ORGANIC RANKINE CYCLE TECHNOLOGY PROGRAM. Quarterly Progress Report No. 6, July 1, 1967--October 1, 1967. Page: 53 of 62
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A ,I.ov tarque ring couples te puMp anc4. motor
housa g tog he, an sensen B the esaption tQique on the impeller
.* "saf't" SaitivI% of the torque and speed readouts allow power
osump tiont of twQ watts to di detect d.
he, p 'eh, hnA gre .1 is the first pump
io4e 4 a is a parti a mi*.;bn type with tw dischar ge
Sand dit ers. t i n i ipated, thk y ing byro
id .arg flo patha the o'-deiign pertormnatne Of, the prmp
will Mme. proved, ofe a single 4 ar e flow path. The inlet
to e of h f"sfxsk s s F 1 it tiure 2 nXo g with tht*
impvler Ui po , ion. The impeller is ahown separately in
RPgure 2.3u Th , wet operated in arle s with a et-
~,M.- p would bh* a ,1 .t5 kiiQ tt Rankine power esytem.
' o p o hep unmps have been designed and are being
manuf atured wa 2 i a centri ugal pump 'With a tegra
aicl&dtcei #nc ia sho,*n i igu q 2,3. i pump cpuldf
be used inr a5 to 10 kilowatt Rangine power stem Pump 3
Sis Own n gure 2.3.5. Thippm i de gne o a
ce d~e sr system, i. which h hgh 'by-pass fl 4$ ,ised to
e*tcba ie cond nser performance and in turn p 'vides high
suction pressure at the pump ..let The pumb is sized for a
w6: kilowatt Ran ine power system
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Adam, A.W. ORGANIC RANKINE CYCLE TECHNOLOGY PROGRAM. Quarterly Progress Report No. 6, July 1, 1967--October 1, 1967., report, January 1, 1967; United States. (https://digital.library.unt.edu/ark:/67531/metadc1032622/m1/53/: accessed April 20, 2019), University of North Texas Libraries, Digital Library, https://digital.library.unt.edu; crediting UNT Libraries Government Documents Department.