Square D FA26100AB - 100A, 2-Pole, Circuit Breaker

Square D FA26100AB delivers dependable overcurrent protection in a compact 2-Pole design. Rated at 100A, this circuit breaker is crafted to safeguard critical electrical infrastructure in panelboards, switchboards, and control panels, making it a reliable cornerstone for demanding installations.

• Current rating: 100A
• Poles: 2-Pole
• Breaker type: Circuit Breaker

Built for versatility, the FA26100AB supports flexible deployments in industrial, commercial, and OEM environments where safe operation and consistent protection are non-negotiable. The 2-Pole configuration enables simultaneous disconnection of paired conductors, simplifying wiring layouts and improving fault isolation in medium- to large-scale distribution schemes.

Ideal applications

• Panelboards, switchboards, and control panels that demand robust overcurrent protection.
• Distribution panels and motor control centers (MCCs) where reliable interruption is essential to protect motors and downstream equipment.
• OEM assemblies requiring a dependable 100A, 2-Pole breaker as a core protection element.

What sets this Square D breaker apart

• Proven manufacturer reliability: Square D engineering is built to perform in challenging environments, helping you minimize nuisance trips and keep critical processes online.
• Targeted protection, real-world impact: By interrupting fault currents when needed, it helps prevent damage to wiring, motors, and control circuits while supporting safer maintenance and operation.
• Compact, practical form factor: The 2-Pole design provides efficient space utilization in panel racks and MCCs without compromising protection scope.

In facilities management, manufacturing floors, and OEM production lines, the FA26100AB acts as a dependable safeguard for circuits and equipment. If your goal is to reduce downtime, protect personnel, and maintain smoother commissioning and operation of electrical systems, this 100A, 2-Pole breaker offers a clear, practical solution that aligns with real-world needs.