Eaton BR280 2-Pole Plug-On Mount BR Circuit Breaker — 80A, 120/240V

Overview

The Eaton BR280 is a plug-on mount BR series circuit breaker built for 120/240V power distribution. As a two-pole device rated at 80 amps, it offers solid protection for mid-range circuits in residential and light commercial panels. Designed to integrate with Eaton BR panel systems, this breaker emphasizes straightforward installation and reliable, consistent performance within standard electrical racks.

What makes it a good fit

Ideal for upgrading or configuring panels that require a reliable two-pole, high-current breaker, the BR280 supports fast installation via its plug-on mounting. This design helps minimize steps during seating and ensures a solid connection to the bus structure when used in compatible BR panels.

• Two-pole design provides simultaneous protection for both conductors
• 80 Amp rating supports mid-range circuits with safety margins
• 120/240V AC operation aligns with common US electrical systems
• Plug-on mounting enables quicker installation and easier replacements
• BR-type compatibility supports cohesive panel upgrades within the Eaton BR family

Compact footprint and packaging notes

Even with a robust protection capacity, the BR280 maintains a compact profile suitable for dense panel layouts. Packaging measurements are approximately 2.9 inches in length, 2.3 inches in width, and 1.8 inches in height, which can help with handling and storage during project work.

• Package length about 2.90 in, width about 2.30 in, height about 1.80 in
• Compact form factor supports efficient panel planning
• Lightweight design aids manual handling during installation or replacement

Usage notes and considerations

Use this BR280 as part of a balanced protection strategy for panels designed to accept BR breakers. Before installation, verify compatibility with your panel model and follow local electrical codes. If in doubt, consult a licensed electrician to ensure proper seating and safe operation. This description highlights typical attributes and potential use cases rather than guaranteeing outcomes.