| Order number | KM-DA-275-DF-16-S |
|---|---|
| System | |
| Nominal voltage | Un |
| Nominal voltage | UO |
| Maximum operating voltage | Uc |
| Nominal load current | IL |
| Nominal discharge current (8/20μs) L-N / N-PE | In |
| Nominal discharge current (8/20μs) L+N-PE | In |
| Test voltage L-N / N-PE | Uoc |
| Test voltage L+N-PE | Uoc |
| Voltage protection level mode L-N | Up |
| Voltage protection level mode N-PE/L-PE | Up |
| Short-circuit current rating | Isccr |
| Maximum overcurrent protection | |
| Response time L-N | ta |
| Response time N-PE | ta |
| Filter attenuation at 1MHz (50Ω/50Ω) unsymmetrical | |
| Cross-section of connected conductors solid/stranded (max) | |
| Fault indication | |
| Remote indication | |
| Remote indication contacts | |
| Cross-section of remote indication conductors solid/stranded (max) | |
| Degree of protection | |
| Range of operating temperatures (min - max) | |
| Mounting | |
| According to standard | |
| Weight |
Protect low voltage power lines against the impact of surge voltage and RF disturbance. Locate as close as possible to the equipment to be protected. Suitable for charging stations.
Benefits: No follow through current and no leakage current.Standards: EN 61643-11:2012, IEC 61643-11:2011 / T3
Electic Vehicle Charging Station (EVC) Protection is important as electronic systems are susceptible to damage resulting from lightning activity (direct and indirect). Failure to protect can lead to costly hardware replacement as well as lost revenue.What to protect?
