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EV Charging Cable
Created with Pixso. High-Power DC Charging Cable IEC 62893 IEC 60228, Class 5 Fine Stranded Copper High Performance Thermoplastic TPE TPU Sheath for DC Fast Charging Station Heavy-Duty EVSE
Detail Information
Place of Origin:
China & Thailand
Certification:
UL, IEC, TISI, SASO
Cable Type:
EV Charging Cable
Conductor Material:
Fine-stranded Copper
Insulation Material:
High-performance Thermoplastic Insulation
Jacket Material:
Heavy-duty TPE / TPU Outer Sheath
Rated Voltage:
Application Dependent
Rated Temperature:
Application Dependent
Packaging Details:
Export-ready packaging tailored to cable and magnet wire specifications and shipping requirements. Drums, reels, and pallets available as applicable
Supply Ability:
15,000 KM per year
Highlight:

Three Phase dc charging cable

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Single Phase dc charging cable

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Cold Resistance ev electric cables

Product Description

High-Power DC Charging Cable

Product Description

EV-HPDC is a heavy-duty DC charging cable designed for high-current electric vehicle charging applications. The cable uses large cross-section fine-stranded copper conductors and high-performance insulation and sheathing materials to provide reliable electrical and mechanical performance.

Applications

  • High-power EV charging stations

  • DC fast-charging infrastructure

  • Commercial EV charging facilities

  • Fleet charging systems

  • Heavy-duty electric vehicle charging

  • High-current EVSE

Standards

  • IEC 62893

  • IEC 60228

  • Applicable national and regional EV charging requirements

Construction

Conductor:
Fine-stranded annealed copper with optimized conductor geometry for high-current applications.

Insulation:
High-performance thermoplastic insulation.

Sheath:
Heavy-duty TPE/TPU outer sheath.

Technical Data

Parameter Specification
Application High-Power DC Charging
Conductor Fine-stranded copper
Conductor Class Class 5
Voltage Rating Application dependent
Current Rating Application dependent
Insulation High-performance thermoplastic
Sheath TPE / TPU
Operating Temperature Application dependent
Flexibility High
Abrasion Resistance Excellent
UV Resistance Available
Oil Resistance Available
Flame Retardancy Available
Cross Section Customized

Key Features

  • Designed for high-current applications

  • Large copper conductor options

  • Excellent flexibility

  • High mechanical durability

  • Low electrical resistance

  • Suitable for commercial charging infrastructure

FAQ

Q: Is this cable intended for ultra-fast charging?
A: It is designed for high-power DC charging systems where higher current capacity is required.

Q: Can the current rating be customized?
A: Yes. Cable size and construction can be engineered according to the required electrical parameters.

Q: Does the product include a charging connector?
A: No. This product is supplied as cable only.