H07BN4-F Wind Turbine Cable | Torsion Resistant | EPR Insulated | -40°C Rated

Wind Turbine Cables28
Description

H07BN4-F Wind Turbine Cable | Torsion Resistant | EPR Insulated | -40°C Rated

Product Overview

H07BN4-F Wind Cable is specifically engineered for demanding wind turbine applications, featuring exceptional torsion resistance and flexibility. Designed to withstand the constant movement and harsh environmental conditions within wind turbines, this cable delivers reliable performance in critical power transmission systems for renewable energy generation.

Key Features & Benefits

  • Superior Torsion Resistance: Specifically designed to withstand continuous twisting movements in wind turbine applications

  • Extended Temperature Range: Rated for operation from -40°C to high temperature environments

  • Enhanced Flexibility: Fine wire Class 5 conductors ensure excellent flexibility for easy installation

  • Durable Construction: Oil-resistant, ozone-resistant sheath with high mechanical performance

  • Premium Insulation: Special cross-linked EI7 rubber insulation for thermal stability

  • Optimized for Wind Turbines: Ideal for loop applications and moving parts within turbine systems

Applications

Specifically designed for wind energy applications:

  • Wind Turbine Power Systems: Internal power distribution within turbine nacelles

  • Tower Wiring: Flexible connections throughout the turbine structure

  • Pitch Control Systems: Critical connections for blade adjustment mechanisms

  • Yaw Systems: Wiring for turbine orientation control

  • Generator Connections: Power transmission from turbine generators

  • Renewable Energy Installations: Various wind power generation systems

Construction

Advanced construction for wind turbine applications:

  1. Conductor:

    • Flexible fine wire copper (Class 5 per IEC/EN 60228)

    • Annealed plain copper

    • Optional PET separator available

  2. Insulation:

    • Special cross-linked EI7 rubber for high temperatures

    • Optional PET tape on insulation or assembling

  3. Sheath:

    • High mechanical performance, oil- and ozone resistant

    • Special cross-linked EM7 rubber improved for low temperature behavior (-40°C)

    • Standard color: Black

Specifications

Comprehensive Size Range:

Cable Size Conductor Structure Insulation Thickness Sheath Thickness Cable Diameter
1×1.5 mm² 30/0.25 0.8 mm 1.4 mm 5.7 mm
1×2.5 mm² 49/0.25 0.9 mm 1.4 mm 6.3 mm
1×4 mm² 56/0.30 1.0 mm 1.5 mm 7.2 mm
1×6 mm² 84/0.30 1.0 mm 1.6 mm 7.9 mm
1×10 mm² 84/0.40 1.2 mm 1.8 mm 9.5 mm
1×16 mm² 126/0.40 1.2 mm 1.9 mm 10.8 mm
1×25 mm² 196/0.40 1.4 mm 2.0 mm 12.7 mm
1×35 mm² 276/0.40 1.4 mm 2.2 mm 14.3 mm
1×50 mm² 396/0.40 1.6 mm 2.4 mm 16.5 mm
1×70 mm² 360/0.50 1.6 mm 2.6 mm 18.6 mm
1×95 mm² 475/0.50 1.8 mm 2.8 mm 20.8 mm
1×120 mm² 608/0.50 1.8 mm 3.0 mm 22.8 mm
1×150 mm² 756/0.50 2.0 mm 3.2 mm 25.2 mm
1×185 mm² 925/0.50 2.2 mm 3.4 mm 27.6 mm
1×240 mm² 1221/0.50 2.4 mm 3.5 mm 30.6 mm
1×300 mm² 1517/0.50 2.6 mm 3.6 mm 33.5 mm

Compliance & Standards

  • Conductor Standard: IEC/EN 60228 Class 5

  • Temperature Rating: -40°C to +90°C (operating)

  • Environmental Resistance: Oil resistant, ozone resistant

  • Mechanical Performance: High torsion resistance and flexibility

Installation Notes

  • Specifically designed for continuous movement applications

  • Suitable for fixed and flexible installations within wind turbines

  • Maintain proper bending radii during installation

  • Ideal for applications requiring repeated torsion cycles

  • Compatible with standard wind turbine cable management systems