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General Electric TEF136M1050 Molded Case Circuit Breaker

General Electric TEF136M1050 Molded Case Circuit Breaker

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Description:

The General Electric TEF136M1050 functions as a molded case circuit breaker engineered for three-phase electrical distribution systems requiring dependable overcurrent protection capabilities. Identified by the specific designation TEF136M1050, this component features a three-pole configuration paired with a 50-ampere rating to manage continuous load demands within commercial and industrial panelboards. Operators utilize this device to interrupt power flow instantaneously when circuit conditions exceed the rated capacity, thereby protecting upstream and downstream wiring from potential thermal damage or fire risks caused by shorts. The design accommodates standard mounting arrangements found in General Electric switchboard assemblies, ensuring seamless replacement and compatibility with existing busbar interfaces during maintenance cycles. Construction materials provide sufficient insulation to isolate internal contacts safely while resisting the environmental factors encountered inside enclosed electrical rooms.

Selecting the correct ampere rating is essential to prevent nuisance tripping while guaranteeing that safety margins are maintained during peak load operations. Technicians rely on the physical consistency of the TEF series geometry to facilitate quick identification and installation without needing custom fabrication for non-standard spaces. The molded case housing contributes significantly to the overall safety profile by containing arc paths and protecting external observers from live energized elements during fault interruptions. Regular inspection intervals should confirm that the mechanical handle returns to the full 'on' position securely and that terminal lugs remain tight enough to prevent resistive heating issues over extended service life. By integrating this unit into a protected circuit, the system achieves a level of reliability necessary for uninterrupted productivity in demanding facility management contexts.

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