Measuring ionic content to assess water quality, purity, and process consistency.
A conductivity sensor measures the ability of a liquid to conduct electrical current, which is directly related to the concentration of dissolved ions. Conductivity is widely used as an indicator of water quality, contamination, and process control.
Conductivity sensors operate by applying an electrical voltage between electrodes immersed in a solution and measuring the resulting current flow. The measured conductance is proportional to the ionic concentration of the liquid.
The measured value directly represents the ionic concentration of a liquid.
Conductivity trends indirectly indicate water purity, contamination events, chemical dosing efficiency, membrane performance, and scaling or fouling risks.
With Industrial IoT integration, conductivity sensors enable continuous water quality monitoring, remote alerts for contamination, automated chemical dosing, and long-term compliance documentation.
The Conductivity Sensor acts as a fast indicator of water chemistry. By translating ionic content into actionable data, it supports purity control, process stability, and environmental protection across industries.