PDG23M0225TFFL - 225Amp Circuit Breaker

PDG23M0225TFFL - 225Amp Circuit Breaker

The Eaton PDG23M0225TFFL Power Defense Molded Case Circuit Breaker delivers exceptional electrical protection and performance for industrial and commercial power systems. Designed to meet global compliance standards, this Frame 2 breaker features a robust 225A rating, a breaking capacity of 65 kA at 480V, and a reliable three-pole configuration. Its fixed thermal-magnetic trip unit ensures consistent overload and short-circuit protection, making it a trusted solution for safeguarding critical electrical infrastructure.

Key Features and Benefits

• High Fault Tolerance: Offers a breaking capacity of 65 kA at 480V (UL) and up to 100 kAIC at 240V (IEC), providing robust protection for high-demand applications.
• Reliable Protection: Fixed thermal-magnetic trip unit delivers precise and consistent overload and short-circuit protection for enhanced system safety.
• Ease of Installation: Features standard load-only terminals (PDG2X3TA225), simplifying setup and reducing downtime.

Technical Specifications

• Frame Type: Frame 2, Power Defense Series
• Poles: 3-pole
• Amperage Rating: 225A
• Voltage Rating: 600 Vac max
• Interrupt Ratings: 65 kAIC at 480V;åÊ100 kAIC at 240V;åÊ35 kAIC at 600V
  
• Weight: 1.82 kg
• Dimensions: 88.9 mm x 104.6 mm x 152.4 mm

Material Compliance and Certifications

• RoHS Compliant: Demonstrates Eaton's commitment to sustainable and environmentally responsible manufacturing.
• Global Certifications: Adheres to rigorous safety and performance standards for international applications.

Suitability

• The Eaton PDG23M0225TFFL Circuit Breaker is ideal for high-demand applications in industrial plants, commercial facilities, and data centers. Its superior interrupt capacity, durable construction, and reliable protection settings make it a trusted choice for safeguarding critical power distribution systems.

Choose the Eaton PDG23M0225TFFL Circuit Breaker for industry-leading safety, reliability, and efficiency, ensuring the optimal performance of your power systems.