www.wide-lite.com 1wwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwww iiiiiiwiwwwwwwiwwwwwwwiwwwiwiwwwwwwiwiwwiwiww.wwi.ww.wwiw.wiwwiiw dddddddddddddddeddedeedededdededdeddddededdde-de-e-ddedededededee litlililitlitlitlitll ttlitlittlitllitlittlitlitlitl ttlitlitlitlitlittilitliititlitlitlittitittttl e ce ce ce cee ccce ce cee ce cee cee ce ce ceee ce ce ce ce ceeee.ce.ce.cee.ce.ce.cee ce omomomoommmomomooommmmmmomomomomommomomomomomommmmomomomomommomoooo 1111111111111111111111111

LED parking garage luminaires featuring

integrated LimeLight wireless controls

A perfectly calibrated lighting solution

www.wide-lite.com1

Every year 6.5 billion kilowatt hours

are wasted on parking garage

lighting – that amounts to over

$2 million a day, $730 million a year.

www.wide-lite.com 2

Philips Wide-Lite’s innovation award winning VizorLED and value driven

QLP parking garage and under canopy luminaires coupled with LimeLight’s

ZigBee based wireless control system provides the ultimate lighting solution

for today’s demanding and challenging markets.

Integrating LimeLight wireless technology into our industry leading LED parking and

under canopy products creates a high-density mesh network of communication between

luminaires that can ultimately be managed from any remote location. In turn we maximize

energy savings, streamline facility management and maintenance, enhance safety and

emotional experience within the space, all while reducing total cost of ownership.

An intelligent wireless control system

designed to reduce waste, enhance

security, and maximize energy savings al

www.wide-lite.com3

Building the case

for LEDs and

dynamic controls

Putting a stop to energy

and illumination waste

Millions of dollars and a tremendous amount of energy

is wasted on parking garage lighting annually. It’s wasted

because luminaires are operating 24 hours a day, 365 days

a year. LED luminaires utilizing controls makes it easy to be

proactive versus reactive in reducing energy consumption.

As a result, over six and half billion kilowatt hours of

energy is wasted each year in parking structures alone.

Conservatively, a typical parking structure is only occupied

with traffi c 30% of the time. This means energy is wasted

for two thirds of the day by continuously running your

lighting at full output. Controls and dimming allow you to

save energy during unoccupied periods.

Utility rebates and

tax incentive programs

Many utility companies nationwide have instituted financial incentives for employing energy efficient light sources and controls towards existing and new construction facilities. LED luminaires coupled with controls are your highest rebate potential. In addition to utility rebates, parking structures are covered under EPAct 2005 deduction energy saving incentive for lighting and building efficiency. 1

Increases in electricity rates and

legislation initiatives

As our nation continues to face historic economical and environmental challenges, the need to conserve energy has never been greater. When specifying controls with Philips

Wide-Lite’s LED parking garage luminaires, customers are

better equipped to react to increases in kilowatt rates, load

shedding, and economical demand responses set forth by

local and federal energy legislations. Waste not, want not.

References:1. Department of Energy’s Federal Energy Management and Incentive Programs. 2. Title-24 and DesignLight Consortium. 3. U.S. Energy Information Administration

1 A significant tax deduction may be available under EPAct 2005 for an energy saving lighting. Parking garages qualify under this program as interior spaces. Contact your Philips Wide-Lite representative or visit http://lightingtaxdeduction.org for further details.

“With lighting controls, building owners and

operators benefi t from a more valuable,

effi cient facility. The environment benefi ts

from fewer construction-related impacts

and the decreased ongoing demand for

natural resources.”

- University Sustainability Offi cer

www.wide-lite.com 4

Extend and sustain

LED performance

When specifying controls with Philips Wide-Lite parking and under canopy LED luminaires, the predicted LED life and reliability increases compared to luminaire confi gurations without controls. Increased life means less maintenance, and less maintenance equals a lower cost of ownership over the life cycle of the luminaire.

Preserving our

natural resources

Adopting the use of LED lighting and controls systems in your outdoor space can substantially decrease energy consumption to promote a greener self image by signifi cantly reducing greenhouse gas emissions. Furthermore, LED luminaires contain little to no IR or UV elements, and are mercury and lead free for ease of disposal and recyclability at end of life.

