HomeMy WebLinkAboutPermit 0432-M - WW GRAINGER0432-M 90-195M WW GRAINGER
6725 TODD BOULEVARD
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SITE ADDRESS: 6725 Todd B1
ADDRESS: 5500 West Howard Street, Skokie,
SUITE NO.
PROJECT NAME/T N NT: W. W. Grainger
CONTRACTOR: Universal Refrigeration
VALUE OF WORK: $ 16,938 -00
TYPE OF WORK: X New /Addition ( ) Modifications
(3 Repair (
Other:
DESCRIPTION OF WORK: Install new HVAC units.
WA. ST. CONTRACTOR'S LICENSE NO. UNIVERSI *159RF
'EXPIRATION DATE: 12 -06 -91
PROPERTY OWNER: W. W. Grainger. Inc.
PHONE: 371 -9 2 -9Mn
ADDRESS: 5500 West Howard Street, Skokie,
IL
I ZIP: 60077
CONTRACTOR: Universal Refrigeration
1PHONE: 939 -5501
ADDRESS: 1502 Pike Street 4/6, Auburn. WA
ZIP: 9ROn1
WA. ST. CONTRACTOR'S LICENSE NO. UNIVERSI *159RF
'EXPIRATION DATE: 12 -06 -91
CITY OF TUKWILA
Department of Community Development - Building Division
6300 Southcenter Boulevard, Tukwila WA 98188
(206) 431 -3670
MECHANICAL
PERMIT NO. D"I3� "/Y)
DATE ISSUED:
UMC EDITION (YEAR : i 988
FIRE PROTECTION: )Sprinklers (lDetectors () N/A
CONDITIONS (other than noted on or attached to pnnnit /plans):
APPROVED FOR
ISSUANCE BY:
I �
SIGNATURE:--° -mac
PRINT N E: ( \ki' ►^ t' .��s i��+^^•yw
DATE
REQUIRED INSPECTIONS PHONE NO. APPROVED
4
x 5 Mechanical Final
T'hls permit she l
I hereby certify that I have read and examined this permit and know the same to be true and correct. All provisions
of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of
this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws
regulating construction or the performance of work. I am authorized to sign for and obtain this mechanical permit.
2 - Fire Final
3 - Planning Final
1 - Rough- InNents /Ducts
431 -3670
575 -4407
431 -3680
431 -3670
MECHANLAL PERMIT
(POST WITH PLANS IN A CONSPICUOUS LOCATION)
FEES
`'RECEIPT<d
'DATE>>
Platy .0
Other: •
Basic: Perm
LJnIt F'ee
TO <`
Plan Chock No.:
90 -195 -M
BUILDING
OFFICIAL
DATE:
COMPANY: al cve sir / r; r��rT�ut
INSPECTOR
DATE: 411
• 7 - '(
DATE(S)
CORRECTION NOTICE ISSUED
OTHER AGENCIES: Plumbing/Gas Piping - King County Health Department (296 -4732)
Electrical - Washington State Department of Labor and Industries (277 -7272)
me null and :void Jf thle work 0):00.
# cammenc.�ed within.180 days from to date: a
ndo etib8
PERMIT NO.
CONTACTED
.. _ii (A
k: sue:: >••': ;:::�''r;: % <:,'•:t�:� �::
DATE READY
�a--Di-qo
DATE NOTIFIED
CONSULTANT: Date Sent - Date Approv.d -
I 1 1 BY:
Oki
„ I:3
- -.
PERMIT EXPIRES
,-J ID
2nd NOTIFICATION
FIRE DEPT. LETTER DATED: )V /e/kc- INSPECTOR: " 7:5)3
BY:
(Ink.)
AMOUNT OWING
cr � •C5
l
3RD NOTIFICATION
LAND USE CONDITIONS? (o
ZONING: iBAW �Y•. Q N
BY:
(Ink.)
SCREENING REQUIRED? nye• 0 No
•: D
::<. . iiyy11��
k: sue:: >••': ;:::�''r;: % <:,'•:t�:� �::
BUILDING -
i review
�a--Di-qo
(� -��7D
(ROUTED)
CONSULTANT: Date Sent - Date Approv.d -
q�'FIRE
Pte.
17-200
,-J ID
FIRE PROTECTION: [ 7 Spr�,nkisr. (I Detectors �'� [WA
FIRE DEPT. LETTER DATED: )V /e/kc- INSPECTOR: " 7:5)3
INIT:
O PLANNING
LAND USE CONDITIONS? (o
ZONING: iBAW �Y•. Q N
SCREENING REQUIRED? nye• 0 No
INIT:
REFERENCE FILE NOS.:
O OTHER
INIT:
BUILDING -
final FAViAW
' , 3
f -3-10
UMC EDMON (yaw):
I ct B
INIT: I<.2jA
W � l�Y f,�1Y1
MECHANICA'� PERMIT
APPLICATION TRACKING
PR E T NAME ,
w. 9
SITE ADDRESS Lo 3 �k\
SUITE NO.
PLAN CHECK
NUMBER
G tO 5 1
INSTRUCTIONS TO STAFF
• Contacts with applicants or requests for information should be summarized in writing by staff so that
any time the status of the project may be ascertained.
• Plan corrections shall be completed and approved prior to sending on to the next department.
• Any conditions or requirements for the permit shall be noted on the plans or summarized concisely
in the form of a formal letter or memo, which will be attached to the permit.
• Please fill out your section of the tracking chart completely. Where information requested is not
applicable, so note by using "N/A ".
DEPARTMENTAL REVIEW
"X" in box indicates which departments need to review the project.
REVIEW COMPLETED
DESCRIPTION :...
<:AMOUNT ><
T :
RCP #
> •,..DATE . .
BASIC: PERMIT FEE
_ ...:00.
/ ,„4-_ 7 "--- c) a� // -,/rc. ca- 4o/44 I
/ k c7 / '/c:!,::-. cool ) /'( (
UNIT(S) FEE
CJCJ;
//V77
f,<H5 -, V 'E/'/r 3
BUILDING USE (office, warehouse, etc.) �76 (C -/c e t.,.. 6r..-r,v.e-1 e
PLAN CHECK .FEE:::
WILL THERE BE A CHANGE IN USE? []' No 0 Yes IF YES, EXPLAIN:
WILL THERE BE ,STORAGE OR USE OF FLAMMABLE, COMBUSTIBLE OR HAZARDOUS MATERIALS IN THE
BUILDING? 641 No 0 Yes IF YES, EXPLAIN:
OTHER:
PHONE (3 /,L) `7ez c70601
ADDRESS S C O C t / r b i o w c H , - c , ( S 1 , /Cok - e - - . / / L . d ^ p
ZI P c c )c.)7
. ;TOTAL -
`-a7
ADDRESS 45 7';/(- X 1.1 0 / /jy1/ >t-Lv 6\-4
ZIP qgr «n(
SITE ADDRESS SUITE #
/'
6,721' locice J'vc .
5"
VALUE OF CONSTRUCTION - $
/ ` 3 �
PROJECT NAME/TENANT
L1/ 11,, C7 r..-;
TYPE OF WORK: Q'New /Addition 0 Modifications 0 Repair 0 Other:
` t - ��
DESC W TO BED � Uff -�. /N F EZ �'- y/ - /� � �I � wr Z4/411--;;;;CEP r / z �
R K 9
° i • i � i�T BE �� / L- o�n�cJ-/' �f"� bNF� JRF�`l a te ' iic� f.✓s1� �'EH �� i9iiP �n w; rrf �3�ch�)
:::: ..:.; :. _.E :..;.. : . : :. .. .: .... :. . <:.
.; :::: *ii':::::;:: ::s: >: <::. TING/SIZ :... .::.'<%_: ::: ;: €<° ::;:::::: NUMBEROPUNITS::
.......... :...:...:.
/ ,„4-_ 7 "--- c) a� // -,/rc. ca- 4o/44 I
/ k c7 / '/c:!,::-. cool ) /'( (
% E i- A'7"'
//V77
f,<H5 -, V 'E/'/r 3
BUILDING USE (office, warehouse, etc.) �76 (C -/c e t.,.. 6r..-r,v.e-1 e
NATURE OF BUSINESS: . 7 - h6 . 1 ----- T,-1 0 , t ST w o e _ 5 „. 4 (e_ � , / T
WILL THERE BE A CHANGE IN USE? []' No 0 Yes IF YES, EXPLAIN:
WILL THERE BE ,STORAGE OR USE OF FLAMMABLE, COMBUSTIBLE OR HAZARDOUS MATERIALS IN THE
BUILDING? 641 No 0 Yes IF YES, EXPLAIN:
'PROPERTY OWNER ( (At C/' :err- p� . Zr r
.� c ,
PHONE (3 /,L) `7ez c70601
ADDRESS S C O C t / r b i o w c H , - c , ( S 1 , /Cok - e - - . / / L . d ^ p
ZI P c c )c.)7
CONTRACTOR , / L ( 'r' . -'' Y
LEI G? f (/2� G P t r t'-✓ i /d'h.,
PHONE 9' - 5'G�y
ADDRESS 45 7';/(- X 1.1 0 / /jy1/ >t-Lv 6\-4
ZIP qgr «n(
WA. ST. CONTRACTOR'S LICENSE # G//vl(/ j j 711 7 'F
EXP. DATE / Z . 0 - c-1(
ARCHITECT 44(" 7
C v - 6, yt . e / i' 4i ri ;r%c - {i
PHONE 6, & 2 CCU ejC..)
Cce:41, ADDRESS e:41, :* / c ct,<<u., -, 5q,, 5 -fr_ 3qC / _5�f1 WZE
z .
ZIP 18/0(
1
T O
..: TI. F1�. Tl fAT.: 1. N��E.: fig Ap�:. Il E�AMINEQ.... �iIS. 11Pl �, i �A' )'I.�N::IIN.F� :KISK�.�'THI*.:SA ......
ORRECT :AND I AM: €AUTHORIZED<T ; PPLY:.FOR:THIS €:FE .. MI , <> ;:;::: :::::;:::: >: < >:: >;. .
BUILDING OWNER
OR
AUTHORIZED
AGENT
SIGNATURE , �' `
_
DATE
/ 2 . a / • rj 0
PRINT E f cue 42 (6,w
PHONE 9'39- o D 1
CITY /ZIP Auburn q o:
ADDRESS /5'Q0__ - Ft k' :_ &
CONTACT PERSON , E...R //...-.5 i-a- /444 4 iY
PHONE
301 _G Q
CITY OF TUKWILA
Department of Community Development - Building
6200 Southcenter Boulevard, Tukwila WA 98188
(206) 433 -1849
PLAN CHECK
NUMBER
X10 I q5 i'1
APPLICATION MUST BE FILLED OUT COMPLETELY
MECHAR"AL PERMIT
APPLICATION
Mechanical Fee Worksheet must also be filled out and attached to this application.
FEES (for staff use only)
APPLICATION SUBMITTAL In order to ensure that your application is accepted for plan review, please make sure to fill
out the application completely and follow the plan submittal checklist on the reverse side of this form. A completed
"Mechanical Permit Fee Worksheet" must accompany this permit application. Handouts are available at the Building
counter which provide more detailed information on application and plan submittal requirements. Application and
plans must be complete in order to be accepted for plan review.
BUILDING OWNER / AUTHORIZED AGENT If the applicant is other than the owner, registered architect/engineer, or
contractor licensed by the State of Washington, a notarized letter from the property owner authorizing the agent
to submit this permit application and obtain the permit will be required as part of this submittal.
VALUATION OF CONSTRUCTION The valuation is for the work covered by this permit and must be filled in by the
applicant. This figure is used for budget reporting purposes only and not to calculate your fees.
EXPIRATION OF PLAN REVIEW Applications for which no permit is issued within 180 days following the date of
application shall expire by limitation. The Building Official may extend the time for action by the applicant for a
period not exceeding 180 days upon written request by the applicant as defined in Section 304(d) of the Uniform
Mechanical Code (current edition). No application shall be extended more than once.
If you have any questions about our process or plan submittal requirements,
please contact the Department of Community Development at 433 -1849.
DATE APPLi ATION ACCEPT
[Q-01
DATE APPLICATION EXPI S
oti2rra9
S BMITTAL CHEC kLIST
MECHANICAL
Completed mechanical permit application (one for each structure or tenant)
0 Two (2) sets of mechanical plans which include:
• Floor plan
• System layout
• Elevations (for roof mounted equipment)
Ei Structural calculations stamped by a Washington State licensed engineer may be
required if structural work is to be done (2 sets)
Note: Hood and duct systems require a building permit for the duct shaft.
CITY VF TUKWILA
Department of Community Development - Building Division
6200 Southcenter Boulevard, Tukwila WA 98188
(206) 433 -1849
THIS WORKSHEET MUST ACCOMPANY
YOUR MECHANICAL PERMIT APPLICATION.
.INSTRUCTIONS • Complefe the worksheet,
indicating the number o f unit being installed
In each categor multlplled by the unit cost
Then tally the subtotal column highlighted at
the bOttorke the worksheet At time of
ubmittal staff will caku/ate the temaining lees
DESCRIPTION
UNIT COST
NO. OF
UNITS
X
TOTAL
COST
BASIC FEE
$15.00
Installation or relocation of each forced -air gravity -type furnace or
burner, including ducts and vents attached to such appliance, up to and
including 100,000 Btu /h.
$9.00
2
X
/5
2
Installation or relocation of each forced -air or gravity -type furnace or
burner, including ducts and vents attached to such appliance over
100,000 Btu /h.
$11.00
X
3
Installation or relocation of each floor furnace, including vent.
$9.00
X
4
Installation or relocation of each suspended heater, recessed wall heater
or floor- mounted unit heater.
$9.00
X
5
Installation, relocation or replacement of each appliance vent installed and
not included in an appliance permit.
$4.50
3
X
/ ze_
6
Repair of, alteration of, or addition to each heating appliance,
refrigeration unit, cooling unit, absorption unit, or each heating, cooling,
absorption, or evaporative cooling system, including installation of
controls regulated by this code.
$9.00
X
7
Installation or relocation of each boiler or compressor to and including
three horsepower, or each absorption system to and including 100,000
Btu /h.
$9,00
8
Installation or relocation of each boiler or compressor over three
horsepower to and including 15 horsepower, or each absorption system
over 100,000 Btu /h and including 500,000 Btu /h.
$16.50
X
, 9
Installation or relocation of each boiler or compressor over 15
horsepower to and including 30 horsepower, or each absorption system
over 500,000 Btu /h to and including 1,750,000 Btu /h.
$22.50
X
10
Installation or relocation of each boiler or compressor over 30
horsepower to and including 50 horsepower, or for each absorption
system over 1,000,000 Btu /h to and including 1,750,000 Btu /h.
$33.50
X
11
Installation or relocation of each boiler or refrigeration compressor over
50 horsepower, or each absorption system over 1,750,000 Btu/h.
$56.00
12
Each air - handling unit to and including 10,000 cubic feet per minute,
including ducts attached thereto. (NOTE: This fee shall not apply to an
air - handling unit which is a portion of a factory- assembled appliance,
cooling unit, evaporative cooler or absorption unit for which a permit is
required elsewhere in this code.)
$6.50
X
13
Each air - handling unit over 10,000 cfm.
$11.00
X
14
Each evaporative cooler other than a portable type.
$6.50
X
15
Each ventilation fan connected to a single duct.
$4.50
x
--Z 17(?
16
Each ventilation system which is not a portion of any heating or
air - conditioning system authorized by a permit.
$g,50
X
17
Installation of each hood which is served by mechanical exhaust, including
the ducts for such hood.
96,50
X
18
Installation or relocation of each commercial or Industrial -type incinerator.
