Portable anemometers accurately detect multiple meteorological parameters

These portable anemometers are easy to operate, equipped with precision sensors to measure wind speed, direction, and average wind speed. An internal storage chip stores long-term monitoring data, making them suitable for field meteorological monitoring across various industries.

As mobile meteorological observation devices, these compact and lightweight instruments allow personnel to easily carry them for on-site surveys. The learning curve is low, requiring minimal time investment in operation. Internally, the instrument incorporates precision sensors and an intelligent processing chip, simultaneously collecting multiple wind-related meteorological elements, primarily including instantaneous wind speed, direction, and average wind speed. All measurements maintain stable accuracy.

The portable anemometer has standardized measurement parameters. Wind speed and average wind speed measurement ranges from 0-60 m/s, with a measurement accuracy controlled within ±0.3 m/s and a numerical resolution of 0.01 m/s. Wind direction monitoring covers a 0-360° omnidirectional angle, with a detection accuracy of ±3° and a minimum resolution angle of 0.1 degrees, capable of capturing subtle wind direction changes in the environment. The device is equipped with a large-capacity FLASH storage chip, capable of storing at least one year's worth of wind monitoring records, eliminating the need for frequent data export and clearing during long-term field surveys. The device features a Type-C communication interface; after connecting to a computer, staff can batch retrieve, organize, and analyze all stored meteorological monitoring data, improving subsequent data research.

The portable anemometer is suitable for most industry scenarios requiring wind monitoring. This equipment can be used for routine field inspections by meteorological departments, atmospheric flow monitoring by environmental protection departments, airport airspace environmental surveys, agricultural and forestry environmental surveys, data collection at hydrological stations, ventilation checks at storage sites, and field experiments for scientific research projects. In addition, the wind power industry and road traffic environmental surveys often rely on anemometers to obtain real-time wind conditions. The equipment is not limited by site conditions and can operate stably in various environments, including indoors and outdoors, providing reliable raw meteorological monitoring data for various projects.