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3>_776» DISPENSER 28.7 26.9 AGCDC.COM <br /> SKIN 15.1 15.1 <br /> 3'-7 01 <br /> Y4" INSIDE 31.8 23.8 <br /> CABLE TO VAPOR PRESSURE V <br /> 1 -1/2"N.P.T. INLET (3) „ » PRODUCT #3 (DIESEL) JUNCTION BOX SENSOR Z <br /> � 1 —5 � 1 —5 � DIESEL WHIP HOSE <br /> 2—WAY <br /> CALIBRATION SENSOR <br /> FLOW <br /> �Iz1" N.P.T. VAPOR VALVE `� I a <br /> DIESEL BREAKAWAY i 0') <br /> V <br /> RECOVERY OUTLET, 1" SHORT VAPOR SHEAR Z <br /> (OPTIONAL) <br /> �(0 =� \ NIPPLE VALVE w <br /> STABILIZER z FUEL WHIP HOSE 0 <br /> I = I DIESEL HOSE w V <br /> ASSEMBLY w <br /> 1/4" OD7 REDUCE THREADS I V) 65 FUEL HOSE BREAKAWAY Z <br /> COPPER TUBING. FROM 1-1/2" TO (7 <br /> C111AVOID ANY 1/4" W/ DOUBLE NOTE: Al wp Cl) <br /> TRAPS! (BY TAP BUSHINGS) CAT 5 CABLE SHALL BE INSTALLED ov w W m <br /> FOR BOTH ENHANCED OR STANDARD z 0 <br /> # ( ) 1Oy2» 1 '-1 „ 5/$ x 2 SLOTS FOR ANCHOR CONTRACTOR ELECTRONICS o V N <br /> PRODUCT 1 REGULAR VAPOR RETURN J cn 17 <br /> BOLTS, 6 SPACES BACK TO TANKS w <br /> PRODUCT #2 (PREMIUM) LO <br /> CONTAINMENT �q <br /> SIDE "A» JUNCTION BOX SUMP I 12" X 12" STEEL I I �I v v co <br /> VST PHASE II W/ VEEDER—ROOT ISD CANOPY COLUMN 0 z Q M o <br /> SCALE: NTS BALANCE PHASE II SYSTEM WAYNE 3+1 BLENDER v a) _r_ <br /> 4" PVC CANOPY N z 0- <br /> A—A DISPENSER MOUNTING DIAGRAM DRAIN EACH COLUMN <br /> SCALE: 1"=1'-0" I (1) 1" CONDUIT TO I o $°°°°° m y <br /> EACH COLUMN <br /> — — 00 <br /> rri <br /> -H SAFETY NOTE: °' <br /> a' WHEN DISPENSERS ARE INSTALLED I NOZZLE (TYP.) <br /> / I \ 00 AS SHOWN ON THIS DRAWING, THE <br /> STABILIZER REQUIREMENTS OF NFPA 30A 6.3.9 <br /> BARS (4) / \ AND 6.3.9.1 REGARDING SHEAR I I imp <br /> SECTIONS ARE FULLY MET. FUEL HOSE <br /> ❑ ❑ ❑ <br /> DISPENSER SUMP FRAME I 1 � o o 0 0 � — <br /> (ADJUSTABLE HEIGHT) o <br /> a <br /> p <br /> w o <br /> C p C DIESEL NOZZLE (TYP.) za <br /> N <br /> CO SEE BOLLARD o <br /> o) DETAIL ON N <br /> DIESEL NOZZLE SWIVEL Q SHEET G.0.5 > <br /> Ld <br /> 0 0 0 (TYP.) Q <br /> I w o <br /> RUN CONDUITS THROUGH DISPENSER ISLAND (TYP.) I Cn 1 <br /> OFFSET CAVITY IN D I 4115 <br /> DISPENSER SUMP FRAME <br /> NOTE: CONDUITS SHALL NOT w <br /> PENETRATE SUMP. ROUTE EXPANSION JOINT 4,000 PSI <br /> THROUGH OFFSET FRAME (TYP.) SEE FIBERMESH <br /> CAVITY. DO NOT CUT SIDE CONCRETE DETAILS CONCRETE MIX m <br /> PANELS OF DISPENSER NOTE: CONCRETE SLAB a SHEET M.5.3.27 <br /> B—B DISPENSER CONTAINMENT SUMP PLAN VIEW 1. ONLY (1) VAPOR PRESSURE - FOR DETAIL I _ I Q <br /> SCALE: 1" = 1'-0" SENSING DEVICE REQUIRED <br /> d <br /> PER SITE. SENSOR SHALL BE 4 a a a <br /> MOUNTED AT ONLY (1) v ° ° a ` II ~ z <br /> 'j <br /> DISPENSER LOCATED CLOSEST d c° a C° i a c as a z <br /> 2—IN-1 SENSOR TO TANKS. a <br /> ,� a <br /> BOX <br /> SUMP SENSOR (� 2. CONTRACTOR SHALL PITCH ALL II d o Q <br /> J—BOX U DISPENSER 1/4" TUBING AS REQUIRED TO N J J I I z <br /> DISPENSER SKIN J—BOX PRODUCT SHEAR AVOID ANY LIQUID TRAPS a< JOINT (TYP.) <br /> � EXPANSION d <br /> VALVE (TYP.) OPTIONAL STORM DRAIN <br /> c� ROUTING, SEE CIVIL SITE � <br /> SEE CONCRETE I <br /> ELBY CAPPED PIPING UNIONS A PLAN FOR ACTUAL I DETAILS SHEET d a Qa 10 <br /> ELBOW (TYP.) BY WAYNE I w ROUTING AND I DETAIL 7 FOR a a <br /> w CONTINUATION <br /> SEAL OFF (TYP.) cbi <br /> n C/) I �/\�\\�\\�\\�\\�\\�\\�\\�\ <br /> Ca VAPOR SHEAR VALVE z <br /> z_ ° d <br /> e a d <br /> d ° d ° <br /> d d <br /> ° ° I <br /> I r� <br /> X rt I <br /> 1" INTERCOM ° � a, < 3' 8" a <br /> CONDUIT <br /> BRINE RESERVOIR & <br /> °1 POWER/DATA HYDROSTATIC SENSOR °4 ° d , ° e n ° d s DISPENSER CONTAINMENT <br /> I I ° m ° e ° ° ° I I • d ° I I ° ° ° ° d ° *MINIMUM RECOMMENDED SUMP <br /> CONDUIT ATTACHED TO SUMP ° e a ° e ° ° e a ° ° <br /> ° ° <br /> DIMENSION. SEE NOTE BELOW <br /> 1" MONITORING Q� � <br /> e ° ° d ° °� ° e e Q ° ° d ° � I� e COMPACTED OR NATIVE SOIL <br /> 1-1/2 x 18 FLEX C C <br /> CONDUIT CONNECTOR ° e ° d °� I D ° ° ,d + ° ° (TYPICAL) A <br /> U ° e ° d a ° U ° a ° d a 'I <br /> e ° e d ° a ° ° ° ° ° e d e <br /> 2" INSIDE 3" FRP 3" INSIDE 4" FRP NOTE: LIB <br /> PRODUCT LINE VAPOR LINE c~n ° ° d ° e L <br /> ° d ° e ° ° IF REQUIRED BY LOCAL + <br /> 3" D.W. FRP BONDED ENTRY ° ° d ° 1=-A ° d ° <br /> ° IJ ° � VA, <br /> , CODES, EXTEND CONCRETE <br /> FITTING W/ 4"x3" CONCENTRIC — — a d d ° ° ° e ° ° d L d d e e° ° d <br /> / = d ° ° e ° I I d = ° U d ° ° e d UNDER BOLLARD BELOW THE `�REDUCER W TEST PORT & d ° ° FROST LINE. I I I <br /> • ° ° e ° e ° d ° a e • ° ° e ° e ° d ° a e W <br /> ° e ° d ° ° ° d Z <br /> 1/4" PLUG (TYP.) DOUBLE WALL UNDER ° ) d d • (SEE STRUCTURAL) d CD I PROJECTION OF ADA REQUIRED <br /> SUMP SENSOR IN HOLDER DISPENSER I� (SEE STRUCTURAL <br /> CONTAINMENT SUMP FRONT ELEVATION <br /> C—C: FRONT VIEW SECTION DETAIL @ DISPENSER SUMP DISPENSER ON ISLAND INSTALLATION DETAILS SIDE ELEVATION I NOTE: CANOPY FOOTINGS CAN BE VERY <br /> SCALE: 1"=1'-0" SCALE: 1" = 1'-0" LARGE AND CAN VARY IN SIZES. SEE Q <br /> STRUCTURAL DRAWINGS. <br /> 7��7 ADA PLATFORM (NTS SEE BELOW) <br /> NOTE: IF THERE IS NO ROOM TO INSTALL THE *MINIMUM RECOMMENDED _ <br /> VAPOR FLOW METER ABOVE THE SHEAR VALVE, DIMENSION. SEE NOTE BELOW 3'-8" 3'-8" \ J <br /> IT IS ACCEPTABLE TO INSTALL FLOW METER B SIDE OF DISPENSER / <br /> BELOW SHEAR VALVE PER LATEST EDITION OF 2'-6" 2'-6" 1 <br /> E.O. VR-202 ON HEALY