Catalog index (Page 1)

Transcription

Catalog index (Page 1)
PAN-A-LUX UPLITES
Lamp
UPLITE
ARCHITECTURAL
Catalog Number
Page
Delivers a wide variety of
beam patterns, above the
sight line, to unobtrusively
enhance a space without
creating unsightly glare.
U
PAN-A-LUX OVERVIEW
UPLITES
PAL XL
300/500 Watt Quartz Tungsten Halogen
70 Watt HQI/MC
150 Watt HQI/MC
250 Watt Metal Halide/HQI
400 Watt Metal Halide
1x 27 Watt BIAX FLOURESCENT
2x 27 Watt BIAX FLOURESCENT
1x 40 Watt BIAX FLOURESCENT
2x 40 Watt BIAX FLOURESCENT
42 Watt 42 PLT FLOURESCENT
A variety of
lamps, mountings
and housings
are available
according to
optics chosen.
(5 OPTICAL SYSTEMS)
PAL-LP
PAL-118
PAL-422
PAL-88
PAL-XL-300/500-Q
PAL-XL-70-HQI/MC
PAL-XL-150-HQI/MC
PAL-XL-250-MH/HQI
PAL-XL-400-MH
PAL-XL-1/27-BIAX
PAL-XL-2/27-BIAX
PAL-XL-1/40-BIAX
PAL-Xl-2/40-BIAX
PAL-Xl-42-PLT
442
451
452
453
454
461
462
463
464
466
PAL-XL
NEXT>
PAL-118
PAGE: 421
PAL-118-500-Q-B-RC-IY
A quartz or HID architectural uplight. Maximum output at
130° and 150° degrees provides an even distribution of
soft, controlled, glare-free light. With an output that is
forward and upward. It is ideally suited for spaces that
are as high as they are wide.
PAL-XL
PAGE: 453
PAL-XL-250-HQI-B-S-RB
This architectural uplight, using quartz, fluorescent or HID
sources, projects a powerful 123° forward beam of light.
It is exceptionally efficient in spaces that are wider
than they are high, directing a controlled, expansive
wash of light across a broad ceiling, without glare.
PAL-88
PAGE: 411
PAL-88-300/500-Q-B-LY
A classic quartz or HID architectural uplight. With a tight
forward distribution at 128° and no “splash” above the
fixture. This unique optic permits glare-free use on a wall
in spaces with sloped architectural detail above.
Providing a controlled wash of light without distraction.
PAL-422
PAGE: 433
Used with quartz, HID or fluorescent, this fixture projects
its main thrust at 178°. This strong upward (and forward)
wash of glare-free, controlled light performs best in
spaces which are higher than they are wide. Most
effective in a space with 2 to 1 proportions.
PAL-422-175-MH/MED-B-RC-LY-RB
PAL-LP-150-Q-W-SC
PAGE: 401
PAL-LP (Lite-Pak)
An unobtrusive quartz miniature indirect fixture.
Compact size and adjustable mounting bracket permits
its use in varied settings, including track. Rectangular
122° distribution and extraordinary color fidelity make it
ideal for color-sensitive situations.
Design Studios: 28 West 25th Street, New York, NY 10010 Tel: (212) 675-0400 Fax: (212) 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 Tel: (201) 333-2525 Fax: (201) 433-3355
THE STANDARD FOR ARCHITECTURAL LIGHTING SINCE 1898
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FAMILY
REFLECTOR
WATTAGE
PAL
118
300
REFLECTOR
PAL-118
WATTS
WATTAGE/LAMP
Q: 150,250,300,500
HQI/MC: 70,150
LAMP TYPE
Q
B
QUARTZ
OPTIONS
FINISH
*STANDARD
FINISH
RC
ROUND CANOPY
OPTIONS
+OPTNS
IY
INNER YOLK
OPTIONS
Standard
Color
Scheme:
(Sides & Canopy)
Semi-gloss Black
PAL-XL
Q: 150,250,300,500
HID: 70,100,150,175
HQI/MC:
70,100,150,175
MOG: 250,400
FL: 32
BIAX: 27,40,55
PLT: 36,42
(Reflector, Wire
Way & Yoke)
Clear Alzak
IY
(Inner Yoke)
RC
(RoundCanopy)
LY
(Large
Yoke)
SF
(Special Finish)
SATIN
(Satin Aluminum
Natural Finish)
SC
(Square Canopy)
LY
PAL-88
Q: 150,250,300,500
HQI/MC: 70,150
S
(Stand)
XL only
(Large
Yoke)
XL only
IB
PAL-422
Q: 150,250,300,500
HID: 70,100,150,175
HQI/MC:
70,100,150,175
FL: 32
BIAX: 27,40,55
PLT: 36,42
PAL-LP
Q: 75,100,150,200
(Integral Ballast)
RB
(Remote Ballast)
DL
(Damp Label)
S
(Stand)
ALUM
(All Aluminum
Construction)
Q = Quartz; HID = High Intensity Discharge; HQI/MC = Double-ended Metal Halide;
MOG= Mogal Base; FL = Fluorescent; BIAX = Compact Fluorescent; PLT = Cluster Fluorescent
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PAL XL 300/500 watt
Quartz Tungsten Halogen
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
Pan-A-Lux® Uplite
reflector The innovative PAN-A-LUX
XL reflector is precisely crafted of
specular electro-brightened
anodized extruded aluminum. Its
segmented, stepped configuration
combines both parabolic and
ellipsoidal sections for precise
control of light distribution.
socket Porcelain spring loaded
recessed single contact (RSC),
nickel-plated steel housing.
wire No. 14 AWG, Teflon® stranded
wire rated 600V at 250° C, with
Greenfield connector.
end plates Die-formed steel
(optional: cast end plates for mounting to cast round or square canopy
for surface mounting).
lens Rolled Pyrex glass as required
by U.L.
baffle (optional) An adjustable steel
saw tooth/straight edge baffle
allows for cutoff of undesired
backsplash light.
Application:
The PAL-XL-300/500 (from the Pan-A-Lux family
of indirect reflectors) reflector assembly (A) has
been designed for use in architectural elements
(e.g. a cove or niche) or in its complementary
stylized housing (B). The stepped and segmented reflector is extruded to carefully direct a controlled, wide asymmetric wash of light across the
ceiling.
The projection of light is all above 90° glare zone
with the main thrust at 125°. The PAL-XL-300/500
is also available with a damp label.
PAL-XL-300/500 is listed by the Underwriters
Laboratories and The Canadian Standards
Association. It carries the I.B.E.W. Local 3 label.
finish reflector assembly (A) painted
black end plates with natural
aluminum reflector; housing (B)
white.
Stand Mounted Uplite
PAL-XL-300/500-Q-B*-S**
* For special semi-gloss finish substitute “B” with “SF”
and provide color chip.
For damp label add “/DL”.
mounting Adjustable steel yoke
attached at rear or below for aiming
with special spring steel washer and
lock nuts to maintain position, for
cove mount. Surface mount, special
extruded assembly with canopy.
lamp USIO AMERICA 500 watt/T3
FROSTED double-ended Lamp
Catalog # 215-106/(1000497)
MAXIMUM or USHIO AMERICA 300
watt/T3 FROSTED double-ended
Lamp Catalog # 215105/(1000296).
housing (optional) Formed steel, it
is a clean design of crisp and subtle
angles. This housing is compatible
with a number of Rambusch’s PanA-Lux uplites.
mounting Universal backplate
attachment to mount to standard
back box provided by installing contractor.
finish Prime white finish for housing; high temperature black for end
plates.
Pan-A-Lux Housing
Housed Uplite
PAL-XL-300/500-Q-W†-H1-RB
Housed Uplite
PAL-XL-300/500-Q-W†-H**
† For special semi-gloss finish substitute “W” with
“SF” and provide color chip.
**For lens covers add “/LENS”.
from the Pan-A-Lux series of Rambusch Uplites
<PREVIOUS PAGE
Photometrics
Page 442
NEXT>
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
PAL-XL-70-HQI/MC-B-RC-IY-CAST-RB
Optional cast end
plates shown**
B
PAL XL 70 watt
HQI/MC
Pan-A-Lux® Uplite
reflector The innovative PAN-A-LUX
XL reflector is precisely crafted of
specular electro-brightened
anodized extruded aluminum. Its
segmented, stepped configuration
combines both parabolic and
ellipsoidal sections for precise
control of light distribution.
socket Rear flange mounting,
porcelain/nickel-plated steel housing,
spring loaded recessed single
contact (RSC) with 5KV pulse rating.
wire No. 14 AWG, Teflon® stranded
wire rated 600V at 250° C, with
Greenfield connector.
A
end plates Die-formed steel
(optional: cast end plates for mounting to cast round or square canopy
for surface mounting).
circuiting 1.7 amps open circuit
(HIGH POWER FACTOR) at 120 volts.
lens Heat tempered soda-lime, U.V.
filtering lay-in glass as required by U.L.
