Wind Monitoring Tower fabrication focuses on structural rigidity to minimize vibration, which is essential for capturing laminar wind flow and preventing data interference. Constructed from high-tensile Q235B or Q345B steel, these towers feature a hot-dip galvanized coating of at least 86μm (ISO 1461), providing a maintenance-free service life exceeding 50 years even in high-salinity coastal areas.
Parameter
| Parameter Category | Core Indicators |
| Basic Parameters | Tower height (10-60m), Tower body diameter (bottom φ600-1200mm, top φ200-400mm), Taper (1:50~1:100) |
| Main Material Parameters | Steel pipe material (Q345B/Q355B), Wall thickness (6-20mm, gradually changing with height), Connection method (Flange/Welding) |
| Load Parameters | Design wind speed (30-50m/s), Antenna load (single arm ≤800kg, maximum 4 arms), Seismic resistance level (≥8 degrees) |
| Ancillary Facilities | Built-in ladder, Maintenance platform (one every 10-15m), Feeder cable rack (arranged along the tower body) |
| Corrosion Protection Parameters | Hot-dip galvanizing layer thickness (steel thickness ≤-5, galvanizing layer ≥55μm; steel thickness ≥-6, galvanizing layer ≥85μm) or fluorocarbon paint coating (weather resistance ≥25 years) |
Primary Applications and Functions
The Wind Monitoring Tower is an indispensable tool for several scientific and industrial sectors:
Wind Farm Assessment: Gathering long-term wind speed and direction data to determine the financial bankability of renewable energy projects.
Meteorological Research: Supporting high-altitude atmospheric sensors for climate tracking and weather forecasting by national agencies.
Aviation Safety: Serving as wind shear detection masts near airports to ensure safe takeoff and landing conditions for aircraft.
Industrial Monitoring: Providing a stable platform for environmental sensors to track air quality and emission dispersal at large-scale industrial complexes.
Frequently Asked Questions (FAQ)
1. How do you ensure the tower remains stable for sensitive measurement equipment?
Our engineering team calculates the steel grade and lattice density based on your local wind speed (up to 200km/h) and seismic data. We design the structure to minimize sway and vibration, which is critical for the accuracy of anemometers and other high-precision meteorological sensors.
2. Can the tower be customized for different sensor configurations?
Yes. As a direct manufacturer, we can customize the mounting arms, sensor brackets, and cable trays to accommodate specific brands and models of meteorological equipment. We provide technical drawings during the design phase to ensure perfect compatibility with your instrumentation.
3. What is the expected service life in extreme environments?
Thanks to our heavy hot-dip galvanizing process, the steel is protected against rust for 50 to 100 years. This treatment creates a metallurgical bond that prevents corrosion even in harsh environments like coastal wind sites or high-humidity tropical regions, making the towers virtually maintenance-free.
Our Factory
Hebei Yifeng Steel Structure Co., Ltd. operates a specialized manufacturing base in Jing County, a global hub for steel tower production. Our facility is equipped with 12 automated CNC angle steel production lines that deliver a hole alignment accuracy of within ±0.5mm, ensuring that every structural joint fits perfectly for safe and rapid field installation. As a direct manufacturer, we offer wholesale partners full customization for tower heights (ranging from 60m to 120m) and specialized sensor mounting brackets. By managing everything from structural design to in-house galvanizing, we provide competitive factory pricing and stable lead times for international infrastructure projects.
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