Designed for savings & efficiency - Gardco Lighting

Designed for savings & efficiency 

G3 LED parking & under canopy series 

www.sitelighting.com 

1

Designed with flexibility in mind 

Philips Gardco engineers set out to create a solution to address all of the specific lighting and energy savings needs for 

any parking garage application. Whether you are looking for the lowest wattage LED based solution to meet IES design 

criteria with our single board 38 watt 3,431 lumen solution, or you desire enhanced security and light levels with our four 

board 137 watt 13,724 lumens, the G3 has you covered. Combine this modular performance with the latest in standalone 

or wireless controls for added energy savings and even more design flexibility and security, the G3 provides the industry’s 

most comprehensive parking garage solution package available today. 

2 www.sitelighting.com

A modular approach 

Lowest wattage two fixture per bay solution 

G3’s lowest wattage solution is a single 16 LED array that consumes 38 watts per fixture or 76 watts combined in a typical 

two fixture per bay solution. Meets all current IES RP20 design guidelines and minimums and is one of the lowest wattage 

fixtures if not lowest that will meet proposed future changes to IES garage design criteria. Designed to replace a 150 watt 

pulse start system one-for-one consuming 189 system watts per fixture, the G3 by itself saves 80% in energy usage. 

Lowest cost one fixture per bay solution 

For a lowest installed cost solution that still provides 72% in energy savings vs. traditional 150 watt pulse start systems, the 

dual 16 LED array G3 consumes 106 watts per fixture and can meet both current and proposed future IES guidelines one 

fixture per bay with our 1R optic vs. the typical two LED or HID luminaires. Reduce your fixture requirements, installation 

costs and system maintenance by 50% for the lowest total cost of ownership. 

Enhanced light levels for improved safety and security 

Some applications require enhanced or higher lighting levels than what the IES RP20 recommends when improved safety 

and security is a top priority. This typically means increased average footcandle levels and use of additional fixtures. G3’s 

modular design uses one to four 16 LED arrays that delivers up to 13,724 lumens. You now have the flexibility of utilizing 

higher lumen packages in single or two fixture per bay applications to provide enhanced light levels. 

Standalone motion response controls provides additional energy savings 

Integral standalone motion response controls has just about become an industry standard in parking garage applications 

where additional energy savings is a top priority. G3 is no exception and can save you an additional 15% in energy usage 

during unoccupied times. This is the simplest controls solution available today as no additional wiring or commissioning is 

required at installation. Fixtures can be easily updated in the field using a wireless hand held programmer. 

Wireless control solution enhances security, flexibility and user experience 

G3’s wireless LimeLight control system provides the ultimate in fixture control and monitoring available today. Zones can be 

configured so that when motion is detected, the patron experiences a seamless visual experience that standalone controls 

cannot equal without complicated and expensive wiring. Accessible via the web based GUI, the G3 installed site can be 

monitored and updated in real time, including status reports of every fixture for added security and improved maintenance. 


3

4 www.sitelighting.com 

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.

Lowest wattage two fixture per bay solution 

maximizes energy savings 

At 38 watts per fixture, the G3’s single 16 LED array is one of the lowest wattage parking garage luminaires available today 

that meets all current IES RP20 design guidelines and is quite possibly the lowest wattage system that can meet current future 

proposed changes to IES design criteria. By simply converting to or choosing an all LED solution, the G3 was designed to replace 

100-150 watt PSMH 2-per bay systems one-for-one or by using less fixtures. At minimum you can expect to save 80% in energy 

consumption alone compared to the 189 system watts of a 150 watt PSMH luminaire. 

