Graphite 2 Electrode Conductivity Analyzer For Drinking Water Treatment

Graphite 2 Electrode Conductivity Sensor For Drinking Water Treatment

Product Introduction

The strength of the conductivity of water is the conductivity. Conductivity is the reciprocal of resistivity, which reflects the amount of salt in the water, and is a very important indicator of certain water quality.

This conductivity sensor uses a graphite 2-electrode conductivity electrode with a K value of 1. It can be used with Daruifuno's analog controller to achieve conductivity measurement in the range of 0~20000uS/cm.

Measuring Principle

The conductivity cell of the two-electrode conductivity sensor consists of a pair of electrodes. A constant voltage is applied to the electrodes. The change in the resistance of the liquid in the conductivity cell causes the current of the measuring electrode to change. It conforms to Ohm’s law and uses conductivity instead of resistivity, and uses conductivity instead of resistance in metals, that is, use conductivity and conductance to express the conductivity of the liquid, so as to achieve the measurement of liquid conductivity. DRFN's 2-electrode conductivity sensor ASC100 series uses this measuring principle.

Advantages Of The Conductivity Sensor

• Easy to use

• Measuring range from 0 to 20000μS/cm

• 2 graphite electrode

• Epoxy resin shell, lightweight and compact

• High measurement accuracy

• Protection grade IP68

Application Of The Conductivity Sensor

• Monitoring of human drinking water quality;
• Industrial water quality monitoring;
• Monitoring of battery electrolyte density;
• Monitoring of water quality in electrolytic oxygen and hydrogen production equipment;
• Marine survey, marine resource survey, marine environment monitoring.

Technical Parameter

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