1.a DMX Chart
c hanne l
func tio n
typ e o f c o ntro l
e ffe c t
1
Pan (X) mo ve me nt,
c o arse
p ro p o rtio nal
c o ntro l o f the mo ve me nt o f the b e am o f lig ht b y p ro p o rtio nal
ro tatio n o f the p an mo to r o f the fixture at the b ase
0
- 2 5 5
0 %
- 1 0 0 %
2
Pan (X) mo ve me nt,
fine
p ro p o rtio nal
fine c o ntro l o f the mo ve me nt o f the b e am o f lig ht b y
p ro p o rtio nal ro tatio n o f the p an mo to r o f the fixture at the b ase
0
- 2 5 5
0 %
- 1 0 0 %
3
Tilt (Y) mo ve me nt,
c o arse
p ro p o rtio nal
c o ntro l o f the mo ve me nt o f the b e am o f lig ht b y p ro p o rtio nal
ro tatio n o f the tilt mo to r o f the fixture at the yo ke
0
- 2 5 5
0 %
- 1 0 0 %
4
Tilt (Y) mo ve me nt,
fine
p ro p o rtio nal
fine c o ntro l o f the mo ve me nt o f the b e am o f lig ht b y
p ro p o rtio nal ro tatio n o f the tilt mo to r o f the fixture at the yo ke
0
- 2 5 5
0 %
- 1 0 0 %
ste p
standard
0
- 10
0 %
-
4 %
p ro p o rtio nal
variab le sp e e d (slo w to fast) "M Sp e e d"
11
- 2 0 0
4 %
- 7 8 %
ste p
fast mo ve me nt (ide al fo r rap id p ro g ramming )
2 0 1 - 2 5 5
7 9 %
- 1 0 0 %
6
d im m e r
p ro p o rtio nal
fro m c lo se d to o p e n
0
- 2 5 5
0 %
- 1 0 0 %
ste p
b lac ko ut c lo se d (zap o ff)
0
-
9
0 %
-
4 %
p ro p o rtio nal
sync hro nise d stro b ing e ffe c t, fro m slo w to fast
10
- 66
4 %
- 2 6 %
ste p
b lac ko ut o p e n (zap o ff)
6 7
- 68
2 6 %
- 2 7 %
p ro p o rtio nal
se q ue nc e d p ulse e ffe c t, slo w c lo sing , fast o p e ning (Sp e e d
variab le fro m slo w to fast)
69
- 1 2 5
2 7 %
- 4 9 %
ste p
b lac ko ut o p e n (zap o ff)
1 2 6 - 1 2 7
4 9 %
- 5 0 %
p ro p o rtio nal
se q ue nc e d p ulse e ffe c t, fast c lo sing , slo w o p e ning (Sp e e d
variab le fro m fast to slo w )
1 2 8 - 1 8 4
5 0 %
- 7 2 %
ste p
b lac ko ut o p e n (zap o ff)
1 8 5 - 1 8 7
7 3 %
- 7 3 %
p ro p o rtio nal
rando m stro b e e ffe c t w ith variab le sp e e d fro m slo w to fast
1 8 8 - 2 4 4
7 4 %
- 9 6 %
ste p
b lac ko ut o p e n (zap o ff)
2 4 5 - 2 5 5
9 6 %
- 1 0 0 %
ste p
o pe n
0
-
9
0 %
-
4 %
p ro p o rtio nal
maximum o p e n to c lo se d
10
- 2 5 5
4 %
- 1 0 0 %
9
fo c us
p ro p o rtio nal
fo c us
0
- 2 5 5
0 %
- 1 0 0 %
10
zo o m
p ro p o rtio nal
zo o m - w ide to narro w
0
- 2 5 5
0 %
- 1 0 0 %
ste p
no e ffe c t
0
-
5
0 %
-
2 %
ste p
w he e l p o sitio ning in the b e am
6
- 2 9
2 %
- 1 1 %
p ro p o rtio nal
ro tate e ffe c ts w he e l 0 ° - 3 6 0 °
30
- 1 2 8
1 2 %
- 5 0 %
p ro p o rtio nal
c o ntinuo us c lo c kw ise variab le sp e e d ro tatio n o f e ffe c ts w he e l,
maximum to minimum sp e e d
1 2 9 - 1 9 0
5 1 %
- 7 5 %
ste p
no ro tatio n
1 9 1 - 1 9 5
7 5 %
- 7 6 %
p ro p o rtio nal
c o ntinuo us c o unte r-c lo c kw ise variab le sp e e d ro tatio n o f e ffe c ts
w he e l, minimum to maximum sp e e d
