Measurement Principle:

The conductivity sensor is a glass platinum electrode. The instrument's measurement principle involves placing two discs (conductivity plates) into the sample solution and applying a voltage between them to measure the current. Generally, the voltage is in the form of a sine wave. Conductivity is determined using Ohm's law based on the voltage and current values.

Features:

lGood repeatability and stability;

lSimple cleaning and activation, with fast equilibrium speed;

lAutomatic temperature compensation function;

lOptional analog-to-digital conversion module for digital signal output, strong anti-interference capability, and long transmission distance;

lOptional analog-to-digital conversion module for standard digital signal output (RS485), enabling integration and networking with other devices without a controller;

lConvenient and quick on-site installation of the sensor, using terminal connections;

lSimple to use, reliable results, and interface operation indicators to reduce operational errors;

lEquipped with a visual alarm system providing important warning functions;

lThe controller can be wall-mounted/panel-mounted/pipeline-clamped.

Typical Applications:

lConductivity monitoring in tap water, municipal sewage, aquaculture, and other industries;

lOnline conductivity monitoring in various industrial process water and wastewater treatment processes.

Sensor Technical Parameters: