Bisakah Peralatan Listrik Anda Bertahan dalam Uji Keselamatan Minyak Panas yang Menyala Ini?

Peralatan Pengujian Mudah Terbakar
September 30, 2025
Category Connection: Peralatan Pengujian Mudah Terbakar
Brief: Temukan Perangkat Uji Minyak Panas Menyala IEC60950 Mesin Uji Bahaya Kebakaran, dirancang untuk mensimulasikan kebakaran listrik yang disebabkan oleh cairan mudah terbakar yang terlalu panas. Perangkat ini mematuhi standar IEC62368-1:2018 dan IEC60950, memastikan keamanan dan keandalan peralatan Anda. Saksikan bagaimana ia menguji penutup pelindung kebakaran dengan presisi.
Related Product Features:
  • Simulates overheating scenarios where flammable liquids ignite and leak from electrical equipment enclosures.
  • Complies with IEC 62368-1:2018 Annex S.3, IEC60950-1:2005, and IEC60950-1:2013 clause 4.6.2 standards.
  • Uses a motor-driven ladle to pour burning oil at a controlled height of 100mm and flow rate of 1mL/s.
  • Tests fire protection performance by checking if specified ignition bedding material ignites during the procedure.
  • Features PLC and touch screen control for precise adjustment of burning and pouring time parameters.
  • Accommodates test oils with specific calorific value, density, and flash point requirements for consistent results.
  • Includes a black test area background and ventilation port for safe and clear observation of test outcomes.
  • Evaluates equipment safety by assessing whether enclosures prevent fire spread to surrounding materials.
Pertanyaan:
  • What safety standards does this Hot Flaming Oil Test Device comply with?
    The device conforms to Annex S.3 of IEC 62368-1:2018, IEC60950-1:2005, and IEC60950-1:2013 clause 4.6.2, ensuring it meets international fire hazard testing requirements.
  • How does the machine simulate a real-world electrical fire scenario?
    It heats 10mL of specified flammable oil to its ignition point, burns it for one minute, then pours it onto a test sample enclosure at 100mm height and 1mL/s flow rate to check if ignition bedding below ignites.
  • What are the key technical parameters for the test oil used in this equipment?
    The test oil must have an average calorific value of 38MJ/L, mass per unit volume between 0.845g/mL and 0.865g/mL, and a flash point between 43.5°C and 93.5°C for accurate and standardized testing.