WiVibTrend Lite User`s Manual
Contents
1. eeeeee 4 4 Selecting Traces and Overlaying 4 5 Viewing Current and Historical Data 4 6 ABar 47 OPC OPON Aaaa ae CHAPTER 5 LIVE and HIST History Screens 5 1 LIVE and HIST Screen Features Chapter 1 Overview CHAPTER 1 Overview 1 1 WiVibTrend Lite Features WiVibTrend Lite is a comprehensive monitoring software package that operates with the WiVib wireless vibration acquisition unit from Icon Research Its primary functions are e acquire dynamic and static measurements from one or more WiVib s e trend the measured data and allow viewing of historical data e compare with preset alert alarm limits and advise operators of out of limit conditions e allow display of current and historical spectral traces and other time data The features of the WiVibTrend Lite application are e Simple step by step setup of measurement hierarchy e Measurements can be taken from one or more WiVib devices e Straightforward user operation just four main screens e Two modes of data acquisition continuous or timed wake up mode e Comparison of all measurements against preset alert and alarm levels e Clear alarm displays both on hierarchy in tabular format and in traffic lights summary e Overlays of trended data e Ability to view historical trended data with simple pan and zoom timebase functions e View of detailed time domain and spectral data both current and his2. 3 WiVibTrend Lite V1 17 Dog Food Factory Bone Crusher i Bone Crusher Motor DE Temp Motor DE Velocity Bearing MotorDE om Motor NDE Velocity Mincer MotorDE Velocity Bearing D Bone Crusher Motor DE Velocity Bone Crusher Motor DE Temp 44 53 18 28 May 2009 15 53 18 31 1 degC d 15 53 15 28 May 2009 cursor SOR R 4 1 1 2 1 I a E a Hours Hour ea bb System working correctly EA Screen Database TREND HIST UNE Print _Save D The display features of the TREND screen are described below 4 2 Trend Display The main display shows a trend of amplitude versus time for measurements selected on the hierarchy on the left panel How to select and overlay will be described later A blue line is the selected trace and a blue dot is a measurement A trace with blue dots is called the primary trace If the trace is of spectral measurements then each dot represents the overall vibration value If the measurement is a temperature for example then the temperature value at that time is shown The cursor can be placed on any measurement point for readout in the panel below The red line on the display shows the alarm limit set for that measurement and the yellow line shows the alert limit Also if the cursor is placed on a particular point and the HIST button is pressed then the trace eg the spectrum of that measuremen
3. Bone Crusher Motor DE Temp BOOST UNBOOST 600 j 1000 1200 1400 1600 1800 Hz AUTOSCALE Cursor 7 7 qE i 4 1 1 Single Cursor v 0 002 mm sec 120 Hz H H E E E CURSOR L _CURSORR System working correctly EA Screen Database TREND HIST LIVE SETUP Print Save As can be seen the alert and alarm panels are unchanged The viewing area shows the trace selected in this example a spectrum Cursor readout is available The cursor can be disabled or set to peak detect using the drop down menu list The cursor can be moved by clicking on the screen or using the CURSOR L and CURSOR R butions The Y axis scaling can be boosted and unboosted using the buttons on the right or autoscaled at any time by clicking AUTOSCALE Clicking BOOST or UNBOOST switches off the autoscale function It is possible to zoom into a particular area of the graph by holding down the right mouse button and dragging the box generated across the area of interest The 5 1 Chapter 5 LIVE and HIST History Screens display zooms into the selected area when the button is released Click AUTOSCALE to return to normal view When in WakeUp Mode it is possible to instruct a WiVib to stay on when it wakes up at the next interval This is useful for diagnosing problems on machinery In the LIVE screen and when in WakeUp mode the following screen item will appear below the main trace m Next on at 7 ps Pr Th
4. Once the maximum number of samples has been reached the oldest measurement is discarded and the latest one stored Application Maintenance Application Registration To enable all of the options on this form the application needs to be registered Registration Code __ Maximum Samples Maximum Database Size Maximum Number 50000 f 500Mb C OPC Server 4 7 OPC Option In addition to the local display of data within WiVibTrend Lite it may be also be configured to run an OPC server This enables other systems that can provide an OPC Client to gain access to the current measurements held within WiVibTrend Lite The OPC server provided is compliant with versions 1 0 2 0 and 3 0 of the OPC specification 4 3 Chapter 4 TREND Screen The OPC server provides access to all of the trends traces both timewave and spectrum and the status of any item in the hierarchy In addition the status of the WiVib s and sensors in use are also available The definitions of how the OPC arranges its hierarchy tags is contained within the document WiVibTrend Lite OPC DA Server The OPC server does not run as standard but is enabled by right clicking on the Database panel and ticking the Enabled box It will then be available whenever WiVibTrendLite is running The screen below shows the OPC selection panel Note that a registration code eight hex digits available from the factory is required to enable the OPC server Applic
