PARKING STRUCTURE
PGL
SERIES
PGL4
Parking
Garage
Luminaires
1 0 0 - 1 5 0 Wa t t H I D • 8 5 Wa t t I n d u c t i o n
PGL4
Proven Success
Over 2 decades ago, Kim took a long hard look at
Parking Garage Lighting and concluded that a great
deal of improvement could be made.
Table of Contents
Design
2-3
Features
4
Installation and Maintenance
5
Luminaire
Ordering Information
6-7
Luminaire Specifications
8
Optical Choices
9
PGL4
10-11
DL-W
Wide Downlight Option
12-13
DL-N
Narrow Downlight Option 14-15
Induction Fluorescent
Lamp Option
16
Related Products
17
Application
Engineering Services
17
SITE / AREA
PARKING STRUCTURE
ROADWAY
ARCHITECTURAL FLOOD
ACCENT
LANDSCAPE
MAILING ADDRESS:
P.O. BOX 60080
CITY OF INDUSTRY, CA
91716-0080
BUSINESS ADDRESS:
16555 EAST GALE AVENUE
CITY OF INDUSTRY, CA 91745
U.S. A.
PHONE 626 / 968 - 5666
FAX 626 / 369 - 2695
ENTIRE CONTENTS
© COPYRIGHT 2012 KIM LIGHTING INC.
ALL RIGHTS RESERVED
REPRODUCTION IN WHOLE OR IN PART
WITHOUT PERMISSION IS STRICTLY PROHIBITED.
www.kimlighting.com
Hubbell
Lighting, Inc.
Printed in U.S.A.
5502613095
Version 2.4 (4/13)
In 1989, Kim introduced the PGL Parking Garage
Luminaire. This innovative product was the first to offer
an integrated, direct/indirect luminaire, purposely built
for modern parking garage facilities.
Today, the Kim PGL4 remains the choice for parking
garage lighting design. Continuous improvement,
including a regular program of enhancements and
innovations, keeps the PGL4 the leader in garage
illumination.
PGL4
KIM LIGHTING
1
Design
The Dynamics of Parking Garage Lighting Design
E
A
D
B
C
A
Low overall ceiling heights and deep exposed structural
elements combine to create a “cave effect.” This is
overcome by including indirect illumination of the ceiling
surfaces in the lighting system design.
B
For the safety and security of people entering and
leaving their vehicles, and easy identification of open
parking spaces for traffic flow, vertical illumination in the
parking zones is required. This is best approached through
direct high angle illumination, combined with ambient
indirect lighting to reduce harsh shadows and contrast.
Busy traffic in the drive lanes, plus cars backing out of
parking spaces and negotiating within confined space,
requires high visibility. This can only be accomplished by
cutoff optical designs that provide high vertical illuminance
with minimal glare.
C
A
2
B
KIM LIGHTING
C
D
Visibility of the facility must provide an inviting
appearance with no glare to surrounding properties. The
combination of indirect illumination of the garage interior
and cutoff optical control, provides the most attractive
presentation from the exterior of the garage.
E
Fixture row spacings are controlled by the structural
elements of the garage. Luminaire performance must be
designed to accommodate the various combinations of
structural element depths used to construct modern
garage facilities.
Fixture design considerations also include ease of
installation, ease of maintenance, and resistance to
intrusion by insects, dirt, or water. Other considerations in
garages may include controlling bird nesting, vandal
resistance and mounting system flexibility.
D
PGL4 Design
Integrated Approach
Clear uplight window
and diffuse reflector
segment
Diffuse Uplight eliminates the “cave effect”
and provides a secure and inviting
appearance. This ambient light also reduces
contrast between the fixture brightness and
ceiling, which increases visibility.
Drive Lane Direction
Prismatic uplight window
and specular reflector
segment
Up/Downlight produces high vertical
illuminance to reach between parked
vehicles. This improves visibility and
provides a sense of security and safety.
Drive Lane Direction
Cutoff Downlight provides overall
illumination with low glare. A balance of
providing high vertical illuminance and
drive lane comfort is accomplished by
a symmetrical reflector design that
redirects light from unwanted angles to more
useful zones.
Symmetric reflector
Integrated
Design
for
complete
Performance is the approach taken in
the development of the PGL Series.
By providing comfortable illumination,
eliminating the “cave effect,” and producing
excellent visibility, the PGL series continues
to satisfy the strictest of parking garage
lighting design.
KIM LIGHTING
3
Features
Wire Seal
Speed Mount
A molded silicone grommet provides protection
against moisture entry by sealing all three wires
exiting the fixture top.
The Kim “Speed Mount” easily attaches
to mud boxes as well as standard
4" junction boxes.
Hydroformed Uplight Reflector
Die-Cast Housing, Finish
The one-piece hydroformed uplight reflector is
configured to capture and redirect lamp output
to useful angles. It also retains the lamp socket,
and is easily removable for access to the
electrical components.
The electrical housing is die-cast aluminum
finished in Kim’s exclusive “Super TGIC”
powder coat paint. Housing hangs from
the “Speed Mount” for easy wiring, and
locks into place once it is raised to the final
mounting position.
Electrical Components
Housing Gasket
All ballasts and related components are rigidly
mounted inside the die-cast housing and 100%
tested before shipment.
For added longevity, the housing gasket is
a one-piece silicone component.
Uplight
to Parking Stalls
Uplight
Component
A generous amount of
uplight is provided to
illuminate the ceiling
and beams. This
reduces the “cave
effect,” providing a
more inviting parking
garage with a greater
sense of security.
