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ZWIN-AQMS30 Continuous Ambient Air Quality Monitoring Stations

ZWIN-AQMS30 Continuous Ambient Air Quality Monitoring Stations

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Continuous Ambient Air Quality Monitoring Stations 

                        ——ZWIN-AQMS30

The Continuous Ambient Air Quality Monitoring Stations adopts national standard methods for monitoring, has high detection precision and accuracy, and has a drawer-type installation structure.

The Continuous Ambient Air Quality Monitoring Stations adopts national standard methods for monitoring, has high detection precision and accuracy, and has a drawer-type installation structure. It is a device launched by our company to provide automatic environmental monitoring and control systems. It can be used as a new national control station. , the construction of quality control stations, township stations or regional air quality monitoring stations.It consists of PM10 analyzer (β- ray method), PM2.5 analyzer (β- ray method), SO2 analyzer (UV fluorescence method), NOx (chemical spectrometry), O3 analyzer (UV absorption method), CO analyzer (It consists of related infrared absorption method), zero gas generator, dynamic calibrator, gas sampling system meteorological monitoring, calibration system, urban imaging and other hardware, data acquisition and transmission system, monitoring station and other auxiliary materials.
 
PM2.5/PM10 particulate matter automatic monitor
The automatic PM2.5/PM10 particulate matter monitor is based on the principle of beta-ray absorption and is an automatic particulate matter analysis instrument commonly used at home and abroad. The B-ray particle automatic analyzer is a special instrument that can measure the concentration of inhalable pulmonary particulate matter (PM10 and PM2.5) in the atmosphere. The instrument host is installed indoors, through a sealed pipe and an outdoor cutting head (PM10 or PM2.5). Connection, can carry out atmospheric particulate matter PM10 (aerodynamic diameter ≤ 10um) and PM2.5 (aerodynamic diameter s2.5um)

ZWIN-AQMS zero gas generator/dynamic calibrator
The gas dynamic calibrator, standard gas, and zero gas generator can form a calibration system. By adjusting the dilution ratio, a series of concentration gradient standard gases can be obtained for calibrating analytical instruments. The zero gas generator is a precision gas calibration instrument controlled by a microprocessor.It is mainly used for the calibration of analyzers in continuous automatic online monitoring systems for ambient air quality. It can also be used for quality control in laboratories and gas analyzer production.
ZWIN-AQMS-300 O3 (ozone) analyzer
The ozone analyzer is a gas analyzer product developed for dilution method measurement in ambient air quality monitoring and continuous emission monitoring systems (CEMS). It is based on the technical principle of ultraviolet absorption method and combined with advanced microprocessing technology to provide accurate and reliable Measurement and analysis of nmol/mol~pmol/mol (ppb~ppm) level 03.

ZWIN-AQMS-400 CO (carbon monoxide) analyzer
The CO analyzer is a gas analyzer designed by our company for dilution method measurement in ambient air quality monitoring and continuous emission monitoring systems. The product is based on the technical principle of non-spectral infrared method related to gas filtration, and combined with advanced micro-processing technology, provides accurate and reliable Measurement and analysis of ppm level CO.

ZWIN-AQMS-500 SO2 (sulfur dioxide) analyzer
The sulfur dioxide analyzer is a gas analyzer product developed for dilution method measurement in ambient air quality monitoring and continuous emission monitoring systems. It is based on the technical principle of ultraviolet fluorescence method and combined with advanced microprocessing technology to provide accurate and reliable nmol/mol Measurement and analysis of ~pmol/mol (ppb~ppm) level S02.

ZWIN-AQMS-600 NOx (nitrogen oxides) analyzer
The basic principle of working of ammonia oxide analyzer is chemiluminescence method. The emission of light energy due to chemical reactions. After absorbing chemical energy, nitrogen oxide is excited to an excited state. When it returns to the ground state from the excited state, it releases energy in the form of light quanta. Quantitative analysis of substances can be carried out by measuring the light intensity of light quanta.

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