5. 2 WiVibTrend Lite Basics 2 1 Basic Screen Controls There are four main screens in WiVibTrend Lite and each is accessed by clicking on the appropriate button at the bottom of the screen These buttons are always visible Click SETUP to access the SETUP configuration screen Click TREND to access the TRENDED DATA screen Click HIST to access the HISTORICAL TRACE screen Click LIVE to access the LIVE TRACE screen Logging occurs all the time and data is displayed in the Trend screen If you access another screen at any time measurements will still be read and stored so no data is lost Also available are Print and Save controls that enable a hardcopy of the screen currently being displayed to be printed or to be stored in a filename of the user s choice Refer to the screen display below to see these features 38 WiVibTrend Lite V1 17 Dog Food Factory Bone Crusher F Bone Crusher Motor DE Temp Motor DE Velocity Bearing MotorDE oma Motor NDE Velocity Mincer MotorDE Velocity Bearing D Bone Crusher Motor DE Velocity Bone Crusher Motor DE Temp OF 45348 28 May 2009 31 1 Bu deg E 15 53 15 28 May 2009 dd CURSOR R 4 1 1 2 1 a E E Hours Hour lt lt gt gt U0 System working correctly E Screen Database 1 TREND HIST LIVE SETUP Print Save 2 2 Example Application In this manual we will go through the steps required to set up
6. screen will be available for editing Define the WiVib that you wish this point to connect to by selecting it from the Connect to WiVib drop down list Now click on the radio button for the channel allocated to this point It is always assumed that channels 1 to 4 are connected to an accelerometer The sensitivity of the accelerometer can be adjusted here also Repeat this for all points making sure that no more than one point is allocated to each channel Channels 5 to 8 modified in the DC Channel area of the screen allow for virtually any DC coupled sensor type to be connected In our example a temperature sensor is connected to channel 5 Its sensitivity is 10mV degC Therefore click channel 5 radio button In the Units field enter degC and in the Sensitivity field enter 10 If a 4 20mA sensor is being used clicking on the 4 20mA selection automatically sets the offset required for this type of sensor or an offset can be entered manually in the Offset field If you are unsure about the sensitivity of a sensor connected to channels 5 to 8 select the point in the hierarchy click on the Autoset button and enter two calibration points The sensitivity and offset will then be calculated for you 3 4 Defining Measurement Parameters The measurement parameters can now be entered for each measurement In the hierarchy click on a measurement eg Velocity The fields in the right hand pane of the SETUP screen are ready for editing Each
7. SEE EE EEE Wireless Monitoring WiVibTrend Lite User s Manual Revision 1 1 May 2009 eon ERESEARCH 3 Raw Holdings East Calder West Lothian EH53 OHY UK T 44 1506 885000 F 44 1506 885501 W www iconresearch co uk NOTICE Information contained in this document is believed to be accurate and reliable However due to ongoing product developments and revisions Icon Research Ltd cannot guarantee the accuracy of this document after the date published nor can it accept responsibility for errors or omissions This document and the software and or hardware which it describes is subject to change without notice Icon Research Ltd acknowledges that various products or trademark names referred to in this document are subject to copyright and or trademark by their respective registered holders CONTENTS CHAPTER 1 Overview 1 1 WiVibTrend Lite Features u u be Marea CHAPTER 2 WiVibTrend Lite Basics 2 1 Basic Screen Controls rss 2 2 Example Application erant tet ten zarereeranererereo CHAPTER 3 Setting Up Your System 3 1 Steps Required to Set Up Your System 3 2 Defining Measurement Hierarchy 3 3 Allocating WiVib Channels ass 3 4 Defining Measurement Parameters 3 5 Defining Measurement Intervals 3 6 Specifying Simultaneous Measurements CHAPTER 4 TREND Screen 4 1 TREND Screen Features assez 4 2 Trend HO eU 4 3 Alert and Alarm Displays
8. a simple logging application and how to view and analyse the measurements recorded The 2 1 Chapter 2 WiVibTrend Lite Basics configuration will be fairly concise but will illustrate all the features of WiVibTrend Lite The number of points being measured can be expanded as required What we have is a plant called the Dog Food Factory On the plant we are measuring taking measurements on two machines namely a Bone Crusher and a Mincer On the Bone Crusher we are measuring the velocity vibration bearing condition and temperature of the Motor Drive End Motor DE together with the velocity vibration of the Motor Non Drive End Motor NDE On the Mincer we are measuring the velocity vibration and the bearing condition of the Motor Drive End Motor DE Therefore in total we are taking six measurements Note that we are using the same point ie the same accelerometer to measure velocity and bearing condition This means that we have an accelerometer and temperature sensor fitted to the Motor DE of the Bone Crusher a second accelerometer on the Motor NDE of the Bone Crusher and a third accelerometer on the Motor DE of the Mincer So we have three accelerometers and one temperature sensor thus requiring four channels three dynamic and one DC coupled of a WiVib We will use channels 1 thru 3 for the accelerometers and channel 5 for the temperature The hierarchy below summarises the configuration and specifies which channels
