DC overcurrent circuit breaker ETIMAT 10-DC 1P C2 6kA 002137708

DC Circuit Breaker – Reliable Installation Protection

This single-pole ETIMAT 10-DC DC circuit breaker, with a rated current of 2A and C characteristic, is designed to protect direct current circuits. It provides effective protection against overloads and short circuits, which is crucial for the safety and reliability of electrical installations. Its compact size (1 module width) makes it easy to install in distribution boards.

Construction and Application

The ETIMAT 10-DC circuit breaker is designed to operate at temperatures from -25°C to 55°C, making it suitable for indoor applications. The IP20 protection degree provides protection against touch and prevents the ingress of solid objects larger than 12.5 mm. Its construction based on the C characteristic allows for short-term overloads, which is particularly important in circuits with devices with high starting current – e.g., motors. The rated short-circuit breaking capacity is 6kA at both 230V and 400V, which guarantees safety in the event of a failure.

Key Features and Benefits

• DC Protection: Specifically designed for operation with direct current circuits, providing optimal protection in applications such as photovoltaic systems or EV chargers.
• Compact Dimensions: Only 1 module wide allows for efficient use of space in the distribution board.
• C Characteristic: Provides a quick response to overloads, but allows for short-term current surges – ideal for devices with motors or other elements with high power consumption at start-up.
• Wide Operating Temperature Range: From -25°C to +55°C – possibility of use in various environmental conditions.
• Compliance with Standards: Meets the requirements of EN 60898 standards, guaranteeing safety and reliability of operation.
• Expandability: Compatible with additional accessories, increasing the functionality and flexibility of the installation.
• Short-Circuit Protection: Rated short-circuit breaking capacity at 6kA provides effective protection against the effects of a short circuit.