aethair PRO

Customizable air quality and environmental monitoring

Continuous Remote Monitoring

The Aethair PRO gives professionals the only customizable solution for monitoring mission-critical projects. This all-in-one solution connects to the cloud wirelessly via 4G LTE while continuously monitoring environmental conditions and making data available on the Aethair Platform. The Aethair PRO is perfect for monitoring industrial and highly regulated environments for dangerous particle levels of PM2.5 and PM10, toxic gases such as NOx, SOx, CO, and others, as well as environmental conditions including Temperature, Humidity, Pressure, Light, and Noise.

Cellular Connectivity

One of the distinguishing features of the Aethair PRO compared to other professional monitoring devices is its worldwide cellular communication. This connectivity is facilitated by our platform, the most robust IoT (Internet of Things) platform utilized by companies globally for mission-critical applications. It seamlessly integrates hardware, cloud technology, and applications with a primary emphasis on security and data integrity

Advanced Monitoring

Aethair Environet is the most advanced web-based air quality monitoring platform available on the market. Users can monitor specific parameters, visualize data trends, and access all data recorded over the history of the device’s operating time. The platform also enables device & user management, alerts, mapping, reports, and much more. These tools are accessible at any time, anywhere in the world, all in a secure and encrypted professional environment.

Aethair Real Time Display

Monitoring Every Sector

Monitoring for Every Sector Monitoring environmental conditions is crucial in every indoor space, each with its unique set of challenges. The Aethair IAQ is adaptable and can easily be applied to a wide range of monitoring applications. It provides solutions for enhancing performance, ensuring safety conditions, enabling preventative maintenance, and identifying potential hazards. It also offers a reliable way to ensure compliance with institutional standards and regulations, serving as the linchpin for efficiency, safety, and quality assurance.

Built-in Sensors

Continuous accurate & precise indoor air quality monitoring in any infrastructure with never before seen information and analytics that result in better indoor spaces, everywhere in the world.

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Air Quality Index

Real-time air quality score is determined by the data acquired by the Aethair IAQ device and advanced algorithms, providing users with a quick overview of their indoor air quality score.

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Temperature

Optimal temperature conditions range between 68 and 74 degrees Fahrenheit. Anything over can result in mental fatique causing diminished reaction times and delayed information processing.

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Particulate Matter

Dust, fungi, bacteria, pollen & diesel exhaust are common examples of Particulate Matter. The smaller these particles are, the worse they are for your health, especially because they are invisible. The smallest of the Particulates, linger in the atmosphere for weeks at a time, are freely transported by air currents, and are most likely to cause infection by bacteria released by just a single cough or sneeze.

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Pressure

Differences in barometric pressure can increase the flow of infectious particles. Certain rooms within a healthcare building or industrial space should be positively or negatively pressurized with respect to surrounding areas. Positively pressurized rooms are usually designed to protect a patient, clean supplies, or equipment within the room. Negative pressure is used to contain airborne contaminants within a room.

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Humidity

Exposure to hazardous conditions resulting from building decay, water damage, poor plumbing, and legacy pollutants are exacerbated by high levels of humidity. Spikes in humidity may result in mold growth on any substance which can happen within 48 hours of contact with a surface, triggering asthma, respiratory symptoms, irritation of the eyes, nose & mouth.

Custom Gas Sensors

Choose two gas sensing modules to include in your setup. All gas sensors come pre-calibrated and are hot-swappable so that you can adjust your monitoring setup to your liking. There are many more options for gas sensing modules. If you don’t see the sensor you are looking for, don’t worry. This is only a small sample of the available gas sensors that you can use in the Aethair PRO. Contact us, and we can help you get set up with an solution that will work for your application.

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VOC

VOCs, volatile organic compounds, are cancer-causing chemicals released by cleaning agents.

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CO2

As more people occupy a space, carbon dioxide levels spike, increasing the likelihood of sleepiness, distraction, lethargy and affecting productivity, concentration, and work performance.

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CH2O

Formaldehyde is a naturally occurring organic compound with the formula CH2O (H-CHO). The dangerous gas is commonly emitted by wooden painted surfaces, fabrics, carpets, adhesives & glues in furniture, and building materials like pressed wood & particle board.

