Are You Interested in Debugging of Shaking Table?

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Date Submitted: 02/10/2014 04:40 PM

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Shaking table is used for separating fine grained material of gravity separation equipment, it is widely used in separating tungsten, tin, tantalum, niobium and other rare metals and precious metal ore, can also be used to choose don't iron, manganese ore and coal.When processing of tungsten, tin ore, table of effective recycling particle size range is 2 ~ 0.04 mm. But do you know how to debug the shaking table.

At first, we should know that the shaking table is also known as jerking table. And the debugging procedures of jerking table are in the folloeing: 1, before the start of transmission trunk injection engine oil to the bearing base plate, and each part first lubrication. 2, startup drive pulley should be clockwise. As a reversal power wiring should be adjusted. 3, installation and debugging the transmission case spring shoulds not be too tight, should be slightly loosen the slight impact noise in operation, this time should be gradually tighten transmission box at the back of the bolt to the noise disappear, so you don't hae a loose spring too tight. 4, according to the mineral bed surface movement in slope fine-tuning and feed concentration, feed volume and flush.

Beneficiation process of shaking table, who is also called as jerking table (http://www.chinaquarry.com/products_show/shaking_table.html) is in with a copy of the tilting table surface.Sand group from the Angle of the table surface feeder trough into sand tank, at the same time by the lateral flushing water supply for sink.So particles in gravity, transverse flow momentum, asymmetry of bed surface for reciprocating motion under the action of the inertial force and friction force, according to the proportion and granularity theory, then make the longitudinal motion along the bed surface and lateral movement along the inclined bed surface. As A result, the proportion and grain size of different particles gradually along the movement direction of the respective fan flow from A to B while,...