Mast H=6m with ground earthing L=3000 KM FW106AL

Protection against atmospheric discharges

This 6-meter high aluminum lightning rod is an effective way to protect buildings and installations from the effects of lightning strikes. It is designed to protect objects where high efficiency of lightning protection is required. The mast design is designed for easy installation and durability, and the materials used guarantee resistance to corrosion and weather conditions.

Construction and assembly

The mast consists of a 6-meter high aluminum element and a grounding base driven into the ground. The base, made of galvanized steel, provides stable seating of the mast and effective discharge of current to the ground. The set also includes a connector for connecting the lightning conductor, which facilitates the integration of the mast with the existing installation. The entire structure is lightweight yet durable – aluminum provides corrosion resistance and long-term operation. A 3-meter long grounding rod ensures effective dissipation of atmospheric discharge energy into the ground.

Application and benefits

The lightning rod is used wherever there is a risk of lightning strikes – in residential, farm, industrial buildings, as well as in critical infrastructure. Its installation allows for:

• Effective protection: Protects protected objects from damage caused by atmospheric discharges.
• Durability: Construction of aluminum and galvanized steel guarantees resistance to corrosion and long life.
• Easy installation: Complete set with base and connector simplifies the installation process.
• Safety: Minimizes the risk of fire and damage to electrical equipment caused by a lightning strike.
• Compliance with standards: The product meets the requirements for lightning protection (check current standards).

Remember that proper installation of the lightning rod and its connection to the grounding system is crucial to ensure effective protection. If in doubt, it is worth consulting a specialist in the field of lightning protection.