vibrating feeder - GZD-1100X4200

The Vibrating Feeder (Vibratory feeder) is used to transfer the large size materials and granular materials from hopper to recei - more info check here: //www.packaginghere.com/product/vibrating-feeder-11056878.html

Quick Brief

Place of Origin: Henan China (Mainland) Brand Name: chang hong Model Number: GZD-1100X4200 Type: Packaging Line Packaging Material: Metal Automatic Grade: Semi-Automatic Power: 1-300 Application: Chemical Condition: New Packaging Type: Other Driven Type: Electric colour: red

Product Features:

The Vibrating Feeder (Vibratory feeder) is used to transfer the large size materials and granular materials from hopper to recei

Business Terms:

Port: qing dao

Minimum Order Quantity: 1 Set/Sets

Supply Ability: 6000 Set/Sets per Quarter

Payment Terms: L/C,T/T

Contact Supplier

Product Packaging & Delivery Terms:

Packaging Detail: Smooth vibration, reliable operation, long service life, low noise, low power consumption, easy to adjust, simple structure, easy to install, light weight, small volume, simple maintenance

Delivery Detail: 10-30days

Specifications and Product Details:

Vibrating Feeder:
The Vibrating Feeder (Vibratory feeder) is used to transfer the large size materials and granular materials from hopper to receiving device uniformly, periodically and continuously in the production flow and to feed materials into the crusher continuously and uniformly also to screen the materials in the sandstone production line. The vibrating feeder is widely used to match the crushing and sieving equipments in many industries including metallurgy, coal mine, mineral dressing, building material, chemical, grinding, etc.

Working principle of Vibrating Feeder:
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.