PXF362500G - 2500 Amp Circuit Breaker

PXF362500G - 2500 Amp Circuit Breaker

When your power system demands high-capacity protection without compromise, the Square D PXF362500G steps in. Engineered by Schneider Electric, this molded-case circuit breaker delivers reliable, precise protection for heavy loads, giving you confidence in your infrastructure’s safety and continuity. Whether used in new installations or retrofits, it’s built to guard your critical systems from overloads, short circuits, and unpredictable electrical disturbances—keeping operations running smoothly.

Key Features and Benefits

• High Current Capacity — Rated up to 2,500 A, it’s ideal for environments with substantial power demand.
• Adjustable Trip Mechanism — Offers fine-tuning of protection settings so you can calibrate response to your specific load profile.
• Space-Efficient Structure — Designed to fit into compact enclosures while still delivering full performance.
• Simplified Installation — Compatible with many standard enclosures and buswork systems, reducing labor and integration time.
• Durability Under Duty — Built to handle demanding ambient conditions without performance drift.

Technical Specifications

• Frame Size: 800 – 2,500 A
• Interrupting Rating: 65 kA @ 480 V
• Weight: Approx. 13 lb (≈5.9 kg)
• Trip Type: Adjustable thermal-magnetic (or electronic, depending on model configuration)
• Voltage Ratings: Suitable for standard industrial voltages (consult model variant data sheet for details)
• Mounting Style: Molded-case, enclosure or panel-mounted options (depending on application)

Material Compliance and Certifications

• Compliance: The PXF362500G is manufactured in accordance with global safety and environmental standards.
• RoHS: Ensures that restricted hazardous substances are minimized.
• Certifications: Meets UL and IEC certification requirements, confirming its suitability for global installations and adherence to recognized safety protocols.

Where It Works Best

• Heavy industrial plants — Steel mills, chemical facilities, and large fabrication shops
• Commercial complexes and campuses — For central utility distribution and main switchgear
• Data centers — Backing up mission-critical racks and infrastructure
• Power distribution centers — As part of main feeders or high-amperage branch circuits
• Upgrades or expansions — Integrates neatly into existing systems when increasing capacity or replacing lower-capacity breakers