Eaton CUT13G - 100A, 600V, 3-Phase Upward Tee for 100A Busway | AmpState

Meet the Eaton CUT13G—an intentional, upward tee designed for Eaton’s 100A plug-in busway system. With a 100A, 600V, 3-phase rating, this fitting provides a clean, vertical branch off the main busway, making it easy to extend power where you need it most.

• Upward branching made simple: create a dedicated feeder in the upward direction without reconfiguring the main run, ideal for mezzanines, elevated equipment, or ceiling-mounted panels.
• 3-phase continuity: preserves balanced, three-phase distribution as your layout grows, supporting motors, drives, and multi-pole equipment.
• Plug-in busway compatibility: engineered to pair seamlessly with Eaton 100A plug-in busway sections, ensuring a secure, reliable connection across the distribution chain.
• Space- and route-efficient: vertical orientation helps maximize floor space, improve airflow, and reduce messy cable routes in tight electrical rooms or data-center corridors.
• Rugged, purpose-built design: built to withstand typical industrial environments while maintaining consistent performance in expanding electrical networks.

This upward tee is ideal for engineers and installers planning scalable distribution in applications like data centers, manufacturing lines, labs, or any facility where vertical branching minimizes footprint and simplifies future upgrades. It provides a practical, code-conscious path to extend power from the main busway without a full system overhaul.

Key specifications at a glance:

• Rating: 100A, 600V, 3-phase
• Orientation: Upward branch from the main Eaton 100A plug-in busway
• Model: CUT13G
• Designed for Eaton plug-in busway compatibility and straightforward field installation

When planning your distribution layout, verify the main busway is rated for 100A and 600V, ensure the branch load stays within limits, and follow local electrical codes and Eaton’s installation guidelines. AmpState offers this component as part of the Eaton busway ecosystem to deliver a reliable, scalable solution for evolving power needs.