MH-Z1341B Compact Low-power NDIR Combustible Gas Sensor for High-stability Combustible Gas Concentration Monitoring

                    MH-Z1341B Compact Low-power NDIR Combustible Gas Sensor for High-stability Combustible Gas Concentration Monitoring

Product Purpose:

Product Core Features:

• Ultra-Low Power Consumption: Optimized infrared driving and working mechanism, with an average operating current lower than 50μA (clean air, 3.3V power supply) and extremely low power consumption, perfectly suitable for battery-powered portable and long-term standby equipment.
• NDIR Principle & Anti-Poisoning: Adopts physical infrared detection technology, free from sensor poisoning caused by silicone, hydrogen sulfide and other substances. It effectively avoids performance attenuation and data drift, ensuring long-term stable operation.
• Excellent Detection Performance: Built-in high-precision temperature and humidity compensation algorithm, with outstanding output linearity and stable detection accuracy. It delivers consistent and reliable measurement results in complex temperature and humidity environments.
• Strong Environmental Adaptability: The air chamber adopts composite electroplated film treatment, featuring waterproof, anti-corrosion and anti-water vapor interference capabilities. It can resist interference from acetic acid, ethanol and other common indoor gases, adapting to complex household indoor environments.
• Oxygen-Independent Detection: Normal detection without relying on ambient oxygen content, solving the detection failure problem of traditional catalytic sensors in oxygen-deficient environments, with wider application scenarios.
• Standard Digital Output & Easy Integration: Equipped with standard TTL UART serial port output, with simple and universal communication protocol. It is compatible with most mainstream single-chip microcomputers and intelligent control systems, facilitating rapid secondary development and equipment integration.
• Super Long Service Life: Free from chemical aging and poisoning failure, with an effective service life of more than 10 years, far exceeding traditional combustible gas sensors, reducing later replacement and maintenance costs.