DAC20 decoder definition

Decoder Family: DAC20

DAC20

CV Definitions:

CV	Positions	Values
5
6	XXXXXVVV
9	XXXXXXXV	8 16
10		DCC LocoNet
11		off Point Cell, Solenoid 0.125sec Point Cell, Solenoid 0.25 sec Point Cell, Solenoid 0.375sec Point Cell, Solenoid 0.500sec Point Cell, Solenoid 0.625sec Point Cell, Solenoid 0.75 sec Point Cell, Solenoid 0.875sec Point Cell, Solenoid 1.0 sec Point Cell, Solenoid 1.125sec Point Cell, Constant Power (Tortoise) On/off Cell, Solenoid 0.125sec On/off Cell, Solenoid 0.25 sec On/off Cell, Solenoid 0.375sec On/off Cell, Solenoid 0.500sec On/off Cell, Solenoid 0.625sec On/off Cell, Solenoid 0.75 sec On/off Cell, Solenoid 0.875sec On/off Cell, Solenoid 1.0 sec On/off Cell, Solenoid 1.125sec On/off Cell, Constant Power (Tortoise) On/off Cell, Two lamps Blinking 0.125sec On/off Cell, Two lamps Blinking 0.250sec On/off Cell, Two lamps Blinking 0.375sec On/off Cell, Two lamps Blinking 0.500sec On/off Cell, Two lamps Blinking 0.625sec On/off Cell, Two lamps Blinking 0.750sec On/off Cell, Two lamps Blinking 0.875sec On/off Cell, Two lamps Blinking 1.000sec On/off Cell, Two lamps Blinking 1.125sec On/off Cell, One lamp constant On/off Cell, Individual Blinking 0.125sec On/off Cell, Individual Blinking 0.250sec On/off Cell, Individual Blinking 0.375sec On/off Cell, Individual Blinking 0.500sec On/off Cell, Individual Blinking 0.725sec On/off Cell, Individual Blinking 0.750sec On/off Cell, Individual Blinking 0.875sec On/off Cell, Individual Blinking 1.000sec On/off Cell, Individual Blinking 1.125sec On/off Cell, Individual Control, constant On/off Cell, Inverted Individual Blinking 0.125sec On/off Cell, Inverted Individual Blinking 0.250sec On/off Cell, Inverted Individual Blinking 0.375sec On/off Cell, Inverted Individual Blinking 0.500sec On/off Cell, Inverted Individual Blinking 0.725sec On/off Cell, Inverted Individual Blinking 0.750sec On/off Cell, Inverted Individual Blinking 0.875sec On/off Cell, Inverted Individual Blinking 1.000sec On/off Cell, Inverted Individual Blinking 1.125sec On/off Cell, Inverted Individual Control, constant
12		off Point Cell, Solenoid 0.125sec Point Cell, Solenoid 0.25 sec Point Cell, Solenoid 0.375sec Point Cell, Solenoid 0.500sec Point Cell, Solenoid 0.625sec Point Cell, Solenoid 0.75 sec Point Cell, Solenoid 0.875sec Point Cell, Solenoid 1.0 sec Point Cell, Solenoid 1.125sec Point Cell, Constant Power (Tortoise) On/off Cell, Solenoid 0.125sec On/off Cell, Solenoid 0.25 sec On/off Cell, Solenoid 0.375sec On/off Cell, Solenoid 0.500sec On/off Cell, Solenoid 0.625sec On/off Cell, Solenoid 0.75 sec On/off Cell, Solenoid 0.875sec On/off Cell, Solenoid 1.0 sec On/off Cell, Solenoid 1.125sec On/off Cell, Constant Power (Tortoise) On/off Cell, Two lamps Blinking 0.125sec On/off Cell, Two lamps Blinking 0.250sec On/off Cell, Two lamps Blinking 0.375sec On/off Cell, Two lamps Blinking 0.500sec On/off Cell, Two lamps Blinking 0.625sec On/off Cell, Two lamps Blinking 0.750sec On/off Cell, Two lamps Blinking 0.875sec On/off Cell, Two lamps Blinking 1.000sec On/off Cell, Two lamps Blinking 1.125sec On/off Cell, One lamp constant On/off Cell, Individual Blinking 0.125sec On/off Cell, Individual Blinking 0.250sec On/off Cell, Individual Blinking 0.375sec On/off Cell, Individual Blinking 0.500sec On/off Cell, Individual Blinking 0.725sec On/off Cell, Individual Blinking 0.750sec On/off Cell, Individual Blinking 0.875sec On/off Cell, Individual Blinking 1.000sec On/off Cell, Individual Blinking 1.125sec On/off Cell, Individual Control, constant On/off Cell, Inverted Individual Blinking 0.125sec On/off Cell, Inverted Individual Blinking 0.250sec On/off Cell, Inverted Individual Blinking 0.375sec On/off Cell, Inverted Individual Blinking 0.500sec On/off Cell, Inverted Individual Blinking 0.725sec On/off Cell, Inverted Individual Blinking 0.750sec On/off Cell, Inverted Individual Blinking 0.875sec On/off Cell, Inverted Individual Blinking 1.000sec On/off Cell, Inverted Individual Blinking 1.125sec On/off Cell, Inverted Individual Control, constant