Hydroformed Reflector
The primary reflector is a onepiece hydroformed aluminum
component with an Alzak®
finish. This provides maximum
longevity, maintained light output
and easier care over vacuummetalized reflectors. Vertical
facets prevent reflected light from
passing through the lamp for
high efficiency and long lamp life.
The reflector is retained inside
the one-piece injection molded
polycarbonate optical housing.
See photo below.
Two prism areas in
the uplight window
bend light downward
for extra fill into the
parking stalls. Prism
areas are 180° apart.
Cuto
ff
ff
Cuto
Toward
Driving A
Lane
A stainless steel
hanger hinge allows
easy no-tool removal
of the downlight
window.
Toward
B Parking
Stalls
Wide Throw Downlight
The primary garage illumination is provided
by cutoff downlight in which the lamp is fully
shielded above horizontal. Full coverage of
the garage bay is achieved by the wide
throw and high candlepower.
Gasket and Fasteners
The downlight window gasket is
silicone for maximum recovery
of shape after relamping. The
closure fasteners are stainless
steel captive shoulder screws to
prevent over-tightening and
cracking of the lens.
See detail below.
Hanger Hinge
Downlight Window
The injection molded downlight window has been configured for
greatest performance by optimizing the light transmission at high
angles. The standard material is high temperature UV stabilized
acrylic with optional polycarbonate available.
Top view of luminaire and orientation to parking stalls.
Prisms
B
Prisms
A
Parking Stalls
4
KIM LIGHTING
Installation and Maintenance
Speed Mount and Optional Bird Shroud
Because parking garage luminaires must be installed quickly and
securely, every PGL is supplied with the Kim “Speed Mount.”
The “Speed Mount” attaches to any standard 4" junction box or
mud box, whether recessed, surface or rigid pendant1 mounted.
It serves as a fixture hanger, freeing both hands for connecting field
wires, and locks the fixture to the junction box without tools.
1
See PB2 option on page 8.
Wiring and Locking
With the “Speed Mount” in place, the PGL luminaire can
be removed from its carton and easily installed without tools. The
fixture hangs at an angle so field wire connections can be quickly
and easily made. All wires are tucked into the junction box, and
the fixture is ready for final mounting. Without tools, the fixture
is simply lifted and pushed forward until an audible lock is heard.
At this point, the fixture is locked to the junction box and cannot
be removed without internal access through the ballast
compartment. This feature reduces the possibility of theft,
particularly during the period prior to building occupancy.
Lamping and Relamping
For initial lamping or future relamping, the downlight window
is hinged and retained by three captive screws. Access to the
lamp is quick, and the entire lamping task can be rapidly
accomplished. Relamping schedules should always be combined
with basic cleaning to maintain optimum light output. Since the
PGL optical chamber is totally sealed, exterior dusting is all that
is normally required.
For additional installation labor cost savings and convenience,
fixtures can be ordered with lamp included and factory installed,
allowing fixture to be installed without opening the optical chamber.
Control of Light Pollution
Parking garages are notorious for light pollution because they
have traditionally been illuminated with non-cutoff prismed refractor
luminaires. The PGL now allows parking garages to be fully
illuminated without significant light spill into the surrounding
neighborhood.
PGL test installation
Non-Cutoff prismed
refractor luminaires,
175 watt Metal Halide
Kim PGL, 150 watt
High Pressure Sodium
KIM LIGHTING
5
Luminaire Ordering Information
PGL4
Fixture
Ordering Example:
Electrical Module
Options
PGL4 / 175MH277 / DL-N / LS / PB2 / QS / TS / SF
1
2
1 Fixture:
3-10
PGL4
Contemporary garage luminaire. Die-cast, low copper (<0.6% CU)
aluminum alloy ballast housing with Platinum Silver Super TGIC powder
coat paint over titanated zirconium conversion coating, one-piece clear
optical housing. Downlight optical reflector visible through optical housing
material.
2 Electrical Module:
PMH = Pulse Start Metal Halide
HPS = High Pressure Sodium
IF = Induction Fluorescent
Lamp Lamp Line
Watts Type Volts
150
PMH
277
CAUTION: All manufacturers of
metal halide lamps recommend
turning them off for 15 minutes once
per week when under continuous
operation. This will reduce the risk of
arc tube rupture at end of life.
Also, color temperature may
differ between manufacturers of
metal halide lamps. See lamp
manufacturer’s specification sheets.
All fixtures are available pre-lamped
by Kim. Consult representative for
pricing.
Electrical
Module
Cat. No.
100PMH120
100PMH208
100PMH240
100PMH277
100PMH347
100PMH480
150 Watt Clear
150PMH120
Pulse Start Metal Halide
150PMH208
ED-17 Medium Base
150PMH240
ANSI Ballast Type M-102
150PMH277
150PMH347
150PMH480
100 Watt Clear
100HPS120
High Pressure Sodium
100HPS208
E-17 Medium Base
100HPS240
ANSI Ballast Type S-54
100HPS277
100HPS347
100HPS480
150 Watt Clear
150HPS120
High Pressure Sodium
150HPS208
E-17 Medium Base
150HPS240
ANSI Ballast Type S-55
150HPS277
150HPS347
150HPS480
85 Watt
85IF120
Induction Fluorescent
85IF208
85IF240
85IF277
2
Max. Amps reflect open circuit current load.
3
480 volt with medium base sockets may require approval
Lamp Mode
(Lamps by others)
100 Watt Clear
Pulse Start Metal Halide
ED-17 Medium Base
ANSI Ballast Type M-90
Line
Volts
120
208
240
277
347
4803
120
208
240
277
347
4803
120
208
240
277
347
4803
120
208
240
277
347
4803
120
208
240
277
Input
Watts
129
129
129
129
129
129
185
185
185
185
185
185
130
130
130
130
130
130
188
188
188
188
188
188
86
86
86
90
Max. Input
Amps2
2.30
1.40
1.15
1.00
1.00
0.55
3.65
2.10
1.80
1.58
1.25
0.81
2.20
1.40
1.10
0.95
0.70
0.34
3.00
1.65
1.45
1.25
0.92
0.70
0.73
0.38
0.36
0.38
of local building code authority.
NOTE: Due to the Energy Independence and Security Act (EISA) of 2007, Kim Lighting can no longer supply probe
start metal halide ballasts with its luminaires, effective January 1, 2009. Contact Kim Lighting for availability of
replacement ballasts for warranty service claims.
(Visit www.aboutlightingcontrols.org or the Library of Congress website for more details.)
6
KIM LIGHTING
3 Optional Narrow
Cat. No.: DL-N
Two-piece hydroformed aluminum reflector with Alzak® finish.
Reflector fills optical housing and provides minimal uplight
distribution. Symmetric downlight distribution is narrower
than standard symmetric pattern, with increased intensity.
Cat. No.: DL-W
Two-piece hydroformed aluminum reflector with Alzak® finish.
Reflector fills optical housing and provides minimal uplight
distribution. Symmetric downlight distribution is similar to
standard symmetric pattern, with increased intensity.
Cat. No.: LS
One-piece clear injection molded UV stabilized
polycarbonate downlight lens in place of standard acrylic.
Downlight Optics:
4 Optional Wide
Downlight Optics:
5 Optional Polycarbonate
Downlight Lens:
Polycarbonate
Downlight Lens
6 Optional Balanced
Cat. No.: PB2
Pendant Junction Box
and Bird Shroud:
Balanced Pendant
Junction Box and
Bird Shroud
7 Optional Quartz
Cat. No.: QS
Standby:
Quartz Standby
CAUTION: Use only when fixture vandalism is anticipated
within the parking garage. Service life is reduced by UV
discoloration from metal halide lamps. High Pressure
Sodium lamps are recommended to promote full service life.
Cast aluminum, finished to match fixture body. Offset
L" NPT pendant entry to balance fixture in free-swinging
installation. For fixture mounting, Kim Speed Mount attaches
directly to Balanced Pendant Junction Box (PB2).
Integral current sensing relay energizes a T-4 mini-can
socket during lamp warm-up and after power interruption.
Socket de-energizes prior to the HID lamp reaching
full brightness. T-4 mini-can halogen lamp by others;
100 watt maximum.
NOTE: Input amps will increase by .80 with this option.
Not available on 85IF.
8 Optional TamperResistant Lens Screws:
9 Optional Fusing:
Cat. No.: TS
Captive hex socket (allen) shoulder screws provided for downlight window instead of standard
phillips-head screws.
Line Volts:
120V
208V
240V
277V
347V
480V
Cat. No.:
SF
DF
DF
SF
SF
DF
Single Fuse
10 Lamp Included:
To order fixtures with lamp included and installed, add “lamp included” suffix to catalog number. Will also include
QS option lamp (when specified).
KIM LIGHTING
7
Luminaire Specifications
PGL4
Speed Mount: Formed steel, electro-zinc plated for mounting
to standard 4" junction box or mud box. Hooks are designed to hang
fixture, freeing both hands for field wire connections. Allows tool-free
fixture mounting to junction box, with integral anti-theft locking device.
Dimensions
Electrical
Housing
11" DIA.
(279.4 mm)
Ballast Housing: Die-cast, low copper (<0.6% Cu) aluminum alloy
for direct mounting to the Kim Speed Mount. Wire entry is sealed with
a silicone grommet.
3B"
Optical
Housing
(79.4 mm)
6D"
11L"
(298.5 mm)
(168.3 mm)
Downlight
Window
16" DIA.
(406.4 mm)
2"
(50.8 mm)
Hinge
Speed Mount
Toward
Parking
Stalls
Toward
Parking
Stalls
Mounting
holes for
standard
mud box or
4" J-box
Pendant Installations
Rigid conduit
pendant
Standard
4" J-box
or optional
PB2 J-box
Free-swinging
pendant
PB2 Balanced
Pendant J-box
Optical Housing: One-piece injection molded UV stabilized
polycarbonate (minimum wall thickness .125") with hydroformed
Alzak® aluminum reflector insert. Reflector has vertical facets to
prevent reflected light from passing through the lamp envelope.
Uplight window contains two prismed sections to spread additional
light downward in the direction of parking stalls. Optical Housing is
secured to Electrical Housing with full silicone gasketing around the
perimeter.
Uplight Reflector and Socket: One-piece hydroformed aluminum
with Alzak® surface facing prisms and diffuse white surface facing
uplight window areas. Socket is 4KV pulse rated medium base.
Reflector is removed by loosening three screws allowing access
to the electrical components.
Downlight Window: One-piece clear injection molded UV stabilized
high temperature acrylic (polycarbonate optional). Attached
to Optical Housing with a “no-tool” quick release spring hinge and
three captive phillips-head “shoulder” type screws to prevent
overtightening (tamper-resistant hex socket screws optional).
