Digital Ion Selective Sensor
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CS6718D Digital Hardness Sensor (Ca Ion)
Model No. CS6718D Power/Outlet 9~36VDC/RS485 MODBUS Measuring material PVC Film Housing material PP Waterproof rating IP68 Measurement range 0.2~40000mg/L Accuracy ±2.5% Pressure range ≤0.3Mpa Temperature compensation NTC10K Temperature range 0-50℃ Calibration Sample calibration, standard liquid calibration Connection methods 4 core cable Cable length Standard 10m cable or extend to 100m Mounting thread NPT3/4... -
CS6710D Digital Fluoride ion Sensor
Model No. CS6710D Power/Outlet 9~36VDC/RS485 MODBUS Measuring material Solid film Housing material PP Waterproof rating IP68 Measurement range 0.02~2000mg/L Accuracy ±2.5% Pressure range ≤0.3Mpa Temperature compensation NTC10K Temperature range 0-80℃ Calibration Sample calibration, standard liquid calibration Connection methods 4 core cable Cable length Standard 10m cable or extend to 100m Mounting thread NPT3... -
CS6711D Digital Chloride ion Sensor
Model No. CS6711D Power/Outlet 9~36VDC/RS485 MODBUS Measuring material Solid film Housing material PP Waterproof rating IP68 Measurement range 1.8~35500mg/L Accuracy ±2.5% Pressure range ≤0.3Mpa Temperature compensation NTC10K Temperature range 0-80℃ Calibration Sample calibration, standard liquid calibration Connection methods 4 core cable Cable length Standard 10m cable or extend to 100m Mounting thread NPT3... -
CS6714D Digital Ammonium Nitrogen Ion Sensor
Easy to connect to PLC, DCS, industrial control computers, general purpose controllers, paperless recording instruments or touch screens and other third party devices. -
Digital Optical RS485 Nitrite Nitrogen Sensor NO2-N
Principle
NO2 has an absorption at 210nm ultraviolet light. During operation, the sample flows through the slit, and the light emitted by the light source passes through the slit. Some of the light is absorbed by the moving sample in the slit, while the rest of the light passes through the sample and reaches the detector on the other side of the probe, where the nitrate concentration value is calculated. -
Digital RS485 Optical Nitrate Nitrogen Sensor NO3-N
Principle
NO3 has an absorption at 210nm ultraviolet light. During operation, the sample flows through the slit, and the light emitted by the light source passes through the slit. Some of the light is absorbed by the moving sample in the slit, while the rest of the light passes through the sample and reaches the detector on the other side of the probe, where the nitrate concentration value is calculated. -
CS6721D Nitrate Ion Selective Electrode RS485 Output Water quality Sensor ca2+
Product advantages:
1.CS6721D Nitrite ion single electrode and composite electrode are solid membrane ion selective electrodes, used to test free chloride ions in water, which can be fast, simple, accurate and economical
2.The design adopts the principle of single-chip solid ion selective electrode, with high measurement accuracy
3.PTEE large-scale seepage interface, not easy to block, anti-pollution Suitable for wastewater treatment in the semiconductor industry, photovoltaics, metallurgy, etc. and pollution source discharge monitoring
4.High-quality imported single chip, accurate zero point potential without drift -
Calcium Ion Selective Electrode Water Quality Analysis CS6718S RS485 Digital Hardness
The calcium electrode is a PVC sensitive membrane calcium ion selective electrode with organic phosphorous salt as the active material, used to measure the concentration of Ca2+ ions in the solution.
Application of calcium ion: The calcium ion selective electrode method is an effective method to determine the calcium ion content in the sample. The calcium ion selective electrode is also often used in online instruments, such as industrial online calcium ion content monitoring, calcium ion selective electrode has the characteristics of simple measurement, fast and accurate response, and can be used with pH and ion meters and online calcium ion analyzers. It is also used in ion selective electrode detectors of electrolyte analyzers and flow injection analyzers.