EV Charging Sockets

  • NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles
  • NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles
  • NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles
  • NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles
  • NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles
NACS Charging Port Assembly for SAE J3400 Standard Electric VehiclesNACS Charging Port Assembly for SAE J3400 Standard Electric VehiclesNACS Charging Port Assembly for SAE J3400 Standard Electric VehiclesNACS Charging Port Assembly for SAE J3400 Standard Electric VehiclesNACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles

NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles

  • Rated Power: 350KW
  • Rated voltage: 1000V DC
  • Rated Current: 350A
  • IP protection class: IP 54 ( working condition)
  • Product description: Fiver 350KW NACS charging port assembly, is for the electric vehicles meet the NACS standard, with SAE J3400 charge inlets. it's a combination of AC and DC charging, rated voltage: 480V ac/ 1000V dc,
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NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles

NACS charging port or the NACS charge port, the charging socket for those electric vehicles adopting the SAE J3400( the North American Charging Standard). is a combination of AC and DC Charging in one socket.


NACS Charging Port Assembly for SAE J3400 Standard Electric Vehicles

Specifications for Fiver's 1000V 350A 350KW SAE J3400 NACS Charging Port Assembly

Rated Current

350A for DC/ 80A for AC

Rated Voltage

1000V DC /480V AC

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

Cable Length

Customized

Certification

UL

Warranty

24 months/10000 Mating Cycles

Operating Environment Temperature

-40℃- +50℃


Features for the NACS Charge Port Assembly:


1> Standard Compliance: Fiver's NACS charge port assembly is design and manufactured according to the SAE J3400 standard, UL2251 certified. Safety Guarantee. Compatible with North American EVs.
2> High Voltage & Current Rating: The NACS/ J3400 charging port is a combination of AC and DC charging. for DC charging the rated voltage is 1000V DC rated current is 350A; For AC charging the rated voltage is 240/480V, rate current is 80A max.
3> Robust Construction & Mechanical Durable: Adopt ultra-sonic welding technology for the joint of terminals & cables ensure secure and low-resistance electrical contacts, reducing power loss  and temperature rise during charging; Designed for over 10000+ mating cycles, ensure long term reliability and constant performance.
4> Built-in Temperature Sensors: Our NACS charging port with 2 built-in NT10K temperature sensors on DC cables. dynamically monitoring the  temperature rise, prevent over-temperature.
5> Customized Cable Length: The cable length of the J3400 charging port assembly can be customized according to customers' requirements.
6> Module Design: The NACS port is with module design, Easily customizable and expandable. Streamlined development, reduced maintenance, and improved inventory management. more reliable and durable.
7> OEM and ODM service welcomed.


Wiring Specification and Diagram for the 350A NACS Port Assembly.

Wiring Specification and Diagram for the 350A NACS Port Assembly

Applications of the SAE J3400 Charging 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 J3400 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.