13		off Point Cell, Solenoid 0.125sec Point Cell, Solenoid 0.25 sec Point Cell, Solenoid 0.375sec Point Cell, Solenoid 0.500sec Point Cell, Solenoid 0.625sec Point Cell, Solenoid 0.75 sec Point Cell, Solenoid 0.875sec Point Cell, Solenoid 1.0 sec Point Cell, Solenoid 1.125sec Point Cell, Constant Power (Tortoise) On/off Cell, Solenoid 0.125sec On/off Cell, Solenoid 0.25 sec On/off Cell, Solenoid 0.375sec On/off Cell, Solenoid 0.500sec On/off Cell, Solenoid 0.625sec On/off Cell, Solenoid 0.75 sec On/off Cell, Solenoid 0.875sec On/off Cell, Solenoid 1.0 sec On/off Cell, Solenoid 1.125sec On/off Cell, Constant Power (Tortoise) On/off Cell, Two lamps Blinking 0.125sec On/off Cell, Two lamps Blinking 0.250sec On/off Cell, Two lamps Blinking 0.375sec On/off Cell, Two lamps Blinking 0.500sec On/off Cell, Two lamps Blinking 0.625sec On/off Cell, Two lamps Blinking 0.750sec On/off Cell, Two lamps Blinking 0.875sec On/off Cell, Two lamps Blinking 1.000sec On/off Cell, Two lamps Blinking 1.125sec On/off Cell, One lamp constant On/off Cell, Individual Blinking 0.125sec On/off Cell, Individual Blinking 0.250sec On/off Cell, Individual Blinking 0.375sec On/off Cell, Individual Blinking 0.500sec On/off Cell, Individual Blinking 0.725sec On/off Cell, Individual Blinking 0.750sec On/off Cell, Individual Blinking 0.875sec On/off Cell, Individual Blinking 1.000sec On/off Cell, Individual Blinking 1.125sec On/off Cell, Individual Control, constant On/off Cell, Inverted Individual Blinking 0.125sec On/off Cell, Inverted Individual Blinking 0.250sec On/off Cell, Inverted Individual Blinking 0.375sec On/off Cell, Inverted Individual Blinking 0.500sec On/off Cell, Inverted Individual Blinking 0.725sec On/off Cell, Inverted Individual Blinking 0.750sec On/off Cell, Inverted Individual Blinking 0.875sec On/off Cell, Inverted Individual Blinking 1.000sec On/off Cell, Inverted Individual Blinking 1.125sec On/off Cell, Inverted Individual Control, constant
14		off Point Cell, Solenoid 0.125sec Point Cell, Solenoid 0.25 sec Point Cell, Solenoid 0.375sec Point Cell, Solenoid 0.500sec Point Cell, Solenoid 0.625sec Point Cell, Solenoid 0.75 sec Point Cell, Solenoid 0.875sec Point Cell, Solenoid 1.0 sec Point Cell, Solenoid 1.125sec Point Cell, Constant Power (Tortoise) On/off Cell, Solenoid 0.125sec On/off Cell, Solenoid 0.25 sec On/off Cell, Solenoid 0.375sec On/off Cell, Solenoid 0.500sec On/off Cell, Solenoid 0.625sec On/off Cell, Solenoid 0.75 sec On/off Cell, Solenoid 0.875sec On/off Cell, Solenoid 1.0 sec On/off Cell, Solenoid 1.125sec On/off Cell, Constant Power (Tortoise) On/off Cell, Two lamps Blinking 0.125sec On/off Cell, Two lamps Blinking 0.250sec On/off Cell, Two lamps Blinking 0.375sec On/off Cell, Two lamps Blinking 0.500sec On/off Cell, Two lamps Blinking 0.625sec On/off Cell, Two lamps Blinking 0.750sec On/off Cell, Two lamps Blinking 0.875sec On/off Cell, Two lamps Blinking 1.000sec On/off Cell, Two lamps Blinking 1.125sec On/off Cell, One lamp constant On/off Cell, Individual Blinking 0.125sec On/off Cell, Individual Blinking 0.250sec On/off Cell, Individual Blinking 0.375sec On/off Cell, Individual Blinking 0.500sec On/off