B
baffle (optional) An adjustable steel
saw tooth/straight edge baffle
allows for cutoff of undesired
backsplash light.
Application:
The PAL-XL-70-HQI/MC (from the Pan-A-Lux
family of indirect reflectors) reflector assembly (A)
has been designed for use in architectural elements (e.g. a cove or niche) or in its complementary stylized housing (B). The stepped and
segmented reflector is extruded to carefully
direct a controlled, wide asymmetric wash of
light across the ceiling.
The projection of light is all above 90° glare zone
with the main thrust at 125°. The PAL-XL-70HQI/MC is also available with a damp label.
The PAL-XL-70-HQI/MC is listed by the
Underwriters Laboratories and The Canadian
Standards Association. It carries the I.B.E.W.
Local 3 label.
A
finish reflector assembly (A) painted
black end plates with natural
aluminum reflector; housing (B)
white.
Housed Uplite
PAL-XL-70-HQI/MC-W*-H-RB
* options
For special semi-gloss finish substitute “W” with “SF”
and provide color chip.
For damp label add “/DL”.
Housed unit assumes an integral ballast, for remote
ballast add “RB”
MAXIMUM LAMP-TO-BALLAST DISTANCE - 5ft.
DO NOT EXCEED THIS DISTANCE
B
mounting Adjustable steel yoke
attached at rear or below for aiming
with special spring steel washer and
lock nuts to maintain position, for
cove mount. Surface mount, special
extruded assembly with canopy.
micro-switch Plunger-actuator cuts
power off to socket for safe relamping as required by U.L.
lamp Osram/Sylvania HQI or Philips
Lighting MC / Master Color 70 watt
DOUBLE-ENDED Metal Halide
housing (optional) Formed steel, it
is a clean design of crisp and subtle
angles. This housing is compatible
with a number of Rambusch’s PanA-Lux uplites.
mounting Universal backplate
attachment to mount to standard
back box provided by installing contractor.
finish Prime white finish for housing; high temerature black for end
plates.
ballast 70 watt F-can style standard dual voltage 120v/277v remote (RB) (as shown in picture A
& B)-can be mounted integrally (IB)
in housed units or optional
Electronic ballast available upon
request (Pricing Call Factory).
Stand Mounted Uplite
PAL-XL-70-HQI/MC-B†-S-RB
† For special semi-gloss finish substitute “B” with
Pan-A-Lux Housing
Housed Uplite
PAL-XL-70-HQI/MC-W†-H1-RB
“SF” and provide color chip.
** For cast end plates add “CAST” to catalog number.
from the Pan-A-Lux series of Rambusch Uplites
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Photometrics
Page 451
NEXT>
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
PAL-XL-150-HQI/MC-B-RC-IY-CAST-RB
Optional cast end
plates shown**
PAL XL 150 watt
HQI/MC
Pan-A-Lux® Uplite
reflector The innovative PAN-A-LUX
XL reflector is precisely crafted of
specular electro-brightened
anodized extruded aluminum. Its
segmented, stepped configuration
combines both parabolic and
ellipsoidal sections for precise
control of light distribution.
B
socket Rear flange mounting,
porcelain/nickel-plated steel housing,
spring loaded recessed single
contact (RSC) with 5KV pulse rating.
wire No. 14 AWG, Teflon® stranded
wire rated 600V at 250° C, with
Greenfield connector.
A
end plates Die-formed steel
(optional: cast end plates for mounting to cast round or square canopy
for surface mounting).
circuiting 3.65 amps open circuit
(HIGH POWER FACTOR) at 120 volts.
lens Heat tempered U.V. filtering
glass with cut-off switch as required
by U.L.
B
baffle (optional) An adjustable steel
saw tooth/straight edge baffle
allows for cutoff of undesired
backsplash light.
Application:
The PAL-XL-150-HQI/MC (from the Pan-A-Lux
family of indirect reflectors) reflector assembly (A)
has been designed for use in architectural elements (e.g. a cove or niche) or in its complementary stylized housing (B). The stepped and
segmented reflector is extruded to carefully
direct a controlled, wide asymmetric wash of
light across the ceiling.
The projection of light is all above 90° glare zone
with the main thrust at 125°. The PAL-XL-150HQI/MC is also available with a damp label.
The PAL-XL-150-HQI/MC is listed by the
Underwriters Laboratories and The Canadian
Standards Association. It carries the I.B.E.W.
Local 3 label.
A
finish reflector assembly (A) painted
black end plates with natural
aluminum reflector; housing (B)
white.
Housed Uplite
PAL-XL-150-HQI/MC-W*-H1-RB
* options
For special semi-gloss finish substitute “W” with “SF”
and provide color chip.
For damp label add “/DL”.
Housed unit assumes an integral ballast, for remote
ballast add “RB”. Max. distance lamp to ballast 5ft.
For single ended lamp substitute “HQI” with “MED”
B
mounting Adjustable steel yoke
attached at rear or below for aiming
with special spring steel washer and
lock nuts to maintain position, for
cove mount. Surface mount, special
extruded assembly with canopy.
micro-switch Plunger-actuator cuts
power off to socket for safe relamping as required by U.L.
lamp Osram/Sylvania HQI or Philips
Lighting MC / Master Color 150
watt DOUBLE-ENDED Metal Halide
housing (optional) Formed steel, it
is a clean design of crisp and subtle
angles. This housing is compatible
with a number of Rambusch’s PanA-Lux uplites.
mounting Universal backplate
attachment to mount to standard
back box provided by installing contractor.
finish Prime white finish for housing; high temerature black for end
plates.
ballast 70 watt F-can style standard dual voltage 120v/277v remote (RB) (as shown in picture A
& B)-can be mounted integrally (IB)
in housed units or optional
Electronic ballast available upon
request (Pricing Call Factory).
Stand Mounted Uplite
PAL-XL-150-HQI/MC-B†-S-RB
Pan-A-Lux Housing
Housed Uplite
PAL-XL-150-HQI/MC-W†-H1-RB
† For special semi-gloss finish substitute “B” with
“SF” and provide color chip.
** For cast end plates add “CAST” to catalog number.
from the Pan-A-Lux series of Rambusch Uplites
<PREVIOUS PAGE
Technical Drawings
Page 452
Project Specifics
Photometrics
NEXT>
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CHARLOTTE AIRPORT TERMINAL
CHARLOTTE, NC
Objectives: To create a lighting system that provides both sufficient
illumination for the passengers to both move from gate to gate as
well as be able to read if awaiting an arrival or departure. In addition
the system had to blend into the architecture or, if possible, accentuate it.
Execution: In choosing the Rambusch PAL-XL-CAST family of architectural uplites, it was possible to accomplish both the engineering
performance needed for visual tasks as well as adding some
decorative elements to the interior. The main lighting was provided
from recessed H.I.D. downlights. The project had two different photometric distributions, even though the fixture housing from below looked
the same, allowing the architect to create different light patterns in
the terminal area.
Results: The system of downlights, for main task lighting, and the
decorative and functional architectural uplites, provide the desired
illumination in a fashion that accentuates the architectural plan
and space, rather than detracting from it.
Fixtures:
PAL-XL-70-HQI-CAST-MOD
PAL-XL-150-HQI-CAST-MOD/BAG TURGI-RB
RD-DB-400-MH-MOG-LC
RD-CC-400-MH-MOG-MOD/CAN
Technical Drawing
Rambusch Lighting
Design Studios: 40 West 13th Street, New York, NY 10011-7989 • (212) 620-4687 • Fax: (212) 620-4687
Workshops: 218-230 South Parkway, Clifton, New Jersey 07014-1314 • (201) 778-8899 • FAX: (201) 778-0072
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MEDIA SYNDICATION
Architect: Corporate Design
Objectives: The objective was to create an indirect lighting system
that did not impact the view and negatively affect the occupant
from performing their work tasks. The system had to be flexible to
the needs of the architectural space. Due to a variety of spaces,
the wattage of the fixtures would have to vary, yet the fixtures
should look the same.
Execution: By using a housing with a new shape, the architect was
able to utilize a variety of wattages which took advantage of the
visually even XL distribution which can use a variety of lamp wattages
and shapes. Due to the design of the optic and lamp system, the light
was thrown onto the ceiling without exposing either the reflector or the
lamp to the viewer. This was critical as the fixtures should not impact
the architectural space.
Results: The even distribution of light from the ceiling the needed
high level of indirect light as the main work light for the space. In
addition, the placement of the fixtures on the walls allowed for the
full height of the space to be felt. The housing is acting as both a
decorative element as well as a functional element in providing a
hidden location for the fixture optic and ballast.
