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Maximize protection vacuum monitored secondary containment system. A Secondary Containment Vacuum Sensing System for use with Veeder- Root's ATG Systems. The Secondary Containment Vacuum Sensing (SCVS) System is designed to detect leaks in double - walled tanks and piping systems while helping to contain a release of product while under vacuum. The system consists of: Vacuum Sensors, connected to tank, sump or piping interstices A Submersible Turbine Pump (STP), to provide a source of vacuum A Smart Sensor Interface with Embedded Pressure Module in a TLS -350 Monitoring System The Vacuum Sensor is interfaced to Veeder- Root's TLS -350 Monitoring System via intrinsically safe wiring to provide system status, replenish rate, alarm, and diagnostic information. Vacuum Sensor Kits are available in a variety of models: • For monitoring double -walled piping and sump interstices • For monitoring double -walled steel tank interstices (see back page) • For double -walled fiberglass tanks These lits differ in the number of vacuum sensors and the configuration of associated liquid sensors. An inline kit mounted liquid sensor is used for Vacuum Sensors monitoring piping and sumps. An external liquid sensor (to be installed in the secondary space at the bottom of the tank) is provided with one c Sensors in the steel � � 5 and fiber t- It cwo �` UN"2 ONME4E:rtALi'E;}:.?TH PEIAITt�` EE !:T,310 , � ES Features and Benefits SatisfyRequirements • Certified w meet Califomia's requirement for secondary monitoring for tams andlines as requiredyAi3.2481 • Satisfies tbe regrrirwents for Class I leak Detection as defined by the Eruopean Standard EN 13160-2 • 31d Party, National Work Group and LG113 listed I . Reduce Exposure to. Risk • Alams whenvacmmn cannotbe maintained or wheuteplenishrate exceeds 85 liters per hour • The system alarms when figirid is detected in the secondary space Operating Temperature Rating: -25 degrees C to +70 degrees C Cable Length: 8 feet Sensor Dimensions: 5" high x 5" wide 2" deep • Facilitates periodic operability testing Leverage Existing Veeder--Root Systems • Uses SIP as the vacutan source and works with Red Jacket and FE SIPS • Installs ur the SIF sump and connects to the console via intcinsica4 safe w mi ung • Able to sbare wiring condo t with other Veeder-Root m=sx* safe (IS) pmbes and sensors including sump or line leak sensors • Interlaces to the Smart Sensor Interface with Embedded Pressure Module • for � m shut down of pre vxd ]m • Simple m5tallation, no reed to mess with brine Console Capability The Vacuum Sensor is compatible with the following consoles: console TLS-350R/EMC w/BIR" TLS -350 Plus/EMC Enhanced' TLS-350/EMC' `Upgrade Note: The Vacuum Sensor System requires the console to have version 240 software (or greater) along with an ECPU2 or ECPU w/ NVMBVl 1 board. Standard Models Veeder-Root PIN Description 09rH101_197 4 Vacuum Sensor lot' for s -A1c jssorles.Part Description- - Quantity/Length Part Number VA" NPT Ftarhari Rttinas 3 330020-487 IOts include mounting bracket, 6' of vacuum hose, relief valve assembly (I required) and the appropriate number of liquid sensors, 3 -way ban valves, barbed fittings and hose clamps so that each vacuum sensor can monitor a single tank, sump or piping interstices. The Vacuum Sensing System requires one 7 channel Smart Sensor Interface with 5mbedded Pressure Module, 8 channel Smart Sensor Modules (p/n 329356-004) can be used for Vacuum Sensors eight and above. For more information call: 1-888-561-7942 VEEDER-ROOT