The membrane-covered, amperometric sensor works on the three-electrode principle; it is used for the online measurement of hypobromous acid (HOBr). The electronic components integrated in the sensors provide a temperature-compensated current signal (4 to 20 mA) or a Modbus RTU output signal.

The sensor acquires the electrolytic conductivity of a process liquid. The sensor uses the inductive measuring principle. An integrated temperature probe simultaneously acquires the process temperature. The overall construction of the sensor conforms to EHEDG standards.

These membrane-covered amperometric sensors measure the concentration of chlorine dioxide or ozone in aqueous solutions (e.g. drinking water, swimming pool water, service water, process water, and cooling water). The sensors can be connected directly to a suitable indicating or control device.

These sensors are used in conjunction with conductivity transmitters to define the electrolytic conductivity in liquids. The materials in the sensors are physiologically harmless and meet FDA requirements.

These sensors are used in conjunction with conductivity transmitters to define the electrolytic conductivity in liquids. They are especially suitable for media separation, drinking water preparation, and for inspecting as well treating wastewater and service water.

The membrane-covered, amperometric sensors measure the concentration of hydrogen peroxide or peracetic acid in aqueous solutions. Typical application areas include electroplating plants, dairies, swimming pools, and the chemicals industry.