$11.00
X
19
Installation or relocation of each commercial or industrial -type incinerator.
$45.00
X
Z
Each appliance or piece of equipment regulated by the code but not
classed in other appliance categories, or for which no other fee is listed in
this code.
$6.50'"
X
c
"'
SUBTOTAL (unit fee)
(C)C1.00
PLAN CHECK FEE 1u21:
I1•a5
GRAND TOTAL
$Tj,
MECHAN( SAL PERMIT
FEE WORKSHEET
CITY OF TUKWILA
6200 SOUTNCENTER BOULEVARD, TUKWILA, WASHINGTON 98188
Plan Check #90- 195 -M: W. W. Grainger
6725 Todd Bl
PHONE # (206) 433.1800
THE FOLLOWING COMMENTS APPLY TO AND BECOME PART AF THE APPROVED
PLANS UNDER TUKWILA MECHANICAL PERMIT NUMBER 0
1. No changes will be made to the plans unless approved by
the Architect and the Tukwila Building Division.
2. Plumbing permit shall be obtained through the King County
Health Department and plumbing will be inspected by that
agency, including all gas piping (296- 4732).
3. Electrical permit shall be obtained through the
Washington State Division of Labor and Industries and all
electrical work will be inspected by that agency (277-
7272).
4. All permits, inspection records, and approved plans shall
be posted at the job site prior to the start of any
construction.
5. Any exposed insulations backing material to have Flame
Spread Rating of 25 or less, and material shall bear
identification showing the fire performance rating-
thereof.
6. All construction to be done in conformance with approved
plans and requirements of the Uniform Building Code (1988
Edition), Uniform Mechanical Code (1988 Edition)
Washington State Energy Code (1990 Edition), and
Washington State Regulations for Barrier Free Facility
(1990 Edition).
7. Validity of Permit. The issuance of a permit or approval
of plans, specifications and computations shall not be
construed to be a permit for , or an approval of, any
violation of any of the provisions of this code or of any
other ordinance of the jurisdiction. No permit presuming
to give authority or violate or cancel the provisions of
this code shall be valid.
Gary L, VanDasea, Mayor
CITY OF TUIC ILA
Dept. of Community Development - Building Division
Phone: (206) 431 -3670
PERMIT NO. (') ' � 2. Al
DATE CALLED: 1/ C
DATE WANTED: V— — a . m .
REQUESTER:
PROJECT: 6ti, / .
SITE ADDRESS:
TYPE OF INSPECTION: All , _7
SPECIAL INSTRUCTIONS:
INSPECTION RESULTS /COMMENTS:
SHONE NO.:
DATE:: ;, . "/ — e
6300 Southcenter Boulevard — #100
Tukwila Washington 98188
PROJECT: r) ( °7 I Gc,1 o � (,eh-
PERMIT NO. 0 3 M
SITE ADDRESS: (> ? ; 5 I D cE / & f /t/ _
9 S
DATE CALLED: f —
TYPE OF INSPECTION: V ) 1 de rit a 1 I ca. ,
l,t&f S
DATE WANTED: / -- r - 7 / ti:;-
8PECIAL INSTRUCTIONS:
REQUESTER: in , /
PHONE NO.: (\,..670 - g200
INSPECTION RESULTS /COMME NTS:
/
,/
/
INSPECTOR: Aze,t.„0, - /�
- P
DATE: .. � - - d
ks'h�54 yew
CITY OF TUKWILA
Dept. of Community Development - Building Division
Phone: (206) 431 -3670
m�.wm.m. .t.,�ci"��1wvsASM J,:Yafn;r rrr5:.'lEYA3tAr91'r�w7A� dr?: cnriE7 tP. t' a�' f3"a &tranr.£rrs44 , 4 , 41*.: , 41;;k
INSPECTIOORECORD
L9it!M:1.9'atilb.},yt�9ttl3#daF3
6300 Southcenter Boulevard — #100
Tukwila Washington 98188
FLOOR PLAN
FLOOR PLAN
V
MOKE
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RECEIVED
CITY OF TI.IKWILA
'DEC 2 1 1990
PERMIT CENTER
INTAKE
?ENT -TYr.
I C.
4
4991
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POE Construction, Inc.
DATE:
TO:
ATTN:
FAX NO.:
FROM:
RE:
1
3207 "C" STREET N.E., AUBURN, WASHINGTON 98002 • (208) 833.2400 575.4283 • FAX: 939-4805
FAX TRANSMISSION COVER SHEET
RECEIVED
CITY OF TUKWILA
DEC 2 1 1990
PERMITCENTER
MME■de416.27411.7 .11•••,w•••■■•■•■■•■•■■••••••••■•••••■•
NUMBER OF PAGES TRANSMITTED: _ . (INCLUDES COVER SHEET)
SPECIAL INSTRUCTIONS:
IF YOU DID NOT RECEIVE ALL PAGES INDICATED ABOVE, PLEASE CALL
(206) 833 -2400 or 575 -4283.
POE CONSTRUCTION
ENGINEER( IORTHWEST 522-4698
ENGINEERS-NORTHWEST INC. PS.
0050 WOODLAWN AVE N.2,- SUITE 205 SEATTLE, WA 98115 (200)525-7500 • FAX # (200) 5224000 '
'• D �iO ' 9 1 e 3: 04 viG ' 3RYT�91tST 522 -6699
ENGINEERS- NORTHWEST INC. P.S.
/ " e WOODLAWN AVE. N. I. - SUITE 2O • SEATTLE, WA 98116 •1208)525.7580 • FAX N 20 55246119
JOS NO. 9(03(0 .JOr NAME L 1 �1 �: ..,: ,..^..�._.- ...._.�. DATE
ii•+iw� i
SUOJECT _J 5 J .Z _i_ &SIL 1.agen 0 SMErr. _ t' or Z
� - i. BY ��IL' L/
'X'
REQUIRED INSPECTIONS
1 Footings
2 Foundation
3 Slab andror Slab Insulation
4 Shear Was Nailing
5 Root Sheathing Nailing
6 Masonry Chimney
7 Framing
8 Insulation
9 Suspended Ceiling
10 Wag Board Fastening
11
12
13
X14
FIRE FINAL Imp:
15 PLANNING FINAL
18 PUBLIC WORKS FINAL
17 BUILDING FINAL
PLAN CHECK
NUMBER
( nnorscTe W- , GRA el?
THE FOLLOWINS COMMENTS APPLY TO AND SECOMI PART OF Tug APPROVED PLANS UNDER
TUKWILA IUIJINS PERMIT NUMIEA
1(► No changes will be side to the plans unless approved by the
��� •••++r�� Architect and the Tukwila Suilding Division.
, Plumbing permit shall be obtained through the King County Health
Department and plumbing will be inspected by tna! agency.
neluding all gas piping 1256 - 47321.
Electrical perslt shall be obtained through the Washington State
Division of Labor and Industries and all electrical work will oe
inspected by that agency (572- 63631.
O f All mechanical work shall be under separate permit through the
/ City of Tukwila.
6( ) All welts, inspection records, and approved plans shall be
y posted at the job site prior to the start of any construction.
O 6 When special inspection is required either the owner, architect or
engineer shall notify the Tukwila Iualding Division Of appointment
of the inspection agencies prior to the first building inspection.
Copies of all special inspection reports shall be submitted to the
Iualding Division in a timely manner. Reports shall contain
address, project name and permit number of the project being
inspected.
O All structural concrete to be special inspected (Sec. 306, USC).
O All structural welding to be done by W.A.S.D. certified welder and
special inspected (Sec. 306, USC).
All high - strength bolting to be special inspected (Sec. 306, USC).
8 Any now ceiling grid and light fisture installation is required to
seat lateral bracing requirements for Seismic lone 3.
12 Partition walls attached to ceiling grid oust be laterally braced
if over eight CO) feet In length.
l2 Readily accessible access to roof mounted equipment is required.
13 Engineereed truss drawings and calculations shall be on site and
available to the building inspector for inspection purposes.
Documents shall bear the seal and signature of a Washington State
Professional Engineer.
Subgrade preparation including drainage, e.cavation, compaction.
and fill requiresents shall conform strictly with recoasendations
given in the soils report prior to final inspection (see attached
procedure.).
le A statement from the roofing contractor verifying fire retardancy
of roe* wl11 be required prior to final inspection isle attached
procedure/.
All construction to be done in conformance with approved plans and
requirements of the Uniform /gilding Code (ISIS Edition), Uniform
Mechanical Code (ISIS Edition), Nashignton State Energy Code (15/5
Edition), and Washington Stu Rsgulatisns for barrier Free
Facility 11555 Edition).
All food preparation establishments oust have King County Health
Departoent sign -off prior to opening or doing any food processing.
Arrangements for final Wealth Departaent inspection should be •ado
by calling King County Wealth Oepartaent, 256 -47117, at least three
working days prior to desire inspection date. Om work resuiring
Wealth Department approval, it is the contractor's responsibility
to have a set of plans approved by that agency on the job Site.
11 Fire retardant treated wood shall have a flag, spread of net over
25. All materials shall bear identification shooing the fire
performance rating thereof. Such identification shall be looped
by an approved agency having a service for inspection at the
factory.
20 Notify the City of Tukwila Suilding Division prior to placing any
concrete. This procedure is in addition to any requirements for
special inspection.
0
CD
Any tressed insulations backing material to have Flame. Spread
Rating of 23 or loss, and material shall bear identification
showing the fire performance rating thereof.
2I All spray applied fireproofing as required by U.S.C. Standard No.
43 -S, shall be special inspected.
All used to regain in placed concrete shall be treated weed
All structural masonry shall be special inspected per U.D.C.
Oise 306 (a) 7.
Validity of Permit. The issuance of a p,reit or approval of
plane, specifications and computations shall not be construed to
be a permit for , or as approval of, any violation of any of the
provisions of this code or of any ether ordinance if the
iuried) ''on. No permit /Mulling to give authority or violet, or
cance provide"• of this code shall be valid.
Plan Review
PROJECT . 4 LiQ
ADDRESS ( Z2 5 TTrk
DATE �C- e, 1.10
2 4 V L < 2.o ro GSM.
rtv 14 4 051
•■•...•■ _..._.
PLAN CHECK
NUMBER
e Q L4 I 7Q c FA.
•
ph,arod by:
SINGLE PACKAGE
GAS /ELECTRIC
AIR - COOLED
AIR CONDITIONERS
DCHG018 024, 030, 036
1 -1/2 , 2 -1/2 AND 3 NOMINAL TONS
• FOR DISTRIBUTION USE ONLY'-
FEATURES
NOT TO BE USED AT POINT OF RETAIL SALE
530.43 -TG3L (690)
RECEIVED
CITY OFTUKWILA
DEC 2 1 1990
PERMIT CENTER
DESCRIPTION
These units are factory- assembled, cooling / heating air
conditioners, designed for outdoor installation and offer
gas heat combined with electric cooling.
DCHG models are designed for Installations in locations
which require natural gas heat, low Nitrous Oxide
emmissions.
The units are completely assembled on rigid,
permanently attached bases. All piping, refrigerant
charging, and electrical wiring are factory Installed and
tested. The units require only electrical power and duct
connections at the point of Installation.
The gas -fired heaters have aluminized steel ciamshell
heat exchangers and electronic spark ignition.
HIGH EFFICIENCY — Units have SEER ratings
ranging from 9.1 -10.0. Gas / electric units have a
minimum steady state efficiency of 80%. These
efficiencies exceed all legislated minimum levels and
provide low operating costs.
QUALITY CONDENSER AND EVAPORAiOR COILS
— The coils are constructed of copper tubes and
hardened aluminum fins for durability and long lasting,
efficient operation.
PROTECTED COMPRESSOR — The compressor is
Internally protected against high pressure and
temperature. This is accomplished by the simultaneous
operation of a high pressure relief valve and a
temperature sensor which protect the compressor if
undesirable operating conditions occur.
HIGH QUALITY FINISH — 9-step processing
guarantees a highly adhesive, baked .on finish on all
exterior surfaces. Earth tone colors blend with any
decor.
LOWER INSTALLED COST — Installation time and
costs are reduced by easy utility connections. The small
base dimensions mean less space Is required on the
ground or roof.
10P DISCHARGE — The warm air from the top
mounted fan is directed up and away from the structure
and any landscaping. This allows compact location on
mufti-unit applications.
LOW OPERATING SOUND LEVEL The upward air
flow carries the normal operating noise away from the
living area. The radial - louvered top panel effectively
isolates any motor sound. Isolator mounted compressor
and the rippled .fins of. the condenser coil muffle the
normal fan motor and.compressor operating sounds.
LOW MAINTENANCE . • Long -life, permanently
lubricated motor bearings need no annual.servicina..
EASY SERVICE ACCESS A. single, panel, covering
the compressor and' the gas and' ektctrtcal 'controh
makes..servlcing,easy,
530.43•TG3
REAR RETURN AIR
DUCT OPENING
4
kvif
8:5114:r
POWER VENTED MOTOR
HIGH EFFICIENCY COMPRESSOR
WITH CRANKCASE
HEATER
3-SPEED DIRECT DRIVE
BLOWER MOTOR
Description 1
Features 1
ARI Ratings 3
Physical Data • 3
Cooling Capacities - DCHG018 4
Cooling Capacities — DCHG024 5
Cooling Capacities DCHG030' 6
TABLE OF CONTENTS
DIRECT DRIVE'
CONDENSER FAN MOTOR
COPPER TUBE / ALUMINUM
FIN
CONDENSER COIL
BURNER
GAS SUPPLY
CONNECTION
1/2" NPTI
LOW VOLTAGE
TERMINAL BLOCK
Cooling Capacities DCHG036 7
Blower Performance 8
Indoor Fan Efficiencies 8
Electrical Data - Basic Units ............ . 8
Field Wiring Diagram 9 ()
Unit Dimensions 1
Typical Applications 11
Central. Environmental Systems
MODEL
DCHG
COOLING
CAPACITY
80 /67-95°F
SOUND
RATING2
(bets)
GAS HEAT CAPACITY
INPUT
(MBH)
OUTPUT
(MBH)
AFUE
( %)
S.S.E.
( %)
S.E.
( %)
TEMP.
RISE
( °F)
GAS
LINE SIZE
(In. OD)
MBH
SEER
- F018N040
18.0
10.0
8.4
-
40.0
31.0
80.0
81.4
75.3
45 -75
1/2
- F018PO40
18.0
10.0
8.4
40.0
31.0
80.0
82.0
75.3
45 -75
1/2
•F024N040
24.0
9.70
8.4
40.0
31.0
80.0
81.5
75.3
45 -75
1/2
- F024PO40
24.0
9.70
8.4
40.0
31.0
80.0
82.0
75.3
45 - 75
1/2
- F024 N056
24.0
9.70
8.4
55.0
44,0
80.0
81.5
75.4
45 -75
1/2
-F024 P056
24.0
9.70
8.4
55.0
47.0
80.0
82.1
75.4
45 - 75
1/2
- F030N056
30.6
9.70
8.4
55.0
44.0
80.0
82.5
75.4
45 - 75
1/2
- F030P056
30.6
9.70
8.4
55.0
47.0
80.0
82.0
75.4
45- 75
1/2
- F030N080
30.6
9.70
8.4
80.0
62.0
78.0
80.4
74.1
45 -75
1/2
- F030P080
30.6
9.70
8.4
80.0
62.0
78.0
81.0
74.1
45 - 75
1/2
- F036N056
36.0
9.10
8.4
55.0
44.0
80.0
81.5
75.4
45 -75
1/2
- F036P056
36.0
9.10
8.4
55.0
47.0
80.0
82.0
75.4
45 - 75
1/2
- F036N100
36.0
9.10
8.4
100.0
76.0
75.0
80.0
71.4
55 -85
1/2
-F036 P 100
36.0
9.10
8.4
100.0
76.0
75.0
80.4
71.4
55 - 85
1/2
MODELS
DCHG
- 018
024
030
036
EVAPORATOR
CENTRIFUGAL BLOWER (Dia. x Wd. in.)
