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• <br /> The 99 LD-2000 <br /> Has A Higher Level Of Performance Over A broader Range of Burial Depth, Line Length, <br /> And Piping System Types Than Any Other Leak Detector <br /> Additional Features <br /> • Guaranteed for 24 months from date of installation to detect 3 GPH @10 PSI leak <br /> • One Way Poppet flow path <br /> • Reverse Ratio Piston / Poppet combination <br /> • Smaller Volume - Faster Response piston size <br /> • Shortest profile leak detector available for "tight" installations <br /> • All fuels ( gasoline - diesel - alcohol ) <br /> • All pipelines (flexible - fiberglass - steel) up to 250 ml. resiliency <br /> • Exceeds EPA regulations (3 GPH C 10 PSI) <br /> • Detects leaks up to 10' above the leak detector <br /> • Installs with 2 1/8" six point socket or pipe wrench <br /> Longest Guarantee <br /> • The 99 LD-2000 shares the longest guarantee available in the industry, along with all other <br /> VMI 99 LD-200 series leak detectors. For 24 months from date of installation, the LD-2000 <br /> is guaranteed to see 3 GPH @ 10 PSI leak <br /> "One Way" Poppet Flow Path <br /> • The "One Way" Poppet Flow Path isolates pump turbulence from line leak detection at <br /> pump startup. <br /> Reserve Ratio Piston / Poppet Combination <br /> • Reverse Ratio means the leak detector has a reduced piston surface (smaller than the <br /> poppet it is attached to). This smaller piston area allows the leak detector stays in the fast <br /> fill position (2 GPM) to a higher pressure while compressing vapor pockets and stretching <br /> flexible lines faster. This means less time to full flow! The leak detector does not have to <br /> completely reset (as with competitive leak detectors) for the poppet to be forced into the <br /> reset mode at pump startup. <br /> "Smaller Volume / Faster Response" Piston Size <br /> • With reduced piston size there is one fourth the fuel to replace in the line when the leak <br /> detector is in the leak sense mode. <br /> Superior Flex-Pipe Performance <br /> • The reduced surface area of the piston significantly reduces the surface area exposed to <br /> hydraulic line shock. This results in enhanced performance with steel and fiberglass pipe, <br /> and especially with today's flexible pipes. <br /> "Patent application in process <br />