Anemometer supports SOS distress signals, GNSS positioning, and weather forecasting

Anemometer can measure wind speed, wind direction, temperature, humidity, atmospheric pressure, light intensity, radiation, and runway temperature in real time. It is equipped with SOS distress signals, an electronic compass, weather forecasting, and GNSS positioning. It supports wireless transmission and cloud platform uploads and is suitable for construction machinery, ports, airports, and other fields.

Anemometer is a portable meteorological observation instrument, easy to carry and operate, integrating wind speed and direction measurement with monitoring of multiple meteorological elements. In terms of measurement functions, the instrument can simultaneously collect multiple parameters such as wind speed, wind direction, temperature, humidity, atmospheric pressure, light intensity, total radiation, ultraviolet radiation, and runway temperature. The wind speed measurement range is 0 to 40 meters per second, with an accuracy of ±1 meter per second and a resolution of 0.01 meters per second; the wind direction measurement range is 0 to 359 degrees, with an accuracy of ±1 degree and a resolution of 1 degree. These measurements provide real-time meteorological information for users in industries such as construction machinery, railways, ports, docks, power plants, meteorology, cableways, environmental monitoring, greenhouse cultivation, and aquaculture.

In addition to basic meteorological measurement functions, this instrument integrates multiple outdoor auxiliary functions. The built-in SOS distress signal function can send a distress signal in emergencies, and the electronic compass assists users in determining direction. The 3-hour weather forecast function performs trend analysis based on real-time meteorological data, and the human comfort index provides a reference for perceived comfort based on temperature, humidity, and wind parameters. A radio silence mode can shut down wireless communication in specific scenarios to avoid signal interference, the GNSS positioning module obtains precise location information, and the runway temperature measurement function provides dedicated parameters for airfield maintenance.

Regarding data interaction, the anemometer supports wireless transmission (4G Cat1) and WiFi uploads to a cloud platform or local area network server. Users can read historical data stored internally via a USB interface. Data can be uploaded to the cloud platform in real time for remote management and historical trend analysis. This instrument is suitable for airports, where runway temperature, wind direction, and wind speed data provide crucial meteorological information for aircraft takeoff and landing. In meteorological observation and environmental monitoring, the instrument provides wind field data for air quality assessment and pollution source dispersion analysis. At construction sites, ports, and wind farms, wind speed and direction measurements are used for construction safety and wind resource assessment. Industries such as bridge and tunnel construction and cableway transportation use the instrument to monitor wind loads and ventilation conditions, while greenhouse cultivation and aquaculture utilize temperature, humidity, and light radiation data to optimize the growing environment, providing reliable mobile meteorological monitoring solutions for various sectors.