Eaton EGH3125FFG - 125 A, 600 V, 3-Pole Circuit Breaker | AmpState

Meet the Eaton EGH3125FFG — a 125A, 600V, 3‑pole molded case circuit breaker engineered to deliver dependable branch circuit protection and short‑circuit interruption in panelboards and load centers. With a compact molded case design, it optimizes panel space without compromising protection, making it a smart choice for streamlined electrical distributions in homes and businesses.

• Compact molded case design: Maximizes panel real estate and simplifies layouts in both new installs and retrofit projects.
• Thermal‑magnetic trip unit: Provides stable, repeatable protection across varying load conditions, reducing nuisance trips while reliably interrupting faults when they occur.
• 125A, 3‑pole, 600V rating: Suited for three‑phase systems and higher voltage applications common in commercial and light industrial environments.
• OEM‑compatible: Designed to pair with matching Eaton OEM load centers and panelboards for a seamless, dependable fit and consistent protection across the system.
• Versatile protective role: Ideal for protecting branch circuits against overcurrent and short circuits, helping safeguard wiring, panels, and connected equipment.

This 3‑pole molded case breaker is a practical solution for residential, commercial, and light industrial applications where space efficiency and reliable protection matter. Use it to protect feeders, motors, HVAC controls, lighting circuits, and other three‑phase or multi‑circuit setups that require robust overcurrent and short‑circuit protection at up to 600V.

Why choose the Eaton EGH3125FFG? It combines a space‑savvy form factor with a dependable thermal‑magnetic protection scheme and tight OEM integration. Whether you’re upgrading an existing panelboard, selecting a replacement for a compatible loadcenter, or configuring a new installation, this breaker delivers consistent performance, straightforward compatibility, and long‑term reliability that aligns with Eaton’s reputation for electrical safety and durability.