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ARCHITECTURAL AREA LIGHTING<br />

<strong>®</strong>


ENERGY EFFICIENCY<br />

AAL’s Providence is designed<br />

to use electrical energy in the<br />

most efficient possible way.<br />

The reflectors are designed to<br />

precisely direct the illumination<br />

on the ground with no stray light<br />

which translates into wasted<br />

energy. The result is more light<br />

with less energy consumption.<br />

LIGHT POLLUTION<br />

Providence reflectors are<br />

designated as cutoff for indirect<br />

or full cutoff for horizontal<br />

reflectors. Full cutoff means there<br />

is no light emitted above 90<br />

degrees horizontal.<br />

LONGEVITY<br />

AAL manufactures all its<br />

products to have a life span as<br />

long as the buildings or spaces<br />

they illuminate. The primary<br />

material used for all our products<br />

is aluminum to resist corrosion<br />

and the need for maintenance.<br />

Aluminum will not need the<br />

periodic refinishing required of<br />

steel products that will eventually<br />

rust and corrode. All our internal<br />

parts and fasteners are made<br />

of aluminum or stainless steel.<br />

The lamp enclosures are kept<br />

dust free and dry to prevent light<br />

degradation and maintain a high<br />

level of energy efficiency.<br />

SUSTAINABILITY<br />

Our products are developed<br />

with recycling and resource<br />

management in mind. We<br />

recycle all incoming packaging<br />

materials. Our products are<br />

shipped in easy to recycle<br />

packaging materials. Our state<br />

of the art finishing system uses<br />

eco-friendly cleansing and<br />

preparation chemicals that are<br />

harmless enough to send to the<br />

drain without further processing.<br />

Our powder coating process<br />

eliminates the release of volatile<br />

chemicals into the atmosphere.<br />

AAL makes the Providence, like<br />

all AAL products, with renewable<br />

materials such as aluminum and<br />

stainless steel.<br />

TABLE OF<br />

Contents<br />

Design Excellence ........................... 8<br />

Elevated Scales ............................. 10<br />

Optical Systems ............................ 12<br />

Revolutionary Technology ............. 14<br />

LifeShield ....................................... 16<br />

Upgrade Kits ................................. 17<br />

Providence Large (PROL) ............. 18<br />

Providence Medium (PROV) ......... 22<br />

Providence Small (PROS).............. 26<br />

Providence Bollard (PROB)........... 30<br />

Providence Sconce (PRSC) .......... 34<br />

Modern Lighting Performance<br />

with Aesthetics in<br />

Traditional<br />

Forms<br />

IDA Approved Dark-Sky<br />

Friendly versions of these<br />

luminaires are available.<br />

<strong>®</strong><br />

Providence <strong>®</strong> MicroCore LED – Advanced LED Technology<br />

for Outdoor Lighting<br />

TM<br />

Providence is registered and protected by a patent granted by the United<br />

States Patent Office. U.S. Patent D515,231<br />

Providence is a registered trademark of Architectural Area Lighting.<br />

©2011 Architectural Area Lighting<br />

2 PROVIDENCE <strong>®</strong> FAMILY 3


The <strong>®</strong><br />

family<br />

are transitional style fixtures<br />

that combine modern lighting<br />

performance with aesthetics in<br />

traditional forms. The Providence<br />

Bollard utilizes efficient lamp<br />

sources, including LED. Die-cast<br />

