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Product Overview
The Combustion Efficiency Analyzer utilizes self-developed non-dispersive infrared (NDIR) gas analysis technology and long-life electrochemical sensor technology. It can real-time measure the volume concentrations of CO, CO2, O2, and other gases in flue gases. By calculating flue gas temperature and excess air ratio, the analyzer provides precise data to optimize combustion processes and improve fuel efficiency. It is widely used to reduce energy waste and achieve energy-saving and emission-reduction goals in industrial applications.
Key Features
- Multi-Parameter Measurement: Simultaneously measures CO, CO2, O2 concentrations in flue gases and automatically calculates and displays flue gas temperature and excess air ratio, providing a comprehensive assessment of combustion efficiency.
- High Measurement Accuracy: Wide measurement range, precise sensor design that prevents over-range damage, delivering high-accuracy, long-lifetime results.
- Portable Design: Comes with an integrated, portable sampling gun, lightweight and easy to carry, making it ideal for industrial field measurements and laboratory gas sampling analysis.
- Intelligent Power Management: Features a soft-start power switch and intelligent battery management system to prevent operation under low battery conditions, extending the device's lifespan.
- Simplified Data Management: Automatically stores measurement data with query and deletion functions, making data management easier. It supports multiple interfaces for data transmission to higher control systems.
Applications
- Industrial Combustion Processes: Widely used in optimizing and monitoring combustion systems in boilers, furnaces, and thermal equipment to regulate combustion conditions, improve efficiency, and reduce energy waste.
- Petrochemical, Power, and Chemical Industries: Provides real-time monitoring for combustion processes in petrochemical, power, and chemical industries, ensuring high efficiency and environmental compliance.
- Energy-Saving and Emission Reduction: Helps companies meet energy-saving and emission-reduction targets by calculating the excess air ratio and reducing greenhouse gas emissions.
- Laboratory and On-Site Monitoring: Suitable for laboratory combustion testing and real-time combustion efficiency analysis in industrial fields, offering ease of use and portability.
| Parameter | Description |
| Measured Components | CO, CO2, O2, Flue Gas Temperature; Optional SO2, NO, NO2 sensors |
| Measurement Principle | O2: ECD; CO/CO2: NDIR; Flue Gas Temperature: K-type thermocouple or S-type thermocouple |
| Measurement Range | O2：(0~21)%；CO：(0~5000)ppm |
| CO2：(0~25)%；Flue Gas Temperature：(0~800~1200)℃ | |
| Linear Error | CO/CO2: ±1%F.S.; O2: ±2%F.S.; Flue Gas Temperature: ±3℃ or measured value ±1% |
| Resolution | O2: 0.01%; CO: 1ppm; CO2: 0.01%; Flue Gas Temperature: 0.1℃ |
| Repeatability | ≤2% |
| Operating Temperature | (0~50)℃ |
| Relative Humidity | (5~85)% |
| Response Time | T90＜15s (NDIR) |
| Communication | RS-232/RS-485 |
| Battery Power | Built-in rechargeable lithium battery, external 12.6V charger, can work continuously for more than 10 hours |
| AC Power Supply | 100~240VAC, 80W |
| Display | LCD Display |
| Features | Built-in imported sampling pump, pressure-resistant capability of 200hPa |
| Self-diagnosis function, online sensor status check | |
| Optional pre-treatment device |
