6
Locomotive decoder LE105XF
DIGITAL plus
Example 2: Directional bright headlight, other headlight
dimmed, one beacon, and one cab light
Connect the white wire to the front headlight, the yellow wire to the
rear headlight, connect a 490 ohm resister between the front and
rear headlights, the green wire to the beacon and the violet wire
connects to the cab light. F0 turns on light in the direction of
travel bright and the other light dim; F1 turns on the beacon; and
F3 turns on the cab light.
CV51 = 00, CV53 = 01, CV54 = 01, CV55 = 04, CV56 = 15
Example 3: Mars light and two functions
Connect the white wire and green wires to the front headlight, the
yellow wire and violet wire connect to two other functions of your
choice. F0 turns on front light; F4 converts the front headlight to a
mars headlight if F0 is on; and F1 and F8 can be used for two
other functions of your choice.
CV51= 07, CV52= 75, CV53= 01, CV54= 10, CV55= 128, CV56= 23
Programming the locomotive decoder LE105XF
Any NMRA DCC programmer can be used to configure the
locomotive decoder LE105XF. With several entry level systems
only a few CVs (such as CV #1, the locomotive address) can be
set unless you use a separate programmer. The LE105XF
supports all modes and can be programmed by all NMRA DCC
programmers. Specific details for reading and writing the
decoder’s configuration variables can be found in the manuals of
the appropriate equipment.
The configuration variables and their meaning
The following table lists the various CVs supported in the
LE105XF decoder. Both the New CV numbers and the older
Register numbers are provided for cross reference.
Please note: Some CVs (such as CV29) have specific meanings
for each bit. The bit assignments in this table use a bit numbering
scheme of 0-7 to correspond the NMRA convention for universal
bit numbering. DIGITAL plus LH100 and LH200 handhelds use a
