QLP G3
Parking Garages
Under Canopy
Lowbay
Specifications
RATED SYSTEM LIFE
Model
25°C (77°F) 40°C (104°F)
QLP-32G3-350 100,000
100,000
QLP-32G3-700 100,000
55,000
QLP-48G3-350 100,000
80,000
QLP-48G3-530 100,000
60,000
The rated system life is the minimum number of hours an LED luminaire is expected to operate before requiring maintenance. The rated system life table on the left details a complete list of predicted life expectancy. Actual system life may extend well beyond listed hours based on ambient temperature, or the use of secondary controls. The limiting factor of QLP Gen-3 is the LED driver, which is the first component expected to require maintenance within the system.
TM-21 Reported Lumen
maintenance life
Reported lumen L70(9K) life >54,000 hours. Projected L70(9K) life >239,000 hours. TM-21-11 is the IESNA’s recommended
method of projecting long term maintenance of LED light sources. Reported lumen maintenance life is limited to six times (6x)
the total test duration of the device under testing ([DUT] i.e. the packaged LED chip). L70(9K) = The ellapsed operating time to
70% lumen maintenance after 9000 hours of testing in accordance with LM-80. See page 3 for additional information.
CONSTRUCTION
Die-cast aluminum alloy construction shall ensure durability within parking structures. Construction and finish of the housing
and all exterior hardware shall ensure fixture is resistant to the effects of corrosives and contaminants such as exhaust fumes.
Easy Hanger Plate shall be fabricated from galvanized steel. Standard unit is constructed to IP65.
DRIVER
LED AND BOARD ARRAY
DISTRIBUTION
MOUNTING
OCCUPANCY DETECTOR
Wireless Controls
FINISH
WARRANTY
LISTINGS
Driver efficiency (>90% standard). Constant current (G3): 350/530/700 mA. 120-480 V. Temp range: -40°C (-40°F) to 40°C
(104°F). Open/short circuit protection. Optional 0-10V dimming to 10% power. RoHS compliant. Surge protector standard.
The surge protector is in accordance with IEEE / ANSI C62.41.2 guidelines, with a surge current rating of 10,000 amps.
32 and 48 Luxeon R LEDs. Neutral white 4000 K +/- 250 K. CRI is 75 +/- 1.
System only: QLP-32G3: 82-88 lms/W.
QLP-48G3: 90-96 lms/W.
Employs LEDGINE technology - Philips global LED-based optical system.
Symmetrical, Asymmetrical, and Downlight specific optics available.
Standard mounting shall include a galvanized steel Easy Hanger Plate with universal provisions for 4” junction boxes. An
external set screw allows the fixture to be locked or removed without fixture disassembly. Optional tamperproof screws
available. Pendant mount to rigid conduit (by others) and thru wire mount also available.
Optional ‘PX10’ is housed in a separate die-cast housing and is constructed to IP65. Standard dim level factory set to 10% and
comes preprogrammed ready to install, no additional wiring required. Can be factory or field programmed. See Proximo spec
sheet WLSP0406 for factory preset settings and field programming instructions.
LimeLight Wireless controls available. See QLP with Wireless Controls spec sheet QLSP0198 for complete details and field
programming instructions
Standard finish option shall be Textured Satin Aluminum (TSA). Polyester powder coat, electrostatically applied, which is
preceded by a pre-treatment process for superior coating adhesion. This process meets or exceeds all ASTM testing requirements,
including those for 1,000 hour salt spray endurance testing.
Mechanical, finish and LED engine & components shall be covered by a limited 5-year warranty.
See terms and conditions for details.
The fixture shall be ETL and cETL Listed, per UL 1598, suitable for wet locations.
Suitable for use in ambients from -40° to 40°C (-40° to 104°F). Constructed to IP65. QLP units with ‘S’ and ‘A’ Optics, and ‘S’
optic with the diffuse lens option are DesignLights Consortium qualified products.
© 2013 Koninklijke Philips N.V. (Royal Philips). All rights reserved.
Specifications are subject to change without notice.
