GT Series High Efficiency Geothermal/Water Source Step-Capacity Heat Pump — R-410A

Ground Water Application: Water Temp 45° to 75° Ground Loop Application: Temp Range 25° to 110°

The GT Series Geothermal/Water Source Heat TYPICAL INSTALLATION APPLICATIONS Pump delivers economical year-round comfort by Compressor, Blower and A Coil Sections stack utilizing nature’s most abundant and efficient vertically for upflow and counterflow solar energy collector – the earth. The GT installations. Blower and A Coil Sections can Series heat pumps are designed for low water be remotely mounted in attics or crawl spaces flow rates and offer cooling efficiencies up to providing horizontal right or left opportunities. 29.1 EER and heating efficiencies up to 4.8 COP on ground water, and cooling efficiencies up to 24.9 EER and heating efficiencies up to 4.4 COP on ground loop. All units are shipped prewired for fast, easy installation in residential or commercial buildings.

Engineered Features

Steel Cabinet: Indoor Air Coil: Filter Rack (Optional): Galvanized 20 gauge zinc coated steel Grooved copper tubing and enhanced Accessory kit with 1" filter (reversible for left or cabinet with baked-on, textured enamel louvered aluminum fin for maximum heat right side access for upflow installations). which allows it to withstand 1000 hours of transfer and energy efficiency. salt spray exposure. Accessory Electric Duct Heater Option: Coil is constructed with special corrosion 5, 10, 15 and 20KW nominal size. Field Multi-Capacity Two-Stage: resistant hydrophilic fin stock with 2-layer installed external to unit. For upflow and Simple thermostatic control seamlessly coating. (1st layer - blue acrylic primer; horizontal duct installation only. stages the compressor and indoor airflow 2nd layer - clear topcoat.) rate between full and part load capacity Alternate coil coating is black E-Coat Optional Accessories: operation without cycling the compressor. electrostatic coating on complete coil. Room thermostat - Water accessory kit - This helps to maximize comfort, humidity Waterflow controls. control, energy efficiency and overall Lockout Circuit: Domestic Hot Water Heat Exchanger System: reduction in compressor cycling for Built-in lockout circuit resets from the room Double wall vented heat exchanger and pump improved system life. thermostat. Provides commercial quality protection to the compressor. with ECM motor and operating controls, Step Capacity Compressor: factory installed on all 1-phase models. Copeland step-capacity (2-stage) scroll Variable Speed ECM Blower Motor: Hot Water Heating Performance and compressors are designed for increased • High Efficiency Operating Cost Savings: The actual amount efficiency, quieter operation and improved • Soft starting - low noise on start up of hot water (gallons of hot water per day) reliability for longer life. • Continuous fan - will operate at 50% of rated Stage 2 airflow generated and resultant operating cost R-410A Refrigerant: savings can vary greatly because of several Designed with R-410A (HFC) non-ozone Mild Weather Operation: factors: heat pump system size, hours per day depleting refrigerant in compliance with the Part Load Cooling Operation will operate at of operation of the heat pump, mode of Montreal protocol and 2010 EPA requirements. 20% reduced airflow for the first 5 minutes operation (cooling vs. heating), hot water of operation. This results in 32% increased usage patterns, heat pump water supply Liquid Line Drier: applied moisture removal during this 5- system (ground water, ground or pond loop, Protects system against moisture. minute period, and helps humidity control etc.), and climatic conditions. The gallons of during short-run conditions. This is hot water per day are dependent upon the Thermostatic Expansion Valve: seamlessly controlled internal of the unit above variables, and in general can range up For wide range refrigerant control controls with no required user intervention. to 125 gallons per day for a nominal 24,000 (2-way operation). BTU heat pump system, and up to 375 Water Connections: gallons per day for a nominal 60,000 BTU High Pressure Switch: All water connections on outside of heat pump system in the cooling mode, Provides additional protection for the system. cabinet. Brass full swivel double o-ring offering a 100% energy savings over connection with 1" full flow ports. Low Pressure Switch: conventional electric water heaters. During the winter months when the heat pump is Two switches provided. Factory wired Refrigerant Connections: operating in the heating mode, less hot water switch is for ground water applications, Special self-sealing fittings are used with 3' is available, but at the same time, the electric alternate switch is field connected for line set for stacked upflow or downflow water heater will consume less electricity. ground loop applications. applications, and line sets up to 50' available for horizontal or dual-fuel Control Panel: applications. Mid-level for easy access. Blower section includes transformer and blower control. Service Access Ports: Permits service pressure check of High Efficiency Coaxial Water Coil in discharge and suction pressures. either Copper or Cupronickel Water to refrigerant coil is completely insulated to prevent frost build-up at low Form No. S3443-211 temperature operation. Supersedes NEW Page 1 of 20 GT Series Geothermal / Water Source Heat Pump Nomenclature

"A" Coil Section GT A 3600 UD 1–A

– = Standard Blue Series 3600 (3 Ton) Revision Hycor Coils 4860 (4 & 5 Ton) Level Option "A" = Coil Section Series A = Black E- Coated Coils

Blower Section GT B 1– A

Series Revision A = 230 Volt 1-Phase Level B = Blower Section Option

Compressor Section GT C 36 S 1–A D C X

Series S = Step Capacity D = Desuperheater X = Future Option Use

Nominal Capacity Revision C = Compressor A = 230 Volt 1-Phase C = Copper Coil 36 = 36K Level Section 48 = 48K N = Cupronickel Coil 60 = 60K

Specifications (Coil, Compressor & Blower Sections Stacked Together) LEDOM 1S63CTG 1S84CTG 1S06CTG )HP1/ZH06(gnitaRlacirtcelE 1-06-802/032 egnaRegatloVgnitarepO CAV791-352 yticapmAtiucriCmuminiM 200.6 30.4 .83 eziSeriWdleiF+ #68 #4# eziSeriWdnuorG #801 #6# .xaMrekaerBtiucriCroesuFyaleD++ 400 506 ROSSERPMOC stloV 1-06-802/032 )802/032(spmAdaoLdetaR 160.31/2.1 16.91/4.6 .32/2.91 tnerruCnoitceleStiucriChcnarB 127.6 26.1 .52 )802/032(spmArotoRdekcoL 8628/2 989/6 11/811 ROTOMREWOLB )rotoMMCE(rewopesroH deepSelbairaV4/3 stloV 1-06-802/032 )MFCdetaR@2#egatS(spmArotoM 334. 44. .4 )2-CFRODnodesaB(RETNECWOLF stloV 1-06-802/032 spmA 2441. 241. 1.2 ROTOMPMUPRETAEHREPUSED stloV 1-06-802/032 spmA 0551. 051. 1.0

Form No. S3443-211 +75°C copper wire ++ HACR type circuit breaker Supersedes NEW Page 2 of 20 Specifications (for Blower Section Only when Remote Mounted from Compressor)

)detnuoMyletomeRfI(NOITCESREWOLB NOTE: This applies only if blower section is remote mounted ledoM A-1BTG from compressor section. When blower section is coupled epyT/PH deepSelbairaV4/3 directly to compressor section, the blower is powered from the )ALR(spmArotoM 1.6 compressor section.

yticapmAtiucriCmuminiM 8 +75°C copper wire ++ HACR type circuit breaker eziSeriWdleiF+ 41 riCro.xaMesuFyaleD++ rekaerBtiuc 51 Indoor Blower Performance (Rated CFM) 1 5 2 3 4 7 etamilCdliM 6 LEDOM detaR XAM suounitnoC taeHcirtcelE traPninoitarepO PwwolfriAdaoLtra olfriAdaoLlluF PSE PSE wolfriA wolfriA gnilooCdaoL G51S63CT 001. 006. 600 700 805 1002 031 G01S84CT 002. 006. 755 807 1051 1005 061 G01S06CT 002. 006. 900 1050 1003 1008 081 1 Motor will automatically step through the various airflows with thermostatic control 2 ESP = External Static Pressure (inches of water) 3 Maximum allowable duct static 4 Continuous airflow is the CFM being circulated with manual fan operation without any additional function occurring. 5 Will occur automatically for first 5 minutes of Part Load Cooling Operation. 6 Will occur automatically after five minutes of Part Load Cooling Operation. 7 Will occur automatically with control signal input. NOTE: All values can be changed + 10% via the + adjustment dip switches on the tap select control inclusive in the GTB1-A Blower Section (see Airflow Corrections for performance impact).

