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,1 <br />Page 1 May <br />r.s <br />• u:• •471 rm I♦ - 1Mir-7,17,711,TT-Im <br />November • • <br />Test Results a <br />-:,• a ''a!' • • ♦ ` e, • #- 1 <br />with <br />Dispenser Sensor <br />May ♦ s <br />is ♦ 1 UST Monitoring System <br />Dilspenser <br />Pan <br />Sensor.e _,5.4 cm <br />mber Diameter• 1 cm <br />IThe Detection System described above was tested for its ability to detect test liquids <br />In contact with the point senmr. The following parameters nre determined: <br />Detection Accuracy - The measure pfiqqw reswme to the presence of lkiulds. <br />156111==4 r:N70MOR 0: —!2IIiA ILjj'�"#jM*9 - 0 <br />Recovery Time Amount of time that passes before the detector returns to its baseline reading <br />after the test rKpild Is removed. <br />• is # The a s #• • •; #can reliablydetect. <br />Minimum Sensitive Height - The rifinimum sensor length required to be in contact with the liquid product <br />tocause sensoractivation. <br />After a sensor alarmed, the sensor was allowed to air dry per manufactureft Instructions. For either <br />diesel fuel or home heating oil, after a sensor alarmed, the sensor was soaked In coleman fuel for <br />30 minutes and then allowed to air dry per manufacturers Instructions. <br />Camegle Mellon Research Institute 700 Technology Drive Pittsburgh, PA I Sq <br />