tams elektronik
Manual
WIB-33.2
Carriage lighting
with integrated function decoder
Colour of lighting: warm white
Item no. 53-01340
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English WIB-33.2
Table of contents
1. Getting started............................................................................3
2. Safety instructions.......................................................................4
3. Safe and correct soldering...........................................................5
4. Operation overview.....................................................................6
5. Technical specifications...............................................................9
6. Mounting the carriage lighting....................................................10
6.1. Overall view......................................................................10
6.2. Connection to the power supply.........................................11
6.3. Connecting bridging capacitors...........................................11
6.4. Connecting a light depending resistor.................................11
6.5. Connecting LEDs to the output AUX2..................................12
6.6. Connecting auxiliary devices to the outputs AUX1 and AUX3 12
6.7. Connecting PCB section 2...................................................12
6.8. Setting the LEDs´ brightness..............................................13
6.9. Fixing the carriage lighting.................................................13
7. Programming the function decoder.............................................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 directive...........................21
© 11/2016 Tams Elektronik GmbH
All rights reserved. No part of this publication may be reproduced or
transmitted in any form or by any means, electronic or mechanical,
including photocopying, without prior permission in writing from Tams
Elektronik GmbH.
Subject to technical modification.
Remark: RailCom® is the registered trademark of the Lenz Elektronik
GmbH, Hüttenbergstraße 29, D-35398 Gießen. To increase the text´s
readability we have refrained from refering to this point in each
instance.
The asterisks **
This manual mentions the following companies:
Gebr. MÄRKLIN** & Cie. GmbH | Postfach 8 60 | D-73008 Göppingen
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WIB-33.2 English
1. Getting started
How to use this manual
This manual gives step-by-step instructions for safe and correct fitting and
connecting of the module, and operation. Before you start, we advise you
to read the whole manual, particularly the chapter on safety instructions
and the checklist for trouble shooting. You will then know where to take
care and how to prevent mistakes which take a lot of effort to correct.
Keep this manual safely so that you can solve problems in the future. If
you pass the module on to another person, please pass on the manual
with it.
Intended use
The carriage ligthings are designed to be operated according to the
instructions in this manual in model building and with model railways.
Any other use is inappropriate and invalidates any guarantees.
The carriage ligthings should not be mounted by children under the age
of 14.
Reading, understanding and following the instructions in this manual
are mandatory for the user.
Caution:
Integrated circuits (ICs) are inserted on the module. They are
sensitive to 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
a CD (containing the manual and further information)
Required materials
For connecting the carriage ligthing you need:
an electronic soldering iron (max. 30 Watt) or a regulated soldering
iron with a fine tip and a soldering iron stand,
a tip-cleaning sponge,
a heat-resistant mat,
a small side cutter and wire stripper,
as necessary a pair of tweezers and long nose pliers,
electronic tin solder (0,5 mm. Diameter),
wire (diameter: > 0,05 mm² for all connections).
If you intend to shorten the module: a small metal saw.
If necessary, for the external power 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.
If necessary, for the external power supply of the decoder´s function
outputs: an electrolytic capacitor with a voltage sustaining capability of
> 25 V or > 35 V (when connecting it to analogue a.c. voltage).
If necessary, a rectifier (see section 6, connecting part 2).
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English WIB-33.2
2. Safety instructions
Mechanical hazards
Cut wires can have sharp ends and can cause serious injuries. Watch
out for sharp edges when you pick up the PCB.
Visibly damaged parts can cause unpredictable danger. Do not use
damaged parts: recycle and replace them with new ones.
Electrical hazards
Touching powered, live components,
touching conducting components which are live due to malfunction,
short circuits and connecting the circuit to another voltage than
specified,
impermissibly high humidity and condensation build up
can cause serious injury due to electrical shock. Take the following
precautions to prevent this danger:
Never perform wiring on a powered module.
Mounting should only be done in closed, clean, dry rooms. Beware of
humidity.
Only use low power for this module as described in this manual and
only use certified transformers.
Connect transformers and soldering irons only in approved mains
sockets installed by an authorised electrician.
Observe cable diameter requirements.
After condensation build up, allow a minimum of 2 hours for
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 soldering iron stand. Never leave a hot
soldering iron or station unattended.
Thermal danger
A hot soldering iron or liquid solder accidentally touching your skin can
cause skin burns. As a precaution:
use a heat-resistant mat during soldering,
always put the hot soldering iron in the soldering iron stand,
point the soldering iron tip carefully when soldering, and
remove liquid solder with a thick wet rag or wet sponge from the
soldering tip.
