The URL can be used to link to this page

Plans Google Maps https://www.google.com/maps445.4156166,-122.7479039,147m/dat... RECEIVED oft Google Google Maps JUL 2 9 2015 CITY OF TIGARD • ► • • l► • �I • • • ' u� _ 7_ ,tom r •� 1 1 1 .4i , a, - ! Ira -$,L' J c` • LE_ _ Frr. . _ _ r :71 471111111.11113PIL ■ Imagery©2015 Google,Map data©2015 Google 50 ft /y to s 7 .M a,4- CITY OF TIGARD REVIEWED FOR CODE COMPLIANCE Approved: [ OTC: [ ] Permit#: Address: t4-eo4f)72 Pc•-• Suite#: By 42= Date: OFFICE COPY 1 of 1 7/29/2015 12:49 PM 647 Go/2f RECEIVED Consulting JUL 2 9 2.015 Structural y :d� Engineers CITY OF TIGARD tpiNC DIVISION Structural Calculations for 150742 SW 72w' Ave. RTU Job Number: 150742 Codes: 2012 IBC Amended by Oregon Structural Specialty Code with 2014 revisions. Date: 07-28-15 Location: 150742 SW 72nd Ave. Portland, OR UCTOR Client: Total System Services 5 CEO PROF �< 725 SE 9h Ave. �, GIN �scf'> Portland, OR 97223 cZ r AO' 92 Phone: 503-820-1383 Engineer: Cameron Swearengin P.E., S.E. ON Oec,Brad Kheyri, E.I. 'y6;9_ • 19 20� �t?2 MSC Engineers, Inc. '9041 B 3470 Pipebend Place NE, Suite 120 EXPIRES: Salem, OR 97301 ' Phone: 503-399-1399 Scope of Services: Anchorage design of purposed HVAC on an existing building. Contents: Design Loads 1.1 — 1.3 Anchorage Design 2.1 —2.2 Sketches SK.1 LIMITATIONS:Engineer was retained in a limited capacity for this project. Design is based upon the information provided by the client,who is solely responsible for accuracy of same. No responsibility and/or liability is assumed by,or is to be assigned to the Engineer for items beyond those shown on these sheets. 728/2015 Design Maps Summary Report ii USGS Design Maps Summary Report User-Specified Input Report Title 150742 Tue July 28,2015 17:14:31 UTC Building Code Reference Document 2012 International Building Code (which utilizes USGS hazard data available in 2008) Site Coordinates 45.41649°N, 122.74806°W Site Soil Classification Site Class D - "Stiff Soil" Risk Category I/II/III I I2mi 1..311 99 llP_ Milwaukie� o ;. - , 10) rigar�• " A 4 .V-l a Lake Oswego A ‘ "Sc 4tf. . t 11r;+ }.°_pmt • 1 y t4 0 R a I - Tu tat�p • AMERICA� !; d -5 Sherwood U m plausiR . , '� '' 0 02015 A/�pQuest Sorne data 02015 .a 'r"1�' ® r tlL+st • USGS-Provided Output Ss = 0.972 g SMS = 1.080 g S°s = 0.720 g S1 = 0.421 g SM1 = 0.665 g Sol = 0.443 g For information on how the SS and Si values above have been calculated from probabilistic (risk-targeted) and deterministic ground motions in the direction of maximum horizontal response, please return to the application and select the"2009 NEHRP" building code reference document. MCER Response Spectrum Design Response Spectrum 0.09 1-10 0.80 0.99 0 72 0.88 0.64 0.77 0.56 S. 0.66 Th 0.49 1A 0.55 � In 0.40 I 0.44 0.32 0.33 �1 0.24 0.22 0.16 0.11 0.08 0.00 0.00 0.00 0.20 0.40 0.60 0.80 1 00 1.20 1.40 1.60 1.80 2.00 0.00 0.20 0.40 0.60 0.80 1.00 1.20 1.40 1.60 1.80 2.00 Period, T(sec) Period. T(sec) Although this information is a product of the U.S.Geological Survey,we provide no warranty,expressed or implied,as to the I• e MSC Engineers,Inc. Job# 150742 Date: 7/28/2015 Sheet# 1.2 Project: 14280 SW 72nd Ave.RTU Designer: BK Client: Total System Services Design Loads _ Curb,.., 1 I + Curb rte.. N/A Total Unit: 48TCDO12A2 HT(in)= 49.375 HT(in)=_ 12 61 HT(in)= 0 N/A A6-0A0G0 D(in)= 59.5 D(in)= 59.5 D(in)= 0 N/A Wt.(lbs.)=1975 L (in)= 88.125 L (in)= 88.125 L (in)= 0 j N/A Misc.= 0 C.O.G= 32.92 C.O.G= 44.92 C.O.G= N/A Total Wt.= 975.00 Wt.= 130.35 Wt.= 0 j Seismic Loading Seismic: Seismic Category: D Occupancy Category: II Site Class: D Fp= 0.4 ap SsD Wp( 1 +2(z/h)) Where: ap= 2.5 St'.= 0.720 (Rp1Ip) Rp= 6 z= 30.00 ft Ip= 1 h= 30.00 ft Fpmin= 0.3 SOS Ip Wp z/h= 1.00 Fpmax= 1.6 SDS Ip Wp Fp= 0.36 Wp Fp= 0.36 Wp Fpmin= 0.22 Wp Fp Aao= 0.25 Wp Fpmax= 1.15 Wp Ev= 0.2 SDS Wp Ev= 0.144 Wp Ev Aso= 0.1 Wp Wind Loading: ASCE 29.5 Other Structures Roof Height= 30.00 ft Risk Category=■ II Bldg.Width= 340 ft Krt= 1.0 Exposure= B { Kd= 0.9 Wind Speed,VuLT= 120 mph 3 second gust Kz= 0.76 At= 30.22 ft 0.1 Bh 1020 ftA2 GCr h= 1.9 GCr v= 1.5 qz= 25.21 psf qz= 0.00256KzKztKdV2 Fh Aso= 28.75 psf Fv Aso= 22.69 psf MSC Engineers,Inc. Job# 150512-B Date: 7/28/2015 Sheet# 1.3 Project: 14280 SW 72nd Ave.RTU Designer: BK Client: Total System Services Design Forces: Seismic Force: Unit Vs= 246 lbs Ev= 98 lbs Curb New Vs= 279 lbs Ev= 111 lbs Curb Exisitng Vs= 279 lbs Ev= 111 lbs Wind Force: Unit Fh Aso= 869 lbs Wind Controls Fv ASD= 826 lbs Curb New Fh ASO= 1080 lbs Wind Controls Fv aso= 826 Curb Exisitng Fh ASO= N/A lbs Wind Controls Fv Aso= N/A lbs Unit TOT- 188 lbs Curb New Tor- 483 lbs Curb Existing Tor. N/A lbs Design Force: Unit/EA Leg V= 434 lbs T= 207 lbs Curb New/EA V= 540 lbs Leg T= 483 lbs Curb Exisitng/ V= N/A lbs EA Leg T= N/A lbs ANCHc2A-6-C 066/C3-A., UNJrT To Co,Qrs trr •C /4&A CG i✓� /4 Fro GaM7ZGL S 406 b s ocew : ✓of he.1, 2-€3 lb s \two = 439- ►b5 7-#:t7 A4v4 (3) SCa2e+••..S T C..41/0 = 207 k,s Ry sy 21 ( z c-i I/2 N)76-1) l (3)263 = o. 62 < I c•k. ('St. (I) CLAD F.1 5106 I^/ / (5) .# /G SC•2Eu+5 /,vTc ce446 w I (*1?) „y !O CiZ i S /Arm C 4,4 r5 TG (•v crio /S p12 Am IA/64._ II (Cr Iv Cot Sc• 1M.c/ I.vTG S errs F►?A�''tVV(, 1S&A cvvt. 6 Va■II w = 9a Ibs ( 1.6 - )44 Its FILE NO. /SG 74-2 SHEET NO. 2_ MADE BY 614 DATE O7/Z 8/I S CLIENT T r4 Sys-�AA S t/ 4 lENGIIVEERS IIVC_ I PROJECT /42Ci.J SA./ 72. 1 Ave- /en) ANCHcitA-6 t 65/6-?v CQN7-- /35 1bs ( I.c )( Z.$) _ Si C Ilz V ck ri r+ = 54 G 16s Ci,y2 14 1b75 1(540/ 4a3 2 ,/i - lti) (Km) ( 4)4SG, - G.9� < I O. k tA.S Fr (4) a4•/6 G 'C'i 3 C a G-c.i,,3 E•+4 3 Lc o% C 'V I T AN/TG • Cc r) 5vr� PRAM w6r 1141SC FILE NO. J S(3"7't Z SHEET NO. 2.z MADE BY ? DATE G7, C CLIENT I G%/1( .SytSMg,,A4 es'7 re! 66 ENGINEERS INC. 42,a S� 2-% 14 2,^- Rrt/ PROJECT 7 PROPOSED HVAC UNIT BY OTHERS (3) #10 SCREWS 11 z 0 a (1) 14ga PRE-FABRICATED 6" WIDE CLIP CENTERED EA. SIDE OF UNIT co UNIT CURB s (y) #10 x3" WOOD CONN. BY OTHERS to SCREW EA. TRUSS "' EXISTING PLYWOOD ROOF SHEATHING in 2x SUB FRAMING o EXISTING TRUSS TOP CHORD ' (NEW OR EXISTING) ■ _ OR ROOF JOIST :o =I I W3�.2 ��2�Mr.= 0 0 z I- E s C.) I- ,- a V Q > 2 1- z I-IVAC ATTACHMENT U c 3" = 1'-O" I-- I- a u a r cr aS CSTTRUCTURAL CL j ,T- ?c7',4L SySreyvt 5�2V1G�j o ENGINEERS .c4,1 1111111EMZeff pk2cJ <_1- . hi 260 Stn., 72,,0 .4VEs eQ11../ m 34T0 PIPEOENO PLACE NE SUITE 120 SALEM OREGON 97301 = WEBITE w-1.739 0c ao�s use c..cn+ccas. ...c. WE9SITE r+-1309 anymeers.ncccn JOB No: /SOW-1'21 BY: JCP 1 DATE:07/18//5 I DWG. 'SHEET if: Sk.- I 10T Project: -Untitled105 06/30/2015 Prepared By: 04:21 PM RECEIVED JUL 2 9 2015 10T CITY OF TIGARD BUILDING DIVISION Tag Cover Sheet Unit Report Certified Drawing Performance Report Unit Feature Sheet Packaged Rooftop Builder 1.39q Page 1 of 9 Unit Report For 10T Project: —Untitled105 06/30/2015 Prepared By: 04:21 PM Unit Parameters Dimensions(ft.in.)&Weight(lb.)*** Unit Model 48TCDD12A2A6-0A0G0 Unit Length• 7'4.125" Unit Size' 12(10 Tons) Unit Width 4' 11.5" Volts-Phase-Hertz' _ 460-3-60 Unit Height" 4' 1.375" Heating Type: Gas ••* Total Operating Weight' 975 lb Duct Cfg: Vertical Supply/Vertical Return Low Heat Weights and Dimensions are approximate. Weight does Round Tube Plate Fin Coils not include unit packaging. Approximate dimensions are provided primarily for shipping purposes.For exact dimensions and weights,refer to appropriate product data catalog. Lines and Filters Gas Line Size: 3/4 Condensate Drain Line Size. 3/4 Return Air Filter Type: Throwaway Return Air Filter Quantity' 4 Return Air Filter Size' 20 x 20 x 2 Unit Configuration Medium Static Option (Belt Drive) Al/Cu-Al/Cu Base Electromechanical Controls Standard Packaging 2-Speed indoor fan motor controlled by VFD Warranty Information 1-Year parts(std.) 5-Year compressor parts(std.) 10-Year heat exchanger-Aluminized(std.) No optional warranties were selected. NOTE: Please see Warranty Catalog 500-089 for explanation of policies and ordering methods. Ordering Information Part Number Description Quantity 48TCDD12A2A6-0A0G0 Rooftop Unit 1 Base Unit Medium Static Option(Belt Drive) None 2 Speed Fan Controller (VFD) Packaged Rooftop Builder 1.39q Page 2 of 9 Certified Drawing for 10T Project —Untitled105 06/30/2015 Prepared By: 04:21 PM NOTES: - IC UNI TEI PA.Na MIS IIIS 4aA1WY1 TL 1K RaKAiI a[unto[aM1A11a wool IECMNO062E5 AMLLWn, , AN9 It 1[NIL N 110:T1C IOAL08 Ca6ltt10 t1 c nt NoNNMa1NI 1 1081(010[N YINP[n(ORWR[CI 1 DIMENSIONS ARE IN INCHES D10EN510N5 UNIT COIL TYPE J K 4 RIAL NW1 1 nYLOYO a me Rnnu1 ants IM1 1 ARE IN MILL IMETEIIS 411/4 33 157/b <ARRIU t1Ra tlw•1 wiTIKN aRJ[n_ enruRl[a ca*no /OTC-ADO RTPF 110481 16561 14031 2 • CENTER 01 GRAVITY 49 3/8 37 114 27 7/8 431C-A08 RTPT [12531 01461 17061 CONNECTION POWER SS 3 y DIRECTION OF AIR FLOW 49 3/8 31 111 15 7/6 A I 1/6' 1351 DIA FIELD POWER SUPPLY HOLE I6TC-612 RIPE 1�---- 103/8 B 2 112'1641 DIA POWER SUPPLY KNOCNOUT 112531 19161 1103] 110261 481C-DON ME [10481 1/4 33 15 7/8 C 1 314'(511 DIA GAUGE ACCESS PLUG 11046] (3531 14031 , 48TC-009 RTPi 49 3/8 37 114 15 776 0 7/6.1221 DIA FIELD CONTROL WIRING HOLE [12531 19461 11031 C 7/1'-14 MPT CONDENSATE DRAIN 48TC-012 RIFT /9 7/6 3T 1// 15 710 ECOPTIONAL ROOD 20-3/4 (12531 19461 (4011 i (OPTIONAL) • [5271 F 1/2'-11 MITT GA5 CONNECTION 16T6 D09 MCNX 41 1/I 33 23 6 2 I•1511NDIG APOWENN9UPPLY 380C3-O01 110481 (6561 1564,21 , 4RTC-D12 MCNA [1253/1 184614 1271!41 �.- - - +-• • - THRU-THE-BASE CHART (FIELD INST) REPT -ROUND TUBE. PLATE FIN(CO'PERIALUMI rr I• THESE ROLES AEOUtRED ION USE WITH ACCY NITS: NCH- NOYATIOI(ALUM/ALUN) • /� \� %/��` w— 36-3/8 —� 12-5/8 CRBTMPRROOIA01'GAS THRU CURB • CRBTMPWR001A01 GAS THRU BASE PAN RETURN 13211 RETURN • I AIR THREADED WIRE REO'D HOLE CONDUIT SIZE USE SIZES INFO e _ __ i 112' ACC. ue (22.21 FILTER ACCESS PANEL E ALT. 1 A 1/2' 24v 7/8' 122.21 ITOOL-LESSI CONDENSATE I fi I 1 1/4'1002.0641 POWER 1 3/1' (44.41 �\DRAIN OPENING 26-31/ CONDENSER \T, IN BASEPAN Mil* 37-518 40-3/8 . COIL 18551 E1D271 7 80041 3!4'FP1 GAS 1 3//' A1.q r w I+( IW SEE TMRU SUAPR r A (0021 P34313(5 371'RT THRU CURB INDOOR COIL 1 R1 // K SUPPLY FLANGE 6 FITTING. HOLE SIZE. 2'150.81 ACCESS PANEL ,, �IHYARBAS[ BACK 18 f�121 �nssl 11 i — _1 THRT-THE-BASE CHART (F10P1 I 12781 FOR'THRU-ENE-BASEPAN'FACTORY OPTION, kaIj • • r --- 1 1 I 3 x . " A FITTINGS FOR ONLY X, Y. 6 1 ARE PROVIDED. •• -- FOI BELOW LISTED MODELS, A FIELD I-114 SUPPLIED 1/2'ADAPTER IS 3(0811RED �—29-5/8 --� 11581 " BETWEEN BASE PAN FITTING AND GAS VALVE. 11001 LUE f 3.1/4 46XCD,5R08 17511 MOOD y 11 ,F 1931 13561 TOP .---25-v2----. _ 16171 1.1/1 N 1321 --.0 11-1/8'� 4-518 [3021 11181 I ELECTRICAL CONTROL BOX I ^�~ (_ - IL 1ER '11 1 DISCONNECT ACCESS PAMCL E STD—\ • CONDENSER , III • CONOENSA[ i COIL G • I DRAIN INDOOR BLOC), A 3 OPTIOXAI ACCESS RCTURM OPTIONAL FAC TORT AIA INSTALLED �� OUTSIDE INSTALPED 27.7/8 DI SCOMMECT + 273/4 Irr AIR CONYENIENCF C (N [7091 F ,--1IAMDIE [33410 C 11061 26 �� :11111 / ; SUPPLY AIR 'O I I 165 91 OUTLET HANDLE C _ 1( 8-518 6-1/6 HRH= =1118 01662 [WI.• E�∎ • _ 31571 1 3.3/4 2-S/8 I-- 3.0re B 7 t }. [93] 59.1/2 167] 8-318 11671 11111 6-118 113!6 115101 TIP 37 12141 1!621 11551 (1131 [9401 CURB 42-1/8 LEFT WIDTH 68.1/6 110151 BAROMETRIC 122381 SUPIR PLY RETURN RELIEF FRONT RIGHT AIA FLOW :,LET 0411 SI KKIKM 48TC 08-12 SINGLE ZONE ELECTRICAL n 1 OF 03-08-10 11-24-08 COOLING WITH GAS HEAT 48TM500985 F Packaged Rooftop Builder 1.39q Page 3 of 9 Certified Drawing for 1OT Project: —Untitled105 06/30/2015 Prepared By: 04:21 PM UNITED r 0.111 5111 ull Ort11[Ni 1/rK 111RE1n o<CAS¢r OgldRrla fWIUIM 0(lx[5[/RR•IR83 Oi pC Y[�'S gal 114-.0(1.Nr ANr 111EAIK1F/MON 74 FW[81 ZeljRr a ixF 071 tli COx511rRil RRRr 1ERran•1K[a STD.UNIT CORNER CORNER CORNER CORNER C1N1O11 nu ROi K KeCLOK1 a INF/nnmi cmm UNIT WTDOOA WEIGHT w• DEIGNT 1A7 WIGHT 121) WEIGHT IC/ WEIGHT 107 C.G. CANNIER ISM C04Mrni0P/NITTWO(111500(. KC[Rr1KT K Cxx"RRi COIL TYPE LBS. KG. LBS. R6. LOS. KG. LOS. KG. LBS. E6. 3 7 Z 4e1t-A08 RIPE 780 354 178 81 158 it 209 95 236 101 41 1/2 110511 33 710 1e601 20 1/1 15271 RRR STANDARD UNIT WEIGHT IS 81711 l00 GAS NEAT AND WITHOUT PACNA6[N6. 48TC-409 RTPF 920 418 212 90 183 83 243 110 282 128 40 7/8 110387 34 18641 23 1/8[5811 FOR OTNFR OPTIONS AND ACCESSORIES,REFER TO THE PRODUCT DATA CATALOG. 48TC-412 RIPE 930 122 216 98 196 89 247 112 212 123.5 42 110671 33 1/8 1841] 24 1/4 16161_ 48TC-000 RIPE 035 379 164 14.5 170 77.2 255 115.0 216 111.741 7/8 11140] 35 5/8 19051 11 3/8 14921 48TC-009 RTPF 930 422 225 103.5 187 85 232 105.3 283 128.5 39 3/1 11010] 32 1/8 18351 18 5/8 14137 48TC-012 NTPF 940 427 231 104.9 101 85.8 234 106.2 286 121,8 31 3/4 110101 33 18331 18 1/2 14701 48TC-008 NCXA 805 365.5 160 72.6 153 69.5 240 109 260 110 43 110921 36 3/8 19241 20 3/8 1517.11 401C-012 NCR 895 406.3 185 84 116 79.9 260 118 274 121.412 7/3 110891.31 1/2 19021 22 710 15011 RIPE - ROUND TUBE, PLATE FIN[COPPER/ALUM) CORNER A RCM XOYATIOX(ALUM/ALUM) CORNER 8• La.' . IMO PO.IMPC • CORN_R D CORNER C TOP ' I l• . A . -.' 