Ana sayfa > Ürün Merkezi > New Energy Vehicle Cables > V-S90S90PS90/EV-RS90S90PS90 Electric Vehicle Charging Cable

V-S90S90PS90/EV-RS90S90PS90 Electric Vehicle Charging Cable

The Electric Vehicle (EV) Charging Cable is designed to provide safe, efficient, and reliable charging for electric and hybrid vehicles. Featuring high-quality copper or aluminum conductors and durable insulation, this cable ensures stable power transfer and minimal energy loss during charging. Its robust construction offers excellent resistance to heat, abrasion, moisture, and chemicals, making it suitable for both home and commercial charging stations. Compatible with a wide range of EV models and compliant with international safety standards, this cable delivers fast, secure, and efficient...

paylaşmak：

Bize Ulaşın

Çevrimiçi İstek

Posta：470647052@qq.com

Whatsapp：+86 13391229506

Ayrıntılı tanıtım
Ürün Ansiklopedisi

EV-S90S90PS90/EV-RS90S90PS90

450/750V Electric Vehicle Charging Cable

Applications

This product is primarily used to connect cables between electric vehicles and charging equipment, between electric vehicle charging equipment and charging ports,or in vehicle charge and discharge warning control systems that transmit control signals for charging saturation and safety warnings.

Product Structure

Reference Standard: GB/T33594-2017

Conductor: Stranded fine copper wire, meeting the requirements of GB/T3956-2008

EV-S90S90PS90: Type 5 conductor

EV-RS90S90PS90: Type 6 conductor

Insulation Material: TPE

Specifications: Main insulated core wire: 1.0-70mm²

Signal or Control Core Wire: 0.5-1.5 mm²

Signal or Control Core Wire Shield (Optional): (Tinned) Copper Wire Braid, Braid Density ≥ 80%

Filling (Optional): Mesh Polypropylene or Cotton

Inner Sheath: TPE

Overall Shield: (Tinned) Copper Wire Braid, Braid Density ≥ 80%

Jacket Material: TPE

Jacket Color: RAL 2003 Orange or Custom Colors

Insulation Color:

Two-core: Blue, Brown

Three-core: Yellow/Green, Blue, Brown

Four-core: Yellow/Green, Brown, Black, Gray

Five-core: Yellow/Green, Blue, Brown, Black, Gray

Signal or Control Core Wire Colors May Be Numbered

Technical Parameters

Rated Voltage: AC: 450/750V and Below

Rated Temperature: -40°C to +90°C

Hypovoltage test: 3500V/15min

Spark test: ≥4kV

Minimum bending radius:

Fixed installation: 4x cable outer diameter

Mobile installation: 6x cable outer diameter

Environmental protection: Complies with RoHS and REACH environmental requirements

Flame retardant properties: Complies with GB/T18380.12/22-2008, no flame retardancy test

Product Features

UV resistant, easy to install and use

Excellent oil resistance (mineral oil, fuel oil, gasoline)

The cable is flexible and cold-resistant, and can withstand a certain amount of mechanical force, making it flexible and easy to install and lay.

Number of cores × cross-sectional area n*mm²	Nominal insulation thickness mm	Nominal sheath thickness mm	Approximate outer diameter of wire mm	Conductor resistance at 20℃ max (Q/km)
Number of cores × cross-sectional area n*mm²	Nominal insulation thickness mm	Nominal sheath thickness mm	Approximate outer diameter of wire mm	copper core	Tinned copper core
3*1.0	0.8	1.7	9.7	19.5	20
4*1.0	0.8	1.8	10.6
5*1.0	0.8	1.9	11.6
3*1.5	0.8	1.8	10.5	13.3	13.7
4*1.5	0.8	1.9	11.5
5*1.5	0.8	2	12.6
3*2.5	0.8	1.9	11.6	7.98	8.21
4*2.5	0.8	2	12.8
5*2.5	0.8	2.1	14.0
3*4	1	2	13.9	4.95	5.09
4*4	1	2.2	15.5
5*4	1	2.3	17.0
3*6	1	2.2	15.6	3.3	3.39
4*6	1	2.3	17.2
5*6	1	2.5	19.0
3*10	1	2.3	18.2	1.91	1.95
4*10	1	2.5	20.2
5*10	1	2.7	22.4
3*16	1	2.5	20.6	1.21	1.24
4*16	1	2.8	23.0
5*16	1	3	25.4
3*25	1.2	2.9	24.8	0.78	0.795
4*25	1.2	3.2	27.7
5*25	1.2	3.6	31.0
3*35	1.2	3.3	28.6	0.554	0.565
4*35	1.2	3.6	31.9
5*35	1.2	3.9	35.3
3*50	1.4	3.7	33.3	0.386	0.393
4*50	1.4	4.1	37.2
5*50	1.4	4.5	41.4
3*70	1.4	4.2	37.3	0.272	0.277
4*70	1.4	4.6	41.6
5*70	1.4	5	46.2

Electric Vehicle Charging Cable

Introduction

The Electric Vehicle (EV) Charging Cable is a critical component for powering electric and hybrid vehicles efficiently and safely. With increasing global adoption of EVs, reliable charging cables are essential to support residential, commercial, and public charging infrastructures.