9 X 6
10 X 6
10 X 6
10 X 8
BLOWER
FAN MOTOR HP
1/8
1/5
1/3
1/3
EVAPORATOR
ROWS DEEP
2
3
2
3
COIL
FINS PER INCH
FACE AREA (Sq. Ft.)
15
3.3
15
3.3
15
4.0
15
4.0
CONDENSER
PROPELLER DIA. (in.)
18
22
22
22
FAN
FAN MOTOR HP
NOM. CFM TOTAL
1/4
1800
1/4
2000
1/3
2200
1/3
2700
ROWS DEEP
1
2
2
2
CONDENSER
FINS PER INCH
20
20
20
20
COIL
FACE AREA (Sq. Ft.)
4.1
6.3
6.3
8.2
TOTAL SURFACE (Sq. Ft.)
8.2
12.6
12.6
16.4
HIGH VELOCITY
QUANTITY PER UNIT (NOT SUPPLIED)
1
1
1
1
AIR FILTERS
SIZE (in.)
1 x 17 -1/4 x 24.1/4
CHARGE
REFRIGERANT 22 (lbs./oz.)
3/4
4/10
4/12
5/12
UNIT WEIGHT
lbs.
345
405
475
530
' ARI RATINGS
CAPACITY RATINGS' - Cooling / Gas Heating
1 Capacity ratings are In accordance with ARI Standard 210.
2 Sound ratings are In accordance with ARI Standard 270.
NOTE: For application of sound rated outdoor unitary equipment, refer to Form 1505.30 -AD1.
SEER - Seasonal Energy Efficiency Ratio - the total cooling output In BTU's during a normal annual usage
period for cooling divided by the total electric power Input In watt•houra during the same period.
AFUE - Annual Fuel Utilization Efficiency - determined in accordance with DOE test proced0re.
BILE.. Steady State Efficiency. (Percent Output)
S.E. - California Seasonal Efficiency - determined in accordance with teat procedures as specified by the
State of California Energy Corrvniesion.
PHYSICAL DATA
`Central Environmental Systems
530.43 -TG3
Air On
Evaporator
Coil
Temperature of Air on Condenser Coll
85°F
95°F
Total
Cap
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
Total
Cap!
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
CFM
450
Wg
o
�
72
67
62
57
Entering Dry Bulb, OF
Entering Dry Bulb, °F
86
83
80
77
74
71
68
86
83
80
77
74
71
68
' CD 000D
N N r r
AAtO
10
1•
fin
t>�
CO A A CD
iC>t,ilk
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6
11
-
10
17
17
I CD tD
co T T
I I I TT
NCOAA
N T T T
A cc! cc! CD
r r r r
9
4
7
6
1
5
10
15
15
Im vv.
I I A
I 1 1 �r
OA
0141171
) (F
MP
525
67
62
57
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N N T
CD A CO
fl
ifs
,
Q)
miD
f
3
18
18
11
16
16
110 M
r r T
1 11 0 ) co
C4O■A
Cow-1,r
°I 1"... rr
plan
IER
'sonata
(F1 ai)
flfl
1
20
20
1 1 N CDm
to co 03
I 1 I to u
l
I IMOO
al
m
600
67
62
57
21
20
20
rnco cp LO
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N r T T
XO
Nil
5
18
18
fI OD
1r
l I I Ncv
COC)00
N r r r
CfCOCO
rrrr
rilgin
aI7il
11111
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ea
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(ID
675
in
675
72
67
62
67
25
22
20
20
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"""
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10
'16
18
18
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COOC)0)
N N T T
OO cc! CD
CM.- Tr
t
011
EI )IL)1I)
9
14
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•
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r T r
I co
I 1
750
72
67
62
57
117) CO TT
N N N N
CAC)CO>`
111
GAM
040 A A
N N T T
1=001 Oi cV CV
I N Co CO CD 1
I i 2 2 2 I
- ,- ._
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N N T T
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ri n 1 0
ina�7
•
13
•
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r r
I I rI r�
inin)iO
�,
-
Air On
Evaporator
Coil
Temperature of Air on Condenser Coil
105 °F
115 °F
Total
Cal/
MBH
Power
Input
KW
Sensible Capacity 1, MBH
Total
Cap?
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
CFM
WB
op
Entering Dry Bulb, °F
Entering Dry Bulb, °F
: •
:
: e
77
74
71
68
86
83
80
77
74
71
68
450
72
67
62
57
O A Cp lO
CV rTT
•
CO A A CD
minim
•
4
9
14
14
I I A ( `I
1 I Tr
IIIOO
O COOU)
N r r r
Ot?
N r r r
8
grvIEM
11611
6
•
aFi
IOOr�
I O7C0N N
I Imrrl
I ll °o
I I IOO
ail
i
525
67
62
57
T A CID CO
N T T T
rntOCOA
Iliallia
IIiL)
Q)
*1
10
14
14
i Or 2
I A r T
1 1 1 0) Q)
O A CO CO
N T r r
CVNN—
flfl
COO . t .c t
to co 03
7
11
11
110 COCA
I IMOO
al
m
a[)
f[)
600
72
67
62
57
21
17
17
17
00)0)0)
N r T T
XO
Nil
000 O
1 I Ar
1 I I c) (3)
1
N rrT
N r r 0
01040401
ff�
aG1
I
r T r
i O O rr'
8
11
11
I I CO CD CO
I I I A
iF)
(ID
675
72
62
57
TC)A■
CV TTr
OC) O)
N CV r
e
7
12
15
15
OMM
IIO "
I
TCDAA
N r r r
N N N N
iji
D
iD110
6
13 9
16
16
I I Ocmcm
I 1 AOO
I I c o3
aDIEim
m � i D
OA
750
72
67
62
57
040 A A
N N T T
1=001 Oi cV CV
iD
Oa
CO - TB�
9
13
15
15
l ^ ��i
-
9
11
11
I I 1 0) tn1
. -C) A A
N r r T
Q N N r
NNNC1
rnfl
CFA
a0
a17
fi7
14
I b01 co 1
1 1 A0O !
II I (Dml
5
COOLING CAPACITIES - 1 -1/2 TON (DCHG018)
I These capacities are groom ratings. For no capacity, de ermine the KW of the supply afr blower motor from the Blower Performance Table, multiply
this value by 3.415 MBH I KW to determine the motor heat, and deduct this heat from the gross capacity of the unit.
2 Those ratings Include the compressor and tho condenser fan motors but not the supply air blower motor. The total condenser fan motor power Input
Is 0.35 KW. Refer to the Blower Performance Table for the KW of the supply air blower motor.
Ci ALL SENSIBLE CAPACITY
Contra! Environmental Systems
Air On
Evaporator
Coil
Temperature of Air on Condenser Coil . .
85°F
95°F
Total
'Cap.
• MBH.
Power
Input
KW
Sensible Capacity 1 , MBH
Total.
Capp
MBH
Power
Input
KW
Sensible Capacity 1 ,'MBH
CFM,
WB
oF,
Entering Dry Bulb, °F
. Entering Dry Bulb,:°F
86
83
80
77:
74
71
68
86
83
80
77
74
71
68
600'
72
67
62
57:
28
25 " .
2 '
'.23
N O
CV CVNCV
68
I N O . -NN
1.00
T
CM N
9'
15
18
18
I I C7OCO
2.5
2.4' '
2.4 .
2,3 -
I I I C V CM
26
23 '•
21;
21 .•
2.4
2.3
2.3. ;
2.2
Iv-44
I4- °
9
15
18
18
7
13
16
16
I I T T rI
I 1 Ocnr)
T T T
I IrrI
T T 1
-
F
.•- 700
67'
67
62,
57'
29
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24.
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72 ;
67
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2 5
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17
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T N N N
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27
25
23
23
2.5 .
2.4
2.4
2.3 .
Fri
07 all
all all
9- n0
72'
67
62
•57'
30
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. .26
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18
1
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28
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'24
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2.5
2.4
2.3
2.3
Fill
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r O T NN1
x (00 01
r T T r
V to. s`1
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•
•
Alr On
Evaporator
Coil
Temperature of Air on Condenser Coll
105 °F
115 °F
Total
Cell
MBH.
Power
input 2 ,
KW
Sensible Capacity 1 , MBH
Total
. Cap?
MBH .
Power
Input2
KW .
Sensible Capacity ',
CFM
-• , , ..
wB
of
' Entering Dry Bulb, °F
Entering Dry Bulb, °F
86
�
80
77
74
71
68
86
77
74
71
68
600
72
67
62
57;
VT 0)0)
N N T r,
2.5
2.4' '
2.4 .
2,3 -
1),
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8
13
16
16
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I 1
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21
18..
' 16
16' :.
2.7 ..
2.6
2.6::
' ' 2.5
11
'17'
-
I r V:•41'
I NI
I
co
I . I ) Of 03I
COI.
all
ail
till
6i)
all
a)
700
72
67.
62
67.
`:
24
22
20
20
I NNNNN NNN
2;6 '
2:5
2,5
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2.6 •'
2.5
:2.5
2.4
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lam
fill,
t�Q)•t
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13
17
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72 ,
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all all
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72
67
62
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27
23
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lin.
•
COOLING CAPACITIES -2 TON (DCHG024)
1 Tliees capacities are grote rating. For net "capacity, d ermine the KW of the supply alrblower motor from the BlowerPerformanoe Table, multiply
this value by 3.415 MBH / KW to de ermine the motor heat and deduct this heat from the gross capacity of the unit: `^
2 Thews ratings include the compreseor'and the'condeneor fan molore but not the suppy'air blower motor. The total condenser fan motor power Input
Is 0.35 KW. Refer to the Blower Performance Table for the KW of the supply air blower motor.'' •
O ALL SENSIBLE CAPACITY
Air On
Evaporator
Coil
Temperature of Air on Condenser Coll
85 °F
95 °F
Total
Cal/
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
Total
Cap
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
CFM
WB
of
• Entering Dry Bulb, °F
Entering Dry Bulb, °F
86
83
80
77
74
71
68
86 83 80
77
74
71
68
. 75Q.
72
67
62
57
32 •
30
27
27
2.4
2.3
2.3 •
.2.2
20
Fa,FE
F-1
18
4
16
22
.
-
-
18
21 r
23
1100fN
I - I1
30
28
25
25 .
2.7
2.6
2.6
2.5
18
Fri F1 Fri
IMO Kil F
I r 10 r NN
I r-NN
I I -0N
I
11471
, 875
72
67
62 '
57 :
C+) r 10 CC
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2.5
2.4
. 2.4
2.3
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17
23
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r N N N
18
21
23
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2.8
2.8
2.7
2.6 .
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1 000
72 :
67
62
57
34
32
29 .
29
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2.5
2.5
2.4
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r N N N
-
19
22
24
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57
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30
30
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2.6
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26
27
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Air On
Evaporator
Coll
Temperature of Air on Condenser Coil
105 °F
115 °F
Total
Cap'
MBH
Power
Input
KW
Sensible Capacity 1, MBH
Total
Capp
. MBH
Power
Input
KW .
Sensible Capacity 1, MBH
CFM
WB
of
Entering Dry Bulb, °F
' Entering Dry Bulb, OF
77
74
71
68
86
83 80
77
74
71
68
730
72
67
62 .
57
28'
26
23
23:
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2.8.
2.8 '
2.8 "
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F
f)
07
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•
F
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14
21
21
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530.43 -T33
COOLING CAPACITIES - 2 -1/2 TON (DCHG030)
:1 These capacities ire gross ratings, For net capacity, determine the KW of the supply air blower motor from the Blower Performance Table, multiply
this value by 3.415 MBH I KW to determine the moto( hest, and deduct this heat from the grope capacity of the unit. '
2 These ratings Include the compressor and the condenser fan motors but not the supply air blowe motor. The total condenser tan motor power Input ...
is 0.35 KW. Refer to the Blower Performance Table far ,the KIN of the Supply air blower motor
C:) ALL SENSIBLE CAPACITY
Air On
Evaporator
Coil
' Temperature of Air on Condenser Coil
85 °F
95 °F
Total
Cap'
MBH.
Power
Input
KW `
6 nY N N r-
n Nj co c+i
Sensible Capacity 1 , MBH
Total
Cap?
MBH:
36
33
30
29
Power
Input
• KW .
' 3.5
3.5
3:4
3.3
Sensible Capacity 1 , MBH
•
CFM
WB
o f
Entering Dry : Bulb, °F.
Entering Dry Bulb, °F
86
83. 80
r
77
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74
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Evaporator
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Temperature of Alr on Condenser Coil
105 °F
115 °F
Total
Cap
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
Total
Cap /.
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
CFM
WB
of
Entering Dry Bulb, °F
Entering Dry Bulb, °F
77
74
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80
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3.8
COOLING CAPACITIES -3 TON (DCHG036)
CD ALL SENSIBLE CAPACITY
530,43•TG3
1 Thee. capacities are arose ratings. For net oapaclry; determine the KW of the suppy'alr blower motor from the Blower Performance Table, multiply
this value by 3.415 MBH / KW to determine the motor heat, and'deduct this heat from the pros. capacity of. the unit. '
? These retinas Include the compressor and the'cond.nser fan' motors but not the .uppy'alr blower motor, The total condenser fen motor power Input
Is 0.35 KW. Refer to the Blower Performance Table for the KW of the supply air blower motor.. ` .
MODEL
DCHG
MOTOR
SPEED
Available External Static Pressure - IWG *
0.10
0.20
0.30
0.40
0.50
0.60
0.70
CFM
CFM
CFM
CFM
CFM
CFM
CFM
018
HI
MED
54
696
595
664
593
658
588
644
583
20
III
03206
LOW
187
580
569
558
524
2.6
15.4
024
HI
MED
-
650
760
629
736
594
702
-
668
-
635
-
562
-
03206
LOW
559
-
-
-
-
-
-
024
HI
MED
887
676
845
660
825
651
790
633
743
589
717
-
655
-
04506
LOW
571
-
-
-
-
-
-
030
HI
955
926
882
841
1796
764
695
04506
MED
LOW
921
845
882
813
836
793
808
760
754
722
727
-
-
-
030
HI
1061
1020
977
926
870
836
771
06406
MED
LOW
964
904
929
865
885
850
856
810
810
766
758
721
707
-
036
HI
1061
1012
955
910
865
04506
MED
LOW
1010
922
953
887
914
-
857
-
-
-
036
HI
1111
1059
1022
968
902
859
I I I
08006
MED
LOW
1047
980
1000
943
952
894
907
-
843
-
-
-
* MuItioty by 0.97 for 208 volts
MODEL
DCHG
MOTOR
(HP)
EFFICIENCY
(%)
018
1/8
52.1
024
1/5
62.8
030
1/3
62.8
036
1/3
63.0
MODEL
DCHG
POWER
SUPPLY
VOLTAGE
LIMITATIONS
(SEE NOTE 1)
COMPRESSOR
COND.
FAN
MOTOR,
FLA
SUPPLY
AIR
BLOWER
MOTOR,
FLA
TOTAL
UNIT
AMPACITY,
AMPS
MAX.
FUSE
SIZE,
( SEE NOTE 2)
AMPS
MAX.
HACK
BREAKER
SIZE,
AMPS
MIN.
WIRE
SIZE,
AWG
(SEE NOTE 3)
MIN.
MAX.
