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POWER AREA INTRINSICALLY SAFE ARFA <br /> i i EF <br /> FN Ll <br /> POWER AREA INTRINSICALLY- SAFE AREA DEC I $ z 1 <br /> GROUND GROUND ENVIRONMENTAU HEALTH 00 <br /> -- DEPART 0 <br /> 0 <br /> 16 SPARE 8 SPARE 16 SPACE 8 SPACE w <br /> I. Z <br /> 0 <br /> 15 0) <br /> w co <br /> _j <br /> SPARE SPARE Lo <br /> ll�- w < <br /> 15 SPACE 7 SPACE W u- <br /> F, T -7 . . . <br /> Wo <br /> NSOR =11 1 5 M IN. w <br /> . . . . . .. . . . . . E. . . . . Is MP L�j <br /> SE <br /> SPARE IMP z <br /> 14 6 oll 0 0 0 0@@ 0 0 0 0 0 0 () 0 �] TANK SUMPS co < Z <br /> SENSORS MODULE TYPE: PLED INTERFACE MODULE___ <br /> 0 INTERSTITIAL SENSOR INTERFACE MODULE 0m w CD 1: 0 j <br /> POSITION RECORD: TURBINE PLLD <br /> w 1- 0 <br /> --F+2--F+ 3--F+4--F+5--T+6 MXIMUM SENSOR IREG. UNLEADED #1 5SPARE m <br /> Fl OUTPUT MING <br /> 14 SPACE 6 --J CA:: <br /> PRESSURE— 15 2REC. UNLEADED 112 5SPARE LLJ W J Co <br /> MIT <br /> SPARE X 5 ME <br /> 3PHFM, UNI FAD F-D #1 W W <br /> 13 5 PLLD > W 0 <br /> 0 --- TURBINE 4PRF.M. LJNIFAI)FD #2 -- ____ Co <br /> PRESSURE LINE LEAK INTERFACE MODULE SUMPS <br /> -MODULE TYPE: INTERSTITIAL SENSOR INTERFACE 0 <br /> < 0 <br /> SENSOR— 4 rw 13 POSITION RECORD: TANK SUMP SENSORS cr) <br /> SPARE 01 - 1.1 02ANIP -1 REG. UNL A FILL SUMP & HYDRO 5 PREM UNE FILL SUMP & HYDRO <br /> 3 . 1 13 SPACE 5 C�) 0 <br /> 12 4 1 0 0 0 0 0 0 000 ISO SENSORS 2 REG. UNI. A TURB SUMP 6 PREM UNL TURB SUMP <br /> 0 0 • <br /> 8-INPUT SMART SENSOR INTERFACE MODULE 3 REG..Ult SILIM-P& loo 7 ADDITIVE TURBINE SUMP & TY-DRC <br /> 4 REG. UNL B TUBB SUMP 8 ADDITIVE VENT SUMP & FY)R0 <br /> PUMP SENSE MODUUF AX m 0 <br /> • <br /> F, 1--T�2-- -_-T- 7 EMAXIMUM�SMMR <br /> KK '7P _�4_q+5 41 1 OUTPUT RAPNG MODULE TYPE: SMART SENSORS (7-SLOT) <br /> 'T�P _T + <br /> FPI PR P1 PR PI pi SENSOR • z z, <br /> 13 POSITION RECORD: DISPENSER SENSORS - STD <br /> 11 ISD & VAC <br /> 5 DISP 9/10 SUMP <br /> 0 0 00 Loo 11 0 00 0 0 0 SENSORS SPACE 1 DISP 1/2 SUMP <br /> 0 0 7-INPUT SMART SENSOR INTERFACE MODULE 12 4 2 DISP 3/4 SUMP 1 6 DISP 11/12 SUMP <br /> UNL I UNL 2 3 - PREM. PI - PUMP INPUT SIGrL <br /> P Ll Po NEomRur roma <br /> FPI P R �Pl P�R [+1 -7+2-7 3 3 DISP 546 SUMP 1 7 DISP 13/14 SUMP <br /> pq PK PUMP HHURN (NEUTRAL) + +5 + <br /> I PI PR Ll -T +6 <br /> U - LINE POWER INPUT -q +8�T <br /> PO - PUMP OUTPUT CONTROL SENSOR 4 DISP 7/8 SUMP 1 6 Disp 15/16 SUMP <br /> 10 1 0 0 0 0 0 0 to 0 00 000000 0 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ISD SENSORS MODULE TYPE: PUMP SENSE MODULE MODULE TYPE: SMART SENSORS 7 SLOT <br /> 0 -- POSITION RI-CORD: ADDITIVIL PUMP SFNSF POSITION RECORD: VAC & ISD PRESS. SENSORS <br /> I. 'INE LEAK CONTROLLER MUDDLE DILLE 3-INPUT SMART SENSOR INIERFACIE MODULE RE <br /> 1 ADDITIVE BATCH CON ROLLEF,/TURBI 1 ISD PRESSURE SENSOR AT VE N1 5 SPARE <br /> REUV OUTPUT MQDVU PROBE— F— PROBE INTERSTIT L <br /> 2-- 2 ADDITIVE PROD LINE (V') 6 SPARE <br /> 3 4 5 6 7 � 8 <br /> -T I mmmum SHNSORI 2 SPARE <br /> NC + <br /> 2 .3.IT4V C RELAY TO EXTERNAL DNCE + + + + + O�WFNG <br /> 13,m 2� _ _I+ <br /> REUYMnw�Nl�s z 3 SPARF 3ADDITIVE VENT �V _ 7 SPARE <br /> 0 0 0000 001 1 V,;. 