Dangerous environments
A working area that is too small or cramped is unsuitable and can cause
accidents, fires and injury. Prevent this by working in a clean, dry room
with enough freedom of movement.
Other dangers
Children can cause any of the accidents mentioned above because they
are inattentive and not responsible enough. Children under the age of
14 should not be allowed to mount the modules.
Caution:
Little children can swallow small components with sharp edges, with
fatal results! Do not allow components to reach small children.
In schools, training centres, clubs and workshops, mounting and
operation must be supervised by qualified personnel.
In industrial institutions, health and safety regulations applying to
electronic work must be adhered to.
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WIB-33.2 English
3. Safe and correct soldering
Caution:
Incorrect soldering can cause dangers through fires and heat. Avoid
these dangers by reading and following the directions given in the
chapter Safety instructions.
Use a small soldering iron with max. 30 Watt. Keep the soldering tip
clean so the heat of the soldering iron is applied to the solder point
effectively.
Only use electronic tin solder with flux.
When soldering electronic circuits never use soldering-water or
soldering grease. They contain acids that can corrode components
and copper tracks.
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
few seconds so that the solder flows into the joint, then remove the
soldering iron.
The joint should be held still for about 5 seconds after soldering.
To make a good soldering joint you should use a clean and
unoxidised soldering tip. Clean the soldering tip with a damp piece of
cloth, a damp sponge or a piece of silicon cloth.
After soldering check (preferably with a magnifying glass) tracks for
accidental solder bridges and short circuits. This would cause faulty
operation or, in the worst case, permanent damage. You can remove
excess solder by putting a clean soldering tip on the spot. The solder
will become liquid again and flow from the soldering spot to the
soldering tip.
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English WIB-33.2
4. Operation overview
Possibilities of use
The carriage lighting WIB-33.2 can be used in digital layouts driven in
DCC or Motorola format as well as in analogue model railroad layouts.
For the power supply digital boosters or analogue a.c. or d.c.
transformers can be used.
Design of the PCB
The carriage lighting WIB-33.2 have inserted 8 warm white LEDs. On
the PCB (or after shortening the PCB, on the remaining section 1) are
apart from the LEDs:
RailCom compatible function decoder for DCC and Motorola format,
three switchable outputs for supplementary loads (e.g. back lighting,
additional lighting, electric couplings),
integrated smoothing capacitor as a flickering protection,
connecting points for two external bridging capacitors to supply the
LEDs and the function outputs of the decoder.
Section 1
with function decoder
Section 2
without function decoder
length [mm]
appr.
number of
LEDs
length [mm]
appr.
number of
LEDs
240 8 0 0
210 7 30 1
176 6 64 2
142 5 98 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-13.2. Thus the (analogue)
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, that can operate
with and automatically recognises both DCC or Motorola formats.
The number of addresses is dependant on the format being used.
Motorola-Format: 255 addresses
DCC- Format: 127 Basis-addresses or 10.239 extended addresses.
In the DCC format the decoder can be driven in all speed levels (14, 28
or 128).
Programming the decoder is done in DCC format by setting the
configuration variables and in Motorola format through the registers.
Switching the functions in digital mode
The LEDs on the PCB, the three function outputs of the decoder and
further functions are switched via the function F0 to F15 in DCC format.
In Motorola format the function keys F0 to F4 are available. The
functions F5 to F9 can be switched via the function keys F1 to F4 and
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.
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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 trimpot 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
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English WIB-33.2
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
capability is 25 V or 35 V (when connecting the PCB to analogue a.c.
voltage).
Feedback with RailCom
RailCom is a log for bi-directional communication in digital model
railway layouts controlled in DCC-format. 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 messages.
When so programmed, the integrated function decoder sends
(continuously) the (basic, extended or consist) address to the detectors
(so-called RailCom broadcast datagramm) and transfer a CV message
after a DCC CV read-out command.
Sending RailCom messages is only possible in layouts with a DCC signal
on the rails. That is the reason why it is not possible to use the
RailCom-function in a pure Motorola environment, but only when at
least one other locomotive or function decoder on the layout is
controlled in DCC format.
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WIB-33.2 English
5. Technical specifications
Data format DCC, Motorola
Adress range MM: 1020
DCC: 2040
Hint: The adress range to be used also
depends from the control unit.
