Cutler Hammer GFTCB260 - 60A, Circuit Breaker

Meet the Cutler Hammer GFTCB260—a dependable 60A circuit breaker designed to safeguard your power distribution with precision. When uptime and safety matter in demanding environments, this unit provides clear, reliable overcurrent protection for critical circuits.

Built for versatility, the GFTCB260 integrates seamlessly into panelboards, switchboards, control panels, and OEM equipment. Whether you’re assembling a new system or upgrading an existing installation, this breaker fits right into standard configurations and supports consistent electrical protection across your setup.

Why the GFTCB260 stands out

• 60-amp protection—delivers reliable interruption for mid-range circuits, helping prevent damage from faults or overloads.
• Industrial-ready reliability—engineered for demanding commercial, industrial, and OEM applications where dependable operation is essential.
• Flexible installation footprint—designed for use in panelboards, switchboards, control panels, and OEM equipment, accommodating a variety of distribution layouts.
• Trusted lineage—Cutler-Hammer lineage reflects a history of rigorous design and proven performance in electrical distribution.

Key specifications

• Current rating: 60A
• Breaker type: Circuit Breaker
• Model: GFTCB260

Practical benefits and use cases

• Protects wiring, devices, and motors from overcurrent events, reducing the risk of catastrophic failures in distribution panels and motor control centers.
• Ideal for industrial facilities, commercial buildings, and OEM manufacturing lines where consistent, safe circuit interruption is required.
• Supports straightforward upgrades and replacements within existing Cutler-Hammer-compatible systems, helping maintenance teams minimize downtime.

If your project requires a reliable 60A protection solution that integrates smoothly with standard panel and OEM configurations, the Cutler Hammer GFTCB260 delivers focused performance where it matters most—protecting equipment, uptime, and safety in demanding electrical environments.