Outdoor LED lighting delivers on performance. Philips Wide-Lite Quality area and site series featuring LEDGINE technology.

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1 Outdoor LED lighting delivers on performance Philips Wide-Lite Quality area and site series featuring LEDGINE technology wwwwide wide eco e.com 1

2 Performance driven outdoor lighting solutions utilizing LEDGINE technology Philips Wide Lite introduces a new Quality Lighting LED area and site product family. The classic geometric lines and form compliments both modern and traditional architectural landscapes, and is available in two housing sizes along with a multitude of lumen packages to meet the demands of today s lighting professionals. We have constructed a luminaire that combines precision performance with indelible quality by employing LEDGINE, a Philips global LED-based lighting platform designed to provide advanced, upgradeability, and reliable lighting solutions. Together, the QLA family delivers high quality with simple yet relevant architectural styling like no other product in the market today. 2

3 Extreme energy savings up to 60% The optics designed especially for the LEDGINE platform are optimized for performance, compared to traditional HID luminaires where a majority of the luminous flux is wasted by reflector inefficiency and lumens exiting directly below the lamp resulting in hot spots and poor uniformity. 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. Thanks to the QLA s extremely efficient optical system and the inefficiencies of today s HID systems, 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 Initial Delivered Lumens (Initial, 72% eff.) HID System Wattage Rated Life QLA System Equivalent Initial Delivered Lumens (Initial) QLA System Wattage Predicted L70 LED 25 C Predicted L70 LED 40 C LED Energy Savings LED Savings W Pulse Start 10, ,000 QLA-80G L 7, ,732 89, % W Probe Start 9, ,000 QLA-80G L 10, ,917 93, % 175W Pulse Start 11, ,000 QLA-80G L 10, ,917 93, % 250W Probe Start 14, ,000 QLA-160G L 15, ,932 87, % 250W Pulse Start 17, ,000 QLA-160G L 15, ,932 87, % 400W Probe Start 25, ,000 QLA-160G L 15, ,932 87, % 400W Pulse Start 30, ,000 QLA-160G L 15, ,932 87, % 400W Probe Start 25, ,000 QLA-160G L 21, ,422 90, % 400W Pulse Start 30, ,000 QLA-160G L 21, ,422 90, % Utilizing programmable and non-programmable control options for additional energy savings savings during off-peak hours Why operate your outdoor luminaires at 100% power in an unoccupied space if you don t have to. Off-peak hours of operation can easily outnumber peak hours by 2 to 1 or more. Our QLA family offers Dynadimmer, a simple standalone smart control system designed to reduce energy consumption during those off-peak hours. By using a variety of preset or custom dimming profiles, Dyandimmer requires no additional wiring or controls. Once installed, the device will continuously calculate the midpoint of the evening based on location and season over a two night period to run the dimming profile. This allows end users to provide a safe and inviting nighttime experience while saving energy and reducing the environmental impact of site and area lighting. An additional control option that saves energy during off-peak hours of operation with QLA is our basic dimming driver ( DD ) option. When combined with traditional secondary Light Output 100 % 75 % 50 % 25 % Night s Midpoint 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. Diming Profile (4, 6, 8 hours or custom) 3

