There are three control methods for the servo motor in the servo electric cylinder. Speed control and torque control are both controlled by analog quantities. Position control is controlled by sending pulses. The specific control method to be used should be selected according to the customer's requirements and what kind of motion functions are satisfied.
The servo motor in the servo electric cylinder has three main control methods, one of which is position control. In this mode, the Nefit servo electric cylinder generally determines the rotation speed through the frequency of externally input pulses, and determines the rotation angle through the number of pulses. Some servo can also directly control the speed and speed through communication. Displacements are assigned to achieve the desired position with high accuracy. This ensures the system's accurate positioning of objects and is suitable for applications requiring precise movement and positioning.
The second type of control is speed control, where the servo motor performs movement at a specific speed. Nefit servo electric cylinder achieves precise control of movement speed by intelligently adjusting the speed of the motor. This plays an important role in scenarios that require smooth, controllable speed, improving the system's motion smoothness and responsiveness.
Finally, torque control is the third critical servo motor control method. Nefit servo electric cylinders monitor and adjust output torque to ensure stable performance when the load changes. This is crucial to cope with different working conditions and load requirements, improving the system's robustness and adaptability. Taken together, the excellent performance of Nefit servo electric cylinders in position, speed and torque control provides reliable solutions for applications such as automation systems, mechanical equipment and press machines. Its high efficiency, low noise and low maintenance characteristics make it a key technology promoter in the industrial field.