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Anzahl Säulen: 1 (Basic)
Steuerventil: Clack WS 1
Wasseranschluss: DN25 - 1''
Configure
Anzahl Säulen: 1 (Basic)
Steuerventil: Clack WS 1
Wasseranschluss: DN25 - 1''
Wasserbedarf tägl. ca.: bis 1.000 Liter
Multi-purpose filter plant with fully-automatic control Clack WS 1 inside cabinet case, delivers no water during the regeneration (usually at night), eliminates: total hardness, dissolved iron, dissolved manganese, organics and ammonium - the suitable capacity for every water usage
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Configure
Anzahl Säulen: 2 (pendular)
Steuerventil: Clack WS 1 TT
Wasseranschluss: DN25 - 1''
Wasserbedarf tägl. ca.: bis 5.000 Liter
two-pillar multi-purpose filtration plant for well water or water from self-supply with fully automatic control Clack WS 1 inside the case, removes: total hardness, dissolved iron, dissolved manganese, organic matter and ammonium - for every water consumption the appropriate capacity
Remove iron and nitrate from your drinking water
Iron and nitrate filters' operating methods are similar to those of a softening plant. Through the ion exchange process nitrate or iron is removed from the water. Especially in case of autonomous water supply substances like nitrate or iron have to be removed from the water.
Which plant do you need?
In case you are not sure which plant you need, you should already have a water analysis first. If this is not the case, you can order a water test set from our shop. As a result, you will receive all relevant values and recognize which requirements are not fulfilled. After that, you are welcome to contact us. We will gladly help you.
Beiträge aus unserem Hilfecenter zum Thema Iron and Nitrate Filters
Nitratwert im Wasser senken
Ein Ionenaustauscher filtert lediglich Nitrat aus dem Wasser
Nitrat aus dem Trinkwasser entfernen
Wer benötigt einen Nitratfilter für Trinkwasser?
Wie kann ich Brunnenwasser filtern?
Je nachdem, welche Stoffe sich in Ihrem Wasser befinden kommen verschiedene Filteranlagen oder Kombinationen davon in Frage
Wie kommt Nitrat ins Grundwasser?
Die Nitrate sammeln sich also im Erdboden an.
Umkehrosmose: Das Funktionsprinzip
Die Wassermoleküle können die Membrane passieren, während die gelösten Stoffe, wie Salze, Kalk, Nitrat, Schwermetalle, radioaktive
