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Pi <br />1 <br />1 <br />1 <br />1 <br />1 <br />1 <br />1 <br />1 <br />1 <br />1 <br />1 <br />1 <br />140 <br />W120 <br />W <br />LL <br />Z 100 <br />a 13o <br />W <br />= 6o <br />J <br />f 40 <br />f <br />20 <br />0 (�r � PETRI <br />LITERS PER MINUTE <br />76 1151 227 303 379 <br />454 530 <br />$3 <br />0 <br />H <br />37 cc <br />I- <br />31 W <br />24 Z <br />Q <br />41 <br />18 = <br />12 A <br />14I- <br />6 N <br />20 40 60 $0 100 120 140 <br />GALLONS PER MINUTE <br />Notes: <br />Curves shown reflect <br />single pump performance <br />operating on 3 phase input <br />power pumping gasoline <br />(SG.76). Pressure is taken <br />at the discharge manifold <br />outlet. <br />2hp units can be operated <br />on single phase power <br />supply. Performance on <br />single phase will be slightly <br />lower. 4hp units operate on <br />3 phase input power only. <br />FORM UMP Performance in 5(' <br />LITERS PER MINUTE <br />189 379 566 757 946 <br />1136 <br />Notes: <br />144 <br />4 q <br />Curves shown reflect <br />2 H P M a gS hell <br />performance of two pumps <br />H <br />of like hp manifolded to a <br />W124 <br />4HP MagS hall <br />37 <br />W <br />common discharge line. <br />W <br />I.. <br />Performance curves are <br />100 <br />31 <br />W <br />based on 3 phase input <br />Z <br />power pumping gasoline <br />Z <br />(SG.76). Pressure is taken <br />8(1-' <br />0 4 <br />24 <br />at the discharge manifold <br />Wa <br />outlet. <br />= 641 <br />1 B <br />W <br />2hp units can be operated <br />J <br />= <br />on single phase power <br />a <br />J <br />supply. Performance on <br />040- <br />12 <br />N <br />single phase will be slightly <br />N <br />0 <br />lower. 4hp units operate on <br />20 <br />8 <br />0 <br />3 phase input power only. <br />41 <br />0 <br />60 100 t60 200 250 <br />300 <br />GALLONS PER MINUTE <br />