digirails DIGISWITCH DR4018 매뉴얼 - 페이지 17
{카테고리_이름} digirails DIGISWITCH DR4018에 대한 매뉴얼을 온라인으로 검색하거나 PDF를 다운로드하세요. digirails DIGISWITCH DR4018 17 페이지.
페이지 인쇄
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
www.digirails.com
->
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