Product Overview
**Oxygen Analyzer Factory by Changai: Summary**
Product Features
**Product Overview**: The CI-PC962 Electrochemical Oxygen Analyzer from Shanghai Chang Ai Technology & Development Co., Ltd. is designed to accurately measure oxygen levels with high precision and reliability. The product utilizes an electrochemical sensor, which does not require external power or heating, streamlining its usage and maintenance.
Product Value
**Product Features**: This analyzer boasts several notable features, including:
Product Advantages
- High precision and a long service life due to the electrochemical sensor.
Application Scenarios
- It operates unaffected by common interfering gases (CO2, CO, H2S, NOx, H2).
- A menu lock switch to prevent accidental changes to configurations.
- User-defined alarm settings for oxygen concentration levels.
- Fast response time of less than 20 seconds and a measurement range of 0-25% O2.
**Product Value**: The analyzer provides exceptional value through its reliable performance, evidenced by third-party validation. With a robust design, it offers longevity with a sensor life exceeding two years and an overall instrument lifespan of more than five years, making it a cost-effective solution for oxygen measurement needs.
**Product Advantages**: Key advantages of the Oxygen Analyzer factory include:
- High quality and dependable performance backed by rigorous quality inspections.
- A well-established brand reputation and extensive market reach, with clients across multiple regions including the USA, UK, and Japan.
- Full compliance with industry standards, supported by production and export certifications that ensure customer satisfaction and streamlined logistics.
**Application Scenarios**: The CI-PC962 Electrochemical Oxygen Analyzer is suitable for diverse applications, such as:
- Environmental monitoring where accurate oxygen levels are crucial.
- Industrial processes that require constant checking of oxygen concentration.
- Research and laboratory environments for experimental gas analysis.
- Safety and control systems in facilities where oxygen levels could pose a risk.