Speed levels (DCCFormat)
14, 28 or 128
Feedback log RailCom
Supply voltage Digital voltage of the central unit
or analogue d.c. or a.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
Connection for bridging
capacitor / gold cap
for the supply of the
LEDs
1
electrolytic capacitor > 100 µF / > 16 V
or
gold cap > 5,5 V
Connection for bridging
capacitor
for the supply of the
integrated decoder´s
outputs
1
electrolytic capacitor > 100 µF / > 25 V
with connection to analogue a.c. voltage:
electrolytic capacitor > 100 µF / > 35 V
LEDs 8 x OSRAM Duris E5 (warm white)
dimensions: 5,6 x 3,0 x 0,6 mm
colour temperature: 3.000 K
luminous intensity: 15.000... 19.400 mcd
angle of reflected beam: 120°
Protected to IP 00
Ambient temperature in
use
0 ... +60 °C
Ambient temperature in
storage
-10 ... +80 °C
Comparative humidity
allowed
max. 85 %
Dimensions of the PCB
approx.
9 x 240 mm
Weight of the PCB
approx.
6 g
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English WIB-33.2
6. Mounting the carriage lighting
6.1. Overall view
P1 … P6power supply
E(+)
E(-)
external bridging
capacitor
AUX1
AUX3
decoder outputs
max. current: 300 mA
AUX2 decoder output for
therconnection of LEDs
(back lighting)
max. current: 20 mA
RL1
RL2
return conductor for
decoder outputs
AUX1 and AUX3
RL2 return conductor for
decoder output AUX2
LDR1
LDR2
light depending resistor
L4 ...L8wwitching input for
LED4 … 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 the
connection pads or the parts on
the PCB when sawing.
After shortening the PCB you get :
Section 1
with integrated function
decoder, with integrated
smoothing capacitor,
with connecting points for
external bridging capacitors and
light dependent resistor (LDR)
Section 2
without integrated function
decoder,
without integrated smoothing
capacitor,
without connecting points for
external bridging capacitors and
light dependent resistor (LDR)
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WIB-33.2 English
6.2. Connection to the power supply
Solder the connecting wires for the
power supply to the connecting points
P1, P3 or P5 (from the left rail) and the
connecting points P2, P4 or P6 (from
the right rail).
You can loop through the power supply
from one PCB to the next and thus
supply several carriage lighting from
one current source.
Caution:
When using power transmissing
couplings pay attention not to exceed
the maximum current of the couplings!
6.3. Connecting bridging capacitors
In order to bridge currentless 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 to the connecting points E1(+)
and E1(-).
Loads connected to the outputs of the integrated function decoder:
an electrolytic capacitor with a voltage sustaining capability of
> 25 V or, when connecting it to analogue a.c. voltage, > 35 V.
Solder it to the connecting points E2(+) and E2(-).
Choose an electrolytic capacitor or a goldcap with a
capacity as high as possible. As the housings of
electrolytic capacitors and goldcaps are bigger
when the capacity is higher, the maximum capacity
is limited by the space available to mount the
capacitor.
6.4. Connecting a light depending resistor
You can switch on and off the LEDs and the
decoder´s function outputs automatically
depending on the surrounding lighting when
mounting a light depending resistor to the
connecting points LDR1 and LDR2.
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6.5. Connecting LEDs to the output AUX2
The output AUX2 has been designed for the
connection of LEDs for the back lighting. The
maximum current is 20 mA. The necessary series
resistors are integrated on the PCB. Solder the
LEDs to the connecting points AUX2 and RL2.
Caution:
Do not connect electric bulbs to the output AUX2!
These have normally a current of more than 20
mA. The output will be damaged when setting-up
operation.
6.6. Connecting auxiliary devices to the outputs AUX1 and AUX3
Before connecting additional lighting, couplings or
other auxiliary devices to the outputs AUX1 and
AUX3, check if their current is below the maximum
permissible value of 300 mA. If connecting devices
with a higher current to the PCB, the output will be
damaged in the setting-up operation.
Disconnect any existing diodes in the leads to the
lamps. If the lamp or the accessory is already
connected to vehicle ground, you have to connect it
to the output only. If not, connect the second 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 accessories should
not make contact with metal parts of the vehicle. Possible short circuit!
The module will be damaged in operation.
Caution:
The return conductor for all functions (point RL1) must under no
circumstances be connected to vehicle ground. Possible short circuit!
