operating service: ....................................................... 90º C
short - circuit (5 s.) : .................................................... 250º C
Alternating current .................................................... 3.5 kV.
Direct current ............................................................. 8.5 kV.
Built according to UNE 21031- 3
1. Solid electrolytic copper conductor class 1 and/or 2 according to UNE-EN 60228/ EN 60228 /IEC 60228 standard.
2. XLPE Insulation type DIX 3 according to UNE HD 603-1 index 2A.
3. Stuffed of PVC (for multicore from 10 mm2 size).
4. PVC inner sheath type DMV-18 according to UNE HD 603-1 index 4A.
5. Galvanized round steel wire armour.
6. PVC outer sheath type DMV-18 according to UNE HD 603-1 index 4A.
They appear in single-core formation and multicore of 1 to 5 insulated phases, depending on the installation necessities.
Minimum temperature allowed for the cable laying during its installation and assembly of accessories:
The application of a double steel wire armour (or aluminum for the single-core ones) provides an excellent
protection against accidental blows, crushing or possible perforations.
Tensile strenght: The galvanized steel wire armour allows cable putting under permanent
tensile stress.
The composition of the isolation of PVC type DMV-18, guarantees the non-propagation of the flame according to: UNE-EN 60332-2-1 ; EN 60332-2-1 ; IEC 60332-2-1
According to UNE EN 50266-2-4 / EN 50266-2-4 / IEC 60332-3 ; UNE EN 50266-2-5 / EN 50266-2-5 / IEC 60332-3 standards.
The isolation of XLPE, improves the capacity of power transmission,elevating temperature in permanent service up to 90 ºC and short - circuit (5 s.) up to 250 ºC, in contrast with 70/160 ºC of PVC.
It provides an optimal protection against possible environmental agents, allowing its installation outdoors,
underground, even in the presence of non-permanent humidity.