Eaton EGH3060FFB - Circuit Breaker | AmpState

The Eaton EGH3060FFB molded case circuit breaker, available through AmpState, delivers dependable branch circuit overcurrent and short-circuit protection for panelboards and loadcenters. Designed to fit seamlessly with matching OEM panels, this unit maximizes space efficiency while delivering precise protection where you need it most.

Why this breaker stands out

• Compact molded case design frees valuable panel space without compromising protection or performance, making it ideal for tighter installations or panels with limited room.
• Thermal-magnetic trip unit provides stable, repeatable protection across varying loads and temperatures, responding quickly to short-circuit events while reducing nuisance trips.
• OEM-panel compatibility engineered to align with matching Eaton OEM loadcenters and panelboards, ensuring a cohesive, safe electrical system.
• Versatile application suitable for residential, commercial, and light-industrial environments, helping simplify replacements, upgrades, or new installations.

Technical details

• Manufacturer: Eaton
• Part Number: EGH3060FFB
• Type: Thermal-magnetic molded case circuit breaker
• Application: Branch circuit overcurrent and short-circuit protection

Ideal use scenarios

Whether you’re upgrading an existing Eaton panel or installing a new system in a residential, commercial, or light-industrial setting, the EGH3060FFB provides reliable, predictable protection. It’s particularly well-suited for projects where space is at a premium and panel compatibility is critical—ensuring you can protect circuits without overhauling the enclosure or sourcing incompatible components.

Practical considerations

- Confirm that the breaker aligns with the panelboard’s frame and rating for safe, code-compliant operation.
- Use as part of a complete Eaton protection strategy within OEM loadcenters to maintain coordinated protection across the distribution system.
- When replacing a failed unit, choose the EGH3060FFB to preserve the intended trip characteristics and system behavior.