N2XS(F)2Y 12/20 kV black 1 x 95 rm / 16 mm²
Part No. 32574
- Copper conductor
- XLPE-insulated
- PE jacket
- 6/10 kV, 12/20 kV, 18/30 kV
- longitudinally waterproof
Item Details N2XS(F)2Y 12/20 kV black 1 x 95 rm / 16 mm²
- Part No.
- 32574
- Item description
- N2XS(F)2Y 12/20 kV black 1 x 95 rm / 16 mm²
- AWG (approx.)
- 3/0
- Outer Ø mm (approx.)
- 36
- Cu factor per km
- 1094.0
- Weight kg/km (approx.)
- 1800.0
- Copper base in EUR / 100 kg
- 0
- Feet per Packaging Unit
- 1640, 3280
- Cut-to-length service available
- yes
- EAN/GTIN
- 4060892278341
- Customs tariff number
- 85446010
Technical Data N2XS(F)2Y 12/20 kV black 1 x 95 rm / 16 mm²
| Medium-voltage cable acc. to DIN VDE 0276-620, HD 620 S2, IEC 60502 | |
| Temperature range | during installation -20°C |
| Conductor operating temperature | +90°C |
| Short circuit temperature at the conductor | +250°C (Short circuit duration max. 5 s) |
| Nominal voltage | see datasheet |
| Operating voltage | see datasheet |
| Test voltage | see datasheet |
| Minimum bend radius | 15x Outer Ø |
Details N2XS(F)2Y 12/20 kV black 1 x 95 rm / 16 mm²
Cable Structure
-
- Copper conductor bare, stranded acc. to DIN VDE 0295 Class 2 / IEC 60228 Class 2
-
- Inner conductive layer
-
- Conductor insulation: XLPE acc. to HD 620 S2 (compound type DIX8)
-
- Outer conductive layer
-
- Longitudinally waterproof, conductive wrap
-
- Shield: copper wire braiding with one or two counter helix conductors
-
- Longitudinally waterproof wrap
-
- Outer jacket: PE acc. to HD 620 S2 (compound type DMP2)
-
- Jacket color: black
Properties
-
- for outdoor use
-
- direct burial
Notes
-
- rm = round, stranded conductor
-
- the conductor is metrically (mm²) constructed, AWG numbers are approximated, and are for reference only
-
- the PE outer jacket is not flame retardant acc. to DIN EN 60332-1-2
Application
-
- Suitable for indoor installation and in cable ducts, outdoors, underground and in water as well as for installation on cable trays for industries, switch-boards and power stations. The PE-outer sheath is resistant to high mechanical stress for laying the cables. The inner conducting layer between the conductor and the XLPE insulation and the firmly bonded outer conducting layer on the XLPE insulation assures a construction free of partial discharges with high operational reliability.