IEC 61855 figuur 13-14 Haardraaier Spannings-eenvormheidstester met afbeelding

Electrical Appliance Testing Equipment
April 29, 2025
Brief: Discover the IEC 61855 Figure 13-14 Hair Straightener Tension Uniformity Tester, designed to measure tension uniformity in hair straighteners. This advanced tester features real-time tension monitoring, PLC control, and a 7-inch touch interface for precise and efficient testing.
Related Product Features:
  • Conforms to IEC 61855 clause 5.8, figure 13 and 14 standards for hair straightener testing.
  • Equipped with 10 tension sensors for precise measurement at each point on simulated hair.
  • PLC intelligent integrated control with a 7-inch human-machine touch interface for easy operation.
  • Servo motor drive ensures accurate and consistent pull-down speed of 5mm/s.
  • Real-time tension monitoring with a range of 0-50N and load accuracy of ±0.5%.
  • Includes nylon rope (1mm and 2mm diameter, 20m long) for realistic testing conditions.
  • Vertical pull direction and 600mm test stroke for comprehensive tension analysis.
  • Compact dimensions (WDH=500x500x1100mm) and lightweight (80kg) for easy setup.
FAQ's:
  • What standards does the IEC 61855 Hair Straightener Tension Uniformity Tester comply with?
    The tester conforms to IEC 61855 clause 5.8, figure 13 and 14 standards, ensuring accurate and reliable tension uniformity testing for hair straighteners.
  • How does the tester measure tension uniformity?
    The tester uses 10 tension sensors installed on the fixed end of simulated hair. A hair straightener pulls the hair from top to bottom, and the tension values at each point are measured and recorded for comparison.
  • What is the pull-down speed of the hair straightener during testing?
    The hair straightener pull-down speed is precisely controlled at 5mm/s by a servo motor, ensuring consistent and accurate test conditions.
  • What type of simulated hair is used in the tester?
    The tester uses nylon rope (1mm and 2mm diameter, 20m long) to simulate real hair conditions for accurate tension uniformity testing.