Home > Product > CO2 Sensor
Super Low Power CO2 Sensor CM1106SL-NS

Super Low Power CO2 Sensor

CM1106SL-NS is super low power consumption NDIR CO2 sensor without PIN type, widely used for battery powered applications. Single measurement mode and continuous measurement mode for choose. Widely used for air quality monitor, HVAC controller. Etc..
Show More


  • NDIR technology with independent intellectual property
  • Super low power consumption
  • Pin holes connection for flexible connection
  • UART and I2C communication available
  • Long-term stability, long lifespan (>15 years)
  • Temperature calibration within whole measurement range
  • Auto-calibration, no need of maintenance
  • Small size and compact structure, easy to install
  • Wide supply voltage range enables variety of battery options
  • Adjustable measurement cycle by host
  • ABC setting by host


CO2 Sensor CM1106-C
Measurement range 0~5000ppm
Accuracy ± (50ppm+5% of reading) (Note 1)
± (50ppm+3% of reading) (Note 2)
Working temperature -10℃~50℃
Working humidity 0~95%RH(non-condensing)
Working current 74uA (1 minute as measurement cycle)
37uA (2 minutes as measurement cycle, default in the sensor)
Power supply DC3.3V-5.5V
Signal output UART_TTL/IIC
Dimension W33.5*H19.7*D9.1(mm)
Weight 5g
Installation Waterproof breathable film upwards

Note 1: In normal IAQ applications, accuracy is defined with 10°C-35°C, 0-85%RH. ±(50ppm+5% of reading) could achieved under continuous power supply mode, with 4s as working cycle and moving average based on 24 data.

Note 2: In normal IAQ applications, accuracy is defined with 10°C-35°C, 0-85%RH. When the sensor is under single measurement mode (controlled power supply by host), the sensor reading output is without moving average. The defined accuracy ±(50ppm+3% of reading) is based on data moving average≥5 and range of 400~2000ppm.

Show More

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

For Sales:

For Administration:

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.