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Operation with DCC
Dip switch 10 must be set at "ON" for operation of the m83
with DCC.
The turnouts connected to the m83 can now be addressed
and activated with the addresses previously set. The moni-
tor lights on the decoder will display the switched status of
the turnouts (green / red).
Advanced Functions
Programming can be used to set additional functions on the
m83 turnout decoder.
Most CVs can be set "in operation" (POM).
The address on which the first turnout is set for the decoder
to be programmed must be called up in order to program
the CVs.
If the address itself is to be changed by means of program-
ming, then the turnout decoder must be connected to the
programming track and dip switches 1 to 9 set to "OFF" – the
decoder can then be programmed by means of the address
previously set or programmed.
In addition to general settings for the decoder, it is also pos-
sible to do settings at individual decoder outputs. Possible
switching functions of this kind can be found in the separate
table on page 25.
The 60821 control electronic circuit is also required for
control of a motor.
Basic Settings
CV
Meaning
1
Address (lower part)
8
Reset
9
Address (upper part)
Automatic turnout circuit output 1&2
2 x two-way turnout
34
POM
Three-way turnout
Double slip switch
Automatic turnout circuit output 3&4
2 x two-way turnout
35
POM
Three-way turnout
Double slip switch
Preset Operating Mode
79
(See Page 20)
Programming an Address
Two CVs (CV1; CV9) must be set in order to program an
address in DCC. The turnout group address is set. The
individual turnout addresses are generated in the same way
as when setting the address with the dip switches.
Turnout group address = CV1 + (CV9 x 64)
Example:
CV1 = 15, CV9 = 3 ->
Turnout group address:
Individual turnout addresses:
Turnouts have the individual turnout addresses 825 to 828.
Value
0 – 63
8
0 – 7
0
1
2
0
1
2
0 – 5
15 + (3 x 64) = 207
207 x 4 - 3 = 825
19
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