7 1• I O `I 1. ._ _. : : 00,-; FRONT 10(01 Mir 1UKK1K3 - 48TC 08-12 SINGLE ZONE ELECTRICAL N• 2 a 2 03-08-10 11-24-08 COOLING WITH GAS HEAT 48114500985 F Packaged Rooftop Builder 1.39q Page 4 of 9 • • • Certified Drawing for 10T Project: -Untitled105 06/30/2015 Prepared By 04:21 PM Service Clearance ■ ..‘ Nis'.--- --.., I C11247 LOCATION DIMENSION CONDITION 48-in(1219 mm) •Unit disconnect is mounted on panel 36-in(914 mm) •Ifdimension-8 is 12-in(305 mm) A 18-in(457 nun) •No disconnect,convenience outlet option •Recommended service clearance(use electric screwdriver) 12-in(305 mm) •Minimum clearance(use manual ratchet screwdriver) 364n(914 mm) •Unit has economizer B 12-in(305 mm) •If dimension-A is 36-in(914 mm) Special •Check for sources of flue products wItNn 10-ft of unit fresh air Intake hood C 36-In(914 mm) •Side condensate drain is used 18-in(457 mm) •Minimum clearance 48-in(1219 met) •No flue discharge accessory installed,surface is combustible material 42-in(1067 mm) •Surface behind servicer is grounded(e.g.,metal,masonry wall,another unit) 0 36-in(914 mm) •Surface behind service(is electrically non-conductive(e.g.,wood,fiberglass) Special •Check for adjacent units or building fresh air intakes within 10-ft of this unit's flue outlet NOTE:Unit not designed to have overhead obstruction.Contact Application Engineering for guidance on any application planning overhead obstruction or vertical clearances. ch..,sra Packaged Rooftop Builder 1.39q Page 5 of 9 Performance Summary For 10T Project: -Untitled105 06/30/2015 Prepared By: 04:21 PM Part Number:48TCDD12A2A6-0A0G0 ARI EER:--------_...-_---...__..__..._._ -•----_ 11.10 IEER:..------•----.__._..__---.•-----.__...__---------_._..._..._ _ 12.8 Base Unit Dimensions Unit Length. 88.1 in Unit Width:-------._._. ..__...._.__. _._. ._ ..._....-----•--._..._._...___.----------- -- 59.5 in Unit Height __.___.._____...__.._..........._._ 49.4 in Operating Weight BaseUnit Weight _....._..---•----_..._...__. --___..._....._.__ 940 lb Medium Static Option(Belt Drive) _-_....._._..___..._....._.__ _._ -__--- - 15 lb 2 Speed Fan Controller (VFD):-...._...-----__........__..._-----..__..........._—— _.___.--... 20 lb Total Operating Weight ----__._._._............_----............. —_ 975 lb Unit Unit Voltage-Phase-Hertz. 460-3-60 Air Discharge- Vertical Fan Drive Type. Belt Actual Airflow__ _.. _.._ 4000 CFM SiteAltitude: .-....... •------------- ........................... •......----..-_....... ............... ...... 0 ft Cooling Performance Condenser Entering Air DB __.._....__........__._...__--•_•-.__-___---___•_•----95.0 F Evaporator Entering Air DB 80.0 F Evaporator Entering Air WB:........_-------..__....._ 67.0 F Entering Air Enthalpy. -_____....................___._._._._..._.....•-•---•---._..._..._._-_-._--_..._..31.44 BTU/Ib Evaporator Leaving Air DB:....._._ 57.7 F Evaporator Leaving Air WB. _.- 57.2 F Evaporator Leaving Air Enthalpy 24.54 BTU/lb Gross Cooling Capacity. __---._ 124.10 MBH Gross Sensible Capacity:._._____ _ 96.20 MBH Compressor Power Input -.._ 8.90 kW Coil Bypass Factor:.............._..._ __. 0.046 Heating Performance Heating Airflow: 4000 CFM Entering Air Temp...____..____ _ 70.0 F Leaving Air Temp. 104.3 F Gas Heating Input Capacity. 120.01180.0 MBH Gas Heating Output Capacity:._._ 98.0/148.0 MBH Temperature Rise- _ 34.3 F Supply Fan External Static Pressure. ------__..._-.__-..._............._____.......______._____....... --.0.75 in wg FanRPM• - — -- ._... ..............................- 929 Fan Power _- -._ _-.- 2.35 BHP ........_..._.----........__........___ --....-.-._....._..._..._....._.___..__..........._-___-- Selected IFM RPM Range: 838- 1084 Electrical Data Voltage Range: 414-506 Compressor#1 RLA• _ _ 7.7 Compressor#1 LRA. 52 Compressor#2 RLA• 7.7 Compressor#2 LRA: 52 Indoor Fan Motor Type. - MED Indoor Fan Motor FLA:_._.________ 4.9 Combustion Fan Motor FI.A(ea): 0.25 Power Supply MCA -- 24 Packaged Rooftop Builder 1.39q Page 6 of 9 Performance Summary For 10T Project: -Untitled105 06/30/2015 Prepared By: 04:21 PM Power Supply MOCP(Fuse or HACR):......_...__......-------..........__.........._............._....._..._...__..._._..... ..._............ _.__._...30 Disconnect Size FLA. 25 Disconnect Size LRA ___ ___ _._._____.__.-_______._._..____.._ _ 147 Electrical Convenience Outlet- _..__. ____. .__-__._.---------------_.........._._.__._.....--------.__..._.._..._ None Outdoor Fan [Qty/FLA(ea)]: _ 2 10.8 Control Panel SCCR: 5kA RMS at Rated Symmetrical Voltage Acoustics Sound Power Levels, db re 10E-12 Watts Discharge Inlet Outdoor 63 Hz 97.7 94.4 89.0 125 Hz 93.8 87.0 83.1 250 Hz 80.4 71.7 80.5 500 Hz 74.4 67.4 78.5 1000 Hz 70.4 65.0 75.5 2000 Hz 67.7 60.7 71.6 4000 Hz 70.9 60.8 69.6 8000 Hz 72.2 59.3 69.3 A-Weighted 81.7 74.8 82.0 Advanced Acoustics 4 �..� 4-Q 0 '• 0 \O 0 Advanced Accoustics Parameters 1. Unit height above ground: 30.0 ft 2. Horizontal distance from unit to receiver- _ 50.0 ft 3. Receiver height above ground. ___ 5.7 ft 4. Height of obstruction' 0.0 ft 5. Horizontal distance from obstruction to receiver: 0.0 ft 6. Horizontal distance from unit to obstruction: 0.0 ft Detailed Acoustics Information Octave Band Center Freq. Hz 63 125 250 500 1k 2k 4k 8k Overall A 89.083.180.578.575.571.669.669.391.0Lw B 62.867.071.975.375.572.870.668.281.1LwA C 56.6 50.7 48.1 46.1 43.1 39.2 37.2 36.9 58.6 Lp D 30.4_34.6 39.5 42.9 43.1 40.4 38.2 35.8 48.7 LpA Legend A Sound Power Levels at Unit's Acoustic Center, Lw B A-Weighted Sound Power Levels at Unit's Acoustic Center, LwA Packaged Rooftop Builder 1.39q Page 7 of 9 Performance Summary For 10T Project: —Untitled105 06/30/2015 Prepared By: 04:21 PM C Sound Pressure Levels at Specific Distance from Unit, Lp D A-Weighted Sound Pressure Levels at Specific Distance from Unit, LpA Calculation methods used in this program are patterned after the ASHRAE Guide;other ASHRAE Publications and the AHRI Acoustical Standards. While a very significant effort has been made to insure the technical accuracy of this program, it is assumed that the user is knowledgeable in the art of system sound estimation and is aware of the tolerances involved in real world acoustical estimation. This program makes certain assumptions as to the dominant sound sources and sound paths which may not always be appropriate to the real system being estimated. Because of this, no assurances can be offered that this software will always generate an accurate sound prediction from user supplied input data. If in doubt about the estimation of expected sound levels in a space, an Acoustical Engineer or a person with sound prediction expertise should be consulted. Fan Curve 2D 11111M, 18 C ►Ennui ram 14 � \��I Mai 27 ISIMIIIII=MIIMIIIIrraill .132 cips u -�M' Ill∎ r SCOBHP 04 FAVOIE l _ �I ,..--0 �� ►\.M7I �`_� ..,. 0.4: 1;•, • vs:0 CO Mg C6 12 18 24 31 X 42 as 54 A tflow(CFM-thousands) RPM=929 BHP=2.35 MaximumRPM=1084 MaximumBPP=4.70 Note:Pleaseecartactapplication n ingforselectiansoutsidetheshadedregion SC-SystemCurve RP-RatedPoint Packaged Rooftop Builder 1.39q Page 8 of 9 Unit Feature Sheet for 10T Project: -Untitled105 06/30/2015 Prepared By: 04:21 PM Erarri WeatherMaker — 48TC PACKAGED ROOFTOP GAS HEATING/ELECTRIC COOLING UNITS 3,4,5,6,7.5,8.5,10,125,15 TONS STANDARD FEATURES INCLUDE: • Puron(R-410A)I-IFC refrigerant ---- - • ASHRAE 90.1 energy complaint • • Sunk compressors with internal line break and overload protection --- __ - • Single-stage Gaoling capacity control on 04-12 models • Two-stage cooling capacty control on 08-16 models • f • SEERS upto13.0.EER'supto11.1 and IEER'supto11.8 f • Acutrol'•'refngerant metering system • Exclusive nonconosrve composite condensate pan in accordance with ASHRAE Standard 62,sloping design,side or center drain -'1 Y • Standard cooling operation up to 115•F(46'C)and down to 40'F(4•C) - -, - down to 25'F(4'C)with winter start kit. t: 3 ' i • Pre-painted extenor panels and prmercoated ntenor panels tested to I 1 - 500 hours salt spray protection r - • Fuky insulated cabinet - a _ • Exclusrce IGC solid-state control for on-board diagnostics with LED error code de nation bumercontrol rc and energy g rgy saving indoor • 1[ y, fan motor delay • Low NOx models that meet Calrfomra Air Quality Management Optional Louvered Hail Guard Shown • Induced draft gas heat combustion design • Redundant gas valves with up to two stages of heating • Low pressure and high pressure switch protected. MAINTENANCE FEATURES: 77--�� •Access panels with easy grip handles ■1��r...M • Innovative easy starting,no-strip screws on unit access panels r�Il •Two-inch disposable return air fitters and TooHess filter access door 4101211 � r • Direct Drive ECM on 3 to 5 ton(-5 voltage only)models and belt dine evaporator-fan motorand pulley combinations available on all models • New terminal board faciltatng simple safety circuit troubleshooting and WEATHERMAKER SERIES saplrried control box arrangement WeatherMaker(48TC)units are one-piece gas heating,electric error Exclusive IGC sold-state control for on-board diagnostcswih LED error code designation,burner control logic and energy saving indoor cooling units that are pre-wired and charged with Puron fan motor delay (R-410)refrigerant. They are factory tested in both heating and cooling modes, and rated in accordance with AHRI INSTALLATION FEATURES: Standards 210240 (04-06 sizes) and 340/360 (07-16 sizes). • Thru-the-bottom power entry capabrity WeatherMaker units are designed in accordance with UL • Single pont gas andeledhcoonnections Standard 1995,and listed by the Underwriters'Laboratories. • Full perimeter base rat with buat-in ripgng adapters and fork slots • Field convertible from vertical to horizontal airflow for slab mounting. (16 size models mouse field unstated supply duct cover). Approved and certified by. STANDARD WARRANTY: • 10-year heat exchanger-15-yea rstanless steel option i'::[RtIF ED • 5-year compressor • 1 • -yearparts CUS J.•at..ww Gnaw • 3-year parts on Novation Condenseraods-where ava•abre MI r••••+•••• • Many optional upgrades also available nwr•anr Wn.amnM wawa.° "• °" OPTIONS INCLUDE BUT ARE NOT LMTED TO: f•ClVr�•.b•OW,w ciao.sin •• PrenverLnk'•and RTU Open MukiProtcol DDC Controls `•`rya° • Supply and Return Air Smoke Detectors.high static motors C qi)us • Louvered condensercodguards • Economizer,disconnect and convenience outlet options • • Starless Steel heat exdrangeroption • Corrosion resistant col coating. Certified to ISO 9001 • Hunrdr-MiZer adaptive dehuntidtficabon system evadable on at models with RTPF condenser cots-Motor Mester I controller included • Hinged ass panels Fe a amplelle acts opals win accawone6 re/er iodine Proard CAa catalog to ins riot Packaged Rooftop Builder 1.39q Page 9 of 9 OPTIONS: OwENSIONED AND TOLERENCED PER ANSI YIAEAM NV REVISIONS MATERIAL: 15ya.GAL STEEL REV. DESCRIPTION DATE APPROVED INSULATED PANELS (WHERE REQUIRED) Attn: Tag: I INITIAL DRAWING 6/23/2006 1"DUCT INSULATION (R VALUE 3.85) 2 LOWERED CURB 03/20/2014 GKF GASKET PROVIDED WITH CURB Approval: 1 1/2"ADDED TO EXISTING CURB O.D. ,,,r � RETURN AIR 36 1/4" ��`s 33 1/4" - '�\`SUPPLY AIR •f 57 18" - 36 1/8" - 33 1/8" �, 41 15/16" 2 1/4" IF - ' ';' 2 1/4"�{ f 1 2 1/4" ■ I 1 SUPPLY 17113/16" _ 1 417/8' RETURN INSULATED CO COVER 814" , C(� DO G - m zo 0 0 11 t.. m EXISTING 0—I ca CURB LAYOUT <D r,..,_o (....11 Oc Cl r L 53 7/16" jI 81 3/4" 5, -I Y 59 3/8" F 1" 1 12" i I -F--[ 60 7/8" I F r 83114"— - CURB WEIGHT ALBS.) APPROVALS DATE 'n" 130.35 -- mpreenwood 1-4645-4005 CURB SHOWN IS CDI STANDARD CONFIGURATION CDI RESERVES THE RIGHT TO --.....,,........-• Tuesday,August 19,29141123:02AM "VLRIFYEXJ TING CURB OD �� 17660 TYLER 8T NW �""� 9f�" CHANGE LAYOUT WITHOUT NOTIFICATION.IF CURB IS NEEDED IN A DIFFERENT 'VERIFY SUPPLY AND RETURN OPENINGS :""^ ^`• ' °"'° "° 1 'NOTE ANY CHANGES ELK RIVER,MN 66]]0 1-4645-4005 CONFIGURATION CDI MUST BE NOTIFIED PRIOR TO PLACING AN ORDER. 'CALL WITH ANY QUESTIONS CDI(763)391.7790 °• FAX BACK IF DRAWING IS OK AS IS RN.:.i us I� (783)391.7861 •CLLF 1 20 I mew) 1 of� 3 ;:Skv ,{• x<•<-.,.,;t::::a?f:<yS3y�r::::}i .�'�:::w.{>}::tiyv ::�:+'! :{'<•r.:.`�k:�{�:c•:•rn;�i?:>' 3;;,,,.., �c w•,"F:��yu •y Bryant i'' : ;. `• ' .1' ..V: Air Conditioning ,,,;} •>:<;.'}� �x.`'� ••,,�}�,..•.•,�, �;::: :f;;.•:;:>c:•. >:::...- �;r} .'�•�., r,•,, ` br ant -�� w M •:� :ry > '• :�,,;�:::.r; ..Y: - �. :ma.� y f . rh' y, ,J.r yr{ :'} R y� ai h� °ay`•i$ 4 �t • :'��.1•'y^i?.v''� }`r ;;W�� y,• . :-.. • • •?:;: •5: `'r'>. :: ,. Ci a:r::::'• :.; ,{•.i:.'mac • c: 'f Yy• }}x,y..;�•• e • • :•d ::a;F: Yy'Fi:?2c '.} f: t:f•. tS?y, r:rha :�?... wn {c..