General Electric THQC115 - 15A, 1-Pole, Circuit Breaker

The General Electric THQC115 is a compact, reliable circuit breaker engineered to shield critical electrical systems from overcurrent events. With a 15-amp rating and a single-pole design, it provides targeted protection for individual branches within larger panels and control architectures.

Why THQC115 stands out

Designed for flexible deployment in panelboards, switchboards, and control panels, this 1-Pole circuit breaker is ideal for applications where space and simplicity matter—such as compact motor control centers, distribution panels, and OEM equipment footprints. It delivers dependable overcurrent protection without complicating wiring schemes, helping maintain uptime in demanding environments.

• Current rating: 15A
• Poles: 1-Pole
• Breaker type: Circuit Breaker

Best-fit use cases

Industries and scenarios that benefit from the THQC115 include manufacturing floors with modular panel assemblies, commercial electrical rooms needing quick, reliable circuit protection, and OEM setups where standardized GE components streamline procurement and maintenance. It’s well-suited for protecting lighting circuits, control circuits, fans, pumps, and small motors in distributed panels and MCCs.

What you gain with GE quality

Rely on consistent performance across temperature and load variations thanks to GE’s proven design, helping minimize nuisance trips and extend service life of downstream equipment. The THQC115 integrates into existing GE or compatible distribution systems, supporting seamless replacement and upgrade cycles.

Practical tips for installation and longevity

Ensure you select the correct 1-Pole, 15A device for each protected circuit. Keep spare THQC115 units in inventory to reduce downtime during panel servicing. When replacing an older breaker, verify panel compatibility with the THQC115 family to maintain optimal fit and connection integrity. Regularly inspect terminals for signs of loosening or corrosion and replace as needed to uphold protection performance.