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' TMMMMM M. 2. Open the monitor fitting not connected to the hose quick <br /> disconnect assembly. <br /> NOTE:Your tank may Disconnect <br /> ss site with a h figure -3 assembly(see Figure 2-3 HV) 3. Pressurize the primary-or with a Quick Disconnect assemby(see Figure 2-3 DD).If the tank isnot p 'mary tank to 5 PSIG;add or remove air as <br /> figured as shown in one of the illustrations prior to pre-installation testing,call necessary and allow the pressure to stabilize.Close the valve on <br /> the Xerxes coordinator at the plant nearest you or the technical services department the test manifold supply line. <br /> ' at Xerxes headquarters. <br /> 4. Monitor the pressure for one hour.Soap test all service fittings <br /> HOSE/VALVE ASSEMBLY and manways.Watch for active air bubbles which indicate a leak:' <br /> : - NOTE:In order test the tank,the hose/valve assembly must be connected from a <br /> monitor fitting too a service fitting. ;.................-.......... <br /> NYLON TIE <br /> PRIMARY(INTERNAL)TANK TEST <br /> 1. Open one service fitting and the monitor fitting which is not <br /> .,connected 1D the hose/valve assembly.Check t0 see that all PRESSURE RELIEF DEVICE <br /> remaining service and monitor fittings are property doped,plugged ...... """ "" FROM COMPRESSOR <br /> and tightened. QUICK DISCONNECT AIR SUPPLY VALVE <br /> ASSEMBLY_ AIR SUPPLY GAUGE <br /> 2. Close the valve on the hose/valve assembly. Install the test MONITOR fI77l NGSERVICE FITTING <br /> , <br /> manifold in the open service fitting.Connect the pressure source ? <br /> to the test manifold. (See Figure 2-3 HV). <br /> 3. Pressurize the primary(internal)tank to 5 PSIG.Add or <br /> remove air as necessary and allow the pressure to stabilize.Close FIGURE 2-3 OD <br /> the valve on the test manifold. <br /> 4. Monitor the pressure for one hour.Soap all fittings and man- SECONDARY(EXTERNAL)TANK TEST <br /> ways and watch for active air bubbles which indicate a leak. 1. Maintain the pressure in the primary tank. <br /> 2. Plug the monitor fitting which was previously open.See Step 2. <br /> PRESSURE RELIEF.DEVICE 3. Free the hose from the service fitting <br /> 'NOSE/VALVE ASSEMBLY FROM COMPRESSOR by cutting the Pylon tie. <br /> AIR SUPPLYvAL vE 4. Insert the hose into the quick disconnect check valve(found at <br /> MANIFOLD VALVE A IR SUPPLY GAUGE the top of the service fitting).This will allow air to transfer from the <br /> G primary to secondary tank. <br /> MONITOR FITTIN <br /> SERVICE FITTING <br /> 5. Pressurize to 5 PSIG.Add or remove air via the supply valve as <br /> needed and allow the pressure to stabilize.Close the valve on the <br /> test manifold. Disconnect the air supply line. <br /> 6. Monitor the pressure for one hour.Soap the entire exterior of <br /> the tank and watch for active air bubbles which indicate a leak. <br /> FIGURE 2-3 HV When the test is complete,carefully release the air pressure from <br /> SECONDARY(EXTERNAL)TANK TEST the tank by opening the supply valve.The air supply line already <br /> CAUTION:Do not pressurize the secondarytank interstitials ace should have been disconnected.When the air flow from the supply <br /> ( spare) valve stops, remove the test manifold. <br /> directly or the primary tank may rupture and cause tank failure. <br /> Once the valve on the hose/valve assembly has been opened,do <br /> ` not close it until all testing is complete and all test pressure has r r <br /> been released. 1911111;W1111111 1111,11 Willigil I of IBM 01414 <br /> 1. Maintain the pressure on the primary tank. Plug the monitor PRIMARY(INTERNAL)TANK TEST <br /> t fitting which was previously open.Slowly open the valve on the NOTE:Keep the tank vertical(the reservoir on top)during the preinstallation testing <br /> hose/valve assembly and pressurize the secondary(external)tank or the brine may drain from the reservoir. <br /> to 5 PSIG.Add or remove air as needed and allow the pressure to 1. Open one service fitting and the fitting on the reservoir.Check <br /> stabilize.Close the valve on the test manifold.Disconnect the air for liquid in the reservoir—it should be about half full.Do not <br /> supply line. open the monitor fittings — brine will be lost.Check to see that all <br /> 2. Monitor the pressure for one hour.Soap the entire exterior of remaining service and monitor fittings are property doped,plugged <br /> the tank and watch for active air bubbles which indicate a leak. and tightened. <br /> �F When the test is complete,carefully release the air pressure from 2. Visually check the interior of the tank for liquid —there should <br /> +` the tank by opening the air supply valve.The air supply line should not be any. Install the test manifold in the open service fitting. <br /> already have been disconnected. Remove the test manifold. Connect the pressure source to the test manifold. (See Figure 2-4). <br /> "t 3. Pressurize the primary(internal)tank to 5 PSIG.Add or <br /> 4 QUICK DISCONNECTASSEMBLY remove air as necessary and allow the pressure to stabilize.Close <br /> NOTE:In order to test the primary tank alone,the test hose must not be connected the valve on the test manifold.Disconnect the air supply line. `r/ <br /> to the service fitting—keep the rrylon tie in place. <br /> PRIMARY(INTERNAL)TANK TEST 4. Monitor the pressure for one hour.Soap all fittings and man- <br /> 1. Connect the test manifold to an available service fitting.Check ways and watch for active air bubbles which indicate a leak.Check <br /> i the reservoir for bubbles in the monitor fluid. <br /> to see that all remaining service fittings are properly doped, <br /> ' gged and tightened. 5. Release the pressure from the primary tank. <br />