Overcurrent switch ETIMAT 6 1p C1.6 002141507

Reliable protection of electrical installations

The ETIMAT 6 circuit breaker is a key element of every safe electrical installation. Designed for use in residential buildings, public and industrial facilities, it provides effective protection against the effects of short circuits and overloads. The construction based on proven technology guarantees reliable operation and long life.

Characteristics and parameters

This single-pole circuit breaker with a rated current of 1.6 A is characterized by a C tripping curve. This means that it is ideal for protecting circuits with devices generating short-term inrush currents, such as motors or transformers. The rated short-circuit breaking capacity of 6 kA at 230 V and 400 V ensures effective disconnection of the circuit in the event of a failure. The circuit breaker complies with IEC/EN 60898-1 and IEC 60947-2 standards, which confirms its compliance with applicable safety standards.

• C curve: Provides delayed tripping for short-term overloads, protecting devices from unnecessary shutdown.
• Short-circuit breaking capacity: 6 kA at 230/400 V – a high value guaranteeing installation safety.
• Modular width: Occupies only 1 module on a TH35 rail, allowing for optimal use of space in the distribution board.
• Operating temperature range: From -25°C to +55°C – possibility of use in various environmental conditions.
• Wire connection: Possibility of connecting solid and stranded wires with a cross-section from 1 mm² to 25 mm².

Installation and additional functionalities

The ETIMAT 6 circuit breaker has been designed for easy mounting on a standard TH35 rail. Additionally, it offers the possibility of expansion by mounting auxiliary contacts (PS ETIMAT 10) and an overcurrent release (DA ETIMAT 10). The possibility of supplying from the top or bottom and the double connection of the insulating busbar increase the flexibility of the installation. The contact position indicator and the possibility of sealing the lever provide additional safety and control over the circuit status.