MiTE Installation and User Guide
Contents
1. 6a A user account control UAC warning 6b Some components required by MiTE may be installed may be displayed when you run the in before the Setup Wizard starts If the computer is staller Press Yes to start the installer restarted while installing these components please re run the installer Once the welcome screen is displayed press Next to start the setup procedure End User License Agreement Destination Folder Please read the following license agreement carefully Click Next to install to the default folder or click Change to choose anoth DSTO OPEN SOURCE LICENSE Install MITE to Version 1 1 February 2007 Program means the program made available by the C Program Files DSTO MITE Commonwealth of Australia represented by the Defence Science and Technology Organisation DSTO of the Department of Defence including text source code object code and accompanying documentation if any stating that it is licensed under this Licence attaching this Licence or otherwise indicating that it is licensed under this Licence v I accept the terms in the License Agreement 6c Read the license agreement and if it is acceptable 6d The installation path of the application can be click the check box and press the Next button changed if needed Press Next when ready Ready to install MiTE Installing MiTE Click Install to begin the installation Click Back to review or change any2. FLIR A315 A325 Green light near power connector Green activity lights on Ethernet port FLIR A35 Blue light on the top at the rear of the camera Green activity lights on Ethernet port A FLIR A325 powered on and connected A FLIR A35 powered on and connected Unidentified network No Internet access 10 16 AM la 10 16 AM 28 11 2013 tal 28 11 2013 A USB 6008 powered on It is normal for the LAN notification icon to display a busy signal for quite some time It is also normal for it to display a warning with No Network Access 10 Step 6 Installing MiTE The correct version of MiTE must be installed which depends on the type of Microsoft Windows installed on the computer For 64 bit Windows MiTESetup_x64 exe must be used and for 32 bit Windows MiTESetup_x86 exe must be used An error message will be displayed if the incorrect installer is used Determining which version to install If you are unsure of which version needs to be installed open Windows Explorer right click on Computer or My Com puter on the area to the left of the window and then select the Properties menu item On Microsoft Windows Vista and later versions the System type property will show if the system is a 32 bit or 64 bit system On Microsoft Windows XP a 64 bit system will display this information in the System group A 32 bit version of Microsoft Windows XP will not display any information identifyin
3. MITE Installation and User Guide Version 1 0 December 2013 Setting Up MITE Set up Data Acquisition MITE is compatible with any National Instruments device compatible with NI DAQmx In this guide a National Instruments USB 6008 is used as the data acquisition device Step 1 Locate NI DAQmx Software DVD Before connecting anything to the computer the National Instruments NI DAQmx software and drivers should be installed A copy of this software should be included with the data acquisition hardware EU Step 2 Install NI DAQmx Software 2 1 Insert the DVD into the computer DVD RW Drive F NIDAQ935 1 Always do this for software and games Install or run program from your media Run autorun exe p Published by Naka Instruments Corporation General options Open folder to view files using Windows Explorer View more AutoPlay options in Control Panel 2 2 If an AutoPlay message is shown select Run autorun exe the highlighted option Do you want to allow the following program to make changes to this computer zw Program name National Instruments Installer Verified publisher National Instruments Corporation File origin CD DVD drive D Show details 2 4 A user account control UAC message may be dis played Press Yes to continue the installation pro cess Qy NATIONAL INSTRUMENTS NI DAQms includes drivers for NI measurement devices DI on
4. lt y This feature will be installed on the local hard drive Directory for NI DAQmx 9 3 5 C Program Files amp 86 National Instruments NI DAQ Restore Feature Detaults 2 6 The features shown are the minimum required by MITE If required additional features can be installed Once the features are selected press the Next but ton ni com dataacquisition NI DAO Data Acquisition Driver Software Install NI DAQmx 9 3 5 View Readme View Device Documentation Explore the Media Exit 2 j wrp NATIONAL 2011 National Instruments All rights reserved INSTRUMENTS 2 3 When the installer starts select the option to In stall NI DAQmx Ww NATIONAL INSTRUMENTS Typical ga Install NI DAOmx device driver support for hardware configuration and application development 2 5 Select the Custom installation option then press the Next button x NATIONAL p INSTRUMENTS Request the installer to contact National Instruments to search for new notifications and updates on the National Instruments products you are installing By checking this box you acknowledge that your IP address will be sent and collected in accordance with the National Instruments Privacy Policy Privacy Policy 2 7 If desired the check box on this screen may be se lected to search for updates during the installation process This will require a connection to the Inter net Press the Next b
