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DigitalBooster DB-4 – Manual

 

 

 

 

 

 

 

15

 -

 

 

The 

programming

  for  the 

on-/off  switch  function

  is  now 

completed

  but  can 

repeated at any time. 
 

3. 

Depress 

now  again  the 

key  S1

  to  come  into  the 

programming  mode

  for  the 

address section

 of the 

WatchDog-Function

. The 

red LED flashes

 

4. 

Switch 

now 

one turnout

 from the 

group of four

 which has been selected for the 

address  section

  of  the 

WatchDog-Function

  via  the 

keyboard

  of  the 

digital 

command  station

  or  the 

remote  control

.  For 

programming

  the 

address 

section

 you can 

send 

as well a 

turnout signal

 via your 

model railway software

 

Remarks: 

It is possible to 

select

 for the 

WatchDog-Function

 the 

same address 

section

 as you used already for programming the 

On-/Off switch function

. But 

you  can  select  as  well  an 

own  four-fold  address  block

  for  the 

WatchDog-

Function

 

If the 

DigitalBooster DB-4

 

understands

 the 

address 

the

 DB-4 

will 

confirm

 the 

assignment by 

flashing the red LED a little faster

Following

 the 

red LED

 will 

flash slower

 again. The 

programming

 for the 

On-/Off switch function

 is now 

completed

 but can be repeated at any time. 

 

Leave

 now the 

programming mode

 of the 

DB-4

 by depressing again the 

programming 

key  S1

.  The 

programmed  addresses

  are  now 

permanently  stored

  but  can  be 

changed

 at any time by 

repeating

 the 

programming process

. Now the 

green LED 

will 

glow

 and the 

track section

 which is 

connected

 to the 

DB-4

 will get 

supply

 of 

digital 

voltage

 

8. WatchDog: Communication with the Model Railway Software:

 

 
If  your 

model  railway  software

 

supports

  the 

WatchDog-Function

  of  the 

DB-4

 

respectively our 

WatchDog-Decoder WD-DEC

 please register in your 

model railway 

software

  your  selected  address  for  the 

WatchDog-Function

.  It  is  always  the 

first

 

address

 (

basic address

of the

 selected 

group of four

 

Function: 

 

After switching-on 

the 

DigitalBooster DB-4

 is the 

WatchDog-Function

 

not activated

 

to enable the 

operation

 of the 

model railway layout

 eventually 

without PC-control via

 

the 

digital command station

 

The

 model railway software

 can 

activate 

the 

WatchDog-Function

 with the command 

basic  address 

straight

”  and  has  to 

confirm

  always 

within  5  seconds

  with  a 

new 

command basic address

 “

straight

”. If there is 

no confirmation within

 

5 seconds

 the 

model railway software has lost control

 over the 

model railway layout

. The 

Digital 

Booster DB-4 

will switch the 

track voltage free

 

and all trains will stop immediately

The 

red LED

 of the 

DB-4 will flash

 and 

indicates

 therefore the 

switch-off situation. 

 

 

Summary of Contents for 080073

Page 1: ...Booster DB 4 receives the power supply not from a classical model railway transformer but from the switched mode mains power supply DB 4 PowerSupply On this unit is the stabilized digital track voltage adjustable between 15 and 24 Volt suitable for all track gauges This product is not a toy Not suitable for children under 14 years Improper use will imply danger or injuries due to sharp edges and t...

Page 2: ...g Operation Modes with Jumper 10 6 1 Select Maximum Digital Current to 2 5 or 4 5 Ampere 10 6 2 Select data format for WatchDog and On Off switch function 11 6 3 RailCom cutout Creation or Suppression 11 6 4 Short Circuit Report to the Command Station Short Report 11 6 5 Automatic Switch On Auto Go 12 7 Addresses for WatchDog and On Off switch function 12 7 1 Common Address Section 13 7 2 Own Addr...

