The instrument is divided into two parts: transmitter and receiver.The transmitter emits an expanded and collimated infrared beam, which passes through the measured area and is received by the detector at the receiver. According to the infrared fingerprint characteristic spectrum of the gas, it is processed by the patent deep neural network algorithm to realize the qualitative and quantitative analysis of the gas.Widely used in chemical industry, environmental protection, transportation, industrial manufacturing and other fields of toxic and harmful gas leakage, dispersion monitoring.
Product features
Exquisite structure
Opposite-beam split design, no need for mirror arrays; the back lift body structure, easy and convenient maintenance;The multi-point limit of the detector ensures the measurement accuracy after repeated disassembly and assembly.
Strong adaptability
The body is airtight and protected, free from external air interference, adapting to different pollution environments; providing a variety of accessories such as detectors and telescope for different monitoring needs; they can be used alone, and can be networked in segments to form an optical fence.
Intelligent detection
Simultaneous alarming of various mixed gases can be realized through fingerprint spectrum identification; the system intelligently judges measurement scheme, automatic background correction.
Strong detection function
The system has a variety of built-in environmental monitoring models and expert spectral libraries , which can monitor more than 420 conventional gases, toxic industrial chemicals (TIC), Volatile Organic Compounds (VOC), etc.; support monitoring online upgrading of model and spectral library.
High detection accuracy
Using Stirling cooled MCT detectors, based on deep neural network analysis algorithms, to achieve ppb percentage level monitoring.