Features
Enclosure:
TEFC
Shaft Diameter - Inch:
0.875
Sync RPM:
3510
Hertz:
60
Shaft Diameter - Millimeter:
22.225
Base to Center of Shaft - Millimeter:
88.9
Inch - Metric:
Inch
Horse Power:
3HP
Other Features:
General Purpose | Rolled Steel Frame Material | B Insulation Class | Selective Counterclockwise Shaft Rotation | Continuous Duty Cycle
Mounting Method:
Rigid
CEUHM3558T
Description
CEUHM3558T UNIT HANDLING MOTOR ; 2HP 1755RPM 3PH 145TYC 3530M
Part # CEUHM3558T
BDI # 125922
Features
Enclosure:
TEFC
Shaft Diameter - Inch:
0.875
Sync RPM:
1800
Hertz:
60
Shaft Diameter - Millimeter:
22.225
Overall Length - Inch:
13.29
Base to Center of Shaft - Millimeter:
88.9
Inch - Metric:
Inch
Horse Power:
2HP
Mounting Method:
C-Face | Foot Mounted
CECP3587T
Description
CECP3587T SEVERE DUTY MOTOR ; 2HP 1755RPM 3PH 60HZ
Part # CECP3587T
BDI # 125674
Features
Enclosure:
TEFC
Shaft Diameter - Inch:
0.875
Sync RPM:
1800
Hertz:
60
Shaft Diameter - Millimeter:
22.225
Base to Center of Shaft - Millimeter:
88.9
Inch - Metric:
Inch
Horse Power:
2HP
Other Features:
Premium Efficient
Mounting Method:
C-Face | Foot Mounted
191521.00
Description
191521.00 GENERAL PURPOSE MOTOR ; 1.5 HP 1800 575 TEFC 143TC/FT STAINLESS
Part # 191521.00
BDI # 20181628
Features
Enclosure:
TEFC
Shaft Diameter - Inch:
0.875
Sync RPM:
1745
Hertz:
60
Shaft Diameter - Millimeter:
22.225
Base to Center of Shaft - Millimeter:
88.9
Inch - Metric:
Inch
Horse Power:
1-1/2HP
Other Features:
General Purpose | Stainless Steel Frame Material | F Insulation Class | Reversible Shaft Rotation | Continuous Duty Cycle
Mounting Method:
Rigid
121945.00
Description
121945.00 ; POR 121945.00.1H1760R143T.DP575V CT40C
Part # 121945.00
BDI # 20182281
Features
Enclosure:
DP
Shaft Diameter - Inch:
0.875
Sync RPM:
1760
Hertz:
60
Shaft Diameter - Millimeter:
22.225
Base to Center of Shaft - Millimeter:
88.9
Inch - Metric:
Inch
Horse Power:
1HP
Other Features:
General Purpose | Rolled Steel Frame Material | F Insulation Class | Reversible Shaft Rotation | Continuous Duty Cycle
Mounting Method:
Rigid