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DISTRICT OF COLUMBIA
DEPARTMENT OF TRANSPORTATION
BRIDGE FAÇADE LIGHTING STUDY
FOR
BRIDGE NO. 007
FRANCIS SCOTT KEY BRIDGE
DATE: April, 2014
Prepared By:
BRIDGE FAÇADE LIGHTING STUDY
FOR
BRIDGE NO. 007
FRANCIS SCOTT KEY BRIDGE
TABLE OF CONTENTS
1. Introduction ........................................................................................... 1
2. Proposed Lighting Source ..................................................................... 2
3. Lighting Concept 1 ................................................................................ 2
4. Lighting Concept 2 ................................................................................ 3
5. Lighting Concept 3 ................................................................................ 4
6. Accessibility .......................................................................................... 4
7. Recommendation ................................................................................... 4
8. Appendix A –Lighting Specification Sheets
9. Appendix B – Data Enabler Pro DMX Controls
D.C. Department of Transportation Prepared By:
Bridge Façade Lighting Study Johnson, Mirmiran and Thompson, Inc.
Francis Scott Key Bridge - 1 - February 24, 2014
BRIDGE FAÇADE LIGHTING STUDY
FOR
BRIDGE NO. 007
FRANCIS SCOTT KEY BRIDGE
Introduction:
The Francis Scott Key Bridge was completed in 1923 to span the Potomac River connecting Georgetown
in Washington, D.C. to Rosslyn in Arlington County, Virginia. The bridge has undergone modification on
three later occasions in 1939, 1955, and 1987. The bridge is oriented in a generally north-south direction.
The Classically inspired structure is made of reinforced concrete, with eight primary arches. Five of the
arches span over the river, while the other three span land features. Of the associated seven piers, four
have their foundations covered by the water. The Georgetown arches over land are generally obstructed
from river view by the Whitehurst freeway and trees at their base. The Virginia arch over land spans the
George Washington Parkway, but is also obstructed at its southern-most pier by bushes and trees.
Francis Scott Key Bridge-view from Virginia
The overall objective of this project is to provide a general restoration to the bridge and vehicular barriers,
as well as add bridge lighting to the face of the bridge. There are three lighting concepts studied herein
for this purpose: 1) uplighting of the outer facades from the piers, 2) downlighting of the outer facades
from the underside of the walkway, and 3) lighting from within the arches to provide silhouette highlights
through the smaller arches penetrating the spandrels above each primary arch. Illumination levels on the
bridge face will be kept to a relatively low average of 1 footcandle so as not to blind boaters from clearly
seeing the navigational lights at the base of the piers.
D.C. Department of Transportation Prepared By:
Bridge Façade Lighting Study Johnson, Mirmiran and Thompson, Inc.
Francis Scott Key Bridge - 2 - April, 2014
Proposed Lighting Source:
Before getting too far into a discussion on the relative merits of each concept, a proposed lighting source
needs to be evaluated. Traditional light sources considered for this type of application would be high
intensity discharge lamps (HIDs) utilizing either metal halide or high pressure sodium medium. The lamps
would be housed in base-mounted floodlight enclosures with internal reflector optics ranging from long-
narrow to square-wide distributions depending on the distance of the light from its target and the
dimensions of area to be lit. Any colors introduced into the application would be colored lens covering the
full aperture of the light or mounted as a disc in a rotating wheel allowing the projected colors to be
changed.
Modern technology has provided a dramatically improved option for the designer in the form of LED (light-
emitting diode) type lights. Many different lighting intensities and distributions are available within the
same housings and a host of color variations are afforded by the controlled operation of tri-color red, blue,
and green LED’s within the same panel. The LED light for a particular function usually requires about 1/3
of the power of traditional HID’s and a greatly extended life of 100,000 hours. At 12 hours of operation for
365 days a year, the LED floodlight can last over 22 years without the need to replace ballast or lamps,
greatly reducing the net present value of a design based on this light source.
The particular LED light we have considered in our study is the Phillips Coloreach Powercore gen2 with
63 degree spread lens (see attached specification sheet). We have also studied results from a Hydrel
8200 series color-changing and monochromatic units and a Lithonia DS3 series monochromatic
floodlight. The color-changing units have an option for intelligent color control via integration with Data
Enabler Pro DMX controller.
With each light connected to a dmx “network”, special effects can be created such as having a red, white,
and blue pattern moving across the bridge to simulate a flag waving in the wind. Or, as in the case of the
Ben Franklin Bridge in Philadelphia, a lighting sequence with the Philips Coloreach that appears to
“chase” a train as it crosses the bridge.
While we have identified the needed components and have approximate pricing for each, a discussion
regarding DDOT feedback to such a consideration and the determination of a proposed budget for the
new lighting system are warranted before a final BOM and installed cost can be established. However,
the different lighting patterns that can be provided by this type of control system and floodlight are only
limited by imagination, and rough-order-of-magnitude pricing for basic components will be offered with the
discussion of each concept. Regardless if we proceed with color-changing effects or not, we recognize
that the proposed lighting scheme will require review and approval from NPS, CFA, and Georgetown BID.
