The working principle of the control cable turner is mainly to change the direction of the cable through a mechanical structure. Here are some key points:
1. Structural design: The turner is usually made of metal or plastic with a smooth surface to reduce the friction of the cable when turning. Its internal structure may include gears, bearings or other mechanical components that work together to achieve the change of cable direction.
2. Force transmission: When the cable passes through the turner, the mechanical structure of the turner transfers force from one direction to another. This force transmission is achieved through components such as gears and bearings, which can effectively reduce friction and wear, thereby ensuring that the cable can change direction smoothly.
3. Cable protection: The design of the turner also needs to take into account the protection of the cable. It needs to ensure that no damage is caused to the cable during the process of changing the cable direction. This is usually achieved by using soft materials or designing special paths.
4. Adjustment and flexibility: Some advanced turners may also have adjustment and flexibility functions. This means that they can be adjusted accordingly according to different cable types and sizes, as well as different turning requirements.
In general, the working principle of the controlled cable angle turner is to change the direction of the cable through a mechanical structure while ensuring the protection of the cable and the effective transmission of force.