SOLUTION & E.O. / 1 �j 0 <br /> VR-204 ON VST SOLUTION. SEE MOST RECENT LINE OF CANOPY \ / `� � w <br /> VEEDER ROOT INSTALLATION INSTRUCTIONS FOR 2—IN-1 SENSOR BOX <br /> ISD FLOW METERS I I�� DISPENSER COLUMN 1 — Y4 SIDE "B" z Q Q <br /> VAPOR FLOW SENSOR SUMP SENSOR J—BOX I I / ® U <br /> WAYNE DISPENSER FRAME I <br /> ELBY CAPPED ELBOW (TYP.) I I BRINE RESERVOIR & � <br /> PRODUCT SHEAR VALVE I SEAL—OFF (TYP.) I I HYDROSTATIC SENSOR / z �I ATTACHED TO SUMP �^ <br /> 1 0 Q V) <br /> VAPOR SHEAR VALVE RUN CONDUITS THROUGH I I OPTIONAL STORM DRAIN z I w =� SEE BOLLARD (� z <br /> 1-1/2"x18" FLEX CONNECTOR I DISPENSER JUNCTION J z \ o <br /> OFFSET IN DISPENSER DETAIL ON <br /> BOX TYP. ROUTING, SEE CIVIL SITE wl0 �I� 00UJ <br /> ° v a SUMP FRAME (TYP.)� I I (TYP.) PLAN FOR ACTUAL ROUTING I 0 w N i� <br /> 1 SHEET G.0.5 C z ^^ <br /> ® E!-- AND CONTINUATION w w I z :z <br /> 3" D.W. FRP BONDED ENTRY I c� o w <br /> Ln <br /> FITTING W/ 4"x3" CONCENTRIC <br /> REDUCER W/ TEST PORT & SENSOR MOUNTING LINE OF FOUNDATION C)1/4" PLUG (TYP.) <br /> SUMP SENSOR IN HANGER KIT (TYP.) � � BELOW. (SEE <br /> Oo o 0 <br /> HOLDER ���\ �� STRUCTURAL) \ <br /> 3" INSIDE 4" FRP <br /> RECOVERY LINE DISPENSER \ bi <br /> SIDE "A„ consultant job# <br /> ° " <br /> INTERCOM / 1 master release date <br /> • ° TEST PORT AT UDC CONDUIT DISPENSER ISLAND 90 <br /> (TYP.) / 3'-7y2" / project master <br /> — I 1" DISPENSER _ / exe date drawn by <br /> 2" INSIDE 3" FRP _ POWER & DATA <br /> 746.!j <br /> PRODUCT LINE CONDUIT * NOTE: THESE DIMENSIONS REPRESENT MINIMUM RECOMMENDED <br /> v�v0v0vovov v po 0 0 R 0 C OFFSET DIMENSIONS TO PROVIDE DESIRED CLEARANCE OF THE <br /> LE90 °0�0 0 °0�°0�0 0 _ _ 1" MONITORING SUMP MONITOR DISPENSER VALENCE FROM THE COLUMN AND ARE BASED ON A <br /> _ _ LIQUID SENSOR SEE BOLLARD DETAIL ON Facility/Project <br /> 2" FRP ELBOW WITH III= — COMPACTED OR NATIVE CONDUIT MAXIMUM 12"X12" NON—CLADDED COLUMN DESIGN. WHERE SHEET G.0.5 <br /> PEA GRAVEL 2" FRP X 1-1/2" —�i' SOIL (TYPICAL) ARCHITECTURAL COLUMN WRAPPING IS REQUIRED THE 1'-4 1/4" ADA REQUIRES 48"x30" MIN. AREA IN FRONT OF <br /> FNPT BUSHING DOUBLE WALL UNDER DISPENSER MINIMUM FACE TO FACE DIMENSION SHALL TAKE PRECEDENCE. BOTH SIDES OF MPD, SLOPE NOT TO EXCEED 2%.� <br /> CONTAINMENT SUMP THERE SHALL BE A 10" MIN DISTANCE FROM THE sheet name <br /> EDGE OF PLATFORM TO DISPENSER FACE FOR SID <br /> D—D — SIDE VIEW SECTION @ DISPENSER SUMP DISPENSER CONTAINMENT SUMP CONDUIT ROUTING DETAIL DISPENSER ON ISLAND PLAN VIEW REACH �DMATERIALS <br /> NOTE: INDICATES ITEMS FOUND ON M °5°3 °24 <br /> SCALE: 1"=1'-0" SCALE: NONE SCALE: 1"-1'-0" /1///////1//////L/ LIST SHEET M.5.3.01 & M.5.3.02 <br />