| parameter |
LHD100-G |
| Separating medium |
Water - or oil-based liquids |
Maximum flow |
6000L/H |
| Main engine speed |
6000RPM |
Separation accuracy |
3μm |
| Separating factor |
5110Fr |
Control mode |
PLC |
| Medium temperature |
0-60ºC |
PH |
6-10 |
| Control panel |
HMI |
Transmission mode |
Belt drive |
| Motor control form |
Frequency changer |
Pump form |
Pneumatic pump |
| Imbibition height |
3m |
Discharge head |
Natural overflow |
| Power source |
380V 50Hz |
Machine power |
4.5KW |
| Compressed air |
0.5MPa |
Flow range |
3000-6000L/H |
| Net weight |
760KG |
dimension |
1100*820*2100mm |
| Pipe diameter |
DN25 |
Outlet diameter |
DN80 |
roduct characteristics
1, suitable for all kinds of industrial liquid, oil, water in the micron particle filtration, treatment, dehydration recovery.
2, with efficient separation function, speed up to 6000RPM.
3, improve the oil and liquid service cycle, improve the cleanliness of oil and liquid, reduce the blockage of the nozzle in the equipment, reduce the number of cleaning of the circulation tank.
4, can effectively remove 3um of particulate matter in the oil, circulation purification liquid, improve product cleanliness.
5, the machine automatic slag discharge, intelligent operation, no personnel operation duty, can work continuously.
6, no filter element, filter cloth, filter paper and other consumables, only electricity and compressed air.
Working principle
Through the feed pump, the oil or liquid that needs to be separated is sucked into the high-speed rotor purifier for high-speed rotation separation. The heavy phase material is separated on the outer wall of the rotor due to the specific gravity, and the light phase liquid flows out naturally from the bottom of the middle of the rotor. Under a certain gravity field and centrifugal radius, the equipment can be separated to a minimum of 3um impurities.,This device performs automatic slagging.
1.The liquid to be treated enters the centrifuge through the auxiliary pump.
2.The impurities in the dirty liquid are separated at high speed and attached to the inner wall of the cylinder.
3.The treated liquid is discharged back to the circulation tank.
4.After the inner wall of the cylinder body is covered with impurities, the equipment starts the automatic slag removal function and the slag discharge port is opened.
5.The equipment automatically reduces the cylinder speed, and the built-in scraper starts to move into the slag removal.
6.The impurities removed fall into the impurity collection tank under the equipment from the slag discharge port.
Field operation
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