Home

Test-bench

1. 4 5 Interface for the Keithley 2100 USB Digital Multimeter Keithley 2100 Series Read Single vi Icon on the block diagram Purpose This VI is used to measure the voltage or current using the Keithley 2100 USB Digital Multimeter Prerequisites To avoid communication problems connect the Keithley 2100 to a USB port of your PC before the device is turned on Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output If an error occurs during operation an error message will appear At the same time an error log named Error log KE_2100 lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Select the USB port from the list on the front panel e The port to select should be similar to USB0 0x05E6 0x2100 1148496 INSTR e lf the USB device is not listed select Refresh to refresh the list e Press the Run button in the upper left to start the acquisition e The Busy button is visible for the duration of the acquisition e The VI stops after having acquired the data e Press the Run button again lep to start a new acquisition ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date eds Page 41 of 135 Fron
2. Block diagram LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 36 of 135 Open the Keythley_6514 standalone2 0 vi and press Ctrl E to view the LabView code block diagram Known problems None References Model 6514 Programmable Electrometer www keithley de Contact Keithley Instruments GmbH Germany Landsberger Strasse 65 P O Box 1909 D 82110 Germering Germany Tel 49 89 8493070 Fax 49 89 84930787 Email info keithley de ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date ne Page 370f135 4 4 Interface for the Keithley 486 Picoammeter Keythley_486_standalone vi Keithley 456 Icon on the block diagram Purpose This VI is used to take current measurements using the Keithley Picoammeter Prerequisites To avoid communication problems connect the Keithley 486 to a GPIB port of your PC before the device is turned on Make sure that no other device linked to this GPIB bus has the same GPIB address Measurement amp Automation Explorer gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments Allow the instrument to warm up at least 2 hours to obtain rated accuracy See user manual Input To execute this VI the files listed under SubVI s have to be avail
3. gt Action if exposure fails Miscellaneous FITS header Files Shutter In order to save changes right click on the control and select Data Operations gt gt Make Current Value Default Afterwards save the whole setup as follows File gt gt Save or press CTRL S Output If an exposure is taken the following files are created in the directory which is specified in the Acquistion_Setup vi Files gt gt Relative path to manual CCD exposures e lt file name gt fits e lt file name gt fits det if you decided to write the FITS header into a text file e lt file name gt HDU txt ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S 05 03 08 Page 86 of 135 if an error occurs e Error log FIERA lt date gt txt Operation Press the Run button in the upper left to start the VI The busy LED appears to indicate that the VI is busy In busy state you won t be able to press any button The telnet session to the remote location see Input is opened The opState operational state is read out Make sure the opState is online in order to take exposures Otherwise use the controls to put FIERA online See Controls and functions for a detailed description Determine parameters for the exposure s Ex
4. nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S 05 03 08 Page Glaf 135 vel Set_current amp power vi Set_current amp power vi Dialog box to display or change the power level as well as the current level Front panel Tek File Edit View Project Operate Tools Winde on Current level A 7 50 Ta gt Set_current amp power vi Front P Controls and functions Continue e Closes the window Change e Changes the present level power level current level to the specified value Indicators Current level A e Displays the present current level Power level W e Displays the present power level ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany Block diagram ODT Test bench LabView Modules User Manual Issue Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 65 of 135 Open the PowerSupply_standalone vi and press Ctrl ET to view the LabView code block diagram Known problems None References Product Description Website NEWPORT Contact NEWPORT ORIEL PRODUCT LINE 150 Long Beach Boulevard Statford CT 06615 Phone 203 377 8282 800 714 5393 Fax 203 378 2457 E mail oriel sales newport com Germany Guerickeweg 7 D 64291 Darmstadt Tel 49 0 6151 708 0 Fax 49 0 6151 708 952 E mail Newport Spectra Physics GmbH ESO Karl Schwarzschild Str 2 85748 Garching bei
5. vi 3 CO ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S 05 03 08 Page 29 of 135 MSH301_ Callibration SubViI vi Dialog box for calibrating the monochromator Front panel File Edit View Project Operate Tools Window Help on Calibration wavelength 2 550 7640 nm Present wavelength 0 7640 nm Present grating Eas Present gratings lines mm 600 Controls and functions Ok e Replaces the Present wavelength with the Calibration wavelength Cancel e Continues without any changes Calibration Wavelength e The new wavelength Indicators Present Wavelength e Displays the present wavelength Present Grating e This is the ID number of the chosen grating It is possible to mount up to three gratings ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doe Present grating s Lines mm e Displays the number of lines mm of the mounted grating MSH301_SetupStandalone SubVl vi LabView Modules User Manual 777 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 56 of 135 Dialog box for setting the monochromator s parameters as well as the filter s labels Front panel e Changes filter label as well as grating parameters Lines mm Factor Offset Zero and Label e WARNING Changing the calibration parameter will affect mono
6. 100W Lamp Housing LSH101 Manual ORIEL 100 W Arc Lamp Power Supply LSN110 Manual Keithley Model 6514 System Electrometer Keithley Safety Standards Conformance Information Keithley Software Utility ELNX 852 Version C02 Keithley Low Current High Resistance Product Information LCHR 950 01 REV D Newport ESP Motion Controller Configuration Procedure Version 3 01 Newport High Performance Mid Range Travel Linear Stage User s Manual Edwards EXPT Pumping Station amp TIC Manual and Software NGC User s manual and Software documentation http www eso org projects ngc FIERA User s Manual and Software documentation ftp ftp eso org pub vlt vlt pub releases JAN2006 vol 4 VLT MAN ESO 13640 1388 pdf PULPO User s Manual http www eso org projects odt pulpo pulpo html Jumo Imago 500 User s Manual QODT test bench documentation http www eso org projects odt CCDtestbench index html 3 2 Reference Documents Doc No VLT MAN ESO xxxxx xxxx New AO test bench in 051 Assembly and Programming Instructions S Deiries ESO ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc 4 LabView Modules 4 1 Acquisition Setup Acquisition_Setup vi Purpose LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 6 of 135 This VI Global variable is used to set up for a data acquisition at the AO test bench in 051 Prereq
7. At the same time an error log named Error log MM 4000 lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Open the Measurement amp Automation Explorer to make sure your PC has detected the new device gt gt Devices A Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments e Select the GPIB port of the MM 4000 Motion Controller on the front panel of the VI e Select Refresh to refresh the list of available ports ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 05 03 08 Page 79 of 135 e Press the Run button in the upper left ee to start the VI e The actual position of all axes is read out within 3 seconds e The busy LED appears to indicate that the VI is busy How to act if an error occurs directly after having started the VI Most likely there is a GPIB bus error Stop the VI Turn off all devices connected to the GPIB bus Make sure that all devices have differing GPIB addresses Turn on the devices connected to the GPIB bus Retry the procedure described under Operation e Press the Stop VI button to stop the VI Front panel MM4000 standalone vi Front Panel Seles file Edt vew Project Operate Tools Window Helm S SPIEO 14 INSTR el en Fal Pr e UU Gi Mme
8. Pixel size um Number of photosensitive pixels Number of outputs gt Devicedriver_Setup vi Front Panel DE K De Edt en Project Operate Tools Window Help EX Press Ctrl H for context help Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save lt JUMO Controls indicators and functions Serial port JUMO e This control allows to specify the serial port of the JUMO IMAGO 500 Slave address e Allows the user to specify the slave address of JUMO IMAGO 500 ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date Page 21 of 135 Configuration Baud rate Data bits Parity Stop bits Timeout ms e This is the number of ms to wait for a response after having sent a command to JUMO If the time has elapsed an error message appears Min response time ms e This is the delay between send and read Temperature CCD1 Analog input e Allows the user to specify the analog input where the sensor for the temperature of CCD 1 is connected to Temperature CCD2 Analog input e Allows the user to specify the analog input where the sensor for the temperature of CCD 2 is connected to Pressure Analog input e Allows the user to specify the analog input where the sensor for the pressure is connected to ESO Karl Schwa
9. Str 2 85748 Garching bei M nchen Germany ODT Test bench Doe LabView Modules User Manual 777 Date Page Acquistion_Setup vi Front Panel File Edit view Project Operate Tools Window Help CCD window Controls indicators and functions CCD window Xstart Xend Ystart Yend GEN MAN ESO 21 110 0028 1D2 05 03 08 18 of 135 e Defines the dimensions of the CCD window which is used to determine the offset and the ADU mean level during a data acquisition with the MasterPanel2 0 vi Please refer to the graphic on the right e In order to select the whole CCD image Xstart 0 Xend 1 Ystart 0 Yend 1 Offset e lf Automatic offset determination is disabled the user can specify an offset ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc Automatic offset determination LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 19 of 135 e f enabled the offset is determined automatically by taking a bias exposure followed by a mean level calculation in the CCD window which is specified above SubVl s None Block Diagram None ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc 4 2 Device Driver Setup DeviceDriver_Setup vi Purpose LabView Modules User Manual 717 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 20 of 135 This VI Global varia
10. block diagram Purpose This VI is used to operate PULPO rev 1 0 Prerequisites Make sure to have all the peripherals connected to PULPO before turning the power on otherwise some internal flags and status will show wrong values Hardware The described functionality for this VI is only available in case of the following hardware configuration e Make sure PULPO is connected to your PC via null modem connection cable RS 232 Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output If an error occurs during operation an error message will appear At the same time an error log named Error log PULPO lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Open the Measurement amp Automation Explorer See Devices and Interfaces to make sure your PC has detected the new device the new COM port Press F5 to refresh the list of available serial ports e Select the serial port on the front panel of the VI e Select Refresh in the pull down menu to refresh the list of available ports e Specify the Delay between read out under Controls ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench a u LabView Modules User Manual SS 05 03 08 Page 98 of 135 e Press the Run
11. box ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 05 03 08 Page 106 of 135 SettingsTemp2 0 SubVI vi Dialog box to change alarm settings of the connected sensors Front panel P Settings femp 2 O SubVl vi Controls and functions Sensor e Pull down menu to select the sensor Alarm value K e Allows the user to specify the alarm value of the selected temperature sensor Enable alarm e Enables alarm warning of the selected sensor Enable global alarm e Enables alarm warning for all sensors connected to PULPO Change e Applies the settings above Continue e Closes this panel ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SU emm Date Page Wi of 135 Block diagram Open the Pulpo1_standalone2 0 vi and press Ctrl E to view the LabView code block diagram Known problems None References User Manual ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 8 emm Date eds Page 108 of 135 4 14 Interface for the BOC Edwards TIC BOC Edwards TIC vi WRG O oF Icon on the block diagram Purpose This VI is used to read the pressure as well as the configura
12. button in the upper left to start the VI e Depending on the number of connected sensors one read out takes about 10 seconds e Press the Stop VI button to stop the VI Front panel Pulpol_standalone 0 vi File Edit Ven Project Operate Tools Window Help Indicators Busy e Indicates that the VI is busy Global alarm enabled e Ifthe global alarm for PULPO is enabled this LED is light green Otherwise the LED is dark green ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 211 10 0028 1D2 LabView Modules User Manual SS 05 03 08 Page 99 of 135 e Displays the sensor s values trip points reference temperatures set points alarm values and the type of vacuum gauge e Initialize PULPO See Init to add peripherals sensors to the list that had not been connected to PULPO when it was turned on Pulpo1_standalone2 0 yi Ele Edt Ven Project Operate Tools Window Help e D Controls Controls and functions Stop e Stops the VI Serial port e Allows the user to select the serial port from a list of available ports ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date EES Page 100 of 135 Save data e Enable this control to save data at regular intervals to the specified file Base path to data file e Th
