Type 2 to Type 2 EV Charging Cable | 16A 32A

Product Description

Optimized Functional Design for Professional use

This product serves electrical vehicle infrastructure providers and system integrators requiring a reliable type 2 to type 2 ev charging cable that fulfills stringent technical standards. It targets both oem ev charging cable production lines and commercial installations where uniformity and compatibility are critical. Designed by a leading type 2 charging cable manufacturer, this cable supports diverse electrical setups with stable power transfer. The solution enables integration with existing EV fleets and public or private charging networks, facilitating efficient energy delivery and operational consistency across projects demanding high product lifecycle integrity.

Comprehensive Technical Specifications Meeting Industry Standards

The ev charging cable type 2 is engineered to comply fully with IEC 62196 specifications, supporting both single-phase and three-phase charging modes with current ratings up to 32A and voltage levels reaching 480V. Its TPU jacket ensures superior mechanical strength and environmental resistance, emphasized by an IP65 rating for dust and water ingress protection. The type 2 ev cable design includes a dustproof silicone cap to secure connectors from contaminants, prolonging operational reliability and service intervals. Certification under CE, TUV-Mark, RoHS, REACH, and CB confirms adherence to international safety and quality benchmarks, critical for oem ev charging cable manufacturers prioritizing compliance and warranty assurance.

Application Versatility Across Electric Vehicle Charging Infrastructure

The type 2 to type 2 charging cable is widely implemented in commercial EV parking facilities, public charging stations, and residential setups requiring uniform interface standards. It supports fast charging protocols for single and three-phase systems common in modern EV ecosystems, ensuring compatibility with a broad spectrum of vehicle manufacturers. Integration into oem ev charging cable supply chains enables customization for length, color, and branding, enhancing market adaptability. This product facilitates durable, efficient power delivery that supports evolving EV infrastructure demands, including outdoor installations exposed to variable weather conditions where robust type 2 ev cable performance is essential.

Product Advantages

Innovative Structural and System Design Enhancements

Our type 2 to type 2 charging cable features a modular design optimized for seamless integration within standardized EV charging systems, resulting from extensive engineering by a leading type 2 charging cable manufacturer. The robust TPU jacket and IP65 rating offer mechanical and environmental resilience tailored to diverse operational conditions. Connector components are precision-built to exceed coupling force requirements, ensuring secure electrical contact and minimal connection wear over a lifespan exceeding 10,000 cycles. Such design characteristics make it an ideal choice for oem ev charging cable applications where consistent performance and regulatory compliance are paramount, assuring system reliability and ease of installation.

Enhanced Performance Metrics and User-focused Usability

Performance-wise, this ev charging cable type 2 delivers stable current flow with minimal voltage drop across standard lengths, supporting charging powers up to 22 kW in three-phase configurations. User-centric features include an ergonomic design for ease of handling and dustproof silicone caps to maintain connector integrity between uses. The cable exhibits excellent flexibility despite its durability, simplifying deployment in complex infrastructure layouts. oem ev charging cable manufacturers gain added value through customizable options enhancing branding opportunities and operational compatibility, ensuring that end users benefit from reliable, safe, and straightforward charging solutions adaptable to varied electric vehicle environments.

Use Scenarios

Residential and Commercial Charging Station Integration

In residential and workplace environments, the type 2 to type 2 ev charging cable plays a critical role connecting electric vehicles with compatible home and commercial charging stations. Its compliance with IEC standards and IP65 rating ensures safe outdoor usage subjected to weather variability, supporting both single-phase and three-phase chargers. This cable facilitates reliable energy transfer that conforms to building electrical standards, enabling facility managers and installers to provide consistent charging experiences. Through precise fit and certified safety features, it integrates effortlessly with existing infrastructure, reducing installation complexity and maintenance while meeting rising consumer and commercial demands for efficient EV charging.

Public Infrastructure and Fleet Operations Application

In public charging infrastructure and fleet management, this ev charging cable type 2 is essential for linking universal EV charging points with diverse vehicle fleets that require standardized connectivity and high durability. The cable’s design ensures compliance with certification bodies, supporting fast charging and frequent use cycles typical in fleet operations. Its environmental protections and mechanical resilience maintain operational uptime even under heavy-duty usage and outdoor conditions. Fleet operators and infrastructure providers rely on its scalable oem ev charging cable configurations to optimize charging efficiency across different sites, align with system-wide energy management policies, and mitigate downtime risks associated with less robust alternatives.

Product Testing
①	‌Water-proof testing	With waterproof seal design and meet IP55/IP65 standards. Can be used even in raining and snowing weather.
②	Vehicle run over testing	Test each charging cable for impedance resistance, high voltage, open / short.
③	Burn-in aging testing	High-voltage real usage testing for 6 hours for each charger.
④	ATE platform	Systematic testing for over / under voltage, Over / under current, CC/CP communication, RCD, leakage protect, grounding.
⑤	Temperature rise testing	Terminal temperature rise: <50K.
⑥	Comprehensive testing	Test each charging cable for impedance resistance, high voltage, open / short.
⑦	Automatic plug testing	Mechanical life: no load plug in / pull out >10000 times.
⑧	Tension testing	Coupled insertion force: >45N <80N.
⑨	Salt spray chamber	Mainly test the metal surface corrosion performance of connector.
⑩	Air-leakage detector	Test waterproof effect of the products.
⑪	Wire bending testing machine	The swing parts move left and right at an angle of 90°; cyclic bending to test the bending resistance of the jack and conductor of the cable.
⑫	Glow wire tester	Test the stability of electrical products, parts at high temperatures can not ignite or ignite other parts.
⑬	Constant temperature & humidity box	Simulated outdoor environment: high temperature, low temperature and humidity staggered cycletest to verify the service life of the product in different environments.
⑭	Tracking test Apparatus	Detect the failure of the insulating material itself or the insulating function caused by the conductive substances deposited on the surface.
⑮	Adhesion tester	Test adhesion power or detaching force of the PC plate on the product.
⑯	RCD tester	Test leakage respond speed and leakage respond value of leakage protection designed in the charger.
⑰	Swing box tester	To simulate in the process of product packaging and transportation whether the product is damaged, scratched, or the inner box is damaged during transportation.
⑱	Wire flexure testing machine	Use to test the bending resistance of wire.
⑲	Aging test	The specimen is subjected to 136°C for 168 hours. Heat aging resistance is assessed by the change in tensile strength before and after aging (≤30%).
⑳	Oil resistance aging test	The European standard wire is tested at 100±2°C for 168 hours, while the American standard wire is tested at 60±2°C for 168 hours, to inspect the specimen for any damage.
㉑	Digital measuring projector	Measuring wire jacket / insulation thickness and eccentricity.
㉒	Core wire withstand voltage test	A set high voltage is applied to rigorously test the insulation strength of the wire, ensuring that the product will not suffer breakdown or electric leakage during use.