High Temperature Conductivity Sensors

Contacting conductivity sensors measure conductivity of a solution via electrodes. Also, a variety of cell constants are available to handle a range of conductivities. What is more, they are available in several different configurations:

Cooling Tower Contacting Conductivity Sensors

These cell constant 1.0 sensors are designed for cooling towers with water up to 30,000 μS/cm (range varies with solution temperature, see next page). Lower pressure (up to 150 PSI, 10 bar) polypropylene sensors are available with graphite or stainless steel electrodes. High pressure (up to 300 PSI, 20 bar) inline sensors are constructed from stainless steel and PEEK.

Mainly, performance specifications vary with the type of controller, refer to the controller brochure. Typical cooling tower temperatures are 0 to 70°C, 32 to 158°F.

These cell constant 1.0 sensors fit for boilers with water up to 30,000 μS/cm (range varies with solution temperature, see next page) and pressures up to 250 PSI, 16.7 bar). Basically, these inline sensors are constructed from stainless steel and PEEK.

WebMaster controllers require active sensors. These sensors contain electronics to convert the sensor signal to a voltage that these controllers can read. Anyway,W400, W600, W900 and W100 series controllers use passive sensors. Performance specifications vary with the type of controller, refer to the controller brochure.

W100/W600/W900/Intuition Contacting Conductivity
These passive sensors are available in a variety of cell constants for use in conductivities up to 300,000 μS/cm (range varies with solution temperature, see below). Typically, applications include RO systems and boiler condensate monitoring.

Nulantic Water is an exclusive representative of High Temperature Conductivity Sensors and is proud to serve customers and projects based in Atlantic Canada.

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