Airflow Corrections fo% latoT elbisneS rewoP fotaeH latoT rewoP fotaeH detaR yticapaC yticapaC tupnI noitcejeR yticapaC tupnI oitprosbA n wolfriA )HutBM( )HutBM( )WK( )HutBM( )HutBM( )WK( )HutBM( Shipping Weights 95%0 0489. 0848. 0379. 0889. 0089. 1830. 79.0 A-1DU0063ATG .sbl39 R0DETA 1000. 1000. 1000. 1000. 1000. 1000. 00.1 noitceSlioC"A" A-1DU0684ATG .sbl201 10%01 1010. 1550. 1320. 1010. 1810. 0589. 10.1 "AnoitceSrewolB"B G.-1BT sbl59 1S63CTG .sbl842 Correction Factors @ Increased Water Flows noitceSrosserpmoC"C" 1S84CTG .sbl062 1S06CTG .sbl392 wolFdetaR gnilooC gnitaeH sulP HutB sttaW HutB sttaW 25MPG 1800. 0689. 1200. 00.1 37MPG 1400. 0989. 1300. 00.1 48MPG 1900. 0179. 1310. 00.1

Loop Pump Modules and Pump Outputs for Ground Loop Installations 1 MPGNIDERIUQERETARWOLFRETAW sledoMpmuP spmuPfo.oN 7 9 21 51 61 D151-CFRO 25.8 25.7 2522.2 2 D272-CFRO 555055444 1 Pump output (feet of head) @ GPM at top of column. Antifreeze Percentages by Volume for Ground Loop Installations 1 noitcetorPezeerFroferutarepmeTmuminiM epyT )C°2.21-(F°01 )C°4.9-(F°51 )C°7.6-(F°02 )C°9.3-(F°52 M%lonahte 2%5 2%1 1%6 01 lonahtE 2 2%%9 2%5 2%0 41 1%locylGenelyporPedarGdooFPSU%00 2%7 2%4 2%0 31 1 Loop antifreeze protection must be determined based on loop design and geographic location. 2 Must not be denatured with any petroleum based product. Form No. S3443-211 Supersedes NEW Page 3 of 20 Ratings Based on Approved Compressor, A-Coil & Blower Combinations —pmuPtaeHpooLdnuorG 8991:1-65231OSIotdeifitreC&detseT enirBgnilooC enirBgnitaeH metsyS F°86daoLtraP/F°77daoLlluF F°14daoLtraP/F°23daoLlluF yticapaC wolFdiulF yticapaC REE yticapaC POC LEDOM noitaludoM MPGetaR MFCwolfriA HUTB W/UTB HUTB lluF 0021 008,83 5.71 008,82 09.3 1S63CTG 8 traP 058 000,82 9.42 008,22 04.4 lluF 0051 000,15 0.61 005,73 06.3 1S84CTG 21 traP 0511 000,83 5.12 000,13 50.4 lluF 0081 005,16 5.51 000,94 05.3 1S06CTG 51 traP 0031 005,74 7.02 005,93 09.3 —pmuPtaeHretaWdnuorG 8991:1-65231OSIotdeifitreC&detseT metsyS F°95TWE—gnilooC F°05TWE—gnitaeH yticapaC wolFdiulF yticapaC REE yticapaC POC LEDOM noitaludoM MPGetaR MFCwolfriA HUTB W/UTB HUTB lluF 0021 000,24 8.12 000,43 05.4 1S63CTG 6 traP 058 006,92 4.92 000,52 08.4 lluF 0051 000,45 0.91 000,64 02.4 1S84CTG 7 traP 0511 000,04 5.42 000,43 54.4 lluF 0081 005,36 8.81 000,85 50.4 1S06CTG 9 traP 0031 000,94 7.42 000,24 52.4 Approved Compressor, A-Coil & Blower Section Combinations noitceStinUrosserpmoC noitceSlioC noitceSrewolB GA1S63CT -1DU0063ATG 1S84CTG A-1BTG A-1DU0684ATG 1S06CTG Ratings Based on Approved Compressor & A-Coil Only —pmuPtaeHpooLdnuorG 8991:1-65231OSIotdeifitreC&detseT enirBgnilooC enirBgnitaeH metsyS F°86daoLtraP/F°77daoLlluF F°14daoLtraP/F°23daoLlluF yticapaC wolFdiulF yticapaC REE yticapaC POC LEDOM noitaludoM MPGetaR MFCwolfriA HUTB W/UTB HUTB lluF 0021 000,93 2.81 006,72 09.3 1S63CTG 8 traP 058 008,72 0.52 002,22 03.4 lluF 0051 000,15 6.61 004,63 06.3 1S84CTG 21 traP 0511 000,83 6.12 004,03 59.3 lluF 0081 000,26 4.61 000,74 04.3 1S06CTG 51 traP 0031 000,84 2.32 005,73 09.3 —pmuPtaeHretaWdnuorG 8991:1-65231OSIotdeifitreC&detseT metsyS gnilooC TWE— F°95 gnitaeH TWE— F°05 yticapaC wolFdiulF yticapaC REE yticapaC POC LEDOM noitaludoM MPGetaR MFCwolfriA HUTB W/UTB HUTB lluF 0021 000,24 8.22 002,33 54.4 1S63CTG 6 traP 058 006,92 5.92 002,42 07.4 lluF 0051 005,45 1.02 005,44 02.4 1S84CTG 7 traP 0511 000,04 7.42 004,33 53.4 lluF 0081 000,46 0.02 000,65 01.4 1S06CTG 9 traP 0031 000,94 4.72 000,04 53.4 ISO Standard 13256-1:1998, “Water to Air and Brine to Air Heat Pumps”, which includes watt allowance for water pumping. Cooling capacity based on 80.6°F DB, 66.2°F WB entering air temperature. Heating capacity based on 68°F DB entering air temperature. Approved Compressor and A-Coil noitceStinUrosserpmoC noitceSlioC GA1S63CT -1DU0063ATG 1S84CTG A-1DU0684ATG 1S06CTG

• Intertek ETL Listed to Standard for Safety Heating and Cooling Equipment ANSI/UL 1995/CSA 22.2 No. 236-05, Third Edition.

PATENT PENDING For Use with Gas or Oil Furnace as Dual Fuel Installation The GTC Compressor Unit Sections may be approved for use with certain 3rd Party A-Coils. Refer to 3rd Party A-Coil Supplier for approved combinations and ratings. Form No. S3443-211 Supersedes NEW Page 4 of 20 1 One pair consists of one each of 3/8" liquid and 7/8" Refrigerant Connections (Self-Sealing Fittings) vapor self-sealing fittings with short section of tube with 90° bend and each has 1/4" service port. PnrebmuNtra D.oitpircse D.OeziSeniL Gs1-4KS-SLT dnEriaPowThtiwtiKbutSteSeniL 1 "8/7&"8/3 Gs1-2KS-SLT dnEriaPelgniShtiwtiKbutSteSeniL 1 "8/7&"8/3 Gs1-30-SLT 3"gnittiFhtiwteSeniL' 8/7&"8/3 Gs1-51-SLT 1"gnittiFhtiwteSeniL'5 8/7&"8/3 Gs1-52-SLT 2"gnittiFhtiwteSeniL'5 8/7&"8/3 Gs1-53-SLT 3"gnittiFhtiwteSeniL'5 8/7&"8/3 Gs1-05-SLT 5"SeniL'0 gnittiFhtiwte 8/7&"8/3 GTLS-SK2-1 (Shown)

Horizontal Drain Pan Kit 1ZHTG snoitceS"lioC-A"ATGroftiKnaPniarDlatnoziroH

Remote Condenser Cover DILTG metsyS-tilpSsadellatsnInehwsnoitceSgnisnednoCCTGrofrevoCpoT

Filter Rack retliF2VREMhtiw1x52x61kcaRretliF 32RF )MPF056yticolevmumixam,elbahsawhsemmunimulA(

Optional Field Installed Start Kits for 1-Phase Models 1 sledoMtinU rebmuNtraPdellatsnIdleiF

A-1S63CTG 411KS

A-1S84CTG 111KS

A-1S06CTG 511KS

1 Start capacitor and potential relay start kit can be used with all -A single phase models only. Increases starting torque 9x. Do not use if CMC-15 is used.

Optional Field Installed Start Kit for 1-Phase Models 2

sledoMtinU rebmuNtraPdellatsnIdleiF

esahP-1llA 51-CMC

2 PTCR start kit can be used with all -A single phase models. Increases starting torque 2-3x. Not used for -B or -C three phase models. Do not use if SK111, SK114 or SK115 is used.

Form No. S3443-211 Supersedes NEW Page 5 of 20 Ground Loop Accessories pmuPtaeH deriuqeR rebmuNtraP noitpircseD ledoM ytitnauQ :poolrofderiuqerdaehfoteefdnapmuptaehrofMPGderiuqernodesabretnecwolfpool1redrO:ETON A1ll D1-CFRO sgnittifgnir-oelbuod,[email protected],pmup1,hP1-zH06-V032,tenibaChtiwretneCwolFpooL A2ll D1-CFRO sgnittifgnir-oelbuod,[email protected],pmup2,hP1-zH06-V032,tenibaChtiwretneCwolFpooL :gniniatnoctiKretneCwolFpooL tseterutarepmet/erusserp620-3068dnastropTPF"4/1htiwswoblegnir-oelbuod°09debrab"1)2( ecnereferrofCH4-09-1BRODeeS.)noitcennocpmuptaehrof(sgulp A1ll D1-KCFLRO )edispmuptaehnonoitcennocretnecwolfpoolrof(sgnittifgnir-oelbuodthgiartsdebrab"1)2( ecnereferrofCH4-S-1BRODeeS esohISP051DI"1fonoitces'21)1( spmalcesohSS"1)8( :retnecwolfpoolotsnoitcennocedis-poolrofgniwollofehtfo1redrO:ETON ACll D1H4-S-1BRO spmalcesohSS"1)4(htiwsgnittifgnir-oelbuodthgiartsdebrab"1)2( ASll D1-521FRO gnittifgnir-oelbuodthgiartsnoisuf"52.1)2( s :elbaliavasmetiyrosseccalanoitiddA Hh52-1K Eeca sohISP051DI"1fonoitces'52)1(

