Siemens 5SV1316-6KK10 RCBO Compact, 1 MW, 1-Pole+N, 6 kA, Type A, 30 mA, B10 Original Brand New

Overview

The Siemens SENTRON 5SV1316-6KK10 is a state-of-the-art Residual Current Circuit Breaker with Overcurrent Protection (RCBO), uniquely combining the functions of an RCCB (for earth fault) and an MCB (for overload/short-circuit) into a single, highly compact 1-module width (1 MW) device. This innovation saves 50% of space compared to traditional setups, making it the ideal choice for modern, space-constrained distribution boards and consumer units. It is part of the robust SENTRON series, ensuring reliable and precise circuit protection.

Benefit

• Exceptional Space Saving: The innovative 1-module width design (18mm) saves 50% of the space in your distribution board, allowing for more protective devices.

• Combined Protection: Offers comprehensive safety against overload current, short-circuit current, and dangerous earth-leakage fault currents (residual current) in one device.

• Enhanced Safety (30mA Type A): The 30 mA trip sensitivity provides crucial personnel protection (protection against direct contact) and fire protection. Type A offers superior protection against pulsating DC faults common in modern electronics.

• Easy Installation: Designed for DIN rail mounting with screw-type terminals for simple and secure wiring. Can be supplied from either the top or the bottom.

Features

• Compact 1 MW design for space-saving installation

• 1 Pole + Neutral configuration

• Rated residual current: 30 mA (Type A)

• Breaking capacity: 6 kA for reliable protection

• B10 trip characteristic for overload protection

• Compliant with international safety standards

Function

The RCBO combines the functions of a miniature circuit breaker (MCB) and residual current device (RCD) in a single unit. It automatically switches off power in the event of an overload or earth leakage, preventing electrical fires and equipment damage.

Download

Datasheet in PDF

Visit 5SV1316-6KK10 for more detail info

For more our products visit turll