The service voltage for these lights will be 240VAC, and may require an upgrade to the existing bridge
electrical service. A more detailed discussion on the electrical power requirements will be developed
during design of the selected lighting system and options. However, estimated annual electrical costs will
be supplied for each concept assuming a $0.15/kwh rate and the full 290W power consumption per light.
Lighting Concept 1:
The first lighting concept has one or more floodlights located at the base of each pilaster on top of the
pier’s foundation and aimed up to the underside of the protruding walkway. Uplighting is the classical
approach for lighting this type of façade and can be accomplished readily with the optics available in our
selected product. However, some apprehension is due as the northern approach pattern to the Ronald
Reagan National Airport located a few miles south of this bridge passes directly over the bridge. While a
strong argument can be made that the lights will be located, directed, and screened from view by the
D.C. Department of Transportation Prepared By:
Bridge Façade Lighting Study Johnson, Mirmiran and Thompson, Inc.
Francis Scott Key Bridge - 3 - April, 2014
walkway extension so as to not be a potential blind for pilots, any design with an uplighting component
may well require Federal Aviation Administration review and acceptance.
The least potentially offensive uplighting option places a single, wide angle light at the pier base, roughly
5’ from the vertical line of the bridge face and directed back at about a 65-70 degree angle from nadir.
The best option places three lights at the bases with one aimed directly up along the face of the pilaster
and the other two aimed at the top of each adjacent arch.
Uplighting from Base-One Light Uplighting from Base-Three Lights
Assuming that lighting will be provided for the full length of the bridge, at arches both over land and water,
approximate light costs (with no color options) for the least option are $100,000. Approximate costs for
the best uplighting option, no colors, are $330,000. The color option would range from approximately an
additional $10,000 to $30,000. Estimated annual energy costs are $3,000 and $8,000, respectively.
Lighting Concept 2:
The downlighting concept from the underside of the walkway eliminates any concerns with needing FAA
review, and also allows us to get a little further away from the bridge face and get somewhat better
uniformity of the light intensity across the face from pier to pier. In this concept, two lights would be
placed at the top of each pilaster, directed to the arches on either side, and one above the top of each
arch. The wide angle lights above the arch could be have substantially lower lighting output as it is only
throwing the light about half of the height of the bridge.
Downlighting from Underside of Walkway
Approximate costs for this option are $350,000 with no color options. The color option for this concept
would be approximately an additional $25,000, and estimated annual energy cost is $8,000.
D.C. Department of Transportation Prepared By:
Bridge Façade Lighting Study Johnson, Mirmiran and Thompson, Inc.
Francis Scott Key Bridge - 4 - April, 2014
Lighting Concept 3:
Lighting from within the bridge provides the most dramatic effect by projecting light through the arches,
providing a depth to the visual effect and highlighting the most important architectural feature of the
bridge, the arches upon arches. The plan would be to have a light from each pier directed back to the top
of each of the three arches (two narrow width arches on each side and one wider arch at the center) over
each span. The lights would feature a wide angle distribution to really punch light into the gap between
arches and get reflected light to illuminate the interior widths of the smaller arches.
Cavities between Center Arch and Outer Arches Catwalk between arches
Costs for this option would be approximately $210,000, with an additional approximate $15,000 for color
options. Estimated annual energy cost is $5,300.
Accessibility:
Lights at base of pier can be accessed from ladders or scaffolding off the decks of barges or boats
anchored directly against the foundation walls. Lights installed at the underside of the walkway need
scaffolding rigged off of and lowered over the outer edge. Lights inside of the arches are accessed by the
catwalk system existing under the bridge, and are most conveniently mounted for maintenance directly to
the catwalk railings at the top of and between the center and outer arches. No additional costs are
expected for the lighting installation as the work platforms already planned for the structural restoration
will be sufficient for the lighting work and can be coordinated for use by the electrical contractor as well.
There is some concern about the lights on the foundation base getting submerged in heavy floods as they
would not be far above the mean high water elevation. These lights would also be susceptible to being
covered by snow and ice in the winter. This is not as much of a concern with normal quartz or HID
floodlights as they operate at elevated temperatures and eventually melt away snow cover. LED lights,
though, operate with little to no heat given off and could stay covered for extended periods of time.
Recommendation:
If DDOT chooses to pursue lighting on the Key Bridge, we believe that a combination of two concepts, the
“least” option for uplighting the bridge face along with the highlighting of arches from within, will provide
the most dramatic effect. FAA coordination will be necessary, but this approach accomplishes emphasis
of both vertical mass and depth, a three-dimensional treatment that showcases the classical structural
elements of the Key Bridge. Approximate costs are $310,000 for lights and $30,000 for color options.
D.C. Department of Transportation Prepared By:
Bridge Façade Lighting Study Johnson, Mirmiran and Thompson, Inc.
