Brief: Discover the IEC 62752 EV Chargers Electromagnetic Vibration Shock Testing Machine, designed for rigorous testing of EV chargers. This high-performance machine complies with IEC 62752:2016 standards, ensuring reliability and precision in vibration, shock, and electromagnetic testing for industrial applications.
Related Product Features:
High performance and reliability with DSP processor for closed-loop control and 24-bit resolution ADCs.
Easy to operate with Windows-based software, USB2.0 interface, and automatic test report generation.
Powerful and flexible vibration control platform with modular design for diverse testing needs.
Enhanced test safety with small-scale signal control, multiple safety checks, and interlock settings.
Supports one-click generation of test reports in Word or PDF format for quick documentation.
Maximum sinusoidal excitation force of 700Kg.f (5880N) peak for robust testing capabilities.
Frequency range of 1–4000 Hz and maximum acceleration of 100G for comprehensive testing.
Includes servo protection system for temperature, wind pressure, over-displacement, and more.
FAQ's:
What standards does the IEC 62752 EV Chargers Testing Machine comply with?
It complies with IEC 62752:2016 clause 9.36 for In-Cable Control and Protection Devices (IC-CPD) for mode 2 charging of electric road vehicles.
What are the key features of the vibration controller?
The vibration controller features high precision with 24-bit ADCs, modular design, and supports multiple test modes like sine, random, and classical shock.
How does the machine ensure test safety?
It includes small-scale signal control for preview, multiple safety checks, interlock settings, and an emergency termination key to protect testers and equipment.