ANSI-DASMA-107-1997-R2004.pdf
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1、 ANSI/DASMA 107-1997 (R2004) AMERICAN NATIONAL STANDARD ROOM FIRE TEST STANDARD FOR GARAGE DOORS USING FOAM PLASTIC INSULATION Door normally a value of 1.105) p: combustion expansion factor for propane (non dimensional; normally a value of 1.084) m: combustion expansion factor for methane (non dimen
2、sional; normally a value of 1.105) : density of air at the temperature in exhaust duct (kg/m3) o: density of air at 273.15 K (1.293 kg/m3) : oxygen depletion factor (non dimensional) 14.0 TEST REPORT: The test report shall include the following: 14.1 Name and address of testing laboratory 14.2 Date
3、and identification number of the report 14.3 Name and address of the test sponsor 14.4 Materials: 9 14.4.1 Product description. Identification of the product; foam plastic thickness, type, and density; door facing materials, type and thickness; all other details of door construction necessary to acc
4、urately describe the product being tested. 14.4.2 Product mounting details, including the height of the door tested. 14.4.3 Product conditioning and time between removal of the specimen from the conditioning room and the start of testing. 14.4.4 Relative humidity and temperature of the room and the
5、test building prior to, and during, the test. 14.5 Burner Gas Flow. The burner gas flow is the fuel gas flow to the ignition burner and its calculated rate of heat output. 14.6 Time History of the Total Heat Flux to Floor. The time history of the total heat flux to floor is the total incident heat f
6、lux at the center of the floor for the heat flux gauge as a function of time starting a minimum of one minute prior to the test. 14.7 Time History of the Gas Temperature. The time history of the gas temperature is the temperature of gases in the room, in the doorway, and in the exhaust duct for each
7、 thermocouple; as a function of time starting a minimum of one minute prior to the test. 14.8 Time History of the Total Rate of Heat Production of the Fire, Including Burner Output and Specimen Burning. The total rate of heat production is calculated from the measured oxygen and carbon monoxide conc
8、entrations or measured oxygen, carbon monoxide, and carbon dioxide concentrations and the temperature and volumetric flow rate of the gas in the duct. 14.9 Time History of the Net Rate of Heat Release from Burning of the Test Specimen. The net rate of heat release is calculated by subtracting the bu
9、rner output from the total rate of heat production computed in accordance with Paragraph 14.8 above. 14.10 Time History of the Smoke Release Rate. The time history of the smoke release rate is calculated from the measured reduction in light transmission in the exhaust duct as a function of time, sta
10、rting a minimum of one minute prior to the test. 14.11 Time History of the Specimen Core Temperature. The time history of the specimen core temperature is the temperature measured by the thermocouple in the specimen foam core as specified in 26.810.2(5), as a function of time starting a minimum of o
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