Perimeter is fully gasketed with silicone. Convex shape yields
maximum light transmission.
HID Electrical Components: High power factor ballasts for
-20°F. starting, rigidly mounted inside electrical housing and prewired
with leads extended out top of housing.
Induction Fluorescent Lamp Electrical Components: Complete
HF generator and induction lamp system is furnished. Induction lamp
system is high power factor, rated for -4° starting.
Optical Configuration: In the direction of the driving lanes, luminaire
downlight is of the “cutoff” classification with uplight provided for
illuminating ceiling and beams. In the direction of parking stalls,
luminaire is a “semi-direct” type with partial uplight refracted
downward for additional fill-light in the parking stalls. In all directions,
lamp is shielded from normal viewing angles by the opaque reflector
section of the luminaire.
Finish: Platinum Silver color on ballast housing only. Super TGIC
thermoset polyester powder coat paint over titanated zirconium
conversion coating. Clear optical housing.
CAUTION: Fixtures must be grounded in accordance with national,
state and/or local codes. Failure to do so may result in serious
personal injury.
• For rigid conduit pendant mount, use a standard
4" junction box with a centered pendant entry.
• For Free-swing pendant mount, use the optional
PB2 Balanced Pendant Junction Box (page 7).
Listings and Ratings
• For all pendant installations where bird shroud
protection is desired, use the optional PB2 Balanced
Pendant Junction Box (page 7).
UL cUL 15981
IP66 Rated
Suitable for wet locations.
1
8
KIM LIGHTING
40C Ambient
ISO 9001:2000
Optical Choices
Candlepower
Distribution
Toward
Driving Lane
120°
Candlepower
Distribution
Toward
Parking Stalls
150°
180°
150°
120°
PGL4
Standard Distribution
Innovated by Kim in 1989, the PGL system of garage luminaires has
revolutionized how parking structures are illuminated. Designed
to provide uniform vertical and horizontal illumination when installed
in regular garage areas, the PGL4’s uplighting reduces the “cave
effect” by illuminating the ceiling surfaces.
The PGL4 offers the following features:
• Wide distribution for optimum fixture spacing and economy
90°
90°
• Asymmetric uplight reduces “cave effect” and maximizes visibility
• Cutoff optics controls glare
60°
30°
0°
30°
Candlepower
Distribution
Toward
Driving Lane
120°
60°
Candlepower
Distribution
Toward
Parking Stalls
150°
180°
150°
120°
DL-N
Optional Narrow Downlight Distribution (Minimum Uplight)
Modern parking structures include areas where ceiling heights are
higher for access by emergency vehicles, or other similar
construction. The DL-N option provides increased downlight intensity
in a narrower distribution, for increased mounting heights. This option
can also be used where focused horizontal illumination levels
are desired, such as entries and ticket dispenser locations.
• Narrow distribution for higher mounting heights
90°
90°
• Cutoff optics and minimum uplight control glare and luminaire
brightness
• Retains aesthetic continuity with standard distribution luminaires
60°
30°
0°
30°
Candlepower
Distribution
Toward
Driving Lane
120°
60°
Candlepower
Distribution
Toward
Parking Stalls
150°
180°
150°
120°
DL-W
Optional Wide Downlight Distribution (Minimum Uplight)
The DL-W option is offered for applications where restricted uplight
distribution is desired. The downlight distribution is essentially the
same as the standard PGL4, maintaining full cutoff optical control,
with an increase in output, from redirection of uplight illumination into
the direct illumination zone.
• Wide distribution with increased intensity
90°
90°
• Cutoff optics and minimum uplight control glare and luminaire
brightness
• Retains aesthetic continuity with standard distribution luminaires
60°
30°
0°
30°
60°
KIM LIGHTING
9
PGL4
Maintained Illumination
Single Row Per Bay
NOTE: Contributions from adjacent bays included in
areas shown.
Includes 32% effective ceiling reflectance (40% surface
reflectance, with 24" D structural beams).
PLAN VIEW
F
E
F
D
C
D
A
B
A
D
C
D
F
E
F
S
Bay
Width
150 Watt HPS
E-17 clear
medium base
16,000 initial lumens
I.T.L. Test No. 48443
Light Loss Factor: 0.81
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
S
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
15'
34.3 25.0 12.5 12.3 4.46 4.36
12.95
2.97
7.87
30'
23.5 10.5 5.97 6.27 2.04 2.25
7.18
3.52
11.52
15'
28.1 23.2 12.3 12.3 6.19 6.11
12.67
2.07
4.6
30'
19.0 8.73 6.5
5.75 2.95 3.12
6.72
2.28
6.44
15'
24.0 22.0 11.9 12.4 8.02 7.81
12.7
1.63
3.07
30'
16.3 7.49 6.53 5.78 3.79 3.92
6.63
1.75
4.3
15'
34.2 25.0 11.2 11.1 3.12 3.08
11.92
3.87
11.1
30'
23.5 10.4 5.20 5.82 1.44 1.57
6.69
4.65
16.32
15'
27.8 23.0 11.4 11.4 4.54 4.47
11.59
2.59
6.22
30'
19.2 8.77 5.88 5.40 2.15 2.28
6.26
2.91
8.93
15'
23.7 21.8 11.0 11.4 6.07 5.98
11.53
1.93
3.96
30'
16.4 7.45 6.00 5.21 2.92 2.98
6.05
2.07
5.62
150 Watt PMH
E-17 clear
medium base
13,300 initial lumens
I.T.L. Test No. 48440
Light Loss Factor: 0.72
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
10
KIM LIGHTING
S
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
15'
31.3 21.5 10.2 10.2 2.93 2.85
10.84
3.8
10.98
30'
22.5 8.46 5.02 5.09 1.24 1.52
6.17
4.98
18.15
15'
25.2 19.9 9.78 10.3 4.35 4.35
10.46
2.4
5.79
30'
17.9 6.86 5.56 4.56 2.00 2.26
5.66
2.83
8.95
15'
21.6 19.0 9.61 10.1 6.22 5.98
10.52
1.76
3.61
30'
15.3 5.99 5.29 4.56 2.82 3.03
5.54
1.96
5.43
15'
31.2 21.4 9.39 9.15 1.97 1.97
10.07
5.11
15.84
30'
22.5 8.44 4.29 4.78 0.88 1.00
5.8
6.59
25.57
15'
24.9 19.7 9.13 9.50 3.00 2.98
9.58
3.21
8.56
30'
18.2 6.93 5.11 4.28 1.38 1.54
5.3
3.84
13.19
15'
21.3 18.8 8.92 9.30 4.40 4.30
9.49
2.21
4.95
30'
15.5 5.98 5.03 4.14 2.01 2.15
5.06
2.52
7.71
PGL4
Maintained Illumination
Includes 32% effective ceiling reflectance (40% surface
reflectance, with 24" D structural beams).
