Trane Axiom EXH018 Installation And Maintenance Manual Download Page 83

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WSHP-SVX01L-EN

GEHE024

024 (60Hz)
018 (50Hz)

4.5

121-140

264-336

12-15

19-25

139-159

340-432

10-13

34-44

024 (60Hz)
018 (50Hz)

5.6

121-139

256-325

9-12

19-25

143-165

343-437

8-10

34-45

024 (60Hz)
018 (50Hz)

4.5

124-143

305-389

12-15

18-24

163-188

363-462

11-14

38-49

024 (60Hz)
018 (50Hz)

5.6

124-143

297-378

9-12

19-24

169-195

368-468

9-12

39-50

024 (60Hz)
018 (50Hz)

4.5

126-145

344-437

12-15

18-24

—

024 (60Hz)
018 (50Hz)

5.6

126-145

335-426

9-12

18-24

—

GEVE024

024 (60Hz)
018 (50Hz)

—

76-87

270-344

6-7

21-30

024 (60Hz)
018 (50Hz)

—

78-89

272-346

5-6

21-31

024 (60Hz)
018 (50Hz)

4.5

114-132

173-221

12-16

20-26

88-102

283-360

7-9

24-34

024 (60Hz)
018 (50Hz)

5.6

114-131

167-212

10-12

20-26

90-104

285-362

6-7

24-34

024 (60Hz)
018 (50Hz)

4.5

116-133

202-258

12-15

20-25

105-121

299-381

8-10

27-37

024 (60Hz)
018 (50Hz)

5.6

116-133

195-249

10-12

20-26

107-124

301-384

6-8

28-38

024 (60Hz)
018 (50Hz)

4.5

122-140

242-308

12-15

20-26

123-141

315-401

9-12

31-41

024 (60Hz)
018 (50Hz)

5.6

122-140

234-298

10-12

20-26

127-146

318-405

7-9

32-42

024 (60Hz)
018 (50Hz)

4.5

123-141

268-341

12-15

19-25

137-158

327-417

10-13

34-44

024 (60Hz)
018 (50Hz)

5.6

123-141

259-330

10-12

20-25

142-163

331-421

8-10

34-45

024 (60Hz)
018 (50Hz)

4.5

126-145

310-394

12-15

19-25

161-186

349-444

11-14

38-49

024 (60Hz)
018 (50Hz)

5.6

125-144

301-383

9-12

19-25

167-193

353-449

9-12

39-50

024 (60Hz)
018 (50Hz)

4.5

127-146

349-445

12-15

19-25

—

024 (60Hz)
018 (50Hz)

5.6

127-146

340-433

9-12

19-25

—

GEHE030

030 (60 Hz)
024 (50 Hz)

—

77-89

276-351

6-7

21-30

030 (60 Hz)
024 (50 Hz)

—

79-90

277-352

4-6

21-30

030 (60 Hz)
024 (50 Hz)

5.6

120-138

171-218

12-15

22-27

91-104

290-369

7-8

24-34

030 (60 Hz)
024 (50 Hz)

7.0

120-138

165-210

10-12

22-28

93-107

292-371

5-7

24-34

Table 49. Operating pressures in cooling/heating for GE units (continued)

Operating Data

Model No.

Entering

Water

Temp

(°F)

Water

Flow

(GPM)

Cooling

Heating

Suction

Pressure

(psig)

Discharge

Pressure

(psig)

Water

Temp Rise

(°F)

Air Temp

Drop

(°F DB)

Suction

Pressure

(psig)

Discharge

Pressure

(psig)

Water

Temp

Drop (°F)

Air Temp

Rise

(°F DB)

Summary of Contents for Axiom EXH018

Page 1: ...fied person could result in death or serious injury When working on the equipment observe all precautions in the literature and on the tags stickers and labels that are attached to the equipment GEHE...

Page 2: ...otentially hazardous situation which if not avoided could result in minor or moderate injury It could also be used to alert against unsafe practices NOTICE Indicates a situation that could result in e...

Page 3: ...6 ton 54 Return Air Duct Panel 55 Sound Attenuation Pad 55 Hanging the Horizontal Unit 55 Condensate Drain Connection 56 Supply Return Pipe Connections 56 Types of Hose Connections 56 Cleaning and Fl...

Page 4: ...kage G H Drive Package H J Drive Package J Digit 13 Freeze Protection A 20 Degree F Freezestat B 35 Degree F Freezestat Digit 14 Design Special 0 Standard Design S Design Special Digit 15 Supply Air A...

Page 5: ...sic 24V Controls D Deluxe 24V Controls C Tracer ZN510 Controls B Tracer ZN524 Controls Digit 18 Thermostat Sensor Location 0 Wall Mounted Location Digit 19 Fault Sensors 0 No Fault Sensor 1 Condensate...

Page 6: ...ctrician Unit Nameplate The unit nameplate is located on the outside of the control box access panel at the front of the unit It includes the unit model number serial number electrical characteristics...

