Working Principle of Motor Type Vibrating Feeder

Motor type vibrating feeder uses a motor as a vibration exciter, and uses the vibration force generated by the vibration motor to continuously and evenly transport the material from the storage bin or hopper to the receiving device. This article will explain the details of the motor-type vibration feeder. working principle

Feeding principle of motor type vibrating feeder

The motor type vibrating feeder uses two vibration motors to give vibration force, and the feeding trough performs linear periodic reciprocating vibration. When the vertical component of the trough vibrates, the acceleration is greater than the acceleration of gravity, and the material will radially up and forward along the parabolic line. Jumping, due to the continuous excitation of the vibration motor, the trough vibrates continuously, so that the materials in the trough continue to jump forward, so as to achieve the purpose of feeding.

The motor type vibrating feeder can be used for continuous and uniform feeding in front of the coarse crusher, and can screen fine materials at the same time to increase the processing capacity of the crusher. It mainly has the following application advantages:

1. The feeding is uniform and the operation is reliable. The feeding particle size is 120~360mm, and the output can reach 40-600 tons/hour.

2. The flow can be changed and controlled at any time, and the adjustment is convenient and stable.

3. The material jumps forward continuously according to the parabolic trajectory, the material trough wears less and the service life is long.

4. The inlet and outlet are optional, one in and one out, one in and one out, one in and one out, etc.

5. Two types of structures: open type and closed type, with seat type installation and hanging type installation.

The motor type vibrating feeder can be used for feeding belt conveyors, vibrating conveyors, bucket elevators, crushers, vibrating screens, pulverizers, etc. Automatic, with convenient adjustment, stable flow.