9. abled gt Point Trigger Configuration ConnecttoWiVb urr 1 z Mode Channel Bone Crusher Motor DE Velocity DBEA Bone Crusher Motor DE Temp AC Channet Trigger Delay Gate Configuration Accelerometer X fico ol 1 Stage d EE Gate 1 Ignored v Gate 2 Ignored v W ait F TestSensor Valid From to Jea0 Number of readings until failure accepted 1 DC Ch H Trend Value D anne 5678 Overall E Sg ere I Fmin 10 Hz Fmax 2000 Hz Sensitivity EZ DAG i Offset EO mv Alarm 9 00 mm sec System working correctly d Alert 5 00 mm sec M Screen Database TREND HIST LIVE SETUP Print Save E 3 1 Chapter 3 Setting Up Your System On installation there will be only one entry at each level on the hierarchy These can be renamed as you require Further sub levels are added by right clicking on an entry and setting up the required parameters Start by right clicking on My Hierarchy to display the following pop up menu Rename Add Machine You can now rename your plant as you wish Dog Food Factory in our example by clicking Rename Right click on My Machine and rename it to Bone Crusher Now right click on Dog Food Factory again and this time click on Add Machine Enter your second machine ie Mincer Note that you can rename any level of the hierarchy at any time later Now we want to add measurement points to the machines Right click on one of the machines to
10. anaging Data Measurements from the WiVib s on the system are stored in a database It is possible to archive and restore data and to delete measurements as required This is done by right clicking on the main display in the TREND screen Three options will appear namely Archive Measurement Samples Restore Measurement Samples and Delete Measurement Samples For archiving and deleting start and finish date ranges can be selected Archiving puts the data into a file with user selectable file name and restoring retrieves any archived file The percentage of the available database space that has been used is displayed at the bottom right side of the main screen If the database is approaching its maximum capacity warning messages will appear The green indicator bar turns to yellow when the database is 90 full At this point the oldest measurement is discarded for each one taken thus minimising expansion of the database The indicator turns red when 95 capacity is reached and no further data can be taken Right clicking on the Database panel brings up the dialogue box below As can be seen it is possible to define the maximum number of samples stored and the maximum size of the database The default database size is 500Mbytes and a registration code eight hex digits available from the factory is required to extend it You can limit the number of samples stored to any number you wish This is helpful in keeping your data to the size you wish
11. ation Maintenance Application Registration To enable all of the options on this form the application needs to be registered Registration Code La Maximum Samples Maximum Database Size Maximum Number 50000 f 500Mb C OPC Server E using Properties C using Tags 4 4 Chapter 5 LIVE and HIST History Screens CHAPTER 5 LIVE and HIST History Screens 5 1 LIVE and HIST Screen Features Clicking on the LIVE button brings up the screen that shows live data ie it displays the latest full trace of the measurement selected as the primary trace in the TREND screen For example when displaying Motor DE Velocity on the TREND screen clicking on LIVE will display the full spectrum of the latest measurement Clicking on the HIST button brings up a copy of a trace that has been previously stored The trace is selected in the TREND screen by placing the cursor on one of the blue dots on the primary trace selected The time and date of when the trace was measured are shown in the readout box below So the sequence is simply to select a trace to view in the TREND screen and then click HIST A typical LIVE HIST screen is shown below E WiVibTrend Lite V1 17 E IGI Dog Food Factory Motor DE Velocity 15 58 13 28May 2009 Bone Crusher Motor DE em Bearing Motor DE Temp Motor NDE Velocity Mincer Motor DE Velocity Bearing D Bone Crusher Motor DE Velocity
