Panduit LCD2-14AH-Q Copper Compression Lug 2 Hole

Product Description

The PANDUIT LCD2-14AH-Q is a copper compression lug designed for making secure, low-resistance electrical terminations. This two-hole lug accepts a compressed conductor connection on one end and mounts to a bus bar, equipment terminal, or stud pattern on the other end using dual bolt holes. Copper construction provides excellent conductivity and corrosion resistance. It is sized and configured for use in panel boards, switchgear, motor control centers, and other power distribution equipment. Electricians and electrical contractors install this type of lug during new construction, service upgrades, and equipment termination work.

This lug is suited for commercial and industrial electrical installations where a two-hole mounting pattern is required for added mechanical stability and vibration resistance. The compression termination style requires a compatible hydraulic or ratchet compression tool to create a gas-tight connection at the conductor barrel. Applications include bus bar connections, transformer terminations, and power distribution panel wiring.

Key Features

• Two-hole mounting configuration for increased mechanical stability at the termination point
• Copper construction for high conductivity and long-term corrosion resistance
• Compression-style barrel creates a gas-tight, vibration-resistant conductor connection
• Sold individually for precise quantity ordering on service and repair jobs

Compatibility

Designed as an OEM-style compression lug for use in residential, commercial, and industrial electrical termination applications requiring a two-hole copper compression lug.

Installation Notes

Installation must be performed by a licensed electrician in accordance with the National Electrical Code (NEC). De-energize and lock out the circuit before beginning any termination work. Use only a calibrated compression tool rated for the conductor size and lug series to ensure a proper gas-tight crimp. Do not use open-barrel or mechanical connection methods in place of the compression process.