Circuit breaker iC60H-C10-1N C 10A 1-pole A9F07610

Electrical installation protection with iC60H-C10 circuit breaker

The iC60H-C10-1N circuit breaker is a reliable protection for electrical installations, designed to protect against the effects of overloads and short circuits. This single-pole circuit breaker, with a rated current of 10A and a C characteristic, is used in residential, commercial and industrial buildings. Its construction based on proven Schneider Electric technology guarantees long-lasting and safe operation.

Functionality and design features

The iC60H-C10 circuit breaker stands out for a number of features that facilitate installation and operation. The ability to connect two wires of different cross-sections (from 1 to 25 mm² for solid and from 1 to 16 mm² for stranded) provides installation flexibility. In addition, the VisiTrip optical indicator signals the tripping of the circuit breaker caused by an overload or short circuit, making it easier to quickly identify the problem. The design allows for the removal of a single circuit breaker without disconnecting the busbar, which significantly shortens servicing time. Mounting on a DIN rail is simple and intuitive, and the lack of the need for tools during disassembly further increases the convenience for the installer.

Application and technical parameters

This circuit breaker is perfect for circuits with inductive loads, such as motors or fluorescent lamps - the C characteristic allows it to react more slowly to short current surges, therefore it tolerates starting devices with a motor well. The rated short-circuit breaking capacity at 15 kA (at 230 V) provides effective protection against serious damage to the installation. Energy limitation class 3 confirms its effectiveness in limiting the effects of overvoltage. The rated impulse withstand voltage of 6 kV guarantees resistance to sudden voltage increases. A width of 2 modules allows for efficient use of space in the switchgear. Protection class IP20 provides protection against accidental contact.