Moeller FAZ-C3/2 - 2-Pole, Circuit Breaker

Meet the Moeller FAZ-C3/2, a 2-Pole Circuit Breaker engineered for reliable protection in demanding electrical environments. With its 2-pole design, this breaker enables simultaneous interruption of both conductors, delivering essential overcurrent protection for panelboards, switchboards, and control panels. Whether you’re outfitting an industrial line, a commercial installation, or an OEM project, the FAZ-C3/2 provides dependable operation where it matters most—in distribution panels and motor control centers.

• Two-pole configuration ensures coordinated disconnection of both conductors, reducing fault exposure and enhancing safety in two-wire and multi-conductor circuits.
• Industrial- and OEM-ready protection built to perform consistently in harsh electrical environments while maintaining reliability in daily use.
• Flexible integration designed to fit within standard panelroom layouts—ideal for panelboards, switchboards, and control panels, whether you’re upgrading legacy gear or designing new systems.
• Safety-focused and dependable interrupts fault currents promptly to safeguard equipment and personnel in distribution and motor control applications.

Typical use cases include replacing aging or undersized breakers in distribution panels, equipping motor control centers for reliable protection, and supporting critical loads in manufacturing facilities, commercial power rooms, and customized OEM assemblies. The Moeller FAZ-C3/2 stands out as a trusted component that harmonizes with existing protection schemes while delivering robust, two-pole protection for everyday and mission-critical operations.

Practical considerations for optimal performance:

• Match the breaker's rating to the circuit it protects and ensure compatibility with your panel’s specifications and downstream equipment.
• Verify the FAZ-C3/2 fits your panelboard’s busbar arrangement and mounting requirements for a secure installation.
• Use in scenarios where two-pole disconnection improves protection for two-conductor circuits or motor control circuits.