Their rollers and the outer wheels are arranged in a right angle intersecting intersecting. They can bear the load from all directions at the same time (such as axial, thrust or momentum hormones, etc.). Because of the linear contact between the roller and the track surface, the possibility of the axis to bear the load and the elastic deformation is very small. This type of bearing is widely used in industrial robots, working machines and medical facilities. It needs high rigidity, high speed and high speed to ensure precise occasions.
In cross roller bearings, cylindrical rollers are perpendicular to each other through spacer retainers on the top, so 1 cross roller bearings can bear all loads of radial load, axial load and torque load. Ring size is the minimum limit of miniaturization, especially very thin type is small size close to the limit, and has high rigidity, so the most suitable for use in industrial robot joint or rotating parts, machining center machine rotary table, hand rotating parts, precision rotary table, medical machine, metering device, IC manufacturing equipment etc.
1. Excellent rotation accuracy
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It is applicable for separations of fine-grained and micro-grained rare metal, ferrous and non-ferrous metal, precious metal, coal and other minerals. It can carry out ore concentration operation independently and also can operate in conjunction with jig, screw separator, centrifugal separator and other equipment. The product is made by the only manufacturer designated by the former Ministry of Geology and Mineral Resources, in compliance with the Industrial standards.
LS Shaking Table is to make separations based on the difference of specific gravity of feed materials, reciprocating asymmetrical movement and the stratification performance of the inclined table surface in the lateral water flow with obvious zone of the minerals with different specific gravities on the table, high quality of concentrates produced, convenient operation and adjustment and other features.
The table surface is constructed of ore sand or slime and is made up of glass fibre reinforced plastic or aluminum alloy.
LS glass steel shaking tables are effective gravity separation equipment which can be used for different operation such as rough selection, elaborate selection and scavenging for large, medium and small-sized factories and applies to the sorting of nonferrous metal, ferrous metal, rare and precious metal, gold and nonmetallic ores of fine grains. Such shaking tables are divided into ore sand tables and ore slime tables. Ore sand tables apply to the sorting of coarse ores and ore slime tables apply to the sorting of fine ores.
II. Structure and Working Principle
The working principle of this machine is to use the combined action of the specific gravity difference of sorted minerals, alternating movement of bed surface, and transverse oblique water flow and riffle (or notch groove), to allow loose layering of ores on the bed surface and fan-shaped zoning. Then different products can be produced.
This machine is composed of three parts, i. e. Head of shaking table, surface of shaking table, as well as bearing and adjusting gradient.
1. Head of shaking table: This is eccentric connecting-rod type mechanism. The motor drives the eccentric shafts to rotate and the connecting rod to move up and down. When the connecting rod pushes down the toggle plate compression spring, the pull rod drives the table surface to move in the direction of table head. When the connecting rod pushes it upward, it, through the spring tension, drives the table surface to move in the opposite direction. When they are linked, the rotating motion of eccentric shaft is changed into horizontal alternating differential motion of table surface.
2. Table surface: It is mainly composed of vibrating roof, steel skeleton, glass fiber reinforced plastics and wear-proof surface, feed water tank, feed chute, and draw bar. The table surface adopts steel skeleton FRP composite structure. That is, glass fiber reinforced plastics are pasted on steel skeleton to form a solid glassfiber reinforced plastic surface. Its above uses abrasion-proof materials to make surface and riffle (notch groove).
3. Bearing and Adjusting Gradient Mechanism
The bearing and adjusting gradient mechanism is mainly composed of shaking support plate, adjusting seat board, saddle seat, and adjusting screw rod. The shaking support plate enables the table surface to make arc forward and backward alternating movement on vertical plane. The shaking support plate and shaking box are fixed on the adjusting seat board with gripping channel steel. When hand wheel regulating screw rod is used to get the adjusting seat board to rotate on the saddle seat, the Transverse gradient of table surface can be adjusted.
Name
Unit
Course ore Deck
Fine sand
DeckSlime Deck
Deck Size
Length
mm
4450
4450
4450
transmission end width
mm
1855
1855
1855
Concentrate end width
mm
1546
1546
1546
Maximum Feeding Size
mm
2
0.5
0.15
Feeding Amount
t/d
30-60
10-20
15-25
Feeding Density
%
25-30
20-25
15-25
Stroke
mm
16-22
11-16
8-16
Frequency
f
45-48
18-53
50-57
Water added
t/d
80-150
30-60
10-17
Transverse slope of Deck
°
2° 30-4° 30
1° 30-3° 30
1° -2°
Longitudinal slope of Deck
°
1.4
0.92
------
Beneficiation Area
m2
7.6
7.6
7.6
Cross-section Shape of Deck
Â
rectangular
saw tooth
triangle
Motor Power
KW
1.1
1.1
1.1
Transmission Mechanism
Â
Eccentric linkage
It is applicable for separations of fine-grained and micro-grained rare metal, ferrous and non-ferrous metal, precious metal, coal and other minerals. It can carry out ore concentration operation independently and also can operate in conjunction with jig, screw separator, centrifugal separator and other equipment. The product is made by the only manufacturer designated by the former Ministry of Geology and Mineral Resources, in compliance with the Industrial standards.
LS Shaking Table is to make separations based on the difference of specific gravity of feed materials, reciprocating asymmetrical movement and the stratification performance of the inclined table surface in the lateral water flow with obvious zone of the minerals with different specific gravities on the table, high quality of concentrates produced, convenient operation and adjustment and other features.
The table surface is constructed of ore sand or slime and is made up of glass fibre reinforced plastic or aluminum alloy.
