EV Charging Sockets

  • SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port
  • SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port
  • SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port
  • SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port
  • SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port
SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port  SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port  SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port  SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port  SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port

SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port

  • Rated Power: 350KW
  • Rated voltage: 1000V DC
  • Rated Current: 350A
  • IP protection class: IP 67 ( working condition)
  • Product description: This NACS charge port isn't just about speed; it's also about reliability. Built with high-quality materials and passed rigorously tested, our J3400 charging inlet is your best choice for EV retrofit.
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SAE J3400 1000V 350KW NACS Charging Port 350A Tesla Charge Port

SAE J3400 1000V 350KW NACS EV Socket 350A Tesla Charge Port


Our J3400 charging inlet, also known as an EV charge inlet NACS, adheres to the North American Charging Standard (NACS), ensuring compatibility with a wide range of electric vehicles, including Tesla models, and other car makers adopts the NACS charging standard. This NACS charging port supports high-power DC Fast Charging, significantly reducing charging times and maximizing vehicle uptime. With a maximum power output of 350kW, electric vehicles can receive a substantial charge in a fraction of the time compared to traditional charging methods.

This NACS charge port isn't just about speed; it's also about reliability. Built with high-quality materials and rigorously tested, our J3400 charging inlet is designed to withstand the rigors of frequent use and harsh environmental conditions. Its modular design simplifies maintenance and ensures long-term performance.


Product Features for This 350A 1000V DC NACS Charge Port:

1> Safe & Reliable:This NACS Charging Port is design and manufactured according to standard NACS-TS-00236661, and UL certified.

2> High-Power Delivery:The  EV charge inlet NACS is a combination of AC/DC charging the highest amperage is 350A for DC charging, rated voltage is 1000V DC. 80A for AC charging, rated voltage is 240V AC.

3> NACS Compatibility: Compliant with the North American Charging Standard (NACS), SAE J3400 Compliance. making it suitable for a variety of electric vehicles.

4> The Tesla charge inlet assembly is come with cables, the cable length can be customized according to customers' requirements.

5> Easy Maintenance: The J3400 charge inlet port is module design. Easy maintenance.

6> Durable Construction: Built to last with robust materials and a weather-resistant design IP67 protection.

7> OEM service welcomed, such as tailored cable length, customized logo.


Product Specification for This NACS Port:

Rated Current

350A

Rated Voltage

1000V DC

Signal Current

2A

Contact Resistance

0.5 mΩ Max

Withstand Voltage

3000V

Flammability Rating

UL94V-0

Mechanical Lifespan

>10000 Mating Cycles

Casing Protection Rating

IP67

Casing Material

Thermoplastic UL94V-0

Contact Material

Copper alloy, silver plated

Terminal Temperature Rise

<50K

Insertion & Withdrawal Force

<100N

Certification

UL

Warranty

24 months/10000 Mating Cycles

Operating Environment Temperature

-40℃- +50℃




Dimension for the J3400 Charge Port

Dimension for the NACS Charging Port

Contact our sales team for a 3D STP file for system integration: Jerry@fiverevse.com



Applications of the SAE J3400 Ports

1>  Car makers to built new cars: NACS charging standard now widely adopted by major car makers in the united states, the demand for NACS port is growing.

2> EV Retrofit: For EVs with CCS equipped charging ports to retrofit to NACS to access the nation wide Tesla supercharging network without the need for NACS adapters.

3> Heavy-Duty Electric Vehicles: Powers long-haul electric trucks, mining vehicles, and construction equipment demanding 1,000V DC/350A durability in harsh environments.

4> Marine & Industrial Equipment: Used in electrified ferries, port machinery, and off-grid energy systems requiring rugged, weatherproof charging interfaces

5> Renewable Energy Storage Integration: Connects solar/wind storage systems to EVs for bidirectional charging (V2G/V2L) applications.