aluminum construction is corrosion<br />

resistant. Available with horizontal<br />

full cutoff optic system, and tamper<br />

resistant hardware. Other models<br />

include wall sconce, small, medium<br />

and large luminaires.<br />

Providence<br />

Sconce<br />

AAL CodeLink SM<br />

PRSC spec sheet<br />

Providence<br />

Bollard<br />

AAL CodeLink SM<br />

Providence<br />

Small<br />

AAL CodeLink SM<br />

Providence<br />

Medium<br />

AAL CodeLink SM<br />

AAL CodeLink SM<br />

PROB spec sheet<br />

Providence<br />

Large<br />

PROS spec sheet<br />

PROV spec sheet<br />

PROL spec sheet<br />

4 PROVIDENCE <strong>®</strong> FAMILY 5


PROV-WMA56<br />

Elegant<br />

traditional form<br />

Part of AAL’s<br />

Designer<br />

SSL Series<br />

LED<br />

<strong>®</strong><br />

PROV-CP3<br />

6 PROVIDENCE <strong>®</strong> FAMILY 7


DESIGN EXCELLENCE<br />

LARGE/MEDIUM LED<br />

Featuring MicroEmitter Technology<br />

Glare guard perimeter reflector redirects stray<br />

Heat sink aluminum carrier plate helps<br />

dissipate heat and prolongs LED life<br />

Hammertone center reflector evenly<br />

distributes light directly beneath the<br />

Precisely aimed MicroEmitters put light where it<br />

is needed and significantly reduce glare<br />

Individual MicroEmitters are field replaceable<br />

EmitterDeck assembly is upgradeable<br />

as LED technology advances, or convert<br />

existing Providence HID into LEDs<br />

SCONCE<br />

Bi-directional capabilities<br />

available with R111 as<br />

secondary opposing output<br />

source (2R). Also available<br />

with pencil up beam with<br />

optional color filter (2DPB)<br />

Providence Sconce is<br />

available with four precise optical<br />

systems, including pencil beam/column light,<br />

allowing you to precisely illuminate architectural<br />

features. Available as an uplight, downlight or an uplight/<br />

downlight combination, with an optional R111 as the<br />

secondary opposing output source.<br />

The Providence Sconce also features highly efficient LED’s<br />

providing a Type 5 distribution. Features 4 modules with 9<br />

LED’s per module for a total of 36 LED’s (37 watts), and<br />

available in Warm White (3500K) or Bright White (5100K)<br />

color temperatures. Other efficient sources offered<br />

include CFL, induction systems and the new<br />

60 watt Philips Cosmopolis* lamp.<br />

* Cosmopolis is a registered trademark of Philips Lighting.<br />

Die-cast housing for maximum durability<br />

One-piece memory retentive gasket<br />

Providence LED, part of<br />

AAL's Designer SSL Series,<br />

is the first truly elegant<br />

LED luminaire on the market<br />

today. Its distinctive styling<br />

and high performance sets it<br />

apart from all others. One look<br />

is all it takes to discern that<br />

Providence is the epitome of<br />

quality and beauty.<br />

Decorative struts conceal<br />

wiring<br />

Tool-less access<br />

Decorative spikes available<br />

BOLLARD<br />

RD-Smooth body<br />

SMALL LED<br />

LED module<br />

MEDIUM<br />

Horizontal Reflector<br />

FL-Fluted body<br />

The Providence Bollard features a<br />

symmetrical horizontal optical system, and<br />

employs the most efficient light sources on<br />

the market today.<br />

This includes highly efficient LED’s<br />

providing Type1, Type 3 or Type 5<br />

distribution, as well as compact fluorescent<br />

and the new Mini MasterColor <strong>®</strong> lamps.