Page 3: ...om DB 4 Power Supply From DB 4 Power Supply BU1 S1 DCC MM JP1 JP2 JP3 JP4 OFF ON Auto Go RailCom ShortReport red brown LED1 LED2 GO STOP Littfinski DatenTechnik LDT KL1 K J 4 5 2 5 JP5 OUT IN ST1 ST2 Rev 1 4 DB 4 BU3 BU2 C D E STOP GO KL2 KL4 KL3 Feedback A T 2 5 4 5 Ampere Booster für die Digitalformate Märklin Motorola mfx M4 und DCC 2 5 4 5 ampere booster for Märklin Motorola mfx M4 and DCC DB ...

Page 4: ...Central Station 3 and 3 plus X Mobile Station 2 with Track Box X ECoS 1 50 000 X X ECoS 2 50 200 X X Intellibox 1 X X IB Basic X IB COM X Intellibox 2 X X EasyControl RedBox X X DiCoStation X KeyCommander X TWIN CENTER X X Roco 10761 multiMAUS X Roco 10764 multiMAUS X Fleischmann 680801 multiMAUS X Roco Fleischmann multiZENTRALEpro X Roco Fleischmann z21 and Z21 X Lenz Digital plus LZ100 X Lenz Di...

Page 5: ...orola mfx M4 und DCC 2 5 4 5 ampere booster for Märklin Motorola mfx M4 and DCC DB 4 DigitalBooster Multi Digital Littfinski DatenTechnik LDT www ldt infocenter com Digital Profi werden braun brown J rot red K Vom DB 4 PowerSupply 2 From DB 4 PowerSupply 2 Gleisbereich 2 Track section 2 weiss white BU1 S1 DCC MM JP1 JP2 JP3 JP4 OFF ON Auto Go RailCom ShortReport red brown LED1 LED2 GO STOP Littfin...

Page 6: ...B 4 PowerSupply 1 Gleisbereich 1 Track section 1 Von Digitalzentrale From command station Zu weiteren Boostern To further boosters C D E C D E page_1118 Connecting the DigitalBooster DB 4 with the Command Station via CDE Boosterbus and between each other The DB 4 can get as well the supply directly from the digital output of a digital command station with integrated Booster via the connection C an...

Page 7: ...Littfinski DatenTechnik LDT KL1 K J 4 5 2 5 JP5 OUT IN ST1 ST2 Rev 1 4 DB 4 BU3 BU2 C D E STOP GO KL2 KL4 KL3 Feedback A T 2 5 4 5 Ampere Booster für die Digitalformate Märklin Motorola mfx M4 und DCC 2 5 4 5 ampere booster for Märklin Motorola mfx M4 and DCC DB 4 DigitalBooster Multi Digital Littfinski DatenTechnik LDT www ldt infocenter com Digital Profi werden braun brown J rot red K Vom DB 4 P...

Page 8: ...rther booster 4 1 3 Conductor Track System If the manufacturer of your digital command station permits a common layout ground brown the center conductor of the 3 conductor track has to be isolated at the cross over joints from one to the next booster electrical circuit The isolated center conductor gets the supply from the connection red of the clamp KL1 of the DigitalBooster DB 4 BU1 S1 DCC MM JP...

Page 9: ... 4 5 Ampere Booster für die Digitalformate Märklin Motorola mfx M4 und DCC 2 5 4 5 ampere booster for Märklin Motorola mfx M4 and DCC DB 4 DigitalBooster Multi Digital Littfinski DatenTechnik LDT www ldt infocenter com Digital Profi werden braun brown rot red braun brown gelb yellow Vom Modellbahntrafo From transformer KL1 KL2 KL3 KL4 BTM SG 16 18V Rev 1 1 Littfinski DatenTechnik LDT Booster Trenn...

Page 10: ... joints This module separates electrically definite the booster sections braun brown rot red J K Vom DB 4 Power Supply From DB 4 Power Supply BU1 S1 DCC MM JP1 JP2 JP3 JP4 OFF ON Auto Go RailCom ShortReport red brown LED1 LED2 GO STOP Littfinski DatenTechnik LDT KL1 K J 4 5 2 5 JP5 OUT IN ST1 ST2 Rev 1 4 DB 4 BU3 BU2 C D E STOP GO KL2 KL4 KL3 Feedback A T 2 5 4 5 Ampere Booster für die Digitalform...

