1、 Execution standards

JJG968-2002 Smoke Analyzer

HJ/T397-2007 Technical Specification for Fixed Source Waste Gas Monitoring

HJ 629-2011 "Determination of Sulfur Dioxide in Fixed Source Waste Gas by Non Dispersive Infrared Absorption Method"

HJ 692-2014 "Determination of Nitrogen Oxides in Fixed Source Waste Gas by Non Dispersive Infrared Absorption Method"

HJ 870-2017 "Determination of Carbon Dioxide in Fixed Source Waste Gas by Non Dispersive Infrared Absorption Method"

2、 Product Overview

The XA-80H infrared flue gas comprehensive analyzer is a high-tech product that uses imported microfluidic infrared gas detection devices as its core. Mainly used for the analysis of flue gas components such as O2, NO, NOX, SO2, CO, CO2 in fixed pollution source emissions, especially suitable for on-site monitoring of low temperature, high humidity, low concentration emissions, etc. It has the characteristics of high measurement accuracy, fast response time, strong anti-interference ability, and long service life.

3、 Purpose:

Applied to the monitoring of flue gas pollution generated in thermal power plants, various industrial kilns, civilian heating boilers, waste incineration plants, steel plants, cement plants, and other industrial processes; Applicable to environmental monitoring, energy conservation supervision, energy efficiency evaluation, and environmental science research departments for environmental comparison and acceptance, energy efficiency testing and evaluation, desulfurization and denitrification research; Measurement of parameters such as flue gas temperature, pressure, flow rate, and statistical analysis of SO2, NO, NOX, CO emission concentrations, converted concentrations, and total emissions in flue gas; Acceptance and performance evaluation of CEMS.

4、 Performance characteristics

1. Mold based design, flip style large screen color display, with vivid graphics and text, easy and clear operation, small size, light weight, and convenient portability.

2. Adopting advanced microfluidic infrared gas sensor technology, it has high accuracy, long lifespan, and no cross interference.

3. The smoke and dust filtration adopts a two-stage filter to reduce measurement errors.

4. Large scale data communication software that can archive monitoring data from each year for future reference.

5. Set parameter memory, automatic fault protection, machine parameter software calibration.

6. Embedded single board computer, Windows 7 operating interface, dynamic display of gas absorption curve.

7. Compared to electrochemical instruments, there is no lifespan limit and no need for calibration every time, greatly reducing testing costs.

8. Compared with electrochemical sensors, there is no signal attenuation, greatly reducing numerical errors.

9. Real time reading of moisture content, flow rate, dynamic pressure, static pressure, smoke temperature, smoke and other parameters.

10. 120G electronic hard drive, specially designed sampling pump, can achieve fixed unmanned 24-hour monitoring.

11. Real time display of minute average monitoring data, capable of exporting monitoring data to Excel documents, particularly suitable for CEMS acceptance calibration.

12. Constant current sampling ensures constant pressure in the measurement chamber and enables pressure and temperature correction.

13. The condensation method is used to measure the humidity of flue gas, and the data is reliable.

14. Design of embedded micro thermal printer to achieve on-site printing of data.

5、 Main technical indicators