41 2950 24000 86
12539 F32T8ISXUSPX50 2800 24000 86
S'fSlI!III ComparislIn Example
TVpicalll.rlonnlnclina41.mpZx4tJoffer.
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F4IJI~N F32T8/SP . 38% 98% $108.80
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No. lamp Ballast !iDe _"""IlaIIasI!iDel\lwel'l1lDSlartWin"1
lamps JYpe Type V.h BalIastModel Code Watts _ Amps _ % T01l{L 0_
1 F32TB IS 120 81321120RH 80108 30 .88 16 .98 <20 O'F lb
271 81321277RH 80109 30 .88 .11 .98 <20 O'F lb
120 81321120HP 8OlDO 31 .88 16 .99 <10 O'F lb '0
271 81321277HP 80101 31 .88 .11 .99 <10 O'F lb j .
!
347 81321347HP 80134 31 .88 .09 .99 < 10 O'F lb . .j
.,
PAR.IS 120 82321120RH 80110 35 1.03 .31 .94 <32 O'F 3a
271 82321277RH 80111 35 1.03 .14 .94 <32 O'F 3a
120 82321120L 80122 31 .90 18 .93 <32 O'F 3a
277 82321277L 80123 31 .90 .12 .93 <32 O'F 3a
120 82321120HP 80102 36 1.03 .31 .98 <20 O'F 3a .
271 82321277HP 80103 36 1.03 .13 .98 <20 O'F 3a
347 82321347HP 80135 36 1.03 .11 .98 <10 O'F 3a
PAR.RS 120 8232R12OHP 80116 38 .99 .32 .99 <10 5O'F 2a
277 8232R271HP 80117 38 .99 .15 .95 <10 5O'F 2a
RS 120 8132R12OV20 80138 32 .88 18 .99 <10 5O'F 19
Performance at 20% 12 .17 .10 .90 <15
271 8132R277V20 80139 33 .88 .12 .99 <10 5O'F 19
Performance at 20% 12 .17 .05 .90 <15
120 8132SRI20S30 80174 62 .88 .52 .99 <10 5O'F 20
Performance at 60% 45 .58 .38 .95 <15
Performance at 30% 28 17 14 .95 <15
277 8132SR277S30 80175 62 .88 13 .99 <10 5O'F 20
Performance at 60% 45 .58 .17 .95 <15 0
Performance at 30% 28 17 .11 .95 < 15
120 8132R120S50 80178 33 .89 18 .99 <10 5O'F 20
Performance et 50% 19 .44 .16 .98 <10
277 8132R277S50 80179 33 .89 .12 .99 <10 5O'F 20
Performance et 5/)% 19 .45 .07 .95 <20
s-aJAppI__
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Ballasts includes three dimming types.
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efficient dimming anywhere from
20% to 100% light output. The two ~~\'S;
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the light to presetlevels-one;;S(n.':~
provides the .0Ptions of 50"0 or.....,.:....:..............'.+..'.r.~....:;.:"
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lamps Type Type v. BallaslModeI Code Walls _ ~ - r. Temp. 1T"!JI'Ill'
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93 .95
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92 .94
83 .86
83 .86
92 .94
92.94
98..94
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114 .88
113 .88
100 .78
100 .78
. 114 .as
: 114 .88
. 114 .as
121 .as
121 .as
95 .83
94 .83
80112
80113
80130
80131
80124
80125
. 80104
80105
. 80136
; 80118
80119
B0114
80115
80137
80126
80127
80106
80107
; 80120
80121
80114
80115
80126
80127
80106
80107
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80120
, 80121
80114
B0115
83321120RH
83321271RH
83321120RHH
83321271RHH
83321120L
8332I271L
8332I120HP
8332I271HP
B33213\7HP
B332R12OHP
8332R277HP .
84321120RH
84321271RH
84321347HP
84321120L
84321271L
84321120HP
B4321277HP
8432R12OHP
B432R217HP
84321120RH
B4321271RH
84321120L
B4321277L
B4321120HP
B4321271HP
B4321347HP
B432R12OHP
B432R277HP
84321120RH'
8432I277RH'
PAR.IS
120
271
120
271
120
277
120
271
347
PAR.RS 120
271
120
271
347
120
271
120
271
120
271
120
271
120
271
120
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22655 F32T8IS PX30 2950 20000 86
22656 F32T8/SPX35 2950 20000 86
22657 F32T8/SPX41 2950 20000 86
23460 F32T8/SPX50 2800 20000 86
15946 F32T8/S P30 2850 20000 78
15947 F32T8IS P35 2850 20000 78
15949 F32T8/SP41 2850 20000 78
14613 F32TB/SP50 2750 20000 78
12132 F32T8ISP65 2700 20000 78
10483 F32T8ISPX30/Ul6 2800 20000 84
10485 F32TB/SPX351U16 2800 20000 84
10488 F32T8ISPX41/U/6 2800 20000 80
10489 F32T8/SPX50/Ul6 2660 20000 80
10479 F32T8/SP30/U/6 2700 20000 75
23585 F32T8/SP351U/6 2700 20000 75
10480 F32T8/SP411U16 2700 20000 75
12528 F32T8ISXLJSPX30 2950 24000 86 .
12529 F32T8ISXLJSPX35 2950 24000 86
12530 F32T8/SXLJSPX41 2950 24000 86
12539 F32T8ISXLJSPX50 2800 24000 86
.97
.97
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.98
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.98
.98
.98
.98
.99
.99
.99
.99
.99
.98
.98
PAR.IS
PAR.IS
PAR. IS
PAR.RS
PAR-IS
f32Tll
4
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,
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271
347
PAR-RS 120
271
PAR.IS 120
271
F25T12
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.AlmodIIIIMIlCSAsrandItdI~eplZ2llVOlt
. AlmodtIs..lA.LiIIIlIarCampontntRtcoQniZllduclpt347V1lil
. AI mocMIIll'I CBM tried. ..... applicable.
. IntarmICion I'8IIfIIIlIlICI hn is tVIlieal and measunld IIIf ANSI standards at rami lin, voltage
.-tDlllll.,.,.,...,..lnstaItdpllformallc.datamayvlrytlvlll;llicallOlI.
. LMIlIl CurrwcCtta Ftctorsfor II GE E1Kl1G/11c B,dam comoly Wllh ANSI caz SWldaras.
_ AllIlDlIIIslIMaSoundRlll\9a1AorA..
_Speci&c:a1ions"lsubjlCttDChlnglwitloulnObce.
\v
SfSIEm Cllmp3risoo Example
Typica.1 pemrmancl in I 4 lamp 2x4lrOtfer.
kiWI
".. ,-- ,... u'u -
~U:KM --... ...- .... .......
F4iJ/CWNlM F32T81SP 38% 98% S1I6.00
E;K~"'iV'IIIC -,
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Superior color-more light over life.
That's the SlarcoaC advantage. Our proprietarl coating
technology gives GE F32T3 lamps the best color rendering and
highest maintained light output of any standard 13 lamps. 18 SXL lamps
with Starcoat" provide even longer life-rated at up to 30.000 hours!
~
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*\ riring Diagrams are located on pages 18 & 19.
"""""~"' ""~"c
, ' '
-
No lamp Ballast line _ inout IIalIast lioe Power lBa Stllt Winnq
lamps Type Type VoIl5 BalIas1 Model tilde Walls FadDr AaqJs FadDr '10 T_ a_
1 f.1OT8 IS 120 81321120RH 80108 36 .87 .31 .97 <20 O"F lb
277 8132IWRH 80109 36 .87 .13 .97 <20 O'F lb
.,,~ PAR-IS 120 B2321120RH 80110 42 1.00 .37 .95 <20 SO'F 3.
277 B232IWRH 80111 42 1.00 .16 .95 <20 SO'F 3.
~ 120 B2321120l 80122 37 .88 .33 .95 <20 511'F 3a
277 B232IWl 80123 37 .88 .14 .95 <20 SO'F 3a
2 f.1OT8 PAR-IS 120 8332I120RH 80112 80 .98 .68 .98 <20 5O'F 5
W B3321277RH 80113 80 .98 19 .98 <20 SO'F 5
220 B232I220RH 80172 69 .86 .33 .95 <20 O'F 3a
120 B3321120l 80124 70 .86 .60 .98 <20 511'F 5
W B332IWl 80125 70 .86 16 .98 <20 511'F 5
1 P.m IS 120 81591120RH 80144 58 .88 .SO .98 <20 5O'F 17
W 8159IWRH 80145 58 .88 21 .98 <20 511'F 17
120 82591120RH 80146 68 1.05 .58 .98 <32 5O'F 11
W 8259IWRH 80147 68 1.05 25 .98 <32 SO'F 11
PAR-IS 120 B2591120HP " 801SO ff7 1.03 '!iI $/ . <10 5O'F Jl.'1
I ..; 80151 , 1.03: 25 ~ . l:_~_~t',';' J
- W B259I277HP ff7 $/ '<10. 511'F:11 /' 'j
120 B259I12llHPl 80142 " 60 .92 .51 ,.98 . <10 " 511'F ;11, ;'<i
W B259IWHPL ' 80143 60 ..92 :0. '.98 : < 10' 511'F~;ts?;;l
2 P.m PAR-IS 120 B2591120RH 80146 112 .88 .95 .98 <20 511'F 11
sJ W B259IWRH 80147 112 .88 .41 .98 <20 5O'F 11
120 82591120RHH 80148 150 1.18 128 .98 <20 32'F 11
W B259IIDRHH 80149 150 1.18 .55 .98 <20 32'F 11
120 B2591120HP .80150 112 ..88 .94 ,.99 .<10. 511'F,.nf J
. 1.99 . . ~ ' _.-"....-
W B259I277HP . 80151 . 112 .88 .41 ; <10' 5O'F:li1>
120 B259I12llHPl : 80142 100 .78 .84 :.99 : ::: i ::::::1<1
W B259IIDHPl . 80143 .. 100 .78 3i · .99
'>,
Energy Cost Savings Lowering your lighting power bill
will also lower your air conditioning bill. On average. every watt you take
out of the lighting system will save you ~ watt in air conditioning.
One more reason iO switch to GE TotalPerformance Systems.
~ /'cP;r
"", " ;..!I(
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F40 & F96
Popular Lamp Options
... ....
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22660 F40T8ISPX30 3725 20000 84
22661 F4OT8ISPX35 3725 20000 84
22662 F4OT8ISPX41 3725 20000 80
10417 F4OT8ISPX50 3550 20000 80
15950 F4OT8ISP30 3600 20000 75
15951 F4OT8ISP35 3600 20000 75
15952 F4OT8ISP41 3600 20000 75
23414 F96T8ISPX30 5950 15000 84
23415 F96T8ISPX35 5950 15000 84
23416 F96TBlSPX41 5950 15000 80
23575 F96T8ISPX50 5650 15000 80
23407 F96TBlSP30 5800 15000 75
23411 F96T8/SP35 5800 15000 75
23412 F96T8ISP41 5800 15000 75
System Companson Example
Typical perform'lIce illlZlampstripfixture.
.....
L..nI ~smllg ...WaIt Lith! btr9Y
a.,IlCfd 1lIplit... IlHUClion 0IrpI Sam9s.
F96Tl11CW F96T8 35%!II% $7320
--
'.,.(WH_...1h.
AIl_..
RS. Rapid Start PAR. Parallel Lamp Operation
IS . Instant Start SER. Series Lamp Operation
~
Compact Fluorescent Lamps
I'
-
-
-
-
,
-'--m
U.O.L
1 ~ SLS9, 11
-
-
-: SLS 15, 20,23
-
-
-
-
PL-S
Adapter
System
I
I
1
Earth Light
SL'18
= Earth Light
-=- SV17
-
-
-
-
Nominal\ Product \ Avg. Approx.
Lamp Number Ordering Generic PI<g. M.O.L Life,HIS. Initial(203)
WallS Bulb Base 046677- Code Oesignation aty. OescriQtion (In.) (202) Lumens CRI
U ht Collecti $creW-ln Fluorescent System with Integral eleCtronic ballast.
Earth 9 on Direct replacement for incandescent offering energy savings high color renderin9 and long life. (217) (215)
9 PLC Med. t u SSS 34046-3-1 EAII11l LIGHT SLS9 16 I 2700K ~. 10,000 400 82
Screw ENERGY-5AVlNG SUBSTITUTE FOR INCANDESCENT 25 & 40 WATT LAMPS
11 PLC Med. tu SSS 34047-1 1 EAII11l UGHl SLS 11 16 l2700K 5'11. \ 10,000 600 82
Screw ENERGY-SAVING SUBSTITUTE FOR INCANDESCENT 40 WATT LAMPS
15 SLS M.d. to SSS 33865-7 I EAII11l UGHT SLS 15 16 IUltra-Compacl27ooK(216) 41~. 10,000 900 82
Screw ENERGY-SAVING SUBSTITUTE FOR INCANCESCENT 60 WATT LAMPS
17 SL' Med. tu SSS 33374-0 \EAII11lLIGHTSL'17 18 I OiffuSing Cover27ooK (216) 5* 110,000 950 62
Screw ENERGY-SAVING SUBSTITUTE FOR INCANDESCENT 60 WATT LAMPS
18 SL' Med. c; SSS 33235-31 EAII11lUGHTSL'18 16 I Qiffusing Cowr27ooK (216) 7l\s 10,000 1100 82
Screw ENERGY-SAVING SUBSTITUTE FOR INCANDESCENT 75 WATT LAMPS
Sl!1'\40 M.d. u SSS 34297-2 ISL'1~l6 I Ref1ector2700K(216) 7'A 10,000 600 82
Screw ENERGY-SAVING SUBSTITUTE FOR INCANDESCENT 75 WATT R1FL
20 SLS M.d. t u SSS 33866-5 T EARTH UGHT SLS 20 .16 I Ultra-Compacl 2700K (216) 5\\ 10,000 1200 82
Screw ENERGY-SAVlNG SUBSTITUTE FOR INCANDESCENT 75 WATT LAMPS
23 SLS Med. pSSS 33867-31 EAII11l UGHT SLS 2316 I Ultra-Gompacl 2700K (216) 6l\. 10,000 1550 62
Screw ENERGY-SAVING SUBSTITUTE FOR INCANDESCENT 90 8. 100 WATT LAMPS
tl
PL Adapter System
PL lamps with screw-based magnetic ballast adapter offer an energy_ling, long life substitute for incandescent (21 B) (219) (220)
5 PL-S Med. SSS 26752-61 Pl-S5I27/SYS 110 I PL-SSW127WrthAdapter 15\\ 10,000 250 82
Screw ENERGY-SAVING SUBSTITUTE FCR iNCANDESCENT 25 WATT LAMPS
7 PL-S Med. SSS 26753-4 1 Pl-S 7fl//SYS 110 I PL-S 7W/27 Wrth Adapter 16% 10,000 400 62
Screw ENERGY-SAVING SUBSTITUTE FCP, iNCANDESCENT 40 WATT LAMPS
9 PL-S M.d. SSS 26754-2 I Pl-59127/SYS 110 I PL-S 9W/27 Wrth Adapter \7''' \ 10,000 550 B2
Screw ENERGY-SAVING SUBSTITUTE FCP 'NCANDESCENT 40 WATT LAMPS
13 PL-C M.d. SSS 31563-0 I Pl-C 13tZ7AJSA1SYS 110 I PL-C 13W/27AJSA W/Adapter \ 6l\. \ 10,000 700 82
Screw ENERGY-SAVING SUBSTITUTE Fep INCANDESCENT 60 WATT LAMPS
PL Short Fluorescent Lamps
Kogh color rendering, high efficaCY, long rile lamPs with integral starter =or operation with preheat electrOmagnetic ba11asl (204)
},.~
vII
5 PL-S G23 33233-8 I PL-S SWI27 I CFT5W,S~7 160 2700K (219) 4\1 10,000 250 '82
7 FL-S G23 34256-6 PL-S 7W127 CFT7W,'~27 60 2700K 5% 10,000 400 62
30663-9 PL-S7W127 CFT7W,~'2i 50 27ooK, Bulk 5% 10,000 400 82
t 32760-9 PL-S 7WfJ5 cm",~;z;..'35 60 3500K 5% 10,000 400 82
t 3386!l-9 PL-S 7W/41 CFliW'Z41 60 4100K 5% 10,000 400 62
3660!l-2 PL-S 7W/41 cmW'"2,'41 50 4100K. Bulk Sv. 10,000 400 62
t 33384-9 I Pl.S 7Wr.;0 I eFTi'/,' ~;2.~O 60 5000K 5% 10,000 400 62
9 PL-S G23 34257-6 PL.S 9W127 I CfT9V; ,Z;27 160 2700K 61\ 10,000 600 62
30665-4 PL-S 9W,27 I CFT9V. ',Z; 27 50 27ooK, Bulk 61\ 10,000 600 ' 62
t 327B6-6 PL-S 9WfJ5 I CFTS'I, -~35 60 3500K lih 10,000 600 62
t 33870-7 Pl-S 9W/41 CFT9'.','~..41 60 4100K 61\ 10,000 600 62
36810-0 I PL-S 9W/41 eFTS',', ";2.;41 150 4100K, Bulk 61\ 10.000 600 62
t 33385-6 I Pl-S 9Wr.;O I CFT9'!. ',Z;SO 160 SooOK 61\ 10.000 600 82
-
C Exclusive Product
L-J iSS - Energy SaVlng Produc:
I High Color R.nd.nng Lamps
For pnclng Information refer
to PS-101-U
.,
b) Fixtures
31
-
"
f~
'the Watt
..(. Stopper~
System Information
Operation
Features
Applications &
Economics
Specifications
The Wall Stopper" Inc.
2~h'1l Dc: La Cru: Bh'd.
San:.1 Clara. CA 'J5050
T" (;08l988-;;31
Ultrasonic Occupancy Sensors
. Proven 30% to 60% savings; Turns lighting
on only when needed
. 500, 1000, 2000 sq ft. and hallway coverages
available
. Adjustable sensitivity & time delay
. Fully-integrated product line
. UL and CUL Usted; Five year warranty
The Watt Stopper ultrasonic sensors are versatile motion detectors which control lighting in
a wide variety of applications. These sensors can be used individually or as part of an inte-
grated system of Watt Stopper lighting control products.
The 24 VDC ultrasonic sensors utilize advanced. omni-directional. Doppler technology to
sense occupancy. When an ultrasonic sensor detects movement in a controlled area, it
switches lighting on through a Watt Stopper power or slave pack. The sensor controls the
power pack through low-voltage wiring. Once the area is vacated and the user-adjustable
time delay (15 seconds to 15 minutes) has elapsed, lighting systems automatically switch off.
All Watt Stopper ultrasonic sensors feature adjustable time delay, adjustable sensitivity and a
logic key/ON bypass. They also feature omni-directional volumetric coverage with models
that range from 500 to 2000 square feet of total coverage. The sensors contain an LED detec-
tion indicator which makes sensitivity adjustments simple. In addition, the ultrasonic sensors
are available with a single-pole. double-throw isolated relay that can be used to interface with
HVAC, EMS systems, monitoring systems. or with an additional lighting load. It has normally
open and normally closed outputs and is rated for 1 Amp at 24 \nC and 1/2 Amp at 120 VAC.
The Watt Stopper ultrasonic sensors are designed to work together to effectively control
offices, restrooms, utility areas, open office spaces and warehouses. The W-500A is perfect
for offices, conference rooms, restrooms and other areas up to 500 sq ft. The W-I000A fits
in larger spaces such as classrooms and storage areas. The W-2oo0A is ideal for open office
areas or large warehouses and can control partitioned open office spaces when configured
in highly-versatile zone patterns. In addition, the W-2000H reliably covers hallways with
walls. All Watt Stopper ultrasonic sensors are designed to detect motion of people writing.
reaching.for phones, typing, etc. In addition, they can be used with \Vatt Stopper Sentry
Switches for manual-on/ auto-off function when automatic-on is not desired. Ultrasonic sen-
sors reduce utility costs by turning lighting off when it is not needed. Their easy installation
and low initial cost provide fast paybacks.
. Solid state, crystal-controlled (25 kHz:: 0.005%)
. Omni-directional transmission (3600 coverage)
. Temperature and humidity-resistant 25 kHz receivers. W-500A contains 1 receiver,
other models contain 2 receivers.
. Advanced Signal Processing Circuitry
. Logic Key/ON bypass
. 4.5" x 4.5" x 1.25" (115mm x 115mm x 32mm) (\V x L x D)
~ novitas, inc.
~
. Turns off lights automatically.
. Fits flush into a designer-style wall plate.
. Full room coverage. No gaps.
. No false activation from corridor activity.
. Choice of Automatic On or Manual On
modes available in one model.
. Five-year warranty.
How SuperSwitch~ Mini Operates:
SuperSwitch Mini is a self-contained motion-sensing lighting control
which replaces a conventional wall switch for energy savings and
convenience. It turns off lights automatically after a room is
vacated.
Model 01-200 operates only in the Automatic On mode. Model 01-
210 offers a choice of Automatic On or Manual On modes. In the
Automatic On mode, the lights turn on automatically when a person
enters the room. In the Manual On mode, lights are turned on by
pressing the touchplate on the face of the switch. Modes can be
changed by flipping the concealed switch located under the
touchplate (see Adjustment Controls diagrams). In either mode,
when lights are turned on, they will remain on as long as someone
is in the room. When the room is vacated, the lights will turn off
automatically after the pre-set time delay interval. Recommended
time delay is usually 6-S minutes. People who remain very still for
long periods may need a longer time delay. Lights may be turned
off while the room is occupied by pressing the touchplate.
SuperSwitch Mihi pruJuc.G.:t a. :v...~. ;r.~ar.sity. in:.udible sound. It
detects occupancy from changes in the acoustic waves caused by
motion, such as reaching for a telephone, turning a page in a book,
walking into a room, turning in a swivel chair, etc. The sensor does
not respond to audible sound.
Special Features:
. Manual On mode provides maximum savings by avoiding
unnecessary lighting in offices with adequate daylight or for brief
periodS of occupancy.
. Automatic On mode provides maximum convenience.
. Man'ual Off push-button (touchplate) can 'be used in either mode.
. A grace period of approximately ten seconds allows lights to be
turned on by motion anywhere in a room after being turned off
due to inactivity.
. Fully self-resetting: Lights turned off manually in Automatic On
mode will stay off while the room remains occupied. After the
room is vacated and the pre-set time delay and grace period
have elapsed, lights will remain off until they are turned on
automatically the next time someone enters the room.
. False activation from corridor activity is avoided by the adjustable
entry sensdivity control. .
. Superiorability to detect minor motion and no-gap coverage
allow a 6-8 minute delay setting, resuding in 14 percent greater
savings versus the common, less effective wall switches which
require 12-15 minute settings. Time delay range is 15 seconds
(fer installer testing) to 15 minutes.
. power suppiy circuitry minimizes use of line VOltage and ensures
product reliability with high in-rush ballasts.
. SuperSwitch Mini is immune to RFI and EMI.
. Concealed override jumper turns lights on in the unlikely event of
sensor malfunction.
. One model for either 120 or 277 Volt circuits.
Mounting:
~IJl"Jp.rSwitch Mini mounts to single or two.gang junction boxes and
~u~er~lUitc~~
mini
MODEL 01-200
120/277 VOLT
Automatic On
Wan Switch
.:<'
~~>
MODEL 01-210
120/277 VOLT
Automatic Onl
Manual On
Wan Switch
Wallplale not inCluded.
U.S. letters Pltent Nos. ",751,399. 5,293.097.
Additional patent. pending.
Range & Coverage:
Designed for offices up to 300 square feet. Refer to Coverage
Diagrams or use NoviCAD or scaled templates to verify coverage, which
may vary somewhat according to room shape and surfaces. An area
sensitivity control permits adaptation to different room conditions.
Wiring:
No neutral or ground connection required. Two-wire connection allows
quick and easy installation. Not polarity sensitive.
Two-level switching is easily achieved with the addition of a standard
toggle switch as shown in the wiring diagram. If switches are wired to
control all of the lamps in a fixture rather than a portion of each fixture,
consult with building manager and occupant to determine which lights
should be off when the toggle switch is open.
CAUTION: For use with 120 or 277 VAC only. Do not use with any
other voltage. Do not wire to control receptacle circuits.
(jj.\. LAND C (jj.\. L
Electrical Ratings: \!y \!y
120 VAC: Tungsten or Ballast. ~ft, ~ftO
Maximum load 6.7 Amps (Approx. SOO Watts).
Minimum load 0.2 Amps (Approx. 25 Watts).
277 VAC: Ballast only.
Maximum load 4.3 Amps (Approx. 1200 Watts).
Minimum load 0.2 Amps (Approx. 60 Watts).
Note: Minimum load requirements must be met even when only half of
the lights are on.
Ballast Compatibility:
Models 01-200 and 01-210 are compatible with most electronic ballasts.
Contact Novitas Customer Service for the latest list.
Housing and Colors:
Medium impact injection-molded housing. ABS resin complies with UL
94VO. Available in white or almond.
Size & Weight:
Mounting Plate Dimensions: 4.15" H x 1.94" W. Product Hcusing
Dimensions: 2.73" H x 1.S" W x 1.5" D. Weight: 3.75 oz.
Installation Considerations:
SuperSwitch Mini must have a ciear view of the area to be controlled. It
should not be blocked by solid objects. The sensor will not penetrate
glass or walls. Mounting height should be kept below five feet. To
prevent false activation, do not direct strong air currents toward
SuperSwitch Mini. Not for use where temperatures fall below 320 F or
__n _ _ . . ,
~-------------------------------------------------------------------------------------
I
.
I
h
_ ..-.. _ ..-.. _ _ 1M
ti,-L ~_I~N
- ~ - ~--
MODEL 911 SERIES
<
. Revolutionary State of the Art
Energy Saving LED Design
uar
.:.25 Year + Maintenance Free LED Technology
.:.Exclusive Remote Control Battery Checker
.:.Runs on only 1 Watt. 3 Watts with Battery Backup.
.:.The Lightest and Thinnest Design on the Market.
.:.Ultra-Slim Profile
.:.Small & Compact Rechargeable Nicad Battery
.:.Emergency Operation with Flashing Light Feature
.:.Quick & Simple Installation. . . Every Time
.:.LED is available in Vibrant / Luminescent Red or Green
.:.Rugged Polycarbonate or Metal Housing and Faceplate
.:.120V / 277V / 60HZ
.:.US Patent Pending
.'.~Aootc: I II O'?l1
ENERGY
TECHNOLOGIES
INC.
~
b. Warranties
Energy Controls & Concepts (ECe) unconditionally guarantees our customers that all
labor and worl<man~hip associated to labor contracted and performed by ECC will be
warranted for a period of one (I) year from the date of installation. Any and all service calls
within the warrantee period will be responded to in a timely manner.
All ballast are warranted for a period of not less than (5) years from the date of
installation. Replacement labor for ballast's are warranted by a $10.00 labor allowance. All
ballast shall meet the UL 935 requirements. In all cases, should the problem be related to a
material defect or failure, the manufacturers warranty for merchandise will supersede that of
ECC's. Furthermore, ECC warrants that all equipment will be installed in compliance of and
accordance with:
· The National Electrical Code (NEe);
· The standards for safety of Underwriters Laboratories, Inc. (UL);
· The standards for the American National Standards Institute (ANSI);
· The specific instructions as provided by the equipment manufacturer for
installation of the product(s).
If it appears that the manufacturers warranty period does not meet the warranty
specified (see attached equipment warranties), the customer is advised to notify Energy
Controls & Concepts in writing at 1758 Orange Tree Lane, Red1ands, CA 92374.
All work performed by ECC will be done professionally and in accordance with
acceptable safety standards imd practices. All work areas will be cleaned of any work related
debris and left in same condition as found prior to any installation. All materials removed will
be disposed of and/or recycled in compliance with the requirements of Environmental Safety
of the State in which services are contracted and in compliance with the Federal laws as
stipulated by the Environmental Protection Agency. In all cases, ECC will exercise
responsible waste management disposal and compliance of safety standards associated with
removal of ballast containing P.C.B.'s. In all cases, ECC will attempt to recycle all other
materials removed from the job sites. Unless otherwise stated in writing, the costs associated
, with toxic waste disposal' are those of the customer.
Additionally, equipment shall be free from defects in material and workmanship as
designated from the equipment manufacturer. ECC will service the manufacturers warranty in
all cases except where prohibited by the manufacturer and/or in the event that the customer is
located outside of ECC's service area in which case the manufacturer will provide service to
32
,
the customer via an approved local service company. ECC will work directly with the
manufacturer in matters related to compensation for both the customer and/or for ECC's labor
related to the manufacturers warranty. This warranty is exclusive of all other statutory, written
or oral warranties, and no other warranties of any kind, statutory or otherwise are herein
expressed. Service call charges may be incurred in the event that such calls are generated as a
result of customers lack of and/or inability to operate equipment whereas said equipment is
not defective.
LIMIT A nONS OF LIABILITY: ECC will not under any circumstances, whether as a result
of breach of contract, breach of warranty, tort or otherwise be liable for consequential,
incidental, special or exemplary damages including, but not limited to, loss of profits or
revenues, loss of use of or damage to any associated equipment, cost of capital, costs of
substitute products, facilities or services, downtime cost or claims of customers or customers
buyer's.
(
33
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Lighting Analysis Worksheet Legend
DeseriDtion
Lamp
Incandescent Lamp
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Surface Wrap Fixture
Moisture Proof Surface Wrap Fixture
Drop In or Recessed Fixture
Lensed Channel
Parabolic Lense
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Three Lamp
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Tube Guards
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Lighting Schedule
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Standard Ballast Factor
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Energy Saving Ballast (Magnetic)
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Mini Ballast (Magnetic)
Dimming Electronic Ballast
Battery Back Up I Power Pack
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Kilowatt Hour
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VI. Appendices
""
37
1.
Appendix A Insurance Certificates
38
j!'!(ODt.'CER
I RAINTREE INSURANCE /
ROBINSON & COOPER
t" O. BOX 2488
..f BERNARDINO, CA
92406
CA UC.# Q5OT773
. ""i"''.'''''''''' "." .,....... '.' ....... ,..... ........,.,.,..,. ....... . .
ABCDERCE:RTIFlCATEOF INSURA.NCE ,.... . '. 1SStJE..n IM"""NY}
. '.,."'......,,...,.....,.. '.' ..... ". ',' ,..:.:'"', ".... ,. .' ............. .." 1:1 ""4'" n ", ,,," '''A
THIS CERTIFICATE IS ISSUED AS A ~IATIER OF INFOR.~IATlON Or.'LY A.'1>
CONFERS NO RIGHTS UPON THE CERTIFICATE HOLDER. THIS CERTIFICATE
DOES NOT A.\1L"lD, EXTE:'ID OR ALTER THE COVERAGE AFFORDED BY THE
POUCIES BELOW.
COMPA....1ES AFFORDING COVERAGE
~~I~'iY A
(;()T,nF.N F.l\r.T,F ..INS..D1
I
I L"'lSt.1U:D
COMPANY B
tznCR
E~IERGY CONTROLS &
CONCEPTS
1758-B ORANGE TREE
REDLk'IDS, CA
LANE
COM'''''' C
=
I
I
I CO;:;~.~~~wl~ii~~~gi='1i~~g;;i~g;VJ/~ ~o~1?r TJlRE J~~~o~n~~TAB~~ ~~c\ 'T~LI~~I~~~:l
CERTIFICATE MAY BE ISSUED OR MAY PERTAIN. THE INSURANCE AFFORDED BY THE POUCIES DESCRJBED HEREIN IS SUBJECT TO AU roE TE~,j
~XCLUSIONS AND CONDmONS OF, SUCH POUCIES. UMm SHOWN MAY HAVE BEEN REDUCED BY P..ID CLAIMS. .
CO i ;POUCY U'f'EtTlv't I'OLICY EntRA TIC."
ILTK TYl"t OFINSl.'2A."'CE I POUCY NtIMBD : DATE (MM/DD/Yy) DATE {MM/DDlnl LL~rrs
co"",,,,,, D
=
92374
COMP.""" E
L-C"'jf'ER
CE.'\'UAL LlABlLITY t
A. X COMMERClAC OEl<EllAC I.lAIlIUTY I
: Ct.AlMS """E [iJOCCUR.
:OW~ER'S'" COl'l1'RAcroR'S PROf.
CCP454921-01
11/20/97'
I
I
I
11/20/97
CE....Elt.~J.. ....CCitEGATE S 1.,. 000 , C c .:j
11/20/98 PROOUrn-cOMP!O"OO. 1 1. QQ 0, 0 C C
'ERSt?~~~~_~~~.~NJURY s~, 000, ooe
~C,!!~E."'<:'E".. .1.1-.000, oce
FIREOAMAC;:;(Anyoner~!..~ _~._ SO, aoe
MfO.E'<PEX5E (Anyone penon) $ c:; (': (".....
AtrrOMOBn.E LIABILn'Y
~ ANY AJJrO
! ALL OWNED AJJrOS
c....X... SCHlOOUCED'UTOS
! HlJ.EDAUiOS
I NON-OWNED Al1t'OS
----"
. : CARAGE UABIUrY
CCP454921-01
I COMBINEO St(ll(jl..E
11/20/9S:UMrr
! BODILY lNJURY
;(P=r~n)
,$
, O.o.O.OC':
.1
; BODILY INJURY
.(P=txcidentJ
1
PllOPERTY DAM ACe.
L"tCESS UABIUTY
. UMBRELLA FORM
OTHER THAN UMBR!LLA FORM
EACH OCCJRRENCE
ACCRSCiATE
WORKER'S COMPE:"lSAnON
Fa Ao-.m
E.'t:PLoYUS. LlAltuTY
NWC-338943-02
01/01/98 01/01/99 ~'CH:~~o:~RY':i~rrS_- ";'i-.-aoa, c :1
DISE....sE.;tOLlCy LIMIT $ 1, 0 Q C I Co :1
I
DISE....SE.E.-\CH E.'wlP'...OYEE 5 1 r, :.... (" ,.., I" "'1
I
!
OTllER
*10 DAY NOTICE OF
FOR NON-PAY OR
CA.'ICELLATION
NON-REPORT"
JESC1UYI"IOIf or OPUAnDl'Sl1.oc:..nON5/YlBlCLE$iSP!CW. rrDlS
C~~TIFIC~TE HOLDER Nk~D AS ADDITIONAL INSURED
CERTIFICATE HOLDER
CA.>;CELLA TION
SHOULD A:<IY OF THE ABOVE CESC~18EC PCLiC;ES aE c..~CE!.:.EC aEFCR; 7:~;
E:<P!RA1iON DATE THEREOF. ~E ISSt:I:'-iG COMP.-\~Y WIL.l. c~OEAIiQR. 7::-
MAIL 3 G DA YS WRrrr:.~ NOTIC; 7C TI-i; c;a7TF1CA.. HCLCE~ ~..~IEC 70 7H;
. -
L.EFi, at.:T FAII.t.:RE TO MAIL.. S:';CH :'iC7:CE SHALl. {~(POSE ;o.iO OBL:CA7:C'\ r:;
L.IAStUTI OF A~Y KI~D t,;PON lriE CC\IPA;o.lY. liS ."CE~TS OR ;{E?RESE:'-':",.l, 7", ~.:
A(."THORJZED RE7PlESE....:;TI'.jE/) I' ..i ' /1 Il
rI ,';;1/. k/ JOY /lJi/#
2. Appendix B Ballast Maintenance Chart
39
~
Ballast
Leaend
L
S
H
NB
E
D
M
L
S
[[]
NB
E
D
M
123
IIIV .f s.. ..r..r.I.'
FLUORESCENT BALLAST MAINTENANCE CHART
Illck -120'
RId = mv
1211 lIW 111111t hCllr
1211 "llIlnlllllllt FICllr
1211 11,lIllllllt FICllr
1211 111111t .at llCllld II TIIII FbdIre
1211 EIIII'IIICJ Cirelli er IllIIn 'Ick
1211 11..11' BICb'lllc 111111t Fer T-8'1
1211 MI'I'UC 1IIIIIt Far T-8'1
mv hw 111111t Flctar
mv Stlldlnl 1IIIIst Flctar
mv 111..lllllst Flctar
mv 1IIIIst .at lacltld II FlXtlre
mv E..,..ICJ Cirelli ar 11111'1 'Ick
'l11I 111111111 Ellctrlllc .llIlsUar T-8'1
2771 MIIllUc 1IIIIst Far T -I's
1IIlIIIer III.nunCIU.I '1.lIer
~
3. Appendix C Acknowledgment of Addenda
Receipt of the following Addenda to the Contract Documents is acknowledged.
Addendum No. I F99-09
Addendum No.2 F99-09
Addendum No.3
Dated: 5/20/98
Dated: 6/23/98
Dated:
-
,
40
4. Appendix D Bid Bond
'<C
'-
41
'.'
Bond ~o....t:!!.~.......................
Fidelity and Deposit Company
HOME OFFICE OF MARYLAND BALTIMORE, MD.ll2OJ
BID BOND
KNOW ALL MEN BY THESE PRESENTS:
That we...!'.!1..~!'Q)!'.~.~!~~~.~ ~!,l.?~p.!~.............._..............................................................................................................
......_.___......_.._.........._.____........__.__........................._.................._....___.............._..__...._..~._.._..__........u................._...__
..........._................................................................................. al Principal, (hereinalter called the "Principal"). and
the FIDUJ.IT\" A:'"D DEPOSIT COMPANY OF MARYLAND. 01 Baltimore, Maryland. a corporation duly organiU<!
under the Iawl of the State of Maryland, as Surety, (hereinafter tailed the "Surety"). are held and firmly bound
unto...!.IJ.~.fffil.Qf.~!!~.~.m!!!.~!I}Q............................,............................................................-..............................................
...........-.......-..................-................---....-...-......-.................................-..................-.-......-.-.-.............-.......--.....--.
......................................,...........................................................................8. Obligee, (hereinalter called the .'Oblig....).
in the IUm ol.....I~~.~=.~~!.~!.!':1.-::.T.~~!.!.:~~!:~!.~i.~.._......_...........__......................_...Dollars (J.:!.~~._.........._..).
for the payment of which lum well and truly to be made, Ihe said Principal and the laid Surety, bind ourselves.
our heirs, executorl, administrators. .uccessors and aasiglU. jointly and severally. firmly by these presents.
WHEREAS. the Principal has submitted a bid for...._..........................................-.............................-.............
City of San Bernardino RFP for 19 Energy Efficient Project
..-.......--..-.------...................-..-......-...............-.........-...............-.-...--..-.....-.......-.-................--........-...........-.....-....-.
_..___.___...................................._......................._......_......................................__..__._..................__...........................__......._0"
...._................._................_......__._.........__......_......_.............................._............._..............................._....................._u_..
..-.........-..................-.-..-....-.......-..-.........-......-......-......-..........................................-.......................-..........................
NOW. THEREFORE. if the Obligeelhall accept the bid of the Principal and Ihe Principal shall enter into
a contract with the Obligee in accordance with the terms of .u~h bid and give luch.bond or bond. as may be
specified in the bidding or contract documents with good and .ufficient .urety for the failhful performance of
such contract and for the prompt payment of labor and materiallurnished in the proseculion thereol. or in the
event of the lailure ollhe Principal 10 enter into such conlract and give such bond or bondi, il the Principal
shall pay 10 Ihe Obligee the difference not to exceed tbe penalty hereol between Ihe amount specified in said
bid and luch larger amount for which the Obligee nlay in good lailh contract with another party to perloml
the work covered by said bid. thet1lhil obligation Ihall be null and void,otherwise to remain in lull force and effect.
Signed and sealed this............................................~.Q!!:l........day oL.........~y!!!!........._...................A.D. 19_~.~....
...~~~~w..~~~~~.~..~!?!:1.~~!?!~......_......................(SI!AL)
PriNcipal
.................................-........................--...:Fiiie...................
FIDELITY AND DEPOSIT COMPANY OF MARYLAND
S"rely
By....7ff5r~~-;<;.-i:~i~........(SBA1.)
Attorney-in-Fact
C3Ud-lSOM.
Approvtd b, 'Ibo AtDelic~ (DIuc.Ul.c al Archil.octti.
^.I.A. Docwncn& No. A.JIG February IIiO E4!IUolI..
Power of Attorney
FIDELITY AND DEPOSIT COMPANY OF MARYLAND
HOME OFFICE. BALTIMORE. liD
STATE OF MuYLAND
COUNTY OF BALTIMORE
KNOW ALL MEN BY THESE PRES~S: T~at the FIDELITY AND DEPOSIT COMPANY OF MARYLAND, a corporation of the Swc of
Maryland, by C. M. PECOT, JR., VIce-President, and C. W. ROBBINS, Assistant Secretary, in punuance of authority gnmed by Article
VI, Section 2, of the By-Laws of said Company, which are set forth on the reverse side hereof and are hereby certified lO be in full force
~lef~r~i~ ~ ~~,:,:f,. ~~ ~~~y. ~~~' .~~~~~.~.. . J~~~~~y _~ ~~:~~ . ~~. ~~~. :~emente.
1 ageDt and Attorney-in-Fact, lO make, execute, seal iver, for its behalf as surety, and as its act and deed:
any and all bonds and undertakings......~....~ ............................
""" we execuuon of such bonds or undertakings in pur~se . be as binding upon said Company, as fully and
amply, lO all intents and purposes, as if they had been duly and ged by the regularly elected officers of the Company
at its office in Baltimore, Md., in their own proper pe. ~
~ ~
The said Assistant Secretary does hereby certify .. ~extract se~ on the reverse side hereof is a true copy of Article VI, Section
2, of the By-Laws of said Company, and is now ~~~
IN WITNESs WHEREOF, the said Vice-~t and . ecretary have hereunlO subscribed their names and affixed the
Corporate Seal of the said FIDELITY AND COMP MARYLAND, this 14 th day of
December , A.D. 19-1i ~
A=. e nDttnYAND" COM>ANY",:nAND q~
Vice-Pre nt \
( ss.
l .
On thisl!t..th..-day oL~~..mhpT , A.D. 19-910. before the subscriber, a Notary Public of the State of Maryland, duly
commissioned and qualified, came C. M. PECOT, JR., Vice-President and C. W. ROBBINS, Assistant Secretary of the FIDELITY AND
DEPOSIT COMPANY OF MARYLAND, lO me personally known lO be the individuals and officers descn'bed in and who executed the preceding
instrument, and they each acknowledged the execution of the same, and being by me duly sworn, severally and each for himself deposeth
and saith. that they are the said officers of the Company aforesaid, and that the seal affixed lO the preceding instrument is the Corporate
Seal of said Company, and that the said Corporate Seal and their signatures as such officers were duly affixed and subscribed lO the said
instrument by the authority and direction of the said Corporation.
IN TESTlMO~ WHEREOF, I have hereunlO set my hand and affixed my Official Seal the day and year first above written.
@"~ r-~ c-/~
EJItIlT ~ ~~
~ ...... ~ CAROL] . FADER ' . NOM" Public
~~. ,
My Commission. Expires Aq&\'-~..J996
CERTIF1CA TE
I, the undersigned, Assistant Secretary of the FIDELITY AND DEPOSIT COMPANY OF MARYLAND, do hereby certify that the original
Power of Attorney of which the foregoing is a full, true and correct copy. is in full force and effect on the date of this certificate; and
I do further certify that the Vice-President who executed the said Power of Attorney was one of the additional Vice-Presidents specially
authorized by the Board of Directors to appoint any Attorney-in-Fact as provided in Article VI, Section 2, of the By-Laws of the
FIDELITY AND DEPOSIT COMPANY OF MARYLAND.
This Certificate may be signed by facsimile under and by authority of the following resolution of the Board of Directors of the FIDELITY
AND DEPOSIT COMPANY OF MARYLAKD at a meeting duly called and held on the 16th day of July, 1969.
RESOLVED: "That the facsimiJe or mechanically reproduced signaDlre of any Assistant Secretary of the Company, whether made heretofore
or hereafter, wherever appearing upon a cenified copy of any power of attorney issued by the Company, shall be valid and binding upon
the Company with the same force and effect as though manually affixed."
IN TESTIMONY WHEREOF, I have hereunto subscribed my name and affixed the corporate seal of the said Company. this 30th
. 98
day of___...J.una..____.. 19...__.
LI42s.:-012-5007
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C I T Y 0 f.
San Bernardino
RACHEL
CLARK
CITY CLERK
November 6, 1998
Stephen Guthrie
Energy Controls & Concepts
1758 Orange Tree Lane
Redlands, CA 92374
Dear Mr. Guthrie:
At the Mayor and Common Council meeting of October 5,1998, the City of San
Bernardino adopted Resolution 98-316.
Enclosed is an original agreement. Please sign in the appropriate location and return the
original agreement to my attention as soon as possible.
You will be mailed an executed copy for your files.
Please be advised that said resolution will be null and void if it is riot executed within
sixty (60) days - January 1, 1999.
If you have any questions, please do not hesitate to contact me at (909) 384-5002.
Sincerely,
Rachel Clark
City Clerk
';7!i.?!4.r<--G/ ~d?:.
By: Melanie Miller, Senior Secretary
RC:mam
Enclosures
P. O. 80X 131', SAN BERNARDINO. CA '2"02
300 NORTH 0 STREET. SAN BERNARDINO.
CALIFORNIA 92<418.0001 ,.0.)S....SO.2
(10')3.4.51.2 FAX.C.0.)S....S1..
TDD/Try.,..'.3.4.55.0
CITY O.
San Bernardino
RACHEL
CLARK
CITY CLERK
November 6, 1998
Stephen Guthrie
Energy Controls & Concepts
1758 Orange Tree Lane
Redlands, CA 92374
Dear Mr. Guthrie:
At the Mayor and Common Council meeting of October 5, 1998, the City of San
Bernardino adopted Resolution 98-316.
Enclosed is an original agreement. Please sign in the appropriate location and return the
original agreement to my attention as soon as possible.
You will be mailed an executed copy for your files.
Please be advised that said resolution will be null and void if it is riot executed within
sixty (60) days - January 1, 1999.
If you have any questions, please do not hesitate to contact me at (909) 384-5002.
Sincerely,
Rachel Clark
City Clerk
~~.~
By: Melanie Miller, Senior Secretary
RC:mam
Enclosures
P. O. 80X 1318, SAN BERNARDINO, CA 12402
300 NORTH 0 STREET. SAN BERNARDINO.
CALIFORNIA 92418-0001 ('01)3'4-1002
(.0..3....5102 FAX.CIOI)I'...,..
TDDfYTY -1101)38"-5540
,~-- "". '
.. FOR OFFICE USE ONLY - NOT A PUBLIC DOCUMENT ..
RESOLUTION AG&"lDA ITEM TRACKING FORM
Meeting Date(Date Adopted): I J / /) 2. /98ltem /I /7 f? Resolution /I 9J'" - 3/(,
Vote: Ayes:? Z-, 't <: ~ 7 Nays: -t9- Abstain: "1'9- Absent:-e-
Change to motion to amend original docs: n I )
selrYk1if p ~/h~ i-4C~
.\ttachments: (;/.#d Resolution II On Attachments:
Contract Term: 0 r
Date Sent to Mayor: //1 tY3 198
Date of Mayor's SignatUre: /1 / fA /98
Reso Log Updated: ~
Date RetUrned from Mayor:
Date of Clerk' s SignatUre:
Seal Impressed: f//
Date Received Back:
Date Letter Sent to Outside Party for SignatUre:
60 Day Reminder Letter Sent on 30th day:
90 day Reminder Letter Sent on 45th day:
See Attached:
See Attached:
-
Direct City Clerk-PUBUSH. P05T. ReCORE> W COUHTY (t;i.."l~ I) Bal\..
~w AnagBedr-'
Request for Council Action & Staff Report Attached:
t.:pdated Prior Resolutions (Other Than Below):
Updated CITY Personnel Folders (6413. 6429. 6433. L0584. (2634):
Updated CDC Personnel Folders (5557):
Updated Traffic Folders (3985. 8234, 655):
Yes~ NO* By _~_
Yes_ No--=::::: By mam
Yes_ No"":::::::'" By mam
Yes_
Yes
No~- By 1ft;ll1ll
~.
No_ By .......
Date 1I,P8,!t;r
Date III at;. 1910
Date /11 ?'?-/98
Date II I ?,;;' /9
Date 1/ I CHi> /s
~// :.?hb:? ~' ~ ~/s
B: mam Date: II / J;Z.. /98
Copies Distributed To: Citv Attomev & Others:
Other:
BEFORE FU..ING REVIEW FORM TO ENSURE ANY NOTATIONS MADE RF.1lF. ARE TRANSFERRED TO THE
YEARLY RESOLUTION CHRONOLOGICAL LOG FOR FUTIJRE REFERENCE (Contract Tenn. etc.)
Ready to File:
m;a_
Dated I / (~ /9
Last UDdated: 10/09/1998
./"
I
02
REsoumON NO.
3 RESOLUTION OF THE MAYOR AND COMMON COUNcn. OF THE CITY OF
SAN BERNARDINO AWARDING A CONTRAcr TO WESTERN ALLIED
4 REPRlGDtATlON, INC. FOR DESIGNIBUILD OF AN ENE1lGY-D'PICIENT
REPLACDIENT OF ClllLLERS AT CAROUSEL MALL, FELDBEYM LIBRARY
. S AND 518 STREET SENIOR CENTER AND ALL DESIGN, STRUCTURAL,
6 MECHANICAL, ELECTRICAL AND ROOF REPAIR WORK.
BE IT RESOLVED BY TIlE MAYOR AND COMMON COUNCIL OF TIlE CITY OF
7 SAN BERNARDINO AS FOLLOWS:
8
.
9
.. .
SECIlON 1. WESTERN.AT.T n:m REFRIGERATION. INC. is'the lowest respollSible
bidder for: DESlGNIBUILD OF AN ENERGY-EFFICIENT REPLACEMENT OF CHILLERS
AT CAROUSEL MALL, FELDHEYM LIBRARY AND Snl STREET SENIOR CENTER AND
10
II
ALL DESIGN, STRUCTURAL, MECHANICAL. ELECTRICAL AND ROOF REPAIR
12
WORK. A contract is awarded accordingly to said bidder in a total amount ofS807,085.00, but
13
0.4 such award shall be effective only upon being fully executed by both parties. All other bids,
therefore, are hereby rejected. The Mayor is hereby authorized and directed to execute said
IS
contract on behalf of the City; a copy of the contract is ATTACHED AS Exhibit "A" and
16
incorporated herein by reference as fully as though set forth at length.
17
18
SECIlON 2. Capital funds for the project are required, The Purchasing Manager is hereby
authorized and directed to solicit, as needed, 1ease-purcbase rate quotes UDder existing Master
19
Lease Agreements and to award a lease-purcbase to the lowest responsible leasing company,
20
21
SECIlON 3. This contract and any amendment or modifications thereto shall not take effect
or become operative until fully signed and executed by the parties and no party shall be obligat
22
hereUDder until the time of such full execution. No oral agreements, amendments, modifications
23
or waivers are intended or authorized and shall DOt be implied from any act or course of conduct
24
2S
of any party,
c
10121198
Wesran Allied - Page I on
Yl o. 11
~ 'tl/z 191/7c-
C2
~ OF'" IlIAYOaMlDCIOMMQllI CXlllNC1LOF1II&CI1'\' o.SoVIlaI'l.UIDINOlO .....a_ AU.mD
......,..,,1Illl'I.1IIC.1IlIa - 101 LLLIIoDo. "" INIIIGY_........T~I o...-a- "Ta~'IR.
MAU..I'ILIIII&YIII -AllY .--S- ........- .... '-".... MID ALL ~SlalJClUllAl.III:C8ANIC.U.
KUCTIIIC.U.MlD ~"'AIIl"'"
SEcnON 4. This raolution is reIl;ioded iftbe a-liA to tbe C04-.l &iI to execute it
within sixty (60) days oftbe (I"..'&'t of this raolution.
3
4 I HEREBY CERTIFY that tbe fbregom, raolution was duly adopted by tbe Mayor and
. 5 Common Council oftbe City ofSen Bcm8ulino at a
lOW:.,. thereof; held on tbe
6
day of
.1998, bytbe fullowiug vote, to wit:
7 COUNCIJ. MEMRF.R!il.
AYES
NAYS
AB.~
ABSTAIN
8 ESTRADA
9 LIEN
.
.
10 (V ACANI)
II SCHNETZ
12 DEVLIN
13 ANDERSON
014 MILLER
15
16
o
City Clerk
17 The fuIqloing resolution is hereby approved this
18
day of
.1998.
19
20
JUDITH VALLES, Mayor
City ofSen Bernardino
21 Approved as to furm
and legal contem:
22
23 JAMES F. PENMAN
City Attorney
24
25
.Z
10121198
Wcsrcm ADied - Pap 20(2
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EXHIBIT "A":'"
~.:-:>.
AGREEMENT FOR PRO~IONAL SIjRVlCES
This AGREEMENT is made and eDtaecl iDto this day of 1998.
by and betheen the CITY OF SAN BERNARDINO. CaIi1Omia, a munic:ipal CCi......o4ion,
hereinafter me..e.d to as the "City" and W,-- AlliM Refii~D. Inc. . a California
corporation, hereinafter retmed to as "Contractor".
WITNESSETH
WHEREAS. City desires to obtain pro1i:ssionai scrvic:cs fur desip/bui]d fur an energy_
ef6ciem replacemeilt of city oWDed chillers at the Carousel Mall at 29S Carousel Mall and at the
Feldheym Library at SSS W. 6'" Street and at the S. Street Seuior C~ at 600 W. S. Street to be a
turnkey m....1ll1hnll and to include all ~ structuraJ, mechaniral" electrica1 and roofrepair work; and
WHEREAS,in order to provide fur the design. ptill}la&atlon of plans, securing of l"'"wits and
approvals, drawings suf6ciem to allow plant review and CODStruction and'to provide accurate as
conslructed drawings fur record purposes and to provide the coDStruction services -~ to complete
the desipw...f aspects of the coDStrUction of the rep1acemeut cbillers and accompanying plant
equipment it is necessary to engage the services of a c.l~ Contractor and construction firm; and
C WHEREAS, Contractor is qualified to provide said professional services as well as
construction services; and
WHEREAS, San Bernardino City Council has elected to engage the services of Contractor
upon the terms and conditions as hereinafter set forth.
NOW, lHEREFORE, it is mutua1ly agreed, as follows:
1. SCOPE OF SERVICES
Contractor shall pertbrm those services specified in "Scope of Services" and as contllit>ed in
Specification #F99-009 and in the proposal dated Iulv 1. 1998 . copies of which are
attached hereto as Exhibit "I" and Ex1ubit "2", respectively, hereinafter referred to as "Work" and
incorporated as though set forth in full. All services shall be pertbnned in acceptance with tbe
timetable set forth in Ex1ubit "3".
2. TERM OF AGREEMENT
The services of Contractor are to commence immf'1liately after the City has authorized work
to start by issuance of a Notice to Proceed. The scheduled completion dates are sbown in the
proposal and shalI be lOOdified to reflect the actua1 date oftbe Notice to Proceed and may be adjusted by
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~ -l'lIOflSaoulULsaVICESWIJ1I WDI'DlN .o' · "'" 1I&nICZIt.\11OI'I,INC.JIOIIIIISIGNI8IJILDCW AN
--..._.........n'IlII'IACDIINTCWCBlLUllSATCOIlOl.... IILU.L, ~. -...,. -,-sna:rSNlOll
CD .-- AlLDlllGN.STIll1Cl1JllAL,MICIIAIQC.U., IU.ICI1UC.U.AND IIOCWUPAIa 'MIaK.
c
tile City as determined by progress of tile work. This Agrecmcot sball expire upon completion of
tile projec:t or as directed by tile City unless extended by written agrcemeat of tile ~
3. STANDARD OF PERFORMANCE
CoDtractor will, at its sole cost and expeuse:
(a) Complete all work product, construction and design in conforma.....e with Standard
SpecificatioDS fur Public Works Construction (Greenbook) current edition. mmvf<qtfs
established by tile South Coast Air Quality Managemcot District, Coumy of San Bema.,iiao.
CootroDing State Standards, Unifbrm BlIildir1g ~ EJecha...J and Mer.....nbl Codes, tile
City of San BemarcIioo's Standard Drawings and tile projec:t ~~IJS.
-
(b) Conduct and carry out tile Work in accordaoce with tile terms and conditions of this
Agrccdoooa4 and diligeotly pursue completion of tile Work in accordaoce with tile timetable
set furth on Exlnoit 3.
(c) Supervise and direct the Work, using CoDtractor's best skill and atteotion. CoDtractor
will be solely responsible fur and have control over tbe construdion. IDeA"" methods,
techniques, sequences, procedures and fur coordinating all portioDS oftbe Work.
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(d) Unless otherwise provided in this Agreement, provide and pay fur all labor. materials,
equipment and tools necessary fur the proper execution and completion of the Work.
( e) Enforce strict discipline and good order among the employees, subcODtractors and
agents carrying out the Work and employ and permit tbe employment of only qualified
persons skilled in tasks assigned to them in perfbrming the Work.
(t) Secure all govemmentalliceuses and inspectioDS necessary fur the perfbrma.....e and
completion oftbe Work in accordance with all laws, statutes, ordina""es, building codes and
regulatioDS applicable to performing the Work (the "Applicable Laws"} other than those to
be obtained by City pursuant to Section 3 (t).
(g) Comply with and give all notices required by all Applicable Laws. However,
Contractor's does not assume the obligation to determine whether the Work or this
Agreemeot is in accordance with all laws and regulatioDS applicable to the City.
(h) Keep the filcilities and the surrounding area free from the accumnlJ.tion ofwaste
materials and rubbish resulting from Contractor's performance of its obligatioDS under this
Agreemeot and on or befure completion of the Work, remove from and about tile &cilities,
all such waste materials and rubbish, and all ofCODtractor's tools, equipment, machinery
and surplus materials, except that, as provided in Section 10, the City will remove and
dispose of all toxic or hazardous material removed from the facilities.
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10128/98
Western Allied - Page 2 of 10
""""'JGHr RIa t..o.-......u...~WIIII WIS1UlN AU.Im -"""~"""'JIIlC. RlaIlalCNlMllUtOP AN
. 1NaKiY............rllUlACDlDn'cw........ -ATc..o-- 1lIAU..~.-...,. ANDS.SlU&TSNIllIl
a:r.. _ AND AU. DIlIIQf.S'I'IIlIC'ftJRAL, IlOICIIAI'lJCAL IUCI1lICAL AND 1IOOII...,ua WOIlK.
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(i) Take rasollllb1e prec:autiollS tOr the sati:ty ot; lIIIII provide rasollllb1e pmtection to
preWDt """"'ge, ugury or loss as a result of the Work, iDc1uding without limit......u
coordinating the Work with the City's on-site safety program.
CllANGESlEXTRA SERVICES
...
A PerfotmA1V'1'! of the work specified in the "Scope ofServiccs" is made an obligation
ofCoDtractor UDder this Agreemem, subject to any cbangcs made subsequeudy upon m..t...I......n_
of the parties. All such chaugcs sba11 be incorporated by written _........t11V!llts to this AgRemeDt and
ioclude any incrase or dcaease in tile amoUDt of co.'y,,-':"Q due Co.~ uthe chaoge in scope.
Any change which bas not been so incorporated sbaU not be bind;"'! on either party.
.
. .
B. No extra serviccs sba11 be rendered by CoIlb._lOr 1IDlk!r this Agreen...nt un1ess such
extra servic:es are authorized, in writiDg, by City prior to ......&;,rm....~ of such work. Authori2Jed
extra servic:es shall be invoiced based on Contractor's proposed rates. a copy of which is included in
the proposal and incorporated herein as though set furth in full.
S. COMPENSATION
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A The City sba11 reimburse tile Contractor fur actual costs (including labor costs,
employee benefits, overhead, profit, other direct and indirect costs) incurred by the Contractor in
pcrfuI'IllllllCe of tile work, at tile rates 1isted in the proposal and fur the tasks completed and partially
completed in accordance with moDthly billings in an amount not to exceed $807,085.
B. Said compensation sball not be altered unless there is significant alteration in the
scope, complexity, or character of the work to be pcrfurmed. Any such significant aheration shall
be agreed upon in writing by City and Contractor befure commencement ofpcrfuI'IllllllCe of such
significant alteration by Contractor.
Any adjustment of the cost of services will only be permitted when the Contractor
establishes and City bas agreed, in writing, that there bas been, or is to be. a s;ipifU.smt chauge in:
1. Scope, complexity, or character of the services to be perfurmed;
2. Conditions under which the work is required to be perfurmed; and
3. Duration of work if the change from the time period specified in the Agreement fur
Completion of the work warrants such adjustment.
C. The Contractor is required to comply with all FedcraI, State and Local Jaws and
ordina""CS applicable to the work and which are in etfect as of the date of the notice to pauUed.
The Contractor is required to comply with prevailing wage rates in accordance with Califumia
Labor Code Section 170.
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10I21f98
Western Allied - Page 3 of 10
AGIlUMZNT -~-.u."V1CUwrm WIllTIIIl'I ALlJJ:DRU1I-"~11ON,1NC._~CWAlf
. 1NalGY....~ UI'LACDI~CW""" · ~"TCARCMJllELIlIALL, IIILOIDnI LII&UlY AlfDs..srun....
CIl'nD AlfD ALL DISICI'I.S11IlIC1t&U., MKIIANIC.u.. a.IC'I1IIC.u. AlfD IIOCW IIIPAIIl WOIIIt.
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6.
PAYMENT BY CITY
A. The billini'" fur all services rendered pursuant to this AglIIle4leut sbaJ1 be su....itnld
monthly by Contractor to City 8Dd sbaIl be paid by City within tweuty (20) days after rece;pt of
same. exceptiDg any amounts disputed by City. Dispute over any invoiced amouDI: sbaJ1 be DDtic..d
to the Contractor within ten (10) days of billing and a meet and com mcetdIg fur pUlpD S! J of
resolution of such dispute shall be initiated by the city within ten (10) days OfDOtice ofsuch
dispute. IDlerest of I ~ percent per moDlh (but DOt ex~ing the "",>rim'llm rate allowable by law)
will be payable on any amounts not in dispute and not paid within thirty (30) days of the billing
date, payment thereafter to be applied first to lICCJ1Ied interest and then to the paw..ipal'll'T"'id
amount. On disputed amounts. interest shall accrue from thirty (30) days of the inwice date uthe
amouDI: in dispute is resolved mvor of the Contractor. .
,
B.. SOOuld litiglotinnbe nee l.....ito<aJfu.ceanytamorflOvisionoftbisAgl:~..~...orto
coDec:t any portiou oftbe lIIOOID psyab/e under this Agr.... ..~.. then aBreasooabIe ~"";'oD.and co&ction
expenses, witness fees, and court costs, and attorney's fees sbaIl be paid to the prevailing party.
The costs, salary and expenses of the City Attorney and members ofhis office in colllleCtion with
that action shall be considered as attorneys' fees for the purposes of this Agreement.
7. SUPERVISION AND ACCEPTANCE OF SERVICES
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A. The Facilities Manager of City, or his designee, shall have the right ofgenera1
supervision over all work performed by Contractor and shall be City's agent with respect to
obtaining Contractor's compliance hereunder. No payment fur any services rendered under this
Agreement shall be made without prior approval of the Facilities Manager or his designee.
B. Contractor shall perform the Work as an independent contractor and shall not be
considered an employee of the City. This Agreement is by and between Contractor and the City,
and is not intended, and shalI not be construed, to create the relationship of agent, servant,
employee, partnership, joint venture, or association, between the City and Contractor.
C. When Contractor believes that all or any phase of the Work has been completed in
accordance with the terms of this Agreement, Contractor will submit a Certificate ofS.,hd"Utial
Completion to the City. The Certificate of Substantial Completion will descn"be the Work
substantially completed and include a commitment by Contractor to complete any rernainillg
portion of the Work or the completed phase. The parties intend that work will be accepted as it is
substantially completed.
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D. The City will, within five (5) business days after receiviDg the Certificate of
S.,hd_ial Completion, inspect the Work that is descn"bed as completed in the Certificate of
Substantial Completion.
E. If the City does not accept that Work, the City will deliver written notice to
Contractor descn"bing in detail the material respects in which that Work mils to con1Orm to the
description of that Work set furth on Exhibit 2. In that case. Contractor will take such actions as it
10128198
Western Allied - Page 4 of 10
Ar.It~ -'-IaoounALSIIlVICII WIT8 WI'SIDII'I'" · .....1I&n--~1IOIf,I'IC.JIla "'l"r.f1llClll.D0I AN
. .......,._....-..T 1III'LACDII:Hr00twll. - ATCAIlOC- IIIAU.--"'-.on ANDS-S1'IIUI'.....
<:Dr .- AND ALL DISIQI,"'VCI1JILU.IIO'iCIIANJCAL, D.IC'IJIICALAND IIOOlr UP.. womc.
C ti-nl& appropriate to cause tb8t Work to coDibrm to the de...wiptiuu set iJrtb 00 Exhibit 2 in aU
III8lcria1 respects. Comractor will then issue aoother Certificate ofS1Jb.oI-...:"1 Completkfta Jlua~ to
paagraph (a).
F. 1ftb8t Work SlJb.ot....:..lly confurms to the de...ipdoooftb8t Work set iJrtboa
Exhibit 2, the City will accept tb8t Work by .."irlg the Certificate ofSub-t...1 :"1 Compldioa 8Dd
returning it to Contractor. If the City does DOt deliver any written DOtice to Comractor within tea
(10) business days of receiving the Certificate ofSulW-ilIl Comp1ction, the City will be do-emed
to haw signed and mumed the Certifkate OfSl.hat-ial Completion.
G. The date 00 which the City accepts Work or a phase of said Work is refi:rred to
herein as the .. Acceptaoce Date" of such Work or phase. . "
.
8. REPRESENTATIONS
Each party represents tb8t:
(a) It bas aU requisite corporate power and authority to execute 8Dd deliver this
Agreemeilt and to perform its obligations hereunder, and it is in good OItlIndirlg under the
laws of the state of its ol'gllfti""tioo or incorporation.
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(b) The execution, delivery and perfoJ'l1lA~ of this Agreement haw been duly
authorized by its board of directors or go"",~ body, as the case IDay be, and in
accordance with its organizational documents.
( c) This Agreement bas been duly executed and delivered on its behalfby signatories so
authorized and constitutes its 1egaI, valid and binding obligation.
(d) The execution, delivery and performance of this Agreement will DOt result in a
breach or violation ofDOr constitute a defiwlt UDder any agr=ment, lease or instrumem to
which it is a party.
(e) To the best of its knowledge there is DO pending or threatened judicial or
admini..rrative proceeding tb8t could have an adverse effect 00 the validity or enfon:eability
of this Agreemeut or such party's abi1ily to perfurm its ob1igatio1lS tmder this Agreement.
9. DISCOVERY AND DISPOSAL OF HAZARDOUS SUBSTANCES
(a) If any Hazardous Suhct......es are discovered at the &cilities during the Work, such
discovery shall constitute a cause beyond Contractor's reasonable cootrol and Couh_1or
shall have the right to cease the Work until the City, at its expe~. as appropriate, tests,
abates, encapsulates, cleans up, removes and disposes of such Hazardous Sllhct.....~
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10121198
Western Allied - Page S of 10
~,.,.~ FOaHJO.--u.SDVlClSwrm ......_ AUJID .....,."~11CI'f,1NC.IIOaDl3lClWlJlUCW AI'I
. INUIGY-Ilr..........r IIft.ACDII:Nrcwnm .... ATC/'IIOf- IlIII.LL, ~ '-'1lY A/IIDS-SI1lI&TIINIOIt
CDI._ A/IID ALL DlllGN.SI1lllC11JllAL, llU.CIIANICAL, IL&CI1IICAL A/IID IIOCW IIIPAIa WOIIX.
c
(b) If the City so requests, CoDtrador sbaJl assist the City by JIIOvidius the City a lilt of
qua1ified disposal colDplUlies, ..II-...ittg collbal:ts betw.ccn the City ad a qllAlififl!d dilposal
compmy aud coordilUltmg the Work with the activities of a cru-lifiM disposal complllly.
Although budget costs fur such services may be iDeluded in program JIl'OPOSlIIs aod cash
fIowaualyses, the City will be directly IeSpODSJole fur ooaJhcds aod pa:ymem to disposal
companies.
10.
INSURANCE
CoDtrador sbal1, at its expense, ....intJoin colDlDelcial gcneralliability co'iallge aud
employer's JiabiIity co._.e of at least $1,000,000 each 0CCUII'eIIl:e. $5,000,000 ~ aod
workers' co"1p'......tinn co'iallgc, to protect such party 8IId its o~ djnlctors. ageots aod
employees tiom any claims under workers' cou.,en_inn aod other cillplo~ beDetit acts aod tiom
any 8IId all other claims fur bodi1y injury, iDe."'.. desth ad penollll injury ad tiom cIA.... fbr
property dam,.ge which may arise with ~t to this AgrcaoedL CuaJh..:1of: sbaJl submit to the
City compIeted Certificates of Insurance evideucing such coverage. CoDtractor will name the City
of San Bernardino as an additiollll insured on the policy.
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Except fur City's negligeoce or misconduct, CoDtractor sball ind.!mnify, defimd 8IId hold
City aud City officers aud employees harmless tiom all d"""'Bcs, cost aod ~nses beclQ_ of
da""lgeS to property or personal iD,jury suffered by reason ot; or in the course of pe.furmiDg the
Work aud C8Jlsed by any willful or negligent act or omission committed by Contractor or any of
CoIltractor's employees, subcontractors. or agents. The parties ~"",ly agr= that any payment,
attorney fee, cost or expense City incurs or makes to or on behalf of an injured employee UDder its
self-admini!Otered workers compensation program is included as a loss, expense or cost fur the
purpose of this section. The provisions of this section will survive the expiration or early
termination of this Agreement.
11. DEFAULT AND TERMINATION
(a) If Contractor or the City:
(1) Fails to make any paymeDl as it becomes due in accordance with the terms of
this Agreement,
(2) Fails to perfurm or observe any other covenant, condition, or obligation to be
performed or observed by it hereunder, or
(3) Made in this AgreemeDl any materially &lse, mis/-fmg or erroneous
.el"~"IItatioD to the other party, then the other party sball have the right to send a
notice of termination of this AgreemeDl.
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During the thirty-(30) day period beginning on the date of such notice,
Contractor and the City will negotiate in good l3ith toward an amicable resohrtion of
10128198
Western Allied -Page6 of10
o
o
o
~UNDI1' FOR ~--.u.SIIl\'ICISWI11I__,-", ALUID unq."TIOl'I,INC. _ DaIGNIIIlJIU)O, IIlf
1NaICa:.&JFlCDM' lIEft.ACDIIIlrrornm ,..,. ATallO'l- MAU..FIUIB&YM ~ ANDS-SI1lE&T!DlIlIIl
0... ,..AND ALL IIISIQf, SI1lUCl1Jlto\L, MlCllANlCU.IUC'11IICAI.AND IlOOF UPAa WOIIIt.
the default. If 00 such resolution is agreed upon in writing witbin such period, this
Agreement sball termin..t"'.
(b) If proc-Mi'1l" under any bankruptcy, insolvency, reorpni7Minn or !rimil....
legislation are instituted .,unlit or by a party, or a receiver or !limn- of6cer is appoiated mr
a party or any of its property, and such ~~ or appodw..JJb are oot V'"C8ted, or fuDy
stayed, witbin thirty (30) days after the iDstitution or 0CCUDeIlCe thereof; tbe other party sball
have the right to terminate this Agreement by written ootice, such ootice to be effective
upon delivery.
(c) The oon-defiwlting party may, at its discretion, exercise all remedies available at law
or equity or other appropriate prool'eI'Iil1g~, including b. ;,,,1ng W action or actions fiom
time to time fur tbe recovery of da!nslges as a IeSUlt of such ""anlt, and all costs and cxpe~
reasonably incurred in tbe exercise of its remedies hereunder (including attomeys' fees).
U. ASSIGNMENT
(a) Except as provided in this Section, neither party will assign any of its rights or
obligations hereunder without tbe prior written consent oftbe other party. This AgroMnll(ollt
will bind and inure to tbe benefit oftbe successors and permitted assigns oftbe parties.
(b) The City may transfer or assign its rights and obligations under this Agreement to a
successor purchaser oftbe &cilities if such assignee or transre,.... explicitly as.,n...." in
writing the obligations of the City under this Agreement.
13.
EXCUSED DELAYS
If either party will be delayed in or prevented, in whole or in part, from performing any
obligation or condition hereunder with tbe exception oftbe payment of money, or liom
exercising its rights by reason or as a result of any "force majeure" or due to the &ilure of the
other party to perform its obligations hereunder, such party will be excused from poaIDrmiDg
such obligations or conditions while such party is so delayed or prevented. The term'1im::c:
majeure" as used herein means acts ofOod, acts of go~.......~,,~, strikes, lockouts, orotber
industrial disturbances, acts of public enemy, bloclcAdn, wars, insurrections or riots,
epidemics, landslides, fires, storms, floods, earthquakes, explosions, Water dmnslge, ligl1tning,
freeze-ups, tbeft, malicious mischief; electrolytic or chemical action, unusual delays in
transportation, or other similar causes beyond the control of such party.
14.
NOTICES
Any and all ootices between the City and Contractor provided for or peulJiued UDder this
Agreement or by law will be in writing and will be deemed duly served when persooalIy
delivered to the party, or in lieu of such personal service when deposited in tbe United States
mail, certified, postage prepaid, addressed to such party at the address of such party listed on
10l2Il98
Western Allied - Page 7 of 10
~ fOIll'llOfl3llClNALSDVICD wmr WUl'DIN.u.1JID IlDIUCU4TJClll1,II'IC.JOaIll:lllGl'flMJlOP IllI
. 1NIIIC;Y_........r llUIACIIlIINI'oPnID I... ATCAIIOtISIL ~ ~I_A.Y ANDS-snD'I'!DlIllIl
CIllo .- AND ALL DlSlCN.SI1ltlC'l1lllAL, IlIF.C11.U11CA1..IUC'IIlICAL AND IIOOF IIPAIIl WOIU(.
o
the siguature page to this Agludaellt or at such other address as is given to the other pIrty
by Iikc DOnee. A copy of any DOnee to CoDtrador sbaD be seat to w--.. AI1WI
P.O. Box 3628. &om" Fe SurimrlL CA 90670 (Attf!lltinn~ MiIr.. ("IlIILo,,,,,,,)
15.
MISCELLANEOUS
(a) ImD. This Agreement will take effect when sigoed by both pattie.. and, uoJess
sooner tel'minsot",\ will continue until the parties have satisfied their obligations UDder this
Agreement.
(b) Forum "M Law. This Agreement is considered to have been made at City of San
IkmaI:diDO, County of San BemardiDO. CoDlIactor aad the Citf asrec that any aod all
disputes arising out of or in conoection with this Agreement 'Ifill be brought only in the
jurisdiction of the County of San Bcmardino, California. Contnll:tor aad the City each
consent to the jurisdiction of the County of San Bernardino, CA aad each agree to the
service ofprocess in accordance with the law of the State ofCaJ.ifomia.
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(c) Entire Aareement This Agreement, including its Exhibits, which Exlubits are
incorpoIllted into this AgreemeDt in their entirety, contains the entire agreement between the
parties with respect to its subject matter aad supersedes all prior proposals, letters. brochures
and other material relating to its subject matter. No amendment, waiver or discharge of any
provision of this Agreement will be valid unless in writing and sigoed by any authorized
representative of the party against which such amendment, waiver or discharge is sollgbt to
be enforced.
(d) Non-Waiver. The fiillure of either party to insist in any instance upon strict
performance of any of the provisions of this Agreement will DOt be construed as a waiver of
any such provision DOr affect any presem or future rights hereunder.
(e) Internretation The .........inV and the table of coDtentS are fur reference and conveoience
only and will DOt be COIISiden:d in the interpretation of this AgreemeDt. The language used
in this Agreement will be deemed to have been chosen by the parties to c:xp....,.. their mrJt\1IIl
inteDt and no rule of construction will be used to construe language against either party.
(t) Severability. Ifany provision of this Agreement is beld to be unenforceable, then
both parties will be relieved of all obliptiollS arising under such provision, but only to the
extent that such provision is unenforceable, and this Agreement will be deemed amended by
modifying such provision to the extent necessary to make it enforceable while preserving its
inteDt or, if that is DOt possible. by substituting aoother provision that is enforceable and
achieves the same objective aod ecoDOmic result. If such unenforceable provision does not
relate to the payments to be made to Contractor, and if the reIftJlintf'"t of this Agreement is
capable of $1)'-....._1 performance, then the remainder of this Agreement will be enforced
to the extent pennitted by law.
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10f2II98
Wcsrem Allied - Page 8 of 10
~---...r ...ftIOw..-unALlIaVICU.... _......JIf~. . .......~~A1'ION,1IIC....D(~r..,.._ Mf
. 1NaK.............~_nnw. "'AT~-- IIAU........ -'lIlY ..S-STaaT.....
CD._MlDAU.DaICN,SftlJC1WAL,lIIIICIIMlJCAL,a.a:nllCALMlDIIOIWIllPAaWOlUt.
o (g) I"'~["'I_"'''' P.'''' NotbiDgc:ont-inood in tbis.A8l-........ will bedooemed or
coDStrued a,r lID)' puIpOIe, to estabIisb, bet"eeIl the peatiA. a A-ib-..... or joiBl wmure. a
priocipal-ageut relatioDSbip, or any relatioosbip other tban City aDd ind-.peDdeal co~...tu...
(h) Non-D,- . :...l'lA'inn DuriDa the perfbl'1l\......~ oftbis ~1\~d1. Co~.... aan J
tb8t C6alb-.1or sbaII DOt dL...:...l_~ on the IJOUIIlIs ofrace. religious Cned, color. DIIiu..d
origin. ..... e.>t&f, .. physical disability, IIV!IItAI disability. rocdical coadition including the
"""'icaI c;oadition of Acquired I............ Deficiency Syndrome (AIDS) or lID)' coadition
related tbereto,lDIriraI ctatus" sex or -.rI1lII1 orieutatiun in the selection aDd ret~ of
employees and subc:oalbtdutS and the proc:uremeut of materials aDd ~ Further.
C6uhtdur agrees to comorm. to the requirements of the Americans with Disabilities Act in
the perfu..........~ of this Agree~ .
- .
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16. COMPLIANCE WITH CIVIL RIGHTS LAWS
Contractor hereby certifies tb8t it will not discriminate llgI'm..t any employee or appJicaDt Jbr
employment '--- of race. color, age, Imndic:ap, reHgion, sex, IDIriraI status or Dational origin, in
acc:ont.m:e with FedaaJ, State and Local Jaws. Such action shaJ1 include, but DOt be limited to, the
JbDowing: recruitmeDt aDd rec:n.:...~Dt adwrtising. employment, upgradiDg. aDd promotion. In
Addition, Contractor shaJ1 not exclude from pIIlticipuUn under this Agrecn1eut any employee or
appJiamt Jbr employment on the basis of race, color, age,
hAndu..", religion, sex, IDIriraI status or national origin in compIiance with State and Federal Jaws.
o
o
101'28198
Western Allied. Page 9 of 10
o
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CL....ANDALL..~............ - ~..~~a.a:mac.u........___~
CITY 01' SAN BERNARDINO
By:
.Judith Valles
Its:
MaJor
Date:
Address fur DOtices:
City of~n R4:......I.
300 North D Street
San Bcma..li..," CA92411
Attention: TID1 Sharer
Approved as to form
and legal coDtellt:
JAMES F. PENMAN
City Attorney
10121191
WBSTDN .&u.nm
By:
Its:
Date:
AddIess fOr DDIil::a;
.
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w;--- At1:-.I R-"'-'" . T
E!!5!!I_IIIIiII_~: ..I.'ft 1V!
P.O. Rmr 3621
.s-.. Fe SJ>o;.~~ CA 90670
Attention: MiIr", ('...ILlr~ .
w.... ADied. PIp 10 of 10
,
.'
98-317
c~
EXHmIT "A"
AGREEMENT FOR PROFESSIONAL SERVICES
This AGREEMENT is made and entered into this ~,..d day of /;)/(///b;./'- 1998,
by and between the CITY OF SAN BERNARDINO, California, a municipal corporation,
hereinafter referred to as the "City" and Western Allied RefrUzeration. Inc. , a California
corporation, hereinafter tefeued to as "Contractor".
WITNESSETH
WHEREAS, City desires to obtain professional services for designlbuild for an energy-
efficient replacement of city owned chillers at the Carousel Mall at 295 Carousel Mall and at the
Feldheym Library at 555 W. 6111 Street and at the Sib Street Senior Center at 600 W. Sib Street to be a
turnkey in"h.llation and to include all design, stroctural, mecbanical, electrical and roof repair work; and
WHEREAS, in order to provide for the design, preparation of plans, securing of permits and
approvals, drawings sufficient to allow plant review and construction and to provide accurate as
constructed drawings for record purposes and to provide the construction services necessary to complete
the designated aspects of the construction of the replacement chillers and accompanying plant
equipment it is necessary to engage the services of a design Contractor and construction firm; and
WHEREAS, Contractor is qualified to provide said professional services as well as
construction services; and
WHEREAS, San Bernardino City Council has elected to engage the services of Contractor
upon the terms and conditions as hereinafter set forth.
NOW, THEREFORE, it is mutually agreed, as follows:
1. SCOPE OF SERVICES
Contractor sball perform those services specified in "Scope of Services" and as contained in
Specification #F99-009 and in the proposal dated Julv 1. 1998 . copies of which are
attached hereto as Exhibit "1" and Exhibit "2", respectively, hereinafter referred to as "Work" and
incorporated as though set forth in full. All services shall be performed in acceptance with the
tintetable set forth in Exhibit "3".
2. TERM OF AGREEMENT
The services of Contractor are to commence immediately after the City has authorized work
to start by issuance of a Notice to Proceed. The scheduled completion dates are shown in the
proposal and sball be mxIified to reflect the actual date of the Notice to Proceed and may be adjusted by
98-317
, .
AGREEMENT FOR PROFESSIONAL SERVICES WITH WESTERN ALLIED REfRIGERATION, INC. fOR Dt:SIGNlBVILD OF AN
ENERGY-UFI01:NT REPLACl:MINTOF nm '''~AT CAROIJUi. MALL, FELIlIIEYM LIllRARY AND 5- S'I1lUT SENIOR
CENTER AND ALL DESIGN,SIltUCI1JRAL, MECHANICAL, EUCI'RICAL AND ROOF REPAIR WORK.
the City as determined by progress of the work. This Agreement shall expire upon completion of
the project or as directed by the City unless extended by written agreement of the parties.
3. STANDARD OF PERFORMANCE
Contractor will, at its sole cost and expense:
(a) Complete all work product, construction and design in conformance with Standard
Specifications for Public Works Construction (Greenbook) current edition, standards
established by the South Coast Air Quality Management District, County of San Bernardino,
Controlling State Standards, Uniform Building Codes, Electrical and Mechanical Codes, the
City of San Bernardino's Standard Drawings and the project specifications.
(b) Conduct and carry out the Work in accordance with the terms and conditions of this
Agreement and diligently pursue completion of the Work in accordance with the timetable
set forth on Exhibit 3.
(c) Supervise and direct the Work, using Contractor's best skill and attention. Contractor
will be solely responsible for and have control over the construction, means, methods,
techniques, sequences, procedures and for coordinating all portions of the Work.
(d) Unless otherwise provided in this Agreement, provide and pay for all labor, materials,
equipment and tools necessary for the proper execution and completion of the Work.
(e) Enforce strict discipline and good order among the employees, subcontractors and
agents carrying out the Work and employ and permit the employment of only qualified
persons skilled in tasks assigned to them in performing the Work.
(t) Secure all govemmentallicenses and inspections necessary for the performance and
completion of the Work in accordance with all laws, statutes, ordinances, building codes and
regulations applicable to performing the Work (the "Applicable Laws") other than those to
be obtained by City pursuant to Section 3 (t).
(g) Comply with and give all notices required by all Applicable Laws. However,
Contractor's does not assume the obligation to determine whether the Work or this
Agreement is in accordance with all laws and regulations applicable to the City.
(h) Keep the facilities and the surrounding area free from the accumulation of waste
materials and rubbish resuhing from Contractor's performance of its obligations under this
Agreement and on or before completion of the Work, reIOOve from and about the fiK:ilities,
all such waste materials and rubbish, and all of Contractor's tools, equipInent, machinery
and surplus materials, except that, as provided in Section 10, the City will reIOOve and
dispose of all toxic or hazardous material reIOOved from the fiK:ilities.
10/28198
Western Allied - Page 2 of 10
98:-317
,
AGRUMENT FOR PROFl'.SSlONAL SERVICES WDB WES1lJlN ALUED REFIlIGERATION, INC. FOR OI:SIGNlBtJILD OF AN
ENEIlGY-EmCIENT JU:PLACI:MI:NT OF ClIO . '"lIS AT CARotJtItt MALL, n:LIlIIJ:YM LlllRARY AND 5" S'I'RUT SENIOR
CENTDt AND ALL DESIGN. STRUCIlJRAL, MI:CIIANICAL, ELECTRICAL AND ROOF REPAIR WORK.
(i) Take reasonable precautions for the safety Ot: and provide reasonable protection to
prevent damage, injury or loss as a resuh of the Work, including without limitation
coordinating the Work with the City's on-site safety program.
4. CHANGESIEXTRA SERVICES
A Performance of the work specified in the ''Scope of Services" is made an obligation
ofContJactor under this Agreement, subject to any changes made subsequently upon mutual agreement
of the parties. All such changes shall be incorporated by written amendments to this Agreement and
include any increase or decrease in the amount of compensation due Coul:ua;tor ror the change in scope.
Any change which has not been so incorporated shall not be binding on either party.
B. No extra services shall be rendered by Contractor tmder this Agreement unless such
extra services are authorized, in writing, by City prior to performance of such work. Authorized
extra services shall be invoiced based on Contractor's proposed rates, a copy of which is included in
the proposal and incorporated herein as though set forth in full.
5. COMPENSATION
A. The City shall reimburse the Contractor for actual costs (including labor costs,
employee benefits, overhead, profit, other direct and indirect costs) incurred by the Contractor in
performance of the work, at the rates listed in the proposal and ror the tasks completed and partially
completed in accordance with monthly billings in an amount not to exceed $807,085.
B. Said compensation shall not be altered unless there is significant alteration in the
scope, complexity, or character of the work to be performed. Any such significant alteration shall
be agreed upon in writing by City and Contractor before commencement of performance of such
significant aheration by Contractor.
Any adjustment of the cost of services will only be permitted when the Contractor
establishes and City has agreed, in writing, that there has been, or is to be, a significant change in:
I. Scope, complexity, or character of the services to be performed;
2. Conditions under which the work is required to be performed; and
3. Duration of work if the change from the time period specified in the Agreement for
Completion of the work warrants such adjustment.
C. The Contractor is required to comply with all Federal, State and Local laws and
ordinances applicable to the work and which are in effect as of the date of the notice to proceed.
The Contractor is required to comply with prevailing wage rates in accordance with California
Labor Code Section 170.
10128198
Western Allied - Page 3 of 10
98-317
,
AGREEMENT fOIl PROFESSIONAL SERVICES wrm Wt:STERN ALUW REF1UGERATION, INC. fOIl IJI:SIGNIIIUILD OF AN
ENERGY-EFFICIENT REPLACt:Mt:NT OF CIIILU:RS AT CAROVSiL MALL, Ft:LDIIEYM LIBRARY AND 5" STREET SENIOR
CENTER AND ALL DESIGN, STRUCTURAL, Mt:CllANJCAL ELECTRICAL AND ROOF REPAIR WORK.
6. PAYMENT BY CITY
A. The billings for all services rendered pursuant to this Agreement shall be submitted
monthly by Contractor to City and shall be paid by City within twenty (20) days after receipt of
same, excepting any amounts disputed by City. Dispute over any invoiced amount shall be noticed
to the Contractor within ten (10) days of billing and a meet and confer meeting for purposes of
resolution of such dispute shall be initiated by the city within ten (10) days of notice of such
dispute. Interest of 1 Yo percent per month (but not exceeding the maximum rate allowable by law)
will be payable on any amounts not in dispute and not paid within thirty (30) days of the billing
date, payment thereafter to be applied first to accrued interest and then to the principal unpaid
amount. On disputed amounts, interest sbaIl accrue from thirty (30) days of the invoice date if the
amount in dispute is resolved favor of the Contractor.
B. SOOuld litigJlIinn be """"""'" to enforce any tf:rm or provision of this Agr\lemelll, or to
collect any portion of the amount payable lIIKler this Agreement, then all reasonable litig;otinn and co11ection
expenses, witness fees, and court costs, and attorney's fees sbaIl be paid to the prevailing party.
