| Order number | KM-SP-T2+T3-320/Y-CLT-LED |
|---|---|
| Nominal voltage | Un |
| Maximum operating voltage | Uc |
| Nominal load current | IL |
| Nominal discharge current (8/20μs) L-N / N-PE | In |
| Maximum discharge current (8/20μs) L-N/N-PE | Imax |
| Test voltage L-N/N-PE/L-PE | Uoc |
| Voltage protection level mode L-N | Up |
| Voltage protection level mode N-PE | Up |
| Voltage protection level mode L-PE | Up |
| Short-circuit current rating | ISCCR |
| Maximum overcurrent protection | |
| Response time L-N | ta |
| Response time N-PE | ta |
| Cross-section of connected conductors solid (max) | |
| Cross-section of connected conductors stranded (max) | |
| Fault indication | |
| Degree of protection | |
| Range of operating temperatures (min - max) | |
| Mounting | |
| According to standard | |
| Weight |
Type 2 + 3 surge arrester for protection of LED lights.
Benefits: Simple installation in applications with limited space.Standards: EN 61643-11 (Surge Protection Devices).Application: Install close to protected equipment in low voltage power circuits.
A lightning surge protection device prevents damage to electrical and electronic equipment from transient over-voltage events by blocking or redirecting surge current to the ground instead of passing through the equipment.Public lighting systems, street lighting for example, as well as lighting for large industrial premises, can be extensive, with cable lengths running into hundreds of meters.Such systems are exposed to risks of overvoltages induced by lightning strikes, as well as switching events. Transient overvoltages in extensive installations may reach values that are higher than the specified withstand voltage of the light source (luminaire), thus leading to damage.
