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SCD41 Gas Sensor Module CO2 Carbon Dioxide Temperature and Humidity Gas Sensor Module I2C in Saudi Arabia SCD41 Gas Sensor Module CO2 Carbon Dioxide Temperature and Humidity Gas Sensor Module I2C in Saudi Arabia SCD41 Gas Sensor Module CO2 Carbon Dioxide Temperature and Humidity Gas Sensor Module I2C in Saudi Arabia

SCD41 CO2 Sensor – CO2 Gas Detector for Environmental Air Quality Monitoring, Carbon Dioxide, Temperature & Humidity Sensor Module 12C

SAR 146
Brand
Oasis-X
Weight
3 g
Number of Items1
– 1 +

Special Features

  • Accurate Environmental Monitoring: The SCD41 module offers precise measurement of carbon dioxide (CO2) concentration, relative humidity (RH), and temperature (T). It's ideal for indoor air quality monitoring, HVAC systems control, and many other applications.
  • Low Power Consumption: While many sensors drain power, the SCD41 stands out with its low power consumption. This makes it ideal for battery-operated devices and projects.
  • Automatic Self-Calibration: Unlike many other sensors, the SCD41 has an automatic self-calibration feature. This ensures consistent accuracy over time without manual intervention.
  • Wide Measurement Range: With its wide measurement range for CO2, temperature, and humidity, this sensor offers greater flexibility than many similar cost sensors.
  • Reliable Data: Excellent reliability and long-term stability. The on-chip calibration feature ensures consistent accuracy over time.
  • Superior Accuracy: The SCD41 offers superior accuracy compared to similar cost sensors in the market. Its precise measurements of CO2 concentration, temperature, and relative humidity make it a reliable choice for various applications.

Description

This high-precision sensor is perfect for Raspberry Pi & Arduino enthusiasts, engineers, hobbyists, and anyone interested in home, lab, field, and storage applications of atmospheric co2, temperature, and relative humidity sensing. The SCD-41 works by emitting a light source into a sample chamber, where it is absorbed by the CO2 molecules present. The resulting pressure change is detected by an ultra-sensitive microphone. The number of CO2 molecules is proportional to the pressure change.

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