Fixtures: PAL-XL-175-MED-LY-W-H-MOD
PAL-XL-70-MED-LY-W-H-MOD
Technical Drawing
Rambusch Lighting
Design Studios: 40 West 13th Street, New York, NY 10011-7989 • (212) 620-4687 • Fax: (212) 620-4687
Workshops: 218-230 South Parkway, Clifton, New Jersey 07014-1314 • (201) 778-8899 • Fax: (201) 778-0072
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PAL XL 250 watt
Metal Halide/HQI
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
reflector The innovative PAN-A-LUX
XL reflector is precisely crafted of
specular electro-brightened
anodized extruded aluminum. Its
segmented, stepped configuration
combines both parabolic and
ellipsoidal sections for precise
control of light distribution.
B
PAL-XL-250-HQI-B†-S-RB
socket Fc2 base casing ceramic
5KV pulse rated. Occuring heat
expansion of the luminaire requires
adjustable assembly of at least one
lampholder socket.
wire No. 14 AWG, SF-2 stranded
wire rated 600V at 200° C, with
Greenfield connector.
A
end plates Die-formed steel
(optional: cast end plates for mounting to cast round or square canopy
for surface mounting).
circuiting 5.5 amps open circuit
(HIGH POWER FACTOR) at 120 volts.
lens Heat tempered sodalime lay-in
glass with as required by U.L.
B
baffle (optional) An adjustable steel
saw tooth/straight edge baffle
allows for cutoff of undesired
backsplash light.
Application:
The PAL-XL-250-HQI (from the Pan-A-Lux family
of indirect reflectors) reflector assembly (A) has
been designed for use in architectural elements
(e.g. a cove or niche) or in its complementary
stylized housing (B). The stepped and segmented reflector is extruded to carefully direct a controlled, wide asymmetric wash of light
across the ceiling.
The projection of light is all above 90° glare zone
with the main thrust at 115°. The PAL-XL-250HQI is also available with a damp label.
The PAL-XL-250-HQI is listed by the
Underwriters Laboratories and The Canadian
Standards Association. It carries the I.B.E.W.
Local 3 label.
A
finish reflector assembly (A) painted
black end plates with natural
aluminum reflector; housing (B)
white.
mounting Adjustable steel yoke
attached at rear or below for aiming
with special spring steel washer and
lock nuts to maintain position, for
cove mount. Surface mount, special
extruded assembly with canopy.
Housed Uplite
PAL-XL-250-HQI-W*-H1-RB
micro-switch Plunger-actuator cuts
power off to socket for safe relamping as required by U.L.
* options
For special semi-gloss finish substitute “W” with “SF”
and provide color chip.
For damp label add “/DL”.
Housed unit assumes an integral ballast, for remote
ballast add “RB”. Max. distance lamp-to-ballast 5ft.
lamp Osram/Sylvania 250 watt
Metal Halide/HQI, double ended
(ANSI code: M80 HQI-DE250/NDX
pr Venture 250 watt mogul base
(MH250/U/ED18).
B
housing (optional) Formed steel, it
is a clean design of crisp and subtle
angles. This housing is compatible
with a number of Rambusch’s PanA-Lux uplites.
mounting Universal backplate
attachment to mount to standard
back box provided by installing contractor.
finish Prime white finish for housing; high temerature black for end
plates.
ballast 250 watt Core-Coil standard
dual voltage - remote (RB) (as
shown in picture A & B)-can be
mounted integrally (IB) in housed
units.
Pan-A-Lux Housing
Housed Uplite
PAL-XL-250-HQI-W†-H1-RB
Stand Mounted Uplite
PAL-XL-250-HQI-B†-S-RB
† For special semi-gloss finish substitute “B” with
“SF” and provide color chip.
from the Pan-A-Lux series of Rambusch Uplites
<PREVIOUS PAGE
Technical Drawings
Page 453
Project Specifics
Photometrics
NEXT>
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UNION STATION
WASHINGTON, D.C.
ARCHITECTS: HARRY WEESE AND ASSOCIATES
WILLIAM LAM ASSOCIATES, INC. Consultants
Objectives: Design, install an uplighting scheme of unusual
precision and efficiency, to enhance the architectural details and
decoration of this benchmark renovation. Lighting to be out of sightlines, unobtrusive and lend a lightness and airiness to this monumental public space, while projecting a controlled wash of light over
its vast arched surfaces.
Execution: Installed Rambusch Pan-A-Lux architectural uplighting
fixtures that utilize asymetric reflectors of parabolic and cylindrical
segment to provide optimum light from their tungsten halogen and
HQl lamp sources. Positioned fixtures above column caps and in
secondary arches to supplement daylight ambience and create a
compatible nighttime environment.
Results: Use of the highly efficient Pan-A-Lux fixtures permitted
use of fewer fixtures without sacrificing photometric integrity, thus
achieving significant cost, maintenance and energy-savings.
Fixtures:
PAL-XL-250-HQI-B-S-MOD/BAG TURGI-RB
PAL-XL-1500-Q-B-S
and PAL-XL-150-HQI-B-S-MOD/ BAG TURGI-RB
Rambusch Lighting
Design Studios: 28 West 25th Street, New York, NY 10010 • (212) 675-0400 • Fax: (212) 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • (212) 333-2525 • Fax: (201) 433-3355
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COLUMBIA LAW SCHOOL, New York City
Architect: James Stewart Polshek & Partners
Lighting Designer: Cline Bettridge Bernstein
Fixtures: PAL-XL-250-HQI-H2
(page 453)
In this architectural setting there was a need to provide additional
lighting during the evening and night time. During day time, natural light
filled the space. By placing the lighting fixtures (PAL-XL) next to the
windows it was possible to light the space with indirect lighting
during these night periods. When necessary, fixture housings were
modified, and custom curved mountings were created to conform
to the shape of the columns.
Rambusch Lighting
Design Studios: 40 West 13th Street, New York, NY 10011-7989 (212) 675-0400 Fax: (212) 620-4687
Workshops: 218-230 South Parkway, Clifton, NJ 07014-1314 (201) 778-8899 Fax (201) 778-0072
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PT&Co.
Objectives: To create a system of lighting that would accentuate
the space as well as generate the needed volume of high light levels
associated with visually demanding tasks such as creating
graphics and copy.
Execution: By using a modified housing, which the architect selected,
that holds both the optic on an adjustable yoke as well as the
ballast, the indirect needs of the space could be met without
creating the feel of a lower ceiling generated by long lengths of
suspended linear fluorescents.
Results: The PAL-XL-MOD architectural uplite provided a bright,
evenly illuminated ceiling, thus creating a successful indirect
lighting solution. The room is full of light, yet the source is hidden.
The fixtures clustered around the architectural detail of the
columns keep the room open and takes advantage of the full
height of the ceiling.
Fixtures: PAL-XL-250-HQI-W-H-MOD
Technical Drawing
Rambusch Lighting
Design Studios: 40 West 13th Street, New York, NY 10011-7989 • (212) 620-4687 • Fax: (212) 620-4687
Workshops: 218-230 South Parkway, Clifton, New Jersey 07014-1314 • (201) 778-8899 • FAX: (201) 778-0072
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PAL XL 400 watt
Metal Halide
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
reflector The innovative PAN-A-LUX
XL reflector is precisely crafted of
specular electro-brightened
anodized extruded aluminum. Its
segmented, stepped configuration
combines both parabolic and
ellipsoidal sections for precise
control of light distribution.
PAL-XL-400-MH-B†-S-RB
socket Porcelain mogul screw base
rated 5KV pulse rated.
wire No. 14 AWG, SF-2 stranded
wire rated 600V at 200° C, with
Greenfield connector.
A
end plates Die-formed steel
(optional: cast end plates for mounting to cast round or square canopy
for surface mounting).
circuiting 3.4 amps open circuit
(HIGH POWER FACTOR) at 120 volts.
lens Heat tempered sodalime lay-in
glass with as required by U.L.
baffle (optional) An adjustable steel
saw tooth/straight edge baffle
allows for cutoff of undesired
backsplash light.
B
finish reflector assembly (A) painted
black end plates with natural
aluminum reflector; housing (B)
white.
Application:
mounting Adjustable steel yoke
attached at rear or below for aiming
with special spring steel washer and
lock nuts to maintain position, for
cove mount. Surface mount, special
extruded assembly with canopy.
The PAL-XL-400-MH (from the Pan-A-Lux family
of indirect reflectors) reflector assembly (A) has
been designed for use in architectural elements
(e.g. a cove or niche) or in its complementary
stylized housing (B). The stepped and segmented reflector is extruded to carefully direct a controlled, wide asymmetric wash of light
across the ceiling.
The projection of light is all above 90° glare zone
with the main thrust at 123°. The PAL-XL-400MH is also available with a damp label.
The PAL-XL-400-MH is listed by the
Underwriters Laboratories and The Canadian
Standards Association. It carries the I.B.E.W.
Local 3 label.
A
micro-switch Plunger-actuator cuts
power off to socket for safe relamping as required by U.L.
lamp Philips T15 clear mogul (ANSI
code: M59PL-400). Voltage must be
specified for proper ballasting.
Housed Uplite
PAL-XL-400-MH-W*-H-RB
* options
For special semi-gloss finish substitute “W” with “SF”
and provide color chip.