4 Innovative passthrough convective cooling design maximizes rated life and lumen maintenance The LEDGINE pods were uniquely engineered with radial heatsinks to help create a vortex of air by pulling cooler ambient air from outside the luminaire through vents in the doorframe and upper housing. These radial fins help to increase air velocity and the passthrough convective cooling system helps to cool internal components while effectively radiating heat out and away from the LEDs and the luminaire at the same time. Rated system life 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 LEDs. The QLA s innovative housing 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). QLA s innovative IP66 rated thermal Pod frame management system and vented housing design creates a vortex of airflow by pulling cold air from the outside for passthrough convective cooling and heat extraction. Maximizing air flow ensures optimum LED performance, system life and longevity. Predicted LED life and lumen maintenance (LLM) 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 years of operation or longer, Philips Wide-Lite provides lighting professionals the ability to properly choose a LED lumen maintenance (LLM) factor for their lighting designs. LED lumen maintenance per life and ambient temperatures 530 ma The tables below show that QLA 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 25 C (77 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. HID lumen maintenance per life and re-lamp 400 Watt Pulse Start Metal Halide Predicted Life Hours of operation / years based on 10 hour burn cycle Outdoor ambient temp ( C) Initial Junction temperature Lamp ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / ,000 / Re-lamp #1 Re-lamp #2 Re-lamp #3 Re-lamp #4 Re-lamp #5 Re-lamp #6 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 QLA lumen package and can be found in the specification sheets at HID calculations are based upon relative photometry which includes technical data for mean lamp lumens 0.80 of initial and ballast factor 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 QLA 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. 4

5 Hitting your target without wasting light or energy The QLA 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, QLA s optical systems are designed to distribute light output evenly toward specific target regions according to task. As a result, lighting professionals can avoid developing overlit spaces and produce a visually pleasing, uniform illuminated environment. Extreme hot spot directly below the lamp and inefficient system due to interreflected flux. Designed to evenly and efficiently distribute lumens to the task area The below comparisons are based on current IES parking lot criteria for enhanced security. Minimum maintained horizontal illuminance: 0.5. Maximum-to-minimum ratio: 15:1. Best in Class HID design 400 watt pulse start metal halide Superior task lumen replacement QLA s 278 watt solution Extreme energy savings QLA s 181 watt solution system watts PSMH Meets minimum fc requirements, lot is overlit with poor max-to-min ratios and higher glare (G) BUG rating. 278 system watts QLA-128G1-700 Matches minimum fc levels of HID with better uniformity, lower glare (G) BUG rating and 39% energy savings. 181 system watts QLA-160G1-350 Meets minimum fc requirements with 60% energy savings and provides a lower glare (G) BUG rating than HID. Description Lamp Ballast Average Max Min Avg./Min Max/Min HID Brand 400 Magnetic Description LEDs Driver Average Max Min Avg./Min Max/Min QLA-128G Description LEDs Driver Average Max Min Avg./Min Max/Min QLA-160G Description LLF B U G Units Wattage Total System Watts HID Brand ,808 Description LLF B U G Units Unit Total Energy Wattage System Watts Savings QLA-128G ,110 39% Description LLF B U G Units Unit Wattage Total System Watts Energy Savings QLA-160G % Note: The above comparisons are based on 27.5 mounting height (25 pole & 30 base), 120 spacing and are in accordance with IES RP and LM parking lot criteria. All three comparisons were based on a 0.72 lumen maintenance. 5

