This module provides all commands
of the earlier modules A - H
The command group can be selected via a switch.
Each modul has eight pathes to send commands to the cars.
Every car react at those commands independend of its DCC adress.
Its so easy. Choose another configuration via the switch and
the module sends immediately the selected block of eight commands.
Switch is [1] is on:
Connector 1 = Stop
Connector 2 = Head Light ON
Connector 3 = Head Light OFF
Connector 4 = Left indicator ON
Connector 5 = Right indicator ON
Connector 6 = Both indicators OFF
Connector 7 = Speed 14
Connector 8 = Speed 28
Switch is [2] is on:
Connector 1 = Stop
Connector 2 = Emergency light (both
indicators flashing)
Connector 3 = Both
indicators OFF
Connector 4 = Blue lights ON
Connector 5 = Blue lights OFF
Connector 6 = Front flashing light
ON
Connector 7 = Front flashing light
OFF
Connector 8 = Speed 28
Connector 1 =
Light 2 ON
Connector 2 = Light 2 OFF
Connector 3 = Light 3 and 4 ON
Connector 4 = Light 3 and 4 OFF
Connector 5 = Speed + 2
Connector 6 = Speed - 2
Connector 7 = Speed 10
Connector 8 = Speed 21
Connector 1 =
Stop and indicator OFF (Stoptime from CV108)
Connector 2 = Stop and left indicator
ON (Stoptime from CV108)
Connector 3 = Stop and right indicator
ON (Stoptime from CV108)
Connector 4 = Stop and emergency
light ON (Stoptime from CV108)
Connector 5 = Drive with speed
from CV110 and indicator OFF
Connector 6 = Drive with speed
from CV110 and left indicator ON (Time from CV109)
Connector 7 = Drive with speed
from CV110 and right indicator ON (Time from CV109)
Connector 8 = Drive with speed
from CV110 and emergency light ON (Time from CV109)
Connector 1 =
Stop
Connector 2 = Bus stop, indicator
OFF, Light 2 OFF (Stoptime from CV103)
Connector 3 = Bus stop, indicator
OFF, Light 2 ON (Stoptime from CV103)
Connector 4 = Bus stop, right
indicator ON, Light 2 ON (Stoptime from CV103)
Connector 5 = Bus stop, emergency
light ON, Light 2 ON (Stoptime from CV103)
Connector 6 = Bus start to drive,
left indicator ON (Time from CV106), speed from CV105
Connector 7 = Deccelerate to speed
from CV102 and right indicator ON (Time from CV101)
Connector 8 = Stop
Connector 1 =
Head Distance control OFF
Connector 2 = Head Distance control
ON
Connector 3 = Decoder ignores
reed switch
Connector 4 = Decoder accepts
reed switch
Connector 5 = Light sensor OFF
Connector 6 = Light sensor ON
Connector 7 = * Tail IR-Xmitter
OFF
Connector 8 = * Tail IR-Xmitter
ON
* Available at firmware 2009
Connector 1 =
Stop
Connector 2 = Blue lights and
Front flashing light ON
Connector 3 = Blue lights and
Front flashing light OFF
Connector 4 = Left indicator ON
Connector 5 = Right indicator
ON
Connector 6 = Both indicators
OFF
Connector 7 = Speed 14
Connector 8 = Speed 28
Connector 1 =
Stop
Connector 2 = Head light, indicators,
Blue lights and Front flashing light OFF
Connector 3 = Head light ON
Connector 4 = Left indicator ON
Connector 5 = Right indicator
ON
Connector 6 = Blue lights and
Front flashing light ON
Connector 7 = Speed 14
Connector 8 = Speed 28
Connector 1 =
Stop
Connector 2 = Stop
Connector 3 = Stop
Connector 4 = Stop
Connector 5 = Stop
Connector 6 = Stop
Connector 7 = Stop
Connector 8 = Stop
Connector 1 =
Stop and indicator OFF (Stoptime from CV108)
Connector 2 = Drive with speed
from CV110 and indicator OFF
Connector 3 = Speed + 2
Connector 4 = Head light, indicators,
Blue lights and Front flashing light OFF
Connector 5 = Left indicator ON
Connector 6 = Right indicator
ON
Connector 7 = Head light ON
Connector 8 = Blue lights and
Front flashing light ON
Only a IR-LED and a resistor is used to send the commands
to a car.
After powering on the module sends all eight commands continously.
Usage of the Function-Module without a DCC-Station:
The modul generates a pulsed IR-Signal at each connector. With
an additional switch or relais contact those signals can be
toggled ON or OFF. The resistor regulates the intensity of the
signal.
Usage of the Function-Module with a DCC-Station:
Each of the eight pathes can be switched on or off by a DCC-Station.
All of the LEDs connect to one path are switched off.
The Function-Module reacts like a junction decoder with eight
adresses.
By pressing the button at the module is going into a learning
modus.
If a button is pressed at the DCC-Station to switch a junction,
this adress is accepted from the module.
Pressing the button again at the module save this adress permanently.
Please note to use all the time blocks of eight coherent adresses
!
e.g. 1 - 8, 9 - 16, 17- 24 ....
Please use always the first adress of those group for learning.
Mounting of the Infrared-LEDs:
The Infrared-LED mounted along, over or within the road in such
a way, that the head sensor at the car can receive the function.
The LED should always be aligned , that it can be seen from the
car.
Depending on the resistor, the car should react on the signal
at 3 to 5 inch.
Sometimes it is not possible to mount the IR-LED
without influence a car at the parallel lane.
In this case the value of the resistor may be increased or the
IR-LED is mounted on top of the road.
Examples
for a function-modul if switch 1 is on
Picture of a Standard Function-Module:
Function-Module with digital control:
This soldering bridge is neccesary
for correct function!
Connection of the Infrared LEDs:
Resistor 100-470 Ohm.
The resistor regulates the distance on which a car reacts on the
commands from the modul.
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Beschreibung in Deutsch