General Electric TE11015 15A 1-Pole 120 V Circuit Breaker Potential Transformer

Meet the General Electric TE11015 15A 1-Pole 120 V Circuit Breaker—an authentic GE replacement designed to fit panels that support TE-series breakers. With a precise 15-amp current rating and a single pole in a standard 120-volt circuit, this breaker delivers reliable, straightforward protection for everyday residential wiring.

Key specifications

• Current rating: 15 A
• Poles: 1
• Voltage rating: 120 V
• Part number: TE11015
• Brand: General Electric

Why this GE TE11015 stands out

Designed as a genuine GE component, the TE11015 offers dependable tripping performance and seamless compatibility within GE panels that accept TE-series breakers. Its straightforward 1-pole, 120V design makes it a precise, drop-in replacement for aging or worn breakers on 15A circuits—minimizing downtime and keeping essential electrical circuits protected.

Ideal use cases

• Replacing a tripped or worn 15A circuit breaker in a GE-branded panel.
• Protecting residential lighting circuits, small-appliance circuits, or receptacle runs fed by a 120V supply.
• Stocking a versatile GE breaker for quick repairs in maintenance or remodeling projects.

Practical tips for installation and safety

• Always deactivate the main power before servicing the panel and use proper safety precautions.
• Confirm panel compatibility—this TE11015 is designed for GE panels that accept TE-series breakers.
• Replace breakers with the same amperage rating and pole count to maintain correct electrical protection for each circuit.
• If you’re unsure about panel compatibility or installation, consult a licensed electrician to ensure proper, code-compliant setup.

How it compares to alternatives

Choosing the genuine GE TE11015 guarantees consistency with other GE components and predictable performance within GE-branded electrical systems. While generic replacements may physically fit, the TE11015 is engineered to match GE panel tolerances and trip characteristics, reducing the risk of nuisance trips and ensuring reliable circuit protection over time.