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File MH28727 Page T1-2 of 5 Issued: 2004-01-05 <br /> SIMULATED USE RESISTANCE TO FLUIDS TEST: <br /> METHOD <br /> One container as described in Items B and C was filled with each of the <br /> fluids Listed below (based on the Fluid Compatibility Testing) such that the <br /> fittings inside the sump were completely covered with the fluids. The <br /> samples and fluids were maintained at a temperature of 100'F throughout the <br /> exposure. Following 30 days in this condition, the containers were subjected <br /> to an internal pressure of 3 psig (based on a maximum sump depth of 7 ft. ) <br /> for a period of at least 5 min. while the samples were examined for evidence <br /> of leakage. <br /> Toluene <br /> 508 Methanol/508 ASTM Reference Fuel C <br /> 508 Ethanol/508 ASTM Reference Fuel C <br /> 158 Methanol/858 ASTM Reference Fuel C <br /> 158 Ethanol/858 ASTM Reference Fuel C <br /> 308 Ethanol/708 ASTM Reference Fuel C <br /> 108 Ethanol/908 ASTM Reference Fuel C <br /> 70°C Air Oven <br /> RESULTS <br /> There was no evidence of leakage. <br /> TABLE I <br /> IMMERSION FLUIDS FOR SUMP PENETRATION BOOT MATERIALS <br /> Intdrnal Fluids <br /> Premium Leaded Gas <br /> Regular Unleaded Gas <br /> IRM oil No. 903 <br /> ASTM Reference Fuel A <br /> ASTM Reference Fuel C <br /> Toluene <br /> 1008 Methanol <br /> 1008 Ethanol <br /> 508 Methanol/508 ASTM Reference Fuel C <br /> 508 Ethanol/508 ASTM Reference Fuel C <br /> 158 Methonal/858 ASTM Reference Fuel C <br /> 158 Ethanol/858 ASTM Reference Fuel C <br /> 108 Ethanol/908 ASTM Reference Fuel C <br /> 308 Ethanol/708 ASTM Reference Fuel C <br /> 70'C Air Oven <br />