When the body is mounted down, the conveying speed is significantly improved. Such as α = -10 °, the conveying speed can be increased by about 40%; and it can be improved more than 75% when α = -15 °.
Α value should not be too large, because it not only accelerates the wear and tear of the tank, but also be restricted by the natural angle of the material.
The electromagnetic vibrating feeder is started to be researched from the seventies of the last century and applied to actual production in domestic market.
Several styling and series of products are formed, and it develops rapidly.
The vibratory feeder is widely used in fields of mining and metallurgy.
The improvement of stability and efficiency of vibrating feeder is of significant to effectiveness of mining feeder system.
Nowadays, shaker feeder is on the way to high accuracy and efficiency.
In the process of production practice, vibrating feeder tends to damage in terms of damping spring, hanging metal pieces and electrical machinery.
Therefore, we need to do dynamic analysis on shaker feeder and find the reason to further improve it.
The bottom plate of the chute feeder is flat, and it moves in a reciprocating way, which is the very important equipment in magnetic and flotation ore separating line.
The chute feeder is widely used in metallurgy, chemical industry, coal, mining and water conservancy and hydropower to transfer bulk and granular materials to all kinds of receiving equipments from storage bin.
The width of the body of chute feeder is nearly 2-2.5 times longer than the width of the largest feeding granularity.
The largest chute feeder can feed ore whose granularity is less than 500mm, and it can be settled on the ground or hung at the discharging port of storage bin.
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