ETI ETIMAT P10 miniature circuit breaker 1P 32A C 10kA (1901033)

The ETIMAT P10 miniature circuit breaker from ETI is intended for protection of electrical circuits against overload and short-circuit currents in residential and commercial distribution systems. It is used in single-phase AC lines where reliable disconnection during fault conditions is required to help maintain safe operation of the electrical network. Thanks to its modular format, the device is suitable for installation in distribution boards on a DIN rail as a line or group protection element. This model has 1 pole and a rated current of 32 A, which makes it appropriate for circuits with moderate load levels. The C tripping characteristic indicates compatibility with circuits that may experience higher inrush currents at switch-on, such as lines supplying electrical receivers with brief starting current peaks. In practice, this helps the breaker respond correctly both to overloads and to short-circuit events without compromising the operation of connected equipment under normal conditions. The breaking capacity is 10 kA, which allows the device to interrupt significant short-circuit currents. This parameter is important in systems where fault current levels may be elevated and where protective equipment must disconnect the circuit decisively. The breaker is rated for 240 V AC and operates at 50/60 Hz, so it fits common alternating-current network parameters. The nominal impulse withstand voltage Uimp is 6 kV, providing resistance to short-term voltage surges that can occur in the electrical installation. Connection of conductors is permitted within the nominal cross-section range of 1–25 mm², which supports use with a variety of wiring configurations in switchboards. The product complies with EN/IEC 60898, the standard governing requirements for miniature circuit breakers of this type. ETIMAT P10 1P C32 is a functional choice for protection of lighting circuits, socket circuits, and other single-phase lines where defined tripping behavior, 10 kA breaking capacity, and standardized construction are required.