Conductivity Meter Probe

The MCC200 multi-parameter controller, meticulously developed by Daruifuno, is a high-performance online control device designed specifically for water quality parameter monitoring. This multi-channel digital universal controller has emerged as a leader in the field of water quality monitoring, thanks to its exceptional performance and broad applicability. Equipment Introduction The MCC200 multi-parameter controller supports the simultaneous connection of 4 or 8 digital sensors (this...

In today's industrial and environmental contexts, maintaining water quality is critical. Water turbidity sensors and water turbidity probes are at the forefront of this effort, providing precise, real-time monitoring of suspended particles in liquids. Working Principle of Turbidity Sensors Turbidity sensors utilize optical scattering to measure the concentration of suspended particles. By emitting light into the water and measuring the intensity of scattered light, they can accurately determine...

Introduction Conductivity, a measure of a material's ability to conduct electric current, is a critical property in numerous industries. From water treatment to chemical production and food processing, conductivity plays a vital role in ensuring the quality, consistency, and safety of various processes and products. How Conductivity Works The conductivity of a material is determined by the concentration and mobility of ions within it. In pure water, for example, the conductivity is low because...

Overview of pH pH generally refers to the hydrogen ion concentration index. Hydrogen ion concentration is a method of expressing hydrogen ion concentration. It is the negative value of the common logarithm of the hydrogen ion concentration (activity) in aqueous solution, that is, -lg[H?]. The determination of hydrogen ion activity index can be qualitatively determined by using pH indicators and pH test paper, while quantitative pH measurement requires the use of pH analyzers or pH meters....