1O2 AAW85-07WD-CIT 3 - Electrode Electrochemical Oxygen Sensor For Auxiliary Monitoring Modules In Medical

             1O2 AAW85-07WD-CIT 3 - Electrode Electrochemical Oxygen Sensor For Auxiliary Monitoring Modules In Medical

General Description:

The 1O2 AAW85 - 07WA - CIT is a 3 - electrode electrochemical oxygen sensor of the 1 - series size. It converts the electrochemical reaction of oxygen into a measurable electrical signal to achieve accurate detection of oxygen concentration in the environment. With the advantages of long service life and stable detection performance, it is widely used in personal gas detectors, fixed safety monitoring systems and other equipment, providing reliable oxygen concentration data support for ensuring the safety of industrial production and working environments.

Features:

• Long - term stable operation: The 3 - electrode structural design maintains a stable reference potential, effectively reducing baseline drift during long - term use, and the 5 - year expected service life greatly reduces the frequency of sensor replacement.
• Standardized size for easy integration: As a 1 - series sensor with a standard 20 mm diameter, it can be directly integrated into mainstream gas detector housings and circuit boards, which is convenient for OEM manufacturers to assemble and modify equipment.
• Strong environmental adaptability: It can work normally under general industrial environmental conditions, and its electrochemical detection principle has strong anti - interference ability to common non - target gases in the air, ensuring the accuracy of oxygen concentration detection.
• Trusted quality assurance: Produced by City Technology, a leader in gas sensor manufacturing, its quality is widely recognized in the industry and is compatible with most Honeywell - supporting gas detection systems.

Typical Application Scenarios:

1. Fixed safety monitoring systems in confined spaces such as industrial workshops and underground pipelines, used to alarm for abnormal oxygen concentration (insufficient or excessive).
2. Portable gas detection equipment carried by operators in chemical, mining and other industries, which can real - time monitor the oxygen content in the surrounding environment.
3. Auxiliary monitoring modules in medical and environmental testing equipment, providing stable oxygen concentration data for relevant experimental and detection work.
4. Safety monitoring devices in fuel cell facilities and energy storage systems, matching the oxygen - related process monitoring needs.