Eaton CCV2125 - 125 A, 240 V, 2-Pole Circuit Breaker | AmpState

Meet the Eaton CCV2125 — a 125A, 240V, 2-pole molded case circuit breaker engineered for dependable branch circuit protection in panelboards and load centers. Its compact form fits tighter electrical spaces while delivering precise, reliable protection where it matters most.

• Compact molded-case design optimizes panel space, letting you maximize circuit density without sacrificing protection.
• Thermal-magnetic trip unit provides stable, repeatable protection for both overloads and short circuits, helping prevent nuisance trips and equipment damage.
• 125A, 240V, 2-pole configuration protects two hot legs for critical 240V circuits, ideal for feeders and key branch circuits in a variety of installations.
• OEM-compatible guaranteed to pair with Eaton’s matching loadcenters and panelboards for a seamless, reliable retrofit or replacement.
• Versatile application suited to residential, commercial, and light industrial wiring—supporting lighting, outlets, HVAC feeders, and small motors with confident protection.

Technical snapshot — Part Number CCV2125, Type: Thermal-magnetic molded case circuit breaker, Poles: 2, Amperage: 125 A, Voltage: 240 V. This device safeguards branch circuits against overcurrent and short circuits, helping maintain system reliability in everyday electrical projects.

Who should consider the CCV2125? Builders, electricians, and facility managers working with Eaton-equipped panels will appreciate the compatibility, space efficiency, and dependable protection this 2-pole breaker delivers. It’s especially well-suited for new installations in panelboards and for retrofits where a like-for-like Eaton replacement ensures consistent performance and fit.

Practical usage notes: plan for 125A-rated circuits within 240V systems, verify panel compatibility with Eaton’s load centers, and pair with appropriate wiring conventions for safe, compliant operation. By choosing the CCV2125, you’re selecting a trusted component built to guard your critical circuits and keep projects moving smoothly.