Gravity: Electrochemical Oxygen Sensor (0-100%Vol) - I2C
This full-scale oxygen sensor uses an original AO2 CiTiceL electrochemical probe to measure oxygen concentrations from 0–100%Vol via I2C digital output. A built-in calibration algorithm on the signal board supports single-point or double-point calibration for accurate readings in demanding environments.
The electrochemical sensing principle provides strong anti-interference ability, high stability, and up to two years of service life. Compatible with Arduino, ESP32, Raspberry Pi, and other mainstream controllers, the sensor uses DFRobot's Gravity interface for quick plug-and-play connections.
Key Features
- Wide Measurement Range – 0–100%Vol oxygen concentration
- I2C Digital Output – Simple two-wire communication
- Built-in Calibration – Single-point or double-point calibration via onboard algorithm
- Strong Anti-Interference – Electrochemical principle with high stability and sensitivity
- Long Lifespan – Over 2 years in air
- Gravity Interface – Plug-and-play with compatible controllers
Specifications
- Measuring Range: 0–100%Vol
- Working Voltage: 3.3–5.5 V DC
- Output Signal: I2C
- Working Pressure Range: 0.5–2.0 Bar
- Operating Temperature: −20 °C to +50 °C
- Operating Humidity: 0–99% RH (non-condensing)
- Response Time: <5 s (20.9–100%); <40 s (0.1–20.9%)
- Stability: <10%/year
- Board Size: 32 × 27 mm
- Mounting Hole: 3.1 mm inner / 6 mm outer diameter
Ideal For
- Oxygen generators and concentrators
- Automobile exhaust analysis
- Air-fuel ratio detection
- Environmental oxygen monitoring
Package Contents
- 1× AO2 Oxygen Sensor Signal Adapter Board
- 1× AO2 Oxygen Sensor Probe
- 1× Gravity 4-Pin Cable
- 1× Molex 2510 to PH2.0 Cable (20 cm)
Resources
Original: $168.03
-70%$168.03
$50.41Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
This full-scale oxygen sensor uses an original AO2 CiTiceL electrochemical probe to measure oxygen concentrations from 0–100%Vol via I2C digital output. A built-in calibration algorithm on the signal board supports single-point or double-point calibration for accurate readings in demanding environments.
The electrochemical sensing principle provides strong anti-interference ability, high stability, and up to two years of service life. Compatible with Arduino, ESP32, Raspberry Pi, and other mainstream controllers, the sensor uses DFRobot's Gravity interface for quick plug-and-play connections.
Key Features
- Wide Measurement Range – 0–100%Vol oxygen concentration
- I2C Digital Output – Simple two-wire communication
- Built-in Calibration – Single-point or double-point calibration via onboard algorithm
- Strong Anti-Interference – Electrochemical principle with high stability and sensitivity
- Long Lifespan – Over 2 years in air
- Gravity Interface – Plug-and-play with compatible controllers
Specifications
- Measuring Range: 0–100%Vol
- Working Voltage: 3.3–5.5 V DC
- Output Signal: I2C
- Working Pressure Range: 0.5–2.0 Bar
- Operating Temperature: −20 °C to +50 °C
- Operating Humidity: 0–99% RH (non-condensing)
- Response Time: <5 s (20.9–100%); <40 s (0.1–20.9%)
- Stability: <10%/year
- Board Size: 32 × 27 mm
- Mounting Hole: 3.1 mm inner / 6 mm outer diameter
Ideal For
- Oxygen generators and concentrators
- Automobile exhaust analysis
- Air-fuel ratio detection
- Environmental oxygen monitoring
Package Contents
- 1× AO2 Oxygen Sensor Signal Adapter Board
- 1× AO2 Oxygen Sensor Probe
- 1× Gravity 4-Pin Cable
- 1× Molex 2510 to PH2.0 Cable (20 cm)
