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Trane Rooftop WSHP Catalogue

1. 24 100 6 7 10145 BU POWER LI F 1 100 R oll 53 R i w qu LU 3 1 1000 45 5 100 x BLU 3 100 8 A 4 100AC_ R 100L 8 3J 3 LOW VOLTAGE G 1e 12 EMERGENCY YA SPEED TAPS 15 5 119A TEST 1 8 _172A V lt 91 M DISABLE We S nnm 24 vac 1 1 100 49 U4 AI 3Pi 3 RTRM 32 LIE 10K ODF 1634 QU 4 comm e Ha 101AZ BU OHM 162A 5 3 em roe 24 vac 7 1608 ay 101K BU i ug EVA 1644 BR E mr i ale 165A lt BR 778 ale HEAT 2 2 KA 6 6 BR tw E23 ji 7 7 CONFIG ka 35 24 VAC jg ip 78 ELECTRIC 5 1 ZONE BU Th TEMP Eit i SECTION e mmm 6 Loe 4 L SENT GNE a m ala o FL 4 fees vio d 4 8 PPF6 PPM6 lo I HEATING
2. LINE VOLTAGE MMC Im u i wilt 38 PPF IDFC PPM IDFC Zi STAD 7 7 3o nes an ele ASACBU e a 19080 w J s s Aif pem 3 COMM RSA 4 4 1 AQ 313 41807 12 SA COMM RSB S 5 1 esp FAN FAL g eo ala ai em a MERE ae gt vi g g alle 5 T 50 his ana CN uem T TK BLACK BR BROWN BR RD RED STRIPE BU BLUE eB site GR YL ME ka ORANGE PURPLE IRRD IGRD RD RED WT WHITE pro a a ogy CCl YELLOW 3CCBK quo quo cal Ka REF DESCRIPTION ONE COMPRESSOR CUNT 1 18202288 cee COMPRESSOR CONT 2 26 28 30 99 cce CCHI CRANKCASE HTR 1 22 MBU y 1 AND CCH CRANKCASE HTR 2 30 CFS CLOGGED FILTER SWITCH 13 id CUMM CUMMUNICATIUNS MODULE 105 Y CPRI COMPRESSOR 1 18 CPRE COMPRESSOR 2 26 aw 2 as lt
3. Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kW Mbtuh LWT Head 20 2 158 9 112 6 0 71 4 54 174 4 62 3 7 4 24 8 160 2 113 4 0 71 4 31 174 9 59 1 10 7 27 9 160 7 113 8 0 71 4 19 175 0 57 5 13 1 45 31 0 161 0 114 0 0 71 4 10 175 0 56 3 15 8 32 6 161 1 114 1 0 71 4 06 174 9 55 7 17 2 34 1 161 4 114 3 0 71 4 03 175 1 55 3 18 6 37 2 161 7 114 5 0 71 3 97 175 2 54 4 21 7 20 2 153 8 110 4 0 72 5 38 172 2 72 1 7 1 24 8 154 9 111 2 0 72 5 16 172 5 68 9 10 3 27 9 155 5 111 6 0 72 5 02 172 6 67 4 12 6 55 31 0 155 8 111 9 0 72 4 94 172 7 66 1 15 2 32 6 156 0 112 0 0 72 4 90 172 8 65 6 16 5 34 1 156 2 112 1 0 72 4 87 172 8 65 1 17 9 37 2 156 5 112 3 0 72 4 81 172 9 64 3 20 9 20 2 146 7 107 6 0 73 6 46 168 7 84 7 6 8 24 8 147 7 108 4 0 73 6 24 169 0 81 6 9 8 27 9 148 2 108 7 0 73 6 13 169 1 80 1 12 0 68 31 0 148 6 109 0 0 73 6 05 169 2 78 9 14 5 32 6 148 7 109 1 0 73 6 01 169 2 78 4 15 8 34 1 148 9 109 2 0 73 5 98 169 3 77 9 17 1 37 2 149 1 109 4 0 73 5 92 169 3 77 1 19 9 20 2 142 6 106 0 0 74 7 08 166 7 91 5 6 6 24 8 143 6 106 8 0 74 6 85 167 0 88 5 9 6 27 9 144 0 107 1 0 74 6 74 167 1 87 0 11 8 75 31 0 144 4 107 4 0 74 6 66 167 1 85 8 14 1 32 6 144 6 107 5 0 74 6 62 167 2 85 3 15 4 34 1 144 7 107 6 0 74 6 59 167 2 84 8 16 7 37 2 145 0 107 8 0 74 6 53 167 2 84 0 19 5 20 2 135 7 103 5 0 76 8 12 163 4 102 2 6 4 24 8 136 7 104 2 0 76 7 88 163 6 99 2 9 2 27 9 137 2 104 6 0 76 7 77 163 7 97 7
4. LINE VOLTAGE GH th COMMON TERMINAL CONTROLS 5 BU DIAGRAM LINE 81 1 L 0 x H 9 VOLT TERMINALS START CAPACITOR KIT RO CSR CS RED 5 ME R2 4 gk ca 6A BK W10 V 64 13 12 Te CR SA BR 4B UM BLK R n Quo CCH BLK He 4 A REF DESCRIPTION LINE COMPRESSOR CONTACTOR 2325 CCH CRANKCASE HEATER 27 CFI DD MOTOR CAPACITOR 30 TPRI COMPRESSOR 24 CR CPR RUN CAPACITOR 24 CS START CAPACITOR 9 CSR CPR START RELAY 19 COM TEMP LIMIT SWITCH 27 IDM ID FAN MOTOR 10 9 BK ODF OD FAN RELAY 30 ODM OD FAN MOTOR 3 Re START RESISTOR 20 amp gav TNS LOW VOLTAGE TRANSFORMER 45 TNSI L UNLESS OTHERWISE NOTED ALL SWITCHES ARE SHOWN AT 25 77 P AT ATMOSPHERIC PRESSURE AT 50 RELATIVE HUMIDITY WITH ALL UTILITIES TURNED OFF AND AFTER A NORMAL SHUTDOWN HAS OCCURRED 2 DASHED LINES INDICATE RECOMMENDED FIELD WIRING BY OTHERS DASHED LINE ENCLOSURES AND OR DASHED DEVICE OUTLINES INDICATE COMPONENTS PROVIDED BY THE FIELD PHANTOM LINE ENCLOSURES INDICATE ALTERNATE CIRCUITRY OR AVAILABLE SALES OPTIONS 3 NUMBERS ALONG THE RIGHT SIDE OF THE SCHEMATIC DESIGNATE THE LOCATION OF CONTACTS BY LINE NUMBER AN UNDERLINED NUMBER INDICATES A
5. la 22 1 4 E 28 1 2 788mm 566mm 724mm 20 13 16 1 3 4 23 1 4 45 591mm 529mm 1 3 4 12 5 16 45 d 313mm IH 10 254 23 584 69 1 2 77 1766mm 1956mm 84 3 4 2153mm SUPPLY OPENING THROUGH BASE ELECTRICAL RETURN OPENING E j m DRAIN CONN 6 7 8 1 NPT 175 26mm 7 8 683mm 56 1422mm SHOWN FROM WATER OUT CONN 121 3 4 3093mm UNIT CONTROL COMPRESSOR WIRE 7 8 23mm DIA 54 1372mm ACCESS PANE L 8 15 16 P 227mm 6 13 16 56 174mm 1422 FR SINGLE POINT POWER ENTRY NT VIEW 2 11 16 69 7 5 8 26mm 194mm SIDE VIEW WATER IN CONN 46 1 2 118mm Ej 673mm m 1 8 t 72424 1 8 613mm BACK VIEW K 27 5 8 gt 3 E 702mm 99mm H e Simm a See tables in chapter General Data p 13 for water connection sizes 94 WSHP PRC021 EN Figure 12 20 ton unit Dimensional Data WATER OUT CONN le Se sel 22 1 4
6. Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 1600 0 966 0 901 1 000 0 981 1 064 1655 0 973 0 919 1 000 0 986 1 052 1710 0 979 0 937 1 000 0 989 1 040 1800 0 989 0 966 1 000 0 994 1 018 1900 1 000 1 000 1 000 1 000 1 000 2000 1 009 1 032 1 000 1 004 0 982 2200 1 026 1 099 0 999 1 014 0 956 2400 1 043 1 169 1 000 1 022 0 933 GER072 Cooling Performance Table 26 GERO072 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 12 1 91 9 63 5 0 69 3 49 103 9 62 2 6 9 14 9 92 4 63 8 0 69 3 38 103 9 59 0 9 9 16 7 92 5 63 9 0 69 3 33 103 9 57 4 12 2 45 18 6 92 7 64 0 0 69 3 29 103 9 56 2 14 6 19 5 92 8 64 1 0 69 3 27 103 9 55 6 15 9 20 5 92 8 64 1 0 69 3 26 103 9 55 2 17 3 22 3 92 9 64 2 0 69 3 23 103 9 54 3 20 1 12 1 88 9 62 2 0 70 3 90 102 2 71 9 6 6 14 9 89 2 62 5 0 70 3 79 102 1 68 7 9 5 16 7 89 4 62 6 0 70 3 73 102 1 67 2 117 55 18 6 89 5 62 7 0 70 3 69 102 1 66 0 14 1 19 5 89 5 62 7 0 70 3 67 102 1 65 5 15 3 20 5 89 6 62 7 0 70 3 65 102 0 65 0 16 6 22 3 89 7 62 8 0 70 3 63 102 0 64 1 19 4 12 1 85 3 61 9 0 73 4 44 100 5 84 6 6 2 14 9 85 7 62 2 0 73 4 31 100 4 81 5 9 0 16 7 85 9 62 3 0 73 4 26 100 4 80 0 11 0 68 18 6 86 0 62 4 0 73 4 21 100 4 78 8 13 3 19 5 86 1 62 5 0 73 4 19 100 4 78 3 14 5 20 5 86 1 62 5 0 73 4 17 100 4 77 8 15 7 22 3 86 3 62 6 0 73 4 14 100 4 77 0 18 3 12 1 83 0 61 0 0 74 4 79 9
7. lt 2 2 63 3 16 v di 1605 MM CLEARANCE 36 914 CLEARANCE DOWNFLOW 36 914 HORIZONTAL 60 1524 84 3 16 pe 2138 MM lt CLEARANCE DOWNFLOW 48 1219 HORIZONTAL 38 965MM 87 TRANE Dimensional Data Figure 5 20 25 tons unit clearance and roof opening CLEARANCE CLEARANCE DOWNFLOW 68 1727 DOWNFLOW 36 914 MM HORIZONTAL 48 1219 MM HORIZONTAL 60 1524 121 11 1677 81 3091 2057 i 1943 MM 2 Bm _ E x 2138 MM CLEARANCE k j CLEARANCE DOWNFLOW 60 1524 DOWNFLOW 48 1219 HORIZONTAL 18 457 HORIZONTAL 38 965 MM 88 WSHP PRC021 EN Dimensional Data Figure to 4 ton unitia NOTE WATER IN OUT FITTING CONN ARE INSIDE THE UNIT BASE HOLE FOR WATER OUT CONN BASE HOLE FOR WATER IN CONN 1 4 124mm THROUGH THE BASE ELECTRICAL 2 3 4 70mm SUPPLY OPENING AS SHIPPED RETURN OPENING AS SHIPPED 5 1 8 L 3 4 131mm 96mm 4 7 8 124mm FRONT OF UNIT THROUGH THE BASE 875 23mm CONDENSATE DRAIN VIEW WATER OUT CONN SERVICE GAUGE PORTACCESS 1 3 8 35mm DIA HOLE UNIT CONTROL WIRE 7 8 23mm DIA HOLE WATER IN CONN 36 1 4 e 769mm 4 174 6 3 4 108mm 16 172mm
8. Cooling Heating Entering Water Suction Discharge Water AirTemp Suction Discharge Water Water Flow Pressure Pressure Temp Rise Drop DB Pressure Pressure Temp Air Temp Model Temp F GPM PSIG PSIG F F PSIG PSIG Drop F Rise DB F 35 35 46 62 0 115 132 182 231 11 13 19 25 46 77 5 113 130 177 225 8 11 19 24 55 62 0 118 136 208 265 11 14 20 26 55 77 5 117 134 203 258 8 11 20 25 GER300 68 62 0 123 142 248 316 11 13 20 26 68 77 5 122 140 243 309 8 11 20 26 75 62 0 126 145 272 346 11 13 20 26 75 77 5 125 144 266 339 8 11 20 26 86 62 0 131 150 312 397 10 13 20 26 86 77 5 129 148 306 389 8 11 20 26 95 62 0 133 154 348 442 10 13 20 26 95 77 5 133 153 341 435 8 10 20 26 GERO036 Cooling Performance Table 17 GERO036 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 5 5 46 9 32 8 0 70 1 58 52 3 64 0 2 7 6 7 47 3 33 1 0 70 1 51 52 5 60 7 3 8 7 6 47 6 33 3 0 70 1 48 52 7 58 9 4 8 45 8 4 47 8 33 4 0 70 1 45 52 7 57 6 5 7 8 8 47 8 33 4 0 70 1 44 52 7 57 0 6 2 9 2 47 9 33 5 0 70 1 43 52 8 56 5 6 7 10 1 48 0 33 5 0 70 1 41 52 8 55 5 7 9 5 5 45 5 32 3 0 71 1 81 51 7 73 8 2 6 6 7 45 9 32 5 0 71 1 74 51 8 70 5 3 7 7 6 46 3 32 8 0 71 1 71 52 1 68 7 4 6 55 8 4 46 4 32 8 0 71 1 68 52 1 67 4 5 5 8 8 46 3 32 8 0 71 1 67 52 0 66 8 6 0 9 2 46 4 32 9
9. ESAO Lo POWER EXHAUST wms 24 2 RESP XR L 5 yn LT DHS 6P12 DAH 6 9 RHS 156A RD AIR HUMID RTN AIR HUMID 153A PR D 7 wama 2 yr 8 1 D 6P13 RAT 6 10 wapo RAS 8 WA TDP Wm AR TEP 154408 lt ka 0 bl ud cowan 189080 OPTIONAL MAS RAS RHS DHS AND ASSOCIATED WIRING ARE NOT USED WITH MOTORIZED OUTSIDE AIR DAMPER TO DISABLE THE COMPRESSORS REMOVE THE JUMPER ON LTBI BETWEEN PINS 1 amp 2 AND PINS amp 4 AND CONNECT FIELD SUPPLIED CONTROL DEVICE gt CONNECTIONS SHOWN INCLUDE OPTIONAL ECA RTOM AND COMM IF NEITHER ECA NOR RTOM ARE INSTALLED DO NOT CONNECT PLUG 3P4 TO ANYTHING IF ECA AND OR ARE INSTALLED WITHOUT COMM CONNECT PLUG 3 4 RTRM 3J4 IF ECA IS INSTALLED WITHOUT CONNECT PLUG 5 2 PPF DPTN REFER TO ACCOMPANYING LITERATURE FOR PROPER CONNECTION COMBINATION OF OPTIONAL COMPONENTS TO SHUT DOWN THE UNIT FOR EMERGENCY STOP REMOVE THE JUMPERS LTBI BETWEEN PINS 5 amp 6 AND CONNECT FIELD SUPPLIED CONTROL DEVICE OR INSTALL OPTIONAL REMOTE SENSOR TO PINS 1 amp 2 WHEN REQUIRED SEE PROGRAMMABLE ZONE SENSOR REMOTE PANEL WITH NIGHT SETBACK LITERATURE FOR 111 Figure 38 10 ton power connection
10. Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 1 hp Fan Motor Heat MBh 2 7672 x Fan bhp 0 4705 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected a Field Supplied Fan Sheave AK69x3 4 required Field Supplied Belt may be necessary b Field Supplied Fan Sheave AK49x3 4 required Field Supplied Belt may be necessary c Field Supplied Fan Sheave AK41x3 4 required Field Supplied Belt may be necessary 62 WSHP PRC021 EN Performance Data Table 63 Belt drive evaporator fan performance GERO72 downflow airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM BHP RPM RPM RPM RPM RPM RPM RPM RPM RPM 1 hp Standard Motor amp Field Supplied Low Static Drive 1 hp Standard Motor amp Drive 1920 581 0 28 636 0 34 685 0 39 732 0 45 775 0
11. BAYHTRE110 36 1 7 5 2 81 6 90 GER048 BAYHTRE114 50 0 10 4 2 99 0 100 BAYHTRE118 63 5 13 2 2 115 9 125 105 18 3 3 8 1 65 0 80 110 36 1 7 5 2 87 2 100 x GERO60 BAYHTRE114 50 0 10 4 2 104 6 110 BAYHTRE118 63 5 13 2 2 121 5 125 230 Volt Single Phase BAYHTRE105 20 8 5 0 1 55 3 60 036 110 41 7 10 0 2 81 4 90 zm BAYHTRE114 57 5 13 8 2 101 1 110 105 20 8 5 0 1 62 5 80 110 41 7 10 0 2 88 6 100 GER048 BAYHTRE114 57 5 13 8 2 108 4 110 BAYHTRE118 73 3 17 6 2 128 1 150 105 20 8 5 0 1 68 1 90 110 41 7 10 0 2 94 2 110 GERO60 BAYHTRE114 57 5 13 8 2 114 0 125 BAYHTRE118 73 3 17 6 2 133 7 150 m 208 Volt Three Phase BAYHTRE306 12 5 4 5 1 37 5 45 GERO36 BAYHTRE312 25 0 9 0 2 53 1 60 18 36 4 134 2 67 4 70 BAYHTRE306 12 5 4 5 1 40 6 50 GER048 BAYHTRE312 25 0 9 0 2 56 3 60 BAYHTRE318 36 4 13 1 2 70 5 80 BAYHTRE306 12 5 4 5 1 43 3 50 12 25 0 9 0 2 58 9 70 GERO60 BAYHTRE318 36 4 13 1 2 73 1 80 BAYHTRX323 48 0 17 3 2 87 6 90 BAYHTRW309A 18 9 6 8 1 56 6 70 57 9 70 BAYHTRW318A 37 5 13 5 1 79 9 90 81 2 90 GERO72 BAYHTRW327A 56 3 20 3 2 103 4 110 104 7 110 BAYHTRW336A 74 9 27 0 2 126 6 150 127 9 150 WSHP PRC021 EN 81 TRANE Electrical Data Table 86 Elec
12. 9 Setpoint PUMP conic 5 5 v Idus 24 VAC 17A E 1014 QU La m 6 LED common H T 84 7 HEAT LED COMMON 2 OM 44 8 u ME w SYSTEM 24 VAC Y ORG TDLL WHT HPCL WHT 122A Y OPTIONAL 9 5 10 10 y H L lt 2325 REMOTE 10 SERVICE cert 9 121A Y SENSOR LED PROVING sej 1 Sa 1 common PROG ZONE 1 E Pe zoo APE p 4PL COMM 42 apa p ME SPLISI ier pe 4 utc 125A GO 4 sls f ae an 4 126A BK I ML T GO 4 COMMON 2 2 1274 00 e Je LIE 3 3 in 3 COMMON ui ET fi 18 8 ben vac 4 we SP3 5J3 TBI 9 4 6 3 8 3P8 AIR TEMP 116A 159A 5 2 57 1 1 common 1 HSA 80 TRANE Spa 54 BUILDING DIS MANAGEMENT 5 149 BU 41 1 4 COMMON PPF4 5 7 5 7 9 1 1 pos ao 138A R 24 VIC 2 3 T 1 9 Teaver 2 10 SMOKE DETECT 139A 2 2 W SES une P 1 z 5 RI 1 1 vac PMS pers H to EY dj 70 3 3 142A 4 00600 REF DESCRIPTION LINE REF DESCRIPTION LINE 9 FILTER COMPRESSOR CONTACTOR 108 MAS MIXED AIR SENSOR 150 143A R 1 3 v
13. RPM RPM BHP 1 Standard Motor amp Low Static Accessory Kit 1 Standard Motor amp Drive 2400 484 0 32 531 0 40 587 0 51 642 0 62 688 0 72 728 0 82 762 0 92 794 1 01 825 1 11 853 1 20 2700 533 0 44 574 0 52 620 0 63 671 0 75 719 0 87 762 0 99 799 1 11 832 1 22 862 1 32 890 1 43 3000 582 0 58 621 0 67 3300 632 0 74 669 0 85 3600 683 0 94 659 0 78 748 1 04 792 1 17 832 1 31 867 1 44 898 1 56 927 1 68 739 1 08 779 1 22 821 1 37 861 1 52 898 1 67 932 1 82 963 1 96 749 1 18 780 1 30 815 1 44 890 1 75 928 1 92 963 2 09 995 2 25 3 hp Oversized Motor amp Drive Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM RPM RPM BHP RPM RPM RPM RPM RPM RPM RPM BHP 1 hp Standard Motor amp Drive 3 hp Oversized Motor amp Drive 2400 881 1 30 907 1 39 932 1 49 957 1 59 981 1 69 1004 1 78 1026 1 88 1048 1 98 1070 2 08 1090 2 18 2700 917 1 53 943 1 64 969 1 75 993 1 86 1016 1 96 1039 2 07 1061 2 18 1083 2 29 1104 2 40 1125 2 52 3000 954 1 80 980 1 92 1005 2 04 1030 2 16 1052 2 27 1075 2 39 1097 2 51 1118 2 63 1139 2 75 1159 2 87 3300 991 2 09 1018 2 23 1043 2 36 1067 2 49 1090 2 62 1112 2 75 1133 2 87 1154 3 01 1175 3 13 1195 3 27 3600 1026 2 41 1054 2 56 1080 2 71 1103 2 85 2 99 1149 3 14 1170 3 27 1191 3 41 3 hp Oversized Motor amp Field Supplied High Static Dr
14. SINGLE STAGE ELECTRIC HEAT OPTIONAL TWO STAGE ELECTRIC HEAT visam viam VIGO d 6 2 4 LINE 75 4 LINE 75 vo vw 9 e gs pe sxob 2 UN 76 1 gt oa vio PPF7 2 PPMT 2 DPTIDAL 4 ux 7 X8 lt REMOTE SENSOR wa vio mra 4 9 lt 777 65 D PITT PPMT 7 da 4 xn o e wa PPF7 8 7 8 PPF7 B ROUTED FROM THE CONTROL BOX TO THE RETURN AIR SECTION 10 NOT CONNECT THE OPTIONS HARNESS PPFS TO THE RTRM IF NO OPTIONS ARE INSTALLED NOT CONNECT DPTIDNS HARNESS PPMB TO THE IF NO 15 INSTALLED REFER ACCOMPANYING LITERATURE FOR CONNECTION COMBINATION OF OPTIONAL COMPONENTS WSHP PRC021 EN ALL UNITS SHIP WITH AN OPTIONS HARNESS INSTALL OPTIONAL REMOTE SENSOR TERMINALS 51 AND 52 WHEN REQUIRED SENSOR REMOTE SEE APPLICABLE HEATING SECTION DIAGRAM FUR BALANCE OF CIRCUIT WHEN OPTIONAL ELECTRIC HEAT IS REQUIRED HEAT CONTACTORS AND ASSOCIATED WIRING USED ONLY WITH THE FOLLOWING ELECTRIC HEAT OPTIONS AH ALL BH 36 54 AND 72 KW SEE PROGRAMMABLE ZONE PANEL W NSB LITERATURE FOR OPTION CONFIGURATION 54 AND 72 KV TERMINALS 7 8 9 AND 10 ARE FOR OPTIONAL INDICATORS WHEN OPTIONAL REMOTE MINIMUM POSITION POTENTOMETER IS REQUIRE
15. Wa 20m veia 97776 u Z gt WA 80 PPFT 7 PPM7 7 2280 4 LING 7 PPF7 8 7 8 SIKER MES qq ALL UNITS SHIP WITH AN OPTIONS HARNESS INSTALL OPTIONAL REMOTE SENSOR TO lt T TERMINALS 7 8 9 AND 10 ARE FOR OPTIONAL ROUTED TERMINALS 51 AND 52 INDICATORS DE CONTROL BOX TO THE RETURN AIR WHEN REQUIRED SEE PROGRAMMABLE ZONE WHEN OPTIONAL REMOTE MINIMUM POSITION SENSOR REMOTE POTENTIOMETER 15 BOOT OPTIONS HARNESS PANEL V NSB LITERATURE FOR OPTION REQUIRED AND WIRE AS SHOWN TO DISABLE COMPRESSORS REMOVE JUMPERS AND CONFIGURATION INSET IS FOR OPTIONAL PROGRAMMABLE SUPPLIED CONTROL DEVICE RTRM IP ND OPTIONS ARE INSTALLED DD ZONE SENSOR TU SHUT DENN THE UNIT FOR EMERGENCY STOP w EE SEE APPLICABLE HEATING SECTION DIAGRAM FOR lt E REQUIRED FOR OPTIONAL REFERENCE REMOVE JUMPER AND BALANCE OF E INSTALL FIELD SUPPLIED DEVICE 1S CIRCUIT WHEN OPTIONAL ELECTRIC HEAT IS REQUIRED C POVER EXHAUST OUTPUT FUR FIELD INSTALLER TO ACCOMPANYING HEAT CONTACTORS AND ASSOCIATED WIRING USED REQUIRED FOR OPTIONAL COMPARATIVE SUPPLIED DEVICE Ber vin qe lt FOLLOWING ELECTRIC HEAT OPTIONS SPENT FELLININ MP se au ku 0 Sensor M SU Se 29 72 lt OPTIONAL MAS RAS RHS DHS AND ASSOCIATED WIRING NOT USED lt CONNECT WIRES 36B
16. our BACK cla SUPPLY AR pen 46 7 TRAE Ta vo MANAGEMENT id gg SEM gt Pos DISCHARGE AIR D SENSIR 1400 gr dos m m opar Mus mew lee gt 4 T lea uoc sei o com mU ias meo lwan 4 20MA 7 4 CLOGGED NN s qe Pm CUNG Hem 2 3 vac oo ONS HS pono TD ol EN Piet P7 6 PROVING mi 2 0JI 5 24 VAC ag 775 WA WA wao n i H R DST UBM guam IMPO oues Peg a 26 5 2 BT M m CTI meo fe 3 4 7 n Z7 p LE INSET E PROGRAMMABLE ZONE SENSDR T REMOTE PANEL WASS TRA 1 INSET C ELECTRIC HEAT OPTIONAL SINGLE STAGE ELECTRIC HEAT AH lt OPTIONAL TWO STAGE ELECTRIC HEAT m we ww visam x AA 4 vo 767 mri Pura mena 7 6 gt ae E E EZ zz z 7 67 une n D M Wa vio m PPF7 2 x A di ux 5X9 REMOTE SENSOR 0 30 Lg ABO PPF7 4 luma nao s re ume 79
17. 600mm 42 1 4 1073mm 2 51mm ELECTRICAL CONNECTION SINGLE POINT POWER WHEN HEAT INSTALLED CONDENSATE DRAIN UNIT POWER WIRE 3 4 19mm 14 NPT 1 1 8 29mm DIA HOLE FRONT VIEW eae SUPPLY OPENING RETURN OPENING IF CONFIGURATION IF CONFIGURATION CONVERTED TO CONVERTED TO HORIZONTAL HORIZONTAL 3 4 19mm 14 NPT ALTERNATE 4 3 4 DRAIN CONNECTION 13 1 4 337mm 8 7 8 226mm BACK VIEW 17 1 4 439mm a See tables in chapter General Data p 13 for water connection sizes WSHP PRC021 EN 89 TRANE Dimensional Data Figure 7 5 ton unit NOTE WATER IN OUT FITTING CONN ARE INSIDE THE UNIT 88 5 8 2252mm BASE HOLE FOR WATER OUT CONN 17 1 2 445 5 8 17 1 2 445mm 9 7 8 4 251mm 32 1 2 816mm BASE HOLE FOR WATER IN CONN 53 1 4 1353mm THROUGH THE BASE ELECTRICAL 2 3 4 SUPPLY OPENING RETURN OPENING ASSHEPEDO s 71 AS SHIPPED gt 3 4 127mm 96mm 27 5 8 5 7 8 701 149mm THROUGH THE BASE 875 23mm CONDENSATE DRAIN UNIT CONTROL WIRE Ti 0 P VI W 7 8 23mm DIA HOLE WATER IN amp OUT CONN SERVICE GAUGE PORTACCESS 1 3 8 35mm DIA HOLE 40 7 8 470 i 1039mm 254mm 71 2 41 4 191 108mm
18. GER060 BAYHTRE418 20 9 17 4 2 39 9 40 BAYHTRX423 27 7 23 0 2 48 4 50 BAYHTRW409A 9 0 10 8 1 29 3 35 29 9 35 BAYHTRW418A 18 0 21 7 1 42 8 45 43 4 45 GERO72 BAYHTRW427A 27 0 32 5 2 56 3 60 56 9 60 BAYHTRW436A 36 0 43 3 2 69 9 70 70 5 80 BAYHTRU409A 9 0 10 8 1 30 5 35 33 4 40 BAYHTRU418A 18 0 21 7 1 44 0 50 46 9 50 GERO90 BAYHTRU427A 27 0 32 5 2 57 5 60 60 4 70 BAYHTRU436A 36 0 43 3 2 71 1 80 74 0 80 BAYHTRB418A 18 0 21 7 1 51 6 60 BAYHTRB427A 27 0 32 5 2 65 1 70 GER120 BAYHTRB436A 36 0 43 3 2 78 7 80 BAYHTRB454A 54 0 65 0 2 105 7 110 AYDHTRK418 AYHHTRM418 21 7 18 0 1 55 8 60 58 6 60 AYDHTRK436 GER150 AYHHTRP436 43 3 36 0 2 82 8 90 85 6 90 AYDHTRK454 AYHHTRM454 65 0 54 0 2 109 9 110 112 7 125 AYDHTRK418 AYHHTRM418 21 7 18 0 1 60 1 70 62 9 70 AYDHTRK436 GER180 AYHHTRP436 43 3 36 0 2 87 1 90 89 9 90 AYDHTRK454 AYHHTRM454 65 0 54 0 2 114 2 125 117 0 125 AYDHTRL436 AYHHTRN436 43 3 36 0 2 100 7 110 101 7 110 AYDHTRL454 GER240 AYHHTRN454 65 0 54 0 2 127 8 150 128 8 150 AYDHTRK472 AYHHTRN472 86 6 72 0 2 154 8 175 155 8 175 AYDHTRL436 AYHHTRN436 43 3 36 0 2 107 0 110 AYDHTRL454 B GER300 AYHHTRN454 65 0 54 0 2 134 1 150 AYDHTRK472 AYHHTRN472 86 6 72 0 2 161 1 175 575 Volt Three Phase BAYHTREW06 5 8 6 0 1 15 3 20 036 BAYHTREW12 11 5 12 0 2 22 5 25 BAYHTREW18 16 7 17 4 2 29 0 30 84 WSHP PRC021 EN Table 86 Electrical performance for units with elec
19. General data 6 10 tons 6 Tons 72 Tons 10 Tons GERO72E3 4 W GERO90E3 4 W GER120E3 4 W Unit Size Length of Cabinet 88 5 8 88 5 8 99 3 4 Width of Cabinet 53 1 4 53 1 4 63 1 4 Height 40 7 8 46 7 8 50 7 8 Net Weight Ib 700 794 941 Compressor Number Type 1 Scroll 1 Scroll 2 Scroll Sound Outdoor Sound Rating dB 89 89 87 Indoor Coil Type Lanced Lanced Lanced Configuration Full Face Full Face Intertwined Tube Size in 0 3125 0 3125 0 3125 Face Area sq ft 9 89 12 36 16 65 Rows FPI 4 16 3 16 4 16 Refrigerant Control Orifice Orifice Orifice Drain Connection Number Size in 1 3 4 NPT 1 3 4 NPT 1 3 4 NPT Water Connection size inches 1 11 4 11 2 Indoor Fan FC Centrifugal BC Plenum Number Used Diameter in Width in 1 12x12 1 15x 15 1 19 7 x 15 Drive Type Number Speeds Belt Variable Belt Variable Direct Variable Motor hp Standard Oversized 1 0 2 0 1 0 2 0 3 75 Motor Frame Size Standard Oversized 56 56 56 56 Filters Type Furnished Throwaway Throwaway Throwaway 3 20x25x2 Number Size Recommended 4 16x25x2 4 20x25x2 2 20x30x2 Table 4 General data 127 20 tons 127 Tons 15 Tons 20 Tons Downflow amp Horizontal Downflow amp Horizontal Downflow amp Horizontal Units Units Units GER150E3 E4 Ew 180 4 240 4 Unit Size Length of Cabinet 122 5 16 122 5 16 122
20. nom REC poo ad we we Mae saa aa gems eer a PET per hs gt d lt d on saw TF 008 RED Pra SHT te eh if ww B Ez sw 9 y 358200 a5 CE c a mn 23 6 BAD 3 6 WA BLACK S6MPR W six 80598 nom BLACK LPCL ER p on Pig tl DISABLE LPC2 ag eme ka Poe nsan BAVAC 22 10 7 aT ELECTRIC HEAT PLUG 22 9 47049 H s mr SEMEL Wen rey Lj 22 8 HEAT 8 T ego 728 UIB TEST UT w e sw uq HEAT TPET AS Kg TYPICAL ZONE amis pip veio SENSOR PA 6 220 LEME Lcd Viv 177 ciis PT sic COMMON 23 SPLICE 1 Pra PPFT NON ANIR an M HEAT pune E5 oe ES Pas s mye e o P TCI LCI NCI P ans y 1 ty Jes p tm Vis vno mmus zw w psus us CDM QUI COMM se N DUT 2 4 15 14 4 Pel 3 PPFS 4 saan we e 24 olma ar Wa VIED rere 24 Vac yam us 04 ols 24 VAC 0 30 VIO PPFS 1 PPF8 4 PPHB 4
21. wezi uU WSHP PRC021 EN 41 12 5 20 ton control diagram 363 1 BL EVG EVIR 3 ira etum LPC men oF ng Tam Lm m xis 4 648 0080 O ADF NGL PH Tea VAD razza YANA 10 mack yu nua 2 26 27 35 PHA R p FA samo RD RED gt WML L SD of ean cne LINE 60 TO yE PRIMARY Qu ELECTRIC HEAT PLUG one NOTES SEE INSET C _ Fo ELECTRIC ww dun HEAT 9 LIB TEST 1 TYPICAL ZONE SENSOR BLACK sive BLACK
22. 1 B M P iu g e 5pbgu 5 pE pE ge SZ PABER B 3 10K 1634 BU 24 VA 161A 0 DP 106 QU Owe 4 4 ray 6 6 30 UHM 162A 5 4 loon me 24 vac 7 160 R SOV Buy 9 5 VIO SIV EE maa rM u dM as 165A BR ale d RTRM T 2 2 KA 6 21 HEAT WA 7 7 CONFIG hey 24 vad yg p ZONE TM TEMP m 101 BU sls ELECTRIC COOLING 1 STAGE 168A SETPOINT conFig 6 6 Vi 5 5 SECTION 9 0 124D WA wea 00 4 4 HEATING Sima 4 FG PPMG LED COMMON 5 5 TEND za yad y 1014 QU 1015 QU m 1 COOL LED common 2 QU 5 I 5 lt a SYSTEM 24 ya we3 GRO TDi RO WHT 1228 Y OPTIONAL 10 10 n 5 ya gt Or 832530 REMOTE SERVICE tmi g g 11 o _SENSOR LED PROVING COMMON 3 4 APS 5 p LAJ COMM 4 2 P ore PPM30 24 vac sss s OO L g fs mo ow IN OUT COMM WT 4 4 186A BO l 4 4 2 2 a j C0 R Irveaved common 127A QU o common 2 MZ GU 3 3 au coma ODA 18 R 4 4 len vac HEAT 2 m ce UE 398 s lt Bat rawe 1594 80 1 DER MANAGEMENT YA 18A fa 15 ye
23. 105 31 0 148 7 119 2 0 80 12 16 190 2 117 3 8 4 105 35 0 149 1 119 5 0 80 12 03 190 2 115 9 10 4 105 38 8 149 4 119 8 0 80 11 93 190 1 114 8 12 5 105 40 8 149 5 119 8 0 80 11 88 190 0 114 3 13 7 105 42 6 149 6 120 0 0 80 11 84 190 1 113 9 14 8 105 46 6 149 8 120 1 0 80 11 77 190 0 113 2 17 3 115 25 2 138 9 115 6 0 83 13 80 186 0 129 8 5 7 115 31 0 139 7 116 3 0 83 13 52 185 9 127 0 8 2 115 35 0 140 1 116 7 0 83 13 39 185 8 125 6 10 2 115 38 8 140 4 116 9 0 83 13 28 185 8 124 6 12 2 115 40 8 140 6 117 0 0 83 13 23 185 7 124 1 13 3 115 42 6 140 7 117 1 0 83 13 20 185 7 123 7 14 4 115 46 6 140 9 117 3 0 83 13 12 185 7 123 0 16 8 120 25 2 133 6 113 7 0 85 14 52 183 2 134 5 5 6 120 31 0 134 5 114 4 0 85 14 24 183 1 131 8 8 1 120 35 0 135 0 114 9 0 85 14 10 183 1 130 5 10 0 120 38 8 135 2 115 1 0 85 14 00 183 0 129 4 12 0 120 40 8 135 5 115 3 0 85 13 95 183 2 129 0 13 2 120 42 6 135 4 115 2 0 85 13 91 182 9 128 6 14 2 120 46 6 135 8 115 5 0 85 13 83 183 0 127 9 16 6 Note Cooling performance data is tabulated at 80 6 F DB 66 2 F WB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 37 p 44 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 38 8 Minimum CFM 4000 Rated CFM 4750 Maximum CFM 6000 42 WSHP PRC021 EN Performance Data GER150 Heating Performance Tab
24. 11 1 2 293mm 1216mm 27 51mm ELECTRICAL CONNECTION SINGLE POINT 7 5 8 CONDENSATE DRAIN POWER WHEN HEAT INSTALLED 194mm 3 4 19mm 14 FRONT VIEW SIDE VIEW UNIT POWER WIRE 1 3 8 35mm DIA HOLE SUPPLY OPENING RETURN OPENING IF CONFIGURATION IF CONFIGURATION CONVERTED TO CONVERTED TO HORIZONTAL HORIZONTAL 32 1 4 832mm 37 8 4 3 4 el 16 3 4 L 98mm 121mm 425mm 9 3 8 238mm BACK VIEW 3 4 19mm 14 NPT ALTERNATE DRAIN CONNECTION a See tables in chapter General Data p 13 for water connection sizes 90 WSHP PRC021 EN TRANE Dimensional Data Figure 8 6ton uniti 88 5 8 17 1 2 7 NOTE WATER IN OUT FITTING CONN ARE INSIDE THE UNIT BASE HOLE FOR WATER OUT CONN 32 1 8 BASE HOLE FOR WATER IN CONN THROUGH THE BASE ELECTRICAL 3 4 53 1 4 SUPPLY OPENING 5 SHIPPED RETURN OPENING 5 SHIPPED BEER SERVICE GAUGE PORTACCESS 1 3 8 DIA HOLE TOP VIEW UNIT CONTROL WIR 7 8 DIA HOLE WATER OUT CONN WATER IN CONN 40 7 8 18 1 e 10 1 8 1 4 41 4 2 ELECTRICAL CONNECTION 11 1 2 SINGLE POINT POWER WHEN CONDENSATE DRAIN HEAT INSTALLED 3 47 14 UNIT POWER WIRE 1 3 8 DIA HOLE FRONT VIEW SILE V SUPPLY OPENING
25. BK BLACK PR PURPLE 3 IE RD RED BR BROWN WH Ware GR GREEN x OR TRANGE TRANE Wiring Figure 40 12 5 20 ton 460 575V power connection LEGEND TEVICE Ux LINE VOLTAGE CAUTION PRECAUCI N ATTENTION TESIGATITN DESCRIPTIIN Vio USE COPPER CONDUCTORS ONLY NUTILISER QUE DES CONDUCTEURS EN CUIVRE JUTILICE ONICAMENTE CONDUCTORES DE CUBRE H 12 13 High GIA D pa E Ji d UNIT TERMINALS ARE NOT DESIGNED TO ACCEPT LES BORNES DE L UNIT NE SINT PAS CON UES LAS TERMINALES DE LA UNIDAD ND ESTAN DISERADAS XH HEATER CONTACTOR STAGE 2 OTHER TYPES OF CONDUCTORS POUR RECEVOIR D AUTRES TYPES DE CONDUCTEURS ACEPTAR OTROS TIPOS DE CONDUCTORES i ESTER FAILURE DO SU MAY CAUSE DAMAGE TD THE L UTILISATION DE TOUT AUTRE CONDUCTEUR PEUT SI LO PUEDE OCASIONAR DARD AL EQUIPO _ CINPRESSIR_CONTACTIR Er EQUIPMENT ENDOMMAGER L EQUIPEMENT CHAOS HEATER ss m CH TDTDUUR MOTOR CAPACITOR 3927 xim MG N WARNING A
26. F AT ATMOSPHERIC PRESSURE YAR SPEEN DRIVE cr Geert DES x Low EON EE TE AY 901 RELATIVE HUMIDITY WITH ALL UTILITIES TURNED OFF AND AFTER NORMAL SHUTDOWN HAS ofc 10 LEM V1 13 DASHED LINES INDICATE RECOMMENDED FIELD WIRING BY OTHERS DASHED LINE ENCLOSURES AND OR FEE Deady roa toe 2 DASHED DEVICE OUTLINES INDICATE COMPONENETS PROVIDED BY THE FIELD PHANTOM LINE ENCLOSURES sai EP E S INDICATE ALTERNATE CIRCUITRY UR AVAILABLE SALES UPTIUNS THREE PHASE MOTORS ARE PROTECTED UNDER PRIMARY SINGLE PHASING CONDITIONS ALL MOTORS HAVE 3 INTERNAL OVERLOAD PROTECTION AND COMPRESSORS HAVE INTERNAL THERMAL PROTECTION IMPORTANT DO ENERGIZE UNIT UNTIL 4 gt CONNECTIONS SHOWN ARE FOR 208V 60HZ 3PH UR 460V 60HZ 3PH OPERATION WHEN 230V 60HZ 3PH CHECK DUT AND START UP OPERATION IS REQUIRED MOVE WIRE W4 FROM TNSI e08V 460V TNSI 230V PR CEDURE HAS BEEN COMPLETED S RPM INDICATION 0 10V 6 CCH2 LEADS ARE BLACK WITH BROWN TAPE WRAPPED AROUND THE END OF EACH LEAD CAUTION CDP CDQUCTDRS OL UNIT TERMINALS ARE MUT DESIGNED TO ACCEPT OTHER TYPES OF CONDUCTORS FAILURE TO DO 50 MAY CAUSE DAMAGE TU THE EQUIPIENT ATTENTION NUTILISER QUE DES CONDUCTEURS EN LES BORNES DE L UNIT NE SINT PAS TAGES FR RECEVOIR DAUTRES TYPES DE CONDUCTEURS UTILISATION IE TOUT AUTRE CONDUCTEUR PEUT ENDOAMAGER L QUIPEHENT PRECAUCI N UTILICE ONICAMENTE CINDUCTIRES DE LAS TE
27. GERO060 Cooling Performance Table 23 GERO060 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kW Mbtuh LWT Head 9 1 72 6 51 6 0 71 2 29 80 4 62 7 6 0 11 2 73 1 52 0 0 71 2 18 80 5 59 4 8 7 12 6 73 3 52 1 0 71 2 12 80 5 57 8 10 8 45 14 0 73 5 52 3 0 71 2 08 80 6 56 5 13 0 14 7 73 5 52 3 0 71 2 06 80 6 56 0 14 2 15 4 73 6 52 4 0 71 2 04 80 6 55 5 15 4 16 8 73 7 52 4 0 71 2 01 80 6 54 6 17 9 9 1 70 3 51 0 0 73 2 70 79 5 72 5 5 8 11 2 70 8 51 3 0 73 2 59 79 6 69 2 8 4 12 6 71 0 51 5 0 73 2 53 79 6 67 6 10 4 55 14 0 71 2 51 6 0 73 2 49 79 7 66 4 12 5 14 7 71 3 51 7 0 73 2 47 79 7 65 8 13 6 15 4 71 3 51 7 0 73 2 46 79 7 65 4 14 8 16 8 71 5 51 8 0 73 2 43 79 8 64 5 17 3 9 1 66 8 49 8 0 75 3 23 77 8 85 1 5 6 11 2 67 3 50 2 0 75 3 12 77 9 81 9 8 0 12 6 67 5 50 4 0 75 3 07 78 0 80 4 9 9 68 14 0 67 7 50 5 0 75 3 02 78 0 79 1 11 9 14 7 67 8 50 6 0 75 3 01 78 1 78 6 13 0 15 4 67 9 50 6 0 75 2 99 78 1 78 1 14 1 16 8 68 0 50 7 0 75 2 96 78 1 77 3 16 5 9 1 64 7 49 1 0 76 3 53 76 8 91 9 5 4 11 2 65 3 49 5 0 76 3 42 76 9 88 7 7 9 12 6 65 5 49 7 0 76 3 37 77 0 87 2 9 7 75 14 0 65 7 49 8 0 76 3 32 77 0 86 0 11 7 14 7 65 8 49 9 0 76 3 31 77 0 85 5 12 7 15 4 65 8 50 0 0 76 3 29 77 1 85 0 13 8 16 8 66 0 50 0 0 76 3 26 774 84 2 16 1 9 1 61 3 47 9 0 78 4 04 75 1 102 5 5 3 11 2 61 8 48 3 0 78 3 93 75 2 99 4 7 6 12 6 62 0 48
28. p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 Direct Drive Fan Motor Heat MBH 2 8623 x Fan BHP 0 1504 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected 68 WSHP PRC021 EN Performance Data Table 69 Belt drive evaporator fan performance GER150 downflow or horizontal airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM RPM RPM RPM RPM BHP RPM RPM RPM RPM BHP 3 hp Standard Motor amp Low Static Drive 3 hp Standard Motor amp Drive 4000 382 0 56 420 0 66 459 0 79 496 0 91 531 1 05 564 1 19 595 1 34 625 1 50 654 1 67 4500 410 0 73 446 0 85 479 0 97 514 1 11 548 1 26 578 1 40 610 1 56 639 1 72 666 1 89 5000 400 0 80 440 0 95 473 1 07 504 1 20 534 1 34 566 1 50 597 1 66 625 1 81 653 1 98 681 2 16 5500 431 1 03 470 1 19 502 1 34 531 1 48 559 1 62 586 1 77 615 1 95 643 2 12 670 2 30 6000 463 1 30 500 1 48
