Zimo MX640 decoder definition

Decoder Family: Zimo MX640

MX640 version 4

CV Definitions:

CV	Positions	Values
2
3
4
5
6
7
8
9
10
13	XXXXXXXV
13	XXXXXXVX
13	XXXXXVXX
13	XXXXVXXX
13	XXXVXXXX
13	XXVXXXXX
13	XVXXXXXX
13	VXXXXXXX
14	XXXXXXXV
14	XXXXXXVX
14	XXXXXVXX
14	XXXXVXXX
14	XXXVXXXX
14	XXVXXXXX
14	XVXXXXXX
21	XXXXXXXV
21	XXXXXXVX
21	XXXXXVXX
21	XXXXVXXX
21	XXXVXXXX
21	XXVXXXXX
21	XVXXXXXX
21	VXXXXXXX
22	XXXXXXXV
22	XXXXXXVX
23	XVVVVVVV
23	VXXXXXXX
24	XVVVVVVV
24	VXXXXXXX
27		Does Not Stop Stops when Right rail is higher voltage Stops when Left rail is higher voltage Stops in Both Directions
33	XXXXXXXV
33	XXXXXXVX
33	XXXXXVXX
33	XXXXVXXX
33	XXXVXXXX
33	XXVXXXXX
33	XVXXXXXX
33	VXXXXXXX
34	XXXXXXXV
34	XXXXXXVX
34	XXXXXVXX
34	XXXXVXXX
34	XXXVXXXX
34	XXVXXXXX
34	XVXXXXXX
34	VXXXXXXX
35	XXXXXXXV
35	XXXXXXVX
35	XXXXXVXX
35	XXXXVXXX
35	XXXVXXXX
35	XXVXXXXX
35	XVXXXXXX
35	VXXXXXXX
36	XXXXXXXV
36	XXXXXXVX
36	XXXXXVXX
36	XXXXVXXX
36	XXXVXXXX
36	XXVXXXXX
36	XVXXXXXX
36	VXXXXXXX
37	XXXXXXXV
37	XXXXXXVX
37	XXXXXVXX
37	XXXXVXXX
37	XXXVXXXX
37	XXVXXXXX
37	XVXXXXXX
37	VXXXXXXX
38	XXXXXXXV
38	XXXXXXVX
38	XXXXXVXX
38	XXXXVXXX
38	XXXVXXXX
38	XXVXXXXX
38	XVXXXXXX
38	VXXXXXXX
39	XXXXXXXV
39	XXXXXXVX
39	XXXXXVXX
39	XXXXVXXX
39	XXVXXXXX
39	XXVXXXXX
39	XVXXXXXX
39	VXXXXXXX
40	XXXXXXXV
40	XXXXXXVX
40	XXXXXVXX
40	XXXXVXXX
40	XXXVXXXX
40	XXVXXXXX
40	XVXXXXXX
40	VXXXXXXX
41	XXXXXXXV
41	XXXXXXVX
41	XXXXVXXX
41	XXXVXXXX
41	XXVXXXXX
42	XXXXXXXV
42	XXXXXXVX
42	XXXXVXXX
42	XXXVXXXX
42	XXVXXXXX
43	XXXXXXXV
43	XXXXXXVX
43	XXXXVXXX
43	XXXVXXXX
43	XXVXXXXX
44	XXXXXXXV
44	XXXXXXVX
44	XXXXVXXX
44	XXXVXXXX
44	XXVXXXXX
45	XXXXXXXV
45	XXXXXXVX
45	XXXXVXXX
45	XXXVXXXX
45	XXVXXXXX
46	XXXXXXXV
46	XXXXXXVX
46	XXXXVXXX
46	XXXVXXXX
46	XXVXXXXX
37	XXXXXXXV
37	XXXXXXVX
37	XXXXXVXX
37	XXXXVXXX
37	XXXVXXXX
37	XXVXXXXX
37	XVXXXXXX
37	VXXXXXXX
38	XXXXXXXV
38	XXXXXXVX
38	XXXXXVXX
38	XXXXVXXX
38	XXXVXXXX
38	XXVXXXXX
38	XVXXXXXX
38	VXXXXXXX
39	XXXXXXXV
39	XXXXXXVX
39	XXXXXVXX
39	XXXXVXXX
39	XXXVXXXX
39	XXVXXXXX
39	XVXXXXXX
39	VXXXXXXX
40	XXXXXXXV
40	XXXXXXVX
40	XXXXXVXX
40	XXXXVXXX
40	XXXVXXXX
40	XXVXXXXX
40	XVXXXXXX
40	VXXXXXXX
41	XXXXXXXV
41	XXXXXXVX
41	XXXXXVXX
41	XXXXVXXX
41	XXXVXXXX
41	XXVXXXXX
41	XVXXXXXX
41	VXXXXXXX
42	XXXXXXXV
42	XXXXXXVX
42	XXXXXVXX
42	XXXXVXXX
42	XXXVXXXX
42	XXVXXXXX
42	XVXXXXXX
42	VXXXXXXX
43	XXXXXXXV
43	XXXXXXVX
43	XXXXXVXX
43	XXXXVXXX
43	XXXVXXXX
43	XXVXXXXX
43	XVXXXXXX
43	VXXXXXXX
44	XXXXXXXV
44	XXXXXXVX
44	XXXXXVXX
44	XXXXVXXX
44	XXXVXXXX
44	XXVXXXXX
44	XVXXXXXX
44	VXXXXXXX
45	XXXXXXXV
45	XXXXXXVX
45	XXXXXVXX
45	XXXXVXXX
45	XXXVXXXX
45	XXVXXXXX
45	XVXXXXXX
45	VXXXXXXX
46	XXXXXXXV
46	XXXXXXVX
46	XXXXXVXX
46	XXXXVXXX
46	XXXVXXXX
46	XXVXXXXX
46	XVXXXXXX
46	VXXXXXXX
49
50
51
52
53
54
55
56
57
58
59
60
61		NMRA Standard Mapping Alternative Mapping, use this page Use mapping stored by POM CV61=98 method
