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Z W D O yyqq Z15 W Z (L� Z POWER AREA INTRINSICALLY SAFE AREA E a z o = c .J AC LINE co AC NEUTRAL o CHASSIS GROUND + W J J W V Z G � w BARRIER GROUND W z Q OO co Ed co UCAS POWER AREA INTRINSICALLY— SAFE AREA o m N L O O ® e,jo ® ® ® GROUND GROUND vW Up J N � > I— r'� z- T- a� 6 '� 6� R MODULE TYPE: NOT SENSOR- USED MODULE TYPE: INTERSTITIAL SENSOR INTERFACE Y Y Y Y ® SPARE • ' ' ' • ' POSITION RECORD: POSITION RECORD: DISPENSER SENSORS - BRINE N N N J O S m m m m m m m m m m m m m m m m VACUUM � 16 x W 0 SMART SENSOR INTERFACE MODULE SENSORS ® 1 6 1 5 8 1 DISPENSER 1 2 5 DISPENSER 9 10 I= x U U 3 (� 2 6 2 DISPENSER 3 4 6 DISPENSER 11 12 (n O r'�.Z� 3. 4T R 6� '� 6� w oM° 3 7 3 DISPENSER 5 6 7 DISPENSER 13/14 CO o `S SENSOR—� v we ^ O \ 15 SPARE • ' ' • • ' • ��• 4 8 4 DISPENSER 7 8 8 DISPENSER 15 16 4z N g O •7 00 m m m m m m m m m m m m m m VACUUM e MODULE TYPE: NOT USED MODULE TYPE: INTERSTITIAL SENSOR INTERFACE o 0 0 • SMART SENSOR INTERFACE MODULE s4Ensa6esP ® POSITION RECORD: POSITION RECORD: DISPENSER SENSORS - STD t n z h P-1 ,2� 3-1-4 s� 6�- T�-. 8� 15 1 5 7 1 DISPENSER 1/2 5 DISPENSER 9Z10 SENSOR— SPARE •zw 2 6 2 DISPENSER 3 4 6 DISPENSER 11 12 ® 14 ' O 06 m m m m m m m m m m m m m m 0 m 3 7 3 DISPENSER 5 6 7 DISPENSER 13/14 SMART SENSOR INTERFACE MODULE IflAW METERS ® 4 8 4 DISPENSER 718 1 b DISPENSER 15/16 — r MODULE TYPE: NOT USED MODULE TYPE: PLLD INTERFACE MODULE SENSOR • e�, �•t , POSITION RECORD: POSITION RECORD: TURBINE PLLD SPARE ••^� 13 5 mmmmmmmmmmmmmmmm 14 1 5 1REG. UNLEADED 1 5 SPARE O O • N EAS M SENSOR IN ERFpCE MODU E TANK SUMPS ® 2 6 2 REG. UNLEADED 2 6 SPARE 3 7 13PREM. UNLEADED #117 SPARE ��zT 3T4 67 6�� 8 q � SENSOR— 4 8 4 PREM. UNLEADED 9218 SPARE SPARE • ' • ' ' ' ' ' ' ' ' ' • ' +sem MODULE TYPE: NOT USED MODULE TYPE: INTERSTITIAL SENSOR INTERFACE 012 4 m m m e 0 m m m 00 00 m m 00 DISPENSER POSITI N RECORD: • ® SENSORS • POSITION RECORD: TANK SUMPS - BRINE SENSORS �}�] INIEA5117NL SENSOR INTERFACE MODULE 1 5 1 REG. UNL A NRB SUMP 5 REG. UNL B FlU. SUMPIN A NOT USED SENSOR— r1� 2--7,3-I+4� 5,:T- 6� +77 8� 8 13 2 6 5 2 REG. UNL A FlLL SUMP 6 PREMIUM UNL TURD SUMP E'4 NOT TO SCALE: ® 11 SPARE • • • • • _� 3 7 3 REG. UNL B TURD SUMP 7 PREMIUM UNL. ALL SUMP • •3 10000000 m m m m m m m m m DISPENSER 4 8 4 -SPARE 18 SPARE 1100 IN71iRST11W. SENSOR INTERFACE MODULE sENwfts ®------ MODULE TYPE: NOT USED MODULE TYPE: SMART SENSORS J r'T2T'T4-F+ + POSITION RECORD: POSITION RECORD: VACUUM MAG SENSORS Q O INSTRUCTIONS: SPARE PRESSURE—�- ;^p 1 2 1 _ ___ 5 1 PREM UNL PROD ONE 5 REG. UNL D lURB SUMP M CO � QD NOTE: WHEN TEMPERATURE IS BELOW 50'F (10'C), KEEP RESIN IN A WARM PLACE 10 2 m m m m m m m 0 a m m m PLLD 2 6 2 PREM UNL VEM UNE V 6 REG. UN B Fl SUMP M W O PRIOR TO MIXING (e.g:, IN AN INSIDE POCKET NEXT TO BODY). ® ® ® PRESSURE TINE LEN( INTERFACE MODULE UMP'SS ® 3 7 3 REG. UNL A TURK SUMP M 7 PREM UNL TURB SUMP M o 0 Q 1 . REMOVE GUARD BAG, USING CAUTION NOT TO DAMAGE INNER BAG. • yam+ PROBE-+r— PROBE --�—IN FRSRNp —� r,wO NDz�-3-3-I a-e-! �RFm>o oDERNu MICE F 1� z� 3Ta� a� 6� �� 6� 4 8 4REG. UNL A FlLL SUMP M 8 PREM UNL Fl SUMP M W 2. GRIP BOTH EDGES OF BAG AT THE CENTER BARRIER, WHILE YOU FLEX AND "` "° ` "` N0 ` • . MODULE TYPE: _ NOT USED MODULE TYPE: SMART SENSORS 7-SLOT Y = WRINKLE THE BAG ACROSS THE BARRIER, THIS WILL WEAKEN THE BARRIER. ' ' ' ' `"°C" 1 ' ' ' ' ' "° POSITION RECORD: POSITION RECORD: VACUUM SENSORS 3. SQUEEZE THE CLEAR SIDE OF THE RESIN, FORCING THE RESIN THROUGH THE ®9 m m m m m m m m o m m m m u 0A O ® 0 0 0 0 0 0 m m m m m m m m LEVE O Z 5 3 1 REG. UNL A PROD ONE 5 REG. UNL B SIPHON ONE V CENTER BARRIER. COMBO PROBE/INTERSTnML INTERFACE MODULE 11 2 REG. UNL A VAPOR LINE V 6 REG. UNL B VEM UNEUNE V ('} 4. MIX THOROUGHLY TO A UNIFORM COLOR BY SQUEEZING CONTENTS BACK AND 3 7 3 REG. UNL A VENT UNE V 7{SD PRESSPRESSURE 5YSTE11 PRESSURE SENSOR (j � Q FORTH 25-30 TIMES. ® © ® @) ® 4 REG. UNL B PRODUCT ONE U BAMB. COND BLANK - DONOT USE Q 5. SQUEEZE RESIN TO ONE END T BAG, AND CUT-OFF OTHER END. MODULE TYPE: PLLD CONTROLLER MODULE MODULE TYPE: SMART SENSORS V 6. SLOWLY INSERT END. INTO SEALING PACK UNTIL IT FITS SNUGLY AGAINST POSITION RECORD: PLLD POSITION RECORD: ISD VAPOR FLOW SENSORS co THE OPPOSITE END. 7. TWIST OPEN END OF BAG AND USE TIE WRAP TO CLOSE IT OFF, OR WRAP OPEN 'VEEDER-ROOT' TIS-350 w/ PRINTER MODELIVR-M290-122 1 O 1 REG. UNLEADED 1 5 SPARE 1 DISPENSER 1 2 5 DISPENSER 9 10 END OF BAG WITH VINYL ELECTRICAL TAPE AND POSITION THE TAPED END UP RH THE FOLLOWING CONFIGURATION) 2 REG. UNLEADED 2 6 SPARE 2 2 DISPENSER 3 4 6 DISPENSER 11 1 VR-330160-160 RISK MANAGEMENT SOFTWARE 12 UNTIL THE RESIN JELLS. a) VR-329358-001 EIGHT INPUT IN ERSTRUAL/LOUID 3 PREM. UNLEADED #117 SPARE 3 DISPENSER 5 6 7 DISPENSER 13/14 SENSOR INTERFACE MODULE TO CONSOLE (1) VR-329356-DO2 FOUR INPUT PROBE INTERFACE MODULE �14 SPARE 8 SPARE 4 DISPENSER 7 8 