1. with incremental encoder,AC brushless (permanent magnet synchronous) rotary servo motor position,speed,torque control. AC brushless motor adopts vector control. When working,the voltage and current are sinusoidal.

02. with incremental encoder,AC brushless (permanent magnet synchronous) linear servo motor position,speed,torque control. AC brushless motor adopts vector control. When working,the voltage and current are sinusoidal.

03. with digital Holzer sensor and incremental encoder,DC brushless rotary servo motor position,speed and torque control. When the brushless motor is controlled,the Holzer sensor is used to commutate. When working,the voltage and current are trapezoidal square wave.

04. with digital Holzer sensor and incremental encoder,DC brushless linear servo motor position,speed and torque control. When the brushless motor is controlled,the Holzer sensor is used to commutate. When working,the voltage and current are trapezoidal square wave.

05. with absolute SSI encoder,AC brushless (permanent magnet synchronous) rotary servo motor position,speed,torque control. AC brushless motor adopts vector control. When working,the voltage and current are sinusoidal.

06. with incremental encoder,DC brush rotary servo motor position,speed,torque control. Brushless DC motor uses carbon brush commutation. When working,voltage and current are square waves.

07. with speed generator,DC brush rotation servo motor speed and torque control. Brushless DC motor uses carbon brush commutation. When working,voltage and current are square waves.

08. The incremental encoder of the load is used for load position control and the speed and torque control of the motor shaft with speed measuring generator,and the full closed loop high precision and high response control of the DC brushed rotating servo motor is used. Brushless DC motor uses carbon brush commutation. When working,voltage and current are square waves.

09. the load with absolute SSI encoder is used for load position control and motor shaft with speed measuring generator for speed,torque control combined with DC brushes rotating servo motor full closed loop high precision,high response control. Brushless DC motor uses carbon brush commutation. When working,voltage and current are square waves.

10. 2/3 phase stepping motor position or speed open loop control. 2/3 phase stepping motor adopts sine wave subdivision bipolar control.

11. The incremental encoder of the load is used to control the closed-loop control of the load position and the speed open loop control of the 2 phase stepper motor (the speed reference amount is provided by the position controller) to make up the full closed loop high precision,high response position,speed and torque control of the stepping motor.

12. 2 phase stepper motor position,speed,torque closed loop control.