Page 11: ...supply digital current to the connected track section The DigitalBooster DB 4 will be automatically switched off if a short circuit will occur at the track The green LED switches off and the red LED will glow constant The DB 4 will report the short circuit via the employed booster bus to the digital command station Those will switch to Stop After removing the short circuit you can switch on again ...

Page 12: ...ed The selection with jumper J3 if the DigitalBooster DB 4 shall create or suppress a RailCom cutout is only possible if the data format for the WatchDog and On Off switch function has been set to DCC Jumper J4 removed 6 4 Short Circuit Report to the Command Station Short Report If the Jumper J1 Short Report has been set the DigitalBooster DB 4 will report a short circuit within the connected trac...

Page 13: ...y addresses turnout addresses which are used as well for the switching of turnouts or signals Accessory addresses are combined at groups of four The addresses 1 to 4 are forming the first group the addresses 5 to 8 the second group etc The highest valid four fold address group for the programming of the DigitalBooster DB 4 is for Märklin Motorola data format the group 313 to 316 and for the DCC da...

Page 14: ...switch function the DigitalBooster DB 4 will occupy 4 accessory or turnout addresses WatchDog On Off sw Funktion inactivated not used Stop not used round red round red round red round red 1 2 3 4 straight green straight green straight green straight green activated not used Go not used WatchDog On Off sw Function With the above table has been the DigitalBooster DB 4 programmed for the WatchDog and...

Page 15: ...l glow Depress 1x short the key S1 next to the jumpers of the DB 4 Now the green LED flashes This indicates that the DB 4 is in the programming mode for the address section of the On Off switch function During the programming process is the track section which is connected to the DB 4 switched voltage free 2 Switch now one turnout from the group of four which has been selected for the address sect...

Page 16: ...ressing again the programming key S1 The programmed addresses are now permanently stored but can be changed at any time by repeating the programming process Now the green LED will glow and the track section which is connected to the DB 4 will get supply of digital voltage 8 WatchDog Communication with the Model Railway Software If your model railway software supports the WatchDog Function of the D...

Page 17: ... address 2 round of the address block programmed for the On Off switch function The DigitalBooster DB 4 can be switched On via the basic address 2 straight WatchDog or On Off sw Function inactive not used Stop not used round red round red round red round red 1 2 3 4 straight green straight green straight green straight green WatchDog or not used Go not used inactive On Off sw Funktion The On Off s...

Page 18: ...o Go RailCom ShortReport red brown LED1 LED2 GO STOP Littfinski DatenTechnik LDT KL1 K J 4 5 2 5 JP5 OUT IN ST1 ST2 Rev 1 4 DB 4 BU3 BU2 C D E STOP GO KL2 KL4 KL3 Feedback A T 2 5 4 5 Ampere Booster für die Digitalformate Märklin Motorola mfx M4 und DCC 2 5 4 5 ampere booster for Märklin Motorola mfx M4 and DCC DB 4 DigitalBooster Multi Digital Littfinski DatenTechnik LDT www ldt infocenter com Di...

Page 19: ...N 16 channel feedback module Rev 1 0 BU1 BU2 s88 N OUT IN s88 N OUT Digital Profi werden www ldt infocenter com Littfinski DatenTechnik LDT 16 Rückmeldeeingänge für den s88 Rückmeldebus Rückmeldemodul RM 88 N s88 N Feedback report for Booster Management via RM 88 N s88 feedback bus 10 9 11 8 7 6 5 4 3 2 1 12 13 14 15 16 Littfinski DatenTechnik LDT RS 16 O Rev 2 0 LED1 S1 Ref K R J S 14 18V 16 galv...

Page 20: ...ik 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 07 2019 by LDT Märklin and Motorola are registered trademarks RailCom is a registered trademark from the company Lenz Elektronik Giessen Germany ...

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