The whole screening process of the vibrating motor is to screen and grade materials. Materials of different standards are divided into materials above the screen and materials below the screen. Both the screening power and the relative processing capacity must meet the requirements, which also play a role in conveying materials. When screening materials, there are various reasons, which make it impossible for materials smaller than the mesh size to pass through the mesh of the oscillating screen. As long as a small part of fine materials can be discharged through the mesh size, other materials smaller than the mesh size of the oscillating screen will be mixed with materials larger than the mesh size (i.e., the material on the screen) to be discharged.

For vibrating motor sorting equipment, screening area, screen structure, structure form of oscillating screen, oscillating frequency and fluctuation are also the main factors affecting the screening power of oscillating screen; The standard size of materials, humidity (moisture content), distribution of granular materials and material activity are also the main factors that directly affect the screening rate of the oscillating screen. The materials with good relative mobility, small water content, regular particle shape, slippery edges and no corners are relatively simple to sieve.

In order to improve the screening power of the vibrating motor, for those fine materials and materials that are difficult to screen, the circular oscillating screen can adjust the rotation direction of the oscillator (against the active rotation of materials) to extend the touch time of the oscillating screen screen surface on the materials, which is conducive to the screening rate, but the processing capacity will be relatively reduced;

The linear oscillating screen can properly reduce the view point of the screen surface inclined downward or increase the oscillating angle to slow down the running speed of materials and improve the screening rate; For materials with relatively simple screening and large particles, it is possible to increase the viewing point of the downward slope of the screen surface of the oscillating screen or reduce the oscillating tilt angle, so as to accelerate the forward movement of materials and improve the handling capacity. If the output value of the linear oscillating screen is required to be higher, the screening power and handling capacity should be met together, and the width and length of the oscillating screen surface can be increased.

How to install vibration motor:

1. Both sides:

This device method is also a relatively selected method for vibrating motor of linear oscillating screen equipment. It is usually used when we have restrictions on the overall height of the equipment, but no restrictions on the width of the equipment.

For example, due to the special requirements of some materials, the discharge port of the equipment cannot be too high from the ground. In this case, if we put the vibration motor at the bottom or top of the linear screen, it will be difficult to control the overall height of the equipment. Generally speaking, the height of the screen box of the linear screen is usually the same, so we cannot adjust the height of the screen box, so we can consider installing the vibration motor on both sides of the linear screen, which can greatly reduce the overall height of the equipment without affecting the working power of the equipment.

2. Top:

This device method is uncommon in DZSF series linear oscillating screens, and few people do so. However, ZSG linear screens usually use this device method. If the customer has restrictions on the height and width of the discharge port of the linear screen equipment, then the vibrating motor can not meet the requirements no matter at the bottom or both sides of the device, then the vibrating motor can be placed in the top of the equipment, so that the width of the equipment is not added, It does not affect the height of the discharge port of the descending equipment.

The above is about the introduction of vibration motor, and I hope it can help you.