Panduit LCAF8-10H-L Copper Compression Lug 1 Hole

Product Description

The PANDUIT LCAF8-10H-L is a copper compression lug designed for making secure, low-resistance electrical terminations in power distribution and grounding applications. Compression lugs of this type are installed by crimping onto a conductor using a compatible compression tool, forming a permanent mechanical and electrical bond. The single-hole mounting configuration allows direct attachment to a bus bar, enclosure stud, or terminal block. Electricians and electrical contractors use this style of lug in panel boards, switchgear, and industrial wiring applications where reliable conductor termination is required.

This lug is suited for use in both commercial and industrial electrical installations. It is typically installed in situations where a copper or aluminum conductor must be terminated at a single-bolt connection point. The compression-style design provides a more consistent and tamper-resistant termination compared to mechanical set-screw lugs, making it a common choice in panel and switchgear work.

Key Features

• Copper construction provides excellent electrical conductivity and corrosion resistance
• Compression-style termination creates a permanent, low-resistance crimp bond
• Single-hole mounting for direct attachment to bus bars, studs, or terminal points
• Sold individually, allowing quantity purchasing matched to job requirements

Compatibility

Designed as an OEM-style compression lug for use in standard electrical panel, switchgear, and grounding termination applications requiring a single-hole copper compression connector.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC requirements. De-energize and lock out the circuit before beginning any termination work. A compatible compression crimping tool sized for this lug and conductor combination must be used to achieve a proper crimp. Do not use set-screw methods or substitute mechanical fastening for the compression termination process.