
132
Table 21D — 19XR,XRV Compressor and Motor Weights*— Standard and High-Efficiency Motors —
Compressor Frame Size 5†
*Total compressor weight is the sum of the compressor aerody-
namic components (compressor weight column), stator, rotor, and
end bell cover weights.
†See Fig. 1 on page 6.
**Compressor aerodynamic component weight only, motor weight
not included. Applicable to standard compressors only. For high lift
compressors, contact Carrier Chiller Marketing for weights.
††Stator weight includes the stator and shell.
MOTOR
CODE
ENGLISH
SI
COMPRESSOR
WEIGHT**
(LB)
60 HZ
50 HZ
END BELL
COVER
WEIGHT
(LB)
COMPRESSOR
WEIGHT**
(KG)
60 HZ
50 HZ
END BELL
COVER
WEIGHT
(KG)
STATOR
WEIGHT
††
(LB)
ROTOR
WEIGHT
(LB)
STATOR
WEIGHT
††
(LB)
ROTOR
WEIGHT
(LB)
STATOR
WEIGHT
††
(KG)
ROTOR
WEIGHT
(KG)
STATOR
WEIGHT
††
(KG)
ROTOR
WEIGHT
(KG)
STANDARD-EFFICIENCY MOTORS / LOW VOLTAGE (200-575 V)
EHS
7285
2843
741
2943
775
414
3304
1290
336
1335
352
188
EJS
7285
2826
741
2943
775
414
3304
1281
336
1335
352
188
EKS
7285
2943
775
2997
810
414
3304
1335
352
1359
367
188
ELS
7285
2932
775
2997
810
414
3304
1330
352
1359
367
188
EMS
7285
2986
810
3096
862
414
3304
1354
367
1404
391
188
ENS
7285
2986
810
3203
914
414
3304
1354
367
1453
415
188
EPS
7285
2986
810
3203
914
414
3304
1354
367
1453
415
188
EQS
7285
3013
621
—
—
414
3304
1367
282
—
—
188
STANDARD-EFFICIENCY MOTORS / MEDIUM VOLTAGE (2400-4160 V)
EHS
7285
2744
706
2818
741
414
3304
1245
320
1278
336
188
EJS
7285
2816
741
2892
775
414
3304
1277
336
1312
352
188
EKS
7285
2816
741
2930
775
414
3304
1277
336
1329
352
188
ELS
7285
2808
741
3005
810
414
3304
1274
336
1363
367
188
EMS
7285
2892
775
3005
810
414
3304
1322
352
1363
367
188
ENS
7285
2997
775
3143
879
414
3304
1359
352
1426
399
188
EPS
7285
2967
810
3144
879
414
3304
1346
367
1426
399
188
EQS
7285
3081
872
—
—
414
3304
1398
396
—
—
188
STANDARD-EFFICIENCY MOTORS / MEDIUM VOLTAGE (6300-6900 V)
EHS
7285
2773
735
2845
769
414
3304
1258
333
1290
349
188
EJS
7285
2855
769
2855
769
414
3304
1295
349
1295
349
188
EKS
7285
2919
803
2919
803
414
3304
1324
364
1324
364
188
ELS
7285
2908
803
3058
871
414
3304
1319
364
1387
395
188
EMS
7285
3029
854
3068
871
414
3304
1374
387
1392
395
188
ENS
7285
3023
854
3281
974
414
3304
1371
387
1488
442
188
EPS
7285
3068
871
3288
974
414
3304
1392
395
1491
442
188
HIGH-EFFICIENCY MOTORS / LOW VOLTAGE (200-575 V)
EHH
7285
2939
776
2995
810
414
3304
1333
352
1359
367
188
EJH
7285
2944
776
3002
810
414
3304
1335
352
1362
367
188
EKH
7285
2992
810
3110
862
414
3304
1357
367
1411
391
188
ELH
7285
2299
810
3099
862
414
3304
1043
367
1406
391
188
EMH
7285
2965
810
3210
914
414
3304
1345
367
1456
415
188
ENH
7285
3015
855
3293
974
414
3304
1368
388
1494
442
188
EPH
7285
3029
855
3289
974
414
3304
1374
388
1492
442
188
EQH
7285
3162
664
—
—
414
3304
1434
301
—
—
188
Summary of Contents for AquaEdge 19XR series
Page 69: ...69 Fig 33 19XR Leak Test Procedures a19 1625 ...
Page 154: ...154 Fig 64 Benshaw Inc Wye Delta Unit Mounted Starter Wiring Schematic Low Voltage a19 1873 ...
Page 161: ...161 Fig 69 Typical Low Voltage Variable Frequency Drive VFD Wiring Schematic 575 v ...
Page 162: ...162 Fig 69 Typical Low Voltage Variable Frequency Drive VFD Wiring Schematic 575 v cont ...
Page 186: ...186 APPENDIX B LEAD LAG WIRING 19XR Lead Lag Schematic Series Cooler Flow a19 1655 ...
Page 187: ...187 APPENDIX B LEAD LAG WIRING cont 19XR Lead Lag Schematic Parallel Cooler Flow a19 1717 ...