www.philips.com/luminaires
07/13 Page 1 of 4
QLP G3
project
fixture type
catalog#
ORDERING EXAMPLE
Page 2 of 4
QLP-32G3-700-S-120-EZ-F1-DD-TSA
ORDERING INFORMATION
SERIES
# of LEDs
DRIVER
-
-
QLP
32G3 1
QLP
48G3
DISTRIBUTION
700
350
1
530
350
VOLTAGE
-
MOUNTING
OPTIONS
-
-
-
S
1209
EZ
F1 5
WG
A
208
EZBP
F2
5
PX10
D
240
PND-RC
F3
5
277
PND-RC-24LDS
DD
6
9
9
9
347
3,4
3,4
TW2
480
UNV
FINISH
ACCESSORIES
TSA
TSA
PXCP
F1-KIT 5
7
F2-KIT 5
7,8
F3-KIT 5
LLRC
PND-OJB 3,4
9
DL
QLP-BG 4
TS
PX10-HAP10
2,9
SERIES
# of LEDs
DRIVER
DISTRIBUTION
VOLTAGE
MOUNTING
OPTIONS

QLP
¨32G3
¨700
¨S Symmetrical
¨120
¨EZ Easy Hanger Plate
F1 5 Single Fusing
¨
¨PX10 7
1
32G3 only
¨48G3 1
¨530
48G3 only
¨A Asymmetrical
¨2089
¨D Downlight
¨240
¨2779
both 32G3 and 48G3
¨347
Hanger Plate
¨PND-RC 3,4
Pendant Mount 2, 9
to Rigid Conduit
¨PND-RC-24LDS 3,4
Pendant Mount with 24” Leads
¨TW2 Thru-Wire Provision
120, 277, 347 V
¨
F2 5 Double Fusing
120 & 277V only
208, 240, 480 V
¨PXCP 7,8
¨
F3 5 Double Fusing
208, 240, 480 V
Canadian Double Pull
¨
DL Diffuse Lens
¨
TS
Tamperproof
Screws
WG Wire Guard
¨
Proximo Custom
Factory Programming.
120 & 277 only
(See Proximo spec sheet WLSP0406 for factory preset
setting & field instructions.)
¨
LLRC9 LimeLight Wireless Controls System.
Asymmetrical
Satin Aluminum
Downlight
Must be ordered separately
¨F1-KIT 5 ¨F2-KIT 5 ¨F3-KIT 5 Single Fuse Kit
120, 277, 347 V
Double Fuse Kit
208, 240, 480 V
¨PND-OJB 3,4 Pendant Mount
Offset Junction Box
¨QLP-BG 4 Bird Guard
¨PX10-HAP10 Proximo
Double Fuse Kit
208, 240, 480 V
Canadian Double Pull
Handheld Programmer
For reference only. Always download the latest photometrics on the website.
DIMENSIONS
Side view
Top view
Side view
Top view
16.0”
16.0”
40.64 cm 40.64 cm
12.4”
12.4” 31.43
cm
31.43 cm
3.8 3.9
3.8 9.653.99.9
9.65
5.7”
5.7”14.47 cm
3.6
14.47 cm
3.6
with optional ‘PX10’ occupancy detector
Standard unit
Weight: 19 Lbs 8.6 kgs
Weight: 17 Lbs 7.7 kgs
© 2013 Koninklijke Philips N.V. (Royal Philips). All rights reserved.
Specifications are subject to change without notice.
www.philips.com/luminaires
07/13 9.14
9.14
Note: See Proximo spec sheet WLSP0406 for factory preset
settings and field programming instructions.
9.9
120-277V only
(See spec sheet QLSP0198
for wireless programming and field settings.)
DISTRIBUTION PATTERNS
Symmetrical
¨DD 6 Dimming Driver
Proximo Programmable Occupancy Detector
ACCESSORIES
¨TSATextured
¨480
¨UNV
(Standard)
¨EZBP Bulk Pack Easy 9
¨
350
Notes:
1. ‘32G3’ is specified with a 700mA Driver; ‘48G3’ is specified with a 530mA Driver. 350mA Driver is available with both ‘32G3’ and ‘48G3’ configurations
2. ‘UNV’ includes 120-277V.
3. Pendant mount to rigid conduit is 12” max.
For mounting to conduit lengths greater than 12”, ‘EZ’ hanger plate mount is required along with separately ordered ‘PND-OJB’ accessory.
4. ‘QLP-BG’ bird guard accessory requires pendant mount or offset junction box.
5. Specify voltage. Fusing not available with ‘UNV’ voltage option.
6. 0-10V leads exiting luminaire supplied for connection to external controls.
7. Available in 120 and 277V only. ‘PX10’ is constructed to IP65 and rated to 40ºC.
Includes dimming driver standard.
8. ‘PXCP’ custom factory programming requires approved submittals to set profile.
9. LimeLight only available 120-277V.
10. ‘PX10-HAP’ is for use with ‘PX10’ option for field programming. Minimum one required per job if field programming is required.
FINISH
9
QLP G3
project
fixture type
catalog#
Page 3 of 4
JUNCTION TEMPERATURES
Measured Junction Temperatures (Tj)
QLP 32G3 LED Unit (700mA)
Tj - 74°C
Tj - 89°C
(25°C ambient)
70
(40°C ambient)
Maximum Tj Limit 127°C
42% Below Thermal Limit
50
40
30
20
10
40
50
60
30% Below Thermal Limit
60
70
80
Cree XPG
L70
lifetime curve
90
100
110
120
130
140
150
160
JUNCTION TEMPERATURE (°C)
Green shaded portion represents junction temperatures below LED manufacturer’s recommended
limit to ensure a minimum of 60,000 hours of rated life.
