Eaton FAZ-C2-3N - 2 A, 480 V, 3-Pole Circuit Breaker | AmpState

Designed for reliable protection in 3‑phase 480V distributions, the Eaton FAZ-C2-3N is a 2A, three‑pole molded case circuit breaker engineered to safeguard panelboards and loadcenters from overcurrent and short circuits. This compact, rugged device fits into tight electrical spaces while delivering stable, repeatable protection when it matters most.

Key advantages that set this breaker apart

• Compact molded case design: Maximizes panel density and simplifies wiring, helping you make the most of valuable enclosure space.
• Thermal-magnetic trip unit: Delivers stable, repeatable protection performance by combining overload and short‑circuit protection in one responsive mechanism.
• Three-pole operation: Ensures simultaneous disconnection of all three phases, enhancing safety and preventing phase‑to‑phase faults.
• 2A at 480V: Precisely suited for small, current‑limited 480V circuits such as control panels, equipment feeds, and direct‑drive loads within industrial setups.
• OEM-compatible: Built to pair with matching OEM load centers and panelboards for a seamless, drop‑in replacement or upgrade path.
• Versatile applications: Appropriate for residential, commercial, and light industrial environments where space efficiency and dependable protection matter.
• Practical use cases: Ideal for PLC power feeders, motor control circuits with modest current requirements, and compact distribution blocks in compact industrial enclosures.

Technical snapshot

• Manufacturer: Eaton
• Part number: FAZ-C2-3N
• Type: Thermal-magnetic molded case circuit breaker
• Amperage rating: 2 A
• Voltage rating: 480 V
• Poles: 3
• Application: Branch circuit overcurrent and short-circuit protection

Why choose the FAZ-C2-3N for your panel? If you need precise, dependable protection for compact 480V, 3‑phase circuits, this breaker delivers a predictable trip response, minimizes nuisance trips, and preserves valuable panel real estate. It’s an efficient choice for upgrading older installations, replacing a failed breaker, or standardizing protection across multiple enclosures while maintaining compatibility with the original panel system.