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WelcomeinCmap2.0 TutorialWelcomeConfigurationPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved -
Here Cmap2's main page is shownYou can seeMain work Area, toolbarand several sections of GUIWelcomeConfigurationPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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WelcomeConfigurationPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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From this step the user can startthe configuration of a new projectWelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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Creation of a new project:you can add all kind of informationas customer, site, plant, serviceWelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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ConfigurationWelcomeStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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Through New button,you assign a new machineyou can configurea single compressorwithin the project:WelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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Through New buttonyou assign a new phasewithin the machineWelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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Through New buttonyou assign a new stagewithin the phase.You can define :- Impeller Diameter- Mechanical Efficiency- Volumetric EfficiencyWelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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Through New buttonwithin the stageyou assign a new curvein 2 different ways:- Numerically (numerical digit)- Graphically (map digit)WelcomeConfigurationStartDigitEndPerformanceAnalysisPlotCopyright IPC S.r.l. 2018 All right reserved
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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Use Map digitization buttonto upload graphically a couple of curves.Upload an image file forMapI I and set the axes:- Input the Origin- Input Max X- Input Max YThen pick on the graphthe defined "N points per curve"WelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlotYou can choose among different unitsto set the axes
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After the setting of axesinput the first speed numberand pick N points for this curve.WelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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WelcomeConfigurationDigitPerformanceAnalysisPlotStartEnd
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It need to digitize at least 3 curves(at different speeds) per map.Here all 5 curves are digitized.WelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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For MapII you have to set the axes.Then the digitization is very quickand intuitive because the green linehelps you to pick the pointsConfigurationPerformanceAnalysisat fixed X valuesPlotStartWelcomeDigitEnd
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WelcomeConfigurationStartDigitPerformanceAnalysisPlotEnd
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Digitization complete!You can confirm (OK) to go onWelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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ConfigurationPerformanceAnalysisStartDigitEndPlotWelcome
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Now you can assignthe inlet conditions in terms of:- Suction Pressure (P1)- Suction Temperature (T1)- Gas MixtureWelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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WelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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Through New Mix button,you create (and assign) a new Mixto the reference curve:you will find 42 differenthydrocarbons to combineevery process gasWelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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ConfigurationPerformanceAnalysisPlotStartDigitEndWelcome
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After set all items, you have to save them.Click "Save" to saveeach objectseparately or click"Save All" buttonto save all objectsat the same timeWelcomeConfigurationStartDigitEndPerformanceAnalysisPlot
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To start a new calculation, open MachineConfigurationPerformanceAnalysisPlotWelcomepreviously createdand move inHere click "NEW"Performance tab .to open "Performance Setup".
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ConfigurationPerformanceAnalysisPlotWelcome
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Performance setup:ConfigurationPerformanceAnalysisPlotWelcomein this step you have to1) input new inlet conditions (p1, T1, Mix);(LK, PR or R134a)2) select what EOS use to run calculaton3) define one or more speeds to calculate4) Run Analysisoff-design performances
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ConfigurationPerformanceAnalysisPlotWelcome
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New Performance in off-designConfigurationPerformanceAnalysisPlotWelcomemeasurements with expectedconditions are ready.Through Performance Analysisthe analyst is able to compare fieldperformance from softwarecalculation
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ConfigurationPerformanceAnalysisPlotWelcome
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In Performance Analysis you can addConfigurationPerformanceAnalysisPlotWelcome- Discharge Pressure (P2)- Power (Pw)Then select what value use as referencethe measured values (operating point) as:- Inlet Flow (Q1)- Discharge Temperature (T2)and Solve the calculation.
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ConfigurationPerformanceAnalysisPlotWelcome
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Performance analysis forConfigurationPerformanceAnalysisPlotWelcomeDischarge Pressure (P2):it's possible to see graphicaland numerical deviation betweenmeasured and expected values
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ConfigurationPerformanceAnalysisPlotWelcome
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Performance analysis forConfigurationPerformanceAnalysisPlotWelcomeDischarge Temperature (T2) :it's possible to see graphical andnumerical deviation betweenmeasured and expected values
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ConfigurationPerformanceAnalysisPlotWelcome
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Performance analysis forConfigurationPerformanceAnalysisPlotWelcomePolytropic Head (Hp) :it's possible to see graphical andnumerical deviation betweenmeasured and expected values
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ConfigurationPerformanceAnalysisPlotWelcome
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Performance analysis forConfigurationPerformanceAnalysisPlotWelcomemeasured and expected valuesnumerical deviation betweenPolytropic Efficiency (Etap) :it's possible to see graphical and
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ConfigurationPerformanceAnalysisPlotWelcome
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Performance analysis forConfigurationPerformanceAnalysisPlotWelcomenumerical deviation betweenGas Power (Pw) :it's possible to see graphical andmeasured and expected values
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ConfigurationPerformanceAnalysisPlotWelcome
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To complete the analysis,ConfigurationPerformanceAnalysisPlotWelcomeinformation aboutall data andyou can collectthe Project in aPDF report.
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ConfigurationPerformanceAnalysisPlotWelcome
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In CMap you can compare performanceConfigurationPerformanceAnalysisPlotWelcomecurves from different inlet conditions:in Machine Performance Tab select 1 or moreperformances and click PLOT to visualizethe curves in the graph.
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Discharge Pressure Plot (P2-Q)ConfigurationPerformanceAnalysisPlotWelcome
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Discharge Temperature Plot (T2-Q)ConfigurationPerformanceAnalysisPlotWelcome
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Polytropic Head Plot (Hp-Q)ConfigurationPerformanceAnalysisPlotWelcome
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Polytropic Efficiency Plot (Etap-Q)ConfigurationPerformanceAnalysisPlotWelcome
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Gas Power Plot (Pw-Q)ConfigurationPerformanceAnalysisPlotWelcome
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ConfigurationAnalysisPlotWelcomePerformanceThanks for Your Attention!Please consultto get more informationCMap User's Guide