29. 0 99 6 68 2 0 68 4 58 115 2 63 2 15 8 34 WSHP PRC021 EN Performance Data Table 29 090 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 15 1 95 8 67 6 0 71 5 44 114 4 83 1 5 2 18 6 97 1 68 5 0 71 5 31 115 2 80 4 7 4 21 0 96 2 67 9 0 71 5 25 114 2 78 9 9 1 68 23 3 96 3 68 0 0 71 5 20 114 1 77 8 11 0 24 5 96 4 68 0 0 71 5 18 114 1 77 3 12 0 25 6 96 4 68 1 0 71 5 16 114 0 76 9 13 0 28 0 96 5 68 1 0 71 5 13 114 0 76 2 15 1 15 1 93 6 66 8 0 71 5 85 113 5 90 0 5 0 18 6 93 9 67 0 0 71 5 71 113 4 87 2 7 2 21 0 94 1 67 2 0 71 5 65 113 3 85 8 8 9 75 23 3 94 2 67 2 0 71 5 60 113 3 84 7 10 7 24 5 94 2 67 2 0 71 5 58 113 2 84 3 11 7 25 6 94 2 67 3 0 71 5 56 113 2 83 8 12 7 28 0 94 3 67 3 0 71 5 52 113 1 83 1 14 7 15 1 88 7 64 6 0 73 6 44 110 7 100 6 4 9 18 6 89 0 64 8 0 73 6 30 110 5 97 9 752 21 0 89 1 64 9 0 73 6 23 110 3 96 5 8 7 86 23 3 89 2 65 0 0 73 6 18 110 3 95 5 10 5 24 5 89 2 65 0 0 73 6 15 110 2 95 0 11 4 25 6 89 3 65 0 0 73 6 13 110 2 94 6 12 3 28 0 89 3 65 1 0 73 6 10 110 1 93 9 14 4 15 1 85 4 63 5 0 74 7 10 109 6 109 5 4 6 18 6 85 6 63 7 0 74 6 94 109 3 106 7 6 7 21 0 85 8 63 8 0 74 6 87 109 2 105 4 8 3 95 23 3 85 9 63 9 0 74 6 81 109 1 104 4 9 9 24 5 85 9 63 9 0 74 6 78 109 1 103 9 10 8 25 6 86 0 63 9 0 74 6 76 109 0 103 5 11 8 28 0 86 0 64 0 0 74 6 72 109 0 102 8 13 7
30. 060 5Ton 072 6Ton 090 7 1 2 120 10Ton 150 12 1 2 180 15Ton 240 20Ton 300 25 Digit 8 Voltage Volts Hz Phase 208 60 1 230 60 1 208 60 3 460 60 3 575 60 3 230 60 3 Digit 9 Heat Exchanger 1 Copper Water Coil 2 Cupro nickel Water Coil Digit 10 Design Sequence Most Up to Date Design gt Digit 11 Refrigeration Circuit 0 Heating and Cooling Circuit A Cooling ONLY Circuit Digit 12 Blower Configuration 1 Standard Blower 2 Oversized Blower Motor Digit 13 Freeze Protection A 20 Degree Freezestat B T B 30 Degree Freezestat B T Digit 14 Open Digit 0 Standard Design 5 Design Special Digit 15 Supply Air Arrangement D Down Flow Supply Air Arrangement convertible for 3 10 Ton H Horizontal Supply Air Arrangement 12 1 2 25 Ton option DIGIT 16 Return Air Arrangement 0 Standard Return Air Arrangement 12 12 13 14 15 16 17 18 19 20 21 Digit 17 Control Types _ ReliaTel Standalone Controls T Tracer Communication Interface L LonTalk Communication Interface Digit 18 T stat Sensor Location 0 Wall Mounted Location Wall Mounted Sensor with Unit Mounted Return Air Smoke Detector Wall Mounted Sensor with Unit Mounted Supply Air Smoke Detector Wall Mounted Sensor with Unit Mounted Return Air Supply Air Smoke Detectors Digit 19 Fault Sensors No Faul
31. 1 72 1414 1 82 1437 1 93 1458 2 03 1478 2 14 4400 1385 1 58 1410 1 70 1434 1 81 1457 1 92 1480 2 03 1503 2 15 1525 2 26 1546 2 37 1567 2 49 1586 2 60 4800 1507 2 03 1530 2 16 1552 2 28 1574 2 40 1595 2 52 1616 2 65 1636 2 77 1657 2 89 1677 3 02 1696 3 14 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM RPM RPM RPM RPM RPM RPM RPM RPM RPM BHP 3200 1303 1 53 1326 1 62 1349 1 72 1374 1 82 1401 1 93 1425 2 04 1450 2 15 1474 2 27 1498 2 38 1521 2 50 3600 1401 1 87 1426 1 99 1448 2 09 1467 2 19 1487 2 29 1508 2 39 1530 2 51 1552 2 62 1576 2 75 1598 2 87 4000 1500 2 25 1522 2 37 1544 2 49 1567 2 62 1588 2 75 1608 2 86 1625 2 97 1643 3 08 1661 3 19 1681 3 31 4400 1605 2 72 1624 2 84 1643 2 96 1664 3 09 1684 3 22 1 For Direct Drive Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 Direct Drive Fan Motor Heat MBH 2 8623 x Fan BHP 0 1504 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in
32. 11 3 86 31 0 137 5 104 8 0 76 7 68 163 7 96 6 13 6 32 6 137 7 105 0 0 76 7 64 163 8 96 1 14 9 34 1 137 7 105 0 0 76 7 61 163 7 95 6 16 1 37 2 138 2 105 4 0 76 7 55 164 0 94 8 18 8 20 2 129 7 101 1 0 78 9 06 160 7 110 9 6 0 24 8 130 7 101 8 0 78 8 82 160 8 108 0 8 7 27 9 131 1 102 2 0 78 8 71 160 8 106 5 10 7 95 31 0 131 5 102 5 0 78 8 62 160 9 105 4 12 8 32 6 131 6 102 6 0 78 8 58 160 9 104 9 14 0 34 1 131 8 102 7 0 78 8 55 160 9 104 4 15 2 37 2 132 0 102 9 0 78 8 49 161 0 103 7 17 7 38 WSHP PRC021 EN Performance Data Table 32 GER120 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 20 2 122 5 98 5 0 80 10 16 157 2 120 6 5 8 24 8 123 5 99 3 0 80 9 91 157 3 117 7 8 4 27 9 123 8 99 6 0 80 9 80 157 3 116 3 10 4 105 31 0 124 4 100 0 0 80 9 71 157 5 115 2 12 5 32 6 124 5 100 1 0 80 9 68 157 5 114 7 13 6 34 1 124 6 100 2 0 80 9 64 157 5 114 2 14 8 37 2 124 9 100 4 0 80 9 57 157 5 113 5 17 2 20 2 114 7 95 7 0 83 11 39 153 6 130 2 5 7 24 8 115 7 96 5 0 83 11 13 153 7 127 4 8 2 27 9 116 1 96 9 0 83 11 01 153 7 126 0 10 1 115 31 0 116 5 97 2 0 83 10 92 153 8 124 9 12 2 32 6 116 6 97 3 0 83 10 88 153 7 124 4 13 3 34 1 116 8 97 4 0 83 10 82 153 7 124 0 14 4 37 2 117 0 97 6 0 83 10 77 153 8 123 3 16 8 20 2 110 6 94 3 0 85 12 04 151 7 135 1 5 6 24 8 111 6 95 2 0 85 11 79 151 8 132 2 8 1 27 9 112 0 95 5 0 85 11 67 151 8 130 9 10
33. 15 1 81 4 62 2 0 76 7 93 108 4 119 3 4 5 18 6 81 6 62 4 0 76 7 76 108 1 116 6 6 5 21 0 81 8 62 5 0 76 7 67 108 0 115 3 8 0 105 23 3 81 9 62 6 0 76 7 61 107 8 114 3 9 7 24 5 82 0 62 7 0 76 7 58 107 9 113 8 10 5 25 6 82 0 62 7 0 76 7 55 107 8 113 4 11 4 28 0 82 1 62 7 0 76 7 52 107 8 112 7 13 3 15 1 77 0 60 7 0 79 8 84 107 2 129 2 44 18 6 77 3 61 0 0 79 8 68 107 0 126 5 6 4 21 0 77 5 61 1 0 79 8 60 106 8 125 2 7 8 115 23 3 77 5 61 2 0 79 8 53 106 7 124 2 9 4 24 5 77 6 61 2 0 79 8 50 106 6 123 7 10 3 25 6 77 6 61 2 0 79 8 47 106 6 123 3 112 28 0 77 7 61 3 0 79 8 43 106 5 122 6 13 0 WSHP PRC021 EN 35 Performance Data Table 29 GER090 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kW Mbtuh LWT Head 15 1 74 7 60 0 0 80 9 36 106 6 134 1 4 4 18 6 75 0 60 2 0 80 9 19 106 3 131 4 6 3 21 0 75 1 60 4 0 80 9 10 106 2 130 1 7 7 120 23 3 75 2 60 5 0 80 9 03 106 1 129 1 9 3 24 5 75 3 60 5 0 80 9 00 106 0 128 7 10 1 25 6 75 3 60 5 0 80 8 98 105 9 128 3 11 0 28 0 754 60 6 0 80 8 93 105 8 127 6 12 8 Note Cooling performance data is tabulated at 80 6 F 66 2 F WB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 31 p 37 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 23 3 Minimum CFM 2400 Rated CFM 2
34. 19 657 0 24 720 0 29 783 0 35 843 0 41 899 0 47 950 0 54 997 0 60 1041 0 67 1081 0 74 1440 634 0 24 695 0 29 753 0 34 810 0 40 867 0 46 922 0 53 974 0 60 1022 0 67 1066 0 75 1108 0 82 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 CFM RPM BHP RPM RPM RPM RPM BHP 1 hp Standard Motor 8 Drive gt 960 1028 0 57 1064 0 62 1099 0 67 1133 0 73 1165 0 78 1080 1057 0 64 1093 0 70 1127 0 75 1160 0 81 1192 0 87 1200 1087 0 72 1123 0 78 1156 0 84 1189 0 90 1221 0 97 1320 1118 0 80 1153 0 87 1187 0 94 1218 1 00 1440 1146 0 89 1182 0 97 1217 1 04 1 Standard Motor amp Field Supplied High Static Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 1 hp Fan Motor Heat MBh 2 7672 x Fan bhp 0 4705 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected a Field Supplied Fan Sheave
35. 28 1 2 788mn 566mm 724mm 20 7 8 ss L 23 1 4 la 45mm 591mm 530mm 13 4 121 2 45mm 317 71 1 10 1 254mm 20 7 8 531mm 69 1 2 77 1766mm 1956mm 84 3 4 2153mm SUPPLY OPENING THROUGH BASE ELECTRICAL RETURN OPENING DRAIN CONN L 6 7 8 175 1 NPT 26mm 26 7 8 683mm m 56 1422mm SHOWN FROM 121 3 4 3093mm UNIT CONTROL COMPRESSOR WIRE 7 8 23mm DIA ACCESS PANEL 7 64 1626mm 33 1 4 24 1 4 Boni 8 15 16 616mm 227mm i I 2 11 16 6 13 16 56 69 7 5 8 174mm 1422mm SINGLE POINT 26mm LE dmm POWER ENTRY SIDE VIEW WATER IN CONN 1 46 1 2 118mm i 26 ye 32 27 5 8 3 mwi 673mm 702mm 99mm 124 1 8 613mm Simm BACK VI EW a See tables in chapter General Data p 13 for water connection sizes WSHP PRC021 EN 95 Dimensional Data Figure 13 25 ton unit 22 1 4 28 1 2 788mm 566mm 724mm 20 13 16 13 4 28 1 2 Eg 45mm 591mm 529mm 12 5 16 13 4 45 T i 10 1 254mm 515 20 7 8 531 69 1 2 77 1766 1956mm 85 5 16 2167mm x SUPPLY OPENING T
36. 3 00 58 1 4 9 10 1 55 6 45 3 3 01 59 0 6 0 68 11 2 56 2 45 9 3 02 59 8 Z 11 8 56 5 46 1 3 03 60 2 7 8 12 3 56 7 46 3 3 03 60 5 8 4 13 4 57 0 46 6 3 04 61 0 9 7 7 3 57 4 47 0 3 04 62 1 3 3 9 0 59 1 48 6 3 07 64 2 4 8 10 1 59 8 49 2 3 08 65 2 5 8 75 11 2 60 4 49 8 3 09 66 1 7 0 11 8 60 6 50 0 3 10 66 5 7 6 12 3 60 8 50 3 3 10 66 8 8 2 13 4 61 3 50 6 3 11 67 4 9 5 7 3 63 8 53 0 3 16 71 5 3 2 9 0 65 3 54 5 3 18 73 9 4 6 10 1 66 2 55 3 3 19 75 1 5 6 86 11 2 66 8 55 9 3 21 76 0 6 7 11 8 67 1 56 2 3 21 76 5 7 4 12 3 67 4 56 4 3 22 76 8 7 9 13 4 67 8 56 8 3 22 77 5 9 2 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 22 p 27 fpr Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 11 2 Minimum CFM 1280 Rated CFM 1520 Maximum CFM 1920 Table 22 048 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 1280 0 966 0 902 1 002 0 977 1 058 1324 0 973 0 922 1 002 0 982 1 046 1368 0 980 0 941 1 001 0 986 1 034 1440 0 990 0 968 1 001 0 992 1 017 1520 1 000 1 000 1 000 1 000 1 000 1600 1 009 1 030 0 999 1 005 0 984 1760 1 027 1 095 0 999 1 022 0 960 1920 1 041 1 160 0 998 1 026 0 937 WSHP PRC021 EN 27 Performance Data
37. 3 10 00 38 9 14 6 41 8 147 9 113 7 10 01 39 6 17 8 45 46 5 148 5 114 3 10 03 40 1 21 5 48 8 148 7 114 4 10 04 40 3 23 4 51 2 148 2 114 0 10 03 40 5 25 4 55 8 148 4 114 1 10 03 40 9 29 5 30 2 162 2 126 9 10 34 46 6 9 8 37 2 162 3 127 0 10 35 48 2 14 0 41 8 163 6 128 2 10 38 48 9 17 1 55 46 5 164 0 128 5 10 41 49 5 20 6 48 8 164 5 128 9 10 42 49 7 22 4 51 2 163 0 127 6 10 38 50 0 24 4 55 8 163 0 127 6 10 38 50 4 28 3 46 WSHP PRC021 EN Performance Data Table 39 GER180 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 30 2 181 7 144 7 10 83 58 4 9 3 37 2 183 7 146 5 10 89 60 1 13 4 41 8 182 3 145 2 10 88 61 1 16 3 68 46 5 182 3 145 1 10 89 61 8 19 7 48 8 182 2 145 1 10 89 62 1 21 4 51 2 182 1 144 9 10 89 62 3 23 3 55 8 182 0 144 8 10 89 62 8 27 0 30 2 192 5 154 5 11 13 64 8 9 1 37 2 192 8 154 7 11 17 66 7 13 0 41 8 192 7 154 5 11 18 67 6 16 0 75 46 5 192 2 154 0 11 18 68 4 19 2 48 8 192 1 153 9 11 18 68 7 20 9 51 2 192 2 154 0 11 19 69 0 22 7 55 8 191 5 153 3 11 19 69 5 26 4 30 2 208 5 168 8 11 63 74 8 8 8 37 2 208 3 168 4 11 67 76 9 12 6 41 8 208 6 168 6 11 70 77 9 15 4 86 46 5 206 2 166 4 11 67 78 8 18 5 48 8 205 5 165 6 11 67 79 2 20 1 51 2 205 6 165 8 11 67 79 5 22 0 55 8 204 6 164 8 11 66 80 1 25 6 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For conditions other than what is tabulated m
38. 345 872 3 65 893 3 85 913 4 04 5400 727 2 65 752 2 85 776 3 05 799 3 25 821 3 47 843 3 69 865 3 91 886 4 13 907 4 36 927 4 58 6000 747 3 11 770 3 30 794 3 51 817 3 73 839 3 95 861 4 17 881 4 40 902 4 63 922 4 87 942 5 12 6600 770 3 66 793 3 87 815 4 08 835 4 28 857 4 51 879 4 74 900 4 98 920 5 22 940 5 46 959 5 71 7200 794 4 25 817 4 49 839 4 73 860 4 96 880 5 19 899 5 41 918 5 64 Notes For Standard Evaporator Fan Speed rpm reference Table 74 p 73 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories Fan Motor Heat MBH 3 15 x Fan BHP Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected Ub UNE 70 WSHP PRC021 EN Performance Data Table 71 Belt drive evaporator fan performance GER240 downflow or horizontal airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 5 hp Standard Motor amp Drive
39. 39 5 0 78 3 40 62 3 107 3 2 2 95 11 2 50 8 39 7 0 78 3 37 62 3 106 1 2 6 11 8 50 9 39 7 0 78 3 36 62 3 105 6 2 9 12 3 50 9 39 8 0 78 3 34 62 3 105 1 3 1 13 4 51 0 39 8 0 78 3 32 62 4 104 3 3 6 7 3 47 6 38 3 0 80 4 02 61 3 121 8 1 2 9 0 47 9 38 5 0 80 3 90 61 2 118 6 1 7 10 1 481 38 7 0 80 3 85 61 2 117 1 2 1 105 11 2 48 2 38 8 0 80 3 81 61 2 115 9 2 6 11 8 48 3 38 8 0 80 3 80 61 2 115 4 2 8 12 3 48 3 38 9 0 80 3 78 61 2 115 0 3 0 13 4 48 4 38 9 0 80 3 75 61 2 114 1 3 5 7 3 44 8 37 3 0 83 4 54 60 2 131 5 1 2 9 0 45 1 37 6 0 83 4 42 60 1 128 4 1 7 10 1 45 2 37 7 0 83 4 36 60 1 126 9 2 1 115 11 2 45 3 37 8 0 83 4 32 60 1 125 7 2 5 11 8 454 37 9 0 83 4 31 60 1 125 2 2 7 12 3 454 37 9 0 83 4 29 60 1 124 8 3 0 13 4 45 5 38 0 0 83 4 25 60 0 124 0 34 WSHP PRC021 EN 25 TRANE Performance Data Table 20 GERO048 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kW Mbtuh LWT Head 7 3 43 2 36 8 0 85 4 82 59 6 136 3 1 2 9 0 43 5 37 1 0 85 4 70 59 6 133 2 d 10 1 43 7 37 3 0 85 4 64 59 5 131 8 24 120 11 2 43 8 37 3 0 85 4 60 59 5 130 6 2 5 11 8 43 9 37 4 0 85 4 58 59 5 130 1 2 7 12 3 43 9 37 4 0 85 4 56 59 5 129 7 2 9 13 4 44 0 37 5 0 85 4 53 59 4 128 9 3 4 Note Cooling performance data is tabulated at 80 69 DB 66 2 F WB at the rated For conditions other than what is tabulated multipliers must be used to correct performance See Table 22 p 27 for Fan Correction
40. 42 6 202 3 168 7 9 85 67 1 17 1 46 6 203 4 169 7 9 86 67 7 19 9 WSHP PRC021 EN 43 Performance Data Table 36 GER150 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 25 2 216 4 181 9 10 11 71 6 6 6 31 0 220 5 185 8 10 16 74 0 9 5 35 0 223 3 188 4 10 21 75 2 11 7 86 38 8 224 7 189 7 10 23 76 2 14 0 40 8 225 7 190 7 10 24 76 7 15 3 42 6 226 3 191 3 10 26 77 0 16 5 46 6 227 3 192 2 10 27 77 7 19 2 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 37 p 44 for Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 38 8 Minimum CFM 4000 Rated CFM 4750 Maximum CFM 6000 Table 37 GER150 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 4000 0 971 0 914 0 980 0 983 1 043 4138 0 977 0 929 0 983 0 984 1 031 4275 0 983 0 945 0 987 0 987 1 022 4500 0 991 0 971 0 993 0 995 1 010 4750 1 000 1 000 1 000 1 000 1 000 5000 1 008 1 029 1 008 1 007 0 993 5500 1 021 1 087 1 026 1 022 0 986 6000 1 029 1 145 1 045 1 028 0 984 GER180 Cooling Performance Table 38 GER180 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM
41. 5 0 78 3 87 75 2 97 9 9 4 86 14 0 62 2 48 7 0 78 3 83 75 3 96 8 11 3 14 7 62 3 48 7 0 78 3 81 75 3 96 2 12 3 15 4 62 4 48 8 0 78 3 79 75 3 95 8 13 3 16 8 62 5 48 9 0 78 3 76 75 3 95 0 15 5 9 1 58 2 46 9 0 81 4 51 73 6 111 2 5 1 11 2 58 7 47 3 0 81 4 39 73 7 108 2 7 4 12 6 58 9 47 4 0 81 4 33 73 7 106 7 9 1 95 14 0 59 1 47 6 0 81 4 29 73 8 105 5 11 0 14 7 59 2 47 7 0 81 4 27 73 8 105 0 12 0 15 4 59 3 47 7 0 81 4 25 73 8 104 6 13 0 16 8 59 4 47 8 0 81 4 22 73 8 103 8 15 1 28 WSHP PRC021 EN Performance Data Table 23 GER060 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 9 1 54 6 45 7 0 84 5 06 71 9 120 8 5 0 11 2 55 1 46 1 0 84 4 94 71 9 117 8 7 2 12 6 55 3 46 3 0 84 4 88 71 9 116 4 8 9 105 14 0 55 5 46 5 0 84 4 83 72 0 115 3 10 7 14 7 55 6 46 5 0 84 4 81 72 0 114 8 11 6 15 4 55 6 46 6 0 84 4 79 72 0 114 3 12 6 16 8 55 7 46 7 0 84 4 76 72 0 113 6 14 7 9 1 50 8 44 6 0 88 5 68 70 1 130 4 4 9 11 2 51 2 45 0 0 88 5 55 70 2 127 5 7 0 12 6 51 5 45 3 0 88 5 49 70 2 126 1 8 6 115 14 0 51 6 454 0 88 5 44 70 2 125 0 10 4 14 7 51 7 45 5 0 88 5 42 70 2 124 6 11 3 15 4 51 8 45 5 0 88 5 40 70 2 124 1 12 3 16 8 51 9 45 6 0 88 5 37 70 2 123 4 14 3 9 1 48 7 44 1 0 91 6 01 69 2 135 2 4 8 11 2 49 2 44 5 0 91 5 88 69 2 132 4 6 9 12 6 49 4 44 7 0 91 5 82 69 3 131 0 8 5 120 14 0 49 6 44 9 0 91 5 77 69 3 129 9 10 3 14 7 49 6 44
42. 5 100 0 2 4 80 3 1 32 9 45 575 60 3 14 2 10 3 78 0 2 3 90 3 1 27 1 35 GER180 208 60 3 41 7 25 0 164 0 2 16 70 5 1 73 0 90 230 60 3 41 7 25 0 164 0 2 16 70 5 1 73 0 90 460 60 3 20 1 12 5 100 0 2 7 60 5 1 35 7 45 575 60 3 16 4 10 3 78 0 2 6 10 5 1 29 3 35 208 60 3 55 8 39 1 267 0 2 16 70 5 1 104 7 125 230 60 3 55 8 39 1 267 0 2 16 70 5 1 104 7 125 460 60 3 24 9 17 3 142 0 2 7 60 5 1 46 5 60 575 60 3 21 5 15 4 103 0 2 6 10 5 1 40 8 50 GER240 208 60 3 56 7 39 1 267 0 2 17 60 7 5 1 105 6 125 230 60 3 56 7 39 1 267 0 2 17 60 7 5 1 105 6 125 460 60 3 25 9 17 3 142 0 2 8 60 75 1 47 5 60 575 60 3 22 4 15 4 103 0 2 7 00 7 5 1 41 7 50 208 60 3 63 3 39 1 267 0 2 24 20 7 5 1 112 2 150 230 60 3 63 3 39 1 267 0 2 24 20 7 5 1 112 2 150 GER300 460 60 3 29 6 18 6 103 0 2 11 00 7 5 1 52 9 70 575 60 3 24 4 15 4 160 0 2 9 00 7 5 1 43 7 50 80 WSHP PRCO21 EN Table 86 Electrical performance for units with electric heat single point connection TRANE Electrical Data Standard Indoor Motor Oversized Indoor Motor Minimum Max Over Minimum Max Over Unit Model Heater Model Electric Heat Electric Heat Control Circuit current Circuit current Number Number Amps kW Stages Ampacity Protection Ampacity Protection 208 Volt Single Phase BAYHTRE105 18 3 3 8 1 52 1 60 GER036 BAYHTRE110 36 1 7 5 2 74 4 80 x BAYHTRE114 50 0 10 4 2 91 8 100 BAYHTRE105 18 3 3 8 1 59 4 70
43. 5 16 Width of Cabinet 84 3 4 84 3 4 84 3 4 Height 54 54 64 Net Weight Ib 1800 1848 2008 Compressor Number Type 2 Scrolls 2 Scrolls 2 Scrolls AHRI Sound Rating BELS 9 2 9 2 9 4 Indoor Coil Type Hi Performance Hi Performance Hi Performance Tube Size in ID 0 3125 0 3125 0 3125 Face Area sq ft 26 00 26 00 31 42 Rows FPI 3 15 4 15 4 15 Refrigerant Control Expansion Valve Expansion Valve Expansion Valve Drain Connection Number Size in 1 1 00 NPT 1 1 00 NPT 1 1 00 NPT Water Connection size inches 1 1 2 1 1 2 2 Indoor Fan Type FC Centrifugal FC Centrifugal FC Centrifugal 14 WSHP PRC021 EN General Data Table 4 General data 127 20 tons continued 121 Tons 15 Tons 20 Tons Downflow amp Horizontal Downflow amp Horizontal Downflow amp Horizontal Units Units Units GER150E3 E4 EW GER180E3 E4 EW GER240E3 E4 EW Number Used Diameter in 1 18x18 1 18x18 1 18x18 Drive Type No Speeds Belt 1 Belt 1 Belt 1 Number Motors 1 1 1 Motor HP Standard Oversized 3 0 5 0 3 0 5 0 5 0 7 5 Motor RPM Standard Oversized 1740 3 450 1740 3 450 3450 3 470 Motor Frame Size Standard Oversized 145 145 145 145 145 184 Filters Furnished Throwaway Throwaway Throwaway brana Recommended 4 20x20x2 4 20x25x2 4 20x20x2 4 20x25x2 8 20x20x2 4 20x16x2 N 8 20x25x2 8 20x25x2 12 20x20x2 Horizontal Table5 Ge
44. 531 1 65 559 1 80 585 1 95 611 2 11 636 2 28 662 2 46 714 2 85 3 hp Standard Motor amp High Static Drive Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM RPM RPM RPM RPM RPM BHP RPM RPM RPM RPM BHP 3 hp Standard Motor amp Low Static Drive 4000 682 1 83 708 1 99 734 2 16 758 2 32 782 2 49 804 2 66 826 2 83 847 3 01 867 3 19 886 3 38 4500 693 2 07 719 2 25 745 2 44 769 2 62 793 2 80 815 2 99 838 3 17 859 3 36 5000 707 2 34 732 2 53 757 2 72 780 2 92 804 3 13 826 3 33 848 3 54 870 891 3 95 911 4 15 5500 721 2 66 747 2 86 771 3 05 3 68 860 3 90 881 4 13 902 4 36 922 4 58 6000 738 3 04 760 3 22 784 3 43 808 3 65 831 3 86 852 4 08 873 4 30 893 4 53 913 4 77 933 5 01 5 hp Oversized Motor amp Drive 3 hp Standard Motor amp High Static Drive Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 5 Fan Motor Heat MBH 3 15 x Fan BHP Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our
45. 6 CIS COIL TEMP SENSOR adus DTS DISCHARGE AIR SENSUR 102 ECA ECONOMIZER ACTUATOR 124 F FAN RELAY 2 94 FFS FAN FAIL SWITCH 16 FOS FROSTAT 10 MOTOR FUSE FU3e ID FAN MOTOR FUSE 13 FU33 ID FAN MUTUR FUSE HIGH PRESS CUTOUT 1 87 HIGH PRESS CUTOUT 2 98 IDM ID FAN MOTOR 8 LPCI LOW PRESS CUTOUT 1 90 LPCe LOW PRESS CUTOUT 2 101 LTB LOW VOLT TERM BOARD 8082 MAS MIXED AIR SENSOR 133 MMC IDM MANUAL CNIL MODULE 2 DAS DD AIR SENSUR 16 TDFI OD FAN CONTACTOR 1 34 36 96 ODM OD FAN MOTOR 34 OHS OD AIR HUMIDITY SENSOR 130 PHM PHASE MONITOR 49 85 RAS RIN AIR SENSOR 133 RASD RIN AIR SMOKE DETECT 1M RHS RTN AIR HUMIDITY SENSOR 130 OPTIONS MODULE 99 REFRIGERATION MODULE 81 SASD SUPPLY AIR SMOKE DETECT 19 mm SOVI SWITCHOVER VALVE 1 95 re SOVe SWITCHOVER VALVE 2 93 TB COM COMMON TERM BLOCK 80 5 TOLI THERMO DISCHARGE LINE 1 87 TDL2 THERMO DISCHARGE LINE 2 98 3 TNS LOW VOLT TRANSFORMER 5579 lt WARNING AN AVERTISSEMENT ADVERTENCIA COIS HAZARDOUS VOLTAGE TENSION DANGEREUSE PELIGROSO Date o mwee AMER ES NIC A MITAC PEURS LAS SCHEMES REITA Y DOLON ix Wt a JG POS TUME LES CARES TE NOTES TOE TAAL YANE NEMON VERET Ge S SVEI E QK To LES Eee Cr AD EN UNLESS OTHERWISE NOTED ALL SWITCHES ARE SHOWN AT 25 C 77
46. 6400 507 1 72 535 1 88 560 2 07 584 2 27 607 2 46 631 2 66 654 2 86 677 3 07 7200 519 2 10 549 2 30 576 2 48 600 2 67 623 2 88 644 3 10 665 3 32 686 3 54 707 3 76 8000 531 2 50 563 2 77 592 3 00 617 3 21 641 3 41 663 3 62 684 3 86 704 4 10 723 4 34 742 4 58 8800 578 3 26 607 3 56 634 3 83 659 4 08 683 4 31 704 4 54 724 4 77 744 5 01 762 5 27 779 5 54 9600 626 4 19 653 4 51 679 4 81 703 5 10 725 5 36 746 5 62 765 5 85 784 6 11 802 6 36 819 6 64 5 hp Standard Motor amp High Static Drive 7 5 Oversized Motor amp Low Static Drive Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 5 hp Standard Motor amp High Static Drive 6400 699 3 30 721 3 52 742 3 75 762 3 98 780 4 20 798 4 42 815 4 66 832 4 89 849 5 12 866 5 36 7200 727 3 98 748 4 22 768 4 46 789 4 71 808 4 97 827 5 22 845 5 48 861 5 73 878 5 98 893 6 24 8000 760 4 82 779 5 07 798 5 32 816 5 57 834 5 83 853 6 11 871 6 38 889 6 67 906 6 95 923 7 23 8800 797 5 81 814 6 07 831 6 34 848 6 60 865 6 88 882 7 15 898 7 42 915 7 72 932 8 02 9600 836 6 93 852 7 22 868 7 51 884 7 81 7 5 Oversized Motor amp Low Static Drive 7 5 hp Oversized Motor amp Drive Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No
47. 8 79 6 11 7 68 38 8 176 8 129 1 0 73 7 93 203 8 78 5 14 0 68 40 8 176 9 129 2 0 73 7 89 203 8 78 0 15 3 68 42 6 177 0 129 2 0 73 7 86 203 8 77 6 16 5 68 46 6 177 3 129 4 0 73 7 80 203 9 76 8 19 4 75 25 2 170 5 126 2 0 74 9 01 201 2 91 0 6 4 75 31 0 171 4 126 9 0 74 8 77 201 3 88 0 9 2 75 35 0 171 8 127 2 0 74 8 65 201 3 86 5 11 4 75 38 8 172 1 127 4 0 74 8 56 201 4 85 4 13 7 75 40 8 172 2 127 5 0 74 8 52 201 3 84 9 15 0 75 42 6 172 4 127 6 0 74 8 49 201 4 84 5 16 1 75 46 6 172 6 127 8 0 74 8 43 201 4 83 6 18 9 86 25 2 162 8 123 5 0 76 10 16 197 5 101 7 6 2 WSHP PRC021 EN 41 Performance Data Table 35 GER150 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 86 31 0 163 6 124 2 0 76 9 89 197 4 98 7 8 9 86 35 0 164 1 124 5 0 76 9 77 197 4 97 3 11 0 86 38 8 164 4 124 7 0 76 9 67 197 4 96 2 13 2 86 40 8 164 5 124 8 0 76 9 63 197 3 95 7 14 4 86 42 6 164 6 124 9 0 76 9 60 197 3 95 3 15 6 86 46 6 164 8 125 0 0 76 9 53 197 3 94 5 18 3 95 25 2 156 1 121 3 0 78 11 20 194 3 110 4 6 0 95 31 0 156 9 121 9 0 78 10 93 194 2 107 5 8 7 95 35 0 157 3 122 2 0 78 10 80 194 1 106 1 10 7 95 38 8 157 5 122 4 0 78 10 70 194 1 105 0 12 9 95 40 8 157 7 122 5 0 78 10 66 194 1 104 5 14 1 95 42 6 157 8 122 6 0 78 10 63 194 0 104 1 15 2 95 46 6 158 0 122 8 0 78 10 56 194 0 103 3 17 8 105 25 2 147 9 118 6 0 80 12 44 190 4 120 1 5 8
48. 9 0 91 5 75 69 2 129 4 11 2 15 4 49 7 45 0 0 91 5 73 69 3 129 0 12 1 16 8 49 8 45 1 0 91 5 70 69 3 128 2 14 2 Note Cooling performance data is tabulated at 80 6 F DB 66 2 F WB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 25 p 31 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 14 0 Minimum CFM 1600 Rated CFM 1900 Maximum CFM 2400 GERO60 Heating Performance Table 24 GERO060 heating performance Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kW LWT Head 9 1 39 8 28 2 3 39 18 8 8 7 11 2 40 3 28 7 3 39 19 9 12 5 12 6 40 8 29 2 3 40 20 4 15 3 25 14 0 41 3 29 6 3 41 20 8 18 4 14 7 41 3 29 7 3 41 21 0 20 1 15 4 41 5 29 9 3 41 21 1 21 8 16 8 41 5 29 9 3 41 21 4 25 3 9 1 44 1 32 3 3 45 24 9 8 5 11 2 45 1 33 3 3 46 26 1 12 1 12 6 45 4 33 6 3 46 26 7 14 9 32 14 0 45 7 33 9 3 47 27 2 17 9 14 7 46 0 34 1 3 47 27 4 19 5 15 4 46 0 34 2 3 48 27 6 21 1 16 8 46 3 34 4 3 47 27 9 24 6 WSHP PRC021 EN 29 Performance Data 30 Table 24 060 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 9 1 53 6 41 3 3 61 35 9 6 8 11 2 54 6 42 3 3 62 37 5 9 8 12 6 55 1 42 7 3 63 38 2 12 0 45 14 0 55 6 43 2 3 63 38
49. AK71x3 4 required Field Supplied Belt may be necessary b Field Supplied Fan Sheave AK51x3 4 required Field Supplied Belt may be necessary c Field Supplied Fan Sheave AK41x3 4 required Field Supplied Belt may be necessary 58 WSHP PRCO021 EN Performance Data Table 59 Belt drive evaporator fan performance GER048 downflow airflow 3 phase units only External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM BHP RPM RPM BHP RPM BHP RPM BHP RPM RPM BHP RPM RPM BHP 1 hp Standard Motor amp Field Supplied Low Static Drive 1 Standard Motor amp Drive b 1280 619 0 20 680 0 24 735 0 29 789 0 34 843 0 39 894 0 45 940 0 51 983 0 56 1025 0 63 1440 597 0 20 664 0 25 724 0 30 775 0 35 823 0 40 872 0 46 921 0 52 968 0 58 1012 0 65 1052 0 71 1600 648 0 26 710 0 32 768 0 37 818 0 43 864 0 49 908 0 54 950 0 60 995 0 67 1039 0 74 1081 0 81 1760 700 0 34 758 0 39 812 0 46 862 0 52 907 0 58 948 0 64 988 0 71 1027 0 77 1068 0 84 1108 0 91 1920 753 0 43 807 0 49 858 0 55 906 0 62 952 0 70 992 0 76 1029 0 83 1066 0 89 1102 0 96 1138 1 03 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 CFM RPM BHP RPM BHP RPM RPM RPM BHP 1 Standard Motor amp Drive b 1280 1063 0 69 1101 0 75 1138 0 81 1175 0 88 1208 0 94 1440 1091 0 78 1128 0 85 1164 0 91 1198 0 98
50. BAK ONIS lt XM TY 193 vio SS En RIN 54 rye CM TCI LCI NCI P E es p wo lt mid E Pics a a wi C as N DUI M Para PPF0 2 5 ves COMMON COMMON Pli d x 9 24 4 24 VAC _ TT PPM0 4 46 8 m BLACK SUPPLY AIR o mi p menn 4 7 TRAE L CONFIG 9 30 mum H PIs COMMON MANAGEMENT PA DISCHARGE 724 SENSOR 4 COMMON Eta P it M dy sao b Joje Ewo fi osve me 4 ye 5 PP6 2 EK 8 47 5 gt gt RAT 3 COMMON Pa 24 VAC v nz Wr 9009 5 T m war es lt o 7 4 CLOGGED T rcd 1 OF ALE L__ P92 7 24 vac TS i in up TIS meo FAN We F O By pre tS ROVING D D Jo za vic bL H x P6 6 LBO H 06 5 PURGE LTD dis 06 4 PRESSURIZE UM g F vert 1 Fe MNP Pre INSET E PROGRAMMABLE ZONE SENSUR EX REMOTE PANEL V NSB xu INSET ELECTRIC HEAT
51. Entering Water Suction Discharge Water Suction Discharge Water Air Temp Water Flow Pressure Pressure Temp Rise Drop Pressure Pressure Temp Drop Rise Model Temp F GPM PSIG PSIG F DB F PSIG PSIG F DB F 35 71 81 263 335 5 6 19 28 35 72 83 264 336 4 5 19 28 45 18 6 109 126 178 226 11 14 20 25 81 93 276 352 6 7 21 31 45 23 3 109 126 172 219 9 11 20 25 83 95 278 353 5 6 22 31 55 18 6 110 127 207 264 11 14 19 25 97 112 290 369 7 8 24 34 55 23 3 110 127 201 255 9 11 19 25 100 114 291 371 5 7 25 35 68 18 6 114 132 246 313 11 14 19 25 116 133 312 398 8 10 29 39 68 23 3 113 130 239 305 9 11 19 25 119 137 315 400 6 8 29 39 75 18 6 114 132 271 345 11 14 19 25 130 149 324 412 8 11 31 42 75 23 3 114 131 264 337 9 11 19 25 134 154 326 415 7 9 32 42 86 18 6 116 133 315 401 10 13 18 24 154 177 343 437 9 12 35 46 86 23 3 115 133 308 391 8 11 18 24 158 182 347 441 8 10 36 46 95 18 6 118 136 355 451 10 13 18 24 95 23 3 118 135 347 441 8 10 18 24 18 WSHP PRC021 EN Table 12 120 operating pressures cooling heating Performance Data Operating Data Cooling Heating Entering Water Suction Discharge Water Temp Suction Discharge Water Air Temp Water Flow Pressure Pressure TempRise Drop DB Pressure Pressure Temp Rise DB Model Temp F GPM PSIG PSIG oF oF PSIG PSIG Drop F oF 35 74
52. Feet EWT GPM Mbtuh Mbtuh kW LWT Head 5 5 26 1 18 0 2 36 18 4 4 2 6 7 26 7 18 6 2 37 19 5 5 9 7 6 27 0 18 9 2 38 20 0 7 3 25 8 4 27 2 19 1 2 38 20 5 8 7 8 8 27 4 19 2 2 38 20 6 9 4 9 2 27 4 19 2 2 39 20 8 10 2 10 1 27 6 19 4 2 39 21 2 12 0 5 5 28 9 20 7 2 40 24 5 4 0 6 7 29 6 21 4 2 41 25 6 5 7 7 6 30 0 21 7 2 42 26 3 PA 32 8 4 30 2 21 9 2 42 26 8 8 4 8 8 30 4 22 1 2 42 27 0 9 1 9 2 30 4 22 1 2 42 27 2 9 9 10 1 30 7 22 4 2 43 27 6 11 6 5 5 34 9 26 5 2 48 35 4 3 3 6 7 35 8 27 3 2 50 36 9 4 6 7 6 36 2 27 6 2 50 27 7 5 7 45 8 4 36 5 28 0 2 51 38 3 6 8 8 8 36 6 28 0 2 51 38 6 7 3 9 2 36 8 28 2 2 51 38 9 7 9 10 1 37 0 28 5 2 51 39 4 9 3 5 5 39 3 30 7 2 54 43 8 3 1 6 7 40 2 34 5 2 55 45 6 4 4 7 6 40 8 32 1 2 56 46 6 5 5 55 8 4 41 2 32 5 2 57 47 3 6 5 8 8 41 4 32 6 2 57 47 6 7 1 9 2 41 5 32 7 2 58 47 9 7 6 10 1 41 9 33 1 2 58 48 5 9 0 5 5 45 5 36 5 2 64 54 7 3 0 6 7 46 4 37 3 2 65 56 9 4 2 7 6 47 0 37 9 2 66 58 0 5 2 68 8 4 47 5 38 4 2 67 58 9 6 2 8 8 47 7 38 6 2 67 59 2 6 7 9 2 47 8 38 7 2 67 59 6 7 3 10 1 48 2 39 1 2 68 60 3 8 6 5 5 48 5 39 3 2 68 60 7 2 9 6 7 49 7 40 5 2 70 62 9 41 7 6 50 4 41 2 2 71 64 2 5 1 75 8 4 50 9 41 6 2 72 65 1 6 1 8 8 51 1 41 8 2 73 65 5 6 6 9 2 51 3 42 0 2 73 65 9 74 10 1 51 7 424 2 74 66 6 8 4 WSHP PRC021 EN 23 TRANE Performance Data 24 Table 18 036 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 5 5 53 6 44 2 2 77 6
53. IVOLTAJE PELIGRUSD DISCONNECT ALL ELECTRIC POVER COUPER TOUTES LES TENSIONS ET DESCONECTE TODA LA ENERGIA ELECTRICA OFS CLDGGED FILTER SVITCH 98 5 INCLUDING REMOTE DISCONNECTS OUVRIR LES SECTIDNNEURS DISTANCE INCLUSO LAS DESCONEXIDNES REMOTAS Y COMPRESSOR 1 AND FOLLOW LOCK OUT AND TAG PUIS SUIVRE LES PROCEDURES DE SIGA LOS PROCEDINIENTOS CIERRE Y Dr EXHAUST FAN RELAY PROCEDURES BEFORE SERVICING VERRDUILLAGE ET DES TIQUETTES AVANT ETIQUETADO ANTES DE PROCEDER AL m 5 INSURE THAT ALL MOTOR TOUTE INTERVENTION VERIFIER QUE TOUS SERVICIO ASEGORESE DE QUE TODOS DISCHARGE TEMPERATURE SENSOR x RN CAPACITORS HAVE DISCHARGED LES CINDENSATEURS DES MOTEURS SONT 108 CAPACITORES TEL MOTOR HAYAN ECA ECONOMIZER ACTUATOR STORED VOLTAGE UNITS WITH DECHARGES DANS LE CAS DUNITES DESCARGADO FL VOLTAJE ALMACENADIL FES FAN FAILURE SWITCH 10 VARIABLE SPEED DRIVE REFER CCOMPORTANT DES ENTRAINENENTS PARA LAS UNIDADES CIN EJE DE T FAN CONTACTOR pz DRIVE INSTRUCTIONS FUR VITESSE VARATBLE SE REPORTER AUX DIRECCIGN DE VELOCIDAD VARIABLE OPTIONS MODULE ao CAPACITOR DISCHARGE INSTRUCTIONS DE L ENTRAINEHENT POUR CONSULTE LAS INSTRUCCIDNES PARA LA RTN D CHARGER LES CONDENSATEURS DESCARGA DEL CONDENSADOR RELIATEL REFRIGERATION MODULE FAILURE TD DO THE ABOVE COMM COMMUNICATION BEFORE SERVICING COULD RESULT PAS RESPECTER CES MESURES DE EL NO REALI