RLA
LRA
018
208/230 -1-60
187
253
8.4
54
1.1
0.9
12.5
20
20
12
024
208/230.1.60
187
253
10.4
57
1.5
2.6
15.4
25
25
12
030
208/230-1-60
187
253
13.5
76
2.3
2.6
22 ,
30
30
10
036
208/230 -1.60
187
253
16.8
87
2.3
2.6
25
40
40
10
530.43 -TG3
BLOWER PERFORMANCE
SUPPLY AIR BLOWER PERFORMANCE - (230 -1 -60 VOLTS)*
INDOOR FAN MOTOR EFFICIENCIES
ELECTRICAL DATA - Basic Unit
NOTES: 1. Utilization Range "A" In accordance with ARI Standard 110.
2. Dual element, time delay type.
3. Based on 60 °C copper conductors.
Central Environmental Systems
FIELD WIRING DIAGRAM
THERMOSTAT UNIT TERMINAL STRIP
CONTROL WIRING
CONTACTOR IN
CONTROL BOX
530.43 -TG3
POWER WIRING
r-"1
GAD. I
LUG
I UNIT CABINET
FIELD- SUPPLIED
FUSED DISCONNECT
STRAIN RELIEF,
REQUIRED
CLEARANCES
Front
36"
Back
6"
Left Side (Filter Access)
24"
Right Side
24"
Below Unit 1
0"
Above Unit 2
48" (For Condenser
Air Discharge)
530.43 -TG3
UNIT DIMENSIONS
EVAPORATOR
COIL
CONDENSER
COIL
COMBUSTION
AIR INLET
LOUVERS
VENT AIR
OUTLET
HOOD
24
(SUPPLY AIR
OPENING)
2-1/16
24
(SUPPLY AIR
OPENING)
32 -1/8
(OVERALL)-
SERVICE ACCESS
COMPARTMENT
PANEL GAS
SUPPLY
1 -1/4 DIA. HOLE
4 15-1/2
(RETURN AIR
OPENING)
4-3/4
4 -1/4
A:
1 -13/16
FRONT VIEW
REAR VIEW
27
28-1/2
24
FILTER
COMPARTMENT
PANEL
FIELD SUPPLIED
48 -11/32 DISCONNECT SWITCH
�--- OVERALL) LOCATION
25.5/8
1 -1/4
HIGH VOLTAGE CONN
7/8 DIA, KNOCKOUT
LOW VOLTAGE CONN,
7/8 DIA. KNOCKOUT
C:.
All dimensions are In inches. They are
subject to change without notice. Certified
dimensions will be provided upon request.
CONDENSER
COIL
BLOWER
COMPARTMENT
PANEL
4-1/4
TYPICAL
CONDENSER
COIL
35-11/16
(OVERALL)
32.11/16
CONDENSATE
DRAIN
3/4 NPTI
1 Units may be Installed on combustible floors made from
wood or class A, B or O roof covering material
2 Units must be Installed outdoors. OwrhanaIng structures or
shrubs should not obstruct condenser ate discharge outlet.
NOTE:
A 1" clew nce must be provided between any oornbusdble
material and the supply al► ductwork.
The produoti of combustion must not ba allowed to swum.
late within e conenad spec* and rsokoulats.
Central Environmental Systems
C
TYPICAL APPLICATIONS
TYPICAL SLAB ON GROUND INSTALLATION
TO GAS
SUPPLY LINE
MANULAL GAS
SHUT -OFF VALVE DRIP LEG
UNIT CONDENSATE
CONNECTION 3/4" NPTI
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— a
ROOF JACK
INSTALLATION
ACCESSORIES
Refer to Price Manual for specific model numbers.
Oft Cycle Timer — Provides a 5 minute off cycle to prevent
rapid recycling of the compressor.
Start Assist Kit — Provides increased starting torque for
areas with low voltage conditions. It contains a 12.5 OHM
Central Environmental systems
FIELD SUPPLIED
FUSED DISCONNECT
SWITCH
CONTROL WIRING
TO INDOOR
THERMOSTAT
TO
POWER
SUPPLY
RETURN AIR
DUCT
SUPPLY AIR
DUCT
SLAB ON GROUND
INSTALLATION
530.43 - TG3
PTCH temperature resistor with a support clip and
hardware for mounting.
Propane to Natural Gas Conversion Kit — Provides
components to convert a propane unit to natural gas for
field applacations.
11
,e0e.zuzz
SINGLE PACKAGE
AIR - COOLED
CONVERTIBLE SERIES
AIR CONDITIONERS
DESCRIPTION
FEATURES
530.1 B -TG 1 LA (490)
RECEIVED
CITY OF TUKWILA
DEC 2 1 1900
PERMITCENTER
The DBHB and DCUC air conditioners are the
industry's first line of convertible single package units
with a minimum 9.00 SEER, common cabinet and
common roof curb for the 3, 4, 5 and 6 ton sizes. The
units were designed for residential and light
commercial applications. They can easily be installed
on a roof curb, slab, roof jack or frame.
All units are self- contained and assembled on rigid
full perimeter base rails allowing for 3 -way fork lift
access and overhead rigging. Every unit is
completely charged, wired, piped and tested at the
factory to provide for a quick and easy field
installation.
The units are available as cooling only and cooling
with gas heat. Electric heaters are available as field -
installed accessories.
Both down and side discharge airflows are available
without having to swap panels. The installer simply
removes the duct covers for the desired
configuration. Economizers may be used on either
side or down discharge applications with no
modifications required.
All models include a 1 -year limited warranty on the
complete unit. Compressors and electric heater
elements each carry an additional 4 -year warranty.
Aluminized steel tubular heat exchangers carry an
additional 9 -year warranty.
COMMON FOOTPRINT / COMMON CABINET —
All model sizes and configurations share the exact
same cabinet — and therefore the same roof curb.
You now have the flexibility of setting one curb and,
after the internal load has been determined, placing
the proper tonnage unit on that curb. You can even
decide between a cooling only or gas heating unit
after the curb has been set.
HIGH EFFICIENCY — All units have a minimum
SEER of 9.00. Gas / electric units have a minimum
AFUE of 79 %. These efficiencies exceed all
legislated minimum levels and provide low
operating costs.
CONVERTIBLE AIRFLOW DESIGN — Both the
side and bottom duct openings are covered when
they leave the factory. If a side supply / side return is
desired, you simply remove the two side duct covers
from the outside of the unit and discard them. If a
bottom supply / return is desired, you simply remove
Cont'd.
530.18 -TG 1
FEATURES — Cont'd.
the two knockout panels in the base of the unit and discard
them. No panel cutting or swapping is required! Convertible
airflow allows maximum field flexibility and minimum
inventory.
FIELD ` LID' "ACCESSORIES — Accessories were
designed for quick and easy installation. The motorized
damper and economizers simply slide in and electrical
connections are made by modular plugs. Electric heaters
mount easily and knockouts are provided in the internal
partitions to connect the elements to the control box single
point kit.
The 14" high roof curb is shipped knocked down. A roof curb
deck is not required because the bottom of the unit is
insulated.
Low ambient controls are available to provide stable unit
operation at outdoor temperatures down to 0°F.
Propane, high altitude and low NOx kits are also available to
cover all gas heating applications.
WIDE RANGE OF INDOOR AIRFLOWS — All models
operate over a wide range of design conditions with a 3 -speed
direct-drive fan motor.
FULL PERIMETER BASE RAILS — The permanently
attached base rails provide a solid foundation for the entire
unit and protect the unit during shipment. The rails provide
fork lift access from 3 sides and rigging holes are also
provided so that an overhead crane can be used to place the
units on a roof.
HIGH - EFFICIENCY CONVERTIBLE ROOFTOP
ECONOMIZER HOOD
OUTDOOR AIR OPENING
FOR SLIDE-IN / PLUG•IN
INTERNAL ECONOMIZER
(ACCESSORY)
SIDE RETURN AIR
DUCT OPENING
(R.turn Alr S Supply AV
Sid. by SM.)
BOTTOM RETURN AIR
DUCT OPENING
(Return Alr IL Soppy At
SO. by Sid.)
3/4 PVC FEMALE
CONDENSATE DRAIN
KNOCKOUTS FOR SIDE
POWER AND CONTROL
ENTRY
LOW VOLTAGE RELAY BOARD
AND TERMINAL STRIP
ELECTRICAL DISCONNECT
MOUNTING LOCATION
(Enid Init.11.d)
0 -SPEED DIRECT DRIVE
BLOWER MOTOR
Description 1
Features 1
Ratings 3
Physical Data 3
Cooling Capacities - DHB / DUCO36 4
Cooling Capacities - DHB / DUC048 5
Cooling Capacities - DHB / DUC060 6
Blower Performance - DHB Units 7
Blower Performance - DUC Units 8
20 GAUGE ALUMINIZED STEEL
TUBULAR HEAT EXCHANGER
I TERMINAL *LOCK
i (Fa Shpt. Pant P°w.r Supply .NI EMdlnd Hut) I
OEHE UNITS
TABLE OF CONTENTS
SYSTEM PROTECTION — Crankcase heaters and internal
compressor protection are standard on all compressors. Every
unit has a liquid line fitter -drier to protect all system
components. A suction line freezestat is supplied on all units
to protect against loss of charge and coil frosting due to low
economizer outdoor air temperature while the compressor is
running. All units will provide cooling at ambient temperatures
down to 45°F.
UTILITY CONNECTIONS MADE EASY — Gas and electric
utility knockouts are provided in the unit underside as well as
the side of the unit. A clearly identified location is provided to
mount a field supplied electrical disconnect switch. Utility
connections can be made quickly and with a minimum
amount of field labor.
SIMPLE CONTROL CIRCUIT — A low voltage printed circuit
board contains a compressor lockout indicator light and low
voltage terminal strip. An additional set of pin connectors is
also provided so that field interface of external controls will be
simplified. Mate -n -lock plug connectors are used where line
and low voltage wires pass thru internal bulkheads. This allows
for easier troubleshooting and component replacement. The
electrical control box is not located in the compressor
compartment so the access cover can be removed for
troubleshooting without affecting the normal system operating
pressures.
AIR ALTERS — Units come standard with 1" throwaway
fitters. The unit fitter racks can accommodate 1" or 2" filters
without any modifications.
I ELECTRIC HEATER LOCATION 1
( IACCESSJRY)
DEHE UNITS
POWER VEMOR MOTOR
COPPER TUBE / ALUMINUM FIN
CONDENSER COIL
KNOCKOUT POP BOTTOM
MS SUPPLY ENTRY
KNOCKOUT PCS SOrrOM
POWER ENTRY
KNOCKOUTS FOR SIDE
MS SUPPLY ENTRY
HIGH EFFICIENCY
COMPRESSOR
WITH CRANKCASE
HEATER
MSC RAILS
WITH FORKLIFT SLOTS
AND uFTING HOLES
I MODEL OCUC
(Gas Heating)
Accessory Static Resistances 9
Component Weights 9
Electrical Data - Basic Units 9
Field Wiring 10
Electrical Data- CigJElec. Heating DHB036 10
Electrical Data- CIgJElec. Heating DHB048, 060 11
Field - Installed Accessories 12
Unit Dimensions 13
Roof Curb Dimensions 15
Typical Applications 16
2 Central Environmental Systems
)
CAPACITY RATINGS - Cooling / Electric Heating
MODEL
ARI RATINGS'
NOMINAL
ELECTRIC HEAT CAPACITY
COOLING CAPACITY
SOUND
SOUND
80 / 67 -95 °F
RATING
(KW)
11 x 9
MBH
SEER
EER'
(bets)
240V
480V
600V
DBHB-036
41
9.15
8.65
8.2
1 7, 10,
15 &20
7, 10,
15 &20
-
DBHB-048
49
9.10
8.80
8.2
5, 7, 10,
15 &20
7, 10,
15 &20
10
15 &20
DBHB-060
59
9.15
8.80
8.2
5, 7, 10,
7, 10, 15,
10, 15,
9.05
8.65
8.2
50
41
15, 20 & 30
20 & 30
20 & 30
DBHB-076
75
-
8.40
8.2
5, 7, 10,
7, 10, 15,
10, 15,
100
82
81
80.0
79.0
15, 20 & 30
20 & 30
20 & 30
UAPAUI 1Y RA 1 INUS - uoouing / uas Heating
ARI RATINGS'
GAS HEAT CAPACITY
-
036
COOLING CAPACITY
SOUND
076
EVAPORATOR
OUTPUT
11 x 9
11 x 10
11 x 10
12 x 11
TEMP.
GAS
MODEL
80 / 67 -95 °F
RATING
INPUT
(MBH)
ROWS DEEP
AFUE
S.S.E.
S.E.
RISE
LINE SIZE
FINS PER INCH
FACE AREA (Sq. Ft.)
MBH
SEER
EER'
(bels)
(MBH)
10
30
(%)
('y0)
(%)
( °F)
(In. OD)
DCUC -036N050
40
9.05
8.65
8.2
50
41
42
81.0
80.5
71.0
15 -45
1/2
DCUC-036N100
40
9.05
8.65
8.2
100
82
81
80.0
79.0
71.0
40 - 70
1/2
DCUC -048N075
48
9.00
8.60
8.2
75
62
62
80.5
80.0
71.5
25 -55
1/2
DCUC -048N125
48
9.00
8.60
8.2
125
103
101
79.0
78.0
73.0
45 -75
1/2
DCUC -060N100
58
9.00
8.60
8.2
100
82
82
82.0
81.5
72.0
25 -55
1/2
DCUC -060N125
58
9.00
8.60
8.2
125
103
101
80.0
78.5
73.5
35 -65
1/2
DCUC -076N100
75
-
8.40
8.2
100
E
82
80,5
79.5
71.0
25 -55
1/2
DCUC -076N125 _
75
-
8.40
8.2
125
101
80.0
79.0
71.5
35 -65
1/2
RATINGS
PHYSICAL DATA
BASIC UNITS
NOTE: Filter racks we adapted for 1" or 2" Mick filters.
Central Environmental Systems
' Not ARI Listed
1 Ratings are In accordance with ARI Standard 210.
2 Sound ratings are In accordance with ARI Standard 270.
3 Heaters available as accessories - all with single point power supply.
SEER . Seasonal Energy Efficiency Ratio - the total cooling output in BTU's during a normal annual usage
period for cooling divided by the total electric power Input In watt-hours during the same period.
EER - Energy Efficiency Ratio - the cooling capacity In Btu's per hour (Btuh) divided by the power
input In watts at any given set of rating conditions, expressed In Btuh per watt (Btuh /watt).
AFUE - Annual Fuel Utilization Effblency - determined In accordance with DOE test procedure.
S.S.E.. Steady State Efficiency. (Percent Output)
8.E. . California Seasonal Efficiency - determined In accordance with test procedures as specified by the
State of California Energy Commission. Furnaces we salable with a low NCn aoossaay.
208/230, 575 VOLT
MODELS ONLY
530.18 -TG 1
208/230, 460 VOLT
MODELS ONLY
3
Air On
Evaporator
Coil
Temperature of Air on Condenser Coil
85°F
95°F
Total
Cap'
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
Total
Cap'
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
CFM
WB
°F a
Entering Dry Bulb, °F
Entering Dry Bulb, °F
86
83
80
77
74
71
68
86
83
80
77
74
71
68
900
72
67
62
57
41
39
36
36
3.6
3.6
3.5
3.5
24
30
35
20
25
29
30
10)141 0.1
• N C9 01
16
23
28
29
-
20
25
27
-
18
23
24
-
-
20
22
39
36
33
32
3.9
3.9
3.8
3.7
21
2.