Page 7: ...taining the basic 24 V control option include a low pressure switch to prevent compressor operation during low temperature or low suction activity The switch is set to activate at refrigerant pressure...

Page 8: ...ed nichrome open wire heating element designed to start up electric heat as the systems primary heat in the event entering water temperature falls below 55 F Once the entering water temperature rises...

Page 9: ...EHE120 115900 93 0 93 0 97 0 93 0 GEHE150 152800 136 0 136 0 144 0 136 0 GEHE180 180800 126 0 126 0 134 0 126 0 GEVE006 7600 25 7 27 2 GEVE009 8800 26 5 28 5 GEVE012 11600 29 5 31 5 GEVE015 14400 27 5...

Page 10: ...the property of the SOLD TO party and future freight claims MAY NOT be accepted by the freight company Jobsite Storage This unit is intended for indoor use only To protect the unit from damage due to...

Page 11: ...9 mm clearance This configuration is typically applied in a corridor installation where space limitations force the left or right side of the unit against a wall Service clearance dimensions for the G...

Page 12: ...eater service clearance than listed below Check all code requirements prior to unit installations GEV 12 25 Tons Clearance Dimensions Figure 5 p 12 outlines the minimum required unit service clearance...

Page 13: ...3 29 1 2 597 23 1 2 749 13 1 8 x 11 3 8 333 x 289 18 457 5 1 4 133 1 1 2 38 1 25 1 25 56 3 4 1441 31 3 4 806 19 5 8 498 23 1 2 597 5 1 2 140 Hi 048 060 58 1473 33 838 21 533 29 1 2 597 23 1 2 749 13 7...

Page 14: ...7 5 1 4 133 1 1 2 38 1 25 1 25 56 3 4 1441 31 3 4 806 19 5 8 498 23 1 2 597 5 1 2 140 Hi 048 060 58 1473 33 838 21 533 29 1 2 597 23 1 2 749 13 7 8 x 13 7 8 352 x 352 18 457 5 1 4 133 1 1 2 38 1 25 1...

Page 15: ...7 5 1 4 133 1 1 2 38 1 25 1 25 56 3 4 1441 31 3 4 806 19 5 8 498 23 1 2 597 5 1 2 140 Hi 048 060 58 1473 33 838 21 533 29 1 2 597 23 1 2 749 13 7 8 x 13 7 8 352 x 352 18 457 5 1 4 133 1 1 2 38 1 25 1...

Page 16: ...57 5 1 4 133 1 1 2 38 1 25 1 25 56 3 4 1441 31 3 4 806 19 5 8 498 23 1 2 597 5 1 2 140 Hi 048 060 58 1473 33 838 21 533 29 1 2 597 23 1 2 749 13 7 8 x 13 7 8 352 x 352 18 457 5 1 4 133 1 1 2 38 1 25 1...

Page 17: ...457 5 1 8 130 1 1 2 38 1 25 1 25 56 3 4 1441 31 3 4 806 19 5 8 498 23 1 2 597 5 1 2 140 Hi 048 060 58 1473 33 838 21 533 29 1 2 597 23 1 2 749 13 1 2 x 13 3 4 343 x 349 18 457 5 1 8 130 1 1 2 38 1 25...

Page 18: ...533 29 1 2 597 23 1 2 749 13 1 8 x 11 3 8 333 x 289 18 457 5 1 4 133 1 1 2 38 1 25 1 25 56 3 4 1441 31 3 4 806 19 5 8 498 23 1 2 597 5 1 2 140 Hi 048 060 58 1473 33 838 21 533 29 1 2 597 23 1 2 749 13...

Page 19: ...3 4 19 3 4 19 3 4 19 3 4 19 11 3 8 289 036 042 24 1 2 622 41 7 8 1064 26 1 2 673 18 457 3 1 4 83 5 3 4 146 9 1 2 241 19 483 23 584 10 1 2 267 13 1 2 343 1 4 6 3 4 19 3 4 19 3 4 19 Std 048 26 1 2 673 4...

Page 20: ...432 8 1 4 368 9 3 4 248 3 4 19 3 4 19 3 4 19 3 4 19 11 3 8 289 036 042 24 1 2 622 41 7 8 1064 26 1 2 673 18 457 3 1 4 83 1 7 8 48 9 1 2 241 19 483 23 584 10 1 2 267 13 1 2 343 1 4 6 3 4 19 3 4 19 3 4...

Page 21: ...3 4 19 3 4 19 3 4 19 3 4 19 11 3 8 289 036 042 24 1 2 622 41 7 8 1064 26 1 2 673 18 457 3 1 4 83 5 3 4 146 9 1 2 241 19 483 23 584 10 1 2 267 13 1 2 343 1 3 4 19 3 4 19 3 4 19 3 4 19 Std 048 26 1 2 67...

