Laserfiche WebLink
File MH27190 Page T1-1 of 1 Riec'Eclv&c�_01 <br />CMH1815 <br />A 07 2014 <br />TEST RECORD NO. 1 ENVIRONMENTAL <br />SAMPLES HEALTH DEPARTMENT <br />Representative samples of Models DST 1480, TRSF-4848 and -4848 were submitted <br />in this investigation. <br />GENERAL <br />Test results relate only to the items tested. The construction method and <br />material used for the samples are similar to currently ULC listed sumps and <br />tank risers under this file. Therefore, only the following tests were <br />necessary. <br />TEST METHOD REFERENCE: <br />The tests as described herein were conducted in accordance with the <br />requirements for Under Dispenser Sumps, ULC/ORD-C107.21-1992, First Edition: <br />1) Impact <br />2) Vacuum and Pressure <br />3) TGA and IR <br />IMPACT TEST: <br />METHOD <br />The samples were conditioned at -40°C for 24 h. The samples were then <br />subjected to the impact, while in the low temperature state, from a 0.55 kg <br />steel ball, 51 mm in diameter, dropped from a height of 1.22 m and from a 2.7 <br />kg Type B Tup dropped from a height of 1 m. The load was impacted squarely <br />and at right angles to the test sample lying on its side. The samples were <br />then allowed to return to 21°C and subjected to the Vacuum and Pressure test. <br />Non-metallic sumps shall withstand the impacts of a 0.55 kg steel ball <br />dropped from a height of 1.22 m, and a 2.7 kg Type B Tup dropped from a <br />height of 1 m. <br />RESULTS <br />No damage or cracks were visible. <br />