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14 SXIH-SVX01B-EN
electrical
requirements
Installation
Table I-ER-2. Integral Air-Cooled Oversized Motor Electrical Data
Condenser Evaporator
Unit Compressor Fan Motor Fan Motor
Size Voltage RLA LRA Hp FLA Hp FLA MCA MFS
5.0 208-230/60/3 19.3 135.0 2.0 5.81 1.5 4.42 34.4 50
460/60/3 8.2 61.8 2.63 2.00 14.9 20
575/60/3 6.6 49.4 2.10 1.60 12.0 15
7.5 208-230/60/3 25.0 179.0 3.0 8.32 2.0 5.81 45.4 70
460/60/3 12.0 101.0 3.76 2.63 21.4 30
575/60/3 9.8 74.0 3.01 2.10 17.4 25
10.0 208-230/60/3 19.3 135.0 3.0 8.32 3.0 8.32 60.1 70
460/60/3 8.2 61.8 3.76 3.76 26.0 30
575/60/3 6.6 49.4 3.01 3.01 20.9 25
15.0 208-230/60/3 25.0 179.0 7.5 19.80 5.0 13.70 89.8 100
460/60/3 12.0 101.0 8.96 6.18 42.1 50
575/60/3 9.8 74.0 7.17 4.94 34.2 40
Notes:
1. Voltage range: nominal voltage: 208-230V, acceptable range: 187 - 253V, nominal voltage: 460V, acceptable range: 414 - 506V,
nominal voltage: 575V, acceptable range: 518 - 633V
2. Ampacity = (1.25 x compressor RLA) + the sum of the second compressor RLA (is used) and all other motor FLAs
3. MFS = (2.25 x compressor RLA) + the sum of the second compressor RLA (if used) and all other motor FLAs
Table I-ER-1. Integral Air-Cooled Standard Motor Electrical Data
Condenser Evaporator
Unit Compressor Fan Motor Fan Motor
Size Voltage RLA LRA Hp FLA Hp FLA MCA MFS
5 208-230/60/3 19.3 135.0 1.5 4.42 1.0 3.15 31.7 50
460/60/3 8.2 61.8 2.00 1.42 13.7 20
575/60/3 6.6 49.4 1.60 1.14 11.0 15
7.5 208-230/60/3 25.0 179.0 2.0 5.81 1.5 4.42 41.5 60
460/60/3 12.0 101.0 2.63 2.00 19.6 30
575/60/3 9.8 74.0 2.10 1.60 16.0 25
10 208-230/60/3 19.3 135.0 2.0 5.81 2.0 5.81 55.0 70
460/60/3 8.2 61.8 2.63 2.63 23.7 30
575/60/3 6.6 49.4 2.10 2.10 19.1 25
15 208-230/60/3 25.0 179.0 5.0 13.70 3.0 8.32 78.3 100
460/60/3 12.0 101.0 6.18 3.76 36.9 45
575/60/3 9.8 74.0 4.94 3.01 30.0 35
Notes:
1. Voltage range: nominal voltage: 208-230V, acceptable range: 187 - 253V, nominal voltage: 380V, acceptable range: 342 - 416V,
nominal voltage: 460V, acceptable range: 414 - 506V, nominal voltage: 575V, acceptable range: 518 - 633V
2. Ampacity = (1.25 x compressor RLA) + the sum of the second compressor RLA (is used) and all other motor FLAs
3. MFS = (2.25 x compressor RLA) + the sum of the second compressor RLA (if used) and all other motor FLAs