Panduit CD70-14SL-QY Copper Mechanical Lug 2 Hole

Product Description

The PANDUIT CD70-14SL-QY is a copper mechanical lug with a two-hole mounting configuration, designed for use in electrical power distribution and termination applications. Copper construction provides reliable conductivity and corrosion resistance at the connection point. This lug type is used to terminate conductors at bus bars, equipment terminals, and panel boards. Licensed electricians and electrical contractors are the primary installers of this hardware accessory in both new construction and service upgrade work.

This mechanical lug is suited for electrical distribution panels, switchgear, and similar equipment where a secure, bolted conductor termination is required. The two-hole design distributes clamping force across the mounting surface, supporting stable contact under load. It is sold individually and is appropriate for residential, commercial, and light industrial electrical installations where copper termination hardware is specified.

Key Features

• Copper construction for high conductivity and corrosion resistance at the termination point
• Two-hole mounting configuration for secure, low-resistance bolted connections
• Mechanical lug design allows conductor installation without solder or compression tools
• Sold as an individual unit for single-point replacement or small-quantity installations

Compatibility

Designed as an OEM-style copper mechanical lug for use in electrical panels, switchgear, and bus bar termination applications where a two-hole bolted lug connection is required.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC). De-energize and lock out the circuit or panel before installing or replacing any termination hardware. Use appropriately rated fasteners and ensure conductor insulation is stripped to the correct length per the lug manufacturer guidelines. Verify torque requirements from the equipment manufacturer documentation before final tightening.