Circular Vibrating Screen

Working Principle

The circular vibrating screen is mainly composed of screen box, screen mesh, vibrator, damping spring, etc. Mounted on the side plate of the screen box and driven to rotate by the motor through V belt, the vibrator generating centrifugal force causes the vibration of the screen box. The vibrator, namely the screen box, vibrates in a circular-like path. During the period, materials with their particle size smaller than the sieve aperture will fall down to the lower deck and become undersize materials; while materials with their particle size larger than the sieve aperture will be discharged from the outlet through continuous jumping, and hence finishing the screening process. 

Features

Vibrator with eccentric shaft and eccentric block enables stable operation and highly efficient screening.

The motion trail of this kind of vibrating screen is similar to a circle, and therefore, it is named a circular vibrating screen. It's a kind of high efficiency new vibrating screen with multilayers.

Step out materials stuck in the mesh to prevent sieve blocking.

Low-stress damping spring enables low noise during operation.

Super heavy big clearance bearing enables low operating temperature and long service life.

The frame structure of ring-grooved rivet and plate-type screen box enables high structural strength of screen frame.

Screen mesh can freely choose polyurethane, stainless steel, rubber and other wear-resistant materials.

Application Scope

Circular vibrating screen is one of the most commonly used mining equipment, which is widely used in mineral processing, construction materials, silicate and chemical industries. In the production of small scale, medium scale or large scale mineral processing Plants, it is generally used as the sorting or classifying machine for metal ores of gold, silver, copper, lead, zinc, nickel, manganese, iron, molybdenum, chromium, tin and others, as well as stone, rock, granite, limestone, barite, quartz, graphite, feldspar, fluorspar, fluorspar, etc.

It is also applicable for the dewatering, desliming and medium drainage, etc.

 

Technical Parameters

Small Size

Model

Screen Deck

Feeding Size

(mm)

Capacity

(t/h)

Electric Motor

Area

(m2)

Angle

(°)

Aperture

(mm)

Model

Power

(kW)

YA1236

4.3

20

 

650

≤200

75~245

Y160M-4

11

YA1530

4.5

80240

Y160M-4

11

YA1536

5.4

95~310

Y160M-4

11

YA1536

≤400

100350

Y160L-4

11

YA1542

6.3

650

≤200

110385

Y160M-4

11

YA1548

7.2

650

120420

Y160L-4

15

YAH1548

30150

≤400

200780

Y160L-4

15

               

 

Midium Size

Model

Screen Deck

Feeding Size

(mm)

Capacity

(t/h)

Electric Motor

Area

(m2)

Angle

(°)

Aperture

(mm)

Model

Power

(kW)

YA1836

6.5

20

30150

≤200

115~370

Y160M-4

11

YAH1836

6.5

30150

≤400

220~800

Y160M-4

11

YA1842

7.6

650

≤200

135~430

Y160L-4

15

2YA1842

7.6

6150

135~430

Y160L-4

15

YAH1842

7.6

30150

≤400

340~900

Y160L-4

15

YA1848

8.6

650

≤200

150~490

Y160L-4

15

2YA1848

8.6

150~490

Y160L-4

15

YA2148

10

650

200

175~570

Y180M-4

18.5

2YA2148

10

650

200

175~570

Y180L-4

22

               

 

Big Size

Model

Screen Deck

Feeding Size

(mm)

Capacity

(t/h)

Electric Motor

Area

(m2)

Angle

(°)

Aperture

(mm)

Model

Power

(kW)

YA2160

12.6

20

6~80

≤200

230800

Y180M-4

18.5

2YA2160

12.6

650

≤200

220~715

Y180L-4

22

YA2448

11.5

20

650

≤200

200~650

Y180 M -4

18.5

YA2460

14.4

650

≤200

260780

Y200L-4

30

2YA2460

14.4

650

≤200

260780

Y200L-4

30

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