Stationary Decoder decoder definition

Decoder Family: Stationary Decoder

SMD8

CV Definitions:

CV	Positions	Values
1	XVVVVVVV
9	XXXXXVVV
1	XXVVVVVV
1	XXVVVVVV
1	XXVVVVVV
2	XVVVVVVV
3	XXXXXVVV	Solenoid Stall Pulse Manual Control
4	XXXXXVVV	Solenoid Stall Pulse Manual Control
5	XXXXXVVV	Solenoid Stall Pulse Manual Control
6	XXXXXVVV	Solenoid Stall Pulse Manual Control
7
8
10	XXXXXVVV	Solenoid Stall Pulse Manual Control
11	XXXXXVVV	Solenoid Stall Pulse Manual Control
12	XXXXXVVV	Solenoid Stall Pulse Manual Control
13	XXXXXVVV	Solenoid Stall Pulse Manual Control
14	XXXXXXXV
14	XXXXXXVX
14	XXXXXVXX
14	XXXXVXXX
15	XXXXXXXV
15	XXXXXXVX
15	XXXXXVXX
15	XXXXVXXX
15	XXXVXXXX
15	XXVXXXXX
15	XVXXXXXX
15	VXXXXXXX
16	XXXXXXXV	c t
16	XXXXXXVX	c t
16	XXXXXVXX	c t
16	XXXXVXXX	c t
16	XXXVXXXX	c t
16	XXVXXXXX	c t
16	XVXXXXXX	c t
16	VXXXXXXX	c t
17	XXXXXXXV
17	XXXXXXVX
17	XXXXXVXX
17	XXXXVXXX
17	XXXVXXXX
17	XXVXXXXX
17	XVXXXXXX
17	VXXXXXXX
18	XXXXXXXV	c t
18	XXXXXXVX	c t
18	XXXXXVXX	c t
18	XXXXVXXX	c t
18	XXXVXXXX	c t
18	XXVXXXXX	c t
18	XVXXXXXX	c t
18	VXXXXXXX	c t
19	XXXXXXXV
19	XXXXXXVX
19	XXXXXVXX
19	XXXXVXXX
19	XXXVXXXX
19	XXVXXXXX
19	XVXXXXXX
19	VXXXXXXX
20	XXXXXXXV	c t
20	XXXXXXVX	c t
20	XXXXXVXX	c t
20	XXXXVXXX	c t
20	XXXVXXXX	c t
20	XXVXXXXX	c t
20	XVXXXXXX	c t
20	VXXXXXXX	c t
21	XXXXXXXV
21	XXXXXXVX
21	XXXXXVXX
21	XXXXVXXX
21	XXXVXXXX
21	XXVXXXXX
21	XVXXXXXX
21	VXXXXXXX
22	XXXXXXXV	c t
22	XXXXXXVX	c t
22	XXXXXVXX	c t
22	XXXXVXXX	c t
22	XXXVXXXX	c t
22	XXVXXXXX	c t
22	XVXXXXXX	c t
22	VXXXXXXX	c t
25	XXVVVVVV
25	XXVVVVVV
25	XXVVVVVV
26	XXVVVVVV
26	XXVVVVVV
26	XXVVVVVV
29	XXXXXXVV	None Option 1 - Use Power Off State Option 2 - Use Set State
30	XXXXXXXV
30	XXXXXXVX
30	XXXXXVXX
30	XXXXVXXX
30	XXXVXXXX
30	XXVXXXXX
30	XVXXXXXX
30	VXXXXXXX
31	XXXXXXXV	c t
31	XXXXXXVX	c t
31	XXXXXVXX	c t
31	XXXXVXXX	c t
31	XXXVXXXX	c t
31	XXVXXXXX	c t
31	XVXXXXXX	c t
31	VXXXXXXX	c t
32	XXXXXXXV
32	XXXXXXVX
32	XXXXXVXX
32	XXXXVXXX
32	XXXVXXXX
32	XXVXXXXX
32	XVXXXXXX
32	VXXXXXXX
33	XXXXXXXV	c t
33	XXXXXXVX	c t
33	XXXXXVXX	c t
33	XXXXVXXX	c t
33	XXXVXXXX	c t
33	XXVXXXXX	c t
33	XVXXXXXX	c t
33	VXXXXXXX	c t
34	XXXXXXXV
34	XXXXXXVX
34	XXXXXVXX
34	XXXXVXXX
34	XXXVXXXX
34	XXVXXXXX
34	XVXXXXXX
34	VXXXXXXX
35	XXXXXXXV	c t
35	XXXXXXVX	c t
35	XXXXXVXX	c t
35	XXXXVXXX	c t
35	XXXVXXXX	c t
35	XXVXXXXX	c t
35	XVXXXXXX	c t
35	VXXXXXXX	c t
36	XXXXXXXV
36	XXXXXXVX
36	XXXXXVXX
36	XXXXVXXX
36	XXXVXXXX
36	XXVXXXXX
36	XVXXXXXX
36	VXXXXXXX
37	XXXXXXXV	c t
37	XXXXXXVX	c t
37	XXXXXVXX	c t
37	XXXXVXXX	c t
37	XXXVXXXX	c t
37	XXVXXXXX	c t
37	XVXXXXXX	c t
37	VXXXXXXX	c t
38	XXXXXXXV
38	XXXXXXVX
38	XXXXXVXX
38	XXXXVXXX
38	XXXVXXXX
38	XXVXXXXX
38	XVXXXXXX
38	VXXXXXXX
39	XXXXXXXV	c t
39	XXXXXXVX	c t
39	XXXXXVXX	c t
