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Condumax CLS12 is a robust conductivity sensor for steam/water cycles in power plants.

Analog conductivity sensor
Condumax CLS12

Conductive conductivity sensor for high temperature applications in the power & energy industry

CLS12
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Analog conductivity sensor Condumax CLS12 ©Endress+Hauser

Specs at a glance

  • Measurement range

    k=0.01: 0 to 20 µS/cm
    k= 0.1: 0 to 200 µS/cm

  • Process temperature

    -30 to 160 °C (-22 to 320 °F)

  • Process pressure

    Max. 40 bar up to 100 °C (max. 580 psi up to 212 °F) without CLA 751 flow chamber
    Max. 12 bar up to 150 °C (max. 174 psi up to 302 °F) with CLA 751 flow chamber

Field of application

Condumax CLS12 is a robust conductivity sensor for steam/water cycles in power plants. It is optimized for low conductivities (even under high temperatures and pressures) to protect your processes from deposits and corrosion. Low maintenance and simple to commission (large connection compartment), this is the ideal sensor for tough environments.

Condumax CLS12 measures conductivity in the steam/water cycle in the power & energy industry:

  • Condensate monitoring

  • Boiler feedwater monitoring

  • Boiler blowdown control

The sensor can be used in all low conductivity applications with high temperatures and pressures.

With its international explosion protection approvals, such as ATEX and FM, the sensor is suitable for hazardous area use.

Benefits

  • Reliable and accurate measuring values at low conductivities

  • Optimized for high pressures and temperatures up to 160°C (320°F)

  • Easy cleaning thanks to stainless steel body and removable outer electrode

  • Robust design for high durability

  • Quality certificate stating the individual cell constant

Videos

  • The conductivity of a liquid can be measured using the conductive or toroidal measuring principles. This video shows what it is about and how these measuring principles work.

Predecessor

Success stories

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    Monitoring Emulsion Polymerization Reactions

    Process optimization via reaction endpoint detection and control of kinetics

  • Schematic diagram of process-control system for semi-batch polymerization Schematic diagram of process-control system for semi-batch polymerization

    Semi-batch polymerization

    Monitoring and control of a semi-batch polymerization with Raman analyzer, powered by Kaiser Raman technology

  • Baltic Sea water used as cooling water in the power station Baltic Sea water used as cooling water in the power station

    Cooling water directly from the Baltic Sea

    With the CUS52D, power plant operator KNG benefits from reduced maintenance costs due to reliable, stable measurement even under harsh conditions in salt water.

  • The Kittilä mine in northern Finland The Kittilä mine in northern Finland

    Process automation worth its weight in gold

    Memosens pH sensors reduced the time spent on calibrations and field repairs by up to 90% at Agnico Eagle's gold mine in Kittilä, the largest primary gold producer in Europe.

  • SWAS analytical panel for the water/steam cycle at the combined heat and power plant Zwickau Süd SWAS analytical panel for the water/steam cycle at the combined heat and power plant Zwickau Süd

    Keeping the turbine running

    Heizkraftwerk Zwickau Süd GmbH (HKWZS) has built a new biomass power plant to supply the city of Zwickau. The plant was equipped with state-of-the-art analytical solution SWAS.

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