AAQMS/Fence Line Monitoring Analyzers
RAY provides comprehensive Ambient Air Quality Monitoring Systems (AAQMS) designed for accurate, reliable, and compliant environmental monitoring. Our solutions range from standalone gas analyzers to fully integrated fixed and mobile turnkey systems with seamless data management capabilities. We offer advanced monitoring for a wide spectrum of pollutants, including SO₂, H₂S, NOx, NH₃, CO, O₃, THC, , VOCs, BTX compounds, Vinyl Acetate, Acetic Acid, Hydrogen Fluoride, as well as particulate matter such as SPM, PM₁₀, and PM₂.₅—ensuring complete air quality assessment across industrial and environmental applications
AAQMS Analyzers
AAQMS Analyzers by RAYS Automations deliver advanced air quality monitoring solutions designed for continuous environmental compliance and real-time data analysis. Built with high-precision technology, robust performance, and smart connectivity, our systems ensure reliable monitoring for industrial, environmental, and research applications. With integrated data logging and remote access capabilities, RAYS provides dependable solutions for accurate and efficient ambient air quality management.
SO₂ /H2S Analyzer
The SO₂ /H2S Analyzer utilizes advanced Ultraviolet Fluorescence (UVF) technology combined with high-performance microprocessing to deliver precise and stable measurement of sulfur dioxide at ultra-low concentrations—from ppb to ppm levels. Designed for accuracy and long-term reliability, it is an ideal solution for ambient air quality monitoring and Continuous Emission Monitoring Systems (CEMS) using the dilution method. Its robust construction ensures consistent performance even in harsh industrial environments, making it a dependable choice for regulatory compliance and environmental protection.
Nox / NH3 analyzer
Based on the chemiluminescence principle, the Nox / NH3 analyzer features a modular design integrated with advanced microprocessing technology to deliver accurate and reliable low-concentration measurements from ppb to ppm levels. The system can simultaneously accommodate NH₃ monitoring and is designed to operate without the need for an NOx converter, making it ideal for both ambient air quality monitoring and CEMS applications.
The CO Analyzer
The CO Analyzer is designed with advanced Infrared (IR) measurement technology for accurate and reliable monitoring of carbon monoxide (CO) at low concentration levels from ppb to ppm. Featuring a modular design and high-performance microprocessing, the analyzer provides stable operation, rapid response, and exceptional long-term accuracy.
Hydrocarbon Analyzer
The Hydrocarbon Analyzer is designed for precise measurement of Methane (CH₄), Total Hydrocarbons (THC), and Non-Methane Hydrocarbons (NMHC) in ambient air. Utilizing advanced Flame Ionization Detector (FID) and Gas Chromatography (GC) technology, it delivers high sensitivity, accuracy, and reliable performance for air quality monitoring applications. With a modular design, automated calibration, and intuitive software interface, the analyzer ensures easy operation, low maintenance, and stable long-term performance.
Portable / Indoor Air Quality Monitoring Equipment
Our portable / Indoor air quality monitoring equipment is designed for flexibility and precision, measuring up to six gases, particulate matter (PM/dust), wind speed and direction, and noise levels. Multiple power options, including solar, ensure dependable performance even in remote or challenging environments. With customizable sensor configurations, users can select only the gases relevant to their specific project — optimizing costs while maintaining high data quality.
SO₂ /H2S Analyzer
The SO₂ /H2S Analyzer utilizes advanced Ultraviolet Fluorescence (UVF) technology combined with high-performance microprocessing to deliver precise and stable measurement of sulfur dioxide at ultra-low concentrations—from ppb to ppm levels. Designed for accuracy and long-term reliability, it is an ideal solution for ambient air quality monitoring and Continuous Emission Monitoring Systems (CEMS) using the dilution method. Its robust construction ensures consistent performance even in harsh industrial environments, making it a dependable choice for regulatory compliance and environmental protection.
Nox / NH3 analyzer
Based on the chemiluminescence principle, the Nox / NH3 analyzer features a modular design integrated with advanced microprocessing technology to deliver accurate and reliable low-concentration measurements from ppb to ppm levels. The system can simultaneously accommodate NH₃ monitoring and is designed to operate without the need for an NOx converter, making it ideal for both ambient air quality monitoring and CEMS applications.
The CO Analyzer
The CO Analyzer is designed with advanced Infrared (IR) measurement technology for accurate and reliable monitoring of carbon monoxide (CO) at low concentration levels from ppb to ppm. Featuring a modular design and high-performance microprocessing, the analyzer provides stable operation, rapid response, and exceptional long-term accuracy.
Hydrocarbon Analyzer
The Hydrocarbon Analyzer is designed for precise measurement of Methane (CH₄), Total Hydrocarbons (THC), and Non-Methane Hydrocarbons (NMHC) in ambient air. Utilizing advanced Flame Ionization Detector (FID) and Gas Chromatography (GC) technology, it delivers high sensitivity, accuracy, and reliable performance for air quality monitoring applications. With a modular design, automated calibration, and intuitive software interface, the analyzer ensures easy operation, low maintenance, and stable long-term performance.
Portable / Indoor Air Quality Monitoring Equipment
Our portable / Indoor air quality monitoring equipment is designed for flexibility and precision, measuring up to six gases, particulate matter (PM/dust), wind speed and direction, and noise levels. Multiple power options, including solar, ensure dependable performance even in remote or challenging environments. With customizable sensor configurations, users can select only the gases relevant to their specific project — optimizing costs while maintaining high data quality.
