Potter W91X11-2-10 - 10A, 250VAC, 1-Pole, Circuit Breaker

Meet the Potter W91X11-2-10 — a dependable 10A, 250VAC, 1-Pole circuit breaker engineered for serious overcurrent protection in demanding electrical environments. Designed to fit seamlessly into panelboards, switchboards, and control panels, it’s a compact solution that keeps critical circuits safe and reliable.

• Trusted single-pole protection for single-phase circuits up to 250V, delivering precise current limiting to protect wiring and connected equipment.
• Compact, flexible form factor Optimized for distribution panels and motor control centers, where space and reliability matter.
• Industrial-grade reliability Built for industrial, commercial, and OEM applications where consistent performance and safe operation are essential.
• Clear, actionable protection Quickly interrupts fault or overload conditions to minimize downtime and collateral damage in control and automation systems.

Ideal use scenarios

Because this is a 1-Pole, 10A device rated at 250VAC, it shines in single-phase control circuits, lighting feeders, small machinery controls, and compact motor control centers. It’s well-suited for OEM equipment enclosures, distribution panels, and switchgear where dependable protection and easy reset are critical.

Why this breaker matters for you

Choosing the Potter W91X11-2-10 means selecting a component that aligns with real-world electrical safety needs: simple, reliable protection for everyday loads and edge-case startup currents, reduced nuisance trips in properly sized circuits, and long-term serviceability in busy service environments. It’s a practical, no-nonsense solution that keeps systems running smoothly in busy facilities.

Installation and compatibility tips

Ensure your system is within the 10A, 250VAC specification and that the breaker’s single-pole format matches the circuit’s wiring and panel design. Use manufacturer-recommended mounting and clearances, and follow standard electrical best practices for panel installation, labeling, and testing after a fault condition.