• Contact
    fix6.png
    Home > Product > CO2 Sensor
    Single Beam NDIR CO2 Sensor CM1106-C

    Single Beam NDIR CO2 Sensor
    CM1106-CCM1106-C

    CM1106-C series is a single beam NDIR CO2 sensor, based on non-dispersive infrared (NDIR) technology with independent intellectual property, which can detect CO2 concentration of indoor air. With auto-calibration, no need of maintaince. With high accuracy, long term stability, small size, it is widely used for ventilation system, air purifier, air conditioner, HVAC transmitter, IAQ monitor, etc.
    Show More

    Features

    • NDIR technology with independent intellectual property
    • High accuracy, long term stability, long lifespan (>10 years)
    • Temperature calibration within whole measurement range
    • Auto-calibration, no need of maintenance
    • Signal output PWM/UART/I?C
    • Small size and compact structure, easy to install

    Specifications

    CO2 Sensor CM1106-C
    Measurement range 0-5000ppm
    Response time ¡Ü30s
    Accuracy ¡À(50ppm+5% of reading) @0¡æ~50¡æ, 50¡À10%RH
    Working temperature -10¡æ~50¡æ
    Working humidity 0~95%RH£¨non-condensing)
    Power supply DC 4.5V~5.5V; ripple wave£¼50mV
    Working current Average£¼45mA@1s
    Signal output UART_TTL, PWM, I?C
    Dimension W33*H19.7*D8.9(mm) (pin is not included)
    Weight 5g
    Installation Waterproof breathable film upwards
    Note 1: In normal IAQ applications, accuracy is defined after minimum three (3) ABC periods of continuous operation with ABC on. Some industrial applications do require maintenance. Contact Cubic for further information.
    Note 2: Specification is referenced to certified calibration mixtures. Uncertainty of calibration gas mixtures (¡À2% currently) is to be added to the specified accuracy for absolute measurement.
    Show More

    You can contact Cubic by telephone or email, or you can submit an online Request for Quotation Form.

    For Sales: sales@

    For Administration: info@hpkmalatang.com

    Required*
    Send
    CONTACT SALES
    This website uses cookies to improve your user experience. By using this site, you consent to the use of cookies. You can find more information in our Privacy Policy.