54. Mechanical Specifications 122 Oversized Motors Option Factory or field installed direct drive oversized motors shall be available for high static applications Pump Module The pump module shall consist of either a single or dual 1 6 hp bronze pump and a brass 3 way shut off valve Cast iron pumps are also acceptable The pump module kits shall contain the necessary components for the installation operation and maintenance of the water circuit of a closed loop distributed pumping application Reference or Comparative Enthalpy Option Reference or Comparative Enthalpy option shall be available when a factory installed economizer is ordered Refrigerant Circuits The refrigerant circuit shall contained a thermal expansion device service pressure ports and refrigerant line filter driers factory installed as standard An area shall be provided for replacement suction line driers Remote Potentiometer Option The minimum position setting of the economizer shall be adjusted with this field installed accessory Roof Curb Option The roof curb shall be designed to mate with the down flow supply and return openings and provide support and a water tight installation when installed properly The roof curb design shall allow field fabricated rectangular supply return ductwork to be connected directly to the curb The curb design shall comply with NRCA requirements The curb shall be shipped knocked down for field assembly and shal
55. OTHERS DASHED LINE QUTLINES INDICATE COMPONENTS PROVIDED BY THE FIELD PHANTOM LINE ENCLOSURES AVAILABLE SALES OPTIONS NUMBERS ALONG THE RIGHT SIDE OF THE SCHEMATIC DESIGNATE THE LOCATION OF CONTACTS BY LINE NUMBER AN 3 UNDERLINED NUMBER INDICATES NORMALLY CLOSED CONTACT THREE PHASE MOTORS ARE PROTECTED UNDER PRIMARY SINGLE PHASING CONDITIONS ALL 4 OVERLOAD PROTECTION AND COMPRESSORS HAVE INTERNAL THERMAL PROTECTION 208V 460V TERMINAL CONNECTED TO 1 11 AND CCI TI 8 gt CUT PHM JUMPER FOR 50 HZ 110 7 gt OPTIONAL PHASE MONITOR CONNECTIONS FOR RELIATEL CONTROLS MOVE 100L FROM LTBI 6 100 TO LTBI 6 CONNECT WIRE 101AR 1 SECONDARY AND WIRE 100AG IS GRAY SLATE GY WHITE IGREEN YELLUV G Y YELLOW REF DESCRIPTION LINE CTL COIL TEMP LIMIT SWITCH 27 TPRI COMPRESSOR 23 COMPRESSOR CONTACTOR 23 25 30 CCH CRANKCASE HEATER 27 FAN CONTACTOR 10 2 IDM ID FAN MUTUR 10 TNS LOW VOLTAGE TRANSFORMER 45 ODM OD FAN MOTOR UD FAN RELAY 30 CFI DD MOTOR CAPACITOR 30 PHM PHASE MONITOR 34 COLOR ABBR COLOR ABBR BLACK BK RANGE BU RED R BROWN BR VIOLET PURPLE V w T ATMOSPHERIC PRESSURE AT 50 RELATIVE ENCLOSURES AND OR DASHED DEVICE INDICATE ALTERNATE CIRCUITRY MOTORS HAVE INTERNAL AND CCH WIRES ARE 5_ gt CONNECTIONS SHOWN ARE FOR 230V 60HZ 3PH OR S
56. PHASE MOTORS ARE PROTECTED UNDER PRIMARY SINGLE PHASING CONDITIONS ALL MOTORS HAVE INTERNAL OVERLOAD PROTECTION COMPRESSORS HAVE INTERNAL THERMAL PROTECTION CT CONNECTIONS shown ARE FUR Z30V GOHZ 3PH WHEN 208V 60HZ 3PH UNIT OPERATION IS REQUIRED REMOVE VIRES 12D BL gt FROM 230V TERMINAL DN TNSL AND CONNECT 208V TERMINAL DN TNSL APPLICABLE HEATING SECTION DIAGRAM FOR BALANCE OF CIRCUIT WHEN OPTIONAL ELECTRIC HEAT 15 REQUIRED lt TERMINALS NOT BE PRESENT VIRE COLOR DESIGNATIN ABBR cum x BLACK PR PURPLE x Rp RED 3 BROWN WH WHITE R GEN n uu OR masr Gp 99V 3ACD GD 116 J inn sd WSHP PRC021 EN Wiring Figure 43 25 ton 460 575V power connection LEGEND LINE VOLTAGE CAUTION PRECAUCI N ATTENTION TESCRIPTIN ier USE COPPER CONDUCTORS ONLY N UTILISER QUE DES CONDUCTEURS EN CUIVRE IUTILICE ONICAMENTE CONDUCTORES DE COBRE ule d AH HEATER CONTACTOR STAGE D 106307 pa Ji UNIT TERMINALS ARE NOT DESIGNED TO AC
57. PROPER CONNECTION COMBINATION OF OPTIONAL COMPONENTS 9 RIN AIR 153A RHS TO DISABLE COMPRESSORS REMOVE LTB JUMPERS BETWEEN PINS 1 AND 2 AND WM lt PINS 3 gt 3 AND 4 AND CONNECT FIELD SUPPLIED CONTROL DEVICE 9 6 0 TU SHUT DOWN UNIT FOR EMERGENCY STOP REMOVE LTB JUMPER BETWEEN PINS RIN AIR 154A 5 Quo 4 2 5 AND 6 AND INSTALL FIELD SUPPLIED DEVICE INSTALL OPTIONAL FIRESTAT amp COMMON INSTALL OPTIONAL REMOTE SENSOR TO TERMINALS 51 AND 2 WHEN REQUIRED SEE 0 PROGRAMMABLE ZONE SENSOR REMOTE PANEL W NSB LITERATURE FOR CORRECT MAT EPIS cum n SETTINGS 146A CI WA CONNECTIONS SHOWN INCLUDE OPTIONAL AND TDLI IF NEITHER OPTION IS oe o 28 QU INSTALLED CONNECT WIRE We3 WIRE 122A IF EITHER OR BOTH OPTIONS ARE INSTALLED CONNECT THEM IN SERIES AS SHOWN REMOVE JUMPER ENABLE SUPPLY AIR TEMPERING 10 gt SHOWN IS FOR 410A HPC FOR R22 REFRIGERANT DIGIT 7 IN 8 MODEL NUMBER IS A B WILL HAVE BLACK LEADS FOR HPCOL 9 gt REQUIRED FOR OPTIONAL REFERENCE ENTHALPY CONTROL AND RED LEADS FOR HPC02 REQUIRED FOR OPTIONAL COMPARATIVE ENTHALPY CONTROL OPTIONAL MAS RAS RHS DHS AND ASSOCIATED WIRING NUT USED WITH MOTORIZED OUTSIDE AIR DAMPER WSHP PRC021 EN 107 Figure 34 3 5 ton 1ph power connection
58. PSIG PSIG Rise F oF PSIG PSIG Drop F F 35 6 7 ss 82 94 278 353 6 8 20 29 35 8 4 84 97 279 356 5 6 20 30 45 6 7 132 152 184 234 14 18 24 30 96 111 292 372 7 9 23 33 45 8 4 132 152 177 225 11 14 25 30 99 114 295 375 6 7 24 33 55 6 7 134 154 212 270 14 17 24 29 112 129 307 391 8 11 26 36 55 8 4 134 154 205 260 11 14 24 29 115 133 311 396 7 9 27 37 68 6 7 136 156 253 322 13 17 23 29 135 155 329 419 10 12 30 41 68 8 4 136 156 245 312 11 14 23 29 140 161 334 424 8 10 31 41 75 6 7 137 158 277 353 13 17 23 28 149 171 342 435 11 14 32 43 75 8 4 137 157 269 342 11 13 23 28 154 177 346 441 9 11 33 44 86 6 7 139 160 319 405 13 17 22 28 173 199 362 461 12 15 36 47 86 8 4 139 160 310 394 10 13 22 28 179 206 367 468 10 12 37 48 95 6 7 141 162 356 452 13 16 22 27 95 8 4 141 162 346 441 10 13 22 27 16 WSHP PRC021 EN Performance Data Table 8 GER048 operating pressures in cooling heating Operating Data Cooling Heating Entering Suction Discharge Water Suction Discharge Water Water Water Pressure Pressure Temp Rise Drop DB Pressure Pressure Temp Air Temp Model Temp F Flow GPM PSIG PSIG oF F PSIG PSIG Drop F Rise DB F 35 9 0 82 94 267 339 6 7 18 27 35 11 2 83 96 268 341 5 6 19 28 45 9 0 135 155 183 233 13 17 23 29 96 111 278 354 6 8 21 30 45 11 2 135 155 177 225 10 13 23 29 98 113 280 356 5 7 21 31
59. RETURN OPENING IF CONFIGURATION IF CONFIGURATION CONVERTED TO CONVERTED TO HORIZONTAL HORIZONTAL 32 1 4 BACK OF UNIT 3 4 14 NPT ALTERNATE DRAIN CONNECTION 19 1 4 BACK VIEW a See tables in chapter General Data p 13 for water connection sizes WSHP PRC021 EN 91 TRANE Dimensional Data Figure 9 7 ton unit lt 88 5 8 NOTE WATER IN OUT FITTING CONN ARE INSIDE THE UNIT 9 7 8 BASE HOLE FOR WATER OUT CONN l T 4 7 1 2 Aa g 1 8 33 BASE HOLE FOR 53 1 4 7 S BASE ELECTRICAL SUPPLY OPENING 3 4 AS SHIPPED Al 4 1 8 1 3 3 4 1 V RETURN OPENING 5 5 SHIPPED 5 27 5 8 5 7 8 THROUGH THE BASE 7 8 CONDENSATE DRAIN TDP VIEW SERVICE GAUGE PORTACCESS 1 5 8 DIA HOLE WATER IN CONN WATER OUT CONN UNIT CONTROL WIRE WATER OUT CONN ee ses 2 7 8 DIA HOLE WATER IN CONN 2 ELECTRICAL CONNECTION SINGLE POINT POWER WHEN HEAT INSTALLED CONDENSATE DRAIN UNIT POWER WIRE 3 4 14 NPT 1 3 8 DIA HOLE FRONT VIEW MEN SUPPLY OPENING RETURN OPENING IF CONFIGURATION IF CONFIGURATION CONVERTED TO CONVERTED TO HORIZONTAL HORIZONTAL 32 1 4 4 3 4 3 4 14 NPT ALTERNATE DR
60. Volt Three Phase BAYHTRE306 14 4 6 0 1 39 9 45 6 12 28 9 12 0 2 58 0 60 BAYHTRE318 41 9 17 4 2 74 3 80 YA BAYHTRE306 14 4 6 0 1 43 0 50 048 12 28 9 12 0 2 61 1 70 18 41 9 17 4 2 77 4 80 BAYHTRE306 14 4 6 0 1 45 6 60 BAYHTRE312 28 9 12 0 2 63 8 70 GERO60 BAYHTRE318 41 9 17 4 2 80 0 80 BAYHTRX323 55 3 23 0 2 96 8 100 82 WSHP PRCO21 EN Table 86 Electrical performance for units with electric heat single point connection Electrical Data Standard Indoor Motor Oversized Indoor Motor Minimum Max Over Minimum Max Over Unit Model Heater Model Electric Heat Electric Heat Control Circuit current Circuit current Number Number Amps kw Stages Ampacity Protection Ampacity Protection BAYHTRW309A 21 7 9 0 1 60 1 70 61 4 70 BAYHTRW318A 43 3 18 0 1 87 1 90 88 4 100 GERO72 BAYHTRW327A 65 0 27 0 2 114 2 125 115 5 125 BAYHTRW336A 86 6 86 6 2 141 3 150 142 6 150 BAYHTRU309A 21 7 9 0 1 61 9 80 67 7 80 BAYHTRU318A 43 3 18 0 1 89 0 100 94 8 100 GERO90 BAYHTRU327A 65 0 27 0 2 116 0 125 121 8 125 BAYHTRU336A 86 6 36 0 2 143 1 150 148 9 150 BAYHTRB318A 43 3 18 0 1 103 4 110 kasa BAYHTRB327A 65 0 27 0 2 130 4 150 GER120 BAYHTRB336A 86 6 36 0 2 157 5 175 BAYHTRB354A 129 9 54 0 2 211 6 225 AYDHTRK318 AYHHTRM318 43 3 18 0 1 115 1 125 121
61. Zone Sensors Manual Automatic Changeover lt lt Auto Heat Cool or System Switch Fan Auto or Off Switch Two temperature setpoint levers Status Indication LED lights System On Heat Cool or Service Room Sensor withTimed Override Butto Manual Automatic Changeover lt lt Auto Heat Cool or System Switch Fan Auto or Off Switch Two temperature setpoint levers Integrated Comfort System Sensor s available with optional temperature adjustment and override buttons to provide central control through a Trane Integrated Comfort system Programmable Night Setback WELL d Auto or manual changeover with seven day programming Keyboard selection of Heat Cool Fan Auto or On All programmable sensors have System On Heat Cool Service LED indicators as standard Night Setback Sensors have one 1 Occupied one 1 Un occupied and one 1 Override program per day WSHP PRC021 EN TRANE Wiring Figure 33 3 5 ton 1ph control diagram 1000 R JINSI 101AS BU 101A BU 101 BU 10147 BU
62. accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 5 Fan Motor Heat MBH 3 15 x Fan BHP Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected WSHP PRC021 EN 71 Performance Data Table 72 Belt drive evaporator fan performance GER300 downflow or horizontal airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM BHP RPM RPM BHP RPM RPM RPM BHP RPM RPM RPM RPM BHP 7 5 hp Standard Motor amp Low Static Drive 7 5 hp Standard Motor amp Drive 7000 603 2 50 629 2 69 653 2 87 675 3 04 698 3 22 720 341 741 3 61 763 3 82 7500 607 2 74 635 2 97 660 3 18 683 3 38 704 3 57 726 3 76 747 3 95 767 4 16 787 4 36 8000 610 3 03 639 3 26 667 3 50 691 3 74 735 4 17 755 4 37 775 4 57 795 4 78 814 4 99 8500 644 3 61 673 3 86 699 4 09 723 4 36 745 4 61 765 4 83 785 5 04 804 5 26 823 5 48 841 5 69 9000 677 4 22 705 4 50 731 4 77 755 5 05 776 5 31 796 5 57 816 5 81 834 6 03 852 6 25 870 6 48 9500 714 4 98 739 5 25 764 5 53 787 5
63. ay lt MAGO 3J4 4P 4 COMM aje PPF DPTN 5 1 5 p me x arfi vie nn cD npn COMMON 12780 F ele COMMON ele 3 COMMON 4 226480 alils Slade vicio ale N Eae VISIO quo om 5 5 aa lr 5 5 n irt PPM T FOS SP7E 5 7 144ACPR FROST 10 124 KPR F r srar 1 MANAGEMENT MSNRD 3J1 3 NH HEAT HEAT SYSTEM le4KPR 10 80 Corio 5 i WA PPF CFS 5P7D COMMON 124D PR 12 142APR CLOGGED 3 3 aa F Rasp RASD 4 6 168APR ott T 139B PR 3Je 3P2 A 5 7 167 vea eu 13782 OPR 7 TT 9 2 6 proving 166 6 6 a 141ACRD 1 5 zavac 16SAGO ur SASD PPF e 2 emo SASD 5 BARD 1 y 139A PR 139A PR 2AVAC PPF CTS PPM CTS rgo eu E 2 POWER co TDP 162B PR 16200 10K 187ACBU 197ACBU SMK DETCT ro 3 3 Dawe B 3 n 4 4 1638880 163 1 ECA 6P7 Spe REMOTE zavac RD avec MIN POS SED PUT
64. faced insulation All edges are either captured or sealed to ensure fibers do not get into the airstream Hinged Access Doors The hinged access option permits easy access to the filter fan air to refrigerant coil and compressor control section This option reduces the potential roof damage that may occur from fallen screws or access panels It also provides additional security to the panel during a high wind situation Quality and Reliability All Axiom rooftop designs were rigorously rain tested at the factory to help ensure water integrity Actual shipping tests were performed to determine packaging requirements Units were test shipped around the country to determine the best packaging 6 WSHP PRC021 EN WSHP PRC021 EN Features and Benefits Factory shake and drop tests were used as part of the package design process to help assure that the unit arrives at the job site in top condition Rigging tests include lifting a unit into the air and letting it drop one foot assuring that the lifting lugs and rails hold up under stress We perform a 100 coil leak test at the factory The air to refrigerant coil is leak tested at 470 psig and pressure tested to 470 psig All parts are inspected at the point of final assembly Sub standard parts are identified and rejected immediately With verification of total unit performance our customers can be assured that each unit shipped will run properly All equipment i
65. fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected WSHP PRC021 EN 69 TRANE Performance Data Table 70 Belt drive evaporator fan performance GER180 downflow or horizontal airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM RPM RPM RPM RPM RPM BHP RPM RPM RPM BHP 3 hp Standard Motor amp Low Static Drive 3 hp Standard Motor amp Drive 4800 397 0 75 435 0 88 469 1 00 501 1 13 533 1 28 566 1 43 596 1 52 625 1 74 655 1 92 682 2 09 5400 435 1 02 473 1 18 504 1 32 533 1 46 562 1 60 590 1 76 620 1 94 648 2 11 674 2 28 700 2 46 6000 475 1 36 510 1 53 541 1 70 568 1 85 594 2 01 620 2 17 645 2 34 672 2 53 698 2 73 723 2 92 6600 514 1 76 549 1 96 578 2 15 604 2 33 629 2 49 653 2 66 676 2 84 699 3 02 722 3 23 747 3 44 7200 555 2 25 588 2 46 616 2 68 641 2 89 730 3 62 751 3 82 772 4 02 3 hp Standard Motor amp High Static Drive 5 hp Oversized Motor amp Drive Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM RPM RPM BHP RPM BHP RPM RPM BHP RPM RPM RPM RPM BHP 3 hp Standard Motor amp High Static Drive 5 hp Oversized Motor amp Drive 4800 708 2 27 734 2 46 758 2 66 782 2 86 806 3 06 829 3 25 850
66. nuisance tripping or premature motor failure Our product s warranty will not be affected WSHP PRC021 EN 67 TRANE Performance Data Table 68 Direct drive evaporator fan performance GER120 horizontal airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM BHP RPM RPM RPM RPM RPM RPM RPM RPM BHP 3200 1038 0 69 1080 0 80 1120 0 91 1161 1 04 1200 1 16 1235 1 29 1269 1 41 1303 1 54 1336 1 67 1368 1 81 3600 1158 0 95 1195 1 07 1231 1 20 1267 1 33 1304 1 47 1339 1 61 1371 1 75 1402 1 89 1432 2 03 1462 2 17 4000 1278 1 27 1313 1 41 1346 1 55 1378 1 69 1411 1 83 1443 1 98 1475 2 14 1506 2 30 1534 2 45 1561 2 61 4400 1399 1 66 1431 1 81 1462 1 96 1491 2 12 1520 2 27 1550 2 43 1580 2 60 1610 2 77 1638 2 94 1665 3 12 4800 1520 2 12 1550 2 29 1579 2 45 1606 2 62 1633 2 79 1659 2 96 1687 3 13 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 3200 1400 1 95 1432 2 09 1464 2 23 1495 2 39 1525 2 54 1556 2 69 1586 2 85 1616 3 02 1645 3 18 1675 3 34 3600 1491 2 32 1520 2 47 1549 2 62 1578 2 78 1606 2 94 1634 3 10 1662 3 28 1689 3 44 4000 1588 2 76 1615 2 92 1642 3 09 1668 3 25 1694 3 43 4400 1690 3 29 1 For Standard Evaporator Fan Speed rpm reference Table 74
67. shall be standard For the 25 ton equipment external discharge temperature limit winding temperature limit and compressor overload shall be provided Controls Unit shall be completely factory wired with necessary controls and contactor pressure lugs or terminal block for power wiring Unit shall provide an external location for mounting a fused disconnect device Microprocessor controls shall be provided for all 24 volt control functions The resident control algorithms shall make all heating cooling and or ventilating decisions in response to electronic signals from sensors measuring indoor and outdoor temperatures The control algorithm maintains accurate temperature control minimizes drift from set point and provides better building comfort A centralized microprocessor shall provide anti short cycle timing and time delay between compressors to enhance machine protection 119 TRANE Mechanical Specifications 120 Drain Pan The drain pan shall be constructed of non ferrous or stainless steel corrosive resistant material and shall be reversible removable double sloped with provisions for through the base condensate drain Differential Enthalpy Option The differential enthalpy controller shall replace the standard dry bulb controller with two enthalpy sensors that compare total heat content of the indoor air and outdoor air to determine the most efficient air source This control option shall offer the highest level of com
68. 0 120 31 0 112 3 95 8 0 85 11 57 151 8 129 8 12 0 32 6 112 5 96 0 0 85 11 53 151 9 129 3 13 1 34 1 112 7 96 1 0 85 11 49 151 9 128 9 14 2 37 2 112 9 96 3 0 85 11 43 151 9 128 2 16 6 Note Cooling performance data is tabulated at 80 6 F DB 66 2 F WB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 34 p 41 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 31 0 Minimum CFM 3200 Rated CFM 3800 Maximum CFM 4800 GER120 Heating Performance Table 33 GER120 heating performance Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 20 2 69 0 47 6 6 28 20 3 13 9 24 8 69 2 47 6 6 32 21 2 19 0 27 9 69 5 47 8 6 34 21 6 23 0 25 31 0 69 8 48 1 6 36 21 9 26 6 32 6 70 0 48 2 6 36 22 0 28 4 34 1 70 1 48 4 6 37 22 2 30 1 37 2 70 4 48 6 6 39 22 4 33 3 20 1 81 8 59 5 6 56 26 1 10 3 24 8 82 9 60 5 6 57 27 1 14 8 27 9 83 6 61 2 6 58 27 6 18 2 32 31 0 84 1 61 6 6 59 28 0 21 9 32 5 84 5 61 9 6 60 28 2 23 8 34 1 84 5 62 0 6 59 28 4 25 8 37 2 85 1 62 6 6 61 28 6 28 4 WSHP PRC021 EN 39 Performance Data Table 33 GER120 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 20 1 104 3 80 6 6 95 37 0 7 4 24 8 106 3 82 5 6
69. 0 138 159 276 351 10 12 21 27 160 184 349 445 8 11 31 41 86 11 2 141 162 326 415 12 15 21 26 180 207 371 472 12 15 34 45 86 14 0 140 161 318 405 9 12 21 26 186 214 376 479 9 12 35 46 95 11 2 143 164 364 463 12 15 20 26 95 14 0 142 164 355 452 9 12 20 26 WSHP PRC021 EN 17 Performance Data Table 10 GER072 operating pressures in cooling heating Operating Data Entering Water Suction Discharge Water Air Suction Discharge Water AirTemp Water Flow Pressure Pressure Temp Rise Drop Pressure Pressure TempDrop Rise DB Model Temp F GPM PSIG PSIG oF PSIG PSIG F F 35 75 87 265 337 5 7 20 29 45 14 9 118 136 180 229 12 16 23 29 87 100 275 349 6 8 23 32 45 18 6 118 136 174 221 10 13 89 103 276 352 5 6 23 33 55 14 9 120 138 209 266 12 15 104 119 289 368 7 9 26 36 55 18 6 120 138 202 257 10 12 107 123 291 370 6 7 27 37 68 14 9 124 142 247 314 12 15 119 137 310 394 8 10 30 40 SENS uo 18 6 123 142 312 397 7 8 30 21 75 14 9 125 144 271 345 12 15 22 28 133 153 320 408 9 11 32 43 75 18 6 125 143 264 336 9 12 138 159 324 412 7 9 33 43 86 14 9 128 147 312 398 12 15 158 182 339 431 10 12 36 47 86 18 6 128 147 304 387 9 12 163 188 342 435 8 10 37 48 95 14 9 130 149 350 445 11 14 95 18 6 130 149 342 435 9 12 21 27 Table 11 090 operating pressures in cooling heating Operating Data Cooling Heating
70. 0 71 1 66 52 1 66 3 6 5 10 1 46 6 33 0 0 71 1 64 52 2 65 3 7 6 5 5 43 5 31 5 0 72 2 13 50 7 86 5 2 5 6 7 43 9 31 8 0 72 2 06 50 9 83 2 3 5 7 6 44 1 32 0 0 72 2 02 51 0 81 4 4 4 68 8 4 44 3 32 1 0 72 2 00 51 1 80 2 5 2 8 8 444 32 1 0 72 1 99 51 1 79 6 5 7 9 2 444 32 2 0 72 1 98 51 2 79 1 6 2 10 1 44 6 32 2 0 72 1 96 51 2 78 1 7 3 WSHP PRCO21 EN 21 Performance Data Table 17 GERO036 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 5 5 42 3 31 0 0 73 2 32 50 2 93 3 2 4 6 7 42 7 31 3 0 73 2 24 50 4 90 0 3 4 7 6 42 9 31 5 0 73 2 21 50 5 88 3 4 3 75 8 4 43 1 31 6 0 73 2 18 50 5 87 0 5 1 8 8 43 2 31 7 0 73 2 17 50 6 86 5 5 6 9 2 43 2 31 7 0 73 2 16 50 6 86 0 6 0 10 1 43 4 31 8 0 73 2 14 50 6 85 0 7 1 5 5 40 3 30 2 0 75 2 64 49 3 103 9 2 3 6 7 40 7 30 6 0 75 2 56 49 4 100 8 3 3 7 6 40 9 30 7 0 75 2 52 49 5 99 0 4 1 86 8 4 41 1 30 9 0 75 2 50 49 6 97 8 4 9 8 8 41 1 30 9 0 75 2 48 49 6 97 3 5 4 9 2 41 2 30 9 0 75 2 47 49 6 96 8 5 8 10 1 41 3 31 0 0 75 2 45 49 7 95 8 6 9 5 5 38 5 29 6 0 77 2 94 48 5 112 6 2 3 6 7 38 9 29 9 0 77 2 86 48 6 109 5 3 2 7 6 39 1 30 1 0 77 2 82 48 7 107 8 4 0 95 8 4 39 3 30 2 0 77 2 79 48 8 106 6 4 8 8 8 39 3 30 2 0 77 2 78 48 8 106 1 5 2 9 2 39 4 30 3 0 77 2 76 48 8 105 6 5 7 10 1 39 5 30 4 0 77 2 74 48 9 104 7 6 7 5 5
71. 00 CFM RPM BHP RPM RPM RPM RPM BHP RPM RPM RPM RPM RPM BHP 1 hp Standard Motor amp Field Supplied Low Static Drive 1 hp Standard Motor amp Drive b 1280 633 0 20 704 0 26 767 0 31 822 0 37 871 0 42 915 0 48 957 0 54 997 0 60 1035 0 66 1440 604 0 20 676 0 26 744 0 32 805 0 38 859 0 44 909 0 50 954 0 57 996 0 63 1035 0 69 1073 0 76 1600 656 0 27 721 0 32 785 0 39 843 0 45 897 0 52 946 0 59 991 0 66 1034 0 73 1075 0 80 1110 0 87 1760 709 0 34 768 0 40 827 0 47 883 0 54 936 0 61 984 0 69 1030 0 77 1072 0 84 1113 0 92 1149 1 00 1920 762 0 43 817 0 50 872 0 57 925 0 64 975 0 72 1023 0 80 1067 0 88 1109 0 97 1150 1 05 1188 1 14 1 Standard Motor amp Field Supplied High Static Drive Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 CFM RPM BHP RPM BHP RPM RPM RPM BHP 1 Standard Motor amp Drive 1280 1072 0 71 1107 0 77 1142 0 84 1176 0 90 1210 0 97 1440 1108 0 83 1143 0 89 1176 0 96 1209 1 02 1239 1 09 1600 1146 0 95 1180 1 02 1212 1 09 1243 1 16 1760 1185 1 08 1219 1 16 1251 1 24 1920 1223 1 22 1258 1 31 1 hp Standard Motor amp Field Supplied High Static Drive O Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Ta
72. 07 937 961 984 1011 0 90 1 00 0 44 948 0 49 986 0 54 0 50 979 0 56 1017 0 62 0 57 1005 0 63 1046 0 70 0 63 1028 0 70 1070 0 78 0 71 1053 0 78 1094 0 86 0 10 0 20 0 30 0 40 0 50 0 60 0 70 CFM RPM BHP RPM BHP RPM RPM RPM RPM BHP RPM BHP RPM RPM RPM BHP 1 Standard Motor amp Field Supplied Low Static Drive 1 hp Standard Motor amp Drive gt 960 572 0 14 639 0 19 702 0 23 762 0 28 816 0 34 865 1080 608 0 18 672 0 23 731 0 27 785 0 33 840 0 38 890 1200 572 0 18 645 0 23 707 0 28 762 0 33 814 0 38 864 0 44 913 1320 614 0 22 684 0 28 744 0 33 797 0 39 846 0 44 894 0 50 939 1440 656 0 27 723 0 34 781 0 40 833 0 46 881 0 52 925 0 58 969 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 CFM RPM BHP RPM RPM RPM RPM BHP 1 Standard Motor amp Drive 960 1022 0 59 1057 0 64 1092 0 69 1125 0 74 1157 0 79 1080 1053 0 67 1088 0 73 1121 0 79 1152 0 84 1184 0 9 1200 1084 me oes Were 1 01 1320 1110 0 85 1147 0 92 1182 1214 1 07 1440 1133 0 94 1170 1 01 1207 1 1 1 hp Standard Motor amp Field Supplied High Static Drive O Notes For Standard Evaporator Fan Speed rpm reference Table 74 73 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 1 hp Fan Motor Heat MBh 2 7672 x Fan bhp 0 4705
73. 1 2 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected a Field Supplied Fan Sheave AK71x3 4 required Field Supplied Belt may be necessary b Field Supplied Fan Sheave AK51x3 4 required Field Supplied Belt may be necessary c Field Supplied Fan Sheave AK41x3 4 required Field Supplied Belt may be necessary WSHP PRC021 EN 57 TRANE Performance Data Table 58 Belt drive evaporator fan performance 036 horizontal airflow phase units only External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM BHP RPM RPM BHP RPM BHP RPM RPM BHP RPM RPM RPM RPM BHP 1 Standard Motor amp Field Supplied Low Static 1 Standard Motor amp Drive b Drive 960 560 0 13 641 0 17 711 0 22 770 0 27 822 0 32 868 0 37 911 0 41 952 0 46 991 0 52 1080 589 0 16 665 0 21 735 0 26 796 0 31 850 0 37 899 0 42 942 0 48 983 0 53 1021 0 58 1200 551 0 15 622 0 19 691 0 24 758 0 30 820 0 36 875 0 42 925 0 48 971 0 54 1012 0 60 1052 0 66 1320 592 0
74. 1 000 8000 1 008 1 028 1 001 1 005 0 984 8800 1 024 1 085 1 004 1 016 0 956 9600 1 039 1 142 1 006 1 023 0 933 GER300 Cooling Performance Table 44 GER300 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 50 4 329 7 235 1 0 71 13 55 375 9 60 9 7 2 62 0 324 9 227 4 0 70 13 34 370 5 58 0 10 5 69 8 322 6 225 8 0 70 13 27 367 8 56 5 12 9 46 77 5 319 5 220 5 0 69 13 19 364 5 55 4 15 6 81 4 319 9 223 9 0 70 13 16 364 8 55 0 17 0 85 3 320 1 223 7 0 70 13 20 365 1 54 6 18 4 93 0 318 1 221 4 0 70 13 16 363 0 53 8 21 5 50 4 329 2 238 3 0 72 14 38 378 3 70 0 7 0 62 0 326 5 235 1 0 72 14 16 374 8 67 1 10 1 69 8 323 0 232 2 0 72 14 13 371 2 65 6 12 5 55 77 5 322 2 231 4 0 72 14 08 370 3 64 6 15 0 81 4 321 3 228 4 0 71 14 00 369 1 64 1 16 4 85 3 320 3 226 8 0 71 13 96 367 9 63 6 17 8 93 0 318 2 222 7 0 70 13 88 365 5 62 9 20 7 50 4 320 5 239 1 0 75 15 81 374 5 82 9 6 7 62 0 319 9 237 1 0 74 15 60 373 2 80 0 9 6 69 8 319 7 235 9 0 74 15 55 372 7 78 7 11 9 68 77 5 318 9 234 7 0 74 15 51 371 9 77 6 14 3 81 4 318 3 233 6 0 73 15 48 371 1 77 1 15 6 85 3 318 2 233 6 0 73 15 45 370 9 76 7 16 9 93 0 317 2 232 5 0 73 15 39 369 7 76 0 19 8 50 4 314 5 238 1 0 76 16 63 371 2 89 7 6 5 62 0 313 9 237 0 0 75 16 49 370 2 86 9 9 4 69 8 313 6 235 2 0 75 16 39 369 6 85 6 11 6 75 77 5 313 6 235 8 0 75 16 31 369 3 84 5 14 0 81 4 313 6 233 7 0 75 16 25 369 1 84 1 15 2 85 3 313 4 234 1 0 75 16 28 368 9 83 7 16 5 93 0 313 7 233 4 0 74
75. 110 106 7 110 AYDHTRKW72 AYHHTRNW72 69 3 72 0 2 127 4 150 128 3 150 AYDHTRMW36 AYHHTRMW36 34 6 36 0 2 86 9 90 AYDHTRLW54 B GER300 AYHHTRNW54 52 0 54 0 2 108 7 110 AYDHTRKW72 AYHHTRNW72 69 3 72 0 2 130 3 150 WSHP PRC021 EN 85 e TRANE Dimensional Data Figure 1 3 to 4 ton unit clearance and roof opening CLEARANCE HORIZONTAL FLOW 36 914 MM CLEARANCE 36 914 DOWNFLOW 36 914 441 2 1130 pi CLEARANCE 36 914 MM Figure2 5 to 7 1 2 ton unit clearance and roof opening i 68 1 4 gt 40 1732 1016 48 1219 CLEARANCE HORIZONTAL FLOW 18 457 MM CLEARANCE 36 914 B DOWNFLOW 36 914 MM 9 88 5 8 gt 46 53 T ai gt 1352 MM CLEARANCE 48 1219 MM Bt CLEARANCE 36 914 MM 86 WSHP PRC021 EN Figure 10 ton unit clearance and roof opening CLEARANCE 36 914 MM CLEARANCE FROM TOP OF UNIT 72 99 11 16 2532 46 1168 CLEARANCE 48 1219 Figure 4 127 and 15 tons unit clearance and roof opening CLEARANCE DOWNFLOW 68 1727 HORIZONTAL 48 1219 MM PL Bm gt i 121 11 16 81 E CLEARANCE DOWNFLOW 60 1524 HORIZONTAL 18 457 MM d Nd lt 2 WSHP PRC021 EN e Dimensional Data CLEARANCE HORIZONTAL FLOW 18 457 MM DOWNFLOW 36 914 MM
76. 1233 1 05 1600 1120 0 88 1157 0 95 1193 1 02 1227 1 10 1259 1 17 1760 1147 0 99 1185 1 07 1220 1 14 1256 1 23 1920 1174 1 11 1212 1 19 1247 1 27 1 Standard Motor amp Field Supplied High Static Drive O For Standard Evaporator Fan Speed rpm reference Table 74 p 73 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 1 hp Fan Motor Heat MBh 2 7672 x Fan bhp 0 4705 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected Ub UNE a Field Supplied Fan Sheave AK69x3 4 required Field Supplied Belt may be necessary b Field Supplied Fan Sheave AK49x3 4 required Field Supplied Belt may be necessary c Field Supplied Fan Sheave AK41x3 4 required Field Supplied Belt may be necessary WSHP PRC021 EN 59 Performance Data Table 60 Belt drive evaporator fan performance GER048 horizontal airflow 3 phase units only External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1
77. 13 76 343 5 66 1 14 9 65 1 296 6 207 1 0 70 13 72 343 5 65 6 16 2 68 2 296 7 207 1 0 70 13 68 343 4 65 1 17 6 74 4 296 8 207 2 0 70 13 62 343 3 64 2 20 5 40 3 284 7 202 0 0 71 15 89 338 9 84 8 6 7 49 6 285 9 202 8 0 71 15 53 338 9 81 7 9 6 55 8 286 5 203 2 0 71 15 37 338 9 80 1 11 8 68 62 0 286 9 203 5 0 71 15 24 338 9 78 9 14 2 65 1 287 1 203 7 0 71 15 19 338 9 78 4 15 5 68 2 287 3 203 8 0 71 15 14 338 9 77 9 16 8 74 4 287 5 204 0 0 71 15 05 338 9 77 1 19 6 40 3 277 8 199 5 0 72 16 94 335 6 91 7 6 5 49 6 279 1 200 4 0 72 16 55 335 6 88 5 9 4 55 8 279 7 200 9 0 72 16 37 335 6 87 0 11 6 75 62 0 280 2 201 2 0 72 16 23 335 6 85 8 13 9 65 1 280 4 201 4 0 72 16 17 335 6 85 3 15 1 68 2 280 6 201 5 0 72 16 12 335 6 84 8 16 4 74 4 281 0 201 8 0 72 16 02 335 7 84 0 19 1 40 3 265 3 194 9 0 73 18 85 329 6 102 4 6 3 49 6 266 7 196 0 0 73 18 43 329 6 99 3 9 1 55 8 267 5 196 6 0 73 18 23 329 7 97 8 11 2 86 62 0 268 0 196 9 0 73 18 07 329 7 96 6 13 4 65 1 268 3 197 2 0 73 18 01 329 8 96 1 14 6 68 2 268 4 197 3 0 73 17 95 329 7 95 7 15 8 74 4 268 8 197 6 0 73 17 85 329 7 94 9 18 5 40 3 254 0 191 1 0 75 20 58 324 2 111 1 5 8 49 6 255 5 192 2 0 75 20 13 324 2 108 1 8 4 55 8 256 2 192 7 0 75 19 92 324 2 106 6 10 3 95 62 0 256 7 193 1 0 75 19 75 324 1 105 5 12 4 65 1 257 0 193 3 0 75 19 68 324 2 105 0 13 6 68 2 257 2 193 5 0 75 19 61 324 2 104 5 14 7 74 4 257 6 193 8 0 75 19 50 324 2 103 7 17 2 48 WSHP PRC021 EN Performance Data Table
