Direct current................................................................ 8.5 kV.
Built according to UNE 21123-4
1. Flexible electrolytic copper conductor class 5 according to UNE-EN 60228/ EN 60228 /IEC 602standard.
2. XLPE cross-linked polyethinene isolation type DIX 3 according to UNE HD 603-1 index 2A standard.
3. Polyolefine sheath according to UNE 21123-4 standard.
They appear in multicore formation from 6 to 60 insulated phases, in 1,5 mm2 & 2,5 mm2 sections.
Minimum temperature allowed for the cable laying during its installation and assembly of accessories: 0ºC
The composition of the isolation of thermoplastic polyolefine, guarantees the non-flame propagation of the flame according to: UNE-EN 60332-2-1 ; EN 60332-2-1 ; IEC 60332-2-1 standards.
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.-2-1
In case of fire, avoids loss of visibility due to smoke produced by cable combustion, according to UNE EN 61034-2 / EN 61034-2 / IEC 61034-2 standards.
In case of fire, the emission of monoxide of carbon, carbon dioxide and hydrochlorate acid is lower to 0.5 %, according to: UNE EN 50267-2-1/ EN 50267-2-1 / IEC 60754-1. -2-1 standards.
In case of fire, the emission of monoxide of carbon, carbon dioxide and hydrochlorate acid is lower to 0.5 %, according to: UNE EN 50267-2-3 / EN 50267-2-3 / IEC 60754-2+A1 standards. minimum PH >4,3 maximum conductivity (µS/cm) <100.
It provides an optimal protection before possible environmental agents, allowing its outdoor installation, underground, even in the presence of non permanent humidity.