The module will be damaged in operation.
6.7. Connecting PCB section 2
You can use section 2
of the PCB you have
sawed off as a LED
PCB. Either connect it
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
directly to an analogue
power supply.
The five connecting points L4 to L8 are assigned to the LEDs 4 to 8 on
the PCB. When connecting the connecting points separately to the
outputs of a decoder you can activate each of the LEDs separately in
digital operation.
Connect the connecting point RL3 to the return conductor of the
decoder or to the analogue power supply. When using the PCB in
analogue layouts you have to mount a rectifier.
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WIB-33.2 English
6.8. Setting the LEDs´ brightness
Instead of programming with a digital control unit you can set the LEDs´
brightness via a trim-pot (see digram in section 6.1). For setting the
trim-pot use a small screw-driver.
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.
6.9. Fixing the carriage lighting
After completing the connections, secure the lighting in place (eg. with
double sided adhesive tape).
7. Programming the function decoder
You can program the integrated function decoder with a digital control
unit.
In DCC format: via configuration variables (CVs) or main track
programming. With DCC control unit allowing only register
programming you can set the register 1 and 5 (corresponding CV#1
and CV#29) only.
In Motorola format: via registers.
Please note: When programming the decoder, there should be
mounted no buffer capacitor or goldcap to E1 or E2, otherwise
problems can occur (e.g. error messages).
Programming with DCC central units
See the chapter in the manual of your central unit where the byte wise
programming of configuration variables (CVs) is explained.
Programming with Motorola central units
Please note: If you use a central unit 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 the vehicle on a track oval or a track section connected to the
central 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
programmed
Starting
the programming mode
Programming the decoder
1. Switch on the central unit or
perform a reset at the central
unit (pushing "stop" and "go").
2. Set the current decoder
address (default value: 3) or the
address "80".
3. Set all functions to "off".
4. Push button "stop"
à switch off the track voltage.
5. Operate the direction switch
and hold it in that position.
Push the button "go" at once.
6. As soon as the LEDs flash,
release the direction switch.
1. Enter the number of the
register as a Motorola-address.
If necessary: with a leading "0".
2. Operate the direction switch.
à LEDs stop to flash.
3. Enter the value you want to
set into the register
(as Motorola-address).
4. Operate the direction switch.
à LEDs start to flash.
Repeat steps 1 – 4
for all registers.
Push button "stop".
à Programming mode à End of programming mode
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Programming with the Central Station and the Mobile Station
With the Central Station or the Mobile Station of Märklin* you can
program the registers, but the value to be set is limited to 80. Select
the article no. 29750 from the locomotive database and program the
decoder as described for this article in the Central Station´s or Mobile
Station´s manual.
Programming with the CV-Navi
Instead of programming the configuration variables or registers of the
decoder using the digital central unit, you can use the free software CVNavi. You will find the free download under:
www.tams-online.de
8. Configuration variables and registers
The following list shows all configuration variables (for the DCC format)
and registers (for the Motorola format), that can be set for the
integrated function decoder.
In the list you will find in the column "CV-no." the numbers of the
configuration values for programming in DCC format and in the column
"Reg.-no." the numbers of the registers for programming in Motorola
format. The defaults 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
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Basic address 1 01 1 ... 255
(3)
Range of values in
DCC format: 1 ... 127
MM format: 1 ... 255
Tip: If a value higher than 127 is set for the basic address and the use of extended addresses
in CV#29 is set to off, the decoder does not react to signals in DCC format!
Extended
address
17 06 192 ... 255
(192)
Only for DCC format. Most
central units permit entering
extended addresses directly.
The CVs # 17, 18 and 29 are
set automatically to the
proper values.
18 07 0 ... 255
(255)
Consistadresse 19 08 1 ... 127
(0)
= 2nd adress
In DCC format only!
2nd Motorola
address
114 39 1 ... 255
(4)
= Address needed to switch
additional functions in
Motorola format. The
function keys F5 to F8 are
reached via the function
keys F1 to F4, the function
key F9 via the function key
F0.
Information / Read only
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Version 7 --- --- Read only in DCC format!
Manufacturer 8 --- (62) Read only in DCC format!
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WIB-33.2 English
Auxiliary functions
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Reset 8 03 0 ... 255 Any input value restores the
settings in state of delivery.