-• 7 r; :?r .' .»r•:•t •' k>'S INDUCED DRAFT COMBUSTION SYSTEM eliminates expense a kc).the unsightly appearance of flue stacks, and diminishes the effect of wind on heating operation. • DIRECT SPARK IGNITION SYSTEM saves operating ex- • pense by eliminating inefficient pilot ignition and annoying service calls COMMERCIAL GRADE TUBULAR HEAT EXCHANGERS .... �oalt nlgehelps transfer rcforos onroved efficiency. Aluminized c FULLY-ENCLOSED FAN MOTORS with aerodynamically J t designed fan orifices permit operation at low decibels STRETCH-WRAP PACKAGING protects the unit during shipment and Storage WEATHER-RESISTANT CABINET is coated with pre-painted .! ter enamel finish on both inside and outside to ensure long life Model 5806 and good looks. LOW AMBIENT OPERATION—Standard units operate down to 35°F as shipped from the factory DESCRIPTION FACTORY-INSTALLED OPTIONS Model 580B gas heating/electric cooling rooftop units deliver FULLY MODULATING INTEGRATED ECONOMIZER optimum performance and reliability The low profile corn- damper design permits low-cost operation by utilizing coral pact size permits easy shipment, rigging and installation. outdoor air for free cooling A sliding plate on the face of the Designed specifically for rooftop installation, the 580B economizer is automatically modulated from 100% outdoor mounts on a factory supplied roof mounting curb accessory. air to 100% return air, or any proportions of mixed air The All ductwork is connected to the roof curb so that the curb and economizer is also available as a field installed accessory ductwork can be installed before unit arrival ALTERNATE MOTOR AND DRIVE permit operation at higher • FEATURES cfm and static pressure for greater application flexibility FIELD-INSTALLED ACCESSORIES UNITS ARE EASILY CONVERTED from vertical to horizontal MANUAL OUTDOOR AIR DAMPER PACKAGE, complete • supply and return The same basic unit can be quickly modi- with rainhood and birdscreen,provides up to 50%outdoor air fied at the jobsite to fit a variety of applications for year round ventilation INTERNALLY TRAPPED CONDENSATE DRAIN eliminates TWO-POSITION DAMPER includes a motor that closes off the need for a field-supplied trap, saving time and money. Drain is located on the side and bottom of the unit,allowing the outdoor air during unit shutdown preventing cold drafts. condensate to be drained to the roof or down into the build- FULL PERIMETER ROOF CURB is constructed of heavy- ing. Only one connection is required gage galvanized steel STANDARD 2-INCH THROWAWAY FILTERS are easily ROOF CURB ELECTRICAL AND GAS UTILITY CONNEC- replaced through a hinged access door located directly above TIONS allow gas and electrical connections to be brought to the air intake hood. No tools are required to change the the unit through the roof curb, thereby minimizing roof filters penetrations HIGH- AND LOW-PRESSURE SWITCHES provide protec- 25° LOW AMBIENT KIT permits operation down to 25°F• tion against abnormal operating pressure. without the use of condenser fan speed control. HERMETIC COMPRESSOR —Compressor is fully hermetic ELECTRONIC PROGRAMMABLE THERMOSTAT provides with internal vibration isolators and mufflers for exceptionally efficient temperature control by permitting programming of quiet operation. heating and cooling setbacks and setups with provision for DUAL COMPRESSORS AND DUAL REFRIGERATION CIR- weekend operation CUITS(71/2-10 ton units only)—Two hermetic compressors, ENTHALPY SENSOR senses both dry bulb and wet bulb of each on its own independent circuit, provide standby relia- outside air to provide economizer changeover based on the bility and high operating efficiency with EER's to 8 6 optiml= conditions of outdoor air SOLID-STATE CONTROL SYSTEM is readily adaptable to LIQUID PROPANE CONVERSION KIT permits operation in most conventional and electronic programmable thermostats areas where natural gas is not available. No gas valve modifi- - and can be easily integrated into energy management cations are required systems OUTDOOR COIL HAIL GUARD protects coil against damage REFRIGERANT METERING DEVICES on each circuit pre- from hail and other flying debris cisely control refrigerant flow,preventing slugging and flood- FLUE HOOD PROTECTOR provides protection from the hot hack, while maintaining optimum unit performance sides of the flue shield. FILTER DRIER(S) trap moisture and dirt. TIME GUARD® COMPRESSOR SHORT CYCLE PROTEC- POWER AND CONTROL CONNECTIONS are made on the TION protects the compressor from rapid thermostat change same side of the unit to simplify installation Once shut down, the compressor cannot be restarted for 5 minutes Form No. PDS 580B.36.1B • THERMOSTAT AND SOBBASE provide 1 or 2 stage cooling NOx REDUCTION KIT allows unit to achieve less than 40 control for unit and economizer, and 1 or 2 stage heating nanograms per joules NOx emission standards control for the unit. Automatic and manual changeover types REMOTE CONTROL PANEL allows remote operation of are available. heating, cooling and ventilation cycles Provides status lights THE -20°F LOW AMBIENT KIT precisely modulates outdoor for easy identification of system operation fan motor speed to maintain correct condensing temperature at outdoor temperatures down to -20°F. CONTENTS Page Model Description 2 Dimensional Drawings 3-7 Specifications 8,9 Heating Capacities and Efficiencies 10 ARI Capacities 10 Selection Procedure 10, 11 Gross Cooling Capacities 11-13 Air Delivery 13_18 Electrical Data 19 Operating Sequence 19 Typical Field Wiring 20 Typical Installation 21 Application Data 22 Engineers Specification Guide 23,24 -> MODEL DESCRIPTION 580B E V 090 180 AA C T 1 580B — Single Package Indoor Fan Motor* High Efficiency G — 3/4 hp Direct Drive Gas/Electric unit p. P — 3/4 hp, Belt Drive Vrltage Designation R — 1.0 hp, Belt Drive B _ S — 1.5 hp, Belt Drive E — 460-3-60 T — 2 0 hp, Belt Drive J — 208/230-1-60 U — 3.0 hp, Belt Drive P — 208/230-3-60 T — 575-3-60 Factory-Installed Options A — No Economizer Natural Gas/Direct C — Economizer Spark Ignition • Series Identification Nominal Tons 036 — 3 090 — 7 5 Gas Heat Input 048 — 4 102 — 8.5 074 — 74,000 060 - 5 120 - 10 072 — 6 115 — 115,000 120 — 120,000 180 — 180,000 220 — 220,000 *See Specifications table for available indoor fan motor/unit combinations. Qs 1289 —2— DIMENSIONAL DRAWING 4 OUTSIDE AIR REAR 2'-0 15/16" 0'-1 1/2' [6331 —1 x[1147 FILTER/ECONOMIZER ACCESS PANEL -- I CONDENSER COIL ECONOMIZER H000 pp 1. 4 3/B• y[v/�/� (4161 1O 2,-I 11/16" 0'-3 3/161/CORNER 'B• CORNER 'A'-,....___.,.. sk [6521 1811 \/ 0'-5 7/16" [1381 EVAPORATOR I I 0'-10�I5/16' /%//4 RETURN AIR _ COfL i RETURN DDS OPENING i [27I81 I t LEFT SIDE 215/16 .©i rL RIGHT SIDE C12901 . . ____ i (!0'-2 9/16• / I [65] 1 ti SUPPLY AIR 1'-5 3/4" ��/. SUPPLY AIR OPENING [4511 el 1'-6" 0'-2 15/16'+ ALT. CONDENSATE D/S [19-6) (751 DRAIN OPENING 0-4 I/2' IN BASEPAN ---__J .1 [114]l 0'-5 7/16" +t (138) FRONT J �� CORNER"D" d—2-4 9/16' [725 51� O'-3 1/16" L-0 1/thy, 0'-3 3/16 ORf1ER 'C' 6'-1 11/16• 1761 [3067 �CB1] [18721 - �' 2'-11 1/2- d 1902 0) t'-1 3/8' /% -E- [340 51 0-7 3/8' l'-5 1/2' .'-10 S 0'-4 1/4' [167) 0'-3 13/16• (4M] [270) [1081 [971 FILTER ACCESS DOOR I i.4r�reaer_ ∎ (DISPOSABLE FILTERS) B FLUE HOOD ' ACCESSORY 2 C64872 HOOD FILTER %//// .�__� __ I RETURN N // CONDENSER COIL A OPENING —� 2'(8 11 :r -- 5/5 1'-7 3/4" [8261 , 1 -4 5/I6'[4151 $ SUPPLY AIR'S '-6 3/16' [5027 0-It 3/4' '4 OP (23 1 5/S (156 51 ////, �-- I _ - • 0-5• `" OUTSIDE AIR • • 0'-4 15/16")} % 2-2 1/4• /�. f 0'-4 11/16" 0 [957 3/4' 3'-11 1/16' .� [1251 .%/ 1661] [1197 0'-2'TIP [1195 57 SUPPLY AIR RETURN AIR (517 LEFT SIDE RIGHT SIDE E STD CONDENSATE DRAIN 0'-0 3/8' CONNECTION SIZES [101 A 1 3/8' DIA. [357 FIELD POUER SUPPLY HOLE 1 8 2• DIA. (50.5] POWER SUPPLY KNOCK-OUT C 2 3/16' DIA. [551 CHARGING PORT HOLE 1 -5 7/16' D 7/B' DIA. [221 FIELD CONTROL WIRING HOLE CONTROL BOX/(442 51 F 3/4'-14 NPT CONDENSATE DRAIN COMPRESSOR/ I ® INDOOR FAN MOTOR 8 F I/2'-14 NPT GAS CONNECTION BURNER ACCESS 10 -- BLOWER ACCESS PANEL PANEL _ in 0 Center of Gravity 0'-4 1/8'J (1051 _{ HW/. Direction of airflow F------11 NOTES: ' 1 Dimensions in( )are In millimeters. 7 I /I I �70 2 Minimum clearance to combustibles:36 Inches flue side;zero V 2'-S 3/4" fpRKC TRUCK SLOTS inches all other sides 17561 0'-5 13/16.FORK 3 Minimum clearance from condenser coil for proper airflow [1177 38 inches opposite one coil;12 inches opposite other coil LIFTING I 1 3/8'1351 (optional as to which coil);60 inches overhead. HOLES FRONT (TYP 8 PLACES) 4 Minimum recommended clearance or service:36 inches each side,60 inches Overhead Models 580B036 — 580B072 DIMENSIONS r STD. UNIT ECONOMIZER CORNER CORNER CORNER CORNER „E.. ill) UNIT WEIGHT WEIGHT WEIGHT (A) WEIGHT (B) WEIGHT (C) WEIGHT(0) Lbs. Kg. Lbs. Kg. Lbs. Kg. Lbs. Kg. Lbs. Kg. Lbs. Kg. Feet-Inches Millimeters 5808036 540 245 18 8.2 99 44 9 92 41 7 168 76 2 181 82 1 3-7'/4 1099 580B048 550 250 18 8 2 100 45 4 94 42 6 172 78 0 184 83 5 1-81/4 514 580B060 570 259 18 8 2 104 47 2 97 44.0 178 80 7 191 86 6 1-81/4 514 580B072 625 284 18 8 2 114 51 7 106 48 1 195 88.4 209 94 8 1-81/4 514 —3— . _—‘,,... -, DIMENSIONAL DRAWING (cont) 2 [1' 1/2' , - 0,-3 9/16" i REAR OUTSIDE AIR \ • FILTER/ECONOMIZER ACCESS PANEL---..„...........ECONOMIZER 1'-S 7/8 • Center of Gravity CONDENSER COIL HOOD (454] 2'-911/16" 0'-3 I/8' '// Direction of Airflow CORNER "A"-� ___. / { 656 • f I „ ( ) I '•""C79+ --CORNER "B" NOTES: I // 0'-5 1/2" 1 Dimensions In( )are in millimeters 11 .\ I 1 4—_(140] 2 Minimum clearance to combustibles:36 Inches II 1 RETI><M4 AIR OPENING I " flue side,zero inches all other sides II D/S 1-302053/a � 3 Minimum clearance from condenser coil for //� ti 11 *No COIL I RETURN AIR proper airflow: 36 Inches opposite one coil,12 ORATOR inches opposite other coil(optional as to which 11 -} coil),60 inches overhead II E t-- , 4 Minimum recommended clearance for service: S'-3 I1/16" 11 ALT. CONDENSATE DRAIN OPENING I i f_ O'-2 9/16" 48 inches all 5 sides 116171 11 IN BASEPAN SUPPLY I [657 5 On vertical applications,ductwork to be attached I II I AIR I 2'-4 3/4" to accessory roof curb only 4 (4 0 I OPENING 1 (730] D/5 1 S1 DE 'f571 sit I /�i' c�,, i SUPPLY AIR R I GHT r I 0 2(I5I I I' o1(11'si16" `--- SIDE CORNER "D"-----..- D" •—_2'1111 1/4" ' [3557 FRONT II 0'-3 1/8"" CORNER "C" e 3'-4 1/4" �0 -8 3/16"(79] [1022 41 - -" (208) 7'-3 3/8' 122197 LTER ACCESS DOOR SPOSABLE FILTERS) .�\ .H.. 1'-1 1/4" 0'-4' FD'-7 3/8" (336) (101) [187] 2'-4 7/16" - - 1"-05/8" 0'-3 13/I6" (7221 (320) —il197] — ----— g II U 1 ACCESRY • II RET AIR RN I 7-911/18'FIL SORT I 'I A ' FLUE HOOD 11 OPENINGII (858) / %//// CONDENSER COIL G / II S/S 1 - - _. 3'-4 1/2" _ II 1 i 110291 2'-0 3/8" I II 1 �/ Q\\\\ 1619) 1'-1 3/4" II SUPPLY AIR \1 Il 1 i C (349] II OPENING 1 2'-1 7/8" S/S I I I [657] D I I I . -■��.i :__It_ OUTSIDE AIR 0"-3' 2 TYP L - 0 -5 3/4' I°--C943)/B 0156]/B" O'-415/16' _4'-11 15/16" J (146] (125) 0'-2"TYP [15227 / [517 �/ LEFT SIDE SUPPLY AIR RETURN AIR RIGHT SIDE E SID CONDENSATE GRAIN 0'-0 3/8" 110] T CONNECTION SIZES L A 1 3/6" DIA. (35] FIELD POWER SUPPLY HOLE ' 8 2 1/2"DIA [641 POWER SUPPLY KNOCK-OUT 2'-1" I C 1 3/4"DIA 1447 CHARGING PORT HOLE CONTROL BOX/ (635] INDOOR FAN MOTOR 6 I D 7/8"DIA. [221 FIELD CONTRIX_ WIRING HOLE COHPRESSOR/ BLOWER ACCESS PANEL I E 3/4"-14 NPT CONDENSATE DRAIN BURNER ACCESS ® I F 1/2"-14 NPT GAS CONNECTION 58080908.102120 PANEL i 3/4"-14 NPT GAS CONNECTION 58080901:102180 1 R 2" DIA (Si) POWER SUPPLY KNOCK-OUT d I 0'-4 1 F -1 I [105] 00 I l ) 1 , L 3'-01/4" ( (921) I FORK TRUCK SLOTS ) 0'-7 7/16" 1 3/8"(3S] (189] [TYP B PLACES) FRONT Models 580B090,102 DIMENSIONS . STD.UNIT ECONOMIZER CORNER CORNER CORNER CORNER UNIT WEIGHT WEIGHT WEIGHT(A) WEIGHT(B) WEIGHT(C) WEIGHT(D) "H" Lbs Kg. Lbs. Kg. Lbs. Kg. Lbs. Kg. Lbs. Kg. Lbs. Kg. Feet-Inches Millimeters 5808090 855 _388 27 12 165 75 139 63 252 114 299 136 2-63/4 781 5808102 860 389 _ 27 12 166 76 _ 140 64 — 253 115 _ 301 136 1-83/4 527 1289 —4— -> DIMENSIONAL DRAWING (cont) 2 [902]/2 °[9079/16" REAR 1 OUTSIDE AIR \�• 1 ZE i 4110 e FILTER/ECONOMIZER ACCESS PANEL 1'-57/8' Center of Gravity �F3;ONONIZER HOOD [454] CONDENSER COIL • %////� Direction of Airflow CORNER 'A•�. ' ( 3'[9243/8_ �r(7971/e"` CORNER "8' �- 7] 1 NOTES: //� -4-----1-1_0'-5 7/2' 1 Dimensions in( )are in millimeters I 2 flue side,zero incches all combustibles:er ides inches It - � RETURN 0/5 (320]1'(320 5/Er j//� 3 Minimum clearance from condenser coil lot � 11 .• 1 _, i RETURN AIR proper airflow: 36 inches opposite one coil,12 II EVAPORATOR inches opposite other coil(optional as to which COIL coil),60 inches overhead E .0 I 4 Minimum recommended clearance for service: 5 -3 11/16• ALT. CONDENSATE l----1 { f 0'-�9/76" 48 inches all 5 sides [1617] DRAIN OPENING 5 On vertical applications,ductwork to be attached IN BASEPAN � SUPPLY ( S7 AI 1 2" 4 3/4' to accessory roof curb only e 0 I OPENING (7307 I D/S I LEFT 1'-10 1/2" I •iii� SIDE [571 5' I SUPPLY AIR R I G H T °,-2175 16-1 ri (r-(1','9]16" `---- SIDE 1� {-0'-5 7n6• CORNER 'D•-� 2'-11 1/4"_I y (I-2' (1381 [895) I FRONT I o'-3 1/8'• CORNER •C• . 