What is the reason why energy-saving ball mill current is unstable?

　　What is the reason why energy-saving ball mill current is unstable? Everyone knows that stable currents and voltages are the necessary hardware conditions for the ball mill. This is also a basic guarantee to ensure that the ball mill is working properly. Some energy-saving ball mills are unstable during operation, which not only affects production, but also has a certain impact on the ball mill. So what is the reason for the instability of energy-saving ball mill? The energy-saving ball mill is a commonly used crushing equipment in recent years. It is widely used in industrial production. It is a key device for crushing materials after crushing. The following seven aspects may be the reason why energy-saving ball mill current is unstable. 1, often due to the failure of the screening equipment of the crushing system, the bottom of the screen is broken, resulting in increased particle size 2. The head of the clay spoon is likely to loosen, and the slave is the main reason for the rise in intermittent current periodic intermittent. Of course, you should also check if there is a steel ball or other hike at the bottom of the spoon to prevent spoons from rotating. 3. The rolling mill is overloaded or the voltage is low. 4, steel ball, steel forging, do you have more 5. Is the rolling wheel bearing a lining? 6. Is the bearing bushing cooling is normal? Is the bearing liner die? 7. Is it running with the ball back air machine? After the gap is over, the ball is forged. When there is no discharge, the load is large, that is, the current is large. When the energy-saving ball mill is operating, the material is uniformly entered into the mill in the air shaft spiral in the feed device. The warehouse has a stepped liner or a corrugated liner, and the steel ball of different specifications, the cylindrical rotation produces centrifugal force to fall back to a certain height, and generate a heavy blow and grinding of materials. After the material reaches the coarse mill, the material is entered into the two warehouse, and the flat liner is inserted, and a steel ball is inserted, and the material is further grinded. The powdery is discharged through the discharge gossit, and the powder mill is completed. The energy-saving ball mill is equipped with different specifications of steel balls, and the power of the gravity potential energy of the steel ball is converted into the dynamic impact to be crushed. After the material is hit, it collides with other materials with other materials, reaching multiple crushing effects. Saving electricity while saving the breakage of the material quickly. Moreover, the energy-saving ball mill is graded in accordance with the difference in material crushing, and the crushing operation is completed once, greatly reduces the labor intensity of the workers.