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FDC3225
The FDC3225 model from Eaton Cutler-Hammer is a molded case circuit breaker designed to accommodate a range of applications. This device features three poles and operates at a rated voltage of 600 VAC and 250 VDC, ensuring versatility in both alternating and direct current systems.
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Technical specifications for FDC3225
| Manufacturer | Eaton Cutler-Hammer |
|---|---|
| Product Type | Molded Case Circuit Breaker |
| Product Line | Series C Circuit Breakers |
| Part Number | FDC3225 |
| Weight | 4.50 lbs (2.04 kg) |
| UPC | 786679019580 |
| Frame Type | F-Frame |
| Rated Voltage (AC) | 600 VAC |
| Rated Voltage (DC) | 250 VDC |
| Number of Poles | 3 Poles |
| Phase Type | 3 Phase |
| Interrupt Rating at 240 VAC | 200 kAIC |
| Interrupt Rating at 480 VAC | 100 kAIC |
| Interrupt Rating at 600 VAC | 35 kAIC |
| Interrupt Rating at 250 VDC | 22 kAIC |
| Trip Type | Fixed Thermal / Fixed Magnetic |
The Eaton Cutler-Hammer FDC3225 is classified as a molded case circuit breaker that ensures reliable protection across a variety of electrical systems. It belongs to the Series C lineup and features an F-frame design optimized for robust installations. The unit is rated for 600 VAC in alternating current and 250 VDC, catering to both types of electrical supply in diverse applications.
With three poles, this breaker is designed for three-phase power systems. Its interruption capabilities are significant, offering ratings of 200 kAIC at 240 VAC, 100 kAIC at 480 VAC, and 35 kAIC at the 600 VAC mark. Additionally, for direct current applications, it maintains an interrupt rating of 22 kAIC at 250 VDC, which is critical for ensuring the integrity of circuits during fault conditions.
The trip mechanism is characterized by fixed thermal and magnetic options, providing dependable response times to overload and short-circuit events. This design choice enhances operational safety for electrical installations by quickly disconnecting power in dangerous situations. The FDC3225, with UPC 786679019580, exemplifies a commitment to high-quality performance and reliability for modern electrical infrastructures.