FLEISCHMANN TWIN-CENTER 6802 Handbuch Seite 134

6802_10_12_04_Handbuch_GB
11 The Computer-Interface
TC-SYNTAX
Commands Function
C Cancels the complete entry since the last valid command
AxxxxAb Allocation of an inertia level to a loco with FMZ- or TWIN-DECODER
or • A or a indicator that it handles an inertia command
axxxxab • xxxx is the 1 to 4 position address of the loco. It can be a virtual or
a digital address
• b is the inertia level from 1 to 8
LxxxxLl Lights on or off
or • L or I indicator that it handles a command to switch the lights
lxxxxlI
• xxxx is the 1 to 4 position address of the loco. It can be a virtual
or digital address
• I=1 to switch the light on (function), 0 = switches the light off
VxxxxVyy Running command forwards
or • V or v indicator that it handles a command
vxxxxvyy for forward speed
• xxxx is the 1 to 4 position address of the loco.
It can be a virtual or digital address
• yy is the always 2 position speed level (00 -15). If more speed steps are
allocated to the loco decoder, then automatically is ignored.
RxxxxRyy Running command backwards
or • R or r indicator that it handles a command
rxxxxryy for backward speed
• xxxx is the 1 to 4 position address of the loco.
It can be a virtual or digital address
• yy is the always 2 position speed level (00 -15).
If more speed steps are
allocated to the loco decoder, then automatically is ignored.
ExxxEs1s2 Switch an electrically operated accessory
or • E or e indicator that it handles a command
exxxes1s2 to switch an electrical accessory
• is the 3 position digital address of the electrical accessory
receiver module. The virtual address of a point
cannot be used here.
• s1=0 corresponding to green key, s1=1 corresponds to red key
• s2 indicates the output of the electrical receiver module (1-4)
PssP Execution of a point route in MEMO mode
or • P or p indicator that it handles a point route command
pssp • ss is the one or two position number of the point route from 1 to 48.
A tiny transposition is needed here. In MEMO mode there are three
groups each with up to 16 point routes, making a total of 48.
The point routes in group 1 will be controlled with ss=1 to 16, the
point routes of group 2 will be controlled with ss=17 to 32, the
point routes of group 3 will be controlled with ss=33 to 48.
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01.03.2007 13:58 Uhr Seite 134