NOTE: Contributions from adjacent bays included in
areas shown.
Double Row Per Bay
150 Watt HPS
E-17 clear
medium base
16,000 initial lumens
I.T.L. Test No. 48443
Light Loss Factor: 0.81
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
L
S
27.5'
15'
38.7 29.5 25.0 24.6 25.1 24.6
29.07
1.18
1.57
27.5'
30'
25.8 12.6 12.0 12.6 12.0 12.6
16
1.33
2.15
27.5'
15'
31.0 26.4 22.0 22.1 21.9 22.1
24.99
1.14
1.42
27.5'
30'
22.6 11.9 13.1 11.7 13.0 11.5
14.83
1.29
1.97
27.5'
15'
28.6 27.0 21.2 22.3 21.1 22.2
24.32
1.15
1.36
27.5'
30'
20.4 11.4 13.2 11.7 13.2 11.7
14.26
1.25
1.79
30'
15'
37.5 28.2 22.3 22.3 22.3 22.2
27.07
1.22
1.69
30'
30'
25.2 12.0 10.5 11.7 10.5 11.7
15.08
1.44
2.4
30'
15'
32.5 27.7 22.8 22.7 22.7 22.7
25.99
1.14
1.43
30'
30'
21.7 11.0 11.9 10.9 11.9 10.8
13.91
1.29
2.01
30'
15'
29.8 27.9 22.1 22.7 22.1 22.7
25.13
1.14
1.35
30'
30'
19.3 10.4 12.1 10.5 12.1 10.6
13.13
1.26
1.86
150 Watt PMH
E-17 clear
medium base
13,300 initial lumens
I.T.L. Test No. 48440
Light Loss Factor: 0.72
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
L
S
27.5'
15'
34.2 24.5 20.4 20.4 20.4 20.4
24.61
1.21
1.68
27.5'
30'
24.1 9.78 10.1 10.3 10.1 10.3
13.86
1.42
2.46
27.5'
15'
26.8 21.8 17.5 18.4 17.4 18.4
20.88
1.2
1.54
27.5'
30'
20.5 9.05 11.3 9.30 11.3 9.23
12.64
1.4
2.27
27.5'
15'
24.8 22.6 17.0 17.9 17.0 17.9
20.17
1.19
1.46
27.5'
30'
18.6 8.95 10.8 9.30 10.8 9.34
12.03
1.34
2.08
30'
15'
33.4 23.5 18.8 18.4 18.7 18.3
23.06
1.26
1.83
30'
30'
23.6 9.43 8.69 9.67 8.70 9.68
13.15
1.51
2.72
30'
15'
28.1 22.9 18.3 19.0 18.3 19.0
21.81
1.19
1.54
30'
30'
20.0 8.35 10.3 8.71 10.3 8.68
11.92
1.43
2.4
30'
15'
25.8 23.3 17.8 18.6 17.8 18.6
20.95
1.18
1.45
30'
30'
17.6 8.11 10.2 8.35 10.2 8.39
11.1
1.38
2.18
KIM LIGHTING
11
DL-W Wide Downlight Option
Maintained Illumination
Single Row Per Bay
NOTE: Contributions from adjacent bays included in
areas shown.
Includes 32% effective ceiling reflectance (40% surface
reflectance, with 24" D structural beams).
