Overcurrent circuit breaker 6kA PL6-C25/3 286603

Reliable protection of electrical installations – circuit breaker PL6-C25/3

This three-pole circuit breaker from Eaton's PL6 series is a key element of protection in any electrical installation. Designed to protect circuits against overload and short circuit, it ensures safe and reliable operation of devices. The rated current of 25A combined with characteristic C makes it ideal for protecting circuits with higher power demand, such as general-purpose sockets or lighting.

The PL6-C25/3 circuit breaker is characterized by a high short-circuit breaking capacity – up to 6kA at 400V and 230V. This means that in the event of a short circuit, the circuit breaker will quickly and effectively disconnect the circuit, minimizing the risk of damage to the installation and preventing fires. Energy limitation class 3 and surge category III guarantee resistance to interference and stable operation in difficult conditions.

Construction and mounting

The Eaton PL6-C25/3 circuit breaker occupies 3 modules in width, making it easy to mount in electrical distribution boards. The installation depth of 70.5 mm allows installation even in shallow distribution boards. Suitable for operation in temperatures from -25°C to 75°C, it will perform well in various environmental conditions. The possibility of additional equipment allows the circuit breaker to be adapted to specific installation needs. Conductors with a cross-section from 1 to 25 mm² can be connected both single-core and multi-core, providing flexibility during installation. Protection class IP20 provides protection against accidental contact.

Safety and compliance with standards

The PL6-C25/3 circuit breaker has been designed and manufactured in accordance with applicable safety standards (has the CE marking). The rated impulse withstand voltage Uimp is 4 kV, which provides additional protection against overvoltages. The product comes from a renowned manufacturer – Eaton Electric Sp. z o.o., which guarantees high quality and reliability.