Francis Scott Key Bridge February 24, 2014
Appendix A
Lighting Specification Sheets
Date: _____________________________ Type: _________________________
Firm Name: ______________________________________________________
Project: _________________________________________________________
ColorReach Powercore gen263° spread lensPremium long-throw exterior LED floodlight with intelligent color light
ColorReach Powercore gen2 combines all the benefits of LED-based lighting and control in an elegant fixture specifically designed for large-scale installations, such as skyscrapers, casinos, bridges, piers, public monuments, and themed attractions. With levels of light output and projection never before achieved in an LED lighting fixture, ColorReach Powercore gen2 affords entirely new possibilities in exterior illumination.
• IntegratesPowercore technology — Powercoretechnologyrapidly,efficiently,andaccuratelycontrolspoweroutputtofixturesdirectly from line voltage. Philips Data Enabler Pro merges line voltage and control data and deliversthemtofixturesoverasinglestandardcable, dramatically simplifying installation and lowering total system cost.
• Versatileoptics—Anative5°beamangleandexchangeablespreadlensesof8°,13°,23°,40°,63°,andanasymmetric5°x17°supporta variety of photometric distributions for a multitude of applications, including spotlighting, wall grazing, and asymmetric wall washing. Bezel and gasket are included with spread lenses for easy user installation.
• Uniquesplitdesignsupportsdiffusercombinations—Eachhalfofthefixtureisindividually addressable and controllable. For instance, you could use one spread lens on the fixture’slowerhalftobathealargefaçadewithcolor at street level, and a different spread lens to project a contrasting or complementary colorhundredsoffeetupthebuilding’swalls.
• Saturated,cost-effectivecolor—High-performance LEDs offer rich, saturated coloratsignificantlylesscostforinstallation,operation, and maintenance than traditional light sources.
• Simplefixturepositioning—Rugged,slim-profilemountingbracketallowssimplepositioningandfixturerotationthroughafull360°.Sidelockingboltsreliablysecurefixturewith a standard wrench.
• Universalpowerinputrange—Fixturesacceptauniversalpowerinputrangeof100–240VAC,allowingconsistentinstallationinanylocation around the world.
• Industry-leadingcontrols—Fixturesworkseamlessly with the complete Philips Color Kinetics line of controllers, including Light SystemManager,iPlayer 3,andColorDialPro,as well as third-party controllers.
For detailed product information, please refer to the ColorReach Powercore gen2 Product Guide at www.philipscolorkinetics.com/ls/rgb/colorreach/
Ø.53 in(13 mm) 4X
3 in(76 mm)
6 in(152 mm)
3.5 in(89 mm)
1.5 in(38 mm)
27.25 in(692 mm)
Ø1.05 in(27 mm)
13.6 in(345 mm)
28.9 in(734 mm)
4.8 in(122 mm)
20.5 in(521 mm)
18 in(457 mm)
5 in(127 mm)
12 in(305 mm)
Copyright © 2008 – 2012 Philips Solid-State Lighting Solutions, Inc. All rights reserved. Chromacore, Chromasic, CK, the CK logo, Color Kinetics, the Color Kinetics logo, ColorBlast, ColorBlaze, ColorBurst, eW Fuse, ColorGraze, ColorPlay, ColorReach, iW Reach, eW Reach, DIMand, EssentialWhite, eW, iColor, iColor Cove, IntelliWhite, iW, iPlayer, Optibin, and Powercore are either registered trademarks or trademarks of Philips Solid-State Lighting Solutions, Inc. in the United States and / or other countries. All other brand or product names are trademarks or registered trademarks of their respective owners. Due to continuous improvements and innovations, specifications may change without notice.
Photometrics63ºspreadlens,halfunit
Cd: 0
600
1,200
1,800
2,400
3,000
3,600VA: 0º 10º 20º 30º 40º
90º
80º
70º
60º
50º
� - 0º H � - 90º H
Candela Table 0.0 22.5 45.0 67.5 90.0 0 3543 3543 3543 3543 3543 5 3479 3477 3481 3473 3459 15 2955 2960 2974 2976 2969 25 2156 2162 2179 2185 2181 35 1267 1277 1301 1318 1320 45 563 570 592 615 623 55 190 193 203 216 222 65 60 62 67 72 74 75 18 19 21 25 25 85 0 0 1 2 3 90 0 0 0 0 0
Polar Candela Distribution
Center Beam fc Beam Width
4.0 ft
8.0 ft
12.0 ft
16.0 ft
20.0 ft
24.0 ft
221 fc
55 fc
25 fc
14 fc
9 fc
6 fc
4.5 ft
9.0 ft
13.5 ft
17.9 ft
22.4 ft
26.9 ft
4.6 ft
9.1 ft
13.7 ft
18.2 ft
22.8 ft
27.4 ft
�� Vert. Spread: 58.5º�� Horiz. Spread: 59.3º
IlluminanceatDistance
59.5ft(18.1m)1fcmaximumdistance
Cd: 0
38,500
77,000
115,500
154,000
231,000
VA: 0º 10º 20º 30º 40º
90º
80º
70º
60º
50º
� - 0º H � - 90º H
Center Beam fc Beam Width
4.0 ft
8.0 ft
12.0 ft
16.0 ft
20.0 ft
24.0 ft
14418 fc
3605 fc
1602 fc
901 fc
577 fc
401 fc
0.5 ft
1.0 ft
1.5 ft
2.0 ft
2.5 ft
3.0 ft
0.5 ft
1.1 ft
1.6 ft
2.1 ft
2.6 ft
3.2 ft
�� Vert. Spread: 7.1º�� Horiz. Spread: 7.6º
5°native(nospreadlens),halfunit
Candela Table
0.0 22.5 45.0 67.5 90.0 0 23069 23069 23069 23069 23069 5 5439 5712 6259 6498 6541 15 34 35 32 31 29 25 18 18 14 11 10 35 10 9 9 7 5 45 0 0 0 0 0 55 0 0 0 0 0 65 0 0 0 0 0 75 0 0 0 0 0 85 0 0 0 0 0 90 0 0 0 0 0
MULTIPLY CANDELA VALUES BY 10
Polar Candela Distribution
IlluminanceatDistance
LED Lumens EfficacyRGB 3709 27.1
23°
40°
63°
13°
8°
17 º
5°
Half
Full
23°
40°
63°
13°
8°
17 º
5°
Half
Full
480ft(146.3m)1fcmaximumdistance
DAS-000022-06 R08 12-12
LED Lumens EfficacyRGB 4316 31.5
Philips Color Kinetics3 Burlington Woods DriveBurlington, Massachusetts 01803 USATel 888.385.5742Tel 617.423.9999Fax 617.423.9998www.philipscolorkinetics.com
SpecificationsDue to continuous improvements and innovations, specifications may change without notice.
