Vibrating Feeder

Breif Introduction

Vibrating Feeder is a kind of linear direction feeding equipment, It consists of feed spout, vibration body, vibrating motor, damping device. It can feed material for belt conveyor, vibrating conveyor, bucket elevator, vibrating screen, crusher etc.

  • Description
  • Technical Parameter

Structure

Vibrating-Feeder-structure

Working Principle and Application

The feed process of the vibrating feeder is achieved by the feed spout do line reciprocating vibration periodically which is forced by the special vibrating motor. When the vertical component of the feed spout vibrates, the accelerated speed is bigger than the gravitational acceleration, the material will be upthrow and jumping forward along a parabolic path. Due to the continuous exciting of the vibrating motor, the feed spout will vibrate continuously and the material in the feed spout will jumping forward continuously, so that the purpose of feeding material is achieved.
Vibrating Feeder is widely used in pharmaceutical, automotive, electronic, food processing, packaging, glass, steel, construction, recycling, plastic industry etc.

Vibrating-Feeder-working-principle-and-application

Advantages and Features

1.Smooth operation, large feeding capacity with high efficiency
2.Low energy consumption,stable vibration,long service life
3.Characterized by even feeding, excellent continuity and adjustable vibrating force
4.Eccentric block as the main source of vibration
5.easy maintenance and the enclosed type can prevent dust pollution
6.Simple structure

Vibrating-Feeder-advantages-and-features

Selection Conditions

1.Material to be processed: _____

2.Max. granule size of the feeding material: _____mm

3.Handling capacity (It means the total material capacity feeding from the inlet): _____t/h

4.Bulk Density: _____t/m3

5.Material temperature: _____℃;

6.water content:____%

7.Material is corrosive or not: ____

8.Material is sticky or not: ____

9.Working environment is indoor or outdoor: _____

10.Working environment temperature: ______ ℃

11.Working power supply: _____V ______HZ ______ph

Model Feeding size (mm) Capacity (t/h) Power (kW) Frequency (Hz) Amplitude (mm) Exciting force (kN)
ZG(F)-35-90 0-60 25 2×0.25 25 2-4 2×2.5
ZG(F)-40-90 0-60 30 2×0.25 25 2-4 2×2.5
ZG(F)-45-90 0-100 50 2×0.4 25 2-4 2×5
ZG(F)-70-100 0-150 100 2×0.75 25 2-4 2×8
ZG(F)-80-120 0-150 200 2×1.5 25 2-4 2×17
ZG(F)-90-150 0-150 300 2×2.0 25 2-4 2×20
ZG(F)-95-150 0-150 400 2×2.0 25 4-6 2×20
ZG(F)-140-180 0-150 750 2×2.5 25 4-6 2×30
ZG(F)-160-180 0-150 1000 2×3.7 25 4-6 2×50

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