OPTISENS AAM 1050

Ready-to-connect measurement system for measuring free chlorine Complete measuring panel, preinstalled and tested, ready for connection Automatic sensor cleaning for long lifespans Integrated flow monitoring for high measurement reliability

In the OPTISENS AAM 1050, free chlorine is measured by a sensor with a three-electrode design, which has very long lifespans, thanks to the patented ASR cleaning system. Measurement takes place in a Plexiglas assembly, which is ideal for visual inspection and can be optionally expanded with pH measurement, in order to guarantee measurement accuracy with strongly deviating pH values.

The flow of the sample is monitored continuously during operation, in order to exclude safety-critical subresults. Additional shutoff valves and a sampling point simplify measuring point checking, maintenance and calibration.

Highlights

	Preinstalled and tested, ready for connection
	No sample preparation or adding of reagent required
	Direct measurement using innovative sensor in 3-electrode design
	ASR automatic sensor cleaning
	Continuous monitoring of the sample flow
	Integrated sampling point for easy calibration
	Integrated shutoff valves for safe maintenance of the flow assembly
	Optional pH measurement as compensation for strongly deviating pH values
	Optionally 2 independent P, PI, PID controller

Industries

	Drinking water treatment
	Water supply
	Process industry
	Food industry

Applications

	Disinfection of clean water
	Monitoring of chlorine as a growth inhibitor
	Product disinfection

Options and variants ASR Automatic sensor cleaning system The OPTISENS AAM 1050 chlorine measurement system is equipped with patented ASR automated sensor cleaning. An electrochemical process causes outgasing on the measuring electrodes. These can dissolve even tough coatings such as lime deposits. The ASR system considerably increases the lifespan of the OPTISENS AAM 1050, achieving high measured value reliability.

The potentiostatic chlorine sensor The concentration of free chlorine in the sample flow is measured using a potentiostatic sensor with three gold electrode technology. This allows long lifespans and easy maintenance without the need to replace the electrolyte liquids or the membranes.

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