DPN N VIGI C10A, 30mA, Type A, 1-pole +N RCD with overcurrent protection A9D32610

Multifunctional RCBO with Overcurrent Protection

This 1-pole + N RCBO with overcurrent protection, iDPN Vigi C10A series, 30mA, type A, is a comprehensive solution for protecting electrical installations. It provides effective protection against overloads, short circuits and electric shock, combining the functions of an MCB and RCD in one device. This is particularly important in installations requiring a high level of safety, both in residential and commercial buildings.

Application and Design Features

The circuit breaker is designed for mounting on DIN rails in distribution boards. Its compact width of 2 modules allows for optimal use of space in the distribution board. Characteristic C provides delayed tripping during short-term overloads, which is important when connecting devices with motors or other elements generating high inrush current. The rated residual current of 30mA guarantees a quick response in the event of a leakage current to earth, minimizing the risk of electric shock. Equipped with a two-pole lever indicating the type of tripping (overcurrent or residual current) and optical indicators Visi-Trip and Visi-Safe, it facilitates diagnostics and fault identification.

Safety and Functionality for Professionals

The circuit breaker design has been designed with installers in mind. The ability to check the correct operation using the "T" test button (once a year for the first 7 years of use) allows for regular verification of the device's efficiency. The circuit breaker meets the requirements of EN/IEC 60898 and EN/IEC 60947-2 standards, confirming its compliance with the highest safety standards. The rated short-circuit breaking capacity Icn is 6kA, providing effective protection of the installation in the event of a short circuit. The cross-section of solid conductors from 1 to 16 mm² and stranded conductors from 1 to 10 mm² provides flexibility when selecting cables tailored to specific installation needs. Additionally, the lack of the need to disassemble the entire busbar during device replacement significantly saves time during service and modernization of the installation.