The world’s smartest air quality monitor
- Monitor the Air You Are Breathing Indoors
- Real-time Outdoor Pollution Data for Comparison
- World’s ‘Smartest’ Air Quality Monitor: High-Precision Sensors
- Measures PM2.5, CO2, Temperature, Humidity and Air Quality Index
- System supports automatic alerts based on customized rules
- Monitor all the Nodes inside the AirVisual mobile application
- Notifications for iOS device when AQI threshold are reached
- The sensor functions with or without an internet connection
- Widgets are fully configurable to match specific requirements
- Widgets can be integrated in digital signage (TV screen, picture frames) across the organization
IQAir AirVisual Pro Air Quality Monitor
Instantly see invisible threats in the air, understand where they come from & take control.
Atlanta Healthcare AirVisual Air Quality Monitor displays 4 air quality indicators
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Indoor Air Pollution
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Outdoor Air Pollution
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Confinement (CO2)
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Indoor Air Pollution
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Atlanta Healthcare AirVisual Air Quality Monitor
Atlanta Healthcare AirVisual air quality monitor is an air pollution monitor that uses a high precision laser to count particles in the air, which is then processed with a unique algorithm to calibrate for external factors such as temperature, humidity, and outliers. The air quality monitor showcases live AQI readings of both indoor air and outdoor air.
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How does the air quality monitor work?
The AirVisual Node detects PM2.5 particles in the air using a particulate matter sensor. The light scattering laser sensor for PM2.5 measurements throws a laser light beam onto particles, and this light is then irradiated in all directions from these particles (scattering).
A light detector (or 'photometer detector') then measure all of this scattered light, and from this, the sensor can calculate the concentration of particles within the chamber. In this way, the sensor is able to detect near microscopic particles ranging from 0.3μm to 2.5μm.
The sensor in the AirVisual Node also has a small fan to ensure a constant flow of air through the measuring chamber. Each reading reported from the sensor is calibrated by a special algorithm which takes into account external temperature and humidity values.
The CO2 levels are detected using a carbon-di-oxide sensor, which is an infrared gas sensor. The components of the sensor include an infrared source, light tube, an interference filter and an infrared detector.
Manufacturer Details: IQAir, Switzerland
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