Method for improving energy utilization of ball mill

　　China's comprehensive national strength increases, and there is an increase in corporate investment power. The requirements for equipment production capacity are also increasing. Thus, the ball mill and a variety of recent grinding devices have a large trend, while the result of largeization is to adopt a suitable transmission method to achieve optimum energy utilization efficiency.

　　After comprehensively comparing the transmission form of the motor, many ball mill manufacturers use asynchronous motors to drive the ball mill through the clutch. Now the transmission efficiency of the asynchronous motor on the market is uneven. In order to effectively complete the transmission task, Hengchang machinery specially designed a variety of drives for the ball mill asynchronous motor. Using or using these drives, the energy utilization of the ball mill can be effectively improved. Ball mill asynchronous motor speed reducer is mainly in the four arrangements of left-handed, left-handed, left-handed, left-handed.

　　When the motor's pulley pinion drives, it is possible to do both left-handed and right-handed forms. Since the asynchronous motor uses differential control, the angular velocity is in a stark contrast to the ball mill drum. In the formulation, the advantage of asynchronous transmission is that the load pressure of the motor can be alleviated during startup. In order to alleviate and load balance, the ball mill motor uses the air pressure balancing device of the gear. By pressure balance, the torque change can be detected at the time of transmission, and the transmission gear can be automatically changed, which corresponds to the automatic clutch device. Among them, the above-handed design is mainly used for high yield ball mills.

　　The optimum use effect can be achieved by the arrangement of the feed apparatus and the delivery device of different options. With the low voltage control device of our company, the torque can be dispersed on each drive motor in the gear set, thereby alleviating the occurrence of gear wear due to load imbalance due to load imbalance.

　　Neither left-voxel is used in the coal mill. It is a special treated ball mill for the grinding of the coal mine. It utilizes the general case of the coal conveying device, according to the output generated by the current through the splitting device, can simultaneously act simultaneously with the different parts of the ball mill, and can improve the wear of the ball mill. Two ways of external rotation are mostly used in grinding of metal sulfides. Through this device, a very high angular velocity output can be obtained such that the grip of the ball mill to the minerals reach the quality leap. In order to change the ball mill abrasive efficiency, in this transmission mode, the synchronization device can be increased, so that the energy consumption is reduced by the synchronous motor in the case of low load.