GE THQB32015 15A 3P 240V Circuit Breaker, Bolt-On | AmpState

GE THQB32015 is a 15-amp, three-pole, 240-volt circuit breaker designed to deliver dependable protection for panelboards, load centers, and electrical distribution systems. Its bolt-on mounting makes it a practical choice for retrofit work and maintenance planning, helping you keep part numbers consistent and inventories streamlined.

• Three-pole, 240V protection suited for multi-wire and three-phase distribution environments, ensuring reliable circuit isolation when you need it most.
• Bolt-on design for secure, quick installation in compatible GE panelboards and distribution panels, reducing installation hassles and improving contact stability.
• 15 A amperage rating provides targeted protection for standard lighting, receptacle, and small-motor circuits within residential or light commercial settings.
• GE part THQB32015 ensures consistent replacement identification, making procurement straightforward for service and retrofit projects.
• Maintenance-friendly and retrofit-ready—keep the same part number during upgrades to simplify planning, stocking, and future service needs.

This breaker is ideal for electricians, facility managers, and maintenance teams who value predictable compatibility in panel upgrades and service planning. If you’re repairing or expanding an electrical distribution setup and need to preserve part numbers for inventory control, the THQB32015 is designed to fit your workflow.

Availability and support: AmpState offers the GE THQB32015 and can help you confirm compatibility with your specific panel model. If you’re unsure about fit, message us and we’ll assist with compatibility checks and recommendations.

• Use case scenarios: retrofit projects that require preserving the existing part number, panelboard refreshes, and scheduled maintenance where consistent components simplify documentation.
• Installation tips: ensure bolt-on mounting is appropriate for your GE enclosure and that the bus connections align with the THQB32015’s design for secure operation.