KGZ-NGL-096

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Gas sensors are devices used to detect the presence and concentration of various gases in a certain environment. One of the most popular sensors used for this purpose is the KGZ-NGL-096. In this article, we’ll discuss the application field and working principle of this device.

The Application Fields of KGZ-NGL-096 Gas Sensor

KGZ-NGL-096 gas sensor is mainly used to detect combustible gases such as methane, propane, carbon monoxide, and hydrogen. It is widely used in various industrial, automotive, residential, and commercial applications such as combustible gas leakage detection systems, combustible gas leak detection and control systems, safety and security systems, HVAC systems, and so on. Additionally, it is suitable for natural gas, LPG, alcohol, ammonia, and CO2 detection.

The Working Principle of KGZ-NGL-096 Gas Sensor

KGZ-NGL-096 gas sensor uses an advanced catalytic principle to detect combustible gases. The device consists of ceramic board, heating elements, electrodes, and combustible gas sensors. When the combustible gas enters the sensor, it is with a catalytic element for the gas oxidation reaction. The reaction rate is dependent on the concentration of combustible gas present in the testing environment. The generated heat will be transmitted to the ceramic board and then converted into electrical signals. These electrical signals can be transmitted to a meter or other signal monitoring system to be interpreted.

The KGZ-NGL-096 gas sensor has an excellent explosive-proof, high stability, low power consumption, anti-jamming capability and fast response. It can withstand high temperatures, meaning it is suitable for long-term reliability applications, and is also capable of adapting to humid environments. An additional advantage of the sensor is its extremely low power consumption, allowing it to be used in battery powered applications where conserving energy is essential.

Conclusion

The KGZ-NGL-096 gas sensor is a reliable, robust and versatile device that is suitable for a wide range of application fields. It uses an advanced catalytic principle to detect combustible gases, allowing for accurately detecting combustible gases in pertinent applications. The device offers excellent explosive-proof, high stability, low power consumption and anti-jamming capabilities, making it suitable for long-term and reliable monitoring in various environments. Its response time is fast, consuming extremely low power, allowing it to be used in battery powered applications.

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