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QTY SENSOR/ MAKE /MODEL LOCATION MODE VOLUME GENERAL NOTES <br /> 6 <br /> 1 3 ZONE VACUUM SENSOR KIT TANK 1 z <br /> # #1 - RUL PRODUCT PIPING 54.76 GALLONS ~ <br /> Z <br /> VEEDER-ROOT TLS350R VEEDER ROOT #2 - RUL TURBINE SUMP, FILL SUMP, VACUUM PIPING ANNULAR 8.14 GALLONS W <br /> P R #330020-485 #3 - VAPOR LINE ANNULAR, ALL DISPENSER SUMPS 129.22 GALLONS 1 ALL VACUUM TUBING MUST BE VEEDER ROOT 2 <br /> APPROVED VACUUM TUBING. <br /> c U H H <br /> 0 2 AN EXTERNAL SIPHON CHECK VALVE (VEEDER Z Z Z Z Lu <br /> 1 3 ZONE VACUUM SENSOR KIT TANK #2 4 — PUL PRODUCT PIPING 56.95 GALLONS Q W W W W z <br /> # ROOT#3188-241-5) MUST BE USED WHEN MAKING W � � � � Z <br /> VEEDER ROOT 5 — PUL TURBINE SUMP, FILL SUMP, VACUUM PIPING ANNULAR 6.07 GALLONS cj <br /> 330020-485 # 26.81 GALLONS A VACUUM SOURCE CONNECTION BETWEEN W 2E 2i � _ <br /> # #6 - RUL AND PUL VENT PIPING, VENT SUMP SVCS SYSTEM SENSORS AND THE SIPHON PORT a� <br /> O O O O U <br /> CARTRIDGE FOR ALL TURBINES. p � U U U U 0 <br /> W <br /> REMOTE 3 ALL PENETRATIONS THROUGH TANK SUMPS, W ~ � I= H W <br /> VENT 1 3 ZONE VACUUM SENSOR KIT TANK #3 #7 - DSL PRODUCT PIPING 39.51 GALLONS UDC SUMPS AND VENT SUMPS TO BE MADE BE A a U U U U LL <br /> SUMP VEEDER ROOT #8 - DSL TURBINE SUMP, FILL SUMP, VACUUM PIPING ANNULAR 6.07 GALLONS QUALIFIED CONTRACTOR. 0 0 0 0 0 <br /> #330020-485 #9 - DSL VENT PIPING 15.17 GALLONS N N N N N N <br /> i CD N <br /> GUTTER 4 THE MANUFLL IMENT ACTURERSPNSTOABLAION INSTALLED PER o o o <br /> C) <br /> 0 <br /> Ict <br /> f� 07 CV <br /> BOX INSTRUCTIONS. o 0 0 o <br /> 0 0 o a a a <br /> 5 ALL CONDUIT PENETRATIONS AND J-BOXES TO `" "' <br /> BE INSTALLED ABOVE FUEL LINE PENETRATIONS. (If <br /> 31 6 CONTRACTOR SHALL POSITION LIQUID ONLY Proto 11-05-18 <br /> SUMP SENSORS AT SUMP LOW POINT ON SIDE <br /> 1 2 3 TANK #1 2 0 K GALLON CLOSEST TO PRODUCT PIPING. <br /> ' <br /> EP J-BOX WITH TURBINESUMP REGULAR UNLEADED <br /> CORD GRIP ENTRIES <br /> RUL FILL/ M <br /> VAPORSUMP Lo <br /> 0 <br /> o U) <br /> WITH 1-1/2"X 1/4" 3 73 WITH 1-1/2" X 1/4" X � z <br /> 22 <br /> BRASS BUSHING AND W r <br /> BRASS BUSHING AND r , D <br /> ' 1/4" BRASS BARB 1/4" BRASS BARB U ~ D <br /> FITTING BY GC o , , O O FITTING BY GC Z z < Q C7 <br /> a o 0 <br /> L.L <br /> TURBINE SLc <br /> CHECK VA3" OVER 2" FIBERGLASS PIPING, w p - O U' <br /> USED FOR VACUUM \ O = Q Z_ <br /> STP POWER w } U <br /> O a J o W O <br /> w O Z <br /> UJ W <br /> 0 o a s a s ti m `� O <br /> U � <br /> PRODUCT LINE VENT LINE VAPOR = <br /> MANIFOLD <br /> E o <br /> N <br /> M <br /> -—-—-—-—-—- -—-—-—-—-—-—-—-—- - -—-—- - - -—-—-—-—-—-—1 <br /> i <br /> i <br /> ' 31 TANK #3 12K GALLON , EP J-BOX WITH 31 TANK #2 8K GALLON <br /> PREMIUM UNLEADED W ® <br /> 7 8 9 DIESEL CORD GRIP ENTRIES 4 5 6 <br /> TURBINE TURBINE <br /> EP J-BOX WITH SUMP 3" OVER 2" SUMP 3" OVER 2" W <br /> CORD GRIP ENTRIES FIBERGLASS PIPING, DSL FILL/ FIBERGLASS PIPING, PUL FILL/ d <br /> USED FOR VACUUM VAPORSUMP USED FOR VACUUM VAPORSUMP <br /> WITH 1-1/2"X 1/4" 3 73 WITH 1-1/2" X 1/4" WITH 1-1/2"X 1/4" 3 7F"3 WITH 1-1/2" X 1/4" <br /> BRASS BUSHING AND BRASS BUSHING AND BRASS BUSHING AND BRASS BUSHING AND <br /> 1/4" BRASS BARB 1/4" BRASS BARB 1/4" BRASS BARB 1/4" BRASS BARB z z <br /> FITTING BY GC a O , O o FITTING BY GC FITTING BY GC O O , o o FITTING BY GC O W <br /> Lu <br /> O O O O O , O O O O O O (, N <br /> TURBINE SYPHON TURBINE SYPHON w <br /> CHECK VALVE C CHECK VALVE C X ` <br /> Z Lu <br /> wo <br /> E: <.E <br /> W <br /> STP POWER STP POWER d Z 3 <br /> o <br /> O o 0 0 0 0 0 0 0 =) W 0v <br /> O O O O OO O O O O O J J <br /> J M <br /> Of <br /> O O O O <br /> U z <br /> U � <br /> U N <br /> ~ rf <br /> PRODUCT LINE VENT LINE PRODUCT LINE VENT LINE <br /> VAPOR L) <br /> Frio MANIFOLD _ Q <br /> LINE <br /> I` 0 0 (D _ <br /> CV P- � z F— <br /> UDC UDC UDC Q ZZ co <br /> SUMP #5 SUMP #3 SUMP #1 (n O <br /> m � <br /> N <br /> NU <br /> U (a co <br /> CN <br /> (n 0 0 U <br /> o o O o <br /> 0 0 0 0 o OWN > 00 U)O � <br /> � <br /> N (n C L C (n•U 3: co <br /> L Q(n <br /> ~ N U � i N i N 2-o <br /> (B (a <br /> -5 (4 N O} O/, O <br /> C O Op ul)z--6V <br /> N <br /> (6 O.. L (6 C .- <br /> +' <br /> ".r.2 N (q <br /> oVi a _ X�o p C O U <br /> C (0 <br /> Ui <br /> NOTE: �Vmc�n < � � v�ioo� �� E <br /> O �a•o>;�� cOi�w� O <br /> NO ADDITIONAL SHUT OFF VALVES SHOULD BE U o L o Q m N <br /> _ Ocn � — Z <br /> O p O Q U - <br /> � INSTALLED BETWEEN MONITORED INTERSTITIAL 0 E Q 0 O Y U) <br /> SPACES AND THEIR RESPECTIVE SENSORS. p O w�o o U.L <br /> O O O O O O <br /> O O O O O O <br /> Q O O O O O <br /> CD <br /> RpF ESS/ <br /> P � <br /> zC-11 <br /> CD Q m <br /> CIE 35558 ;o <br /> CD <br /> UDC UDC UDC �� FCH N1C,P <br /> SUMP #6 SUMP #4 SUMP #2 N ?� �, �� <br /> UW DC <br /> OF Cq�\FOQ� <br /> 0 <br /> W <br /> 01/26/21 <br /> VEEDER R OOT VACUUM MON TOR N G DIAGRAM <br /> SHEET: <br /> U = G12 . 1 <br /> � z <br /> LLJEn <br /> z N.T.S. <br /> z ¢ <br /> FUELING - USA CA <br />