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,KEY NOTES: <br /> POWER INTEGRITY SUPPLIED TRANSFORMER, <br /> W <br /> DEDICATED RECEPTACLE CONTROLLED BY THE EXISTING z <br /> ESO SWITCH SYSTEM. REFER TO WIRING DIAGRAM, <br /> DETAIL--D ON SHEET E-2. <br /> ��3) EXISTING GROUNDING LUG CONNECTION POINT, POWER <br /> INTEGRITY DISPENSER DATA DISCONNECTING BOX MUST EXISTING Gil-BARO D--BOX 00 <br /> BE GROUNDED IN ORDER TO PROVIDE THE PROPER W <br /> PROTECTION. REFER TO THE MANUFACTURES z <br /> RECOMMENDATIONS, PROVIDE #12, GREEN INSULATED z <br /> GROUND WIRE. 0 Z W <br /> 0 <br /> �r <br /> EXISTING CONDUIT AND CABLING TO REMAIN, ..................... ........ ....... ....................... n <br /> 5 0 Z <br /> TYPICAL 1 ­8 TYPICAL 1 -8 <br /> REMOVE EXISTING CONDUITS AND WIRES BETWEEN THE <br /> EXISTING DISTRIBUTION BOX AND DISPENSER <br /> CONTROLLER, PROVIDE NEW 3/4" CONDUIT WITH #14 C) Ir 0) <br /> DISP <br /> 'TWISTED PAIR (PER MANUFACTURES RECOMMENDATION) # 1 DISP # I <br /> FROM THE EXISTING DISTRIBUTION BOX AND DISPENSER 1A 113 1A 1B Uj 0 W <br /> V) <br /> CONTROLLER TO DATA DISCONNECT BOX. < <br /> Uj <br /> Uj <br /> POWER INTEGRITY DISPENSER DATA DISCONNECT BOX, <br /> PUMP SIDE GRIND SIDE <br /> F 0 <br /> F- <br /> 0 W < <br /> Typical Dispenser <br /> Typical Dispenser a Credit Card CI_ W 0 <br /> < <br /> Data Wiring Data Wining CL co F- 0 <br /> W <br /> r - - - - - -- - - - - - - - - - - - - - - - - - - - - - - - -- - - - - - - - - - - <br /> X I S I N Q I -- - - - - -- - - - - - - - - - - - - - - - - - _14 <br /> - - -- - - - - - _- - - - - - - - - - U cc <br /> POWER INT[ GRI'TY PANEL <br /> S P E IN S E R 'TO SITE CONTROLLER M, D 0 <br /> TO SITE CONTROLLER 0 <br /> i Di,pensers 0 <br /> I Dispensers 5-8--(Output)- <br /> bispensers 1-4 (Output) Dispensers 5-8 (Output}pult) 1 <br /> (Output) <br /> M <br /> 6 <br /> co Ln <br /> 0"T 0,­ 0 1 00 Lf) 00000000 <br /> M 0010000 o CT) o (-)10 010 <br /> 1A IB 2A 213 3A 313 4A Q 5A 5B 6A 613 7A 7B 8A 8B I 1A 113 2A 213 3A 3B 4A Q M 0 z <br /> L <br /> 5A 513 6A 6B 7A '7B BA 8B <br /> C, <br /> .................. .......__. <br /> Hca <br /> ....... <br /> �4 <br /> ............ <br /> Optional Expansion -n <br /> 0 <br /> 1 10 , Ion 7 frot <br /> 0 -n OB <br /> ther oard <br /> R z I <br /> Cr (D <br /> 'A" .4 <br /> Cr -j- <br /> 0 <br /> A. <br /> U- V <br /> 0 <br /> IV;ai Ij- <br /> W <br /> Z_ N <br /> Sd <br /> z <br /> F_ <br /> 0 < < <br /> 1 2 3 4_J E__ --optional Expansion to Other Board <br /> W <br /> T_ <br /> W T� rP <br /> 1A 1B 2A 28 3A 3B 4A 413 ....... <br /> PUMPS CD > 05 <br /> > D UJ -'j T, W <br /> 5A 5B 6A 613 7A 713 8A 8B c" <br /> U) M M 1A 1B 2A 2B 3A 3B 4A 4B 5A 513 6A 613 7A 713 BA 88 <br /> V) QYE000001-- 0000000 0 <br /> 'I- OF <br /> LLJ = 00000000 <br /> Typical Dispenser -4 ...... YQOOOO 00 <br /> ------------- <br /> L,J V) L? --I <br /> U) Z J I , Dispensers 1-4 (Input) Dispensers 5­8(Input) .........-1 x W <br /> ­ — I Data Wiring i Dispensers 1-4(Input) <br /> z L'i 'E� C) I <br /> I Dispensers 5­8 (Irlpd) <br /> I Typical Dispenser <br /> U) =5 DATA X <br /> Credit Card <br /> VIEWDATA <br /> j __ __JD?