2-fixture per bay design 

Technical References: 

1. IESNA Lighting Handbook 10th Edition. Table 26.2.2. 

G3-5-1-38LA-NW-UNIV-NP 

Energy 

analysis 

Light levels 

Area 

(sq ft) 

Units 

Total Watts 

(per unit) 

Total Install 

Watts 

150W HID 75,438 80 189 15,120 

G3 LED 75,438 80 38 3,040 

Average Max Min Avg/Min Max/Min 

Horizontal fc - 150W HID 6.4 10.7 2.5 2.6 4.3 

Horizontal fc - G3 LED 3.1 4.9 1.1 2.8 4.4 

Vertical fc - 150W HID 5.1 7.3 2.2 2.3 3.3 

Vertical fc - G3 LED 1.1 1.2 0.9 1.2 1.3 

Values are based on standard 150 watt pulse start HID and G3-5-1-38LA-NW luminaires. 

Reflectance: ceiling - 40%, walls - 30%, and floor - 20%, at a 9.0’ wall height and 8.5’ fixture height. 

Fixtures spaced 26’ apart and 30’ between rows. 

Vertical fc values are based on readings taken 5’ above grade; meters facing towards luminaires. 

Typical garage layout designed not to be below current IES RP20 minimums. 

Total energy 

savings: 

80% 

G3 provides 80% energy 

savings compared to traditional 

150 watt pulse start solutions 


5

Minimize total cost of ownership using a one 

fixture per bay solution without sacrificing 

energy savings and performance 

You have a tight budget and are concerned with total cost of ownership, return on investment and you still want to maximize 

energy savings as much as possible. The G3 has you covered by utilizing our 2-board 106 watt luminaire that delivers 8,810 

lumens combined with our ‘1R’ rectangular optic. This configuration was designed specifically to meet IES minimum criteria with a 

single fixture spaced down the center of a typical 60’ wide garage bay vs. the traditional two LED or traditional source luminaires. 

Not only can you reduce your total fixture count by 50% or more, but you also reduce installation costs, maintenance costs and 

optional controls costs by choosing a 1-per bay solution. And you receive all of these added benefits while still saving a significant 

amount of consumed energy compared to traditional luminaires. 





G3-1R-2-106LA-NW-UNIV-NP 

Energy 

analysis 

Light levels 

Area 

(sq ft) 

50% reduction in fixture count, installation 

and maintenance costs with one fixture 

per bay and still saves 68% in energy 

Units 

Total Watts 

(per unit) 

Total Install 

Watts 

150W HID 75,438 80 189 15,120 

G3 LED 75,438 45 106 4,770 

Total energy 


68% 










Typical garage layout designed not to be below current IES RP20 minimums.

G3-5-3-104LA-NW-UNIV-NP 

Energy 

analysis 

Light levels 

Area 

(sq ft) 

Units 

Total Watts 

(per unit) 

Total Install 

Watts 

150W HID 75,438 80 189 15,120 

G3 LED 75,438 80 104 8,320 










Typical garage layout designed not to be below current IES RP20 minimums. 

G3’s modular design provides 

additional lumen packages to address 

your enhanced security needs 

Total energy 


45% 




Have an application that needs higher than normal 

light levels for improved safety and security and 

you cannot add additional fixtures 

Some applications require a 5 footcandle average or higher to provide enhanced safety and security within their structure, while others 

just want more illumination. Hi traffic installations such as hospitals, casinos, shopping malls, etc. are just a few examples where IES minimum 

criteria may not suffice. Most LED based solutions are limited in their lumen package offering, designing to the most efficient solution, which 

means additional fixtures to achieve higher light levels. The G3 still offers those efficient solutions and thanks to our modular design we are 

able to provide additional 2, 3 and 4 board configurations up to 13,724 lumens. Enhanced light levels in one or two fixture per bay designs 

are easily achieved without having to decrease lateral spacing or adding fixtures to increase light levels while still maximizing savings. 


7

Energy saving economics 

G3 offers superior energy and operating cost saving solutions as a standalone fixture or with our 

programmable MR motion response detectors or LimeLight wireless control options. Our MR system provides 

efficient motion and ambient detection without the expense and complexity of more traditional wired control 

systems making the G3 luminaire the simplest controlled solution for parking garage applications. 

