1. Home Signal with 5 and 4 lamps:
GN
GE
WS
RT1
RT2
GN1
GE1
GN2
GE2
home signal with 5 lamps
home signal with 4 lamps
short braking
train stop
shunting
train stop
distance
round/red/-
round/red/-
round/red/-
round/red/-
1
2
3
4
straight/green/+
straight/green/+
straight/green/+
straight/green/+
proceed
slow approach
proceed
slow approach
2.
Home Signal with 5 lamps and Shunting Signal:
GN
GE
WS
RT1
RT2
GN2
GN1
home signal with 5 lamps
shunting signal
train stop
shunting drive
train stop
round/red/-
round/red/-
round/red/-
round/red/-
1
2
3
4
straight/green/+
straight/green/+
straight/green/+
straight/green/+
proceed
slow approach
shunting drive
3.
Shunting Signals:
RT1
GN
GN2
GN1
shunting signal
shunting signal
train stop
train stop
round/red/-
round/red/-
round/red/-
round/red/-
1
2
3
4
straight/green/+
straight/green/+
straight/green/+
straight/green/+
shunting drive
shunting drive
Further sample connections are available at the internet on our Web-Site
(
www.ldt-infocenter.com
) at the section “
Sample Connections
”.
Additionally you can find detailed information about the Light-Signal
Decoder
LS-DEC-NMBS
at our Web site within the section “
Digital-
Compendium
”.
Programming the decoder address:
•
The jumper J3 has to be inserted for the programming of the decoder
addresses
.
•
Switch on
the
power supply
of your model rail way layout.
•
Activate the
programming key S1
.
•
At
least
two light emitting diodes
on a
signal
connected to the
left
clamp
block
(on this decoder side is the programming key S1) will
be
automatically
switched-over
every 1.5 seconds
in a flashing
mode. This indicates that the decoder is in the
programming mode.
•
Press
now
one key
of
the
fourfold address-group to be assigned
to the
left clamp block
of the decoder. For programming the decoder
address you can also release a turnout switch signal via a personal
computer.
Remarks:
The
decoder addresses
for magnet
accessories
also
to be used for the
signal-aspects
are combined into
groups of four
.
The address 1 to 4 build the first group. The address 5 to 8 build the
second group etc. Each clamp block of a
LS-DEC
decoder can be
assigned to any of these groups. It does not matter which of the eight
possible keys used for programming will be activated. The decoder
stores always the complete group of keys.
•
If the decoder has
recognized
the assignment
correctly, the
connected
light emitting diode
will flash a little
faster
. Afterwards
the flashing slows down to the initial 1.5 seconds again.
In case the decoder will not recognize the address, it could be that
the two digital information connections (clamp2) are wrong
connected. For testing this, switch off the power supply, exchange
the connection on KL2 and start addressing again.
•
Press now the programming key S1 again. At least
two light
emitting diodes
connected to the
right clamp block
will flash now.
Repeat the programming as described above.
•
Now
press
the programming key S1 a
third time
for
leaving the
programming mode
. All signals will be
automatically switched
to
STOP.
Signal switching:
The
opposite sample connections
show how the
fourfold address-
group
can be set by use of
8 keys
of the
push button panel
for setting
the turnouts or signals. Between each pair of keys are
e.g.
the addresses
1 to 4. The two keys
red
and
green
for each address are
assigned
to
the turnout position
round
or
straight
respectively the
corresponding
signal aspect
which is indicated
above
or
below
key.
The
actual address section
is related to which
fourfold address-group
has been selected during the programming.
If you use a
remote control LH100
of Company Lenz Elektronik then
red
will be the
minus key
and
green
the
plus key
.
If you have connected to one of the two clamp bars one home signal with
5 and one with 4 lamps as per first sample you can switch the home
signal with 5 lamps to
proceed
with the address
1
and the key
green
.
The light emitting diode marked with
GN
will now indicate this at the
signal.
With the address
3
and the key
green
you can switch the home signal
with 4 signals to
proceed
.
The light emitting diode marked with
GN2
will now indicate this at the
signal.
Accessory:
For easy
assembly
of the printed circuit board below your model rail road
base plate we offer a set of
assembly material
under the order
identification:
MON-SET
. Under
LDT-01
you can purchase a low price
durable suitable
case
for the
LS-DEC
.
Attention:
The
Light-Signal Decoder LS-DEC
switches the signal aspect not just
on and off but is dimming the light emitting diodes realistic up and down.
Even between the signal aspects a short off-phase is provided. Further
digital commands received during this switch-over-time of about 0.4
seconds will not be taken up from the decoder. Please take care that the
switching-commands are not in a to fast sequence. The impression is
absolutely realistic if the switching is considerable slow.
If the
jumper J3
will be removed after programming of the decoder
addresses the
memory storage
of the
Light-Signal Decoder LS-DEC
will be
protected
against any alteration.
Further products from the
Digital-Professional-
Series
:
S-DEC-4
4-fold Turnout Decoder
for four magnet article with free programmable
decoder address and external power supply possibility.
RM-GB-8-N / RS-8
8-fold Feedback Module
with integrated track occupancy detectors for
the s88- respectively RS-feedback bus.
All components are available as easy to assemble
complete kits
, as
simple to assemble
finished modules
or as
finished modules in a
case
.
Made in Europe by
L
ittfinski
D
aten
T
echnik (
LDT
)
Bühler electronic GmbH
Ulmenstraße 43
15370 Fredersdorf / Germany
Phone: +49 (0) 33439 / 867-0
Internet: www.
ldt-infocenter
.com
Subject to technical changes and errors.
09/2022 by LDT
Märklin and Motorola are registered trade marks.
