JUDO EASY FILT-B 1”

Filtering Method:

The process begins with water entering the filter through the brass quickset base (patented by JUDO), with the flow mandatorily directed from top to bottom. Subsequently, the water is distributed around the outer side of the stainless steel screen with a 100-micron gap and is filtered towards the inside, capturing all suspended particles (e.g., sand, rust, pebbles, etc.). Afterwards, the water, now cleared of suspended elements, is directed for use.

Cleaning Method:

The cleaning process operates by reversing the water flow. By turning the valve clockwise at the bottom of the filter, a special mechanism that moves around the mesh is activated, sucking up all the trapped impurities with the reverse water flow. As the cleaning process begins, the filter's drain automatically opens at the bottom, ejecting the impurities with a small amount of water. The cleaning is completed in about ten seconds, and once the rotation mechanism has covered the entire surface of the mesh, it is turned counter-clockwise until it stops completely. Immediately after, the filter's drain automatically closes, and the mesh is now clean. The cleaning is repeated as necessary. A significant feature is that the cleaning process is carried out without interrupting the water supply. A visual check and cleaning are required each time the mesh fills with particles.

Key Advantages:

The cleaning is performed without stopping the water supply.

The transparent casing allows for easy observation of impurities on the filter screen.

The two special, patented glass cleaners incorporated into the filter's rotation mechanism offer simultaneous cleaning of the glass from the inside.

There is also a reminder indication for the last cleaning, while protection is ensured through the stainless steel screen, which does not require replacement.

The filter offers a long lifespan, economy, and reliable operation.

Construction Quality:

The EASY FILT-B filter series is made from materials that withstand the physical, chemical, and corrosive stresses that may be encountered in potable water.