Energy savings with G3 (no controls) 

Energy analysis 

Our MR option is a standalone smart system ready from the 

factory and is 100% integral to the luminaire, requiring no 

additional wiring or commissioning during installation. 

Sensors 

G3’s MR sensors have the ability to detect and adjust to 

motion and ambient light levels. MR sensors can be designed 

with a maximum 25’ diameter reach at a 9’ mounting height. 

Standard dim level low is set to 10%, at the factory. 

Fully field programmable 

Every application is unique, requiring specific control settings 

that can be changed by the MR’s wireless IR handheld 

programmer. The ‘FSIR-100’ handheld programmer provides 

simple step-by-step navigation via wireless access directly to 

the sensor to change multiple parameters quickly and easily 

in the field. Custom factory programming also available if field 

commissioning is not an option. 

See G3-MR spec sheet for factory preset settings and field programming instructions. 


G3-5-1-38LA 2 150 PSMH 2 

# of units* 132 132 

watts per unit 38 189 

total installed system watts 5,016 24,948 

kWh usage/yr 43,940 218,544 

kWh savings/yr* 174,604 

kWh rate $0.12 

$ saved/yr 1 $20,952 

1. G3 system wattage savings only without use of any controls. 

2. Analysis is based on a new construction, comparing a traditional 150 watt 2-fixture per bay HID pulse 

start system to a 2-fixture per bay G3 system @ 24 hrs/day and 365 days/yr operation. 

MR motion response sensor 

9’ 

0’ 

25’ 20’ 15’ 10’ 5’ 0’ 5’ 10’ 15’ 20’ 25’ 

Horizontal detection 

Achieve 80% 

kWh savings 

by switching from 

HID to a G3 

solution with no 

controls 

Vertical detection 

FSIR-100 

25’ 

12.5’ 

0’ 

12.5’ 

25

How MR motion response works 

Simply use the factory MR sensor profile or specifically configure the system to the desired settings (field or factory). Luminaires will operate 

at the programmed light levels during unoccupied periods. When motion is detected at vehicular or pedestrian entry points, the system 

will immediately raise light levels to 100% or per programmed levels. Luminaires will then remain at high-output until the set time-out 

period has elapsed that can range from 30 seconds to 30 minutes. 

motion 

detection 

Fixtures activated to 100%. 

Fixtures pre-set to 10%. 

West 

5:00 pm 

33-50% 

fixtures at low 

1:00 pm 11:00 am 8:00 am 

100% 


33-50% 


East 

Power at low: 

Total Annual energy savings with G3-MR by occupancy level 2 

Average occupancy level 

No 

Dimming 1 

30% 40% 50% 60% 70% 100% 

10% $24,274 $23,800 $23,325 $22,851 $22,376 $20,952 

20% $23,905 $23,483 $23,062 $22,640 $22,218 $20,952 

30% $23,536 $23,167 $22,798 $22,429 $22,060 $20,952 

40% $23,167 $22,851 $22,534 $22,218 $21,902 $20,952 

50% $22,798 $22,534 $22,271 $22,007 $21,743 $20,952 

60% $22,429 $22,218 $22,007 $21,796 $21,585 $20,952 

No Dimming1 100% $20,952 $20,952 $20,952 $20,952 $20,952 $20,952 

1. G3-5-1-38LA savings only without use of any controls. 

2. Analysis is based on a new construction, comparing a traditional HID 2-fixture per bay 150W HID pulse 

start system to a 2-fixture per bay G3 system @ 24 hrs/day and 365 days/yr operation at multiple 

power and occupancy levels. 

Energy savings with G3-MR and 

daylight harvesting 

G3-MR fixtures will detect ambient light levels to provide additional energy 

saving opportunities for installations where direct daylight is available. 

During installation, an auto set-point feature automatically detects artificial 

and ambient light levels for automated calibration. The unit will remain at a 

lower light level mode until natural light levels decrease to the point where 

artificial electric light contributions are once again required. 

