Eaton CRE13G - 100A, 600V, 3-Phase Rearward Elbow for 100A Busway | AmpState

Navigate tight spaces in your power distribution with the Eaton CRE13G Rearward Elbow. This 100A, 600V, 3-phase elbow is designed for Eaton 100A copper plug-in busway, letting you change the direction of your bus run without sacrificing performance or rating.

Why this rearward elbow matters

In layouts where equipment or cabinets sit off-axis, the CRE13G keeps the bus network continuous while preserving the full current rating. Instead of adding long straights or makeshift bends, this elbow provides a clean, field-ready solution that maintains system integrity and simplifies installation.

• Full 100A capacity maintained — no derating when routing the bus in a new direction.
• 600V, 3-phase compatibility — designed to support common commercial and industrial power systems.
• Copper plug-in busway compatibility — ensures low-resistance connections and reliable performance.
• Rearward elbow design — enables turning the bus run toward the rear of the installation without losing continuity.
• Durable construction for industrial environments — engineered to withstand daily wear in data centers, manufacturing floors, and facilities.

Ideal use cases

Designed for applications where space is at a premium or where routing must bend to fit equipment layouts. Perfect for data centers, manufacturing floors, and commercial spaces that require modular, turn-friendly busway networks without interrupting performance.

Practical installation tips

Pair the CRE13G with the correct Eaton 100A copper plug-in busway sections and confirm the system is rated for 600V and 3-phase. Carefully align the connectors for a secure plug-in fit, and follow standard safety procedures during installation. This elbow is built to integrate quickly into existing busway networks, reducing downtime and supporting modular expansion.

With the Eaton CRE13G Rearward Elbow, you get a practical, field-ready solution to routing power exactly where you need it—without compromising on performance or reliability.