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0) _ w Q 00 - R 0 w CIO W RELOCATE EXISTING AREA LIGHT AND POLE `� POWER AREA INTRINSICALLY SAFE AREA w a a `t N J TO MATCH EXISTING w / - z V J � U AREA LIGHTS o Er 0 a °-i � AC LINE � �,� �.� � � V W v R N AC NEUTRAL Z CONNECT BOND WIRE J Q Z TO POLE AT HAND HOLE CHASSIS GROUND m L'° W = O AND RETURN TO = BARRIER GROUND 1 C SERVICE PANEL - / U POWER AREA INTRINSICALLY- SAFE AREA ` _ o `� o o W W O ANCHOR NUTS WITH ° ® O ❑E ❑® CTT) o m LARGE WASHERS, NUTS mo Q AND LEVELING NUTS ® ® ® GROUND 00 GROUND ® 0 J ((fl FURNISHED WITH POLE. J ~ SIZE DETERMINED BY MODULE TYPE: NOT USED MODULE TYPE: NOT USE N N N N W 0 MANUFACTURER. SPARE SPARE POSITION RECORD: _, POSITION RECORD: V 16 • � 6 5 8 2 5 C0 GROUT AROUND POLE • • 8 2 6 BASE AFTER PLUMBING 3 7 3 7 _ Y CHAMFER ALL EXPOSED 4 8 4 8 ^ S y EDGES. o SPARE 7 SPARE MODULE TYPE: NOT USED MODULE TYPE: NOT USE P I M • 15 • • • POSITION RECORD: POSITION RECORD: FINISH GRADE 1 5 1 5 —I 1 ' I . —III—III- —i 2 6 2 6 - I SPARE 6 3 7 3 7 14 4 8 w n CONTRACTOR TO CHECK LIGHTING • • • • 4 8 CONDUIT--------,. I , I o o CIRCUITRY AFTER REMOVAL OF MODULE TYPE: NOT USED MODULE TYPE: NOT USE EXISTING LIGHT POSITION RECORD: POSITION RECORD: - - SPARE SPARE 1 4 1 5 6 1 5 5 2 6 CONCRETE BASE 9 • 13 • 2 6 WITH (4) #4 VERTICAL -- -- 3 7 3 7 REINFORCED STEEL - z 3-74-F,s s M WUMSE" oft 4 8 T+ 1 ou,NR R,TNo 4 8 BARS AND #2 STEEL PRESSURE 1su SEE DRAWING A4-01 DETAIL 12 SPARE XMIT ��" MODULE TYPE: NOT USED MODULE TYf E NOT USE HOOPS AT 12"0 # 12 4 0 0 0 0 0 0 0 0 0 0 0 0 PLED POSITION RECORD: POSITION RECORD: FOR ENGINEERED FOOTING DESIGN SUMPS • _, 5 • • • PRESSURE LINE LEAK INTERFACE NODULE SUMPS 1 5 r 1 J MAVM"M s°» '� 3 2 6Jl 2 6 (\ A Area Light Detail +'T+°�+5�+6�+'�+e� " ,s"� ° SPARE SENsoR-�r. �. 3 7 3 7 11 3 mmmmmmommmommmmm TMKSUMS 4 8 4 8 E-4 NOT TO SCALE • • • NTERSTITIAL SENSOR INTERFACE MODULE SENSORS MODULE TYPIE: NOT USED MODULE TYPE: PLED INTERFACE MODULE 1 - UrvL 1 2 - UNL. 3 - PREM. PI - PUMP INPIR SICNAi hwmuu scxsor _ PI PRu P PI PRL, P PI PR LIP RR - PUMPNPURN (NEUIRN.) I+' -1+�- +'- +°-I +s-1 +6N +'-1 +e� oma;, =�"° POSITION RECORD: POSITION RECORD: TURBINE PLED U - UNE POWER INPOr w:.1 1 5 4 1 REG. UNLEADED 1 5 SPARE • . • • • • • PO - PUMP OUTPUT CONTROL SENSOR • s eMv INSTRUCTIONS: 10 mm mmm0mmmmmemoemo R 2 rem0mmmmmm0mmmmmo SUANNULMP 2 2 6 2REG. UNLEADED 26SPARE NOTE: WHEN TEMPERATURE IS BELOW 50°F (10°C), KEEP RESIN IN A WARM PLACE PRESSURE UNE LEAK CONTROLLER MODULE _•i • • NTERsnnA SENSOR w ERPACE MoouLE sENsoes • 3 7 3 PREM. UNLEADED 1 7 PRIOR TO