Compliance with NFC 17-102:2011 and IEC 62305 standards and equivalent country standards
Accessory for grounding systems. The strips have a 3×3 mm cross-section, with dimensions of 1000×1000 mm (L×W), and weigh 4.5 kg. The grid is designed to improve grounding in lightning protection systems.
A copper grid is preferred under the following conditions, compared to a lightning rod grounding system with ground rods:
– Low Conductivity Soil: In areas where the soil is poor in natural conductors, such as rocky or sandy soils, a copper grid can provide better current dispersion.
– Ease of Implementation: In rocky or very hard soils, if driving ground rods is difficult or even impossible, a grounding grid solution is often preferred.
– Large Area Requirements: A grid covers a larger area, which is beneficial for larger structures or areas requiring wider current dispersion.
– Grounding Upgrade: A grounding system can sometimes be easier to upgrade and maintain in compliance with regulations by adding a grounding grid.
– Specific Regulations: Some standards or regulations may require the use of a copper grid for safety or compliance reasons.
Each situation must be assessed individually to determine the most appropriate lightning rod grounding solution.
Learn more: The role of lightning protection systems in industry
Learn more: Lightning protection principles: safety and compliance
Learn more: The complete guide to the components of a lightning protection system