The costs, salary and expenses of the City Attorney and members ofhis office in connection with
that action shall be considered as attorneys' fees for the purposes of this Agreement.
7. SUPERVISION AND ACCEPTANCE OF SERVICES
A. The Facilities Manager of City, or his designee, shall have the right of general
supervision over all work performed by Contractor and shall be City's agent with respect to
obtaining Contractor's compliance hereunder. No payment for any services rendered under this
Agreement shall be made without prior approval of the Facilities Manager or his designee.
B. Contractor shall perform the Work as an independent contractor and shall not be
considered an employee of the City. This Agreement is by and between Contractor and the City,
and is not intended, and shall not be construed, to create the relationship of agent, servant,
employee, partnership, joint venture, or association, between the City and Contractor.
C. When Contractor believes that all or any phase of the Work has been completed in
accordance with the terms of this Agreement, Contractor will submit a Certificate of Substantial
Completion to the City. The Certificate of Substantial Completion will describe the Work
substantially completed and include a commitment by Contractor to complete any remaining
portion of the Work or the completed phase. The parties intend that work will be accepted as it is
substantially completed.
D. The City will, within five (5) business days after receiving the Certificate of
Substantial Completion, inspect the Work that is described as completed in the Certificate of
Substantial Completion.
E. If the City does not accept that Work, the City will deliver written notice to
Contractor describing in detail the material respects in which that Work filils to conform to the
description of that Work set forth on Exhibit 2. In that case, Contractor will take such actions as it
10/28/98
Western Allied - Page 4 of 10
98-317
, .
AGRD:MI:NT FOR PRORSSlONAL SDlVlCES WlI1I WJ:SD'.RN ALlJD) IlD1UGERAllON, INC. FOR OI:SIGNlBVBJ) OF AN
I:NI:IlGY.EmCJENT REPLACEMJ:NT OF I'IIIT . ."." AT CAROUSEL MAlL, FELDBJ:YM LIBRARY AND 5" S1'RI:ET SENIOR
CI:NTDl AND ALL DESIGN. SJRliCTURAL, MECIIANICAL, ELECTRICAL AND ROOF REPAIR WORK.
deems appropriate to cause that Work to conform to the description set forth on Exhibit 2 in all
material respects. Contractor will then issue another Certificate of Substantial Completion pursuant to
paragraph (a).
F. If that Work substantially conforms to the description of that Work set forth on
Exhibit 2, the City will accept that Work by signing the Certificate of Substantial Completion and
returning it to Contractor. If the City does not deliver any written notice to Contractor within ten
(10) business days of receiving the Certificate of Substantial Completion, the City will be deemed
to have signed and returned the Certificate of Substantial Completion.
G. The date on which the City accepts Work or a phase of said Work is referred to
herein as the "Acceptance Date" of such Work or phase.
8. REPRESENTATIONS
Each party represents that:
(a) It has all requisite corporate power and authority to execute and deliver this
Agreement and to perform its obligations hereunder, and it is in good standing under the
laws of the state of its organization or incorporation.
(b) The execution, delivery and performance of this Agreement have been duly
authorized by its board of directors or governing body, as the case may be, and in
accordance with its organizational documents.
(c) This Agreement has been duly executed and delivered on its behalf by signatories so
authorized and constitutes its legal, valid and binding obligation.
(d) The execution, delivery and performance of this Agreement will not resuh in a
breach or violation of nor constitute a default under any agreement, lease or instrument to
which it is a party.
(e) To the best ofits knowledge there is no pending or threatened judicial or
admini!rtrative proceeding that could have an adverse effect on the validity or enforceability
of this Agreement or such party's ability to perform its obligations under this Agreement.
9. DISCOVERY AND DISPOSAL OF HAZARDOUS SUBSTANCES
(a) If any Hazardous Substances are discovered at the facilities during the Work, such
discovery shall constitute a cause beyond Contractor's reasonable control and Contractor
shall have the right to cease the Work until the City, at its expense, as appropriate, tests,
abates, encapsulates, cleans up, relllOves and disposes of such Hazardous Substances.
10/28/98
Western Allied - Page 5 of 10
98-317
.
, .
AGRD:MI:Nl" I!OR PROFt:SSlONAL SERVICES WD1I WISD:JlN AlLIED 1lEJl1lIGt:RATION, INC. FOR DISIGNIIIlJIU) OF AN
ENEIlGY-DFICIENT UPLACDO:NTOF CIIILU:JlSAT CAROVSD.MALL. nLDIIEYM UBRARY AND 51115'1'Rt:t:T SENIOR
CENTER AND ALL Dt:SIGN. SJRUCT1JIlAL, MI:CIIANICAL, Ul:CTRICAL AND ROOF REPAIR WORK.
(b) If the City so requests, Contractor shaI1 assist the City by providing the City a list of
qualified disposal companies, arranging contracts between the City and a qualified disposal
company and coordinating the Work with the activities ofa qualified disposal company.
Ahhough budget costs for such services may be included in program proposals and cash
flow analyses, the City will be directly responsible for contracts and payment to disposal
companies.
10. INSURANCE
Contractor shall, at its expense, maintain commercial general liability coverage and
employer's liability coverage of at least $1,000,000 each occutTeDce, $5,000,000 aggregate, and
workers' compensation coverage, to protect such party and its officers, directors, agents and
employees from any claims under workers' compensation and other employee benefit acts and from
any and all other claims for bodily injury, including death and personal injury and from claims for
property damage which may arise with respect to this Agreement. Contractor shaI1 submit to the
City completed Certificates of Insurance evidencing such coverage. Contractor will name the City
of San Bernardino as an additional insured on the policy.
Except for City's negligence or misconduct, Contractor shaI1 indemnify, defimd and hold
City and City officers and employees harmless from all damages, cost and expenses because of
damages to property or personal injury suffered by reason ot: or in the course of performing the
Work and caused by any willful or negligent act or omission committed by Contractor or any of
Contractor's employees, subcontractors, or agents. The parties expressly agree that any payment,
attorney fee, cost or expense City incurs or makes to or on behalf of an injured employee under its
self-admini>:tered workers compensation program is included as a loss, expense or cost for the
purpose of this section. The provisions of this section will survive the expiration or early
termination of this Agreement.
11. DEFAULT AND TERMINATION
( a) If Contractor or the City:
(I) Fails to make any payment as it becomes due in accordance with the terms of
this Agreement,
(2) Fails to perform or observe any other covenant, condition, or obligation to be
performed or observed by it hereunder, or
(3) Made in this Agreement any materially fiIlse, mislesuling or erroneous
representation to the other party, then the other party shaI1 have the right to send a
notice of termination of this Agreement.
During the thirty-(30) day period beginning on the date of such notice,
Contractor and the City will negotiate in good faith toward an amicable resolution of
10/28/98
Wesre.;n Allied - Page 6 of 10
98-317
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AGJluMENT I'OIl PROFf.SSIONAL SDlVICES wnu WESTERN ALUIJ) RUlUGDlATION,INC. fOR DISIGNlBUUJ) OF AN
I:NIJlGY-EmCUNT RJ:PLACEMF.NT OF nID ......AT CAROUSI:L MALL,RLIlIIEYM LIBRARY AND 5"" S'I'RI:ET SENIOR
CJ:NTI:R AND ALL DESIGN, STRUCI'VRAL, MECIIANICAL, t:U:CTIUCAL AND ROOF REPAIR WORK.
the default. Ifno such resolution is agreed upon in writing within such period, this
Agreement shall terminate.
(b) Ifproceedings under any bankruptcy, insolvency, reorganization or similar
legislation are instituted against or by a party, or a receiver or similar officer is appointed for
a party or any of its property, and such proceedings or appointments are not vacated, or fully
stayed, within thirty (30) days after the institution or occurrence thereof: the other party shall
have the right to terminate this Agreement by written notice, such notice to be effective
upon delivery.
( c) The non-defaulting party may, at its discretion, exercise all remedies available at law
or equity or other appropriate proc.....!ings, including bringing any action or actions ftom
time to time for the recovery of damages as a result of such delimit, and all costs and expenses
reasonably incurred in the exercise of its remedies hereunder (including attorneys' fees).
12. ASSIGNMENT
(a) Except as provided in this Section, neither party will assign any of its rights or
obligations hereunder without the prior written consent of the other party. This Agreement
will bind and inure to the benefit of the successors and permitted assigns of the parties.
(b) The City may transfer or assign its rights and obligations under this Agreement to a
successor purchaser of the 1ilcilities if such assignee or transferee explicitly assumes in
writing the obligations of the City under this Agreement.
13. EXCUSED DELAYS
If either party will be delayed in or prevented, in whole or in part, ftom performing any
obligation or condition hereunder with the exception of the payment of IIlOney, or ftom
exercising its rights by reason or as a result of any "force majeure" or due to the fuilure of the
other party to perform its obligations hereunder, such party will be excused ftom performing
such obligations or conditions while such party is so delayed or prevented. The term "force
majeure" as used herein means acts of God, acts of goveuDl.III:;u1. strikes, lockouts, or other
industrial disturbances, acts of public enemy, blockades, wars, insurrections or riots,
epidemics, landslides, fires, storms, floods, earthquakes, explosions, water damage, lightning,
freeze-ups, theft, malicious mischief: electrolytic or chemical action, unusual delays in
transportation, or other similar causes beyond the control of such party.
14. NOTICES
Any and all notices between the City and Contractor provided for or permitted under this
Agreement or by law will be in writing and will be deemed duly served when personally
delivered to the party, or in lieu of such personal service when deposited in the United States
mail, certified, postage prepaid, addressed to such party at the address of such party listed on
10fl8l98
Western Allied - Page 7 of 10
98-31.7
.. ' ,-
AGIlUMENT.- PROFlSSlONAL SDlVJCI:S WDB WI:STDlN ALLIED IlDIlIGERADON,INC. FOR DESlGN/llUIlJ) OF AN
I:NJ:IlCY -l:FFlCIENT RULACDU:NT OF nrn I .IIS AT CAROl1liI:L MALL, FELlllRYM u.tAIlY AND 5- Sl'RDT SENIOIl
CENTDlAND AlL DISIGN,SlRUC'nJRAL, MECHANICAL, Eu:cnuCAL AND ROOF REPAIR WORK.
the signature page to this Agreement or at such other address as is given to the other party
by like notice. A copy of any notice to Contractor shall be sent to Western Allied.
P.O. Box 3628. Santa Fe Soriruzs. CA 90670 (Attention: Mike Gallagher)
15, MISCELLANEOUS
(a) ImD. This Agreement will take effect when signed by both parties and, unless
sooner termin..te<l, will continue until the parties have satisfied their obligations under this
Agreement.
(b) Forum and Law. This Agreement is considered to have been made at City of San
Bernardino, County of San Bernardino. Contractor and the City agree that any and all
disputes arising out of or in COImection with this Agreement will be brought only in the
jurisdiction of the County of San Bernardino, California. Contractor and the City each
consent to the jurisdiction of the County of San Bernardino, CA and each agree to the
service ofprocess in accordance with the law of the State ofCa1ifurnia.
(c) Entire A2reement. This Agreement, including its Exhibits, which Exhibits are
incorporated into this Agreement in their entirety, contains the entire agreement between the
parties with respect to its subject matter and supersedes all prior proposals, letters, brochures
and other materia1 relating to its subject matter. No amendment, waiver or discharge of any
provision of this Agreement will be valid unless in writing and signed by any authorized
represeniative of the party against which such amendment, waiver or discharge is sought to
be enforced.
(d) Non-Waiver. The fililure of either party to insist in any instance upon strict
performance of any of the provisions of this Agreement will not be construed as a waiver of
any such provision nor affect any present or future rights hereunder.
( e) Jnternretation. The headings and the table of contents are fur reference and convenience
only and will not be considered in the interpretation of this Agreement. The language used
in this Agreement will be deemed to have been chosen by the parties to express their mutua1
intent and no rule of construction will be used to construe language against either party.
(t) Severabilitv. If any provision of this Agreement is held to be unenfurceable. then
both parties will be relieved of all obligations arising under such provision, but only to the
extent that such provision is unenfurceable, and this Agreement will be deemed amended by
II10difying such provision to the extent necessary to make it enforceable while preserving its
intent or, if that is not poSSIble, by substituting another provision that is enfurceable and
achieves the same objective and economic result. If such unenfurceable provision does not
relate to the payments to be made to Contractor, and if the remainder of this Agreement is
capable of substantial performance, then the remainder of this Agreement will be enfurced
to the extent permitted by law.
10128198
Western Allied - Page 8 of 10
.~
..- 98-31.7
A~ roRPROn:SSIONALSDll'ICJ:S WlI1I WDn:RN ALUm IID1lIGI:1lATION, INC.IOR DI'.SIGNIIIUJUl OF AN
ENEIlCY-EFFIOENT 1lULACDO:NT OF nnr ~ "'DRAT CAROVSIJ. MAIL, FILIIIIIYM IDRAIIY AND 5" S11lD:T SENIOR
CENTIR AND ALL Dt:SIGN.Sl'RUCTtJIlAL, MJ:CIIANJCAL, ELECTRICAL AND ROOF IU:PAIR WORK.
(g) IndeDendent PartieS. Nothing contained in this Agreement will be deemed or
construed for any purpose, to establish, between the parties, a pw:~ or joint venture, a
principal-agent relationship, or any relationship other than City and independent contractor..
(h) Non-J);,..".;minati.on. During the performance of this Agreement, Contractor agrees
that Contractor shall oot discriminate on the grounds of race, religious creed, color, national
origin, ancestry, age, physical disability, mental disability, medical condition including the
medical condition of Acquired Immune Deficiency Syndrome (AIDS) or any condition
related thereto, marital status, sex or sexual orientation in the selection and retention of
employees and subcontractors and the procurement of materials and equipment. Further,
Contractor agrees to conform to the requirements of the Americans with Disabilities Act in
the performance of this Agreement.
16. COMPLIANCE WITH CIVIL RIGHTS LAWS
Contractor hereby certifies that it will not discriminate against any employee or applicant for
employment ~"1''le of race, color, age, handicap, religion, sex, marital status or national origin, in
accordance with Federal, State and Local laws. Such action shall include, but not be limit...! to, the
following: recruitment and recruitment advertising, employment, upgrading, and promotion. In
addition, Contractor shall not exclude from participation under this Agreement any employee or
applicant for employment on the basis of race, color, age,
handicap, religion, sex, marital status or national origin in compliance with State and Federal laws.
10/28/98
Western Allied - Page 9 of 10
98-317
.. ......
AGIlUMI:NT JiIOR~ SDlVlClSWJJ1I WISTDlN ALUm IlDIIIGl:llAnON,INC. JiIORDI:SIGN/IIUILD 0' AN
I:NI:RGY-DnCIENT UPLACDUNT 0' nm ...... AT CAROOSt:L MALl. nLIIIID'M LIBRARY ANDS" SJ'REET SI:NIOR
CENTER AND ALL Dt:SIGN, STltIJCTIJRAL, MECHANICAL, EUCTIlICAL AND ROO' RD'AIR WORK.
CITY OF SAN BERNARDINO
By:
Its:
Date:
11-t?1-?,r
Address for notices:
City of San Bernardino
300 North D Street
San Bernardino. CA 92418
Attention: Jim Sharer
Approved as to form
and legal content:
JAMES F. PENMAN
City Attorney
10/28198
WESTERN ALLIED
By:
Its:
Date:
Address for notices:
Western Allied Re~eration. Inc.
P.O. Box 3628
Santa Fe SDrin2s. CA 90670
Attention: Mike Gall3Jlher
Western Allied - Page 10 of 10
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Presented To
City of San Bernardino
Energy Effieient Projeets
attn: Mr. John P. Murphy
Ju.ly
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.
~~
FROM THE BEGINNING.
ALLIED HAS
THE DEVELOPMENT
OP ITS PERSONNEL AND
GROWTH
5th Street Senior Center
For this site. we offer two proposals. Both involve splitting the kitchen zone off the
existing seven zone multizone unit and serving it with a separate cooling-only packaged
unit. We anticipate using approximately a 3 ton unit for this purpose (Carrier 50IDOO4),
with 13.00 SEER.
Our basic proposal involves replacing the existing multizone with a similar 50 ton DX
multizone unit, serving the other six zones. EER is approximately 8.5. Manufacturer is
Seasons 4.
Our alternate proposal involves using six additional premium, high efficiency Carrier
single zone packaged units, with one packaged unit serving each zone. New ductwork
will be installed above the roofline to connect the six units to their corresponding supply
zone duct run at the roof line. We expect to use gas heat (48ID) units to the extent
that the existing gas service will support, and use heat pump (50IDQ) units for the
remainder. Structural review and minor structural modifications (if required) are included.
This offering is made pending confirmation by the structural engineer that no major
structural problems will be encountered (we do not expect such problems, but we have
not yet done a structural analysis to be sure).
Alternate pricing is also offered to instal1 this seven packaged unit alternate with all
necessary Carrier DOC controls (including telephone modem) to permit control via a
telephone line provided by you. Please note that energy savings are greater with this
approach, since fan energy will be saved, as well as compressor and heating energy (see
Utility Savings tab).
Carousel Mall
The existing system consists of two penthouse systems, identical except for chiller size.
One penthouse contains two identical reciprocating condenserless chillers, matched with a
dual circuit evaporative condenser, delivering when new a total of approximately 200
tons (100 tons per chiller). The other has one 100 ton chiller and one 80 ton chiller, for
a total of 180 tons. We propose to install one dual circuit Carrier 30HXA186 chiller,
delivering approximately 175 tons, in each penthouse. The next larger size chiller does
not fit for several reasons. It is much heavier (7,509 pounds vs. 5,946 pounds), and
seems likely to cause significant structural revisions. Refrigeration circuiting issues also
were a significant aspect of this decision. The 30HXA186 has an evenly (SO/50) split
condenser circuit, which will match the existing evaporative condenser's SO/50 split. The
larger size 30HX chillers do not have evenly split circuits. For this reason, the head
pressure would not 1'1,IIl at the same level in each circuit. Our experience with screw
chillers leads us to believe that, while this mis-match of condenser circuits may be
worked around somehow, it is not the preferable way to go.
It is interesting to note that we had originally considered instal1ing four chillers, rather
than two. This would have amounted to a "same size for same size" replacement.
Unfortunately, the evaporative condensers each have only two circuits. Two new 30HX
. chillers in each penthouse would have required four circuits, and the existing evaporative
condensers cannot accomodate this. Carrier is also very specific in recommending that a
dedicated condenser circuit be provided for both of the chiller's refrigeration circuits.
We expect to get the factory mounted starter and disco,mect option for the chillers. A
new power feed of sufficient ampacity to handle the chiller will be run from the existing
switchgear. We expect to re-use the existing pumps and some of the existing piping. The
chillers, rigging, installation, electrical power revisions from the switchgear to the chiller,
and insulation of piping work performed by Western Allied is included in the proposal.
Asbestos abatement is not included.
As an option, we can use the 30HX control panel and some related Carrier CCN control
accessories to communicate with your central monitoring station at City Hall via
telephone modem. Control of the chiller, chilled water pumps, and evaporative condenser
is included, along with a telephone modem and the necessary software reprogramming to
communicate with your front end computer. This proposal does not include providing a
telephon.:-line to each penthouse.
I N T E R 0 F F ICE
MEMORANDUM
Date:
From:
Dept:
Tel No:
14-Dec-1998 08:37am PST
Melanie Miller
MILLER ME
CITY CLERK
TO: James Sharer
SHARER JA
Subject: Western Allied contract
Just to keep you posted.
I have not received
Allied yet. This is
Item 17C.
the executed documents
the November 2, 1998,
back from Western
Resolution #98-317,
You may want to touch base with them about returning it.
Thanks.
,.
,
;
F eldheym Library
The existing central plant serves over forty (40) four pipe fan coil units. Due to the lack
of outside air economiser opportunity with this type of system, the chillers must run
virtually year around. Even in the winter, there is a small but unavoidable cooling load.
For this site, we intended to offer two proposals. Both involved removing the two air
cooled McQuay chillers from the building. Our intended "base bid" was going to consist
of a cooling tower on one pad and a screw chiller on the other pad. Our alternate
proposal was going to consist of a cooling tower and two chillers. One chiller would be
a 30HX screw chiller; the other would be a smaller reciprocating chiller (for low load
applications). This sort of big chiller / small chiller approach often uses the term "pony
chiller" to describe the smaller chiller. The existing weight support pads have room to
handle a cooling tower and either one or two chillers. Weight, however, is another issue
and is discussed below. Weight - related structural issues and the small winter cooling
load caused us to reconsider our proposal, and onlv offer the DOnv chiller lUltlroach.
Our proposal involves replacing the existing chillers (which are somewhat oversized, with
a rated capacity of 71.5 tons each) with a cooling tower, one water cooled Carrier
30HXC096 chiller, and one water cooled Carrier 30HK040 chiller. The existing chilled
water pumps would remain. As you know, screw chillers have demonstrated poor
capability for handling small cooling loads in cold weather without many nuisance
shutdowns. These will drive you crazy and create bad feelings among the building's
occupants and users. We believe that a pony chiller is the best way to avoid this
problem. The choice in size for each chiller was driven by several issues, which taken
as a whole, really made these the obvious sizes to choose. Among the factors were the
weight of the 30HXC096 (any larger chiller would far exceed the weight of the chillers
being replaced) and the desireability of the particular small chiller that was chosen. The
30HK040 is Carrier's smallest dual circuit unit; it has a cleanable condenser; and it is
the most efficient (lowest kw/ton) reciprocating chiller made by Carrier. It appears that
we can stay within the weight parameters of the two existing equipment pads by putting
the tower and pony chiller on one pad, and the screw chiller on the other. We will have
to use a lightweight cooling tower design to keep the weight of the pony chiller plus the
tower within existing weight parameters, but there are a couple of ways to accomplish
this, so we do not expect weight to be a major issue with the system solution as
described.
The intent will be to use the smaller ~..iIIer whenever the load is small enough for the
pony chiller to satisfy the building's cooling requirements. Only when the load exceeds
the capability of the pony chiller would the screw chiller run. By the time that this
much load is present, the screw chiller should have no problem operating without
nuisance problems. Please note that energy consumption is similar at low loads, whether
the screw or pony chiller runs. The screw chiller is somewhat more efficient than the
reciprocating chiller, even at low condenser water temperatures. However, this is
f 7 AI 13/ C
significantly offset by the fact that less chilled water and condenser water pumping must
occur to support the pony chiller.
For head pressure control purposes. we have included a 2 way valve in the condenser
water line serving the screw chiller. The valve will be controlled by a signal provided
by Carrier from the unit's control panel. The valve limits condenser water flow upon
start-up until satisfactory head pressure is built up.
For weather protection, we have included a very plain sheet metal enclosure / utility
structure for each chiller, in paint-grade metal for painting by the City.
We also strongly recommend that the City consider taking the Carrier communicating
controls option listed in our proposal for this site. Much wasted effort is avoided when
information can be determined without having to first go to the site.
'-
(
d.) Debnann Heights Center:
If remote sensors with securely enclosed
thermostats are desired, to reduce vandalism
potential, add an additional $1,600.
e.) Feldheym Library: Note that this location
already has Carrier communicating controls
with modem. To end up with the new chillers
and cooling tower connected by existing modem
with your central monitoring station:
f.) Parks and Recreation:
g.) Rudy Hernandez Center (for the two new units):
If remote sensors with securely enclosed
thermostats are desired, to reduce vandalism
potential, add an additional $1,600.
(
!
$2,100
$6,830.
$2,100
$2,455
General Notes & Timeline
Some general notes apply to all work included in this proposal:
1.) All sheet metal to be designed, fabricated, and installed per SMACNA guidelines.
2.) This proposal includes a one year warranty on materials and workmanship.
Additionally, all Carrier units include optional warranties as required to provide an
additional four (4) years parts-only warranty on compressors, for a total of 5 years parts
warranty on all Carrier compressors in units furnished via this proposal.
3.) It is our intention to re-use electrical service disconnects whenever possible. If
there are no disconnects present (as with the Anima1 Control evaporative coolers), or if
the disconnects are damaged or otherwise not usable, then our proposal includes the
furnishing and installing of suitable service disconnects.
4.) Necessary permits are included in all prices shown, as are sales taxes. It is our
assumption, as is typically the case when working with cities in Southern California, that
any arrangements for brief lane or other street-related closures for rigging purposes at
. City buildings will be coordinated without charge with the City police or other relevant
departments.
5. ) Western Allied includes crane and rigging services for all installations in this
proposal.
6.) Western Allied includes proper disposal of units removed as a part of this
proposal.
7.) Western Allied includes in this orooosal a structural eJloineer's review and
necessarv additional structura1 bracin2 for all situations where new units exceed the
weight of old units, or where a unit will be installed in a new location. Please note that
repairs of existing structural mernbers, if they should be found to be water damaged,
earthquake damaged, corroded, or otherwise unfit, is not included.
8.) New roof flashing is included where required at the site of new curbs, or
platforms. Repairs or other roofing work other than as required to mount curbs,
platforms, or other supports installed by Western Allied is not included.
9. ) We understand that the buildings involved in this project are occupied. As
discussed during the jobwalk, all pricing is based upon performing work during regular
working hours. We will, however, make every reasonable effort to keep occupant
interruptions to a practical minimum, and schedule closely with the City representative
when shutdowns of the HV AC system are necessary.
10.) Our proposal does not include asbestos abatement, painting, or patching. Our
alternate DOC controls proposals do not include telephone lines.
II.) In general, the following timeline is a reasonable forecast (time shown in weeks):
4 small oroiects
3 lar2er oroiects
Receive and Process Contract From City
I
I
Perform Initial Engineering Analysis & Design,
Including Structural Review
2-4
3-6
Meet with City Representatives for Approval
I
I
Obtain Plancheck & permit
2
2
Order Equipment & Equipment Leadtime
2
6 - 10
Finalize Engineering (done while equipment
is on order)
Perform Installation and Start-up
3-4
3-6
Total time period to complete the 4 small projects: 11 - 14 weeks
Total time period to complete the 3 larger projects: 16 - 26 weeks
If the City reauires that a oarticular oroiect or oroiects have Driority. olease make us
aware of this as soon as DOssible. and we will exuedite that oroiect. Some of the above
steps can be combined in a "fast track" approach, if the City wishes to cooperate and
support us in this effort. We may also get lucky regarding equipment leadtime, if the
manufacturer happens to have equipment that matches our needs coming down the
production schedule without already being pre-sold (this actually happens quite often, but
we cannot guarantee that it will occur).
CALIFORNIA ALL-PURPOSE ACKNOWLEDGEMENT
STATE OF CALIFORNIA )
COUNTY OF Los AnReles )
On /It/9J
DATE NAME, Tm..E OF OFFICER. E.G., "JANE DOE, NOTARY PUBLIC"
),ersonallyappeared, (jj~ -J~
personally known to me ~u-. ------ -1C89lh. _ I to be the person(ls) whose narn~ iMiIR!J
I subscribed to the within instrument and acknowledged to me that helshelthey executed the same in his/herllheir authorized
capacity(..), and that by his/herllheir signature(s) on the instrument the person(ls), or the entity upon behalf of which the
person(~ acted, executed the instrument.
before me,
Diane H. Jones "Notary Public"
WITNESS my hand and official seal.
(SEAL)
r -- - D~"i" H. )0;.; I
,_ COMM.II1I59267 i
NDTAIlY~
LOS ANGliLiS COUNTY
L_ __'!.~~0a.2~1OO.,j'
OPTIONAL INFORMATION
TITLE OR TYPE OF DOCUMENT !
DATE OF DOCUMENT NUMBER OF PAGES
SIGNER(S) OTHER THAN NAMED ABOVE
-
.-
Certifteate of Acknowledgem.ent
STATE OF CALIFORNIA
Coutyof Oran2e
J
On June 30, 1998
personally appeared
~oreme, Maria Luisa R. Aguinaldo, Notary Public
M. J. Moss
.'
personally known to me (....-tDmI~"""'--.. .-A1Ii-'"'?t" be the peI'8OII(s) whose name(s) lslue subscribed to the
within lnstrument snd aeImow1ecllled to me that IIllIsheIIasr executed the _ in IIlsIherIblr authorized C8p1CitJ(Ies), and that by
hWher/~.) on the Instrument theperson(s), or the entity upon bebalfofwhlch theperson(s) acted, executed the Instrument.
~ my band snd oftIciIl sesl. ..
Signatme~_.: (~(1. Ol) JWb (Ses1) ~~=r 1
c:f'3 lGfNl'tMUC'OUlIIIA ::II
ORNlIlICQlIITY
36O'I'12.ul IIrCanllLe.p.....7.1.
GENEIlAL
~~ TIlE AMERICAN INSURANCE COMPANY
KNOW ALL MEN BY THESE PRESENTS: nat THE AMERICAN INSURANCE COMPANY, a Corporalio. iDcnrpora..d Ullder tile ..... .f tile Slate of
Ne.. leney o. February 20, 1&16, and redomeaticaled I. tile 5.... or Nebraska on J.... I, 1990, and bavilla ill principal orr... ill tile CounIY or Marin, S..,e or
California, baa made, collStituled and appoillted, and _ by tile.. prese." make, constitu.. and appoi.t
(
M. J. MOSS
TUSTIN CA
:.s"::=~=~~~.:d=~~~'::f~~~~':~~~~:'~~~~.!
.....,. biDd the CoI............ thereby.1\dIy ODd io tbe _ _I U If such balIds -.Iiped by the ....AdeIII.1IaIod wilb tbe corporate'" of the
C<lrpontioD IIld duly IIIIIIId by ill Sec:nwy, bereby ntlfJIaa IIld COIIflrmiDa 011_ tbe Slid AItorae7(.)-lD-F... _ do ill tbe pnmiIea.
1bIa _ of IItOrIIeYII aruttd parlUUllto AJtlde VII. Sectlou.., IIld 46 of~ of THE AME1UCAN INSURANCE COMPANY DOW ill run force IIld
errect.
"_VU.ApJJJ' r_A-*,rof_s......Iu,Aa_ ir --"""'''.."l...-J---AI>J ......
_ 45. _ . . no'" . _ of tIoe _ of......... tIoe.. .. I...,. va... .. .....,. _ _ ...1 ..... by tIoe _ of
......... tIoe Qnl..... ., tIoe _ ., -.... tIoe.. II ,....,. VIeI.. .... _ ,... _ to -. __......... ...... s....6do......
"1\OI1IIf' .. P... to..... ,......,....... _ oflllo~lI..... Aa-uto ~ 1opI_...... II ,.._.. _ oftloe
c.......AI_.
_~A""" no.... II) of_........" 'I I .1 s............ "ilol..,. .. P......AaBU_...."~..IIIo__r<lJ .,....
-'n" 1..ur_.......-........-.,..-tIoenby_...............,._bytloe_..-.....by..,._..p, ....dlo
.......... ." .
1bIa _ of 0IUIrIIey llliped IIld ...... UDder ODd by tbe autborl1y of tbe fCJllcnriDa _on odoIlIId by tbe _ of Directon of THE AMERICAN
INSURANCE COMPANY lIa -. duly called..... beId on tbe 31st day of July, 'tI4,1Ild said RaoIutioa baa _ ..... _did or~:
"RESOLVED, that tbe Ilpatun of IIlJ V_1'mIdea1, AlaJatanI Socnlary, IIld -. ........- Socnlary of tbia Corpontioa. IIld the ... of tbia
Corpontioa may be aIfIud or priIIt... on IIlJ _ of attorIle1. on IIlJ mIOQIIoD oflllJ _ of attorIlIy, or on IIlJ __ ralaIirIa _, by facsimiJe,
IIld IIlJ _ of 1ItOrIIeY. any _ of IIlJ _ of attorIleY. or conIfIeate -ma such faealmile Ilpatun or facsimiJe... oboII be valid ODd birlcIiDa
_ tbe Corpontioa~
IN WITNESS WHEllEOF, THE AMERICAN INSURANCE COMPANY baa caused theR pr_to beliped by ill V_Pnoideat, ODd ill corporate'" to
behonuDtoalfludtbia 15th dayof June , 19~
,~~~\.
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,
,
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By
THF AMERICAN INSURANCE COMPANY
-11'-~~
srA'J1! OF CALIFORNIA } ..
COUNTYOF~
OIltbia 15th day of June 19-.2.!.beforemeJlOrlODOlly_ M. A. Mallonee ,
to me _, ..bo, beiDa by me duly -. did *-..... 11)': that be II V_... ..-. of THE AME1UCAN INSURANCE COMPANY. tbe CorponzioD
- ill IIld wbieh eucatod tIIo __ ............., _ be _ tbe... of IIid Corporadcm; that tilt... aIfIud to tbe Slid Iastrummt II such c:mporatc
...; that It... so aIfIud by _ of tbe _ of Directon of IIid Corpontioa..... _ be Iiped bia __ tbereto by Iike_.
IN WITNESS WHEREOF, 1_ honuDto IIlIllJ band IIld aIfIud IIlJ _.... tbe day 1Ild,.. beniD lint...... writteD.
~.:~
, ~ ~ ~ ~ - - - - - - - r
.. @ A. KRIEGER )
o Co.lM..'~1'2
a.' .OTAIIY.U.'.IC-CAU.o.... 110
1 .. IIAIIIN COUNTY
............ =,~...~~.~~t
.....uICATE
srA'J1! OF CALIFORNIA
COUNTY OF MILRIN
}&
I. tbe1lllllenlpod, -. ........", Soc:rcmy of THE AME1UCAN INSURANCE COMPANY, a NEBRASKA CorporatIon. DO HEItEBY CERTIFY that
tbe foreaoiDa..... __ POWEll OF ATroRNEY nmoIaalr. run force..... baa _..... motod; IIld funbermon that AJtlde VII. Sectloaa4' and 46 of the
IIy-Iaws of tbe ~ IIld tbe _utioa oftbe _ ofDlrecton; III f_ iD tbe Powa of AIranloy.ore DOW iD force.
Sipod IIld _II tbe CourlIy of Mula. Dated the 30 t h day of J u n e
~ofi;~
\:~ ;;
~~..
98
,19_.
cY~ ~a,4
.......~s...,
a.m 1- TA-3-t&
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CJ F"lI'eman'. Fund lnaurance Company
III The AmerIc8n lnaurance Company
CJ N8IlonaI Surety Corporllion
CJ Aa.ocatlon Indemnity Corporllllon
CJ American Aulornoblle lnaurance Company
HomtI 0Ifft>>: m San Marin Dr.
NovaIo, CaJIomfa IU948
BID OR PROPOSAL BOND
Fireman's
Fund
KNOW ALL MEN BY THESE PRESENTS:
ThaI we,
Western Allied Service Company
~c:alladthePrinclplll),.I'rirqlaI.and The American Insurance Company ..CllIpClIlII/anorganizlldand
dalng bullr-.1RIer and br vIrlua 01....... 01 the SlalI 01 Neb r ask a . and ~ Icansad Icr the IMJlOS8 a1111111dng. gunnIlIlIing or
becomillg_ sunIy... bands or IIldololllll IIqUiId or adharized br the.... 01... SlID 01 C a 1 i for n i a
.SlnIy.nhaldandtirmlybculdunlo City of San Bernardino
(heraindercaled"'CIllligae)lnthelulandjusllUlllol Ten Percent (]O%) of the amount bid in ---
DaIn ($ ) IIIwIuI -.yolthe l.WIIld SIIIIaI 01 America, Icrthe paynIIIII oIw1ich, wi and lrUIyto be mede. we h8nIby
bind ClUIlllIlvaa and lIII and aadl 01 lillI!' [ ..... .~ and ..... jaiGy and -.Iy,1rmIy br..........
THE CONDITION OF THIS OBlIGATION IS SUCH THAT. WHEREAS. ... above bounden PrIncfpII.lIIInsaid, is lIIlcM to hand In and Umlto the
CIllligae.bidorprqlCl8lllcr'" Energy Efficient Projects
In accardancllwlhthe pIIlns and IplKIIIo ........1Iad In'" alIca of.... 0bIig0e and IRIerthe nalica irMInQ P'~ lhenlIcr. .
NOW. THEREFORE..... bid cwprqlCl8ll 01 Mid PrIncfpII.... be accaplId. and... _Ianuch -'tbe lIW8Idad Ill'" PrIncfpII~ br....
Mid CIllligae. and Mid PrIncfpII.... .....Inlo._andband IcrtheCllllIlllelb. 01 Mid -'t.llqUildbr ....lhenll1ls~llllbe NIl andvoid.
llIhIrwiIa III be and NmIIin In 1I11crca and eIIac:l.
IN WITNESS WHEREOF. Mid PrIncfpII and Slid SlnIy '- c:aused ... pnIIII...1ll be ~ signId !his3 0 t ~ 01
June
.gg
,19 .
Western Allied Sp-rv;rp r.nmp~ny
By ao~ ~J.--/
""" ary-l~r (j ~
The American Insurance ComDanv
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360277~H
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M. Joss,
AIIom&~ in-fad
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Environmentally responsible, high-efficiency,
water-cooled screw chillers.
Environnwnt.li I" ,', ,,,IIIP Vields a more
reliable, 11Iyhel dfl,.Il:llCY Indoor chiller.
Carrier 30H-series Indoor chillers have been utilized in
comfort and process applications around the world for .
decades. Carrier's experience in applying this product
has been combined with the latest technological develop-
ments to bring you the 30HX Ecologic~ indoor water-
cooled and condenseriess chillers.
Twin-<;Cff'VJ "llmpn'sslon !:omhincrl'Nith
chlorme-fl ee refrigerant
Carrier has combined the latest twin-screw technology
with lower-pressure HFC 134a refrigerant. The result Is
better reliability, increased efficiency, and lower vibration
levels than other chillers in this size range, while .
offering chlorine-free refrigerant that has an ozone
depletion potential (OOP) of zero.
Long, reli.lhle hte
The twin-screw compressors use smooth, reliable rotary
motion to compress refrigerant. Since HFC 134a operates
at a lower pressure differential across the screw compres-
sor, internal stress is reduced. And you won't have to worry
about refrigerant availability, since HFC 134a is not subject
to phaseout per the Montreal Protocol and Clean Air Act.
Additionally, the micro-
processor control provides
the most sophisticated, reli-
able temperature control,
and it can be applied to batch
or continuous processes,
depending on your need.
For quality assurance,
the 30HX Is manufactured in
an ISO 9002 quality-certified
manufacturing facility.
The 30HX's enhanced 2-lIne,
24-characler display makes
service diagnostics easier.
(
Carrier 30H-serl81 chillers are used in comfort and
process applications worldwide.
Easy installation.
Since the 30HX is designed to fit through a stan-
dard door as a single package, no disassembly is
required of the refrigerant system for indoor instal-
iation. That minimizes installation costs if you're
faced with a replacement situation.
~
(
Low operating cost'.
To increase efficiency and thus reduce kw/hr
operating costs, the 30HX's flooded cooler totally
immerses the tubes in liquid refrigerant. And since
HFC 134a operates at a lower pressure differen-
tial across the screw compressor, there's less blow-back
leakage and, therefore, even greater efficiency, which
will reduce demand charges where they are imposed.
Cleaning of the cooier is eased by the water-in-tube
design that allows mechanical cleaning, if required (or
preferred). And if service is required on the refrigerant
circuit, the 30HX can store refrigerant
on either the high or low side of the
service valves, so there's no need
for external storage.
~
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Thl 30HX fits
lIIrough 1 slandlrd
daaIway, minimizing
1IIIIIIIIIIon cosIs.
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:-~? ., .- ;.~~..
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. .
HFC 134a is an Env;ronmentally Superior Refrigerant Offering
Unsurpassed SafelY. Reliability and Efficiency.
The following table shows the Ozone Depletion Potential (ODP) of three commonly
used refrigerants. Ozone Depletion Potential is a measure of a refrigerant's ability
to destroy atmospheric ozone. It is determined using the amount of chlorine a refrig-
erant contains and its atmospheric lifetime. HFC 134a has an ODP of zero, and
currently is not subject to phaseout per the Clean Air Act and Montreal Protocol.
In addition, HFC 134a, as applied to Carrier 3bHX Ecologic'. screw chillers,
serves to reduce globai warming. The U.S. Department of Energy's Total Equiva-
lent Global Warming Impact (TEWI) measure shows that 30HX chillers using HFC
134a offer a 5-10% lower global warming impact than the chillers they replace.
HFC 134a is also an ASH RAE Class A 1 refrigerant, offering low flammability
and toxicity levels;
. .:~-:?i;ji'!~L;\c'.:<r..;:<:..__:-----;
Lower toxicity .
HFC 134a has been adopted by the automotive industry as a chlorine-free
alternative to CFC refrigerants.
Finally, HFC 134a is a lower pressure refrigerant than HCFC 22, providing both
reliability and efficiency advantages when coupled with screw compression.
For more information, contact your nearest Carrier distributor or call1-800-CARRIER.
~
Carrier Corporation, Syracuse, NY
830.072
0295
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Product
Data
30HK,HL,HW
Reciprocating Liquid Chillers
50/60 Hz
Nominal Capacities:
30HW 15 to 40 Tons (53 to 141 kW)
30HK 40 to 60 Tons (141 to 210 kW)
30HL 50 and 60 Tons (176 and 210 kW)
o
Quality Assurance
-
~
~.....';#'
--=
ISO 8002
EN 29002
BS5750 PART 2
AHSllASOC C92
=~.
CertificMc No PM 21837
.
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.
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e
IEalQ
30HWC,S
30HWA,B
e
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30HK.HL
r.JVWrinht 1 QAf;, (".AITYU CnrMtation
Performsncs Assurance
e> -,--
~ ARI S1andard 590-92.
(60 Ib 0aIy)
Economical, Easy-to-Install Pack-
aged Chillers Designed to Save
Energy
. wide size range
. application versatility
. long range cost savings
. quiet, reliable operation
Features/Benefits
Installation ease
Units are designed to reduce installa-
tion time and costs. They arrive at the
jobsite able to fit easily through a
30-in. (762 mm) (30HW units) or a
36-in. (914 mm) (30HK,HL units)
wide opening due to their compact
design. The 30HWB,HWC,HWS, and
HK units come complete with cooler,
condenser(s), compressor(s), con-
trols, refrigerant charge, and oll
charge, and need only the addition of
a condenser water supply, electrical
power, and chilled fluid distribution
system.
The 30HWA and HL units are
designed for use with a remote con-
denser, and have a refrigerant holding
charge. They may be connected to
either air-cooled, evaporative condens-
er(s) or even water-cooled condens-
er(s) sized to meet specific job
requirements.
All internal piping and wiring is
complete, and since aD essential con-
trols and protective devices are in-
stalled at the factory, installation is
completed in minimal time. Units
are UL (Underwriters' Laboratories,
U.SA) and CSA (Canadian Standards
Association) listed and conform to
ASME (American Society of Mechani-
cal Engineers) standards, simplifying
the final inspection process.
Fonn 3OH-6PD
Operating re1iabiHty
Carrier's proven, serviceable, semi-
hermetic compressotis) are standard
on all units. In addition, standard
solid-state electrical controls are fully
tested and offer the utmost in re1labiIlty.
Standard dual refrigeration circuits
on 30HK,HL units save the day when
units are undergoing service and
regular maintenance. Units can con-
tinue to operate at part load, avoiding
a prolonged shutdown of the entire
system.
Units have the capability to start
and pull down with up to 95 F (35 C)
entering-1Iuid temperature due to
the integral MOP (maximum operat-
ing pressure) feature of the expansion
valve. Multiple-step capacity control
allows compressor{s) to load or unIoad
to match changing cooling load
requirements.
Compressor{s) is mounted on heavy-
duty spring vibration isolators to
minimize vibration transmission to the
building. QuIet operation is further
assured by a hot gas muHler{s) that
dampens hot gas pulsations and pro-
vides smooth, trouble-free, quiet
performance. To reduce sound even
more, acoustic sound enclosures are
avallable as accessories.
Operating efficiency
At full load, 30H chillers provide
EERs (Energy Efficiency Ratios) up to
14.3. Multiple compressors on a
refrigerant circuit (30HK,HL) enhance
part-load efficiency. Each circuit uses
100% of the heat exchanger sur-
face at all times, optimizing perfor-
mance at all loading conditions;
especially part load. Since the chiller
normally works at part load for
97% of its operating time, a substan-
tial reduction in operating cost can
be realized.
Suction cutoff unIoadJng - Un-
loading eliminates unnecessary com-
pression of refrigerant gases dur-
ing unloaded operation. This substan-
tially reduces part-load power
consumption, resulting in an EER
increase of as much as 39.5% (at 33%
load).
..
Uquid refrigerant subcooUng -
This means the coldest condenser
water is used by the integral subcooler
to increase system capacity without
extra horsepower, permitting more
cooling output per unit of electri-
cal input.
Ease of service reduces cost
When the 30H is in need of inspection
and service, saving time is of the
essence. The reciprocating, semi-
hermetic compressors and controls
(solid-state electronic on all units) are
familiar to technicians, so problems
can be resolved quickly. The 3OHWB,
HWC,HWS, and HK fIuid-<:ooled
units have condensers that are clean-
able to allow periodic maintenance,
which helps to prolong the life of the
system.
.~
Table of contents
Page
Features/Benefits ................................................. 1-6
Model Number Nomenclature . .. .. . .. .. .. . . . .. . . . .. .. . . . . . .. . .. .. .. . . 7
Physical Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-10
OptIonsandA~~".'.'.::: :............... .......... .............11
Base Unit Dimensions............................................ 12-16
Application Data ................................................ 17-20
Selection Procedure ............................................... 21
Performaftce Data ............................................... 22-41
Electrical Data .................................................. 42-44
Control Sequence ............................................... 45,46
Typical Piping and Wiring ........................................47,48 _
GuIde Specifications ............................................. 49-51 _
<tI.
@
@
CANADIAN
STANDARDS
ASSOCIA110N
(60 Hz Only)
ASME
.U' STAMP
(60 Hz 0nJy)
UNDERWRITERS'
lABORATORIES
(60 Hz 0nJy)
e
FeaturesIBenefits (cont)
..
t
30HWC.S
ELEC1llONIC LEAVING R.UID
TEMPERAlURE CONTROL
IlAAZED-PLATE
CDDl.ER (HIDDEN) WITH 300 PSIG (2069 kPA)
R.U1D-SIDE WORKING PRESSURE
COMPACT DESIGN
QUICK-<:IAMP, GADOVEIl-END R.UID
CONNECTION (HIDDEN)
SINGLE POWER CONNECTION
@
INDUSTRIAL GRADE,
SERVICEAIILE SEM~
HERMEllC COMPRESSOR
(SOUND ENCLOSURE
OPTlDNAL)
I
I
>-
FITS THROUGH
~.(782mm)DOOR
t
FeatureslBenefits (cont)
..
30HWA,B
SlNGLE-POINT ELECTRIC
ELECTRONIC LEAVING FLUID SERVICE CONNECTION (CONTROL
lBAPERATURE CONTROl INlllCAlOR LAMP TRANSFORMER STANDARD)
SRAZED-PLAlE COOlER
WITH 3110 PSIG (2088 kPAl
FUIID-BlDE WOIlKlNG
PRESSURE (HIDDEN)
IlRAZED-PI.AlE CONDENSER
WITH 3110 PSIG f2088lcPA)
WAlER-BIDE WOIlKING
PRESSURE-3llHWB ONLY
(HIDDEN)
QUICK-clAMP, GROOVED-
END FLUID
CONNECTIONS
(HIDDEN)
~
o
:0
.
o
.
c
o
INDUSTRIAL GRADE,
SERVICEAllI.E SEMI-
HERMETlC COMPRESSOR
<-
o
FITS THROUGH I)
3O-IN,(782mm)~
e.
e
e,
~
.
30HK,HL
SERVICE
INDICATOR
LAMP
t
[!
~
INIlUST1llAL GRADE,
SEIMCEAIILE
SEMI-HERMETlC
COMPRESSORS
[!
..
..
I
I
SHElLAND
TUBE
COOlER
SHElL AND
TUBE
CONDENSERS
47--
~y
t
Features/Benefits (cant)
~
InIllg.... eubcooler usa coldest condenser
W8l8r to inerT r r I ayatem CllpBcity without
extra hoIwepower.
ELECTRIC
UNlOADER
+ TOP EXIT
8~
CONDENSEA
SHEll
SERVI~ SEMl-HERME'IlC COMPRESSOR
(06E SHOWN)
AEFRDERANT
VAPOR
0ClNDENSIIG
10 LJQUI)
~ e
+ CONDENSER WATER FlOW +
* REFRIGERANT LIQUID
SURROUNDS COlDER
SUBCOOLER TUBES
IlOTTOM
ENtRY
INTO SU8CODl.ER
.
e
Model number nomenclature, 30HW units
.
30HW -Indoor Uquid
Chiller
Cooler
A - Brazed-Plate
B - Brazed-Plale
C - Brazed-Plate
S - Brazed-Plate
Unit Size
018
025
028
035
040
Refrigerent
A-~
T'
Conde.....,
None
Brazed Plate
SheIHnd- Tube with
Copper Tubee (mechanically cleanable)
SheIHnd- Tube with Cupro-Nickel
Tubee and Tube _ end Zinc
Anodee (mechanically cleanable)
Faclory-ln_led Optio...
KA - Standerd,
No Opllo""
NOTE: ForBrine,Sound
Enclceure, Mobility Peckege
<IfNAIB only),
Non-Fueed Dioconnect,
Pert.W1nd Start,
Hot Geo By_,
and _ optio"",
contact your Carrier
Repr_e.
Packaging
1 - DOmeoIIc
3 - Export
V-Ph-Hz
1-~
2 - 380-3-<<1
3 - 346350
5 - 206J23O.3.6O
8 - 480360
8 - 23Q.3.5O
9 - 330/415-3-50
t Model number nomenclature, 30HK,HL units
30HK
Fluld-Cooled
Reciprocating
Uquld Chiller
30HL
Condenaerlesa
Roclproceling
Uquld Chiller
Refrigerent
- - R-22
Unit SIze
04Q.060 (3OHKl
050,060 (30HL)
30HK
-060-A-6
-
o 1-
Packaging
1 - Domeelic
3 - Intemelional
Deeign Improvement
o - Original
1-9 - ModHicelion
VoIte-Ph....Hz
1 - 575-3-80
5 - 206J23O.3.6O
8 - 48Q.3.6O
8 - 23Q.3.5O
9 - 4OQ.3.5O
Controle
A - Solid-State Elec1ronic
.
..
Physical data - 30HWB,HWC,HWS,HK
fluid-cooled units
~
ENGlJSH
UNIT 30 _-Glr _-G2I" -- -- -- HK840 HKDm -
llPERAnNG WT (""""'xl.....) - Ib 795
HWB 950 1065 1065 1310 - - -
HWC,S 1231 1359 ,_ 1508 1702 - - -
HK - - - - - 2S3III 3138/ 33401
2875t 3340t 3400t
REFRIGERANT Ib R.22
HWB 12.5 15.0 17.5 18.5 30.0 - - -
HWC,S 35.0 37.0 42.0 42.0 47.0 - - -
HK 70.0 80.0 90.0
COMPRESSOR - - - - - - - -
Model No. 0600537 06021SO- 06E72S5 Q8E717S- 06E7289 06E215O 06E8175, 06E6175
06E215O
Nomlnol Hp 15 20 25 30 35 2O(ea) 20,30 3O(ea)
Q\lllnIIty 1 1 1 1 1 2 1 (ea) 2
Cyl_ Per Comp...... 6 4 6 6 6 4 (ea) 6,4 6 (ea)
Co5.,nInlI--
No. of 3 2 3 3 3 4 4 4
Minimum Copocl\y (Yo) 33 50 33 33 33 25 20ft 33
eo:::::r eo.....l- - - 0.. ~ 4 3 4 4 4 5 5 5
IIInlm~ 10 10 10 10 10 10 10 10
COOLER
fluid SIdo - ..... 300 300 300 300 300 150 150 150
~:-:.'=. 430 430 430 430 430 235 235 235
1.4 1.6 2.1 2.1 3.3 131 15.2 15.2
PncI_ _)
fluid Connections - In. GIllO\IIdEnd
- lY.t lY.t lY.t lY.t 2Y.t 3 3 3
~ lY.t lY.t lY.t lY.t 2Y.t 3 3 3
CONDENSER
30HWS c- CooIod) ,
--~ 300 300 300 300 300 - - -
-=,1 - pols 430 430 430 430 430 - - -
Not _-GoI. 0.9 1.2 1.6 1.8 3.3 - - -
PncI_ _)
_ Con_nl -In. GIllOII8dEnd
InIM lY.t lY.t lY.t lY.t 2Y.t - - -
OUtlet lY.t lY.t lY.t lY.t 2Y.t - - -
30HWC (W- CooIod)
- Sldl SiS.1iS 300 300 300 300 300 - - -
~ -poIg 385 385 385 385 385 - - -
Not Val.... - Gol. 2.8 2.6 4.0 4.0 7.3 - - -
_eon_-In.
lnIM 2Y.t 2Y.t 2Y.t 2Y.t 2Y.t - - -
OUtlet 2Y.t 2Y.t 2Y.t 2Y.t 2Y.t
30HWS ~ CooIod)
--~ 300 300 300 300 300 - - -
==: - pols 365 385 385 365 365 - - -
11M _ VoI_ - GII. 2.6 2.6 4.0 4.0 7.3 - - -
w.t8r Connectlon8 - In. Wid
Inlet 2Y.t 2Y.t 2Y.t 2Y.t 2Y.t - - -
audll 2Y.t 2Y.t 2Y.t 2Y.t 2Y.t - - -
30HK (W- Coolld) 250 250
- Sid. Sil:1g - - - - - 250
-I:'~I - pols - - - - - 365 385 385
Net Volume - Gal. - - - - - 4.4,4.4 4.4,5.2 5.2,5.2
(Incl._ _I
wm. Connection. - In. I I I jld I I I
InIM - - - - - 2Y.t 2Y.t 2Y.t
OUtlet - - - - - 2Y.t 2Y.t 2Y.t
I.EGEND
ODS - Outside Diameter, Sweat
.Unless otherwise noted, data is for HWB, HWC. and HWS units.
t60 HV50 Hz units.
-For 025 SO Hz units, compressor number is 08E2250, for 035 50 Hz unlt8 com-
pressor number is 06E7275.
ttWdh transfer switch set to compl'8llOr no. 2 poeffion; 40% with transfer switch
set to compressor no. 1 position.
NOTES:
1. Operating weight indudes refrigerant operating ct'8rge and weight of fluid in
the '-1 _nge...
2. 3OHWB,C,S, and 30HK unita 818 lhipped _ fuR operating chorgo.
. ,~-
e
e
~
51
.
t
UNI1'30 HW.o1r HW_ HW_ ..- -- H~ HIlDIO HIlDIO
OPERATING WT (Approxltt-.) - III
HW8 361 031 483 482 594 - - -
HWC,8 554 611 666 679 766 - - -
HK - - - - - 12lM1 14241 15141
1305t 1514t 1542t
IlEFAIGERANT kg R.22
HW8 5.7 6.6 7.8 8.4 13.6 - - -
HWC,8 15.8 16.8 18.1 18.1 21.3 - - -
HK 312 36.3 40.8
COMPRESSOR
_No. 06DG537 06E215O" 06E7285 06E717&- 06E7288 06E2150 D6E8175, D6E8175
06E2150
_nol kW 11.1 14.8 18.7 22.4 26.1 14.8(oa) 14.822.4 22.4 (oal
a-aty 1 1 1 1 1 2 1 (oa) 2
~""'Cam_ 6 4 8 6 6 4 (oa) 6,4 5 (oal
~I--
No. 01 0 3 2 3 3 3 4 4 4
Minimum Copocl1J (%1 33 50 33 33 33 25 20tt 33
eo::=::r Control- - Hot 000 ~ 4 3 4 4 4 5 5 5
:rn........ .,. CopocIty ...., 10 10 10 10 10 10 10 10
COOLER
fluid Sldo - kPo 2068 2068 2068 2068 2068 1034 1034 1034
"""~"dSIdo-kPo 2885 2885 2885 2885 2885 1620 1620 1620
Not ulclVOIumo- L 5.3 8.1 8.0 8.0 12.5 48.8 57.5 57.5
(IncI--1
RuId Con_o - In. 13"""'" End
- 1110 1110 1110 1 110 2110 3 3 3
~ 1110 1110 1110 1110 2140 3 3 3
CONDEr_m
3GHW8 ~ CCl!JIod)
_ -kPo 2068 2068 2068 2068 2068 - - -
:::1:::,"'_- kPo 2885 2885 2885 2885 2885 - - -
Not VOIumo - L 3.4 4.5 8.1 6.8 12.5 - - -
c-_I
.... ConnectIona - In. 1:""" ~~'h
- 1140 1140 1140 - - -
~ 1 'AI 1140 1"" 1140 2140
- (1VaW Coolodl
__-kPo 2068 2068 2068 2068 2068 - - -
"",,=.I_-kPo 2517 2517 2517 2517 2517 - - -
Not Val..... - L 8.8 8.8 15.4 15.4 27.8 - - -
.... Co~teCtIo,. - In.
- 2'A1 2140 2140 2140 2140 - - -
~ 2140 2140 2140 2140 2140 - - . -
3GHW81*W CooIod)
__-kPo 2068 2068 2068 2068 2068 - - -
"""=II_-kPo 2517 2517 2517 2517 2517 - - -
Not Val..... - L 9.8 8.8 15.4 15.4 27.8
__ Con.NtCtloua In. wild-
- 2140 2140 2140 2140 2140 - - -
~ 2140 2140 2140 2140 2140
_K I*W Coolod) -
__-kPo - - - - - 1724 1724 1724
:::1:::,"' lllde- kPo - - - - - 2tl66 2tl66 2tl66
Not Valumo - L - - - - - 17,17 17,20 2020
(Incl_n_1
...... ConMGtlona - in. I I I Wjkt I I I
1- - - - - - 2"" 2140 2140
0ulI0I - - - - - 2140 2140 2140
LEGEND
ODS - Outside Diameter. Sweet
*UrMu othefwise noted. data is for HWB, HWC, and HWS units.
1"80 HlI50 Hz units.
-For 025 50 Hz units, Ct)fT1pl'8SlOr number II 06E2250, for 035 50 Hz unita com-
preuor number is 06E727S.
ttWIIh _r _ set to comproooor no. 2 pooitlon; 4O'll. with ___
lilt to compl'888Or no. 1 position.
NOlES:
1. 0per0tIng weight includoa I8frtgorant opol1ding c:ho'110 and weight of fluid in
Iho__ro.
2. 3OHWB,C,S. and 30HK units are shipped with fun operating charge.
t
Physical data - 30HWA,HL
condenserless units
~
ENGUSH
UNIT 30 HWAll1. HWAll2I HWAll2I HWAIIII HWA040 HLIIlIlI HLIIlIlI
OPERAl1NG wr (~_) -Ib 740 880 960 975 1080 2fI1O/ 21301
2120t 2'llOt
REFRlGEIlAN1' Ib R-22
1.6 2.0 2.4 2.4 3.0 10.5 10.6
COMPRESSOR
_No. 06DG537 0lIE2250 06E7265 06E7275 06E7289 06E6275, 06E6275
06E2250
_no! Hp '5 20 25 30 35 25,20 30 (oa)
Cluontlty 1 1 , , 1 , loa) 2
CrI- .....COm_ 6 4 6 6 6 6,4 6
~--
No. of 3 2 3 3 3 4 4
IIlnlmwn ~Itr (%) 33 50 33 33 33 2lr 33
cc Control-WIllI _Ga__ 4 3 4 4 4 5 5
Illri1mu~ COpocIlv (%) 10 '0 '0 '0 '0 10 '0
COOLER
fluid SIda- pol, 300 300 300 300 300 '50 150
_=SIda-'=! 430 430 430 430 430 235 235
Net ulcl VoI......- . '.4 '.6 2.1 2.1 3.3 '3.' '5.2
PncI_ _)
fluid Connectlon8 -In. G_ End
Inlot ,'" '''' '''' ,'" 2YI 3 3
Outlet '''' '''' '''' '''' 2'" 3 3
CONDENSER CONNECl1ONS
_....... con_ -In.
LIqiIId U.. ODS 'Ao 'Ao 'Ao 'Ao ~ 'Ao ~
DI8oIlorge U.. ODS 11-10 l'Ao 1~ 1~ ,~ ,~ 1~
LEGEND
ODS - Outside Diameter, Sweat
"3OHWAand HLunilB (oo__)....1hipped wiIh alllfrlgarant -.g c:haJga.
ApplOllimata cooIar op&IaIing chargo is 1hMn. .
t60 HzI50 Hz unltl.
**With transfer switch set to compressor no. 2 poeition; 40% with transfer switch
88l1o 9D"'PntIIOr no. 1 position.
NOTE: OpaIdng waigh! 1_ IllfrIgarant oparating chargo and waight of fluid
in tho _ ux:hangara.
51
UNIT 30 _,. HWAll2I HWAll2I HWAIIII - ILIIlilI HLlIIO
OPERAl1NG wr (^"plllld,I18Ilo) _ kg 336 319 435 442 410 1381 -
161t I13t
REFRIClEllAN1' kg R.22
0.7 0.9 1.' 1.' '.4 4.6 4.6
COIIPRESSOR
_No. 06DG537 0lIE2250 06E7265 06E7275 06E!299 06E6275, 06E6175
06E2250
Nominal kW 11.2 '4.9 lB.7 22.4 26.1 lB.7,14.9 22.4 (oa)
Quantity , , , , 1 'Joa) 2
Cylln_..... COm_ 6 4 6 6 6 ,- B
COntrol- _ard
No. of 3 2 3 3 3 4 4
lIinlmum ~(%) 33 50 33 33 33 20- 33
~:rControl- _Ga__ 4 3 4 4 4
No. ~ 5 5
IIlnlmum COpocItJ (%) '0 10 '0 '0 10 '0 '0
COOLER
fluid SIda - kPa 2069 2069 2069 2069 2069 1034 '034
_=SIda-kPa 2165 2965 2965 2165 2165 1620 '620
,.. uld Yofume - L 5.3 B.' B.O 6.0 '2.5 49.9 57.5
PncI_ _)
Fluid COnnection. - in. I I G_ End
Inial ,'" ,'" ,'" ,'" 2'" 3 3
Outlet '''' '''' ,'" ,'" 2'" 3 3
CONDENSER CONNECl1ON6
~Con_-In.
LIqiIId U.. ODS 'Ao 'Ao 'Ao 'Ao 'Ao
DiGMrga U.. ODS ''Ao 1~ ,~ ,% 1~
LEGEND
DOS - Outside D_r, S_
"3OHWAand HL unils l~-)....Ihipped wiIh a rafrigarant holding charga.
Approximate cooter operating charge . -.own.
t60HzI5O Hz units.
"With transfer switch Nt to compreuor no. 2 poIidon; 40% with tralWfer 8Witch
let to compresaor no. 1 position.
NOTE: Oparating waigh! incIudaa ralrigarant oparating charga and waigh! of fluid
in lho haat ux:hangara.
_..~"--
-
e
Options and accessories
.
x
x
0PTIllIr A('~lIOInt
x
X(HW)
x HWAIB)
NonoFUHd WI a a lfleCl X
-_paIl_ 01lll"" x
Hal_ ~ X (HW) X (HK,HL)
--- X
-.. - X
-- X
Com _F__ X
011 _ Xtt
-- X
Co....__ X
- _'n_.......... K,H X
AuKn.... L.Md4.ag CanIraI"K,HL) X
._~ option. -Avalloble U. _ ordor on HK,HL uni1a.
tFl__ oocaooory. ~rd on HWA, HL. and brina uni1a.
Factory-instaUecI options
Medium temperature brine (30HW units) - Unit may
be factory-modified to permit brine operation from 15 to
39 F (-9.4 to 3.9 C) leaving brine temperature. Refrigera-
tion circuit components, such as the expansion device and
low-pressure safety switch, are modified to permit the low
refrigerant flow rates typical of brine duty operation.
NOTE: This is a special order Item for 30HK,HL units.
Sound .-K'1osure paneJ. (30HW units) - Units may
be ordered with acoustically-Insulated sheet metal enclo-
sures installed around the compressor section to reduce ra-
a. diated sound lewls. Also available as a field-installed
., accessory.
NOTE: This is only offered as an accessory on the 30HK,HL
units.
MoblUty P"'"1t~ge (30HWA/B only) - Wheels may be
factory installed on the unit to aid in transportation of unit
to its final installation site. Wheels are rubber type, pivot
for easy unit maneuvering, and are lockable for safety. Also
available as a field-installed accessory for all 30HW units.
Non-fused disconnect (30HW units) - For wiring con-
venience, an electrical power disconnect for line and con-
trol power may be factory installed.
Part-wlnd start (30HW02S-040 only) - This
factory-installed option reduces the starting current of the
compressor. This option provides a one-second delay be-
tween starting the part-wind and primary compressor wind-
ings. As a result, the instantaneous current flow at start-up
is reduced.
NOTE: This is a special order item for 30HK,HL units.
Hot gas bypass - Hot gas bypass control can be factory
installed to reduce chiller capacity. This option includes a
control solenoid valve, a shutoff valve, and necessary
controls.
NOTE: This is only offered as an accessory on the 3OHK,HL
units.
Field-instaJIed aa:essories
· Proof-of-fIow swItc:b - The switch connects to a termi-
" naI strtp in the chiller and senses IIuid pressure differential
across the cooler. This accessory is recommended for all
chillers and also works well in conjunction with the multi-
chiller control accessory when up to 4 chillers are applied
in a parallel piping arrangement.
..
Pressure gage panel - Panel reads suction and dis-
charge pressures and includes a shutoff va1ve for each gage.
NOTE: For 30HK,HL units, one package is required per
compressor.
Sound~ pIIIIlIIs- This... f:'1ssoryisan~ ..n,.,,11y-
Insulated sheet metal enclosure that is installed around the
compressor section and reduces radiated sound lewIs. Also
available as a factory-installed option for 30HW units.
VIbration Isolators - For 30HW units. Isolators are in-
stalled on the base of the unit to reduce vibration transmis-
sion from the compressor through the floor. This package
consists of 4 spring isolators with ribbed neoprene pads sized
specifically for each model.
NOTE: The 3OHWC,S units each require 2 kits.
Compressor ground fault HIIIIOr -If a short to ground
is sensed by this "rrqssory package, the compressor auto-
matically shuts down. This protects the refrigeration system
from acid formation typical of a compressor motor short to
ground condition. Compressor shut down is initiated when
a 2.5 :t 2 amps ground current is sensed by a toroid in-
stalled around the compressor power leads.
011 safety swItc:b - The switch senses pressure differen-
tial across the compressor oil pump and shuts down the
compressor in the event of loss of oil pressure. The safety
switch is an accessory for the 3OHWB,C,S,HK standard
units and is standard on the 30HWA,HL, and all brine units.
MuItk:hUIer c:ontro1- The control panel sequences up
to 4 chillers and circulating pumps by sensing mixed leaving-
IIuid temperature.
The control features include:
. leadllag control for balanced unit operating hours
. 7 -day programmable tlmeclock for scheduling flexibility
and energy savings
. daylight savings time changeover for accurate scheduling
. a.m./p.m. time display
. battery back-up of programmed events for reliable
operation
MoblUty package - For 30HW units. Wheels may be
field installed on the unit to aid in transportation of unit to
its final installation site. Wheels are rubber type, pivot for
easy unit maneuvering, and are lockable for safety. Also
available as a factory-installed option on 30HWAIB units.
NOTE: The 30HWC,S units require 2 packages each.
CcmcJeuser manifold package - For 30HK units. The
manifold provides common water inlet and outlet connec-
tions and consists of 2 steel manifolds, each in 2 sections.
Reid welding is required.
Control drculttnmsformer- For 30HK,HL units. Reld-
installed transformer provides 115-1-60 control circuit sup-
ply from the main power supply when control voltage sup-
ply is not otherwise available. It is suitable for use on 208/
230 and 460 v units.
Hot gas bypass package - For 30HK,HL units. Allows
additional capacity reduction for unit operation be10w the
minimum step of unloading.
Automatic Ieed/Iag control- For 30HK,HL units. This
accessory helps to balance operating hours between refrig-
erant circuits, resulting in increased system protection, re-
liability, and compressor life.
- .,'__~_, __.___---.:l
Base unit dimensions - 30HWC,S018-040
(fluid-cooled)
K
l LI
'=-1 i
! - [,
I I'
--+
~
,
"Lf12
"""
L B
1Il't.1llUS1I1"
".'1'1 <Sl'5) :.J
2.11'->
lU1l27JjT'fP1
~
".DD noz)
~====t."""r--
II l__ I
" '
" '
" ,
" '
II //
,
"
,
,
,
~---------1
,----*-___---i....___---L..._
-........
"'.-
I i
I
I
G
. . .
COOl.
'"3:::::.-=.t:::=..-::..
--
..-
.....-
--
---
,
211l111....
--
--
A
,,",.IllUSII1,'1
~.....,
Snl.lIfIT
..23 ~.,
~'IiII1:111\\j'
,",.NUS 111'.
21.7ICSUI 2'1"
'"
.'51:1 nCD
J
11..- ....^-.
---v
;r.;;;
UNIT
3lIllWC,lI
01.
02&
021 15.80
(<101)
035 15.80
(-)
0<10 15.80
(-)
LEGEND
COIIPR ~r
D. Diarrieter
1Iloc. _
KD Knac:Ialut
lITO Mounting
SCHAll _ulio <10 Pipe
NOTES:
1. ~ Denotes center of gravity.
2. -___ __or~_option.
3. DimensionI in ( ) are in mHlimeters.
VOLTAGE MODEL
NUMBERS
IIODEL
100
200
300
!GO
!GO
100
800
2O.00tliQll!Tll.UNlT
aooltDDlSClUNOI!NCl.CISUflE
YOLT-HZ
57HO
-
346-50
2081230-60
-
230-50
3801415-50
MODEL _.. (BEE YOLTAGEIIODEL __ TABLE)
01.... 021- __ __ lMO-
1 ,300 1110 100 1 100
800.800.800 300.600.800 300.800.800 600.800
200,300
!GO 500.800 500.110O 300,110O 800.800
IIl8COHNECT
lAmpe'
10
'00
100
500
500.110O
.-. ..."",----
-
e
e"
Base unit dimensions - 30HK040-oaO
(fluid cooled)
~
.
.
~. (I
SOlHl EIlCl.05UlE
AlXE55CIRY
.
:r VICTAUUC R.tJD IN..ET,
COOlBl
:r VlCTAlIJC R.UO ounET. COOLER
r,;:::::--
,--
"1 \ -..1
~ 'lr -- A_ - -1" h
.'il '-_'" ,_u._..
. ~S.''''''''''''''l~-
II -""- r - - SIl
I _ _I ~' , -
oJ,.. - _\ I
'( \1- .....
..._....1. 1" r:::
- 1__, ~
~
,
, I,
L=.r- - ~\
,t 1~1_ _II
--~ - ....~I-
""
...'I-....1~ __"
. _ v
,
,
-"',..
- ..
,I
- I,
. .i:'L~.J
- :l----;~-.;.;.;.-F;-.;;.;;;n----:
- 11 1IF COOlER TlIES (EITtEA BID -
--JL----~~~-~~~~-(~-- :-"
-iil
V3- WATER OUTLET. CONIlENSERS
BOX 8
~-
3' ""fER IUT,
COIlE......
3 SI8 (92) POWER WIRING IUT
,'-7
1/1
o
CCIffllCl. CIRCUIT
WIRING 1
(4) 118' On.K.O.
3/4. hPT DRAIN
~
t
-
"
"0--
,
- --c-..
1/"- SAE Fl.AAE AE4U..ATOR VALVES
112- IfIT RELIEF COtIECTJON
(2) 114- PUA8E VALVES
LIOUID LfVEl TEST CO(X
(8) 11/16' t8 _ D"TS HOLES I I
"
/1
10
"
",'- u n
'-111/1
10
(
,'- 1
(
UNIT
30HK
040
mm
D
GAGE PANEL
ACCESSORY
050,080
=
COMP
KD
MTG
SAE
LEGEND
Compl8S8Or
Knockout
Mounting
SocIety of Automotive Engineers (U.S.A.)
NOTES:
,. Standartl un" shown wi1h Ihe BOUnd enclosure accessory.
2. Dim__ in ( ) are In miHimeters.
t
Base unit dimensions - 3011WB018-040
(fluid-cooled)
~.~- , ~I~~~l.
"":::~=rL'~"~' r~
, I!".&.
I
,
'11 qp
~
R..
n_
. .
.
.
LEGEND
COIIPR
COHD
lIIIC.
KO
_.
.
f
,
I
"
I
,
J
DISC. I0Il
-...
-
.."'"
~
Oiecot..MtCI
Knoc:Icoul
NOTES:
1. ~ Denotes center of gravity.
2. _ _ _ _ Denoteo occeuory or Iactory-lnstalled option.
3. Dimefllb. in ( ) are in mllirnetera.
UNIT
_8
01.
02li
021
036
0010
VOLTAGE MODEL
NUMBERS
MODEL
100
200
300
&00
100
100
100
VOLT-HZ
57!HlO
38Q.6O
348-50
208l23O-<<I
-
230-50
380/'15-50
-----
. .
1IlUIT__.....'.
32.Sll((l3j)
3S.1'1<9lll1l
_.lIIIIf
-~
''''_1ND1II1~
~1lZ"_1ND""
"
II
"
:;11
"
II
~
"
-"v-iif
.
....
n.,l)
'-~~.
.
e
DISCONNECT LOCATION -In. _
(Ampe) K L . 040-
10 3.33 2.81 1.... 100 e
(85) (78) (387)
100 '.33 '.81 1..82 &OO,BOO 500,800 200,300
(110) (128) (378) BOO,BOO
200 7.48 11.18 15.82 500 500.800
(188) (284) (402)
_-In._
D E F G
33.85 11.72 5.75 12.28
(810) (288) (1 (312)
33.85 11.72 5.75 12.28
(810) (288) 148) (312)
33.85 11.72 5.75 12.28
(810) (288) (148) (312)
33.85 11.72 5.75 12.28
(810) (288) (148) (312)
34.15 11.34 8.22 12.38
(887) (288) (208) (31')
"
LL_
N
~ ~G~__Muu,wll
_llIQl ...C7JII~
___"'..tJI21
--
""".!~llrK-o.
~l
- -- -- -- -- -- -- -- -r:
"
"
"
"
"
"
"
"
"
"
--------~--
. .
~
.
I: ~.. --'--'---.- :,
____ 17.__1
3." ...
,~~
-'
Base unit dimensions - 30HWA01S-040
(condenserless)
~
t
-~I.
,,,It'II.'. 1lJ1t.__..
;ur......ry.w.-II..
.. 2.dl.'.
n__
'-.. ---
I
_.
, I
II
, I
~ I
, I
II
r I
"
~-
,ur-'OIJG......
1U!'..xIlE_"'"
I
I
, I r.i~
Y T
-
_'IW_
_,t.....
.'W_
........
..,......
o
I
,
I
e ,
I
..B
--
D..
11111_
-----
. . .
.
.
.
.
.
.
.
.
. .
.
.
L",,_=.:.~
ST1)...,lT !5.7~ =:=.J
DlII:..
-
--
..-
,
~J5'D~_-,.-~11
IID."'T ...('11
____lIlI..~
~~~llIIl
t
LEGEND
COMPA CompreelOl
DISC. DIoconnecl
KO I<noc:kout
OIlS ~ Illomeler,
-
NOTES:
1. ~ _ conter of gravity.
2. ____ _.......ryor~_option.
dill.
"""l
=======::.J
.
02li
021
031
F
5.75
(148)
5.75
1
5.75
(148)
5.75
(146)
8.22
(208)
o
17.95
(458
17.95
458) .
17.95
(458)
17.95
(458)
17.36
(441)
1"'....IaIID
YOLT-HZ
57!HlO
38ll-8O
348-50
208I23CHIO
480-80
230-50
3801415-50
.Wl.
I.
II
, ,
01-':. H
I I
II
"
...1_=-
V' i'::::
UNIT
_"
OIl
,
_ _ _ __ _ _ _IJ.__
. .
. .
...
fl~'I_
040
VOLTAGE MODEL
NUMBERS
IIODEL
100
2GO
300
sao
sao
IGO
IGO
--.
~..~
---------
. .. . .
.'
3.11 ..
I _
-~"..-
DISCONNECT l.OCA11ON -In. (1nIn VOUA8E_ __ TABLEI
IAmpl) J K L -- -- 040-
, 10 3.33 2.81 14.44 1 l00,BOO,1IDO
(85) (11) (387) 3IIO,800,IIlIO
100 4.33 4.81 14.12 BOO 200,300.800 100,200
(110) .(121) (378) 3llO,1llO,8llO
2GO 7.46 11.11 15.12 500 500 500,800
(1811) (284) (402)
.---------
Base unit dimensions
(condenserless)
-
30tl1050,060
~
10 I~
4'-6 1 (I
103/4
,
e
3" VICTAlJUC
FLUIDINI..ET.
COOlER
3" VlCTAUUC FLUID OUTLET, COOLER
"
"co.ii1-",_ '...J
1\- - - I )...r - - -......
11- ...-=:: L'''''_ _.., r"V-
.-I-...1....-_\LL-._-!-J-,+='
I \ J~'ll.__~
\..v::..-'":.~v ...
....--..fL_J - -,
....._ _,r- I ' I
1__. \...
'-1
, --
, ,
"'h--~~,__A\
". ..... '" II
L...J1."---... - Ii'
........... -
'--~ ~ "
..,rh-, J- ':--"1 Ir
-..:a~ -.... 'J
---- '... -'
-------------------------.
SPACE REOUIRED FOR REMOVAl I ... til
~ ~(92)ner~~~coa.ER) 1<-...
,-
3 518 (92) POWER WIRING IN...ET
)'- ,,(
CONTROL BOX
, .
'-I 1
'"
7
'-11 1 1
ElETIlffN LIftiNG AH6LES
DISCHARGE aNI. 1 318
l35l
, ,/2
,'"
,
1'. /4
, ,
CXlnROl. CIRQJIT
WIRING Ut.ET5
(4)1IB. 0 :u.. 11::.0.
-
CI~UIT ElAEAICERS
,ll '..
_ _ __....r
3' -5116
'!l22>
~ ~ ~ ( e
-"' ~
3/4# NP1 DRAIN , ;- ..)
,
(4) 11/16. TVP BOTH SiDeS LIQUID LIIE
,'-11/4 -~
(18) 0 ,..., 1 9/16 COtflI. 7/8
"T6 HOLES 2'-11 '" (<0) 1221
<1195,
3'-114
(920) 4 CLl MY , ,
4'-fi1l " " ,-- I 1. (216) (216)
'0'
GAGE PANEL
ACCESSORY
CLY
caMP
CONN
KO
LEGEND
CylncIer
Cilmpreaor
Con_
KnocIcIlut
NOTES:
1_ Standard unil shawn wi1h the sound enclosure BCC8lI8Ol)'-
2_ Dimensions in ( ) are in millimeters_
,.
"16 HCUS
Application data
.
Leveling unit
To ensure proper oil return, be sure that unit Is level,
particularly in its major lengthwise dimension, as com-
pressor oil return piping runs in that direction.
It should be determined prior to installation if any spe-
cial treatment Is required to ensure a level installation.
Cooler fluid tempetloture
1. Maximum sustained leaving chilled-fluid temperature
(LCWI1Is 60 F (16 C). For sustained operation, entering-
fluid temperature should not exceed 75 F (24 C). Unit
can start and pull down with up to 95 F (35 C) entering-
fluid temperature due to MOP (maximum operating pres-
sure) feature of the expansion valve.
2. Minimum LCWT for standard units Is 40 F (4 C). Lower
LCWT can be used on medium temperature brine ap-
plications. Refer to Medium Temperature Brine Appli-
cations section below. For applications with ratings be-
low 40 F (4 C) on standard units, contact your local Carner
representative.
Medium Tem.......ture Brine Applications
In all brine duty applications, a suitable brine (or antifreeze
and water solution) must be provided to ensure freeze pr0-
tection. The solution aystalllzation point of the brine should
be below the suction temperature of the cooler, and at least
150 F (8.30 C) be10w the leaving brine temperature. The
brine solution must also be properly inhibited to provide
suitable corrosion protection.
NOTE: Medium temperature brine Is a specIa\ order option
on 30HK,HL units.
Condenser (30HWB,C,S and 30HK units)
water temperature
1. Maximum leaving condenser-water temperature Is
130 F (54 C) for 30HW 50 Hz units, and 104 F (40 C)
for 60 Hz units and 30HK 50 Hz units.
2. Minimum entering condenser-water temperature with-
out condenser flow regulation is 70. F (21 C).
Cooler and water-cooled condenser flow
range
Ratings and performance data in this publication are for a
cooling temperature rise of 100 F (5.60 C) and are suitable
for a range from 5 to 150 F (2.8 to 8.30 C) temperature
rise without adjustment. Units may be operated at a differ-
ent temperature range, provided flow limits are not
t
..
exceeded and corrections to capacity, etc. are made. For
minimum flow rates, see Minimum Cooler and Condenser
Flow Rates and Minimum Loop Volume table. High flow
rate Is limited by pressure drop that can be tolerated. H an-
other temperature rise is used, apply LCWT correction as
glwn In Capacity Correction and Selection Procedure sec-
tions on pages 19 and 21.
1111"'...._ cooler Bow- The minimum cooler flow (maxi-
mum cooler temperature rise) for standard units is. shown
in Minimum Cooler and Condenser Flow Rates and Mini-
mum Loop Volume table below. When gpm (LIs) required
is lower (or rise is higher), follow recommendations below:
a. Multiple smaller chillers may be applied in series, each
providing a portion of the design temperature rise.
b. Chilled fluid may be recirculated to raise flow rate. How-
eller, the mixed temperature entering the cooler must be
maintained at a minimum of at Ieast 50 F (2.80 C) abow
the leaving chilled fluid temperature.
c. On 30HK,HL units, specIa\ baffling is required to allow
minimum flow rate to be reduced to 12%. .
NOTE: Recirculation flow is shown below.
RECIRCUIATlON FLOW
OILLER COOLER
-
! sUPPt.Y
RECIRCULATION
-
RETURN I
Ma-._ coo_ Bow (> 5 gpm,Iton or < 50 F rise
(> 0.09 Lis. kW or < 2.70 C rlseD - The maximum
cooler flow results In practical maximum pressure drop
through cooler.
The return fluid may bypass the cooler to keep pressure
drop through the cooler within acceptable limits. This per-
mits a higher 4 T with lower fluid flow through cooler and
mixing after cooler.
NOTE: Bypass flow is shown on page 18.
MINIMUM COOlER AND CONDENSER FLOW RATES AND
MINIMUM lDOP VOWME
_ COOLER LEGEND
UNIT SIZE CllOLEA CONIIEN8ER' LOOP VOLu.t ARI - AM COltditio..;.",'" Refrigerdon II"IItitute
- LJo - LJo GoI. L N - UIora pot kW
V - _pot'"
U 22.5 U .. 187 '3OHWB,c.s. ond 30HK only.
30.0 U 30.0 U 51 223 jMlnlmum _ ftuid_.
t 37.5 U 37.5 2.0 78 288 NOTES:
~..VXARI:%In"".
...0 2.8 ...0 2.8 85 322 UIers .. N x ARI ctpIlCly !cW.
- 57.0 3.1 57.0 3.1 113 428
-- 51.0 U 87.0 0.. 120 ... APPIJCA..- V N
-- ...0 0.3 78.0 0" 148 180 3 :no
-~ ".0 0.3 13.0 5.2 17< 151 ='~=.; 610 10 8.510 10.1
ato 10 8.510 10.8
Application data (cont)
BYPASS FLOW
CHIl.LER COOLER
-
BYPASS
-
j 'UPPL Y
~TU~ 1
VarIable cooler flow rat.. - These variable rates may
be applied to standard chillers. However, the unit will at-
tempt to maintain a constant leaving chiDed-fluid tempera-
ture. In such cases, mlnlmum flow must be in excess of
mlnlmum flow given in Minimum Cooler and Condenser
Row Rates and Minimum Loop Volume table, and flow rate
must change in steps of less than 10% per minute. Apply
6 gal per ton (6.5 L per kW) fluid loop 1I01ume mlnlmum if
flow rate changes more rapidly.
NOTE: Always set variation (deadband) to cover the range
for the worst possible case.
MInimum wate1-coo1ed c:ond_ flow - This value
(maximum rise) is shown in Minimum Cooler and
Condenser Row Rates and Minimum Loop Volume table
on page 17. Condensers may be piped in series. Ensure
leaving-water temperature does not exceed 104 F (40 C).
ChiDed fluid loop volume - The chilled fluid loop 1101-
ume in circulation must equal or exceed 3 gal per ton of
cooling (3.25 L per kW) for temperature stability and accu-
racy in normal air conditioning applications. (For example,
a 30HW04O would require 113 gal [428 L] in circulation
in system loop - see Minimum Cooler and Condenser Row
Rates and Minimum Loop Volume table on page 17.) For
process jobs where accuracy is vital or for operation at am-
bient temperature below 32 F (00 C) with low unit loading
conditions, there should be from 6 to 10 gal per ton (6.5 to
10.8 L per kW). To achieve this IIOlurne, it is often neces-
sary to install a tank in the loop. Tank should be baffled to
ensure there is no stratification, and that water (or brine)
entering tank is adequately mixed with liquid in the tank.
NOTE: Tank installation is shown below.
TANK INSTAUAnON
M~
NO l GOOO
~1[k
_"'-"0"'""----
~
FouBng faqor - The factor used to calculate tabulated
ratings was 0.00025 ft2 . hr . F IBtuh (.000044 m2 . k/W). A
As fouling factor is increased, unit capacity decreases and .,
compressor power increases. StandaTd ratings should be .
corrected using the multipliers in the Fouling Factor
Correction table below.
FOUUNG FACTOR CORRECDON
FOUUNG FACl'OA COOLER CONIIENlIEIl
-- 81 CoD. - ...... -
:= .- 0.895 1.000 . 0.890 1.(105
.-32 0.980 1.000 0.1IlIIl 1.033
_75 - - - 0.908 1.098
Ratina tabteI are bu8:t on 10- F (5.&- C) AT in the coaIer and 0.00025 ft It . hr .
Fllllufi (.0D0044 rrI'. kIWl fouHng _ in both cooler end _,. T_ also
_10" F (5.6"1:) 6T in _,.
PERFORMANCE CORRECTIONS
1. Corrected Cooli~ Cap8city = AIded CoolIng CcacItv x all COfT8Ction ~ra.
2. Corrected Compressor Power Input = Rated Power Input x all correction
_ro.
30HWA and 30HL remote condenser
requirements
1. Ensure each refrigerant circuit has its own head pres-
sure control.
2. Condenser must provide 150 F (8.30 C) subcooling, a
lYJaldmum of 400 F (22.20 C) difference between satura-
ted condensing temperature and outdoor ambient
temperature (to prevent owrload at high ambient
temperatures), and a mlnlmum of 200 F (11.1" C) dif-
ference (to ensure subcooling).
3. Do not manlfold independent refrigerant circuits into a e
single condenser.
4. Condenser should not be located more than 50 ft
(15 m) below chiller to maintain subcooling.
5. DesIgn discharge and liquid piping according to Carrier
System Design Manual.
Overslzlng chlUers
Oversizing chillers by more than 15% at design conditions
must be avoided as the system operating efficiency will be
adversely affected (resu1t1ng in greater and/or excessive eIec-
bical demand and cycling of ~pressors). When future ex:
pansion of equipment is anticipated, insta1l a single chiller
to meet present load requirements and install a second chiller
to meet the additional load demand.
It is also recommended that the installation of 2 smaller
chillers be considered where operation at minimum load is
critical. The operation of a sma1Ier chiller loaded to a greater
percent of minimum is preferred to operating a single chiller
at or near its minimum recommended value.
Hot gas bypass should not be used as a means to allow
oversizing chillers. Hot gas bypass should be given consid-
eration where substantial operating time is anticipated be-
low the minimum unloading step.
Strainers
A strainer with a minimum of 20 mesh must be installed in
:~;!~::;2~~7ia~i~ ei
units, this requirement applies only to the cooler.
Parallel chiUers
. Where chiller capacities greater than can be supplied by a
single 30H chiller are required. or where stand-by capabil-
Ity Is desired. chlIlers may be InstaDed In parallel. Units may
be of the same or different sizes. However. cooler and cOn-
denser flow rates must be balanced to ensure proper flow
to each chiller. The P,"<:,,'5O\'Y multi-chlller control should be
used for proper leaving chilled fluid temperature control and
to ensure proper staging sequence of up to 4 chillers. Refer
to the accessory multi-chiller control installation Instructions
for further details.
