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    Medical Oxygen Sensor, 0-100%, Molex 3 Pin/Headphone Jack

    SKU: SUCH-O2S-AO6789
    $99.41
    ● Medical oxygen sensor with 0–100% linear O₂ output ● Shunt electrochemical design delivers stable detection ● T90<15s response tracks oxygen concentration quickl ● 3.5mm TRS, Molex 3-pin and P/N 5520257-2 optional
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    🕒 Delivery date: 6-12 days
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    Overview

    A medical oxygen sensor is an electrochemical sensing device used to measure oxygen levels in healthcare and respiratory equipment. This 0–100% O2 sensor offers linear output, T90<15s response time, temperature-compensated accuracy, and optional P/N 5520257-2, TRS, or Molex 3-pin interfaces. It is suitable for ventilators, oxygen concentrators, blood gas analyzers, anesthesia machines, and clinical oxygen monitoring devices.

    Feature

    Medical oxygen sensor feature

    • The medical oxygen sensor employs a shunt electrochemical design principle, delivering exceptional sensitivity and stability. It achieves linear measurement across the 0–100% oxygen range, ensuring rapid and accurate oxygen detection.
    • The oxygen sensor supports multiple interfaces (P/N 5520257-2/3.5mm headphone jack/Molex 3-pin connector), facilitating easy installation and replacement with strong compatibility.
    • Built-in temperature compensation maintains oxygen measurement deviation below 2% across 0~40°C environments, guaranteeing data accuracy.
    • The SUCH medical oxygen sensor features a high-strength white ABS housing that resists pressure and moisture, making it suitable for diverse medical settings.

    Dimension (unit: mm)

    SUCH-AO-06, SUCH-AO-07

    Medical oxygen sensor 06-07 dimension

    SUCH-AO-08

    Medical oxygen sensor 08 dimension

    SUCH-AO-09

    Medical oxygen sensor 09 dimension

    Pin Definition

    Medical oxygen sensor interface pin definitions

    P/N5520257-2 Interface: Pin 2 in the diagram is the negative terminal, Pin 3 is the positive terminal, and Pins 1 and 4 are unconnected.

    3.5 mm Headphone Jack: Pin 1 in the diagram is the positive terminal, and Pin 2 is the negative terminal.

    Molex 3-Pin (2.54 mm): Pin 1 in the diagram is the negative terminal, Pin 2 is the negative terminal, and Pin 3 is the positive terminal.

    Specs
    Model SUCH-O2S-AO-06 SUCH-O2S-AO-07 SUCH-O2S-AO-08 SUCH-O2S-AO-09
    Interface P/N 5520257-2 3.5 mm TRS Molex 3 Pin (2.54 mm)
    Interface Diagram Medical oxygen sensor P/N 5520257-2 interface Medical oxygen sensor 3.5 mm TRS interface Medical oxygen sensor Molex 3 Pin (2.54 mm) interface
    Working Principle Shunt-type electrochemical
    Output Voltage 9~13 mV (in air)
    Measurement Range 0~100%
    Response Time T₉₀<15 s
    Linearity Full-range linearity
    Temperature Compensation <2% O₂ equivalent (0~40°C)
    Load Resistance ≥10 kΩ
    Operating Temperature Range 0~50°C
    Operating Pressure Range 0.5~2.0 bar
    Operating Humidity Range 0~99% RH (non-condensing)
    Long-Term Drift in 100% O₂ Environment <5% (voltage decay/year)
    Service Life 1.5×10⁶ %O₂ hours (20°C)
    0.8×10⁶ %O₂ hours (40°C)
    Housing Material White ABS
    Weight Approx. 40g
    Application
    Medical oxygen sensor of ventilator

    Ventilator

    Medical oxygen sensor of oxygen concentrator

    Oxygen Concentrator

    Medical oxygen sensor of blood and gas analyzer

    Blood and Gas Analyzer

    FAQ

    Medical oxygen sensors monitor oxygen concentration in medical equipment such as ventilators, anesthesia machines, and oxygen generators. They provide real-time oxygen content data to ensure patients receive safe and accurate oxygen ratios, thereby safeguarding treatment efficacy and patient safety.

    Most medical oxygen sensors operate on electrochemical principles. They generate an electrical current through the reaction of oxygen molecules with electrodes. The current intensity is directly proportional to oxygen concentration, enabling precise detection.

    Most medical oxygen sensors are replaceable. Reusing old sensors is not recommended, as it may lead to prolonged response times or increased measurement errors, compromising medical safety.

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