Servo electric cylinders are usually equipped with three magnetic adapters, which are installed at the bottom, top and origin positions of the electric cylinder. These magnets play an important role in the operation of the electric cylinder, and they can help monitor and control the position and movement of the electric cylinder.
First of all, the magnetic sensor located at the bottom of the electric cylinder is used to detect the lowest position of the electric cylinder. When the electric cylinder reaches the bottom, the magnetic response will trigger a signal to notify the control system to stop the downward movement of the electric cylinder to avoid overextension or collision.
Secondly, the magnetic response device located at the top of the electric cylinder is used to detect the highest position of the electric cylinder. Once the electric cylinder reaches the top, the magnetic response will send a signal to the control system indicating to stop the upward motion of the electric cylinder to prevent it from exceeding the design range or accidents.
Finally, the magnetic response at the origin position is used to determine the initial position of the electric cylinder. This position is often used as a reference point, according to which the control system calculates the relative distance of the electric cylinder, thus achieving precise position control.
In short, these three magnetic devices play a vital role in servo electric cylinders, which help the control system achieve precise motion control by monitoring the position and status of the electric cylinders, so as to ensure the safe and stable operation of the equipment.