SerIes chiUers
Where a large temperature drop (greater than 25 F
[13.9 CD Is desired and higher fluid pressure drop across
the cooler can be tolerated, chiliersmay be installed In se-
ries. The leaving fluid temperature sensors need not be re-
located. However, the cooler minimum entering fluid tem-
perature limitations should be considered for the chillers
located downstream of other chlIlers. Condensers should be
piped In parallel to maximize capacity and efficiency. ThIs
should also minimize condenser pressure drop and satu-
rated condensing temperatures. However, If condensers are
piped In series, ensure that the leaving water temperature
does not exceed 104 F (40 q for 60 Hz units or 130 F
(54 C) for 50 Hz units.
Energy management
Demand limiting and load shedding are popular techniques
. used to reduce peak electric demands typically experienced
during hot summer days when air conditioning 10ads are
highest. When utiIlty electriclty demands exceed a certain
level, electrical loads are turned off to keep the peak de-
mands below a prescribed maximum limit. Compressor un-
loading will reduce eIectricaJ demand while allowing the chiller
to operate under part-load capacity and maintain partial
chilled fluid cooling.
Electrical demand may be limited by unloading the chiller
to a predetermined percentage of the load. One stage of
unloading can be initiated by a remote-61gnal to significantly
reduce the chiller power consumption. ThIs power reduc-
tion applies to the full load power at noll1lnal conditions.
The demand limit control should not be cycled less than
10 minutes on and 5 minutes off.
Duty c:yc:Iing
Duty cycling will cycle an electrical load at regular Intervals,
regardless of electrical demand. This reduces the electrical
demand by "fooling" demand measuring devices. Duty cy-
cling of the entire compressor Is NOT recommended since
motor windings and bearings will be damaged by constant
cycling.
Part-wind start (option for 30HW02S-040
units, 5p"'('Ia1 order for 30HK,HL units)
Part-wlnd start Is not generally required on 3OHK,HL chill-
ers due to use of multiple small compressors allowing smaller
. load Increments, but Is available If required. Maximum In-
. sIantaneous current flow should be used In determining need.
The Instantaneous current flow experienced during chiller
start-up is a function of the compressor motor locked rotor
amps (LRA). The L.RA draw occurs briefly when the com-
pressor is started and can lead to a peak In the electrical
~
demand. Chillers with part-wlnd compressors have 2 sets
of compressor motor windings (per compressor) to allow
for reduced instantaneous current flow during compressor
start-up.
VIbration Isolation
All compressors are spring isolated. ExtemaI vibration is0-
lation is not generally required. but Is available for 30HW
units as an accessory If desired.
Cooler and _ter-c:ooled condenser freeze
protection
If chiller or fluid lines are In an area where ambient con-
ditions fall below 32 F (00 C), It Is recommended that an
antifreeze solution be added to protect. the unit and fluid
piping to a temperature 150 F (8.30 q below the lowest
anticipated ambient temperature. In brine duty applications
where the leaving cooler fluid temperature Is below 40 F
(4.4 C), the brine solution (antifreeze) option (30HW; spe-
cial order on 30HK,HU should be selected so that the freeze
point Is at least 150 F (8.30 C) below the cooler leaving fluid
temperature and below the suction temperature at the cooler.
Corrections to performance as indicated In the Capacity
Correction and Selection Procedure sections on pages 19
and 21 must be applied.
Use only antifreeze solutions approved for heat exchanger
duty. Use of automotive antifreezes Is not recommended
because of the fouling that can occur once their relatively
short-lived inhibitor breaks down.
If not protected with an antifreeze solution, draining cooler
and outdoor piping is recommended If system is not to be
used during freezing weather conditions.
Capacity correction (antifreeze)
If unit or fluid lines connected to the unit are In an area
where ambient temperature falls below 32 F (00 C), It Is
strongly recommended that an appropriate antifreeze solu-
tion with suitable corrosion inhibitor be used In the chilled
fluid circuit. Unit performance data based on inhibited
ethylene glycol solution must be corrected as shown In the
following example (other antifreeze solutions may be suit-
able based on Specific application requirements).
NOTE: For performance correction factors for systems us-
Ing propylene glycol solution, see Propylene Glycol Perfor-
mance Correction Fadors and Solution Crystallization Points
Graph on page 20.
EXAMPLE - ENGUSH (60 Hz)
I Determine conu..t..atlon of Inhibited ethylene
glycol (EG) solution required to protect the sys-
tem to 00 F (at zero flow).
From Solution Crystallization Point correction curve on
page 20: 35% EG concentration is required for solu-
tion crystallization at 00 F.
Consider the 30HWB040 unit selected In the Selec-
tion Procedure section on page 21.
D Correct unit capacity.
On Capacity Correction curve on page 20, read 0.99
correction factor at 35% concentration.
Corrected Capacity - 0.99 x Rated Capacity
- 0.99 x 35.7
- 35.3 Tons
Application data (cont)
20
E11fYLENE GLYCOL PERFORMANCE
CORREC110N FACTORS AND SOllmON
CRYSTAUJZA110N POINTS
Correction !actors app/y 10 published chilled _Ie,
performance 'riI1lngs lrllm 40 10 60 F
(4.4 10 15.6 C) LCWT.
1.50
~
~
1.45
1.40 _
1.35,;".,',.
1.30 .::..t.: "'-'
~
...
fd
lC
lC
8
PROPYlENE GLYCOL PERFORMANCE
CORRECTION FACTORS AND 5OumON
CRYSTAUJZAll0N POINJ'S
Correction !actors apply 10 published chilled _lB'
perfonnance raangs lrllm 40 10 60 F
(4.4 10 15.6 C) LCWT.
1.65
. '...c. :00', ,r::-.. _. =="'''._ .=1
='~~ - :- -lpE _
,e,-= ~ ~- ';:"'cc -. ~E
=~- _ .,' -: - - ~ ~
~ . -. ~
-= - -. ::~ -.
z.::~ ~.~ ... = ='-cle-c
- .. -,-, = .... ..: ~-. -
- ....: :=..... .-=.j--
- -I' -:5':: ,=: :-
-..:.::. -'lil-q - ,-.. ... .---
. .: '.- . ,-,.,~c:. , :1:,-,
.. -. _ ._ .:C~ ... .. r: ::=- /'
...' .~~~~. ~~~: ':-
1"-"1,.,, .::'.:_.1-'-;'.' ':':1==I~ ',,-: t=: w
o.~ ~
IE .k",r::': ..::='I= -_:._ Sd i? (~
..~:cii.'"~s-$~ 2 !f:
;:#;f~{: 'c- c_ __... !~ 0
01020 30 4050
"CONCENTRATION (BY WEIGH11 PROPYLENE GLYCOl.
1.60
1.55
1.50
1.45
1.40
1.35
1.30
g 1.25
~ 1.20
~ 1.15
....
" 1.10
w
lC
lC
8 1.05
1.00
~
m Correct cooler water flow rate (Gpm).
On Cooler How Correction curve on this page, read
1.11 correction factor at 35% concentration.
Cooler Water How Tons x 24 _ 35.3 x 24
(at corrected capacity) - ,n 10
- 84.7 Gpm
- 1.11 x 84.7 - 94.0 Gpm
e
Cooler Water How
(35% EG)
IV Correct cooler pressure drop.
On Cooler Pressure Drop Correction curve on this page,
read 1.30 correction factor at 35% concentration.
On Cooler Pressure Drop curve, (page 23) for 94.0 gpm
of water, Pressure Drop - 6.9 ft of water.
For 35% EG solution,
Pressure Drop
- 1.30 x 6.9
- 8.97 ft of water
EXAMPLE - SI (50 Hz)
I DetermIne ",,_.t>..tion of IDbibIted ethyIeue
glycol (EG) solution required to protect the 1IyII-
tem to -17.8 C (at zero flow).
From Solution Crystallization Point correction curve at
left: 35% EG concentration is requlred for solution ays-
tallizatlon at -17.8 C.
Consider the 3OHWB040 unit selected in the Selec-
tion Procedure example_
D Correct unit capacity.
On Capacity Correction curve on this page, read 0.99
correction factor at 35% concentration.
Corrected Capacity - 0.99 x Rated Capacity
= 0.99 x 116.9
- 116.6 kW
m Correct cooler water Bow rate (LIs).
On Cooler How Correction curve on this page, read
1.11 correction factor at 35% concentration.
Cooler Water How
(at corrected capacity)
e
-
kW x .239
AT
116.6 x .239
5.6
5.0 Lis
1.11 x 5.0 = 5.5 Lis
Cooler Water How _
(35% EG)
IV Correct cooler pressure drop.
On Cooler Pressure Drop Correction curve on this page,
read 1.30 correction factor at 35% concentration.
On Cooler Pressure Drop curve (page 23), for 5.5 Lis
of water, Pressure Drop - 20.3 kPa.
For 35% EG solution,
Pressure Drop - 1.30 x 20.3
- 26.5 kPa
ei
Selection procedure (with example)
.
ENGUSH (60 Hz)
NOTE: Contact your local Carrier representative for a com-
puter selection (based on the Reciprocating Chlller Selec-
tion program of Carrier's electronic catalog), or follow the
procedure below.
I Determine unit size and operating conditions
required to meet given capacity at given
condltlons.
Given:
Capacity . . . . . . . . . . . . . . . . . . . . . . . . . 35 Tons
Leaving Chilled Water Temp (l.CW11 . . . . . . . 44 F
Cooler Water Temp Rise ............... 100 F
Condenser Entering Water Temp . . . . . . . . . . 85 F
Condenser Water Temp Rise ............ 100 F
Fouling Factor (Cooler and
Condense~ . ...... .............. .00025
NOTE: For other than 100 F temperature rise, data
corrections must be made; also, on some units a change
of controls is necessaJy.
D Choose appropriate condenser INIsed on
condenser water c:ondftlons and spedftc job
requirements.
UNIT 30 CONDENSER TYPE
CondenoerIess or com_ with ma1l:hed Carrier
HWA,HL air-cooled calldellser.
HWB B ClOlldenser.
SheII-and-w.!'&.~r with ~_
HWC,HK (mechanicallV-alllll1llble acndenee.,.
Shllll-end-lube CClIldeneer with cupRH1ickellubes
HWS and 1ube _ and zinc enadee 18UIlable for ...
CClll8I eppIice1ian8). MechanlcelIy c:leenebfe.
FOR 30HWB,C, or HK Ruid-COOled Condenser:
Enter the appropriate Performance Data table at 44 F
LCWT and 85 F Condenser Entering Water Tempera-
ture. Read down the capacity column to a capacity that
equals or exceeds the given capacity. Read across to
obtain the operating conditions required to obtain the
listed capacity. Use cooler and condenser pressure drop
curves to determine the respective pressure drops. fi-
nal unit selection should be based on present and fu-
ture job requirements and the economics of the job.
NOTE: For 30HWS, contact your local Carrier
representative.
FOR 30HWA and 30HL Condenserless:
Use same method. For remote condenser data, refer
to appropriate Carrier condenser Product Data 1lterature.
Contact your local Carrier representative for a com-
puter selection of chiller system combinations with
Carrier air-woled condensers other than those shown
in Performance Data tables.
m From Cooling Capacities table on page 27 and
prasure drop ClII'\Ie& on page 23. determine op-
erating data for selected unit.
Untt ...... ...... ............. 30HNVB040
Capacity. . . . . . . . . . . . . . . . . . . . . . .. 35.7 tons
Compressor Motor Power Input. . . . . . . .35.1 kW
Cooler Water Row . . . . . . . . . . . . . . . . . 85.5 gpm
Cooler Pressure Drop ...........5.7 ft of water
Condenser Water Row. . . . . . . . . . . . . 107.0 gpm
Condenser Pressure Drop ........ 8.6 ft of water
.
t
~
51 (50 Hz)
NOTE: Contact your local Carrier representative for a com-
puter selection (based on the Reciprocating Chiller Selec-
tion program of Carrier's electronic catalog), or follow the
procedure below.
I DetermIne unit size and operating conditions
required to meet given ~ at given
condltlons.
Given:
Capacity ......................... 130 kW
Leaving Chilled Water Temp (l.CW11 . . . . . . . . 7 C
Cooler Water Temp Rise . . . . . . . . . . . . . . . 5.60 C
Condenser Entering Water Temp . . . . . . . . . . 30 C
Condenser Water Temp Rise . . . . . . . . . . . . 5.60 C
Fouling Factor (Cooler and
Condenser) . . . . . . . . . . . . . . . . . . .. .000044
NOTE: For other than 5.60 C temperature rise, data
corrections must be made; also, on some units a change
of controls is necessaJy.
D Choose appropriate condenser.1NIsed on
condenser water conditions and spedftc job
requirements.
UNIT 30 CONDENSER TYPE
HWA HL CandensetIeea or com_ with melCh8d Carrier
... air-coollld canden88r.
HWB BIlIZlld~ ClClIldetlllllr.
HWC HK !lhllI-and-1ube canden88r with capper lubes
I ~ .
SheII-and-1ube ClClIldet Illllr with cupro-nickel1ubee
HWS and 1ube _ and zinc llI1Cldes (ouI18bIelor ...
CClll8I appllcatians). Mechanically cIeenable.
FOR 30HWB,C, or HK Ruid-COOled Condenser:
Enter the appropriate Performance Data table at 7 C
LCWT and 30 C Condenser Entering Water Tempera-
ture. Read down the capacity column to a capactty that
equals or exceeds the given capacity. Read across to
obtain the operating conditions required to obtain the
listed capacity. Use cooler and condenser pressure drop
curves to determine the respective pressure drops. fi-
nal unit selection should be based on present and fu-
ture job requirements and the economics of the job.
NOTE: For 30HWS, contact your local Carrier
representative.
FOR 30HWA and HL Condenserless:
Use same method. For remote condenser data, refer
to appropriate Carrier condenser Product Data literature.
Contact your local Carrier representative for a com-
puter selection of chmer system combinations with
Carrier air-cooled condensers other than those shown
in Performance Data tables.
m From Cooling Capacity table on page 39 and
pressure drop ClUVes on page 23. determine op-
erating data for selected unit.
Untt ......... ... ... ..... ... ..30HNVB040
Capacity. . . . . . . . . . . . . . . . . . . . . . . . 111.5 kW
Compressor Motor Power Input. . . . . . . .29.9 kW
Cooler Water Row .................. 4.8 W's
Cooler Pressure Drop .. . . . . . . . . . . . . . 16.9 kPa
Condenser Water Row ............... 6.0 W's
Condenser Pressure Drop ............ 21. 8 kPa
Performance data
Ratings
1. All performance data are based on:
a. Cooler water temperature rise of 100 F (5.60 C). When
more accuracy is desired, correct LCWT (leaving chIIIed-
water tenljlelature) by amount determined from LCWT
Correction curve on this page before entering
Performance Data tables.
b. Cooler fo~g factor of .00025 ft2 . hr . F/Btu
(.000044m . K/W) (same for condenser on
30HWB,C,S).
c. 100 F (5.60 C) subcooling.
d. Refrigerant 22.
2. When corrected LCWT is used, cooler pressure drop must
also be corrected for the new LCWT:
a. Enter Performance Data table at corrected LCWT.
By interpolation, determine corrected Capacity (tons
or kW), saturated discharge temperature (in Perfor-
mance Data tables on pages 29; 33, 37, and 41 for
30HWA and HL condenserless units), and kW (com-
pressor motor power input at rated voltage).
b. Calculate:
rrected corrected capacity (tons) x 24
co gpm ...
temperature rise (oF)
ected r , corrected capacity (kW) x .239
corr L4S =
temperature rise (0C) ,
c. Enter Cooler Pressure Drop curve on page 23 at cor-
rected gpm (LIs) and find pressure drop.
Combining 30HWA and HL units with remote condens-
ers which have greater than Oess than) the 100 F
(5.60 C) subcooling in the ratings, increases (decreases)
system capacity. To adjust capacity, multiply capacity rat-
ings by 0.96; then adjust this result upward by 0.4% for
each degree F (0.7% for each degree C) of aval1able sub-
cooling.
3. Contact your local Carrier representative for 30HWS
cooling capacity data and for assistance in 30HWS
applications.
22
~
LCWT CORRECTION FACTORS
ENGUSH
.
+0.6
.. +0.4
z
0
;::
[rl +0.2
If
8 0
-0.2
-0.4
~ 10 I~ 20
COOLER WATER TEMPERATURE RISE fFl
NOTE: For rise above 10' F, ADD oorrection to design LCWT;
below 10" F, SUBTRACT.
51
V
/
/
/
/
V
/
V
e
+0.33
() +0.22
~ +0.11
a:
8 0
-0.11
-0.22
4S878810
COOlER WATERTEIolPERAlURE RISE (e)
NOTE: For rtse above 5.6" C, ADD oorrecllon to design LCWT;
below 5.6" C, SUBTRACT.
LCWT - Leaving Chllled-Waler Temperalul8
,
e....'.'.:....
''I
-$
.
.
.
COOlER PRES5VRE DROP - 30HW UNITS
30 ..
& ~ .
a: .. .
0 21 7
w
a: '8 8
=>
:l .. .
w
a:
..
12 4
. 3
8 2
4 1.5
GPM ..
.
!AI .
30 .. 50 SO 7Il SO 90.00
I I I. I
2 2.5 3 .. 5 6
COOlER WATER FLOW
~
CootER PRESSURE DROP - 30HK,1U. UNITS
""'0.
IL it: 1i
:!.-I:
180 60
150 50
120 <<l
9030
'50 :llID
6020
..
i
0
w
a: 30 10
=>
.. 'Z7 .
.~ 24 .
21 7
I. e
15 5
12 4
. 3
. I
. 125
e 2
4 L5
(GPM) 3D
USz
<<l 50 10 70 8090100 150 200
2~; 4;. . Ii,
~ WAfER FLOW
NOTE: A of wal8r = 2.31 x change in peig.
300
.
I.
Performance data (cont)
CONDENSER PRESSURE DROP-
30HWC and 30HWS UNITS
a:
I' l!l~
'" t:~
'so so
'00 ..
.. ..
.. 00
~
0
~
I 3D ,.
'D .
.. .
.. 7
,. .
15 5
12 .
. 3
GPM 00
LS
3D
.., 50 <<)71:)1010100
'so
20lI
2
2.5 S .. 5 6
CONDENSER WAlCR FlOW
.
,..
CONDENSER PRESSURE DROP-
30HK UNITS
a:
.. A. 3lIHK04O
!i B. 3IIHK05O
. c._
o.
a 0
.. ....
M o.
90 .0
1S 25
60 20
.5 ..
..
0
a:
0
.. 30 10
a: 27 9 ..
"
.. 24 .
..
w
a: 21 7
..
,. .
15 5
'2 .
9 .
7.5 2.5
. 2
GPM 60 10 1090100 150 ZOO 250 300 400
LIS U 4 5~6 ; 12.5 e'.7$ n
C~oeNSER WATER flOW
n.
..
CONDENSER PRESSURE DROP-
30HWB UNITS
.
a:
I' l!l~
'" t:.
'so SO
'00 ..
.. r-
.. ..
80 00
R
i .. ,.
'D .
.. .
.. 7
,. .
15 .
12
..
.., SO 8:1708:110100
'50
20lI
LS
2
2J5 31 .. 5 .
CONDENSER WATER R.OW
.
,..
e
NOTE: Ft of water = 2.31 x change in psig.
..
.
ARI RATINGS (60 Hz only)
CAPACITY INPUT COOLER FLOW COOLER CONDENSER CONDENSER
UNIT POWER PRESSURE DROP FLOW PRESSURE DROP EER IPLY
30 Tana kW (kWJ Gpm LI8 PIal - Gpm LI8 PIal -
,... ,...
HW8lI18 14.7 51.7 13.4 35.2 2.22 8.5 19.4 44.1 2.78 17.0 50.8 13.2 15.8
HWB02lI 19.5 88.8 17.0 48.7 2.95 9.7 29.0 58.5 3.89 18.3 54.8 13.8 16.6
IlWIICIIAI 25.2 88.8 23.1 80.4 3.81 11.3 33.7 75.6 4.77 19.4 57.9 13.1 15.4
HW803II 28.3 99.5 25.7 67.9 4.26 8.9 28.6 84.9 5.36 20.2 80.3 13.2 15.3
HWB040 35.7 125.6 35.1 85.5 5.39 5.7 17.0 107.0 6.76 8.8 25.7 12.2 13.4
HWC018 15.7 55.2 13.2 37.7 2.38 7.2 21.5 47.1 2.97 8.0 23.9 14.3 17.1
HWC02lI 19.7 89.3 16.1 47.3 2.98 9.9 29.8 59.1 3.73 13.2 39.4 14.7 17.5
HWC02lI 25.2 88.8 21.7 80.5 3.82 11.3 33.7 75.8 4.77 11.8 34.8 13.9 18.0
HWC03lI 27.9 98.1 25.3 87.0 4.23 13.9 41.5 83.7 5.29 14.3 42.7 13.2 14.9
HWC040 37.5 131.9 34~8 90.0 5.88 7.2 21.5 112.5 7.10 9.3 27.9 13.0 14.5
HKD40 40.8 143.5 34.2 97.7 6.16 13.2 39.4 122.4 7.72 8.0 17.9 14.3 17.4
HKOSO 50.0 175.8 43.4 119.8 7.58 11.3 33.7 150.0 9.48 7.2 21.5 13.8 16.0
HKOSO 58.1 204.3 52.8 139.2 8.78 15.0 44.8 174.3 11.00 7.9 23.6 13.3 15.8
.
LEGEND
ARI - Air Calldlaa. ;f1g 8l'ld ReIrIgera1lan 1ns1i1ut8 (U.S.A.)
EER - Energy ElIiciency Ratio 1C8pacity [B1uh) + Input Power [WI)
IPLY - Inl8gra18d Part-l.Dad Value
NOTES:
1. Rated (80 Hz only) in accordance wi1h ARI Slandanl 590-92 at ll1an-
ciani rating CDlldllIDlla.
2. S1andanl rating candI1lana are as 1aI1awa:
Coaler CaI_I8:
Leaving waterlllmperature: 44 F \8.7 C)
EnlBring waterl8l"".a1ure: 54 F 12.2 C)
Candenaar CandIUan8:
EnlBring Waler temperature: 85 F (29.4 C)
Flaw: . 3gpm per 1Dn (O.054LJa per kW)
Fauong Factar (CaaIer 8l'ld ~:
0.00025 hr x sq " x F per Btuh
(0.000044 m2 x k per W)
.
3. IPLY ia a single number pert-lDad alIiclancy value calculated !ram tha
8Y8IIlm full-lOad aIIiciancy values 8l'ld aanac:ted far a lypicaJ building
alr-candlllanlng applicatiOn.
4. All data In Ihl8 labIe Is rated (80 Hz only) In 8DIllInlance wi1h ARI
S1andanl 590-82 as r&pra8IlnI8d In tha Reciprocating Chioer Saiec-
lion Program (E-cal) veraian 2.13.
@)
Rated in 8CCDnlance wi1h
ARI S1andanl 590-92.
80 Hz Only
Performance data
30HWC,HK water-cooled - English
..
COOUNG CAPACITIES - 60 Hz
. CONDENSER ENTERING W"TER TEll_lURE (F)
7& 10 .. 10
UNIT UNIT LCWT CoaIer Cond - Cond - Cond - Cond
30 SIZE (F)
Cop In=, ~ ~ Cop 1'1.;' ~ Row Cop 1'1.;' ~ Row Cop 1'1.;' Row ~
- - - - - 1,=) - -
(Clpm) (Oprn) (Clpm) (Opm) (0";' (Clpm) (Opm)
018 15.4 11.8 37.0 ~.4 15.1 12.3 38.0 ~.O 14.7 13.0 38.1 43.5 14.3 13.7 34.2 43.1
025 18.4 14.5 48.4 55.8 18.8 15.1 45.0 54.9 18.2 15.8 43.6 53.8 17.6 16.4 42.2 52.9
HWC 028 24.6 19.5 58.9 71.5 23.8 20.3 58.9 70.1 23.0 21.0 55.0 68.6 22.1 21.7 53.0 67.1
035 40 27.2 22.8 65.0 79.7 26.3 23.7 63.1 78.4 25.5 24.5 81.1 77.0 24.7 25.4 59.1 75.6
040 38.5 31.2 87.4 107.6 35.6 32.4 86.2 108.2 34.6 33.5 82.9 104.8 33.7 34.6 80.7 103.2
040 38.9 30.6 95.5 115.3 38.7 32.1 82.6 113.4 37.5 33.5 89.7 111.4 36.2 34.9 86.7 109.4
HK 050 48.8 38.0 116.8 142.0 47.4 40.8 113.4 139.8 45.8 42.5 109.9 137.5 44.4 ~.2 106.3 135.0
080 56.7 47.3 135.8 186.2 55.1 49.3 132.0 163.9 53.5 51.4 128.1 181.4 51.9 53.3 124.3 158.9
018 16.0 11.6 38.3 45.8 15.6 12.4 37.3 45.3 15.2 13.1 36.4 44.9 14.8 13.8 35.4 44.4
025 20.1 14.6 48.2 57.6 19.5 15.3 48.8 56.7 19.0 16.0 45.4 65.8 18.3 16.7 43.9 54.7
HWC 028 25.8 19.8 61.7 74.5 24.9 20.8 59.7 73.0 24.1 21.4 57.8 71.5 23.2 22.1 55.6 70.0
035 42 26.4 23.0 68.0 82.8 27.5 24.0 68.0 81,4 26.7 24.9 63.9 80.1 25.8 25.8 61.9 '78.7
040 38.0 31.7 10.9 111.3 37.0 32.9 68.7 109.9 36.1 34.1 86.4 106.4 35.1 35.2 84.0 106.8
040 41.8 30.8 99.6 119.5 40.3 32.4 86.8 117.6 38.1 33.9 93.8 115.6 37.8 35.3 90.5 113.5
HK 050 50.6 38.3 121.8 '147.2 49.4 41.2 118.3 144.9 47.9 43.0 114.7 142.8 48.4 ~.8 111.0 140.1
080 59.0 47.7 141.4 172.1 57.4 49.9 137.5 189.7 55.8 52.0 133.6 167.2 54.1 54.0 129.6 184.6
016 16.5 11.7 39.6 47.1 16.1 12.5 36.7 48.7 37.7 47.1 15.3 13.9 36.7 45.7
025 20.9 14.7 50.1 59.5 20.3 15.5 48.7 58.8 47.3 59.1 19.1 16.9 45.7 56.7
HWC 026 27.0 20.0 64.6 77.5 26.1 20.9 82.5 78.0 60.5 75.8 24.3 22.5 58.3 72.9
035 44 29.6 23.3 71.0 65.9 28.8 24.3 68.9 84.8 67.0 83.7 27.0 26.2 64.8 61.6
040 38.4 32.1 94.5 115.1 38.5 33.3 92.2 113.6 90.0 112.5 36.5 35.7 67.4 110.6
040 43.3 31.1 103.7 123.7 42.0 32.7 100.7 121.8 97.7 122.4 38.4 35.8 94.5 117.1
HK 050 52.9 39.7 126.9 152.4 51.4 41.6 123.3 150.1 119.8 150.0 48.3 45.4 115.9 145.3
080 61.4 48.2 147.1 178.0 59.7 50.4 143.1 175.6 139.2 174.8 56.4 54.7 135.1 170.5
018 17.1 11.8 40.9 48.5 16.7 12.5 40.0 48.0 16.3 13.3 39.0 47.6 15.9 14.1 38.0 47.1
025 21.7 14.6 52.0 61.5 21.1 15.6 50.5 80.8 20.4 16.3 48.0 59.6 19.8 17.1 47.6 58.6
HWC 026 28.2 20.3 67.6 80.6 27.3 21.2 65.4 79.1 26.4 22.1 63.2 77.5 25.4 22.9 61.0 75.9
035 48 30.9 23.6 74.1 89.1 30.0 24.8 72.0 87.8 29.1 25.7 89.8 86.4 28.2 26.6 67.7 84.9
040 40.9 32.4 98.2 116.9 39.9 33.8 95.8 117.5 38.9 35.0 93.4 116.0 37.9 36.3 91.0 114.5
040 45.0 31.3 107.9 126.0 43.7 33.0 104.8 128.1 42.4 34.6 101.7 124.0 41.1 36.2 96.5 121.9
HK 050 55.1 40.0 132.1 157.7 53.5 42.0 128.4 155.4 52.0 44.0 124.7 153.1 50.4 45.9 120.9 150.6
080 63.8 48.8 152.9 184.0 62.1 51.0 148.9 161.6 60.4 53.2 144.8 179.1 58.6 55.4 140.7 178.5
018 17.6 11.8 42.3 49.9 17.2 12.6 41.4 49.5 16.6 13.4 40.4 49.0 16.4 14.2 39.4 48.5
025 22.4 15.0 53.8 63.5 21.6 15.7 52.4 62.5 21.2 16.5 50.9 61.6 20.8 17.2 49.4 80.6
HWC 028 29.4 20.8 70.7 83.8 28.5 2'.5 68.4 82.2 27.6 22.4 66.1 80.6 26.6 23.3 63.9 78.9
035 48 32.2 23.6 77.3 92.5 31.3 24.9 75.1 91.1 30.4 26.0 72.9 89.6 29.5 27.0 70.7 68.2
040 42.5 32.8 101.9 122.9 41.4 34.2 99.5 121.4 40.4 35.5 97.0 119.9 39.4 36.8 94.6 118.3
040 48.6 31.5 112.2 132.4 45.5 33.2 109.1 '30.4 44.1 34.9 105.9 128.4 42.8 36.6 102.6 126.3
HK 050 57.3 40.3 137.4 163.2 55.7 42.4 133.6 160.8 54.1 44.4 129.8 158.4 52.5 48.5 125.9 155.9
080 66.2 49.0 158.9 190.2 64.5 51.4 154.8 187.8 82.7 53.8 150.8 186.2 61.0 56.1 148.3 '82.6
018 18.2 '1.9 43.7 51.3 17.8 12.7 42.7 50.9 17.4 13.5 41.7 50.4 16.9 14.3 40.7 49.9
025 23.3 15.1 55.8 86.5 22.6 '5.9 54.4 84.5 22.0 16.7 52.8 63.6 21.4 17.4 51.3 62.6
HWC 028 30.7 20.8 73.8 87.1 29.8 21.8 71.5 85.4 28.8 22.8 89.1 83.8 27.8 23.7 66.8 82.1
035 50 33.5 24.0 80.5 95.6 32.6 25.2 78.3 94.4 31.7 26.3 78:1 93.0 30.7 27.4 73.8 91.5
040 44.0 33.2 105.7 126.9 43.0 34.6 103.2 125.4 42.0 36.0 100.7 123.8 40.9 37.3 98.2 122.2
040 48.6 31.7 116.6 136.9 47.2 33.5 '13.4 134.9 45.9 35.2 110.1 132.8 44.5 36.9 106.8 130.7
HK 050 59.5 40.6 142.8 168.8 57.9 42.8 139.0 166.4 56.3 44.9 135.1 164.0 54.6 48.9 131.' 161.4
060 68.7 49.3 185.0 196.5 67.0 51.9 160.8 194.0 65.2 54.4 156.5 191.4 63.4 56.6 152.2 188.8
018 19.7 '2.0 47.4 55.0 19.3 12.9 48.3 54.5 18.6 13.7 45.3 54.1 18.4 14.6 44.2 53.6
025 25.4 '5.3 60.9 70.7 24.7 16.1 59.4 69.7 24.0 17.0 57.8 68.7 23.4 17.9 56.1 67.7
HWC 028 34.1 21.5 82.0 95.7 33.1 22.5 79.5 93.9 32.0 23.6 770 92.1 31.0 24.6 74.5 90.3
035 55 37.0 24.5 89.0 104.6 36.1 25.8 86.7 '03.1 35.1 27.0 64.3 101.6 34.1 26.2 82.0 100.1
040 48.1 34.1 115.5 137.2 47.0 35.6 112.9 135.6 45.9 37.1 110.3 134.0 44,8 36.6 107.6 132.4
040 53.3 32.2 126.0 148.5 51.9 34.1 124.6 148.4 50.4 35.9 121.2 144.3 48.0 37.8 117.7 '42.0
HK 050 65.3 41.2 156.9 183.1 63.6 43.6 152.6 180.7 61.9 45.9 148.7 178.2 60.2 48.1 144.6 175.6
080 75.3 50.1 1ao.9 212.7 73.4 52.9 178.5 210.2 71.5 55.6 171.9 207.6 89.6 56.3 167.4 204.8
018 21.3 12.1 51.2 58.8 20.8 13.0 50.1 58.3 20.4 13.9 49.0 57.8 19.9 14.8 47.8 57.3
025 27.6 15.4 66.3 78.1 26.9 16.3 64.7 75.1 26.2 17.3 63.0 74.1 25.5 16.2 61.3 73.0
HWC 028 37.8 22.1 90.9 104.9 38.7 23.2 88.2 103.0 35.5 24.3 86.4 101.0 34.4 25.4 82.7 99.'
035 60 40.6 24.9 98.1 113.9 39.6 26.3 95.6 112.4 36.7 27.7 93.1 110.8 37.6 29.0 90.6 109.2
040 52.3 34.9 125.8 147.9 51.1 36.6 123.0 148.3 50.0 38.2 120.2 144.6 48.8 39.8 117.4 142.9
040 57.9 32.5 139.2 159.6 58.3 34.5 135.4 157.4 54.7 36.5 131.6 154.9 53.1 38.5 127.6 152.4
HK 050 71.3 41.7 171.5 197.9 69.4 44.2 167.0 195.1 67.5 48.7 162.. 192.3 65.6 49.' 157.8 '89.3
080 82.1 50.7 197.6 229.7 80.2 53.7 '82.9 227.0 76.2 56.7 186.1 224.3 78.2 59.6 163.4 221.6
ARI
~
kW
LCWT
LEGEND
Air Conditioning and Ralrigaration lnatitula (U.S....)
!;apacIty. T_ of Ralrigarition
Condariaal .
~...... Motor II1pIit Powar at Ratod voltage
leaVIng ChlMed.Water Tempera1ure (F)
... indk:ate8 performance data rated in accordance with ARI Standard
590-92. Sae notaa to ARI Ratings I8bIa on page 25 for _nod rating conditions.
-......~--;
.
\
~
e
Performance data
30HWB water-cooled - English
~
.
CONDEN8ER Eh ,........ WATER TEMPERATURE (F)
n; so II so
UNIT UNIT Lcwr - COnd - Cond - CCIncI - cond
30 SIZE (F) ~ - - In':: - "- w - - ~ "- "-
Cop - - Cop - - COp - (= COp - -
(CIpm) (CIpm) (Upon) (Upon) (CIpm) (U..m) (Upon)
018 14.4 11.7 34.5 42.1 14.1 12.4 33.6 41.7 13.7 13.0 32.8 41.2 13.3 13.7 31.8 40.7
025 192 152 48.0 55.8 18.6 15.9 44.8 54.8 18.0 18.8 432 53.9 17.4 172 41.7 52.9
HWB 028 40 24.9 20.8 59.6 73.0 24.1 21.8 57.7 71.7 23.4 22.5 66.0 70.5 22.7 23.3 542 89.4
035 27.8 232 88.4 81.4 27.0 24.1 84.8 802 262 25.0 62.8 19.0 25.5 25.8 81.0 n.8
040 34.8 31.8 83.3 103.7 33.9 32.9 81.1 102.3 33.0 33.9 19.0 100.8 32.1 35.0 78.8 98.5
018 14.9 11.9 35.8 43.4 14.6 12.5 34.8 43.0 142 132 34.0 42.5 13.8 13.9 33.1 42.0
025 19.9 15.4 27.8 57.7 19.3 16.1 48.3 66.8 18.8 16.8 44.8 55.8 18.1 17.. 43.5 54.8
_B 028 42 25.8 21.0 61.8 75.3 25.0 21.8. 80.0 74.1 24.3 22.8 58.1 72.9 23.5 23.7 66.3 71.7
035 28.8 23.4 89.0 84.1 28.1 24.4 872 62.8 27.3 25.3 65.3 81.7 28.5 282 83.5 80.5
040 382 32.3 88.8 107.3 352 33.4 84.4 105.9 34.3 34.5 622 104.5 33.4 35.8 80.0 103.1
018 15.5 12.0 37.1 44.8 15.1 12.7 38.1 44.3 352 44.1 14.3 14.0 34.3 43.4
025 20.7 15.8 49.7 59.7 20.1 18.3 482 58.7 48.7 58.5 18.9 17.7 452 66.7
IlWB 028 44 28.7 21.3 84.1 n,7 28.0 222 622 78.5 80.4 75.8 24.4 24.0 58.5 74.0
035 29.9 23.7 71.7 11.9 29.1 24.7 89.8 65.7 87.9 84.9 27.5 28.8 88.0 832
040 37.8 32.7 80.1 111.0 38.8 33.9 87.8 109.8 85.5 107.0 34.7 382 83.3 108.7
018 16.0 12.1 38.4 48.1 15.8 12.8 37.4 45.7 152 13.5 38.5 452 14.8 14.2 35.5 44.7
025 21.5 15.7 51.5 81.8 20.9 18.5 50.1 BO.7 202 172 48.5 59.8 19.8 17.9 47.0 58.6
_B 028 48 27.7 21.5 88.4 802 28.9 22.5 84.5 19.0 2&:1 23.4 62.8 n.7 25.3 24.4 BO.7 78.5
035 31.0 24.0 74,4 89.7 302 25.1 72.5 88.5 29.4 28.1 70.5 87.3 28.8 27.0 88.8 86.0
040 39.0 332 93.8 114.8 38.0 34.5 91.3 113.4 37.1 35.7 88.9 111.9 38.1 38.9 88.8 110.4
018 18.6 122 39.8 47.8 182 12.9 38.8 47.1 15.7 13.7 37.8 48.8 15.3 14,4 38.8 48.1
025 22.3 15.9 53.4 83.8 21.8 18.7 51.9 62.6 21.0 11.4 50.4 81.8 20.4 18.1 48.9 80.8
HWB 028 48 28.7 21.8 88.8 82.7 27.9 22.8 88.9 81.5 27.0 23.8 84.9 80.2 282 24.7 83.0 78.9
035 322 24.3 n2 92.7 31.4 25.4 752 91.5 30.5 28.4 732 80.2 29.7 27.4 71.2 88.9
040 40.5 33.7 872 118.8 39.5 36.0 94.8 1172 38.5 38.3 92.4 116.7 37.5 37.6 80.0 1142
018 172 12.3 41.2 49.0 18.7 13.1 40.1 48.5 18.3 13.8 39.1 48.0 15.8 14.5 38.1 47.5
025 23.1 18.1 55.4 65.8 22.4 18.9 53.8 84.7 21.8 17.8 52.3 83.8 21.1 18.4 50.8 62.8
_B 028 50 29.7 22.0 71.2 85.3 28.8 23.1 892 84.0 28.0 24.1 87.2 82.7 272 25.1 65.3 81.4
035 33.3 24.8 80.0 95.7 32.5 26.7 .78.0 94.5 31.7 28.8 711.0 932 30.8 27.8 73.9 91.8
040 42.0 342 100.9 122.7 41.0 36.5 98.5 121.2 40.0 38.8 88.0 118.8 38.9 38.1 93.5 118.0
018 18.8 12.5 44.8 52.7 182 13.3 43.7 522 17.7 14.1 42.8 51.7 17.3 14.9 41.8 51.2
025 25.1 18.5 BO.4 70.8 24.5 17.3 58.8 89.8 23.8 18.2 572 88.8 23.1 19.0 55.8 67.8
IlWB 028 55 32.2 22.8 n.5 91.9 31.4 23.8 75.4 80.5 30.5 24.9 73.3 892 29.8 25.9 712 87.8
035 38.3 252 87.3 103.3 35.5 28.4 852 102.1 34.8 27.8 83.1 100.8 33.7 29.8 80.9 98.4
040 48.0 36.3 110.5 132.9 44.9 38.8 107.9 131.3 43.8 38.3 106.3 129.8 42.7 39.7 102.7 128.1
018 202 12.8 48.8 58.8 19.7 13.5 47.4 58.0 19.3 14,4 48.3 55.5 18.8 15.2 452 54.9
025 27.3 18.9 65.8 7112 28.8 17.8 84.0 75.3 25.9 18.7 82.3 74.2 252 18.5 BO.8 73.1
HWB 028 BO 34.9 232 84.0 88.7 34.0 24.4 81.8 87.3 33.1 25.8 19.8 95.9 32.2 28.7 n.4 94.5
035 39.5 25.8 94.9 111.3 38.8 27.1 92.8 110.0 37.8 28.4 .80.5 108.7 38.7. 29.7 88.3 107.3
040 50.1 38.4 120.8 143.8 49.0 38.1 117.8 .142.0 47.8 39.8 115.1 140.3 48.7 41.1 112.3 138.8
COOUNG CAPAC'IlES - 60 Hz (cont)
.
AAI
g:...
kW
Lcwr
LEGEND
Air eo._-'ll and ReIrigeratiol, 1_ (U.S.A.)
c;:apacity. T... 01 AeIrigerition
CondOlllM
Comp.....r MoIDr Input Power at Ratod"Voltage
LeaVIng ChiIIed.Water T_unl (F)
_ indicates porlormonce data rBl8d in occordanco with ARI Standanl
580-92. See notes to ARt RatIngs table on pege 25 lor _ rating oonditions.
.
,,~
Performance data, 30HWA,HL in combination
with 09DK air-cooled condenser - English
~
CONIIEN8ER ENTEIlING AIIllDlPERATUAE (F)
~ III 1& IDS 11& 120
UNIT UNIT LCWT COHD - - - -- -
30 SIZE IF) CItIDK I~ Flow ,In..;' Flow In..;' Flow In..;' Flow ~ Flow
COp - COp - COp - COp - COp -
lapm) lapm) IGpm) IGpm) lapm)
018 020 13.3 13.4 31.8 12.6 1..8 30.1 11:8 15.8 28.3 11.1 18-7 26.5 10-7 17.2 25.8
025 028 17.2 16.7 .1.3 18.1 17.8 38.8 1".8 18.8 35.8 13.8 18.8 32.8 13.2 20.2 31.5
HWA 026 028 22.2 23.. 53.2 20.8 24.8 48.8 18.. 26.2 46.5 18.1 27.5 43.3 17.. 28.0 41.7
035 40 034 2..5 25.2 58.5 23.0 26.7 55.0 21.5 28.1 51.4 20.0 28.2 .7.8 18.2 28.8 46.0
040 - 31.1 34.7 74.4 28.. :JIl8 70.3 27.7 38.4 88.2 25.8 40.0 82.1 25-1 40.8 80.0
050 028,02. 43.8 45.8 104.8 40.8 48.5 88.0 38.0 50.8 81.1 . . . . . .
HL 080 034,_ 52.5 53.3 125.7 48.3 58.7 118.1 48.1 58.8 110.4 42.8 82.3 102.8 . . .
018 020 13.7 13.8 32.8 13.0 1..8 31.1 12.2 15.8 28.3 11.5 17.0 27.5 11.1 17.5 26.8
025 028 17.8 17.0 42.8 16.7 18.2 40.1 15.8 18.3 37.3 '..3 20.2 34.. 13.7 20.8 32.8
HWA 028 028 23.0 23.8 55.1 21.8 25.. 51.7 20.2 26.8 48.3 18.8 28.0 45.0 18.1 28.7 43.3
035 .2 - 25.4 25.7 80.8 23.8 27.3 57.2 22.. 28.7 53.5 20.8 28.8 48.8 20.0 30.5 .7.8
040 - 32.3 35.. 77.. 30.8 37.. 73.2 28.8 38.3 88.8 27.0 41.0 84.7 26.1 .'.8 82.8
050 026,02. .5.6 48.8 108.2 42.8 48.8 102.2 38.7 52.1 85.1 . . . . . .
HL 080 034,_ 54.8 64.3 130.8 51.4 57.8 123.1 48.1 81.0 115.2 ".7 83.7 107.2 . . .
018 020 14.2 13.8 34.1 13.5 15.1 32.2 12.7 18.3 30.. 11.8 17.. 28.5 11.5 17.8 27.8
025 028 18.8 17.3 ".5 17.. 18.5 .'.7 18.2 18.7 38.8 1..8 20.7 35.8 1..3 21.1 34.3
HWA 028 028 23.8 2..3 57.0 22.. 25.8 53.8 20.8 27.3 50.1 18.5 28.8 48.7 18.8 28.3 45.0
035 .. 034 28.3 28.1 83.1 2..8 27.8 58.. 23.3 . 28.3 55.7 21.7 30.8 51.8 20.8 31.2 50.0
040 - 33.5 38.1 80.. 31.7 38.2 78.1 28.8 40.1 71:8 28.1 41.8 87.. 27.2 42.8 85.2
050 028,02. .7.. .7.8 113.6 .... 50.7 10U .1.4 53.3 88.1 . . . . . .
HL 080 -,- 58.7 85.3 1:J1l0 53.. 58.8 128.1 50.1 82.3 120.0 48.6 85.2 111.8 . . .
018 020 1".7 1..1 35.2 13.8 15.3 33.. 13.1 18.5 31.5 12.3 17.7 28.8 11.8 18.2 28.8
025 028 18.2 17.8 48.2 18.1 18.8 43.3 16.8 20.0 40.3 15.8 21.1 37.. 1..8 21.8 35.8
HWA 028 028 24.6 24.8 58.1 23.1 26.. 55.5 21.7 27.8 52.0 20.2 28.2 48.. . . .
035 48 - 27.3 28.8 85.. 25.1 28.3 81.7 2..1 28.8 57.8 22.5 31.3 64.1 21.7 31.8 52.0
040 - 34.8 38.7 83.5 32.8 38.0 78.0 31.1 .1.0 7..6 28.2 42.8 10.1 26.3 43.7 87.8
050 028,02. .8.2 48.8 118.1 48.2 51.8 110.8 43.1 64.5 103.3 . . . . . .
HL 080 034,_ 58.8 58.3 1.'.3 55.5 80.1 133.2 52.1 83.8 124.8 48.8 88.7 118.5 . . .
018 020 15.2 1..3 36.5 14,4 15.8 34.5 13.8 18.8 32.8 12.8 18.0 30.8 . . .
025 028 18.8 17.8 .7.8 18.7 18.2 ".8 17.5 20.. .'.8 16.2 21.5 38.8 1~.5 ~.o 37.3
HWA 028 028 25.5 25.2 61.2 2..0 26.8 57.5 22.. 28.. 53.8 20.8 28.8 50.2
035 48 034 28.2 27.0 87.8 28.7 28.8 84.0 25.0 30.5 80.1 23.. 31.8 58.2 22.8 32.6 64.2
040 - :JIll 37.5 86.5 34.2 38.7 82.0 32.3 .1.8 n.. 30.. 43.8 12.8 28.. ".8 70.8
050 028,02. 51.1 .8.8 122.7 48.0 52.8 115.2 ...8 55.8 107.8 . . . . . .
HL 080 -,- 81.2 57.3 146.8 57.7 61.2 138.. 64.1 84.8 128.8 . . . . . .
018 020 15.7 1".8 37.7 14.8 15.8 35.7 1..0 17.2 33.7 13.2 18.. 31.7 . . .
025 028 20.8 18.1 48.5 19.4 18.5 48.8 18.1 20.8 43.5 18.8 22.0 40.. 18.2 22.5 38.8
HWA 028 028 28.3 25.7 83.2 2..8 27.. 58.5 23.2 28.0 55.7 21.7 30.5 52.1 . .
035 50 - 28.3 27.5 10.2 27.8 28.3 88.3 26.0 31.1 82.5 2..3 32.8 58.3 23.5 33.3 58.3
040 - 37.3 38.2 88.7 35.. .0.5 85.0 33.5 42.7 80.. 31.5 ".8 75.7 30.5 45.8 73.3
050 026,02. 53.1 50.8 127.. .8.8 64.0 118.7 48.8 57.0 111.8 . . . . . .
HL 080 034,_ 83.. 58.3 152.3 58.8 62.. 143.7 58.2 88.2 135.0 . . . . . .
018 020 17.0 15.2 40.8 18.1 16.8 38.8 15.3 17.8 36.7 14,4 18.3 34.5 . . .
025 028 22.. 18.8 53.8 21.1 20.3 50.8 19.8 21.7 .7.6 18.5 ~.o .... 17.8 23.6 42-7
HWA 028 028 28.6 26.8 88.6 28.8 28.7 84.8 25.2 30.. 80.7 . . . .
035 55 034 31.8 28.7 78.5 30.1 30.7 12.. 28.. 32.6 88.2 26.6 34.3 63.8 . . I' .
040 - 40.8 38.8 98.0 38.7 42.5 83.0 38.6 ".8 88.0 34.5 47.2 62.. . . .
050 028,02. 58.0 53.3 138.5 64.7 58.8 131.4 . . . . . . . . .
HL 080 034,_ 68.3 80.8 188.6 85.6 85.3 157.6 61.7 88.5 148.3 . . . . . .
018 020 18.. 15.8 ".2 17.5 17.3 42.0 16.5 18.8 38.8 . . . . . .
025 028 2..3 18.6 58.5 22.8 21.1 55.2 21.8 22.7 51.8 20.1 2..1 48.. . . .
HWA 028 028 30.6 28.0 74.2 28.1 30.0 70.1 27.4 31.8 55.8 . . . .
035 80 034 34.5 28.6 83.1 32.8 32.1 78.6 30.8 34.1 74.. 28.0 36.0 88.8 . . .
040 - ".4 .'.8 106.7 42.1 ".8 101.4 38.9 .7.2 98.0 37.7 .8.7 80.8 . . .
050 028,02. 62.8 55-7 151.0 58.8 59.4 '.'.5 . . . . . . . . .
HL 080 034,_ 75.5 83.3 181.5 71.2 68.1 171.3 86.9 72.5 161.0 . . . . . .
COOUNG CAPACJ11ES - 60 Hz (cont)
e
e
"
,
,
ii
LEGEND
CoD -!;apocity, Tons of Refrigeration
COHD - Conde......
kW Comfl"ll!O! Motor 1'1lUt Power at _ Voltage
LCWT - LeaVIng Ch__Water Temperatura (F)
'*Operation not recommended with condenaer identified. Contact your Carrier rep-
resentative for an aftemate equipment l8fection.
e
, "",ii..~.~;....
Performance data
30HWA,HL condenserless - English
..
.
SA1VRAlED IlI8CIWIGE TEMPERATURE (F)
1& 110 1211 1.
UNIT UNIT LCWT CooIor CooIor CooIor CooIor
30 SIZE (F) I'::' - Input - In..;" - ~ -
COp - THR COp kW - THR Cop - THR COp - THR
(Gpm) (Gpm) (Gpm) (Gpm)
018 14.5 11.5 34.8 17.5 13.4 '3.4 32.1 '6.9 12.6 14.7 30.3 18.4 11.4 '6.4 27.4 '5.7
025 18.8 '5.1 45.2 22.8 17.1 17.2 40.9 2'.5 '5.8 '8.4 37.9 20.8 '3.9 '9.9 33.3 18.0
HWA 028 25.0 20.4 59.8 30.3 22.7 23.' 54.3 28.8 21.2 24.7 50.7 27.8 18.9 26.9 45.3 25.9
035 40 26.8 22.7 64.1 32.7 24.5 25.5 58.6 31.1 22.9 27.' 54.8 29.9 20.5 29.1 49.0 28.0
040 33.8 3'.8 80.9 42.0 31.1 35.2 74.4 40.2 29.3 37.2 70.0 38.9 26.8 39.9 83.8 38.9
HL 050 48.8 39.1 118.9 59.0 44.3 44.5 106.0 55.8 41.2 47.6 98.8 53.5 38.4 5'.8 87.1 49.8
060 58.8 47.3 '38.0 89.' 51.9 53.8 124.' 85.7 48.4 57.2 116.0 83.2 43.2 81.9 103.4 59.2
018 15.1 11.5 38.2 '8.1 13.9 13.8 33.3 17.4 13.1 14.8 3'.4 '7.0 '1.9 18.8 28.6 16.2
025 19.7 15.2 47.1 23.6 17.8 '7.3 42.7 22.3 18.6 18.8 39.7 21.4 14.6 20.3 34.9 '9.8
HWA 029 26.0 20.5 82.2 31.3 23.6 23.3 58.5 29.8 22.0 25.1 52.8 28.5 '9.7 27.4 47.2 28.8
035 42 27.9 22.8 66.8 33.8 25.5 25.8 8'.1 32.2 23.9 27.5 57.3 3'.0 2'.4 29.7 51.3 29.1
040 35.2 32.' 84.3 43.5 32.4 35.7 n.8 41.6 30.5 37.8 73.1 40.3 27.7 40.7 66.4 38.3
HL 050 51.0 39.3 122.1 81.1 48.3 45.0 111.0 58.0 43.1 48.3 '03.3 55.8 38.2 52.6 91.8 51.9
060 59.2 47.8 141.9 71.8 54.1 54.2 '29.7 88.2 50.8 58.' '21.3 85.7 45.3 83.' '08.4 81.8
018 '5.7 1'.8 37.5 18.8 14.4 '3.7 34.8 '8.0 '3.8 15.0 32.7 17.5 12.4 '8.9 29.7 18.8
025 20.4 '5.3 49.0 24.4 '8.6 17.5 44.5 23.1 17.3 '8.9 41.4 22.2 '5.3 20.8 38.8 20.6
HWA 028 27.0 20.8 85.6 32.3 24.5 23.8 58.8 30.8 22.9 25.4 55.0 29.5 20.5 27.8 '48.2 27.7
035 44 29.0 23.0 89.4 34.9 26.8 26.1 83.7 33.3 24.9 27.9 59.8 32.1 22.4 30.3 53.7 30.2
040 38.8 32.5 87.8 45.0 33.7 38.2 80.9 43.' 31.8 38.5 78.3 41.8 29.0 41.5 89.4 39.7
HL 050 53.' 39.5 127.4 83.4 48.4 45.5 118.0 80.2 45.1 48.0 '08.2 57.8 40.1 53.8 98.2 54.0
060 81.7 47.9 '47.9 74.1 58.5 54.8 '35.4 70.7 52.8 58.8 '28.8 88.2 47.4 84.2 '13.8 84.0
0'8 18.2 11.6 38.9 '9.2 15.0 '3.8 35.9 '8.8 14.2 15.2 33.9 '8.1 12.9 17.1 30.9 '7.3
025 21.2 15.3 50.8 25.2 19.3 17.7 48.4 23.9 '8.0 19.1 43.2 23.0 '8.0 21.0 38.3 21.4
HWA 026 28.0 20.7 87.1 33.4 '25.5 23.8 8'.' 3'.7 23.8 25.7 57.2 30.5 2'.4 26.3 5'.4 28.7
035 46 30.1 23.1 72.2 38.1 27.7 26.4 88.3 34.5 26.0 28.3 82.3 33.3 23.4 30.8 58.1 3'.3
040 38.' 32.8 8'.3 46.8 35.' 38.7 84.3 44.8 33.2 39.1 78.5 43.3 30.2 42.3 72.4 41.1
HL 050 55.4 39.7 132.8 85.8 50.5 45.9 '21.2 82.4 47.2 48.8 113.2 80.0 42.1 54.5 100.9 58.2
060 84.2 48.' 154.0 78.7 58.9 55.3 14'.2 73.2 55.2 59.7 '32.5 70.7 48.8 88.4 119.0 88.5
018 '8.8 11.8 40.3 19.8 '5.5 13.9 37.3 .19.' 14.7 15.3 35.2 18.8 13.4 17.3 32.1 17.9
025 22.0 '5.4 52.9 28.0 20.' '7.8 48.3 24.7 18.8 19.3 45.1 23.8 18.7 21.3 40.' 22.2
HWA 026 29.0 20.8 69.7 34.4 26.5 24.1 83.5 32.7 24.8 26.0 59.5 31.5 22.3 28.7 53.5 28.7
035 48 31.2 23.3 75.0 37.3 28.8 26.6 89.0 35.7 27.0 28.8 64.9 34.5 24.4 3'.3 58.8 32.5
040 39.6 33.1 95.0 48.' 38.6 37.2 87.7 46.2 34.5 39.7 82.9 44.8 31.5 43.0 75.8 42.8
HL 050 57.8 39.8 '38.3 87.9 52.7 48.3 '26.5 64.7 48.3 50.2 118.3 82.3 44.0 55.4 105.7 58.4
060 66.8 48.3 180.2 78.3 81.3 55.8 147.2 75.8 57.8 80.4 '38.3 73.2 5'.8 88.4 '24.4 89.0
018 17.4 '1.7 41.8 20.4 '8.1 14.0 38.7 19.7 15.2 '5.4 38.8 19.2 '3.9 17.5 33.4 '8.4
025 22.9 15.5. 54.9 26.9 20.9 '8.0 50.2 25.8 19.5 19.5 48.9 24.8 17.4 21.8 41.9 23.0
HWA 026 30.1 20.9 72.3 35.5 27.5 24.3 88.0 33.8 25.8 26.3 81.8 32.8 23.2 29.' 55.7 30.7
035 50 32.4 23.4 n.9 38.5 29.9 28.9 71.8 38.8 28.1 29.0 87.8 35.8 25.4 3'.8 8'.' 33.7
040 41.1 33.4 98.8 48.8 38.0 37.6 91.3 47.8 35.9 40.2 88.3 46.3 32.8 43.8 78.8 44.1
HL 050 80.0 39.9 144.0 70.3 54.8 46.6 '3'.9 87.0 5'.5 50.8 '23.8 64.8 48.1 58.3 110.7 80.7
060 69.4 48.4 188.8 81.9 83.9 58.3 153.3 78.4 80.0 61.' 144.2 75.9 54.2 87.5 130.0 71.6
0'8 18.0 '1.6 45.8 22.0 '7.8 14.1 42.3 21.2 18.7 15.7 40.0 20.7 15.2 18.0 38.8 '9.9
025 25.0 15.5 80.1 r28.0 23.0 '8.3 55.2 .27.7 21.8 20.0 5'.8 28.7 19.4 22.4 46.5 25.1
HWA 028 32.9 2'.1 79.1 38.3 30.1 24.7 72.4 38.5 28.3 27.0 87.9 35.2 25.5 3O~1 81.4 33.3
035 55 35.5 23.5 85.3 41.6 32.. 27.4 78.9 38.9 31.0 29.8 74.5 38.7 28.2 33.0 67.7 38.7
040 45.' 33.9 108.5 53.8 41.8 38.7 100.5 51.8 39.6 41.6 95.2 50.4 36.2 45.8 87.' 48.'
HL 050 66.1 39.9 158.8 7..4 80.7 47.3 146.0 73.0 57.1 51.9 '37.2 70.5 51.4 58.2 123.8 88.5
060 78.3 48.5 183.3 88.8 70.4 57.2 188.3 85.2 66.4 82.. '59.8 82.8 80.2 89.8 144.8 78.2
018 20.8 11.8 48.5 23.8 19.1 14.3 48.' 22.8 18.2 16.0 43.7 22.3 '8.7 '8.5 40.1 21.4
025 27.2 15.5 85.5 31.3 25.1 18.5 60.4 29.9 23.7 20.4 58.9 28.9 2'.4 23.0 51.4 27.3
HWA 028 35.8 21.1 88.2 41.3 32.9 25.1 78.1 39.4 30.9 27.5 74.4 38.1 28.0 31.0 87.4 38.0
035 80 38.7 23.5 93.1 44.8 35.8 27.8 88.4 43.1 34.0 30.4 81.8 41.9 31.0 34.0 74.8 39.8
040 48.4 34.3 118.8 58.3 45.9 38.8 110.3 56.1 43.5 42.8 104.8 54.6 39.9 47.3 88.0 52.2
HL 050 72.5 39.6 174.4 82.8 66.8 47.7 '80.' 78.9 82.5 52.8 '50.2 76.1 55.7 59.6 '34.0 71.1
060 83.5 48.2 200.9 98.0 n.4 57.B 188.1 92.3 72.9 83.7 175.3 89.4 85.9 71.7 158.4 84.4
COOUNG CAPACJTIES - 60 Hz (amt)
.
LEGEND
CoIl ~, TOIlI of Ro!rigetalion
ItIIi Coinp.e-.r _ Input Power at Rated Voltage
LCWT leaVIng ChHIed-Water T_re (F)
THA ToIaf H".1 of Rejection, Tons of Refngeration
NOTE: Perfonnanco based on '5 F subcooling.
.
Performance data
30HWC,HK water-cooled - English
~
COOUNG CAPAcmES - 50 Hz
CON_ ENTERING WATER lBIPE1lATIIAE (I')
75 .. iii IG
UNIT UNIT LCWl' - Cond - Concl - Cond - Cond
30 SIZE (I') 1nJ:f Flow Flow 1nJ:f Flow Flow Input Flow Flow W Flow Flow
Cop - - Cop AlIa - Cop kW - - Cop - AlIa
(lltIm) IOpm) IOpm) llltlml llltlm) (Opml IOpm) IOpm)
018 13.5 8.8 32.' 38.8 13.2 10.2 31.8 38.2 12.8 10.8 30.8 37.8 12.5 11.. 30.0 37.'
025 17.0 12.1 00.8 08.6 16.5 12.7 38.5 '7.8 16.0 13.3 38.3 08.8 15.5 13.8 37.0 06.1
HWC 028 21.0 18.1 51.3 61.7 20.7 16.8 '8.5 60.' 18.9 17.' '7.7 59.1 19.2 18.0 08.0 57.8
035 00 23.5 18.9 58.3 68.5 22.8 19.7 50.5 61.' 22.1 20.5 52.8 86.2 21.' 21.3 51.2 85.0
000 32.1 28.' 76.8 93.9 31.3 27.' 75.0 92.7 30.5 28.' 73.0 91.0 29.8 29.' 71.0 90.1
000 00.8 33.' 91.8 119.1 39.6 35.0 90.5 "7.' 38.' 38.5 92.0 "5.8 37.2 38.0 89.0 "3.7
HK 050 08.3 39.3 115.5 100.9 08.9 '1.1 112.3 138.9 05.5 02.9 109.0 138.8 ".1 ".5 105.7 130.5
060 61.3 59.1 108.7 190.5 59.6 81.3 102.7 192.1 58.0 63.' 138.7 178.8 58.3 65.5 130.8 1n.1
018 ".0 9.8 33.8 39.9 13.7 10.3 32.8 39.' 13.3 10.9 31.9 39.0 13.0 11.5 31.1 38.6
025 17.7 12.2 02.3 50.2 17.2 12.9 ".1 49.5 19.6 13.4 39.8 08.8 16.1 1'.0 38.6 '7.7
HWC 028 22.' 18.3 53.7 84.3 21.7 17.0 51.9 82.9 20.9 17.7 50.1 81.8 20.2 18.' 08.3 50.2
035 02 2'.8 19.1 58.9 71.2 23.8 20.0 57.1 10.0 23.1 20.8 55.' 89.8 22.' 21.9 53.6 67.6
000 33.' 28.7 60.1 91.3 32.6 27.8 78.1 98.0 31.7 28.8 18.0 94.8 30.9 29.8 7'.0 93.3
040 02.' 33.7 101.6 123.3 '1.2 35.3 98.9 121.8 00.0 38.9 95.9 "8.7 38.8 39.5 92.9 117.8
HK 050 50.3 39.8 120.' '105.9 08.9 '1.5 "7.1 143.9 .7.5 43.3 113.7 1.1.8 08.0 05.1 "0.3 139.5
060 83.7 59.9 152.7 191.0 82.0 82.2 108.8 168.5 60.3 84.' 1".6 185.9 58.8 68.6 100.' 163.3
019 1'.5 8.7 34,8 '1.1 ".2 10.3 34.0 00.7 13.8 ".0 33.1 00.2 13.' ".8 32.2 39.8
025 18.' 12.3 ".0 52.0 17.8 13.0 02.7 51.1 17.3 13.6 '1.5 50.3 18.7 ".2 00.1 49.'
HWC 028 23.5 18.5 58.3 86.9 22.7 17.2 54.' 65.5 21.9 19.0 52.5 84.2 21.1 18.7 50.7 82.9
035 .. 25.7 19.3 81.5 73.9 24.9 20.2 59.7 72.8 2..2 21.1 57.9 71.5 23.' 21.9 58.1 10.3
000 34.8 27.0 83.' 100.7 33.9 28.1 81.2 99.3 33.0 29.2 78.1 99.0 32.1 30.3 77.0 98.6
000 ".1 34.0 105.8 127.6 02.9 35.7 102.8 125.8 ".7 37.3 99.9 125.1 00.' 38.9 98.8 122.1
HK 050 52.3 00.0 125.' 151.0 50.9 ".9 122.0 149.0 49.5 43.8 "8.8 108.5 08.0 05.6 "5.0 '''.6
060 86.2 60.8 158.8 197.6 84.5 83.0 154.8 195.0 82.7 65.5 150.2 188.1 81.0 . 61.8 108.1 189.7
019 15.0 9.7 38.0 02.3 ".7 10.' 35.2 ".9 ".3 11.1 34.3 '1.5 13.8 11.7 33.' ".0
025 19.1 12.' 05.7 53.7 18.5 13.1 .... 52.8 18.0 13.7 43.1 52.0 17.' ".3 '1.9 51.1
HWC 028 24.8 18.7 58.8 89.7 23.9 17.5 57.0 68.2 22.9 19.2 55.0 88.8 22.1 18.0 53.1 65.'
035 06 26.9 19.5 84.2 18.7 26.0 20.' 82.' 75.5 25.2 21.3 60.5 7'.3 24.5 22.2 58.7 73.0
000 38.2 27.3 88.7 104.2 35.3 28.5 84.8 102.9 34.' 29.6 82.' 101.5 33.' 30.7 60.2 100.0
000 05.9 34.3 ,,0.0 131.9 ".6 38.0 101.0 130.1 43.3 37.7 104.0 128.3 02.1 39.' 100.8 126.3
HK 050 54.' 00.2 130.5 156.2 52.9 02.3 127.0 154.2 51.5 ".3 123.' 152.0 50.0 08.2 119.9 149.8
060 88.8 81.' 185.2 204.3 61.0 83.9 160.7 201.8 65.2 88.3 156.' 198.9 63.' 68.7 152.1 198.2
019 15.5 9.7 37.3 43.5 15.2 10.' 38.' 43.1 1'.8 ".1 35.5 02.7 1... 11.8 34.8 02.3
025 19.8 12.5 47.4 55.' 19.2 13.2 06.1 54.8 18.7 13.8 ".8 53.8 19.1 1'.5 43.5 52.9
HWC 028 25.7 16.9 81.7 72.5 2'.9 17.7 59.6 71.0 2'.0 19.5 57.9 89.9 23.2 19.2 55.8 68.1
035 08 27.9 19.7 87.0 78.6 27.1 20.6 85.1 18.' 26.' 21.6 83.2 77.1 25.8 22.5 61.3 75.8
000 37.5 27.8 90.1 107.7 38.6 28.8 87.8 108.' 35.7 30.0 65.7 105.0 34.7 31.1 83.' 103.5
040 '7.8 34.5 1".3 138.' 06.' 38.3 111.3 134.5 05.1 39.1 108.1 132.7 43.7 39.8 105.0 130.7
HK 050 58.5 00.5 135.7 181.6 55.0 02.9 132.1 159.5 53.5 ".7 128.5 157.3 52.0 08.7 124.8 155.0
060 71.5 82.1 171.8 2".1 89.6 84.7 167.1 208.' 61.8 91.2 182.8 205.7 65.9 89.7 158.1 202.9
018 16.1 8.8 38.8 ".8 15.1 10.5 37.7 .... 15.3 ".2 38.7 ".0 14.8 11.9 35.8 43.5
025 20.5 12.5 49.2 57.2 19.9 13.3 47.9 58.' 19.' 13.9 08.5 55.5 18.8 ".6 45.2 54.6
HWC 028 26.8 17.0 84.' 75.' 26.0 17.9 82.' 73.9 25.1 18.7 60.3 72.' 2'.3 19.5 58.2 10.9
035 50 29.1 19.8 89.9 82.5 28.3 20.8 67.8 81.3 27.5 21.9 88.0 80.0 28.7 22.8 64.0 18.7
040 39.0 27.8 93.6 "'.3 38.0 29.1 81.3 109.9 37.1 30.3 89.0 108.5 38.1 31.5 88.7 107.1
040 49.' 34.7 "9.7 100.9 08.1 38.8 115.8 139.0 08.9 38.' 112.4 137.1 05.5 00.2 109.2 135.2
HK 050 56.7 00.7 1'1.0 191.0 57.2 02.9 137.3 184.9 55.7 05.1 133.7 182.8 54.1 .7.2 129.9 160.3
060 7..2 82.9 118.1 219.1 72.3 65.5 173.6 215.3 10.' 68.1 189.0 212.9 68.5 10.7 184.' 209.9
019 17.4 9.9 '1.8 08.1 17.0 10.6 00.9 47.8 16.6 11.3 39.8 .7.2 16.2 12.0 39.0 06.7
025 22.' 12.7 53.7 61.8 21.9 13.5 52.3 81.0 21.2 14.2 60.9 60.1 20.6 15.0 49.5 59.2
HWC 028 29.9 17.5 71.8 82.9 29.9 18.4 89.5 91.3 28.0 19.3 87.3 79.7 27.1 20.2 65.1 18.1
035 55 32.2 20.1 77.' 90.2 31.3 21.3 75.3 88.9 30.5 22.' 73.2 87.6 29.6 23.' 71.2 88.2
040 02.6 28.5 102.5 120.6 41.6 29.9 100.1 "8.1 00.6 31.2 91.7 117.7 39.8 32.5 95.3 "8.2
040 54.2 35.2 130.2 152.6 52.9 37.2 126.9 150.7 51.4 39.2 123.8 141t.7 50.0 ".2 120.2 146.7
HK 050 84.' '1.2 154.7 160.9 82.8 43.6 150.8 118.7 61.2 06.0 "7.0 118.5 59.5 08.3 143,0 174.1
060 81.2 84.3 195.2 238.0 19.2 91.3 190.3 233.1 77.1 10.3 165.' 230.3 75.1 73.1 180.5 227.3
019 18.8 9.8 05.3 51.5 18.4 10.6 ".3 51.0 18.0 11.4 43.3 50.8 17.8 12.2 02.2 50.1
025 2'.3 12.8 59.6 88.6 23.7 13.6 57.0 65.7 23.1 14.4 55.6 60.8 22.5 15.3 54.1 83.8
HWC 029 33.1 17.8 19.8 90.9 32.1 18.8 77.2 89.2 31.1 19.8 7'.9 87.5 30.1 20.8 72.' 65.8
035 35.5 20.' 65.3 98.2 34.6 21.6 93.1 98.9 33.7 22.8 80.8 95.5 32.7 2'.0 78.7 94.1
040 60 08.5 29.0 111.9 130.3 45.4 30.5 109.3 128.7 .... 32.0 108.8 127.2 43.3 33.' 104.2 125.7
040 58.9 35.' "1.6 184.0 57.3 37.6 137.9 191.9 55.8 39.9 134.2 159.6 54.2 ".9 130.4 157.3
HK 050 10.0 '1.5 198.' 194.7 68.2 ".1 184.1 192.2 89.' 08.7 159.7 189.9 84.9 .9.2 155.3 188.9
060 98.7 65.9 213.3 254.9 88.5 89.0 208.1 251.9 84.3 72.2 202.9 249.8 82.1 75.3 191.9 205.7
&:.t
kW
LCWT
LEGEND
Capacity, Tons of Refrigeration
Condenser
Compl8llSllr Motor Input Power at Rated VoI1age
Leaving Chilled-Water Temperature (F)
-....~~
e
e
.
.~
,
.
f
e
i
Performance data
30HWB water-cooled - English
~
.
COOUNG CAPACTIES - 50 Hz (contI
.
CONIIENllER EN'IEAING WAlBl TEllPERATURE (F)
7& 10 1& 10
UNIT UNIT LCWT - Cond - Concl - Cond - Cond
30 SIZE (F) Ir::r Flow Flow 1';;'* Flow Flow 1,= Flow Flow T Flow Flow
Cop - - Cop - - Cop - - Cop - -
1_) IOpmI (Opm) (Gpml lap;;;. IClpnl) mp.,,) CGpm)
018 12.7 8.8 30.5 38.7 12.4 10.2 29.8 38.2 12.1 10.8 28.8 35.8 11.7 '1.3 28.1 35.4
025 15.9 12.8 40.5 49.8 18.4 1304 38.2 47.9 15.9 13.9 38.0 47.0 15.3 14.5 38.7 49.2
HWB 028 40 22.0 17.1 52.8 83.8 2U 17.8 51.2 82.8 20.7 18.7 49.5 81.8 20.1 19.. 49.0 80.8
035 2404 19.2 58.5 70.9 23.8 20.0 58.8 89.9 23.1 20.8 55.3 88.8 22.4 21.8 53.7 87.7
040 30.7 28.7 13.4 90.8 29.8 27.7 71.5 89.4 29.1 28.8 88.8 88.1 28.3 29.5 87.7 98.8
018 13.2 9.7 31.8 37.8 12.8 10.3 30.8 37.4 12.5 10.9 29.9 37.0 12.1 11.5 29.1 38.5
025 17.6 12.9 42.0 50.4 . 17.0 13.5 40.8 49.5 16.5 14.1 39.6 49.7 18.0 14.7 38.3 47.8
HWB 028 42 22.9 17.3 54.8 88.0 22.2 18.1 53.2 64.9 21.5 18.9 61.5 83.8 20.8 19.7 49.9 82.7
035 25.4 19.4 80.8 13.3 24.7 20.3 59.2 72.3 24.0 21.1 57.8 71.2 23.3 21.9 55.9 70.1
040 31.9 27.1 78.4 93.8 31.1 28.1 74.5 92.8 30.3 29.1 12.5 91.3 29.4 30.0 70.5 90.0
018 13.6 9.8 32.7 39.0 13.3 10.. 31.9 38.8 13.0 11.0 31.1 38.2 12.8 11.8 30.2 37.8
025 18.2 13.0 43.7 52.1 17.7 13.7 42.4 51.2 17.2 14.3 41.1 50.4 16.6 14.9 39.9 49.5
HWB 028 44 23.7 17.5 58.9 88.1 23.0 18.3 55.2 87.0 22.3 19.2 53.5 65.9 21.8 19.9 51.9 64.8
035 28.4 19.6 83.2 75.8 25.7 20.5 61.5 74.8 25.0 21.4 58.8 13.7 24.3 22.2 58.2 72.6
040 33.2 27.4 19.6 87.1 32.3 28.5 n.5 95.8 31.5 29.8 15.5 94.5 30.8 30.5 13.5 93.2
018 1..1 9.9 33.8 40.3 13.8 10.5 33.0 39.8 13.4 11.2 32.2 3904 13.1 11.8 31.3 38.9
025 19.9 13.1 45.4 53.8 18.4 13.8 44.1 53.0 17.8 1404 42.8 52.1 17.3 15.1 41.4 51.2
HWB 028 46 24.6 17.7 59.0 70.3 23.9 18.5 57.3 89.2 23.2 19.4 55.5 88.0 22.5 20.2 53.9 66.9
035 27.4 19.8 65.8 18.3 28.8 20.8 83.8 n.3 25.9 21.6 82.2 78.2 25.2 22.5 80.5 75.0
040 34.5 27.8 82.7 100.5 33.8 29.9 80.8 99.2 32.7 30.0 18.8 87.9 31.9 31.1 78.4 96.5
018 14.8 10.0 35. I 41.5 1403 10.8 34.2 41.1 13.9 11.3 33.4 40.8 13.5 '1,9 32.5 40.2
025 19.8 13.2 47.1 55.6 18.1 13.9 45.8 54.7 18.5 14.8 44.4 53.8 17.9 15.2 43.1 52.9
HWB 028 46 25.5 17.8 81.2 12.8 24.7 18.7 59.4 71,4 24.0 19.8 57.8 70.2 23.3 20.4 55.9 69.1
035 28.4 20.0 88. I 90.9 27.8 21.0 88.3 19.8 28.9 21.8 64.8 78.7 28.2 22.8 82.8 n.6
040 35.8 28.2 85.9 103.8 34.9 29.4 83.8 102.8 34.0 30.5 81.7 101.2 33.1 31.8 19.5 99.9
018 15.1 10.1 38.3 42.8 14.8 10.7 35.4 42.3 14.4 11.4 34.5 41.9 14.0 12.0 33.8 41.4
025 20.3 13.3 49.8 57.4 19.8 14.0 47.5 58.5 19.2 14.7 48.1 55.8 18.8 15.4 44.7 54.7
HWB 028 50 28.4 18.0 83.4 74.8 2&.8 18.9 81.5 73.7 24.9 19.8 59.7 12.& 24.1 20.7 58.0 71.3
035 29.4 20.2 70.8 83.5 28.7 21.2 88.8 82.4 27.9 22.2 87.1 81.3 27.2 23.1 65.2 80.2
040 37.2 28.8 88.3 107.4 38.3 29.8 87.1 108.1 35.3 30.9 64.9 104.7 34.4 32.1 82.7 103.3
018 16.4 10.2 39.5 46.0 18.0 10.9 38.8 45.8 15.7 11.6 37.8 45.1 15.3 12.3 38.7 44.6
025 22.2 13.8 53.4 82.0 21.8 14.3 52.0 81.2 21.0 15.1 50.5 80.2 20.4 15.8 49.1 59.3
HWB 028 55 29.9 18.4 88.1 80.8 28.0 1904 87.2 19.8 27.2 20.4 85.3 78.3 28.4 21.3 83.4 n.l
035 32.1 20.7 n.l 90.2 31.3 21.7 75.2 89.1 30.5 22.8 13.4 88.0 29.7 23.8 71.5 98.8
040 40.7 29.4 87.8 118.5 39.7 30.7 95.5 115.1 38.8 32.0 83.2 113.7 37.8 33.3 90.8 112.2
018 17.9 10.3 43.0 49.5 17.4 11.1 41.9 49.0 17.0 11.8 40.8 49.5 18.8 12.8 39.8 49.0
025 24.1 13.8 58.1 88.9 23.5 14.8 58.6 65.9 22.9 15.4 55.1 85.0 22.3 18.2 53.8 64.1
HWB 028 80 31.2 18.8 15.1 87.0 30.4 19.8 73.1 85.7 29.5 20.9 71.1 8404 28.7 21.9 88.0 83.1
035 34.9 21.1 84.0 87.4 34.1 22.2 82.1 98.2 33.3 23.3 80.1 96.0 32.5 24.5 78.1 93.8
040 44.5 30.2 107.1 128.2 43.5 31.7 104.6 124.7 42.4 33.1 102.1 123.2 41.3 34.4 99.4 121.5
~
kW
LCWT
LEGEND
<;apoci1y, Tone 01 RoIrig_on
Condenser
Con'll,..... _ Input Power at Rated Voltage
LeaVIng Chilled-Water T_ralure (F) _
>>
_,J ~"'~
Performance data, 30HWA,~l in combination
with 09DK air-cooled condenser - English
~
COOUNG CAPACITIES - 50 Hz (cont)
COHIlENllER ENTERING AIR 1EIIPERATURE (F)
REIIOTE III III 10& 11& 12&
UNIT UNIT LCWT COHD -. - - - -
30 SIZE (F) 0IIlK ~ Flow ':' F1aw In=, F1aw Input F1aw ~ F1aw
COp - COp - COp - COp IlW - COp -
(Opm) (Opm) (Opm) (Gpm) (Gpm)
018 024 11.8 10.7 28.5 11.2 11.7 28.8 10.8 12.7 25-3 8Jl lU 23.7 8.2 14_5 22.1
025 028 15.3 13-8 36.8 14.3 15.0 34.2 13.2 15.8 3U 12.2 1&.7 29.2 11.1 17-4 28.6
HWA 028 028 19-9 18.2 47.5 lU 20_5 44_5 17.3 2U 41-5 18.1 22Jl 38.6 14-9 23.8 35.8
035 40 034 21.6 20Jl 51.8 20_3 22.2 48.7 19.0 23_4 45.5 17.7 24-5 42.3 18.3 25.4 38.9
040 044 27_5 29.1 85.9 28.0 30Jl 82.2 24.5 32.4 58.8 22_9 3U 54.9 21.4 35.1 51.2
050 028.024 45.2 43.7 IOU 42.4 48_7 101.6 39.7 49.4 95.0 3U 51.8 88.2 . . .
HL 080 034,034 58.8 85.2 135_4 53.4 89Jl 127.7 50.2 73.1 120.1 47_0 78.1 112_5 . . .
018 024 12.3 10.8 29_5 11.7 11-9 27.9 11,0 12.9 28.3 10.3 13Jl 24-7 9.6 14-7 23.0
025 028 15.9 14.1 38.0 14.8 15.2 35_5 13.8 16.2 33.1 12.7 17.1 30.5 ".6 17-8 27_9
HWA 028 028 20_8 lU 48.3 19.3 20.9 48.2 18.0 22.2 43.1 18.7 23.3 40_1
035 42 034 22_5 21.2 53.9 21.2 22.8 50.7 19.8 23.9 47-4 18.4 25_1 44_1 17_0 28_0 40.8
040 044 28_8 29.8 88.8 27.1 31.4 84Jl 25.5 33.1 81.0 23.9 34.8 57.3 22_3 36.0 53.6
050 028,024 47.0 44.4 112.8 44.2 47.8 106.0 4U 50_4 98.1 38_5 53_0 92.2 . . .
HL 080 034,034 58.8 87.8 140_8 5U 71.3 132Jl 52.2 74Jl 125.0 . . . . .
018 024 12.8 lLO 30_8 12.1 12_0 29.0 11.4 13.1 27.3 10.7 14.1 25.8 10.0 15-0 23.9
025 028 18_5 14_3 39.5 15_4 15.5 37.0 14.4 18.5 34.4 13.3 17.4 31.8 12.2 18.2 29.2
HWA 028 028 21-3 18.9 51.1 20.0 21-3 47.9 18.7 22-8 44.8 17.4 23_8 41.7 . .
035 44 034 23.3 21.5 55.9 22.0 23.0 52_7 20_8 24.4 49.4 18.2 25_6 48.0 17_8 28.8 42.6
040 044 29Jl 30.2 71.3 28.1 32_0 87_4 28.5 33.8 8U 24.9 35.4 5U 23.2 36.8 55.7
050 028,024 48.8 45.1 117_2 48.0 48_5 110.3 43.1 5L5 103.3 40.1 54_1 96.2 . . .
HL 080 034,034 81.0 88.0 148.2 57_8 72_9 138.0 54.2 78.5 129.8 . . . .
018 024 13.2 ILl 3U 12_5 12.2 30.0 l1Jl 13.3 28.3 11.1 14_3 28_8 10.4 15-3 24-9
025 028 17.1 14.6 41.0 18.0 15.7 38.5 14.9 18.8 35.8 13Jl 17_8 33.2 12.7 1~_8 30.4
HWA 028 028 22_1 20.2 52.9 20.7 21.7 49_7 19.4 23.0 48.5 18_1 24.3 43.3 . .
035 48 034 24.2 21-9 58_1 22.8 23.4 54Jl 21.4 24.9 51.4 20.0 28.1 48.0 18-5 27.2 44.4
040 044 30_9 30_7 74.1 29.2 3U 70.1 27.8 34.5 85_1 25.8 36.2 82.1 24.2 37.7 58.1
050 028,024 50Jl 45.8 121-9 47-8 49.3 114.8 44.9 52_5 10U 41.9 55_3 100.4 . . .
HL 080 034,034 83.3 70.4 151.8 5U 74.5 143.5 58.3 78.2 135.0 . . . . .
018 024 13.7 11.2 32.8 13_0 12.4 31.1 12.2 13_5 29.4 11.5 14_8 27.8 10.7 lU 25.8
025 028 17.7 1".8 42.5 18.8 18.0 39_9 15.5 17.1 37.3 14-4 18.1 34_5 1~.2 l~.O 31.8
HWA 028 028 22.8 20_8 54.8 21.4 22.1 5L5 20.1 23.5 48.2 18.7 24_7 45-0
035 48 034 25_1 22.2 80.3 23.7 23.9 58.8 22.2 25.3 53_4 20Jl 28.7 49-9 19.3 27_8 48_3
040 044 32.1 31.3 77.0 30_4 33.3 72Jl 28.8 35.2 88.7 28.9 36.8 84_8 25.2 38.8 80.4
050 028,024 52_7 48.8 128.8 4U 50.2 119.4 48_7 53.5 1'2.1 43.8 5I!.4 104.7 . . .
HL 060 034,034 86_8 71.9 157_5 82.0 78.0 148.9 58.5 79.9 140.3 . . . . .
018 024 14.2 lU 34.0 13.4 12.8 32.2 12.7 13.7 30.4 11-9 14.8 28.8 11.1 15.9 28.7
025 028 18.3 15_0 44.1 17.2 18.2 4U 18.1 17.4 38_7 15.0 18.4 35_9 13-8 1~.4 33.1
HWA 028 028 23_8 20.9 58.7 22.2 22_4 53_3 20.8 23.9 50_0 19.4 25.2 48.8
035 50 034 28_0 22.8 82.5 24_8 24_3 68.0 23.1 25.8 55_5 21.8 27_2 51.8 . . .
040 044 33.3 3U 78_9 31.5 33.9 75.7 29.7 35_9 71.4 28.0 37.7 87.2 . . .
050 028,024 54.7 47_3 13U 51,7 51_0 124.1 48.8 54.5 118.8 45.4 5!.8 109.0 . . .
HL 080 034,034 88_0 73-3 183.3 84.3 77.8 154_5 80.8 81.7 145.8 . . . . .
018 024 15.4 11.8 36.9 14.8 13.0 35_1 13.8 14.3 33.2 13.0 15.5 31.2 . . .
025 028 20_0 15.5 48.1 18.9 16.8 45.3 17.7 18.1 42_4 18.5 19.3 39.5 . . .
HWA 028 028 25.7 21.8 8U 24_1 23.4 58.0 22.7 25.0 54_5 212 28.4 50.9 . . .
035 55 034 28.3 23.4 88.1 28.8 25.3 84.5 25_3 27_0 80.8 23.7 28_5 57.0 . . .
040 044 36_4 33.1 87,4 34.5 35.5 82.9 32_8 3U 78.4 30.7 39.7 73.9 . . .
050 028,024 68_9 49_' 144.0 56.7 53.2 136.2 53.4 57.0 128.3 ~.o 80.5 120.2 . . .
HL 060 034,034 74.2 77.0 178.3 70.3 8U 168.9 85.4 86.2 159.5 . . . .
018 024 18.8 12.1 40.0 15_8 13_5 38.0 15.0 14.8 36_0 14.1 18.1 34.0 . . .
025 028 21.7 18.0 52.2 20.5 17.4 49.3 19.3 18.8 48.4 18.0 20_1 43.3 . . .
HWA 028 028 27.8 22.7 86.8 28.2 24.. 83.0 24_8 26.1 59.3 23.0 27.7 56.4 . . .
035 80 034 30_8 24.2 74.1 29.2 28.2 70.3 27_8 28.1 68.3 25.9 29_9 82.3 . . .
040 044 3U 34.5 95.3 37.8 37.1 90.4 35.8 39.4 85.7 33_8 41.7 80.8 . . .
050 028,024 84_7 50.8 155.7 al,1 55_0 147.1 57.4 59.0 138.2 . . . . . .
HL 080 034,034 80.7 80.8 llM.1 76.6 85_9 184.1 . . . . . .
LEGEND
CIIIl !;apacity, Tons of Refrigeration
COND=CondonOor
IlW ~ Motor Input _r at Rated VolUlge
LCWT - Leaving Ch__Wator Temperlll"" (F)
-operation not recommended with conde,... identified. Contact your Carrier rep-
I'8Ientative for an alternate equipment eeIection.
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Performance data
30HWA,HL condenserless - English
~
.
COOUNG CAPAC1TIES - 50 Hz (cont)
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SA1URATED DI8CIWlClE TEllPERAlURE (F)
III 110 120 1.
