Eaton | FDB3110BP10 | Circuit Breaker | 110A | 3-Pole | 600V

Eaton's FDB3110BP10 Circuit Breaker is built for reliable, long‑term protection in three‑phase power systems. With a 110A rating, a 3‑pole configuration, and a 600V maximum, this unit is a purpose‑built solution for maintenance, retrofit, and replacement projects where exact specifications matter. The part number FDB3110BP10 is your most trustworthy reference to ensure a perfect fit and seamless integration into your panel.

Key specifications

• Amperage: 110 A
• Poles: 3‑Pole
• Voltage rating: 600 V

Why this breaker is the right choice

Designed for three‑phase systems, the 3‑pole configuration provides coordinated protection across all phases, helping to prevent uneven load conditions and potential damage to equipment. The 110A rating makes it suitable for a range of commercial and light industrial applications, where dependable overcurrent protection is critical for continuity of service and safety. With Eaton’s engineering backing, you get a device that’s tested to perform under real‑world conditions, reducing the risk of nuisance trips and unscheduled downtime.

Ideal use cases

• Maintenance replacements in existing panels that require 3‑pole, 600V protection
• Retrofits where the installation demands exact compatibility with the FDB3110BP10 specification
• Panel upgrades in commercial or light industrial facilities leveraging three‑phase loads

Installation and compatibility tips

Before ordering, confirm fit and ratings to avoid compatibility issues—use the part number FDB3110BP10 as the primary reference. Match the breaker to your panel model, verify the system’s three‑phase design, and ensure the voltage rating aligns with the service you’re protecting. If you’re replacing an older unit, double‑check mounting style and internal wiring routes to ensure a smooth, code‑compliant retrofit.

When in doubt, rely on Eaton's reputation for robust protection solutions and choose the FDB3110BP10 for straightforward, reliable replacement in demanding electrical environments.