ACS880调试工具使用说明书

Hands-On-EXEs PC + panel + ACS880 ACS880, Drive composer DRAFT EXE : Introduction to Drive composer entry 1.0.2.1 Start excersise from page 4. Launch Drive composer from PC.s desktop Finish exercise at page 35 Objectives After these exercises you are able to: · Connect PC to ACS880 drive through a panel using USB cable · Check COM – port configuration on PC and set the COM port on a Drive composer · Modify parameters using Drive composer · Run the ACS880 drive in local mode using Drive composer · Set-up custom drive parameter sets · Save and restore the Drive composer workspace · Do basic monitoring using Drive composer · Open event logger of the drive · Copy parameters from the drive to a PC using Drive Composer custom parameter window Drive composer entry/pro Drive composer entry/pro is an easy-to-use 32-bit Windows application for commissioning and maintaining ABB’ common platform drives. There are 2 versions available. The full version is called “Drive composer pro”. Limited version is called “Drive composer entry”. Both versions include Demo, which allows testing user interface functionality without connecting to physical drive. The Drive composer versions are: · Drive composer entry, DCET-01 · Drive composer pro, DCPT-01 NOTE! This EXE is focusing on the Drive composer entry ver 1.0.2.1 This EXE is focused to be used with primary control program 1.00 or newer versions (FW of the drive) Drive composer entry/pro hardware requirements for this EXE · One USB type B cable for connecting Drive composer entry/pro through control panel’s USB port to the drive (Max 3m) Computer hardware requirements · IBM compatible PC · Pentium 2000 MHz or faster processor · 1GB RAM · 1024 x 768 display resolution with 256 colors · At least 50 MB free hard disk space · One free USB port or Ethernet port Software · Operating system Windows XP, Vista or Win 7 (32 or 64 bit operating system) · .NET 3.5 SP1 (By default exists with Win 7) PC – Drive connection through a panel NOTE! This EXE assumes that you have already installed communication drivers and .NET 3.5SP1 Framework to your PC. If this is not the case, please install the drivers and the .NET Framework to your PC before continuing any further. · Connect PC to ACS880 panel connection using USB cable and connect the other end of the cable to your PCs’ free USB port. · Check the COM configuration on your PC after USB connection · Left click START · Left click RUN · Type devmgmt.msc on the prompt and left click OK · Look for Ports (COM & LPT), here the panel has COM-4 in use · Close the device manager Launch the Drive composer PC tool Drive composer entry does not need any installation but the tool can be run from the location where you have copied the files. Drive composer pro needs installation and the tool can be launched from desktop and or from the location where you have copied the files · Keep the panel connected to your PC (COM port 4 in use as it was checked earlier in the EXE) · Go to the directory where the Drive composer is copied to and look for the .exe file. · Double click on the .exe OR Double click the icon on your desktop · Configure the COM port (here COM4) to the Drive composer Com port settings and click OK. Click CONNECT on the next prompt. (Note! This configuration prompt does not appear if COM port configuration was done already prior to this exercise) Select Communication port (set the com as checked out earlier) and click OK Click Connect if the communication port dialogue does not appear on the screen. In this case the communication port information was already given earlier and the Drive composer tool remembers the previous setting. Drive composer entry main window after established PC to Drive connection Basic Start-Up exercise · Browse to the parameter 96.6 and choose “Restore defs” (to change application parameter values back to defaults) · Ensure that the parameter 95.1, Supply voltage is correct (380..415 in demos) · Go to Parameter group 99 and check the motor parameters. Leave nominal cosfii and torque to 0. · Bolded values 99.14 and 99.15 are signal parameters which cannot changed. · Start the drive from the START button · Adjust the speed from the reference window. Set the reference to 1000 rpm. · Adjust the speed from the reference window. Set the reference to -1000 rpm. · Stop the drive from the STOP button · Browse to the parameter group 23 (ramps) and set the parameters 23.12 and 23.13 as shown in the picture below · Browse to the parameter group 21 (Start/Stop mode) and set the parameters 21.3 shown in the picture below · Start the drive from START button, the motor will have fast (1sec) ramp to the reference · Stop the drive from STOP button, the motor will have 10 second ramp to stop · Start the drive again and stop the drive by pressing COAST STOP · Did the drive follow a ramp to stop? (Y/N) _____________ · Browse to the parameter group 1 (Actual values), START the drive and adjust reference few times to see the actual value changes · Stop the drive Parameter view features · Search the parameters containing a word “stop” by writing the word to filter conditions and press enter (this will take for a 30-60 sec, parameter information is being fetched from the drive) Note! The parameter 21.3 (Stop mode is highlighted as an indication for non-default parameter) · Change the parameter 21.3 Stop mode to “Coast”.