“We’ve worked with communities to create smarter cities with sustainable parking garages, with colleges and universities to provide safe, well-lit environments, and with contractors to build “green” garages that previously were unimaginable. At the end of the day, the team at LimeLight and Philips is about developing smarter solutions that support our vision of a better world. We take this responsibility personally, and consider it a privilege to serve the planet well through LimeLight.” -TwistHDM/LimeLight

The ultimate sustainable

lighting solution

www.wide-lite.com5

0

2

4

6

8

10

12

14

22

LimeLight Energy Gauge

Scheduled/Reactive EventsEnergy Harvesting LimeLight System Peak 24/7

Previous Fixture Peak 24/7

LimeLight Control Factor

Daily Data Only

04/24/1200.00

04/23/1200.00

04/22/1200.00

04/21/1200.00

04/20/1200.00

04/19/1200.00

Actual vs. All on Savings

Cost

Cost

Actual (kwHr)

All On (kwHr)

Rate (kwHr)

Load

Exit

45.7%

$56.8

$67.57844.6

$124.44

0.080

15555

When fully leveraging all aspects of the LimeLight system,

you can determine your peak hours of operation, minimize

energy consumption and have the ability to modify your

light levels according to your facility’s usage patterns based

on occupancy activity and daylight harvesting. This allows

end-users to minimize energy consumption and reduce

wasted illumination by perfectly calibrating their garage

with Philips Wide-Lite luminaires paired with LimeLight

Wireless Controls.

Wireless controls

create a smarter cost

savings solution

1 Percentages are based on Philips Wide-Lite’s VizorLED Gen-2 luminaire with occupancy and photocell detection controls.

LED solutions alone achieve 43 to

68% energy savings compared to

traditional sources, and can reach

up to 80% savings when coupled

with smart controls1

www.wide-lite.com 6

Up to 50% installation and maintenance cost

savings compared to hardwired control systems

Installing a wireless system eliminates the need for dedicated control wiring, circuitry and design, reducing hardwire and labor

expenses during installation. With little to no installation disruptions during daily operation combined with the elimination and

need for maintenance spot checking, wireless controls are proven to be an ideal solution for retrofi t and relight applications to

signifi cantly reduce costly facility maintenance.

Wireless

controls

system

Standalone

controls

system

Features

Requires no additional wiring during installation

Motion and Daylight Sensor provides full 360° detection range

Lengthens life of luminaire and electrical components

Fixtures are fully programmable in the fi eld

Individual fi xtures, groups, or entire facility are programmable from any remote computer

Fixtures can be grouped according to location without complicated additional wiring schemes

System can report energy usage, occupancy rates and occupancy times

Allows you to temporarily override schedules for special events at the click of a mouse

Notifi es you after a power outage

Sends email alert notifi cations of system status and failure conditions

When coupled with Philips Wide-Lite

luminaires, LimeLight features all of

the benefi ts of traditional standalone

control systems with the added ability

to wirelessly communicate with your

system to provide an optimal and safe

experience for the customer.

Superior

management and

control capability

www.wide-lite.com7

Daylight harvesting

controls made easy

provides additional

savings and extends

fixture life

LimeLight’s wireless controls system has the ability to adjust light

levels according to ambient light conditions and as a result, dim

or deactivate perimeter facing luminaires to provide additional

energy savings opportunities. The units will remain at a lower

light level mode until natural light levels decrease to the point

where electric light contributions are once again required.

Daylight harvesting helps to maximize both energy savings and

extend fi xture operating life.

www.wide-lite.com 8

Harvest Low Harvest Medium Harvest High

Sunrise

+30 min

Sunset

-30 minSunrise

+90 min

Sunset

-90 min

Sunrise

+180 min

Sunset

-180 min

The LimeLight system has 4 daylight settings: Light

harvest high, medium, low, and “sleep” mode. Each mode

is commissioned on-site during the initial set up. If future

adjustments are needed, modes can be changed from the

web using LimeLight’s on-line graphical user interface portal.

A unique feature to LimeLight is its ability to utilize the

gateway’s internet connection to obtain local temperature

readings. Every 30 minutes, our “Temperature Guardrail”

program monitors changes in ambient temperature

conditions as the weather fl uctuates during the day.

Should outdoor temperatures reach extreme levels,

LimeLight controlled luminaires can be programmed to

decrease drive currents and light output to preserve the

life of the luminaire and its electrical components.

