23
Long (expanded) Locomotive Address in DCC
Address Area
Address Area
from
to
CV17
from
to
CV17
0
255
192
5120
5375
212
256
511
193
5376
5631
213
512
767
194
5632
5887
214
768
1023
195
5888
6143
215
1024
1279
196
6144
6399
216
1280
1535
197
6400
6655
217
1536
1791
198
6656
6911
218
1792
2047
199
6912
7167
219
2048
2303
200
7168
7423
220
2304
2559
201
7424
7679
221
2560
2815
202
7680
7935
222
2816
3071
203
7936
8191
223
3072
3327
204
8192
8447
224
3328
3583
205
8448
8703
225
3584
3839
206
8704
8959
226
3840
4095
207
8960
9215
227
4096
4351
208
9216
9471
228
4352
4607
209
9472
9727
229
4608
4863
210
9728
9983
230
4864
5119
211
9984
9999
231
Values for a Long DCC Address
Appendix
The Programming Track
Since you must always be sure that a locomotive
is alone on the track when doing programming
work, we recommend the use of a programming
track. The programming track is a section of track
that can be integrated into the layout, but that
may have no electrical contact with the rest of the
layout. No "special track sections" such as con-
tact tracks or railroad crossing gates may have
contact with the programming track. In order to
guarantee this separation, you must be sure when
running trains, that no cars are in the area of the
separation point between the programming track
and the rest of the layout during a programming
procedure.
A Long Address in DCC
Operation
Operation with DCC offer the possibility of assi-
gning addresses up to 9999. To do this you must
first turn on Bit 5 in CV 29. This means that CV
1 will no longer be read or evaluated. The long
address is then entered with CV 17 and 18. These
entries must first be computed:
• Decide on the address, example: 1111.
• Look for the respective address area in the
table and get the value there for CV 17, in this
case 196.
• Pull the first address from the desired address
in the respective address area (1111 - 1024 =
87) and enter this result as CV 18.
Address 1111, CV 17 = 196, CV 18 = 87
Parameters in Selectrix 1
Displaying and/or entering parameters under
Selectrix 1 is done as follows:
76-543
corresponding to:
Adress (L)
76
(00 - 99)
Stopping distance (S) –
(– =)
Maximum speed (V)
5
(0 - 7)
Delay (A)
4
(1 - 7)
Puls width (I)
3
(1 - 4)
The Most Important CV's
The overview given in the table for the most ac-
cessible CV's gives a rough orientation. Since the
accessible CV's depend on the decoder, the value
in individual situation may vary from this table.