1 9 6 - 2 5 5
7 7 %
- 1 0 0 %
ste p
no e ffe c t
0
-
5
0 %
-
2 %
ste p
w he e l p o sitio ning in the b e am
6
- 2 9
2 %
- 1 1 %
p ro p o rtio nal
ro tate e ffe c ts w he e l 0 ° - 3 6 0 °
30
- 1 2 8
1 2 %
- 5 0 %
p ro p o rtio nal
c o ntinuo us c lo c kw ise variab le sp e e d ro tatio n o f e ffe c ts w he e l,
maximum to minimum sp e e d
1 2 9 - 1 9 0
5 1 %
- 7 5 %
ste p
no ro tatio n
1 9 1 - 1 9 5
7 5 %
- 7 6 %
p ro p o rtio nal
c o ntinuo us c o unte r-c lo c kw ise variab le sp e e d ro tatio n o f e ffe c ts
w he e l, minimum to maximum sp e e d
1 9 6 - 2 5 5
7 7 %
- 1 0 0 %
ste p
no e ffe c t
0
-
9
0 %
-
4 %
ste p
p o sitio ning o f first e ffe c ts w he e l
1 0
- 1 3 2
4 %
- 5 2 %
ste p
p o sitio ning o f se c o nd e ffe c ts w he e l
1 3 3 - 2 5 5
5 2 %
- 1 0 0 %
ste p
no ro tatio n
0
-
9
0 %
-
4 %
p ro p o rtio nal
ro tate e ffe c ts w he e l 0 ° - 3 6 0 °
10
- 1 2 8
4 %
- 5 0 %
p ro p o rtio nal
c o ntinuo us c lo c kw ise variab le sp e e d ro tatio n o f e ffe c ts w he e l,
maximum to minimum sp e e d
1 2 9 - 1 9 0
5 1 %
- 7 5 %
ste p
no ro tatio n
1 9 1 - 1 9 5
7 5 %
- 7 6 %
p ro p o rtio nal
c o ntinuo us c o unte r-c lo c kw ise variab le sp e e d ro tatio n o f e ffe c ts
w he e l, minimum to maximum sp e e d
1 9 6 - 2 5 5
7 7 %
- 1 0 0 %
13
e ffe c ts g ro up
p o sitio ning
p ro p o rtio nal
e ffe c ts g ro up p o sitio ning
0
- 2 5 5
0 %
- 1 0 0 %
ste p
no g o b o
0
-
10
0 %
-
4 %
ste p
g o b o 1
11
-
51
4 %
- 2 0 %
ste p
g o b o 2
52
-
92
2 0 %
- 3 6 %
ste p
g o b o 3
93
- 1 3 2
3 6 %
- 5 2 %
ste p
g o b o 4
1 3 3 - 1 7 3
5 2 %
- 6 8 %
ste p
g o b o 5
1 7 4 - 2 1 4
6 8 %
- 8 4 %
ste p
g o b o 6
2 1 5 - 2 5 5
8 4 %
- 1 0 0 %
ste p
no e ffe ct
0
- 1 0
0 %
-
4 %
p ro p o rtio nal
p ro p o rtio nal p o sitio ning o f the g o b o thro ug h 3 6 0 °
11
- 2 5 5
4 %
- 1 0 0 %
de c imal
p e rc e ntag e
5
iris diap hrag m
Blac ko ut, Stro b e ,
zap e ffe ct
(de p e nding up
le ve l se t o n channe l
3 2 )
7
8
mo ve me nt "M"
spe e d
e ffe c t w he e l 1
ro tating g o b o
se le ctio n
14
12
e ffe c ts w he e l
ro tatio n
11
No te : the o ve rlap p ing o f the animate d e ffe c ts w he e ls c an b e e xc lude d b y se le c ting o n the disp lay EFF O NE (hidde n me nu mo re + me nu)
e ffe c t w he e l 2
11
se le c tio n o f
animate d e ffe cts
15
inde xing ro tating
g o b o s thro ug h
3 6 0 °
NO TE 1 : w he n c hanne l 1 5 is se t at a le ve l o f b e tw e e n 0 and 1 0 , g o b o ro tatio n (c hanne l 1 6 ) w ill no t affe c t inde xing . The g o b o w ill sto p
instantly.
12
4
Содержание i spot FLEX
Страница 1: ...2st edition july 2004 provisional instruction manual ...
Страница 2: ......
Страница 21: ...3rd edition june 2003 Additional technical information ...
Страница 22: ......
Страница 40: ...11 Electric diagrams Schemi elettrici 20 ...
