Fermion CO Carbon Monoxide Analog Gas Sensor

Discover the Fermion CO carbon monoxide analog gas sensor, equipped with state-of-the-art MEMS technology and offering a compact and efficient solution for carbon monoxide monitoring. This sensor is characterized by low power consumption (less than 20 mA), minimal heat development, and quick response times. With its small size of only 13x13x2.5 mm and the ability to qualitatively measure CO concentrations, it is ideal for use in portable CO detectors and carbon monoxide leak alarms. To read out the gas sensors with an Arduino, connect the sensor's analog output pin to an analog input pin of the Arduino. Then use the function analogRead() in your Arduino sketch to measure and process the sensor values.

Info: This sensor can only indicate the presence of a substance and only provides an approximate guide value. For exact measurements, we recommend purchasing the Gravity series with factory-calibrated electrochemical gas sensors.

• Calibrated Gravity Gas Sensors

Features:

• Compact size: 13x13x2.5 mm
• Low power consumption of under 20 mA
• Quick response and recovery times
• Application of state-of-the-art MEMS technology
• Designed for qualitative measurements of carbon monoxide

Application examples:

• Petrochemical CO detection
• CO monitoring in metallurgy
• Carbon monoxide detection in mining
• Use in environmental protection technology

Documentation:

• DFRobot Wiki

Technical specifications:

• Manufacturer: DFRobot
• Manufacturer SKU: SEN0564
• Gas detected: CO (carbon monoxide)
• Detection range: 5-5000 ppm
• Operating voltage: 3.3-5V
• Operating current: less than 20 mA
• Output signal: Analog voltage
• Sensitivity: R0 (in air) / Rs (in 150ppm CO) ≥ 3
• Operating temperature: -10 to 50°C
• Operating humidity: 15-90% RH (non-condensing)
• Lifetime: ≥5 years (when used in air)
• Dimensions: 13 × 13 × 2.5mm
• Weight: 7.2g

Package includes:

• 1x Fermion CO carbon monoxide analog gas sensor
• 1x 10pin pitch header 2.54mm