PDG23M0050TFFL - 50Amp Circuit Breaker

PDG23M0050TFFL - 50Amp Circuit Breaker

The Eaton PDG23M0050TFFL Power Defense Molded Case Circuit Breaker is a high-performance, globally rated solution designed for industrial and commercial power systems. This Frame 2 circuit breaker features a robust three-pole configuration with a 50A current rating and a breaking capacity of 65 kA at 480V, ensuring exceptional fault protection. With a fixed thermal-magnetic trip unit (Fxd-Fxd) and standard load-only terminals (PDG2X3T100), it combines precision, durability, and ease of installation for demanding environments.

Key Features and Benefits

• Superior Fault Tolerance: Breaking capacity of 65 kA at 480V and 35 kA at 600V (UL/CSA) ensures robust performance in high-demand environments.
• Thermal-Magnetic Trip Unit: Provides reliable, fixed settings for overload and short-circuit protection, enhancing safety and system reliability.
• Simplified Installation: Standard load-only terminals streamline installation, reducing setup time and effort.

Technical Specifications

• Frame Type: Frame 2, Power Defense Series
• Poles: 3-pole
• Amperage Rating: 50A
• 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: Reflects Eaton‰۪s commitment to environmentally sustainable products.
• Certifications: Meets rigorous global standards for safety and performance, ensuring reliable operation in diverse environments.

Suitability

• The Eaton PDG23M0050TFFL is an excellent choice for industrial facilities, commercial buildings, and other applications requiring high fault tolerance and global compliance. Its robust protection capabilities and ease of integration make it a reliable solution for safeguarding electrical infrastructure.

With its advanced design and high interrupt ratings, the Eaton PDG23M0050TFFL Circuit Breaker ensures optimal safety, reliability, and efficiency for modern power distribution systems.