4O2-GP Electrochemical Oxygen Gas Sensor P/N 114-230-350 For Most Life Safety DetectorSystems

      4O2-GP Electrochemical Oxygen Gas Sensor P/N 114-230-350 For Most Life Safety DetectorSystems

Product Applications:

1. Life Safety Detection Systems
   • Integrated into portable and fixed life safety detectors for enclosed spaces (e.g., underground workshops, confined equipment compartments, mine tunnels) to monitor real-time oxygen concentration, preventing hypoxia-related accidents and ensuring personnel safety.
   • Deployed in emergency rescue gear and safety monitoring kits for fire-fighting, industrial emergency response, and underground construction scenarios, providing critical oxygen level alerts for rescuers and on-site workers.
2. Industrial Environment Monitoring
   • Used in chemical plants, pharmaceutical workshops, and food processing facilities to monitor oxygen levels in production areas with potential oxygen depletion (e.g., areas with inert gas filling or chemical reactions consuming oxygen), ensuring compliance with workplace safety standards.
   • Applied to sealed storage warehouses (for chemicals, grain, or precision equipment) to track oxygen concentration and avoid risks of anaerobic corrosion or microbial spoilage caused by abnormal oxygen levels.
3. Medical & Healthcare Auxiliary Devices
   • Embedded in low-cost oxygen monitoring accessories for home care and small clinics (non-clinical diagnostic use) to assist in monitoring ambient oxygen levels in spaces for patients with respiratory conditions, supporting basic environmental safety management.
   • Used in medical equipment storage rooms and oxygen supply pipeline auxiliary monitoring systems to ensure the stability of oxygen-related infrastructure environments.
4. Automotive & Marine Equipment
   • Installed in vehicle cabins for enclosed transportation (e.g., armored vehicles, submarine cabins, and closed cargo ships) to monitor internal oxygen concentration and trigger ventilation system adjustments when levels drop below safe thresholds.
   • Integrated into marine life-saving equipment and ship cabin safety systems for offshore vessels and submersibles, providing oxygen safety data for crew and passengers in isolated maritime environments.

Product Features:

1. High Sensitivity & Precision
   • Adopts a two-electrode electrochemical detection principle with a resolution of 0.01% O₂, enabling accurate capture of subtle changes in oxygen concentration and ensuring reliable early warning of hypoxic or oxygen-enriched hazards.
   • Has minimal cross-sensitivity: toxic gases at TLV (Threshold Limit Value) levels cause no interference, and only highly oxidizing gases (e.g., ozone, chlorine) have slight interference at percentage-level concentrations, ensuring data accuracy in complex industrial and emergency environments.
2. Flexible Deployment & Installation
   • Features a lightweight design (only 16 grams) and no strict orientation requirements, allowing easy integration into portable detectors, fixed monitoring terminals, or small-scale safety kits without space or installation posture restrictions.
   • Compatible with standard sensor interfaces for most safety monitoring devices, supporting simple secondary development and system docking, reducing integration complexity for equipment manufacturers.
3. Stable & Durable Performance
   • Operates reliably across a wide environmental range: temperature (-20°C to 50°C), pressure (90 kPa to 110 kPa), and humidity (15% RH–90% RH non-condensing), adapting to harsh industrial, outdoor, and enclosed space conditions.
   • Boasts a 2-year service life when used in ambient air, meeting the long-term monitoring needs of fixed safety systems and reducing the frequency of sensor replacement and maintenance costs.
4. Cost-Effective Safety Solution
   • Offers a high performance-to-price ratio, delivering professional-grade oxygen monitoring capabilities at a cost suitable for civilian, light industrial, and small-scale safety applications, making it accessible for both industrial safety systems and basic emergency kits.
   • Requires no complex calibration procedures for routine use, lowering operational and maintenance thresholds for end-users and small enterprises.