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WIB-31 | WIB-32 | WIB-33

F0 by assigning them to a second address. The functions F10 to F15
are not available in Motorola format.
The assignment of the function keys to 

the LEDs,

the function outputs of the decoder,

further functions (switching on and off the orientation light and the 
dimmer switch) 

can be done freely. It is possible to assign several function keys to one
LED, one function output or one function.  

Operation in analogue mode

The   carriage   lighting   WIB-31   to   –33   can   also   be   used   in   analogue
model   railway   layouts.   When   putting   the   vehicle   on   the   rails   the
decoder recognizes automatically if it is run in analogue or digital mode
and sets the corresponding operation mode. The automatic recognition
of the analogue mode can be switched off.
Switching the LEDs and the function outputs on or off is not possible in
analogue   mode.   They   can   be   programmed   so   that   they   are   either
switched on or off in analogue mode. The effects set for the outputs
are active in analogue mode as well.
In analogue layouts supplied  with d.c.  voltage,  the function outputs
switched with F0 are switched on and off according to the direction of
travel. This is not possible in analogue a.c. layouts as the decoder does
not recognize the impulse for changing the direction of travel.

Activating the LEDs 

The eight LEDs can be switched on and off individually, in groups or
corporately. By programming the decoder accordingly you can 

set the LEDs´ brightness individually for each LED,

switch the LEDs according to the direction of travel,

simulate fluorescent tubes when switching on the LEDs,

set  the   duration   of   the   switching   on   of   the   fluorescent   tube
simulation until reaching a constant light and a defective fluorescent
tube individually for each LED.

You   can   switch   from   standard   lighting   to   orientation   light   with   a
function key (e.g. for holded carriages or sleeping cars). The orientation
light´s brightness is set corporately for all LEDs.
Instead of programming the LEDs´ brightness with a digital control unit
you can set it with a trim-pot (corporately for all LEDs). The brightness
programmed via CVs or register remains active, the settings at the trim-
pot only alter the brightness with a factor valid for all LEDs. 

Activating the addtional function outputs 

There are three outputs for external loads on the PCB controlled by the
integrated decoder. The output AUX2 is designed for the connection of
LEDs for the back lighting. The necessary series resistors are integrated
on the PCB. 
The two outputs AUX1 and AUX3 are available e.g. for the connection
of additional lighting (e.g. in the driver´s cabin or in the toilet cabin) or
electric couplings. Their maximum current is 300 mA. 
It is possiblie to switch all outputs dependent on the direction of travel
and to dim them.
Besides, the two outputs AUX 1 and AUX 3 provide:  

Kick   function   for   special   types   of   electric   couplings   needing   a
reduction of the connected voltage after the switching operation in
order to protect the coupling.

Page 28

tams elektronik

Summary of Contents for WIB-31

Page 1: ...ndleiding WIB 31 Art 53 03110 WIB 32 Art 53 03120 WIB 33 Art 53 03130 Wageninnenbeleuchtung Carraige lighting Eclairage intérieur pour voitures Rijtuiginterieurverlichting tams elektronik n n n Version 2013 t a m s e l e k t r o n i k ...

Page 2: ... in writing from Tams Elektronik GmbH Subject to technical modification Tout droits réservés en particulier les droits de reproduction et de diffusion ainsi que le traduction Toute duplication ou reproduction sous quelque forme que ce soit nécessite l accord écrit de la societé Tams Elektronik GmbH Sous réserve de modifications techniques Alle rechten voorbehouden Niets uit deze publicatie mag wor...

Page 3: ...g 3 I Circuit Diagram Fig 4 I Overall view Fig 5 II Connecting bridging capacitors Fig 6 II Connecting a light dependent resistor Fig 7 II Connecting LEDs for the back lighting Fig 8 II Connecting supplemental loads Fig 9 II Connecting section 2 of the PCB to a decoder Fig 10 II Connecting section 2 of the PCB to an analogue power supply Fig 11 II Pages I to II in the centre of this handbook are r...

Page 4: ... static electricity Do not touch components without first discharging yourself Touching a radiator or other grounded metal part will discharge you Checking the package contents Please make sure that your package contains one or six carriage lightings one or six light dependent resistors two or twelve red LEDs one manual Required materials For connecting the carriage ligthing you need an electronic...

Page 5: ...dispersion Use only original spare parts if you have to repair the kit or the ready built module Fire risk Touching flammable material with a hot soldering iron can cause fire which can result in injury or death through burns or suffocation Connect your soldering iron or soldering station only when actually needed Always keep the soldering iron away from inflammable materials Use a suitable solder...

Page 6: ...racks Solder quickly holding the iron on the joints longer than necessary can destroy components and can damage copper tracks or soldering eyes Apply the soldering tip to the soldering spot in such a way that the wire and the soldering eye are heated at the same time Simultaneously add solder not too much As soon as the solder becomes liquid take it away Hold the soldering tip at the spot for a fe...

Page 7: ...0 3 117 4 123 4 75 3 165 5 The length of the PCB as well as number and layout of the LEDs correspond to the carriage lighting WIB 11 to 13 which are available as well in the fluorescent colours yellow WIB 11 bright white WIB 12 and warm white WIB 13 Thus the analogue carriage lighting of the 10er series is suitable especially for combining with the lighting of the 30s series in a block train Drivi...

Page 8: ...dingly you can set the LEDs brightness individually for each LED switch the LEDs according to the direction of travel simulate fluorescent tubes when switching on the LEDs set the duration of the switching on of the fluorescent tube simulation until reaching a constant light and a defective fluorescent tube individually for each LED You can switch from standard lighting to orientation light with a...

Page 9: ...sufficient you can connect an additional external bridging capacitor with a minimal voltage sustaining capability of 16 V or two goldcaps with a minimal voltage sustaining capability of 5 5 V In order to supply the three function outputs of the decoder you can connect a second additional external bridging capacitor It is not possible to use goldcaps here as the minimal voltage sustaining capabilit...

Page 10: ... c voltage Minimum supply voltage approx 7 V yellow LEDs 8 V white LEDs Maximum supply voltage 24 Volt Current consumption at maximum brightness without connected loads approx 50 mA Number of outputs 3 Maximum current of the function outputs AUX 1 and 3 AUX 2 300 mA each 20 mA Protected to IP 00 Ambient temperature in use 0 60 C Ambient temperature in storage 10 80 C Comparative humidity allowed m...

Page 11: ...sections you can connect external bridging capacitors to the PCB section 1 For the supply of the LEDs an electrolytic capacitor with a voltage sustaining capability of 16 V or two goldcaps with a voltage sustaining capability of 5 5 V Solder them according to fig 6 to the connecting points E1 and E1 Loads connected to the outputs of the integrated function decoder an electrolytic capacitor with a ...

Page 12: ...o circumstances be connected to vehicle ground Possible short circuit The module will be damaged in operation Connecting PCB section 2 You can use section 2 of the PCB you have sawed off as a LED PCB Either connect it according to fig 10 to the output of a locomotive or function decoder e g the integrated function decoder of section 1 and switch the LEDs digitally or connect it according to fig 11...

Page 13: ...ral unit s track output not to the connection for the programming track Make sure no other vehicle than the one you intend to program is set on the track as the decoder inside this vehicle might be programmed as well During the programming operation the LEDs show which input the decoder expects LEDs flash LEDs stop to flash Number of the register to be programmed Value of the register to be progra...

Page 14: ...s are those values set in the state of delivery and after a reset If you do not want to program all configuration variables or registers individually you can fall back on different presets see CV 130 and section 9 Please note With variables destined to set several parameters the input value has to be calculated by adding the numerical values assigned to the desired parameters Setting the address N...