12. display the following box pop up menu Rename Disable Add Point Delete Cut Copy Use Rename and Add point to define the names of the points eg Motor DE We are now ready to add measurements to the points we have defined Right click on each point and to bring up the pop up menu 3 2 Chapter 3 Setting Up Your System Rename Disable Add Measurement Add Speed Add Sensor Test Delete Move Down Cut Copy Use Rename and Add Measurement to enter the measurement points eg Velocity on each point as per our example As before you can rename delete copy and move measurements by right clicking on any measurement and using the screen that appears Note that two new entries are available namely Group and Ungroup These enable compatible measurements to be taken simultaneously See the section on Specifying Simultaneous Measurements for details Rename Disable Delete Move Up Cut Copy Group UnGroup Note that for larger systems you can use the Cut Copy and Paste commands to save repeating entries for machines that have the same configuration For example you can copy and entire machine and its sub levels paste it and then rename it to make a duplicate machine Additional types of measurements can be selected from this menu including Add Speed which takes a tacho measurement assuming a trigger signal is available and Add Sensor Test that checks for acc
13. e often than peripheral plant Select a WiVib from the Available WiVibs list and click Details The screen below will appear Details for Wivib WiVib 1 Wi ib Settings Power Mode Device Type Wivib04ProA Continuous Mode Firmware Version DOE Wakeup Mode Protocol Version ooo Wakeup Ever 1 Minute Synchronise to 00 00 o0 Last Wakeup 16 05 12 28 May 2009 Next Wakeup 16 06 00 28 May 2003 Sensor Checks Battery Use Check Interval No Checks to be performed Y Latest Battery Level 90 Alarm at D Battery Timeout minutes OK Cancel le Disable Timeout The left pane shows current WiVib settings The right pane selects between continuous data acquisition Continuous Mode or timed intervals WakeUp Mode 3 5 Chapter 3 Setting Up Your System WakeUp mode is exactly what it says the WiVib powers down between sets of measurements and wakes up after a pre determined interval For continuous acquisition select Continuous Mode The WiVib will scan through all the measurements in the hierarchy and the data is sent back for display The next scan sequence begins immediately In Wakeup Mode the interval between each scan is set in the field Wakeup Every Select the desired interval from the drop down list The unit will power down between each scan sequence It is possible to synchronise wake up to a particular time For example if Synchronise to is set to a time of 13 15 00 Wakeup Ev
14. e screen shows when the next wakeup time is due and by checking the Keep On box the WiVib currently being displayed will stay on at the next wakeup Additionally a button labelled RESUME will appear at the bottom right hand side of the screen Clicking RESUME puts the WiVib back into Wakeup mode If more than one WiVib has been selected to stay on clicking RESUME will show a selector box where the choice can be made as to which WiVib s stay on It is possible to display the x axis of a spectrum as frequency in Hz or in RPM Right click on the display and select accordingly
15. elerometer bias voltage within definable limits You can also change the order of the hierarchy using the Move Up and Move Down commands You can also delete any level of the hierarchy and its sub levels using 3 3 Chapter 3 Setting Up Your System the Delete command If you wish to temporarily disable a measurement without deleting it then click Disable You can re enable it at any time later At this point we have defined the measurements that we want to take We will now assign these to our WiVib s 3 3 Allocating WiVib Channels The number of points we are measuring is known so we can now decide how many WiVib s we need and which channel will be allocated to each measurement point First the WiVib s need to be configured to match your network This is done using the WiVibConfig utility We shall assume that for our example the WiVib has been configured for your network On the SETUP screen a list of WiVib s that are on the network will appear in the Available WiVibs box In our example this is one Its Name Serial Number and IP address are displayed Note that each WiVib must have a unique name as specified in WiVibConfig You can remove any units that are no longer on the network by clicking Remove and you can verify the network settings of any unit by clicking Network though the network settings can only be changed using WiVibConfig Click on any point eg Motor DE and certain fields in the SETUP
16. ery is set to two hours and the time now is 17 00 then the device will wake up at 17 15 and every two hours thereafter Tip For systems with a large number of W Vib s it is helpful to stagger the synchronisation of each device by a few seconds or even a minute This prevents all the WiVib s waking up together and all trying to connect to the host computer simultaneously Battery life is optimised if WiVib s are not waiting to be serviced by the host In Wakeup Mode if a WiVib wakes up and cannot connect to its network perhaps because the network is down for maintenance the device will time out ie turn off in order to conserve battery power This wait time is set in Power Down Timeout Alternatively the timeout function can be disabled When in WakeUp Mode it is possible to instruct a WiVib to stay on when it wakes up at the next interval This is useful for diagnosing problems on machinery Refer to the section on the L VE screen to see how this function is enabled 3 6 Specifying Simultaneous Measurements On certain WiVib devices eg the WiVib 4 4 Pro channels can be programmed to take their measurements simultaneously This feature is essential when taking for example triaxial measurements and orbits and has the advantage of reducing battery consumption as the device in powered for a shorter time For measurements to be taken simultaneously they must be on channels on the same device and have their measurement parame
