Panduit LCC3/0-12-X Copper Compression Lug 2 Hole

Product Description

The PANDUIT LCC3/0-12-X is a two-hole copper compression lug designed for terminating large-gauge conductors in power distribution and grounding applications. Copper construction provides reliable electrical conductivity and long-term corrosion resistance at the termination point. This type of lug is crimped directly onto the conductor using a compatible compression tool, creating a gas-tight mechanical and electrical connection. It is installed by licensed electricians in commercial, industrial, and utility electrical systems where secure, code-compliant terminations are required.

Two-hole copper compression lugs are used where a single-hole mounting point is insufficient for mechanical stability or where bus bar and equipment terminal configurations require dual fastener placement. Typical applications include switchgear, panelboards, motor control centers, transformers, and grounding electrode conductor terminations. This lug is suited for installations governed by NEC requirements for conductor termination at equipment terminals.

Key Features

• Two-hole barrel design provides increased mechanical stability at the termination point
• Copper construction ensures high electrical conductivity and corrosion resistance
• Compression-style installation creates a gas-tight, low-resistance connection
• Compatible with standard hydraulic or manual compression tooling for field installation
• Sold individually per unit

Compatibility

Designed as an OEM-style compression lug for use with 3/0 AWG copper conductors in standard electrical termination and grounding applications.

Installation Notes

Installation should be performed by a qualified electrician in accordance with NEC guidelines. De-energize and lock out all circuits before beginning termination work. Use a compression tool rated and die-matched for this lug size to achieve a proper crimp. Avoid over-crimping or using mismatched dies, as this can damage the lug barrel or degrade the connection.