40162-957

Compression lugs provide a secure mechanical and electrical connection between wire conductors and copper or tinned copper busbars. The 40162 model features a two‑hole design with a 1.00″ (25.4 mm) spacing and a .375″ (9.5 mm) hole size, optimized for #2 cable applications. Constructed from electroplated tinned copper, the lug offers superior corrosion resistance in demanding data‑center and industrial environments. The brown finish matches common enclosure color schemes while delivering the same high‑conductivity performance as standard finishes. Installation is straightforward: the lug compresses around the wire with a torque‑controlled tool, creating a lasting connection without solder. For teams seeking consistent results, CPI's lugs training modules detail proper torque values, wire preparation, and inspection techniques. When installed correctly, the 40162 compression lug contributes to robust grounding and bonding systems that protect sensitive equipment from electrical faults. Its design complies with industry standards for grounding hardware, ensuring compatibility with a wide range of enclosures and cable management solutions. The lug's compact form factor saves space in densely packed rack environments. ALR telecommunication solutions photos often showcase the 40162 lug in real‑world deployments, highlighting its role in structured cabling and telecom equipment racks. These visual references demonstrate how the lug integrates with patch panels, power distribution units, and conduit systems. Seeing the product in situ helps planners verify clearance, routing, and aesthetic considerations. CPI supports rapid customization and global availability for the 40162 compression lug, allowing distributors to meet specific order quantities and packaging preferences. Technical support engineers are available to answer installation questions and to provide documentation such as data sheets and wiring guides. By pairing the lug with CPI's design tools, customers can accelerate deployment and maintain high‑quality grounding practices across all projects.