Basic settings
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Configuration
data 1
29 10 0 ... 64 (14) Direction "Standard" 0
Reverse direction 1
14 speed levels 0
28 or 128 speed levels 2
Analogue recognition off 0
Analogue recognition on 4
RailCom off 0
RailCom on 8
Basic addresses 0
Not for MM mode: Extended addresses 32
Factory settings: Direction of travel = "Standard". 28 or 128 speed levels. Automatic analogue
recognition = "on". RailCom "on". Basic addresses.
Example: CV#29 = 0. à Direction = "Standard". 14 speed levels. Automatic 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
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
unctions
active in
analogue
mode
(only for F1 to
F8, not for F9
to F12)
13 05 0 ... 255 (15) F1 on 1
F2 on 2
F3 on 4
F4 on 8
F5 on 16
F6 on 32
F7 on 64
F8 on 128
Factory settings: F1, F2, F3 and F4 activated in analogue mode (CV#13 = 1+2+4+8=15)
RailCom settings
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
RailComsettings
(not for
operation in
Motorola format)
28 –- 0, 1, 2, 3 (3) Broadcast on 0
Broadcast off 1
Messages in channel 2 off 0
Messages in channel 2 on 2
Remark: When using the carriage lighting in a block train with other RailCom decoders it is
recommended to switch off the RailCom broadcast. Otherwise disturbances in transmitting the
address may occur.
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Basic settings for the LEDs and the outputs
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Configuration
data 2
115 40 1 ... 255 (4) Fluorescent tube
simulation off 0
Fluorescent tube
simulation on 1
Random light for AUX1 off 0
Random light for AUX1 on 2
Random light for AUX3 off 0
Random light for AUX3 on 4
LDR performance
"standard" 0
LDR performance inverted 8
Factory settings:
Fluorescent tube simulation
= "off". AUX3 = random light.
Dim switch (via LDR) switches the
LEDs and the devices connected to
the outputs on when the limit
value of the surrounding lighting is
under-run.
Outputs programmed as random
lights cannot be switched via
function keys.
function key
for LDR
settings in CV#112 define
F1-F4 and F0 0
settings in CV#112 define
F5-F12 16
function key
for
orientation
light
settings in CV#118 define
F1-F4 and F0 0
settings in CV#118 define
F5-F12 32
function key
for AUX1
settings in CV#121 define
F0-F7 0
settings in CV#121 define
F8-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
CVno.
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
LED 8 128
Factory settings:
F1 switches the LEDs 2, 4, 6 and 8 (CV#35 = 2 + 8+ 32 + 128),
F2 the LEDs 1, 3, 5 und 7 (CV#36 = 1 + 4+ 16 + 64).
The other functions keys do not have any effects on the LEDs.
Function keys for switching AUX1 and AUX3
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Value in CV#115
0 64 / 128
AUX1 121 43 1 ... 255 (1) F0 F8 1
AUX3 123 44 1 ... 255 (64) F1 F9 2
It is possible to activate the function with several function
keys.
Remark: If you want to assign the function keys F8 to F15
to this function you have to set the value "64" in CV#115
for AUX1 or/and the value "128" in in CV#115 for AUX3
first.
Factory settings: AUX1 is activated with F0, AUX3 with F6
(if in CV#115 the random light for AUX3 is switched off).
F2 F10 4
F3 F11 8
F4 F12 16
F5 F13 32
F6 F14 64
F7 F15 128
Function keys for switching AUX2
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
AUX2 122 45 1 ... 255 (1) F0 1
It is possible to activate the function with several
function keys.
Factory settings: AUX2 is activated with F0.
F1 2
F2 4
F3 8
F4 16
F5 32
F6 64
F7 128
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Dependant on the direction of motion of the LEDs and the
outputs
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
LED1 | LED2 53 25 0, 1, 2, 16,
17, 18, 32,
33, 34 (0)
LED 1, 3, 5 or 7 off
at backward motion 1
LED3 | LED4 54 26 0, 1, 2, 16,
17, 18, 32,
33, 34 (0)
LED 1, 3, 5 or 7 off at
forward motion 2
LED5 | LED6 55 27 0, 1, 2, 16,
17, 18, 32,
33, 34 (0)
LED 2, 4, 6 or 8 off
at backward motion 16
LED7 | LED8 56 28 0, 1, 2, 16,
17, 18, 32,
33, 34 (0)
LED 2, 4, 6 or 8 off
at forward motion 32
AUX1 | AUX2 57 29 0, 1, 2, 16,
17, 18, 32,
33, 34 (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
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
LED1 | LED2 59 31 0 ... 255
(255)
= Reducing the voltage
applied to the output A.
