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The Standard Electric Angle Tower stands as a pivotal component in the electrical transmission network, engineered from premium-grade steel for enduring stability and resilience. Its angular architecture enhances its ability to withstand diverse climatic challenges, ensuring uninterrupted power flow. This tower’s design facilitates efficient distribution of electrical energy over long distances, making it an indispensable asset for utility companies. With its straightforward assembly and minimal maintenance requirements, it represents a practical investment in the reliability of power infrastructure.
| No | Item | Data |
| 1 | Height | From 10M-100M or according to client's requirement |
| 2 | Suit for | Electric Power Transmission and Distribution |
| 3 | Shape | Polygonal or Conical |
| 4 | Material | Normally Q235B/355B/420B/420C...Yeild Strength≥235MPa |
| 5 | Q355B,Yeild Strength≥345MPa | |
| 6 | As well as Hot Rolled coil from ASTM572,GR65,GR50,SS400 | |
| 7 | Power Capacity | 10kV to 1000kV |
| 8 | Tolerance of the dimension | According to client's requirement |
| 9 | Surface treatment | Hot-dip-any other standard by client's requirement |
| 10 | Joint of Poles | Slip joint,flanged connected |
| 11 | Standard | SOI9001:2015, Products are processed in strict accordance with GB/T2694-2018,DL/T646-2012,YD/T757-2013 and other national standards |
| 12 | Length of per section | Within 13M once forming |
| 13 | Welding Standard | AWS(American Welding Society)D 1.1 |
| 14 | Production Process | Raw material test-cutting-bending-welding-dimension verify-flange welding-hole drilling-sample assemble-surface clean-galvanization or power coating/painting-recalibration-packages |
| 15 | Packages | according to client's requirement |
| 16 | Life Period | lifetime warranty,it is according to installing environment |
Versatility: The standard power angle steel tower is designed to be flexible and able to adapt to different voltage levels and line routes, supporting multi-circuit power transmission. This versatility enables it to effectively transmit power in complex terrain and environmental conditions, such as mountains, plains or across rivers.
Low Maintenance Costs: The relatively simple structure of the angle steel tower and the good corrosion resistance and durability of the material make it less in need of maintenance and repair during long-term operation. This low maintenance cost feature saves the grid operator a lot of O&M costs.
High Reliability: Standard power angle towers use high-quality angle steel as the main material, which ensures the structural strength and stability of the tower through precise calculation and design. Even under extreme weather conditions, such as high wind, hail, etc., it can maintain the stable operation of transmission lines and ensure the reliability of the power grid.
Strong environmental adaptability: The design of the angle steel tower takes into account the influence of different environmental factors, such as wind speed, seismic level, etc. By adjusting the design parameters of the tower, such as tower height and leg spacing, etc., the tower is able to adapt to a variety of complex geographic and climatic conditions, ensuring the safe and stable operation of the transmission system.
