CHIARO II
Fluorescent
One or Two Lamp,
T5, T5 HO or T8
Applications: This durable, moisture-proof luminaire is
ideal for locations where humidity and dust is a constant
challenge. The internal prismatic structure allows easy
cleaning of the fixture while providing excellent glare
control and high efficiency. CHIARO II is a good choice
for industrial facilities and parking garages.
Surface-Mounted
or Suspended Wet
Location (IP 65)
Diffuser Luminaire
4'/5'
online
Find it Fast
1055
Type:
Project:
CHIARO-II
CHIARO-II
FIXTURE
LAMPING
CHIARO-II
CHIARO II
1285
1328
1545
2285
2328
2545
(1) 28W T5
(1) 32W T8
(1) 54W T5 HO
(2) 28W T5
(2) 32W T8
(2) 54W T5 HO
4
1355 (1) 35W T5
1408 (1) 40W T8
1805 (1) 80W T5 HO
2355 (2) 35W T5
2408 (2) 40W T8
2805* (2) 80W T5 HO
5
LENGTH
VOLTAGE/BALLAST
4'
U Universal
120/277V
SD_* Step Dimming
ST4*Stem Mount, 4' Stem
* See Step Dimming note
below for availability
* Specify “1” for 120V
or “2” for 277V
End View –
Stem Mount
2"
Rectangular Weatherproof Junction
Box with 1/2" Trade Holes & Gasket
for All Electrical Connections
(by others)
2' = 27 1/8"
4' = 51 1/8"
4 3/8"
SK 20" Aircraft Cable
Suspension Kit,
includes feed cord
ST2 Stem Mount, 2' Stem
5'
* This lamping requires
2 ballasts
End View
MOUNTING
SM Surface Mounting Kit
* ST4 not available with
(2) 35W EM, (2) 40W EM, or
(2) 54W EM, which require
remote Standby Battery Pack
OPTIONS
V2A Stainless Steel Fastener Set
CSO Cool Spot Optimizer (T5 / T5 HO only)
EM1_* Standby Battery Pack, 1 lamp
DOS13 Daylight/Occupancy Sensor,
1 lamp - 360° lens
DOS1A Daylight/Occupancy Sensor,
1 lamp - Aisle lens
DOS23 Daylight/Occupancy Sensor,
2 lamp - 360° lens
DOS2A Daylight/Occupancy,
2 lamp - Aisle lens
CF Center Feed
* Specify “1” for 120V or “2” for 277V
EM not suitable for 80W
Side View –
Stem Mount
4 3/8"
5 3/4"
Drawings are not drawn to
the same scale.
4' CHIARO II
Top View
5 3/4"
5' CHIARO II
35 3/4"
1 1/4"
1 1/4"
28 1/4"
Side View
Top View
IBEW Union Made
Suitable for
wet locations
Approved for
thru-wiring
2. Lamping – (1) or (2) T5, T5 HO or T8 fluorescent
lamps, supplied by others.
3. Ballast – Universal voltage electronic 120/277V
ballast. Ambient temperature will influence
performance of fluorescent lamp output. Consult
factory for applications with ambient temperatures
< 15°F or > 95°F.
Zumtobel Lighting, Inc. ©2013
3300 Route 9W
Highland, NY 12528-2630
845-691-6262
800-448-4131
zli.us@zumtobel.com
D00584TS
www.zumtobel.us
10/23/13
5' = 50"
4' = 51 1/4"
5' = 63"
47 1/2"
1 1/4"
1 1/4"
Side View
51 1/4"
1. Housing – Polycarbonate diffuser is made
of single piece injection molding, with internal
prismatic structure. Transparent housing allows
for direct and indirect light. Optional V2A Stainless
Steel fasteners are tamper-resistant, and require
screwdriver or other flat tool for access to fixture.
4' = 38 1/4"
36"
63"
4. Step Dimming – Step Dimming available with
the following lamping options: (1) or (2) 28W T5,
(2) 54W T5 HO, or (1) or (2) 32W T8.
5. Mounting – Surface-mount with two supplied
stainless steel mounting brackets. May be suspended
with 20" Aircraft Cable Suspension Kit, or 2 foot or 4
foot white stems. Optional Center Feed comes from
the factory pre-drilled. Feed cord is white.
6. Cool Spot Optimizer – Aluminum sleeve
with an injection molded insert that sits into the
T5 / T5 HO lamp base (one per lamp on the label
side). Keeps the cold spot of the lamp insulated
and close to its optimal operating temperature
in cold weather.