INDIRECT OPTICAL SYSTEM<br />

Specify either the PROS or PROV with AAL’s<br />

revolutionary indirect optical system for extremely even<br />

illumination and improved comfort. The indirect system<br />

eliminates uplight for dark sky compliance without an<br />

overly bright hot spot of light directly below the fixture.<br />

The primary optical system is designed to tightly control<br />

upward illumination. This highly engineered optical<br />

system results in less than 1% uplight, earning an IES<br />

“cutoff” classification.<br />

The lower optical system consists of a lamp and<br />

highly polished reflector. The reflector is specifically<br />

designed to focus the beam of an ED-17 or T6<br />

metal halide lamp.<br />

EVEN, GLARE-FREE<br />

ILLUMINATION<br />

The upper reflector directs the<br />

primary beam into a symmetric<br />

or asymmetric beam of light on<br />

the ground.<br />

AAL is proud to be<br />

an official Energy<br />

Star Partner and<br />

DOE Official SSL<br />

Quality Advocate.<br />

LED<br />

Exclusive<br />

MicroEmitter <br />

Technology<br />

Upper reflector<br />

symmetric<br />

distribution<br />

(Indirect)<br />

Upper reflector<br />

asymmetric<br />

distribution<br />

(Indirect)<br />

As part of AAL’s Designer<br />

SSL Series, Providence<br />

Large and Medium scale<br />

luminaire features AAL's<br />

exclusive MicroEmitter <br />

technology which tightly and<br />

precisely controls powerful LED<br />

output while minimizing glare.<br />

PROVIDENCE <strong>®</strong> FAMILY 11


REVOLUTIONARY<br />

TECHNOLOGY<br />

Entire EmitterDeck is Upgradeable as LED<br />

Technology Advances<br />

COMFORTABLE, UNIFORM ILLUMINATION<br />

1 Canted MicroEmitter<br />

design precisely aims each<br />

diode at 70°, 60°, or 50°<br />

angles for maximum reach<br />

and uniform illumination<br />

2 Glare guard perimeter and<br />

center reflectors redirect<br />

stray light<br />

EmitterDeck Assembly<br />

3 Deeply regressed sources<br />

maximize efficiency<br />

while reducing glare<br />

4 Aluminum carrier plates<br />

dissipate heat away from<br />

LED's to the housing<br />

assembly<br />

Individual MicroEmitters are easily field changeable.<br />

Factory preset<br />

aiming notches<br />

(3) High output diodes<br />

MicroEmitter reflector cap<br />

Redirected side-candela<br />

1<br />

Quick-connect for easy<br />

installation<br />

2<br />

EmitterDeck carrier plate<br />

Redirected side-candela<br />

Targeted, precisely<br />

controlled LED<br />

illumination<br />

3<br />

Upper parabolic curvature<br />

redirects light below pole<br />

Lower parabolic curvature<br />

redirects light forward<br />

Illustration of a single MicroEmitter at 70° angle<br />

PATENTS PENDING<br />

4<br />

CONFIGURATION: PROV-T3-60LED-BW<br />

MOUNTING HEIGHT: 12'<br />

POLE SPACING: 60'<br />

ROADWAY WIDTH: 48'<br />

FOOTCANDLES: 1.63 avg 1.63 avg/min<br />

3.3 max 3.3 max/min<br />

1.0 min<br />

HOW IT<br />

WORKS<br />

The exclusive precision aiming system of AAL’s<br />

Providence LED ensures that even when looking<br />

directly at the luminaire, only one-half of the LEDs<br />

can be viewed at any given time. This results in<br />

50% less glare when compared to other exposed,<br />

unshielded LED systems. In addition, AAL’s<br />

MicroEmitters are aimed at various angles to<br />

maximize uniformity, improve comfort, and<br />

properly direct illumination to the target zone.<br />

MicroEmitters at 70° angle<br />

MicroEmitters at 60°<br />

up to 50%<br />

MicroEmitters at 50° angle<br />

Center<br />

reflector evenly<br />

distributes light<br />

below luminaire<br />

LESSglare<br />

Compared to exposed, unshielded LED systems.<br />

PROVIDENCE <strong>®</strong> FAMILY 13


THERMAL MANAGEMENT<br />

TM<br />

LifeShield<br />

Protection System<br />

Advanced Thermal<br />

Management with Hubbell's<br />

Exclusive LifeShield <br />

Protection System<br />

LEDS FOR WARMER ENVIRONMENTS<br />

Providence LED features our exclusive new<br />

LifeShield Protection System. Each EmitterDeck<br />

employs temperature sensors located at the most<br />

heat sensitive locations within the LED array. Each<br />

sensor sends temperature readings in regular<br />

intervals to AAL’s LifeShield monitoring device.<br />

LifeShield detects high ambient temperatures<br />

and temporarily reduces current slightly to<br />

preserve diode life. Lumen output is restored to<br />

