주소
304 북쪽 추기경
세인트 도체스터 센터, MA 02124
근무 시간
월요일~금요일: 오전 7시~오후 7시
주말: 주말: 오전 10시 - 오후 5시
주소
304 북쪽 추기경
세인트 도체스터 센터, MA 02124
근무 시간
월요일~금요일: 오전 7시~오후 7시
주말: 주말: 오전 10시 - 오후 5시
rcbo single pole (1P+N) modular RCBO for single-phase branches, In 6–50A, tripping curves B/C.
Type AC / Type A, sensitivities IΔn 10 / 30 / 100 / 300 mA; Icn 6 kA / 10 kA @ 240 V, 50/60 Hz.
Certified SEMKO / UKCA / CE; standard IEC/EN 61009-1; front test button, DIN-rail mounting.
RCBO 싱글 폴 VRL01 / VRL02 / VRL03 integrates residual-current and overcurrent protection in a compact 1P+N format, rated 6–50 A for 240 V, 50/60 Hz systems with Type AC/A and multiple IΔn options.
The VRL01 / VRL02 / VRL03 family is designed for single-phase distribution branches where
reliable residual-current protection and coordinated overcurrent performance are required.
Each variant shares the same 1P+N footprint and broad current range up to 50 A, with
selectable tripping curves (B/C), multiple residual sensitivities, and high breaking
capacity options (6/10 kA) to match fault levels on 240 V systems.
매개변수 | VRL01 | VRL02 | VRL03 |
---|---|---|---|
폴 | 1P+N (single-pole + neutral) | ||
Rated current (In) | 6–50 A | 6–50 A | 6–50 A |
Rated voltage (Ue) | AC 240 V | AC 240 V | AC 240 V |
빈도 | 50/60 Hz | ||
Residual current type | Type AC / Type A | ||
Rated residual current (IΔn) | 10 / 30 / 100 / 300 mA | ||
MCB tripping curve | B: 3–5 × In; C: 5–10 × In | ||
Breaking capacity (Icn) | 6 kA / 10 kA @ 240 V | 6 kA / 10 kA @ 240 V | 6 kA / 10 kA @ 240 V |
설치 | DIN-rail; front wiring; test button (T) | ||
Recommended use | Residential & commercial branches (lighting / sockets) within 1P+N and ≤50 A | ||
표준 | IEC/EN 61009-1 | ||
인증 | SEMKO, UKCA, CE |
Conforms to IEC/EN 61009-1 with certifications SEMKO, UKCA, CE.
Coordinate with upstream protective devices; follow local codes for selectivity and fault levels.
All three share the same 1P+N format, 6–50 A range, Type AC/A residual options and B/C curves. They are part of the same platform with high breaking-capacity options (6/10 kA) for 240 V systems.
30 mA is most common for socket/lighting circuits. 10 mA is for higher touch-safety; 100/300 mA may be used per coordination and local code requirements.
Use curve B (3–5×In) for resistive/lightly inductive loads; use curve C (5–10×In) for circuits with higher inrush such as motors or transformers.
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