Moeller FAZ-3-B25 - 3-Pole, Circuit Breaker

Meet the Moeller FAZ-3-B25 — a rugged 3-pole circuit breaker engineered for reliable overcurrent protection in demanding electrical environments. Its three-pole design is purpose-built for three-phase power, making it an ideal fit for panelboards, switchboards, and control panels where safe, dependable operation is non-negotiable.

The FAZ-3-B25 delivers synchronized protection across all phases, reducing the risk of unprotected conductors during faults and helping to prevent costly downtime in busy industrial settings. Built to support hard-working systems in factories, processing lines, and equipment enclosures, this breaker keeps distribution panels and motor control centers running smoothly even under heavy loads.

Who should consider the Moeller FAZ-3-B25? Engineers, panel builders, and maintenance teams in industrial, commercial, and OEM environments that rely on robust, three-phase protection. It’s a practical choice for modernizing or expanding distribution panels and MCCs where dependable safety and consistent performance are essential.

• Three-pole configuration provides comprehensive three-phase protection for all lines
• Designed for panelboards, switchboards, and control panels in demanding applications
• Suitable for industrial, commercial, and OEM installations where dependable overcurrent protection matters
• Supports safe operation and reliable performance in distribution panels and motor control centers

Specifications at a glance: Model FAZ-3-B25 • Poles: 3-Pole • Breaker type: Circuit Breaker • Primary use: panelboards, switchboards, and control panels • Applications: industrial, commercial, and OEM installations • Typical use: distribution panels and motor control centers

Practical considerations for use: ensure the current rating and trip characteristics align with your system’s load profile and startup conditions. The Moeller FAZ-3-B25 is a purpose-built solution for three-phase protection, designed to integrate smoothly into established electrical architectures and to help you maintain safe, reliable operation across your distribution and control environments.