The portable infrared flue gas analyzer is a physical analyzer based on the principle of infrared absorption of gases (or liquids, solids) that can be measured continuously, with a wide range, high accuracy, high flexibility and good selectivity, and is thus widely used in industrial consumption. The tectonic composition of the portable infrared flue gas analyzer: 1. There are two types of light sources in the light source radiation area, one single source and the other dual source. A single light source, provided that there is only one light element, enters the reference chamber and the sample room through two mirrors that form a set of equivalent energy beams. The two-light source structure, on the other hand, is one light source for the reference and sample rooms, respectively. Double-light sources cause error due to different heat and light. The task of the light source is to generate two energy bands with a certain frequency (2~12Hz) that are equal and stable.

Infrared flue gas analyzers are applicable to all types of industrial stoves or chimneys; The environmental maintenance industry; Engines; Boiler monitoring; Energy monitoring function; Metallurgy industry; Thermal power industry; Building materials silicate industry; Energy conservation monitoring of petrochemicals, etc. Infrared flue gas analyzers, which are used to determine the parameters for each elimination in the flue gas, are ideal equipment for boiler calibration, optimize the efficiency of extinguishing, save energy and control emissions. Infrared flue gas analyzer product characteristics: 1, multi-channel, multi-assembly subgas analyzer. 2. MLT3: zui plus four measuring channels. MLT4: zui has five more Quantities. 3. NDIR non-colour dispersed infrared detectors: microflow sensors or solid-state detectors. NDUV/VIS non-colour dispersed ultraviolet/visible light detector: semiconductor detector or vacuum secondary tube. 5, O2 Oxygen detector: Quick.

1. Before opening, check whether the cable and gas line is normal, broken or loose. 2. Once on, check if the airway is open and check if the condensation is able to block the drain. 3. Check the air cover of the apparatus after it is turned on to ensure that the flue gas does not leak in the airways. (Check the air cover of the instrument, which is capable of blocking the vent, if the sample flow of the instrument is reduced to zero within 2min, indicating that the air cover is satisfactory. 4) When preheating, hand-to-hand contact the upper end of the dryer to feel whether the built-in cooler can be cooled, or to see if the signal lights are scintillated after the instrument is operational. 5. When preheating, check to see if the reptile pump can be rotated and properly drained. 6. After preheating, check if the display screen readings on the instrument ' s mainframe are normal and if the internal pumps and fans of the instrument can be rotated. Seven, if anything.

Infrared flue gas profilers are applied to all types of industrial furnaces or chimneys; The environmental maintenance industry; Launchers; Boiler monitoring; Energy monitoring function; Metallurgy industry; Thermal power industry; Building materials silicate industry; Energy conservation monitoring of petrochemicals, etc. Infrared flue gas profilers, which are used to determine the parameters for each elimination in the flue gas, are the ideal equipment for boiler calibration, optimize efficiency, save energy and control emissions. Infrared flue gas profiler product characteristics: 1, multi-channel, multi-assembly sub-gas profiler; 2 MLT3: 4 additional Quantities of Channels; MLT4: zui plus 5 Quantities; 3. NDIR Infrared Non-Colour Diffusion Monitor: Microflow Sensor or Solid State Monitor; 4. NDUV/VIS non-colour dispersed ultraviolet/visible light detector: semiconductor detector or vacuum secondary tube; 5, O2 Oxygen Detectors: Rapidly Responding Magnetic

As awareness of environmental protection and energy conservation progresses, a number of large and medium-sized enterprises, such as steel metallurgy, petrochemicals and power plants, have made progress efficient, reduced energy consumption, reduced pollutant emissions, and environmental conservation important ways to improve the quality of production and enhance the competitiveness of products. The iron and steel industry is responsible for the energy consumption of the industries with regard to slinging machines, boilers, etc. in the electricity industry, and heating equipment. It is therefore a matter of great concern to measure and improve the efficiency of the extinguisher and to determine the optimal point of extinguishment. It is certain that the best dosage efficiency point for heating equipment such as heating stoves, boilers and so on is not all applied. In the case of a rolling steel heating furnace or boiler, the effective heat is necessary to heat or condensate the material (and to suspend the process)

As China ' s glass industry unfolds at a rapid pace, improvements in product quality, improvements in equipment management maintenance and energy efficiency reductions are becoming a growing concern within the industry. 1. The main function of the flue gas profiler in the glass industry is twofold: 1. The detection of the process of suffocation, the progress of scrutinization efficiency during the operation of the glass kiln, the gas profile of the gas in the kiln (O2, CO2, CO2) and its importance, are the eyes of the operator of the kiln. The measuring instrument, such as the smoke profiler, is an essential instrument for the detection of the glass kiln, which provides a strong assurance over the entire consumption line. Its economic benefits are also ambitious and far beyond the value of the instrument itself. 2. Monitoring emissions of flue gas and completing the important task of cleaning out glass plants is to be clean during consumption