78. 16 23 369 1 82 9 19 3 WSHP PRC021 EN 51 Performance Data Table 44 GER300 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 50 4 299 5 236 0 0 79 18 14 361 4 100 3 6 3 62 0 300 5 235 6 0 78 17 98 361 8 97 7 9 1 69 8 301 9 234 6 0 78 17 87 362 9 96 4 11 2 86 77 5 302 9 234 2 0 77 17 77 363 6 95 4 13 5 81 4 302 3 234 3 0 77 17 79 363 0 94 9 14 7 85 3 302 6 232 7 0 77 17 72 363 1 94 5 16 0 93 0 302 5 232 3 0 77 17 68 362 8 93 8 18 6 50 4 282 5 231 9 0 82 19 45 348 8 108 8 6 1 62 0 287 9 232 6 0 81 19 32 353 8 106 4 8 9 69 8 288 9 232 5 0 81 19 25 354 6 105 2 10 9 95 77 5 289 6 232 2 0 80 19 15 354 9 104 2 134 81 4 289 6 232 3 0 80 19 15 355 0 103 7 14 3 85 3 289 0 232 3 0 80 19 15 354 3 103 3 15 6 93 0 290 0 231 7 0 80 19 13 355 3 102 6 18 1 50 4 249 9 222 7 0 89 21 39 322 9 117 8 6 0 62 0 259 8 225 5 0 87 21 07 331 7 115 7 8 6 69 8 269 2 228 1 0 85 20 86 340 5 114 8 10 6 105 77 5 270 9 228 4 0 84 20 77 341 8 113 8 12 8 81 4 271 5 228 3 0 84 20 73 342 2 113 4 13 9 85 3 272 9 228 5 0 84 20 67 343 5 113 1 15 1 93 0 274 0 228 8 0 83 20 61 344 4 112 4 17 6 50 4 215 5 212 5 0 99 23 48 295 6 126 7 5 8 62 0 237 2 219 1 0 92 22 97 315 6 125 2 8 4 69 8 240 4 220 0 0 92 22 86 318 4 124 1 10 3 115 77 5 242 7 220 6 0 91 22 75 320 3 123 3 12 5 81 4 243 9 221 0 0 91 22 70 321 4 122 9 13 6 85 3 244 9 221 2 0 90
79. 2 125 AYDHTRK336 GER150 AYHHTRM336 86 6 36 0 2 169 3 175 175 4 200 AYDHTRK354 AYHHTRM354 129 9 54 0 2 223 4 225 229 5 250 AYDHTRK318 AYHHTRM318 43 3 18 0 1 121 0 125 127 1 150 AYDHTRK336 GER180 AYHHTRM336 86 6 36 0 2 175 1 200 181 2 200 AYDHTRK354 AYHHTRM354 129 9 54 0 2 229 2 250 235 3 250 AYDHTRL336 AYHHTRN336 86 6 36 0 2 212 9 225 213 8 225 AYDHTRL354 GER240 AYHHTRN354 129 9 54 0 2 267 1 300 268 0 300 AYDHTRK372 AYHHTRN372 173 2 72 0 2 321 2 300 322 1 300 AYDHTRL336 AYHHTRN336 86 6 36 0 2 220 4 225 AYDHTRL354 GER300 AYHHTRN354 129 9 54 0 2 274 6 300 AYDHTRK372 D AYHHTRN372 173 2 72 0 2 328 7 300 460 Volt Three Phase BAYHTRE406 7 2 6 0 1 19 5 20 036 412 14 4 12 0 2 28 5 30 418 20 9 17 4 2 36 6 40 BAYHTRE406 7 2 6 0 1 20 4 25 GER048 412 14 4 12 0 2 29 4 30 BAYHTRE418 20 9 17 4 2 37 5 40 WSHP PRC021 EN 83 TRANE Electrical Data Table 86 Electrical performance for units with electric heat single point connection Standard Indoor Motor Oversized Indoor Motor Minimum Max Over Minimum Max Over Unit Model Heater Model Electric Heat Electric Heat Control Circuit current Circuit current Number Number Amps kW Stages Ampacity Protection Ampacity Protection BAYHTRE406 7 2 6 0 1 22 8 25 BAYHTRE412 14 4 12 0 2 31 8 35
80. 2 259 5 18 67 58 7 11 8 68 62 0 324 9 261 0 18 75 59 6 14 2 65 1 325 9 261 8 18 78 60 0 15 5 68 2 326 6 262 4 18 81 60 3 16 8 744 327 3 262 9 18 85 60 9 19 6 40 3 336 4 271 1 19 12 61 5 6 5 49 6 342 2 276 3 19 29 63 9 9 4 55 8 344 9 278 7 19 40 65 0 11 6 75 62 0 347 2 280 7 19 49 65 9 13 9 65 1 347 7 281 1 19 52 66 4 15 1 68 2 349 5 282 7 19 57 66 7 16 4 74 4 350 7 283 7 19 63 67 4 19 1 40 3 369 8 300 6 20 27 71 1 6 3 49 6 376 8 306 7 20 54 73 6 9 1 55 8 379 5 309 0 20 66 74 9 11 2 86 62 0 380 9 310 4 20 66 76 0 13 4 65 1 382 4 311 7 20 72 76 4 14 6 68 2 383 3 312 4 20 76 76 8 15 8 74 4 383 7 312 7 20 80 77 6 18 5 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 43 p 51 for Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 62 0 Minimum CFM 6400 Rated CFM 7600 Maximum CFM 9600 WSHP PRC021 EN Performance Data Table 43 GER240 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 6400 0 969 0 915 0 996 0 978 1 061 6620 0 976 0 932 0 997 0 983 1 048 6840 0 982 0 947 0 998 0 991 1 038 7200 0 991 0 973 0 999 0 993 1 017 7600 1 000 1 000 1 000 1 000
81. 22 68 322 3 122 6 14 7 93 0 245 3 221 3 0 90 22 62 322 5 121 9 17 2 50 4 206 1 206 1 1 00 24 51 289 8 131 5 5 8 62 0 214 2 211 8 0 99 24 18 296 7 129 6 8 3 69 8 224 1 215 4 0 96 23 95 305 8 128 8 10 2 120 77 5 228 0 216 4 0 95 23 81 309 2 128 0 12 3 81 4 229 0 216 7 0 95 23 79 310 2 127 6 13 4 85 3 230 7 217 3 0 94 23 79 311 9 127 3 14 5 93 0 234 4 218 5 0 93 23 68 315 2 126 8 17 0 Note Cooling performance data is tabulated at 80 69 DB 66 2 F WB at the rated For conditions other than what is tabulated multipliers must be used to correct performance See Table 45 p 53 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 77 5 Minimum CFM 7000 Rated CFM 9500 Maximum CFM 11000 Note 00 is cooling only 52 WSHP PRCO021 EN Performance Data Table 45 GER300 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 7000 0 939 0 853 0 971 7750 0 961 0 897 0 983 8500 0 976 0 941 0 994 9000 0 991 0 973 0 997 9500 1 000 1 000 1 000 10000 1 007 1 034 1 008 10500 1 013 1 061 1 011 11000 1 020 1 094 1 017 Table 46 GER036 correction factors for variation entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Enterin
82. 230 4 84 0 21 3 55 8 194 2 145 8 0 75 10 62 230 5 83 3 24 8 30 2 185 0 141 5 0 76 12 37 227 2 101 0 8 1 37 2 186 1 142 3 0 76 12 08 227 3 98 2 11 8 41 8 186 6 142 7 0 76 11 95 227 4 96 9 14 5 86 46 5 187 0 143 0 0 76 11 85 227 4 95 8 17 5 48 8 187 2 143 2 0 76 11 81 227 5 95 3 19 0 51 2 187 3 143 3 0 76 11 75 227 4 94 9 20 7 55 8 187 6 143 5 0 76 11 68 227 4 94 2 24 1 30 2 177 6 138 6 0 78 13 60 224 0 109 8 7 9 37 2 178 7 139 4 0 78 13 30 224 1 107 0 11 5 41 8 179 3 139 9 0 78 13 17 224 3 105 7 14 1 95 46 5 179 7 140 2 0 78 13 05 224 2 104 6 17 0 48 8 179 9 140 3 0 78 13 01 224 3 104 2 18 5 51 2 180 0 140 4 0 78 12 96 224 2 103 8 20 2 55 8 180 3 140 6 0 78 12 89 224 3 103 0 23 5 30 2 168 5 135 2 0 80 15 14 220 2 119 6 7 7 37 2 169 6 136 1 0 80 14 83 220 2 116 8 11 2 41 8 170 1 136 5 0 80 14 67 220 2 115 5 13 7 105 46 5 170 5 136 8 0 80 14 55 220 2 114 5 16 5 48 8 170 7 137 0 0 80 14 50 220 2 114 0 18 0 51 2 170 8 137 1 0 80 14 45 220 2 113 6 19 6 55 8 171 1 137 3 0 80 14 37 220 2 112 9 22 8 30 2 158 5 131 3 0 83 16 86 216 0 129 3 7 5 37 2 159 6 132 2 0 83 16 53 216 0 126 6 10 9 41 8 160 1 132 6 0 83 16 37 216 0 125 3 13 4 115 46 5 160 6 133 1 0 83 16 26 216 1 124 3 16 1 48 8 160 7 133 1 0 83 16 19 215 9 123 8 17 5 51 2 160 8 133 2 0 83 16 14 215 9 123 4 19 1 55 8 161 1 133 5 0 83 16 06 215 9 122 7 22 2 WSHP PRC021 EN 45 Performance Data Table 38 GER180 cooling performance continued Gross Sen Co
83. 29 Economizer downflow units PANEL ECONOMIZER STANDARD END PANEL OF UNIT DOWNFLOW UNITS Table 87 Power exhaust dimensions Unit Model A B a C b GER 150 240 19V2 64 39 a Horizontal dimension only Downflow economizer is width of end panel b Power exhaust is applied on downflow economizer only WSHP PRC021 EN 103 e TRANE Weights and Center of Gravity Table 88 Accessory weights Net Net Net Net Net Net Net Option Accessory Weight Weight Weight Option Accessory Weight Weight Weight Weight Description 036 060 072 120 150 300 Description 036 060 072 120 150 180 240 300 Electric Heat 15 30 Smoke Detector Return 7 7 7 7 Economizer 26 36 65 80 Smoke Detector Supply Return 5 5 5 5 Motorized Damper 20 30 75 Clogged Filter Switch 1 1 1 1 Manual Damper 16 26 32 Fan Fail Switch 1 1 1 1 Relief 7 10 Discharge Air Tube 3 3 3 3 Power Exhaust N A 80 95 Roof curb 61 89 235 Oversized Motor 5 8 5 Zone Sensors 1 1 1 1 Belt Drive Motor 3 phase only 31 Standard 10 15 Hinged Access 10 12 27 Hail Guard 12 20 23 36 Through the base electrical 8 13 23 Unit Size kw 54 72kW Unit Disconnect Switch 5 5 5 10 GER 150 300 33 27 40 32 43 34 Unit Circuit Breaker 5 5 5 10 TCI LCI 1 1 1 Frostat 1 1 1 Crankcase Heater 1 1 1 Note 1 Net weights for electric heat are as follows Figure 30 Corner weight locations and cen
84. 3 0 28 0 106 7 84 5 6 52 62 0 15 1 15 1 109 7 87 2 6 61 63 5 5 0 18 6 111 7 89 0 6 65 654 7 2 21 0 112 6 89 8 6 68 66 4 8 9 75 23 3 113 4 90 5 6 70 67 2 10 7 24 5 113 8 90 9 6 71 67 6 11 7 25 6 114 1 91 1 6 72 67 9 12 7 28 0 114 6 91 6 6 74 68 4 14 7 15 1 121 6 97 8 6 96 73 1 4 9 18 6 124 1 100 1 7 04 75 3 7 1 21 0 125 2 101 0 7 08 76 4 8 7 86 23 3 126 3 102 1 7 10 77 2 10 5 24 5 126 7 102 4 7 11 77 6 11 4 25 6 127 1 102 8 7 12 78 0 12 3 28 0 127 8 103 4 7 14 78 6 14 4 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 31 p 37 for Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 23 3 Minimum CFM 2400 Rated CFM 2850 Maximum CFM 3600 Table 31 090 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 2400 0 970 0 921 0 999 0 986 1 059 2482 5 0 976 0 936 0 999 0 988 1 046 2565 0 982 0 949 0 999 0 991 1 034 2700 0 991 0 973 1 000 0 994 1 016 2850 1 000 1 000 1 000 1 000 1 000 3000 1 009 1 027 1 001 1 005 0 986 3300 1 025 1 081 1 002 1 006 0 955 3600 1 038 1 129 1 003 1 012 0 935 WSHP PRC021 EN 37 Performance Data GER120 Cooling Performance Table 32 GER120 cooling performance
85. 3 28 7 22 4 149 0 1 6 30 2 1 34 3 50 460 60 3 13 7 10 6 75 0 1 3 10 2 16 4 25 575 60 3 10 1 7 7 54 0 1 2 40 2 1 12 0 15 208 60 3 28 6 25 0 164 0 1 3 60 1 1 34 9 50 230 60 3 28 6 25 0 164 0 1 3 60 1 1 34 9 50 460 60 3 13 9 12 2 100 0 1 1 70 1 1 17 0 25 575 60 3 10 4 9 0 78 0 1 1 40 1 1 12 7 20 GERO90 208 60 3 34 4 25 0 164 0 1 9 40 3 1 40 7 60 230 60 3 34 4 25 0 164 0 1 9 40 3 1 40 7 60 460 60 3 16 8 12 2 100 0 1 4 60 3 1 19 9 30 575 60 3 12 4 9 0 78 0 1 3 40 3 1 14 7 20 208 60 3 26 6 18 1 137 0 2 8 50 3 6 1 49 2 60 230 60 3 26 6 18 1 137 0 2 8 50 3 6 1 49 2 60 GER120 460 60 3 13 3 9 0 62 0 2 4 30 3 6 1 24 6 30 575 60 3 11 1 6 8 50 0 2 4 30 3 6 1 19 6 25 WSHP PRC021 EN 79 TRANE Electrical Data Table 85 Electrical performance Maximum Blower Blower Minimum Overcurrent Total Unit Comp Comp LRA No of Motor Motor Fan Motor Circuit Protective Model No Unit Volts FLA RLA ea ea Compres FLA HP Num Ampacity Device 208 60 3 32 0 22 4 149 0 2 10 60 3 1 61 0 80 230 60 3 33 0 22 4 149 0 2 10 60 3 1 61 0 80 460 60 3 15 4 10 6 75 0 2 4 80 3 1 28 7 35 575 60 3 11 8 7 9 54 0 2 3 90 3 1 21 7 25 GER150 208 60 3 39 1 22 4 149 0 2 16 70 5 1 67 1 80 230 60 3 39 1 22 4 149 0 2 16 70 5 1 67 1 80 460 60 3 18 2 10 6 75 0 2 7 60 5 1 31 5 40 575 60 3 14 0 7 9 54 0 2 6 10 5 1 23 9 30 208 60 3 35 6 25 0 164 0 2 10 60 3 1 66 9 90 230 60 3 35 6 25 0 164 0 2 10 60 3 1 66 9 90 460 60 3 17 3 12
86. 36 3 28 8 0 79 3 30 47 6 122 3 2 2 6 7 36 7 29 1 0 79 3 22 47 7 119 2 3 1 7 6 37 0 29 3 0 79 3 18 47 9 117 6 3 9 105 8 4 37 1 29 4 0 79 3 14 47 8 116 4 4 7 8 8 37 2 29 5 0 79 3 13 47 8 115 9 5 1 9 2 37 2 29 5 0 79 3 12 47 8 115 4 5 5 10 1 37 4 29 6 0 79 3 09 47 9 114 5 6 5 5 5 34 0 27 9 0 82 3 71 46 6 131 9 2 2 6 7 34 4 28 2 0 82 3 62 46 7 128 9 3 1 7 6 34 6 28 4 0 82 3 57 46 8 127 3 3 8 115 8 4 34 7 28 5 0 82 3 54 46 8 126 1 4 6 8 8 34 8 28 6 0 82 3 52 46 8 125 6 5 0 9 2 34 9 28 6 0 82 3 51 46 8 125 2 5 4 10 1 35 0 28 7 0 82 3 49 46 9 124 3 6 3 5 5 32 7 27 5 0 84 3 93 46 1 136 8 2 1 6 7 33 1 27 8 0 84 3 84 46 2 133 8 3 0 7 6 33 3 28 0 0 84 3 79 46 3 132 2 3 8 120 8 4 33 5 28 1 0 84 3 76 46 3 131 0 4 5 8 8 33 6 28 2 0 84 3 75 46 3 130 5 4 9 9 2 33 6 28 2 0 84 3 73 46 4 130 1 5 3 10 1 33 7 28 3 0 84 3 70 46 3 129 2 6 2 Note Cooling performance data is tabulated at 80 6 F DB 66 2 F WB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 19 p 24 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 8 4 Minimum CFM 960 Rated CFM 1140 Maximum CFM 1440 22 WSHP PRC021 EN Performance Data GERO036 Heating Performance Table 18 GERO036 heating performance Gross Absorb Comp Pwr
87. 37 1027 1 46 1062 1 56 1097 1 66 1131 1 77 2 Oversized Motor amp Drive Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM BHP RPM RPM RPM BHP RPM RPM RPM RPM RPM RPM BHP 1 hp Standard Motor amp Drive 2 hp Oversized Motor amp Drive 1920 1034 1 05 1070 1 14 1105 1 24 1139 1 33 1171 1 42 1204 1 52 1234 1 62 1264 1 71 1292 1 81 1320 1 91 2160 1062 1 21 1098 1 30 1133 1 41 1166 1 51 1199 1 61 1229 1 71 1261 1 82 1290 1 93 1318 2 03 1346 2 14 2400 1093 1 40 1128 1 50 1161 1 60 1194 1 70 1227 1 81 1258 1 93 1288 2 04 1316 2 15 1346 2 27 2640 1127 1 62 1161 1 72 1193 1 82 1225 1 93 1255 2 04 1287 2 16 1315 2 27 1345 2880 1163 1 87 1196 1 98 1227 2 09 1257 2 20 Notes For Standard Evaporator Fan Speed rpm reference Table 74 p 73 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data Refer to Table 79 74 to determine additional static pressure drop due to other options accessories 1 HP Fan Motor Heat MBH 2 829 x Fan BHP 0 4024 2 HP Fan Motor Heat MBH 3 000 x Fan BHP 0 5000 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance
88. 4 3 7 3 58 7 42 3 0 72 2 16 66 1 73 1 1 4 9 0 59 1 42 5 0 72 2 07 66 1 69 7 2 0 10 1 59 2 42 7 0 72 2 03 66 1 68 1 2 5 55 11 2 59 4 42 8 0 72 1 99 66 2 66 8 3 0 11 8 59 4 42 8 0 72 1 98 66 2 66 2 3 3 12 3 59 5 42 8 0 72 1 97 66 2 65 8 3 6 13 4 59 6 42 9 0 72 1 95 66 2 64 9 4 1 WSHP PRC021 EN Performance Data Table 20 GERO048 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 7 3 56 3 41 4 0 74 2 56 65 0 85 8 1 3 9 0 56 6 41 7 0 74 2 47 65 1 82 5 2 0 10 1 56 8 41 8 0 74 2 43 65 1 80 9 2 4 68 11 2 57 0 41 9 0 74 2 40 65 1 79 6 2 9 11 8 57 0 41 9 0 74 2 38 65 2 79 0 3 2 12 3 57 1 42 0 0 74 2 37 65 2 78 6 34 13 4 57 1 42 0 0 74 2 35 65 1 77 7 4 0 7 3 54 9 40 9 0 75 2 79 64 4 92 6 1 3 9 0 55 2 41 1 0 75 2 70 64 4 89 3 1 9 10 1 55 4 41 3 0 75 2 66 64 4 87 8 2 3 75 11 2 55 5 41 4 0 75 2 62 64 5 86 5 2 8 11 8 55 6 41 4 0 75 2 61 64 5 85 9 3 1 12 3 55 6 41 4 0 75 2 60 64 5 85 5 3 3 13 4 55 7 41 5 0 75 2 57 64 5 84 6 3 9 7 3 52 4 40 0 0 76 3 19 63 3 103 3 1 3 9 0 52 7 40 2 0 76 3 09 63 3 100 1 1 8 10 1 52 9 40 4 0 76 3 04 63 3 98 5 2 3 86 11 2 53 0 40 5 0 76 3 01 63 3 97 3 2 7 11 8 53 1 40 5 0 76 2 99 63 3 96 7 3 0 12 3 53 1 40 5 0 76 2 98 63 3 96 3 3 2 13 4 53 2 40 6 0 76 2 96 63 3 95 4 2 7 7 3 50 2 39 2 0 78 3 56 62 4 112 1 12 9 0 50 6 39 5 0 78 3 46 62 4 108 9 1 8 10 1 50 6
89. 40 0 76 920 0 45 1320 0 09 593 0 17 0 26 706 0 26 0 43 791 0 33 0 55 866 0 39 0 68 898 0 44 1380 0 04 574 0 17 0 19 681 0 25 0 35 766 0 32 0 47 846 0 38 0 60 875 0 43 1440 0 12 655 0 24 0 28 741 0 30 0 40 826 0 37 0 52 852 0 42 1280 0 60 865 0 36 0 84 977 0 47 1 02 1044 0 55 117 1090 0 63 1360 0 48 833 0 35 0 72 944 045 0 90 1012 0 54 104 1062 0 61 1440 0 37 802 0 34 0 60 912 0 44 0 77 980 0 52 0 92 1033 0 60 048 1520 0 25 770 0 32 0 48 879 0 42 0 65 948 0 50 0 80 1005 0 58 1 06 1100 0 69 Downflow 1600 0 14 739 0 31 0 36 846 0 41 0 52 915 0 49 0 68 976 0 56 0 22 1069 0 67 Airflow 1680 0 02 707 0 30 0 24 814 0 39 0 39 883 0 47 0 56 948 0 55 0 78 1038 0 65 1760 0 13 781 0 38 0 27 851 0 45 0 43 920 0 53 0 64 1006 0 63 1840 0 01 748 0 36 0 14 819 0 43 0 31 891 0 52 0 50 975 0 62 1920 0 02 787 0 42 0 19 863 0 50 0 37 944 0 60 1280 0 61 864 0 36 0 84 967 0 47 1 00 1038 0 55 116 1115 0 65 1360 0 51 831 0 35 0 73 935 0 45 0 88 1006 0 53 1 05 1084 0 63 1440 0 40 798 0 33 0 62 904 0 44 0 77 974 0 52 0 44 1052 0 61 1 10 1114 0 70 048 1520 0 30 766 0 32 0 51 873 0 42 0 66 943 0 50 0 82 1020 0 59 0 99 1084 0 68 Horizontal 1600 0 19 733 0 31 0 40 842 0 41 0 55 911 0 48 0 71 989 0 57 0 87 1054 0 66 Air
90. 40 161 329 419 11 14 20 26 175 201 299 381 8 10 27 37 86 46 5 140 161 321 409 9 11 20 26 180 207 300 381 6 8 26 36 95 27 2 141 163 368 469 11 13 20 26 95 46 5 141 163 360 459 8 11 20 26 Table 15 GER240 operating pressures cooling heating Operating Data Cooling Heating Entering Water Suction Discharge Water Suction Discharge Water Water Flow Pressure Pressure Temp Rise Air Temp Pressure Pressure Temp Model Temp F GPM PSIG PSIG F Drop DB F PSIG PSIG Drop Rise DB F 35 67 77 268 341 6 7 21 31 35 68 79 269 343 5 6 22 31 45 49 6 112 129 178 227 12 16 23 28 81 93 283 361 7 9 25 35 45 62 0 112 129 172 218 10 12 23 28 83 95 285 362 6 7 26 35 55 49 6 112 129 207 264 12 16 22 28 96 110 299 380 8 10 29 39 55 62 0 112 129 200 255 10 12 22 28 99 114 301 384 6 8 29 40 68 49 6 114 131 250 318 12 15 22 28 119 137 321 409 9 12 34 44 SERES 68 62 0 114 131 242 308 10 12 22 28 123 142 324 412 7 9 34 45 75 49 6 115 132 275 350 12 15 22 27 133 153 334 425 10 12 36 47 75 62 0 115 132 267 340 10 12 22 27 138 158 337 429 8 10 37 48 86 49 6 117 134 318 405 12 15 21 27 158 181 354 451 11 14 40 52 86 62 0 117 134 310 395 9 12 21 27 164 188 356 454 9 11 41 52 95 49 6 119 136 357 454 12 15 21 26 95 62 0 118 136 348 443 9 12 21 26 20 WSHP PRC021 EN Table 16 GER300 operating pressures cooling heating Performance Data Operating Data
91. 40 WSHP PRC021 EN Performance Data Table 34 GER120 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 3200 0 967 0 906 1 000 0 983 1 076 3310 0 973 0 924 1 000 0 986 1 060 3420 0 980 0 940 1 000 0 989 1 043 3600 0 990 0 968 1 000 0 992 1 020 3800 1 000 1 000 1 000 1 000 1 000 4000 1 009 1 029 1 001 1 002 0 980 4400 1 024 1 088 0 999 1 015 0 950 4800 1 039 1 152 0 999 1 019 0 922 GER150 Cooling Performance Table 35 GER150 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 45 25 2 189 0 132 9 0 70 6 46 211 1 61 8 Tol 45 31 0 190 1 133 7 0 70 6 26 211 5 58 6 10 2 45 35 0 190 7 134 1 0 70 6 17 211 7 57 1 12 7 45 38 8 191 1 134 4 0 70 6 09 211 9 55 9 15 2 45 40 8 191 3 134 6 0 70 6 06 212 0 55 4 16 7 45 42 6 191 5 134 7 0 70 6 04 212 1 55 0 18 0 45 46 6 191 8 134 9 0 70 5 98 212 2 54 1 21 1 55 25 2 183 2 130 8 0 71 7 23 207 9 71 5 6 8 55 31 0 184 2 131 4 0 71 7 02 208 2 68 4 9 9 55 35 0 184 6 131 8 0 71 6 92 208 3 66 9 12 2 55 38 8 185 0 132 0 0 71 6 85 208 4 65 7 14 7 55 40 8 185 2 132 2 0 71 6 81 208 5 65 2 16 0 55 42 6 185 3 132 3 0 71 6 78 208 5 64 8 17 3 55 46 6 185 6 132 5 0 71 6 73 208 6 64 0 20 3 68 25 2 175 1 127 9 0 73 8 35 203 6 84 2 6 5 68 31 0 176 0 128 5 0 73 8 12 203 7 81 1 9 4 68 35 0 176 5 128 8 0 73 8 01 203
92. 41 GER240 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kW Mbtuh LWT Head 40 3 240 5 186 5 0 78 22 71 318 0 120 8 5 6 49 6 242 0 187 7 0 78 22 25 317 9 117 8 8 2 55 8 242 7 188 2 0 78 22 03 317 9 116 4 10 0 105 62 0 243 3 188 7 0 78 21 85 317 8 115 3 12 1 65 1 243 5 188 9 0 78 21 77 317 8 114 8 13 2 68 2 243 7 189 0 0 78 21 71 317 8 114 3 14 3 74 4 244 1 189 3 0 78 21 59 317 8 113 5 16 7 40 3 226 0 181 9 0 80 25 01 311 4 130 5 5 5 49 6 227 5 183 1 0 80 24 53 311 2 127 5 7 9 55 8 228 2 183 7 0 80 24 30 311 1 126 2 9 8 115 62 0 228 7 184 1 0 80 24 11 311 0 125 0 11 8 65 1 228 9 184 3 0 80 24 04 311 0 124 6 12 8 68 2 229 1 184 4 0 80 23 97 310 9 124 1 13 9 74 4 229 5 184 7 0 80 23 85 310 9 123 4 16 2 40 3 218 2 179 4 0 82 26 19 307 6 135 3 54 49 6 219 7 180 7 0 82 25 77 307 6 132 4 7 9 55 8 220 4 181 3 0 82 25 54 307 6 131 0 9 7 120 62 0 220 9 181 7 0 82 25 36 307 5 129 9 11 6 65 1 221 2 181 9 0 82 25 28 307 5 129 4 12 7 68 2 221 4 182 1 0 82 25 21 307 4 129 0 13 8 744 221 7 182 4 0 82 25 09 307 4 128 3 16 0 Note Cooling performance data is tabulated at 80 6 F DB 66 2 F WB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 43 p 51 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 62 0 Minimum C
93. 50 815 0 55 854 0 60 892 0 66 927 0 71 2160 626 0 37 677 0 43 725 0 49 769 0 55 810 0 61 849 0 67 887 0 73 922 0 79 956 0 84 2400 620 0 42 672 0 49 720 0 55 766 0 61 807 0 68 847 0 75 885 0 81 921 0 88 956 0 95 989 1 01 2640 672 0 55 719 0 62 765 0 69 808 0 76 848 0 83 886 0 90 923 0 98 957 1 05 991 1 12 1024 1 20 2880 725 0 70 768 0 77 811 0 85 852 0 92 890 1 00 927 1 08 962 1 16 995 1 24 1028 1 32 1059 1 40 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM RPM RPM RPM BHP RPM RPM RPM RPM RPM RPM BHP 1 hp Standard Motor amp Drive 2 hp Oversized Motor amp Drive 1920 962 0 77 995 0 83 1026 0 89 1057 0 95 1087 1 01 1115 1 07 1143 1 13 1171 1 19 1196 1 24 1222 1 30 2160 990 0 91 1023 0 97 1054 1 04 1085 1 11 1114 1 17 1142 1 24 1170 1 30 1197 1 37 1222 1 43 1249 1 50 2400 1022 1 07 1051 1 13 1082 1 20 1112 1 28 1141 1 35 1170 1 42 1198 1 50 1224 1 57 1249 1 64 1276 1 72 2640 1055 1 27 1085 1 34 1114 1 41 1142 1 47 1169 1 54 1198 1 62 1226 1 70 1252 1 78 1278 1 86 1304 1 95 2880 1089 1 48 1119 1 56 1149 1 64 1176 1 72 1203 1 79 1229 1 87 1255 1 94 1280 2 01 1306 2 10 1331 2 19 Notes For Standard Evaporator Fan Speed rpm reference Table 74 p 73 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data Refer
94. 52 1 75 980 1 87 1006 1 98 1031 2 09 1056 2 21 1081 2 32 1104 2 44 3300 882 1 60 912 1 72 942 1 85 969 1 96 998 2 09 1024 2 22 1049 2 34 1073 2 46 3600 901 1 80 931 1 93 960 2 06 988 2 19 1015 2 33 1041 2 47 1067 2 60 1092 2 74 3 hp Oversized Motor amp Drive 3 hp Oversized Motor amp Field Supplied High Static Drive gt Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 1 HP Fan Motor Heat MBH 2 829 x Fan BHP 0 4024 3 HP Fan Motor Heat MBH 2 9000 x Fan BHP 0 4750 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected BAYLSDRO09AA b Field Supplied Fan Sheave AK59 and Belt AX35 WSHP PRC021 EN 65 TRANE Performance Data Table 66 Belt drive evaporator fan performance GER090 horizontal airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM RPM BHP RPM RPM RPM RPM
95. 55 9 0 136 157 212 270 13 16 23 29 112 129 291 370 7 9 23 33 55 11 2 136 157 205 260 10 13 23 29 115 133 293 373 6 8 24 34 68 9 0 138 159 253 323 13 16 22 28 136 157 309 393 9 11 27 37 68 11 2 138 159 246 313 10 13 23 28 140 161 312 398 7 9 28 38 75 9 0 140 161 278 354 13 16 22 28 150 173 320 407 10 12 29 39 75 11 2 139 160 270 344 10 13 22 28 155 179 324 412 8 10 30 40 86 9 0 142 163 321 408 12 16 21 27 175 202 338 430 11 14 32 43 86 11 2 142 163 312 397 10 13 22 27 181 208 342 435 9 11 33 44 95 9 0 144 165 359 456 12 16 21 27 95 11 2 143 165 350 445 10 12 21 27 Table 9 GERO60 operating pressures cooling heating Operating Data Cooling Heating Entering Suction Discharge Water AirTemp Suction Discharge Water Air Temp Water Water Pressure Pressure Temp Drop DB Pressure Pressure TempDrop Rise DB Model Temp F Flow GPM PSIG PSIG Rise F F PSIG PSIG F F 35 11 2 86 99 277 352 6 7 18 27 35 14 0 88 101 279 355 5 6 18 27 45 11 2 132 152 189 241 13 16 23 28 101 116 292 372 7 8 21 30 45 14 0 132 151 182 232 10 13 23 28 103 119 294 374 5 7 21 31 55 11 2 134 154 217 277 13 16 22 28 117 135 308 392 8 10 24 34 55 14 0 134 154 210 267 10 13 22 28 120 138 311 396 6 8 24 34 68 11 2 137 157 259 330 12 16 22 27 141 162 332 423 9 12 28 38 SEINE 68 14 0 136 157 251 320 10 12 22 27 145 167 335 427 8 10 29 39 75 11 2 138 159 284 361 12 15 21 27 155 179 347 441 10 13 30 41 75 14
96. 57 7 42 8 4 34 27 4 19 6 19 5 57 8 43 0 4 34 27 6 21 4 20 5 57 9 431 4 34 27 8 23 2 22 3 58 2 43 4 4 35 28 1 27 0 12 1 66 9 51 2 4 61 36 5 6 9 14 9 68 0 52 2 4 62 38 0 9 9 16 7 68 7 52 9 4 63 38 7 12 2 45 18 6 69 1 53 3 4 64 39 3 14 6 19 5 69 3 53 4 4 64 39 5 15 9 20 5 69 4 53 6 4 64 39 8 17 3 22 3 69 7 53 9 4 64 40 2 20 1 12 4 75 7 59 5 4 75 45 2 6 6 14 9 76 7 60 5 4 76 46 9 9 5 16 7 77 4 61 1 4 77 47 7 11 7 55 18 6 77 8 61 5 4 77 48 4 14 1 19 5 78 0 61 7 4 77 48 7 15 3 20 5 78 3 62 0 4 78 48 9 16 6 22 3 78 6 62 3 4 78 49 4 19 4 12 1 84 0 66 4 5 18 57 0 6 2 14 9 86 2 68 3 5 22 58 8 9 0 16 7 86 9 69 1 5 23 59 7 11 0 68 18 6 87 6 69 8 5 23 60 5 13 3 19 5 88 1 70 3 5 24 60 8 14 5 20 5 88 5 70 6 5 25 61 1 15 7 22 3 88 9 70 9 5 25 61 6 18 3 12 1 90 4 72 4 5 28 63 0 6 1 14 9 92 1 74 0 5 31 65 1 8 8 16 7 93 2 75 0 5 32 66 0 10 8 75 18 6 94 0 75 8 5 34 66 9 13 0 19 5 94 3 76 1 5 34 67 2 14 1 20 5 94 7 76 4 5 35 67 5 15 3 22 3 95 2 76 9 5 36 68 1 17 9 WSHP PRC021 EN 33 TRANE Performance Data Table 27 072 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kW LWT Head 12 1 99 7 81 1 5 45 72 6 5 9 14 9 101 7 83 0 5 48 74 8 8 5 16 7 102 7 84 0 5 50 76 0 10 4 86 18 6 103 5 84 7 5 51 76 9 12 5 19 5 103 8 85 0 5 52 77 3 13 6 20 5 104 1 85 3 5 53 77 7 14 8 22 3 104 7 85 8 5 54 78 3 17 2 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For cond
97. 59x1 N A 908 968 1029 1090 1150 1211 Table 79 Static pressure drop through accessories inches water column Unit Standard Economizer with OA RA lt Electric Heater Access kW 9 Model 2 MERV 7 MERV 13 100 100 100 100 Tons Number cfm Filters 2 Filter gt Filter Downflow Horiz RA 5 12 14 23 23 36 54 72 960 0 02 0 03 0 03 0 05 0 01 0 05 0 01 0 01 0 02 0 02 3 GERO36 1200 0 03 0 05 0 04 0 07 0 02 0 07 0 01 0 02 0 03 0 03 1440 0 03 0 06 0 04 0 10 0 03 0 10 0 01 0 03 0 04 0 04 1280 0 03 0 05 0 06 0 09 0 02 0 09 0 01 0 02 0 03 0 03 4 GERO48 1600 0 04 0 07 0 07 0 13 0 04 0 13 0 02 0 04 0 05 0 05 1920 0 06 0 10 0 08 0 17 0 06 0 17 0 02 0 05 0 06 0 08 1600 0 03 0 06 0 05 0 09 0 01 0 05 0 01 0 01 0 01 0 02 5 GERO60 2000 0 05 0 08 0 07 0 11 0 01 0 07 0 02 0 02 0 01 0 03 2400 0 07 0 10 0 10 0 12 0 03 0 09 0 03 0 03 0 02 0 04 1920 0 04 0 07 0 10 0 10 0 01 0 06 0 02 0 01 0 02 6 GERO72 2400 0 06 0 09 0 13 0 11 0 02 0 08 0 02 0 02 0 03 2880 0 09 0 12 0 15 0 13 0 04 0 10 0 04 0 03 0 05 2400 0 04 0 06 0 12 0 11 0 02 0 08 0 02 0 02 0 02 7 5 090 3000 0 06 0 09 0 13 0 14 0 05 0 12 0 05 0 03 0 03 3600 0 09 0 13 0 15 0 21 0 07 0 25 0 08 0 04 0 05 74 WSHP PRC021 EN Performance Data Table 79 Static pressure drop through accessories inches water column conti
98. 60900 14 6 69500 4 7 69200 22 4 59200 4 2 63500 16 9 47900 3 6 GER072 6 18 6 2280 75500 13 7 85200 4 3 83800 19 6 71100 4 0 78500 15 6 57700 3 4 GER090 7 5 23 3 2850 86600 13 0 105400 4 4 95500 18 0 86500 4 0 90600 14 6 70200 3 5 GER120 10 31 0 3800 133100 15 9 143200 4 9 153700 24 9 116900 4 2 140200 18 5 85800 3 3 GER150 12 5 38 8 4750 160300 15 9 181500 5 1 178700 22 7 150800 4 5 166800 18 0 118800 3 7 GER180 15 46 5 5700 184400 14 2 201000 4 6 204200 19 7 162900 4 0 192500 15 9 123200 3 2 GER240 20 62 0 7600 261600 13 2 313100 4 4 290500 17 7 265900 4 0 273500 14 8 210000 3 5 GER300 25 77 5 9500 290100 131 313100 16 6 299500 14 3 Operating Pressures Cooling Heating There are many variables airflow air temperatures in an air conditioning system that will affect operating refrigerant pressures and temperatures The charts below shows approximate conditions and is based on air flow at the rated SCFM entering air at 80 6 F DB 66 2 F WB in cooling 68 F DB in heating Heating data with 35 F EWT is based on the use of an anti freeze solution having a freezing point 20 F lower than the minimum expected entering temperature Table 7 GER036 operating pressures in cooling heating Operating Data Cooling Heating Entering Suction Discharge Water AirTemp Suction Discharge Water Air Temp Water Temp Water Pressure Pressure Temp Drop DB Pressure Pressure Temp Rise DB Model F Flow GPM
99. 75V 60HZ 3PH UNITS WHEN 208V 60HZ 3PH 460V 60HZ 3PH UR 200V S0HZ 3PH OPERATION IS REQUIRED MOVE WIRE W4 BLU FROM THE 230 575 TERMINAL UN TNS THE 6 gt THESE CONNECTIONS ARE FOR UNITS WITH CRANKCASE HEATER INSTALLED FOR S TON SMALLER UNITS CONNECT AS SHOWN FOR UNITS LARGER THAN 5 CTL AND WIRE 4E RED ARE NOT PRESENT TU PHM CONNECT CAUTION USE COPPER CONDUCTORS ONLY UNIT TERMINALS ARE NIT DESIGNED ACCEPT OTHER TYPES OF CONDUCTORS FAILURE DO SO MAY CAUSE DAMAGE TO NUTILISER DES CONDUCTEURS EN CUIVRE LES BORNES DE L UNIT NE SINI PAS Pun PAURES TYPES DE CONDUCTEURS L UTILISATION DE TOUT AUTRE CONDUCTEUR PEUT ENDIMMAGER L QUIPEMENT PRECAUCI N NOT USED WARNING AVERTISSEMENT N ADVERTENCIA HAZARDOUS VOLTAGE TENSIDN DANGEREUSE PELIGROS rove TANTS LeS LA En Except tay eL Ext pA TECHARGES DANS LE CAS DUMITES CIPPDRTANT TES ENTRABOOENTS VITESSE SE REPORTER OGTRETIMS IK CENTRAMENENT POUR TECHARGER LES CIMDENSATELRS PAS RESPECTER CES MESURES IE PRECAUTION PEUT ENTRADER TES ESSURCS GRAVES ETRE ANTES 16 PROCEDER ONICAMENTE CONDUCTORES DE LAS TERKNALES LA UNIDAD NI ESTAN DISERADAS PARA ACEPTAR UIROS TI
100. 8 4 2130 MM lt 9 Figure 17 5 6 and 77 ton roofcurb downflow duct connections PAU ALL FLANGES 1 1 4 31 98 WSHP PRC021 EN Dimensional Data Figure 18 10 ton roofcurb C EA Rq Ray 98 97 e ko 4 R D 48 12 gt 470 MM 6 5 8 83 7 8 T 168 MM 2130 MM 56 3 8 3 8 25 1432 MM 873 MM 80 1 2 gt 470 MM 2045 MM E a 25 MM d ji x 1 a 14 2 356 lt TN x 59 7 8 lt 1521 84 1 2 2 51 lt 51 2146 60 3 8 1534 Figure 19 10 ton roofcurb downflow duct connections 17 3 4 451 MM 07 17 3 4 451 7 ALL FLANGES 1 1 4 31 WSHP PRC021 EN 99 TRANE Dimensional Data Figure 20 127 to 25 ton roofcurb eska 116 7 8 28 MM 2969 MM 1 13 16 46 25 1 1 2 38 MM PERIMETER 22 1 4 cC CURB FLANGE 565 MM 23 14 iy fae 1 2 MMS 5 MM 7 7 16 2048 MM lt 25 ae 189 v Figure 21 127 to 25 ton roofcurb duct connections 25 MM 73 7 16 1865 MM 1 25 4 CURB FLANGE LONG SIDES 11 2 38 MM CURB FLANGE SHORT SIDES 100 WSHP PRC021 EN Figure 22 127 to 25 ton roofcurb RETURN OPEN
101. 8 14 4 14 7 55 8 43 3 3 64 39 1 15 7 15 4 55 9 43 5 3 64 39 3 17 0 16 8 56 2 43 8 3 64 39 8 19 8 9 1 61 0 48 2 3 75 44 4 6 6 11 2 62 1 49 3 3 76 46 2 9 4 12 6 62 9 50 0 3 78 47 1 11 5 55 14 0 63 5 50 5 3 79 47 8 13 8 14 7 63 7 50 7 3 79 48 1 15 1 15 4 63 8 50 9 3 80 48 4 16 3 16 8 63 9 50 9 3 79 48 9 19 0 9 1 70 9 57 4 3 96 55 4 6 3 11 2 72 4 58 8 3 99 57 5 9 0 12 6 73 2 59 6 4 00 58 5 11 0 68 14 0 73 9 60 2 4 02 59 4 13 2 14 7 74 1 60 4 4 02 59 8 14 4 15 4 74 4 60 6 4 03 60 1 15 6 16 8 74 7 61 0 4 03 60 7 18 1 9 1 76 5 62 5 4 09 61 3 6 1 11 2 78 4 64 3 4 14 63 5 8 8 12 6 79 3 65 1 4 15 64 7 10 7 75 14 0 79 9 65 7 4 17 65 6 12 9 14 7 80 2 66 0 4 16 66 0 14 0 15 4 80 5 66 3 4 17 66 4 15 2 16 8 80 9 66 7 4 18 67 1 17 7 9 1 86 2 71 4 4 33 70 3 5 9 11 2 88 4 73 4 4 39 72 9 8 5 12 6 89 5 74 4 4 42 74 2 10 4 86 14 0 90 4 75 2 4 44 75 3 12 5 14 7 90 7 75 5 4 45 75 7 13 5 15 4 91 0 75 8 4 46 76 2 14 7 16 8 91 6 76 3 4 47 76 9 17 1 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 25 p 31 for Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 14 0 Minimum CFM 1600 Rated CFM 1900 Maximum CFM 2400 WSHP PRC021 EN Performance Data Table 25 060 fan correction factors
