Eaton EGB2030FFB - 30 A, 480 V, 2-Pole Bolt-On Circuit Breaker | AmpState

The Eaton EGB2030FFB is a 30A, 480V, 2-pole bolt-on molded case circuit breaker designed to deliver dependable branch circuit overcurrent and short-circuit protection in panelboards and load centers. Built for reliability in real-world environments, this unit combines secure bolt-on mounting with a thermal-magnetic trip mechanism to provide stable, repeatable protection where it matters most.

• Secure bolt-on mounting: a rigid, vibration-resistant bus connection that stays tight through temperature changes and equipment movement, helping reduce connection faults over time.
• Thermal-magnetic trip unit: combines overload protection with instantaneous short-circuit response for consistent protection performance and fewer nuisance trips.
• 2-pole design: ensures simultaneous disconnection of both conductors for safer shutdown and enhanced protection of connected equipment.
• 480V, 30A rating: ideal for higher‑voltage panelboards and load centers where robust, predictable protection is required.
• OEM compatibility: specifically designed to be compatible with matching Eaton OEM load centers and panelboards, ensuring proper fit and electrical performance.
• Versatile applications: suitable for residential, commercial, and light industrial installations, making it a practical choice for a wide range of protection needs.
• Part and maker: part number EGB2030FFB from Eaton, a dependable option for replacement or upgrade in existing Eaton installations.

Use cases include upgrading or stocking spare protection for 480V panelboards and load centers in offices, retail spaces, warehouses, and light industrial equipment enclosures. The combination of bolt-on mounting and a thermal-magnetic trip unit provides a reliable, long‑lasting solution that helps protect wiring and devices downstream from damage due to overloads or short circuits. For installations where OEM compatibility is important, the EGB2030FFB aligns with Eaton panelboards to maintain electrical performance and service continuity.