AeroScape Brochure_WLBR0109K1212_Web.indd

Outdoor LED lighting for a
sustainable future
AeroScape area, site and wall mount series featuring LEDGINE technology
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Bridging modern design with cutting-edge
technology to provide a complete outdoor lighting
solution that enhances the architectural environment
The AeroScape family of area, site and wall mounted products combines the latest in high efficiency LED technology with a modern
edged design that compliments the simplest to most complex of architectural landscapes. AeroScape blends precision performance
with indelible quality.
Each product was specially engineered with a full range of options and design features to meet the highest performance standards.
From the parking lot, to the building entrance, to illuminating the building itself, the AeroScape family of luminaires gives designers the
precision tools and artistic license they need to p
provide a complete
p
and visually
ually stunn
stunning lighting solution.
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A new age in exterior lighting
Egress lighting zone
Exit points highlighted by wall mount luminaires with
emergency option to meet egress requirements.
(mounting heights as required)
4
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Area and site zone
Primary traffic and parking areas designed to IES
recommended levels. (20’ - 35’ typical mounting heights)
Pedestrian zone
Building and perimeter zone
Entrances areas and pathways that see pedestrian foot traffic.
(10’ - 20’ typical mounting heights)
Wall mount application used to accent building or provide
task illumination to perimeter areas.
(6’ - 20’ typical mounting heights)
AeroScape addresses each of the exterior lighting zones and their unique design criteria. The area and site zone require higher lumen
sources, mounted at taller heights and spaced widely. Pedestrian zone luminaires are mounted lower and provide higher illumination levels to
add emphasis and enhance security. The building and perimeter zones require product designs intimate with physical architectural elements.
The egress lighting zones are areas requiring emergency backup systems providing code-required 1 footcandle path-of-egress illumination,
from the building up to 10 feet toward the common way.
The AeroScape family of luminaires is also compatible with many non-programmable and programmable dimming systems to provide
off-peak energy savings, while still providing safety and security for the entire site.
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5
Commitment to sustainability
Philips Gardco delivers on the promise of supplying the highest quality lighting solutions available with the highest level of
customer service. Our design and manufacturing philosophy is based upon:
• Superior optical performance
• Best of class thermal management
• Use of quality materials throughout the luminaire
• Industry leading control options
• Excellent mechanical design
This award winning commitment to engineering excellence allows us to provide lighting solutions that help reduce fixture
counts and energy consumption that equates to reduced life cycle costs. Our lighting solutions are designed to be green
friendly and sustainable for end owners and lighting professionals.
Why does LED make sense today?
High source efficacy
Multi-level lighting
In recent years, LEDs have become the light source of choice for
Standard high output LED systems are inherently dimmable
relight and retrofit opportunities and new construction projects
when combined with 0-10V secondary controls or dimming
due to rapid improvements in lumen performance and efficacy
systems. Being able to easily dim and control lighting levels makes
(LPW). To date, bare LEDs have well surpassed 100 lumen per
LED based products the ideal choice to help reduce energy
watt levels and the performance and efficiency levels continue to
consumption and overall environmental impact.
grow with advances in technology and thermal management.
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Philips Gardco employs
LEDGINE
LEDGINE is a Philips global LED-based lighting platform designed to
provide advanced and reliable lighting solutions to meet a multitude
of market requirements. Philips Lighting Professional Luminaire
companies are able to use LEDGINE as the primary building block in
new product design and development by utilizing a variety of board,
LED and optical combinations to meet the rapidly and continually
changing lighting landscape.
Reliable, energy efficient light source
Future-Proof
LEDGINE ensures that the products you choose will always be
Luminaires that utilize future-proof LED platforms such as LEDGINE
able to maximize life, performance and energy savings. You will
allow you to specify your lighting with confidence. Philips is one of the
always have peace of mind in knowing that your products with
world’s largest and most reliable lighting companies. Our LED-based
LEDGINE inside are designed with the same level of quality and
platforms are supported and maintained for continuous improvement
performance you are accustomed to with other traditional Philips
as LED technology changes and continues to advance.
lighting sources.
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Innovative passthrough convective cooling design
maximizes life and performance
Luminaire design and thermal management significantly effect
LED performance and operating life. The key to optimum
performance is keeping the LED junction temperatures and
all other electrical components as cool as possible.
The engineers at Philips Gardco use the latest innovations
in thermodynamic software to design efficient heatsinks and
simulate performance results. Moldflow and thermal analysis
modelling ensure AeroScape’s castings effectively dissipate
heat and promote airflow.
The radial heatsink fins in the LEDgine pods help create a vortex
by pulling cooler ambient air from outside the fixture through
the vents in the doorframe and upper housing. These radial fins
increase air velocity while the passthrough convective cooling
system effectively radiates heat out and away from the LEDs
and the luminaire. As a result, air flow ensures optimum LED
performance, system life and longevity.
Vy- Velocity (in/s)
Upper passthrough vents
Die-cast decorative
housing
System Reliability
IP66 POD
assembly
Radial heatsink fins
increase air velocity
Die-cast
doorframe
Lower
passthrough
vents
8
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Our engineers took an innovative thermal design
approach with AeroScape. The LEDGINE pods in
the area and site luminaires seal directly to a diecast frame and lens assembly, ultimately creating a
dedicated and fully sealed IP66 rated optical assembly.
The outer housing and doorframe serve as a
decorative shell designed to promote convective
airflow with the use of passthrough venting.
LED life and its relation to lumen maintenance
What is the life expectancy of LEDs today?
Solid state lighting has created a paradigm shift in our industry. The lighting community, including luminaire manufacturers
now have to contend with four major factors in determining the length of suitable illumination, which is typically defined at
70% lumen maintenance (L70).
One - The choice of the LED and performance based on LM-80 testing that defines LED life and lumen maintenance.
Two - The luminaire’s thermal management as it relates to LED junction temperature (Tj).
Three - The drive current in which the LEDs operate.
Four - The outdoor ‘average’ ambient temperature where the LED products are going to be used.
All four of these factors have influenced the lighting industry to develop new testing guidelines that combine both engineering and science
to accurately predict life expectancy results. Since LEDs have the design expectation to provide useful life for tens of thousands of hours
(10-20 years or longer), actual life and reliability testing can only be done for so long before it must be mathematically predicted.
What is predicted LED life and lumen maintenance?
What is rated system life?
Predicted life is the estimated life in hours of an LED product when it reaches 70%
lumen maintenance (L70) at a specific average operating ambient temperature. Since
an LED product can reach L70 after 10-20 years of operation or longer, Philips Gardco
wanted to give designers the ability to properly choose a LED lumen maintenance
(LLM) factor for their lighting designs at a predicted life in hours based on their average
operating ambient temperature.
Rated system life is the minimum life of the complete LED
and driver system before maintenance may be required
as determined by the luminaire’s thermal management.
Typically the limiting thermal factor in an LED product
design is controlled by the driver and not the LED.
The tables below show that AeroScape reaches a LLM of 0.72 at a predicted life of
104,000 hours, or 28.5 years, based on a 10 hour per day burn cycle at a 40°C (104°F)
average ambient. A pulse start HID system reaches a 0.72 LLM at just 8,000 hours or
2.2 years, requiring lamp maintenance to maintain desired light levels. Subsequently
you will need to re-lamp an HID system seven times to equal the predicted life and
lumen performance of an AeroScape system.
The AeroScape family’s robust engineering design and
passthrough thermal management system achieves a
minimum rated system life of up to 80,000 hours or 21.9
years based on a 10 hour per day burn cycle at ambient
temperatures up to 40°C (104°F).
