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You can program the following registers:

Register Function

Available Factory
values

pre-set

CV1

Loco address

(00-22)

[3]

CV2

Starting voltage

(0-255)

[5]

voltage for speed setting 1 - if loco starts only at a higher 
speed setting, increase value.

CV3

Acceleration (1 = fast, 255 = slow)

(1-255)

[3]

CV4

Braking (1 = fast, 255 = slow)

(1-255)

[3]

Hint: When programming with the 55015 Universal Remote, the following CVs are 
programmed by input of the number of the desired CV in CV6 and then input of the desired
function value in CV5 (see example below).

CV5

Max. voltage

(1-255)

[255]

Voltage for highest speed step - if a lower top speed is 
desired, decrease value.

CV5 

after input of CV6
function value for CV to be programmed

CV6

CV to be programmed

CV29

NMRA configuration 

[4]

Bit programming
Bit 1: direction, 0 = normal, 1 = reversed [0]
Bit 2: speed steps, 0 = 14 (LGB), 2 = 28 [0]
Bit 3: analog operation, 0 = not possible, 4 = possible [4]
Bit 4: not used [0]
Bit 5: speed steps, 0 = factory-programmed, 
16 = user-programmed [0]
Bit 6: address area, 0 = 0-127 (LGB), 32 = 128-10039 [0]
To program, add the values for the individual Bits and 
program the resulting function value.

Hint: To program a loco to reversed direction of travel 
(for example, F7 A-B-A combination), program function 
value 5.
Attention! Loco addresses 128-10039 and 28 speed steps 
cannot be used with LGB MTS).

CV49

Voltage for function terminal F1

(1-32)

[32]

(depends on loco model, do not change, as functions
can be affected or destroyed)

CV50

Voltage for lighting terminals (see CV49)

(1-32)

[5]

CV51

Command for function terminal F1

[1]

0 = lighting button 9
1 = button 1 (buttons 2-8 not used)
9 = button 1 (buttons 2-8 used as well)
10 = button 2
11 = button 3
12 = button 4
13 = button 5
14 = button 6
15 = button 7
16 = button 8
64 = lighting button 9 (on only when loco is reversing)
65 = button 1 (on only when loco is reversing)
128 = lighting button 9 (on only when loco is moving forward)
129 = button 1 (on only when loco is moving forward)

15

14

(depends on loco model, do not change, as functions
can be affected or destroyed)

CV52

Command for front lighting terminal (see CV51)

[128]

CV53

Command for rear lighting terminal (see CV51)

[64]

CV54

LGB configuration

[2]

Bit programming
Bit 1: hand-off function, 0 = off, 1 = on [0]
Bit 2: MTS Back-EMF, 0 = off, 2 = on [2]
Bit 3: analog Back-EMF, 0 = off, 4 = on [4]
Bit 4: not used [0]
Bit 5: 0 = F1 constant, 16 = F1 flashing
Bit 6: 0 = F2 constant, 32 = F2 flashing
Bit 7: sound function (0 or 64)
Bit 8: sound function (0 or 128)
To program, add the values for the individual Bits and 
program the resulting function value. The values for 
Bits 5-8 vary between locos. The values for your loco
can be read using the 55045 MTS PC Decoder Programming
Module.
Hand-off function on: When operating with 55015, you can 
adjust direction and speed for two seconds after selecting a 
moving loco without causing the loco to stop.

CV55

Reset factory pre-set values for CVs
Program:
6-55->
5-55->

CV56

Voltage for function terminal F2

(1-32)

[32]

(depends on loco model, do not change, as functions
can be affected or destroyed)

CV57

Command for function terminal F2 (see CV51)

[10]

CV58

Pause time (analog operation) (0.5 seconds x function value) (0-255)

[0]

When the polarity of the analog track voltage is reversed, 
the loco waits for the programmed time period, then 
accelerates in the new direction

CV60

Back-EMF: Max. adjustment factor

(1-255)

[10]

Specifies the max. increase or decrease of voltage applied 
during each time interval (programmed in CV61)
1 = small steps, 255 = large steps
The factory pre-set values of CV60 and CV61 are optimized 
for LGB motors.

CV61

Back-EMF: Adjustment frequency

(0-255)

[5]

Specifies how often per second the motor voltage is adjusted -
accordingly, the loco will react to curves and grades 
immediately or with a short delay
0 = immediate adjustment, 255 = maximum delay

CV62

Back-EMF: Max. Adjustment

(0-255)

[255]

Limits the total adjustment in motor voltage. If there is a very 
large load on the motor, the adjustment will not exceed this 
value - for more realistic operations, so that locos will slow a 
bit on grades.
0 = no adjustment, 255 = maximum adjustment

CV67

Speed steps programmed by user (see CV29):

(0-255)

to

28 speed steps are programmed in CV67 to CV94.

CV94

With LGB MTS, every second value is skipped (14 speed steps).
Factory pre-set speed steps:
7, 9, 11, 13, 16, 20, 24, 28, 32, 36, 42, 48, 54, 60, 68, 76, 84,

Summary of Contents for 20410

Page 1: ...AMERICA Warranty Service Department 6444 Nancy Ridge Drive San Diego CA 92121 ÉTATS UNIS Tel 858 535 93 87 Veuillez bien noter que Cette garantie ne couvre pas les dom mages résultat d une utilisation inadé quate ni de modification réparation non autorisée Cette garantie ne couvre pas l usure normale Les transformateurs et commandes sont conformes aux normes rigoureuses CE et UL et ne peuvent être...

