Square D PE25CT2 2500A 3-Pole 600 V Circuit Breaker

Square D PE25CT2 2500A 3-Pole 600 V Circuit Breaker is a heavy-duty protective device designed for demanding industrial power systems. With a 2500 A current rating and a 3-pole configuration, this breaker provides robust, synchronized protection across all three phases in 600 V networks.

Why this breaker stands out

• Massive current handling: 2500 A rating makes it suitable as a main disconnect or a high-capacity feeder breaker in large panels and industrial feeders.
• Three-phase reliability: 3-pole design ensures all phases trip together, minimizing phase imbalance and protecting equipment from multi-phase faults.
• 600 V compatibility: Engineered for typical industrial distribution systems operating up to 600 V, including manufacturing facilities and data centers.
• Proven Square D lineage: Part Number PE25CT2 provides a clear identifier for sourcing, maintenance, and compatibility within Square D's protection scheme.

Ideal applications

• Industrial power distribution panels that require a high-capacity main breaker
• Large equipment enclosures guarding motors and heavy loads on 600 V systems
• Service entrances and feeder protection in manufacturing facilities

Technical snapshot

• Current rating: 2500 A
• Poles: 3
• Voltage rating: 600 V
• Part number: PE25CT2
• Brand: Square D

Practical considerations and tips

• Ensure the breaker is installed in a compatible Square D enclosure and panel to maintain system integrity and warranty coverage.
• Use as a main disconnect or as a feeder protection device for high-demand circuits—ideal when you need decisive isolation of large loads.
• Keep a spare PE25CT2 on hand for maintenance or planned swaps in critical production lines to minimize downtime.

Invest in reliable, industrial-grade protection with the Square D PE25CT2. It’s engineered to safely interrupt and isolate large, three-phase loads at up to 600 V, helping you maintain uptime, protect valuable equipment, and streamline electrical distribution in demanding environments.