Embedded Pole
Release time：2024-10-23
No. | Technical Data | Unit | Parameter Value |
1 | Rated voltage | kV | 12 |
2 | Rated current | A | 1250 |
3 | Rated frequency | Hz | 50/60 |
4 | Rated short-time power frequency withstand voltage (1min) | kV | 42 |
5 | Rated lighting impulse withstand voltage (peak) | kV | 75 |
6 | Rated short-circuit breaking current | kA | 25 |
7 | Contact closing force due to bellows and atmosphere | N | 120±40 |
8 | Counterforce at rated contact stroke | N | 180±50 |
9 | Circuit resistance at rated contact force | µΩ | ≤25 |
10 | Rated added external contact final force | N | 2500±200 |
No. | Dimension Data | Unit | Value |
1 | Diameter | mm | ¢124 |
2 | Install height | mm | 485 |
Embedded Pole is a crucial component in various applications, offering stability and support. It is designed to be firmly implanted or embedded within a structure or environment.
These poles are typically made of durable materials such as steel or other alloys, ensuring their strength and longevity. Their construction allows them to withstand significant loads and forces, making them suitable for a wide range of uses.
In the context of infrastructure, embedded poles play a vital role. They can be found in utility poles for power lines, providing a secure foundation for the transmission of electricity. These poles are engineered to resist wind, weather, and other external factors that could potentially cause damage.
In the construction industry, embedded poles are used in the erection of buildings and structures. They help to support the framework and ensure the stability of the entire construction. The poles are precisely installed to meet the specific requirements of the project.
Embedded poles also have applications in the manufacturing and industrial sectors. They may be used to mount equipment or machinery, providing a stable base for their operation. This helps to ensure smooth and efficient production processes.
The design of embedded poles takes into account various factors such as the weight they need to support, the environmental conditions they will be exposed to, and the specific application requirements. They often have features like threaded ends or connection points to facilitate attachment to other components.
Installation of embedded poles requires precision and expertise. Special tools and techniques are used to ensure that they are correctly positioned and firmly anchored. This guarantees their effectiveness and safety.
The surface finish of embedded poles is often treated to enhance their durability and resistance to corrosion. This helps to prolong their lifespan and maintain their performance over time.
Overall, embedded poles are an essential element in many fields, providing reliable support and stability. Their strength and durability make them a valuable asset in various applications, from infrastructure to manufacturing. Whether it's for power transmission, construction, or industrial processes, embedded poles play a critical role in ensuring the success and safety of the operations they are a part of.
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Contact person: Emily
Contact person: Syllvia