For damp label add “/DL”.
Housed unit assumes an integral ballast, for remote
ballast add “RB”.
B
housing (optional) Formed steel, it
is a clean design of crisp and subtle
angles. This housing is compatible
with a number of Rambusch’s PanA-Lux uplites.
mounting Universal backplate
attachment to mount to standard
back box provided by installing contractor.
finish Prime white finish for housing; high temerature black for end
plates.
ballast All HID units require an
appropriate ballast. - remote (RB)
(as shown in picture A & B)-can be
mounted integrally (IB) in housed
units.
Pan-A-Lux Housing
Housed Uplite
PAL-XL-400-MH-W†-H2-RB
Stand Mounted Uplite
PAL-XL-400-MH-B†-S-RB
† For special semi-gloss finish substitute “B” with
“SF” and provide color chip.
from the Pan-A-Lux series of Rambusch Uplites
<PREVIOUS PAGE
Technical Drawings
Page 454
Project Specifics
Photometrics
NEXT>
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ATHLETIC FACILITY
Objectives: To create an indirect lighting system that can provide an
even level of glare-free light at the playing surface, by illuminating the
ceiling and driving the light down, creating an indirect lighting solution.
Execution: By using two different wattage PAL-XL architectural
uplites, that increase in wattage as their relationship to the ceiling
also increases, light is blended on the ceiling and bounced down to
the playing surface. The white washed ceiling acts as the diffuser and
blending mechanism so the light reaches the floor. Since the light
source can only be seen from above, the illumination was provided
within the space without creating glare or hot spots.
Results: The use of indirect illumination created a very smooth
lighting level at the playing floor. It was able to provide with lower
light levels, a better means of lighting than traditional high bays.
The high bays created hot spots and glare if one were to look up
to try and track a ball or moving object. The design of the hiddensource PAN-A-LUX allowed light to be generated without impacting
the architectural space, or distracting the athletes.
Fixtures: PAL-XL-250-HQI-SF-RB
PAL-XL-400-MOG-SF-RB
Technical Drawing
Rambusch Lighting
Design Studios: 40 West 13th Street, New York, NY 10011-7989 • (212) 620-4687 • Fax: (212) 620-4687
Workshops: 218-230 South Parkway, Clifton, New Jersey 07014-1314 • (201) 778-8899 • FAX: (201) 778-0072
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PAL XL 1/27 watt
BIAX FLOURESCENT
Pan-A-Lux® Uplite
®
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
A
A
reflector The innovative PAN-A-LUX
XL reflector is precisely crafted of
specular electro-brightened
anodized extruded aluminum. Its
segmented, stepped configuration
combines both parabolic and
ellipsoidal sections for precise
control of light distribution.
socket 2G11 lamp holder for singleended compact fluorescent fatiguefree stainless lamp carrier. Spring
screwless twin terminals.
wire Solid 18 AWG ten rated 105C
600 volts. Both U.L. and C.S.A.
approved.
PAL-XL-1/27-BIAX-B-RC-IY-RB
end plates Cast aluminum
formed end plates for mounting to
cast round or square canopy for
surface mounting..
B
baffle An adjustable steel saw
tooth/straight edge baffle allows for
cutoff of undesired backsplash light.
finish Reflector assembly (A) painted black; end plates with
natural aluminum reflector;
housing (B) white.
PAL-XL-1/27-BIAX-W-H5-LY-IB
Application:
mounting Adjustable steel bracket
attached at rear or below for focusing with special spring steel washer
and lock nuts to maintain position.
The PAL-XL-1/27-BIAX (from the Pan-A-Lux
family of indirect reflectors) reflector assembly
(A) has been designed for use in architectural
elements (e.g. a cove or niche) or in its
complementary stylized housing (B). The
stepped and segmented reflector is extruded
to carefully direct a controlled, wide asymmetric
wash of light across the ceiling.
lamp Single Osram/Sylvania 27W
Dulux L Biax lamp type.
Surface Mounted Uplite
PAL-XL-1/27-BIAX-B-RC-LY-RB
The projection of light is all above 90° glare
zone with the main thrust at 135°. The PAL-XL1/27-BIAX is also available with a damp label.
PAL-XL-1/27-BIAX is listed by the Underwriters
Laboratories and The Canadian Standards
Association. It carries the I.B.E.W. Local 3 label.
ballast Remote electromagnetic
encapsulated thermally protected.
High power factor/rapid start single
lamp applications.
* For special semi-gloss finish substitute “B” with “SF” and provide color chip.
** For lens cover add “/LENS”. For damp label add “/DL”.
B
housing (optional) Formed steel, it is a
clean design of crisp and subtle
angles. This housing is compatible with
a number of Rambusch’s Pan-A-Lux
uplites.
mounting Universal back plate attachment to mount to standard back box
provided by installing contractor.
finish Prime white finish for
housing; high temperature black for
end plates.
Stand Mounted Uplite
PAL-XL-1/27-BIAX-B-S-RB
Pan-A-Lux Housing
Housed Uplight
PAL-422-1/27-BIAX-W-H5-LY-IB
† For special semi-gloss finish substitute “W” with
“SF” and provide color chip.
**For lens covers add “/LENS”.
from the Pan-A-Lux series of Rambusch Uplites
<PREVIOUS PAGE
Photometrics
Page 461
NEXT>
®
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
A
A
PAL XL 1/40 watt
BIAX FLOURESCENT
Pan-A-Lux® Uplite
reflector The innovative PAN-A-LUX
XL reflector is precisely crafted of
specular electro-brightened
anodized extruded aluminum. Its
segmented, stepped configuration
combines both parabolic and
ellipsoidal sections for precise
control of light distribution.
socket 2G11 lamp holder for singleended compact fluorescent fatiguefree stainless lamp carrier. Spring
screwless twin terminals.
wire Solid 18 AWG ten rated 105C
600 volts. Both U.L. and C.S.A.
approved.
PAL-XL-1/40-BIAX-B-RC-LY-RB
end plates Cast aluminum
formed end plates for mounting
to cast round or square canopy
for surface mounting.
B
baffle An adjustable steel saw
tooth/straight edge baffle allows for
cutoff of undesired backsplash light.
finish Reflector assembly (A) painted black; end plates with
natural aluminum reflector;
housing (B) white.
PAL-XL-1/40-BIAX-W-H4-LY-RB
Application:
mounting Adjustable steel bracket
attached at rear or below for focusing with special spring steel washer
and lock nuts to maintain position.
The PAL-XL-1/40-BIAX (from the Pan-A-Lux
family of indirect reflectors) reflector assembly
(A) has been designed for use in architectural
elements (e.g. a cove or niche) or in its
complementary stylized housing (B). The
stepped and segmented reflector is extruded
to carefully direct a controlled, wide asymmetric wash of light across the ceiling.
lamp Single Osram/Sylvania 40W
Dulux L Biax lamp type.
ballast Remote electromagnetic
encapsulated thermally protected.
High power factor/rapid start single
lamp applications.
The projection of light is all above 90° glare
zone with the main thrust at 137°. The PALXL-1/40-BIAX is also available with a damp
label.
PAL-XL-1/40-BIAX is listed by the
Underwriters Laboratories and The Canadian
Standards Association. It carries the I.B.E.W.
Local 3 label.
Surface Mounted Uplite
PAL-XL-1/40-BIAX-B-RC-LY-RB
* For special semi-gloss finish substitute “B” with “SF”and provide color chip.
** For lens cover add “/LENS”. For damp label add “/DL”.
B
housing (optional) Formed steel,
it is a clean design of crisp and
subtle angles. This housing is
compatible with a number of
Rambusch’s Pan-A-Lux uplites.
mounting Universal back plate
attachment to mount to standard
back box provided by installing
contractor.
finish Prime white finish for
housing; high temperature black
for end plates.
Stand Mounted Uplite
PAL-XL-1/40-BIAX-B-S-RB
† For special semi-gloss finish substitute “W” with
“SF” and provide color chip.
**For lens covers add “/LENS”.
Pan-A-Lux Housing
Housed Uplight
PAL-422-1/40-BIAX-W-H4-LY-IB
from the Pan-A-Lux series of Rambusch Uplites
Page 463
Photometrics
NEXT>
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MT. SINAI Hospital
Infusion Clinic, New York, NY
Architect: Perkins Eastman Architects
The solution in this clinic space comprised of computer cubicles, was
the specification of a modified Pan-XL fixture incorporating BIAX
fluorescent lamps. The two optics were joined in tandem and suspended
from the ceiling via a single stem. By utilizing one of the five available
standard optical systems one can control and shape the pattern of light
in order to create a smooth visual field on the ceiling. The result is
pleasantly illuminated space that does not interfere with the viewing
of the many computer screens.
