Industrial FG3015 15A 3-Pole 600 V Circuit Breaker

Industrial FG3015 15A 3-Pole 600 V Circuit Breaker is a reliable, purpose-built overcurrent protector designed for demanding industrial panels. With a 15 A current rating, a 3-pole configuration for full three-phase protection, and a 600 V maximum rating, this breaker helps safeguard motors, feeders, and control circuits in tough industrial environments. Part Number FG3015 ensures precise identification and ordering within your spare parts system.

Key specifications

• Current rating: 15 A
• Poles: 3
• Voltage rating: 600 V
• Part Number: FG3015

Why a 3-pole design matters

In a three-phase setup, a three-pole circuit breaker disconnects all live conductors simultaneously. This minimizes the risk of unbalanced faults, reduces arc exposure, and supports compliant shutdowns of motor loads, conveyors, and other three-phase equipment. For panel builders and maintenance teams, the FG3015 offers a straightforward, consistent protection strategy across your entire multi-phase system.

Ideal use cases

• Motor control circuits powering industrial pumps, fans, and conveyors
• Three-phase feeders in manufacturing lines and processing equipment
• Electrical panels where quick, reliable isolation of all phases is required

What makes this breaker stand out

• Direct alignment with industrial needs: designed to interrupt fault currents in up to 600 V networks, making it suitable for a wide range of industrial applications.
• Clear three-phase protection: 3-pole construction ensures simultaneous disconnection of all phases, enhancing safety and equipment protection.
• Inventory-friendly: the FG3015 part number provides a precise, consistent component for procurement and maintenance planning.

Practical considerations and tips

When integrating the FG3015 into an industrial panel, verify that your system voltage and load profile align with the 600 V rating and 15 A capacity. Use proper wiring practices and secure connections to maintain reliable operation. For ongoing reliability, schedule routine inspections of the breaker’s mounting and termination points and ensure labeling clearly reflects its protective role in the circuit.