2136708 Авт. вимикач ETIMAT 10 3p+N C 2А (10 kA)

This ETI ETIMAT 10 circuit breaker is designed to protect electrical circuits against overloads and short circuits in distribution boards used in residential, commercial, and industrial installations. The 3P+N configuration makes it suitable for three-phase networks with neutral, where simultaneous switching of phase conductors and the neutral path is required. With a rated current of 2 A, it is intended for circuits with low load, where precise and timely reaction to abnormal operating conditions is important. The C tripping characteristic indicates suitability for circuits with moderate inrush currents. This is relevant for equipment that draws a brief current peak during startup above its normal operating value. A breaking capacity of 10 kA allows the device to interrupt the circuit under high short-circuit current conditions, which supports protection of the electrical network in demanding installations. The breaker operates in AC circuits with a rated voltage of 400 V and a frequency of 50/60 Hz, so it matches typical supply parameters used in standard power distribution systems. The model complies with IEC/EN 60898-1 and IEC 60947-2, confirming compatibility with the requirements of relevant electrical installation and protection applications. The rated impulse withstand voltage Uimp of 6 kV indicates resistance to short-term overvoltages that may occur in the network. The conductor connection range of 1–25 mm² simplifies integration into different distribution schemes and allows the use of conductors with the appropriate cross-section. ETIMAT 10 is a modular circuit breaker intended for mounting in standard electrical cabinets on a DIN rail. This installation format is convenient for building compact and organized protection systems, especially where compatibility with other modular devices is needed. The combination of 3P+N poles, 2 A nominal current, C characteristic, and 10 kA breaking capacity makes this device suitable for line protection in systems that require controlled switching and effective interruption of fault currents.