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Open circuit laser gas analyzer

NegotiableUpdate on 01/20
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Overview

ILAS-800 Open Circuit Laser Gas Analyzer iLAS-800 is designed specifically for monitoring air quality in open space environments. Within a range of several hundred meters, the detection limit can reach ppb level. It is particularly suitable for monitoring the ambient air (unorganized emissions) at the boundary of industrial plants such as chemical parks and electrolytic aluminum fields, such as HCL, HF, NH3, H2S, etc

Product Details

iLAS-800 open circuitformulaLaser gas analyzer


openroadLaser gasBody analyzeriLAS-800It is designed specifically for monitoring air quality in open space environments, with a detection limit of up to several hundred meters within a range of optical pathsppbLevel, particularly suitable for the following applications:Chemical industrial park, electrolytic aluminumfieldWaiting for the industrial plant areafieldMonitoring of environmental air (unorganized emissions), such asHCLTheHFTheNH3TheH2SwaitField gas monitoring. Compared to extractive systems, open laser gas analyzers achieve true monitoring of ambient air in the factory environment.


Instrument Features

iLAS-800laserThe gas analyzer has the following features:Key Features:

Wide measurement range: When the laser passes through an open gas environment to be tested, the laser is absorbed by the gas to be tested and the intensity changes. The measured value of the instrument reflects the gas composition of the entire space through which the laser passes, thus achieving continuous detection of gas composition in a large range of environmental spaces;

High sensitivity: Open spaces are not limited by physical structures, with optical paths ranging from tens to hundreds of meters. According to Lambert Beer's theorem, the optical path is directly proportional to the gas absorption intensity. The longer the optical path, the higher the sensitivity of the instrument, which can achieveppbExtremely low detection limit of level;

response speedFast: Using spectral analysis technology to reflect real-time changes in gas composition on site.