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SEE NOTES 1 2 00 <br /> <✓x�� TYPICAL TANK MONITOR OUTPUTS J W <br /> Q p <br /> W Q <br /> = p J <br /> 0 <br /> LINE LEAK � p wco Q <br /> _ <br /> DETECTION J ZL0VFC CONTROLLER xB J J 0 <br /> US 10 MODULE US 10 MODULE US 10 MODULE US 10 MO UL US 10 MODULE TANK MONITOR a Q W <br /> DISPENSER HOOK Z U <br /> FPO L PR P1 PO L FPR� P1 PO L FPRFP1 PO L PR P1 PO L PR P1 z pZ Q J <br /> o �LLJQ0 <br /> `� U cn <br /> r")C) 0 <br /> x Q Q <br /> 1 O ac <br /> � c O <br /> m <br /> Lir o O <br /> CD CD CD L W In <br /> m m m m m CIRCUIT BREAKERS I � � � a � c�QL � <br /> POWER FROM 3P/30A o 3P/30A o 3P/30A o 3P/30A o 2P/20A o O co UJ <br /> CIRCUIT BREAKER BREAKER BREAKER BREAKER BREAKER INSTALLED I N VFC CONTROLLER xA o 0 0 0 O <br /> BREAKERS POWERBOX m m m m V <br /> O O O O ® O <br /> OR BY OTHERS DISP NSER HOOK Ln � o� <br /> NC-111 N <br /> C-111 <br /> h -0 <br /> II h o o <br /> II h P <br /> I I h rn oo � o <br /> I I f h Z <br /> I�� h <br /> I <br /> 8x8 WIREWAY <br /> ro RfIRI=71 rE:114R 1=71 FE:1 <br /> POWER ® LOCATED N LINE LOAD DIVIDER <br /> CONTROL POWERBOX SIDE SIDE <br /> CONTACTORS S1 S3 S5 S5 ES2 FUELING CONTROLS <br /> SECTION e VFC Master-Master Wiring <br /> ® --- SCALE: NTS <br /> _ W <br /> J N <br /> <6CO SWITCH POLE SETTINGS 2HP (CURRENT MASTER SPEC) (f) j 00 <br /> 6 � 6 a 6 � 6 1 6 � 6 a 6 � 6 1 _j <br /> 24V *SW2 — ALL POLES WILL BE SET TO THE OFF POSITION. W y (3) <br /> L1 L2 L3 G L1 L2 L3 G L1 L2 L3 G L1 L2 L3 G RELAY NO L1 L2 N G *SW3 POLE #1 OFF O Q Q POLE #2 ON FOR GASOLINE AND OFF FOR DIESEL. = W <br /> SUBMERSIBLE HOOK HOOK HOOK HOOK SUBMERSIBLE POLE #3 OFF 3 Q = <br /> PUMP N O4 N O4 N O N OADDITIVE PUMP POLE #4 & 5 ON (DEPENDANT ON HOW RESTRICTIVE THE PIPING CONFIGURATION IS. O j <br /> CONTROLLERS BATCH CONTROLLERS ADJUSTMENTS CAN BE MADE IN THE FIELD) V 0) 0 <br /> CONTROLLER 120V M1 M2 POLE #6 OFF � Q <br /> M1 M2 M3 G M1 M2 M3 G M1 M2 M3 G M1 M2 M3 G POLE # ON O � <br /> G POLE #88 OFF V (n <br /> *SW6 - ALL POLES WILL BE SET TO THE OFF POSITION. <br /> SWITCH POLE SETTINGS 4HP <br /> *SW2 - ALL POLES WILL BE SET TO THE OFF POSITION. L <br /> *SW3 LL <br /> POLE #1 OFF <br /> POLE #2 ON FOR GASOLINE AND OFF FOR DIESEL. <br /> POLE #3 OFF <br /> POLE #4 & 5 ON (DEPENDANT ON HOW RESTRICTIVE THE PIPING CONFIGURATION IS. <br /> SUBMERSIBLE ADJUSTMENTS CAN BE MADE IN THE FIELD) <br /> TURBINE R 0 B G nGK <br /> R 0 B G R 0 B G R 0 G POLE #6 ON <br /> D G K D D G K D DG K D D G D #PUMPSPOLE 7 ON <br /> POLE #8 OFF <br /> *SW6 - ALL POLES WILL BE SET TO THE OFF POSITION. <br /> As-Bunt <br /> UNLEADED - #1 UNLEADED - #2 UNLEADED - #39QPREMIUM - #5 GAS ADDITIVE - #4 DISPENSER/PUMP CONTROLS CD 09/01/2022 <br /> STAND ALONE STAND ALONE STAND ALONE STAND ALONE STAND ALONE <br /> TERMINAL