Application
- Central use for several machine tools possible
- Use as a stand-alone cleaning unit, e.g. on machining centers
Properties
- Good price / performance ratio
- Scraper bars and scrapers
- Compact design
- Higher hydrostatic pressure compared to flatbed filters
- Universally applicable for different machining processes, materials, cooling lubricants, volume flows and degrees of purity
Benefit
- Higher volume flow, lower nonwoven consumption and better cleanliness level
- Problem-free discharge of chips, also of light metal
- Space saving installation
- Short amortization period
- Simple layout and planning
Description
Filter process
- Dirty liquid flows laterally through the inlet box into the filter trough
- The filter fleece retains the dirt particles as they flow through it
- The dirt particles form a filter cake that separates even the smallest dirt particles
- The clean liquid collects in the clean tank
Regeneration process
- The growing filter cake increases the flow resistance
- The liquid level in the filter trough increases
- At a defined level, the belt drive switches on (alternatively: time-controlled)
- The carrier belt transports a piece of clean filter fleece onto the filter surface
- The level of the liquid decreases again
- A sludge container or a take-up unit (option) take up the soiled filter fleece