PLAN VIEW
F
E
F
D
C
D
A
B
A
D
C
D
F
E
F
S
Bay
Width
150 Watt HPS
E-17 clear
medium base
16,000 initial lumens
I.T.L. Test No. 49266
Light Loss Factor: 0.81
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
S
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
15'
32.1 31.7 12.9 12.8 4.16 4.10
13.8
3.21
7.83
30'
21.3 10.7 5.63 7.13 1.87 2.19
7.04
3.76
11.39
15'
27.1 26.7 13.3 13.5 5.87 5.91
13.13
2.24
4.63
30'
17.2 9.94 6.29 7.12 2.80 3.06
6.87
2.45
6.14
15'
24.2 23.9 13.7 14.2 7.79 7.71
13.52
1.75
3.14
30'
14.4 9.68 6.63 7.41 3.70 3.90
6.96
1.88
3.89
15'
32.0 31.6 11.3 11.3 2.88 2.88
12.05
4.18
11.1
30'
21.3 10.7 4.88 6.34 1.34 1.48
6.47
4.83
15.9
15'
27.1 26.6 12.0 11.9 4.25 4.29
11.87
2.79
6.38
30'
17.1 9.89 5.63 6.21 2.01 2.20
6.2
3.08
8.51
15'
24.1 23.7 12.3 12.5 5.77 5.82
12.09
2.1
4.18
30'
14.3 9.60 5.97 6.40 2.81 2.93
6.2
2.21
5.09
150 Watt PMH
E-17 clear
medium base
13,300 initial lumens
I.T.L. Test No. 49263
Light Loss Factor: 0.72
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
12
KIM LIGHTING
S
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
15'
32.0 28.7 10.4 10.4 2.54 2.46
11.33
4.61
13.01
30'
22.7 9.20 4.35 5.94 1.06 1.34
6.3
5.94
21.42
15'
26.6 24.3 10.8 11.0 3.79 3.85
11.07
2.92
7.02
30'
17.9 8.54 5.11 5.80 1.74 2.04
5.96
3.43
10.29
15'
23.4 21.9 11.1 11.6 5.44 5.37
11.31
2.11
4.36
30'
14.9 8.36 5.40 6.01 2.49 2.75
5.93
2.38
5.98
15'
31.9 2.87 9.00 9.01 1.68 1.68
10.45
6.22
18.99
30'
22.7 9.18 3.66 5.28 0.75 0.85
5.86
7.81
30.27
15'
26.5 24.2 9.73 9.75 2.60 2.64
10.09
3.88
10.19
30'
17.9 8.53 4.56 5.06 1.18 1.35
5.43
4.6
15.17
15'
23.3 21.8 9.96 10.2 3.81 3.81
10.13
2.66
6.12
30'
14.8 8.32 4.85 5.14 1.77 1.93
5.3
2.99
8.36
Maintained Illumination
DL-W Wide Downlight Option
Includes 32% effective ceiling reflectance (40% surface
reflectance, with 24" D structural beams).
NOTE: Contributions from adjacent bays included in
areas shown.
Double Row Per Bay
150 Watt HPS
E-17 clear
medium base
16,000 initial lumens
I.T.L. Test No. 49266
Light Loss Factor: 0.81
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
L
S
27.5'
15'
36.2 35.8 25.9 25.6 25.9 25.6
29.85
1.17
1.41
27.5'
30'
23.7 12.6 11.3 14.3 11.3 14.4
15.97
1.41
2.09
27.5'
15'
30.8 30.3 24.4 24.7 24.4 24.7
26.98
1.11
1.26
27.5'
30'
20.3 12.8 12.7 14.3 12.6 14.3
15.35
1.22
1.61
27.5'
15'
29.6 29.3 25.2 26.0 25.1 26.0
27.22
1.08
1.18
27.5'
30'
18.4 13.5 13.3 14.9 13.3 14.9
15.33
1.15
1.38
30'
15'
34.9 34.5 22.6 22.7 22.6 22.7
27.51
1.22
1.54
30'
30'
22.9 12.1 9.87 12.8 9.87 12.8
14.81
1.5
2.32
30'
15'
31.4 30.9 24.1 23.9 24.1 23.9
26.87
1.12
1.31
30'
30'
19.3 12.0 11.4 12.5 11.4 12.5
14.03
1.23
1.69
30'
15'
29.9 29.5 24.6 25.0 24.6 25.0
26.83
1.09
1.22
30'
30'
17.4 12.5 12.1 12.9 12.1 12.9
13.87
1.15
1.44
150 Watt PMH
E-17 clear
medium base
13,300 initial lumens
I.T.L. Test No. 49263
Light Loss Factor: 0.72
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
L
S
27.5'
15'
34.5 31.3 20.9 20.8 20.9 20.7
25.85
1.25
1.67
27.5'
30'
24.2 10.3 8.81 12.0 8.81 12.0
14.38
1.63
2.75
27.5'
15'
28.5 26.2 19.7 20.2 19.6 20.2
23.1
1.18
1.45
27.5'
30'
20.1 10.4 10.3 11.7 10.3 11.7
13.49
1.31
1.95
27.5'
15'
26.8 25.4 20.4 21.2 20.4 21.2
23.1
1.13
1.31
27.5'
30'
17.7 11.0 11.0 12.2 10.9 12.1
13.23
1.21
1.62
30'
15'
33.7 30.4 18.0 18.1 18.1 18.1
23.88
1.33
1.87
30'
30'
23.6 10.0 7.42 10.7 7.43 10.7
13.39
1.8
3.18
30'
15'
29.2 26.9 19.5 19.6 19.5 19.5
23.09
1.18
1.5
30'
30'
19.4 9.81 9.26 10.3 9.25 10.3
12.45
1.35
2.1
30'
15'
27.2 25.7 20.0 20.4 19.9 20.4
22.83
1.15
1.37
30'
30'
16.9 10.2 9.92 10.5 9.90 10.5
12.05
1.22
1.71
KIM LIGHTING
13
DL-N Narrow Downlight Option
Maintained Illumination
Single Row Per Bay
NOTE: Contributions from adjacent bays included in
areas shown.
Includes 32% effective ceiling reflectance (40% surface
reflectance, with 24" D structural beams).
