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<br />Figure -17-5. Connecting Pressure Sensor to TLS-3XX Smart Sensor Interface Module
<br />Environmental Monitoring
<br />Cable to CCVP
<br />thermal probe (factory.
<br />installed)
<br />i Attach 2 -pin connector
<br />° QO i to CCVP valve connector
<br />(other end of cable connects
<br />to TLS field wiring in upper] -box)
<br />-
<br />777=�
<br />Carbon Canister
<br />I'h/Cv 16es
<br />'To Seal -off •_� Back
<br />Smart Sensor i (only req'd i 2 -conductor cable
<br />Interface Module i at lower White to CC vapor valve
<br />j -box) + •
<br />` I `
<br />�1/2" rigid
<br />conduit
<br />gad-amccvps.evs Epoxy sealed connections in a
<br />weatherproof junction box
<br />iso-eveyois e c P P Figures. Field wiring CCVP vapor valve
<br />Figure 4. Locating the CCVP vapor valve coy
<br />rector
<br />A B
<br />■ - From probe,
<br />I
<br />V sensor, or
<br />transducer To console
<br />-
<br />SMAtir W r.1
<br />T2 T+3T+4T+5T+s-++7 T81
<br />MAx',uut
<br />the ends of cable -
<br />SBdSOR
<br />-
<br />merged in sealant .' -Tie wrap
<br />OUrPUTRATWGS
<br />3VOC
<br />Wire nuts
<br />Instructions:
<br />0.2AMP
<br />4. Mix thoroughly to a uniform color by squeezing
<br />resin in a warm place prior to mixing (e.g., in an
<br />®
<br />Inside pocket next to body).
<br />SMART SENSOR INTERFACE MODULE
<br />1. Open epoxy sealant package, and remove resin pak.
<br />Attach Cable Shields to Ground
<br />2. Holding resin pak as shown in A, bend pak along long
<br />until they fit snugly against the opposite end as
<br />length.
<br />Lug Closest to Conduit Entry
<br />S. As shown in B, firmly squeeze the RED SIDE of the
<br />7. Twist open end of bag and use tie wrap to close it off
<br />resin, forcing it through the center seal and into
<br />and position the tie vrapped end up until the resin
<br />BLACK SIDE.
<br />jells.
<br />Console
<br />Rigid Conduit
<br />(enters Console
<br />through an I.S. Bay
<br />-
<br />knockout)
<br />-Pressure
<br />Sensor
<br />Figure -17-5. Connecting Pressure Sensor to TLS-3XX Smart Sensor Interface Module
<br />Environmental Monitoring
<br />Cable to CCVP
<br />thermal probe (factory.
<br />installed)
<br />i Attach 2 -pin connector
<br />° QO i to CCVP valve connector
<br />(other end of cable connects
<br />to TLS field wiring in upper] -box)
<br />-
<br />777=�
<br />Carbon Canister
<br />I'h/Cv 16es
<br />'To Seal -off •_� Back
<br />Smart Sensor i (only req'd i 2 -conductor cable
<br />Interface Module i at lower White to CC vapor valve
<br />j -box) + •
<br />` I `
<br />�1/2" rigid
<br />conduit
<br />gad-amccvps.evs Epoxy sealed connections in a
<br />weatherproof junction box
<br />iso-eveyois e c P P Figures. Field wiring CCVP vapor valve
<br />Figure 4. Locating the CCVP vapor valve coy
<br />rector
<br />A B
<br />■ - From probe,
<br />(
<br />V sensor, or
<br />transducer To console
<br />C
<br />Make sure that
<br />the ends of cable -
<br />sheathing are sub
<br />-
<br />merged in sealant .' -Tie wrap
<br />/
<br />/
<br />Wire nuts
<br />Instructions:
<br />NOTE: When temperature is below 507 (10°C), keep
<br />4. Mix thoroughly to a uniform color by squeezing
<br />resin in a warm place prior to mixing (e.g., in an
<br />contents back and forth 25-30 times.
<br />Inside pocket next to body).