UNIT UNIT LCWT CooIor CooIor - -
30 SIZE (F) I=, ..- '1.ut Flow I':: ..- 1nJ: ..-
Cap - THA Cap - THA Cap - THA Cap - THA
IGpIn) IGpm) IGpIn) IGpIn)
018 12.7 8.7 30.5 15.2 11.7 11.4 28.0 14.8 11.0 12.4 28.4 14.2 10.0 13.8 23.8 13.6
025 16.5 12.8 38.5 18.8 14.8 14.6 35.7 18.7 13.8 15.7 33.1 17.8 12.1 17.0 28.0 16.5
HWA 028 22.0 17.1 52.8 26.4 18.8 18.4 47.6 24.8 18.5 20.8 44.4 23.8 18.5 22.7 38.8 22.4
035 40 23.4 18.1 56.0 28.3 21.4 21.5 51.1 28.8 20.0 22.8 47.8 25.8 17.8 24.7 42.7 24.2
040 28.6 27.1 70.8 36.8 27.2 30.0 85.1 34.8 25.8 31.8 81.2 33.8 23.2 34.1 55.5 32.0
HL 050 48.1 38.7 115.2 56.4 43.8 45.1 105.0 55.5 41.0 48.2 88.1 53.4 36.5 52.2 87.3 50.0
060 61.6 56.8 147.5 78.8 56.4 85.5 135.1 13.4 53.0 88.5 126.8 71.0 47.8 74.8 114.6 87.2
018 13.2 8.7 31.8 15.7 12.1 11.5 28.1 15.1 11.5 12.6 27.5 14.7 10.4 14.1 24.8 14.0
025 17.2 12.8 41.2 20.5 15.8 14.8 37.3 18.4 14.4 15.9 34.8 18.8 12.7 17.3 30.4 17.2
HWA 028 22.8 17.2 54.7 27.3 20.7 18.8 48.8 25.8 18.3 21.1 46.3 24.8 17.3 23.1 41.4 23.2
035 42 24.4 18.3 56.3 28.3 22.3 21.8 53.4 27.8 20.8 23.3 50.0 26.8 18.7 25.2 44.8 25.2
040 30.8 27.4 13.8 37.8 28.4 30.5 57.8 38.2 28.7 32.3 84.0 35.1 24.2 34.8 58.0 33.2
HL 050 50.2 40.0 120.3 80.8 45.8 45.6 108.8 57.6 42.8 48.8 102.7 55.5 38.3 53.2 81.6 52.0
080 84.2 58.4 153.7 78.5 58.8 88.4 141.0 78.0 55.3 70.8 132.5 13.8 50.0 78.3 118.8 88.8
018 13.7 8.8 32.8 18.2 12.7 11.8 30.3 15.8 11.8 12.7 28.8 15.2 10.8 14.3 25.8 14.5
025 17.8 13.0 42.8 21.2 16.2 14.8 38.8 20.1 15.1 16.1 38.2 18.3 13.3 17.8 31.8 17.8
HWA 028 23.7 17.3 58.8 28.2 21.8 18.8 51.7 28.7 20.1 21.4 48.2 25.7 18.0 23.4 43.2 24.1
035 44 25.3 18.4 80.7 30.4 23.2 22.0 55.7 28.8 21.8 23.6 52.2 27.8 18.5 25.8 48.8 26.2
040 32.1 27.7 77.0 38.3 28.8 30.8 70.8 37.8 27.8 32.8 88.8 38.4 25.3 35.5 80.7 34.5
HL 050 52.3 40.2 125.4 82.7 47.8 48.1 114.7 58.8 44.8 48.8 107.4 57.8 40.1 54.1 88.1 54.1
080 88.8 80.0 180.1 82.3 81.3 87.4 147.0 78.8 57.7 71.8 138.3 78.3 52.2 77.7 125.2 72.4
018 14.2 8.8 34.1 18.7 13.1 11.6 31.5 18.1 12.4 12.8 28.8 15.7 11.3 14.5 27.0 15.0
025 18.8 13.0 44.8 22.0 18.8 15.1 40.8 20.8 15.7 18.3 37.8 20.0 13.8 17.8 33.4 18.8
HWA 028 24.7 17.4 58.2 28.2 22.4 20.0 53.8 27.8 21.0 21.8 50.3 28.8 18.8 23.8 45.0 24.8
035 48 26.3 18.5 53.2 31.4 24.2 22.3 58.0 28.8 22.7 23.8 54.4 28.8 20.4 26.1 48.8 27.2
040 33.4 27.8 80.2 40.7 30.8 31.3 13.8 38.8 28.0 33.4 88.7 37.7 26.4 38.1 53.4 35.8
HL 050 54.5 40.3 130.7 84.8 48.8 48.5 118.7 82.0 48.8 50.2 112.2 58.8 42.0 55.1 100.7 56.2
080 88.5 80.5 188.7 85.2 53.8 88.2 153.2 81.5 80.1 72.8 144.2 78.0 54.5 78.1 130.7 75.0
018 14.7 8.8 35.4 17.3 13.6 11.7 32.7 18.8 12.8 12.9 30.8 18.2 11.7 14.7 28.1 15.5
025 19.3 13.1 46.3 22.7 17.8 15.2 42.2 21.5 18.4 18.5 38.3 20.7 14.8 18.2 35.0 18.3
HWA 028 25.8 17.5 81.4 30.1 23.3 20.2 55.9 28.5 21.8 21.8 52.3 27.5 19.8 24.2 48.8 25.8
035 48 27.4 18.8 85.7 32.4 25.2 22.5 80.4 31.0 23.8 24.2 58.7 28.8 21.3 28.5 51.1 28.2
040 34.8 28.2 53.5 42.1 32.1 31.7 77.0 40.3 30.3 33.8 72.8 38.0 27.8 36.8 88.1 37.1
HL 050 56.7 40.5 138.1 87.2 52.0 48.9 124.8 84.2 48.8 50.8 117.2 82.0 43.8 56.0 105.3 58.4
080 72.3 80.9 113.5 88.1 88.5 88.0 '158.8 84.4 82.8 13.8 150.3 81.8 56.8 80.5 138.4 77.7
018 15.3 8.8 38.7 17.8 14.1 11.8 33.8 17.2 13.3 13.1 32.0 18.7 12.1 14.8 28.1 16.0
025 20.0 13.1 48.1 23.4 18.3 15.3 43.9 22.3 17.1 18.7 41.1 21.4 15.2 18.5 38.8 20.0
HWA 028 26.8 17.5 83.8 31.1 24.2 20.4 58.1 28.5 22.7 22.1 54.4 28.4 20.3 24.5 48.8 28.7
035 50 28.4 18.7 88.2 33.5 28.2 22.7 82.8 32.0 24.8 24.5 58.1 31.0 22.2 27.0 53.4 28.2
040 36.2 28.4 88.8 43.5 33.4 32.1 80.1 41.7 31.5 34.4 75.7 40.4 28.7 37.4 88.0 38.4
HL 050 58.0 40.5 141.8 88.5 54.2 47.3 130.2 86.4 50.8 51.4 122.3 84.2 45.8 511.8 110.1 80.5
080 75.1 61.3 180.4 91.0 88.2 88.8 188.1 87.2 85.2 74.8 158.8 84.8 58.2 81.8 142.2 80.4
018 18.7 8.8 40.0 -18.2 15.4 11.9 37.1 18.5 14.8 13.3 35.1 18.1 13.4 15.3 32.1 17.3
025 21.8 13.2 52.7 25.3 20.1 15.5 48.4 24.2 18.9 17.0 45.4 23.3 16.8 19.1 40.8 21.8
HWA 028 29.1 17.6 88.8 33.8 26.6 20.7 63.8 31.8 24.9 22.7 59.9 30.8 22.5 25.3 54.0 28.0
035 55 31.1 19.8 74.8 38.2 28.8 23.1 88.1 34.8 27.1 25.2 85.2 33.7 24.5 27.8 58.2 31.9
040 38.8 28.8 85.8 47.2 36.8 33.0 88.4 45.3 34.8 35.5 63.8 44.0 31.8 38.0 78.4 41.9
HL 050 84.8 40.5 156.0 75.4 58.8 48.0 143.9 72.3 56.4 52.8 135.8 70.0 51.0 58.8 122.7 88.3
080 82.6 82.1 198.4 98.8 78.2 71.5 183.1 84.7 71.9 77.3 172.8 81.9 85.5 85.1 157.5 87.5
018 18.1 8.7 43.8 20.6 16.8 12.0 40.5 19.8 16.0 13.5 38.4 19.4 14.6 15.6 35.2 18.7
025 23.9 13.2 57.8 27.3 22.1 15.7 53.0 26.1 20.7 17.3 49.9 25.2 18.7 19.8 45.0 23.8
HWA 028 31.7 17.8 78.3 36.3 28.1 21.0 88.9 34.5 27.3 23.1 85.7 33.3 24.7 26.1 58.4 31.4
035 80 34.0 19.7 81.8 38.1 31.6 23.4 75.8 37.6 29.8 25.7 71.7 36.5 27.2 28.8 85.3 34.8
040 43.6 28.1 104.8 51.1 40.4 33.7 97.2 48.1 38.3 36.5 82.1 47.7 35.1 40.4 84.4 45.5
HL 050 70.8 40.2 170.4 81.2 65.2 48.4 158.8 77.7 81.3 53.4 147.5 75.2 55.4 80.2 133.3 71.0
080 80.4 82.5 217.6 106.6 63.8 13.0 201.2 102.5 78.1 78.3 180.2 89.6 71.8 88.0 113.0 84.7
LEGEND
CoD ~, TOni of AofligeIation
kW ~ Mofotlllpllt Power at _ Voltoge
LCWT leaVIng CtiIIod.Water TlIIl1pOIB1lJAl (F)
THA Total -. of Rejection, TOni of Aelrigeration
NOTE: Perfannance baled on 15 F subcooting.
.
Performance data
30HWC,HK water-cooled - SI
~
COOUNG CAPACITIES - 60 Hz
CONDENSER ENTERING WATER TEllPERAlURE (Cl
25 :10 II
UNIT UNIT LCWT CooIor Cond CooIor Cond Coolor COnd
:10 SIZE (Cl In':: - ..- In':: - - ~ - -
c:.p - - Cop - ::: c:.p - -
(lh) (LIa) (LIa) (LIa) (LIa)
018 53.0 11.8 2.3 2.8 50.8 13.1 22 2.7 ~.1 14.3 2.1 2.7
025 88.3 14.1 2.8 3.4 82.7 15.9 2.7 3.3 58.9 17.0 2.5 32
HWC 028 83.8 19.7 3.8 4.4 78.8 21.0 3.4 42 73.5 22.3 32 4.1
035 4 92.7 23.0 4.0 4.9 87.8 24.8 3.8 4.8 82.3 26.0 3.5 4.8
040 1252 31.5 5.4 6.7 1192 33.6 5.1 .6.5 113.4 36.4 4.9 6.3
040 136.4 31.1 5.9 7.1 128.6 33.6 5.5 6.9 120.7 36.0 52 6.7
HK 050 168.8 39.8 72 8.8 157.7 42.6 6.8 8.5 1~.4 45.5 6.4 62
060 194.1 47.9 8.3 10.3 184.0 51.5 7.9 10.0 173.8 54.8 7.5 8.7
018 54.7 11.9 2.3 2.8 522 13.2 22 2.8 49.7 14.4 2.1 2.7
025 68.7 14.8 2.9 3.6 65.0 18.0 2.8 3.4 81.1 172 2.6 3.3
HWC 028 87.4 20.0 3.8 4.6 82.1 21.4 3.5 4.4 78.8 22.7 3.3 42
035 5 96.5 23.3 4.1 5.1 912 25.0 3.9 4.9 85.9 26.5 3.7 4.8
040 129.8 31.9 5.8 6.9 123.6 34.0 5.3 6.7 117.8 36.0 5.1 6.5
040 141.5 31.3 6.1 7.4 133.7 34.0 5.7 7.1 125.6 36.5 5.4 6.9
HK 050 1732 39.11 7.4 9.1 183.9 43.1 7.0 8.8 154.4 ~.1 8.8 8.5
060 201.2 ~.4 8.8 10.6 191.0 52.1 8.2 10.3 180.6 55.5 7.8 10.0
018 56.4 12.0 2.4 2.9 53.9 13.3 2.3 . 2.8 51.3 14.8 22 2.8
025 71.0 14.9 3.1 3.7 87.3 18.2 2.9 3.6 83.3 17.4 2.7 3.4
HWC 026 91.1 202 3.9 4.7 85.8 21.7 3.7 4.8 80.1 23.0 3.4 4.4
035 6 100.3 23.5 4.3 5.3 85.0 25.3 4.1 5.1 89.5 26.9 3.8 4.9
040 1342 32.3 5.8 7.1 128.1 34.5 5.5 6.9 121.9 36.5 52 6.7
040 1~.8 31.6 6.3 7.8 138.8 34.3 8.0 7.4 130.8 36.9 5.6 7.1
HK 050 179.7 40.3 7.7 9.4 1702 43.6 7.3 9.1 180.4 411.7 6.9 8.8
060 208.5 ~.8 9.0 10.9 198.1 52.7 8.5 10.7 187.5 56.3 8.1 10.4
018 56.1 12.0 2.5 3.0 55.6 13.4 2.4 2.9 53.0 14.7 2.3 2.9
025 . 73.4 15.1 3.2 . 3.8 68.8 16.4 3.0 3.7 85.8 17.8 2.8 3.5
HWC 028 94.8 20.5 4.1 I 4.9 892 22.0 3.8 4.7 83.8 23.4 3.8 4.6
035 7 1042 23.8 4.5 5.4 98.8 25.6 42 5.3 932 27.3 4.0 5.1
040 138.9 32.7 8.0 7.3 132.7 36.0 5.7 7.1 126.3 37.1 5.4 6.9
040 1522 31.8 8.5 7.8 144.0 34.7 62 7.8 136.7 37.4 5.8 7.4
HK 050 188.3 40.8 8.0 9.7 178.8 44.0 7.6 9.4 168.7 47.3 72 9.1
080 218.0 492 9.3 11.3 205.4 53.3 8.8 11.0 194.5 57.0 8.4 10.7
018 59.9 12.1 2.8 3.1 57.3 13.5 2.5 3.0 54.6 14.8 2.4 3.0
025 75.9 152 3.3 3.9 72.0 16.5 3.1 3.8 68.0 17.8 2.9 3.7
HWC 026 98.7 20.7 4.2 5.1 92.9 22.3 4.0 4.9 87.1 23.8 3.7 4.7
035 8 108.3 24.0 4.7 5.8 102.7 25.9 4.4 5.5 97.0 27.7 42 5.3
040 143.6 33.1 6.2 7.5 137.3 36.4 5.9 7.3 130.8 37.8 5.6 72
040 157.7 32.0 8.8 8.1 149.4 36.0 8.4 7.9 140.9 37.8 8.1 7.6
HK 050 193.0 40.8 8.3 10.0 1832 44.5 7.9 9.7 173.1 47.8 7.4 9.4
080 223.6 49.8 9.8 11.8 212.7 53.8 92 11.3 201.7 57.7 8.7 11.0
018 81.7 122 2.7 3.1 59.0 13.8 2.5 3.1 56.4 15.0 2.4 3.0
025 78.4 15.3 3.4 4.0 74.4 16.7 3.2 3.9 70.4 18.0 3.0 3.8
HWC 026 102.7 21.0 4.4 5.3 98.6 22.8 42 5.1 90.7 24.2 3.9 4.9
036 9 112.4 24.3 4.8 5.8 108.7 26.2 4.6 5.7 100.8 28.0 4.3 5.5
040 148.4 33.4 8.4 7.7 142.0 36.8 6.1 7.8 136.5 38.1 5.8 7.4
040 183.3 322 7.0 8.3 154.8 36.3 8.7 8.1 1~.2 382 6.3 7.9
HK 050 200.0 412 8.6 10.3 189.9 44.9 8.2 10.0 '179.8 ~.4 7.7 9.7
060 231.3 50.0 10.0 12.0 220.3 54.3 9.5 11.7 209.0 58.4 9.0 11.4
018 63.5 122 2.7 32 60.8 13.7 2.6 32 59.0 15.1 2.5 3.1
025 80.9 15.4 3.5 4.1 76.9 16.8 3.3 4.0 12.8 182 3.1 3.9
HWC 026 108.7 21.2 4.6 5.5 100.6 22.9 4.3 5.3 94.5 24.5 4.1 5.1
036 10 118.8 24.5 5.0 6.0 110.8 26.5 4.8 5.8 104.8 28.4 4.5 5.7
040 153.4 33.8 8.6 8.0 146.8 36.3 6.3 7.8 140.1 38.8 6.0 7.6
040 169.0 32.4 7.3 8.6 160.4 36.6 6.9 8.4 151.6 38.8 6.5 8.1
HK 050 207.0 41.5 8.9 10.8 198.8 45.3 8.5 10.3 188.2 46.9 8.0 10.0
080 2392 50.4 10.3 12.3 228.0 54.9 9.8 12.0 218.5 69.1 9.3 1'.7
018 69.1 12.3 3.0 3.5 88.3 13.9 2.9 3.4 83.4 15.4 2.7 3.4
025 68.9 15.8 3.8 4.5 84.6 17.2 3.6 4.3 80.3 18.7 3.5 4.2
HWC 028 119.5 21.9 5.2 6.0 112.9 23.8 4.9 5.8 108.3 25.6 4.6 5.6
036 13 129.9 25.0 5.6 6.6 123.7 27.3 5.3 6.4 117.3 29.5 5.1 6.3
040 168.7 34.8 7.3 8.7 181.7 37.5 7.0 8.5 154.8 40.1 8.7 8.3
040 186.7 33.0 8.0 9.4 In.? 38.3 7.7 9.1 188.3 39.6 7.3 8.9
HK 050 228.8 42.2 9.9 11.6 216.1 46.4 9.4 11.3 206.9 50.4 8.9 11.0
080 264.0 51.3 11.4 13.4 252.1 56.2 10.9 13.1 239.9 60.9 10.3 12.8
018 75.1 12.4 3.2 3.7 12.1 '4.1 3.1 3.7 88.1 15.8 3.0 3.6
025 972 15.8 4.2 4.8 92.9 17.5 4.0 4.7 88.3 19.1 3.8 4.8
HWC 028 133.4 22.6 5.8 8.7 126.1 24.7 5.4 8.4 119.0 28.8 5.1 6.2
036 144.2 25.5 6.2 7.2 137.5 28.0 5.9 7.1 130.7 30.4 5.6 6.9
040 18 184.7 36.8 8.0 9.4 In.3 38.8 7.7 92 188.8 41.8 7.3 9.0
040 202.8 33.4 8.8 10.1 192.4 36.9 8.3 9.8 181.2 40.3 7.8 9.5
HK 050 250.4 42.7 10.8 12.5 237.4 47.2 102 122 2242 51.5 9.7 11.8
080 289.7 52.0 12.5 14.6 276.1 57.4 '1.9 142 282.3 82.5 11.3 13.9
LEGEND
g:,.
kW
LCWT
c;:apooity.kW
~
~ _Input Power.t Rated Voltage
Lea\ll"ll ChIlIed-Watar Tamporatu'" (e)
e
e
,
e
I
Performance data
30HWB water-cooled - 51
~
)
COOUNG CAPAarJES - 60 Hz (c:ont)
.
CONDENSER ENTEAIlG WATER TEllPERATURE Ic)
2& 3D 3&
UNIT UNIT LCWT COOler ConcI COOIor Cand COOIor Cand
3D SIZE Ic) ':" Flow Flow 1,# Flow Flow ':" Flow Flow
Clop - - Cop - - COp - -
(lJa) (lJa) (LIo) (LIo) (LIo) (LIo)
018 49.6 '1.9 2.1 2.8 .1.2 13.1 2.0 2.6 44.6 14.2 1.8 2.5
02S 66.1 16.' 2.6 3.6 62.0 16.6 2.1 3.3 56.3 17.7 2.5 3.2
HWB 026 . 66.1 21.0 3.1 '.5 80.5 22.5 3.5 ... 15.8 24.0 3.3 4.2
035 86.1 23.' '.1 5.0 80.' 26.0 3.8 '.8 66.5 28.5 3.1 '.8
040 119.2 32.0 5.1 6.' 113.6 33.8 '.8 6.3 108.0 35.1 '.6 6.1
018 51.1 12.1 2.2 2.1 48.1 13.3 2.1 2.6 48.3 1'.' 2.0 2.8
02S 68.0 15.6 2.8 3.6 64.3 16.8 2.8 3.' 80.' 11.8 2.6 3.3
HWB 026 5 68.1 21.3 3.8 '.6 83.3 22.8 3.6 '.5 18.6 2'.3 3.' ...
035 88.' 23.1 4.2 5.2 83.6 25.3 '.0 6.1 68.6 26.8 3.8 '.8
040 123.5 32.6 6.3 6.8 117.7 34.' 6.1 8.5 112.0 36.3 '.8 6.3
018 52.1 12.2 2.3 2.8 SO.3 13.' 2.2 2.1 '1.8 ".6 2.1 2.1
026 10.3 15.8 3.0 3.1 86.6 11.0 2.8 3.6 62.6 18.2 2.1 3.'
HWB 026 6 81.0 21.6 3.8 '.8 86.0 23.1 3.1 '.6 81.3 2'.1 3.5 '.5
035 101.8 2'.0 ... 5.3 88.8 25.1 '.2 5.2 81.8 21.3 3.8 5.1
040 121.8 32.8 5.5 6.8 122.0 35.0 5.2 8.1 116.1 36.8 5.0 6.5
018 54.' 12.3 2.3 2.8 51.8 13.6 2.2 2.8 '8.' ".8 2.1 2.1
025 12.8 15.9 3.1 3.8 68.8 11.2 3.0 3.1 64.8 18.' 2.8 3.5
HWB 028 1 84.0 21.1 '.0 '.8 88.0 23.' 3.8 '.8 84.0 25.0 3.6 '.6
035 105.2 24.2 '.5 5.5 100.2 26.0 '.3 5.' 85.1 21.1 '.1 5.2
040 132.3 33.' 5.1 1.0 126.3 35.5 5.' 6.8 120.3 31.5 5.2. 6.1
016 56.1 12.4 2.' 2.8 53.6 13.1 2.3 2.8 51.0 15.0 2.2 2.6
02S 15.2 16.1 3.2 3.8 11.2 11.' 3.1 3.6 61.2 18.6 2.8 3.1
HWB 026 8 81.0 22.0 '.2 5.1 81.8 23.1 '.0 '.8 88.8 25.3 3.1 '.8
035 108.1 2'.5 '.1 5.1 103.6 26.3 '.5 5.5 88.' 28.0 '.2 5.'
040 136.8 33.8 5.8 1.3 130.1 36.1 5.6 1.1 12'.8 36.1 5.' 8.8
018 51.8 12.5 2.5 3.0 55.3 13.8 2.' 2.8 52.1 15.1 2.3 2.8
02S n.1 18.2 3.3 '.0 13.1 11.8 3.2 3.8 88.8 18.8 3.0 3.8
HWB 026 8 100.0 22.2 '.3 5.2 84.8 24.0 '.1 5.1 88.8 25.1 3.8 '.8
035 112.4 2'.8 '.8 5.8 101.0 28.1 '.6 5.1 101.8 28.' ... 5.5
040 1".5 34.3 8.1 1.5 135.2 36.8 5.8 1.3 128.8 36.1 5.8 1.1
018 58.1 12.6 2.6 3.1 51.0 1'.0 2.5 3.0 54.3 16.3 2.3 3.0
025 80.2 18.' 3.5 '.1 18.2 17.8 3.3 '.0 12.1 18.1 3.1 3.8
HWB 026 10 103.1 22.' ... 6.3 81.8 2'.3 ..2 5.2 82.1 28.0 '.0 6.1
035 118.0 25.0 5.0 6.0 110.1 21.0 ..8 5.8 105.2 28.8 '.6 6.1
040 148.' 34.1 6.3 1.1 138.8 31.1 8.0 1.5 133.' 38.3 5.1 1.3
018 66.3 12.8 2.8 3.3 62.5 ,..3 2.1 3.3 58.8 15.1 2.8 3.2
02S 68.0 18.8 3.8 '.5 83.8 18.' 3.8 ... 18.' 18.8 3.' '.2
HWB 026 13 112.8 23.1 '.8 5.8 101.' 25.1 '.8 5.8 101.8 21.0 ... 5.5
035 121.' 25.8 5.5 8.5 121.8 21.8 5.3 8.' 116.0 30.0 5.0 8.2
040 181.3 36.0 1.0 8.' 154.' 38.1 8.1 8.2 "1.5 41.1 6.' 8.0
018 11.2 13.0 3.1 3.8 86.2 1'.8 2.8 3.5 66.2 16.1 2.8 3.6
02S 88.1 11.3 '.1 '.8 81.1 18.8 '.0 '.1 61.2 20.5 3.8 '.6
HWB 026 16 123.0 23.8 5.3 8.3 111.2 25.8 5.1 6.1 111.4 28.0 '.8 6.8
035 138.3 26.' 6.0 1.1 133.4 28.8 5.8 8.8 121.' 31.0 6.5 8.8
040 In.1 31.3 1.8 8.1 188.1 40.1 1.3 8.8 162.' 42.8 1.0 8.1
LEGEND
g:"
kW
LCWT
(;apocity, kW
Cond"""",
Comp....... Motor 1l1p\ll Power at Rated Voltage
leaVIng ChUled-Water Temperature IC)
t
Performance data, 30HWA,HL in combination
with 09DK air-cooled condenser - SI
..
COOUNG CAPACITIES - 60 Hz (c:ont)
CONDENSER _NO AlA TEllPERAlUAE (e)
REMOTE 30 35 40 ... 10
UNIT UNIT LCWT COND - - - - -
30 SIZE (e)
OIDK Cop ~ Flow Cop In=, Flow Cop Input Flow Cop W Flow Cop ~ -
- - kW - - -
(IJo) (IJo) (IJo) (IJo) (IJo)
018 020 45.8 13.4 2.0 43.5 14.4 1.8 41.2 15.4 1.8 38.8 16.3 1.7 38.5 17.2 1.6
025 026 58.4 16.7 2.5 55.8 17.8 2.4 52.1 18.7 2.2 48.4 18.5 2.1 44.6 20.1 1.8
HWA 028 026 76.4 23.4 3.3 72.1 24.7 3.1 67.8 25.8 2.8 63.6 27.0 2.7 58.3 26.0 2.5
035 4 034 84.2 25.2 3.6 78.6 26.5 3.4 74.8 27.7 3.2 70.1 28.6 3.0 85.3 28.7 2.8
040 044 107.1 34.8 4.6 101.7 38.3 4.4 86.3 37.8 4.1 81.0 38.3 3.8 85.8 40.7 3.7
HL 050 026,024 150.6 45.8 6.5 141.6 48.1 6.1 132.5 50.1 5.7 123.3 51.8 5.3 . . .
060 034,034 180.7 53.2 7.6 170.7 56.2 7.3 160.6 58.8 6.8 150.4 61.2 6.5 . . .
018 020 47.3 13.6 2.0 44.8 14.7 1.8 42,/i 15.7 1.6 40.2 16.6 1.7 37.6 17.5 1.6
025 028 81." 17.0 2.8 57.7 18.0 2.5 54.0 18.0 2.3 50.2 18.8 2.2 48.4 20.6 2.0
HWA 028 028 18.0 23.8 3.4 74.5 25.1 3.2 70.1 28.4 3.0 85.8 27.5 2.8
035 5 034 87.1 25.8 3.7 82.5 27.0 3.5 n8 28.2 3.3 12.8 28.4 3.1 87.8 30.3 2.8
040 044 110.8 35.2 4.8 105.3 37.0 4.5 88.6 38.8 4.3 84.3 40.2 4.1 88.8 41.6 3.8
HL 050 026,024 158.1 "'.6 6.7 147.0 48.1 8.3 137.7 51.2 5.8 . . . . . .
060 034,034 187.2 54.2 8.0 In.1 57.2 7.8 188.8 80.0 7.2 188.4 82.5 6.7 . . .
018 020 48.7 13.8 2.1 45.4 14.8 2.0 44.0 18.0 1.8 41.5 18.8 1.8 38.1 17.8 1.7
025 026 63.5 17.3 2.7 58.8 18.3 2.6 58.0 18.3 2.4 52.1 20.2 2.2 48.3 21.0 2.1
HWA 028 026 81.5 24.2 3.5 no 25.6 3.3 72.4 26.8 3.1 88.0 26.0 2.8 . .
035 6 034 80.0 26.0 3.8 85.3 27.5 3.7 80.5 28.8 3.5 75.5 28.8 3.2 70.4 31.0 3.0
040 044 114.7 35.8 4.8 108.1 37.7 4.7 103.4 38.4 4.4 87.8 41.0 4.2 82.1 42.5 4.0
050 028,024 161.8 47.5 7.0 152.4 50.0 6.6 143.0 52.3 8.1 . . . . . .
HL 060 034,034 183.8 55.1 8.3 163.5 88.3 7.8 173.0 61.2 7.4 182.4 63.6 7.0 . . .
018 020 50.2 14.1 2.2 47.8 15.2 2.1 45.3 18.2 2.0 42.6 17.2 1.8 . . .
025 026 85.8 17.5 2.6 61.8 18.8 2.7 58.0 18.7 2.5 54.1 20.6 2.3 5<1.1 21.4 2.2
HWA 026 026 84.0 24.6 3.6 78.4 26.0 3.4 74.8 27.3 3.2 70.2 28.6 3.0
035 7 034 83.0 26.4 4.0 88.2 27.8 3.6 63.3 28.3 3.6 76.2 30.5 3.4 73.1 31.6 3.1
040 044 116.6 36.5 5.1 112.8 38.4 4.8 107.2 40.2 4.8 101.3 41.6 4.4 85.5 43.4 4.1
HL 050 028,024 167.5 48.4 7.2 158.0 51.0 6.6 148.3 53.4 B.4 . . . . . .
060 034,034 200.6 88.0 8.8 180.1 58.3 8.2 118.3 82.3 7.7 188.4 85.1 7.2 . . .
018 020 51.7 14.3 2.2 48.3 15.4 2.1 48.8 16.5 2.0 44.3 17.5 1.8 . . .
025 026 87.7 17.6 2.8 84.0 18.8 2.8 80.1 20.0 2.8 58.1 21.0 2.4 ~.o 21.8 2.2
HWA 028 026 88.7 25.0 3.7 81.8 26.5 3.5 n.2 27.8 3.3 12.6 28.1 3.1
035 8 034 86.0 26.8 4.1 81.2 28.4 3.9 88.1 28.8 3.7 81.0 31.1 3.5 75.7 32.3 3.3
040 044 122.6 37.1 5.3 116.7 38.1 5.0 110.8 41.0 4.6 104.8 42.7 4.5 88.8 44.3 4.3
050 028.024 173.4 48.3 7.5 163.7 52.0 7.0 153.8 54.5 6.6 . . . . . .
HL 060 034,034 207.5 58.8 8.8 186.7 80.3 8.5 185.8 63.5 8.0 174.7 88.4 7.5 . . .
018 020 53.4 14.5 2.3 50.8 '5.8 2.2 48.2 16.6 2.1 45.6 17.6 2.0 . . .
025 026 68.8 18.0 3.0 88.1 18.2 2.8 82.1 20.3 2.7 58.1 21.4 2.5 54.0 22.3 2.3
HWA 026 026 88.4 25.4 3.8 84.6 26.8 3.6 78.7 28.3 3.4 74.8 28.6 3.2 .
035 8 034 88.1 27.3 4.3 84.1 28.8 4.1 68.0 30.4 3.8 83.8 31.7 3.6 . . .
040 044 126.6 37.8 5.4 120.6 38.8 5.2 114.6 41.7 4.8 106.5 43.5 4.7 102.5 45.2 4.4
050 028,024 118.4 50.2 7.7 168.4 53.0 7.3 158.4 55.6 6.8 . . . . . .
HL 060 034,034 214.7 57.8 8.2 203.5 61.3 8.8 182.3 84.7 8.3 181.0 87.7 7.6 . . .
018 020 55.0 14.7 2.4 52.3 15.8 2.3 49.7 17.0 2.1 47.0 18.1 2.0 . . .
025 028 12.1 18.3 3.1 68.2 19.5 2.8 84.2 20.7 2.8 80.1 21.7 2.6 55.8 22.7 2.4
HWA 028 028 82.0 25.8 4.0 87.2 27.4 3.8 82.3 26.8 3.5 n.3 30.2 3.3
035 10 034 102.3 27.7 4.4 97.1 29.3 4.2 81.8 30.8 4.0 88.6 . 32.3 3.7 . . .
040 044 130.7 38.4 5.6 124.5 40.5 5.4 118.4 42.5 5.1 112.2 44.4 4.8 . . .
050 026,024 185.5 51.1 8.0 175.3 54.0 7.6 185.0 56.7 7.1 . . . . . .
HL 060 034,034 221.8 58.7 8.8 210.5 82.4 8.1 188.0 65.8 8.8 187.4 68.0 8.1 . . .
018 020 58.8 15.4 2.6 57.1 16.6 2.5 54.3 17.9 2.3 51.5 19.1 2.2 . . .
025 028 76.8 19.0 3.4 74.8 20.4 3.2 70.8 21.7 3.0 86.3 22.8 2.8 . . .
HWA 028 028 100.5 27.1 4.3 85.2 28.8 4.1 80.0 30.4 3.8 84.8 31.8 3.7 . . .
035 13 034 112.1 28.0 4.8 106.7 30.8 4.6 101.2 32.' 4.4 85.5 34.1 4.1 . . .
040 044 143.7 40.4 6.2 137.0 42.7 5.8 130.4 44.8 5.6 123.6 46.8 5.3 . . .
050 026,024 204.4 53.8 8.8 183.6 57.1 6.3 . . . . . . . . .
HL 060 034,034 244.2 61.4 10.5 232.2 65.5 10.0 218.8 68.3 8.5 . . . . . .
018 020 85.1 16.1 2.8 82.1 17.4 2.7 58.2 18.7 2.8 56.2 20.0 2.4 . . .
025 026 88.1 18.8 3.7 8'.8 21.3 3.5 n4 22.7 3.3 12.8 24.0 ~.1 . . .
HWA 028 026 108.2 26.4 4.7 103.7 30.2 4.5 98.2 31.9 4.2 . . . .
035 16 034 122.4 30.3 5.3 116.7 32.3 5.0 110.9 34.2 4.8 104.8 35.8 4.5 . . .
040 044 157.2 42.4 6.8 150.2 44.8 6.5 143.1 47.3 6.2 135.8 48.6 5.8 . . .
050 026,024 218.5 58.1 8.5 206.8 58.4 . . . . . . . . . .
HL 060 034,034 265.7 84.0 11.5 252.2 88.3 10.8 238.5 72.4 10.3 . . . . . .
LEGEND
Cop - l;;apacIIy, kW
COHo - Coi1denIer
kW -~, MolD, Il1lUt Power at Rated Voltage
LCWT - LNving CllI_Wato, T_ro Ie)
'"Operation not recomme.nded with condenIer identified. Contact your Carrier rep-
resentative for an alternate equipment 18Iection.
e
e
*
'I'
.
.'"
t
e
Performance data
30HWA,HL condenserless - SI
..
.
COOUNG CAPACI'J1ES - 60 Hz (cont)
.
SA1UAATED IlIllCHAIIGE TEMPERATURE (e)
311 46 IG &Ii
UNIT UNIT LCWT ~ ~ ~ ~
30 SIZE (e) ~ - THR In~ - THR 1':1 - THR 1':1 - THR
Cop - (kW) Cop - (kW) Cop - (kW) Cop - (kW)
(lJo) (lJo) (lJo) (lJo)
018 50.7 11.4 22 61.1 45.9 13.7 2.0 58.4 43.5 14.8 1.8 57.0 41.0 15.8 1.8 55.5
025 55.8 15.0 2.8 78.5 58.3 17.4 2.5 74.1 542 18.5 2.3 71.1 502 18.4 22 87.8
HWA 028 87.1 20.3 3.7 105.5 n.4 23.5 3.3 88.7 72.6 24.8 3.1 85.3 88.0 282 2.8 81.8
035 4 83.3 22.8 4.0 113.8 83.8 25.8 3.8 107.1 78.6 27.2 3.4 103.4 73.5 28.4 32 88.4
040 117.6 31.6 5.0 146.4 106.3 35.5 4.8 138.8 100.7 37.3 4.3 .134.6 85.0 38.8 4.1 130.4
HL 050 188.8 38.0 72 204.3 148.8 46.2 8.4 180.8 138.8 47.8 8.0 183.8 128.8 50.3 5.8 175.7
060 188.5 472 8.4 238.5 175.8 54.4 7.6 2252 164.8 57.5 7.1 2172 153.8 80.3 8.8 208.8
018 52.5 11.6 2.3 82.8 47.5 13.8 2.0 802 46.0 15.0 1.8 58.7 42.5 18.0 1.8 57.1
025 882 15.1 2.8 82.0 60.5 17.8 2.8 78.5 56.4 18.7 2.4 73.4 52.4 18.7 22 70.3
HWA 028 80.1 20.4 3.8 108.7 80.3 23.7 3.4 101.8 75.4 25.2 32 88.3 70.8 28.8 3.0 84.8
035 5 88.7 22.8 42 117.4 86.8 28.1 3.7 110.8 81.8 27.6 3.5 106.8 78.8 28.8 3.3 102.8
040 122.0 31.8 5.2 151.1 110.4 38.0 4.7 1432 104.6 37.8 4.5 138.1 88.8 38.8 42 134.8
HL 050 175.4 382 7.5 211.1 158.0 45.8 6.7 187.7 146.0 46.8 8.3 1802 136.8 51.1 5.8 182.3
060 204.0 47.5 8.8 247.3 182.7 55.1 7.8 232.8 171.7 58.4 7.4 224.8 180.5 81.3 8.8 218.3
018 542 11.5 2.3 64.7 49.2 14.0 2.1 81.8 46.8 15.1 2.0 80.4 44.1 18.3 1.8 58.8
025 70.7 152 3.0 64.5 82.8 17.8 2.7 78.0 58.8 18.0 2.5 78.1 54.8 20.0 2.3 12.8
HWA 028 83.3 20.6 4.0 112.0 832 24.0 3.8 105.0 78.2 25.5 3.4 101.4 73.4 28.8 32 87.8
035 8 1002 22.8 4.3 121.0 802 28.4 3.8 114.2 85.0 28.0 3.7 110.4 78.7 28.4 ;1.4 106.4
040 128.5 32.3 5.4 155.8 114.8 38.8 4.8 147.8 108.7 38.5 4.7 143.7 102.7 402 4.4 138.4
HL 050 182.2 38.4 7.8 218.1 182.4 462 7.0 204.5 1522 48.3 8.5 187.0 141.8 52.0 8.1 188.1
060 211.7 47.8 8.1 2552 180.0 55.7 82 240.7 178.8 582 7.7 232.8 167.3 82.3 72 224.0
018 58.0 11.8 2.4 88.8 50.8 14.1 22 83.7 46.3 15.3 2.1 822 46.7 18.4 2.0 80.8
025 732 15.3 3.1 87.1 852 18.0 2.8 81.8 81.1 18.2 2.8 78.5 58.7 20.3 2.4 752
HWA 028 88.5 20.7 4.2 115.3 88.1 24.2 3.7 1082 81.1 25.8 3.5 104.8 78.0 27.3 3.3 100.8
035 7 103.7 23.0 4.5 124.7 83.5 28.7 4.0 117.8 882 28.4 3.8 114.1 82.8 28.8 3.8 110.0
040 131.1 32.8 5.8 180.7 118.8 37.0 5.1 152.8 112.8 38.1 4.8 146.4 106.7 40.8 4.8 1<<.0
HL 050 1882 38.8 8.1 2252 188.0 46.7 7.3 211.5 158.8 48.8 8.8 204.0 147.8 52.7 8.4 185.8
060 218.5 46.0 8.4 2832 187.4 58.3 8.5 248.8 .185.8 58.8 8.0 240.6 174.3 832 7.5 231.8
018 57.8 11.8 2.5 88.4 52.8 14.2 2.3 85.5 48.8 15.4 2.1 64.0 47.3 18.8 2.0 82.4
025 75.7 15.4 3.3 88.7 67.8 182 2.8 642 83.4 18.4 2.7 81.1 582 20.8 2.5 n.8
HWA 028 88.8 20.8 4.3 118.7 88.2 24.4 3.8 111.4 64.0 28.1 3.8 107.7 78.8 27.7 3.4 104.0
035 8 107.3 232 4.8 128.4 87.0 27.0 42 121.5 81.8 28.7 3.8 117.7 88.1 302 3.7 113.6
040 135.8 32.8 5.8 185.7 123.3 37.5 5.3 157.5 117.1 38.8 5.0 153.1 110.8 41.8 4.8 146.6
HL 050 188.3 38.7 8.4 232.4 175.7 47.1 7.8 218.8 185.0 50.5 7.1 211.0 1542 53.5 8.8 202.8
060 227.5 462 8.8 271.4 205.0 58.8 8.8 258.7 183.3 80.8 8.3 248.5 181.4 64.1 7.8 238.7
018 58.7 11.8 2.8 70.3 54.3 14.3 2.3 67.4 51.8 15.8 22 85.8 46.8 18.8 2.1 642
025 78.3 15.4 3.4 82.3 70.1 18.3 3.0 88.8 85.8 18.8 2.8 83.7 81.5 20.8 2.8 80.4
HWA 028 103.1 20.8 4.4 122.1 82.3 24.7 4.0 114.8 87.0 28.4 3.7 111.0 81.7 28.0 3.5 107.2
035 8 111.0 23.3 4.8 1322 100.5 27.3 4.3 125.3 85.0 28.1 4.1 121.4 88.4 30.7 3.8 117.3
040 140.8 33.1 8.1 170.8 127.8 38.0 5.5 182.4 121.4 40.2 52 158.0 115.0 422 5.0 153.4
HL 050 203.5 38.8 8.8 238.7 182.5 47.5 7.8 226.8 171.7 51.0 7.4 218.1 180.8 542 8.8 210.0
060 235.7 46.3 10.1 278.7 212.7 57.3 82 264.8 200.8 81.3 8.8 258.8 188.8 85.0 8.1 247.8
018 81.6 11.7 2.7 722 58.1 14.4 2.4 88.3 53.4 15.7 2.3 67.7 50.8 17.0 22 88.0
025 80.8 15.5 3.5 85.0 72.8 18.5 3.1 88.4 88.3 19.8 2.8 86.3 83.8 21.1 2.8 83.0
HWA 028 106.5 20.8 4.6 ..J25.8 85.5 24.8 4.1 118.1 80.0 28.7 3.8 114.3 64.8 28.4 3.8 110.4
035 10 114.7 23.3 4.8 138.0 104.0 27.5 4.5 128.1 88.5 28.4 4.2 1252 82.8 31.1 4.0 121.1
040 145.5 33.3 8.3 175.9 132.4 38.4 5.7 187.4 125.8 40.7 5.4 182.9 119.3 42.8 5.1 158.3
HL 050 210.8 38.8 8.1 247.2 188.5 47.9 82 233.1 178.5 51.5 7.7 225.4 1672 54.8 72 2172
060 244.1 4&.4 10.5 288.1 220.6 57.8 8.5 2732 208.4 82.0 8.0 264.8 188.0 85.8 8.4 258.0
018 67.6 11.6 2.8 782 61.7 14.6 2.7 75.1 58.8 16.1 2.5 73.4 55.8 17.5 2.4 71.7
025 88.1 15.5 3.8 1032 80.4 18.8 3.5 87.8 75.8 20.4 3.3 84.4 71.3 21.8 3.1 81.1
HWA 028 "7.2 21.1 5.1 138.3 105.4 25.4 4.5 128.5 88.6 27.4 4.3 124.5 83.8 28.3 4.0 120.5
035 13 126.4 23.5 5.5 147.8 '16.2 28.2 5.0 140.8 108.3 30.3 4.7 138.9 103.3 322 4.5 132.7
040 180.8 33.8 6.8 191.8 146.8 38.7 6.3 182.9 138.8 42.3 6.0 1782 132.7 44.7 5.7 173.4
HL 050 234.1 38.8 10.1 270.4 211.5 46.8 8.1 255.8 199.8 52.8 8.8 247.8 187.8 58.8 8.1 238.4
060 270.2 4&.5 11.7 314.3 245.3 58.8 10.6 288.0 232.4 63.7 10.0 280.4 218.3 882 8.5 281.3
018 73.8 11.6 32 84.4 67.7 14.8 2.8 81.1 64.5 16.3 2.8 78.4 81.4 17.8 2.6 n.6
025 97.7 15.5 4.2 111.8 88.7 19.1 3.8 106.1 84.0 20.8 3.8 102.8 78.1 22.4 3.4 88.5
HWA 028 128.4 21.1 5.5 147.6 115.9 25.8 5.0 138.4 108.7 28.1 4.7 135.3 103.5 302 4.5 131.0
035 16 138.8 23.5 8.0 1802 126.8 28.6 5.5 153.0 120.8 31.0 52 148.0 114.5 332 4.8 144.7
040 ln2 34.3 7.6 208.4 1822 40.7 7.0 1882 154.8 43.6 8.7 184.3 147.0 46.4 8.3 1882
HL 050 257.3 38.8 11.1 283.3 230.7 48.3 10.0 275.8 218.7 53.7 8.4 285.8 202.4 57.8 8.7 255.1
060 288.0 46.1 12.8 341.8 288.6 58.7 11.6 323.8 255.0 64.8 11.0 314.1 2402 88.8 10.4 303.7
LEGEND
c... - Copacily, kW
kW - ~ Motor IIIpIlt Power at Rated Voltage
LCWT - Lea_ Chilled-Water Tempera.lure (e)
THR - Total "oat 01 Rejection
>>NOTE: Performance baed on 9.4 C subcocMing.
Performance data
30HWC,HK water-cooled - SI
..
COOUNG CAPAaI1ES - 50 Hz (cont)
e
CONDENSER ENTEJlIIICl WATER 1EIIPERATIIIlE Ie)
21 3D .
UNIT UNIT LCWT - Cond - Cond - Cond
3D SIZE Ie) '= - Flow 1nJ;t - - In# - -
COp - - ClIp - - COp - -
(Ih) (LJa) (1.10) (IJo) (1.10) ( LJa)
018 46.5 8.8 2.0 2.4 44.3 10.9 1.9 2.4 42.2 12.0 1.9 2.3
025 58.2 12.3 2.5 3.0 55.0 13.3 2.4 2.9 51.6 14.3 2.2 2.8
HWC 028 72.9 16.3 3.1 3.8 68.3 17.4 2.9 3.6 63.8 18.5 2.7 3.5
035 90.2 19.2 3.4 4.2 75.9 20.6 3.3 4.1 71.2 21.8 3.1 4.0
040 4 110.1 26.6 4.7 5.8 104.9 28.4 4.5 5.7 99.7 30.1 4.3 5.5
040 139.4 33.9 6.0 7.4 132.0 36.8 5.7 7.2 124.4 39.1 5.3 8.9
HK 050 165.1 39.9 7.1 8.7 158.5 43.0 8.7 8.5 147.7 45.8 6.3 8.2
090 209.8 59.8 9.0 11.4 199.4 63.4 8.6 11.1 199.0 67.0 8.1 10.9
018 48.0 9.9 2.1 2.5 45.8 11.0 2.0 2.4 43.6 12.1 1.9 2.4
025 60.3 12.4 2.6 3.1 57.0 13.5 2.4 3.0 53.6 14.5 2.3 2.9
HWC :: 76.0 16.5 3.3 3.9 71.3 17.7 3.1 3.6 66.7 18.8 2.9 3.6
83.5 19.4 3.6 4.4 79.0 20.8 3.4 4.2 74.3 22.1 3.2 4.1
040 5 114.1 26.9 4.9 6.0 106.8 28.8 4.7 5.9 103.4 30.5 4.4 5.7
040 144.6 34.2 6.2 7.6 137.0 37.0 5.9 7.4 129.2 39.7 5.6 7.2
HK 050 171.3 40.2 7.4 9.0 162.5 43.5 7.0 8.8 153.6 46.4 6.6 8.5
090 217.4 90.4 9.3 11.8 206.7 84.3 8.9 11.5 198.1 68.0 8.4 11.2
018 . 49.5 8.9 2.1 2.5 47.3 11.1 2.0 2.5 45.0 12.2 1.9 2.4
025 62.4 12.5 2.7 3.2 59.0 13.6 2.5 3.1 55.6 14,7 2.4 3.0
HWC 028 79.3 16.7 3.4 4.1 74.4 17.9 3.2 3.9 68.6 19.1 3.0 3.6
035 86.9 19.6 3.7 4.5 82.2 21.1 3.5 4.4 n.6 22.5 3.3 4.3
040 6 118.2 27.2 5.1 6.2 112.8 29.2 4.8 6.0 107.3 31.0 4.6 5.9
040 149.9 34.5 6.4 7.8 142.2 37.4 6.1 7.6 134.2 40.1 5.8 7.4
HK 050 In.6 40.5 7.6 9.3 186.7 43.9 7.3 9.0 159.5 47.0 6.9 8.8
090 225.2 61.1 9.7 12.2 214.3 65.2 9.2 11.9 203.3 68.1 8.7 11.6
018 51.1 10.0 2.2 2.6 48.8 11.1 2.1 2.6 48.5 12.3 2.0 2.5
025 84.6 12.6 2.8 .3.3 61.2 13.7 2.6 3.2 57.7 14.8 2.5 3.1
HWC 028 62.6 16.9 3.6 '4.2 n.6 18.2 3.3 4.1 72.7 19.4 3.1 3.9
035 90.3 19.7 3.9 4.7 65.6 21.3 3.7 4.6 90.7 22.8 3.5 4.4
040 7 122.6 27.5 5.3 6.4 116.9 29.5 5.0 6.2 111.2 31.4 4.8 6.1
040 155.3 34.8 8.7 8.1 147.4 37.8 6.3 7.9 139.3 40.6 6.0 7.7
HK 050 184.1 40.8 7.9 9.6 175.0 44.3 7.5 9.3 165.6 47.6 7.1 9.1
060 233.2 61.8 10.0 12.5 221.9 86.1 9.5 12.2 210.7 70.2 9.1 11.9
018 52.7 10.0 2.3 2.7 50.4 11.2 2.2 2.6 48.0 12.4 2.1 2.6
025 86.8 12.7 2.9 3.4 63.3 13.9 2.7 3.3 59.7 15.0 2.6 3.2
HWC 028 86.0 17.0 3.7 4.4 BO.9 18.4 3.5 4.2 75.8 19.7 3.3 4.1
035 8 93.9 19.9 4.0 4.8 99.0 21.8 3.8 4.7 84.0 23.1 3.6 4.6
040 126.9 27.8 5.5 6.6 121.0 29.9 5.2 6.4 115.2 31.8 5.0 8.3
040 190.8 35.0 8.9 8.3 152.7 38.1 6.8 8.1 144.5 41.1 8.2 7.9
HK 050 190.7 41.1 8.2 9.9 181.4 44.8 7.8 9.6 171.9 48.2 7.4 9.4
060 241.4 82.5 10.4 12.9 229.8 67.0 9.9 . 12.6 218.3 71.2 9.4 12.3
018 54.3 10.0 2.3 2.7 51.9 11.3 2.2 2.7 49.5 12.5 2.1 2.6
025 69.0 12.8 3.0 3.5 65.5 14.0 2.8 3.4 81.9 15.1 2.7 3.3
HWC 028 99.6 17.2 3.9 4.8 84.2 18.7 3.8 4.4 78.0 20.0 3.4 4.2
035 97.5 20.1 4.2 5.0 92.5 21.8 4.0 4.9 87.4 23.4 3.8 4.7
040 9 131.2 26.1 5.7 6.8 125.4 30.2 5.4 6.6 119.3 32.3 5.1 6.5
040 186.4 35.2 7.2 6.6 158.2 38.5 6.6 8.4 149.8 41.8 6.4 8.1
HK 050 197.5 41.4 8.5 10.2 199.0 45.1 8.1 9.9 .178.2 48.7 7.7 9.7
060 249.7 63.2 10.8 13.3 237.9 67.8 10.2 13.0 226.1 72.2 9.7 12.7
018 58.0 10.0 2.4 2.8 63.5 11.3 2.3 2.8 541.1 12.6 2.2 2.7
025 71.3 12.8 3.1 3.6 67.7 14.1 2.9 3.5 84.0 15.3 2.8 3.4
HWC 028 93.2 17.4 4.0 4.7 87.7 18.9 3.8 4.5 82.3 20.3 3.5 4.4
035 101.2 20.2 4.4 5.2 98.1 22.0 4.1 5.0 90.9 23.7 3.9 4.9
040 10 135.7 26.3 5.8 7.0 129.7 30.6 5.6 6.8 123.6 32.7 5.3 6.7
040 172.1 35.5 7.4 8.8 163.7 38.8 7.1 6.6 155.2 42.0 6.7 8.4
HK 050 204.4 41.6 8.8 10.5 194.7 45.5 8.4 10.2 184.8 49.2 8.0 10.0
060 258.2 63.9 11.1 13.7 246.1 68.7 _ 10.6 13.4 234.0 73.2 10.1 13.1
018 61.1 10.1 2.6 3.0 58.5 11.5 2.5 3.0 55.9 12.8 2.4 2.9
025 79.4 13.0 3.4 3.9 74.6 14.4 3.2 3.6 70.8 15.7 3.1 3.7
HWC 028 104.5 17.9 4.5 5.2 98.8 19.5 4.3 5.0 92.7 21.1 4.0 4.9
035 13 112.9 20.6 4.9 5.7 107.4 22.6 4.6 5.5 101.9 24.5 4.4 5.4
040 149.6 28.1 6.5 7.6 143.2 31.5 6.2 7.5 136.8 33.9 5.9 7.3
040 190.0 36.0 8.2 9.6 181.2 39.7 7.8 9.4 172.3 43.1 7.4 9.2
HK 050 225.8 42.2 9.7 11.4 215.5 46.5 9.3 11.2 205.0 50.8 8.8 10.9
060 284.9 65.7 12.3 14.9 271.9 71.0 11.7 14.8 258.8 76.1 '1.2 14.2
018 66.4 10.1 2.9 3.3 63.7 11.6 2.7 3.2 81.0 13.0 2.6 3.2
025 65.8 13.2 3.7 4.2 82.0 14.6 3.5 4.1 n.8 16.1 3.4 4.0
HWC 028 116.8 18.3 5.0 5.8 110.4 20.1 4.8 5.6 104.1 21.8 4.5 5.4
035 125.4 20.9 5.4 6.2 119.5 23.1 5.2 6.1 113.6 25.2 4.9 5.9
040 16 184.3 28.7 7.1 8.3 157.5 32.4 8.8 8.1 150.7 35.0 6.5 7.9
040 206.6 36.4 8.9 10.4 198.8 40.3 8.5 10.1 185.9 44.0 8.0 9.8
HK 050 245.4 42.6 10.6 12.3 233.9 47.2 10.1 12.0 222.3 51.8 9.6 11.7
090 313.0 67.3 13.5 18.2 299.4 73.2 12.9 15.9 284.2 76.7 12.3 15.5
e
,
":f.
g:...
kW
LCWT
LEGEND
Copocity. kW
c:on_
eo"",._ M_tnpul Powe' at _ Voltage
leaVIng Chilled-Wate, T_rature (e)
e
:.:
~.
~~
Performance data
30HWB water-cooled - 51
..
)
COOUNG CAPAaTIES - 50 Hz (cont)
.
CONDENSER ENTERNl WATER TEllPEAATURE (e)
21 :10 3lI
UNIT UNIT LCWT CooIor ConcI CooIor ConcI CooIor COnd
:10 SIZE (e) ":: - - I~ - ..- ~ - -
COp - - COp - ::: COp = -
(IJa) (IJa) (1Ja) (IJa)
018 43.5 9.8 U 2.3 41.5 '0.8 1.8 2.2 39.5 11.8 '.7 2.2
025 57.8 '3.0 2.5 3.0 54.6 '4.0 I 2.3 2.8 51.2 '4.8 2.2 2.8
HWB 028 4 75.4 '7.4 3.2 3.8 71.3 '8.7 3.1 3.8 67.2 20.0 2.9 3.7
035 83.7 19.4 3.6 4.4 79.5 20.8 3.4 4.3 75.2 22.' 3.2 4.'
040 '05.0 26.9 4.5 5.6 100.0 28.6 4.3 5.5 95.0 30.2 4.' 5.3
0'8 45.1 9.9 '.9 2.3 42.9 '0.8 1.8 2.3 40.8 11.9 1.8 2.2
025 59.8 13.1 2.6 3.' 56.5 14.1 2.4 3.0 53.2 15.1 2.3 2.9
HWB 028 5 78.0 '7.5 3.4 4.1 73.8 18.8 3.2 3.8 69.8 20.2 3.0 3.8
035 86.7 19.6 3.7 4.5 82.4 21.1 3.5 4.4 78.0 22.5 3.4 4.3
040 109.9 27.3 4.7 5.8 103.8 29.0 4.5 5.6 98.6 30.7 4.2 5.5
0'8 46.5 10.0 2.0 2.4 44.4 11.' 1.9 2.4 42.2 12.1 1.8 2.3
025 61.9 13.2 2.7 3.2 58.7 14.3 2.5 3.' 55.1 15.3 2.4 3.0
HWB 028 6 80.7 17.7 3.5 4.2 76.3 '9.2 3.3 4.1 71.9 20.5 3.' 3.9
035 89.7 19.9 3.9 4.7 85.3 21.4 3.7 4.5 80.9 22.8 3.5 4.4
040 112.8 27.6 4.9 6.0 107.8 28.5 4.8 5.8 '02.3 31.2 U 5.7
018 46.0 10.1 2.' 2.5 45.8 11.2 2.0 2.4 43.5 12.2 1.9 2.4
025 84.1 '3.3 2.8 3.3 80.7 14.4 2.8 3.2 57.' 15.5 2.5 3.'
HWB 028 7 83.3 '7.9 3.8 4.3 78.9 19.4 3.4 4.2 74.8 20.8 3.2 4.'
035 82.8 20.' 4.0 4.8 88.3 21.6 3.8 4.7 83.8 23.1 3.8 4.6
040 118.9 28.0 5.0 8.2 111.5 29.9 4.8 8.0 108.' 3'.7 4.6 . 5.9
018 49.5 '0.2 2.' 2.5 47.3 11.3 2.0 2.5 45.1 12.4 1.9 2.4
025 86.3 '3.4 2.9 3.4 82.8 14.6 2.7 3.3 59.3 15.7 2.8 3.2
HWB 028 8 86.1 18.1 3.7 4.4 81.5 19.8 3.5 4.3 77.0 2'.0 3.3 4.2
035 95.9 20.2 4.' 4.9 91.4 2'.9 3.9 4.8 88.8 23.4 3.7 4.7
040 12'.0 28.4 5.2 8.4 115.5 30.3 5.0 8.2 109.9 32.2 4.7 6.0
018 51.1 '0.3 2.2 2.8 411.8 11.4 2.1 2.8 46.5 '2.5 2.0 2.5
025 88.5 13.5 2.9 3.5 85.0 14.7 2.8 3.4 81.3 '5.9 2.8 3.3
HWB 028 9 88.9 18.2 3.8 4.8 84.2 '9.8 3.8 U 19.8 2'.3 3.4 4.3
035 99.1 20.4 4.3 5.' 94.5 22.' 4.' 5.0 89.8 23.7 3.9 4.8
040 125.2 28.7 5.4 8.5 119.5 30.7 5.' 8.4 113.9 32.8 4.9 6.2
018 52.7 10.3 2.3 2.7 SO.3 11.5 2.2 2.8 46.0 '2.8 2.1 2.6
025 70.7 13.8 3.0 3.8 67.2 '4.9 2.9 3.5 83.5 '8.1 2.7 3.4
HWB 028 10 9'.8 18.4 4.0 4.7 87.0 20.0 3.7 4.8 82.3 21.5 3.5 4.4
035 102.4 20.8 4.4 5.2 97.7 22.4 4.2 5.' 92.9 24.0 4.0 5.0
040 129.4 29.0 5.8 8.7 123.7 31.2 5.3 6.8 117.9 33.' 5.1 6.4
0'8 57.7 10.5 2.S 2.9 55.1 11.8 2.4 2.9 52.8 '3.0 2.3 2.8
025 77.8 13.9 3.4 3.9 74.0 '5.2 3.2 3.8 70.2 18.8 3.0 3.7
HWB 028 '3 100.7 18.8 4.3 5.' 95.8 20.8 4.' 5.0 90.6 22.3 3.9 4.8
035 112.5 2'.1 4.9 5.7 '07.8 23.0 4.8 4.8 102.5 24.9 4.4 5.4
040 142.8 30.0 8.2 7.4 '38.8 32.4 5.9 7.2 130.4 34.8 5.8 7.0
0'8 83.0 '0.8 2.7 3.' 80.3 12.0 2.8 3.' 57.8 '3.3 2.5 3.0
025 85.2 '4.2 3.7 4.2 81.3 15.8 3.5 4.' 77.2 17.0 3.3 4.0
HWB 028 18 110.0 19.3 4.7 5.5 104.7 21.2 4.5 5.4 99.3 23.0 4.3 5.2
035 '23.4 21.6 5.3 6.2 118.' 23.7 5.' 8.' 112.8 25.7 4.9 5.9
040 157.2 30.9 8.8 8.0 lSO.8 33.5 8.5 7.8 143.8 35.9 8.2 7.7
LEGEND
~
kW
LCWT
Capoclly. WI
Coi1donser
~r Motor Input Power at Rated VolIage
Lea..ng Chilled-Water Temperature (C)
>>
Performance data, 30HWA,HL in combination
with 09DK air-cooled condenser - SI
~
COOUNG CAPACITIES - 50 Hz (com)
.
CONIlENlIEIl EN1EAIlG AIR 1BIPEIlATURE (e)
REII01E 30 3& .0 41 &0
UNIT UNIT LCWT COND - - - - -
30 SIZE (e) DIDK ~ - I'kf: Flow "# - I~ - In# Flow
COp - COp - COp - COp - COp -
(lh) (lh) (lIa) (lh) (lh)
018 024 41.0 10.7 1.8 39.0 11.8 1.7 36.9 12.5 1.8 34.8 13.3 1.5 32.7 14.1 1.4
025 028 52.5 13.9 2.3 49.4 14.9 2.1 462 15.7 2.0 42.9 18.4 1.8 39.5 17.0 1.7
HWA 028 028 88.4 19.2 2.9 64.4 20.4 2.8 60.5 21.4 2.6 56.8 22.4 2.4 52.6 23.3 2.3
035 4 034 74.5 20.8 32 70.4 22.0 3.0 882 23.1 2.8 82.0 24.1 2.7 57.7 24.9 2.5
040 044 94.8 29.0 4.1 90.0 30.5 as 852 31.9 3.7 80.3 332 3.4 75.5 34.4 32
HL 050 028,024 155.4 43.7 6.7 148.6 48.4 6.3 138.1 48.8 5.9 129.3 60.8 5.6 120.4 52.7 52
060 034,034 194.8 88.0 8.4 194.7 692 7.9 174.8 12.1 7.5 184.8 74.6 7.1 .
018 024 42.4 10.8 1.9 40.3 11.8 1.7 38.1 12.7 1.8 38.0 13.5 1.5 33.8 14.3 1.5
025 028 54.5 14.1 2.3 512 15.1 22 47.9 16.0 2.1 44.8 18.7 1.9 41.1 17.4 1.8
HWA 028 028 70.8 19.8 3.0 88.7 20.7 2.9 62.8 21.8 2.7 58.7 22.8 2.5 54.7 23.8 2.4
035 5 034 771 122 3.3 73.0 22.4 3.1 88.8 23.8 3.0 84.4 24.8 2.8 80.1 25.4 2.8
040 044 982 29.5 42 93.2 31.1 4.0 88.4 32.8 3.9 83.5 33.8 3.8 18.4 352 3.4
050 028,024 1812 44.4 6.9 152.3 47.1 8.5 143.5 49.7 82 134.5 51.8 5.6 . . .
HL 060 034,034 201.6 61.3 8.7 191.3 70.6 82 161.1 73.6 7.6 170.8 18.4 7.3 . . .
018 024 43.8 '1.0 1.9 41.6 11.9 1.8 38.4 12.9 1.7 31.3 13.7 1.8 35.0 14.6 1.5
025 028 58.3 14.3 2.4 53.0 15.3 2.3 49.7 162 2.1 48.3 17.0 2.0 42.8 17.7 1.8
HWA 028 028 72.6 19.6 3.1 88.9 21.1 3.0 84.8 222 2.6 80.7 23.3 2.6 56.7 242 2.4
035 8 034 18.8 21.5 3.4 75.6 22.8 32 71.2 24.0 3.1 88.9 25.1 2.9 82.4 28.0 2.7
040 044 101.7 30.0 4.4 98.8 31.7 42 91.6 33.2 3.9 88.6 34.6 3.7 81.4 35.9 3.5
050 026,024 161.0 45.0 72 158.1 47.9 6.8 148.9 50.6 6.4 139.7 52.9 6.0 . . .
HL 060 034,034 208.6 88.6 9.0 197.9 71.9 6.5 187.5 75.1 8.1 117.0 18.0 7.8 . . .
018 024 452 11.1 1.9 43.0 12.1 1.6 40.7 13.1 1.8 39.5 14.0 1.7 38.3 14.8 1.6
025 026 58.3 14.5 2.5 54.9 15.5 2.4 51.5 16.5 22 48.0 17.3 2.1 44.5 18.1 1.9
HWA 028 026 75.3 20.2 32 71.1 21.4 3.1 67.0 22.6 2.6 62.6 23.7 2.7 56.7 24.7 2.5
035 7 034 62.5 21.6 3.5 182 232 3.4 73.8 24.4 3.2 69.3 25.5 3.0 84.6 28.5 2.6
040 044 105.3 30.5 4.5 100.1 322 4.3 94.9 33.6 4.1 69.7 35.3 as 84.5 36.7 3.6
050 026,024 112.9 45.7 7.4 183.8 48.7 7.0 154.8 51.5 6.8 145.1 54.0 6.2 . . .
HL 060 034,034 215.7 69.8 9.3 204.9 73.4 6.6 194.0 18.6 9.3 183.3 18.7 7.9 . . .
018 024 48.6 11.2 2.0 44.3 12.3 1.9 42.1 13.2 n.8 39.8 142 1.7 31.5 15.1 1.6
025 026 602 14.7 2.6 58.8 15.8 2.4 53.3 16.7 2.3 49.8 17.6 2.1 482 18.4 2.0
HWA 028 026 17.6 20.5 3.3 73.4 21.6 32 69.1 23.0 3.0 65.0 24.1 2.6 60.7 252 2.6
035 8 034 65.4 22.1 3.7 60.9 23.5 3.5 18.4 24.6 3.3 11.9 28.0 3.1 612 27.0 2.9
040 044 106.9 31.0 4.7 103.6 32.8 4.5 98.3 34.4 42 92.9 38.0 4.0 87.6 37.4 3.6
050 028,024 179.0 48.4 7.7 188.7 49.5 7.3 1602 52.4 6.9 150.6 &!i.a ~.5 . . .
HL 060 034,034 223.0 71.1 9.6 211.9 74.8 9.1 200.6 182 8.6 . . . .
018 024 48.0 11.4 2.1 45.7 12.4 2.0 43.4 13.4 1.8 41.1 14.4 1.8 38.7 15.3 1.7
025 026 82.1 14.9 2.7 58.7 16.0 2.5 552 17.0 2.4 51.6 17.9 2.2 48.0 18.8 2.1
HWA 028 028 60.1 20.8 3.4 75.7 22.1 3.3 71.3 23.3 3.1 61.1 24.5 2.9
035 9 034 88.1 22.4 3.8 83.7 23.9 3.8 79.0 252 3.4 74.4 28.5 3.2 88.7 27.8 3.0
040 044 112.7 31.5 4.9 1072 33.4 4.6 101.7 35.1 4.4 982 38.7 4.1 90.8 382 3.9
050 028,024 165.1 47.0 8.0 175.7 50.3 7.6 188.0 53.3 7.1 1582 56.0 6.7 . . .
HL 060 034,034 230.4 12.4 9.9 219.0 182 9.4 207.8 18.7 6.9 . . . . . .
018 024 49.5 11.5 2.1 472 12.8 2.0 44.8 13.6 1.9 42.4 14.6 1.8 40.0 15.6 1.7
025 028 842 15.1 2.8 60.7 182 2.8 57.1 17.3 2.5 53.4 182 2.3 49.7 19.1 2.1
HWA 028 028 82.6 21.1 3.6 18.0 22.4 3.4 73.7 23.8 3.2 892 25.0 3.0
035 10 034 91.0 22.7 3.9 88.5 24.3 3.7 81.7 25.7 3.5 17.0 28.9 3.3 72.2 28.1 3.1
040 044 116.5 32.0 5.0 110.9 33.9 4.8 1052 35.7 4:5 99.6 31.4 4.3 94.0 39.9 4.0
050 028,024 191.4 47.7 82 181.8 51.0 7.8 171.9 54.1 7.4 1BJ.9 57.0 7.0 . . .
HL 060 034,034 231.9 73.8 102 226.3 17.6 9.7 214.6 61.3 9.2 . . .
018 024 54.1 11.9 2.3 51.6 13.1 22 49.1 14.2 2.1 48.5 15.3 2.0 44.0 16.3 1.9
025 028 70.4 15.7 3.0 88.8 16.9 2.9 83.0 18.0 2.7 59.1 19.1 2.6 55.3 20.1 2.4
HWA 028 028 90.3 22.0 3.9 65.5 23.5 3.7 80.8 24.9 3.5 18.1 28.3 3.3 . . .
035 13 034 99.8 23.7 4.3 95.0 25.3 4.1 90.1 28.9 3.9 65.1 28.3 3.7 80.1 29.7 3.5
040 044 128.1 33.5 5.5 122.1 35.6 5.3 116.2 37.6 5.0 1102 39.5 4.8 104.1 412 4.5
050 028,024 2'1.0 49.6 9.1 200.7 53.3 8.7 190.3 58.8 8.2 118.6 80.0 7.7 . . .
HL 060 034,034 281.3 778 11.3 248.9 82.1 10.7 236.4 88.1 102 . . . .
018 024 58.9 12.3 2.5 58.3 13.5 2.4 53.8 14.7 2.3 50.9 15.9 2.2 48.2 17.0 2.1
025 028 76.8 16.2 3.3 73.0 17.5 32 88.1 18.8 3.0 65.1 20.0 2.8 61.0 21.1 2.6
HWA 028 028 98.3 23.0 42 93.3 24.6 4.0 88.3 28.1 3.8 83.3 27.6 3.6
035 16 034 1092 24.6 4.7 104.1 28.4 4.5 98.8 28.1 4.3 93.5 29.7 4.0 . . .
040 044 140.5 35.0 6.1 134.0 37.3 5.8 127.7 39.5 5.5 121.3 41.6 52 . . .
050 028,024 227.9 51.2 9.8 216.6 552 9.3 204.0 58.7 8.8 191.5 6~.9 8.3 . . .
HL 060 034,034 2852 81.6 12.3 271.0 86.3 ".7 256.8 90.5 11.1 . . . .
e
,
.V
I
LEGEND
COIl - gapocit}I kW
CdND - Condenie,
kW - eomp....r Motor II1pIlI Power a' Ratad Vollaga
LCWT - LeaVIng Chiliad Water Tampanotura (C)
"Operation not recornmendld with condenser identified. Contact your Carrier rep~
reeentatiYe for an atlemate equipment selection.
e
Performance data
30HWA,HL condenserless - 51
~
.
COOUNG CAPACJ11ES - 50 Hz (cont)
.
SATURATED IlI8ClWlGE TEllPERATURE Ie)
31 4& 10 &I
UNIT UNIT LCWT -. -. -- --
30 SIZE Ie) I:' Flow ~ Flow In..;" Flow ~ Flow
Cop - THR Cop - THR Cop - 1HR Cop - THR
(lJo) (lJo) (lJo) (lJo)
018 44.5 9.7 1.9 532 40.1 11.8 1.7 50.7 38.0 12.5 1.8 49." 35.8 13.4 1.5 48.0
025 57.5 12.8 2.5 89.1 50.9 14.9 22 84.3 47.3 15.8 2.0 61.7 43.8 16.5 1.9 56.8
IlWA 028 78.5 17.0 3.3 92.0 87.9 19.7 2.9 85.9 83.7 20.9 2.7 82.7 59.5 22.0 2.6 79.6
035 4 81.5 19.1 3.5 98.8 73.0 21.9 3.1 92.8 89.8 23.0 2.9 89.5 842 24,1 2.8 98.1
040 103.0 28.9 4.4 127.6 93.0 30.3 4.0 120.8 98.0 31.8 3.8 118.8 83.0 332 3.8 113.2
HL 050 188.5 39.8 7.1 202.5 148.8 45.8 6.4 190.3 139.4 48.5 8.0 183.5 130.0 50.8 5.6 178.3
080 213.1 59.8 9.1 286.4 191.6 98.3 82 251.9 180.9 68.8 7.8 244.4 1702 72.9 7.3 236.5
018 45.8 8.7 2.0 54.7 41.5 11.7 1.8 52.2 39.3 12.7 1.7 50.9 37.1 13.6 1.8 49.5
025 59.7 12.9 2.6 71.5 52.8 15.0 2.3 98.5 49.3 16.0 2.1 83.8 45.7 18.8 2.0 81.0
HWA 028 79.3 17.1 3.4 94.9 70.4 20.0 3.0 98.6 98.1 212 2.8 85.4 81.8 22.4 2.7 82.2
035 5 84.5 192 3.8 102.0 75.8 22.1 3.3 95.8 71.3 23.4 3.1 92.8 98.8 24.5 2.9 88.0
040 107.0 272 4.6 131.7 98.6 30.8 42 124.8 91.5 32.4 3.9 120.9 98.3 33.8 3.7 117.1
HL 050 172.9 39.9 7.4 2092 154.7 48.3 6.8 198.8 145.3 492 82 190.0 135.7 51.7 5.8 182.7
080 221.1 59.1 9.5 274.9 199.0 872 8.5 2802 198.0 70.8 8.1 252.5 1n.0 742 7.8 244.5
018 47.5 9.7 2.0 58.3 43.0 11.8 1.8 53.7 40.8 12.8 1.8 52.4 38.5 13.8 1.7 51.0
025 81.8 12.9 2.7 73.8 54.9 152 2.4 88.7 51.3 182 22 98.0 47.8 17.1 2.0 83.1
HWA 028 82.1 172 3.5 97.8 73.0 202 3.1 91.4 88.8 21.5 2.9 982 842 22.7 2.8 84.9
035 6 87.8 19.3 3.8 1052 78.7 22.4 3.4 99.1 742 23.7 32 95.7 89.5 24.9 3.0 92.1
040 111.0 27.5 4.8 136.0 100.4 312 4.3 128.8 95.1 32.9 4.1 125.0 89.8 34.4 3.9 121.1
HL 050 179.5 40.1 7.7 218.0 180.9 48.8 8.9 203.5 161.3 49.8 8.5 196.8 141.6 52.5 8.1 189.3
080 229.3 59.7 8.8 283.8 206.8 98.1 8.9 286.7 195.3 71.9 8.4 280.8 184.0 75.4 7.9 252.7
019 49.1 9.8 2.1 56.0 44.8 11.9 1.9 55.4 42.2 12.9 1.8 54.0 39.9 13.9 1.7 52.6
025 84.0 13.0 2.8 75.8 58.9 15.3 2.4 70.8 53.3 18.4 2.3 882 49.8 17.3 2.1 85.4
HWA 028 85.0 17.3 3.7 100.8 75.7 20.4 3.3 94.3 712 21.7 3.1 91.0 98.7 23.0 2.9 87.8
035 7 90.7 19.4 3.9 106.4 81.7 22.8 3.5 102.3 n" 24.0 3.3 98.9 72.3 25.3 3.1 95.3
040 115.1 27.7 5.0 140.3 104.2 31.8 4.5 133.0 98.8 33.4 4.2 128.1 93.3 35.0 4.0 1252
HL 050 198.3 402 8.0 222.9 187.2 47.3 72 210.3 157.4 50.5 8.8 203.3 147.4 53.3 6.3 195.9
080 237.8 80.1 102 292.5 214.5 89.0 92 2n,3 202.8 73.0 8.7 2692 1912 78.8 82 281.0
018 50.7 9.8 2.2 59.8 48.0 12.0 2.0 57.0 43.6 13.1 1.9 55.5 41.3 14,1 1.8 54.1
025 88.3 13.0 2.9 78.1 59.2 15.5 2.5 73.3 55.4 18.8 2.4 70.5 51.6 17.8 2.2 87.6
IlWA 028 87.8 17.4 3.8 103.8 78.4 20.8 3.4 97.2 73.9 22.0 3.2 93.9 89.2 23.3 3.0 90.4
035 8 93.9 19.5 4.0 111.7 84.9 22.8 3.8 105.5 80.0 24.3 3.4 102.1 752 25.8 32 96.5
040 119.3 28.0 5.1 144.7 108.1 32.0 4.7 137.3 102.5 33.9 4.4 133.3 97.0 35.5 42 129.3
HL 050 1932 40.4 8.3 229.9 173.7 47.8 7.5 2172 183.7 51.1 7.0 2102 153.5 54.0 8.8 202.7
080 248.4 80.8 10.8 301.5 222.5 89.8 9.8 298.0 210.5 74.0 9.1 277.9 196.8 n.8 8.5 269.4
018 52.4 9.8 2.3 61.3 47.6 12.1 2.0 56.6 45.3 132 1.9 57.3 42.7 142 1.8 55.6
025 88.6 13.1 3.0 80.5 61.3 15.6 2.6 75.5 57.5 18.7 2.5 72.7 53.7 17.8 2.3 89.9
HWA 028 90.9 17.5 3.9 108.8 81.2 20.7 3.5 100.1 78.4 222 3.3 96.7 71.8 23.8 3.1 93.1
035 9 972 19.8 42 115.0 87.9 23.1 3.8 108.8 83.0 24.8 3.8 105.4 78.1 28.0 3.4 101.9
040 123.8 282 5.3 1492 112.1 32.4 4.8 141.8 106.4 34.3 4.8 137.8 100.7 38.1 4.3 133.5
HL 050 2002 40.5 8.8 237.0 190.4 482 7.8 224.3 1702 51.8 7.3 2172 159.7 84.8 8.8 209.8
080 2552 81.0 11.0 310.7 230.7 70.8 9.9 295.0 218.4 75.0 9.4 28B.8 2082 79.0 8.8 278.0
018 54.1 9.8 2.3 83.0 49.2 12.2 2.1 80.3 48.7 13.3 2.0 56.8 44.3 14.4 1.9 57.4
025 70.9 13.1 3.1 82.8 83.5 15.7 2.7 n,9 59.8 18.9 2.8 75.2 55.9 18.0 2.4 722
HWA 028 94.0 17.5 4.0 ...110.0 84.1 20.9 3.8 103.1 792 22.5 3.4 99.8 74.4 23.8 32 96.2
035 10 100.5 19.7 4.3 118.4 91.0 23.3 3.9 112.2 98.1 24.9 3.7 108.7 81.1 28.3 3.5 105.1
040 128.0 28.' 5.. 153.8 116.2 32.8 ..0 146.1 1'0.4 34.8 '.8 142.0 104.5 38.8 4.5 137.8
HL 050 207.4 40.5 8.9 244.3 187.2 48.5 8.1 231.4 178.8 522 7.8 224.2 198.1 55.5 7.2 216.8
080 2842 81.3 11.4 320.1 239.1 71.4 10.3 304.0 226.5 75.9 8.8 295.8 213.9 90.1 82 298.8
018 59.4 8.8 2.8 88.3 54.2 12.4 2.3 85.4 51.6 13.8 22 63.9 48.9 14.8 2.1 62.3
025 782 132 3.4 902 70.5 16.0 3.0 85.1 88.5 17.4 2.9 82.3 62.4 18.6 2.7 79.3
HWA 028 103.6 17.8 4.5 119.6 93.0 21.4 4.0 112.4 87.7 23.1 3.9 108.7 82.5 24.7 3.6 105.0
035 13 110.9 19.8 4.8 128.9 100.8 23.8 4.4 122.8 95.7 25.8 4.1 119.0 90.4 27.3 3.9 115.3
040 141.8 28.8 8.1 188.0 129.1 33.8 5.8 159.9 122.8 38.1 5.3 155.7 116.5 382 5.0 151.2
HL 050 230.0 40.5 9.8 28B.8 208.5 48.5 9.0 253.6 197.5 53.6 8.5 2482 198.1 57.4 8.0 238.4
080 292.5 822 12.8 349.1 285.4 73.4 11.4 332.3 251.9 78.6 10.9 323.4 238.3 83.4 10.3 314.2
018 85.0 9.7 2.8 73.9 59.5 12.5 2.8 70.8 58.7 13.8 2.4 89.2 53.8 15.1 2.3 87.6
025 85.9 13.1 3.7 97.8 n,9 16.2 3.4 92.8 73.6 17.7 32 89.8 89.4 19.1 3.0 98.7
HWA 028 113.7 17.6 4.9 129.7 102.4 21.7 U 122.2 98.8 23.6 42 118.3 91.3 25.4 3.9 114.4
035 16 122.0 19.7 5.3 139.9 "'.4 242 4.8 133.4 105.9 282 4.6 128.8 100.3 28.1 4.3 125.9
040 158.4 29.1 B.8 182.9 142.9 34.7 82 174.5 136.1 37.2 5.9 170.0 129.3 39.8 5.6 165.4
HL 050 251.0 40.2 10.8 287.6 227.0 50.0 9.8 272.5 214.2 54.4 9.2 283.7 200.7 56.5 8.7 254.0
080 322.7 82.5 13.9 379.8 293.4 75.1 12.7 381.7 2n.6 90.8 12.0 351.1 281.9 98.0 11.3 340.2
LEGEND
Coo - ~.wv
WI - ~ Motor IrljJlJt Power aJ Rated Voltag8
LCWT - leaVIng Chllled.Waler T_rature (C)
THR - Total Ifoat of Rejection, WI
_NOTE: P01formance buod on 9.4 C 1Ubcoo/.f1g.
Electrical data - 30HWB,HWC,HWS,HK
fluid-cooled units
~
UNIT COMPRESSOR _I
UNIT SIZE - v_" ICF Rec LAA MfA
>> MeA MFA RLA
,(3 ....) Hz Mln .... PW XL F.... PW XL PW XL
2081230 60 187 253 62 266 110 60 49 266 89
380 60 342 418 35 - 145 60 45 28 - 145 - 40
460 60 414 508 28 - 120 50 35 23 - 120 - 33
HWB,C,S018 575 60 518 632 24 - 96 40 30 19 - 96 - 25
230 50 198 253 58 200 100 70 48 200 63
346 50 311 360 39 - 145 60 50 31 - 145 - 45
3801415 50 342 440 34 - 115 60 45 27 - 115 - 41
2081230 60 187 253 72 170 283 125 90 57 170 283 88 88
360 60 342 418 43 85 142 70 60 34 85 142 62 62
460 60 414 508 34 85 142 60 45 27 85 142 40 42
HWB,C,S025 575 60 518 632 28 59 98 45 35 22 59 98 33 33
230 50 198 253 67 150 250 110 60 53 150 250 80 80
346 50 311 360 44 104 173 70 80 35 104 173 52 52
3801415 50 342 440 38 104 173 60 45 30 104 173 44 44
2081230 60 187 253 89 266 448 150 110 71 266 448 104 104
380 60 342 418 54 134 223 90 70 43 134 223 88 86
460 60 414 508 44 134 223 70 60 35 134 223 50 62
HWB,C,_ 575 60 518 632 35 96 164 60 45 28 98 164 41 42
230 50 198 253 85 205 342 150 110 88 205 342 98 98
346 50 311 360 58 134 223 100 70 48 134 223 70 70
3801415 50 342 440 54 134 223 90 70 43 134 223 60 60
2081230 60 187 253 102 266 448 175 125 81 266 448 120 120
360 60 342 418 59 134 223 100 80 47 134 223 70 70
460 80 414 508 48 134 223 80 80 38 134 223 62 57
HWB,CrS035 575 80 518 632 39 98 164 80 50 31 98 164 42 42
230 50 198 253 94 220 388 150 125 75 220 388 112 112
346 50 311 360 ' 87 162 253 110 80 53 162 253 80 80
3801415 50 342 440 54 162 253 80 70 43 162 253 88 88
2081230 80 187 253 145 414 880 250 175 116 414 880 180 180
360 60 342 418 94 207 345 150 110 87 207 345 98 98
460 60 414 508 69 207 345 110 80 55 207 345 78 94
HWB,C,S040 575 60 518 632 55 185 276 90 70 44 165 276 83 66
230 50 198 253 135 327 545 225 175 108 327 545 166 188
346 50 311 360 90 207 345 150 110 72 207 345 106 106
3801415 50 342 440 78 207 345 125 100 62 207 345 98 98
2081230 60 187 253 129 t 340 175 150 57 t 283 t 89
460 60 414 518 59 t 166 80 70 28 t 142 t 40
HK040 575 60 518 632 54 t 122 70 80 24 t 98 t 42
230 50 198 253 142 t 390 200 175 75148- t 342/205- t 116174-
400 50 342 440 71 t 249 100 90 36/26- t 2231142- t 56140-
2081230 80 .187 253 161 t 503 225 200 83157"" t 4481283"" t 89164-
460 80 414 518 75 t 249 110 90 39/28- t ~14r t 56140-
HKOSO 575 80 518 632 73 t 188 110 90 39124- t 841 98- t 54137""
230 50 198 253 189 t 417 225 200 75 t 342 t 116
400 50 342 440 81 t 259 110 100 38 t 223 t 56
2081230 80 187 253 187 t 529 250 225 83 t 448 t 64
460 80 414 518 88 t 262 125 100 39 t 223 t 56
HK060 575 80 518 632 88 t 203 125 100 39 t 164 t 54
230 50 198 253 225 t 600 300 250 100 t 545 t 156
400 50 342 440 131 t 403 175 150 58 t 345 t 90
.
e
(See Legend and Notas on paga 44.)
-
Electrical data -
30HWA and HL condenserless units
~
)
UNIT COIIPRESSOR ...i
UNIT SIZE Van. . ICF - LRA MfA
30- MeA MFA RLA
.13....' Hz Mln ~ PW tL F.... PW tL PW tL
2081230 60 187 253 72 288 125 90 fiT 288 89
380 60 342 418 40 - 145 70 50 32 - 145 - 45
460 60 414 508 34 - 120 60 45 27 - 120 - 41
HWAD11 575 60 518 632 28 - 96 45 35 22 - 96 - 33
230 50 198 253 58 200 100 70 48 - 200 63
348 50 311 380 39 - 145 60 50 31 - 145 - 45
3801415 50 342 440 34 - 115 60 45 27 115 - 41
2081230 60 187 253 79 207 345 125 100 63 207 345 98 98
380 60 342 418 47 104 173 90 60 37 104 173 52 52
460 60 414 508 38 104 173 60 45 30 104 173 42 45
HWA025 575 60 518 632 30 72 120 50 40 24 72 120 33 37
230 50 198 253 67 150 250 110 60 53 150 250 90 60
348 50 311 360 44 104 173 70 60 35 104 173 52 52
3801415 50 342 440 38 104 173 60 45 30 104 173 44 44
2081230 60 167 253 107 288 448 175 150 85 288 448 124 124
380 60 342 416 60 134 223 100 60 48 134 223 70 70
460 60 414 508 54 134 223 90 70 43 134 223 52 60
HWA02II 575 60 518 632 42 98 164 70 50 33 98 164 42 52
230 50 198 253 85 205 342 150 110 88 205 342 98 98
348 50 311 380 58 134 223 100 70 48 134 223 70 70
3801415 50 342 440 54 134 223 90 70 43 134 223 60 60
2081230 60 187 253 119 304 506 200 150 95 304 506 144 144
380 60 342 416 67 152 253 110 90 53 152 253 90 60
460 60 414 508 54 152 253 90 70 43 152 253 88 88
HWA035 575 60 518 632 44 106 176 70 60 35 106 176 50 52
230 50 198 253 94 220 386 150 125 75 220 386 112 112
348 50 311 380 67 152 253 110 60 53 152 253 90 60
3801415 50 342 440 54 152 253 90 70 43 152 253 88 88
2081230 60 187 253 167 414 690 300 200 133 414 690 204 204
380 60 342 418 95 207 345 150 125 76 207 345 106 108
460 60 414 508 78 207 345 125 100 62 207 345 95 98
HWA040 575 60 518 632 63 185 276 110 90 50 185 278 73 76
230 50 198 253 135 327 545 225 175 108 327 545 188 188
348 50 311 380 90 207 345 150 110 72 207 345 106 106
3801415 50 342 440 78 207 345 125 100 62 207 345 98 98
2081230 60 187 253 190 t 571 250 225 100/85- t 5061345- t 78/50-
460 60 414 508 64 l 282 125 100 44/29- t 2531173- t 68145-
HLlI50 575 60 518 632 75 203 110 90 3lII27"" t 1781120- t 58142-
230 50 198 253 187 t 449 250 225 83 t 386 t 128
400 50 342 440 99 t 287 125 110 44 t 253 t 88
2081230 60 187 253 225 t 608 300 250 100 t 506 t 78
480 60 414 508 99 t 287 125 110 44 t 253 t 88
HL060 575 60 518 632 88 t 214 110 100 38 t 176 t 58
230 50 198 253 261 t 616 350 300 116 t 545 t 180
400 50 342 440 138 t 406 175 175 61 t 345 t 95
.
