MICRO MASTER| THIẾT BỊ LỌC CHẤT LỎNG

Mô tả

Micro Master is a series of high-efficiency, gravity-operated, high flow coolant lubricant purifiers using non-woven fabric as the filter medium. The Micro Master series is available in two models with flow rates from 60 to 100 l/min of neat oil and from 100 to 300 l/min of water-based emulsion, polluted by metal and non-metal particles. Micro Master is reliable and guarantees stable, consistent operation over time.

This type of filter is particularly suitable for heavy-duty machining, machining with light alloys (aluminium, brass, etc.), applications with neat oils and 24- hour machining.

Chi tiết

Operation
  • In the initial phase the fabric, stretched inside the filter, is completely clean. The dirty liquid entering must pass through it into the lower tank, where it deposits the pollutants on its surface. The clean liquid then passes into the lower part where it finds the drain opening and falls into the collection tank. During this phase, the system is stationary and the belt does not advance. The pollutant material that settles there forms the actual filter layer, which in many applications can be up to 10 mm thick.
  • In the intermediate phase, the filter fabric becomes dirty and its permeability is reduced because the dirty liquid continues to deposit pollutants on its surface. And so the liquid level starts to rise. The degree of filtration improves due to the thickness of sludge deposited. The system is also stationary in this phase.
  • In the final phase, the liquid level has reached its maximum and the best possible degree of filtration has been achieved. The longer the filter runs in this condition, the better the average filtration will be. The system is also stationary in this phase. When the fabric is completely clogged and the liquid can no longer pass through, the regeneration cycle is started. The gear motor starts the system rotation and the dirty filter fabric is shifted with insertion of the clean one, the permeability is restored, the level drops and the system returns to the intermediate phase, starting the cycle again.