SIEMENS 5SV3346-3 aardlekschakelaar Type-F 63A 4-polig 30mA 400V korttijdvertraagd

The SIEMENS 5SV3346-3 is a high-quality residual current circuit breaker (RCCB) from the Siemens Industrial Sector, designed for reliable protection against electric shock and fire hazards. This 4-pole Type F RCCB is short-time delayed, making it suitable for circuits with high inrush currents or where selective tripping is required. With a rated current of 63A and a rated residual current of 30mA, it provides robust protection for commercial and industrial applications.

Advantages

Type F RCCB ensures protection against pulsating DC and mixed frequencies up to 1 kHz, ideal for modern electronic loads. Short-time delayed characteristic prevents nuisance tripping from transient surges. Compact 4TE design saves space on DIN rail. High short-circuit withstand capacity of 10kA ensures safety under fault conditions.

Suitable for

• Industrial control panels
• Commercial building distribution boards
• Circuits with variable frequency drives, UPS systems, or LED lighting
• Applications requiring selective coordination with upstream devices

Key specifications

• Product Type: Residual Current Circuit Breaker (RCCB)
• Number of Poles: 4 (3+N)
• Rated Current (In): 63 A
• Rated Residual Current (IΔn): 30 mA (0.03 A)
• RCCB Type: F (pulsating DC and mixed frequency sensitive)
• Tripping Characteristic: Short-time delayed
• Rated Voltage (Ue): 230/400 V AC
• Rated Frequency: 50/60 Hz
• Rated Short-Circuit Current (Inc): 10 kA
• Surge Current Withstand: 3 kA
• Mounting: DIN rail (35 mm)
• Degree of Protection: IP20 (terminals), IP40 (with enclosure)
• Operating Temperature: -25 to +45 °C
• Electrical Endurance: 10,000 switching cycles
• Terminal Type: Box terminal
• Terminal Capacity: 0.75 ... 35 mm² (solid/stranded)
• Width: 4 module spaces (4 TE)

Recommendations

For optimal protection, pair this RCCB with a suitable MCB or fuse. Ensure proper installation by a qualified electrician. Always verify compatibility with your specific application requirements.