Forluxmultiplyfcby10.7
FixturesandAccessoriesItem Type ItemNumber Philips12NC
ColorReach Powercore gen2 Includes 6 ft (1.8 m) leader cable UL/cULandCE/PSE 123-000013-50 910503703934
Replacement Leader Cable 6ft(1.8m)
UL/cUL 108-000043-02 910503700453
CE/PSE 108-000043-03 910503700454
ColorReach Powercore SpreadLenswith bezel
13° 120-000068-00 910503700506
23° 120-000068-01 910503700507
40° 120-000068-02 910503700508
63° 120-000068-03 910503700509
Asymmetric(5°x17°) 120-000068-04 910503700510
8° 120-000068-05 910503700511
Data Enabler Pro
3/4in/1/2inNPT (U.S.tradesizeconduit) 106-000004-00 910503701210
PG21/PG13 (metricsizeconduit) 106-000004-01 910503701211
UseItemNumberwhenorderinginNorthAmerica.
Item Specification Details
Output
Lumens* 3709(halfunit)
LED Channels Red / Green / Blue
MixingDistance 50ft(15.2m)touniformlight
LumenMaintenance† 100,000hoursL50@25°C 85,000hours L50@50°C
ElectricalInputVoltage 100–240VAC,auto-switching,50/60Hz
Power Consumption 290Wmaximumatfulloutput,steadystate
Control
Interface DataEnablerPro(DMX/Ethernet)
ControlSystemPhilips Color Kinetics full range of controllers, including Light SystemManager,iPlayer3,andColorDialPro,orthird-partycontrollers
Physical
Dimensions (Height x Width x Depth)
20.5x28.9x4.8in (521x734x122mm)
Weight 75lb(34kg)
Effective Projected Area(EPA) 0.42 m2
Housing Die-castaluminium,powder-coatedfinish
Lens Tempered glass
Fixture Connections Integralmale/femalewaterproofconnector, 6ft(1.8m)unifiedpower/datacable
Temperature Ranges-40°–122°F (-40°–50°C)Operating -4°–122°F (-20°–50°C)Startup -40°–176°F(-40°–80°C)Storage
Humidity 0–95%,non-condensing
Fixture Run LengthsTocalculatefixturerunlengthsandtotalpowerconsumptionforyourspecificinstallation,downloadtheConfigurationCalculatorfrom www.philipscolorkinetics.com/support/install_tool/
CertificationandSafety
Certification UL/cUL,FCCClassA,CE,PSE,C-Tick
Environment Dry/Damp/WetLocation,IP66
* LumenmeasurementcomplieswithIESLM-79-08testingprocedures† L50=50%lumenmaintenance(whenlightoutputdropsbelow50%ofinitialoutput).Ambientluminairetemperaturesspecified.Lumenmaintenancecalculationsarebasedon lifetime prediction graphs supplied by LED source manufacturers. Calculations for white-light LED fixturesarebasedonmeasurementsthatcomplywithIESLM-80-08testingprocedures.Refertowww.philipscolorkinetics.com/support/appnotes/lm-80-08.pdf for more information.
8200 SERIES RGBYOKE MOUNT 72LED LUMINAIREDMX COLOR CHANGING
©2013 Acuity Brands Lighting, Inc.2/13/138200_YM_COLORCHANGING LED
NOTE: Hydrel Reserves The Right To Modify Specification Without Notice. Any dimension on this sheet is to be assumed as a reference dimension: “Used for information purposes only. It does not govern manufacturing or inspection requirements.” (ANSI Y14.5-1973)
20660 Nordhoff St., Suite B | Chatsworth, CA 91311Phone: 866.533.9901 | Fax: 866.533.5291
www.hydrel.com
OPTIONS DRIVE CURRENT LAMP FINISHACCESSORIESMOUNTING ACCESS.
