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China Factory TDLAS Methane Gas Leak Detector - 4G Network & App Remote Control | Reliable Suppliers
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China Factory TDLAS Methane Gas Leak Detector - 4G Network & App Remote Control | Reliable Suppliers

Introducing our state-of-the-art gas detection solution, utilizing Cutting-edge Tuned Laser Absorption Spectroscopy (TDLAS) technology. Designed for precise monitoring throughout the entire Lower Explosive Limit (LEL) range of 0-100%, this gas detector provides exceptional anti-interference capabilities and boasts an extended lifespan, making it a reliable choice for various environments, Our device offers comprehensive safety protection with a measuring range that exceeds conventional detectors, ensuring dependable detection of everything from minor leaks to high-risk gas concentrations. This is essential for maintaining safety in industrial settings, Equipped with intelligent active protection features, our gas detector will automatically trigger an audible and visual alarm in the event of a gas leak. It activates an emergency shut-off solenoid valve, cutting off the gas supply, while also starting an exhaust fan to expel hazardous gases, ensuring maximum safety for users, Crafted with a rugged design in ABS material and featuring an anti-static surface treatment, our product is highly resistant to oil fumes and alcohol. This durability effectively minimizes false alarms and prevents missed detections, enhancing reliability for users concerned with safety, Additionally, integration into your smart home ecosystem is simplified with an optional wireless module that allows for seamless connectivity with IoT platforms. This feature enables remote monitoring and management, catering to the needs of contemporary smart living, As a leading supplier and trusted factory in China, we are committed to delivering innovative and safe gas detection solutions tailored for your specific requirements
  • Product Name: Household Combustible Gas Detector
  • Product Model JT-CA319GN
  • Detected Gas Methane
  • Detection Principle Tuned laser spectral absorption technology
  • Sampling Method Free diffusion
  • Measurement Range 0~100%LEL
  • Response Time <20s
  • Operating Voltage AC220V/50Hz
  • Output Signal 1 set of DC12V pulse signals (for linkage with emergency shut-off solenoid valve), 1 set of passive switch signals (for linkage with exhaust fan)
  • Operating Environment Temperature -10°C~55°C; Relative Humidity <95%RH (non-condensing)
  • Power Consumption ≤3W
  • Sensor Lifespan Five years (typical value)
  • Dimensions 130mm x 80mm x 46mm

Next-Generation Laser Technology Redefines Home Gas Safety

The JT-CA319N home combustible gas detector no longer uses traditional semiconductor sensors, but instead employs the more advanced Tuned Laser Spectroscopic Absorption (TDLAS) technology. This technology detects methane molecules using a specific wavelength of laser light, offering unparalleled advantages:

Ultra-High Accuracy

Reacts only to methane gas, virtually unaffected by other gases, water vapor, or environmental factors, fundamentally eliminating false alarms.

Full-Range Monitoring

Covers a complete measurement range of 0-100% LEL, accurately detecting even minute leaks for early detection, and operating stably even in high-concentration environments.

Extra-Long Lifespan

TDLAS technology consumes no chemicals, and the lifespan of the sensor's core components far exceeds that of traditional types, providing continuous and stable protection.

Building a Proactive Intelligent Security System

When the detector detects danger, it immediately activates an audible and visual alarm with a high 85dB sound and a prominent flashing light. Furthermore, it goes beyond simply alarming; it proactively takes action:

Pulse signal output

Drives the emergency shut-off solenoid valve, automatically closing the main gas valve.

Switch signal output

Links with the exhaust fan or fresh air system, forcing ventilation.

IoT Platform Connection

Connects to your company's IoT platform via an optional wireless transmission module, enabling remote alarm push notifications and status monitoring via a mobile app, ensuring safety is always with you.

Durable design, easy integration

Designed specifically for complex kitchen environments, this product is anti-static, anti-oil fume, and anti-alcohol, ensuring stable performance even in harsh conditions. Easy installation, plug-and-play AC 220V power supply, makes it an ideal choice for building smart home security systems and new home integration.

Frequently Asked Questions

What technology does the JT-CA319N gas detector use?

The JT-CA319N utilizes Tuned Laser Spectroscopic Absorption (TDLAS) technology, which detects methane molecules using a specific wavelength of laser light instead of traditional semiconductor sensors.

How does TDLAS technology eliminate false alarms?

Because TDLAS technology reacts exclusively to methane gas, it remains virtually unaffected by other gases, water vapor, or environmental factors that commonly trigger false alarms in traditional detectors.

What is the measurement range of the detector?

The detector features full-range monitoring covering 0-100% LEL, allowing it to detect minute leaks early and maintain stable operation even in high-concentration environments.

What actions does the system take when a gas leak is detected?

When danger is detected, it triggers an 85dB audible and visual alarm, outputs a pulse signal to close the main gas valve via a shut-off solenoid valve, and outputs a switch signal to force ventilation via linked exhaust systems.

Can the detector be integrated with smart home or IoT systems?

Yes, it features an optional wireless transmission module that allows connection to IoT platforms for remote mobile app push notifications and status monitoring. It also supports plug-and-play AC 220V power for easy integration.

Is the detector durable enough for harsh kitchen environments?

Yes, the JT-CA319N is designed with anti-static, anti-oil fume, and anti-alcohol properties to ensure stable performance and a long, maintenance-free lifespan in complex kitchen conditions.