19
24
27
27
19
24
29
30
16
21
27
27
-
19
24
25
-
17
22
23
-
-
19
20
_ 36
1050
72
67
62
57
43
40
37
37
3.7
3.6
3.6
3.5
26
33
37
a
20
27
33
34
CD VON
. - N
0) 0)
-
21
27
29
-
19
24
26
-
-
21
23
41
38
35
34
4.0
3.9
3.8
3.8
37
32
30
30
4.5
4.4
4.4
4.3
20
26
32
32
n 0% Q) CD
• NN N
-
20
26
27
-
17
23
24
-
-
20
21
37 .
1 1 tD u)
m
m
1200
72
67
62
57
45
42
39
39
3.7
3.7
3.6
3.6
29
36
3910
41
37
34
33
22
29
35
37
O) cD N V
'— N C) C+)
-
23
29
31
-
20
26
27
-
-
22
24
43
40
36
36
-00)0)
✓ VC) C')
-
-
19
19
39
33
31
31
22
28
34
35
19
24
31
32
-
21
27
28
-
18
24
25
-
-
21
22
•
IIIjtIID
•
, 39
1400
72
67
62
57
47
44
41
41
3.8
3.7
3.6
3.6
32
9
mm
41
:
24
32
9
21
28
35
37
21
29
36
37
-
25
31
33
-
25
32
33
-
21
28
30
-
21
28
29
-
-
24
26
-
-
24
26
46
43
39
38
46
43
39
39
OOf O) '-OOQ)
4466 4446
,IF),
24
30
7
20
27
33
34
o n CO v i. V Cn l
CM N CO CO N N C9 COI
-
23
30
31
1 C) O .- 1 C9 O .-
N C7 CO N C9 C')
-
19
26
27
-
20
26
27
-
-
22
23
-
-
22
23
V)
33
41
25
33
40
INN
m
38
25
31
8
1500
72
67
62
57
48
45
41
41
3.8
3.8
3.7
3.6
33
41
m
41
m
•
41
39
1750
72
67
62
57
49
47
44
43
3.9
3.8
3.7
3.7
36
43
43
(EIE3
•e
27
35
42
22
31
38
38
-
27
34
34
-
22
30
30
-
-
25
25
48
45
41
40
(4 .- 7O
V V V V
4.5
4.4
4.4
4.3
=
27
34
22
30
36
36
11110101
N 0) 0)
-
21
27
27
-
-
23
23
1 NN
CEDmC•
Air On
Evaporator
Coll
Temperature of Air on Condenser Coil
105 °F
115 °F
Total
Cap'
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
Total
Capp
MBH
Power
Input
KW
Sensible Capacity 1 , MBH
CFM
WB
°F
Entering Dry Bulb, °F
Entering Dry Bulb, °F
86
83
80
77
74
71
68
86
83
80
77
74
71
68
900
72
67
62
57
37
34
31
31
N N . O
✓ V V
22
27
20
25
29
30
I CO • NN
1A OW L L)
.-NNN
-
18
22
22
-
15
20
20
-
-
17
17
36
31
29
29
4.5
4.4
4.3
4.3
21
2.
19
24
27
27
16
21
25
25
14
19
22
22
I I CG N N
I I err..
-
-
15
15
®
1050
72
67
62
57
39
35
32
32
C')N .7 .-
V V V V
14
®
22
7
1 01 N N CCD
IUD
-
19
24
24
• -
16
21
21
-
-
18
18
37
32
30
30
4.5
4.4
4.4
4.3
21
a)I- 1s
— N N N
)C) O V V
— N N N
CO N N
-
15
19
19
1 1 tD u)
m
m
.
I
1200
72
67
62
57
41
37
34
33
4.4
4.3
4.2
4.2
21
27
32
32
1 N
-
20
25
26
-
17
22
22
-
-
19
19
39
33
31
31
4.6
4.5
4.5
4.4
•
®®
•
19
25
30
30
16
22
26
26
-
19
23
23
16
20
20
-
-
17
17
1400
72
67
62
57
43
39
36
36
4.4
4.3
4.2
4.2
23
29
35
35
19
25
31
32
-
22
27
28
-
18
24
24
-
-
20
20
41
35
33
33
4.6
4.5
4.5
4.4
,IF),
22
28
18
24
29
29
-
21
25
25
17
22
22
1 . i CO CD
V)
33
1500
72
67
62
57
44
39
36
36
4.4
4.3
4.3
4.2
23
30
20
26
32
32
-
22
28
28
-
18
24
24
-
-
20
20
41
35
33
33
4.6
4.5
4.5
4.4
I
33
22
29
33,
18
25
29
29
-
21
25
25
-
17
21
21
I 1 03CD
FilF3.1113
•
36
1750
72
67
62
57
45
41
38
38
4.5
4.4
4.4
4.3
€
!CAC)
•
•
.€J
26
33
37
37
21
29
33
33
-
24
29
29
I N N N�
p O
1 NN
43
37
34
34
4.7
4.6
4.6
4.5
U)
35
29
34
34
34
25
32
34
34
20
.28
30
30
-
23
26
26
-
19
21
21
1 I rI
530.18 -TG 1
COOLING CAPACITIES TON B / DCUCO36
' TOTAL CAPACITIES (MBH) AS INDICATED REPRESENT VALUES FOR OAS HEATING APPLICATIONS (MODELS DUO).
ADD 1.0 MBH TO THESE VALUES TO OBTAIN TOTAL CAPACITIES FOR COOL NO ONLY APPLICATIONS (MODELS OHS).
1 These capacities are gross ratings. For net capacity, determine the KW of the supply sir blower motor from the Blower Performance Table, multiply
this value by 3.415 MUM 1 KW to determine the motor heat, and deduct this heat from the gross capacity of the unll.
2 These ratings Include the compressor and the condenser fan motors but not the supply air blower motor. The total condenser fan motor power Input
Is 0.38 KW. Raley to the Blower Performance Table for the KW of the supply air blower motor. O ALL SENSIBLE CAPACITY
4 Central Environmental Systems
Air On
Evaporator
Coil
Temperature of Air on Condenser Coil
85 °F
95 °F
Total
Cap1
Power
Input
Sensible Capacity 1 , MBH
Total
Cap1
Power
Input
Sensible Capacity 1, MBH
CFM
WB
Entering Dry Bulb, ° F
Entering Dry Bulb, °F
86
83
80
77
74
71
68
86
83
80
77
74
71
68
83
°F
MBH
KW
MBH
KW
72
50
4.6
30
27
24
20
-
-
-
47
4.4
31
28
24
21
-
-
-
1200
67
47
4.6
38
34
31
28
24
21
-
45
4.4
38
35
32
28
25
22
-
62
44
4.5
fJ_I
41
38
34
31
28
24
40
4.3
fIDai
34
39
35
32
29
25
57
44
4.4
•
43
40
36
33
30
26
40
4.2
.
•e
39
36
33
29
26
72
52
4.7
•
30
26
22
-
-
-
50
4.5
31
a
26
23
-
-
-
1400
67
49
4.7
40
38
35
31
27
23
-
47
4.5
36
=
34
30
27
23
-
62
41
62
46
40
42
38
34
30
27
43
4.4
36
36
41
38
34
30
26
57
46
4.5
40 fr
•
44
40
36
32
29
42
4.3
, 36
36
41
39
35
31
27
72
55
4.8
36
32
29
24
-
-
-
53
4.6
35
31
28
24
-
-
-
1600
67
52
4.7
41
40
38
34
29
25
-
50
4.5
38
38
37
32
28
24
-
(��
39
62
43
62
49
42
46
42
37
33
29
45
4.4
40
36
32
28
57
49
4.6
aFrr
48
44
40
35
31
45
4.4
�fID��
39
39.
41
37
33
28
72
56
4.9
38
34
30
25
-
-
-
54
4.7
37
33
a
25
-
-
-
1800
67
53
N
42
42
40
35
30
26
-
51
4.6
38
39
37
39
36
39
34
29
25
-
MUM)
'43
62
49
43
48
44
39
34
29
47
4.6
pp,
39
••
42
37
32
27
30
57
49
72
• '
49
44
40
35
30
47
4.5
-
50
to to to to
42
37
32
28
-
72
57
N N r
4 . .
67
48
32
26
-
-
-
56
5.5
-
44
39
26
-
-
-
2000
67
54
a
45
42
37
32
26
-
53
5.4
24
41
40
36
31
26
-
t tID t fID tzp
20
62
50
45
40
35
30
49
5.4
34
24
43
37
33
27
35
57 _
50
50 50 50
45
40
35
29
48
5.3
48
48
48
43
38
32
27
Air On
Evaporator
Coil
Temperature of Air on Condenser Coil
105°F
115°F
Total
Cap.
Power
Input
Sensible Capacity 1 , MBH
Total
Cape
Power
Input
Sensible Capacity 1 , MBH
WB
Entering Dry Bulb, °F
Entering Dry Bulb, °F
°F
MBH
KW
86
83
80
77
74
71
68
MBH
KW
86
83
80
77
74
71
68
72
45
4.6
29
26
23
19
-
-
-
43
27
24
21
17
-
-
-
1200
67
41
4.6
36
33
29
26
23
19
-
37
to
34
30
27
24
20
17
-
62
38
4.5
37
37
35
31
28
25
21
35
34
34
31
28
24
21
18
57
37
4.4
:77:77)
35
32
28
25
22
34
4 34 ` _
34^
31
28
24
21
18
72
48
4.7
33
29
25
21
-
-
45
5.2
31
27
24
20
-
-
-
1400
67
44
4.7
40
36
32
29
25
-
40
5.0
36
34
31
27
23
19
-
62
41
4.6
40
40
38
34
31
23
37
4.9
36
36
35
31
27
24
20
57
40
4.5
40 fr
40
38
35
31
23
36
4.9
, 36
36
35
31
27
24
20
72
51
4.8
36
32
27
23
-
-
48
5.2
35
31
26
22
-
-
-
1600
67
46
4.7
41
40
35
31
27
-
42
5.0
38
38
34
30
25
21
-
tID,m,
39
62
43
4.6
42
42
42
38
33
25
39
5.0
35
30
26
22
57
42
4.6
aFrr
38
34
25
39
4.9
39
39
39.
35
30
26
22
72
52
4.9
38
34
29
24
-
-
49
37
33
28
23
-
-
-
1800
67
62
47
43
4.8
4.7
42
42
38
33
38
28
34
N 01
-
24
43
40
r r
tO td
38
39
37
39
36
39
32
35
27
30
22
26
-
21
MUM)
'43
57
43
4.7
43
43
38
34
24
39
39
39
39,
35
30
26
21
72
53
4.9
41
36
31
26
-
-
50
to to to to
39
35
30
25
-
-
-
2000
67
48
4.8
43
43
40
35
30
N
-
44
39
39
39
33
28
23
-
62
45
4.8
44
44
44
39
34
24
41
40
40
40
35
30
25
20
57
44
4.7
D
D
39
34
24
40
40
40
40
35
30
25
20
Central Environmental Systems
COOLING CAPACITIES - 4 TON (DBHB / DCUC048)*
• TOTAL CAPACITIES (MBH) AS INDICATED REPRESENT VALUES FOR GAS HEATING APPLICATIONS (MODELS DUC).
ADD 1.0 MBH TO THESE VALUES TO OBTAIN TOTAL CAPACITIES FOR COOLING ONLY APPLICATIONS (MODELS DHB).
1 These capacities are gross ratings. For not capacity, determine the KW of the supply air blower motor from the Blower Performance Table, multiply
this value by 3.415 MBH I KW to determine the motor heat, and deduct this heal from the gross capacity of the unit.
2 .Thsse ratings include the compressor and the condenser fan motors but not the supply air blower motor. The total condenser fan motor power Input
is 0.48 KW. Refer to the Blower Performance Table for the KW of the supply air blower motor,
O ALL SENSIBLE CAPACITY
530.18 -TG 1
Air On
Evaporator
Coil
Temperature of Air on Condenser Coil
85 °F
95 °F
Total
Cap'
Power
Input
Sensible Capacity 1 , MBH
Total
Power
Input
Sensible Capacity 1 , MBH
CFM
WB
Entering Dry Bulb, °F
Cell
Entering Dry Bulb, °F
86
83
80
77
74
71
68
MBH
86
83
80
77
74
71
68
77
°F
MBH
KW
KW
°F
72
62
5.0
38
34
30
26
-
-
-
59
25
41
36
32
28
-
-
-
1500
67
59
5.0
48
44
40
35
31
27
-
56
V)
ui
51
47
43
38
34
30
-
35
62
55
4.9
54
52
48
44
40
35
31
52
41
51
51
50
47
43
39
35
39
57
54
4.8
7 54
54
50
46
42
37
33
51
41
37
51
51,
47
43
39
35
39
72
64
5.0
42
37
32
27
-
-
-
62
5.4
-
38
33
29
-
-
-
1750
67
60
5.0
53
48
43
38
33
28
-
58
5.3
32
49
44
39
35
30
-
39
62
57
4.9
56
56
52
47
42
38
33
54
5.2
39
52
52
49
44
39
34
43
57
56
4.9
76
7 56
54
50
45
40
35
53
5.2
39
53
52
49
44
39
34
43
72
66
29
46
40
35
29
-
-•
-
64
5.4
.
40
35
29
-
-
-
2000
67
62
O
to
57
52
46
41
35
30
-
61
5.4
33
51
46
40
35
30
-
58
(TA
32
62
58
C:),
56
51
45
40
34
56
5.3
54
54
50
45
39
34
45
57
58
58
58
58
53
48
42
37
56
5.2
41
55
54
50
45
39
34
45
72
67
49
42
36
30
-
-
-
65
5.4
-
43
37
31
-
-
-
2250
67
63
ui
58
55
49
42
36
30
-
62
5.4
35
54
48
42
36
30
-
44
62
60
27
59
59
59
53
47
41
34
57
5.3
41
56
54
51
45
39
33
45
57
59
30
59 r
59
59
53
47
41
35
56
5.3
.
56
55
51
45
39
33
46
72
68
N 7 7 O
u) 1n u) u)
51
45
38
32
-
-
-
67
5.5
-
45
38
32
-
-
-
2500
67
64
59
57
51
44
38
31
-
63
5.4
.
56
51
44
38
31
-
45
62
61
60
60
60
54
48
41
35
59
5.4
52
57
55
52
46
39
32
48
57
60
36
60
60
54
49
41
35
57
5.3
57
57 _
56
52
46
39
32
Air On
Temperature of Air on Condenser Coil
Evaporator
105°F
115°F
Coil
Total
Power
Sensible Capacity 1 , MBH
Total
Power
Sensible Capacity 1 , MBH
CFM
WB
Cape
Input
Entering Dry Bulb, °F
Cape
Input
Entering Dry Bulb, °F
86
83
80
77
74
71
68
86
83
80
77
74
71
68
°F
MBH
KW
MBH
KW
72
56
5.7
38
34
30
25
-
52
36
31
27
23
-
-
-
1500
67
51
5.6
46
43
39
35
30
N
1
47
C)
U3
41
39
35
31
26
22
-
62
48
5.5
47
47
45
41
37
43
42
42
39
35
30
26
22
57
47
5.4
45
41
37
42
t 47''41
,
39
35
31
27
22
72
59
5.8
•
32
27
-
-
,
55
6.2
40
35
30
25
-
-
-
1750
67
54
5.7
.
