Micro Vibrating Feeder

Introduction of Micro Vibrating Feeder

The volume of the micro vibrating feeder in the equipment for transporting materials is relatively small, but although the volume is small, the function is satisfactory. It can be used in the transportation of a small amount of materials to avoid the problem of increasing the cost of using large equipment.

Micro vibrating is used in the production process of feeding, batching and quantitative automatic packaging of powdery and granular materials, and can realize centralized control and automatic control, realize automatic work, and reduce a lot of repetitive labor.

Types of Micro Vibrating Feeder

1. Different materials

Carbon steel: Q235 carbon steel trough is used, which is suitable for customers with low hygiene requirements, and the price is cheap.

Stainless steel: It is made of SUS304 stainless steel trough, which is resistant to corrosion, high temperature, not easy to rust, and can avoid the pollution of raw materials.

2. Different structures

Open type: It is a common structure. Suitable for material feeding without special requirements.

Enclosed Type: The closed type micro vibrating feeder has a closed body design to prevent dust contamination. It is suitable for feeding materials with fragile particles, large dust and easy volatilization.

Features and Benefits

1. Small size, light weight, simple structure, easy installation and low operating cost.

2. Due to the use of the mechanical vibration resonance principle, the power consumption is small.

3. The thyristor half-wave rectifier is used for power supply, and the feeding amount can be adjusted steplessly during use.

4. The feeder continuously throws up the material during the feeding process, so the wear of the feeding trough is small.

5. The material trough made of alloy steel plate is suitable for conveying high temperature, severe wear and corrosive materials.

Technical parameters

Types of	Model	Productivity(t/h)		Feed particle sizemm	Double amplitudemm	Voltage(V)	Current(A)		Power(Kw)	Matching control box
		level	-10 degrees				Working current	Indicates current
Basic	GZ1	5	7	50	1.75	220	1.34	1	0.06	XKZ-5G2
	GZ2	10	14	50			3.0	2.3	0.15
	GZ3	25	35	75			4.58	3.8	0.2
	GZ4	50	70	100			8.4	7	0.45	XKZ-20G2
	GZ5	100	140	150			12.7	10.6	0.65
	GZ6	150	210	200	1.5	380	16.4	13.3	1.2	XKZ-20G3
	GZ7	250	350	250			24.6	20	3
	GZ8	400	560	300			39.4	32	4
	GZ9	600	840	350			47.6	38.6	5.5	XKZ-200G3
	GZ10	750	1050	500			39.4*2	32*2	4*2	XKZS-200G3
	GZ11	1000	1400	500			47.6*2	38.6*2	5.5*2
Up mode	GZ3S	25	35	75	1.75	220	4.58	3.8	0.2	XKZ-5G2
	GZ4S	50	70	100			8.4	7	0.45	XKZ-20G2
	GZ5S	100	140	150			12.7	10.6	0.65
	GZ6S	150	210	200	1.5	380	16.4	13.3	1.5	XKZ-20G3
	GZ7S	250	350	250			24.6	0	3	XKZ-100G3
	GZ8S	400	560	300			39.4	32	4
Closed	GZ1F	4	5.6	40	1.75	220	1.34	1	0.06	XKZ-5G2
	GZ2F	8	11.2	40			3	2.3	0.15
	GZ3F	20	28	60			4.58	3.8	0.2
	GZ4F	40	56	60			8.4	7	0.45	XKZ-20G2
	GZ5F	80	112	80			12.7	10.6	0.65
	GZ6F	120	168	80	1.5	380	16.4	13.3	1.5	XKZ-20G3
light groove	GZ5Q	100	140	200	1.5	220	12.7	10.6	0.65	XKZ-20G2
	GZ6Q	150	210	250		380	16.4	13.3	1.5	XKZ-20G3
	GZ7Q	250	350	300			24.6	20	3	XKZ-100G3
	GZ8Q	400	560	350			39.4	32	4	XKZ-100G3
Flat groove	GZ5P	50	70	100	1.5	220	12.7	10.6	0.65	XKZ-20G2
	GZ7P	75	105			380	16.4	13.3	1.5	XKZ-20G3
	GZ7P	158	175				24.6	20	3	XKZ-100G3
Wide groove	GZ5K1		240	100	1.5	220	12.7*2	10.6*2	0.65*2	XKZ-20G2
	GZ5K2		240
	GZ5K3		270
	GZ5K4		300
Round tube	GZ1G	2		50	1.75	220	1.34	1	0.06	XKZ-5G2
	GZ2G	4		50			3.0	2.3	0.15	XKZ-5G2
	GZ3G	10		60			4.58	3.8	0.2	XKZ-5G2
	GZ4G	20		70			8.4	7	0.45	XKZ-20G2
	GZ5G	40		80			12.7	10.6	0.65	XKZ-20G2
Extra large	GZ11-T		100 materials are coal with a specific gravity of 0.85	300	1.5	380	47.6*2	38.6*2	5.5*2	SZK.00

Micro Vibrating Feeder Dimensions

Model	B	B1	B2	B3	L	L1	L2	H	H1	H2
GZV1	40	60	50	80	200	273	95	20	155	120
GZV2	60	80	50	80	300	374	95	30	168	120
GZV3	80	110	60	100	400	480	224	40	222	160
GZV4	100	130	70	120	500	568	310	50	256	190
GZV5	120	150	70	120	550	630	310	60	295	190
GZV6	200	240	120	180	600	760	440	70	300	220
Note: The feeding trough can be modified into closed, lengthened, widened or other forms according to actual needs.

Viedo

food powder micro vibrating feeder

Micro vibrating feeder feeding bin

Application

Micro vibrating feeder is widely used in food, grain, experiment, chemical industry, medicine, grinding, light industry, food processing, commercial and other industries, and is used for feeding, batching and quantitative automatic packaging of powdery and granular materials. It can realize centralized control and automatic control.

Chemical industry: plastic granules, rubber powder, PVC granules

Abrasive industry: quartz sand, zirconium corundum, silicon carbide

Pharmaceutical industry: tablets, pharmaceutical powder, pharmaceutical granules

Food industry: rock candy, potato chips, cocoa beans

The Micro Vibrating Feeder can also be used in conjunction with conveying, lifting and packaging equipment in the production line, enabling accurate, rapid and continuous feeding and saving a lot of labor costs.

• 

  Micro Vibrating Feeder with Z Type Bucket Elevator

  Material: Grain

• 

  Micro Vibrating Feeder with packaging machine

  Material: Nuts Almonds

• 

  Micro Vibrating Feeder with linear vibrating sieve

  Material:ceramic particles

Solutions by Industry

• 

  Micro Vibrating Feeder used in machinery parts factory

• 

  Micro Vibrating Feeder used in food processing plants

• 

  Micro Vibrating Feeder used in confectionery production plant

Silo design and feeder installation

1. The design of this series of micro vibrating feeders does not consider the influence of silo pressure. In order to ensure the normal operation of the feeder, the following points should be paid attention to when configuring the silo:

(1) There should be a gap of about 5 mm between the outlet of the silo and the feeding trough to ensure that the trough is not affected by the silo during the vibration process.

(2) The outlet of the silo should be designed with an inclined sliding nozzle to prevent the vertical pressure of the material column from directly pressing on the feeder, otherwise it will seriously affect the efficiency of the feeder.

(3) The size of the opening of the silo should be able to ensure sufficient material layer thickness. At the same time, a gate should be set in order to adjust the thickness of the material layer.

Factory picture display