Online Digital Residual Chlorine Sensor

This Online Digital Residual Chlorine Sensor adopts advanced membrane-free amperometric technology to monitor free residual chlorine in water in real time. Integrated temperature and pH automatic compensation, effectively eliminates water quality interference and ensures accurate readings.

Built-in digital signal processing, standard RS485 Modbus-RTU output, plug-and-play with controllers, PLC and IoT systems. IP68 submersible design, 3/4" NPT thread for easy installation. No reagents or consumables required, low maintenance and long service life for 24/7 continuous operation.

Online Digital Residual Chlorine Sensor is a dedicated digital probe for real-time monitoring of residual chlorine in water. Adopting advanced electrochemical principle, it delivers fast response and high accuracy for chlorine concentration in disinfected water.

Built-in temperature compensation effectively reduces measurement deviation caused by temperature change. It outputs standard RS485 MODBUS-RTU signal, which can be directly connected to controllers, PLC and remote monitoring platforms for easy data acquisition.

The sensor is equipped with anti-contamination diaphragm and fully sealed IP68 structure. It resists dirt and corrosion, and requires little maintenance during long-term submerged operation.

It is widely used in waterworks, swimming pools, reclaimed water systems, industrial disinfection water, municipal pipe network and environmental water quality monitoring.

Standard Flow Cell (YA-26-2) Included

1.RS-485 transmission interface with MODBUS-RTU communication protocol, supporting bidirectional communication.
2.Isolated power supply and output design to ensure electrical safety.
3.Built-in protection circuit enhances anti-interference capability, making it suitable for complex environments.
4.Simple and user-friendly communication protocol, capable of outputting more electrode diagnostic information for greater intelligence.
5.Low-power design for broader application scenarios; internal memory retains calibration and settings during power outages.