Belgium
but they are written automatically when
programming the values written on while
background.
signal
A0
A2
A1
A1
A0
A2
A1
A2
A3
A0
A3
A3
A4
A4
A4
A2
A5
A1
A6
A0
A6
A5
A3
A7
A7
Now you can switch signal aspects by
4
A4
sending control commands ("4
pressing the green switching key on the
control station after choosing accessory
address 4):
control station commands
1
1
control station commands
1
1
5
The small high signal changes the aspects
as follows:
5
C
H
ontrolling
igH
High signals can be controlled by an
input key connected to a function output
of the Qdecoder. Use mode 226 for the
function output for reading key input (see
chapter „Taster und Schalter" auf Seite 106
for details).
function
The key controls ...
... the signal connected to the anterior
function keys of the decoder using the
signal switching fl ow
86
address
A
CV1=1
signal1
A6
-
CV552
A5
A6
-
CV555
A7
A5
A7
-
CV558
4
4
A
CV561=4
speed
A
CV564=5
signal2
-
CV567
-
normal
CV570
voie
signal
4
1
3
approach
signal
4
1
3
4
5
6
5
4
4
5
6
5
S
i
K
ignalS by
npUt
eyS
without with
226
Belgian signals
Once confi gured the key controls signal
aspects as follows.
mode
CV550=150
CV553
CV556
CV559
CV562=206
CV565=249
CV568
contre
CV571
voie
signal
" meens
Examples
Connect a signal and an input key to the
function outputs A0 ... A5 of the decoder
1
1
combined
main
and confi gure CVs as given in the table:
signal
signal
1
1
A0
A1
A2
A3
A4
A5
Now you can switch signal aspects by either
sending control commands or pressing the
key:
1
mode
short
The
high
LED
announcement of the fi rst example is
controlled by two keys, the fi rst one for
227
the main signal (key 1) and the second for
the speed announcement (key 2).
proceed
shunting
once short
twice short
GYV
signal
address
A
CV1=1
A2
signal
-
A1
CV552
A0
-
CV555
A3
-
CV558
A4
-
CV561
input key
-
CV564
control station commands
1
2
1
key commands
short
long
short
main
signal
or
GYH
DY
mode
CV550=151
CV553
CV556
CV559
CV562
CV565=226
1
1
2
2·short
short
with
speed