Description

The PANDUIT LCMA16-8-C is a copper compression metric lug designed for making secure, low-resistance electrical terminations in power distribution and grounding applications. Copper construction provides excellent conductivity and corrosion resistance, making it a reliable choice for terminating metric-sized conductors to bus bars, switchgear, panels, and equipment terminals. This type of lug is installed by licensed electricians using a calibrated compression tool to create a gas-tight, mechanically sound connection that meets the demands of commercial and industrial electrical systems.

This metric lug is suited for commercial and industrial installations where metric conductor sizing is specified, including imported equipment, European-standard systems, and facilities that follow IEC wiring conventions. It is typically used in panel boards, motor control centers, transformers, and power distribution units where a permanent, compressed termination is required. Electricians select compression lugs over mechanical lugs in applications where vibration resistance and long-term connection integrity are critical.

Key Features

Copper construction for high conductivity and corrosion resistance
Compression-style termination creates a gas-tight, vibration-resistant connection
Metric sizing accommodates IEC and imported equipment wiring standards
Single-unit packaging allows for precise quantity purchasing

Compatibility

Designed as an OEM-style compression lug for use with metric conductors in commercial and industrial electrical termination applications.

Installation Notes

Installation should be performed by a qualified electrician in accordance with NEC requirements and applicable local codes. De-energize and lockout/tagout the circuit before installing or replacing any termination lug. A manufacturer-specified or compatible compression tool must be used to achieve the correct crimp profile do not use a mechanical crimp in place of the required compression die set. Inspect the completed crimp for proper conductor seating and mechanical integrity before re-energizing.