Eaton CH220EPD - 20 A, 240 V, 2-Pole Plug-In Circuit Breaker | AmpState

Engineered for dependable branch circuit protection, the Eaton CH220EPD delivers precise 20A, 240V protection in a compact, plug-in molded case design. Designed for quick work in panelboards and loadcenters, this 2-pole breaker keeps electrical systems safe and up to code without slowing you down.

Why the CH220EPD stands out

• Fast plug-in connection enables rapid installation and effortless replacement, reducing service time in the field.
• Thermal-magnetic trip unit provides stable, repeatable protection against both overloads and short-circuit events, adapting to varying load conditions while maintaining predictable tripping behavior.
• 2-pole, 240V configuration ensures simultaneous disconnect of both conductors for enhanced safety on any 240V circuit.
• Plug-in molded case design offers robust performance in residential, commercial, and light industrial environments, resisting vibration and providing reliable cycling.
• OEM-compatible tailored to work with matching Eaton panelboards and loadcenters for a clean form fit and reliable operation.

Key specifications at a glance

• Amperage rating: 20A
• Voltage rating: 240V
• Number of poles: 2
• Mounting style: Plug-in
• Type: Thermal-magnetic molded case circuit breaker
• Application: Branch circuit overcurrent and short-circuit protection

Ideal use scenarios

• Residential upgrades or new installations where a reliable, quick-replace breaker is needed in standard Eaton panelboards or loadcenters.
• Commercial settings with 240V branch circuits that require dependable protection and fast servicing.
• Light industrial applications where consistent trip performance under varying loads is important for equipment safety.

With the Eaton CH220EPD, you’re choosing a proven, plug-in solution that pairs precise protection with practical, on-the-job ease. Its 2-pole, 240V, 20A performance covers a broad range of circuits, ensuring consistent operation and straightforward maintenance in a variety of electrical environments.