Eaton EGB3160AFG - 160 A, 480 V, 3-Pole Circuit Breaker | AmpState

When you need dependable protection for a three‑phase panel, the Eaton EGB3160AFG delivers precise, durable overcurrent and short‑circuit protection for commercial, industrial, and even some residential applications. This 160A, 480V, 3‑pole molded case circuit breaker is built to sit in tandem with Eaton OEM load centers and panelboards, offering seamless protection where space and reliability matter most.

• Compact molded case design optimizes panel space, enabling efficient layouts in tight electrical enclosures without sacrificing protection.
• Thermal‑magnetic trip unit delivers stable, repeatable protection across varying temperatures and loads, reducing nuisance trips and ensuring fast response to faults.
• Three‑pole, 160A, 480V rating is tailored for three‑phase systems, safeguarding feeders and downstream circuits in commercial and light industrial settings.
• OEM‑compatible designed to align with matching Eaton panelboards and loadcenters for proper coordination and easy replacement.
• Versatile applicability suitable for residential, commercial, and light industrial applications where reliable branch‑circuit protection is essential.

Technical specifications

• Manufacturer: Eaton
• Part Number: EGB3160AFG
• Type: Thermal‑magnetic molded case circuit breaker
• Amperage rating: 160 A
• Voltage rating: 480 V
• Number of poles: 3
• Application: Branch circuit overcurrent and short‑circuit protection

Ideal scenarios include upgrading or installing service panels in small to medium commercial spaces, protecting three‑phase feeders in light industrial equipment, or supplying reliable protection for critical loads in mixed‑use facilities. For technicians and facilities managers, the EGB3160AFG provides predictable, code‑compliant performance with the assurance that protection remains coordinated with the rest of the Eaton panel ecosystem. By choosing this 3‑pole molded case breaker, you gain a compact, dependable solution designed to withstand steady operation while delivering precise trip behavior when faults occur.