Actually, you don't know anything about thermal gas analysis system!

　　The chronic gas analysis system consists mainly of launch units, receiving units and central analysis instruments, which can be installed directly on the detected piping (firing pipe), where lasers with a specified frequency are launched, directly through the process gas piping (firing pipe), received by the sensor in the receiving unit, which transmits the detection signal to the central analytical instrument, which completes the detection analysis and export control of process gases.

　　Launch unit: Composed of semiconductor lasers, temperature-control modules, optical windows, etc., the main function is to launch the modulated laser beam, which reaches the receiving unit by the gas being detected.

　　Receiving units: Composed of sensors, PV modules, optical windows, etc., the primary function is to receive laser beams through the gas environment through sensors and to transmit the collected laser strength information in real time to the central analytical instrument.

　　Central analytical instruments: consisting mainly of power panels, signal processing panels, human interface panels, etc. The power panel will convert the power exchange power into a direct current power supply to the electronic circuits within the central analysis instrument, as well as to the electronic circuits in the launch and reception units. Signal processing panels complete all spectral signal processing to obtain gas concentration. The human interface panel achieves human exchange and external data communication through liquid crystal displays, thin membrane keyboards and RS232 lines.

　　The chronic gas analysis system uses mechanical connection units, consisting of root valves, welding flanges and instrument flanges, which are mechanical devices for the installation of launch and receiving units on process gas pipelines (funges). High-intensity, stable performance, robust functionality and simple operation. Hardware design is based on modular design thinking, which achieves the characteristics of small size, low utility and high resistance to interference. The software is designed flexibly to compensate for deficiencies in the management of the storage of traditional instrument data. In order to effectively manage the measurements in the memory, the system has constructed a simple file system using the document management mechanism of the PC machine. In addition, dynamic curves of measured data can be shown in real time; Print parameters, selective print measurements according to user needs; The system uses colour touch screens as a dedicated display screen to provide users with a good human interface.