The development trend of conductance meter in industrial app

The development trend of conductance meter in industrial application

 

Core Tip: Conductivity meter An instrument that can measure the conductivity of water and infer the salinity of water according to a standard curve. The more salty the water, the more electrically conductive it is. Therefore, according to the size of the electrical conductivity, we can calculate the size of water salinity. The conductance meter can also measure ultrapure water and concentrated saline water。

An electric conductometer is an instrument used to measure the conductivity of a substance。

 

An instrument capable of measuring the electrical conductivity of water and inferring the salinity of water from a standard curve. The more salty the water, the more electrically conductive it is. Therefore, according to the size of the electrical conductivity, we can calculate the size of water salinity. The conductance meter can also measure ultrapure water and concentrated saline water。

 

Industrial conductance instrument presents an open, fully digital, two-way, multi-station communication system. It produces the masses of users, as well as industrial conductivity meter actual demand and the result of competition between manufacturers technology, computer technology, communication technology and control technology in the combination of the industrial control field, and to achieve the high precision, high performance of the further (especially the multi-parameter online real-time measurement and automatic measurement and control), high stability, high reliability, high adaptability, multi-function, low consumption and so on provides tremendous momentum and development space. In particular, the further expansion of the application of non-traditional industrial conductance meter has injected new vitality and new impetus for the sustainable development of the instrument and meter industry. Throughout the history, analyzing the present situation and looking into the future, we can draw the following conclusion: in the future, the traditional instrument will still be in the direction of high performance, high precision, high sensitivity, high stability, high reliability, high environmental protection and long life. 6. High school and long. The direction of development. New instruments and components will be toward miniaturization (miniaturization), integration, integration, electronic, digital, multi-functional, intelligent, networked, computerized, integrated automation, optical-mechanical integration; Specialization, simplicity, family-oriented, individualized, maintenance-free and automation of assembly and production, dust-free (or ultra-clean), specialization, scale “ Twenty throughout the &; The direction of development. In this and other Twenty throughout the &; Among them, miniaturization, intelligentization and networking play a leading, core or key role。