EV Charging Sockets

  • 600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current
  • 600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current
  • 600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current
  • 600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current
  • 600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current
600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current

600A NACS Charging Port | 1000V Rated with 1200mm² Busbar for Maximum Current

  • Rated Power: 600KW
  • Rated voltage: 1000V DC
  • Rated Current: 600A
  • IP protection class: IP 67
  • Product description: Engineered with a massive 1200mm² copper alloy busbar, our 1000V 600A NACS Inlet enables ultra-fast 600kW charging. Built for unmatched efficiency, thermal management & reliability in commercial EVs a
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1000V 600A Busbar NACS Charging Port | Ultra-Fast EV Charging Inlet.

1000V 600A Busbar NACS Charging Port | Ultra-Fast EV Charging Inlet

Power The Next Generation of Electric Transport

Meet the demand for ultra-fast charging with the Fiver's 600A NACS Charge Port. Engineered around a massive 1200mm² copper alloy busbar and featuring integrated real-time temperature monitoring, this isn't just a port—it's an intelligent high-power charging system designed for unmatched safety, efficiency, and reliability..


Features of Fiver's 600A NACS Charging Inlet:

1>Unmatched High-Power Performance, Driven by Core Engineering


  • 600kW Capability: With a robust 1000V DC and 600A capacity, our charging inlet supports ultra-fast charging up to 600kW, future-proofing your vehicles and charging stations.
  • Ultra-Low Loss Power Delivery: The heart of our inlet is a precision-engineered 1200mm² copper alloy busbar and contacts designed for maximum conductivity.
  • Industry-Leading Efficiency: Featuring an exceptionally low contact resistance of ≤ 0.35 mΩ, this inlet minimizes voltage drop and energy loss (I²R heating) at the critical connection point. This translates to higher efficiency, cooler operation, and lower operating costs over the product's lifetime.
  • Dual Standard Compliance: Fully compatible with Tesla's North American Charging Standard (NACS) and IEC 62196-2022, ensuring seamless interoperability across the expanding charging ecosystem.



2> Intelligent Thermal Management & Safety

We don’t just build for power; we build for proactive safety. The inlet features an integrated smart monitoring system.

  • Real-Time Temperature Sensing: Equipped with two (2) integrated PT1000 temperature sensors, this inlet provides precise, continuous thermal data from the critical connection points. This allows the vehicle's charging system to proactively manage power levels based on actual temperature, not just theoretical models.
  • Prevent Overheating: Enable communication with the vehicle's BMS and the charger to gracefully reduce current before temperatures reach critical levels, preventing potential damage and ensuring connector longevity.
  • Superior Environmental Protection: The entire assembly is rated at IP67, making it completely resistant to dust and moisture, guaranteeing reliable operation in harsh weather conditions.
  • Extreme Temperature Tolerance: performs flawlessly in ambient temperatures from -40°C to +50°C, making it a truly global solution.


3> Safety and Compliance Engineered.

Safety is paramount in high-power applications. Our inlet is designed to exceed the most stringent industry requirements.

  • High-Voltage Withstand: Certified for 3000V AC for 1 minute, far surpassing standard safety benchmarks.
  • High Fault Current Tolerance: The 1200mm² busbar is engineered to withstand immense short-circuit currents without failure, providing a critical safety margin.
  • Protected Contacts: Integrated protective caps prevent accidental exposure of unused contacts, enhancing user and technician safety.


4> Seamless Vehicle Integration

Accelerate your time-to-market with a solution designed for easy integration.

  • AC/DC Versatility: Supports charging Modes 2, 3, and 4 for both AC and DC high-power charging.
  • Panel-Mount Ready: The simplified mounting design and pre-defined busbar connection points streamline the assembly process for OEMs, reducing installation time and cost.


Parameters for Fiver's 600A NACS Charge Port.

Rated Current

600A

Rated Voltage

1000V DC/250V AC

Signal Current

2A

Contact Resistance

0.35 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℃



Applications for Fiver's 600A NACS Inlet:


  • Electric Trucks, Buses, and Commercial Fleets
  • OEM Vehicle Manufacturing and Aftermarket EV Conversions


Measures & Wiring Diagram for Fiver's 600A NACS Charge Port.

Measures for Fiver's 600A NACS Charge InletMeasures for Fiver's 600A Charge Inlets

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