
Torsion Resistant Wind Power Cable 1.8/3kV
APPLICATION:
These cables are used to transmit the power energy from the wind turbine generator to the transformer. Suitable for flexible application and especially for torsion load in the cable loop in wind turbines.
STANDARD:
GB/T 29631-2013, IEC60502-1 , Shangshang specifications, or other standards on request.
CONSTRUCTION:
Conductor: bare or tinned flexible copper wires, as per IEC60228 class 5.
Insulation: Ethylene propylene rubber (EPR)
Sheath: neoprene rubber or similar elastomer, black
RANGE OF SIZE:
These cables are used to transmit the power energy from the wind turbine generator to the transformer. Suitable for flexible application and especially for torsion load in the cable loop in wind turbines.
STANDARD:
GB/T 29631-2013, IEC60502-1 , Shangshang specifications, or other standards on request.
CONSTRUCTION:
Conductor: bare or tinned flexible copper wires, as per IEC60228 class 5.
Insulation: Ethylene propylene rubber (EPR)
Sheath: neoprene rubber or similar elastomer, black
RANGE OF SIZE:
Number of Cores |
Nominal cross-sectional area |
1-Core |
1.5mm2~500mm2 |
CORE IDENTIFICATION:
1-Core: black, white, or natural, etc.
SHEATH COLOR:
Black
SPECIAL FEATURES:
1-Core: black, white, or natural, etc.
SHEATH COLOR:
Black
SPECIAL FEATURES:
- Maximum permissible tensile load of conductor: 15N/mm2.
- Resistance to torsion test at normal temperature :30℃10000 cycles
- Resistance to torsion test at low temperature: -40℃ 2000 cycles
- Oil resistant
- Ozone resistant
- UV resistant
- Resistance to damp and heat
- Salt mist resistant
- Flame-retardant (IEC60332-1)
USAGE CHARACTERISTICS:
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|
|
|
Max. conductor temp. in service |
Max. short circuit temp. (5s) |
Min. operating ambient temperature |
Min. bending radius |
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