SBY-2500*8E series loom adopts the big opening hatch style to make the diameter up to 105mm, so that reducing of change yarn and achieving high output and good benefit.
Eight-shuttle circular loom technical parameters and performances
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Type
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SBY-2500×8E
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Revolutions
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10-58rpm(variable frequency)
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Power of main motor
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11kw
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Main speed reducer
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Taper gear wheel speed reducer connected directly with the electrical motor
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Shuttles
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8
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Track width
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125mm(the face of track is plated with hard chromium)
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Fold diameter
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1900-2500mm(best scope 2000-2400mm)
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Number of warp
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Max 3312pcs
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Density of weft
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32-64pcs/100mm(changing weft density through changing gears)
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Theoretical output
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43-87m/h
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Warp diameter
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Max Φ 120mm
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Weft diameter
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Max Φ 105mm
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Involution electrical motor
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100kg.cm
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Involution width
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Max 2500mm
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Involution diameter
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Max Φ 1100mm
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Length statistics style
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Mechanical three-shift length meter
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Specs of shuttles
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Φ38×230
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Yarn plate specs
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Φ38
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Let-off device
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Initiative let-off(torque electrical motor 8kg.cm×2
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Warp-broken control
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It stops automatically when warp breaks
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Weft-broken control
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Electrical motor style weft-broken and weft-end automatic stop system
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Lubricating style
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The cam is lubricated circularly by force through gear pump(oil is deposited and filtered by oil box; The draw runner of shuttles is lubricated through needle valve oil dripping
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Oil route protection
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It stops when oil route has jam
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Dimension
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(L)15.2m×(W)3.7m×(H)4.4m
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Weight
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About 7.3t
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Device characters:
1. Small-cam designed, the inertia of start-up is small and the speed is high.
2. The track with swallow-tailed cam prevents shuttles out.
3. The track width of shuttles is 125mm. Because the shuttles are wide, the user can use the spindle of 105mm diameter as weft. This can reduce the times of changing yarns and promote the efficiency of weaving cloth.
4. Gear wheel reducer is connected straightly with the main electrical motor, high efficiency and long life. This solves the low efficiency problem of turbine speed reducer with moving strap and put an end to the hidden trouble that the swaying needle wheel reducer can’t resist shocking and can’t start with high frequency. This can reduce the energy consumption of the whole equipment and decrease the maintenance cost.
5. The dynamotor type weft detector is sensitive and reliable and cannot be influenced by dusts. It can stop automatically when weft ends. The yield of product is high.
6. The cam is lubricated circularly by force, this can promote the efficiency of the machine. It has oil route jam alarming device, avoiding abnormal wearing and tearing of the parts.
7. Turbine speed reducer for cloth rolling adopts flexible connections. This can prolong the life of the speed reducer.
8. The structure of device is reasonable, simple and reliable. It is reliable to operate. The quick-wear parts are few. The maintenance is convenient. The revolving cost is low.
9. The electrical system is controlled by PLC.