NTMCGCWOEUS Flexible Single-Core High Voltage Connection Cable 6/10 kV and 12/20 kV

Product Overview

The NTMCGCWOEUS flexible single-core connection cable is a high-performance medium-to-high voltage power cable designed for demanding electrical installations. Engineered for flexibility, durability, and electrical reliability, this cable is particularly suited for short-length connections in high-voltage systems, such as links between circuit breakers and mobile transformers.

Its advanced elastomer insulation system, combined with robust mechanical and environmental resistance, ensures long service life even in harsh industrial conditions.


Key Applications

This flexible high-voltage cable is primarily used in:

  • Short-length connections in medium/high voltage systems

  • Interconnection between short-circuit breakers and mobile transformers

  • Temporary or mobile power installations

  • Industrial environments requiring high flexibility and reliability


Cable Construction

1. Conductor

  • Material: Tinned copper

  • Type: Flexible conductor

  • Class: IEC 60228 Class 5

  • Features: उत्कृष्ट flexibility, corrosion resistance, and high conductivity

2. Insulation System

  • Inner Layer: Semi-conductive layer

  • Main Insulation: Special EPDM-based compound (RHEYCLEAN equivalent)

    • Performance exceeds DIN VDE 0207 Part 20

  • Outer Layer: Semi-conductive layer (easy strip design)

    • Ensures simplified installation and termination

3. Screen

  • Type: Tinned copper wire screen

  • Structure: Closely spun or stranded

  • Function: ապահով electromagnetic shielding and electrical field control

4. Outer Sheath

  • Material: Rubber compound type 5GM5

  • Standard: DIN VDE 0207 Part 21

  • Properties:

    • High abrasion resistance

    • Notch-resistant

    • Heavy-duty industrial performance

  • Color: Red


Marking

Cable marking includes:

  • Cable type: NTMCGCWOEUS

  • Core configuration and cross-section

  • Rated voltage

  • VDE certification mark

  • Production year


Core Identification

  • Design: Single-core


Standards Compliance

  • DIN VDE 0250 Part 813

  • DIN VDE 0298

  • DIN VDE 0298 Part 4


Mechanical Properties

  • Tensile Stress of Conductor:

    • Static: 15 N/mm²

    • Dynamic: 30 N/mm²

  • Bending Radius:

    • Compliant with DIN VDE 0298

  • Mechanical Testing:

    • Alternating and reversed bending tests


Chemical and Environmental Resistance

  • Oil resistant

  • Suitable for indoor and outdoor use

  • Resistant to:

    • Moisture

    • UV radiation

    • Ozone

  • Flame-retardant:

    • According to IEC 60332-1


Electrical and Thermal Properties

  • Rated Voltage (Uo/U):

    • 6/10 kV

    • 12/20 kV

  • Test Voltage:

    • 17 kV to 29 kV (AC)

  • Current Rating:

    • According to DIN VDE 0298 Part 4

  • Maximum Conductor Temperature:

    • During operation: +90 °C

    • Short-circuit conditions: +200 °C

  • Maximum Surface Temperature:

    • Fixed installation: -35 °C to +80 °C


Dimensional 

6/10 kV Version

Cross Section (mm²)

Outer Diameter Min (mm)

Outer Diameter Max (mm)

Weight (kg/km)

1 x 16/16

20

23

690

1 x 25/16

21

24

800

1 x 35/16

22

25

920

1 x 50/16

24

27

1,100

1 x 70/16

26

29

1,360

1 x 95/16

28

31

1,610

1 x 120/16

29

32

1,870

1 x 150/25

32

35

2,320

1 x 185/25

34

37

2,650

1 x 240/25

38

41

3,320

12/20 kV Version

Cross Section (mm²)

Outer Diameter Min (mm)

Outer Diameter Max (mm)

Weight (kg/km)

1 x 16/16

24

27

870

1 x 25/16

26

29

1,030

1 x 35/16

27

30

1,150

1 x 50/16

29

32

1,340

1 x 70/16

30

33

1,580

1 x 95/16

33

36

1,920

1 x 120/16

35

38

2,190

1 x 150/25

36

39

2,610

1 x 185/25

39

42

3,040

1 x 240/25

42

45

3,660


Optional Features

  • Pre-assembled sealing ends available upon request

  • Custom voltage ratings available


The NTMCGCWOEUS flexible single-core high voltage cable combines advanced insulation technology, उत्कृष्ट flexibility, and rugged mechanical design. It is an ideal solution for critical high-voltage connections where reliability, durability, and ease of installation are essential. Its compliance with major international standards and resistance to environmental stressors make it suitable for both indoor and outdoor industrial applications.