X530;056T8O5307
Description
X530 ; 056T8O5307 CONDENSER FAN MOTOR ; 1-1/2HP 850RPM OPEN 56Y 3PH 208-230/460V
Part # X530
BDI # 22327234
Features
Enclosure:
OAO
Shaft Diameter - Inch:
0.625
Sync RPM:
850/715
Hertz:
60
Shaft Diameter - Millimeter:
15.875
Overall Length - Inch:
9.56
Inch - Metric:
Inch
Horse Power:
1-1/2HP
Other Features:
Current Rating 7.5 To 6.8/3.4 Ampere | 8 Poles
Mounting Method:
Belly Band | Round Frame
X502;056T11O5302
Description
X502 ; 056T11O5302 CONDENSER FAN MOTOR ; 1HP 1140RPM OPEN 56Y 3/60/200-230/460V
Part # X502
BDI # 22326586
Features
Enclosure:
OAO
Shaft Diameter - Inch:
0.625
Sync RPM:
1140/950
Hertz:
60
Shaft Diameter - Millimeter:
15.875
Overall Length - Inch:
7.56
Inch - Metric:
Inch
Horse Power:
1HP
Other Features:
Current Rating 4 To 4.2/2.1 Ampere | 6 Poles
Mounting Method:
Belly Band | Round Frame
X448;056A11O5314
Description
X448 ; 056A11O5314 CONDENSER FAN MOTOR ; 1HP 1075RPM OPEN 56Y 1/60/200-230/460V
Part # X448
BDI # 17096048
Features
Enclosure:
OPAO
Shaft Diameter - Inch:
0.625
Sync RPM:
1200
Hertz:
60
Shaft Diameter - Millimeter:
15.875
Overall Length - Inch:
14.47
Inch - Metric:
Inch
Horse Power:
1HP
Other Features:
Current Rating 6-5.2/2.6 Ampere | 6 Poles
Mounting Method:
Belly Band | Round Frame
110222.00
Description
110222.00 AIR COMPRESSOR MOTOR ; 3HP 3450RPM 56 DP /230V 1PH 60HZ
Part # 110222.00
BDI # 20183620
Features
Enclosure:
DP
Shaft Diameter - Inch:
0.625
Sync RPM:
3600
Hertz:
60
Shaft Diameter - Millimeter:
15.875
Base to Center of Shaft - Millimeter:
88.9
Inch - Metric:
Inch
Horse Power:
3HP
Other Features:
Current Rating 15 Ampere | 2 Poles
Mounting Method:
Rigid
F781;5KCP49UN9838S
Description
F781 ; 5KCP49UN9838S FARM DUTY AC MOTOR ; 1/2HP 850RPM TENV 56Y 1/60/208-230V
Part # F781
BDI # 20181775
Features
Enclosure:
TENV
Shaft Diameter - Inch:
0.625
Sync RPM:
900
Hertz:
60
Shaft Diameter - Millimeter:
15.875
Base to Center of Shaft - Millimeter:
88.9
Inch - Metric:
Inch
Horse Power:
1/2HP
Other Features:
Current Rating 3.7-3.6 Ampere | 8 Poles
Mounting Method:
Rigid






