Residual current circuit breaker with overcurrent protection 1P+N 6kA C 10A/30mA Type A QuickConnect ADS960D

Safety and reliability in your electrical installation

This residual current circuit breaker with overcurrent protection 1P+N combines short-circuit and leakage current protection, providing comprehensive safety in electrical circuits. A rated current of 10A combined with a sensitivity of 30mA makes it an ideal solution for protecting lighting, socket and electrical appliance circuits in residential and commercial buildings. Type A construction guarantees effective protection against AC and DC leakage currents.

Functionality and installation for professionals and users

The circuit breaker is characterized by quick and easy installation thanks to the QuickConnect system, which significantly reduces installation time. A width of 2 modules allows for efficient use of space in the distribution board. The rated short-circuit breaking capacity of 6kA provides effective protection against the effects of short circuits, minimizing the risk of damage to the installation and equipment. The locking mechanism prevents accidental re-engagement after tripping, increasing safety during maintenance work.

Characteristics and operating parameters

The C tripping characteristic means that the circuit breaker reacts with a delay to short-term overloads, which is particularly important when connecting devices with motors or other elements generating high starting current - it will not cause unnecessary disconnection during normal device operation. The rated insulation voltage Ui is 500V, and the rated impulse voltage Uimp is 4kV, which ensures high resistance to overvoltage. The circuit breaker is designed to operate at temperatures from -25°C to 40°C, making it suitable for use in various environmental conditions. The I²t limitation class is 3, and the surge category is III - these confirm the high quality of workmanship and compliance with safety standards. Additionally, the possibility of flush mounting increases application flexibility.