Top 6 water quality sensors

What is a water quality sensor?
 

Water quality sensors measure water parameters such as conductivity, dissolved oxygen, pH, COD, residual chlorine, turbidity and so on through a variety of methods such as chemical, physical and biological reactions of water, providing data support for researchers, observers and engineers. It is used in laboratory research, environmental management improvement, Marine water quality assessment, hydraulic model calibration, sewage treatment and other fields. Water quality sensor is the measurement of PH, residual chlorine, turbidity, suspended matter, COD, BOD, conductivity, dissolved oxygen of a variety of sensors. Water quality does not refer to a specific day parameter, it contains several elements to measure the quality of water.

Type of water quality sensor
 

Water quality is a general concept that covers a wide range. Therefore, the construction of a complete water quality monitoring system is a complex project. The good news is that with the JXCT Water quality sensor and a water quality monitoring host, you can easily build your water Quality monitoring system.

*Residual chlorine sensor
*Dissolved oxygen sensor
*PH sensor
*Turbidity sensor
*Ammonia nitrogen sensor
*Chlorophyll sensor

Chlorine detector is a kind of industrial water quality sensor. Chlorine electrode made of high purity platinum, high protection grade, even in harsh environment can work. The residual chlorine sensor has two signal outputs, RS485 and analog. It is widely used to measure chlorine in natural water, surface water, groundwater and aquaculture applications

The ammonia nitrogen electrode used in the water quality ammonia nitrogen sensor is a solid-state ion selective electrode made by hand, which can measure the total free ammonia nitrogen content in the water. Aqueous ammonia nitrogen sensor provides ammonia nitrogen ion measurement, which is simple, fast, economical and accurate. The aqueous ammonia nitrogen sensor is matched with a waterproof housing to convert the signal of the aqueous solution into a standard 485/4-20mA/0-10V signal through digital setting and analysis. The product does not need to be calibrated in one molding process and can be used immediately.