Aluminum lightning rod mast 3.5m 62003509

Protection against atmospheric discharges – regardless of the roof structure

This 3.5-meter high aluminum lightning rod is a key element of the surge protection system. It provides effective protection of metal roof elements, such as skylights, air conditioners, ventilation units, or ventilation ducts, against the effects of direct and indirect lightning strikes. Its versatility makes it suitable for both new construction and modernization of existing installations.

The aluminum mast is characterized by its light weight and corrosion resistance. Its design allows for mounting in various configurations, and the range of connection diameters (16-40 mm) allows for easy adaptation to existing lightning protection system elements. The raw surface finish allows for customization of the appearance to match the building's aesthetics – it can be painted or coated with a protective layer.

Installation and application – for professionals and end users

The mast is intended for protecting objects where direct connection to down conductors is difficult or impossible. Using the mast creates a protective zone around the protected element. Proper mounting requires appropriate brackets adapted to the type of substrate (e.g., wall bracket – 66000205). This ensures stable and effective installation even in strong winds.

• Device protection: Ideal for protecting devices mounted on the roof, such as air conditioners or fans.
• Installation flexibility: The adjustable connection diameter simplifies integration with existing lightning protection systems.
• Durability: Aluminum construction guarantees corrosion resistance and long-term use.
• Warranty: A 5-year warranty provides peace of mind and investment security.
• Versatility: Suitable for both new buildings and modernization of existing installations.

Remember to select appropriate mounting brackets depending on the specifics of the roof or device! A properly selected and installed lightning rod is an investment in the safety of the building and its users.