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DESCRIPTION DATE <br />Awl ORIG. ISSUE 7/31/02 <br />REV <br />A <br />BY APP <br />-EEE] el\ 0 %Or <br />3 4r r 9900—SLAB <br />RBASIONS <br />03/4 WAS 15/15. 352 CUP WAS 2152 <br />BASE '1,A,N <br />SOME .4 3/4 4. <br />TYPICAL HOLD DOWN CLIP <br />SOME -5001 A <br />10 14 04_ <br />SECTION TANS SLAB SCALE ve 1-17 . <br />NOTES: <br />MIK CONCRETE COMP STRENGTH H 2500 pel <br />MIN. RENT, TIELD STRENGTH 40000 p.1 <br />4 <br />UNLESS OTHERWISE SPECIFIED: LOJENSIONS ARE Al MOS baterISIORS APPLY AMR PROCESSING 1,OLETW(CF <br />X -4.1 <br />„XX 4. *All .1055 - MOOS <br />a/5 ±1/84 <br />MOOS w ±117 <br />SURFACX FeaSit <br />LEry DIM ANSI <br />REMOVE ALL BURRS AND SHARP EDGES 3 2 <br />DRAWN BY: AYH <br />ClacKED WV: <br />MATTRIAL:. <br />DITIMMENT: <br />DAM ANGLE PROJECTION <br />SYSTEMS, INC. <br />gN. fl <br /> fIrNNAHN: d— Ithlt4 0W1 <br />(111C 15111 <br />CLEAN AIR TANK <br />MOUNTING SLAB DETAILS <br />Dec No. 9900-9945 <br />SCALE .3/4 IstILET — OF — <br />DATE 7/21/02 <br />DAM <br />SIZE <br />03 <br />tu <br />a <br />1 <br />TANK. BASE BASE At WAS BY OTHERS <br />TOO <br />3/4- CHAMFER <br />2" MAK <br />UNSTABLE OR COMPACTED <br />MATERIAL PER =TECHNICAL REPORT. <br />(II) .4 EACH WAY TIP. <br />DR <br />WM' HILO KIRK BOLT • 4" tmeasaart /AK <br />(4 PLACES) OM E34527). <br />MOH MADE <br />4 <br />CRITERIA <br />SOIL REARM° .4 Imo AEu. <br />=MC MAE 4 1iwit.5 <br />Co-H1.4‘le <br />TANK k FOVIING <br />Theory Of Operation <br />The Healy Three — Components that make the system work for EVR <br />NEWT vALRE <br />IONPARLPV SLOPE 15- OEN FOOT. 103 FT, AWL LEN0711 <br />ILART MILER VALVE P/N 141ING OVERFILL <br />AP0ISC -1101:1 <br />OALL VALVE LOG/Mb. OREN <br />=1:1 0R121 <br />AR NORVAL OPINA11014 <br />VAPOR 114L1Fri <br />A.1FSEWNLY - <br />P/N RIM <br />AIR BREA RNER <br />ASSEINK, P/IR 914419 <br />It NINRbiLmm <br />ABNve <br />NALL VALVES <br />43L°°7•RCLic NORNAL (R.E.RAIION <br />HALL 'AL'.4 1_0(i[13) CLOSIED <br />it <br />91-)0Rizclo <br />NORINAL OPFAATION <br />PLUG <br />Healy Motor Install <br />• 1/8th inch slope per <br />foot <br />• Copper tubing both <br />sides <br />• Follow specific <br />directions for <br />dispensers listed in <br />VR-201 <br />• You decide on <br />G-70-191 AA <br />Executive Order VR-202- <br />Healy Phase II EVR System <br />Inducting Veeder-Root ISO <br />Exhibit 1 <br />Figure 1A-3 <br />Healy Model WI 000 Vacuum Pump <br /> <br />NVMEM 2 (Report Storage) <br />Software Enhancement Module (SEM) <br /> <br />1 per console <br />1 per console <br /> <br />330020-515 <br />331943-203 <br />330160-xxx <br />Vapor Pressure Sensor Kit 23 I per station <br />2The vapor flow meter and vapor pressure sensor are intrinsically safe sensors that connect to either the Eight Input <br />Smart Sensor Interface Module (PIN 329356-004) or the Seven Input Smart Sensor Module iv/Embedded Pressure <br />Sensor Interface Module (PIN 332250-00)..) <br />'The vapor pressure sensor kit includes ISD system manuals. <br />Clean Air Separator (CAS) <br />• is a containment <br />system designed to <br />control UST <br />pressures consistent <br />with EVR standards. <br />The CAS is a self- <br />contained bladder <br />system without <br />mechanical <br />movement or power <br />consumption. <br />A specially designed vapor flow meter accurately <br />measures the amount of gasoline vapor returning <br />from the car allowing the system to identify a failed <br />or degrading component. <br />A pressure sensor is installed in the <br />containment system to monitor tank <br />pressures 24 hours a day to ensure <br />proper containment of the gasoline <br />vapors. <br />ISD System Requirements <br />The following table contains pricing, part numbers as well as a description for the <br />ISD components. <br />, -2ZIL Azs.31..p. _AAA, <br />330020-445 Vapor Flow Meter (Sensor) Kit' <br />_ <br />Monitored- Item(s) <br />1 per dispenser <br />Typical installation <br />The following figure BD Pressure Sensor shows a typic:il ISD tin 1 dispenser only) <br />installation in the 'ose of <br />a dispenser. <br />Anew mug <br />point down <br />otin.ET <br />9591 mow 911040w <br />Top of pedestal Island I <br />0 IC/' 1CPP V ."1411 AO h• <br /><Z,,TA <br />cd)),61 .0 ,Q4,62p 4Q. 0 pl <br />A 4,p,o <br />0'4 D4spenser sump <br />Seal oft <br />(customer <br />supplied) <br />Pitch to <br />Orals 114' <br />per 12" <br />honyontal <br />Vapor rebim line <br />shear +/live <br />II <br />lc? 0 <br />I 0° <br />A test port Is required for <br />introducing liquid during <br />TP-201.4 dynarnic <br />backplassure test. <br />Junction box <br />clintotner <br />supplied) t <br />Flow Meter and Pressure <br />Sensor wiring may share <br />the sarne conduit to console r>1 <br />1 <br />Conduft to <br />TLS Console <br />2 - or 3 common main vapor return tine <br />Illi <br />1.1 14! <br />Mai <br />r <br />Ti <br />ISO Flow Mater <br />PresSUM sensing port <br />04 rigid tubfng <br />I firilnetavaporlted "anywat::: <br />---"--- 1/4780rDnIve) --- <br />as required <br />F) A <br />I <br />/ 13E10Eiv si4161-DED crti* 18,r, zre7oc, <br />Die,oeneer hyeraullcs cabinet I <br />Vapor rium line <br />from dioenser <br />• <br />.Pecp I , v e <br />IVO Iv .` <br />C err Op rwiko mi teri.i fi <br />r)i.!oz,9/ • <br />0 BOLLARD FILL W/ CONC. (TYP. <br />Sita POST PAINT TO <br />MATCH SITE CONDITIONS <br />FINISHED GRADE <br />18 1'0 CONCRETE FOOTING <br />BY G.C. (YR.) <br />OhwrII Plat System Including Veeder-RootiSD. Exhibit 1 —VR-202-