digirails DIGISWITCH DR4018 Handbuch - Seite 17
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DR4018 DIGISWITCH (v1.2)
Example programming of PRESET combination
With this preset we set the module up to
carry out a combination of presets, in this example
taking PRESET7 as a basis.
Programming example:
Step 1:
Program CV47 PRESET 7
Step 2:
Turn off second set of signals
(CV133 and CV134 value 0)
Step 3:
Set maximum brightness and fade
(Output 9 through16 - CV121 through
CV128 value 31)
Step 4:
Turn off control signals 3 and 4
CV191
CV215
Step 5:
Turn on output mapping for two-light signal (Address 9 through 12)
CV189
CV190
CV192
CV193
CV195
CV196
CV198
CV199
CV201
CV202
CV204
CV205
CV207
CV208
CV210
CV211
Step 6:
Turn off address 13 through 16
CV189
CV213
CV214
CV216
CV217
CV219
CV220
CV222
CV223
CV225
CV226
CV228
CV229
CV231
CV232
CV234
CV235
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->
0
->
0
->
0
(Address 9 ON, Output 1 through 8)
->
1
(Address 9 ON, Output 9 through 16)
->
0
(Address 9 OFF, Output 1 through 8)
->
2
(Address 9 OFF, Output 9 through 16)
->
0
(Address 10 ON, Output 1 through 8)
->
4
(Address 10 ON, Output 9 through 16) = output 11
->
0
(Address 10 OFF, Output 1 through 8)
->
8
(Address 10 OFF, Output 9 through 16) = output 12
->
0
(Address 11 ON, Output 1 through 8)
->
16
(Address 11 ON, Output 9 through 16) = output 13
->
0
(Address 11 OFF, Output 1 through 8)
->
32
(Address 11 OFF, Output 9 through 16) = output 14
->
0
(Address 12 ON, Output 1 through 8)
->
64
(Address 12 ON, Output 9 through 16) = output 15
->
0
(Address 12 OFF, Output 1 through 8)
->
128 (Address 12 OFF, Output 9 through 16) = output 16
->
0
(Address 9 ON, Output 1 through 8)
->
0
(Address 13 ON, Output 9 through 16)
->
0
(Address 13 ON, Output 1 through 8)
->
0
(Address 13 OFF, Output 9 through 16)
->
0
(Address 13 OFF, Output 1 through 8)
->
0
(Address 14 ON, Output 9 through 16)
->
0
(Address 14 ON, Output 1 through 8)
->
0
(Address 14 OFF, Output 9 through 16)
->
0
(Address 14 OFF, Output 1 through 8)
->
0
(Address 15 ON, Output 9 through 16)
->
0
(Address 15 ON, Output 1 through 8)
->
0
(Address 15 OFF, Output 9 through 16)
->
0
(Address 15 OFF, Output 1 through 8)
->
0
(Address 16 ON, Output 9 through 16)
->
0
(Address 16 ON, Output 9 through 16)
->
0
(Address 16 OFF, Output 1 through 8)
->
0
(Address 16 OFF, Output 9 through 16)
(only for EXPERTS)
= output 9
= output 10
CONNECTION EXAMPLE
Page 17