LGB 24266 User manual

ShourtLine.com
310-622-4431
[email protected]
Instruction Manual and Service Drawings
LGB 24266 G Nicki & Frank S Narrow Gauge Locomotive &Tender

Safety Notes
• This model may only be used with the operating system designed for it.
• Use only switched mode power supply units and transformers that are designed
for your local power system.
• This locomotive must never be supplied with power from more than one power pack.
• Pay close attention to the safety notes in the instructions for your operating system.
• Not for children under the age of 15.
• WARNING! Sharp edges and points required for operation.
Important Notes
• The operating instructions are a component part olthe product and must therefore
be kept in a safe place as well as included with the product, if the latter is given to
someone else.
• Please see your authorized LGB dealer for repairs or spare parts.
• Disposing: www.maerklin.com/en/imprint.html
Functions
• This model is designed for operation on LGB two-rail DC systems with conventio-
nal LGB DC train controllers or power packs (DC, 0- 24 volts).
• Factory-installed multiple protocol decoder (DC, DCC, mix!.
• The model is programmed with locomotive address 03 for use with the LGB Multi
Train System (DCC). The locomotive is automatically recognized in operation with mix.
Note: Use a locomotive controller with more than 1 amp of train current for this
model.
Preparation
Couple the locomotive to the tender:
• Plug the connecting wire for the locomotive into the socket on the tender and plug
the wire from the tender into the locomotive. Do not get the wires mixed upl
• Hang the coupler hook on the locomotive in the loop on the tender.
Mode of Operation Switch
This model has a four-position mode of operation switch in the tender under the right
water hatch (Figure 1).
Pos.O Locomotive stopped without current
Pos.l Locomotive motors, sound, and lighting are turned on
Pos. 2&3 Same as Pos. 1
Multi-Purpose Socket
The model has a"flat" multi-purpose socket, with a removable cover, on the rear of
the tender (Fig. 2). If you are equipping a car with interior lighting or with a sound
effects module, you can connect it to the socket and power that circuit with track
DC power in the braking block. If you want this characteristic, you must do without
conventional DC power operation (CV 29/Bit 2= 0).
mfx Protocol
Addresses
• No address is required; each decoder is given a one-time, unique identifier (UIDI.
• The decoder automatically registers itself on a Central Station or a Mobile Station
with its U ID.
Programming
• The characteristics can be programmed using the graphic screen on the Central
Station or also partially with the Mobile Station.
• All of the Configuration Variables (CV) can be read and programmed repeatedly.
• The programming can be done either on the main track or the programming track.
• The default settings (factory settings) can be produced repeatedly.
• Function mapping: Functions can be assigned to any olthe function but-
tons with the help of the 60212 Central Station (with limitations) and with the
60213/60214/60215 Central Station (See help section in the Central Station).
DCC Protocol
Addresses
• Short address -long address - multiple unit address
• Address range:
1- 127 for short address and multiple unit address,
1- 10239 for long address
• Every address can be programmed manually.
• Short or long address is selected by means of CV 29 (Bit 5).
• A multiple unit address that is being used deactivates the standard address.
Programming
• The characteristics can be changed repeatedly using the Configuration Variables
(CV).
• The CV numbers and the CV values are entered directly.
• The CVs can be read and programmed repeatedly. (Programming is done on the
programming track.)
• The CVs can be programmed in any order desired. (Programming can be done
on the main track PoM). The PoM can only be done with those designated in the
CV table. Programming on the main track PoM must be supported by your central
controller (Please see the description for this unit.).
• The default settings (factory settings) can be produced repeatedly.
voltage. To remove the cover of the socket, pull it straight out. If the cover is tight,
gently use a small straight screwdriver to pry it out (do not pull outthe rectangular
outer housing).
Sound
This model has a volume controller in the tender under the left water hatch (Figure 3).
The whistle also can be triggered by the LGB Sound Magnet (17050) included with
this model. The 17050 snaps between the ties of most LGB track sections. The magnet
in the 17050 is under the LGB logo. If the contact is installed with the logo on the right
side of the track (in the direction of travel), it will trigger the whistle as the model
passes. When it is set to the other side, the bell will sound.
Multi-Protocol Operation
Analog Operation
This decoder can also be operated on analog layouts or areas of track that are
analog. The decoder recognizes alternating current (DC) and automatically adapts
to the analog track voltage. All functions that were set under mix or DCC for analog
operation are active (see Digital Operation).
Digital Operation
The decoders are multi-protocol decoders. These decoders can be used under the
following digital protocols: mix or DCC.
