The residual chlorine sensor is based on the three electrode constant voltage method to measure residual chlorine (including active parts of disinfectants such as HCLO and CLO -) in water, which complies with the EPA330.1 standard. The sensor uses the three electrode constant voltage method and introduces a reference electrode to ensure the stability and stability of the measurement results. It adopts a membrane free design, and there is no need to change the membrane during use, making cleaning and maintenance more convenient and easy to replace. Suitable for fields such as water treatment plants, secondary water supply, pipe network terminals, medical disinfection, swimming pools, industrial water circulation, and wastewater treatment plant effluent disinfection. The product has RS485 communication interface and standard MODBUS protocol, which facilitates integration and networking.
1Residual Chlorine SensorIntroduction
Residual Chlorine SensorThe three electrode constant voltage method is used to measure residual chlorine (including active parts of disinfectants such as HCLO and CLO -) in water, which complies with the EPA330.1 standard. The sensor adopts the three electrode constant voltage method and introduces a reference electrode to ensure the stability and stability of the measurement results. It adopts a membrane free design, and there is no need to change the membrane during use, making cleaning and maintenance more convenient and easy to replace. Suitable for fields such as water treatment plants, secondary water supply, pipe network terminals, medical disinfection, swimming pools, industrial water circulation, and wastewater treatment plant effluent disinfection. The product has RS485 communication interface and standard MODBUS protocol, which facilitates integration and networking. Comes with WQS-SUTIE analysis software, which can perform functions such as parameter setting, calibration, measurement, and fault diagnosis on the product.
2、 Product Features
Three electrode measurement system, stable and reliable measurement results
Built in NTC sensor for automatic temperature compensation
Can be used in conjunction with pH sensors for pH compensation
Real time measurement of reaction current with short response time.
The turbidity or chromaticity of the water sample does not affect the measurement results
The DPD method is used for calibration at the factory, and the factory calibration parameters can be restored at any time
3、 Product parameters
range |
0-20mg/L |
precision |
±0.2mg/L |
repetitiveness |
±0.2mg/L |
temperature range |
0-50℃; |
PH range |
6-10pH |
Response time (T90) |
≤ 30 seconds |
temperature range |
0-50℃; |
interface |
RS-485, MODBUS protocol |
Working Voltage |
7-36VDC |
Protection level |
IP68 |
material |
PVC |
size |
240mmL*30mmD |
weight |
350g |