LED lumen maintenance (per life and ambient temperatures)
HID lumen maintenance (per life and re-lamp)
Predicted Life
Hours of operation / years based on 10 hour burn cycle
ASA-160G1 @ 530 mA
400 Watt Pulse Start Metal Halide
Outdoor ambient temp (°C)1
5
10
15
20
25
30
35
40
Junction temperature2
56.1
61.1
66.1
71.1
76.1
81.1
86.1
91.1
Thermal factor3
1.04
1.03
1.02
1.01
1
0.99
0.98
0.97
Initial
Lamp
Re-lamp Re-lamp Re-lamp Re-lamp Re-lamp Re-lamp Re-lamp Re-lamp Re-lamp
#1
#2
#3
#4
#5
#6
#7
#8
#9
0
1.04
1.03
1.02
1.01
1
0.99
0.98
0.97
1
-
-
-
-
-
-
-
-
-
8,000 / 2.2
1.03
1.02
1.01
1.00
0.99
0.98
0.97
0.96
0.72
-
-
-
-
-
-
-
-
-
16,000 / 4.4
1.02
1.01
1.00
0.99
0.98
0.97
0.95
0.94
0.62
1
-
-
-
-
-
-
-
-
24,000 / 6.6
1.01
1.00
0.99
0.98
0.96
0.95
0.94
0.92
-
0.72
-
-
-
-
-
-
-
-
32,000 / 8.8
1.00
0.99
0.98
0.97
0.95
0.94
0.92
0.90
-
0.62
1
-
-
-
-
-
-
-
40,000 / 11.0
0.99
0.98
0.97
0.95
0.94
0.92
0.91
0.89
-
-
0.72
-
-
-
-
-
-
-
48,000 / 13.2
0.98
0.97
0.96
0.94
0.93
0.91
0.89
0.87
-
-
0.62
1
-
-
-
-
-
-
56,000 / 15.3
0.97
0.96
0.94
0.93
0.91
0.89
0.87
0.85
-
-
-
0.72
-
-
-
-
-
-
64,000 / 17.5
0.96
0.95
0.93
0.92
0.90
0.87
0.85
0.82
-
-
-
0.62
1
-
-
-
-
-
72,000 / 19.7
0.95
0.94
0.92
0.90
0.88
0.85
0.83
0.80
-
-
-
-
0.72
-
-
-
-
-
80,000 / 21.9
0.94
0.93
0.91
0.88
0.86
0.83
0.81
0.78
-
-
-
-
0.62
1
-
-
-
-
88,000 / 24.1
0.93
0.91
0.89
0.86
0.84
0.81
0.79
0.76
-
-
-
-
-
0.72
-
-
-
-
96,000 / 26.3
0.91
0.89
0.86
0.84
0.82
0.79
0.76
0.74
-
-
-
-
-
0.62
1
-
-
-
104,000 / 28.5
0.89
0.87
0.84
0.82
0.79
0.76
0.74
0.72
-
-
-
-
-
-
0.72
-
-
-
112,000 / 30.7
0.87
0.85
0.82
0.80
0.77
0.74
0.72
0.70
-
-
-
-
-
-
0.62
1
-
-
120,000 / 32.9
0.85
0.83
0.80
0.77
0.74
0.72
0.70
-
-
-
-
-
-
-
-
0.72
-
128,000 / 35.1
0.83
0.80
0.76
0.74
0.71
0.69
-
-
-
-
-
-
-
-
-
0.62
1
-
136,000 / 37.3
0.79
0.76
0.73
0.71
0.69
-
-
-
-
-
-
-
-
-
-
-
0.72
-
144,000 / 39.5
0.75
0.72
0.70
0.68
-
-
-
-
-
-
-
-
-
-
-
-
0.62
1
152,000 / 41.6
0.71
0.69
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
0.72
160,000 / 43.8
0.67
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
0.62
LED calculations are based upon absolute photometry and LLM predictions and does not require use of a ballast factor. Lumen maintenance data is provided for each AeroScape lumen package and
can be found in the specification sheets at www.philips.com/luminaires. HID calculations are based upon relative photometry which includes technical data for mean lamp lumens 0.80 of initial and ballast factor 0.90.
Note: Actual LED rated life per the LED manufacturer’s L70 curve is 60,000 hrs. Predicted LED life expectancy and L70 lumen depreciation is based on AeroScape’s superior thermal management, actual junction
temperature (Tj) and projected L70 curves. Based on IESNA LM-80 methodology, predicted life in years will be extended even further if used with “DD” or “Dynadimmer” dimming options. Actual experience may vary
due to field application conditions. Please refer to the spec sheet for the most current predicted life tables as LED LM-80 data is continually being updated.
1. Outdoor ambient temperature is based on annual average operating air temperature as seen by the fixture within its environmental conditions.
2. Junction temperature is calculated from in-situ, solder point measurement per LED manufacturers recommendation, and will vary based on drive current and nominal forward voltage of the LED.
3. Thermal factor is a prorate or derate value based on the in-situ solder point measurement and the relative luminous flux provided by the LED manufacturer.
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9
Is LED truly ready for site lighting?
The answer is 100% YES. AeroScape’s premium area and site optics were
designed specifically for the LEDGINE platform to meet or exceed current
IES standards as a true one for one replacement when compared to
traditional HID luminaires up to 400 watt - while providing superior energy
savings at the same time.
Conventional
HID optical design
LED optical design
The one-for-one is achieved by the LED’s ability to more finely tune and
control light output. Unlike conventional HID systems, where reflector
inefficiency and lumens exiting directly below the lamp result in hot spots
and poor uniformity, AeroScape’s specially engineered LED optical systems
have the ability to distribute light evenly toward specific target regions
Extreme hot spot
directly below the lamp
and inefficient system
due to interreflected flux.
according to task. As a result, lighting designers can avoid developing overlit
spaces and produce a visually pleasing, uniformly illuminated environment.
Designed to evenly and efficiently
distribute lumens to the task area
Photometric Analysis
452 watt pulse start metal halide
“Best in Class” HID design
254 watt AeroScape solution
Superior task lumen replacement
181 AeroScape watt solution
Extreme energy saving
• Meets minimum fc requirements
• Overlit with poor max-to-min ratios
• Higher glare (G) BUG rating
• Meets minimum fc levels of HID
• Better uniformity
• Lower glare (G) BUG rating
• Meets minimum fc requirements with 60%
energy savings
• Better uniformity
• Lower glare (G) BUG rating
Average
B
1.52
4
Average
1.08
B
4
Average
.80
1.9
U
0
4
Max
3.9
U
0
Max
1.4
U
0
Min
0.5
G
4
Min
0.6
G
2
Min
0.5
G
2
1.8
Units
4
Avg./Min
1.6
Units
4
3.17
Wattage
253.5
Max/Min
2.80
Wattage
181
Avg./Min
3.05
Units
4
Avg./Min
Max/Min
7.80
Wattage
452
Max/Min
44% Energy Savings!
60% Energy Savings!!
0.6
0.9
1.0
0.9
0.6
0.5
0.6
0.9
1.0
0.9
0.6
0.6
0.8
0.9
0.8
0.7
0.8
0.7
0.8
0.9
0.8
0.6
0.5
0.6
0.7
0.6
0.5
0.6
0.5
0.6
0.7
0.6
0.5
1.3
2.3
2.3
2.3
1.1
0.7
1.1
2.3
2.3
2.3
1.3
0.8
1.5
1.7
1.3
0.8
1.0
0.8
1.3
1.7
1.5
0.8
0.6
1.1
1.2
1.0
0.6
0.8
0.6
1.0
1.2
1.1
0.6
1.8
3.8
4.1
3.4
1.5
1.0
1.5
3.4
4.1
3.8
1.8
0.9
1.6
1.9
1.5
0.9
1.0
0.9
1.5
1.9
1.6
0.9
0.7
1.2
1.4
1.1
0.7
0.8
0.7
1.1
1.4
1.2
0.7
1.2
2.1
1.9
2.1
1.1
0.7
1.1
2.1
1.9
2.1
1.2
0.8
1.3
1.5
1.2
0.8
1.0
0.8
1.2
1.5
1.3
0.8
0.6
1.0
1.1
0.9
0.6
0.7
0.6
0.9
1.1
1.0
0.6
0.6
1.0
1.1
1.0
0.7
0.7
0.7
1.0
1.1
1.0
0.6
0.7
0.9
0.9
0.8
0.8
0.9
0.8
0.8
1.0
0.9
0.7
0.5
0.7
0.7
0.6
0.6
0.6
0.6
0.6
0.7
0.7
0.5
0.5
0.7
1.2
0.7
0.6
0.7
0.6
0.7
1.2
0.7
0.5
0.8
1.0
1.1
1.0
0.9
1.0
0.9
1.0
1.1
1.0
0.8
0.6
0.8
0.8
0.7
0.7
0.7
0.7
0.7
0.8
0.8
0.6
0.6
1.0
1.1
1.0
0.7
0.7
0.7
1.0
1.1
1.0
0.6
0.7
0.9
0.9
0.8
0.8
0.9
0.8
0.8
1.0
0.9
0.7
0.5
0.7
0.7
0.6
0.6
0.6
0.6
0.6
0.7
0.7
0.5
1.2
2.1
1.9
2.1
1.1
0.7
1.1
2.1
1.9
2.1
1.2
0.8
1.3
1.5
1.2
0.8
1.0
0.8
1.2
1.5
1.3
0.8
0.6
1.0
1.1
0.9
0.6
0.7
0.6
0.9
1.1
1.0
0.6
1.8
3.8
4.1
3.4
1.5
1.0
1.5
3.4
4.1
3.8
1.8
0.9
1.6
1.9
1.5
0.9
1.0
0.9
1.5
1.9
1.6
0.9
0.7
1.2
1.4
1.1
0.7
0.8
0.7
1.1
1.4
1.2
0.7
1.3
2.3
2.3
2.3
1.1
0.7
1.1
2.3
2.3
2.3
1.3
0.8
1.5
1.7
1.3
0.8
1.0
0.8
1.3
1.7
1.5
0.8
0.6
1.1
1.2
1.0
0.6
0.8
0.6
1.0
1.2
1.1
0.6
0.6
0.9
1.0
0.9
0.6
0.5
0.6
0.9
1.0
0.9
0.6
0.6
0.8
0.9
0.8
0.7
0.8
0.7
0.8
0.9
0.8
0.6
0.5
0.6
0.7
0.6
0.5
0.6
0.5
0.6
0.7
0.6
0.5
Note: The comparisons above are based on current IES parking lot criteria for enhanced security. Minimum maintained horizontal illuminance: 0.5. Maximum-to-minimum ratio: 15:1.
