Can Your EV Products Handle 100G Acceleration? See Our Vibration Test Machine in Action!

Electric Vehicle Testing Equipment
June 06, 2025
Category Connection: Electric Vehicle Testing Equipment
Brief: In this walkthrough, we highlight key design ideas and how they translate to performance. See our Vertical Electromagnetic Vibration Test System in action, demonstrating how it rigorously simulates real-world mechanical shock and vibration fatigue for EV components. Watch as we showcase its high acceleration capabilities up to 100G and its application in validating the durability of battery packs, control units, and electronics against international standards.
Related Product Features:
  • Simulates real-world mechanical shock, vibration fatigue, and transportation environments for critical EV components.
  • Wide frequency range from 1-3300Hz supports sine, random, and classical shock testing.
  • Delivers high excitation force of 1000Kg.f for sine and random tests, and 2000Kg.f for shock tests.
  • Capable of high acceleration up to 100G for rigorous reliability validation.
  • Features a large displacement capability of 51mm (p-p) for simulating high-intensity shocks.
  • Includes a Digital Vibration Controller (VCS-2) for real-time closed-loop control and intelligent test software.
  • Automatically generates and exports test reports in Word/PDF formats with customizable parameters.
  • Equipped with an advanced protection system for overvoltage, overcurrent, temperature, and displacement safety.
FAQs:
  • What standards does this vibration test system comply with?
    The system is designed to comply with a wide range of national and international standards, including GB, GJB, UL, JIS, DIN, ISO, BS, MIL, IEC, ASTM, IEC62133, UN38.3, UL2054, IEC 60086, and ECE R100.
  • What is the maximum payload capacity of the system?
    This Vertical Electromagnetic Vibration Test System can handle payloads up to 300 kg, making it suitable for testing heavier components like EV battery packs and automotive control units.
  • How does the system ensure safety during high-intensity testing?
    It includes an advanced protection system with built-in safety features for overvoltage, overcurrent, temperature, displacement, and logic faults, ensuring secure operation even under rigorous test conditions.