This product may not be available in all locations.

AF-650 GP DRIVE 460V 3-PH 2HP
Item #: 636051
Cat #: 6KGP43002X9XXXA1
UPC: 783175186464
Documents & Guides
The AF-650 GP drive is designed for light and heavy duty control of mixers and material handling applications. It also provides vector modes (advanced, sensorless and closed loop) for those demanding torque applications. A rock-solid aluminum base is integrated with the back panel to provide high mechanical stability and the fan is quickly accessible to make cleaning easy Available up to 50HP @ 208/230, up to 1200HP @ 460V, and up to 1350HP @ 575V and 690V Compliance with major international standards CE, UL, cUL, C-Tick Self protecting features Built-in DC link reactor ensures very low harmonic disturbance of the power supply Designed for ambient temperatures up to 50 degree centrigrade 150 percentage current overload up to 1 minute 24V encoder feedback built-in Advanced brake control Modbus RTU built-in X9XXXA1
Sign In or Register to view pricing and more.
Overview
The AF-650 GP drive is designed for light and heavy duty control of mixers and material handling applications. It also provides vector modes (advanced, sensorless and closed loop) for those demanding torque applications. A rock-solid aluminum base is integrated with the back panel to provide high mechanical stability and the fan is quickly accessible to make cleaning easy Available up to 50HP @ 208/230, up to 1200HP @ 460V, and up to 1350HP @ 575V and 690V Compliance with major international standards CE, UL, cUL, C-Tick Self protecting features Built-in DC link reactor ensures very low harmonic disturbance of the power supply Designed for ambient temperatures up to 50 degree centrigrade 150 percentage current overload up to 1 minute 24V encoder feedback built-in Advanced brake control Modbus RTU built-in X9XXXA1
Also known as: 783175186464, 6KGP43002X9XXXA1
Specifications
Phase: | 3 |
Family / Style: | AF 600 |
Phase: | 3 |
Family / Style: | AF 600 |
Customer Reviews
No reviews for this product
(0)