GZV miniature electromagnetic vibration feeder

Introduction to GZV Micro Electromagnetic Vibration Feeder

The GZV miniature electromagnetic vibration feeder is widely used in industries such as light industry, chemical industry, grain processing, and commerce. It is used for feeding, batching, and quantitative automatic packaging of powdered and granular materials in production processes, and can achieve centralized control and automatic control.

Characteristics of GZV miniature electromagnetic vibration feeder

Compared with other forms of feeders, the GZV micro electromagnetic vibration feeder has the characteristics of small size, light weight, simple structure, low power consumption, and stepless adjustment of feeding amount.

The GZV miniature electromagnetic vibration feeder is equipped with a control box that can achieve manual and automatic adjustment. The micro feeder has a seat type structure and only needs to be placed on the workbench during operation. Additionally, one to two layers of screen mesh can be added to the feeding trough to create a small-scale vibrating screening device.

Technical Specifications

Model number	GZV1	GZV2	GZV3	GZV4	GZV5	GZV6
Production capacity (t/h)	0.1	0.5	1	2	4	6
Double amplitude (mm)	1.5
Vibration frequency (r/min)	3000
Supply voltage (V)	220
Active power (W)	5	8	20	25	30	50
Weight (kg)	4	7	12	18	27	45

Note: The production capacity is calculated based on a material density of 1.6t/m3.
If conveying powdered materials, the conveying capacity may decrease, please pay attention when selecting. When selecting, the slot width can be appropriately widened or a larger feeder model can be chosen.

Overall dimensions:

Model number	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 shape and size of the feeder tank can be customized into a closed or other form according to specific process requirements, and a small vibrating screen can be used instead of a layered screen in the middle.

Schematic diagram of silo spout configuration:

The amplitude and feeding amount of the electromagnetic vibration feeder are greatly affected by the silo pressure. When designing the silo, the silo pressure should be minimized as much as possible, so that the rear side plate of the chute can withstand a certain amount of silo pressure, and inclined chute and discharge gate should be set up. As shown in the figure, generally a=1/4b. There should be a certain gap between the chute and the feeding chute, usually 5-10mm, to avoid noise and vibration.

1. Storage bin 2, gate 3, feeder 4, base

More reading on vibrating feeders: vibrating feeders