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NOx

A group of highly reactive gases known as nitrogen oxides, formed by the burning of fuel, emissions from cars, trucks and busses, power plants, and off-road equipment.

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SOx

SO2 is the component of greatest concern and is used as the indicator for the larger group sulfur oxides (SOx). Emissions of SO2 generally also lead to the formation of other SOx.

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CO

CO is a colorless, odorless gas that can be harmful when inhaled in large amounts. The greatest sources of CO to outdoor air are cars, trucks and other vehicles or machinery that burn fossil fuels.

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O3

Ozone at ground level is a toxic air pollutant and is the main ingredient in "smog". Ground level ozone, is not emitted directly into the air, but is created by chemical reactions between oxides of nitrogen and volatile organic compounds.

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NH3

NH3 plays a primary role in the formation of secondary particulate matter. The primary source of global NH3 emissions is agriculture, which includes NH3 emissions from livestock and NH3-based fertilizer applications.

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CH4

CH4 is a key precursor gas of the harmful air pollutant, ground level ozone. The EPA lists the oil and gas industry as the largest source of methane emissions in the country, primarily through leaks from pipelines and other infrastructure.

Tech Specs

General
  • Dimensions - (LxWxD) - 4.5in (11.43cm) x 9.625in (24.45cm) x 4.5in (11.43)
  • Weight - 1.6 Lbs (0.73kg)
  • Certifications - CE, FCC
  • Accelorometer - 16g (13-bit resolution)
  • Operating Temperature - -30°C to 75°C (-22F to 167F)
  • Power - 0.6 Watt
  • Input Voltage - 5-12 VDC
Communications
  • Cellular - LTE/HSPA+/HSPA/GPRS
  • WiFi - 802.11 b/g
  • Bluetooth - Bluetooth 4.0
  • Mesh - Zigbee
  • GPS - A-GPS
  • Antenna - Built-in (GPRS, 3G, Zigbee, Bluetooth)
  • SIM Card - Built-in
Temperature Sensor
  • Range - -20-70°C
  • Resolution - 0.1 °C
  • Maximum Error - ±0.5 °C
Humidity Sensor
  • Range - 15-75 %RH
  • Resolution - 0.1 %RH
  • Maximum Error - ±2 %RH
Barometer Sensor
  • Range - 300-1100 hPa
  • Resolution - ±0.12 Pa
  • Maximum Error - ±1.3 Pa
PM1 / PM2.5 / PM10 Sensors
  • 0.3~1.0 / 1.0~2.5 / 2.5~10 μm
  • Effective Range - 0~500 μg/m3
  • Resolution - 1 μg/m3
  • Efficiency - 98%>=0.5μm
  • Maximum Consistency Error - ±10% @100~500 μg/m3
  • Standard Volume - 0.1L
SO2 Sensor
  • Effective Range - 0 - 100 ppm
  • Maximum Consistancy Error - < ±15
NO2 Sensor
  • Effective Range - 0 - 20 ppm
  • Maximum Consistancy Error -20 to -40
NO Sensor
  • Effective Range - 0 - 20 ppm
  • Maximum Consistancy Error - 0 to -20
CH2O Sensor
  • Effective Range - 0~1 mg/m3
  • Maximum Error - <5% FS
CO2 Sensor
  • Effective Range - 0 to 100% vol (Process Control)
  • Maximum Consistancy Error - ±10ppm
CO Sensor
  • Effective Range - 0 - 1000 ppm
  • Maximum Consistancy Error - < 10
O Sensor
  • Effective Range - 80 - 120
  • Maximum Consistancy Error - < 1
O3 Sensor
  • Effective Range - 0 - 20 ppm
  • Maximum Consistancy Error - < - 20 to -40
NH3 Sensor
  • Effective Range - 0 - 100 ppm
  • Maximum Consistancy Error - < 3
H2S Sensor
  • Effective Range - 0 - 100 ppm
  • Maximum Consistancy Error - < 20
tVOCs (PID) Sensor
  • Effective Range - 0 - 200 ppm
  • Maximum Consistency Error - > 0.6

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