KGL32250 - 250 Amp Circuit Breaker

KGL32250 - 250 Amp Circuit Breaker

Built for demanding environments, the KGL32250 is a high-performance, industrial-grade molded case circuit breaker engineered to give reliable protection & stability to your electrical system. With its thermal-magnetic trip mechanism and feed-through design, it responds swiftly to overloads and short circuits while offering service flexibility. Whether you're retrofitting an older panel or installing new power distribution equipment, this 250 A, 3-pole breaker offers dependable switching and protection when you need it most.

Key Features and Benefits

• High current capacity (250 A): Supports heavy-duty loads in industrial or commercial power systems.
• Fast fault response: The thermal-magnetic trip unit delivers quick reaction to overloads and short circuits, reducing risk to equipment.
• Cable-in / cable-out design: Enables easy feed-through wiring for streamlined installation and efficient layouts.
• Modular compatibility: Designed to integrate smoothly into standard panel configurations without unnecessary customization.
• Long service life: Constructed from quality materials to resist wear and tear in harsh settings — ideal for repeated cycles.
• Safe & dependable operation: Offers consistent performance under typical and adverse conditions, minimizing downtime.

Technical Specifications

• Number of Poles: 3
• Rated Current: 250 A
• Interrupting Rating (AIC): 65 kA @ 240 VAC
• Frame Type: KGL (PowerPact “K” style)
• Dimensions:
  • Width: 4.19″
  • Length: 7.00″
  • Depth: 3.31″
• Approx. Weight: 8.00 lbs
• Trip Mechanism: Thermal-magnetic molded-case

Material Compliance and Certifications

• UL Listed: Ensures compliance with recognized safety and performance standards.
• RoHS Compliant: Free from restricted hazardous substances to support environmentally safe installations.
• Quality Assurance: Thoroughly tested during manufacturing to meet design specifications.

Where It Works Best

• This circuit breaker is optimized for industrial plants, factories, data centers, and large commercial sites where continuous, high-current operation and protection are critical. Use it as a main feeder breaker, in distribution panels, or to safeguard heavy equipment such as large motors or power conversion systems.