Page 22: ...32 8 1 4 368 9 3 4 248 3 4 19 3 4 19 3 4 19 3 4 19 11 3 8 289 036 042 24 1 2 622 41 7 8 1064 26 1 2 673 18 457 3 1 4 83 1 7 8 48 9 1 2 241 19 483 23 584 10 1 2 267 13 1 2 343 1 3 4 19 3 4 19 3 4 19 3...

Page 23: ...HEDULE 40 PVC 1 1 4 32 C B A W O D NPTI W I D NPTI 24 VOLT 1 1 8 28 6 DIA HIGH VOLTAGE 7 8 22 2 DIA 23 1 4 591 16 1 2 419 2 1 4 57 6 1 2 165 1 1 2 38 RETURN AIR OPENING 1 25 4 DIA MOUNTING HOLE 4X S S...

Page 24: ...22 SCHEDULE 40 PVC 1 1 4 32 14 1 2 368 C B A W O D NPTI W I D NPTI 24 VOLT 1 1 8 28 6 DIA HIGH VOLTAGE 7 8 22 2 DIA 23 1 4 591 16 1 2 419 2 1 4 57 6 1 2 165 1 1 2 38 LEFT SIDE RETURN AIR OPENING 1 25...

Page 25: ...1 2 22 SCHEDULE 40 PVC 1 1 4 32 C B A W O D NPTI W I D NPTI 24 VOLT 1 1 8 28 6 DIA HIGH VOLTAGE 7 8 22 2 DIA 23 1 4 591 16 1 2 419 2 1 4 57 6 1 2 165 1 1 2 38 TOP VIEW BACK SIDE LEFT SIDE RETURN AIR...

Page 26: ...1 2 22 SCHEDULE 40 PVC 1 1 4 32 14 1 2 368 C B A W O D NPTI W I D NPTI 24 VOLT 1 1 8 28 6 DIA HIGH VOLTAGE 7 8 22 2 DIA 23 1 4 591 16 1 2 419 2 1 4 57 6 1 2 159 1 1 2 38 LEFT SIDE RETURN AIR OPENING...

Page 27: ...40 5 8 1032 7 5 8 194 18 3 8 467 81 2057 2 1 8 54 23 7 8 606 BLOWER ACCESS PANEL 3 1 8 79 79 4 7 8 124 1 25 4 5 8 16 18 3 4 476 14 1 2 368 DRAIN CONNECTION 1 2 22 SCHEDULE 40 PVC 1 1 4 32 C B A W O D...

Page 28: ...181 4 5 8 117 36 914 SERVICE CLEARANCE 2 41 20 508 SERVICE CLEARANCE BLOWER ACCESS PANEL 2 7 8 73 4 7 8 124 1 3 8 35 23 3 4 603 DRAIN CONNECTION 1 2 22 SCHEDULE 40 PVC 2 51 16 3 4 425 5 3 8 137 24 5 8...

Page 29: ...1 8 181 21 3 8 543 87 2210 91 2311 2 1 8 54 30 762 BLOWER ACCESS PANEL 2 7 8 73 4 7 8 124 1 25 4 1 3 8 35 23 3 4 603 16 3 4 425 DRAIN CONNECTION 1 2 22 SCHEDULE 40 PVC 2 51 5 3 8 137 24 5 8 625 39 1...

Page 30: ...181 4 5 8 117 36 914 SERVICE CLEARANCE 2 51 20 508 SERVICE CLEARANCE BLOWER ACCESS PANEL 2 7 8 73 4 7 8 124 1 3 8 35 23 3 4 603 DRAIN CONNECTION 1 2 22 SCHEDULE 40 PVC 2 51 16 3 4 425 5 3 8 137 24 5 8...

Page 31: ...2 343 46 1 2 1181 36 914 SERVICE CLEARANCE 62 5 8 1591 B W O C NPTI DRAIN 3 4 NPTI A 11 1 2 292 1 7 8 48 W I C NPTI HIGH VOLTAGE 7 8 22 2 DIA 1 5 8 41 5 127 15 381 24 VOLT 1 1 8 28 6 22 3 8 568 38 7...

Page 32: ...that the GEV072 300 front return must be a non ducted return Table 18 GEV 6 10 tons 072 120 60 Hz 6 and 7 ton 072 and 090 50 Hz front return top supply Unit 60 Hz Unit 50 Hz A B C 6 ton 6 5 8 in 168 m...

Page 33: ...36 914 SERVICE CLEARANCE 62 5 8 1591 46 1 2 1181 B W O C NPTI DRAIN 3 4 NPTI A 11 1 2 292 1 7 8 48 W I C NPTI HIGH VOLTAGE 7 8 22 2 DIA 1 5 8 41 5 127 15 381 38 7 8 987 22 3 8 568 3 4 19 SUPPLY OPENI...

Page 34: ...that the GEV072 300 front return must be a non ducted return Table 20 GEV 6 10 tons 072 120 60 Hz 6 and 7 ton 072 and 090 50 Hz back return top supply Unit 60 Hz Unit 50 Hz A B C 6 ton 6 5 8 in 168 mm...