39	XXXXVXXX	c t
39	XXXVXXXX	c t
39	XXVXXXXX	c t
39	XVXXXXXX	c t
39	VXXXXXXX	c t
40	XXXXXXXV
40	XXXXXXVX
40	XXXXXVXX
40	XXXXVXXX
40	XXXVXXXX
40	XXVXXXXX
40	XVXXXXXX
40	VXXXXXXX
41	XXXXXXXV	c t
41	XXXXXXVX	c t
41	XXXXXVXX	c t
41	XXXXVXXX	c t
41	XXXVXXXX	c t
41	XXVXXXXX	c t
41	XVXXXXXX	c t
41	VXXXXXXX	c t
42	XXXXXXXV
42	XXXXXXVX
42	XXXXXVXX
42	XXXXVXXX
42	XXXVXXXX
42	XXVXXXXX
42	XVXXXXXX
42	VXXXXXXX
43	XXXXXXXV	c t
43	XXXXXXVX	c t
43	XXXXXVXX	c t
43	XXXXVXXX	c t
43	XXXVXXXX	c t
43	XXVXXXXX	c t
43	XVXXXXXX	c t
43	VXXXXXXX	c t
44	XXXXXXXV
44	XXXXXXVX
44	XXXXXVXX
44	XXXXVXXX
44	XXXVXXXX
44	XXVXXXXX
44	XVXXXXXX
44	VXXXXXXX
45	XXXXXXXV	c t
45	XXXXXXVX	c t
45	XXXXXVXX	c t
45	XXXXVXXX	c t
45	XXXVXXXX	c t
45	XXVXXXXX	c t
45	XVXXXXXX	c t
45	VXXXXXXX	c t
46	XXXXXXXV
46	XXXXXXVX
46	XXXXXVXX
46	XXXXVXXX
46	XXXVXXXX
46	XXVXXXXX
46	XVXXXXXX
46	VXXXXXXX
47	XXXXXXXV	c t
47	XXXXXXVX	c t
47	XXXXXVXX	c t
47	XXXXVXXX	c t
47	XXXVXXXX	c t
47	XXVXXXXX	c t
47	XVXXXXXX	c t
47	VXXXXXXX	c t
48	XXXXXXXV
48	XXXXXXVX
48	XXXXXVXX
48	XXXXVXXX
48	XXXVXXXX
48	XXVXXXXX
48	XVXXXXXX
48	VXXXXXXX
49	XXXXXXXV	c t
49	XXXXXXVX	c t
49	XXXXXVXX	c t
49	XXXXVXXX	c t
49	XXXVXXXX	c t
49	XXVXXXXX	c t
49	XVXXXXXX	c t
49	VXXXXXXX	c t
50	XXXXXXXV
50	XXXXXXVX
50	XXXXXVXX
50	XXXXVXXX
50	XXXVXXXX
50	XXVXXXXX
50	XVXXXXXX
50	VXXXXXXX
51	XXXXXXXV	c t
51	XXXXXXVX	c t
51	XXXXXVXX	c t
51	XXXXVXXX	c t
51	XXXVXXXX	c t
51	XXVXXXXX	c t
51	XVXXXXXX	c t
51	VXXXXXXX	c t
52	XXXXXXXV
52	XXXXXXVX
52	XXXXXVXX
52	XXXXVXXX
52	XXXVXXXX
52	XXVXXXXX
52	XVXXXXXX
52	VXXXXXXX
53	XXXXXXXV	c t
53	XXXXXXVX	c t
53	XXXXXVXX	c t
53	XXXXVXXX	c t
53	XXXVXXXX	c t
53	XXVXXXXX	c t
53	XVXXXXXX	c t
53	VXXXXXXX	c t
54	XXXXXXXV
54	XXXXXXVX
54	XXXXXVXX
54	XXXXVXXX
54	XXXVXXXX
54	XXVXXXXX
54	XVXXXXXX
54	VXXXXXXX
55	XXXXXXXV	c t
55	XXXXXXVX	c t
55	XXXXXVXX	c t
55	XXXXVXXX	c t
55	XXXVXXXX	c t
55	XXVXXXXX	c t
55	XVXXXXXX	c t
55	VXXXXXXX	c t
56	XXXXXXXV
56	XXXXXXVX
56	XXXXXVXX
56	XXXXVXXX
56	XXXVXXXX
56	XXVXXXXX
56	XVXXXXXX
56	VXXXXXXX
57	XXXXXXXV	c t
57	XXXXXXVX	c t
57	XXXXXVXX	c t
57	XXXXVXXX	c t
57	XXXVXXXX	c t
57	XXVXXXXX	c t
57	XVXXXXXX	c t
57	VXXXXXXX	c t
58	XXXXXXXV
58	XXXXXXVX
58	XXXXXVXX
58	XXXXVXXX
58	XXXVXXXX
58	XXVXXXXX
58	XVXXXXXX
58	VXXXXXXX
59	XXXXXXXV	c t
59	XXXXXXVX	c t
59	XXXXXVXX	c t
59	XXXXVXXX	c t
59	XXXVXXXX	c t
59	XXVXXXXX	c t
59	XVXXXXXX	c t
59	VXXXXXXX	c t
60	XXXXXXXV
60	XXXXXXVX
60	XXXXXVXX
60	XXXXVXXX
60	XXXVXXXX
60	XXVXXXXX
60	XVXXXXXX
60	VXXXXXXX
61	XXXXXXXV	c t
61	XXXXXXVX	c t
61	XXXXXVXX	c t
61	XXXXVXXX	c t
61	XXXVXXXX	c t
61	XXVXXXXX	c t
61	XVXXXXXX	c t
61	VXXXXXXX	c t
63	XXXXXXVV	n t c
63	XXXXVVXX	n t c
63	XXVVXXXX	n t c
63	VVXXXXXX	n t c
64	XXXXXXVV	n t c
64	XXXXVVXX	n t c
64	XXVVXXXX	n t c
64	VVXXXXXX	n t c

