200A CCS2 EV Charging Connector DC Fast Charging Station CCS2 Plug CCS Type 2 Charging Gun

Short Description:

The 200A CCS2 EV Charging Connector is designed for high-efficiency, DC fast charging of electric vehicles, delivering rapid power to ensure minimal charging times. This connector features the CCS2 Type 2 interface, which is widely adopted in the global EV market, especially in Europe and the Middle East.


  • Products Type: BeiHai-CCS2-EV200P
  • Rated Current: 80A /125A /150A /200A
  • Operation Voltage: DC 1000V
  • Insulation Resistance: >1000MΩ(DC500V)
  • DC Max Charging Power: 127.5KW
  • AC Max Charging Power: 41.5KW
  • Canning Material: Thermoplastics, flame retardant rating UL94V-0
  • Withstand Voltage: 3200V
  • Product Detail

    Product Tags

    200A CCS2 EV Charging Connector – DC Fast Charging Station

    The 200A CCS2 EV Charging Connector is an advanced, high-performance solution for DC fast charging of electric vehicles. Designed for both public and private charging stations, this connector offers ultra-fast charging capabilities, significantly reducing charging time compared to traditional AC charging. With its CCS2 Type 2 interface, it is compatible with a wide range of electric vehicles (EVs) across the globe, particularly in the European and Middle Eastern markets.
    Capable of supporting up to 200A, this connector ensures that vehicles are charged rapidly, providing an optimal solution for commercial, fleet, and high-traffic locations. Whether installed at a highway rest stop, shopping center, or electric vehicle fleet depot, the 200A CCS2 Charging Connector is built to withstand heavy usage while delivering a reliable and fast charge every time.

    200A CCS2 EV Charging Connector – DC Fast Charging Station

    EV Charger Connector Details

    Charger Connector Features Meet 62196-3 IEC 2011 SHEET 3-Im standard
    Concise appearance, support back installation
    Back Protection class IP55
    Mechanical properties Mechanical life : no-load plug in/pull out>10000 times
    Impat of external force:can afford 1m drop amd 2t vehicle run over pressure
    Electrical Performance DC input: 80A ,125A ,150A ,200A 1000V DC MAX
    AC input: 16A 32A 63A 240/415V AC MAX
    Insulation resistance:>2000MΩ(DC1000V)
    Terminal temperature rise:<50K
    Withstand Voltage:3200V
    Contact resistance: 0.5mΩ Max
    Applied Materials Case Material: Thermoplastic,flame retardant grade UL94 V-0
    Pin:Copper alloy,silver +thermoplastic on the top
    Environmental performance Operating temperature: -30°C~+50°C

    Model selection and the standard wiring

    Charger Connnector Model Rated Current Cable specigication Cable Color
    BeiHai-CCS2-EV200P 200A 2 X 50mm²+1 X 25mm² +6 X 0.75mm² Black or customized
    BeiHai-CCS2-EV150P 150A 2 X 50mm²+1 X 25mm² +6 X 0.75mm² Black or customized
    BeiHai-CCS2-EV125P 125A 2 X 50mm²+1 X 25mm² +6 X 0.75mm² Black or customized
    BeiHai-CCS2-EV80P 80A 2 X 50mm²+1 X 25mm² +6 X 0.75mm² Black or customized

    Charger Connector Key Features

    High Power Capacity: Supports charging up to 200A, ensuring quick power delivery and reduced downtime for electric vehicles.
    Durability and Robust Design: Engineered to endure challenging weather conditions and frequent use, making it ideal for both indoor and outdoor installations.
    Universal Compatibility: The CCS2 Type 2 plug is designed to work with most modern electric vehicles that feature the CCS2 charging standard, offering a broad level of compatibility across the EV market.
    Safety Features: Equipped with built-in safety mechanisms including overcurrent protection, temperature control, and an automatic locking system to ensure secure and safe connections during the charging process.
    Efficient Charging: Ensures minimal downtime for EVs, promoting a smooth, fast, and hassle-free user experience for both owners and drivers.

    The 200A CCS2 Charging Connector is an ideal solution for DC fast-charging stations that prioritize speed, reliability, and safety. Whether it’s powering up a single vehicle or handling high volumes of EVs in a busy charging network, this connector is engineered to meet the demands of the growing electric vehicle market while supporting the transition toward sustainable energy.


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