Technical Drawing
PAL-XL-2/50-BIAX-TWIN-LY-MOD
Page 464
Rambusch Lighting
Design Studios: 28 West 25th street, New York, NY 10010 (212) 675-0400 Fax: (212) 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, NJ 07304 (201) 433-3355 Fax: (201) 333-8377
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PAL XL 42 watt
42 PLT FLOURESCENT
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400 • Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
A
A
reflector The innovative PAN-A-LUX
XL reflector is precisely crafted of
specular electro-brightened
anodized extruded aluminum. Its
segmented, stepped configuration
combines both parabolic and
cylindrical sections for precise
control of light distribution.
9 1/4”
PAL-XL-42-PLT-B*-RC-IY-RB
socket GX24q-4 base vibration and
earthquake resistant PBT white
body rated 75 watts at 600 volts.
wire Solid 18 AWG solid copper or
solder-dipped-stranded rated
105°C at 600 volts.
B
end plates Cast aluminum
formed end plates for mounting
to cast round or square canopy
for surface mounting.
15 1/2”
finish Reflector assembly (A)
painted black; end plates with
natural aluminum reflector;
housing (B) white.
PAL-XL-42-PLT-W†-H1-RB
mounting Adjustable steel
bracket attached at rear or
3 3/4” below for focusing with special
spring steel washer and lock
nuts to maintain position.
Application:
The PAL-XL-42-PLT (from the Pan-A-Lux
family of indirect reflectors) reflector assembly
(A) has been designed for use in architectural
elements (e.g. a cove or niche) or in its
complementary stylized housing (B). The
stepped and segmented reflector is extruded to carefully direct a controlled, wide
asymmetric wash of light across the ceiling.
The projection of light is all above 90° glare
zone with the main thrust at 137°. The PALXL-42-PLT is also available with a damp label.
PAL-XL-42-PLT is listed by the Underwriters
Laboratories and The Canadian Standards
Association. It carries the I.B.E.W. Local 3 label.
lamp Philips PL Triple 4 pin
Fluorescent.
ballast Electronic standard remote
either Motorola or Energy Savings
120 or 277 volts. Available as "IB",
integral CALL FACTORY.
Yoked Uplite; Surface Mounted
PAL-XL-42-PLT-B*-RC-LY-RB
* options
For special semi-gloss finish substitute “B” with “SF”
and provide color chip.
For damp label add “/DL”.
For lens cover add “/LENS”.
B
111/4”
131/4”
housing (optional) Formed steel,
it is a clean design of crisp and
subtle angles. This housing is
compatible with a number of
Rambusch’s Pan-A-Lux uplites.
mounting Universal backplate
attachment to mount to standard
back box provided by installing
contractor.
finish Prime white finish for
housing; high temperature black
for end plates.
53/8”
Stand Mounted Uplite
PAL-XL-42-PLT-B*-S-RB
*For special semi-gloss finish substitute “B” with
“SF” and provide color chip.
Pan-A-Lux Housing
Housed Uplite
PAL-XL-42-PLT-W†-H1-RB
11 3/8”
For lens covers add “/LENS”.
†
For special semi-gloss finish substitute “W” with “SF” and provide color chip.
from the Pan-A-Lux® series of Rambusch Uplites
<PREVIOUS PAGE
Technical Drawings
Page 466
Project Specifics
Photometrics
NEXT>
<PREVIOUS PAGE
NEXT>
HASBRO, INC.
Global Corporate Executive Headquarters
Pawtucket, RI
Architect: Lindsay Associates, Inc.
S. Lindsay Boutros-Ghali
Lighting Designer: Tanteri & Associates, Inc.
Matthew Tanteri
The Pan-A-Lux family of architectural uplites, with its variety of optic
and lamp choices, permitted the designer to add an element of decorative design to a high-profile executive office while providing the needed
supplemental illumination. The selection of long-life fluorescent PAL
fixtures maintains a quality of light and color consistent with either the
recessed fixtures or with the office’s natural light source.
Technical Drawing
PAL-XL-42-PLT-RC-IY-RB
Page 465
Rambusch Lighting
Design Studios: 28 West 25th street, New York, NY 10010 (212) 675-0400 Fax: (212) 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, NJ 07304 (201) 433-3355 Fax: (201) 333-8377
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PAL XL 300/500 watt
®
Quartz Tungsten Halogen
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
ITL Report #34992
150°
-10°
Candela Power
Distribution
Curve
140°
Section Through
at125°
0°
130°
10°
120°
20°
110°
30°
100°
40°
90°
1000
zonal
lumen summary
500 watt/T3 FROSTED
double-ended
rated 10,700 lumens
total lumenaire
efficiency 57.8%
2000
3000
4000
5000
2000
1000
zone
3000
4000
5000
45°
lumens
% total lamp lumens
% fixture output
0
1670
2945
4870
6070
6070
0.0
15.9
28.0
46.4
57.8
57.8
0.0
27.5
48.5
80.2
100.0
100.0
0-90
90-120
90-130
90-150
90-180
0-180
CIE type-indirect
candela
distribution
(frosted lamp)
calculations
#Fixtures =
67.5
0
11
45
469
676
868
1078
1229
1279
1335
1337
45.0
0
11
575
1865
1871
1731
1575
1430
1312
1312
1337
22.5
0
39
1675
4401
4708
3094
2122
1625
1374
1312
1337
0.0
11
101
1821
4501
5440
3742
2357
1709
1385
1285
1337
Deg.
90
95
105
115
125
135
145
155
165
175
180
112.5
0
0
0
145
547
838
1100
1268
1307
1340
1337
90.0
0
6
11
240
464
676
905
1134
1279
1346
1337
157.5
0
28
117
140
246
190
1407
1615
1463
1352
1337
135.0
11
11
0
0
28
922
1603
1530
1385
1352
1337
FLUX
180.0
22
67
235
212
313
201
1262
1888
1530
1374
1337
24
470
1177
1275
1011
914
683
389
127
(Area) x (Maintained Footcandles)
(#Lamps per fixture) x (Lamp Lumens) x (C.U.) x (Ceiling Loss Factor) x (M.F.)
Factors to consider:
1) Different lamp wattages and manufacturers require confirmation of rated initial lamp lumens.
2) Ceiling texture, color and slope greatly influence reflected light that will reach work plane.
3) Maintenance factor should include LLD (Lamp Lumen Depreciation) and LDD (Luminaire Dirt
Depreciation).
4) Coefficient of Utilization should include Ceiling Cavity and Room Cavity Ratio.
coefficients
of utilization,*
floor cavity
reflectance: 20%
*by zonal-cavity method,
IES preferred practice
Ceiling
Wall
80%
70%
50%
30%
10%
70%
50%
30%
10%
70%
50%
30%
10%
50%
30%
10%
50%
30%
10%
50%
30%
10%
0
.55
.55
.55
.55
.47
.47
.47
.47
.32
.32
.32
.18
.18
.18
.06
.08
.06
1
.50
.48
.46
.44
.43
.41
.39
.38
.28
.27
.26
.16
.16
.15
.05
.05
.05
2
.46
.42
.38
.36
.39
.36
.33
.31
.24
.23
.22
.14
.13
.13
.05
.04
.04
3
.41
.36
.33
.30
.35
.31
.28
.26
.21
.20
.18
.12
.11
.11
.04
.04
.03
room
4
.38
.32
.28
.25
.32
.28
.24
.22
.19
.17
.15
.11
.10
.09
.04
.03
.03
cavity
5
.35
.28
.24
.21
.29
.24
.21
.18
.17
.15
.13
.10
.09
.08
.03
.03
.03
ratio
6
.32
.25
.21
.18
.27
.22
.18
.16
.15
.13
.11
.09
.08
.07
.03
.02
.02
7
.29
.23
.18
.16
.25
.20
.16
.14
.13
.11
.10
.08
.07
.06
.03
.02
.02
8
.27
.20
.16
.14
.23
.18
.14
.12
.12
.10
.08
.07
.06
.05
.02
.02
.02
9
.25
.18
.15
.12
.21
.16
.13
.10
.11
.09
.07
.06
.05
.04
.02
.02
.01
10
.23
.17
.13
.10
.20
.14
.11
.09
.10
.08
.06
.06
.05
.04
.02
.02
.01
1/00
Page 442
© 2000 Rambusch Lighting, NY
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®
PAL XL 70 watt
HQI/MC
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
ITL Report #34830
180°
Candela Power
Distribution Curve
170°
160°
Section Through
at 117°
90.0°
67.5°
112.5°
140°
45.0°
135.0°
130°
120°
22.5°
157.5°
110°
100°
90°
0
510
zonal
lumen summary
70 watt HQI lamp
rated 5,000 lumens
total lumenaire
efficiency 65.3%
CIE type-indirect
1020
1530
180°
2550
0.0°
2550
2040
zone
(frosted lamp)
#Fixtures =
1020
510
510
1020
1530
2040
2550
% total lamp lumens
% fixture output
0
793
1344
2432
3264
3264
0.0
15.9
26.9
48.6
65.3
65,3
0.0
24.3
41.2
74.5
100.0
100.0
67.5
0
2
57
242
398
541
737
890
975
1032
1047
45.0
0
3
380
864
847
721
871
1029
1015
1028
1047
22.5
0
5
475
2414
1573
1374
983
1037
1066
1014
1047
0.0
0
11
505
2508
2022
1668
1055
1051
1090
1046
1047
Deg.
