Conductivity cells

Conductivity cells

Item: 50003352

50003352 XS Sensor Cell VPT 1 - C=1

0.00€

50003352 XS Sensor Cell VPT 1 - C=1

Item: 50003362

50003362 EPT4 Cell PVC-Graphite 4 poles C=0,5+ ATC

0.00€

50003362 EPT4 Cell PVC-Graphite 4 poles C=0,5+ ATC

Item: 50003372

50003372 VPT 10H Glass-Pt C=10+ATC cell range 100uS to 500mS

0.00€

50003372 VPT 10H Glass-Pt C=10+ATC cell range 100uS to 500mS

Item: 50003382

50003382 EPT 1 Conductivity cell - Epoxy body - for difficult samples

0.00€

50003382 EPT 1 Conductivity cell - Epoxy body - for difficult samples

Item: 50004002

50004002 XS Sensor Cell 2301 T - 1 m

0.00€

50004002 XS Sensor Cell 2301 T - 1 m

Item: 50004012

50004012 XS Sensor Cell VPT 01

0.00€

50004012 XS Sensor Cell VPT 01

Item: 50004022

50004022 XS Sensor Cell 2301 T - 5 m

0.00€

50004022 XS Sensor Cell 2301 T - 5 m

Item: 50004062

50004062 VP 1 CELL VETR0-PT C=1

0.00€

50004062 VP 1 CELL VETR0-PT C=1

Item: 50004072

50004072 XS Sensor Cell VPT 10

0.00€

50004072 XS Sensor Cell VPT 10

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CELLS AND CONDUCTIVITY MEASUREMENTS: Conductivity measurement is carried out by means of a probe called conductivity cell that is connected to the conductivity meter and immersed in the solution to be measured; the measured value is expressed in µS/cm or mS/cm (sub-multiples of the main unit of measurement S/cm). There are different conductivity cells for different measuring ranges: Cell with constant C=1 measuring range: 10 µS ... 10 mS Cell with constant C=0.1 measuring range: 0.1 µS ... 1 mS Cell with constant C=10 measuring range: 100 µS ... 200 mS Like all physical parameters, conductivity is also affected by temperature variation, which is why conductivity cells also incorporate a temperature sensor to compensate for this variation and to achieve the highest possible accuracy. Thanks to temperature compensation, it is possible to express the conductivity value at a single reference temperature (normally 20°C or 25°C) regardless of the actual temperature of the sample.