Panasonic LED Smart Archi

Please contact ..........
All Rights Reserved © 2014 COPYRIGHT Panasonic Corporation
A member of the Panasonic Group
www.anchor-world.com
Steel House, B wing, Plot No. 24, Mahal Industrial Estate,
Mahakali Caves Road, Near Paper Box, Andheri (E), Mumbai – 400093.
Telephone: (9122)30418888 Facsimile: (9122) 30418884/5/6/7
LTG3 09/2014-3ZI
Anchor Electricals Pvt. Ltd.

3
In our current era, definitions of affluence and fulfillment are changing.
Architecture, with an integral relationship to human beings and to the
environment, society, and our future, is a key field in which new values are
being sought. In this context the role of lighting, which works together with
architecture and clarifies its message while creating atmosphere and stimulating
human emotions, is bound to grow ever more important. With SmartArchi, we at
Panasonic aim to develop lighting that broadly expands the creative freedom of
the architect, from the three vantage points of scientific lighting methodology,
design, and light quality. To this end we have developed an index measuring
human sense of brightness known as “Feu,” an innovation that turns the focus in
lighting design from the conventional “illuminance,” the amount of light striking a
surface, to “luminance,” the human sense of brightness.
The goal is lighting design that effectively utilizes the new performance
standards offered by LED, and can be more thoroughly artistically integrated
with architecture. Its design delivers light quality that brings people a sense of
fulfillment and stirs their emotions. With aspects of both “hard” (lighting fixture)
and “soft” (visual environment), SmartArchi is a system that can deliver the
pleasant and environmentally responsible lighting that people want today. We
see it as not only an indispensable part of the architect’s tool kit, but also an
inspirational force that can drive architectural creativity.
Bringing new freedom to architecture. SmartArchi.
Bringing new freedom to architecture.

4
What’s the best way to create an eco-conscious, efficient and pleasant lighting environment?
How is this effort affected by the ongoing diversification of lighting, with increased emphasis
on indirect and architectural light sources? What sort of lighting is most appropriate for
today’s office environments, where computers play a central role? These are just some of the
considerations that cannot be addressed effectively with conventional lighting design based
around “illuminance,” the amount of light striking a surface. Panasonic was quick to catch on
to this new reality, and has been focusing on both “hard” (lighting fixture) and “soft” (visual
environment) aspects as we pursue an industry-leading approach to lighting design based
instead around “luminance,” intensity of light emitted from reflected surface. A key part of the
“soft” side of this endeavor has been the development of “Feu,” a spatial brightness-level index
that quantitatively measures human sense of brightness.
SmartArchi builds on scientific data derived from this index to heighten lighting performance
and move forward with luminance-based lighting design. There have been challenges, such as
how to go about creating illuminated surfaces with a high uniformity ratio, how to achieve glare-
free light, and how to get the greatest subjective spatial brightness with a minimum number of
lighting fixtures.
Maximizing lighting performance and making dramatic improvements to light environments
through a new, luminance-based lighting design approach: this is the central innovation of
SmartArchi.
The basic idea: Lighting design
based around human sense of brightness
Lighting design based around human sense of brightness
“Light” “Design” “Materials and Quality” “Spatial Environments”

5
The era when “the brighter, the better” was the conventional wisdom has ended, and people
are re-examining the roles that lighting plays in our lives. People are looking for lighting that
is sophisticated and beautiful, creating an emotionally fulfilling and enriching human-oriented
environment; In other words, lighting that is environmentally friendly, and at the same time
effectively delivers the optimum amount of light for the room’s purpose. SmartArchi utilizes highly
advanced technology to provide the elegant lighting that people seek, focusing attention on both
illuminated surfaces and light-emitting surfaces. Through sophisticated optical design technology
incorporating lenses, SmartArchi extracts maximum performance from limited quantities of light
and utilizes the properties of LED to achieve lighting of the highest efficiency. Sophisticated light-
distribution design technology produces illuminated surfaces with elegant quality and a high
degree of uniformity. Stress-free, glareless light is achieved through dramatic improvements to
the performance of reflective surfaces. Bringing all of our amassed technologies to bear on the
mission of refining quality of light. This is the philosophy behind SmartArchi.
Another goal of SmartArchi is lighting design that is fully integrated with architecture. We
recognize that of all the creative fields, architecture is the one that faces the greatest number
of constraints, and we believe an important role of lighting design is to help overcome these
constraints and broaden the creative scope of architecture while at the same time fulfilling
practical functions. Lighting fixtures themselves ought to be understated and as simple as
possible. Excess formal elements should be removed from spaces, leaving only refined and
sophisticated forms. And, there must be no compromise on materials and quality as we pursue
the ultimate in high-quality lighting. We consistently pay scrupulous attention to detail, seamless
compatibility with architectural design, and impeccable quality down to the smallest screw.
SmartArchi blends synergistically with the architect’s vision and provides added inspiration.
SmartArchi: the new design frontier is here.
Four areas of focus: “Light,” “Design,” “Materials and Quality,”
and “Spatial Environments”

7
We aim to create a more pleasant and fulfilling lighting environment that also saves energy
through highly efficient lighting design. We also aim for effective incorporation of increasingly
diverse light sources, including indirect and architectural lighting. This endeavor requires a
benchmark other than the one conventionally used. As shown in the diagram above, the unit
“lux” (symbol: “lx”) is used to measure illuminance (objective brightness of a planar surface) and
indicates the amount of light illuminating a surface (i.e. a part of the architectural environment
such as a floor or desktop), but it does not accurately convey the way the human eye perceives
brightness. Meanwhile, luminance measures the total amount of light emitted from surfaces
including reflections, etc., and a very different reading is taken depending on whether the
surface in question is white or black, just as the human eye perceives a white surface as much
brighter than a black one. Focusing on measuring luminance, and delving into emotional and
psychological aspects as well, we sought to express human sense of brightness quantitatively
and bind lighting, architectural spaces, and their human inhabitants in one seamless whole. The
result of this endeavor is the “Feu” index of the human sense of space brightnes.
Application of this index enables design of the atmosphere of a space based on quantitative
measurement. This new approach, “lighting design based around human sense of brightness,”
is the idea behind SmartArchi.
Lighting design based around human sense of space brightness
Light
People
Light source
Luminance
Architectural
design
100 lx
Light source
Low
luminance
High
luminance
Illuminance is the same whether light is striking
a white surface or a black one
White surface
appears brighter to the eye
Illuminance

lx : Brightness of a planar surface
lx Feu
lx is the standard measure of the brightness per unit area of an
illuminated planar surface such as a floor or work plane. It is usually
used to indicate the level of brightness required to perform work.
Feu : Human sense of space brightness
When humans look into a space, they naturally perceive not only the
floor but also the ceiling, walls, etc. “Feu” is the quantifiable space
brightness index which includes these effects comprehensively.
8
Light indexes

Human sense of space brightness
A Soft atmosphere
B Open atmosphere
C Calm atmosphere
( Feu )
( lx )40020010050
4
6
10
20
BrightDark
Bright
A
B
C
Guidelines for brightness of interior spaces
Combined use of the units “lx,” which measures average ﬂoor-level
brightness, and “Feu,” which gauges human sense of space
brightness, enables lighting design precisely targeted to create
speciﬁc atmospheres such as “soft,” “open,” “calm,” etc.
Light indexes can be
combined to form a set
of guidelines for more
precisely targeted and
higher-quality lighting
design.
9
Design guidelines

0 5 10 20 30 50 75 100 150 200 (cd/m2
)
10
The “Feu” for this space, visualized as a building lobby,
is 16.8. The atmosphere is open. LED base lights are
capable of illuminating the ceiling as well, and generate
higher brightness than conventional base lights.
LED Base Light FYY26677Z LT9 FYY26681Z LT9

11
“Feu” is a space brightness index that quantifiers the human sense of brightness. In other words, it
assigns a numerical value to brightness as perceived by the human eye. Using “Feu,” it is possible
to execute lighting design more objectively and quantitatively, rather than relying solely on the
perceptions of the designer. In spaces where indirect or architectural lighting is utilized, a lighting
designer can plan the overall environment so that it appears bright to the eye, without excessively
raising the average illuminance at floor level.
“Feu” makes it possible to express, in concrete terms, the “human sense of space brightness,”
which cannot be achieved with “illuminance,” the conventional index of brightness.
It is a new approach that promises to facilitate both energy conservation and the design of
pleasant, comfortable light environments.
What is “Feu”?

