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128
Table 21B — 19XR,XRV Compressor and Motor Weights*— Standard and High-Efficiency Motors —
Compressor Frame Size 3†
*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)
CBS
2816
1146
219
1188
236
274
1277
520
99
539
107
124
CCS
2816
1171
227
1196
242
274
1277
531
103
542
110
124
CDS
2816
1198
237
1258
255
274
1277
543
108
571
116
124
CES
2816
1207
240
1272
258
274
1277
547
109
577
117
124
CLS
2816
1247
249
1328
273
274
1277
566
113
602
124
124
CMS
2816
1270
257
1353
278
274
1277
576
117
614
126
124
CNS
2816
1321
266
1386
282
274
1277
599
121
629
128
124
CPS
2816
1334
269
1401
287
274
1277
605
122
635
130
124
CQS
2816
1353
276
1408
290
274
1277
614
125
639
132
124
CRS
2816
1259
321
—
—
274
1277
571
146
—
—
124
CRS
(380V)
2816
1328
346
—
—
274
1277
602
157
—
—
124
HIGH-EFFICIENCY MOTORS / LOW VOLTAGE (200-575 V)
CBH
2816
1235
239
1290
254
274
1277
560
108
585
115
124
CCH
2816
1260
249
1295
259
274
1277
572
113
587
117
124
CDH
2816
1286
258
1358
273
274
1277
583
117
616
124
124
CEH
2816
1305
265
1377
279
274
1277
592
120
625
127
124
CLH
2816
1324
271
1435
292
274
1277
601
123
651
132
124
CMH
2816
1347
275
1455
298
274
1277
611
125
660
135
124
CNH
2816
1358
278
1467
301
274
1277
616
126
665
137
124
CPH
2816
1401
290
1479
304
274
1277
635
132
671
138
124
CQH
2816
1455
304
1479
304
274
1277
670
138
671
138
124
KBH
2816
1313
276
1353
285
274
1277
596
125
614
129
124
KCH
2816
1353
285
1381
291
274
1277
614
129
626
132
124
KDH
2816
1381
291
1417
307
274
1277
626
132
643
139
124
KEH
2816
1417
307
1441
313
274
1277
643
139
654
142
124
KFH
2816
1441
313
1470
320
274
1277
654
142
667
145
124
KGH
2816
1470
320
1505
333
274
1277
667
145
683
151
124
KHH
2816
1505
333
—
—
274
1277
683
151
—
—
124
UB
2816
1371
316
1391
330
274
1277
622
143
631
150
124
UC
2816
1391
330
1419
344
274
1277
631
150
644
156
124
UD
2816
1419
344
1455
372
274
1277
644
156
660
169
124
UE
2816
1455
372
1479
386
274
1277
660
169
671
175
124
UF
2816
1479
386
1508
400
274
1277
671
175
684
181
124
UG
2816
1508
400
1543
421
274
1277
684
181
700
191
124
UH
2816
1543
421
—
—
274
1277
700
191
—
—
124
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 ...