bently performance

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Bently Performance SE Quick Start Guide

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4.6 Configuring Compressor and PerformanceMap Plots

You can use the Performance Display Package map plots to displaycompressor maps as well as other types of map plots. Theconfiguration consists of two main operations: Configuring the

maps (the compressor or performance curves), and configuring theCompressor Map plots and Performance Map Plots.

4.6.1 Map Manager Tool

1. To configure the maps, start System 1 Display. On the Toolsmenu, click Map Managerfrom the Display menu.

2. To delete or edit a map, select a map and press theappropriate button. To add a new compressor map, pressthe Add Map button. Enter name, X-Y units, and description

(optional).


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Section 4 - Configuration

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3. Select the Curve Configurationtab and add the curve datato the XYi Pointspage (or one of the other pages if they fitwith your particular data entry format). In the XYi-Pointspage, each Y column with data must have a name (first row),every X value must have at least one corresponding Y value,

and every Y value must have a corresponding X value. Toadd more rows, right-click in the row label column (firstcolumn) and select Add Row. The grid supports cut, copy,paste and delete for single- and multiple-cell selections.When you are finished entering the map information, clickOK.

4. In the Map Managerdialog box, click OK to save theinformation.


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4.6.2

Map Plot Configuration

The Compressor Map plot and the Performance Map plot are verysimilar to each other. The example below shows the creation of aCompressor Map plot and notes the differences.

To create a Compressor Map plot group, select the Compressor

Map icon from the tool bar.

1. Start System 1 Display and create a new Plot Group.

2. To create a Performance Map plot group, select the

Performance Map icon from the tool bar.

3. Expand the points in the Instrument Hierarchy. Drag thepoint variables from the Instrument Hierarchy onto the plottree in the Plot Group. The first point variable that you dragonto the plot tree is the X variable, and the second point

variable that you drag onto the plot tree will be the first Yvariable. For the Compressor Map plot, the next variablethat you drag onto the plot tree will be the second Yvariable, while for the Performance Map plot the nextvariable that you drag onto the plot tree will be the second Xvariable. Each Compressor Map plot can have one Xvariable and six Y variables. Each Performance Map plot canhave six X variables and six Y variables.


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4. Select the plot in the plot group tree and press theConfigure Plot button. Clear the Use Plot Session DateRangecheck box. Select Current Values, Transient Data, orHistorical Data.


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5. Select the Appearancetab, click the Advanced Optionsbutton, and choose the colors, Axis text, and Fonts for theplot.

6. Select the Compressor Mapor Performance Maptab.Select the desired map and configure the colors, line style,and label visibility for the individual curves. The units of the

map must match the units of the plot being configured. Theoption to show maps with different units is fortroubleshooting purposes only. Click OKto accept the PlotConfiguration settings.


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7. Select a curve in the Plot Group Configuration dialog. Clickthe Configure Curvebutton.

8. Use the Curve Configuration dialog to configure the color,shape, and line style for the curve. The System 1 softwarewill display the shape when you view current values and usethe selected line style for the curve when using historical

and transient data. Click OKto accept the curveconfiguration.

9. Repeat the curve configuration for each curve in the plot.

10.Click the OKor Applybutton in the Plot Group Configurationdialog to display the Map plot.


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4.7 Configuring an EGT plot

You can use the Performance Display Package EGT plots to displayexhaust gas temperature and exhaust gas temperature spreadinformation.

1. Start System 1 Display and select the EGT icon from thetool bar to create a new EGT plot group.

2. Expand the points in the Instrument hierarchy or Enterprisehierarchy and drag the temperature point variables fromthe expanded Hierarchy onto the plot tree in the Plot Groupdialog. You can configure the software to plot up to 100temperature variables for each EGT plot. The order of thetemperature values is important. The curve numbers willcorrespond directly to the thermocouple numbers in theplot.


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3. Select EGT Plot in the plot group tree and click the ConfigurePlotbutton. The initial release of the EGT plot supports onlycurrent values.