5. Until Stopped 200 Cycles Per Block 20 Focus Adjustment Near N Far 315 3652 K 313 5 K 3116 K 309 8 K 307 9 K 306 1 K 304 2 K 3024 K 300 5 K 298 6 K 296 7855 K Sianal VI 4 999 3 998 2 998 1 998 0 9975 i 0 002811 i 0 0 1 0 2 0 3 04 0 5 0 6 0 7 0 8 0 9 1 Sil Load 5 0Hz Frame Rate 58 8Hz __Live View Camera Frame 320 x 240 Image out of focus File Settings View Help Tla a Adjusting Focus Acquisition Calibration Analysis X mer Live View Devices Camera FLIR A325 320G 00 11 1c 0f 20 77 315 2752 K 3134 K Load Signal Dev1 ai0 3114K USB 6008 309 5 K Settings 307 6 K Blocks to Capture 0 Until 305 7 K Stopped 303 8 K 20 Cycles Per Block 301 8 K 20 299 9 K 298 K 296 0855 K Focus Adjustment Near U Far 5 009 4 006 3004 aw 2 002 0 9995 0 002811 i 7 7 gt 7 i i 0 0 1 0 2 0 3 04 0 5 0 6 0 7 0 8 0 9 1 Acquisition stopped E Load 5 0Hz Frame Rate 59 4Hz Live View Camera Frame 320 x 240 Image in focus 14 Step 9 Data Acquisition There are two main settings which control the data acquisition process The number of blocks to capture can be used to control the length of the acquisition process It is possible to
6. be adjusted in live view This is achieved by moving the focus adjustment slider below the live view display The further the slider is moved from the centre the faster the focus changes The slider can be moved using the mouse or keyboard When using the mouse the slider is dragged When using the keyboard the Left and Right arrow keys can be used for small adjustments or the Page Down and Page Up keys can be used for larger adjustments When a mouse button or key is released the slider goes back to the centre and the focus adjustment stops MITE File Settings View Help D MH gt a Acquisition Calibration Analysis x Live View Devices 315 3452 K Camera FLIR A325 320G 313 5 K 00 11 1c 0f 20 77 Load Signal Dev1 ai0 3116K USB 6008 309 7 K Settings 307 8 K Blocks to Capture 0 Until 306 K Stopped 304 1 K 20 Cycles Per Block 302 2 K 20 300 3 K 298 4 K 296 5555 K Focus Adjustment Near y Far 4 988 3 99 2 992 a 1 994 0 9954 0 002811 i 7 7 7 7 7 i i 0 0 1 0 2 0 3 04 0 5 0 6 0 7 0 8 0 9 1 Load 5 0Hz Frame Rate 60 0Hz Live View Camera Frame 320 x 240 File Settings View Help Ti wl A B gt a Acquisition Calibration Analysis X w d fe Live View Devices Camera FLIR A325 320G 00 11 1c 0f 20 77 Load Signal Dev1 ai0 USB 6008 Settings Blocks to Capture 0
7. dialog Would you like to install this device software Name Data Acquisition Device Publisher National Instruments Corporation Always trust software from National Instruments Corporation e You should only install driver software from publishers you trust How can I decide which device software is safe to install Finis h 2 12 If a message asking to install a driver pub 2 13 The installation is now complete Press the lished by National Instruments Corporation is dis Next button played press Install to continue the installation You must restart your computer to complete this operation If you need to install hardware now shut down the computer If you choose to restart later restart your computer before running any of this 2 14 If prompted to restart press the Restart button Step 3 Connecting the signal to the Data Acquisition Device Note that these instructions apply to the National Instruments USB 6008 device If a different device is used the proce dure may differ Take one of the connectors for the National Instruments USB 6008 There should be 2 in the box If desired a label can be placed on the connector to aid in connection the numbered label is shown below In this guide this input signal will be connected to the first analogue input named ATG Place the ground wire into the left most connection and the signal wire into the adjacent connection as sh
8. of your Please walt while the Setup Wizard installs MITE installation settings Click Cancel to exit the wizard Copying new files 6e Click Install to begin installing MITE 6f MITE will now install When the installation is com plete press the Finish button 12 Using MITE Step 7 Running MITE MITE can be run from the start menu under All Programs It can be found in the MITE folder as shown below Once run the MITE start up screen will displayed Accessories Games i MITE File Settings View Help dl Gdlf a Acquisition Calibration Analysis mite IMiTE I Maintenance Microsoft Silverlight i National Instruments Startup 4 Back 1 Devices Camera FLIR f 00 11 1c 01 5 i Load Signal D USB 6008 Settings 4 Blocks to Capt ed Stopped vii r x Cycles Per Bloc 20 Initialisation complete Version 1 0 0 340 Not Connected The first time MITE is run it will install some drivers required to interface with the cameras This may result in a user account control UAC window being displayed If this happens press Yes to continue While installing the drivers one or more messages asking Would you like to install this device software may be displayed Press Install if this happens Program name DriverInstaller exe Publisher Unknown File origin Hard drive on this
