Non ho una CV6 da impostare. Se la leggevo mi andava in timeout.
Avevo impostato CV5 a 140 e non cambiava niente rispetto a 255. Poi impostata a 100, e nessun cambiamento. Messa a 66, ancora nessuna percebile differenza (al che pensavo che fosse rotto il decoder). Poi messa a 33 finalmente si e' rallentata e va piu o meno com e la V200 che ha impostato 140 nella CV5. Forse c'e' qualche fattore di scala in qualche altra CV?
Riporto le CV presenti, prese dal manuale D&H
Codice:
List of supported CV:
CV Name and definition
Range (default)
01 Short address
0 – 127 (3)
02 Starting voltage
0 – 15 (0)
03 Acceleration time
The value corresponds to the time in seconds from start to maximum speed
0 – 255 (3)
04 Deceleration time
The value corresponds to the time in seconds from maximum speed to stop
0 – 255 (3)
05 Maximum speed (See supplement 2)
0 – 127 (92)
07 Version number (Read only)
(Ritorna 66)
08 Manufacturer identification (Read only)
97 = Doehler & Haass (Decoder Reset with "8")
09 Motor frequency
0 = 32 kHz, 1 = 16 kHz, 2 = low-frequency
0 – 2 (1) 19
12 Motorola-setups
Bit 0, Bit 1:
0 = deactivated
1 = without additional addresses
2 = with one additional address
3 = with two additional addresses
Bit 2: Internal use only (Driving direction when using MM1/AC-analog)
0 – 7 (1)
13 Analog mode F1 – F8
Bit Function Value Bit Function Value
0 F1 1 4 F5 16
1 F2 2 5 F6 32
2 F3 4 6 F7 64
3 F4 8 7 F8 128
0 – 255 (1)
14 Analog mode FL, F9 – F12
Bit Function Value Bit Function Value
0 FL(f) 1 4 F11 16
1 FL(r) 2 5 F12 32
2 F9 4
3 F10 8
0 – 63 (3)
17 Long address MSB
CV17 contains the most significant byte, Only if activated by CV29
0 – 255 (192)
18 Long address LSB
CV18 contains the least significant byte, Only if activated by CV29
0 – 255 (0)
19 Consist address
Several compound locos run under this address
0 = deactivated
Value + 128 = inverse direction
0 – 127 (0) 20
21 Consist mode F1 – F8
Bit Function Value Bit Function Value
0 F1 1 4 F5 16
1 F2 2 5 F6 32
2 F3 4 6 F7 64
3 F4 8 7 F8 128
0 – 255 (0)
22 Consist mode FL, F9 – F12
Bit Function Value Bit Function Value
0 FL(f) 1 4 F11 16
1 FL(r) 2 5 F12 32
2 F9 4
3 F10 8
0 – 63 (0)
27 Brake setups
Bit Function Value Bit Function Value
0 Asymmetry normal 1 4 Negative voltage 16
1 Asymmetry inverse 2 5 Positive voltage 32
2 Currently without function 4 6 Brake diode normal 64
3 Currently without function 8 7 Brake diode inverse 128
0 – 243 (64)
28 Feedback setups
Bit Function Value
0 Locomotive number output allowed 1
1 POM-read out allowed 2
0 – 3 (3) 21
29 Configuration register
Bit Function Value
0 Inverse direction 1
1 14 ? 28/126 speed steps 2
2 Analog operation permitted 4
3 Feedback allowed 8
5 Long address by CV17/18 32
0 – 255 (6)
33 Function mapping F0(f) (See supplement 1)
0 – 255 (1)
34 Function mapping F0(r) (See supplement 1)
0 – 255 (2)
35 Function mapping F1(f+r) (See supplement 1)
If CV35 is written, CV47 will be set to the same value
0 – 255 (4)
36 Function mapping F2(f+r) (See supplement 1)
If CV36 is written, CV64 will be set to the same value
0 – 255 (8)
37 Function mapping F3 (See supplement 1)
0 – 255 (16)
38 Function mapping F4 (See supplement 1)
0 – 255 (128)
39 Function mapping F5 (See supplement 1)
0 – 255 (32)
40 Function mapping F6 (See supplement 1)
0 – 255 (0)
41 Function mapping F7 (See supplement 1)