In a continuing effort to offer the best product possible, we
reserve the right to change, without notice, specifications or
materials. Technical specification sheets that appear on
www.zumtobel.us are the most recent version and supersede all
other versions that exist in any other printed or electronic form.
7. Sensor – External sensor mounted at the factory
through end drill guides. Can be set in the field for
occupancy control, or set with daylighting override.
Sensor drops 5.5” below the bottom of CHIARO II,
and protrudes out 5.5” from the end of the fixture.
8. Emergency Backup – Integral EM with (1) or
(2) lamp 28W or 32W, or (1) lamp 35W, 40W, or
54W. Remote EM pack for (2) 35W, (2) 40W, and
(2) 54W. (Remote EM not available with 4' stem
mount.) Test switch located inside housing. EM not
available with 80W.
Remote
EM Pack
Cool Spot Optimizer
The Zumtobel patented Cool Spot Optimizer (CSO)
was designed to help T5 and T5 HO lamps run at their
optimal operating temperature. These lamps achieve
maximum light output at 35° C (95° F). Significantly
lower or higher temperatures may decrease the
light output.
The aluminum sleeve with an injection-molded insert
fits onto the T5 or T5 HO lamp base on the label end.
For 2 lamp fixtures, the CSO is needed on each lamp.
Comparison Test with Cool Spot Optimizer –
tested fixture was FZ801
Daylight/Occupancy Sensor
The Daylight/Occupancy sensor is installed at the
factory at the end of the fixture. The sensor can be
set in the field to adjust the sensitivity, and can be
used as a Daylight sensor with Occupancy override,
or just as an Occupancy sensor.
The sensorINSTRUCTIONS
drops INSTRUCTIONS
5.5” below the bottom of CHIARO II,
and protrudes out 5.5” from the end of the fixture.
1. To
1. attach
To attach
lens: lens:
PlacePlace
lens assembly
lens assembly
flushflush
onto onto
sensor
sensor
module
module
and rotate
and rotate
clockwise
clockwise
approximately
approximately
five degrees
five degrees
to lock
to into
lock in
placeplace
(see Figure
(see Figure
1.) Lens
1.) Lens
may be
may
installed
be installed
on sensor
on sensor
module
module
rotated
rotated
ninetyninety
degrees
degrees
(See Figures
(See Figures
3 and34.)
and 4.)
2. To
2. remove
To remove
lens: lens:
Rotate
Rotate
lens assembly
lens assembly
counter
counter
clockwise
clockwise
approximately
approximately
five degrees
five degrees
and lift
andoff.
lift off.
o
Figure
Figure
1 – Lens
1 – Lens
installation
installation Figure
Figure
2 – 360
2 –lens
360 lens
Figure
Figure
3 – Aisle
3 – Aisle
lens installed
lens installed
90o 90
Figure
Figure
4 – Aisle
4 – Aisle
lens installed
lens installed
180o 18
360° Lens
Aisle optic at 90°
Aisle optic at 180°
SENSOR
SENSOR
ANDAND
RANGE
RANGE
TESTING
TESTING
Putting
Putting
the sensor
the sensor
into test
intomode
test mode
provides
provides
a means
a means
to confirm
to confirm
that the
thatsensor’s
the sensor’s
coverage
coverage
pattern
pattern
(see Figures
(see Figures
5 & 6)
5&
is aligned
6) is aligne
properly
properly
in theinlighted
the lighted
spacespace
as well
as as
well
verifying
as verifying
the basic
the basic
functionality
functionality
of theofsensor.
the sensor.
1. Remove
1. Remove
lens from
lens from
sensor
sensor
module
module
by rotating
by rotating
lens assembly
lens assembly
counter
counter
clockwise
clockwise
approximately
approximately
five degrees
five degrees
and lift
andoff.
lift off.
2. Set
2. sensor’s
Set sensor’s
switch
switch
settings
settings
according
according
to desired
to desired
functionality.
functionality.
3. Place
3. Place
sensor
sensor
into Test
into Mode
Test Mode
(8 seconds)
(8 seconds)
by putting
by putting
Switch
Switch
1 into1the
intoON
the(Test)
ON (Test)
position.
position.
NOTE:
NOTE:
If switch
If switch
is already
is already
in thein
ON position,
ON position,
switch
switch
it OFF
it OFF
then back
then back
to thetoON
theposition.
ON position.
The sensor’s
The sensor’s
LED LED
will blink
will blink
in bursts
in bursts
of 4 to
ofindicate
4 to indicate
that Test
that Test
ModeMode
is active.
is active.
