LDT Digital-Compendium CS2-DC-001_11_en
LDT Digital-Compendium CS2-DC-001_11_en
LDT Digital-Compendium CS2-DC-001_11_en
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keyboard<br />
layout<br />
SA-DEC-4 (1) SA-DEC-4 (1) SA-DEC-4 (1) SA-DEC-4 (1)<br />
Ausgang 1 Ausgang 2 Ausgang 3 Ausgang 4<br />
SA-DEC-4 SA-DEC-4 SA-DEC-4 SA-DEC-4<br />
Ausgang 1 Ausgang 2 Ausgang 3 Ausgang 4<br />
memory<br />
setup<br />
SA-DEC-4 (2) SA-DEC-4 (2) SA-DEC-4 (2) SA-DEC-4 (2)<br />
Ausgang 1 Ausgang 2 Ausgang 3 Ausgang 4<br />
LS-DEC-DB 30 LS-DEC-DB 32<br />
01 02 03 04 05 06 07 08<br />
Keine Lok<br />
Keine Lok<br />
control<br />
Multi-<strong>Digital</strong><br />
Multi-<strong>Digital</strong><br />
Littfinski Dat<strong>en</strong>Technik (<strong>LDT</strong>)<br />
D-25492 Heist/Germany • Kleiner Ring 9 • www.ldt-infoc<strong>en</strong>ter.com<br />
The next sample shows the connection of two of four possible turnouts<br />
and the connection of a further decoder module for an additional group<br />
of four turnouts.<br />
1<br />
2<br />
1 2<br />
Vom Modellbahntrafo 60052<br />
From transformer 60052<br />
rot<br />
red<br />
braun<br />
brown<br />
KL1<br />
Red<br />
J<br />
Black<br />
K<br />
G S1 red brown<br />
KL2<br />
~ ~<br />
14 .. 18V<br />
4fach Weich<strong>en</strong>decoder<br />
Accessory Decoder<br />
S-DEC-4<br />
Rev. 2.1<br />
Littfinski Dat<strong>en</strong>Technik (<strong>LDT</strong>)<br />
G 3 R 4 R<br />
<strong>Digital</strong>-Profi werd<strong>en</strong>!<br />
Magnetartikel-Decoder<br />
S-DEC-4-<strong>DC</strong><br />
Für 4 Doppelspul<strong>en</strong>antriebe für NMRA <strong>DC</strong>C<br />
<strong>Digital</strong>systeme. Schaltstrom: 1 Ampere pro<br />
Ausgang.<br />
Littfinski Dat<strong>en</strong>Technik<br />
D-25492 Heist<br />
www.ldt-infoc<strong>en</strong>ter.com<br />
G<br />
1 R<br />
G<br />
2 R<br />
KL1<br />
Red<br />
J<br />
KL2<br />
Black<br />
K<br />
G S1 red brown<br />
~ ~<br />
14 .. 18V<br />
4fach Weich<strong>en</strong>decoder<br />
Accessory Decoder<br />
S-DEC-4<br />
Rev. 2.1<br />
Littfinski Dat<strong>en</strong>Technik (<strong>LDT</strong>)<br />
G 3 R 4 R<br />
<strong>Digital</strong>-Profi werd<strong>en</strong>!<br />
Magnetartikel-Decoder<br />
S-DEC-4-<strong>DC</strong><br />
Für 4 Doppelspul<strong>en</strong>antriebe für NMRA <strong>DC</strong>C<br />
<strong>Digital</strong>systeme. Schaltstrom: 1 Ampere pro<br />
Ausgang.<br />
Littfinski Dat<strong>en</strong>Technik<br />
D-25492 Heist<br />
www.ldt-infoc<strong>en</strong>ter.com<br />
G<br />
1 R<br />
G<br />
2 R<br />
Vom Modellbahntrafo<br />
From transformer<br />
•<br />
Connecting several<br />
Turnout<br />
Decoder<br />
S-DEC-4-<strong>DC</strong><br />
(page_971)<br />
digital<br />
c<strong>en</strong>tral station<br />
It is recomm<strong>en</strong>ded to install a separate second main ring conductor for<br />
the digital curr<strong>en</strong>t to the turnout- and switch decoder (red / brown) and<br />
a third main ring conductor for the voltage supply (black).<br />
The digital information for the accessory decoders should never be<br />
tak<strong>en</strong> directly from the rails. The driving locomotives can influ<strong>en</strong>ce the<br />
digital signal by producing continually a kind of loose contact signal.<br />
This can result to the problem that the decoder cannot understand the<br />
signal. For this reason will be the loc commands continually repeated.<br />
Especially for the switch commands which will not be transmitted several<br />
times as done by the loc commands is it possible that commands<br />
will be getting lost if the digital information has be<strong>en</strong> tak<strong>en</strong> directly from<br />
the rails.<br />
<strong>LDT</strong> <strong>Digital</strong>-<strong>Comp<strong>en</strong>dium</strong> <strong>CS2</strong>-<strong>DC</strong>-<strong>001</strong>_<strong>11</strong>_<strong>en</strong> Page 5 / 8
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