As intelligent actuators, electric cylinders possess strong pressure control capabilities. In practical applications, the output force of electric cylinders can be controlled by a control system, thereby achieving functions such as pressure regulation and pressure maintenance. Specific implementation methods include the following:
1. Using Force Sensor Feedback
A force sensor is incorporated into the mechanical structure of the electric cylinder and its signal is fed back to the control system. By controlling the output force, functions such as pressure regulation and pressure maintenance are achieved.
2. Using Pressure Sensor Feedback
A pressure sensor is incorporated into the hydraulic system of the electric cylinder and its signal is fed back to the control system. By controlling the output pressure, functions such as pressure regulation and pressure maintenance are achieved.
3. Using PID Algorithm Control
The PID algorithm is used in the electric cylinder control system to process the input signal to control the output force and pressure, achieving functions such as pressure regulation and pressure maintenance.
