Copper Stranded Wire 400mm2 450/750V, Heat Resistant PVC Insulation | Alfanar

Copper Stranded Wire 400mm2 450/750V, Heat Resistant PVC Insulation | Alfanar

(150 Product Views)

YouMats

Copper stranded wire 400 mm2 450/750V, heat resistant PVC insulation, phase core color black, number of wires 61, insulated with polyvinyl chloride (PVC 90 ºC), where the insulation layer protects the wire against shocks and abrasion, intended for fixed internal installations, making it suitable for wiring in control boards, machines and instruments with higher operating temperature, manufactured by Alfanar.

Shop and Split Your Payments in 4 | Flexible Payments
in stock
 Call Supplier
general.mada
general.master_card
general.visa

Product description

Stranded copper electrical heat resistant wire (CU/PVC), manufactured by Alfanar. Insulated with polyvinyl chloride (PVC 90 ºC),They are distinguished by their economical cost, reliable performance, and durability, As it is forms excellent insulation around the conductor to prevent leakage of electric current, protection for the wire against shocks, and abrasion. It also prevents harmful UV rays from damaging the cable and it is also highly resistant to water and moisture. Intended for fixed internal installations, making it suitable for wiring in control boards, machines and instruments with higher operating temperature, and in lighting networks, power systems. Available in various shapes and sizes in highest quality and best prices to suit different applications and needs.

  • Conductor Type: Copper 
  • Conductor Shape: Stranded 
  • Insulation Material: (PVC 90 ºC) Heat Resistant
  • Voltage: 450/750 volts
  • Conductor Size (Cross-Sectional Area): 400 mm2
  • Number of Wires: 61
  • Conductor Diameter: 3.15 mm
  • Max DC Conductor Resistance at 20°C: 0.047 ohm/km
  • Nominal Insulation Thickness: 2.6 mm 
  • Approx Overall Diameter: 28.3 mm
  • Weight: 3726 kg/km
  • Length: 300 feet on Coil (100 yards). Other lengths available on request
  • Color: Black
  • Standard: BS EN 50525-2-31, IEC 60227-3 and SASO-GSO-IEC 60227-3 standards

Our Clients