The digital protocol with the most possibilities is the highest order digital protocol.
The sequence of digital protocols in descending order is:
Priority 1: mfx; Priority 2: DCC; Priority 3: DC
Note: Digital protocols can influence each other. For trouble-free operation, we re-
commend deactivating those digital protocols not needed by using CV 50. Deactivate
unneeded digital protocols at this CV if your controller supports this function.
If two or more digital protocols are recognized in the track, the decoder automatically
takes on the highest order digital protocol, example: mfx/DCC; the decoder takes on
the mix digital protocol (see previous table).
Note: Please note that not all functions are possible in all digital protocols. Several
settings for functions, which are supposed to be active in analog operation, can be
done under mix and DCC.
Notes on digital operation
• The operating instructions for your central unit will give you exact procedures for
setting the different parameters.
• The values set atthe factory have been selected for mlx/DCC in orderto guarantee
the best possible running characteristics. Adjustments may have to be made for
other operating systems.
• The setting done atthe factory does not permit operation with opposite polarity
• 14/28 or 126 speed levels can be set.
• All of the functions can be controlled according to the function mapping (see CV
description).
• See the CV description for the DCC protocol for additional information.
We recommend that in general programming should be done on the programming
track.
Controllable Functions
Lighting *
~
Sound effect: Long locomotive whistle 1
Sound effect: Operating sounds *2
Sound effect: Bell
3
Sound effect: Station announcements 4
Sound effect: Short whistle blast
5
Sound effect: Blowing off steam
6
Smoke generator
7
Sound off/on 8
Engineer's cab lighting
9
Sound effect: Air pump 10
Sound effect: Coal being shoveled 11
Sound effect: Generator
12
Sound effect: Squealing brakes off 13
ABV, off 14
Low speed switching range & Double A switching light 15
* active in analog operation

Function Mapping
It is possible to assign functions controlled from the decoder to function buttons
of your choice {mapping}. To do this an appropriate value must be entered in the
appropriate CV.
The CVs (lines) and the functions (columns) are listed in the tables on pages 42/43.
Four CVs belong to each button. For space reasons the 4 CVs were put together in
one line starting with CV 282 (Button F5).
It is basically possible to assign several functions to one button or one function to
several buttons.
Note: The programming for function mapping should be done only by experienced
users.
Individual functions can be controlled by means of SUS I depending on the design of
the decoder. These functions can be handled by the decoder as sound. The volume
levels belonging to these functions cannot be changed.
Examples of Function Mapping:
AUX 2 is to be forwards and backwards on Function 3
CV 272 & CV 372 =8
CV 273 & CV 373 =0
CV 274 & CV 374 =0
CV 275 & CV 375 =0
Sound 15 is to be shifted from forwards and backwards on Function 3to Function 8.
The existing function at Function 8 is overwritten in the process.
CV 275 & CV 375 =0}
CV 273 & CV 373 =0
CV 274 & CV 374 =0 away from Function 3
CV 275 & CV 375 =0
CV 297 & CV 397 =0}
CV 298 & CV 398 =0
CV 299 & CV 399 =0 to Function 8
CV300&CV400=4
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Programming by means of Pages (Universal-Handy 55015)
All CVs up to CV 1024 can be changed with programming by means of pages. The
process can be compared to programming by means of CVs, but it uses the CVs 1 to 4
in place of CV 5for the value. Pages are areas in which 4 addresses can be summa-
rized. CVs 1 to 4 correspond then to the 4 addresses that are summarized on the page.
The numbers to be entered can be generated with the following equations:
(CV - 1)/ 4= Page Whole number result is Page
(decimal x 4) +1= Data CV
Iffor example CV 322 is to be programmed at 200, the following calculation will result:
(322-1)/4=80,25 Page 80; CV6=80
0'25X4+1{%)~ inCV2
In order to program that the "page" 80 is first programmed in CV 6 and the value 200
is immediately programmed in CV 2.
Programming the CV with the 55015 Universal Hand Controller
The decoder built into your locomotive is afurther development of the previous lGB
decoder-technology. Alot more functions are available on this decoder than was
previously customary. More possibilities for making settings on the decoder are how-
ever, necessary compared to previous decoders in orderto be able to adaptthese
functions to your personal needs. These settings can also be done with the 55015 Uni-
versal Hand Controller. Since the Universal Hand Controller was not designed for this
decoder, the correct procedure with this controller is somewhat more involved.