Measured Junction Temperatures (Tj)
QLP 48G3 LED Unit (530mA)
Tj - 77°C
Tj - 92°C
(25°C ambient)
70
(40°C ambient)
Maximum Tj Limit 127°C
39% Below Thermal Limit
50
40
30
20
10
40
50
60
70
28% Below Thermal Limit
60
80
90
Cree XPG
L70
lifetime curve
100
110
120
130
140
150
JUNCTION TEMPERATURE (°C)
Green shaded portion represents junction temperatures below LED manufacturer’s recommended
limit to ensure a minimum of 60,000 hours of rated life.
© 2013 Koninklijke Philips N.V. (Royal Philips). All rights reserved.
Specifications are subject to change without notice.
www.philips.com/luminaires
07/13 160
QLP G3
project
fixture type
catalog#
Page 4 of 4
TABLE 1: TECHNICAL DATA TABLE (‘S’ distribution,4000 K +/- 250K CCT standard)
QLP-32G3-350
QLP-32G3-700
QLP-48G3-350
QLP-48G3-530
38 2
72 2
53 2
79 2
3340
5879
5078
7136
88
82
96
90
Input Watts
Initial Lumens @ 25°C Ambient
Lumens per Watt @ 25°C Ambient
Notes: 1. Technical data and performance are subject to change.
2. Due to LED forward voltage variations and driver efficiency, total system watts could vary +/-4%.
3. Values shown are based on the Symmetric (‘S’) distribution. Consult IES files for lumen values of Asymmetrical and Downlight optics.
TM-21 Lumen Maintenance Life
Notes:
TM-211 Reported and projected lumen maintenance life5
Model
QLP
(All Configurations)
Reported2,3 Lumen
L70(9K)4 Life
Projected2 Lumen
L70(9K)4 Life
>54,000 hours
>239,000 hours
1) TM-21-11 is the IESNA’s recommended method of projecting long term maintenance of LED light sources.
2. Lumen maintenance values are calculated in accordance with TM-21-11.
3. Reported lumen maintenance life is limited to six times (6x) the total test duration of the device under testing ([DUT] i.e. the packaged LED chip).
4. L70(9K) = The elapsed operating time to 70% lumen maintenance based on 9000 hours of testing per LM-80.
5. LM80 report, in-situ thermal report, and TM-21 calculations available upon request.
Lumen Maintenance MULTIPLIERS
TABLE 2: Lumen Depreciation Multipliers1,2
Lumen Output Calculation Example
Luminaire: QLP-48G3-530-S
Location: Chicago, IL
Multiply the numbers below by the lumen value provided in Table 1 to calculate the LED lumen output at
desired operating hours. Contact factory for additional lumen maintenance values.
Hours of Operation: 50,000
Design Ambient Temperature: 40°C
TABLE 1 Initial Lumen Output at 25°C: 5078
0 hours
25,000 hours
50,000 hours
75,000 hours
100,000 hours
1
0.99
0.95
0.92
0.88
Notes:
1) TM-21-11 is the IESNA’s recommended method of projecting long term maintenance of LED light sources.
2. Lumen depreciation multipliers are calculated in accordance with TM-21-11.
TABLE 2 Lumen Depreciation Multiplier: 0.95
TABLE 3 Ambient Temperature Multiplier: 0.98
Multiply the initial lumen output by the lumen
depreciation and average ambient temperature
multipliers.
TABLE 3: Lumen Ambient Temperature Multipliers1
After determining the average ambient temperature of the specific application, multiply the numbers below
by the lumen value provided in the Table 1 to calculate the LED lumen output at desired ambient operating
temperatures.
Ambient Temperature
5078 X 0.95 X 0.98 = 4727 Lumens
Model
0°C
5°C
10°C
15°C
20°C
25°C
30°C
35°C
40°C
QLP-48G3-530
1.03
1.03
1.02
1.01
1.01
1.00
1.00
0.99
0.98
QLP-32G3-350
1.02
1.02
1.01
1.01
1.00
1.00
1.00
0.99
0.98
Notes:
1. Data references the relative light output versus temperature chart supplied by LED manufacturer.
© 2013 Koninklijke Philips N.V. (Royal Philips). All rights reserved.
Specifications are subject to change without notice.
www.philips.com/luminaires
07/13 Philips Lighting Company
200 Franklin Square Drive
Somerset, NJ 08873
Phone: 855-486-2216
Philips Lighting Company
281 Hillmount Road
Markham ON, Canada L6C 2S3
Phone: 800-668-9008