PLAN VIEW
F
E
F
D
C
D
A
B
A
D
C
D
F
E
F
S
Bay
Width
150 Watt HPS
E-17 clear
medium base
16,000 initial lumens
I.T.L. Test No. 49260
Light Loss Factor: 0.81
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
10'
55'
12'
14'
H
10'
Not to scale
60'
12'
14'
S
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
15'
27.1 37.9 13.2 12.8 2.58 2.48
12.31
4.96
15.28
30'
13.7 13.3 4.30 8.39 1.13 1.23
6
5.31
12.12
15'
23.2 29.3 14.5 14.7 3.90 3.94
12.48
3.2
7.51
30'
10.1 12.9 6.57 7.94 1.69 2.04
5.97
3.53
7.63
15'
20.4 23.7 15.0 15.7 6.11 6.10
12.93
2.12
3.89
30'
8.33 11.6 7.52 7.76 2.60 3.10
6.13
2.36
4.46
15'
27.0 37.8 10.7 10.5 1.91 1.89
11.11
5.88
20
30'
13.7 13.3 3.39 6.94 0.86 0.90
5.37
6.24
15.93
15'
23.1 29.2 12.9 12.8 2.81 2.76
11.27
4.08
10.58
30'
10.1 12.8 5.56 6.93 1.15 1.35
5.3
4.61
11.13
15'
20.2 23.4 13.5 13.8 4.24 4.24
11.44
2.7
5.52
30'
8.26 11.6 6.67 6.74 1.78 2.04
5.34
3
6.52
150 Watt PMH
E-17 clear
medium base
13,300 initial lumens
I.T.L. Test No. 49257
Light Loss Factor: 0.72
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
10'
55'
12'
14'
H
10'
Not to scale
60'
12'
14'
14
KIM LIGHTING
S
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
15'
24.0 24.1 10.1 9.58 1.91 1.85
10.12
5.47
18.43
30'
13.5 10.4 2.63 6.77 0.83 0.88
4.99
6.01
16.27
15'
20.6 25.3 11.9 11.3 2.57 2.60
10.07
3.92
9.84
30'
9.71 10.8 4.55 6.42 1.10 1.22
4.81
4.37
9.82
15'
17.7 20.1 12.1 12.7 3.92 3.83
10.25
2.68
5.25
30'
7.54 9.74 6.04 6.24 1.49 1.92
4.83
3.24
6.54
15'
23.9 34.1 7.72 7.43 1.44 1.41
9.04
6.41
24.18
30'
13.5 10.4 2.00 5.31 0.62 0.65
4.43
7.15
21.77
15'
20.6 25.2 10.4 9.69 1.97 1.93
9.18
4.76
13.06
30'
9.66 10.7 3.72 5.65 0.79 0.82
4.33
5.48
13.54
15'
17.5 20.0 10.9 10.9 2.67 2.60
9.08
3.49
7.69
30'
7.50 9.70 5.13 5.29 1.01 1.11
4.17
4.13
9.6
Maintained Illumination
DL-N Narrow Downlight Option
Includes 32% effective ceiling reflectance (40% surface
reflectance, with 24" D structural beams).
NOTE: Contributions from adjacent bays included in
areas shown.
Double Row Per Bay
150 Watt HPS
E-17 clear
medium base
16,000 initial lumens
I.T.L. Test No. 49260
Light Loss Factor: 0.81
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
10'
55'
12'
14'
H
10'
Not to scale
60'
12'
14'
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
L
S
27.5'
15'
29.7 40.5 26.5 25.7 26.5 25.7
28.91
1.12
1.58
27.5'
30'
15.1 14.6 8.80 17.0 8.78 17.0
14.53
1.65
1.94
27.5'
15'
27.3 33.4 29.3 29.7 29.2 29.6
29.43
1.08
1.22
27.5'
30'
12.4 14.8 13.4 16.1 13.4 16.1
14.4
1.16
1.3
27.5'
15'
26.6 29.9 30.2 31.5 30.1 31.4
29.67
1.12
1.18
27.5'
30'
11.9 14.7 15.5 16.0 15.4 15.9
14.59
1.23
1.34
30'
15'
29.1 39.8 21.5 21.1 21.5 21.1
25.81
1.22
1.89
30'
30'
14.8 14.3 7.03 14.1 7.03 14.1
12.9
1.83
2.11
30'
15'
26.1 32.1 25.9 25.8 25.9 25.8
26.73
1.04
1.24
30'
30'
11.8 14.3 11.5 14.3 11.5 14.3
13.07
1.14
1.24
30'
15'
20.2 23.4 13.5 13.8 4.25 4.24
11.44
2.7
5.52
30'
30'
10.7 13.8 13.8 14.0 13.8 13.9
13.04
1.22
1.31
150 Watt PMH
E-17 clear
medium base
13,300 initial lumens
I.T.L. Test No. 49257
Light Loss Factor: 0.72
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
10'
55'
12'
14'
H
10'
Not to scale
60'
12'
14'
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
L
S
27.5'
15'
26.0 36.2 20.3 19.3 20.2 19.2
23.5
1.22
1.89
27.5'
30'
14.6 11.4 5.53 13.8 5.51 13.8
12.04
2.19
2.65
27.5'
15'
23.5 28.1 24.1 22.8 24.1 22.7
23.91
1.05
1.24
27.5'
30'
11.2 12.2 9.49 13.2 9.48 13.2
11.79
1.24
1.39
27.5'
15'
21.7 24.2 24.4 25.6 24.4 25.6
24.13
1.11
1.18
27.5'
30'
9.91 11.7 12.5 13.0 12.5 12.9
11.88
1.2
1.31
30'
15'
25.5 35.7 15.6 15.0 15.6 15.0
20.69
1.38
2.38
30'
30'
14.4 11.2 4.24 10.9 4.24 10.9
10.54
2.49
3.4
30'
15'
22.7 27.4 21.0 19.6 21.0 19.6
21.75
1.11
1.4
30'
30'
10.9 11.9 7.92 11.7 7.89 11.7
10.75
1.36
1.51
30'
15'
20.4 22.9 22.0 22.1 22.0 22.0
21.71
1.06
1.12
30'
30'
9.06 11.1 10.8 11.1 10.7 11.1
10.48
1.16
1.23
KIM LIGHTING
15
Induction Fluorescent Lamp Option
Maintained Illumination
Double Row Per Bay
NOTE: Contributions from adjacent bays included in
areas shown.