Comparisons are based on 27.5’ mounting height (25’ pole & 30” base), 120’ spacing and are in accordance with IES RP-20-98 and LM-64-01 parking lot criteria. All three comparisons were
based on a 0.72 lumen maintenance. B - Backlight U - Uplight G - Glare
10
B
Max
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AeroScape delivers a
sustainable design
Time to design.
Design professionals are now equipped to design
a sustainable SSL outdoor lighting space
with two simple steps:
Step 1: Determine LED lumen maintenance
(LLM) at the desired design life and average
nighttime temperature.
Step 2: Select an appropriate delivered lumen
package based on application criteria.
Initial lumen calculations
Avg.
Max
Min
Avg.
/ Min.
Max.
/ Min.
Total
System Watts
Paved Area at Grade - 400W PSMH
3.39
10.10
0.70
4.84
14.43
22,600
-
Paved Area at Grade - ASA-530mA
3.16
6.60
1.00
3.16
6.60
12,675
44%
Paved Area at Grade - ASA-350mA
2.30
4.70
0.70
3.29
6.71
9,050
60%
Description
Energy
Savings
Due to the significant lumen depreciation
characteristics of HID, the industry has been forced
to over design sites at initial lumens to ensure a
nominal level of safety and security in the future wasting energy and creating unnecessary sky glow.
Calculations are based on initial lumens.
Lumen calculations @ 8,000 hours
Description
Paved Area at Grade - 400W PSMH
Avg.
Max
Min
Avg.
/ Min.
Max.
/ Min.
Total
System Watts
Energy
Savings
2.44
7.27
0.50
4.84
14.43
22,600
-
Paved Area at Grade - ASA-530mA
3.16
6.60
1.00
3.16
6.60
12,675
44%
Paved Area at Grade - ASA-350mA
2.32
4.75
0.71
3.29
6.71
9,050
60%
As a result, we pick a somewhat arbitrary design level
criteria or mean lumens as our target, which is really
just a point in time. In the case of a 400W PSMH,
this is at 8,000 hours and traditionally a total lumen
maintenance of 0.72. By comparison, AeroScape is
still performing like new.
Calculations for HID (0.72) are based on lamp lumen depreciation and ballast factor as provided by lamp and ballast manufacturers.
Calculations for ASA-160G1-530 (1.00) and ASA-160G1-350 (1.01) are based on actual lumen maintenance charts at 8,000 hours found
in specifications sheets at www.philips.com/luminaires.
Lumen calculations @ 16,000 hours
Avg.
Max
Min
Avg.
/ Min.
Max.
/ Min.
Total
System Watts
Paved Area at Grade - 400W PSMH
2.10
6.26
0.43
4.84
14..43
22,600
-
Paved Area at Grade - ASA-530mA
3.10
6.47
0.98
3.16
6.60
12,675
44%
Paved Area at Grade - ASA-350mA
2.23
4.56
0.68
3.29
6.71
9,050
60%
Description
Energy
Savings
After 8,000 hours, the HID system continues to
depreciate far below designed levels. Even if a
group relamping program is employed at 16,000,
for half of the HID system life, the light levels will
not meet maintained design levels. AeroScape is still
performing nearly like new.
Calculations for HID (0.62) are based on lamp lumen depreciation and ballast factor as provided by lamp and ballast manufacturers.
Calculations for ASA-160G1-530 (0.98) and ASA-160G1-350 (0.97) are based on actual lumen maintenance charts at 16,000 hours found
in specifications sheets at www.philips.com/luminaires.
Lumen calculations @ 80,000 hours
Avg.
Max
Min
Avg.
/ Min.
Max.
/ Min.
Total
System Watts
Energy
Savings
Paved Area at Grade - ASA-530mA
2.65
5.54
0.84
3.16
6.60
12,675
44%
Paved Area at Grade - ASA-350mA
1.75
3.57
0.53
3.29
6.71
9,050
60%
Description
Calculations for ASA-160G1-530 (0.84) and ASA-160G1-350 (0.76) are based on actual lumen maintenance charts at 80,000 hours found
in specifications sheets at www.philips.com/luminaires.
At 80,000, an HID system has been relamped six
times and spent more than half of its life below
designed levels. Even after 21 years of service,
AeroScape is performing above current IES standards
and could potentially perform above that level for an
additional 10 years or more.
Note: AeroScape’s ASA-160-G1-530 and ASA-160-G1-350 lumen maintenance is based on 40°C (104°F).
For the most current technical information, always download the technical documents at www.philips.com/luminaires
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Save up to 60% energy with AeroScape
The optics designed around the LEDGINE platform are optimized for performance. We are able to design LED
optics that are extremely efficient in utilizing delivered lumens according to task, eliminating wasted light and
improving visual uniformity.
Ultimately, this translates to significant energy savings compared to traditional HID solutions by simply switching to a
LED system. With AeroScape’s extremely efficient optical system, we are able to maintain the same recommended
IES light levels utilizing less delivered lumens and reducing energy consumption by as much as 60%.
Comparing LED to HID
Typical
Pole
Height
HID
System
10-15’
Initial
Lumens1
HID
System
Wattage
Rated
Life
AeroScape
System Equivalent
Initial
Lumens1
AeroScape
System
Wattage
Predicted Predicted
L70 Life L70 Life
@ 25°C @ 40°C
LED
Energy
Savings
LED
Savings
150W Pulse
10,000
190
10,000
ASA-80G1-350-3L
7,555
90
160,204
142,077
100
52.6%
175W Probe
9,720
210
10,000
ASA-80G1-530-3L
10,454
126
135,957
119,573
84
40.0%
175W Pulse
11,520
208
15,000
ASA-80G1-530-3L
10,454
126
135,957
119,573
82
39.4%
250W Probe
14,760
295
10,000
ASA-160G1-350-3L
15,486
181
157,731
136,400
114
38.6%
250W Pulse
17,100
288
15,000
ASA-160G1-350-3L
15,486
181
157,731
136,400
107
37.2%
400W Probe
25,920
452
20,000
ASA-160G1-350-3L
15,486
181
157,731
136,400
271
60.0%
400W Pulse
30,000
456
20,000
ASA-160G1-350-3L
15,486
181
157,731
136,400
275
60.3%
15-20’
20-30’
25-30’
400W Probe
25,920
452
20,000
ASA-160G1-530-3L
21,458
254
131,747
112,800
198
43.8%
400W Pulse
30,000
456
20,000
ASA-160G1-530-3L
21,458
254
131,747
112,800
202
44.3%
25-35’
Notes:
1) Initial 72% efficient
Utilizing controls for additional energy savings during off-peak hours
Why operate your outdoor luminaires at 100% power in an unoccupied space if you don’t have to? The
answer with HID was because you had to, thanks to many limitations when dimming an HID lamp. With LEDs,
we can easily control our luminaires to save additional energy during off-peak hours of operation - which can
out number peak hours of illumination by 2 to 1 or more.
An additional control option that saves energy during off-peak hours is our basic dimming driver (‘DD’) option.
When combined with traditional secondary controls like a multi-channel time clock, the ‘DD’ option gives the
end user more finite control of when their system will dim to 10% low. When specified, the 0-10V dimming
leads will exit the luminaire’s arm assembly for ease of installation.
