Specifications

grizzly Vibrating feeder:
1.large capacity
2.simple structure
3.high efficiency
4.low consumption

Grizzly Vibrating Feeder Introduction:

The Vibrating Feeder which produced by Henan Yuhong Heavy company is a new vibrating feeder designed for transporting bulk materials to the machine of middle-coarse crusher. With a feature of stable vibration, reliable operation and long service life, and can feed to broken machinery for continuous and uniform, also can make coarse screening for materials, widely be used in metallurgy, coal, ore dressing, building materials, chemical, abrasive and other industries’ broken-Screening joint devices

 

 

 

 

 

 

 

 

 

 

 

Vibrating Feeder Features:

 

1) Vibrating feeder enjoys simple structure, stable vibrating, even feeding, good continuous performance, adjustable excitation force, etc. Its flow rate can be conveniently changed and controlled.
2)Vibrating feeder adopts eccentric block as the excitation source and features low noise, low energy consumption, good adjusting performance, and no material splashing.
3)Closed type vibrating feeder can prevent the pollution of dust.
4)The pressure caused by the material to the groove should be reduced to the greatest extend. The effective discharge opening should be smaller than the one quarter of the groove width. The flow rate should be controlled within 6-18m/min.
5)For feeding materials with a large quantity, a fender with enough height should be installed at the outlet. This fender should not be fixed to the feeder since it will affect the performance of the machine.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Vibrating Feeder Working principle:

 

There are two eccentric shafts rotating at high speed at the same time from opposite directions, thus the strong centrifugal force is formed. The component forces of centrifugal force along the vibrating direction will always overlap each other, then counteract with that of vertical force from vibrating direction, then exciting force along single direction is formed to drive the feeder vibrate along straight line. When materials are fed into the feeder, they may be thrown up and move like Para curve, then fall down. The materials will move forward on the slope surface of the feeder.

 

 

 

Technical Parameters: