Vibrating Sieve

Short Description:

PATENTED TECHNOLOGIES

High Efficiency • Zero Leakage • High Uniformity

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GENERAL DESCRIPTION

VIBRATING SIEVE

TP-ZS Series

The TP-ZS series vibrated filter is a type of precision powder griddle, characterized by low noise, high efficiency, and a quick 2-3 minute griddle replacement. Its fully enclosed structure makes it ideal for filtering particles and powder.

Broadly speaking, this equipment serves as a filtration mechanical separation device used for treating solid phases in slurry. It consists of a screen and a vibrator.

The coarseness of the screen is indicated by mesh size, with screens below 50 mesh considered coarse screens and those above 80 mesh considered fine screens.

Application

Features

● High efficiency and refined design ensure durability, making it suitable for any powders and liquids.
● Easy to replace the mesh, simple operation, and convenient cleaning.
● The mesh holes never get clogged.
● Automatically discharges impurities and coarse materials, allowing continuous operation.
● Unique mesh frame design extends the mesh's lifespan, with replacement needed only every 3-5 cycles.
● Compact size and easy to move.
● The griddle can have up to 5 layers, though 3 layers are recommended.

Specifications

Model	TP-KSZP- 400	TP-KSZP- 600	TP-KSZP- 800	TP-KSZP- 1000	TP-KSZP- 1200	TP-KSZP- 1500	TP-KSZP- 1800	TP-KSZP- 2000
Diameter(mm)	Φ400	Φ600	Φ800	Φ1000	Φ1200	Φ1500	Φ1800	Φ2000
Effective area(m2)	0.13	0.24	0.45	0.67	1.0	1.6	2.43	3.01
Mesh	2-400
Material size(mm)	<Φ10	<Φ10	<Φ15	<Φ20	<Φ20	<Φ20	<Φ30	<Φ30
Frequency(rpm)	1500
Power(Kw)	0.2	0.55	0.75	1.1	1.5	2.2	3	3
Height to 1st layer	605	605	730	810	970	1000	1530	1725
Height to 2nd layer	705	705	860	940	1110	1150	1710	1905
Height to 3rd layer	805	805	990	1070	1250	1300	1890	2085

Structure Drawing

Mesh Size Reference Table

British (mesh)	American (mesh)	Tyler (mesh)	International standard sieve (mesh)	Micron comparison	Millimeter comparison
4	5	5	——	4000	4.00
6	7	7	280	2812	2.81
8	10	9	200	2057	2.05
10	12	10	170	1680	1.68
12	14	12	150	1405	1.40
14	16	14	120	1240	1.20
16	18	16	100	1003	1.00
18	20	20	85	850	0.85
22	25	24	70	710	0.71
30	35	32	50	500	0.50
36	40	35	40	420	0.42
44	45	42	35	355	0.35
52	50	48	30	300	0.30
60	60	60	25	250	0.25
72	70	65	20	210	0.21
85	80	80	18	180	0.18
100	100	100	15	150	0.15
120	120	115	12	125	0.12
150	140	150	10	105	0.10
170	170	170	9	90	0.09
200	200	200	8	75	0.075
240	230	250	6	63	0.063
300	270	270	5	53	0.053
350	325	325	4	45	0.045
400	400	400	——	37	0.037
500	500	500	——	25	0.025
625	625	625	——	20	0.020

Work Principle

The ZS series vibrating griddle operates by using an upright motor as the vibration source. Eccentric hammers are mounted on both the top and bottom of the motor, which convert rotational movement into horizontal, vertical, and inclined motions.

These combined movements are then transferred to the griddle's surface. By adjusting the phase angles on both the top and bottom, you can alter the movement patterns of the griddle surface.

Essentially, the operation relies on the interplay of vibrational force and the screening action of the griddle.

Common Classification

It can be divided into Straight discharge vibrating sieve and rotary discharge vibrating sieve.

	Straight discharge vibrating sieve	Rotary discharge vibrating sieve
Cross - section view
External view
Working principle	The vibrating motor is mounted on the side of the screen machine, and depending on the number of motors, the machine can be classified as either a single vibration source or a dual vibration source type. In a single vibration source direct discharge screen, the material on the screen surface moves up and down, which does not support automatic discharge. In contrast, the dual vibration source direct discharge screen uses the combined effect of two vibrating motors to drive the material in an elliptical motion on the screen surface, enabling quick and repeated separation and screening.	The unbalanced weight hammer of the vibrating motor generates three-dimensional movements —horizontal, vertical, and inclined—driving the material to achieve high-precision screening and classification.
Production capacity	The up-and-down motion combined with the direct discharge method reduces the time needed to convey materials to the discharge port during the screening process, thereby increasing output. The production capacity of a direct discharge vibrating sieve is 2 to 5 times greater than that of a rotary vibrating sieve.	To ensure screening accuracy, after the material undergoes three-dimensional motion on the surface, it must continue to bounce under the influence of the vibration until it reaches the 360-degree rotatable discharge port on the side for smooth discharge. As a result, the capacity is somewhat lower compared to a direct discharge screen.
Precision	The screening mesh size ranges from approximately 2 to 200 mesh, providing a narrower range of screening precision. It is suitable for screening granular or coarser powdered materials and is often used as an intermediate step in fine and mining screening processes.	The screening precision can reach up to approximately 500 mesh, making it suitable for fine powdered products.

DETAILS

Domical Vault

Eliminates the need for reinforcement ribs, making the lid stronger and easier to clean.

New Design Mesh Screen

The mesh screen and mesh screen ring are bonded together with food-grade epoxy resin, making it easy to change the mesh size and clean.

Note: The standard design of the mesh screen uses screws to attach it to the screen ring, which makes changing the mesh size more difficult and poses a risk of contamination from hidden screws.