�� <br /> Data Wiring P\A/ <br /> ENLARGED VI gRINQ <br /> - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - <br /> CARD <br /> i DISPENSER #1 READER 4 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 0 <br /> - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- - - <br /> ..........._------------- ------------- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -- _ .j <br /> (EXISTING) CD <br /> 0 <br /> Dispenser Data Positive Shutdown Wiring Diagram <br /> NOT 1�0 SCALE= <br /> 0..................... ............ ...... .....................-—----__ .......... ........... ..................... ...... ............... ........... ................. ........... .......... ...... ........ U_ <br /> ....____._. __.___m OVESS/0 <br /> HAL P. GRUBB <br /> 7 <br /> 6/30/1� <br /> C3 013 <br /> V <br /> 0- <br /> 0 13 C3 <br /> E3 0 0 <br /> 1.3 C3 0 <br /> 0 13 C1 M <br /> Ls, <br /> BA <br /> ��RRIER <br /> BATCHING UNIT HOIJSING(�3) <br /> TTT) 4 3-—4 T 0 <br /> .......... �N 1- z <br /> B STP C W <br /> 0 > <br /> PANEL "A" CBS ADDITIVE <br /> DISPLAY OFF 1 2 CIRCUIT A- I TANK <br /> E)3 VIA UPS <br /> TURBINE <br /> Nli <br /> ---—.. ADI.DITIVE/r""_ <br /> AND ADD CONTROLLER <br /> M I <br /> LLJ CONTACTOR CONrROI..-LER ­ (-): T <br /> Or", Ld <br /> > ANEL P M v T <br /> 0 <br /> (D LLJ D c > <br /> < <br /> V) <br /> CONNECT BLACK NIRE TO THE ------- -------- td <br /> - <br /> 0 C.) <br /> WHITE WIRE AND RED WIRE TO <br /> !Z_ 5 <br /> __3 <br /> Z <br /> THE GREEN WIRE AT THE OVAL 0 Z U.J <br /> GEAR FI O'N k4 E T E R. 3/4"C, 2 #12 + 'TO FLOW HOOK E <br /> U) <br /> (1) #12 GND METER IN SIGNAL TO a- <br /> .......... <br /> x <br /> 3/4"C, 4 # 12 ........... ADDITIVE STP---CBS <br /> C.) 2 #10 + (1) #10 GND z zw <br /> < (1) #12 GND "C, 2 �12 ±1 TANK I VIA LJ <br /> (1) �#12 GND <br /> I VEEDER <br /> < 0 <br /> 0 (N M cc <br /> ROOT 00 Cq r-1 Z ­_ <br /> EXISTING F <br /> 'r > <br /> o) �,o (0 , z <br /> '603 VEE ADDITIVE Ld LAJ <br /> ......... Uj <br /> 10-- ROOT TANK K-, & <br /> 2 PANEL TURBINE TANK TANK TANI< SOL.ENOID Z <br /> -M2 (N ZT <br /> 24ED Ln <br /> VALVES IN 1jJ <br /> Ld #2 L0 11) <br /> 2_11I] # #3 (N > <br /> Ld FIFIVE <br /> _" "" GASOLINE Z (N (N <br /> 1�` TrD <br /> 0 <br /> ......... TANK TANKS U V) <br /> -2-'0-21 LJ D E N <br /> 04 75 ��,76 0 11 12 13 14 15 16 T- 8 1 L4"C, (1) BEI. <br /> > <br /> F LOW Z > VIA <br /> rn Ld _j <br /> Q __j 8 8 H F3 B B El 8 B El 8 B '8 R_ B 1 CABLE #887t_'_L <br /> z . ................ METER <br /> (-) > _j < <br /> id (5 <br /> 0 < 3 4 C, 4 #12 + U) VO LTAG E <br /> (Y C) _C1_T#_12- _GN D__ 120V UPS WIRING <br /> U <br /> > 17F <br /> 0 7 �,8 <br /> -(RE D) R ­—­-­--- POWER DISC, <br /> 4"C, 3 #12 + (1) #12 GND <br /> (ORANGE) R2--- 3/4"C, 2 #12 + (1) #12 GND <br /> LOW VOILTAGE�� <br /> VVIR <br /> z <br /> DISCONNECT <br /> INCOMING TO OVAL Rl TANK 1 REL VEEDER <br /> 120V GEAR R2-JANK 2 <br /> ROOT/STP-CBS <br /> POWER FLO'Nl\JETER R3--TANK 3 SEE DETAIL "D" ON CONIC <br /> R4--TANK 4 (SPARE) SHEET E -2 FOR <br /> WIRING DIAGRAM <br /> ADDI-JIVE BA__FC113 UNI-1 INTERIOR ,(��) <br /> c Automated <br /> (FIELD WIRING CONNECTION [DIAGRAM) __qy0em Wirin Re irements <br /> ................_..........____.......... <br /> D Additive Batch Controller E <br /> E-3 N0T TO SCALE .....--------- --------- z <br /> 1B <br /> V, <br /> (E-33) NOT 1-0 V) <br /> SCALE 0 <br /> W <br />