General Considerations; Scrolling Items In A List - ATH-Heinl ATH LUX 3D Bedienungsanleitung

GENERAL
CONSIDERATIONS
The equipment simple interface makes
operation quick and easy to learn.
The operating procedures are generally
standardised throughout the program, as
summarised below.
Functions selection
The functions available in each program
context are listed in the menu, which can
be accessed by pressing F11.
To select a specific function, select the
option desired on the menu, by pressing
the á â keys, and pressing Enter.
To facilitate and simplify the use of the ma-
chine, the "back" function is associated to F2
and the "next" function to F3, also trying to
associate, in the various program contexts,
an intuitive and immediate description of
the functions of the menu keys.
Machine regular operation is then pos-
sible by exclusively using two keys (F2
back and F3 next).
Access the on-line help Help from the
menu F11 and also by pressing F1.
In particular:
Equivalent to Esc, goes back the
previous screen, except in the
starting screen where it shuts
down the program and switches
control to Windows.
Equivalent to Enter, goes to the
next screen.
When pressed from the starting
screen, this key exits the pro-
gram (by entering a password)
and accesses WINDOWS.
SCROLLING ITEMS
IN A LIST
To scroll and select items from a list
(menu), such as the databank, use the ar-
row keys and the Page up, Page down keys.
In some cases an item can be selected
directly by typing its first letter.
Setting an option
The job options, which are set from the
general set-up, can be accessed from the
starting screen by pressing the "Setup"
option from the F11 menu. The options
may be modified by accessing the contex-
tual set-up in the job screens.
The table below lists the various icons
and their corresponding functions.
Symbol
Selects
the previous screen
Selects
the next screen
Exits the
aligner program and
goes to
the Windows desktop
(only available in the
starting screen).
Opens the different
active functions, on the
screen where you are.
Function
description