GS+4NO2 Industrial - Grade Nitrogen Dioxide Sensor for Nitrogen Dioxide Concentration Detection

                    GS+4NO2 Industrial - Grade Nitrogen Dioxide Sensor for Nitrogen Dioxide Concentration Detection

Product Features:

1. It has obtained the UL 2075 certification, which meets industrial safety standards and can reliably meet the safety requirements of various industrial application scenarios for gas detection equipment.
2. It shows high operational stability during long-term use. The annual long-term output drift is less than 20%, and it has a stable baseline in pure air (±0.2 ppm NO₂ equivalent), which can reduce frequent calibration operations.
3. It boasts fast response and recovery capabilities. The T90 response time is less than 50 seconds, enabling rapid capture of changes in nitrogen dioxide concentration in the environment and timely feedback of detection results.
4. It has strong environmental adaptability. It can work normally in the operating temperature range of -30℃ to +50℃ and the relative humidity range of 15%-90% RH, and adapts to the operating pressure range of 800 - 1200 mbar, which is applicable to various harsh industrial environments.
5. It has a user-friendly structural and electrical design. Adopting a 4-series format with a 3-pin interface, it requires 0V bias voltage, which is easy to integrate into portable and fixed gas detection equipment. Meanwhile, its cost-effectiveness is high, making it cost-saving for large-scale application.

Product Uses:

1. Industrial safety monitoring: It is widely used in industrial workshops, chemical plants, mining sites and tunnel projects. It can be integrated into fixed gas monitoring systems to conduct real-time monitoring of nitrogen dioxide emissions, thus ensuring the safety of on-site operators and preventing safety accidents caused by excessive gas concentration.
2. Portable detection equipment matching: It is an ideal choice for portable nitrogen dioxide detectors due to its compact structure. It can be used by inspectors for on-site inspection in fields such as environmental protection law enforcement and industrial equipment maintenance, facilitating rapid on-site concentration detection and data recording.
3. Special harsh environment detection: Its derivative model is suitable for high-humidity scenarios such as sewer operations. The specific GS+4NO2-HH model can avoid performance failures caused by excessive humidity, ensuring the reliability of detection data in high-humidity closed environments.
4. Auxiliary monitoring in specific industries: It can be applied to auxiliary concentration monitoring in industries involving nitrogen dioxide-related gas use or generation. For example, it can be used in relevant production links to monitor potential nitrogen dioxide leakage, helping enterprises meet environmental protection and safety production standards.