90
95
105
115
125
135
145
155
165
175
180
1530
lumens
0-90
90-120
90-130
90-150
90-180
0-180
candela
distribution
calculations
2040
112.5
0
1
2
201
456
657
737
851
989
1059
1047
90.0
0
2
8
177
388
567
695
885
1003
1056
1047
157.5
0
5
37
47
89
267
851
1078
1002
1051
1047
135.0
0
2
4
9
83
648
879
946
988
1060
1047
FLUX
180.0
0
8
61
72
118
158
803
1043
996
1052
1047
6
185
601
552
562
527
446
287
99
(Area) x (Maintained Footcandles)
(#Lamps per fixture) x (Lamp Lumens) x (C.U.) x (Ceiling Loss Factor) x (M.F.)
Factors to consider:
1) Different lamp wattages and manufacturers require confirmation of rated initial lamp lumens.
2) Ceiling texture, color and slope greatly influence reflected light that will reach work plane.
3) Maintenance factor should include LLD (Lamp Lumen Depreciation) and LDD (Luminaire Dirt
Depreciation).
4) Coefficient of Utilization should include Ceiling Cavity and Room Cavity Ratio.
coefficients
of utilization,*
floor cavity
reflectance: 20%
*by zonal-cavity method,
IES preferred practice
Ceiling
Wall
80%
70%
50%
30%
10%
70%
50%
30%
10%
70%
50%
30%
10%
50%
30%
10%
50%
30%
10%
50%
30%
10%
0
.62
.62
.62
.62
.53
.53
.53
.53
.36
.36
.36
.21
.21
.21
.07
.07
.07
1
.57
.54
.52
.49
.48
.46
.44
.43
.32
.30
.29
.18
.18
.17
.06
.06
.06
2
.51
.47
.43
.40
.44
.40
.37
.35
.28
.26
.24
.16
.15
.14
.05
.05
.05
3
.47
.41
.43
.40
.44
.40
.37
.35
.28
.26
.24
.14
.13
.12
.05
.04
.04
room
4
.43
.36
.32
.28
.36
.31
.27
.24
.21
.10
.17
.12
.11
.10
.04
.04
.03
cavity
5
.39
.32
.27
.24
.33
.28
.24
.21
.19
.17
.15
.11
.10
.09
.04
.03
.03
ratio
6
.36
.29
.24
.20
.30
.25
.21
.18
.17
.14
.13
.10
.08
.07
.03
.03
.02
7
.33
.26
.21
.18
.28
.22
.18
.15
.15
.13
.11
.09
.07
.06
.03
.02
.02
8
.30
.23
.18
.15
.26
.20
.16
.13
.14
.11
.09
.08
.07
.06
.03
.02
.02
9
.28
.21
.16
.13
.24
.18
.14
.12
.12
.10
.08
.07
.06
.05
.02
.02
.02
10
.26
.19
.15
.12
.22
.16
.13
.10
.11
.09
.07
.07
.05
.05
.02
.02
.01
1/00
Page 451
© 2000 Rambusch Lighting, NY
<PREVIOUS PAGE
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®
PAL XL 150 watt
HQI/MC
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
ITL Report #34831
180°
170°
160°
Candela Power
Distribution Curve
Section Through
at 135°
90.0°
67.5°
112.5°
140°
45.0°
135.0°
130°
120°
22.5°
157.5°
110°
100°
90°
0
1000
2000
zonal
lumen summary
150 watt HQI lamp
rated 11,250 lumens
total lumenaire
efficiency 57.0%
CIE type-indirect
3000
180°
5000
0.0°
5000
4000
zone
(frosted lamp)
#Fixtures =
2000
1000
1000
2000
3000
4000
5000
% total lamp lumens
% fixture output
0
1749
2937
4963
6413
6413
0.0
15.5
26.1
44.1
57.0
57.0
0.0
27.3
45.8
77.4
100.0
100.0
67.5
0
0
312
570
814
1085
1479
1587
1669
1709
1734
45.0
0
14
963
2157
2211
1533
1709
1886
1764
1709
1734
22.5
0
14
1004
4952
3541
2741
1981
1981
1954
1750
1734
0.0
0
27
1072
4830
4192
3365
2076
2008
1967
1764
1734
Deg.
90
95
105
115
125
135
145
155
165
175
180
3000
lumens
0-90
90-120
90-130
90-150
90-180
0-180
candela
distribution
calculations
4000
112.5
0
0
14
461
773
1099
1248
1438
1655
1709
1734
90.0
0
0
27
407
719
977
1221
1520
1655
1696
1734
157.5
0
14
54
95
190
502
1384
1804
1669
1764
1734
135.0
0
0
14
41
204
1167
1642
1560
1614
1723
1734
FLUX
180.0
0
14
81
109
231
299
1330
1818
1709
1777
1734
11
428
1309
1188
1068
959
794
491
165
(Area) x (Maintained Footcandles)
(#Lamps per fixture) x (Lamp Lumens) x (C.U.) x (Ceiling Loss Factor) x (M.F.)
Factors to consider:
1) Different lamp wattages and manufacturers require confirmation of rated initial lamp lumens.
2) Ceiling texture, color and slope greatly influence reflected light that will reach work plane.
3) Maintenance factor should include LLD (Lamp Lumen Depreciation) and LDD (Luminaire Dirt
Depreciation).
4) Coefficient of Utilization should include Ceiling Cavity and Room Cavity Ratio.
coefficients
of utilization,*
floor cavity
reflectance: 20%
*by zonal-cavity method,
IES preferred practice
Ceiling
Wall
80%
70%
50%
30%
10%
70%
50%
30%
10%
70%
50%
30%
10%
50%
30%
10%
50%
30%
10%
50%
30%
10%
0
.54
.54
.54
.54
.46
.46
.46
.46
.32
.32
.32
.18
.18
.18
.06
.06
.06
1
.49
.47
.45
.43
.42
.40
.39
.37
.28
.27
.26
.16
.15
.15
.05
.05
.05
2
.45
.41
.38
.35
.38
.35
.33
.30
.24
.23
.21
.14
.13
.12
.04
.04
.04
3
.41
.36
.32
.29
.35
.31
.28
.25
.21
.19
.18
.12
.11
.10
.04
.04
.03
room
4
.37
.32
.28
.24
.32
.27
.24
.21
.19
.17
.15
.11
.10
.09
.03
.03
.03
cavity
5
.34
.28
.24
.21
.29
.24
.21
.18
.17
.14
.13
.10
.08
.08
.03
.03
.02
ratio
6
.31
.25
.21
.18
.27
.21
.18
.15
.15
.13
.11
.09
.07
.06
.03
.02
.02
7
.29
.22
.18
.15
.24
.19
.16
.13
.13
.11
.09
.08
.07
.06
.02
.02
.02
8
.27
.20
.16
.13
.23
.17
.14
.12
.12
.10
.08
.07
.06
.05
.02
.02
.02
9
.25
.18
.14
.12
.21
.16
.12
.10
.11
.09
.07
.06
.05
.04
.02
.02
.01
10
.23
.17
.13
.10
.19
.14
.11
.09
.10
.08
.06
.06
.05
.04
.02
.02
.01
1/00
Page 452
© 2000 Rambusch Lighting, NY
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®
PAL XL 250 watt
Metal Halide/HQI
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
ITL Report #32980
180°
170°
160°
Candela Power
Distribution Curve
Section Through
at 120°
90.0°
67.5°
112.5°
140°
45.0°
135.0°
130°
120°
22.5°
157.5°
110°
100°
180°
90°
0
1640
3280
zonal
lumen summary
250 watt HQI lamp
rated 20,000 lumens
total lumenaire
efficiency 59.7%
lens in place
4920
6560
8200
0.0°
8200
6560
zone
0-90
90-120
90-130
90-150
90-180
0-180
4920
3280
1640
1640
3280
4920
6560
8200
lumens
% total lamp lumens
% fixture output
0
2811
5146
9089
11939
11939
0.0
14.1
25.7
45.4
59.7
59.7
0.0
23.5
43.1
76.1
100.0
100.0
CIE type-indirect
candela
distribution
(frosted lamp)
calculations
#Fixtures =
67.5
0
0
227
1476
1916
2285
2724
3065
3257
3335
3255
45.0
0
0
1213
3923
3980
3384
3540
3654
3441
3328
3255
22.5
0
0
1781
6769
6910
5357
4221
3987
3696
3356
3255
0.0
0
0
1788
6868
7691
6243
4498
4101
3718
3306
3255
Deg.
