ZSW SERIES GRIZZLY VIBRATING FEEDERS

Raw materials:

Granite, limestone, concrete, lime, plaster

Capacity:

96-1200t/h

Max feeding size:

500mm-1000mm

Application:

Metallurgical, coal, mineral processing, building materials, chemical engineering, grinding, etc.

Technical Data of ZSW Series Grizzly Vibrating Feeders:

INTRODUCTION:

ZSW series vibrating feeder is characteristic of the adoption of double eccentric shaft exciter, which ensures that the machine can hold the impact force from bulk materials and improves the capacities. In the process of production, the feeder conveyor the grainy and bulk materials continuously and evenly to the targeted container, which prevent the container from crashing and prolong the service life.

The feeder structure is divided into steel-plate and bar-shaped one. The steel-plate structure is mostly used to feed all the materials evenly into crushers in the process of sandstone product line, while the bar-shaped structure can screen the materials before feeding into crusher that makes the system configuration more reasonable. It becomes an essential part of crushing and screening equipment and has a wide use in the fields of metallurgical, coal, mineral processing, building materials, chemical engineering, grinding, etc.

PRODUCTS FEATURES AND TECHNOLOGY ADVANTAGES OF ZSW SERIES GRIZZLY VIBRATING FEEDERS:

1. Linear motion track, smooth vibrating.
2. Special fence can prevent the raw material from blocking.
3. The distance between fences is adjustable.

This series of vibrating feeder is characteristic of reliable work, low noise, low power consumption and no phenomenon of rushing materials, easy maintenance, light in weight, small volume and easy adjusting and excellent performance. Using the body of closed structure can prevent dust contamination.

WORKING PRINCIPLE OF ZSW SERIES GRIZZLY VIBRATING FEEDERS:

ZSW Series Grizzly Vibrating Feeders are composed of frame, exciter, spring support, gear devices, etc. The vibrator, the source of vibrating force, includes two eccentric shafts (active and passive) and a gear pair, driven by the motor through the V-belts, with active shafts and passive shafts meshed and reverse rotation made by both of them, frame vibrating makes the materials continuously flow forward and thus achieves the aim of delivery.