12
“Feu” makes it possible to express human sense of brightness
in numerical terms.
“Feu” can be utilized for energy-efficient,
pleasant lighting plans.
1
2
Feu 10
120
lx
If you compare the two spaces shown above, Space A appears to be brighter. However, Space A contains only four lighting
fixtures, while Space B has five, meaning A consumes less energy. With “Feu” it is possible to predict the overall brightness of
the space, including walls and ceiling, which could not be done by quantifying average illuminance of floor, and facilitates energy-
efficient lighting plans.
If you compare the two spaces shown above, Space A appears to be brighter. However, the average illuminance of floor in Space
A is 120 lx, while that of Space B is 190 lx, meaning that when measuring illuminance (brightness of a planar surface, in this case
the floor), Space B is actually brighter. When using “Feu,” however, the brightness of Space A is Feu10 while that of Space B is
Feu6, clearly and numerically expressing the greater brightness of Space A.
Space A Space B
Space A Space B
Average illuminance
of floor
Feu 6
190
lx
Average illuminance
of floor
Feu 9.5
W
Number of
lighting fixtures
210
420
lx
Average illuminance
of floor
Five fixtures
Downlights
Clustered in the center
Feu 12.5
W
Number of
lighting fixtures
168
290
lx
Average illuminance
of floor
Four fixtures
Wallwasher Downlights
Arrayed around periphery

13
Precisely targeted lighting design is possible
with combined use of “Feu” and “lx” values.3
Combined use of the units “lx,” which measures illuminance, and “Feu,” which gauges overall brightness, enables lighting design
precisely targeted to create specific atmospheres such as “soft,” “open,” “calm,” etc.
Simulation A Simulation B Simulation C
Feu 7
120
lx
Average illuminance
of floor
Feu 10
160
lx
Average illuminance
of floor
Feu 5
160
lx
Average illuminance
of floor
Feu value benchmarks for each area
Feu
Feu
20
10
6
4
50 100 200 400 lx
24
20
16
13
10
8
6
5
4
Entrance
Elevator lobby
Ofﬁces
Meeting rooms
Brighter
BrightDark
Bright
Floor illuminance
Humansenseofspacebrightness
Standard
Dimmer
Corridor
Brighter
Standard
Dimmer
Brighter
Standard
Dimmer

14
Model Plan
Entrance Space dimensions 7.2 m×14.4 m×ceiling heights 3 m, 7 m, 10 m
Feu 6.8 Feu 6.8Average
illuminance 337 lx Average
illuminance 335 lx
28 pcs x NYY16579 LE9
P.37
P.37
Downlight (1) Wide angle Downlight (2) Medium angle Line type lighting
Ceiling height 3 m
Soft Light Round Type
illuminance 173 lx
P.39
P.39
Adjustable Downlight Adjustable Downlight against wall
Ceiling height 10 m
Downlight (1) Medium angle Downlight (2) Narrow angle
Ceiling height 7 m
Line type lighting
Downlight Narrow angle
Feu 7.2 Feu 6.9 Feu 12.1Average
illuminance 321 lx
P.37
P.37
21 pcs x FYY26667Z LT9
P.20
Feu 6.7 Average
illuminance 282 lx
P.37
Feu 8.7 Average
illuminance 301 lx
P.20
Feu 8.1 Average
illuminance 296 lx
45 pcs x NYY56230 LZ9
P.30

15
Corridor
Meeting room
Sheltered passageway
Space dimensions 2 m×14.4 m×ceiling heights 2.5 m
Space dimensions 7.2 m×14.4 m×ceiling heights 3 m
Space dimensions 3.6 m×32.4 m×ceiling heights 3 m
illuminance 164 lx
1 pcs x FYY46001 LT9
P.41
P.41
Bracket lighting
(illuminating ceiling)
Bracket lighting
(illuminating wall)
Feu 9.4 Feu 12.9 Feu 9.8 Feu 14.6 Feu 14.8Average
illuminance 608 lx
P.20
P.19
36 pcs x FYY56013J LT9
P.27
36 pcs x FYY56024J LT9
P.25
P.23
Line type lighting
Line type lighting
(Feu up)
Pendant (Upper and
lower light distribution) (1)
Pendant (Upper and
lower light distribution) (2) Light guiding pendant
Feu 1.19 Average
illuminance 11.4 lx
5 pcs x YYY46025 LE9
P.43
Upper Ligthing Bracket

16
A single piece of architecture includes many different areas, from private interiors to public
spaces and outdoor areas. Part of the role of lighting is to tie these spaces together into a single
continuous environment, while at the same time ensuring lighting for each area meets the
functional and performance specifications for the area’s intended purpose.
SmartArchi provides support for unified lighting design for all sorts of architectural spaces, with a
unified lighting concept, consistent design sense, and outstanding quality across the board.
Consistent, integrated planning for entire spaces.

17
Product
Explanation of the mark
Base Light
Pendant
Soft Light
Downlight
Bracket
P.18
P.22
P.28
P.32
P.40
LED Base Light
LED Pendant
LED Round Type
LED Glareless General Lighting
LED Line Bracket
LED Glareless Wallwasher
LED Bracket
LED Glareless Adjustable Downlight
LED Upper Lighting
LED Line Type
LED Slim Base Light
Integrated packaged type Integrated packaged typeMulti packaged type Multi packaged type
Cut-off
angle
90
This product received the iF
Product Design Award from
iF Industrie Forum Design
Hannover e.V.
This product received
the Good Design Award
from the Japan Institute
of Design Promotion.
Cut off angle set at
30° so as to eliminate
unpleasant glare from
the field of vision.
Shows light distribution
angle of soft lights,
downlights and
adjustable downlights.
Shows light swing angle
of adjustable downlights.
30
swing
angle

Base Light
Kobe Steel, Ltd. Head Office Building

19
Specifications
• Built-in LED,
Built-in power supply unit
• AC 100-242V
• Body: Steel, Cool white
• Cover: Acrylic, Opal, Prism on both sides
• Lifetime: 40,000h
(Luminous flux maintenance rate 85%)
• Weight: 3.8 kg
• Modular light fixture:
FYY26677Z (Middle of linked series)
FYY26681Z (End of linked series)
• For embedding in horizontal ceilings
Note: LED lights vary, and even with the
same product serial number there may be
discrepancies in brightness and color of light.
Specifications
• Built-in LED,
• AC 100-242V
• Cover: Acrylic, Opal, Prism on both sides
• Weight: 3.8 kg
FYY26683Z (End of linked series)
LED Base Light
Base lights increase human sense of space brightness (Feu value) for
a pleasant environment and energy savings.
FYY26673Z Shade is formed in two
colors, transparent prism
and opal prism, to cut glare
and achieve effective light
distribution.
Detail of link designed
to achieve unbroken,
continuous light source.
Transparent
prism shade
Opal prism
shade
LED (4000K)
(2880 lm, 31W, 92.9 lm/W)
CRI83
LED (3000K)
(2830 lm, 31W, 91.3 lm/W)
CRI83
FYY26673Z LT9 FYY26675Z LT9
Base Light LED Base Light
800
8432
76
46
1124
50
800
8432
76
46
1124
50
When link in series
Cut out (N linkage) 50 x (1105 x N + 6)
FYY26681Z FYY26677Z
(End of
linked series)
(Middle of
linked series)
When link in series
FYY26683Z FYY26679Z
(End of
linked series)
(Middle of
linked series)
Cut out
50 x 1111
Cut out
50 x 1111