Controls help to extend the life of the luminaire
Incentives and utility rebates
Because LEDs run at lower temperatures when dimmed, luminaires
with controls can prolong the predicted LED life compared to
luminaires with no controls. Increased life means less maintenance
and a lower cost of ownership.
Adjusting light to specific levels may help to obtain
LEED innovation points or qualify for utility rebates and
national tax incentive programs.
www.wide-lite.com
13
How does Dynadimmer work?
Dynadimmer is a simple stand-alone smart control system designed to reduce energy
consumption by using a variety of preset or custom dimming profiles requiring no
internal clock, additional wiring or controls. Everything is based on the midpoint of the
time the Dynadimmer configured luminaire peaks, this will vary from summer to winter
months. The Dynadimmer configured luminaire will continuously calculate the midpoint
of the evening based on its start and stop time. This is known as its dimming profile.
Philips Gardco offers three standard dimming profiles and a custom programming
option for factory or field commissioning.
Midpoint
4-Hour Safety - DS
100 %
Light Output
The DS profile focuses on safety by dimming during a limited off peak
period of four hours - two hours before and after its measured midpoint.
DS decreases light levels to a user specified 25, 50 or 75% level.
-2
hrs
+2
hrs
75 %
50 %
*Dimming profile shown assumes average midpoint of the night of 1 AM.
25 %
11 PM
Dusk
3 AM
Dawn
Night
Midpoint
6-Hour Median - DM
Light Output
100 %
The DM profile provides an ideal balance between illumination and
energy savings by dimming during a period of six hours - three hours
before and after its measured midpoint. DM decreases light levels
to a user specified 25, 50 or 75% level.
-3
hrs
+3
hrs
75 %
50 %
25 %
*Dimming profile shown assumes average midpoint of the night of 1 AM.
Dusk
10 PM
4 AM
Dawn
Night
Midpoint
8-Hour Economy - DE
*Dimming profile shown assumes average midpoint of the night of 1 AM.
Light Output
100 %
The DE profile maximizes energy savings by dimming during a period
of eight hours - four hours before and after its measured midpoint. DE
decreases light levels to a user specified 25, 50 or 75% level.
-4
hrs
+4
hrs
75 %
50 %
25 %
Dusk 9 PM
5 AM
Night
14
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Dawn
Custom - DCP
The Dynadimmer can be ordered with a custom factory ‘DCP’ profile to suit your specific application, allowing for up
to 5 time events and 5 dimming levels from 10 to 100% of total wattage. The ‘DCP’ will allow end-users to define
their desired system. For factory programming, Philips Gardco will require an approved submittal to set profile.
Midpoint
D1
D5
100%
80%
D4
D2
60%
D3
40%
20%
T1
0%
T2
T3
T4
T5
Example dimming schedule with Dyndadimmer
Dynadimmer USB PC cable
Dynadimmer software
Dynadimmer programming kit
The dimming schedule may be fine-tuned
either on or off-site by means of a USB
PC cable. The USB programmng cable
is used to directly link and program
Dynadimmer 0-10V from a PC. When using
this cable, no programmer tool is needed.
Dynadimmer software has a dedicated
button to activate the USB feature.
Philips offers free software for download
that can be used to create a specific
dimming profile. Dynadimmer software
can be downloaded free-of-charge from
the Philips website at http://www.philips.
com/dynadimmerus.
The Dynadimmer programming kit
enables users to re-program the individual
Dynadimmers either on or off-site. The kit
includes the handheld programmer, cable
device and software. The Dynadimmer
programmer is powered by four
AA or LR6 batteries.
www.wide-lite.com
15
Designed for flexibility and simplicity
Rotatable optics
AeroScape’s optical distributions can be factory
set or field rotated as needed, during or after
installation. Simply remove the LEDGINE pod
assembly and rotate in 90° increments to
achieve the optical distribution of choice.
Ease of maintenance
AeroScape was designed to make
routine maintenance as easy
as possible. All of the electrical
components from the LEDGINE pod
assembly to LED drivers mount directly
to the doorframe. When accessed,
the captive wire-frame hinges safely
to hold the door in place. The entire
doorframe assembly can be removed
without tools and AeroScape can be
easily serviced in the lift or on the
ground, whichever is easier.
Simple and quick installation
AeroScape is ready to install straight out of
the box. The arm and splice compartment
are pre-installed at the factory to help
reduce installation time. Simply remove the
arm’s cover and install to a round or square
pole in just a few simple steps.
16
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Simply remove AeroScape from the box, and you
are ready for installation.
Remove the arm cover and secure the fixture
to the pole with the supplied two bolts and
back-up plate.
Make your splice connection with wet location
wire nuts (by others).
Secure the cover arm and you are finished.
No secondary hands required for
install or maintenance
AeroScape’s wall sconce was engineered with one
installer in mind. Similar to AeroScape’s site unit
construction, the wall sconce was designed to make
maintenance as easy as possible. The driver and
other serviceable components mount directly to
the doorframe. When accessed, the captive wireframe hinges safely hold the door in place. The entire
doorframe assembly can be removed without tools and
can be easily serviced in the lift or on the ground.
Getting it straight
AeroScape’s wall sconce features a unique bubble level
that allows you to accurately mount the back plate to
any surface. Once the back plate is installed, you can
easily attach and hang the fixture via a safety cable
without tools and install the unit at your own pace,
eliminating the challenge of balancing the fixture and
tools at the same time.
AeroScape’s unique bubble feature allows you to
easily level the back plate.
Install the hands-free wire safety cable and hang
the sconce for a hands-free install.
Our hands-free feature allows you to keep your
wall sconce stabilized during the installation.
Make your splice connection with wet location
wire nuts (by others).
Guide the fixture onto the back plate.
Secure the fixture with two set screws and you
are finished.
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17
AeroScape area and site series
Philips Gardco’s AeroScape area and site series was designed to compliment modern architectural design, and was
specifically engineered around LED technology utilizing an advanced passthrough convective thermal management system.
The low profile luminaire is available in two sizes and two architectural arm choices. The premium area and site optics
were designed specifically for the LEDGINE platform to meet or exceed current IES standards as a true one-for-one
replacement when compared to traditional HID luminaires up to 400 watt.
AeroScape’s area and site products include full range dimming and control options like Dynadimmer for greater energy
savings. Efficacies of up to 87 lumens per watt, and predicted life exceeding 100,000 hours make the Philips
Gardco AeroScape family an industry leader in the outdoor marketplace.
Arm styles
AeroScape area and site luminaires are available
in two distinctive arm designs. The upswept arm
adds an additional design element to your luminaire,
and the straight arm design continues the sleek,
ASA-UAM (Upswept arm)
low-profile stance.
Each arm style is designed to mount to both round
and square poles. To reduce installation time, the
arm includes a UL recognized splice compartment
and is pre-installed to the fixture ready for install.
A wall mount accessory is also available, using the
straight arm only.
ASA-SAM (Straight arm)
Elevated scale guide
30'
28'
24'
20'
AeroScape pole mount luminaries are perfect
solutions for two lighting zones within a site plan.
16'
12'
The site and area zone requires large scale
luminaires mounted high and spaced widely.
The pedestrian zone luminaires are mounted
lower and provide higher illumination levels to
draw attention and enhance security.
8'
4'
ASW-32G1
ASW-80G1
ASA-80G1- ASA-80G1- ASA-160G1- ASA-160G1UAM
SAM
SAM
UAM
www.wide-lite.com
19
Optical flexibility
The LEDGINE based AeroScape is available with four area and site optical
distributions, allowing you to customize your design solution according to
the application. Optics can be factory oriented or field rotated for added
design flexibility.
All AeroScape luminaires are dark sky friendly to help minimize unnecessary
light pollution and light trespass. Designed to be a one-to-one equivalent of
HID installations, significant energy savings are realized as are improvements in
uniformity without compromising on light quality or safety as defined by the IES.
Philips LEDGINE future-proof technology makes it possible to maintain and
upgrade your lighting with confidence. You can upgrade your luminaire by
simply replacing the LEDGINE pod system, allowing protection of your future
investment as LED technology and performance continue to advance.
Narrow areas
Asymmetric areas
Perimeter areas
Large open areas
2L0
Narrow, forward throw for
pathways. 2L0 is designed to
IES Type II classification.
3L0
Medium, asymmetric throw
for defined geometric areas
3L0 is designed to IES Type
III classification.