MIXING (e.g., IN AN INSIDE POCKET NEXT TO BODY). a. ° �° E PROBE— T PRORE 4 8 4 SPARE 8 W REIAvTOEnERNuoencE r1 +ZT+'T44-] �`"°°I MODULE TYPE: NOT USED MODULE TYPE: INTERSTITIAL SENSOR INTERFACE 1 . REMOVE GUARD BAG, USING CAUTION NOT TO DAMAGE INNER BAG. �c No T° "o o "° N° ° "° xo I ° 2. GRIP BOTH EDGES OF BAG AT THE CENTER BARRIER, WHILE YOU FLEX AND 9 rs L�°� POSITION RECORD: POSITION RECORD: TURBINE DISPENSER SENSORS J N "°"� M« °R • • 1 e e' 0 e e e TANK LEVEL 1 PREM. UNL TURB 5 DISPENSER 7/8 WRINKLE THE BAG ACROSS THE BARRIER, THIS WILL WEAKEN THE BARRIER m m m m m m m 0 m m 0 m °° GAUGES • 1 5 3 00 3. SQUEEZE THE CLEAR SID OF THE RESIN, FORCING THE RESIN THRuUGH THE PRoe INrEREACE MOouE 2 6 2 DISPENSER 1 2 6 DISPENSER l 10 CENTER BARRIER. 3 7 3 DISPENSER 3Z4 7 DISPENSER 11 12 O D Q 4. MIX THROUGHLY TO A UNIFORM COLOR BY SQUEEZING CONTENTS BACK AND ® ® ® ® Rd ® 8 4 DISPENSER 5/6 8 SPARE FORTH 25-30 TIMES. \/ MODULE TYPE: PLLD CONTROLLER MODULE MODULE TYPE: INTERSTITIAL SENSOR INTERFACE = Le 3 5. SQUEEZE RESIN TO ONE END OF BAG, AND CUT-OFF OTHER END. POSITION RECORD: POSITION RECORD: TURBINE/FILL/ANNULAR SENSORS Q = 6. SLOWLY INSERT CONNECTION INTO SEALING PACK UNTIL IT FITS SNUGLY AGAINST 1 REG. UNLEADED 1 5 1 REG. UNL A AN NU AR 5 REG. UNL B FILL Q 1 THE OPPOSITE END. WITH'VEEDE -Boor'FOLLOWING w/ PRINTER MODEL NvR-aaerso-tzz � 6 2 REG. UNLEADED #216 2 2 REG. UNL A FILL 6 REG. UNL B TURB 0+ 7. TWIST OPEN END OF BAG AND USE TIE WRAP TO CLOSE IT OFF, OR WRAP OPEN 1) THE F160-16 c RISK M NAGE E) �1) VR-3301 60-1 60 RISK MANAGEMENT SOFTWARE 3 PREM, UNLEADED #117 3 REG, UNL A TURB I 7 PREM, UNL ANNULAR END OF BAG WITH VINYL ELECTRICAL TAPE AND POSITION THE TAPER END UP (2) VR-329358-001 EIGHT INPUT INTERSTTTUAL/LIOUID 4 4 REG. UNL B ANNULAR 8 PREM. IN FILL rip) � UNTIL THE RESIN JELLS. \ SENSOR INTERFACE MODULE 8 ( VR--3293-002 FOUR INPUT PROBE INTERFACE MODULE TO CONSOLE R (1> vR-3zs3ss-oot PouR RELAY OUTPUT MODULE MODULE TYPE: 4-RELAY OUTPUT MODULE MODULE TYPE: PRDBE INTERFACE MODULE (1) VR-330280-001 SIR PROTOCOL DIM POSITION RECORD: POSITION RECORD: TANK LEVEL GAUGES \ (1) VR-330532-001 TLS-350 MEMIN EXPANSION MODULE (2) VR-329260-001 EXPANSION MODULE FOR 35OR 9 1 KIOSK VR REMOTE ALARM 5 SPARE 1 1 REG. UNLEADED A 5 SPARE R— (1) VR-330749-002 6 INPUT MODULE 2 MEMBERSHIP VR REMOTE AWN 6 SPARE 2REG. UNLEADED B 6 SPARE (1) VR-330873-001 6 INPUT PLLD MODULE 3 PREM. UNLEADED 7 SPARE TO SENSOR/PROBE VR-330374-001 3 OUTPUT aLLo MODULE 3 SPARE 7 SPARE 4 SPARE 8 SPARE _ 4 SPARE 8 SPARE � �R Veeder Root Console / GROUND 0 GROUND 0 LL OUTER BAG ZIP TIE Module Configuration CABLE JACKET TO BE SEALED INSIDE THE RESIN R� ,.