Kan uw EV-oplader deze hoogspanningsimpulstest doorstaan?

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Kan uw EV-oplader deze hoogspanningsimpulstest doorstaan?

EVSE Testing Equipment

May 20, 2025

Category Connection: EVSE-het Testen Materiaal

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Taggen:

#Het Testen van CEI 61851 EVSE Materiaal #Het laden Post EVSE het Testen Materiaal #IPX4 waterdichte Testzaal

Brief: Discover the 10kV EVSE Testing Equipment Circuit 3 Impulse Test Generator, designed to ensure your EV charger meets high-voltage impulse test standards. This advanced generator complies with IEC 62368-1, IEC 60950-1, and IEC60065, featuring a 7-inch touch LCD interface and intelligent programmable high voltage power supply. Perfect for rigorous testing environments.

Related Product Features:

Complies with IEC 62368-1:2018, IEC 60950-1:2013, and IEC60065:2014 standards for high-voltage impulse testing.
Features a 7-inch touch LCD interface for easy operation and software upgrades.
Intelligent programmable high voltage power supply with built-in over voltage, over current, and short circuit protection.
Output voltage up to 10kV with ±5% accuracy for precise testing.
Supports positive, negative, and positive-negative cycle output polarities.
Automatic or manual impact modes with customizable cycles (1-9999) and intervals (3-999s).
Compact dimensions (470mm×260mm×500mm) and lightweight (30kg) for easy portability.
Operates in environments with temperatures from 15℃ to 35℃ and relative humidity from 10% to 75%.

FAQ's:

What standards does the 10kV EVSE Testing Equipment comply with?

The generator complies with IEC 62368-1:2018, IEC 60950-1:2013, and IEC60065:2014 standards, ensuring it meets rigorous high-voltage impulse testing requirements.
What are the key features of the 7-inch touch LCD interface?

The 7-inch touch LCD interface is user-friendly, rich in functions, and supports easy software upgrades, making operation and maintenance straightforward.
What is the maximum output voltage of the impulse test generator?

The generator delivers a maximum output voltage of 10kV with an accuracy of ±5%, ensuring precise and reliable testing for EV chargers.