PW-82530N0 torque loop controller precisely regulates current in the motor windings of 3-phase brushless DC motors.
July 23, 2013 - Data Device Corporation (DDC) introduces PW-82530N0 3-Phase DC motor torque controller that precisely regulate the current in the motor windings of 3-phase brushless DC motors. The controller provides complementary four-quadrant operation making it ideal for applications requiring precise current regulation and/or holding torque at zero input command.
Benefits include:
- Single-Module Solution More Efficient than In-House and Multi-Component Designs
- Self-Contained 3-Phase Motor Controller
- Programmability Allows Common Design to be Used Across Multiple Application Platforms
- Fewer Components = Better MTBF Rating and Higher Reliability
- Complementary Four-Quadrant Drive Offers Performance Advantages Over Standard Drives
- Holding Torque Through Zero Current
- Linear Current Control Through Zero
- No Deadband at Zero
- Zero Current Holding Torque Control Enables High Accuracy Positioning and Control for Critical Applications
- 7% Linearity
- 3% Current Regulating Accuracy
- 10 Amp Output Current
- -40°C to +100°C Operation
