PDG22M0060TFFJ - 60Amp Circuit Breaker

PDG22M0060TFFJ - 60Amp Circuit Breaker

The Eaton PDG22M0060TFFJ Power Defense Molded Case Circuit Breaker is a robust and reliable two-pole solution designed to protect electrical systems in industrial, commercial, and institutional environments. With a 60Amp rating and a fault-interrupting capacity of 65kA at 480V, this globally rated breaker ensures advanced circuit protection while meeting stringent international safety standards. Its compact and versatile design makes it an ideal choice for demanding power distribution applications.

Key Features and Benefits:

• Superior Fault Protection: Provides 65kA interrupting capacity at 480V (UL), ensuring reliable safety for electrical systems exposed to high fault currents.
• Efficient Two-Pole Design: Delivers comprehensive protection for two circuits or phases in a compact configuration.
• Thermomagnetic Trip Unit: Features a fixed-fixed (Fixed-Fixed) trip mechanism for accurate fault detection and swift response.
• Versatile Connectivity: Equipped with standard line and load terminals for easy installation and seamless integration.

Technical Specifications:

• Amperage Rating: 60Amp
• Voltage Rating: 600V maximum
• Interrupting Ratings: 65kA at 480V (UL), 100kA at 240V (UL), 35kA at 600V (UL/CSA), Multiple global ratings, including 70kA at 380-415V (IEC) and 50kA at 440V (IEC)
• Dimensions: 88.9 mm (depth) x 152.4 mm (height) x 69.9 mm (width)
• Weight: 2.041 kg

Material Compliance and Certifications:

• Certifications: Meets rigorous international safety and environmental standards, including UL 489 and IEC 60947-2, ensuring compatibility and reliability.
• RoHS Compliance: Emphasizes eco-conscious design and sustainable practices.

Suitability:

• Designed for high-performance applications, this breaker is perfect for use in manufacturing facilities, commercial buildings, and other critical infrastructures that require dependable two-pole circuit protection. Its high fault current capability makes it ideal for environments with significant energy demands.