I.Product Features
When a thundercloud forms, an electric field is created between the cloud and the ground, which can reach 14 kilovolts per meter. This causes corona discharge to begin on the raised parts of the ground or on metal parts.
When a down conductor forms inside a thundercloud, the lightning strike begins. The down conductor charges develop in a stepwise manner toward the ground, and the down conductor charges establish an electric field on the ground.
A traveling lightning conductor forms when a building or object on the ground generates an upward-propagating wave. This upward wave travels upward until it merges with the downward conductor, at which point the lightning current flows through the formed channel. A single building on the ground may produce multiple conductors, and the first upward conductor to meet the downward conductor determines the location of the lightning strike.
The working principle of the TW-2500 pre-discharge lightning rod is to generate an upstream lead that is faster than that of a normal lightning rod.
Excellent performance:
Under the same conditions (height), the "TW-2500" ordinary lightning rod has a large protection range
Lightning strike is more accurate, reducing the probability of a lightning strike on the non-lightning rod body
The lightning contact voltage is not ordinary, and the lightning rod is lower
Safe and reliable: no radioactive elements, stainless steel material, corrosion resistance, strong wind resistance
Maintenance-free: no power supply, no energy-consuming components
Easy to install: lightweight, no need to add coaxial shield cable
attractive appearance
II.Scope Of Application
Large public facilities (universities, hospitals, sports stadiums, gas stations, highways, government offices, high-rise office buildings), civil buildings (high-rise residences, villas, farms, grain warehouses), military installations (radar stations, barracks, missile bases, military warehouses), historic buildings, industrial facilities (factories, hazardous material warehouses, substations), communication infrastructure (base stations, TV/microwave towers, radio stations)
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