① Arc Fault Protction
② Overload Protection
③ Short-Circuit Protection
④ Earth-Leakage Protection
| CONTENTS | TECHNICAL PARAMETERS |
| Rated voltage（Ue） | AC230V |
| Rated insulationRated frequency voltage（Ui） | 50HZ±2% |
| Rated insulation voltage（Ui） | 400V |
| Rated impulse withstand voltage(Uimp) 4KV | 50HZ±2% |
| Rated curren（t In） | 6A、10A、16A、20A、25A、32A、40A |
| Number of poles | 1P+N(N pole disconnectable) |
| Magnetic tripping type | B-type、C-type |
| Rated service short circuit capacity（Ics） | 6KA |
| Rated short circuit capacity（Icn） | 6KA |
| Insulation material class | Ⅲa |
| Grid distance（mm） | 40mm |
| Rated sensitivity | 30mA type A, AC |
| Wide | 36mm |
The range designed to ensure efficiency and protection, Electricians will install an RCBO (Residual Current Breaker with Overcurrent) where there is a need to prevent overload on a particular circuit at the same time as preventing anyone getting a shock, An RCBO also works as an MCB (Minature or Mains Circuit Breaker). RCBOs are commonly used in applications where there is the need to combine protection against overcurrents (overload and short-circuit) and protection against earth leakage currents. RCBOs help in sensing this kind of faults and trip the circuit ensuring complete protection of the people and connected equipment. RCBO is wide range of breaking capacities for application from residential to industrial field
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