DORFC-2 Elbow, 1" Hose Barb X Double 1" Hose Barb X 1-1/4" Socket Fusion X O-ring with 1/4" Port and Double O-ring Double O-ring Pressure/Temperature Test Plugs DORB1-S-4HC DORF125-S DORB1-90-4HC

Ground Loop Service Accessories pmuPtaeH deriuqeR rebmuNtraP noitpircseD ledoM ytitnauQ Dh09-1LCRO caE retnecwolfpoolottnemhcattahsulfrofsgnittifelamrevel-mactcennoc-kciuqgnir-oelbuod°09)2( ChS-1BL caE evobasgnittif09-1LCRODottcennocotsgnittifelamefrevel-mactcennoc-kciuqdebrabthgiarts"1)2( Gh1-KG caE eborp'8/1gnittifT/P,noitcennocesohnedrag,eguagISP001-0,evlavffo-tuhs/wresooG-oeG)1( DhTMHGRO caE )pooltsoob/prubot(retnecwolfpoolrofgnittifretpadaesohnedragelamxgnir-oelbuoD)1(

GGK-1 1" Cam Lever Male X CLB1-S Garden Hose Male X O-ring Double O-ring (single) Adapter DORCL1-90 DORGHMT

Form No. S3443-211 Supersedes NEW Page 6 of 20 Ground Water/Water Loop Accessories pmuPtaeH deriuqeR rebmuNtraP noitpircseD ledoM ytitnauQ :gniniatnoctiKretaWdnuorG sgulptseterutarepmet/erusserp620-3068dnastropTPF"4/1htiwswoblegnir-oelbuod°09TPM"1)2( A1ll G1-KW ecnereferrof09-1PMRODeeS.)noitcennocpmuptaehrof( ecnereferrof030-3068eeS—hctiwsdnehtiwevlavesolc/nepowolsdezirotomssarbV42TPF"4/3)1( tinurepderiuqer1,pmuptaehfoMPGdetarrofevlavwolftnatsnoctcerrocredrO:ETON G663CT C1-VF PF"4/3,MPG6,evlavwolftnatsnoC T G784CT C1-VF PF"4/3,MPG7,evlavwolftnatsnoC T G906CT C1-VF PF"4/3,MPG9,evlavwolftnatsnoC T

Elbow, 1" MPT X Double O-ring with 1/4" Port and Pressure/Temperature Test Plugs 8603-030 8603-006 DORMP1-90

sevlaVylppuSretaW 8h030-306 Ehca ctiwsdnehtiwevlavesolc/nepowolsssarbV42TPF"4/3 8h600-306 caE reveldeelblaunamlanretnidnalortnocwolfhtiwevlavdionelosCVPV42TPF"1

)kcaprep2ytQ(skcaPgnittiFgniR-OelbuoDlaudividnI ,sgulptseterutarepmet/erusserp620-3068,stropTPF"4/1htiwswoblegnir-oelbuod°09debrab"1)2( CH4-09-1BROD spmalcesoh"1SS)4(dna CH4-S-1BROD spmalcesohSS"1)4(htiwsgnittifgnir-oelbuodthgiartsdebrab"1)2( 09-1PMROD sgulptseterutarepmet/erusserp620-3068dnastropTPF"4/1htiwswoblegnir-oelbuod°09TPM"1)2( DsS-1PMRO gnittifgnir-oelbuodthgiartsTPM"1)2( DsS-1PFRO gnittifgnir-oelbuodthgiartsTPF"1)2( S-1SROD sgulptseterutarepmet/erusserp620-3068dnastropTPF"4/1htiwsgnittifgnir-oelbuodthgiartstaewsreppoc"1)2(

1" MPT X Double O-ring 1" Swivel X Double O-ring 1" Copper Sweat X Double O-ring with 1/4" DORMP1-S DORFP1-S FPT Port & Pressure/Temperature Test Plugs DORS1-S Ground Water/Water Loop Service Accessories A7ll 8h10-306 ETca PF"1,MPG71-1,reteMwolF A6ll 8h20-306 Egca ulptseterutarepmet/erusserp"4/1 A7ll 8h20-306 Eeca borpytudyvaeh"8/1/wretpadaeguagTPF"4/1 A8ll 8h20-306 Eeca guagISP001-0TPM"4/1 A9ll 8h20-306 EFca 022+ot0,eborp"8/1,retemomrehttekcoP

8603-017 8603-026 8603-027 8603-028 8603-029 Form No. S3443-211 Supersedes NEW Page 7 of 20 MIS-2824 A " 1 8 17 Blower Opening 24" NOTE: Requires horizontal drain pan kit Model GTHZ-1 Right Side View

Horizontal Position 15" " " 3 4 1 8 " 18 21" 28 1 2 Horiz. Support Bracket 3

(Remote Compressor Section) 7 8 31 " " " 1 4 5 8 1 " 36 5 8 " 42

Evaporator and Blower in 1 2 38

Front View Top View Entrance Refrigerant Connections Entrance Low Voltage High Voltage Overflow Drain Outlet " Main Drain Main Outlet 3 4 Entrance 1 8" Low Voltage " 30" " 1 2 " 3 8 3 4 1 " " 1 8 31 Blower Section 2 1 2 3 22" 19 7/8" Section Evaporator 30" " 7 8 27

Left Side View Evaporator Opening (Req'd) GTHZ1 Drain Pan Drain Horizontal

Form No. S3443-211 Supersedes NEW Page 8 of 20 Position MIS-2826

Counterflow Model GTLID

Optional Top

Refrigerant

Connections Return Supply

Evap. Coil Blower Air

Drain

Return Blower in Secondary Main Drain Refrigerant

Connections Alternate Position Upflow Position

Remote Condenser Section

Supply Return

Evap. Coil Water In Desuper. Water In Desuper. Blower Air Water Out Cond. Coil Water Out Cond. Coil notnelaviuqedeilppusdleifro)1x52x61(32RF)1(esunacsnoitallatsniwolfpU dleifebtsumtnemegnarraretlifsnoitallatsniecapslwarcrocittalatnozirohroF snoitallatsnIllArofediSriAnruteRnoderiuqeRretliFriA .deilppusdleifebtsumwolfnwodrofnruterpotdnawolfpurofnrutermottoB .resuehtrofnoitacolelbisseccaylidaernidetacolebdluohs&deilppus

Drain .lanoitposisedishtobno)2(foesU.noitcesrewolbehtfoedisrehtie

Return

Secondary Main Drain Blower in

Return

Shipped Position Supply

Return .31&21segaPnonoitamrofnilanoitiddaeeS

Blower in

Alternate Position Blower Air Blower in

Blower Air

Shipped Position

Refrigerant Refrigerant Connections Connections Requires horizontal

Evap. Coil Evap. Coil

Secondary Drain Secondary Drain NOTE: drain pan kit Model GTHZ-1 < >

Horizontal, Left Discharge Main Drain Horizontal, Right Discharge Main Drain Supply Return

Form No. S3443-211 Supersedes NEW Page 9 of 20 57 3/4" 19 13/16" 15 5/8" MIS-2821 A HIGH 30" VOLTAGE LOW AIR 24 9/16" VOLTAGE TOP LOW VOLTAGE 27 15/16" ENTRANCE LOW VOLTAGE (UPFLOW ONLY) (UPFLOW RIGHT SIDE RIGHT 18 13/16" 25 3/4" TOP DUCT FLANGE OUTLET 28 15/16" 37 7/8" WATER OUT OUT WATER WATER IN DESUPERHEATER OUTLET DESUPERHEATER INLET 33 1/4" OVERFLOW DRAIN OUTLET OVERFLOW DIM. A DIM. 30 9/16" MAIN DRAIN OUTLET MAIN 22" FRONT MODEL GTC36S1GTC48S1GTC60S1 39 7/16" 40 15/16" 41 15/16" 23 7/16" "A" SECURE SECTIONS TOGETHER USING BOLT PART #1012-015 AND WASHER PART #1012-109 46 3/16" 46 3/4" 55" REFRIGERANT CONNECTIONS 51 1/4" 37 1/16" 27 7/8" 30" 31 1/4" 24 9/16" AIR ENTRANCE LEFT SIDE (UPFLOW ONLY) (UPFLOW 15 5/8" 3/4" 21" 23" 21 5/8" 65 5/8"

Form No. S3443-211 Supersedes NEW Page 10 of 20 NOTE: MIS-2828 See Page 20 for physical coil dimensions of GTA if removed from casing on a for installation fossil-fuel furnace.

Control Panel Blower in

Alternate Position Position

Counterflow

Return Supply

Evap. Coil tnelaviuqedeilppusdleifro)1x52x61(32RF)1(esunacsnoitallatsniwolfpU .deilppusdleifebtsumwolfnwodrofnruterpotdnawolfpurofnrutermottoB .lanoitposisedishtobno)2(foesU.noitcesrewolbehtfoedisrehtieno

Blower Air snoitallatsnIllArofediSriAnruteRnoderiuqeRretliFriA

Drain .31&21segaPnonoitamrofnilanoitiddaeeS

Water In Water In Desuper. Desuper.

Secondary Water Out Water Out Main Drain Main Cond. Coil Cond. Coil

7/8" Line Set 3/8" Line Set Air Filter Required One FR23 (16 x 25 1) or field supplied equivalent required for upflow side installation return and upflow return Bottom top return counterflow filter provision must be field supplied

Return Control Panel Blower in

Shipped Position Upflow Position

Supply Return Evap. Coil Blower Air

Return

Drain

Water In Water In Desuper. Desuper.