13. button to start the selected acquisition s beginning from the left Indicators busy e Indicates that the VI is busy ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date re Page 133 of 135 Acquisition e Displays the acquisition that is currently proceeded Exposure nb e Displays the current exposure s number of e Displays the number of exposures to take for the Acquisition which is in progress Operational state e Indicates the status of the FIERA software Exposure status e Indicates the Status of the current exposure Telnet log e Displays the commands sent and the data received from FIERA via telnet connection to prepare and take exposures Telnet log 2 e Logs the commands sent and the data received from FIERA via telnet connection to read the exposure status S USB Interface Board_remote2 0 vi Check Check range SubVI vi range if HBL BD ms Wavelength select vi Lamp ok vi y 2 J os JKF ei Common_error_log2 0 SubVI vi og ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany mono Ee J A eck lt lI 2 m Pant o 2 u 4 O a 5 oO 1 fei Y Ka D Li e 1D2 LabView Modules User Manual 291 emm Date u Page 13408135 Keithley 2100 Series Read Single vi MSH301_ok SubVI
14. chart and select Data Operations gt gt Export Simplified Image to save an image of the current graph with the digital displays included ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date e Page 102 of 135 Indicators Chart Displays the connected sensors S serial ConfigureSerialPort2 0 SubVI vi a 5 c Rm Serial SerialWrite2 0 SubVI vi 1 Delete OK cr 2 0 SubVI vi STB2_2 0 SubVI vi Wi STB2 0 SubVi vi Connection2 0 SubVI vi Conn lim AlarmEnabled_Disabled2 0 SubVI vi enable disabled D Edwards or Balzers2 0 SubVI vi EL EI EL o Balzers GC EL appen tab to lement Append tab2 0 SubVI vi eh appen data to file Append data to file2 0 SubVI vi Settings2 0 SubVI vi Setting 2 0 Acquistion_Setup vi shtr MSH301_SetShutter SubVI vi Erer Common_error_log2 0 SubVI vi o bau ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SU emm Date Page 103 of 135 Settings2 0 SubVI vi Dialog box to set trip points set points and gauge type Front panel gt Settings 0 S ubV1 vi File Edit wiew Project Operate Tools Wi Controls and functions Heater e Press this control to cha
15. connected to the proper filter wheel with its different density filters as shown in the DeviceDriver_Setup vi Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Verify the input parameters in the following setup files and save changes by default before you start the VI e DeviceDriver_Setup vi e Acauistion_Setup vi Acquisition parameters can don t necessarily have to be specified for the following acquisitions Noise Gain Cosmetic Quantum efficiency Linearity Pocket Pumping Dark current The corresponding setup files are Noise Gain_Setup lt Nb of setup gt vi Cosmetic_Setup lt Nb of setup gt vi QESetup lt Nb of setup gt vi Linearity Setup lt Nb of setup gt vi Pocket Pumping_Setup lt Nb of setup gt vi Dark Current_Setup lt Nb of setup gt vi For each acquisition there are 3 different parameter setups available The setup files for each acquisition are identical to the front panel of the MasterPanel2 0 vi ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 05 03 08 ate a Page 119 of 135 In order to save settings right click on the control and select Data Operations gt gt Make Current Value Default Afterwards save the whole se
16. diagram Purpose This VI is used to operate the Newport Power Supply Model 69931 Prerequisites To avoid communication problems connect the Newport Power Supply to a serial port of your PC before the device is turned on It is strongly recommended not to use this VI during an automated data acquisition at the test bench in 051 Do not use this VI if one of the following VI s is running e MasterPanel2 0 vi FIERA_standalone vi LabViewPrism_New testbench vi Hardware The described functionality for this VI is only available in case of the following hardware configuration e The 300W Radiometric Power Supply Model 69931 is connected to a Newport Series Q Lamp Housing Model 60090 and the appropriate lamp model See User Manual for 300W Radiometric Power Supply Model 69931 Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output If an error occurs during operation an error message will appear At the same time an error log named Error log Power Supply lt date gt txt is created in the directory which is specified in the Acquistion Setup vi ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 211 10 0028 1D2 LabView Modules User Manual SS 05 03 08 Page 6108135 Operation Open the Measurement amp Automation Expl
17. every lt Number of seconds gt sec e Specifies how much time must elapse before the table is updated Therefore the control Update on the left has to be enabled Send e Executes the UNIX command you typed into the single line under the Telnet log Indicators Table e Displays relevant PULPO sensor values Temp CCD 1 K Temp CCD 2 K Vacuum mbar Temp FIERA K Set point CCD1 K Set point CCD2 K ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc Exposure e Displays the current exposure s number of e Displays the number of exposures to be taken opState e Displays the operational state of the FIERA system expStatus e Indicates the status of the current exposure NONE inactive wiping pending integrating reading LabView Modules User Manual 717 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 91 of 135 reading amp transferring paused processing transferring aborted failed loop finite loop infinite Telnet log e Displays the commands sent and the data received from FIERA via telnet connection Telnet log 2 exposure status e Logs the commands sent and the data received from FIERA via telnet connection to read the exposure status SubVI s DeviceDriver_Setup vi FIERA Fiera_login vi shtr MSH301_SetShutter SubVI vi Eror Common_error_log2 0 SubVI vi Acquistion_Setup vi Check range SubVI vi Remove fi
18. it won t be saved e Open the QE_Setup lt Nb of setup gt vi to change and save settings Readout mode e Indicates the selected readout mode s depending on the specified CCD name for the QE acquisition according to the specified setup QE setup e tis possible to change this parameter temporarily but it won t be saved e Open the QE Setup lt Nb of setup gt vi to change and save settings MasterPanel2 0 y1 Front Panel Ele Edit view Project Operate Tools Window Help defaut l Sch SUkpx rlrlHa 512 15 225kpixfrlrl HG S12 Linearity ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date es Page 127 of 135 Controls indicators and functions Linearity L4 e Enable this control in order to proceed the Linearity data acquisition after having started the data acquisition by pressing the Start acquisition button Linearity setup e Pull down menu to select the setup e The selected setup s parameters are displayed below e However it is possible to change parameters temporarily Wavelength e Indicates the wavelength for the Linearity acquisition according to the specified setup Linearity setup e tis possible to change this parameter temporarily but it won t be saved e Open the Linearity_Setup lt Nb of setup gt vi to change and save settings Bandwidth e Indicates
19. the Newport ITLO9 to the GPIB bus the first time an error occurs when the Vl is started In this case start the VI a second time References Website NEWPORT Contact Guerickeweg 7 D 64291 Darmstadt Germany Tel 49 0 6151 708 0 Fax 49 0 6151 708 952 E mail Newport Spectra Physics GmbH ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date wes Page 78 of 135 4 11 Interface for the Newport MM 4000 Motion Controller MM4000_standalone vi bar 4000 LG Icon on the block diagram Purpose This VI is used to operate the Newport MM 4000 Prerequisites To avoid communication problems connect the MM 4000 to a GPIB port of your PC before the device is turned on Make sure that no other device linked to this GPIB bus has the same GPIB address Measurement amp Automation Explorer gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments Hardware The described functionality for this VI is only available in case of the following hardware configuration e 3 axes connected to the motion controller Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output IF an error occurs during operation an error message will appear
20. to save the whole setup press Edit gt gt Make Current Values Default and save the VI File gt gt Save or Ctrl S ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 f 1D2 LabView Modules User Manual SS 05 03 08 Page 21 of 135 Front panel gt DeviceDriver _Setup vi Front Panel oe X File Edit Ven Project Operate Tools Window Help Press Ctrl H for context help emm ern Keithley electrometer BE OO USBO 0x05E6 0x2100 EE A GPIEO 15 INSTR Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save E Keithley Controls indicators and functions GPIB port Keithley electrometer for diode mounted at integrating sphere e Allows the user to select the GPIB port of the Keithley electrometer that reads the photocurrent of the diode mounted at the integrating sphere Measurements Keithley electrometer for diode mounted at integrating sphere e Allows the user to specify the number of measurements for the mean calculation as well as the standard deviation calculation GPIB port 2nd Keithley electrometer e Allows the user to select the GPIB port of the second Keithley e g for test bench calibration ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN
21. vi MSH301_SetShutter SubVI vi Fiera_login vi Fiera_write_ command SubVi vi Build name SubVI vi Build name Cosmetic SubVI vi Build name Linearity SubVI vi Build DIR DarkCurrent SubV vi Build name dark_bias SubVI vi ADU mean level2 0 vi MSH301_remotecontrol2 0 vi FIERA_remotecontrol2 0 vi Exposure Time Correction SubVI vi Fiera_close_session SubVI vi Pocket Pumping_Setup1 vi Pocket Pumping_Setup2 vi ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 ODT Test bench Doc Pocket Pumping_Setup3 vi Cosmetic_Setup3 vi Cosmetic_Setup1 vi Cosmetic_Setup2 vi Noise Gain_Setup1 vi Noise Gain_Setup2 vi Noise Gain_Setup3 vi Dark Current_Setup1 vi Dark Current_Setup2 vi Dark Current_Setup3 vi Linearity_Setup1 vi Linearity_Setup2 vi Linearity_Setup3 vi QESetup1 vi QESetup2 vi QESetup3 vi Acquistion_Setup vi DeviceDriver_Setup vi Block diagram LabView Modules User Manual 5 Date Page GEN MAN ESO 21 110 0028 1D2 05 03 08 135 of 135 Open the MasterPanel2 0 vi and press C E to view the LabView code block diagram Known problems None References and contact Refer to the user manuals of the devices listed under Purpose ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany
22. vi Front Panel DE Ble Edt yew project Operate Toos Window Hep Press Ctrl H for context help Newport motion controller GPIBO 13 INSTR j GPIBO 11 INSTR GPIBO 10 INSTR Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save XYZ table Controls indicators and functions GPIB port ITL 09 ESP 300 MM 4000 e Allows the user to select the GPIB port from the list e Press Refresh to update the list of available ports ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SS 050308 Page 280135 gt DeviceDriver_Setup vi Front Panel Cal Bile Edit View Project Operate Tools Window Help Zo Press Ctrl H for context help odtal hq eso org Eege Es i Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save Le CCD controller Login Controls indicators and functions Login e Allows the user to specify the user name to open the telnet session Password e Allows the user to specify the password to open the telnet session Network address e Allows the user to specify the network address to open the telnet session Remote port e Allows the user to specify the remote port to open the telnet se
23. 028 e 1D2 LabView Modules User Manual 291 emm Date ees Page 70of 135 SettingsX_ESP300 SubVI vi representative for SettingsY ESP300 SubVI vi and SettingsZ_ESP300 SubVI vi Dialog box to read and set the velocity and the acceleration for one axis Front panel Settingsx_EsP300 Subvi E ER File Edit View Project Operate Tools om Yelociky 2 7000 mms Acceleration 5 0000 mm s Controls and functions Velocity mm s e Displays the actual velocity for one axis and allows the user to specify a new Press Change to apply the new velocity Acceleration mm s e Displays the actual acceleration for one axis and allows the user to specify a new Press Change to apply the new acceleration Change e Allows the user to change either the velocity upper Change button or the acceleration lower Change button for one axis Continue e Closes the dialog box ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date SES Page 21 of 135 Indicators Velocity mm s e Displays the actual velocity for one axis and allows the user to specify a new A Change to apply the new velocity Acceleration mm s e Displays the actual acceleration for one axis and allows the user to specify a new e Press Change to apply the new acceleration Bl
