Circular Vibrating Screen Machine

description

This machine is portable unit, ideal for separation various types of solids from solid mixtures and gradation of products based on their particle sizes to get uniformly sized product. They are designed for screening dry material through any mesh size as per particles size.

They are manufactured in double/triple/four decks for multiple grading sizes in the same batch in the same process.

Features

It is suitable for any powder, particles and sticky liquid materials.

Green product with dust cover that prevent dust pollution and powder flying.

Screened materials can be automatically discharged.

Be equipped with anti-blocking device.

Outlet can be adjustable in the range of 360 °, which is convenient to arrange.

Can install to 1-5 layers as buyer’s requirements.

Working principle

Sealed Multi-layer Three-dimensional Circular Vibrating Screen Machine is a vertical-motor system, with eccentric hammers being installed on top and bottom of the machine, where the motor acts as the vibratory source.
The direction of the eccentric hammers may change its rotational mode either in horizontal, vertical and inclined movement onto the sieving screener surface. The trajectories of the materials on the sieving machine can be changed by adjusting the angle of eccentric hammers on both top and bottom parts.

Technical Parameter

Model	XZS-400	XZS-600	XZS-800	XZS-1000	XZS-1200	XZS-1500
Nominal diameter (mm)	400	600	800	1000	1200	1500
Screen diameter (mm)	340	530	720	900	1100	1400
Screen surface area (m2)	0.09	0.22	0.4	0.63	0.95	1.5
Feeding size (mm)	<10	<10	<20	<20	<20	<20
Specification	2-325
No. of layers	1-5
Frequency (Rpm)	1500	1500	1500	1500	1500	1500
Power (KW)	0.18	0.25	0.55	0.75	1.1	1.5

Functions

1. Grading
Each model of vibrating sieve machine can precisely and continuously screen and separate screened products, the multi—layer type can screen and separate five groups of different particles at a time. It is suitable for dry materials.

2. Solid-liquid separation
The mixture of solid and liquid can be separated effectively by single or multi—layer type into different grade materials.

3. Remove the impurity
The model can quickly separate a few oversize or undersized particles from a quantity of materials.