42
37
32
C"
N
-
49
6.0
43
43
39
34
29
24
-
62
50
5.6
49
44
39
30
45
5.9
44
44
43
38
33
28
24
57
49 ,
5.5
49
44
39
30
44
5.8
44� 44
43
39
34
29
24
72
61
5.9
NM
34
28
-
58
6.3
44
38
33
27
-
-
2000
67
56
5.7
44
39
33
CD
01
I
52
6.0
45
45
42
37
32
i
-
62
51
5.6
pip"
50
46
41
47
5.9
46
46
45
42
36
26
57
51
5.6
51
46
41
46
5.9
77
71
45
42
37
26
72
62
5.9
36
30
-
-
59
45
41
35
29
-
-
-
2250
67
58
5.8
47
41
35
-
54
ui
46
45
44
39
33
27
-
®
62
52
5.7
m
51
46
41
28
48
47
47
45
42
36
30
24
57
52
5.6
52
46
41
29
47
7'7
46
42
36
30
24
72
63
6.0
r
38
31
-
-
60
46
44
37
31
-
I 1 gml
-
2500
67
59
5.8
•
50
43
36
g
-
54
co
47
45
45
41
35
-
f 48
62
54
5.7
52
47
40
27
48
48
46
42
36
23
57 _
52
5.7
52
52
52
47
_ 41
27
48
, o.. 4 8
.48•e
47
42
36
23
530.18•TI
COOLING CAPACITIES 5 TON (DBHB / DCUC060)' '
TOTAL CAPACITIES (MBH) AS INDICATED REPRESENT VALUES FOR GAS HEATING APPLICATIONS (MODELS DUC).
ADD 1.0 MBH TO THESE VALUES TO OBTAIN TOTAL CAPACITIES FOR COOLING ONLY APPLICATIONS (MODELS DHB).
1 These capacities are gross ratings. For net capacity, determine the KW of the supply air blower motor from the Blower Performance Table, multiply
this value by 3.415 MBH I KW to determine the motor halt, and deduct this heat from the gross capacity of the unit.
2 These ratings Include the compressor end the condenser fan motors but not the supply air blower motor. The total condenser fan motor power Input
is 0.47 KW. Refer to the Blower Performance Table for the KW of the supply air blower motor.
O ALL SENSIBLE CAPACITY
6 Central Environmental Systems
Air On
Evaporator
Coil
On
WB
Temperature of Air on Condenser Coil
85 °F
95 °F
Total
Cap'
Power
Input
Sensible Capacity 1 , MBH
Total
Cap1�
Power
Input
Sensible Capacity 1 , MBH
CFM
WB
Entering Dry Bulb, °F
Entering Dry Bulb, °F
86
83
80
77
74
71
68
86
83
80
77
74
71
68
83
°F
MBH
KW
MBH
KW
72
84
51
46
40
34
-
-
-
79
7.8
50
44
38
33
-
-
-
1900
67
79
Of
63
57
51
46
40
34
-
73
7.5
61
55
49
43
38
32
-
62
70
65
65
61
55
50
44
38
64
7.3
63
63
58
52
46
41
35
57
67
67
67 ,
64
59
53
47
42
63
7.2
63
63
60
54
48
42
37
72
86
8.3
54
48
42
36
-
-
-
83
7.8 54
47
41
35
-
-
-
2100
67
81
n �
66
60
54
48
42
36
-
76
7.6 64
59
52
46
40
33
-
29
62
72
®I®
67
66
64
59
53
47
41
67
7.3 65
64
62
55
49
42
36
42
57
68
, 68
68
68
62
56
50
44
65
7.2 4 65
" 5 :
63
57
51
44
48
48
72
88
7.4
58
51
44
37
-
-
-
84
7.9 56
49
42
36
-
-
-
2300
67
82
7.2
70
63
56
50
43
36
-
78
7.6 65
62
55
48
41
34
-
62
74
7.0
71
70
68
61
54
48
41
69
7.3 66
65
65
58
51
45
38
58
57
71
6.9
71
71
71 ,
64
57
50
44
67
7.2 77
62
66
60
53
46
39
72
89
7.5
58
51
44
37
-
-
-
85
7.9 57
50
43
36
-
-
-
2400
67
83
7.2
70
64
57
50
43
36
-
78
7.6 65
62
55
48
41
34
-
-
62
75
7.0
71
70
68
61
54
48
41
69
7.4 66
65
64
59
52
45
38
56
57
72
6.9
72
72
71
64
57
50
43
67
7.3 67
67.67
60
53
46
39
43
72
90
U) .-O
n n r
59
51
44
37
-
-
-
85
7.9 58
50
43
36
-
-
-
2500
67
83
71
64
57
50
42
35
-
79
7.6 65
63
56
48
41
34
-
-
62
76
72
71
68
61
54
47
40
69
7.4 66
65
64
59
52
44
37
62
57
73
®
73 _
71
64
57
50
42
67
7.3 767
67
67
60
53
45
38
Air
Evaporator
Coil
On
WB
Temperature of Air on Condenser Coil
105 °F
115 °F
Total
Cape
Power
Input
Sensible Capacity 1 , MBH
- Total
Power
Input
Sensible Capacity I, MBH
CFM
Entering Dry Bulb, °F
Cap
Entering Dry Bulb, °F
°F
MBH
KW
86
83
80
77
74
71
68
MBH
KW
86
83
80
77
74
71
68
72
75
48
42
37
31
-
-
-
71
8.6
46
40
35
29
-
-
-
1900
67
68
Of
57
53
47
41
36
30
-
62
8.3
53
50
44
38
33
27
-
62
59
58
58
55
49
43
38
32
54
8.0
apt
»
51
45
40
34
28
57
58
56
50
44
39
33
54
7.9
51
45
40
34
28
72
78
8.3
39
33
-
-
-
73
8.7
37
31
-
-
-
2100
67
72
8.0
•1
..
50
44
38
32
-
63
8.4
47
41
35
29
-
1331:13
®I®
62
61
7.6
58
52
46
40
34
55
8.0
54
48
42
36
30
57
61
7.6
59
53
47
41
35
56
8.0
• r
54
48
42
36
30
72
79
8.3
41
34
-
-
-
74
38
32
-
-
-
2300
67
73
8.0
52
45
39
32
-
66
nt
m
49
43
36
30
-
mm
mm
62
64
7.7
61
55
48
41
35
58
57
51
44
38
31
57
64
7.7
62
56
49
42
36
58
57
50
44
37
30
72
80
42
35
-
-
76
•
39
32
-
-
-
2400
67
73
m
•s
53
46
O
33
-
66
m
51
44
37
30
-
J
62
64
g,
63
56
42
35
60
59
52
45
39
32
57
64
64
57
43
36
60
•a
• .
58
51
45
38
31
72
80
8.5
42
NEI
35
-
-
79
ai m m
40
32
-
-
-
2500
67
73
8.2
5 4
47
40
-
66
•r
52
44
36
28
-
62
64
7.9
mmcco
tmrmei
57
50
35
62
mm
61
52
44
36
30
57
64
7.9
58
51
36
62
mCE.
60
52
43
35
27
COOLING CAPACITIES - 6 T()N (DBHB / DCUC076)"
TOTAL CAPACITIES MBH) AS INDICATED REPRESENT VALUES FOR OAS HEATING APPLICATIONS (MODELS DUC).
ADD 1.0 MBH TO THESE VALUES TO OBTAIN TOTAL CAPACITIES FOR COOLING ONLY APPLICATIONS (MODELS DNB).
1 These capacities Cr. gross ratings. For net capacity, determine the KW of the supply ah blower motor from the Blower Performance Table, multiply
This value by 3.415 MBH / KW to determine the motor heat, and deduct this heat from the gross capacity of the unit
2 These fittings include the compressor and the condenser fan motors but not the supply air blower motor. The total condenser fan motor power Input
is 0.4E KW. Refer to the Blower Performance Table for the KW of the supply sir blower motor.
O ALL SENSIBLE CAPACITY
530.18 -TG
Central Environmental Systems 7
530.18 -TG 1
BLOWER PERFORMANCE - DBHB036, 048, 060 (208, 230/460V)
SUPPLY AIR PERFORMANCE - SIDE DUCT APPLICATIONS (208 VOLT
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
SUPPLY AIR BLOWER PERFORMANCE - SID
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
8
Central Environmental Systems
Available External Static Pressure - IWG •
MODEL
DBHB
MOTOR
SPEED
0.20
0 30
0.40
0.50
0.60
0.70
0.80
0.90
1.00
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
-
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
HI
1675
840
1635
810
1593
780
1548
742
1500
716
1440
688
1386
662
1341
630
1242
603
036
MED
1495
765
1467
738
1431
702
1395
675
1350
648
1305
621
1260
598
1224
585
1143
549
LOW
1323
675
1295
653
1269
630
1233
608
1197
585
1161
563
1125
549
1098
540
1017
504
HI
1900
970
1850
942
1800
909
1755
878
1715
850
1656
819
1593
788
1494
742
1377
698
048
MED
1630
820
1600
792
1566
765
1530
742
1500
720
1458
698
1404
666
1332
630
1251
594
LOW
1470
730
1450
720
1422
685
1400
666
1386
657
1360
644
1314
621
1260
594
-
-
HI
2394
1350
2322
1305
2250
1260
2178
1215
2106
1170
2034
1125
1944
1071
1854
1022
1732
958
060
MED
2150
1215
2115
1170
2070
1130
2020
1089
1971
1048
1917
1008
1858
968
1791
927
1710
873
LOW
2043
1190
2007
1143
1971
1098
1930
1053
1881
1000
1827
963
1764
918
1700
873
1630
828
530.18 -TG 1
BLOWER PERFORMANCE - DBHB036, 048, 060 (208, 230/460V)
SUPPLY AIR PERFORMANCE - SIDE DUCT APPLICATIONS (208 VOLT
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
SUPPLY AIR BLOWER PERFORMANCE - SID
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
8
Central Environmental Systems
Available External Static Pressure - IWG •
MODEL
DBHB
MOTOR
SPEED
0.20
0.30
0 40
0.50
0.60
0.70
0.80
0 90
1.00
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
HI
1630
795
1590
770
1548
742
1503
716
1450
688
1395
666
1332
635
1260
608
1180
572
036
MED
1467
738
1430
707
1395
675
1360
644
1314
621
1270
603
1220
580
1160
558
1090
531
LOW
1287
648
1260
630
1228
608
1200
585
1170
567
1134
554
1095
531
1035
508
972
486
HI
1830
925
1800
905
1764
882
1724
860
1665
824
1593
792
1500
747
1372
698
1242
644
048
MED
1575
800
1548
770
1516
738
1485
711
1450
693
1400
666
1341
635
1260
600
-
-
LOW
1395
657
1377
648
1355
644
1332
630
1323
625
,1300
616
1260
594
-
-
-
-
HI
2320
1308
2250
1260
2178
1215
2106
1170
2025
1129
1944
1071
1854
1022
1765
968
1660
891
060
MED
2105
1170
2075
1138
2034
1098
1980
1053
1922
1013
1863
972
1800
927
1719
882
1630
828
LOW
1985
1094
1962
1071
1926
1035
1881
1000
1827
963
1764
918
1700
873
1630
828
1548
778
530.18 -TG 1
BLOWER PERFORMANCE - DBHB036, 048, 060 (208, 230/460V)
SUPPLY AIR PERFORMANCE - SIDE DUCT APPLICATIONS (208 VOLT
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
SUPPLY AIR BLOWER PERFORMANCE - SID
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
8
Central Environmental Systems
Available External Static Pressure - IWG •
MODEL
DBHB
MOTOR
SPEED
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0 90
1.00
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
HI
-
-
-
-
-
-
1720
825
1665
795
1600
765
1540
735
1490
700
1380
670
036
MED
1660
850
1630
820
1590
780
1550
750
1500
720
1450
690
1400
665
1360
650
1270
610
LOW
1470
750
1440
725
1410
700
1370
675
1330
650
1290
625
1250
610
1220
600
1130
560
HI
-
-
-
-
2000
1010
1950
975
1905
945
1840
910
1770
825
1660
825
1530
775
048
MED
1810
910
1780
880
1740
850
1700
825
1665
800
1620
775
1560
740
1480
700
1390
660
LOW
1635
810
1610
780
1580
760
1555
740
1540
730
1510
715
1460
690
1400
660
1300
615
HI
-
-
-
-
2500
1400
2420
1350
2340
1300
2260
1250
2160
1190
2060
1135
1925
1065
060
MED
2390
1350
2350
1300
2300
1255
2245
1210
2190
1165
2130
1120
2065
1075
1990
1030
1900
970
LOW
2270
1320
2230
1270
2190
1220
2145
1170
2090
1110
2030
1070
1960
1020
1890
970
1810
920
530.18 -TG 1
BLOWER PERFORMANCE - DBHB036, 048, 060 (208, 230/460V)
SUPPLY AIR PERFORMANCE - SIDE DUCT APPLICATIONS (208 VOLT
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
SUPPLY AIR BLOWER PERFORMANCE - SID
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
8
Central Environmental Systems
Available External Static Pressure - IWG *
MODEL
DBHB
MOTOR
SPEED
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0 90
1.00
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
HI
-
-
-
-
1720
825
1670
795
1610
765
1550
740
1480
705
1400
675
1310
635
036
MED
1630
820
1590
785
1550
750
1510
715
1460
690
1410
670
1355
645
1290
620
1210
590
LOW
1430
720
1400
700
1365
675
1335
650
1300
630
1260
615
1210
590
1150
565
1080
540
HI
-
-
-
-
1960
980
1915
955
1850
915
1770
880
1665
830
1525
775
1380
715
048
MED
1750
890
1720
855
1685
820
1650
790
1610
770
1555
740
1490
705
1400
665
1300
625
LOW
1550
730
1530
720
1505
710
1480
700
1470
690
1445
680
1400
660
1320
620
1200
575
HI
-
-
2500
1400
2420
1350
2340
1300
2250
1255
2160
1190
2060
1135
1960
1075
1840
990
060
MED
2340
1300
2305
1265
2260
1220
2200
1170
2135
1125
2070
1080
2000
1030
1910
980
1810
920
LOW
2205
1215
2180
1190
2140
1150
2090
1110
2030
1070
1960
1020
1890
970
1810
920
1720
865
'Includes allowances for a wet evaporator coil and 1" filters.
530.18 -TG 1
BLOWER PERFORMANCE - DBHB036, 048, 060 (208, 230/460V)
SUPPLY AIR PERFORMANCE - SIDE DUCT APPLICATIONS (208 VOLT
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
SUPPLY AIR BLOWER PERFORMANCE - SID
UPPLY AIR BLOWER PERFORMANCE - BOTTOM DUCT APPLICATION (2
8
Central Environmental Systems
0.20
0 30
0.40
0.50
0.60
0.70
0.80
0 90
1.00
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
2408
1666
2308
1605
2283
1565
2248
1515
2175
1485
2138
1425
2070
1385
1980
1345
1870
1285
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0 90
1.00
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
2675
1851
2564
1784
2536
1739
2498
1684
2417
1650
2375
1583
2300
1539
2200
1494
2077
1427
MODEL
MOTOR
Available External Static Pressure - IWG *
0.20
0.30
0.40
-
0.50
0.60
0.70
0.80
0.90
1.00
DCUC
SPEED
DCUC
SPEED
•
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
HI
1572
770
1518
743
1472
711
1402
688
1341
654
1259
623
1184
596
1085
567
990
540
036
MED
1459
707
1412
684
1379
657
1322
635
1250
608
1188
576
1105
554
1021
524
932
500
990
LOW
1337
648
1297
626
1261
599
1210
576
1166
554
1108
534
1020
513
940
477
860
455
918
HI
1834
941
1789
909
1732
891
1664
860
1592
828
1490
797
1388
752
1305
700
1224
662
048
MED
1627
806
1593
779
1562
761
1528
738
1481
725
1409
698
1310
662
1256
621
1181
580
1076
LOW
1455
698
1445
680
1413
675
1380
657
1320
635
1257
608
1201
581
1155
561
1085
525
1008
HI
2188
1152
2117
1121
2064
1080
1979
1049
1904
1017
1823
981
1769
945
1643
909
1511
870
060
MED
2096
1076
2040
1040
1974
1008
1921
972
1850
941
1760
905
1687
860
1579
828
1452
795
1443
LOW
1970
995
1931
963
1881
932
1841
900
1787
878
1717
846
1640
806
1538
770
1415
740
076
HI
2332
1494
2233
1440
2209
1404
2175
1359
2105
1332
2068
1278
2003
1242
1916
1206
1809
1152
BLOWER PERFORMANCE - DBHBO76 (208, 230/460V)
208 VOLTS - Side and Bottom Duct Applications
230/460 VOLTS - Side and Bottom Duct Applications
*Includes allowances for a wet evaporator coil and 1" filters.