0 – 255 (0)
42 Function mapping F8 (See supplement 1)
0 – 255 (64)
43 Function mapping F9 (See supplement 1)
0 – 255 (0)
44 Function mapping F10 (See supplement 1)
0 – 255 (0)
45 Function mapping F11 (See supplement 1)
0 – 255 (0)
46 Function mapping F12 (See supplement 1)
0 – 255 (0)
47 Function mapping F1(r) (See supplement 1)
In case CV47 should have another value than CV35, you have to set CV35 first and
then CV47
0 – 255 (4) 22
48 Characteristic diagram (See supplement 2)
Response curve, 0 = linear ... 7 = logarithmic
0 – 7 (5)
49 Impulse width
0 = 1 ms, 1 = 2 ms, 2 = 4 ms, 3 = 8 ms
0 – 3 (1)
50 Regulation variant
0 = User defined by CV56 ff., 1 = Hard, 2 = Soft, 3 = Very soft
0 – 3 (2)
51 Interchange of connections
Bit Function Value
0 Motor connections 1
1 Light connections 2
2 Track connections 4
0 – 7 (0)
52 Dimming light „normal“
0 = off … 31 = full brightness
0 – 31 (31)
53 Dimming light „alternative“
0 = off … 31 = full brightness
0 – 31 (15)
54 Dimming AUX1
0 = off … 31 = full brightness
0 – 31 (31)
55 Dimming AUX2
0 = off … 31 = full brightness
0 – 31 (31)
56 Motor proportional controller
Only if CV50 = 0, see http://www.doehler-haass.de / "frequent questions"
0 – 7 (3)
57 Motor integral controller (See CV56)
0 – 3 (3)
58 Motor measurement period (See CV56)
0 – 3 (1)
59 Motor impulse width (See CV56)
0 – 7 (3)
60 Signal-stopping section
1 or 2
0, 1 (0)
61 Shunting gear speed (See CV05)
0 – 127 (63)
62 Shunting gear deceleration (See CV03)
0 – 255 (1)
63 Start delay speed step1 (See CV124)
each 100 ms, 0 = deactivated
0 – 250 (0)
64 Function mapping F2(r) (See supplement 1)
In case CV64 should have another value than CV36, you have to set CV36 first and
then CV64
0 – 255 (8)
66 Forward-Trim
0 = disconnected, smaller 128 reduction, greater 128 enhancement of the speed
0 – 255 (0)
95 Backward-Trim (As CV66)
0 – 255 (0)
105 User identifier 1
0 – 255 (0)
106 User identifier 2
0 – 255 (0)
112 Speed reduction analog
0 = small reduction … 31 = strong reduction
0 – 31 (15)
113 Switch-off function for LV
Bit 0 = F1 ... Bit 7 = F8
0 – 255 (0)
114 Switch-off function for LR
Bit 0 = F1 ... Bit 7 = F8
0 – 255 (0)
115 Switch-off function for AUX1
Bit 0 = F1 ... Bit 7 = F8
0 – 255 (0)
116 Switch-off function for AUX2
Bit 0 = F1 ... Bit 7 = F8
0 – 255 (0)
117 Timer for clear AUX1
Each 100 ms, 0 = deactivated
0 – 250 (0)
118 Timer for clear AUX2
Each 100 ms, 0 = deactivated
0 – 250 (0)
119 Timer for clear AUX3
Each 100 ms, 0 = deactivated
0 – 250 (0)
120 Timer for clear AUX4
Each 100 ms, 0 = deactivated
0 – 250 (0)
121 Function mapping LV+LR on
Bit 0 = F1 … Bit 7 = F8
0 – 255 (0)
122 Function mapping AUX1+AUX2 on
Bit 0 = F1 … Bit 7 = F8
0 – 255 (0)
123 Slow approach speed step (See CV27)
Only at asymmetry and suitable brake module
0 – 127 (63)
124 Function mapping start delay (See CV63)
Bit 0 = F1 ... Bit 7 = F8
0 – 255 (0)
134 Decision threshold for asymmetry (See CV27)
0 = small asymmetry … 15 = strong asymmetry
0 – 15 (6)
135 Multiplication speed feedback
0 = disconnected
0 – 255 (0)
136 Division speed feedback
0 = /1, 1 = /2, 2 = /4, 3 = /8, 4 = /16, 5 = /32, 6 = /64
0 – 6 (0)
137 Setups
Bit Function Value
0 AUX3 and AUX4 instead of ZCLK and ZDAT 1
1 Switch off energy saving mode 2
2 Invert SUSI driving direction 4
3 Switch off SUSI start delay 8
0 – 15 (0)