MTP40-F
NDIR CO2 SensorBuy it now
NDIR CO2 Sensor
The MTP40-F carbon dioxide sensor is based on the NDIR (non-dispersive infrared) principle. CO2 gas molecules can absorb infrared rays of a specific wavelength of about 4.26μm. When the light of this wavelength irradiates the gas sample, a corresponding change in light intensity will occur. From this, the concentration of CO2 gas is calculated. The MTP40-F single-channel carbon dioxide sensor can resist interference from a variety of gases, has good gas selectivity, has built-in temperature compensation, and has higher measurement accuracy and stability.
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Oxygen free dependence
Strong anti-interference ability
Strong adaptability to complex environments
High precision
High sensitivity
Measurement principle
NDIR（Non-dispersive infrared gas analysis technique）
Measuring gas type
Carbon dioxide
Performance
Measuring concentration range
400~5000ppm
Measuring interval
2s
Measurement accuracy
± (50ppm + 5% reading)
Response time
T90=90s
Operating voltage
4.2V~5.5V
Current consumption
300mA peak current; 4mA normal working current; 13mA Average working current
Self-calibration period
After power-on, the first self-calibration period is 24 hours, and then the self-calibration period is 7 days
Life span
≥10 years
Size
32.5×20×8.5mm3
Signal output
Communication interface
UART /IIC
PWM Output
Period：1004ms，Pulse：2ms~1002ms（0~5000ppm）
Alarm Output
concentration>1000ppm exportation 1；concentration < 800ppm exportation 0,The pin is open-drain output mode；no suction current
Environment
Working condition
0~50°C；0~90% RH（non-condensing）
Storage condition
-20~60°C
Through our mature production process chain and comprehensive service system support, MFrontier provides customers with a series of full support from product selection to production and after-sales.
0755-21386871
info@memsf.com
