-
The UDI Galileo L automatic disc filter is composed of several G.K. filters whose filter element consists of plastic discs compressed on a variable holder. This unique flushing mechanism opens up the filter element during the flushing cycle...
-
The UDI 6Matic is the latest development in automatic self-cleaning screen filters.
The filter offers an efficient solution for filtering water with fluctuating levels of dirt and varying flow rates.... -
The UDI Galileo L Air Assist automatic disc filter is composed of several G.K. filters whose filter element consists of plastic discs compressed on a variable holder. This unique flushing mechanism opens up the filter element during the flushing cycle...
Brush filter
The UDI brush filter is an electrically driven automatically self-cleaning filter. The function of the filter is controlled by a flushing controller. The cleaning process can be activated both automatically and manually. The self-cleaning system makes it possible for the filter cake that has formed on the filter screen to be brushed off, and a great deal of dirt can be removed without interrupting filtration. The short cleaning time of 16-20 seconds, using a minimum of flushing water, is sufficient to clean the entire filter element, with the filtering process being maintained. Features of this unique design are: the electric motor runs the brush axle and the self-regulating brushes over the surface of the screen. The entire screen area is cleaned. Efficient cleaning is achieved by the right contact between the self-adjusting brushes and the screen surface; each brush is pressed carefully against the surface of the screen by two springs.
A wide range of UDI Automatically Self-Cleaning Brush Filters are available for very broad application.
The filters are available from 4" to 14" (DN 100 mm – 350 mm) with a capacity of up to 1,000 m/h.
The filter surface varies: 3,250 – 10,400 cm² and a filter perforation from 200 to 3,000 microns.
The working pressure is 1 to 8 bar (max. 10 bar).
Applications:
- Process water
- Cooling water processes
- Industrial waste water
- Recirculation system