Available External Static Pressure - IWG
Available External Static Pressure - IWG •
BLOWER PERFORMANCE - DCUCO36, 048, 060, 076 (208V)
LOW HEAT Ca? 208 VOLTS - Side and Bottom Duct Applications
HIGH HEAT Qa 208 VOLTS - Side and Bottom Duct Applications
Central Environmental Systems
530.18401
Available External Static Pressure - IWG •
MODEL
MOTOR
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
1.00
DCUC
SPEED
•
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
HI
1639
801
1594
770
1529
743
1485
707
1413
680
1287
653
1224
625
1152
612
1062
590
036
MED
1516
720
1468
702
1424
675
1372
648
1269
621
1192
567
1134
540
1067
550
990
530
LOW
1338
639
1318
621
1279
603
1230
585
1184
558
1121
545
1067
530
1000
513
918
490
HI
1796
864
1740
842
1681
819
1616
792
1550
761
1472
738
1390
711
1277
689
1170
665
048
MED
1624
754
1589
729
1543
707
1485
689
1430
662
1357
635
1266
608
1175
581
1076
557
LOW
1513
684
1476
664
1444
644
1387
626
1341
603
1274
581
1203
558
1107
536
1008
515
HI
2160
1040
2104
1013
2047
986
1950
941
1886
909
1791
882
1698
851
1594
815
1466
770
060
MED
2061
995
1993
959
1931
927
1864
891
1791
855
1720
828
1645
797
1552
752
1443
718
LOW
1935
918
1890
891
1826
855
1769
819
1715
792
1634
754
1552
720
1480
693
1378
639
076
HI
2215
1332
2162
1296
2125
1256
2034
1215
1960
1175
1891
1134
1800
1085
1723
1040
1647
999
'Includes allowances for a wet evaporator coil. 1" filters and the heat exchangers.
BLOWER PERFORMANCE - DBHBO76 (208, 230/460V)
208 VOLTS - Side and Bottom Duct Applications
230/460 VOLTS - Side and Bottom Duct Applications
*Includes allowances for a wet evaporator coil and 1" filters.
Available External Static Pressure - IWG
Available External Static Pressure - IWG •
BLOWER PERFORMANCE - DCUCO36, 048, 060, 076 (208V)
LOW HEAT Ca? 208 VOLTS - Side and Bottom Duct Applications
HIGH HEAT Qa 208 VOLTS - Side and Bottom Duct Applications
Central Environmental Systems
530.18401
530.18 -TG 1
C
BLOWER PERFORMANCE - DBHB036, 048, 060, 076 (230/460V)
T na 230/460 VOLTS - Side and Bottom Duct Applications
HIGH HEAT w 230/460VOLTS - S and Bottom Duct Applications
10
'Includes allowances for a we evaporator coil, 1" filters and the heat exchangers.
ACCESSORY STATIC RESISTANCES*
EXTERNAL STATIC PRESSURE DROP
IPT1ON
ized Damper
E005 - E015
E020 - E030
1200
0.08
0.05
0.07
1400
0.09
0,06
0.08
1600
0.11
0.07
0.09
RESISTANCE. IWG
CFM
1800
0.13
0.08
0.11
2000
0.15
0.10
0.13
2200
0.17
0.12
0.15
2400
0.20
0.14
0.17
DESC
Economizer /Motor
Electric Heaters
2600
0.23
0.16
0.20
• Deduct the above values from the available external static pressure shown in the Blower Performance Tables.
Available External Static Pressure - IWG •
MODEL
MOTOR
0.20
0.30
0.40
0.50
0.60
0.70
0.80
0.90
1.00
DBHB
SPEED
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
HI
1747
855
1687
825
1636
790
1558
765
1490
727
1399
692
1315
662
1205
630
1100
600
036
MED
1621
785
1569
760
1532
730
1469
706
1389
675
1320
640
1228
615
1134
582
1035
555
1100
LOW
1486
720
1441
695
1401
665
1344
640
1295
615
1231
593
1133
570
1044
530
955
505
1020
HI
-
-
1988
1010
1924
990
1849
955
1769
920
1655
885
1542
835
1450
785
1360
760
048
MED
1808
895
1770
865
1736
845
1698
820
1645
805
1565
775
1455
735
1396
690
1312
650
1195
LOW
1617
775
1606
755
1570
750
1533
730
1467
705
1397
675
1334
645
1283
623
1206
585
1120
HI
2431
1280
2352
1245
2293
1200
2199
1165
2116
1130
2031
1090
1966
1050
1826
1010
1679
970
060
MED
2329
1195
2267
1155
2193
1120
2134
1080
2055
1045
1956
1005
1874
955
1754
920
1614
880
1604
LOW
2189
1105
2145
1070
2090
1035
2045
1000
1986
975
1908
940
1822
895
1709
855
1572
815
076
HI
2591
1660
2481
1600
2454
1560
2417
1510
2339
1480
2298
1420
2226
1380
2129
1340
2010
1280
530.18 -TG 1
C
BLOWER PERFORMANCE - DBHB036, 048, 060, 076 (230/460V)
T na 230/460 VOLTS - Side and Bottom Duct Applications
HIGH HEAT w 230/460VOLTS - S and Bottom Duct Applications
10
'Includes allowances for a we evaporator coil, 1" filters and the heat exchangers.
ACCESSORY STATIC RESISTANCES*
EXTERNAL STATIC PRESSURE DROP
IPT1ON
ized Damper
E005 - E015
E020 - E030
1200
0.08
0.05
0.07
1400
0.09
0,06
0.08
1600
0.11
0.07
0.09
RESISTANCE. IWG
CFM
1800
0.13
0.08
0.11
2000
0.15
0.10
0.13
2200
0.17
0.12
0.15
2400
0.20
0.14
0.17
DESC
Economizer /Motor
Electric Heaters
2600
0.23
0.16
0.20
• Deduct the above values from the available external static pressure shown in the Blower Performance Tables.
Available External Static Pressure- IWG •
MODEL
MOTOR
0.20
0.30
0.40
0.50
0 60
0.70
0.80
0.90
1.00
DBHB
SPEED
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
HI
-
-
-
-
1699
825
1650
785
1570
755
1430
725
1360
700
1280
680
1180
655
036
MED
1684
800
1631
780
1582
750
1524
720
1410
690
1324
650
1260
630
1185
610
1100
590
LOW
1487
710
1464
690
1421
670
1367
650
1315
620
1246
605
1185
590
1110
570
1020
545
HI
1996
960
1933
936
1868
910
1795
880
1722
845
1635
820
1544
790
1419
765
1300
740
048
MED
1804
838
1765
810
1714
785
1650
765
1589
735
1508
705
1407
675
1306
645
1195
625
LOW
1681
760
1640
738
1604
715
1541
695
1490
670
1416
645
1337
620
1230
595
1120
575
HI
2400
1155
2338
1125
2274
1095
2167
1045
2096
1010
1990
980
1887
945
1771
905
1629
855
060
MED
2290
1105
2214
1065
2145
1030
2071
990
1990
950
1911
920
1828
885
1724
835
1604
798
LOW
2150
1020
2100
990
2029
950
1965
910
1905
880
1816
838
1724
800
1644
770
1531
710_
076
HI
2461
1480
2402
1440
2361
1395
2260
1350
2178
1305
2101
1260
2000
1205
1914
1155
1830
1110
530.18 -TG 1
C
BLOWER PERFORMANCE - DBHB036, 048, 060, 076 (230/460V)
T na 230/460 VOLTS - Side and Bottom Duct Applications
HIGH HEAT w 230/460VOLTS - S and Bottom Duct Applications
10
'Includes allowances for a we evaporator coil, 1" filters and the heat exchangers.
ACCESSORY STATIC RESISTANCES*
EXTERNAL STATIC PRESSURE DROP
IPT1ON
ized Damper
E005 - E015
E020 - E030
1200
0.08
0.05
0.07
1400
0.09
0,06
0.08
1600
0.11
0.07
0.09
RESISTANCE. IWG
CFM
1800
0.13
0.08
0.11
2000
0.15
0.10
0.13
2200
0.17
0.12
0.15
2400
0.20
0.14
0.17
DESC
Economizer /Motor
Electric Heaters
2600
0.23
0.16
0.20
• Deduct the above values from the available external static pressure shown in the Blower Performance Tables.
MODEL
DHB
DUC
POWER
SUPPLY
VOLTAGE
LIMITATIONS
(BEE NOTE I)
COMPRESSOR
COND.
FAN
MOTOR,
FLA
SUPPLY
AIR
BLOWER
MOTOR,
FLA
TOTAL
UNIT
AMPACITY,
AMPS
MAX.
FUSE
SIZE,
(SEE NOTE 2)
AMPS
MAX.
HACR
BREAKER
SIZE,
AMPS
MIN.
WIRE
SIZE,
AWG
(SEE NOTE 3)
MIN.
MAX.
RLA
LRA
208/230 -1460
187
253
19.7
97.6
2.0
4.4
31.0
40
40
8
036
208/230 -3 .60
187
253
11.6
73.4
2.0
4.4
20.9
25
25
10
460-3-60
414
504
5.1
37.7
1.4
2.0
9.8
15
-
14
208/230.160
187
253
23.3
118.0
5.0
36.1
45
45
8
048
20812303.60
4603.60
187
414
253
504
15.4
8.3
90.0
45.0
ov
M
6.0
2.2
26.3
14.3
35
20
35
-
10
12
575-3-60
518
600
6.4
36.0
2.2
11.6
15
-
14
208/230 -1 -60
187
253
28.8
138.0
O O v V
N N
6.6
44.6
60
60
6
060
208/230-3-60
460.360
187
414
253
504
17.3
9.0
106.0
53.0
6.6
3.3
30.2
16.0
45
20
45
-
8
10
575-3-60
518
600
6.4
43.0
3.3
12.7
15
-
14
076
208/2303460
460.360
187
414
253
504
25.6
12.2
156.0
78.0
2.3
1.3
6.8
3.6
37.9
18,7
50
20
50
-
8
12
575-3-60
518
600
10.2
72.0
1.3
3.6
16.5
.20
-
12
COMPONENT WEIGHTS
COMPONENT
DHB (Cooling only)
DUC (Gas / Electric)
Economizer
Electric Heat
(Nominal KW)
(DHB only)
41 Mbh
62 Mbh
82 Mbh
103 Mbh
Motorized Outdoor Air damper
005-007
010 -015
020- 030
Roof Mounting Curb
Relief / Fixed Air Damper
3 TON
545
605
615
MODELS DHB & DU
4 TON
585
645
655
50
48
16
18
20
92
10
5 TON
610
670
680
6
Basic Unit
Options
and
Accessories
NOTE: Weights are given in pounds.
ELECTRICAL DATA - Basic Units
NOTES: 1. Utilisation Range "A" In accordance with ARI Standard 110.
2. Dual a4rmnt: tin. daisy type.
3. Based on e0•C copper conductors.
Central Environmental Systems
C
TON
670
725
735
530.18 -TG 1
MODEL
DBHB
POWER
SUPPLY
HEATER
MODEL NO.
SUPPLY
R
BLOWER
FOR
A
ELECTRIC
HEATERS
TOTAL
UNIT
AMPACITY
FUSE
MAX.
SIZE 2
HACR
BREAKER
AMPS
MIN.
WIRE
SIZES
AWG
KW
STAGES
TOTAL
AMPS
2C E04500506
4.0
19.1
31.0
40
2CE04500706
5.6
27.1
39.1
50
208-1-60
2CE04501006
4.4
8.0
as
2C E04501506
11.9
57.4
77.3
80
- F036
2CE04502006
15.9
76.6
101.2
110
.
2CE04500506
5.3
22.1
33.1
50
2CE04500706
7.5
31.2
44.6
50
230-1-60
2CE04501006
4.4
10.6
44.2
60.7
70
2CE04501506
15.9
66.2
88.3
90
2CE04502006
21.2
88.3
115.9
125
2CE04500525'
4.0
11.0
20.9
2CE04500725'
5.6
15.6
25.0
208.3.60
2CE04501025
4.4
8.0
22.1
33.1
CO
CO
U)
CO
m
2CE04501525
11.9
33.1
46.9
-T036
2CE04502025
15.9
44.2
60.7
2CE04500525'
5.3
12.7
21.4
30
2CE04500725'
7.5
18.0
28.1
30
230-3-60
2CE04501025
4.4
10.6
25.5
37.4
0
40
OD
2CE04501525
15.9
38.2
53.3
60
2CE04502025
21.2
51.0
69.2
-
2CE04500746'
6.8
8.2
12.7
15
-
- W036
460 -3.60
2C E04501046'
2.0
10.1
12.1
17.7
20
-
N
2CE04501546'
13.6
16.4
22.9
25
-
2CE04502046'
19.5
23.5
31.8
35
-
2CE04500506
4.0
19.1
36.1
45
2CE04500706
5.6
27.1
40.1
50
208-1-60
2CE04501006
5.0
8.0
38.3
54.1
60
CD
2CE04501506
11.9
57.4
78.0
80
-F048
2CE04502006
15.9
76.6
101.9
110
2CE04500506
5.3
22,1
36.1
45
2CE04500706
7.5
31.2
45.3
50
230-1-60
2CE04501006
5.0
10.6
44.2
61.6
70
2CE04501506
15.9
66.2
89.1
90
2CE04502006
21.2
88.3
116.7
125
2C E04500525*
4.0
11.0
26.3
2CE04500725'
5.6
15.6
26.6
208-3-60
2CE04501025
5.0
8.0
22.1
33.9
O
O
OD
2CE04501525
11.9
33.1
47.7
-T048
2CE04502025
15.9
44.2
61.5
2CE04500525'
5.3
12.7
26.3
2CE04500725'
7.5
18.0
28.8
230.3.60
2CE04501025
6.0
10.6
25.5
38.1
O
NIP
O
CD
2CE04501525
15.9
38.2
54.1
2CE04502025
21.2
51.0
70.0
2C E04500746*
6.8
8.2
14.3
20
-
INCOccl
- W048
460-3-60
2CE04501046'
E04501546'
2,2
10.1
13.6
12.1
16.4
17.9
23.2
20
25
-
- 2C
2CE04502046'
19.5
23.5
32.1
35
- 2C
E04501058
10.6
1
10.2
15.5
20
-
12
-X048
575.3-60
2CE04501558
2.2
15.9
1
15.3
21.9
25
-
10
2CE04502058
_
21.2
2
20.4
28.2
30
-
1 0
530.18 -TG 1
ELECTRICAL DATA - Cool Electric Heating (DBHB-36 & 048 )
1 Dual element, time delay typo.
2 Standard circuit breakers may be used In Canada and on applications ' ELECTRIC HEA
over 60 arms where the heaters are teparatsly fused. CORRECTION
3 Based on 80•O copper conductors (up to 100 Amps max.) FACTORS
or 76•C copper conductors (100 Amps and over).
• These electric heaters do Pica Include a fuse boa. II a fuse boot Is required to nest a local cods
(sg. Chicago), the following fuse block accessories are available for held installation.
