Lightning Protection System For Building

Innovative installer friendly components make harger the leading provider of lightning protection equipment.

Lightning protection system for building.

Contrary to the myths lightning protection systems. Provide a lightning protection system in accordance with bs 6651 and iec 61024 to protect the building structure and personnel from the risk of a lightning strike. A lightning protection system that meets national safety standards of nfpa 780 and. Lightning protection systems are designed first and foremost as fire protection systems to stop the building from burning down and losing the people and equipment inside.

When a lightning protection grounding network is in place the strike is intercepted and directed to ground without impact to the structure occupants or contents. These materials and components are ul listed and specially manufactured for lightning protection. In a lightning protection system a lightning rod is a single component of the system. The primary reason for a lightning protection system is to route that electrical energy to a less destructive path to ground instead of traveling through the building s electrical wiring water piping structure or low voltage cabling paths where it could create significant chaos inside the building.

Lightning protection system designing buildings wiki share your construction industry knowledge. Lightning rods come in many different forms including hollow solid pointed rounded flat strips or even bristle brush like. A lightning protection system s only purpose is to ensure safety to a building and its occupants if lightning happens to hit it directly a task accomplished by providing a good safe path to ground for the lightning to follow. In fact some of the world s tallest structures such as the willis.

A lightning protection system does. A reliable lightning protection system lps must encompass both structural lighting protection and transient overvoltage electronic systems protection. The lightning rod requires a connection to earth to perform its protective function. Simply stated a structural lightning protection system cannot and will not protect the electronic systems within a building from transient overvoltage damage.

These create a channel of plasma air for the huge downward currents of a lightning strike. Bringing metallic services into a structure provides paths for lightning to follow from the outside environment to create hazards within. A lightning strike can exceed 100 million volt amps. These products are also backed by the foremost lightning protection design department in the world today.