Ozone O3 sensor - High cost performance ozone sensor price - NiuBoL

The ozone sensor is suitable for continuous online detection of ozone concentration in various industrial and special environments. The instrument adopts imported electrochemical sensors and microcontroller technology, which has the advantages of stable signal, high precision and good repeatability.

Monitoring O3

　　In ozone applications, a certain concentration of ozone is an important parameter for ensuring disinfection, saving energy and preventing pollution, but if the concentration of ozone in the environment is too high it can be harmful to humans. Ozone sensors use electrochemical technology for O3 concentration measurement, which is fast and sensitive and can reliably detect ozone concentrations.

For air quality monitoring, we have launched the intelligent "four gases and two dusts" (SO2, NO2, CO, O3, PM2.5, PM10) sensor, which is our new intelligent sensor specifically for gas detection. The gas in the detected area of the instrument flows freely into the gas sensor.

The sensor mainly solves the problems of various types of gas detection, incompatible sensors, complicated calibration, and restrictions on the replacement of core devices; it is easy to operate, accurate and reliable.

Product features 

●Adopting foreign original imported four-electrode gas sensor, with stable performance and high resolution.

●Monitoring NO2, CO, SO2, O3 gases, optional PM2.5, PM10 dust parameters.

● Modular product design, convenient for later maintenance.

This product is suitable for use in enterprise park monitoring, municipal environmental monitoring, mobile environmental monitoring, traffic pollution environmental monitoring, residential area or park environmental monitoring, livestock breeding and other fields.

The four gas and two dust sensors innovatively combine the six pollutant parameters PM2.5, PM10, CO, SO2, NO2 and O3 through a highly integrated structure to achieve 24-hour continuous online monitoring of each pollutant parameter data by gas and transmit the monitored data to people at one time.

PM2.5, PM10 Technical Parameters：

Dust monitoring uses the laser scattering method to measure particle concentrations. When the particles pass through the light sensitive area formed by the focused laser, the light scattered by the particles is collected by a micro photoelectric detector on the detection window. The detector converts the received light intensity signal into a voltage signal, the density of the signal corresponds to the unit concentration value of the particles, the dust concentration value is converted into a coefficient and output in real time through the data interface.

Gas sensor technical parameters：

The gas sensor adopts the principle of electrochemistry to monitor atmospheric concentration, using foreign original imported four-electrode gas sensor, the four-electrode sensor has an extra auxiliary electrode for compensating the zero current, so that it has better response time and anti-interference characteristics.

Ozone (O3) is an unstable reactive oxygen, consisting of 3 oxygen atoms, which has an extremely strong sterilizing effect. At room temperature and pressure, it is less stable and can decompose into oxygen on its own. 

Ozone has the smell of grass and is beneficial to human health when inhaled in small amounts, but can be harmful to human health when inhaled in excess.

Ozone, when inhaled through the respiratory system, can cause serious inflammation in the respiratory tract and lungs, especially in the elderly and children, who are vulnerable because of their weak ability to resist this harmful substance.

It can also cause skin cancer and cataracts in humans, and harm crops and certain marine organisms.

Therefore, the detection of ozone is of great importance, both in terms of its impact on human health and on the global environment and ecology.

So far, the main methods for ozone detection are iodometric, colorimetric, UV spectrophotometric, potentiometric and electrical methods. Iodometric and colorimetric methods are chemical methods, UV spectrophotometric methods are physical methods, and potentiometric and electrochemical methods are electrochemical methods.

The detection of ozone in indoor air, outdoor air monitoring, aquaculture water, tap water, medical field, etc. are some of the major applications of ozone detection.