168
Operation
G-30-1529-en
OPMI® VISU 160 on S8, S81 & S88 Suspension Systems
Issue 5.0
Printed on 09. 10. 2006
Roll-over procedure
Use the "Roll-over procedure" to select the required function in the default
sequence of the above table.
Every time you press the relevant button "
∇
" you advance clockwise.
Every time you press the relevant button "
∆
" you advance counterclock-
wise.
→
XYZ-RES
→
FOC-MEM
→
XY-INV
→
↑
↓
←
XY-RES
←
AUX
←
PHOTO
←
SDI
←
If you have assigned FOC-MEM to key C or D of the foot control panel,
you can determine by the length of time for which you press the relevant
key of the foot control panel during operation whether a positioning run is
to be triggered (press the key for less than 2 seconds) or whether the cur-
rent position is to be saved (press the key for more than 2 seconds).
Caution:
Be extremely careful when changing these settings. You should change
settings only under your own user ID. Notify all users of any changes, or
make sure that each user only works under his own user ID.
Saving parameter settings
As soon as you have entered a parameter setting, it is saved under the
current user ID.
Description of the assignable functions:
Path: To return to the basic mode, press the "MODE" key in configuration
mode 1 or do not press any key for 20 seconds.
To switch to configuration mode 2, simultaneously press the
"MODE" and "STORE" keys.
XY-RES
Recenters the X-Y coupling and resets the focus to its in-
itial position in the focusing range.
XYZ-RES
Recenters the X-Y coupling, resets the focus to its initial
position in the focusing range, and sets the zoom to a po-
sition previously stored using the STORE key.
XY-INV
Inverts the direction of movement of the X-Y coupling. This
function is useful when you are working with an image re-
versal system in vitreo-retinal surgery. You can now invert
the direction of movement of the X-Y coupling by tipping
on one of the two keys (C or D) of the foot control panel.
SDI
The optical system of the Stereo Diagonal Inverter (SDI)
2E from Oculus is moved into and out of the beam path of
the surgical microscope.