full capacity once temperatures stabilize within<br />

acceptable limits.<br />

UNIQUE SUSTAINABLE SOLUTIONS<br />

AAL's Providence LED is designed for easy installation and<br />

upgrading as technology advances. Simple field upgrades<br />

mean communities can take advantage of the newest LED<br />

technology without the added expense of removing and<br />

replacing an entire luminaire.<br />

• Easy 10-minute field conversion<br />

• Upgrade LEDs as technology advances<br />

• Individual MicroEmitters are field replaceable<br />

• 60,000+ hours of useful life (L 70<br />

)<br />

• Tested under strict LM-79-08 standards<br />

CONVERT HID TO LED<br />

AAL’s exclusive EmitterDeck TM design<br />

allows for simple upgradability of existing<br />

AAL luminaires in the field. Think of this<br />

like a personal computer system. The LED<br />

luminaire is the hardware and its easily<br />

replaceable EmitterDeck is the software.<br />

As LED technology advances and<br />

becomes even more efficient, AAL’s LED<br />

sustainable solutions will meet the needs<br />

of communities today and in the future.<br />

• IES-LM-80 compliant LED components<br />

LED VS. HID – ENERGY SAVINGS EXAMPLE<br />

Description<br />

Total Luminaire<br />

Wattage<br />

Energy<br />

Savings (Watt)<br />

Energy<br />

Savings (kW)<br />

Energy Savings per<br />

Fixture per Year*<br />

PROV LED 72 - - -<br />

70W MH 90 18 0.018 $7.88<br />

70W HPS 91 19 0.019 $8.32<br />

100W MH 129 57 0.057 $24.97<br />

100W HPS 130 58 0.058 $25.40<br />

150W MH 164 74 0.074 $32.41<br />

SIMPLE 10-MINUTE CHANGEOUT<br />

*12 hours per night @ $0.10 per kWh<br />

In addition, to maximize cooling surface area, each MicroEmitter incorporates a solid<br />

aluminum heat sink, which is fastened to the EmitterDeck’s thick aluminum carrier plate. The<br />

EmitterDeck is then affixed to the luminaires’ housing to effectively disperse heat away from<br />

the optical chamber. When combined with LifeShield protection, the result is a highly reliable<br />

LED system that can withstand operation in even warmer, heat sensitive environments.<br />

Turn off power<br />

and remove lamp<br />

and reflector as-<br />

sembly.<br />

Remove existing<br />

electronic<br />

and ballast<br />

components.<br />

STEP 1 STEP 2 STEP 3<br />

Install new LED<br />

EmitterDeck,<br />

connect wiring plug,<br />

and turn on power.


ELEVATED SCALES<br />

24'<br />

21'<br />

18'<br />

15'<br />

12'<br />

9'<br />

6'<br />

3'<br />

Scales<br />

ELEVATED<br />

FIXTURE<br />

PROS PROS 2 - PROS PROV PROV PROV PROV PROL PROL PROV<br />

ARM<br />

WMA59D TRA59D 2 - TRA59U TRA55 TRA57 TRA56 - - TRA56 WMA55<br />

POLE<br />

- 4F10 4R12 4R16 4F14 4R20 4F12 5R22 5F18 -<br />

BASE COVER<br />

- DB9 DB1 DB6 DB12 DB3 DB8 DB10 DB2 -


PROVIDENCE – LARGE HOUSING SCALE<br />

1 LUMINAIRES<br />

PROL-T2-108LED-WW<br />

PROL-T2-108LED-BW<br />

PROL-T3-108LED-WW<br />

PROL-T3-108LED-BW<br />

PROL-T4-108LED-WW<br />

PROL-T4-108LED-BW<br />

PROL-T5-108LED-WW<br />

PROL-T5-108LED-BW<br />

IES Type 2 distribution. Warm white (3500K).<br />

IES Type 2 distribution. Bright white (5100K).<br />

IES Type 3 distribution. Warm white (3500K).<br />

IES Type 3 distribution. Bright white (5100K).<br />

IES Type 4 distribution. Warm white (3500K).<br />

IES Type 4 distribution. Bright white (5100K).<br />

IES Type 5 distribution. Warm white (3500K).<br />

IES Type 5 distribution. Bright white (5100K).<br />

108 light emitting diode array (124 watts). Class 1, 120<br />

thru 277 volt. 350mA drive current.<br />

ORDERING INFORMATION<br />

PROL<br />

ORDERING EXAMPLE<br />

1. LUMINAIRE/LED CONFIGURATION PROL-T3-108LED-BW<br />

2. LAMP/BALLAST N/A<br />

3. OPTIONS SPK<br />

4. COLOR BLK<br />

5. MOUNTING TRA57<br />

PROL-H2<br />

PROL-H3<br />

PROL-H4<br />

PROL-H5<br />

Type 2 horizontal reflector, flat glass lens<br />

Type 3 horizontal reflector, flat glass lens<br />

Type 4 horizontal reflector, flat glass lens<br />

Type 5 horizontal reflector, flat glass lens<br />

2 LAMP/BALLAST<br />

150PSMH<br />

250PSMH<br />

320PSMH<br />

350PSMH<br />

400PSMH<br />

150HPS<br />

200HPS<br />

250HPS<br />

400HPS<br />

Pulse start 150 watt metal halide 120/208/240/277 volt ballast. Use mogul base, ED-28 lamp.<br />

Pulse start 250 watt metal halide 120/208/240/277 volt ballast. Use mogul base, ED-28 lamp.<br />

Pulse start 320 watt metal halide 120/208/240/277 volt ballast. Use mogul base, ED-28 lamp.<br />