This document provides a comprehensive guide covering user feedback, technical parameters, specifications and models, and environmental compliance standards, structured for SEO optimization and suitable for websites and B2B platforms.

1. Product Introduction

1.1 Key Features

High-Conductivity Conductors: Copper or aluminum cores ensure efficient power transmission.
Durable Insulation: Resistant to heat, abrasion, moisture, and chemicals.
Safety Compliance: Certified to meet international standards such as IEC, ISO, and RoHS.
Universal Compatibility: Works with multiple EV models and charging station types.
Flexible & User-Friendly: Lightweight and easy to handle for daily use.

1.2 Benefits

Safe and reliable EV charging
Long service life with minimal maintenance
Reduced power losses during charging
Enhanced user satisfaction across different environments

1.3 Feature Overview Table

Feature	Description
Conductor Material	Copper or Aluminum
Voltage Rating	250V – 1000V depending on model
Insulation Material	PVC, TPE, or equivalent high-performance polymer
Temperature Range	-25°C to +60°C
Standards Compliance	IEC, ISO, RoHS, UL
Flexibility	Flexible for residential and commercial use
Durability	Resistant to abrasion, moisture, chemicals

2. Technical Parameters

2.1 Electrical Performance

Voltage Rating: 250V – 1000V
Current Rating: 16A to 63A depending on model
Phase Options: Single-phase and three-phase

2.2 Mechanical Properties

Insulation Material: PVC, TPE, TPU, or similar high-performance polymers
Shielding: Optional, to reduce electromagnetic interference
Flexibility: Designed for frequent bending and coiling

2.3 Safety Properties

Flame Retardancy: IEC 60332 compliant
Water Resistance: IP54 to IP67 protection depending on model
Temperature Resistance: Operates reliably from -25°C to +60°C

2.4 Technical Parameters Table

Parameter	Value Range
Voltage Rating	250V – 1000V
Current Rating	16A – 63A
Conductor Material	Copper / Aluminum
Insulation Material	PVC, TPE, TPU
Phase Options	Single / Three-phase
Flame Retardancy	IEC 60332
Water Resistance	IP54 – IP67
Temperature Range	-25°C to +60°C

3. Specifications and Models

3.1 Standard Models

Model A: Single-phase 16A, 3 meters, Type 1 connector for home charging
Model B: Single-phase 32A, 5 meters, Type 2 connector for commercial use
Model C: Three-phase 63A, 10 meters, CCS/CHAdeMO connectors for public stations

3.2 Customization Options

Length customization (1m – 20m)
Connector customization (Type 1, Type 2, CCS, CHAdeMO)
Cable color coding for easy identification

3.3 Specifications Table

Model	Phase	Current Rating	Length	Connector Type	Usage Scenario
Model A	1	16A	3m	Type 1	Residential
Model B	1	32A	5m	Type 2	Commercial
Model C	3	63A	10m	CCS/CHAdeMO	Public Charging

4. Environmental Compliance Standards

4.1 RoHS Compliance

Free from hazardous materials such as lead, mercury, cadmium, and certain flame retardants.
Environmentally friendly manufacturing and recycling processes.

4.2 ISO and IEC Standards

IEC 62196: Standard for EV connectors and interfaces
ISO 6469: Safety requirements for EV high-voltage systems

4.3 Sustainable Practices

Use of recyclable conductor and insulation materials
Reduced environmental impact through efficient energy transmission

4.4 Compliance Table

Standard	Description
RoHS	Restriction of Hazardous Substances
IEC 62196	EV connector and interface standard
ISO 6469	Safety requirements for EV high-voltage systems
UL Certification	Safety verification for electrical components

5. User Feedback

5.1 Customer Satisfaction

Residential Users: Appreciate easy handling and consistent performance.
Commercial Operators: Highlight the durability and minimal maintenance required.
Public Infrastructure Providers: Value the safety standards and long service life.

5.2 Reported Benefits

Reliable charging even under varying weather conditions
Flexible cable length options fit diverse charging environments
Significant reduction in charging-related downtime

5.3 Case Study: Fleet Operations

A European logistics company reported a 20% reduction in downtime after upgrading to high-quality EV charging cables. Their fleet operators praised the cables for reliability and faster charging turnaround.

5.4 User Feedback Summary Table

User Group	Feedback Highlights
Residential Owners	Easy to use, safe, reliable charging
Commercial Operators	Durable, low maintenance, cost-efficient
Public Charging Providers	High safety, compliant, long service life

6. Applications

Home charging stations
Commercial fleet vehicle charging
Public EV charging infrastructure
Smart grid and energy management integration

6.1 Applications Table

Application Type	Description
Home Charging	Safe residential EV charging
Commercial Fleet	High-capacity fleet charging operations
Public Stations	Heavy-duty charging for public EV use
Smart Energy Systems	Integration with renewable and grid systems

7. Conclusion

The Electric Vehicle Charging Cable is a durable, safe, and environmentally compliant solution tailored for modern EV charging needs. With strong technical parameters, diverse models, environmental compliance, and positive user feedback, this cable is the ideal choice for residential, commercial, and public charging environments. Its superior performance and sustainability make it a trusted product for EV owners, manufacturers, and charging infrastructure providers worldwide.