6 Distributions and lighting performance Narrow areas Asymmetric areas Perimeter areas Large open areas 2L0 2L0 is designed to IES Type II. 3L0 3L0 is designed to IES Type III. 4L0 4L0 is designed to IES Type IV. 5L0 5L0 is designed to IES Type V. Optical flexibility The QLA family is available with four area and site optical distributions, allowing you to customize your design solution according to the application. For additional distribution control, internal house side shielding is available 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. Photometric Data House side shield HSS Available in 2L, 3L and 4L. Extreme house side shield HSSX Available in 4L only-leed compliant. Cat No. Optic (distribution) System Wattage Fixture Lumens Efficacy B (backlight) U (uplight) G (glare) CCT IES File # QLA-64G1-700 Type II (2L) , K +/- 175 K QLA-64G L.IES Type III (3L) , K +/- 175 K QLA-64G L.IES Type IV (4L) , K +/- 175 K QLA-64G L.IES Type V (5L) 136 9, K +/- 175 K QLA-64G L.IES QLA-80G1-350 Type II (2L) 90 7, K +/- 175 K QLA-80G L.IES Type III (3L) 90 7, K +/- 175 K QLA-80G L.IES Type IV (4L) 90 7, K +/- 175 K QLA-80G L.IES Type V (5L) 90 7, K +/- 175 K QLA-80G L.IES QLA-80G1-530 Type II (2L) , K +/- 175 K QLA-80G L.IES Type III (3L) , K +/- 175 K QLA-80G L.IES Type IV (4L) , K +/- 175 K QLA-80G L.IES Type V (5L) , K +/- 175 K QLA-80G L.IES QLA-128G1-700 Type II (2L) , K +/- 175 K QLA-128G L.IES Type III (3L) , K +/- 175 K QLA-128G L.IES Type IV (4L) , K +/- 175 K QLA-128G L.IES Type V (5L) , K +/- 175 K QLA-128G L.IES QLA-160G1-350 Type II (2L) , K +/- 175 K QLA-160G L.IES Type III (3L) , K +/- 175 K QLA-160G L.IES Type IV (4L) , K +/- 175 K QLA-160G L.IES Type V (5L) , K +/- 175 K QLA-160G L.IES QLA-160G1-530 Type II (2L) , K +/- 175 K QLA-160G L.IES Type III (3L) , K +/- 175 K QLA-160G L.IES Type IV (4L) , K +/- 175 K QLA-160G L.IES Type V (5L) , K +/- 175 K QLA-160G L.IES Backlight (B) - refers to light directed opposite the target area, which may create light trespass. Backlight is commonly behind the luminaire. Uplight (U) - is illumination directed above the horizontal plane of the luminaire (90º) which causes artificial sky glow. Glare (G) - is the amount of light from the luminaire emitted in directions or at angles that cause glare which can create visual disability. All of the QLA s most up-to-date photometric files are available at 6

7 Designed for flexibility and upgradeability Construction and Maintenance QLA s IP66 rated construction is designed with two dedicated housing chambers. The LED electrical component chamber is designed separate from the LEDGINE pod assembly to keep all components cooled for optimum operation and mounts directly to an independent driver tray. The LEDGINE pod assembly mounts 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 QLA can be easily serviced or upgraded in the lift or on the ground. Future-proof 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. Rotatable optics The QLA 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. Separate driver tray The QLA s electrical components are mounted to a dedicated driver tray. Separating the driver from the LED pod assemblies improves thermal management and ease of maintenance. 7

8 QLA ordering matrix QLA-128G1 and 160G1 (20-30 mt.) Elevated Scale Guide 30' QLA-64G1 and 80G1 (10-20 mt.) 28' 24' 20' 16' 12' 8' 4' QLA-64G1- WM QLA-64G1 QLA-64G1 QLA-128G1 QLA-128G1 8

