Our Inline Electrochemistry Monitoring Solutions
The inline electrochemistry water system demonstrates creativity by integrating a transmitter, sensor, and monitoring system. It harnesses novel electrochemical principles to enable real-time water quality analysis, transmitting data continuously.
Discover our state-of-the-art inline electrochemistry solution designed for precise water quality monitoring. Our advanced system utilizes cutting-edge technology to provide real-time analysis, accurately detecting contaminants.
Perfect for diverse applications, from industrial processes to municipal water treatment, it ensures reliable and continuous monitoring of water quality, guaranteeing optimal performance and peace of mind.
Inline Residual Chlorine System - VFCL series
The VFCL series residual chlorine sensor utilizes constant pressure principle for accurate measurements. It offers adjustable range, high accuracy, fast response, compact design, and minimal pH influence.
Suitable for various chlorine concentrations, it finds applications in drinking water, industrial processes, and swimming pools.
Features and Benefits：
Continuous real-time measurement.
Highly stable zero point ensures reliability.
Dual salt bridge structure for durability and contamination resistance.
External dual platinum ring structure allows easy cleaning and maintenance.
Built-in ion exchange resin absorbs pollutants and captures internal silver ions, ensuring resistance to contamination, long-term stability, and minimal maintenance.
Special glass material provides excellent mechanical strength for long-term electrode operation.
Membrane-free design reduces maintenance needs.
Built-in temperature sensor with software-based automatic compensation enhances accuracy.
Measurement Principle：
The constant pressure residual chlorine sensor has three electrodes: a working electrode, a counter electrode, and a reference electrode, forming a measurement system. In the test water, a constant voltage is applied to the working and counter electrodes by the controller-controlled circuit, while the reference electrode provides the necessary reference potential.
Under this voltage, the working and counter electrodes react with residual chlorine in the water, producing a signal. This electrochemical reaction consumes residual chlorine and correlates the signal magnitude directly with the water's residual chlorine concentration. The controller calculates the corresponding residual chlorine concentration based on the collected signal.
Inline Electrochemistry Solution - pH/ ORP Sensors
The electrochemistry pH monitoring system combines a transmitter and pH sensor to enable precise, real-time pH measurement. This innovation enhances accuracy and control in various applications
GPH, IPH, GORP, and IORP series pH/ORP electrodes provide stable measurements for various operating conditions.
IPH and IORP, when combined with different electrode protectors, can meet diverse installation methods and high-temperature, high-pressure conditions.
Standard temperature measurement and compensation, along with reliable manufacturing processes, ensure accurate sensor measurements.t here...
Inline Electrochemistry Solution - Conductivity Sensors
Conductivity monitoring solutions employ sensors to measure dissolved ions' electrical conductivity, aiding in water quality assessment. They find utility in industries like environmental monitoring and chemical processing.
