Product Introduction

The AM-3200 series volatile organic compounds (VOCs) online monitoring system is an online monitoring device independently developed by Guoji Instrument for measuring trace VOCs in ambient air. Equipped with a dual FID system, it can be used to monitor 57 target volatile organic compounds in PAMS, while equipped with a mass spectrometer system, it can monitor 117 volatile organic compounds such as PAMS, TO-15, and aldehydes and ketones. At the same time, the system can be extended to monitor odorous gases such as hydrogen sulfide, methyl mercaptan, methyl sulfide, dimethyl disulfide, and carbon disulfide.

Product Features

Advanced technology: Inheriting Varian's technology and constantly innovating, substances with high and low boiling points can be well separated and quickly analyzed, especially with unique solutions for formaldehyde;

Blind spot free sampling: continuous sampling, no blind spot enrichment, maximizing the authenticity of test data;

High reliability and high repeatability: The dual FID system has the characteristics of high reliability and high repeatability;

Mass spectrometry enhancement: The equipped mass spectrometer can complete the analysis and detection of complex substances, with high sensitivity and strong qualitative ability;

Core components: The system uses high inertia tube valve components to enhance the analytical ability of organic sulfur characteristic substances;

Scalable: The system can easily expand the monitoring and analysis of organic sulfur projects (at low cost) and can be installed;

Intelligence: The system is equipped with AMAE's proprietary intelligent monitoring and analysis software, which can intelligently analyze and test spectra.

Technical Parameter

Product Configuration

application area

Atmospheric environment air quality monitoring, photochemical assessment monitoring, emergency pollutant leakage warning monitoring for disaster prevention and relief, evaluation of air quality and treatment projects in chemical industrial parks, super monitoring station.

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