Eaton FAZ-D5/3-NA - Circuit Breaker

The Eaton FAZ-D5/3-NA circuit breaker delivers dependable overcurrent protection for the most demanding electrical systems. Built to perform in challenging environments, this protection device is a reliable cornerstone for safeguarding power distribution and equipment longevity.

Three-pole configuration supports three-phase power in panelboards, switchboards, control panels, and OEM equipment, providing precise protection where uptime and safety matter most. Whether you’re powering a busy facility or integrating protection into specialized machinery, the FAZ-D5/3-NA helps you maintain consistent, safe operation.

• Industrial-grade reliability: Designed to withstand the rigors of busy distribution panels and motor control centers, reducing the risk of unexpected outages.
• Three-phase protection: Suitable for balanced and unbalanced three-phase circuits, helping prevent damage from short circuits and overloads.
• Seamless integration with Eaton systems: Optimized for use in panelboards, switchboards, and OEM applications within Eaton’s protection ecosystem, simplifying installation and future service.
• Clear, actionable protection: Provides dependable overcurrent protection to safeguard downstream equipment and critical loads, supporting safer operation and lower maintenance costs.

Ideal use cases include new installations or retrofits in panelboards, switchboards, and control panels for industrial facilities and commercial buildings, as well as OEM equipment where dependable protection is essential. It’s also well suited for motor control centers that require robust circuit protection to guard motors, drives, and connected circuitry.

• Who benefits most: Electrical engineers, facilities managers, electrical contractors, and OEM integrators seeking a proven, factory-tested protection device that minimizes downtime and maintenance.
• Why it matters: Reliable, safe operation and compatibility with distribution panels ensure your system remains protected under real-world load conditions, reducing the risk of damage and costly interruptions.