102. 8 140 161 321 408 17 22 28 38 68 38 8 137 158 254 323 18 24 22 28 144 166 323 411 14 18 28 39 75 21 0 139 160 286 364 23 29 22 27 155 178 334 425 19 24 30 41 75 38 8 139 160 278 354 18 23 22 27 159 183 336 428 15 19 31 41 86 31 0 141 162 329 419 22 29 21 27 180 207 355 452 21 27 34 45 86 38 8 141 162 321 408 18 23 21 27 185 213 359 457 17 22 34 45 95 31 0 143 164 367 467 22 28 21 26 95 38 8 143 164 359 456 18 22 21 26 WSHP PRCO21 EN 19 Performance Data Table 14 180 operating pressures cooling heating Operating Data Cooling Heating Entering Water Suction Discharge Water Suction DischargeP Water Air Temp Model Water Flow Pressure Pressure Temp Rise Drop Pressure ressure Temp Rise DB GEH GEV Temp F GPM PSIG PSIG oF F PSIG PSIG Drop F F 35 37 2 80 92 251 319 5 6 17 26 35 46 5 82 94 251 320 4 5 17 26 45 37 2 134 155 187 238 11 14 22 27 95 109 259 329 5 7 18 28 45 46 5 134 154 181 231 9 11 22 27 97 111 260 331 4 6 19 28 55 37 2 135 156 217 276 11 14 22 27 111 128 268 341 6 8 21 30 55 46 5 135 156 210 267 9 11 22 27 113 130 270 343 5 6 21 30 68 37 2 137 158 260 330 11 14 21 27 135 155 282 359 7 9 23 33 68 46 5 137 157 252 321 9 11 21 27 138 159 282 359 5 7 23 33 75 37 2 138 159 285 363 11 14 21 26 149 172 288 367 7 9 25 34 75 46 5 138 159 278 354 9 11 21 27 153 177 289 368 6 7 25 34 86 37 2 1
103. 81 807 6 08 828 6 37 846 6 63 864 6 87 882 7 10 899 7 34 10000 747 5 73 773 6 07 797 6 35 818 6 62 839 6 93 859 7 24 878 7 52 896 7 81 912 8 04 929 8 30 10500 785 6 68 806 6 93 829 7 25 851 7 54 872 7 86 891 8 18 908 8 48 11000 816 7 53 840 7 90 864 8 27 885 8 58 7 5 hp Standard Motor amp Drive 7 5 hp Standard Motor amp High Static Drive Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 CFM RPM BHP RPM RPM RPM RPM BHP 7 5 hp Standard Motor amp Drive 7000 786 4 05 809 4 28 831 4 51 852 4 73 872 4 94 7500 808 4 59 829 4 82 850 5 07 871 5 31 892 5 56 8000 833 5 21 852 5 44 871 5 69 891 5 94 911 6 21 8500 860 5 92 877 6 15 895 6 39 913 6 64 932 6 91 9000 887 6 71 904 6 95 921 7 19 938 7 44 955 7 70 9500 915 7 58 932 7 83 949 8 08 965 8 33 981 8 60 10000 945 8 55 10500 11000 7 5 Standard Motor amp High Static Drive Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 Fan Motor Heat MBH 3 15 x Fan BHP 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range o
104. 83 7 12 92 1 126 0 9 1 115 18 6 67 9 56 7 0 83 7 06 92 0 124 9 11 0 19 5 68 0 56 7 0 83 7 03 91 9 124 4 11 9 20 5 68 1 56 8 0 83 7 01 92 0 124 0 13 0 22 3 68 2 56 9 0 83 6 98 92 0 123 2 15 1 12 1 64 8 55 3 0 85 7 72 91 1 135 1 5 1 14 9 65 3 55 7 0 85 7 57 91 1 132 2 7 3 16 7 65 5 55 9 0 85 7 50 91 1 130 9 9 0 120 18 6 65 6 56 0 0 85 7 44 91 0 129 8 10 8 19 5 65 7 56 1 0 85 7 42 91 0 129 3 11 8 20 5 65 7 56 1 0 85 7 40 91 0 128 9 12 8 22 3 65 8 56 2 0 85 7 36 91 0 128 1 14 9 Note Cooling performance data is tabulated at 80 6 F DB 66 2 F WB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 28 p 34 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 18 6 Minimum CFM 1920 Rated CFM 2280 Maximum CFM 2880 32 WSHP PRC021 EN Performance Data GER072 Heating Performance Table 27 GERO72 heating performance Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 12 1 51 0 36 5 4 25 19 0 10 6 14 9 51 9 37 3 4 27 20 0 14 4 16 7 52 3 37 7 4 28 20 5 17 3 25 18 6 52 5 37 9 4 29 20 9 20 2 19 5 52 6 38 0 4 29 21 1 21 8 20 5 52 7 38 0 4 30 21 3 23 4 22 3 52 7 38 1 4 30 21 6 26 9 12 1 56 0 41 3 4 32 25 2 9 3 14 9 57 0 42 2 4 33 26 3 13 3 16 7 574 42 6 4 33 26 9 16 3 32 18 6
105. 85 256 326 5 6 17 26 35 76 87 257 327 4 5 17 26 45 24 8 124 143 175 223 12 16 25 30 83 95 267 340 6 7 21 31 45 31 0 124 143 168 214 10 13 25 30 85 97 269 343 5 6 22 31 55 24 8 126 145 204 259 12 16 24 30 99 113 281 358 7 9 25 34 55 31 0 126 144 196 250 10 12 25 30 101 117 284 361 6 7 25 35 68 24 8 128 147 245 312 12 15 24 29 122 141 302 384 8 10 29 39 SENS 68 31 0 128 147 238 303 10 12 24 29 126 145 304 387 7 8 30 40 75 24 8 129 149 270 344 12 15 23 29 137 157 312 398 9 11 31 42 75 31 0 129 148 262 334 9 12 23 29 141 162 316 402 7 9 32 43 86 24 8 131 151 313 398 12 15 23 28 162 186 330 421 10 13 35 46 86 31 0 131 151 305 388 9 12 23 28 167 193 333 424 8 10 36 47 95 24 8 133 153 351 447 11 15 22 28 95 31 0 133 153 343 436 9 12 22 28 Table 13 150 operating pressures cooling heating Operating Data Cooling Heating Entering Suction Discharge Water Suction Discharge Water Water Water Pressure Pressure Temp Rise Drop Pressure Pressure Temp Air Temp Model Temp F Flow GPM PSIG PSIG oF oF PSIG PSIG Drop F Rise DB F 35 31 0 85 98 271 344 11 13 18 27 35 38 8 86 100 272 346 9 11 19 28 45 31 0 134 154 192 244 24 31 23 29 100 115 284 362 12 16 21 30 45 38 8 134 154 185 236 19 24 23 29 102 117 285 363 10 13 21 31 55 31 0 135 156 220 280 24 30 23 28 116 134 299 381 14 18 24 34 55 38 8 135 156 213 271 19 24 23 28 119 137 301 383 12 15 24 34 68 31 0 138 158 261 333 23 29 22 2
106. 850 Maximum CFM 3600 GERO090 Heating Performance Table 30 GERO090 heating performance Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 15 1 60 7 43 3 5 10 19 3 7 1 18 6 61 8 44 3 5 12 20 2 10 2 21 0 62 2 44 7 5 14 20 7 12 5 25 23 3 62 6 45 0 5 15 21 1 15 1 24 5 62 8 45 2 5 15 21 3 16 4 25 6 62 9 45 3 5 15 21 5 17 8 28 0 63 2 45 6 5 16 21 7 20 7 15 1 66 4 48 6 5 24 25 6 6 9 18 6 67 9 49 9 5 28 26 6 9 9 21 0 68 2 50 2 5 29 27 2 12 2 32 23 3 68 5 50 5 5 29 27 7 14 6 24 5 68 8 50 7 5 30 27 9 15 9 25 6 68 9 50 9 5 30 28 0 17 2 28 0 69 3 51 2 5 31 28 3 20 1 15 1 79 0 60 1 5 54 37 1 5 6 18 6 80 3 61 3 5 57 38 4 8 1 21 0 80 8 61 8 5 58 39 1 9 9 45 23 3 81 3 62 2 5 59 39 7 11 9 24 5 81 5 62 4 5 59 39 9 13 0 25 6 81 7 62 6 5 60 40 1 14 1 28 0 82 0 62 9 5 61 40 5 16 5 15 1 88 6 68 9 5 78 45 9 5 4 18 6 90 1 70 2 5 81 47 5 7 8 21 0 90 7 70 9 5 83 48 2 9 6 55 23 3 91 3 71 4 5 84 48 9 11 5 24 5 91 5 71 6 5 85 49 1 12 5 25 6 91 7 71 7 5 85 49 4 13 6 28 0 92 4 73 3 5 87 49 8 15 8 36 WSHP PRC021 EN Performance Data Table 30 GERO090 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 15 1 101 9 80 2 6 38 57 4 5 2 18 6 104 1 82 1 6 44 59 2 7 4 21 0 105 0 82 9 6 47 60 1 9 1 68 23 3 105 7 83 5 6 49 60 8 11 0 24 5 106 0 83 9 6 50 61 1 12 0 25 6 106 2 84 0 6 50 61 4 1
107. 9 4 91 4 6 1 14 9 83 4 61 3 0 74 4 66 99 3 88 4 8 8 16 7 83 6 61 5 0 74 4 60 99 3 86 9 10 8 75 18 6 83 7 61 6 0 74 4 55 99 3 85 7 13 0 19 5 83 8 61 6 0 74 4 53 99 2 85 2 14 1 20 5 83 8 61 6 0 74 4 51 99 2 84 7 15 3 22 3 83 9 61 7 0 74 4 48 99 2 83 9 17 9 WSHP PRC021 EN 31 Performance Data Table 26 GERO072 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kW Mbtuh LWT Head 12 1 78 9 60 1 0 76 5 41 97 4 102 1 5 9 14 9 79 3 60 4 0 76 5 27 97 3 99 1 8 5 16 7 79 5 60 6 0 76 5 21 97 3 97 6 10 4 86 18 6 79 7 60 7 0 76 5 15 97 3 96 5 12 5 19 5 79 8 60 7 0 76 5 13 97 3 96 0 13 6 20 5 79 8 60 8 0 76 5 11 97 2 95 5 14 8 22 3 79 9 60 8 0 76 5 08 97 2 94 7 17 2 12 1 75 4 58 9 0 78 5 96 95 8 110 8 5 4 14 9 75 8 59 2 0 78 5 82 95 7 107 9 7 8 16 7 76 0 59 3 0 78 5 75 95 7 106 4 9 6 95 18 6 76 1 59 3 0 78 5 70 95 5 105 3 11 6 19 5 76 1 59 4 0 78 5 68 95 5 104 8 12 6 20 5 76 2 59 5 0 78 5 66 95 5 104 3 13 7 22 3 76 3 59 5 0 78 5 62 95 5 103 6 16 0 12 1 71 5 57 5 0 80 6 62 94 1 120 6 5 3 14 9 71 9 57 8 0 80 6 47 94 0 117 6 7 6 16 7 72 1 58 0 0 80 6 40 94 0 116 2 9 3 105 18 6 72 3 58 1 0 80 6 35 93 9 115 1 11 2 19 5 72 3 58 1 0 80 6 32 93 9 114 6 12 3 20 5 72 4 58 2 0 80 6 30 93 9 114 2 13 3 22 3 72 5 58 3 0 80 6 26 93 9 113 4 15 5 12 1 67 1 56 0 0 83 7 34 92 2 130 2 5 1 14 9 67 6 56 4 0 83 7 19 92 1 127 4 7 4 16 7 67 8 56 6 0
108. 9 9 2 8 6 7 55 0 45 5 2 79 72 4 4 0 7 6 55 7 46 2 2 80 73 8 4 9 86 8 4 56 3 46 7 2 81 74 9 5 9 8 8 56 7 47 0 2 82 75 3 6 4 9 2 57 0 47 3 2 82 75 7 6 9 10 1 57 2 47 6 2 82 76 6 8 1 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 19 p 24 for Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 8 4 Minimum CFM 960 Rated CFM 1140 Maximum CFM 1440 Table 19 036 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 960 0 966 0 910 1 002 0 980 1 072 993 0 973 0 924 1 002 0 985 1 057 1026 0 979 0 941 1 001 0 989 1 044 1080 0 990 0 969 1 001 0 998 1 025 1140 1 000 1 000 1 000 1 000 1 000 1200 1 009 1 031 0 999 1 005 0 982 1320 1 024 1 091 0 997 1 014 0 951 1440 1 038 1 153 0 996 1 023 0 926 GER048 Cooling Performance Table 20 048 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 7 3 60 4 43 0 0 71 1 86 66 7 63 3 1 5 9 0 60 7 43 2 0 71 1 77 66 7 59 8 2 1 10 1 60 8 43 3 0 71 1 73 66 7 58 2 2 6 45 11 2 60 9 43 4 0 71 1 69 66 7 56 9 3 1 11 8 61 0 43 4 O71 1 68 66 7 56 3 3 4 12 3 61 0 43 4 0 71 1 67 66 7 55 9 3 7 13 4 61 1 43 5 0 71 1 64 66 8 55 0
109. 953 0 82 991 0 89 1030 0 96 2400 660 0 45 715 0 52 766 0 59 0 88 0 96 1021 1 03 1057 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 CFM RPM BHP RPM BHP RPM RPM RPM BHP 1 Standard Motor amp Drive b 1600 1005 0 71 1045 0 78 1083 0 84 1120 0 91 1155 0 98 1800 1023 0 8 1062 0 87 1098 0 94 1134 1 01 2000 1041 0 91 1079 0 98 1116 1 06 1152 1 13 2200 1065 1 03 1100 1 11 1135 1 18 1203 1 34 2400 1092 1 18 1125 1 26 1191 1 41 1223 1 50 1 hp Standard Motor amp Field Supplied High Static Drive O 1186 1 21 Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 1 hp Fan Motor Heat MBh 2 7672 x Fan bhp 0 4705 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected a Field Supplied Fan Sheave AK69x3 4 required Field Supplied Belt may be necessary b Field Supplied Fan Sheave AK49x3 4 required Field Supplied B
110. 98 38 3 10 7 27 9 107 5 83 6 7 00 39 0 13 1 45 31 0 108 4 84 5 7 01 39 6 15 8 32 5 108 8 84 8 7 02 39 8 17 2 34 1 109 1 85 1 7 02 40 0 18 6 37 2 109 7 85 7 7 03 40 4 21 7 20 1 118 4 93 8 7 18 45 7 7 1 24 8 120 6 96 0 7 22 47 3 10 3 27 9 121 9 97 2 7 25 48 0 12 6 55 31 0 123 4 98 5 7 28 48 6 15 2 32 5 123 5 98 6 7 28 48 9 16 5 34 1 124 1 99 2 7 29 49 2 17 9 37 2 124 6 99 7 7 30 49 6 20 9 20 1 136 7 111 0 7 53 57 0 6 8 24 8 140 4 114 4 7 60 58 8 9 8 27 9 141 6 115 6 7 62 59 7 12 0 68 31 0 142 9 116 7 7 65 60 5 14 5 32 5 143 3 117 2 7 66 60 8 15 8 34 1 143 8 117 7 7 67 61 1 17 1 37 2 144 7 118 4 7 69 61 6 19 9 20 1 147 4 121 0 7 75 63 0 6 6 24 8 150 7 124 0 7 82 65 0 9 6 27 9 152 9 126 0 7 88 66 0 11 8 75 31 0 153 5 126 5 7 89 66 8 14 1 32 5 153 9 126 9 7 91 67 2 15 4 34 1 154 4 127 4 7 92 67 5 16 7 37 2 155 3 128 2 7 94 68 1 19 5 20 1 163 4 135 6 8 14 72 5 6 4 24 8 166 8 138 8 8 20 74 8 9 2 27 9 168 0 139 9 8 23 76 0 11 3 86 31 0 169 1 140 9 8 25 76 9 13 6 32 5 169 6 141 3 8 27 77 3 14 9 34 1 170 0 141 7 8 28 77 7 16 1 37 2 170 8 142 5 8 30 78 3 18 8 Note Heating performance data is tabulated at 68 0 F DB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 34 p 41 for Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 31 0 Minimum CFM 3200 Rated CFM 3800 Maximum CFM 4800
111. AIN CONNECTION BACK OF UNIT 19 1 47 16 3 4 3 7 8 2 9 3 8 BACK VIEW a See tables in chapter General Data p 13 for water connection sizes 92 WSHP PRC021 EN Dimensional Data Figure 10 10 ton unit 99 3 4 172 17 1 2 18 7 8 9 7 8 BASE HOLE FOR NOTE WATER IN OUT FITTING CONN WATER OUT CONN ARE INSIDE THE UNIT BASE HOLE FOR WATER IN CONN THROUGH THE BASE ELECTRICAL 3 4 631 4 SUPPLY OPENING RETURN OPENING AS SHIPPED TOP VIEW UNIT CONTROL WIRE 7 8 DIA HOLE SERVICE GAUGE PORTACCESS 1 3 8 DIA HOLE 26 750 WATER IN CONN WATER OUT CONN ATER OUT CONN ATER IN CONN 50 7 8 4 1 4 2 ELECTRICAL CONNECTION SINGLE POINT POWER WHEN HEAT INSTALLED CONDENSATE DRAIN 3 47 14 NPT FRONT VIEW SIDE VILY SUPPLY OPENING RETURN OPENING IF CONFIGURATION IF CONFIGURATION CONVERTED TO HORIZONTAL CONVERTED TO HORIZONTAL 3e 1 4 oo LJ 4 3 4 3 4 14 NPT ALTERNA BACK OF UNIT DRAIN CONNECTION 19 1 4 3 7 8 9 3 8 BACK VIEW a See tables in chapter General Data p 13 for water connection sizes WSHP PRC021 EN 93 Dimensional Data Figure 11 12 and 15 ton uniti
112. AJE ALMACENADUL i FAN FAILURE SWITCH 10 VARIABLE SPEED DRIVE REFER COMPORTANT DES ENTRAINEMENTS PARA LAS UNIDADES CON EJE DE F TINDAR FAN CONTACTOR pz lve DRIVE INSTRUCTIONS FOR VITESSE VARATRLE SE REPORTER AUK DIRECCI N DE VELOCIDAD VARIABLE RE e CAPACITOR DISCHARGE INSTRUCTIONS DE POUR CONSULTE LAS INSTRUCCIDNES PARA LA RTM DECHARGER LES CINDENSATEURS DESCARGA DEL CONDENSADOR RELIATEL REFRIGERATION MODULE FAILURE DO THE ABOVE COMM COMMUNICATION MODULE 6 4 BEFORE SERVICING COULD RESULT PAS RESPECTER CES MESURES DE EL ND REALIZAR LO ANTERIDRWENTE IN DEATH DR SERIDUS INJURY PRECAUTION PEUT ENTRAINER DES INDICADO OCASIONAR LA MUERTE za m BLESSURES GRAVES POUVANT D SERIAS LESIDES PERSONALES A MRIELLES HIGH PRESSURE CONTROL 6185 BE i 8 PHM HI VOLTAGE TERMINAL BLOCK w du IM INDOOR FAN MOTOR 7 5 We P VOLTAGE TERM BLOCK PRESSURE CONTROL 7800 u 173 PRESSURE CONTROL AS OUTDOOR AIR SENSOR 70 Loo xao 19 OHS OUTDOOR HUMINTY SENSOR w 3 F FIBC YA P po aD 12 127 1 Y RAS RETURN AIR SENSOR 936 m F 9RD FIB D RHS RETURN HUMIDITY SENSOR 98 1 RHT RETURN HIGH TEMPERATURE 66 72 REMOTE MINIMUM POSITION SAS SUPPLY AIR SENSOR 5 sao SHT SUPPLY HIGH TEMPERATURE 3 zai lay T2 T
113. ALPY CONTROL REQUIRED FOR OPTIONAL COMPARATIVE ENTHALPY CONTROL 10 gt pPTIDNAL MAS RAS RHS DHS AND ASSOCIATED WIRING NOT USED WITH MOTORIZED DUTSIBE AIR DAMPER M IF OPTIONAL PHASE MONITOR PHM IS INSTALLED CONNECT ENDS OF 100AG TOGETHER NOT USED MOVE WIRE 100 FROM LTB 6 PHM Y QUT CONNECT WIRE 100 FROM PHM Y TD LTB 6 CONNECT WIRE 101AR FROM PHM COM TD 51 SEC CUM SEE POWER DIAGRAM HPC SHOWN IS 410A R22 REFRIGERANT DIGIT 7 IN MODEL NUMBER EQUALS OR B WILL HAVE BLACK LEADS AND HPC2 WILL HAVE RED LEADS WSHP PRC021 EN 109 Figure 36 3 7 5 ton 3ph power connection LINE VOLTAGE 12 13 4 R 2A QU f Gu T ala 16 R DR fi u T 2L Bu L m eC 12 ODM C QU 44 n quo CCH auo CIL 4E R di ODF Ak TNSI 1 UNLESS OTHERWISE NOTED ALL SWITCHES ARE SHOWN AT 25 77 F 3 BK GO 13 T3 u Yau L2 T 1004F R GD 5 CDM I SECONDARY COMMON BU 33 1B 8 exv smv lt HUMIDITY WITH ALL UTILITIES TURNED AND AFTER A NORMAL SHUTDOWN HAS OCCURRED 2 DASHED LINES INDICATE RECOMMENDED FIELD WIRING BY
114. AS RETURN HUMIDITY SENSOR 98 gll 9 RAT RETURN HIGH TEMPERATURE 66 REMOTE MINIMUM POSITION 98 SAS SUPPLY AIR SENSOR EEN T3 SHT SUPPLY HIGH TEMPERATURE 56 TRANE_COAUNICATION INTERFACE a elke TIR TIMED DVERIDE 69 aT Lo 1 ARD hf nsi CONTROL POWER TRANSFORMER 59 BLACK ROH RAV REHEAT VALVE Gi SHS SPACE HUMIDITY SENSOR aan mo 73 BR PRSE T5 XR EXHAUST FAN RELAY 99 aw Lo ado E ZONE SENSOR MODULE 9 hg Thi THERMOSTAT DISCHARGE LINE CKT 1 BRD P _ DISCHARGE LINE CKT 2 ht YA PeFGPPS PLUG a BLACK zem PPFIPPM ELECTRIC HEAT PLUS r jg 8 re 1 UNLESS OTHERWISE NOTED ALL SWITCHES ARE SHDVN AT 25 C I D ATHOSPHERIC PRESSURE AT 505 RELATIVE HUMIDITY WITH ALL UTILITIES amp TURNED OFF AND AFTER A NORMAL SHUTDOWN HAS UCCURED ALL THERKISTURS ARE AT 25 C 2 DASHED LINES INDICATE RECOMMENDED FIELD WIRING BY OTHERS DASHED LINE ENCLOSURES AND UR DASHED lp vigo 2 DEVICE OUTLINES INDICATE COMPONENTS By PROVIDED BY cce THE FIELD PHANTOM LINE ENCLOSURES INDICATE Bi ALTERNATE CIRCUITRY OR AVAILABLE SALES OPTIONS 3 NUMBERS ALONG THE RIGHT SIDE DF THE SCHEMATIC DESIGNATE THE LOCATION OF CONTACTS BY LINE NUMBER AN UNDERLINED NUMBER INDICATES NORMALLY CLOSED CONTACT 4 THREE
115. CEPT BORNES DE L UNIT NE SONT PAS CON UES LAS TERMINALES DE LA UNIDAD ESTAN DISERADAS WR EATER 2 1935 I OTHER TYPES OF CONDUCTORS POUR RECEVOIR D AUTRES TYPES DE CONDUCTEURS ACEPTAR OTROS TIPOS DE CONDUCTORES Sapa SYSTEM l FAILURE TD DO SD MAY CAUSE DAMAGE TO THE L UTILISATION DE TOUT AUTRE CONDUCTEUR PEUT SI NO LO HACE PUEDE OCASIONAR DANO AL EQUIPO CINTACTUR 605 EQUIPMENT ENDOMMAGER L QUIPEMENT IUNDE HEATER Crier OUTDOOR MOTOR CAPACITOR 3327 ae AX WARNING AVERTISSEMENT N ADVERTENCIA HAZARDOUS VOLTAGE TENSION DANGEREUSE IVOLTAJE PELIGROS DISCONNECT ALL ELECTRIC POVER COUPER TOUTES LES TENSIONS ET IESCINECTE TODA LA ENERGIA ELECTRICA OS CLOGGED FILTER SWITCH EJ 5 INCLUDING REMOTE DISCONNECTS DUVRIR LES SECTIDNNEURS DISTANCE INCLUSO LAS DESCONEXIDNES REMOTAS Y CPRL CPRE CUMPRESSUR AND FOLLOW LOCK DUT AND TAG PUIS SUIVRE LES PROCEDURES DE SIGA PROCEDIMENTUS DE CIERRE Y DF EXHAUST FAN RELAY vago i PROCEDURES BEFORE SERVICING VERRDUILLAGE ET DES TIQUETTES AVANT ETIQUETADO ANTES IE PROCEDER AL TIS 7 5 INSURE THAT ALL MOTOR TOUTE INTERVENTION VERIFIER QUE TOUS SERVICIL ASEGURESE DE QUE TODOS ima ELECTRO HEAT CAPACITORS HAVE DISCHARGED LES CONDENSATEURS DES MOTEURS SONT LOS CAPACITORES DEL MOTOR HAYAN ECA ECONUNIZER ACTUATOR 53 STORED VOLTAGE UNITS VITH DECHARGES DANS LE CAS DUNITES DESCARGADO EL VOLT
116. D AND WIRE AS SHOWN INSET IS FOR OPTIONAL PROGRAMMABLE ZONE SENSOR REQUIRED FOR OPTIONAL REFERENCE ENTHALPY CONTROL REQUIRED FOR OPTIONAL COMPARATIVE ENTHALPY CONTROL SECONDARY OF TRANSFORMER IS FUSED UN 400V S0HZ UNITS ONLY 0 10 VDC Duct Mounted Sensor Only OPTIONAL MAS RAS RHS OHS AND ASSOCIATED WIRING NOT USED WITH MOTORIZED DUTSIDE AIR AUXILIARY RELAY ENERGIZED DURING OCCUPIED PERIODS TU DISABLE COMPRESSORS REMOVE JUMPERS AND CONNECT FIELD SUPPLIED CONTROL DEVICE TB SHUT DOWN THE UNIT FOR EMERGENCY STOP REMOVE JUMPER AND INSTALL FIELD SUPPLIED DEVICE POVER EXHAUST OUTPUT FOR FIELD SUPPLIED DEVICE TU ENABLE COMPRESSOR LEAD LAG OPERATION CUT WIRE 36B CONNECT WIRES 36BY AND 3682 ENABLE 3 STAGE COOLING DNLY ON HIGH EFFICIENCY SHORT ORIFICE UNITS AAAA AA TRANE Wiring Figure 42 25 ton 208 230V power connection LEGEND r3 LINE VOLTAGE CAUTION PRECAUCI N ATTENTIDN Een DESCRIPTION cr E USE COPPER CONDUCTORS ONLY N UTILISER QU
117. E DES CONDUCTEURS EN CUIVREI IUTILICE ONICAMENTE CONDUCTORES DE COBRE rq 7 UNIT TERMINALS ARE NOT DESIGNED TO ACCEPT LES BORNES DE L UNIT SINT PAS CON UES LAS TERMINALES DE LA UNIDAD EST N DISERADAS A MEA Tx BHA HEATER CONTACTOR STAGE 2 108 09 7 OTHER TYPES OF CONDUCTORS POUR RECEVOIR D AUTRES TYPES DE CONDUCTEURS ACEPTAR OTROS TIPOS DE CONDUCTORES P3 WAAGEIENT SRI a 4 COMPRESSOR CONTACTOR 6465 FAILURE TD DO SO MAY CAUSE DAMAGE TO THE L UTILISATION DE TOUT AUTRE CONDUCTEUR PEUT SI ND LO HACE PUEDE OCASIONAR AL EQUIPO EQUIPMENT ENDOMMAGER L QUIPEMENT COMETH ICRANCASE HEATER na CF2 OUTDOOR MOTOR CAPACITOR 3327 4 N WARNING AVERTISSEMENT ADVERTENCIA B HAZARDOUS VOLTAGE TENSION DANGEREUSE IVOLTAJE PELIGROSO i DISCONNECT ALL ELECTRIC POVER COUPER TOUTES LES TENSIONS ET DESCONECTE TODA LA ENERGIA ELECTRICA Us CLOGGED FILTER SWITCH EJ 5 INCLUDING REMOTE DISCONNECTS DUVRIR LES SECTIDNNEURS DISTANCE JNCLUS LAS DESCINENIINES REMITAS Y CUMPRESSIR 11 AND FOLLOW LOCK OUT AND PUS SUIVRE LES PROCEDURES SIGA LOS PROCEDIMIENTOS DE CIERRE Y OF EXHAUST FAN RELAY xao PROCEDURES SERVICING VERROUILLAGE ET DES TIQUETTES AVANT ETIQUETADO ANTES DE PROCEDER AL 5 INSURE THAT ALL MOTOR TOUTE INTERVENTION VERIFIER QUE TOUS SERVICID ASEGORESE DE QUE TODOS TEMPERATURE SENSOR x CAPACITORS
118. EFORE SERVICING COULD RESULT PAS RESPECTER CES MESURES EL NI REALIZAR LD ANTERIORMENTE IN DEATH DR SERIDUS INJURY PRECAUTION PEUT ENTRAINER DES INDICADO PODRIA DCASIONAR LA MUERTE D BLESSURES GRAVES POUVANT ETRE 0 SERIAS LESITNES PERSONALES FAN TERMINAL MORTELLES HIGH PRESSURE CONTROL GS NE p d VOLTAGE TERMINAL BLOCK Dj amp JM INDOOR FAN MOTOR 17 ws W VOLTAGE TERM BLOCK ed PRESSURE CONTROL 7800 DAS AR SENSOR 70 e 1 DHS OUTDOOR HUMIDITY SENSIR m 3 2680 NE mo ow 8 RAS RETURN AIR SENSIR im mou ED maw 9 RAT RETURN HIGH TEMPERATURE 66 RAP REMOTE MINIMUM 98 SAS SUPPLY AIR SENSUR 13 SHT SUPPLY HIGH TEMPERATURE 66 SSD SVITCH DVER VALVE ma M sw T2 TRANE COMMUNICATION INTERFACE 6 fhe IRD oT Lo n CONTRO POWER TRANSFORMER E BLACK BLACK Log TNS3 CONTROL POWER TRANSFORMER 72 GREEN mo TB FERS TE 5 EXHAUST RELAY 55 2 8 o ho a 754 ZONE SENSOR MODULE 80 THERMOSTAT DISCHARGE LINE 1 ce THERMOSTAT DISCHARGE LINE XT 2 DeD zie 22 AKRD En wa BLACK aa PPF7PPM ELECTRIC HEAT PLUG PPFBPPMS DEFROST PLUG WA ECONONIZER 17 20 PPM DEFRUST PLUG V ECUNMUE
119. FM 6400 Rated CFM 7600 Maximum CFM 9600 GER240 Heating Performance Table 42 GER240 heating performance Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 40 3 179 2 129 4 14 57 18 6 9 8 49 6 182 3 132 3 14 64 19 7 14 1 55 8 184 6 134 4 14 69 20 2 17 3 25 62 0 186 0 135 7 14 73 20 6 20 8 65 1 186 7 136 4 14 75 20 8 22 7 68 2 187 2 136 8 14 75 21 0 24 6 74 4 188 3 137 9 14 78 21 3 28 6 40 3 198 8 147 4 15 06 24 7 9 6 49 6 202 7 151 0 15 14 25 9 13 7 55 8 204 8 153 0 15 18 26 5 16 8 32 62 0 206 3 154 3 15 22 27 0 20 2 65 1 207 4 155 3 15 25 27 2 22 0 68 2 207 8 155 7 15 26 27 4 23 9 74 4 209 4 157 1 15 32 27 8 27 8 WSHP PRC021 EN 49 Performance Data 50 Table 42 GER240 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 40 3 241 0 185 8 16 15 35 8 7 3 49 6 246 1 190 5 16 30 37 3 10 5 55 8 247 9 192 1 16 33 38 1 12 9 45 62 0 249 9 194 0 16 39 38 7 15 5 65 1 250 6 194 6 16 41 39 0 16 9 68 2 251 3 195 3 16 42 39 3 18 3 74 4 252 4 196 3 16 45 39 7 21 3 40 3 272 4 214 2 17 05 44 4 7 0 49 6 277 5 218 7 17 20 46 2 10 1 55 8 280 1 221 1 17 28 47 1 12 4 55 62 0 282 5 223 3 17 36 47 8 14 9 65 1 283 1 223 8 17 38 48 1 16 2 68 2 283 9 224 5 17 40 48 4 17 6 74 4 285 8 226 2 17 46 48 9 20 5 40 3 314 7 251 9 18 39 55 5 6 7 49 6 319 6 256 3 18 55 57 7 9 6 55 8 323
120. FROST PLUG V ECONDMIZER 94 87 re 1 UNLESS OTHERWISE NOTED ALL SWITCHES ARE SHIWN 25 C 77 F AT ATMOSPHERIC PRESSURE NT AT 50 RELATIVE HUMIDITY WITH ALL UTILITIES TURNED OFF AND AFTER A NORMAL SHUTDOWN HAS OCCURED ALL THERMISTORS ARE 10K 25 C OTP DASHED LINES INDICATE RECOMMENDED FIELD WIRING BY OTHERS DASHED LINE ENCLOSURES T AND UR DASHED 120 100 1 DEVICE OUTLINES INDICATE COMPONENTS g ee 6K MRD con 208 eav WSHP PRC021 EN Qp ace ux amp PROVIDED BY THE FIELD PHANTOM LINE ENCLOSURES INDICATE ALTERNATE CIRCUITRY OR AVAILABLE SALES OPTIONS NUMBERS ALONG THE RIGHT SIDE OF THE SCHEMATIC DESIGNATE THE LOCATION OF CONTACTS BY LINE NUMBER UNDERLINED NUMBER INDICATES NORMALLY CLOSED CONTACT THREE PHASE MOTORS ARE PROTECTED UNDER PRIMARY SINGLE PHASING CONDITIONS ALL MOTORS HAVE INTERNAL OVERLOAD PROTECTION COMPRESSORS HAVE INTERNAL THERMAL PROTECTION CONNECTIONS SHOWN ARE FOR 230V 60HZ 3PH 208 60 2 3 OR 200V SOHZ 3PH UNIT OPERATION IS REQUIRED REMOVE WIRES 12D ECBL FROM TERMINAL DN TNSI AND CONNECT 208V TERMINAL DN TNSI SEE APPLICABLE HEATING SECTION DIAGRAM FOR BALANCE OF CIRCUIT WHEN OPTIONAL ELECTRIC HEAT IS REQUIRED TERMINALS MAY NOT BE PRESENT VIRE COLOR DESIGNATION ABER COLOR ABBR COLOR
121. Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 11 2 Minimum CFM 1280 Rated CFM 1520 Maximum CFM 1920 GER048 Heating Performance Table 21 GER048 heating performance Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kW LWT Head 7 3 32 1 22 8 2 72 18 8 4 7 9 0 32 8 23 4 2 73 19 8 6 8 10 1 33 1 23 8 2 74 20 3 8 3 25 11 2 33 4 24 0 2 74 20 7 10 0 11 8 33 5 24 1 2 74 20 9 10 9 12 3 33 6 24 2 2 74 21 1 11 7 13 4 33 8 24 4 2 75 21 4 13 6 7 3 35 1 25 7 2 75 25 0 4 6 9 0 35 9 26 5 2 76 26 1 6 6 10 1 36 3 26 9 2 76 26 7 8 1 32 11 2 36 6 27 2 2 77 27 1 9 7 11 8 36 7 27 3 2 77 27 4 10 6 12 3 36 9 27 4 2 77 27 5 11 4 13 4 37 1 27 6 2 77 27 9 13 2 7 3 41 9 32 2 2 83 36 2 3 7 9 0 42 8 33 1 2 84 37 6 5 3 10 1 43 2 33 5 2 84 38 4 6 5 45 11 2 43 5 33 8 2 84 39 0 7 8 11 8 43 7 34 0 2 85 39 2 8 5 12 3 43 8 34 1 2 85 39 5 9 2 13 4 44 3 34 5 2 86 39 8 10 6 7 3 47 0 37 1 2 88 44 8 3 6 9 0 47 8 38 0 2 90 46 6 5 1 10 1 48 4 38 4 2 91 47 4 6 3 55 11 2 48 8 38 9 2 91 48 1 7 5 11 8 49 2 39 2 2 92 48 3 8 2 12 3 49 4 39 4 2 92 48 6 8 8 13 4 49 7 39 7 2 93 49 1 10 2 26 WSHP PRC021 EN Performance Data Table 21 048 heating performance continued Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 7 3 53 6 43 4 2 98 56 1 3 4 9 0 54 8 44 6
122. HAVE DISCHARGED LES CONDENSATEURS DES MITEURS SINT LIS CAPACTTORES DEL MOTOR HAYAN ca ECINEMIZER ACTUATOR 53 STORED VOLTAGE UNITS WITH D CHARGES DANS LE CAS DUNITES DESCARGADO EL VOLTAJE ALMACENADD FFS FAN FAILURE SVITCH m VARIABLE SPEED TRIVE REFER CINPDRTANT DES ENTRAINEMENTS PARA LAS UNIDADES CON EJE DE T INDOOR FAN CONTACTOR T8 we DRIVE INSTRUCTIONS FOR VITESSE VARAIBLE SE REPORTER AUX DIRECCIGN DE VELOCIDAD VARIABLE CAPACITOR DISCHARGE INSTRUCTIONS IE L ENIRAINENENT POUR CONSULTE LAS INSTRUCCIONES PARA LA D CHARGER LES CONDENSATEURS DESCARGA DEL CONDENSADOR RELIATEL REFRIGERATION MODULE FAILURE 10 DO THE ABOVE COMM COMMUNICATION MODULE BEFORE SERVICING COULD RESULT PAS RESPECTER CES MESURES DE EL REALIZAR LD ANTERIDRHENTE TINTEN FUSE 3 IN DEATH DR SERIDUS INJURY PRECAUTION PEUT ENTRAINER DES INDICADO PODRIA OCASIONAR LA MUERTE D BLESSURES GRAVES POUVANT TRE 0 SERIAS LESIONES PERSONALES ER FAN TERMINAL SIKK MRTELLES WCC HI PRESSURE CONTROL 955 Ww m pm g gi x do HI VOLTAGE TERMINAL BLOCK w INDOOR FAN MOTOR 7 178 LUV VOLTAGE TERM BLOCK p LUV PRESSURE CONTROL 7890 u LPC3 PRESSURE CONTROL TAS OUTDOOR AIR SENSOR 70 Xa THS HUMIDITY SENSOR w 3 P f o mo FIR mw 12 a ia RAS RETURN AIR SENSOR MD FTB D R
123. HROUGH BASE ELECTRICAL 5 3 8 137 3 m RETURN OPENING DRAIN mw ME Le 8 Dmm 4 7 8 F 1 NPT 184mm 56 1422mm BOTT SHOWN WATER OUT CONN 9 lt 121 3 4 3093mm F UNIT CONTROL BLO MOTOR COMPRESSOR WIRE 7 8 23mm DIA ACCESS PANEL ACCESS PANEL 54 1372mm 33 1 4 8 15 16 845mm 227mm Y I 6 13 16 56 2 11 16 174mm 7 5 8 1422mm rae 69mm SINGLE POINT 26mm Lu 194mm POWER ENTRY SIDE VIEW FRONT VIEW 46 1 2 118mm 3 iu 26 1 2 27 5 8 99mm 673mm 702mm 24 1 8 gt e 613mm Simm BACK VIEW a See tables in chapter General Data p 13 for water connection sizes 96 WSHP PRC021 EN Dimensional Data Figure 14 to 4 ton roofcurb 61 13716 1568 MM 5 My dp Figure 15 3 to 4 ton roofcurb downflow duct connections feine 357 16 3 16 411 MM 17 1 16 433 MM ALL FLANGES 1 1 4 32 MM WSHP PRC021 EN 97 Dimensional Data Figure 16 5 6 and 77 ton roofcurb Ww e oV 3 Tol 1178 Mio UA 3 8 14 356 MM 1 374 44 80 1 2 7 gt 2045 83 7
124. ING 26mm SUPPLY OPENING 1 3 4 44mm 69 1 2 1765mm gt 956mm 80 2048mm 113 3 8 2880mm 116 7 8 2969mm RETURN DUCT CONNECTION WSHP PRC021 EN 44mm 1 3 4 SUPPLY DUCT CONNECTION e Dimensional Data 101 Dimensional Data Figure 23 to 5 ton accessories r 3 ny Y au ECONOMIZER OPTION lt Du MANUAL OR MOTORIZED iP BAROMETRIC RELIEF FRESH AIR DAMPER DAMPER HOOD Haa x as 0o SWING DIAMETER FOR HINGED DOORS OPTION 102 WSHP PRC021 EN Figure 24 Fresh air hood horizontal units HORIZONTAL UNITS Figure 26 Power exhaust downflow economizers POWER EXHAUST with DOWNFLOW ECONOMIZERS ONLY END PANEL VIEW Figure 28 Economizer horizontal units PANEL ECONOMIZER END PANEL CM V HORIZONTAL UNITS STANDARD END PANEL OF UNIT Note When applying economizer to horizontal units connected ductwork must be run full size to allow proper operation of economizer damper Dimensional Data Figure 25 Fresh air hood downflow units FRESH AIR HOOD a MANUAL 19 1 2 DOWNFLOW ECONOMIZER Figure 27 Power exhaust downflow economizers side view POWER EXHAUST with DOWNFLOW ECONOMIZERS only SIDE VIEW Figure
125. K69x3 4 N A 567 619 671 723 775 828 5 GERO60 AK69x3 4 N A 566 617 668 719 770 821 6 GERO72 AK79x1 N A 581 626 671 716 761 805 7 5 GERO90 AK79x1 N A 581 626 671 716 761 805 7 5 GERO90 AK99x1 N A 462 497 533 569 604 640 12 GER150 379 407 435 463 491 519 N A 15 GER180 379 407 435 463 491 519 N A 25 GER300 581 619 657 695 733 769 N A WSHP PRC021 EN 73 Performance Data Table 76 Standard motor amp high static drive fan speed rpm Unit Model Fan 6 Turns 5 Turns 4 Turns Turns 2 Turns 1 Turns Tons Number Sheave Open Open Open Open Open Open Closed 3 GERO36 AK41x3 4 N A 966 1041 1115 1190 1227 N A 4 048 AK41x3 4 N A 958 1034 1110 1186 1261 N A 5 GERO60 AK41x3 4 N A 970 1034 1097 1161 1224 N A 12 GER150 685 722 759 796 833 870 N A 15 GER180 685 722 759 796 833 870 N A 20 GER240 694 739 784 829 874 919 N A 25 GER300 806 844 882 920 958 994 N A Table 77 Oversized motor amp drive fan speed rpm Unit Model Fan 6 Turns 5 Turns 4 Turns 3 Turns 2 Turns 1 Turns Tons Number Sheave Open Open Open Open Open Open Closed 7 5 GERO90 AK64x1 N A 835 891 946 1002 1057 1113 12 GER150 751 807 863 919 975 1029 N A 15 GER180 751 807 863 919 975 1029 N A 20 GER240 829 874 919 964 1009 1053 N A Table 78 Oversized motor amp high static drive fan speed rpm Unit Model Fan 6 Turns 5 Turns 4 Turns 3 Turns 2 Turns 1 Turns Tons Number Sheave Open Open Open Open Open Open Closed 7 5 GERO090 AK
126. L 149A BD 1 4 COMMON NEM 5 n xe PPM4 PPF4 SP7A 5J7 1 137A BUD Jea vac em COMMON 1 gt t COMMON 24 vi 3 3 1 9 184 MAC F t at a 2 10 ROE even e e 1 FOS SE 3 LASA qo 1 1 vac REF DESCRIPTION LINE REF DESCRIPTION LINE 5 a COMPRESSOR CONTACTOR 108 MAS MIXED AIR SENSOR 150 1378 STAT CFS CLOGGED FILTER SWITCH 130 DAS DUTDODR AIR SENSOR r COMM COMMUNICATIONS MODULE OOF FAN RELAY 93 il 313 CFS f CTS COIL TEMPERATURE SENSOR 93 OHS nD AIR HUMIDITY SENSOR M 2 R 07 FILTER DTS DISCHARGE AIR SENSOR 120 RAS RTN AIR SENSOR 147 RASD 1438 R 1 3 je4 vac ECA ECONOMIZER ACTUATOR 17 RASD RTN AIR SMOKE DETECTOR 19 7 1398 FAN RELAY 106 RHS AIR HUMIDITY SENSOR 14 ND eje EX FFS FAN FAIL SWITCH m3 OPTIONS MODULE 12 FS 140A 2 516 FAN NG FOS FROSTAT 127 REFRIGERATION MODULE 56 141A RD HIGH PRESSURE CUTDUT 108 SASD SUPPLY AIR SMOKE DETECT 13 1 5 a vac LOW PRESSURE CONTROL 82 Sov SWITCHOVER VALVE 1 6P14 6 7 5 2 5 LTB LOW VOLTAGE TERM BLOCK 82 TOLI THERMOSTAT DISCHARGE LINE 108 XER 1334 LTBe LOW VOLTAGE TERM BLOCK 93 TNS LOW VOLTAGE TRANSFORMER 79 sd o l power VA 2 2 Cm p Bo g cw 1 m COM
