A conductivity sensor measures the ability of a solution to conduct an electrical current. It is the presence of ions in a solution that allow the solution to be conductive: the greater the concentration of ions, the greater the conductivity.

Oct 26, 2023 · Conductivity sensors are instrumental devices widely used across various industries and research fields. Their primary function is to measure the ability of a solution to conduct electric current, which directly correlates with the …

Whether you're monitoring water in industrial processes, environmental studies or laboratory research, conductivity sensors from Hach ® offer the accuracy and performance you need to ensure reliable results. From robust probes for continuous monitoring in challenging environments to advanced systems with remote monitoring capabilities, we have ...

To measure low conductivities in pure and ultrapure water, choose conductive sensors. Use toroidal sensors in media with high conductivity (e.g. milk, beer, bases, acids, brine) and apply 4-electrode sensors where a wide measuring range is required (e.g. phase separation).

Conductivity sensors and electrodes are used to measure process conductivity, resistivity, WIFI, demineralizer water, RO water, percent concentration, boiler blowdown and TDS. Various installation options including retractable, flow thru, immersion, and direct insertion.

Conductivity sensors and electrodes are used to measure process conductivity, resistivity, WIFI, demineralizer water, RO water, percent concentration, boiler blowdown, and TDS. Various installation options include retractable, flow thru, immersion, and direct insertion.

A conductivity sensor is a tool to measure the electrical conductivity of an electrolyte solution and is based on the material’s ability to conduct an electric current. It is used to measure conductivity in process, laboratory, or field applications.

Conductivity is a measure of a fluid’s ability to conduct electricity. Conductivity sensors are used measure the total number of dissolved ions present in a fluid. The most common methods for inline conductivity measurement are contacting conductivity and toroidal (inductive) conductivity.

The analog and digital conductivity sensors cover a wide range of measurement requirements, from ultra-pure water to highly concentrated acids and alkaline solutions, and they are available with explosion protection.

From understanding the basic working principles that underpin conductivity sensors to maintaining them for long-term use, this comprehensive guide, serves as an essential resource for anyone involved in their selection or use.