Vibrating Screen

Introduction

Vibrating screen is a multiple layers shaker with adjustable amplitude and innovative design. Vibrating screens feature reliable structure, high efficiency, low noise and easy maintenance. The sand screening machine is widely used in mining, building materials, transportation, energy, chemicals.

Different Screening Types of Circular Vibrating Screen

(1) Prescreen, selecting the qualified sand before crushing;

(2) Checking screen, removing the unqualified particles from the crushing equipment;

(3) Preliminary screen, providing different particle size to subsequent working.

Taking an Important Position in Sand Making Plant

Sand screening machine is essential equipment in sand making plant. The YK circular vibrating screen features reliable structure and environmental protection. Otherwise, we can also provide many types such as 2YK、3YK、4YK and so on. We can provide you with comprehensive services. Hongxing can design the most reliable and economic production plant in accordance your specific conditions.

If you want to know more information, please leave a message or email to crusher@hxjq.com. We will contact with you within one business day.

Features

The circular vibrating screen or round vibrating screen does circular movement in work, and it is a new high efficiency vibrating screen machine with multiple layers. It adopts drum eccentric shaft exciter and eccentric block to adjust the amplitude. The circular vibrating screen is widely used for product grading in the industries of mining, building material, transportation, energy and chemical industry because of its features such as long screening line, various specifications, reliable structure, high efficiency, little noise, firmness, easy maintenance and safe operation.

Principle

Principle Of Linear Vibrating Screen

When ZSG series linear vibrating screen works, the two electrical machines run synchronously in opposite direction to make the exciter produce reverse exciting force which forces the screen to drive the screen net to move vertically, and the materials on the vibrating screen will be periodically thrown and cast forward, thus completing the material screening process. 

Principle Of Circular Vibrating Screen

The eccentric block of the exciter is driven by the motor through the V-belt to spin at high speed. The spinning eccentric block produces large centrifugal force which forces the screen box to do circular motion at certain amplitude. Materials on the inclined screen receive the impulse from the screen box and make continuous throwing movement. When materials meet the screen surface during the above movement, those particles with smaller size than the screen mesh will pass through the screen, thus finishing the classification process.

Parameters

Linear Vibrating Screen

Model	Sieve specification(L×W)	Sieve layer	Mesh size	Feeding size	Processing capacity	Motor power	Total weight	Vibrating frequency	Double amplitude	Sieve obliquity	Dimensions (L×W×H)
	（mm）		（mm）	（mm）	(t/h)	（kw）	（kg）	(Hz)	(mm)	（℃）	(mm)
ZSG1237	3700×1200	1	4-50	≤200	10-100	5.5×2	2250	16	6-8	15	3800×2050×1920
2ZSG1237	3700×1200	2	4-50	≤200	10-100	5.5×2	3345	16	6-8	15	3800×2050×2200
ZSG1443	4300×1400	1	4-50	≤200	10-150	5.5×2	4100	16	6-8	15	4500×3040×2500
2ZSG1443	4300×1400	2	4-50	≤200	10-150	5.5×2	4900	16	6-8	15	4500×3040×2700
3ZSG1443	4300×1400	3	4-50	≤200	10-150	5.5×2	5870	16	6-8	15	4500×3040×2820
2ZSG1548	4800×1500	2	5-50	≤200	15-200	7.5×2	5836	16	8-10	15	4800×3140×2814
3ZSG1548	4800×1500	3	5-50	≤200	15-200	7.5×2	6900	16	8-10	15	4799×3140×3014
2ZSG1848	4800×1800	2	5-50	≤300	50-500	7.5×2	6489	16	8-10	15	4799×3440×2814
3ZSG1848	4800×1800	3	5-50	≤300	50-500	7.5×2	7750	16	8-10	15	4799×3440×3014
4ZSG1848	4800×1800	4	5-50	≤200	50-500	11×2	8300	16	8-10	15	4799×3440×3503
2ZSG1860	6000×1800	2	5-150	≤300	80-600	11×2	9950	16	8-10	15	6000×3440×3326

Circular Vibrating Screen

Model	Sieve layer	Sieve area (m2)	Mesh size (mm)	Max. feeding  size (mm)	Processing  capacity (m3/h)	Vibrating Frequency (r/min)	Double amplitude (mm)	Motor power (kw)	Sieve obliquity (°)	Sieve specification (mm)	Dimensions (L×W×H) (mm)
2YK1230	2	7.2	4-50	200	12-78	970	6	6P   7.5	20	1200×3000	3430×1860×870
3YK1230	3	10.8	4-50	200	13-80	970	6	6P   7.5	20	1200×3000	3570×1860×1210
2YK1237	2	8.88	4-50	200	15-86	970	6	6P   7.5	20	1200×3700	4050×1860×870
3YK1237	3	13.32	4-50	200	16-90	970	6	6P   7.5	20	1200×3700	4270×1860×1210
2YK1548	2	14.4	5-50	200	22.5-162	970	6	6P   11	20	1500×4800	5420×2210×1230
3YK1548	3	21.6	5-50	200	22.5-162	970	6	6P   15	20	1500×4800	5660×2210×1610
4YK1548	4	28.8	5-50	200	22.5-162	970	6	6P   18.5	20	1500×4800	6230×2210×2060
2YK1854	2	19.44	5-80	200	32-312	970	6	6P   22	20	1800×5400	5960×2550×1420
3YK1854	3	29.16	5-80	200	32-312	970	6	6P   22	20	1800×5400	6260×2550×1780
4YK1854	4	38.88	5-80	200	32-336	970	6	6P  22	20	1800×5400	6830×2550×2160
2YK2160	2	25.2	5-100	200	50-475	970	6	6P   30	20	2100×6000	6720×2840×1530
3YK2160	3	37.8	5-100	200	50-475	970	6	6P  30	20	2100×6000	7030×2840×1910
4YK2160	4	50.4	5-100	200	50-497	970	6	6P   37	20	2100×6000	7300×2840×2380
2YK2460	2	28.8	5-100	200	65-550	970	6	6P   30	20	2400×6000	7020×3140×1530
3YK2460	3	43.2	5-100	200	70-620	970	6	6P   37	20	2400×6000	7300×3140×1910
4YK2460	4	57.6	5-100	200	80-680	970	6	6P   45	20	2400×6000	7600×3140×2380
2YK2873	2	39.2	5-100	200	70-680	750	6	6P   37	20	2800×6440	7600×4320×1620
3YK2873	3	58.8	5-100	200	80-720	750	6	6P   45	20	2800×6440	7800×4320×2120
4YK2873	4	58.8	5-100	200	90-950	750	6	6P   55	20	2800×6440	7800×4320×2120

Note:processing Capacity May Vary With Different Materials And Feeding Sizes.