MGS Series Vibrating Feeder

Descripción del producto

MGS Series Vibrating Feeder

Feeding size: *****0 mm;
Production capacity: ******0 t/h;
Motor power: ****5 kw;

Application range: Granite, basalt, iron ore, quartz sand, river pebble, coal gangue, construction waste, etc.
Application field: In the crushing and screening combined equipment of metallurgy, coal mine, mineral processing, building materials, chemical industry, abrasives and other industries.

Technical Advantages:

1. The tank body and bearing are designed according to heavy working conditions, with large processing capacity and strong impact resistance;

2. The upper and lower edges of the alloy wear-resistant steel plates are folded to make the side plates of the screen box. After the trough is welded, it is subjected to **0 degrees high temperature tempering treatment to avoid welding stress concentration, and it is durable and does not crack;

3. The *2CrMo material is used, and the forgings are heat treated to ensure the durability of the shaft; the feed box and the spring seat adopt a pin structure, which is convenient to change the installation angle of the feeder (the factory default angle is 5 degrees);

4. Small size, light weight, simple and compact, less wearing parts, low investment, low power consumption and high cost performance.


Working Principle:

The MGS series vibrating feeder is mainly composed of a body, a spring, a spring base, a vibration exciter, a vibration motor, and a screen bar. The motor makes the eccentric block of the exciter rotate at a high speed through the V-belt; the running eccentric block produces a large centrifugal force, which stimulates the screen box to produce a circular motion with a certain amplitude. The material on the screen is subjected to the impulse transmitted by the screen box on the inclined screen surface. The continuous throwing motion is generated, and the particles smaller than the sieve hole are passed through the sieve when the material meets the screen surface, thereby achieving classification.