20
Specifications
• Built-in LED,
• AC 100-242V
• Louver: Steel, Cool white
• Weight: 4.1 kg
FYY26689Z (Right end of linked series)
FYY26669Z (Left end of linked series)
Specifications
• Built-in LED,
• AC 100-242V
• Louver: Steel, Cool white
• Weight: 4.1 kg
FYY26691Z (Right end of linked series)
FYY26671Z (Left end of linked series)
FYY26661Z
Unprecedented slimness without sacrificing
operational efficiency
LED Slim Base Light
Width of frame reduced to
boost integration with ceiling
Louver pitch adjusted to emphasize
continuity when using linked fixtures
9mm
Cut out W50mm
(2390 lm, 31W, 77.1 lm/W) (2350 lm, 31W, 75.8 lm/W)
FYY26661Z LT9 FYY26663Z LT9
LED (3000K)LED (4000K)
800100
62
46
50
1124
800100
62
46
50
1124
Stylish form de-emphasizes the light fixture itself for an elegant, streamlined interior.
CRI83 CRI83
When link in series
FYY26669Z FYY26665Z FYY26689Z
(Left end of
linked series)
(Middle of
linked series)
(Right end of
linked series)
FYY26671Z FYY26667Z FYY26691Z
(Left end of
linked series)
(Middle of
linked series)
(Right end of
linked series)
When link in series
Cut out
50 x 1111
Cut out
50 x 1111
Cut-off
angle
Cut-off
angle

21
Kobe Steel, Ltd. Head Office Building
Base Light LED Slim Base Light

Sanko Gakuen Ayase Building
Pendant

23
(5360 lm, 47W, 114.0 lm/W)
FYY56035 (For linked power supply)
FYY56036 (For middle of linked series)
FYY56037 (For linked signal)
(5600 lm, 47W, 119.1 lm/W)
FYY56031 (For linked power supply)
FYY56032 (For middle of linked series)
FYY56033 (For linked signal)
Common specifications
• Body: Steel, White
• Cover: Steel, White
• Wire adjustment length: 400~1000 mm
(Distance from ceiling to
lower surface of fixture)
• Cut out: ø85 mm
• Embedding height: 70 mm
Note: Cannot be mounted on diagonally
sloping ceilings.
Diagram of ceiling luminance distribution
• Number of fixtures: 20
• Power consumption: 940W
• Luminance at point A:
137.5 cd/m2
• Luminance at point B:
55.9 cd/m2
Diagram of desktop luminance distribution
• Number of fixtures: 20
• Power consumption: 940W
• Feu: 18.1
• Average illuminance: 618 lx
FYY56034 LT9
Single units
FYY56030 LT9
FYY56034 LT9
For linked
power supply
FYY56031 LT9
FYY56035 LT9
For middle of
linked series
FYY56032 LT9
FYY56036 LT9
For linked
signal
FYY56033 LT9
FYY56037 LT9
LED Pendant Upper and lower light distribution, light-guiding panel type
FYY80105 FYY80106
Panel image
(when light is on)
30° 0°
180°
100
30°
60° 60°
90° 90°
120° 120°
200
300cd
FYY56030 LT9
Installation interval 3m
0.4m
B
A
Pendant
LED Pendant
Upper and lower light distribution,
light-guiding panel type
Light guide panel pendant illuminates both ceiling and tabletop.
Ultra-slim fixture form looks like a bar of light itself.
Highly uniform light even when
pitch between fixtures is as wide
as three meters
LED (5000K)
LED (4000K)
CRI83
CRI83
• Built-in LED, Built-in power supply unit
• AC 100-242V
• Body: Aluminium, White matte finish
• Panel: Acrylic, Transparent
• Weight:4.1 kg
Note:
• LED lights vary, and even with the same
product serial number there may be
• Suspension hardware sold separately
K0133790
Light distribution
curve
Luminous flux 1000 lm
Perpendicular to
tube axis (A)
Parallel to
tube axis (B)
Degree of uniformity where luminance ratio A:B = 10:1 or less
Panel has glowing surface when light is on,
is transparent when light is off
Light guide panel enables different upper and lower light distribution
Modular units can be
assembled to fit interior
If ratio of luminance at point A and point B is less than 10:1,
unevenness of ceiling surface illumination is within allowable range (according to Panasonic image evaluation).
Slim form minimizes obtrusive presence in interior. When light is off, panel
appears transparent, reducing the noticeability of the fixture and making the
space seem more expansive.
The upper surface of the light guide panel is given a fine lens treatment and light guide technology is employed to diffuse light
across the ceiling as well. Light diffuses widely across the ceiling, while sufficient illuminance is also ensured below the fixture.
Joints are not noticeable and units are
compact and streamlined, providing
beautiful, continuous unbroken light.
When light is on When light is off
Light
source LED
Light distribution ensuring sufficient
illuminance directly below
Widely
diffused
light
Main unit Light guide panel given
a fine lens treatment
• Space dimensions: 14.4 m×7.2m •Ceiling height: 3 m •Reflectivity rate: Ceiling 70%, wall 50%, floor 10% • 0.7 m above floor
Simulation assuming uniform diffusion surface
Installation
conditions
(Unit: cd/m2
)
7.2m
20
100100100
100
100
50
14.4m
(Unit: lx)
7.2m
700
600
500 400
14.4m
Modular light fixture Specialized suspension hardware
For single units or
modules at end of series
(with power cable)
For linking sections
(single unit /
linking section) ø85
Cut Out
FYY56034
FYY56030
FYY80106FYY80105
FYY56035
FYY56031
FYY56036
FYY56032
FYY56037
FYY56033
FYY80105 FYY80106 FYY80106 FYY80106
Ex. With single unit Assembly example
*Power supply cable sends power to inside fixture.
37
281
900 (Suspension pitch)
1103
When link in series
Corner use
1105.5 1108
1004
(Suspension pitch)
1108
(Suspension pitch)
Middle use

24
LED Pendant Upper and lower light distribution, scene adjustment type
Stylish pendant with light sources both above and below enables balance adjustment of
Feu (human sense of space brightness) and average illuminance of floor in accordance with the situation.
Louvers at joint sections are designed
for maximum continuity of light.
Plentiful upper light gives
the interior an expansive feel.
Lower light ensures sufficient illuminance,
with glare cut by a silver metallic louver.
Simple, slim and unobtrusive design
blends into the interior.
Feu
18
13
8
5
200 300 600 1000 lx
Desktop illuminance
Feu
18
13
8
5
200 300 600 1000 lx
Desktop illuminance
Feu
18
13
8
5
200 300 600 1000 lx
Desktop illuminance
StimulationRelaxation
Concentration
Stimulation (during discussions) Relaxation (meals, etc.) Concentration (while working)
• Upper: 100%, Lower: 100%
• Feu12.2, 624 lx
• Upper: 100%, Lower: 30%
• Feu8.5, 296 lx
• Feu7.7, 469 lx
Full-strength light above and below creates
a stimulating environment that encourages
discussion.
Indirect light sources generate
a relaxing atmosphere.
Direct light only eliminates surrounding
distractions and enables focus on work.
Presentation
Light can be adjusted during
presentations to provide sufficient light
for the presenter to see materials, etc.
A Panasonic simulation gauging suitability for meeting rooms determined that this lighting is
geared toward stimulation (during discussions), relaxation (meals, etc.), and concentration (while working).
*Graph shows subjective judgments from an in-house experiment. *Photo is a simulated image.

