ProSight 0.75kW Three-Phase AC Drive
ProSight 0.75kW Three-Phase AC Drive is a 0.75kW three phase variable frequency drive designed for motor speed and torque control. It operates with three phase 380 to 480V AC input and supports vector control, V/F control and closed loop vector control. With built in PID, adjustable acceleration and deceleration, automatic voltage adjustment and Modbus RS485 communication, it is suited to pumps, fans, conveyors and general industrial automation applications.
The ProSight 0.75kW Three-Phase AC Drive is a compact variable frequency drive for controlling compatible three phase motors up to 0.75kW. The drive is rated for three phase 380 to 480V AC input at 50 or 60Hz and has a rated input current of 3.4A and output current of 2.1A.
The drive provides several motor control options, including open loop vector control, closed loop vector control and V/F control. This allows the operating mode to be selected according to the motor and application requirements. The drive also supports adjustable acceleration and deceleration profiles, built in PID functionality and automatic voltage adjustment.
How it works
- Converts the incoming three phase AC supply into a controlled variable frequency output for a compatible motor.
- Adjusts motor operating frequency to control speed.
- Provides vector and V/F control modes for different motor control requirements.
- Supports Modbus RTU communication through the RS485 interface for integration with compatible control systems.
Why choose this product
- Suitable for 0.75kW three phase motor applications.
- Supports multiple motor control methods.
- Provides adjustable acceleration and deceleration settings.
- Includes built in PID and automatic voltage adjustment functions.
- Offers Modbus RS485 communication for system integration.
Benefits
The drive provides flexible motor speed control while allowing operating parameters to be adjusted for different machinery requirements. Its control and communication functions make it suitable for equipment that requires adjustable motor operation and connection to a wider automation system.
