LoRaWAN Wireless Durable High-sensitivity CH4 Sensor

PRODUCT FEATURES

• This device uses the principle of non-dispersive infrared (NDIR) to specifically detect hydrocarbon combustible gases in the air. It's like "identifying" the gas, which can precisely find the carbon-hydrogen combustible gas. 
  
  
• It selects gases with a "precision eye" and responds only to the carbon-hydrogen flammable gases to be detected; It is not dependent on oxygen and can function normally in places where there is little oxygen. Performance is stable, not prone to failure, and can last a long time; There is also a built-in temperature compensation function, which does not affect its operation regardless of the hot or cold weather.
  
  
• It is particularly convenient to use, and if you were previously using a catalytic combustion element, you can simply replace it without having to go through the trouble of adjusting it.
  
  
• It supports the standard LoRaWAN protocol, which can achieve long-distance communication, data can be transmitted far away, without worrying about distance restrictions.
  
  
• In HVAC and indoor air data quality monitoring, it can detect the combustible gas in the air to ensure indoor safety and air health; When producing in agriculture and livestock, it can monitor the environment to ensure the safety of the growth environment of animals and plants. In the monitoring of industrial processes and safety protection, flammable gas hazards can also be promptly discovered to ensure the safety of industrial production.
  
  
• This is an advanced principle, prominent advantages, simple use, strong communication and wide application of gas detection equipment, which can play an important role in many fields to ensure production and life safety.

PRODUCT PARAMETERS

 Product Applications

1.Petroleum, chemical, and coal mines: used to monitor methane concentration, prevent gas explosion accidents, and ensure production safety and the safety of miners' lives.

2. Urban gas: used for safety monitoring of urban gas pipelines, timely detection of gas leaks, and ensuring the safety of residents' lives.

3. Tunnels and underground pipe galleries: Methane sensors are used in tunnels and underground pipe galleries to monitor gas leaks, prevent explosion accidents caused by gas leaks, and ensure construction safety.

4. Biogas detection: Methane sensors are used in drainage networks, sewers, and other places to monitor the concentration of biogas and prevent explosion accidents caused by biogas accumulation.

5. Household gas leak monitoring: Laser methane sensors can also be used for civilian gas leak monitoring to promptly detect and address gas leak issues.

6. Environmental monitoring: used for monitoring methane emissions in landfills, sewage treatment plants, and other places to protect the environment.