(The parameter highlighting disappears) · Uncheck the “Filter” and check the “Not at default” and see the non-default parameter values · Uncheck the “Not at default” and remove all the columns from the screen by setting the “Select columns” · Restore all the columns back to the screen after testing this feature Custom parameter windows and workspace · Go to File – New- menu and select “Customer parameter set” (or use ctrl+n) to create your own set for parameters · Name the custom parameter set and add parameters into your parameter set. Parameters can be selected by pressing the ADD PARAMETER button · Select the parameters into your custom parameter window and finally click on APPLY CHANGES. · Save the custom parameters into a file by clicking the SAVE button · Name the Custom parameter file and click SAVE · Copy the custom parameter window by clicking the COPY WINDOW button · Name the copied parameter window and press OK. It is easy to move between the different parameter views by clicking the tabs. · Try to move between the parameter sets · Adjust the first column by pulling the handle to see what are the parameters on the screen · Click on the DI status (Value column) and see the DI- status changes (click on REFRESH). Note:Refresh is not working with Drive composer entry 1.0.1.22. Please Close Binary parameter window and open it again to see that value has changed · Close the Binary parameter editor by clicking the CANCEL button Create 3rd Custom parameter window. Add parameters other than group one to a window. For example 11.7 and 11.8 Modify Values of these parameters Save the window Close the custom parameter window, by right clicking on tab and select close. Change these values 11.7 and 11.8 from normal parameter window Open your saved custom parameter window See that the value and offline value fields differ from each other Write offline values to drive by cliking Download to device button See that OFFLINE values were written to a drive.. Value and offline fields have same values · Save the current workspace, File – Save workspace (or use ctrl+s), name your workspace and click SAVE · Close the Custom parameter windows with Right click on the tab and choose “Close” · Open the saved workspace, File – Open and select “Workspace” (or use ctrl+o) · Select the workspace file which was saved earlier and click OPEN Note! After opening the saved workspace all the settings were restored · Close the Custom parameter windows with Right click on the tab and choose “Close” User interface configurations · Go to main menu and look for “View”, select from the menu “Floating windows” (or use alt+f) · Click on the System info to open information about the system to the workspace · Go to “view” menu and choose “Tile horizontally” (or use alt+h) to arrange the windows · Go to “view” menu and choose “Tile vertically” (or use alt+v) to arrange the windows · Go to “view” menu and choose “Cascade” (or use alt+c) to arrange the windows · Close Parameter and System info windows by pressing the close button · Bring the parameters back to the screen by pressing the “Parameters” selection and then select “Tabs” from the view menu (or use alt+t). · Select Chinese language from the EDIT menu and restore English language after testing. Note: Not working correctly on version Drive composer entry 1.0.1.22 Chinese language activated Analog signal monitoring · Slide the monitor window up from the bottom of the window Monitor controls Open button allows opening saved monitored file to graph Save button saves the accumulated monitor data to a monitored Chart configuration can be used to set colors for grids, number of grids, colors of signals, colors of grids Monitor configuration button brings up the Monitor Settings window where the monitor settings can be modified and the monitored signals selected. You can also select the method how monitoring is started and/or stopped. Monitor controls (continues) Add arithmetic signals button allows user to create own signal for monitoring by using 2 of used signals in monitoring. ADD, SUB, MUL and DIV operations are possible. Note: Remember to save settings in a workspace. Add signal button brings up dialog which user can add or remove one or several signals