(NOTE:
(NOTE:
WhenWhen
testing
testing
low voltage
low voltage
sensors,
sensors,
all sensors
all sensors
connected
connected
to power
to power
pack pack
must must
be in be
Test
in Mode)
Test Mode)
4. Re-install
4. Re-install
sensor
sensor
lens to
lens
sensor
to sensor
module
module
and rotate
and rotate
clockwise
clockwise
approximately
approximately
five degrees
five degrees
to lock
to into
lockplace
into place
(See Figure
(See Figure
1). 1
In a continuing
effortninety
todegrees
offer thedegrees
best(See
productFigures
possible,
we3 and34).
Zumtobel Lighting,
Inc. ©2013
845-691-6262
Lens
Lens
may be
may
installed
be installed
on sensor
on sensor
module
module
rotated
rotated
ninety
(See
Figures
and
4).
reserve the right to change, without notice, specifications or
3300 Route 9W
800-448-4131
5.12528-2630
Vacate
5. Vacate
the sensor
the
sensor
detection
detection
pattern
pattern
area. area.
Remove
Remove
obstructions
obstructions
(i.e.thatladder
(i.e.
orfrom
lift) from
the sensor
the sensor
detection
detection
pattern
pattern
area as
area a
materials.
Technical
specification
sheets
appearladder
onor lift)
Highland, NY
zli.us@zumtobel.com
www.zumtobel.us
the most
recent
versionvacating
and supersede
all
necessary.
necessary.
Light(s)
Light(s)
will turn
will off
turnapproximately
off approximately
8 seconds
8areseconds
after
after
vacating
detection
detection
pattern
pattern
area. area.
other versions that exist in any other printed or electronic form.
D00584TS 6. Wait
www.zumtobel.us
6. 10/23/13
Wait
for atfor
least
at least
4 seconds,
4 seconds,
then re-enter
then re-enter
sensor
sensor
detection
detection
pattern
pattern
area and
areaobserve
and observe
that lights
that lights
turn on.
turn on.
7. Step
7. Step
out ofout
sensor
of sensor
detection
detection
pattern
pattern
area and
areaobserve
and observe
that lights
that lights
turn off
turnapproximately
off approximately
8 seconds
8 seconds
after after
vacating
vacating
detection
detection
Photometric Data
KAVEROS
LARGE, 18W, 3000K, SPOT, CRI = 85
CHIARO-II12854U
KAVEROS
LARGE, 18W, 3000K, SPOT, CRI = 85
CHIARO-II22854U
95% efficient
87% efficient
26.4% up light
Total Luminaire Efficiency 0%
Luminance
0%
Uplight Data (cd/sq.m)
100% Downlight
Angle In
Average
Average
Average
Spacing
Criteria
Degrees0-Deg 45-Deg 90-Deg
Lateral Plane
0° C0 90°
C45
0.1
0.1
45° 1386 14801386
1784
45.0°
55°
65°
75°
85°
1184 55.0°
1036 781 65.0°
510 1443C0
15131184
13871036
1245 45.0°
55.0°
65.0°
75.0°
85.0°
180°
180°
12000
90°
450
18000
300
300
150
150
45.0°
60°
22.5°
24000
60°
0.0°
30°
0°
cd
30°
Walls
RCR
0
Ceiling
80
70
50
1443
1480
1848
1784
1443
1513
1848
2178
1513
2178
1387
2079
1245
1835
1245
510
1835
Vertical
Angle
30
10
70
0 degree
70
90 degree
50
30
131.0
50
30
10
50
30
10
107
107
107
107
102
70
102
102
102
91
50
91
91
82
82
30
82
95
89
84
79
89
84
80
76
76
72
69
68
65
62
1
Coefficients
Of
Utilization
-50Zonal
Method
70
50
30
10
70
30 Cavity
10
50
30
10
50
30
10
85
76
68
62
80
72
65
59
64
59
54
57
53
49
2
RCREffective
Effective Floor
Cavity
Reflectance
=
20%
Spacing
Criteria
(along,
across,
45°)
=
1.1,
1.0,
Floor
Cavity
Reflectance
0.20
77
66
57
50
72
62
54
48
56
49
44
50
45
40 1.2
3
7
54
41
33
50
37
29
