Wireless Wind Monitoring System Applications Across Scenarios

In the fields of meteorological monitoring, industrial operations, new energy and others, the accurate capture and efficient transmission of wind speed and direction data are the core prerequisites for ensuring safety and optimizing efficiency. The FST100-2116A Wireless Wind Speed and Direction Monitoring System breaks the constraints of wiring with its integrated design and adapts to extreme scenarios with high-performance capabilities, providing stable and reliable environmental perception solutions for multiple industries.

The system adopts a three-in-one integrated design combining wind speed measurement, direction measurement and wireless transmission, with comprehensive upgrades from core performance to structural protection. Equipped with high-performance built-in sensors, it can accurately capture air flow changes in 16 wind directions. The accuracy and stability of data collection far exceed those of traditional devices, providing precise data support for decision-making. The outer casing of the system is made of PC+nylon material, which offers excellent corrosion resistance and wind resistance. Combined with the multi-level lightning and surge protection design complying with CE EMC standards, it can easily withstand the erosion of harsh industrial environments.

Wireless transmission capability is the core advantage of the product. The system supports dual wireless communication modes: 4G-CAT1 and LoRa point-to-point transmission, along with a backup RS485 wired communication solution. It achieves seamless long-distance data transmission, completely solving the problem of long-distance wiring and significantly reducing construction and maintenance costs. The circuit of the system adopts fault-tolerant design, which prevents equipment damage even in case of wrong wiring, further enhancing the safety and durability of on-site use.

With its wide adaptability, the wireless wind speed and direction monitoring system can be widely applied in various industry scenarios. In the field of engineering machinery, it provides real-time wind condition monitoring for aerial work equipment such as cranes and tower cranes, avoiding strong wind risks. In port and dock scenarios, it resists high salt spray corrosion and provides safety guarantee for the operation of loading and unloading machinery. Meanwhile, it is suitable for industrial scenarios such as power plants, railways and cableways, as well as civil fields including meteorological monitoring, agricultural greenhouses and environmental regulation, realizing full-scenario coverage both indoors and outdoors.

The system adopts 12-30V wide-voltage DC power supply, with an operating temperature range of -20℃～+60℃. The slave unit has an IP65 high protection level to adapt to harsh outdoor environments, while the host unit has an IP54 protection level to meet indoor monitoring needs. It can be quickly deployed and put into use without complex debugging, building a full-chain wind condition monitoring system of "accurate collection - stable transmission - safe application" for users in various industries.