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WINDLINK (N)TSCGEHXOE

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WINDLINK (N)TSCGEHXOE Torsion resistant medium-voltage trailing cable for free hanging of max. 100 m Resistance against: - permanent movement - permanent vibrations - compressive stress - temporary influence of seawater - suitable for torsion of max. +/- 100°/m
Standards
International  Nexans specification
Description

Application

Medium-voltage trailing cable WINDLINK® MV-RS (N)TSCGEHXOE in two sheath design was developed for special application condition in wind turbines.
The construction is torsion resistance by free hanging max. 100 m.
These cables are specified for medium mechanical stress and for operation under permanent influence of seawater and usage outdoor.

 

Design

Power-core

Conductor:
Copper, plain, flexible concentrically stranded circular, class 5 acc. to IEC 60228

Insulation:
-  Inner semi-conductive stress control layer, fixed with insulation
-  Elastomeric extruded special rubber compound RHEYCLEAN HV-EPR, quality
    better than 3GI3 acc. to DIN VDE 0207 part 20, based on EPDM,
    optimized wall thickness
-  Outer semi-conductive insulation shield layer, easy strip (Thermostrip),
   compound basis EVA.
All three layers are extruded in one extrusion process and free of hollow space.

Protective-core
Conductor:
Copper plain, flexible concentrically stranded circular, class 5 acc. to IEC 60228
Conductor screen:
extruded semi-conductive rubber

Inner Sheath
Extruded special rubber compound:
quality better than GM1b, acc. to DIN VDE 0207 part 21, fulfil the requirements of EM1, nature colour, the filling of the interstices is integral part of the inner sheath and out of the same material, produced in same process with outer sheath.

Outer Sheath
Extruded special rubber compound:
quality better than EM8 acc. DIN EN 50363-6, based on EVA,
water and oil resistant, flame retardant, abrasion and notch-resistant,
colour: red, embossed marking e.g.:
WINDLINK MV-RS (N)TSCGEHXOE 3x25/25  18/30 kV INEXANSI year

 


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Characteristics
Construction characteristics
Conductor material Plain annealed copper  
Conductor flexibility Flexible class 5  
Insulation RHEYCLEAN-HEPR  
Outer sheath Halogen free flame retardant  
Halogen free IEC 60754  
Material of the inner semi-conductor Semi-conducting compound  
Material of the external semi-conductor Semi-conducting compound  
Mechanical characteristics
Abrasion resistance High  
Cable flexibility Flexible  
Tear resistance High  
Usage characteristics
Max. conductor temperature in service 90°C  
Short-circuit max. conductor temperature 250°C  
Weather resistance Yes  
Flame retardant IEC 60332-1-2  
Oil resistance EN 60811-2-1  
Ozone resistance Yes  
Silicon free Yes  
U.V resistance Yes  
Dynamic bending factor 10(xD)  
Freely suspended length 100.0m  

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Your selection
Rated Voltage Uo/U (Um)  
Number of phases  
Phase Conductor Cross Section  mm²
Number of protection cores  
Ground conductor cross-section  mm²
Approximate weight  kg/km
Minimum outer diameter  mm
Maximum outer diameter  mm
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Results   10/10
Select all Items Nexans ref. Rated Voltage Uo/U (Um) Number of phases Phase Cond. Cross Section (mm²) Number of protection cores Ground cond. section (mm²) Approx. weight (kg/km) Min. outer diam. (mm) Max. outer diam. (mm)
7132xxxx 12/20 kV 3 25 1.0 25 3400 50.0 53.0
7132xxxx 12/20 kV 3 35 1.0 35 4000 53.0 56.0
7132xxxx 12/20 kV 3 50 1.0 50 4700 55.0 58.0
7132xxxx 12/20 kV 3 70 1.0 70 5700 569.0 62.0
7132xxxx 12/20 kV 3 95 1.0 95 6900 64.0 67.0
7132xxxx 18/30 kV 3 25 1.0 25 5300 66.0 69.0
7132xxxx 18/30 kV 3 35 1.0 35 5600 66.0 69.0
7132xxxx 18/30 kV 3 50 1.0 50 6300 68.0 71.0
7132xxxx 18/30 kV 3 70 1.0 70 7100 70.0 73.0
7132xxxx 18/30 kV 3 95 1.0 95 8500 75.0 78.0
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OpCo Windlink

 

 

Temperatures on cable surface:

 -   moved

 -30 °C to +80 °C

 -   transport and stock

 -40 °C to +90 °C

Tensile stress of the conductor:

 - during installation

max. 50 N/mm²

 - in operation

max. 15 N/mm²

cross-section (mm²): sum of all cores     

Bending radii:

 - fixed installation

min. 6 x outer-Æ

 - free moving

min. 10 x outer-Æ

Torsion:

max. permissible angle: ± 100 °/m


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