Eaton FAZ-XAM002 - Circuit Breaker | AmpState

Introducing the Eaton FAZ-XAM002 molded case circuit breaker — engineered to deliver dependable branch circuit protection for panelboards and loadcenters. Its compact molded-case design maximizes panel space, letting you fit more circuits without crowding the enclosure. The thermal-magnetic trip unit delivers stable, repeatable protection across temperature and load variations, helping prevent nuisance trips while still responding quickly to short circuits. Designed for seamless compatibility, this FAZ-XAM002 works with matching OEM loadcenters and panelboards, making it a practical choice for a wide range of installations.

What makes the FAZ-XAM002 stand out

• Space-efficient design optimizes panel layout and reduces enclosure footprint.
• Thermal-magnetic protection provides precise trip Characteristics for reliability in real-world conditions.
• OEM-compatible ensures straightforward replacement or expansion within Eaton and compatible panelboards and loadcenters.
• Versatile across sectors: suitable for residential, commercial, and light industrial applications where dependable circuit protection is needed.

Technical details

• Manufacturer: Eaton
• Part Number: FAZ-XAM002
• Type: Thermal-magnetic molded case circuit breaker
• Application: Branch circuit overcurrent and short-circuit protection in panelboards and loadcenters

Practical use cases

• Upgrading a residential service panel to improve protection density while preserving space for future circuits.
• Expanding a small commercial panel with reliable, compatible breakers that align with existing OEM equipment.
• Replacing a failing or aging breaker in light industrial panels with a trusted Eaton solution to maintain safe, continuous operation.

Choose the Eaton FAZ-XAM002 for dependable, code-compliant protection that’s engineered to fit your panel and deliver consistent performance. Available from AmpState, this breaker brings robust branch circuit protection to homes, offices, and light industrial settings—without compromising on space or reliability.