M-04 M-O4 Oxygen Sensor Fast Response High Precision Long-Term Stability

                                                          M-04 M-O4 Oxygen Sensor

Product Applications:

The M-04 oxygen sensor is primarily designed for medical oxygen concentration monitoring, with specific applications including:

1. Medical Devices:

• Ventilators/Anesthesia Machines: Real-time monitoring of oxygen concentration in inhaled gases to ensure precise oxygen delivery and prevent hypoxia or oxygen toxicity.
• Oxygen Concentrators: Verifying the purity of generated oxygen to meet medical standards.
• ICU/Operating Rooms: Continuous monitoring of oxygen levels in patient breathing circuits or ambient air to assist medical staff in treatment adjustments.

2. Portable Oxygen Monitoring:

• Home Healthcare: Assisting patients with chronic respiratory diseases (e.g., COPD) in managing home oxygen therapy.
• Emergency Response: Integrated into ambulances or portable monitors for rapid oxygen detection during emergencies or patient transfers.

3. Specialized Applications:

• Research & Laboratories: Controlling oxygen levels in biological cultures, cell experiments, or other oxygen-sensitive environments.
• Industrial Safety (Limited): Modified versions may be used in oxygen-sensitive industrial settings (e.g., inert gas chambers), but standard models are optimized for medical environments.

4. Key Advantages:

• High Precision: 0-100% vol. measurement range with stable initial signals (12.5-16.5 mV in dry air), meeting strict medical accuracy requirements.
• Fast Response: t90 <12 seconds for real-time feedback.
• Long-Term Stability: Low drift and minimal zero offset , ensuring reliable long-term performance.

5. Notes:

• Environmental Limits: Standard models operate within 10-40°C; humidity affects readings by -0.03% rel. per %RH.
• Lifespan Management: Expected service life ~1,000,000 vol.% h . Regular calibration/replacement is recommended.

For detailed technical documentation or customized applications, contact the manufacturer directly.