Kristall Klar Strainers

A form of water strainer known as a self-cleaning water strainer uses system pressure to clean itself. Unwanted impurities will be eliminated from a water supply by the Vordosch Kristall Klar – Self-cleaning water strainer. Utilizing self-cleaning water strainers reduces costs associated with water, electricity, upkeep, and equipment replacement. Because the technology doesn’t need regular maintenance, unlike many other systems, they are frequently referred to as automated self-cleaning water strainers. For instance, unlike a bag or cartridge filter, an automated self-cleaning strainer won’t need to be changed out frequently or stopped down.
The Kristall Klar water strainers are used to guard pipes and a variety of downstream devices that connect to bath fittings, shower heads, pumps, pipelines, washing machines, dishwashers, etc. Without sufficient filtration, the build-up will obstruct the pipes that go to these appliances, which could harm them.
It takes more energy to pump the same amount of water through smaller pipe orifices. Pump performance is negatively impacted by pumping unclean water via a pipe system because of excessive scale building, pollutant settling, and fouled/clogged equipment. By utilizing the Kristall Klar water strainer from Vordosch, these effects are avoided, and energy is conserved.
A rigid cylinder screen that traps material on the interior of the screen strains particles from a water supply in a self-cleaning water strainer. Differences in pressure between the intake and output are brought on by this layer of accumulation. When a controller detects an acceptable differential pressure, it monitors the filter and activates a flush valve. As a result, the internal cleaning system moves quickly, vacuuming and expelling build-up from the screen.

AUTOMATIC BACKWASH

Self-cleaning water strainers have the advantage that unlike many other types of filters, they do not require the system flow to halt and reverse during the backwash cycle. A point-of-suction backwash, in contrast, merely reverses flow across the screen in front of the suction nozzles. As a result, the cleaning mechanism may gradually scan and clean the screen without interfering with the primary flow through the filter.