HOM130 | Schneider Electric Mini Circuit Breaker

The HOM130 is a miniature circuit breaker from the Homeline series, designed for rapid installation and optimal circuit protection. This 1 pole circuit breaker, with a plug-in mounting configuration, is rated for 30A at 120/240 VAC. It provides a breaking capacity of 10 kA and is HACR rated, ensuring suitability for heating, air conditioning, and refrigeration equipment. 

The electrical connection utilizes a clamp terminal capable of accommodating two wires, supporting a wire range of 14 AWG to 8 AWG for both copper and aluminum conductors. The dimensions of the HOM130 are 3.13 inches in height, 1.0 inch in width, and 2.98 inches in depth. 

HOM Homeline miniature circuit breakers are UL Listed, confirming compliance with rigorous safety and performance standards. This circuit breaker is specifically designed to plug into Homeline load centers, providing reliable standard circuit protection for residential and light commercial applications. 

The HOM130 Mini Circuit Breaker belongs to the Homeline series, meticulously engineered for swift installation and top-tier circuit protection. Crafted to effortlessly plug into Homeline load centers, these circuit breakers ensure efficient safeguarding of electrical circuits. Offering standard circuit protection, the breaker is HACR rated, ensuring optimal operational performance. 

Featuring a 1-pole configuration with plug-in mounting, the HOM130 breaker is capable of handling currents up to 30A at both 120V and 240V AC voltages. With a breaking capacity of 10 kA, it provides robust protection against overloads and short circuits. 

The electrical connection employs a clamp terminal capable of accommodating two wires simultaneously. Wire sizes ranging from 14 AWG to 8 AWG in copper or aluminum are compatible with this breaker, enhancing versatility in wiring applications. 

Physically, the HOM130 breaker measures 3.13 inches in height, 1.0 inch in width, and 2.98 inches in depth. Its compact dimensions facilitate easy integration into electrical panels while optimizing space utilization.