Automatic Industrial Strainers
Self-cleaning automatic strainers also known as automatic strainers or backwashing strainers may be a sort of filter which utilizes system pressure to wash itself. Furthermore, Dannenbaum LLC type of self-cleaning strainers will remove unwanted particles from a water source within the 5-4,000 micron range and at flow rates starting from 10gpm up to several thousands of gpm in large applications. However, self-cleaning strainers save users money on water, energy, maintenance and equipment replacement.
Automatic strainers are often mentioned as automatic self-cleaning strainers because unlike many systems, the technology requires no routine maintenance. For instance, an automatic strainer, won’t require constant change outs and system shutdowns sort of a bag or cartridge filter. Click here to match self-cleaning strainers to other filter technologies including sand filters and separators. during a self-cleaning strainer, basic bi-annual or annual inspection (depending on particle load) replaces the necessity for daily, weekly or monthly shutdowns.
Dannenbaum LLC supplies self-cleaning automatic strainers are wont to protect pipes and a good range of downstream equipment. Without adequate filtration, pipes acquire scale buildup causing a rise within the energy required to pump system water.
As pipe orifices become smaller, more energy is required to pump an equivalent volume of water. Pumping dirty water through a piping system can cause poor pump performance. For example, you can get excessive scale buildup, contaminant settling, and clogged/fouled equipment.
A unique characteristic of self-cleaning automatic strainers is that the backwash cycle doesn’t require the whole system flow to prevent and reverse, as is that the case for several other sorts of filters. Instead, a point-of-suction backwash reverses flow across the screen only directly ahead of suction nozzles. this enables the cleaning mechanism to scan and clean the screen incrementally without disrupting the most flow through the filter.