This MAXMAC-developed automotive-grade NDIR dual-channel CO? sensor module uses highly stable non-dispersive infrared detection technology. It offers fast response, strong anti-interference performance, and excellent long-term stability. Designed for automotive environments, it operates reliably under high temperature, vibration, and complex electromagnetic conditions, and is widely used in automotive HVAC systems, intelligent cockpit air quality monitoring, and industrial environmental monitoring.
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Note: Specification parameters can be further confirmed according to vehicle project interface, calibration, and installation requirements. Document: MAXMAC-Automotive-CO2-CN Rev:1
For automotive HVAC systems and intelligent cockpit applications, this automotive-grade NDIR CO? sensor module monitors in-cabin CO? concentration in real time for intelligent fresh-air control and automatic recirculation adjustment. It helps prevent fatigue and drowsiness caused by CO? buildup, improving driving comfort and safety for passenger cars, commercial vehicles, and new energy vehicles.
Suitable for CO? monitoring in residential and commercial central air conditioning systems, with real-time data feedback for intelligent fresh-air system control. Ventilation volume can be adjusted automatically based on occupancy and indoor air conditions to maintain air quality while improving energy efficiency.
Used in residential and commercial fresh-air systems to monitor indoor CO? concentration in real time as a key basis for ventilation control. Dual-channel NDIR technology ensures long-term stable output and supports continuous operation in high-reliability applications.
Suitable for air purification equipment and intelligent building control systems, with dynamic monitoring and analysis of indoor CO? concentration. It can serve as a core IAQ parameter to support energy management and environmental optimization strategies.
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