17. field is clearly labelled for the 3 4 Chapter 3 Setting Up Your System parameter being defined The changes you make are written to the database when the screen is exited There is no need to save the setups manually The default frequency band for the overall value that will be trended for a measurement is 10Hz Fmin to 1kHz Fmax Fmin and Fmax can be modified as required This is a useful way of setting band alarms Simply define another measurement and set Fmin and Fmax to reflect the band required Different types of overall values are available when a spectrum is selected Overall is the RMS sum of the spectrum Peak is the highest spectral component and Floor Avg is the level of the ground floor Floor average is useful in monitoring bearing lubrication For time domain measurements there is also a range of overall options The Impacts over selection is useful for monitoring compressors and other reciprocating plant It counts the number of impacts over a certain level over the period of the data acquisition Alert and Alarm limits are defined here These will appear as yellow and red lines on the trend graph Repeat the above procedure for all measurements 3 5 Defining Measurement Intervals Finally the timing of when measurements are taken is specified This is defined for each WiVib independently so the scan rate can vary from WiVib to WiVib For example it might be desirable to monitor critical machinery mor
18. of the WiVib we will use Measurement Hierarchy WiVib Channel Plant Machine Point Measurement Allocated Number Dog Food Factory Bone Crusher WiVib 1 Motor DE Chan 1 Velocity Bearing Motor DE temp Chan 5 Temperature Motor NDE Chan 2 Velocity Bearing Mincer WiVib 1 Motor DE Chan 3 Velocity Note the following points from the table above e The hierarchy sequence is Plant Machine Point Measurement e A WiVib can be allocated to one or more Machines e One channel of a WiVib is allocated to each Point ie a sensor is physically mounted and it is connected to the corresponding channel e In this example there are two sensors an accelerometer and a temperature sensor on the Motor DE they therefore have to be configured separately as the sensors are connected to different channels e There are different types of measurement available eg velocity bearing condition temperature acceleration etc 2 2 Chapter 2 WiVibTrend Lite Basics The above table is a useful template when designing your own system configuration You can add further information in additional columns eg sensitivity of the sensor on each channel your measurement parameters bandwidth number of spectral lines etc 2 3 Chapter 2 WiVibTrend Lite Basics This page is intentionally left blank Chapter 3 Setting Up Your System CHAPTER 3 Set
19. t is displayed The cursor can be moved by clicking on the screen or using the CURSOR L and CURSOR R butions The Y axis scaling can be boosted and unboosted using the buttons on the right or 4 1 Chapter 4 TREND Screen autoscaled at any time by clicking AUTOSCALE Clicking BOOST or UNBOOST switches off the autoscale function 4 3 Alert and Alarm Displays The coloured button next to each entry in the hierarchy shows the current alert alarm status of that item Yellow means that the point is in alert and red that it is in alarm The worst status of a measurement point permeates up to machine level If for example the Motor DE of a machine was in alert and the Motor NDE was in alarm then the machine status would be in alarm ie red The table below the hierarchy shows a summary of alert and alarm points This is useful if the size of the hierarchy is such that it cannot fit onto the panel and slider bars are in use Finally a traffic light system indicating how many points are OK are in alert or are in alarm is shown below the alarm summary table The example shows that four points are OK one is in alert and one is in alarm The System Status Field is below the traffic light display This will indicate any system issues such as a bias voltage out of range or a WiVib that was expected to return data at a certain time but has not connected 4 4 Selecting Traces and Overlaying To select the primary trace tha
