Description

C125 1-Pole 25-Amp Circuit Breaker, Type C3/4-Inch Plug-On Molded Case Circuit Breaker, Thermal Magnetic Protection, 10 KAIC, 120/240V, Fit Load Centers

The 25 amp breaker, C125 circuit breaker, is constructed from high-quality insulation material. It boasts excellent insulation properties, fire resistance, and anti-drop capabilities. Furthermore, it exhibits strong oxidation resistance, ensuring a long and reliable service life. This breaker is designed to seamlessly fit into your power distribution switch panel.
The C125 circuit breakers feature a quick-closing, quick-break switch mechanism, coupled with an inverse time element tripping operation and a trip-free handle design. These circuit breakers are designed to trip to the off position, effectively eliminating nuisance callbacks. Their thermal magnetic trip curve prevents nuisance tripping due to mild overloads while providing nearly instantaneous response to severe short circuit conditions.
The C3/4-Inch Plug-On Molded Case Circuit Breaker is designed to be a standard size, requiring two 3/4″ (19.1 mm) spaces for normal tripping. Its OEM size ensures compatibility with various applications, including residential load center and appliance circuit breaker panels, micro-commercial distribution panels, pool equipment distribution panels, residential transfer distribution switch panels, and more.
The C125 1-Pole circuit breaker is designed for use with a maximum voltage rating of 240 V and offers a standard interrupting rating of 10 kA at 240 V. It is suitable for both long-term and transient applications in load centers. Multi-pole breakers feature an internal common trip connection to ensure simultaneous operation of all poles. Additionally, the handles are clearly marked with On-Off indications and the breaker’s ampere rating for easy identification.
After your purchase, if you are not satisfied with the product or have any other questions, feel free to contact us. Our after-sales support will get back to you within 18 hours. Help you solve your problems.