Pulse start 350 watt metal halide 120/208/240/277 volt ballast. Use mogul base, ED-28 lamp.<br />

Pulse start 400 watt metal halide 120/208/240/277 volt ballast. Use mogul base, ED-28 lamp.<br />

150 high pressure sodium 120/208/240/277 volt ballast. Use mogul base, ED-23 1/2 lamp.<br />

200 high pressure sodium 120/208/240/277 volt ballast. Use mogul base, ED-18 lamp.<br />

250 high pressure sodium 120/208/240/277 volt ballast. Use mogul base, ED-18 lamp.<br />

400 high pressure sodium 120/208/240/277 volt ballast. Use mogul base ED-18 lamp.<br />

All ballasts are factory wired for 277 volts, unless specified. Lamps not included. All applicable ballasts are EISA<br />

compliant.<br />

3 OPTIONS<br />

4 COLOR<br />

AAL CodeLink SM<br />

PROL spec sheet<br />

TM<br />

LARGE<br />

Providence LED Large<br />

Part of Designer SSL Series<br />

SPK<br />

PFN<br />

BPS<br />

PCA-T<br />

HSS<br />

LDL<br />

QRS<br />

QL<br />

Decorative cast aluminum spikes on the top and bottom of the four<br />

vertical struts.<br />

Cast aluminum finial painted a brass color.<br />

Cast aluminum struts painted a brass color. Spikes also painted brass if<br />

chosen.<br />

Rotatable photocell housing.<br />

House side shield to cut off light behind the pole and shield the lamp<br />

from view. HSS not available for Type 5. Factory installed.<br />

Not for LED.<br />

Lightly diffused lens. Frosted, flat tempered glass lens has a lightly<br />

diffused finish to minimize the lamp and reflector brightness.<br />

Restrike controller and T-4 mini-can socket will light following power<br />

outage until HID reaches full brightness. (Lamp wattage not to exceed<br />

ballast wattage). For horizontal reflector only. Not for LED.<br />

Socket for T-4 mini-can lamp, field wired to a separate circuit. (Lamp<br />

wattage not to exceed ballast wattage). Must be field wired to a<br />

separate 120 volt circuit. For horizontal reflector only. Not for LED.<br />

All 13 standard and 5 premium AAL colors available. For RAL,<br />

please submit a 4-digit RAL number or color chip for custom<br />

colors.<br />

5 MOUNTING<br />

Select post top mount on a 5" O.D. pole or choose from a<br />

wide variety of arms.


