1 Core Stranded Aluminium Cables

1000 mm Single Core Aluminum Power Cable, 0.6/1kV, PVC Insulated | Al Fanar

Single core stranded aluminum power cable (AL/PVC/PVC), Low Voltage 600/1000V, 1000 mm2 size, It is characterized by its economical cost, reliable performance, and durability, Produced by Al Fanar Company.
 

Product description

Single core stranded aluminum power cable (AL/PVC/PVC), Produced by Al Fanar Company, PVC cables are a widely used and effective choice for power transmission in various applications. They are distinguished by their economical cost, reliable performance, and durability, As PVC (polyvinyl chloride) layer forms excellent insulation around the conductor to prevent leakage of electric current, the outer sheath provides additional protection for the cable against shocks, abrasion, and corrosion. It also prevents harmful UV rays from damaging the cable and is highly resistant to water and moisture. This makes it suitable for indoor and outdoor applications where there is no risk of mechanical damage. Available in various shapes and sizes in highest quality and best prices to suit different applications and needs.

  • Conductor Type: Aluminum 
  • Insulation Material: PVC (Polyvinyl Chloride)
  • Outer Jacket: PVC 
  • Voltage: 600/1000 volts
  • Conductor Shape: Round Stranded (rm)
  • Number of Cores: Single Core
  • Conductor Size (Cross-Sectional Area): 1000 mm2
  • Approx Overall Diameter: 52.8 mm
  • Weight: 4080 kg/km
  • Max DC Conductor Resistance at 20°C: 0.0291 ohm/km
  • Max AC Conductor Resistance at 70°C: 0.0450 ohm/km
  • Current Rating Buried Direct in Ground (Trefoil): 561 Ampere
  • Current Rating Buried Direct in Ground (Flat Touched): 563 Ampere
  • Current Rating In Buried Ducts (Trefoil): 523 Ampere
  • Current Rating In Buried Ducts (Flat Touched): 569 Ampere
  • Current Rating In Free Air (Trefoil): 782 Ampere
  • Current Rating In Free Air (Flat Touched): 809 Ampere
  • Current Rating In Free Air (Flat Spaced): 1022 Ampere
  • Phase Core Color: Red
  • Standard: IEC 60502-1