<br />5. Squeeze mixed, warm resin into one end of bag and
<br />1. Open epoxy sealant package, and remove resin pak.
<br />cutoff other end.
<br />6. Slowly insert wiring connections into sealing pack
<br />2. Holding resin pak as shown in A, bend pak along long
<br />until they fit snugly against the opposite end as
<br />length.
<br />shown in C.
<br />S. As shown in B, firmly squeeze the RED SIDE of the
<br />7. Twist open end of bag and use tie wrap to close it off
<br />resin, forcing it through the center seal and into
<br />and position the tie vrapped end up until the resin
<br />BLACK SIDE.
<br />jells.
<br />® ;o
<br />c $0681V%y2m. Ps
<br />Figure -17-4. Epoxy sealing field wiring
<br />Twicai installation i — — — — — - - - - - — — — — — — — —
<br />_ etepeamecMU!auaacsbmet .- I - ' I
<br />s _ The 'following figure sD aamoresa �_ �anuq�
<br />Tr shows a typical ISD i fir° roles f3EF pCM SH t ELDtD ` 18C� t 5 ryN
<br />Y installation in the base of �ig'l7b(5
<br />A specialty designed vaporflow low meter accurately ' ; I o L D
<br />measures the hmoum of gasoline vapor returning a dispenser' I . Yo
<br />_. .rremuece�na run vapor - 1- �>
<br />9e cz
<br />from the car al the system to identify a failed ?T
<br />ypu4mue� ' - _ ISD Aavltemr �'.., r „'1,'_ r509001
<br />or degrading component. tr I
<br />�. -,4 t Wayne' Ovation Series
<br />w.�e,fy„� polMtlnwn dgdNNrg. , �
<br />rrf
<br />I 1
<br />-.; - Pumps and ispensers
<br />�rr uunaT dy,u° ^e I-
<br />Rwm..,.,a,1.e
<br />P_ iror¢nyeel G
<br />» g a <9,•8' TOP of pedestal Island I TLSTLS Cmssole� 1
<br />A pressure sensor is installed in the w •q�' i.� f
<br />containment system to monitor tank 3 J�IoQ° C Wayne introduces the
<br />pressures 24 hours a day to ensure
<br />n 001 next generation of fuel
<br />proper containment -of the gasoline �� o - TP•2o1.a ynertie sa sorwd�maydee. I ae:
<br />vapors. ��j,° a` a, °moi na�nap �roa �(i dispensers.
<br />00 00
<br />g�, 01 Sao:
<br />Qb QQC�I rors•amtcnmevy vapwiaGunbrae .
<br />ISO Syst+em:R"Uireffienis �° p` �°bbtoo! �pa�arawnp _ _ _ _low' v n series
<br />- - - - - - - - - - - - Presenting the 0 atio
<br />The following table contains pricing, part numbers as well as a description for the - --
<br />ISD components ns
<br />The Ovation series dispensers
<br />ISD PRESSUREFl__�y�( have been skillfully developed
<br />C NOT TO SCALE
<br />®1
<br />330.(}20-445 .Vapor Fiaw Meter (Sensor) Kite I per dispenser PENSER ®ETAII integrating the latest advance-
<br />ments in technology with a state -
<br />33Q020 -515 vapor Pressure Sensor Kit'' I per starion of -the -art product design to meet
<br />331943 203, NVMEM 2 (Report Storage) l per console the challenging requirements of
<br />330160 aazc Software Enhancement Module (SEM) 1 per console
<br />the retail marketplace. Wayne
<br />'The vapor flow meter and vapor pressure sensor are intrinsically safe sensors that connect to either the Eight Input k
<br />performed extensive research in
<br />Smart Sensor Interface Module (PIN 329356.004) or the Seven Input Smart Sensor Module wFEmbedded Pressure
<br />--- - ---- - -- - - -
<br />SmorinterfaceModuli (PIN 332250-001.) bringing the most innovative
<br />'The vapor pressure sensor hit includes ISD system manuals.
