Chloromax CCS142D is a digital residual chlorine sensor, which is suitable for measuring various water treatment processes. Even if there are fluctuations in flow or conductivity, the sensor can reliably measure to ensure that the disinfection process is normal, so as to ensure that the water is free of bacteria. Less maintenance of the sensor, saving time. Using Memosens digital technology, the CCS142D has maximum process and data integrity, and is easy to operate. The sensor is resistant to corrosion and moisture, allowing for laboratory calibration and equipment pre-maintenance.

advantage

calibration and maintenance cycle

prefabricated film cap for easy film replacement

usually do not need zero calibration, but try to match the minimum measured value

measurements are not affected by fluctuations in conductivity

sensor can be installed in the CCA250 flow-through bracket or immersion bracket. When the flow rate is greater than 30 l/h ~ 8 gal/h (CCA250) or greater than 15 cm/s ~ 0.5 ft/s (immersion installation), the actual measurement is not affected by the flow rate

uses non-contact time inductive signal transmission, with the highest process safety

storage sensor characteristic parameters, easy to operate

Application areas

Chloromax CCS142D for residual chlorine measurement:

drinking water

-Trace and standard measurements in water treatment processes and supply networks-Monitoring, control and optimization of disinfection processes

Sewage Treatment Plant

-Waste water utilization

Utilities

-Trace and standard measurements in various disinfection processes

-Process applications such as bottle washing machines

swimming pool water

E H Product Model Configuration Tool

Please enter the product model to configure

product comparison

Please enter the product model to be compared in the input box below. Up to three product comparisons are supported.

Technical Information

technical parameters

Documentation/Manuals/Software

Accessories/Spare Parts

measurement principle video

Source:Endress Hauserwebsite public information