Overcurrent circuit breaker 15 kA, In=25 A, characteristic C, 2-pole FAZ FAZ-C25/2 278762

Electrical installation protection with FAZ-C25/2 circuit breaker

This two-pole circuit breaker from Eaton's FAZ series provides reliable protection for your electrical installation. Designed to protect against the effects of overloads and short circuits, it ensures safety in residential buildings, public utilities, and industry. A rated current of 25A and characteristic C make it ideal for circuits with receivers with high inrush current, such as motors.

The FAZ-C25/2 circuit breaker features a high short-circuit breaking capacity – up to 15 kA at 230/400V, which guarantees an effective response in emergency situations and minimizes the risk of damage. The compact design (2 module width) makes it easy to install in electrical distribution boards, and the IP20 degree of protection provides basic protection against touch and dust.

Solid construction and universal application

The circuit breaker is made of high-quality materials, which translates to its durability and reliability. The ability to mount additional equipment allows it to be adapted to the specific needs of the installation. Suitable for operation in a wide temperature range (from -25°C to 75°C), it will perform well even in harsh environmental conditions. It accepts both solid and stranded wires with a cross-section from 1 to 25 mm², providing flexibility when choosing wires.

* **High short-circuit breaking capacity:** 15 kA at 230/400V – fast reaction and protection against serious damage.

* **Characteristic C:** Allows for short-term overloads without unnecessary tripping, ideal for devices with motors or other receivers with high inrush current.

* **Compact dimensions:** 2 module width makes installation easier in tight distribution boards.

* **Wide operating temperature range:** From -25°C to 75°C – reliability in various environmental conditions.

* **Versatility:** Can be used with solid and stranded wires with a cross-section from 1 to 25 mm².

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