PDG23M0080TFFL - 80Amp Circuit Breaker

PDG23M0080TFFL - 80Amp Circuit Breaker

The Eaton PDG23M0080TFFL Power Defense Molded Case Circuit Breaker is a globally rated, high-capacity solution for safeguarding industrial and commercial power systems. As part of Eaton‰۪s Frame 2 series, this three-pole breaker is rated at 80A with a breaking capacity of 65 kA at 480V, ensuring robust fault protection. Featuring a fixed thermal-magnetic trip unit (Fxd-Fxd) and standard load-only terminals (PDG2X3T100), it provides consistent reliability, compliance with international standards, and ease of installation.

Key Features and Benefits

• High Fault Tolerance: Breaking capacity of 65 kA at 480V and 35 kA at 600V (UL/CSA) ensures exceptional performance in high-demand environments.
• Reliable Thermal-Magnetic Protection: Offers fixed trip settings for overload and short-circuit protection, providing consistent safety and reducing operational risks.
• Simplified Installation: Load-only terminals streamline installation, reducing setup time and maintenance effort.

Technical Specifications

• Frame Type: Frame 2, Power Defense Series
• Poles: 3-pole
• Amperage Rating: 80A
• Voltage Rating: 600 Vac
• Interrupt Ratings: 65 kA @ 480V;åÊ100 kA @ 240V;åÊ35 kA @ 600V
• Weight: 1.82 kg
• Dimensions: 88.9 mm (L) x 104.6 mm (W) x 152.4 mm (H)

Material Compliance and Certifications

• RoHS Compliant: Demonstrates Eaton‰۪s dedication to environmentally friendly and sustainable manufacturing.
• Certifications: Meets rigorous global safety and performance standards, ensuring reliable operation in diverse environments.

Suitability

• The Eaton PDG23M0080TFFL is ideal for protecting power distribution systems in industrial facilities, data centers, and commercial buildings. Its superior fault tolerance, global compliance, and ease of installation make it an excellent choice for safeguarding critical electrical infrastructure.

With its advanced engineering and high interrupt ratings, the Eaton PDG23M0080TFFL Circuit Breaker provides exceptional safety, reliability, and efficiency for modern power systems.