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IntrONUINH9 <br /> ■ 4 a <br /> j,"ne ,,'M,,,, LO 2000*' 'g <br /> r <br /> :"Me o cap I�r�e �. ec ion <br /> Don't:let the'exterior deceive you! What;you see is not what you have been getting! <br /> Beneath this familiar exterior is the greatest improvement in mechanical line leak <br /> detection since 199!0-=the year Vaporless Manufacturing,'Inc. integrated a line <br /> check valve/pressure-relief into the body.of a mechanical line leak detector and <br /> `pioneered the single piston design in the original LD-2000. <br /> The 98 LD-2000 significantly raises the performance standard by"which all future <br /> mechanical leak detectors will be judged.The 98 LD-2000 is upgradable to line <br /> leak detection with thresholds of .2 GPH monthly and .l GPH annual line leak <br /> detection standards, using the Vaporless PI,G-5 0100 interface. <br /> Years o£field use have proven the LD-2000196 I D=2000 series of leak <br /> detectors to be'the most effective mechanical leak detectors to: (a) overcome <br /> thermal contraction, (b) provide the longest-field performance, averaging 4+ <br /> ;years (and growiri mean time to failure, functioning within EPA 3 GPH <br /> 10 psi leak threshold, (c) reduce pump service calls due to failed submersible <br /> check valve failure, (d) ,to provide the best guarantee** for leak`detector <br /> s` <br /> available. The 48 LD-2600 exceeds the performance of all previous LD=20©4 models. <br /> Unlike anything available from any other manufacturer of mechanical leak' <br /> detectors, the 98 LD-2000:. <br /> i : Drastically reduces the piston size of the leak detector, <br /> In faot.,th s new series of leak detectors has 78%0 less surface <br /> area than competitive equipment. <br /> 2 .Blirrinates the traditional fuel flow path,to the piston(which controls leak <br /> sense-full flow performance).This allows the leak detector,metering system <br /> better isolation from the turbulence and hydraulic effects found in the pump <br /> head during pump startup.This fuel flow,change also eliminates the <br /> mechanical and thermal effects present in the upper half of the pump, allowing <br /> the leak detector to only respond to line pressure changes. <br />