Eaton | IBPEHB3060N | Circuit Breaker | 3-Pole | 480V | Bolt-On

Meet the Eaton IBPEHB3060N—an industrial-grade circuit breaker designed to protect 480V electrical systems with a robust 3-pole configuration and convenient bolt-on mounting. Built for maintenance, retrofit, and replacement scenarios where exact specifications matter, this breaker delivers reliable protection and straightforward installation in compatible panels.

Key details at a glance

• Pole configuration: 3-Pole protection for three-phase circuits
• Voltage rating: 480V, ideal for industrial distribution and machinery feeders
• Mounting style: Bolt-On for quick, secure installation in compatible enclosures
• Part reference: IBPEHB3060N is the definitive compatibility identifier

Why this breaker stands out

The IBPEHB3060N is engineered for installations where exact spec matching matters. Its 3-pole design ensures balanced protection across all phases in 480V systems, while the bolt-on mounting simplifies field retrofits and replacements without sacrificing reliability. By prioritizing compatibility and durable construction, Eaton provides a dependable solution for safeguarding motors, drives, and other high-demand loads in industrial environments.

Ideal use cases

• Maintenance of existing Eaton or compatible panels that require a 3-Pole, 480V bolt-on breaker
• Retrofits to upgrade legacy equipment with modern, coordinated protection
• Replacement of failed breakers in 3-phase 480V distribution circuits

Compatibility and practical considerations

Before ordering, confirm fit and ratings to ensure seamless integration with your panel and electrical system. The part number IBPEHB3060N is the best reference for ensuring compatibility, so verify that your enclosure accepts a bolt-on, 3-pole, 480V Eaton circuit breaker of this designation.

Installation tips and best practices

• Shut down power and follow standard lockout/tagout procedures before handling the breaker.
• Inspect mounting hardware and panel termination points for clean, secure connections during installation.
• Verify voltage and current ratings align with your load requirements to prevent nuisance trips and ensure proper protection.