Scope
EV charging cable constructions for AC and DC charging applications.
Cable Standard
IEC 62893 EV Charging Cable
IEC 62893 covers charging cables for electric vehicles.
EV charging stations / E-mobility infrastructure
1 related product families
6 cable references
Applications
- EV charging stations
- E-mobility infrastructure
Related Products
Standard Selection Data
| Standard focus | EV charging cable constructions for AC and DC charging applications. |
|---|---|
| Typical applications | EV charging stations, E-mobility infrastructure |
| Related product families | EV Charging Cables |
| Common voltage references | 300/500 V, 450/750 V, 1 kV or charging-system specific |
| Construction impact | Fine stranded copper conductor; Power and signal cores; Optional data pair; TPU, rubber or LSZH sheath |
| Datasheet requirement | Confirm construction, rating, sheath, testing reference, marking and packing before quotation |
Cable Construction Impact
- Fine stranded copper conductor
- Power and signal cores
- Optional data pair
- TPU, rubber or LSZH sheath
Common Model References
Cables Using This Standard
Use these cable pages to move from the standard reference to a quote-ready construction.
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.
View technical data →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.
View technical data →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.
View technical data →
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.
View technical data →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.
View technical data →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.
View technical data →Procurement Notes
When using this standard for an enquiry, confirm the full cable designation, conductor size, core count, voltage rating, sheath material, installation environment, testing requirements, cable marking and packing length. Standards help define the technical baseline, but the quote details should always match the final cable specification.
Quote Details
- Cable type and standard reference
- Conductor material, size and class
- Core count, pair count or fiber count
- Voltage rating and operating environment
- Screening, armour, fire performance and sheath material
- Cable marking, drum length, packing and delivery requirements
FAQ
| What does IEC 62893 EV Charging Cable affect in cable selection? | IEC 62893 EV Charging Cable normally affects the cable construction, application range, testing references and datasheet wording. Buyers should use the standard page together with the product page before final quotation. |
|---|---|
| Is IEC 62893 EV Charging Cable enough to specify a cable? | Usually no. A complete enquiry should also include conductor size, core count, voltage rating, sheath material, screening or mechanical protection, installation environment and any customer-specified approvals. |
| Which UE Cable product families relate to IEC 62893 EV Charging Cable? | EV Charging Cables |