9. to and then select a point on the image 0 6283 rad Og Calibrate to 0 BF calbrate ton Xx Clear Calibration a Save to Transport Delay 3 1416 rad 04 0 6 load 5 0Hz Block 2536 X 208Y 84 10 1 The uncalibrated phase response The area away from the hold should have a value of n File Settings View Help CIEE i Acquisition Calibration Analysis X r sa Strain Calibration 3 1416 rad Strain calibration can only be performed on the In Phase X Response 2 513 rad 1 885 rad Phase 1 257 rad Please select the desired value to calibrate to and then select a point on the image 0 6283 rad 0 rad Og Calibrate to 0 CH Calibrate to n Clear Calibration fal Save to Transport Delay 0 6283 rad 1 257 rad 1 885 rad 2 513 rad 3 1416 rad 06 X 27 Y 29 04 Block 2536 0 2 0 2 0 Load 5 0Hz 10 3 The response has now been calibrated and the dis play updated Step 11 Strain Calibration NE ERE Block 2536 X15 7 23 10 2 The response is calibrated by clicking the Calibrate to m button and then clicking part of the response away from the hole Are you sure you want to save the current phase calibration to the transport delay of the camera The current transport delay will be overwritten The transport delay will be changed by 1 987ms er 10 4 Confirmation message when sav ing the phase calibration to
10. a section of the response which is known to be either 0 or n To calibrate click on either the Calibrate to 0 or Calibrate to m button Figure 10 1 Then click on the part of the image which corresponds to the selected value of 0 or n Figure 10 2 The phase will then be calibrated and the display updated Figure 10 3 It is possible to undo any calibration made by pressing the Clear Calibration button Saving Calibration to Transport Delay It is possible to save the calibration adjustment to the transport delay of the camera See the appendix page 20 for more information on calibrating the camera File Settings View Help 3235 EH a Acquisition Calibration Analysis X Strain Calibration 3 1416 rad Strain calibration can only be performed on the In Phase X Response 2 513 rad 1 885 rad Phase 1 257 rad Please select the desired value to calibrate to and then 0 6283 rad select a point on the image 0 rad Og Calibrate to 0 OR Calibrate to n Xx Clear Calibration 0 6283 rad 1 257 rad 1 885 rad 2 513 rad Tres ee 0 2 0 3 1416 rad rg 04 0 6 0 8 File Settings View Help meyar 3235 El 4 Acquisition Calibration Analysis x Strain Calibration 3 1416 rad Strain calibration can only be performed on the In Phase X Response 2 513 rad 1 885 rad Phase j 1 257 rad Please select the desired value to calibrate
11. ation dialogs appearing during installa tion Press the Next button x NATIONAL p INSTRUMENTS Microsoft Silverlight EULA Microsoft Silverlight Privacy Statement MICROSOFT SOFTWARE LICENSE TERMS E MICROSOFT SILYERLIGHT 4 These license terms are an agreement between Microsoft Corporation or based on where you live one of its affiliates and you Please read them They apply to the software named above which includes the media on which you received it if any The terms also apply to any Microsoft e updates including but not limited to bug fixes patches updates upgrades enhancements new versions and successors to the software collectively called 1 indata The software to which this third party license applies is distributed with NI DAQmx 9 3 5 2 9 Another set of license agreements may be dis played If accepted press the Next button x NATIONAL p INSTRUMENTS Adding or Changing NI DAQmx 9 3 5 NI Update Service 2 0 NI Measurement amp Automation Explorer 5 0 Click the Next button to begin installation Click the Back button to change the installation settings Save File lt lt Back Cancel N 2 11 The installation is now ready to start A list of changes to be made is displayed Press the Next but ton to begin installation x NATIONAL INSTRUMENTS The features in this installation have been successfully updated You may be prompted to reboot after dismissing this