24. 1 hour to work properly Stop lamp e This button begins a gradual ramp down from the preset current or power level to 0 AMPS or WATTS The ramp down time is approximately 15 seconds Stop VI e Stops the VI Time Target every e Specifies how much time must elapse before all indicators are updated Therefore enable the control Update on the left Update e f enabled the indicators are updated at regular intervals ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 8 emm Date SE Page 63 of 135 Indicators Busy e Indicates that the VI is busy Mode Indicates the present mode Mode 1 is Current mode constant current Mode 2 is Power mode constant power Press the Change button next to this indicator to change MODE Current e Displays the current AMPS Voltage e Displays the voltage VOLTS Power e Displays the power WATTS Lamp hours e Indicates the number of hours since the last reset e Press the RESET button on the right to reset this indicator to O hrs Lamp on e Indicates if the lamp is turned on yellow or turned off black e Lamp should warm up at least 1 hour before operation SubVI e DeviceDriver_Setup vi Erer Common_error_log2 0 SubVI vi log 2 0 aa VISA_serial SubVI vi serial wi D ESO Karl Schwarzschild Str 2 85748 Garching bei M
25. 748 Garching bei Miinchen Germany e 1D2 LabView Modules User Manual emm Date Bs Page 123 of 135 Flat field mean Low Level e Indicates the ADU mean level of the low level flat field images according to the specified setup Cosmetic setup The flat field mean level includes the offset e Itis possible to change this parameter temporarily it won t be saved e Open the Cosmetic _Setup lt Nb of setup gt vi to change and save settings Flat field mean level 2 e Indicates the ADU mean level of the further flat field images according to the specified setup Cosmetic setup The flat field mean level includes the offset e tis possible to change this parameter temporarily it won t be saved e Open the Cosmetic_Setup lt Nb of setup gt vi to change and save settings Bandwidth e Indicates the bandwidth for the Cosmetic acquisition according to the specified setup Cosmetic setup e tis possible to change this parameter temporarily but it won t be saved e Open the Cosmetic_Setup lt Nb of setup gt vi to change and save settings Readout mode e Indicates the selected readout mode s depending on the specified CCD name for the Cosmetic acquisition according to the specified setup Cosmetic setup e tis possible to change this parameter temporarily but it won t be saved e Open the Cosmetic_Setup lt Nb of setup gt vi to change and save settings ESO Karl Schwarzschild Str 2 85748 Garchi
26. ESO European Organisation for Astronomical Research in the Southern Hemisphere WWW eSO Org ODT Test bench Lab View Modules User Manual Doc No GEN MAN ESO 211 10 0028 Issue 1D2 Date 05 03 2008 Author s E M ler S DEM Sr Name Date Signature Approved by IR Name Date Signature ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc EN LabView Modules User Manual 17 05 03 08 ate Page 201155 CHANGE RECORD AMED DOCUMENTS REMARKS 28 02 2008 New document 29 02 2008 Layout changes 05 03 2008 Changes from E M ller ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S 0503 08 Page 2of 135 TABLE OF CONTENTS Ee 5 PMO CIC ON cases ee ee ea acess ee ee ee enden er 5 Applicable and Reference Documents 5 Applicable Documents see also in the individual modules 5 Reference Documents 5 Beta Tee ME 6 ACO WOM Se WUD E 6 DEVIC IV Cl CUD ee een ne are ee 20 Interface for the Keithley 6514 Electrometer nenn nennen 34 Interface for the Keithley 486 Picoammeter nenne nnnnn nennen 37 Interface for the Keithley 2100 USB Digital Multimeter 40 Interface for the Motorized filter wheel Newport Model 74041 44 Interface for the Monochromator MSH3OQ1 nenne nennen 49 Interf
27. ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date Page 800f 135 Controls and functions GPIB port e Allows the user to select the GPIB port from the list Increment mm e Allows the user to set the incremental step Press the button to step forward Press the button to step backward e New position lt Actual pos gt lt Increment gt Absolute pos mm e Allows the user to specify the absolute position Press goto to move the slide to the absolute position e Press this button to step forward once or continuously e New position lt Actual pos gt lt Increment gt e Press this button to step backward once or continuously e New position lt Actual pos gt lt Increment gt goto e Moves the slit to the absolute position specified under Absolute pos Settings e Allows the user to read and set the velocity as well as the acceleration for this axis Check Position e Allows the user to read the actual position of all 3 axes Define home e The actual position off all three axes is set to 0 Search for home e Move all axes to position 0 ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date SES Page Si of 135 Abort motion e Stops all motion Sto
28. M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual S emm Date eds Page 66 of 135 4 9 Interface for the Newport ESP 300 Motion Controller ESP300_standalone vi ESP 300 e 7 Icon on the block diagram Purpose This VI is used to operate the Newport ESP 300 Prerequisites To avoid communication problems connect the ESP 300 to a GPIB port of your PC before the device is turned on Make sure that no other device linked to this GPIB bus has the same GPIB address Measurement amp Automation Explorer gt gt Devices A Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments Hardware The described functionality for this VI is only available in case of the following hardware configuration e 3 axes connected to the motion controller Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output If an error occurs during operation an error message will appear At the same time an error log named Error log ESP 300 lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Open the Measurement amp Automation Explorer to make sure your PC has detected the new device gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Inst
29. MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 050308 Page 22 of 135 Measurements 2nd Keithley electrometer e Allows the user to specify the number of measurements for the mean calculation as well as the standard deviation calculation USB port KE 2100 e Allows the user to select the USB port of the KE 2100 Threshold for room illumination e Readings that are higher than this threshold V are interpreted as Room light is turned on e Experience shows 2E 1V is an efficient threshold 5 DeviceDriver_Setup vi Front Panel DE x File Edit View Project Operate Tools Window Help e Press Ctrl H for context help Filter wheel controller Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save Le Filter wheel ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 05 03 08 Page 230135 Controls indicators and functions GPIB port e Allows the user to select the GPIB port of the filter wheel controller which is connected to the filter wheel with the density filters mounted as shown gt Devicedriver_Setup vi Front Panel BE x De Edt View Project Operate Tools Window Help EX Press Ctrl H for context help MS 257 rm el ge test 600 10 058617 0 087266 0 999994 Remember to save c
30. MasterP nel 0 y Front Panel File Edt wew project Operate Tools Window Help default j a C 11 z25kpx rr HGPocketPurmping 2 225kpx rr HG 512 Pocket Pumping Controls indicators and functions Pocket Pumping El e Enable this control in order to proceed the Pocket Pumping data acquisition after having started the data acquisition by pressing the Start acquisition button Pocket Pumping setup e Pull down menu to select the setup e The selected setup s parameters are displayed below e However it is possible to change parameters temporarily ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S emm Date Page 129 of 135 Wavelength Indicates the wavelength for the Pocket Pumping acquisition according to the specified setup Pocket Pumping setup It is possible to change this parameter temporarily but it won t be saved Open the Pocket Pumping_Setup lt Nb of setup gt vi to change and save settings Bandwidth Indicates the bandwidth for the Pocket Pumping acquisition according to the specified setup Pocket Pumping setup It is possible to change this parameter temporarily but it won t be saved Open the Pocket Pumping_Setup lt Nb of setup gt vi to change and save settings Readout mode Indicates the selected readout mode s depending on the specified CCD name for the Pock
31. N MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SS 05 03 08 Page 94 of 135 Image Controls and functions Toolbar j anaie f Les At The three buttons in the upper left Left button e Press this control to be able to move the yellow cursor over the image e The cursor s position X Y and the ADU level Z of the pixel is displayed in the Cursor table next to the toolbar Center button e Press this control to be able to zoom in and out several areas of the FITS image ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc Right button LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 95 of 135 e Press to be able to move the whole FITS image Intensity scale Z scale e Allows the user to change upper and lower threshold for a better visualization of the FITS image Indicators Intensity graph e Displays the FITS image X e Displays the number of columns of the FITS image Y e Displays the number of rows of the FITS image min e Displays the lowest ADU level in the FITS image max e Displays the highest ADU level in the FITS image busy e Indicates that the program is busy ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany lt gt alelelelalelelelelelelslelzlelalelslelelele slelelelslelele slelelalelalelzlelelelalzlelalelelelelelelzl llelelelalele al
32. PULPO rev 1 0 Prerequisites Make sure the FIERA system you intend to use is not used by another person or program IMPORTANT Never rename file names of VI s LabView programs Do not run if one of the following VI s is executed LabViewPrism_New testbench vi PowerSupply_standalone vi Keythley_486_standalone vi Keithley 2100 Series Read Single vi Keythley_6514_standalone2 0 vi MSH301_standalone2 0 vi Filter_wheel_standalone vi FIERA_standalone vi ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date SES Page 118 of 135 Hardware The described functionality for this VI is only available in case of the following hardware configuration e FIERA is turned on e PULPO is connected to FIERA e USB interface board hardware configuration as described in this manual e The shutter you intend to use is connected to PULPO Connect the USB interface board in order to use the internal monochromator shutter e Power supply of the test bench lamp is connected to the serial port which is specified in the DeviceDriver_Setup vi e Keithley electrometer KE 2100 and KE 6514 Monochromator MSH 301 and the two filter wheel controller are connected to the GPIB ports which are specified in the DeviceDriver_Setup vi e Make sure that each filter wheel controller 2 is
33. T Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SS 05 03 08 Page 2508155 gt DeviceDriver_Setup vi Front Panel EE Eile Edit View Project Operate Tools Window Help Press Ctrl H for context help Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save Lamp Power Supply Control indicator and function Serial port e Specifies the serial port of the lamp s power supply ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SS 05 03 08 Page 26 of 135 gt DeviceDriver_Setup vi Front Panel DET Eile Edit View Project Operate Tools Window Help Press Ctrl H for context help D Program Files Wswin ws_newdata csv V Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save Weather station Control indicator and function Path to ws_newdata csv e This file contains the latest readings of the weather station WS 2300 It is created by the Data Acquisition Software V2 93 17 ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SS 05 03 08 Page 27 ef 39 gt DeviceDriver_Setup
34. Test bench Ds EE LabView Modules User Manual 0503 08 Date Page of 135 Front panel Acquistion _Setup vi Front Panel Ele Edt wew Project Operate Tools Window Help KE 6514 amp KE 6514 At the beginning of an acquisition Controls indicators and functions Lock door in lab 051 if closed e f enabled the test bench door is locked if it is closed at the beginning of a data acquisition using the MasterPanel2 0 vi Check communication with monochromator e f enabled a monochromator MSH 301 communication check is performed at the beginning of a data acquisition ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 8 emm Date Page 8 0F 135 Check communication with Keithley electrometer e A Keithley communication check is performed before the data acquisition begins Clear directory on odta lt X gt before an exposure is taken strongly recommended e If enabled all FITS files in the Path to FITS file on odta lt X gt See Files are deleted before an exposure is taken Reboot FIERA recommended e lf enabled FIERA is rebooted at the beginning of an acquisition MasterPanel2 0 vi Wait until CCD Temperature has reached lt Set point temperature gt K e If enabled the MasterPanel2 0 vi waits for the cryostat to cool down or warm up to the temperature which is specified before th
35. able If LabView can not find one or more of these VI s you are asked to specify the path Output IF an error occurs during operation an error message will appear At the same time an error log named Error log KE_486 lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Open the Measurement amp Automation Explorer to make sure your PC has detected the new device gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments e Select the GPIB port on the front panel e By selecting Refresh new added GPIB ports are detected and added to the list e Specify the number of measurements to take e Press the Run button in the upper left to start the acquisition e The Busy button is visible for the duration of the acquisition e The VI stops after having acquired the data ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S 05 03 08 Page 38 of 135 How to act if an error occurs directly after having started the VI Most likely there is a GPIB bus error Stop the VI Turn off all devices connected to the GPIB bus Make sure that all devices have differing GPIB addresses Turn on the devices connected to the GPIB bus Retry the procedure described under Operation e Press the Run button a
