RLC-SVX07A-EN
59
Installation - Electrical
Table 16
RTWA Electrical Data
Unit Wiring
Motor Data
Unit Size
Rated Voltage
(V/HZ/Phase)
MCA (1)
Max. Fuse or
HACR (2)
Rec Time Delay
or RDE (3)
Qty.
Compressor (Ea)
RLA (4) LRA (6)
RTWA 70
Std. Cond. Temp
200/60/3
237
300
300
2
105/105
800/800
230/60/3
205
250
250
2
91/91
690/690
460/60/3
104
125
125
2
46/46
330/330
575/60/3
84
110
100
2
37/37
270/270
RTWA 80
Std. Cond. Temp
200/60/3
279
400
350
2
124/124
880/880
230/60/3
243
350
300
2
108/108
760/760
460/60/3
122
175
150
2
54/54
380/380
575/60/3
97
125
110
2
43/43
304/304
RTWA 90
Std. Cond. Temp
200/60/3
329
450
400
2
164/124
990/880
230/60/3
287
400
350
2
143/108
820/760
460/60/3
144
200
175
2
72/54
410/380
575/60/3
115
150
150
2
57/43
328/304
RTWA 100
Std. Cond. Temp
200/60/3
369
500
450
2
164/164
990/990
230/60/3
322
450
400
2
143/143
820/820
460/60/3
162
225
200
2
72/72
410/410
575/60/3
129
175
150
2
57/57
328/328
RTWA 110
Std. Cond. Temp
200/60/3
407
600
500
2
194/164
1190/990
230/60/3
355
500
400
2
169/143
1044/820
460/60/3
179
250
200
2
85/77
522/410
575/60/3
142
200
175
2
68/57
420/328
RTWA 125
Std. Cond. Temp
200/60/3
437
600
300
2
194/194
1190/1190
230/60/3
381
500
250
2
169/169
1044/1044
460/60/3
192
250
125
2
85/85
522/522
575/60/3
153
200
100
2
68/68
420/420
1. MCA-Minimum Circuit Ampacity - 125 percent of the largest compressor RLA plus 100 percent of the second compressor RLA.
2. HACR type circuit breaker for CSA only. Fuse size (HACR breaker) 225 percent of the largest compressor RLA plus 100 percent
of the second compressor RLA.
3. Recommended Time Delay or Dual Element (RDE) Fuse Size - 150 percent of the largest compressor RLA plus 100 percent of
the second compressor RLA.
4. Local codes may take precedence.
5. Voltage Utilization range:
6. RLA-Rated Load Amps - Rated in accordance with UL Standard 1995.
7. LRA-Locked Rotor Amps - Based on full winding starts.
8. Data containing information on two circuits shown as follows: ckt 1/ckt 2.
Содержание R Series
Страница 17: ...RLC SVX07A EN 17 Installation Mechanical Figure 2 Rigging and Lifting for RTWA Units ...
Страница 22: ...22 RLC SVX07A EN Installation Mechanical Figure 7 Rigging and Lifting for RTUA Units ...
Страница 25: ...RLC SVX07A EN 25 Installation Mechanical Figure 10 Rigging and Lifting for RTCA Condenser ...
Страница 26: ...26 RLC SVX07A EN Installation Mechanical Figure 11 Dimensions and Clearances for RTCA Condenser ...
Страница 69: ...RLC SVX07A EN 69 Installation Electrical Figure 28 Interconnecting Wiring from RTUA to RTCA ...
Страница 129: ...RLC SVX07A EN 129 Start Up Procedures Figure 41 RTWA Unit Sequence of Operation ...
Страница 130: ...130 RLC SVX07A EN Start Up Procedures Figure 42 RTUA Unit Sequence of Operation ...
Страница 154: ...154 RLC SVX07A EN Diagnostics ...
Страница 156: ...156 RLC SVX07A EN 3332 ...
Страница 158: ...158 RLC SVX07A EN 3333 ...
Страница 160: ...160 RLC SVX07A EN 3334 ...
Страница 162: ...162 RLC SVX07A EN 3335 ...
Страница 164: ...164 RLC SVX07A EN 3336 ...
Страница 166: ...166 RLC SVX07A EN 5119 ...
Страница 168: ...168 RLC SVX07A EN 5143 ...
Страница 170: ...170 RLC SVX07A EN 5144 ...
Страница 172: ...172 RLC SVX07A EN 5145 ...
Страница 174: ...174 RLC SVX07A EN 5146 ...
Страница 176: ...176 RLC SVX07A EN 6008 ...
Страница 178: ...178 RLC SVX07A EN 6009 ...
Страница 180: ...180 RLC SVX07A EN 5147 ...
Страница 182: ...182 RLC SVX07A EN 6526 ...
Страница 184: ...184 RLC SVX07A EN 5150 ...
Страница 186: ...186 RLC SVX07A EN 6010 ...