STRIP CONNECTION CHART jaHESeYEYnP, Nc7:38:07 AM <br /> CONFIGURATION CONFIGURATION CONFIGURATION CONFIGURATION CONFIGURATION N NEUTRAL CONNECTION TO SUBMERSIBLE PUMP CONTROLLERS QRpfISS/0/y, <br /> VARIABLE SPEED VARIABLE SPEED VARIABLE SPEED VARIABLE SPEED FIXED SPEED STP <br /> G GROUND CONNECTION HAL P. GRUBB <br /> STP STP STP STP � <br /> LP 120V LINE PRESSURE POWER (OFF DURING EMERGENCY STOP) 67814 <br /> 1A PRODUCT #1 PUMP AUTHORIZATION FROM DISPENSER UNLEADED TANK <br /> 113 PRODUCT #1 PUMP CONTACTOR CONTROL POWER (IN POWERBOX PDC) #1 �TF C / v o <br /> 2A PRODUCT #2 PUMP AUTHORIZATION FROM DISPENSER UNLEADED TANK OF <br /> CALF 05/27/22 <br /> 2B PRODUCT #2 PUMP CONTACTOR CONTROL POWER (IN POWERBOX PDC) #2 <br /> 0 <br /> 3A PRODUCT #3 PUMP AUTHORIZATION FROM DISPENSER UNLEADED TANK o N <br /> #3 Z > Z <br /> 3B PRODUCT #3 PUMP CONTACTOR CONTROL POWER (IN POWERBOX PDC) <br /> 4A PRODUCT #4 PUMP AUTHORIZATION FROM DISPENSER GAS ADDITIVE TANK > � , N N <br /> 4B PRODUCT #4 PUMP CONTACTOR CONTROL POWER (IN POWERBOX PDC A #4 m __3 X <br /> > <br /> 5A PRODUCT #5 PUMP AUTHORIZATION FROM DISPENSERPREMIUM TANK 0 a <br /> 0 0 CL <br /> a o m <br /> 5B PRODUCT #5 PUMP CONTACTOR CONTROL POWER (IN POWERBOX PDC 0 #5 <br /> 6A PRODUCT #6 PUMP AUTHORIZATION FROM DISPENSER SPARE <br /> 6B PRODUCT #6 PUMP CONTACTOR CONTROL POWER (IN POWERBOX PDC) v cn <br /> C Q <br /> � � N <br /> GENERAL NOTES: N m <br /> cl <br /> � O IM CD <br /> N <br /> O1 REFER TO TANK MONITOR MANUAL FOR ALL WIRING CONNECTIONS <br /> AND OTHER SPECIFICATIONS REQUIRED BY MANUFACTURER. LJJ <br /> C <br /> M <br /> 2 THE TANK MONITOR IS TYPICALLY MOUNTED OUTSIDE THE POWERBOX Q o0o N <br /> 0 0D D DIDID _ DODD DID PDC ENCLOSURE ON AN ADJACENT WALL. •— <br /> O � � dl N o <br /> (TERMINAL LP MUST BE G L 1 1 2 2 3 3 4 4 5 5 6 6 m � � Q lfl <br /> JUMPED TO THE "B" t N <br /> N N P A B A B A B A B A B A B SEE NOTE O3 3 THE TERMINAL STRIP SHOWN IS FOR THE STANDARD DM-EX DESIGN. U j <br /> TERMINAL FOR EACH O THE STANDARD DM-EX DESIGN MAY BE CUSTOMIZED FOR ADDITIONAL C +� �`! coLLJ <br /> TURBINE CONTROLLER) PUMP DEVICES, 00 W N CD <br /> C, <br /> THERE BY ALTERING THE STANDARD DESIGN SHOWN. N <br /> OJ 01 (D] PLEASE REFER TO ALL INFORMATION TO DETERMINE THE NUMBER OF m V Y ` CD <br /> tCD <br /> DEVICES FOR EACH JOB LOCATION. / <br /> U <br /> < MASTER-MASTER CONFIGURATION. SET SWITCHES TO ALLOW SYSTEM <br /> 4 > TO RUN EVEN IF THE MASTER OR MASTER TURBINE HAS AN ALARM <br /> SITUATIONCD <br /> N <br /> TO DISPENSER/PUMP CONTROLS LOCATED <br /> IN POWERBOX PDC ENCLOSURE L) <br /> U <br /> U <br /> E <br /> / <br /> O <br /> Ln <br /> ('ATank Monitoring System And Submersible Turbine Pump WiringCDCDo <br /> --- SCALE: NTS <br /> z <br /> 0 <br /> 0 <br /> po <br /> 0 � W o <br /> N <br /> r � <br />