GE THQD22100WL - 100 A, 240 V, 2-Pole Circuit Breaker | AmpState

Meet the GE THQD22100WL 2-pole molded case circuit breaker—the reliable, space-efficient protection you count on in panelboards and load centers. With a 100 A rating at 240 V, this breaker is built to handle the heavy branches of residential, commercial, and light industrial wiring while keeping your electrical system safe and compliant.

• Compact molded case design delivers dependable overcurrent protection without crowding your panel space, making it ideal for crowded or retrofit installations where every inch counts.
• Thermal-magnetic trip unit provides stable, repeatable protection. The thermal element responds to slow-overcurrent conditions, while the magnetic element delivers instantaneous response to high fault currents, reducing nuisance trips and protecting wiring and devices.
• OEM-compatible for seamless integration—designed to be compatible with matching GE OEM load centers and panelboards, ensuring proper fit, alignment, and reliable operation.
• Versatile applicability suitable for residential subpanels, commercial panels, and light industrial distribution where branch circuit protection and short-circuit safety are critical.

Why choose the THQD22100WL? It’s not just a breaker—it’s a safeguard that prevents damage from overloads and short circuits while optimizing panel space. The combination of a 100 A rating and 240 V operation makes it a strong fit for feeders and branch circuits that demand robust protection without excessive footprint.

Key specifications

• Manufacturer: GE
• Part number: THQD22100WL
• Type: Thermal-magnetic molded case circuit breaker
• Amperage rating: 100 A
• Voltage rating: 240 V
• Poles: 2
• Application: Branch circuit overcurrent and short-circuit protection

Ideal for electricians and facility managers seeking a dependable, code-compliant protection solution that fits neatly into GE OEM panels. Use the GE THQD22100WL to protect essential feeders, subpanels, and critical loads, delivering fast, reliable tripping when faults occur while minimizing disruptive nuisance trips during normal operation.