Overcurrent circuit breaker C60H-DC-C2-2 2A 2-pole A9N61522

DC overcurrent circuit breaker C60H-DC-C2-2 is a two-pole protective device safeguarding electrical installations against overloads and short circuits. Designed by Schneider Electric, model A9N61522 features a rated current of 2A and a C characteristic, meaning it allows for short-term overcurrents without tripping, which is particularly important for devices with motors or other pulsed loads.

This circuit breaker is dedicated to use in direct current (DC) circuits with a rated voltage of up to 440V. Its compact design – occupying 2 modules – facilitates installation in electrical switchboards. The ability to quickly disconnect in the event of a fault (breaking capacity up to 20kA at 230V and 10kA at 400V) ensures safe operation and minimizes the risk of damage to the installation.

• Protection and safety: Provides effective protection against overloads and short circuits in DC circuits, protecting both devices and the electrical installation.
• Versatility: Suitable for operation in a wide range of ambient temperatures (-25°C to +70°C), allowing its use in various environmental conditions.
• Convenient installation: The ability to remove a single circuit breaker without disconnecting the busbar and mounting/dismounting without tools significantly speeds up installation work.
• Connection flexibility: Allows connection of solid core wires with a cross-section from 1 to 25 mm² and stranded wires from 1 to 16 mm², ensuring compatibility with various types of cabling.
• Status indicator: Equipped with an optical Visi-Trip indicator, which informs about the tripping of the circuit breaker, facilitating problem location.

The C60H-DC-C2-2 circuit breaker meets the requirements of IEC 60947-2 standards and is characterized by a high degree of protection IP20, guaranteeing its reliability and durability. Overvoltage category IV and pollution degree 3 confirm its resistance to interference and the possibility of use in harsh industrial conditions. Power losses of only 2.6W minimize the impact on the energy efficiency of the installation.