Factory Supply NACS Charging Cable  and NACS EV Connector Replacement 300A/ 350A/ 400A for North American Charging System Network

This 300A/350A NACS Charing Connector is designed for high-power DC EV charging for those cars adopts the North America Charging Standard. it offers excellent power delivery for efficient  and safe charging for electric vehicles in North America. These NACS EV Connectors from Fiver New Energy Co.,ltd is comply with the charging Standard SAE J3400. Can be used for all the charging stations comply with NACS Standards.

The NACS EV Connectors adopting ultrasonic welding technology, which makes it highly reliable with a resistance close to zero. With its output current capability of up to 350A and natural heat dissipation, it allows electric vehicle owners to achieve faster and safer charging.

1000V DC 300A NACS Charging Cable Specifications:

Why US?

One of the key factors that sets us apart is its commitment to using advanced production techniques. and strict quality control, With the advanced production lines in place, we are able to produce high-quality NACS Charging Cables that meet SAE J3400 standards. This allows us to cater to the needs of customers all over the world. we can also offer customized solutions to meet specific customer requirements. Whether it's a different cable length, special connectors, or any other customization, we have the capability to deliver.

Strict Quality Control is another key for providing quality products.

Each NACS Charging Connector/NACS EV Connector needs to pass 5 inspections following before leave our factory. to ensure each piece is qualified.

1. Appearance Inspection

Check the printed content of the plug, ensure that the logo, model and other information are consistent with the drawing.

2. Cable Dimension Inspection

Check the outlet cable length, stripping cable length and cable diameter to ensure that they meet the drawing requirements.

3. Terminal Pull Force Test

Fix the cable and terminal on the force test machine, and then the machine will continue to apply force to try to separate the terminal and cable.

4. Temperature Rise Test

Maintain a current of 300A/ 350A on the DC+and DC - terminals for 1-2 hours, observe the temperature change of the NACS plug, and then check whether the temperature rise of the NACS Tesla Connector terminal is less than 50K; If the temperature rise is <50K, it means that the nacs connector tesla can be safely used for continuous charging with 300/350A current

5.Electrical Performance Test

Check the continuity, voltage and resistance of the NACS tesla charging plug to ensure that no cable or terminal is lost during the assembly process and the plug has good performance

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