LS glass steel shaking tables are effective gravity separation equipment which can be used for different operation such as rough selection, elaborate selection and scavenging for large, medium and small-sized factories and applies to the sorting of nonferrous metal, ferrous metal, rare and precious metal, gold and nonmetallic ores of fine grains. Such shaking tables are divided into ore sand tables and ore slime tables. Ore sand tables apply to the sorting of coarse ores and ore slime tables apply to the sorting of fine ores.
II. Structure and Working Principle
The working principle of this machine is to use the combined action of the specific gravity difference of sorted minerals, alternating movement of bed surface, and transverse oblique water flow and riffle (or notch groove), to allow loose layering of ores on the bed surface and fan-shaped zoning. Then different products can be produced.
This machine is composed of three parts, i. e. Head of shaking table, surface of shaking table, as well as bearing and adjusting gradient.
1. Head of shaking table: This is eccentric connecting-rod type mechanism. The motor drives the eccentric shafts to rotate and the connecting rod to move up and down. When the connecting rod pushes down the toggle plate compression spring, the pull rod drives the table surface to move in the direction of table head. When the connecting rod pushes it upward, it, through the spring tension, drives the table surface to move in the opposite direction. When they are linked, the rotating motion of eccentric shaft is changed into horizontal alternating differential motion of table surface.
2. Table surface: It is mainly composed of vibrating roof, steel skeleton, glass fiber reinforced plastics and wear-proof surface, feed water tank, feed chute, and draw bar. The table surface adopts steel skeleton FRP composite structure. That is, glass fiber reinforced plastics are pasted on steel skeleton to form a solid glassfiber reinforced plastic surface. Its above uses abrasion-proof materials to make surface and riffle (notch groove).
3. Bearing and Adjusting Gradient Mechanism
The bearing and adjusting gradient mechanism is mainly composed of shaking support plate, adjusting seat board, saddle seat, and adjusting screw rod. The shaking support plate enables the table surface to make arc forward and backward alternating movement on vertical plane. The shaking support plate and shaking box are fixed on the adjusting seat board with gripping channel steel. When hand wheel regulating screw rod is used to get the adjusting seat board to rotate on the saddle seat, the Transverse gradient of table surface can be adjusted.
Name
Unit
Course ore Deck
Fine sand
DeckSlime Deck
Deck Size
Length
mm
4450
4450
4450
transmission end width
mm
1855
1855
1855
Concentrate end width
mm
1546
1546
1546
Maximum Feeding Size
mm
2
0.5
0.15
Feeding Amount
t/d
30-60
10-20
15-25
Feeding Density
%
25-30
20-25
15-25
Stroke
mm
16-22
11-16
8-16
Frequency
f
45-48
18-53
50-57
Water added
t/d
80-150
30-60
10-17
Transverse slope of Deck
°
2° 30-4° 30
1° 30-3° 30
1° -2°
Longitudinal slope of Deck
°
1.4
0.92
------
Beneficiation Area
m2
7.6
7.6
7.6
Cross-section Shape of Deck
Â
rectangular
saw tooth
triangle
Motor Power
KW
1.1
1.1
1.1
Transmission Mechanism
Â
Eccentric linkage
The inner structure of the Cross Roller Bearing is arranged in 90 degrees perpendicular to each other by the roller.
The roller is equipped with a spacer or isolation block between the rollers to prevent the rolling of the rollers from being examined each other. In addition, the phenomenon of roller contact or locking will not occur. At the same time, because the inner and outer ring is a segmented structure, the clearance can be adjusted, even if the preload is applied, high accuracy rotation motion can also be achieved.
2. Simplification of operation and installation
The outer ring or inner ring, which is divided into 2 parts, is fixed together after loading the roller and the holder, so the operation is very simple.
3. Bear large axial and radial load
The roller is arranged vertically through the spacer retainer on a 90 degree V groove rolling surface.
4. Greatly save the installation space
The size of the inner and outer ring cross Roller Bearing is miniature minimal, especially ultra-thin structure is small size close to the limit, and has high rigidity, so the most suitable for industrial robot joints or rotating parts, machining center of the rotary table, the robot rotating parts, precision rotary table, medical instrument IC, measuring equipment, manufacturing device widely used.
5. high speed ability
6. reducing shaft length and machining cost, thermal expansion leads to a limited change in geometric size.
7. the nylon separator is used, the moment of inertia is low, the starting torque is low, and the angle degree is easy to control.
8. optimization of pretightening force, large rigidity, high precision of guiding roller
9. carbon steel provides excellent impact resistance and surface abrasion resistance
10. simple but fully lubricated
Wolfram Separating Vibrating Table
Model NO.: 6S
Energy Saving: Not Energy Saving
Warranty: 1 Year
Color: Multi Color
Customized: Non-Customized
Condition: New
Mining Object: Metallic and Non-Metallic Ore Excavator
Capacity: 0.5-2 Tph
Model: 6-S
Trademark: JXSC
Transport Package: Export Paking
Specification: ISO2000
Origin: Ganzhou, China
HS Code: 84741000
Model NO.: 6S
Energy Saving: Not Energy Saving
Warranty: 1 Year
Color: Multi Color
Customized: Non-Customized
Condition: New
Mining Object: Metallic and Non-Metallic Ore Excavator
Capacity: 0.5-2 Tph
Model: 6-S
Trademark: JXSC
Transport Package: Export Paking
Specification: ISO2000
Origin: Ganzhou, China
HS Code: 84741000
Table Concentrator 6s Shaking Table of Mining Machinery Vibration Table for MineralPrev Article
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