Anemometer

GAO’s environmental anemometers are devices used to measure wind speed and direction in the outdoor environment. Our environmental anemometers typically consist of a set of cups that rotate in response to wind speed and a vane that rotates to indicate wind direction. Our environmental anemometers may also include electronic sensors that can transmit data wirelessly to a remote location or have the ability to store data for later retrieval. These instruments are used to collect data on wind patterns and can be used to predict weather conditions, study air pollution dispersion, assess the potential for wind energy generation, and inform the design of buildings and structures that may be impacted by wind forces. They are an important tool for understanding and mitigating the impacts of wind on the environment and human activities.

GAO’s environmental anemometers are composed of cup assembly, vane assembly, sensor assembly, mounting hardware, and power source.

The other common names of anemometers are wind gauges, wind speed meters, wind velocity sensors, airflow meters, wind measurement devices, wind speed indicators, airspeed sensors, wind meters, wind velocity gauges, wind anemographs, wind vanes, and wind speed anemometers.

Here are GAO Tek’s anemometers, arranged based on their respective features , including  air volume measurement,  temperature and humidity measurement,  wind chill measurement, benchtop, cup anemometers, dust & waterproof, handheld, high-precision, hot-wire, industrial, pressure, rugged wind gauges, thermal , ultrasonic, weather monitoring, wind speed & direction gauges, and wind vane.

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GAO’s environmental anemometer have the following functions:

Weather forecasting: By collecting data on wind patterns, our anemometers can help meteorologists predict weather conditions and issue warnings for severe weather events such as hurricanes, tornadoes, and thunderstorms.
Air pollution studies: Our environmental anemometers can be used to collect data on wind patterns and air flow, which is essential for studying the dispersion of air pollutants and identifying potential sources of pollution.
Wind energy assessments: GAO anemometers are used to measure wind speeds and assess the potential for wind energy generation at a particular site.
Building design: Wind can have a significant impact on the design and construction of buildings and structures. Our anemometers can be used to collect data on wind patterns and help engineers design buildings that can withstand wind forces.
Environmental impact assessments: GAO anemometers can be used to collect data on wind patterns and help assess the potential impact of wind on the environment, such as soil erosion and damage to vegetation.

GAO’s environmental anemometers are rugged, versatile, and precision measurement instruments. They comply with applicable industry standards such as IEC 61400-12-1, ISO 9060, ASTM E337-15, WMO-No.8, and ANSI/ASME PTC 19.3-1974.

Our environmental anemometers help our customers comply with relevant U.S. government regulations such as:

Federal Aviation Administration (FAA) regulations
National Oceanic and Atmospheric Administration (NOAA) regulations
Occupational Safety and Health Administration (OSHA) regulations
Environmental Protection Agency (EPA) regulations
Department of Energy (DOE) regulations

Our environmental anemometers help our clients in complying with relevant Canadian government regulations such as:

Transport Canada regulations
Environment and Climate Change Canada (ECCC) regulations
Canadian Centre for Occupational Health and Safety (CCOHS) regulations
Canadian Environmental Protection Act (CEPA) regulations
Natural Resources Canada (NRCan) regulations

Our environmental anemometers have the following applications:

Weather forecasting: GAO anemometers are used to measure wind speed and direction, which is an important parameter in weather forecasting. Meteorologists use anemometer data to predict weather patterns, such as the formation of storms and hurricanes.
Air pollution studies: Our anemometers are used to gather data on wind patterns, which is essential for studying the dispersion of air pollutants. By analyzing wind data, researchers can identify potential sources of pollution and develop strategies to reduce emissions.
Wind energy assessment: GAO anemometers are used to assess the potential for wind energy generation at a particular site. Wind speed and direction data is collected over a period of time to determine the average wind speed and the frequency of high wind events, which are used to estimate the energy output of a wind turbine.
Building design: Our anemometers are used to collect data on wind patterns, which is essential for designing buildings and structures that can withstand wind forces. By analyzing wind data, engineers can design buildings that are more resilient to wind damage.
Environmental impact assessment: GAO anemometers are used to collect data on wind patterns, which is essential for assessing the potential impact of wind on the environment. For example, wind can cause soil erosion and damage to vegetation, and wind patterns can be analyzed to identify areas that are more vulnerable to these impacts.
Aviation: Our anemometers are used in aviation to measure wind speed and direction, which is important for aircraft takeoff and landing, as well as for weather forecasting and turbulence prediction.

Our environmental anemometers can be shipped overnight within the continental U.S. and Canada, and can be shipped globally.

Anemometer Resources and Guides

FAQs on Anemometers

How to Choose an Anemometer

How To Select an Anemometer

Components of an Environmental Anemometer

Operation, Maintenance & Calibration of an Anemometer

Customers of Anemometers in the U.S. and Canada

Applications of Anemometers in Sports and Recreation

Applications of Anemometers in Maritime and Oceanography

Applications of Anemometers in Outdoor Event Planning and Safety

Applications of Anemometers in Environmental Monitoring

Applications of Anemometers in Aviation and Aerospace

Applications of Anemometers in Automotive Testing and Aerodynamics

Applications of Anemometers in Agriculture and Crop Management

Applications of Anemometer in HVAC Industry

Applications of Anemometers in Greenhouse and Indoor Plant Cultivation

Applications of Anemometers in Meteorology and Weather Forecasting

Application of Anemometers in Utilities Industry

Applications of Anemometers in Educational Services Industry

Applications of Anemometers in Forestry Industry

Applications of Anemometers in Mining Industry

Applications of Anemometers in Quarrying Industry

Applications of Anemometers in Manufacturing Industry

Applications of Anemometers in Oil and Gas Extraction Industry

Applications of Anemometers in Real Estate and Rental and Leasing Industry

Applications Of Anemometers in Industrial Ventilation and Exhaust Systems

Applications of Anemometers in Energy Efficiency Studies Industry

Applications of Anemometers in Environmental Monitoring Industry

Applications of Anemometers in Firefighting and Smoke Control Industry

Applications of Anemometers in Sporting Events

Applications of Anemometers in Mining and Tunneling Industry

Applications of Anemometers in Construction Industry 

Applications of Anemometers in the Agriculture and Crop Management Industry

Applications of Anemometers in the Environmental Impact Assessments Industry

Applications of Anemometers in Research and Scientific Studies

Applications of Anemometer in Research Balloon Launches Industry

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Our products are in stock and can be shipped overnight to Continental U.S. and Canada from one of our local warehouses. If you have any questions, our technical experts can help you. Please fill out this  form or  email us.