This is ideally suited for higher

ambient climates or for when

mother nature decides to bring

the heat. The reduced output

level is confi gured during

installation per application.= High

= Medium

= Low

= Off/Sleep

Extreme temperature management keeps components cool to optimize performance

Four configurable light harvest settings provide flexibility

www.wide-lite.com9

Enhance fixture and system

reliability for your customers

and reduce maintenance costs

Because you can view your facility’s lighting status

from any remote location, maintenance has never

been easier. The system will e-mail or text you

directly in the event of a power outage, fi xture failure

or drop in light levels. System outages and sudden

drops in illumination can be tracked immediately to

individual fi xtures. As a result, maintenance issues can

be automatically diagnosed before a repair crew is

dispatched. No more guessing or costly spot checking

to ensure peace of mind that your facility is 100%

operational and safe.

Measuring activity can

improve energy efficiency

LimeLight tracks energy usage by groups, fl oors

or individual fi xtures. The beauty of the system

allows owners to evaluate energy consumption

by generating daily, weekly and quarterly reports

using the on-line reporting tool. This feature allows

users to modify light level presets and scheduling

events straight from the web. Furthermore, when

conducting daylight harvesting and occupancy

activity analysis, wattage reduction calculation

and opportunities for further adjustments can be

verifi ed with real-time data feedback.

Maximize savings

and decrease risk

with real-time data

feedback

“The wireless controls system tracks

energy usage, dims fi xtures when there

is no activity or in areas of strong natural

light, and provides the kind of real-time

data that garage owners need.”

- Municipal User

www.wide-lite.com 10

Ensuring safety at every turn A group of lighting fi xtures illuminate to full power as soon as customers

enter or exit your facility, providing a safe and inviting visual experience year

round, and a sense of security like never before.

With a motion sensor in every fi xture, LimeLight safeguards the entire garage - ensuring

that if a customer enters or exits your garage at any time, the system will light the way.

Fixture grouping allows an entire row or fl oor to illuminate once motion is detected

from an entry point. As cars exit the facility, the fl oor below will illuminate ahead of time.

Patrons will experience a seamless and 100% uniformly illuminated space, unaware of the

controls behind the scenes.

Furthermore, LimeLight provides real time monitoring of the system with diagnostic

feedback to notify facility managers of any equipment failures requiring maintenance, along

with detailed activity reports to see fi rsthand when the garage is quiet and when it is busy

– allowing you to tailor the system around your facility’s specifi c schedule.

www.wide-lite.com11

Leveraging the intelligence

of the system via the web

Event programming is as

easy as 1, 2, 3

LimeLight’s wireless access allows users to set up

multiple program events to accommodate activities

such as maintenance, manual, reactive and high

occupancy level schedules. If you need to override your

active schedule for holidays, sporting events, or other

special occasions, simply log on to the portal and create

a specifi c event program. Again, all in real time without

having to manually reprogram in the fi eld. The regular

scheduled event will resume automatically the next day.

Manage and monitor fixture

groupings in real time

LimeLight’s grouping tool provides tremendous

fl exibility with up to 50 fi xture groups per gateway.

Group the entire fl oor or individual rows to provide

full line-of-sight views for your customer in the evening

hours, or group the entrance areas to keep fi xtures at

maximum light output regardless of the time of day.

The fl exibility and control is yours. After initial

confi guration, you have the ability to change and update

individual fi xtures and groups as required. Thanks to

the wireless communication, changes are done in real

time and from the ease of your computer. No need to

manually reprogram each individual luminaire in the fi eld

like other traditional standalone or wired installations.

LimeLight’s graphical user interface (GUI) is truly the power of the

system enabling you to manage your entire parking garage facility

lighting via the web. Every fi xture has its own MAC address so

owners can check the status of a single fi xture and any fi xture can be

interdependent or independent in terms of grouping. The GUI is a web

based tool that can be accessed straight from the internet, requiring

no additional software installation. Each user will receive a unique user

name and password to access the LimeLight user interface. There are

fi ve levels of access to ensure that the owner, building operator, or

security manager can access only the information they need.

LimeLight’s GUI allows you to control light levels and operate in large or small zones, or by multiple fl oors to best suit your parking garage’s needs all in real time without having to reprogram each fi xture in the fi eld like traditional control systems.

Scheduling special events and adjusting light levels are easily achieved directly from your computer on-site or by remote web access.

www.wide-lite.com 12

Eliminate the ‘popcorn effect’ of single luminaire dimming control

Although widely accepted, individual fi xture control is true line-of-

sight, which means each luminaire is brought to high output only when

motion is detected. This creates a visual domino or ‘popcorn effect’ as

a patron makes their way through the space.

