Type 2 EN 50620 EV Charging Cable, IEC62893 standard

Charging systems according to IEC 61851 for 1-phase and 3-phase charging. Multi-strand fine-stranded copper conductor, in line with GB/T 3956 category 5 or 6 standards.

Main Advantage

  • nominal voltage 450 V AC / 750 V AC
  • nominal current up to 125 A
  • operating temperature –40 °C up to +105 °C
  • 105 °C

    Max operating temperature

  • –40 °

    Min operating temperature

  • 750v

    Rated voltage

  • max 125A

    Rated current

  • EN50620

    Flame Resistance

  • 5D

    Bending radius

EN 50620, IEC62893 EV charging cable application

It is used for the connection between the AC electric vehicle charging pile and the electric vehicle, and can also be used for the connection between the portable charging device and the charging power source.

EN 50620, IEC62893 EV charging cable product structure

  • Conductor: finely stranded copper conductor, conforming to EN 60228 category 5 or 6

  • Insulation: irradiated ethylene propylene rubber, color can be customized according to customer requirements

  • Filling: PP mesh filling rope

  • Tape: thin non-woven fabric

  • Sheath: TPU, Color: Black


EN 50620, IEC62893 EV charging cable technical parameters

  • Rated voltage: AC 450/750V

  • Withstanding voltage test: 2.5kV/5min

  • Conductor working temperature: -40℃~+105℃

  • Working environment temperature of the product: -50℃~+50℃

  • Minimum bending radius: 4D for static applications; 5D for dynamic applications

EN 50620, IEC62893 EV charging cable technical feature

  • Resistance to chemical liquids: EN50620 (Pass the test for: liquid lubricating oil, diesel and gasoline for high-load machinery, unleaded gasoline, urea, diesel, antifreeze and cleaning solvents)

  • Anti-ultraviolet aging: EN50620, no discoloration, no cracking, retention rate of tensile strength and elongation at break ≥80%

  • Friction resistance: EN50620 (the sheath is scraped back and forth for 2000 times, the sheath will not be worn through, and the wire core will not be exposed)

  • Low temperature bending: EN50620 (-40℃/16h, no cracks on the cable surface)

  • Anti-vehicle crushing: meet the requirements of EN50620

  • Flame retardant performance: meet the requirements of EN50620

  • Halogen-free: meet the requirements of EN50620

  • Meet RoHS

GBT 33594 EV Charging Cable-1.webp

Parameters of Type 2 EN 50620 EV Charging Cable, IEC62893 standard

Cable Specifications(mm²)Conductor outer diameter(mm)Finished outer diameter range(mm)

20℃ Conductor Maximum DC Resistance(Q/kM)

Reference ampacity(A)
Cable structure and electrical parameters for AC electric vehicle charging
3×2.5+(0~2)×(0.5~0.75)2.312.0~13.0          7.9820
5×2.5+(0~2)×(0.5~0.75)                     2.314.0~15.0     7.9820
3×16+6×(0.5~0.75) 5.820.0~23.01.2180

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