500kV/750kV Power Transmission Line 4 Legs Steel Tubular Tower
This 4 Legs Steel Tubular Tower is a high-performance transmission tower designed for efficient power distribution. Featuring a balanced cross-arm structure on both sides, this tower is engineered to handle high-voltage transmission lines, ensuring superior stability and load-bearing capacity. Its symmetrical design optimizes weight distribution, reducing structural stress and enhancing durability under various environmental conditions.
· Voltage Compatibility : Ideal for 500kV/750kV transmission lines.
· Symmetrical Cross-Arm Design : Provides even load distribution, minimizing mechanical stress.
· High Wind and Seismic Resistance : Designed to withstand extreme weather conditions.
● Galvanized Steel Tubular Structure : Corrosion-resistant for long service life and minimal maintenance.
● Optimized for Heavy Load Capacity : Suitable for high-power transmission across long distances.
Product display
Base and Vertical Members
· This tower is built on a robust four-legged configuration where four identical tubular steel members form the vertical supports. Each leg is precisely fabricated from high-strength, galvanized steel and is arranged in a symmetrical, rectangular (or square) pattern to provide even load distribution. The uniform spacing ensures that vertical loads (such as the weight of the conductors, insulators, and attached equipment) are equally shared, reducing local stress concentrations.
Cross-Arm Assembly
· Horizontal crossarms are installed at predetermined heights on both sides of the tower. These crossarms are engineered to support multiple transmission lines and are designed with reinforced connections to the main legs. The symmetrical placement not only balances the mechanical loads but also provides optimal spacing for electrical clearances, ensuring safe operation under both normal and extreme conditions.
"Powering the Future with Strength and Stability"
Diagonal Bracing and Structural Reinforcements
· Diagonal braces extend between the vertical members, connecting the legs and crossarms. This network of braces stabilizes the structure against lateral forces from wind and seismic events. The braces are designed to be both strong and flexible, absorbing dynamic loads while preserving the overall integrity of the tower.
Dual Surface Treatment
· The tower is hot-dip galvanized for robust corrosion protection, while its crossarms are powder-coated for a sleek, UV-resistant finish. This dual approach enhances durability, reduces maintenance, and improves aesthetics.
Applications
· Ideal for high-voltage applications (500kV-750kV) in regions with harsh weather, high winds, or seismic activity. Its balanced design makes it perfect for both urban and rural power distribution networks requiring robust and uniform load management.