Cond. Coil Water Out Water Out Cond. Coil Secondary Drain Main

7/8" Line Set 3/8" Line Set Form No. S3443-211 Supersedes NEW Page 11 of 20 Filter Application Table

Many standard size filters are represented below since there can be a wide variety of possibilities depending upon application position of the heat pump system and the return air duct installation. MFCwolfriA MFCwolfriA MFCwolfriA F2eziSlanimoNretli SeTFaerAecafru pyTretliF 003@ytilibapaC 005@ytilibapaC 526@ytilibapaC yticoleVMPF yticoleVMPF yticoleVMPF 19"1X"02X"0 3.1 514 17"1X"02X"2 106. 05 14"1X"02X"4 109. 85 13"1X"52X"4 204. 37 12"1X"02X"6 202. elbasopsiDssalgrebiF"1 76 dednemmoceRtoN dednemmoceRtoN 18"1X"52X"6 207. 48 28"1X"02X"0 207. 48 27"1X"52X"0 304. 501 20"1X"42X"4 400. 021 19"2X"02X"0 3.1 4051 07 10"2X"42X"2 200. 600 001 14"2X"02X"4 109. 558 79 13"2X"52X"4 204. 753 121 12"2X"02X"6 202. elbasopsiDssalgrebiF.dtS"2 607 211 dednemmoceRtoN 18"2X"52X"6 207. 804 41 0 28"2X"02X"0 207. 804 041 27"2X"52X"0 304. 1050 571 20"2X"42X"4 40. 1002 002 19"1X"02X"0 3.1 4052 07 10"1X"42X"2 200. 600 001 14"1X"02X"4 109. 509 89 13"1X"52X"4 204. 753 121 12"1X"02X"6 202. retliFdetaelP"1 657 111 dednemmoceRtoN 18"1X"52X"6 207. 804 41 0 28"1X"02X"0 207. 804 041 27"1X"52X"0 304. 1050 471 20"1X"42X"4 400. 1002 002 19"2X"02X"0 3.1 4052 700 78 102 "2X"42X" 200. 600 1000 521 14"2X"02X"4 109. 509 958 121 13"2X"52X"4 204. 753 1012 251 12"2X"02X"6 202. retliFdetaelP"2 657 1011 041 18"2X"52X"6 207. 804 1004 471 282X"0 "2X"0 207. 804 1004 471 27"2X"52X"0 304. 1050 1047 712 20"2X"42X"4 400. 1002 2000 052 12"4X"42X"2 6000 1000 521 12"6 "4X"02X 202. 657 1011 041 28"4X"02X"0 207. retliFdetaelP"4 804 1004 471 27"4X"52X"0 304. 1050 1047 712 24"4X"42X"4 1002 02000 052

NOTE: FR23 16x25x1 side filter rack has a washable multi-layer aluminum mesh filter that is rated at 650 FPM maximum.

Form No. S3443-211 Supersedes NEW Page 12 of 20 Filter Application for All Installation Positions

UPFLOW COUNTERFLOW

CENTRAL RETURN GRILLE(S) CENTRAL RETURN GRILLE(S) (ONE OR MULTIPLE) (ONE OR MULTIPLE) AIRFLOW AIRFLOW AIRFLOW AIRFLOW

AIRFLOW "A" FILTER SINGLE FILTER CONFIGURATION "V" FILTER CONFIGURATION CONFIGURATION * * AIR FILTER AIR FILTER AIR FILTER AIR FILTER * AIR FILTER

AIR FILTER AIR FILTER AIR FILTER

*NOTE: SINGLE FILTER MAY REQUIRE A TRANSITION FOR ADEQUATE FILTER SIZING. SEE FILTER APPLICATION INFORMATION.

AIRFLOW * * AIRFLOW AIR FILTER AIR FILTER

SIDE INLET(S); ONE OR BOTH SIDES OR IN COMBINATION * WITH BOTTOM INLET AIR FILTER

*NOTE: SINGLE FILTER MAY REQUIRE A TRANSITION FOR ADEQUATE FILTER SIZING. SEE FILTER APPLICATION AIRFLOW

AIRFLOW INFORMATION.

MIS-2881 MIS-2882

HORIZONTAL LEFT DISCHARGE HORIZONTAL FRONT DISCHARGE

CENTRAL RETURN GRILLE(S) SINGLE FILTER (ONE OR MULTIPLE) CONFIGURATION *NOTE: SINGLE FILTER MAY REQUIRE A TRANSITION FOR ADEQUATE FILTER SIZING. SEE FILTER APPLICATION AIRFLOW *NOTE: SINGLE FILTER MAY REQUIRE INFORMATION. * A TRANSITION FOR ADEQUATE FILTER

AIR FILTER SIZING. SEE FILTER APPLICATION

* INFORMATION. AIR FILTER

AIR FILTER AIRFLOW AIRFLOW

CENTRAL RETURN (ONE OR MULTIPLE) AIR FILTER *

AIRFLOW AIRFLOW * AIR FILTER

AIRFLOW

* "A"/"V" FILTER AIRFLOW CONFIGURATION

AIR FILTER AIR FILTER

AIRFLOW

* AIR FILTER AIR FILTER

AIR FILTER SIDE INLET(S); ONE OR AIRFLOW BOTH SIDES OR IN COMBINATION AIR WITH BOTTOM INLET FILTER

AIRFLOW MIS-2884 MIS-2883

FILTERS SHOULD ALWAYS BE APPLIED IN A MANNER THAT MAKES THEM EASY TO ACCESS & CHANGE.