36. ace for the Newport Power Supply Model GOO2n 60 Interface for the Newport ESP 300 Motion Controller n aannnannnannnennnennnennnna 66 Interface for the Newport ITL 09 Motion Controller nn 72 Interface for the Newport MM 4000 Motion Controller 020 78 NAN CO IOr PIERA nt ee seen erg 84 Interlace Tor PULPO rev TO nn a 97 Interface for the BOC Edwards IC 108 Interface for the USB Interface Board nennen 113 Interface for automated data acquisition nenne nenne nenne nenne nennen 117 ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S 05 03 08 Page 4of 135 INTENTIONALLY LEFT BLANK ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc NEN LabView Modules User Manual 05 03 08 ate er Page 01135 1 Scope This document describes the LabView modules of the new AO test bench in Laboratory 051 Its functionality and architecture are given 2 Introduction This document explains the new LabView drivers and functions of the ODT test bench programmed by Eric M ller It also should serve as a user manual 3 Applicable and Reference Documents 3 1 Applicable Documents see also in the individual modules User Manuals of test bench devices paper and CD documentation ORIEL 4M MONOCHROMATOR Model MSH301 Manual ORIEL Monochromator Utility Software Version 3 3 ORIEL 10
37. ange this parameter temporarily but it won t be saved e Open the Noise Gain _Setup lt Nb of setup gt vi to change and save settings Flat field mean level e Indicates the ADU mean level of all flat field images according to the specified setup Noise Gain setup The flat field mean level includes the offset e tis possible to change this parameter temporarily it won t be saved e Open the Noise Gain _Setup lt Nb of setup gt vi to change and save settings Readout modes e Indicates the selected readout mode s depending on the specified CCD name for the Noise Gain acquisition according to the specified setup Noise Gain setup e tis possible to change these parameters temporarily but they won t be saved e Open the Noise Gain _Setup lt Nb of setup gt vi to change and save settings ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 1D2 LabView Modules User Manual 5 05 03 08 ate Page 122 of 135 Cosmetic Controls indicators and functions Cosmetic t2 e Enable this control in order to proceed the Cosmetic data acquisition after having started the data acquisition by pressing the Start acquisition button Cosmetic setup e Pull down menu to select the setup e The selected setup s parameters are displayed below e However it is possible to change parameters temporarily ESO Karl Schwarzschild Str 2 85
38. any ODT Test bench Doc References Model 2100 120 6 Digit USB Digital Multimeter www keithley de Contact Keithley Instruments GmbH Germany Landsberger Strasse 65 P O Box 1909 D 82110 Germering Germany Tel 49 89 8493070 Fax 49 89 84930787 Email info keithley de LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 43 of 135 ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date ees Page Mat 135 4 6 Interface for the Motorized filter wheel Newport Model 74041 Filter_wheel_standalone vi o Icon on the block diagram Purpose This VI is used to operate the motorized filter wheel Newport Model 74041 Prerequisites In order to set several densities it is recommended to use the MSH301_standalone2 0 vi because this VI operates both filter wheels in combination and you get the possibility to select between 29 densities 0 to 4 9 The third filter wheel with the order sorting filters mounted can also be operated more comfortably by the MSH301_standalone2 0 vi Nevertheless make sure the filter wheel controller have different GPIB addresses Measurement amp Automation Explorer gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments Input To execute this VI the files li
39. arl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc TIC Read Gauge Pressure or Volts vi TIC Read Gauge Configuration vi TIC Read Controller Temperature vi Erer Common_error_log2 0 SubVI vi log 2 0 Configure gauge vi Dialog box to configure the gauge Front panel Configure gaupe v a ER File Edit View Project Operate u Gauge Name Unchanged Gas Type Nitrogen Filter Enable ET Perform calibration Controls and functions Abort e Continue without any changes Change e Change settings LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 111 of 135 ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S emm Date Page 112of 135 Filter Enable e Allows the user to select filter status Filter ON applies a one second moving average to the readings Perform calibration e Allows the user to adjust the APGX at atmosphere and vacuum For more information refer to the User Manual Gauge Name e Allows the user to name the selected gauge Block Diagram Open the BOC Edwards TIC vi and press Otrl E to view the LabView code block diagram Known problems None References Edwards Website ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench D
40. b_init_system vi Erer Common_error_log2 0 SubVI vi mos ITLO9 XSettings SubVl vi mos ITLO9_YSettings SubVi vi LabView Modules User Manual 5 Date Page GEN MAN ESO 211 10 0028 1D2 05 03 08 75 of 135 ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date SES Page pat 135 ITLO9_XSettings SubVI vi representative for ITLO9_YSettings SubVl vi Dialog box to read and set the velocity for one axis Front panel ITLO9_YSettings Subyi vi E ER File Edit View Project Operate Tools WI Controls and functions Velocity mm s e Displays the actual velocity for one axis and allows the user to specify a new e Se Change to apply the new velocity Change e Allows the user to change the current velocity settings Continue e Closes the dialog box Indicators Velocity mm s e Displays the actual velocity for one axis and allows the user to specify a new one e Press Change to apply the new velocity ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc Block diagram LabView Modules User Manual 717 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 77 of 135 Open the ITL 09_standalone vi and press Ctrl E to view the LabView code block diagram Known problems After having connected
41. ble is used to set device driver specific parameters You will only have to verify these parameters if you intend to use one of the VI s listed under Prerequisites Prerequisites It is strongly recommended to verify parameters before one of the following VI s is started e LabViewPrism_New testbench vi e FIERA_standalone vi e MasterPanel2 0 vi e MSH301_standalone2 0 vi e JUMO_standalone2 0 Hardware The described functionality for this VI is only available in case of the following hardware configuration e f you intend to use the internal monochromator shutter connect the USB interface board to PULPO and verify that the hardware configuration is the same as described in this manual e n order to write Weather station data into the FITS header the weather station WS 2300 has to be turned on and connected to the serial port which is specified in the Heavy Weather software Setup gt gt Global gt gt COM Port Nb Furthermore the path to the data file ws_newdata csv which is created by the Data Acquisition Software V2 93 17 and later read out by LabView has to be specified in the DeviceDriver_Setup vi Operation e n order to change settings right click on the control and select Data Operations gt gt Make current value default and save the VI File gt gt Save or Ctrl S e In order
42. chromator accuracy ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S 05 03 08 Page 37 of 135 Cancel e Continue without any changes Lines mm Factor Offset Zero e Please refer to the Manual concerning these parameters Label e The label of grating 1 Position e Allows the user to select a filter to rename Motorized Slits e Brings up a window to adjust the motorized slits Bandwidth Reinitialize to calibration parameters default e Pressing Ok with this control enabled reinitializes the monochromator to its default parameters for grating 1 The calibration parameters are specified in the DeviceDriver_Setup vi Label max 8 characters e Allows the user to rename the selected filter Color filters mounted The number of characters must not exceed eight characters ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc MSH301_ SlitsDialog SubVI vi Dialog box to adjust the motorized slits Front panel File Edit View Project Operate Tools Window Help Im om Bandpass control iF Bandwidth ir Iw Manual slits control Inport Axial Lateral Controls and functions Bandwidth LabView Modules User Manual 717 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 58 of 135 e Allows the user to change the bandwidth of the monochromator All 3 motori
43. e s for dark exposures Minimum exposure time e Allows the user to specify the min exposure time s for dark exposures e Remember that bias exposures are also dark exposures with an exposure time of 0 seconds Therefore the minimum should be 0 seconds Acquistion _Setup vi Front Panel Ele Edt yew projet Operate Tools Window Help FITS header ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany Controls indicators and functions Write comments to FITS header ODT Test bench LabView Modules User Manual GEN MAN ESO 21110 0028 If enabled the following data are written into the FITS header Example Readout mode Type of exposure CCD window Lamp power W Door Test bench MonoShtr Tclose Topen s Diode_Lab V CCD Name CCD_ Model CCD Grade CCD_ Serial number CCD_ Pixel size um CCD_ photosensitive pixels CCD_Number of outputs Doc Issue 1D2 Date 05 03 08 Page 13 of 135 9 Normal Xstart 2210 Ystart 1 Xend 4200 Yend 510 100 closed Monochromator shutter not used 1 278189E 1 DMarc CCD1 default CCD2 default CCD1 default CCD2 default CCD1 0 CCD2 0 CCD1 15 x 15 CCD2 15 x 15 CCD1 0 CCD2 0 CCD1 2 CCD2 2 Write header to text file e f enabled the header of each FITS file is written to a text file named lt FITS file name gt _HDU txt and saved to the same location where the FITS file is stored lt device gt data e f enabled th
44. e acquisition is started Wait until CCD Temperature has reached lt Set point temperature gt K e This is the set point for the heaters 1 and 2 PULPO Send a complete setup to the FIERA software before an exposure is taken recommended e The following command is send to the FIERA software before an exposure is taken msgSend RTAPENV fedcon_ CCDNAME SETUP file fedSetupComplete det ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 05 03 08 Page Zo 135 Acquistion _Setup vi Front Panel File Edit view Project Operate Tools Window Help EJ During acquisition Controls indicators and functions Check test bench lamp status e f enabled the test bench s lamp controller Radiometric Power Supply Model 69931 is read out to determine the status of the lamp turned on off e lf the lamp is turned of a window appears to ask for further instructions If the lamp was turned on at the beginning of the acquisition and breaks down later the same window appears Check if door in lab 051 is closed e Allows the user to make sure that the test bench door is closed for the duration of the data acquisition If the door is opened the acquisition is paused and a window appears ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modul
45. e data gathered by either PULPO or JUMO device is written into the FITS header Temp CCD1 K Temp CCD2 K Vacuum mbar Weather station data e f enabled the latest readings stored in the data file ws_newdata csv which is specified in the DeviceDriver_Setup vi is written into the FITS header e The file ws_newdata csv is created by the Data Acquisition Software V2 93 17 Photocurrent integrating sphere e f enabled the photocurrent measured in the integrating sphere is written into the FITS header Volts Diode lab e f enabled the voltage of the diode located in lab 051 measured by the Keithley 2100 is written into the FITS header ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doe Monochromator data LabView Modules User Manual 777 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 14 of 135 e f you select a monochromator MSH301 or MS257 its data are written into the FITS header e These are Wavelength nm Density Bandwidth nm Color filter Readout mode Type of exposure Test bench lamp performance W e f enabled the performance W of the test bench lamp is written into the FITS header Acquistion_Setup yi Front Panel Ele Edt View Project Operate Tools Window Help Test Logs Test Manual CCD exposures net te2 Fieramar INS_ROOT SYSTEM DETDATA ESO Karl Schwarzschild Str 2 85748 Garching bei Mii
46. e directory where the data file is located file name e The file name of the data file type e Allows the user to select the type of data file excel file or text file Real time plot e Enable to display the real time plot of the connected sensors See Chart Delay between readout e Specifies how much time must elapse before all indicators are refreshed Shutter open e Opens the shutter connected to PULPO Shutter close e Closes the shutter connected to PULPO Init e Initializes Pulpo This should not take more than 45 sec e New added peripherals are going to be displayed in the table afterwards Settings e Press to change alarm values and trip points ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Dee GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual 05 03 08 ate as Page 101 of 135 H Pulpot_standalone2 0 yi File Edit wiew Project Operate Tools Window Help Press Ctri H for context help Table Controls Chart 0 9 S Tempe ae Temps can Temp4 Fe Temps EC Tempe Ei Temp Eas vacuum Esc Heater Vd Heaterz ze Heaters Bu vest E 6 15 04 10 11 02 2008 Controls and functions Toolbar Left button HAR The three buttons in the upper left e Is not used Center button e Press to be able to zoom in and out several areas of the plot Right button e Press to be able to move the whole plot area Right click on the
