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This two level structure features a Class I Aluminum Lightning Protection system above the roof with down conductors concealed within the concrete tilt-up wall panels. Bonding plates were cast into the pour to interconnect the conductors.
Located near the University of Oklahoma, this 915 bed apartment complex features a Class I and Class II lightning protection system. Based on the height exceeding 60', a below grade ground loop conductor was installed for equipotentialization.
Billed as the first new gates at O'Hare International Airport in 20 years, this installation utilized a Class I aluminum lightning protection system while relying on the structural steel framework to carry the lightning current to earth.
This new casino and site lighting poles features an aluminum lightning protection system tied to the structural steel framework. Bonds to steel at the base of the structure complete the lightning protection system.
To aid in aesthetics, decorative finials adorn the architectural turret on this recently completed expansion to City Hall. The remainder of the system is a Class I aluminum lightning protection system with concealed down conductors.
Being a modern technology center, this building is being protected by an aluminum lightning protection system with special care and consideration given to safely and effectively incorporate roof mounted solar panels.
Conductors interconnect and carry current between strike termination devices and grounding electrodes.
Stamped cable holders efficiently secure lightning protection conductors to a variety of surfaces.
Our innovative universal base allows the air terminal to be installed either horizontally or vertically.