77 70503010
66
57
50
3 RW
4
70
0
64
1
59
2
54
7
3
50
8 4
47
9 5
44
106
7
8
9
10
5
6
8
579
49
47
42
34
107107107107
44
31
5110
42
35
95898479
46
37
30
85766862
41
33
27
77665750
37
29
23
70574942
34
26
21
64514235
59463730
31
24
19
54413327
50372923
47342621
44312419
80
30
27
55
72
51
49
43
35
29
39
39
31
26
35
36
28
23
32
65
59
64
91 42 9137
59
32
29
27
54
24
44
82
30°
0°
cd
RCR
0
Ceiling
80
50
120°
Coefficients of Utilization
30°
90.0°
20.7
238.1
424.7
0 degree
70
50
30
Intensities in cd based on 5220 lm
90 degree
0° 80
70
Zonal
Zonal
Lumens
Lumens
90
90
30
10
70
50
30
10
50
94
94
85
30
10
50
30
10
85
85
77
77
77
Coefficients of Utilization
Spacing Criteria (along, across, 45°) = 1.2, 1.9, 1.7
Effective Floor Cavity Reflectance = 20%
98
98
98
98
94
70
94
50
30
87
82
77
73
82
78
74
70
70
67
64
63
61
58
1
Coefficients
Of
Utilization
-50Zonal
Method
70
50
30
10
70
30 Cavity
10
50
30
10
50
30
10
78
70
63
57
74
66
60
55
60
55
51
54
50
46
2
RCREffective
Effective Floor
Cavity
Reflectance
=
20%
Spacing
Criteria
(along,
across,
45°)
=
1.2,
1.9,
Floor
Cavity
Reflectance
0.20
70
60
52
46
66
57
50
44
52
46
41
46
42
38 1.7
3
Walls
2758
37
62
4091
22.5°
Walls
3129
3177
46
46
102
45.0°
Ceiling
3129
2087
924
36
77
59
55
102
250
60°
cd
2087
3559
58
47
44
37
3170 40 67 34 6429
36
31
87
825
77
73 38 82 32 7855 74
70
63
61
1 RC80705030
68
10265
500
250
24000
60°
0.0°
3559
0
6
49102 42
750
4099
2636
2636
1543
120°
67.5°
12000
90°
3982
4099
3047
0°
20745
728.1 728.1
728.1
728.1
0.0° 0.0° 728.1
728.1
5°
8643723.6 588.3
5.0°
727.8
735.8
69.6
5.0°
723.6
727.8
735.8
69.6
731.1
830.0
211.0
15° 15.0°1133679.8 333.9
15.0°
679.8
731.1
830.0
211.0
25.0°
598.7
759.0
926.0
350.6
61.3
25°
106
25.0°35.0° 598.7
759.0
926.0 461.3
350.6
780.0
936.7
35°
9 488.8 6.0
90°
378.9 780.0
739.0
932.5
35.0°45.0° 488.8
936.7 530.3
461.3
0.3
0
90° 45°
55.0°
291.3
653.8
918.0
932.5 559.0
530.3
0.0
55°45.0°65.0° 378.9
0 198.6 739.0
567.6
881.6
540.6
918.0
559.0
60°
0.0
65°55.0°75.0° 291.3
0 100.6 653.8
428.0
687.2
424.6
881.6 299.0
540.6
0.0
75°65.0°85.0° 198.6
0 30.8 567.6
278.7
517.0
60°
687.2
424.6
30°
238.1
424.7
0.0
85°75.0°90.0° 100.6
0 20.7 428.0
0 degree
based on 517.0
5220 lm 299.0
90 degree
90°85.0° Intensities
030.8 in cd278.7
120°
500
3197
3047
150°
6000
750
90°
18000
3982
3902
Luminances in cd/m² based on 5220 lm
Luminances
5220 lm Angle
light'' are initial,
LLF90.0°
=in cd/m²
1.0 based onHorizontal
180°
Vertical
Zonal
180°
0 0
4545
Angle
Lumens
0°
150°
150°
120°
3197
3413
2962
76
57
107
85.0°
3902
C90
3482
85
70
107
2089
3413
38
82
2
1074
12'
924
2386
C45
C90
64
51
48
40
3476 43 72 37 6931
39
33
95
895
84
79 42 89 35 8460 80
76
68
65
1 RC80705030
0
107
''cone of
150°
Effective Floor Cavity Reflectance = 20%
Walls
144 FC
2607
3982
4099
3559
3129
Candela Beam
Distribution
center footcandles shown in
30°
Coefficients of Utilization
Spacing Criteria (along, across, 45°) = 1.1, 1.0, 1.2
1543
75.0°
1.7'
85.0°
279.2
30
65.0°
75.0°
Zonal
Intensities in cd based on 2610 lm
Distance
3197C0
45.0°
8'
32430472386
26362089
55.0°
2072087 10'
2386 55.0°
2089
1.1'
1543 65.0°
9241.4'
Zonal
Zonal
50
10
55°
65°
75°
85°
2079
Coefficients of Utilization
30°
90.0°
12.0
0° 80
Ceiling
cd
1784
C90
1387
781