127. MON 3 COMMON WHT 4 1968 R MEI vac I CONNECTIONS SHOWN INCLUDE OPTIONAL COMM AND PLUG IS NOT MIN Pos n CONNECTED UNLESS ECA IS INSTALLED IF DR RTDM IS INSTALLED o ar ws G WITHOUT COMM 3 4 IS CONNECTED RTRM 3J4 IF ECA IS INSTALLED WITHOUT HUMID 137A e SP IS CONNECTED TD PPF30 REFER ACCOMPANYING LITERATURE FOR mm lt J PROPER CONNECTION COMBINATION OF OPTIONAL COMPONENTS ji lt Z DISABLE COMPRESSORS REMOVE LTB JUMPERS BETWEEN PINS 1 AND 2 AND PINS em ar POSER RHS AND 4 AND CONNECT FIELD SUPPLIED CONTROL DEVICE 53 gt cae lt SHUT DOWN THE UNIT FOR EMERGENCY STOP REMOVE LTB JUMPER BETWEEN PINS 5 1 7 AND 6 AND INSTALL FIELD SUPPLIED DEVICE OR INSTALL OPTIONAL FIRESTAT parler INSTALL OPTIONAL REMOTE SENSOR TO TERMINALS 51 AND 52 WHEN REQUIRED SEE 1 154 Quo 5 gt PROGRANMABLE ZONE SENSOR REMOTE PANEL W NSB LITERATURE FOR CORRECT SETTINGS 0 5 COMMON lt CONNECTIONS SHOWN INCLUDE OPTIONAL AND TDLL IF NEITHER OPTION IS m INSTALLED CONNECT WIRE W23 WIRE 122A IF EITHER OR BOTH OPTIONS ARE MAT 6013 lt MAS 6 gt INSTALLED CONNECT THEM IN SERIES AS SHOWN e 1 ue quo quo 04 5 7 REMOVE JUMPER ENABLE SUPPLY AIR TEMPERING HAED p Wee GD g 8 gt REQUIRED FOR OPTIONAL REFERENCE ENTH
128. Mbtuh Mbtuh SHR kw Mbtuh LWT Head 30 2 210 0 150 6 0 72 8 03 237 4 60 7 9 4 37 2 210 9 151 2 0 72 7 81 237 5 57 8 13 6 41 8 211 3 151 5 0 72 7 70 237 6 56 4 16 7 45 46 5 211 7 151 8 0 72 7 62 237 7 55 2 20 2 48 8 211 8 151 9 0 72 7 58 237 7 54 7 22 0 51 2 211 9 152 0 0 72 7 55 237 6 54 3 23 9 55 8 212 2 152 2 0 72 7 49 237 7 53 5 27 9 30 2 205 3 148 9 0 73 8 97 235 9 70 6 9 0 37 2 206 3 149 6 0 73 8 74 236 2 67 7 13 1 41 8 206 8 149 9 0 73 8 64 236 2 66 3 16 1 55 46 5 207 2 150 2 0 73 8 53 236 3 65 2 19 4 48 8 207 3 150 3 0 73 8 50 236 3 64 7 21 1 51 2 207 5 150 4 0 73 8 46 236 3 64 2 23 0 55 8 207 7 150 6 0 73 8 41 236 4 63 5 26 8 44 WSHP PRC021 EN Performance Data Table 38 180 cooling performance continued Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 30 2 197 8 146 0 0 74 10 24 232 7 83 4 8 6 37 2 198 8 146 8 0 74 10 00 232 9 80 5 12 5 41 8 199 3 147 1 0 74 9 89 233 0 79 1 15 3 68 46 5 199 7 147 4 0 74 9 80 233 1 78 0 18 5 48 8 199 9 147 5 0 74 9 76 233 2 77 6 20 2 51 2 200 0 147 7 0 74 9 72 233 2 77 1 22 0 55 8 200 3 147 8 0 74 9 66 233 2 76 4 25 6 30 2 191 7 143 8 0 75 11 24 230 1 90 2 8 4 37 2 192 7 144 6 0 75 10 98 230 2 87 4 12 1 41 8 193 2 145 0 0 75 10 86 230 3 86 0 14 9 75 46 5 193 7 145 3 0 75 10 76 230 4 84 9 18 0 48 8 193 8 145 4 0 75 10 72 230 4 84 4 19 6 51 2 194 0 145 6 0 75 10 68
129. NORMALLY CLOSED CONTACT 4 THREE PHASE MOTORS ARE PROTECTED UNDER PRIMARY SINGLE PHASING CONDITIONS ALL MOTORS HAVE INTERNAL OVERLOAD PROTECTION AND COMPRESSORS HAVE INTERNAL THERMAL PROTECTION gt CONNECTIONS SHOWN ARE FOR 230V 60HZ 1PH UNITS WHEN 208V 60HZ 1PH OPERATION IS REQUIRED MOVE WIRE W9 BLK FROM THE 230V TERMINAL ON TNS TO THE 208V TERMINAL A WARNING AVERTISSEMENT ADVERTENCIA HAZARDOUS VOLTAGE TENSION DANGEREUSE IVOLTAJE PELIGROSO Ai MR TOMES Us DS T LA INCLUDING REMOTE DISCONNE DUVRIR LES SECTIDNNEURS DISTANCE INCLUSO LAS DESCONEXIDNES REMOTAS Y Hisp Nec ia EI swan ai E LC EE CONUS a ee are aaa EE kwema E TEE quotes dui Do c EE Detur E Ur N EK DO SAC Eos DREE EIDE MR AS Euri p Waaa ur MEPS EPIR uywani RADU MORENTE BAR EMO RT Pech Fe TONE PAKA CASE LA HERE o EE T COLOR ABBR COLOR ABBR BLACK BK IRANGE BLUE BU RED IBROWN BR VIOLET PURPLE SLATE GY WHITE GREEN YELLOW G Y YELLOW CAUTION USE COPPER CONDUCTORS IN Y UNIT TERMINALS ARE DESIGNED TO ACCEPT OTHER TYPES OF CONDUCTORS FAILURE TD DO 50 MAY CAUSE DAMAGE ATTENTION NUTILISER OLE DES CONDUCTEURS EN LES BORNES DE L UNI
130. NPT Water Connection size inches 1 1 1 1 Direct Drive Fan FC Centrifugal FC Centrifugal FC Centrifugal FC Centrifugal Number Used Diameter in Width in 1 11 11 1 11 11 1 11 11 1 11 11 Drive Type Number Speeds Direct 5 Belt Variable Direct 5 Belt Variable Motor hp 0 75 1 0 1 0 1 0 Motor Frame Size 48 56 48 56 Filters Type Furnished Throwaway Throwaway Throwaway Throwaway Number Size Recommended 2 20x30x1 2 20x30x1 2 20x30x1 2 20x30x1 Table 2 General data 5 tons 5 Tons GEROGOE1 GERO60E3 4 W Unit Size Length of Cabinet 88 5 8 88 5 8 Width of Cabinet 53 1 4 53 1 4 Height 40 7 8 40 7 8 Net Weight Ib 678 678 Compressor Number Type 1 Scroll 1 Scroll Sound Outdoor Sound Rating dB 87 87 Indoor Coil Type Lanced Lanced Tube Size in 0 3125 0 3125 Face Area sq ft 9 27 9 27 Rows FPI 3 16 3 16 Refrigerant Control Thermal Expansion Valve Thermal Expansion Valve Drain Connection Number Size in 1 NPT 134 Water Connection size inches 1 1 Indoor Fan Type Standard FC Centrifugal FC Centrifugal Number Used Diameter in Width in 1 11x11 1 11x11 Drive Type Number Speeds Direct 5 Belt Variable Motor hp 1 00 1 00 Motor Frame Size 48 56 Filters Type Furnished Throwaway Throwaway Number Size Recommended 4 16x25x2 4 16x25x2 WSHP PRC021 EN 13 General Data Table
131. OPERATION IS REQUIRED REMOVE WIRE 12DCBL FROM 460V 400V TERMINAL ON TNS AND CONNECT 575V TERMINAL ON TNSI lt APPLICABLE HEATING SECTION DIAGRAM FOR BALANCE DF CIRCUIT WHEN OPTIONAL ELECTRIC HEAT IS REQUIRED aT TERMINALS MAY PRESENT WIRE COLOR DESIGNATION ABBR COR ABBR COUR 3 BLACK PR PURPLE 3 BLUE RD RED BR BROWN GR GREEN x uw IR TRANGE 120 DUE say lt a D i IL Ix WSHP PRC021 EN 117 Figure 44 25 ton control diagram MACIE RD VGD VG 1 m ael 3900 PA Pre Ex m m sudo RU vao
132. POS DE CINDUCTORES SI ND LO HACE PUEDE DCASIDNAR DANT AL DO ENERGIZE UNIT UNTIL CHECK OUT AND START UP PROCEDURE HAS BEEN COMPLETED WSHP PRC021 EN Figure 37 10 ton control diagram 3 6 ZONE COMMON PIN MIDE 500 EE LED COMMON HEAT LED on LED SYSTEN LED SERVICE LED COMMON 196 avec D 3J7 R 24VAC wa 3P8 3 8 DAS Liseli 1I6ACPR ale COMMON DD AIR TEMP 0 500 NOTES OPTIONAL FIRESTAT CORRECT SETTINGS 99990905909 amp YY TU ENABLE SUPPLY AIR TEMPERING REMOVE PLUG SP3 REQUIRED FOR OPTIONAL REFERENCE ENTHALPY CONTROL REQUIRED FOR OPTIONAL COMPARATIVE ENTHALPY CONTROL TO ENABLE LEAD LAG CUT AND ISOLATE WI
133. PRC021 EN WSHP PRC021 EN Mechanical Specifications additional wet bulb sensing capability This option shall be capable of field or factory installation when the factory installed economizer is selected Filters One inch throwaway filters shall be standard Filter rack shall be capable of converting to a two inch filter High Pressure Cutout All units have high pressure cutout as standard Hinged Access Doors Option Sheet metal hinges are available factory installed on the indoor fan section supply fan and the compressor control access doors Hoses option Hoses shall consist of a stainless steel outer braid with an inner core of tube made of a nontoxic synthetic polymar material The hoses shall be suitable for water temperatures ranging between 33 F and 211 F without the use of glycol Automatic Flow Devices option The automatic self balancing device shall automatically limit the rate of flow to within 10 percent of the specified amount over a 40 to 1 differential pressure operating range of 2 to 80 PSID The operational temperature shall be rated from fluid freezing to 225 F The valve body shall be suited for working pressures of 400 PSIG The valve internal core shall consist of one or more high temperature elastomeric diaphragms and precision orifice with sculptured orifice seat Dual pressure temperature test ports shall be standard for verifying the pressure differential and system te
134. R 87 99 DEFROST PLUG ECONMIZER 84 87 NOTES 1 UNLESS OTHERWISE NOTED ALL SWITCHES ARE SHOWN AT 25 C 777 AT ATMOSPHERIC PRESSURE AT SOX RELATIVE HUMIDITY WITH ALL UTILITIES TURNED OFF AND AFTER NORMAL SHUTDOWN HAS OCCURED THERMISTORS ARE 2 DASHED LINES INDICATE RECOMMENDED FIELD WIRING BY OTHERS DASHED LINE ENCLOSURES AND OR DASHED ur DEVICE QUTLINES INDICATE COMPONENTS YN THE FIELD PHANTOM LINE ENCLOSURES B INDICATE ow oe ALTERNATE CIRCUITRY AVAILABLE SALES ae OPTIONS 3 NUMBERS ALONG THE RIGHT SIDE OF THE SCHEMATIC DESIGNATE THE LOCATION OF CONTACTS BY LINE NUMBER AN UNDERLINED NUMBER INDICATES A NORMALLY CLOSED CONTACT 4 THREE PHASE MOTORS ARE PROTECTED UNDER PRIMARY SINGLE PHASING CONDITIONS ALL MOTORS HAVE INTERNAL OVERLOAD PROTECTION COMPRESSORS HAVE INTERNAL THERMAL PROTECTION CONNECTIONS SHOWN ARE FOR 460V 60HZ 3PH OR 380 415 SOHZ 3PH WHEN 575V 60HZ 3PH UNIT OPERATION 15 REQUIRED REMOVE WIRES 12D FROM 260 400 TERMINAL ON TNSI AND CONNECT 575 TERMINAL DN TNS1 8 APPLICABLE HEATING SECTION DIAGRAM FOR BALANCE OF CIRCUIT WHEN OPTIONAL ELECTRIC HEAT TS REQUIRED KIJ TERMINALS BE PRESENT VIRE COLOR DESIGNATION ABBR X PR Pur m 3E RD RED TR BROWN vH vere Gt Gt n D ORANGE 18 m 7 ACD 114
135. RANE COMMUNICATION INTERFACE elke TIR TIMED OVERIDE 69 BERD Wa BRD Bm CONTROL POVER TRANSFORMER E BLACK BLACK 10D REV REHEAT VALVE SHS SPACE HUMIDITY SENSOR a PHASE MONITOR 13s m XR EXHAUST FAN RELAY EJ aw aa Te 15 ZONE SENSOR MODULE 011 Thi THERMOSTAT DISCHARGE LINE CKT re mb WP ses THERMOSTAT DISCHARGE LINE 2 ECONOMIZER PLUG ma 7 ELECTRIC HEAT PLUG GREEN NOTES 1 UNLESS OTHERWISE NOTED ALL SWITCHES ARE SHOWN ALES CPP AT ATMOSPHERIC PRESSURE Sit RELATIVE HUMIDITY WITH ALL UTILITIES TURNED OFF AND AFTER A NORMAL SHUTDOWN MAS OCCURED ALL THERMISTURS ARE AT 25 C 2 DASHED LINES INDICATE RECOMMENDED FIELD WIRING BY OTHERS DASHED LINE ENCLOSURES AND OR DASHED DEVICE DUTLINES INDICATE COMPONENTS gh van 1 J we PROVIDED BY THE FIELD PHANTOM LINE ENCLOSURES INDICATE w w ALTERNATE CIRCUITRY OR AVAILABLE SALES OPTIONS 3 NUMBERS ALONG THE RIGHT SIDE OF THE SCHEMATIC DESIGNATE THE LOCATION OF CONTACTS BY LINE NUMBER UNDERLINED NUMBER INDICATES NORMALLY CLOSED CONTACT 4 THREE PHASE MOTORS ARE PROTECTED UNDER PRIMARY SINGLE PHASING CONDITIONS ALL MOTORS HAVE INTERNAL OVERLOAD PROTECTION COMPRESSORS HAVE INTERNAL THERMAL PROTECTION lt CONNECTIONS SHOWN ARE FUR 460V 60HZ 3PH UR 380 415 50 HZ 3PH WHEN 575V 60HZ 3PH UNIT
136. RE 101 PLUG PPF NHP 1 NOT CONNECTED TO ON A HEAT PUMP UNIT AND ISNI ATF WTRF 1010 DN All WSHP PRC021 EN 2 lt 3 LTBI lt TNSI 100K RD 1001XRD J00XRD vy 10148 101ACBU lOIFCBU 101BACBU z RIRM 100820 100kRD 100AAKRD 100GR YL IOIPPQBU tocol 101JQU 101AKBU n TET a WERD 24 1OIBGCBU 1O1ARCBU sri 100AF RD 101ARQU ENERGENCY ya 202A RD STOP 1 PHM LBAN auo TDL pus cel pea CRI 122AYL OHD 9 9 Ox d cowon 1 19060 NET 1 17 w 8 FAN SOV guy 3 2 F BAVAC u 7860 101BACBU 00 D PPM SUV PPF SUV sovi zavac 114A RD 160 RD kil 16 101680 101AKGU 1008 KBU afi gt 3 3 3P3 DLE Gem axo oe tte 5 5p3 s a PRE THAI aro HPC2 1S9ACBK TON proving 3 3 Oe lt TA cei HOPPED 2 1008A RDY 10088080 1 5 4 54 DTS core 130M PR 130APR DISCHARGE 2
137. RMINALES DE LA UNIDAD NI ESTAN DISERADAS PARA ACEPTAR OTROS TIPOS DE CONDUCTORES SL NI HACE PUEDE DCASIDNAR DARD AL 112 WSHP PRC021 EN 39 12 5 20 ton 208 230V power connection LEGEND LINE VOLTAGE CAUTION PRECAUCI N ATTENTION Pirm DESCRIPTION Wier USE COPPER CONDUCTORS II Y NUTILISER QUE DES CONDUCTEURS EN CUIVREI IUTILICE ONICAMENTE CONDUCTORES DE CUBREI IE ES E 7 UNIT TERMINALS ARE NOT DESIGNED TO ACCEPT LES BORNES DE L UNIT NE SINT PAS CON UES LAS TERMINALES DE LA UNIDAD NO EST N DISERADAS E 14 d OTHER TYPES OF CONDUCTORS POUR RECEVOIR D AUTRES TYPES DE CONDUCTEURS ACEPTAR OTROS TIPOS DE CONDUCTORES mm CCC COMPRESSOR CONTACTOR FAILURE DO SU MAY CAUSE DAMAGE TU THE L UTILISATION DE TOUT AUTRE CONDUCTEUR PEUT SI LO HACE PUEDE OCASIONAR DAND AL EQUIPO EQUIPMENT ENDOMMAGER L QUIPEMENT A OUNCE HEATER sus DUTDOOR MOTOR CAPACITOR 3337 AN WARNING N AVERTISSEMENT N ADVERTENCIA CAMIS HAZARDOUS VOLTAGE TENSION DANGEREUSE
138. TE NE SINT PAS POUR RECEVEIR DAUTRES TYPES TE CONDUCTEURS L UTILISATION DE TOUT AUTRE CONDUCTEUR PEUT ENDOMNAGER L EQUIPERENT PRECAUCI N IUTILICE UNICAENTE CONDUCTORES DE CURE LAS TERMINALES DE LA UNIDAD NO ESTAN DISERADAS PARA ACEPTAR OTROS TIPOS DE CONDUCTORES SI NO LO HACE PUEDE DCASIONAR DARD AL IMPORTANT DO NUT ENERGIZE UNIT UNTIL CHECK OUT AND START UP PROCEDURE HAS BEEN COMPLETED 108 WSHP PRC021 EN Figure 35 3 75 ton control diagram 1000 R TNS1 101A BU 24 0 101D G Y LTB 1000 R qu 1 1 Gi 100 R 100L R 172A V 119A V 3 5 1208 BU Te 100 R 13 M 12 8 i
139. VERTISSEMENT ADVERTENCIA x cee Fr d HAZARDOUS VOLTAGE TENSION DANGEREUSE IVOLTAJE PELIGROSO vean DISCONNECT ALL ELECTRIC POWER COUPER TOUTES LES TENSIONS ET DESCINECTE TODA LA ENERGIA EL CTRICA CFS CLOGGED FILTER SWITCH 98 u INCLUDING REMOTE DISCONNECTS DUVRIR LES SECTIDNNEURS A DISTANCE INCLUSO LAS DESCONEXIONES REMOTAS Y CPRLCPRE COMPRESSOR 2126 AND FOLLOW LOCK QUT AND TAG PUIS SUIVRE LES PROCEDURES DE SIGA LOS PROCEDIMIENTOS DE CIERRE Y OF EXHAUST FAN RELAY PROCEDURES BEFORE SERVICING VERR ULLAGE ET DES TIQUETTES AVANT ETIQUETADO ANTES DE PROCEDER AL xx 5 INSURE THAT ALL MOTOR INTERVENTION VERIFIER QUE TOUS SERVICIO ASEGURESE DE QUE TODOS TENENTUR SENSI CAPACITORS HAVE DISCHARGED LES CONJENSATEURS DES MOTEURS SONT LOS CAPACITORES DEL MOTOR HAYAN ECA ECONONIZER ACTUATOR STORED VOLTAGE UNITS WITH DECHARGES DANS LE CAS DUNITES DESCARGADO EL VOLTAJE ALMACENADO FFS FAN FAILURE SWITCH ito VARIABLE SPEED DRIVE REFER COMPORTANT DES ENTRAINEMENTS PARA LAS UNIDADES CUN EJE DE T INDOOR FAN CONTACTOR TO DRIVE INSTRUCTIONS FOR VITESSE VARAIRLE SE REPORTER AUX DIRECCI N DE VELOCIDAD VARIABLE UPTINS MODULE d CAPACITOR DISCHARGE INSTRUCTIONS DE L ENTRAINEMENT POUR CONSULTE LAS INSTRUCCIDNES PARA LA RIN DECHARGER LES CONDENSATEURS DESCARGA DEL CONDENSADOR RIRM RELIATEL REFRIGERATION MODULE FAILURE TU DO THE ABOVE COMM COPPWNICATION MODULE 9 B
140. Water Source Heat Pump Axiom High Efficiency Rooftop GER 3 25 Tons 60 Hz August 2013 WSHP PRC021 EN FD ingersoli Rand e TRANE Introduction If a rooftop water source heat pump is in your building s future Trane has the right product and flexible design to fit your needs We ve taken the quality of theTrane s Precedent and Voyager II rooftop units and added water cooled capabilities into the product configuration to deliver the Axiom water source comfort system Product features for the 3 through 10 ton equipment includes Reliatel standalone controls andTracer or LonTalk communication interface Trane built compressor Removable dual sloped non corrosive drain pan Two inch filter arrangement Standard static high static and belt driven motor configurations Foil faced insulation installed throughout air side of unit Motor speed tap changeability 3 5T single phase only Single point power connection OM NAARWN gt Field convertible units for sizes 3 10T horizontal down flow configuration 10 Single platform design 11 Single size roof curb Revision Summary WSHP PRC021 EN 01 Aug 2013 Corrected dimension drawings Added corner weight and center of gravity information WSHP PRC021 EN 09 2013 Updated performance data Corrections to dimension drawings Trademarks Axiom Precedent ReliaTel TOPSS Tracer Voyager Trane and the Trane logo are trademarks or registered t
141. Y AND 3682 ENABLE 3 118 DURING DCCUPIED PERIODS STAGE COOLING UNLY DN HIGH EFFICIENCY SHORT ORIFICE UNITS WSHP PRC021 EN TRANE Mechanical Specifications WSHP PRC021 EN General Equipment shall be completely assembled piped internally wired and test operated at the factory A field convertible airflow shall be provided The equipment shall contain both ETL and ISO AHRI 13256 1 listings and labels priorto leaving the factory Canadian units shall be CETL certified Service and caution area labels shall also be placed on the unit in their appropriate locations Air to Refrigerant Coil Internally finned 3 8 inch copper tubes mechanically bonded to a configured aluminum plate fin shall be standard Coils shall be leak tested at the factory to ensure the pressure integrity The coil shall be leak tested to 200 psig and pressure tested to 450 psig Casing Unit casing shall be constructed of zinc coated heavy gauge galvanized steel Exterior surfaces shall be cleaned phosphatized and finished with a weather resistant baked enamel finish Unit s surface shall be tested 100 hours in a salt spray test in compliance with ASTM B117 Cabinet construction shall allow for all maintenance on one side ofthe unit Service panels shall have lifting handles and be removed and reinstalled by removing only a single fastener while providing a water and air tight seal All exposed vertical pa
142. ZAR LO ANTERIDRHENTE OTTO FUSE EJ IN DEATH DR SERIDUS INJURY PRECAUTION PEUT ENTRAINER DES INDICADO PODRIA OCASIONAR LA MUERTE BLESSURES GRAVES POUVANT ETRE 0 SERIAS LESITNES PFRSDNA F m TERMINAL BLOCK WA MORTELLES WPCLAPCe PRESSURE CONTROL S 9 dio PHM HTB HI VOLTAGE TERMINAL BLOCK ri b gt IM INDOOR FAN MOTOR T uj VOLTAGE TERM BLOCK edu iPLLPC LOV PRESSURE CONTROL 7880 DAS AIR SENSOR 7 g 05 OUTDOOR HUMIDITY SENSIR w 3 F YA EN NES woo 12 ini 12 RAS RETURN AIR SENSOR 936 wen ott IARD 2 u RAS RETURN HUMIDITY SENSOR 98 gib 9 RETURN HIGH TEMPERATURE 65 lt RHP REMOTE MINIMUM POSITION 98 SAS SUPPLY AIR SENSOR SHT SUPPLY HIGH TEMPERATURE 6 SWITCHOVER VALVE Te TRANE COMMUNICATION INTERFACE 63 aw Ma TM CONTROL POWER TRANSFORMER E BLACK BLACK RD CONTROL POVER TRANSFURMER 72 GREEN mo I3 PHASE MONITOR 13 5 XR EXHAUST FAN RELAY EJ aw EN guo aa 12 754 ZONE SENSOR MODULE 011 TOLL THERMOSTAT DISCHARGE LINE CKT WA sep Th THERMOSTAT DISCHARGE LINE 2 ht PPFGPPS ECUNURUZER PLUG 0 102 see Wa PPFT PPM7 ELECTRIC HEAT PLUG _ DEFRDST PLUG W O ECONOMIZER 17 120 E 8 PPH DEFROST PLUG V ECONOMIZER 97 99 7 DE
143. able with night setback with system malfunction lights or remote sensor options Warranty The unit shall be warranted by the manufacturer against defects in material and factory workmanship for one year The refrigerant circuit including motor compressor expansion device all heat exchangers in contact with refrigerants and reversing valve less solenoid coil shall be warranted for that year parts only Optional extended warranties shall be made available 123 dL CERTIFIED p www ahridirectory org Water Source HP 8 ANSI AHRI ASHRAE ISO13256 1 S TRANE Trane optimizes the performance of homes buildings around the world business of Ingersoll Rand the leader creating and sustaining safe comfortable and energy efficient environments Trane offers a broad portfolio of advanced controls and HVAC systems comprehensive building services and parts For more information visit www Trane com Trane has a policy of continuous product and product data improvement and reserves the right to change design and specifications without notice 2013Trane All rights reserved WSHP PRCO21 EN 01 Aug 2013 We are committed to using environmentally Supersedes WSHP PRCO21 EN 10 2012 conscious print practices that reduce waste ngersoli Rand
144. ac CFS CLOGGED FILTER SWITCH 130 DAS OUTDOOR AIR SENSOR 18 1398 COMM COMMUNICATIONS MODULE 12 OF TD FAN RELAY 93 I V SP7C CTS TEMPERATURE SENSOR 93 DHS DD AIR HUMIDITY SENSOR FS MDA V gt DTS DISCHARGE AIR SENSOR 120 RAS RTN AIR SENSOR 147 141A R ECA ECONOMIZER ACTUATOR 137 RASD AIR SMOKE DETECTOR 129 cir 1 5 Jes vac FAN RELAY 84105 RHS AIR HUMIDITY SENSOR 14 4 6 EK 6 7 1 spe 5Je FFS FAN FAIL SWITCH 133 RTOM OPTIONS MODULE Me XR p 1334 P ms FROSTAT 127 RTRM REFRIGERATION MODULE 96 GO 111 2 BK 1 1 HIGH PRESSURE CUTOUT 108 SASD SUPPLY AIR SMOKE DETECT 123 24 2 2 eavac COMM 1 i iod i 2 COMM IDM TD FAN MOTOR 86 SOV SWITCHOVER VALVE 94 BRUST MIC LOW PRESSURE CONTROL 86 TDL THERMOSTAT DISCHARGE LINE 18 i l COMMON 3 3 COMMON LTB LOW VOLTAGE TERM BLOCK 86 TNS Luv VOLTAGE TRANSFORMER 79 RMP 13 R 4 4 LOW VOLTAGE TERM BLOCK 93 4 MODBUS Lo Por 1 gt CONNECTIONS SHOWN INCLUDE OPTIONAL COMM ECA AND PLUG 3P4 IS NUT UD AIR o a CONNECTED UNLESS OR IS INSTALLED IF ECA OR IS INSTALLED as VD lt WITHOUT COMM 3P4 1 CONNECTED RTRM 3J4 IF IS INSTALLED WITHOUT 1 HA R lt SP2 IS CONNECTED PPF30 REFER ACCOMPANYING LITERATURE FOR
145. andard Low Speed Mid Speed Standard High Speed High Speed Unit Speed Set 1 Speed Set 2 Speed Set 3 Speed Set 4 Speed Set 5 Model ESP RPM BHP ESP RPM ESP RPM ESP RPM BHP ESP RPM 960 0 43 707 0 21 0 70 843 0 38 0 88 919 0 38 1 02 979 0 36 1 15 1027 0 50 1020 0 37 687 0 20 0 62 818 0 37 0 80 896 0 37 0 94 956 0 35 1 07 1006 0 49 1080 0 31 668 0 19 0 55 792 0 36 0 73 872 0 36 0 87 933 0 34 0 99 985 0 48 GERO36 1140 0 25 648 0 19 0 47 766 0 35 0 65 849 0 35 0 79 911 0 33 0 91 964 0 47 Downflow 1200 0 19 628 0 18 0 39 740 0 34 0 57 826 0 34 0 71 888 0 32 0 83 943 0 46 Airflow 1260 0 13 609 0 18 0 31 715 0 32 0 50 803 0 33 0 63 866 0 32 0 75 922 0 45 1320 0 07 589 0 17 0 24 689 0 31 0 42 780 0 32 0 56 843 0 31 0 68 901 0 44 1380 0 01 569 0 17 0 16 663 0 30 0 34 757 0 31 0 48 820 0 30 0 60 880 0 43 1440 0 08 637 0 29 0 26 734 0 30 0 40 798 0 29 0 52 859 0 42 960 0 40 707 0 21 0 69 856 0 31 0 88 941 0 39 1 03 987 0 45 1 16 1034 0 50 1020 0 35 688 0 20 0 62 831 0 30 0 80 916 0 38 0 95 967 0 44 1 08 1011 0 49 1080 0 30 669 0 19 0 55 806 0 29 0 73 891 0 37 0 87 947 0 43 1 00 989 0 48 GERO36 1140 0 24 650 0 19 0 48 781 0 28 0 65 866 0 36 0 79 927 0 42 0 22 966 0 47 Horizontal 1200 0 19 631 0 18 0 41 756 0 28 0 58 841 0 35 0 71 906 0 41 0 84 943 0 46 Airflow 1260 0 14 612 0 18 0 34 731 0 27 0 50 816 0 34 0 63 886 0
146. ble 79 p 74 to determine additional static pressure drop due to other options accessories 4 1 hp Fan Motor Heat MBh 2 7672 x Fan bhp 0 4705 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected a Field Supplied Fan Sheave AK69x3 4 required Field Supplied Belt may be necessary b Field Supplied Fan Sheave AK49x3 4 required Field Supplied Belt may be necessary c Field Supplied Fan Sheave AK41x3 4 required Field Supplied Belt may be necessary 60 WSHP PRC021 EN Performance Data Table 61 Belt drive evaporator fan performance GERO60 downflow airflow 3 phase units only External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1 hp Standard Motor amp Field Supplied Low Static Drive 1 hp Standard Motor amp Drive gt 1600 623 0 26 681 0 31 734 0 36 831 0 46 878 0 52 923 0 58 965 0 64 1800 594 0 27 656 0 32 712 0 38 0 43 855 0 54 899 0 60 941 0 67 983 0 73 2000 571 0 28 633 0 34 690 0 40 744 0 46 840 0 58 883 0 64 924 0 71 964 0 77 1003 0 84 2200 615 0 36 674 0 42 727 0 49 0 55 871 0 69 913 0 76
147. e kit is used to connect the supply and return lines to the water inlet outlet e TRANE Selection Procedure 10 Selection Program All WSHP products should be selected through the Trane Official Product Selection System TOPSS If this program has not been made available ask a localTrane sales engineer to supply the desired selection or a copy of the program Required Fields The first step in the selection is to determine either e Total cooling capacity e Sensible capacity e Heating capacity Note The maximum allowable water pressure drop and selection ranges can also be identified TheTOPSS screen for the product is color coded to help identify field requirements Fields shadowed in red identify what is required to run aTOPSS calculation The selection folder is divided into five fields to allow ease of input for the selection process These fields include Fan information e Cooling input information e Heating input information Hose kit information All fields information New Rating The performance standard AHRI ASHRAE ISO 13256 1 became effective Jan 1 2000 It replaces AHRI standards 320 325 and 330 This new standard has three major categories which include Water Loop AHRI 320 Ground Water AHRI 325 and Ground Loop AHRI 330 The differences in ISO 13256 1 and the old AHRI ratings include e Cooling efficiency measurement is a watt per watt measurement similar to the widely used COP measu
148. e take EG Y a A PUR E RR 107 Mechanical Specifications 119 3 e TRANE Features and Benefits Barometric Relief Option The Axiom rooftop line offers an optional barometric relief damper for use in conjunction with the economizer option This accessory consists of gravity dampers which open because of increased pressure As the building air pressure increases the pressure in the unit s return air section also increases forcing the dampers open and relieving the conditioned space Note The effectiveness of the barometric relief damper during economizing operation is system related Pressure drop of the return air system should be considered to control building pressurization Belt Drive Motor Option With the easy adjust idler arm an option available on 12 5 25 ton units the belt and sheaves on the belt driven units can be quickly adjusted without moving the mounted fan motor The result is a major savings in time and money Blower Motors Belt and direct drive motor selections are available in both standard and oversized configurations to meet a wide airflow range Clogged Filter Fan Fail Switches These sensors allow an Integrated Comfort System ICS or a zone sensor s service light to indicate a dirty filter or fan that is not working The high field installation costs of these devices often eliminate them from consideration By factory installing these feature
149. el CFM ESP RPM ESP RPM ESP RPM ESP RPM BHP ESP RPM 1600 0 76 884 0 48 0 82 932 0 55 0 98 1022 0 66 1 13 1104 0 77 1700 0 63 842 0 46 0 69 893 0 52 0 85 981 0 63 1 00 1061 0 74 1800 0 50 801 0 44 0 57 854 0 50 0 72 941 0 60 0 87 1018 0 71 GERoso 1900 0 36 759 0 42 0 45 815 0 48 0 60 900 0 58 0 74 975 0 68 Horizontal 2000 0 23 718 0 39 0 32 776 0 46 0 47 859 0 55 0 61 932 0 65 0 87 1069 0 86 Airflow 2100 0 10 676 0 37 0 20 737 0 43 0 34 818 0 53 0 49 890 0 62 0 74 1025 0 83 2200 0 07 699 0 41 0 22 778 0 50 0 36 847 0 59 0 61 980 0 79 2300 0 09 737 0 47 0 23 804 0 56 0 488 936 0 75 2400 0 10 761 0 53 0 35 892 0 72 For 036 Models fan motor heat 2 72 x Fan Bhp 0 16 For 048 060 Models fan motor heat MBh 2 87 x Fan Bhp 0 15 Factory supplied motors in commercial equipment are definite purpose motors specifically designed and tested to operate reliably and continuously at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected a Data includes pressure drop due to wet coil and filters Table 57 Belt drive evaporator fan performance 036 downflow airflow phase units only External Static Pressure Inches of Water 0 39 0 44 0 50 0 56 0 64 0 80 9
150. elt may be necessary c Field Supplied Fan Sheave AK41x3 4 required Field Supplied Belt may be necessary WSHP PRC021 EN 61 TRANE Performance Data Table 62 Belt drive evaporator fan performance GER060 horizontal airflow 3 phase units only External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM RPM RPM RPM RPM RPM RPM RPM BHP 1 hp Standard Motor amp Drive b 846 0 49 901 0 56 950 0 64 995 0 71 1038 0 78 866 0 57 922 0 65 973 0 73 1020 0 81 1064 0 90 840 0 59 893 0 66 943 0 74 993 0 83 1041 0 92 1085 1 01 870 0 70 921 0 78 970 0 86 1016 0 95 1061 1 04 1106 1 13 998 1 00 1043 1 09 1086 1 18 1 hp Standard Motor amp Field Supplied Low Static Drive 1600 585 0 23 659 0 29 724 0 35 787 1800 622 0 29 690 0 36 753 0 43 2000 598 0 31 661 0 37 724 0 44 784 0 52 2200 647 0 40 703 0 46 761 0 54 2400 696 0 50 746 0 57 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 CFM RPM RPM RPM BHP RPM BHP 1 Standard Motor amp Drive 1600 1078 0 86 1115 0 93 1150 1 01 1183 1 08 1214 1 16 1800 1105 0 98 1143 1 06 1180 1 15 1215 1 23 2000 1128 1 10 1169 1 20 1207 1 29 2200 1150 1 24 1190 1 34 2400 1170 1 38 1211 1 48 1 hp Standard Motor amp Field Supplied High Static Drive O
151. f our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected 72 WSHP PRCO021 EN Performance Data Table 73 Potentiometer setting standard motor amp drive fan speed rpm GER120 only MIN RPM 1000 MIN RPM 1000 MAX RPM 1700 MAX RPM 1700 Potentiometer Voltage Motor RPM Potentiometer Voltage Motor RPM 1 00 1000 5 50 1394 1 50 1044 6 00 1438 2 00 1088 6 50 1481 2 50 1131 7 00 1525 3 00 1175 7 50 1569 3 50 1219 8 00 1613 4 00 1263 8 50 1656 4 50 1306 9 00 1700 5 00 1350 Table 74 Standard motor amp drive fan speed rpm Unit Model Fan 6 Turns 5 Turns 4 Turns 3 Turns 2 Turns 1 Turns Tons Number Sheave Open Open Open Open Open Open Closed 3 GERO36 AK51x3 4 N A 761 835 909 982 1057 1125 4 048 AK49x3 4 N A 801 874 946 1019 1091 1164 5 GERO60 AK49X3 4 N A 798 868 939 1010 1081 1152 6 GERO72 AK59x1 N A 805 865 925 985 1045 1105 7 5 GERO90 AK64x1 N A 695 751 807 863 919 975 121 GER150 500 537 574 611 648 685 N A 15 GER180 500 537 574 611 648 685 N A 20 GER240 506 544 581 619 656 694 N A 25 GER300 694 731 768 805 842 881 Table 75 Standard motor amp low static drive fan speed rpm Unit Model Fan 6 Turns 5 Turns 4 Turns 3 Turns 2 Turns 1 Turns Tons Number Sheave Open Open Open Open Open Open Closed 3 GERO36 AK71x3 4 N A 549 600 650 701 751 802 4 048 A