Software programs such as AGi32 have full daylight harvesting capabilities to determine light levels 

delivered by the sun at anytime of day, year, and weather conditions. 

For assistance, contact Philips Gardco applications group at www.sitelighting.com. 

Save an additional $3,322 

annually or 12.7% with 

G3-MR controls at 30% 

occupancy and 10% low 


9

Wireless controls create a 

smarter cost savings solution 

G3 is available with LimeLight’s cutting-edge wireless controls system. 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 

for maximum performance and savings. 

Features 


LED solutions alone achieve as 

much as 80% energy savings 

compared to traditional sources, 

and can reach up to 95% savings 

when coupled with smart controls 1 

Wireless 

controls 

system 

Standalone 

controls 

system 

Requires no additional wiring during installation ü ü 

Motion and Daylight Sensor provides full 360° 

detection range ü ü 

Lengthens life of luminaire and electrical 

components ü ü 

Fixtures are fully programmable in the eld ü ü 

Individual xtures, groups, or entire facility are 

programmable from any remote computer ü 

Fixtures can be grouped according to location 

without complicated additional wiring schemes ü 

System can report energy usage, occupancy rates 

and occupancy times ü 

Allows you to temporarily override schedules for 

special events at the click of a mouse ü 

Noties you after a power outage ü 

Sends email alert notications of system status 

and failure conditions ü 

22 

14 

12 

10 

8 

6 

4 

2 

0 

04/19/12 

00.00 

04/20/12 

00.00 

LimeLight Energy Gauge 

04/21/12 

00.00 

04/22/12 

00.00 

04/23/12 

00.00 

Scheduled/Reactive Events 

Previous Fixture Peak 24/7 

Energy Harvesting LimeLight System Peak 24/7 

Superior 

management 

and control 

capability 

04/24/12 

00.00 

All On (kwHr) 

Actual (kwHr) 

844.6 

Actual vs. All on Savings 

LimeLight Control Factor 

45.7% 

Daily Data Only 

When coupled with G3 luminaires, LimeLight’s 

wireless system features all of the benefits 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 and facility manager. 

15555 

Load 

Exit 

Rate (kwHr) 

0.080 

Cost 

$124.44 

Cost 

$67.57 

1 Percentages are based on Philips Gardco’s G3 luminaire with motion response 

and wireless controls compared to 150 watt PSMH systems. 

$56.8

Understanding wireless technology 

LimeLight’s wireless technology 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 fixture 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 fixture. 

1. Graphical User 

Interface (GUI) 

2. Central 

Limelight 

Database 

3. Customer 

Firewall 

Eliminate the 

‘popcorn effect’ of single 

luminaire dimming control 

Although widely accepted, individual fixture 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 

or vehicle makes their way through the space. 

Thanks to LimeLight’s ability to easily create fixture 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 

specific settings to further ensure safety and security as well as maximize 

energy saving potential. 

2nd Floor 

1st Floor 

4. The Gateway 4. LED Luminaires 

A parking patron enters the third floor to retrieve their 

vehicle, illuminating the entire floor upon entering 

As the patron exits the garage, the luminaires on the next 

level illuminate to full power before the vehicle makes the turn 


11

Maximize savings 

and decrease risk 

with real-time data 

feedback 

Measuring activity can 

improve energy efficiency 

LimeLight tracks energy usage by groups, floors 

or individual fixtures. 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 verified 

with real-time data feedback. 

Up to 50% installation and maintenance cost 

savings compared to hard wired control systems 

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, fixture failure 

or drop in light levels. System outages and sudden drops in illumination can be tracked immediately to 

individual fixtures. 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. 


“The wireless controls system tracks 

energy usage, dims fixtures 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 

Installing a wireless system eliminates the need for dedicated control wiring, circuitry and design, reducing hard wire 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 retrofit and relight applications to significantly 

reduce costly facility maintenance.

