Hi, Doug!
> Are the WC STBY settings 2000 V ?
> Since we have changed the HV GUI to use the physics database this may not
> have been updated.  Adrian ?
The WC STBY settings were updated to 2000 V two days ago, as Adam had
requested.
Adrian
>
> To check the WC STBY voltages when not taking data:
>         1 - click STBY on the main HV GUI window
>         2 - wait for the restore in progress to finish
>         3 - click on the WC L button
>         4 - you should get a new window with MV DV and CE for each WC box
>         5 - click on DISPLAY button to request current reading
>         6 - MV and DV should be 2000 V
>         7 - if it is not click on SET
>         8 - new window should appear allowing you to set DV, TC, RUP, etc.
>         9 - click on DV to allow demand voltages to be set
>         10 - change all values to 2000 V (NOTE the cursor has to stay in
> the little box as you change the value and you have to hit return each time
> for the change to take affect - sorry it is EPICS)
>         11 - after changing all the values click SET
>         12 - close the setting window
>         13 - in the read value window clicking on DISPLAY should show the
> new DV values as 2000 V if it doesn't go back to point 7 and try again
>         14 - once all values are set properly return to the main window and
> click on the set beside the WC L button
>         15 - in the top left corner of the main HV window there is a button
> for saving settings, click this
>         16 - click SAVE STBY settings (I don't think saving to database
> works - Adam?) and the close window
>         15 - go back to point 3 and repeat for WC R
>
>         If you reboot the HV IOC or reinitialize from the database you
> loose these settings and it has to be done again.
>
>         If you try to do this during auto-fill running you will run out of
> time when it is in STBY and the automatic program will restore OPER values
> and ruin everything.
>
>                                                   Cheers,
>                                                           Douglas
>
> 26-415 M.I.T.                                Tel: +1 617 258 7199
> 77 Massachusetts Avenue                      Fax: +1 617 258 5440
> Cambridge, MA 02139, USA                   E-mail: hasell@mit.edu
>
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