LAMP TYPE LED COLOR VOLTAGE DISTRIBUTIONMODEL
PART NUMBER
TYPE JOB NAME
APPROVALS
MOUNTING
DESCRIPTIONThe 8200 Series is a high performance compact precision LED lighting system that provides consistent styling with a variety of light distributions. Multiple LED optical systems provide a wide range of precise light control and an array of mounting accessories are available to suit almost any application. This unit uses a red, green, and blue (RGB) LED array to create DMX controlled color-changing lighting effects. Color control is achieved through four channels per fixture, using either the Easyl™ from Acuity Brands or any standard DMX512 hardware, at a maximum of 44 frames per second. All channels have logarithmic power for finer color and intensity control. The fourth channel (Intensity), allows the user to vary brightness without affecting the color.
FEATURES & SPECIFICATIONSMATERIAL: Die Cast Copper Free Aluminum (A360) Housing and Doors.
LED: RGB LED array, 110 input watts max. Lumen maintenance of individual light sources has been independently tested using IESNA LM80 standards.
LIGHT DISTRIBUTIONS:See ordering guide
LENS: Flat tempered glass for maximum resistance to impact.
GLARE CONTROL: External Glare Control options include Barn Doors, Full and Half Glare Shields.
MOUNTING: Aluminum yoke & stainless steel locking hardware allows fixture head to be easily aimed and fixed in place. Fixtures are provided with 10’ of 16/3 ST-W cord for supply method and 10’ DMX data cable.
CONTROL/POWER SUPPLY: MVOLT (120 - 277) LED power supply. Control uses either the Easyl™ from Acuity Brands or any standard DMX512 hardware, 3 or 4 channels available: - 3 channel = Red, Green, Blue - 4 channel = Red, Green, Blue, and Intensity
COMMUNICATION TO FIXTURE: DMX512 Direct
FINISH: Textured TGIC powder coat polyester finish (see ordering guide for available colors)
LISTING: CSA, CSAUS
WEIGHT: 54 lbs.
EPA: 2.10 ft2
NOTE: Hydrel Reserves The Right To Modify Specification Without Notice. Any dimension on this sheet is to be assumed as a reference dimension: “Used for information purposes only. It does not govern manufacturing or inspection requirements.” (ANSI Y14.5-1973)
20660 Nordhoff St., Suite B | Chatsworth, CA 91311Phone: 866.533.9901 | Fax: 866.533.5291
www.hydrel.com
PART NO.
8200 YM RGB LED ORDERING INFORMATION50/60 Hz Application Choose the boldface catalog nomenclature that best suits your needs.
EXAMPLE:
©2013 Acuity Brands Lighting, Inc.2/13/138200_YM_COLORCHANGING LED
8200 72LED RGB MVOLT WFL YM 3DMX SQ5 LP BL
8200
Model*
72LED
Lamp Type*
Distribution* Mounting* YM Yoke Mt
LED Color*RGB
Mount. Accessories
PMT2 Pole Mount Tee SMSA__ Stan. Mount Splice Access. Available 12”-48” in 6” increments PSSA Ped. Stanchion Splice Access SMT2 Stanchion Mount Tee EWM_ Ext. Wall Mount Available 18”-36” in 6” increments PMSA Pole MountPAR4/_3 Pole Arm Round, 4” diam.PAR5/_3 Pole Arm Round, 5” diam.PAR6/_3 Pole Arm Round, 6” diam.PAS4/_3 Pole Arm Square, 4” diam.PAS5/_3 Pole Arm Square, 5” diam.PAS6/_2,3 Pole Arm Square, 6” diam. PATR4/_2,3 Pole Arm Tee Round, 4” diam. PATR5/_2,3 Pole Arm Tee Round, 5” diam. PATR6/_2,3 Pole Arm Tee Round, 6” diam. PATS4/_2,3 Pole Arm Tee Square, 4” diam. PATS5/_2,3 Pole Arm Tee Square, 5” diam. PATS6/_2,3 Pole Arm Tee Square, 6” diam.
Notes:1 Each option is mutually exclusive, choose one only.2 Requires (2) two fixtures per mounting.3 Available in 6” increments from 12” to 24”, specify length.4 Static Channels - All fixtures have the same channel numbers.
Indicate starting channel.5 Sequential channels - specify starting channels.6 Consult Factory
*Indicates required selection.