We basically have to differentiate among 3different programming methods:
• Programming by means of registers (up to CV 5)
• Programming by means of CVs (up to CV 255)
• Programming by means of pages (up to CV 1024)
The individual programming processes are described below. There is a requirement
in each case that the programming module is plugged in and the locomotive with the
decoder is standing on the corresponding track.
Programming by means of Registers (Universal-Handy 55015)
CV 1- 5 can be programmed when programming by means of registers.
• When ~rogramming module is plugged in, the hand controller will
show~
• Enter the desired CV as a twO-ldi9it ,umber, example: ,,02".
The hand controller will show d -
•
Now, enter the desired value and confirm it by pressing on the arrow
button ~.
• The hand controller will again show IL::J.
The programming is complete and the desired value has been programmed into the
decoder.
Programming by means of CVs
Programming by means of CVs only allows changes to CVs 1- 5. Another method
is necessary in order to program higher CVs. Programming by means of CVs allows
changes to CVs 1- 255.
Maintenance
Lubrication
Oil the axle bearings and the side rod bearings now and then with a drop of MMrklin
oil (item no. 7149).
Replacing Light Bulbs (E130023)
Lamps (front, above in the rear): Pull the lamp housing from the model. Pull the light
bulb from the socket. Insert the new light bulb, Put the model back together.
Lamps (lower rear): Remove the ring on the outside of the lamp glass. Carefully lift
the glass from the lantern. Pull the light bulb from the socket with a pair of tweezers.
Insert the new light bulb. Put the model back together.
Interior Lighting: Pull the light bulb from the socket with a pair of tweezers. Insert the
new light bulb.
Replacing Traction Tires (E126174)
Remove the valve gear hanger between the first and second axle.
loosen the hex head screws used to mountthe drive rods and side rods to the
third axle.
There are several screws on the underside olthe drive gear: Remove the second
and fifth screws from the front.
Pull the drive gear out of the frame. Detach the wire.
Use a small flat blade screwdriver to change the traction tire:
lift the old traction tire from the groove in the driving wheel.
Carefully push the new traction tire into the groove.
Make sure that the traction tire is properly seated.
Put the model back together.
Replacing 1he Smoke Unit
Pull the cover from the smoke stack (Fig. 5).
Remove ttie damaged smoke unit (smoke stack insert) from the smoke stack with
needle nose pliers or a pair of tweezers (Fig. 6).
Cutthe wires.
Connect the wires to the new smoke unit. When doing this twist the ends of the
wire that have had insulation stripped from them and insulate them from contact
with other wires (Fig. 7).
Push the new smoke unit into the smoke stack.
Put the model back together.
-";"..,:. ".

Register Assignment Range Default
1 Address
1-127
3
2
Minimum speed
0-255
25
3Acceleration
delay
0-255
5
4
Braking delay
0-255
5
5
Maximum speed 0-255 255
8
Reset
8
13
Function Fl- F8 with alternative track signal 0-255
66
14
Function FL, F9 - F15 with alternative track signal 0-255 1
17 Expanded address, higher value byte
192-231
192
18
Expanded address, lower value byte 0-255 128
19 Multiple unit operation address
0-255 0
21 Functions Fl - F8 with multiple unit operation
0-255
0
22
Function FL, F9 - F15 with multiple unit operation 0-255
0
Bit
0: Direction normal/inverted 0/1
29
Bit 1: Number of speed levels 14/281128) 0/2
6
Bit 2: Analog operation off/on 0/4
Bit 5: short/lona address active 0/32
Alternative Formats
0/2
50
Bit 1: Analog DC
0/8
10
Bit 3: mfx off/on
53
Motor control-control reference
0-255
230
54 Motor control-control parameter K0-255
16
55
Motor control- control parameter I
