Industrial FCL3015 15A 3-Pole 480 V Circuit Breaker

Engineered for demanding industrial environments, the Industrial FCL3015 15A 3-Pole 480 V Circuit Breaker delivers precise three-phase protection for your critical equipment. With a 15-amp current rating, three poles, and a 480-volt operating maximum, this breaker is purpose-built to safeguard motors, conveyors, and automation panels from overloads and short circuits.

Key specifications

• Part Number: FCL3015
• Current rating: 15 A
• Poles: 3
• Voltage rating: 480 V

Why this 3-Pole 480 V breaker stands out

In industrial electrical systems, clean, reliable protection is non-negotiable. This FCL3015 model is designed to interrupt three-phase power cleanly and quickly when an overload or fault occurs, helping prevent equipment damage and unplanned downtime. Its 3-pole configuration ensures simultaneous disconnection of all phases, reducing the risk of phase-to-ground or phase-to-phase faults during maintenance or fault events.

Ideal use cases

• Three-phase motors and equipment on 480 V distribution networks
• Conveyor lines, packaging machines, and CNC or machining centers in manufacturing facilities
• Power distribution panels and motor control centers requiring compact, reliable protection
• HVAC systems and industrial automation circuits that operate at 480 V

What you gain with the Industrial FCL3015

• Targeted protection for 3-phase loads: With 15 A rating, it safeguards circuits without unnecessary nuisance tripping on normal startup surges
• Reliable interruption across all phases: The 3-pole design disconnects all live conductors for enhanced safety during servicing
• Simple integration: Designed to fit standard industrial panels and MCCs that support 480 V distribution networks
• Operational clarity: Clear indication of fault conditions helps maintenance teams respond quickly to outages

Installation and maintenance tips

Ensure connection torque and enclosure compatibility per local electrical codes. Regularly inspect terminal blocks and wiring for signs of overheating or wear, and verify trip coordination with surrounding protection devices to minimize unnecessary trips and protect downstream equipment.