90
95
105
115
125
135
145
155
165
175
180
112.5
0
0
0
390
1667
2107
2554
2831
3122
3278
3255
90.0
0
0
50
1185
1703
2079
2412
2824
3186
3320
3255
157.5
0
0
106
192
390
518
2455
3782
3434
3242
3255
135.0
0
0
0
50
192
1852
3186
3448
3235
3228
3255
FLUX
180.0
0
14
184
284
525
525
2242
3704
3406
3235
3255
7
667
2137
2335
2041
1903
1576
959
315
(Area) x (Maintained Footcandles)
(#Lamps per fixture) x (Lamp Lumens) x (C.U.) x (Ceiling Loss Factor) x (M.F.)
Factors to consider:
1) Different lamp wattages and manufacturers require confirmation of rated initial lamp lumens.
2) Ceiling texture, color and slope greatly influence reflected light that will reach work plane.
3) Maintenance factor should include LLD (Lamp Lumen Depreciation) and LDD (Luminaire Dirt
Depreciation).
4) Coefficient of Utilization should include Ceiling Cavity and Room Cavity Ratio.
coefficients
of utilization,*
floor cavity
reflectance: 20%
*by zonal-cavity method,
IES preferred practice
Ceiling
Wall
80%
70%
50%
30%
10%
70%
50%
30%
10%
70%
50%
30%
10%
50%
30%
10%
50%
30%
10%
50%
30%
10%
0
.57
.57
.57
.57
.49
.49
.49
.49
.33
.33
.33
.19
.19
.19
.06
.06
.06
1
.52
.49
.47
.45
.44
.42
.40
.39
.29
.28
.27
.17
.16
.16
.05
.05
.05
2
.47
.43
.40
.37
.40
.37
.34
.32
.25
.24
.22
.15
.14
.13
.05
.04
.04
3
.43
.38
.34
.31
.36
.32
.29
.27
.22
.20
.19
.13
.12
.11
.04
.04
.04
room
4
.39
.33
.29
.26
.33
.28
.25
.22
.20
.17
.16
.11
.10
.09
.04
.03
.03
cavity
5
.36
.29
.25
.22
.30
.25
.22
.19
.17
.15
.13
.10
.09
.08
.03
.03
.03
ratio
6
.33
.26
.22
.19
.28
.22
.19
.16
.16
.13
.11
.09
.08
.07
.03
.03
.02
7
.30
.23
.19
.16
.26
.20
.17
.14
.14
.12
.10
.08
.07
.06
.03
.02
.02
8
.28
.21
.17
.14
.24
.18
.15
.12
.13
.10
.09
.07
.06
.05
.02
.02
.02
9
.26
.19
.15
.12
.22
.16
.13
.11
.11
.09
.08
.07
.05
.05
.02
.02
.01
10
.24
.17
.13
.11
.20
.15
.12
.09
.10
.08
.07
.06
.05
.04
.02
.02
.01
1/00
Page 453
© 2000 Rambusch Lighting, NY
<PREVIOUS PAGE
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®
PAL XL 400 watt
Metal Halide
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
ITL Report #36803
180°
170°
160°
Candela Power
Distribution Curve
Section Through
at 120°
90.0°
67.5°
112.5°
140°
45.0°
135.0°
130°
120°
22.5°
157.5°
110°
100°
180°
90°
0
2991.5
5983.5
zonal
lumen summary
400 watt HQI lamp
rated 36,000 lumens
total lumenaire
efficiency 74.3%
for tempered sodalime
lens, multiply by.92
8975
11966
14958
0.0°
4865
3892
zone
0-90
90-120
90-130
90-150
90-180
0-180
2919
1946
973
973
1946
2919
3892
4865
lumens
% total lamp lumens
% fixture output
0
7373
13169
21846
26735
26735
0.0
20.5
36.6
60.7
74.3
74.3
0.0
27.6
49.3
81.7
100.0
100.0
CIE type-indirect
candela
distribution
(frosted lamp)
calculations
#Fixtures =
67.5
0
43
3174
3753
4410
4975
5397
5597
5626
5561
5478
45.0
0
36
4889
14282
12924
8063
6834
6119
5754
5568
5478
22.5
0
79
4982
12617
16126
12152
8185
6741
5869
5583
5478
0.0
0
43
4603
11680
17913
14897
8778
7091
5976
5547
5478
Deg.
90
95
105
115
125
135
145
155
165
175
180
180.0
0
100
872
715
672
1430
4975
5976
5719
5976
5478
157.5
0
100
844
608
672
2473
5247
5912
5704
5862
5478
135.0
0
29
186
286
1079
4925
5704
5647
5683
5661
5478
112.5
0
14
\14
2187
4146
4832
5118
5461
5597
5511
5478
90.0
0
14
636
2130
3302
4189
4961
5311
5418
5454
5478
(Area) x (Maintained Footcandles)
(#Lamps per fixture) x (Lamp Lumens) x (C.U.) x (Ceiling Loss Factor) x (M.F.)
Factors to consider:
1) Different lamp wattages and manufacturers require confirmation of rated initial lamp lumens.
2) Ceiling texture, color and slope greatly influence reflected light that will reach work plane.
3) Maintenance factor should include LLD (Lamp Lumen Depreciation) and LDD (Luminaire Dirt
Depreciation).
4) Coefficient of Utilization should include Ceiling Cavity and Room Cavity Ratio.
coefficients
of utilization,*
floor cavity
reflectance: 20%
*by zonal-cavity method,
IES preferred practice
Ceiling
Wall
80%
70%
50%
30%
10%
70%
50%
30%
10%
70%
50%
30%
10%
50%
30%
10%
50%
30%
10%
50%
30%
10%
0
.71
.71
.71
.71
.60
.60
.60
.60
.41
.41
.41
.24
.24
.24
.08
.08
.08
1
.64
.61
.59
.56
.55
.52
.50
.48
.36
.35
.33
.21
.20
.19
.07
.06
.06
2
.58
.53
.49
.46
.50
.46
.42
.40
.31
.29
.28
.18
.17
.16
.06
.06
.05
3
.53
.47
.42
.38
.45
.40
.36
.33
.28
.25
.23
.16
.15
.14
.05
.05
.04
room
4
.49
.41
.36
.32
.41
.35
.31
.28
.24
.22
.20
.14
.13
.12
.05
.04
.04
cavity
5
.44
.37
.31
.27
.38
.31
.27
.23
.22
.19
.17
.13
.11
.10
.04
.04
.03
ratio
6
.41
.33
.27
.23
.35
.28
.23
.20
.19
.16
.14
.11
.10
.08
.04
.03
.03
7
.37
.29
.24
.20
.32
.25
.21
.17
.17
.14
.12
.10
.08
.07
.03
.03
.02
8
.35
.26
.21
.17
.29
.23
.18
.15
.16
.13
.11
.09
.08
.06
.03
.02
.02
9
.32
.24
.19
.15
.27
.20
.16
.13
.14
.11
.09
.08
.07
.06
.03
.02
.02
10
.30
.22
.17
.13
.25
.19
.14
.12
.13
.10
.08
.08
.06
.05
.02
.02
.02
1/00
Page 454
© 2000 Rambusch Lighting, NY
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PAL XL 1/27 watt
BIAX FLOURESCENT
Pan-A-Lux® Uplite
®
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
ITL Report #44737
180°
90°
Candela Power
Distribution Curve
165°
Section Through
at 135°
67.5°
112.5°
150°
135°
45°
135°
157.5°
120°
22.5°
105°
0°
180°
0°
0
200
400
600
zonal
lumen summary
27 watt single-ended,
twin tube fluorescent
rated 1,800 lumens
total lumenaire
effiency 75.4%
800
200
200
400
600
600
400
800
800
zone
lumens
% total lamp lumens
% fixture output
0-90
90-120
90-130
90-150
90-180
0-180
0
339
609
1074
1357
1357
0.0
18.8
33.8
59.7
75.4
75.4
0.0
25.0
44.8
79.2
100.0
100.0
CIE type-indirect
Deg.
90
95
105
115
125
135
145
155
165
175
180
calculations
#Fixtures =
112.5
0
10
36
85
149
197
239
270
288
302
303
90.0
0
16
83
138
186
229
262
286
300
306
303
67.5
0
34
290
373
388
402
399
377
344
315
303
45.0
0
16
242
530
609
548
527
479
408
328
303
22.5
0
9
192
516
708
702
587
530
440
329
303
0.0
0
4
159
473
711
747
619
554
455
332
303
candela
distribution
FLUX
180.0
0
4
28
41
73
68
146
205
265
291
303
157.5
0
7
34
42
70
86
172
220
275
291
303
135.0
0
9
34
63
64
137
194
243
281
294
303
12
106
221
269
253
212
159
94
30
(Area) x (Maintained Footcandles)
(#Lamps per fixture) x (Lamp Lumens) x (C.U.) x (Ceiling Loss Factor) x (M.F.)
Factors to consider:
1) Different lamp wattages and manufacturers require confirmation of rated initial lamp lumens.