0-255
32
56
Motor control-control influence
0-255 42
57 Steam chuff 10
Register Assignment Range Default
58 Steam chuff22
63 Total volume 0-255
255
64 Threshhold for squealing brakes 0-255 55
67-94
Speed table for speed levels 1- 28 0-255
112 Mapping lights in the front, mode 0-16 1
113
Mapping lights in the front, dimmer
0-255 20
114 Mapping lights in the front cycle 0-255 255
115-135
Mapping phys. outputs, lights in the rear, Aux 1- 6,
0-16
comoare 112 - 114
0-255
137 Factor for switching range 1-128 128
138
Volume for squealing brakes 0-255
255
139-155 Volume for individual sounds 0-255 255
176
Minimum speed in analog DC 0-255
80
177 Maximum speed in analog DC 0-255
255
257 -260 Function mapping Function FL forwards 0-255 257= 1
262-265 Function mapping Function Fl forwards 0-255 263= 16
267-270 Function mapping Function F2 forwards 0-255
268=8
272-275 Function mapping Function F3 forwards 0-255 273=64
277-280
Function mapping Function F4 forwards
0-255 278= 128
282-285 Function mapping Function F5 forwards 0-255 283=32
287-290 Function mapping Function F6 forwards 0-255
290= 1
292-295
Function mapping Function F7 forwards
0-255 292= 1
297-300 Function mapping Function F8 forwards 0-255 300=2
Register
Assignment Range Default
302-305 Function mapping Function F9 forwards 0-255
302=8
307-310
Function mapping Function FlO forwards 0-255
309=64
312-315 Function mapping Function Fll forwards 0-255 314=
16
317-320 Function mapping Function F12 forwards 0-255
319=8
322-325 Function mapping Function F13 forwards 0-255
323=4
327-330 Function mapping Function F14 forwards 0-255
328= 1
332-335
Function mapping Function F15 forwards 0-255 332=3
337 -340
Function mapping standstill forwards
0-255
342-345 Function mapping running forwards 0-255
347 -350 Function mapping Sensor 1 forwards 0-255
352-355 Function mapping Sensor 2 forwards 0-255
357-360 Function mapping Function FL backwards 0-255
357=2
362-365 Function mapping Function Fl backwards 0-255
363 = 16
367 -370 Function mapping Function F2 backwards 0-255
368=8
372-375 Function mapping Function F3 backwards
0-255
373 =64
377 -380 Function mapping Function F4 backwards 0-255 378 = 128
382-385 Function mapping Function F5 backwards 0-255 383=32
387-390 Function mapping Function F6 backwards 0-255
390= 1
392-395 Function mapping Function F7 backwards 0-255 392= 1
397 -400 Function mapping Function F8 backwards
0-255 400=2
402-405
Function mapping Function F9 backwards 0-255 402=8
407-410
Function mapping Function FlO backwards
0-255
409=64
15
Register Assignment
Range Default
412-415 Function mapping Function Fll backwards
0-255 414= 16
417-420 Function mapping Function F12 backwards
0-255 419=8
422-425 Function mapping Function F13 backwards 0-255
423=4
427-430 Function mapping Function F/4 backwards
0-255
428= 1
432-435
Function mapping Function F15 backwards 0-255
432=2
437-440
Function mapping standstill forwards backwards 0-255
442-445 Function mapping running forwards backwards 0-255
447·450 Function mapping Sensor 1 backwards 0-255
452-455 Function mapping Sensor 2 backwards 0-255

Bild 1, Betriebsartenschalter
Fig. 1, Power controlswitch
Img. 1, Modes d'exploitation
Afb. 1, Bedrijfssoorten schakelaar
Fig. 1, Selector de modo de funcionamiento
Figura 1, Commutatore del tipo di esercizio
Bild 2, Mehrzweck-Steckdose
Fig. 2, Multi-purpose socket
Img. 2, Douille 8 usages multiples
Afb. 2, Universele stekerbus
Fig. 2, Enchufe multiuso
Figura 2, Presa a innesto per uso promiscuo
Bild 3, Lautstarkeregler
Fig. 3, Volume Control
Img. 3, Commande de reglage du volume sonore
Afb. 3, Volumeregelaar
Fig. 3, Regulador de volumen de sonido
Figura 3, regolatore di volume sonoro
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Bild 7, zum Offnen dar Lok die markierten Schrauben entfemen
