H2-1000 Gas Sensor Is Mainly Used To Detect Hydrogen Gas

H2-1000 Gas Sensor Is Mainly Used To Detect Hydrogen Gas

Product Features:

• High Sensitivity and Resolution: Capable of detecting low-concentration hydrogen gas, with resolutions as low as 0.1 ppm (depending on the specific model), ensuring accurate monitoring even at trace levels.
• Wide Measurement Range: Typically covers 0 - 1000 ppm, with a maximum overload capacity of up to 2000 ppm, adapting to various hydrogen concentration detection scenarios.
• Fast Response: Features a short response time, with T90 (time to reach 90% of the final value) generally less than 90 seconds (some models can be as fast as less than 30 seconds), enabling quick detection of hydrogen leaks.
• Good Stability: Exhibits low baseline drift and long-term output drift (e.g., < 2% signal/month), ensuring reliable and consistent measurement results over extended periods.
• Robust Environmental Adaptability: Operates within a wide temperature range (e.g., -20°C to 50°C or even -40°C to 55°C) and humidity range (15 - 90% RH non-condensing), suitable for use in harsh or varying environmental conditions.
• Long Service Life: Depending on the model, the expected operating life can reach more than 2 years (some up to over 5 years) in clean air, reducing the frequency of replacement and maintenance costs.
• Low Cross-sensitivity: Has minimal interference from other gases (e.g., low cross-sensitivity to carbon monoxide in some models), ensuring measurement accuracy for hydrogen.
• Compact and Lightweight: Small in size (e.g., Φ20 x 16.6 mm) and light in weight (generally less than 10 g), making it easy to integrate into various detection devices.

Product Applications:

• Industrial Safety: Used in hydrogen production plants, hydrogen storage facilities, and hydrogen transportation systems to monitor hydrogen leaks in real-time, preventing potential safety hazards such as explosions or fires.
• Fuel Cell Systems: Applied in fuel cell-powered devices (e.g., fuel cell vehicles, backup power systems) to detect hydrogen concentrations, ensuring the safe and efficient operation of the fuel cell system.
• Laboratory and Research: Utilized in laboratories for hydrogen gas concentration analysis in experiments, providing accurate data support for scientific research.
• Medical Equipment: In some medical devices involving hydrogen, it is used to monitor hydrogen levels to ensure the safety of medical procedures and equipment operation.
• Domestic Safety: Integrated into household gas detection systems to alert residents in a timely manner if hydrogen leaks occur in home environments (e.g., from hydrogen-based appliances), ensuring family safety.

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