Cutler Hammer FD3225K - 225A, 600VAC, 3-Pole, Molded Case Circuit Breaker

Meet dependable overcurrent protection for demanding electrical systems with the Cutler Hammer FD3225K. Designed for power reliability, this molded case circuit breaker handles 225 A at up to 600 VAC, delivering robust protection for feeders, motors, and control circuits in larger installations.

• Current rating: 225 A
• Voltage rating: 600 VAC
• Poles: 3-Pole
• Breaker type: Molded Case Circuit Breaker

Engineered for flexible integration, the FD3225K fits seamlessly in , switchboards, and control panels, making it ideal for industrial, commercial, and OEM environments where space efficiency and reliable protection matter most.

• Three‑phase convenience: The 3‑pole design simplifies wiring, improves fault isolation, and streamlines coordination across three-phase systems.
• Compact, durable construction: Molded case technology provides solid insulation and a compact footprint, helping you maximize crowded electrical rooms and enclosures.
• Proven performance with familiar tooling and enclosures: This breaker integrates smoothly with standard Cutler-Hammer bus systems and compatible panel gear for predictable operation and easier maintenance.
• Versatile deployment: Well-suited for distribution panels, motor control centers, and panelboards where dependable interrupt protection at 225 A is required.

Practical usage notes: confirm compatibility with your panelboard’s rating and bus configuration, and include the FD3225K in your spare parts kit for OEM assemblies and service upgrades that demand steady, high-current protection at 600 VAC.

• Ideal for: Industrial facilities needing robust protection for large feeders; commercial spaces with three‑phase equipment; OEMs incorporating reliable circuit protection into control panels and switchgear.

Choose the FD3225K when you need a trusted, three-pole molded case breaker that delivers strong current capacity, clear compatibility with standard distribution setups, and dependable safety for critical electrical loads.