62
63
64
65
112	XXXXXXXV	Speed dependent Load dependent
112	XXXXXXVX
112	XXXXXVXX
112	XXXXVXXX	NMRA/MAN MAN
112	XXXVXXXX
112	XXVXXXXX	20kHz 40kHz
112	XVXXXXXX
112	VXXXXXXX
113
114	XXXXXXXV
114	XXXXXXVX
114	XXXXXVXX
114	XXXXVXXX
114	XXXVXXXX
114	XXVXXXXX
115
116
117
118	XXXXXXXV
118	XXXXXXVX
118	XXXXXVXX
118	XXXXVXXX
118	XXXVXXXX
118	XXVXXXXX
118	XVXXXXXX
118	VXXXXXXX
119	XXXXXXXV
119	XXXXXXVX
119	XXXXXVXX
119	XXXXVXXX
119	XXXVXXXX
119	XXVXXXXX
119	VXXXXXXX
120	XXXXXXXV
120	XXXXXXVX
120	XXXXXVXX
120	XXXXVXXX
120	XXXVXXXX
120	XXVXXXXX
120	VXXXXXXX
121
122
123
124	XXXXXXVV	no shunting shunting, no exponential and adaptive influence shunting, 1/4 de- and acceleration shunting, no de- and acceleration
124	XXXVVXXX	not set F7 F3
124	XVXXXVXX	Man (Zimo) F4 F3
124	VXXXXXXX	Activated Outputs 7 and 8
124	XXVXXXXX
125	VVVVVVXX
125	XXXXXXVV
126	VVVVVVXX
126	XXXXXXVV
127	VVVVVVXX
127	XXXXXXVV
128	VVVVVVXX
128	XXXXXXVV
129	VVVVVVXX
129	XXXXXXVV
130	VVVVVVXX
130	XXXXXXVV
131	VVVVVVXX
131	XXXXXXVV
132	VVVVVVXX
132	XXXXXXVV
133		Normal Output Cam Pulses
134
135		Not Active 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2
136
137
138
139
140
141
142
143
144	XVXXXXXX
144	VXXXXXXX
146
161	XXXXXXXV
161	XXXXXXVX	Only Active for movement Allways Active
161	XXXXXVXX	Moves to centre in dual key if both Fn's off Only moves if function key pressed
162
163
164
165
166
167
168
169
181
182
265		Steam Set 1 Steam Set 2 Steam Set 3 Steam Set 4 Steam Set 5 Steam Set 6 Steam Set 7 Steam Set 8 Steam Set 9 Steam Set 10 Steam Set 11 Steam Set 12 Steam Set 13 Steam Set 14 Steam Set 15 Steam Set 16 Steam Set 17 Steam Set 18 Steam Set 19 Steam Set 20 Steam Set 21 Steam Set 22 Steam Set 23 Steam Set 24 Steam Set 25 Steam Set 26 Steam Set 27 Steam Set 28 Steam Set 29 Steam Set 30 Steam Set 31 Steam Set 32 Diesel Set 1 Diesel Set 2 Diesel Set 3 Diesel Set 4 Diesel Set 5 Diesel Set 6 Diesel Set 7 Diesel Set 8 Diesel Set 9 Diesel Set 10 Diesel Set 11 Diesel Set 12 Diesel Set 13 Diesel Set 14 Diesel Set 15 Diesel Set 16 Diesel Set 17 Diesel Set 18 Diesel Set 19 Diesel Set 20 Diesel Set 21 Diesel Set 22 Diesel Set 23 Diesel Set 24 Diesel Set 25 Diesel Set 26 Diesel Set 27 Diesel Set 28 Diesel Set 29 Diesel Set 30 Diesel Set 31 Diesel Set 32
266
267
268
269
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
310		F0 F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 Allways On
311		F-key sounds always on F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12
312		No key assigned F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12
313		No key assigned F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12
314
315
316
317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
336
337
338
341
342