47. ected DAC2 Not connected ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S emm Date Page 115 of 135 PWW1 Not connected DAC1 Not connected GND Power Supply black CLAMP Power Supply white Test bench door brown Room light brown O8 Not connected brown O7 Not connected yellow O6 Not connected green O5 Warning light constant white 04 Warning light blink white O3 Test bench door white O2 Room light white O1 Not connected Input To execute this VI the dynamic link library K8055D dll has to be available If LabView can not find it you are asked to specify the path Operation e Select task See Control and function e Press the Run button in the upper left to carry out the specified task e Press the Stop VI button to stop the VI Front panel F USB Interface Board_standalone 0 vi Sel File Edit View Project Operate Tools Window Help 2 Constant ON Door closed ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date es Page 116 of 135 Control and function Task e Constant ON Turn on test bench lamp constant light e Constant OFF Turn off test bench lamp constant light e Blink ON Turn on test bench lamp blinking light e Blin
48. elalalelalelale alelelale alelalelelelelalelals alelslele olilelelelelelels alelelalelalelalelalalelel lelelelelelale alelelalelalelzlelalelalslelzlelelelelelelzlellelalelalele elelelalelalelelelelzlelslelzlelelelelelelzlelelelzlelelals alelalelelelelzlelslelelelelelelelelelslalelslelzlelzlelele alelelalelalelalelelelelalelelalelel lelelelelelalelelalela slelalelslalelzlellelzlelalelalelelzlellelzlelelelelelele slelelslelalsizlelalelelslelalelelelslelelslelzl lelzlalels zlelelalelalzlel lelelelzlelalelelelalelelalelelelelelalele alelalslelslelalalalslalzlelzlslzlelalslalelzlzlelzlelzlela ale slelelalelelelelelelalelalelalelalelelelelelelelelalele elelalelelalelalelalelelelelalelalelolelelelelalelalelelale zlelelslelalzlzlelalelelalelslelalelelelelalelelelelelalzle SRL ak GEN MAN ESO 21110 0028 1D2 96 of 135 05 03 08 Issue Date Page Doc E N gt 2 gt oon no SE Se 3 gt CS gt Project Operate Tools Window Help View E read_fits_real_image_file3 1 vi Eile Edit and press Ctrl E to view the LabView code block diagram ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany Block diagram Open the FIERA_standalone vi Known problems Table None ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 8 emm Date SES Page 27 of 135 4 13 Interface for PULPO rev 1 0 Pulpo1_standalone2 0 vi Icon on the
49. en the Filter_wheel_standalone vi and press Ctrl E to view the LabView code block diagram Known problems None References Oriel motorized filter wheel catalog Filter wheel controller Website NEWPORT Contact Herr Jacobs Newport Spectra Physics GmbH Guerickeweg 7 D 64291 Darmstadt Germany Tel 49 0 6151 708 923 ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual S emm Date ne Page 48 of 135 Or NEWPORT ORIEL PRODUCT LINE 150 Long Beach Boulevard Stratford CT 06615 Phone 203 377 8282 800 714 5393 Fax 203 378 2457 E mail oriel sales newport com ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date aas Page 49 of 135 4 7 interface for the Monochromator MSH301 MSH301_standalone2 0 vi Icon on the block diagram Purpose This VI is used to operate the monochromator MSH 301 E Prerequisites To avoid communication problems connect the MSH 301 to a GPIB port of your PC before the device is turned on Make sure that no other device linked to this GPIB bus has the same GPIB address Hardware The described functionality for this VI is only available in case of the following hardware configuration e Three motorized slits mounted one sl
50. er Manual 291 emm Date SE Page 23 of 135 Indicators Velocity mm s e Displays the actual velocity for one axis and allows the user to specify a new A Change to apply the new velocity Acceleration mm s e Displays the actual acceleration for one axis and allows the user to specify a new e Press Change to apply the new acceleration Block Diagram Open the MM4000_standalone vi and press Ctrl E to view the LabView code block diagram Known problems None References Website NEWPORT Contact Guerickeweg 7 D 64291 Darmstadt Germany Tel 49 0 6151 708 0 Fax 49 0 6151 708 952 E mail Newport Spectra Physics GmbH ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date ees Page 84 of 135 4 12 Interface for FIERA FIERA_standalone vi panel Icon on the block diagram Purpose This VI is used to operate FIERA in order to take save and display single exposures Prerequisites It is strongly recommended not to use this VI during an automated data acquisition at the test bench in 051 Make sure the FIERA system you intend to use is not used by another person or program Do not run this VI if one of the following VI s is executed e MasterPanel2 0 vi e LabViewPrism_New testbench vi Hardware The described functionality for this VI is on
51. es User Manual S 05 03 08 Page 100f 135 Check room light conditions e f enabled the acquisition is paused if the room light is turned on e A window appears to ask for further instructions Action if an exposure fails e Allows the user to select how LabView applications react on failed exposures e Either a window appears to ask for further instructions by the user or the exposure Is taken once more using the same parameters as before Pause before dark acquisition starts to mount the metallic cover e lf enabled the user is asked to mount the metallic cover before the Dark current acquisition MasterPanel2 0 vi begins ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SU emm Page 11 of 135 Acquistion Setup Front Panel Eile Edit view Project Operate Tools Window Help Miscellaneous Controls indicators and functions Light acquisition Maximum exposure time e Allows the user to specify the max exposure time s for flat field images Minimum exposure time e Allows the user to specify the min exposure time s for flat field images ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SU emm Date Dark acquisition Maximum exposure time e Allows the user to specify the max exposure tim
52. escribed under Operation e Press the Stop VI button to stop the VI Front panel Change label Controls and functions 1 2 3 4 5 6 e Allows to select the filter position Filter button and Label indicator of the present filter position will turn into light green STOP e Stop this VI ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date SES Page 46 of 135 Change label e Allows the user to set the label for the filter 1 to 6 Indicators Label e Displays the label of the filters if it has one SubVI s Set Busy vi Ba GPIB GPIB_read_write SubVI vi urike uns Change_label vi abel Unset Busy vi Change_label vi Dialog box to change the filter s labels Front panel Change _label wi File Edit View Project Operate Tools Window Help gt om Filter Label max amp character 1 sc 0 15 ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc Controls and functions Label e The new label with max 8 characters Filter e Pull down menu to select the filter to rename Abort e Continue without any changes Change e Changes the label of the selected filter Block diagram LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 47 of 135 Op
53. et Pumping acquisition according to the specified setup Pocket Pumping setup It is possible to change this parameter temporarily but it won t be saved Open the Pocket Pumping_Setup lt Nb of setup gt vi to change and save settings Flat field mean level Indicates the ADU mean level of all flat field images according to the specified setup Pocket Pumping setup The flat field mean level includes the offset lt is possible to change this parameter temporarily it won t be saved Open the Pocket Pumping_Setup lt Nb of setup gt vi to change and save settings Readout mode for flat field mean level Indicates the selected readout mode s depending on the specified CCD name which is used while adjusting exposure time and density to reach the ADU mean level lt is possible to change this parameter temporarily it won t be saved Open the Pocket Pumping_Setup lt Nb of setup gt vi to change and save settings ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doe MasterPanel 0 Front Panel e SO0kpx rirlfHG 512 i Ip 225kpix rlHG 512 Dark current Controls indicators and functions Dark current EI LabView Modules User Manual 777 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 130 of 135 e Enable this control in order to proceed the Dark current data acquisition after having started the data acquisition by pressing the Start acquisition bu
54. gain dep to start a new acquisition Front panel File Edit View Project Operate Tools on GPIB port a Measurements 10 Mean Standard deviation Controls and functions GPIB port e Allows the user to select the GPIB port of the KE 486 Measurements e Allows the user to specify the number of measurements Indicators Busy e Indicates that the VI is busy ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc e Displays the mean of the measurements Standard deviation e Displays the standard deviation Ww J lt S ac Dh A 7 Status Vl TATI GN ei Ere Common_error_log2 0 SubVI vi og CH Send Message vi la 3 B G e Receive Message vi mF T y i m a rs Block diagram LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 39 of 135 Open the Keythley_486_standalone vi and press Ctrl ET to view the LabView code block diagram Known problems None References www keithley de Contact Keithley Instruments GmbH Germany Landsberger Strasse 65 P O Box 1909 D 82110 Germering Germany Tel 49 89 8493070 Fax 49 89 84930787 Web www keithley de Email info keithley de ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date ees
55. hanges as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt lt Monochromator ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 8 emm Date Page Aaf 135 Controls indicators and functions GPIB port e The GPIB port of the monochromator MSH 301 Enable filter table e f enabled the order sorting filters are selected automatically depending on the wavelength See the table next to this control Lines e The number of lines of the mounted grating Offset Zero Factor e The grating s parameters See the user manual of the monochromator MSH 301 for more information Wavelength range e lf the user specifies a wavelength e g in the MSH301_standalone2 0 vi out of range a window appears to indicate that the parameter can not be accepted e The user is asked to specify a parameter in range Bandwidth range e lf the user specifies a bandwidth e g in the MSH301_standalone2 0 vi out of range a window appears to indicate that the parameter can not be accepted e The user is asked to specify a parameter in range GPIB MONO 1 e GPIB address of the monochromator with the filter wheels mounted GPIB MONO 2 e GPIB address of the monochromator where the integrating sphere is mounted ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany OD
56. he Run button in the upper left to start the acquisition ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual 05 03 08 ate ane Page 35 af 135 e The Busy button is visible for the duration of the acquisition e The VI stops after having acquired the data How to act if an error occurs directly after having started the VI Most likely there is a GPIB bus error Stop the VI Turn off all devices connected to the GPIB bus Make sure that all devices have differing GPIB addresses Turn on the devices connected to the GPIB bus Retry the procedure described under Operation e Press the Run button again dep to start a new acquisition Front panel Keythley_6514_standalone2 0 vi E BX File Edit wiew Project Operate Tools Window GPIBport fel Wi Measurements 10 Mean Standard deviation M MS 08434p Controls and functions GPIB port e Allows the user to select the GPIB port of the KE 6514 Measurements e Allows the user to specify the number of measurements ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc Indicators Busy e Indicates that the VI is busy Mean e Displays the mean of the measurements Standard deviation e Displays the standard deviation SubVl s Erer Common_error_log2 0 SubVI vi log 2 0
57. he GPIB bus Retry the procedure described under Operation Press the abort button if to immediately stop the VI ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual 050308 Date Page 120 of 135 Front panel MasterPanel 0 1 Front Panel Ele Edit Wem Project Operate Tools Window Help deft Noise Gain Controls indicators and functions Noise Gain e Enable this control in order to proceed the Noise Gain data acquisition after having started the data acquisition by pressing the Start acquisition button Noise Gain setup e Pull down menu to select the setup e The selected setup s parameters are displayed below e However it is possible to change parameters temporarily ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date es Page 121 of 135 Wavelength e Indicates the wavelength for the Noise Gain acquisition according to the specified setup Noise Gain setup e tis possible to change this parameter temporarily but it won t be saved e Open the Noise Gain _Setup lt Nb of setup gt vi to change and save settings Bandwidth e Indicates the bandwidth for the Noise Gain acquisition according to the specified setup Noise Gain setup e tis possible to ch
