| Order number | KM-DM-006/1-RB |
|---|---|
| Location | |
| Connection (input - output) | |
| Nominal voltage | Un |
| Maximum operating voltage (AC/DC) | Uc |
| Nominal load current | IL |
| C2 Nominal discharge current (8/20μs) per core | In |
| C2 Nominal discharge current (8/20μs) cores-PE | Itotal |
| C2 Voltage protection level mode core-core at ln | Up |
| C2 Voltage protection level mode core-PE at ln | Up |
| C3 Voltage protection level mode core-core at 1kV/μs | Up |
| C3 Voltage protection level mode core-PE at 1kV/μs | Up |
| Response time core-core/core-PE | ta |
| Serial resistance per core | R |
| Threshold frequency core-core | f |
| Cross-section of connected conductors (solid) (min - max) | |
| Cross-section of connected conductors (stranded) (min - max) | |
| Degree of protection | |
| Range of operating temperatures (min - max) | |
| Mounting | |
| According to standard | |
| ETIM Class | |
| Weight |
Coarse and fine surge protection for 2 core signalling networks.
Benefits: Coarse and fine surge protection in differential mode (core-core) and common mode (core-PE).Standards: EN 61643-21 (Surge Protection Devices).Application: Install close to equipment for protection of communication interfaces.
Where low voltage, data and telecom lines enter and exit the building, they must also be included in the Lightning Protection System.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.These include:
Field based electronic equipment also need to be protected.
