SAE J3400 NACS Vehicle Charging Connector for EVSE SKD/CKD Assembly up to 80A

SAE J3400 NACS Vehicle Charging Connector for EVSE SKD/CKD Assembly up to 80A
SAE J3400 NACS Vehicle Charging Connector for EVSE SKD/CKD Assembly up to 80A - Image 2
SAE J3400 NACS Vehicle Charging Connector for EVSE SKD/CKD Assembly up to 80A - Image 3
SAE J3400 NACS Vehicle Charging Connector for EVSE SKD/CKD Assembly up to 80A - Image 4
SAE J3400 NACS Vehicle Charging Connector for EVSE SKD/CKD Assembly up to 80A - Image 5
SAE J3400 NACS Vehicle Charging Connector for EVSE SKD/CKD Assembly up to 80A - Image 6
SAE J3400 NACS Vehicle Charging Connector for EVSE SKD/CKD Assembly up to 80A - Image 7

YDCHARGE NACS Vehicle Charging Connector

A professional grade NACS vehicle charging connector engineered for AC Level 2 EV charging equipment and SKD CKD manufacturing.

Designed in accordance with SAE J3400 and supported within the UL 2251 safety framework, this connector is suitable for high power AC charging applications up to 80A and 277V AC. It provides an ideal solution for premium North American EVSE products, including wallbox integration, public charging stations, and project based infrastructure development. Available as a versatile platform for OEM ODM branding and professional cable integration.

NACS Standard Ready

Fully compliant with SAE J3400 specifications for AC Level 2 charging applications across North American markets.

High Power Capability

Optimized for up to 80A 240 to 277V AC charging, supporting 22kW class commercial AC charging scenarios.

Manufacturing Focused

Ideal for wallbox production, public AC charging station assembly, and professional SKD CKD component supply programs.

OEM ODM Flexible

Supports custom branding, professional cable integration, and project based charging product development for diverse portfolios.

YDCHARGE NACS Vehicle Charging Connector

A professional AC charging component developed for North American EVSE manufacturers and SKD CKD programs.

The YDCHARGE NACS Vehicle Charging Connector is engineered for high power AC Level 2 charging applications in accordance with SAE J3400. It provides a reliable platform for premium wallbox brands and public infrastructure projects requiring standards alignment and manufacturing readiness for the USA, Canada, and Mexico markets.

For B2B customers, this connector serves as a critical component for SKD CKD assembly, offering mechanical precision and conductive stability supported by the UL 2251 safety framework for EV charging connectors.

High Power AC Capability

Specifically positioned for premium AC Level 2 charging products and commercial EVSE systems:

  • Supports up to 80A 240 to 277V AC charging
  • Ideal for 22kW class commercial AC charging scenarios
  • Optimized for North American commercial voltage requirements
  • Advanced thermal management for sustained high current

SAE J3400 Standards Readiness

Designed around the NACS architecture to support the long term North American charging standard transition:

  • Full compliance with SAE J3400 AC Level 2 specifications
  • Standardized 5 pin architecture for AC applications
  • Integrated CP and PP signal interface for reliable communication
  • Compact form factor optimized for ergonomics and durability

Infrastructure Grade Durability

Engineered for repeated daily use in residential and public environments where reliability is critical:

  • Tested for more than 10000 insertion and withdrawal cycles
  • Insertion and withdrawal force maintained below 75N
  • Robust housing material for commercial field longevity
  • Secure sealing structure for consistent weather resistance

Manufacturing Focused Supply

A scalable component platform supporting diverse North American EVSE product strategies:

  • Optimized for SKD CKD assembly workflows
  • Flexible cable integrated or connector only supply formats
  • Ideal for wallbox production and station assembly projects
  • Branded charging accessory and supply programs

OEM ODM Branding Flexibility

  • Custom brand logo placement on connector housing
  • White label branding and housing customization options
  • Charger side product integration and configuration support
  • Packaging and labeling localization for regional supply

Safety and Material Integrity

Developed within the UL 2251 safety framework for EV connectors:

  • Engineered for safe operation up to 600V AC or DC
  • High quality conductive contacts for stable transfer
  • Material selection focused on impact and fire resistance
  • Consistent performance for premium EVSE product lines

A Scalable NACS Platform for North America

For EVSE manufacturers and wallbox brands, the YDCHARGE NACS Vehicle Charging Connector provides a strong combination of SAE J3400 alignment and high power capability.

Tell us your target power level and branding scope, and we will recommend the right NACS connector configuration for your project.

NACS Vehicle Charging Connector Technical Specifications

 
General and Standards
Product Name YDCHARGE NACS Vehicle Charging Connector
Product Type NACS AC vehicle charging connector
Standard Basis Designed in accordance with SAE J3400
Safety Framework Developed within UL 2251 safety framework
Charging Mode AC Level 2
Electrical Performance
Rated Current Up to 80A AC
Rated Voltage Up to 240 to 277V AC
Typical Positioning Suitable for up to 22kW class AC charging applications
Interface Architecture 5 pin NACS interface with CP and PP signal contacts
Power Contacts Power contacts plus protective ground in accordance with SAE J3400 architecture
Mechanical and Design
Mechanical Life More than 10000 insertion and withdrawal cycles
Insertion Force Less than 75 N
Withdrawal Force Less than 75 N
Housing Colors Black or White options
Custom Branding Logo placement available for OEM ODM projects
Application and Integration
Target Applications Wallbox chargers / Public AC charging stations / EVSE infrastructure / NACS charging cable products
Product Positioning Commercial grade NACS charging connector for OEM ODM and SKD CKD EVSE supply
B2B Integration
Suitable for North American wallbox assembly and professional OEM ODM EVSE programs requiring a high power SAE J3400 compliant charging connector platform.

