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Medium Voltage Power Cable
Created with Pixso. MV Fire Resistant Power Cable IEC 60502-2 IEC 60331, Stranded Copper Aluminum XLPE Fire-Resistant Insulation PVC LSZH Sheath, 6–35kV Single Three Core Cable for Emergency Critical Industrial Infrastru
Detail Information
Place of Origin:
China & Thailand
Certification:
UL, IEC, TISI, SASO
Cable Type:
Medium Voltage Power Cable
Conductor Material:
CU / AL
Insulation Material:
XLPE Or Fire-Resistant Insulation System
Jacket Material:
PVC Or LSZH
Rated Voltage:
6–35 KV
Rated Temperature:
Maximum Conductor Temperature 90°C
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:

Fire Resistant Medium Voltage Power Cable

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30kV Medium Voltage Power Cable

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6kV mv armoured cable

Product Description

MV Fire Resistant Power Cable

PRODUCT TITLE

Medium Voltage Fire Resistant Power Cable

SPECIFICATIONS

  • Rated Voltage: 6–35 kV

  • Conductor: Copper or Aluminum

  • Conductor Type: Stranded

  • Insulation: XLPE or Fire-Resistant Insulation System

  • Fire Barrier: Available according to cable design

  • Metallic Screen: Copper Tape or Copper Wire

  • Outer Sheath: PVC or LSZH

  • Core: Single Core / Three Core

APPLICATIONS

Designed for critical medium voltage power circuits in industrial facilities, power plants, transportation systems, infrastructure projects, emergency power systems, and other applications requiring enhanced fire performance.

STANDARDS

  • IEC 60502-2

  • IEC 60331

  • IEC 60332

  • IEC 60754 / IEC 61034, where LSZH construction is specified

CONSTRUCTION

  1. Copper or aluminum conductor

  2. Fire-resistant insulation or barrier system

  3. Semiconductive screen

  4. Metallic screen

  5. Protective layer

  6. Fire-resistant or LSZH outer sheath

TECHNICAL DATA

Parameter Specification
Rated Voltage 6–35 kV
Conductor Copper / Aluminum
Insulation XLPE / Fire-Resistant System
Metallic Screen Copper
Fire Performance According to specified IEC test
Outer Sheath PVC / LSZH
Core Single Core / Three Core
Maximum Conductor Temperature 90°C

FAQ

Q: What makes a cable fire resistant?

A: Fire-resistant cable construction uses selected insulation, barrier, and sheath materials designed and tested to maintain electrical circuit integrity for a specified duration under defined fire conditions.

Q: Is fire resistance the same as flame retardance?

A: No. Flame retardance concerns resistance to flame propagation, while fire resistance concerns maintaining specified electrical function during a defined fire test.

Q: Can this cable use an LSZH sheath?

A: Yes. LSZH outer sheath options can be specified where low smoke and halogen-free characteristics are required.

SEO

Meta Title: Medium Voltage Fire Resistant Power Cable

Meta Description: Fire resistant medium voltage power cable for critical power, industrial, infrastructure, transportation, and emergency electrical systems.

Keywords: MV Fire Resistant Cable, Fire Resistant Power Cable, Medium Voltage Fire Cable, MV FR Cable