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<br />_-- -Maximize protection with a vacuum � 1,
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<br />vacuum tensor ma, ror steel ranK
<br />Vacuum Sensor Klt" for fiberglass tanks
<br />and sum interstices.
<br />p
<br />330020-473,-474,-475,-476
<br />330020.485 3
<br />Vacuum Sensor KIt" for no tank
<br />monitored
<br />secondary
<br />330020-479 2
<br />containment
<br />system.
<br />interstices (see back page)
<br />330020-481.-482.-483,-484 2
<br />330020-480 2
<br />Vacuum Sensor Kit' for fiberglass tanks
<br />Vacuum Sensor Kit' for no tank
<br />(4',6',8',10')
<br />_ _
<br />Or�OablC-walled fiberglass tank§ - - -
<br />A Secondary Containment Vacuum
<br />eatures and Benefits
<br />�(nlln ll 5iti llr,Ilfr,ihl hlluvl bul,'
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<br />Sensing System for use with Veedew
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<br />Root's ATG Systems. The Secondary
<br />Cem6edtomeetGnlifomiasreTurementfor
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<br />Containment Vacuum Sensing (SCVS)
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<br />System is designed to detect leaks in double-
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<br />i 11 a lb" 1 r 1611-1nc,l , , I:.. I 1 c.d;
<br />'
<br />L 1 rlh in u I l sunk Ind connru to lire
<br />con ole, via cuing
<br />walled tanks and piping systems while
<br />Jc,c.aon, cldirlolh thet.u1orrall
<br />ableio-shal,wuin conclulcmill onher
<br />helping to contain a release of product while
<br />Strnclarcl FN 131(0-)
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<br />Accu i ��o�til uIn clll �,lfc 15 rl c nrl
<br />under vacuum. The system consists of:
<br />r � �
<br />31d t'u LItlOtldt W01,. Group L i.rl 1-6111,
<br />u,ti r i .clue a ,umn i ; nc 1 a' Is
<br />330020 487
<br />330020.488
<br />space at the bottom of the is provided
<br />[o ,ll ut I i I'], 11,1 111
<br />•.__.._Vacuum Sensors, connewcts to tank,
<br />330020-489
<br />�s:hi
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<br />., _ _____
<br />sump orpiping .l_er�StlCe—
<br />1
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<br />lcicd�c(p,lilllli unrcculn,>iln Hl[
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<br />• A Submersible Turbine Pum (STP),
<br />pl� or
<br />hli�11111naln5tlo, lRi�sclnl,
<br />Sun le illtal,uoI):Inrl"
<br />to provide a source of vacuum
<br />� til,iiis5dhut�.udriihi
<br />vacuum H6se 50'
<br />• A Smart Sensor Interface with Embedded
<br />332310-002'
<br />-•
<br />Pressure Module in a TLS -350
<br />Operating Temperature Rating:
<br />Console Capability
<br />Monitoring System
<br />-25 degrees C to +70 degrees C
<br />The Vacuum Sensor is compatible with
<br />the following consoles:
<br />The Vacuum Sensor is interfaced to Veeder-
<br />Cable Length:
<br />Console
<br />TLS-350R/EMC w/BIR'
<br />RooNs TIS -350 Monitoring System via
<br />8 feet
<br />TLS -350 Plus/EMC Enhanced"
<br />intrinsically safe wiring to provide system
<br />Sensor Dimensions:
<br />TLS-350/EMC"
<br />status, replenish rate, alarm, and diagnostic
<br />5" high x 5" wide 2" deep
<br />'Upgrade Note: The Vacuum Sensor System requires
<br />the console to have version 24C software (or greater)
<br />information.
<br />along with an ECPU2 or ECPU w/ NVMEM 1 board.
<br />Standard Models
<br />Vacuum Sensor Kits are available in a variety
<br />of models:
<br />• For monitoring double -walled piping
<br />�1:iW1U-4/2 j
<br />3
<br />vacuum tensor ma, ror steel ranK
<br />Vacuum Sensor Klt" for fiberglass tanks
<br />(4',6',8',10')
<br />and sum interstices.
<br />p
<br />330020-473,-474,-475,-476
<br />330020.485 3
<br />Vacuum Sensor KIt" for no tank
<br />• For monitoring double -walled steel tank
<br />330020-479 2
<br />Vacuum Sensor Klt• for steel tank
<br />interstices (see back page)
<br />330020-481.-482.-483,-484 2
<br />330020-480 2
<br />Vacuum Sensor Kit' for fiberglass tanks
<br />Vacuum Sensor Kit' for no tank
<br />(4',6',8',10')
<br />_ _
<br />Or�OablC-walled fiberglass tank§ - - -
<br />330020-495 1
<br />867280-100 Vacuum
<br />Vacuum Sensor Kit` for no tank
<br />Sensor for &sumps
<br />These kits differ in the number of vacuum
<br />857280-200 Vacuum
<br />857280-301,- 302,-303.-304 Vacuum
<br />piping
<br />Sensor for steel tanks
<br />Sensor for fiberglass tanks (4',6',8',101
<br />sensors and the configuration of associated
<br />330020-448 Mounting
<br />Kit
<br />liquid sensors. An inline kit mounted liquid
<br />332217-001 Relief
<br />332250-001 Smart
<br />Valve Assembly
<br />Sensor Pressure Sensor
<br />Module (7 Channel)"
<br />sensor is used for Vacuum Sensors
<br />w/Embedded
<br />monitoring piping and sumps. An external
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<br />gm
<br />liquid _sensor _(to_beinstalled_in-thesecondary_-___.._1/4INKY-Barbed
<br />1/4" NPT Barbed Fittings
<br />Fittings -
<br />3
<br />-16-
<br />330020 487
<br />330020.488
<br />space at the bottom of the is provided
<br />1/4" NPT Barbed Fittings
<br />25
<br />330020-489
<br />.tank)
<br />with one of the Vacuum Sensors in the steel
<br />barbed Tee .
<br />1
<br />576048-657
<br />Vacuum Hose 25'
<br />25'
<br />332310-001
<br />- and fiberglass tank kits to monitor the tank.
<br />vacuum H6se 50'
<br />50'
<br />332310-002'
<br />Schrader Valve Barbed Fitting 3 330020-496
<br />Schrader Valve Barbed Fitting 15 330020-497
<br />Kits Include moulting bracket, 6' of vacuum hose, relief valve assembly of requTedf and the appropriate number of liquid sensors,
<br />3 -way bell valves, barbed fittings and hose clamps so that each vacuum sensor can monitor a single tank, sump or piping Interstices.
<br />The Vacuum Sensing System requires one 7 channel Smart Sensor Interface with Embedded Pressure Module, 8 channel Smart
<br />Sensor. Modules (p/n82935&-004) can be used for vacuum Sensors eight and above.
<br />rVEEDER-ROOT
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