Technical Support:
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Comprehensive and reliable evaluation of temperature, humidity, and air quality
Built-in temperature and humidity compensation algorithms
High sensitivity and fast response
Very low power consumption (< 66mW)
Small size (17.8mm×15.2mm×2.5mm)
Intelligent automatic baseline calibration
Baseline value can be reset, baseline storage is configurable
Robust design, excellent long-term stability
Highly flexible assembly methods and communication interfaces
Detection Principle: MEMS Metal Oxide Semiconductor Sensor
Warm-up Time: 3 minutes
Communication Protocol: I²C, UART
Calibration Method: Intelligent baseline calibration, power-off storage with settable reference value
Voltage: 3.3V±0.1V, max. 20mV ripple
Power Consumption: Max. 66mW @3.3VDC (20mA)
Test Interval: 1 Sec.
Operating Temperature: -10 ~ +60 ℃
Operating Humidity: 5 ~95 % RH, non-condensing
Storage Temperature: -40 ~ 85 ℃
Storage Humidity: 5 ~95 % RH, non-condensing
CO2 Detection Range: 400-5000 ppm
TVOC Detection Range: 0 – 50000 ug/m3
HCHO Detection Range: 0 – 2000 ug/m3
Temperature Detection Range: -40~125 ℃
Humidity Detection Range: 0~100%RH
The MC2H6O alcohol gas sensor module based on MEMS gas-sensing elements is used to test alcohol content in human breath. Test data is communicated via I²C or UART interface. The MEMS element surface can be protected with a filter membrane. The gas sensor module can select SMD or ribbon cable assembly as needed.
The MCO02 gas sensor module based on MEMS gas-sensing elements is used to test CO gas content in the ambient air. Test data is communicated via I²C and UART interfaces. The MEMS element surface can be protected with a filter membrane. The sensor module can select SMD or ribbon cable assembly as needed.
The MH201 gas sensor module based on MEMS gas-sensing elements is used to test H2 gas content in the ambient air. Test data is communicated via I²C or UART interface. The MEMS element surface can be protected with a filter membrane. The gas sensor module can select SMD or ribbon cable assembly as needed.
The MCH4 methane sensor module based on MEMS gas-sensing elements is primarily used to test natural gas leaks, providing relative equivalent concentrations of methane gas in the air. Test data is communicated via I²C, UART, or high/low level interfaces. The MEMS element surface can be protected with a filter membrane. The sensor module can select pin or socket assembly as needed.