Cell, Individual Blinking 0.725sec On/off Cell, Individual Blinking 0.750sec On/off Cell, Individual Blinking 0.875sec On/off Cell, Individual Blinking 1.000sec On/off Cell, Individual Blinking 1.125sec On/off Cell, Individual Control, constant On/off Cell, Inverted Individual Blinking 0.125sec On/off Cell, Inverted Individual Blinking 0.250sec On/off Cell, Inverted Individual Blinking 0.375sec On/off Cell, Inverted Individual Blinking 0.500sec On/off Cell, Inverted Individual Blinking 0.725sec On/off Cell, Inverted Individual Blinking 0.750sec On/off Cell, Inverted Individual Blinking 0.875sec On/off Cell, Inverted Individual Blinking 1.000sec On/off Cell, Inverted Individual Blinking 1.125sec On/off Cell, Inverted Individual Control, constant
15		off Point Cell, Solenoid 0.125sec Point Cell, Solenoid 0.25 sec Point Cell, Solenoid 0.375sec Point Cell, Solenoid 0.500sec Point Cell, Solenoid 0.625sec Point Cell, Solenoid 0.75 sec Point Cell, Solenoid 0.875sec Point Cell, Solenoid 1.0 sec Point Cell, Solenoid 1.125sec Point Cell, Constant Power (Tortoise) On/off Cell, Solenoid 0.125sec On/off Cell, Solenoid 0.25 sec On/off Cell, Solenoid 0.375sec On/off Cell, Solenoid 0.500sec On/off Cell, Solenoid 0.625sec On/off Cell, Solenoid 0.75 sec On/off Cell, Solenoid 0.875sec On/off Cell, Solenoid 1.0 sec On/off Cell, Solenoid 1.125sec On/off Cell, Constant Power (Tortoise) On/off Cell, Two lamps Blinking 0.125sec On/off Cell, Two lamps Blinking 0.250sec On/off Cell, Two lamps Blinking 0.375sec On/off Cell, Two lamps Blinking 0.500sec On/off Cell, Two lamps Blinking 0.625sec On/off Cell, Two lamps Blinking 0.750sec On/off Cell, Two lamps Blinking 0.875sec On/off Cell, Two lamps Blinking 1.000sec On/off Cell, Two lamps Blinking 1.125sec On/off Cell, One lamp constant On/off Cell, Individual Blinking 0.125sec On/off Cell, Individual Blinking 0.250sec On/off Cell, Individual Blinking 0.375sec On/off Cell, Individual Blinking 0.500sec On/off Cell, Individual Blinking 0.725sec On/off Cell, Individual Blinking 0.750sec On/off Cell, Individual Blinking 0.875sec On/off Cell, Individual Blinking 1.000sec On/off Cell, Individual Blinking 1.125sec On/off Cell, Individual Control, constant On/off Cell, Inverted Individual Blinking 0.125sec On/off Cell, Inverted Individual Blinking 0.250sec On/off Cell, Inverted Individual Blinking 0.375sec On/off Cell, Inverted Individual Blinking 0.500sec On/off Cell, Inverted Individual Blinking 0.725sec On/off Cell, Inverted Individual Blinking 0.750sec On/off Cell, Inverted Individual Blinking 0.875sec On/off Cell, Inverted Individual Blinking 1.000sec On/off Cell, Inverted Individual Blinking 1.125sec On/off Cell, Inverted Individual Control, constant
16		off Point Cell, Solenoid 0.125sec Point Cell, Solenoid 0.25 sec Point Cell, Solenoid 0.375sec Point Cell, Solenoid 0.500sec Point Cell, Solenoid 0.625sec Point Cell, Solenoid 0.75 sec Point Cell, Solenoid 0.875sec Point Cell, Solenoid 1.0 sec Point Cell, Solenoid 1.125sec Point Cell, Constant Power (Tortoise) On/off Cell, Solenoid 0.125sec On/off Cell, Solenoid 0.25 sec On/off Cell, Solenoid 0.375sec On/off Cell, Solenoid 0.500sec On/off Cell, Solenoid 0.625sec On/off Cell, Solenoid 0.75 sec On/off Cell, Solenoid 0.875sec On/off Cell, Solenoid 1.0 sec On/off Cell, Solenoid 1.125sec On/off Cell, Constant Power (Tortoise) On/off Cell, Two lamps Blinking 0.125sec On/off Cell, Two lamps Blinking 0.250sec On/off Cell, Two lamps Blinking 0.375sec On/off Cell, Two lamps Blinking 0.500sec On/off Cell, Two lamps Blinking 0.625sec On/off Cell, Two lamps Blinking 0.750sec On/off Cell, Two lamps