150°
120°
450
1480
Lumens
0 0
4545
90 Lumens
90
Lumens
0°
0°
20745
0.0°
573.9
573.9
573.9
0.0°
573.9
573.9
573.9
5°
8643571.9 588.3
5.0°
550.9
532.3
51.0
120°
5.0°
571.9
550.9
532.3
51.0
120°
67.5°
449.7
437.9
131.5
15° 15.0°1133534.2 333.9
15.0°
534.2
449.7
437.9
131.5
25.0°
441.0
398.4
405.4
187.8
61.3
25°
106
25.0°35.0° 441.0
398.4
405.4 226.1
187.8
354.5
403.9
35°
9 298.0 6.0
90°
201.5 354.5
320.4
426.3
35.0°45.0° 298.0
403.9 255.6
226.1
0.3
0
90° 45°
55.0°
144.5
295.2
426.0
426.3 272.9
255.6
0.0
55°45.0°65.0° 201.5
0 98.5 320.4
281.9
468.5
281.4
426.0
272.9
60°
0.0
65°55.0°75.0° 144.5
0 50.9 295.2
225.2
401.4
238.5
468.5 176.9
281.4
0.0
75°65.0°85.0° 098.517.0 281.9
166.3
303.2
60°
401.4
238.5
30°
131.0
279.2
0.0
85°75.0°90.0° 050.912.0 225.2
0 degree
based on 303.2
2610 lm 176.9
90 degree
90°85.0° Intensities
017.0 in cd166.3
150°
6000
90°
C90
Luminances in cd/m² based on 2610 lm
Horizontal
Luminances in cd/m² based on
2610 lm Angle
90.0°
150°
120°
1036
510
Candela Distribution
150°
1184
781
75.0°
85.0°
1386
C45
1848
2178
2079
1835
Beam
23.9% up light
Diameter
Total Luminaire Efficiency
0%
Luminance
Data
(cd/sq.m)
0.3'
5186
2'
0% Uplight
100%
Downlight
Angle In
Average
Average
Average
Spacing
Criteria
Degrees0-Deg
45-Deg
90-Deg
0.6'
1297
4'
Lateral Plane
0° C0 90°
C45
0.1
0.1
45° 2607 6'
3902
57634132607
45.0°0.9'
35
29
32
26
22
29
24
19
57
70503010
503010
72
62
54
48
56
49 503010
44
50
23
26 65 21
47
5544
46
33
102102102102
30
4842 40
89848076
55
43
35
80726559
51
39
31
72625448
47
36
28
65554640
44
33
25
60484034
55433529
42
30
23
51393126
47362823
44332520
42302318
24 60 19
40
25
2049
30
845-691-6262
800-448-4131
zli.us@zumtobel.com
D00584TS
www.zumtobel.us
44
27
82 82
8225
3117
39
686562
27
35
575349
24
32
504540
21
29
443834
19
27
393329
352925
17
25
322622
292419
272117
252016
21
Zumtobel Lighting, Inc. ©2013
3300 Route 9W
Highland, NY 12528-2630
10/23/13
21
42 23 3719
91 91
91
1843 27 37
767269
29
39
32
645954
26
35
29
564944
23
32
26
494237
20
30
23
433731
393227
18
27
21
352924
322621
302319
272117
23
34
26
53
45
38
21
25
49
40
1734
20
33
1629
29
25
26
22
24
19
21
17
20
16
2
98
78
984
6
70
7
64
98
53
98
54
41
33
49
37
29
46
34
26
63
57
70 70503010
60
52
46
3 RW
4
64
0
58
1
54
2
49
7
3
46
8 4
43
9 5
40
106
7
8
9
10
5
6
8
539
44 94 38
44
43
38
31
98989898
40
28
4710
38
32
87827773
41
33
27
78706357
37
29
24
70605246
34
26
21
64534438
31
23
19
58473832
54413327
28
21
17
49372924
46342621
43312319
40282117
74
27
24
9460
51
66
47
50
94
43
94
3785
45
40
32
27
36
36
28
23
32
32
25
20
29
60
55
60
85 39 8534
55
29
26
25
51
21
41
77
32
27
29
24
20
27
21
18
18
31
1427
27
23
24
20
21
18
19
16
18
14
54
70503010
503010
66
57
50
44
52
46 503010
41
46
21
23 60 19
43
5040
43
29
94949494
27
4438 37
82787470
51
40
32
74666055
47
36
28
66575044
43
32
25
60504337
40
29
23
55443731
51403227
38
27
20
47362823
43322520
40292318
38272016
21 55 17
In a continuing effort to offer the best product possible, we
reserve the right to change, without notice, specifications or
materials. Technical specification sheets that appear on
www.zumtobel.us are the most recent version and supersede all
other versions that exist in any other printed or electronic form.