Finish*BL BlackBZ BronzeDDB Dark Bronze DNA Natural Alum.GN GreenGR GraySND SandSTG Steel GrayTVG Terra Verde GreenWH WhiteCF Custom Finish
AccessoriesExternal1
BD Barn Doors FGS Full Glare ShieldHGS Half Glare ShieldWRG Wire Rock Guard
Lamp*
LP LED Array ST_4 Static SQ_5 Sequential CCHAN6 Custom Channels Consult Factory
Channel Prog. *
MVOLT (120-277 Volt)
Voltage*
3-Channel 3DMX DMX 5124-Channel 4DMX DMX 512
Control
WARRANTYFive year limited warranty. Full warranty terms located at www.acuitybrands.com/CustomerResources/Terms_and_conditions.aspx
EASYL™ DMX CONTROLLER PURCHASED SEPARATELY, SEE WWW.EASYL.COM FOR DETAILS
Flood Lights NSP Nar. Spot NFL Nar. Flood FL Flood WFL Wide Flood VWFL Very Wide
Flood HSP Horizontal
Spot MFL Medium Flood
8200 SERIES108LED MONOCHROMATICYOKE MOUNT
©2013 Acuity Brands Lighting, Inc.2/26/138200 YM 259W LED
NOTE: Hydrel Reserves The Right To Modify Specification Without Notice. Any dimension on this sheet is to be assumed as a reference dimension: “Used for information purposes only. It does not govern manufacturing or inspection requirements.” (ANSI Y14.5-1973)
20660 Nordhoff St., Suite B | Chatsworth, CA 91311Phone: 866.533.9901 | Fax: 866.533.5291
www.hydrel.com
OPTIONS DRIVE CURRENT LAMP FINISHACCESSORIESMOUNTING
LAMP TYPE LED COLOR VOLTAGE DISTRIBUTIONMODEL
PART NUMBER
TYPE JOB NAME
APPROVALS
DESCRIPTIONThe 8200 Series is a high performance compact precision LED lighting system that provides consistent styling with a variety of light distributions. Multiple LED optical systems provide a wide range of precise light control and an array of mounting accessories are available to suit almost any application.
FEATURES & SPECIFICATIONSMATERIAL: Die Cast Copper Free Aluminum (A360) Housing and Doors.
LED: Monochromatic LEDs, 259W Max.
LIGHT DISTRIBUTIONS:NEMA Flood (2x2 through 7x7), Horizontal Spot (4x2).
LENS: Flat tempered glass for maximum resistance to impact.
GLARE CONTROL: External Glare Control options include Barn Doors, Full and Half Glare Shields.
MOUNTING: Aluminum yoke & stainless steel locking hardware allows fixture head to be easily aimed and fixed in place. Fixtures are provided with 6’ of 16/3 ST-W cord for supply method.
POWER SUPPLY: MVOLT (120-277), 347 or 480 Volt LED power supply.
FINISH: Textured TGIC powder coat polyester finish (see ordering guide for available colors) Salt Spray.
LISTING: CSA, CSAUS
WEIGHT: 58 lbs.
EPA: 2.10 ft2
NOTE: Hydrel Reserves The Right To Modify Specification Without Notice. Any dimension on this sheet is to be assumed as a reference dimension: “Used for information purposes only. It does not govern manufacturing or inspection requirements.” (ANSI Y14.5-1973)
20660 Nordhoff St., Suite B | Chatsworth, CA 91311Phone: 866.533.9901 | Fax: 866.533.5291
www.hydrel.com
PART NO.
8200 YM 259W LED ORDERING INFORMATION50/60 Hz Application Choose the boldface catalog nomenclature that best suits your needs.
EXAMPLE:
©2013 Acuity Brands Lighting, Inc.2/26/138200 YM 259W LED
Finish*BL BlackBZ BronzeDDB Dark Bronze DNA Natural Alum.GN GreenGR GraySND SandSTG Steel GrayTVG Terra Verde GreenWH WhiteCF Custom Finish
8200 108LED WHT53K MVOLT NSP YM SMSA18 700MA LP BL
8200
Model*
108LED 259 watts
Lamp Type* Voltage*
Distribution*Flood Lights NSP Nar. Spot NFL Nar. Flood FL Flood WFL Wide Flood VWFL Very Wide
Flood HSP Horizontal
Spot MFL Medium Flood
AccessoriesExternal1
BD Barn Doors FGS Full Glare Shield HGS Half Glare ShieldWRG Wire Rock GuardSafetyLASC Safety Cable
Mounting* YM Yoke Mt
Lamp*
LED Color* WHT30K White WHT41K White WHT53K White
OptionsPhoto Control PER2 Photo Cell ReceptacleDimming LDIM5 0-10V Dimming (25% reduction)
Drive Current*350ma 350 milli-amps700ma 700 milli-amps (standard)
Mount. Accessories PMT3 Pole Mount Tee SMSA__ Stan. Mount Splice Access. Available 12”-48” in 6” increments PSSA Ped. Stanchion Splice Access SMT3 Stanchion Mount Tee EWM_ Ext. Wall Mount Available 18”-36” in 6” increments PMSA Pole MountPAR4/_4 Pole Arm Round, 4” diam.PAR5/_4 Pole Arm Round, 5” diam.PAR6/_4 Pole Arm Round, 6” diam.PAS4/_4 Pole Arm Square, 4” diam.PAS5/_4 Pole Arm Square, 5” diam.PAS6/_4,5 Pole Arm Square, 6” diam. PATR4/_3,4 Pole Arm Tee Round, 4” diam. PATR5/_3,4 Pole Arm Tee Round, 5” diam. PATR6/_3,4 Pole Arm Tee Round, 6” diam. PATS4/_3,4 Pole Arm Tee Square, 4” diam. PATS5/_3,4 Pole Arm Tee Square, 5” diam. PATS6/_3,4 Pole Arm Tee Square, 6” diam.
