User manual

5
If further CVs are to be programmed repeat points 5-8.
If programming is to be terminated switch the center to "STOP" or set the address to "80" and briefly
operate the direction change-over.
Note: Since a Motorola digital center from Märklin only accepts inputs of 01 to 80, the value "0" must be
added by entering the address as "80".
Page-Register inputting of CV-Numbers greater than 256
If CVs above 256 are to be programmed then for this a 4 must be programmed into the CV66 (page
register). Now CVs 257 to 272 can be programmed using CVs 1 to 16.
CV66 = 0, CVs 1 to 29 are programmed directly.
CV66 = 4, CVs 257 to 272 are programmed with CVs 1 to 16.
The value of CVs 261 to 264 for the four possible stop positions, whose value is larger than 80, is internally
automatically multiplied by 4, so that the input values used are 0-63.
Example
CV261 is to have a stop position 1 set to a value of 200:
CV 66 = 4 (CVs 1 to 16 are to program CVs 257 to 272)
CV 5 = 50 (CV5 now corresponds to CV261 and 50*4 = 200 is the desired value 200)
Offset-Register for inputting of CV-Value greater then 79 (only for CV257 and CV265)
If CV values larger than 79 are to be programmed into the CV257 or CV265, then CV65 (offset register)
must be programmed larger than 0. For all following programming processes the value from CV65 is
automatically multiplied by 4 and added to the given value and programmed into the appropriate CV.
When leaving Motorola, programming the offset register (CV65) is automatically set back to zero.
Example
CV257 is to be programmed to the function “Only Motorola Operation“ (Value 128).
CV66 = 4 (CVs 1-16 are used to program CVs 257-272)
CV65 = 25 (the following values are added to 25*4 = 100)
CV1 = 28 (CV1 now represents CV257 and 28+100 = 128 is the new value 128)
Note: If the digital servo is operating in mode 4 or 5 (Controlled by solenoid addresses) the Motorola
programming is blocked. The operating mode of the Servos must be changed with a DCC center, before it
can be programmed with a Motorola center.
Programming Protection (DCC and Motorola)
If several Digital servos in a model (e.g. multi-bay locomotive shed) are to be controlled with the same
locomotive address, but via different locomotive functions, the “decoder lock” function (programming
protection) can be used for programming. Before installing the Digital servos, connect it to the programming
track and program the locomotive address (CV1) and program CV16 with an index number which is
different for each installed servo.
If the CVs of an installed servo is to be changed, then program CV15 with the index number of the servo
that is to be programmed.
Note: The CVs of a Servo can only be programmed if the value in CV15 is the same as that in CV16. The
CV15 however can always be programmed. Afterwards only the CVs of this servo are changed by CV
programming (POM) and not the CVs of the other servo.
Table of CVs (Configuration Variables) of the Digital servos
CV Description Value range
Factory
default
1
Short Locomotive address
is only used when CV29 Bit 5=0 (factory setting)
DCC 1-127
Mot 1-80
3
7
Software version (The processor used can be updated)
- varies
8
Manufacturer ID
- 85
15
Decoder Lock (Programming protection)
0-255 0
16
Decoder Lock Index Number
0-255 0
17
18
Long address (1-9999) or Solenoid address (1-2000)
17 = Long address high byte
18 = Long address low byte
The long address is only used when CV29 Bit 5=1
192-231
0-255
0
1