Akvafors Softening vessels SF-1054 TWIN (CLACK Control Valve)
TWIN installations can solve the problems of water supply rigidity. The principle of cleaning the filters of the SF TWIN series is based on the principle of replacing magnesium and calcium ions with sodium ions using an ion exchange resin, which allows you to use clean and safe water in your home.
Description ...
Description ...
1435.00 €
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Often underground water and open reservoir water contain calcium and magnesium salts of hardness salts. Their presence makes it difficult and sometimes impossible to operate household appliances, water supply systems and the use of water as drinking water.
Softening columns SF TWIN solve a number of problems associated with the presence of hardness salts in water:
SF TWIN automation type includes:
SF TWIN systems have two filter tanks and one control unit connected to two housings. The control unit is responsible for switching flows during filtration and regeneration. When the filtering ability of the first column is exhausted, the control unit switches the flow to the second column. At this time, the first column is subject to regeneration. After regeneration, the first column waits its turn until the resource in the second column runs out. This process is cyclically repeated and thus provides continuous operation. In this case, the performance of the entire system is equal to the performance of one column, since they work in turn.
Softening columns SF TWIN solve a number of problems associated with the presence of hardness salts in water:
- eliminate the appearance of scale in hot water and heating systems
- prevent the formation of lime particles on plumbing
- protect domestic water heaters
- save detergents
SF TWIN automation type includes:
- two cases - containers with filter material
- one common reagent tank
- one special control unit hydraulically connected to two housings.
SF TWIN systems have two filter tanks and one control unit connected to two housings. The control unit is responsible for switching flows during filtration and regeneration. When the filtering ability of the first column is exhausted, the control unit switches the flow to the second column. At this time, the first column is subject to regeneration. After regeneration, the first column waits its turn until the resource in the second column runs out. This process is cyclically repeated and thus provides continuous operation. In this case, the performance of the entire system is equal to the performance of one column, since they work in turn.