What are the factors that affect the power consumption of the Suspended permanent magnet separator- RCYD
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What are the factors that affect the power consumption of the Suspended permanent magnet separator

In the actual iron removal operation, there are many factors that will affect the power consumption of the Suspended permanent magnet separator, in addition to the movement of materials in the machine, but also related to the installation, adjustment and transmission efficiency. If the output of the kiln is stable and the power is still increasing, the main reasons are as follows:

1. Due to the height error and horizontal error of the roller installation, the force distribution of each fulcrum is uneven, which increases the radial deformation of the cylinder and makes the roller bearing wear unevenly, which not only increases the power consumption, but also affects Operating rate

2. The bending is caused by the insufficient deformation of the section interface, the thermal deformation caused by the uneven heating of the cylinder and the uneven subsidence of the foundation, thereby forming additional torque and increasing the power consumption;

3. The center line of the roller axle is seriously skewed to the axis, which causes the wheel to slide with the surface of the roller, which increases the axial thrust, so that the friction torque between the thrust ring and the thrust bearing bush on the roller axle increases.

4. Due to improper adjustment of the supporting roller during operation, the thrust of the kiln body pressing on the retaining wheel is too large, so that the friction torque in the retaining wheel is increased;

5. Improper maintenance of the transmission, resulting in reducing transmission efficiency.

Suspended permanent magnet