AirSENCE Elite
Designed to include a full range of gas and particulate matter sensors, especially to monitor VOCs and ozone (O3), which are major contributors in smog generation, green house gases like CO2 and unpleasant and dangerous H2S, AirSENCE ELITE offers the most suitable solution to monitor air quality surrounding chemical and other industrial areas. This also includes airports, railway stations, and seaports to establish efficient air quality fence line for communities nearby.
Preconfigured to measure NO, NO2, CO, O3, SO2, VOC, H2S, CO2, PM (PM10, PM2.5 & PM1), temperature, humidity, wind speed and wind direction, ambient noise and rainfall.
Can detect regional air differences of air quality and can monitor local variations of air quality to locate sources of pollutants or detect changes in the atmosphere triggered by localized events such as wild fires.
Sends real-time air quality alerts for residents, particularly to those sensitive to air pollution.
AirSENCE redefines air quality monitoring by overcoming sensor drift and degradation through innovative fast response, multi-parameter sensor array architecture. Enhanced by robust machine learning and data fusion, AirSENCE delivers performance comparable to conventional monitoring stations at just a fraction of the cost. Its compact footprint, onboard processing, and user friendly operation make AirSENCE ideal for integrating into IoT networks, delivering real-time ambient air monitoring with unmatched efficiency and accuracy.
Key Advantages
- Accurate and precise
- Real-time alerts and data measurements
- Zero calibration and low maintenance
- Automated active sampling
- Long life span of sensors (2 years)
- Weatherproof construction
- Can store up to 5 years of date in local data storage
- Aligns with EU and US EPA standards
- Serialized binary messages preserve data in transit
- Real-time air quality alerts for residents, particularly to those sensitive to air pollution
- Fuel groundbreaking research with precise, hyperlocal data, empowering scientists, researchers, and students
- Analyze emission patterns of pollutants and provide a safe and healthy work environment
- Detect and localize wildfires early by monitoring airborne markers, ensuring community safety and enabling rapid response
Applications:
- Real-time air quality alerts for residents, particularly to those sensitive to air pollution
- Fuel groundbreaking research with precise, hyperlocal data, empowering scientists, researchers, and students
- Analyze emission patterns of pollutants and provide a safe and healthy work environment
- Detect and localize wildfires early by monitoring airborne markers, ensuring community safety and enabling rapid response
Specifications
- Air quality parameters: NO, NO2, CO, O3, SO2, VOC, H2S, CO2, PM (PM10, PM2.5 & PM1)
- Environmental parameters: temperature, humidity, wind speed and wind direction, ambient noise and rainfall.
- Power Supply: 12 or 24 VDC, PoE support, Solar & Battery (optional)
- Power Consumption 3.5W: (typical), 5W (max)
- Dimensions and Weight: 264 x 213 x 183 mm; 2.2 kg
- Communication: Ethernet, Wi-Fi, Cellular, LoRaWAN, Modbus over RS485 or TCP/IP
- Enclosure: Polycarbonate, NEMA 4/4X with IP65
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