Regular checks and upkeep are crucial for spotting and fixing lightning rod problems.  Lightning rods can get corroded or rusty from being out in the weather, which can make them less effective and more likely to get damaged by lightning. Moreover, Lightning rods need strong connections to work properly and safely. If these connections are loose or broken, the system won’t work as well.

NOVA Lightning Protection experts will look for any signs of corrosion or rust and fix them right away. This might mean cleaning or changing parts to keep the lightning rod system working well. Inspectors will find any loose or broken connections and fix them. This could mean tightening, repairing, or replacing parts to make sure the lightning rod system is secure and reliable.

During inspections, key components we check include:

  • Air terminals (lightning rods)
  • Conductors and their connections
  • Grounding system and ground rods
  • Bonding connections
  • Surge protection devices
  • Structural attachments and hardware
  • Insulation around conductors
  • Signs of corrosion or wear

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    How Often should Lightning Protection Systems be Inspected?

    Lightning protection systems should be inspected regularly to ensure they remain effective and in good condition. The frequency of inspections can vary based on several factors, but general guidelines are as follows:

    1. Initial Inspection: After installation, a comprehensive inspection should be performed to ensure the system meets all relevant standards and is properly installed.
    2. Annual Inspections: It is recommended to conduct a thorough inspection of the lightning protection system at least once a year. This helps identify and address any wear, damage, or issues that may have arisen over time.
    3. Post-Lightning Strike Inspections: If the building or structure has experienced a lightning strike, an immediate inspection should be conducted to assess any damage to the system and make necessary repairs.
    4. After Major Renovations or Modifications: Any significant changes to the structure, such as renovations, additions, or modifications, should be followed by an inspection of the lightning protection system to ensure it still provides adequate coverage and complies with current standards.
    5. Periodic Inspections for High-Risk Environments: In areas with high lightning activity, corrosive environments (such as coastal areas), or where the structure houses sensitive equipment, more frequent inspections may be warranted, potentially biannually or quarterly.

    By adhering to a regular inspection schedule and addressing any issues promptly, the lightning protection system can continue to provide effective protection against lightning strikes.