Page 2: ...us der Fassung ziehen Neue Glühlampe einsetzen Modell wieder zusammenbauen Lampen vorne unten Lampenge häuse vom Modell abziehen Einge 4 5 3 DAS MODELL Dieses detaillierte und wetterfeste Modell ist reichhaltig ausgestattet werkseitig eingebauter MZS Decoder on board für analog und digital Führerstandstüren zum Öffnen dreistufiger Betriebsartenschalter gekapseltes Getriebe mit sieben poligem Bühle...

Page 3: ...aste drücken Programmiert werden folgende CVs Register Belegung Bereich Werkseitige Einstellung CV1 Lokadresse 00 22 3 CV2 Anfahrspannung 0 255 5 Spannungswert bei Fahrstufe 1 falls Lok erst in höherer Fahrstufe anfährt Wert erhöhen CV3 Beschleunigung 1 schnelle Beschleunigung 1 255 3 255 langsame B CV4 Verzögerung 1 schnelles Bremsen 1 255 3 255 langsames Bremsen Hinweis Bei Programmierung mit Un...

Page 4: ...tion 0 oder 128 Zum Programmieren die Werte für die einzelnen Bits addieren und das Ergebnis als Funktionswert programmieren Die Werte für Bit 5 8 variieren von Lok zu Lok Die Werte für Ihre Lok können über das MZS PC Decoderprogrammiermodul 55045 ausgelesen werden Übernahme Funktion ein Beim Betrieb mit 55015 kann nach Anwählen der Lok die Reglerstellung 2 Sekunden lang nachgeregelt werden ohne d...

Page 5: ...Between 1957 and 1969 the Rhätische Bahn purchased a series of twelve rail tractors for light switching duties These small diesel locomotives also are used at the interface points between the various catenary current networks of the RhB The tractors weigh between 9 5 and 10 tons 20 900 and 22 000 lbs In 1989 they were equipped with new American Cummins diesel motors with 50 horsepower Today the tr...

Page 6: ... can be programmed using a PC and the 55045 MTS PC Decoder Programming Module see Instructions for advanced users These functions also can be pro grammed from the 55015 Universal Remote Lighting This model features directional light ing three lights on the front one on the rear The model has a flat multi purpose socket with a removable cover on the rear of the cab Fig 3 This socket can be used to ...

Page 7: ...minal see CV51 128 CV53 Command for rear lighting terminal see CV51 64 CV54 LGB configuration 2 Bit programming Bit 1 hand off function 0 off 1 on 0 Bit 2 MTS Back EMF 0 off 2 on 2 Bit 3 analog Back EMF 0 off 4 on 4 Bit 4 not used 0 Bit 5 0 F1 constant 16 F1 flashing Bit 6 0 F2 constant 32 F2 flashing Bit 7 sound function 0 or 64 Bit 8 sound function 0 or 128 To program add the values for the indi...

Page 8: ...r CV5 press 5 Input 3 selected function value Execute programming press right arrow button When programming with the 55045 all function values are programmed directly AUTHORIZED SERVICE Improper service will void your war ranty For quality service contact your authorized retailer or one of the following LGB factory service sta tions Ernst Paul Lehmann Patentwerk Reparatur Abteilung Saganer Strasse...

Page 9: ...sur la façon de pro grammer l adresse de locomotive consulter les fiches d instructions des divers éléments du système mul titrain Les fonctions de la locomotive peu vent être télécommandées lorsque cette dernière est utilisée avec le sys tème multitrain Appuyer sur le bou ton d allumage 9 sur les télécom mandes pour allumer et éteindre l é clairage La locomotive possède une fonction de force cont...

Page 10: ...pneu de traction Sortir avec précaution le vieux pneu de la gorge de la roue Placer avec précaution le pneu neuf dans la gorge de la roue S assurer que le pneu de traction est bien assis dans la gorge de la roue Remonter le tout Pièces de rechange et produits d entretien 50010 Liquide fumigène dégraissant 50019 Huile de nettoyage 51020 Pâte lubrifiante 63120 Balais montés 14 mm 16 mm 8 unités 6321...

Page 11: ...60 FCEM Facteur de compensation de maxima 0 petit 255 grand 1 255 10 Spécifie l augmentation maximale ou la diminution maximale de la tension appliquée pendant chaque intervalle de temps programmée dans CV61 Attention Les valeurs de CV60 et CV61 attribuées par l usine sont optimisées pour les moteurs LGB 23 22 Vous pouvez programmer les registres suivants Registre Fonction Valeurs Valeur disponibl...

Page 12: ...registre à pro grammer dans le registre CV6 Entrer ensuite la valeur de fonction choisie dans le registre CV5 Exemple Mettre la fonction de transfert de contrôle en service programmer la valeur de fonction 3 dans le registre CV54 Pour ce faire L afficheur indique P _ _ Sélectionner le registre CV6 appuyer sur 6 Entrer 54 numéro du registre à programmer Exécuter la programmation appuyer sur le bout...

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