REXRTOH+VTS0234-47/AP025

REXRTOH+VTS0234-47/AP025

For more technology, the servo driver is responsible for regulating the difference between the actual motor state and the requested motor state by making the necessary current or voltage adjustments. This is different from open-loop systems, where the motor may spin at the wrong speed. Servo drive enables the motor to respond to damping, feedback gain and stiffness according to system requirements.
This makes the use of servo drives ideal for automatic systems that require position control. Whether positioning the ball valve in the correct position or aiming the telescope, the servo drive is able to adjust the shaft to the desired position regardless of friction or other disturbances.

The VT-MVTW-1-16/D VTS0234-47/AP025 can be controlled with analog or digital inputs
Servo driver Q can be controlled with analog or digital inputs. In essence, the role of the servo driver is to convert the low power command signal from the controller into high power voltage and current to the motor. Depending on the application, the servo drive can adjust and properly coordinate the desired position, speed, torque, etc., of the motor.
The servo drive is able to resolve the expected error with a feedback monitoring device that uses negative feedback to send signals back through its own control loop and/or to the master controller Q. The motion control feedback device evaluates the relationship between the control input and the actual position of the mechanism or control shaft. By knowing the relationship between the actual value and the “expected value” of the shaft position, the driver is able to send a signal to the driver to take corrective action in the motor.

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