Wuhan Cubic - Model CM1106SL-N -Super Low Power CO2 Sensor

• NDIR technology with independent intellectual property
• Super low power consumption
• High accuracy, long-term stability, long life (>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

• Measurement range: 0~5000ppm default
• Accuracy: ± (50ppm+5% of reading) (Note 1)
• ± (50ppm+3% of reading) (Note 2)
• Working humidity: 0~95%RH（non-condensing)
• Working current: 60uA (1 minute as measurement cycle) 30uA (2 minutes as measurement cycle, default in the sensor) 12uA (5 minutes as measurement cycle)
• Power supply: DC3.3-5V
• Signal output: UART_TTL
• Dimensions: 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 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.

Fresh Air System Controller

For the purpose of achieving energy saving and comfort environment, and with wide spread of internet+ and IoT, especially CO2 and particle sensors development, HVAC system is developing very fast.

Air Quality Monitor

With the improvement of people`s living standards, more and more people begin to pay attention to the air quality of their living environment.

• Technical Specification
• Client Testing Methods
• Testing Software