•: :%// 'Q O — ,0 \� 3 r WIRE NUTS F Veeder Root Console Module Configurations RESIN BAG �f E-4 NOT TO SCALE R Q Q RVeeder Root Splicing Detail w a O z 'Y z E-4 NOT TO SCALE: z z DO NOTE: ONCE MONITORING CONDUIT LEAVES SUMP, BOND ADDITIONAL #6 SOLID BARE COPPER GROUND �I, �I �I WITH POTTING DAM IN PLACE, v u CAREFULLY POUR SEALING WIRE TO CONDUIT WITH 1 " GROUNDING CLAMP AND ROUTE WIRE TO 1 /2"x10' SOLID COPPER GROUND v ELECTRONICS COMPOUND THROUGH FUNNEL ROD OUTSIDE TANK HOLE. GROUND ROD TO BE INSTALLED IN NATIVE SOIL. CAD WELD GROUND WIRE TO s e CABINET TO FILL CONDUIT GROUND ROD. CAD WELD CONNECTIONS FROM THE TWO ADDITIONAL TANKS TO THE MAIN GROUNDING o o $ R WIRE ROUTED TO THE GROUND ROD. R FUNNEL �- GROUiHDING ELECTRODE DUCTOR " R WIRES \ CONDUCTOR 1 " DIA. (AT CONDUIT) AND BOLT-TYPE CONNECTION \ p Z N CONDUIT NUT WITH INTERNAL SEALING DEVICE OR EXOTHERMIC WELD LIP TO PREVENT BLOW-OUT COMPOUND / 4' DIA. (AT RISERS) _ uwi o DO GROUND CLAMP. NON-METALLIC \1 w x ° GROUNDING PROTECTIVE SLEEVE z z w �i ELECTRODE T ¢ LF7 N 00 g z — - CONCRETE FOUNDATI _-- % o 00 o N z 0 \ w DO 00 w o I a r (V HYDRAULICS CONTRACTOR PROVIDED 2' MINIMU -- w r, CABINET CONDUIT 8"x1 " 20'-D" MINIMUM N z N N O oOw � � > � g DIAMETER Y v GROUND CLAMP o (TYP. OF 2) i\ �\%iili �Wi .�W, i.ii,i (GN ° oNiy FIBER POTTING DAM INSTALLED RISER/CONDUIT (TYP•) #6 COPPER p #4 AWG OR LARGER BARE COPPER y b� w WIRES SOLID BARE WIRE / A y CONDUCTOR OR STEEL REINFORCING , S ` 6 AWG BARE COPPER BAR OR ROD NOT LESS THAN 1 /2 Q • EXAMPLES OF ACCEPTABLE COMPOUNDS ARE: KILLARK TYPE "SC", CROUSE-HINDS "CHICO A3", WIRE NUT GROUND WIRE. TERMINAL E-4 / Iz HARTLINE ROCKITE SEALING COMPOUNDS. NCH DIAMETER CONNECTION AT CLAMP. \-, 0 • MIX COMPOUND ACCORDING TO COMPOUND MANUFACTURER'S DIRECTIONS IN A CLEAN VESSEL I \ DIRECT CONTACT )• MIX ONLY AS MUCH POTTING COMPOUND AS CAN BE USED BEFORE COMPOUND HARDENS. WITH EARTH / REFER TO COMPOUND MANUFACTURER'S INSTRUCTIONS. Qa0��6SJ0 d'8 a copy • USING A FUNNEL, CAREFULLY POUR SEALING COMPOUND INTO CONDUIT FROM TOP UNTIL 1 " DIAMETER GROUND _ COMPOUND IS WITHIN 1 /4" OF TOP OF CONDUIT, POUR SLOWLY SO AS TO PREVENT AIR CLAMP (SEE NOTE ABOVE) 40160 BUBBLES FROM FORMING IN COMPOUND AND AROUND WIRES. D rF ;- ' z • IMMEDIATELY CLEAN ALL SPILLED COMPOUND FROM CONDUIT THREADS AND CABNIET SURFACES. Electrode Grounding Detail ;- R3-30�j V 0 c Pottin Conduit Stubs _ � Ground Clamp Detail E-4 E Static Groundin Detail E-4 NQT TQ SGALE: � '� o o N w j�� E-4 NOT TO SCALE: E 4 NOT TO SCALE: E'4 NOT TO SCALE: