tams elektronik WIB-33.2 Manual Download Page 7

tams 

elektronik

WIB-33.2 

English

Operation in analogue mode

The carriage lighting WIB-33.2 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.

Random switch switching on and off the output in irregular intervals
(e.g. for the lighting of a toilet cabin).

Connecting a light dependent resistor

When   a   light   dependent   resistor   is   connected,   the   LEDs   and   the
decoder´s function outputs can be switched on and off automatically
depending on the surrounding lighting. The sensivity is set via CVs or
registers. You can activate the dim switch with a function key. 
The dim switch effects only those outputs switched on. As soon as the
outputs   have   been   switched   off   by   the   dim   switch   they   cannot   be
switched on with a function key. In this case the dim switch has to be
deactivated first. 
With   the   initial   settings   the   LEDs   are   switched   on   as   soon   as   the
surrounding   lighting  under-runs  the  set  limit  value.  It  is  possible   to
invert this functionality, e.g.  in order to automatically switch off the
lighting in a shadow station.

Flickering protection

An   integrated   smoothing   capacitor   supplies   the   LEDs   when   short
current interruptions occur, which prevents the lighting from flickering
when points or smudges on the rails are crossed. In case the integrated
smoothing  capacitor  is  not  sufficient,  you  can  connect  an  additional
external bridging capacitor with a minimal voltage sustaining capability

Page 7

Summary of Contents for WIB-33.2

Page 1: ...a m s e l e k t r o n i k Manual WIB 33 2 Carriage lighting with integrated function decoder Colour of lighting warm white Item no 53 01340 tams elektronik n n n Version 2016 with OSRAM LEDs Duris E5...

Page 2: ...13 8 Configuration variables and registers 14 9 Presets 19 10 Check list for troubleshooting 20 11 Guarantee bond 21 12 EU declaration of conformity 21 13 Declarations conforming to the WEEE directiv...

Page 3: ...o 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...

Page 4: ...ing 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...

Page 5: ...e 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...

Page 6: ...ogue carriage lighting WIB 13 2 is suitable especially for combining with the lighting of the 30s series in a block train Driving in digital Operation There is a function decoder integrated on the PCB...

Page 7: ...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 fo...

Page 8: ...It allows e g the feedback of the address and the CV values from the decoder to the digital control unit or to special receivers so called detectors The decoders must be designed to send the RailCom m...

Page 9: ...of the function outputs AUX 1 and 3 AUX 2 300 mA each 20 mA Connection for bridging capacitor gold cap for the supply of the LEDs 1 electrolytic capacitor 100 F 16 V or gold cap 5 5 V Connection for...

Page 10: ...LED8 with separate connection of section 2 RL3 return conductor for L4 L8 Shortening the carriage lighting You can divide or shorten the print at the marked spots Caution Pay attention not to damage t...

Page 11: ...voltage sustaining capability of 16 V or two goldcaps with a voltage sustaining capability of 5 5 V Solder them to the connecting points E1 and E1 Loads connected to the outputs of the integrated func...

Page 12: ...side of the accessory to the return conductor of the decoder point RL1 Caution If you connect the accessories to the return conductor for all functions point RL1 the accessories must be insulated The...

Page 13: ...it for both DCC and Motorola format it is recommended to program the decoder in the DCC format After having finished programming the decoder it is possible to control it in Motorola format as well Put...

Page 14: ...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 para...

Page 15: ...6 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...

Page 16: ...hing 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...

Page 17: ...nd 15 for each output Enter the value directly for the odd LEDs and outputs for the even LEDs and outputs multiply the value by 16 Example For LED1 value 14 and for LED2 value 2 Input value in CV 59 1...

Page 18: ...55 35 short flickering 1 LED5 LED6 128 50 0 255 83 LED7 LED8 129 51 0 255 71 long flickering 15 You can choose a value between 0 and 15 for each output Enter the value directly for the even LEDs for t...

Page 19: ...es Control units with few function keys Control units with few function keys Switching the LEDs F1 1st half of LEDs F2 2nd half of LEDs F1 all LEDs Dim switch to be switched with F4 to be switched wit...

Page 20: ...eck the connection of the module Possible cause The dim switch is activated and the limit value is set the wrong way Check the settings in CV 112 CV 113 and CV 115 You cannot switch an output Possible...

Page 21: ...product liability consist only according to legal requirements Condition for this guarantee to be valid is the adherence to the manual In addition the guarantee claim is excluded in the following case...

Page 22: ...t a m s e l e k t r o n i k English WIB 33 2 Page 22...

Page 23: ...t a m s e l e k t r o n i k WIB 33 2 English Page 23...

Page 24: ...tions et conseils Actuele informatie 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 S...

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