Form No. S3443-211 Supersedes NEW Page 13 of 20 GTC36S1 Matched with GTA3600UD1-A Coil Full Load Capacities based upon rated flow of 8 GPM of 15% methanol/mass at 1200 CFM airflow. COOLING FULL LOAD HEATING FULL LOAD gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE gnivaeL gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( °05 490.0 22.8 007. 115. .54 .62 6 )F°( )F°( 61°0 31.8 24.8 047. 107. .44 .12 8 °52 237.3 82.3 109. .71 .3 7 72°0 34.6 26.7 097. 109. .34 .81 2 33°0 23.6 88.5 139. .91 .3 9 BD°07 83°0 36.4 28.6 037. 292. .14 .51 4 44°0 33.1 82.9 201. .42 .4 3 BW°95 94°0 39.2 20.5 078. 284. .04 .31 1 56°0 °56 32.6 96.3 272. .82 .4 8 15°00 31.0 22.5 028. 287. .93 .11 2 68°0 42.1 99.7 243. .33 .5 1 16°01 23.8 25.4 068. 279. .83 .9 7 79°0 42.6 13.10 215. .83 .5 4 °05 410.3 30.0 017. 125. .84 .82 4 81°0 52.2 17.50 286. .24 .5 8 60°0 43.1 22.9 067. 107. .74 .32 2 °52 292.3 87.7 159. .61 .3 5 79°0 35.8 23.8 017. 280. .54 .91 3 37°0 28.5 84.9 270. .81 .3 7 BD°57 89°0 37.6 25.7 067. 262. .44 .61 3 BW°36 47°0 37.0 98.3 231. .32 .4 1 99°0 39.4 27.6 017. 245. .34 .31 9 58°0 °07 36.5 92.7 293. .72 .4 5 18°00 31.2 20.6 068. 227. .24 .11 9 68°0 45.0 16.10 244. .23 .4 8 18°01 33.0 22.5 018. 310. .14 .01 2 79°0 44.5 10.50 206. .73 .5 2 °05 422.6 38.1 046. 145. .15 .03 0 89°0 53.0 14.90 267. .14 .5 5 60°0 44.4 39.0 096. 117. .05 .42 6 °52 214.3 91.3 202. .61 .3 1 78°0 46.1 21.9 047. 280. .84 .02 5 BD°08 86°0 38.9 23.8 097. 242. .74 .71 3 30°0 20.6 99.5 222. .81 .3 3 BW°76 94°0 39.7 25.7 047. 215. .64 .41 7 41°0 30.1 94.9 264. .22 .3 7 12°00 31.5 27.7 097. 287. .44 .21 6 52°0 °57 39.6 10.20 206. .72 .4 1 10°01 33.3 20.6 048. 340. .34 .01 9 63°0 48.1 16.60 257. .13 .4 4 °05 435.9 35.2 066. 185. .45 .13 7 74°0 48.6 12.01 299. .53 .4 7 61°0 45.7 37.1 026. 138. .35 .62 0 85°0 57.1 17.41 330. .04 .4 9 78°0 46.4 38.0 076. 290. .15 .12 6 BD°58 85°0 48.2 20.9 027. 243. .05 .81 3 BW°17 91°0 49.0 22.8 087. 295. .84 .51 6 18°00 31.7 24.8 037. 248. .74 .31 3 14°01 32.5 27.7 087. 390. .54 .11 5 Part Load Capacities based upon rated flow of 8 GPM of 15% methanol/mass at 850 CFM airflow. COOLING PART LOAD HEATING PART LOAD gniretnE gnivaeL gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( )F°( )F°( °05 209.6 22.2 038. 047. .92 .73 0 61°0 28.5 23.0 038. 039. .82 .72 1 °52 103.8 88.5 114. .31 .3 7 73°0 26.3 14.9 028. 111. .72 .02 7 30°0 28.0 89.6 184. .41 .3 9 BD°07 84°0 24.1 16.8 028. 103. .62 .61 2 44°0 24.3 92.0 105. .81 .4 5 BW°95 96°0 12.9 18.7 028. 185. .42 .21 9 57°0 °56 21.6 95.4 135. .12 .5 1 18°00 10.7 10.6 029. 177. .32 .01 3 61°0 37.0 97.7 165. .42 .5 6 10°01 18.6 13.4 029. 159. .22 .8 3 74°0 34.3 10.10 196. .72 .6 1 °05 290.9 29.2 037. 057. .13 .93 6 88°0 30.6 13.50 116. .13 .6 6 60°0 26.7 20.1 048. 029. .03 .82 9 °52 159.7 82.9 175. .21 .3 5 70°0 24.5 21.0 048. 191. .82 .22 0 36°0 13.9 93.1 135. .41 .3 7 BD°57 81°0 22.3 13.9 048. 173. .72 .71 2 BW°36 48°0 29.2 96.4 155. .71 .4 3 91°0 29.1 15.7 058. 145. .62 .31 6 51°0 °07 24.6 99.8 175. .02 .4 8 11°00 17.9 17.6 058. 117. .52 .01 9 64°0 20.9 12.20 196. .32 .5 3 12°01 14.7 10.5 059. 199. .32 .8 8 77°0 36.2 14.50 106. .72 .5 8 °05 371.1 25.3 057. 067. .33 .13 1 89°0 31.5 17.90 126. .03 .6 3 60°0 25.9 27.2 057. 029. .23 .72 2 °52 171.8 90.4 147. .21 .3 1 79°0 22.6 29.1 057. 181. .03 .32 3 BD°08 38°0 15.9 92.6 197. .31 .3 4 88°0 29.4 11.9 068. 143. .92 .91 4 BW°76 97°0 26.2 12.8 068. 105. .82 .51 5 41°0 21.3 15.00 107. .71 .3 9 16°00 23.0 14.7 078. 167. .62 .11 6 54°0 °57 28.6 18.30 117. .02 .4 3 14°01 10.8 16.6 078. 129. .52 .7 7 67°0 24.9 11.70 128. .32 .4 8 °05 363.3 24.4 067. 097. .53 .44 0 70°0 30.3 15.11 128. .62 .5 2 61°0 32.1 25.3 067. 049. .43 .23 2 83°0 36.6 18.41 138. .92 .5 7 78°0 29.8 26.1 077. 181. .23 .42 6 BD°58 86°0 26.6 27.0 087. 133. .13 .91 3 BW°17 93°0 22.4 19.9 097. 175. .92 .51 3 10°00 29.2 11.7 098. 117. .82 .21 3 18°01 16.9 14.6 008. 260. .62 .9 9 Form No. S3443-211 Supersedes NEW Page 14 of 20 GTC36S1 Matched with GTA3600UD1-A Coil Full Load Capacities based upon rated flow of 6 GPM water at 1200 CFM airflow. COOLING FULL LOAD HEATING FULL LOAD gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE gnivaeL gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( °05 378.5 22.5 067. 115. .14 .32 0 )F°( )F°( 68°0 32.5 23.6 017. 167. .14 .02 9 °52 354.0 80.8 260. .32 .4 5 77°0 37.5 25.6 067. 118. .24 .91 2 39°0 34.2 98.0 280. .52 .4 6 BD°07 87°0 31.5 26.7 017. 260. .24 .71 7 45°0 34.5 96.2 211. .82 .4 8 BW°95 97°0 37.5 25.6 067. 118. .24 .91 2 55°0 °56 42.0 92.6 253. .23 .5 1 18°00 32.5 23.6 017. 167. .14 .02 9 65°0 41.5 19.00 204. .73 .5 4 18°01 37.5 22.5 067. 115. .14 .32 0 75°0 50.0 15.40 256. .14 .5 6 °05 385.8 20.6 087. 195. .34 .42 4 85°0 58.5 11.70 298. .54 .5 8 65°0 33.8 26.7 037. 147. .44 .22 2 °52 208.9 96.3 270. .22 .6 0 74°0 38.8 25.7 087. 188. .44 .02 4 32°0 39.2 94.4 291. .42 .6 2 BD°57 84°0 32.8 24.8 047. 230. .54 .81 8 BW°36 47°0 37.4 92.6 212. .72 .4 6 94°0 38.8 22.7 087. 188. .44 .02 4 56°0 °07 35.9 19.00 243. .13 .4 8 15°00 33.8 21.7 037. 147. .44 .22 2 65°0 43.4 15.40 275. .53 .5 1 15°01 38.8 20.6 087. 195. .34 .42 4 74°0 41.9 12.80 217. .04 .5 4 °05 483.1 25.7 007. 186. .64 .52 9 83°0 59.4 18.11 248. .44 .5 6 63°0 43.1 24.8 057. 127. .94 .32 6 °52 321.0 91.8 223. .22 .3 8 72°0 48.1 22.8 017. 179. .84 .12 6 BD°08 82°0 43.1 21.9 077. 230. .84 .91 9 36°0 31.2 10.00 244. .42 .4 0 BW°76 92°0 48.1 20.8 017. 189. .74 .12 6 40°0 30.5 10.20 255. .62 .4 1 13°00 43.1 29.8 056. 137. .74 .32 6 50°0 °57 49.0 18.50 286. .03 .4 4 13°01 48.1 27.7 006. 186. .64 .52 9 69°0 47.4 17.90 228. .53 .4 6 °05 483.4 25.8 026. 186. .94 .72 4 79°0 45.9 15.31 350. .93 .4 8 63°0 43.4 26.9 086. 137. .05 .42 9 89°0 53.4 14.71 382. .34 .5 0 72°0 48.4 27.9 046. 189. .05 .22 8 BD°58 82°0 43.4 39.0 006. 231. .15 .12 1 BW°17 92°0 48.4 27.9 046. 189. .05 .22 8 13°00 43.4 26.9 086. 137. .05 .42 9 13°01 48.4 25.8 026. 186. .94 .72 4 Part Load Capacities based upon rated flow of 6 GPM water at 850 CFM airflow. COOLING PART LOAD HEATING PART LOAD gniretnE gnivaeL gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( )F°( )F°( °05 257.8 22.0 037. 027. .13 .93 3 66°0 21.7 23.0 067. 068. .03 .23 2 °52 200.3 93.0 114. .81 .4 7 76°0 26.6 14.9 097. 009. .03 .62 9 35°0 27.4 96.1 164. .91 .4 9 BD°07 85°0 21.5 15.9 027. 131. .92 .22 9 41°0 24.6 98.3 104. .12 .5 2 BW°95 95°0 27.4 16.8 057. 172. .82 .91 7 52°0 °56 28.9 93.6 105. .42 .5 6 14°00 22.3 18.8 077. 113. .82 .71 1 63°0 32.2 18.00 195. .62 .6 0 14°01 27.2 19.7 007. 155. .72 .41 9 74°0 36.5 12.30 196. .92 .6 4 °05 348.0 29.1 046. 047. .33 .14 7 85°0 30.8 17.70 186. .23 .6 8 67°0 29.9 20.0 077. 078. .23 .43 2 °52 255.2 97.4 144. .71 .7 1 76°0 24.8 21.0 007. 100. .23 .82 6 30°0 21.4 90.6 195. .81 .7 5 BD°57 85°0 29.7 13.9 037. 131. .13 .42 3 BW°36 45°0 28.5 92.7 135. .02 .7 9 93°0 24.6 14.9 067. 162. .03 .02 9 55°0 °07 21.8 17.10 125. .32 .8 2 12°00 29.5 15.8 097. 103. .03 .81 1 66°0 34.1 12.40 116. .62 .8 6 11°01 25.4 17.8 027. 135. .92 .51 8 76°0 37.4 17.70 196. .82 .8 9 °05 321.3 27.2 056. 077. .53 .44 2 87°0 30.7 11.11 187. .13 .9 3 69°0 37.1 28.1 086. 098. .43 .63 2 °52 277.2 95.9 116. .71 .4 0 77°0 32.0 29.1 016. 120. .43 .82 7 BD°08 32°0 24.4 18.10 156. .81 .4 2 85°0 27.9 20.0 057. 141. .33 .52 7 BW°76 93°0 22.8 21.0 087. 162. .23 .22 7 48°0 21.5 11.30 107. .02 .4 4 11°00 27.7 13.9 017. 194. .13 .91 8 59°0 °57 24.8 16.60 187. .22 .4 8 19°01 22.5 14.9 047. 115. .13 .61 8 69°0 38.1 12.90 178. .52 .5 2 °05 305.5 25.3 066. 017. .83 .64 7 70°0 31.5 17.31 168. .82 .5 5 62°0 34.4 26.2 096. 038. .73 .83 2 81°0 35.8 13.61 159. .13 .5 8 79°0 39.2 27.1 036. 140. .63 .23 0 BD°58 86°0 34.1 28.1 066. 161. .53 .72 2 BW°17 93°0 39.0 29.0 006. 173. .43 .32 4 10°00 24.9 20.0 037. 194. .33 .02 3 17°01 28.7 12.9 067. 