IEC 62196 Stalen kogel impact test apparaat.

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IEC 62196 Stalen kogel impact test apparaat.

Testapparatuur voor EV-connectoren

May 09, 2025

Category Connection: EV schakelaar het Testen Materiaal

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Taggen:

#EV terugtrekkingskracht die Apparaat sluiten #EV het Materiaal van de de Controletest van de terugtrekkingskracht #De Schakelaar van CEI 62196-1 EV het Testen Materiaal

Brief: Discover the IEC 62196 Steel Ball Impact Test Device, designed for testing the durability of EV plugs and connectors. This equipment complies with IEC 62196-1 standards, offering precise vertical drop and swing horizontal impact tests. Ideal for labs and manufacturers, it ensures mechanical strength verification with accurate measurements and easy operation.

Related Product Features:

Complies with IEC 62196-1:2020 standards for EV plugs and connectors durability testing.
Performs both vertical drop impact and swing horizontal impact tests.
Features adjustable drop height from 0.4 to 1.5 meters for precise energy levels.
Includes steel balls of 50.8mm diameter, 0.535kg each, for accurate impact testing.
Electric lifting and electromagnetic release mechanisms for efficient operation.
Adjustable impact energy levels (1J, 2J, 3J, 4J) to meet various testing requirements.
Designed for easy sample installation and operator convenience.
Ideal for laboratory institutions and major manufacturers seeking reliable testing equipment.

FAQ's:

What standards does the Steel Ball Impact Device comply with?

The device complies with IEC 62196-1:2020 standards, specifically clause 26.2, fig 8, and table 13, ensuring it meets the mechanical strength requirements for EV plugs and connectors.
What are the types of impact tests this device can perform?

The device can perform both vertical drop impact and swing horizontal impact tests, providing comprehensive durability testing for EV plugs and connectors.
How is the impact energy adjusted in this device?

The impact energy is adjusted by changing the drop height of the steel balls, allowing for precise energy levels of 1J, 2J, 3J, and 4J to meet various testing needs.