Thanks to LimeLight’s ability to easily create fi xture groups or lighting

zones, patrons will never see any change in illumination levels and will

always be in a fully illuminated space until exiting the parking structure.

Eliminating the undesirable domino or popcorn effect to create a

seamless, safe and inviting visual experience.

After the patron has safely exited the garage, the previously activated

zones gradually dim back to their low state as long as no additional

occupancy is detected. This time delay can be easily programmed

to specifi c settings to further ensure safety and security as well as

maximize energy saving potential.

A parking patron enters the third fl oor to retrieve their vehicle, illuminating the entire fl oor upon entering

As the patron exits the garage, the luminaires on the next level illuminate to full power before the vehicle makes the turn

The ability to perfectly calibrate the facility throughout the 24-hour cycle is the true power of the system. In balance with the substantial energy savings, the safety of the parking patron is also a key driver in the development of the algorithms. Our ability to ignite an entire fl oor to full light output with clear line-of-sight visibility is a key feature of the LimeLight system. - Pat Burel, Director of Technical Services at TwistHDM/LimeLight

www.wide-lite.com13

Understanding LimeLight’s wireless technologyLimeLight is a web-based system that operates through high density mesh (HDM) wireless technology. The diagram below

demonstrates how all of the components of our wireless system work together to create a true mesh network. The system starts

with the web based graphical user interface (GUI), which is accessed to view fi xture status and to manage the luminaires in the

parking garage. All of the commands to the system go through the central LimeLight database, which receives information from the

LimeLight Gateway and checks the status of every fi xture.

3. The customer fi rewall

The internet connection to the gateway is

provided by the facility owner or operator.

The system pays strict observance to

customer’s security and fi rewall rules.

Complete remote technical support

capability is provided.

2. Central LimeLight Database

The central LimeLight database is based on

an M2M platform - a proven, secure, and

reliable store-and-forward messaging

protocol. All activity within the LimeLight

system is captured in the database for easy

retrieval and reporting – which can be

directly accessed through the GUI.

1. Graphical User Interface (GUI)

The Graphical User Interface (GUI) is a user-friendly,

web-based tool that requires no special software on your

personal computer. Each user is given a unique user login,

password, and defi ned level of access. Within the GUI, users

can create groups, edit profi les, set up events, and adjust

light level settings in the facility straight from the web.

You can also generate reports to track the system’s activity.

For enhanced security, alert notifi cations can be set up via

e-mail or cell phone.

www.wide-lite.com 14

1st Floor

2nd Floor

The Gateway mini computer is located in a secure on site location and connects to the internet in the customer facility.

The gateway leverages the ZigBee protocol to channel communication to and from the central LimeLight database.

Radio modules with motion and photocell sensors are integrated into each LED luminaire to facilitate communication

and light harvesting, and are managed through the web-based graphical user interface.

4. The LimeLight Gateway

The Gateway is a mini computer to be mounted in a secure

on-site location. Connected to the internet, the gateway is the

High Density RF Mesh ZigBee coordinator, allowing for real-time

mesh communication between luminaires. It is the manifest

holder of fi xture ID’s, groupings and events. A single LimeLight

gateway can reach a minimum of 800 fi xtures per a typical

parking garage.

5. LED Luminaires within the customer facility

Each Philips Wide-Lite LED luminaire is shipped

to the site with an integrated LimeLight radio,

motion sensor and photocell sensor. The radios can

communicate with up to 16 neighbors to create a

reliable high density mesh network. Each luminaire is

commissioned on-site, see page 15 for further details.

* Drawing not to scalePhotocell

LimeLight RadioAntenna

Motion Sensor

Ph t ll

LimeLimeLi hhLi hLighLighttt RadioA

onor

ZigBee

ZigBee is a specifi cation for a suite of high level communication protocols using small, low-power digital radios based on an IEEE 802 standard for personal area networks.

High Density Mesh (HDM)

LimeLight’s web-based system operates through high density mesh (HDM) wireless technology to create a true mesh network within the garage.

LimeLight Radio

Antenna PhotocellMotion Sensor

Note: For more detailed information on the wireless system, please refer to www.wide-lite.com.

Fixture to fi xture wireless mesh communication structure

www.wide-lite.com15

Philips Wide-Lite representatives can help you design a complete system to meet your individual project needs. The LimeLight

support team will set up the graphical user interface (GUI) and monitoring applications. They will also provide initial strategies

during the commissioning phase to ensure immediate efficiencies and payback.