3 -4 1/4' ,.Q'-8 3/16 ' [79] [1022 4] �' (208] i. 7'-3 3/8" --y [2219] FILTER ACCESS DOOR (DISPOSABLE FILTERS) -�\ 3'-4 3/4' 1'-1 1/4' _.t- 110351 [3367 I r— -ry ' 0(-0 5)/8" 0 -7 3/8 r 0183113/16" 2"-4[722716" -l'-0 7/16' • — [971 — (316 I� B ///� .11 1 A �I RETURN! ACCESSORY G AIR 3•-0�" HOOD FILTER / CONDENSER FLUE HOOD I1OPENING11 (924) ) ( COIL / S/S II — 4'-0 1/2" _ 11232) 2'-8 3/8' ¢-- I `-- i j1 \\\\\ • [822] 1'-17/8' II SUPPLY AIR \ill 1 I1 - • 'i, (3 ) I OPENING ll 1l 2 -I 71 D S/S II [557] 1 ■•■■••■■•I a— OUTSIDE AIR 1 0'-3 3/4'-F --1 [ 3'-1 1/8 • 0'-6 1/8' �O'-415/16" M] I[:: 0'-5 3/4• - [943] (1561-d1 4'-11 15/16' (1461 (125) 0'-2"TYP (1522) "/ /�. (St) / LEFT SIDE SUPPLY AIR RETURN AIR RIGHT SIDE 0'-0 3/8' E STD CONDENSATE DRAIN (101 1a -- CONNECTION SIZES • 1 A 13/B" DIA. [35] FIELD POWER SUPPLY HOLE B 2 1/2"DIA [64] POWER SUPPLY KNOCK-OUT I C 1 3/4"0IA [44] CHARGING PORT HOLE 2'_9" (1 0 7/8' DIA- [22] FIELD CONTROL WIRING HOLE CONTROL BOY/ [8381 INDOOR FAN MOTOR 6 I E 3/4'-14 NPT CONDENSATE DRAIN COMPRESSOR/ ® BLOWER ACCESS PANFi 1 F 1/2'-14 NPT GAS CONNECTION 58080905102120' . BURNER ACCESS I 3/4'-14 NPT GAS CONNECTION 58080906102180 PANEL j G 2" DIA (51) POWER SUPPLY KNOCK-OUT I U-4"j1111 4 (101) F 00 I I T ` 3'-01/4' (921) 1 FORK TRUCK SLOTS 0'-7 7/16' (189) 1 3/6'[35) (TYP 8 PLACES) FRONT • !� Model 580B120 DIMENSIONS STD. UNIT ECONOMIZER CORNER CORNER CORNER CORNER UNIT WEIGHT WEIGHT WEIGHT(A) WEIGHT(B) WEIGHT(C) WEIGHT(D) Lbs.580B120 945 l 28 L2$ I Kg. 2 1 9 86 05 • 48 273 1 123 378 Kg. .-.-5_ 1289 DIMENSIONAL DRAWING (cont) , SCE trOTE •2 E. / • GAS SERVICE W [ F- PLATE 1 4 1116' 'j [1271 - ,I.4 WIG-i 'RVIGE •0• AS- oil / I [I�1 RATE C3�p-N�i CE ` � O� 0'-10 7/16"PLATE E Ears] `t ri 2 3/0'] � (611 O SECTION "C-C• C A. , -` \ s-7 3/B RI�e •� �y s E1711) •§z i 3-7 1/16" - T10941 -.,... • ."; 4 DIMENSIONAL DRAWING (cont) ` , SEE NOTE•2 NOTES: 1 Roof curb is shipped disassembled 4110 2 Insulated panels:1-inch,.13/4 lb density 3 Dimensions in )are in millimeters 4 Roof curb is galvanized steel • 5 Attach ductwork to curb(Flanges of duce x961 OR curb) 6 Service clearance Is 4 feet an each side FV / 7 ■1 Si\ Direction of aittlow SERVICE I _ PLATE 1'-83/16' ` F' (5126) ��'•_I 5/8' I SLAVICE •6• '�C717 3L •._.7 CONTROL >YPOT ' 0-23/8 1 1 ,j C61] I H. I O'-2316 1 C25.5] �1 1� 111 �, 17987 6] SECTION -C-C- 4'-7 7/B' (14201 SEE VIEW -8.0111-.-'e ••• . C MEAD E BOLT FLANGE BE ON DNIT III oil INSIDE OF FLANGE r — r - — j IL I i> GASKET 0-1 1/4' (SUPPLIED WITH CURB) /�� \ `�\ �/ ' [32] % 0'-7/16' ' 1.... [71] COUNTER FLASHING c \\ \\ �' 0 -1 3/4' U .\ (FIELD SUPPLIED) ..G'� ——�( 1441 (F IELO VSCuvvI IED) , ROOFING FELT 1 . \ �I�_—r4 /CANT FIELD SIPPLIFA) ( / �Z / STRIP \\7 7 / AREF ELD SUPPLIED) ?tr / �7 I 3/4'(44 HOLE _ RIGID INSULATION \! ffROOFING SUPP IEOIL At••-..� ALT DRAIN HOLE • I/4 F/6] (FIELD SUPPLIED) • VIEW B- \ i (TYP ALL CORNERS) t 1 TYPICAL (4) SIDES 0•_3' / [76] RETURN AIR / 0,-3. Fes,-8 14/16' OPENING / [76] C835 2] / i 3'-1 I/8' / [1019] / 1'-11 1/16' 50PPLY AIR [5115 7] 1'-4 1/16' OPENING / [407 9) • 0'-0 1M" / 0'3 3/4'. / / \` Z'-6 _ I' '1 61[761 SUPPLY AIR RETUN AIR 0'-0 7/16'J_ isci _ a 4.-6 15/16' 0'-0 7/16' VIEW A-A V` (BOLT HEM) (1396) fill ADS) y At_ • Roof Curb — Models 580B090 — 580B120 DIMENSIONS ie ROOF CURB A UNIT SIZE SERVICE PLATE SIZES ACCESSORY 1'-2•' Unit Size "E"Gas "F" Power "G"Control ..H" Connector Pkg. 389004-201 y (356) 58013090-120 580B090-120 14" (19) 1" (25) 3/4" (19) 23/4" (60) 389004-204 389004-202 2'-0" (609) -7- 1289 --.> SPECIFICATIONS MODEL 5808 036 048 060 072 NOMINAL CAPACITY(Btuh) 36,000 48,000 60,000 72,000 OPERATING WEIGHT(lb) 8 nit 540 550 570 625 ' With Economizer 558 568 588 643 Roof Curb 115 115 115 115 COMPRESSOR* Manufacturer Carlyle Carlyle Copeland Carlyle Quantity Type 1 J37 1 J48 1 CRP5 1 W72 Oil (oz) 46 46 70 64 REFRIGERANT(R-22) Operating Charge(lb-oz) 4-3 5-4 6-11 9-0 CONDENSER FANt Quantity..Diameter(inches) 135 1 .26 1 .26 1 .26 Nominal Cfm 4100 4100 3800 Motor Hp Rpm /3...850 Y3...850 Y3...850 '/3...850 CONDENSER COIL# Rows..Fins/inch 1..17 1 17 1 17 2 17 Total Face Area (sq feet) 7.78 12.25 12.25 12.25 EVAPORATOR FAN" Size (inches) 10 x 10 10 x 10 10 x 10 10 x 10 Type Drive Std 2-Speed Direct 2-Speed Direct 2-Speed Direct Belt Alt 2-Speed Direct Belt Belt Belt Nominal Cfm 1200 1600 2000 2400 Motor Hp Std h 3/. 1 0 1 5 Alt N 10 15 20 Motor Frame Std 48 48 48 56 Alt 48 56 56 56 Fan Rpm Range Std 860/845 1080/970 1080/1040 1100/ 835 Alt 1080/970 1160/860 1130/ 850 1400/1040 Maximum Fan Rpm Std 2100 2100 2100 2100 Alt 2100 2100 2100 2100 Motor Pulley Pitch Diameter Std — 2 4/3 4 AB (inches) Alt — 2 4/3 4 2 4/3 4 2 8/3 8 Fan Pulley Pitch Diameter(inches) Std — — Alt — 52 52 52 Belt—Type Length (inches) — A 43 A 43 A 43 Pulley Center Distance Std — 15 5-14 7 Alt — 15 5-14 7 15 5-14 7 15 2-14 4 Speed Change per Full Turn of Std — — — 55 Movable Pulley Flange (rpm) Alt — 60 56 Movable Pulley Maximum Turns Std — — 5 from a Closed Position Alt — 5 5 5 Factory Setting—Full Turns Open Std — — — 5 Alt — 5 5 5 Factory Speed Setting (rpm) Std — — 835 Alt — 860 850 1040 EVAPORATOR COILtt Rows..Fins/inch 2. 15 2.. 15 3.. 15 4.. 15 Total Face Area (sq feet) 4 17 5,5 5.5 5.5 FURNACE SECTION — High Heat Low Heat High Heat Low Heat High Heat Low Heat High Heat Burner Orifice Diameter (inches drill size) Natural Gas —Std 116 32 116 32 116 32 116 32 Liquid Propane—Alt 089 43 089 43 089 43 089 43 Thermostat Heat Anticipator Setting (amps) 1 1 1 1 208/230/460 v Gas Input Natural Gas — I 74,000 74,000 1 115,000 74,000 1 115,000 74,000 1 115 ,000 Liquid Propane 74.000 74,000 1 115,000 74,000 115,000 74,000 115,000 Efficiency (Steady State) (%) 79 79 79 79 Temperature Rise Range — I 25-55 25-55 I 35-65 25-55 I 35-65 25-55 I 35-65 Manifold Pressure (inches wg) Natural Gas—Std 3 5 3 5 Liquid Propane—Alt 3 5 3 5 3 5 3 5 Maximum Static Pressure(inches wg) 75 3 5 Field Gas Connection Size inches h 75 75 75 h HIGH-PRESSURE SWITCH (psig) Cutout Reset 428 320 LOW-PRESSURE SWITCH(psig) Cutout Reset ±27 4 67 ±7 OUTDOOR AIR INLET.SCREENS(Cleanable) Quantity Size (inches) 1 20 x 24 x 1 RETURN AIR FILTERS(Disposable) Quantity Size(inches) 2 16 x 25 x 2 *Hermetic tPropeller Enhanced copper tubes,aluminum lanced fin Centrifugal ttEnhanced copper tubes,aluminum double wavy fin 1289 —8— -> SPECIFICATIONS (cont) M••EL 5808 090 102 120 NOMINAL CAPACITY Btuh 90 000 102,000 120,000 OPERATING WEIGHT(lb} 10 Unit 855 860 945 With Economizer 882 887 972 Roof Curb 168 168 168 COMPRESSOR* Manufacturer Carlyle Quantity Type 2 J45 2 J51" 2 W61 Oil oz) 46 46 64 REFRIGERANT Operating Charge(lb-oz) R-22 Circuit 1 5-0 5-5 7-13 Circuit 2 5-0 5-5 7- 8 CONDENSER FANt Quantity..Diameter(inches) 1.26 1 .26 1 .26 Nominal Cfm 6500 6500 7000 Motor H....R.m 3/4...1100 3/4...1100 3/4...1100 CONDENSER COIL$ Rows..Fins/inch 1..17 1...17 2..17 Total Face Area • feet 18.0 20.5 18.9 EVAPORATOR FAN** Size (inches) 15 x 15 15 x 15 15 x 15 Type Drive Std Belt Belt Belt Alt — — Belt Nominal Cfm 3000 3400 4000 Motor Hp Std 2 0 2 0 2 0 Alt — — Motor Frame Std 56 56 56 Alt — — Fan Rpm Range Std 700-900 700-900 700- 950 Alt — — 850-1100 Maximum Fan Rpm Std 2100 2100 2100 Alt — — 2100 Motor Pulley Pitch Diameter Std 28/3 8 2 8/3 8 2 8/3 8 A/B(inches) Alt — — 3 4/4 4 Fan Pulley Pitch Diameter(inches) Std 7 0 7 0 7 0 Alt — — 7 0 Belt—Type Length (inches) A 48 A 48 A 51 Pulley Center Distance(inches) Std 16 16 191/2 Alt 19'/2 Speed Change per Full Turn of Std 0 40 40 50 Movable Pulley Flange(rpm) Alt 50 Movable Pulley Maximum Full Std 5 5 5 Turns From Closed Position Alt — — Factory Setting—Full Turns Open Std 5 5 5 Alt — — Factory Speed Setting(rpm) Std 700 700 650 Alt — — 750 EVAPORATOR COILtt Flows..Fins/inch 3..15 3..15 3..15 Total Face Area(-• feet) 8.0 8.0 10.0 FURNACE SECTION Low Heat High Heat Low Heat High Heat Low Heat High Heat Burner Orifice Diameter(inches drill size) Natural Gas—Std 120 31 120 31 120 31 120 31 120 31 120 31 Liquid Propane—Alt 096 41 096 41 096 41 096 41 096 41 096 41 Thermostat Heat Anticipator Setting(amps) 208/230/460v Stage 1 1 0 1 0 1 0 Stage 2 0 6 0 6 0 6 Gas Input(Btuh) Natural Gas—Std (Stage 1-Stage 2) 120,000 1120,000-180,000 120.000 1120,000-180,000 120,000-180,0001180,000-220,000 Liquid Propane—Alt (Stage 1 -Stage 2) 120,000 120,000-180,000 120,000 120,000-180,000 120,000-180,000 180,000-220,000 Efficiency(Steady State) (%) 79 79 79 Temperature Rise Range 20-50 1 35-65 20-50 I 35-65 35-65 1 35-65 Manifold Pressure(inches wg) Natural Gas—Std 3 5 3 5 3.5 Liquid Propane—Alt 3 5 3 5 3 5 Maximum Static Pressure(inches wg) 1 0 1 0 1 0 Field Gas Connection Size(inches) 1/2 34 h Y4 Y. 3/4 HIGH-PRESSURE SWITCH(psig) Cutout 428 Reset 320 LOW-PRESSURE SWITCH(psig) Cutout 27 ! 4 Reset 67 "+_- 7 OUTSIDE AIR INLET SCREENS(Cleanable) Quantity Size(inches) 1. 20 x 25 1...16x25 RETURN AIR FILTERS(Disposable) Quantity Size(inches) 4 16x20x2 4 16x20x2 4 20 x 20 x 2 'Hermetic tPropeller $Enhanced copper tubes,aluminun lanced fin "Centrifugal 11-Enhanced copper tubes,aluminum double wavy fin —9— 1289 HEATING CAPACITIES AND EFFICIENCIES — MODELS 580B036 — 580B072 MODEL 580B HEATING INPUT OUTPUT CAPACITY___ TEMPERATURE AFUE STEADY STATE CALIFORNIA SEASONAL (Btuh) (Btuh) RISE (°F) (%) EFFICIENCY (%) EFFICIENCY (%) 036074 74,000 58,460 35-65 75 7 79 73 3 048074 74.000 58,460 20-50 75 7 79 73.3 • 048115 115,000 90,850 35-65 75 7 79 74 1 060074 74.000 58,460 20-50 75.5 79 73 3 060115 115,000 90,850 35-65 75 7 79 74.1 072074 74,000 58,460 20-50 75 7 79 733 072115 115,000 90,850 35-65 75 7 79 74.1 HEATING CAPACITIES AND EFFICIENCIES — MODELS 580B090 — 580B120 HEATING INPUT OUTPUT CAPACITY TEMPERATURE AFUE STEADY STATE'CALIFORNIA SEASONAL MODEL 580B (Btuh) (Btuh) First Stage/Second Stage First Stage/Second Stage RISE (°F) (°/a) EFFICIENCY (%) EFFICIENCY (o/°) 090120 120,000 96,000 20-40 75.5 79 73 090180 120,000/180,000 94,800/142,200 35-65 75.5 79 73 102120 120,000 96,000 20-50 75 5 79 73 102180 120,000/180,000 94,800/142,200 35-65 75 5 79 73 120180 120,000/180,000 94,800/142,200 35-65 75 5 79 73 120220 180,000/220,000 142,200/173,800 35-65 75 5 79 73 AFUE — Annual Fuel Utilization Efficiency NOx Levels — 40 nanograms/joule with accessory kit \ VL 1 , Aii, ) ®APPROVED ARI CAPACITIES MODEL 580B NOMINAL STANDARD NET COOLING TOTAL TONS CFM CAPACITY (Btuh) kW EER SEER BELS 036 3 1200 35,000 4 2 8.4 9 3 8.2 048 4 1600 48,500 5 8 8 5 9 3 8.2 060 5 2000 60,000 7 1 8 5 9.3 8 2 072 6 2400 71,000 8 3 8 4 — 8 2 090 71/2 3000 90,000 10 5 8 6 — 8 6 102 81/2 3400 102,000 11 9 8 5 — 8 6 120 10 4000 120,000 14 2 8.4 — 8,6 BELS — Sound Levels (1 BEL = 10 decibels) Rated in accordance with ARI Standards 210/240-84 and 270-84 EER — Energy Efficiency Ratio Ratings are net values, reflecting the effects of circulating fan @ /li SEER — Seasonal Energy Efficiency Ratio heat Ratings are based on (applies to single phase unit only) Cooling Standard:80°F db,67°F wb indoor entering air tempera- ture and 95°F db air entering outdoor unit 0- •1i. SELECTION PROCEDURE (with 580B048 example) I DETERMINE COOLING AND HEATING REQUIRE- For this example MENTS AT DESIGN CONDITIONS: Correction factor= 1.10 x (1 - 194) x (82-80) = 1.773 Given From the Gross Cooling Capacities tables find that the Total Cooling Capacity Required 47,220 Btuh sensible heat capacity at 80°F is 35 6 Add 35.6 and 1 773 Sensible Heat Capacity 32,075 Btuh to get the corrected sensible heat capacity of 37,373. Required Heating Capacity 87,500 Btuh NOTE: Unit ratings are gross capacities and do not in- Condenser Entering Air Temperature 95°F elude the effect of indoor fan motor heat To calculate net Evaporator Entering Air Temperature 82°F Edb/ capacities. see Step V 67°F Ewb Evaporator Air Quantity 1600 cfm III SELECT HEATING CAPACITY OF UNIT TO PROVIDE • External Static Pressure 035 inch wg DESIGN CONDITION REQUIREMENTS: Power Supply (V-Ph-Hz) 230-3-60 In the Heating Capacities table, note that unit 580B048 II DETERMINE UNIT SIZE: will provide output capacity of 90,850 Btuh, which is adequate for the given application Select unit based on cooling requirements IV DETERMINE FAN SPEED AND POWER REQUIRE- Enter Gross Cooling Capacities table at condenser enter- MENTS AT DESIGN CONDITIONS: ing temperature of 95°F, evaporator air entering at 1600 Before entering the Air Delivery tables,calculate the total cfm and 80°F db and 67°F wb The 5808048 unit will static pressure required based on unit components. From provide a gross cooling capacity of 50,800 Btuh and a the given and the Pressure Drop table, find. sensible heat capacity of 37,373 Btuh Since the evap- orator air temperature is 82°F, calculate sensible heat External static pressure 0.35 inch wg capacity correction, using the formula found in the notes Economizer 0 05 inch wg following the Gross Cooling Capacities tables Total Static Pressure 0 40 inch wg —10— I Enter the Air Delivery table for 580B048 Vertical Dis- Net sensible capacity = 37,373 - 2672 Btuh charge At 1600 cfm and 230 volts high speed,the stand- Net sensible capacity = 34,701 Btuh and motor will deliver 50 inch wg static pressure and 0 79 Convert bhp to Watts using the formula found in the notes Bhp This will adequately handle the job requirements following the Indoor Fan Motor Efficiency table V DETERMINE NET COOLING CAPACITY: For example' �. Cooling capacities are gross capacities and do not include 746 x 79 - indoor fan motor(IFM) heat Determine net capacity using Watts = .79 the following formula Net capacity = gross capacity - IFM heat Watts = 746 = 50,800 Btuh - 746 Watts (3 413 Btuh) Watts 50,800 Btuh - 2540 Btuh Net capacity 48,253 Btuh GROSS COOLING CAPACITIES 580B036 (3 TON) EVAPORATOR CONDENSER AIR TEMPERATURE(°F) AIR 