Difference between revisions of "Begin"
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===Control without DCC adresing=== | ===Control without DCC adresing=== | ||
| − | If you want the cars to operate anonymously you can use the function module to operate the cars functions. | + | If you want the cars to operate anonymously you can use the function module to operate the cars functions.<br> |
This works for all cars and does not use any way of adresing. | This works for all cars and does not use any way of adresing. | ||
More information [[:category:Function-Modul|Function-modul]]. | More information [[:category:Function-Modul|Function-modul]]. | ||
Revision as of 07:27, 28 October 2017
The questions are: Where do I start? or What do I need?
Contents
1. Video for instruction
Basic Video
The DC-Car-System Video with a small model railroad
DC Car distance control
Function decoder
Test of DC-Car decoder DC04-SI = DC05-SI
Easy functions with a magnet
using a DCC-Controller to with DC-Car
Reprogramming a DC-Car decoder
Converting a bus to DC-Car Part 1
Converting a bus to DC-Car Part 2
Converting a bus to DC-Car Part 3
Converting a bus to DC-Car Part 4
DC-Car 5 using DC-Car
DC-Car 6 CV programmer
More videos and pictures
2. Possibilities
There are many ways to use the DC-Car system:
Einstieg_in_das_DC-Car-System
Control without DCC adresing
If you want the cars to operate anonymously you can use the function module to operate the cars functions.
This works for all cars and does not use any way of adresing.
More information Function-modul.
Control with DCC adressing
With Progset´s you can control the DC-Cars like a model railroad.
3. Request
Importent for controlling via a 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
Traffic control
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.