Use this number to set the address range and to reference and/or label a SMD8 (Note: Initially a number of 2 or 3 may need to be entered for correct calculation) The address of output 1 is calculated based on the CV values Address = ((CV9 X 64) + CV1) X 4) - 3 If CV9 = 0 then Address = (CV1 X 4) - 3 Examples of address calculation CV1 = 1, CV9 = 0 CV1 = 2, CV9 = 0 CV1 = 0, CV9 = 1 CV1 = 1, CV9 = 1 Output# Address Address Address Address 1 1 5 253 257 2 2 6 254 258 3 3 7 255 259 4 4 8 256 260 5 5 9 257 261 6 6 10 258 262 7 7 11 259 263 8 8 12 260 264 Basic Mfg ---- Local Routes ---- Each local route is controlled by the respective local input Output# Local Route 1 Selection Local Route 1 Switch State 1 2 3 4 5 6 7 8 Local Route 2 Selection Local Route 2 Switch State Local Route 3 Selection Local Route 3 Switch State Local Route 4 Selection Local Route 4 Switch State ---- Toggle Output State ---- Inputs ---- Output Configuration ---- Sets the pulse length for outputs configured as Pulse Duration in seconds = CV value times .256 The default value of 31 gives about 8 seconds ---- Power On Output State ---- Output# None Throw (Reverse) Close (Normal) 1 2 3 4 5 6 7 8 Sets the output state to always be the same at power on Only applies if Option 2 is selected Outputs ---- Remote Control Route Address ---- Route Addresses though Examples of address calculation CV25 = 1 CV25 = 2 Route# Address Address 1 1t 5t 2 1c 5c 3 2t 6t 4 2c 6c 5 3t 7t 6 3c 7c 7 4t 8t 8 4c 8c ---- Remote Control Routes ---- Output# Route 1 Selection Route 1 Switch State 1 2 3 4 5 6 7 8 Route 2 Selection Route 2 Switch State Route 3 Selection Route 3 Switch State Route 4 Selection Route 4 Switch State Route 5 Selection Route 5 Switch State Route 6 Selection Route 6 Switch State Route 7 Selection Route 7 Switch State Route 8 Selection Route 8 Switch State Route Group 1-8 ---- Remote Control Route Address ---- Route Addresses though Examples of address calculation CV26 = 1 CV26 = 2 Route# Address Address 1 1t 5t 2 1c 5c 3 2t 6t 4 2c 6c 5 3t 7t 6 3c 7c 7 4t 8t 8 4c 8c ---- Remote Control Routes ---- Output# Route 9 Selection Route 9 Switch State 1 2 3 4 5 6 7 8 Route 10 Selection Route 10 Switch State Route 11 Selection Route 11 Switch State Route 12 Selection Route 12 Switch State Route 13 Selection Route 13 Switch State Route 14 Selection Route 14 Switch State Route 15 Selection Route 15 Switch State Route 16 Selection Route 16 Switch State Route Group 9-16 CVs

This page was produced by JMRI.

JMRI, DecoderPro, PanelPro, DispatcherPro and associated logos are our trademarks.

Additional information on copyright, trademarks and licenses is linked here.