Blinking 0.875sec On/off Cell, Two lamps Blinking 1.000sec On/off Cell, Two lamps Blinking 1.125sec On/off Cell, One lamp constant On/off Cell, Individual Blinking 0.125sec On/off Cell, Individual Blinking 0.250sec On/off Cell, Individual Blinking 0.375sec On/off Cell, Individual Blinking 0.500sec On/off Cell, Individual Blinking 0.725sec On/off Cell, Individual Blinking 0.750sec On/off Cell, Individual Blinking 0.875sec On/off Cell, Individual Blinking 1.000sec On/off Cell, Individual Blinking 1.125sec On/off Cell, Individual Control, constant On/off Cell, Inverted Individual Blinking 0.125sec On/off Cell, Inverted Individual Blinking 0.250sec On/off Cell, Inverted Individual Blinking 0.375sec On/off Cell, Inverted Individual Blinking 0.500sec On/off Cell, Inverted Individual Blinking 0.725sec On/off Cell, Inverted Individual Blinking 0.750sec On/off Cell, Inverted Individual Blinking 0.875sec On/off Cell, Inverted Individual Blinking 1.000sec On/off Cell, Inverted Individual Blinking 1.125sec On/off Cell, Inverted Individual Control, constant
17		off Point Cell, Solenoid 0.125sec Point Cell, Solenoid 0.25 sec Point Cell, Solenoid 0.375sec Point Cell, Solenoid 0.500sec Point Cell, Solenoid 0.625sec Point Cell, Solenoid 0.75 sec Point Cell, Solenoid 0.875sec Point Cell, Solenoid 1.0 sec Point Cell, Solenoid 1.125sec Point Cell, Constant Power (Tortoise) On/off Cell, Solenoid 0.125sec On/off Cell, Solenoid 0.25 sec On/off Cell, Solenoid 0.375sec On/off Cell, Solenoid 0.500sec On/off Cell, Solenoid 0.625sec On/off Cell, Solenoid 0.75 sec On/off Cell, Solenoid 0.875sec On/off Cell, Solenoid 1.0 sec On/off Cell, Solenoid 1.125sec On/off Cell, Constant Power (Tortoise) On/off Cell, Two lamps Blinking 0.125sec On/off Cell, Two lamps Blinking 0.250sec On/off Cell, Two lamps Blinking 0.375sec On/off Cell, Two lamps Blinking 0.500sec On/off Cell, Two lamps Blinking 0.625sec On/off Cell, Two lamps Blinking 0.750sec On/off Cell, Two lamps Blinking 0.875sec On/off Cell, Two lamps Blinking 1.000sec On/off Cell, Two lamps Blinking 1.125sec On/off Cell, One lamp constant On/off Cell, Individual Blinking 0.125sec On/off Cell, Individual Blinking 0.250sec On/off Cell, Individual Blinking 0.375sec On/off Cell, Individual Blinking 0.500sec On/off Cell, Individual Blinking 0.725sec On/off Cell, Individual Blinking 0.750sec On/off Cell, Individual Blinking 0.875sec On/off Cell, Individual Blinking 1.000sec On/off Cell, Individual Blinking 1.125sec On/off Cell, Individual Control, constant On/off Cell, Inverted Individual Blinking 0.125sec On/off Cell, Inverted Individual Blinking 0.250sec On/off Cell, Inverted Individual Blinking 0.375sec On/off Cell, Inverted Individual Blinking 0.500sec On/off Cell, Inverted Individual Blinking 0.725sec On/off Cell, Inverted Individual Blinking 0.750sec On/off Cell, Inverted Individual Blinking 0.875sec On/off Cell, Inverted Individual Blinking 1.000sec On/off Cell, Inverted Individual Blinking 1.125sec On/off Cell, Inverted Individual Control, constant
18		off Point Cell, Solenoid 0.125sec Point Cell, Solenoid 0.25 sec Point Cell, Solenoid 0.375sec Point Cell, Solenoid 0.500sec Point Cell, Solenoid 0.625sec Point Cell, Solenoid 0.75 sec Point Cell, Solenoid 0.875sec Point Cell, Solenoid 1.0 sec Point Cell, Solenoid 1.125sec Point Cell, Constant Power (Tortoise) On/off Cell, Solenoid 0.125sec On/off Cell, Solenoid 0.25 sec On/off Cell, Solenoid 0.375sec On/off Cell, Solenoid 0.500sec On/off Cell, Solenoid 0.625sec On/off Cell, Solenoid 0.75 sec On/off Cell, Solenoid 0.875sec On/off Cell, Solenoid 1.0 sec On/off Cell, Solenoid 1.125sec