(See Legend and Noles on page 44.)
-
Electrical data (cont)
..
lBEND FOR ELECTRICAL DATA
ICF - Maximum Inslanlaneaus cumlIlIlIow during starting. For
single-cam_ units. ICF is the comprllllllCll" LAA.
kcmil - ~ c:iIcuiar mils
kW - _nun _ power inpuIlIlthe compl8l8Clr.
LRA - l.Dck8d -lIIIlf)a. FIrat...... is lor part-wind
start. I..aJger value is the !WI LRA.
MeA - Minim.... cilllUit amps (far _ 8izIng). CampU..
wi1h Nee, ~ 0430'24.
MFA - MuImum Iuee ""'118 (225% 01 comprllllllCll" ALA).
Size -.10 the next _Iuee 8Ize.
MTA - Must-trip ""'118 (com_ _ bl8llker).
Nee - NatiOnal ElectriCal Code (U.S.A.) a
PW - Part wind .
_ F.... - Recommendad dual '*"'*" Iuee ""'118 (150%
of com_ RLA). SIze up to the next_Ill
Iuee 8Ize.
RLA - Rallld load ""'118
XL - Actll8lIthe line
'Supply Range - Units arelUit8ble lor... on eIecIricaJ systama where
vaI1age eupjliiad 111 the unit terminals is not below or _ the 1_
range 11mb.
tcoritact your IacaI Carrlar rep._.boll... lor part-wlnd dalails.
-CamprllllllCll" no. 11comprllllllCll" no. 2.
NOTES FOR ELECTRICAL DATA
1. All units ha... one IIaId power 1erminal block.
2. Maxim.... incoming wire sIz8:
a. 3SO kcmil for unit sizes 040-080; 2081230-3-60 and 230-3-50
voltages.
b. 210 lOr all _ unit sizes; all voIlages.
3. AdditlonaI control cin:uit5is not NqUired.
4. Any lieid ~ of wtrtng must be In comDiIanoe wi1h all
appIlcatJla cadea. FIeid-I power wires must be reIIId 75 C
mlnimLm.
5. Uee capper. _-dad a1....inum. or aluminum concIucIors Iorllald
wiring.
6. For aII30HW units. control cilllUit powerlUPPlY is 11S-v lingle phaee
for 50- and 6O-Hz units. ConlIIli power is euppiiad by Ih8 factory-
install8d control trensIonner.
7. For a113OHK,HL unb, control circuit MCA is 7.2, and control circuil
MFA is 15. For 3OHK.HL 60 Hz units. al8par8laly-1ueed (15 ""'p)
115 v, linaia-Phaaa. 60 Hz. powerlUPPlY or acCIIIU;Y traualormer
is required. For 3OHK,HL 50 Hz units, a llald-euppiiad. S8Il8I8.18Iv
fused (15 "",p). 230 v. singIe-phase. 50 Hz powerlUPPlY is rilquired.
8. AcrIl8a-1he-l1ne start is standanI on aD units. Part-wind start is avail-
able as a IacIaly-InsIaIad option on 3OHW025-04O sizes (not avail-
able on 30HW018 8Ize).
@
(ft.
(3lIHWA,8,C _ 3OHK,HL
60 Hz Only)
(3lIHWA,B,C and 3OHK,HL
60 Hz Only)
e
(
.~
e
Control sequence
The controls consist of 115-v and 24-v control circuits. The
.24-v circuit provides control power for the electronic con-
trol module, all safeties, the compressor unloaders, inter-
lock relays, and the accessory ground ClDTent sensor. The
115-v circuit powers the compressor contactorjsl, crank-
case heaterls), and the tlme-delay relay for the optional part-
wind start contactor (if installed).
The chillers have a multiple-step temperature controller,
which is factory set to maintain the average leaving chilled-
f1uid temperature within the limits established by an adjust-
able deadband setting.
Off cycle
During an off cycle, the crankcase heater remains ener-
gized. However, the heater will remain on during safety trip
conditions.
Start-up
When the unit ON-oFF switch is set to the ON position,
the 24-v control circuit will be energized. When there is a
call for cooling and all safety devices are satisfied, the com-
pressor will start unloaded after a delay of 2 to 5 seconds.
The low pressure and oU pressure safety switches (If SO
equipped) will be bypassed, and the compressor unloaders
will remain energizecI during a 2-minute time delay after the
compressor has been started.
Capacity control
The 30HW018 and 028-040 units have 3 standard stages
~_ ~pacity control, the 30HW025 units have 2 standard
r:'!fes of capacity control, and the 3OHK,HL units have
4 standard stages of capacity control. The standard capac-
ity staging is provided by e1ectrically-actuated suction cut-
off unloaders. One additional stage of capacity control can
be provided by the optional hot gas bypass.
When the leaving chilled fluid temperature rises above
the upper deadband setting and all safeties are satisfied, the
ABOVE SET POINT indicator on the control module will
illuminate, and the compressor will start. Additional stages
of capacity will be added as long as the-leaving fluid tem-
perature remains above the upper deadband setting. If the
unit is equipped with the optional hot gas bypass, the hot
gas solenoid will energize as the first stage of capacity when
the compressor (no. 1 on HK,HL units) is started. When
the leaving fluid temperature falls below the lower deadband
setting, the BELOW SET POINT indicator on the control
module will illuminate, and a capacity stage will be removed.
Capacity stages will continue to be removed as long as the
leaving fluid. temperature remains below the lower dead-
band setting. When the leaving f1uid temperature is within
the upper and lower deadband setting, the chiller will re-
main at the last stage of capacity.
Anti-short cycle
The compressor will remain off during a 5-minute delay from
the time the compressor stops to provide anti-short cycle
protection.
t
~
Safeties
Compressor internal therma1 protection (30HW) -
This protection is provided by a compressor over-teIUpelatlJre
sensor located in the compressor on 018 units or by a dis-
charge gas thermostat (025-040 units) which detects an over-
temperature condition. The compressor will lock out when
the compressor temperature exceeds the factory settings.
See base unit installation instructions for mOre details.
NOTE: Co",.,."""". over-temperatunl prot.:ctiutl for 3OHK,HL
units is accomplished by the high and low pressure switches
and circuit breakers which are external to the compressors.
Loss of charge - This safety will lock out the compres-
sor If the refrigerant pressure fa1ls below the minimum per-
mlttable level. See base unit installation instnJctions for low-
pressure switch settings.
HIgh-pressure cutout - This protection will lock out the
compressor if the compressor discharge pressure rises above
the cutout setting. See base unit installation instructions for
pressure settings.
Compressor c:Irc:uit breakers - These circuit breakers
protect against compressor overload, locked rotor condi-
tions, and primary power single phasing. .
Sensor flIIIure protection - This feature recognizes if
the leaving f1uid sensor is not functioning correctly and will
lock out the unit.
F.... protection - This safety feature is provided by
monitoring of the leaving f1uid temperature and from the
low-pressure switch. If the leaving chilled-f1uid temperature
fa1ls to approximately 6 F (3.3 C) below the leaving fluid set
potnt, the our -OF-RANGE indicator on the unit control
module will illuminate, and the compressor will rapidly un-
load and shut off.
Loa-of-fIow protection - i..oss-<>f-flow protection is pro-
vided by monitoring the pressure differential across the cooler
(accessory proof-of-flow switch required).
Ground current safety - This sensor opens when a
current-to-ground condition greater than 2.5 ~ 2 amps is
sensed in the compressor windings (accessory ground cur-
rent sensor required).
Diagnostics (service indicator)
The service indicator lamp located on the outside of the
control box will illuminate during the following lockout
conditions:
. high pressure cutout
. compressor over temperature
. ground fault sensing
. low oU pressure
. low pressure switch cutout
Remote alarm
A 24-v alarm signal will be provided to a remote location in
the event of a lockout condition.
Control sequence (cont)
Demand limit switch
A set of fieId-supplied, normally-open contacts can be used
to activate the fust stage unIoader to reduce chiller electrt-
cal demand on 30HW units. On 3OHK,HL units, a set of
fieId-supplied, norma1ly-closed contacts can be used to pre-
vent the second compressor from being activated in order
to reduce chiller electrical demand.
Factory-lnsta1led optiOlUll controls
Hot go bypu8 (30HW) - The hot gas bypass will pr0-
vide an additional stage of capacity control for operation
down to 10% of full load capacity. The hot gas solenoid is
energized when the compressor is started.
NOTE: This is available as a field-installed accessory on
30HK,HL units.
Part-wIncI start (30HW025-040) - A onCHeCOnd, time-
delay relay will alJow the full motor windings to energize af-
ter the partial windings haw started the compressor. This
reduces the instantaneous current flow during compressor
start-up.
NOTE: This is available as a specJal-order item on 30HK,HL
units.
FaeId-installecllJ~'OIY controls and safeties
MuItI-chIIIer control - Up to 4 chillers and ~ted
chilled fluid pumps can be controlled from a common con-
trol panel to maintain leaving chilled-fluid conditions. This
electronic control panel can alJow the chillers to operate
based on a time schedule by means of a 7 -day program-
mable time cJock with a display. Temperature control is main-
tained from a common leaving chilled-fluid sensor.
Proof-of-f1ow seJISOI' - The differential pressure across
the cooler is monitored to ensure fluid flow. If the fluid pres-
sure between the cooler inlet and outlet falls below the mini-
mum setting, the compressor will be shut off.
Com~ ground fault seJISOI' This sensor works
in conjunction with the unit control module to monitor
current-to-ground conditions of the compressor. Ground fault
conditions greater than 2.5 :t 2 amps will lock out the com-
pressor and protect the refrigerant from contamination typi-
cal of motor short failures.
..
011 safety switch (..ndvd on 30HWA,HL WIlts) -
The unit will be locked out when the compressor oil pres- a
sure differential falls below the switch setting for more than ..
2 minutes during normal operation or when the oil pres-
sure differential falls to rise above the minimum setting.
AutomatIc 1eadIIag control (30HK,HL) - The acces-
sory control will automatically switch comp.essul no. 1 from
being energized by stage 1 of the temperature controller to
being energized by stage 2 of the temperature controller
(or vice wrsa depending on current stage). The switch takes
place each time stage 1 is satisfied.
Capacity Control Steps
Refer to the Capacity Control Steps tables below for
capacity control steps for standard units.
NOTE: If the optional factory-Installed hot gaS bypass is used,
there will be one more stage of unloading added and the
units will be able to operate down to 10% of full load
capacity.
CAPAClJ'Y CONJROL S11!PS - 30HW
UNIT CONTROL PERCENT OPERATING
30HW STEPS OISPLACEIIENT CYUNDERS
1 33 2
018 2 67 4
3 100 6
025 1 50 2
2 100 4
1 33 2
028 2 67 4
3 100 6
1 33 2
035 2 67 4
3 100 6
1 33 2
040 2 67 4
3 100 6
e
CAPACITY CONlROL S11!PS - 30HK,HL
TRANSFER SWITCH TRANSFER SWITCH
UNIT CONTROL STEPS COMPRESSOR NO. 2'POiirnoN. COMPRESSOR NO. 1 PD8ITION"
30 ICVITndeN In..
% Di.p. Talal ClIll CIIl2 %DI8p. Talal Clcll CIcI 2
1 25 2 2 25 2 2
HK040 2 50 4 2 2 50 4 2 2
3 75 6 4 2 75 6 2 4
4 100 8 4 4 100 8 4 4
1 40 4 4 - 20 2 - 2
HK,HLOSO 2 60 6 4 2 60 6 4 2
3 60 8 6 2 60 8 4 4
4 100 10 6 4 100 10 8 4
1 33 4 4 33 4 - 4
HK,HL060 2 68 8 4 4 68 8 4 4
3 88 10 6 4 88 10 4 6
4 100 12 6 8 100 12 6 6
LEGEND
DI8p. - Displacement
"Menually operated.
e
NOTES:
1. All compraaors ara deaigna10d from left to rigll1_n viewed from
Ilonl of unit. Circui1ll ara allO deelgna10d from 11IIt to right.
2. If aoc.nery hot gu bypue is ina1aJled. !he hot gu bypue valve
will be opened (_rgized) only on oontroI 818p no. 1.
Typical piping (fluid-cooled 30HWB shown)
.
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u.l[",
f!
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~a: 1i ~ i !<< ~ ~I ~
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g~ 0 a: ~ fil ~I!! <11 iil
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<0 <.. 2 0 1.1.(1) ~ i:i:
.'0 I I t~ ~ ~
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95
!!!:>:
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II:
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~
ow I-
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0....
:>...
<110
0':-
-':>
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9i2"'~
wo.~-'
il:iilili~
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:Ii zo.
.~ wa:
'" ~~
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Ii .....
~ ~ j
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- 0
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'Iii !l: ~
Ii ~ ~
:ei ! J
2~ ~ I-
~t fi~
eU E~'
!n.H~
I ~i~Ji
" l'!t'!l
~ i)i.h
~ ..c:if~E
!...9 E'2IWi:
~l!i~~'~
III~i!i~
E ~.c c(S g,
S I!!l!~l!.
i'l'! 6111'215
....ttf~15 .
!~..~ui~
~i.9~~U~
-J:'l'!l;l~~!!
!t"!!U !!I
!d~Et~f
.. ~ rrlizll'!
~~~~~:~~j
Typical piping (air-cooled 30HWA with remote
09DK unit shown)
SEE NOTE 8
SHUTOFF
0901<028 UNIT VALVE"
LOCATED ABOVE
CHILLER
UQUID UNE
PRESSURE RELIEF
DEVICE'
(ALTERNATE LOCATION)
TO EXPANSION
TANK
FIELD-SUPPUED
SHUTOFF VALVES
S1RAlNER .
CHECK
VALVE
t. !
PRESSURE REUEF
VALVE'
SEE
NOTE 7
~
NOTES:
1. Chiller mUll be inslalled IBII8Ity ID maintain proper com-
prllll8Clr ailralum.
2. Wiring ond piping __ are general poi_-connection
lIUideiI only ond lint nallnt8nc1ed lor a specific inslalletion.
Wiring and piping __ lint lor a quick overvIaw of sys-
tam ond ani riot iii accordance with IllCOlInlzeel standards.
3. All wiring mUll comply with appIicabIa local and national
codea.
4. All ~ _ piping tachnlques. ReI erto
Carrier ~ManuaI part 3, Carrier E20-U. 8011-
ware program, or applllpriate ASHRAE
(American Of aalIng, FleIrigai8tian, ond Air C0n-
ditioning ("gillen) handboak lor _ an proper piping
sizes ond dlisign.
5. See ApplIcation Dela section an pegs 17 lor minimum sys-
tam fluid volume. ThIa systam may requira 1he addition of
a holding llInk to eneura adequete volume.
6. Hot gas lines ahouId ri.. above refrigerant level in con-
denser c1n:uil. Double riser may be required; check com-
pressor minimum capacity.
7. Trap ahouId be _eel an hot gas linea to prevent con-
denser 011 ond raIrIaerant vapor migration from accumulat-
ing an com",......."-de during 011 cycle.
6. Pitch all _ lines downward in 1he directian of re-
frigerant flow.
9. Far piping Iena1he greater 1hen 50 It, provide aupport to liq-
uid ond gas IIi1es near 1he connectiona to 1he condenser
coil.
10. Far _ra I1lIi8f requiramen1ll, see latest revision of
ASHRAE _ 15, Salaty Code for Mechanical
Refrigeration.
I
AELD
POWER
SUPPLY
CHILLED FLUID
PUMP POWER
FAN
MOTOR
POWER
~ AIRFLOW THROUGH
'-,I AIR HANDUNG UNIT
- POWERWlRtG
~ CHUEOWATERPIPING
5T - FIELD-SUPPUED
STARTER
FD - AELD-SUPPUED
DISCONNECT
FIELD SUPPUED
.
.
t
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Guide specifications
Fluid-COoled and Conctenserless
. Reciprocating Chillers
HVAC Guide Spedflcations
Size Range: 15 to 60 Tons (53 to 210 kW)
Carrier Model Number: 30HWOI8-040
30HK040-060
30JU.050,060
Part 1 - General
1.01 SYSTEM DESCRIPTION
A. Electronically controlled Iluid-cooled (HWB,HWC,
HWS,HK) or condenserless (HWA,HU liquid chiller
utilizing serviceable, semi-hermetic type compressor.
1.02 QUAUTY ASSURANCE
A. The 30HWB,HWC,HK 60-Hz unit performance shall
be rated per ARI (U.S.A.) Standard 590-92 at stand-
ard rating conditions. All other unit performance shall
be based on ARI Standard 590-92.
B. Unit construction shall comply with ANSVASHRAE
15, latest revision Safety Standard, NEC, and appli-
cable ASME codes (U.S.A. codes).
C. Unit shall be certified in accordance with ISO 9002
manufacturing quality standard.
D. Unit shall.be UL listed and CSA certified (3OHWA,
HWB,HWC,HK 60-Hz units only) (U.S.A. standards).
1.03 DEUVERY,STORAGE AND HANDUNG
a Unit shall be shipped factory-assembled with all
. piping and wiring, precharged with a complete
operating charge (3OHWB,HWC,HWS,HK) or a
holding charge (30HWA,HU of R-22 and shall be
stored and handled according to manufacturer's
recommendations.
Part 2 - Products
2.01 EQUIPMENT
A. General:
Single-piece liquid chiller consistiDg of compressoris),
direct expansion cooler, condensens) (30HWB,
HWC,HWS,HK), controls, safeties, and any hard-
ware required before start-up.
B. Unit Cabinet:
1. Frame shall be of heavy-gage galvanized steel
with an electrostatically applied baked enamel
finish.
2. The 30HW units shall pass through a standard
30-in. (762 mm) door and shall not exceed 36 in.
(914 mm) in length (30HWA,B). The 30HK,HL
units shall not exceed 36 in. (762 mm) in width.
C. Compressor:
1. Reciprocating, serviceable, semi-hermetic type
only.
2. Equipped with an automatically rewrslble 011 pump,
. operating oil charge, suction and discharge shut-
. off valves, 011 sight glass, and a refrigerant suction
gas-cooled motor.
~
3. Each shall be mounted on spring vibration isola-
tors with an isolation efficiency of no less than 95%.
4. Each compressor shall haw a crankcase heater,
muffler, and suction cutoff unIoaders.
5. Speed not to exceed 1750 rpm (29.2 rls) for
60 Hz units, and 1450 rpm (24.2 rls) for 50 Hz
units.
6. Shall be same manufacturer as chiller.
D. Cooler:
1. 3OHW: Single-pass ANSI type 316, stainless-steel,
brazed-plate construction.
30HK,HL: Single-pass, shell-and-lube type with
removeable heads and multiple intemal polypro-
pylene baffles. Seamless copper tubes shall be rolled
into tube sheets.
2. Direct expansion refrigerant circuit.
3. Equipped with grooued;md-type fluid connections
at least 8 in. (203 mm) above floor Jewl.
4. Insulated with 3/4-in. (19 mm) closed cell foam
or equivalent.
5. Cooler shall be tested and stamped according to
ASME code (U.S.A.) for working pressures of
430 psig (2965 kPa) on the refrigerant side for
30HW units and 235 psig (1620 kPa) for 3OHK,HL
units. Cooler shall haw a maximum of 300 psig
(2069 kPa) fluId-side working pressure for 30HW
units and 150 psig (1034 kPa) for 30HK,HL units.
E. Condenser (30HWC,3OHK):
1. Water-cooled shell-and-lube type with seamless,
integrally-finned copper tubes and removable heads
(2 condensers oil 30HK units).
2. Design and construction shall provide positive sub-
cooling of liquid refrigerant.
3. Each unit shall be equipped with a pressure relief
device, purge cock, and liquid line shutoff valve.
4. Condenser shall be tested and stamped in accor-
dance with ASME code for refrigerant-side work-
ing pressure of 365 pslg (2517 kPa) for 30HWC
units and 385 psig (2655 kPa) for 30HK units.
Condenser shall have a maximum water-side work-
ing pressure of 300 psig (2069 kPal for 30HWC
units and 250 psig (1724 kPa) for 30HK units.
F. Condenser (30HWB):
1. Single-pass, water-cooled, ANSI type 316, stainless-
steel brazed-plate construction that shall provide
positive subcooling of liquid refrigerant.
2. Condensers shall be tested and stamped per ASME
code for working pressures of 430 psig (2965 kPa)
on the refrigerant side. Condenser shall have a
maximum of 300 psig (2069 kPa) water-side work-
ing pressure.
3. Equipped with grooved;md-type water connec-
tions at least 25 in. (635 mm) above floor level.
4. Each condenser has a liquid line shuioff valve.
Guide specifications (cont)
G. Condenser (30HWS):
1. Water-a>oled shell-and-tube type with seamless,
integrally-firmed 90/10 cupro-nickel tubes and tube
sheets with removable heads and zinc anodes.
2. Design and construction shall provide posItiw sub-
cooling of liquid refrigerant.
3. Each unit shall be equipped with a pressure relief
device, purge cock, and liquid line shutoff valve.
4. Condenser shall be tested and stamped in accor-
dance with ASME code for refrigerant-slde work-
ing pressure of 365 psig (2517 kPa). Condenser
shaI1 have a maximum water-side working pres-
sure of 300 psig (2069 kPa).
5. Heads shaI1 include repl",.....ble zinc anodes for con-
denser corrosion protection.
H. Refrigerant Components:
Each chiller shall contain the following: high side pres-
sure relief device; liquid, suction, and discharge shut-
off valws; sight glass; filter drier; thermostatic expan-
sion valve; and charging valve.
I. Controls and Safeties:
1. Controls shall include: multiple-step electronic leav-
ing chilled-fluid temperature controller capable of
controlling within a 5 to 150 F (2.8 to .8.30 Cl
range, leaving chilled-fluid temperature sensor, ON-
OFF switch with illumination in the ON position,
service indicator lamp visible at the unit's control
panel, LED indication of stage status and freeze
protection, adjustable set point from 40 to 60 F
(4.4 to 15.5 Cl for standard duty or 15 to 39 F
(-9.4 to 3.9 Clformedium temperature brine duty,
adjustable deadband from 0.5 to 4.5 F (0.28 to
2.50 Cl.
2. Safeties shall include: internal compressorowr-
temperature (30HW), loss-of-charge, low-pressure,
refrigeration system owr pressure, compressor
overcurrent, rapid loss of load, and freeze protec-
tions, leaving fluid sensor failure, accessory loss of
flow, and accessory compressor ground fault
sensing.
J. Operating Characteristics:
1. Unit shall be capable of starting with up to 95 F
(35 Cl fluid temperature entering the cooler.
2. Unit shaI1 be capable of operating with variable
cooler fluid flow.
K. Electrical Requirements:
1. 30HW: Single-point electrical power connection
with terminal block. Shall include power for con-
trol circuit.
30HK,HL: Each primary electrical power supply
shaI1 be connected at a single location. Control
IIOltage shall be 115 v, single-phase, separate power
supply (60 Hz) or 230 v (50 Hz).
2. Control points shall be accessed through terminal
block.
..
L Special Features:
Certain standard features are remowd and replaced _
by those features designated by o. Consult your local _
Carrier Sales office for amending specifications.
o 1. Extended 4-year warranty:
Shall provide 4 additional years cowrage on com-
pressor parts owr and abow the standard l-year
warranty.
NOTE: This extended warranty is available in the
U.S.A. and Canada only.
2. Oil Safety Switch (standard on HWA,HL, and brine
units, field-installed accessory on HWB,HWC,
HWS,HK standard units):
This switch senses differential oU pressure and
prevents unit operation at low oU pressures.
3. Hot Gas Bypass:
This factory-installed option (30HW) or field-
installed accessory (30HK,HU shall permit chiller
unloading capacity down to 10% of maximum
loaded capacity.
4. Pressure Gage Panel:
This field-installed accessory shall include both suc-
tion and discharge pressure gages with shutoff
valves.
5. Sound Enclosure Panels:
This ""'" I5Hr package shall be either factory (30HW
units only) or field installed and shaI1 entirely ;;.:a
close the compressor section to reduce radiat-;;d-
sound by approxtmately 5 dBA.
6. Mobility Package (30HW units only):
This package shall be either factory (30HWA,B
only) or field installed and shaI1 include 4 swivel
wheels for easy unit mobility.
NOTE: The 30HWC,S units require 2 packages.
7. Vibration Isolators (30HW units only):
Vibration isolators shall be field installed before
the unit is set into its fina110cati0n and shall re-
duce vibration transmission through the mount-
ing area of the chiller.
8. Multi-Chiller Control:
The multi-cl1lUer control shaI1 be field installed,
and shaI1 sequence up to 4 circulating pumps and
chillers in parallel (one pump and proof-of-flow
switch per chiller). Both the leaving fluid tem-
perature and proof-of-flow inputs shall be moni-
tored by the control.
9. Proof-of-Aow Switch:
This field-installed accessory shaI1 sense fluid
pressure differential across the chUIer, and
shall be compatible with the multi-cl1lUer control
accessory.
.
t
,
e
t
t
t
~
10. Compressor Ground Fault Sensor:
Ground-current sensing shall deenergize the
compressor on sensing of a 2.5 :f: 2 amps cur-
rent bnbalance from prlmaIy to ground to pre-
vent formation of acids from motor burnout. It
shall be a fieId-1nslaBed ac:casory.
11. Part-Wind Start (option on 30HW025-040; spe-
cial order on HK04O-060 and HL050,060):
Part-wlnd start shall be factory instalIed to reduce
compressor Iruush current.
12. Non-Fused DIsconnect (30HW units only):
The non-fused disconnect shall be factory in-
stalled and shall disconnect all power to the unit
(including control circult power).
13. Medium Temperature Brine (30HW units only):
Special modlficatlons shall be made at the fac-
tory to permit operation with leaving chilled fluid
temperatures between 15 to 39 F (-9.4 to
3.9 C).
NOTE: This is a special order for 30HK,HL units.
14. Condenser Manifold Package (HK only):
This field-installed ac<:4!Ssory shall provide com-
mon fluid inlet and outlet connections.
15. Control Cin:u1t Transformer (HK,HL only):
This field-instalIed transformer shall provide a
115-1-60 control circult power supply from main
power supply. It is available for 208/230 and
460 v units.
16. Automatic Lead/Lad Control (HK,HL only):
This field-installed control shall assist in baJanc-
ing operating hours between refrigerant circuits
to lengthen compressor life and increase system
reIlabUlty.
~.
Carrier Corpcntion. ~. _ York 13221
~_..rllhttD lI'lDa ...,or..........,.......'II-
BDokl~ Pogo 52 CaloIog No. 523-041
Till 5c
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f.
12-85
_e
.. .... or...... wIIhoul notIae and.......1naurrInt .I. - ..~.. 4.
_In U.S.A.
PC 1103
Form _0
~-~.
48HJD/HJElHJF
Single-Package Rooftop Units
High-Efficiency Electric Cooling!
Gas Heating
.~
Product
Data
3 to 121h Nominal Tons
o
- -
( ({' !:
. Weathermaster@
S.E.R.I.E.S=
~A.
.-
I
48H.J004-007
48H.J008-014
Carrier has designed the new
Weathermaster series based on cus-
tomer needs and requests to be
the most effICient and reliable ever.
Features/Benefits
. most efficient rooftop line for
cooling using scroll compressor
technology"
. moat efficient rooftop line for
heating using dimpled heet
exch8ngenl with 2-stege gu
valves on ell units"
. highest rellebillty* - non-corroaive
conden88te pens, prepelnted
cebinet8 end primed Interior
penele, end eli units ere fully pro-
tected by Internelllllfetles
. quietest operation" - "oleted
compreuor rells. All compres-
sore mounted on Independent
vibration Isol8tors. Stenderd,
belt-clriven evaporator fen motors
on ell units
. unprecedented _ of melnte-
nence echievad by self dieg-
noatlca on the Integrated Gu
Unit Controller (IGel, optional
direct digital controls, atend8rd
size filters, no tool filter IIC-
_, simple compressor eceeu,
permanently lubriceted fen mo-
tors, optlonel diaconnect switch;
optlonal115-v convanience outlet,
end optional hinged eccua
panels
. excluslva MoistureMiser dehu-
midification paclc8ge - e re-
sult of recent edvancu by
Carrier In controlling comfort
IevaIs. This factory-Installed
option sianlflcently Improves the
dehumidRicatlon cepabillty of
the rooftop unit end helps con-
trol humidity levels In the
building.
FAClORY~NSTAU.EIl
OPTIONAL APOUO
DIRECT DIGITAL CONTROLS
FAClORY~NSTAU.EIl
0P'Il0NAL
DISCONNECT SWITCH
COMPLETE
PROTECT1VE
EllUlPMENT
FACTORY~NS1J\U.ED
OPTIONAL
CONVENIENCE oun.ET
PREMIUM QUAUTY
COMPRESSORS
Carrier me.... Top QuaUty
andRe1lability
Each component utilized in the
Wea~ Series is designed
and tested for a minimum of f5 years
operation under the harshest
conditions.
Every unit is thoroughly run tested at
the factory in each ope. athiQ mode
and evacUated prior to final charging.
Every coil is leak tested with hellum par-
ticles. Automated run test ing allows
accurate undisputed tests and measure-
ments drlch are second to none in
the industry. '
Each unit contains a factory print-
out indicating tested pressures,
amperages, dates, and iru..-.lu.&, pr0-
viding certification of the unit's status
at the time of manufacture.
Units are equipped with valuable
safety controls designed to monitor and
protect for the life of the unit. The
standard safeties include:
. low-pressure/!oss-of-cl1arge switch
. high-pressure switch
. freeze-protection thermostat
. internal compressor overload
. exclusive Carrier Cycle-LQC1M drcuit
board that provides anti- compressor
cycling
. refrigerant filter drier
Table of contents
Page
Features/Benefits ... . . . .. . . . . . . . . . .. . . ... . . . . . . . . . . . . . . .. .. . . . ... 1-5
Model Number Nomenclature. . . . . . . . . . . . ..... . . . . . . . .. . ...... . . . . 6
ARl capacities. . . . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . .. .. .. .. . ... 6,7
Options and Accessories. . . . . . . . . . . . . . . . ... .. . . . .. . . ........... . .. 7-12
Physical Data ................................................... 13-15
Base Unit Dimensions............................................ 16,17
Accessory Dimensions ...........................................18,19
Selection Procedure .............................................. 20
Performance Data. . . . . . . . . . . . .... . . ... . . . . . .. .. . . . . . . . . . . . . . . .. . 21-42
Electrical Data .................................................. 43,44
Application Data ......... .. .. . . . .. . . . . . .. .. . . . . . . . .. . . . . . . .. .. . .. 45
Typical Piping and Wiring ........................................46,47
Typical Wiring Schematic . . . . . . . . . . . . . . . . .. .. . . . . . . . . .. .. .. . .. . . . . 48,49
Controls . . .. . . . . . . . . . . . . .. .. . . . . . . . . . . . .. .. . . . . . . . . .. . .. . .. . . . . . 50-56
Guide Specifications............................................. 57-60
~
BAL1.IIEARJNG. PERMANENTLY.
WllRICATED MOTORS
.
DIMPLED HEAT
EXCHANGERS
BELT DRIVEN
EVAPORAlOR FANS
The cabinet is constructed of galva- _
nized steel, bonderlzed, and coated ..
with a prepainted baked enamel flnlsh.
The paint finish is a non-chalking
type, and is capable of withstanding
Federal test Method Standard
No. 141 (Method 6061) 50Q-hour
salt spray test. In addition, all internal
cabinet panels are primed, allowing
the entire unit to have longer life and
a more ,attractive appearance.
e
FeatureslBenefits (cont)
.
SINGLE PIECE
lOP PANEL
NO iooL
ALTER ACCESS
o
o
o
o
ON-SITE CONVERTlBlUTY
FROM VERTICAL 10
HORlZON'1l\L DISCHARGE
HIGH-EFACIENCY
COILS AND
ACUTROLN
REFRIGERANT
METERING DEVICE
FULLY MODULATING DURABLADE
ECONOMIZER (OPTION OR ACCESSORY)
.
Easy maintenance and motors enable 48HJ004-014 units
installation to operate in most ductwork
All units are factory shipped In configurations.
the vertical d1........... c:on8gura- Ductwork connections are made
tion or fit-up to standard roof cwbs. easy by the logical 2 to 1 aspect
(One accessory curb fits sizes 004-007; ratio. On vertical discharge units, duct-
another accessory curb fits sizes 008- work attaches directly to the roof
014.) Contractors can order and curb.
install the roof cwbs early in the con- - Thru ...-bott __..
struction stage, before decisions on -.....- om ........ce connec-
ha been mad tion capabUlty comes standard
size requirements ve e. with the rooftop unit to allow power
All units feature heavy-gll8e roD- and control wiring to be routed
formed bueraD design with fork- through the unit's basepan, thereby
lift slots on 3 sides of the unit and minimizing roof penetrations (to pre-
rigging holes for easier maneuvering vent water leaks). Both power and
and installation. Stretch-wrap packag- control connections are made on the
ing protects the unit during ship- same side of the unit to simplify
ment and storage. installation.
Units are easily converted from 1be noD-COlroslve, sloped, con-
vertical to horizontal applications densate drain pan is factory installed
to make retrofit and add-on jobs easier. and in conformance with ASHRAE
To convert from vertical to horizontal (American Soctety of Heating, Refrig-
discharge, simply lIlOIIe 2 panels. eration, and Air Conditioning Engi-
The same basic unit can be used for a neers) Standard 62 to meet many
.. variety of applications and can be Indoor Air Quality (IAQ) specifications.
. quickly modified at the jobsIte. The condensate drain pan offers
Standard high-performance, high-
static, belt-driven evaporator-fan
~
SLEEVE BEARING PERMANENTLY-
LUBRICIUED MOlORS
HIGH.EFACIENCY COILS
both bottom and end drain capability
to minimize roof penetrations. The
bottom drain should be used in
conjunction with thru-the-bottom con-
nections. An external trap must be
field supplied.
Standard 2-1n. throwaway BIters
are easily ac~ssed through an eas-
ily removable filter access panel
located directly above the air intake
hood; no tools are required to change
the filters.
All units are designed with a single
continuous top piece to elim-
inate any possible leaking at the seams
or gasketing, which tends to deterio-
rate over time and shift during rigging
procedures.
BeIt-drlven evaporator-fan m0-
tors allow maximum on-site flexibility
without changing motors or drive
speeds.
Low-voltage wiring connections
are easdy made due to the large termi-
nal board which is conveniently lo-
cated for quick, simple access.
Features/Benefits (cont)
Quiet, efftcient operation and
dependable performance
AD units lire equipped with scroB
compnll on which are fully her-
metic with internal vibration isolators
for extremely quiet operation. The
scroll compressors are quieter and
more reliable than reciprocating de-
signs. Compressors are mounted
on independent base rails for addi-
tional sound integrity and structural
support. Efficient condenser fan
and motor design permits operation
at low sound levels.
Totally endOHd condenser-fan
motors and permanently lubricated
bearings provide additional
dependability .
AD colis use state-of-the-art int....
naIly enbanc:ed copper tubing.
Coils are thoroughly tesied with helium
particles as well as pressure tested at
the factory. Condenser coils have lou-
vered, aluminum lanced fins to pr0-
vide maximum heat transfer for
optimum effictency and easy cleaning.
DImpled heat ....rIuo...... opti-
mize heat transfer for improved effi-
ciency. The tubular design permits hot
gases to make multiple passes across
the path of the supply air. In addi-
tion, dimpled heat exchanger tubes
act as baffles, forcing the hot gases to
stay in close contact with the cell
walls to maximize heat transfer and
efficiency.
The induced draft combustion
system eliminates the unsightly ap-
pearance of flue stacks, and diminishes
the effects of winds on heating op-
eration. The inducer fan draws hot
combustion gas through the heat
exchanger at the optimum rate for the
most effective heat transfer. The in-
duced draft also prevents contami-
nants from entering the supply air if a
leak in the heat exchanger occurs.
DuaI-stage gas heat on all size units
maximize efficiency and customize
comfort.
The direct spark Ignition system
saves operating expense when com-
pared to old-style pilot ignition sys-
tems. No crossover tube is required,
therefore no sooting or pilot foul-
ing problems can occur.
IP conversion kit - Standard units
are designed for natural gas. An LP
Conversion Kit is available as an acces-
sory, if required. Installation of the
<><X"I?ssory LP kit simply involves chang-
ing the gas orifices to accommodate
liquid propane gas.
RefrIgerant drcuit protection
assures dependability. All units have
siandard:
1) loss-of.charge/low-pressure protec-
tion switch which allows operation
at lower ambient conditions while
protecting against low-<:harge
operation
2) freeze-protection thermostat, which
protects against evaporator coil
frost build-up
3) high-pressure switch, which pro-
tects against above normal oper-
ating pressure
4) filter driers, which trap moisture
and debris in the refrigeration
system.
5) Carrier's exclusive AcutroI'\1l meter-
ing device, which precisely controls
refrigerant flow, preventing slug-
ging and floodback, while maintain-
ing optimum unit performance by
metering the circuits individually.
Two independeut compressor
circuits (all 7V2 to 12V2 ton units)
provide pinpoint comfort control, im-
proved efficiency, and back-up
capability.
Carrier oonbols add rell-
abi1itv, efftdency, and
simpMcation
ApoBo communicating controls
can be ordered as a factory-Installed
option. Designed exclusively by
Carrier, the controls can be used to
actively monitor all modes of oper-
ation as well as indoor fan status,
filter status, indoor-air quality, supply-
air temperature, and outdoor-air
temperature.
The Apollo control board is factory-
Installed in the rooftop unit control
box and comes equipped with built-in
diagnostic capabilities. Ught'Wlitting
diodes (LEDs) simplify troubleshooting
by indicating thermostat commands
for both stages of heating and cooling,
evaporator-fan operation, and econo-
mizer operation. The Apollo com-
municating control is designed to
~
work specifically with Carrier TEMP
and wre thermostats. .
The standard control system is
readily adaptable to all conventional
and programmable thermostats. In
addition, units are suitable for integra-
tion into monitor control systems if
required.
Integrated gas unit controBer
(IGC) - All ignition components are
contained in the compact Integrated
Gas Unit Controller (IGC) that is easily
accessible for service. An IGC, de-
signed exclusively by Carrier, provides
built in diagnostic capabilities. An
LED simplifies troubleshooting by pro-
viding visual fault notification and
system status information. The IGC
board provides exclusive anti-<:ycle
protection for its gas heat operation.
The IGC also contains burner con-
trol logic for dependable heating op-
eration. The LED is visible without
removing the unit control box access
panel. 48HJ units maximize heat-
ing efficiency through the IGC's con-
trol of evaporator fan ON/OFF
delays. The IGC helps make 48HJ
units reliable for many years. _
Patented Cycle-LOC'\1l protection _
system provides protection against
compressor cycling by monitoring
compressor current draw. When lack
of compressor current exists, the
Cycle-LOC circuit board 10cks out the
compressors. The Cycle-LaC board
may be manually reset by simply
switching thermostat to OFF, and then
back to the Cooling or AlITa modes.
No manipulation of the unit discon-
nect switch is needed.
Indoor air quality
The quality of building air Is im-
proved as the Weathermast~ series
utilizes certain key features that as-
sist in improving indoor air quality. A
sloped condensate pan eliminates pos-
sible biological growih in the rooftop
unit. A face-split indoor (evapora-
tor) coil design proves effective in re-
moving additional moisture from
the supply air. Two-in. filters are stand-
ard in all rooftop units and an op-
tional filter status sensor is available.
Standard enthalpy control on the
Parablade economizer regulates humid- .-
ity in the building. .. .
Another optionallAQ feature for
. the WeathenJlllSte14 unit is the ex-
clusive MoistureMiser dehwnidification
package. This is a factory-installed
option that provides increased dehu-
midification by cooling the hot 1iq-
uid refrigerant leaving the condenser
coil. The MoistureMiser consists of
a subcooling con located on the
leaving,aIr side of the evaporator con.
The location of this coil in the in-
door airstream enhances the latent
capacity of the 48HJ units by as
much as 40%. Many buildings suffer
from humidity damage or poor indoor
air quality due to humid conditions.
The improved latent capacity provided
by the Moi.stureMiser option reduces
the building's humidity, eliminating
potential property damage and mak-
ing the space more comfortable.
The Moi.stureMiser option makes
the 48HJ units the ideallAQ rooftop
for hot and humid regions. The op-
eration of the Moi.stureMiser package
can be controlled by a field-installed,
wall-mounted humidistat. The cir-
cuit activates only when needed (using
the humidistat) as opposed to some
~ehwnidificatlon systems that operate
.contlnuously. The humidistat can be
set for any humidity level between
20% and 80% relative humidity.
Serviceabdity
ServIcIng . rooftop unit bas never
been easier with the new factory-
installed Service OptIon Packages for
the 48HJOO4,006,008,012, and
014 units. Each Service Option Pack-
age includes hinged access panels
for the fiher, compressor, evaporator
fan, and control box areas. These
'.
panels provide quick and simple ac-
cess to the major components by sim-
ply unlocking and swinging open the
different panels. Each hinged ac-
cess panel is permanently attached to
the rooftop unit, eliminating the
problem of access panels being
dropped and creating a hole in the
roof (potentially causing a water leak).
This type of damage could void any
warranty offered for a new roof.
Each Service Option Package also
includes the following features to
assist in servicing the rooftop unit:
. 115-v convenience outlet to power
up electric drills, lights, and refrig-
erant recovery machines. This
means you are no longer required
to run a separate 115-v power sup-
ply to your 48HJ rooftops. It is
now factory installed.
. Non-fused disconnect switch to
remove power locally at the rooftop.
This option also includes a power
lockout capabnity to protect the
service person. This lockout switch
saves the service person time and
effort because there is no need
to access a distant disconnect switch
whne servicing the unit.
. Return-air smoke detector to detect
smoke in the ductwork
. Durablade economizer
. Apollo direct digital controls ("A"
Service Option Package only; see
page 6) to monitor rooftop op-
eration from a remote site.
. Firestat ("H" Service Option Pack-
age only; see page 6) to detect
flame in the supply air.
~
StandardIzed componeDta for
the complete Weathermaster line of
products are found in all safety devices,
condenser-fan motors, evaporator-
fan motors, and control boards, whne
the gas sections use common in-
ducer motors, limit switches, and roll-
out switches. This allows for greater
inventory control, familiarity of parts,
and fewer stocked parts.
EasIly accessible refrlgerant ac-
c:aa ports on all discharge, suction,
and liquid lines permit easy and ac-
curate measurements as well as simple
accessibnlty .
Re. lI..bIe 24-v circuit breaker
on 48IUOO8-014 unite allows
room for error without replacing trans-
formers or fuses.
Slngle-slde utility collllllCl:ions
provide easy access to perform any
necessary service.
Color-coded wires permit easy trac-
ing and diagnostics.
BeIt-driven motors are accessible
through a single access door to facili-
tate servicing and adjusting after
installation.
Compressors and safety switches
are eaIIy accessible for trouble-
shooting and system analysis..
'Comparison based on averages of all
3 to 12'12'-ton rooftop YAC and
PAC lines per ARI Directory,
February, 1995.
Model number nomenclature
48 - Gas Heat
48 HJ E 004
T
Z--3--AA
T
FlOP COd,,"
HJ - Constant Volume
V-Ph-Hz
1-57~
3 - 2081230-1-60
5 - 2081230-3-60
6 - 460-3-60
D - Low Heal
E - Medium/High Heal
F - High Heal
Nominal Capacity
004 - 3 Tons 008
005 - 4 Tons 009
006 - 5Tons 012
007 - 6 Tons 014
Apollo Communicating Controle
and Servica Option Packag_
- - None
A - Service Option Peckage "A"t
H - Service Option Package "H"**
Z - Factory Ina10lled
- 7112 Tons
- 8112 Tons
10 Tons
- 12112 Tons
LEGEND
flOP - Factory-Installed Options
"Raler to 48HJ price pages lor FlOP code _.
tlncludes Apollo dll8Ct digital controls; non-1uIed dlaconnecl8Wi1ch; 115-> convaniance outlet; retum-air smoke de-
tactor sanaor; Durablada economizer; and avaporator-Ien, com_, control box, and llIt8r hinged _ panels.
-Includee non-fused diaconneCl8Wi1ch; 115-v convenience outlet; _air smoke _ _ Durablada ec0no-
mizer. firesta~ and avaporator-Ien, complllllllOl', control box, and llIt8r hinged _ panels.
NOTE: Sarvice Option Packages ara only avallallla on 48HJOO4,OO6,OO8,OI2, and 014 unl1s.
ARI* capacities
UNIT -..w. STANIIAAIl NET~CAP TOTAL SEERt EER _~TING
4IHJ lOMS CfII (8luh kW
004 3 1200 38,000 3.21 13.00 11.20 7.6
006 4 1450 47,000 4.25 13.00 11.05 7.6
OCII 5 1750 60,000 5.55 13.00 11.00 6.0
UNIT -- STANIIAIlD NET COOlING CAP TOTAL EER SOUND ":11NG FLV
4IHJ 10NS CfII I-I kW
0G7 6 2100 74,000 6.70 11.00 8.0 -
OCII 7'k 3000 90,000 8.18 11.00 B.2 11.6
OCII 8'k 3000 102,000 9.44 10.60 8.2 10.9
012 10 3200 120,000 10.91 11.00 8.4 8.7
014 121A! 4300 140,000 14.04 8.90 8.6 8.8
LEGEND
BoIs Sound L.ovel. (1 bel = 10 decibols)
EER Eno'llY E_ncy Ratio
IPLY I~rated Part-load Value
SEER _ Eno'llY E-..cy Ratio
"Air-conditioning & Refria8rEon Institute.
tADPfies only to units with capadty of 65,000 Btuh or less.
""'The IPLV is not applicable to single-compreuor untta.
NOTES:
1. Rated in accordance with ARt Standard 2101240 (004-D12 unlta) or 380 (014 unital and 270 (004-D14 units).
2. Ratings are net values, reflecting the eIectI of circulating fan heat. Ratings are bued on:
COOling _rd: 60 F db, 67 wb indoor ontoring-air t_.. and 95 F db outdoor ontering-air lemporatu...
IPLV StandMi: 80 F db, 67 F wb indoor "ntering~r temperature and 80 F db outdoor entering-air te"1)8rature.
e
e
Sizes 004-D12
Only
Size 014 only
..
.
e
e;
ARI capacities (cont)
~
HEATING CAPACITIES AND EFFICIENCIES
HEAnNG INPUT 0lITPUT CAMCIlY ) TEllPERAlURE AfUE STEADY STATE CALFOIINIA
UNIT IBluh) 1InlIo" ~ IInlIot AIlE rFl (Yo) EffICENCY (Yo) -
First" .I'I.Cllncl.... ..- Rm .... EFFICENCW (Yo)
aHJEOCM 50,0001 72,110O 40,0001 57,100 41,lIOO' 58,040 15-45 82 82 78.7
aHJFOCM 82.lIOO'I15,000 63,5OG' 89,000 85,110O/ 82,110O 5!Hl5 80 80 n.3
aHJllCICI5 50,0001 72,110O 40,0001 57,100 41,OOQ1 58,040 15-45 82 82 78.7
aHJEOII& 82,lIOO'I15,000 85,110O/ 82,000 88,~ 83,150 35-85 81 81 77.7
oIIHJRICIli 120,0001150,110O 84,4011/118,000 98,lIOO'12O,1IOO !iO-8O 80 80 78.8
oIIHJllCICI5 50,0001 72,110O 40.0001 57,100 41,lIOO' 58.040 15-45 82 82 78.7
aHJEOOI 82.lIOO'115.000 85,110O/ 82,000 88,~ 83.150 35-85 81 81 77.8
aHJI'GM 120,000/150,110O 84,4011/118.000 98,0001120,000 !iO-8O 80 80 78.8
aHJlll107 50,0001 72,110O - 41,lIOO' 58,040 15-45 82 82 78.7
aHJE007 82.0001115,000 - 88,~ 83,150 35-85 81 81 77.8
aHJFlI07 120,0001150,110O - 98,0001120.000 !iO-8O 80 80 78.8
.
HEAnNG INPUT 0lITPUT CAPACITY TEllPERAlURE AfUE STEADY STATE CALFORNIA
UNIT IBluh) 1_ (BIuh) ncI_ RISE rFl (Yo) EFFICIENCY (Yo) -
Rm Rm EFFICIENCY (Yo)
4IHJDOOI . 8O,lIOO'125,000 72,8OOtI02,500 20-50 82 82 77.5
4IHJEOOI 120,000/180.110O 88,4011/147,800 35-65 82 82 n.5
aHJI'GM 180,000/224,110O 147,8OOtI63,700 45-75 82 82 78.4
aHJDOOlI 80,000/125.110O 72,8001102,500 20-50 82 82 78.4
4IHJEOO8 120,000/180,110O 98,4001'I47,800 35-85 82 82 78.4
4IHJFOOIl 180,000/224.000 147,110O/163.700 45-75 82 82 78.4
4IHJD012 120,000/180.000 98,4001'I47,800 35-85 82 82 78.4
4IHJD014, HJE012 180.0001224,000 147,110O/163,700 35-85 82 82 78.3
4IHJE014, HJF012 200,000125O,000 180,00012OO,000 40-70 80 80 78.4
LEGEND
AFUE - Annual Fuel Utilization Efficiency
-single-phase units are rated for output capacity in accordance with U.S. G0v-
ernment S1andan:t T.....
tThf'8&oPhaae units are rated for output capacity in accordance with
ANSI Z21.47 Standan:t 10, gas-flllld. centrol fumacea.
. Options and accessories
ITEM ClP'I'ION" AOCE8801l\'t
Apollo D11Kt !!!i:1WI Control x
_ Opllon "A- X
- 0pII0n "H- X
.......- -- - x x
-- - X
__,o.m_ x
__Oohumld_.__ x
-~ x
Unit llount8d Dlllcal1ilotKt x
AIbImatII EnpcnIIor Fan Motor.ncI Drive X
1014 only)
- Dompor (2n. Open) x
_DomporI100%0pen) x
_ Curb '14 In.) X
_ Curb (24 In.) X
'"'""'till RAboin Service Connecti0ft8 X
Flue-HoocI P....b...1Or A...mbIy X
~ mHIe Thenno8tM X
TMI m...1wl ..... ....... X
n... G_ I, ~1'" C1rcuh X
~Unllo )
....Illm........___ X
_U__....._ X
AccUUlllOl"tII U _ X
_11_..__....__ X
LP eon.,... lOt X
eo-w CoIl HoII GuonI X
-- __ X
Iiij;'_ KIt X
R.. - X
CoIl__ X
CondInMr CoIl'" 8Inv P....l HllIn X
~.aL"dl &01........... Pow. &Mum X
...-....-- X
HlMnIdI_ X
>>
NOTE: NO. _ are 40 nanograms!
joule _ lICCllUOIY kit.
@c@
LEGEND
LP - liquid Propane
"Indlcal88 a Iaclory-_ option.
tlndlcal88 a fieId.iiIslaIlad 8CClII8OIy.
-Refer \0 Sanrice OptIon Package ~ labia below for datalls.
SERVICE 0P'J10N PACKAGE. CON1ENTS
SERVICE
OPTION
PACKAGE
CONTENTS
Apollo 01... IligiIol ControIa
Non-Fuood DOIcOnnoct Switch
115-V ConYelMence Outlet
Retum-Air Smoke Detector SenlOrt
0._ Economizer
E_rator Fsn Hinged _ Panelt
Co.np.-. Hino8lf _ Panelt
=i~~~rn.lt
Non-Fuood 0.....'_ Switch
115-V ~ Outlet
Return-Ai, _ DeIector SaIlOOft
Durablade Economizer
Firesta1t
Evaporator Fan Hinged Access Panelt
Comp_ Hinged _ Panelt
Control Box Hingad _ Panelt
Rha' Hinged _ Panelt
"Only svsllabla on the 4IHJOO4,OOS,OOS,012, and 014 U"ita.
tonly avsllabla u part of Sarvic8 0I>ti0n Packaga.
A
H
Options and accessories (cont)
HEAD PRESSURE CONl'ROL
The <l8HJ004-014 Ila_ unl1B 018 designed to opera18 in cooling at
outdoortBmperatuntS down II) 25 F. With KC8'ltJ~y ~ con-
1rlll (........_-fon opoed_).orMaDm....: II contrlII(colldol_-
fan c:,dIng), unI1B con apendIt at DUIdaar _pe_ dawn to -20 F.
The _ _re contraIlI, which mount in the _....lIOCIion, can-
1rlll the ...........,-Ian mD1Dr to mllintlin correct _ling tempereture.
MOTORMASTER
MOTORMASTERII
LP CONVERSION KIT
BURNER SPUDS
(ORIFICES)
LP _!lion kit 11_ the un~ to utilize a
liquid ptDpeIl8 fuel supply in ..... where
natural gaa 10 not 1lYIIi1able. (Killlllawn i& lor
_ 004-007.)
~
TIME GUARJ)e D CONl1lOL
Time Guard II Con1nlIlIUlDIIlatIcally pI8WllltS cam_r from _rting
lor at lout 5 minU1Bll a"'" a lIIl_. Field-l_ llCllO&IIllIY pre-
__ cycling of CllIIIp_ W thermaatal is rapidly chanaod. T"""
Guard II _ mounts in the cantroI camporlmOrit 01 unit '!he T"""
Guard II _ is nat used when a Carrier IhermD01llt is applied.
r::
.
UNIT MOUN'IED DISCONNECT
o
~~
OIl =
...
~
-",
~
e
Fectory-i_, inllmoJly-maunted, NEe (N&tiDnaI ElectriceI Code) and
UL (Unde_'l.abaraIDri8a) approved non-fused switch pravidea un~
power lIIlutall wi1h diocannect fackoul prateclian capllbil~. The owitch is
_b1e from _ the uM.
CONVENIENCE 0UllET
I
.
I I
CJ
CJ
.
I I
Fectory-inllalled, intllmoJly mounted and
extemaIly _b1e 115-Y "mole recap-
_.Includea 15-amp GFI (Ground Faull In-
"rrupIe~ __ _ independent fuse
pralBCtian. VGlIage required to opere.. can-
_lenee auIIat io provided by a factory-
inataDecl tranIformer.
-,
.
PARABlADE ECONOMIZER
.
.
.
.
.
FacIOry-in8lB!1ed PlIlIlblade economizer features a ... reliable deaiqn.
The economozer u1Ilizea parallel OP~lade dampars, a motor with
buitt.in IIlring relum for c1... upon power loll, otandal'd entl1a1py con.
troia, and 30% (004-007) or<lli'll. (1J08.014) baromotric capabill1y lor added
flexIbill1y in high _-air appIlcationa.
NOTE; Parablade economizer is only available for vertical ductwork
applications.
.
EUlCTRONIC PIlOGRAMMABLE'DIERMOSTAT
~
B
ElecIroniC programmable tI1annoatal provides ellicient 1IImpars-
ture control by allowing you to program halting and cooling Ill.
backs and aatupa with proviaiona lor """""do and holidays. The
~t utilizee a time delay between operating modes. Op-
tional factory.;nataJled Apollo dlract digi1a1 contrOla or a Temp Sys-
tem relay pack is also required for thermoetat operation.
HAD. GUARD AND CONDENSER Con.
SALT.SPRAY PROTECTION
>>
Conden.r coil hail guard acoaaaory (lieid inataJled) proteeta coils againat
damage from hail and ~ng _. Conden_ coil"'l spray pro-
taction ~ (Iieid I ~l p_ coila II'om damage from aatt.
spray induced COlTOlion in coutaI areas. UtiIiz8l a c\eanabte filter.
~
DURABlADE ECONOMIZER
.
.
I
.
r
Exci...... DtJrabiade economizer damper deaign aa.... energy
while providing economical and reliable cooling. A a1idlng p1a1B
on the face of the economizer contrail the amount of outdoor air
_ring lI1e ayalBm. When lI1e aliding pIa1Il ia c1oaed, II provides
a Iel!,kpR>oI aeaJ which -"" am_I air from aeeping in or
condltionad air from aeeplng out. tt can be _Iy adjualBd lor
100% outdoor air or any PlllllDriIons of mixed air. .
'DIERMOSTAT
50 8070 80
,
---
~
HUMIDISTAT
~ b~ l::JJ
IIOISTUADllIER ClI
ClI
ClI
ClI
.. 11 DI
Clo;.: tF OJ
OJ
---
Fleld-inatalled, wall.mounlad humidialBI ia uaed to control _ra.
tion of lI1lt __r denumidificaJion paci<age. The humid-
Iatat controIa lI1lt occupiad apaca humidl1y ala ~...1ec1Bd Ill.
ting be-. 20% and lIO% relative humidl1y.
Options and accessories (cont)
ACCUSENliOR'" D
o
o
1l'E)
.~o
....
, .
I,IID
! lilll
ACCUSENSOR m
./
E 01
+f!
_...'......~
I
AccuIenlOr economizer controll help provide efficient, economi~
caJ oconami_ apeIlItion.The-"1 doy-bulb oenaor mea.
"'18lI outdaor 18mperalura ond II _ wIIh the Durablade
oconamlmr (not requlracl wIIh __ oconomiz<<).
The accaooory~ II ooI_enlhIlpycontrol8811MS
botI1 dry ond _ bulb 01 the _ lir lD provide an occu_
en1haIpy I8lIding. ~ II is _ wIIh the Parablade
oconomlmr and available u .a Iiald-i_ ~ry for the
Durablade economizer.
1he -ceeeo. 'f Accuaensor III differential enthalpy sensor con-
trol comparee outdoor temperature and hl.l'ntdlty to retum..ir tem-
perature and humidity and determines the most economical mix-
ture of air. AccusenlOr III is available for both Durablade and
Parablade economfef'S.
~
APOUO DIRECT DIGITAL CONTROLS
.
o
.
I:
.
.
.
.
.
.
.
.
.
Apollo direct digital controiI are daalgnad excIuaively by Carrier, and are
wed to ~ monitor all modH of~on 88 _I as evaporator-fan
status, filter 1tatUa, indoor-air quality. supply-air temperature, and
_-aIr 18mperalura. They ara daalgnad to work with Carrier Temp
and ~ system thennosta18.
con. GUARD GRJLl.E
e
Coil guard grille protects coils against large objects and vandalism.
MOISTUREMISER DEHUMIDIFICATION PACKAGE
The MoislureMiler dehumidification package is a ~installed option
lIIat provides i_ dehumidl_ by coaling the hot liquid refrig.
erant leaving the ..._ coil. The __ peckage con-. Dl
a _Ing coillClClled on the leavlng-alr lido 01 the 8VIpOIalDr coil.
The location oIlIIiI coil In the _.air _ enh_ lII.lal8nlca.
paci\y 01 the 48HJ unila by u much u 40%. The _raMlear peclcage
includes crankcaaa ~ and low-pIaaaura _lea) and operation
can be oontroIled by . natalled. waII-mounled humidillal.
..ij.
-I
c
.
.
.
CONTROl. BOX HINGED ~ PANEL, 48HJOOHl07
UNITS WITH APOU.O CONTROl. SHOWN
~
CONTROl. BOX HINGED """"""" PANEL,
4IlIUOOlHl14 UNITS SHOWN
o
~
o~
.
This is included in bo1I1lactDI}/.;nstalled SeMce Option Pack8aH. h penna QUiCk and aimpla control box accaaa, and
p_ panala from baing dropped on the roof. Accaaa panaT ia only availallla .. part of a _ Option Packago.
COMPRESSOR HINGED ACCESS PANEL,
. 48~ UNITS SHOWN
<D
COMPRESSOR HINGED A"~" PANEL,
48IUOOlJ.014 UNlTS SHOWN
o
o
[][]
.,
This is included in bo1I1lactDI}/-in_ Se_ Option P~. II parmi1a quick and limpla ~r accoaa, and
preven1a panals from baing dropped on the roof. _ panaI ia only __ .. a part of a SeNlClt OptIon Packaga.
Options and accessories (cont) ~
EVAPORATOR-I'AN HINGED ACCESS PANEL REnJRN-AIIl SMOKE DEI'ECTOR SENSOR
.
<j
.
111io is included in boIh IocIDIy-insllllled _ Option Pack-
ages. tt penntts quick ond SImple _lOr-ian ........ ond
p_ panels from being ~ on 1he roof.Aa:ess panel
IS only available as part 01 a _ Option Package. .
111io is Includad in both IaclOoy-fl__ Option Pack-
agea. and ia field-insllllled Inlo 1he I1Ilum-alr duclwak 10 de-
tact amoka. Sensor ia only available as part 01 a Senlioa
Option Packaga.
FD.TER HINGED .4CCU~ PANEL
.
t~~/
[]
111io io includad In both 1aclIlry-i_ Servioa Option Packagea.
tt penntts I0OI_ fittsr _. and pI8WIntI panelo from being
dropped on 1he roof. Panel is only _able .. pert 01 a Servioa
OptIon Packaga.
.
e
ei
Physical data
~
.
IlASE UNIT 48HJ - MIFOlIIIi - IWJFCI07
_INAL CAPACITY 3 4 5 6
OPERATING WEIGHT pb)
Unit 530 540 560 615
_~Econo_ 564 574 594 649
WIth ~AsI". Economlar 572 562 602 657
_ --- ---....... 548 558 578 833
_ Curb 115 115 115 115
COMPRESSOR I I Scroll I
~~\J 1 1 1 1
42 53 50 80
IlEFRlClERANT TYPE R.22
O~"::4c:=r pb-oz) 5.8 8-6 10- 0 9-10
U~ ___umidln..alk>ll 8-13 11-2 12.13 13- 6
CONOENSEIl FAN P_1ef
:~:::::l-IliII""" pn.) 1...22 1...22 '...22 1...22
Noml Cfm 3500 3500 4100 4100
~~;_Il~ V....825 ' Y",...825 V.....l100 V.....1100
_ ut I) 180 180 320 320
CONOENSEIl COIL Enhanced Copper Tubes, Aluminum l...anc.:t Fins
_on! Unit
_..FIno/In. 1..17 2...17 2...17 2...17
T_F__(oqll) 14.6 16.5 18.5 16.5
Unll_ lIo1otu_l_ Do/luml_. .......
_..FIno/In. 1...17 1..17 1...17 1...17
T....I~_(oqll) 3.9 3.9 3.9 3.9
EVAPORATOR FAN CentrlfugoJ
-PD::/.. 10 x 10 10 x 10 lOx 10 lOx 10
=.... Cfm Belt BeK Belt Belt
1200 1800 2000 2400
MaxImum ContinUOUI Bhp 1.20 1.20 1.80 2.40
_, Frome SID 48 48 56 56
F.. Rpm Range 780-1090 940-1185 1020-1480 1120-1585
-'-g1\'pe Boll Bell Bel Boll
_um Fon Rpm 2100 2100 2100 2100
_, Pulie1' _ 01_ /lIB (In.) 1.11/2.9 1.912.9 2.413.4 2.413.4
_"'_,S_~IIn.) ~ ~ 'h 'llo
_ PuIlay _ _lln.) 4.5 4.0 4.0 3.7
Bolt - lJpe...1Ang1Il 11n.) A...33 A...38 A...4O A...36
PuI., __ Uno D1ota_ (In.) 10.0-12.4 10.0-12.4 14.7.15.5 14.7-15.5
Spood ~ Per Full Turn 01 85 70 75 95
- Pill~ F1Ingo I;r.::l
_bIe Pul:-&:mum oil 5 5 6 5
Yuma_ __
FOOIafy ::.':1' - Full Yuma Open 3 3 3 3
FOOIafy -~.\:r") 890 980 1240 1305
_ __ I., pn.) 'llo 'llo 'llo 'Ilo
EVAPORATOR COIL En_ CapporTuboll,_ m Doubfe Wavy FIns. AcutroIlII Feed Device
_..Flnalln. 2...15 2...15 4...15 4...15
T....IF__Ioqll) 5.5 5.5 5.5 5.5
FUIlNACE SECTION
__ CutoutTomp~ 195 195 195 195
Bu.....~_(In.. I_It
_roI _ - Std .113...33 .113...331.113...331.129...30 .113...331.113...331.129...30 .113...331.113...331.129...30
liquid "'- - All'" .099...43 .099...431.099...43/.102...38 .089...431.099...431.102...38 .069...431.099...431.102...36
__AIllIci~SOlIIng(_) -
201/230/460 y ::.~ .14 .14 .14 .14
.14 .14 .14 .1'
OU Input (Btuh) ~:..~. 50,0001 82,000 50,0001 82,0001120,000 50,0001 82,0001120,000 50,0001 82,0001120,000
72,0001115,000 72,0001115,0001150,000 72,0001115,0001150,000 72,0001115,0001150,000
ElIIcloncy (Bloody _) l%) 82180 82181180 82/81180 82181180
~re RI. Range 15-45155-85 1 ~5o':lIHl5I5O-8O 1~ 15-45135-65150-80
... _ou.. pn. wg)
NotureIOU-Std 3.5 3.5 3.5 3.5
liquid ......,..,. - All'" 3.5 3.5 3.5 3.5
_mum _ _.. (In. wg) 1.0 1.0 1.0 1.0
~ OU _n S",pn.) ~ ~ ~ ~
HIGH-PRESSURE SWITCH (poIg)
s.ndan:I Camprenor IntemII ReI'" 450 :: 50
Cutout 429
_ (Auto.) 320
~AIlGElLOW.pRES8URE SWITCH
(LIquid Uno) lpolg)
Cutout 7::3
_ (Auto.) 22 ::t 5
FIlEEZE-PROTECTION THEAIIOSTAT
=\~ 30.5
45.5
OUTOOOIl-AIIlINLET SCREENS CIoonoble
...lIIzopn.) 1...20 x 24 x 1
REl\lIlN-AII FILTERS Th_
~...Slzo (In.) 2...18 x 25 x 2
.
.
LEGEND
... - Brake Ho_
*Indicates automatic reset.
t48HJllOO5-007 and 48HJEOO4 (72,000 Iltuh hoot input) unlta _
2 bumers.
48HJElJ05..OO7 ond 48HJFl104 (115,000 Iltuh hoot Input) unilll ond 48HJRlCJ5.
007 1150,000 Iltuh hoot Input) unilll _ 3 bumo...
-An LP Conversion KIt it avail8ble .. an IlCC8IIOry.
Physical data (cont)
~
BASE UNIT 4IH.I - .- _2 lIiE014
NlIMMAL CAPo\CITY _I 7'k 8'k 10 12'k
OPERATING WEIGHT (lb)
UnIt 870 880 1035 1050
_Du__,,= 914 924 1079 1094
WIth PafIIbI8de &-._.1.- 932 942 1097 1112
------P-.ge 899 909 1088 1083
_ Curb 143 143 143 143
OOHrRESIOA I T I
=--..rl 2 2 2 2
53 53 50 80
AEFAIlIERANT TYPE R.22
=.? ClloIgo (IlI-ozl
Unn
CImdt 1 7-10 7-14 9-3 9-8
Circuit 2 9-2 9- 5 10- 3 9-5
Unn _ lIo1otu_l_ SU_.. 0plI0n
CImdt 1 10-10 10-11 12.8 12-8
Cln:un 2 12.8 10-10 12-1" 12-2
CONDENSER FAN PIq!OiIor
QuonlIty__ (In.) 2...22 2...22 2...22 2...22
Noml... CIm 8500 8500 7000 7000
-Hp..~ V",...1100 v.....1100 'Y4..."OO '1<...1100
_Input 0lIl1) 850 850 850 850
CONDENSER COIL ~ Tube . Aluminum LM1C8d F...
_nI UnIt
-'F1no11n. 2...17 2...17 2...17 2...17
_F__(= 20.5 20.5 25.0 25.0
UnIt__ __P-.ge
__FInoIIn. 1...17 1...17 1...17 1...17
T_F__(eqlll 6.3 6.3 6.4 8.4
evAPORAlOR FAN Cent(ifugaJ
-(~ 15x 15 15 x 15 15 x 15 15 x 15
Belt Belt Belt Belt
lJ:.':1....CIm SId 3000 3400 4000 5000
All. - - - 4000
IIuImum ContInuous Bhp Std; 2.90 2.90 4.20 525
All - - - 4.20
IIotIOr Frame 56 56 56 56
_ Rpm Ilongo SId 840-1085 840-1085 860-1080 900-1260
All - - - 860-1060
- _ng"lYJle Ball Ball Ball Ball
.....mum Fan Rpm 2100 2100 2100 2100
_Pulloy_h~ SIll 3.414.4 3.414.4 4.015.0 2.613.6
AIB (In~ All - - - 4.015.0
Namlnot -~(In.) ,~ ,~ ,~ ,~
Fon Pula., PItcIl ~ pn.) SId 7.0 7.0 8.0 5.8
All - - - 8.0
Bolt - 1Jp4...lAngtIt (In.) SId A...51 A...51 A...51 BX...46
All - - - A...51
Pula., ce.. Uno _ pn.) 16.75-1925 16.75-19.25 15.85-17.50 15.85-17.50
s..- CIIongo .... Full TIIm of SId 50 50 45 80
- PuI:1 ~(\!:.) All - - - 45
_~_I SId 5 5 5 6
Turno '"'"' __ All - - - 5
_ry _"9 - Full TIImo Open Std 5 5 5 5
All - - - 5
_ry Spoed _"9 (rprn) SIll 840 840 880 960
All - - - 860
foil SIloII 01_ ot Pull., pn.) 1 1 1 1
EVAPORATOR COIL EnT Copper Tubes, rminum Doub6e-Wal Fins
Rowa...Flnlllin. 3...15 3...15 4...15 4...15
T_ Foco A_ (oq III 8.9 8.9 11.1 11.1
LEGEND
Bhp - Brake Horsepower
*11'Idic8Ie8 automatic f'8IlIl
t48HJIlOO8.009 units """" 3 bumo...
48HJD012 ond 46HJE008 009 units """" 4 bu......
48HJFIlO8.009; 46HJEiHJRiI2; ond tho 48HJDlHJEOI4 hoWl 5 bume...
-An LP COnvetIion Kit .avdabte u an acceaory.
.
e
":f
-'
~
.
BASE UNIT aH.I ~ ~ 1lIeF012 _4
-~
---(1lImp (F)" 195 195 195 195
--_(In....dttII_lt
---.... .120...31 .120...31 .120...31/.120...31/.129...30 .120...31/.129...30
Uquid:"/::-- .086...41 .086...41 .086...41/.086...41/.102...38 .086...41/.102...38
Tbeo.. .. -...." -... (_I
~1 .1~.1~.14 .W.1~.14 .14 .14
.... 2 .1~.2llI.20 . 1~.201.20 .20 .20
-1npIt
=::~ 8O.llOOfI2O.llOOfI80.ooo 8O,lJOC1I12O,lJOC1I180.ooo 12O.llOOfI80.000/200,lIOO 180.000/200.lIOO
125.llOOfI80.llOO'224,lIOO 125,llOOfIeo.llOO'224,000 180.llOO'224.llOOI25O.ooo 224,llOOI25O,lIOO
~:''';l(%) II2IIl2I82 II2IIl2I82 82i82IlID 82IIlO
2lJ._45-75 2O-5ll/3S-ll5/475 _40-70 3!Hl5I40-70
-(In..
---.... 3.5 3.5 3.5 3.5
..=...........-- 3.5 3.5 3.5 3.5
8M COnnTC"'a n sa. (In.) .&)/.751.75 .&)/.751.75 .751.751.75 .751.75
HIGH . . &JIAE 8WR'CH.J:::1
It8ndInI COmp~w ....ief 450 . 50
CuIIlut 428
-.ti-'I 320
LQS8.OF.CHARGBLOW-PRESSURE SWITCIf
(UquId UM) (poIg)
CuIIlut 7.3
-1-.1 22.5
pr--.fIlOTEC11ON THERMOSTAT
=~ 30.5
45.5
llU1llOCIlWlIIllNLET SCREENS CIea_
GuonIIIr-.sa. (In.) 1...20 x25 x 1
1...18x25 x 1
RET\JAN.AlR FLTERS I Th-rW I
GuonIIIr-- pn.) 4...16x20x2 4...16 x 20 x 2 4...20 *20 x 2 4...20 x 20 x 2
LEGEND
Shp - _ Horsepower
-lndicatB automatic r888l
t4llHJDOO8.OOll ""Ita law 3 bu......
4SHJlI012 _ 4SHJEOO8 009 unillllaw 4I1umo...
48HJRlO8,OO9; oI8H.lEMJF012; _ tIlo 48HJD1HJE014 have 5 bumo...
-An LP Con....~. KIt .availabfe.. an Ill:mI8Ory.
.
.
Base unit dimensions - 48HJ004-007
IT_ DUIlIULJ"DE CORNER
UNIT UNIT ~.. --.
.... --. - CD)
... ... ... ... ...
,. , ....
..., , .. .. ,
... .. , .. .. OB2 ,., ....
... 2711 15.. .. .. 'OB 7'"
NOTCS,
1. Dirnenaiont in [ 1.... in milirMm,..
2. ~ Center of glWily.
3. ~Di1ectionof.irfIow.
.c. On vertical diKhl.Igt unlls, ductwodt 10 be atIaChed tc) ~ roof curb only. For
horizontal diKharge unitt, fiIIld-suppIled fIIngIIlhDuId be dIched 10 horizonll,l dif..
Charge CIp8I'\il'IgI. and all ductworillhould be dMtIed to the fIangIa.
S. Minimum ~ llocallXldU or jutiIcIclIIan may PNdiI):
.. BttwMn unit. flue"" and j)Ol ~ - lUrfaciI. 048 inchu. (18 in. wMn using ac-
~f1ued~dItIIcior.)
b. 8oIlom of unit to cambultllle...... (when not UIing curbl. 1 inch.
80Ilam 01 bale rail to _.' .11........... (wltIen naI umg ourb) 0 incheI.
c. CondenIer coil, lot propet' a11f1ow. 38 In. one..... 12 in. thI OIhIr. ThlIide getting
the g.....r c1Nrance it optioMI.
d. o..itMd, BCl in. to ....re prgper ~r tan opemion.
e. Between unill, oontroI box..... 42 in. 1* NEC (NItIanaI Elecbicl.1 Code).
O' -6 518. f. BelweIn unit and ~ .."-I. oontroI box aide, 38 In. pe' NEe.
.----..... [188.2] g. BItwMn unit and bloCk orClOrllRlt..... and othergraunded aurfaca. control box
'-----10 tide, 42 in. per Nee.
t I h. Horizontal alPPY and mum end, 0 ~
6. WItt1t1ePClJltiOndthlelliaranCleforlleoondlnMrcailMdcombultlonaideustatKI
. -2 SIr::. "ELECTRICAL In naIes Sa, b and C. . ~ '-'01 or bMalIe NqUira no cINranoI.
t6Sl LEFT SIDE DI9C<MECT 7. ",..-................... -.......____..c.."....C....
LOCATION covering mllleriallf let on ~ ra..
8. The vMical DMlter of gravity II ".fr [457] up from tht botIom of the buI reD.
EI OUTSIDE AIR FILTER ACCESS PAIEL
Sr--~-- 5 m.SPOSABLEFILTEIlSl
2'~ ',.151'1S. I 0""" 112-
. [133] [114]
0"-3 1311S"
[!171
.
2" -9 Sl1S"
.....SJ
REAR
FILTERIECOtIIIIZER ACCESS PMEL
~CO'L
calER ... \ 2.-~/2.
l8lIDl
I~_======J
LEFT .,
SIDE II
II
II
."
3--9- II
II
[1144] II
II
r-2'iI.Jl".',
r----
EV~TllR I ..... AIR ....,.. I
L VERTICAl.
r --=::.---.-----
1_ _ _ __
"-9"'
ts331
" 0'-3"'
:~,___,] [76~21
'~.~ ~~. D'-7 1/2
[512.4] nll8.Bl
::.n~. CN.YJ SEE NOTE ..
2'-11 11116"'
"
[914]
'-0111 "'
l3Il6I
'-1 15116"'
1491
'-35116"'
[99.4]
FRONT
0'-3 1116"'
l78l
6'-1 11/16"'
[1B72l
1'-& 7/16"'
C .Il
nlXlOR FAN IIOTDR I
LOWER ACCESS PAtEL.
0' -3 5/1S"'
[91.0]
+$
O' -5 3/4"'
I""
o' -e 7I1S",AII:: 11IUCK SLOTS
[214J 0'-2 1I4"'DIA
FRONT crYl' r'R..c.s,
Il.DCrlIFF
P-.
RIGHT SIDE
. RET\III AIR
, -S 311"'
[137]
'-2 9116"'
l6SJ
1'-5 3/4"' ~.....,
[41151] ~ AIR
0'-5 7116"'
[1E
0'-3 3116
1811
o'~ 311"'
nO]
0'-111"-
....11
-------
-----,.......
I \ II
I !LPPL' AIR \ II
....,.. I
I HORIZllNTAl I
h
~~~~~-~
.c.
O' -7 114"'
[1141
'-'0''''
127+.
.....
AIR
1lPEN1..
11II1-
ZlllTAl
7.
n77.1]
~
ooraJICJIQN IIZES
A 1WDia[3&] ~ Hole
. rOIl (&1] Poww", KnClCkOuI:
C 1WD!a +tJ PortHoll
D 7KDia(22)FIlldCorltrclt Wiring Hole
E "'"-14NPT~0faIn
F W.14NPTGuConnection
Q 2W Oil. (14) ....r Supply Knodfout
.
e
00 c:=J
VIEW 5-5
BOTTOM POWER CHART. THESE HOLES
AEWRED FOR USE WITH ACCESSORY
PACKAGES - CRBTMPWROD1AOO
(W,W)
TMRI!ADED
COIGlIT
SIZE
W
W
1"..
_D
HOLE IIZES
(IIAX.)
w l2Ul
1W l2Ul
1W[....]
WIRE
...
2.
....,
....,
'SeIKt .nher :v.,- or 1V4" or power, ~g
on wire aiD.
0'-4 1I1S"'
[103.2]
FIL TEA ACCESS PAtEL
mJSPOSAIl.f FillERS)
_.10'
'ff
;;'.
,~;
t 0'-5 1111S"
[144.31
RIGHT SIDE
E STD. COJIENSATE DRAIN
Base unit dimensions - 48HJ008-014
~
CORNell CORNER
-. - "H" "J" "K" "."
(Ill (Ill
-- -- -- ....... -- --
, '" , ".
" , , '" ...... , "" 2-27,A.
, '5' ,..... ..,... , ".,.. ... 2-10"1i. 5
" ,.. ,..... 371 "11t'i, , ... 2-10'1i, 571
SI-M5I:~i" -It::~~
I
1'-5711.
'<S4'
0'-3 III"
""
.
.-
lNT
-
DL-,.. ~oe
a:cr-:----
-.
...
lNT
.....
... ..
'OIl _
1050 471 44
"J"
-
O' -7 318-
',m
.~ 13111"
FACTORY S1.PPUED
fUE HOOD
COfUN!lER COIL
4'-57/8"
11_
0'-5 "....
[".,
"\ ELEC1ll1CAI.
DISCOtIECT LOCATI4*
LEFT SIDE
REAR
.
FILTER/Eca.t1ZER ACCESS PANEL
ClIIClEN5EACOI'~
"if~'""
I
ECCIDIIZER HDCID
-
'(---@-=-- - -=---~~l...! -;.,... :~: ~,:'-:
I + I VERTiCAl I
I 1__ _ J
I -- --.,
E - - - - ..._~~
I AI.. T. CONDENSAte I I
I DRAIN IlPENIIC I Sl.PPLT I
I IN IASEPAN I AIR I
'-3i~_ :=~:
SEE NOTE .e I I
0'-1 15116:'" r 0'-4 11116" 1- - - - ~
C48.51 II C120l
!lEE__
ctWtTCB.B:. (ll.n ---,
2;;;,~~f -l II FRONT
3'-1 ""~
1Ill73l
3..... 114"'---1
1 7' -3 3/1.
l2211l
4'..g 3/"-
n_
LEFT
SIDE
1'-2.
[35S]
CCIIER "0"
.... 3/16
[2OIJ
0'-0318"'
nOJ
_1IIllI
.........,...,
"-'ACCElIS
PANEL
"."
I
IIIXllIR FAN IIJ11:IR a
"OIlER ACCE!IS PANEl
t
0' -3 SI'I"'
1
3'..0.
".4
F1R11IllCIC !ILlITS
0'-87/1."' 0'''2 114" [57]
[214] CTYP I PL.ACfS)
FRONT
NOIEII,
1. DimenIIona in ( ].... in rnIIirnIars.
2. ~ Centor.._.
3.~Directionofairflow.
4. On '4ftlca1 dIIcharge unIta, duCtwork to be atIadIed to acceuory roof curti only. For
horizonIal CIiICtIafgI unIIa. field . ,~ . fIMgea IhouIcI be aa.ctIed to hOl'izOnIal diI-
~ openhgI, and .. duaIwork IhouId bllIIICI'led to It1eIlanga.
5. MInimum""" (local CDdII or Jurildicltion may PfWIIH):
.. SItwMI'lll'lll, fIuli eIde n DOmL ..............r.ca. 48 inc:tlN. (18 in. when uaing ac-
__"'_-.J
b. 8otIom 01 unit to combu8lll* ...."... (when nat Iaing curb), 1 inch.
8otIom of but ratio _. '-' surtaoa (when not uai'Ig CUrb) 0 inchu.
c. ~ coil. fof ~aIrftow. 38 in. OM u., 12 in. U. oIMt. The.ide gding
the gr.-r clel.rance'. apIiDnaL
d. OwirhMd, 10 In. to..... proper oondeneIr fan 0I**i0n.
e. BelwMn unitt. contraI _1ilII. 42 in. per Nee (National E~ Code).
t. BelwMn unit MCl ungrounded ...... cantroI _1ilII. 38 In. Plr NEC.
g. BIt-..n unit Met bIcdI: or ~ .... MCl oIhIr groundecIsurfacu. control box
.... 42 In. Plr NEC.
h. HorizontaIIUPPIY MCll'lllum MCf. 0 inchM.
6. WilhtM -..uan 01.. ......torthl oondInIerCOlland cornDu.ucln aide......
in ncns 5a, band c. . ........... 01' barricade ~ no cIlIII.-....
7. Unite fMY be inIIaIIed m combuIttbII floors mIlde tram wood or cau. A, e, or C roof
--......-....
8. The verticaJ center of gnMIy ill 1'-7" [483] for 0Q8 ~ from 1he boCIom 01 the bUt rail.
CDrl _11On1lZES
A ''''' Oil iHI Hole
8 2W' DIll [14] Power Knookout
C 1~. DlI [44) Hall
D W CIa (12) FIeld ConbDI WIrIng Hole
E W-14 NPT CcIndIr..- DrU'I
W'~14"" Gu ComecIIan 4IKlD008 & DC>>
F W-14NPTGuComeatlon
4ItYE.tuFODl,CXJI.o12, 48HJOO12 & 014
G "'''''1111___
FILTIIt ACCEI!I PMB.
CDI..uI..E FILlERS)
,'.. 518"_
........
--
O'cfsl"'""
'-2 1311."
(71.5]
2' ~ 314-
[73DJ RIGHT
-
!UlPLV AIR
SIDE
c:::J
IDTTCIPI .... QwtT,
THEBE HIILE5 _'D FaR U!E
.:.~-~ :;-~,,-)
..
, ."
TtIIEADED WIlE B'O NU
CDNJUIT U!E SIZES
SIZE CNI.)
~- ,.&;.. 1 ?ll1lBi~J
1 114" P'fIlIEb 1 3/""[44.41
. - SELST Elne 314 CIt 1 114
fOR POWER, DEPBIU. ON WIRE SIZE.
VIEW S-S
0'-5711.-
[131]
0'-3 1"- CORtER -c-
""
0'-4 ..
n01l
"-0518"
[32DJ
FILlER ACCESS PANEl.
-CDISPOSAIU FILTERS)
-Ie- ACCESSORY
HOCID FILTER
,
1'81 ,,,-
.....v AIR '_;j
CPENI.. 'I:
IIIRIZONT... I
~
\"1!If"\
~ ....IOG!
1 tlRI8 II
\ ZONTAL \
\ \
\ \
\ I,
\ \
3'-,- '-7- '-s 1111.
lI4Dl I n'7IJ n44]
lIFP~ I t RIGHT SIDE
SlItP'Lv AIR RETlIIN AIR
E STD. CGIIENSATE DRAIN
,~
Accessory dimensions - 48HJ004-007
~
ROOF aJRBS
CONNECTION SIZES
UNII" SIZE "D"ALT "e- COUlECTOA
4IHJ "B" "C" - GAIl POWER CONTROL At'C'EI_.
HOLE PACKAGE
~.NPT :Y.-NPT WNPT CRII1MPWRlJ01AOD
CI04-4D7 1'.guA.. 1'~' lW[45] (Thru_" CaI"_IS)
[551] [406] CRBTMPWROlI2AOD
WNPT rWNPT ~'NPT (Thru-the-&.Ab,. Co...IlICliu._)
UNII" SIZE
4IHJ
CI04-4D7
"A"
AODF CURB
A(~E'WRY
CRRFCURIlIJ01AOD
CRRFCURIIII02AO
.
-.
~---~-------------
. I
I
I
I
I
I
I
I
I
I
I
I
I
I
-'
C
,f' \ .......,
, \ , ,
I \" \
, "',""-~--"14
I \'1.
\ ,'....':(' ...--'
\ , '
" I '
~"" "
-----
NOTES:
1. _culll_is oIipped-.t.
2. ,_ poneIo.
3. Di_ In [ ].... In mlHlm......
.. _ curll: galvanized_.
5. -.:11 _ to culll (~of duel _ on
culll).
6. Service clearance 4 ft on each side.
7. ~ Direction of airftow.
8. ComoI and power HNice -..re parlofs eepa-
I8IeIy lIhippod - pocIlage.
9. Either IICC8UOfy connector package can be used
with either acceuory roof curti.
c
0'-]"
""'
I
D
1
1".17116.
"'"
iJ
O'~?l16.
(11)
IJIOLTHEA05)
!U'PLY."IA
....,'"
,
I
~-- ---I
I I
, I
12'_75/1" :
4:-:
I I
!-- -_:
0'-0711'"
[11]
l8CIl.T"",",
""'"'
CSl'PLIED IfITH 0JII8)
0".3.
em
I
.
VIEW "A-A"
,
,
,
,
,
,
,
,
,
,
,
~~,
,
,
\
I
I
,
,
,
(04) SIDES
.
0'-07111"
A. C8Ol..T [11]
~HEA(5)
'-'''''~t'''T''''
t504J l334l
0'-3"
em
]'-0"
[914)
SECTION 'C-C'
5eALEl..
0....07116.
[.11J~.A
..r~
e
.
~1N6F(IlIASEPAII
E"ITRT'ERY1CE:
I O'-21n'
[Ii.)
IIIICIO IN!!II.ATlOM
tFIELD!M'PLIfD)
..........
IUtl
Ire
.
I
V .mL:I:
CTW'.M.LCGIlI8S)
",
Accessory dimensions - 48HJ008-014
t
UNIT SIZE
4IIfJ
"C"
"E"
GAS
CONNECTION SIZES
"D"ALT
IlRAIII
HOLE
POWER
"S"
-.G14
2'-87"". 1'.101y,.'
[827] (583]
~.NPT
1~"[45]
o/..'NPT
.
c..-
~---~------------
I
I
I
I
,
I
I
I
I
I
I
0'.3- I
...., I
L-J.
r---r
I
I
0'-3. I
176] I
~
fi
1'-31/4..
tH
0'.0 U16-
Il1J
<8Ot.T HEAD$)
0"
, -
, '
0' , ,
'" .
.._,......
: ~ ~ -
\ I'''~'' '..__t
\~ " ",' .s',--.....
", ",1." ..
"---' ,.. .. ..
I '..~..__.:.
: ~ ~ .
\ I.....~.. '.._-:
,~, ,-
..~-_.."