Specifying the parking garage wireless controls system

Pre-workProject Details

• Identify main points of contact*

• Fixture installation timing*

• IT infrastructure readiness

and contacts*

• On-site commissioning target date

Documentation

• Acquire Fixture layout

documentation for GUI

development process*

• Gateway mounting location

Gateway Installation

• Gateway delivery

• Gateway Installation*

Internet Connection

• Cellular or Ethernet connection

to gateway established*

• All firewall rules in place*

On-Site Activity

• Create the RF Mesh

• Product inspection

• Functional testing

• Fixture mapping

• Create preliminary Lighting

Control Plan

On-Site Training

• User guide review

• Hands-on web interface

• Review of the initial

lighting control plan

• System Q&A

• Next steps

Feedback and Refinement

• TwistHDM analyzes data and refines

control plan

• Customer walks garage and helps

refine control plan*

• Review Daytime light levels and

night minimums

On-Site Activity

• Commissioning report delivered

• Standard alert notification enabled

• TwistHDM support begins

On-site commissioning

Review and evaluation

Key milestones before on-site commissioning

1. A cellular or wired internet connection musts be established (or other arrangements made) at least 2 weeks in advance.

2. All LimeLight enabled fixtures must be installed and powered by the time of wired Ethernet connection is established.

3. Key customer contacts must be available for training during on-site commissioning or be willing to defer to web based training at a later date.

4. All customer actions are identified with an asterisk. ‘*’.

www.wide-lite.com 16

Features Benefits

Eliminates the cost and need for any

low voltage control design & wiring

Web-based login & GUI interface

Provides energy forecasts and reduces

environmental waste

Respects minimum IES and CBEA

requirements during occupied periods

Creates a high density mesh network

of communication between luminaires

Luminaires come ready-to-install, (no front-end

design or on-site controls wiring required) helps to

reduce installation costs

No proprietary software required, can access

from any web based PC using our GUI portal,

eliminating the need to manually adjust luminaires

in the field. The system remains compatible with

future technology advances or software upgrades

Extreme energy savings realized, decreases CO2

emissions and significantly lowers energy bills, provides

detailed reports to manage and monitor usage

Dimming is done seamlessly, always keeping light to

a safe and comfortable level

Wireless mesh network ensures continuous

communication between luminaires and eliminates the

need for zonal wiring and added installation costs

Projects a green image that attracts citizens and

investors while controlling energy wasteEnvironmentally-friendly solution

24/7 monitoring service

Ensures safety and security for patrons and owners,

eliminates the need for costly maintenance spot

checks, helps reduce total cost of ownership

Fixtures can be wirelessly grouped

and dimmed by zonal control

Eliminates the domino or popcorn lighting

effect caused by standalone control for a seamless

visual experience, requires no complicated design

and wiring schemes of hard-wired zonal systems

The value of wireless

lighting controls:

Sensors and GUI interface include

daylight harvesting capability

Perimeter luminaires can be configured per ambient

light levels to dim and provide additional energy

savings during the day while extending fixture life

Temperature Guardrail feature pings

weather information every 30 minutes

By monitoring extreme weather conditions via

the web, products can be dimmed if ambient

temperatures are too high to extend fixture life

www.wide-lite.com17

Wireless Controls for Top Deck and Flat Lot Applications - Coming Soon

Quality LED Area and Site Series A value driven area luminaire achieving

up to 21,000 lumens and up to 90 lm/W.

Available in two sizes. DLC Certified.

Contact factory for wireless controls

availability.

AeroScape LED Area and Site SeriesCombining the latest in LED technology with a

modern-edged design, AeroScape Area & Site

Series can achieve up to 21,500 lumens and 86

lm/W. DLC Certified. Contact factory for wireless

controls availability.

Scan our QR code to visit our ‘Wireless

Controls’ microsite. Microsite features

include compatible product offerings,

technical specifications, & video modules.

Product solutions

For complete product specifi cation details and ordering information, visit: www.wide-lite.com

VizorLED

As an LFI Innovation and NGL award winner and participant of a DOE GATEWAY SSL

Demonstration project, VizorLED has proved superior and unique to its kind. VizorLED

improves performance by increasing fixture lumens, efficacy, and system rated life. VizorLED is

the first parking and under canopy luminaire to utilize Non-Direct View (NDV) optics, which

shield the LEDs from direct line of site and provides up to 10% uplight for improved visual

comfort. VizorLED meets IES criteria for parking garages with only one fixture per bay to

significantly reduce installation costs for a faster return on investment. Two driver options draw

less power for even greater energy efficiency. The die-cast aluminium housing and specially

engineered heat sink provides excellent L70 and rated system life. VizorLED is DLC approved

with the Bi-Axial (symmetric) optics.

