Advances in technology have led to exciting and rewarding improvements in living standards but have also contributed significantly to a variety of serious environmental issues.

Honeywell through AQ7 Series continues its committed to providing high-resolution, compact, robust, and reliable gas sensors for use in non-industrial environmental applications.

AQ7CO Gas Sensor
AQ7CO Gas Sensor

The need for monitoring air quality across cities, industrial zones, and residential areas has led to the growth of mobile, smaller, and low-cost stations/systems. These stations/systems utilize electrochemical sensors rather than high maintenance and high-cost optical sensors.

AQ7 Gas sensors are designed to be used in environmental applications with a variety of gases detected: Carbon Monoxide (CO), Nitrogen Dioxide (NO2), Ozone (O3), Sulfur Dioxide (SO2) and allows for a lower-cost solution to the Optical Monitoring Stations.

Features and Benefits

High Resolution
High Resolution

HIGH RESOLUTION

Low Detection Limit
Low Detection Limit

LOW DETECTION LIMIT

High Correlation With Control Station
High Correlation With Control Station

HIGH CORRELATION WITH CONTROL STATION

Compensation
Compensation

INDIVIDUAL COMPENSATION FOR TEMPERATURE & CROSS SENSITIVITY

Your Best Choice for Ambient Air Quality (AAQ) Applications​

In order to monitor extremely low gas concentrations in the ppb range for ambient air applications, Honeywell has designed the AQ7 Series with algorithmic compensation that gives users very high resolution, maximum accuracy, and long-term stability.

AQ7CO Gas Sensor
AQ7CO Gas Sensor
  • Urban air monitoring networks​

  • National air monitoring networks​

  • Roadside air monitoring​

  • Industrial perimeter monitoring​

  • Environmental impact assessments​

  • Research and consultancy projects​

  • Short term hot spot monitoring

Resources

Datasheet - Carbon Monoxide

AQ7 CO
AQ7 CO

Datasheet - Nitrogen Dioxide

AQ7 NO2
AQ7 NO2

Datasheet - Ozone

AQ7 O3
AQ7 O3

Datasheet - Sulfur Dioxide

AQ7 SO2
AQ7 SO2

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