Magnetic Particle Testing Flaw Detector

Magnetic particle flaw detector
February 12, 2020
Brief: Discover the HCDX-Y7T Electromagnetic Yoke Magnetic Particle Tester, a versatile and durable MPI testing machine designed for detecting surface and sub-surface defects in demanding environments. Ideal for weld inspections, fatigue cracks, and more, this portable flaw detector offers AC/DC operation and exceeds ASTM standards.
Related Product Features:
  • Sealed, durable construction with chemical and abrasion resistance for rugged applications.
  • AC and DC operation options for both surface and sub-surface defect detection.
  • Exceeds ASTM lifting specifications for reliable performance.
  • Three power supply modes: direct AC, AC battery pack, and DC battery pack.
  • Built-in microcomputer chip stabilizes output voltage for consistent sensitivity.
  • Adjustable magnetization and portable design with a special working waist bag.
  • Meets industry standards including JB/T7411-2012, ASME BPVC, ASTM E709, ASTM E1444, and ASTM E3024.
  • Lightweight at 2.4kg with a 0-210mm electrode spacing for versatile use.
Domande frequenti:
  • What types of defects can the HCDX-Y7T detect?
    The HCDX-Y7T can detect inclusions, seams, fatigue cracks, shrink cracks, tears, laps, welding slag, grinding cracks, and quenching cracks, among others.
  • What are the power supply options for this magnetic particle tester?
    The tester offers three power supply modes: direct AC connection, AC magnetization via a rechargeable battery pack (DC-AC inverter), and DC magnetization using a DC battery pack.
  • Is the HCDX-Y7T suitable for field inspections?
    Yes, the HCDX-Y7T is designed for field use with a robust 12-foot cord, articulating legs for contouring to part shapes, and a portable design including a waist bag for carrying accessories.
  • What standards does the HCDX-Y7T comply with?
    The HCDX-Y7T complies with JB/T7411-2012, ASME BPVC, ASTM E709, ASTM E1444, and ASTM E3024 standards, ensuring reliable and industry-approved performance.