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Technology Factsheet

AirImage 2.0

Category: Characterization > Monitors > Wind
Reference # : Model No :

The AirImage 2.0 is an advanced air monitoring system designed to simplify and optimize Indoor Air Quality (IAQ) management. It is a central control hub that integrates with the CC X-Series air cleaners to optimize their performance, reduce energy consumption, and operational costs. The system provides real-time air quality monitoring, remote control, efficient filter changes, and seamless connectivity, making it a convenient and energy-saving solution for industrial buildings.

Benefits

Improved IAQ: The AirImage 2.0 helps to maintain optimal indoor air quality by monitoring and controlling the air cleaners, ensuring a healthier environment for occupants. Energy Savings: By adjusting the fan speed based on measured indoor air quality, the AirImage 2.0 helps reduce energy bills and operational costs. Easy Control: The system provides simple control of all installed CamCleaners via IAQ Mode, allowing for schedule or manual fan speed setting. Data Monitoring: The AirImage 2.0 offers real-time data-driven decisions with historical data monitoring (daily, monthly, or yearly) of IAQ on the IoT portal. Reduced Downtime: The system helps reduce downtime by optimizing filter change frequency and predicting optimal filter change times. Seamless Integration: The AirImage 2.0 is compatible with the majority of user systems, allowing for seamless integration and enhanced functionality across various platforms.

Limitations

Dependence on CC X-Series: The AirImage 2.0 is designed to work with the CC X-Series air cleaners, which may limit its compatibility with other air cleaning systems. Limited Communication Range: The system has a communication range of at least 16.4 ft (50 m), which may not be sufficient for larger industrial buildings. Sensor Accuracy: The sensor specification has a mass concentration precision of ±10% and a temperature accuracy of 33.4 °F (0.8 °C), which may affect the accuracy of the air quality monitoring. Power Supply: The system requires a USB-C power supply, which may not be compatible with all power sources. Calibration: The system requires factory calibration, which may be a limitation for users who need to perform on-site calibration.

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