1901252 Авт. вимикач ETIMAT P10 2p D 25A (10kA)

The ETIMAT P10 circuit breaker from ETI is designed to protect electrical circuits against overloads and short circuits in low-voltage AC installations. With a two-pole design, it allows simultaneous switching of two conductors, making it suitable for circuits where two-pole disconnection is required. This configuration is used in single-phase and other AC networks where both conductors need to be disconnected together for proper circuit isolation. The device is rated for a nominal current of 25 A, which makes it appropriate for protecting lines with medium electrical loads in residential, commercial, and auxiliary installations. The D tripping characteristic means the breaker is intended for circuits with elevated inrush currents, such as loads that draw a short-term current surge during startup. This helps ensure correct operation in applications where standard trip curves may be too sensitive to transient starting currents. Its breaking capacity of 10 kA provides circuit interruption under high short-circuit current conditions, which is an important parameter for protection devices installed in distribution boards. The breaker is designed for AC operation with a nominal voltage of 415 V and a rated frequency of 50/60 Hz, confirming compatibility with common alternating-current supply systems. The nominal impulse withstand voltage Uimp of 6 kV indicates resistance to short-duration overvoltage events in the network. The model complies with EN/IEC 60898, which defines requirements for miniature circuit breakers used in electrical distribution systems. The permissible conductor cross-section range of 1 to 25 mm² supports flexible cable selection during installation and allows the device to be integrated into various wiring schemes. It is intended for mounting in panel equipment as part of local or group line protection. Overall, ETIMAT P10 combines a 2-pole layout, 25 A rating, D curve, 10 kA breaking capacity, and 415 V AC operation, making it a suitable solution for protecting circuits where both reliable disconnection and tolerance to starting currents are required.