Page 35: ...1718 31 1 2 800 18 5 8 473 1 25 4 HIGH VOLTAGE 7 8 22 O D 20 1 2 521 20 1 2 521 6 7 8 175 2 3 8 60 15 7 8 403 49 1 8 1248 24 VOLT 1 1 8 29 O D 74 1 2 1892 81 5 8 2073 31 1 2 800 36 1 4 921 4 3 4 121 C...

Page 36: ...27 1 8 537 67 5 8 1718 31 1 2 800 18 5 8 473 1 25 4 HIGH VOLTAGE 7 8 22 O D 20 1 2 521 20 2 1 2 521 6 7 8 175 2 3 8 60 15 7 8 403 49 1 8 1248 74 1 2 1892 81 5 8 2073 31 1 2 800 36 1 4 921 4 3 4 121 CO...

Page 37: ...8 NPTI 38 7 8 987 27 1 8 537 68 1727 31 1 2 800 18 5 8 473 1 25 4 HIGH VOLTAGE 7 8 22 O D 20 1 2 521 2 3 8 60 74 1 2 1892 81 5 8 2073 31 1 2 800 36 1 4 921 4 3 4 121 98 27 1 53 20 1 2 521 6 7 8 175 10...

Page 38: ...W O 1 1 2 38 NPTI 38 7 8 987 27 1 8 537 68 1727 31 1 2 800 18 5 8 473 1 25 4 HIGH VOLTAGE 7 8 22 O D 20 1 2 521 20 2 1 2 521 6 7 8 175 2 3 8 60 74 1 2 1892 81 5 8 2073 31 1 2 800 36 1 4 921 4 3 4 121...

Page 39: ...SERVICE CLEARANCE CONTROL BOX UNIT FRONT NEC REQ 36 914 C B TO WALL CLEARANCE 16 406 TO FILTER FRAME FOR RETURN AIR MIN SERVICE CLEARANCE FOR EITHER LEFT OR RIGHT SIDE IS 18 457 FOR FAN SHAFT REMOVAL...

Page 40: ...O D SERVICE CLEARANCE CONTROL BOX UNIT FRONT NEC REQ 36 914 C B TO WALL CLEARANCE 16 406 TO FILTER FRAME FOR RETURN AIR MIN SERVICE CLEARANCE FOR EITHER LEFT OR RIGHT SIDE IS 18 457 FOR FAN SHAFT REM...

Page 41: ...ESS TOP VIEW FRONT VIEW SIDE VIEW 24 VOLT 1 1 8 29 O D SERVICE CLEARANCE CONTROL BOX UNIT FRONT NEC REQ 36 914 C B TO WALL CLEARANCE 16 406 TO FILTER FRAME FOR RETURN AIR MIN SERVICE CLEARANCE FOR EIT...

Page 42: ...ONTROL BOX UNIT FRONT NEC REQ 36 914 C B TO WALL CLEARANCE 16 406 TO FILTER FRAME FOR RETURN AIR MIN SERVICE CLEARANCE FOR EITHER LEFT OR RIGHT SIDE IS 18 457 FOR FAN SHAFT REMOVAL A 22 559 CLEARANCE...

Page 43: ...mm 6 7 8 in 175mm 1 2 in 12 7 mm 1 in 25 4 mm 4 in 102mm 036 042 030 036 3 4 in 19mm 3 4 in 19mm 21 in 533 mm 17 5 8 in 448 mm 2 1 4 in 57 mm 16 419 mm 30 762mm 3 95 mm 6 159mm 1 32 mm 2 50 8 mm 4 114...

Page 44: ...50 8 76 lbs 35 kg 106 lbs 48 kg 048 060 042 060 56 3 4 1442 31 3 4 806 32 3 4 832 25 635 1 25 4 97 lbs 44 kg 127 lbs 58 kg EXH Unit 60 Hz EXH Unit 50 Hz A B C D E Hanging Weight Shipping Weight 018 4...

Page 45: ...t return GEH 6 7 tons 072 090 50 Hz right return waterside economizer a b a Entering water is on the AB port b Field piping required on waterside economizer C 9 7 8 251 36 914 50 5 8 1286 B OD COPPERT...

Page 46: ...251 36 914 50 5 8 1286 B OD COPPERTO FIELD SUPPLY PIPING 18 1 2 470 24 3 4 629 1 1 4 32 D E A NPTI FOR FIELD RETURN PIPING Table 27 GEH 6 10 tons 072 120 60 Hz left return GEH 6 7 tons 072 090 50 Hz...

Page 47: ...tons 120 150 50 Hz right return waterside economizer a b a Entering water is on the AB port b Field piping required on waterside economizer 48 3 4 1238 9 7 8 251 42 1067 56 1 2 1435 1 5 8 42 OD COPPER...

