OOM113 Medical Oxygen Sensor For Measuring Oxygen Concentration In Breathing Gas Mixtures Widely Used In Medical Devices

   OOM113 Medical Oxygen Sensor For Measuring Oxygen Concentration In Breathing Gas Mixtures Widely Used In Medical Devices

General Description:

The OOM113-M is a high-precision medical oxygen sensor engineered for monitoring oxygen levels in breathing gas mixtures. It adheres to strict medical standards such as EU MDD, RoHS, and ISO 80601 - 2 - 55, and is manufactured in accordance with the EN ISO 13485 quality management system. This sensor is a key component of oxygen analyzers, which works by detecting the oxygen concentration in the gas mixture and converting it into a stable electrical signal. It features high accuracy, reliable performance, and good compatibility, making it easy to integrate into various medical equipment. It is mainly used in scenarios that demand precise oxygen monitoring, such as medical ventilators, anesthesia machines, infant incubators, and oxygen concentrators.

Core Features:

1. High Medical Compliance: It complies with a series of strict medical and environmental standards. The lead - free design not only meets the RoHS regulatory requirements for medical applications but also ensures safety in clinical use without causing secondary pollution.
2. Reliable and Accurate Detection: It provides high - precision oxygen concentration measurement data, with small signal drift during long - term operation. This ensures that medical staff can obtain real - time and accurate oxygen concentration information, which is crucial for guiding clinical treatment such as adjusting the oxygen supply volume of ventilators.
3. Easy Integration and Replacement: Adopting a drop - in replacement design, it has good compatibility with existing medical equipment that uses Envitec OOM series sensors. It can be installed and replaced without redesigning the application circuit, reducing the maintenance and upgrade costs of medical equipment.
4. Stable Performance in Medical Scenarios: It can maintain stable detection performance in the temperature and humidity range of medical environments. It is not easily affected by the common gas components in the breathing gas mixture, ensuring the reliability of the detection results even in continuous working conditions.

Typical Applications:

1. Medical ventilators: Monitor the oxygen concentration in the gas delivered to patients in real - time.
2. Anesthesia machines: Ensure the accurate proportion of oxygen in the anesthesia gas mixture.
3. Infant incubators: Maintain a suitable oxygen environment for premature infants or sick newborns.
4. Oxygen concentrators: Feedback the oxygen concentration of the output gas to achieve precise control of the equipment.