4L0
Forward throw for perimeter
areas. 4L0 is designed to IES
Type IV classification.
5L
Symmetrical throw for large
open areas. 5L is designed to
IES Type V classification.
Controlled backlight
House side shield
AeroScape is available with internal house side shielding for
the 2L, 3L and 4L optics to precisely control and limit spill
light and light pollution behind the pole or across property
lines. An exclusive extreme house side shield option
is available for the 4L optic to meet stringent LEED
accredited requirements.
All house side shields are available factory installed or can be
installed in the field if additional spill light control is required
after initial installation.
20
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HSS
Available in 2L, 3L and 4L.
BUG rating has nothing to
do with tiny little insects
The IES has developed a system for comparing outdoor luminaires in terms
of controlling back light, uplight, and glare (three types of waste illumination)
for distribution patterns in the outdoor environment. BUG ratings will be used
more and more by the IES in the future to help promote efficient outdoor
LED luminaires.
U - Uplight
B - Backlight
G - Glare
UP LIGHT
180°
UH
Backlight - refers to light directed opposite the target area, which may
create light trespass. Backlight is commonly behind the luminaire.
BACK
LIGHT
100°
100°
UL
90°
Uplight - is illumination directed above the horizontal plane of the luminaire
(90º) which causes artificial sky glow.
90°
BVH
FVH
80°
80°
BH
Glare -
is the amount of light from the luminaire emitted in directions or
at angles that cause glare, which can be annoying or visually disabling.
FH
60°
60°
BM
FM
30°
Refer to matrix on pages 32 and 33 to view BUG ratings and fixture lumen
data for each standard model configuration.
FORWARD
LIGHT
30°
BL
FL
0°
Model Lighting Ordinance
As our population grows and the need to conserve energy and
reduce the amount of overlit environments increases, the
International Dark-Sky Association (IDA) and the Illuminating
Engineering Society of North America (IESNA) have come
together to develop the Model Lighting Ordinance (MLO)
to address the need for strong, consistent outdoor lighting
regulation. The MLO guidelines provides two methods for
determining compliance, prescriptive and performance within
specified lighting application zones. Both methods use the
‘BUG’ rating system to determine approved fixture selections.
PRESCRIPTIVE METHOD - COMPLIANCE CHART EXAMPLE
Lamp Description
QTY
Initial Luminaire Lumens
Total
ASA-160G1-530-2L-HSS
6
14,305
85,830
ASA-160G1-530-5L
48
20,870
1,001,760
TOTAL INITIAL LUMINAIRE LUMENS
1,087,590
SITE ALLOWED TOTAL INITIAL LUMENS
1,120,000
PROJECT IS COMPLIANT?
YES
SITE ALLOWED TOTAL INITIAL LUMENS
Site Description
Light Commercial
Lighting Zone
LZ-3
Hardscape Area (SF)
217,518
Allowed Lumens per SF of Hardscape
5.0
Site Allowed Total Initial Lumens (lumens per SF X hardscape area)
1,120,000
Technical References:
IDA-IESNA Model Outdoor Lighting Ordinance (MLO). Effective June 15, 2011
The most common method of determining compliance is the prescriptive
method. The prescriptive method contains precise and easily verifiable
requirements for luminaire light output and fixture design that limit glare,
uplight, light trespass and the amount of light that can be used.
Our highly trained staff are experts in outdoor lighting designs and can assist
with any designs requiring the use of the new MLO.
For application assistance, please contact Philips Gardco’s Technical Application Engineers.
www.wide-lite.com
21
22
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AeroScape wall and surface mount series
Philips Gardco’s AeroScape wall mount series compliments modern architectural design and is specifically engineered
around LED technology, utilizing an advanced passthrough convective thermal management system. The compact
sconce series is available in two housing sizes and four optical distributions designed for the LEDGINE platform to graze,
flood, or provide task and egress lighting around the perimeter of a building. The wall series was also designed to be
mounted in an inverted orientation for accent and flood applications.
Two sizes
AeroScape’s wall sconce series is available in
a small and large housing. The two models
provide mounting height flexibility and offer a
variety of distribution patterns to choose from.
Emergency battery backup option is also available
in the large housing with the 32 LED board.
Pathway lighting
Perimeter lighting
Entrance lighting
Wall wash lighting
2L
2L is designed to
IES Type II classification.
3L
3L is designed to
IES Type III classification.
4L
4L is designed to
IES Type IV classification.
WT
Wall throw is designed to
provide a soft, even distribution.
Mounting Height Guide
AeroScape’s wall sconce provides design
solutions for two site lighting zones.
22'
The first zone is building and perimeter. This
zone requires designs that are intimate with
physical architectural elements.
18'
20'
16'
14'
The second zone is egress lighting. Egress
lighting areas require emergency backup
systems in case of a power failure.
12'
10'
8'
6'
4'
2'
ASW-32G1 ASW-32G1
ASW-80G1
ASW-80G1
www.wide-lite.com
23
Design Versatility
Egress lighting
Emergency
LED
AeroScape’s wall sconces accentuate doorways and
building entrances while providing egress illumination
during a power failure. The emergency LED backup system
provides code-required 1 footcandle minimum path-ofegress illumination, from the building up to 10 feet toward
the common way. AeroScape’s emergency backup system
Red charging
indicator
‘EBB’ option will operate for 90 minutes and extinguish
Test
button
itself once power is fully recovered.
Illustration demonstrates fixture at 100% lighting mode.
24
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Illustration demonstrates fixture at ‘egress’ lighting mode.
Inverted for design flexibility
The AeroScape wall series was additionally designed to
be installed in an inverted position for uplight accent and
wall washing. The innovative passthrough convective thermal
management system and IP66 design allows the luminaire to
be installed in the up position without concerns of overheating
or water entry. Photometric performance and rated system life
remain the same in both up and down orientations.
AeroScape’s wall throw (‘WT’) distribution produces an even,
uniform pattern to accentuate or highlight
architectural details.
www.wide-lite.com
25
ASA Ordering matrix
ASA-128G1 and 160G1
(20’-30’ mt.)
ASA-64G1 and 80G1
(10’ - 18’ mt.)
26
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Dimensions
ASA Small Housing (64G1 and 80G1)
ASA Large Housing (128G1 and 160G1)
Upswept Arm
Upswept Arm
2.9”
2.9”
7.4 cm
7.4 cm
5.9”
16.8”
14.9 cm
42.6 cm
Weight: 34.7 lbs 15.7 kgs
EPA:
0.57 sq ft
5.9”
18.2”
14.9 cm
46.3 cm
Weight: 49 lbs 22 kgs
EPA:
0.83 sq ft
40.0”
29.5”
101.6 cm
75.0 cm
8.9”
8.9”
22.6 cm
22.6 cm
Straight Arm
Straight Arm
3.2”
3.2”
8.2 cm
8.2 cm
5.8”
16.8”
5.8”
18.2”
14.7 cm
42.6 cm
14.7 cm
46.3 cm
28.9”
39.5”
5.3”
73.5 cm
5.3”
100.4 cm
13.4 cm
13.4 cm
5.3”
5.3”
13.4 cm
13.4 cm
16.8”
18.2”
46.3 cm
42.6 cm
Technical data
Total System Watts
Initial Lumens @ 25°C Ambient
ASA-64G1@700 mA
ASA-80G1@350 mA
ASA-80G1@530 mA
136
90
129
278
181
254
10,292
7,555
10,454
21,237
15,486
21,458
Lumens per Watt @ 25°C Ambient
Initial Lumens @ 35°C Ambient
ASA-128G1@700 mA ASA-160G1@350 mA ASA-160G1@530 mA
76
84
81
76
86
85
10,069
7,436
10,229
20,536
15,160
21,108
Lumens per Watt @ 35°C Ambient
74
83
79
74
84
83
Initial Lumens @ 40°C Ambient
N/A
7,396
10,117
N/A
14,997
20,992
Lumens per Watt @ 40°C Ambient
N/A
82
78
N/A
83
83
Ordering information
Ordering Example: ASA-160G1-530-NW-3L0-120-UAM-DD-F1-TSA
Series # of LEDs Driver LED Color Distribution
ASA
64G1
80G1
128G1
160G1
700
350
530
NW
Neutral
white
700
350
530
Voltage
Mounting
Options
2L0
2L90 Type II,90º
208
2L270 Type II, 270º 240
SAM
Straight
Arm
Mount
F12
Single Fusing
Type III
3L0
277
3L90 Type III, 90º
347
3L270 Type III, 270º
UAM
Upswept
Arm
Mount
Type II
120
480
Type IV
4L0
1,2
4L90 Type IV, 90º UNV
4L270 Type IV, 270º
5L
Type V
Notes:
1) ‘UNV’ universal voltage, 120-277V.