37
23
1845
27
19
39 21 3417
858585
1640 25 34
706764
27
36
29
605551
23
32
26
524641
20
29
23
453934
18
27
21
403429
362925
16
25
19
322621
292319
272117
251915
20
31
23
41
24
777777
23
2915
36
636158
25
32
545046
21
29
464238
19
27
413631
17
24
363127
322723
15
23
292420
272118
241916
231814
19
50
42
36
19
23
46
38
1631
Photometric Data
KAVEROS
LARGE, 18W, 3000K, SPOT, CRI = 85
CHIARO-II23284U
KAVEROS
LARGE, 18W, 3000K, SPOT, CRI = 85
CHIARO-II13284U
83% efficient
82% efficient
22.3% up light
Total Luminaire Efficiency 0%
Luminance
0%
Uplight Data (cd/sq.m)
100% Downlight
Angle In
Average
Average
Average
Spacing
Criteria
Degrees0-Deg 45-Deg 90-Deg
Lateral Plane
0° C0 90°
C45
0.1
0.1
45° 2797 36932797
4132
45.0°
55°
65°
75°
85°
2566 55.0°
2239 1643 65.0°
867 3504C0
31832566
27482239
2274 45.0°
55.0°
65.0°
75.0°
85.0°
180°
180°
12000
90°
750
18000
500
500
250
250
45.0°
60°
22.5°
24000
60°
0.0°
30°
0°
cd
30°
Walls
RCR
0
Ceiling
80
70
50
3504
3693
4044
4132
3504
3183
4044
3869
3183
3869
2748
3486
2274
3113
2274
867
3113
Vertical
Angle
30
10
70
0 degree
70
90 degree
50
30
266.9
50
30
10
50
30
10
93
93
93
93
89
70
89
89
89
81
50
81
81
74
74
30
74
83
78
73
70
78
74
70
67
67
64
61
61
58
56
1
Coefficients
Of
Utilization
-50Zonal
Method
70
50
30
10
70
30 Cavity
10
50
30
10
50
30
10
74
66
60
54
70
63
57
52
57
53
48
52
48
45
2
RCREffective
Effective Floor
Cavity
Reflectance
=
20%
Spacing
Criteria
(along,
across,
45°)
=
1.2,
1.9,
Floor
Cavity
Reflectance
0.20
67
57
50
44
63
55
48
42
49
44
39
45
40
36 1.7
3
7
47
36
28
44
32
25
67 70503010
57
50
44
3 RW
4
61
0
55
1
51
2
47
7
3
44
8 4
41
9 5
38
106
7
8
9
10
5
6
8
509
42
41
36
29
93939393
38
27
4410
36
31
83787370
39
32
26
74666054
36
28
23
67575044
32
25
20
61504236
29
22
18
55443631
51393226
27
20
16
47362823
44322520
41292218
38272016
70
26
23
48
63
44
43
38
31
25
34
34
27
22
31
31
24
19
28
57
52
57
81 37 8133
53
28
25
24
48
21
39
74
45.0°
22.5°
30°
0°
cd
Walls
RCR
0
Ceiling
80
70
50
Zonal
Zonal
Lumens
Lumens
90
90
120°
Coefficients of Utilization
30°
90.0°
11.8
165.1
303.0
0 degree
70
50
30
Intensities in cd based on 2850 lm
90 degree
0° 80
Ceiling
2043
30
10
70
50
30
10
50
89
89
80
30
10
50
30
10
80
80
72
72
72
Coefficients of Utilization
Spacing Criteria (along, across, 45°) = 1.1, 1.2, 1.4
Effective Floor Cavity Reflectance = 20%
94
94
94
94
89
70
89
50
30
82
77
73
68
78
73
69
65
66
62
59
59
56
54
1
Coefficients
Of
Utilization
-50Zonal
Method
70
50
30
10
70
30 Cavity
10
50
30
10
50
30
10
74
66
59
53
69
62
56
51
56
51
46
50
46
42
2
RCREffective
Effective Floor
Cavity
Reflectance
=
20%
Spacing
Criteria
(along,
across,
45°)
=
1.1,
1.2,
Floor
Cavity
Reflectance
0.20
66
57
49
43
62
54
47
41
48
42
38
43
38
34 1.4
3
Walls
2454
32
54
3581
150
60°
cd
2043
2872
39
41
