Brief: Let’s dive in — see this solution in action and notice the key moments. This video provides a detailed walkthrough of the IEC 60754 Electric Cables Corrosion Halogen Acid Gas Release Tester, demonstrating how it measures the acidity and conductivity of gases released during cable material combustion. You'll learn about its operation, from sample processing in the tube furnace to final analysis, ensuring compliance with international standards for flame-retardant cables.
Related Product Features:
Features an optimized stainless steel structure with logical layout for easy operation.
Includes a tube furnace with an effective length of 500mm to 600mm and adjustable electric system.
Equipped with high-quality thermocouple and automatic combustion boat moving system for intelligent testing.
Measures electrical conductivity from 0.01uS/mm to 100uS/mm with precision.
Uses electronic temperature control and alarm system to prevent overheating.
Comes with PH value and conductivity detectors, plus two gas collection bottles.
Supports mode switching between IEC 60754-1 and IEC 60754-2 test methods.
Includes a permanent magnetic stirrer and timer for accurate gas analysis.
FAQs:
What standards does this halogen acid gas release tester comply with?
It complies with GB/T17650.1-1998, GB/T17650.2-1998, IEC60754-1:1994, IEC60754-2:1991, and meets requirements from GB/T19666-2005, GA306.1-2007, GA306.2-2007, and UL2556-2007 for flame-retardant cables.
How does the tester determine the acidity and halogen content in cable materials?
It processes cable materials in a tube furnace, then measures the PH value and conductivity of the combustion gases to determine acidity, halogen acid gas concentration, and other parameters.
What are the key applications of this testing equipment?
It is used to determine the total halogen acid gas amount, acidity via PH and conductivity, and to verify low-halogen or halogen-free properties in flame-retardant cables.