Looking for Accurate Vibration Testing Solutions? Why Not Try Our Advanced Vibration Test Equipment?

EV Battery Testing Equipment
January 09, 2025
Category Connection: EV Battery Testing Equipment
Brief: See how this offering can bring practical value to common tasks and projects. In this video, we demonstrate our advanced EV Lithium Ion Battery Testing Equipment designed for UL 2580 compliance. You'll get a detailed walkthrough of the vibration test system, including the controller, power amplifier, and cooling components, and see how it performs accurate vibration testing on batteries, compressors, and automotive parts to ensure they meet stringent international standards.
Related Product Features:
  • Complies with UL 2580:2020 and other key standards for electric vehicle battery safety testing.
  • Features a high-performance vibration table with a frequency range of 5–3500 Hz for precise testing.
  • Utilizes a switching tube power amplifier with over 95% efficiency for reliable and energy-saving operation.
  • Includes the Venzo series vibration controller with advanced DSP and multiple control modules for customized testing.
  • Supports testing of various workpieces like battery packs, compressors, and automotive assemblies.
  • Offers comprehensive system protections including temperature, over-current, and over-voltage safeguards.
  • Designed for easy integration with a dedicated laboratory ground and standard three-phase power supply.
  • Equipped with high-sensitivity accelerometers for accurate measurement and data collection during tests.
FAQs:
  • What standards does this vibration testing equipment comply with?
    The equipment is designed to comply with UL 2580:2020 for electric vehicle batteries, as well as IEC60335-2-24, IEC 62133, GB/T31485, UN38.3, UL 2054, and QC/T standards, ensuring it meets international safety and performance requirements.
  • What types of samples can be tested with this equipment?
    It is suitable for testing batteries, battery packs, refrigerator compressors, automotive air conditioner compressors, electric compressors, car mufflers, exhaust pipes, dashboards, garage assemblies, skylights, and air conditioners, verifying their parameters post-vibration.
  • How does the vibration test system work?
    The system operates on electromagnetic principles, where an energized conductor moves in a magnetic field to generate vibration. It consists of a vibration table, power amplifier, controller, and cooling fan, working together to simulate real-world conditions and assess workpiece durability.
  • What are the key technical specifications of the vibration generators?
    The DC-600 model offers a sine force of 6000N and random force of 6000N, while the DC-2000 provides 20000N for both. Both have a frequency range of 5–3500 Hz, maximum acceleration up to 100g, and support loads up to 300 kg, ensuring robust testing capabilities.