89
300
150
24000
60°
0.0°
1351
2085
33
72
51
48
89
450
2085
1351
495
120°
67.5°
12000
90°
1439
1439
756
0°
20745
471.6 471.6
471.6
471.6
0.0° 0.0° 471.6
471.6
5°
8643468.7 588.3
5.0°
458.0
450.1
42.7
5.0°
468.7
458.0
450.1
42.7
390.7
388.3
113.5
15° 15.0°1133438.8 333.9
15.0°
438.8
390.7
388.3
113.5
25.0°
371.8
355.1
378.5
167.4
61.3
25°
106
25.0°35.0° 371.8
355.1
378.5 207.7
167.4
329.4
381.3
35°
9 267.0 6.0
90°
181.5 329.4
309.5
406.8
35.0°45.0° 267.0
381.3 240.8
207.7
0.3
0
90° 45°
55.0°
134.7
300.9
430.9
406.8 269.8
240.8
0.0
55°45.0°65.0° 181.5
0 93.6 309.5
283.8
447.4
276.8
430.9
269.8
60°
0.0
65°55.0°75.0° 134.7
0 49.3 300.9
233.6
402.6
241.6
447.4 194.3
276.8
0.0
75°65.0°85.0° 093.616.5 283.8
180.4
337.5
60°
402.6
241.6
30°
165.1
303.0
0.0
85°75.0°90.0° 049.311.8 233.6
0 degree
based on 337.5
2850 lm 194.3
90 degree
90°85.0° Intensities
016.5 in cd180.4
120°
300
2080
150°
6000
450
90°
18000
1869
2080
1524
55
44
41
34
2966 37 62 31 5926
33
28
82
775
73
68 36 78 30 7352 69
65
59
56
1 RC80705030
60
8957
1471
1524
Luminances in cd/m² based on 2850 lm
Luminances
2850 lm Angle
light'' are initial,
LLF90.0°
=in cd/m²
1.0 based onHorizontal
180°
Vertical
Zonal
180°
0 0
4545
Angle
Lumens
0°
150°
150°
120°
1869
1702
0
6
42 89 36
1471
1429
2656
66
50
93
85.0°
1702
C90
3074
74
61
93
984
1429
34
74
2
934
12'
495
1103
C45
C90
55
44
42
35
3067 38 64 32 6128
35
30
83
785
73
70 36 78 31 7452 70
67
61
58
1 RC80705030
0
93
''cone of
150°
Effective Floor Cavity Reflectance = 20%
Walls
144 FC
1249
1869
2080
2085
2043
Candela Beam
Distribution
center footcandles shown in
30°
Coefficients of Utilization
Spacing Criteria (along, across, 45°) = 1.2, 1.9, 1.7
756
75.0°
1.7'
85.0°
433.9
30
65.0°
75.0°
Zonal
Intensities in cd based on 5700 lm
Distance
1471C0
45.0°
8'
32415241103
1439 984
55.0°
2071351 10'
1103 55.0°
9841.1'
756 65.0°
4951.4'
Zonal
Zonal
50
10
55°
65°
75°
85°
3486
Coefficients of Utilization
30°
90.0°
18.4
0° 80
Ceiling
cd
4132
C90
2748
1643
150°
120°
750
3693
Lumens
0 0
4545
90 Lumens
90
Lumens
0°
0°
20745
0.0°
794.0
794.0
794.0
0.0°
794.0
794.0
794.0
5°
8643790.0 588.3
5.0°
789.8
795.4
75.4
120°
5.0°
790.0
789.8
795.4
75.4
120°
67.5°
778.8
866.3
225.4
15° 15.0°1133744.9 333.9
15.0°
744.9
778.8
866.3
225.4
25.0°
659.0
814.0
970.2
374.1
61.3
25°
106
25.0°35.0° 659.0
814.0
970.2 495.2
374.1
837.3
989.8
35°
9 535.0 6.0
90°
406.6 837.3
799.7
987.4
35.0°45.0° 535.0
989.8 573.0
495.2
0.3
0
90° 45°
55.0°
313.3
716.5
932.2
987.4 596.0
573.0
0.0
55°45.0°65.0° 406.6
0 212.9 799.7
593.0
832.0
547.8
932.2
596.0
60°
0.0
65°55.0°75.0° 313.3
0 107.1 716.5
446.2
673.1
434.0
832.0 312.0
547.8
0.0
75°65.0°85.0° 212.9
0 28.9 593.0
303.8
514.3
60°
673.1
434.0
30°
266.9
433.9
0.0
85°75.0°90.0° 107.1
0 18.4 446.2
0 degree