Page 48: ...tons 120 150 50 Hz left return waterside economizer a b a Entering water is on the AB port b Field piping required on waterside economizer 27 1 8 689 9 7 8 251 42 1067 56 1 2 1435 1 5 8 42 OD COPPERTO...

Page 49: ...a Entering water is on the AB port Table 28 GEV 6 10 tons 072 120 60 Hz 6 and 7 ton 072 and 090 50 Hz waterside economizer Unit 60 Hz Unit 50 Hz A B C 6 1 1 4 32 1 3 8 35 4 102 7 1 2 ton 6 ton 1 1 4...

Page 50: ...4 7 8 124 310 lb 141 kg 25 ton 20 ton 395 lb 179 Note All dimensions are in inches followed by millimeters in parenthesis Table 30 Unit weights GEH006 060 60 Hz GEH 006 009 012 015 018 024 030 036 04...

Page 51: ...42 kg 042 461 lb 209 kg 431 lb 196 kg 048 454 lb 206 kg 424 lb 192 kg 060 474 lb 215 kg 444 lb 201 kg 070 514 lb 233 kg 484 lb 220 kg 018 284 lb 129 kg 264 lb 120 kg 024 301 lb 137 kg 269 lb 122 kg 03...

Page 52: ...r power block 1K1 compressor contactor on the 5 ton for GEH V 5 ton and EXH V 1 6 ton units or 1TB1 for GEH V 6 25 ton equipment in the unit control panel 4 Install proper grounding wires to an earth...

Page 53: ...the unit to prevent operating sounds from transmitting through the ductwork See Figure 47 p 53 Elbows with turning vanes or splitters are recommended to minimize air noise due to turbulence andto redu...

Page 54: ...hat once held the panel 3 Install the 1 2 25 4 mm 50 8 mm filter Table 34 Opening size and part number EXH Unit Size 60 Hz A B Duct Collar Part Number 018 024 20 in 16 in 4474 5628 0100 030 036 22 in...

Page 55: ...s to complete the hanging installation 3 Slope horizontal units in two directions The unit should contain a dual 12 pitch toward the drain connection This will insure proper drainage of the unit All p...

Page 56: ...system design An isolation valve is often used in variable speed pumping applications The isolation valve is designed to stop water flow to the unit during non operation times This allows the loop wat...

Page 57: ...water circulating the entire system should be checked for leaks with repairs made as required 4 Operate the supplementary heat system boiler making checks per manufacturer s instructions During this o...

Page 58: ...surfaces In air flows from adjacent zones or other units Controls Using 24 VAC Before installing any wire refer to the electrical access locations in the Unit Dimensions and Weights p 11 of this manu...

Page 59: ...9 10 11 12 13 14 15 16 1TB2 24 VAC R FAN G COMPRESSOR 1 Y1 COMPRESSOR 2 Y2 REVERSING VALVE 0 HUMIDISTAT 24 VAC COMMON C WATER ISOLATION VA COMPRESSOR DISABLE COMPRESSOR DISABLE ALARM ALARM ELECTRIC HE...

Page 60: ...with Hot Gas Reheat Select desired speed tap wire Connect desired speed tap wire to 1K8 relay at spade 6 7 Install service front panel Reconnect power to the unit Hole Plug Installation 1 Locate two H...

Page 61: ...sconnect the power to the unit Set the DIP switch located in the control box to the desired profile setting Connect the power to the unit If the power is not disconnected when the DIP switch is set th...

Page 62: ...on each side Note Waterside economizer option is configured for right return Left return requires additional field piping 5 Install the 18 inch steel braided hose between the upper most piping connect...

Page 63: ...f the water source heat pump See Figure 72 p 63 9 Wire tie the sensor to the water SUPPLY side of the piping ON or BEFORE the 2 position valve See Figure 73 p 63 10 Bundle excess sensor wire and wire...

Page 64: ...ot provide condensate overflow protection of the waterside economizer This must be field provided and installed 17 Install filter rack top and bottom to the economizing package The filter rack is loca...

Page 65: ...the factory wire harness through the low voltage hole of the heat pump to the 3 way valve s wire harness 15 Connect the factory installed wire harness to the to the wire harness supplied with the 3 wa...

Page 66: ...eration will halt allowing for free cooling in the space 5 Turn the thermostat system switch to the OFF position Unit should stop running and the reversing valve should de energize 6 Leave unit off fo...

Page 67: ...si 0 F to 212 F 18 C to 121 C Non spring return type 24 VAC 20 135 second stroke time 33 Cv at full port GEV GEH 10 15 Ton GEV GEH 7 12 Ton 1 FPT 600 psi 200 psi 0 F to 212 F 18 C to 121 C Non spring...

