Windmill Cables
EPR/HFXLEVA LSOH 0.6/1kV Torsion Resistant Power Cable

  Windmill Cables

(N)TSCGEHXOEU Medium Voltage LSOH Torsion Resistant Cable

Application

These LSOH cables are specifically designed for special application condition in wind turbines, used for economical transmission of large energy rates with medium voltage.

Standards

DIN VDE 0250 Part 813

Construction

Conductor: Stranded tinned/bare copper, class 5 according to DIN VDE 0295 IEC 60228.
Inner Conductor Layer:Semiconductive halogen free rubber compound.
Insulation: Halogen free, heat resistant insulation based on EPR.
Outer Conductor Layer: Semiconductive rubber compound.
Optional Inner Sheath: Extruded special rubber compound.
Sheath: Halogen free special rubber compound based on EVA.

Technical Data

Rated Voltage Uo/U (Um)

8.7/15 kV, 12/20 kV,18/30 kV,20/35 kV

Operating Temperatures

-40℃~+90℃

Minimum Bending Radius

10×OD

Torsion Application

+/100°/m

Maximum Permissible Tensile Load

15N/mm²

Short-circuit Temperature

250℃

Flame Retardant

DIN EN 60332-1

Halogen Free

IEC 60754

Corrosive Gases

DIN EN 50267-2-3

Smoke Density

DIN EN 50268-2

Oil Resistant

Yes

Ozone Resistant

Yes

UV Resistant

Yes

Silicone Free

Yes

Dimensions and Weight

8.7/15kV

Construction

Nominal Overall Diameter

Nominal Weight

No. of cores×mm²

mm

kg/km

3×50/50

51.5

4050

3×70/70

57.5

5250

3×95+3×16.7

57.5

5600

12/20kV

Construction

Nominal Overall Diameter

Nominal Weight

No. of cores×mm²

mm

kg/km

3×25/25

51.5

3400

3×35/35

54.5

4000

3×50/50

56.5

4700

3×70/70

59.0

5700

3×95/95

65.5

6900

18/30kV

Construction

Nominal Overall Diameter

Nominal Weight

No. of cores×mm²

mm

kg/km

3×25/25

67.5

5300

3×35/35

67.5

5600

3×50/50

69.5

6300

3×70/70

71.5

7100

3×95/95

76.5

8500

20/35 kV

Construction

Nominal Overall Diameter

Nominal Weight

No. of cores×mm²

mm

kg/km

3×25/25

73.0

6100

3×35/35

73.0

6500

3×50/50

73.0

6800

3×70/70

76.0

7900

3×95/95

78.0

9100