Payment & Shipping Terms:
|Product Name:||Flammability Testing Equipment||Usage:||Steel Construction Fire Resistance Tester|
|Material:||Stainless Steel||Temperature Alarm:||180℃-220℃±2℃|
|Temperature Increasing:||Indoor Temperature~1150°C/2h||Power:||AC220V±10V, 50Hz|
|Gas Source:||Liquefied Petroleum Gas||Test Furnace:||660*660*1080mm|
flammability test apparatus,
flammability test chamber
Lab ISO 834-1 Flame Test Apparatus For Steel Construction Fire Resistance Coating
The Steel Construction Fire Resistance Coating Test Furnace is designed as standard ISO 834-1, GB 14907, GB/T9978, which specifies a test method for determining the fire resistance of various elements of construction when subjected to standard fire exposure conditions. The test data thus obtained will permit subsequent classification on the basis of the duration for which the performance of the tested elements under these conditions satisfies specified criteria.
ISO 834-1, GB/T14907, GB/T9978
The machine refers to T—To = 345log(8t + 1)function curve, that is time---temperature control curve, which corresponding representative value is the basis for setting temperature rise (hereinafter referred to as setting), and put setting and thermocouple signal are sent to the amplifier at the same time for comparison.
When the thermocouple temperature is higher than the setting value, the valve motor will automatically shut off and the flame temperature will decrease; when the thermocouple temperature is lower than the setting value, the valve motor will automatically open and the flame temperature will rise; the flame at the thermocouple will run from the beginning to the end according to a pre-designed standard curve. When the backfire temperature of the test piece reaches (140 °C + ambient temperature) or the internal temperature of the test specimen reaches (180 °C + ambient temperature), an alarm signal is automatically issued.
Contact Person: Jackson Sun