Eaton CH3080 - 80 A, 240 V, 3-Pole Plug-In Circuit Breaker | AmpState

Introducing the Eaton CH3080 — an 80A, 240V, 3-pole plug-in molded case circuit breaker designed to shield panelboards and load centers from overcurrent and short circuits. Built for dependable protection, it delivers fast plug-in installation, precise trip performance, and seamless compatibility with matching OEM equipment for residential, commercial, and light industrial environments.

Key advantages that protect your system

• Fast plug-in connection for quick installation and easy replacement, minimizing downtime during maintenance or upgrades.
• Thermal-magnetic trip unit provides stable, repeatable protection by automatically adapting to heat (overload) and magnetic (short-circuit) conditions, helping prevent nuisance trips and ensuring reliable circuit safety.
• 3-pole design delivers synchronized protection across three conductors, ideal for 3-phase applications common in commercial and light industrial settings.
• OEM-compatible works with matching manufacturer panelboards and load centers to ensure a proper fit and reliable performance within your existing electrical system.

Where it fits best

The CH3080 is engineered for branch circuit protection in panelboards and load centers where you need robust, consistent protection without sacrificing installation efficiency. It’s a practical choice for:

• Residential electrical service augmentations or upgrades that require dependable 3-pole protection
• Commercial panels powering offices, small retail spaces, and light industrial equipment
• Maintenance and retrofit projects where minimizing downtime is a priority

Technical snapshot

• : Eaton
• : CH3080
• : Thermal-magnetic molded case circuit breaker
• : 80A
• : 240V
• : 3
• : Plug-in
• : Branch circuit overcurrent and short-circuit protection

Practical guidance for deployment

When integrating the CH3080, align it with the panelboard’s OEM specifications to ensure seamless operation. Its plug-in design simplifies replacements and seasonal service checks, while the thermal-magnetic trip mechanism reduces risk of unexpected outages by delivering targeted protection aligned to real-world load conditions.