The working performance of the transmission device directly affects the performance and cost of the equipped ball mill, and some even play a decisive role. The transmission device occupies a very important position in the entire ball mill. Therefore, the transmission device should be carefully selected according to its characteristics when designing the ball mill.
Currently, edge transmission and center transmission are widely used. It is more economical to adopt edge drive for large ball mills. Compared with central transmission, gears require slightly lower precision, are easy to manufacture, and cost less.
Edge drive is one of the more commonly used methods in ball mill drive. Most small and medium-sized ball mills use edge drive. The edge drive power of a single motor generally does not exceed 2500w. With the development of design technology and manufacturing technology, this limit will also change.
In order to make it easy to start and detect, an auxiliary motor and auxiliary reducer are installed at the other end of the motor. The reducer is one of the most important equipment in the transmission of the ball mill. Whether it is running well is often the main factor that determines the operation rate of the mill.
