Square D | PHF2536G-1200A | Circuit Breaker | 1200A | 3-Pole | 600V

Meet the Square D PHF2536G-1200A circuit breaker—a robust, three-pole device designed to deliver reliable overcurrent protection in demanding electrical environments. With a 1200A rating and 600V capacity, this breaker is built to handle high-demand industrial applications while preserving system safety and uptime.

• High-current capability — 1200A rating supports heavy load feeders and essential equipment without frequent tripping.
• Three-pole design — 3-Pole configuration provides coordinated protection across all phases in three-phase systems, enhancing reliability.
• 600V maximum voltage — Suitable for common industrial distribution setups that operate at higher voltages.
• Accurate compatibility reference — the part number PHF2536G-1200A is the best reference for ensuring fit and ratings align with your installation; confirm compatibility before ordering.

This Square D breaker is ideal for maintenance, retrofit, and replacement projects where exact specifications matter. It integrates smoothly with existing Square D panels and distribution gear, helping you preserve electrical performance without compromising safety or compliance.

Use cases and practical considerations:

• Maintenance: when a direct, exact-spec replacement is required to restore protected circuits to full operation with minimal downtime.
• Retrofit: upgrade older panel configurations to meet current protection standards while keeping the same three-phase protection profile.
• Replacement: rely on the part number PHF2536G-1200A as the most reliable reference for compatibility and seamless interchangeability within compatible Square D installations.

Buying tip: always verify fit and ratings against your panel label or service manual, and keep the PHF2536G-1200A part number handy as the definitive reference for compatibility. With its solid construction and alignment with established Square D specifications, this circuit breaker helps you maintain safe, uninterrupted power distribution across demanding industrial applications.