9 Dimensions Small Housing (QLA-64G1 and 80G1) Large Housing (QLA-128G1 & 160G1) Side View cm cm End View cm cm Side View cm cm End View cm cm Top View cm Top View cm cm cm cm cm Weight: 28 lbs 12.7 kgs EPA: 0.52 sq ft cm Weight: 46 lbs 20.8 kgs EPA: 0.76 sq ft Technical data ma ma ma ma ma ma Total System Watts Initial 25 C Ambient 10,292 7,555 10,454 21,237 15,486 21,458 Lumens per 25 C Ambient Initial 35 C Ambient 10,069 7,436 10,229 20,536 15,160 21,108 Lumens per 35 C Ambient Initial 40 C Ambient N/A 7,396 10,117 N/A 14,997 20,992 Lumens per 40 C Ambient N/A N/A Ordering information Ordering Example: QLA-128G1-700-NW-3L0-120-SAM-DD-F1-TSA Series # of LEDs Driver LED Color Distribution Voltage Mounting Options Finish Accessories QLA 64G1 700 NW 2L0 Type II 120 SAM F1 2 HSS 5 DS25 8 TPG F1-KIT 4LHSS-128 Neutral 2L90 Type II,90º Straight Single Fusing House Side 80G white Arm (120, 277, 347V) Shield DS50 8 TGR F2-KIT 4LHSS-160 2L270 Type II, 270º Mount F2 2 HSSX 6 DS75 8 TSA F3-KIT 4LHSSX-64 3L0 Type III Double Fusing Extreme Dynadimmer 128G (208, 240, 480V) LEED House Safety profile TWHT DYN-KIT1 4LHSSX-80 3L90 Type III, 90º Side Shield F3 3L270 DM25 8 TGN DYN-KIT2 4LHSSX G1 Type III, 270º Double Fusing DD 4L0 Type IV (208, 240, 480V) DM50 8 TDB SG-QLA1 4LHSSX-160 Canadian Dimming 4L90 Type IV, 90º UNV 1,2 Double Pull DM75 Driver TBK SG-QLA2 RPA339-QLA 4L270 Type IV, 270º PCB 2,3 Dynadimmer RAL(*) WM-QLA RPTA190-DT13 Median profile Photocontrol 5L Type V Button DE25 8 2LHSS-64 RPTA290-DT13 TLR DE50 8 2LHSS-80 RPTA2180-DT13 Notes: 1) UNV universal voltage, V. Twist lock Photocell DE75 8 2LHSS-128 RPTA390-DT13 2) Specify voltage. Fusing and photocontrols not available with UNV voltage option. Receptacle Dynadimmer 3) PCB option not available in 480V. Economy profile 2LHSS-160 RPTA3120-DT13 4) TLRPC option not available in 347 or 480V. TLRPC 2,4 DCP 8 3LHSS-64 RPTA490-DT13 5) HSS House Side Shield option and accessory are available for Type-II, Type-III, and Type-IV only. 6) HSSX Extreme LEED House Side Shield option and accessory available for Type-IV only. 7) 0-10V leads exiting luminaire arm supplied for connection to external secondary controls (by others). 8) Dynadimmer options and accessories are only available in V. 9) QLA is compatible with a wide range of non-programmable and programmable occupancy sensors, wireless controls and asset management systems (by others). Contact factory. Twist lock Receptacle with Photocell Dynadimmer Custom Programming 3LHSS-80 3LHSS-128 3LHSS-160 4LHSS-64 SPTA190-DT13 SPTA290-DT13 SPTA2180-DT13 SPTA390-DT13 4LHSS-80 SPTA490-DT13 9

10 Options and accessories details Controls and dimming option details PCB Factory installed photocell button Not available with 347 or 480V. 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. Only available in V. 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. Only available in V. TLR Twist lock receptacle TLRPC Twist lock receptacle with photocontrol Not available with 347 or 480V. DD Dimming Driver (0-10V) Continuous dimming down to 10% power. 0-10V leads supplied for connection to external controls (by others). Options details DM25 25% DM50 50% DM75 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. Only available in V. DS25 5,6 25% DS50 5,6 50% DS75 5,6 75% DE25 25% DE50 50% DE75 75% DCP Finish 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. DYN-KIT1 or DYN-KIT2 required for field programming, Only available in V. F1 F2 F3 Single Fusing (120, 277, 347V) Double Fusing (208, 240, 480V) Double Fusing (208, 240, 480V) (Canadian double pull) HSS Factory Installed House Side Shield Available with Type-II, III, and IV. HSSX Factory Installed Extreme LEED House Side Shield Available with Type-IV only. TPG Textured Philips Gray TBK Textured Black TGR Textured Gray TGN Textured Green TSA Textured Satin Aluminum TDB Textured Dark Bronze TWHT Textured White RAL(*) Custom Color (*=Specify RAL number) Accessories (fi eld installed) DYN-KIT1 Dynadimmer USB Cable Kit (for field programming) 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. DYN-KIT2 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. F1-KIT Single Fusing Field Installed Kit (120, 277, 347V) F2-KIT Double Fusing Field Installed Kit (208, 240, 480V) F3-KIT Double Fusing Field Installed Kit (208, 240, 480V) (Canadian double pull) SG-QLA1 SG-QLA2 Field installed Stone Guard QLA-64G1 and QLA-80G1 Field installed Stone Guard QLA-128G1 and QLA-160G1 2LHSS-64 Type 2L House Side Shield for 64G1 units 4LHSS-64 Type 4L House Side Shield for 64G1 units 2LHSS-80 Type 2L House Side Shield for 80G1 units 4LHSS-80 Type 4L House Side Shield for 80G1 units 2LHSS-128 Type 2L House Side Shield for 128G1 units 4LHSS-128 Type 4L House Side Shield for 128G1 units 2LHSS-160 Type 2L House Side Shield for 160G1 units 4LHSS-160 Type 4L House Side Shield for 160G1 units 3LHSS-64 3LHSS-80 3LHSS-128 3LHSS-160 Type 3L House Side Shield for 64G1 units Type 3L House Side Shield for 80G1 units Type 3L House Side Shield for 128G1 units Type 3L House Side Shield for 160G1 units 4LHSSX-64 Type 4L Extreme LEED House Side Shield for 64G1 units 4LHSSX-80 Type 4L Extreme LEED House Side Shield for 80G1 units 4LHSSX-128 Type 4L Extreme LEED House Side Shield for 128G1 units 4LHSSX-160 Type 4L Extreme LEED House Side Shield for 160G1 units 10