58. ilter label of the color filter which is currently in use Density filter e Displays the density which results from the filter position of the two further filter wheels Density filters mounted Shutter e Displays the status of the internal monochromator shutter OPEN or CLOSED Output port e Displays the output port which is currently in use Axial or Lateral SubVl s MSH301_ok SubVI vi K et MSH301_GetWave SubV vi a CI LG bird MSH301_GetShutter SubVI vi E eg MSH301_ GetUnits SubVI vi mong MSH3801_Comm SubVI vi com ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 05 03 08 ate en Page 24 of 135 MSH301_GetPort SubVI vi LD MSH301_ GetFilter2 0 SubVI vi deck o CG S I ad MSH301_ GetFrLabel SubV1 vi DeviceDriver_Setup vi Filter_wheel_remotecontrol vi Filter FilterPosition to Density vi nik m EN rib Common_error_log2 0 SubV vi og Pa MSH301_MoveSteps SubVI vi LU LG E Check Check range SubVI vi range MSH301_GoWave SubV vi IC CO i filter MSH301_FilterDialog SubV vi box shtr MSH301_SetShutter SubVI vi mond MSH301_SetupStandalone SubV vi etuf du mond MSH301_Callibration SubVI vi call ne MSH301_SetPort SubV vi Dan O m seng MSH301_SendCommand SubVI
59. it for each port e One filter wheel Newport Model 74041 connected to the MSH 301 input port with color filters mounted This filter wheel is controlled by the monochromator itself e Two additional filter wheels including controller connected to the MSH 301 input port with density filters mounted e Make sure that each filter wheel controller 2 is connected to the proper filter wheel with its different density filters as shown in the DeviceDriver_Setup vi Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output If an error occurs during operation an error message will appear At the same time an error log named Error log MSH301 lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 05 03 08 Page 50 of 135 Open the Measurement amp Automation Explorer to make sure your PC has detected the new device gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments Select the GPIB port of the monochromator in the DeviceDriver_Setup vi Select the GPIB port of the two additional filter wheels in the DeviceDriver_Setup vi and ma
60. k OFF Turn off test bench lamp blinking light e Lock door Lock the door in 051 e Unlock door Unlock the door in 051 e Door closed Ifthe door in 051 is closed the LED below will turn into light green e Room light Turn ON OFF the room light in 051 ON OFF depending on the current status Indicator Door closed e After execution of the Door closed task the door status is indicated If closed light green if open dark green SubVI s None To execute this VI the dynamic link library K8055D dll has to be available Block Diagram Open the USB Interface Board_standalone2 0 vi and press Ctrl E to view the LabView code block diagram Known problems None References Product description Assembly Manual User Manual Contact http www velleman be ot en support company ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S emm Date Page 117 of 135 4 16 Interface for automated data acquisition MasterPanel2 0 vi Mlaster Panel Icon on the block diagram Purpose This VI is used to automatically acquire data at the new AO test bench in 051 It combines the functionality of the following devices USB Interface Board Radiometric Power Supply Model 69931 Keithley electrometer KE2100 and KE 6514 2 motorized filter wheels Newport Model 74041 Monochromator MSH 301 FIERA
61. ke sure these controllers are connected to the proper filter wheels with its different density filters Select Refresh in the pull down menu to refresh the list of available ports Make sure that the mounted filters at all filter wheels are the same as specified in the DeviceDriver_Setup vi Press the Run button in the upper left to start the VI All indicators are updated within 2 seconds How to act if an error occurs directly after having started the VI Most likely there is a GPIB bus error Stop the VI Turn off all devices connected to the GPIB bus Make sure that all devices have differing GPIB addresses Turn on the devices connected to the GPIB bus Retry the procedure described under Operation Press the Stop VI button to stop the VI ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 05 03 08 Page 21 of 135 Project Operate Tools Window Held me Controls and functions Calibrate e Allows the user to calibrate the monochromator Setup e Brings up a window to set grating parameters to rename filters and to adjust motorized slits Bandwidth ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date Page 52 of 135 RW rewind e Moves the grating fas
62. l allows selecting the serial port of the BOC Edwards vacuum controller Gauge number e Allows you to select a gauge 1 2 or 3 Settings e Allows the user to set name and type of the gauge to enable or disable the filter and also to perform a calibration of the vacuum controller Update indicators e Specifies how much time must elapse before all indicators are updated ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S emm Date Page 110 of 135 Indicators Gauge state e Indicates the gauge state e g if connected or not e See the user manual for the different states and how to behave TIC temp C e Displays the motherboard temperature C of the controller Gauge type e Indicates the type of gauge connected to the controller Pressure e Indicates the pressure of the selected gauge Gas type e Indicates the gas type that is used You can select the gas type from the pull down menu under Settings Filter enabled e Allows the user to select filter status Gauge name e Indicates the gauge name which can be changed under Settings Status e Indicates the gauge status e g Temperature alert e See the user manual for the different states and how to behave SubVI s EOC 44 Configure gauge vi 35 gj TIC Read Gauge Status vi STATUS Fer TIC S TIC Read Gauge Type vi aa ESO K
63. le 00666600 reese Keithley 651 20 Icon on the block diagram Sekten Aer Ech Purpose This VI is used to take current measurements with the Keithley 6514 electrometer Prerequisites To avoid communication problems connect the Keithley 6514 to a GPIB port of your PC before the device is turned on Make sure that no other device linked to this GPIB bus has the same GPIB address Measurement amp Automation Explorer gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments Allow the instrument to warm up at least 2 hours to obtain rated accuracy See user manual Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output If an error occurs during operation an error message will appear At the same time an error log named Error log KE_486 lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Open the Measurement amp Automation Explorer to make sure your PC has detected the new device gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments e Select the GPIB port on the front panel e By selecting Refresh new added GPIB ports are detected and added to the list e Specify the number of measurements on the front panel e Press t
64. ly available in case of the following hardware configuration e The shutter type you intend to use is connected to PULPO Connect the USB interface board to PULPO in order to use the internal monochromator shutter e FIERA has to be turned on e PULPO is connected to FIERA e Keithley electrometer KE 2100 and KE 6514 Monochromator MSH 301 and the two filter wheel controller connected to the GPIB ports which are specified in the DeviceDriver_Setup vi Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date Page 85 of 135 Verify the following input parameters and save changes by default before the VI is started DeviceDriver_Setup vi e CCD controller if you decided to write additional comments into the FITS header Keithley Filter wheel Monochromator Lamp Power Supply Weather station PULPO Acquistion_Setup vi e At the beginning of an acquisition gt gt Clear directory on odta lt X gt before an exposure is taken strongly recommended gt gt Send a complete setup to the FIERA software before an exposure is taken recommended During acquisition gt
65. n error message will appear At the same time an error log named Error log ITL 09 lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Open the Measurement amp Automation Explorer to make sure your PC has detected the new device gt gt Devices A Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments e Select the GPIB port of the ITL 09 Motion Controller on the front panel of the VI e Select Refresh to refresh the list of available ports ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 0503 08 Page 7301135 e Press the Run button in the upper left to start the VI e The actual position of all axes is read within 3 seconds e The busy LED appears to indicate that the VI is busy How to act if an error occurs directly after having started the VI Most likely there is a GPIB bus error Stop the VI Turn off all devices connected to the GPIB bus Make sure that all devices have differing GPIB addresses Turn on the devices connected to the GPIB bus Retry the procedure described under Operation e Press the Stop VI button to stop the VI Front panel ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Mod
66. nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date es Controls indicators and functions Test bench data The base path a folder or drive to the data produced by LabView applications This path must already exist Relative path to acquisition data This folder must contain the following structure O Test 27 02 08 Data acquired by the MasterPanel2 0 vi is saved in this directory lt Test bench data gt lt Relative path to acquisition data gt For example lt Test bench data gt F lt Relative path to acquisition data gt DMarc AphroditeL The fits files are saved in the existing folder F DMarc AphroditeL E IC Convert Factor noise C OS0kpix I 225kpix I 625kpix E IC Cosmetic C OSOkpix I 225kpix IS Cosmeticbefect IS Cte Oh Dark Bias High Gain E LC Dark Bias Low gain E IC 0S0kpix CH Dias C DarkFifteenMinutes LC DarkOneHour IC 225kpix CH Dias 5 DarkFifteenMinutes C DarkOneHour E ICH 6z5kpix CH Dias ID DarkFifteenMinutes ID DarkOneHour 5 HTML files CH Linearity I LowGainFlat ID Observations C Pocket pumping I PSFFile D Ge Qe A CH Oe B IC Script Prism LC Spreadsheet OD volkTable ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date Relative path to logs e Error logs as well as telnet l
67. ng bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 ODT Test bench Doc GEN MAN ESO 21 110 0028 1D2 LabView Modules User Manual 5 05 03 08 ate Page 124 of 135 9 225kpxfrr LG 512 Quantum efficiency Controls indicators and functions QE cl e Enable this control in order to proceed the QE data acquisition after having started the data acquisition by pressing the Start acquisition button QE setup e Pull down menu to select the setup e The selected setup s parameters are displayed below e However it is possible to change parameters temporarily ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S emm Date Page 12508135 Start wavelength e Indicates the wavelength where the QE acquisition starts e Itis possible to change this parameter temporarily but it won t be saved e Open the QE Setup lt Nb of setup gt vi to change and save settings Target e Indicates the first wavelength target e Itis possible to change this parameter temporarily but it won t be saved e Open the QE Setup lt Nb of setup gt vi to change and save settings Increment e Indicates the incremental step between the first start wavelength and the first wavelength target e Itis possible to change this parameter temporarily but it won t be saved e Open the QE Setup lt Nb of setup gt vi to cha
68. nge and save settings Start wavelength2 e Indicates the wavelength from which the QE acquisition goes on after the first wavelength target has been reached e Itis possible to change this parameter temporarily but it won t be saved e Open the QE Setup lt Nb of setup gt vi to change and save settings Target2 e Indicates the second wavelength target e Itis possible to change this parameter temporarily but it won t be saved e Open the QE Setup lt Nb of setup gt vi to change and save settings Increment2 e Indicates the incremental step between the second start wavelength and the second wavelength target e Itis possible to change this parameter temporarily but it won t be saved e Open the QE Setup lt Nb of setup gt vi to change and save settings Bandwidth e Indicates the bandwidth for the QE acquisition according to the specified setup QE setup e Itis possible to change this parameter temporarily but it won t be saved e Open the QE Setup lt Nb of setup gt vi to change and save settings Flat field mean level e Indicates the ADU mean level of all flat field images according to the specified ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SU 950308 Date geck Page 126 of 135 setup QE setup The flat field mean level includes the offset e tis possible to change this parameter temporarily
69. nge settings for heaters Pressure e Press to change the gauge type Edwards Balzers Alarm e Press to change alarm settings of the connected sensors Continue e Press to close this dialog box Make sure that this panel s sub panels Heater Pressure Alarm are previously closed ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SU emm Date geck Page 10408135 SettingsHeater2 0 SubVI vi Dialog box to change settings for the connected heaters Front panel P SettingsHeater 0 SubVl vi Controls and functions Heater e Pull down menu to select heater 1 3 Set Point Temperature K e Allows the user to specify the set point of the selected heater ON OFF e Enable control to turn on the selected heater Disable control to turn it off Change e Applies the settings above Continue e Closes this panel ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual 5 05 03 08 ate eae Page 105 of 135 SettingsPressure2 0 SubVI vi Dialog box to change the gauge type Front panel FE SettingsPressure O SubVl j vi Controls and functions Gauge type e Pull down menu to select the gauge type Edwards Balzers Change e Press this control to change the gauge type Continue e Closes the dialog