NOMINAL VOLTAGE VOLTAGE KW CAP. MULTIPLIER
1
0
FUSE
BLOCK
2F504500425
2F604500548
2061240 VOLTS
480 VOLTS
12 Central Environmental Systems
MODEL
DBHB
POWER
SUPPLY
H
MO
SUPPLY
AIR
BLOWER-
MOTOR
FLA
KW
ELECTRIC
HEAT
TOTAL
UNIT
CITY
S
MAX.
FUSE
SIZE
AMPS
MAX.
SIZE
HACR
BREAKER
AMPS
MIN.
WIRE
SIZE
AWG
ES
TOTAL
AMPS
2CE04500506
4.0
1 91
44.6
60
60
2CE04500706
5.6
27.1
44.6
60
60
208 -1-60
2CE04501006
6.6
8.1
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70
-
V
2CEI
11.9
15.9
57.4
76.6
80.0
103.9
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110
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150
-
2CE04500506
5.3
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9
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100
V N
2CE04502006
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2CE04503006
29.6
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24.6
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4.0
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-
ELECTRICAL DATA )ling / Electric Heat -1B060 & 076)
1 Dual element, time delay type.
2 Standard circuit breakers may be used In Canada and on applications
over 00 amps where the heaters are separately fused.
3 Beeed on 60°C copper conductors (up to 100 Amps max.)
or 75•C copper conductors (100 Amps and over).
• These electric heaters do Kin Include • fuse box. 8 • fuse bat Is required to meet a local code
(eg. Chicago), the blowing use block anceetorles we available for field Installation.
Central Environmental Systems
NOMINAL VOLTAGE
200
240
206
230
400
600
VOLTAGE
460
575
0.92
ELECTRIC HEAT\
CORRECTION
FACTORS
KW CAP. MULTIPLIER
1.00
0.92
0.92
FUSE 2F8045004251 206/240 VOLTS
BLOCK 2FB045005461 460 VOLTS
530.18 -TG 1
13
POWER WIRING
530.1 &TG 1
FIELD WIRING
GROUND
LUG
CONTACTOR
0 0
T
'FIELD-SUPPLIED
FUSED DISCONNECT
r I SINGLE
G . 0 PHASE
POWER
SUPPLY
COOLING ONLY (24 VOLT THERMOSTAT)
THERMOSTAT UNIT TERMINAL
TERMINALS .. TR P T • 1
Y2 •
IIE
24 VOLT
TRANSORMER
2 24 Volt Thermostat STH04701724 with Subbase 27804700124.
Second stage cooling is not required on unite Yee economizer.
NOTE: Thermostat 8TH13700_24• end Subbase 2311O8700124
Can be used for ainglr stage operasot.
Refer to the latest price page for the current single stage
thermostat model number.
♦..
ORWND L��
LUG '
CONTROL WIRING
COOLING / HEATING (24 VOLT THERMOSTAT)
THERMOSTAT
RMINA
AD '
JUMPER
3 - -
1 24 Thmostat 6TH524 w
2 S.00nd Volt sterag. cc: ing is not 04701 524 wIth I
3 Second .tape hsadng Is not r.quWsd
NOTE: Thera .ta I6TN1375D14' and
one-a Cool / ona�t�ge fia
* Rear to Me Lot price page la the c
FlELD•SUPPLIED :
FUSED DISCONNECT
v . THREE
0 PHASE 0.
=O *- SU
► SUPPLY
UNIT TERMINAL
STRIP T:1
II
24 VOLT
TRANSORMER
Subbase 2TB04700224.
on units lees economzer,;
on units with a single stage electric heater.
Subbase 27817700424 can be used for
operation.
urrent single stage thermostat model number,
ntral Envkonm.
FIELD- INSTALLED ACCESSORIES
SINGLE INPUT ELECTRONIC ENTHALPY ECONOMIZER —
Includes a slide -in / plug -in damper assembly with fully
modulating spring return motor actuator capable of
introducing up to 100% outdoor air, one outdoor air electronic
enthalpy sensor and a rainhood with lifters. The rainhood is
painted to match the basic unit and must be field- assembled
before installation. Economizer dampers are 2% low leakage
tYPe.
DUAL INPUT ELECTRONIC ENTHALPY ECONOMIZER —
Includes the same damper system and rainhood with filters
as described for a single enthalpy economizer above except
this accessory contains two enthalpy sensors. It uses a
differential enthalpy control that compares the outdoor air
versus the return air. The logic module then optimizes the
economizer operation for additional savings over the single
input economizer.
MOTORIZED AIR DAMPER — Includes slide -in / plug -in
damper assembly with 2- position spring -return motor actuator
and a rainhood with permanent-type filters. The outdoor air
dampers open when the indoor fan motor is energized. The
rainhood is shipped knocked down and must be field
assembled.
530.18
OUTDOOR THERMOSTAT — A 24-volt thermostat providing
two stages of control for units equipped with electric heaters.
ROOF CURB — This 14" high full perimeter roof curb is
knocked down for field assembly and contains duct supports
that can easily be shifted for the desired unit duct
arrangement. No deck is required because the unit
underside is insulated.
BAROMETRIC RELIEF / FIXED OUTDOOR AIR INTAKE AIR
DAMPER — A dual function device that consists of a rainhood
with a bird screen and a flexible damper. It provides either of
the following: 1) a fixed outdoor air intake on units less
economizer or 2) barometric relief on units with economizer.
The rainhood is fully assembled, painted to match the basic
unit and ready for installation.
ELECTRIC HEATERS — Include nickel chromium elements, a
terminal block, fuses (where required by UL), all the
necessary connectors and hardware. All heaters utilize single
point power supply hookup. Capacities from 5 KW thru 30
KW heating are available.
FUSE BLOCK KITS — These kits have a fuse box with a fuse
block and fuses. They're available for all 4603.60 volt heaters
and 208/230-3-60 volt heaters 7 KW and smaller.
START ASSIST KIT— Provides increased starting torque for
single phase units in areas with low voltage conditions. It
contains a 125 OHM PTCR temperature resistor with a
support clip and hardware for mounting.
LOW AMBIENT KIT— A head pressure controller maintains
stable system operation by reducing the speed of the
condensing fan motor when the outdoor temperature is
between 45 and 0°F. Condenser fan motors with ball bearings
and heavier windings are available for these low ambient
applications.
ANTI - RECYCLE TIMER — A timer to prevent the unit
compressor from short cycling. It assures 5 minutes off time
between compressor cycles.
PROPANE CONVERSION KIT - Converts a gas -fired heater
from natural gas to propane. It contains main burner orifices,
a pilot orifice and a regulator spring.
LOW NOx KIT — Contains five stainless steel expanded metal
sheets for mounting into the tubular heat exchangers (natural
gas furnaces only) to meet the California low nitrous oxide
emission requirements.
OUTDOOR COIL GUARD Consists of grille type sections for
assembling over the outdoor coil to protect it from damage.
WALL THERMOSTAT — The units are designed to operate
with 24 volt electronic and electro- mechanical thermostats. All
units can operate with single stage heat / single stage cool
thermostats - with or without the economizer. To obtain
maximum economizer operating savings, a two stage cooling
thermostat should be used. To obtain two stage cooling
operation, a jumper wire must be removed on the low voltage
relay board. (See unit wiring diagram.)
Front
DHB Units
24"
DUC Units
32"
Back
12" (Less Economizer)
36" (With Economizer)
Left Side (Filter Access)
33"
Right Side (Cond. Coil)
24"
Below Unit 1
0"
Above Unit 2
72" (For Condenser
Air Discharge)
UTILITIES ENTRY DATA
KNOCKOUT SIIZE UT
(DIA.)
USED FOR
A
7/8"
Control Wring
(Side or Bottom)
B
2"
Power Wiring
(Side or Bottom)
C
1.5/8"
Gas Piping (Front)
D
1.1/2"
Gas Piping (Bottom)
530.18•TG 1
UNIT DIMENSIONS (DHB and DUC - 3,4,5 & 6 TON)
FIELD•SUPPLIED
DISCONNECT SWITCH
LOCATION
FILTER
ACCESS
DHB UNITS
3 -6 TON
32.5/8
3l4" PVC FEMALE
COND. DRAIN A, B
(Sae Detail "A ") I WIRING ENTRY
(See D•wl "B ")
FILTER
ACCESS
16
BOTTOM SUPPLY
& RETURN AIR
OPENINGS (SEE NOTE)
B • POWER WIRING ENTRY
A • CONTROL WIRING ENTRY
DUC UNITS
3 - TON
CONTROL
FIELD-SUPPLIED A
DISCONNECT SWITCH ACC E88
LOCATION ti
32.5/8
5.3/8
y= .
1
BOTTOM SUPPLY
fi RETURN AIR
OPENINGS (SEE NOTE)
B • POWER WIRING ENTRY
A • CONTROL WIRING ENTRY
CONTROL
BOX
ACCESS
8.318
BLOWER
ACCESS
3/4" PVC FEMALE 44.7/8,
COND. DRAIN A, B
(See Detail "A ") WIRING ENTRY
(See Detail "B ")
8.3/8
may]: V IEW
BLOWER
ACCESS
/17.1f2
y6314
UNIT BASE WITH RAILS
Shown separately to Illustrate
bottom duct openings and
power connection locations.
NOTE: For curb•rrtounted units,
refer to the duct hanger dimensions
of the curb for the proper size of the
supply and return air duct connections.
C
-' GAS SUPPLY
ENTRY
VENT AIR
OUTLET HOOD
D
GAS SUPPLY
ENTRY
COMPRESSOR
ACCESS
ELECTRIC
HEAT
ACCESS
2.1/2
CONDENSER
COMPRESSOR
ACCESS
COMBUSTION AIR
INLET HOOD
4al,
_7
GAS HEAT
ACCESS
/ 2.12
1
32.114
jINIT BASE WITH RAILS
Shown aeparaWy lo Welts*
bottom duct openings, power and
gas piping connection locations.
NOTE: For curb•mounled units.
Niter to the duct hanger dimensions
of Me curb for the proper ale of the
supply and return air duct connections.
All dimensions are in inches. They are
subject to change without notice. Certified
dimensions will be provided upon request.
CLEARANCES
1 Units may be Inst Ifed on combustible floors made from
wood or elms A, U or C root covering material.
2 Unhs mutt be Installed outdoors. Overhanging structures or
shrubs should not obstruct condenser air discharge outlet.
NOTE:
DHB Modals; Units and ductwork are approved for zero clearance
to combustible materials when equipped with electric heaters.
DUC Models; A 1" clearance must be provided between any
combustible material and the supply air ductwork for a distance
of 3 Met from the unit
The products of combustion must not be allowed to accumulate
within a =tinned space and recirculate.
Locale unit so that the vent air outlet hood is at least:
• Three (3) feet above any toad air Inlet located within 10 horiz-
ontal test (excluding these integral to the unit).
• Four (4) feet below, 4 horizontal Net from, or 1 foot above any
door or gravity air Inlet Into the building.
• Four (4) last from electric meters, gas meters, regulates end
relief equipment
E>
11
r .r
r )
RETURN AIR
SUPPLY AIR
CONDENSER AIR
OUTDOOR AIR
(Economizer)
Central Environmental Systems
UNIT DIMENSIONS - CONT'D. (DHB and DUC — 3,4,5,& 6 TON)
REAR VIEW
SIDE SUPPLY AND RETURN AIR
DUCT OPENINGS
CENTER
OF
GRAVITY
DNB and DUC
3, 4 & 5 TON
Central Environmental Systems
•
6112 17.112
7.718
40.3/4
APPROXIMATE
CENTER OF GRAVITY
11•112
11.112
2
REAR VIEW DETAIL •A•
UNIT WITH ECONOMIZER RAIN HOOD
314" PVC FEMALE
CONDENSATE
DRAIN CONN.
(Must be trapped)
REAR VIEW
DETAIL •8•
UNIT WITH FIXED OUTDOOR AIR / BAROMETRIC RELIEF RAINHOOD
DUCT COVERS — Units are shipped with all air
duct openings covered.
For mug duct applications;
1. Remove and discard the supply and return air
duct covers.
2. Connect ductwork to duct flanges on the rear of
the unit.
For bottom duct applications;
1. Remove the side supply air duct cover to gain
access to the bottom supply air knockout panel.
2. Remove and discard the bottom knockout panel.
3. Replace the side duct cover.
4. With filter section access panel removed from
the unit, remove and discard the bottom return
air knockout panel.
5. Replace the filter access panel.
SACK
44.7/8
L.H. END VIEW
44.7/t+
L.H. END VIEW
530.1 e 1
CONDENfER COIL
END OF UNIT
17
530.18 -TG 1
ROOF CURB DIMENSIONS (DHB and DUC — 3,4,5 & 6 TON)
19-1/2"
37 -1/4" 2"
RETURN'
AIR
DUCT SIZES:
Supply Air = 19 -1/4" X 19-1/4"
Return Air = 19-1/4" X 19-1/4"
ROOF CURB BENEFITS
The 4.1/2" space between the
ducts allows for "jumping" an
exisiting roof joist,
BACK
OF UNIT
ROOF CURB
ROOF CURB
The 43 -1/2" overall duct dimension
allows ductwork penetration between
roof joists that are spaced on 48"
centers.
The 73" curb length allows for
spanning roof joists that are spaced
on 72" centers.
)
SUPPLY'
AIR
DUCT
SUPPORT RAILS
2" TYP.
73"
FRONT VIEW (3 -JOIST SUPPORT)
73"
24"
SUPPORT RAILS
24" ----a
FRONT VIEW (2 -JOIST SUPPORT)
7 3"
* Supply and Return Air (including duct support rails)
shown are typical for gottorn discharge applications.
For location of horizontal discharge applications
(on back of unit), refer to Unit Dimension details.
SUPPORT RAILS
434/2"
48"
COMPRESSOR
AND CONDENSER
END OF UNIT
FRONT
OF UNIT
72" (ALTERNATE)
-6- 2"
i
2 "
laws
NOTE: Both supply air and return air duct openings are square and are the same size, providing easy duct installation. Ducts can be
installed onto the curb from the roof. All electrical wiring and gas line connections can be made inside the curb.
18 Central Environmental Systems
FIELD•SUPPLIED
FUSED
DISCONNECT SWITCH
•
1.
CONDENSATE
TRAP
Central Environmental Systems
TYPICAL APPLICATIONS
TO CONTROL WIRING
OWER TO INDOOR
T
PPPLY THERMOSTAT
,.ROOF JACK
INSTALLATION
RETURN AIR
DUCT
ROOF CURB
INSTALLATION
SLAB ON GROUND
INSTALLATION
TYPICAL ROOF -TOP INSTALLATION
(MODEL DUC SHOWN)
SUPPLY AIR
DUCT
ROOF CURB
MANUAL
GAS SHUT -OFF
VALVE
TO GAS SUPPLY LINE
530.1 &-TG I
upper floor plan
luxaire equipment
broan fans
These plane are
dlagrammatical only.
Please verify all
FILE COPY
e x imNiewleosnal*Wommallan 03111[4.94•11•10.1111.alilen
t understand that the Plan Check approvals are
subject to errors and (Allis's:0ns and approval of
plaos does not authe.:;?e th -ioiation of any
adopted code or ordinance leceipt of con-
tractor's copy of aPproved plaos ac:,nowledged.
, p,
A
5
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- 4.01•01■Momoomipot
or 110
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tR universal
refrigeration
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ciTPS
OEC 2 1 194
PENMIICENTER
ALA 'ootornmitio • HEAT PUMPS • REFRIGERATLON
1502 PIKE ST. N.W.
UNIT #6
AuaurN, WA 98001 •
S TA EA C : : {2 8 9 3 22 9 :3 2 14 26 1
VIINSUVIROWN11/40144