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Maximize protection with a vacuum <br />monitored secondary containment <br />system. <br />A Secondary Containment Vacuum <br />Sensing System for use with Veeder- <br />Root's ATG Systems. the Sccondai) <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 system <br />status, replenish rate, alarm, and diagnostic <br />information. <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 at 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 />Icl VEEDER-ROOT <br />Features and Benefits <br />Satish- Reqquuemcnt� <br />• 6mfied to meet California's mquvemem for <br />xcondary bpace monttonng for unks and lutes <br />a=• required by AB 2481 <br />• Satuftes the requirements Ioi Clan I Ltak <br />Dete.txxr as defined b) the European <br />Standard EN 1316(1-2 <br />• 3rd Put)- National Vdork Group and LGl13 <br />listed <br />Redurc Exposure to Risk <br />• Alamiswhen vacuum cam)[ be tnanuamed <br />or when repknrsli rate ex mels 85 liters per lura <br />• The b-Aem alarm when liquid is detected in <br />the secondary spare <br />Operating Temperature Rating: <br />25 degrees C to 170 degrees C <br />Cable Length: <br />8 feet <br />Sensor Dimensions: <br />5" high x 5" wide 2" deep <br />Facilitates periodic opt•tabihn testing <br />Leverage Existing feeder -Root Systems <br />• Uses STP as the vacuum sourm and works with <br />Red Jacket and FE 5 I <br />• Installe to the STP sump and connects to the <br />console via intrinsx:all} ;ak wuutg <br />• Abk to share wimg conduit with other <br />Vi>L•der-Rixit mtnnsirally safe (li) probes and <br />semars mcluding stamp or hnr leak senaxs <br />• Interfaces to the Smart Sensor hutrfwe wah <br />Embtddui Ptessun Moduk <br />• Provxles for paamw shut down of pressurized <br />In-, when required <br />• Simplc installation, no [teed to mess with bnnc <br />Console Capability <br />The Vacuum Sensor is Compatible with <br />the following consoles: <br />Console <br />TLS-350RIEMC w,BIR• <br />TLS -350 Plus EMC Enhanced' <br />TLS-350/EMC' <br />'Upgrade Note: The Vaclxxn Sensor System requires <br />the console to have version 24C software (or greater) <br />along with an ECPU2 or ECPU w; NVMEM 1 board. <br />Standard Models <br />Veeder-Root P/N Description <br />Accessories Part Description Quantity/Length Part Number <br />Kits Include mounting tyxket 6' of vacuum hose, refef valve anembl, (if required) and the appi,ipnete number of liquid sensors, <br />3 -way bat val as, barbed fillings and We camps so that each vacuum sensor can monitor a single tank sump or piping interstices. <br />'• The Vacuum Sensing %stem requires one 7 channel Smart Sensor interface .vith Embedded Pressure Module. 8 channel smart <br />Sensor Mc dines t= n 329356-004) can be used for Vacum Sensors eight aM above. <br />For more Information call 1-888-561-7942 <br />