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secondary Containment Vacuum Sensing System Maximize protection with a vacuum R monitored secondary containment = :$ system. A Secondary Containment Vacuum Features and Benefits Fa;iludes,penoLkolva testing Sensing System for use with Veeder- Sut,sjY kc iremcnts I.cvtrage Existing Veeder-Root Systems Root's AT© Systems. The Secondary • to meet C�kifcaa�a'srequirrnanufix WsSrPas the%w=sxtneaadu�with malit mg for�ami liras and FE SM contmillnent Vacuum Sensing (SCVS) �AS24£it �dxSI'f's Vmid c wastothe System is designed to detect leaks in double- s the mgtwei em for Qw t l nk • e"Ok via" safe WkN walled tanks and piping systems while Dmiii,mmdefinrdbythe Elmira' • Able tosi wiring m4m with Wwr helping to contain a release of product while Standard EN 13160- *dera m Wirisay safe(IS)pubm Std Part};l+L�innal V�xlc(+map ar:cl LG 113 A-�i cx lute leak stmsas under vacuum.The system consists of: lid =MT • trltcrC�es to the Smut 5r irtterf�e with Redf urr to Risk Embedded Pmu=Module Reduce xM • Vacuum Sensors,connected to tank. Pamdes for per shut dwat of prminmd sump or piping interstices ` Alanrts when%action canm he mwLimed tires wixm required • A Submersible Turbine Pump(STP), or when mpkrash me 85 liters per hair Sn* �.no rto mess with twine Ibe system Asmis wiltm liquid is deteclal in to provide a source of vacuum d ZMWy Va • A Smart Sensor interface with Embedded Pressure Module in a TLS-350 Operating Temperature Rating: Console Capability Monitoring System -2s degnr es C 10,7o d+giees C Tru 1Varxaan Sensor's oompWitAe witft theolo",g con-,Nes Cable Length: console The Vacuum Sensor is interfaced to Veeder- _ TLS-350FVEMC w/BS' Root's TLS-350 Monitoring System via TLS-350PkWEW EnhanoeCr inuinsicL•ally safe airing to provide system Sensor Dimensions: TL-S.35 status,replenish rate.alarm,and diagnostic 5•t ,x 8'wide 2' ;=°emr t h1mb on 24G� to�} information. �w;ttt an FCPU2 or EC;PU wl NVWM s Standard Models Vacuum Sensor Kits are available in a variety Veeder-Root PM ro 467 _. 4 e xn Se x 'ror saes+t>x of models: Ooao-s,.sa ,�s70:471 4 vscxn sensor.xa't«rt r f4 S's'107 330020 486 4 Vamun Swvor f0i•for rao talc • For monitoring double-walled piping .47; - 3`�' �'r 330020-473.474.475 476 ^3 Val Sem ' aerie '601 and sump interstices • For monitoring double-walled steel tank �W&QMA4?e interstices(see back a e) 4481 inteta -483,4t3a 2 vacuo Se=�or,tc'for xs�erres t4,6 8.10 f __. P g 3 z v +i ser�v.tea ra no>a • For double-walled fiberglass tanks 3zo 4% 8.57280.100 Yacamm serv�ar? a sem_. These kits differ in the number of vacuum 85728x200 t seatmr+ts -,- &57280.301-3t7?,903._304 �anrn to tarrtcs(4 6y6 10Z sensors and the configuration of associated – — Flow liquid sensors.An inline kit mounted liquid 39221rtx1I 332250.Q0 Smart Sfrr�x w/FmUedtted Wesstrp Sensor fulOd�ie_7�Ct>fttra'dj" sensor is used for Vacuum Sensors Acce"Od"Pad Deocr%vtlon UuantttY/Lorq0th PWt timnber monitoring piping and sumps. An external 1/4"NT t 5± _ .. _ liquid sensor(to be installed in the secondary aro•NPT 6~_ 2s..................- space at the bottom of the tank) is provided 1rc r r t3Hreoa Fxt..as _... 1 576008.857 with one of the Vacuum Sensors in the steel 25• �; �+z3lo-ooi and fiberglass tank kits to monitor the tank. varaw How itatxarn blase 100'.. 100• 332310-003 17:W-aXVSdve t3arbeU _.____.__.._3 -___ 0-496 sareoer veva spa Htiry_ 15 SM5 as7 • Kis rx:Ltk• xsJ C+^t4�,8'd +rq�+std+dwc Db1dr+lacy M rotgedtif arf9 fhS K30^X7�t#InUer d 67ud 90rMOB, 3-.rr tad w,hwx,laarbx111tr�sM r«nw t m eam,Maam se�sd cq[a rttnlr s uta tank ttrroa t1'PtaD+' "Tie Va xtr•S+r.�'ti mRoiA am 7 dmid$maa SW1,W tR.wWw WM P^vws MAA 8 dsl*M t Srx lGyyfc sin 32g & )CW be UW for bktum Ser m�14'R ard3 AbmL For more information call: 1-888-581-7842 t VEEDER-ROOT