W A R N I N G
Do not replace the supplied signal LEDs with bulbs, and do not
try to power accessories off the signal LED’s outputs. This will
result in damage to the decoder.
Notes
1. This Dispatcher Trackside Decoder uses Mobile Decoder
addresses. Try not to assign addresses the same as your locomo-
tives.
2. Program decoder addresses in a logical sequence to avoid
confusion. Draw track diagram showing turnouts with their address
numbers.
3. Program addresses with Dispatcher Handheld Control (item
AD155) or
PRODIGY
DCC Handheld (item AD490) in plug #1 of
your
PRODIGY
DCC system.
4. For other manufacturer’s DCC systems: Follow directions for
programming mobile address decoders, (same as in locomotives).
Digitrax users must “Status Edit” the system to see the MRC
decoder.
5. For other manufacturer DCC systems: MRC decoders use “Register
Programming”, not “Configuration Variable” (C.V.), programming.
6. For other manufacturer’s DCC systems: MRC Dispatcher
Trackside Decoders use Function 2 (F2) to throw the turnout left,
and use Function 3 (F3) to throw the turnout right. These functions
are absolute and are controllable, independent from routes. Also for
route setting, the decoders use the “Forward/Reverse” functions as
in a mobile decoder. These functions can be programmed for
Reverse Polarity, during initial address programming and used with
your systems “Consisting Function” to set up a route of turnouts to
be thrown with a touch of a button – “Direction Button” or “Forward/
Reverse” buttons, that are on your system’s handheld.
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