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4. Select the Appearancetab, press the Advanced Optionsbutton, and choose the desired settings for the plot.

5. Select the EGT Polar Plottab. Click the Advanced Options>> button. Set the number of combustor cans, thecombustor can start angle, and combustor can direction.Modify line colors, styles, and other options as desired.


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6. Select the Thermocouplestab. You may modify thethermocouple angles individually, or modify them all at onceby clicking the Update and Evenly Spacebutton. This willupdate and evenly space the angles, starting at the offsetangle and going in the direction specified. Click OKto acceptthe Plot Configuration settings.

7.

Click the OKor Applybutton in the Plot Group Configurationdialog to display the EGT plot.


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Section 5 - System Operation

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5. System OperationThis section contains instructions and information for operating theBently Manual Input software, viewing Bently PERFORMANCE

templates, and displaying Bently PERFORMANCE SE data in System1 software.

5.1 Operating Bently Manual Input

1. Click Start, Programs, System 1 Tools, Bently ManualInput.

2. On the Servicemenu, click Start Serviceto start the BentlyManual Input Service.

The Bently Manual Input service should now be started.


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3. Open System 1 Display to view all the configured datapoints coming from Bently Manual Input.

4. Stop the Bently Manual Input Service by selecting StopServicefrom the Servicemenu.

5.1.1 Manual Startup Mode

With the startup mode set to manual, the Bently Manual Inputservice will notstart automatically when the Windows station isbooted up.

To set the Bently Manual Input service to manual:

1. Open Bently Manual Input: Start, Programs, System 1 Tools,Bently Manual Input.

2. Select Change Startup to Manualfrom the Servicemenu.


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5.1.2

Automatic Startup Mode

When you set the startup mode to automatic, the Bently ManualInput service will start automatically when the Windows stationboots up.

To set the Bently Manual Input service to start when Window boots:

1. Open Bently Manual Input: Start, Programs, System 1Tools, Bently Manual Input.

2. Select Change Startup to Automaticfrom the Servicemenu.


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5.2 Displaying Performance Data

You can view and display performance data from BentlyPERFORMANCE SE software on the System 1 Display software.System 1 Display offers several display formats, including Bargraphs, Trend plots, XY plots, Compressor Map plots, Performance

Map plots, EGT plots, and Machine Train diagrams.

Warning

Although Microsoft Excel 2003, 2007,or 2010 is installed for each BentlyPERFORMANCE SE system, you shouldnot run Excel for spreadsheet use or toview the Bently PERFORMANCE SEconfiguration file to monitorperformance calculations. Improperlyopening and closing Excel files canadversely affect the BentlyPERFORMANCE SE configuration andproper system operation.

5.2.1

Bargraph

Use Bargraphs and List Views in System 1 Display to display theinputs and calculated performance data.


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5.2.2 List View (toggle the view of the Bargraph)

5.2.3 Trend Plot

Use Trend plots in System 1 Display to plot a single or multiperformance variables over time.


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5.2.4

XY Plot

Use XY plots in System 1 Display to plot performance variables inthe XY format.

5.2.5 Compressor Map Plot

Use Compressor Map plots in System 1 Display to plot performancevariables in the XY format (using a single X variable and multiple Yvariables) with a map background.


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5.2.6

Performance Map Plot

Use Performance Map plots in System 1 Display to plotperformance variables in the XY format (using multiple X and Yvariables) with a map background.

5.2.7 EGT Plot

Use EGT plots in System 1 Display to plot exhaust gas temperatureand exhaust gas spread information.

Press Ctrl+R to rotate the EGT plot with the Swirl Angle.


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5.2.8

Tabular List

Use Tabular Lists in System 1 Display to present performance datain a numerical table rather than a graphical plot.

5.2.9

Machine Train Diagram

Use Machine Train Diagrams in System 1 Display to display themachine trains along with their vibration and performance data.

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