PDG21M0025TFFL - 25A Circuit Breaker

PDG21M0025TFFL - 25A Circuit Breaker

The Eaton PDG21M0025TFFL molded case circuit breaker is a high-performance, globally rated solution for dependable circuit protection in modern electrical systems. Designed for single-pole configurations, this breaker supports a 25Amp current rating and provides an impressive interrupting capacity of up to 65kA at 480V. Built with a compact Frame 2 design, fixed-fault trip unit (T-M), and load-only standard terminals, it delivers reliable performance while simplifying installation. With certifications that meet international safety standards, this breaker is ideal for industrial, commercial, and residential applications requiring robust electrical protection.

Key Features and Benefits:

• High Interrupting Capacity: Rated up to 65kA at 480V (UL) and 100kA at 240V (UL), ensuring robust protection in high-demand conditions.
• Compact and Durable Design: Single-pole Frame 2 construction optimizes space while delivering reliable circuit protection.
• Long-Term Reliability: Precision-engineered for consistent and dependable performance in various environments.

Technical Specifications:

• Amperage Rating: 25Amp
• Poles: 1
• Voltage Rating: 600Vac maximum
• Interrupting Capacity: 65kA at 480V (UL), 35kA at 600V (UL/CSA), 100kA at 240V (UL), Additional IEC ratings, including 70kA Icu at 380-415V
• Dimensions: 88.9 mm (L) x 35.1 mm (W) x 152.4 mm (H)
• Weight: 0.839 kg
• Trip Unit: Fixed-fault (T-M) for reliable circuit protection.

Material Compliance and Certifications:

• Certifications: UL 489, IEC 60947-2, CSA, and CCC for global safety and compatibility.
• RoHS Compliant: Meets environmental standards, reducing ecological impact.

Suitability:

• The Eaton PDG21M0025TFFL circuit breaker is ideal for protecting single-phase electrical systems in industrial, commercial, and residential settings. Its high interrupting capacity, compact design, and global certifications make it a reliable solution for safeguarding circuits against overloads and short circuits.