2) Specify voltage. Fusing and photocontrols not available with ‘UNV’ voltage option.
(120, 277, 347V)
F22
Double Fusing
DD6
Dimming
(208, 240, 480V) Driver
2
F3
Double Fusing
(208, 240, 480V)
Canadian
Double Pull
PCB2,3
Photocontrol
Button
TLR
Twist lock
Photocell
Receptacle
3) ‘PCB’ option not available in 480V.
4) ‘TLRPC’ option not available in 347 or 480V.
5) ‘HSS’ House Side Shield option and accessory are available for Type-II, Type-III, and Type-IV only.
6) 0-10V leads exiting luminaire arm supplied for connection to external secondary controls (by others).
7) Dynadimmer options and accessories are only available in 120-277V. Includes
Dimming Driver (‘DD’).
HSS 5
House Side
Shield
TLRPC2,4
Twist lock
Receptacle
with Photocell
Finish
Accessories
DS257
TPG
F1-KIT
7
TGR
F2-KIT
4LHSS-160
DS757
TSA
F3-KIT
RPA339-ASA
DS50
Dynadimmer
Safety profile
4LHSS-128
TWHT
DYN-KIT1
RPTA190-DT13
7
TGN
DYN-KIT2
RPTA290-DT13
7
TDB
SG-ASA1
RPTA2180-DT13
7
TBK
DM25
DM50
DM75
SG-ASA2
RPTA390-DT13
Dynadimmer
Median profile RAL(*)
WM-ASA8
RPTA3120-DT13
DE257
2LHSS-64
RPTA490-DT13
DE507
2LHSS-80
SPTA190-DT13
7
DE75
2LHSS-128 SPTA290-DT13
Dynadimmer
Economy profile
2LHSS-160 SPTA2180-DT13
DCP7
3LHSS-64
SPTA390-DT13
Dynadimmer
Custom
Programming
3LHSS-80
SPTA490-DT13
3LHSS-128
8) ‘WM-ASA’ wall mount accessory available with straight arm only.
9) ASA is compatible with a wide range of non-programmable and programmable occupancy sensors,
wireless controls and asset management systems (by others). Contact factory.
3LHSS-160
4LHSS-64
4LHSS-80
www.wide-lite.com
27
ASW ordering matrix
ASW-32G1
(6’ - 12’ mt.)
ASW-80G1
(14’ -20’ mt.)
28
www.wide-lite.com
Dimensions
ASW Small Housing (32G1)
15.6”
ASW Large Housing (80G1)
15.0”
39.6 cm
15.6”
38.1 cm
15.0”
39.6 cm
38.1 cm
16.5”
12.5”
31.7 cm
41.8 cm
4.0”
4.0”
10.1 cm
10.1 cm
5.7”
14.6 cm
5.7”
5.7”
5.7”
14.6 cm
3.1”
14.6 cm
3.5”
14.6 cm
7.9 cm
8.9 cm
Weight: 13.4 lbs 6.1 kgs
Weight: 16.8 lbs 7.6 kgs
Technical data
ASW-32G1@350 mA
ASW-32G1@530 mA
ASW-32G1@700 mA
ASW-80G1@530 mA
35
51
72
126
2,923
4,068
5,113
10,504
84
80
71
83
2,848
3,962
4,940
10,336
Total System Watts
Initial Lumens @ 25°C Ambient
Lumens per Watt @ 25°C Ambient
Initial Lumens @ 35°C Ambient
Lumens per Watt @ 35°C Ambient
Initial Lumens @ 40°C Ambient
81
78
69
82
2,833
3,941
N/A
10,280
81
77
N/A
82
Lumens per Watt @ 40°C Ambient
Ordering information
Ordering Example: ASW-32G1-530-NW-3L-120-SM-DD-F1-TSA
Series
ASW
# of LEDs
5
32G1
Driver
LED Color
Distribution
Voltage Mounting
350
NW
2L
120
530
Neutral
White
700
80G1
530
3L
Type II
SM
Surface Mount
Options
2
F1
Single Fusing
Type III
208
4L
Type IV
240
TW2
F2
WT
Wall
Throw
277
Conduit ThruWire Mount
Double Fusing
347
(120, 277, 347 V)
(available Q4, 2012)
480
UNV1,2
2
(208, 240, 480 V)
2
F3
Double Fusing
(208, 240, 480 V)
Canadian
Double Pull
PCB2,3
Photocontrol
Button
Notes:
1) ‘UNV’ universal voltage, 120-277V.
2) Specify voltage. Fusing and photocontrols not available with ‘UNV’ voltage option.
3) ‘PCB’ option not available in 480V.
4) Luminaire efficiency will decrease from 0 to 10% depending on the spread of the optics.
5) ‘EBB’ option is only available in the large ASW housing and is configured to a 32 LED board array.
120-277V only. Not available with Dynadimmer options.
6) 0-10V leads exiting luminaire arm supplied for connection to external secondary controls (by others).
7) Dynadimmer options and accessories are only available in 120-277V. Includes Dimming Driver option (‘DD’).
Finish
Accessories
DS25
5,7
TPG
F1-KIT
DS50
5,7
TGR
F2-KIT
5,7
TSA
F3-KIT
DS75
Dynadimmer
Safety profile
TWHT
DYN-KIT1
5,7
TDB
DYN-KIT2
DM505,7
TBK
DM755,7
TGN
Dynadimmer
Median profile
RAL(*)
DM25
DE255,7
SG
DE505,7
Stone
Guard
DE755,7
DL4
Diffuse
Lens
EBB5
Emergency
Battery Backup
DD6
Dimming
Driver
Dynadimmer
Economy profile
DCP5,7
Dynadimmer
Custom
Programming
8) ASW is compatible with a wide range of occupancy sensors, wireless controls and asset
management systems (by others). Contact factory.
www.wide-lite.com
29
Controls and dimming details
ASA/ASW Options
Dynadimmer Options
PCB1,2 Factory installed
photocell button
Dynadimmer - Median Profile
This mode provides an ideal balance
between illumination and energy savings.
Decreases light levels to 25, 50, or 75% low
during a six hour period.
Dynadimmer - Economy Profile
This mode maximizes energy savings by
dimming during a longer period of time.
Decreases light levels to 25, 50, or 75% low
during an eight hour period.
DM255,6 25%
DE255,6 25%
DM505,6 50%
DE505,6 50%
DM755,6 75%
DE755,6 75%
Dynadimmer - Safety Profile
This mode focuses on safety by dimming
during a limited period of time. Decreases
light levels to 25, 50, or 75% low during a
four hour period.
DCP
Not available with 347 or 480 V.
TLR
Twist lock receptacle
TLRPC1,3 Twist lock receptacle
with photocontrol
Not available with 347 or 480 V.
DS255,6 25%
DS505,6 50%
Dynadimmer Custom Programming
The Dynadimmer programmer enables
users to program the individual
Dynadimmer either on or off-site.
For factory programming, submittals
required to set profile. For field
programming, DYN-KIT1 or DYN-KIT2
required.
DS755,6 75%
DD4
Dimming Driver (0-10V)
Continuous dimming down to 10%
power. 0-10V leads supplied for
connection to external controls (by others).
Accessories
DYN-KIT1
Dynadimmer USB Cable Kit (for field programming)
DYN-KIT2
The USB programming cable is used to directly link and
program Dynadimmer 0-10V from a PC. When using
this cable, no programmer tool is needed. Dynadimmer
software has a special button to activate the USB feature.
Cable only.
Notes:
1)
2)
3)
4)
5)
6)
Specify voltage. Fusing and photocontrols not available with ‘UNV’ voltage option.
‘PCB’ option not available in 480V.
‘TLRPC’ option not available in 347 or 480V.
0-10V leads exiting luminaire arm supplied for connection to external secondary controls (by others).
Dynadimmer options and accessories are only available in 120-277V. Includes Dimming Driver option (‘DD’).
Dynadimmer Safety, Median, and Economy Profiles can be modified later by the end-user with optional USB
cable and free programming software.
7) ‘HSS’ House Side Shield option and accessory are available for Type-II, Type-III, and Type-IV only.
8) Luminaire efficiency will decrease from 0 to 10% depending on the spread of the optics.
