UAV Drone O3 Ozone Monitoring

The wireless Ozone (O3) sensor can detect 20–250 parts per billion and is great to use to detect trace amounts of O3. The uav ozone monitoring system allows you to cover a wide outdoor area in a variety of terrains. The O3 monitor can be shipped with Temperature and Relative Humidity sensors and combined with several other sensors such as CO2, CO, NO2 Particulate, VOC even radiation to provide you with accurate information about the environment.

A user-friendly online dashboard allows you to monitor an unlimited number of facilities worldwide, 24/7, allowing for increased efficiency and time management.

Aretas offers an Ozone monitoring system that offers more:

  • Monitor multiple locations remotely, 24/7, worldwide.
  • Access live data, track trends, archive historical data for comparisons (data logger).
  • Receive customized notifications alerting you to adverse fluctuations in real-time.
  • Ability to add other Aretas sensors as needed.
  • Sensitive and accurate.
  • Simple, sturdy case designed to last.
 
Contact a live Aretas representative today to discuss your unique needs.
 
Call Toll Free (877) 218-6232  |  Live Chat with a representative |  Email Support
 
Ground-level ozone is a harmful air pollutant. Ozone monitoring is important to workplace health and safety because O3 is highly irritating to the respiratory system. Undetected ozone is also costly to industrial and manufacturing businesses as it damages synthetic materials.

At no additional charge most of our monitoring solutions include temperature and humidity monitoring to determine if energy savings opportunities exist allowing you to offset the cost of O3 and other monitoring needs.

  • Wireless frequency 802.15.4 ( does not interfere with standard IEEE 802.11 frequency).
  • 900MHz / 868MHZ (xbee, zigbee)
  • Sensor range: 20 - 200 ppb (parts per billion) of ozone (O3)
  • Measurement Range: -40 to 123.8 °C (-40 to 254.9 °F) and 20 to 100% RH  
  • Response time: 6 minutes
  • Accuracy: ±20 ppb, ±4.5% RH, ±0.5 °C
  • Resolution: 8-bit