Square D | FAP24080 | Circuit Breaker | 80A | 2-Pole | 480V

Discover dependable protection for your 480V circuits with the Square D FAP24080 circuit breaker. This 80A, 2-pole device is purpose-built for maintenance, retrofit, and replacement projects where exact specifications matter, ensuring your electrical system stays safeguarded against overloads and faults.

• Amperage: 80 A
• Poles: 2-Pole
• Voltage rating: 480 V
• Part number: FAP24080
• Brand: Square D

Why this model stands out

The FAP24080 is a precise fit for panels designed to accept FAP-series breakers, removing guesswork during installation or replacement. Its trusted Square D heritage translates into predictable performance, reliable tripping behavior, and consistent protection for critical loads in industrial or commercial environments. By matching the exact part number, you ensure compatibility and minimize field adjustments, keeping downtime to a minimum and operations running smoothly.

Ideal use cases

• Retrofits: upgrade older or worn breakers in 480V systems to restore robust protection.
• Repairs: replace a failed 80A, 2-pole unit without cascading changes to the panel.
• Maintenance: keep spare parts on hand for quick, plug-and-play replacement during outages or scheduled downtime.
• Panel compatibility: ideal for systems and enclosures designed to accommodate Square D FAP-series breakers.

Compatibility and selection tips

To ensure a flawless fit, rely on the part number as the primary reference. Before ordering, confirm that your panel or enclosure is rated for 480V and designed to accept 2-pole breakers of this type. If you’re updating documentation or ordering for a maintenance schedule, keeping the exact FAP24080 part number on file will streamline future replacements and reduce the risk of mismatches.

In short, the Square D FAP24080 is a focused, reliable choice for protecting 480V circuits with an 80A, two-pole configuration. It’s the practical, specification-aligned solution for maintenance, retrofit, and replacement projects where precision matters and system uptime is critical.