9) ASA/ASW is compatible with a wide range of non-programmable and programmable occupancy sensors,
wireless controls and asset management systems (by others). Contact factory.
30
www.wide-lite.com
Dynadimmer Handheld Programmer Kit
(for field programming)
The Dynadimmer programmer enables users to program
the individual Dynadimmer either on or off-site.
Powered by 4 AA or LR6 batteries.
Handheld programmer only.
Options and accessories details
Options details
F11
Single Fusing
(120, 277, 347V)
F21
Double Fusing
(208, 240, 480V)
F31
Double Fusing
(208, 240, 480V)
(Canadian double pull)
HSS7
Factory Installed
House Side Shield
SG
Stone Guard
‘SG’ is only available as
an option for the ASW.
Ships included with fixture,
to be field installed.
EBB
Emergency Battery Backup
Available with Type-II, III, and IV.
9
DL
Diffuse Lens
Reduces glare from direct view of optics.
‘DL’ available with ASW only.
‘EBB’ only available in the ‘32G1’
configuration in the large ASW housing.
Available in 120-277V only.
‘EBB’ is not available with
Dynadimmer options.
Finish
TPG
Textured
Philips Gray
TGR
Textured
Gray
TSA
Textured Satin
Aluminum
TWHT
Textured
White
TBK
Textured
Black
RAL(*)
Custom Color
(*=Specify RAL
number)
TGN
Textured
Green
TDB
Textured
Dark Bronze
* Swatches are for reference only.
Contact factory for paint chip samples
Accessories (field installed)
F1-KIT1 Single Fusing Kit (120, 277, 347V)
1
F2-KIT
Double Fusing Kit (208, 240, 480V)
F3-KIT1 Double Fusing Kit (208, 240, 480V)
(Canadian double pull)
SG-ASA1
SG-ASA2
Stone Guard
ASA-64G1 and ASA-80G1
Stone Guard
ASA-128G1 and ASA-160G1
2LHSS-64
Type 2L House Side Shield for 64G1 units
2LHSS-80
Type 2L House Side Shield for 80G1 units
2LHSS-128
Type 2L House Side Shield for 128G1 units
2LHSS-160
Type 2L House Side Shield for 160G1 units
3LHSS-64
Type 3L House Side Shield for 64G1 units
3LHSS-80
Type 3L House Side Shield for 80G1 units
3LHSS-128
Type 3L House Side Shield for 128G1 units
3LHSS-160
Type 3L House Side Shield for 160G1 units
4LHSS-64
Type 4L House Side Shield for 64G1 units
4LHSS-80
Type 4L House Side Shield for 80G1 units
4LHSS-128
Type 4L House Side Shield for 128G1 units
4LHSS-160
Type 4L House Side Shield for 160G1 units
www.wide-lite.com
31
Mounting details
Area and site accessory details (ASA)
Round Pole Tenon Adapters
Square Pole Tenon Adapters
Round Pole Tenon adapter allows mounting of AeroScape with upswept and
straight arm mount to round pole with 2-3/8” O.D. X 4” tall pole top tenon.
Square Pole Tenon adapter allows mounting of AeroScape with upswept and
straight arm mount to round pole with 2-3/8” O.D. X 4” tall pole top tenon.
RPTA-190-DT13
RPTA-290-DT13
RPTA-2180-DT13
RPTA-390-DT13
RPTA-3120-DT13
RPTA-490-DT13
SPTA-190-DT13
SPTA-290-DT13
SPTA-2180-DT13
SPTA-390-DT13
SPTA-490-DT13
1 @ 90°
2 @ 90°
2 @ 180°
3 @ 90°
3 @ 120°
4 @ 90°
Round Pole Adapter
Wall Mount
RPA339-ASA
WM-ASA
Round pole adapter
for 3.0-3.9” O.D. pole
1 @ 90°
2 @ 90°
2 @ 180°
3 @ 90°
4 @ 90°
Field Installed wall mount accessory
See wall mount details below
Available with straight arm only
Mounting configuration
EPA DATA
1 @ 90
2 @ 90
2 @ 180
3 @ 90
3 @ 120
4 @ 90
ASA-64G1/80G1
0.57
1.11
1.14
1.62
1.47
1.75
EPA DATA
1 @ 90
2 @ 90
2 @ 180
3 @ 90
3 @ 120
4 @ 90
ASA-128G1/160G1
0.83
1.62
1.66
2.37
2.14
2.55
Arm mount details (ASA)
Wall mount details (ASA)
Straight and Upswept Arm Mount Drill Template
(NTS)
5.44” square
2.72”
2.50”
Ø0.56
TYP
2.00”
2.00”
3.00”
3.00”
6.5”
square
1.00”
DRILL TEMPLATE NO. 13
Straight and Upswept Arm Mount
to 4” - 5” round or square pole
32
www.wide-lite.com
1.00”
Clearance for
3/8” bolts
Wall mount details (ASW)
Recessed J-Box
by others
3.375”
8.6 cm
Bubble
Level
4.39”
11.2 cm
3.375”
3.5”
8.6 cm
8.9 cm
Ø 2.750”
9.0 cm
5.13”
Ø 3.50”
13.0 cm
1.5”
8.9 cm
3.8 cm
Specifications
Rated System Life (LED life per L70)
Driver and LED life are rated up to 80,000 hrs @ 40°C
(104°F). ASW with EBB option driver and LED life are rated
up to 80,000 hours @ 35ºC (95ºF).
Predicted LED life
See spec sheet for complete predicted LED life tables.
Construction
Die-cast aluminum housing with corrosion resistant
hardware. ASA-64G1 and 80G1 have 22” optical housing.
ASA-128G1 and 160G1 have 32” optical housing. Optic
chamber and separate driver housing constructed to IP66.
Die-cast aluminum heatsink allows for long life of LEDs up
to 40°C ambient.
Thermal Management
IP66 rated thermal Pod frame management system creates
a vortex of airflow for pass-through convective cooling and
heat extraction.
LED and Board Array
Rebel ES LEDs. Color temperature: Neutral White 4000 K
+/- 250K; CRI ≥ 60. Metal core printed circuit board.
LEDs per unit = ASA small: 64 or 80. ASA large: 128 or
160. ASW small: 32. ASW large: 80. RoHS compliant.
Driver
High efficiency multi-volt driver (50 or 60 Hz), maintains
constant current flow to LEDs to accommodate LED
variations. High power factor (>90% standard). Constant
current: 350, 530 or 700 mA. Voltage: 120-277, 347, 480.
Temperature range: -40°C (-40°F) to 40°C (104°F).
Exception: ASA 64 and 128 LED 700 mA unit: -40°C
(-40°F) to 35°C (95°F). Open/short circuit protection.
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.
LED Optical System
ASA units have field rotatable LED Pod optical assemblies.
Type II, III, IV or V distribution. Meets IES Full Cutoff
criteria. ASW units have LED optical assemblies. Type
II, III, IV or Wall Throw dedicated distribution. Fully
gasketed Dust-Tite construction. Employs Philips LEDGINE
technology & Rebel ES LEDs.
Mounting
ASA units: die-cast aluminium straight or upswept arm
for mounting to 4” to 5” O.D. round poles. Square pole
adapters included. Round pole adapter accessories
required for mounting to 3.0-3.9” round poles. Wall
mount also available. ASW units: surface mount standard,
contractor friendly integral bubble level for ease of
installation. Can be mounted in an inverted position for
uplight illumination.
Finish
Standard textured finish options available.
TSA = textured satin aluminium, TDB = textured dark
bronze, TBK = textured black, TWHT = textured white,
TGR = textured gray, TPG = textured Philips gray,
TGN = textured green, and RAL(*) = smooth custom
color finish (* = specify RAL #).
Listings
ETL/cETL listed to the UL 1598 standard, suitable for Wet
Locations. Suitable for use in ambients from -40° to 40°C
(-40° to 104°F). See exception in driver specifications
for ASA 700 mA units. Refer to ASW spec sheet for
current ‘EBB’ ambient listings. The quality systems of this
facility have been registered by UL to the ISO 9001 series
standards. AeroScape site & area series ‘ASA’ and wall
mount series ‘ASW’ are DesignLights Consortium
qualified products.
Warranty
Mechanical, finish, and LED engine & components shall be
covered by a limited 5 Year Warranty.
Specifications may change without notice. For the most
current specification and quality assurance data, always
download the latest on-line technical documents at
www.philips.com/luminaires.
Scan to view AeroScape’s
most up-to-date specification
and technical data.