Page 15: ...analogue recognition off RailCom off Basic addresses Example CV 29 46 à Direction Standard 28 or 128 speed levels in DCC mode RailCom on Automatic analogue recognition on Extended Addresses Tip If the use of extended addresses is activated in CV 29 the decoder does not react to signals in Motorola format Settings for analogue mode Name of CVs Registers CV no Reg no Input value Default Remarks and ...

Page 16: ... F15 64 function key for AUX3 settings in CV 123 define F0 F7 0 settings in CV 123 define F8 F15 128 Function keys for switching the 8 LEDs Name of CVs Registers CV no Reg no Input value Default Remarks and Tips Settings F0 forward on 33 11 0 255 0 LED 1 1 F0 backward on 34 12 0 255 0 LED 2 2 F1 35 13 0 255 170 LED 3 4 F2 36 14 0 255 85 LED 4 8 0 255 0 LED 5 16 F12 46 24 0 255 0 LED 6 32 LED 7 64 ...

Page 17: ...4 18 AUX1 or AUX3 off at backward motion 1 AUX3 58 30 0 1 2 0 AUX1 or AUX3 off at forward motion 2 AUX2 off at backward motion 16 AUX2 off at forward motion 32 Factory settings AUX1 switched off at forward motion AUX2 switched off at backward motion CV 57 2 16 18 Dimming of the LEDs and the outputs Name of CVs Registers CV no Reg no Input value Default Remarks and Tips Settings LED1 LED2 59 31 0 2...

Page 18: ...ting under runs the limit value When programmed accordingly in CV 115 the performance can be inverted e g to switch the lighting off automatically in a shadow station Settings for the orientation light Name of CVs Registers CV no Reg no Input value Default Value in CV 115 0 32 Function keys for activating the orientation light 118 41 1 255 F1 F5 1 F2 F6 2 F3 F7 4 F4 F8 8 F0 F9 16 F10 32 F11 64 F12...

Page 19: ...ds corresponds to the value 15 You can choose a value between 0 and 15 for each output Enter the value directly for AUX1 and for AUX3 multiply the value by 16 Example For AUX1 value 7 and for AUX3 value 3 à Input value 55 7 3x16 Choosing presets Name of CVs Registers CV no Reg no Input value Default Remarks and Tips Settings Choosing presets 130 52 Preset 0 0 Preset 1 1 Preset 2 2 Preset 3 3 Remar...

Page 20: ...AUX1 to be switched with F3 Kick function AUX2 F0 on at forwards motion AUX3 to be switched with F4 Kick funktion 10 Check list for troubleshooting Parts are getting too hot and or start to smoke Disconnect the system from the mains immediately Possible cause one or more connections are soldered incorrectly à Check the connections Possible cause Short circuit The module is connected to locomotive ...

Page 21: ...CV 115 The lighting and or other accessories do not correspond to the direction of travel Possible cause The direction of travel is falsely defined in CV 29 Possible cause The settings in CV 33 34 and or 53 58 are false à Check the settings Hotline If problems with your module occur our hotline is pleased to help you mail address on the last page Repairs You can send in a defective module for repa...

Page 22: ...e manual In addition the guarantee claim is excluded in the following cases if arbitrary changes in the circuit are made if repair attempts have failed with a ready built module or device if damaged by other persons if damaged by faulty operation or by careless use or abuse 12 EU declaration of conformity This product conforms with the EC directives mentioned below and is therefore CE certified 20...

Page 23: ...WIB 31 WIB 32 WIB 33 WIB 31 WIB 32 WIB 33 I I t a m s e l e k t r o n i k ...

Page 24: ...WIB 31 WIB 32 WIB 33 WIB 31 WIB 32 WIB 33 II II t a m s e l e k t r o n i k ...

Page 25: ...atie en tips n n http www tams online de n n n Garantie und Service Warranty and service Garantie et service Garantie en service n n Tams Elektronik GmbH n Fuhrberger Straße 4 DE 30625 Hannover fon 49 0 511 55 60 60 fax 49 0 511 55 61 61 e mail modellbahn tams online de n n n n DE 37847206 t a m s e l e k t r o n i k ...

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