Schneider Electric | FDA240801 | Circuit Breaker | 80A | 1-Pole | 240V

Schneider Electric FDA240801 80A 1-Pole 240V Circuit Breaker is purpose-built for dependable overcurrent protection in 240-volt electrical systems. Designed for maintenance, retrofit, and replacement projects, this single-pole breaker provides a precise, safe disconnect to protect your wiring and loads from damage due to overloads or faults.

• Amperage: 80A
• Poles: 1-Pole
• Voltage: 240V

Why this specific part matters

• Definitive compatibility reference: The part number FDA240801 is your best reference when matching breakers for maintenance, retrofit, or replacement work. Rely on it to minimize guesswork and ensure a proper fit.
• Designed for 240V single-pole protection: Ideal for protecting a single 240V circuit or a dedicated load within residential or light commercial panels, delivering reliable disconnection when needed.
• Quality you can trust: From Schneider Electric, a name synonymous with engineering rigor and consistent performance in electrical protection devices.

Use cases, scenarios, and practical guidance

• Maintenance and replacements: When an existing panel requires an 80A, 1-pole 240V breaker, this FDA240801 delivers a straightforward, compatible upgrade to restore protected operation with minimal downtime.
• Retrofit and reconfiguration: For projects reorganizing a 240V distribution, this breaker fits common form factors and mountings that electricians rely on for clean, secure panel integration.
• Panel suitability checks: Before ordering, compare your panel’s model and the circuit-breaker styling to the FDA240801 specifications to confirm fit and ratings.

Important compatibility note

Notes: Confirm fit and ratings before ordering. Part number is the best reference for compatibility.

Keep a precise, ready-to-use spare on hand for quick service when panels require dependable 240V protection. The FDA240801 is a focused, exact-match solution for projects where you need an 80A, 1-pole breaker that performs consistently in real-world electrical setups.