Schneider Electric PAF-361200G Circuit Breaker, 1200A, 3-Pole, 600V

Schneider Electric's PAF-361200G is a rugged, three-pole circuit breaker engineered for the most demanding industrial electrical service, maintenance, and replacement projects. With a formidable 1200 A rating and a 600 V operating voltage, this unit provides reliable, three-phase protection where uptime is critical.

As part of the trusted Case PAF series, the PAF-361200G is built to withstand challenging industrial environments while delivering consistent performance across feeders and distribution panels. To ensure you’re choosing the right device, verify fit by part number and application requirements—the official part number is PAF-361200G for 600 V, three-phase service.

• Amperage: 1200 A
• Poles: 3
• Voltage: 600 V
• Series: Case PAF
• Manufacturer: Schneider Electric
• Part number: PAF-361200G
• Applications: industrial electrical service, maintenance, and replacement projects
• Compatibility note: verify fit by part number and application requirements

Use cases and ideal environments include large manufacturing lines, processing facilities, and any installation that relies on robust three-phase protection at 600 V. This breaker is well-suited for replacement in aging switchgear and distribution panels where a high-current, three-pole solution is required to safeguard motors, heaters, and other heavy loads.

What sets the PAF-361200G apart is its focus on reliability within the Case PAF family—delivering solid, field-proven protection for critical industrial circuits. It’s not just about dimensions or ratings; it’s about ensuring quick fault isolation and continued operation of essential equipment when it matters most.

Need help matching a part number or confirming compatibility? Message us and we’ll help.

Practical tips for installation and use:

• Confirm the breaker’s fit with your panel or switchgear by cross-checking the part number: PAF-361200G.
• Ensure the system is a 600 V, three-phase configuration to match the breaker's rating.
• Follow your facility’s safety procedures and use proper torque and termination practices for heavy-current connections.
• Keep a documented spare or replacement timeline in facilities where high-current feeders are critical to operations.