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TESTABLE PROCEDURE ONLY, FOR STANDARD MOD- <br />ELS, PROCEED TO NEXT PAGE. <br />STEP IT: INSTALL SOCKET ADAPTOR ASSY <br />Put able thru threads In Inlet tube and out thru cable <br />port on side of Inlet tube. Thread the socket adaptor <br />assembly finger tight into the inlet tube. Note: thea- <br />ble Port on the Inlet tube must be In line with the float <br />as shown previously In Figure 8A. <br />Figure IT <br />STEP 2T: PASS CABLE THRU FERRULE <br />Pau able thru ferrule. Loop able and then pass cable <br />back thru ferrule. Keep ferrule loose until cable length <br />Is determined in the next step. Note: if cable end frays <br />It may be necessary to trim the cable again to pass thru <br />ferrule. <br />1/8' mandrel <br />rivet <br />Ferrule\ <br />Trip <br />cable <br />aver <br />step 3T Loop— <br />Figure2T <br />Vapor Recovery HII Riser <br />opw <br />Ball F <br />Nnknum <br />rancefor <br />Tube Cut t <br />per Local � <br />Align Float Along Length of Tank --. <br />Figure 24 <br />-dent socket <br />Figure 24A <br />STEP 3T: DETERMINE CABLE LENGTH <br />Run able along upper tube and over the top plate on <br />the float bracket as shown. With the float in the down <br />position (as shown in Figure 3T) align loop In cable with <br />rivet and top hole In float bracket Use the rivet as a <br />template to size the loop in the able and pull cable <br />tight and crimp ferrule with crimping tool / pliers onto <br />cable at this location. Trim excess cable with wire cut- <br />ter/scissors. For reference, from the seam where the <br />upper tube and valve body meet to the end of the cable <br />after trimming will require approximately 3.5' of cable. <br />Cable over float bracket <br />Seam ` <br />Figure 3T <br />STEP 4T: ATTACH CABLE TO FLOAT BRACKET <br />Ensure cable is over the float bracket. Using the sup- <br />plied rivet align loop In cable with top hole in float <br />bracket and pass rivet thru cable loop and float bracket <br />hole. Using rivet tool for 1/8' dia mandrel attach rivet <br />and cable to the float bracket. See last page for list of <br />replacement able parts. <br />Attach rivet to top h <br />ole <br />Figure 4T <br />STEP 5T: ENSURE PROPER CABLE OPERATION <br />Unthread the socket adaptor assembly from the Inlet <br />tube and ensure float and poppet move freely when <br />socket adaptor assembly is pulled on. It should only <br />require 3' to 4' of movement In order to actuate the <br />float and poppet Thread socket adaptor assembly fin- <br />ger tight Into Inlet tube after testing. <br />apror be- FOR TESTABLE MODELS ONLY: Check Installation <br />peen Jack again as done In Step 23 to ensure poppet actuates and <br />rew bolts resets properly. Seepage 17 for full testing details. Ap- <br />plyPipe dope tothe socket adaptor threads. Pipe dope <br />should be a non -hardening gasoline resistant pipe <br />thread seal compound. Install socket adaptor and <br />torque to 3.5 ft -lbs (42 in -lbs) minimum to 5.0 ft -lbs (60 <br />In -lbs) maximum. After Installing socket adaptor where <br />required, pressure test testable overfill valve per CARB <br />TP201.1 D to ensure valve Is vapor tight. <br />STEP 20: PREPARE FILL RISER FOR VALVE INSERTION <br />IMPORTANT: Inspect the riser pipe for any foreign ma- <br />terial. Over spray from tank relining or any internal <br />burn inside of pipe must be removed prior to Installa- <br />tion. Failure to have an unobstructed riser pipe may <br />prevent proper Installation or operation of the valve. <br />Thoroughly clean top of riser pipe. <br />STEP 21: REMOVE ELASTIC BAND <br />Remove the elastic band securing the float to the valve <br />body. The float will move Into an outward position. <br />STEP 22: INSERT DROP TUBE <br />Make sure the upper O -Ring gasket Is under the flange <br />of the Inlet tube. Hold the float down against the valve <br />body and slowly Insert the drop tube overfill wive Into <br />the riser pipe. Do not force valve Into the riser pipe. If <br />any obstruction or foreign matter Interferes with <br />smooth Insertion of the valve, the riser pipe must be <br />cleared. <br />WARNING <br />Failure to follow the assembly <br />and installation instructions or <br />use of excessive force to insert <br />the DPW 71 SO will VOID THE <br />WARRANTY. <br />Difficulty in removing the existing <br />fill tube Ofthere Is one) means <br />there may be an obstruction In the <br />riser pipe. Look for burrs, defor- <br />mations, excess tank lining materl- <br />al or other projections that may <br />Interfere with easy Insertion of the <br />OPW 71 SO. The 71 SO Is designed <br />for Insertion Into schedule 40 pipe. If Fig -22 <br />schedule 80 pipe has been used for the <br />riser, the 71 SO cannot be Installed. If seamed pipe has <br />been used, the Internal weld bead may Interfere with <br />the OPW 7150 and prevent Installation. If the OPW <br />7150 won't slip In easily DONT FORCE ITI Damage to <br />the valve may result if excess force is used. Examine the <br />riser pipe carefully; determine the nature of the obstruc- <br />tion; take appropdate steps to remove it. <br />STEP 23: CHECK INSTALLATION <br />Insert the drop tube all the way Into the tank until the <br />flange and gasket seat onto the top of the Face Seal <br />Adaptor. The float will swing out into the operating <br />position as it passes Into the tank. <br />STEP 25: INSTALL WARNING PLATE <br />Bend the three warning plate ears down then slide the <br />tie wrap over the warning plate ears and position wam- <br />ing plate against riser pipe approximately 1' below the <br />adaptor. Tighten the tlewrap securely. The wive is <br />now fully Installed and In operating position. <br />NOTE: the warning plate includes important warn- <br />ings, operating parameters, and listing information <br />and must be installed. <br />Figure2S <br />STEP 26: VALVE REMOVAL <br />The valve can be removed for tank leak testing, Inspec- <br />tion, etc, by removing the Rotatable Product Adaptor, <br />the 4' nipple, and the Jack Screw Kit. Reinstall per the <br />above Instructions. <br />For testable models only: It Is not necessary to"` <br />move the valve to check poppet movement/ function. <br />See Page 17 for full testing detalls. <br />F <br />Figure 23 <br />Make sure that the float is aligned along the length of <br />the tank The length of the tank an easily be deter- <br />mined by locating other manholes or pump boxes that <br />are installed around other tank fittings. Lookintothe <br />drop tube and align the deflector with the length of the <br />tank <br />For eastable models ontr. Unthread the socket adapp <br />for assembly from the Inlet tube (a 3/8' square drive <br />extension will attach to the socket adaptor, secure all <br />tools to ensure they don't fall Into the tank or valve) and <br />ensure float and poppet prove freely when socket adap- <br />tor assembly lspulled on. When looking down into the <br />upper tube ensure poppet Is visible when socket adap- <br />tor Is pulled and resets properly when socket adaptor Is <br />released. See page 17 for full testing details. If poppet <br />does not actuate freely take appropriate steps to correct <br />before proceeding. <br />CAUTION: No obstruction In the tank can be within <br />14" from the center of the riser pipe or the valve <br />may not operate properly (See Figure 24). <br />STEP 24: ALIGN VALVE <br />Install the OPW Jack Screw Kit and a 4' NPT nipple to <br />lock the valve In place. Refer to the Installation Instruc- <br />tions supplied with the Jack Screw Kit For testable <br />models ensure that the socket adaptor is aligned so <br />It does not interfere with the jack screw kit. (see Fig- <br />ure 24A). Install the Rotatable Product Adaptor (Refer <br />to Installation Instructions supplied with the Product <br />Adaptor.) Make sure that the valve does not rotate <br />while tightening the adaptor by observing the position <br />of the deflector. The valve must remain aligned <br />along the length of the tank as in Step 23. Repeat <br />this step as necessary to assure proper valve alignment. <br />STEP 27: ELECTRONIC LIQUID LEVEL MONITORING <br />If an electronic level monitor Is Installed, It most be call - <br />brined to coo match with <br />95 of the 71 SO tealtovalve body, which <br />must correlate with 95%of the actual tank apachy� <br />tl{y ray I <br />'iY 1 <br />L ' Y11 <br />J 0 3 0 2020 <br />NMEN i A�- HEALON <br />E�VIR DEPA��ME�T <br />16 <br />)I?�•tB <br />rte/ <br />Manufacturer:'OPW' <br />Madel: 71 SOA' <br />(4'represents size) <br />Manufacture Date: <br />'MFG MMYY' <br />MM=Month YY=Year <br />Figure 26 - Product Identification <br />STEP 27: ELECTRONIC LIQUID LEVEL MONITORING <br />If an electronic level monitor Is Installed, It most be call - <br />brined to coo match with <br />95 of the 71 SO tealtovalve body, which <br />must correlate with 95%of the actual tank apachy� <br />tl{y ray I <br />'iY 1 <br />L ' Y11 <br />J 0 3 0 2020 <br />NMEN i A�- HEALON <br />E�VIR DEPA��ME�T <br />16 <br />