Views: 2 Author: Site Editor Publish Time: 2025-12-01 Origin: Site
Why are anemometers needed during tower crane construction?
Cranes operation in windy conditions could create a potentially dangerous situation. The wind forces exerted on both the crane and the load can affect the strength and stability of the cranes.
Tower crane anemometers are critical safety devices used to monitor ambient wind speed in real time. They play an irreplaceable role in ensuring the safe operation of tower cranes in strong winds and preventing overturning accidents.
What are the functions of a wireless anemometer?
1.Real-time monitoring and display
2.Early warning and alarm
3.Safe operation guarantee
4.Data recording and traceability: Advanced models can record historical wind speed data, facilitating accident analysis, safety management, and compliance checks.
What are the advantages of wireless anemometers compared to traditional wired anemometers?
1. Easy installation and significantly reduced costs
2. Extremely flexible deployment and high mobility
3. Supports remote and centralized monitoring
4. High scalability: Other wireless sensors (such as temperature, humidity, tilt angle, and stress) can be easily added to build an integrated wireless safety monitoring system.
5. Convenient maintenance
Why are wireless anemometers more recommended?
1. Wireless anemometers represent the modernization of wind speed monitoring technology.
2. They solve the inherent pain points of traditional wired equipment, greatly expanding application boundaries.
3. They are key sensing nodes for building intelligent safety monitoring systems and smart city infrastructure in the Internet of Things era.
4. For the safety management of high-altitude mobile equipment such as tower cranes, it has become the optimal and mainstream solution.
A tower crane anemometer is an indispensable "weather sentinel" for modern tower cranes. It transforms the invisible wind into intuitive data, serving as the first line of technical defense against wind-related accidents.