Leveraging the intelligence 

of the system via the web 

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 fixture has its own MAC address so owners can check 

the status of a single fixture and any fixture 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 five levels of access to 

ensure that the owner, building operator, or security manager can access 

only the information they need. 

Manage and monitor fixture 

groupings in real time 

LimeLight’s grouping tool provides tremendous flexibility 

with up to 50 fixture groups per gateway. Group the 

entire floor or individual rows to provide full line-of-sight 

views for your customer in the evening hours, or group 

the entrance areas to keep fixtures at maximum light 

output regardless of the time of day. 

The flexibility and control is yours. After initial 

configuration, you have the ability to change and update 

individual fixtures 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 field 

like other traditional standalone or wired installations. 

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 specific event 

program. Again, this is all done in real time without having 

to manually reprogram in the field. The regular scheduled 

event will resume automatically the next day. 

LimeLight’s GUI allows you to control light levels and operate in large or small zones, or 

by multiple floors to best suit your parking garage’s needs all in real time without having 

to reprogram each fixture in the field 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. 


13

G3 LED Garage Ordering Matrix 

‘G3-MR’ 1-board shown 

‘G3-MR’ 2-board shown 

Ordering Information 

Prefix 

Finish 

Prefix 

G3 

G3-DIM 

G3-MR 1 

G3-MRCP 1,2 

G3-RC 3 

¨ NP Natural Aluminum Paint 

- 


Optical System LED Array & Wattage LED Selection Voltage Finish Options 

5 

5DL 

3 

1R 4 

CD 

¨ G3 G3 LED garage 

¨ G3-DIM G3 w/ 0-10V Dimming 

¨ G3-MR1 G3 w/ Motion Response 

¨ G3-MRCP1,2 G3 w/ Motion Response 

Factory Programming 

¨ G3-RC3 G3 w/ LimeLight wireless 

- - - 

Options 

1-38LA 5 

1-55LA 5 

2-73VAR 5 

2-106LA 4,5 

3-104LA 

4-137LA 

¨ F Fusing 

Optical System 

- - 

NW 

CW 

WW 

¨ 5 Type 5 Symmetrical 

¨ 5DL Type 5 Diffuse Lens 

¨ 3 Type 3 Asymmetrical 

¨ 1R 4 Type 1R Rectangular 

¨ CD Concentrated 

Downlight 

UNIV 1,3,5 

HVU 

LED Array & Wattage 

¨ 1-38LA5 1-board, 38W, variable 

¨ 1-55LA5 1-board, 55W, fixed 

¨ 2-73VAR5 2-board, 73W, variable 

¨ 2-106LA4,5 2-board, 106W, fixed 

¨ 3-104LA 3-board, 104W, fixed 

¨ 4-137LA 4-board, 137W, fixed 

¨ MTP Thermal Temperature Protection 

¨ PCB6 Photocontrol Button ¨ QDM Driver Quick Disconnect Module 

Notes: 

1. ‘MR’ and ‘MRCP’ motion response only available in 120 or 277V. 

2. ‘MRCP’ custom factory programming requires approved submittals to set factory profile. 

3. ‘RC’ wireless limelight control only available in ‘UNIV’ 120-277V. 

4. ‘1R’ was designed to meet IES minimums with single fixture per bay in the 2-board/106W ‘2-106LA’ configuration. 

5. Only available in ‘UNIV’ 120-277V. 

6. ‘PCB’ photocontrol button is 120-277V, not available with ‘G3-RC’ wireless option as it is not required. 

7. ‘BX’ bird excluding shroud is for ‘PB-NP’ pendant mount only. Field installed and requires 12” minimum pendant length. Pendant by others. 

8. ‘FSIR-100’ is for use with ‘MR’ motion response when field programming is required. Minimum one required per job. 

