ETC Selador Application Design Guide User Manual
Page 11
Vivid, Lustr, and Paletta
Secondary Lens Clarity Table
Vivid-R
Secondary Lens Clarity Table
11
Microlens
Lens
Lens
Efficiency
Vivid
Field
Angle
Horiz
Vivid
Field
Angle
Vert
Paletta
Field
Angle
Horiz
Paletta
Field
Angle
Vert
Lustr
Field
Angle
Horiz
Lustr
Field
Angle
Vert
Vivid
Paletta
Lustr
none
na
na
na
18
18
25
25
26
26
H40
97%
93%
93%
41
21
44
26
45
27
V40
100%
94%
94%
23
40
28
44
28
44
H50
96%
93%
95%
72
21
74
27
75
28
V50
97%
94%
94%
24
72
29
76
31
76
H60
97%
94%
95%
68
21
71
27
71
27
V60
99%
95%
96%
24
67
30
70
31
71
H70
96%
91%
93%
72
21
78
28
79
28
V70
97%
91%
94%
25
72
31
78
31
79
H80
92%
90%
90%
~78
22
80
27
82
28
V80
95%
90%
92%
26
80
31
82
31
82
H40 + V40
90%
86%
86%
44
42
47
45
48
46
H60 + V60
95%
91%
92%
70
70
73
72
73
72
H40 + V60
92%
89%
89%
45
69
48
72
48
72
H40 + V80
88%
85%
85%
45
81
48.6
82
49
82
Microlens
Lens
Vivid-R Lens
Efficiency
Vivid-R Field
Angle Horiz
Vivid-R Field
Angle Vert
none
na
16
16
H20
101%
36
20
V20
105%
22
36
H30
101%
34
20
V30
103%
22
33
H40
102%
38
20
V40
104%
22
38
H60
105%
67
21
V60
111%
29
66
H80
103%
78
21
V80
108%
29
77
H20 + V20
102%
40
39
H30 + V30
100%
38
36
H40 + V40
102%
42
41
H60 + V60
109%
70
68
H80 + V80
100%
80
79
H40 + V20
102%
42
39
H60 + V30
104%
69
38
H80 + V40
102%
79
42
Note:
Efficiencies above 100% are caused by a redistribution of the light such that a greater % of the light is
usable (e.g. field) lumens.”