logo
Good price  online

products details

Created with Pixso. Home Created with Pixso. Products Created with Pixso.
Wind Power Cable
Created with Pixso. Wind Turbine Fire-Resistant Cable IEC 60331 IEC 60332, Class 2/5 Annealed Copper XLPE Silicone Insulation LSZH PVC Sheath, Mica Tape Fire Barrier Cable for Wind Turbine Nacelle Emergency Safety Circui
Detail Information
Place of Origin:
China & Thailand
Certification:
UL, IEC, TISI, SASO
Cable Type:
Wind Power Cable
Conductor Material:
Annealed Copper
Insulation Material:
XLPE / Silicone / Special Fire-Resistant Compound
Jacket Material:
LSZH / PVC / Special Compound
Rated Voltage:
0.6/1 KV Or According To Design
Rated Temperature:
According To Material System
Packaging Details:
Export-ready packaging tailored to cable and magnet wire specifications and shipping requirements. Drums, reels, and pallets available as applicable
Supply Ability:
15,000 KM per year
Highlight:

IEC60332-1 wind power cable

,

5 Meters wind power cable

,

TPE Insulation wind turbine cable

Product Description

Wind Turbine Fire-Resistant Cable

PRODUCT DESCRIPTION

Wind Turbine Fire-Resistant Cable is designed for electrical circuits where continued circuit integrity during fire exposure is required by the project specification.

The cable can be manufactured with copper conductors and fire-resistant insulation systems based on mica tape, mineral insulation or other qualified materials. Low-smoke and halogen-free constructions can also be developed for enclosed turbine environments.

APPLICATIONS

  • Wind turbine emergency systems

  • Fire alarm circuits

  • Safety systems

  • Emergency power systems

  • Critical control circuits

  • Nacelle electrical systems

  • Tower safety installations

STANDARDS

  • IEC 60228

  • IEC 60331 series

  • IEC 60332 series

  • IEC 60754 series

  • IEC 61034 series

  • IEC 60502-1, where applicable

CONSTRUCTION

Component Specification
Conductor Annealed Copper
Conductor Class Class 2 / Class 5
Fire Barrier Mica Tape / Fire-Resistant Layer
Insulation XLPE / Silicone / Special Fire-Resistant Compound
Shield Optional
Inner Sheath Optional
Outer Sheath LSZH / PVC / Special Compound
Core Identification Colored / Numbered

TECHNICAL DATA

Parameter Typical Value
Rated Voltage 0.6/1 kV or according to design
Conductor Copper
Fire Resistance According to selected IEC 60331 test category
Flame Retardancy Available
Smoke Emission Low-smoke options available
Halogen-Free Available
UV Resistance Available
Oil Resistance Available
Flexibility Standard / Flexible
Operating Temperature According to material system

FEATURES

  • Fire-resistant construction

  • Copper conductor

  • Optional mica fire barrier

  • Low-smoke and halogen-free options

  • Suitable for critical circuits

  • UV and weather-resistant options

  • Flexible versions available

FAQ

Q: What is the difference between fire-resistant and flame-retardant cable?
A: Flame-retardant cable is designed to limit flame propagation, while fire-resistant cable is designed to maintain circuit integrity for a specified period under defined fire-test conditions.

Q: Can this cable be supplied as LSZH?
A: Yes. Low-smoke zero-halogen sheath systems can be specified.

Q: Can a shield be added?
A: Yes. Shielded fire-resistant constructions can be developed for applications requiring both fire performance and electromagnetic protection.