12. computer Step 4B Connecting a FLIR A35 Camera A FLIR A35 Camera A FLIR A35 requires a power over Ethernet POE injector for power There are a variety of PoE injectors available However all should have an Ethernet input Ethernet output and power input ports The Ethernet input may be named LAN In or Data In and the Ethernet output may be named LAN Out or Data Out The Ethernet input and power input ports The Ethernet output port Insert one end of an Ethernet cable into the Ethernet Input of the PoE injector Then insert the PoE power cable into the PoE injector if required and plug the cable into a power socket a Vv F Then connect the other end of the Ethernet cable from the Ethernet Output port into the camera Then take the other end of the Ethernet cable from the Ethernet Input port and insert it into an Ethernet port on the computer Step 5 Ensure devices are powered and connected When the power is switch on to the devices a visual indicator is displayed There may be a delay of around 1 minute for a camera to start up The visual indicators for the devices in this guide are listed below Most Ethernet ports contain indicator lights which are illuminated when there is a connection Note that the USB 6008 is powered over the USB connection and does not require any power source other than the computer its attached to NI USB 6008 Flashing green light near USB connector
13. computer v Show details Change when these notifications appear User account control window Initialising Performing initial cleanup Driver installation utility Once MITE has started the device selection window will the be displayed unless no devices are connected This window can be accessed from the tool bar if needed Camera Devices Load Signal Devices FLIR A325 320G xx xx xx xx xx xx E Dev1 USB 6008 S N 10000000 The IP address of the camera is not poca compatible with the computer s Please enter ai2 a new address or press the Find button to ai3 attempt to find a free IP address ra Computer IP Address 192 168 8 1 al5 i ai6 Computer Subnet 25525525500 ai7 Camera Address 192 168 8 2 The select devices window with a camera and load In some cases the IP address of the camera will need signal acquisition device selected If a device con to be changed MiTE will attempt to find an address nected to the computer is missing press Refresh for the camera or one can be entered manually Press Press Select once the devices are selected OK to continue 13 Step 8 Live View To enter live view press the button on the tool bar shown below Live view displays the image from the camera in real time as well as a 1 second window of the load signal Focus Adjustment The focus of an A325 or A315 camera can
14. d Exporting Results The thermoelastic response can be saved after acquisition The saved file contains all the components of the response This option can be found through the File menu The saved response can then be loaded at a later time through the same menu The currently selected component can be exported as either an image or comma or tab separated text file This option is also located under the File menu Open Open 3 Save As Save As Export Image X Exit Alt F4 Text Line Plot Export Exit Alt F4 TheFile menu with the load and save op The Export menu with the exporting op tions tions 18 Step 13 Analysis The analysis options can be found on the Analysis tab Both the line and point analysis options can be active at the same time A point analysis is made by clicking the Place Point button and then clicking on a location on the image The point can be move by dragging it The point can be removed by clicking the Remove Point button A line analysis is made by clicking the Draw Line button and then pressing the mouse button in the start location and dragging the line to the desired location Either point of the line can be moved at a later stage by dragging it The line can be removed by clicking the Clear Line button The points of the line can be entered as pixel values in the Points boxes Each point is entered in the form of x y Press Enter afte
15. g it as a 32 bit system ale ao e DI gt Control Panel All Control Panel Items System MEJ Search Control Panel Jo Elle Edit View Tools Help Control Panel Home ve A View basic information about your computer x Device Manager Windows edition a jE Computer amp Local Dis n DVD RW Manage Open in new window gt Remote settings Windows 7 Enterprise f 5 System protection Copyright 2009 Microsoft Corporation Advanced system settings All rights reserved Service Pack 1 hi Network Map network drive Disconnect network drive System Add a network location Rating m Windows Experience Index See also Processor Intel R Core TM i7 2620M CPU 2 70GHz Delete 2 70 GHz Action Center Installed memory RAM 4 00 GB Rename Windows Update Performance Information and Systemiype SHEDO peraling System Tools Pen and Touch No Pen or Touch Input is available for this Properties Display Begin the installation process by running the appropriate installer TES AV MiTESetup_x86 exe MiTESetup_x64 exe Installer for 32 bit Windows Installer for 64 bit Windows 11 The Setup Wizard will install MiTE on your computer Click Next to continue or Cancel to exit the Setup Wizard Program name MiTESetup_x64 exe Publisher Unknown File origin CD DVD drive v Show details Change when these notifications appear
