Category:DC08

From wiki-en
Jump to: navigation, search
Logo-dc-car.jpg

DC-Car Information about DC08-I-Decoder

GB.png DC08-I_Decoder_Information

Dc08 Cent.jpg
The decoder is built on a board of 7 x 15 mm in a thickness of 2.5mm. The board is professionally manufactured and assembled in a printed circuit board factory.

new functions:

- Extensive control of up to 2 servos (eg: Repeat mode, free position selection, steering, 2nd motor, etc.)
- soft acceleration and deceleration when changing gears
- Full support of the sound module TBS-Micro by Thomas Benedini for speed-dependent driving noise and sound authentic additional sounds such as compressed air horn, horn, siren, power take-off, etc.
- up to 3 additional multifunction ports (function definable via CVs)
- Switching rear distance LEDs on and off separately
- prepared for active infrared feedback (reports vehicle type, vehicle number, battery status, status of turn signals and front lights)
- Travel time limit depending on the built-in battery, this can be precisely defined via CV's
- Chargeable upgrade from DC05 to DC07 is possible with existing update socket without decoder exchange
Her you find the actual CV-List

The diffent versions:

o is delivered a single circuit board
o Infrared receiver is integrated with on the board
o either an external voltage DC-DC convertor or LiPo battery or three NiCD / NiMH cells are required for operation

There are seperate outputs available for:

  • Motoranconnection
  • Brake light (serial resistor on the board)
  • Back light (serial resistor on the board)
  • Turn out light left (serial resistor on the board)
  • Turn out light rights (serial resistor on the board)
  • Front light (serial resistor on the board)
  • Beacon light 1 (serial resistor must be added externally)
  • Beacon light 2 (serial resistor must be added externally)
  • Front flashers (serial resistor on the board)
  • Light output 2 (serial resistor on the board)
  • Multi function output 1 (serial resistor on the board)
    • Depending on the CV configuration (CV20), this MF output can be used as light output 4 or servo output 1
  • Multi function output 4 (serial resistor must be added externally)
    • Depending on the CV configuration (CV111), this MF output can be used as function switching output 2 or for connecting a Hall sensor
    • Control with function key F11 of a DCC control panel
  • Multi function output 5 (serial resistor on the board)
    • Depending on the CV configuration (CV25), this MF output can be used as a function switching output 3 or for connecting an infrared LED for active feedback
    • Control with function key F12 of a DCC control panel
  • Infrared LED (serial resistor on the board)
    • for connecting the distance LEDs at the rear of the vehicle
  • Sound output
    • for controlling DC car sound modules
  • Control of the sound module TBS-Mico by Thomas Benedini
    • MF 1 is used to control the speed-dependent engine noise
  • Serial output
    • Here a trailer decoder can be connected to control the trailer lighting synchronously to the towing vehicle


Folgende Eingangssignale werden ausgewertet:

  • Anschluss für Fototransistoren
    • These are necessary for the distance control and also serve to control the vehicle via function blocks or spotlights of a DCC center
  • battery voltage
    • The decoder evaluates the battery voltage every 5 seconds
    • If the voltage is too low, then CV26 determines what the vehicle should do
  • Reed contact
    • The decoder recognizes an activated stop coil
  • Hall sensor
    • a Hall sensor can be connected to
    • To activate the Busautomatik- or Müllauto- or Feuerwehrautomatik
    • Switching on and off the blue lights and front flashers
  • Serial input
    • to connect LCIR remote receiver
    • is used for remote control by means of PC-Transmitter or DC-Car-Booster
    • Note: In order to be able to operate the new functions F10 - F13 with the DC Car Booster, it is necessary to upgrade the booster firmware. Please contact the DC-Car-Service.



DCC protocol

Short DCC addresses from 1 - 127, long addresses from 128 - 9999.
Operating modes:
1. The vehicle starts immediately after switching on with a specified driving position
2. The vehicle is stationary after switching on and can only be started by a command from the digital control unit or function module.
3. The vehicle is stationary after switching on and can only be started by a command from the digital control center.
4. Assignment of the function keys
F00 light 1, taillight
F01 turn signal left
F02 turn signal right

F1 + F2 hazard lights
F03 Photo transistors front on / off
F04 Reed contact on / off (ignore stop position)
F05 blue light
F06 front flashers
F07 light 2
F08 MF 1 / light 4
F09 MF 1 light 4 (if CV 20 set to 8)
F11 MF 4 (depending on the CV 111 configuration)
F12 MF 5 (depending on the CV 25 configuration)
F13 infrared LED on / off switch back)

Note: To use the functions F10-F13 with the DC-Car-Booster, an upgrade of the booster firmware is necessary. Please contact the DC Car Service.


When the decoder or vehicle is switched on, the following light sequence is displayed:
1.) Brake light and hazard lights short
2.) hazard lights short
3.) hazard lights short
4.) hazard lights short

The head light and the tail light can only be switched on or off together. Indoor or side lights, fog lamps, etc. can be switched extra.

The two blue lights blink at different speeds. Thus, a real representation of an emergency vehicle is given.
You can also switch for modern emergency vehicles on double flash or on inverted LED flash units.

Connection diagram DC08 large 8-pin update socket DC08- (I) with 5 or 7 colors enameled wire
Connection diagram DC08 small 8-pin update socket DC08- (I) with 5 or 7 colors enameled wire


Subcategories

This category has only the following subcategory.