Fig. 7, remove the screws marked in the image in order to open the locomotive
Img. 7, Pour ouvrir la locomotive, retirez les vis marquees
Afb. 7, voor het openen van de loc de gemarkeerde schroeven verwijderen
Fig. 7, para abrir laloco, extraer los tomillos marcados
Figura 7, per I'apertura della locomotiva [imuovere Ie viti contrassegnate
~,~,~~~~~~~
Bild 4,5 & 6, Austausch des Dampfentwicklers
Fig. 4,5 & 6, Replacing the smoke unit
Img. 4,5 & 6, Remplacement du generateur de fumee
Afb. 4,5 & 6, Vervangen van de rookgenerator
Fig. 4,5 & 6, Sustituci6n del generador de vapor
Figura 4,5 & 6, Sostituzione del genera tore di vapore

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8 4 2 1 128 64 32 16 8 4 2 1 128 64 32 16
842 1
377-380
F4 128 64
32 16 8421 128 64 32 16 8 4 2 1 128 64 32 16
84 2 1 128
64
32 16 8 4 2 1
382-385
F5 128 64 32 16
84 2 1
128 64
32
16
8 4 2 1 128 64 32 16 8 4 2 1 128 64 32 16
8 4 2 1
387-390
F6 128 64 32 16
842 1 128
64
32 16
84 2 1
128 64 32 16
84 2 1
128 64 32
16 8 4 2 1
392-395
F7
128
64 32 16 8 4 2 1 128 64 32 16
8421
128 64
32
16
8 4 2 1 128 64 32 16
8421
397-400 F8
128 64 32 16
84 2 1
128 64 32 16
84 2 1 128 64 32 16
84 2 1
128 64 32 16
8421
402-405
F9 128 64 32 16
8421 128
64
32
16
8 4 2 1 128 64 32 16
84 2 1 128 64 32 16
8421
407-410
FlO 128 64 32 16
84 2 1
128 64
32
16
842 1 128 64 32 16 8 4 2 1 128 64 32 16 8 4 2 1
412-415
Fl1 128 64 32 16
842 1
128 64
32 16 842 1 128 64 32 16
84 2 1
128
64
32 16
8 4 2 1
417-420
F12 128 64 32 16
842 1 128 64 32 16 8 4 2 1 128
64
32 16
84 2 1
128
64 32 16 8 4 21
422-425
F13 128 64 32 16
84 2 /
/28
64 32
16
842 1
128
64 32 16 8 4 2 1 128
64
32 16 8 4 21
427-430
F14 128
64 32 16 8 4 2 1 128 64 32
16 8 4 2 1 128 64 32
16 8 4 2 1
128
64 32 16 8 4 2 1
432-435
F15 128
64 32
16
8421 128 64 32 16
8421
128 64 32 16
84 2 1
128 64
32
16
842 1
437-440
St8nd
128 64
32 16 8 4 2 1 128 64 32 16
8421
128
64 32
16
8 4 2 1
128
64 32 16 8 4 2 1
442-445
F8hrt
128 64
32
16
842 1
128
64 32 16 8 4 2 1 128
64
32 16 8 4 2 1 128
64
32 16
8421
447-450 Sen. 1
/28
64 32 16
84 2 1
128 64 32 16
84 2 1
128
64 32
16
842 1
128
64 32 16
84 2 1
452-451
Sen.2
128 64 32 16 8 4 2 1 128
64 32
16
8 4 2 1 128 64 32 16 8 4 2 1 /28
64
32 16
84 2 1

31
7
l!7
~.~tails der Darstellung
a °b
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von dem Modell
welchen.
Details der Darstellung
konnen von dem Modell
abwelchen.

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Teile, die hier nicht aufgefOhrt sind, k~nnen nur im Rahmen einer Reparatur im
M~rklin·Reparatur·Service repariert werden.
E124014
E185964
E185965
E185966
38 Schraube
39 Kuppelstange
40 Gest~nge komplett rechts
41 Gest~nge:koniplett links
E185948
E185949
E185950
',r ,. ",;,",~~;;I' E.185 951'
E185952
E124010
E124197
~,ET24 205
E129266
E124208
E132 022
"E185953
E129265
E185954
E171 327
E185,955
E185957
E1 80 455
E185958
Er85960
E185961
E126006
E126050
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E180599
E126580
E177 051
,In."-: Ell?l 326
E144 034
E185774
E133761
·;i., El80 518
E180520
E180522
E126174
E162586
E185963
1laterne
2
Dampfschlot
3 Fenster
,," 4 'Glocke;JPfeife,.Ventil. ,i",.:::
5 Handr~der
6 Schraube
7 Schraube
8 Schraube
9 Puffer
10 Beilagscheibe
11 lokfOhrer
12, Bremsschl::Stangen, SchOrze
13 Schraube
14 Kupplungshaken mit Platte
15 Kupplung
16 Lampe f. Tender'
17 Pumpe, Generator m. Halter
18 Obergangsblech
19 Wasserkastendeckel
20 ,," SteckteileamTllnde'r ;',
21 Kupplungshaken
22 Getriebe-Mittelteil
23 Motor
24 Getriebe~Deckeli Boden ",
25 Radsatz
26 Radsatz
27 Kontaktdr~hte
, 28 'Schleifscfiuh' u. Kohle" '".W'
29 Getriebe-Mittelteil
30 Getriebedeckel, Boden
31 Untersetzungszahnr.
,32 Radsatz~'W':c"'~:';'~';i:"";' '
33 Radsatz
34 Radsatz
35 Haftreifen
'3"6- :Schleiflk .',;,; ~';;EIJ";"ch-''''J'i
37 Schleifer