On/off Cell, Constant Power (Tortoise) On/off Cell, Two lamps Blinking 0.125sec On/off Cell, Two lamps Blinking 0.250sec On/off Cell, Two lamps Blinking 0.375sec On/off Cell, Two lamps Blinking 0.500sec On/off Cell, Two lamps Blinking 0.625sec On/off Cell, Two lamps Blinking 0.750sec On/off Cell, Two lamps Blinking 0.875sec On/off Cell, Two lamps Blinking 1.000sec On/off Cell, Two lamps Blinking 1.125sec On/off Cell, One lamp constant On/off Cell, Individual Blinking 0.125sec On/off Cell, Individual Blinking 0.250sec On/off Cell, Individual Blinking 0.375sec On/off Cell, Individual Blinking 0.500sec On/off Cell, Individual Blinking 0.725sec On/off Cell, Individual Blinking 0.750sec On/off Cell, Individual Blinking 0.875sec On/off Cell, Individual Blinking 1.000sec On/off Cell, Individual Blinking 1.125sec On/off Cell, Individual Control, constant On/off Cell, Inverted Individual Blinking 0.125sec On/off Cell, Inverted Individual Blinking 0.250sec On/off Cell, Inverted Individual Blinking 0.375sec On/off Cell, Inverted Individual Blinking 0.500sec On/off Cell, Inverted Individual Blinking 0.725sec On/off Cell, Inverted Individual Blinking 0.750sec On/off Cell, Inverted Individual Blinking 0.875sec On/off Cell, Inverted Individual Blinking 1.000sec On/off Cell, Inverted Individual Blinking 1.125sec On/off Cell, Inverted Individual Control, constant
19
20
20	XXXXXXXV	off on
20	XXXXXXVX	off on
20	XXXXXVXX	off on
20	XXXXVXXX	off on
20	XXXVXXXX	off on
20	XXVXXXXX	off on
20	XVXXXXXX	off on
20	VXXXXXXX	off on
21		none Output 2 Output 3 Output 4 Output 5 Output 6 Output 7 Output 8
22		none Output 1 Output 3 Output 4 Output 5 Output 6 Output 7 Output 8
23		none Output 1 Output 2 Output 4 Output 5 Output 6 Output 7 Output 8
24		none Output 1 Output 2 Output 3 Output 5 Output 6 Output 7 Output 8
25		none Output 1 Output 2 Output 3 Output 4 Output 6 Output 7 Output 8
26		none Output 1 Output 2 Output 3 Output 4 Output 5 Output 7 Output 8
27		none Output 1 Output 2 Output 3 Output 4 Output 5 Output 6 Output 8
28		none Output 1 Output 2 Output 3 Output 4 Output 5 Output 6 Output 7
30
31		none Output State Turnout Feedback Signal or SE event Output State on interrogation only Turnout Feedback on interrogation only
32		none Output State Turnout Feedback Signal or SE event Output State on interrogation only Turnout Feedback on interrogation only
33		none Output State Turnout Feedback Signal or SE event Output State on interrogation only Turnout Feedback on interrogation only
34		none Output State Turnout Feedback Signal or SE event Output State on interrogation only Turnout Feedback on interrogation only
35		none Output State Turnout Feedback Signal or SE event Output State on interrogation only Turnout Feedback on interrogation only
36		none Output State Turnout Feedback Signal or SE event Output State on interrogation only Turnout Feedback on interrogation only
37		none Output State Turnout Feedback Signal or SE event Output State on interrogation only Turnout Feedback on interrogation only
38		none Output State Turnout Feedback Signal or SE event Output State on interrogation only Turnout Feedback on interrogation only
39
41		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
42		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
43		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
44		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
45		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
46		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
47		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
48		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