Page 68: ...0 1 7 4 0 72 1 8 1 12 20 15 2 2 9 0 009 265 60 1 3 3 2 8 13 0 1 3 7 0 52 1 12 1 4 02 15 0 0 0 0 009 265 60 1 8 1 2 8 13 0 1 3 7 0 52 1 12 1 10 08 15 2 0 7 5 012 115 60 1 13 7 12 1 58 0 1 16 9 1 57 1 8...

Page 69: ...3 8 5 4 2 28 0 1 6 5 0 95 1 3 1 10 58 15 5 4 7 5 024 460 60 3 4 6 3 6 28 0 1 5 6 0 95 1 3 1 5 45 15 0 0 0 0 024 460 60 3 7 6 3 6 28 0 1 5 6 0 95 1 3 1 9 50 15 5 3 6 7 030 208 60 1 16 2 14 1 73 0 1 22...

Page 70: ...4 73 0 1 16 3 3 60 1 2 1 21 50 25 4 9 13 6 036 230 60 3 14 0 10 4 73 0 1 16 3 3 60 1 2 1 16 60 25 0 0 0 0 036 230 60 3 18 7 10 4 73 0 1 16 3 3 60 1 2 1 23 33 25 6 0 15 1 036 380 415 50 3 7 7 6 0 44 0...

Page 71: ...1 2 1 20 93 35 0 0 0 0 048 230 60 3 22 9 14 5 98 0 1 22 6 2 80 1 2 1 28 60 35 8 0 20 1 048 380 415 50 3 10 5 7 8 52 0 1 12 1 2 70 1 1 12 45 20 0 0 0 0 048 380 415 50 3 14 7 7 8 52 0 1 12 1 2 70 1 1 1...

Page 72: ...009 265 60 1 3 3 2 8 13 0 1 3 7 0 52 1 12 1 4 02 15 0 0 0 0 009 265 60 1 8 1 2 8 13 0 1 3 7 0 52 1 12 1 10 08 15 2 0 7 5 012 115 60 1 13 7 12 1 58 0 1 16 9 1 57 1 8 1 16 70 25 0 0 0 0 012 208 60 1 7...

Page 73: ...1 10 58 15 5 4 7 5 024 460 60 3 4 6 3 6 28 0 1 5 6 0 95 1 3 1 5 45 15 0 0 0 0 024 460 60 3 7 6 3 6 28 0 1 5 6 0 95 1 3 1 9 50 15 5 3 6 7 030 208 60 1 16 2 14 1 73 0 1 22 0 2 10 1 3 1 19 73 30 0 0 0 0...

Page 74: ...0 4 73 0 1 16 3 3 60 1 2 1 21 50 25 4 9 13 6 036 230 60 3 14 0 10 4 73 0 1 16 3 3 60 1 2 1 16 60 25 0 0 0 0 036 230 60 3 18 7 10 4 73 0 1 16 3 3 60 1 2 1 23 33 25 6 0 15 1 036 380 415 50 3 7 7 6 0 44...

Page 75: ...1 1 23 53 35 0 0 0 0 048 230 60 3 25 5 14 5 98 0 1 22 6 5 40 1 1 31 85 35 8 0 20 1 048 380 415 50 3 10 5 7 8 52 0 1 12 1 2 70 1 1 12 45 20 0 0 0 0 048 380 415 50 3 14 7 7 8 52 0 1 12 1 2 70 1 1 18 33...

Page 76: ...0 030 265 60 1 32 8 10 9 60 0 1 17 0 2 80 1 2 1 41 00 45 8 0 30 0 036 208 60 1 18 1 14 1 77 0 1 22 0 4 00 3 4 1 21 63 35 0 0 0 0 036 208 60 1 27 6 14 1 77 0 1 22 0 4 00 3 4 1 34 45 35 4 9 23 6 036 230...

Page 77: ...6 90 1 1 16 65 20 0 0 0 0 060 460 60 3 20 2 7 8 52 0 1 12 1 6 90 1 1 25 26 30 10 6 13 3 070 208 60 1 37 1 30 1 158 0 1 47 0 7 00 1 1 44 63 70 0 0 0 0 070 208 60 1 38 3 30 1 158 0 1 47 0 7 00 1 1 47 81...

Page 78: ...rce Heat Pump Systems Installation Guide Is vibration isolation provided i e unit isolation pad hose kits Is unit serviceable See clearance specifications in Unit Dimensions and Weights p 11 Are the l...

Page 79: ...ues in Table 49 p 80 11 Set the thermostat to maintain the desired space temperature 12 Instruct the owner on system operation Start Up Checklist and Log Installing Contractor Use this checklist to th...

Page 80: ...0 Hz 86 1 7 149 172 320 407 10 13 23 29 203 234 395 502 10 12 41 52 006 60 Hz 95 1 4 151 173 373 474 12 15 22 28 006 60 Hz 95 1 7 150 173 363 462 10 13 22 28 009 60Hz 006 50 Hz 35 1 7 93 107 272 346 6...

