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Eaton
PDG21M0125TFFJ - 125Amp Circuit Breaker
PDG21M0125TFFJ - 125Amp Circuit Breaker
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PDG21M0125TFFJ - 125Amp Circuit Breaker
The Eaton PDG21M0125TFFJ Power Defense Molded Case Circuit Breaker delivers advanced circuit protection and reliability for single-pole electrical systems. Rated at 125Amp and featuring an impressive interrupting capacity of 65kAIC at 480V, this breaker is built to handle demanding applications in industrial and commercial environments. Its globally rated design, compact footprint, and robust safety features make it a trusted choice for electrical professionals worldwide.
Key Features and Benefits:
- High Fault Current Capacity: Capable of interrupting 65kAIC at 480V (UL), offering superior protection for high-fault scenarios.
- Space-Saving Design: Single-pole configuration ensures compact, efficient integration into power distribution systems.
- Reliable Trip Mechanism: Incorporates a T-M (Fxd-Fxd) trip unit for precise and rapid fault response, minimizing equipment damage and downtime.
- Versatile Terminals: Standard line and load terminals simplify installation and provide seamless compatibility with existing systems.
Technical Specifications:
- Amperage Rating: 125Amp
- Voltage Rating: 600V maximum
- Interrupting Ratings: 65kAIC at 480V (UL), 100kAIC at 240V (UL), 35kAIC at 600V (UL/CSA), Multiple global ratings, including 70kAIC at 380-415V (IEC) and 50kAIC at 440V (IEC)
- Dimensions: 88.9 mm (depth) x 152.4 mm (height) x 35.1 mm (width)
- Weight: 2.041 kg
Material Compliance and Certifications:
- The PDG21M0125TFFJ meets rigorous safety and environmental standards, including RoHS compliance for eco-friendly installations. Its certifications guarantee reliability and safety, making it suitable for diverse and demanding applications.
Suitability:
- This breaker is ideal for industrial facilities, commercial properties, and other critical systems requiring high-performance single-pole protection. Its robust interrupting capacity makes it suitable for environments with elevated fault current potentials.
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