FAQ
CNC plasma flame cutting machine, smooth edge, steel plate is not easy to deform
Two major reasons why materials cannot be discharged during the working process of the vibrating screen
2023-04-12
After the vibrating screen is turned on, the material has been rotating 360 degrees in the middle of the screen surface, which means that the material will not be discharged from the discharge port at the upper end. In view of this failure, I will give you a simple solution.
The three-dimensional vibrating screen is driven by a YZUL vertical vibrating motor to work as a movement mode, and the vibrating motor is the core part of the whole vibrating screen, and the vibrating motor depends on the weight of the upper and lower ends to determine the three directions of the screen. The amplitude of the amplitude and the size of the rotation. Therefore, the reason why the material only rotates on the screen surface and is not discharged is definitely that there is an error in the vibrating motor.
It can be concluded from the past experience of on-site vibrating screen debugging that one reason for the failure to discharge is that the motor is running in the wrong direction. The solution is to look at the rotation of the motor in operation, and then switch the two power lines at the power control after the power is off. Carry out steering adjustment. After adjustment, perform a start-up test after power-on. If the discharge is normal, it can be used normally.
If the material still rotates in the center of the screen surface after the steering adjustment and cannot be discharged, the problem of the material cannot be discharged by adjusting the upper and lower end weights of the vibrating motor. At this time, the corresponding angle of the upper and lower weights must be determined. If the angle is increased, manually adjust the angle of the upper and lower hammers to 5 degrees. After the adjustment, turn on the machine to see the material discharge effect. If the material is discharged too fast, the angle can be adjusted to increase to solve the speed of the discharge.
