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Wind Turbine Fibre Optic Control Cable cable construction reference

Wind turbine fibre optic cable

Wind Turbine Fibre Optic Control Cable

Wind Turbine Fibre Optic Control Cable is a motion-duty cable reference for wind turbine scada, condition monitoring, tower fibre backbone, using single-mode or multimode optical fibre element, aramid yarn strength member and optional steel tape protection, lszh, pe or oil-resistant turbine data jacket and fixed tower/nacelle route with service-loop allowance.

Standard
IEC 60794 wind turbine reference
Voltage class
Optical data link
Temperature class
-40 °C to +70 °C optical route guide
Conductor
OS2, OM3
Insulation / jacket
LSZH, PE or oil-resistant turbine data jacket
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Cable Type Data

Construction and applications.

Applications

Wind Turbine Fibre Optic Control Cable is a motion-duty cable reference for wind turbine scada, condition monitoring, tower fibre backbone, using single-mode or multimode optical fibre element, aramid yarn strength member and optional steel tape protection, lszh, pe or oil-resistant turbine data jacket and fixed tower/nacelle route with service-loop allowance.

  • Wind turbine SCADA
  • Condition monitoring
  • Tower fibre backbone
  • Substation communication

Cable Construction

  • Single-mode or multimode optical fibre element
  • Short-lay or torsion-optimized core assembly
  • Aramid yarn strength member and optional steel tape protection
  • LSZH, PE or oil-resistant turbine data jacket
  • Fixed tower/nacelle route with service-loop allowance
  • Tower, nacelle, SCADA and monitoring route duty

Specifications

Select a cable size.

Each row below is a complete specification sheet — 8 sizes in total. Click any row to open conductor data, resistance, dimensions, weight and ordering reference.

Wind turbine fibre optic control cable motion-duty references

Each row is an exact torsion or wind-turbine cable cable specification sheet.

  • Motion dutyWind turbine data, monitoring and tower backbone route
  • Cable functionOptical SCADA, monitoring and communication link
  • Voltage classOptical data link
  • Conductor constructionSingle-mode or multimode optical fibre element
  • Screen / protectionAramid yarn strength member and optional steel tape protection
  • JacketLSZH, PE or oil-resistant turbine data jacket
  • Torsion ratingFixed tower/nacelle route with service-loop allowance
  • Temperature class-40 °C to +70 °C optical route guide
Cable referenceElement designConductor / element sizeOD guideWeight guide
Wind turbine fibre optic control cable 4 fibre OS24 fibreOS213.2 mm227 kg/km
Wind turbine fibre optic control cable 4 fibre OM34 fibreOM313.8 mm303 kg/km
Wind turbine fibre optic control cable 8 fibre OS28 fibreOS214.6 mm379 kg/km
Wind turbine fibre optic control cable 8 fibre OM38 fibreOM315.2 mm531 kg/km
Wind turbine fibre optic control cable 12 fibre OS212 fibreOS215.7 mm531 kg/km
Wind turbine fibre optic control cable 12 fibre OM312 fibreOM316.3 mm759 kg/km
Wind turbine fibre optic control cable 24 fibre OS224 fibreOS218.1 mm987 kg/km
Wind turbine fibre optic control cable 24 fibre OM324 fibreOM318.8 mm1443 kg/km
Cable Specification Sheets Exact cable references by conductor size and construction.

Specification sheets include conductor material, size, resistance, diameter, weight, construction and quotation reference.

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Related Cable Types

Related cable types.

Wind turbine loop control cable

Wind Turbine Loop Control Cable

Wind Turbine Loop Control Cable is a motion-duty cable reference for nacelle controls, yaw systems, converter cabinets, using class 5 flexible bare copper control conductor, optional tinned copper braid emc screen, cold, oil and uv resistant pur / hffr jacket and wind loop torsion up to +/- 150 degrees per m guide.

  • Wind turbine loop control cable
  • EN 50525 / wind turbine control reference
  • 300/500 V
  • -40 °C to +90 °C wind turbine route guide
View technical data →
Nacelle control and sensor cable

Wind Turbine Nacelle Control Sensor Cable

Wind Turbine Nacelle Control Sensor Cable is a motion-duty cable reference for nacelle sensors, pitch controls, brake systems, using fine-stranded bare copper control conductor, foil or braid screen option for sensor signals, oil and coolant resistant pur / lszh jacket and flexible nacelle vibration and service-loop guide.

  • Wind turbine nacelle control sensor cable
  • Wind turbine control cable reference
  • 300/500 V
  • -40 °C to +90 °C nacelle route guide
View technical data →
Wind turbine data cable

Wind Turbine Data Ethernet Cable

Wind Turbine Data Ethernet Cable is a motion-duty cable reference for scada networks, condition monitoring, nacelle ethernet, using fine-stranded or solid tinned copper data conductor, pair screen plus overall braid/foil emc screen, oil and uv resistant pur / lszh data jacket and flexible service-loop and nacelle vibration guide.

  • Wind turbine data Ethernet cable
  • ISO/IEC 11801 / IEC 61156 reference
  • Data transmission circuit
  • -40 °C to +80 °C wind turbine data route guide
View technical data →
Wind turbine torsion power cable

Wind Turbine Loop Torsion Power Cable

Wind Turbine Loop Torsion Power Cable is a motion-duty cable reference for nacelle loop power, yaw loop power, converter output, using class 5 flexible bare copper power conductor, optional emc screen or phase separator by turbine design, cold, oil, uv and ozone resistant hffr / lszh jacket and wind loop torsion up to +/- 150 degrees per m guide.

  • Wind turbine loop torsion power cable
  • EN 50525 / IEC 60502-1 wind loop reference
  • 0.6/1 kV
  • -40 °C to +90 °C wind turbine route guide
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Tower drop power cable

Wind Turbine Tower Drop Power Cable

Wind Turbine Tower Drop Power Cable is a motion-duty cable reference for tower drop feeders, auxiliary power, converter to transformer links, using class 2 or class 5 copper power conductor, mechanical drop support by clamp system, uv, oil and flame retardant lszh / pe jacket and fixed tower drop, vibration and installation bending guide.

  • Wind turbine tower drop power cable
  • IEC 60502-1 / wind tower cable reference
  • 0.6/1 kV
  • -40 °C to +90 °C wind tower route guide
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Wind turbine tray cable

WTTC Wind Turbine Tray Cable Family

WTTC Wind Turbine Tray Cable Family is a motion-duty cable reference for wind turbine tray wiring, auxiliary circuits, control cabinets, using stranded tinned copper tray cable conductor, tray cable construction with exposed-run jacket option, sunlight, oil and turbine-rated tpe/pvc jacket and fixed tray and turbine service-loop installation guide.

  • WTTC wind turbine tray cable
  • UL WTTC / TC-ER reference
  • 600 V / 1000 V
  • -40 °C to +90 °C turbine tray route guide
View technical data →