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ABB Baldor
SKU: RM3154A
RM3154A | 1.5HP, 1725RPM, 3PH, 60HZ, 56H, 3520M, OPAO, F1
Data Sheet: Data SheetProduct Type: MotorsVoltage: 208/230/460 VFrame: 56HSpeed: 1725 RPMCurrent: 5.0 A/208 V 4.8 A/230 V 2.4 A/460 VFeedback: None$693.48 -
ABB Baldor
SKU: RM3157A
RM3157A | 2HP, 1725RPM, 3PH, 60HZ, 56H, 3524M, OPAO, F1, N
Data Sheet: Data SheetProduct Type: MotorsVoltage: 208/230/460 VFrame: 56HSpeed: 1725 RPMCurrent: 6.0 A/208 V 5.8 A/230 V 2.9 A/460 VFeedback: None$795.14 -
Control Techniques
SKU: SEAL-KIT-NT2E
SEAL-KIT-NT2E | Replacement Shaft Seal Kit for NT 2, English Mount Motor
Product Type: NT Motors$47.20 -
Control Techniques
SKU: SEAL-KIT-NT2M
SEAL-KIT-NT2M | Replacement Shaft Seal Kit for NT 2, Metric Mount Motor
Product Type: NT Motors$47.20 -
Control Techniques
SKU: SEAL-KIT-NT3E
SEAL-KIT-NT3E | Replacement Shaft Seal Kit for NT 3, English Mount Motor
Product Type: NT Motors$47.20 -
Control Techniques
SKU: SEAL-KIT-NT3M
SEAL-KIT-NT3M | Replacement Shaft Seal Kit for NT 3, Metric Mount Motor
Product Type: NT Motors$47.20 -
Control Techniques
SKU: SIBAAA003
SIBAAA003 | Encoder Feedback cable, Connectors on both ends, 3 meters Length (Digitax ST, Unidrive S
$0.00 -
Control Techniques
SKU: SIBAAA0030
SIBAAA0030 | Unidrive M, Incremental or Heidenhain EnDat, Encoder Feedback Cable, connectors on moto
$249.60 -
Control Techniques
SKU: SIBAAA005
SIBAAA005 | Encoder Feedback cable, Connectors on both ends, 5 meters Length (Digitax ST, Unidrive S
$0.00 -
Control Techniques
SKU: SIBAAA0050
SIBAAA0050 | Unidrive M, Incremental or Heidenhain EnDat, Encoder Feedback Cable, connectors on moto
$278.40 -
Control Techniques
SKU: SIBAAA010
SIBAAA010 | Encoder Feedback cable, Connectors on both ends, 10 meters Length (Digitax ST, Unidrive
$0.00 -
Control Techniques
SKU: SIBAAA0100
SIBAAA0100 | Unidrive M, Incremental or Heidenhain EnDat, Encoder Feedback Cable, connectors on moto
$348.80
An electric motor is an electrical device that converts electrical energy into mechanical energy. Most electric motors operate through the interaction between the motor's magnetic field and electric current in a wire winding to generate force in the form of torque applied on the motor's shaft. Electric motors are powered by direct current (DC Motors) or alternating current (AC Motors). Electric motors are used in many industries such as; Aggregate, cement, air handling, chemical, oil, gas, food, beverage, mining, paper, water, and wastewater.