Ultra Pure Water Measurement Conductivity Sensor 2 Electrode Conductivity Cell

Conductivity Sensor 2 Electrode Conductivity Cell For Ultra Pure Water Measurement

The conductivity sensor is a 2 electrode conductivity cell electrode with the K value of 0.1. It can carry out the measurement from 0.1μS/cm to 200μS/cm. The ASCK01 conductivity sensor can be used for ultra-pure water, pure water and other water treatment applications.

The temperature change has a great influence on the conductance measurement, so corresponding temperature compensation measures must be taken for this reason. DRFN’s ASCK series conductivity sensors have the temperature compensation PT or NTC.

Measuring Principle

The conductivity probe has two electrodes mounted on opposite sides. An alternating voltage is connected to the electrodes to generate a current in the medium. The current intensity depends on the number of anions and cations freely moving between the two electrodes in the medium. The more cations and anions in the liquid, the greater the conductivity and current.

Advantages Of The Conductivity Sensor

• 0.1μS/cm~200μS/cm, high-precision measurement

• PT or NTC temperature compensation

• The main material of the sensor is stainless steel, and the electrode is Ti. Compact, durable and easy to carry.

• IP68 protection grade, it can be used continuously under the water.

• The conductivity probe can be used under the temperature of 0~100℃, and the working pressure is 6 bars.

Application Of The Conductivity Sensor

It is widely used in human production and life and has become the power, chemical, environmental protection, food, semiconductor industry, marine research and development industries, etc. The conductivity sensor mainly monitors industrial production water, human domestic water, seawater characteristics, and electrolyte properties in batteries.

Technical Parameter

If you are interested in the 2-electrode conductivity sensor, please contact us, or you can continue to view other conductivity sensors with different functions.