Model: | GZ |
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Brand: | GZ |
Origin: | Made In China |
Category: | Metallurgy , Mining & Energy / Metallurgy & Mining / Other Metallic |
Label: | electromagnetic vibr |
Price: |
¥10000
/ pc
|
Min. Order: | 1 pc |
----Introduction:
Electro Vibro Feeder can feed bulk or granuled materials from the storage bin to the receiving device evenly and continuously. It can realize even feeding for crushers in sand stone production line and make rough screening for materials. Electro VibroFeeder is widely applied in combined operation of crushing and screening in the industries like metallurgy, mine, mine selection, building materials, chemicals, etc.
----Working Principle:
When the power is on, the electric current passes the electric coils, which creates a magnetic field. The magnetic force changes into vibrating force, which forces the transmission trough body to make simple harmonic vibration or similar to simple harmonic vibration in a certain direction. When the acceleration of its vibration achieves some certain value, the materials will make continuous and small throws or slides along the transmission direction in the transmission trough body, which causes the forward motion and transmission of the materials.
----Features:
1. Exclusive vibrating technology.
2. Small size and light in weight.
3. Simple structure, easy to install and use, low maintenance cost.
4. High efficiency and feeding capacity.
5. Good operational reliability and easy adjustment.
Application
Series GZ electromagnetic vibration feeder can transport the block,granular and power material to feed receiver from material storage or filler evenly. Characteristic: small volume, light weight, simple structure,convenient installation,high precision, it is widely used in mining, metallurgy, coal, light-industry, electric power, machine, building material,foodstuff and so on.
Linqu Chansheng Magnetoelectric Machinery Co., Ltd | |
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Country/Region: | He Bei - China |
Business Nature: | Manufacturer |
Phone: | 2229110 |
Contact: | YiLan Liu (manager) |
Last Online: | 10 Nov, 2022 |