Notes:1 Each option is mutually exclusive, choose one only.2 Nema twist-lock receptacle only. Photo cell control by others, PER option not IP Rated3 Requires (2) two fixtures per mounting.4 Available in 6” increments from 12” to 24”, specify length.5 Only available with 700 mA.
*Indicates required selection.
MVOLT (120-277 Volt) 347L 347 Volt 480L 480 Volt
LPI LED Array Included
8200 108 LED
©2013 Acuity Brands Lighting, Inc.2/26/138200 YM 259W LED
NOTE: Hydrel Reserves The Right To Modify Specification Without Notice. Any dimension on this sheet is to be assumed as a reference dimension: “Used for information purposes only. It does not govern manufacturing or inspection requirements.” (ANSI Y14.5-1973)
20660 Nordhoff St., Suite BChatsworth, CA 91311
Phone: 866.533.9901Fax: 866.533.5291
www.hydrel.com
REBEL REBEL REBEL REBEL REBEL REBEL
3000K 4100K 5300K 3000K 4100K 5300K
150W 250W 250W 250W 400W 400W
108 108 108 108 108 108
350mA 350mA 350mA 700mA 700mA 700mA
4550 7000 7000 8450 13,000 13,000
117.9 117.9 117.9 248.1 248.1 248.1
39 60 60 19 52 52
85 70 70 85 70 70
Light EnginE
KELvin tEmp
mh EquivALEnt
numBER of LEDs
DRivE CuRREnt
initiAL LumEns2
input WAtts
LumEns pER WAtt
CRi
Notes:* MH Equivalencies are approximate and vary by distribution.2 Initial Lumens will vary depending on distribution, consult individual IES files for exact data.
LED LIFE:OPERATING TEMPERATURE:
L70/65,000 HOURS-30°C THROUGH 40°C
D.C. Department of Transportation Prepared By:
Bridge Façade Lighting Study Johnson, Mirmiran and Thompson, Inc.
Francis Scott Key Bridge February 24, 2014
Appendix B
Data Enabler Pro DMX Controls
Data Enabler Pro delivers integrated data and power to intelligent color and tunable white LED lighting fixtures employing Powercore technology from Philips Color Kinetics. Data Enabler Pro integrates many of the features of the previous generation of Data Enablers, including Data Enabler DMX, Data Enabler Ethernet, and Data Enabler EO. Data Enabler Pro is the single solution for all intelligent Powercore-based installations, whether DMX or Ethernet, color or white, indoors or outdoors.
• Easyinstallation—Accessible,clearlylabeled terminal block connectors for DMX, Ethernet, line voltage, and fixtures make installation easy. Tethered cover with captive screws ensures convenient removal and replacement.
• SupportsfixturesemployingPowercoretechnology—Powercoretechnology rapidly, efficiently, and accurately controls power output to LED lighting fixtures directly from line voltage. Philips Data Enabler Pro merges line voltage and control data and delivers them to Powercore fixtures over a single cable, dramatically simplifying installation and lowering total system cost.
• On-boarddiagnostics—On-boardindicatorLEDs provide visual feedback for normal operation, Ethernet connection detection, and Ethernet and DMX data transmission.
• FullsupportforDMXandEthernet—Provides inputs and outputs for both DMX and Ethernet, allowing you to connect multiple Data Enabler Pro devices in series. AlsoprovidesanEthernetoutputterminalforeWAccentMXPowercoreandiColor AccentMX Powercore support.
• Outdoor-ratedforuseindampandwetenvironments—DataEnablerProofferssuperior leakage protection in a cast aluminum, IP66-rated enclosure.
• Multipleconduitentries—DataEnablerProconduit entries accommodate NPT conduit in UStradesizesof1/2inand3/4in,ormetricsizesofPG13andPG21.
• Universalpowerinputrange—DataEnablerPro automatically senses mains voltages rangingfrom100–277VAC,andpassesmains voltages through to all connected lights.
• Designedformaximumenergyefficiency—DataEnablerProconsumesjust20Wmaximum. Optional power-saving modes automatically cut power to attached lights whenlightsareoffforaconfigurablenumberof minutes.