85 95 105 115 Cfm BF °F Capacity Mbtuh Compressor Capacity Mbtuh Compressor Capacity MBtuh Compressor Capacity Mbtuh Compressor Ewb Total Sensible kW Total Sensible kW Total Sensible kW Total Sensible kW 72 40 0 19 6 3 27 38.0 18.9 3.52 36.1 18.2 3.78 34.0 17.4 4.04 900 156 67 36 5 24 1 3 15 34 7 23 4 3 40 32.9 22.7 3.65 30.9 21.9 3.89 62 32.9 28.2 3 03 30 9 27.1 327 29.2 26.2 3.50 27.5 25.4 3.72 0 72 41 7 21 5 3.32 39.7 20.8 3.59 37.7 20.1 3.86 35.6 19.5 4.13 1200 193 67 38.3 27 3 3 21 36.4 26 5 3 46 34.4 25.8 3.72 32.4 25.1 3.97 62 35.2 32 4 3 11 33 3 31 5 3 35 30.8 30 1 3.58 29.0 29 0 3.82 72 42.9 23.0 3.36 40.7 22.4 3.62 38.6 21.7 3.90 36.6 21.1 4.17 1500 .224 67 39.6 30.0 3.25 37.6 29.4 3.52 35.4 28.5 3.76 33.3 27.5 4.02 62 365 357 316 346 346 3.41 330 330 366 313 313 392 580B048 (4 TON) EVAPORATOR CONDENSER AIR TEMPERATURE(°F) AIR 85 95 105 115 Cim BF °F Capacity Mbtuh Compressor Capacity Mbtuh Compressor Capacity Mbtuh Compressor Capacity Mbtuh Compressor Ewb Total Sensible kW Total Sensible kW Total Sensible kW Total Sensible kW 72 54 4 26 5 4 43 52 0 25 6 4 75 49.6 24.6 5.07 46.9 23.6 5.38 1200 157 67 50 4 32 6 4 29 48 1 31 7 4 60 45.7 30 7 4.89 43 3 29 8 5.22 62 46.6 38 7 4.15 44.2 37.6 4.44 41.9_ 36.5 4.73 39.6 35.3 5.02 72 56 3 28 2 4 52 54 6 27 9 4.87 51.8 26.8 5.18 48.0 25.8 5.50 T 1600 194 67 52 9 36 2 4.39 50.8 35.6 4.72 48.0 33.6 5.01 45.4 33.7 5.33 62 49 0 43 5 4 25 46 7 42 7 4 56 44 2 41.2 4.84 41.7 40.1 5.14 72 57.7 29.9 4.56 55.5 29.2 4.90 53.0 28.4 5.23 50.2 27.5 5.56 2000 226 67 54 4 39 4 4 44 52.2 38.9 4.77 49.3 37.7 5.07 46.8 37.0 5.41 62 50 7 47 7 4 31 48 2 46 6 4 61 45.8 45.3 4.92 43.3 43.3 5.23 LEGEND total capacity(Btuh) BF - Bypass Factor hlwb - hewb - 4 5 x cfm Ewb - Entering Wet-Bulb kW - Compressor Motor Power Input Where' hewb = Enthalpy of air entering evaporator coil • NOTES: 3 SHC is based on 80°F entering dry bulb(edb)temperature of air 1 Direct interpolation is permissible Do not extrapolate entering evaporator coil.Below 80°F edb,subtract(corr factor x 2 The following formulas may be used: cfm)from SHC Above 80°F edb,add(corr factor cfm)toSHC sensible capacity(Btuh) Correction Factor - 1.10 x (1 - BF) x (edb - 80) tldb - tedb 1 10 x cfm -> 4 Check Air Delivery tables to be sure selected cfm can be achieved tlwb - Wet-bulb temperature corresponding to enthalpy of air at job external static requirements leaving evaporator coil (hiwb) -11- 1289 GROSS COOLING CAPACITIES (cont) 580B060 (5 TON) EVAPORATOR CONDENSER AIR TEMPERATURE (°F) AIR 85 95 105 115 Cfm BF E b Capacity Mbtuh Compressor Capacity Mbtuh Compressor Capacity Mbtuh,Compressor Capacity Mbtuh Compressor • Total Sensible kW Total Sensible kW Total Sensible kW Total Sensible kW 72 69.5 34.6 5.60 66.5 33.5 5.99 62.9 32.3 6.34 58.1 30.5 6.68 1500 08 67 63.4 42.8 5.35 59.1 41.0 5.69 55.8 _ 39.6 6 01 52.5 38.2 6.31 62 56.6 49.9 510 53.7 48.4 5.41 _ 50.6 46.9 5.70 47.5 45.3 5.98 72 73.1 38.6 5.76 69.6 37.3 6.14 65.8 36.2 6.50 '61.4 34.7 6.84 2000 .107 67 66.8 49.0 5.51 62.8 47.5 5.85 58.6 45.9 6.18 54.9 44.5 6.68 62 59.9 57.7 5.26 56.7 55.9 5.57 53.8 53.8 5.90 51.0 51.0 6.23 72 75.1 42.0 5.85 71.5 40.9 6.62 67.8 39.9 6.61 63.6 38.6 6.95 2500 132 67 69.0 54.8 5.60 65.3 53.5 5.96 60.3 51.6 6.29 56.4_ 50.0 6.52 62 63 8 63 8 , 5 39 60.0 60.1 5.76 57.1 57.2 6.10 54.2 54.2 6.45 580B072 (6 TON) EVAPORATOR CONDENSER AIR TEMPERATURE(°F) AIR 85 95 105 115 Cfm BF E b Capacity Mbtuh Compressor Capacity Mbtuh 1Compressor Capacity Mbtuh JCompressor Capacity Mbluhf Compressor Total Sensible kW Total Sensible kW Total Sensible kW Total Sensible kW 72 82.9 41.5 6.37 79.0 40.1 6.83 74.6 38.5 7.24 70.2 37.0 7.67 1800 06 67 76.2 51.7 6.13 72.1 50.0 6.53 67.7 48.3 6.93 63.2 46.5 7.30 62 67 4 60 3 5 93 62 8 58 2 6 31 59.0 56 2 6.66 55.5 54.5 6.96 72 86.5 45.9 6.51 82.6 44.8 7.00 . 77.9 43.2 7.41 73.1 41.6 7.83 2400 083 67 80 1 59 4 6 29 75.7 57.7 6 70 71.2 56.1 7.10 66.2 54.2 7.48 62 72.5 70.7 6.09 68.0 67.9 6.49 64.1 64.1 6.90 60.3 60.3 7.30 72 89.2 50 2 6 63 85.1 49.3 7.11 80.1 47.7 7.54 74.9 46.1 7.94 3000 .105 67 82.4 66.3 6.38 78.1 64.8 6.81 73.2 63.0 7.21 68.1 61.0 7.59 62 76.7 76.7 6.24 73.1 73.1 _ 6.68 69.3 69.3 7.10 64.9 64.9 7.51 580B090 (71/2 TON) EVAPORATOR CONDENSER AIR TEMPERATURE (°F) AIR 85 95 105 115 Cfm BF °F Capacity Mbtuh Compressor Capacity Mbtuh Compressor Capacity Mbtuh Compressor Capacity Mbtuh Compressor Total Sensible kW Total Sensible kW Total'Sensible kW Total Sensible kW 72 102 7 51 2 7 87 97 5 49 2 8 52 92 3 47 3 9 15 86 7 45 2 9 77 2250 OB 67 93 9 63 3 7 59 88 9 61.4 8 21 84 0 59 4 8 82 78 8 57 3 9 39 62 852 746 731 803 722 790 752 697 847 700 671 902 72 107 3 56 4 8 03 101 7 54 6 8 70 96 4 52 8 9 33 90.6 50 9 9 98 3000 106 67 98 8 72 2 7 77 93 5 70 4 8 40 87 9 68 2 9 00 82 3 66 1 9 58 62 905 859 749 854 829 811 806 795 871 75.6 754 931 72 110 6 61 3 8 14 104 5 59 3 8 79 98 6 57.6 944 1 92.5 55.7 10.10 3750 131 67 101 6 80 3 7 86 96 3 78 4 8.51 90 6 76 3 9 13 84 7 73 9 9 71 62 94 5 93 5 7 62 89 9 89 7 8 26 85 7 85.5 8 90 81 0 81 0 9 53 580B102 (81/2 TON) EVAPORATOR CONDENSER AIR TEMPERATURE (°F) AIR 85 95 105 115 Cfm BF E b Capacity Mbtuh Compressor Capacity Mbtuh Compressor Capacity Mbtuh Compressor Capacity Mbtuh Compressor Total Sensible kW Total Sensible kW Total Sensible kW Total'Sensible kW 72 115.0 57.2 9.06 109.6 55.2 9.79 103.6 53.0 10.48 97.7 51.1 11.19 _ 2250 085 67 105.7 71.1 8.75 100.2 69.0 9.43 94.6 66.7 10.09 88.9 64.5 10.75 62 96.3, 84.2 8.41 90.8 81.5 9.05 84.8 78.6 9.68 79.1 75.6 10.31 72 120.7 63.4 9.27 114.4 61.3 10.00 108.1 59.3 10.69 101.5 57.0 11.39 3400 113 67 111.1 81.4 8.95 105.2 79.0 9.64 99.2 76.9 _ 10.32 93.0 74.6 10.98 62 101 8 97 1 8 62 96 4 93 9 9 28 91 0 90 4 9.95 85 4 85 4 10 64 72 124.2 68.8 9.40 117.6 66.9 10.13 111.1 64.9 10.85 104.3 62.7 11.57 4250 139 67 114.6 90.5 9.08 108.4 88.4 9.79 101.8 85.7 10.44 95.5 83.3 11.12 62 106 0 105 7 8 78 101 2 101 2 9 49 96 2 96 2 10 19 91 3 91 3 10 91 -12- GROSS COOLING CAPACITIES (cont) 580B120 (10 TON) EVAPORATOR CONDENSER AIR 85 95 105 115 . `-, _°F Capacity Mbtuh Capacity Mbtuh Ca acct Mbtuh Ca acit Mbtuh Y Compressor P Y Compressor P Y Compressor p Y Compressor Cfm BF Ewb Total Sensible kW Total Sensible kW Total Sensible kW Total Sensible kW — 72 1380 680 1070 1313 656 1147 1241 628 1219 1168 602 1292 3000 08 67 126 0 83 6 10 31 119 1 80 7 1 1 00 1 1 2 3 77.9 1 1 66 105 2 74 9 12 30 - 62 112 3 96 9 9 89 105 4 93 4 10 56 99 3 90 4 11 18 93 8 87 4 11 73 72 145.4 75.0 11.01 137.7 72.4 11.75 130.1 69.8 12.49 122.2 67.1 13.22 4000 107 67 133 5 95 2 10 57 126 5 92 7 11 32 118 8 89 6 12 02 111 2 86 5 12 66 62 121 3 112 4 10 17 113 9 112 9 10.85 106.6 103 7 11 52 100 4 98 7 12 18 72` 1491- 807 1116 1420 786 1194 1337 756 1265 1256 734 1336 5000 132 67 138 3 105 6 10 75 130 9 103 0 1 1 49 123 1 100 2 12.22 114 9 96 6 12 87 62 1272 1235 1037 1205 1186 11 09 1136 1130 11.79 106.9 106.9 12.51 LEGEND tlwb = Wet-bulb temperature corresponding to enthalpy of air BF — Bypass Factor leaving evaporator coil (hlwb) Ewb — Entering Wet-Bulb kW — Compressor Motor Power Input h - h total capacity(Btuh) Iwb ewb 4 5 x cfm NOTES: Where' hewb = Enthalpy of air entering evaporator coil 1 Direct interpolation is permissible Do not extrapolate 3 SHC is based on 80°F entering dry bulb(edb) temperature of air 2 The following formulas may be used. entering evaporator coil Below 80°F edb,subtract(corr factor x sensible capacity(Btuh) cfm)from SHC Above 80°Fedb,add(corr factor x cfm)to SHC tldb - tedb 1 10 x cfm Correction Factor - 1 10 x (1 - BF) x (edb - 80) -r 4 Check Air Delivery tables to be sure selected cfm can be achieved at job external static requirements 0 -* AIR DELIVERY — VERTICAL DISCHARGE UNITS 580B036 (3 TON) STANDARD DIRECT DRIVE MOTOR—1/2 HP ALTERNATE DIRECT DRIVE MOTOR—3/4 HP AIRFLOW Low Speed r High Speed Low Speed High Speed (Cfm) 208 230/460, 575 208 230/460,575 208 230/460, 575 208 230/460,575 ESP Bhp ESP Bhp ESP Bhp ESP Bhp ESP Bhp ESP Bhp ESP Bhp ESP Bhp 900 0 46 21 48 24 0 49 26 0 51 29 0 74 43 80 48 95 0 50 1 10 59 1000 0 44 24 45 27 0 47 28 0 48 32 0 68 46 73 49 87 0 55 98 64 1100 0 40 25 42 29 0 44 29 0 45 33 0 60 48 66 54 79 0 58 91 66 1200 0 32 27 37 30 0 38 31 0 40 35 0 52 50 59 56 72 0 61 84 69 1300 0 28 29 32 31 0 32 32 0 34 36 0 44 54 50 59 64 0 64 75 71 1400 0 22 30 25 32 0 26 33 0 28 37 0 35 57 42 62 56 0 67 66 74 1500 0 16 31 18 33 0 20 35 0 21 38 0 26 58 34 65 48 I 0 69 58 78 580B048 (4 TON) STANDARD DIRECT DRIVE MOTOR—3/4 HP AIRFLOW Low Speed High Speed (Cfm) 208 2301460,575 208 230/460,575 ESP Bhp ESP Bhp ESP Bhp ESP Bhp 1200 0 53 0 50 0 58 0 57 72 59 84 0 69 1300 0 44 0 54 0 50 0 59 64 64 75 0 71 1400 035 057 042 062 56 67 67 075 1 500 025 062 033 065 47 69 58 077 1600 0 16 0 65 0 24 068 38 71 50 0 79 1700 009 0 67 0 15 0 69 30 74 40 0 82 1800 0 00 0 68 0 06 0 71 22 77 32 0 83 1900 — — — 12 78 24 0 85 • 2000 03 81 15 0 87 NOTE:Values include losses for filters and wet coils —13— 1289 -> AIR DELIVERY - VERTICAL DISCHARGE UNITS (cont) 580B048 (4 TON) ALTERNATE BELT DRIVE 1.0 HP MOTOR,1.3 MAX BHP,860-1160 DRIVE RANGE AIRFLOW External Static Pressure(inches wg) • (Cfm) 0.1 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 Rpm Bhp Rpm Bhp Rpm ' Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp 1200 596 0.20 665 0.25 779 0.36 872 0 48 957 0 60 1028 0 69 1083 0 74 - 1300 633 0.24 699 0.30 809 0.42 902 0 55 984 0 67 1058 0 80 1121 0 89 1171 0.94 1400 672 0.30 735 0 36 840 0.48 933 0 62 1011 0 75 1086 0 89 1 153 1 02 1210 1.12 1257 1.17 1500 711 0.35 770 0.42 873 0 55 963 0 69 1041 0 84 1113 0 99 1180 1.13 1241 . 1.27 1295 1 37 1339 143 1600 751 0.42 806 0.49 907 0 63 993 0 77 1072 0 93 1141 1 09 1207 1.25 1 1259 1 40 1326 1 54 1376 1 65 1700 791 0.49 843 0.57 941 0 72 1024 0 87 1 103 1 04 - 1171 r 1.20 1235 r 1 37 1296 1 53 1354 1 70 1407 1.84 1800 831 0.58 881 0 66 976 0 81 1057 0 97 1132 1 14 1202 1 32 1263 1.49 1323 , 1 57 1361 1 85 1436 2 02 1900 872 0 67 919 0 75 1011 0 92 1091 1 08 1162 1.25 1232 145 1294 163 1351 I 1 81 1408 2 00 1463 2 19 2000 913 0 77 958 0 86 1046 1 03 1125 1 21 1 195 1 3E • 1262 158 1325 1 76 1382 i 1 97 1436 2 16 1489 236 NOTES: 1 Boldface indicates field-supplied drive required 5 Use of field-supplied motor may affect wire sizing Contact your distributor representative to verify 2 Shading indicates field-supplied motor and drive required 6 Extensive motor and drive testing on these units has ensured that the full horsepower range of the 3 indicates maximum bhp motor can be utilized with confidence Using your fan motors up to the horsepower ratings shown 4 Values include losses for filters and wet coils will not result in nuisance tripping or premature motor failure Unit warranty will not be affected 580B060 (5 TON) STANDARD DIRECT DRIVE MOTOR- 1.0 HP AIRFLOW Low Speed High Speed (Cfm) 208 230/46.0,575 208 230/460,575 _ ESP r Bhp ESP Bhp ESP Bhp ESP Bhp 1500 55 70 56 75 58 78 62 80 1600 46 74 47 78 50 80 55 83 1700 38 77 39 BO 48 83 45 86 1800 31 80 32 84 35 86 38 89 1900 24 83 25 86 27 89 31 92 2000 16 86 17 89 20 92 23 94 2100 08 88 09 92 13 93 15 96 2200 00 91 02 94 04 - 97 07 99 NOTE:Values include losses for fillers and wet coils 580B060 (5 TON) ALTERNATE BELT DRIVE 1.5 HP MOTOR,1.7 MAX BHP,850-1130 DRIVE RANGE AIRFLOW External Static Pressure(Inches wg) (Cfm) 0.1 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm- Bhp Rpm Bhp 1500 750 0.37 808 0.43 914 0 57 1001 0 70 1084 0 85 1168 1.02 1199 1.11 1126 1.02 1600 794 0.44 846 0.50 950 0 65 1034 0 78 1 1 11 0 93 1194 1.11 1263 1.28 1275 1.35 1700 839 0.52 884 0 58 983 0 73 1068 0 88 1145 1.04 1218 1 20 1295 1.40 1351 1.57 1352 1.62 1800 885 0 61 924 0 67 1018 0 82 1105 0 99 1179 1.15 1246 1 32 1319 1.51 1389 1 72 1435 r 1 88 1900 932 0 72 965 0 77 1057 0 94 1143 1 12 1212 1.27 1280 1.45 1343 1.63 1415 185 1478 206 2000 979 0 83 1008 0 88 1096 1 06 1177 1 24 1247 1.41 1314 1.59 4 1374 r 1 76 1438 1 95 1505 2 21 2100 1026 0 96 1051 1 01 1136 1.19 1210 1 37 1284 1.57 1347 I 1 74 t 409 1.94 1465 1 2 13 1528 236 2200 1074 1 10 1095 1 15 1173 1.33 1245 1 51 1322 1 73 1380 1 190 1442 2 11 1498 2 31 - 2300 1 122 1 25 1140 1.30 1210 1.47 1284 1.67 1356 1 90 1418 2.09 1475 229 2400 1170 1.42 1185 1.46 1249 1.64 1323 1 85 i 1389 205 1456 2.30 2500 1218 1.61 1231 1.64'' 1'fa9 1 81 1363 2 G4 E 1424 2 24 II _ - _ 580B072 (6 TON) STANDARD BELT DRIVE 1.5 HP MOTOR,1.7 MAX BHP,835-1110 DRIVE RANGE ALTERNATE BELT DRIVE 2.0 HP MOTOR,2.4 MAX BHP.1040-1400 DRIVE RANGE AIRFLOW External Static Pressure(inches wg) 0.1 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp 1800 935' 0 67 983' 0 75 1069 0 91 1152 1 08 1226 1 26 1294 1 45 1358 1 64, 1420 1.85 1486 2.11 1900 982' 0 78 1027' 0 86 1111 1 03 1190 1 20 1263 1 40 1330 1.59 1392 1 79 1452 2.00 1511 2.23 2000 1029' 0 90 1072 0 98 1154 1 16 1228 1 34 1301 1 54 1367 1 75 1428 1.96 1486 2 17 . 1542 . 2.39 2100 1076 1 03 1117 1 12 1197 1 31 1267 1 49 1338 1.69 1403 1.91 1464 2.13 1521 2.35 ' 1575 12 57 2200 1124 1 18 1163 1 27 1240 1 47 1307 1.66 1376 1 86 1440 2.08 1500 2.31 1557 2 54 1610 j 2 77 2300 1171 1 33 1209 1 43 1283 1.64 1350 1 84 1414 2.04 1478 . 