152. field installed and piped to the unit This design requires individual pump modules specifically sized for each water source heat pump Building Automation As part of a building automation system the mechanical HVAC system may be optimized to lower energy consumption By running only the mechanical devices that are required to support the building load at a given time of day or night means true savings for the building owner Maintenance and serviceability faults through the unit sensing devices are easily defined and cured with an automated system The factory shipped DDC controls means turn key installation and start up Performance Application of this product should be within the cataloged airflow and unit performance TheTrane Official Product Selection System TOPSS will aid in the selection process for a set of given conditions If this program has not been made available ask a localTrane sales engineer to supply the desired selections or provide a copy of the program Condensate The rooftop unit contains a draw thru configuration A negative pressure condensate trap must be field provided prior to start up for the unit to drain properly See the installation manual for negative pressure trapping Because the units have a reversible sloped condensate drain pan the unit must be installed level Any unit slope must be toward the side of the unit where the condensate drain is located Hose Kits A flexible stainless steel hos
153. flow 1680 0 09 701 029 0 29 810 0 39 0 44 879 0 47 0 60 957 0 55 0 75 1023 0 65 1760 0 18 779 0 38 0 32 848 0 45 0 48 925 0 54 0 64 993 0 3 1840 2m 0 08 748 0 36 0 21 816 0 43 0 37 893 0 52 0 52 963 0 61 1920 0 10 784 0 42 0 26 861 0 50 0 40 932 0 59 1600 0 83 888 0 49 0 5 948 0 56 1 19 1048 0 67 1700 0 69 847 0 46 0 82 908 0 53 1 04 1004 0 64 133 1110 0 78 1800 0 56 806 0 44 0 69 867 0 51 0 90 959 0 62 1 18 1063 0 75 060 1900 0 43 764 0 42 0 56 826 0 48 0 76 915 0 59 102 1016 0 71 Downflow 2000 0 30 723 0 40 0 43 785 0 46 0 62 870 0 56 0 87 969 0 68 1 18 1089 0 88 Airflow 2100 0 16 681 0 37 0 30 744 044 0 47 826 0 53 0 71 922 0 65 1 03 1044 0 84 2200 0 03 640 0 35 0 17 703 0 41 0 33 781 0 50 0 56 876 0 61 0 87 999 0 81 2300 0 04 663 0 39 0 19 737 0 47 0 41 829 0 58 0 72 954 0 77 2400 0 05 693 0 44 0 25 782 0 55 0 56 909 0 73 56 WSHP PRC021 EN Performance Data Table 56 Multispeed direct drive evaporator fan performance only available on single phase 3 5 ton units continued External Static Pressure Inches of Water amp Motor Power Bhp Rated Standard Low Speed Mid Speed Standard High Speed High Speed Unit Speed Set 1 Speed Set 2 Speed Set 3 Speed Set 4 Speed Set 5 Mod
154. fort control plus energy efficiency available This option shall be capable of field or factory installation when the factory installed economizer is selected Differential Pressure Switches Option These factory or field installed options shall allow for individual fan failure and dirty filter indication The fan failure switch shall disable all unit functions and flash the Service LED on the zone sensor The dirty filter switch shall light the Service LED on the zone sensor and shall allow continued unit operation Discharge Air Sensing Kit Option This factory or field installed option provides true discharge air sensing in heating models This sensor is a status indicator readable through Tracer or Tracker Discharge Line Thermostat A bi metal element discharge line thermostats installed as a standard option on the discharge line of each system This standard option provides extra protection to the compressors against high discharge temperatures in case of loss of charge extremely high ambient and other conditions which could drive the discharge temperature higher Economizer Option The economizer may be field installed for 12 25T horizontal airflow units For all other configurations economizer is factory installed It shall be available with or without barometric relief The assembly shall include a fully modulating 0 100 percent motor and damper relief minimum position setting preset linkage wiring harness with fi
155. g Cooling Input 4 Entering Heating Input Air WB F Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DB F Capacity Watts 49 4 0 935 1 009 1 039 1 107 1 176 53 0 1 048 0 868 56 3 0 936 1 009 0 815 1 036 1 177 58 0 1 034 0 911 60 3 0 936 1 009 0 633 0 846 1 064 63 0 1 016 0 954 63 2 0 958 1 003 0 490 0 714 0 927 1 148 68 0 1 000 1 000 66 2 1 000 1 000 0 565 0 788 1 000 1 225 73 0 0 987 1 052 72 1 1 088 0 991 0 481 0 724 0 931 78 0 0 966 1 101 77 1 1 161 0 986 0 440 0 686 83 0 0 950 1 155 Table 47 GER048 correction factors for variation in entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input Entering Heating Input Air WBF Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Watts 49 4 0 920 1 010 1 001 1 068 1 139 53 0 1 051 0 870 56 3 0 922 1 010 0 804 1 021 1 140 58 0 1 033 0 911 60 3 0 924 1 009 0 614 0 838 1 059 1 211 63 0 1 015 0 953 63 2 0 956 1 001 0 459 0 699 0 922 1 142 68 0 1 000 1 000 66 2 1 000 1 000 0 549 0 778 1 000 1 219 73 0 0 983 1 048 72 1 1 096 1 000 0 472 0 699 0 925 78 0 0 966 1 101 77 1 1 181 0 997 0 439 0 662 83 0 0 949 1 155 Table 48 GER060 correction factors for variation in entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input Entering Heating Input Air WBF Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Wa
156. inal kW ratings at 240 480 600V e Electric heaters restricted on applications below 320 cfm Ton Table 80 Air temperature rise across electric heaters F 3 5 ton GERO36 GERO48 GERO60 b 3 ton 4 ton 5 ton 1200 CFM 1600 CFM 2000 CFM Single Three Single Three Single Three kW Stages Phase Phase Phase Phase Phase Phase 5 00 1 8 5 6 00 1 11 4 10 00 2 16 3 12 00 2 21 5 13 80 2 22 3 17 40 2 30 0 17 60 2 28 3 23 00 2 38 8 Notes 1 For minimum design airflow see airflow performance table for each unit 2 To calculate temp rise at different airflow use the following formula Temp rise across Electric Heater kW x 0 3414 1 08 x CFM a The minimum allowable airflow for a GERO36 with a 17 4 kW heater is 1080 CFM b The minimum allowable airflow for a GERO60 with 23 0 kW heater is 1900 CFM WSHP PRCO21 EN 75 Performance Data Table 81 Air temperature rise across electric heaters F 6 25 ton GERO72 GERO90 GER120 D 150 GER180 GER240 GER300 lt 6 ton 7 5 ton 10 ton 12 5 ton 15 ton 20 ton 25 ton kW Stages 3000 CFM 3400 4000 5000 6000 8000 9000 CFM 9 0 1 14 2 9 5 18 0 1 28 5 19 0 14 2 11 4 9 5 27 0 2 42 7 28 5 21 3 9 5 36 0 2 56 9 37 9 28 5 23 0 19 0 14 2 12 6 54 0 2 42 7 34 1 28 4 21 3 19 0 72 0 2 28 5 25 3 Notes 1 For minimum design airflow see airflow performance tab
157. itions other than what is tabulated multipliers must be used to correct performance See Table 28 p 34 for Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 18 6 Minimum CFM 1920 Rated CFM 2280 Maximum CFM 2880 Table 28 072 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 1920 0 968 0 910 1 002 0 985 1 067 1986 0 975 0 926 1 001 0 988 1 053 2052 0 981 0 942 1 001 0 989 1 040 2160 0 990 0 969 1 000 0 998 1 023 2280 1 000 1 000 1 000 1 000 1 000 2400 1 010 1 031 0 999 1 004 0 983 2622 1 023 1 086 0 998 1 011 0 956 2880 1 040 1 156 0 997 1 019 0 932 GERO090 Cooling Performance Table 29 GERO090 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 15 1 101 5 68 9 0 68 4 37 116 5 60 4 5 6 18 6 101 7 69 0 0 68 4 26 116 2 57 5 8 1 21 0 101 8 69 0 0 68 4 20 116 1 56 1 9 9 45 23 3 101 9 69 1 0 68 4 16 116 1 55 0 11 9 24 5 101 9 69 1 0 68 4 14 116 0 54 5 13 0 25 6 101 9 69 1 0 68 4 12 116 0 54 0 14 1 28 0 101 9 69 1 0 68 4 09 115 9 53 3 16 5 15 1 99 1 67 9 0 68 4 87 115 7 70 3 5 4 18 6 99 3 68 0 0 68 4 75 115 5 67 4 7 8 21 0 99 4 68 0 0 68 4 69 115 4 66 0 9 6 55 23 3 99 5 68 1 0 68 4 64 115 3 64 9 11 5 24 5 99 5 68 1 0 68 4 63 115 3 64 4 12 5 25 6 99 5 68 1 0 68 4 61 115 2 64 0 13 6 28
158. ive b Notes 1 For Standard Evaporator Fan Speed rpm reference Table 74 p 73 2 Data includes pressure drop due to standard filters and wet coils No accessories or options are included in pressure drop data 3 Refer to Table 79 p 74 to determine additional static pressure drop due to other options accessories 4 1 HP Fan Motor Heat MBH 2 829 x Fan BHP 0 4024 3 HP Fan Motor Heat MBH 2 9000 x Fan BHP 0 4750 5 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected BAYLSDRO09AA b Field Supplied Fan Sheave AK59 and Belt AX35 66 WSHP PRC021 EN Performance Data Table 67 Direct drive evaporator fan performance GER120 downflow airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM RPM BHP RPM RPM RPM RPM RPM RPM RPM BHP 3200 1024 0 65 1056 0 73 1087 0 81 1118 0 89 1146 0 98 1172 1 06 1199 1 15 1226 1 24 1255 1 35 1280 1 44 3600 1144 0 90 1173 0 99 1201 1 08 1229 1 18 1256 1 27 1282 1 36 1305 1 45 1328 1 55 1352 1 65 1377 1 76 4000 1264 1 21 1291 1 31 1317 1 41 1342 1 51 1367 1 62 1392
159. l include wood nailer strips Supply and or Return Air Smoke Detector Option With this option factory installed if smoke is detected all unit operation will be shut down Reset will be manual at the unit Return air smoke detectors require minimum allowable airflow when used with certain models See the installation operation and maintenance IOM manual for the models affected and the minimum allowable airflow required Through the Base Electrical with Circuit Breaker Option This option is a factory installed thermal magnetic molded case HACR Circuit Breaker with provisions for through the base electrical connections The circuit breaker will be installed in a water tight enclosure in the unit with access through a swinging door Factory wiring will be provided from the switch to the unit high voltage terminal block The circuit breaker will provide over current protection be sized per NEC and UL guidelines and be agency recognized by UL CSA Through the Base Electrical with Disconnect Switch Option Factory installed 3 pole molded case disconnect switch with provisions for through the base electrical connections are available This disconnect switch will be installed in the unit in a water tight enclosure with access through a swinging door Factory wiring will be provided from the switch to the high voltage terminal block The switch will be UL CSA agency recognized Note The disconnect switch will be sized per NEC and UL guideli
160. le 36 GER150 heating performance Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kw LWT Head 25 2 99 2 70 2 8 51 19 4 12 8 31 0 101 2 72 2 8 52 20 3 17 2 35 0 102 3 73 2 6 53 20 8 20 8 25 38 8 103 0 73 9 6 53 21 2 24 4 40 8 103 4 74 3 6 53 21 4 26 4 42 6 103 7 74 6 8 54 21 5 28 2 46 6 104 2 75 1 8 54 21 8 32 3 25 2 114 9 85 2 8 68 25 2 9 5 31 0 116 8 87 1 8 69 26 4 13 6 35 0 117 8 88 1 8 70 27 0 16 8 32 38 8 118 6 88 9 8 71 27 4 20 1 40 8 118 9 89 2 8 71 27 6 22 0 42 6 119 3 89 5 8 72 27 8 23 7 46 6 119 5 89 8 8 70 28 1 27 7 25 2 137 6 107 1 8 92 36 5 7 7 31 0 139 8 109 3 8 93 37 9 11 0 35 0 141 2 110 6 8 96 38 7 13 5 45 38 8 141 8 111 2 8 96 39 3 16 2 40 8 142 4 111 8 8 97 39 5 17 7 42 6 142 8 112 1 8 97 39 7 19 1 46 6 143 4 112 7 8 98 40 2 22 3 25 2 155 2 124 0 9 14 45 2 74 31 0 158 1 126 7 9 18 46 8 10 5 35 0 159 4 128 0 9 20 47 7 13 0 55 38 8 160 5 129 0 9 21 48 3 15 6 40 8 160 7 129 3 9 21 48 7 17 0 42 6 161 3 129 9 9 22 48 9 18 3 46 6 162 0 130 5 9 23 49 4 21 4 25 2 179 1 146 7 9 50 56 4 7 0 31 0 183 1 150 5 9 55 58 3 10 1 35 0 184 0 151 4 9 55 59 3 12 4 68 38 8 185 8 153 1 9 58 60 1 14 9 40 8 186 6 153 8 9 59 60 5 16 2 42 6 186 5 153 8 9 58 60 8 17 5 46 6 187 8 155 0 9 61 61 3 20 4 25 2 193 3 160 1 9 72 62 3 6 9 31 0 197 6 164 1 9 79 64 4 9 8 35 0 200 2 166 6 9 84 65 5 12 1 75 38 8 200 8 167 3 9 82 66 4 14 5 40 8 201 9 168 3 9 84 66 8 15 8
161. le for each unit 2 To calculate temp rise at different airflow use the following formula Temp rise across Electric Heater kW x 0 3414 1 08 x CFM a The minimum allowable airflow for a GERO72 with a 36 0 kW heater is 2400 CFM b The minimum allowable airflow for a GER120 with a 54 0 kW heater is 4000 CFM c 27 kW heater can not be used in the GER300 with an oversized motor Table 82 Electric heater temperature rise correction factors Variation from Nominal CFM 20 15 10 5 10 15 20 Temperature Rise Multiplier 1 25 1 17 1 11 1 00 0 95 0 91 0 87 0 83 Table 83 Water volume Water Side Water Side Water Side Volume Volume Volume Unit Size Cubic In Cubic In Gallons 036 105 0 061 0 455 048 171 0 099 0 740 060 171 0 099 0 740 072 259 0 150 1 121 090 210 0 122 0 909 120 342 0 198 1 481 150 508 0 294 2 199 180 508 0 294 2 199 240 779 0 451 3 372 300 1057 0 612 4 576 76 WSHP PRC021 EN Performance Data Table 84 Correction factors for antifreeze solutions Concentration by Volume Item 10 20 30 40 50 Methanol Cool 0 9980 0 9965 0 9949 0 9932 0 9915 Capacity 0 9950 0 9808 0 9846 0 9794 0 9742 Capacity Pressure 1 023 1 057 1 091 1 122 1160 Drop Ethylene Glycol Cool 0 9955 0 9912 0 9870 0 9830 0 9790 Capacity 0 9925 0 9848 0 9770 0 9690 0 9610 Capacity Pressure 1 024 1 068 1 124 1 188 1263 Drop Pr
162. ling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input Entering Heating Input Air WBF Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Watts 49 4 0 931 0 993 1 061 1 129 1 198 53 0 1 053 0 884 56 3 0 932 0 993 0 822 1 049 1 199 58 0 1 036 0 920 60 3 0 935 0 993 0 619 0 847 1 078 1 269 63 0 1 016 0 958 63 2 0 961 0 995 0 471 0 701 0 929 1 158 68 0 1 000 1 000 66 2 1 000 1 000 0 542 0 769 1 000 1 232 73 0 0 981 1 042 72 1 1 088 1 010 0 453 0 683 0 912 78 0 0 963 1 087 77 1 1 166 1 023 0 405 0 635 83 0 0 945 1 134 Table 55 GER300 correction factors for variation entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input Entering Heating Input Air WB F Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DB F Capacity Watts 49 4 0 942 0 971 0 778 0 933 1 098 a 56 3 0 943 0 971 0 720 0 936 1 100 T 60 3 0 943 0 972 0 561 0 822 1 085 63 2 0 959 0 979 0 447 0 691 0 930 1 176 66 2 1 000 1 000 0 523 0 751 1 000 1 246 72 1 1 066 1 041 0 389 0 600 0 864 77 1 1 101 1 059 0 254 0 487 WSHP PRC021 EN 55 Performance Data Table 56 Multispeed direct drive evaporator fan performance only available on single phase 3 5 ton units External Static Pressure Inches of Water amp Motor Power Rated St
163. mp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kw Mbtuh LWT Head 30 2 153 0 129 3 0 85 17 76 213 6 134 1 7 4 37 2 154 1 130 3 0 85 17 44 213 7 131 5 10 7 41 8 154 7 130 8 0 85 17 28 213 6 130 2 13 2 120 46 5 155 1 131 1 0 85 17 15 213 6 129 2 15 9 48 8 155 3 131 3 0 85 17 10 213 6 128 8 17 3 51 2 155 4 131 4 0 85 17 05 213 6 128 3 18 9 55 8 155 7 131 6 0 85 16 98 213 6 127 7 21 9 Note Cooling performance data is tabulated at 80 6 F DB 66 2 F WB at the rated CFM For conditions other than what is tabulated multipliers must be used to correct performance See Table 40 p 47 for Fan Correction Factors for CFM other than rated and the Cooling Correction Factors for variations in entering air temperatures Rated GPM 46 5 Minimum CFM 4800 Rated CFM 5700 Maximum CFM 7200 GER180 Heating Performance Table 39 180 heating performance Gross Absorb Comp Pwr Feet EWT GPM Mbtuh Mbtuh kW LWT Head 30 2 114 9 82 9 9 38 19 5 15 8 37 2 115 5 83 5 9 38 20 5 21 7 41 8 116 1 84 0 9 40 21 0 25 9 25 46 5 116 7 84 6 9 41 21 4 30 6 48 8 117 0 84 8 9 42 21 5 32 9 51 2 117 3 85 1 9 42 21 7 35 5 55 8 117 7 85 5 9 43 21 9 40 8 30 2 125 6 92 9 9 57 25 8 12 6 37 2 126 7 93 9 9 59 27 0 18 1 41 8 127 3 94 5 9 60 27 5 22 2 32 46 5 128 0 95 2 9 62 27 9 26 7 48 8 128 1 95 3 9 62 28 1 29 1 51 2 128 1 95 3 9 62 28 3 31 6 55 8 129 0 96 2 9 64 28 6 36 7 30 2 146 9 112 8 9 99 37 5 10 1 37 2 147 4 113
164. mperature Indoor Fan Three phase units shall offer a choice of a direct drive FC centrifugal fan or a belt driven FC centrifugal fan with adjustable motor sheaves Single phase units shall offer a direct drive motor only Units utilizing the belt driven option shall contain an idler arm assembly for quick adjustment of fan belts and motor sheaves All motors shall be thermally protected Oversized motors shall be available for high static applications All indoor fan motors shall meet the U S Energy Policy Act of 1992 EPACT LonTalk Communications Interface The LonTalk communication interface allows the equipment to communicate as a Tracer LCI V device or generally with a LonTalk Network Building Automation System Manual Outside Air Damper Option Factory or field installed rain hood and screen shall provide up to 50 percent outside air Motorized Outside Air Dampers Option Factory or field installed manually set outdoor air dampers shall provide up to 50 percent outside air Once set outdoor air dampers shall open set position when indoor fan starts The damper shall close to the full closed position when indoor fan shuts down Motorized Water Valve Option When extreme fluid temperature conditions do not exist with an open loop system a motorized water valve shall be applied to vary water flow in the system The motorized valve shall aid in maintaining pressure in the loop during equipment cycling 121 TRANE
165. nels and top covers in the indoor air section shall be insulated with cleanable foil faced fire retardant permanent odorless glass fiber material The base of the unit shall be insulated with 1 2 inch 1 pound density foil faced closed cell material All insulation edges shall be either captured or sealed The units base pan shall have no penetrations within the perimeter of the curb other than the raised 1 1 8 inch high down flow supply return openings to provide an added water integrity precaution if the condensate drain backs up The base of the unit shall have provisions for forklift and crane lifting with forklift capabilities on three sides of the unit Clogged Filter Fan Failure Switch Option A factory or field installed dedicated differential pressure switch is available to achieve active fan failure indication and or clogged filter indication These indications will be registered with either a zone sensor with status indication lights or an Integrated Comfort System Compressors All units shall have direct drive hermetic scroll type compressors with centrifugal type oil pumps The motor shall be suction gas cooled and shall have a voltage utilization range of plus or minus 10 percent of unit nameplate voltage Internal overloads shall be provided with the scroll compressors The compressor s shall have internal spring isolation and sound muffling to minimize vibration transmission and noise External high and low pressure switches
166. neral data 25 ton standard efficiency 25 Tons Downflow amp Horizontal Units GER300E3 4 W K Unit Size Length of Cabinet 121 3 4 Width of Cabinet 84 3 4 Height 54 Net Weight Ib 1906 Compressor Number Type 2 Scrolls Sound Outdoor Sound Rating BELS 9 4 Indoor Coil Type Hi Performance Tube Size in ID Face Area sq ft Rows FPI Refrigerant Control Drain Connection Number Size in Water Connection size inches Indoor Fan Type Number Used Diameter in Drive Type No Speeds Number Motors Motor HP Standard Oversized Motor RPM Standard Oversized Motor Frame Size Standard Oversized Filters Type Furnished Number Size Recommended Downflow Horizontal 0 3125 26 00 4 15 Short Orifice 1 1 00 NPT 2 FC Centrifugal 1 18x18 Belt 1 1 7 5 N A 3 470 N A 184T N A Throwaway 4 20x20x2 4 20x25x2 8 20x25x2 WSHP PRC021 EN 15 e TRANE Performance Data Table6 rating Rated Cooling Heating Cooling Heating Cooling Heating Water Rated Capacity EER Capacity Capacity EER Capacity COP Capacity Capacity Unit Flow Airflow WLHP WLHP GWHP GWH GWHP GWH GLHP EER COP Size tons GPM SCFM BTUH P BTUH WLHP BTUH P BTUH P BTUH GLHP BTUH GLHP GERO36 3 84 1140 38200 14 6 41400 4 5 43800 230 36100 4 2 40000 17 6 29800 3 6 GERO48 4 11 2 1520 51500 15 8 52700 4 7 58000 24 3 45500 4 3 53500 18 4 37900 3 6 GER060 5 14 0 1900
167. nes but will not be used in place of unit over current protection Through the Base Utilities Access Option A factory installed electrical service entrance shall be provided allowing electrical access for both control and main power connections inside the curb and through the base of the unit Option will allow for field installation of liquid tight conduit and an external field installed disconnect switch WSHP PRC021 EN WSHP PRC021 EN e Mechanical Specifications Trane Communications Interface An option for a factory or field installedTrane Communication Interface shall be available to allow a twisted wire pair communication with a Trane Integrated Comfort system Unit Top The top cover shall be one piece or where seams exist double hemmed and gasket sealed to prevent water leakage The ribbed top adds extra strength and prevents water from pooling on the unit top Water to Refrigerant Heat Exchanger The water to refrigerant heat exchanger shall be of a high quality co axial coil for maximum heat transfer The copper or optional cupro nickel coil shall be deeply fluted to enhance heattransfer and minimize fouling and scaling The coil shall have a working pressure of 400 psig on the refrigerant and 650 psig on the watersides Zone Sensors Option This field installed option shall be provided to interface with the micro equipped rooftop equipment and shall be available in either manual automatic programm
168. ng Simply place a jumper between Test 1 andTest 2 terminals on the low voltage terminal board and the unit will walkthrough its operational steps The unit automatically returns control to the zone sensor after stepping through the test mode a single time even if the jumper is left on the unit e As long as the unit has power and the LED is lit the microprocessor is operational The light indicates that the processor is functioning properly Expanded diagnostic capabilities when teamed with Trane s Integrated Comfort Systems to become part of a full building management system through Tracer Summit e Asanenergy benefit the microprocessor based controls soften electrical spikes by staging on blower fans compressors and heaters Theintelligentfallback or adaptive control is a benefitto the building occupant If a component goes astray the unit will continue to operate at predetermined temperature set points e Functioning constantly the microprocessor and zone sensors work together in harmony to provide tight comfort control TRANE Features and Benefits Convertible Units 3 10 Ton The units ship in a downflow configuration but may be easily converted to a horizontal supply by simply moving two panels Condenser Thermostat A bi metal element thermostat is installed standard on the water out as a standard option of each system This standard option gives extra protection against water freeze due to extreme outside low tem
169. nits incorporate a one piece top design to ensure superior water integrity All access panels are tightly sealed to prevent water from entering the duct work Unit Mounted Disconnect or Circuit Breaker sometimes interfere with service access Factory installation of unit disconnects reduce costs assure proper mounting and provide the opportunity to upgrade to unit circuit breaker protection Codes require a method of assured unit shutdown for servicing Field installed disconnects Water Connection The water in water out connections to the co axial coil are located in the refrigerant section of the rooftop These threaded and accessible connections provide a quick installation to a hose WSHP PRC021 EN TRANE Application Considerations WSHP PRC021 EN Flexibility The rooftop water source heat pump system is versatile for installation in boiler cooling tower applications as well as ground source geothermal applications The system design may employ either a central pumping design or a distributed pumping design A central pumping design involves a single pump design usually located within a basement or mechanical room to fulfill pumping requirements for the entire building system An auxiliary pump is typically applied to lessen the likelihood of system downtime if the main pump malfunctions A distributed pumping system contains a single pump module connected directly to the unit supply and return This module is
170. ntrols Trane ICS controls are factory tested and commissioned to provide comfort efficiency and reliability as well as single source warranty and service With Trane s integrated controls the installed costs are lower because the equipment has turn key factory controls and every component has been specifically designed to optimize the units performance When the Axiom rooftop with Trane controls arrives to the jobsite it is completely ready for quick installation and operation MicroControls The unit microprocessor improves quality and reliability through the use of time tested microprocessor controls and logic Features for the micro processing controls include e Provides heating cooling and ventilating by utilizing input from sensors that measure outdoor and indoor temperature Prevents the unit from short cycling considerably improving compressor life e Ensures that the compressor will run for a specific amount of time which allows oil to return for better lubrication enhancing the reliability of the compressor e Reduces the number of components required to operate the unit thereby reducing possibilities for component failure e Eliminates the need for field installed components with its built in anti short cycle timer time delay relay and minimum on time controls These controls are factory tested to assure proper operation e Requires no special tools to run the rooftop unit through its paces during testi
171. nued i i 1 Unit Standard Economizer with OA RA Dampers Electric Heater Access kW 4 e Model 2 MERV 7 MERV 13 100 OA 100 100 OA 100 Tons Number cfm Filters 2 Filter gt Filter Downflow RA Horiz RA 5 12 14 23 23 36 54 72 3200 0 07 0 10 0 14 0 17 0 05 0 14 0 05 0 02 0 03 0 05 10 GER120 4000 0 11 0 15 0 16 0 26 0 07 0 30 0 08 0 02 0 03 0 05 4800 0 16 0 20 0 18 0 34 0 09 0 35 0 10 0 03 0 04 0 06 4000 0 02 0 04 0 08 0 20 0 02 0 20 0 02 0 03 0 03 0 04 12 2 GER150 5000 0 03 0 05 0 11 0 26 0 03 0 26 0 03 0 04 0 05 0 06 6000 0 05 0 07 0 14 0 35 0 04 0 35 0 04 0 06 0 07 0 09 4800 0 03 0 05 0 10 0 24 0 03 0 24 0 03 0 04 0 04 0 05 15 180 6000 0 05 0 07 0 14 0 35 0 04 0 35 0 04 0 06 0 07 0 08 7200 0 07 0 09 0 17 0 42 0 05 0 42 0 05 0 09 0 10 0 12 6400 0 05 0 08 0 12 0 22 0 04 0 22 0 04 0 06 0 08 0 09 20 240 8000 0 08 0 10 0 15 0 31 0 05 0 31 0 05 s 0 10 0 12 0 14 9600 0 11 0 14 0 19 0 44 0 07 0 44 0 07 0 14 0 17 0 20 7000 0 09 0 13 0 17 0 26 0 04 0 26 0 04 0 08 0 10 0 11 25 GER300 9000 0 14 0 18 0 23 0 40 0 07 0 40 0 07 0 13 0 15 0 18 11000 0 21 0 25 0 32 0 57 0 10 0 57 0 10 0 18 0 22 0 26 a Tested with 2 filters b Tested with standard filters Difference in pressure drop should be considered when utilizing 2 MERV 7 and MERV 13 filters c OA Outside Air and RA Return Air d Nom
172. opylene Glycol Cool 0 9934 0 9869 0 9804 0 9739 0 9681 Capacity Heat 0 9863 0 9732 0 9603 0 9477 0 9350 Capacity Pressure 1 040 1 098 1 174 1273 1 405 Drop Example 1 Ethylene Glycol The antifreeze solution is 20 by volume of Ethylene Glycol Determine the corrected cooling capacity and waterside pressure drop for a GERA036 when the EWT is 86 F and the GPM is 9 0 From the catalog data the cooling capacity at these conditions with 100 water is 39 6 MBTUH and the waterside pressure drop is 11 5 feet of head At 20 Ethylene Glycol the correction factor for cool capacity is 0 9912 and the pressure drop is 1 068 The corrected cooling capacity MBTUH 36 9 0 9912 36 58 The corrected water side pressure drop Ft head 11 5 1 068 12 23 Example 2 Propylene Glycol The antifreeze solution is 30 by volume of Propylene Glycol Determine the corrected heating capacity and waterside pressure drop for a GERA048 when the EWT is 45 F and the GPM is 12 0 From the catalog data the heating capacity at these conditions with 100 water is 49 1 MBTUH and the waterside pressure drop is 11 0 feet of head At 30 Propylene Glycol the correction factor for heat capacity is 0 9603 and the pressure drop is 1 174 The corrected cooling capacity MBTUH 49 1 0 9603 47 15 The corrected water side pressure drop Ft head 11 0 1 174 12 91 WSHP PRC021 EN 77 Performance Data Cooling Capacity Correc