from monitor configuration. Note: Can be used only when monitoring is stopped Show numerically button shows the signal values in text format Export graph button exports the graph to a file Reset zoom button resets the view to the defaults Enable Auto scaling button scales y axis automatically. Note zooming is not possible in auto scaling mode Copy monitoring view to clipboard button copies monitoring graph to clipboard Start button begins recording data in the selected drives and displaying it on the screen. Stop button ends recording data in the selected drives. The graph or numerical values remain on the screen. Pause button continues recording but pauses or resumes scrolling the screen. Button Description Show measuring points button allows seeing measuring points of active signal. Show measuring point values button allows seeing measuring points numeric values of active signal. Search to left direction. Searching condition is selected from dropdown menu. Those are Above, Below or Either. Search to right direction. Searching condition is selected from dropdown menu. Those are Above, Below or Either. · Set the monitoring for Motor speed, Motor current, Motor torque · Click ADD SIGNAL button · Press ctrl button on your keyboard down and select the signals for monitoring (M.speed, M.current and M.torque). · Click on ADD to add the signals for monitoring. · Click OK after the selections · Scale the monitored signals as shown in the picture. To scale click on the Min and Max value and set the preferred scaling. Activate Y-scale by checking the check box. · Slide the monitor window down to expose the parameters · Browse to the parameter group 99 and set the ID RUN MODE REQUEST to “Normal” · After 99.13 parameter setting, hide the parameters again, set the X-scale to 120 (seconds) and start the monitoring by pressing the ARROW button. · Start the drive with reference -50 (Normal ID RUN will be performed during the start-up) · Stop the monitoring after ID RUN. · Reset zoom by clicking “Reset zoom” button · Activate the Auto scaling feature by clicking AUTO SCALING button Auto scaling performed. Note! The graph y-scaling changes · Save the monitor file by clicking the SAVE MONITOR DATA INTO FILE button and choose a location for your monitor file (eg. desktop) · Start new monitoring to set the Drive composer to monitoring mode by clicking the Monitor configurations button and click OK on the next prompt. · Do monitoring for “Advanced ID run” and save the monitoring file to the same directory where the “Normal ID run” monitoring file was saved No steps shown here, follow the same procedure as you did earlier. Note that you have to put the drive to REMote and back to LOCal before the drive can be started from the local control after previous ID run (Drive composer entry ver. 1.0.1.0). Stop the monitoring after the advanced ID run. · Open the previously saved normal ID run - monitor file by clicking the OPEN MONITOR FILE button and choose the location where the file was saved · Open the saved monitor file; you will be prompted about the existing data. Click YES to combine two monitor data on the screen. · Enable auto scaling (If not active already) Two monitor data combined on the screen · Two signals will be taken into closer look and those signals will be configured with different graph colours and pen settings. See the settings below and do the same settings. · Click on the CLOSE LEGEND button to gain an access to pen settings. · Settings for Advanced ID Run : · Colour : “Navy” · Pen type : “Dash-Dot-Dot” · Settings for Normal ID run · Colour : “Sienna” · Pen type : “Dot” · Line width : “5px” · Open legend again and remove all other signals from the graph, leave only Motor speed signal for both of the ID run types. · Select one of the Motor speed as an active signal from the monitor settings and check monitored values using cursors (- on top of the graph window) · Move the PC-cursor on top of the monitor cursor and drag the arrow to the monitor data (here the left cursor setting Y1) · Move the PC-cursor on top of the monitor cursor and drag the arrow to the monitor data (here the right cursor setting Y2) · Move the cursor to see the monitored signal value, date, real time and monitor time (here x=77,53 and y=975,93) Digital signal monitoring. Note: Not available in Drive composer entry, only with Drive composer pro if using this version continue on page 35 finishing up the exe · Start new monitoring to set the Drive composer to monitoring mode by clicking the MONITOR CONFIGURATIONS button. · click NO on the next prompt (this appears only if there is some unsaved monitor data on the screen) · Take default settings for the monitor settings · Add signals to the monitoring as you have done earlier when analog signal monitoring was done. · Select