Downloaded from https://www.everyspec.com ,. MI L-STD-203 I(SH) 30.6.4 Mounting. Test orientation (ci[hcr vertical or horizontal), specimen mounting and whether optional retainer or wire grid were used. 30.6.5 Gases. Combustion ~iis~s (i)s iI minimum cacl] he:iting llUX kvd. Repor[ NOX, SOX, haloycn acid CO, CO?, HCI, 02 reported) measured at ~~;l~c.;ln~ tut;ll hydrocilrb~n concentrations > when collected. 30.7 DTRC burn-through fire test. 30.7.1 Source. Name and address of testing laboratory and date of test. 30.7.2 Nomenclature. Noun name, chemical name, manufacturer, and code designation. 30.7.3 Dimensions. Length, width, and thickness in inches. 30.7.4 Time to smoke.
Time side of material specimen. to smoke or fire gases visually start to evolve from non-fire 30.7.5 Time to burn-through. on non-fire side of the material. Time to burn-through of the specimen as evident by flame 30.7.6 Continued burn time. removing the fire source. . The time that the material specimen continues to bum after 30.7.7 Profile. Tabular and graphic representations of the temperature profiles in 5 minute intetvals of the tltm vertically mounted thermocouples and the thermoeou ple mounted behindthe center mounted thermocouple. 30.7.8 Smoke. Description of any smoke generation as to time of initial oemrrence, color, and relative amount. 30.7.9 Visual inspection.
Description of visual inspection of fire damage to the material specimen to include any swelling, contraction, cracking, bulging, melting or dripping, separation of plies and effective material thickness remaining. 30.8 Determination of the f’hwhover potenthd of lining materiai using a quarter-settle rwm fire tesL 30.8.1 Source. Name and address of testing laboratory and date of test. 30.8.2 Nomenclntwe. Noun name, chemical name, manufacturer, and code designations. 51