Overcurrent circuit breaker ETIMAT 10 3p D16 002155716

Reliable protection of electrical installations – ETIMAT 10 circuit breaker

The ETIMAT 10 overcurrent circuit breaker is a solid and proven solution for protecting electrical installations in residential, public and industrial buildings. It provides effective protection against the effects of short circuits and overloads, guaranteeing safety and reliable operation. The construction based on IEC/EN 60898-1 and IEC 60947-2 standards confirms its high quality and compliance with applicable standards.

Functionality and flexible mounting

The ETIMAT 10 circuit breaker is characterized by a wide range of applications thanks to the possibility of equipping it with additional elements. The ability to mount auxiliary contacts (PS ETIMAT 10) and overcurrent releases (DA ETIMAT 10) allows it to be adapted to the specific needs of the installation. Additionally, it provides flexibility in terms of connection – power can be supplied from the top or bottom, and wires can be connected to the busbar or directly to the circuit breaker. The modern mounting system on TH35 rail facilitates quick and trouble-free replacement if necessary.

Safety and user comfort

The ETIMAT 10 circuit breaker has been designed with user safety in mind. It has a protection degree of IP20, which protects against accidental contact with live parts. The contact position indicator and the "ON/OFF" marking on the operating lever make it easy to monitor the device's status. The ability to seal the lever in the "On" and "Off" positions prevents unauthorized manipulation of the settings. The cross-section of the connected wire from 1 to 25 mm² allows it to work with various types of solid and stranded wires. The circuit breaker operates in a wide range of ambient temperatures, from -25°C to +55°C, making it suitable for use in various environmental conditions. The rated short-circuit breaking capacity is as high as 10 kA at 230/400 V, which ensures effective protection of the installation in the event of a failure. The D tripping characteristic provides a delayed response to short-term overloads, which is particularly important for devices with motors or other loads with high inrush current.