Pb
lead-free
Scan to visit AeroScape’s
video modules.
9
Need Assistance?
Philips Gardco offers a support service to assist you in your
product selection process. Our support service staff is available to answer technical, application, SSL certification and
utility rebate questions.
Contact us at:
1-512-392-5821
1-800-545-1326
R
oHS
2002/95/EC
www.wide-lite.com
33
Photometric data
U - Uplight
B - Backlight
G - Glare
UP LIGHT
180°
Backlight - refers to light directed opposite the target area, which may
create light trespass. Backlight is commonly behind the luminaire.
UH
BACK
LIGHT
Uplight - is illumination directed above the horizontal plane of the luminaire
(90º) which causes artificial sky glow.
100°
100°
UL
90°
90°
BVH
FVH
80°
80°
BH
Glare -
is the amount of light from the luminaire emitted in directions or
at angles that cause glare, which can be annoying or visually disabling.
FH
60°
60°
BM
30°
FM
ASA-80G1-350
ASA-80G1-530
FL
0°
(distribution)
System
Wattage
Fixture
Lumens
Efficacy
Optic
ASA-64G1-700
30°
BL
ASA 64G1 and 80G1
Cat No.
FORWARD
LIGHT
B
U
G
(backlight)
(uplight)
(glare)
CCT
IES File #
Type II (2L)
136
10,226
75
3
0
3
4000 K +/- 250 K
ASA-64G1-700-2L.IES
Type III (3L)
136
10,292
76
3
0
3
4000 K +/- 250 K
ASA-64G1-700-3L.IES
Type IV (4L)
136
10,397
76
2
0
2
4000 K +/- 250 K
ASA-64G1-700-4L.IES
Type V (5L)
136
9,684
71
4
0
2
4000 K +/- 250 K
ASA-64G1-700-5L.IES
Type II (2L)
90
7,487
83
2
0
2
4000 K +/- 250 K
ASA-80G1-350-2L.IES
Type III (3L)
90
7,555
84
2
0
2
4000 K +/- 250 K
ASA-80G1-350-3L.IES
Type IV (4L)
90
7,672
85
2
0
2
4000 K +/- 250 K
ASA-80G1-350-4L.IES
Type V (5L)
90
7,557
84
3
0
2
4000 K +/- 250 K
ASA-80G1-350-5L.IES
Type II (2L)
126
10,360
83
2
0
2
4000 K +/- 250 K
ASA-80G1-530-2L.IES
Type III (3L)
126
10,454
83
3
0
3
4000 K +/- 250 K
ASA-80G1-530-3L.IES
Type IV (4L)
126
10,615
85
2
0
2
4000 K +/- 250 K
ASA-80G1-530-4L.IES
Type V (5L)
126
10,456
83
4
0
2
4000 K +/- 250 K
ASA-80G1-530-5L.IES
(distribution)
System
Wattage
Fixture
Lumens
Efficacy
CCT
IES File #
ASA 128G1 and 160G1
Optic
Cat No.
ASA-128G1-700
ASA-160G1-350
ASA-160G1-530
B
U
G
(backlight)
(uplight)
(glare)
Type II (2L)
278
20,504
74
3
0
3
4000 K +/- 250 K
ASA-128G1-700-2L.IES
Type III (3L)
278
21,237
77
3
0
3
4000 K +/- 250 K
ASA-128G1-700-3L.IES
Type IV (4L)
278
20,597
74
3
0
3
4000 K +/- 250 K
ASA-128G1-700-4L.IES
Type V (5L)
278
20,449
74
4
0
2
4000 K +/- 250 K
ASA-128G1-700-5L.IES
Type II (2L)
181
15,346
85
3
0
3
4000 K +/- 250 K
ASA-160G1-350-2L.IES
Type III (3L)
181
15,486
86
3
0
3
4000 K +/- 250 K
ASA-160G1-350-3L.IES
Type IV (4L)
181
15,724
87
3
0
3
4000 K +/- 250 K
ASA-160G1-350-4L.IES
Type V (5L)
181
15,488
86
4
0
2
4000 K +/- 250 K
ASA-160G1-350-5L.IES
Type II (2L)
254
20,908
82
3
0
3
4000 K +/- 250 K
ASA-160G1-530-2L.IES
Type III (3L)
254
21,458
85
3
0
3
4000 K +/- 250 K
ASA-160G1-530-3L.IES
Type IV (4L)
254
21,202
84
3
0
3
4000 K +/- 250 K
ASA-160G1-530-4L.IES
Type V (5L)
254
20,870
82
4
0
2
4000 K +/- 250 K
ASA-160G1-530-5L.IES
Rotatable optics
Type 2L0, 3L0, and 4L0
Type 2L90, 3L90, and 4L90
0º
270º
Notes:
1) 90º is typical used for single unit perimeter installation
34
www.wide-lite.com
90º
90º
90º
180º
Type 2L270, 3L270, and 4L270
180º
180º
270º
2) Twin perimeter units typically require one 90º and one 270º optic.
270º
Photometric data
ASW 32G1
Cat No.
ASW-32G1-350
ASW-32G1-530
ASW-32G1-700
(distribution)
System
Wattage
Fixture
Lumens
Efficacy
Type II (2L)
35
2,711
Type III (3L)
35
2,923
Optic
B
U
G
(backlight)
(uplight)
(glare)
79
1
0
1
4000 K +/- 250 K
ASW-32G1-350-2L.IES
85
1
0
1
4000 K +/- 250 K
ASW-32G1-350-3L.IES
CCT
IES File #
Type IV (4L)
35
2,790
81
1
0
1
4000 K +/- 250 K
ASW-32G1-350-4L.IES
Wide Throw (WT) (Type II)
35
3,073
89
2
0
0
4000 K +/- 250 K
ASW-32G1-350-WT.IES
Type II (2L)
51
3,769
75
1
0
1
4000 K +/- 250 K
ASW-32G1-530-2L.IES
Type III (3L)
51
4,068
81
1
0
1
4000 K +/- 250 K
ASW-32G1-530-3L.IES
Type IV (4L)
51
3,883
77
1
0
1
4000 K +/- 250 K
ASW-32G1-530-4L.IES
Wide Throw (WT) (Type II)
51
4,276
85
2
0
0
4000 K +/- 250 K
ASW-32G1-530-WT.IES
Type II (2L)
71
4,740
67
1
0
1
4000 K +/- 250 K
ASW-32G1-700-2L.IES
Type III (3L)
71
5,113
72
2
0
1
4000 K +/- 250 K
ASW-32G1-700-3L.IES
Type IV (4L)
71
4,881
69
1
0
1
4000 K +/- 250 K
ASW-32G1-700-4L.IES
Wide Throw (WT) (Type II)
71
5,375
76
2
0
1
4000 K +/- 250 K
ASW-32G1-700-WT.IES
Optic
(distribution)
System
Wattage
Fixture
Lumens
Efficacy
CCT
IES File #
Type II (2L)
126
9,972
Type III (3L)
126
10,504
ASW 80G1
Cat No.
ASW-80G1-530
B
U
G
(backlight)
(uplight)
(glare)
79
3
0
3
4000 K +/- 250 K
ASW-80G1-530-2L.IES
83
3
0
3
4000 K +/- 250 K
ASW-80G1-530-3L.IES
Type IV (4L)
126
10,145
80
2
0
2
4000 K +/- 250 K
ASW-80G1-530-4L.IES
Wide Throw (WT) (Type II)
126
10,982
87
3
0
0
4000 K +/- 250 K
ASW-80G1-530-WT.IES
Design Lighting Consortium (DLC) and DOE’s Lighting Facts labels
Philips Gardco LED luminaires have been approved by the Design Lights Consortium (DLC) and are listed on their
Qualified Products List (QPL). The DLC is a collaboration between utility companies and regional energy efficiency
organizations committed to raising awareness of the benefits of efficient lighting. Its goal is to ensure that high quality
energy efficient lighting design becomes commonplace in all lighting installations.
In addition, Philips Gardco participates in U.S. Department of Energy’s Lighting Facts labels program. For lighting
buyers, designers, and energy efficiency programs, the Lighting Facts label provides information essential to evaluating
products and identifying the best options. You will find our Lighting Facts label displayed in our specification sheets.
www.wide-lite.com
35
© 2013 Koninklijke Philips Electronics N.V. All rights reserved.
Specifications are subject to change without notice.
www.philips.com/luminaires
Document order number: PGc-1305BR
www.
www.wide-lite.com
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widee--litte.co
e com
e.c
om
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