Eaton FAZ-C25-2 - 25 A, 480 V, 2-Pole Circuit Breaker | AmpState

Eaton FAZ-C25-2 is a compact, 25 A, 480 V, 2‑pole molded case circuit breaker designed to provide reliable branch circuit overcurrent and short‑circuit protection in panelboards and load centers.

With a thermal‑magnetic trip unit, this breaker delivers stable, repeatable protection performance, reacting quickly to overloads and electrical faults to minimize damage and downtime.

• Space-efficient design: compact molded case supports efficient use of panel space and easier installation.
• OEM‑compatible: built to pair with matching Eaton OEM loadcenters and panelboards for reliable replacement and seamless integration.
• Versatile rating: 25 A rating at 480 V, 2‑pole configuration suitable for residential, commercial, and light industrial applications.
• Protection scope: provides branch circuit overcurrent and short‑circuit protection, helping prevent electrical fires and equipment damage.

Why this matters In electrical distribution, you need a breaker that not only fits your panel but also delivers consistent performance under varying loads. The FAZ-C25-2's thermal‑magnetic trip curve ensures predictable disconnection timing, while its rugged construction is built to withstand routine maintenance and in‑field conditions.

Practical use cases: - Residential basements and garages with dedicated circuits requiring reliable 25 A protection. - Commercial lighting and receptacle run‑throughs in small offices or shops. - Light industrial equipment feeds where compact size and 480 V capability are advantageous.

Technical snapshot:
- Manufacturer: Eaton
- Part Number: FAZ-C25-2
- Type: Thermal-magnetic molded case circuit breaker
- Amperage: 25 A
- Voltage: 480 V
- Poles: 2
- Application: Branch circuit overcurrent and short-circuit protection
- Compatibility: Matching OEM loadcenters and panelboards

Available from AmpState as part of the Eaton FAZ family, the FAZ-C25-2 is a practical choice for installers who value reliability, space efficiency, and straightforward replacement in existing systems.