Wall Mount for Earthing Strip ALPAR G9025 — universal bracket for flat copper/steel strap

ALPAR G9025 is a universal wall mount designed to secure flat earthing strips to vertical surfaces. The bracket provides a stable and fixed attachment point for flat copper or steel grounding straps, helping maintain consistent electrical continuity and mechanical support in earthing and lightning protection installations. It is intended for fixed fastening of flat conductors where a durable, low-profile connection to building structures is required.

Advantages

The mount offers a compact, sturdy solution for fastening flat grounding straps to masonry, concrete or other solid walls. Its design accommodates both copper and steel straps, ensuring broad compatibility across grounding systems. Installation creates a reliable mechanical connection that resists displacement and preserves contact integrity, supporting effective earthing performance and long-term stability.

Suitable for

• Building grounding installations
• Lightning protection down conductors
• Industrial earthing runs and equipment grounding
• Repair or upgrade of existing earthing straps

Key specifications

• Type: wall mount bracket for flat stripping
• Compatible conductor materials: copper and steel flat straps
• Application: fixed fastening to vertical surfaces such as masonry or concrete
• Function: mechanical support and electrical continuity for earthing strips

How to use

Select a suitable mounting location on a clean, solid section of wall close to the earthing route. Position the bracket so the flat strap sits securely within its clamping area, then fasten the bracket to the wall with appropriate anchors or bolts for the substrate. Insert the flat copper or steel strap and tighten the securing hardware to achieve firm mechanical contact without over-compressing the conductor. Ensure the strap lies flat along its run with no kinks and that the connection is accessible for inspection and maintenance.

Usage recommendations

Use corrosion-resistant fasteners and, where dissimilar metals meet, apply appropriate anti-corrosion protection or isolation to maintain long-term conductivity. Verify electrical continuity after installation and include the mount in periodic earthing system inspections to confirm mechanical tightness and contact quality.