2.27 1537 2 51 1593 2 75 1646 j 299 2400 1219 1 51 1255 1.61 1326 1 82 1392 2 03 1453 2.24 1515 247 1574 2 72 1529 2 97 2500 1267 1.70 1301 1 80 1370 2 02 , 1435 225 1493 2.46 1554 2 69 1612 294 2600 ' 1315 1 90 1348 2 00 1414 2.23 1479 2 47 1535 2 69 1592 2 92 2700 1363 2 12 7395 2 23 I 1458 2 46 1521 2 71 1577 2.94 _ = - - - - - - - 2800 1411 2.36 1442 : 2 47 1 1503 2 71 1564 2 96 I - 1 - III - - -- - 2900 1459 f 2 61 1 489 3 2 72 1 1548 2 97 - - _ - - 'Field-supplied drive requited with 1 5 hp motors 6 Use of field-supplied motor may affect wire sizing Contact your distributor NOTES: representative to verify 1 Boldface indicates field-supplied drive required 7 Extensive motor and electrical testing on these units has ensured that the 2 Shading indicates field-supplied motor and drive required full horsepower range of the motor can be utilized with confidence Using 3 Italics indicate alternate motor required your fan motors up to the horsepower ratings shown will not result in 4 _indicates maximum bhp nuisance tripping of premature motor failure Unit warranty will not be 5 Values include losses for filters and wet coils affected 1289 -14- 7 -> AIR DELIVERY - VERTICAL DISCHARGE UNITS (cont) 580B090 (71/2 TON), 5808102 (814 TON) 2.0 HP MOTOR,2.4 MAX BHP,700-900 DRIVE RANGE AIR- External Static Pressure(Inches wg) FLOW ( ) 0.2 0.4 0.6 0.8 1.0 1.2 t 1.4 1.6 Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp ' 2200 506 0.52 586 0.72 656 t 0.95 718 118 776 143 -- -- -- - - r -- 2300 521 0.57 600 0.79 668 1.02 730 126 786 150 843 183 - 2400 536 0.63 613 0.85 680 1.09 741 134 796 159 849 188 910 2.31 995 314 2500 551 0.69 626 0.93 693 1.17 753 1 43 808 1 69 859 1 96 912 2.31 977 2 88 2600 567 0.75 641 1.00 706 1 25 764 1 52 819 1 79 869 2 06 , 918 2,37 . 973 2 81 2700 582 0.83 655 1.08 719 1 34 776 1 61 831 1 89 880 2 17 927 2 47 976 2 84 2800 598 0.90 670 1.17 732 1 43 789 1 71 842 2 00 892 2.29 938 2 58 983 2 92 2900 614 0.98 684 1.25 745 1 53 802 1 81 854 2 11 903 2 42 949 2 71 993 3 03 3000 630 1.07 699 1.35 759 1 63 815 1 92 866 2.23 915 2 54 961 2 85 1003 3 17 3100 646 1.16 714 1 45 773 1 74 828 2 04 878 2.35 i 926 2 67 972 3 00 1015 3 32 3200 662 1.26 729 1 55 787 1 86 841 2 16 ' 891 2 48 938 2 81 983 3 14 1026 3 47 3300 679 1.36 744 1 66 801 198 854 2.29 904 2 61 950 2 95 995 3 30 - - 3400 695 1.47 759 1 78 816 2 10 867 2 42 917 2 75 963 3 10 1007 3 45 - - 3500 712 1 59 774 1 90 830 223 881 2 56 930 2 90 976 3 25 - - 3600 729 1 71 790 2 03 , 845 2.37 895 2 71 943 3 05 988 3 41 - - 3700 745 1 84 805 2 17 860 2 52 909 2 87 956 3 22 - - - - 3800 762 1 98 821 2.31 875 2 66 924 3 03 970 3 38 - - - - - 3900 779 2 1 2 836 2 46 890 2 82 938 3 19 - - - -- - - - - 4000 796 2.27 852 2 61 905 2 98 953 3 37 - - - - 4100 813 �2 42 868 2 78 920 3 15 - - - - - 4200 830 2 59 884 2 95 935 3 33 - 4300 847 2 76 900 3 13 - - - - - - - , - - - - NOTES: 5 Extensive motor and electrical testing on these units has 1 Boldface indicates field-supplied drive requited ensured that the full horsepower range of the motor can 2 Values include losses for filters and wet coils be utilized with confidence Using your fan motors up to 3 indicates maximum bhp the horsepower ratings shown will not result in nuisance 4 Use of field-supplied motor may affect wire sizing tripping or premature motor failure Unit warranty will Contact your distributor representative to verify not be affected 5808120 (10 TON) STANDARD 2.0 HP MOTOR,2.4 MAX BHP,700-950 DRIVE RANGE AIR- ALTERNATE 3.0 HP MOTOR, 2.9 MAX BHP,850-1100 DRIVE RANGE • FLOW External Static Pressure(inches wg) (Cfm) 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp 3000 592 0.76 661 0.93 722 1 09 779 1 26 829 1 42 880 1 58 924 1 73 970 1 89 1031 2 08 1128 2 32 3100 607 0.83 676 1.01 734 1 17 791 1 34 840 1 51 890 1 68 935 1 84 977 200 1026 217 1096 2,38 , 3200 622 0.90 690 1.09 746 1 25 803 1 43 852 1 60 900 1 77 946 1 95 987 2 11 1029 2 28 1084 2 47 3300 638 0.98 705 1 17 759 1 33 815 1 52 864 1 70 910 1 88 957 206 998 2 23 1037 2.40 1082 2 58 3400 653 1.06 719 1 26 772 1 43 826 1 62 876 1 81 921 1 98 967 2 17 1009 2.35 1047 2 53 1087 2 70 3500 669 1.15 733 1.35 786 1 53 838 1 72 888 1 91 933 2 10 976 229 1020 2 48 1058 2 66 109514.2.84 3600 684 1.24 747 1 44 800 1 64 850 1.82 900 2 03 945 2 22 966 2.41 1030 2 61 1069 2.82 •106 2.96 3700 700 1 33 760 1 54 814 1 75 863 1 92 912 2 14 957 2.34 998 2 54 1039 2 74 i'.1081 22..94 1117 3.13 3800 715 1 43 774 1 64 828 1 86 875 2 04 924 2 26 969 2 47 1010 2 67 1049.2.87.4 1091 3.08 1128 1 3.29 3900 731 1 54 787 1 74 843 1 98 888 2 16 936 2.38 981 2 60 1022 2.81 1060 3.02 1106 323 1139 ; 3.44 4000 747 1 64 801 1 85 857 2 10 902 2.30 948 2 51 993 2 74 '034-216- 1072 3 17 1110 3.38 4100 763 1 76 816 1 97 872 2 23 916 2 44 960 2 64 1005 2.88 1046 3.11 1084 3.32 - 4200 778 1 88 831 2 10 886 2.36 929 2 58 972 2 78 11016 2.1x-3' 1058 3.25 1036 3.49 - - - - 4300 794 2 00 846 2 23 900`2 50 943 2 73 ,585 2.93 1028 3 17 1070 t 3.42 - - - - - - 4400 810 2 13 861 2.37 913 2 64 958 2.89 999 3.09 1040 332 - - - - - - 4500 826 2 27 7�6 2 52 927 2 78 1 973-3 04 1012 326 1053 3.48 - - - - - -- - - 4600 842 2.41 892 2 67 _940 . 2.92 967 321 1026 343 - - - - - - - 4700 ' 858 2 55 907 2.83 954 3T8 1002 338 - i - - - - - - -- 4800 874 2 70 "972r 219 968 3.24 -- - - _ - - -- - - - - 4900 890 2.86 r 938 3 16 982 3.41 - -- - -- - - - .. - 5000 "9767 3 031 953 3.33 - I - - I - - - , - - , - - - , - -_ - - NOTES: 7 Use of field-supplied motor may affect wire sizing Contact your distributor 1 Boldface indicates field-supplied drive required representative to verify 2 Shading indicates field-supplied motor and drive requited 8 Extensive motor and electrical testing on these units has ensured that the 3 Italics indicate field-supplied drive required with 1'F,hp motor full horsepower range of the motor can be utilized with confidence Using 4 indicates maximum bhp of standard motor your fan motors up to the horsepower ratings shown will not result in 5 _ _indicates maximum bhp of alternate motor nuisance tripping or premature motor failure Unit warranty will not be 6 Values include losses for filters and wet coils affected . ill -15- 1289 -+ AIR DELIVERY - HORIZONTAL DISCHARGE UNITS 580` 8036 (3 TON) STANDARD DIRECT DRIVE MOTOR-16 HP ALTERNATE DIRECT DRIVE MOTOR-34 HP 1 _ AIRFLOW Low Speed High Speed Low Speed High Speed _ (Ctm) 208 230/460,575 208 1 230/460,575 208 230/460,575 208 230/460 575 ESP Bhp ESP Bhp ESP Bhp ESP Bhp ESP Bhp ESP Bhp ESP 'Bhp ESP Bhp 900 53 0 24 55 26 063 0 29 0 64 0 32 - - 1000 48 026 51 27 057 030 060 034 - - - - - - 1100 43 0 27 45 30 0 52 0 32 0 54 0 35 0 85 0 46 0 92 0 49 1 00 0 50 1 10 0 55 1200 36 029 40 31 0 47 033 0 47 0 37 0 77 0 49 0 85 050 0 92 0 54 1 02 0 58 1300 28 030 32 32 038 036 041 039 069 050 077 051 085 057 094 061 1400 20 033 24 36 031 038 032 040 062 053 068 054 077 059 086 064 1500 11 0.36 14 38 021 040 022 043 052 057 058 057 068 062 077 066 58013048 (4 TON) STANDARD DIRECT DRIVE MOTOR-1/4 HP AIRFLOW Low Speed High Speed ■ (Cfm) 208 230/460,575 208 ' 230/460,575 ESP Bhp ESP Bhp ESP Bhp ESP Bhp 1200 0 78 47 85 0 49 92 54 1 01 58 1300 0 70 50 76 0 52 84 57 94 61 1400 0 62 55 68 0 56 78 59 87 64 1500 0 52 57 59 0 58 69 62 78 67 1600 0 44 59 50 0 60 61 66 70 69 1700 034 62 40 0 63 53 68 62 71 1800 0 22 66 30 0 68 45 72 54 75 1900 0 10 68 20 0 69 37 76 48 78 2000 - 09 0 72 29 78 39 81 NOTE:Values include losses for filters and wet coils 580B048 (4 TON) ALTERNATE BELT DRIVE 1.0 HP MOTOR,1.3 MAX BHP,860-1160 DRIVE RANGE AIRFLOW External Static Pressure(Inches wg) (Cfm) 0.1 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1 8 Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm f Bhp Rpm Bhp 1200 589 0.18 641 0.23 761 0.34 859 0.46 943 058 1030 0 70 1155 0 87 I - I _ 1400 640 0.27 705 0.33 817 0.45 914 0 59 996 072 1069 086 1139 099 1218 1.14 1325 134 1500 676 0.32 738 0.38 847 0 51 940 065 1024 0 81 1095 0 95 1162 1.09 1228 1.24 1303 140 1398 1 160 1600 713 0.38 772 0.44 877 0 58 967 0 73 1051 089 1123 105 1188 1.20 tp50 ' 135 -312 T 5: 1382 166 1700 750 0.45 806 0 51 908 066 997 0 81 1077 098 1151 1 15 1215! 131 1276 148 1334 1$4 1393 1 1.80 1800 788 0.52 841 0.59 939 0 75 1026 0 91 1104 1 07 1178 1.26 1243 1.43 1303 1.61 1359 1 78 1414 1 1.95 1900 826 0.60 876 0 68 971 084 1056 1 01 1132 1 18 ' 1204 1 37 / 1271 156 1330 1 74 1388 1 93 1439 j 2.11 2000 864 0 70 • 912 0 77 1004 0 94 1087 1 12 1162 130 1231 148 1298 :89 7358 189 1413 1 208 1466 1 2.27 NOTES: 1 Boldface indicates field-supplied drive required 6 Extensive motor and electrical testing on these units has ensured that the 2 Shading indicates field-supplied motor and drive required full horsepower range of the motor can be utilized with confidence Using 3 indicates maximum bhp your fan motors up to the horsepower ratings shown will not result in 4 Values include losses for filters and wet coils nuisance tripping or premature motor failure Unit warranty will not be 5 Use of field-supplied motor may affect wire sizing Contact your distributor affected representative to verify 580B060 (5 TON) STANDARD DIRECT DRIVE MOTOR-1.0 HP AIRFLOW Low Speed High Speed - (Cfm) 208 230/460,575 208 ' 230/460,575 ESP Bhp ESP Bhp ESP Bhp ESP Bhp 1500 0 72 82 0 76 0 84 0 81 0 86 85 090 1600 065 84 0 70 0 86 0 74 0 89 79 0 92 1700 056 89 0 63 0 89 066 0 92 71 0 93 1800 0 47 92 0 54 0 93 0 58 0 94 64 0 98 1900 0 39 94 0 45 0 97 0 51 0 98 57 1 02 2000 0 31 98 0 37 1 01 0 43 1 03 50 1 06 2100 0 20 1 03 0 27 1 05 0 33 1 07 45 1 10 2200 0 11 1 07 0 16 1 12 0 24 1 12 31 1 15 2300 0 00 1 12 006 1 15 0 14 1 18 22 1 23 2400 - - - - 0 04 1 27 09 1 29 2500 - - - - - - NOTE:Values include losses for filters and wet coils 1289 -16- -. AIR DELIVERY - HORIZONTAL DISCHARGE UNITS (cont) 580B060 (5 TON) . ALTERNATE BELT DRIVE 1.5 HP MOTOR,1.7 MAX BHP, 850-1130 DRIVE RANGE AIRFLOW External Static Pressure(inches wg) 10 (Ctm) 0.1 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp • ' 1500 720 0.34 776 0.39 886 0 53 978 0 66 1059 0 80 1142 0.96 1207 1.11 1245 ' 1.20 1251 1.21 1600 760 0.40 814 0.46 915 0 59 1010 0 74 1089 0 89 1165 1.04 1240 1.22 1296 1.37 1329 1.46 1700 801 0.47 853 0 54 950 0 68 1044 0 84 1120 0 99 1190 1.14 1286 1.33 1331 1.50 1381 1.65 1800 842 0.55 891 0 62 985 0 77 1075 0 94 1151 1.09 1221 1.26 1287 1.42 1358 1.63 1417 1 81 i 1900 883 0 64 931 0 72 1019 0 87 1103 1 03 1184 1.21 1252 1.38 1315 1.55 ' 1380 1.74 1446 1,95 2000 924 0 74 970 0 82 1054 0 97 1134 1 14 1217 1.34 1283 1.51 1346 1.69 1405 1.87 1469 2.08 2100 965 0 85 1010 0 93 1090 1 09 1170 1.27 1247 1.47 1315 1.65 . 137/ 1 1.84 1435 2.03 1492 2.22 . 2200 1007 0 97 1050 1 06 1128 1 22 1205 1.40 1275 1.59 1349 1,81 1409 1.99 1466 202 1621 2.40 2300 1049 1 10 1090 1 19 1166 1.36 1239 1.55 1306 174 ' 1380 198 1440 `i` 2.16 1497 2.37 - - 2400 1090 1 24 1131 1.34 1204 1.51 1273 1.70 1342 1.91 1409 2,13 1474 1 2.36 2500 1132 1.39 1172 1.49 1243 1.68 1 1309 1.8! 1377 1 209 1438 229 - ) - - -- 580B072 (6 TON) STANDARD BELT DRIVE 1.5 HP MOTOR,1.7 MAX BHP,835-1110 DRIVE RANGE ALTERNATE BELT DRIVE 2.0 HP MOTOR,2.4 MAX BHP,1040-1400 DRIVE RANGE AIRFLOW External Static Pressure(Inches wg) (Ctm) 0.1 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm _Bhp Rpm Bhp 1800 852' 0 55 905' 0 62 1002' 0 78 1084 0 93 1163 1 10 1235 1 29 1303 1 48 1371 1.69 1433 1.90 1900 894' 0 64 945' 0 72 1037' 0 88 1119 1 04 1194 1 21 1266 1 40 1330 1.59 1396 1 81 1450 2 03 2000 936' 0 74 984' 0 82 1072 0 98 1154 1 16 1226 1 33 1297 1 53 1362 1 73 1422 1 94 1485 2.16 2100 978' 0 85 1024' 0 93 1108 1 10 1190 1 29 1259 1 47 1327 1.66 1393 1 87 1452 2.08 1510 2.31 2200 1021' 0 97 1064 1 05 1145 1 22 1225 1 43 1294 1.62 1359 1 81 1423 2.02 1483 2.24 1536 2 66 2300 1064 1 10 1 104 1 18 1183 1 36 1260 1.57 1330 1 78 1392 1 97 1454 2.18 1515 l 2 41 1569 264 2400 1107 1 24 1145 1 32 1222 1 52 1296 1 73 1365 194 1426 2.15 1485 2.36 1544 2.59 1601 284 2500 1150 1 39 1186 1 48 1262 1.68 1331 1 89 1400 2.12 1461 2.34 1518 2 55 1575 2 78 - - 2600 1193 1.56 1228 1.65 1307 7 88 ' 7367 2 07 1435 2.31 1497 254 1552 2.76 1607 2.99 - - 2700 123/ 7 74 1269 1 83 1341 2 05 . 1404 2 26 1471 1 2 51 1532 2 75 1587 r 2 98 - ' -- - -- 2800 1280 1 94 1311 2 03 1381 2 25 1442 2 47 1560 ! 2 72 1567 298 - - - - - - 2900 1324 2 15 1354 2 24 1420 2 47 1481 2.69 1542 j 294 - - - 1 --- - - - - 3000 1368 2 37`:396 1 2.46 1460 2 69 1.521 1 2 93 -- 1 -- - -- - - - 'Field-supplied drive required with 1 5 hp motors 6 Use of field-supplied motor may affect wire sizing Contact your • NOTES: distributor representative to verify 1 Boldface indicates field-supplied drive required 7 Extensive motor and electrical testing on these units has ensured 2 Shading indicates field-supplied motor and dr ive required that the full horsepower range of the motor can be utilized with con- . 