25
(3990 lm, 52W, 76.7 lm/W)
FYY56021J (For linked power supply)
FYY56022J (For middle of linked series)
FYY56023J (For linked signal)
(3670 lm, 52W, 70.6 lm/W)
FYY56025J (For linked power supply)
FYY56027J (For linked signal)
• AC 100-242V
• Body: Aluminum, Silver metallic
• Louver: Steel plate, Silver metallic
• Ends: ABS resin, Silver metallic
• Upper and lower light distribution
can be separately controlled (ON/OFF)
• Weight: 7.0 kg
Note:
FYY56024J LT9
FYY56020J LT9
K0129474
30° 0°
180°
100
30°
60° 60°
90° 90°
120° 120°
200
300cd
Cross-section
• Louver shielding angle: Vertical direction 32°,
horizontal direction 25°
Photo is a simulated image.
• With cord (gray)
for wiring
Single units FYY56020J LT9 FYY56024J LT9
For linked power supply FYY56021J LT9 FYY56025J LT9
For middle of linked series FYY56022J LT9 FYY56026J LT9
For linked signal FYY56023J LT9 FYY56027J LT9
Pendant
LED Pendant
scene adjustment type
FYY80035 FYY80031
For single units or
modules at end of
series (with power
cable)
For linking sections
(single unit /
linking section)
• Body: Steel, white
• Cover: Steel, Silver metallic
• Wire adjustment length: 400~1000 mm (Distance from ceiling to lower surface of fixture)
Note: Cannot be mounted on diagonally sloping ceilings.
Modular light fixture
Specialized suspension hardware
FYY56024J
FYY56020J
FYY80035 FYY80031
FYY56025J
FYY56021J
FYY56026J
FYY56022J
FYY56027J
FYY56023J
FYY80035 FYY80031 FYY80031 FYY80031
LED (5000K)
LED (4000K)
CRI83
CRI83
Light distribution
curve
Perpendicular to
tube axis (A)
Parallel to
tube axis (B)
1156
268
61
1131
1053
1106
1106
When link in series
Corner use Middle use
Light distribution ratio
• Upper light distribution: 40%
• Lower light distribution: 60%
Separate control feature for upper and
lower light distribution
• 25% - 100% • ON/OFF
ø85
Cut Out

26
The Long Life Design Award
Blends smoothly into interior
with detailing similar to that of architectural elements.
Louvers at joint sections are designed
for maximum continuity of light.
The Long Life Design Award is a special honor conferred by the Good Design Award
committee on products that win the Good Design Award and after ten years are still on the
market and popular with consumers. Panasonic succeeded in maintaining the same design
while switching light sources to LED.
LED Pendant Upper and lower light distribution, standard type
Sleek, simple form blends into interior.
Achieves light distribution equivalent to conventional light source (fluorescent) while consuming less power.

27
(2540 lm, 31W, 81.9 lm/W)
FYY56011J (For modules at end of series)
(2330 lm, 31W, 75.2 lm/W)
FYY56014J (For modules at end of series)
Internal reflector diffuses light both upward
and downward.
• Louver shielding angle: Vertical direction 27°,
horizontal direction 31°
30° 0°
180°
200
30°
60° 60°
90° 90°
120° 120°
400
600cd
K0128722
1350
85
90
Single units FYY56010J LT9 FYY56013J LT9
For middle of linked series FYY56012J LT9 FYY56015J LT9
For modules at end of series FYY56011J LT9 FYY56014J LT9
Shizuoka University Faculty of Humanities and Social Sciences
Pendant
LED Pendant
standard type
• AC 100-242V
• Body: Steel, Highly reflective
white powder coating
• Reflector: Steel, Highly reflective
• Louver: Zinc-steel, Highly reflective
• Shade: Aluminum, Silver metallic
• Panel: Acrylic, Translucent prism
• Ends: Plastic, Silver metallic
• Weight: 6.3 kg
Note:
FYY56010J LT9
LED (5000K)
CRI83
Light distribution
curve
Perpendicular to
tube axis (A)
Parallel to
tube axis (B)
FYY56013J LT9
LED (4000K)
CRI83
Light distribution ratio
• Upper light distribution: 10%
• Lower light distribution: 90%
1230
1110
1110
1110
When link in series
Corner use Middle use
• With cord (white)
for wiring
FYY80000
FYY80002
FYY80001
For single units or
modules at end of
series (with power
cable)
For linking sections For single units or
linking sections
• Body: Steel, White
• Cover: Steel, Silver metallic
• Wire adjustment length: 400~1000 mm (Distance from ceiling to lower surface of fixture)
Note: Cannot be mounted on diagonally sloping ceilings.
FYY56013J
FYY56010J
FYY80000 FYY80001
FYY56014J
FYY56011J
FYY56015J
FYY56012J
FYY56014J
FYY56011J
FYY80000 FYY80002 FYY80002 FYY80001
Specialized suspension hardware
ø85
Cut Out

Soft Light
Matsushita Memorial Library

29
LED Round Type
Soft Light LED Round Type
Real CG simulation
Standard white reflector
Reciprocal relationship between
smoothness and noticeability
Reciprocal relationship between glare
and perceived brightness
Soft light
The sudden spike in the line graph (right) extrapolated
from the luminance distribution map (left) indicates the
stark luminance discrepancy with the ceiling.
The smooth luminance gradation (left) and the swelling
curve of the line graph coordinated with it (right) indicate
the unobtrusive presence of the fixture.
Simulation of luminance distribution
0 100 200 500 1000 2000 4000 7000 15000 40000
Ceiling
Reflector
Light source
150001000050000
(cd/m2
)
(cd/m2
)
B
C C
B
AA
Ceiling
Frame
Reflector
Light source
0 100 200 500 1000 2000 4000 7000 15000 40000
150001000050000
(cd/m2
)
(cd/m2
)
B
C
C
B
AA
Luminance of reflector is increased, causing visible
discrepancy between light fixture and ceiling surface
Soft light was perceived as being smooth
and the fixture unnoticeable, blending
into architectural environment.
Soft light is perceived as bright, but
without glare, making it ideal for
environments with a gentle atmosphere.
Average luminance is set at same level even if light source power level differs,
meaning there is no noticeable difference when used in the same space.
Smooth luminance gradation from top
of reflector to ceiling
Reflective curve designed based on scientific evaluation of people’s natural perceptions of luminance gradation. (Gradated Reflector)
Both fixture’s noticeability and glare are reduced so as to let light itself take center stage. (Soft Light Trim)
Luminance comparison with standard white reflector
Results of subjective evaluation experiment by Panasonic Luminance of integrated reflector
2
1
0-1 1 2-2
-1
-2
Standard white
reflector
Soft light
NonoticeablepresenceNoticeablepresence
Not smooth Smooth
Smooth, with no
noticeable presence
Soft light
Standard white
reflector
Bright,
but without glare
2
1
0-1 1 2-2
-1
-2
brightdark
glaring Not glaring

