Natural gas, a widely used clean energy source in modern life, contains methane, its main component. While bringing us convenience, it also harbors significant safety hazards. Methane itself is colorless and odorless, and leaks can easily cause fires or even explosions. Therefore, real-time monitoring of methane concentration and prevention of gas leaks have become a crucial part of home safety protection.

    Today, we will introduce a silent yet efficient "home safety guardian"—TX911-A home laser methane sensor—and explore how it uses advanced technology to protect you and your family's safety around the clock.

    Core Technology: Precise Sensing, Technological Protection 

    The home laser methane sensor uses advanced TDLAS (Tunable Diode Laser Absorption Spectroscopy) technology, emitting lasers of a specific wavelength (approximately 3.33 micrometers) that precisely targets the characteristic absorption lines of methane molecules, enabling unique identification and detection. Even trace amounts of methane leaks cannot escape its detection. By analyzing the intensity of laser absorption, the sensor can calculate the methane concentration in real time, and immediately issue an alarm if the concentration exceeds the safety threshold. This non-contact measurement method offers rapid response and accurate results, building the first intelligent line of defense for home gas safety.

    Furthermore, this sensor is unaffected by pressure and humidity changes under normal pressure conditions, requiring no frequent calibration and avoiding the "poisoning" phenomenon common in traditional sensors. This significantly reduces false alarm rates, ensuring a safer and more reliable gas environment in homes. Utilizing the high monochromaticity of laser light, the sensor detects only the independent absorption spectrum of methane, effectively avoiding spectral interference from other gas molecules. Its near-infrared laser technology offers advantages such as high precision, strong anti-interference capabilities, and resistance to moisture.

    Product Advantages: Precise, Reliable, and Rapid Response

    High Precision and Strong Anti-interference Capability

    Laser detection technology directly identifies methane molecules, exhibiting high specificity and being unaffected by moisture, oil fumes, or other gases. It can operate stably and reliably even in complex environments with high temperature, high humidity, and abundant oil fumes.

    Long Lifespan and Maintenance-Free

    Built-in long-life laser, designed for a lifespan of over 10 years. Equipped with self-correction capabilities, it requires no manual calibration, needs minimal maintenance, and significantly reduces long-term operating costs.

    Rapid Response

    Utilizing an open optical path design, the detection response time is reduced to less than 10 seconds, ensuring early leak detection and warning.

    Tensensor's TX911-A household laser methane sensor excels in independent control and compliance:

    The laser and detector are independently developed, manufactured, and packaged throughout the entire process, achieving full-chain independent control of the technology;

    Compliant with national standards GB/T 34004-2017 and GB 15322.2-2019, ensuring reliable quality;

    Compact structure, easy installation, and easy integration into various household gas alarm devices.

    With the continuous advancement of safety technology, household gas protection measures are constantly being upgraded. Laser methane sensors, with their superior detection performance, strong environmental adaptability, and long-term reliable operation, are redefining household gas safety monitoring standards, building an invisible yet incredibly robust safety barrier for countless households.

    Integrate advanced technology into daily security, making home safety more precise, reassuring, and worry-free.

Web: www.tensensor.com

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