Altai Tower Co., Ltd

Quick Answer To design a radar support tower , a client must provide five critical categories of information: (1) Radar Equipment Specifications (weight, dimensions, center of gravity, and wind area); (2) Site Environmental Data (design wind speed, ice loads, seismic zone, and soil conditions); (3) Performance Requirements (required natural frequency, deflection limits, and operational lifespan); (4) Interface and Integration Details (mounting patterns, cable routing, and power requirements); and (5) Applicable Regulatory Standards (TIA-222, IBC, or local building codes). Missing or inaccurate data in any of these categories can lead to a tower that either fails to support the radar accurately or is over-engineered, wasting capital. Key Takeaways · Weight is not enough; you need the Center of Gravity (CG): The exact vertical and horizontal location of the radar's center of gravity dictates the bending moment at the tower base. · The Radome is a wind sail: You must provide the ...

Quick Answer A radar tower is designed for wind load through a rigorous, physics-based process that treats the structure as a precision instrument under lateral assault . The design begins by calculating the Effective Projected Area (EPA) of everything the wind “sees”—the open lattice frame, the radar pedestal, and most critically, the large radome, which acts as a sail. This area is multiplied by the site-specific design wind pressure (often specified as a 3-second gust of 250 km/h or higher for critical installations) to determine the total overturning force. Because even a fraction of a degree of deflection can corrupt radar data, the tower is then engineered for exceptional stiffness, with strict deflection limits (e.g., 0.1° at design wind speed) and a natural frequency tuned to avoid resonance with wind or the rotating antenna. Key Takeaways · The Radome is the Dominant Wind Sail: The large protective dome (often 8–15 m in diameter) presents a massive, solid surface to the win...