ISO 27186 Defibrillation Tester for Medical Devices

Medical Test Equipment
January 09, 2026
Category Connection: Medical Test Equipment
Brief: Observe the step-by-step operation and see practical examples of usage. This video demonstrates the KP-1230S Dielectric Strength Tester performing defibrillation waveform testing on quadripolar connector systems for active implantable medical devices. You will see how the system generates monophasic truncated exponential waveforms compliant with ISO 27186:2020, learn the testing process to evaluate device resilience, and understand how to verify device recovery through reprogramming after high-voltage pulse exposure.
Related Product Features:
  • Generates monophasic truncated exponential waveforms compliant with ISO 27186:2020 and YY/T 0972-2016 standards.
  • Tests quadripolar connector systems in implantable cardiac devices for defibrillation resistance.
  • Delivers peak voltage up to 1.53 kV with a fast 1.4 μs rise time and 18 ms pulse duration.
  • Verifies device recovery through reprogramming after exposure to high-voltage pulse currents.
  • Supports standard test loads simulating human body impedance for realistic testing scenarios.
  • Features multiple safety mechanisms including high-voltage isolation and emergency stop.
  • Used in medical device R&D, quality control, third-party testing, and clinical simulation research.
  • Compact desktop design with adjustable voltage up to 2 kV and AC 220V power requirements.
FAQs:
  • Which standards does the KP-1230S system support?
    The system is specifically designed for YY/T 0972-2016 (Appendix C) and ISO 27186:2020, used for defibrillation waveform endurance testing of quadripolar connector systems.
  • Does the test waveform comply with monophasic truncated exponential wave requirements?
    Yes, the measured peak voltage of 1.53 kV, duration of 18 ms, and decay characteristic >50% of peak value fully match the standard waveform requirements.
  • How is testing safety ensured with the KP-1230S?
    The system incorporates multiple protection mechanisms, including high-voltage isolation, emergency stop button, and automatic discharge function to ensure operator and device safety.
  • How do you verify device recovery after testing?
    After testing, the device under test can be reprogrammed using a programmer to check if normal function is restored—this is a key step in standard evaluation.
  • Does the system require periodic calibration?
    Annual calibration by a professional organization is recommended to maintain waveform accuracy and testing reliability.