Eaton EGB2020FFG - 20 A, 480 V, 2-Pole Circuit Breaker | AmpState

Meet the Eaton EGB2020FFG from AmpState — a 20A, 480V, 2-pole molded case circuit breaker crafted to safeguard your electrical system with precise, reliable protection. Designed for dependable branch circuit overcurrent and short-circuit protection, it’s a smart choice for modern panels in residential, commercial, and light industrial settings.

Why this breaker matters

• Compact molded case design maximizes panel space and simplifies field layout, helping you fit more circuits into a clean, organized panel.
• Thermal-magnetic trip unit delivers stable, repeatable protection by accurately responding to both overload and short-circuit conditions across a range of temperatures.
• OEM-ready compatibility engineered to pair with matching Eaton OEM load centers and panelboards for seamless integration and consistent performance.
• Versatile voltage and amperage 20A at 480V makes it suitable for a variety of applications, from home upgrades to light commercial and light industrial installations.

Ideal applications and scenarios

The EGB2020FFG is well-suited for circuits where safe, rapid interruption is critical. Use it in panelboards and load centers to protect branch circuits feeding lighting, receptacle banks, and small equipment loads. Its two-pole design ensures both hot legs are interrupted together, reducing the risk of dangerous faults and improving overall system safety.

Technical snapshot

• Manufacturer: Eaton
• Part Number: EGB2020FFG
• Type: Thermal-magnetic molded case circuit breaker
• Amperage Rating: 20A
• Voltage Rating: 480V
• Poles: 2
• Application: Branch circuit overcurrent and short-circuit protection

Practical guidance for installers and owners

To ensure optimal performance, pair the EGB2020FFG with Eaton’s compatible load centers or panelboards. Its compact form factor is especially beneficial in retrofit projects or upgraded service panels where space is at a premium. The thermal-magnetic mechanism provides dependable protection across varying loads and ambient conditions, helping to minimize nuisance trips while safeguarding critical circuits.