Date: _____________________________ Type: _________________________
Firm Name: ______________________________________________________
Project: _________________________________________________________
Data Enabler ProIntegrated data and power for intelligent LED lighting fixtures employing Powercore technology
D For information on installation planning, including electrical and data configuration guidelines, view or download the Data Enabler Pro Product Guide from www.philipscolorkinetics.com/ls/pds/dataenablerpro/
Light System Manager Controller
100 – 240 VAC
EthernetController
KeypadEthernetSwitch
CAT 5e Cable
CAT 5e Cable
Ethernet Data
JunctionBox
Data Enabler Pro
100 – 240 VAC
100 – 240 VAC
ControllerKeypad iPlayer 3
Controller
Data Enabler Pro
Serial Cable
DMX Data
JunctionBox
DMX Configuration
Ethernet Configuration
Data Enabler ProIntegrated data and power for intelligent LED lighting fi xtures using Powercore
Philips Color Kinetics3 Burlington Woods DriveBurlington, Massachusetts 01803 USATel 888.385.5742Tel 617.423.9999Fax 617.423.9998www.philipscolorkinetics.com
Copyright © 2010 – 2012 Philips Solid-State Lighting Solutions, Inc. All rights reserved. Chromacore, Chromasic, CK, the CK logo, Color Kinetics, the Color Kinetics logo, ColorBlast, ColorBlaze, ColorBurst, eW Fuse, ColorGraze, ColorPlay, ColorReach, iW Reach, eW Reach, DIMand, EssentialWhite, eW, iColor, iColor Cove, IntelliWhite, iW, iPlayer, Optibin, and Powercore are either registered trademarks or trademarks of Philips Solid-State Lighting Solutions, Inc. in the United States and / or other countries. All other brand or product names are trademarks or registered trademarks of their respective owners. Due to continuous improvements and innovations, specifications may change without notice. DAS-000052-01 R05 07-12
Specifications Due to continuous improvements and innovations, specifications may change without notice.
Use Item Number when ordering in North America.
Data Enabler Pro
DESIGNED AND DEVELOPED IN THE USA. MADE IN CHINA.
www. colorkinetics.com
Data Enabler Pro
5.4 in138 mm
3.4 in87 mm
2.35 in60 mm
1.7 in43 mm
6.35 in161.3 mm
1.6 in41 mm
.8 in Ø (UL)Accepts ½ in NPT
20.4 mm Ø (CE)Accepts M20
1.05 in Ø (UL)Accepts ¾ in NPT
26.8 mm Ø (CE)Accepts M25
10.5 in267 mm
9.6 in244 mm
8.7 in267 mm
2.8 in71 mm
3 mm hex
.1875 in Ø4.8 mm
DESIGNEDAND DEVELOPED IN THE USA.MADE IN CHINA.
www colorkinetics.comw.ww
Data Enabler Prorr
Data Enabler Pro
DESIGNED AND DEVELOPED IN THE USA. MADE IN CHINA.
www. colorkinetics.com
Data Enabler Pro
5.4 in138 mm
3.4 in87 mm
2.35 in60 mm
1.7 in43 mm
6.35 in161.3 mm
1.6 in41 mm
.8 in Ø (UL)Accepts ½ in NPT
20.4 mm Ø (CE)Accepts M20
1.05 in Ø (UL)Accepts ¾ in NPT
26.8 mm Ø (CE)Accepts M25
10.5 in267 mm
9.6 in244 mm
8.7 in267 mm
2.8 in71 mm
3 mm hex
.1875 in Ø4.8 mm
DESIGNEDAND DEVELOPED IN THE USA.MADE IN CHINA.
www colorkinetics.comw.ww
Data Enabler Prorr
Ordering Information
Item Specification Details
Electrical
InputVoltage 100–277VAC*,auto-ranging,50/60Hz
Maximum Input Current 16.5Amaximum
Power Consumption 20Wmaximum
Load Current 16Amaximum
Connections
Power Input 3-wirePCterminalblockconnector†
Power/DataOutput4-wirePCterminalblockconnector†
4-wireIDCterminalblockconnector(eWAccentMXPowercoreandiColorAccentMXPowercoreonly)‡
DMXInput/Output Double-pair, double-entry IDC connectors‡
EthernetInput/Output Double-pair, double-entry IDC connectors‡
Physical
Dimensions (Height x Width x Depth)
3.4x10.5x5.4in(87x267x138mm)
Weight 5.4lb (2.4kg)
Construction Cast aluminum enclosure with slots for surface mounting
Finish Powder-coated industrial gray matte
Threaded Openings3/4inNPTforpower/1/2inNPTfordata(UStrade) PG21forpower/PG13fordata(metric)
Temperature Ranges-40°–122°F (-40°–50°C)Operating-20°–122°F (-20°–50°C)Startup -40°–176°F(-40°–80°C)Storage
Humidity 0–95%,non-condensing
Cooling Convection
HeatDissipation 20W
DataInputSourcePhilips full range of controllers, third-party DMX controllers, or KiNET-compatible§ third-party Ethernet controllers
CertificationandSafety
Certification UL/cUL,FCCClassA,CE,C-Tick
Environment Dry/Damp/WetLocation,IP66
Item Type Item Number Philips12NC
Data Enabler Pro
3/4in/1/2inNPT (UStradesizeconduit) 106-000004-00 910503701210
PG21/PG13 (metricsizeconduit) 106-000004-01 910503701211
*Verifythatthelinevoltageisappropriateforthelightingfixturesinyourinstallation.Seeaspecificfixture’sdocumentationforsupportedlinevoltages.
†PCterminalblockconnectorsacceptrecommendedwiresizesfrom 8–18AWG(8.37–0.823mm2).
‡IDCconnectorsacceptwiresizesfrom22–26AWG(0.326–0.129mm2).
§ KiNET is the Ethernet lighting protocol from Philips Color Kinetics.