24
GVS
S = Default, A = Analog operation usable
CV
Description
S
A
Range
Note
29
NMRA configuration
6
√
bitwise programming
Bit
Value
OFF (Value 0)
ON
0
1
standard driving direction
reverse driving direction
1
2
14 speed steps
28/128 speed steps
2
4
only digital operation
d analog operation
4
16
internal driving courve
programm. drive courve
5
32
short loco address (CV 1)
long loco address (CV 17/18)
40
Fan speed stop
10
√
1
–
100 in % combination with dimmvalue of output
41
Fan speed start up
100
√
1
–
100
in % combination with dimmvalue of output
42
Fan speed drive
70
√
1
–
100
in % combination with dimmvalue of output
43
Fan speed coast
30
√
1
–
100
in % combination with dimmvalue of output
44
Clock register fan
0
√
0
–
10
0 = each clock, 1…10 each nth c
lock
45
Fan output starting
20
√
0
–
255
100 ms / Value, Output at starting
46
fan clock time
50
√
0
–
255
1 ms / Value, clock time for fan
47
Buffer runtime
5
√
1
–
255
1 sec / Value
48
Clock simulation correction
5
√
0
–
255
Clock simulation correction
49
MD configuration
2
√
bitwise programming
Bit
Value
OFF (Value 0)
ON
0
1
internal clock
external clock
1
2
internal clock deactive
internal clock active
2
4
clock normal
clock invert
3
8
steam unit
–
steam engine
steam unit
–
diesel engine
4
16
normal fan control
PC fan control (e.g. uwe fleer)
66
Forward-Trimm
255
√
1
–
255
reduce the maximum speed forward
(CV66 * CV5 / 255)
67-
94
Freely programmable speed
curve
√
1
–
255
see attachment 6
95
Forward-Trimm
255
√
1
–
255
reduce the maximum speed backward
(CV95 * CV5 / 255)
99
Wait time by direction change
0
√
0
–
255
time base (0,5s / value)
100
Shunting mode
15
see attachment 1
101
Switchable delay times
16
see attachment 1
120
steam unit (heater & fan)
command allocation
7
see attachment 1
121
heater pre-heat command
allocation
64
see attachment 1
122 fan pull-out command allocation 64
see attachment 1
123
fan dimming value
100
√
1
–
100
in % (1 % is around 0,2 V)
124
heater dimming value
100
√
1
–
100
in % (1 % is around 0,2 V)
125
heater dimming value pre-heat
35
√
1
–
100
in % (1 % is around 0,2 V)