3 Italics indicate alternate motor required fidence Using your fan motors up to the horsepower ratings shown 4 indicates maximum bhp will not 'exult in nuisance tripping or premature motor failure 5 Values include losses for filters and wet coils Unit warranty will not be affected 580B090 (71/2 TON), 580B102 (81/2 TON) 2.0 HP MOTOR,2.4 MAX BHP,700-900 DRIVE RANGE AIR- External Static Pressure(inches wg) FLOW - ' (C1m) 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1_6 Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm Bhp Rpm_ Bhp Rpm Bhp Rpm Bhp 2200 499 0.50 580 0.70 652 0.94 717 117 779 143 - - - - - 2300 513 0.55 592 0.76 663 1.00 727 126 786 149 - - - - 2400 528 0.60 606 0.83 674 1.06 738 134 795 158 853 188 - - - 2500 542 0.66 619 0.90 686 1.13 748 141 806 168 859 194 919 2.37 2600 557 0.72 634 0.97 698 1.21 759 1 49 816 1 79 868 2 04 921 , 2.37 2700 573 0.79 648 1.05 711 1 29 770 1 58 827 1 88 878 2 16 ' 928 2 45 983 2 88 2800 588 0.86 662 1.13 723 1 38 782 1 66 837 1 98 889 2 29 937 2 57 986 2 91 2900 604 0.94 676 1.21 737 1 48 794 1 76 848 2 08 900 2.41 947 2 70 993 3 01 3000 620 1.02 690 1.30 750 1 58 806 1 86 859 2 18 910 2 52 958 2 85 1002 3 15 3100 636 1.11 704 1 39 764 1 69 818 1 97 870 2 29 920 2 64 968 2 99 1012 3 30 3200 652 1.21 718 1 49 778 1 80 831 2 09 882 2.40 931 2 76 979 3 13 1023 3 47 3300 668 1.31 732 1 59 793 1 92 844 2 21 894 2 53 942 2 89 989 3 26 1034 3 63 3400 684 1.41 747 1 70 807 2 04 857 2.35 907 2 66 954 3 02 1000 3 40 1044 3 79 3500 701 1 53 762 1 82 821 2 16 671 2 48 919 2 80 966 3 15 1011 3 55 1054 3 94 3600 717 1 65 777 1 94 835 2.29 885 2 63 932 2 95 978 3 30 1022 3 69 1065 4 10 3700 733 1 77 792 2 07 ' 849 2 42 899 2 78 945 3 1 1 990 3 45 1034 3 84 1076 4 26 3800 750 1 90 807 2 21 863 2 56 914 2 93 958 3 28 1003 3 62 1045 4 01 1087 4 43 3900 767 2 04 822 2.35 877 2 71 928 309 972 3 45 1015 3 80 1057 4 18 1098 4 60 4000 783 2 18 838 2 50 891 2 86 942 3 26 986 3 63 1028 3 99 1070 4 36 1110 4 78 4100 800 2.34 854 2 66 905 3 02 956 3 43 1000 3 81 1042 4 18 1082 456 1112 4 97 4200 '=-M-1 869 2 82 920 3 19 970 360 1015 4 00 1055 4 38 1095 4 76 1134 5 16 4300 834 2.66 885 300 935 3 37 984 3 78 1029 4 20 1069 4 59 1 108 4 98 1147 5 38 0 . NOTES: 5 Extensive motor and electrical testing on these units has 1 Boldface indicates field-supplied drive required ensured that the full horsepower range of the motor can be 2 Values include losses for filters and wet coils utilized with confidence Using your fan motors up to the 3 indicates maximum bhp horsepower ratings shown will not result in nuisance trip- 4 Use of field-supplied motor may affect wire sizing Contact ping or premature motor failure Unit warranty will not be your distributor representative to verify affected -17- 1289 411! -)- AIR DELIVERY - HORIZONTAL DISCHARGE UNITS (cont) 5808120 (10 TON) STANDARD 2.0 HP MOTOR,2.4 MAX BHP,700-950 DRIVE RANGE: AIR- ALTERNATE 3.0 HP MOTOR,2.9 MAX BHP,850-1100 DRIVE RANGE FLOW External Static Pressure(inches wg) (Cfm) 0.2 - 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.B _ 0�-' Rpm Bhp Rpm Bhp Rpm ` Bhp Rpm Bhp Rpm Bhp Rpm `Bhp Rpm Bhp Rpm Bhp_Rpm Bhp Rpm Bhp • 3000 552 0.68 632 0.87 701 1 05 761 1 22 816 1 36 871 154 918 1 67 967 1 89 _ 3100 565 0.74 644 0.93 711 112 772 131 825 145 879 163 928 1 78 973 194 3200 578 0.81 656 1.00 723 1 20 782 1 39 835 1 55 887 1 71 937 1 90 981 2 04 1026 2 26 3300 591 0.88 668 1.08 734 1 28 793 1 47 845 1 65 895 1 80 946 2 00 991 2 16 1032 2.32 1080 2 64 3400 605 0.96 680 1.16 745 1 36 803 1 56 856 1 75 904 1 91 953 2 10 1000 2 29 1041 2 44 1083 2 65 3500 619 1.04 691 1.23 755 1 44 813 1 65 867 1 86 914 2 03 961 2 20 1009 2.41 1051 2 57 1090 2 74 3600 633 1.13 703 1 31 766 1 52 824 1 74 877 1 97 924 2 15 970.32 1017 2 53 1060 2 72 �1009 2.88 3700 648 1.23 714 1 39 777 1 61 835 1 85 887 2 07 935 2 28 980 45 1024 2 64 r9 LE., 1109 3.03 3800 662 1.33 726 1 47 789 1 72 846 1 95 897 2 18 946 2.40 989 2 58 1033 2 76 f 1077 299 1118 3.20 3900 677 1.44 738 1 56 801 1 82 857 2 06 908 2 29 956 2 53 1000 2 73 1042_2 9111 1085 3 12 1127 3 35 4000 692 1.55 750 1 66 813 1 94 868 2 17 918 2.40 967 2 66 1010 2.87 1052 306 ' 1093 3 25 1135 3 4100 707 1 67 762 1 76 825 2 05 878 2 28 ' 929 2 53 977 2 78 1021'3 02 1062 322 11.02? 3 41 - ' SC- 4200 722 1 80 775 1 87 837 2 16 889 2.40 941 2 66 987 2.9k, 1032 3 17 1072 1 338 - - - 4300 737 1 94 787 1 99 848 2.27 900 2 52 1 952 280 r99'+3 ea 1042 3 32 4400 752 2 08 800 2 12 860 2 39 1 912 2 66 1-...g.2-2.93 1009 3 19 1052 3.46 - - -- 4500 768 2 24 814 2 25 871 2 51 924 2.804 973 1 3.07 1Q19 334 - - 4600 783 2.40 827 2.39 883 2 64 1,37"2.95 i 963 1 3 21 1030 3 50 4700 --- - 841 2 54 894 2 77 1 949 3.10 994 1 336 - - - -_ --_ - - -__ 4800 855 2 69 906 2_91 961 3 25 1005 ! 3 51 4900 - - 868 2 86 ;918 3 05 972 , 3 40 - j - - _- - - - 5000 - - 935'Tc 1 931327 1 _ _ - _ _ - NOTES: 7 Use of field-supplied motor may affect wire sizing Contact your distributor 1 Boldface indicates field-supplied drive iequeed representative to verify 2 Shading indicates field-supplied motor and drive required 8 Extensive motor and electrical testing on these units has ensured that the 3 Italics indicate field-supplied drive required with 11/2 hp motor full horsepower range of the motor can be utilized with confidence Using 4 indicates maximum bhp of standard motor your fan motors up to the horsepower ratings shown will not result in 5 indicates maximum bhp of alternate motor nuisance tripping or premature motor failure Unit warranty will not be 6 Values include losses for filters and wet coils affected FAN RPM AT MOTOR PULLEY SETTINGS MODEL MOTOR ` MOTOR PULLEY TURNS OPEN 5806 (Std/Alt) 0 V2 1 1'/2 2 21/2 3 31/2 4 41/2 5 r • 048 Alt 1160 1130 1100 1070 1040 1010 980 950 920 890 860 060 Alt 1130 1102 1074 1046 1018 990 962 934 906 878 850 072 Std 1110 1083 1055 1028 1000 973 945 918 890 863 835 072 Alt 1400 1364 1328 1292 1256 1220 1184 1148 1112 1076 1040 090 Std 900 880 860 840 820 800 780 760 740 720 700 102 Std 900 880 860 840 820 800 780 760 740 720 700 120 Std 950 925 900 875 850 825 800 775 750 725 700 Alt 1100 1075 1050 1025 1000 975 950 925 900 875 850 Alt - Alternate Std - Standard -, INDOOR FAN MOTOR EFFICIENCY MOTOR EFFICIENCY V2 HP, DIRECT DRIVE 63 1/4 HP, DIRECT DRIVE 79 1.0 HP, DIRECT DRIVE 80 1.0 HP, BELT DRIVE 81 1.5 HP,BELT DRIVE 81 2.0 HP,BELT DRIVE 80 3.0 HP,BELT DRIVE _ 83 NOTE:Convert bhp to Watts using the following formula Watts = 746 x Bhp Motor Efficiency -> ECONOMIZER STATIC PRESSURE DROP (inches wg) MODEL CFM 580B 1000 1200 1400 1600 1800 2000 2200 2400 2500 3000 3500 4000 4500 5000 _ 036,048,060,072 05 05 05 05 05 05 05 05 - 090,102,120 -- 1 - - - - - - 05 05 05 05 05 05 1289 -18- ■ -∎ ELECTRICAL DATA VOLTAGE COMPR OFM IFM COMBUSTION � POWER MODEL V-PH-HZ RANGE (each) _ FAN MOTOR SUPPLY . 580B Hp FLA MCA MOCP* Mln Max RLA LRA FLA FLA ill _ Std Alt Std Alt Std Alt Std Alt 208-230-1-60 197 254 17 9 93 1 9 ,h 3/, 2 8 3 8 16 27 1 28 1 35 35 036 208/230-3-60 187 254 10 5 80 1 9 /2 3/, 2 8 3 8 16 17 8 18 8 25 25 (3 ton) 460-3-60 414 508 6.1 40 1 0 1/2 y, 1 5 1 9 08 10 1 10 5 15 15 575-3-60 _ 518 632 4.1 27 1.9 ih , y, 2.8 3.8 .16 7.0 7 4 15 15 208-230-1-60 197 254 24 8 127 1 9 3/, 1.0 3 8 7 6 16 36 7 40 5 45 50 048 208/230-3-60 187 254 15 7 99 1 9 y, 1 0 3 8 3 1 16 25 3 24 6 30 30 (4 ton) 460-3-60 414 508 7 8 50 1 0 3/, 1 0 1 9 1 5 08 12 6 12 3 20 20 575-3-60 518 632 5.5 _ 40 1.9 3/, to 3.8 : 7.6 16 9 2 10 7 15 15 230-1-60 197 254 27 8 140 1 9 1 0 1 5 4 4 8 0 16 41 1 44 7 60 60 060 208/230-3-60 187 254 19 2 98 1 9 1 0 1 5 4 4 4 0 16 30 3 29 9 40 40 (5 ton) 460-3-60 414 508 9 6 49 1 0 1 0 1 5 3 0 1 8 08 16 0 14 8 20 20 575-3-60 518 632 8 3 41 1 9 1.0 1.5 4 4 8 0 16 12 9 14 3 15 15 208/230-3-60 187 254 22 6 137 1 9 1.5 2 0 4 0 5 8 16 34 2 36 0 40 40 072 460-3-60 414 508 10 4 69 1 0 1 5 2 0 1 8 2 6 08 15 8 16 6 20 20 (6 ton) 575-3-60 518 632 9 6 55 1 9 1 5 2 0 8 0 2 1 16 16 0 14 9 20 20 090 208/230-3-60 187 254 13 6 90 0 3 1 2.0 — 5 8 — 51 39 5 — 45 — (73h ton) 460-3-60 414 508 6 8 45 0 1 4 2.0 — 2 6 — 51 19 3 — 25 — 102 208/230-3-60 187 254 16 2 98 5 3 1 2 0 — 5 8 — 51 45 4 — 50 — (8y ton) 460-3-60 414 508 8 0 49 3 1 4 2 0 — 2 6 — 51 22 0 — 25 — 1 Y0 208/230-3-60 187 254 19 2 98 0 3 1 2 0 3 0 5 8 7 5 51 52 1 52 1 60 60 (10 ton) 460-3-60 414 508 9 6 49 0 1 4 2 0 3 0 2 6 3 4 51 25 6 26 4 30 30 1 FLA — Full Load Amps HACR — Heating,Air Conditioning and Refrigeration Hp — Nominal Horsepower IFM — Indoor Fan Motor ( \S, LRA — Locked Rotor Amps ` MCA — Minimum Circuit Amps MOCP — Maximum Overcurrent Protection ® L OFM — Outdoor Fan Motor OAPPROYE• ,• RLA — Rated Load Amps 'Fuse or HACR breaker NOTES: 1 In compliance with NEC requirements for multimotor and combi- 3 Motor Full Load Amps are determined by factory test Indoor fan nation load equipment (ref NEC Articles 430 and 440),the over- motor hp is not printed on unit nameplate current protective device for the unit shall be fuse or HACR breaker CGA units may be fuse or circuit breaker 2 MCA and MOCP values are the same for 208 and 230 volt OPERATING SEQUENCE COOLING — With system switch set at AUTO or COOL, integrated with mechanical cooling.Second stage cooling on supply-air fan runs whenever thermostat calls for cooling the thermostat energizes compressor no. 1 contactor to start Thermostat is set at desired setting the compressor and outdoor fan Without economizer—When thermostat calls for cooling,the As conditioned space temperature approaches the thermo- indoor fan contactor is energized and starts indoor fan motor stat's cooling set point, the mechanical cooling stages cycle Compressor contactor is energized to start compressor and off, last stage first. outdoor fan On 580B090-580B120 units,the thermostat calls for a second stage of cooling,compressor contactor no 2 is energized,and compressor no. 2 starts. As conditioned space temperature reaches thermostat's HEATING — System switch set at AUTO or HEAT,thermo- cooling set point,the indoor fan,compressor(s)and outdoor stat is set at desired setting When thermostat calls for fan shut off. heating, the induced draft relay is energized to start the With economizer—When the outdoor ambient temperature is induced draft motor The main burner lights and the indoor above the Outdoor Air Thermostat (OAT.) or optional fan contactor energizes to start the indoor fan within 45 . enthalpy control setting, sequence of operation is identical seconds On 580B090-580B120 units equipped for 2 stages to units without economizer When fan starts, economizer of heat,when additional heat is needed,the high-fire solenoid opens to minimum position on the main gas valve is energized When the outdoor ambient temperature is below the OAT or As space temperature approaches the heating temperature optional enthalpy control setting and the thermostat calls for set point,heating stages cycle off.The indoor fan motor is de- cooling,the indoor fan contactor is energized,the indoor fan energized 45 seconds after the thermostat is satisfied is started and the economizer modulates open The econo- During heating, economizer is limited to the minimum posi- mizer acts as the first stage of cooling,providing free cooling tion to provide minimum outdoor air for ventilation require- with outside air ments Economizer opens to minimum position as soon as the If the outside air alone cannot satisfy the cooling require- indoor fan starts Economizer closes when the fan shuts ments of the conditioned space, economizer cooling is down —19— 1289 TYPICAL FIELD WIRING 7 BLK 9Si BLK---qe TO COMP - - ' - II 0' YEL 0 13 YEL--Q 9 BLU Cb 21 23 21 23 • II • 13 EQUIP BLK ®• GND 21 0 1 I i 1 I I FIELD POWER SUPPLY FIELD POWER SUPPLY _1.1L— 208/230-3-60 _.iLL- 208-230/1/60 DISCONNEC NEC T� 460-3-60 rDISCONNECT ir L_--V-_J 575-3-60 L_ PER NEC ,.1 Power Wiring Connections CONNECTION FROM ECONOMIZER/TWO POSITION BOARD TO UNIT CONTROL BOARD le c ;;V� iiiiliil'i 'may'. 111111...-QA 1.',7) ::'7 Si _ fi ECONOMIZER/TWO POSITION . . . . CONTROL BOARD UNIT CONTROL BOARD THERMOSTAT CONNECTIONS THERMOSTAT CON NECTIONS FOR UNITS WITH ECONOMIZER FOR STANDARD UNIT OR TWO POSITION DAMPER III� CONTROL BOARD THERMOSTAT WIRING CONNECTIONS Control Wiring Connections —20— TYPICAL INSTALLATION 711F:A i a a"il■■•■:■A -2--T:--•--,_,--...--- -..-■■■•1 1 7.7-.rat; -7...--7.2------.........-:.: Filter access ... 411111b,. Condenser fan door discharge air • '''■. _,teroml.....moil..., . ... .. "2..." 4:4■"''' Ei'621762:■13" .:.:';.. . . ::::...::-::'::::.:,::;.:;:;:':;::::;; :',F`x;?‘"::. hp 41::-...-----tr--.: H______--------- .. .. .;.;....:...... .::::,....'„ A ....• • -.-......._. -.--.-.....z.'.- 1 -----=----.- .. . .-.• ':..-.r Ali,::---„..-.--• f!, • .__,__, .• -::,.. • .9,.._...-,•_:...-,--- ,, . . . . ..,.::: .. ........„......=.----- .. . .-_,,-,.......r.,,,,•-.::::----E,-•-•,---.7-.--.-- • . . ...is 0-4. •::-.:-..:‘,....• ...•::.........-::_••,...,........._ 1 . . . •......,.... ,-. ......,.e. • ...:, •;„..._.....„._%„.....„.•<, .. . • ,... -•:•.....„. ..--.-.:,-,....:,:. ......— , ...,,,..,.... ..., .,---.!-- n...--.......--,........::::-.- ......1..---__......--- 1 • . condensate .,:::...if...i:: . ..,.,, ...g.f.d•-•...-•••••••-• ,-..• :* ...n.„..-----.......r------ Condenser air ■ drain • .:.. .L'i:;. rg- •• '•• •• •:': 4 .-:-. ::*---"--- ---- inlet ■ - -..''..- :..--.------. - .--;•:=57-""--- 1 / c ac ..... .,,____,J,.:: x.,...,..4, , _ ._...)_.b._;....tr.,._ 1 .,......4.. „... iFnireesth air . .Outside air \ i.. - —____ _....... ..