11 Mounting details Accessory details Round Pole Tenon Adapters Square Pole Tenon Adapters Round Pole Tenon adapter allows mounting of QLAwith 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 QLAwith 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-DT Wall Mount Round Pole Adapter RPA339-QLA WM-QLA Round pole adapter for O.D. pole Field Installed wall mount accessory See wall mount details below Available with straight arm only Arm mount details Wall mount details Straight and Upswept Arm Mount Drill Template (NTS) 5.44 square Ø0.56 TYP square DRILL TEMPLATE NO. 13 to 4-5 round or square pole Clearance for 3/8 bolts Mounting configurations EPA DATA QLA-80G1/64G EPA DATA QLA-128G1/160G Specifications Rated System Life (LED life per L70) Driver and LED life: 80, C ( F) Predicted LED life See spec sheet for complete predicted LED life tables. Construction Die-cast aluminum housing with corrosion resistant hardware. QLA-64G1 and 80G1 have 22 optical housing. QLA-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. 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: , 347, 480. Temperature range: -30 C (-22 F) to 40 C (104 F). Exception: QLA 64 and 128 LED 700 ma unit: -30 C (-22 F) to 35 C (95 F). Open/short circuit protection. RoHS compliant. Thermal Management IP66 rated thermal Pod frame management system creates a vortex of airflow for pass-through convective cooling and heat extraction. LED Optical System QLA 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. LED and Board Array Rebel ES LEDs. Color temperature: Neutral White 4125 K +/- 175K; CRI 60. Metal core printed circuit board. LEDs per unit = QLA small: 64 or 80. QLA large: 128 or 160. Mounting QLA 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 round poles. Scan to view QLA s most up-to-date specification and technical data. Pb lead-free 9 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 -30 to 40 C (-22 to 104 F). See exception in driver specifications for QLA 700 ma units. The quality systems of this facility have been registered by UL to the ISO 9001 series standards. QLA site & area series is DLC certified. Warranty Mechanical, finish, and LED engine & components shall be covered by a limited 5 Year Warranty. The current Philips Wide-Lite Warranty may be found at (keyword: warranty) as well as the current Standard Terms and Conditions of Sale (keyword: terms). All sales of items in this catalogue shall be subject to the Philips Wide-Lite Standard Terms and Conditions of Sale current at the time of shipment. If you do not have a copy of the Philips Wide-Lite Warranty and Standard Terms, please contact the factory for same prior to ordering. R ohs 2002/95/EC 11

12 2011 Koninklijke Philips Electronics N.V. All rights reserved Clovis R. Barker Road San Marcos, Texas PH: FAX: Document order number: QLBR0159B w wide it eco e.co