16. he line scale delay is not properly configured then a vertical gradient in the phase component will be visible Line Scan Delay 63 3 1416 rad 2 513 rad 1 885 rad 1 257 rad Time Constant 0 6283 rad 0 rad 0 6283 rad 1 257 rad 1 885 rad 2 513 rad 3 1415 rad 12 Transport Delay 40 OK Cancel A vertical phase gradient due to an incorrect line scan The camera parameters window delay Time Constant Refers to the thermal time constant of the detector FLIR technical data sheets for the A315 A325 and A35 list a typical value of 12 ms though precise values do vary For instance the following values were measured using an optical chopper and an area blackbody A315 12 1 ms A325 10 0 ms A35 12 3 ms 20 Transport Delay Refers to the delay in acquisition ofthe load reference and radiometric signals which is a function ofthe notebook camera ADC configuration lt can be readily determined from thermoelastic testing of a geometrically uniform sample under cyclic load ing For pseudo adiabatic conditions and in the absence of stress gradients the phase difference between the load reference and thermoelastic response should be m or 0 depending on the polarity of the load reference signal Adjust the transport delay until such a value is obtained The phase calibration function described in step 10 can make the necessary adjustment Avoid excessively high or low loading frequencies Pai
17. nt coatings have a negligible effect on phase at low frequency but can have a significant influence at higher frequencies Figure 1 shows the phase variation as a function of loading frequency for paint layers of three different thicknesses assuming a paint thermal diffusivity of 2x107 m sec and a 3mm thick aluminium substrate A loading frequency of 1 Hz should be suitable for coatings less than 40 microns thick radians 00 2 7 2 6 1 2 3 4 5 6 7 8 9 10 Frequency Hz Figure 1 Phase variation as a function of loading frequency for paint layers of different thicknesses 21
18. own below If the analogue connector label is used these connections are labelled GND and AI respectively Once inserted the wires can be secured in place by tightening the screws above the connection points These wires can then be connected to the load signal Here they will be connected using a BNC adapter The connector can now be inserted into the data acquisition device Be sure to insert it on the side marked Analog 1 NN Once the connector is inserted and the NI DAQmx software has been installed the device can be connected to the computer through a USB port First insert the square end of the USB cable into the device then the rectangular end into the computer FF Step 4 Connecting the camera Depending on the type of camera used the procedure to connect is different For a FLIR 315 FLIR 325 or another externally powered camera follow procedure 4A For a FLIR A35 or another camera powered through the Ethernet cable follow procedure 4B Step 4A Connecting a FLIR A315 325 Camera A FLIR A325 Camera The FLIR A315 camera looks almost identical and is connected in the same manner To connect the camera take one end of an Ethernet cable and insert it into the back of the camera Then plug the power connector into the camera and then plug the power pack into a power socket Then take the other end of the Ethernet cable from the Ethernet Input port and insert it into an Ethernet port on the
19. r entering a point Analysis Point Measurements w Place Point x Remove Point Line Measurements Z Draw Line XK Clear Line Points The analysis tab 0 0024 K 0 0024 K 0 005703 K 0 005703 t 0 00901 K 0 00901 K 0 01232 K 0 01232 K 0 01563 K 0 01563 K 0 01893 K Position 182 114 x 0 00390494 Mex 0 00210294 ie 0 00443519 be 2 6476 0 01893 K 0 02224 K 0 02224 K 0 02555 K 0 02555 K 0 02886 K 0 02886 K 0 03216 K 0 03216 K 0 0355 K 0 002823 0 009229 gt 0 01564 0 02204 0 02845 0 03485 i 0 8 2 164 24 6 32 8 41 49 2 574 65 6 73 8 82 Distance alona Line Pixels 0 0355 K A point placed on the image A line placed on the image 19 Appendix Calibration Three system time delays need to be correctly assigned for an unbiased thermoelastic response measurement These are the i scan delay ii time constant and iii transport delay These parameters are entered through the camera parameters window which can be accessed through the Settings menu This window is shown to the right Line Scan Delay Refers to the delay in acquisition between successive horizontal lines in the FPA For A315 A325 and A35 devices the value is approximately 63 us A positive line scan delay corresponds to a top down scanning procedure and a negative line scan delay corresponds to a bottom up method If t