based on 514.3
5700 lm 312.0
90 degree
90°85.0° Intensities
028.9 in cd303.8
150°
6000
90°
C90
Luminances in cd/m² based on 5700 lm
Horizontal
Luminances in cd/m² based on
5700 lm Angle
90.0°
150°
120°
2239
867
Candela Distribution
150°
2566
1643
75.0°
85.0°
2797
C45
4044
3869
3486
3113
Beam
25.8% up light
Diameter
Total Luminaire Efficiency
0%
Luminance
Data
(cd/sq.m)
0.3'
5186
2'
0% Uplight
100%
Downlight
Angle In
Average
Average
Average
Spacing
Criteria
Degrees0-Deg
45-Deg
90-Deg
0.6'
1297
4'
Lateral Plane
0° C0 90°
C45
0.1
0.1
45° 1249 6'
1702
57614291249
45.0°0.9'
31
26
28
23
19
26
21
17
52
70503010
503010
63
55
48
42
49
44 503010
39
45
20
22 57 18
41
4838
41
28
89898989
26
4236 35
78747067
48
38
31
70635752
44
34
27
63554842
41
31
24
57484135
38
28
22
52423530
48383125
36
26
20
44342722
41312419
38282217
36262015
20 52 16
35
22
1743
26
845-691-6262
800-448-4131
zli.us@zumtobel.com
D00584TS
www.zumtobel.us
39
24
747474
22
2814
35
615856
24
31
524845
21
28
454036
18
26
393430
16
24
353026
312622
14
22
282319
262117
241915
221714
18
Zumtobel Lighting, Inc. ©2013
3300 Route 9W
Highland, NY 12528-2630
10/23/13
18
37 20 3316
818181
1538 24 32
676461
25
34
28
575348
22
31
25
494439
19
28
22
433733
17
26
20
383228
342824
15
24
18
312521
282218
262016
241814
20
30
22
48
40
34
19
22
45
36
1530
17
30
1426
26
22
23
19
21
17
19
15
17
14
2
94
74
944
6
66
7
60
94
49
94
51
39
31
47
35
28
43
32
25
59
53
66 70503010
57
49
43
3 RW
4
60
0
55
1
51
2
47
7
3
43
8 4
40
9 5
38
106
7
8
9
10
5
6
8
499
41 89 35
41
40
35
29
94949494
38
27
4410
36
30
82777368
39
31
26
74665953
35
28
22
66574943
32
25
20
60494135
29
22
17
55443630
51393126
27
20
16
47352822
43322520
40292217
38272016
69
26
22
8957
48
62
44
47
89
40
89
3480
42
37
30
25
33
33
26
21
30
30
24
19
28
56
51
56
80 36 8031
51
27
24
23
46
20
37
72
30
25
27
22
18
25
20
16
16
28
1324
25
21
22
18
20
16
18
14
16
13
50
70503010
503010
62
54
47
41
48
42 503010
38
43
20
22 57 17
41
4738
40
28
89898989
26
4136 34
78736965
48
37
30
69625651
44
33
26
62544741
41
30
24
57474034
38
28
21
52413429
48373025
36
26
19
44332621
41302419
38282117
36261915
20 52 16
In a continuing effort to offer the best product possible, we
reserve the right to change, without notice, specifications or
materials. Technical specification sheets that appear on
www.zumtobel.us are the most recent version and supersede all
other versions that exist in any other printed or electronic form.
34
21
1742
25
18
36 20 3116
808080
1537 23 31
666259
25
33
27
565146
21
30
24
484238
19
28
22
423631
17
25
20
373126
332723
15
23
18
302420
282218
252016
231814
19
29
22
37
23
727272
21
2614
33
595654
23
30
504642
20
27
433834
18
25
373328
16
23
332824
302521
14
21
272218
252016
231814
211613
18
46
38
33
18
21
42
34
1428