By focusing on ease-of-use, advanced installation features, & reduced complexity all while prioritizing safety, it’s Eaton’s goal to help you get off the job site faster without an ounce of compromise.

Eaton’s classified breakers save trips back and forth to the distributor. Coupled with HF standard support across our GFCI circuit breaker product portfolio, you’ll have fewer callbacks. You’ll get the job done faster and right the first time. 

Eaton’s Classified Circuit Breakers deliver safe installation and reliable operation. These breakers are designed to be used in loadcenters made by other manufacturers.

Eaton Classified Circuit Breakers streamline your service calls. Streamline your inventory and go from carrying multiple circuit breaker brands on your truck to Eaton’s UL-listed classified circuit breakers. Plus, with several classified breaker options, you'll make less trips to the distributor and be on to your next job faster:

• Compatibility with over 750 loadcenters from General Electric, Siemens, Murray, Square D and other manufacturers, you’ll cover 80% of the loadcenters you’ll encounter in the field.

• A full range of circuit breaker types means you’ll have the right breaker for the job with less trips to the distributor, including 1” and ¾” two-pole arc fault, ground fault, surge and thermal magnetic protection.

HF for circuit breakers is a recently approved NEC 2026 enhancement to existing standards, focusing on high-frequency applications that tend to cause higher rates of nuisance tripping. 

For contractors, the standard that will be adopted across Eaton’s GFCI circuit breaker product portfolio, means fewer call-backs for you. 

The HF standard addresses the unique challenges posed by high-frequency currents on circuit breakers from the increasingly common sources in homes, like variable frequency drives in HVAC and pool equipment and loads from in-home electric vehicle charging. It includes specifications for improved materials, design modifications, and testing procedures to ensure reliable performance under high frequency conditions.

Learn more about the recently approved HF standard.