GE TED124125WL - 125 A, 480 V, 2-Pole Circuit Breaker | AmpState

GE TED124125WL is a 125A, 480V, 2-pole molded case circuit breaker designed to deliver dependable branch circuit overcurrent and short-circuit protection in panelboards and load centers.

• Compact molded case design that frees panel space while maintaining robust protection
• Thermal-magnetic trip unit provides stable, repeatable protection across temperature variations
• Engineered for seamless compatibility with matching OEM load centers and panelboards
• 125A amperage rating at 480V, ideal for higher-load branch circuits in commercial and light industrial environments
• 2-pole construction suitable for reliable line-to-line protection in 3‑phase or single‑phase configurations

Key specifications

• Manufacturer: GE
• Part Number: TED124125WL
• Type: Thermal-magnetic molded case circuit breaker
• Amperage Rating: 125A
• Voltage Rating: 480V
• Number of Poles: 2
• Application: Branch circuit overcurrent and short-circuit protection

Why this breaker stands out in real-world panels: the combination of a compact form factor and a reliable thermal-magnetic trip mechanism delivers predictable protection without crowding your panel. The design’s compatibility with OEM panelboards means easier replacements and consistent performance across existing installations, reducing downtime and maintaining system integrity in busy commercial and light industrial layouts.

Ideal applications and use cases

• New installations in commercial facilities that require compact, dependable protection at 480V
• Panelboard and load center upgrades where matching GE OEM components simplifies compliance and warranty considerations
• Repairs or replacements in light industrial environments that demand quick, reliable protection for high‑load branch circuits
• Residential projects involving higher-voltage feeders or larger subpanels within a single residence or multi‑unit building

Practical tips: ensure the panelboard or load center is designed to accept GE TED series breakers, verify that 125A is the correct ampacity for the circuit being protected, and follow local electrical codes during installation. For optimal performance, torque the terminals to the manufacturer’s specification and perform standard protective coordination checks within the distribution system.