70. oc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 05 03 08 ate a Page 113 of 135 4 15 Interface for the USB Interface Board USB Interface Board_standalone2 0 vi rei Su Icon on the block diagram Purpose This VI is exclusively used to operate USB interface board before and or after manual CCD exposures It provides the following features Lab 051 AO test bench Operate test bench warning light Turn on off room light Lock unlock test bench door Determine test bench door status open closed Prerequisites Do not run this VI during the MasterPanel vi is executed and while using the internal monochromator shutter ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual emm Date u Page 1140f135 Hardware The described functionality for this VI is only available in case of the following hardware configuration Input Output O O O O O O O O O DIGITAL A hry 35 FC Power DO un P8099 1 N er keine VELLEMAN 2003 Input Connected to Color A1 Not connected A2 Not connected GND Not connected 11 Not connected 2 Test bench door yellow IS PULPO brown E Warning light blink brown I5 Warning light constant brown GND Test bench door green PULPO white Output Connected to Color GND Not connected PWW2 Not conn
71. ock Diagram Open the ESP300_standalone vi and press Ctrl E to view the LabView code block diagram Known problems None References ESP300 3 Axis Motion Controller Driver Website NEWPORT Contact Guerickeweg 7 D 64291 Darmstadt Germany Tel 49 0 6151 708 0 Fax 49 0 6151 708 952 E mail Newport Spectra Physics GmbH ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date wads Page 72 of 135 4 10 Interface for the Newport ITL 09 Motion Controller ESP300_standalone vi E Icon on the block diagram Purpose This VI is used to operate the Newport ITL 09 Prerequisites To avoid communication problems connect the ITL 09 to a GPIB port of your PC before the device is turned on Make sure that no other device linked to this GPIB bus has the same GPIB address Measurement amp Automation Explorer gt gt Devices A Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments Hardware The described functionality for this VI is only available in case of the following hardware configuration e 2 axes connected to the motion controller Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output If an error occurs during operation a
72. ogs are saved in this existing directory lt Test bench data gt lt Relative path to logs gt e For example lt Test bench data gt F DMarc lt Relative path to logs gt Logs20 01 08 e The logs are saved in the existing folder F DMarc Logs20 01 08 Relative path to manual CCD exposures e If you take images with the FIERA_standalone vi these images are saved in the existing directory lt Test bench data gt lt Relative path to manual CCD exposures gt e For example lt Test bench data gt F lt Relative path to manual CCD exposures gt DMarc test_images e The fits file is saved in the existing folder F DMarc test_images Path to FITS file on odta lt X gt e This is the directory where images taken by FIERA are saved LabView picks up and afterwards deletes images in this directory e Example net te2 fieramgr INS ROOT SYSTEM DETDATA ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 1D2 LabView Modules User Manual S 05 03 08 Date Page 17of135 Acquistion_Setup vi Front Panel File Edit Ven Project Operate Tools Window Help Shutter Control and function Shutter Enable this control to use the internal monochromator shutter e Disable this control to use the Prontor shutter Make sure the right shutter controller is connected to PULPO either USB interface board or the Prontor shutter controller ESO Karl Schwarzschild
73. orer to make sure your PC has detected the new device gt gt Devices amp Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments Select the serial port on the front panel Select Refresh to update the list of available ports to start the VI Press the Run button in the upper left 5 gt All indicators are updated within 5 seconds Press the Stop VI button to stop the VI Front panel PowerSupply_standalone vi EI File Edit view Project Operate Tools Y ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S 0503 08 Page 62 of 135 Controls and functions Serial port e Allows the user to select the serial port of the lamp s power supply Change e Allows the user to switch between the two modes constant current constant power Set level Opens a further panel to set the current power level e fthe lamp is started Start lamp button a gradual ramp up to the preset current or power level begins e Press the Change button above to change the mode constant current constant power mode Reset e Resets the Lamp hours display Start lamp e This button begins a gradual ramp up to the preset current or power level Press the Set level button to change these parameters e The ramp up time is approximately 15 seconds e The lamp needs to warm up about
74. p VI e Stops the VI Indicators Busy e Appears when the VI is in busy state Actual pos mm e Indicates the actual slide position of this axis zo esp gpib comm _ASCILvi INIT esp_gpib_init_system vi Erer Common_error_log2 0 SubVI vi eating SettingsX SubVI vi eating SettingsY SubVI vi at Y eating SettingsZ SubVl vi at ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual SS 0503 08 Page Si 0f 135 SettingsX SubVI vi representative for SettingsY SubVI vi and SettingsZ SubVI vi Dialog box to read and set the velocity and the acceleration for one axis Front panel File Edit View Project Operate Tools Busy 2 Yelocity 2 4000 mms Acceleration 4 0000 mm s Controls and functions Velocity mm s e Displays the actual velocity for one axis and allows the user to specify a new Press Change to apply the new velocity Acceleration mm s e Displays the actual acceleration for one axis and allows the user to specify a new e Press Change to apply the new acceleration Change e Changes either velocity upper Change button or acceleration lower Change button for one axis Continue e Closes the dialog box ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules Us
75. posure time Type Press Start exposure to take the exposure s with the specified parameters Press the Stop VI button to stop the VI ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Do EE LabView Modules User Manual 0503 08 Date Page 87 of 135 Press Ctrl H for context help Joma fo 2 225kpxfrrjHG 512 E Biet stop yi ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 Issue 1D2 LabView Modules User Manual pa _ 05 03 08 Page 88 of 135 Dress Ctrl H for context help Temp ccor or Temp coz mn 1 Vacuum bar ie E Temp FIERA KI 268 7 Is O STOPYI Indicators ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date Page Si of 135 Controls and functions Busy e Indicates that the program is busy Type e Allows the user to specify the exposure type e Available exposure types are Normal Dark TDI Time Delayed Integration TDI delay ms e If you select TDI for the exposure type this is the delay between the command to start the exposure and the open shutter command Exposure time s e Allows the user to specify the exposure time integration time Readout mode e Allows the user to select the available reado
76. ruments e Select the GPIB port of the ESP 300 Motion Controller on the front panel of the VI e Select Refresh to refresh the list of available ports e Press the Run button in the upper left to start the VI ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc MEN Zn LabView Modules User Manual S 0503 08 Date Page 67 of 135 e The actual position of all axes is read out within 3 seconds e The busy LED appears to indicate that the VI is busy How to act if an error occurs directly after having started the VI Most likely there is a GPIB bus error Stop the VI Turn off all devices connected to the GPIB bus Make sure that all devices have differing GPIB addresses Turn on the devices connected to the GPIB bus Retry the procedure described under Operation e Press the Stop VI button to stop the VI Front panel ESP300 standalone vi Front Panel Malta olu i EZE ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date SES Page 68 of 135 Controls and functions GPIB port e Allows the user to select the GPIB port from the list Increment mm e Allows the user to set the incremental step Press the button to step forward Press the button to step backward e New position lt Actual pos gt l
77. rzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual SS 05 03 08 Page 32 of 135 Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save PULPO Controls indicators and functions Temperature CCD1 Sensor e Allows the user to specify the temperature sensor of CCD 1 Temperature CCD2 Sensor e Allows the user to specify the temperature sensor of CCD 2 ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doe DeviceDriver_Setup vi Front Panel Ele Edit view Project Operate Tools Window Hel Press Ctrl H for context help LabView Modules User Manual 777 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 33 of 135 Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save BOC EDWARDS Serial port e This control allows specifying the serial port of the BOC Edwards vacuum controller GubVl e None Block Diagram None ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 8 emm Date wes Page Aaf 135 4 3 Interface for the Keithley 6514 Electrometer Keythley_6514 standalone2 0 vi
78. ssion ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 211 10 0028 Issue 1D2 LabView Modules User Manual 5 05 03 08 Page 29 of 135 gt Devicedriver_Setup vi Front Panel 7 EIS a3 Eile Edt view Project Operate Tools Window Help Press Ctrl H for context help FIERA D Remember to save changes as default Right click on control gt gt Data Operations gt gt Make Current Value Default gt gt Save EI CCD controller CCD Controls indicators and functions CCD name e Allows the user to specify the CCD name e g giraffe or DMarc CCD parameter e Allows the user to select between three parameter tables These are DMarc tbmite2v and New CCD e Within these three tables the user can specify the CCD s parameters which are written into the FITS header e The CCD parameters are selected according to the CCD name e Example 1 CCD name tbmite2V The table containing the tomite2v parameters is written into the FITS header e Example 2 CCD name giraffe The table containing the New CCD parameters is written into the FITS header ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Do EE LabView Modules User Manual 0503 08 Date Page 30 of 135 Available parameters for CCD 1 and CCD 2 e Model Grade Serial Number
79. sted under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output If an error occurs during operation an error message will appear At the same time an error log named Error log Filter wheel lt serial number gt lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Open the Measurement amp Automation Explorer to make sure your PC has detected the new device gt gt Devices A Interfaces gt gt GPIB lt bus gt gt gt Scan For Instruments e Change the filter wheel position with the hand controller to make sure the filter wheel works properly e Select the GPIB port of the filter wheel controller on the front panel e Press the Run button in the upper left to start the VI e Filter button and Label indicator of the present filter position will turn into light green ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 8 emm Date SES Page 45 of 135 How to act if an error occurs directly after having started the VI Most likely there is a GPIB bus error Stop the VI Turn off all devices connected to the GPIB bus Make sure that all devices have differing GPIB addresses Turn on the devices connected to the GPIB bus Retry the procedure d
80. t Increment gt Absolute pos mm e Allows the user to specify the absolute position Press goto to move the slide to the absolute position e Press this button to step forward once or continuously New position lt Actual pos gt lt Increment gt e Press this button to step backward once or continuously New position lt Actual pos gt lt Increment gt goto e Moves the slit to the absolute position specified under Absolute pos Settings e Allows the user to read and set the velocity as well as the acceleration for this axis Check Position e Allows the user to read the actual position of all 3 axes Define home e The actual position off all three axes is set to 0 Search for home e Move all axes to position 0 ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc Abort motion e Stops all motion Stop VI e Stops the VI Indicators Busy e Appears when the VI is in busy state Actual pos mm e Indicates the actual slide position of this axis we esp_gpib_comm_ASCIL vi INIT esp _gpib_init_system vi Erer Common_error_log2 0 SubVI vi Bon SettingsX_ESP300 SubV vi Fal SettingsY_ESP300 SubVi vi ES SettingsZ_ESP300 SubVI vi LabView Modules User Manual 5 Date Page GEN MAN ESO 211 10 0028 1D2 05 03 08 69 of 135 ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0
