Hot Dip Galvanized GFL Triangular Steel Lightning Protection Tower

As one of professional manufacturers, Xuteng Iron Tower would like to provide you high quality Hot Dip Galvanized GFL Triangular Steel Lightning Protection Tower. And we will offer you the best after-sale service and timely delivery. The hot dip galvanized GFL triangular steel lightning protection tower is suitable for various buildings.

Lightning protection principle of lightning protection tower: A lightning current terminal is installed on the lightning protection tower. The lightning current terminal is a non inductive, low impedance metal inner conductor down lead 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 the building or tower, Eliminate the lightning current intensity that restricts the entry of lightning into the ground, so that the protected equipment can reduce the harm of backlash and induced overvoltage. The protection range is calculated according to the national standard GB50057 rolling ball method.

Lightning protection tower application: mainly used for lightning protection projects in various buildings, especially in refineries, gas stations, chemical plants, coal mines, communication, radar stations, airports, positions, PHS, and various types of direct lightning protection, as well as important places such as building roofs, power plants, forests, fuel depots, meteorological stations, factory workshops, and paper mills. In flammable and explosive workshops, lightning protection towers should be installed in a timely manner. Due to climate change, lightning disasters continue to worsen, and many buildings are now equipped with lightning protection towers, especially stainless steel decorative lightning protection towers on the roof

Lightning protection principle of lightning protection tower: A lightning current lightning arrester is installed on the lightning protection tower. The lightning current lightning arrester is a non inductive, low impedance metal inner conductor down lead 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 impedance of the iron tower, avoiding electrification of buildings or iron towers, eliminating the lightning current intensity that restricts lightning entering the ground, and reducing the harm of counterattack and induced overvoltage to the protected equipment. The protection range is calculated according to the national standard GB50057 rolling ball method.

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.