digital inputs (signal 10.1) for monitoring and remove all other signals from the monitoring as a result you should have only one signal on the monitored signal window. · Set Mask to the value “F” by double clicking on the Mask column. Click OK when the settings are done. Hint! Click on the UNSELECT ALL and then choose the bits from 00 to 03. Current mask can be seen on the Mask column here “F” as the selected bits are from 00-03 · Set the scaling of the signal to “F” (Hexadecimal number, 15 in Decimal, 1111 in Binary) · Start the monitoring · Switch all the Digital inputs to OFF · Do the following sequence DI1 = ON wait for 2seconds ( DI1 = OFF wait for 2seconds DI2 = ON wait for 2seconds ( DI2 = OFF wait for 2seconds DI3 = ON wait for 2seconds ( DI3 = OFF wait for 2seconds DI4 = ON wait for 2seconds ( DI4 = OFF wait for 2seconds · Wait for 10 seconds · Stop the monitoring · Set the Auto scaling ON · Mask only DI1 into monitoring by selecting only one bit from the parameter 10.1 and click OK · See the difference on the graph window · Mask only DI2 into monitoring by selecting only one bit from the parameter 10.1 and see the difference on the graph. · Mask only DI3 into monitoring by selecting only one bit from the parameter 10.1 and see the difference on the graph. · Mask only DI4 into monitoring by selecting only one bit from the parameter 10.1 and see the difference on the graph. · Set new monitoring as you have done earlier again the monitored signal is DI status and the monitoring settings are the same as before (Par. 10.1, Mask “F” and Max signal scaling “F”) · Start the monitoring · Switch all the Digital inputs to OFF · Do the following sequence DI1 = ON wait for 2seconds (leave the DI1 ON) DI2 = ON wait for 2seconds (leave the DI2 ON) DI3 = ON wait for 2seconds (leave the DI3 ON) DI4 = ON wait for 2seconds (leave the DI4 ON) DI4 = OFF wait for 2seconds DI3 = OFF wait for 2seconds DI2 = OFF wait for 2seconds DI1 = OFF wait for 2seconds · Wait for 10 seconds · Stop the monitoring · Set the Auto scaling ON · Mask only DI1 into monitoring by selecting only one bit from the parameter 10.1 and see the difference on the graph. · Mask only DI2 into monitoring by selecting only one bit from the parameter 10.1 and see the difference on the graph. · Mask only DI3 into monitoring by selecting only one bit from the parameter 10.1 and see the difference on the graph. · Mask only DI4 into monitoring by selecting only one bit from the parameter 10.1 and see the difference on the graph. Finishing up the EXE · Make a full parameter copy of the drive to a file with your name (firstName_sureName_date) · Save your Workspace into a file with your name (firstName_sureName_date) · Save your monitored graphs into a file with your name (firstName_sureName_date) · Close the Drive composer tool and unplug the USB panel from PC (panel will return to default view and the drive can be controlled with the panel) · Unplug USB cable from the panel and close the USB port protective cover Following part of the EXE only with Drive composer pro version To create daisy chain PC tool network with 2 or more drives. · With a point to point connection to a drive with a panel a Drive composer PC tool modify settings in group 49. Change NodeID:s so that those for drive 1 and 2. For example Node 1 and 2.. After changing NodeID you have to click 49.6. refresh settings. · You get following error message if you do it with Drive composer PC tool · Click OK, and Close the view buttons. Press Ctrl + R, you have to do it to twice to get connection back with the drive again · Remove the panels from the drive. See pict below · Connect you USb cable to the panel a) open Drive composer pro and make connection to the drives · Now you will see both drives on drive tree. Open parameter window from both drives. Open you previous exercise customer parameter window. By File->Open->Custom parameter file Select to see values from other drive by right click on parameter and select Change drive. Note you can change values also same way to another drive and also write offline values to drives Open monitor window Add signals from both drives to monitoring. Stop monitoring Macro script functionalty Drive composer pro includes macro script functionalty that allows reading and writing parameters using text based programming. Example of this kind of programming found from installation folder of Drive composer pro (C:\Drive composer pro 1.0.0.19). File is OmaMakroOK.p Open macro script by Following window opens Click open to open saved macros Run the macro by clicking run END OF EXE PAGE 31 We reserve all rights in this document and in the information contained therein. Reproduction, use or disclosure to third parties without express authority is strictly forbidden. SYMBOL 211 \f "Symbol" ABB/JUA