Measures accurately the main gaseous pollutants, suspended particles and weather parameters
AQT560 is an extremely cost-effective instrument, measuring up to four gaseous pollutants (nitrogen dioxide – NO2, nitrogen monoxide – NO, carbon monoxide – CO and ozone – O3).
Equipped with a laser particle counter designed by Vaisala exclusively for this application, the AQT560 additionally measures the concentration of suspended particulate matter (PM1, PM2.5 and PM10) in the ambient environment. The main parameters conditioning the formation and dispersion of pollutants, relative humidity, air pressure and air temperature are also measured with the proven accuracy of Vaisala technology.
Main Technical Features
- Delivered with a factory calibration certificate
- Measures up to 4 gas pollutants: NO2, NO, CO și O3
- Intelligent compensation for cell aging and environmental conditions
- Compact design, easy to install
- Can be used in off-grid applications (needs around 0,5 W for operation)
- RS232 and RS485 for local connectivity (Modbus RTU support)
- easy integration into complex observation systems
Main Benefits
Flexibility
The Vaisala AQT560 multi-parameter transducer revolutionizes air quality measurement by offering very high value for money, with measurement performance comparable to reference stations.
AQT560 measures the most common gaseous pollutants: nitrogen dioxide (NO2), nitrogen monoxide (NO), carbon monoxide (CO) and ozone (O3).
The AQT560 measures all these plus the particulate matter content (PM1, PM2.5 and PM10) in the ambient air.
Usual Applications
– Urban air quality measurement networks, with high resolution and accuracy,
– Industrial emissions monitoring and emergency monitoring,
– Smart city traffic management,
– Road and tunnel monitoring,
– Mobile measurement systems,
– Smart building automation,
– Air quality research.
Advanced Features at Reasonable Price
The AQT560 multi-parameter transducer’s measurement performance is based on advanced proprietary algorithms that enable affordable ppb (parts per billion) measurement using electrochemical sensors. The algorithms offset the impact of environmental conditions and electrochemical cell aging and eliminate the need for expensive sampling and gas conditioning equipment.
Related applications
Air Quality
Equipment for measuring the concentration of key ambient pollutants and basic indoor air parameters...
Maritime
A wide and flexible range of automatic stations, sensors and equipment for marine and offshore applications from top manufacturers...
Meteorology
Full range of meteorological observation systems compliant with WMO, ICAO and other relevant regulatory bodies....