Eaton
PDG21M0035TFFL - 35Amp Circuit Breaker
PDG21M0035TFFL - 35Amp Circuit Breaker
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PDG21M0035TFFL - 35Amp Circuit Breaker
The Eaton PDG21M0035TFFL molded case circuit breaker is a globally rated, high-performance solution engineered to deliver reliable circuit protection in modern electrical systems. With a single-pole design and a 35Amp current rating, this breaker boasts an outstanding interrupting capacity of up to 65kA at 480V, making it suitable for demanding environments. Its Frame 2 construction, fixed-fault trip unit (T-M), and standard load-only terminals ensure consistent performance and straightforward installation. Certified to international standards, this breaker is designed to meet the needs of industrial, commercial, and residential applications.
Key Features and Benefits:
- High Interrupting Capacity: Rated up to 65kA at 480V (UL) and 100kA at 240V (UL), providing robust protection against fault conditions.
- Compact and Durable Design: Single-pole Frame 2 design offers reliable circuit protection in a space-saving format.
- Engineered for Reliability: Built for consistent operation in diverse environments, ensuring long-term protection.
Technical Specifications:
- Amperage Rating: 35Amp
- Poles: 1
- Voltage Rating: 600 Vac 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: 2.041 kg
- Trip Unit: Fixed-fault (T-M) for dependable circuit protection.
Material Compliance and Certifications:
- Certifications: UL 489, IEC 60947-2, CSA, and CCC for international safety and compatibility.
- RoHS Compliant: Meets environmental standards, reducing ecological impact.
Suitability:
- The Eaton PDG21M0035TFFL circuit breaker is ideal for single-phase electrical systems in industrial, commercial, and residential settings. Its high interrupting capacity, compact design, and global certifications make it a dependable solution for safeguarding circuits against overloads and short circuits.
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