Endress+Hauser Analog conductivity sensor Condumax CLS21-C3B4A

Endress+Hauser Analog conductivity sensor Condumax CLS21-C3B4A

Measuring principle:Conductive

Application:Water, waste water, process, media separation, industrial water.

Characteristic:2-electrode system for application in the middle application range.

Measuring range:k=1: 10,0 µS/cm - 20,0 mS/cm

Measuring principle:Conductive conductivity cell with graphite electrodes for applications in the middle range.

Design:2-electrode system with parallel arranged electrodes

Material

Cell shaft: PES

Electrodes: graphite

Dimension

Diameter: 24 mm

(0.936 inch)

Length: 61 mm

2.37 inch)

Process temperature:max. 135°C(max. 275°F)

Process pressure:max. 16 bar at 20°С(max. 232psi at 68°F)

Temperature sensor:Optional with integrated Pt100 or PTC temperature sensor.

Ex certification:ATEX

Connection:Process connection: DN25, DN40, G1", Cable: 4-pole connector with thread Pg9 or fixed cable.

Ingress protection:IP65 (connector)IP67 (fixed cable)

Field of application Endress+Hauser Analog conductivity sensor Condumax CLS21-C3B4A

Condumax CLS21 is a robust conductivity sensor for all process and environmental applications. It provides you with precise and reliable measuring values for an optimum process and product quality monitoring. Better still, the sensor features high chemical, thermal and mechanical stability and high durability.

Condumax CLS21 measures conductivity in all process and environmental applications, such as:

Potable water treatment

Desalination plants

Industrial water treatment

River/lake monitoring

Phase separation in medium conductivities (e.g. milk/water)

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

Benefits of Endress+Hauser Analog conductivity sensor Condumax CLS21-C3B4A

Reliable and accurate measuring values at medium to high conductivities

Robust design for long durability and low maintenance

High chemical, thermal and mechanical stability

Quality certificate stating the individual cell constant