Type 1 SAE J1772 Connector EV Charging Socket Inlet 16A/32A

Type 1 SAE J1772 Connector EV Charging Socket Inlet 16A/32A

YDCHARGE Type 1 SAE J1772 Socket Inlet

A reliable Type 1 SAE J1772 socket inlet engineered for EV charging equipment plus charger testing and vehicle system development.

Designed for 16A 32A charging projects this Type 1 socket inlet combines American standard compatibility plus silver plated contacts and stable all weather performance. It is a dependable solution for OEM ODM and EV charging equipment integration programs requiring high quality vehicle side interface components.

Type 1 Standard Ready

Fully compliant with SAE J1772 standards for North American charging applications plus compatible EV system development and test bench integration.

Electrical Performance

Supports 16A 32A rated current and an operating range of 120 to 250V AC for stable power delivery in residential and commercial projects.

Durable Conductivity

Built with premium materials and silver plated pins to ensure long service life plus high conductivity and stable thermal behavior in real world use.

OEM ODM Ready

Specifically suitable for charger testing plus extension cable assembly and project based branded charging equipment development for global markets.

YDCHARGE Type 1 SAE J1772 Socket Inlet

A high reliability charging interface component for EV equipment plus testing environments and system development.

The YDCHARGE Type 1 SAE J1772 Socket Inlet is a high reliability charging interface developed for EV charging equipment plus charging system development and testing environments. Designed for 16A 32A charging projects it provides a practical Type 1 connection solution for manufacturers and engineering teams focused on North American applications.

As a key component in AC EV charging architecture this socket inlet plays an important role in system compatibility and charging stability. The YDCHARGE Type 1 inlet is engineered to meet these expectations through American standard compatibility plus durable structural design and silver plated conductive contacts.

Reliable Electrical Performance

The socket inlet supports 16A 32A rated current with an operating range of 120 to 250V AC providing flexibility for different charger and vehicle side development scenarios.

The use of silver plated pins helps improve conductivity plus reduce contact resistance and support more stable charging performance over long term use in professional projects.

Durable for Repeated Use

In charging equipment development repeated plugging and unplugging is a normal part of the lifecycle. This inlet is built with premium materials for long lasting mechanical performance.

For B2B customers this durability is essential in both laboratory production test environments and final charging products intended for daily EV use and handling.

Charging Equipment Testing

A critical application for this product is in testing and validation environments where the Type 1 socket serves as a functional testing interface:

  • Charger R&D teams and test bench setups
  • Production validation and quality control
  • Compatibility checking for North American markets
  • Extension cable application development

Vehicle System Development

Automotive and engineering teams utilize the Type 1 socket inlet during vehicle charging system development for optimized interface compatibility:

  • Project validation for new vehicle platforms
  • Charging hardware integration testing
  • Performance optimization in diverse climates
  • Flexible interface for custom EVSE hardware

Climate Resistant Design

The product is designed to operate in environments from Negative 30 C to 50 C making it suitable for demanding outdoor and field use conditions.

This temperature resilience supports stable performance across diverse climates and helps OEM customers build products for wider deployment environments.

Built for OEM ODM Programs

For B2B customers the YDCHARGE Type 1 Socket Inlet functions as a critical component and a scalable supply item for product commercialization:

  • OEM charger product development
  • Branded charging accessory projects
  • Regional Type 1 charging equipment portfolios
  • Integration into broader EV hardware systems

Practical Type 1 Solution for EV Development

For charger manufacturers plus development teams and EV hardware suppliers the YDCHARGE Type 1 SAE J1772 Socket Inlet offers a strong balance of standard compatibility plus stable performance and application flexibility.

It is a dependable component for companies building reliable Type 1 charging systems and related North American EV charging products.

Type 1 SAE J1772 Socket Inlet Technical Specifications

Product and Standard
Product Name YDCHARGE Type 1 SAE J1772 Socket Inlet
Product Type Type 1 EV charging socket inlet
Charging Standard SAE J1772 Type 1
Electrical Performance
Rated Current 16A 32A options available
Rated Voltage 120 to 250V AC
Conductivity High conductivity via premium silver plated pins
Material and Environmental
Contact Material Silver plated copper alloy pins
Construction Durable premium material design for stable connection
Operating Temp Negative 30 C to 50 C
Core Features Climate resistant performance plus stable mechanical life
Application and Service
Typical Use Cases Charging equipment testing plus vehicle charging system development and extension cable integration
Market Focus North America and Type 1 charging markets
OEM ODM Support Project based charging component supply plus integration support
Product Fit
Suitable for OEM plus ODM and charger testing plus vehicle charging system development and Type 1 EV charging component programs requiring high reliability interfaces.

