Dieses EV-Steck- und Steckdosensystem ist speziell entwickelt, um Temperaturanstiegs- und kurzzeitige Hochstromprüfungen gemäß IEC 62196-1 Ed.4 CDV 2020, IEC 62916-2 durchzuführen.und IEC 62916-3Es misst genau die Heizungseffekte auf Endgeräte und Oberflächen von elektrischen Zubehörteilen unter Nennlast, um sicherzustellen, dass die Produkte den internationalen Sicherheits- und Leistungsanforderungen entsprechen.Steuerung durch maßgeschneiderte Software, bietet das System automatisierte Prüfverfahren, zuverlässige Datenanalyse und eine benutzerfreundliche Bedienung, was es zu einer idealen Wahl für Hersteller und Laboratorien in der Elektrofahrzeugladeindustrie macht.
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Brief: Discover how the IEC 62916-3 EV Plug and Socket Temperature Rising Test System 6500A ensures the durability and safety of electric vehicle charging interfaces. This advanced system complies with IEC standards, offering precise temperature rise assessment and high-current testing for reliable performance.
Related Product Features:
Compliant with IEC 62196-1, IEC 62916-2, and IEC 62916-3 standards for rigorous testing.
Assesses temperature rise of EV plugs and sockets at rated current up to 6500A.
Features proprietary software for fully automated test execution and data analysis.
Supports short-duration, high-current withstand testing of ground contacts.
Offers multiple operating modes including continuous, on/off, and automatic temperature control.
Precise temperature measurement with 16 channels and accuracy up to ±0.3%.
Equipped with USA Ω Company K-type thermocouples for accurate temperature readings.
Intuitive operation with programmable current settings and automatic stability checks.
FAQs:
What standards does the IEC 62916-3 EV Plug and Socket Temperature Rising Test System comply with?
The system complies with IEC 62196-1 Ed.4 CDV 2020, IEC 62916-2, and IEC 62916-3, ensuring rigorous testing and safety verification.
What is the maximum current output of this test system?
The system can output a constant adjustable test current ranging from DC 200A to 6500A, suitable for high-current testing of EV plugs and sockets.
How does the automatic temperature control mode work?
In automatic temperature control mode, the system sets a stable temperature rise value (0-100°C) and automatically calculates the required current to achieve the desired temperature, ensuring precise and stable testing conditions.