Conductivity sensors
About this item
This conductivity measuring cell utilises the four- pole potentiometric method for measuring conductivity, which incorporates a series of four graphite poles embedded in the probe shaft. This design completely eliminates the polarisation, which frequently occurs with the two-plate amperometric method during measuring high conductivity solution.
- Four cell graphite sensor
- Ideal sensor for general conductivity measurements
- NTC 30 kΩ combined temperature sensor: automatic temperature compensation
Please note: Not recommended for samples below 10 μS/cm.
Delivery information: Supplied with quality certificate.
2 Options Available Below
Product Details & Documents
This conductivity measuring cell utilises the four- pole potentiometric method for measuring conductivity, which incorporates a series of four graphite poles embedded in the probe shaft. This design completely eliminates the polarisation, which frequently occurs with the two-plate amperometric method during measuring high conductivity solution.
- Four cell graphite sensor
- Ideal sensor for general conductivity measurements
- NTC 30 kΩ combined temperature sensor: automatic temperature compensation
Please note: Not recommended for samples below 10 μS/cm.
Delivery information: Supplied with quality certificate.
Product Family Options
Product Information
- TypeConductivityCell constantTemp.MaterialØ×LConnectionAvailabilityPrice
- 663-0130Conductivity cell LE703, 4 poles, graphiteConductivity cell LE703, 4 poles, graphiteLE703 (4 poles)0,01 - 200 mS/cm0,55 cm-10...+80 °CPC12×120 mmMini-DIN, 1 m cableLog in for availability1 * 1 items£176.50
- 661-0248Conductivity cell LE703 (IP67), 4 poles, graphiteConductivity cell LE703 (IP67), 4 poles, graphiteLE703 (4 poles), IP 670,01 - 200 mS/cm0,55 cm-10...+80 °CPC12×120 mmLTWLog in for availability1 * 1 items£184.00
Recommendations will be personalized based on your shopping preferences only if you have given your consent by enabling "Enhance my Shopping Experience" on the "Personal Info page".
Otherwise, you will receive generic recommendations.



