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Branch Termination for Series Installation-Dualoy 3001 piping can be installed in series with the pipe <br /> coming in on one side of the sump and exiting the other side.To maintain the containment continuity through <br /> the sump,the system can be configured with a termination ring on the branch of the tee or leg of an elbow.To <br /> do this,the tapered portion of the clamshell fitting leg is cut off and a termination ring is bonded between the <br /> primary fitting and the clamshell. A bushing or pipe nipple can be bonded into the primary bell as needed. <br /> • i t = <br /> • <br /> Size Reductions-For large systems where larger diameter trunk lines are used,pipe diameter reductions are <br /> easily made with the Dualoy 3000/LCX system at fittings.Single piece bushings are used in the primary fitting to <br /> reduce the primary pipe size.The containment pipe size Is reduced by bonding a 2-piece reducer ring between <br /> the clamshell and the smaller pipe jacket.No cutting of clamshell fitting tapers is involved. <br /> Size reduction can be done on any fitting leg or legs(as on a tee). <br /> gy <br /> Smaller Size <br /> smaller Size JUN 07 2017 <br /> downstream tl onstream <br /> (e <br /> ENVIRONMENTAL HEALTH <br /> ze <br /> Larger size <br /> upstream <br /> Continuous Monitoring-The Dualoy 3000/LCX system has exceptional performance in continuously moni- <br /> tored systems. Due to its small interstitial space, it is very reliable in detecting leaks in systems monitored <br /> by pressure,vacuum or hydrostatic methods.False alarms are eliminated by the lesser sensitivity to external <br /> conditions while detection capability of actual leaks is increased.Consult NOV Fiber Glass Systems Engineer- <br /> ing for details and design of monitoring methods. <br /> LCX Fittings Dimensions <br /> 90° Elbows <br /> B <br /> Size <br /> ♦ -- T <br /> i � 0 D A ' <br /> ♦+-�" ,� 2 50 6.88 1.34 5.12 6.04 3.00 3.55 <br /> 7.75 1.38 6.32 7.13 3.00 4.70 <br /> E <br /> 4 4 100 8.75 1.35 7.23 9.19 3.50 7,50 <br /> A <br /> 45° Elbows <br /> A Weight <br /> y Bt <br /> 2 50 6.25 1.34 5.12 6.04 3.00 3.30 <br /> ♦.F I -i 3 80 6.75 1.38 6.32 7.13 3.00 4.15 <br /> * \�� 4 1100 7.50 1.35 7.23 1 9.19 3.50 6.50 <br /> 2 <br />