company news about How to Single-Channel Analog Conductivity controller control the Process?

For many industrial operators, the simplicity and reliability of a single-channel analog system are preferable to complex multi-probe networks. An analog conductivity sensor provides a continuous, real-time signal to the controller, which is essential for "closed-loop" process control. For instance, in a pharmaceutical plant, a single-channel system can monitor the resistivity of deionized water; if the purity drops below a set point, the controller can immediately signal a valve to divert the water to a drain. This prevents contaminated water from ever reaching the production line.

The flexibility of this system is enhanced by the wide variety of sensor options available. Whether the environment requires food-grade stainless steel for a dairy line or a PSS sensor for a chemical etch tank, the same controller can be used to display conductivity, TDS, salinity, and temperature. With pressure ratings available up to 17 bar and temperature tolerances up to 135°C, these systems can be installed in almost any part of a factory. The ease of calibration and the clear display of multiple parameters make it simple for operators to maintain high standards of quality control without needing extensive specialized training, making the single-channel analog conductivity analyzer a cornerstone of modern industrial monitoring.