XLPE/NBR 0.6/1kV 90°C 1100 V

XLPE/NBR 0.6/1kV 90°C 1100 V

Cable Structure

Generally confirming to DIN VDE 0250, IEC 60332-1, Generally to AS/NZS 5000:2003, CE Directive 72/23/EEC

Conductor :  EC copper class 5 and class 6 generally conforms to IEC 60228, DIN VDE 0281
Insulation :  XLPE
Sheath :  Flexible Nitrile rubber (NBR) Orange, Black, Red, Blue Jacket

*Any other Color on specific request can also be supplied

Technical Data

Operating Temp: :  -20°c to max.+90°C
Nominal voltage: :  1100 V
Test voltage :  3000 V
Insulation resistance :  Min. 20 MΩ x km
Min. bending radius :  7 x cable diameter
Flame propagation :  Flame retardant test as per IEC 60332-1

Cable features

  • Heat resistant insulation
  • High insulation resistance
  • Excellent flexibility to last longer in flex applications
  • High resistance to cuts, tears & abrasion
  • Better mechanical & electrical properties
  • Resistance to oil, solvents and chemicals
  • Excellent ozone and weather resistant

Application

XLPE/NBR 0.6/1kV 90°C
For applications where extreme flexibility is required - high current capacity. Power - Switchboards, flexible droppers from bus bars, transformers, load banks or other equipment requiring fixed or flexible wiring. Pumping - Suitable for permanent submersion

Standard length cable packing:
Coils 100, 200,300 and 500 m in wooden reels

Technical DataTable - XLPE/NBR single core double insulated cable

Cross Sectional Area Copper Construction Inner Dia. Outer Dia Appx. Max. Conductor Resistance at 20˚C
Sq. mm. Nos. / Dia. mm mm mm Ω/km
10 322 / 0.20 6.30 9.90 1.910
16 511 / 0.20 8.00 10.70 1.210
25 798 / 0.20 9.50 12.10 0.780
35 1121 / 0.20 11.00 14.20 0.554
50 1596 / 0.20 12.30 16.30 0.386
70 2220 / 0.20 14.40 18.70 0.272
95 1349 / 0.30 16.60 20.80 0.206
120 608 / 0.50 18.20 23.00 0.161
150 760 / 0.50 21.10 27.60 0.129
185 943 / 0.50 23.80 30.80 0.106
240 1225 / 0.50 26.80 34.00 0.0801
300 1498 / 0.50 30.30 37.50 0.0641
400 2035 / 0.50 33.60 41.30 0.0486
  • The number of wires is approximate and wire diameter is nominal; they shall be such as to satisfy the requirements of conductor resistance of IEC 60228 / DIN VDE 0295 / IS 8130 / BS 6360
  • In view of continuous improvements in our design and process, specifications given here in are subject change without notice.
  • All are flexible conductor
  • Insulation material is XLPE
  • Sheath material is NBR

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