49		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
50		Cell not used Pushbutton cell, does not affect output cell Toggle switch cell, does not affect output cell Pushbutton cell, change output cell state Toggle switch cell, output cell follows input setting Pushbutton cell, trigger local route
51		none Sensor Message Turnout Feedback Emergency Stop Power Off
52		none Sensor Message Turnout Feedback Emergency Stop Power Off
53		none Sensor Message Turnout Feedback Emergency Stop Power Off
54		none Sensor Message Turnout Feedback Emergency Stop Power Off
55		none Sensor Message Turnout Feedback Emergency Stop Power Off
56		none Sensor Message Turnout Feedback Emergency Stop Power Off
57		none Sensor Message Turnout Feedback Emergency Stop Power Off
58		none Sensor Message Turnout Feedback Emergency Stop Power Off
59		none Sensor Message Turnout Feedback Emergency Stop Power Off
60		none Sensor Message Turnout Feedback Emergency Stop Power Off
61
62	XXXXXVVV
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
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81
82
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250
251	XVVVVVVV
251	VXXXXXXX	Or And
252	XVVVVVVV
252	VXXXXXXX	Or And
253	XVVVVVVV
253	VXXXXXXX	Or And
254	XVVVVVVV
254	VXXXXXXX	Or And
255	XVVVVVVV
255	VXXXXXXX	Or And
256	XVVVVVVV
256	VXXXXXXX	Or And
257	XVVVVVVV
257	VXXXXXXX	Or And
258	XVVVVVVV
258	VXXXXXXX	Or And
259	XVVVVVVV
259	VXXXXXXX	Or And
260	XVVVVVVV
260	VXXXXXXX	Or And
261	XVVVVVVV
261	VXXXXXXX	Or And
262	XVVVVVVV
262	VXXXXXXX	Or And
263	XVVVVVVV
263	VXXXXXXX	Or And
264	XVVVVVVV
264	VXXXXXXX	Or And
265	XVVVVVVV
265	VXXXXXXX	Or And
266	XVVVVVVV
266	VXXXXXXX	Or And
267	XVVVVVVV
267	VXXXXXXX	Or And
268	XVVVVVVV
268	VXXXXXXX	Or And
269	XVVVVVVV
269	VXXXXXXX	Or And
270	XVVVVVVV
270	VXXXXXXX	Or And
271	XVVVVVVV
271	VXXXXXXX	Or And
272	XVVVVVVV
272	VXXXXXXX	Or And
273	XVVVVVVV
273	VXXXXXXX	Or And
274	XVVVVVVV
274	VXXXXXXX	Or And
275	XVVVVVVV
275	VXXXXXXX	Or And
276	XVVVVVVV
276	VXXXXXXX	Or And
277	XVVVVVVV
277	VXXXXXXX	Or And
278	XVVVVVVV
278	VXXXXXXX	Or And
279	XVVVVVVV
279	VXXXXXXX	Or And
280	XVVVVVVV
280	VXXXXXXX	Or And
281	XVVVVVVV
281	VXXXXXXX	Or And
282	XVVVVVVV
282	VXXXXXXX	Or And
283	XVVVVVVV
283	VXXXXXXX	Or And
284	XVVVVVVV
284	VXXXXXXX	Or And
285	XVVVVVVV
285	VXXXXXXX	Or And
286	XVVVVVVV
286	VXXXXXXX	Or And
287	XVVVVVVV
287	VXXXXXXX	Or And
288	XVVVVVVV
288	VXXXXXXX	Or And
289	XVVVVVVV
289	VXXXXXXX	Or And
290	XVVVVVVV
290	VXXXXXXX	Or And
291	XVVVVVVV
291	VXXXXXXX	Or And
292	XVVVVVVV
292	VXXXXXXX	Or And
293	XVVVVVVV
293	VXXXXXXX	Or And
294	XVVVVVVV
294	VXXXXXXX	Or And
295	XVVVVVVV
295	VXXXXXXX	Or And
296	XVVVVVVV
296	VXXXXXXX	Or And
297	XVVVVVVV
297	VXXXXXXX	Or And
298	XVVVVVVV
298	VXXXXXXX	Or And
299	XVVVVVVV
299	VXXXXXXX	Or And
300	XVVVVVVV
300	VXXXXXXX	Or And
301	XVVVVVVV
301	VXXXXXXX	Or And
302	XVVVVVVV
302	VXXXXXXX	Or And
303	XVVVVVVV
303	VXXXXXXX	Or And
304	XVVVVVVV
304	VXXXXXXX	Or And
305	XVVVVVVV
305	VXXXXXXX	Or And
306	XVVVVVVV
306	VXXXXXXX	Or And
307	XVVVVVVV
307	VXXXXXXX	Or And
308	XVVVVVVV
308	VXXXXXXX	Or And
309	XVVVVVVV
309	VXXXXXXX	Or And
310	XVVVVVVV
310	VXXXXXXX	Or And
311	XVVVVVVV
311	VXXXXXXX	Or And
312	XVVVVVVV
312	VXXXXXXX	Or And
313	XVVVVVVV
313	VXXXXXXX	Or And
314	XVVVVVVV
314	VXXXXXXX	Or And
315	XVVVVVVV
315	VXXXXXXX	Or And
316	XVVVVVVV
316	VXXXXXXX	Or And
317	XVVVVVVV
317	VXXXXXXX	Or And
318	XVVVVVVV
318	VXXXXXXX	Or And
319	XVVVVVVV
319	VXXXXXXX	Or And
320	XVVVVVVV
320	VXXXXXXX	Or And
321	XVVVVVVV
321	VXXXXXXX	Or And
322	XVVVVVVV
322	VXXXXXXX	Or And
323	XVVVVVVV
323	VXXXXXXX	Or And
324	XVVVVVVV
324	VXXXXXXX	Or And
325	XVVVVVVV