1= minimum voltage
255 = maximum voltage
LED3 | LED4 60 32 0 ... 255
(255)
LED5 | LED6 61 33 0 ... 255
(255)
LED7 | LED8 62 34 0 ... 255
(255)
AUX2 | AUX1 63 35 0 ... 255
(255)
AUX3 64 36 0 ... 255
(255)
You can choose a value between 0 and 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"
à Input value in CV#59: 14 + 2x16 = 46.
With outputs for which a fluorescent tube simulation or a random light have been
programmed, the settings in CV ##59 to 64 have no effect.
Settings for the dim switch
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Value in CV#115
0 16
Function keys
for activating
the dim switch
(via LDR)
112 37 1 ... 255 (8) F1 F5 1
F2 F6 2
F3 F7 4
F4 F8 8
F0 F9 16
F10 32
F11 64
F12 128
It is possible to activate the function with several function keys. Remark: If you want to assign
the function keys F5 to F12, you have to set the value "16" CV#115 first.
Factory settings: The dim switch can be activated with F4.
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Sensivity of
the LDR (light
depending
resistor)
113 38 1 ... 255
(176)
= Limit value of the
surrounding lighting, when
the LEDs and the outputs are
switched on or off.
A higher value causes the
switching operation to be
activated at a greater light
intensity.
Remark: In default settings the LEDs and the function outputs are switched on when the
surrounding lighting 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).
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Settings for the orientation light
Name of CVs /
Registers
CVno.
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 128
It is possible to activate the function with several function keys.
Remark: If you want to assign the function keys F5 to F12 to this function you have to set the
value "32" in CV#115 first.
Factory settings: The orientation light is activated with F3.
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Brightness of
the orientation
light
119 42 1 ... 255
(16)
The lower the input value the
brighter is the orientation
light.
Settings for the fluorescent tubes
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Simulation
of a defective
fluorescent
tube
125 47 0 ... 255 (0) LED1 1
LED2 2
LED3 4
LED4 8
LED5 16
LED6 32
LED7 64
LED8 128
Factory settings: The simulation of a defective fluorescent tube is defined for none of the eight
LEDs.
Remark: The setting in CV#125 only takes effect when in CV#115 the fluorescent tube
simulation has been activated (factory settings fluorescent tube simulation deactivated).
Duration of switching on the fluorescent tubes
LED1 | LED2 126 48 0 ... 255 (52) no flickering 0
LED3 | LED4 127 49 0 ... 255 (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 the odd LEDs multiply the value by 16.
Example: For LED1 value "2" and for LED2 value "14"à Input value: 46 (=2x16 + 14)
Remark: The settings in CV#125 to 129 only take effect when in CV#115 the fluorescent tube
simulation has been activated (in factory settings: fluorescent tube simulation deactivated).
Setting the kicking time for AUX1 and AUX3
Name of CVs /
Registers
CVno.
Reg.
no.
Input value
(Default)
Remarks and Tips
Settings
Kicking time
AUX1 | AUX3
124 46 0 ... 255 (0) = length of time the full
voltage is applied, before
being reduced to the value set
in CV#63 or 64. The max.
time of 10 seconds
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
CVno.
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
Remark: A set value in this variable can be taken over into operation when you proceed as
follows:
1. Performing a reset (i.e. entering an optional value in CV#8).
2. Supplying the vehicle shortly with power (i.e. setting the vehicle shortly onto the powered layout).
3. Entering in CV#130 the desired value, afterwards altering the address and making further
modification, if necessary.