Page 81: ...05 296 377 6 7 20 25 015 60Hz 012 50 Hz 35 3 5 93 107 299 380 5 6 20 26 015 60Hz 012 50 Hz 45 2 8 138 159 180 230 11 14 22 28 107 123 313 398 7 8 23 29 015 60Hz 012 50 Hz 45 3 5 138 158 174 221 9 11 2...

Page 82: ...338 430 12 15 20 26 188 216 365 464 11 14 36 46 018 60Hz 015 50 Hz 86 4 2 143 165 327 416 9 12 20 26 195 225 370 471 9 11 37 47 018 60Hz 015 50 Hz 95 3 3 144 166 383 488 12 15 19 24 018 60Hz 015 50 Hz...

Page 83: ...15 20 26 123 141 315 401 9 12 31 41 024 60Hz 018 50Hz 68 5 6 122 140 234 298 10 12 20 26 127 146 318 405 7 9 32 42 024 60Hz 018 50Hz 75 4 5 123 141 268 341 12 15 19 25 137 158 327 417 10 13 34 44 024...

Page 84: ...51 6 8 24 33 030 60 Hz 024 50 Hz 45 7 0 115 132 165 210 9 12 21 27 90 103 278 354 5 7 24 34 030 60 Hz 024 50 Hz 55 5 6 116 134 201 256 12 15 20 26 104 119 292 371 8 10 27 37 030 60 Hz 024 50 Hz 55 7 0...

Page 85: ...126 144 342 435 9 11 18 24 GEVE036 036 60 Hz 030 50 Hz 35 77 88 286 364 6 8 22 31 036 60 Hz 030 50 Hz 35 78 90 288 366 5 6 22 31 036 60 Hz 030 50 Hz 45 6 7 116 134 169 215 12 15 20 26 89 103 296 377 7...

Page 86: ...4 042 60 Hz 036 50 Hz 75 9 8 123 141 259 330 9 12 20 26 140 161 336 427 8 10 34 45 042 60 Hz 036 50 Hz 86 7 8 125 144 308 392 12 15 20 25 159 183 355 451 11 14 38 49 042 60 Hz 036 50 Hz 86 9 8 125 144...

Page 87: ...3 33 048 60 Hz 042 50 Hz 55 9 0 121 140 214 273 13 16 23 28 101 117 289 368 8 10 26 36 048 60 Hz 042 50 Hz 55 11 2 121 139 206 262 10 13 23 28 104 120 292 372 6 8 26 36 048 60 Hz 042 50 Hz 68 9 0 125...

Page 88: ...95 9 0 131 151 363 462 12 15 20 26 048 60 Hz 042 50 Hz 95 11 2 131 150 353 449 10 12 20 26 GEHE060 060 60 Hz 048 50 Hz 35 69 79 265 337 6 7 20 30 060 60 Hz 048 50 Hz 35 70 81 267 339 5 6 21 30 060 60...

Page 89: ...265 337 10 12 20 26 134 154 321 408 8 10 34 45 060 60 Hz 048 50 Hz 86 11 2 125 144 313 399 12 15 20 25 153 176 341 434 11 14 38 49 060 60 Hz 048 50 Hz 86 14 0 125 144 305 388 10 12 20 25 158 182 344...

Page 90: ...68 306 390 8 10 38 47 090 60 Hz 072 50 Hz 86 15 131 151 328 418 14 17 22 27 161 185 317 403 13 16 40 50 090 60 Hz 072 50 Hz 86 22 5 131 151 311 396 9 12 22 28 173 199 324 412 9 11 42 52 090 60 Hz 072...

Page 91: ...82 14 18 22 28 138 159 323 411 12 15 34 43 150 60 Hz 120 50 Hz 77 37 5 125 144 280 356 10 12 22 28 148 170 328 418 8 10 36 45 150 60 Hz 120 50 Hz 86 25 128 147 328 417 13 17 21 27 162 187 344 438 13 1...

Page 92: ...21 14 18 22 29 122 140 303 386 10 13 33 41 240 60 Hz 180 50 Hz 68 60 129 148 237 301 9 12 23 29 129 149 309 394 7 9 34 42 240 60 Hz 180 50 Hz 77 40 131 150 294 374 15 19 22 28 135 156 315 400 11 14 34...

Page 93: ...uction Pressure psig Discharge Pressure psig Water Temp Drop F Air Temp Rise F DB Table 50 Operating pressures in cooling heating for EX units Operating Data Cooling Heating Model Entering water temp...

Page 94: ...4 337 426 7 9 30 39 75 5 5 144 166 255 331 12 15 20 25 161 185 347 438 10 13 32 40 75 7 0 143 165 248 322 9 12 20 26 167 192 352 444 8 10 32 41 86 5 5 146 168 297 384 11 15 19 25 187 215 368 465 11 14...

Page 95: ...448 7 9 31 39 75 8 8 140 161 270 347 12 15 20 25 159 183 367 461 10 13 32 40 75 11 2 140 161 262 337 9 12 20 26 165 190 371 466 8 10 32 41 86 8 8 142 163 312 401 11 14 19 25 185 213 392 492 11 14 33...