QLP

Our Quality LED Parking Garage (QLP) series provides an energy efficient lighting solution

with superior performance, efficiency, and product life. QLP utilizes our Philips LEDGINE

LED platform, which can be easily upgraded and is supported as a future-proof solution.

The Rated System Life (LED and Driver) achieves up to 100,000 hours. QLP is constructed

of die-cast aluminum with an integrated heat sink that maximizes performance and fixture

reliability. QLP offers three distribution options: symmetrical, asymmetrical, and downlight.

QLP is DLC approved with the Symmetric and Asymmetric optics.

www.wide-lite.com 18

System and component details

0’

0’

8’

9’

10’5’ 20’ 25’15’10’ 5’20’25’ 15’

QLPVizorLED

Typical Sensor Coverage

Radio and Motion Sensor Details

Dimensions

Gateway Details

Installation:The back of the Gateway is equipped with (4) blind

threaded holes that accept 10-32 screws. Mount

spacing is 10.41” across and 14.19” vertical.

Specifications:- High density RF Mesh coordinator

- Ethernet or cellular connection to LimeLight server

- Proprietor of software “rules of operation”

- Constructed to IP65 when used with waterproof

connectors by others

- Highly protected, long life ac/dc power supply

- Single board, ARM compliant 520Mhz Intel computer.

- Operating Temperature up to 55˚C

- Tamper proof housing

Requirements:Installed within the garage facility, the Gateway is

powered by a 120V source and connected to the

internet via an Ethernet cable or an integrated cellular

modem. A 20 foot distance between the gateway and

the first fixture is optimal.

12”(30.48 cm)

15.63”(38.8 cm)

10.4”(26.4 cm)

14.2”(36 cm)

6”(15.24 cm)

PWR LED

ETH0

ETH1

Front View Back View Side View

LimeLight Radio:- 1.8 Watts max (no load draw)

- Operating voltage 102-277V RMS

- Operating Temperature up to 40˚C (104°F)

- Communicates using the ZigBee protocol

- Carries out dimming commands from

Gateway

- Reports internal PCB temperature

- Reports ambient light readings to 1500 Fc

- Transmission Systems Operating within the

band 2400-2483.5Mhz. IEEE 82.15.4

- ROHS Compliant

Motion Sensor:- Wattstopper FS-305 lens configuration

- Detects motion through passive

InfraRed sensing technology

- Operating Temperature up to 40˚C (104°F)

- Connects directly to radio through

modular jack

- 25 ft. radius sensing coverage at 8ft.

mounting height

LimeLight

Radio

Antenna

PhotocellMotion Sensor

QLP

5.6”(14.2 cm)

1.8”(4.6 cm)

4.5”(11.4 cm)

12.4” 31.43 cm

16.0” 40.64 cm

5.7”14.47 cm

10.46”(26.6 cm)

8.18”(20.8 cm)

3.83”(9.73 cm)

1.24”(3.15 cm)

LimeLight

Radio Antenna

PhotocellMotion

Sensor

VizorLED

Philips Wide-lite reserves the right to change specifications and dimensions without notice. Always download the latest technical details at www.wide-lite.com.

www.wide-lite.com19 wwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwwww iiiiiwiwwwwwwwiwwwwwwiwwwiwiiwwwiwwiwwiwwiwii.w.wwii.w.w.ww.w..wwwwiwiwww ddddddddddddddddededddededdeeeededededdedddeeeeeeedddddedeeeeeededdddddeede-ddeeeee-de-de-de-de-dedde-ddedee-dedeeeddedededdedeeeededededdddeeedee liiliilitittttittttlitlitttlitittlittitttlititititlitititittlittlite ce cce ce ce cce ce ce cce ce ce cee.ce.cee.ce.ce.comomommomomomooomomommmomommmomomomooomommm19919919191999919919199191999919191999191919991919191

© 2012 Koninklijke Philips Electronics N.V.All rights reserved.

1611 Clovis R. Barker RoadSan Marcos, Texas 78666PH: 512.392.5821FAX: 512.753.1122www.wide-lite.comDocument order number: WLBR0112A0712