Eaton FAZ-B13/3 13A 3-Pole 480 V Circuit Breaker

The Eaton FAZ-B13/3 13A 3-Pole 480 V Circuit Breaker is a compact, dependable solution for protecting three-phase electrical systems. Built for industrial environments, this breaker helps safeguard wiring and equipment in 480 V networks while providing reliable shutdown when fault conditions arise.

• Current rating: 13 A
• Poles: 3
• Voltage rating: 480 V
• Part number: FAZ-B13/3
• Manufacturer: Eaton

Where to use it: ideal for three-phase distribution in industrial panels, manufacturing lines, HVAC and processing equipment, and other 480 V systems where balanced protection across all phases is essential. The 3-pole design ensures synchronized interruption of all phases, helping to prevent phase imbalances and equipment damage during a fault condition.

Key benefits you’ll notice

• Reliable overcurrent protection tailored to 480 V three-phase configurations
• Simple compatibility with Eaton panel systems and FAZ-series components for streamlined upgrades
• Clear specification for planning and stocking: 13 A, 3 poles, 480 V
• Efficient, predictable trip behavior that supports safer maintenance and quick fault isolation

This FAZ-B13/3 unit is a practical choice for engineers and technicians who need a dependable breaker that fits standard 480 V three-phase circuits without unnecessary complexity. By deploying this Eaton circuit breaker, you can enhance protection, simplify spare-part inventories, and maintain consistent electrical protection standards across your installations.

Practical tips for installation and use

• Verify that your panel and bus configuration support the FAZ-B13/3 model before installation.
• Use in three-phase circuits where all three phases require coordinated interruption for safe shutdown procedures.
• Maintain proper clearances around the breaker and follow all relevant safety guidelines during installation and servicing.
• Store and stock the FAZ-B13/3 alongside other Eaton FAZ-series protectors to ensure fast replacements and consistency across projects.