Dirección
304 North Cardinal
Dorchester Center, MA 02124
Horas de trabajo
De lunes a viernes: de 7.00 a 19.00 horas
Fin de semana: 10.00 A 17.00 HORAS
Dirección
304 North Cardinal
Dorchester Center, MA 02124
Horas de trabajo
De lunes a viernes: de 7.00 a 19.00 horas
Fin de semana: 10.00 A 17.00 HORAS

rcbo single pole (1P+N) compact RCBO for residential & commercial branches, In 6–40A.
Tipo AC / Tipo A, sensitivities IΔn 10 / 30 / 100 / 300 mA; Icn 3 / 4.5 / 6 kA @ 240 V.
Certified SEMKO / UKCA / CE / SAA; DIN-rail mounting, front test button.
rcbo unipolar VDL006 integrates residual-current and overcurrent protection in a compact 1P+N form factor, covering 6–40 A with Type AC/A and multiple sensitivities for residential and commercial circuits.
VDL006 is a single-pole + neutral (1P+N) modular RCBO designed for single-phase
distribution branches where space efficiency and coordinated protection are required.
It supports Type AC and Type A residual protections with selectable sensitivities
(10 / 30 / 100 / 300 mA) and offers multiple breaking-capacity options (3 / 4.5 / 6 kA)
to match different fault-level environments on 240 V, 50/60 Hz systems.
| Parámetro | VDL006 |
|---|---|
| Postes | 1P+N (single-pole + neutral) |
| Corriente nominal (In) | 6–40 A |
| Tensión nominal (Ue) | AC 240 V |
| Frecuencia | 50/60 Hz |
| Tipo de corriente residual | Tipo AC / Tipo A |
| Corriente residual nominal (IΔn) | 10 / 30 / 100 / 300 mA |
| Capacidad de rotura (Icn) | 3 / 4.5 / 6 kA @ 240 V |
| Instalación | Carril DIN; cableado frontal; botón de prueba (T) |
| Uso recomendado | Residential & commercial branch circuits (lighting / sockets) |
Compliance: IEC/EN 61009-1. Certifications: SEMKO, UKCA, CE, SAA.
Always verify coordination and local code requirements for selectivity and fault levels.
VDL006 targets 1P+N single-phase branches up to 40 A on 240 V systems, with Type AC/A residual protection and multiple IΔn and Icn options. For three-phase or EV/Type B scenarios, choose other series accordingly.
30 mA is commonly used for socket/lighting circuits; 10 mA for higher touch-safety requirements; 100/300 mA per coordination needs and local codes.
Yes. The compact 1P+N design helps save rail width while providing full residual and overcurrent protection.
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