CV
Explanation
Motor type ... (Bit 0-4)
... Auxiliary – function outputs 5 and 6
... Motor – Softdrive Sine
... Motor – without feedback control
52
PoM
... Motor – high-ef ciency C90
... Motor – bell armature
... Motor – direct current DC soft
... Motor – direct current DC hard
... Motor – direct current DC 1 Gauge
53
PoM
Motor feedback control – feedback control reference
54
PoM
Motor feedback control – feedback control parameter K
55
PoM
Motor feedback control – feedback control parameter I
56
PoM
Motor feedback control – feedback control in uence
66
PoM
Forward trim
67
PoM
Speed table speed level 1 (Vmin) to
-
94
PoM
speed table speed level 28 (Vmax)
95
PoM
Reverse trim
145
PoM
Switching range
Storing different states:
Bit 0: Storing function states
173
PoM
Bit 1: Storing speed
Bit 2: After a reset starting up with/without ABV
Bit 3 - 7: always 0
Storing different states:
174
PoM
Bit 0: Storing direction of travel
Bit 1 - 7: always 0
32
Values Default
Notes
0
1
Selection of a motor type for additional settings
2
for motor feedback control
5
3
or
Selection of additional function outputs on an
4
H0 decoder.
5
6
7
0 – 255
40
Absolute Vmax for motor characteristic
0 – 255
80
Feedback control portion K
0 – 255
60
Feedback control portion I
0 = PWM without feedback control for Sine (see
0 – 255
255
also CV 52 motor type)
The CV value divided by 128 gives the factor
0 – 255
128
with the speed level is multiplied when the
locomotive is running forward.
0 – 255
The CV value divided by 128 gives the factor
0 – 255
128
with the speed level is multiplied when the
locomotive is running in reverse.
128 = 50% of speed level, 64 = 25% of speed
0 – 128
128
level
0 / 1
0 = do not store, value = store
7
0 / 2
Individual values must be added.
0 / 4
0 = do not store
0 / 1
1
1 = store