HORIBA 9382-10D Plastic Body Conductivity Cell (BNC Connector)

Conductivity is calculated as the inverse of the resistance R(in ohms) of the sample solution as S/m = V/m between two parallel electrode plates with a surface area of 1m2 separated by a distance of 1m. Since conductivity changes depending on temperature of the sample solution, values are shown at the standard temperature equivalent of 25?. HORIBA's conductivity electrodes also have a built-in thermistor for temperature measurement, making them perfect for temperature measurement and for obtaining values equivalent to those at the standard 25C, when used in conjunction with the conductivity meter. Since the conductivity gives valuable information about the ion composition of the sample solution, it is expect that these useful electrodes will continue to find a wide range of applications in the future.

• Enhanced durability of the glass membrane makes it four times stronger than the conventional ToupH electrode
• The patented silver ion trap technology improves response time. The response time is 40 times faster than the conventional electrodes
• With enhanced durability, the electrode is more easily maintained with a sponge or optional cleaning reagent