79 pages for “cat=pompe&q=q%3Dchlorine”
pH and free chlorine WDpHCl Chlorine With integrated dosing pumps and pH and free chlorine measuring controllers. Proportional to pH Proportional to free chlorine (open amperometric cell) Proportional to free chlorine (closed amperometric cell) Compare
Also in: Dosing modes · Main features · Model selection
pH and free chlorine WNpHCl Chlorine With integrated pH and free chlorine measuring controllers. Proportional to pH Proportional to free chlorine (open amperometric cell) Proportional to free chlorine (closed amperometric cell) Compare
Also in: Dosing modes · Model selection · Model comparison
Sodium hypochlorite and hydrogen peroxide release gas that accumulates in the pump head: with a standard pump head the pump loses its prime and stops dosing. The automatic air bleed pump head expels the gas and prevents the pump from becoming air-locked. For d …
Also in: Self-venting pumps
… controller and Redox (ORP) electrode. According to the measured free chlorineIntegrated controller and amperometric cell. From a supervision systemControl via Modbus RTU. 2Which product must it dose? Most chemicalsSodium hypochlorite, acids, caustic soda and n …
… Pump head materials PVDF Suitable for most acids, for peroxides and for sodium hypochlorite (chlorine). PP Suitable for sodium hydroxide (caustic soda). Insight: chemical compatibility of materials →
Also in: Which model to choose · Special versions
… stopping when the SET POINT is reached. Models: KMS Rh Proportional to free chlorine (open amperometric cell) The required free chlorine concentration in mg/l (SET POINT) is set: the pump measures it by means of an open amperometric cell and progressively redu …
Also in: KMS CL2 · Model selection · Which model to choose · Performance and configurations
… Pump head materials PVDF Suitable for most acids, for peroxides and for sodium hypochlorite (chlorine). PP Suitable for sodium hydroxide (caustic soda). AISI 316L Suitable for peracetic acid and sodium hydroxide. PMMA Suitable for medium and high viscosity sub …
Also in: Which model to choose · Special versions
… Pump head materials PVDF Suitable for most acids, for peroxides and for sodium hypochlorite (chlorine). PP Suitable for sodium hydroxide (caustic soda). AISI 316L Suitable for peracetic acid and sodium hydroxide. PMMA Suitable for medium and high viscosity sub …
Also in: Which model to choose · Remote control and connectivity
… Pump head materials PVDF Suitable for most acids, for peroxides and for sodium hypochlorite (chlorine). PP Suitable for sodium hydroxide (caustic soda). AISI 316L Suitable for peracetic acid and sodium hydroxide. PMMA Suitable for medium and high viscosity sub …
Also in: Which model to choose · Special versions
… materials (WT EM) PVDF Suitable for most acids, for peroxides and for sodium hypochlorite (chlorine). PP Suitable for sodium hydroxide (caustic soda). Insight: chemical compatibility of materials →
Also in: Two-way remote control
… Pump head materials PVDF Suitable for most acids, for peroxides and for sodium hypochlorite (chlorine). PP Suitable for sodium hydroxide (caustic soda). Insight: chemical compatibility of materials →
… Pump head materials PVDF Suitable for most acids, for peroxides and for sodium hypochlorite (chlorine). PP Suitable for sodium hydroxide (caustic soda). AISI 316L Suitable for peracetic acid and sodium hydroxide. PMMA Suitable for medium and high viscosity sub …
… via Modbus RTU. 2Which product must it dose? Most chemicalsSodium hypochlorite, acids, caustic soda and non-viscous products. Products that release gasFor example peroxides: an automatic air bleed or a peristaltic pump is required. 3Flow rate and back pressure …
Also in: Remote control and connectivity
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