00 TANK 4 SPARE 4 SPARE 8 AMB. COND (BLANK-DONUI USE)_ cq <br /> Eo=oo o !09 FVEL/ANNULAR MODULE TYPE: PLLD CONTROLLER MODULE MODULE TYPE� SMART SENSORS 0 <br /> COMBO PROBF/INI INTERFACE MODUIE GAUGES 00 <br /> POSITION RECORD: PIAD POSITION RECORD: ISD-VAPOR FLOW SENSORS 0) <br /> 1 REG. UNLEADED #1 1 DISPENSER 1/2 5 DISPENSER 9110 10 2 REG, UNLEADFDL2 2 2--DISPENSER- '3,- z <br /> F*l Rl 3PRII-M. UNUEADED W 0 <br /> _IDISffN�L 7 q(Sp co > <br /> 4 DISPENSER 718 18 DISPENSER 15/16--, w <br /> MODULE TYPE: 4-RELAY OUTPUT MODULE MODULI F TYPE COMBO PROB7/INTFRSTITIAL INTERFACE MODUI L <br /> POSITION RECORD: POSITION RECORD: TANK LEVEL GAUGE/ANNULAR SENSOR 0 Z <br /> 9 1 CONE INCTSIR. VR REMOTE ALARM1 REG. UNLEADED A 5 REG. UNL A ANNULAR X W <br /> 2ADDIIIVE TURBINE 2REG. UNLEADED B 6 REG. UNL B ANNULAR , <br /> LA3: <br /> Veeder Root Console 3 SPARF 3 POEM. UNLEADED 7 PREM. JNL ANNULAR le ca <br /> 4 SPARE 4 ADDITIVE 8 AIDD-IUVF. ANN0 J 3r, <br /> ANNULAR < < <br /> GROUND 199 GROUNDlod Eol 0 <br /> ----------- <br /> VEEDER-ROOT NOTES: <3f <br /> CONTRACTOR TO DOWNLOAD AND PRINT EXISTING ALARM 0 5 <br /> HISTORY & SENSOR SETUP PRIOR TO STARTING ANY WORK 0 0 <br /> ON THE EXISTING VEEDER-ROOT PANEL. PLACE PRINTOUT VEEDER-ROOT NOTE: < <br /> INTO EXISTING "DESIGNATED OPERATOR" BINDER IN THE CONTRACTOR TO DOWNLOAD AND PRINT EXISTING ALARM co) <br /> HISTORY & SENSOR SETUP PRIOR TO STARTING ANY co <br /> CONTROLLER ENCLOSURE. WORK ON THE EXISTING VEEDER-ROOT PANEL. PLACE <br /> Module Configuration PRINTOUT INTO EXISTING "DESIGNATED OPERATOR" <br /> UPGRADE SOFTWARE ALONG WITH CHANGING THE SIM CHIP BINDER IN THE CONTROLLER ENCLOSURE. <br /> FOR THE NEW SMART MODULE. <br /> ('AModified Veeder Root Console Module Configuration <br /> "\ E-Z NOT TO <br /> EXISTING -1 "CONDUIT <br /> CONTROLLER ENCLOSURE (1 ) RS-485 ABLE (OR <br /> x <br /> 0 b 0 <br /> BELDEN CABLE 3107A) IN z z OK <br /> r < <br /> 0 IN <br /> WITH 1 #12 GND <br /> NEW VEEDER-ROOT 15 _,---EXISTING VENT <br /> WIRELESS RECEIVER > <br /> SURE <br /> 17 <br /> NEW VEEDER-ROOT _<16 NEW VEEDER-ROOT c >2 <br /> 0 0 <br /> WIRELESS RIF CONSOLE WIRELESS PRESSURE o o 0.CL <br /> 0 Ol <br /> (NP-2) SENSOR BOX <br /> Eli <br /> EXISTING <br /> FOR FLOW METER 14 POWERBOXr �Tx .:R,p ZMA.H. <br /> -M.mmm 0 Z <br /> V) <br /> -mu.—r- <br /> mm,. <br /> 3/4"C, 2#12 & 1 #12— EL <br /> A 00pot Ld <br /> GND x 0 <br /> m 26: <br /> EXISTING DISPENSER <br /> LLJ <br /> Z E <br /> > <br /> < n <br /> - <br /> ---------- 0 N 00 0 w 0 <br /> "t-3040AD piowi L 00 C14 r- 5: <br /> �) VUC, (8) BELDEN #8760- 0-) r�o 00 = Z <br /> 01 LJ <br /> NEW VEEDER-ROOT < Uj <br /> 14 CABLES & 1 #12 GND <br /> WIRELESS TRANSMITTER VmwkA Ln Ln 0 Z <br /> LD C14 Z E <br /> EXISTING Ed w <br /> NEW VEEDER-ROOT N z Up Lo I <br /> TOP OF VEEDER-ROOT LUJ m <br /> m <br /> 00 14- -4- �t <br /> BATTERY PACK ISLAND REFER TO LAYOUT A/E2 0 V) <br /> FACTORY LEAD FROM--, <br /> SENSOR /--DEDICATED <br /> - f CIRCUIT IN <br /> FACTORY LEAD FROM <br /> BATTERY PACK <br /> I I PANEL "A" <br /> I <br /> NEW VEEDER-ROOT <br /> 12 <br /> MAC SUMP SENSOR <br /> UDC L <br /> EXISTING'I li <br /> z <br /> - - - - - - - - - - - - - <br /> 8 6GO <br /> E <br /> ('B` Wireless Elevation <br /> E-2 NOT TO SCALE: <br /> E 0 1 n <br /> z <br /> W <br />