The flue gas analyzer works on the basis of selective infra-red absorption of certain gases. An online intelligent industrial profiler using single light sources, single tube-separated semi-gas chambers and advanced serial membrane microsounders separate from the new micromechanical monolithography technology.
Most gas molecules are in infrared bands for vibration and rotation. When the frequency of injecting infrared radiation is the same as that of vibrating and convulsing characteristics of molecules, infrared radiation is absorbed by gaseous molecules, causing a decline in radiation intensity. Infrared gas anatomy, based on the principles of absorption of infrared radiation by the gas molecules, with high accuracy, speed and continuous measurement, etc., in the industrial sectors of steel, petrochemicals, fertilizers, machinery, etc., the flue gas analyzer is an important monitoring wrist for consumer process control; There have also been many successful applications in the detection of components of environmental pollution and medical physiology.
The flue gas analyzer is based on selective absorption of infrared by some gases. Infrared wavelengths of 2 ~ 12 m are commonly used by infrared profilers. In short, containers with a certain length and volume that are intermittent when gases are to be measured, the sink is able to see through both ends of the end of the end of the end of the light by embedding an infrared light on one side of the end of the side, then measuring the radiation strength of the infrared, and then determining the concentration of the gas measured on the basis of the absorption of the infrared and the concentration of the suction material. The instrument uses a single light source, a single tube-separated half-air chamber and advanced detector, with a high degree of precision and stability in process, profile and analysis. New LCD appearances using advanced digital disposal techniques.