2) Ceiling texture, color and slope greatly influence reflected light that will reach work plane.
3) Maintenance factor should include LLD (Lamp Lumen Depreciation) and LDD (Luminaire Dirt
Depreciation).
4) Coefficient of Utilization should include Ceiling Cavity and Room Cavity Ratio.
coefficients
of utilization,*
floor cavity
reflectance: 0.20
*by zonal-cavity method,
IES preferred practice
Ceiling
Wall
80%
50%
30%
10%
50%
30%
10%
70%
50%
30%
10%
50%
30%
10%
50%
30%
10%
50%
30%
10%
0
72
72
72
72
61
61
61
61
42
42
42
24
24
24
8
8
8
1
65
62
60
57
56
53
51
49
36
35
34
21
20
20
7
7
6
2
59
54
50
47
51
46
43
40
32
30
28
18
17
16
6
6
5
3
54
48
43
39
46
41
37
33
28
26
23
16
15
14
5
5
5
room
4
49
42
36
32
42
36
32
28
25
22
20
14
13
12
5
4
4
cavity
5
45
37
32
27
38
32
27
24
22
19
17
13
11
10
4
4
3
ratio
6
41
33
27
23
35
28
24
20
20
17
14
11
10
9
4
3
3
7
38
30
24
20
32
25
21
18
18
15
12
10
9
7
3
3
2
8
35
27
21
18
30
23
18
15
16
13
11
9
8
6
3
3
2
9
32
24
19
15
28
21
16
13
14
12
10
8
7
6
3
2
2
10
30
22
17
14
26
19
15
12
13
10
8
8
6
5
2
2
2
Page 461
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PAL XL 1/40 watt
BIAX FLOURESCENT
Pan-A-Lux® Uplite
®
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-0400• Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
ITL Report #44738
180°
90°
Candela Power
Distribution Curve
165°
Section Through
at 135°
112.5°
67.5°
150°
135°
45°
135°
120°
157.5°
22.5°
105°
0°
180°
90°
1250
0
312.5
zonal
lumen summary
40 watt single ended,
twin tube fluorescent
rated 3,150 lumens
total lumenaire
efficiency 73.7%
937.5
312.5
625
1250
937.5
625
625
312.5
937.5
1250
zone
lumens
% total lamp lumens
% fixture output
0-90
90-120
90-130
90-150
90-180
0-180
0
515
953
1772
2323
2323
0.0
16.4
30.3
56.2
73.7
73.7
0.0
22.2
41.0
76.3
100.0
100.0
CIE type-indirect
candela
distribution
Deg.
90
95
105
115
125
135
145
155
165
175
180
calculations
#Fixtures =
112.5
0
12
41
95
223
346
451
527
570
613
634
90.0
0
20
103
218
331
433
519
584
620
637
634
67.5
0
29
279
479
561
664
719
743
719
658
634
45.0
0
14
297
663
911
921
871
861
800
694
634
22.5
0
8
262
742
1061
1156
1024
931
838
700
634
0.0
0
5
187
713
1053
1216
1096
951
861
719
634
FLUX
180.0
0
8
46
74
148
123
230
407
526
577
634
157.5
0
10
49
72
135
133
274
432
545
586
634
135.0
0
10
39
94
97
198
353
471
553
590
634
20
156
340
438
436
382
301
188
62
(Area) x (Maintained Footcandles)
(#Lamps per fixture) x (Lamp Lumens) x (C.U.) x (Ceiling Loss Factor) x (M.F.)
Factors to consider:
1) Different lamp wattages and manufacturers require confirmation of rated initial lamp lumens.
2) Ceiling texture, color and slope greatly influence reflected light that will reach work plane.
3) Maintenance factor should include LLD (Lamp Lumen Depreciation) and LDD (Luminaire Dirt
Depreciation).
4) Coefficient of Utilization should include Ceiling Cavity and Room Cavity Ratio.
coefficients
of utilization,*
floor cavity
reflectance: 0.20
*by zonal-cavity method,
IES preferred practice
Ceiling
Wall
80%
50%
30%
10%
50%
30%
10%
70%
50%
30%
10%
50%
30%
10%
50%
30%
10%
50%
30%
10%
0
70
70
70
70
60
60
60
60
41
41
41
24
24
24
8
8
8
1
64
61
58
56
54
52
50
48
36
34
33
21
20
19
7
6
6
2
58
53
49
46
49
45
42
39
31
29
27
18
17
16
6
5
5
3
53
47
42
38
45
40
36
33
27
25
23
16
15
14
5
5
4
room
4
48
41
36
32
41
35
31
28
24
22
19
14
13
11
5
4
4
cavity
5
44
36
31
27
37
31
27
23
21
19
16
12
11
10
4
4
3
ratio
6
40
32
27
23
34
28
23
20
19
16
14
11
10
8
4
3
3
7
37
29
24
20
32
25
20
17
17
14
12
10
8
7
3
3
2
8
34
26
21
17
29
22
18
15
15
13
11
9
7
6
3
3
2
9
32
24
18
15
27
20
16
13
14
11
9
8
7
6
3
3
2
10
30
21
16
13
25
18
14
12
13
10
8
7
6
5
3
3
2
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Page 463
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PAL XL 42 watt
42 PLT FLOURESCENT
Pan-A-Lux® Uplite
Design Studios: 28 West 25th Street, New York, New York 10010 • Tel 212 / 675-4687 • Fax 212 / 620-4687
Workshops: 160 Cornelison Avenue, Jersey City, New Jersey 07304 • Tel 201 / 333-2525 • Fax 201 / 433-3355
ITL Report #46455
180°
165°
Candela Power
Distribution Curve
90.0°
67.5°
112.5°
Section Through
at 137.5°
150°
135.0°
135°
45.0°
120°
22.5°
157.5°
105°
180°
90°
0
350
700
zonal
lumen summary
One 42 PLT fluorescent
rated 3200 lumens
per lamp
total luminaire
efficiency 62.9%
1050
0.0°
1033
775
516
258
258
516
775
1033
zone
lumens
% total lamp lumens
% fixture output
0-90
90-120
90-130
90-150
90-180
0-180
0
488
846
1562
2011
2011
0.0
15.2
26.4
48.8
62.9
62.9
0.0
24.2
42.1
77.7
100.0
100.0
CIE type - indirect
candela
distribution
calculations
#Fixtures =
112.5
0
6
43
124
221
321
418
500
544
542
541
90.0
0
6
77
184
289
388
465
522
548
545
541
67.5
0
14
146
245
356
451
523
561
563
549
541
45.0
0
17
274
451
614
729
684
608
587
551
541
22.5
0
17
274
451
614
729
684
608
587
551
541
0.0
0
60
485
750
890
971
872
658
590
548
541
Deg.
90
95
105
115
125
135
145
155
165
175
180
FLUX
180.0
0
4
48
75
162
231
302
377
454
539
541
157.5
0
4
41
67
174
246
335
399
478
542
541
135.0
0
3
22
56
155
264
360
438
506
543
541
29
175
284
359
382
334
244
153
52
(Area) x (Maintained Footcandles)
(#Lamps per fixture) x (Lamp Lumens) x (C.U.) x (Ceiling Loss Factor) x (M.F.)
Factors to consider:
1) Different lamp wattages and manufacturers require confirmation of rated initial lamp lumens.
2) Ceiling texture, color and slope greatly influence reflected light that will reach work plane.
3) Maintenance factor should include LLD (Lamp Lumen Depreciation) and LDD (Luminaire Dirt
Depreciation).
4) Coefficient of Utilization should include Ceiling Cavity and Room Cavity Ratio.
coefficients
of utilization,*
floor cavity
reflectance: 0.20
*by zonal-cavity method,
IES preferred practice
Ceiling
Wall
80%
70%
50%
30%
10%
70%
50%
30%
10%
70%
50%
30%
10%
50%
30%
10%
50%
30%
10%
50%
30%
10%
0
60
60
60
60
51
51
51
51
35
35
35
20
20
20
6
6
6
1
54
52
50
48
46
44
43
41
30
29
28
17
17
16
6
5
5
2
50
45
42
39
42
39
36
34
27
25
23
15
14
14
5
5
4
3
45
40
36
32
38
34
31
28
23
21
20
13
12
12
4
4
4
room
4
41
35
30
27
35
30
26
23
21
18
17
12
11
10
4
3
3
cavity
5
38
31
26
23
32
27
23
20
18
16
14
11
9
8
3
3
3
ratio
6
34
28
23
20
29
24
20
17
16
14
12
9
8
7
3
3
2
7
32
25
20
17
27
21
17
15
15
12
10
9
7
6
3
2
2
8
29
22
18
15
25
19
15
13
13
11
9
8
6
5
2
2
2
9
27
20
16
13
23
17
14
11
12
10
8
7
6
5
2
2
2
10
25
18
14
11
21
16
12
10
11
9
7
6
5
4
2
2
1
Page 466
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