1. alluvial gold jig separator Introduction
Alluvial Gold Separation Machine Alluvial Gold Jig Separator belongs to gravity-based equipments, which can separate mineral based on differing of specific gravity. Alluvial gold dressing concentrate jig separator belongs to gravity-based equipments, which can separate mineral based on differing of specific gravity. saw-tooth wave jig is mainly consist of three parts: main frame, driving set and jigging chamber.
2. The Application of alluvial gold jig separator:
Jigger machine is widely used in gravity concentration of tin, tungsten, placer gold, hematite ore, manganese, titanium, antimony, lead, tantalum, niobium and other minerals.
3. Features of alluvial gold jig separator:
1. High capacity
2. High concentration ratio and high recovery
3. Fabricated with highest quality material
4. Easy to install, operate and maintain
5. The pulsation curve is saw-tooth wave shape facilitate heavy mineral to settling
6. Saving water 30-40% than ordinary jig
7. The pulsation speed very easy adjusted by regulator
8. Suitable for roughing and desliming
4. Working Principle of alluvial gold jig separator
Jigger is a kind of energy saving gravity equipment development and improved on the basis of traditional jigs according to the the oretic layering law of jig beds.Their jigging pulsation curves take the shape of sawtooth waveform which gets the ascending water to travel more rapidly than the descending water.The ascending time is short while the descending time is long. The problem that the ascending descending water flow and action time produced by sine wave and pulsation wave are the same is solved.The looseness of bed is strengthened and suction function is alleviated so that the heavy ore grains in the minerals are able to precipitate fully and the sorting ratio ability and recovery rate of equipment are largely improved.
5.Types of alluvial gold jig separator
Sawtooth jigger is divided into left-style and right-style according to the installation location of feed pipe flange. at the ore feeding end toward to the ore discharge end, feed pipe flange on the left is left type, on the right is the right type.
6.Technical specification of alluvial gold jig separator
| Model |
JT-0.57 |
JT1-1 |
JT2-2 |
JT3-1 |
JT4-2 |
JT5-2 |
| Jigging Chamber |
Section Form |
Trapezium |
Trapezium |
Rectangle |
Trapezium |
Rectangle |
Trapezium |
| Length*Width(mm) |
450~750×950 |
450~900×1500 |
1070×1070 |
960~2000×1950 |
1510×1510 |
1200~2000×3150 |
| Column Number |
Single |
Single |
Single |
Single |
Single |
Single |
| Jig Chambers(psc) |
1 |
1 |
2 |
1 |
2 |
2 |
| Single chamber area () |
0.57 |
1 |
1.14 |
3.3 |
2.43 |
2.12(single chamber) 2.77(double chamber) |
| Total area() |
0.57 |
1 |
2.28 |
3.3 |
4.86 |
5 |
| Stroke Coefficient |
0.57 |
0.64 |
0.45 |
1 |
0.58(single power) 0.45(dual power) |
0.58(single power) 0.45(dual power) |
| Max feed size(mm) |
6 |
5 |
10 |
<20 |
8, plus sieve automatic discharge <60 |
8, plus sieve automatic discharge <60 |
| Capacity(t/h) |
1~2.5 |
2~3 |
4~8 |
10~15 |
12~16 |
10~20 |
| Water Consumption(m³/h) |
1~2 |
2~3 |
2~4 |
3~6 |
4~8 |
5~10 |
| Separator |
Stroke(mm) |
12,17,21 |
12,17,21 |
12,17,21 |
10~47 adjustable |
10~30 |
15,20,25 |
| Jig frequency(min-1) |
60~156 adjustable |
60~156 adjustable |
60~156 adjustable |
80~100 adjustable |
80~120 adjustable |
80~120 adjustable |
| Motor |
Model |
YCT 132-4B |
YCT 100L-6 |
YCT32-4 |
YCT-4B |
YCT 160-4B |
YCT 200-4A |
| Power (kw) |
1.5 |
2.2 |
3 |
5.5 |
5.5 (dual power) 7.5 (single power) |
5.5 (dual power) 7.5 (single power) |
| Overall Dimension(Length*Width*Height)mm |
1530×780×1550 |
2060×1112×1890 |
2870×1520×1880 |
2662×2000×3030 |
4240×1990×2750 |
3940×2006×2580 |
| Weight(kg) |
612 |
989 |
1637 |
3260 |
3500 |
3854 |
| Notes: The above data is only for your reference, capacity and hutch water varying from ore granularity, ore property and operating condition. |
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