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Variable Frequency <br />Control Technology <br />FE Petro introduced the first variable speed submersible <br />pump for the petroleum industry in 1995. Since that time, high <br />volume marketers around the world have realized the <br />benefits of filling cars faster during peak business periods that <br />only variable speed submersibles can deliver. Station size and <br />volumes have continued to grow. To meet the needs of <br />these high volume retailers, FE Petro offers the intelligent <br />submersible turbine pump, the industry's highest performing <br />4" diameter submersible pump. <br />Constant Flow - Depending on peak business <br />requirements, marketers now have a choice of either 2 <br />hp or 4 hp variable speed models. 2 hp provides constant <br />10 gpm (38 1pm) for up to eight fueling positions <br />operating simultaneously, 4 hp for up to 12 positions. <br />MagVFC- Design Highlights - The magVFC*" features a <br />dual seven segment display to show diagnostic faults. A <br />serial interface is standard to connect to INCON System <br />Sentinel- software for remote reporting of pump alarms <br />and sharing other pump/ATG intelligence. The MagVFC- <br />detects and displays these system conditions: <br />• Dry lank (initiates an immediate pump shut -down). <br />• Continuous pump run. <br />• Low incoming voltage. <br />• Pump motor failure. <br />• Short circuit detection. <br />9 Controller faults. <br />- Open circuit detection. <br />For reduced installation cost, a shielded power cable is not <br />required. Pump protection extends pump life and extended <br />run fault alerts a condition that may render line)eok <br />detection ineffective. Remote reporting of pump alarms and <br />sharing of IST and ATG Intelligence further reduce station <br />operating costs. <br />Meets EPA SpItback Control - The 15T can be adjusted at <br />installation to perform at maximum per nozzle flow rote of 10 <br />gpm (38 1pm) based on the specifications of your piping and <br />dispensing system. This eliminates overpressuring the system, <br />which results in an unnecessarily high hydraulic hammer and <br />need for other control devices, <br />S <br />, i , 'i <br />6 <br />' A "'M �"' , WM <br />EN\J1R#t1lr'7'W"t <br />DEPARTMENT <br />SUBMERSIBLE PUMPING SYSTEMS 15 <br />