Outdoor Air Quality Monitor
Nanoenvi® EQ is an outdoor air pollution meter that allows the monitoring of multiple pollutant gases, particulate matter, VOCs, noise, temperature, humidity and meteorological parameters.
Thanks to its compact design and autonomy, the ambient air pollution monitor Nanoenvi® EQ enables wireless air quality measurement networks to be created using its sensors to collect data in places where there are no fixed air quality stations, or to complement them. It has its own platform in the cloud to visualize data in real time and with communication protocols that allow integration with third-party systems to facilitate decision-making.
Case and sensors
The Nanoenvi EQ is enclosed in a rugged ABS and polyurethane case with IP protection for outdoor use. This ensures that it performs well in both outdoor and industrial environments.
It is configurable to house gas, noise, temperature, humidity and pressure sensors as well as meteorological parameters.
Connectivity
Nanoenvi EQ stations are integrated into IoT networks via the usual M2M protocols (3G, 4G, Ethernet and WiFi and LoRa®...). This allows the integration of the stations to be adapted to different cases in terms of connectivity, making them Plug'n'Play devices.
Power Options
The Nanoenvi EQ has different power options, as per follows:
- Solar panel + Battery
- Power grid
- Power grid + Battery
- Power Over Ethernet
Monitoring of air quality and noise parameters affected by urban traffic, ideal for Low Emission Zones (LEZ).
Temperature, humidity and atmospheric pressure sensors
CO, NO & NO2 sensors
PM particles (1, 2.5 and 10)
VOC sensors
Noise (dB)
Monitoring the parameters that influence the pollution of large infrastructures such as ports or airports.
Temperature, humidity and atmospheric pressure sensors
CO, NO, NO2 & SO2 Sensors
PM particles (1, 2.5 and 10)
VOC sensors
Monitoring of particles generated by renovation, construction and general works.
Temperature, humidity and atmospheric pressure sensors
PM particles (1, 2.5 and 10)
Monitoring of parameters directly affecting crops and plantations.
Temperature, humidity and atmospheric pressure sensors
PM particles (1, 2.5 and 10)
CO2 (ndir) Sensors
VOC sensors
Meteorological sensors (wind speed & direction + solar radiation + rainfall)
Monitoring of all parameters exclusively affecting air quality.
Temperature, humidity and atmospheric pressure sensors
CO, O3, NO2 & SO2 Sensors
PM particles (1, 2.5 and 10)
CO2 (ndir) Sensors
VOC sensors
Monitoring of the parameters recommended by the WHO for outdoor air quality.
Temperature, humidity and atmospheric pressure sensors
O3, NO2 & SO2 Sensors
PM particles (1, 2.5 and 10)
Power
100-240VAC @ 50-60Hz (PGD / PGC) | PoE ++ (IEEE 802.3bt) | Solar panel (included)
Max. Consumption
30W (PGC / SP) | 60W (PGD) | 55W (PoE)
Average Consumption
2 W
Battery
96Wh LiFePO4 (PGD / SP)
Autonomy
24x7
Environmental operating conditions
- 20 ~ 55ºC / 0 ~ 99%RH (without condensation)
Case material
ABS, polyurethane, aluminium and stainless steel
IP Protection
IP65
Max. Weight
2Kg (PGC / PoE) | 3,5Kg (PGD / SP)
Solar panel weight with bracket
3,2Kg (SP)
Dimensions
500x260x200 mm
Solar panel dimensions
560x350x25 mm
Communications
2G/3G | 3G/4G/LTE | Ethernet | WiFi | LoRaWAN
Pollutant gases
NO, NO2, O3, SO2, H2S, CO, CO2 & VOCs
Particulate Matter
PM1, PM2,5y PM10
Other Parameters
Temperature, relative humidity, atmospheric pressure, noise, rainfall, irradiance, wind speed, wind direction, etc.
Acquisition period
Minutal
Sending Period
From 1 to10 minutes
Sending Period (LoRaWAN variant)
From 2 to 15 minutes
Sensors (NO2, NO, NOx, O3, SO2, H2S, CO, CO2)
4-in-1 meteorological sensor (wind speed, wind direction, solar radiation and rainfall)
Temperature, humidity and pressure sensor
Noise sensor
VOC sensor
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