YJJ OOM113-M 0-100%VOL Medical Oxygen Sensor Is Used to Measure Oxygen Content

Product Description:

YJJ OOM113-M 0-100%VOL Medical Oxygen Sensor Is Used to Measure Oxygen Content

Features:

OOM113 oxygen sensor is produced by EnviteC and is a medical oxygen sensor under -. At present, there is no publicly available detailed technical parameter documentation. However, based on similar products and related information, some of its parameter characteristics can be inferred. It is mainly used in the medical field. Specifically as follows:
Parameter description:
Range: Compared to similar medical oxygen sensors, the range of OOM113 may be 0-100% VOL, which is used to measure the oxygen concentration in respiratory gases.
Response time: According to relevant product information from -, the response time of OOM113 is less than 5 seconds, enabling it to quickly detect changes in oxygen concentration and provide timely feedback to medical equipment.
Accuracy: Referencing similar electrochemical oxygen sensors for medical use, such as OKS-11, their full-scale accuracy is ±1%. OOM113 may also have a similar level of accuracy to ensure the reliability of the measurement results.
Operating temperature: General medical oxygen sensors operate within a temperature range of 0-45℃. OOM113 is likely within this range to adapt to the indoor environment of hospitals and measurement scenarios near human body temperatures.
Humidity range: Refer to similar products. The humidity range is typically 0-100% RH (non-condensing), enabling stable operation in environments with water vapor produced by human breathing.
Main application: OOM113 can be used as the oxygen sensing component of an oxygen analyzer to measure the oxygen concentration in respiratory gas mixtures. It can be specifically applied in medical equipment such as medical ventilators, anesthesia machines, incubators, and oxygen concentration control devices, ensuring that patients inhale the appropriate concentration of oxygen and guaranteeing medical safety and treatment effectiveness.

Specifications: