10A Single Pole B Curve 10kA Type A RCBO For 1 Phase Electrical Board Overcurrent And Residual Current Protection

Compact and dependable protection for your 1‑phase electrical board, the 10A Single Pole B Curve 10kA Type A RCBO combines overcurrent protection with residual current detection to safeguard people and equipment. Ideal for homes, small offices, and light commercial spaces where space and safety matter.

• Rating and curve: 10A capacity with a B Curve for prompt trip response to typical overloads and short-circuit events in domestic circuits.
• Residual current detection: Type A RCBO detects both alternating current leakage and pulsating DC leakage, protecting circuits with electronic loads and rectifiers.
• Breaking capacity: 10kA fault-current interrupting capability ensures reliable disconnection under a wide range of fault conditions.
• Pole configuration: 1‑pole design with a neutral connection, providing compact, space-saving protection in standard 1‑phase distribution boards.
• DIN rail mounting: Ready for quick, secure installation on a typical DIN rail in residential or light commercial panels.
• Test and maintenance: Front‑mounted test button allows simple functional checks without removing the cover; clear indicators help confirm status at a glance.
• Compact and compatible: Slim footprint fits crowded boards, while staying compatible with common electrical safety practices and 230V systems.

This RCBO delivers practical, real‑world protection: it interrupts both a fault current and a lingering leakage current, reducing the risk of electric shock, equipment damage, and electrical fires. The Type A leakage detection is especially beneficial for circuits with electronic devices and switched-mode power supplies, ensuring leakage is detected even when DC components are present. Use it on lighting runs, outlets, or circuits with mixed loads to improve safety without sacrificing performance. By combining reliable protection with a straightforward installation, this RCBO helps keep your electrical system safer and more resilient.