Eaton | FD2200BP10 | Circuit Breaker | 200A | 2-Pole

Meet the Eaton FD2200BP10, a 200 Amp, 2-Pole circuit breaker engineered for reliability in demanding electrical systems. Designed for maintenance, retrofit, and replacement tasks where precise compatibility matters, this unit is built to slot into Eaton panels that accept FD-series breakers. The part number FD2200BP10 is the most reliable reference when verifying fit.

Key specifications

• Amperage: 200 A
• Poles: 2-Pole
• Intended use: maintenance, retrofit, replacement in compatible Eaton panels

Why choose the FD2200BP10? Because it integrates with Eaton's protective system to deliver consistent, predictable tripping behavior and a secure electrical connection in service panels designed for high-capacity protection. When you're upgrading or replacing worn breakers, using the exact part number ensures you don't encounter misfits or compatibility issues.

Ideal use cases

• Maintenance on existing Eaton panels that require a 200A two-pole protection device
• Retrofits where a higher ampere rating is needed within a 2-pole configuration
• Replacement for worn or tripped breakers to restore panel protection and reliability

Practical guidance for installation and beyond:

• Before ordering, confirm fit and ratings with your panel model and bus configuration. The FD2200BP10 is the best reference for compatibility with Eaton equipment.
• Ensure the panel is de-energized and follow all safety practices outlined by the manufacturer during replacement work.
• Keep the original part number handy for future service needs or when re-ordering screws and mounting hardware recommended by Eaton.

Compared to generic aftermarket options, the FD2200BP10 offers engineered compatibility with Eaton panels, supporting dependable protection, standardized installation, and easier service management across a network of Eaton equipment.

If your project calls for a trusted 200A two-pole solution compatible with your Eaton infrastructure, the FD2200BP10 is designed to deliver consistent performance with minimal risk of misfit—making it a prudent choice for electrical safety and system reliability.