Torque of hollow rotating platform reducer

The torque of the hollow rotary platform reducer is affected by many factors, including the reduction ratio, the rated power of the motor, the speed ratio and the load.

   First, the reduction ratio is a key factor affecting the torque of the hollow rotary platform reducer. The larger the reduction ratio, the smaller the output torque, but the speed ratio will also decrease accordingly.

   Second, the rated power of the motor is also a factor that affects the torque. Generally, the greater the power of the motor, the greater the output torque. However, an increase in the rated power of the motor also results in a decrease in the speed ratio. In addition, the speed ratio and load will also affect the torque of the hollow rotating platform. The higher the speed ratio, the lower the output torque, and the load will increase the output torque.

   Therefore, when selecting a hollow rotary platform reducer, it must be considered comprehensively according to the actual working conditions and standards. For example, if high torque output is required, you can consider a hollow rotating platform reducer with a small reduction ratio, or you can choose a hollow rotating platform reducer with a larger motor rated power. At the same time, during use, attention should be paid to changes in speed ratio and load to prevent exceeding the torque limit of the hollow rotary platform reducer.