30
LED Round Type
φ476
243
LED 200 type LED 100 type
(4215 lm, 53.5W, 78.8 lm/W)
• Weight: 4.7 kg
NYY56510 LZ9
(1270 lm, 19.9W, 63.8 lm/W)
• Weight: 1.1 kg
NYY56210 LZ9
(710 lm, 11.1W, 64.0 lm/W)
• Weight: 0.8 kg
NYY56110 LZ9
(3880 lm, 53.5W, 72.5 lm/W)
• Weight: 4.7 kg
NYY56530 LZ9
(1155 lm, 19.9W, 58.0 lm/W)
• Weight: 1.1 kg
NYY56230 LZ9
(655 lm, 11.1W, 59.0 lm/W)
• Weight: 0.8 kg
NYY56130 LZ9
5000
2000
1000
500
100
1
50
2
200
20
10
51
0
2
3
1234 0 1 2 3 4(m)
K0130694 Maintenance factor 1.0 (Unit Ix)
Cross-section A Cross-section B
1
0
2
3
1234 0 1 2 3 4
K0130365 Maintenance factor 1.0
5000
2000
1000
500
200
50
100
20
10
5
1
2
(Unit Ix)
(m)
1
0
2
3
1234 0 1 2 3 4
5000
2000
1000
500
200
100
20
10
50
5
2
1
(Unit Ix)
(m)
1
0
2
3
1234 0 1 2 3 4
5000
2000
1000
500
200
50
100
20
10
5
1
2
(Unit Ix)
(m)
Cross-section A Cross-section B 5000
2000
1000
500
200
100
20
50
10
5
2
1
1
0
2
3
1234 0 1 2 3 4
(m)
4000K, CRI85 4000K, CRI85 4000K, CRI85
3000K, CRI85 3000K, CRI85 3000K, CRI85
160
φ220
165
131
φ170
135
5000
2000
1000
500
100
1
50
200
2
20
10
51
0
2
3
1234 0 1 2 3 4
(m)
Soft Light LED Round Type
• AC 100-242V
• Top of reflector: Plastic, Highly reflective white
• Reflector/ Frame: Aluminum, White matte finish
• Lifetime: 40,000h (Luminous flux maintenance rate 70%)
Note:
• Minimum distance directly below fixture: LED550 = 30 cm. LED200, LED100 = 10 cm.
• Does not have thermal insulation specifications.
• LED lights vary, and even with the same product serial number there may be discrepancies in brightness and color of light.
Built-in power
supply unit
LED 550 type
ø450
Cut Out
ø200
Cut Out
ø150
Cut Out
Cut-off
angle
90
Wide spread
70
Wide spread
70
Wide spread

31
FYY51010 LT9
FYY51030 LT9
LED (4000K)
LED (3000K)
(1780 lm, 31W, 57.4 lm/W)
(1640 lm, 31W, 52.9 lm/W)
LED Line Type
L1200 type
Light seen from 30° angleLight seen from directly beneath
Real CG simulation
Soft Light LED Line Type
Gives impression of natural light coming through slits in fixture integrated with the ceiling.
Unpleasant 30° glare cut even when viewed vertically. While allowing light to pass through
and illuminate directly below with no loss of efficiency, double-sided silk printing converts
light cast at 30° angle to soft light as if seen through milk-white panels.
Lineup of fixtures for right side, middle, and left side. Link modules together to fit interior.
Special panel louver used
Continuity of light emphasized
Light source
Transparent
section
Panel louver
Light cast directly below Cut off angle 30°Double-sided silk
printed section
• Built-in LED,
• AC 100-242V
• Body: Zinc-steel
• Reflector/Frame:
Aluminum, White matte finish
• Panel: Acrylic, Transparent matte, Silk printed
• Weight: single units 5.5 kg,
Left end of linked series 5.5 kg,
Middle of linked series 5.3 kg,
Right end of linked series 5.5 kg
Note:
CRI83
CRI83
FYY51011 (Left end of linked series)
FYY51012 (Middle of linked series)
FYY51013 (Right end of linked series)
FYY51031 (Left end of linked series)
FYY51032 (Middle of linked series)
Cut out
100 x 1142R50 R50
Wire hole Control hole
70
96
117
800
1154
1159
When link in series
FYY51011
FYY51031
FYY51012
FYY51032
FYY51013
FYY51033
(Left end of
linked series)
(Middle of
linked series)
(Right end of
linked series)
Built-in power
supply unit
Cut-off
angle
Cut out (N linkage) 100 x (1106 x N + 36)R50

Downlight
Aisin AW Technical Center
*Photo shows case example of Glareless Downlights installed. (Conventional light source in use as well)

33
Modular Lighting is a new method of lighting
planning inspired by architectural modules. Layout
is envisioned and light distribution arranged
based on length of spans between architectural
supports. Even in an interior with three different
ceiling heights, simply select among narrow-
angle, medium-angle and wide-angle light
distribution in accordance with ceiling height,
and the illumination patterns and levels will be
the same. This enables consistent fixture layout,
embedding-hole diameter, and light source power,
simplifying the process of lighting design.
We paid particular attention to construction and
maintenance considerations in order to maximize
reflectivity. The material is as reflective as its
conventional counterpart, but is outstandingly
smooth and scratch-resistant, and shallow
scratches such as those resulting from friction
are self-repairing. Wiping with a cloth to remove
fingerprints or dust will not cause scratches, and
the user does not need to handle the fixtures with
excessive delicacy.
Incorporates highly reflector that achieves specular reflection (mirror-like
reflection of light from a single incoming direction in a single outgoing direction),
with virtually no glare from background reflections. Both the noticeability of
the light fixture and glare off glass surfaces are minimized, achieving a calm
environment that lets the night view out the window take center stage.
Light distribution arrangement inspired
by the concept of architectural modules.
Simplifies the lighting design process.
Scratch Care coating that naturally
self-repairs scratches
(Except wallwasher)
Glareless Aluminum deposition mirrored-surface reflector
Controls glare and delivers light quality tailored to the situation
Outstanding reflectivity without glare through deposition technology
Comparative test with wire brush
Conventional
aluminum deposition
mirrored-surface reflector
No Scratch Care coating
Aluminum deposition
mirrored-surface
reflector with
Scratch Care coating
Cross section Fine scratches from wiping off
fingerprints and dust
Elasticity of coating film
self-repairs scratches, etc.
After scratches, etc.
have disappeared
*This test was performed for purposes of comparison. Do not intentionally scratch the surface of the actual product.
*When cleaning the product, please use a soft cloth.
[ Modular Lighting ]
Ceiling height
Light distribution
Average
illuminance
of ﬂoor
3-5 m 7-9 m 11-13 m
200-300 lx
300-400 lx
Wide
3-5 ｍ
7-9 ｍ
11-13 ｍ
Multi packaged LED downlights only
NarrowMediumWide
Consistent light
distribution pattern
21.6 m
7.2m
1.81.81.81.81.81.81.81.81.81.81.80.9
0.91.81.81.8
5050 100
150
(Unit: lx)
200 type
Wideø150
Cut Out
250 type
Wideø200
Cut Out
Medium
200 type
Mediumø150
Cut Out
250 type
Mediumø200
Cut Out
Narrow
200 type
Narrowø150
Cut Out
250 type
Narrowø200
Cut Out
Consistentlightsourcepower
andembedding-holediameter
Wide-angle
Medium-angle
Narrow-angle
Downlight
Real CG simulation

34
LED Glareless General Lighting Integrated packaged type
With aluminum deposition mirrored-surface reflector,
the luminance of the reflector itself is minimized, and the fixture becomes less noticeable.
Approx. 50 cd/m2
Approx. 100 cd/m2
Mirrored-surface reflector made with aluminum deposition
We took scrupulous care with the aluminum deposition treatment to create a highly reflective surface that creates interiors
with a premium-quality, luxurious atmosphere.
Approx. 100 cd/m2
Silver mirrored-surface
reflector
Standard downlight
Approx. 50 cd/m2
Aluminum deposition
mirrored-surface reflector
SmartArchi Glareless
Likelihood of not finding
fixture noticeable: 100%
*Approx. 1/2 luminance (comparison under same conditions
including light source, conformation of reflector, etc.)
Likelihood of not finding
fixture noticeable: 95 - 75%
50010 50 100 200 300 400
0%
20%
40%
60%
80%
100%
Reflector luminance (cd/m2
)
100001000100101.00.1 55555 22222
（cd/m2
）
Luminance comparison
with standard silver mirrored-surface reflector
Glare assessment test results (survey by Panasonic)
Luminance measurement
(comparison of LED200 downlights, dia. 125)
Glareless Downlight
Real CG simulation
Aluminum deposition mirrored-surface reflector
With a degree of reflectivity, surface achieves specular
reflection (mirror-like reflection of light from a single
incoming direction in a single outgoing direction), with
virtually no glare from background reflections.
Light fixture is rendered less noticeable,
and light’s center of gravity is lower,
creating a calm atmosphere.
Silver mirrored-surface reflector
Low reflectivity compared to aluminum
deposition, meaning light is diffused and
blurred.
Reflections off glass, and the light fixture itself,
are noticeable.
Standard downlight
Real CG simulation
Mirrored-surface
reflectivity rate
12% UP
*
*Comparison of Panasonic
aluminum deposition reflector
and silver mirrored-surface
reflector (Survey by Panasonic)