Type 1 SAE J1772 Socket Inlet FAQs

B2B OEM ODM Frequently Asked Questions

A. Product Positioning and Application

Q1. What is this Type 1 SAE J1772 socket inlet used for?
This product is used as a Type 1 EV charging interface component for charging equipment plus charger testing and charging system development plus extension cable applications.
Q2. Is this product suitable for charger manufacturers?
Yes. It is designed for EV charger manufacturers plus engineering teams and OEM ODM customers plus charging hardware integrators.
Q3. Is this a complete charger or a component only?
This is a charging component intended for integration into EV charging equipment or development systems.
Q4. What kinds of projects is it suitable for?
It is suitable for charging equipment testing plus vehicle charging system development and EV charger extension cable products plus Type 1 charging hardware projects.
Q5. Is it suitable for North American EV charging applications?
Yes. This socket inlet is especially relevant for SAE J1772 Type 1 charging applications which are widely used in North American markets.

B. Electrical Performance

Q6. What current ratings are available?
The product supports 16A and 32A versions depending on the project requirement.
Q7. What voltage range does it support?
It is designed for 120 to 250V AC charging applications.
Q8. What makes the conductivity better?
The socket inlet uses silver plated pins which help improve contact conductivity and support stable charging performance.
Q9. Is it suitable for stable long term charging use?
Yes. The product is built with durable construction and conductive contact design for long term charging applications.
Q10. Can it be used in both testing and final products?
Yes. It is suitable for both development stage testing and integration into final charging products.

C. Durability and Environmental Performance

Q11. What operating temperature range is supported?
The socket inlet is designed to operate from Negative 30 C to 50 C.
Q12. Is it suitable for harsh weather conditions?
Yes. Its climate resistant design makes it suitable for varied operating environments.
Q13. Why is durable construction important for this component?
Because repeated connection and long term use demand stable mechanical strength and reliable electrical contact over time.
Q14. Is this suitable for repeated testing use?
Yes. It is suitable for charging equipment testing and repeated engineering validation use cases.
Q15. Is the product built for long service life?
Yes. It is positioned as a durable and long lasting charging component for EV charging systems.

D. Application Scenarios

Q16. Can this inlet be used in charging equipment testing?
Yes. This is one of its main application scenarios especially in charger and charging cable R and D validation.
Q17. Can it be used in vehicle charging system development?
Yes. Automakers and development teams can use it in charging system testing and optimization for new EV platforms.
Q18. Is it suitable for EV charger extension cable products?
Yes. It can be integrated into extension cable applications where Type 1 charging interface flexibility is required.
Q19. Can it be used in branded charger accessory products?
Yes. It is suitable for integration into OEM ODM and private label charging accessory projects.
Q20. Is it suitable for engineering and commercial applications?
Yes. It works well in both technical development environments and commercial charging component supply.

E. OEM ODM and Commercial Support

Q21. Do you support OEM and ODM projects for this product?
Yes. This component is suitable for OEM and ODM EV charging equipment projects.
Q22. Can this inlet be supplied for charger development programs?
Yes. It is well suited for charger development plus validation and production oriented component sourcing.
Q23. Can it be used in regional Type 1 product portfolios?
Yes. It is especially suitable for Type 1 charging product lines targeting North American and related markets.
Q24. Why is this product valuable for B2B customers?
Because it combines standard compatibility plus durable construction and good conductivity plus versatile application scenarios in one practical charging component.
Q25. Can it help accelerate product development?
Yes. Using a ready Type 1 socket inlet can help reduce sourcing complexity and simplify development stage integration.

F. Quotation and Project Planning

Q26. What information do you need for a quotation?
We usually need your current rating plus project type and application scenario plus target market and expected volume.
Q27. Can you support supply for high volume projects?
Yes. The product is suitable for B2B production oriented charging component supply.
Q28. Is this product suitable for extension cable manufacturers?
Yes. It is suitable for EV charger extension cable product development and production.
Q29. Is this suitable for R and D labs?
Yes. This is one of the strongest use cases for the product.
Q30. Can this be part of a broader OEM hardware program?
Yes. It can be supplied as part of larger EV charging equipment and component sourcing programs.

Tell us your current rating plus application scenario and target market and we will recommend the right Type 1 SAE J1772 socket inlet solution for your project.