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9. Presets
Factory settings
(default values)
Preset 0
Applications /
Examples
Control car
Switching all functions
individually
Switching the
LEDs
F1: each 2nd LED
F2: remaining LEDs
all LEDs individually
with F1 to F8
Dim switch to be switched with F4 to be switched with F10
Fluorescent tube
simulation
off off
Random light for AUX3 for AUX3
Orientation light to be switched with F3 to be switched with F9
AUX1 F0, on at backwards
motion
F0, on at backwards
motion
AUX2 F0, on at forwards
motion
F0, on at forwards
motion
AUX3 Random light,
not to be switched
Random light,
not to be switched
Preset 1 Preset 2
Applications /
Examples
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 with F3
Fluorescent tube
simulation
off
off
Random light for AUX3 --Orientation light to be switched with F3 to be switched with F2
AUX1 F0, on at backwards
motion
F0, on at backwards
motion
AUX2 F0, on at forwards
motion
F0, on at forwards
motion
AUX3 Random light,
not to be switched
to be switched with F4
Preset 3
Applications /
Examples
Connection of couplings
to AUX1/3
Switching the
LEDs
F1: 1st half of LEDs
F2: 2nd half of LEDs
Dim switch to be switched with F6
Fluorescent tube
simulation
on
Random light --Orientation light to be switched with F5
AUX1 to be switched with F3,
Kick function
AUX2 F0, on at forwards
motion
AUX3 to be switched with F4,
Kick funktion
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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
or carriage ground. à Check the connections. A short circuit can
result in irreparable damage.
The lighting goes on and off when the speed levels are turned up or
the lighting cannot be switched on or off.
Possible cause: The speed mode of the decoder and the digital
control unit do not correspond. Example: The central is set to the
mode 28 speed levels, but the decoder to the mode 14 speed levels.
à Change the speed mode at the central and / or at the decoder.
The decoder does not react in analogue mode.
Possible cause: The analogue mode is switched off. à Alter the
value for CV #29.
After programming the decoder the functions do not match your
ideas.
Possible cause: The set values for the CV are inconsistent.
à Perform a decoder reset and first test the decoder with the
default values. Program the decoder anew.
The LEDs do not light and / or the accessories connected to the
outputs do not have any function.
Possible cause: The connection to the power supply has been
interrupted. à Check the connection of the module.
Possible cause: The dim switch is activated and the limit value is set
the wrong way.
à Check the settings in CV#112, CV#113 and CV#115.
You cannot switch an output.
Possible cause: The dim switch is activated and has switched off the
LEDs and the outputs automatically. à Switch off the dim switch.
Possible cause: In CV#115 there are other address ranges defined to
switch the outputs than presumed. à Check the settings in 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 repair (address on the last
page). In case of guarantee the repair is free of charge for you. With
damages not covered by guarantee, the maximum fee for the repair is
50 % of the sales price according to our valid price list. We reserve the
right to reject the repairing of a module when the repair is impossible
for technical or economic reasons.
Please do not send in modules for repair charged to us. In case of
warranty we will reimburse the forwarding expenses up to the flat rate
we charge according to our valid price list for the delivery of the
product. With repairs not covered by guarantee you have to bear the
expenses for sending back and forth.
Page 20
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11. Guarantee bond
For this product we issue voluntarily a guarantee of 2 years from the
date of purchase by the first customer, but in maximum 3 years after
the end of series production. The first customer is the consumer first
purchasing the product from us, a dealer or another natural or juristic
person reselling or mounting the product on the basis of selfemployment. The guarantee exists supplementary to the legal warranty
of merchantability due to the consumer by the seller.
The warranty includes the free correction of faults which can be proved
to be due to material failure or factory flaw. With kits we guarantee
the completeness and quality of the components as well as the function
of the parts according to the parameters in not mounted state. We
guarantee the adherence to the technical specifications when the kit
has been assembled and the ready-built circuit connected according to
the manual and when start and mode of operation follow the
instructions.
We retain the right to repair, make improvements, to deliver spares or
to return the purchase price. Other claims are excluded. Claims for
secondary damages or 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
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.
2004/108/EG on electromagnetic. Underlying standards: EN 55014-1
and EN 61000-6-3. To guarantee the electromagnetic tolerance in
operation you must take the following precautions:
Connect the transformer only to an approved mains socket installed
by an authorised electrician.
Make no changes to the original parts and accurately follow the
instructions, connection diagrams and PCB layout included with this
manual.
Use only original spare parts for repairs.
2011/65/EG on the restriction of the use of certain hazardous
substances in electrical and electronic equipment (ROHS). Underlying
standard: EN 50581.
13. Declarations conforming to the WEEE directive
This product conforms with the EC-directive 2012/19/EG on
waste electrical and electronic equipment (WEEE).
Don´t dispose of this product in the house refuse, bring it to the next
recycling bay.
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Aktuelle Informationen und Tipps:
Information and tips:
Informations et conseils:
Actuele informatie en tips:
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http://www.tams-online.de
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Garantie und Service:
Warranty and service:
Garantie et service:
Garantie en service:
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Tams Elektronik GmbH
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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
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