Overcurrent circuit breaker series 15kA 1+N-pole FAZ-C2/1N 278662

Overcurrent circuit breaker FAZ-C2/1N is a compact device that effectively protects electrical installations against overload and short circuit. Designed for reliability and safety, it will work well in both home and commercial installations. Its versatility will be appreciated by both installers and end users.

Protection and functionality

This 1+N pole circuit breaker with a rated current of 2A is designed to operate in AC circuits with a voltage of 230V. The C tripping characteristic provides a quick response to overloads, but also allows for momentary current surges, which is particularly important when connecting devices with motors or other elements generating inrush current. The rated short-circuit breaking capacity reaches as much as 15 kA at 230V and 400V (according to IEC 60947-2), which guarantees effective protection even in the event of serious failures. Additionally, it has a switching capacity of 10kA according to EN 60898 at 230V and 400V.

Installation and compatibility

The FAZ-C2/1N circuit breaker occupies a width of only two modules, which makes it easy to install in electrical switchboards with limited space. The cross-section of solid and stranded wires up to 25 mm² provides flexibility when connecting different types of wires. A wide range of operating temperatures (-25°C to +75°C) allows it to be used in various environmental conditions. The IP20 degree of protection protects against accidental contact.

Additional features

• Multi-pole: The possibility of connecting the power supply cable from the top or bottom facilitates installation and configuration.

• Expandability: Compatibility with additional accessories allows the circuit breaker to be adapted to specific installation needs.

• Safety: Compliance with IEC/EN 60947-2 and EN 60898 standards ensures a high level of safety.

• Durability: Made of high-quality materials guarantees a long service life.

• N pole: Simultaneously disconnecting N pole increases the safety of the installation.

• Power losses: Low power losses of only 1.5W contribute to the energy efficiency of the installation.