JGS3175FAG | Circuit Breaker | 175A | 3-Pole | 600V | 35kA

The JGS3175FAG industrial circuit breaker is a rugged three-phase protective device designed for demanding electrical environments. With a 175 A rating, a 3-pole configuration, and a 600 V maximum, it provides reliable overcurrent protection for modern power systems. Its 35 kA interrupting capacity means it can safely interrupt significant fault currents, helping protect downstream equipment and keep downtime to a minimum.

• Amperage: 175 A
• Poles: 3-Pole (three-phase)
• Voltage rating: 600 V
• Interrupting capacity: 35 kA
• Compatibility note: Part number JGS3175FAG is the best reference for compatibility; confirm fit and ratings before ordering

Why this breaker stands out

Unlike generic protectors, the JGS3175FAG is built for retrofit and maintenance projects where exact specs matter. The 3-pole design is ideal for balanced three-phase systems common in industrial facilities, motor control centers, and distribution panels. The high interrupting capacity provides a safety margin for short-circuit events, allowing protective circuitry upstream to respond without compromising safety.

Ideal applications

• Maintenance and retrofit of existing 3-phase panels
• Replacement in industrial equipment where this exact part number is specified
• Protection upgrades for 600 V systems in manufacturing, HVAC, pumps, and conveyors

Installation considerations

To ensure a correct, reliable fit, verify the breaker matches your panel’s catalog and ratings. The part number JGS3175FAG is the best reference for compatibility—always confirm fit and ratings before ordering. Have a qualified electrician perform installation following manufacturer guidelines, and ensure the panel’s short-circuit current rating meets or exceeds the 35 kA interrupting capability.

For professionals working with established 600 V three-phase infrastructure, the JGS3175FAG delivers precise protection where it matters most—minimizing equipment wear, reducing unplanned downtime, and maintaining safe, stable operation across critical processes.