Drastic Cleaning Reduction for Cutting Coolant System SLC

Mechanism

1. The dirty liquid flows onto the conveyor.
2. The dirty liquid is supplied to the cyclone filter (AP) via the punching filter that is rotated by the coolant pump.
3. The primary clean liquid that was primarily filtered when passing through the punching filter is secondarily filtered by the cyclone filter (AP).
4. The secondary clean liquid flows into the tank and is supplied to the machine by the pump.
5. Chips captured in the punching filter are scraped off by the scraping board and settle on the bottom of the conveyor.
6. Chips that have settled on the bottom of the conveyor are conveyed by the scraper.
7. Chips are temporarily stored in the conveyor outlet, drained, and then discharged.

Specifications

Filtration accuracy

• 10μm 90％ or more

* The filtration accuracy is based on the results of our experiments, and does not imply that this level of accuracy is guaranteed.

Sludge distribution status

Processing flow rate

Water soluble

• SLC-1（ALL45HLA-335（11-1）＋APS-1）　100L/min
• SLC-2（ALL65HLA-397（12-2）＋APS-2）　200L/min

Product weight

• SLC-1（ALL45HLA-335（11-1）＋APS-1）　585kg
• SLC-2（ALL65HLA-397（12-2）＋APS-2）　690kg
• SCC-12　36㎏

* The product weight varies depending on the specifications, options, etc.

Paint color

Silver gray (Munsell No. N-8.0)

* For information about the specified color, please consult us.

Drive motor

• SLC-1（ALL45HLA-335（11-1）＋APS-1）　100W
• SLC-2（ALL65HLA-397（12-2）＋APS-2）　100W

Flow sheet

Model code

* The filtration accuracy is based on the results of our experiments, and does not imply that this level of accuracy is guaranteed.
* The specifications and dimensions are subject to change without notice.
* For the oil-based specifications, please consult us.
* For information about custom products other than standard products, please consult us.