2133718 Авт. вимикач ETIMAT 10 2p C 25А (10 kA)

The ETI ETIMAT 10 miniature circuit breaker is designed to protect electrical circuits against overload and short circuit conditions in residential, commercial, and industrial installations. It is used in distribution boards to safeguard lighting circuits, socket groups, and other lines where controlled disconnection is required during abnormal operating modes. With its modular design, the device is suitable for standard panel installation and integration into protective and distribution systems. This model has 2 poles, which allows simultaneous switching of two conductors and provides disconnection of a two-pole circuit. The rated current is 25 A, making the breaker suitable for circuits with a moderate load level. Tripping characteristic C indicates applicability in circuits with temporary inrush currents, for example when switching on equipment with electric motors or other loads that may briefly draw higher current at start-up. This characteristic helps maintain proper protection without unnecessary nuisance tripping under normal operating conditions. The breaking capacity is 10 kA, so the device is intended for circuits where the expected short-circuit current may be significant. Such a parameter is important for installations that require a higher level of fault interruption capability. The breaker operates on AC networks with a rated voltage of 400 V and a frequency of 50/60 Hz. Its rated impulse withstand voltage Uimp is 6 kV, which reflects resistance to short-duration voltage surges in the network. The allowable conductor cross-section ranges from 1 mm² to 25 mm², providing compatibility with commonly used wiring sizes in switchboard assemblies. The product complies with IEC/EN 60898-1 and IEC 60947-2 standards, which define the requirements for miniature circuit breakers and protective switching equipment. These specifications make the ETIMAT 10 a practical solution for standardized electrical protection where operating parameters, installation compatibility, and fault interruption performance are essential.