Includes 32% effective ceiling reflectance (40% surface
reflectance, with 24" D structural beams).
85 Watt Induction Fluorescent
6,000 initial lumens
I.T.L. Test No. 46569
Light Loss Factor: 0.85
Bay
Width
Fixture
Fixture
Mounting Spacing
Height
H
8'
55'
9'
10'
H
8'
Not to scale
60'
9'
10'
Maintained Horizontal
Footcandles on Deck
A
B
C
D
E
F
Maintained Uniformity
Avg. fc
Avg./Min. Max./Min.
L
S
27.5'
15'
21.7 12.7 7.81 7.89 7.85 7.94
12.2
1.56
2.78
27.5'
30'
17.1 4.10 3.25 4.48 3.23 4.49
7.54
2.33
5.29
27.5'
15'
17.2 11.2 7.44 7.49 7.39 7.45
10.53
1.42
2.33
27.5'
30'
14.0 4.45 3.69 4.75 3.64 4.68
6.94
1.91
3.85
27.5'
15'
15.1 10.9 7.81 7.78 7.77 7.73
10.14
1.31
1.95
27.5'
30'
11.7 4.55 3.92 4.73 3.89 4.72
6.38
1.64
3.01
30'
15'
21.3 12.3 6.75 6.79 6.74 6.76
11.36
1.69
3.16
30'
30'
16.8 3.90 2.85 3.77 2.84 3.76
7.08
2.49
5.92
30'
15'
17.9 11.8 7.32 7.34 7.28 7.33
10.72
1.47
2.46
30'
30'
13.7 4.17 3.23 4.04 3.22 3.99
6.43
2
4.25
30'
15'
15.8 11.6 7.78 7.79 7.74 7.77
10.42
1.35
2.04
30'
30'
11.3 4.29 3.5 4.15 3.47 4.12
5.94
1.71
3.26
The 100,000 Hour Induction Fluorescent Lamp
Features & Benefits
• Ultra-long lamp life; <20% failure at 60,000 hours, and <50%
failure at 100,000 hours.
Ferrite Core
Antenna
{ (inside)
Coil
Fluorescent Coating
• Excellent lumen maintenance; over 70% of initial light output is
maintained after 60,000 hours.
• Good efficiency; 85 Watt lamp rated at 6000 lumens or 70 lumens
per watt. Comparable output to 70 Watt High Pressure Sodium.
_ 80, no color deviation.
• Excellent color; 4000°K. white light, CRI >
Heat Conduction Rod
HF Generator
Mounting Flange
Coaxial Cable
• Electronic control; fluctuations in supply voltage have a negligible
effect on light output, >0.9 power factor, -20°C. (-4°F.) starting.
• Fast run-up time; >80% light output in 10 seconds.
• Instant restart; <0.1 seconds.
• High frequency operation; no flickering, noise or stroboscopic
effect.
Induction Lamp Concept
The induction fluorescent lamp is a state-of-the-art source, utilizing no electrodes or filament as in conventional discharge or incandescent
sources. In this lamp, light is generated by means of induction – the transmission of energy via a magnetic field – combined with gas
discharge. This produces a highly efficient, extremely long-lived source that starts very quickly with little deterioration over its rated life.
16
KIM LIGHTING
Related Products
Top Deck Lighting
Stairway, Ramp, and Perimeter Lighting
AR/SAR
STL
LLF
AFL
ET
AC
WF
WD
Application Engineering Services
Applications Assistance
Kim Lighting utilizes the latest computer technology and software
to provide specifiers with reliable evaluations of lighting system
performance.
Kim can analyze a proposed luminaire layout or provide
recommendations based on performance criteria.
Hard copies of plans can be sent directly to the Kim Applications
Department via fax, express or regular mail. Any .dwg or .dxf file
can be e-mailed (kim.apps@kimlighting.com), or placed on
CD and forwarded to Kim Lighting, c/o Applications Dept.
Photometric Files
Kim Lighting electronic photometric files include .pdf file format
pages for printing and .ies files for use in lighting calculation
software. The complete .ies / .pdf library is available on the
internet at www.kimlighting.com.
KIM LIGHTING
17
PGL4
Parking Garage Luminaires
Because of a continuing product improvement
program, Kim Lighting reserves the right to
change specifications without notice.
How may we serve you better?
Let us know by visiting our web site at:
www.kimlighting.com
Your input is valuable to us.
www.kimlighting.com
Hubbell
Lighting, Inc.