35
Effects of light diffusion on floor surface
Light is diffused in all directions, creating an
even more beautiful, gentle glow.
Effects of light diffusion on wall surface
Smoother gradations of light illuminating
wall surface.
Downlight LED Glareless General Lighting
Integrated packaged type
• AC 100-242V
• Reflector (upper): Plastic, aluminum-deposition mirrored surface
• Reflector: Aluminum, aluminum-deposition mirrored surface with Scratch Care coating
• Frame : Aluminum die-casting, Cool white matte finish
• Weight: 0.9 kg
Note:
• Minimum allowable distance directly below fixture: 10 cm
Diffusion filter
Options
NYY96500
(855 lm, 22.5W, 38.0 lm/W)
NYY16522 LZ9
(1030 lm, 16.5W, 62.4 lm/W)
NYY16516K LZ9
(1140 lm, 19.9W, 57.3 lm/W)
NYY16526K LZ9
(760 lm, 22.5W, 33.8 lm/W)
NYY16524 LZ9
(950 lm, 16.5W, 57.6 lm/W)
NYY16519 LZ9
(1040 lm, 19.9W, 52.3 lm/W)
NYY16529 LZ9
4000K, CRI95 4000K, CRI854000K, CRI85
3000K, CRI95 3000K, CRI853000K, CRI85
LED200type (Equiv.CFL42W) LED200type (Equiv.CFL42W) LED150type (Equiv.CFL32W)
Integrated
Packaged type
Built-in power
supply unit
177
φ133
135
177
φ133
135
166
φ133
135
Without
diffusion filter
Without
diffusion filter
With
diffusion filter
With
diffusion filter
Fixture mounting conditions
• Distance from wall surface: 45 cm
• Wall dimensions: Height 3.5 m × Width 4.5 m
Fixture mounting conditions
• Floor dimensions: 3.5 m × 3.5 m
• Mounting height: 2 m
Diffusion filter produces even more beautiful light.
Sold separately
2000
500
1000
5000
200200
1010
2020
5050
100 100
1
0
2
3
123 0 1 2 3
2000
500
1000
5000
200200
1010
2020
5050
100100
1
0
2
3
123 0 1 2 3
2000
500
1000
5000
200
10 10
20 20
50 50
100 100
1
0
2
3
123 0 1 2 3
1
0
2
3
123 0 1 2 3
2000
500
1000
5000
200
10 10
20 20
50 50
100 100
2000
500
1000
5000
200200
1010
2020
5050
100100
1
0
2
3
123 0 1 2 3
2000
500
1000
5000
200200
1010
2020
5050
100100
1
0
2
3
123 0 1 2 3
Wide Wide Wide
ø125
Cut Out
ø125
Cut Out
ø125
Cut Out
Cut-off
angle

36
• AC 100-242V
• Weight: 2.3 kg
Note:
Diffusion lens Spread lens Fixing spring
Options
NNN89010 NNN89006
Note: A fixing
spring NNN89006
(sold separately) is
required for mounting.
NNN89012
Note: A fixing
spring NNN89006
(2490 lm, 43.8W, 56.8 lm/W)
NYY16581 LE9
(2525 lm, 43.8W, 57.6 lm/W)
NYY16589 LE9
(2310 lm, 43.8W, 52.7 lm/W)
NYY16585 LE9
(2490 lm, 43.8W, 56.8 lm/W)
NYY16583 LE9
(2525 lm, 43.8W, 57.6 lm/W)
NYY16599 LE9
(2310 lm, 43.8W, 52.7 lm/W)
NYY16587 LE9
4000K, CRI85 4000K, CRI854000K, CRI85
3000K, CRI85 3000K, CRI853000K, CRI85
Built-in power
supply unit
LED250type (Equiv.HID70W)
199
53
280
φ210
500 500
1000 1000
5000
200 200
10 10
20 20
50 50
100 100
2000
1
0
2
3
123 (m) 0 1 2 3
500 500
1000 1000
5000
200 200
10 10
20 20
50 50
100 1002000
1
0
2
3
123 (m) 0 1 2 3
2000
500 500
1000
5000
200 200
10 10
20 20
50 50
100 100
1
0
2
3
123 (m) 0 1 2 3
500 500
1000 1000
5000
200 200
10 10
20 20
50 50
100 100
2000
1
0
2
3
123 (m) 0 1 2 3
2000
500 500
1000 1000
5000
200 200
10 10
20 20
50 50
100 100
1
0
2
3
123 (m) 0 1 2 3
2000
500 500
1000
5000
200 200
10 10
20 20
50 50
100 100
1
0
2
3
123 (m) 0 1 2 3
LED Glareless General Lighting Multi packaged type
Narrow Medium Wide
ø200
Cut Out
Cut-off
angle
Sold separately

37
• AC 100-242V
• Weight: 2.0 kg
Note:
Diffusion lens
Options
NYY92503 NNN89001
Note: A fixing
spring NNN89001
NYY92505
Note: A fixing
spring NNN89001
Spread lens Fixing spring
(1960 lm, 33.1W, 59.2 lm/W)
NYY16561 LE9
(1910 lm, 33.1W, 57.7 lm/W)
NYY16569 LE9
(1905 lm, 33.1W, 57.6 lm/W)
NYY16565 LE9
(1960 lm, 33.1W, 59.2 lm/W)
NYY16563 LE9
(1910 lm, 33.1W, 57.7 lm/W)
NYY16579 LE9
(1905 lm, 33.1W, 57.6 lm/W)
NYY16567 LE9
4000K, CRI85 4000K, CRI854000K, CRI85
3000K, CRI85 3000K, CRI853000K, CRI85
Built-in power
supply unit
LED 200 type (Equiv.HID35W)
184
53
280
φ160
Downlight LED Glareless General Lighting
Multi packaged type
500 500
1000 1000
5000
200 200
10 10
20 20
50 50
100 1002000
1
0
2
3
123 (m) 0 1 2 3
500 500
1000
5000
200 200
10 10
20 20
50 50
100 100
2000
1
0
2
3
123 (m) 0 1 2 3
2000
500
1000
200 200
10 10
20 20
50 50
100 100
50001
0
2
3
123 (m) 0 1 2 3
500 500
1000 1000
5000
200 200
10 10
20 20
50 50
100 1002000
1
0
2
3
123 (m) 0 1 2 3
2000
500 500
1000
5000
200 200
10 10
20 20
50 50
100 100
1
0
2
3
123 (m) 0 1 2 3
2000
500
1000
5000
200 200
10 10
20 20
50 50
100 100
1
0
2
3
123 (m) 0 1 2 3
Narrow Medium Wide
ø150
Cut Out
Cut-off
angle
Sold separately

