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Professional NDIR gas sensors deliver precise refrigerant detection with a wide measurement range of 0–25% LFL (0–36,000 ppm) and ±2.5% accuracy. These refrigerant gas sensors provide fast, stable, and accurate readings within 20 seconds. Equipped with I²C/UART interfaces, they ensure long-term performance and seamless integration, enabling precise leak detection in harsh environments from -30°C to 60°C.
Non-infrared dispersion refrigerant gas sensors, with their outstanding performance and precise detection capabilities, find extensive applications across multiple sectors. These include large-scale industrial refrigeration equipment, commercial refrigeration facilities such as supermarkets and cold storage warehouses, and environmental monitoring stations for refrigerant leak detection.
NDIR gas sensors detect gases using electrochemical, catalytic combustion, or semiconductor principles rather than infrared absorption technology. The non dispersive infrared sensor measure gas concentration through chemical reactions or changes in conductivity, enabling precise detection of non-infrared-active gases such as hydrogen, ammonia, or carbon monoxide.
Accuracy non dispersive infrared sensor typically ranges from ±2% to ±5% of full scale, depending on calibration conditions and environmental factors.
Yes, extreme temperatures or humidity may slightly impact ndir sensor response. Compensation mechanisms are usually integrated.