Experimental beneficiation equipment small gravity beneficiation equipment experimental jig XCT series

Experimental beneficiation equipment small gravity beneficiation equipment experimental jig XCT series
1、 Use
XCT diaphragm jig is used for gravity beneficiation
Gravity beneficiation is based on the different specific gravity of ore, the different settling speed in the medium, and the difference in mineral weight,
And complete the layered separation of mineral particle mixture
This product is produced by the only enterprise designated by the Ministry of Mines of the people's Republic of China and complies with industry standards

The diaphragm jig is suitable for experimental research on the separation of ferrous and non-ferrous metals, chemistry, architecture, etc

2、 Structural principle
The upper part of the diaphragm jigger is rectangular, while the lower part is angular conical ore washing tanks 1 and 2, which are connected and installed on the rack 3 to form a whole
Each tank has jigging areas a and B and diaphragm area C, which are separated between areas a and B by baffles
Each tank contributes to the same transmission device 4, water distribution valve 5, as shown in Figure 2, and auxiliary water pipe 6
During the jigging process at the upper part of the jigging area, mineral separation is carried out by the agitation of water caused by the reciprocating motion of the diaphragm
When the diaphragm is flushed down, auxiliary water is supplied under the sieve plate
The auxiliary water is adjusted by water distribution valve 5
The actions of valve 5 and diaphragm 7 are synchronous
When the diaphragm is lowered, the valve is closed, and the water does not enter the jigger, but when the diaphragm is raised, The valve opens, thus reducing the effect of the descending water flow in the jig
The tank body is made of gray iron
The diaphragm 7 is fixed on the horizontal iron pad 8 of the tank body and sealed without leakage
The diaphragm is connected with the lever 12 by means of the eccentric connecting rod 9, 10 and the diaphragm connecting rod 11, and the lever 12 obtains reciprocating motion, thus causing corresponding agitation in the working room
The lever is connected with the eccentric connecting rod sleeved on the shaft 13
The shaft 14 is driven by the motor 15 through the V-belt 16 and the pulley 17

The height of each chamber is different and forms a ladder shape
The raw ore is sent to the jigging chamber through the ore feeding tank 18
Based on the different mineral specific gravity, it is driven by water and discharged separately
The heavy minerals that sink into the lower layer enter the ore discharging bottle 21 through the intercepting door 19 rubber tube 20 (the length of the rubber tube shall be determined according to the actual use conditions), and the minerals with small specific gravity in the upper layer flow out along the overflow tank 22

3、 Installation and test
XCT diaphragm jig is installed on the flat ground or table of the workshop
If it is an auxiliary equipment or is configured with other equipment, the convenience of ore feeding, ore discharge, inspection and repair should be considered
The jig installation site should have 220/380 V power supply, and the auxiliary water pressure is 0
6-2kg/ &# 178;

After the installation of the jig is completed, the horizontal inspection shall be carried out with a level gauge to ensure that there is no skew
The power supply shall be connected to carry out the no-load test for at least 2 hours
If everything goes well, the load test shall be carried out in accordance with the normal operating procedures
After the test results are qualified, the jig can be put into normal use

Whenever the machine moves, be sure to fasten the machine to the board