Technical & Structural Benefits of GK2500 Pendulum Grinding Mill:
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This model has high output, high efficiency, and energy saving. It has small floor area and saves workshop.
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Large conveying capacity: Blower adopts high-pressure centrifugal fan to increase air volume and air pressure, so as to greatly improve the ability of pneumatic conveying.
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The innovative design of the "maintenance-free device" for grinding roller assembly, Refill grease every 30 days.
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Optimize inside design of the main unit, keep the roller and grinding ring abutting contact during running, improve grinding efficiency and operational reliability, and reduce the high failure rate of vertical pendulum grinding mill.
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Equipped with water cooling structure for reducer of the main unit. Reducer adopts German technology.
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High classifying accuracy: Classifier adopts built-in large taper blade turbine classifier.
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No need to disassemble the spare parts such as cinquefoil shelf. More convenient for maintenance.
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Energy-conservation & Environment-protection: Equipped with pulse dust collector in surplus wind outlet, collection efficiency is as high as 99.9% to keep workshop environmental health.
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Automatic control for air blower valve, reduce operating labor intensity.
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Integral installation of air blower, water cooling system ensures running efficiency.
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Running more smoothly, low noise, energy saving.
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Intelligent control. The one button start and stop system and fault alarm system reduce operating personnel.
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Model
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Max Feeding Size
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Product Fineness
(mash)
|
Capacity
|
Gross Weight
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Total Installed Power
|
|
GK2500
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≤35mm
|
80-325mesh
|
15000-50000kg/h
|
66t
|
625kw
|
|
GK2150
|
≤35mm
|
80-325mesh
|
10000-40000kg/h
|
64t
|
548kw
|
|
GK1720A
|
≤35mm
|
80-325mesh
|
6000-25000kg/h
|
49t
|
424.5kw
|
|
GK1620A
|
≤30mm
|
80-325mesh
|
3000-18000kg/h
|
34.5t
|
329.5kw
|
|
GK1500
|
≤20mm
|
80-325mesh
|
2500-16000kg/h
|
31t
|
242kw
|
|
5R4128
|
≤20mm
|
80-325mesh
|
2000-14000kg/h
|
28.5t
|
220kw
|
|
5R4125
|
≤20mm
|
80-325mesh
|
2000-14000kg/h
|
28.5
|
202kw
|
|
GK1280
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≤20mm
|
80-325mesh
|
1500-10000kg/h
|
19t
|
133.5kw
|
|
4R3220
|
≤20mm
|
80-325mesh
|
1000-7000kg/h
|
14.6t
|
101.5kw
|
Working Principle of GK2500 Pendulum Grinding Mill:
The mill consists of mainframe, separator, air blower, elevator, electromagnetic vibrating feeder, storage hopper, jaw crusher, duct system, pulse dust collector and electric control cabinet
Materials are broken by the crusher to particles less than 35 mm which are carried by bucket elevator up to the storage hopper. Then the electromagnetic vibrating feeder transports the crushed material at a given rate to the main frame for grinding.Four grinding roller unit assemblages hung from rotation support revolve around the central shaft and rotate at the same time. The centrifugal force causes the rollers to move outwards and press against the vertical wall of the grinding ring. The raw material has to be introduced into the grinding zone in front of the rollers with the aid of the plough blade. The grinding function is realized by the centrifugal forces which act on rollers.
The ground material is transferred pneumatically to the separator above the mainframe where it is separated. Coarse particles fall back down to the mill for regrinding. The qualified particles go into the collector where products will be removed from the discharging outlet. The purified air flows to the air blower through the pipe above double cyclone collector. Air flue is the circular type. Airstream in all pipelines flows with negative pressure except the air blower and grinding chamber, which improves the working environment in the workshop. That the moisture in the material is changed into vapor by heating during the grinding and that air leaks in from the flange conjunctions and feed opening cause the wind volume to increase in air flue. Added air volume is introduced through the air blower and after-wind pipe, to the small whirlwind collector. On the top of a small collector, there are forty-two holes. Each hole is slung with a dust collecting bag. The dust is collected by the bags and drops into small whirlwind collector when the after wind flows through bags. The purified air is drained out into the air through bags.