","
A: ------,
I ,
I I
I ]'-J 5/1- I
I [100&) I
I I
I I
I I
I I
10--- __I
5tJ>PLY-AIR
OJIEMI"
"c"
'-6 lS/l~ t"'> '/fJ"
[786J t378l
0'-'.
l16l
....-0 13116-
[12403
0'-01/1&-
_\'ll,...,
0'-07116-
(11)
aKl.TI'lEADS)
0'-07/1&-
U1J
(BOlT lEADS)
AL
-1A
~
i
!lUPPl..y AIR
VIEW .A-A.
.
4'c'NPT
1'10" NPT
..
ROOF aJRBS
CONTlllIL
CONNECTOR
Al'~.II~
MCKAQE
CRIlTMPWAOO1A11O
('1"hnHhe I1tl~"n)
CRII'IMPWROO2AO
~}
UNIT SIZE
4IIfJ
-.014
"""
AOCIF ctmB
A{(ElIlIRY
CAIlFCURllOO3AO
CRRFCUIlIIlllMAI
'NNPT
*'NPT
NOTES:
1. Roof curb aooeuu., ia 8hipped ~.
2. 1_ ponoIo.
3. Dimo_ in ( ] are in "oiIII>....lo....
4. _cull>: ~_.
5. "ttach ductwork to cull> (1IBngoo d duct _ on
cull>).
6. Service __ 4 ft on"""" Bide.
7. ~ Direction of airflow.
8. Either acceaory connector peckage can be used
with either acceuory roof curb.
(4) SlOES
Cl:UITEllI FLASH'.
(FIELD SI.I'Pl..IED)
SECTION 'C-C'
SCIl.L.E 1,4
.
OPENING FOR Bl.SEPAH
ENTlI:VSER'lICE
I
,
,
,
,
,
,
,
I
I
I
I
I
I
,
I
-,
..
..
\
I
I
I
,
,
SEE VIEW
". ,.~.~-----
Selection procedure (with 48HJE005 example) ~
I DetermIne cooUng and heating requirements at
design c:ondItIcms.
Given:
Required Cooling Capacity rrC) ...... 44,600 Btuh
Sensible Heat Capacity (SHC) ....... 32,000 Btuh
Required Heating Capacity. . . . . . . . .85,000 Btuh
Condenser Entering-Air Temperature ....... 95 F
Evaporator Entering-Air
Temperature ............. 82 F edb, 67 F ewb
Evaporator Air Quantity . . . . . . . . . . . . . 1600 dm
External Static Pressure (ESP) .. . . . . . 0.75 in. wg
Electrical Characteristics (V-Ph-Hz) . . . . . . 230-1-60
U Select unit based on required cooUng NIlp-lty.
Enter the Cooling Capacities table (page 21) at con-
denser entering temperature of 95 F, evaporator air
entering at 1600 dm and 80 F db and 67 F wb. The
48HJ005 unit will provide a total cooling capacity of
48,900 Btuh and a sensible heat capacity of 34,700
Btuh. For evaporator-air temperature other than 80 F
edb, calculate sensible heat capacity correction, as re-
quired, using the formula found in Note 3 following the
Cooling Capacities tables.
For this example:
Correction factor = 1.10 x (1-.21) x (82-SO) -1.738
Multiply the correction factor of 1. 738 by 1600 dm
(a total of 2781). From the Gross Cooling Capacities
tables find that the sensible heat capacity at 80 F is
34.7 MBtuh (equivalent to 34,700 Btuh). Add 34,700
and 2781 to get the corrected sensible heat capacity
of 37,481.
NOTE: Unit ratings are gross capacities and do not in-
clude the effect of evaporator-fan motor heat. To cal-
culate net capacities, see Step V.
m Select heating capacity o' unit to provide design
condition requirements.
In the Heating Capacities and Efficiencies table
(page 7) note that unit 48HJE005 will provide output
capacity of 92,000 Btuh, which is adequate for the
given application.
IV DetermIne fan speed and po.- requb........da
at design c:ondltlons.
Before entering the Fan performance tables, calculate
the total static pressure required based on unit com-
ponents. From the given and the Pressure Drop tables
(page 40), lind:
External static pressure .75 in. wg
Durab1ade economizer .05 in. wg
Total static pressure = .SO in. wg
Enter the Fan performance table for the 48HJ005
vertical discharge unit on page 29. At 1600 dm, the
standard motor will deliver 1.1 in. wg static pressure
and 1.17 Bhp. This will adequately handle the job
requirements.
Using evaporator-fan motor efficiency table and for-
mula on page 40, determine watts.
.
W 1.17 (746)
atts- .75
Watts = 1164
V Determine net cooUng capacity.
Cooling capacities are gross and do not include indoor-
fan motor (IFM) heat. Determine net capacity using the
following formula:
Net capacity - gross capacity - IFM heat
- 48,900 Btuh - 1164 Watts
(3.413 Btuh_)
. Watts
- 48,900 Btuh - 3972 Btuh
Net capacity = 44,928 Btuh
Net sensible capacity = 37,481 Btuh - 3972 Btuh
Net sensible capacity - 33,509 Btuh
e
e'
v,
,~y
,.;y'
Performance data ..
COOIJNG CAPACITIES, STANDARD UMTS
t __ TONS
T......(F) T.... Air EnlIIrin E~ Clm/BF
Air Ent lICIlIIlI.14 12Ol11l1.17 15Ol11l1.20
Can__ .... AlrEl*rtn Ewb
(Edb) 72 87 82 72 87 82 72 87 82
41. 25:2 29) 2(& 33:& 44. 41.& .0
75 SHC 20.4 23.3 30.7 37.0
kW 2.19 2.1& 2.12 2.21 2.15 2.23 2.19 2.16
TC 40.7 37.5 34.5 42.1 38.4 43.5 40.4 37.6
85 SHe 19.9 24.7 29.2 21.5 33.2 23.2 30.3 38.4
kW 2.48 2.42 2.39 2.47 2.41 2.50 2.45 2.42
TC 39.3 38.1 33.1 40.& 34.9 42.0 38.9 38.1
95 SHe 19.5 24.1 29.4 21.1 32.5 22.& 29.9 35.6
kW 2.75 2.71 2.66 2.77 2.69 2.78 2.74 2.71
TC 37.7 34.& 31.7 39.3 38.2 33.4 40.1 37.2 34.7
105 SHC 1&.& 23.5 27.& 20.7 26.6 31.& 22.1 29.3 34.7
kW 3.05 3.02 2.98 3.09 3.04 3.01 3.10 3.05 3.03
TC 38.0 33.0 29.7 37.4 34.5 31.5 38.1 35.5 33.2
115 SHC 1&.3 22.9 28.7 19.9 28.1 30.9 21.3 28.7 33.2
kW 3.41 3.38 3.31 3.43 3.39 3.34 3.44 3.41 3.37
TC 34.2 31.3 27.& 35.& 32.7 29.4 38.3 33.6 31.9
125 SHe 17.6 22.2 25.& 19.4 25.4 29.4 20.& 28.0 31.&
kW 3.78 3.73 3.66 3.80 3.76 3.71 3.81 3.7& 3.75
_J0D5 4 TONS
T~(F) 'Ii Air n E Clm/BF
Air I 12Ol11l1.17 14&Gt'l1.1' 180010.21
Con__ .... E Ewb
(Edb) 72 87 82 72 82 72 87 82 72 87
T 54.0 50.7 44. 55.9 41:8 58.4 .8 49.1 58.1 54.5 47:5
75 SHC 28.1 32.7 37.5 27.8 28.2 38.2 43.& 30.2 39.5
kW 2.&1 2.80 2.78 2.83 2.78 2.83 2.80 2.78 2.84 2.82 2.78
>> T 52.2 49.9 41.9 54.1 45.9 54.5 51.0 47.2 55.3 52.3 49.7
85 SHe 25.4 32.0 38.4 28.9 40.& 27.5 35.7 42.8 29.8 39.5 48.8
kW 3.20 3.19 3.15 3.22 3.17 3.22 3.20 3.18 3.22 3.20 3.18
TC 50.7 48.9 39.5 51.9 43.5 52.5 49.9 45.2 53.9 50.1 48.7
95 SHC 24.9 31.1 35.0 28.1 39.8 28.8 34.7 41.& 28.8 37.5 45.8
kW 3.84 3.61 3.57 3.65 3.80 3.85 3.62 3.80 3.&7 3.83 3.81 .
TC 48.8 44.5 38.7 49.& 48.2 40.7 50.2 48.7 42.1 51.5 48.2 44.7
105 SHC 24.3 30.2 33.& 25.3 32.& 38.2 28.0 33.9 40.3 27.9 37.4 44.4
kW 4.12 .4.09 4.03 4.12 4.09 4.05 4.12 4.09 4.07 4.14 4.11 4.08
TC 48.5 41.1 34.3 47.7 43.3 37.0 48.0 44.4 38.5 48.9 45.7 0
115 SHC 23.4 29.9 32.4 24.9 31.& 38.3 25.4 33.4 38.3 27.1 38.9 42.0
kW 4.84 4.59 4.53 4.85 4.62 4.55 4.64 4.83 4.58 4.85 4.63 4.80
TC 43.& 37.5 32.4 45.1 39.0 33.8 45.3 40.1 35.4 48.3 42.8 38.8
125 SHC 22.5 27.4 31.5 24.1 30.2 33.7 24.7 31.9 35.4 28.5 35.9 38.&
kW 5.19 5.13 5.05 5.20 5:45 5.09 5.19 5.17 5.11 5.20 5.19 5.15
.. Standard Ratin9S
LEGEND
SF - Bypass Factor
Edb - Entering Dry Bulb
Ewb - Entering Wet Bulb
kW - CompnlS8Cll' Motor Power Input
SHC - Sensible Heal CapaciIy (1000 Btuh) Gross
TC - Total CapaciIy (1000 Btuh) Gross
NOTES:
1. D1noct interpolation is perm_. Do not -..pola18.
2. The following fonnulas may be .-:
sensible cap8City (Btuh)
~db= Iedb- 1.10xelm
~wb = Wet-bulb l8mperature conesponding 1D enthalpy 01 &ir
leaving 8VlIpClf8IOr coI (hlwbl
h _ h _ total cap8City (Btuh)
Iwb - ewb 4.5 x elm
Where: hewb = Enthalpy 01 &ir enl8ring evaporalOr coil.
3. The SHC is _ on 80 F edb l8mperature 01 &ir enl8ling _
relOr coil.
Below 80 F edb, subtrIIcI (c:orr lector x elm) from SHC.
Aba... SO F d, add (carr tacIor It cfm) 10 SHe.
Correction Fac10r = 1.10 x (1 - BF) x (lIdb - 80).
.
~ .._..~-""- ---~". ~....~'"__'~"""_"""":.."'"",,.._. "..i-"''->'~- ~.
Performance data (cont) ~
COOUNG CAPACITIES. STANDARD tJNtts (cont)
48HJ006 (5 TONS .
Temp(F) E Clm/BF
Air En! 2IIlIlIIlI.11 25OCI/O.13
ean-.- T.... E Ewb
(Edb) 72 87 1I2 72 1I2 72 17 1I2 72 87 1I2
70.8 65.4 .5 35:7 1.1 .0 .4 .8 74.8 70.3 84.8
75 SHC 34.1 42.7 49.9 54.2 36.8 48.0 57.8 39.8 53.0 83.4
kW 3.53 3.49 3.44 3.55 3.48 3.55 3.51 3.47 3.57 3.54 3.48
TC 88.9 83.2 55.3 70.5 57.9 72.2 88.4 80.2 73.2 88.1 62.9
15 SHC 33.5 41.8 48.4 35.0 52.8 37.0 47.6 58.8 39.3 52.5 62.4
kW 3.98 3.94 3.87 4.00 3.90 4.03 3.97 3.92 4.04 3.99 3.94
TC 88.8 80.6 52.4 88.3 54.3 88.3 83.8 58.6 71.2 65.6 80.6
95 SHC 32.8 40.7 47.0 34.5 51.1 36.0 48.7 55.0 39.1 51.8 60.5
kW 4.48 4.43 4.35 4.50 4.37 4.51 4.48 4.40 4.55 4.48 4.44
TC 84.3 57.7 49.9 65.9 59.8 51.7 88.9 61.1 54.1 88.4 62.8 58.4
105 SHe 32.0 39.6 45.8 33.7 42.8 49.7 35.3 45.7 53.5 36.4 51.0 58.4
kW 5.03 4.96 4.87 5.05 4.99 4.90 5.06 5.00 4.83 5.08 5.02 4.98
TC 61.5 54.8 47.3 62.8 58.7 49.1 84.0 58.2 51.6 65.4 59.9 58.1
115 SHC 31.0 36.4 44.5 32.5 41.6 48.2 34.4 44.6 51.6 37.4 50.0 58.1
kW 5.81 5.55 5.48 5.62 5.58 5.49 5.65 5.80 5.52 5.67 5.61 5.57
TC 58.7 51.8 44.5 59.9 53.4 46.2 80.8 54.9 49.0 62.2 58.8 53.5
125 SHC 30.0 37.2 43.1 31.7 40.4 48.2 33.3 43.4 48.9 36.4 48.9 53.4
kW 6.27 6.19 6.09 6.28 6.21 8.13 6.29 6.24 6.17 6.31 6.27 6.22
48H.lOl17 6 TONS
Temp (F) 11 r Enl8rl
Air En! 1100/0.05 21l1l1t'l1.08
ean-.- 11 r Enl8rIn
(Edb) 72 87 1I2 72 17 1I2
.7 60.7 .4 45:0 57:4 88:9
75 SHe 43.0 53.7 83.8
kW 4.58 4.46 4.33 4.83 4.50 4.36
TC 94.1 78.2 72.0 88.4 60.3 74.1
65 SHC 42.0 52.6 62.7 44.5 58.6 88.0
kW 5.10 4.97 4.65 5.16 5.03 4.90
TC 81.3 75.3 88.2 83.4 71.3
95 SHC 41.0 51.4 61.4 43.4 88.6
kW 5.65 5.52 5.39 5.71 5.44
TC n.9 72.0 88.1 60.0 73.8 88.0
105 SHC 39.7 50.2 60.0 42.2 54.0 65.2
kW 6.22 6.08 5.94 6.29 6.13 6.00
TC 74.7 68.4 61.8 75.9 70.0 84.1
115 SHe 36.7 48.8 58.1 40.8 52.6 83.2
kW 6.94 6.88 8.49 6.87 8.71 6.58
TC 70.3 83.6 57.2 71.8 65.5 59.1
125 SHC 37.2 47.0 55.8 39.5 51.0 59.1
kW 7.43 7.25 7.03 7.48 7.30 7.13
- Standard Ratings
LEGEND
BF - Bypass Factor
Edb - Entering Dry Bulb
Ewb - Entering Wet Bulb
kW - Complll88Or Motor Power Input
SHC - Sensible Heel Capec~ (1000 Btuh) Gross
TC - Total Capacity (1000 tuh) Gross
E
3000lO.08
E
72 87 1I2 72 17 62
61~ 51~ .3 81.0
47.2 73.6 87.4 60.7
4.87 4.55 4.41 4.72 4.58 4.47 e
88.2 81.7 75.7 90.2 94.0 78.8
46.8 60.2 72.5 50.8 67.4 78.7
5.21 5.06 4.83 5.26 5.12 4.99
65.1 78.9 72.9 87.2 80.8 78.2
45.8 59.2 71.2 50.2 65.8 76.2
5.n 5.82 5.48 5.83 5.88 5.55
81.8 75.3 88.6 83.4 n.l 73.2
44.6 57.8 88.3 49.0 84.5 73.2
8.34 6.17 6.04 8.40 8.22 6.12
n.6 71.3 88.5 78.7 73.0 70.1
43.3 58.4 88.4 46.9 83.2 70.0
6.83 8.75 8.83 6.96 8.80 6.72
72.9 88.8 61.9 74.0 88.6 66.4
41.7 55.0 61.9 45.4 61.8 66.3
7.51 7.35 7.22 7.54 7.41 7.33
NOTES:
1. Direct interpolation ia panniasible. Do not extrapolata.
2. The following formulae may be .-:
~db = ledb - sensible capscIty (Bluh)
1.10 x elm
~wb = Wet-bulb temperatura corraspollding 10 en1hsIpy of air
leaving evapore1Dr coIllh1wb1
total capscIty (Bluh)
hlwb = hewb - 4.5 x elm
Whera: hewb = Enthalpy of air entering evaporalor coil.
3. The SHC is based on 60 F &db temperatura of air entering evapo-
ralor coil.
Below 60 F edb, subtract (COlT IacIor x elm) from SHC.
Above 60 F edb. add (carr factor x r:Im) /0 SHe.
Correction Factor = 1.10 x (1 - BF) x (edb - 60).
~-'~,_:,-,:""""...;.:.;:-'-;.
~
COOUNG CAPACITIES, STANDARD UNITS (cont)
~ 4IH fClO8 TONS
T......(F) T.... Clml8F
Air En! 22IICIIlI.10 11 .14
ConcIen.- "Ii Ewb
(Edb) 72 17 72 12 72 17 12
IOS.5 .e 75:7 107.3 .7 110.3 101. .8
75 50.8 83.8 53.3 83.7 58.0 16.6 82.2
5.15 5.07 5.04 5.16 5.06 5.20 5.13 5.07
102.5 93.6 83.6 105.1 87.5 107.7 98.0 90.6
15 48.7 62.4 73.8 52.8 62.2 57.3 75.9 90.0
5.86 5.79 5.73 5.89 5.77 5.93 5.86 5.78
96.9 90.1 79.3 101.6 83.5 103.8 95.3 87.4
95 SHC 48.5 61.2 71.9 51.9 80.2 58.2 74.9 87.3
kW 8.85 8.58 6.48 6.89 8.53 8.72 8.64 6.57
TC 95.3 86.2 75.7 97.6 86.8 79.8 100.0 91.0 64.1
105 SHC 47.3 58.6 70.2 50.7 85.9 79.0 55.3 73.6 84.1
kW 7.51 7.44 7.31 7.55 7.48 7.38 7.59 7.50 7.41
91.0 62.0 71.8 93.2 84.5 75.4 95.6 86.8 80.7
115 45.9 58.0 88.1 48.3 84.2 75.3 54.2 72.1 80.7
8.43 8.33 8.20 8.48 8.37 8.27 8.52 8.42 8.34
88.2 77.8 88.1 88.3 80.0 71.9 90.0 81.9 77.2
125 44.1 58.4 88.3 47.5 62.8 71.8 52.1 70.1 77.2
9.38 9.29 9.14 9.43 9.34 9.24 9.47 9.38 9.32
48HJ00I ''At TONS
Temp (F) "Ii E
AIr En! 255OIlI.OII 34CIIIIO.11 -.13
Conden_ wb
(Edb) 72 17 12 72 17 12 72 17 12
11 .5 1 77:8 .1 86:3 2. 110. 1 1 .3 1 1 .4
75 58.5 85.7 80.2 62.2 75.8 92.8 87.8 83.3 101.2
5.92 5.84 5.77 5.95 5.81 5.96 5.98 5.83 5.98 5.91 5.85
) 115.5 101.9 90.8 119.7 94.8 121.4 106.9 96.1 124.0 109.1 96.7
15 55.1 84.3 78.1 58.9 85.1 81.3 74.5 90.5 88.2 82.9 98.5
6.77 8.89 8.81 8.83 8.17 6.85 8.76 6.67 6.88 6.79 8.71
111.3 97.7 98.8 115.0 90.8 117.2 102.8 91.7 120.1 104.8 94.5
95 53.7 62.8 74.2 57.4 62.9 80.0 73.0 88.8 85.0 81.5 94.5
7.71 7.62 7.52 7.16 7.58 7.80 7.89 7.58 7.84 7.74 7.86
107.2 93.5 82.5 110.5 96.7 85.9 112.1 97.9 87.8 114.9 98.9 90.5
105 52.2 81.3 72.7 58.0 87.4 81.2 58.4 71.4 88.6 83.5 79.5 90.5
8.75 8.64 8.54 8.80 8.70 8.61 8.62 8.71 8.62 8.88 8.75 8.87
101.9 89.2 79.0 104.7 91.8 81.5 106.7 93.1 83.3 109.2 94.9 88.3
115 50.2 59.5 70.7 53.7 85.7 79.5 58.8 89.5 83.1 81.5 77.8 88.3
9.80 9.73 9.64 9.88 9.79 9.72 9.90 9.79 9.71 9.95 9.84 9.75
97.3 84.3 73.1 100.0 JIIl.8 76.0 101.3 87.9 78.7 102.9 89.5 81.9
125 SHC 48.7 57.7 88.5 52.4 83.9 78.0 54.8 67.9 78.7 59.1 75.7 81.9
kW 11.03 10.90 10.70 11.08 10.96 10.81 11.11 10.99 10.88 11.14 11.03 10.93
__ Standard Ratings
LEGEND
BF - Bypass Factor
Edb - En18ring Dry Bulb
Ewb - En18ring Wet Bulb
kW - Compresaor Mctor Power Inpul
SHC - Sensibla Heat Capacity (1000 Btuh) Groas
TC - Total Capacity (1000 Btuh) Groas
NOTES:
1. Direct interpolation Is permlaible. Do not extrapolate.
2. The following formulas may be _:
sensible capacity (Btuh)
~db = Iadb - 1.10 x elm
~wb = Wet-bulb temperatura corrasponding to enthalpy of air
leaving avaporator coil (hlwb)
h _ h _ total capacity (Btuh)
Iwb - ewb 4.5 x elm
Whera: hewb = Enthalpy of air en18ring 8Y8PCJI81Dr coil.
3. The SHC is besed on 80 F edb temperatura of air en18ring evap0-
rator coil.
Balow 80 F edb. subtract (corr factor x elm) from SHC.
Above 80 F adb, add (COlT facIar x cfm) 10 SHe.
Corraction Factor = 1.10 x (1 - BF) x (edb - 80).
...-..~~
Performance data (cont) ~
COOUNG CAPAC111ES. STANDARD UNITS (cont)
4IHJ012 10 TONS .
T=,~ 'Ii Cfm/BF
4OOlIIll.04 _.04
Con"'" E Ewb
(Edb) 72 1fT 82 82 72 1fT 82 72 67 82
140.3 1 .4 115. 118.1 145.2 134.0 1 .1 147.5 136.6 1 .3
75 SHC 65.6 82.2 97.4 101.5 71.3 93.1 113.5 n.9 103.7 124.7
kW 7.35 7.21 7.12 7.13 7.48 7.31 7.17 7.51 7.37 7.22
TC 137.7 125.3 110.0 113.6 142.6 130.6 117.7 144.6 133.3 122.3
65 SHe 65.0 81.2 95.2 99.7 71.0 92.8 112.0 76.9 103.1 122.2
kW 8.29 8.13 8.02 8.03 6.40 6.24 8.09 8.45 8.31 8.16
TC 133.8 120.7 103.0 107.2 138.6 125.8 112.8 141.7 128.5 118.5
95 SHe 63.9 79.6 92.2 97.0 70.6 91.5 109.7 76.9 102.5 118.4
kW 9.33 9.16 8.98 9.00 9.44 9.27 9.07 9.51 9.33 9.19
TC 128.7 115.4 96.5 116.6 99.7 133.7 120.3 107.1 136.7 122.8 114.5
105 SHC 82.3 n.6 89.4 80.2 93.5 89.4 89.6 106.8 76.0 100.6 114.3
kW 10.48 10.28 10.00 10.30 10.07 10.57 10.38 10.21 10.66 10.43 10.31
TC 123.2 109.1 90.6 110.3 92.2 127.9 114.4 100.8 130.9 116.8 110.1
115 SHC 80.4 75.1 86.6 n.6 90.0 67.6 87.6 100.7 74.6 96.7 109.9
kW 11.86 11.47 11.20 11.51 11.25 11.77 11.80 11.41 11.89 11.66 11.56
117.5 101.8 86.2 103.0 67.4 121.6 107.1 96.0 124.1 110.3 104.8
125 SHC 58.5 72.5 84.5 75.0 87.3 65.8 65.1 96.0 72.5 96.9 104.8
kW 12.99 12.77 12.50 12.81 12.55 13.10 12.92 12.74 13.19 13.01 12.91
48HJ014 112'b TONSl ~Alr EnWIna E
T....p(F) Cfm/BF
Air En1 375CIIO.08 I 43OCIIII.0I '.j 5lIOlIt'lI.11 I _.13
eon...., T....p .1" Air En_ .Ewb
(Edb) 72 67 82 72 1fT 82 72 1fT 82 72 1fT 82
~C 1\14.3 154.8 W"t: 1!!!!.5 I~F 143.6 171.7 lr,:g l~U lI~.I l~.~ 153.5
75 91.0 107.5 95.7 114.1 121.0 101.6 49.4 110.6 142.3
kW 9.5& 9.43 9.18 9.67 9.44 9.28 9.75 9.51 9.25 9.63 9.61 9.38
TC 159.5 149.4 125.8 163.8 152.7 138.6 186.8 155.6 143.6 170.2 159.5 149.4
65 SHC 78.3 102.0 116.4 82.8 108.2 128.8 86.7 116.1 140.0 93.3 130.0 149.3
kW 10.80 10.50 10.19 10.47 10.49 10.27 10.81 10.57 10.33 10.92 10.69 10.43
TC 154.0 143.2 118.0 157.7 128.8 161.1 149.6 137.5 184.4 153.6 144.3
95 SHC 78.6 99.5 112.5 eo.5 124.8 65.1 114.4 138.3 75.5 112.1 135.8
kW 11.59 11.82 11.41 11.84 11.49 11.78 II.eo 11.5& 12.08 11.90 11.69
TC 148.0 134.1 110.7 151.5 139.5 120.6 153.9 142.4 128.3 157.0 145.8 138.7
106 SHC 74.4 95.9 108.6 78.9 104.0 119.9 83.2 111.6 128.3 89.3 125.2 138.7
kW 12.94 12.69 12.38 13.04 12.77 12.45 13.10 12.84 12.57 13.18 12.93 12.76
TC 139.1 120.4 103.2 143.0 125.0 110.6 148.1 128.8 118.2 149.9 135.7 129.5
115 SHC 71.3 90.5 103.2 78.0 98.1 110.5 80.5 107.0 118.2 87.2 122.1 129.5
kW 14.12 13.83 13.50 14.20 13.93 13.63 14.29 14.03 13.78 14.37 14.14 13.97
TC 127.1 106.2 97.5 131.6 108.7 100.7 138.1 112.0 105.7 139.5 118.4 116.4
125 SHC 67.2 85.1 97.4 72.4 91.9 100.3 n.6 100.4 105.6 84.6 114.2 116.3'
kW 15.31 14.99 14.65 15.42 15.08 14.85 15.51 15.18 15.03 15.60 15.28 15.22
e
.. Standard Ratings
LEGEND
BF - Bypass Factor
Edb - En1aring Dry Bulb
Ewb - Entering Wet Bulb
kW - Compressor Motor Power Inpul
SHC - Sensible Heat Capacity (1000 Bluh) Gross
TC - Total Capacity (1000 Btuh) GIll8S
NOTES:
1. Direct in1arpolation is permissible. Do not extrapolate.
2. The following formulas may be used:
sensible capacity (Bluh)
Iidb= Iedb- 1.10xcfm
Itwb = Wet-bulb temperatura corraepolldlng to en1halpy of air
laaving evaporator. coil (hlwb)
h _ h _ total capacity (Btuh)
Iwb - ewb 4.5 x cfm
Whera: hewb = En1haIpy of eir _ring _tor coil.
3. The SHe Is based on 80 F edb temperatura '" air en1aring evap0-
rator coil.
Below 80 F edb. subtract (corr factor x cfm) from SHe.
Abow 80 F edb. _ (corr _ x din) 10 SHe.
CoITection Factor = 1.10 x (1 - BF) x (edb - 80).
_t.......'
_51\
-
~
COOUNG CAPAaTIES. UNItS WITH MOJS'riJREMIsER 0P110N
. 4IH 1004 TONS
T...." (F) "Ii Air F
AIr Ent 1IlIIIIO.14 .17 15ClO1O.20
CaI__ "Ii AIr E Ewb
(Eclb) 72 87 12 72 87 12 72 67 62
41.3 .3 .3 .5 38. 312 45.5 41.6 38.2
75 SHe 17.5 22.4 28.7 19.6 25.5 21.5 28.5 35.2
kW 2.19 2.14 2.10 2.21 2.16 2.14 2.24 2.19 2.16
TC 38.6 34.4 31.6 41.3 37.5 33.3 43.5 38.6 35.5
85 SHC 15.2 20.1 25.1 17.1 23.2 29.0 18.9 28.3 32.9
kW 2.46 2.40 2.37 2.47 2.43 2.40 2.51 2.45 2.42
TC 35.9 31.4 28.8 38.2 35.9 30.6 41.3 35.7 32.9
95 SHC 13.0 17.9 23.3 14.5 21.1 28.9 16.1 24.2 30.6
kW 2.74 2.88 2.83 2.76 2.74 2.67 2.80 2.75 2.71
TC 33.8 29.7 27.4 36.3 32.2 28.7 36.1 32.9 30.4
105 SHe 10.9 15.8 21.0 12.5 18.9 24.6 14.0 21.7 28.1
kW 3.05 3.00 2.97 3.09 3.04 2.99 3.12 3.07 3.03
TC 31.8 28.0 25.5 33.2 28.7 28.5 34.9 30.0 27.9
115 SHe 9.0 13.7 18.4 10.3 15.8 22.3 11.9 19.3 25.2
kW 3.40 3.36 3.31 3.45 3.38 3.32 3.46 3.41 3.37
TC 28.7 28.3 23.4 28.7 25.5 22.9 31.3 27.1 25.5
125 SHC 6.9 12.2 17.3 7.9 14.5 20.6 9.2 17.3 22.3
kW 3.76 3.73 3.88 3.84 3.77 3.71 3.87 3.79 3.75
.
4IHJOII5 14 TONSI
T....p IF) T_ I~J AIr Enl8rtna Clm/BF
Air Ent 12OC11O.17 I 1~' 111l1111O.21 I 2OOOIlI.24
eon..... T_ r EvII_ Ewb
(Eclb) 72 87 12 72 87 12 72 87 12 72 87 12
~ ~.9 ~!.5 41.~ ~J ~:~ ~I.5 57.0 ~J ~.1 ~la 1lS:? *.1
75 22.7 28.4 33.4 36.9 25.9 41.6 47.5
kW 2.87 2.88 2.82 2.89 2.87 2.84 2.89 2.88 2.85 2.90 2.88 2.85
TC 49.2 43.8 37.1 52.1 47.2 43.6 52.9 47.9 43.7 55.4 51.4 47.0
95 SHe 19.8 25.5 30.4 22.2 28.5 35.8 12.7 16.8 20.3 24.2 36.0 44.3
kW 3.28 3.25 3.21 3.28 3.28 3.23 3.28 3.28 3.24 3.28 3.28 3.24
TC 45.8 40.1 32.8 46.2 43.8 39.4 46.8 44.0 38.3 51.7 47.4 43.0
95 SHC 17.2 22.5 27.3 18.4 24.8 32.8 19.0 28.1 35.9 20.7 33.0 41.0
kW 3.71 3.88 3.84 3.72 3.89 3.87 3.72 3.89 3.67 3.74 3.70 3.88
TC 41.6 37.0 29.7 43.2 36.9 35.4 43.9 39.7 34.7 46.5 41.4 37.5
105 SHe 13.5 19.5 23.9 14.7 21.7 28.2 5.7 10.0 13.3 16.4 27.8 35.1
kW 4.20 4.17 4.11 4.20 4.17 4.14 4.20 4.17 4.15 4.22 4.19 4.18
TC 37.2 33.2 27.1 36.4 34.0 30.8 38.4 35.5 30.0 41.3 35.2 31.9
115 SHe 9.9 16.4 20.7 11.3 18.5 25.6 11.2 19.7 25.4 12.4 22.4 28.8
kW 4.73 4.88 4.82 4.74 4.71 4.64 4.73 4.72 4.85 4.74 4.72 4.89
~ 32.4 28.1 24.9 '8 28.1 27.4 35.3 30.5 28.6 36.1 32.0 28.7
125 7.2 12.9 18.3 .4 14.5 21.9 16.8 21.1 21.2 9.5 18.3 24.1
kW 5.28 5.23 5.15 5.30 5.25 5.19 5.29 5.27 5.21 5.30 5.29 5.25
LEGEND
BF Bypass Factor
Edb Entering Dry Bulb
Ewb - Entering Wet Bulb
kW - Compressor _ Power Input
SHC - Sensible Heet Caoecilv (1000 Btuh) Gross
TC - Total Cepecity (1000 B"tuh) Gross
NOTES:
1. Direct interpolelion is pennlaeible. Do not extrapoIete.
2. The following Iormules may be used:
_ble capecity (Btuh)
~db= ledb- 1.10 x elm
~wb = Wet.bulb temperature corresponding 10 entheJpy of sir
leeving evepora1Dr coil (hlwb)
h h_ toteJ capecity (Btuh)
Iwb = ....wb - 4.5 x elm
Where: hewb = Enthalpy of sir entering 8V8pCIIlIIDr coil.
3. The SHe is bssed on 80 F edb temperature of sir entering evepo-
rator coil.
Bslow 80 F &db, sublract (corr Ieclor x elm) from SHe.
Above 80 F //db, add (corr f8cIDr x cIm) 10 SHe.
Corraction Factor = 1.10 x (1 - BF) x (&db - 80).
>>
Performance data (cont)
~
COOUNG CAPACITIES, UNITS WITH MOISTUREMISER OPTION (cont)
4IHJOOlI 15 TONSI
T...p (F) 'Ii Air EnlIIrina EVIl - ClmlBF
Air En! 15C1C1t'O.GI T 1 ~ atJtJIO.11 I 25OCIIlI.13
CoIIdeI_ T.... rFI AIr EnlIIrin E _. Ewb
(Edb) 72 87 12 72 87 12 72 87 12 72 87 12
~C JU ~7 ~T 74.7 67.3 61.0 ?S.5 712 ~.8 81.7 75.5 611.3
75 38.9 31.7 40.5 51.2 34.5 442 55.4 37.8 52.0 62.8
kW 3.81 3.55 3.51 3.64 3.58 3.49 3.65 3.80 3.51 3.62 3.58 3.51
TC 65.9 59.1 51.7 70.6 632 58.3 75.5 88.8 80.7 78.1 70.8 65.1
65 SHC 25.3 134.0. 41.9 27.5 37.8 49.0 30.7 41.6 52.0 33.8 47.4 58.0
kW 4.05 3.97 3.91 4.07 4.01 3.92 4.11 4.00 3.95 4.08 4.02 3.96
TC 61.9 55.2 47.7 88.5 58.8 51.3 70.4 61.9 55.7 74.2 65.9 80.6
95 SHC 21.6 31.1 40.0 23.5 34.5 44.6 26.0 38.6 47.9 30.0 42.8 52.6
kW 4.53 4.43 4.35 4.55 4.47 4.37 4.58 4.42 4.41 4.58 4.49 4.44
TC 57.7 51.1 44.9 61.8 54.5 47.7 65.1 57.2 50.8 68.4 60.3 56.1
105 SHC 18.1 27.8 35.7 20.0 31.2 40.1 22.1 34.3 43.5 28.1 38.9 49.5
kW 5.05 4.93 4.84 5.09 4.97 4.89 5.11 4.96 4.92 5.11 5.03 4.98
TC 53.4 47.2 42.0 56.6 50.0 44.2 59.8 52.5 49.2 62.6 54.9 51.6
115 SHC 14.7 24.6 31.5 16.5 27.8 35.7 18.2 30.0 39.0 22.1 34.9 44.3
kW 5.80 5.49 5.40 5.84 5.52 5.45 5.69 5.55 5.49 5.89 5.81 5.57
TC 49.7 42.0 38.9 51.3 45.0 39.0 54.1 49.8 40.9 56.9 49.2 45.9
125 SHC 10.9 19.6 26.0 12.5 22.2 31.5 13.5 24.0 34.0 16.5 28.0 38.8
kW 6.26 6.12 8.02 828 6.18 8.09 6.33 6.18 8.13 6.33 8.27 8.22
4IHJOO7 18 TONSI
Temp (F) 'Ii Air En_a ClmlBF
Air En! 1l1OC11l1.05 T 21 0lIIlI.08 I 24OlIIlI.lI8 T 3000lO.08
Cond__ Teoiiii lFf Air Ew_ Ewb
(Edb) 72 67 12 72 87 12 72 87 12 72 67 12
~C 82.6 ?H ~~ u~:f ~:~ !!!.~ 65.9 79.5 ~U 89.1 82.7 n.0
75 38.0 44.8 59.7 38.8 51.1 41.8 58.1 70.2
kW 4.80 4.52 4.38 4.87 4.57 4.49 4.70 4.57 4.45 4.n 4.61 4.51
TC 782 71.6 64.5 80.9 73.4 65.8 82.0 74.4 67.9 95.8 78.2 72.3
88 SHC 31.4 41.2 51.7 33.0 44.7 55.8 34.7 47.4 80.1 37.6 54.3 88.7
kW 5.18 5.03 4.89 522 5.11 4.96 5.26 5.09 4.97 5.32 5.17 5.04
~~C 73.8 67.4 802 78.3 68.3 80.5 n.5 89.3 62.3 82.0 72.8 67.5
95 27.0 37.8 47.9 282 40.0 51.6 30.2 43.7 56.2 33.6 49.2 62.9
kW 5.75 5.80 5.44 5.80 5.88 5.49 5.84 5.68 5.53 5.90 5.73 5.80
TC 68.4 62.6 55.9 71.4 84.3 562 72.1 64.6 58.3 75.7 67.0 62.4
105 SHC 22.3 33.5 43.5 23.4 38.5 49.0 25.4 38.4 50.2 29.1 45.2 56.2
kW 6.37 8.22 6.08 6.45 6.27 6.10 6.46 629 6.16 6.53 8.38 6.24
TC 63.4 57.8 50.7 88.0 80.1 51.5 88.4 59.6 54.5 68.8 80.8 57.5
115 SHC 18.1 29.5 38.9 18.8 32.9 44.1 20.7 33.3 43.8 24.3 41.4 49.7
kW 7.04 6.89 6.68 7.10 6.91 6.74 7.12 6.95 6.93 7.16 7.01 6.92
TC 55.5 49.8 45.8 56.4 52.4 49.1 57.6 52.1 49.5 59.2 52.8 53.1
125 SHC 15.3 24.0 352 15.7 27.5 39.0 17.5 27.5 38.4 20.9 34.6 44.4
kW 7.80 7.61 7.38 7.83 7.67 7.49 7.89 7.72 7.58 7.92 7.78 7.70 .
LEGEND
SF Bypass Factor
Edb - Entering Dry Bulb
Ewb - Entering Wet Bulb
kW - Compressor Motor Power Input
SHC - Sensible Heat Capacity (1000 Btuh) Gross
TC - Totel Capacity (1000 Btuh) Gross
NOTES:
1. Direct interpolation is permissible. Do not extrapolate.
2. The following formulas may be used:
sensible capacity (Btuh)
~db= fedb- 1.10xelm
~wb = Wet-bulb tempereture ~Ing to en1halpy of air
leaving evaporator coli (hlwb)
h h total capecity (Btuh)
Iwb = ewb - 4.5 x elm
Where: hewb = En1haIpy of air entering evaporator colI.
3. The SHC is besed on 80 F edb tempereture of air entering evepo-
retor colI.
Below 80 F edb, subtract (carr fector x elm) 110m SHC.
AboIIe 80 F et1b. add (carr fector x din) to SHe.
Correction Factor = 1.10 x (1 - BF) x (edb - 80).
.
e
..
COOUNG CAPACllES. UNITS WI1H MOIS11JREMlSER OPTION (cant)
.
4It'.JOOI mIo TONS} ~
T....p(F) "Ii AIr E - "1lIVIOF
AIr Ent ~10 i! 3OOOo'lI.l1 I 375OIlJ.14
CoI__ T_I r r Ewb
(Edb) 72 1fT 82 72 1fT 82 72 1fT 82
~C ~.:4 91.1 81.1 1lJ;l.7 9H 91.8 10!1.! 101.3 94.1
75 44.5 55.4 87.0 SO.4 85.4 80.5 54.5 12.4 89.5
kW 5.05 4.98 4.87 5.08 5.04 4.97 5.18 5.04 4.99
TC 94.2 85.8 78.9 100.3 92.4 85.2 103.5 98.8 89.0
85 SHC 39.7 51.3 82.7 48.2 58.3 75.7 SO.8 88.2 84.3
kW 5.74 5.85 5.55 5.81 5.75 5.84 5.89 5.74 5.70
TC 89.9 80.5 12.8 98.9 86.8 78.8 101.1 92.2 83.8
95 SHC 34.8 47.2 58.3 41.9 51.2 71.0 48.8 83.9 79.1
kW 8.42 6.33 6.22 8.52 6.45 6.31 6.62 6.43 6.40
TC 84.8 75.3 86.0 91.6 81.3 73.4 94.5 86.3 78.4
105 SHC 30.0 42.5 53.9 38.9 49.3 86.4 41.4 59.2 73.8
kW 7.26 7.18 .7.05 7.36 7.25 7.15 7.48 7.29 7.23
TC 79.2 70.1 83.3 86.2 75.8 86.1 87.9 80.3 72.9
115 SHC 25.2 37.8 49.4 31.9 47.4 81.9 38.1 54.4 86.5
kW 8.10 7.99 7.87 8.20 8.05 7.98 8.30 8.14 8.05
~~C 12.8 84.5 57.2 79.0 89.8 82.3 81.6 73.2 89.2
125 20.1 33.4 44.1 25.4 42.5 58.5 31.1 48.9 84.7
kW 9.10 8.84 8.83 9.23 9.05 8.95 9.26 9.10 8.99
.
48HJOO9 18'-' TONSI
T....p (F) T.... (A Air E . "1lIVIOF
Air Ent 255OIlI.08 3OOCIIO.OlI I 34OlW.11 4250/0.13
~ T~ VII Ewb
(Edb) 72 87 82 72 87 82 72 1fT 82 72 1fT 82
~~C 112.4 1~~ ~~:~ 1!~-? 106.4 !!!!.~ I!!!.!! r~:3 Ill!';! 127.8 11':.!! 19,:~
75 49.1 62.4 52.9 86.5 82.3 58.2 89.5 62.8 83.3
kW 8.10 5.98 5.88 8.18 6.05 5.95 8.18 6.05 5.95 6.18 6.10 6.00
~C 105.7 95.7 86.5 110.0 100.6 91.0 114.0 103.7 94.6 118.2 110.9 101.2
85 43.6 57.1 89.9 47.8 62.8 76.9 SO.7 67.9 82.8 74.7 17.7 94.8
kW 8.92 6.18 6.83 6.97 8.90 6.75 7.01 8.95 6.75 7.01 6.91 6.80
TC 98.9 89.1 80.4 104.7 94.8 95.5 108.4 97.0 87.9 108.8 104.1 94.3
95 SHC 38.0 51.7 84.8 42.7 57.0 71.4 45.2 62.4 78.2 88.5 72.0 87.9
kW 7.73 7.59 7.40 7.75 7.75 7.58 7.84 7.85 7.54 7.84 7.71 7.80
TC 91.8 62.3 73.8 97.3 87.6 18.8 100.4 89.8 80.8 102.3 95.3 95.8
105 SHC 32.6 48.3 59.5 37.0 51.9 88.8 39.3 58.7 70.0 86.6 85.5 80.9
kW 8.80 8.84 8.47 8.80 8.78 8.58 8.89 8.89 8.59 8.93 8.17 8.87
TC 84.7 75.5 67.3 89.8 80.5 71.7 92.5 62.5 73.8 95.8 88.8 17.4
115 SHe 27.2 40.9 54.2 31.4 48.9 62.2 33.4 51.0 63.8 SO.8 59.1 73.9
kW 9.86 9.89 9.53 9.88 9.17 9.61 9.95 9.74 9.85 10.01 9.84 9.75
TC 17.6 86.7 80.7 92.4 73.3 84.8 84.5 75.3 66.7 89.3 17.8 88.9
125 SHC 21.8 35.5 48.9 25.? 41.8 57.6 27.5 45.3 57.6 32.7 52.8 88.9
kW 10.93 10.74 10.80 10.91 10.78 10.64 11.00 10.78 10.70 11.10 10.90 10.82
LEGEND
SF Bypass Factor
Edb En1ering Dry Bulb
Ewb En1ering Wet Bulb
kW - ComplllSllOr Mo1or Power Input
SHe - Sensible Heat CaIlacitv (1000 Btuh) Gross
TC - Total Capacity (1000 Btuh) Gross
NOTES:
1. Direct interpolation is permissible. Do not extrapoIale.
2. The following formulas may be uaad:
'" _ _ sensible capacity (Btuh)
""b-!edb 1.10 x elm
~wb = Wet-bulb lemperature correllpollding 10 enthalpy 01 air
leaving evaporalllr coil (hlwbl
h _ h _ tolBJ capacity (Btuh)
Iwb - ewb 4.5 x elm
Where: hewb = Enthalpy 01 air en1ering avaporator coil.
3. The SHe ill based on 80 F edb lemperature 01 air en1ering evap0-
rator coil.
Balow 80 F edb. subtract (corr /actor x elm) from SHe.
Above 80 F _, arid (corr fIIcIor x cfm) 10 SHe.
Correction Factor = 1.10 x (1 - BF) x (edb - 80).
.
Performance data (cont)
COOUNG CAPAOllES, UNITS WITIf MOISlllREMlSER 0PJ10N (c:ont)
,
48HJ012 110 TONSI
T...p (F) Temp I~I Air Enterin ClmlBF
Air En! 3OOOID.lI3 I 32001II.03 I -.04 I 5OOOIlI.04
~ T.... , II"I Air~ Ewb
(Edb) 72 67 82 72 67 82 72 67 82 72 67 62
~~C 1~.3 1~.5 111.4 1~U 1~.~ 11i!.~ 138.4 1?ll.5 J~H 1~~ 138:3 ]:!!!.?
75 60.0 76.1 93.7 79.1 97.4 66.0 89.5 109.4 123.3
kW 7.03 6.64 6.72 7.01 6.69 6.n 7.10 6.92 6.n 7.15 7.03 6.66
~C 127.6 115.4 104.6 128.9 118.1 107.0 132.5 121.5 116.8 1372 128.0 122.9
86 51.5 66.8 87.2 53.9 72.0 91.2 61.0 82.7 102.4 66.6 93.6 115.9
kW 7.96 7.66 7.59 7.94 7.78 7.51 8.02 7.64 7.69 8.02 7.94 7.79
TC 120.9 108.3 97.8 121.9 111.8 101.0 128.5 113.4 109.7 131.1 119.4 115.5
95 SHC 43.0 61.5 80.6 48.5 64.8 64.9 53.9 75.9 95.4 82.0 662 108.4
kW 8.66 8.87 8.48 8.86 8.86 8.28 8.94 8.78 8.60 8.69 8.86 8.69
TC 112.0 99.9 90.4 113.1 103.2 93.4 1172 105.0 100.7 122.1 110.5 105.9
105 SHC 36.1 54.1 73.8 38.8 57.8 78.9 45.8 66.2 86.6 53.0 78.3 99.7
kW 10.0 10.0 9.6 10.0 9.6 9.5 10.1 9.9 9.6 10.1 10.0 9.9
TC 103.0 91.5 63.1 104.3 ~.6 86.9 107.8 96.7 91.7 113.0 101.6 96.4
115 SHC 282 48.7 65.9 31.2 50.7 72.9 37.3 80.6 78.3 44.0 70.3 90.9
kW 112 11.1 10.8 112 11.0 10.7 11.3 11.1 11.0 11.3 112 11.1
TC 94.1 93.1 75.7 95.5 86.0 78.3 98.5 88.3 82.7 104.0 92.7 86.8
125 SHC 22.3 38.3 60.1 23.5 43.7 86.8 28.0 52.9 89.7 35.0 82.4 82.2
kW 12.35 12.15 11.94 12.38 12.13 11.92 12.48 12.27 12.25 12.53 12.30 12.28
48H.J014 (12'A1 TONS)
Temp (F) ~ Enlerinn ClmlBF
AirEnI 375t11O.Ol1 I .09 ~~. B25OIII.13
Cond..... T.... J ,." EnterIn
(Edb) 72 67 82 72 67 82 72 67 82 72 67 82
-mc 156.3 144.2 1:J!!.3 160.0 148.4 136.2 ~.~ 1~.6 13!!~ 189.0 1sI.5 145.6
75 65.6 87.6 112.1 72.5 94.8 121.3 75.9 99.6 127.5 67.0 115.5 142.7
kW 9.28 8.98 8.59 9.35 9.08 8.80 9.40 9.18 6.90 9.43 9.18 8.93
TC 147.6 136.2 123.7 150.7 140.1 127.2 154.1 140.8 127.9 161.1 148.0 135.4
85 SHC 58.7 80.0 103.8 63.5 86.5 1122 88.7 91.0 118.1 n.7 107.6 133.2
kW 1029 9.93 9.58 10.36 10.08 9.n 10.40 10.34 10.03 10.45 10.16 9.88
TC 138.9 128.2 115.1 141.4 131.8 116.3 145.3 131.0 117.6 153.1 138.4 125.1
95 SHC 50.8 72.3 95.5 54.4 78.1 103.2 60.5 82.3 106.7 88.5 100.0 123.7
kW 1129 10.87 10.57 11.37 11.08 10.74 11.40 11.50 11.1 11.48 11.17 10.93
TC 129.1 117.6 105.8 131.7 121.0 108.7 134.8 119.9 107.7 140.9 128.9 115.9
105 SHC 42.1 63.5 86.5 45.4 69.0 93.9 51.2 74.2 101.3 57.7 90.2 113.6.
kW 12.59 12.14 11.92 12.67 12.34 11.98 12.70 12.67 12.28 12.79 12.48 12.08
TC 119.2 107.3 96.4 122.1 110.2 99.0 124.2 108.6 97.8 128.7 115.3 106.7
115 SHC 33.5 54.8 n.5 38.4 59.6 64.7 41.9 86.1 93.8 48.8 80.5 103.5
kW 13.90 13.40 13.08 13.98 13.59 13.18 14.00 13.63 13.41 14.11 13.75 13.33
TC 109.4 96.9 87.1 112.4 99.4 69.3 113.7 97.7 67.8 116.5 103.6 97.5
125 SHC 24.8 48.0 88.5 27.4 50.7 75.5 32.6 58.0 86.4 38.0 70.7 93.5
kW 15.20 14.67 14.33 15.28 14.85 14.40 15.30 15.00 14.54 15.44 15.04' 14.58
LEGEND
BF Bypass Factor
Edb - Enterin9 Dry Bulb
Ewb - Entering Wa. Bulb
kW - Comprasaor Motor Powar Input
SHC - Sanslble Heat Capacity (1000 Btuh) Gross
TC - Total Capacity (1000 B'tuh) Gross
..
NOTES:
1. Direct interpolation is parmisaible. Do not extrapolate.
2. The following formulas may ~ uaed:
S8I1Sibla capacity (Btuh)
Iidb= ledb- 1.10xelm
Iiwb = Wet-bulb temparatura corresponding to an1haIpy of air
leaving evaporator coil (hiwb)
total capacity (Btuh)
hlwb = hewb - 4.5 x elm
Where: hawb = Enthalpy of air antering avaporator coil.
3. Tha SHe is based on 80 F &db temperatura 01 air entering evapo-
rator coil.
Below 80 F &db. sublrect (corr /actor x elm) from SHC.
Above 80 F _. add (corr factor x elm) ID SHe.
Correction Factor = 1.10 x (1 - BF) x (&db - 80).
..,0
.
e
~
FAN PERFORMANCE "'- VEKnCAL DISCHARGE UMTS
. 4IHJ004 TONS) STANDARD MOTOR (BELT
~I 8ImIc ......u... In.
Alrflow 0.1 0.2 0.3 0.4 0.5 0.8
(CIm) R Bh Bh R Bh Bh
100 581 0.12 173 0.1. 738 D.22 805 0.25 865 0.29 911 0.34
1000 844 0.1' 7111 D.22 782 0.28 835 0.30 900 0.35 937 0.38
1100 617 0.22 741 0.28 806 0.30 867 0.35 929 0.40 964 0.40
1200 733 0.28 785 0.32 843 0.35 903 0.41 960 0.47 994 0.50
1300 754 0.28 828 0.38 891 0.43 942 0.48 991 0.53 1047 0.60
1400 810 0.35 886 0.45 937 0.51 984 0.57 1032 0.62 1087 0.67
1500 841 0.42 911 0.53 985 0.61 1026 0.86 1073 0.72 1109 0.77
4IHJ004 3 TDNS) STANDARD MOTOR (BELT DRlVEilcontl
AlrIIow ~I Sl8tIc ......u... IIn. WIll
0.7 0.' 0.' 1.0 1.1 1.2
(CIm) RDm Bhll ~ Bhll RDm Bhll RIIIII Bhll RDm Bhll B~
.......
900 957 0.39 0.43 1039 0.47 1061 0.51 1063 0.54 1105 0.58
1000 992 0.44 1039 0.48 1061 0.55 1086 0.60 1111 0.86 1138 0.72
1100 1013 0.49 1086 0.55 1091 0.11 1109 0.86 1127 0.73 1145 0.80
1200 1045 0.56 1090 0.64 1109 D.. II. 0.73 1203 0.'1 12S0 D..
1300 1075 0.84 1122 0.70 1152 0.71 1180 0.12 1221 0.87 1281 0.84
1400 1110 0.73 1180 0.71 11.1 0.13 1237 D.. 1213 0.84 1341 0."
1500 1150 0.71 1180 0.84 1225 0.81 1271 0.85 1371 1.00 I. 1.06
.
LEGEND
Bhll - Brake Horsepower Input to Fan
FlOP - FacIOIy-lnataJled Option
NOTES:
1. 80_ indicates field-supplied drive raquirad. (Sea Note 2.)
2. Motor drive range is 760 to j 090 '11m. All other rprna raqul... a field-
supplied drive. .
3. Valuea Include losses lor filters, unit casing, and wet calls. See
page 40 lor accessoryIFIOP stalic preeau... inlormalion.
4. Maximum continuous bhp is 1.20. Estansive motor and electrical test-
ing on Iheee unita en.u.... that the lull range 011118 rnoIOr can be
utilized with confidence. Using your Ian rnolors up to 1I1e ratings shown
will no! resuit in nuisance tripping or prematu... motor fallU.... Unit
warranty will no! be affected. Sea' Evaporator-Fan Motor Data table
on par: 39 lor additional Information.
5. Usa 0 a field-supplied motor may atlect wi... sizlng. Contact your
Carrier ...praaantative to varily.
6. Interpolation i. pannisslble. 00 not extrspolete.
4IHJ005 4 TDNS STANDARD MOTDR BELT DRIVE
ExIemaI Sl8tIc ......u... In.
Alrfi_ 0.1 0.2 0.3 0.4 0.' 0.7 0.8
(CIm) R Bh R Bh Bh Rpm Bh R Bh Rpm Bh Bh
1200 518 0.20 865 0.25 722 0.31 778 D.38 872 0.48 915 0.54 957 0.60
1300 633 0.24 III 0.30 754 0.38 109 0.42 802 0.55 943 0.61 984 0.67
1400 672 0.30 735 0.31 711 0.42 840 0.48 933 0.62 972 0.69 1011 0.75
1500 711 0.35 770 0.42 122 0.48 673 0.55 963 0.69 1002 0.77 1041 0.84
1600 751 0.42 135 0.49 871 0.56 907 0.63 993 0.77 1033 0.85 1072 0.93
1700 711 0.49 673 0.57 907 0.85 941 0.72 1024 0.87 1084 0.96 1103 1.04
1800 831 0.58 661 0.66 929 0.74 976 0.81 1057 0.97 1095 1.06 1132 1.14
1900 872 0.67 919 0.75 965 0.84 1011 0.92 1 1 1.08 1127 1.17
2000 913 0.77 956 0.86 1002 0.95 1048 1.03
AIrII_ 0.9 1.0
(CIm)
Bh m Bhp
1200 0.65 1026 0.69
1300 0.74 1058 0.80
1400 0.62 1086 0.89
1500 0.92 1113 0.99
1800 1.00 1141 1.09
1700 1.12 1171 1
1800
lIDO
2000
LEGEND
8hD - Brake Horsepower Input to Fan
FKlP - Factory-Installed Option
~ NOTES:
, 1.~.. indicates field-supplied drive raquirad. (Sea Note 3.)
2. _ Indicates field-aupplied motor and drive raquirad.
3. Motor drive range i. 840 to 1185 '11m. All olher rpm. raqui... a field-
supplied drive.
4. ValUes include losses for filters, unit casing, and wet calls. Sea
page 40 lor accessorylFlOP stalic preesure inlonnalion,
5. Maximum continuous bhp is 1.2. Estansive motor and 8tectrica1 test-
Ing on Iheee unila ensu.... that 1118 lull range 011118 motor can be
utilized wi1l1 oonfidence. Using your Ian motors up to 1118 ratings shown
will no! reaufi in nuisance tripping or p...matu... motor fallu.... Unit
warranty will not be allected. Sea Evaporator-Fan Motor Data table
on page 39 lor additional information.
6. Use 01 a field-supplled motor may affect wire .izing. Contad your
Carrier I8preeentative to verify.
7. Interpolation i. pannisslble. 00 not extrapolate.
Performance data (cont)
..
FAN PERFORMANCE - VERTICAL DISCHARGE UMTS (cont)
_1_0 _ure In.
Alrllow 0.8 o.a 1.0 1.2
(Cfm) R Bh Bh Bh
1500 m D.37 121 0.44 .. 0.73 0.88 1.20
1800 818 0.45 - o.s1 - 0.81 0.97 1.31
1700 902 0.81 lI4lI 0.10 1007 0.91 1.09 1.44
11DO 942 0.70 171 0... 1083 0.97 1.20 1.45
11DO 882 0.IlI 1023 0.78 1097 1.11 1.29 1.58
2000 1022 0.91 1088 0.90 1132 1.23 1.41 1.87
2100 1083 0.99 1115 1.00 1180 1.35 1.53 1.10
2200 1104 1.13 1159 1.15 1214 1.52 1.83
2300 1130 1.28 1202 1.29 1248 1. 1
2400 1174 1.37 1237 1.41 1292
2500 1201 1.48 1272 1.53 1335
~
IJ::!jjJ C]l1J::!jjJ , .
1111 '
1IR1J:..1iC..
lIB
-=-
LEGEND
Bhp - Brake Ho~r Input to Fan
FlOP - Factory-lnstaJlad Option
NOTES:
1. Bo_ce indicetas fiald.suppliad driva requirad. (Saa Nota 3.)
2. _ indicatas field-auppliad motor and driva requirad.
3. Motordriva range is 1020 to 1480 rpm. AM othar rpms requira a field-
suppliad driva.
4. Valuas includs losses lor filtars. un~ casing, and wat coils. Saa
page 40 for accessory/FIOP static prassurs Infonnation.
5. Maximum continuous bhp is 1.80. Exl8nslva motor and alectrical tast-
ing on 1hesa u~ ensuras that the full ranga 01 the motor can be
utilizad with canlIdanca. u.ing yourlan motors up to the ratings shown
will not rasult In nuisance biP!ling or pramatulll motor Iairulll. Un~
warranty will not be allactad: See Evaporator-Fan Motor Data table
on page 39 for additional infonnation.
8. Use 01 a fleld-auppliad motor may aIIect willi sizing. Contact your
Carrier representativa to varily.
7. Intarpolatlon is pennissible. Dc not extrapolata.
Airllow 0.1 D.2 0.4
(Cfm) R Bh R Bh
1800 942 0.70 171 0.. 1083 D.I2 1147 1248
1800 882 0.10 1023 0.78 1097 0.91 1175 1288.
2000 1022 0.11 1088 lI.IlI '1132 1.01 1218 1303
2100 1083 0.19 1115 1.00 1180 1.17 1281 1340
2200 1104 1.13 1159 1.15 1214 1.29 1310 1375
2300 1130 1.26 1202 1.29 1248 1.38 1359 1410
2400 1174 1.37 1237 1.41 1292 1.55 1392 1480
2500 1201 1.48 1272 1.53 1335 1.71 1427 1518
2100 1248 1.62 1320 1.68 1368 1.81 1458
2700 1285 1.75 1361 1.82 1400 1.91 1480
2800 1304 1.87 1402 1.95 1439 2.08
2800 1345 2.07 1448 2.16 14n .1
300lI 1378 2.28 1489 2.38
LEGEND
Bhp - Brake Horsepower Input to Fan
FlOP - Factory-lnstaJlad Option
NOTES:
1. Boldface indicate. field-suppliad driva requirad. (See Nota 3.)
2. _ indicates fleld-suppliad motor and drive requlrad.
3. Motor driva range is 1120 to 1585 rpm. All othar rpms require a Iield-
suppliad driva.
4. Values include losses for Iihers. unit casing. and wat ceils. Saa
page 40 for accessory/FIOP static prassulll infonnation.
5. Maximum continuous bhp Is 2.40. ExI8nsiva motor and alectrical tast-
ing on these un~ ensuras that the full ranga 01 the motor can be
utilizad with all dIdence. u.ing yourlan motors up to the ratings shown
will not I1ISUIt in nuisance billllina or pramatulll motor Iairulll. Un~
warranty will not be allactad: Saa"Evaporator-Fan Motor Data table
on page 39 for additionallnfonnation.
6. Use 01 a field-suppliad motor may affect willi sizing. Contacl your
Carrier raprasentative to verily.
7. Intarpolation is pennissible. Dc not extrapolata.
-_.. '.....it"
.
\
r
,\'.
~.
~
e
e",
~
FAN PERFORMANCE - VERDCAL DISCHARGE UNITS (cant)
. 4IHJlIlII (7'.. TONS) STANDARD MOTOR ELT DRIVE)
~__U" n.
Alrftow D.2 0.4 0.8 o.a 1.0 1.2 1.4 1.8
(CIm) R Bh R B Bh R Bh
2200 508 0.82 518 0.72 858 0.18 718 1.18 771 1.43 138 1.78 898 2.21 935 2.58
2280 514 0.55 583 0.78 882 OM 724 1.22 711 1.71 841 1.81 902 2.25 839 2.80
23llO 521 0.57 800 0.71 518 1.112 730 1.28 718 1.50 843 1.83 905 2.28 843 2.62
2400 538 0.83 813 0.15 810 1. 741 1.34 718 1.58 848 1.88 910 2.31 952 2.74
2800 551 0.81 628 0.13 613 1.17 783 1.43 - 1.81 859 1.96 912 2.31 983 2.81
2550 559 0.72 834 0.17 700 1.21 751 1.41 814 1.74 884 2.01 915 2.34 988 2.81
2800 587 0.78 841 1.00 708 1.25 784 1.52 819 1.71 889 2.08 918 2.37 973 2.81
2700 582 0.83 855 1.08 719 1.34 771 1.81 831 1.81 980 2.17 927 2.47 978 2.84
2800 598 0.90 870 1.17 732 1.43 719 1.71 842 2.00 992 2.28 938 2.58
2800 614 G.98 884 1.25 745 1.53 102 1.81 854 2.11 903 2.42 848 2.71
3000 830 1.07 ... 1.35 751 1.83 815 1.92 888 2.23 915 2.54 1 2.
3100 841 1.18 714 1.45 773 1.74 821 2.04 879 2.35 928 2.87
3200 882 1.28 728 1.55 787 1.88 841 2.16 891 2.48 938 2.81
3300 579 1.36 744 1.88 801 1.98 854 2.29 904 2.81
3400 895 1.47 789 1.71 818 2.10 887 2.42 917 2.75
3500 712 1.58 774 1.90 830 2.23 881 2.56 930 2.90
3800 728 1.71 790 2.03 845 2.37 896 2.71
3700 745 1.84 105 2.17 980 2.52 2.
3750 784 1.91 813 2.24 889 2.59
LEGEND
Blip - Brake Horsepower Input 10 Fan
flOP - Factory-Ins1a11ed Option
NOTES:
1. Bolcllllce Indicates field-supp\ied dri"" required. (See No1e 3.)
2. _ iOOlcal88 field-supplied mo1Dr and dri"" required.
3. Motor dri\lll range is 840 10 1085 rpm. All o1her rpma require a field-
supplied dri\lll.
. 4. Values Include losses for fillers. unR casing. and we! coils. See
1/ page 40 for aCC8880ryIFIOP static pressure Information.
.
.....1
5. MlIlCimum continuous bhp is 2.90. ~ motor and electrical test-
Ing on 1hese unRs ensures 1ha1 the full range of the m01Dr can be
utilized wi1h conlidenca. Usina yourlan m01Drs up 10 the ratings shown
will not result In nuisanca 1ifPllinll or premalul8 rno\ar faifure. UnR
wananty will not be .-: Sse Evspora1Or-Fan M01Dr Oela lable
on page 39 for sddilionsl Infonnation.
6. Use 01 a field-SUpplled rno\ar may affect wire aizing. Con1acl your
Carrier rap_live 10 verily.
7. Interpolation la pannlssible. Do not extrapolate.
4IHJOOI 8'Ao TONS - STANDARD MOTOR
~I_ _UN In.
Alrft_ D.2 0.4 0.8 0.8 1.0 1.2 1.4
(CIm) R Bh Bh Bh Bh
2550 559 0.72 834 0.17 700 1.21 751 814 2.01 2.34
2800 587 0.75 841 1.00 708 1.25 784 819 2.06 2.37
2700 582 0.83 855 1.01 719 1.34 771 831 2.17 2.47
2800 596 0.90 670 1.17 "132 1.43 719 842 2.29 2.58
2800 614 0.98 884 1.25 745 1.53 802 854 2.42 2.71
3000 830 1.07 890 1.35 751 1.83 815 888 2.54 2.85
3100 841 1.18 714 1.45 773 1.74 821 879 2.67
3200 682 1.26 728 1.55 717 1. 841 891 2.81
3300 679 1.36 744 1.88 801 1.98 854 904
3400 895 1.47 751 1.71 818 2.10 967 917
3500 712 1.59 774 1.90 830 2.23 881 930
3800 728 1.71 790 2.03 845 2.37 895
3700 745 1.84 105 2.17 980 2.52 909
3750 754 1.91 813 2.24 888 2.59
3800 782 1.98 121 2.31 875 2.88
3800 771 2.12 138 2.46 890 2.82
4ODO 796 2.27 852 2.81
4100 813 2.42 888 2.79
4200 830 2.59
4250 839 2.88
4300 847 2.78
.
LEGEND
Bhp - Brake Horsepower 1npu11O Fan
flOP - Faclory-Ins1alled Option
NOTES:
1. BokIface indicales field-supplied dri\lll required. (See Note 3.)
2. _ Indicates field-supplied m01Dr and _ required.
3. Motor dri\lll range is 840 10 1085 rpm. All other rpma require e field-
supplied dri\lll.
4. Values include 108800 for fiI1ers, unit casing. and wet coils. See
page 40 for accassoryIFIOP slstic pressure informalion.
5. MlIlCimum continuous bhp io 2.9. Extansi"" mo1Dr and electrical lest-
ing on these unl1e ensures that the full range of the mOlDr can be
utilized with CO! ofidet 1C8. Using your Ian mo1Drs up 10 the ratings shown
will not resu~ in nuisance tripping or prama1ure motor failUre. UnR
warranly will not be affected. Seo~ Evaporator-Fan M01Dr Date lable
on page 39 for addl1ionallnfonnation.
6. Use 01 a field-supplied mo1Or may affect wire aizing. Con1act your
Carrisr represen1ative 10 verify.
7. Interpolation Is pannlssible. Do not extrapolate.
Performance data (cont) ~
FAN PERFORMANCE - VER11CAI. DISCHARGE UNITS (cont)
4lIHJ012 10 TONS - SfANDARD MOTOR :rDRIV .
_.- "-"re n.
Al.- 0.2 0.4 o.e 0.1 1.0 1.2 1.4 1.8 1.1 z.o
(CIm) Bh R Bh
3lXIO III D.II 124 0.&1 - 0.11I m 0." 748 1.D4 710 1.12 lOll 1.24 815 1.40 899 950 1.92
3100 5IlI 0.70 - 0.87 - 1.01 748 1_ 755 1.12 1ST 1.20 882 1.38 903 1.53 943 971 2.21
3200 5113 0.78 MI lI.M 701 1_ 711 1.17 1ST 1.30 711 1.31 905 1.52 971 1.88 882 992 2.41
3300 517 0.113 882 1.00 717 1.18 770 1.2. .15 1.37 7IlI 1.43 965 1.82 991 2.10 1000 1025 2.59
3400 111 D.IO 171 1_ 730 1.23 781 1.41 130 1.50 lOll 1.113 992 2.11 1015 2.43 1030 1050 2.72
3500 121 0.17 ... 1.15 742 1.32 712 1.41 140 1.84 B80 1.15 1011 2.45 1021 2.82 1072 1099 2.90
3100 139 1.D4 7D1 1.23 711 1.41 103 1.57 150 1.17 190 2.21 1021 2.55 1_ 2.75 1011 111. 3.01
3700 721 1.31 7IlI 1. 847 1.71 902 2.01 955 2.29 1001 2.55 1010 2.10 1101 3.lII 1152 1190 3All
3100 748 1.48 - 1. 881 1.88 915 2.17 887 2.41 1019 2.87 1070 2.94 111. 3.1. 1183 1203 3.65
3900 781 1. 120 1.10 175 2.01 921 2.29 971 2.55 1029 2.10 1079 3.07 1121 3.34 1173 1214 3.13
4000 777 1.17 - 1.12 899 2.14 941 2.40 991 2.88 1040 2.94 1099 3.22 1137 3.41 1183 1225 4.00
4100 713 1.71 .1 2.01 904 2.27 955 2.52 1004 2.82 1052 3.01 1100 3.31 1147 3. 1183 1238 4.1.
4200 110 1.11 887 2.18 918 2.41 988 2.65 1017 2.88 1064 3.23 1110 3.51 1187 3.11 1
4300 128 2.04 883 2.32 933 2.55 882 2.79 1030 3.11 1078 3.40 1121 3.17 1187 3.17
- 142 2.17 898 2.48 948 2.70 898 2.93 1043 3.25 1011 3. 1133 3.14 11 4.4
45lIO 151 2.31 914 2.10 982 2.65 1010 3.09 1051 3.40 1101 3.73 1144 4.00
4800 878 2.45 930 2.71 9n 3.01 1024 3.21 1070 3.55 1114 3.10 1187 4.1.
4700 892 2.10 945 2.91 992 3.18 1039 3.43 1_ 3.71 11
4800 909 2.n 881 3.07 1001 3.38 1053 3.81 1017 3.11
4900 828 2.93 9n 3.24 1024 3.54 1088 3.90 1111
5000 942 3.11 993 3.41 1039 3.73 1010 3.99
LEGEND 5. MaxImum continuous bhp is 4.20. ~ rno1Ilr and electrical test-
= - Brake Horsepower Input to Fan ~ lMH uni1B ensures 1hat the lull range of 1he motor can be
P - Factory-Ins18lled Option wilh CQI,IIdence. UIi~ your fan _ up to1he rati:fu: shown
will not Ill8UIt In nuisance ~ or premature motor IaJ ure. Unij
NOTES: wananty will not be alIecIed. Evaporator-Fan Motor Data table
on 39 lor addi1lonaI inlonnation.
1. Boldface indicates field-supplied drive l8quired. (See Note 3.) 6. Use ~a field-supplied motor may aflact wire sizing. Contact your
2. _ indicates field-supp~ed motor and drive llIqUired. Carrier repreoentativa to verily.
7. Interpolation is pennissible. Do not exlrapOlata.
3. Motor drive range is 610 to 1010 rpm. All other rpms l8quire a field- e
~Ied drive.
4. ues include losses for filters, unij casing, and _ coils. See
page 40 for accessorylFlOP static pressure Infonnatlon.
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FAN l'I:KI"uRMANCE - VERIlCAL DISCHARGE UNITS (cont)
>> 4IHJ014 12~ TONS - STANDARD AND ALTERNATE MOTDRS BELT DR
_ _C _UN In.
Alrnow D.2 0.4 D.I D.I 1.0 1.2
(CIm) R Bh R Bh Bh Bh
37110 902 2.06 2.29 2.55
3100 .1 1. 915 2.17 2.41 2.67
3100 175 2.G1 928 229 2.55 2.80
4000 - 2.14 941 2.40 2.. 2.94
41C1l1 904 2.27 955 2.52 2.82 3.06
42CIlI 687 918 2.41 968 2.65 2.96 3.23
43CIlI 883 933 2.55 982 2.79 3.11
44CIlI - 948 2.70 996 2.93 3.25
45CIlI 914 982 2.65 1010 3.09 3.40
46CIlI 876 930 977 3.01 1024 3.26 3
47C1l1 882 945 992 3.18 1039 3.43
4BOO 909 961 1008 3.36 1053 3.61
4BOO 928 977 1024 3.54 1068 3.80
5CIlIO 942 993 1039 3.73 1080 3.
51C1l1 959 1009 1055 3.92
52CIlI 976 1025 1 71 4.12
5300 993 1041
54CIlI 1010 1
55CIlI
58CIlI
57CIlI
58CIlI
58CIlI
6CIlIO
61C1l1
6200
LEGEND
Bhp - Brake Horsepower Input to Fan
flOP - Facto<y-Installed Option
. NOTES:
~ 1. 80_ indicatas aRernate drive raquirad. (Sea Nota 3.)
2. _ indlcatas alternate motor and drive cannot be uaed.
3. Standan:t drive ranga Is 900 to 1260 rpm. Alternate drive range is
960 to 1080 rpm.
4. Values Include losses for liIIars. unit casing. and wet coile. Sea .
page 40 for accassorylFlOP static pressure Information.
5. Maximum continuous bhp is 5.25 for the lIIandard motor and 4.20 for
Iha alternate motor. Extensive motor and _ _ng on thaaa
units ensuras thatlhe full range 01 the motor can be utilized with
canfldanca. Uling your Ian motors up to the ratings 8hown will not
result in nu~ing or pramalul8 motor lailura. Un" wananty
will not be a . sea Evaporator.Fan Motor Data table on
98 39 for addilionallnlonnation.
6. ~ 01 a ftald-suppUed motor may aIlact wire sizing. Contact your
Canier rBprasantativa to verify.
7. Interpolation Is pannlslible. Do not extrapolate.
t
Performance data (cont) ~
FAN PERFORMANCE - HORIZONTAL DISCHARGE UNITS
48HJlI04 STANDARD MOTOR (BELT DRIVE .
ExIIImeI StatIc "'-UN In.
Airflow 0.1 0.2 0.3 0.4 0.5 0.6
(CIm) Bh R Bh m Bh R Rm Bhp
IDO 526 0.06 514 0.06 6li8 0.12 734 0.22 818 0.25 875 0.27
1000 570 0.09 B27 0.13 738 0.1. 800 0.28 848 0.28 885 0.31
1100 814 0.13 170 0.16 758 D.23 812 0.28 683 0.32 914 0.35
1200 6li8 0.16 710 0.23 780 0.28 840 0.32 888 0.36 936 0.40
1300 703 D.2O 752 D.27 808 0.32 888 0.37 916 0.41 963 0.45
1400 725 D.29 776 0.31 845 0.38 881 0.42 937 0.47 993 0.51
1100 716 0.33 816 0.38 870 0.43 924 0.49 988 0.53 1014 0.58
48HJ004 3 TONS) - STANDARD MOTOR (BELT DRIVel (contI
Airflow ExIIImeI StatIc _N (in. wal
0.7 0.& 0.8 1.0 1.1 1.2
(CIm) Rpm Bhp Rpm Bhp Rpm Bhp RDIft Bha Ram Blia Ram Bha
IDO 924 0.32 953 0.35 988 0.38 1028 0.42 1074 0.45 1120 0.50
1000 936 0.35 977 0.39 1020 0.44 1084 0.49 1124 0.52 1185 0.55
1100 980 0.39 1005 0.43 1052 0.49 1100 0.52 1163 0.56 1221 0.60
1200 988 0.45 1038 0.50 1076 0.53 1138 0.69 1201 0.61 1286 0.64
1300 1012 0.51 1061 0.5& 1064 0.&1 1172 0.11 1239 D.88 1306 0.72
1400 1027 0.5& 1071 0.80 1108 D.87 1208 0.70 1278 0.75 1347 0.78
1100 1058 0.93 1087 0.18 1117 0.70 1245 0.74 1315 0.80 1385 0.85
LEGEND
Bhp - Brake Horsepower Input to Fan
ROP - Factory-Installed Option
NOTES:
1. BoIdI8ce indicates field-supplied drive required. (See Note 3'.)
2. MoIDr drive range is 760 to 1090 rpm. All other rpms require a field-
supplied drive.
3. ValUaa incIuda losses for filtera, unit casing, and wet coils. See
page 40 for 8ccessoryIFIOP _c pressure infonnation.
4. Maximum continuous bhp is 1.20. Extensive motor and electrical test-
i,,!! on these units el1SUl88 \hatlhe full range of the motor can be
utilized with conIidance. ~rlan IIICIIIlra up to the ratings shown
will not rasuIl in nuisance ng or prema1ure motor Iairure. Unij
warranty will not be a_. ea Evaporator-Fan Motor Data table
on page 39 for addI1ionaI information.
5. Use of a _supplied molDr may allact wire sizing. Contact your
Carrier representative to verify.
6. Interpolation is permissible. Do not extrapolate.
48HJ005 (4 TONS - STANDARD MOTOR :rDR
ExIIImeI Static "'-UN n.
Alrflaw 0.1 0.2 0.3 0.4 0.6 0.7 0.6
(CIm) R Bh R Bh R Bh R Bh R Bh R Bh Rm Bh
1200 568 0.16 641 D.23 701 D.29 761 0.34 859 0.48 901 0.52 943 0.58
1300 604 0.22 673 D.28 731 0.34 718 0.38 887 0.52 928 0.59 988 0.65
1400 840 0.27 705 0.33 761 0.38 817 0.45 914 0.56 955 0.18 996 0.72
1100 676 0.32 738 0.31 763 0.45 647 0.51 840 0.65 982 0.73 1024 0.81
1100 713 0.38 772 0.44 125 0.51 877 0.58 967 0.73 1009 0.61 1051 0.88
1700 750 0.45 - 0.51 657 0.56 908 0.66 997 0.81 1037 0.90 1077 1.01
1100 718 0.52 841 0.59 890 0.67 939 0.75 t028 0.91 1065 1.01 1104 1.07
lIDO 828 0.60 876 0.18 924 0.76 971 0.64 1056 1.01 1064 1.10 1132 1.18
2000 864 0.70 912 0.77 958 0.66 1004 0.94 1087 1.12
48HJ005 4 TONS - STANDARD MOTOR (BELT DRI cont
ExIIImeI StatIc "'-UN In. w
Airflow 0.9 1.0 1.1 1.2
(Cfm) Rpm Bh Rm Bh Bh Rm
1200 997 0.64 1030 0.70 0.78 1106
1300 1006 0.71 1044 0.77 0.84 1128
1400 1033 0.79 1069 0.86 0.93 1139
1500 1060 0.86 1095 0.95 1.02 1162
1600 1087 1.01 1123 1.05 1.13 1185
1700 1114 1.07 1151 1.15
lIDO 1141 1.17
lIDO
2000
LEGEND
Bhp - Breka Horaepower Input to Fan
ROP - Factory-Installed Option
NOTES:
1. BoIdf8ce indicates field-supplied drive required. (See Note 3.)
2. _ indicates field-supplied motor and drive required.
3. MoIDr drive range is 840 to 1185 rpm. All other rpms require a field-
supplied drive.
4. valUaa includa losses for filtera, unij ceslng, and wet coils. See
page 40 for accessoryIFIOP static pressure information.
5. Maximum continuous bhp is 1.20. Extensive motor and electrical test-
ing on these unilS ensures \hat the full range of the motor can be
utilized with confidance. Usi"ll yourlan IIICIIIlra up to the ratings shown
will not resull in nuisance tripping or premature molDr failure. Unit
warranty will not be aflected. Sea Evaporator-Fan Motor Data table
on page 39 for addltlanal information.
6. Use of a field-supplied motor may aflect wire sizing. Contact your
Carrier repreaantative to verify.
7. Interpolation is permissible. Do not extrapclate.
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~
FAN PERFORMANCE - HORIZONTAL DISCHARGE UNITS (cant)
4IHJlIOI 5 TONS - STANDARD MOTOR (BELT D
_1_ PrMSure In.
AIrlIow 0.1 0.2 0.4 0.& o.e 1.0 1.2 1.4 1.&
(elm) Bh Bh B Bh R
1500 741 o.aa 718 lI.43 - G.54 - 0.&7 0.95 1218 1.12 1.40
1100 713 0.45 531 o.s1 133 0.&3 1015 0.75 1.04 1251 1.20 1.49
1700 125 0.53 571 0.&0 .. 0.72 1049 0.94 1.14 1281 1.31 1.53
1100 - 0.83 842 0.73 1047 0.90 1139 1.05 1.30 1341 1.40 1.51
1100 121 0.73 IIlI2 0.&3 1094 1.02 1180 1.11 1.38 1374 1.53 1.&7
2lIOO 171 0.14 1022 0.94 1121 1.12 1188 1.22 1.44 1396 1.86 1.77
2100 1015 0.97 1083 1.10 1140 1.18 1196 1.27 1.58 1413 1.75
2200 1060 1.10 1104 1.20 1159 1.23 1229 1.41 1.7
2300 1104 1.25 1130 1.27 1196 1.37 1294 1.58
2400 1138 1.30 1174 1.37 1245 1.57 1305 1.83
2500 1183 1.43 1201 1.50 1294 1.85 1338 1.75
LEGEND
Bhp - Brake Horsepower Input ID Fan
ROP - Factory-Ins1alled Option
NOTES:
1. BoI,""ce indicates IieId-supplied drive required. (See Note 3.)
2. _ indicates field-supplied motor and drive required.
3. Motor drive range is 1020 to 1480 rpm. All olher rpms require a field-
supplied drive.
4. ValUes include losses lor fIl18ra, unR casing, and wet coils. See
page 40 for accesaoryIFIOP static plllllSUre iilfomlation.
5. Maximum continuous bhp is 1.8. Extensive motor and electricaltesl-
ing on these unRs eneuras lhat1ha lull range of1ha motor can be
utilized wI1h confidence. Usi"ll yourfan motors up ID 1ha ratings shaNn
will not rasutt in nuiaance tripping or premature motor fairure. UnR
warranty will not be affected. See Eveporelor-Fan Motor Data table
on page 39 lor additional information.
6. Use of a field-supplied motor may affect wire sizing. ContacI your
Carrier representative 10 verify.
7. Intarpolation is pennissible. Do not extrapolata. .
48HJOO7 8 TONS
AIrfl_ 0.1 D.2 D.4
(elm) R Bh
1100 - 0.&3 842 0.73 1047 0.&0 1139
1900 121 0.73 IIlI2 0.83 10M 1.112 1180
2lIOO 171 0.&4 1022 0.14 1121 1.12 1188
2100 1015 0.'7 1013 1.10 1140 1.18 1196
2200 1080 1.10 1104 1.20 1159 1.23 1229
2300 1104 1.25 1130 1.27 1196 1.37 1294
2400 1138 1.30 1174 1.37 1245 1.57 1305
2500 1183 1.43 1201 1.50 1294 1.85 1338
2500 1210 1.58 1243 1.67 1312 1.76 1366
2700 1254 1.76 1285 1.80 1354 1.95 1403
2800 1274 1.82 1304 1.65 1374 2.12 1459
2900 1318 1.95 1345 2.05 1412 2.32
3000 1382 2.20 1379 2.30 1451 2.40
LEGEND
Bhp - Breke Horsepower Input ID Fan
ROP - Fae1Dry-Ins1alled Option
NOTES:
1. BoI,""ce indicatas field-supplied drive required. (See Nota 3.)
2. _ indicates field-supplied motor and drive required.
3. Motor drive range is 1120 to 1565 rpm. All o1har rpms require a fiaid-
supplied drive.
4. Values include losses for filtera, unit casing, and wet coils. See
page 40 lor accessorylFlOP static plllllSUre infonnation.
5. Maximum continuous bhp is 2.4. Extensive motor and elec1ricaltesl.
ing on these unRa eneuras lhat1ha lull range of1ha motor can be
utilized wI1h confidence. Usi"IJ your fan motors up ID 1ha ratings shaNn
will not reeutt in nuiaance tripping or premature motor fairure. Unit
warranty will not be a_. See Eveporalor-Fan Motor Data table
on page 39 lor additional information.
8. Use of a fiaid-supplied motor mey affect wire sizing. Contact your
Carrier representative 10 verify.
7. Interpolation is pennissible. Do not extrapolata.
Performance data (cont) ..
FAN PERFORMANCE - HORIZONTAL DISCHARGE UNITS (cont)
48HJOO8 TONS .
Airflow 0.6 1.4
(elm) R R
2200 418 0.50 lIIO 0.70 Ili2 Il.I4 n7 1.17 741 778 905
2250 507 D.53 518 0.73 888 0.17 722 1.22 7112 783 908
2300 513 D.55 512 0.78 883 1.00 7'Z1 1.28 758 788 910
2_ 528 0.50 - D.83 874 1.Cl8 738 1.34 788 795 912
2500 542 D.88 81. D.8O - 1.13 741 1.41 777 - 919
2550 550 0.88 827 Il.I4 lI82 1.17 754 1.45 783 812 920
2800 557 0.72 834 D.87 - 1.21 758 1.49 787 816 921
271111 573 0.78 841 1.Cl8 n1 1.29 770 1.58 788 827 928
2800 588 0.86 Ili2 1.13 723 1.38 7112 1.66 lIOII 837 937
2800 &04 0.14 878 1.21 737 1.41 794 1.78 821 849 947
3000 920 1.02 880 1.30 750 1.58 - 1.86 832 949 9
3100 636 1.11 704 1.39 794 1.88 818 1.97 944 870
3200 852 1.21 718 1.41 778 1.80 831 2.08 856 882
3300 888 1.31 732 1.5. 783 1.92 944 2.21 869 894
3400 884 1.41 747 1.70 807 2.04 857 2.35 882 907
3500 701 1.53 7112 1.82 821 2.18 871 2.48 895 919
3600 717 1.65 777 1.14 835 2.29 885 2.83 908
3700 733 1.77 792 2.07 848 2.42 899 2.78
3750 742 1.84 800 2.14 856 2.49 907 2.88
LEGEND
Bhp - Brake Ho~r Input to Fan
FlOP - Factoly-lnstaIled Option
NOTES:
1. Bold!llca Indicatas field.suppliad drive raquirad. (Sse Note 3.)
2. _ indicatas liald....uppliad motor and drive raquirad. ,
3. Motor driVII range is 940 to 1085 rpm. All other rpms raquire a field-
suppliad drive.
4. values include losses lor filt8rs, unit casing. and wet colis. Sse
page 40 lor accesaorylFlOP static pressure ii1lormatiOn.
5. Maximum continuous bhp is 2.9. Extensive motor and elactrical tast.
ino on these uni1s ensures thet the full range 01 the motor can be
ublizad with confldenca. Uai"ll yourfan motors up to the ratings shown
will not resull In nuisance bippino or premature motor failure. Unri
warranty will not be atlectad. Sse EVIIpOI8tor-Fan Motor Data table
on page 39 for additional information.
6. Use 01 a field-supplied motor may atlact wire sizing. Contact your
Carrier 18presentatiV8 to VllriIy.
7. Interpolation Is pennlssible. Do not extrapolate.
48HJ008 8'A1 TONS STANDARD MOTOR BELT DRIVE
_I Sl8IIc ...........
Alrllow D.2 0.4 o.a 0.8 0.9
(elm) Bh Bh
2550 550 0.89 827 0.14 lI82 1.17 783 1.80
2800 557 0.72 834 0.97 - 1.21 787 1.84
271111 573 0.79 841 1.l15 n1 1.29 798 1.73
2800 588 0.86 852 1.13 723 1.38 lIOII 1.82
2800 &04 0.14 878 1.21 737 1.41 821 1.92
3000 920 1.ll2 880 1.30 750 1.58 832 2.112
3100 636 1.11 704 1.39 784 1.89 944 2.13
3200 852 1.21 n8 1.49 778 1.80 856 2.25
3300 888 1.31 732 1.58 783 1.92 869 2.37
3400 884 1.41 747 1.70 807 2.04 882 2.51
3500 701 1.53 7112 1.82 821 2.18 895 2.94
3600 n7 1.85 777 1.14 835 2.29 .79
3700 733 1.77 792 2.07 949 2.42
3750 742 1.84 800 2.14 856 2.49
3800 750 1.10 807 2.21 883 2.58
3900 787 2.04 822 2.35 877 2.71
4000 783 2.18 835 2.50 891 2.88
4100 800 2.34 854 2.88
4200 817 2.49 869 2
4250 828 2.58
4300 834 2.88
n.
