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Secondary Containment <br /> Vacuum Sensing System <br /> Maximize protection with a vacuum <br /> . � <br /> Or <br /> monitored secondary containment b <br /> system , fry <br /> A Secondary Containment Vacuum Features and Benefits • Facilitatesperiodicoperabilitytesting <br /> Sensing System for use with Veeder- Satisfy Requirements Leverage Existing Veeder-Root Systems <br /> Root's ATG Systems. The Secondary Certified to meet California's requirement for . Uses STP as the vacuwn source and works with <br /> secondary space monitoring for tanks and lines Redjacket and FE STPs <br /> Containment Vacuum Sensing (SCVS) as required by All 2481 Irru�Ls in the STP ship and connects to the <br /> System is designed to detect leaks in double- Satisfies tale requirements for ©ass I Leak <br /> walled tanks and piping systems while Detection as defined by the European console via intrinsically wiigco safe wiring <br /> Standard IN 13160-2 Able to share wiling conduit Huth other <br /> helping to contain a release of product while Veeder-Root intrinsically safe (IS) probes aid <br /> • 3rd Party, National Work Group and LG113 <br /> under vacuum. The system consists of: ked sensors including sump or lute leak sensors <br /> • Interfaces to the Stuart Sensor Interface with <br /> • Vacuum Sensors, connected to tank, Reduce Exposure to Risk Embedded Press= Module <br /> Alarms when vacuutn cannot be maintained • Provides for positive shut down of pressurized <br /> sump or piping interstices lines when required <br /> • A Submersible Turbine Pump (STP) , • or when replenish rate exceeds 85 liters per hour a Simple installation, no need to mess with brine <br /> to provide a source of vacuum � n secondary sp when liquid is detected in <br /> • A Smart Sensor Interface with Embedded <br /> Pressure Module in a TLS-350 Operating Temperature Rating : Console Capability <br /> Monitoring System -25 degrees C to +70 degrees C The Vacuum Sensor is compatible with <br /> the following consoles: <br /> The Vacuum Sensor is interfaced to Veeder- Cable Length : Console <br /> 8 feet TLS-350R/EMC wBIR* <br /> Root's TLS-350 Monitoring System via TLS-350 Plus/EMC Enhanced* <br /> intrinsically safe wiring to provide system Sensor Dimensions• TLS-350/EMC* <br /> status, replenish rate, alarm, and diagnostic 5" high x 5" w de 2" deep 'Upgrade Note: The Vacuum Sensor System requires <br /> the console to have version 240 software (or greater) <br /> information. along with an ECPU2 or ECPU w/ NVMEM 1 board. <br /> Standard Models <br /> Vacuum Sensor Kits are available in a variety VeedewRoot P/N Description <br /> Of models: 330020467 4 Vacuum Sensor Kit' for steel tank <br /> 330020468,469,470,-471 4 Vacuum Sensor Kit* for fiberglass tanks (4',6',8',10') <br /> 330020486 4 Vacuum Sensor Kit' for no tank <br /> • For monitoring double-walled piping 330020472 3 Vacuum sensor Kit* for steel tank <br /> and sump rntet'SCieeS 330020473,474,-475,-476 3 Vacuum Sensor Kit* for fiberglass tanks (4',6',8',10') <br /> P 330020485 3 Vacuum Sensor IGt* for no tank <br /> • For monitoring double-walled steel tank 330020479 2 Vacuum Sensor Nt' for steel tank <br /> interstices (see back page) 330020-481 ,-482,-483,-484 2 Vacuum Sensor Kit* for fiberglass tanks <br /> 330020-480 2 Vacuum Sensor I0t' for no tank <br /> • For double-walled fiberglass tanks 330020-495 1 Vacuum sensor Kit* for no tank <br /> 857280-100 Vacuum Sensor for piping 8 sumps <br /> These kits differ in the number of vacuum 857280-200 Vacuum Sensor for steel tanks <br /> 857280.301 ; 3021-303,-304 Vacuum Sensor for fiberglass tanks (4',6',8' , 10') <br /> sensors and the configuration of associated 330020-448 Mounting IGt <br /> liquid sensors. An inline kit mounted liquid 332217-001 Relief Valve Assembly <br /> sensor is used for Vacuum Sensors 332250-001 Smart Sensor w/Embedded Pressure Sensor Module (7 Channel)** <br /> monitoring piping and sumps. An external Accessories Part Description quantity/Length Part Number <br /> 1 /4" NPT Barbed Fittings 3 330020-487 <br /> liquid sensor (to be installed in the secondary 1 /4" NPT Barbed Fittings 15 330020-488 <br /> space at the bottom of the tank) is provided 1 /4" NPT Barbed Fittings 25 330020-489 <br /> with one of the Vacuum Sensors in the steel Barbed Tee 1 576008-657 <br /> Vacuum Hose 25' 25' 332310-001 <br /> and fiberglass tank kits to monitor the tank. Vacuum Hose 50' S0' 332310-002 <br /> Vacuum Hose 100' 100' 332310-003 <br /> 3—Wav Ball Valve 1 576008-649 <br /> Schrader Valve Barbed Fitting 3 330020-496 <br /> Schrader Valve Barbed Fitting 15 330020497 <br /> Kits include mounding bracket, 6' of vacuum hose, relief valve assembly (4 required) and the appropriate number of liquid sensors, <br /> 3-way ball valves, barbed fd6ngs and hose damps so that each vacuum sensor can monitor a single tank, sump or pipN interstices. <br /> The Vacuum Sensing System requires one 7 channel Smart Sensor Interface with Embedded Pressure Module, 8 channel Smart <br /> Sensor Modules (p/n 329358-004) can be used for Vacuum Serosas eight and above. <br /> For more information call : 1 =888=561 =7942 <br /> ; VEEDER- ROOT <br />