1901221 Авт. вимикач ETIMAT P10 2p C 0,5A (10kA)

The ETI ETIMAT P10 circuit breaker is designed to protect electrical circuits against overloads and short circuits. It is used in distribution boards of residential, commercial, and industrial facilities where precise current limitation is required in low-power lines. The device has 2 poles, allowing simultaneous switching of two-wire circuits, which is useful for line isolation and protection in installations with the need to disconnect both conductors together. The rated current of 0.5 A makes this breaker suitable for very low-load circuits and auxiliary electrical lines. With C tripping characteristic, it is intended for circuits with moderate inrush currents, where brief current peaks may occur during switching on but normal operation remains stable. This allows the breaker to be applied in circuits that require a balance between sensitivity and resistance to temporary current surges. The breaking capacity of 10 kA indicates the device’s ability to disconnect the circuit under significant short-circuit currents, improving protection of the electrical system in fault conditions. The breaker is designed for AC operation, with a rated operating voltage of 415 V AC and a frequency of 50/60 Hz, making it suitable for networks compatible with these supply parameters. The rated impulse withstand voltage Uimp is 6 kV, which reflects resistance to short-duration overvoltage events. Connection is possible with conductors having a cross-section from 1 mm² to 25 mm², giving flexibility when integrating the breaker into project-specific wiring layouts. The device complies with EN/IEC 60898, the standard covering circuit breakers for household and similar installations. This confirms its use as a modular protective device in electrical panels. ETIMAT P10 2P 0.5A C 10kA is a circuit breaker for protecting individual lines where compact two-pole switching, low nominal current, and high short-circuit breaking capacity are required. It is suitable for installation in switchboards as part of branch-circuit protection and network separation in AC systems.