81. t backwards To lower wavelengths BS step backward e Moves the grating one step backwards To lower wavelengths e One step is 0 075nm Stop e Stop motion FS step forward e Moves the grating one step forward To higher wavelengths e One step is 0 075 nm FF fast forward e Moves the grating fast forward To higher wavelengths Destination Wavelength e Allows the user to specify the destination wavelength Press Goto to move monochromator to destination wavelength Change e Allows the user to select color filters the upper Change button as well as density the lower Change button Open Close e Allows the user to OPEN or CLOSE the internal monochromator shutter Axial Lateral e Allows the user to select the output port Axial or Lateral Reset e Reset all of the monochromator s basic parameters to initialization values This action will overwrite LINES FACTOR OFFSET LABELS Stop e Allows the user to stop this VI LabView program ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual emm Date SE Page 23 af 135 Indicators Present Wavelength e Displays the present wavelength of the monochromator Color filter e Displays the actual filter position of the filter wheel which is operated by the monochromator Color filters mounted Filter label e Displays the f
82. t panel Keithley 2100 Series Read Single Function bc Walks Busy Controls and functions USB port e Allows the user to select the USB port of the KE 2100 Function e This control allows the user to select the type of measurement DC AC Volts DC AC Current Indicators Busy e Indicates that the VI is busy Measurement e Displays a single measurement e The unit of the reading is either A Amp or V Volt depending to the chosen function ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany 8 el D E D AR yo er ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual emm Date aa Page 42of 135 Keithley 2100 Series Ivlib lnitialize vi Common_error_log2 0 SubVI vi Keithley 2100 Series Ivlib Configure Measurement vi Keithley 2100 Series Ivlib Configure DC Volts vi Keithley 2100 Series Ivlib Configure AC Volts vi Keithley 2100 Series Ivlib Configure DC Current vi Keithley 2100 Series Ivlib Configure AC Current vi Keithley 2100 Series Ivlib Configure Trigger vi Keithley 2100 Series Ivlib Action Send Trigger vi Keithley 2100 Series Ivlib Data Read Single vi Keithley 2100 Series Ivlib Close vi Block diagram Open the Keithley 2100 Series Read Single vi and press Ctrl ET to view the LabView code block diagram Known problems ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germ
83. the bandwidth for the Linearity acquisition according to the specified setup Linearity setup e tis possible to change this parameter temporarily but it won t be saved e Open the Linearity_Setup lt Nb of setup gt vi to change and save settings Exposure time e Indicates the exposure time for the Linearity acquisition according to the specified setup Linearity setup e tis possible to change this parameter temporarily but it won t be saved e Open the Linearity_Setup lt Nb of setup gt vi to change and save settings Density e Indicates the final density for the Linearity acquisition according to the specified setup Linearity setup The Linearity acquisition starts at density 0 0 and ends at the specified density 0 0 to max 4 9 e Select a new density to change this parameter temporarily it won t be saved e Open the Linearity_Setup lt Nb of setup gt vi to change and save settings Readout modes e Indicates the selected readout mode s depending on the specified CCD name for the Linearity acquisition according to the specified setup Linearity setup e tis possible to change this parameter temporarily but it won t be saved e Open the Linearity_Setup lt Nb of setup gt vi to change and save settings ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 1D2 LabView Modules User Manual S 0503 08 Date Page 128 of 135
84. tion from the BOC EDWARDS TIC Basic settings are configurable Prerequisites To avoid communication problems connect the controller to a serial port of your PC before the controller is turned on Input To execute this VI the files listed under SubVI s have to be available If LabView can not find one or more of these VI s you are asked to specify the path Output IF an error occurs during operation an error message will appear At the same time an error log named Error log BOC EDWARDS TIC lt date gt txt is created in the directory which is specified in the Acquistion_Setup vi Operation e Open the Measurement amp Automation Explorer See Devices and Interfaces to make sure your PC has detected the new device the new COM port Press F5 to refresh the list of available serial ports e Before you start the BOC Edwards TIC vi select the serial port from the pull down menu on the front panel e Select a gauge under Gauge Number e Press the Run button in the upper left gt to start the VI e All indicators are updated within 2 seconds e Hit the Stop VI button to stop the VI ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 211 10 0028 1D2 LabView Modules User Manual SS 05 03 08 Page 109 of 135 BOC Edwards TIC vi Pressure Gauge info Controls and functions Serial port e This contro
85. ts files SubVI vi ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany Build execute Scrip delete not Alle Wi charact eh SW m T DN a ee Path Fits File HOLI oT mene write cader CO GE om menk 2 0 HOLU o FITS Wlcw t m EER Luk write com O Mal GH df a r e Read Pulpo Sensor a OD OI E Li irs Ka y ODT Test bench Doc Build amp execute_script2 0 SubVI vi Delete_not_allowed_characters SubVI vi File_transfer vi Search for fits files vi HDU_comment SubVI vi write_header_comment2 0 SubVI vi HDU to text file SubVI vi read_fits_real_image_file3 1 vi Fiera_write_command SubVi vi opState SubVI vi ReadPulpoSensors SubVI vi Fiera_close_session SubVI vi LabView Modules User Manual 5 Date Page GEN MAN ESO 21110 0028 1D2 05 03 08 92 of 135 ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 e 1D2 LabView Modules User Manual S emm Date ds Page 93 of 135 read_fits_real_image_file3 1 vi Allows the user to view the header the image and the table of a FITS file Front panel E read_fits_real_image_file3 1 vi Ele Edt View Project Operate Tools window Hep om El Kl Header ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GE
86. tton Dark current setup e Pull down menu to select the setup e The selected setup s parameters are displayed below e However it is possible to change parameters temporarily ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21110 0028 1D2 LabView Modules User Manual S emm Date Page 131 of 135 Indicates the Number of bias exposures to take It is possible to change this parameter temporarily but it won t be saved Open the Dark current_Setup lt Nb of setup gt vi to change and save settings Indicates the Number of dark exposures to take as well as the Integration time in minutes It is possible to change this parameter temporarily but it won t be saved Open the Dark current_Setup lt Nb of setup gt vi to change and save settings Readout modes Indicates the selected readout mode s depending on the specified CCD name for the Dark current acquisition according to the specified setup Dark current setup lt is possible to change this parameter temporarily but it won t be saved Open the Dark current_Setup lt Nb of setup gt vi to change and save settings ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 1D2 LabView Modules User Manual 3 05 03 08 ate Page 132of 135 Progress Controls and functions Start Acquisition e Press this
87. tup as follows File gt gt Save or press CTRL S Output If an error occurs during operation an error message will appear At the same time an error log named Error log lt device gt lt date gt txt is created in the directory which is specified in the Acquistion _Setup vi Operation Open the Measurement amp Automation Explorer to make sure your PC has detected the new devices See Devices amp Interfaces GPIB 2 Keithley 6514 Monochromator MSH 301 2 motorized filter wheels Model 74041 Serial Radiometric Power Supply Model 69931 Select the ports GPIB Serial of these devices in the DeviceDriver_Setup vi Select Refresh in the pull down menu to refresh the list of available ports Make sure that the mounted filters at all filter wheels are the same as specified in the DeviceDriver_Setup vi Set up for the acquisition before the VI is started See Input Press the Run button in the upper left to start the VI Select a setup from the pull down menu for each acquisition you intend to do or change parameters manually Press the Start acquisition button to start the data acquisition How to act ifan error occurs directly after having started the VI Most likely there is a GPIB bus error Stop the VI Turn off all devices connected to the GPIB bus Make sure that all devices have differing GPIB addresses Turn on the devices connected to t
88. uisites It is strongly recommended to verify parameters before one of the following VI s is started e LabViewPrism_New testbench vi e FIERA_standalone vi e MasterPanel2 0 vi Hardware The described functionality for this VI is only available in case of the following hardware configuration e f you intend to use the internal monochromator shutter connect the USB interface board to PULPO and verify that the hardware configuration is the same as described in this manual e n order to write Weather station data into the FITS header the weather station WS 2300 has to be turned on and connected to the serial port which can be specified in the Heavy Weather software Setup gt gt Global gt gt COM Port Nb Furthermore the path to the data file ws_newdata csv which is created by the Data Acquisition Software V2 93 17 and later read out by LabView has to be specified in the DeviceDriver_Setup vi Operation e n order to change settings right click on the control and select Data Operations gt gt Make current value default and save the VI File gt gt Save or Ctrl S e In order to save the whole setup press Edit gt gt Make Current Values Default and save the VI File gt gt Save or Ctrl S ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT
89. ules User Manual emm Date ees Page 74 of 135 Controls and functions GPIB port e Allows the user to select the GPIB port from the list Increment mm e Allows the user to set the incremental step Press the button to step forward Press the button to step backward e New position lt Actual pos gt lt Increment gt Absolute pos mm e Allows the user to specify the absolute position Press goto to move the slide to the absolute position e Press this button to step forward once or continuously e New position lt Actual pos gt lt Increment gt e Press this button to step backward once or continuously e New position lt Actual pos gt lt Increment gt goto e Moves the slit to the absolute position specified under Absolute pos Settings e Allows the user to read and set the velocity as well as the acceleration for this axis Check Position e Allows the user to read the actual position of the two axes Define home e The actual position off all three axes is set to 0 Search for home e Move all axes to position 0 ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc Abort motion e Stops all motion Stop VI e Stops the VI Indicators Busy e Appears when the VI is busy Actual pos mm e Indicates the actual slide position of this axis SubVl s D ITLO9_GPIB_communication SubVI vi GPIE Comm INIT esp_gpi
90. ut modes for the specified CCD name Number of exposures e The number of exposures to take Delay s e f you intend to take more than one exposure this defines the delay between them Save file as e f enabled the file is going to be saved in the directory which is specified in the Acquisition_Setup vi Files gt gt Relative path to manual CCD exposures e Allows the user to specify the name of the FITS file s If more than one exposure is taken the files are numbered e A file name mustn t contain any of the following characters lt gt Display Image e Allows the user to display the previously taken image Display Table e Allows you to display the FITS table of the previously taken image ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date ne Page 90 of 135 Start FIERA e Starts the FIERA software from the instrument workstation Put FIERA online e Puts the FIERA software online Start exposure e Starts the exposure with the user defined parameters Put FIERA in standby e Puts the FIERA software in standby Exit e Shuts down the FIERA software Stop VI e Stops the program when the last operation has finished e Press the red Abort Execution button in the upper left to abort the execution of the VI immediately Update e f enabled the table above is updated continuously Update
91. zed slits are adjusted automatically Make sure Bandpass control mode is enabled Pull down menu above Inport Axial Lateral e Allows the user to adjust the motorized slits of the monochromator maually Make sure Manual slits control is enabled in the upper left of this panel Press OK for the changes to take effect Ok e Accept the new parameters Cancel e Continues without any changes ESO Karl Schwarzschild Str 2 85748 Garching bei Miinchen Germany ODT Test bench Doc Mode control e Select Bandpass control to adjust the bandwidth e Select Manual slits control to adjust the slits manually Block diagram LabView Modules User Manual 5 Date Page GEN MAN ESO 211 10 0028 1D2 05 03 08 59 of 135 Open the MSH301_ standalone2 0 vi and press Ctrl E to view the LabView code block diagram Known problems None References Data sheet MSH 301 Website Contact Germany Guerickeweg 7 D 64291 Darmstadt Tel 49 0 6151 708 0 Fax 49 0 6151 708 952 E mail Newport Spectra Physics GmbH Jochen Mentges Phone 49 6151 8806 35 Email mentges lot oriel de ESO Karl Schwarzschild Str 2 85748 Garching bei M nchen Germany ODT Test bench Doc GEN MAN ESO 21 110 0028 e 1D2 LabView Modules User Manual 291 emm Date ne Page 60 of 135 4 8 Interface for the Newport Power Supply Model 69931 PowerSupply_standalone vi Icon on the block

Test-bench

Contents

Download Pdf Manuals

Related Search

Related Contents