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3. 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.
Model | Vibrating Motor | ||||
Productivity | Feeding Tough Size | Granularity | |||
≤ T/h | B Χ L Χ H (mm) | ≤ mm | Model | Power (kw) | |
ZG60-4 | 85 | 600Χ 1200Χ 250 | 50 | 16-4 | 0.75Χ 2 |
ZG70-4 | 100 | 700Χ 1300Χ 280 | 50 | 16-4 | 0.75Χ 2 |
ZG80-4 | 200 | 800Χ 1600Χ 300 | 50 | 16-4 | 0.75Χ 2 |
ZG90-4 | 220 | 900Χ 1600Χ 350 | 50 | 20-4 | 1.1Χ 2 |
ZG100-4 | 240 | 1000Χ 1600Χ 350 | 50 | 32-4 | 1.5Χ 2 |
ZG110-4 | 400 | 1100Χ 1800Χ 400 | 50 | 32-4 | 1.5Χ 2 |
ZG120-4 | 440 | 1200Χ 2000Χ 400 | 50 | 32-4 | 1.5Χ 2 |
ZG80-6 | 160 | 800Χ 1600Χ 350 | 50 | 30-6 | 2.2Χ 2 |
ZG110-6 | 320 | 1000Χ 1600Χ 350 | 50 | 50-6 | 3.7Χ 2 |
ZG150-4 | 500 | 1500Χ 2200Χ 400 | 50 | 50-6 | 3.7Χ 2 |