• • .mm , . Root curb hood -us 1...•.•- I LEGEND Outdoor airflow •• -... II> Indoor airflow Supply air Return air . Vertical Discharge Unit : • minegiumminimmen MIIIII...—• 1.11111.goommillaj_1111,1111 Condenser fan Flue 11.11111......,•••■11111.1 Control wiring fharge air /discharge 11111111111.074•••1111.1111111111111.. terminal board 111111111pziNlillpillimmar. . " 111.111117. Disconnect - , Return:ir ME: per NEC •'•**"'•N .'• ' lliii-7•111 • •-. . , . .....::::.. 411111111% ....:.- .•• Condenser HEW; ki t ____ ...... air inlet Mirir ••••- , . • : upply air •, )-••• , I! ., .."• i. ....•••:: •.:;,,• ., III ....•-`-`t :.-.:•:' • .t ••li 4.,;•,. ... ;...., - ....--- Power wiring -1---) .,,,..... .1:...,..:... .. .... ..:3...':';'' .:,;<.:./c.:•...6. k ......,.. i :.- .. *rii,„":7-14c!.-:---7 '.:i'1'...41::::. ••--.',..... •,. 1 Slab mount . .:r‹.:.:. • , lopolb• ,40,00.00 \ :.'. ...'<:..-.•.. ' ........•.:: "" '... ----• -s"" .. . .-....-- ..A. . . . .. - .... Heat '•- •0 exchanger Control wiring Manual gas 1011111111 valve From main Compressor gas supply Horizontal Discharge Unit • —21— -i APPLICATION DATA OPERATING LIMITS Secure bottom supply/return ductwork to roof curb For hori- Minimum ambient operating temperature is 35°F for standard zontal supply/return applications, attach ductwork to unit or • units Units with accessory low ambient temperature kits can attach field-supplied flanges to side-supply/return openings operate at temperatures down to 25°F With accessory head and attach all ductwork to flanges. pressure control, unit can operate at outdoor temperatures To convert from vertical supply/return to horizontal supply/ down to 20°F return, remove economizer or 2-position damper to gain • Units are draw-thru on cooling and blow-thru on heating. access to return duct openings. Move the horizontal supply/ All units are automatic changeover from heating to cooling return duct opening covers to the vertical supply/return when automatic changeover thermostat and subbase openings Rotate the economizer or 2-position damper 90 are used. degrees (or until the economizer motor faces the condenser section) Rotate the barometric relief damper 90 degrees To minimize possibility of condensate blow off from evap- Install block-off plate over the opening on the access panel. orator, airflow through units should not exceed 500 cfm/ton. INSTALLATION NOTE: On horizontal/return units equipped with econo- Internally trapped condensate pan is supplied on all units mizer or 2 position damper, the air filters must be installed An external trap is not required. Attachment of external trap in the duct connection. could cause leakage of water into the building Condensate Accessory Thru-the-Curb roof curb connections allow field drain is located on the bottom and side of the unit Only one power wires, control wires and gas supply to enter through connection is required, but either may be used regardless of the roof curb openings discharge ALTITUDE COMPENSATION — ALTITUDE COMPENSATION — MODELS 580B036 — 580B072 MODELS 580B090 — 580B120 NATURAL GAS LIQUID PROPANE NATURAL GAS LIQUID PROPANE ELEVATION ORIFICE ORIFICE ELEVATION ORIFICE ORIFICE Size Size Size Size 0-2,000 32 43 0-2,000 31 41 2,000 33 43 2,000 32 42 3,000 34 44 3,000 32 42 4,000 35 44 4,000 32 42 5,000 35 44 5,000 33 43 6,000 36 45 6,000 34 43 7,000 36 45 7,000 35 44 8,000 37 46 8,000 36 44 9,000 38 47 9,000 37 45 10,000 40 48 10,000 38 46 11,000 _ 42 48 11,000 39 47 12,000 43 49 r 12,000 40 47 13,000 43 49 13,000 41 48 14.000 44 50 14,000 42 48 NOTES: 1. As the height above sea level increases, there is less oxygen per cubic foot of air Therefore,heat input rate should be reduced at higher altitudes 2 Orifices are available through your local Distributor or Branch 1289 —22— ENGINEERS SPECIFICATION GUIDE — MODELS 580B036 (3 TON) TO 580B072 (6 TON) GENERAL' Furnish and install single-package, outdoor REFRIGERANT SYSTEM. Refrigerant system shall include rooftop mounted,electrically controlled,heating and cooling filter drier,fixed orifice feed system,and service gage connec- unit utilizing a reciprocating compressor for cooling and gas tions on suction line, liquid line and compressor discharge • combustion for heating duty. Unit shall discharge supply air line downward or horizontally as shown on the contract drawings. FILTER SECTION• Filter section shall consist of a factory . Nominal unit electrical characteristics shall be volts, installed low velocity, disposable 2-inch thick glass fiber phase, 60 Hz The unit shall be capable of satisfactory filters of commercially available sizes. Filter access panel operation within voltage limits of volts to volts. shall be hinged, with no tools required to change filters. COOLING CAPACITY.Total cooling capacity of the unit shall CONTROLS Unit shall be complete with self-contained low be Btuh or greater,and sensible capacity shall be voltage control circuit. Safeties shall include. Compressor Btuh or greater at conditions of feet'/min evaporator air overtemperature and overcurrent, low-pressure switch,evap- entering at unit at °F dry bulb, °F wet bulb and orator coil freezestat, and high-pressure switch condenser entering air of °F dry bulb. Total design Heating section shall be provided with the following minimum conditions shall be a minimum of Btuh/Watt. The unit protection: High temperature limit switch, induced draft shall be capable of cooling operation down to 35°F. motor centrifugal switch, manual reset flame rollout switch HEATING CAPACITY.Total heating capacity of the unit shall and flame proving controls be Btuh or greater with a gas input of Btuh OPTIONAL EQUIPMENT: Factory-installed integrated CABINET The cabinet shall be constructed of galvanized economizer shall include all hardware and controls to pro- steel, bonderized and coated with a prepainted baked vide cooling using outdoor air alone or in conjunction with enamel finish. mechanical cooling. Dampers shall be low leakage type, not COMPRESSOR. Compressor shall be of the fully-hermetic to exceed 2% leakage at 1.0 inch wg pressure differential. type with crankcase heaters and suitable vibration isolators Economizer shall be capable of introducing up to 100% outside air and shall be equipped with a gravity relief damper. CONDENSER SECTION: The condenser coils shall have Economizer controls shall be dry bulb type. aluminum plate fins mechanically bonded to seamless copper Higher horsepower alternate indoor fan motors shall be avail- tubes with all joints brazed. Condenser fan shall be of the able for higher static applications direct driven propeller type and shall discharge air vertically upward. Fan shall have permanently lubricated bearings APPROVALS. The unit shall be CGA design certified and UL EVAPORATOR SECTION: Evaporator coils shall have alumi tested and certified. All wiring shall be in accordance with num plate fins mechanically bonded to seamless copper NEC The unit shall be rated in accordance with ARI Stand- tubes with all joints brazed. Evaporator fan shall be direct ards 210/240 and 270. Unit shall be designed to conform to drive with 2-speed or belt driven as shown on the equipment NRCA standards. Insulation and adhesive shall meet NFPA drawings. Belt drive shall include an adjustable pitch motor 90A requirements for flame spread and smoke generation. 1 0 pulley.Bearings shall be sealed,permanently lubricated,ball- ACCESSORIES: Field-installed accessories shall include. bearing type Roof curb (14 inch or 20 inch), Roof curb electrical and gas HEATING SECTION. The unit shall be equipped with an utility connections, 2-position damper, 50% manual outdoor induced draft combustion system with energy saving direct air damper, 25°F low ambient kit, -20°F low ambient kit, spark ignition and redundant main gas valve. The heat remote control panel, Time Guard® short cycle circuit pro- exchanger shall be of the tubular section type constructed of tection,LP conversion kit,thermostat and subbase,electronic a minimum of 20-gage steel coated with a nominal 1,2 mil programmable thermostat, flue hood protector, condenser aluminum-silicone alloy for corrosion resistance. Burners coil hail guard, low NOx reduction kit, and economizer shall be of the in-shot type constructed of aluminum coated enthalpy control. steel. • —23— ENGINEERS SPECIFICATION GUIDE — MODELS 580B090 (71/2 TON) TO 5808120 (10 TON) GENERAL. Furnish and install single-package, outdoor REFRIGERANT SYSTEM. Refrigerant system shall include rooftop mounted, electrically controlled, heating and cooling filter driers, fixed orifice feed system, and service gage con- unit utilizing 2 reciprocating compressors for cooling and gas nections on suction line, liquid line and compressor dis- combustion for heating duty Unit shall discharge supply air charge line • downward or horizontally as shown on the contract drawings. FILTER SECTION Filter section shall consist of a factory- Nominal unit electrical characteristics shall be volts, installed low velocity, disposable 2-inch thick glass fiber 3 phase, 60 Hz. The unit shall be capable of satisfactory filters of commercially available sizes. Filter access panel - operation within voltage limits of volts to volts shall be hinged, with no tools required to change filters COOLING CAPACITY.Total cooling capacity of the unit shall CONTROLS. Unit shall be complete with self-contained low be Btuh or greater,and sensible capacity shall be voltage control circuit Safeties shall include Compressor Btuh or greater at conditions of feet3/min evaporator air overtemperature and overcurrent,low-pressure switch,evap- entering at unit at °F dry bulb, °F wet bulb and orator coil freezestat, and high-pressure switch condenser entering air of °F dry bulb Total design Heating section shall be provided with the following minimum conditions shall be a minimum of Btuh/Watt The unit protection: High temperature limit switch, induced draft shall be capable of cooling operation down to 35°F. motor centrifugal switch, manual reset flame rollout switch HEATING CAPACITY Total heating capacity of the unit shall and flame proving controls be Btuh or greater with a gas input of Btuh CABINET The cabinet shall be constructed of galvanized OPTIONAL EQUIPMENT Factory installed integrated steel, bonderized and coated with a prepainted baked economizer shall include all hardware and controls to pro- enamel finish p vide cooling using outdoor air alone or in conjunction with COMPRESSOR: Dual compressors of the fully-hermetic mechanical cooling Dampers shall be low leakage type, not type with crankcase heaters and suitable vibration isolators to exceed 2% leakage at 1 0 inch wg pressure differential and dual independent refrigeration circuits shall be supplied Economizer shall be capable of introducing up to 100% CONDENSER SECTION. The condenser coils shall have outside air and shall be equipped with a gravity relief damper aluminum plate fins mechanically bonded to seamless copper Economizer controls shall be dry bulb type tubes with all joints brazed Condenser fan shall be of the Higher horsepower alternate indoor fan motors shall be avail- direct driven propeller type and shall discharge air vertically able for higher static applications. upward Fan shall have permanently lubricated bearings. APPROVALS The unit shall be CGA design certified and UL EVAPORATOR SECTION Evaporator coils shall have alumi- tested and certified All wiring shall be in accordance with num plate fins mechanically bonded to seamless copper NEC The unit shall be rated in accordance with ARI Stand- tubes with all joints brazed Evaporator fan shall be belt ards 210/240 and 270 Unit shall be designed to conform to driven as shown on the equipment drawings Belt drive shall NRCA standards Insulation and adhesive shall meet NFPA include an adjustable pitch motor pulley. Bearings shall be 90A requirements for flame spread and smoke generation • sealed, permanently lubricated, ball bearing type ACCESSORIES. Field-installed accessories shall include HEATING SECTION The unit shall be equipped with an Roof curb (14 inch or 20 inch), roof curb electrical and gas induced draft combustion system with energy saving direct utility connections, 2-position damper, 500/o manual outdoor • spark ignition and redundant main gas valve The heat air damper, 25°F low ambient kit, -20°F low ambient kit, exchanger shall be of the tubular section type constructed of remote control panel, Time Guard® short cycle circuit pro- a minimum of 20-gage steel coated with a nominal 1 2 mil tection,LP conversion kit,thermostat and subbase,electronic aluminum-silicone alloy for corrosion resistance. Burners programmable thermostat, flue hood protector, condenser shall be of the in-shot type constructed of aluminum coated coil hail guard, low NOx reduction kit, and economizer steel. enthalpy control Bryant SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE UNIT MUST BE INSTALLED IN ACCORDANCE Air Conditioning WITH INSTALLATION INSTRUCTIONS bryant Carrier Corporation PRINTED IN U S A 1289 7/89 CATALOG NO BY-3258-004