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I <br />maximize <br />monitored <br />system. <br />protection with a vacu�.(r�'6 <br />secondary containment <br />A Secondary Containment Vacuum <br />Sensing System for use with Veeder- <br />Root's ATG Systems, The Secondary <br />Containment Vacuum Sensing (SCVS) <br />System is designed to detect leaks in double - <br />walled tanks and piping systems while <br />helping to contain a release of product while <br />under vacuum The system consists of. <br />Vacuum Sensors, connected to tank, <br />sump or piping interstices <br />A Submersible Turbine pump (STP), <br />to provide a source of vacuum <br />A Smart Sensor Interface with Embedded <br />Pressure Module in a TLS -350 <br />Monitoring System <br />The Vacuum Sensor is interfaced to Veeder- <br />Root's TLS -350 Monitoring System via <br />intrinsically safe wiring to provide sy'sterh <br />status, replenish rate, alarm, and diagnostic <br />information - <br />Vacuum <br />nformation <br />Vacuum. Sensor Kits are available in a variety <br />of models: <br />• For monitoring double -walled piping <br />and sump interstices <br />• For monitoring double -walled steel tank <br />interstices (see back page) <br />• For double -walled fiberglass tanks <br />These kits differ in the number of vacuum <br />sensors and the configuration of associated <br />liquid sensors. An inline kit mounted liquid <br />sensor is used for Vacuum Sensors <br />monitoring piping and sumps. An external <br />liquid sensor (to be installed in the secondary <br />space ai the bottom of the tank) is provided <br />with one of the Vacuum Sensors in the steel <br />and fiberglass tank kits to monitor the tank. <br />Features an Benefits <br />tic llt�t_ r:: s u rti , Wl iln <br />ry : r `, <br />��-uficc, �uu <br />tri tc' <br />ve7r Pe Existing 1u'dcr ti <br />.tlticrlli:a1£ilt�'Li3c"tw <br />S�.:Dl1�P' eL:i".� trtr!llllpllll� ltic t.IIL;j it Z 11'^C':i <br />iJ_ a 4I Pas'd c t ntutiL a. ,rUc[ <br />- <br />1 regtumcl hy-AB Z �l <br />t a <br />[« T tct it a f7 i s <br />•: kasfl s hea[e t�nLsfuc lti�si :=�c <br />bI -,LdL i me 71T LmYp.0 icutts.wi. <br />T etrYt,oa x dt:hneci by th PUm(�,I2 <br />ova L� l� t ictiiur r llti' se �ti ul <br />-~i ,,udjni i:i'`,L 13116LI-2 <br />'.hl�ai] itC M1+,1Il3 !," ('PLii1111L w1ul L(!ICr <br />• 3 t nt, �uC� t',eGr_ni,andL�t;i1? <br />1� R�;ruim�,lcllivf (L4 hinix to <br />Z�Ms n' lRdudInff SUMP or inle <br />• Irter{� o liesalm nxoriru <br />edu e EYprsufe tc? Risk, <br />Fmbectclr.l Pmssum IIulL7dUle <br />�}T, rvilleuvacuum m r r bc.zinc n r <br />Pov lwt�r �suseslrue1 trrtt ul ; <br />or Gvh-a'cp7 ins r r t'� m tis lusrs txr our <br />lig wh n'auec <br />c t <br />Thi us em a_u n wi, _ Ica 1 i _, lc: c_I a, <br />Operating Temperature Rating: <br />Console Capability <br />25 degrees C to +70 degme8 C <br />The Vacuum Sensor is compatible with <br />Cable Length: <br />6 --feet <br />Sensor Dimensions: <br />5" high x 5" wide 2" deep <br />Standard Models <br />the following consoles: <br />Console <br />TLS-350FVEMC w/BIR" <br />TLS -350 Plus/EMC Enhanced <br />TLS-350JEMC- <br />'Upgrade NOW, The Vacuum Sensor System requires <br />the consde tohave version 24C software (or greeter) <br />along with an EGPU2 or ECPU w1 NVMEhR t board. <br />I LU 332310-Cd3 <br />14ts sidide mourtng bracket, a' of vacuum hose, raref valve asseftlly (if requira4 and the appro6mste mnber of 4gted Serscm, <br />3xey bal valves, barbed rrftings and hose dampe so that each vacwn sensor can mcnitor a single far*, sump or piping ntarztees. <br />The Vacuum Sens rg System reqs one 7 thorns' SaW Sensor htsrface with Fmbeddad Pressure Mande, a channel Smart <br />. Saiwor Mobules (p+n 329356-004) can be used for Vacuum Sensors sight and above. <br />"Far rr�ci're ir�fOr�7iatit7r� �al� i -s'$8 5e`=79�F2' <br />VEEDER-4CNVOr <br />