Gas Analyzers for Animals / Insects / Plants / Human / Environmental:

Q-S102 O2 Analyzer

Qubit System's Q-S102 O2 Analyzer is configured for measuring oxygen concentration in a Flow through Gas Exchange Systems in 0-25% or 0-100% range with 0.21% Accuracy. The O2 Analyzer also contains Gas Pressure Sensor for measurements of Total Gas Pressure at the O2 Sensor. The Q-S102 O2 Analyzer is ideal for determining O2 uptake in Organisms with High Metabolic Rates in an Open Flow System configuration. For Organisms with Low Metabolic Rate it can be used in a Closed Flow System where the rate of O2 uptake can be calculated from the slope of O2 decline in the System.

The Q-S102 O2 Analyzer requires Data Interface with Two Analog Signal Ports and Software to operate. We recommend our C610 LabQuest Mini Data Interface with C901 Logger Pro Software. Q-S102 has been developed from the S102 Flow Through O2 Sensor and is a key component of the Q-Box Packages for both Research and Teaching. The Q-S102 O2 Analyzer has a Galvanic Cell (a lead-oxygen battery) consisting of a Lead Anode, an O2 Cathode, and an Acid Electrolyte. It also incorporates an O2-permeable Teflon FEP Membrane with a Gold Electrode bonded to its surface. Oxygen Diffusing through this membrane is reduced electrochemically at the gold electrode. A Resistor and Thermistor (for temperature compensation) are connected between anode and cathode. The output of the instrument is proportional to the current flowing through the resistor and thermistor and this is proportional to pO2 in contact with Teflon membrane.

  1. Features:
  2. Switchable Ranges of 0-25kPa and 0-100kPa O2
  3. Built-in Gas Pressure Sensor
  4. Galvanic Cell Technology
  5. 0-5V Analog Output at both Range Settings
  6. Optional Battery Pack for Field Use
  7. Compact and Portable
  1. Applications:
  2. Animal Respirometry
  3. Human Respirometry
  4. Atmospheric Monitoring and Control
  1. Specifications:
  2. Operating Principle: Acid Electrolyte, Teflon Diffusion Membrane
  3. Detection Range: 0-25% and 0-100% O2 (Linear)
  4. Resolution: ±40ppm
  5. Accuracy: ±0.21% of Full Scale
  6. Response Time: (90%) 12 Seconds
  7. Two Point Calibration
  8. Linear Response
  9. Life Expectancy of Sensor: 3-5 Years
  10. Easy Sensor Replacement (Qubit offers replacement sensors)
  11. Influence by Other Gases: Ammonia and Ozone
  12. CO2 Friendly Sensor
  13. Min Flow: 5mL/min
  14. Max Flow: 650mL/min
  15. Built-in Total Gas Pressure Reading at the O2 Sensor (for Pressure Correction in the Software)
  16. Pressure Range: 0.5atm to 1.5atm
  17. Pressure Effect: Output Voltage changes Proportionally
  18. Shock Resistant to 2.7G
  19. Avoid Strong Vibration
  20. Operating Temperature: 5 to 40°C (Effective Range)
  21. Passive Temperature Control of the O2 Sensor
  22. Weight: 1.35kg
  23. Dimensions (H × W × D) (cm): 5.5 to 9.5 × 9.5 × 17
  24. Output: 0 to 5 Volt
  25. Two Ranges: 0-25kPa, 0-100kPa
  26. Power Supply: 12 Volts

All Specifications are subject to change without a Prior Notice

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