Magnetic Separation Machine

 

This products its features is, contains: machine frame 1, and cloth roll 2, and cloth rectifier slot 3, and motor 4, and Board very and gate Board constitute of electrostatic field generator 5, and by first insulated with conveying machine 601 and second insulated with conveying machine 602 common constitute of insulated with conveying device 6, and cleaning device 7, and row mine export 8, and insulated support flat 9 and power 10, which:

 

Machine frame, by insulated material flat and angle connection into four stared blankly column shaped machine shell 1001, and by angle welding into rectangular framework of base 10,022 Department points connection composition, and in machine shell 1001 of a side insulated material flat Shang installation cloth roll insulated support flat 901 of location, and two conveying machine active roll insulated support flat 902 and 904 of location, hollow out through insulated material support flat and motor axis of space.

 

Fabric roll, made from insulating materials, Shun axial surface shaped like a movable type. Cloth roll 22 end respectively and a as cloth roll drive motor of first motor 401 and bearing seat with axis connection, and fixed in cloth roll insulated support flat 901 of top surface Shang, cloth roll insulated support flat 901 installation in machine shell 1001 within relative two a surface of insulated material flat Zhijian, and end cloth roll insulated support flat 901 from hollow of insulated material flat in the wear out in machine shell 1001 outside, makes motor 401 in machine shell 1001 of outside, cloth roll insulated support flat 901- End and the other end niches and case 1001 1001 connection parts and casing connections.

 

Fabric rectifiers grooves, made of insulating material, and funnel-shaped, installed on the cloth just below the rollers 2, cloth roll insulation support plate on the lower end of the 901.

 

Insulated belt conveyor, the first insulated belt conveyor 601 and 602 second insulation tape conveyor longitudinal disposed machine shell 1001 respectively two surfaces of insulating material between the plates, parallel to each other to form insulating tape conveyer 6 and two insulated belt conveyor with the fabric roll 2 parallel, where:

 

First insulated with conveying machine 1, is located in by said machine shell 1001 within relative two a surface of insulated material flat Zhijian left of location, by first active roll 6011, first active roll insulated support flat 902, gate Board 501, first from moving roll insulated support flat 903, first from moving roll 6013 followed by along upper and lower direction connection and into, by said first active roll 60,112 end respectively and a as first active roll drive motor 402 and bearing seat with axis connection, And fixed in by said first active roll insulated support flat 902 top surface Shang, by said first active roll insulated support flat 902 bottom surface connection gate Board 501 top surface, gate Board 501 bottom surface connection first from moving roll insulated support flat 903 top surface, first from moving roll 60,132 end fixed in first from moving roll insulated support flat 903 bottom surface Shang of bracket Shang, by said bracket also has for connection cleaning device 701 of structure, by said first active roll 6011, and First conveying insulated with 6012 and first from moving roll 6013 followed by along upper and lower direction scroll connection, by said first active roll insulated support flat 902 of end by connection parts fixed in machine shell 1001 of a board surface inside, another end through relative side machine shell 1001 hollow at of Board surface, makes motor 402 in machine shell of outside, and by connection pieces fixed, by said first from moving roll insulated support flat 9,032 end fixed in machine shell 1001 within relative two a surface of insulated material flat Shang, 601 first insulating tape conveyors vertical installation position the shell 1001 left.

 

Second insulated with conveying machine, is located in by said machine shell 1001 within relative two a surface of insulated material flat Zhijian right of location, by second active roll 6021, second active roll insulated support flat 904, Board very 502, second from moving roll insulated support flat 905, second from moving roll 6023 followed by along upper and lower direction connection and into, by said second active roll 60,212 end respectively and a as second active roll drive motor 403 and bearing seat with axis connection, And fixed in by said second active roll insulated support flat 904 top surface Shang, by said second active roll insulated support flat 904 bottom surface connection Board very 502 top surface, Board very 502 bottom surface connection second from moving roll insulated support flat 905 top surface, second from moving roll 60,232 end fixed in second from moving roll insulated support flat 905 bottom surface Shang of bracket Shang, by said bracket also has for connection cleaning device 702 of structure, by said second active roll 6021, and Second conveying insulated with 6022 and second from moving roll 6023 followed by along upper and lower direction scroll connection, by said second active roll insulated support flat 904 of end by connection parts fixed in machine shell 1001 of a board surface inside, another end through relative side machine shell 1001 hollow at of Board surface, makes motor 403 in machine shell of outside, and by connection pieces fixed, by said second from moving roll insulated support flat 9,052 end fixed in machine shell 1001 within relative two a surface of insulated material flat Shang, Second insulation 1001 602 vertical belt conveyor installation in case the right location.

 

The first insulated belt conveyor 6012 and the cloth rectifiers grooves 3 exports of gold powder on a horizontal distance of a.

 

Electrostatic field generator, which, gate Board 501 and Board very 5,022 very between of distance for 150MM--350MM, poles between of voltage for DC 60KV--150KV, gate Board 501 installation in first insulated with conveying machine 601 within, Board very 502 installation in second insulated with conveying machine 602 within, constitute level of electrostatic field, and gate Board 501 and Board very 502 was respective where of insulated with conveying machine of conveying with separated.

 

Gate Board, is quadrilateral framework, plates back aspect number article strengthened reinforced is Matrix type structure, with insulated material made (Figure 7) (Figure 8) (Figure 9) of shape, in by said gate Board 501 of Board surface Shang with metal wire embedded into parallel and the continuous of gate, by said gate Board 501 Board surface and around with insulated material put by said gate covered, by said gate Board 501 of Board surface distance by said first conveying insulated with 6012 within side of level distance to guarantee in by said first insulated with conveying machine 601 work Shi, The gate panels of the Board 501 and a first insulating belt conveyor 6012 dynamic gap left between the sides to avoid collisions.

 

Board very, is quadrilateral framework, plates back aspect number article strengthened reinforced is Matrix type structure, with insulated material made (Figure 4) (Figure 5) (Figure 6) of shape, by said Board very 502 of plates by metal flat made, its around and back was insulated material package up became a overall, by said Board very 502 and by said of second conveying insulated with 6022 within side of distance to guarantee in by said second insulated with conveying machine 602 work Shi, The second side plate, insulated belt conveyor 6022 502 dynamic clearance between the front to avoid collisions.

 

Sweepers, 601 first insulating tape conveyor cleaning device 701, installed in the driven roller are used to fasten the first bracket, second insulation 602 belt conveyor cleaning device 702, installed in the driven rollers are used to fasten the second bracket.

 

1001 power supply mounted in the casing on the outer sides, positive electrode plate was 502, negative grounding grid Board 501 grounding.

 

This overcomes the traditional gold processing equipment need to consume water, energy consumption and high length-and dressing processes.