70 o 

70 o 

90 o 

90 o 

‘5’ Symmetrical 

0 o 

90 o 

70 o 

90 o 

50 o 

67.5 o 

NP F 

PCB 6 

LED Selection 

MTP 

QDM 

¨ NW 4,000K, 75CRI 

¨ CW 6,000K, 75CRI 

¨ WW 3,000K, 75CRI 

‘3’ Asymmetrical 

‘1R’ Rectangular ‘CD’ Concentrated Downlight 

0 o 

90 o 

70 o 

90 o 

50 o 

90 o 

90 o 

35 o 

Voltage 

Accessories (must be ordered separately) 

0 o 

0 o 

Accessories 

BX 7 

PB-NP 7 

FSIR-100 8 

¨ UNIV 120-277V1,3,5 ¨ HVU 347-480V 

¨ BX7 Bird Excluding Shroud (field installed) 

¨ PB-NP7 Balanced J-box for Pendant Mount (natural paint) 

¨ FSIR-1008 MR Handheld Programmer 

0 o 

0 o 

50 o 

90 o 

90 o 

50 o 

35 o 

90 o 

90 o 

67.5 o 

90 o 

60 o 

90 o 

60 o

Technical data 

System 

Watts 1 

Specifications 

Initial Lumens 

@ 25°C 2 

LPW @ 

25°C 2 

Rated System Life (LED life per L70 minimum) 

Driver and LED life: 100,000 hrs @ 25° (77°F) 

75,000 hrs @ 40°C (104°F) 

Construction 

Modular die-cast driver housing with die-cast LED array 

heatsink assemblies (1 to 4). Standard unit constructed to 

IP66 driver housing with dedicated IP66 optical assemblies. 

Motion response option is IP65. 

Energy Saving Benefits 

System efficacy up to 109 lms/W with energy savings up 

to 80% over PSMH systems less controls. Meets DLC 

compliant guidelines. Optional MR motion response 

sensor provides added energy savings up to 95% during 

unoccupied periods and works as a ‘Smart Fixture’ 

requiring no added wiring or commissioning at install. 

Driver 

Driver efficiency (>90% standard). 120-480V available 

(restrictions apply). Temp range: -40°C (-40°F) to 50°C 

(122°F). Open/short circuit protection. Optional 0-10V 

dimming to 10% power. RoHS compliant. Surge protector 

standard and is in accordance with IEEE / ANSI C62.41.2 

guidelines, with a surge current rating of 10,000 amps. 

LED and Board Array 

Luxeon R LED only: 94-120 lms/W, System only: 80-109 

lms/W. Color temps: 3000K, 4000K, 5700K +/- 250K. 

Minimum CRI of 70. Aluminum metal clad board. RoHS 

compliant. 

Ideal Product Application 

(recommended but not limited to) 

1-38LA 38.38 3,431 89.40 lowest wattage, 2-per bay to meet IES minimum criteria 

1-55LA 55.42 4,465 80.57 low wattage, 2-per bay with improved IES avg’s and min’s 

2-73VAR 73.19 6,862 93.76 lowest wattage, 2-per bay to achieve 5 FC average 

2-106LA 105.70 8,810 83.35 lowest cost solution, 1-per bay with ‘1R’ optic to meet IES min’s 

3-104LA 104.44 10,293 98.55 high lumen package, 1-per bay, entrances, enhanced security, etc. 

4-137LA 137.43 13,724 99.86 highest lumen package, 1-per bay, entrances, enhanced security, etc. 

Notes: 1. Due to LED forward voltage variations and driver efficiency, total system watts could vary +/-4%. 

2. Technical data and performance are subject to change, voltage restrictions may apply. 

Dimensions 1 

1 & 2-Board Front View 

(optional RC shown) 

17.13” 

(43.5 cm) 

standard mounting mounts 

to standard 4” square or 

octagonal j-boxes 

1-Board Top View 

(EZ Hanger Plate Mount, optional RC shown) 

10.68” 

(27.12 cm) 

13.31” 

(33.8 cm) 

Notes: 1. See detailed spec sheets for 3 and 4-board dimensions and additional mounting details. 