38
LED Glareless Wallwasher Integrated packaged type
Glareless, plus vertical and horizontal evenness of light on wall surface is greatly improved.
Makes wall appear brighter.
52
145
6.5
φ133
K0127225 Maintenance factor 1.0 (Unit Ix) K0127226 Maintenance factor 1.0 (Unit Ix)
(535 lm, 19.9W, 26.9 lm/W)
NYY16326 LZ9
K0127225 Maintenance factor 1.0 (Unit Ix) K0127226 Maintenance factor 1.0 (Unit Ix)
(485 lm, 19.9W, 24.4 lm/W)
NYY16328 LZ9
(475 lm, 16.5W, 28.8 lm/W)
NYY16316 LZ9
(435 lm, 16.5W, 26.4 lm/W)
NYY16318 LZ9
4000K, CRI85 4000K, CRI85
3000K, CRI85
• AC 100-242V
• Reflector: Plastic, aluminum-deposition mirrored surface
• Frame : Aluminum, Cool white matte finish
• Panel: Plastic
• Weight: 1.0 kg
Note:
• LED lights vary, and even with the same product serial number there may be discrepancies
in brightness and color of light.
*When pointed toward wall surface
LED 200 type LED 150 type
3000K, CRI85
Wall-
washer
Wall-
washer
Cut off angle 30°
Downlight LED Glareless Wallwasher
Integrated packaged type
Highly even wall surface illumination
Reduced glare compared to conventional wallwasher
Supplementary reflector casts light as far
as vicinity of ceiling, enabling beautiful,
even wall surface illumination.
And glareless design minimizes
noticeability of the light fixtures.
1200 mm pitch
900 mm pitch
Glareless type
1500 mm pitch
Conventional wallwasher
*Distance from wall: 900 mm
Integrated
Packaged type
Built-in power
supply unit
*Cut-off
angle
ø125
Cut Out

39
• AC 100-242V
• Weight: 2.5 kg
Note:
LED Glareless Adjustable Downlight Multi packaged type
Diffusion lensDiffusion lens Spread lensSpread lens Fixing springFixing spring
OptionsOptions
NYY92503NNN89010 NNN89001NNN89006
Note: A fixing
spring NNN89001
Note: A fixing
spring NNN89006
NYY92505NNN89012
Note: A fixing
spring NNN89001
Note: A fixing
spring NNN89006
(2210 lm, 43.8W, 50.5 lm/W)
NYY16161 LE9
(1545 lm, 33.1W, 46.7 lm/W)
NYY16151 LE9
(1970 lm, 43.8W, 45.0 lm/W)
NYY16165 LE9
(1365 lm, 33.1W, 41.2 lm/W)
NYY16155 LE9
(2210 lm, 43.8W, 50.5 lm/W)
NYY16163 LE9
(1545 lm, 33.1W, 46.7 lm/W)
NYY16153 LE9
(1970 lm, 43.8W, 45.0 lm/W)
NYY16167 LE9
(1365 lm, 33.1W, 41.2 lm/W)
NYY16157 LE9
4000K, CRI85 4000K, CRI854000K, CRI85 4000K, CRI85
3000K, CRI85 3000K, CRI853000K, CRI85 3000K, CRI85
• AC 100-242V
• Weight: 2.0 kg
Note:
Built-in power
supply unit
Built-in power
supply unit
LED250type (Equiv.HID70W) LED 200 type (Equiv.HID35W)
K0124255 0
1
2
3
m
0
1.0
1.5
3
2.0
1.4m
1.05
0.7m 1855
35°
6425
2855
1605 lx
φ263 7670
φ527 1915
850 lx
16685
4170
φ790m／m
K0124256 0
1
2
3
m
0
1.0
1.5
3
2.0
1.4m
1.05
0.7m 805
35°
2795
1240
700 lx
φ353 3715
φ705 930
415 lx
7260
1815
φ1058m／m
K0124255 0
1
2
3
m
0
1.0
1.5
3
2.0
1.4m
1.05
0.7m 1855
35°
6425
2855
1605 lx
φ263 7670
φ527 1915
850 lx
16685
4170
φ790m／m
K0124256 0
1
2
3
m
0
1.0
1.5
3
2.0
1.4m
1.05
0.7m 805
35°
2795
1240
700 lx
φ353 3715
φ705 930
415 lx
7260
1815
φ1058m／m
30
swing
angle
30
swing
angle
K0124261 0
1
2
3
m
0
1.0
1.5
3
2.0
1.4m
1.05
0.7m 2805
35°
9725
4320
2430 lx
φ263 12770
φ527 3195
1420 lx
25255
6315
φ790m／m
K0124261 0
1
2
3
m
0
1.0
1.5
3
2.0
1.4m
1.05
0.7m 2805
35°
9725
4320
2430 lx
φ263 12770
φ527 3195
1420 lx
25255
6315
φ790m／m
K0123806 0
1
2
3
m
0
1.0
1.5
3
2.0
1.4m
1.05
0.7m 1495
35°
5185
2305
1295 lx
φ353 6150
φ705 1535
685 lx
13460
3365
φ1058m／m
K0123806 0
1
2
3
m
0
1.0
1.5
3
2.0
1.4m
1.05
0.7m 1495
35°
5185
2305
1295 lx
φ353 6150
φ705 1535
685 lx
13460
3365
φ1058m／m
Light distribution
without added options
Added options for wide variety of lighting effects
Spread lens
Light distribution effect
of spread lens
Diffusion lens
Light distribution effect
of diffusion lens
Glareless LED adjustable downlight fixture is less noticeable, even when swinging.
Downlight LED Glareless Adjustable Downlight
Multi packaged type
International Passenger Terminal Building, Tokyo Haneda Airport
*Photo shows case example of Glareless Adjustable Downlights installed.
(Conventional light source in use as well)
355°
222
30°
137
53
280
φ210
355°
220
53
280
30°
φ160
130
Narrow NarrowMedium Medium
Cut-off
angle
Cut-off
angle
Sold separately Sold separately
ø200
Cut Out
ø150
Cut Out

Bracket
Unosawa Tokyu Building
*Photo shows case example of Line Brackets installed. (Conventional light source in use as well)

41
Specifications
• Lamp separate sale
• Built-in LED, Built-in power supply unit • AC 100-242V
• Body: Steel, Highly reflective white powder coating
• Cover: Aluminum, Silver metallic
• Weight: 3.5 kg
• Modular light fixture: FYY46011 (Left end of linked series), FYY46012 (Middle of linked series),
Note: Cannot be mounted facing any other direction than one shown in photo.
*3800 lm straight-tube LED lamp recommended for use.
Line Brackets create bright impression
with indirect light.
Brackets are designed to cast lovely
indirect light on wall surfaces.
500∼1900∼
While casting a large amount of light on the
ceiling surface, these fixtures illuminate
walls with a small amount of light to avoid
a dark impression, creating an overall
subjective impression of brightness.
Light diffusion design creates the
impression of a bright interior Lamps are positioned on the light-shielding plate side of the
fixture so as to avoid casting shadows on the wall surface.
Light spreads over vertical surfaces with fluidity.
Lovely indirect light
Brightness type* Product number Order number Color Temp.
LDL40
3800 lm type
(High output)
LDL40S, D/29/35 LDL40SD2935 6500K
LDL40S, N/29/38 LDL40SN2938 5000K
LDL40S, W/29/37 LDL40SW2937 4000K
LDL40S, WW/29/35 LDL40SWW2935 3500K
LDL40S, L/29/33 LDL40SL2933 3000K
* Classified with 5000K lamp as representative sample. Luminous flux of lamps may differ
depending on light temperature and color.
• Compatible lamps: For straight-tube LED lamps.
• Please verify prices of lamps separately.
Note:
• When mounting straight-tube LED lamps, please verify the insertion direction.
Mount the non-electrical supply side of the lamp in the socket with a mark.
• Please use Panasonic LED lamps. Fixtures are designed in accordance with the properties
of Panasonic LED lamps, so using LED lamps made by other manufacturers may result
in substandard performance.
• Straight-tube LED lamps are made of glass. Please handle with care.
• Variations among LEDs exist, and different units of the same product may vary in terms
of light color or brightness.
Single units FYY46000 LT9* FYY46010 LT9*
Middle of linked series FYY46002 LT9* FYY46012 LT9*
Left end of linked series FYY46001 LT9* FYY46011 LT9*
Right end of linked series FYY46003 LT9* FYY46013 LT9*
* Lamp separate sale
Compatible lamp
• Fixture: FYY46000 LT9 • Lamp: LDL40S, N/29/38
(2200 lm, 33W, 66.7 lm/W)
FYY46000 LT9
LDL40
Specifications
• Lamp separate sale
• Built-in LED, Built-in power supply unit • AC 100-242V
• Body: Steel, Highly reflective white powder coating
• Reflector: Steel, Highly reflective white powder coating
• Cover: Aluminum, Silver metallic
• Weight: 4.5 kg
• Modular light fixture: FYY46001 (Left end of linked series), FYY46002 (Middle of linked series),
Note: Cannot be mounted facing any other direction than one shown in photo.
*3800 lm straight-tube LED lamp recommended for use.
CRI84
3800 lm type (Equivalent to Hf32W high-output fixture)
• Fixture: FYY46010 LT9 • Lamp: LDL40S, N/29/38
(2990 lm, 33W, 90.6 lm/W)
FYY46010 LT9
LDL40
CRI84
3800 lm type (Equivalent to Hf32W high-output fixture)
* Classified with 5000K lamp as representative sample. Luminous flux of lamps may differ depending on light temperature and color.
800
1505035
140
50
65
46
21
1332
Mounting
bolt hole Wire hole
1300
1520
100100
41
38
Wire hole
Bracket LED Line Bracket /
LED Bracket
LED Line Bracket LED Bracket The Long Life Design Award
The Long Life Design Award is a special honor conferred by the Good Design Award
committee on products that win the Good Design Award and after ten years are still on
the market and popular with consumers. Panasonic succeeded in maintaining the same
design while switching light sources to LED.