173. or variation in entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input a a a Entering Heating Input Air WBF Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Watts 49 4 0 932 0 998 1 077 1 143 1 211 A 53 0 1 038 0 868 56 3 0 933 0 998 0 824 1 056 1 212 58 0 1 028 0 910 60 3 0 938 0 998 0 605 0 846 1 085 1 285 63 0 1 012 0 952 63 2 0 962 0 998 0 436 0 681 0 926 1 164 68 0 1 000 1 000 66 2 1 000 1 000 0 508 0 757 1 000 1 238 73 0 0 984 1 047 72 1 1 089 1 004 0 397 0 648 0 898 78 0 0 971 1 098 77 1 1 169 1 007 0 328 0 587 83 0 0 958 1 153 Table 51 120 correction factors for variation in entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input Entering Heating Input Air WBF Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Watts 49 4 0 934 1 002 1 023 1 090 1 157 53 0 1 054 0 843 56 3 0 935 1 002 0 815 1 030 1 158 58 0 1 037 0 894 60 3 0 936 1 002 0 635 0 847 1 061 63 0 1 018 0 946 63 2 0 957 1 001 0 499 0 713 0 926 1 142 68 0 1 000 1 000 66 2 1 000 1 000 0 573 0 784 1 000 1 218 73 0 0 984 1 061 72 1 1 089 0 999 0 497 0 713 0 926 78 0 0 966 1 119 77 1 1 169 0 999 0 466 0 675 83 0 0 944 1 179 54 WSHP PRC021 EN Performance Data Table 52 150 correction factors for variation in entering air tempe
174. pacity equal to 125 of the cooling load If humidity levels are low in the application and low operating cost is important the heat pump and ground loop should be sized for 90 to 100 of the heating load If humidity levels are low and lower initial cost is important then the heat pump and ground loop should be sized for 70 to 85 of the heating load with the remaining load to be treated with electric resistance heat Installation cost will be reduced in this approach because of the smaller heat pump selection and less loop materials In general the system will not use enough electric heat to offset the higher installation costs associated with a fully sized or oversized system Finally a unit sized for the entire heating load in a heating dominated application will be oversized in cooling Comfort is reduced from increased room humidity caused by short run times Short cycling will also shorten the life expectancy of the equipment and increase power consumption and operating cost Many rebate incentives require the heat pump and ground loop to be sized for the entire heating load Check with you local utility for their requirements 11 e TRANE Model Number Descriptions G E R 060 1 1 0 1 1 0 D 0 T 0 A 6 O 0 1 10A 0 0 0000000 3 4 56 7 8 9 10 11 Digits 1 3 Unit Configuration GER High Efficiency Rooftop Digit 4 Development Sequence E Digits 5 7 Nominal Size MBH 036 3Ton 048 4Ton
175. peratures Discharge Line Thermostat A bi metal element discharge line thermostats installed as a standard option on the discharge line of each system This standard option provides extra protection to the compressors against high discharge temperatures in case of loss of charge extremely high ambient and other conditions which could drive the discharge temperature higher Drain Pans The unit drain pans are of non corrosive material They are dual sloped and removable for ease of cleaning The drain pans are reversible to allow a drain trap installation on either side of the unit Duct Flanges The units come complete with horizontal duct flanges to save additional time and money to the field contractor during installation Easy Access Low Voltage Terminal Strip The low voltage terminal strip is external to the electrical control cabinet It is extremely easy to locate and attach the thermostat wire The wiring of the low voltage connections to the unit and the zone sensors is as simple as 1 matching 1 1 2 2 3 3 which ultimately makes it easier for the installer to wire Easy Access Panels Easy access panels reduce the number of possible water entry points By removing only two screws entry to the standardized internal components and wiring is possible All panels are sealed to prevent water from entering the duct work Foil Faced Insulation All panels in the air side section of the unit contain cleanable foil
176. ponents are placed in the same location on all rooftop units to provide a repetitious look and feel to installation and maintenance personnel Through the Base Condensate Every unit includes provisions for through the base condensate drain connections This allows the drain to be connected through the roof curb instead of requiring a separate roof penetration TRANE Features and Benefits Thermal Expansion Valve TXV AllTrane water source rooftops systems include a thermal expansion valve This valve allows the unit to operate under a large range of entering fluid temperature from 25 F to 110 and entering air temperatures from 40 F to 90 F This wide temperature range allows the unit to run without a water regulating device through precise metering of refrigeration flow to achieve desired heating or cooling This precise metering by the TXV increases the efficiency of the unit Through the Base Electrical Utility Access Factory provided through the base openings simplifies wiring and piping Because these utility openings frequently minimize the number of roof penetrations the integrity of roofing materials is enhanced Unit Base For additional water integrity the unit contains a raised 1 1 8 inch lip around the unit s down flow supply and return to prevent water from blowing into the ductwork Unit Cabinet The compact cabinet of the 3 through 10 ton equipment contains rounded corners to take up less room All u
177. r the higher flow ranges of each series Mesurflo valve Figure 31 Ball valve kit manual MeasurfloVac kit automatic Optional Isolation Valve Optional Isolation Valve 2 Position Valve 2 Position Valve Mesurmeter w PT s 2510 Mesurflo w PT s KIYN Ball Valve Flex Hose 1 4 SUPR Optional Yball Strainer wiBlowdown Valve amp Hose Connector Optional Yball Strainer wiBlowdown Valve amp Hose Connector Thermostat Sensor Location Location of thermostat or zone sensor is an important element of effective room control and comfort The best location is typically on a wall remote from HVAC unit s supply return air grille Readings at this location assure the desired setpoint is achieved across the space not just near the unit It may be necessary to subdivide the zone to ensure adequate control and comfort is accomplished Figure 32 indicates areas where thermostat or zone sensor should not be mounted These include e Near drafts or dead spots e g behind doors or corners e Near hot or cold air ducts e Near radiant heat e g heat emitted from appliances or the sun e Near concealed pipes or chimneys e On outside walls or other non conditioned surfaces In air flows from adjacent zones or other units Figure 32 Thermostat sensor location WSHP PRC021 EN 105 TRANE Accessories
178. rademarks of Trane in the United States and other countries Trane is a business of Ingersoll Rand All trademarks referenced in this document are the trademarks of their respective owners LonTalk is a registered trademark of Echelon Corporation 2013Trane All rights reserved WSHP PRCO21 EN Table of Contents WSHP PRC021 EN INthOdUCTION vee ede dae 2 Features and Benefits 4 Application Considerations 9 Selection PrOCBOUEO Kes AUR ON SE 10 Model Number 5 12 General 13 Performance Data 16 Operating Pressures 16 Electrical Data ag aa 79 Dimensional 86 Weights and Center of Gravity 104 6550 5 Mia ana Wa B hu Ee pu BER RR IA a B ana Rare dd 105 System balancing hose kit 105 Thermostat Sensor Location 105 Zone Sensors RR HE EO E dH RR es aod 106 WIMA G thi
179. rature Sensible vs Entering Dry Bulb Multipliers Cooling Cooling __ Heating Heating Entering Cooling Input Entering Heating Input Air WB F Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Watts 49 4 0 936 1 001 1 026 1 094 1 163 53 0 1 048 0 872 56 3 0 937 1 000 0 812 1 042 1 164 58 0 1 033 0 913 60 3 0 937 1 002 0 620 0 844 1 072 63 0 1 017 0 956 63 2 0 958 1 000 0 475 0 701 0 925 1 157 68 0 1 000 1 000 66 2 1 000 1 000 0 549 0 772 1 000 1 235 73 0 0 986 1 049 72 1 1 096 0 997 0 468 0 704 0 923 78 0 0 968 1 097 77 1 1 178 0 994 0 425 0 654 83 0 0 952 1 149 Table 53 GER180 correction factors for variation in entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input Entering Heating Input Air WBF Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Watts 49 4 0 939 0 992 1 031 1 096 1 161 53 0 1 083 0 893 56 3 0 940 0 993 0 816 1 026 1 163 58 0 1 058 0 928 60 3 0 942 0 994 0 618 0 844 1 062 1 223 63 0 1 030 0 965 63 2 0 962 0 997 0 470 0 699 0 926 1 138 68 0 1 000 1 000 66 2 1 000 1 000 0 544 0 772 1 000 1 209 73 0 0 972 1 038 72 1 1 086 1 008 0 461 0 689 0 919 78 0 0 942 1 077 77 1 1 159 1 017 0 419 0 647 83 0 0 911 1 117 Table 54 GER240 correction factors for variation in entering air temperature Coo
180. rement e Entering water reflects the centigrade temperature scale at 68 F 20 C e Entering air reflects the centigrade temperature scale at 80 6 F 27 C dry bulb and 66 2 F 19 C wet bulb e Pump power correction factors are added onto the existing power consumption e Fan power is corrected to zero external static pressure The rooftop water source heat pump performance is rated in accordance to the AHRI ISO 13256 1 standard This new standard has three major categories Water Loop AHRI 320 Ground Water AHRI 325 Ground Loop AHRI 330 Although these standards are similar there are some differences The cooling efficiency is measured in EER but includes a Watt per Watt unit of measure similar to the traditional COP measurement The entering water temperature has changed to reflect the centigrade temperature scale For instance the water loop heating test is performed with 68 F 20 C water instead of 70 EThe cooling tests are performed with 80 6 F 27 C dry bulb and 66 2 F 19 C wet bulb entering air instead of the traditional 80 F dry bulb and 67 F wet bulb entering air temperatures This data 80 6 66 2 may be converted to 80 67 by using the entering air correction table WSHP PRC021 EN WSHP PRC021 EN Selection Procedure A pump power correction has been added onto the existing power consumption Within each model only one water flow rate is specified for each performance category and pumping wat
181. s run tested to meet the industry standards developed by AHRI to insure that global quality standards are met Reversing Valve A system reversing valve 4 way valve is included with all heat pump units The valve is piped to be energized in the cooling mode to allow space heating if valve failure were to occur Units with the cooling only option will not receive a reversing valve Roof Curb Only one roof curb both horizontal and down flow discharge for the 3 through 5 ton or 6 through 10 ton rooftop line simplifies the roof curb selection Curb selection for the 12 1 2 through 25 ton equipment is made through only three roof curb combinations Safety Devices All units are equipped with high and low pressure cutout to prevent compressor damage and water coil freezing The low pressure switch prevents compressor operation under low charge excessive loss of charge situations and under low temperature operation The high pressure switch prevents compressor operation during high or excessive discharge pressures The following options round out the complete line of options 010 50 manual or motorized outside air Electric Heaters Supply and or return smoke detectors e Discharge air sensor e Factory built roof curb e Wide array of zone sensors and thermostats Single Point Power A single electrical connection to the contactor powers the unit when unit contains the electric heat option Standardized Components Com
182. s to the rooftop unit these sensors are cost effective and a good investment Co axial Water to Refrigerant Coil The internal heat exchanging water coil is a copper or cupro nickel tube within a tube design The innertube ofthe coil is deeply fluted to enhance heattransfer and to minimize fouling and scaling Colored and Numbered Wiring The unit wiring is both numbered and color coded to save time and money when tracing wires or diagnosing the unit Communication Interface The direct digital control module may be factory or field installed This module when applied with ReliaTel easily interfaces with Trane s Integrated Comfort System Trane s micro processing controller provides unit control for heating cooling and ventilation utilizing input from sensors that measure outdoor and indoor temperature Compressors The Axiom rooftop contains the best compressor technology available to achieve the highest possible performance Our compressor line includes reciprocating and scrolls Controls by Trane Several years ago Trane was the first to introduce microprocessor controls into the light commercial market With this control board a broad range of applications may be explored This range includes setups such as a standalone unit to sensor design to a complete building control system provided through an ICS design 4 WSHP PRC021 EN WSHP PRC021 EN Features and Benefits Why Trane Co
183. t Sensor Clogged Filter Switch Fan Failure Switch Discharge Air Sensing Tube Clogged Filter Switch and Fan Fail Switch Clogged Filter Switch and Discharge Air Sensing Tube Fan Fail Switch and Discharge Air Sensing Tube Clogged Filter Switch Fan Fail Switch and DA Sensing Tube Digit 20 Temperature Sensor 7 High Pressure Control Frostat Crankcase Heater Digit 21 Night Setback 0 No Night Setback Relay N Night Setback Relay Note Option N is used for the Micro Standalone Controller ONLY Digit 22 Electric Heat Option No Electric Heat 5 kW 1 Phase 6 kW 3 Phase 9 kW 3 Phase 10 kW 1 Phase 12 kW 3 Phase 14 kW 1 Phase 18 kW 1 and 3 Phase 23 kW 3 Phase 27 kW 3 Phase 36 kW 3 Phase 54 kW 3 Phase omo How H H H m G UZACcopnmoou o 22 23 242526 27 28 29 30 36 Digit 23 Unit Mounted Disconnect No Unit Mounted Disconnect Non Fused Disconnect Circuit Breaker Digit 24 Filter Type 2 2 Throwaway Filter 4 2 MERV 8 Filter 5 2 MERV 13 Filter Digit 25 Acoustic Arrangement 0 Sound Attenuation Package Digit 26 Factory Configuration 0 Standard Factory Configuration Hinged Access Panels Digit 27 Paint Color 0 No Paint Selection Available Digit 28 Outside Air Option 0 No Outside Air Manual Outside Air Damper 0 25 Motorized Outside Air Damper 0 50 Economizer Dry Bulb 0 100 witho
184. ter of gravity Center of Gravity A Length B D Center of Gravity Width Center of Gravity Table 89 Typical unit weights and point loading data Net Corner Weights Center of Gravity Model Weight A B D Length Width GER 036 487 132 121 112 121 33 0 19 0 GER 048 538 146 134 124 134 33 0 19 0 GER 060 678 188 164 154 173 40 5 23 0 GER 072 700 194 169 159 179 40 5 23 0 GER 090 794 218 194 182 201 41 0 23 0 GER 120 941 235 251 234 221 52 0 28 0 GER 150 1800 491 481 410 418 60 0 32 0 GER 180 1848 505 493 421 429 60 0 32 0 GER 240 2008 548 536 458 466 60 0 32 0 GERE300 1906 520 509 435 442 30 0 32 0 104 WSHP PRC021 EN TRANE Accessories System balancing hose kit For automatic system balancing of a water source heat pump the Mesurflo self balancing hose kit provides a constant flow rate over the pressure differential rage of 2 to 80 psid As system pressure changes through further addition of heat pumps for example each individual flow control valve will automatically adjust to the new system conditions In variable water volume applications a self balancing hose kit can provide continuous balancing because of its ability to automatically adjust to the varying system conditions Note At low differential pressure the flow area required to achieve higher flow can exceed the flow area available for the respective series Therefore the minimum pressure differential requirement is increased fo
185. tion Factor 78 WSHP PRC021 EN TRANE Electrical Data Table 85 Electrical performance Maximum Blower Blower Minimum Overcurrent Total Unit Comp Comp LRA No of Motor Motor Fan Motor Circuit Protective Model No Unit Volts FLA RLA ea ea Compres FLA HP Num Ampacity Device 208 60 1 24 6 18 6 105 0 1 6 00 0 75 1 29 3 45 230 60 1 24 6 18 6 105 0 1 6 00 0 75 1 29 3 45 208 60 3 18 5 13 5 88 0 1 5 00 1 1 21 9 35 GERO36 230 60 3 18 5 13 5 88 0 1 5 00 1 1 21 9 35 460 60 3 8 9 6 4 39 0 1 2 50 1 1 10 5 15 575 60 3 6 8 5 1 34 0 1 1 70 1 1 8 1 15 208 60 1 30 7 23 1 134 0 1 7 60 1 1 36 5 50 230 60 1 30 7 23 1 134 0 1 7 60 1 1 36 5 50 208 60 3 21 0 16 0 91 0 1 5 00 1 1 25 0 40 048 230 60 3 21 0 16 0 91 0 1 5 00 1 1 25 0 40 460 60 3 9 6 72 46 0 1 2 50 1 1 11 4 15 575 60 3 7 3 5 6 37 0 1 1 70 1 1 8 7 15 208 60 1 35 2 27 6 158 0 1 7 60 1 1 42 1 60 230 60 1 35 2 27 6 158 0 1 7 60 1 1 42 1 60 208 60 3 23 1 18 1 137 0 1 5 00 1 1 27 6 45 GERO60 230 60 3 23 1 18 1 137 0 1 5 00 1 1 27 6 45 460 60 3 11 5 9 0 62 0 1 2 50 1 1 13 8 20 575 60 3 8 5 6 8 50 0 1 1 70 1 1 10 2 15 208 60 3 27 4 22 4 149 0 1 5 00 1 1 33 0 50 230 60 3 27 4 22 4 149 0 1 5 00 1 1 33 0 50 460 60 3 134 10 6 75 0 1 2 50 1 1 15 8 25 575 60 3 9 2 7 7 54 0 1 1 50 1 1 11 1 15 GERO72 208 60 3 28 7 22 4 149 0 1 6 30 2 1 34 3 50 230 60
186. to Table 79 p 74 to determine additional static pressure drop due to other options accessories 1 HP Fan Motor Heat MBH 2 829 x Fan BHP 0 4024 2 HP Fan Motor Heat MBH 3 000 x Fan BHP 0 5000 Factory supplied motors in equipment are definite purpose motors specifically designed and tested to operate at all cataloged conditions Using the full horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure Our product s warranty will not be affected Field Supplied Fan Sheave 79 and Belt AX38 required WSHP PRC021 EN 63 TRANE Performance Data Table 64 Belt drive evaporator fan performance GERO72 horizontal airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM RPM RPM BHP RPM RPM RPM BHP RPM RPM RPM 1 Standard Motor amp Field Supplied Low Static Drive 1 Standard Motor amp Drive 1920 581 0 31 627 0 36 679 0 43 731 0 49 781 829 0 64 873 0 71 916 0 79 956 0 87 997 0 96 2160 631 0 42 679 0 48 728 0 56 0 62 865 0 78 907 0 85 948 0 94 987 1 02 1025 1 11 2400 690 0 56 735 0 63 778 0 70 862 0 86 904 0 94 944 1 03 983 1 11 1021 1 21 1058 1 30 2640 749 0 73 791 0 81 871 0 97 909 1 05 946 1 13 984 1 22 1022 1 32 1058 1 42 1093 1 51 0 56 2880 886 1 09 922 1 17 959 1 29 993 1
187. tric heat single point connection Electrical Data Standard Indoor Motor Oversized Indoor Motor Minimum Max Over Minimum Max Over Unit Model Heater Model Electric Heat Electric Heat Control Circuit current Circuit current Number Number Amps kw Stages Ampacity Protection Ampacity Protection BAYHTREWO6 5 8 6 0 1 16 0 20 048 12 11 5 12 0 2 23 1 25 BAYHTREW18 16 7 17 4 2 29 6 30 06 5 8 6 0 1 17 5 20 BAYHTREW12 11 5 12 0 2 24 6 25 GER060 BAYHTREW18 16 7 17 4 2 31 1 35 BAYHTRXW23 22 1 23 0 2 37 8 40 BAYHTRWW18A 18 0 17 3 1 32 8 35 33 7 35 GERO72 BAYHTRWW27A 27 0 26 0 2 43 6 45 44 5 45 BAYHTRWW36A 36 0 34 6 2 54 4 60 55 3 60 BAYHTRUW18A 18 0 472 1 34 3 35 36 3 40 GERO90 BAYHTRUW27A 27 0 26 0 2 45 1 50 47 1 50 BAYHTRUW36A 36 0 34 6 2 56 0 60 58 0 60 BAYHTRBW18A 18 0 17 3 1 41 2 45 GER120 BAYHTRBW36A 36 0 34 6 2 62 9 70 BAYHTRBW54A 54 0 52 0 2 84 6 90 AYDHTRKW18 AYHHTRMW18 17 3 18 0 1 43 3 45 45 5 50 AYDHTRKW36 GER150 AYHHTRMW36 34 6 36 0 2 64 9 70 67 1 70 AYDHTRKW54 54 52 0 54 0 2 86 7 90 88 9 90 AYDHTRKW18 AYHHTRMW18 17 3 18 0 1 48 7 50 50 9 60 AYDHTRKW36 GER180 AYHHTRMW36 34 6 36 0 2 70 3 80 72 5 80 AYDHTRKW54 AYHHTRMWSA 52 0 54 0 2 92 1 100 94 3 100 AYDHTRLW36 AYHHTRNW36 34 6 36 0 2 84 0 90 84 9 90 AYDHTRLW54 GER240 AYHHTRNWS4 52 0 54 0 2 105 8
188. trical performance for units with electric heat single point connection Standard Indoor Motor Oversized Indoor Motor Minimum Max Over Minimum Max Over Unit Model Heater Model Electric Heat Electric Heat Control Circuit current Circuit current Number Number Amps kw Stages Ampacity Protection Ampacity Protection BAYHTRU309A 18 9 6 8 1 58 4 70 64 2 80 BAYHTRU318A 37 5 13 5 1 81 7 90 87 5 100 GERO90 BAYHTRU327A 56 3 20 3 2 105 3 110 111 1 125 BAYHTRU336A 74 9 27 0 2 128 5 150 134 3 150 BAYHTRB318A 37 5 13 5 1 96 1 100 BAYHTRB327A 56 3 20 3 2 119 7 125 GER120 BAYHTRB336A 74 9 27 0 2 142 9 150 BAYHTRB354A 112 7 40 6 2 190 1 200 AYDHTRK318 GER150 AYHHTRM318 37 5 13 5 1 107 9 110 114 0 125 AYDHTRK336 GER150 AYHHTRM336 74 9 27 0 2 154 6 175 160 7 175 AYDHTRK354 GER150 AYHHTRM354 112 4 40 5 2 201 5 225 207 6 225 AYDHTRK318 GER180 AYHHTRM318 37 5 13 5 1 113 7 125 119 8 125 AYDHTRK336 GER180 AYHHTRM336 74 9 27 0 2 160 5 175 166 6 175 AYDHTRK354 GER180 AYHHTRM354 112 4 40 5 2 207 4 225 213 5 225 AYDHTRL336 GER240 AYHHTRN336 74 9 27 0 2 198 3 200 199 2 200 AYDHTRL354 GER240 AYHHTRN354 112 4 40 5 2 245 2 250 246 1 250 AYDHTRK372 GER240 AYHHTRN372 149 9 54 0 2 292 1 300 293 0 300 AYDHTRL336 _ GER300 AYHHTRN336 74 9 27 0 2 205 8 225 AYDHTRL354 m GER300 AYHHTRN354 112 4 40 5 2 252 7 300 AYDHTRK372 GER300 AYHHTRN372 149 9 54 0 2 299 6 300 230
189. tripping or premature motor failure Our product s warranty will not be affected a Field Supplied Fan Sheave AK79 and Belt AX38 required Ub UNE 64 WSHP PRC021 EN Performance Data Table 65 Belt drive evaporator fan performance GER090 downflow airflow External Static Pressure Inches of Water 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 CFM RPM RPM RPM RPM RPM RPM RPM RPM RPM BHP 1 Standard Motor amp Low Static Accessory Kit 1 hp Standard Motor amp Drive 2400 421 0 22 472 0 31 518 0 38 562 0 46 606 0 54 649 0 63 728 0 81 763 0 90 798 0 99 2700 461 0 28 508 0 38 551 0 48 590 0 56 629 0 65 667 0 74 745 0 94 781 1 04 815 1 14 3000 501 0 35 545 0 47 586 0 58 623 0 68 658 0 78 693 727 0 97 763 1 08 799 1 19 832 1 30 3300 542 0 44 583 0 58 621 0 70 657 0 82 690 0 93 1 24 817 1 35 851 1 48 623 0 70 658 0 84 692 0 97 1 44 Continued External Static Pressure Inches of Water 1 10 1 20 1 30 1 40 1 50 1 60 1 70 1 80 1 90 2 00 CFM RPM RPM RPM RPM RPM RPM RPM RPM RPM RPM BHP 1 hp Standard Motor amp Drive 2400 830 1 09 860 1 17 890 1 27 918 1 36 945 1 45 971 1 55 997 1 64 1022 1 74 1047 1 83 1071 1 93 2700 846 1 24 876 1 34 907 1 45 936 1 55 963 1 65 989 1 76 1014 1 86 1039 1 97 1063 2 07 1087 2 18 3000 865 1 42 895 1 53 923 1 64 9
190. ts are calculated utilizing the pump power correction formula gpm x 0 0631 x press drop x 2990 300 Note GPM relates to water flow and press drop relates to the drop through the unit heat exchanger at rated water flow in feet of head The fan power is corrected to zero external static pressure The nominal airflow is rated at a specific external static pressure This effectively reduces the power consumption of the unit and increases cooling capacity but decreases heating capacity These watts are significant enough in most cases to increase EER and COP over AHRI 320 325 and 330 ratings Cooling Dominated Applications If humidity levels are moderate to high in a cooling dominated application the heat pump should be selected to meet or exceed the calculated sensible load Also the unit s sensible capacity should be no more than 115 of the total cooling load sensible latent unless the calculated latent load is less than the latent capacity of the unit The sensible to total cooling ratio can be adjusted with airflow If the airflow is lowered the unit latent capacity will increase When less air is pulled across the DX coil more moisture will condense from the air Heating Dominated Applications Unit sizing in heating dominated applications is based upon humidity levels for the climate and goals for operating cost and installation costs If humidity levels are moderate the heat pump should be selected with the heating ca
191. tts 49 4 0 940 1 002 0 987 1 058 1 130 i 53 0 1 051 0 871 56 3 0 941 1 002 0 796 1 036 1 131 58 0 1 036 0 912 60 3 0 942 1 002 0 603 0 831 1 070 63 0 1 016 0 953 63 2 0 959 0 999 0 460 0 689 0 919 1 162 68 0 1 000 1 000 66 2 1 000 1 000 0 543 0 767 1 000 1 247 73 0 0 984 1 049 WSHP PRC021 EN 53 Performance Data Table 48 GER060 correction factors for variation in entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input Entering Heating Input Air WBF Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Watts 72 1 1 103 1 002 0 466 0 705 0 926 78 0 0 967 1 097 77 1 1 190 1 003 0 423 0 680 83 0 0 950 1 147 Table 49 GERO072 correction factors for variation entering air temperature Cooling Cooling Sensible vs Entering Dry Bulb Multipliers Heating Heating Entering Cooling Input Entering Heating Input Air WBF Capacity Watts 65 6 70 6 75 6 80 6 85 6 Air DBF Capacity Watts 49 4 0 940 1 007 1 032 1 098 1 165 53 0 1 050 0 863 56 3 0 941 1 004 0 815 1 042 1 167 58 0 1 036 0 908 60 3 0 941 1 007 0 621 0 844 1 071 63 0 1 016 0 952 63 2 0 959 1 003 0 477 0 700 0 925 1 154 68 0 1 000 1 000 66 2 1 000 1 000 0 552 0 774 1 000 1 232 73 0 0 987 1 054 72 1 1 091 0 992 0 474 0 699 0 920 78 0 0 968 1 104 77 1 1 173 0 987 0 429 0 662 83 0 0 948 1 157 Table 50 090 correction factors f
192. ultipliers must be used to correct performance See Table 40 p 47 for Fan Correction Factors for CFM other than rated and the Heating Correction Factors for variations in entering air temperatures Rated GPM 46 5 Minimum CFM 4800 Rated CFM 5700 Maximum CFM 7200 Table 40 GER180 fan correction factors Cooling Heating Entering Cooling Sensible Input Heating Input CFM Capacity Capacity Watts Capacity Watts 4800 0 979 0 922 0 970 0 974 1 001 4965 0 984 0 937 0 974 0 979 1 000 5130 0 988 0 952 0 979 0 984 0 999 5400 0 994 0 976 0 989 0 994 0 999 5700 1 000 1 000 1 000 1 000 1 000 6000 1 005 1 025 1 011 1 008 1 004 6600 1 013 1 073 1 038 1 022 1 017 7200 1 018 1 118 1 070 1 035 1 037 WSHP PRC021 EN 47 Performance Data GER240 Cooling Performance Table 41 GER240 cooling performance Gross Sen Comp Pwr Reject Feet EWT GPM Mbtuh Mbtuh SHR kW Mbtuh LWT Head 40 3 300 4 208 3 0 69 13 32 345 8 62 2 7 3 49 6 300 7 208 6 0 69 13 11 345 5 58 9 10 5 55 8 300 8 208 6 0 69 13 02 345 3 57 4 12 9 45 62 0 300 9 208 7 0 69 12 95 345 0 56 1 15 5 65 1 300 9 208 7 0 69 12 85 344 8 55 6 16 9 68 2 300 9 208 7 0 69 12 82 344 6 55 1 18 3 74 4 301 0 208 7 0 69 12 78 344 6 54 3 21 3 40 3 295 1 206 0 0 70 14 26 343 8 72 1 7 0 49 6 295 9 206 6 0 70 13 98 343 6 68 9 10 1 55 8 296 2 206 8 0 70 13 86 343 5 67 3 12 4 55 62 0 296 5 207 0 0 70
193. ut Barometric Relief D Economizer Bulb 0 100 with Barometric Relief Economizer Reference Enthalpy 0 100 without Barometric Relief F Economizer Reference Enthalpy 0 100 with Barometric Relief Economizer Comparative Enthalpy 0 100 without Barometric Relief H Economizer Comparative Enthalpy 0 100 with Barometric Relief Digit 29 Piping Arrangement 0 Standard Piping Configuration Digits 30 36 Does Not Apply To The Rooftop Product 0000000 Digit 30 36 Does NOT Apply to the Rooftop Products Note Through the base electric is a standard feature on the water source rooftop unit WSHP PRC021 EN General Data TRANE Table 1 General data 3 4 tons 3 Tons 4 Tons GERO36E1 GERO36E3 4 W GERO48E1 GERO48E3 4 W Unit Size Length of Cabinet 69 7 8 69 7 8 69 7 8 69 7 8 Width of Cabinet 44 1 4 44 1 4 44 1 4 44 1 4 Height 36 1 4 36 1 4 36 1 4 36 1 4 Net Weight Ib 487 487 538 538 Compressor Number Type 1 Scroll 1 Scroll 1 Scroll 1 Scroll Sound Outdoor Sound Rating dB 81 80 82 82 Air to Refrigerant Coil Type Lanced Lanced Lanced Lanced Tube Size in 0 3125 0 3125 0 3125 0 3125 Face Area sq ft 6 68 6 68 7 71 7 71 Rows FPI 3 16 3 16 4 16 4 16 Refrigerant Control Thermal Expansion Valve Thermal Expansion Valve Thermal Expansion Valve Thermal Expansion Valve Drain Connection Number Size in 34 NPT 34 NPT 34 NPT 34
194. xed dry bulb The barometric relief damper shall provide a pressure operated damper that shall be gravity closing and shall prohibit entrance of outside air during the equipment OFF cycle Solid state enthalpy and differential enthalpy control shall be factory or field installed options The factory installed economizer shall arrive in the shipping position and shall be moved to the operating position by the installing contractor Electric Heaters Electric heat modules shall be available for installation within the basic unit The electric heat elements shall be constructed of heavy duty nickel chromium elements internally delta connected for 240 volt wye connected for 480 and 600 volt Staging shall be achieved through the unit control processor UCP Each heater package shall have automatically reset high limit control operating through the heating element contactors All heaters shall be individually fused from the factory where required and shall meet all NEC and CEC requirements when properly installed Power assemblies shall provide a single point connection Electric heat modules shall be UL listed or CSA certified Enthalpy Control Option The enthalpy controller shall replace the dry bulb control with a wet bulb changeover controller which has a fully adjustable set point The enthalpy controller shall offer a higher level of comfort control along with energy savings potential than the standard dry bulb controller due to the WSHP

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