4OL CLE-0231-400 Electrochemical Oxygen Sensor for Industries Such As Petroleum Chemical Engineering Coal Metallurgy

      4OL CLE-0231-400 Electrochemical Oxygen Sensor for Industries Such As Petroleum Chemical Engineering Coal Metallurgy

Main Applications:

1. Industrial Fields
   • Applied in petroleum, chemical, coal, metallurgy and other industries to monitor oxygen content in working environments, preventing safety accidents caused by oxygen deficiency or excessive oxygen concentration, and ensuring worker safety and normal equipment operation.
2. Environmental Monitoring
   • Suitable for environmental monitoring scenarios to detect oxygen concentration in the atmosphere, providing data support for environmental quality assessment.
3. Medical Field
   • Used in medical equipment such as oxygen detectors to monitor oxygen concentration in patients' oxygen inhalation environments or operating rooms, ensuring the safety of medical processes.
4. Aerospace and Other Special Fields
   • Applied in aerospace, transportation and other fields to monitor oxygen concentration in enclosed spaces, guaranteeing personnel breathing safety and normal equipment operation.

Product Characteristics:

1. High Sensitivity
   • As an electrochemical gas sensor based on the micro fuel cell principle, it has high sensitivity to oxygen, enabling rapid and accurate detection of oxygen concentration changes.
2. Good Linearity
   • The output signal shows a linear relationship with oxygen concentration, facilitating data processing and analysis, and more intuitively reflecting the actual value of oxygen concentration.
3. Strong Stability
   • Strictly certified, it maintains stable performance under various environmental conditions, such as temperature range of -20℃–50℃ and humidity range of 5%–90%RH (non-condensing). Its long-term stability reaches <2% of signal value per 3 months.
4. Low Power Consumption
   • As a micro fuel cell component, it has the advantage of low power consumption, which can reduce the overall energy consumption of equipment and extend service life.
5. Rapid Response
   • With a response time (T₉₀) of 30 seconds, it can quickly react to changes in oxygen concentration and output detection results in a timely manner.
6. Wide Measurement Range
   • The measurement range is 0%–30% O₂, meeting the detection needs of oxygen concentration in various scenarios.