PDG13M0100TFFL - 100Amp Circuit Breaker

PDG13M0100TFFL - 100Amp Circuit Breaker

When you’re working with electrical systems, you don’t want surprises—and you definitely don’t want failures. The Eaton PDG13M0100TFFL is a 100 amp, 3-pole molded case circuit breaker built to do one thing well: protect your system and keep everything running the way it should. This model is part of Eaton’s Power Defense line, which is known for consistent performance in real-world conditions. It handles overloads and short circuits quickly and cleanly, helping prevent damage to equipment and costly downtime. It’s also compact enough to fit comfortably into most panel setups, which makes installation a lot more straightforward. If you’re outfitting a commercial panel or working on an industrial setup, this is the kind of breaker you install and don’t have to think about again.

Key Features and Benefits

• 100 Amp rating suited for a wide range of commercial and industrial applications
• 3-pole design for reliable three-phase power protection
• High interrupting capacity (65 kAIC @ 480V) to safely handle fault conditions
• T298 trip unit for consistent and accurate response
• Compact size makes it easier to work into tight panel spaces
• Built by Eaton—a name widely trusted in power distribution

Technical Specifications

• Manufacturer: Eaton
  
• Catalog Number: PDG13M0100TFFL
  
• Series: Power Defense (PD1 Global)
  
• Amperage: 100A
  
• Poles: 3
  
• Voltage Rating: Up to 600 Vac
  
• Interrupt Ratings:
  • 65 kAIC @ 480 Vac
  • 100 kAIC @ 240 Vac
  • 25 kAIC @ 600 Vac
• Trip Type: T298
  
• Frame Size: 1
  
• Dimensions: 139.7 mm (H) x 76.2 mm (W) x 75.95 mm (D)
  
• Weight: 1.36 kg
  
• Terminals: Standard load-side terminals
  

Material Compliance and Certifications

• UL 489 Listed
• CSA Certified
• IEC 60947-2 Compliant
• CCC Marked
• RoHS Compliant
• These certifications matter more than most people realize—they’re what tell you the breaker will perform safely and consistently under real operating conditions, not just in theory .

Where It Works Best

• Commercial buildings (offices, retail, multi-unit spaces)
• Industrial equipment and manufacturing lines
• Panelboards and switchgear
• OEM installations
• Projects where higher interrupt ratings are required