Page 96: ...28 153 176 356 446 8 10 32 40 75 3 3 142 163 253 328 12 15 21 27 165 189 364 456 10 13 33 42 75 4 2 142 163 245 317 9 12 21 27 170 196 368 461 8 10 34 43 86 3 3 143 165 298 385 12 15 20 26 192 221 38...

Page 97: ...171 365 457 7 9 31 39 75 6 6 137 158 261 336 11 14 20 25 159 183 378 474 10 13 33 42 75 8 4 137 158 253 326 9 11 20 25 164 189 382 479 8 10 33 42 86 6 6 139 160 303 390 11 14 19 24 184 212 403 506 11...

Page 98: ...476 8 10 32 40 75 11 6 136 157 260 335 11 14 20 25 161 185 394 493 10 13 33 42 75 14 0 136 157 253 326 9 12 20 26 165 190 398 499 9 11 34 43 86 11 6 138 159 302 388 11 14 20 25 186 214 424 532 12 15...

Page 99: ...WPD in feet of head for EX units Unit Size 60 Hz Unit Size 50 Hz EWT F GPM Ft Pressure EXH018 86 4 2 4 1 EXH024 86 5 6 6 1 EXH030 86 7 9 2 EXH036 86 8 4 5 5 EXH042 86 9 8 7 8 EXH048 86 11 2 8 2 EXH060...

Page 100: ...015 018 009 015 28 2 0 016 0 122 024 018 37 8 0 022 0 164 030 024 49 1 0 028 0 213 GEV032 GEV040 70 4 0 041 0 305 036 030 70 4 0 041 0 305 042 036 79 0 046 0 342 048 042 71 7 0 041 0 310 060 048 91 8...

Page 101: ...ible disconnect all electrical power including remote disconnects before servicing Follow proper lockout tagout procedures to ensure the power can not be inadvertently energized When necessary to work...

Page 102: ...nnect all electrical power including remote disconnects before servicing Follow proper lockout tagout procedures to ensure the power can not be inadvertently energized When necessary to work with live...

Page 103: ...ized Recalculate heat gains losses X X Inadequate water flow Increase GPM X X Scaling in heat exchanger Clean or replace X Water too hot Decrease temperature X Water too cold Increase temperature X X...

Page 104: ...n valve wiring Control type 3 wire Honeywell isolation valve connections Blue Brown Black Basic 24V 1TB1 6 1TB1 1 1TB1 4 Deluxe 24V 1TB1 6 1TB1 1 1TB1 4 ZN510 1TB1 11 1TB2 3 1TB1 12 ZN524 1TB1 18 1TB2...

Page 105: ...ring Diagrams WSHP SVX01L EN 105 Figure 81 Basic 24V 460V 60 Hz 3 ph a a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the unit control pane...

Page 106: ...6 WSHP SVX01L EN Figure 82 Basic 24V 460V 60 Hz 3 ph a EXH EXV ECM Motor Wiring Diagram a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the...

Page 107: ...ring Diagrams WSHP SVX01L EN 107 Figure 83 Deluxe 380 420V 50 Hz 3 ph a a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the unit control pan...

Page 108: ...ring Diagrams 108 WSHP SVX01L EN Figure 84 Deluxe 24V 460V 60 Hz 3 ph a a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the unit control pan...

Page 109: ...P SVX01L EN 109 Figure 85 Deluxe 24V 460V 60 Hz 3 ph a EXH EXV ECM Motor Wiring Diagram a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the...

Page 110: ...ing Diagrams 110 WSHP SVX01L EN Figure 86 Tracer ZN510 208V 60 Hz 1 ph a a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the unit control pa...

Page 111: ...ing Diagrams WSHP SVX01L EN 111 Figure 87 Tracer ZN510 460V 60 Hz 3 ph a a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the unit control pa...

Page 112: ...112 WSHP SVX01L EN Figure 88 Tracer ZN510 460V 60 Hz 3 ph a ECM Motor Wiring Diagram a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the uni...

Page 113: ...ing Diagrams WSHP SVX01L EN 113 Figure 89 Tracer ZN524 460V 60 Hz 1 ph a a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the unit control pa...

Page 114: ...ing Diagrams 114 WSHP SVX01L EN Figure 90 Tracer ZN524 460V 60 Hz 3 ph a a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the unit control pa...

Page 115: ...WSHP SVX01L EN 115 Figure 91 Tracer ZN524 460V 60 Hz 3 ph a ECM Motor Wiring Diagram a Wiring diagrams provided in the catalog are generic A unit specific As Built wiring diagram is located on the uni...

Page 116: ...to exceed 18 months from shipment Extended Warranty The optional extended warranty is a second through fifth year warranty The time starts at the end of the standard 1 year coverage through the fifth...

Page 117: ......

Page 118: ...ontrols 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...

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