1-Board Side View 

(optional MR shown) 

10.68” 

(27.12 cm) 

3.20” 

(8.13 cm) 

Optical System 

Type-5 symmetrical, Type-3 asymmetrical, Type-1R 

rectangular and CD concentrated downlight. Type-1R with 

8,810 lumen package or higher is designed to meet IES mins 

with one fixture per parking bay compared to the typical 

two per bay. Diffuse lens is available to limit perceived 

luminaire brightness. 

Mounting 

Standard mounting shall include a galvanized steel Easy 

Hanger Plate. Unit may be pendant mounted to minimum 

12” rigid conduit by others with PB-NP balanced j-box. 

LimeLight Wireless Controls System 

LimeLight is an intelligent web-based system that operates 

through a high density mesh (HDM) wireless technology. 

Radio modules with motion and photocell sensors are 

integrated into each G3 LED luminaire that enables 

the fixtures to communicate with the ZigBee protocol. 

The Gateway is a mini computer that connects to the 

internet, and is located in the parking structure (120V 

required). The central LimeLight database channels 

communication to and from the gateway, allowing data to 

be viewed or accessed through the web-based graphical 

user interface (GUI). 

Motion Response Sensors 

G3-MR, G3-MRCP and G3-RC luminaires may be specified 

for additional energy savings during unoccupied periods 

by dimming to low until motion is detected via a passive 

infrared (PIR) motion sensor. Standard dim level factory 

set to 10% and can be factory or field programed. 

2-Board Top View 

(EZ Hanger Plate Mount, optional RC shown) 

15.59” 

(39.6 cm) 

1-Board Bottom View 


13.31” 

(33.8 cm) 

2-Board Bottom View 


2-Board Side View 


15.59” 

(39.6 cm) 

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). Type-3, 5, 5DL and 1R optics are 

DesignLights Consortium qualified (in process). The quality 

systems of this facility have been registered by UL to the 

ISO 9001 series standards. 

Finish 

Each luminaire receives a fade and abrasion resistant, 

electrostatically applied, thermally cured, triglycidal 

isocyanurate (TGIC) textured polyester powder coat finish. 

Standard finish of all die-cast assemblies shall be Natural 

Aluminum paint. 

Warranty 

Luminaires feature a 1 year limited warranty. LED 

luminaires with LED arrays feature a 5 year limited 

warranty covering the LED arrays. LED drivers are 

covered by a 5 year limited warranty. PIR sensors carry 

a 5 year limited warranty from the sensor manufacturer. 

The LimeLight Wireless Controls System carries a 5 year 

limited warranty from the manufacturer. See Warranty 

Information on www.sitelighting.com for complete details 

and exclusions. 

All sales of items in this catalogue shall be subject to the Philips Gardco 

Standard Terms and Conditions of Sale current at the time of shipment. 

If you do not have a copy of the Philips Gardco Warranty and Standard 

Terms, please contact the factory for same prior to ordering. 

DLC listing is in process. 


3.2” 

(8.1 cm) 

15


© 2011 Philips Group. All rights reserved. 

Reproduction in whole or in part is prohibited without the prior written consent of the copyright owner. The information presented in this 

document does not form part of any quotation or contract, is believed to be accurate and reliable and may be changed without notice. No 

liability will be accepted by the publisher for any consequence of its use. Publication there of does not convey nor imply any license under 

patent- or other industrial or intellectual property rights. Data subject to change. 

© 2013 Koninklijke Philips Electronics N.V. 

All Document rights reserved. order number: 

Philips Wide-Lite Professional Luminaires 

1611 

1611 

Clovis 

Clovis 

R. 

Barker 

Barker 

Road 

Road 

San 

San 

Marcos, 

Marcos, 

Texas 

Texas 

78666 

78666 

PH: 

PH: 

512.753.1000 

1.512.392.5821 

FAX: 

FAX: 

512.753.7855 

1.512.753.1122 


www.wide-lite.com 

022513

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