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Type 8232 – Chlorine sensor

The depiction of the products may differ from the actual specific design.

Please consider the technical attributes and Data Sheets.

  • Produkt-Foto Typ 8232
  • Produkt-Foto Typ 8232

Type Description

The 8232 from Bürkert is an electrochemical sensor for measuring the free or total chlorine content of an inorganic source (chlorine gas, sodium hypochlorite solution, …). Four variants of Type 8232 are available: • the “Trace” chlorine sensor (zero chlorine) equipped with three electrodes is suitable for measuring very low concentrations of free chlorine. The diaphragm of this sensor is protected against biofouling and can therefore work for up to four weeks in water without chlorine. It has a voltage output at a four-pin plug. • The free chlorine sensor with three electrodes offers greatly reduced pH dependency. The sensor has a current output at an M12 plug and is designed for applications in swimming pool, drinking or sea water. The liquid must contain a minimum chlorine concentration (≥ 0.1 ppm). • The free chlorine sensor with two electrodes delivers a current output on an M12 plug. This sensor is designed for use with swimming pool, drinking or sea water. The fluid being measured must not contain any cleaning agents (e.g. surfactants) or abrasive particles. The pH value must be kept at a constant level. The fluid must contain a minimum chlorine concentration (≥ 0.1 ppm). • The total chlorine sensor with three electrodes offers greatly reduced pH dependency. The sensor has a current output on an M12 connector and is suitable for applications in swimming pools, drinking or sea water, and brine. It measures total chlorine = free chlorine + combined chlorine.

  • Free chlorine sensor “Trace” with three electrodes for measuring at low concentrations
  • Free chlorine sensor with three electrodes and greatly reduced pH dependency
  • Free chlorine sensor with two electrodes for standard applications at a constant pH value
  • Total chlorine sensor with three electrodes and greatly reduced pH dependence
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