Abb tclk265 Breaker Lug Kit 8-600 Mcm SG600

Product Description

The ABB tclk265 is a lug kit designed for use with molded case circuit breakers in the SG600 series. It provides the mechanical and electrical termination points needed to land large-gauge conductors directly onto the breaker. Supporting conductor sizes from 8 AWG up to 600 MCM in copper or aluminum, as well as dual runs of 2/0 to 500 MCM, this kit handles the heavy feeder connections common in commercial and industrial distribution panels. Installation is handled by licensed electricians working on high-capacity branch or feeder circuits where reliable termination integrity is critical.

This lug kit is suited for commercial and industrial electrical distribution applications where the SG600 molded case breaker platform is installed. It accommodates both single and parallel conductor configurations, making it practical for high-ampacity feeder terminations in switchboards, distribution panels, and similar equipment. The 2-pole configuration aligns with standard single-phase and line-to-line circuit arrangements in these installations.

Key Features

• Accepts conductors from 8 AWG to 600 MCM in copper or aluminum
• Also supports dual parallel conductors from 2/0 to 500 MCM per pole
• 2-pole configuration for single-phase or line-to-line feeder circuits
• Breaker-mount design installs directly onto SG600 series molded case breakers
• Compatible with both copper and aluminum conductors

Compatibility

Designed for use with ABB SG600 series molded case circuit breakers as stated by the manufacturer.

Installation Notes

Installation must be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and applicable local codes. De-energize and lock out the circuit before attaching or removing the lug kit. Verify that conductor gauge, insulation rating, and termination torque requirements meet the specifications listed on the breaker and lug kit labeling before energizing. Do not exceed the maximum conductor size rating for any single or parallel conductor run.