20. ransport Delay 40 Camera Parameters The menu to access the camera parame A set of typical camera parameters ters 15 Acquiring Data Once the acquisition configuration is complete and the camera parameters are set then the acquisition is ready to begin Press the tool bar button to start the acquisition process The acquisition process can be stopped at any time by pressing the stop button on the tool bar 4 Start Acquisition Toolbar Buttons Stop During acquisition the status bar at the bottom of the window will display information including the camera frame rate the load signal frequency the current block number and the image size Load 5 0Hz Frame Rate 60 0Hz Block 20 Image Size 320 x 240 The status bar Step 10 Phase Calibration Phase calibration must be performed with the phase 8 component of the response selected This component can be selected by clicking the 0 tab above the displayed response Then select the Calibration tab on the left side of the window Calibration Strain Calibration Strain calibration can only be performed on the In Phase X Response Phase Please select the desired value to calibrate to and then select a point on the image Og Calibrate to 0 oF Calibrate to n x Clear Calibration dj Save to Transport Delay 0 The ph librati i The phase component tab EIphaseralbrationtas 16 The phase can be calibrated where there is
21. stop the process before capturing the number of blocks specified The number of cycles per block determines the number of load cycles in a block The number of cycles has to balance between the accuracy of the frequency detection which increases with more cycles and the variation in frequency which will also increase with more cycles The value of 20 cycles per block generally gives a good compromise Acquisition Calibration Analysis Devices Camera None Load Signal Dev 1 ai0 USB 6008 Settings Blocks to Capture 0 Until Stopped 20 Cycles Per Block 20 Acquisition configuration settings Camera Calibration Parameters In order to make unbiased thermoelastic response measurements a camera must be calibrated The three calibration parameters required are the line scan delay time constant and transport delay The exact calibration parameters can be experimentally determined For more details about camera calibration please see the appendix on page 20 The line scan delay and time constant are fixed for each camera The FLIR A325 A315 and A35 range of cameras do not appear to have a large variation in these parameters between cameras The transport delay is a function of many unknown factors The transport delay is generally stable for a camera and computer pairing A camera will likely have a different transport delay if used on a different computer Line Scan Delay 63 Time Constant 12 T
22. the camera s transport delay A thermoelastic response can be calibrated to display bulk strain values for the in phase X component Calibrating for strain requires two steps The first step is to select at least 1 point on the image by pressing the Add Point button and clicking at the desired location For example the location corresponding to a strain gauge rosette A placed point can be moved by dragging The point should be placed on an area of image with a known bulk strain value If more than 1 point is placed then an average of the points is used for calibration Once the point s are placed a bulk strain measurement which is known at the location of the points should be entered in the Reference Bulk Strain text box Press Enter when this value is entered and the image should be calibrated to strain values A calibration point can be removed by selecting it in the points list and pressing the Remove Point button All points can be removed with the Clear Points button 17 Calibration Strain Calibration Calibration Reference Point 5 xn Add Point 3 lt Delete Point x Clear Points The Add Point Remove Point and Clear Points buttons K K Reference Bulk Strain 300 Phase Strain calibration can only be performed on the Phase 8 response The calibration tab for the X in phase component Step 12 Saving Loading an
23. utton gt Sd NATIONAL p INSTRUMENTS NATIONAL INSTRUMENTS SOFTWARE LICENSE AGREEMENT E INSTALLATION NOTICE THIS IS A CONTRACT BEFORE YOU DOWNLOAD THE SOFTWARE AND OR COMPLETE THE INSTALLATION PROCESS CAREFULLY READ THIS AGREEMENT BY DOWNLOADING THE SOFTWARE AND OR CLICKING THE APPLICABLE BUTTON TO COMPLETE THE INSTALLATION PROCESS YOU CONSENT TO THE TERMS OF THIS AGREEMENT AND YOU AGREE TO BE BOUND BY THIS AGREEMENT IF YOU DO NOT WISH TO BECOME A PARTY TO THIS AGREEMENT AND BE BOUND BY ALL OF ITS TERMS AND CONDITIONS CLICK THE APPROPRIATE BUTTON TO CANCEL THE INSTALLATION PROCESS DO NOT INSTALL OR USE THE SOFTWARE AND RETURN THE SOFTWARE WITHIN THIRTY 30 DAYS OF RECEIPT OF THE SOFTWARE WITH ALL ACCOMPANYING WRITTEN MATFRIAI S_AI ONG WITH THFIR CONTAINFRS TO THF PI ACF YOLU ORTAINFD i The software to which this National Instruments license applies is NI DAQms 9 3 5 do not accept all these License Agreements 2 8 A set of license agreements will be displayed If accepted press the Next button oftware Installation Wy NATIONAL trust software from National Instrum 1 INSTRUMENTS for an unintemupted installation I you uncheck the box your installation may be intemupted by one or more Microsoft Windows secunty dialogs Always trust software from National Instruments Corporation 2 10 An option is available to trust software from Na tional Instruments Accepting this option will pre vent confirm
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