English
51
Z21
ist eine Innovation von FLEISCHMANN und ROCO
Decoder address
Signals (group of four)
1
1
2
3
4
2
5
6
7
8
3
9
10
11
12
4
13
14
15
16
…
…
509
2033
2034
2035
2036
510
2037
2038
2039
2040
Example 1:
Switch turnout number 1 during the programming process. All signals of the signal decoder are then programmed in
ascending order to turnout numbers starting with 1.
Example 2:
Switch turnout number 2 during the programming process. All signals of the signal decoder are also programmed in
ascending order to turnout numbers starting with 1, because turnout number 2 is in the same group of four as turnout number 1 from
the first example.
Example 3:
Switch turnout number 10 during the programming process. All signals of the signal decoder are then programmed in
ascending order to turnout numbers starting with 9, see the table above.
The following applies for
DCC
basic
(see also
Switching commands in conventional DCC
): Each signal is always numbered at
the beginning of a group of four. The beginning of the groups of four is calculated automatically when programming the signal decoder.
Each signal occupies 4 turnout numbers. If two signals are used on the signal decoder, then it occupies 2*4=8 consecutive turnout
numbers; if three signals are used, then 3*4=12 turnout numbers, and if four signals are used, 4*4=16 consecutive turnout numbers.
The following applies for
DCC
ext
(see also
Switching commands in the new DCC
): the first signal is always numbered
at the beginning of a group of four. The beginning of the groups of four is calculated automatically when programming the signal
decoder. Each signal occupies just one signal address. The signal decoder therefore occupies a maximum of four consecutive DCCext
signal addresses.
The first DCCbasic turnout number and the first DCCext signal address are identical on the Z21 signal decoder.
Factory setting:
numbered in ascending order from 1.
6.1.2 Option 2 – Set number of signals
This option is used to program the number of signals which can be connected to the signal decoder.
1.
Keep the programming button held down for at least 3 seconds until the white “Program” LED begins to flash. Then release the
programming button. The white “Program” LED will then flash normally once (short, pause; short, pause; etc.), and the green
LED will be lit continuously. The signal decoder is then in “Configuration mode, Option 1”.
2.
Keep the programming button held down for at least 3 seconds again until the blue “Status” LED and white “Program” LED
begin to flash together. Then release the programming button again. The white “Program” LED will then flash normally
twice
(short, short, pause; short, short, pause; etc.). The signal decoder is then in
“Configuration mode, Option 2”
.
3.
The current number of signals is then shown through the other LEDs:
Summary of Contents for Z21 WLANmaus
Page 1: ...Modellbahnsteuerung Z21ist eine Innovation von FLEISCHMANN und ROCO ...
Page 35: ...35 Z21ist eine Innovation von FLEISCHMANN und ROCO ...
Page 69: ...English 69 Z21ist eine Innovation von FLEISCHMANN und ROCO ...
Page 103: ...Français 103 Z21ist eine Innovation von FLEISCHMANN und ROCO ...
