Product Encyclopedia
Knowledge and technology sharing of hollow rotating platforms
Zhuoerchuang's hollow rotating platform reducer is composed of the following structure:
1. Hollow shaft: The hollow shaft is the core structure of the hollow rotating platform reducer. It is hollow inside and can easily install various sensors, actuators and other devices. The hollow shaft and the base are connected to each other to support the entire rotating platform.
2. Motor: The motor is the driver link of the hollow rotating platform. It transmits power by connecting the motor shaft and the reduction gear.
Reduction gear: The reduction gear is used to reduce the speed ratio, increase the torque, and achieve precise speed ratio and torque control. Reduction gears usually use high-precision gears to ensure transmission accuracy and stable performance.
3. Bearings: Bearings are the key link in supporting the turntable of the rotating platform, providing strong support and guidance. Hollow rotating platforms usually use high-precision crossed roller bearings, which have high rigidity and high load-bearing capacity.
4. Turntable: The turntable is the rotating part of the hollow rotating platform and is supported on the hollow shaft through bearings. There are scale marks engraved on the outside of the turntable, which can clearly read the rotation angle information.
5. Base: The base is the supporting link of the hollow rotating platform reducer, fixing the entire rotating platform at the required location. The base usually adopts a highly rigid structural design to ensure stable performance.
6. Controller: The controller is the control link of the hollow rotating platform. It realizes automatic control technology by connecting motors, sensors and other devices. The controller can be customized according to the actual situation, such as adding communication interfaces, extended functions, etc.
In general, Zhuoerchuang's hollow rotary platform reducer is mainly composed of a hollow shaft, a motor, a reduction gear, a bearing, a turntable, a base and a controller. These structures have been precisely designed and manufactured to achieve high precision, high stability, high load-bearing capacity and other characteristics.
