Four Column Corner Roof Lightning Protection Tower

As one of professional manufacturers, Xuteng Iron Tower would like to provide you high quality Four Column Corner Roof Lightning Protection Tower. And we will offer you the best after-sale service and timely delivery.

Lightning protection tower is a common tower type lightning protection device. Alias: Lightning rod tower, steel structure lightning rod, tower type lightning rod.

According to the different materials used, it can be divided into "round steel lightning protection tower" and "angle steel lightning protection tower", and can be divided into "lightning rod tower" and "lightning wire tower" according to different functions. Round steel lightning protection towers are widely used due to their low cost. The lightning protection tower can be made of round steel, angle steel, steel pipes, single steel pipes, etc., with a height range of 10-200 meters.

Lightning protection tower is the process of releasing lightning overvoltage sensed or directly received by the building's lightning arrester and power electronic system to the ground through down conductors connected to the tower and grounding system. Because the resistance of the earth and the resistance of the down conductor are very small, while the resistance of the building itself is large, lightning overvoltage will be introduced into the earth from the down conductor. Thus achieving lightning protection and lightning protection effects.

The principle of lightning towers is the same as lightning rods, reducing lightning disasters. Using steel pipes as the tower column material, the wind load coefficient is small and the wind resistance is strong. The tower column is connected with an outer flange plate, and the bolts are tensioned, which is not easy to damage. It saves steel, has a small heel opening, occupies a small area, and saves land resources.

The four corner lightning avoidance tower uses steel pipes as the tower pillar material, with a small wind load coefficient and strong wind resistance. The tower pillars are connected by external flanges, and the bolts are tensioned, which is not easy to be damaged, reducing maintenance costs. The tower pillars are arranged in a triangular shape, saving steel, having a small heel opening, occupying a small area, saving land resources, convenient location selection, light weight of the tower body, convenient transportation and installation, and a short construction period. The tower type is designed according to the wind load curve, with smooth lines, In rare wind disasters, it is not easy to collapse, and the design to reduce human and animal casualties complies with the national steel structure design specifications and tower and mast design regulations, making the structure safe and reliable.

Using steel pipes as the tower material, the wind load coefficient is small, and the wind resistance is strong. The tower is connected with external flanges, and the bolts are tensioned, which is not easy to damage, reducing maintenance costs. The tower is arranged in a triangular shape, saving steel, with small heel opening, occupying a small area, and saving land resources. The site selection is convenient, and the tower body is light. Transportation and installation are convenient, and the construction period is short. The tower type is designed according to the wind load curve, with smooth lines and is not easy to collapse in rare wind disasters, The design to reduce human and animal casualties complies with the GB steel structure design code and tower and mast design regulations, and the structure is safe and reliable. Due to climate change, lightning disasters continue to worsen, and many buildings are equipped with lightning protection towers, especially stainless steel decorative iron towers on the roof. The shapes are diverse, the appearance is beautiful, and the design is unique and innovative. It is widely used in various types of buildings, such as rooftops, squares, and green spaces in residential areas, to complement the buildings, Becoming a landmark decorative building in the city. The principle of lightning towers is the same as lightning rods, reducing lightning disasters. The main function of lightning protection (lightning rod) tower products is to release the lightning overvoltage induced or directly received by the building lightning arrester and power electronic system to the ground through the down conductors connected to the tower body and grounding system (grounding grid grounding electrode). Because the resistance of the ground and the resistance of the down conductor are very small, while the resistance of the building itself is large, lightning overvoltage will be introduced into the ground from the down conductor, achieving lightning protection and lightning protection effects.

A lightning current lightning arrester is a non inductive, low impedance metal inner conductor down conductor that transports the lightning current after lightning protection to the ground and prevents side strikes and electrification of the protected antenna tower or building. In most cases, the impact of electrostatic field cables is less than 1/10 of the tower impedance, avoiding electrification of buildings or towers, eliminating lightning and limiting the current intensity into mines, and reducing the harm of counterattacks and induced overvoltages on protected equipment. The protection range is calculated according to the national standard GB50057 rolling ball method.

Lightning protection towers are widely used, and they can often be seen in various places such as refineries, coal mines, communication base stations, oil depots, forests, power plants, meteorological stations, etc.