GE TED134100 - 100 A, 480 V, 3-Pole Circuit Breaker | AmpState

Meet the GE TED134100—a 100-amp, 480-volt, 3-pole molded case circuit breaker built for dependable branch circuit overcurrent and short-circuit protection in panelboards and loadcenters. Designed for 3-phase distribution, it delivers robust protection while maximizing space efficiency in commercial, residential, and light-industrial applications.

• 100A, 480V, 3-pole: ideal for safeguarding three-phase feeders and complex panel layouts in larger installations.
• Thermal-magnetic trip unit: provides stable, repeatable protection with fast response to short circuits and controlled overload behavior for predictable operation.
• Compact molded case design: minimizes panel depth and frees up valuable space inside your enclosure without sacrificing protection.
• OEM-compatible: engineered to integrate seamlessly with matching GE OEM load centers and panelboards for straightforward replacement and system integrity.
• Versatile protection: suitable for residential, commercial, and light-industrial electrical distributions requiring reliable 3-phase protection.

Why it matters: this 3-pole breaker is a purpose-built solution for coordinating protection across distribution panels, reducing nuisance trips, and delivering dependable performance under fault conditions. Its compact form fits tight panel spaces, while the thermal-magnetic mechanism ensures consistent trip characteristics across varying loads and temperatures.

Practical use cases include upgrading a 3-phase feeder in a mid-sized commercial space, replacing aging protection in a residential-grade panel with a compatible GE unit, or safeguarding HVAC equipment and lighting circuits in light-industrial environments. If you’re replacing or expanding, the TED134100 provides a reliable, compatible choice that aligns with GE’s panel ecosystem.

Secure dependable protection in your electrical distribution with the GE TED134100 (100A, 480V, 3-pole). Available from AmpState, it’s a thoughtful upgrade for 3-phase systems that demand clear protection, precise trip behavior, and long-term reliability.