20. t you want to display ie the trace with measurement dots simply click on the measurement name in the hierarchy The selected measurement has a black ring in its status button Secondary traces can be selected to overlay by clicking on the status button next to the measurement If the secondary trace has the same units as the primary trace eg they both have units of mm sec then the secondary trace is coloured blue but with no dots If the units are not the same the trace is coloured grey A black dot appears in the status button to indicate that that measurement has been selected as a secondary trace 4 5 Viewing Current and Historical Data WiVibTrend Lite has simple controls for looking at historical trend data and moving back to current time The buttons below the trend screen eg 1 Hour 1 Day etc select the time period that is displayed on the screen The left and right double arrows move backwards and forwards or pan through time To return to current time simply click NOW and the right side of the display will shift to the present computer time It is possible to look at data gathered some time ago by simply selecting a long period eg 1 Week and use the left double arrow to go back in time Position the cursor over the area of interest and click for example 6 Hours The time period will expand over that time Click NOW when you have finished to go back to current time 4 2 Chapter 4 TREND Screen 4 6 M
21. ters exactly the same eg all must be velocity with the same bandwidth number of spectral lines etc To specify which channels you want to take simultaneously hold down the Control key Ctrl on your keypad and click on the appropriate measurements The selected measurements will be highlighted in blue as shown below GI DogFood Factory amp Bone Crusher 2 Motor DE GG ES Bearing D Motor DE Z Temp E Motor NDE E Velociy amp Mincer Motor DE erre EZ Bearing 3 6 Chapter 3 Setting Up Your System Then right click on the on the last measurement selected to display the pop up menu below and click Group Rename Disable Delete Move Up Cut Copy Group UnGroup Note the following 1 The selection process checks that all measurement parameters are the same before allowing a measurement to be grouped If the measurement highlight does not turn blue check its parameters 2 If you subsequently change a measurement parameter for a grouped measurement that parameter is changed for all measurements within that group 3 You can ungroup measurements at any time by clicking Ungroup 3 7 Chapter 3 Setting Up Your System This page is intentionally left blank 3 8 Chapter 4 TREND Screen CHAPTER 4 TREND Screen 4 1 TREND Screen Features Clicking on the TREND button brings up the TREND screen A typical screen is shown below
22. ting Up Your System 3 1 Steps Required to Set Up Your System Setting up or configuring of the system is carried out in the SETUP screen accessed by clicking on the SETUP button This screen enables you to define all the measurements that you want to take and it generates the necessary database template automatically There are a number of steps that should be followed to configure your system and these are summarised below 1 Decide what measurements you want to make on your machinery and define your hierarchy accordingly 2 Allocate WiVib channels to the measurement points 3 Set up measurement parameters for each measurement 4 Define how often you want to take measurements We will now look at each of these steps in detail referring to the example discussed in the previous chapter 3 2 Defining Measurement Hierarchy The SETUP screen is shown below The Plant Machine Point Measurement hierarchy is in the left panel 3 WiVibTrend Lite ARK IE a Dog Food Factory amp Bone Crusher Available Mtz Measurement E Motor DE i Serial Number IP Addr ee cantiga Velocity O0 CO 1B 0C DD EE 192 168 101 250 Display Spectrum x Bearing z E a Units mm sec v Pk z af an ve Sampling Configuration Ee a Lines Bandwidth a vei SG 400 z 2kHz eloci amp Mincer Window Averages EO Motor DE Hanning v Off x velocity High Pass Filter Low Pass Filter Bearing __ Remove WERE abies Disabled i Dis
23. torical with full cursor readout This manual will explain how to set up and run a system measuring a variety of different parameters 1 2 Installation Installation is from either CD or USB memory stick Installation from CD If AutoRun is enabled on your computer drive the installation menu will be displayed Click on Install Software and select WiVibTrend Lite If installation does not run automatically then use Windows Explorer to select the drive with the label WiVib Suite and run the application called WiVibSuite exe which will be in the root folder Installation from USB Stick When a USB drive is inserted the Windows Autoplay dialogue box will appear Select WiVib Suite Installation and click OK Click on Install Software and select WiVibTrend Lite If the Autoplay box does not appear then use Windows Explorer to 1 1 Chapter 1 Overview select the drive with the label WiVib Suite and run the application called WiVibSuite exe which will be in the root folder Note that if you wish to copy the files from the CD or USB stick to your computer and install from your computer then ensure that all the files are kept in their original folders otherwise installation may fail In either case a shortcut will be placed on your desktop Click on the shortcut to launch WiVibTrend Lite If you wish to print a copy of this manual it is available on the CD USB stick 1 2 Chapter 2 WiVibTrend Lite Basics CHAPTER
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