Eaton | HFD2060LBP10 | Circuit Breaker | 60A | 2-Pole

Elevate panel reliability with the Eaton HFD2060LBP10 Circuit Breaker — a precisely matched 60A, 2-Pole unit designed for maintenance, retrofit, and replacement in compatible Eaton systems. Built to align with Eaton's HFD series, this breaker delivers dependable overcurrent protection when exact specifications matter.

Key specifications

• Amperage: 60A
• Poles: 2-Pole
• Part number: HFD2060LBP10
• Application: Maintenance, retrofit, and replacement in compatible panels
• Compatibility note: Confirm fit and ratings before ordering; the part number is the best reference for compatibility

Why this Eaton breaker stands out

Specific, reliable fit matters when protecting circuits and ensuring long-term panel performance. The HFD2060LBP10 is purpose-built for Eaton installations, providing two-pole protection that synchronously interrupts both conductors in the event of a fault. By matching the exact part number, you reduce the guesswork involved in cross-referencing compatibility, helping you avoid mismatches that can lead to improper protection or installation delays.

Ideal use cases

• Replacing a failed or aging 60A 2-Pole breaker in an existing Eaton panel
• Retrofits or service upgrades where a precise spec is required to maintain panel listing and protection ratings
• Maintenance tasks in facilities where consistent, Eaton-approved components are preferred for reliability and documentation

Compatibility and installation tips

Before purchasing, verify that your panel supports HFD-series breakers and that the 60A, 2-Pole configuration matches your circuit requirements. Rely on the part number HFD2060LBP10 as the most reliable reference for fit and ratings. If you have panel documentation or a parts catalog, cross-check the listing to ensure seamless installation and continued system protection.

What problem this solves

When a panel requires quick, exact-match replacement or a retrofit to support updated load requirements, using the correct part number ensures proper fit, electrical clearance, and protective tripping behavior. This reduces installation time, minimizes downtime, and preserves the safety and reliability of your electrical system.