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Low Voltage XLPE Power Cable

  • Conductor: Copper
  • Insulation: PVC
  • Insulation Color: Red-Yellow-Green-Blue
  • Temperature Range: -20°C to +70°C
  • Nominal Voltage: 0.6/1KV
  • Test Voltage:3.5KV
  • Standard: IEC

XLPE Power Cable Specification

  • Conductor

    Plain Annealed Copper Class 2 to BS EN 60228

  • Insulation

    PVC Type TI4 to BS EN 50363-3

  • Sheath

     PVC Type 10 to BS 7655-4.2

  • Min Operating Temperature

    -20°C

  • Max Operating Temperature

    70°C

  • Core Colours

    4 Core -Red-Yellow-Green-Blue

  • Sheath Colours

    Black

  • Current Carrying Capacity

    For current ratings refer to IEC Strandard

he Characteristics of Low Voltage XLPE Power Cable

Application:
Low voltage XLPE power cable has excellent chemical corrosion resistance, but also has the properties of flame retardant and non water-absorption and suitable for underground installation, which can withstand certain mechanical pressure,but can’t withstand mechanical tension.
Standard:
The product implement the standards GB/T5023, equivalent to IEC60 227. And it can also be made complying with ASTM, DIN, BS standards etc. 
Advantage:
Excellent electric and mechanical characteristics Best Resistance chemical corrosion and heat-ageing,environment stress and flame-retardant Simple in structure,Convenient to use Reduce costs.
XLPE Cable VS PVC Cable
XLPE vs PVC cable insulation XLPE is suitable for voltages ranging from low to very high and is superior to other insulating materials such as PVC, EPR and silicone rubber. Cross-linked polyethylene also offers improved chemical and oil resistance at high temperatures, making it suitable for use as a low smoke, zero halogen material. XLPE has superior mechanical properties to many other insulating materials, providing greater tensile strength, elongation and impact resistance. XLPE insulation will not melt or drip even at the temperature of a soldering iron, and it increases flow resistance and improves aging characteristics. Another advantage of XLPE insulation for low voltage cable and medium voltage cables is the increased water tree resistance compared to PE insulation. The water tree is a defect and is the result of an insulation defect, where crack lines appear and grow in the direction of the electric field, increasing with electrical stress. It is worth noting that this effect is not limited to PE materials.

XLPE Power Cable Parameter

Normal cross-sectional area of conductor (mm2) Normal thickness of insulation (mm) Normal thickness of sheath (mm) Approx. Overall diameter (mm) Approx. weight kg/km
        VV VY VLV VLY
4*4 1 1.8 14 327 294 226 193
4*6 1 1.8 16 421 385 270 233
4*10 1 1.8 19 637 592 382 337
4*16 1 1.8 21 909 858 504 453
4*25 1.2 1.8 24 1334 1273 701 640
4*35 1.2 1.8 27 1749 1681 871 804
4*50 1.4 1.9 29 2255 2179 1067 991
4*70 1.4 2.1 33 3121 3025 1405 1309
4*95 1.6 2.2 37 4264 4148 1881 7965
4*120 1.6 2.4 41 5278 5141 2272 2135
4*150 1.8 2.5 45 6487 6329 2778 2620
4*185 2 2.7 50 8074 7885 3434 3244
4*240 2.2 2.9 56 10497 10268 4403 4174
4*300 2.4 3.1 62 13080 12809 5428 5157

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