Overcurrent circuit breaker, 4P, C characteristic, 13A, 6kA, AC | S204-C13 2CDS254001R0134

Overcurrent circuit breaker, four-pole, is a reliable protection for electrical installations. Designed to protect circuits against overloads and short circuits, it meets the requirements of both residential and commercial buildings. Characteristic C provides an optimal response to sudden current surges, which is particularly important when connecting devices with motors or other inductive loads.

This circuit breaker with a rated current of 13A and a short-circuit interrupting capacity of up to 6kA (at 230V) and 10kA (at 400V) effectively protects against the effects of failures. The rated impulse withstand voltage of 4kV guarantees resistance to overvoltages. A width of 4 modules facilitates mounting in standard distribution boards. The conductor cross-section from 0.75 mm² to 25 mm² (stranded) and 35 mm² (solid) ensures compatibility with various types of installations.

• Versatile application: ideal for protecting lighting, socket outlets and other electrical circuits.
• Characteristic C: provides protection against overloads and short circuits, and also allows the starting of devices with high inrush current without unnecessary tripping.
• High short-circuit interrupting capacity: 6kA at 230V and 10kA at 400V – guarantees safety in the event of a failure.
• Mounting: easy mounting on TH35 rail thanks to the standard width of 4 modules.
• Durable construction: made of high-quality materials, resistant to environmental conditions (operating temperature from -25°C to +55°C).
• Compliance with standards: meets the requirements of EN 60898 and IEC 60947-2 standards, which confirms its safety and reliability. Energy limitation class is 3.

This circuit breaker has a protection degree of IP20, which means protection against touching with a finger and solid objects larger than 12mm. The overvoltage category is III, and the rated insulation voltage Ui is 440V. The possibility of using additional equipment increases the functionality of the device and allows it to be adapted to individual installation needs. Power losses are only 9.2W, which translates to energy efficiency of the system.