A 'Hundreds' digit of 1 offsets the mid value for 'coreless' motors Numero Centinaia =1 è valore intermedio per motori 'coreless' Tens digit is the Proportional value, mid value = 5 Numero decine è valore proporzionale, valore medio=5 Ones digit is the integral value, mid value = 5 Numero unità è valore integrale, valore medio =5 With default setting of 0, proportional value auto adjusts and integral value is equivalent to 5 Con i valori di default = 0 il valore proporzionale si regola automaticamente e il valore integrale è = 5 0 = 20/40KHz (set with CV112) and sample rate auto adjusts between 200Hz (low speed) and 50Hz 0 = 20/40KHz (con CV112) e campionamento si regola automaticamente tra 200Hz (bassa velocità) e 50Hz Tens digit = Sampling rate (1-9) mid value = 5 Numero decine = campionamento (1-9) valore medio=5 Ones digit = EMF sampling time (1-9) mid value = 5 Numero unità = tempo campionamento EMF(1-9), valore medio =5 100 = 'Spread Spectrum' sampling rate for reduced noise, with medium sampling time 100 = Campionamento 'Ampio spettro' per rumore ridotto, con tempo campionamento medio 255-176 = Low frequency according to formula;- 255-176 = Bassa frequenza secondo la formula;- (131 + mantissa * 4) * 2 exp. Bits 0-4 = mantissa, Bits 5-7 = exp (131 + mantissa * 4) * 2 exp. Bits 0-4 = mantissa, Bits 5-7 = exp- Acceleration/Deceleration time (momentum) can be streched in the lower speed range Il tempo di Accell./Decell. (inerzia) può essere allargato a velocità bassa Tens digit = percentage of speed range to be included (0-9) Numero decine = percentuale velocità da includere (0-9) Ones digit = Exponential curve (0-9) Numero unità = curva esponenziale (0-9) Raising or lowering the speed to the next internal step occurs only if the precedingstep is nearly reached.The tolerance L'incremento o il decremento allo step vicino avviene solo se è raggiunto lo step precedente. La tolleranza for reaching the preceding step is defined by this CV (the smaller this value the smoother the acceleration/deceleration) per raggiungere lo step precedente è definita da questa CV ( valori piccoli per accell./decell. più graduali) Tens digit = acceleration (1-9) Numero decine = accellerazione (1-9) Ones digit = deceleration (1-9) Numero unità = decellerazione (1-9) Value 0 = no adaptive acceleration/deceleration Valore 0 = nessuna accell./decell. adattativa Accel/Decel Tens digit = Pull In time (0-9) Numero decine = tempo aggancio (0-9) Ones digit = Hold power % x10 (0-9) Numero unità = tempo ritenuta %x10 (0-9) Tens digit = Move Away time (0-9) Numero decine = tempo allontanamento (0-9) Ones digit = Internal Speed Step x4 (0-9) Numero unità = Step velocità x4 (0-9) Hundreds digit, 1 = Tension Relieve Numero centinaia = 1= rilascio tensione Shunt/Uncouple Sgangio/Manovra Description Output wire or operation Descrizione Filo Uscita o operazione 1 Front Frontale Light Luci Forward Headlight F0(f) Luci