At present, gas leakage accidents occur from time to time in cities, which poses a serious threat to the safety of people's lives and property. At this time, the application of combustible gas monitoring equipment is particularly important. It can monitor the concentration of methane gas in the gas pipeline in real time, and send an early warning signal to the control center in time to help effectively prevent the occurrence of gas leakage accidents and ensure the safety of the city's lifeline.
The combustible gas monitor uses a high-precision MEMS sensor chip and an internal temperature compensation algorithm to monitor temperature and humidity. This sensor chip is characterized by having 02 temperature accuracy and 2%RH humidity accuracy to accurately sense subtle changes in the weather environment. In addition, the WITBEE combustible gas monitor EN500-CG is also designed to be waterproof and breathable. This design allows the device to work properly in wet or rainy environments, while preventing moisture from entering the device and protecting internal circuitry and components from damage. This design improves the adaptability and reliability of the equipment, allowing it to operate stably in a variety of meteorological environments.
Because of this, combustible gas monitoring equipment can work well in extremely harsh environments, and has strong survival and adaptability. Whether it is minus -20 degrees to 80 degrees Celsius in the severe cold and heat environment, high humidity, industrial sewage, weak signal or flooding and other extreme conditions, the equipment can operate stably and accurately monitor the concentration of methane gas, and the equipment has excellent waterproof and dustproof performance, can be used in high humidity, industrial sewage and other harsh environments. Its waterproof design prevents moisture from entering the interior of the device, while the dust-proof design prevents dust from damaging the device. Coupled with the device's TDLAS tunable laser spectral absorption technology, it has the unique selectivity for methane (CH4), which further ensures the accuracy of the combustible gas monitor in the monitoring process.
To sum up, the application of combustible gas monitoring equipment provides a strong guarantee for urban gas safety. It can not only detect gas leaks in time, but also help emergency management departments prevent accidents, and provide accurate data support for the best in the future, so that the future development and construction of the city will be better.