<br />solution ever as your answer for
<br />integrating the fuel dispenser,
<br />POS, and merchandising oppor-
<br />tunities to help your business to
<br />exceed expectations -
<br />■ The 3 foot radius sphere - r
<br />is classified as Class I. -
<br />Division 1, Group D-
<br />E The 5 foot radius sphere `S—PN assembly
<br />is classified as Class I,
<br />_ (customer supplied)
<br />Division 2, Group D
<br />_ _ 2" or 3" Sched. 40 upper vent pipe,
<br />Danister outlet (from kit or customer supplied)
<br />oust be 12 feet 2 -pin connector of cable from
<br />minimum Canister support
<br />above grade bracket &fasteners kit attaches to CCVP valve j
<br />(from kit) Cord grip (from kit)
<br />Eiji Canister support
<br />studs w/nuts`� Upper J -box - Install per all
<br />(3 each side) National, State and Local
<br />codes (customer supplied).
<br />Centerline of brackets � Epoxy enclosed connections
<br />lowest U -bolt in junction box.
<br />12 feet
<br />minimum
<br />above grade j Install conduit per all
<br />(Ret) _ ; National, State and
<br />15.7" ®' Local codes
<br />Min. (customer supplied)
<br />;
<br />2" or 3" Reducing tee,Sched. 40
<br />(from kit or customer supplied
<br />fittings). All pipe and pipe fittings
<br />must be schedule 40. All tube
<br />i fittings must be UL listed and
<br />installed per all applicable national,
<br />state and local codes and approved
<br />-' by the local authority. having
<br />1101, ' jurisdiction.
<br />Reducing tee J li Minimum;
<br />Critical 2" or 3" lower vent pipe,
<br />dimension Sched. 40 (threaded to fit tee
<br />if installing 332954-002 or
<br />332954-003, customer supplied)
<br />L
<br />Vent pipe to support Strut
<br />„` 1 ---- fasteners
<br />.' �•° �_ Support strut assembly (customer supplied)
<br />must, be independently
<br />anchored in concrete.
<br />9 LowerJ-box - Install per all
<br />Wind loading and —
<br />supp ort must comply National, State and Local
<br />I - Valve handle witfipfooatco�c es. ; codes (customer supplied).
<br />,. Epoxy enclosed connections
<br />valve handle Hitch pin (customer supplied)
<br />Clears pm
<br />r aux' Grade
<br />I,�iE I
<br />r
<br />Handle Position - Canister to vent Stack - Handle Position - Canister to Atmosphere
<br />Figure 1. Typical direct wired installation example
<br />1
<br />Sr=KDRAFTING FORM NO. 101.50 RC
<br />R.,
<br />1.4. OVATION WITH VGA DISPLAY
<br />Ovation dispensers may be equipped with the optional VGA (Video Graphics Array) display
<br />screen as shown in Figure 1-2 below. With this option, the display screen is 10.4" and the
<br />CAT keypad is located under the card reader.
<br />FIGURE 1.2 OVATION WITH THE VGA DISPLAY OPTION.
<br />VGA SCREEN
<br />CAT KEYPAD
<br />NOTE: "This equipment has been tested and found to comply
<br />with the limits for a Class A digital device, -pursuant -to Part 15 of
<br />the FCC Rules. These limits are designed to provide reason-
<br />able protection against harmful interference when the equip-
<br />ment is operated in a commercial environment. This equipment
<br />generates, uses, and can radiate radio frequency energy and, if
<br />not installed and used in accordance with the instruction mann-
<br />al, may cause harmful interference to radio communications.
<br />Operation of this equipment in a residential area is likely to
<br />cause harmful interference in which case the user will be re-
<br />quired to correct the interference at his own expense."
<br />Nli
<br />DRAWN
<br />F. KOZMA
<br />CHECKED
<br />J. COFFELT
<br />DATE
<br />01-05-09
<br />SCALE
<br />NONE
<br />JOB NO.
<br />091501
<br />SHEET
<br />D
<br />OF SHEETS
<br />
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