CM1106SL-NS Super Low Power NDIR CO2 Sensor
CM1106SL-NS Super Low Power NDIR CO2 Sensor  CM1106SL-NS Super Low Power NDIR CO2 Sensor 

CM1106SL-NS Super Low Power NDIR CO2 Sensor

  • Condition: New
  • Product Code: CM1106SL-NS
  • Availability: In Stock
  • $55.00



CM1106SL-NS is a super low power consumption, high performance NDIR battery-powered CO2 sensor, which can be used to detect CO2 concentration of indoor air by adopting advanced non-dispersive infrared (NDIR) technology. It is ideally suited for HVAC industry, detecting units with battery operation, portable instruments, etc.

Features:

  • Super low power consumption
  • 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 and compact, easy to install
  • Wide supply voltage range enables variety of battery options
  • Adjustable measurement cycle by host
  • ABC setting by host

Specifications:

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 be 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.

Full specifications available in the datasheet: CM1106SL-NS.pdf

Attributes
Condition New