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ABB Baldor
SKU: EMVM3714D
EMVM3714D | 7.5KW, 1770RPM, 3PH, 60HZ, D132MD, 3752M, TEFC
Data Sheet: Data SheetProduct Type: MotorsVoltage: 230/460 VFrame: D132MDSpeed: 1770 RPMCurrent: 25.4 A/208 V 24.0 A/230 V 12.0 A/460 VFeedback: None$2,465.30 -
Control Techniques
SKU: ENCB-010
ENCB-010 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 10ft Length. (SCSLD, EP
$0.00 -
Control Techniques
SKU: ENCB-015
ENCB-015 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 15ft Length. (SCSLD, EP
$0.00 -
Control Techniques
SKU: ENCB-025
ENCB-025 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 25ft Length. (SCSLD, EP
$0.00 -
Control Techniques
SKU: ENCB-050
ENCB-050 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 50ft Length. (SCSLD, EP
$0.00 -
Control Techniques
SKU: ENCB-075
ENCB-075 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 75ft Length. (SCSLD, EP
$0.00 -
Control Techniques
SKU: ENCB-100
ENCB-100 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 100ft Length. (SCSLD, E
$0.00 -
Control Techniques
SKU: ENCI-010
ENCI-010 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 10ft Length. (SCSLD, EP
$328.00 -
Control Techniques
SKU: ENCI-015
ENCI-015 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 15ft Length. (SCSLD, EP
$453.60 -
Control Techniques
SKU: ENCI-025
ENCI-025 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 25ft Length. (SCSLD, EP
$494.40 -
Control Techniques
SKU: ENCI-050
ENCI-050 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 50ft Length. (SCSLD, EP
$596.00 -
Control Techniques
SKU: ENCI-075
ENCI-075 | Feedback Cable. MS 10 pin connector at Encoder to flying leads, 75ft Length. (SCSLD, EP
$697.60
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.