Schneider Electric FGA240201 20A 2-Pole 277 V Circuit Breaker

The Schneider Electric FGA240201 20A 2-Pole 277 V Circuit Breaker is engineered to protect 277-volt circuits with precision and reliability. Built for commercial electrical panels, this genuine Schneider Electric component delivers dependable overcurrent protection for lighting, power feeders, and other 277 V loads.

• Exact specifications for seamless replacement: Part Number FGA240201, 20 A current rating, 2-pole design, rated for 277 V to safeguard multi-conductor circuits in commercial environments.
• Dual-pole safety operation: Simultaneously disconnects both live conductors during a fault, isolating the circuit to reduce shock risk and prevent backfeed in shared systems.
• Panel compatibility and installation: Specifically designed to fit Schneider Electric distribution panels and enclosures that support FGA-series breakers, helping minimize downtime during replacements.
• Durable, field-ready construction: Built to withstand the rigors of busy commercial spaces where vibration, temperature fluctuations, and frequent cycling are common.
• Targeted use cases: Ideal for commercial lighting circuits, office buildings, retail spaces, and other 277 V installations where reliable fault protection is essential for safety and continuity.

Why this matters: with a 20 A rating, the FGA240201 protects circuits from overload without nuisance trips on normal operation, preserving equipment life and reducing maintenance interruptions. The 2-pole design ensures both conductors are de-energized when a fault occurs, enhancing personnel safety and preventing partial energization in shared circuits.

Practical considerations for choice and use:

• Confirm panel compatibility with FGA-series breakers to ensure a correct fit and secure mounting.
• Use on 277 V circuits where phase-to-neutral distribution is standard, such as commercial lighting and related electrical loads.
• Plan for straightforward replacement or upgrade of outdated breakers to maintain system protection without extensive panel rewiring.