0.25mm Heat Radiant Test Equipment Room Temperature - 1200ºC 200G

阻燃仪器
December 29, 2020
Category Connection: Sprzęt do badania palności
This Protection Against Radiant Heat Test Equipment is designed according to ISO6942 and EN366. The test equipment has a user-friendly, intuitive, Windows-based application that provides a complete thermal control, fault detectionanddata recording. RPP system configuration and burn prediction also included.
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Brief: Discover the EN 366 Radiant Heat Resistant Test Equipment, designed to evaluate heat radiation resistance and thermal conductivity of protective gloves and clothing. With a temperature range of room temperature to 1200ºC and a heat flux of 10-80 kW/m², this equipment ensures precise and reliable testing for safety standards.
Related Product Features:
  • Features 6 groups of heating bars with precise dimensions for consistent heat radiation.
  • PID temperature controller ensures accuracy within ±1℃ for reliable test results.
  • Heating capability reaches up to 1200℃±5% with adjustable PID control.
  • Measures heat flux density from 10 to 80 kW/m² for comprehensive testing.
  • High-speed data acquisition card with a sampling frequency of 20Hz.
  • Includes a heat radiation flux sensor with quartz window and water cooling.
  • Supplied with a copper calorimeter to measure temperature changes on sample backs.
  • Software-controlled test parameters enable automatic testing for efficiency.
Pytania:
  • What is the temperature range of the EN 366 Radiant Heat Resistant Test Equipment?
    The equipment operates from room temperature up to 1200ºC, ensuring a wide range for testing heat resistance.
  • How does the equipment measure heat flux density?
    It uses a heat radiation flux sensor with a quartz window and water circulating device, capable of measuring up to 100 kW/m².
  • Is the test process automated?
    Yes, the equipment features software-controlled parameters that allow for automatic testing, including temperature rise measurements at 12s and 24s intervals.