DC voltage charges the capacitance and the capacitive charging current is then reduced to near zero. For 60 Hz AC voltages, the charging and discharging of this capacitance occurs 60 times each second, so the capacitive charging current remains at a steady-state level and never goes to zero. This is known as capacitive leakage current.Attractive Design Home Ac 30ma + 6ma Dc 7.2kw 32a Ev Charger Chargepoing For Electric Vehicle Chargers , Find Complete Details about Attractive Design Home Ac 30ma + 6ma Dc 7.2kw 32a Ev Charger Chargepoing For Electric Vehicle Chargers,Attractive Design Home Ev Charger Chargepoing,120kw Ev Charger,Load Balancing Ev Charger from Car Charger Supplier or …Attractive Wall-mounted Ac 30ma + 6ma Dc 7.2kw 32a Ev Charger Bnsen For Electric Vehicle Chargers , Find Complete Details about Attractive Wall-mounted Ac 30ma + 6ma Dc 7.2kw 32a Ev Charger Bnsen For Electric Vehicle Chargers,Attractive Wall-mounted Ev Charger Bnsen,Ev Charger Gbt,Ev Charger Chager from Car Charger Supplier or Manufacturer- Hengyi …Continuity of service of the EV charging points: OK. DC leakage current leading to trip is [15 mA … 60 mA] Not rmended. DC leakage current leading to trip is [3 mA … 6 mA] In humid environments, or due to ageing of insulation, thisease up to 5 or 7 mA and may lead to nuisance tripping.
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