IEC 62196 EV Plug Grounding Contacts Short-time High-current Withstand Test Equipment

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September 25, 2025
Category Connection: Vehicle Testing Equipment
Brief: Discover the IEC 62196 EV Plug Grounding Contacts Short-time High-current Withstand Test Equipment, designed to evaluate temperature rise and performance in EV plugs and sockets. This advanced system complies with IEC 62196-1, IEC 62916-2, and IEC 62916-3 standards, offering precise testing for surface heating and terminal temperature rise. Perfect for manufacturers ensuring international standard compliance.
Related Product Features:
  • Computer-controlled operation with custom software for standardized testing procedures.
  • Comprehensive assessment of surface heating and electrode temperature rise in charging interfaces.
  • Automated data collection and analysis with built-in standard compliance verification.
  • Multiple operating modes including continuous, on/off, and automatic temperature control.
  • Precision temperature measurement system with 16 channels and live testing capability.
  • Adjustable test current from DC 200-6500A with high accuracy and stability.
  • Touchscreen industrial control computer for easy operation and real-time data visualization.
  • Overload/overcurrent protection with automatic cutoff for safe testing.
Faqs:
  • What standards does the IEC 62196 EV Plug Test Equipment comply with?
    The equipment complies with IEC 62196-1Ed.4CDV 2020 (clause 12.3, 24, 34.2, 34.4, 35.4), IEC 62916-2, and IEC 62916-3 standards.
  • What is the range of the adjustable test current?
    The test current is adjustable from DC 200A to 6500A with high accuracy and stability.
  • Does the system support real-time data visualization?
    Yes, the system includes a touchscreen industrial control computer for real-time data visualization and adjustable sampling rates.
  • How many temperature measurement channels does the system have?
    The system features 16 temperature measurement channels, including ambient temperature, with support for various thermocouple types.