Adresse
304 Nord Kardinal
St. Dorchester Center, MA 02124
Arbeitszeiten
Montag bis Freitag: 7AM - 7PM
Am Wochenende: 10AM - 5PM
Adresse
304 Nord Kardinal
St. Dorchester Center, MA 02124
Arbeitszeiten
Montag bis Freitag: 7AM - 7PM
Am Wochenende: 10AM - 5PM
rcbo single pole (1P+N) modular RCBO for single-phase branches, In 5–40A, curves B/C.
Typ AC / Typ A, sensitivities IΔn 6 / 10 / 30 / 100 / 300 mA; Icn 10 kA @ 240 V / 15 kA @ 120 V.
IEC/EN 61009-1 compliant; certified SEMKO / UKCA / CE / SAA.
rcbo einpolig VRL11 integrates residual-current and overcurrent protection in a compact 1P+N footprint for single-phase boards, covering 5–40 A with Type AC/A residual protection and B/C tripping curves.
VRL11 is designed for residential and commercial distribution branches where reliable
RCD + MCB functionality is required in minimal space. It supports 240 V and 120 V grids
with high breaking capacities (10 kA @ 240 V; 15 kA @ 120 V), multiple residual
sensitivities from 6 mA to 300 mA, and curve B/C options to coordinate with upstream devices.
Parameter | VRL11 |
---|---|
Pole | 1P+N (single-pole + neutral) |
Nennstrom (In) | 5–40 A |
Nennspannung (Ue) | AC 240 V / AC 120 V |
Frequenz | 50/60 Hz |
Fehlerstrom-Typ | Typ AC / Typ A |
Bemessungsfehlerstrom (IΔn) | 6 / 10 / 30 / 100 / 300 mA |
MCB tripping curve | B: 3–5 × In; C: 5–10 × In |
Ausschaltvermögen (Icn) | 10 kA @ 240 V; 15 kA @ 120 V |
Einrichtung | DIN-Schiene; Frontverdrahtung; Testtaste (T) |
Empfohlene Verwendung | Residential & commercial lighting/socket branches up to 40 A |
Normen | IEC/EN 61009-1 |
Zertifizierungen | SEMKO, UKCA, CE, SAA |
Konformität mit IEC/EN 61009-1. Zertifiziert durch SEMKO, UKCA, CE, SAA.
Always coordinate with upstream devices and follow local codes for selectivity and fault levels.
VRL11 targets 5–40 A single-phase circuits on both 240 V and 120 V grids with high Icn (10 kA / 15 kA), Type AC/A residual protection and curve B/C options.
30 mA is most common; 6–10 mA for higher touch-safety; 100–300 mA per coordination and code requirements.
Use B (3–5×In) for resistive/lightly inductive loads; use C (5–10×In) for higher inrush (motors, transformers). Verify discrimination with upstream protection.
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