42
Photo shows a synthesized simulation
LED Upper Lighting (Versatile indoor/outdoor type) Upper light distribution type
Upper light distribution type illuminates ceiling surface with very even light.
For indirect lighting in spaces with vaulted ceilings or in shelters, etc.
Versatile indoor/outdoor type
Photo shows a synthesized simulation

43
• AC 100-242V
• Body: Aluminum die-casting, Silver metallic matte finish
• Panel: Hard glass
• Weight: 6.0 kg
240132
27
300
83170
Mounting
bolt hole
Wire hole
YYY46044 Illuminance distribution
on vertical surface
Illuminance distribution
on ceiling surface
on vertical surface
on ceiling surface
YYY46024
Specialized hood
YYY96204
• Body: Stainless steel,
Off-black matte finish
Shared lens for front /
wide-angle light distribution
Options
YYY96222
• Acrylic,Clear
• Set of two lenses
(Two used for each fixture)
LED 450 type
(4430 lm, 71W, 62.4 lm/W)
(4100 lm, 71W, 57.7 lm/W)
Diffused
light distribution
Diffused
light distribution
YYY46044 LE9 YYY46024 LE9
YYY46045 LE9 YYY46025 LE9
LED (4000K)
LED (3000K)
CRI85 CRI85
CRI85 CRI85
Rain-resistant type
LED 250 type
(2490 lm, 39.5W, 63.0 lm/W)
(2268 lm, 39.5W, 57.4 lm/W)
LED (4000K)
LED (3000K)
4000
6500
Use of optional lens enables front and wide light distribution.
450 type:
For vaulted ceilings, etc.
250 type:
For shelters, corridors, etc.
Three light distribution variations
Choose from two brightness levels depending on type of space
Excessive
brightness cut
with optional hoodShared lens for front / wide-angle light distribution
Shared lens for front / wide-angle light distribution
Without options
Wide light distribution
Front light distribution
Diffused light distribution
Bracket
LED Upper Lighting
(Versatile indoor/outdoor type)
Upper light distribution type
3000
1000
500
300
100
50
30
10
5
4m
1m
1 m 6 m
• Maintenance factor: 1.0
• Mounting position: 0.15 m from wall surface
(Unit Ix)K0133315
3000
1000
500
300
100
50 30
10
5
1m
1 m 6 m
4m
(Unit Ix)K013315
200
510
100
30
50
6m
1m
1 m 6 m
(Unit Ix)K0133315
200
100
5
50
10
30
6m
1m
1 m 6 m
(Unit Ix)K013315
Sold separately

44
PRODUCT NUMBER INDEX
Item No. Page
FYY
FYY26661Z LT9 20
FYY26663Z LT9 20
FYY26665Z LT9 20
FYY26667Z LT9 20
FYY26669Z LT9 20
FYY26671Z LT9 20
FYY26673Z LT9 19
FYY26675Z LT9 19
FYY26677Z LT9 19
FYY26679Z LT9 19
FYY26681Z LT9 19
FYY26683Z LT9 19
FYY26689Z LT9 20
FYY26691Z LT9 20
FYY46000 LT9 41
FYY46001 LT9 41
FYY46002 LT9 41
FYY46003 LT9 41
FYY46010 LT9 41
FYY46011 LT9 41
FYY46012 LT9 41
FYY46013 LT9 41
FYY51010 LT9 31
FYY51011 LT9 31
FYY51012 LT9 31
FYY51013 LT9 31
FYY51030 LT9 31
FYY51031 LT9 31
FYY51032 LT9 31
FYY51033 LT9 31
FYY56010J LT9 27
FYY56011J LT9 27
FYY56012J LT9 27
FYY56013J LT9 27
FYY56014J LT9 27
FYY56015J LT9 27
FYY56020J LT9 25
FYY56021J LT9 25
FYY56022J LT9 25
Item No. Page
FYY56023J LT9 25
FYY56024J LT9 25
FYY56025J LT9 25
FYY56026J LT9 25
FYY56027J LT9 25
FYY56030 LT9 23
FYY56031 LT9 23
FYY56032 LT9 23
FYY56033 LT9 23
FYY56034 LT9 23
FYY56035 LT9 23
FYY56036 LT9 23
FYY56037 LT9 23
FYY80000 27
FYY80001 27
FYY80002 27
FYY80031 25
FYY80035 25
FYY80105 23
FYY80106 23
Item No. Page
NNN
NNN89001 37, 39
NNN89006 36, 39
NNN89010 36, 39
NNN89012 36, 39
Item No. Page
NYY
NYY16151 LE9 39
NYY16153 LE9 39
NYY16155 LE9 39
NYY16157 LE9 39
NYY16161 LE9 39
NYY16163 LE9 39
NYY16165 LE9 39
NYY16167 LE9 39
NYY16316 LZ9 38
NYY16318 LZ9 38
Item No. Page
NYY16326 LZ9 38
NYY16328 LZ9 38
NYY16516K LZ9 35
NYY16519 LZ9 35
NYY16522 LZ9 35
NYY16524 LZ9 35
NYY16526K LZ9 35
NYY16529 LZ9 35
NYY16561 LE9 37
NYY16563 LE9 37
NYY16565 LE9 37
NYY16567 LE9 37
NYY16569 LE9 37
NYY16579 LE9 37
NYY16581 LE9 36
NYY16583 LE9 36
NYY16585 LE9 36
NYY16587 LE9 36
NYY16589 LE9 36
NYY16599 LE9 36
NYY56110 LZ9 30
NYY56130 LZ9 30
NYY56210 LZ9 30
NYY56230 LZ9 30
NYY56510 LZ9 30
NYY56530 LZ9 30
NYY92503 37, 39
NYY92505 37, 39
NYY96500 35
Item No. Page
YYY
YYY46024 LE9 43
YYY46025 LE9 43
YYY46044 LE9 43
YYY46045 LE9 43
YYY96204 43
YYY96222 43

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