ETI ETIMAT P10 automatic circuit breaker 3P 32A B 10kA (1901313)

ETIMAT P10 by ETI is an automatic circuit breaker designed to protect AC electrical circuits against overloads and short circuits. It is used in distribution boards of residential, administrative, and commercial installations where three-phase lines or other three-pole circuits need to be disconnected and protected. The device is suitable for standard low-voltage network applications and is intended for basic circuit protection in electrical systems. This model has 3 poles and a rated current of 32 A, which makes it appropriate for circuits with medium load. The B tripping characteristic is used for lines without significant inrush currents, such as lighting circuits and other standard consumers. The rated breaking capacity of 10 kA indicates the ability to safely interrupt fault currents in the event of a short circuit, which is important for systems with elevated protection requirements. The breaker is designed for AC networks with a rated voltage of 415 V and a frequency of 50/60 Hz. In addition, the rated impulse withstand voltage Uimp of 6 kV reflects resistance to short-term voltage surges in the network. These electrical parameters define the operating conditions of the device and support its use in common power distribution systems. Another important specification is the conductor cross-section range of 1–25 mm², which determines the size of wires that can be connected to the terminals. This simplifies integration into different wiring schemes and allows the device to be used with a wide range of conductors. The product complies with EN/IEC 60898, the standard that sets requirements for circuit breakers intended for household and similar installations. Thanks to its three-pole design, 32 A nominal current, B curve, and 10 kA breaking capacity, ETIMAT P10 3P 32A B 10kA is a practical option for protecting group and power circuits where simultaneous disconnection of three phases is required. It can be applied as part of low-voltage distribution systems in facilities that need dependable circuit isolation and overload protection.