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(6. Fahrzeugumbau)
(5. Control of Traffic)
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==5. Control of Traffic==
 
==5. Control of Traffic==
For [[Trafficcontrol]] you can use [[Trafficlights]].<br>
+
For [[Traffic control]] you can use [[traffic signals]].<br>
This [[Trafficlightdecoder]] can controlled with DCC-Adreses from Railraodsystem.<br>
+
This [[traffic signal decoder]] can be controlled with DCC addresses via a model railroad DCC capable controller.<br>
So you can controlled the Trafficlights with the PC.<br>
+
 
With [[:category:Tiny |Stoptiny]] oder [[:category:Function-Modul]] stops the DC-Car.<br>
+
So you can control the traffic signals with the PC.<br>
 +
Using [[:category:Tiny |Stoptiny]] or [[:category:Function-Modul]] stops the DC-Car.<br>
  
 
==6. Vehicle Conversion==
 
==6. Vehicle Conversion==

Revision as of 00:37, 22 February 2017

The questions are: Where do I start?
or What do I need?

1. Video for instruction

Basic Video

The DC-car-System Video with a small Modellrailroad

More videos and pictures

Pictures_and_video_clips

2. Possibilities

There are many ways to use the DC-Car system:
Einstieg_in_das_DC-Car-System

Control without DCC adressing

Functiondecoder This can be use Address of Crossings.
More information Function-modul.

Control with DCC adressing

With Progset´s you can control the DC-Cars like a model railroad.

3. Request

Importend for controlling with PC is the request:Request-Modul

4. Turn Offs

To turn off of into a new direction, one needs a turn-off.
The simplest solution is with a servo driven turn-off. To control it one needs electronics to operate the servo. Additional elecctronics, the Category:Function-Modul, DC-Cars get the turn signal instructions as a result of the turn-off being set.

Automatic Turn-offs with TINY

Using feedback sensors on can operate turnoffs from the vehicles themselves.
This works with Servotiny´s in a few turn-offs.

Automatic Turn-offs with Servos and Servo Decoder

Better than electromagnets/coils is using servo turn-offs and servo decoder.
Via the Inputprint on can operate servo decoders via feedback sensors.

The Advantage: By coupling a Servodecoder#S4DCC-Car with a function module one sends turn signal commands to the DC-Car's.

5. Control of Traffic

For Traffic control you can use traffic signals.
This traffic signal decoder can be controlled with DCC addresses via a model railroad DCC capable controller.

So you can control the traffic signals with the PC.
Using Stoptiny or category:Function-Modul stops the DC-Car.

6. Vehicle Conversion

Mechanical Conversion

[Welches_Modell_für_den_Anfang]

Electronic Conversion

As a first model, the [DC07-SI-LKW]] or DC07-SI-Bus is recommmended. Also see DC07-SI.