YDCHARGE NACS Vehicle Charging Connector FAQs

B2B OEM ODM Frequently Asked Questions

 

A. Product Positioning and Application

Q1. What is this NACS charging connector used for?
This product is used as a vehicle side NACS charging connector for wallbox chargers, public AC charging stations, EVSE infrastructure, and high quality charging cable products.
Q2. Is this product suitable for EVSE manufacturers?
Yes. It is specifically suitable for EVSE manufacturers, wallbox brands, cable suppliers, OEM ODM customers, and SKD CKD charging equipment programs.
Q3. Is this a complete charger or a connector component?
This is a professional charging connector component intended for integration into broader EV charging products and systems.
Q4. Is this product aimed at North American markets?
Yes. NACS is positioned as the long term charging standard for North America, especially the USA, Canada, and Mexico markets.
Q5. Is this suitable for AC charging products only?
This specific product page is positioned for AC Level 2 charging applications, although the NACS standard itself supports both AC and DC modes.

B. Standards and Technical Accuracy

Q6. Is SAE J3400 compliant the correct standards reference?
Yes. The most precise B2B wording is designed in accordance with SAE J3400. This standard defines the general requirements for NACS conductive charging.
Q7. Is UL 2251 relevant to this product?
Yes. UL 2251 is the key safety framework for EV plugs, receptacles, vehicle inlets, and connectors. It covers products rated up to 600V AC or DC.
Q8. Is 80A 277V 20kW an accurate technical statement?
For maximum accuracy, the expression used is up to 80A 277V AC, which is suitable for up to 22kW class AC charging applications.
Q9. Is the NACS signal contact name CS?
Public technical references describe the signal contacts as CP (Control Pilot) and PP (Proximity Pilot). Using CP and PP is the more accurate B2B expression.
Q10. How many pins does the NACS connector architecture use?
Public references commonly describe NACS as a 5 pin architecture with shared power contacts and integrated CP and PP signaling.

C. Charging Capability and EVSE Integration

Q11. What charging mode is this connector intended for?
This product is specifically intended for AC Level 2 charging applications.
Q12. What current level can it support?
It is positioned for high power applications up to 80A AC charging.
Q13. Is it suitable for commercial wallbox and station products?
Yes. This connector is suitable for premium wallbox, public AC charging station, and high power AC charging cable products.
Q14. Can it be integrated into charging cable assemblies?
Yes. It is suitable for NACS cable integrated products and broader EVSE assembly programs.
Q15. Is it suitable for residential and commercial products?
Yes. It serves both segments, but the 80A high power positioning is especially relevant for premium commercial AC products.

D. Durability and Mechanical Performance

Q16. Is the connector suitable for repeated daily use?
Yes. Its mechanical data supports reliable use in repeated daily charging environments.
Q17. What mechanical life level is typically claimed?
Technical specifications indicate more than 10000 insertion and withdrawal cycles, which is a standard for professional charging connectors.
Q18. Why is insertion and withdrawal force important?
Controlled insertion force improves user experience while supporting reliable mating performance across the product life cycle.
Q19. Is this suitable for infrastructure grade charging use?
Yes. This is the intended product positioning for high durability commercial applications.
Q20. Why is durability important for B2B customers?
Connector durability directly affects maintenance frequency, field reliability, and the long term reputation of the EVSE brand.

E. OEM ODM and SKD CKD Support

Q21. Is this suitable for SKD CKD programs?
Yes. This product is well suited for SKD and CKD EVSE manufacturing and connector assembly supply programs.
Q22. Do you support OEM and ODM projects?
Yes. The connector is suitable for professional OEM and ODM EV charging equipment projects.
Q23. Can it be part of a larger charging product program?
Yes. It can be integrated into wallbox, station, and cable product development programs for North American clients.
Q24. Can branding be customized?
Yes. Project based branding and housing customization can be supported depending on the specific program scope.
Q25. Why is this valuable for North American manufacturers?
It combines NACS market relevance, SAE J3400 alignment, and high power AC capability with flexible supply options.

F. Quotation and Project Planning

Q26. What information do you need for a quotation?
We usually need your target market, charging product type, cable or connector only requirement, and expected volume.
Q27. Is this suitable for high volume production?
Yes. It is positioned for B2B production oriented connector supply for global distribution.
Q28. Can it support public charging station development?
Yes. It is suitable for public AC charging station and high end wallbox product programs.
Q29. Can it support future North American portfolios?
Yes. This is one of its strongest commercial use cases as the market transitions toward the NACS standard.
Q30. What is the cleanest way to present this product?
As a NACS AC vehicle charging connector designed in accordance with SAE J3400, suitable for up to 80A 240 to 277V AC applications.

Tell us your charger type, connector only or cable integrated requirement, branding scope, and expected volume, and we will recommend the right NACS connector solution for your project.