China DZ Series Electric Motor Vibrating Feeder - Top Suppliers and Factory for Coal, Chemicals, and Building Materials

The vibrating feeder is an essential component in a variety of industrial applications, designed to feed bulk or granular materials from a storage silo to a charging device in a continuous and even manner. This equipment is ideal for processes requiring automatic matching, quantitative packaging, and efficient regulatory functions. Typically, the vibrating feeder works in conjunction with other machinery such as vibrating conveyors, vibrating screens, chain bucket elevators, crushers, and ball mills. In the mining industry, it plays a crucial role by ensuring a steady and uniform feed to ball mills. As a leading factory and supplier in China, we ensure our vibrating feeders meet the highest standards of quality and efficiency for your operational needs

Product Details

Feature

Small volume, light weight, simple structure, easy to assemble.

Small power consumption because it works nearly in the state of critical sympathetic vibration.

Control device use half wave silicon controlled rectifier circuit, hence the feeding quantity can realize the stepless adjustment easily.

Since the feeding material volume can be changed, started or stopped instantaneously, the feeding quantity can be controlled accurately.

The feeder is kept being threw up during feeding process, so the abrasion to the trough is small.

Working Principle

Motor vibrating feeder consists of vibrating frame, spring, vibrator, motor vibrating device and motor. The vibrator is made of two fixed eccentric shafts whose gears are jogged. When installation, the two gears must be jogged according to the sign. Through drive of the motor, the two eccentric shafts start rotating to produce a linear huge power which forces the feeder to vibrate. Through the vibration, The materials will slip and sling on the funnel, moving forward, when the materials pass the screening part, smaller parts will fall down, avoiding the further crushing, so screening purpose can be reached.

Technical Parameters

NO.	Model	Capacity (t/h)	Dimension of trough (mm)	Granularity (≤mm)	Mood	Vibrating motor
NO.	Model	Capacity (t/h)	Dimension of trough (mm)	Granularity (≤mm)	Mood	Model	Power (kw)
1	DZ30-4	15	300×800×120	120	Continuous	2.5-4	0.18×2
2	DZ40-4	40	400×1000×160			5-4	0.25×2
3	DZ50-4	50	500×1100×200			8-4	0.40×2
4	DZ60-4	85	600×1200×250	150		16-4	0.75×2
5	DZ70-4	100	700×1300×280	180		16-4	0.75×2
6	DZ80-4	200	800×1600×300	200		16-4	0.75×2
7	DZ90-4	220	900×1600×350	250		20-4	1.1×2
8	DZ100-4	240	1000×1600×350	250		32-4	1.5×2
9	DZ1100-4	400	1100×1800×400	350		32-4	1.5×2
10	DZ120-4	440	1200×2000×400			32-4	1.5×2
11	DZ130-4	475	1300×2200×400			32-4	1.5×2
12	DZ70-6	80	700×1300×280	150		20-6	1.5×2
13	DZ80-6	160	800×1600×300	180		30-6	2.2×2
14	DZ90-6	240	900×1600×350	240		40-6	3.0×2
15	DZ110-6	320	1100×1600×350	240		50-6	3.7×2
16	DZ130-6	400	1300×2200×400	320		50-6	3.7×2
17	DZ150-6	500	1500×2400×400	320		50-6	3.7×2

Application on Site

Frequently Asked Questions (FAQ)

What are the main features of the motor vibrating feeder?

The feeder features a small volume, light weight, and simple structure, making it easy to assemble. It also offers low power consumption and accurate feeding control.

How is the feeding quantity adjusted and controlled?

The control device uses a half wave silicon controlled rectifier circuit. This allows the feeding material volume to be changed, started, or stopped instantaneously, realizing stepless adjustment easily and accurately.

Does the material feeding process cause heavy wear on the trough?

No, because the feeder is kept being threw up during the feeding process, the abrasion to the trough is very small.

How does the motor vibrating feeder work?

It consists of two fixed eccentric shafts whose gears are jogged. Driven by the motor, the shafts rotate to produce a huge linear power that forces the feeder to vibrate, causing materials to slip and sling forward on the funnel.

Can this feeder be used for material screening?

Yes. Through the vibration process, when the materials pass the screening part, smaller parts will fall down. This avoids further crushing and successfully reaches the screening purpose.