frontali F0(avanti) Reverse Headlight F0(r) Luci Posteriori F0(retro) Function 1 Funzione 1 Function 2 Funzione 2 Function 3 Funzione 3 Function 4 Funzione 4 Function 5 Funzione 5 Function 6 Funzione 6 Function 7 Funzione 7 Function 8 Funzione 8 Function 9 Funzione 9 Function 10 Funzione 10 Function 11 Funzione 11 Function 12 Funzione 12 2 Rear Light 3 FO 1 4 FO 2 5 FO 3 6 FO 4 7 FO 5 (+5v) 8 FO 6 (+5v) Outputs FO 7, FO 8 and FO 9 can not be used with this Alternative Function Mapping Alt Function Map Mappa Funzioni Speciali Generates Pulse chain commands for LGB sound modules on FO 1 Tens digit = on time Numero decine= a tempo Ones digit = Off time Numero unità= fuori tempo (0 = 100ms, 9 = 1s) (0 = 100ms, 9 = 1s) Lighting Effects Adjustments (Mars, Gyralight etc) Regolazioni Effetti luminosi (Mars, Gyralight etc) Tens digit sets cycle time(0-9), or start up time for soft start (0-9 = 0 - 0.9s) Decine= tempo di ciclo(0-9), o tempo per partenza graduale(0-0.9s) Ones digit extends Off time(0-9) Unità= Estende tempo Off(0-9) Auto Turn Off delay time (0-255 = 0 - 25.5 sec) Ritardo Off-Automatico (0-255 = 0 - 25.5 sec) Function Output Funzione Uscita Signal Dependent Speed Limits Temporizzazioni dipendenti da Segnale -1- Zimo Specific Specifiche Zimo Railcom Entered value multiplied by 0.4 seconds is the additional accel/decel Il valore x 0,4 è il valore sommato a CV3 e CV4 added to the normal CV3 and CV4 setting, for speed changes due to ABC per cambio velocità per ABC Hundreds digit = sensitivity Centinaia= sensibilità 0 = Fast recognition 0= sensibilità alta 1 = Normal recognition (0.5s) 1= sensibilità normale (0.5s) 2 = Slow recognition (1s) 2= sensibilità bassa (1s) Tens and Ones digits = Assymmetrical threshold in tenths of a volt Decine e Unità= soglia asimmetrica in decimi di Volt ABC ABC-DCC Asimmetrica Servo 1 Function Allocation Allocazione Funzioni Rotation Speed Velocità di rotazione Tenths of a second Decimi di secondo Left Stop Sinistro-Stop Centre Centro Right Stop Destro-Stop Servo 2 Function Allocation Allocazione Funzioni Rotation Speed Velocità di rotazione Tenths of a second Decimi di secondo Left Stop Centre Right Stop Servos Decoder Lock Sound Random Generator Z1 Minimum interval Maximum interval Playback length Random Generator Z2 Minimum interval Maximum interval Playback length Random Generator Z3 Minimum interval Maximum interval Playback length Random Generator Z4 Minimum interval Maximum interval Playback length Random Generator Z5 Minimum interval Maximum interval Playback length Random Generator Z6 Minimum interval Maximum interval Playback length Random Generator Z7 Minimum interval Maximum interval Playback length Random Generator Z8 Minimum interval Maximum interval Playback length Random Sounds

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