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California Edition:September 1997 <br /> Veadmr-Root <br /> � TLS-350/350 PC /350R/350RPC <br /> D���m�ec�so �mm�or and ContaiomneniSurnp Sensor '�S0\ <br /> » <br /> LIQUID-PHASE INTERSTITIAL DETECTOR <br /> Detector: <br /> output type: qualitative <br /> Sampling frequency: continuous <br /> Operating principle: e|odr\oo| oonducbxib/u|trasonin <br /> � <br /> Test Results: <br /> ' <br /> � un|eaded <br /> � <br /> i wss�e�y� ter~ <br /> low high <br /> 100 100 100 <br /> Aoounscy (q6) 8 �8 4OD S'OD <br /> � Flaspmnoe�nn� /rnin� . . <br /> « (min) 1717 <1 <1 <br /> � <br /> Recovery time (min) 3 —' 245 2O 3 <br /> Product oot�oUonheight(cn�) �*u � � <br /> ^ °Adoflow rate ofO.17gal/hr inoG.Ocmdiameter test chamber. <br /> �aec��� b ' <br /> �m�u � <br /> � <br /> SpeActicificity <br /> � <br /> (at 4.G7cm). <br /> ' <br /> Comments: <br /> EPA and many states require detection of cm)ofo <br /> roductfongn»undvatermonitoring. <br /> Test procedures used were Carnegie Mellon Research Institute's"Test Procedures for Third Party <br /> Evaluation mfLeak Detection Ksthoda� Point Sensor Liquid Contact Leak Detection Syetens,: <br /> � <br /> Final Report- November 11. 1BB1. <br /> Detector imreusable. <br /> ` <br /> ' <br /> Veedor-Root <br /> Evaluator: Carnegie Mellon Research Institute <br /> (412)288-34S5 <br /> 125Powder Forest Dr. Tel: <br /> Simsbury, CT' DatoofEv�\uodon�� 05/26/93 <br /> Ta\� (2U3)GS1-27DO <br /> 294 <br /> this list.sncumueconn�uo0osaoengnnsemantUyanymgu|amryogonc/norisuonyguaran�eofmepo�unnancmof <br /> Appearance on s <br /> meme��ouoreqvinmen�� Equipmen�should ue in�aoedand operated.naom,dance"w�onannocamolaws and nugu)adons. <br /> , <br />