Type A 16A 30mA RCBO Circuit Breaker, Dual Protection Design, Compact DIN Rail Mount, Safety Performance

Compact residual current circuit breaker (RCBO) combining earth leakage detection with overcurrent protection in a single, spacesaving module. Key benefits Dual protection in one device: detects earth leakage while providing integrated overload and shortcircuit protection, reducing the need for separate devices. Rapid response: rated 16 A with residual current sensitivity 30 mA, trips within 0.1 s when an earth fault greater than 30 mA is detected. Spacesaving and easy to install: compact footprint designed for 35 mm DIN rail mounting and screw terminal wiring for secure connections. Practical for retrofits and installations: fits standard distribution boards and consumer units to add or circuit protection without major changes. Main features Function: residual current detection plus circuit breaker action for overload and short circuit events. Rated current: 16 A. Residual current sensitivity: >30 mA triggers. Trip time: within 0.1 s upon detecting an earth fault above 30 mA. Mounting: 35 mm DIN rail compatible. Wiring: screw terminal connections for straightforward installation. Design: compact module to conserve space in distribution boards. Typical applications Residential circuits: install in home consumer units to protect socket or lighting circuits, bathrooms, kitchens, and other areas where leakage protection is required. Small commercial and workshop circuits: protect individual branch circuits that require both earth leakage detection and overcurrent protection. Renovation and retrofit projects: add combined RCD and MCB protection to existing DIN rail distribution panels without significant rewiring. Installation and use notes Mount on a standard 35 mm DIN rail and connect conductors using the provided screw terminals. Tripping occurs on overload, short circuit, or earth leakage above 30 mA, offering combined protection in one compact device. Follow local electrical codes and installation practices when integrating into distribution systems.