Universal hammered-in bracket h=12cm B up to 30mm (stainless steel) /IN/ AH06023

Universal grounding conductor clamp for lightning protection systems

This steel clamp, designed for driving in, is a reliable solution for routing lightning protection conductors, especially in wooden structures. Its versatility stems from the ability to mount conductors with a diameter of 8 to 10 mm and a width of up to 30 mm. Made of stainless steel, it guarantees durability and corrosion resistance, which is crucial in overvoltage protection systems. Mounting is done with an M5x16 screw, also made of stainless steel, ensuring the integrity and long-term performance of the connection.

Solid construction and compliance with standards

The clamp is designed for demanding working conditions. The stainless steel it is made of provides resistance to weathering and mechanical damage. The product meets the requirements of PN-EN 62305 standard, confirming its effectiveness in lightning protection systems. AH HARDT, the manufacturer of the clamp, holds ISO 9001:2015 and ISO 14001:2015 certificates, demonstrating a high standard of quality management and environmental care.

Practical advantages for installers and users

• Wide application: ideal for routing lightning protection conductors on wooden structures, but also works well in other applications requiring solid conductor mounting.
• Durability and resistance: stainless steel provides long-lasting protection against corrosion and mechanical damage – less maintenance and replacement issues.
• Easy installation: the ability to drive the clamp in facilitates and speeds up installation, reducing work time and costs.
• Compliance with standards: meeting the PN-EN 62305 standard guarantees the safety and effectiveness of the lightning protection system.
• Completeness: the set includes an M5x16 stainless steel screw – everything you need for proper installation.
• Universal range: the ability to mount conductors of different diameters (8-10mm) and widths (up to 30mm) increases application flexibility.