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E-mobility cable

EV Charging Cables

EV charging cables for AC and DC charging systems, charge points, power cores, signal cores and data-integrated constructions.

EV Charging Cables
Cable construction EV Charging Cables Technical reference for cable construction, sheath finish, screening and cross-section review.
Applications4EV charging stations, AC charging, DC fast charging, E-mobility infrastructure
Standards4IEC 62893, EN 50620, GB/T 33594, UL 62
Cable Types6Cable construction pages with exact specification sheets
Specifications48Individual cable specification sheets

Application And Vehicle Use

EV charging cables for AC and DC charging systems, charge points, power cores, signal cores and data-integrated constructions.

  • EV charging stations
  • AC charging
  • DC fast charging
  • E-mobility infrastructure

Cable Construction

  • Fine stranded copper conductor
  • Power and signal cores
  • Optional data pair
  • TPU, rubber or LSZH sheath

Standards And OEM References

  • IEC 62893
  • EN 50620
  • GB/T 33594
  • UL 62

Product Selection Data

Charging typeAC charging, DC fast charging and charging station cable
Voltage rating300/500 V, 450/750 V, 1 kV or charging-system specific
ConductorFine stranded copper for repeated handling
Core designPower cores, protective earth, signal cores and optional data pair
SheathTPU, TPE, rubber, LSZH or oil-resistant compound
FlexibilityHigh-flex handling and charging cable use
Environmental resistanceAbrasion, oil, UV, cold bend and weather resistance
StandardsIEC 62893, EN 50620, UL 62 and customer-specified references

Find The Exact Cable Size

Open a cable construction page, then select the voltage, conductor material, core layout and cross-section row that matches your enquiry. Each row opens a cable specification sheet for quote preparation.

Automotive Wire And Cable Types

Automotive wire pages are organised by designation, insulation system, voltage class and harness use. Open a type page for dimensions, conductor construction, resistance and weight tables.

AC Mode 3 charging cable

H07BZ5-F EN 50620 AC EV Charging Cable

H07BZ5-F EN 50620 AC EV Charging Cable is an electric vehicle charging cable construction for ac charging stations, mode 3 charging, residential wallboxes applications, using flexible copper conductors, cross-linked halogen-free evi-2 insulation, tpu or halogen-free elastomer sheath and oil, water, abrasion, weather and cold resistance.

  • H07BZ5-F AC EV Charging
  • EN 50620
  • 450/750 V
View technical data →
Flexible EV charging cable

IEC 62893 Flexible EV Charging Cable

IEC 62893 Flexible EV Charging Cable is an electric vehicle charging cable construction for portable charging, charging station cable sets, commercial charging points applications, using flexible copper conductors, cross-linked elastomeric charging cable insulation, flexible tpu sheath and repeated handling, abrasion, water and weather resistance.

  • IEC 62893 Flexible EV Charging
  • IEC 62893
  • 450/750 V
View technical data →
DC fast charging cable

DC Fast Charging Liquid Cooled Cable

DC Fast Charging Liquid Cooled Cable is an electric vehicle charging cable construction for dc fast charging, high-power charging, commercial charging hubs applications, using flexible copper conductors, heat-resistant elastomeric insulation, high-flex tpu sheath and high current, heat, flex, abrasion and outdoor resistance.

  • DC Fast Charging Liquid Cooled
  • IEC 62893
  • 1.0 kV DC / 1.5 kV DC options
View technical data →
DC EV Chargepoint Connection Cable DC chargepoint connection cable

DC EV Chargepoint Connection Cable

DC EV Chargepoint Connection Cable is an electric vehicle charging cable construction for rapid chargepoint internal power, dc charger output, charging station equipment applications, using flexible copper conductors, elastomeric g16 type insulation, pvc or elastomeric sheath and ad7 water immersion and outdoor chargepoint duty.

  • DC EV Chargepoint Connection
  • EN 50620
  • 1.8/1.8 kV DC
View technical data →
EV charging infrastructure bus cable

EVC Flat Power Bus LSZH Cable

EVC Flat Power Bus LSZH Cable is an electric vehicle charging cable construction for parking garage charging infrastructure, multi-bay ev charging, commercial buildings applications, using flexible copper conductors, xlpe insulation, lszh polyolefin sheath and indoor parking, low smoke and expandable charging infrastructure duty.

  • EVC Flat Power Bus LSZH
  • IEC 60502-1
  • 0.6/1 kV
View technical data →
Charging station supply cable

EV Charging Station Supply Cable

EV Charging Station Supply Cable is an electric vehicle charging cable construction for charging station feeder, transformer to charger runs, commercial ev parking applications, using flexible copper conductors, xlpe insulation, uv resistant pvc or lszh sheath and outdoor feeder, uv and installation route duty.

  • EV Charging Station Supply
  • IEC 60502-1
  • 0.6/1 kV
View technical data →

Available Options

  • AC EV charging cable
  • DC fast charging cable
  • Mode 2 cable
  • Mode 3 cable
  • TPU EV cable
  • Liquid-cooled charging cable reference

FAQ

EV Charging Cables — common questions

What are ev charging cables?

EV charging cables for AC and DC charging systems, charge points, power cores, signal cores and data-integrated constructions. They are built to IEC 62893, EN 50620, GB/T 33594, UL 62.

Which standards do ev charging cables comply with?

UE Cable ev charging cables are manufactured and tested to IEC 62893, EN 50620, GB/T 33594, UL 62. The exact standard for each construction is stated on its specification sheet.

What sizes and configurations are available?

6 construction families are catalogued under ev charging cables, each offered across a range of conductor sizes and core or pair counts. Open any specification sheet for the exact conductor size, voltage, operating temperature, current rating, overall diameter and weight.

Can ev charging cables be custom-made, and how fast is a quote?

Yes. UE Cable manufactures to customer specification — conductor, insulation, screen, armour, sheath, colour, printing and packing. Send your requirement through the inquiry list and we typically reply within 6 hours with price, lead time and test documentation.