1.0 1.2 1.4
R
884
888
878
889
900
910
920
931
LEGEND
Bhp - Brake Ho~r Input to Fan
FlOP - Factoly-lnstaIlad Option
NOTES:
1. IIokIl8ce indicatas field-aupplied drive raquirad. (Sse Note 3.)
2. .. indicatas fieid-suppliad motor and drive raquirad.
3. Motor driVII range is 940 to 1085 rpm. All other rpms require a field-
IUpplIed drive.
4. Values Include _ lor filt8rs. unit casino. and wat coils. See
page 40 lor accesaorylFlOP static pressure inlonnatiOn.
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~
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5. Maximum continuous bhp is 2.9. Extensive motor and elactrical test.
ing on thesa unllll ensures thet the full range 01 the motor can be
ublizad with confldenca. Uling yourfan motors up to the ratings shown
will not resull In nuisance tripplno or premature motor fairure. Unri
warranty will not be atlectad: See Evaporator-Fan Motor Data table e
on page 39 lor additional information.
6. Use 01 a field-SUpplied motor may affact wire sizing. Contact your
Carrisr 18presentatiV8 to VllriIy.
7. Interpolation is permissible. Do not axtrapolate.
~
FAN PERFORMANCE - HORIZONTAL DISCHARGE UNITS (contI
) 4lIHJ012 1l1'ilo TONS - STANDARD IIOTOR BELT DR
- -.........
AIrftow D.2 o.a 1.0 1.2 1.4 1.8 1.1 2.0
(CIm) R Bh R Bh R R Bh
3OlIO 478 lI.I7 898 o.az 721 1.111 711 1.23 .1 1.10 898 1.78 942 2.01 983 1023 2.46 1063 2.61
3100 100 o.az 898 0.17 731 1.1' - 1.30 861 1.57 907 1.86 951 2.09 992 1031 2.51 1070 2.75
32lIO 51. 0.11 - 1.113 741 1.23 .1. 1.31 873 1.85 916 1.95 960 2.18 1000 1039 2.58 1077 2.86
3300 337 0.77 112 1.10 781 1.30 121 1.47 884 1.72 925 2.03 989 2.27 1009 1048 2.86 1_ 2.95
3400 511 0.11 704 1.17 711 1.37 137 1.57 898 1.82 934 2.12 978 2.36 1018 1057 2.75 1094 3.02
3500 512 0.11 715 1.24 773 1.46 547 1.86 907 1.82 945 2.22 867 2.46 1027 1086 2.85 1102 3.12
3500 532 1.12 727 1.33 754 1.84 157 1.78 917 2.03 957 2.32 898 2.55 1036 1075 2.96 1111 3.22
3700 577 1.20 745 1.43 .10 1.. 889 1.89 928 2.17 984 2.43 1036 2.88 1080 1114 3.07 11. 3.17
3100 .... 1.21 781 1.52 122 1.78 890 1.98 937 2.21 993 2.55 1048 2.81 1_ 1121 3.25 11. 3.311
3900 705 1.37 773 1.12 134 1.. 881 2.08 947 2.311 1002 2.88 1055 2.94 1102 1143 3.42 1174 3.59
4000 720 1.47 711 1.71 547 1.17 902 2.19 957 2.50 1011 2.79 1084 3.07 1112 1155 3.5. 1190 3.90
4100 734 1.51 800 1.82 890 2.09 914 2.31 987 2.80 1021 2.91 1072 3.20 1121 11. 3.78 12113 3.99
4200 745 1.51 813 1.12 873 2.21 928 2.44 978 2.71 1030 3.04 1081 3.34 1130 1178 3.82 1215 4.18
4300 754 1.77 121 2.04 898 2.33 938 2.57 989 2.83 1040 3.18 1090 3.45 11. 11 4.
- 771 1.51 840 2.1. 899 2.46 951 2.71 1000 2.98 1050 3.31 1100 3.83 1145
4600 793 1. 854 2.28 912 2.59 983 2.86 1012 3.09 1081 3.43 1108 3.78 11
4500 - 2.11 898 2.42 925 2.73 975 3.00 1024 3.25 1071 3.58 111. 3.83
4700 122 2.24 882 2.58 837 2.98 988 3.16 1036 3.42 1_ 3.70 11
4500 137 2.37 898 2.71 950 3.00 1001 3.32 1048 3.59 1083 3.11
4800 852 2.51 910 2.98 983 3.15 1014 3.46 1080 3.78 1105 4.02
5000 867 2.85 924 3.01 977 3.30 1027 3.85 1013 3.94 1117 4.20
LEGEND 5. Maximum continuous bhp Is 4.2. ~ve maIIlr and electrical test-
Bhcfp - Brake Horsepower Input to Fan = these units ensu... lhet Ihe full range of Ihe motor can be
FI - FecIllly-lnstaJled Option wl1hCCll_oce'::E1an moIOnI uptolhe ~ shown
will not resuIIln nuis8nc:e or pI8Il1&1II.. maIIlr fal u... Unit
NOTES: W8IIBI1Iy will not be efI8cI8d. Eveporator-Fan Motor Oeta table
1. 80_.. indlcetes field-supplied drive required. (See Note 3.) on For. 39 lor - inlDrmalion.
2. _ Indlcetes lieId-supplled motor and drive required. 6. Use e field-supplied maIIlr may affect wi.. sizing. Contact your
Carrier ~NSentative III verily.
3. Molar drive range Is 860 to 1080 rpm. All _ rpms require a field- 7. Interpa18 is penniselble. 00 no! extrapolate.
. ~Plled drive.
4. ues include losaes for fillers. un~ casing. and wet coils. See
pege 40 for accessorylFIOP s1stlc P_" 11Tforma1ion.
.
Performance data (cont)
~
FAN PERFORMANCE - HORIZONTAL DISCHARGE UNITS (cont)
48HJ014 12'Ao TONS)- STANDARD IIOTOR BELT DRIVE)
ExlIImeI SIalic ......u..
na 1. 1~
B
.. 1. 928
110 1." 937
.1 2.01 947
902 2.19 957
110 2.08 914 2.31 987
173 2.21 926 2.44 978
_ 2.33 938 2.57 989
.. 2.48 951 2.71 1000
912 2.59 963 2.86 1012
925 2.73 975 3.00 1024
937 2.86 986 3.16 1036
950 3.00 1001 3.32 1048
963 3.15 1014 3.48 1060
. 977 3.30 1027 3.65 1073
990 3.46 1040 3.82
1003 3.63 1053 4.00
1017 3.60 1086 4.18
1030 3.98
1
AirtIow
(CIm)
U
Bh
0.4
Bh
na
37llO
3IlIO
3100
400lI
4100
4200
4300
4400
4500
4800
4700
4800
4900
5000
5100
5200
5300
5400
-
5800
5700
5800
5ICIO
6000
8100
8200
LEGEND
Bhp - Brake Horsepower Inpu1lo Fan
ROP - Factory-Installed Option
NOTES:
1. Bo_ indicates allemata drive required. (Sae Nota 3.)
2. _ indicates aIlemale mo1or and drive cannot ba usad.
3. Sl8ndanl drive ranga is 900 to 1260 rpm. AIlamate drive range is
860 to 1060 rpm.
4. Values include losaes lor fill8rs, unit cas~. and wet coils. Sae
page 40 for accassorylFlOP Sl8tic prassura ."'ormation.
5. Maximum continuous bhp is 5.25 lor the _ mo1or and 4.20 lor
the aIlemal8 motor. Exl8nsive mo1or and _ testi"!l on these
uni1s eneurae thet the M range 01 the mo1or can ba utilized with
oonIidence. Using your fan molDrs up to the ratings shown will not
raeutt In nuiaanc8 tripping or premalura mo1or fallura. Untt warranty
will not ba aII8cl8d. Sae Evaporator-Fan Mo1or DSl8 table on
page 39 lor additional Information.
6. Use of a field-supplied motor may aJIact wlra sizing. Contact your
Carrier raprasenl8tive to VlIri1y.
7. lnl8rpo1ation is pannlsslble. Do notextrapolale.
.
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FAN RPM AT MOTOR PUIJ.J;;Y SETI1NG"
.
UNIT MOTOR PULLEY TURNS OPEN
4IHJ 0 'Ao 1 l'Ao 2 2'Ao 3 3'Ao 4 4'Ao 5 5'Ao 6
004 1090 1055 1025 990 860 lI25 890 860 lI25 795 760
005 1165 1150 1115 1060 1045 1015 860 945 910 875 840
- 1480 1425 1365 1350 1315 1275 1240 1205 1165 1130 1095 1055 1020
007 1565 1540 1490 1445 1400 1350 1305 1260 1210 1165 1120
005, 1065 1060 1035 1010 965 860 935 910 890 865 840 - -
009
012, 1060 1060 1035 1015 990 970 950 925 905 880 880 - -
014 All
014 SteI 1260 1220 1165 1155 1130 1100 1075 1045 1015 990 860 930 900
"Approximate Ian rpm shown.
EVAPORATOR FAN MOTOR DATA
.
UNIT UNIT MAXIMUM MAXIMUM UNIT VOLTAGE MAXIMUM
48HJ PHASE CONTINUOUS BHP' OPERAllNG WATTlr AIIP .DRAW
Sinala 1.20 1000 2091230 5.4
004 2091230 5.4
Thraa 1.20 1000 460 2.4
575 2.4
Sinala 1.20 1000 2091230 5.4
005 2091230 5.4
Thraa 1.20 1000 460 2.4
575 2.4
Sinala 1.80 1921 2081230 9.7
006 2091230 8.4
Thraa 1.80 1921 460 2.9
575 2.9
2091230 8.4
007 Thraa 2.40 2120 480 2.9
575 2.9
2081230 7.9
005, Thraa 2.90 2615 460 3.6
009
575 3.6
- 2091230 12.6
012, Thraa 4.20 3n5 480 5.7
014 (All) 575 5.7
2091230 15.0
014 (SteI) Thraa 5.25 4400 480 7.4
575 7.4
LEGEND
Bhp - Braka Horsapower
"Extensive motor and alactricaI taating on thaaa unils ansuraa lhallha lull hor8apowar and watts ranga
oIlha motors can ba utIllzad with cOnlIdanca. Using your Ian motors up 10 lha ratings shown in Ihls
table win no1 rasullln nuiaanca tripping or prematura motor fallura. Un" warranty will no1 ba affactad.
.
Performance data (cont)
~
OUTDOOR SOUND POWER CTOTAL UNIT)
ARI OCTAVE BANDS
48HJ ~~I:~
113 125 250 500 1000 2IIOlI 4000 -
004,005 7.6 55.9 66.0 64.0 66.2 66.4 64.5 61.7 57.3
lI06,C107 6.0 59.1 66.9 66.7 71.9 74.0 68.9 65.7 59.0
lI06,OlII 6.2 62.2 69.3 71.5 74.7 76.2 12.9 68.7 61.5
012 8.4 64.8 71.1 73.3 78.9 n.6 73.7 70.8 113.7
014 8.6 83.7 69.9 12.5 78.2 81.1 n.3 73.3 66.6
LEGEND
ARI - Air Conditionin and ReITigefa1ion lnstitu1e
Bel. - Sound Levels r, bel = 10 decibels)
ECONOMIZER STATIC PRESSURE DROP (In. wg)
48HJ004-007
UNIT CFII
8lIO 1200 1400 1800 1800 2IIOlI 2200 2400 2800
D_ .05 .05 .05 .05 .05 .05 .05 .05 .05
.....b_ .08 .10 .17 .26 .33 .34 .36 .40 .44
ECONOMIZER STATIC PRESSURE DROP (In. wg)
48HJ008..014 .
UNIT CFII
2200 2500 300lI 3800 4000 4800 5000 5800 -
D_ .02 .02 .03 .04 .05 .06 .07 .08 .09
Pe..~ .21 .25 .35 .49 .61
flOP MOIS1lJREMISER DEHUMIDIFICATION PACKAGE
STATIC PRESSURE DROP
(In. wg)
EVAPORATOR-FAN MOTOR EFFICIENCY
UNIT SIZE EFFIClENCY%
48HJ
004,l106 75
lI06 74
007 64
lI06,OlII 80
012, 014 65
014 (SId) 87
UNIT SIZE UNIT NOMINAL CFII PER TON
48HJ TONS 3lIO 400 500
004 3 .04 .07 .09
lI05 4 .07 .12 .15
lI06 5 .09 .15 .21
007 6 .12 .20 .28
lI06 7'h .08 .13 .18
009 6'h .10 .15 .22
012 10 .08 .13 .18
014 12'h .11 .18 .26
NOTE: Convert bhp to walls using the following formula:
blip (746)
motor efticiency
walls =
ROP - Factory-Installed Option
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DURABlADE ECONOMIZER BAROMETRIC RElJEF
DAMPER atARACTERIS11CS - 48HJ004-007
0..90
r
J
/
,
J
I
/
/
ut::: '
0..80
070
r 0..80
~
~ 0..50
c
w
a: 0..40
iil
fll
If 0..30
0..20
0..10.
0..00
100 200 300 400 500 600 700 800
CFM
.
PARABlADE ECONOMIZER BAROMETRIC RElJEF
DAMPER CHARACTERIS'OCS - 481U004-007
0..90
I
/
- J
/
/
/
I
/
./ V .
/' '"
0..80
0..70
r o..IlO
g
2; 0..50
a:
c
w
a: 0..40
:::>
tIl
tIl
W
a: 0..30
0-
0..20
0..10.
t
0.00 100 200 300 400 500 600 700 800
CFM
~
DURABlAbE ECONOMIZER BAROMETRIC RElJEF
DAMPER CHARACTERISTlCS - 481UOO8-014
i
.€. o.so
~
c 0..<<1
II!
:::>
!ll
w
If 0.30
0.20
0..70
G.eo
0..10.
0..00
400
IlllO llOO
CFM
1000 1200
200
PARABlADE ECONOMIZER BAROMETRIC RElJEF
DAMPER atARACTERIS11CS - 481UOO8-014
G.eo
0..70
0..60
i
~ 0..50
~
0 0..40
II!
~
If 0..30
0..20
0..10.
/
/
/
/
/
/ ,/'
".
0..00
200
llOO
CFM
400
llOO
1000 1200
Performance data (cont)
ALTITUDE COMPENSATION"
48H.1OO4-G07
72,0lIO AND 150,0lIO BlUH
115,0lIO BlUH NOMINAL INPUT
ELEVATION NOMINAL INPUT
(ll) N8lu... Uqulcl _..I Uqulcl
0- "=" 0- =-
Orifice Orifice
SIzet SIzet Bizet SIzet
lI-2,OIIO 33 43 30 38
2,0lIO 34 43 30 39
3,0lIO 35 44 31 40
4,0lIO 38 44 32 41
5,OlIO 36 44 33 42
8,0lIO 'Sl 45 34 43
7,0lIO 37 45 35 43
8,0lIO 38 48 36 44
9,0lIO 39 47 37 44
10,0lIO 41 48 38 45
11,0lIO 43 48 39 45
12,0lIO 44 49 40 48
13,0lIO 44 49 41 47
14,0lIO 45 50 42 47
"As 1I1e heiltll above sea level increases, 1I1e18 is Ieso oxygen per albic foot
of air. The_I8, 1I1e input rate should be _oed at higl1er alllludea.
tOrilicea aI8 available 1I1rough your local Carrier distributor.
ALTITUDE DERATING FACTOR"
48tu004-014
~
ALTITUDE COMPENSATION"
481UOO8-014
121.Ol1O. 11O,Ol111. 250,0lIO BlUH
AND 224,000 BlUH NOMINAL INPUT
ELEVATION NOIINAL INPUT
(ll) NmnI Uqulcl _I Uquicl
0- W Ga "="
= =
SIzet
lI-2,OIIO 31 41 30 38
2,0lIO 32 42 30 39
3,0lIO 32 42 31 40
4,0lIO 32 42 32 41
5,0lIO 33 43 33 42
5,OlIO 34 43 34 43
7,000 35 44 35 43
8,0lIO 36 44 38 44
9,0lIO 37 45 37 44
10,0lIO 38 48 38 45
11,0lIO 39 47 39 45
12,0lIO 40 47 40 48
13,0lIO 41 48 41 47
14,0lIO 42 48 42 47
"As 1he I1eighl above sea _ i........, there is Ieso oxygen per albic foot
of air. The_, 1he Input rail should be .-duced at higher aIlIludea.
torilicea al8 available 1I1rough your local Carrier dstributor.
ELEVATION
o.zooo
20014000
3001_
4001-5000
5001-5000
MAXIMUM HEATING VALUE
. 1100
1050
1000
950
900
"Derating of tihe unn Is not l8quil8d unless tihe heating value of tihe gas exceeds
tihe values 1_ In tihe table above, or if tihe elevation e_ 6000 fl. Delating
conditions must be 4% per ~ fl above .. level. For e"""'pIe, at 4000 ll.
ff tihe heating value of 1I1e gas excaeds 1000 stulli', tihe unn wll require a 18%
derating. For eleva1iOn8 above 6000 It, tihe same lonnula appliea. For example,
at 7000 It, tihe unn willl8quire a 28% derating of the maximum heating value per
the Nationel Fuel Gas Code.
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Electrical data
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.
NOMINAL VOLTAGE COMPRESSOR OFM COMBUS110N POWER MINIMUM UNIT
IFM DISCONNECT
UNIT VOLTAGE RANGE (-) (-) FAN MOTOR SUPPLY SIZE"
(V-Ph-Hz) Mln lIB RLA LRA FLA FLA FLA MCA MOCP FLA LRA
2081230-1-60 187 254 16.0 88.0 0.7 4.9 .57 25.8125.6 35135t 25125 10"101
48HJElHJF004 2081230-3-60 187 254 10.3 n.o 0.7 4.9 .57 18.5118.5 25125t 18/18 90190
(3 Tons) 460-3-60 414 508 5.1 39.0 0.4 2.2 .30 9.0 1St 9 46
575-3-60 518 632 4.2 31.0 0.4 2.2 .30 7.3 1St 7 36
2081230-1-60 187 254 23.7 129.0 0.7 4.9 .57 35.2135.2 45145t 34134 1421142
48HJDlHJeHJF005 208/230-3-60 187 254 13.5 99.0 0.7 4.9 .57 22.5122.5 3OI3Ot 22122 1121112
(4 Tana) 460-3-60 414 508 7.4 49.5 0.4 2.2 .30 11.9 1St 12 56
575-3-80 518 632 5.8 40.0 0.4 2.2 .30 9.3 1St 9 45
2081230-1 -60 187 254 28.8 169.0 1.5 8.8 .57 46.3146.3 8OI8Ot 45145 218/216
48HJDlHJeHJF006 208/230.3-60 187 254 17.3 123.0 1.5 5.8 .57 28.9128.9 35135t 28128 168/169
(5 Tana) 460-3-60 414 508 9.0 62.0 0.8 2.6 .30 14.7 20t 14 84
575-3-60 518 632 7.1 50.0 0.8 2.6 .30 11.8 1St II 67
2081230-3-60 187 254 20.5 156.0 1.4 5.8 .57 32.8/32.8 4O/4Ot 32132 2001200
48HJDlHJeHJFOO7 460-3-60 414 508 9.6 70.0 0.6 2.6 .30 15.2 20t IS 92
(6 Tana) 575-3-60 518 632 7.7 56.0 0.6 2.6 .30 12.2 1St 13 78
2081230-3-60 187 254 12.4 88.4 1.4 7.5 .57 39.2138.2 45145t 40/40 242/242
48HJDlHJeHJF008 480-3-60 414 508 6.4 44.0 0.7 3.4 .30 19.2 25t 20 121
(7'A. T.....)- 575-3-60 518 632 4.8 34.0 0.7 3.4 .30 14.6 20t 16 95
2Oll/23O-3-6O 187 254 15.0 99.0 1.4 7.5 .57 44.1/44.1 5OI5Ot 48/46 284/284
48HJDlHJeHJF008 460-3-60 414 508 8.2 49.5 0.7 3.4 .30 23.3 30t 24 132
(8'.!. Tona)- 575-3-60 518 632 5.8 40.0 0.7 3.4 .30 16.9 20t 18 107
2081230-3-60 187 254 17.3 123.0 1.4 10.6 .57 52.3152.3 8OI8Ot 55155 3371337
48HJDlHJeHJF012 460-3-60 414 508 19.0 82.0 0.7 4.8 .30 26.5 30t 28 189
(10 Tona)- 575-3-60 518 632 7.1 50.0 0.7 4.8 .30 20.9 25t 22 136
48HJDlHJE014 2081230-3-60 187 254 19.0 156.0 1.4 15.0 .57 80.8160.6 7OI7Ot 84164 428/426
(12'.!. Tona) 460-3-60 414 508 9.0 70.0 0.7 7.4 .30 29.1 35t 31 197
(Stdr 575-3-60 518 632 7.4 54.0 0.7 7.4 .30 23.7 30t 25 154
48HJDlHJE014 2081230-3-60 187 254 19.0 156.0 1.4 10.6 .57 56.2156.2 7OI7Ot 59159 4031403
(12'A. Tana) 460-3-60 414 508 9.0 70.0 0.7 4.8 .30 26.5 45t 28 185
(All)- 575-3-60 518 632 7.4 54.0 0.7 4.8 .30 21.6 25t 23 144
UNITS wnlfOur EIH:11UCAL CONVENIENCE oun..ET
)
LEGEND
FLA - Full Load Amps
HACR - Heating, Air Conditioning and Refrigeration
IFM - Indoor (Evaporator) Fan Motor
LRA - Locked Rotor Amps
MCA - Minimum C1"",it Amps -
MOCP - Maximum ave"",rrent Protection
NEC National electrical Code
OFM - OUtdoor (Condenser) Fan Motor
RLA - Reted Load Amps
UL - Underwriters' Laboratories
'Used to determine minimum diaoonnect per NEC.
tFuse '" HACR circufi breakar per NEC.
-Units have 2 condenser.fan motors.
NOTES:
1. In compliance wi1h NEC requirements lor mullimotDr and combina-
tion load equipment (rafer to NEC ArIicIea 430 and 440), \he over-
current protective device lor the unfi shall be fuea '" HACR breaker.
The UL, Canade unfis may be fuae or ci"",fi breaker.
2. Electrical dets based on 95 F amblant outdoor-air temperature
z 10% voltage.
@
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Electrical data (cont)
~
UNITS WI11I ELECTRICAL CONVENIENCE 0UI1Er
"
NOMINAL VOLTAGE COMBUSTION POWER MINIMUM UNIT
COMPRESSOR OFM IFM SUPPLY DISCONNECT
UNIT VOLTAGE RANGE FAN MOTOR WITH OUTLET SIZE"
(V-, MIn lIB RLA LRA FLA FLA FLA ileA IIOCP FLA LRA
20Bf230-1-110 187 254 16"0 86.0 0"7 4.9 .57 31.6131.6 4OI4Ot 30/30 1061106
48H.JElHJF004 20Bf230-3-IIO 187 254 10"3 n.o 0"7 4.9 .57 24.5124.5 3OI3Ot 2~4 95195
(3 Tana, 460-3-60 414 508 5.1 38"0 0.4 2.2 .30 11.7 15t II 48
575-3-60 516 632 4.2 31.0 0.4 2.2 .30 9.5 15t 9 38
20Bf230-1-60 187 254 23.7 129.0 0.7 4.9 .57 41.2141.2 5OI5Ot 38138 147/147
48HJDlHJE/HJF005 20Bf230-3-IIO 187 254 13.5 99.0 0.7 4.9 .57 29.5128.5 35135t 27/27 117/117
(4T.....' 460-3-60 414 508 7.4 49.5 0.4 2.2 .30 14.6 20t 14 56
575-3-60 518 632 5.8 40.0 0.4 2.2 .30 11.5 15t 11 47
208/230.1-60 167 254 29.6 168.0 1.5 8.8 .57 52.3152.3 6OI6Ot 50150 221/221
48HJD/HJE/HJF008 20Bf230-3-IIO 187 254 17.3 123.0 1.5 5.8 .57 34.9134.9 4OI4Ot 34134 173/173
(5 Tana, 460-3-60 414 508 9.0 62.0 0.8 2.6 .30 17.4 20t 17 86
575-3-110 516 632 7.1 50.0 0.8 2.6 .30 13.8 20t 13 69
2081230-3-60 187 254 20.5 156.0 1.4 5.8 .57 38.6138.8 45145t 35135 2051205
48HJDlHJElHJF007 480-3-110 414 508 9.6 70.0 0.6 2.6 .30 17.9 20t 17 94
(6 Tana' 575-3-60 518 632 7.7 56.0 0.6 2.6 .30 14.3 20t 15 79
2081230-3-60 187 254 12.4 86.0 1.4 7.5 .57 44.2144.2 5OI5Ot 46/48 247/247
48HJDlHJElHJFl108 460-3-60 414 508 6.4 44.0 0.7 3.4 .30 21.9 25t 23 124
(7'.. Tona'- 575-3-60 518 632 4.8 34.0 0.7 3.4 .30 16.6 20t 17.5 97
2081230-3-60 187 254 15.0 99.0 1.4 7.5 .57 50.1150.1 6OI6Ot 52152 269/268
48HJD/HJE/HJF009 480-3-60 414 508 6.2 49.5 0.7 3.4 .30 26.0 sot 27 135
(8'ArT.....'- 575-3-60 516 632 5.8 40.0 0.7 3.4 .30 19.1 25t 20 109
2081230-3-60 187 254 17.3 123.0 1.4 10.6 .57 56.3IS8.3 7Of7O 61ml 341/341
48HJDlHJElHJF012 460-3-60 414 508 9.0 62.0 0.7 4.8 .30 29.2 35t 30 172
(10 Tonar 575-3-60 518 632 7.1 50.0 0.7 4.6 .30 23.1 25t 24 138
208/230-3-60 187 254 19.0 156.0 1.4 15.0 .57 86.6ill6.6 80170 70170 4301430
48HJD/HJE014 460-3-60 414 508 12.9 70.0 0.7 7.4 .30 31.8 35t 33 199
(12'Ar Tons, (SId'- 575-3-60 518 632 7.4 54.0 0.7 7.4 .30 25.9 sot 27 156
2081230-3-60 187 254 19.0 156.0 1.4 10.6 .57 62.2162.2 70170 65ill5 407/407
48HJOIHJE014 460-3-60 414 508 9.0 70.0 0.7 4.8 .30 29.2 35t 30 186
(12'Ar Tona, (AIt,- 575-3-60 516 832 7.4 54.0 0.7 4.6 .30 23.8 sot 25 147
LEGEND
FLA Full Load Amps
HACR Heating, I\jr Conditioning and Refrigeration
IFII Indoor (Eveporalor) Fen Motor
LAA Locked Rotor Amps
ileA Minimum Circuit Amps
MOCP - Malcimum Overcurrent Protection
NEC Netlonal Electrical Code
OFII - OUtdoor (Candeneer) Fen Motor
RLA - Reted Load Amps
UL - Underwrite"" Laboratories
.Used to detennine minimum d~nect per NEe.
tFuee or HACR circuit breaker per NEC.
..Units have 2 condenser-fan motors.
NOTES:
1. In complienca with NEC requirements for multimotor end combine-
tion Ioed equipment (refer 10 NEC Articles 430 and 440), 1I1e over.
current protective device lor 1he unit shall be "- Of HACR breaker.
The UL, Cenede unite may be""- or circuit breaker.
2. Electrical deta baeed on 85 F ambient outdoor...ir temperature
:t 10% voltage.
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Application data
Condensate drain plUl- A sloped condensate drain pan
. Is supplied on all units. The condensate pan must be exter-
. nally trapped. Condensate drains are located on both the
bottom and end of the unit.
Ductwork - All ductwork must be attached to flanges. If
no flanges are present, they must be field supplied. Secure
wrticaI discharge ductwork to roof curb. For horizontal dis-
charge applications, attach ductwork to flanges. Fleld-
supplied flanges can be attached to horizontal discharge
openings and all ductwork attached to flanges.
To convert &om vertIc:a1 dl......"1Ie to horizontal
dlscbarge (Durablade economizer only):
1. Remow economizer/two-posItion damper to gain ac-
cess to return duct opening.
2. Mow the horizontal-<lischarge duct opening covers to
the vertical discharge openings.
3. Rotate economizer 90 degrees (until the economizer/
two-posItion damper motor faces the condenser
section).
4. Rotate the barometric relief damper 90 degrees.
5. Insta1I block-off plate over the opening on the access
panel.
1bermostat - Use of 2-stage cooling thermostat Is
recommended for all size 004-007 units equipped with
economizer.
Heatlng-to-coollng changeover - All units are aulo-
. matic changeover from heating to cooling when aulomatic
. changeover thermostat and subbase are used.
AIrflow - Units are draw-thru on cooling and blow-thru
on heating.
MaxImum airflow - To minimize possIbllity of conden-
sate blow-off from evaporator, airlIow through units should
not exceed 500 cfm/ton.
MInImum airflow - Minimum airlIow for cooling Is
300 cfm/ton.
.
~
MInImum ambient operating temperature - Mini-
mum ambient operating temperature for size 004-014
standard units is 25 F. With accessory Mot0rmasteJ4 or
Motormaster n control, units can operate at outdoor tem-
peratures down to -20 F.
Mulmum 0.-..tL.a outdoor-aIrtemperature - Max-
imum outdoor-air operating temperature for cooling is
125 F.
HIgh altitudes - These may require a change to the gas
orifice. Refer to Altitude Compensation tables on page 42.
MInImum temperature - Minimum temperature of air
entering the dimpled heat exchanger is 50 F continuous
and 45 F intermittent.
Motor data - Due to Carrier's internal unit design (draw-
thru over the motor), air path, and specially designed
motors, the full horsepower (maximum continuous bhp)
1isted in the Physical Data table and the notes following
each Fan Performance table can be utilized with extreme
confidence.
Using Carrier motors to the values listed in the Physical
Data, Fan Performance, and Evaporator-Fan Motor Data
tables will not result in nuisance tripping or premature mo-
tor failure. In addition, the unit warranty will not be affected.
ApoDo commWlic:atlng controls - Apollo communi-
cating controls must be used with a Carrier master
thermostat.
lbru-the-bottom connections - The accessory thru-
the-bottom connections are needed to ensure proper
connections when rouIing wiring and piping through the
basepan and roof curb. This aOO!ssory is used for electric
and control power only.
MoIstureMIserdehumidifk:atlo P"'"""II4! - This pack-
age must be used with a field-installed Carrier humidistat if
circuit modulation is desired.
Typical piping and wiring
~
UNITS WI11f MOISllJREMISER OPTION
CONDENSER CO I L ~
t
-
t
DISCHARGE
COMPRESSOR
!
-
-
LPS
(LOW PRESSURE SWITCH)
!
(EQUALIZER LINE)
'."""--.
.
e
l
<,
~
e
~
VER't1CAL DISCHARGE
>>
~ CONDENSER.fAN
IlIJII DISCHARGE AIR
-r
o
.
o
OUTDOOR-
AIR HOOD
>>
(J
ROOF CURB
LEGEND
~ OUTOOORAIRFLOW
c) INDOOR AIRFLOW
SUPPLY AIR
RETURN AIR
HORIZONJ'AL DISCHARGE
F1EJ..D.SUPPUED
DISCONNECT
PER NEe
-----
CONDENSER.(;()IL
AIR INLET
POWER WIRING
>>
-
COMPRESSOR
NEe - National e_ Code
~
---
-
-
*
.
..-
.
'. e
~
,.
-...
-
-.-
. -
-
- *
~ ..
"
. m
---
Typical wiring schematic
(size 008-014, 460-3-60 shown)
..
.
..,
-,
~
..
CjH~HD-:~~
- ~ ..~
~ ~
-
..
~
~-- .
- --...
"
...
--.
3a!!
-.
.....-
_-*L~-
~
~:6)..
~.Q}.
~
....(ll)f(lI)-u
..
-
~D _."....
. ~ .
ell __ '.1
-
,
-
IGC
,
-<31 ,
, .'
'-@)-JJ::;} "
I tl~l
'e-II!I.m'
I~II
L - -11 -
_1_
~----
w
..
..
r...-y.-y';~~:r,m
I
,
I
,
I
,
I &'- ~::. m I
, - ,
[-- - - - ~~' - -' - - - --='~-- - ~.- j
--------
--- -a@a>'
---,
., --~
...
_~I'IM~
"'M
~-
,-,
See legend and notes on page 49.
....,..:.
.
.
~
LEGEND FOR TYPICAL WIRING SCHEMAnC
)
IMPORTANT: Refer 10 unit wiring label for actual unri wiring.
AHA - Adjustable Heet Anticipator OAT - OuIdaor-A1rThelmoslat
C - Contactor, Compressor OFC - Ouldoor I~ Fan Contactor
CB - Circuit Breaker OFM - 0u1d0ar Fan Motor
CC - Cooling Compa_tor P - Plug
CH - Crankcase Heeter PL - Plug A8eembly
CLO - Compressor Lockout QT - QuedNpIe Tenninel
COIIP - Compressor Motor R - Relay
CONN - Connection RS - Rollout Swi1ch
D Diode SAT - Supply-Air Thennostet
EC Enthalpy Control SEN - Sensor .
ECON Economizer SW1 - SwitI:h Fully 8Cct
EPS Emergency Power Supply (9-VoIt Bettery) SW2 - SwitI:h FuI,:r,
EQUIP Equipment SW3 - SwitI:h MI mum Vent PosItion
ER Economizer Relay SW4 - SwitI:h Maximum Vent Position
FPT Freeze-Protection Thennostat TC - Thennostat-cooling
FS Flame Sensor TH - Thennostet-Heeting
FSS - Filter-Status Switch THAN - Transformer
FU - Fuse H Field Splice
GND - Ground
GV - Gas Velve 0 Tenninal (Marked)
GVR - Gas Velve RaIa~
HPS - High-Plll88Ure witI:h 0 Tenninal (Unmarked)
HS - Hall-Effect Sensor G:J Tenninal Block
HV - High Voltage
I - Ignitor . Splice
IDII - I_-Oreft Motor
IFe - Indoor 1= Fan Contactor C)e Splice (Marked)
IFM - Indoor Fan Molor
IGC - IT.:lIratad U Controller Factory Wiring
LED - Ug -Emitllng Diode FI8kt Control Wiring
LPS - lDw-Plll88Ure/Loss-of-<:harge SwitI:h FI8kt Power Wiring
LS Umri Swi1ch ----
. IIGV MaIn Gas Valve Accassory or Optional Wiring
11TH Motor
NC Nonnaliy Closed - To Indicete common potential only,
NO - Nonnally Open not 10 represent wiring.
NOlES FOR TYPICAL WIRING SCHEMA'nC
1. If any of the original wire fumlshed must be replaced, ri must be replaced with Type
90 C wire or ita equivalent.
2. Three-phase motors are protected under primary singl81lhaslng conditions.
3. Thermostat:
HH07AT170;-l72, 174, and P272-2783.
Subbase:
HH83AZ176, 176, and P272-1662, 1683.
4. Sizes 004-007:
Set heet anticipator for both steges at 0.14 amp.
Sizes 006-014:
Set heat anticipalor tor first stege at .14 amp, second stage at 0.20 amp, axcept for
006 and 009 low heat. Set both first and second stege etll.14 amp.
5. Use copper condUC\Ol'll only.
t
Controls
Operating sequence for 48HJOO4-007 units
CooIng, units without economizer - When thermo-
stat calls for cooling, terminals G and Yl and the compres-
sor contactor (C) are energized. The indoor (evaporator) fan
motor (IFM), compressor, and outdoor (condenser) fan
motor (OFM) start. The OFM runs continuously while the
unit is in cooling. When the thermostat is satisfied, C is
deenergized and the compressor and OFM shut off. After a
3o-second delay, the IFM shuts off. If the thermostat fan
selector switch is in the ON position, the evaporator motor
will run continuously.
Cooling, units with Durablade economizer - When
the outdoor-air temperature is above the outdoor-air tem-
perature (OAn setting and the room thermostat calls for
cooling, the compressor contactor is energized to start the
compressor and outdoor (condenser) fan motor (OFM). The
indoor (evaporator) fan motor UFM) is energized and the
economizer damper moves to the minimum position. After
the thermostat is satisfied, the damper moves to the fully-
closed position when IFM is deenergized.
When the outdoor-air temperature is below the OAT
setting and the thermostat calls for Yl and G, the econo-
mizer damper moves to the minimum position when the
evaporator fan starts. The first stage of cooling is provided
by the economizer. If the supply-air temperature is. above
57 F, a switch on. the supply-air thermostat is cloSed be-
tween the T2 terminal and the 24 vac terminal. This causes
the damper to continue to modulate open until the supply-
air temperature falls below 55 F or the damper reaches the
fullY"pen position.
When the supply-air temperature is between 55 F and
52 F, the supply-air thermostat has open switches between
the T2 and 24 vac terminals and between the T1 and 24
vac terminals. This causes the economizer damper to re-
main in an intermediate open position.
If the supply-air temperature falls below 52 F, a switch
on the supply-air thermostat is closed between the T1 ter-
minal and the 24 vac terminal. This causes the damper to
modulate closed until the supply-air temperature rises above
55 F or the damper reaches the minimum position.
When the supply-air temperature is between 55 F and
57 F, the supply-air thermostat has open switches between
the T2 and 24 vac terminals. This causes the economizer
damper to remain in an intermediate open position.
If the outdoor air alone cannot satisfy the cooling require-
ments of the conditioned space, economizer cooling is in-
tegrated with mechanical cooling, providing second stage
cooling. The compressor and condenser fan will be ener-
gized and the position of the economizer damper will be
determined by the supply-air temperature.
When the second stage of cooling is satisfied, the com-
pressor and condenser-fan motor will be deenergized. The
damper position will be determined by the supply-air
temperature .
When the first stage of cooling is satisfied, the IFM shuts
off after a 30-second delay. The damper then moves to
fully-closed position.
Cooling, units with Parablade economizer - When
the outdoor air is above the enthalpy control setting, and
~
the room thermostat calls for cooling, the compressor con-
tactor is energized to start the compressor and the outdoor .
(condenser) fan motor (OFM). The indoor (evaporator) fan
motor (IFM) is energized and the economizer damper moves
to the minimum position. After the room thermostat is sat-
isfied the damper will spring return to the fully-closed
position.
When the outdoor air is below the enthalpy control set-
ting and the thermostat calls for cooling, the economizer
outdoor air damper is opened proportionaJly to maintain a
temperature between 50 and 56 F at the mixed air sensor.
If outdoor air alone cannot satisfy the cooling requirements,
economizer cooling is integrated with mechanical cooling.
When the room thermoslatis satisfied, the damper will spring
return to the fully-closed position.
Heating, units without economizer - When the ther-
mostat calls for heating, terminal WI is energized. The
induced-draft motor is energized and the burner ignition
sequence begins. The indoor (evaporator) fan motor (IFM)
is energized 45 seconds after a flame is ignited. On units
equipped for two stages of heat, when additional heat is
needed, W2 is energized and the high-fire solenoid on the
main gas valve (MGV) is energized. When the thermostat
is satisfied and WI is deenergized, the IFM stops after a
45-second time-off delay.
Heating, units with ...........w.er/two-posItlon damper
- When the thermostat calls for heating, terminal WI is
energized. The induced-draft motor is energized and the _
burner ignition sequence begins. The indoor (evaporator)
fan motor (IFM) is energized 45 seconds after a flame is
ignited and the damper moves to the minimum position. If
the accessory two-position damper is used, the outdoor-air
damper opens to the minimum position whenever the evapo-
rator fan runs. On units equipped for two stages of heat,
when additional heat is needed, W2 is energized and the
high-fire solenoid on the main gas valve (MGV) is energized.
When the thermostat is satisfied and WI is deenergized, the
IFM stops after a 45-second time-off delay. The economizer
damper then moves to the fully-closed position. When us-
ing continuous fan, the damper will remain in the minimum
position.
Operating sequence for 4SHJOOS-014 units
Cooling, units without economizer - When thermo-
stat calls for cooling, terminals G and Yl are energized. The
indoor (evaporator) fan contactor UFC) and compressor
contactor no. 1 (Cl) are energized, and evaporator-fan
motor, compressor no. I, and condenser fans start. The
condenser-fan motors run continuously while unit is cool-
ing. For units with 2 stages of cooling, if the thermostat calls
for a second stage of cooling by energizing Y2, compres-
sor contactor no. 2 (C2) is energized and compressor no. 2
starts.
When the thermostat is satisfied, Cl and C2 are deen-
ergized and the compressors and outdoor (condenser) fan . a
motors (OFM) shut off. After a 3o-second delay, the indoor _
(evaporator) fan motor UFM) shuts off. If the thermostat fan
selector switch is in the ON position, the evaporator mo-
tors will run continuously.
Ie
~
i
)I
Cooling, units with Durablacle economizer - When
) the outdoor-alr temperature is abow the OAT setting and
the room thennostat ca11s for cooling, the compressor con-
taclor no. 1 is energized to start compressor no. 1 and out-
door (condenser) fan motors (OFM). The indoor (evapora-
tor) fan motor (IFM) is energized and the economizer damper
mows to the minlmwn position. Upon a further call for
cooling, compressor contaclor no. 2 wiD be energized, start-
ing compressor no. 2. After the thermostat is satisfied and
the IFM is deenerglzed, the damper moves to the fuJJy-
closed position.
When the outdoor-air temperature is below the OAT set-
ting and the thennostat ca11s for VI and G, the economizer
damper moves to the minlmwn position when the evapo-
rator fan starts. The first stage of cooling is provided by the
economizer. If the supply-air temperature is above 57 F, a
switch on the supply-air thermostat is closed between the
T2 tenninal and the 24 vac tenninal. This causes the damper
to continue to modulate open until the supply-alr tempera-
ture falls below 55 F or the damper reaches the fuJJy-open
position.
When the supply-air temperature is between 55 F and
52 F, the supply-alr thennostat has open switches between
the T2 and 24 vac tenninaIs and between the T1 and
24 vac terminals. This causes the economizer damper to
remain in an intermediate open position.
If the supply-air temperature falls below 52 F, a switch
on the supply-air thennostat is c10sed between the T1 ter-
. minal and the 24 we tenninal. This causes the damper to
. modulate closed until the supply-air temperature rises abow
55 F or the damper reaches the minlmwn position.
When the supply-air temperature is between 55 F and
57 F, the supply-air thennostat has open switches between
the T2 and 24 we terminals. This causes the economizer
damper to remain in an intermediate open position.
If the outdoor air alone cannot satisfy the cooling require-
ments of the conditioned space, economizer cooling is
integrated with mechanical cooling, providing second
stage cooling. Compressor no. 1 and caodenser fan wiD be
energized, and the position of the economizer damper will
be determined by the supply-air temperature. Compressor
no. 2 is locked out.
When the second stage of cooling is satisfied, the com-
pressor and condenser fan motors wiD be deenerglzed.
The damper position wiD be determined by the supply-air
temperature.
When the first stage of cooling is satisfied, the IFM shuts
off after a 3O-second delay. The damper then moves to fully
closed position.
.
~
Cooling, units with Parablade economizer - When
the outdooi' air is abow the enthalpy control setting, and
the room thermostat ca11s for cooling, the compressor con-
taclor no. 1 is energized to start compressor no. 1 and the
outdoor (condenser) fan motors. The indoor (evaporator)
fan motor is energized and the economizer damper moves
to the minlmwn position. Upon further call for cooling, com-
pressor contaclor no. 2 is energized, starting compressor
no. 2. After the room thermostat is satisfied the damper
wiD spl'ing return to the fuJJy-closed position.
When the outdoor air is below the enthalpy control set-
ting and the thermostat calls for cooling, the economizer
outdoor air damper is opened proportionally to maintain
between 50 and 56 F at the mixed air sensor. If outside air
alone cannot satisfy the cooling requirements, economizer
cooling is integrated with mechanical cooling and the sec-
ond compressor is locked out. When the room thermostat
is satisfied, the damper wiD spl'ing return to the fuJJy-closed
position.
Heating, units without economizer - When the ther-
mostat ca11s for heating, tenninal WI is energized. In order
to prevent thermostat short-cycling, the unit is locked into
the Heating mode for at \east 1 minute when WI is ener-
gized. The induced-draft motor nOM) is then energized and
the burner ignition sequence begins. The indoor (evapora-
tor) fan motor (IFM) is energized 45 seconds after a flame is
ignited. When additional heat is needed, W2 is energized
and the high-fire solenoid on the main gas valve (MGV) is
energized. When the thermostat is satisfied and WI and
W2 are deenergized, the IFM stops after a 45-second time-
off delay.
"-IlII, UDits with economIzer/two-position damper
- When the thennostat ca11s for heating, terminal WI is
energized. In order to prevent thermostat short-cycling, the
unit is locked into the Heating mode for at \east 1 minute
when WI is energized. The induced~raft motor is then
energized and the burner ignition sequence begins. The
indoor (evaporator) fan motor nFM) is energized 45 sec-
onds after a flame is ignited and the damper moves to the
minimwn position. If the accessory two-position damper is
used, the outdoor-air damper opens to the minimwn posi-
tion whenever the evaporator fan runs. When additional
heat is needed, W2 is energized and the high-fire solenoid
on the main gas valve (MGV) is energized. When the ther-
mostat is satisfied and WI and W2 are deenerglzed, the lFM
stops after a 45-second time-off delay. The economizer
damper then moves to the fully-closed position. When us-
ing continuous fan, the damper will remain in the minimwn
position.
);1
Controls (cont)
Operating sequence - Units with
MoistureMlser debumidifk:ation package
When thermostat calls for cooling, terminals G and YI
and/or Y2 and the compressor contactor{s) CI (and C2)
are energized. The indoor (evaporator) fan motor (IFMJ, com-
pressor{s), and outdoor (condenser) fan motor{s) (OFM) start.
The OFM(s) nms continuously while the unills in cooling.
As shipped from the factory, MolstureMlser dehlUllldifica-
tion circuit Is always energized. If MoistureMiser circuit modu-
lation Is desired, a field-instal1ed, waD-mounted humidistat
Is required.
If the MolstureMIser humidistat Is lnstalled and calls for
the MolstureMlser subcooler coll to operate, the humidistat
internal switch closes. ThIs energizes and closes the liquid
line solenoid valve collIs) (ll.SV) of the MoistureMlser cir-
cuit, forcing the hot liquid refrigerant of the llquid line to
enter the subcooler coll (see Typical Piping and Wiring sec-
tion on page 46). As the hot liquid passes through the sub-
cooler coll, it is exposed to the cold supply airflow coming
off from the evaporator coll and the liquid Is further cooled
to a temperature approaching the evaporator coll leaving-
air temperature. The state of the refrigerant leaving the sub-
cooler coll Is a highly subcooled liquid refrigerant. The liquid
then enters a thermostatic expansion valve rrxVJ where the
liquid Is dropped to a lower pressure. The TXV does not
have a pressure drop great enough to change the liquid
to a 2-phase fluid. The TXV can throttle the pressure drop
of the liquid refrigerant and maintain proper conditions at
the compressor suction valve over a wide range of opera-
ting conditions. The liquid then enters a second fixed re-
strictor expansion device for a second pressure drop to a
2-phase fluid. The liquid proceeds to the evaporator coll at
a temperature lower than normal cooling operation. ThIs
lower temperature Is what increases the latent capacity of
the rooftop. The 2-phase refrigerant passes through the
evaporator and Is changed into a vapor. The air passing
over the evaporator coil will become colder than during
normal operation as a resu1t of the colder refrigerant tem-
peratures. However, as it passes over the subcooler coil, the
air will be warmed slightly.
As the refrigerant leaves the evaporator, the refrigerant
passes a low-pressure switch in the suction line. ThIs low-
pressure switch will de-activate. the MolstureMiser package
when the suction pressure reaches 60 psig. The low-pressure
switch Is an added safety device to protect against evap-
orator coil freeze-up. The low-pressure switch will only
de-activate and open the liquid line solenoid valve in the
MolstureMlser circuit. The compressors will continue to nm
on
..
as long as there Is a call for cooling, regardless of the
position of the low-pressure switch. The solenoid valve and .
the MolstureMlser package will be re-activated only when
the call for cooling has been satisfied, the low-pressure switch
has closed, and a new call for cooling exists. The crankcase
heaters on the scroll compressors provide additional pro-
tection for the compressors due to the additional refriger-
ant charge in the subcooler.
When the humidistat Is satisfied, the humidistat internal
switch opens, cutting power to and opening the u.sv. The
refrigerant is routed back through the evaporator and the
subcooler coil is removed from the refrigerant loop.
When the thermostat Is satisfied, CI (and C2) Is de-
energized and the compressor{s) and OFM(s) shut off. After
a 3<l-second delay, the IFM shuts off. If the thermostat fan
selector switch Is in the ON position, the IFM will nm
continuously.
TEMP systems
A TEMP System Is a network of communicating Carrier
TEMP System Thermostats and rooftop, lactory-mounted
Apollo direct digital controls, each serving its own zone and
heating/cooling unit. Networking allows your building man-
ager to easily access each of your systems from a single 10-
cation...whether they are in the same building or located
throughout town.
The TEMP System's inherently flexible, modular base de-
sign supports the exact number of independent, single zone
systems you require...no more, no less, no compromises. ..
Ideal for department stores, smaIl office buildings, fast -
food chains, schools and hotels, a TEMP System Is a
cost-effective way to maintain comfortable building
environments. See Typical Temp System on page 54.
Variable Volume/Varlable Temperature VVTGI
systems
VVT Systems are dedicated to total building comfort.
Carrier thermostats, zone dampers, and HVAC equipment
with factory-mounted direct digital controls continually moni-
tor and adjust their operation to ensure uninterrupted and
personalized comfort for all occupants.
Through the use of communicating electronic controls,
VVT Systems are able to provide the comfort of a multiple "~".
zone system while using the installation, operation, and main-
tenance economics of single zone equipmenL.virtuaIly put-
ting an end to the cost vs. comfort compromise. See T ypi-
caI VVT System on page 54.
11
~
.:i!
~
e
..
.
TYPICAL MOIS1llREMISER DEHUMIDIFICATION PACKAGE HUMIDISTAT WIRING
(48H.J004.007. 2081236-V UNIT SHOWN)
CONTROL BOX AREA
FIELD
WIRE
SIDE
k=>c
k=>
c,.-VEl
FROM
CONTROl. BOX
c,.-BlK
VEl-----1
TO IFM
LEGEND
C - ConlaclIlr (Compressor)
CCH - Crankca8e Heater
COIIP - Compl8llllQl'
FU -FUN
HU - Humidi_
IFII - Indoor (EvaporalDr) Fan MolDr
LLSV - UquId Une SolenoId Valve
8-LPS - ~-P_18 Switch
(Subcoaler Only)
THAN - transformer
Factory Wiring
__ _ Accuse- y or Optional Wiring
.
ORN RED BlK
~.~.~
~ TRAN
~~
~RED · . G~I BRN 1
~ ~u
r 1- ~ 1 S-lPSl = llSV1. I
: H~o-y--BlU~BlU--BlK--f9---1
__--.I
CCHl
COMPl
CCH2
~
4,5,6 TON
ONlV
BlK --',
.
TYPICAL MOISTUREMISER DEHUMIDIFICATION PAQ(AGE HUMIDISTAT WIRING
(481UOO8-014. 208I236-V UNIT SHOWN)
CONTROL BOX AREA
FJELD KJC2 c,.- VEl VEl-----1
WIRE KJ FROM TO IFM
SlOE KJC1 CON"mOlBOX
c,.-BlK BlK --',
KJ
.
lEGEND
C - ConlaclIlr (Compressor)
CCH - Crankca8e Heater
COIIP - Compl8llllQl'
FU - Fuse
HU - Humldiatal
IFII - Indoor (EvaporalOr) Fan MolDr
LLSV - Uquld UnlI Solenoid Valve
8-LPS - lIIW-"-- Switch
THAN - ~~0nIy)
F8clory Wiring
___ ACCIIIIloY or Optional Wiring
.
ORN RED BlK
<@~.~
~ TRAN
'4fJ ~
RiD BRN
<jI[BDP--RED t BRN ,
BlU GRN/VEl~ BlK
~~ 1 BlU1BlU~BlU. B~K-ffi-t
1_ _ .--l S-lPS2 ~ BiK
BlU~BlU. BlK
CCHl
COMPl
CCH2
cCH1;pe'5'lo
COMP2 & '~NCyTON
CCH2
Controls (cont)
~
n'PICAL 11!MP SYSTEM
- TEMP SYSTEM THERUOSTAT (WITH TlMEClOCK)
- TEMP SYSTEM THERMOSTAT (WITHOUT TIMECtOCK)
n'PICAL VVP SYSTEM
I
I
I AOOf'lOP UNIT
WITH N'OUO
I ~1CAl1NG
. RETURN
~'=-
avp~~
AlAFlOW
o BYPASS
~
.
_v
IlONITOR
lllE1""'" :I$TAT
WlTH
l1IlEClOCI<
ZONE
0llIffil0LLER
VVT - Variable VoIume/Variable Tempel81ul8
r..d
.
e
I
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e
~
.
APOUO 11fERMOSfAT WIRING - 48H.JOO4-007
COMMUNICATION BUS
WIRENUT
SHIELD
SHIELD
3-CONDUCTOR
WIRE WITH
SHIELD
.A.
COOL
COMMUNICAllON
BUS
'V
THERMOSTAT WIRING
CONNECTION BLOCK
SHIELD
(CUT BACK
AND TAPE)
c:::::>
.
MS(T)-01 ES OR 33CSTMT-01
TEMP SYSTEM THERMOSTAT
CONTROL WIRING
(S-CONDUCTOR)
WIRENUT CONNECTIONS /
IN ROOFTOP UNIT WHITE WHT
RED RED
BLU Cl C2
BLUE
YELLOW VEL
GREEN GRN
CD B 0 0 C
e 7
CD B
e 9 APOLLO CONTROL
CD 10
LEGEND e 11
c - Cantaclar CD 12
a NOTE: ReIer 111 Producl Support Bulletin No. Il3-OO5 or e 13
=.C' - c:.nter ......lIalI..ror IhieIded wi.. CD 14
_ ~tlem""lIl1he Apollo can- e .~
traI and lor .. comm bus wiring cannectionl.
SHIELD - CONNECT TO GROUND
rr
Controls (cont)
USE THIS SENSOR WIRING
01 AGRAII wtEN USI NG THERIlO-
ST A TS WITH CARRIER NUHBERS
33CSYII en-D4( -16.1-32
AND 33CSTH Tl-u1.
I{~~T :
~ -VEL 1&
....
lAG STArus-{_ ~
FAN STATus{::...::r 0:
GM -I. 0 10
I~ -=.u- J 11
! SAT =tLf. I ~~
'OAT SEIISOR{""'-=-;::+ 0 I.
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Guide specifications
Packaged Rooftop Cooling Unit with
t Gas Heat - Constant Volume Application
HVAC Guide Speclftcations
Size Range: 3 to 12'12 Tons, NomInal CooUng
50,000 to 250,000 Btuh,
Nominal Input Heating
Carrier Model Number: 48HJD,
48HJE,
48tLIF
Part 1 - General
1.01 SYSTEM DESCRIPTION
A. Outdoor rooftop- or slab-mounted, electrically con-
trolled heating and cooling utilizing a scroll compres-
sor for coollng duty and gas combustion for heating
duty. Unit shall discharge supply air vertically or hori-
zontally as shown on contract drawings.
1.02 QUAlifY ASSURANCE
A. Unit shall be rated in accordance with ARl Standards
210/240 or 360 and 270.
B. Unit shall be designed to conform to ASHRAE 15,
latest revision, and in accordance with UL 1995.
C. Unit shall be UL tested and certified in accordance
with ANSI Z21.47 Standard and UL listed and certi-
fied under Canadian Standards as a total package for
safety requirements.
. D. Roof curb shall be designed to conform to NRCA
Standards.
E. Insulation and adhesive shall meet NFPA 90A require-
ments for flame spread and smoke generation.
F. Unit casing shall be capable of withstanding Federal
test method Standard No. 141 (Method 6061)
50G-hour salt spray test.
G. Each 48HJ unit is subjected to completely automated
run testing on the assembly line. Each unit contains a
factory-supplied printout indicating tested pressures,
amperages, data, and inspectors; providing certifica-
tion of the unit status at the time-of manufacture.
1.03 DEIJVERY, STORAGE, AND HANDUNG
A. Unit(s) shall be stored and handled per manufactur-
er's recommendations.
.
Part 2 - Products
2.01 EQUIPMENT (STANDARD)
A. General:
Factory-assembled, single-piece heating and coollng
unit. Contained within the unit enclosure shall be all
factory wiring, piping, controls, refrigerant charge
(R-22), and special features required prior to field
start-up.
B. Unit Cabinet:
1. Unit cabinet shall be constructed of ga1vanl'zed steel,
bonderized and coated with a baked enamel finish
on all externally exposed surfaces, and have primer-
coated interior panels.
~
2. Evaporator-fan cabinet interior shall be insulated
with a minimum v...in. thick flexible fiberglass
insulation coated on the air side. Aluminum foil-
faced fiberglass insulation shall be used in the heat-
ing compartment.
3. Cabinet panels shall be easily removable for
servicing.
4. Holes shall be provided in the base rails for rig-
ging shackles to facilitate overhead rigging, and
forldift slots shall be provided to facilitate
maneuvering.
5. Unit shall have a factory-installed, sloped conden-
sate drain pan made of a non-a>rrosive material,
providing a minimum o/4-in. connection with both
vertical and horizontal drains and shall comply with
ASHRAE 62.
6. Unit shall have factory-installed filter access panel
to provide filter access with tool-less removal.
7. Unit shall have standard thru-the-bottom power
connection capability.
C. Fans:
1. Indoor blower (evaporator fan) shall be of the
belt-driven, double inlet, forward-anved centrif-
ugal type. Belt drive shall include an adjustable-
pitch motor pulley.
2. Indoor blower (evaporator fan) shall be made from
steel with a corrosion-resistant finish and shall be
dynamically balanced.
3. Bearings shall be of the sealed, permanently lu-
bricated, ball-bearing type for longer life and lower
maintenance.
4. Condenser fan shall be of the direct-driven pro-
peller type and shall discharge air vertically upward.
5. Condenser fan shall have aluminum blades riveted
to corrosion-resistant steel spiders and shall be dy-
namically balanced.
6. Condenser-fan motor shall be totally enclosed.
7. Induced draft blower shall be of the dlrect-driven
. . ,
smgle inlet, foIWard curved, centrifugal type, shall
be made from steel with a corrosion-resistant fin-
ish, and shall be dynamically balanced.
D. Compressor{s):
1. Fully hermetic scroll type, internally protected.
2. Factory rubber-shock mounted and internally spring
mounted for vibratton isolation.
3. On independent circuits (008-014).
E. Coils:
1. Evaporator and condenser coils shall have alumi-
num plate fins mechanically bonded to enhanced
copper tubes with all Joints brazed.
2. Tube sheet openings shall be belled to prevent tube
wear.
3. Evaporator coil shall be of the full face active
design.
57
Guide specifications (cont)
F. Heating Section
1. Induced draft combustion type with energy saving
direct spark ignition system, redundant main gas
valve, and 2-stage heat.
2. The heat exchanger shaII be of the tubular section
type constructed of a minimum of 20 gage stee1
coated with a nominal 1.2 mil aluminum-silicone
alloy for corrosion resistance, and shaII have a
10-year warranty.
3. Burners shall be of the in-shot type constructed of
aluminum coated steel.
4. All gas piping shaII enter the unit cabinet at a single
location.
5. The Integrated Gas Unit Control (IGC) board shall
provide timed control of evaporator fan function-
ing and burner ignition. An LED (Iight-emitting di-
ode) shaII provide diagnostic information. The LED
shaII be visible without removing the control box
aCGeSS panel.
6. IGC board contains antl~e protection for gas
heat operation (after 4 continuous cycles on high
temperature limit switch and one cycle on the f1ame
rollout switch).
G. Refrigerant Components:
Refrigerant circuit components shaIlinc1ude:'
1. Acutrol11l feed system.
2. Refrigerant strainer.
3. Setvice gage connections on suction, discharge,
and liquid lines.
4. F"uter drier.
5. AbUity to route gage hoses through unit top cover.
H. F"uter Section:
1. Standard filter section shall consist of factory-
installed low-veloctty, throwaway 2-in. thick fiber-
glass filters of commercially available sizes.
2. FUter face velocity shall not exceed 300 {pm at
nominal airflows.
3. F"tlter section shall use only one size filter.
4. F"uters shaII be aCGeSSible through an aCGeSS panel
with "no-tool" removal.
I. Controls and Safeties:
1. Unit Controls:
Unit shall be complete with self-contained low-
voltage control circuit protected by a fuse on the
24-v transformer side.
2. Safeties:
a. Unit shaIlincorporate a solid-state compres-
sor protector which provides anti~e reset
capabUity at the space thermostat, should any
of the following standard safety devices trip
and shut off compressor.
1) Compressor overtemperature, overalI'I'eI1t.
2) Loss-of-chargelIow-pressure switch.
3) Freeze-protectIon thermostat, evaporator
coil.
4) High-pressure switch.
COR
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The lockout protectIon shaII be easUy discon-
nected at the control board, if necessary. .
b. Heating section shaII be provided with the fol-
lowing minimum protections:
1) High-temperature limit switches.
2) Induced draft motor speed sensor.
3) Harne rollout switch.
4) Harne proving controls.
J. Operating Characteristics:
1. Unit shall be capable of starting and running at
125 F ambient outdoor temperature, meeting
maximum load criterta of ARI Standard 210/240
or 360 at :tlO% voltage.
2. Compressor with standard controls shaII be ca-
pable of operation down to 25 F ambient outdoor
temperature.
K. Electrical Requirements:
All unit power wiring shaII enter unit cabinet at a single
factory-predrilled location.
L Motors:
1. Compressor motors shaII be cooled by refrigerant
passing through motor windings and shaIl have line
break thermal and current overload protection.
2. Indoor blower (evaporator-fan) motor shaII have
permanently lubricated bearings and inherent
automatic-reset thermal overload protection.
3. TotaI1y-enc1osed condenser-fan motor shaII have a
permanently lubricated bearings and inherent _
automatic-reset thermal overload protection.
4. Induced draft motor shaII have permanently lu-
bricated, sealed bearings and inherent automatic
reset thermal overload protection.
M. Special Features:
Certain features are not applicable when the features
designated by . are specified. For assistance in amend-
ing the specifications, contact your local Carrier Sales
Office.
. 1. Direct Digital Controls:
a. Shall be available as a factory-installed
option.
b. Shall actively monitor all modes of opera-
tion, as well as evaporator-fan status, filter
status, indoor-air quality, supply-air tempera-
ture, and outdoor-air temperature.
c. Shall work with Carrier TEMP and \I\IT*
systems.
d. Shall have buUt-in diagnostics for thermostat
commands for both staged heating and cool-
ing, evaporator-fan operation, and econo-
mizer operation.
e. Shall be equipped with a S-minute time de-
lay between modes of operation.
2. Roof Curbs:
a. Formed galvanized steel with wood nailer strip
and capable of supporting entire unit weight.
b. Allows for installing and securing ductwork
to curb prior to mounting unit on the curb.
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3. Integrated Economizers:
a. Integrated integral-modulating type capable
of simultaneous economizer and compressor
operation.
b. Includes all hardware and controls to provide
cooling with outdoor air.
c. Equipped with low-1eakage dampers not to
exceed 3% 1eakage, at 1 in. wg pressure
differential (variable sliding economizer).
d. Capable of introducing up to 100% outdoor
air in both minimum and fulIy-open
positions.
e. Equipped with a gravity relief sliding plate
damper (variable sliding economizer). Damper
shall close upon unit shutoff.
f. Parallel-blade economizer shall be equipped
with a barometric relief damper with up to
30% of return air (004-007) or 45% of re-
turn air (008-014) relief. The variable sliding
economizer Is equipped with 15% of return-
air relief (004-014).
g. Designed to close damper during loss-of-
power situations with emergency power sup-
ply (variable sliding economizer) or spring re-
t\.Un built into motor (parallel blade ec:onomizerl.
h. Dry bulb outdoor-air thermostat (variable slid-
ing economizer) or enthalpy. (parallel-blade
economizer) protection shal1 be provided as
standard.
i. Variable sliding economizer Is a guil1otine-
style damper, and the other economizer Is a
parallel blade design.
4. Manual Outdoor-Air Damper:
Manual damper package shal1 consist of damper,
birdscreen, and rainhood which can be preset to
admit up to 50% outdoor air for year-round
wntiIation.
5. 100% Two-Position Dampel'":
a. Two-position damper package shall include
single blade damper and motor. Admits up
to 100% outdoor air.
b. Damper shal1 close upon indoor (evaporator)
fan shutoff.
c. Designed to close damper during loss of power
situations.
d. Equipped with barometric relief damper.
6. 25% Two-Position Damper:
a. Two-position damper package shall include
single blade damper and motor. Admits up
to 25% outdoor air.
b. Damper shall close upon indoor (evaporator)
fan shutoff.
c. Designed to close damper during loss of power
situations.
d. Equipped with barometric relief damper.
>>
.
.
.
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. 7. Solid-State Enthalpy Control:
a. For use with variable sliding economizer pack-
age only.
b. Capable of sensing outdoor-air enthalpy con-
tent (temperature and humidity) and control-
ling economizer cut-in point to haw mini-
mum heat content air passing Oller the evapo-
rator coil for most efficient system operation.
. 8. Differential Enthalpy Sensor:
a. For use with economizer only.
b. Capable of comparing enthalpy content (tem-
perature and humidity) of outdoor and in-
door air and controlling economizer cut-in
point at the most economicallewl.
. 9. Head Pressure Control Packages:
Each package consists of solid-state control and
condenser-coil temperature sensor to maintain
condensing temperature between 90 F and
110 F at outdoor ambient temperatures down to
-20 F by condenser-fan speed modulation or
condenser-fan cycling.
. 10. Remote Control Panel:
Panel shal1 be a decoratille, indoor, wall-mounted
panel consisting of:
a. Two-stage heat/2-stage cool thermostat.
b. Automatic changeowr.
c. System switch with HEAT-COOL-AUTO.-
OFF settings.
d. Fan switch with ON-AUTO. settings.
e. Ventilation control for remote variation of the
amount of outdoor-air intake.
f. Indicator lights for HEAT-COOL-FAN
operation.
g. Three unused indicator lights for field use.
h. Control of economizer to forced open or
forced closed position.
. 11. Thermostat and Subbase:
Provides staged cooling and heating automatic
(or manual) changeover, fan control, and indica-
tor light.
12. Thru-The-Bottom Service Connectors:
Kit shal1 provide connectors to permit electrical
connections to be brought to the unit through
the basepan.
. 13. Electronic Programmable Thermostat:
Capable of using deluxe full-featured electronic
thermostat. Shall use built-in compressor cycle
delay control for both heating and cooling duty.
Capable of working with CarTier direct digital
controls.
14. Condenser Coil Hail Gllard Assembly:.
Hail guard shall protect against damage from hail
and flying debris.
15. Alternate Motor and Driw (014 only):
A1ternate motor and drive shall be factory-installed
to provide additional performance range.
59
Guide specifications (cont)
16. Condenser Coil Guard Grille:
The grille protects the condenser coil from dam-
age by large objects without increasing unit
clearances.
17. Compressor Cycle Delay:
Unit shall be prewnted from restarting for a mini-
mum of 5 min. after shutdown.
18. Condenser Coil Salt Spray Protection Package:
Coil guard protects coil from corrosion In coasta1
areas and in areas with high sulfur emissions.
19. Fan/Ftlter Status Switch:
Provides status of evaporator fan (ON/OFF) or
indoor-air filter (CLEANIDIRTY). Status shall be
displayed over communication bus when used
with direct digital controls or with an indicator
light at the thermostat.
20. Unit-Mounted, Non-Fused Disconnect Switch:
Shall be factory-installed, intemally-mounted, NEe
and UL approved non-fused switch shall provide
unit power shutoff. Shall be accessible from out-
side the unit and shall provide power off lockout
capability.
21. Convenience Outlet: ,
Shall be factory-installed and intemally-rrlounted
with easily accessible 115-v female receptacle.
Shall include 15 amp GA receptab1e with in-
dependent fuse protection. Voltage required to
operate convenience outlet shall be provided by
a factory-lnstaUed step-down transformer. Shall
be accessible from outside the unit.
. 22. Parallel Blade Economizer and Power Exhaust:
Economizer shall be parallel-blade design and shall
be equipped with enthalpy controls and spring
return. Economizer shall provide control of in-
ternal building air pressure. The system shall ex-
haust up to 100% of return air.
23. Dehumidification Package:
The dehumidification package is a factory-installed
option that provides increased dehumidification
by further subcooling the hot liquid refrigerant
leaving the condenser coil. The package consists
of a subcooling coil located on the leaving-air side
of the evaporator coil. The location of this coil
in the indoor airsieam greatly enhances the la-
tent capacity of the 48HJ units.
The package shall be equipped with crankcase
heater(s), low pressure switch(es), and TXV(s).
Low pressure switch(es) prevents evaporator coil
freeze up and TXV(s) assure a positive superheat
condition. If the operation of the subcooling coil
is controlled by a field-installed, wall-mounted
humidistat, the dehumidification circuit will then
Carrier Cofporation. Syracuse, New York 13221
~
operate only when needed. Optional field con-
nections for the humidistat are made in the low .
voltage compartment of the unit control box. "
24. Humidistat:
Held-installed, wall-mounted humidistat is used
to control activation of the dehumidification pack-
age. The humidistat can be set for humidity lev-
els between 20% and 80% relative humidity.
25. Service Option Packages:
Each of the 2 option packages shall be equipped
with hinged access panels for the filter, compres-
sor, evaporator fan, and control box areas. Fdter
hinged access panels permit tool-less entry for
changing filters. Each hinged access panel is per-
manently attached to the rooftop unit.
Each option package shall contain:
a. 115-v convenience outlet
b. Non-fused disconnect switch
c. Return air smoke detector- not factorywired:
1) The duct detector housing shall incorpo-
rate an airtight smoke chamber In com-
pliance with UL standards for smoke de-
tectors for duct applications.
2) Detector housing is ULlisied per UL 268A.
3) Utili2es twist-in, twist-Qut detector head for
easy removal and cleaning.
4) Accommodates an Ionization sensor. _ '
d. Integrated, sliding-plate economizer
e. Direct digital controls ("A" option only) to
monitor rooftop operation from a remote site.
f. Flrestat ("H" option only) to detect flame in
the supply air.
26. flue Hood Protector Assembly:
Provides protection from the hot sides of the gas
flue hood.
. 27. LP Gas Kit:
Package shall contain all the necessary hardware
and instructions to convert a standard natural gas
unit for use with liquefied propane gas.
28. NOx Reduction Kit:
Package shall contain all necessary hardware and
instructions to convert a standard natural gas unit
to reduce the nitrous oxide (NOx) emissions to a
level of 40 nanograms/JOule.
29. flue Discharge Deflector:
Package shall contain single-piece deflector and
hardware to exhaust the flue discharge up and
away from unit. The flue discharge deflector shall
allow minimum flue side clearances to combus-
tibles to be reduced to 18 inches.
10-85
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CARRIER
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Page 60 CaloJog No, S24_ P_ in U.S.A. PC 111 Form 48HJ-8PD
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"Our Seasons.4 unit controls our
store's climate and holds down
our operating costs."
- Andy Hays, Energy Manager
Shaw's Supermarkets. Inc.
PERFORr.r.ANCE You CAN COUNT ON
What's the most important job your HVAC system performs for your business?
Keeping students, customers and employees comfortable and productive? ')
Controlling costs? Protecting food, animals or sensitive equipment? Whatever
the reason, you depend on your environmental system for day-to-day perfor-
mance. And because you do, Seasons.4 designs, engineers and manufactures
environmental systems that take care of your most important needs.
No two working environments have the same HVAC needs - and no
single environmental system can serve them all. At Seasons.4, Ollr goal is to
help you identify your unique heating, cooling and air quality needs and
provide the most efficient, reliable, cost-effective solution possible. We call this
custom engineering. You'll call it performance you can rely on.
CUSTOM ENGINEERING MEANS COST-EFFECTIVE SOLUTIONS
At Seasons'4, custom engineering is the cornerstone for quality. Every step of
our engineering process is designed to produce the most reliable, cost-effective
solution for your HVAC needs.
. Every Seasons.4 environmental system starts with
what you need, not what we have. We'll listen, pay
attention to your special requirements and work
with you to design an environmental system that's
tailor-made to suit your needs. :)
. Seasons.4's highly trained designers use state-of-
the-art equipment to develop systems that work
the way you want them to. Our designers combine
precision technology with years of experience to
design your HVAC system for maximum efficiency
today and tomorrow.
. Experienced engineers combine our proven
cabinetry with custom-selected components,
judging each for its reliability and cost-effective
operation. We only use components from leading
manufacturers who meet our own high-quality
standards.
. At Seasons-4, we test every unit with extensive trial runs right in our own
plant, maintaining strict quality control every step of the way. Because we
design and produce your HVAC unit in a single location, Seasons.4 can always
respond directly to your needs with knowledgeable customer service long
after your unit is installed and running.
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ENGINEERED FOR EASY MAINTENANCE
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At Seasons.4, we make maintenance as easy as possible to help you reduce
operating costs. Seasons.4 units feature "'walk-in" access for maintenance
workers. A covered vestibule shelters critical parts, allowing maintenance and
service accessibility in almost any weather. That means
little or no down time for service on your Seasons.4 unit.
Affordable parts are essential for cost-effective
maintenance and operation. That's why most of the
replacement parts you'll need for regular maintenance
and service can be found at any HVAC parts wholesaler.
They can easily be installed by your own people.
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ENGINEERED To LAST A LIFETIME
Seasons.4's products are built to stand the test of time, no
matter what the weather may bring. Our unique aluminum
outer casing protects each unit from the elements, forming
a strong barrier against rust and corrosion. Rust-resistant
aluminum or stainless steel hinges run the full length of
every service door for lasting accessibility.
Of course, even the best-made equipment may
require occasional attention from the experts. That's
why continuing service and support are an important
part of every Seasons.4 environmental system. After all,
a system's reliability depends on the dedication of the
people that stand behind it.
ENGINEERED FOR SPECIAL NEEDS
SUPERMARKET ENVIRONMENTAL SYSTEMS. Seasons.4 designs
supermarket environmental systems that keep customers comfortable while
helping control overall operating costs. We include state-of-the-art energy-
saving components in every supermarket system we build.
Seasons.4 is the industry leader in the application
of direct expansion refrigeration that efficiently cools and
dehumidifies stores of any size. We also design and
manufacture heat pipe, dual path, dual return, improved
single path and desiccant dehumidification systems. Our
sales and engineering team will help you choose the system
that's right for you, using computer models to compare the
utility, maintenance and other operating costs for different
systems.
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"Seasons.4 really listened to what we
needed before they began designing
our HVAC equipment. We ended up
with exactly what we wanted."
- Lou Leposa. Wallace and Watson
Assoclates. Archttects & Engineers
.:::>..J~ Se.asons.":; syste~, VIlas "ig'1ty' ~eco~...,e~::H:t o~
o-:her users be::.au~E: of its ~eliabJli-;y a""lc E.asy
hstal;a-:ion. In fact. WE: hac ou~ ~::'~IOO'.S :""e:J.c::e~e'.,.::
u~its up a~c rU:lili~~ i:, jus, c 4'e... '1o..J:s."
- Je~ Wright.. Supervisor 01 BJildl'1gS ar1C Grou-.c.!s
WestervillE: Cin' SCr1ooi~
Seasons.4's superior serviceability is an added
benefit for supermarkets. Because maintenance crews have
instant access for service in any weather, your store can
avoid costly heating and cooling disruptions.
REPLACEMENT ENVIRONMENTAL SYSTEMS. When it's
time to upgrade your old HVAC system, Seasons.4 has
the perfect replacement solution. In fact, Seasons.4's
replacement environmental systems exactly fit your
existing roof curb and ducts. We visit your replacement site to confirm measure-
ments for a precise fit - so you can simply "plug" our repl.Kement unit into the
old system's place, with no modifications to existing metalwork or utilities.
Plus, Seasons.4 makes replacement fast and easy. Most replacement
systems are built and ready for installation in a matter of weeks. What's more,
your own workers can install a Seasons.4 replacement system in just a few
hours. That means little or no disruption to your organization's activities and no
added expense for additional labor. Of course, Seasons.4 personnel are always
available to advise and assist in the installation of your replacement system.
ENGINEERED ENVIRONMENTAL SYSTEMS. Seasons.4's engineering
expertise is ideal for solving the specific problems and meeting the
technological requirements unique to today's specialized businesses. From
hospitals or labs to small offices or manufacturing sites, Seasons.4 applies
the latest in environmental systems technology, including indoor air quality
options, to produce systems tailored to meet your needs. For new
environmental systems, Seasons.4 offers both predefined cabinet sizes
and custom-made units for special needs. In
either easel the components we use and the
service we provide ensure cost-effective quality
and reliable, long-lasting operation.
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CUSTOM SERVICE MEANS CUSTOMER
SATISFACTION
Meeting your needs is the number-one goal
for everyone at Seasons.4. Because we are
employee-owned, we understand that
customer satisfaction is the key to our lasting
success. That means we provide top-notch
service and cost-competitive solutions every
step of the way. From your initial contact with
Seasons'4, through years of efficient operation,
we help you as no other company can.
WHAT CAN SEASONS.4 Do
FOR YOU?
"Seasons'4 builds environment.::
equipment like no one els~
It's truly reliable. It's easy:
maintain. And the people :;!
Seasons'4 stand behind ever
product they sell.
. Ken Sparapar
Vice President. Total Comfor
Expert engineering. Easy maintenance. Cost containment. Lasting performance.
Responsiveness. These are the qualities that give Seasons.4 its reputation for
reliability - the kind of reliability that keeps customers coming back time and
time again. Since 1971, we've dedicated our efforts to producing quality
environmental systems, engineered for the way you work.
To find out how Seasons.4's reliable solutions can help you, simply give
us a call. We'll be happy to arrange a plant tour or show you a Seasons.4 unit
in operation.
SEASONS.4 HISTORY
Seasons.4 has built its history on solving unique heating, cooling and air
quality problems. Our company began as a custom HVAC manufacturer
in 1971 in Atlanta, Georgia. Since then, we've continually adapted the
best in environmental technology to meet each customer's special needs.
As our industry becomes more specialized, Seasons.4 uses each
new development to design solutions for a wide variety of customers.
From hatcheries to plastics manufacturers, from supermarket chains to
school districts, from hospitals and laboratories to manufacturing sites-
Seasons.4 has the design technology and the manufacturing capability
to provide environmental solutions that work..
In 1991, Seasons.4 built a new headquarters, doubling our office
and manufacturing space to better serve our customers. At the same time,
we became an employee-owned company, rewarding the pride and
dedication of our workers with shares in Seasons.4's success. Today, with
our solid commitment to quality, service and overall reliability, Seasons.4
looks forward to helping even more customers meet their unique
environmental systems needs.
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AUXILIARY HEAT
Gas fired heaters are AGA
certified or UL listed.
Electric heat Is provided by
a UL listed. open element.
slip-In style duct heater.
CONDENSING SECTlON
Oversize condenser colis for
efficient operation. Multiple high
efficiency compressors for energy
efficient operation.
PANELS
All exterior panels and roof
are aluminum. exterior
fasteners are aluminum
SUPPLY AND RETURN FANS
Industrial quality fans. motors and drives
can be mounted on spring Isolators. Fans
are selected for maximum efficiency.
SERVICE VESTIBULE
Provides weatherproof protection with
walk-In service for access to all
components. Access doors are lined
with galvanized sheet metal. Doors
have full length aluminum plana hinge
with camlock door latches and door
holdbacks for service.
SEASONS.4 PRODUCTS
SUPERMARKET ENVIRONMENTAL SYSTEMS
. Improved Single Path - 15 to lI5 tons
. Dual Return - 15 to lI5 tons
. Dual Path - 15 to lI5 tons
. Desiccant Dehumidification - 20 to lI5 tons
. Subcool Reheat Systems
. Heat Pipe Systems
REPLACEMENT ENVIRONMENTAL SYSTEMS
. Multizone Units - 10 to lI5 tons
. Singlezone Units - 10 to lI5 tons
. Dual Duct Units - 10 to lI5 tons
. Variable Volume Units - 10 to lI5 tons
. Heat Recovery Units - 10 to lI5 tons
ENGINEERED ENVIRONMENTAL SYSTEMS
. Direct Expansion Units - 5 to 200 tons
. Chilled Water Units - To over 50,000 CFM
. Energy Recovery Units with OX Cooling-
To 25,000 CFM
. Laboratory Environmental Control Units
. Power Plant Control Room Air Conditioners
. Food Processing Facility Air Conditioners
. Hospital and Medical Research Facility Units
. Indoor Air Quality (IAQ) Ventilation Equipment
. Low Sound Level Units
. Ice Arena Desiccant Dehumidification Units
SEASONS.4. INC.
4500 Industrial Access Road
Douglasville, Georgia 30134
Telephone 404/489-0716
Fax 404/489-2938
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Engineering and manufacturing HVAC equipment since 1971.
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Last year's annual maintenance and repair expenses for your school's air conditioning
system were high - and they'll be even higher for the coming year. The wisest move is
to replace the old equipment. But how can you do that without closing the school? Simple.
,
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You call Seasons.4. Seasons.4's custom engineering means that replacing your old units is
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more cost-effective than repairing them.
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A Seasons.4 repr~entative comes to your school, surveys your old system, and talks
with you about your options for a custom-designed replacement unit. One that will fit your
needs exactly - and will also lower your operating costs.
Thanks to Seasons.4's careful planning and construction, your units arrive right on
time. In less than one weekend, the old units are removed, the new units are installed, and
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,..X8iilAew'frtrAS,Sy'.;:t~.m is up and running. When the students come to class, they're met
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willi comronable, , eoln air: the perfect learning environment.
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The students in your school spend over six hours each day preparing for the future.
The teachers, administrators and support staff who guide them put in an even longer
day. You want everyone in your school to make the most of the learning environment -
).nd to do that, you need an air conditioning system that keeps the environment fresh
and comfortable.
Controlling the air quality and temperature in your school's learning environ-
ment can be a real challenge. The Heating, Ventilating and Air Conditioning (HVAC)
units installed in many schools years ago are now reaching the end of their useful lives.
Constant breakdowns, hard-to-find parts, time-consuming maintenance and inefficient
operation add up to considerable expense. What's more, many of these units are no
longer manufactured, which makes replacing parts and finding competent service a
real challenge.
Whether you're a school board member, a school administrator, an engineer or
maintenance professional. you know the importance of a reliable, cost-effective HV AC
system. But how can you replace your old HVAC unit quickly and easily with one that's
more efficient, longer-lasting and easier to maintain? It's simple - with Seasons.4.
At Seasons.4 we're in a class by ourselves, offering custom-made solutions to
HVAC replacement problems. In fact, each Seasons.4 replacement unit is tailored to meet
the needs of each customer in every way possible: from providing the environmental
control you want, to literally "plugging into" the footprint of your old HVAC unit.
We Begin By Doing Our Homevvork. A Seasons.4 replacement unit is
much more than just a newer model of the same old system. In fact, our engineers start
by doing their homework right on your rooftop. We begin by pre-measuring the existing
unit and footprint. Our engineers then design a unit guaranteed to exactly fit your build-
ing's existing ductwork and utility hook-ups. This eliminates the need for an expensive,
)labor-intensive "adaptor curb."
We also do our homework when designing your new HVAC system - to make
sure it meets your school's unique requirements. We'll discuss your air quality and tem-
-perature control needs and design your air conditioning unit to give you efficient and
cost-effective performance. You can also choose from a range of optional features for
your new system. For example, Seasons.4 can match your existing controls or provide
a new, state-of-the-art system. Whatever your needs, Seasons.4 can provide the answer.
Seasons.4 Replacement Units Meet The Tests Of Time.
What does all our homework mean for you? Fast and easy installation. Most Seasons.4
replacement units are completed, tested and ready to install in just a few weeks. And
because all units are pre-measured for an exact fit, you can install your Seasons.4
replacement unit in just a few hours - usually within one weekend. So even if it's the
middle of the school year, you can have a new HVAC unit up and running without dis-
rupting the learning environment.
Seasons.4 units are custom-engineered to last, running smoothly and cost-effec-
tively for years. Each unit features a strong, weatherproof aluminum exterior and heavy-
duty hardware. We've also included features for a lifetime of reliable performance,
including full-sized access doors for easy maintenance. Most replacement parts for your
Seasons.4 unit can be found at your local HVAC parts wholesaler and can be easily
installed by your maintenance staff. Of course, you'll always have Seasons.4's continuing
service and support as well.
Because we do our homework up front, you'll end up with a system that meets
) today's indoor air quality requirements, offers state-of-the-art technology and is built to
last. More importantly, you'll have an HVAC unit that is specifically designed to fit the
needs of your school. That means long-term value for you, and a high-quality learning
environment for every student.
r 9:00a.m. Saturday
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A helicopter remo\'fS an old HVAC
unit from a school roof. Onl\' one
crane or helicopter trip is required
to replace most old HVAC unit~
with a Seasons"4 system.
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The new Seasons.4 unit is placed.
on the footprint left by the old
system. The custom designed,
pre-measured Seasoos.4 system
literally "plugs into" the existing
electrical and duct work.
Pre-tested at the factory for effident
operations, the Seasons.~ unit
immediately gClt'!' t('l work.
Thank... to Seasnm..4'!, tl>mpt'raturt'
control:. and indnor air quality
safeguard~, tht, St"hl}o! can offer the
perft'CIll'arnin~ t'll\'ironment for
studt'nb.
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CJ:--:-O!/. ErJGINEERING COMES FROM Ch.F~S.. _'_ s- _
For over 2S years, we've studied ways to offer cost-effective, reliable performance in
every Seasons.4 replacement unit. Our engineers design each system with quality
components that meet our own high design standards. We carefully specify combina-
tions of cost-effective dependable components including oversized coils, liquid and
suction line filter driers, phase failure monitors, electronic compressor monitors and
more to design the exactly perfect solution for each replacement unit.
We assemble the unit using strict quality controls every step of the way. Every
unit is put through an extensive tria1 run in our plant to verify the expected performance
for our custome.: Because we design and produce your HVAC unit in a single location,
Seasons.4 professionals are available to col\aborate with you every step of the way -
from initial engineering specifications to providing knowledgeable service long after
your unit is installed and running.
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SEASONS-4 replaces
HVAC units from the
following manufacturers:
NESBITT
SCHEMENAUER
AAF
T JERNLUND
LENNOX
TCI
MELCO
MAMMOTH
DRAVO
GOVERNAIRE
US A1RCO
MILLER PICKING
ACME
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10:""lg life..never needs
painting.
Full-height access
doors--encourage
thorough maintenance.
Here are Just a few ways In
which Seasons-4 provides
quality construction:
o Aluminum Outer Casing: Series 3105
aluminum anoy outer casing, structural
galvanized steel frame and double coat-
ed aluminum fasteners protect each
HVAC system from the elements for
years of reliable service.
o Access Doors: Full-height, double
wall doors supported by full-length
aluminum hinges provide easy access
for maintenance. Industrial-grade door
latches assure a tight close.
. Seasons.4 Air.cooled Condensing Unit:
Choose from either single or multiple
high.efficiency accessible hermetic com-
pressors mounted on spring isolators
to protect the building structure from
vibration and noise. Oversized air-
cooled condensers maintain low con-
densing temperatures and efficiently
. reject compressor heat
': Direct Expansion Coils: Oversized
copper tube aluminum fin cooling coils
provide low face velocity, reducing the
pressure drop and lowering supply fan
horsepowet
. Heating: Goose from hot water coils,
distributing steam coils, electric coils
or indirect fired gas heat
o Supply Air Blowers: DWDl forward
. curved blowers are mounted on rubber
. in shear vibration isolators or on spring
isolators. Premium efficiency aDP
motors or TEFC motors drive blowers
with multiple v-belt drives.
o Return Air Sections: Choose from
1 gravity return, gravity return with
exhaus~ gravity return with propeller
exhaust, and power return.
o Filters: Standard filters are two-inch-
deep, 30% efficiency throwaways.
Higher efficiency filters are available.
;, . Dampers: Choose from outside air.
return air and exhaust air dampers
with controls for economizer operation.
