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F7 <br />Quicklyandacc Orately detects leaks <br />while preventing the i8l2aS2 of <br />productinto the environment <br />%*de,imft Secanda" Catrtainment <br />Vacuum Sensing Smartt kr use wilt <br />Veeder-Rett ATS' SysiemS. The <br />Secondary Containment Vacuum Sensing <br />(SCVS) system is designed to detect leaks -in <br />double ;walled tanks andpiping systems <br />while Preventing release of the product into <br />the <br />-environment-The system consists of a <br />Vacuum Sensor, which is connected to the <br />tank or piping interstice, the Submersible <br />Turbine Pump (51?), which provides a source <br />of vacuum, and the Smart Sensor Interface <br />with embedded Pressure Module in a TLS-. <br />350 monitoring system. The Vacuum Sensor <br />is interfaced to Veeder-Root's Tt,-S-350 <br />monitoring system via intrinsically sale <br />wiring to provide system status, leak test, <br />alarm-, and diagnostic information. <br />The `d ctum S°,-_^,sor s availabie in tine <br />models, one for monitoring dcubie-wuiled <br />piPmo and sump interstice, one For <br />monitoring double -walled steel tank <br />interstices and one for double -walled <br />fibeiglass tanks. These units diger m the <br />configuration of the liquid sensor. In the <br />Vacuum Sensor for piping and sump, a <br />vacuums -housed liquid sensor is used In the <br />Vacuums Sensor for tanks an external liquid <br />sensor is also provided which is to be <br />im=Ued in the secondary space at the bottom <br />of the tank- <br />Location <br />ank <br />Location of Vacawn <br />Sensor for use with <br />double wall tanks <br />- <br />857280-200 <br />• Aiattaswbertthe:systsenistmable <br />- Psavf&s%rpcs¢veshundownof <br />Vacuum Ser6or for %eg Ew tanks (4',6',8',101 <br />pteStir�dl�eslegttiSd <br />Moutng f4t <br />no to <br />Alarms-isia`tl�e°" _. <br />wirlibrii" <br />';:;",'�;•:.�:�:.;--- :.�:� <br />meeiC'a�fritaia�ie(Taire-. . <br />Uresjad=SA?:asl3troaan�sou rued <br />_ <br />='meatiy{ <br />'_ <br />=ks and fines as =uAzd byAB 2481. <br />• Installs i;r SIP'sr� and cormeos tit> .Skdsff6 <br />the mqm=n= for das5 I <br />rhe cn¢sole via it>rriti� s:akw g. <br />Irak IJemcdon as delated by rhe <br />• P.ble tD.- wiffig mudtutvrirh <br />Standard Epi i 13160-2- <br />V z -Root S=P ar line.Teak�MI <br />Fps periodic °pelabuity ruing <br />• In to the Smarter Inter <br />31d Pare Namzd z Coup and <br />TT- bzdd�d Ptes-tue <br />LGL13 lis ad (peach? <br />Temceraturr Radz:= <br />-25 degeeS c to +50 degaes c <br />Cade 1637 ;: <br />8 feet <br />Senser Dimension; <br />5' tx;h x s wide 2' deep <br />Standard Models <br />Sensor C;onsaie >;a aLili V <br />The Vacu m Senscr is ccmpaade wiih <br />the fb2cwi ng =nsdw. <br />console Series <br />7LS-350R• 8482 <br />7LS-350• 8470 <br />Nota. A Smart Sensor Interface NM embedded <br />Presque Module is regt>Qed for the use of the <br />Vaaaun Sensor Willa the MS -360 and 7i S -WOR <br />857280-1C Vacuum Sensor forpipM & strips <br />857280-200 <br />Vacuam Sensor for steel Maks <br />857280-301; =-=-,304 <br />Vacuum Ser6or for %eg Ew tanks (4',6',8',101 <br />3,.''0020-448 <br />Moutng f4t <br />332217-001 <br />Reset Valve Asserntly <br />332.260-001 <br />Smart Sef='V Eatedded Pressue Sensor Niedule <br />3.X00-479 <br />2 Vacnrt Sersscr IQ for steel tank <br />33CO20481,482,f183,484 <br />2 Vacum Sensor IQs for tt tanks (4',6'.8'. t(y) <br />330020-480 <br />2 Vacnrt Sensor IQ for no t3* <br />33002.0-472 <br />3 Vatart Sensor IQ for steel tx* <br />330020-473,474,475,476 <br />3'4 c' Senses Kt tar fiberglass tanks <br />330020-485 <br />3 Vacuum Sensor Kt for no tank <br />330020-467 <br />4 Vacuun Sensor IQs for steel tank <br />3300201468,-460.470,471 <br />4 Vacuum Sensor Kit for fiberglass tanks (4',6',8', 10') <br />3301120-486 <br />4 Vacuum Sensor KR for no tank <br />For moire information cd -1: 7-�3i3_5431_7S42 <br />