Eaton GFEP230 - 30 A, 240 V, 2-Pole Plug-In Circuit Breaker | AmpState

Meet the Eaton GFEP230 — a 30A, 240V, 2-pole plug-in molded case circuit breaker built to deliver reliable branch circuit overcurrent and short-circuit protection in panelboards and loadcenters. Designed for fast, worry-free service upgrades and replacements, it keeps electrical systems safe and up to code with minimal downtime.

• Fast plug-in connection for quick installation and straightforward replacements, reducing panel downtime during upgrades or service calls.
• Thermal-magnetic trip unit provides stable, repeatable protection for both overloads and short circuits, helping protect wiring and connected equipment from damage.
• OEM-compatible design is specifically engineered to be compatible with matching Eaton OEM load centers and panelboards, ensuring a clean fit and consistent performance.
• Versatile applications suitable for residential, commercial, and light industrial environments — ideal for protecting branch circuits and feeders in a variety of panel configurations.

Technical specifications

• Manufacturer: Eaton
• Part Number: GFEP230
• Type: Thermal-magnetic molded case circuit breaker
• Amperage: 30 A
• Voltage: 240 V
• Number of Poles: 2
• Mounting Style: Plug-in
• Application: Branch circuit overcurrent and short-circuit protection

Who should consider the GFEP230

This breaker is built for electricians, contractors, and facility managers who need fast, reliable protection in panelboards and load centers. It’s especially well-suited for projects where quick replacement is a priority, when upgrading existing panels, or when expanding a system in residential, commercial, or light industrial settings.

Why it matters for your electrical system

Choosing the GFEP230 means selecting a device that pairs precise protection with practical installation. The plug-in design simplifies service work, while the thermal-magnetic trip mechanism delivers dependable response to surges and faults. When used with compatible Eaton load centers, it helps maintain consistent trip characteristics and predictable performance, contributing to safer, more resilient electrical infrastructure.