Multizone units include hot and cold
deck dampers sized to meet existing
footprints. Singlezone units can have
fare and bypass dampers.
. . Controls: Both singlezone and multi-
zone units are available with room
_ temperature controls, unil mounted
discharge controls, or complete electric,
electronic, pneumatic or DOC control
systems.
. Mounting: All Seasons.4 replacmtent
units can be designed to mount directly
onto existing cwbs, new cwbs, plat-
forms, slab or grade.
Special equipment is often sensitive
10 temperature changes. Whether it's
over 100 degrees outside or well below
freezing. Seasons.4 units have the
reserve capacity 10 provide consistent
perfonnance year.round.
Not all of your building is always in use.
Seasons.4 gives you the flexibility to heat
and cool different zones individually-
10 keep everyone comfortable and save
on operating costs.
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Environmental control is much more than
just temperature. Seasons.4 helps you
take control of other important factors,
likf humidity and ventilation, to takf
care of everything (and everyone) in
your building.
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The care Seasons.4 uses in designing each replacement unit results in reliable perform-
ance and a significant difference in your bOllom line. Our specially selected components
use less power - and that can reduce electric or gas bills. Plus, quality construction )
features provide a lifetime of easy maintenance, so you save money on both parts and
labor. Best of all, the care we use in constructing each Seasons.4 replacement unit means
longer life and reliability for your HVAC system. That results in years of operation with-
out premature replacement.
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LoWER OPERATING COST
Compare the difference in power used by these older HV AC units and Seasons.4 replace-
ments. In addition to lasting quality and easy maintenance, Seasons.4 can offer consider-
able savings on your electric bill.
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Old Nesbitt Models Seasons.4 Replacement Models
Model CFM MBH Comp FLA Cond FLA aJ FLA aJ FLA (and R.A CompFLA MBH CFM Model
RMCl7 71XXI 1!J1 58 11.4 69.4 (JJ] 72 53S 215 71XXI 6MXXX.(]181
RMCl1 IIXXJ 269 76 11.4 87.4 702 11.4 58~ 276 IIXXJ 6MXXX.(}2.l1
RMC24 900J 283 76 11.4 87.4 702 11.4 58~ 283 900J 6MXXX.Q241
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RMC3Il 1100) 365 lU 15.6 U7~ llrl2 ~ 84.4 371 IIXXll 6MXXX.Q311
RMC32 11500 390 112 15.6 U7~. 117n ~ 942 392 11500 6MXXX.Q331
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Seasons;4 RepIacementModels .
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Modd CFM MBE Comp w.", CondWatts Q)w"", Q)WA!1S Cond WAlTS CompWATIS MBH CFM Model
DMSJ.I85 7500 196 19700 2800 27.\00 l5DJ 2lXll 13200 lll9 7500 6MXXX'(]172
DMSJ.275 9900 278 27'JOO 2800 3Il7OO llIIIOO 2600 18200 278 9900 6MXXX.(}2.l2
.
OMS~l8S'275 7500 210 liI400 2800 23200 l5DJ 2lXll 13200 216 7500 6MXXX-OI82
DMSJ.300 IIXXll 304 34lXXl 5(XXl 3'IDl 26400 2600 238IXI 309 llXXll 6MXXX.Ql62
DMSJ.360 llXXll 338 4lIlll 5(XXl 471XXI 29JXI 2600 26600 346 IIXXll 6MXXX.Q292
DMS3-415 15(XXl 412 40IIXJ 423Il 45030 33400 4lXlI 29400 419 15(XXl 6MXXX.Q3S2
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Seasons.4 units selected for specific applications may differ because of variations in actual job conditions. t
Seasons.4 units are custorn-designed. Specific selections may cause variations in the model number. l
Capacity comparison made with 95" F. air entering the condenser and 8(1' DB and 6'r WB air entering !
the cooling coil.
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A HISfORY OF SoLVING HVAC PROBLEMS Seasons.4 has built its history on solving
unique heating, cooling and air quality problems. Our company began as a custom HVAC
manufacturer in 1m in Atlanta, Georgia. Since then, we've continUally adapted the best in
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As our industry beComes Jripre "., . . . . .4.
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design solutions for a wide v '
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sites - SeasO~.4
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, the design technology and the manufacturing ~ability ~ provide
environmental solutions that work.
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In 1991~,~.:"J, built a new headquarters, doubling our ol!itf~~ map.ufacturing
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';~,""space to betteiserve-our cuStomers. At the same time, we became an employee:.owned
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,,' company, rewarding ,~ ~ae'$id decljc;ation of our workers with shares in Seasons.4' s success.
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'forward to~:~
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SUPERMARKET ENVlROI\IMSNTAL SYSTEMS
. Improved Single Path - 15 to 115 tons
. Dual Return - 15 to 115 tons
. Dual Path - 15 to 115 tons
. Desiccant Dehumidification - 20 to 115 tons
. Subcool Reheat Systems
. Heat Pipe Systems
REPLACEMENT ENVIRONMENTAL SYSTEMS
. Multizone Units - 10 to 115 tons
. Singlezone Units - 10 to 115 tons
. Dual Duct Units - 10 to 115 tons
. Variable Volume Units - 10 to 115 tons
. Heat Recovery Units - 10 to 115 tons
ENGINEERED ENVIRONMENTAL SYSTEMS
. Direct Expansion Units - 5 to 200 tons
. Chilled Water Units - To over 50,000 CFM
. Energy Recovery Units with DX Cooling-
To 25,000 CFM
. Laboratory Environmental Control Units
;
. Power Plant Control Room Air Conditioners
. Food Processing Facility Air Conditioners
. Hospital and Medical Research Facility Units
. Indoor Air Quality (IAQ) Ventilation Equipment
. Low Sound Level Units
. Ice Arena Desiccant Dehumidification Units
To find out how Seasons.4 reliable solutions can solve your HVAC
replacement problems, simply give us a call. We'll be happy to arrange
a plant tour or show you a Seasons.4 unit in operation.
SEASOh!sA, INC.
ENVIRONMENTAL SYSTEMS FOR THE WAY You WORK
4500 Industrial Access Road
Douglasville, Georgia 30134
Telephone 770/489-0716
Fax 770/489-2938
Engineering and manufacturing HVAC equipment since 1971.
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FORM: RES-SALES 0195
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WEsrERN.AWED SERVICE COMPANY
AIR CONDITIONING SEFMCE. MAINTENANCE & SYSTEM CORRECTION
August 3, 1998
City of San Bernardino
300 North D Street
San Bernardino, CA 92418
Re: Your letter of July 20, 1998
RFP - F99 - 09
attn: Mr. Jim Sharer
Dear Jim:
The following is our response to your letter:
1.) Animal Control evaporative coolers. We based our evaporative cooler design on
the Arctic Circle Size 430 (see attached brochure).
2.) Feldheym Library cooling tower. In order to have equivalent weight on each
support to the McQuay unit that is to be removed, the' cooling tower can have a
maximum operating weight of approximately 3,000 pounds:
Existing McQuay Unit operating weight (including water and refrigerant): 6,240 pounds
Proposed Carrier 30HXC096 operating weight (incl water & refrigerant): 5,855 pounds
Proposed Carrier 30HK040 operating weight (incl water & refrigerant): 2,875 pounds
Proposed Marley Model 4853 Aquatower operating weight (incl water): 2,960 pounds
As you can see, the weight of the 30HX chiller leaves several hundred pounds of
leeway for misc. piping, a condenser water pump, and perhaps some sort of steel base.
The same is true for the combined weight of the 30HK and the cooling tower. More
detailed cooling tower information is attached.
3.) Feldheym Library refrigerant(s). Yes, the reciprocating chiller and screw chiller use
different refrigerants. The recip unit uses R-22; the screw chiller uses R-134a. Using two
different refrigerants should cause virtually no impact to the project. R-134a is a long
term refrigerant for the future. R-22 is the most common currently used refrigerant, both
P.O. BOX 3628 . SANTA FE SPRINGS. CA 90670 . (562) 944-6341. (714) 523-1990 . FAX (562) 944-7092
for the City's existing equipment and for reciprocating equipment in general. Since
properly maintained chillers should not leak, there should be no on-going need to add
refrigerant. It is not unusual for chiller plants to have some R-134a machines and some
R-22 machines.
4.) Feldheym Library chiller control. Control of the chillers is very simple in concept.
When the cooling load is small enough for the smaller chiller to adequately cool the
building, the larger chiller will not run. When the cooling load exceeds the smaller
chiller's capability, the larger chiller will start and the smaller chiller will shut off. When
the larger chiller can no longer carry the cooling load by itself, the smaller chiller will
run in addition to the larger chiller. The actual decision regarding when to transition
between chillers is commonly handled in one of three ways: return air temperature (with
central air handling units); return water temperature; or outside air temperature. With a
four pipe fan coil system, we cannot effectively monitor return air temperature. Either
return water temperatuIe or outside air temperature is an acceptable means to handle
control. Outside air temperature is the simplest approach, and probably therefore also the
best if a direct digital control system is not utilized for this function. Return water
temperature gives a somewhat more direct indication of building load, but is only a little
more accurate than outside air. Since the logic is a little more involved with return
water control, it is better suited to a DDC approach than outside air. We can discuss
your preferences before finalizing the chiller control approach. Your decision whether or
not to take the offered CCN communication bid alternate should probably also be
discussed in conjunction with this issue.
5.) Mall - weight issues. We do not have catalog data for the existing Worthington
units. However, the Carrier 5H product line is very siniilar. The nominal 85 ton Carrier
unit, with motor and chiller barrel, weighs about 3,500 pounds. The nomial 115 ton
Carrier unit weighs about 4, I 00 pounds, with the same accessories. It is possible that the
Worthington units weigh slightly less than the Carrier 5H units, but I would not expect
a substantial difference. While the structural supports in both mall penthouses were
probably designed to support two of the heavier units, the conservative approach is to
add a large unit plus a small unit as a worst case scenario. This works out to 7,600
pounds. The Carrier 30HXI86 has an operating weight of slightly less than 6,000
pounds. Given this difference, we expect no weight issues at the Mall. It is our intent to
use steel cross members to bridge the two existing pad areas, and mount the chiller on
the steel.
6.) Current energy code requires that new units above 6.25 tons must have
economizers when used in normal commercial applications, unless they are replacing units
that did not have economizers. For our proposal, we chose to follow the code unit sizes
as a guideline. All units in excess of 6.25 tons were proposed with barometric relief
economizers.
7.) Senior Center packaged units. We would want as little ductwork on the roof as
possible. Determining how little actually is will be primarily a structural issue, since the
-
ability to cluster the units close to the existing multizone location (as opposed to
spt""'tlillg them out on the root) will probably be determined by the ability of the roof
to support the weight of the units near the multizone location. All seven of the
multizone zones are not the same size. We expect to be able to put the two biggest
units on the existing multizone pad. This leaves the smaller five units to be located on
the roof. As noted in the proposal, we have not yet bad a structural analysis performed.
Jim, I hope that the above answers the intent of the seven questions which were
included in your fax letter. Obviously, we would be happy to sit down with you and
others whom you deem appropriate to get into further detail, or to address other items
that will inevitably come up as we move forward.
Thank you for this opportunity to be of service to the City.
Sincerely,
~
Michael Gallagher
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5. ... -... .., ... *"...... ~ .._........ ..... _ ........ .. .~'lI
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e. ~ 1NI- ......... J-"", ldIJIQIIOIId ....Cillo_, . "l.
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QI!MlIIIjlIl. 'L_.. '"*..IIlr...ll........~.
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ED330i430:630
-
ES330i430/630
Efftclent and Effective Cooling.
Wbea you need to cool a home, CODdo-
miDium, mlllufactunld houaing or aparImeDt
complex, these reliable sl8Ddanl coolers are the
Iow-cost a1temalive to ""petlSive retng...ted
air 00IIC!iti0tJing systems. UDIike air condition-
ing systems thot RlCin:uIote dry, stale air over
8Dd over, our evoporalive coolers circuJote
clean, fresh air using as little as 1/4 of the
eJectricity required for air conditioning. That's
up to 7591> savings in e1ec:lric costs.
We offer you a choice in our ducted line
of coolers. With 3 side-discbarge and 3 down-
discharge models offering different cooling and
horsepower capocities, you'Je asaured of
getting the ""oct cooling requiremoots for your
job. ADd, with our aids and accessories, coolers
CIIl be moUDted on roofs, set on pads, or bang
aD III outside wtiI. Remember, yon CIIl also
) add one of our coolers to an existing air
conditioning system.
Our ducted coolers have an 8-year limited
warranty on csbinet bottom pan leakage due to
rust-out which is backed by the industry
Jeader with over SO years of evoporotive
cooler manufocturing experience. Our ducted
coolers are coveJed by City of Los Angeles
Reoeateb Reports RR930224 (for aJJ single
ph... applications), Electrical, 8Dd RR8141
Mechanical. Copies of these reports are
available from the manufacturer upon request
)
Stand8rc1 features
L~-.___POtY.
B(IqD$~~" Ireec:al*letwtlb
rc:iDI:lft:edc:OrDa-poIIIbGkdItJ:al8dl.
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w.; POI.YJK)NI). atiuIlft ClOIl:iIt& .. lID
.......... ......... .... - "'" ""*'" ... .......,
_ all pam COIDl.'IbII WIIa 10 raiIl: COftOIion. '11dI
ftoiIh 1110 dunbk b II bIckut by aD eight ye<< limited
wmuty apiDst leakage duc to rust out of boUom paD.
t. -
0tUGINAL__.......__...._
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Ducted Coolers
Models
ED330/430/630
ES330/430/630
~ MADE IN U.S.A.
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.rRaNT VIEW
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DOWNDAA"
DIMENSIONS:
~.~ 11 r;==::;71-
- == " D n
;5:::' nl
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Co..... Duct ~-m.. -- s:;;r:; - - ""='" -,
Open", L....... <~. - - = :"'1:."'-
=. -- <_-out ..... ...ell.. .!::l.. /~.l
H W 0 A 8 e E F G J < y " Dla.
ES330 281;. 28 2B 13~. ,,,,, '0 7'~ 14 4'1. 3'~ 5'~ ,~ 3.'23'23 '212~. 45 "", '273 80 '80
ED330 281f.. 28 28 133J. ,,,,, 4 7'~ 14 41;. 3'~ "" 5'~ .. .. 23'23 12123t. .. .., '897 90 '90
ES43Qo 351,. 34 34 173,. 173;. 113,. B'~ '7 51;. 3'~ 5'" ,~ 3I3IW8 l6l6\'.- .. ,.., 2202 '35 308
E0430 351;. 34 34 173(. 173t. 4'~ B'~ 17 51/. 3'~ "" 5'~ .. 4I3ClI2lI 16.16''''. .. ,.., 2936 145 318
ES630 421;. 37 37 ,-", ,... 121;. .... 1a'l.l . 3'~ 5'~ ,~ 313&'31 1911W 56 ,... 3072 lOll 400
ED630 42'1" 37 37 ,-", ,-", 4" .... 1811l . 3'~ .., 5'~ ,~ 4136f.l' 19118"". 56 ,.., - 190 410
SPECIFICATIONS:
1nCIIeS~w.g.(....,==uteJ Etltctrlc,lI~ Pump
-
Num_ t:: Md. HHd(ft.)7!'"
.sa SId. - - ...... - GPIl
...... 0 -, .2 -3 A -... HP - ....""
ESlED330 3000 1900 '665 '825 1745 '620 1_ 3000 ,~ , 0/2 1 115 B.4 .17 EP200A 2.45 5 2.4
ESlEDQO 4000 3'00 3020 2850 2825 2290 1900 4000 ,~ 10/2 , 115 B.4 .17 EP200A 2.45 5 3..
ESJED430 4'" 3600 3530 3350 3'20 280lI 256S 4'" ,~ '0/2 , 115 g.. 730 EP200A 2.45 5 4.2
, 230 5.' 730 E....... 2.45 5 4"
ESlEOUO 5500 4300 4000 3730 3500 3370 3290 ..... ,~ 10/' 1 115 g.. 730 EP200A 2.45 5 4.7
230 5.' 730 ........ 2.45 5 4.7
ESlEDUO .... 4900 46'0 4350 .... 3920 3080 .... .. , 0/' , 115 ".8 ... EP200A 2.45 5 5.5
230 B.O ... E....... 2.45 5 5.5
)
, k'lpounda.8Ider/cIcIwn dtIc::hara.~.1'IoMl. SNaDNMlahlll CIbInIIudc.nan.~and l1'lllIarboxed~.1Nat ,~..I'lolll&.d.txw..6. lllowIrl'l'lCllOf(tllgh IpMd) and pu~
.. .... tar ltr eIIctrkW fllIrv. ~.Ii 314- mile tto..thNid. "W*, Knockout...... tor rurnno 114"~.
UPC CODES:
ED330 047906433303
ED430 047906434300
ED630 047906436304
ES330 047906423304
ES430 047906424301
ES630 047906426305
Incnau Vow Comfort WIth TheM COOIIr A.n"''lut..
_1..- -llIe CIoonMochIne lllAOl,~ _.... old. ~ _ out
'" your-fN8f'J 8Ix houre_ repiIICOOn _ -. _r.llIe"".n ~
pads. leis IICllI8 buIIcklp. _ IIKll8 _. cool. -. IIr. In 8ddItIon. ....
CIea_ _ yourWBler __ up to7O%_rod 10_.
11..1......... - llIe 118_ E~ CooIor ThonnoIIoI CDnboI KIt 16
doIIgnod to be .... _ DOIMInlenlto _ _ pnMdo _ _ and
_tar anergy aavIngI. SoIoct your comIorI renga. and .... _ wi! auto-
ma1IcaIIy cycIa your cooIar on _ 011 10 _ ..._.
BoIh 1ha MaaI~ _.... CIea_'" Bnt dooIgnad 10 be uoad In any 8Ixa
Ofbl8nd "'_re'" oooI8r, _ are _ by~.
Alrrta V;1Ic . 500 S. 15th Street . Phoenix. Arizona 85034
Cooler Versatility
Our ducted. window model and plnable coolers are suitable for
installation on many types of living accommodations. leisure and
workspace areas. Select the model you prefer based on size of space to
be cooled and the mounting technique needed.
Our evtponlivc eoolen: mad (. uq'I ... .... m: deIiped aad teItecl in
_ _ oae or _ mthe foOowia&""'" or........: AIr
IIeIYerJ-Dota 1"'........ deriwd _ _ eoo_ ill ........--
A.M.C.A. (Air _ aacI CeelroI Aaoe.)_ 210. "- Pads-
Bwlt to FedenI SpoMfirw'V- 1'P.E-911 for '\)po I. Oaa A. Gnde 4.
s.IImt. Wit<< 1m to. .....011- JW A8TM D870. RcUbiIity - JW ASTM
D7S6' Ceaoaioa R.....~ pw AS'lM B117' Cyde lfteoofThaw-pw
AS'lM Cl17. POLYBOND'"CGncIica .....--pw AS'lM B117'
Paad111a1doea - pw AS'lM 03363 . AodIIeoioD - pw AS'lM 03359' I...-
Rai...... -pw AS'lM D2794. Raibi1ily-pw ASTM 0522' ~
Glea - pw AS'lM 0523. S1IIface IllniIII ~.. m BaiIdiBa
M..w. (boot nliIa> Per UIL 723 ad ASTM E-84. ..............-
R_'''' _ the UIL , "" ,1111I10< opiliooI_ for the ............
- CClIIIIIIIdioII tmm.i owdoad, IlIIIIIiDa owdoad, aacl1ocbd_
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746C. Cownd by Clty m!.ol AqoIoI_ ~ 1lR9:102204IJor 011
oioale pIIuo """_~ E1-x:at. aacI RJl8141 )1......'"""1
SiDee AdobeAir.lDe. fellow.. peIiey m CClIIti....... prodoc:t i_v......... it...-.- the
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L900797A
~_. ,....~
The Marley Difference
Today's Aquatower may be the most space/energy-
efficient cooling tower available. Your needs have
dictated constant technological improvement.
Thousands of Aquatower users enjoy the benefits of
eight major redesigns and dozens of minor improve-
ments in the past 40 years. For example, rvc film-
type fill enables the Aquatower to reject more heat
per unit size. We also put the air inlet louvers and
drift eliminators right on the fill sheets. This new
arrangement saves you fan horsepower by improv-
ing airflow through the tower.
The 4800 Aquatower is a maintenance delight!
You'll appreciate the way the Aquatower series
simplifies maintenance. No hidden spray systems,
tiny nozzles, or enclosed basins here! You can easily
replace and align V-belts from outside the tower.
You won't have the chore and expense that goes with
high-horsepower, blower fan towers.
All primary components of the Aquatower are
open to view. You can easily remove any deb~
from the upper basin or nozzles while the tower is in
operation.
Heavy mill galvanizing on all steel components
prevents base metal corrosion. You won't have to
worry about paint chips clogging your strainers and
nozzles, because there is no paint to flake off. Heavy
galvanizing also protects much better than paint
alone.
Above all, the Aquatower is readily available.
You won't have to wait around-or accept second
best-when you need a cooling tower. We maintain
an impressive stock of completed towers at our own
plants. A growing number of local distributors can
draw from that stock.
Contact your local distributor or Marley represen-
tative. They'll be glad to help you choose the proper
model for your needs. They can also help you with
your layout and piping.
~
The Aquatower has inspired many imitators.
Only Marley can offer you the original.
You'll enjoy single source responsibility and relia-
bility because we design and manufacture virtually
all major cooling tower components.
All Marley components are designed and selected
to be a part of an integrated system. For example, the
spray pattern from nozzles and the pressure drop
through drift eliminators both affect a fill's heat
transfer capacity. So, we include that impact in our
thermal analysis.
Drift eliminators must be effective at the air
velocities where fill is most efficient. So, we've
carefully designed both components to work together
efficiently.
How many other cooling tower companies can
offer you this assurance? They may use Brand" A"
nozzles with Brand "B" fill and Brand "c" drift
eliminators. When they all come together, the whole
may be less than the sum of the parts.
Our total system approach assures that all the 0
parts work together to provide you the greatest tota' , '
performance.
And because we design specifically for cooling
towers, all our components will provide many years
of service with minimal maintenance.
Every Aquatower cooling tower carries a full one-
year warranty. The Aquatower you buy from us will
work on your job or we'll make it right. Your war-
ranty includes thermal performance and every
component of the tower. The Marley warranty is
your assurance of performance-for a full year.
FOUNDING MEMBER
e
-2-
-....
Series 4800 Aquatower Advantages
)
o Proven Performance. Don't
rely on outside agencies with
limited enforcement powers. Marley
stands by our responsibility for reliable
thermal performance. We designed it. We
rate it. We guarantee it!
o Induced-Draft Design. Save on f.... power and
avoid the water leaks typical in forced-draft-
pressurized-towers. The fan will operate in a
warm atmosphere even in winter, so you'll never
have to work on frozen mechanical equipment.
o Crossflow Design. Save on pump power be-
cause you only pay to move the water to the top
of the tower. Gravity does the rest. The mechani-
cal equipment and water distribution system are
out where you can easily maintain them.
o All-Season Reliability. Aquatowers perform as
specified in the heat of summer. They respond
well to energy management techniques in the
spring and fall and, they operate virtually ice-free
in the dead of winter. Plus they offer simple
. maintenance all year long. We guarantee it!
. 0 Proven Corrosion Protection. Thousands of
users over mOre than 40 years confirm the value
c=-
t,
of heavy galvanizing. And Marley's G-235 is
the most effective galvanizing used in the indus-
try.
o PVC Film Fill with Integral Drift Eliminators
and Louvers. If you've ever had to replace
deteriorated eliminators or louvers, youll appre-
ciate this advantage. Now those components are
molded right in the PVC fill sheets. Integral
honeycomb louvers keep the circulating water
inside your tower-and off your roof! And the fill
in every Series 4800 Aquatower is approved by
Factory Mutual for use without sprinklers.
o Select Your Aquatower From ThIs Bulletin.
The tables on pages 7 through 9 should be ad-
equate for almost all your requirements. If avail-
able space is a problem, or if you run into some
unusual operating requirements, we'll be glad to
help.
o Simple, Flexible Installation. Just mount the
motor, belts and belt guard, install the outlet
connection that suits your needs-both side
suction and bottom outlet are provided, complete
with screens-and adjust the float valve. Attach
air-inlet screens on models 4851 and larger and
your Aquatower is ready for operation.
-3-
Construction and Components
Water Distribution System
Warm water flows through external piping (not
included with the tower) into a splash box chamber
at the top of the Aquatower. A splash box prevents
the incoming water from spilling out of the basin and
helps provide uniform water distribution. Water
then flows by gravity from the basin through nozzles
to the fill.
Eliminator air-seal remot1ed showing distribution area above fill
Hot water distribution basin covers are provided
as standard equipment to keep the distribution basin
free from airborne debris and to reduce the likeli-
hood of biological growth.
All Aquatowers use Marley "Spiral Target"
nozzles. These inert polypropylene nozzles are
evenly spaced thoughout the distribution basin to
assure uniform water distribution over all portions of
the fill. Their large openings resist clogging. Nozzles
are easy to remove and replace if you ever want to
change the design water flow rate.
Spiral-target distrilJuticm l1o::lc
FilllLouverslDrift Eliminators ')
Fill sheets include integral louvers and drift
eliminators, designed to minimize resistance to
airflow. This patented arrangement prevents water
from escaping the fill sheets, assuring proper heat
transfer throughout wide variations in airflow. Users
find this fill operates ice-free even in extremely cold
weather.
The thermoformed 15 mil (.OIS") thick rve fill
sheets withstand hot water temperatures as high as
12soF. Fill sheets are immune to biological and
corrosive decay and their flame spread rating is less
than 25 per ASTM E-84. Galvanized structural tubes
support and stabilize the fill. They also hold the
bottom of the fill sheets above the cold water basin
floor to simplify basin cleaning. Removable I" x I"
mesh galvanized air inlet screens keep larger air-
borne trash out of the collection basin and fill area.
MX75 fill
Cold Water Collection Basin
The Aquatower's collection basin reduces operat-
ing weight, simplifies basin cleaning, and assures
proper outflow. Water flows from the elevated area
under the fill into the basin's rear depressed section,
where side suction piping connects. A bottom outlet
is also available for gravity flow applications.
Standard equipment on each tower basin in-
cludes: a screened suction connection; a threaded
overflow connection; a threaded and plugged drain
connection; and a float-operated make-up valve.
Models 4821 through 4872 also include a bottom ..
outlet conforming to 125# flange specification. See .,
page 13 for sizes. A blank cover plate is provided to
seal the outlet connection not used.
-4-
)Mechanical Equipment
Propeller fans provide design airflow with
minimum power requirements. V-belts transmit
power from the motor to the fan through Marley-
manufactured fan-shaft bearing housings. Bearings
housings on Models 4850 through 4870 are oil-
lubricated via a remote filler cup reservoir mounted
on the fan side of the tower. Models 4810 through
4840 use factory-sealed, maintenance-free bearing
housings. The entire fan system provides easy
maintenance access from outside the tower.
Fan and fan guard. GlUlrd is eJ1sily removed for access to fan and
drive belts
6 Caution
The cooling tower must be located at such
distance and direction to avoid the possibility
of contaminated tower discharge air being
drawn into building fresh air intake ducts.
The purchaser should obtain the services of a
Licensed Professional Engineer or Registered
Architect to certify that the location of the
tower is in compliance with applicable air
pollution, fire, and clean air codes.
)
Fan drive motor showing adjustable base and belt glUlrd
Fan drive motors are TEFC (may be TENVon
model 4811) designed specifically for cooling tower
use. Horsepowers and electrical characteristics
appear in the table on page 10. Other types of motors
are available. Typical options appear under A vail-
able Optional Accessories on page 6.
Hoisting and Handling
Hoisting instructions on each tower explains how
to use a spreader-bar and slings beneath the cold
water basin floor to hoist the Aquatower. The
tower's design also allows easy handling with a
forklift.
Safety
Standard Aquatower safety features include fan
guards and belt guards. Fan guards consist of
welded heavy gauge steel wire hoops and spokes,
hot dip galvanized after fabrication. The galvanized
steel belt guard encloses both belts and pulleys.
Guards are easily removed for servicing.
The fill sheets in every Series 4800 Aquatower are
approved by Factory Mutual for use without sprin-
klers with no tower modifications.
Construction and Finish
Aquatowers offer the corrosion protection of
G-235 galvanized steel. Heavy mill galvanizing
applied at the rate of 2.35 ounces per square foot (2.0
mils nominal thickness) provides long term protec-
tion for the steel.
-5-
Optional Accessories
Accessory
Description and Remarks
Single Phase
Motors
In lieu of the 3-phase, 1 HP motors
listed on page 10, Models 4812 through
4831 are available with single-phase,
3/4 HP, 115/230 volt, 1800 RPM,
TENV motors.
Special Motors
Two-speed 0800/900 RPM) motors
are readily available in 7.5 and larger
HP's, as used on Models 4862, 4871 &
4872. Although they are also available
for the smaller sizes, the effect upon
lead time can be significant-and the
return on investment is relatively
small.
Field Assembly
Where unique space restrictions or
rigging conditions demand,
Aquatowers can be shipped ready for
field assembly by others. Complete
step-by-step assembly instructions are
provided.
Vertical
Discharge
Hood
This option is available on Models
4851 and larger. It provides vertical
discharge of the air leaving the tower.
Hoods are galvanized steel. They ship
separately for installation by others. A
large access door provides entry to the
fan and mechanical equipment.
-6-
Accessory
Description and Remarks
..,
Component
Basin Heaters
Standard heater components consist of
3 or 5 kW, 3 phase, 460 volt, shielded
immersion heater; solid state circuitry
for cut-off at low water level or high
temperature; a control probe to
monitor basin water temperature and
water level; and a magnetic eontador
all housed in a weatherproof enclo-
sure. Components are shipped
separately for installation and wiring
by others. Designed to prevent sump
freezing during shutdown periods in
winter operation. Unnecessary if you
use an indoor tank. (Special heater
characteristics result in extended lead
times.)
Pre-assembled
Basin Heaters
Tank-type submersible heaters are
available for all models. No tower
modifications are necessary and heater
includes a 6-foot electrical cord with
grounded 3-prong plug for connection
to a standard 120V source. One or
more 1.5 kW elements provide
protection at most ambient COnditionsO
The built-in thermostat maintains 400 .
water while the built-in safety switch
shuts off power if the heater element is
not submerged.
Stainless Steel
Construction
All Aquatower models are available
with stainless steel structure. Or you
can choose a galvanized tower with a
stainless steel cold water collection
basin (on all models except 4810). You
can.even choose a fan with stainless
steel blades. Your Marley application
engineer can help you choose the
amount of corrosion resistance
necessary for your installation.
Control
System
Factory-installed control center in
NEMA 3R enclosure mounted on
tower casing. Complete with thermo-
stat controller for single or two-speed
motors to maintain chosen cold water
temperature.
e
Tower Selection Factors
)Select the appropriate Aquatower model as follows:
1. Subtract cold water temperature from hot water
temperature to determine "Cooling Range".
2. Subtract design air wet-bulb temperature from cold
water temperature to determine" Approach to Wet-
Bulb".
3. Choose the table appropriate for your design air wet-
bulb temperature.
4. On the line for your calculated Range, proceed right to
the column for your calculated Approach and read
Tower Selection Factor. Interpolate mathematically, if
necessary.
. 650F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 4.10 4.69 5.21 5.67 6.10 6.49 7.20 7.82 8.11 8.38
7 3.68 4.25 4.75 5.21 5.62 6.00 6.69 7.31 7.59 7.86
8 3.33 3.88 4.37 4.82 5.22 5.60 6.27 6.88 7.15 7.42
9 3.04 3.57 4.05 4.48 4.88 5.25 5.91 6.51 6.78 7.04
10 2.79 3.31 3.77 4.20 4.59 4.95 5.60 6.18 6.46 6.71
12 2.37 2.87 3.32 3.73 4.10 4.45 5.08 5.65 5.91 6.17
14 2.04 2.52 2.96 3.35 3.71 4.05 4.67 5.22 5.48 5.73
15 1.90 2.37 2.80 3.19 3.55 3.88 4.49 5.04 5.29 5.54
16 1.77 2.24 2.66 3.04 3.40 3.73 4.33 4.87 5.12 5.36
18 1.55 2.00 2.41 2.79 3.13 3.45 4.04 4.57 4.82 5.06
..
. 680F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 4.38 4.96 5.48 5.94 6.37 6.76 7.47 8.09 8.38 8.65
7 3.96 4.52 5.03 5.48 5.89 6.28 6.97 7.58 7.86 8.13
8 3.61 4.16 4.65 5.09 5.50 5.87 6.55 7.15 7.43 7.69
9 3.32 3.85 4.33 4.76 5.16 5.52 6.19 6.78 7.06 7.32
10 3.07 3.59 4.05 4.48 4.86 5.22 5.88 6.46 6.73 6.99
12 2.65 3.15 3.60 4.00 4.38 4.73 5.36" 5.93 6.19 6.44
14 2.32 2.80 3.24 3.63 3.99 4.33 4.95 5.50 5.76 6.00
15 2.18 2.66 3.08 3.47 3.83 4.16 4.77 5.32 5.57 5.81
16 2.06 2.52 2.94 3.32 3.68 4.01 4.61 5.15 5.40 5.64
18 1.83 2.29 2.69 3.07 3.41 3.73 4.32 4.85 5.10 5.33
700F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 4.56 5.15 5.66 6.13 6.55 6.95 7.65 8.28 8.56 8.84
7 4.14 4.71 5.21 5.66 6.08 6.46 7.15 7.76 8.05 8.32
8 3.80 4.35 4.83 5.28 5.68 6.06 6.73 7.33 7.61 7.88
9 3.51 4.04 4.52 4.95 5.34 5.71 6.37 6.97 7.24 7.50
10 3.25 3.77 4.24 4.66 5.05 5.41 6.06 6.65 6.92 7.17
12 2.84 3.34 3.79 4.19 4.57 4.91 5.55 6.11 6.38 6.63
J 14 2.51 2.99 3.42 3.82 4.18 4.52 5.13 5.69 5.94 6.19
15 2.37 2.85 3.27 3.66 4.02 4.35 4.96 5.50 5.76 6.00
16 2.25 2.71 3.13 3.51 3.86 4.19 4.79 5.33 5.58 5.83
18 2.02 2.48 2.88 3.26 3.60 3.92 4.51 5.04 5.28 5.52
5. Turn to Model Selection Chart on Page 9.
Note: All temperatures shown are degrees Fahrenheit.
EXJlmple: Select TlUJdel to cool 325 GPMofwaterfrom 1010F to
850F at an entering air wet-bulb temperature of 760F.
1. Cooling Range is 160F 11010 - 850).
2. Approach to Wet-Bulb is 90F 1850_ 760).
3. 760F Wet-Bulb tabulation is on Page 8.
4. At a 160F range and 90F approach, Tower Selection Factor is
4.44.
5. Proceed to Page 9.
660F Wet-Bulb Selection Factors .
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 4.19 4.78 5.30 5.76 6.19 6.58 7.29 7.91 8.20 8.47
7 3.77 4.34 4.84 5.30 5.71 6.09 6.79 7.40 7..68 7.95
8 3.43 3.98 4.46 4.91 5.31 5.69 6.36 6.97 7.24 7.51
9 3.13 3.67 4.14 4.58 4.97 5.34 6.01 6.60 6.87 7.13
10 2.88 3.40 3.87 4.29 4.68 5.04 5.69 6.28 6.55 6.81
12 2.46 2.96 3.41 3.82 4.19 4.54 5.18 5.74 6.01 6.26
14 2.13 2.62 3.05 3.44 3.81 4.15 4.76 5.31 5.57 5.82.
15 1.99 2.47 2.89 3.28 3.64 3.97 4.58 5.13 5.38 5.63
16 1.87 2.33 2.75 3.14 3.49 3.82 4.42 4.96 5.21 5.45
18 1.64 2.10 2.51 2.88 3.22 3.55 4.13 4.66 4.91 5.15
690F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 4.47 5.05 5.57 6.04 6.46 6.85 7.56 8.18 8.47 8.75
7 4.05 4.62 5.12 5.57 5.99 6.37 7.06 7.67 7.95 8.22
8 3.70 4.25 4.74 5.18 5.59 5.96 6.64 7.24 7.52 7.79
9 3.41 3.95 4.42 4.85 5.25 5.62 6.28 6.87 7.15 7.41
10 3.16 3.68 4.15 4.57 4.96 5.32 5.97 6.55 6.82 7.08
12 2.74 3.24 3.69 4.10 4.47 4.82 5.45 6.02 6.28 6.54
14 2.42 2.90 3.33 3.72 4.09 4.43 5.04 5.59 5.85 6.10
15 2.28 2.75 3.18 3.56 3.92 4.26 4.86 5.41 5.66 5.91
16 2.15 2.62 3.03 3.42 3.77 4.10 4.70 5.24 5.49 5.73
18 1.93 2.38 2.79 3.16 3.51 3.83 4.41 4.94 5.19 5.43
720F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 4.75 5.33 5.85 6.31 6.74 7.13 7.84 8.46 8.75 -
7 4.33 4.90 5.40 5.85 6.26 6.65 7.34 7.95 8.23 8.50
8 3.99 4.53 5.02 5.46 5.87 6.24 6.92 7.52 7.80 8.06
9 3.69 4.23 4.70 5.13 5.53 5.90 6.56 7.15 7.43 7.69
10 3.44 3.96 4.43 4.85 5.24 5.60 6.25 6.83 7.10 7.36
12 3.03 3.53 3.97 4.38 4.76 5.10 5.74 6.30 6.56 6.81
14 2.70 3.18 3.61 4.01 4.37 4.71 5.32 5.87 6.13 6.38
15 2.56 3.04 3.46 3.85 4.21 4.54 5.14 5.69 5.94 6.19
16 2.44 2.90 3.32 3.70 4.05 4.38 4.98 5.52 5.77 6.01
18 2.22 2.67 3.07 3.45 3.79 4.11 4.70 5.22 5.47 5.71
-7-
730F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 4.84 5.42 5.94 6.41 6.83 7.22 7.93 8.55 8.84 -
7 4.43 4.99 5.49 5.94 6.36 6.74 7.43 8.04 8.32 8.59
8 4.08 4.63 5.12 5.56 5.96 6.34 7.01 7.61 7.89 8.16
9 3.79 4.32 4.80 5.23 5.62 5.99 6.65 7.25 7.52 7.78
10 3.54 4.06 4.52 4.94 5.33 5.69 6.34 6.93 7.20 7.45
12 3.13 3.62 4.07 4.48 4.85 5.20 5.83 6.39 6.66 6.91
14 2.80 3.28 3.71 4.10 4.47 4.80 5.42 5.97 6.22 6.47
15 2.66 3.13 3.56 3.94 4.30 4.63 5.24 5.78 6.04 6.28
16 2.53 3.00 3.42 3.80 4.15 4.48 5.08 5.61 5.87 6.11
18 2.31 2.76 3.17 3.54 3.88 4.21 4.79 5.32 5.56 5.80
760F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 5.13 5.71 6.22 6.69 7.11 7.50 8.21 8.83 - -
7 4.71 5.27 5.77 6.23 6.64 7.02 7.71 8.32 8.60 8.87
8 4.37 4.91 5.40 5.84 6.24 6.62 7.29 7.89 8.17 8.44
9 4.08 4.61 5.08 5.51 5.91 6.27 6.94 7.53 7.80 8.06
10 3.83 4.34 4.81 5.23 5.62 5.98 6.63 7.21 7.48 7.73
12 3.42 3.91 4.36 4.76 5.14 5.48 6.11 6.68 6.94 7.19
14 3.09 3.57 4.00 4.39 4.75 5.09 5.70 6.25 6.51 6.75
15 2.95 3.42 3.84 4.23 4.59 4.92 5.52 6.07 6.32 6.56
16 2.83 3.29 3.70 4.08 4.44 4.76 5.36 5.90 6.15 6.39
18 2.60 3.05 3.46 3.83 4.17 4.49 5.07 5.60 5.85 6.08
780F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 5.32 5.90 6.41 6.88 7.30 7.69 8.39 - - -
7 4.90 5.46 5.96 6.41 6.83 7.21 7.90 8.51 8.79 -
8 4.56 5.10 5.59 6.03 6.43 6.81 7.48 8.08 8.36 8.62
9 4.27 4.80 5.27 5.70 6.10 6.46 7.12 7.71 7.99 8.25
10 4.02 4.54 5.00 5.42 5.81 6.16 6.81 7.39 7.66 7.92
12 3.61 4.11 4.55 4.95 5.33 5.67 6.30 6.86 7.13 7.38
14 3.29 3.76 4.19 4.58 4.94 5.28 5.89 6.44 6.69 6.94
15 3.15 3.62 4.04 4.42 4.78 5.11 5.71 6.25 6.51 6.75
16 3.02 3.48 3.90 4.28 4.63 4.95 5.55 6.09 6.34 6.58
18 2.80 3.25 3.65 4.02 4.36 4.68 5.26 5.79 6.03 6.27
goOF Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 5.51 6.09 6.60 7.06 7.49 7.88 8.58 - - -
7 5.09 5.66 6.15 6.60 7.02 7.40 8.09 8.70 8.98 -
8 4.75 5.30 5.78 6.22 6.62 7.00 7.67 8.27 8.54 8.81
9 4.46 4.99 5.47 5.89 6.29 6.65 7.31 7.90 8.17 8.43
10 4.21 4.73 5.19 5.61 6.00 6.36 7.00 7.58 7.85 8.11
12 3.81 4.30 4.74 5.15 5.52 5.86 6.49 7.05 7.31 7.56
14 3.48 3.96 4.38 4.77 5.13 5.47 6.08 6.63 6.88 7.13
15 3.34 3.81 4.23 4.62 4.97 5.30 5.90 6.44 6.69 6.94
16 3.22 3.68 4.09 4.47 4.82 5.15 5.74 6.27 6.52 6.76
18 3.00 3.44 3.85 4.21 4.56 4.87 5.45 5.98 6.22 6.46
750F Wet-Bulb Selection Factors
Approach 5
Range
6
7
8
9
10
12
14
15
16
18
8
9
10 12 14 15 16.
6
7
5.03 5.61 6.13 6.59 7.02 7.41 8.11 8.74 -
4.62 5.18 5.68 6.13 6.54 6.93 7.62 8.20 8.51 8.78
4.27 4.82 5.30 5.75 6.15 6.52 7.20 7.80 8.08 8.34
3.98 4.51 4.99 5.42 5.81 6.18 6.84 7.43 7.71 7.97
3.73 4.25 4.71 5.13 5.52 5.88 6.53 7.11 7.38 7.64
3.32 3.82 4.26 4.67 5.04 5.39 6.02 6.58 6.84 7.10
2.99 3.47 3.90 4.29 4.66 4.99 5.61 6.16 6.41 6.66
2.85 3.32 3.75 4.13 4.49 4.82 5.43 5.97 6.22 6.47
2.73 3.19 3.61 3.99 4.34 4.67 5.27 5.80 6.05 6.29
2.51 2.% 3.36 3.73 4.08 4.40 4.98 5.51 5.75 5.99
I
770F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range 5.22 5.80 6.32 6.78 7.21 7.60 8.!, 8.92
6 - -
7 4.81 5.37 5.87 6.32 6.73 7.11 7.80 8.41 8.70 8.97
8 4.46 5.01 5.49 5.93 6.34 6.71 7.39 7.99 8.26 8.53
9 4.17 4.70 5.18 5.61 6.00 6.37 7.03 7.62 7.89 8.15
10 3.92 4.44 4.90 5.32 5.71 6.07 6.72 7.30 7.57 7.83
12 3.51 4.01 4,45 4.86 5.23 5.58 6.21 6.77 7.03 7.28
14 3.19 3.67 4.09 4.49 4.85 5.18 5.79 6.34 6.60 6.84
15 3.05 3.52 3.94 4.33 4.68 5.01 5.62 6.16 6.41 6.65
16 2.92 3.38 3.80 4.18 4.53 4.86 5.46 5.99 6.24 6.48
18 2.70 3.15 3.56 3.93 4.27 4.59 5.17 5.69 5.94 6.17
790F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 5.41 5.99 6.51 6.97 7.39 7.78 8.49 - - -
7 5.00 5.56 6.06 6.51 6.92 7.30 7.99 8.60 8.88 -
8 4.66 5.205.69 6.13 6.53 6.90 7.57 8.17 8.45 8.72
9 4.37 4.90 5.37 5.80 6.19 6.56 7.22 7.81 8.08 8.34
10 4.12 4.63 5.10 5.52 5.90 6.26 6.91 7.49 7.76 8.01
12 3.71 4.20 4.65 5.05 5.42 5.77 6.40 6.% 7.22 7.47
14 3.38 3.86 4.29 4.68 5.04 5.37 5.98 6.53 6.79 7.03
15 3.24 3.71 4.13 4.52 4.87 5.20 5.81 6.35 6.60 6.84
16 3.12 3.58 3.99 4.37 4.72 5.05 5.65 6.18 6.43 6.67
18 2.90 3.35 3.75 4.12 4.46 4.78 5.36 5.88 6.13 6.36
820F Wet-Bulb Selection Factors
Approach 5 6 7 8 9 10 12 14 15 16
Range
6 5.70 6.28 6.79 7.25 7.68 8.07 8.77 - [
7 5.29 5.85 6.34 6.79 7.21 7.59 8.27 8.88 -
8 4.95 5.49 5.97 6.41 6.81 7.19 7.86 8.46 8.73 9.00 .
9 4.66 5.19 5.66 6.09 6.48 6.84 7.50 8.09 8.36 8.62
10 4.41 4.92 5.39 5.80 6.19 6.55 7.19 7.77 8.04 8.30
12 4.00 4.49 4.94 5.34 5.71 6.05 6.68 7.24 7.50 7.75
14 3.68 4.154.58 4.97 5.33 5.66 6.27 6.82 7.07 7.31
15 3.54 4.01 4.43 4.81 5.16 5.49 6.09 6.63 6.88 7.12
16 3.41 3.87 4.29 4.66 5.01 5.34 5.93 6.46 6.71 6.95
18 3.19 3.64 4.04 4.41 4.75 5.07 5.64 6.17 6.41 6.64
-8-
Model Selection Chart
)
The following chart defines the maximum
cooling capacity in GPM for each Aquatower model
at the Tower Selection Factor defining your design
conditions of entering hot water, leaving cold water,
and entering air wet-bulb temperatures. Select the
model whose GPM capacity equals or exceeds the
design requirement at your calculated Tower
Selection Factor.
Example: Tower Selection Factor is 4.44. Design GPM
is 325.
1. Using the 4.0 column (smaller than 4.441 the selection
would be a Model 4871.
1. "Safe" selections result from using the Tower
Selection Factor column equal to or smaller than
the factor calculated.
2. However, interpolating for a 4.44 factor between the 4.0
column (295 GPMI and the 4.5 column (333 GPMI
reveals that the Model 4862 is capable of cooling 328.4
GPM at the design temperatures.
Note: If GPM exceeds maximum model capacity,
divide into two or more towers.
2. "Accurate" selections result from mathematical
interpolation, if necessary.
Model Selection Chart
)
Model Capacity In GPM of Clear Water
Models 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.5 9.0
4811 13 14 16 18 21 23 27 30 34 38 43 49 55 62 70 80
4812 19 21 24 27 31 35 40 45 51 57 64 73 82 90" 90" 90"
4821 25 29 32 37 42 47 53 60 68 76 86 97 110 124 140 150"
-
.4822 31 36 40 46 52 59 66 75 85 96 108 122 138 150" 150" 150"
4831 38 43 49 56 63 71 80 90 101 113 127 142 159 178 199 223
4832 50 57 65 73 83 94 106 120 135 152 172 193 217 225" 225" 225"
4841 63 71 81 92 104 117 133 150 169 191 215 242 272 307 346 350"
4842 75 85 97 110 124 141 159 180 203 229 258 291 328 350" 350" 350"
4851 99 111 125 141 159 178 200 225 252 282 316 352 392 435 482 533
4852 111 125 141 159 179 202 227 255 286 320 358 400 446 495 549 570"
4853 124 139 157 177 200 225 253 285 320 359 402 450 503 561 570" 570"
4861 142 160 181 204 230 259 292 330 373 421 475 535 602 675 750" 750"
4862 161 182 205 232 261 295 333 375 423 476 537 604 679 750" 750" 750"
4871 207 234 264 297 335 378 426 480 541 608 684 768 861 900" 900" 900"
4872 227 256 289 326 367 414 466 525 591 666 749 842 900" 900" 900" 900"
) " Maximum design water flow rate
-9-
Engineering Data
~L
L
,
W
TOWER INLET
INLET PlPIN
(BY OTHERS)
"."", __c
STATIC LIFT
Iii
.....
!;
o
w
.1 ~
- ---
o
TOWER OUTLET
AIR INLET ELEVATION
D
L
==~~t
MOTOR
.L
')
L :~:;GE
(OPTION)
- -I'
1 J 'I'
1/ J'
/1 I'
1// J'I'
: // J'i,
1 // J '\,
1 //) 'I
1 ~ J
1 -
1 /~
I //
1 //
1 //
1//
/
------
TOWER COLLECTION
BASIN
.~
Tower Nominal llimension8 - PipingConr-..
Model Tons (1) FanDia. HP
W L H A B C(2) 0 E Inlet Otrttet(6)
4811 10 1/3
2'.11112- 4'-2718" 4'-37/8' 1'-313/1S' S7/8" 2'-Q' (6) 2' 2" F
4812 15 1
24"
4821 20 1
5'-0 318-
4622 25 1
3'-11112" 4'-0' (3)
4831 30 1
S'-5" 1'-5' 91/2" S" 38' 4" 4'M
4832 40 2
5'-11/4"
4841 50 2
5'.11112" 5'-0" 42'
4842 60 3
4851 75 2
4852 95 5'-111/2' S'-5 l111S' 6-D" 48' 3
4853 95 T.l0 5/8" 2'-Q' 10'-8' 5
4861 110 111/2' 91/4" 5 S' S"Me
7'-11112" 6'-5 7/8" 7-0' 54"
4862 125 71/2
4871 160 71/2
9'-11112" 6'-61/4" 8'-63/4" 1'.1' 3.'16" 9'-Q' 10'-1111/16" 66'
4872 175 10
1. Nominal tons are based upon 950P HW, 850P CW, 780P
WB, and 3 GPM/Ton.
2. Minimum clearance for adequate air supply. Consult
Marley or your local distributor if this clearance is imprac-
tical for your job.
3. VerticaJ discharge hoods are not available on these models.
4. Motors less than 1 HP are 115/230 volt, single-phase
TENV. 1 HP through 10 HP motors are 230/460 volt,
3-phase TEPC. See page 6 for optional motor sizes on
Models 4812 through 4831.
(iJMny
5
-t-J
E f IlOTTOM ounET
SIDE ELEVATION
5. Motor and belt guard ship uninstalled for mounting at the
job by others.
6. Outlet sizes shown are for side outlets. All models except
4811 &. 4812 are provided with both side outlets and
bottom outlets in each tower. You decide which outlet to
install. See page 13 for sizes and flow capacities of bottom
outlets. (t
7. Overflow is 2" P located in side of collection basin. '
8. Drain is 2" P located in collection basin floor.
9. Makeup connection is 3/4" M float valve located in tower
side.
-10-
Supporting Steel
) W -~ f'
,. F
50LT
-------------
~.
"'!:i
h"
~ II
L G :1 J DIAMETER HOLE5 L
! ~,: "I
TOWER II
%0 f COLLECTION IM51N I
<'" I
~-
--- ----------
H AIR INLET FACE
SUPPORTING STEEL PLAN
OPTION ONE
TOWER
COLLECTION
BA51N .t-'.
) }-NORMAL
GAUGE
5UPPORT
(BY OTHERS)
SECTION A
,
W
F
,
J'r'"
ANCHOR .
50LT
,. --.f t
I ANCHOR
H I 50LT
~O!:i
:1:21"
:! II
< I TOWER
r COLLECTION BA51N
G I
j ~ II r J DIAMETER HOLE5
tg~
H
I
I
I
I
I
"I
II
j~~t
I
AIR INLET FACE
SUPPORTING STEEL PLAN
OPTION TWO
MIN. BEARING WIDTH
AT EACH ANCHOR 50L T
}-NORMAL
GAUGE
5UPPORT
(BY OTHERS)
VIEW 5
. lllmenslons Maximum WInd Loads lib)
Sh_ Maximum ()pe<ating
Tower~ Welght(lb) Operating Load at Max. Vert. Max.HorIz.
W l F G H J We;ght(lb) Ancho'llb) A_at _at
Anchor Anchor
4811-4812 2'.111/2" 3"-4' 2'-9112" 3''''' " 435 740 185 180 115
482'...... 740 1340 335 350 205
3'.11112" 3'-9112" 112"
4831-4832 4'.1518" 3..... 4' 755 1360 340 355 21.
4841-4842 5'.11112" 5'-9112" 980 1940 485 525 285
4851-4853 5'-11112" 5'-9112" 1410 2!lIlO 740 555 355
4861..... 7-11112" 5..... 7--91/2" 5''''' 3" SIB" 1805 3900 S75 745 470
4871-4972 9-11112" 9'-9112" 2185 4840 121. 1085 640
Aquatower Models with Vertical OIecharge Hood OptIon
4851-4853 5'-111/2" 5'-9112" 1810 3360 940 700 515
4861..... 7'-11112" 5..... 7'-9112" 5'-0" 3" SIB" 2190 4l!9O 1010 745 515
4871-4872 9-11112" 9'.9112" 2985 5340 1335 1085 640
)
1. Use this bulletin for preliminary layouts only. Obtain
current drawings from your Marley application engineer
or your local distributor.
2. Purchaser to provide tower supports complete with holes
and bolts for anchorage. All supports must be framed
flush and level at top. Maximum deflection to be 1/36Oth
of span, not to exceed 112 inch.
3. Maximum weight occurs with basin full to overflow level.
Actual operating weight varies with GPM and piping
scheme, but will always be less than shown here.
4. Wind loads are based on 30 psI and are additive to
operating loads. Reactions due to wind loads exceed those
resulting from seismic loads based on UBC, Zone 4.
5. Consult your Marley application engineer if tower is to be
supported directly on vibration isolators. Basin modifica-
tions may be necessary.
-11-
Freeze Prevention
When the ambient air temperature falls below
321', the water in a cooling tower can freeze. Marley
Technical Report #H-003 describes how to prevent
freezing during operation. Ask your Marley applica-
tion engineer for a free copy.
Water collects in the cold water basin during
shutdowns, and may freeze solid. You can prevent
freezing by adding heat to the water left in the tower.
Or, you can drain the tower and all exposed piping at
shutdown.
Electric Basin Heaters
Choose from two types of automatic basin heater
systems, based on your site conditions and prefer-
ences.
You may choose a heater system consisting of
these components (shipped separately for installation
by others):
. Stainless steel electric immersion heater
element(s). (Threaded couplings are provided for
installation.)
. NEMA 4 enclosure containing these components:
. Magnetic contactor to energize heater.
4800 Aquatower
Basin Heater SeIectton Chart
+10D F Ambient _100 F Ambient
Tower
Model Roq'd Tank Comp. Roq'd Tank Comp.
kW Heater Heater kW Heater Heater
4811 0.56 1.SkW 3kW 0.89 1.SkW 3kW
4812
4821 0.93 1.5kW 3kW 1.47 1.5kW 3kW
4822
4831 0.93 l.SkW 3kW 1.47 1.5kW 3kW
4832
4841 1.39 1.5kW 3kW 2.19 20 3kW
4842 1.SkW
48S1 20 20
4882 1.91 1.5kW 3kW 3.00 1.SkW 3kW
4853
4861 2.53 20 3kW 4;00 30 4.SkW
4862 1.5kW 1.5kW
4871 3.15 20 4.5kW 4.97 30 6kW
4872 1.SkW 1.5kW
1. Required kW is the amount of heat needed to maintain
+401' basin water temperature at the indicated ambient
air temperature.
2. Tank heaters shown are 120 volts, single-phase.
3. Component heaters shown are 480 volts, three-phase.
Options or special heater selections may add several
weeks to delivery.
4. Heaters do not operate continuously. They cycle on and
off automatically as basin water temperature dictates.
5. Contact your Marley application engineer for selections
appropriate for other ambient conditions than those
shown here.
-12-
. Transformer to convert power supply to 24 volts
for control circuit.
. Solid state circuit board for heater control and
low-water cutoff.
(Enclosure may be mounted on the side of the
tower.)
. Control probe to monitor water temperature and
water level. (Threaded couplings are provided for
installation.)
Or you may prefer a pre-assembled submersible
tank-type heater which requires no tower modifica-
tion and can plug into a standard grounded 3-prong
120V outlet.
The Incoloy heater element was chosen for its
long life in submerged environments. A built-in
thermostat senses water temperature and controls the
supply of electricity to maintain proper water tem-
perature. A built-in safety switch cuts off power
whenever the element is exposed to air. The element
mounts in the tower basin on a stain1ess steel plate
(provided by Marley).
Any exposed piping that is still filled with water
at shutdown (including the makeup water line)
should be electrically traced and insulated by others.
~
4800 Aquatower DIllin.Down Capacity
Towar Range of Tower Maximum Galkms
Modal Dasign GPM of Drain-Down
12 - 26 2S
4811 27 - 4S 27
4812 48 - 6S 28
66 - 90 29
4821 18 - 36 43
4822 37 - .63 48
4831 64 - 119 Sl
4832 120 - 22S S7
28 - 56 67
4841 S7 - 99 72
4842 100 - 187 79
188 - 3SO 89
4851 SS - 113 131
48S2 114 - 200 142
4853 201 - 37S 158
376 - 82S In
7S - 155 In
4861 156 - 270 191
4862 271 - S10 218
Sll - 6SO 240
9S - 19s 230
4871 196 - 285 244
4872 266 - 490 289
491 - 900 306
3
Volumes shown are maximums for the GPM
ranges indicated. Actual volumes will usually
be less. Contact your local Marley application
engineer for more specific information.
-
Freeze Prevention and Field Assembly
l Indoor Tank Method
In this type of system, water flows from an indoor
tank, through the load system, and back to the tower,
where it is cooled. The cooled water flows by gravity
from the tower to the tank located in a heated space.
At shutdown, all exposed water drains into the tank,
where it is safe from freezing.
The table on page 121ists typical drain-down
capacities for all Aquatower models. Although
Marley does not produce tanks, many of our repre-
sentatives offer tanks supplied by reputable manu-
facturers.
The amount 'of water needed to successfully
operate the system depends on the tower size, GPM
and the volume of water contained in the piping
system to and from the tower. You must select a tank
large enough to contain those combined volumes-
plus a level sufficient to maintain a flooded suction
on your pump. Control makeup water according to
the level where the tank stabilizes during operation.
You should always use a bottom outlet for this
type of piping system. The following table lists the
flow capacities for bottom outlets.
)
Maximum Bottom Outlet GPM
Outlet Diameter
Tower Model
6" S"
4821-4822-4831-4832 22S
4841-4842 270
4851-4852-4883 ',. :.:..;;C" SSO
4881-4882 , '.0. SSO
4871-4872 .cc SSO
. Maximum GPM applies to both pumpomd gravity flow
piping systems. The outlet piping on gravity flow
systems must have sufficient vertical drop to overcome
all other head losses in the system.
. Bottom outlet is not available on Models 4811 and 4812.
Field Assembly
If you choose to assemble your Aquatower at the
job site, your Aquatower will be shipped
unassembled with complete assembly instructions.
The following table shows the sizes and weights
of the largest Aquatower components for each
model. You can use this information to plan your
rigging and transportation needs.
)
-13-
Unassembled tower shipment may add 3 to 5
weeks to normal lead times. Your Marley application
engineer will be glad to help you plan for your
unique needs.
Note: For economical transportation, Aquatowers
are normally packaged unassembled when shipped
from the US by sea or air freight.
Component Sizes and Weights
Tower Component Size (in) Weight (Ib)
Mode'
Collection Basin End 12x13x36 15
Collection Basin Floor 3x30x32 23
4811 Front Panel 2x36x44 21
4812
Casing 2x40x52 43
Distribution Basin 8x16x32 18
Collection Basin End 14x16x48 24
4821 Collection Basin Floor 3x36x44 37
4822 Front Panel 2x48x68 52
4831
4S32 Gesing 2x26x63 34
Distribution Basin 8x 16x44 24
Collection Basin End 14x l6x 72 37
Collection Basin Floor 3x36x6S 56
4841 Front Panel 2x37x72 35
4842
Casing 2x26x63 34
Distribution Basin 8x 16x68 37
Collection Basin End 18x18x12 47
Collection Basin Floor 4x34x68 56
4851 From Panel 2x44x72 41
4852 Casing 2x40x76 63
48S3 Distribution Basin 8x28x68 52
Discharge Hood Side 2x41 x77 37
Discharge Hood Floor 9x45x68 46
Collection Besln End 18x18x96 63
Collection Basin Roar 4x34x92 75
Front Panel 2x44x96 58
4881 Casing 2x40x76 63
4862
Distribution Basin 8x28x92 70
Discharge Hood Side 2x41 x77 37
Discharge Hood Roor 9x45x63 41
Collection Basin End 18x 18x 120 79
Collection Basin Roar 4x34x116 95
From Panel 2x46x 120 71
4871 Casing 2x40x84 69
4872
Distribution Basin 8x28x116 88
Discherge Hood Side 2x45x77 38
Discharge Hood Floor 9x45x77 54
. All component dimensions are rounded up to the nearest
inch.
Application
. Welder cooling. 'l
. Plastic industry processes.
. Dairy, citrus, and otherfood industry processing
where barometric condensers are not in use.
You can use the Series 4800 Aquatower in normal
applications requiring cold water for the dissipation
of heat. Some common applications include:
. Condenser water service for air conditioning
and refrigeration systems.
. Jacket water cooling for engines and air
compressors.
. Chemical and industrial processes.
. Batch cooling.
The table below will help you determine the heat
load - and, therefore, the cooling tower capacity -
you'll need fot your duty. If you don't find your
application below, or if you need more specific help,
contact your Marley application engineer.
Typical Equipment Heat Loads
Cooling
Range
Type of Equipment Btu GPM (OF)
Air Conditioning or Refrigeration per Ton per Ton
Electric motor driven compressor 15,OOO/hr 1.5-3 20-10
Steam turbine driven compressor 3O.000/hr 2-3 30-20
Absorption machine-Single Stage (steam-fired) 30,OOO/hr 3.33 18
Absorption machine- Two Stage (gas-fired) 22,500/hr 3-4.5 15-10
Diesel Engine Jacket Water" Lube 011 per BHP per BHP
Four-cycle, supercharged 2600/hr .26 20
Four-cycle. non-supercharged 3000/hr .30 20
Natural Gas Engine Jacket Water" Lube 011 perBHP per BHP
Four-cycle engine 4500/hr .45 20
Two-cycle engine 4000/hr. .40 20
Electric Motor Driven Air Compressors per BHP per BHP
Reciprocating & screw type (200 HP & less) 2800/hr .28 20
Centrifugal (250 HP & above) 2800/hr. .28 20
perCFM per CFM
Reciprocating & screw type (200 HP & less) 622/hr. .065 20
Centrifugal (250 HP & above) 560/hr. .055 20
Plastic Injection Machines per oz. Capacity
1251min 1.5 10
Hydraulic 011 Cooling 2545/hr./BHP .51/BHP 10
Welding Tip Cooling 841min. (avg.) 1.0 10
Note: When possible, determine actual heat load and water quantity to be circulated, and
apply in the following formula:
Cooling Range = Heat Load (Btulmin.)
GPM x 8.33
Where: 8.33 = Pounds per gallon of water
Cooling Range = Difference between hot water entering tower
and cold water leaving tower (oF)
-14-
"
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Application
)
Applications Requiring System Modifications
or Alternative Cooling Tower Selections
Certain types of applications are incompatible
with any galvanized steel cooling tower with PVC
film-type fill-whether Series 4800 Aquatower or a
competitive tower of similar manufacture. Some of
these applications, which call for either system
modifications or an alternative tower design are:
. Water temperatures exceeding 1250F-poten-
tial corrosion of galvanized surfaces is
accelerated and service life of PVC may be
reduced. Use either a cold water bypass or an
intermediate heat exchanger between the load
and the tower to limit hot water temperature.
. Highly corrosive environment-typified by
proximity to bodies of salt water, presence of
corrosive vapors (as in a chemical or steel
plant) or the presence of unusually dense air
pollution in the form of SOx' hydrogen sulfide
(H2S) or potentially corrosive particulates.
While a galvanized tower may function effec-
tively in these types of environments, an
alternative selection constructed of corrosion-
resistant materials offers even longer service
life.
. Ethylene glycol content-can plug fill passages
as slime and algae accumulate to feed on the
available organic materials. An intermediate
heat exchanger or an alternative splash-filled
Marley tower selection will solve the problem.
(See Alternative Selections.)
. Fatty acid content-found in processes such as
soap and detergent manufacture and some food
processing, fatty acids pose a"Serious threat for
plugging fill passages. Usually an alternative
splash-filled tower offers the best solution.
. Particulate carryover-often found in steel
mills and cement plants, can cause both fill
plugging and build up to potentially damaging
levels on tower structure. Specially-selected
spray-filled Marley towers will control the
problem.
. Pulp carryover-typical of the paper industry
and food processing where barometric con-
densers or vacuum pumps are used. Causes fill
plugging which may be intensified by algae. An
alternative Marley splash-filled tower is usually
the best solution since intermediate heat
exchangers must have flow passages large
enough to pass pulp mass.
)
)
-15-
Alternative Selections
In addition to the Series 4800 Aquatower, Marley
offers a full range of products in a variety of designs
and capacities to meet the special demands of
specific applications.
Corrosion Resistance
. Stainless steel construction-you may choose
stainless for all or part of your Series 4800 Aqua-
tower. See page 6 for more information.
. Series 3800 Aquatower-fiberglass construction
assures long service life in virtually any environ-
ment. One-year full product warranty on all
components. Efficient PVC film-type fill.
. QuadraFlow~-fiberglass and stainless steel
construction assure long service life in virtually
any environment. Five-year full product warranty
on all components except the motor. Efficient PVC
film-type fill.
Splash-fill Cooling Tower
. Series lo-wood structure; splash-fill. Proven in
hundreds of installations.
Special Installations
. IT A Series-ideal for those jobs where available
space is at a premium. Galvanized steel structure
and PVC film-type fill in a counterflow design will
fit neatly into your plans.
For additional information on these products,
and for application assistance with whichever
Marley product you choose, consult your local
Marley Cooling Tower application engineer. We're
here to work with you.
Specifications
Base: Furnish and install an induced-draft, crossflow,
factory-assembled, steel cooling tower of _
cell(s), as shown on plans. Tower shall be similar
and equal in all respects to Marley Series 4800
Aquatower, Model . Tower must be
warranted by the manufacturer for one year from
date of shipment.
Performance: Tower shall cool GPM of water from
_ of to _ of at a design entering air wet-bulb
temperature of _ of.
Construction: Structural components of the tower,
including the cold water basin, framework,
mechanical equipment supports, casing, hot water
basin, and fan cylinder shall be fabricated of heavy-
gauge steel, protected against corrosion by G-235
galvanizing. All components subjected to factory
welding shall be hot dip galvanized after
completion of fabrication to a zinc thickness
equivalent of G-235. Cold galvanizing is not
acceptable.
Motor: Motor(s) shall be _ HP, Totally Enclosed,
specially insulated for cooling tower duty. Speed
and electrical characteristics shall be 1800 (or
1800/900) RPM, single-winding, _ phase,_
hertz, _ volts. The motor must be located out of
the saturated discharge air stream.
Mechanical Equipment: Fan(s) shall be fixed-pitch
propeller type. Fan shall be driven through
V-belt(s) with a minimum service factor of 1.50
based on full motor HP. The fan and fan pulley will
be mounted on a bearing housing with stainless
steel shaft.
I~I~~-
The Ma~ey Cooling Tower Company
7401 W 129 Street- Ove~and Park, KS 66213 - 913.664.7400
email: info@marleyct.com - www.ma~eyct.com
In lt1e interest of I8Chnolooical progress. all products are
subject to design and/or material change wtthout notice.
1!:>1998 Marley CooIi"1l Tower Printed in USA
AQ-98
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Fill, Louvers and Drift Eliminator: Fill shall be film-
type, thermoformed PVC, with louvers and drift
eliminator formed as part of each fill sheet. Fill
shall be suspended from hot dip galvanized
structural tubing supported from the upper tower
structure, and shall be elevated above the floor of
the cold water basin to facilitate cleaning. Air inlet
faces of the tower shall be free of water splash-out.
Guaranteed drift losses shall not exceed 0.005% of
the design GPM. Fill / louver / eliminator system
must be approved by Factory Mutual Research
Corporation for use in factory-assembled cooling
towers; and must be listed in the Factory Mutual
Approval guide.
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Hot Water Distribution System: An open basin above
the fill bank shall receive hot water piped to each
cell of the tower. The basins shall be equipped with
removable covers to keep out debris. This basin
shall be installed and sealed at the factory. Water
shall enter the basin through a removable wave-
suppressor splash box. The basin shall be no less )
than 6 %" deep to provide adequate freeboard i.~..
against overflow and splash-out. Removable and
replaceable polypropylene nozzles installed in the
floor of the basin shall provide full coverage of the
fill by gravity flow. Nozzles must all have the same
orifice size and be spaced symmetrically in both
longitudinal and transverse directions.
Cold Water Basin and Accessories: The cold water
basin shall be factory sealed. For maximum
installation flexibility, basin accessories shall
include both a side suction connection and a hole
and bolt circle in the basin floor suitable for gravity
flow. Both connections shall include a debris screen
and anti-cavitation device. A factory-installed,
float-operated, mechanical makeup valve shall be
included, having a %" diameter inlet connection.
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AIR INLET ELEVATION
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(SPlASH BOX CAN BE REWOVE!
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COlLECTION BASIN
DEPRESSED AREA
COlLECTION BASIN SiDE
A
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TOWER A
2'-11 .:5 4"
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4.
MECHANICAL
COUPLING GROovE Y C w.
WEL()lNG BEvEL ~
BASIN END
SECTION B-B
GENERAL N01[5
1. THE COOUNC TOWER MUST BE INSTALLED LEVEL TO INSURE MAXIMUM
THERMAl PERFORMANCE AND TO AVOID RACKING.
~. FLANGE DRtLUNG FOR BOTTClMOUTLET CONFClRMS TO 125 LB. ANSI 816,1.
BOlT HOLES wu. STRADDlE CENTERLINE Of OUTLET. THE OUTLET PIPING
ATTACHMENT REOUIIES USE or A FLAT fACED FlANGE (SUPPl€D By OTHERS)
, AND A 1/4" THtCK FlJU. rACED CASKET SUPPlIED BY MARLEY.
,
~ STANDARD UOTORS ARE THREE PHASE.
@ MINlMUU CLEARANCE FROt.. NEAREST OBSTRUCTION FOR ADEQUATE AIR
SUPPlY. IF NO OBSTRUCTIONS EXIST AROUND THE TOWER. FOR BEST
PERFORMANCE, TOWER SHOULD BE ORIEffTEO MTH ITS INLET rACING
INTO PR[V....UNG SUMMER WINOS. FOR MOST U.S. INSTAlL" TlONS A
SOUTH ~ WEST FAClNC INLET WOULD BE PREFERRED. IF THESE
CONOI'OONS 'CANNOT BE ACHIEVED. CONSULT A MARLEY COOlING TOWER
COMPANY SALES ENGINEER.
5. CONNECTtClNS DEStGf>.'ATED AS (F) ARE NPT FEMALE THREADS. (M) ARE
NPT MALE THREADS.
6. SUPPORTS FOR INLET AND OUTLET P,PING 8Y OTHERS. 00 NOT SUPPORT
PIPtNG FROM TOwER STRUCTURE.
THESE 11[MS ARE F'IElD INSTALLED BY OTHERS.
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STANDARD TOYeER SHtPS WITH CONNECTIONS FOR BOTH. SlOE AND BOTTOM
OUTlET. 51)[ OUl\.ET IS SUITABlE FOR PUMP SUCTION ONLY. SIMPlY FIELD
INSTAlL THE DESIRED CONNECTION AND SEAl THE UNUSED OPENING WITH
THE C<M:RP\.A TE PROVIDED.
9. MAXIMUM FLOW FOR BOTTOM OUTLET IS 550 GPM FOR 80TH PUMP AND
GRAVITY FLOW SYSTEMS. ON GRAVITY now SYSTEMS. THE OUTLET PIPING
MUST DROP Y(RnCAlLY TO CREATE ENOUGH HEAD TO OVERCOME All OTHER
HEAD lOSSES rN THE PIPING SYSTEM.
10 TOYltR MAINTENANCE OR INSPECTION DOES NOT REQUIRE ANYONE TO BE
ON Tef' OF THE TOWER. A PQR':"ABLE lAOOER MAY BE REQUIRED TO
INSPECT THE HOT WATER BASIN AND THE MOTOR. ADEQUATE SAFETy
PRECAUTIONS MUST 8[ TAKEN MolEN USING A PORTABLE LADDER
11 THIS PRODUCT HAS BEEN DESIGNED NTH PROVISIONS FOR MAINTENANCE
IN MIND. PLEASE CONSUlT DRAWINGS AND OWNERS MANUALS SHIPPED WITH
PROOUCT fOR DETAll.S OF MAINTENANCE. OPERATION AND ASSEMBlY REOUIRED
BY USER.
USER IS TO PROVIDE FOR SAfE ACCESS TO TOWER AND ITS COMPONENTS.
SCHEMA TIC. INLET. 8< OUTLET PIPING
4e50 AOJA TOWER
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THE MARLEY COOLING
TOWER CO ~"'P
IIIISSION. KAH$AS .202
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(4 RECUREll)
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AIR INLET rACE
PLAN or SUPPORTING STEEL
(OPlION ONE)
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FOR ANCHOR BOlTS
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PLAN or SUPPORTING STEEL
(OPTION TwO)
@AS Of DA1QS) .. lIJU: ILOCIC _ MNtLEY COCIUNO To.o COMPANY
lH'UIl.ISIO-AU. ""1'5 1t[S[IMD UICl(lIl: 1M[ COfI'""",," LAW$.
DEgGN OPERA'hNC LOADS ..., lOAOS
TO'OER L IN B2 B3 L2 L3 L' IN2 SHlPPlNG IIA_ "-
llOOE1. WEIGHT IOTlCAI. HORIZONTAl.
TOTAl AT@ REAClIOH REAClIOH
AT@ AT@
4811 3'-' ./B" 2'-11 1/2" 1/2" 3/8" 3"-0" 21/1'" --- 2'-' 1/,. '3$ 7'0 '8$ 180 11$
....2
4821 4'-1 $/8" J'-l1 1/2" 1/2" 3/8" J'-'" J lJ/l'" 7/8" 3'-9 1/2" 740 '340 33$ - -
41122
483. 4'-1 $/B" 3'-11 '/2" 1/2" 3/B" 3"-'" J 13/16" 7/B" 3'-9 1/2- 7$$ 1360 340 3$$ 2'0
4832
_, 4'-1 $/8" 5'-11 1/2" ./2" 3/B" 3'-6" J 13/16- 7/B" 5'-9 1/2~ 980 19.0 'B$ $25 2B5
'842
-.
_2 5'-6 '/B" 5'-11 1/2- 5/8" 1/2- 5'-0- J 1/16" 1 7/8- 5'-9 1/2. 1.'0 2960 740 555 355
-II 41153
486. 5'-6 '/8" 7'-11 1/2" 5/8" 1/2" 5'-0" 31/16" 1 7/8" 7'-91/2" 1805 3900 975 745 470
4862
4871 5'-6 1/8" g'-11 1/2" 5/8" 1/2" 5'-0" J 1/16" 1 7/8" 9'-9 1/2- 2185 .6.0 1210 1095 6'0
4872
DATA FOR TOWERS MTH A VERTICAl OISCHARGE HOOO IS AS fOllOWS: .
'8$1
_2 5'-6 1/8" 5'-11 1/2" 5/8" 1/2" 5'-0" 31/16" 1 7/8" 5'-9 1/2. 1810 3360 8'0 700 515
_3
486' $'-6 1/8" 7'-11 1/2" 5/B" 1/2" 5'-0" J 1/16" 1 7/8" 7'-9 1/2" 2180 '280 1070 745 515
4862
4871 5'-6 1/8" 9'-11 '/2" 5/8" 1/2" 5'-0" 3 1/16" 1 7/8" 8'-9 l/r 2685 5340 1335 1095 640
4872
GENERAL NOltS
~2" MAXIMUM TO AlLOW ,. TOWER SUPPORTS
," ARANCE fOR ORAIN PIPING THE SUPPORTING STEEL IS TO BE DESIGNED, CONSTRUCTED, AND
'- L4 MAXlMUM TO AlLOW CLEARANCE ruRNlSHEo 8Y THE CUSTOMER. IT SHALL INClUDE "82" DIAMETER
," ,.I FOR eoTIOM OUttET PIPING HOlES FCR CUSTOMER SUPPUED "83" I)MI[1[R ANCHOR BOl. TS AND WASHERS
r "'- TO SUIT THE GENERAl DIMENSIONS Of THIS DRAWING. THE TOP SURF ACE
M1N1MUW Of THE SUPPORTING STEEL MUST BE FRAMED FLUSH AND LEVEL, THE
'(::) MAXDotUM BEAM DEFLECTION SHALL BE lIMITED TO 1/560 or SPAN.
NOT TO EXCEED 1/2- AT THE ANCHOR BOI..TS.
I VB3 WASHER ./ B3 WASHER 2. DESIGN OPERATING LOADS
I (BY OlHERS) (BY OlHERS) THE ~ OPERATING LOADS SHOWN IN THE ABOVE TABLE ARE BASED
+- /" ,~ UPON '<<lLUU[ Of' WATER IN THE COUECT1ON 8ASlN AT SHUTDOWN.
THE SHUTDOWN WATER LE'JEl. HAS BEEN SIZED TO ACCOMMOOA TE MAX-
~ TOOE_ SUPPORT IUUU AlLOWAaE now RATES. ,
l~ TOYlER SUPPORT TI€ DESIGN lOADS ARE SHOWN fOR YOUR USE AS A OUIQ( REFERENCE. THE .
ACTUAl OPERATING lOAD IS VARIABlE. AND IS DEPENDENT UPON THE DESIGN
flOW RAl[ PER CElL DESIQoI lOADS ARE ALl BASED UPON THE RECOMMEHOED
(BY OlHE_S) II (BY OTHERS) OPERA1WC WATER lEVEL OPERAlING U-.nS IN EXCESS OF THAT RECOMwO<<D
il WI.1. RESULT IN lOADS [XCEEOfNG VAlUES STATED.
I CONSULT A MARLEY COOUNG TOWER SALES ENGtNEER FOR GREATER OETAtL
I ON THIS OR ANY OTHER SUBJECT.
'=> 3. TOWER MNO LOADS
MND LOADS ARE CAlCULATED ON A BASIS OF THIRTY POUNDS PER
NORMAl. SOUARE FOOT AND ARE ADDrn\ot: TO THE OPERATING LOADS. lHE
NORMAL REAcnONS DUE TO WINO LOADS EXCEED THOSE RESULTING F'ROt.A
GAGE GAGE SEISMIC lOADS 8ASED ON USC, ZONE 4.
~ A-A VIEw 8-8 4. TOYlER OBSTRUCTIONS
}pnON ONE) (SUPPORT OPnON TWO) AIR INLET rACE MUST HAVE AN ADEOUATE AIR SUPPlY. If OBSTRUCTIONS
EXIST NEARBY. CONSUlT A MARlEY COOLING TOWlER COMPANY SALES ENGINEER.
REFER TO SQfEMA nc DRAWING fOR MINIMUM ClEARANCE.
$. \1BRAnON ISOlATION
CONSULT A MARLEy COOLING TOWER COMPANY SALES ENGINEER IF
TOWER IS TO BE DIRECTLY SUPPORTED ON VlBRA nON ISOlA TORS.
NON-UNifORM DEFUCTIQN OF ISOLATORS MAY CAUS[ DAMAGE TO TOWER
STRuCtuRE. MODIFICATIONS MAY BE REQUIRED.
. PIER SUPPORTS
TOWER MAY BE SUPPORTED FROM PIERS A T THE F'OUR ANCHOR BOLT
LOCATIONS AS AN Al TERNA TE.
, UNITS
TOlERANCE APPLICABLE TO DIMENSIONS SHOWN ARE DEPENDENT uPON
FABRICATION. ASSEMBLY AND CONSTRUCTION TOLERANCES. MARLEY'S
FABRiCATION TOLERANCE IS %1/16" I: ASSEMBLY TOlERANCE IS :1/8".
COh'SUL T suPPUER$ or SUFPOOTiNC STRUCTURE fOR COh'STRUCOON TOLERANCE
AU OF THE DIUENSIONS SHO"WN ARE IN INCHES AND All WEIGHTS IN
POUNDS UNLESS OTHERWISE NOTED.
SUGGESTED SUPPORTING STEEL
4800 AQUA TOWER
C ~~;u - 5 ~ ~~,~~..\ - -1- THE MARLEY COOLING
-. . 1_8 II-I$-..HH MPC CAD TOWER CO. ~~
A OHHI -12)4 r-- 1-- ..
<D .. ~ 90-.690 C WIS5IClM. Il.Nrlf>AS 66202 _
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General Notes & Timeline
Some general notes apply to all work included in this proposal:
1.) All sheet metal to be designed, fabricated, and installed per SMACNA guidelines.
2.) This proposal includes a one year warranty on materials and worlcman~hip.
Additionally, all Carrier units include optional warranties as required to provide an
additional four (4) years parts-only warranty on compressors, for a total of 5 years parts
warranty on all Carrier compressors in units furnished via this proposal.
3.) It is our intention to re-use electrical service discODDeCts whenever possible. If
there are no disconnects present (as with the Animal Control evaporative coolers), or if
the disconnects are damaged or otherwise not usable, then our proposal includes the
furnishing and installing of suitable service disconnects.
4.) Necessary permits are included in all prices shown, as are sales taxes. It is our
assumption, as is typically the case when working with cities in Southern California, that
any arrangements for brief lane or other street-related closures for rigging purposes at
. City buildings will be coordinated without charge with the City police or other relevant
departments.
s. ) Western Allied includes crane and rigging services for all instaI1ations in this
proposal.
,.
6.) Western Allied includes proper disposal of units removed as a part of this
proposal.
7.) Westem Allied incl..c1... in thi~ orooosal a structural .""rineer's review and
nec.........ty ..nditional structural bracing for all situations where new units exceed the
weight of old units, or where a unit will be installed in a new location. Please note that
repairs of existing structural members, if they should be found to be water damaged,
earthquake damAg~ corroded, or otherwise unfit, is not included.
8.) New roof flashing is included where required at the site of new curbs, or
platforms. Repairs or other roofing work other than as required to mount curbs,
platforms, or other supports installed by Western Allied is not included.
-
9.) We understand that the buildings involved in this project are occupied. As
discussed during the jobwalk, all pricing is based upon performing work during regular
working hours. We will, however, make every reasonable effort to keep occupant
interruptions to a practical minimum. and schedule closely with the City representative
when shutdo\\ln5 of the HV AC system are necessary.
10.) Our proposal does DOl include asbestos abatement, painting, or patching. Our
alternate DOC controls proposals do DOl include telephone lines.
11.) In general, the following timeline is a reasonable forecast (time shown in weeks):
4 small oroiects
3 Iar2er oroiects
Receive and Process Contract From City
1
I
Perfonn Initial Engineering Analysis &: Design,
Including Structural Review
2-4
3-6
Meet with City Representatives for Approval
1
1
Obtain P1ancheck &: ~ennit
2
2
Order Equipment &: Equipment Leadtime
2
6 -10
Finalize Engineering (done while equipment
is on order)
Perfonn Installation and Start-up
3-4
3-6
"
Total time period to complete the 4 small projects: 11 - 14 weeks
1.1
Total time period to complete the. 3 larger projects: 16 - 26 weeks
If the City reauires that a DlIJ1icular oroiect or oroiects have monty. ulease mal(e us
aware of thi,. as soon as DOssible. and we will exoedite that oroiect. Some of the above
steps can be combined in a "fiIst track" awauaeh, if the City wishes to cooperate and
support us in this effort. We may also get 1ucky regarding equipment leadtime, if the
maoufacturer happens to have equipment that mAt......, our needs coming down the
production schedule without a1ready being pre-sold (this actually happens quite often, but
we cannot guarantee that it will occur).
....-,
C I T Y 0 f-
San Bernardino
RACHEL
CLARK
CITY CLERK
November 6, 1998
Mike Gallagher
Western Allied Refrigeration
P. O. 3628
Santa Fe Springs, CA 90670
Dear Mr. Gallagher:
At the Mayor and Common Council meeting of October 5,1998, the City of San
Bernardino adopted Resolution 98-317.
Enclosed is an original agreement. Please sign in the appropriate location and return the
original agreement to my attention as soon as possible.
You will be mailed an executed copy for your files.
Please be advised that said resolution will be null and void if it is riot executed within
sixty (60) days - January 1, 1999.
If you have any questions, please do not hesitate to contact me at (909) 384-5002.
Sincerely,
Rachel Clark
City Clerk
"7~~~~
By: Melanie Miller, Senior Secretary
7/;'~~
RC:mam
Enclosures
P. O. BOX 1311, SAN BERNARDINO, CA .2402
300 NORTH 0 STREET. SAN BERNARDINO.
CALIFORNIA 92418-0001 CIOI):I.4..002
("1)314-5102 FAX'CIOI)I.4..1S.
TDD/TTV.(10')314.5540
.. FOR OmCE USE ONLY - NOT A PUBLIC DOCUMENT ..
,_ , - RESOLUTION AG&~A ITEM TRACKING FORM
Meeting Dale(Dale Adopted): II /0.2. 198 Item , 17C- Resolution" 9,f'"- 317 . ~~/:.. A
Vote: Ayes:1 2 '{51.. 7 Nays: 0- Abstain:..9- Absent:&- ~~_ - - L-
.."t,,~ /I'~
Change [0 motion to alnend original docs: 110 .3
-<u< 4.r-3/Y"jtM ~h~ gp~.
.-\[tachmems: (p Resolution II On Attacnmems: V'-
Contract Term: Contract Expiration Dale: I//(J dc:J/J'~ - I/; /c;Y
/
Dale Sem [0 Mayor: /1108/98
Dale of Mayor's signarore:.l1 I 01 198
Reso Log Updaled: V
Dale Retumed from Mayor:
Date of Clerk's Signarure:
,.//
Seal Impressed:
J 1 I 0'1198
II I OS- IqR
Dale Memo SenIlO Departmetll forSignamre:
/ ~ See Attacb.ed: Dale Received Back:
/1 I {ftI 198 See Attacb.ed: /' Dale Received Back:
See Attached:
See Attached:
See Attached:
Dale Letter Sent to Outside Party for Signarure:
60 Day Reminder Letter Sene on 30th day:
90 day Reminder Letter Sent on 45th day:
_ day Reminder Letter Sent:
/2.-1 '1-1 t
Note With/On RISe Bf A"...hmcnt stored separalely:
Direct City Clerk-PUBLISH, POST. RECORD W COl1l'oH (cirCle II Date:
-
See Attached:
~
Request for Council Action & Staff Report Attached:
{;pdated Prior Resolutions (Other Than Below):
Updaled CITY Personnel Folders (6413, 6419, 6433, 10584, 12634):
Updated CDC Personnel Folders (5557):
Updaled Traffic Folders (3985, 8234, 655):
Yes---.!::~_ .-By _~_
Yes_ No V'" By JDaIII
Yes_ No V'" By JDaIII
Yes_ No ~..-- By m;ilIlII
Yes No v/ By ......
Dale II Ie:?~ ~g-
Date II I()~ 198
Date II 10Y 198
Date II Ic?~ /9
Date /I I{)~ 19
Copies Distributed To: City Attornev & Otbers: h1(Clh'l-d ~
By: JDaIII
Dale: {L 11'::;- IqR
Other: C PilU/ /.lNlll/"1dut Iz, .;.0-/7 $M/J../-><. /2' /,/. '1 Y
BEFORE Fn.ING REVIEW FORM TO ENSURE ANY NOTATIONS MADE HERE ;1RR TRANSFERRED TO THE
YEARLY RESOLUTION CHRONOLOGICAL LOG FOR FUTURE REFERENCE (Contract Tenn. etc.)
Ready to File:
lIla_
..-
Dale: 11-- I II) 19
Last Uodaled: 10/09/1998