325	VXXXXXXX	Or And
326	XVVVVVVV
326	VXXXXXXX	Or And
327	XVVVVVVV
327	VXXXXXXX	Or And
328	XVVVVVVV
328	VXXXXXXX	Or And
329	XVVVVVVV
329	VXXXXXXX	Or And
330	XVVVVVVV
330	VXXXXXXX	Or And
331	XVVVVVVV
331	VXXXXXXX	Or And
332	XVVVVVVV
332	VXXXXXXX	Or And
333	XVVVVVVV
333	VXXXXXXX	Or And
334	XVVVVVVV
334	VXXXXXXX	Or And
335	XVVVVVVV
335	VXXXXXXX	Or And
336	XVVVVVVV
336	VXXXXXXX	Or And
337	XVVVVVVV
337	VXXXXXXX	Or And
338	XVVVVVVV
338	VXXXXXXX	Or And
339	XVVVVVVV
339	VXXXXXXX	Or And
340	XVVVVVVV
340	VXXXXXXX	Or And
341	XVVVVVVV
341	VXXXXXXX	Or And
342	XVVVVVVV
342	VXXXXXXX	Or And
343	XVVVVVVV
343	VXXXXXXX	Or And
344	XVVVVVVV
344	VXXXXXXX	Or And
345	XVVVVVVV
345	VXXXXXXX	Or And
346	XVVVVVVV
346	VXXXXXXX	Or And
347	XVVVVVVV
347	VXXXXXXX	Or And
348	XVVVVVVV
348	VXXXXXXX	Or And
349	XVVVVVVV
349	VXXXXXXX	Or And
350	XVVVVVVV
350	VXXXXXXX	Or And
351	XVVVVVVV
351	VXXXXXXX	Or And
352	XVVVVVVV
352	VXXXXXXX	Or And
353	XVVVVVVV
353	VXXXXXXX	Or And
354	XVVVVVVV
354	VXXXXXXX	Or And
355	XVVVVVVV
355	VXXXXXXX	Or And
356	XVVVVVVV
356	VXXXXXXX	Or And
357	XVVVVVVV
357	VXXXXXXX	Or And
358	XVVVVVVV
358	VXXXXXXX	Or And
359	XVVVVVVV
359	VXXXXXXX	Or And
360	XVVVVVVV
360	VXXXXXXX	Or And
361	XVVVVVVV
361	VXXXXXXX	Or And
362	XVVVVVVV
362	VXXXXXXX	Or And
363	XVVVVVVV
363	VXXXXXXX	Or And
364	XVVVVVVV
364	VXXXXXXX	Or And
365	XVVVVVVV
365	VXXXXXXX	Or And
366	XVVVVVVV
366	VXXXXXXX	Or And
367	XVVVVVVV
367	VXXXXXXX	Or And
368	XVVVVVVV
368	VXXXXXXX	Or And
369	XVVVVVVV
369	VXXXXXXX	Or And
370	XVVVVVVV
370	VXXXXXXX	Or And
371	XVVVVVVV
371	VXXXXXXX	Or And
372	XVVVVVVV
372	VXXXXXXX	Or And
373	XVVVVVVV
373	VXXXXXXX	Or And
374	XVVVVVVV
374	VXXXXXXX	Or And
375	XVVVVVVV
375	VXXXXXXX	Or And
376	XVVVVVVV
376	VXXXXXXX	Or And
377	XVVVVVVV
377	VXXXXXXX	Or And
378	XVVVVVVV
378	VXXXXXXX	Or And
381	XVVVVVVV
381	VXXXXXXX	Or And
382	XVVVVVVV
382	VXXXXXXX	Or And
383	XVVVVVVV
383	VXXXXXXX	Or And
384	XVVVVVVV
384	VXXXXXXX	Or And
385	XVVVVVVV
385	VXXXXXXX
386	XVVVVVVV
386	VXXXXXXX	Or And
387	XVVVVVVV
387	VXXXXXXX	Or And
388	XVVVVVVV
388	VXXXXXXX	Or And
389	XVVVVVVV
389	VXXXXXXX	Or And
390	XVVVVVVV
390	VXXXXXXX
391	XVVVVVVV
391	VXXXXXXX	Or And
392	XVVVVVVV
392	VXXXXXXX	Or And
393	XVVVVVVV
393	VXXXXXXX	Or And
394	XVVVVVVV
394	VXXXXXXX	Or And
395	XVVVVVVV
395	VXXXXXXX
396	XVVVVVVV
396	VXXXXXXX	Or And
397	XVVVVVVV
397	VXXXXXXX	Or And
398	XVVVVVVV
398	VXXXXXXX	Or And
399	XVVVVVVV
399	VXXXXXXX	Or And
400	XVVVVVVV
400	VXXXXXXX
401	XVVVVVVV
401	VXXXXXXX	Or And
402	XVVVVVVV
402	VXXXXXXX	Or And
403	XVVVVVVV
403	VXXXXXXX	Or And
404	XVVVVVVV
404	VXXXXXXX	Or And
405	XVVVVVVV
405	VXXXXXXX
406	XVVVVVVV
406	VXXXXXXX	Or And
407	XVVVVVVV
407	VXXXXXXX	Or And
408	XVVVVVVV
408	VXXXXXXX	Or And
409	XVVVVVVV
409	VXXXXXXX	Or And
410	XVVVVVVV
410	VXXXXXXX
411	XVVVVVVV
411	VXXXXXXX	Or And
412	XVVVVVVV
412	VXXXXXXX	Or And
413	XVVVVVVV
413	VXXXXXXX	Or And
414	XVVVVVVV
414	VXXXXXXX	Or And
415	XVVVVVVV
415	VXXXXXXX
416	XVVVVVVV
416	VXXXXXXX	Or And
417	XVVVVVVV
417	VXXXXXXX	Or And
418	XVVVVVVV
418	VXXXXXXX	Or And
419	XVVVVVVV
419	VXXXXXXX	Or And
420	XVVVVVVV
420	VXXXXXXX

DAC20 General Settings Output Cells Input Cells Routes 1-4 Set Base address for calling routes from a Throttle, add from 1 to 7 to this address to trigger subsequent routes Enter either Cell number 1-8 for Closed, or 11-18 for Thrown or use two Elements to enter values Y and X, see DAC20 manual Routes 5-8 Set Base address for calling routes from a Throttle, add from 1 to 7 to this address to trigger subsequent routes Enter either Cell number 1-8 for Closed, or 11-18 for Thrown or use two Elements to enter values Y and X, see DAC20 manual Advanced Conditional 1-2 Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. Each output on the DAC20 can be triggered automatically if the conditions occur. Set each Element in the Condition as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. If the Output is a Turnout, create rules for THROWN and CLOSED, plus rules which will LOCK the turnout If the Output is a Light, create two groups of rules for ON, plus rules which will LOCK the light Turnout 1 Thrown Or Light 1 (On) group 1 Turnout 1 Closed Or Light 1 (On) group 2 Turnout 2 Thrown Or Light 2 (On) group 1 Turnout 2 Closed Or Light 2 (On) group 2 Lock Output 1 Conditions Lock Output 2 Conditions Advanced Conditional 3-4 Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. Each output on the DAC20 can be triggered automatically if the conditions occur. Set each Element in the Condition as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. If the Output is a Turnout, create rules for THROWN and CLOSED, plus rules which will LOCK the turnout If the Output is a Light, create two groups of rules for ON, plus rules which will LOCK the light Turnout 3 Thrown Or Light 3 (On) group 1 Turnout 3 Closed Or Light 3 (On) group 2 Turnout 4 Thrown Or Light 4 (On) group 1 Turnout 4 Closed Or Light 4 (On) group 2 Lock Output 3 Conditions Lock Output 4 Conditions Advanced Conditional 5-6 Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. Each output on the DAC20 can be triggered automatically if the conditions occur. Set each Element in the Condition as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. If the Output is a Turnout, create rules for THROWN and CLOSED, plus rules which will LOCK the turnout If the Output is a Light, create two groups of rules for ON, plus rules which will LOCK the light Turnout 5 Thrown Or Light 5 (On) group 1 Turnout 5 Closed Or Light 5 (On) group 2 Turnout 6 Thrown Or Light 6 (On) group 1 Turnout 6 Closed Or Light 6 (On) group 2 Lock Output 5 Conditions Lock Output 6 Conditions Advanced Conditional 7-8 Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. Each output on the DAC20 can be triggered automatically if the conditions occur. Set each Element in the Condition as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. If the Output is a Turnout, create rules for THROWN and CLOSED, plus rules which will LOCK the turnout If the Output is a Light, create two groups of rules for ON, plus rules which will LOCK the light Turnout 7 Thrown Or Light 7 (On) group 1 Turnout 7 Closed Or Light 7 (On) group 2 Turnout 8 Thrown Or Light 8 (On) group 1 Turnout 8 Closed Or Light 8 (On) group 2 Lock Output 7 Conditions Lock Output 8 Conditions Conditional Routes Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. For each ROUTE defined in the Route Tables, optionally select conditional elements to trigger the ROUTE as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. External Devices External Devices can be used in Conditional rules. These may be any turnout, signal or sensor, including 'imaginary' ones not represented on the layout If an External Device is used in more than one Conditional rule it only needs to be defined once in this table If a Turnout, calculate X and Y as follows: The address, 1 to 2048 is made up as Y*256 + X . X takes values 0-255, Y values 0-8 If a Signal, add 10 to the value calculated for Y, thus for an address 1 to 2048 is made up as ( Y*256 - 10 ) + X. X takes values 0-255, Y values 10-18 If a Sensor, the Board number (1-255) is written into X, the sensor number (1-16) has 100 added to it and written into Y (thus Y = 101-116)

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