KGL32100 - 100 Amp Circuit Breaker

KGL32100 – 100 Amp Circuit Breaker

When electrical safety is non-negotiable, the KGL32100 – 100 Amp Circuit Breaker delivers performance you can count on. Engineered for demanding industrial and commercial settings, this three-pole breaker is designed to interrupt fault currents cleanly and protect your system from overloads, short circuits, and other abnormal conditions. With a design that balances power and compactness, you get dependable protection without using up too much panel space.

Key Features & Benefits

• High interrupting capacity: rated to safely break fault currents within its capacity, safeguarding equipment and wiring.
• Durable materials: built from long-lasting components to handle harsh environments and continuous cycles.
• Space-saving footprint: compact design without sacrificing performance, so it fits where space is tight.
• Easy installation & servicing: features like cable-in/cable-out terminals and finger-safe construction make setup quicker and maintenance easier.
• Accurate protection: thermal-magnetic trip elements ensure faithful detection of overloads and short circuits, protecting critical circuits.

Technical Specifications

• Poles: 3-pole
  
• Amps: 100 A
  
• Interrupting Rating (A.I.C.): 65,000 A @ 240 VAC
  
• Frame Type: KGL (K-Frame)
  
• Dimensions:
  • Width: 4.19"
  • Length: 7.00"
  • Depth: 3.31"
• Ship Weight: 8.00 lb
  
• Additional Features: Cable-in / cable-out configuration, thermal-magnetic mechanism, molded case construction
  

Material Compliance & Certifications

• UL Certified: This breaker is certified by UL (Underwriters Laboratories), verifying its safety and performance for commercial and industrial installations.
• RoHS Compliant: Meets RoHS standards, limiting hazardous substances and aligning with modern environmental regulations.
• Quality Materials: All materials used conform to quality benchmarks to ensure consistent service life.
  

Where It Works Best

• The KGL32100 is ideal wherever you need dependable protection in high-demand power systems—manufacturing facilities, commercial buildings, data centers, or large HVAC or pump systems. Use it in motor control panels, feeder circuits, or branch circuits where abrupt fault currents may occur. It’s best deployed in environments that demand continuous uptime and solid protection against electrical faults.