8 DISPENSER 15/16 C. ((1) VR-329359-001 FOUR RELAY OUTPUT MODULE MODULE TYPE: 4-RELAY OUTPUT MODULE MODULE TYPE: COMBO PROBE IMERSIITIAL INTERFACE MODULE 1) VR-330280-DOI BIR PROTOCOL DIM 1) vR-330532-007 ns-3sO MEMORY EXPANSION M00D� POSITION RECORD: POSITION RECORD: TANK LEVEL GAUGES eL 2) YR-329260-Ml EXPANSION2TE MODULE FOR 350R 1 CONL ENCLBR. VR REMOTE ALARM 5 SPARE - t) VR-330149-002 SffEFAX MODULE 9 1 1 REG. UNLEADED A 5 REG. UNL A ANNULAR TO SENSOR/PROBE (1) VR-330843-001 6 INPUT PLLO MODULE 2 MEMBERSHIP VR REMOTE ALARM 6 SPARE 2 REG. UNLEADED B 6 REG. UNL B ANNULAR (1) VR-329356-004 SEVEN INPUT SMART CARD 3 SPARE 17 SPARE 3 PREM. UNLEADED 7 PREM. UNL ANNULAR (2) YR-329356-004 EIGHT INPUT SMART CARD 4 SPARE 8 SPARE 4 SPARE 8 SPARE CC LL OUTER BAG Veeder Root Console d ��. GROUND 199 — GROUND O ZIP TIE Module Configuration CABLE JACKET TO BE SEALED INSIDE THE RESIN V 0 yea QpaFESS1pyR��yc WIRE NUTS HAL P RUBE ?, RESIN BAG 4 30 B Veeder Root Splicing DetailCl I t- p g (� Veeder Root Console Module Configuration F of CA klu'. ti°g E'4NOT TOSCALE: E-4 NOT TO SCALE: 3 x I m " v u 0 i R� T9 O O fJ ¢ O LL K GROUNDING ELECTRODE it CONDUCTOR OGRO DIA. (AT CONDUIT) AND TO MAIN PANEL y ' DIA. (AT RISERS) BOLT-TYPE CONNECTION w DEVICE OR EXOTHERMIC WELD UND CLAMP. = z N GROUNDING NON-METALLIC xQ a PROTECTIVE SLEEVE 12 " ELECTRODE z z OINCRETE' FOUNDATI ° ¢ a N � 1; o n OO W 00 Z N 3" MINIMUM PER " '?' . ' N rn I I w w \ °° ED STEEL REBAR ° : ° ° a. I` N to z 20'-0" MINIMUM I° 5- w � #6 COPPER I L11 Z C4 Lw RISER/CONDUISOLID BARE WIRE I 4" DIAMETER y °0 Y (TYP. i GROUND CLAMP i (TYP. OF 2) � �� ° 'oN,: WIRE AWG BARE COPPER #4 AWG OR LARGER BARE COPPER GJ sba w GROUND WIRE. TERMINAL 1 " DIAMETER CONDUCTOR OR STEEL REINFORCING J b N D BAR OR ROD NOT LESS THAN 1/2 Q CONNECTION AT CLAMP. GROUND CLAMP NOTE: ONCE MONITORING CONDUIT LEAVES SUMP, BOND INCH DIAMETER = m y (SEE NOTE ABOVE) E-4 ADDITIONAL #6 SOLID BARE COPPER GROUND WIRE TO CONDUIT DIRECT CONTACT �i o WITH 1 " GROUNDING CLAMP AND ROUTE WIRE TO 1/2"x10' SOLID WITH EARTH b mJ S COPPER GROUND ROD OUTSIDE TANK HOLE. GROUND ROD TO BE .0 0os INSTALLED IN NATIVE SOIL. CAD WELD GROUND WIRE TO GROUND ROD. CAD WELD CONNECTIONS FROM THE TWO ADDITIONAL TANKS E TO THE MAIN GROUNDING WIRE ROUTED TO THE GROUND ROD. c NOT USED D Ground Clam Detail E Static Gro_ undina Detail F Electrode GroundingDetail E-4 NOT TO SCALE: E-4 NOT TO SCALE: E-4 NOT TO SCALE: E'4 NOT TO SCALE: a W a 6; i