115. .33 .71 7 Form No. S3443-211 Supersedes NEW Page 15 of 20 GTC48S1 Matched with GTA4860UD1-A Coil Full Load Capacities based upon rated flow of 12 GPM of 15% methanol/mass at 1500 CFM airflow. COOLING FULL LOAD HEATING FULL LOAD gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE gnivaeL gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( °05 514.1 30.6 027. 274. .95 .12 3 )F°( )F°( 60°0 41.9 31.5 017. 237. .85 .81 1 °52 311.4 83.6 289. .32 .3 4 77°0 40.6 33.4 017. 390. .65 .51 5 32°0 30.7 84.8 350. .62 .3 6 BD°07 83°0 40.4 34.3 017. 363. .55 .31 4 45°0 48.3 94.1 312. .23 .3 9 BW°95 99°0 49.1 36.1 017. 326. .45 .11 6 57°0 °56 47.9 94.5 364. .73 .4 2 15°00 39.9 38.0 007. 389. .25 .01 1 60°0 55.6 94.9 326. .34 .4 5 11°01 38.7 20.9 008. 452. .15 .8 8 72°0 64.2 15.30 378. .84 .4 7 °05 563.5 38.7 046. 264. .36 .22 7 84°0 62.8 15.70 430. .45 .5 0 68°0 55.2 39.6 046. 217. .26 .91 2 °52 364.3 91.0 310. .32 .3 3 72°0 54.0 31.5 057. 360. .06 .61 5 34°0 35.6 92.2 381. .52 .3 4 BD°57 86°0 43.7 32.4 057. 313. .95 .41 2 BW°36 45°0 42.2 93.6 323. .13 .3 7 91°0 42.5 34.3 067. 366. .75 .21 3 56°0 °07 40.8 13.00 355. .63 .4 0 15°00 42.2 36.2 077. 309. .65 .01 7 67°0 58.4 14.30 397. .14 .4 3 19°01 31.9 38.1 077. 452. .45 .9 3 78°0 65.0 15.70 339. .74 .4 5 °05 504.9 36.9 086. 294. .76 .32 9 89°0 63.6 16.11 471. .25 .4 8 66°0 59.6 37.7 096. 217. .66 .02 3 °52 387.3 98.5 343. .22 .2 9 79°0 58.3 38.6 096. 340. .46 .71 4 BD°08 81°0 56.1 30.5 097. 373. .26 .51 1 38°0 37.6 90.7 305. .52 .3 1 BW°76 94°0 45.8 31.4 007. 307. .16 .31 1 40°0 45.3 13.10 327. .03 .3 4 16°00 44.5 33.3 007. 430. .95 .11 4 51°0 °57 43.9 17.50 349. .53 .3 6 19°01 42.2 35.2 017. 463. .75 .01 0 63°0 51.5 10.90 472. .04 .3 8 °05 647.3 43.0 026. 225. .27 .52 3 75°0 69.1 13.21 494. .54 .4 1 67°0 62.0 35.9 036. 248. .07 .12 5 86°0 68.7 17.61 416. .15 .4 3 78°0 50.7 36.8 036. 351. .86 .81 4 BD°58 88°0 59.4 37.6 046. 364. .66 .51 9 BW°17 99°0 57.1 39.5 056. 377. .46 .31 8 19°00 45.8 31.4 067. 480. .26 .21 0 10°01 44.6 33.3 077. 493. .06 .01 5 Part Load Capacities based upon rated flow of 12 GPM of 15% methanol/mass at 1150 CFM airflow. COOLING PART LOAD HEATING PART LOAD gniretnE gnivaeL gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( )F°( )F°( °05 331.9 22.8 057. 173. .34 .92 0 61°0 35.7 24.7 007. 166. .24 .32 2 °52 258.3 87.5 211. .61 .3 2 71°0 36.5 26.6 067. 148. .14 .81 9 33°0 27.6 81.7 252. .81 .3 5 BD°07 81°0 38.3 28.5 017. 231. .04 .51 7 43°0 30.1 98.2 232. .32 .4 0 BW°95 91°0 30.1 20.5 078. 223. .93 .31 1 53°0 °56 33.6 95.6 213. .82 .4 5 11°00 22.9 23.4 028. 206. .83 .11 1 64°0 46.1 13.00 294. .23 .5 0 11°01 23.7 26.3 088. 298. .63 .9 4 74°0 49.6 10.40 275. .73 .5 4 °05 451.2 20.9 067. 173. .64 .13 0 84°0 52.1 17.90 245. .24 .5 9 69°0 36.9 22.8 027. 146. .54 .42 7 °52 203.3 93.0 272. .51 .3 1 77°0 37.7 23.7 087. 128. .44 .02 1 37°0 22.5 97.2 202. .81 .3 3 BD°57 86°0 39.5 26.6 047. 291. .24 .61 6 BW°36 46°0 34.0 94.6 263. .22 .3 8 94°0 30.3 28.6 017. 274. .14 .31 9 55°0 °07 36.5 12.00 234. .72 .4 3 13°00 32.1 20.5 078. 246. .04 .11 7 64°0 48.0 19.40 294. .13 .4 7 11°01 23.9 23.4 038. 219. .93 .9 9 73°0 40.5 17.90 265. .63 .5 2 °05 462.5 37.0 086. 193. .94 .72 1 82°0 53.0 14.31 226. .14 .5 6 68°0 47.2 29.9 046. 156. .84 .42 2 °52 235.3 91.5 225. .51 .2 8 75°0 48.0 21.8 017. 109. .74 .12 3 BD°08 30°0 24.6 95.7 245. .71 .3 0 82°0 39.8 23.7 077. 261. .54 .81 3 BW°76 99°0 30.5 25.7 037. 224. .44 .51 4 40°0 37.1 13.10 206. .22 .3 4 16°00 31.3 28.6 097. 286. .24 .21 5 59°0 °57 39.5 11.50 257. .62 .3 9 13°01 32.1 20.5 058. 249. .14 .9 6 69°0 42.0 10.01 208. .13 .4 3 °05 474.8 35.1 006. 124. .35 .43 5 78°0 45.5 18.41 258. .53 .4 7 69°0 47.5 37.0 076. 166. .15 .72 5 88°0 57.0 17.81 209. .04 .5 0 74°0 48.3 29.9 036. 109. .05 .22 5 BD°58 80°0 49.1 20.8 007. 252. .84 .81 6 BW°17 95°0 39.8 23.7 077. 294. .64 .51 6 10°00 30.6 25.7 037. 237. .54 .31 2 15°01 31.3 28.6 007. 380. .34 .11 2 Form No. S3443-211 Supersedes NEW Page 16 of 20 GTC48S1 Matched with GTA4860UD1-A Coil Full Load Capacities based upon rated flow of 7 GPM water at 1500 CFM airflow. COOLING FULL LOAD HEATING FULL LOAD gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE gnivaeL gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( °05 415.8 30.4 047. 284. .65 .91 9 )F°( )F°( 67°0 47.7 31.3 037. 276. .65 .81 2 °52 485.3 94.1 342. .23 .3 9 70°0 44.7 31.3 027. 268. .65 .61 7 36°0 48.6 94.3 323. .53 .4 1 BD°07 82°0 40.6 31.3 017. 350. .65 .51 4 47°0 47.9 94.5 304. .83 .4 2 BW°95 90°0 44.7 31.3 027. 268. .65 .61 7 50°0 °56 56.6 94.9 356. .34 .4 5 17°00 47.7 31.3 037. 276. .65 .81 2 62°0 64.2 15.30 318. .94 .4 7 15°01 41.8 30.4 047. 284. .65 .91 9 75°0 63.8 15.70 470. .45 .5 0 °05 552.2 38.5 076. 264. .06 .12 1 87°0 71.4 15.11 422. .06 .5 1 64°0 51.1 30.5 067. 246. .06 .91 3 °52 425.2 93.6 323. .13 .5 3 75°0 57.0 39.4 056. 238. .06 .71 7 36°0 41.5 93.8 394. .33 .5 5 BD°57 87°0 44.9 39.4 056. 310. .06 .61 3 BW°36 46°0 40.8 13.00 365. .63 .4 0 95°0 57.0 39.4 056. 238. .06 .71 7 57°0 °07 58.4 14.30 307. .24 .4 3 14°00 51.1 38.5 066. 246. .06 .91 3 68°0 66.0 15.70 349. .74 .4 5 12°01 55.2 38.5 076. 264. .06 .12 1 79°0 63.6 16.11 471. .25 .4 8 °05 580.6 38.6 006. 255. .46 .22 4 80°0 71.3 17.51 413. .85 .5 0 61°0 54.5 37.6 006. 267. .36 .02 4 °52 400.3 13.21 327. .03 .3 4 73°0 50.4 37.6 096. 288. .36 .81 8 BD°08 84°0 57.3 37.5 096. 390. .36 .71 3 31°0 47.6 15.41 398. .23 .3 5 BW°76 93°0 50.4 36.6 096. 218. .46 .81 8 42°0 43.9 17.71 369. .53 .3 6 11°00 54.5 36.6 006. 237. .46 .02 4 53°0 °57 57.5 10.22 402. .14 .3 9 10°01 58.6 36.6 006. 255. .46 .22 4 65°0 60.1 13.82 444. .64 .4 1 °05 610.0 33.8 046. 275. .86 .32 7 77°0 63.7 17.33 476. .15 .4 2 61°0 57.9 34.7 046. 247. .86 .12 6 88°0 76.3 10.83 419. .75 .4 4 72°0 53.8 34.7 036. 229. .86 .91 8 BD°58 82°0 59.7 34.6 036. 391. .76 .81 3 BW°17 92°0 53.8 34.7 036. 229. .86 .91 8 11°00 57.9 34.7 046. 247. .86 .12 6 10°01 61.0 33.8 046. 275. .86 .32 7 Part Load Capacities based upon rated flow of 5 GPM water at 1150 CFM airflow. COOLING PART LOAD HEATING PART LOAD gniretnE gnivaeL gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( )F°( )F°( °05 321.6 25.7 057. 142. .04 .82 9 69°0 30.5 25.7 047. 184. .04 .42 9 °52 373.0 83.3 211. .32 .4 2 77°0 37.5 25.6 037. 136. .14 .12 9 36°0 31.2 86.5 231. .52 .4 4 BD°07 85°0 35.5 25.6 027. 178. .14 .91 5 49°0 35.4 89.6 241. .72 .4 7 BW°95 93°0 32.5 24.6 017. 210. .24 .71 5 55°0 °56 34.9 85.9 282. .13 .5 1 10°00 39.5 24.5 007. 252. .24 .51 9 60°0 42.4 92.2 213. .63 .5 6 18°01 37.4 24.5 097. 203. .34 .41 6 76°0 40.8 98.5 253. .04 .6 0 °05 349.8 23.8 077. 122. .34 .03 7 82°0 58.3 94.7 284. .44 .6 4 66°0 31.8 23.8 067. 164. .34 .62 5 °52 257.9 99.5 221. .22 .6 8 74°0 38.8 22.7 057. 106. .44 .32 2 39°0 35.1 92.7 232. .42 .7 2 BD°57 82°0 35.8 22.7 047. 158. .44 .02 7 BW°36 41°0 34.4 95.9 242. .62 .7 6 99°0 33.7 22.7 047. 290. .44 .81 6 56°0 °07 32.8 11.30 273. .03 .8 0 17°00 30.7 22.7 037. 232. .54 .61 9 61°0 41.3 18.70 293. .43 .8 4 14°01 37.7 21.6 027. 274. .54 .51 5 75°0 49.7 14.01 224. .93 .8 8 °05 447.1 21.9 087. 112. .64 .23 5 80°0 58.2 11.41 245. .34 .9 2 65°0 42.1 20.9 087. 154. .64 .82 1 °52 380.0 15.00 264. .12 .3 6 72°0 49.1 20.8 077. 196. .64 .32 8 BD°08 32°0 38.2 19.20 274. .32 .3 8 80°0 46.1 20.8 077. 138. .74 .12 9 BW°76 97°0 43.0 29.8 066. 280. .74 .02 1 45°0 37.4 13.40 295. .52 .4 0 15°00 40.0 29.8 066. 222. .84 .81 2 50°0 °57 36.9 10.80 216. .03 .4 4 12°01 47.0 29.7 056. 264. .84 .61 4 65°0 45.3 17.21 246. .43 .4 8 °05 457.4 38.0 006. 123. .94 .43 4 70°0 44.8 14.61 277. .83 .5 1 65°0 42.4 38.0 006. 165. .94 .92 6 86°0 53.2 11.02 298. .24 .5 5 72°0 49.4 28.9 006. 107. .05 .62 0 BD°58 89°0 46.3 27.9 006. 149. .05 .32 2 BW°17 96°0 43.3 27.9 096. 280. .05 .02 8 14°00 40.3 27.9 096. 222. .15 .81 9 11°01 47.3 27.8 096. 264. .15 .71 3 Form No. S3443-211 Supersedes NEW Page 17 of 20 GTC60S1 Matched with GTA4860UD1-A Coil Full Load Capacities based upon rated flow of 15 GPM of 15% methanol/mass at 1800 CFM airflow. COOLING FULL LOAD HEATING FULL LOAD gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE gnivaeL gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( °05 587.9 42.2 097. 227. .96 .12 4 )F°( )F°( 61°0 58.7 43.1 097. 301. .86 .71 9 °52 494.6 85.8 388. .23 .3 5 75°0 58.4 45.0 097. 375. .66 .51 2 36°0 45.9 95.0 379. .53 .3 7 BD°07 89°0 58.1 37.9 097. 359. .56 .31 0 48°0 57.5 94.3 431. .14 .3 9 BW°95 92°0 48.9 39.8 097. 423. .46 .11 2 51°0 °56 69.2 93.6 493. .64 .4 2 16°00 48.6 31.7 088. 407. .36 .9 7 64°0 62.8 12.00 455. .25 .4 4 10°01 48.4 34.6 088. 571. .16 .8 5 76°0 74.4 12.30 417. .85 .4 6 °05 662.4 49.4 026. 288. .37 .22 8 89°0 86.0 11.60 479. .36 .4 9 64°0 66.1 41.3 037. 342. .27 .91 0 °52 444.5 96.3 399. .13 .3 4 76°0 55.8 43.2 037. 306. .17 .61 1 35°0 49.8 95.4 460. .43 .3 5 BD°57 88°0 55.5 44.1 047. 460. .96 .31 8 BW°36 46°0 51.4 95.8 412. .04 .3 8 90°0 54.3 46.0 057. 424. .86 .11 9 57°0 °07 62.0 15.10 454. .54 .4 0 11°00 54.0 39.9 067. 478. .66 .01 3 68°0 64.6 15.40 406. .15 .4 2 13°01 44.7 31.8 078. 532. .56 .9 0 70°0 75.3 14.70 448. .65 .4 4 °05 639.8 47.6 076. 278. .87 .42 0 81°0 77.9 14.01 590. .16 .4 6 69°0 62.5 49.5 086. 312. .77 .02 1 °52 469.5 94.8 494. .03 .3 0 79°0 61.2 40.4 087. 356. .57 .71 1 BD°08 89°0 50.9 42.3 097. 490. .37 .41 6 30°0 42.9 15.00 465. .33 .3 2 BW°76 99°0 50.6 44.2 007. 425. .27 .21 6 42°0 54.5 17.30 497. .83 .3 4 18°00 59.3 46.0 017. 469. .07 .11 0 54°0 °57 66.1 10.60 520. .44 .3 6 18°01 58.0 38.9 027. 503. .96 .9 6 66°0 68.7 12.90 542. .94 .3 8 °05 799.3 45.7 016. 289. .38 .52 4 78°0 79.3 14.21 574. .45 .4 0 67°0 78.0 46.6 026. 303. .28 .12 3 89°0 71.9 16.61 506. .06 .4 2 74°0 67.7 48.5 046. 327. .08 .81 0 BD°58 82°0 65.4 49.4 056. 441. .87 .51 5 BW°17 99°0 64.0 41.3 077. 455. .67 .31 3 17°00 53.7 43.2 087. 479. .47 .11 6 15°01 52.4 46.1 097. 593. .27 .01 1 Part Load Capacities based upon rated flow of 15 GPM of 15% methanol/mass at 1300 CFM airflow. COOLING PART LOAD HEATING PART LOAD gniretnE gnivaeL gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( )F°( )F°( °05 478.4 39.0 006. 195. .94 .92 8 66°0 41.2 31.0 047. 188. .84 .32 2 °52 375.0 88.6 267. .02 .3 2 74°0 45.0 23.9 077. 281. .74 .81 6 31°0 36.3 83.8 218. .32 .3 4 BD°07 82°0 39.8 26.8 007. 285. .64 .51 3 44°0 34.8 92.2 219. .82 .3 8 BW°95 91°0 33.6 28.8 047. 278. .54 .21 7 58°0 °56 42.3 92.6 320. .33 .4 2 19°00 37.3 22.7 078. 371. .44 .01 7 61°0 40.9 11.00 321. .83 .4 6 17°01 30.1 25.7 008. 375. .34 .9 1 74°0 57.4 11.30 322. .34 .5 0 °05 401.8 36.2 016. 135. .35 .13 8 87°0 55.9 10.70 323. .84 .5 3 68°0 44.5 38.1 066. 118. .25 .42 7 °52 228.9 96.1 208. .02 .3 1 75°0 47.3 31.0 007. 202. .15 .91 8 34°0 31.2 91.3 259. .22 .3 3 BD°57 81°0 41.1 33.0 047. 285. .94 .61 2 BW°36 46°0 38.7 90.6 330. .72 .3 7 98°0 34.8 26.9 087. 268. .84 .31 5 58°0 °07 45.2 10.00 321. .23 .4 0 14°00 38.6 29.8 027. 342. .74 .11 3 60°0 42.8 10.40 312. .73 .4 4 11°01 32.4 23.8 068. 335. .64 .9 6 72°0 59.3 19.70 392. .14 .4 7 °05 527.1 33.3 046. 105. .75 .62 9 84°0 56.8 19.11 383. .64 .5 1 62°0 45.9 36.2 086. 168. .55 .32 9 °52 341.0 91.6 342. .91 .2 8 77°0 49.6 38.1 036. 232. .45 .12 0 BD°08 37°0 33.2 96.8 382. .12 .2 9 82°0 42.4 31.1 077. 295. .25 .81 0 BW°76 96°0 45.1 34.0 017. 269. .15 .51 0 40°0 31.8 17.20 353. .62 .3 3 11°00 39.9 26.9 057. 322. .05 .21 0 52°0 °57 48.3 18.50 324. .13 .3 6 16°01 32.6 29.9 097. 395. .84 .9 1 65°0 45.8 19.90 305. .63 .3 9 °05 544.5 32.4 076. 175. .06 .53 4 78°0 53.3 10.31 377. .04 .4 3 67°0 57.2 34.3 016. 129. .95 .72 6 80°0 50.9 11.71 348. .54 .4 6 70°0 50.0 36.3 066. 272. .75 .22 1 BD°58 83°0 43.7 38.2 016. 226. .65 .81 2 BW°17 96°0 46.4 31.1 057. 279. .45 .51 1 19°00 49.1 34.0 007. 323. .35 .21 7 12°01 32.9 37.0 057. 376. .15 .01 8 Form No. S3443-211 Supersedes NEW Page 18 of 20 GTC60S1 Matched with GTA4860UD1-A Coil Full Load Capacities based upon rated flow of 9 GPM water at 1800 CFM airflow. COOLING FULL LOAD HEATING FULL LOAD gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE gnivaeL gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( °05 509.3 44.0 017. 217. .36 .91 9 )F°( )F°( 68°0 54.3 45.0 007. 300. .46 .71 9 °52 593.4 91.2 338. .14 .4 2 77°0 57.3 46.0 097. 392. .46 .61 3 38°0 52.6 91.4 359. .34 .4 3 BD°07 86°0 51.3 47.1 087. 385. .56 .51 0 43°0 55.9 90.5 470. .54 .4 3 BW°95 97°0 57.3 46.0 097. 392. .46 .61 3 53°0 °56 61.4 99.8 401. .05 .4 5 18°00 54.3 45.0 007. 300. .46 .71 9 63°0 66.9 17.00 433. .45 .4 6 19°01 50.3 44.0 017. 217. .36 .91 9 73°0 72.4 16.30 475. .85 .4 8 °05 569.7 42.1 057. 237. .76 .12 1 82°0 78.9 15.50 407. .36 .4 9 69°0 50.7 46.2 047. 320. .86 .91 0 °52 531.3 92.7 379. .93 .5 0 78°0 54.7 45.2 037. 313. .96 .71 3 35°0 56.5 91.8 480. .14 .5 1 BD°57 87°0 58.7 44.2 027. 306. .07 .51 9 BW°36 40°0 58.8 91.9 401. .44 .4 1 98°0 54.7 43.2 037. 313. .96 .71 3 58°0 °07 63.2 10.20 423. .84 .4 3 19°00 50.7 43.2 047. 320. .86 .91 0 67°0 68.7 19.40 444. .25 .4 4 19°01 56.7 42.1 057. 237. .76 .12 1 76°0 73.2 18.70 466. .65 .4 6 °05 622.2 48.3 086. 27. .17 .22 4 85°0 78.7 18.90 488. .06 .4 7 61°0 66.2 40.3 087. 360. .27 .02 2 °52 567.3 10.20 474. .83 .3 6 70°0 60.2 42.4 047. 35. .37 .81 4 BD°08 89°0 64.1 42.4 077. 356. .47 .61 9 32°0 59.6 11.30 485. .04 .3 7 BW°76 90°0 60.2 41.4 087. 353. .37 .81 4 46°0 52.8 11.50 496. .24 .3 7 11°00 66.2 40.3 087. 360. .27 .02 2 55°0 °57 67.3 13.70 418. .74 .3 9 12°01 62.2 49.3 086. 277. .17 .22 4 65°0 62.8 14.01 520. .15 .4 0 °05 677.6 47.4 026. 238. .67 .32 6 74°0 77.3 16.21 542. .55 .4 1 66°0 61.6 48.5 026. 321. .77 .12 3 83°0 73.8 17.51 564. .95 .4 2 75°0 65.6 48.5 026. 324. .87 .91 4 BD°58 84°0 69.6 49.5 036. 317. .97 .71 8 BW°17 95°0 65.6 48.5 026. 324. .87 .91 4 16°00 61.6 48.5 026. 321. .77 .12 3 17°01 67.6 47.4 026. 238. .67 .32 6 Part Load Capacities based upon rated flow of 9 GPM water at 1300 CFM airflow. COOLING PART LOAD HEATING PART LOAD gniretnE gnivaeL gniretnE gniretnE latoT elbisneS elbisneS rewoP fotaeH gniretnE latoT rewoP fotaeH diulF .pmeTriA yticapaC yticapaC latoTot tupnI noitcejeR REE riA riA diulF yticapaC tupnI noitprosbA POC )F°(.pmeT )F°( )HutBM( )HutBM( oitaR )WK( )HutBM( .pmeT .pmeT )F°(.pmeT )HutBM( )WK( )HutBM( )F°( )F°( °05 426.4 32.2 027. 144. .94 .13 4 69°0 44.2 33.1 077. 166. .84 .52 8 °52 283.9 86.5 220. .22 .4 2 72°0 46.1 34.0 017. 179. .74 .12 5 39°0 36.5 94.0 264. .72 .4 3 BD°07 85°0 38.9 25.9 067. 281. .64 .81 3 46°0 43.2 93.5 298. .23 .4 4 BW°95 97°0 30.7 27.9 007. 204. .64 .51 7 59°0 °56 58.5 10.40 366. .34 .4 5 10°00 32.6 28.8 057. 216. .54 .31 6 63°0 63.9 17.41 433. .45 .4 6 13°01 34.4 20.7 008. 229. .44 .11 8 76°0 88.2 15.32 501. .56 .4 7 °05 450.8 30.3 047. 194. .25 .33 4 89°0 93.5 12.33 579. .57 .4 7 61°0 47.6 30.2 097. 196. .15 .72 4 °52 276.8 81.4 241. .12 .4 8 73°0 48.4 32.1 047. 199. .05 .22 9 31°0 31.5 81.8 265. .62 .4 8 BD°57 84°0 40.2 33.1 097. 291. .94 .91 4 BW°36 46°0 44.1 91.1 279. .13 .4 2 96°0 42.0 34.0 037. 294. .84 .61 7 57°0 °07 51.4 90.8 317. .24 .4 3 18°00 33.8 26.9 087. 296. .74 .41 4 67°0 68.7 19.40 444. .25 .4 4 19°01 35.6 27.8 037. 299. .64 .21 6 77°0 85.0 18.11 572. .26 .4 5 °05 585.1 38.4 066. 154. .65 .53 4 88°0 92.3 18.81 600. .37 .4 6 65°0 49.9 38.3 016. 147. .55 .92 0 °52 269.8 97.5 283. .02 .3 6 75°0 40.7 39.3 066. 129. .45 .32 0 BD°08 35°0 33.5 12.00 298. .52 .3 7 86°0 42.5 31.2 017. 212. .35 .02 6 BW°76 96°0 43.3 32.1 077. 204. .25 .81 2 41°0 40.2 16.50 302. .13 .3 8 16°00 44.1 33.0 027. 297. .05 .51 7 53°0 °57 54.5 15.41 411. .14 .3 9 16°01 36.9 25.9 077. 289. .94 .31 3 65°0 68.8 14.32 520. .15 .4 0 °05 502.5 35.6 086. 124. .06 .73 4 76°0 81.1 13.33 549. .16 .4 0 61°0 51.3 36.5 036. 107. .95 .03 6 88°0 95.4 13.24 658. .17 .4 1 70°0 52.1 37.4 096. 179. .75 .52 6 BD°58 88°0 43.8 38.3 056. 252. .65 .12 7 BW°17 97°0 44.6 39.2 006. 235. .55 .81 7 16°00 45.4 31.1 067. 207. .45 .61 2 15°01 46.2 32.0 027. 380. .25 .41 1 Form No. S3443-211 Supersedes NEW Page 19 of 20 GTA Coil Dimensions if Used Without Cabinet GTA Coil Dimensions If Used Without Cabinet

