Conductivity Sensor K-0.01

The acid, alkali, and salt electrolytes dissolved in water dissociate into positive and negative ions in the solution, making the electrolyte solution conductive. The conductivity can be expressed by conductivity. The conductivity of an electrolyte solution is usually determined by inserting two metal pieces into the solution and measuring the resistivity between the two electrodes. Conductivity is the reciprocal of resistivity. It is defined as the conductivity of the solution when the cross-sectional area of the electrode is 1cm2 and the distance between the electrodes is 1cm. The potential of conductivity is S/cm. In water analysis, one millionth of it, μS/cm, is commonly used to express the conductivity of water. The conductivity of the solution is related to the nature, concentration and temperature of the electrolyte. Generally, the conductivity of a solution refers to the conductivity at 25°C. Conductivity measurement is mainly used to detect the purity of water. It is an effective, simple and reliable method to detect ionic impurities in water. Conductivity measuring instruments are divided into several types: on-site measurement, laboratory measurement, and online measurement. The ASCK series conductivity electrodes developed and produced by Daruifuno need to be used with an online measurement controller, which can continuously monitor the conductivity value of water quality in real time. Among them, ASCK-0.01 is specially designed for ultrapure water. It is made of 316L stainless steel and can measure conductivity values between 0.05~20μS/cm.

Features
The K constant is 0.01, with high measurement accuracy and good stability. The conductivity electrode can measure the conductivity value of ultrapure water.
Made of 316L stainless steel, can withstand high temperatures of 100℃
Built-in PT1000 high-precision temperature resistor, connected to an instrument for temperature detection and compensation
1/2″ NPT mounting thread, the Conductivity Sensor is easy to install