Principle overview

The feeding process of the electromagnetic vibrating feeder is realized by using the electromagnetic vibrator to drive the feeding trough to periodically reciprocate in the inclined direction. When the vertical component of the acceleration of the feeder vibration is greater than the acceleration of gravity, the material in the trough will be thrown up , And follow the parabolic trajectory to jump forward. The throwing and falling are completed within 1/5 second. The material in the trough is thrown and jumped forward once every time the trough vibrates, so that the trough is 3,000 times per minute. The material is thrown up and jumped forward accordingly, so that the material moves forward uniformly and continuously to realize feeding.

Features

◎ Simple structure, uniform feeding, good continuous performance, adjustable excitation force;

◎ Change and control the flow at any time, easy to operate;

◎ The eccentric block is the excitation source, with low noise, low power consumption, good adjustment performance, and no punching phenomenon;

◎ If a closed body is used, dust pollution can be prevented, and the vibration is stable;

◎ Reliable work and long life;

◎ The excitation force can be adjusted, and the flow can be changed and controlled at any time. The adjustment is convenient and stable; the vibration motor is the excitation source, with low noise and low power consumption;

◎ Good adjustment performance, no punching phenomenon, simple structure, reliable operation, convenient adjustment and installation, light weight, small size, and convenient maintenance;

◎ It can prevent dust pollution when adopting a closed structure body.

Scope of use

It can be widely used in mining, metallurgy, coal, building materials, light industry, chemical industry, electric power, machinery, food and other industries. It is used to uniformly, continuously or quantitatively feed massive granular and powdery materials from silos or hoppers. In the receiving device, and used for automatic batching, quantitative packaging, etc., and can be applied to the automatic control process to realize the automation of the production process.

Technical Parameters