COIL

+.125 16.13 HEIGHT -.000

COATED DRAIN PAN

+.125 2.25 -.000 +.125 28.25 DEPTH -.000

+.125 20.50 WIDTH -.000

SECONDARY DRAIN HOLE

PRIMARY DRAIN HOLE MIS-2876 A

Duct Heaters for Upflow and Horizontal Installation Only (Field Installed, Separate Power Supply Required) mumixaM tcuD 2sstloV04 tloV802 muminiM eriWdleiF esUroF retaeH RCAH retaeH tiucriC eziS htiW egakcaP tiucriC rebmuNtraP yticapmA + KsW AHpm BWUT KsAHpm UTB rekaerB 080-4068 201-06-802/04 58. 25.0 1560,7 307. 19.8 1097,2 20.6 301# 1-5-218RM 180-4068 281-06-802/04 98. 47.0 3544,3 733. 36.5 2080,5 50.2 66# llA 1-8.9-618RM 1S*CTG 280-4068 sledoM 271-06-802/04 12.4 61.1 5071,0 19.1 53.2 3645,7 70.6 84# 1-7.41-8121RM 380-4068 221-06-802/04 17.9 80.1 6435,5 12.4 67.9 4041,9 15.20 112 # 1-2.91-8121RM + Based upon 75°C copper wire. All wiring must conform to National Electric Code (Latest Edition) and all local codes.

E

retaeHtcuD SEHCNINISNOISNEMID rebmuNtraP A B C D E F

875080-406 15.1 48. 16.1 5.8 AIR FLOW D 875180-406 15.5 45. 95. 16.1 .8

81280-406 1515.7 55. 18.4 16.8 A 81380-406 1515.7 55. 18.4 16.8 C

B F

MIS-2880 Horizontal – Left to Right Airflow (Shown)

Form No. S3443 Before purchasing this appliance, read important energy February, 2011 cost and efficiency information available from your retailer. Supersedes NEW

Form No. S3443-211 Supersedes NEW Page 20 of 20