SPECIFICATIONS<br />

PROL<br />

PHOTOMETRY<br />

PROL<br />

HOUSING<br />

The fixture housing shall be two-piece die-cast aluminum. The<br />

internal reflector module is sealed from the outer housing with<br />

a one-piece, memory retentive, molded silicone gasket. The<br />

tempered flat glass lens shall be sealed to the housing with a<br />

silicone gasket. One recessed stainless steel latch shall release<br />

the door to allow access to the LED array.<br />

REFLECTOR MODELS – REFLECTOR/LAMP<br />

The upper lamp housing shall be die cast aluminum. The internal<br />

reflector module is sealed from the outer housing with a one<br />

piece, memory retentive, molded silicone gasket. The tempered<br />

glass lens shall be sealed to the housing with a silicone gasket.<br />

One stainless steel latch shall release the door to allow access<br />

to the lamp. The reflector module shall be composed of faceted,<br />

specular and semi specular anodized aluminum panels rigidly<br />

attached in a die cast aluminum housing. The reflector shall be<br />

removed without tools by releasing a pair of steel latches. The<br />

reflector tray shall be rotatable on 90° centers for orienting the<br />

light distribution. The horizontal reflectors shall meet ANSI-IES<br />

standards for full cutoff reflector systems.<br />

REFLECTOR MODELS – BALLAST<br />

The lower ballast housing shall be cast aluminum. The toolless<br />

ballast access for servicing is accomplished by a quarter<br />

turn motion of the top cover. The ballast shall be mounted on<br />

a prewired tray with a quick disconnect plug attached to the<br />

underside of the cover. HID ballasts are high power factor, rated<br />

for -30°C starting. Sockets are medium base, G12 for use with T6<br />

lamps or mogul base, pulse rated porcelain. Ballasts are wired at<br />

the factory for 277 volts, unless specified.<br />

UPGRADE KITS<br />

Field replaceable upgrade kits are available for PROL-H reflector<br />

models. An entire EmitterDeck assembly, including drivers and<br />

36 LED MicroEmitters (108 diodes) for PROL, is provided. See<br />

installation instructions for complete details.<br />

ELECTRICAL<br />

120 thru 277 volt. All electrical components are mounted<br />

directly to the driver tray for maximum heat dissipation. Class 1<br />

electrical classification. 0 - 10v dimming capabilities. LifeShield<br />

Protection System included for extreme temperature locations<br />

(-30°C to 60°C). 120/277 volt Universal with 9mA maximum<br />

input current and 1mA maximum drive current. Input power 0.5<br />

watt for 120 volt and 1.25 watt for 277 volt. The onboard surge<br />

protector shall be U.L. recognized and have a surge current rating<br />

of 10,000 Amps using the industry standard 8/20uSec wave.<br />

The surge protector shall have a clamping voltage of 320V and<br />

surge rating of 372J. The case shall be a high-temperature, flame<br />

resistant plastic enclosure. LED constant current driver operates<br />

at 350mA.<br />

MICROEMITTER REFLECTOR<br />

Precision injection molded, high specular reflectors are positioned<br />

to achieve directional control toward desired task for IES cutoff<br />

classification. Secondary reflectors with a concave, specular<br />

medium hammertone finish are used to redirect light downward.<br />

No fasteners are placed on the reflective surface. The entire<br />

assembly fastens to the housing as a one-piece module and<br />

features wiring quick-connects for easy installation. Standard color<br />

temperatures are 3500K and 5100K. Rated luminous efficacy for<br />

PROV is >40 lm/W, with rated light output of >2864 for 5100K<br />

LED, standard mount. MicroEmitters are field replaceable.<br />

INSTALLATION & MOUNTING<br />

The large (PROL) Providence shall be factory supplied as a<br />

complete, prewired assembly. The PROV fitter shall slip over a<br />

4"/100 mm, the PROL fitter shall slip over a 5"/127 mm open top<br />

pole or 4"/100mm arm and be secured and leveled with stainless<br />

steel set screws.<br />

FINISH<br />

Fixture finish consists of a five stage pretreatment regimen with<br />

a polymer primer sealer, oven dry off, and top coated with a<br />

thermoset super TGIC polyester powder coat finish. The finish<br />

shall meet the AAMA 605.2 performance specification which<br />

includes passing a 3000 hour salt spray test for corrosion<br />

resistance.<br />

CERTIFICATION<br />

The fixture shall be listed with ETL for outdoor, wet location use.<br />

Conforms to the UL1598 and Canadian CSA Std. C22.2 no.250<br />

standard. IP55.<br />

WARRANTY<br />

Providence LED, including housing LEDs and electrical<br />

components, is warranted for five years. Providence HID<br />

is warranted for 3 years. Any unauthorized return, repair,<br />

replacement or modification of the Product(s) shall void this<br />

warranty. This warranty applies only to the use of the Product(s)<br />

as intended by AAL and does not cover poles, arms, mounting, or<br />

any misapplication or misuse of said Product(s), or installation in<br />

hazardous or corrosive environments. *Contact AAL for complete<br />

warranty language, exceptions, and limitations.<br />

AAL reserves the right to change product specifications<br />

without notice.<br />

TEST #: T27781<br />

CATALOG #: PROL-T3-108LED-BW<br />

LAMP:<br />

TOTAL LUMENS: -1<br />

LLF: 1.00<br />

ILLUM. UNITS: FC<br />

SCALE: 1 IN= 20.0FT<br />

CONTOUR PLOT<br />

Legend: A=2.00 B=1.00 C=0.50 D=0.20 E=0.10<br />

0.10<br />

0.20 0.50<br />

1.00<br />

NUM LUMS/ ORIENTATION: 1 lum<br />

MOUNTING HEIGHT: 20.0'<br />

BRACKET ARM LENGTH: 0.0'<br />

0.50<br />

1.00<br />

0.00<br />

Generated by LitePro version 2.026, which is provided and supported by Columbia Lighting,<br />

Alera, and Prescolite. Calculations are performed in accordance with IESNA procedures.<br />

Columbia, Alera, and Prescolite are not responsible for the light output of lamps and ballasts,<br />

or design variables not shown.<br />

Sep 27, 2010<br />

PROL T3 TYPE 3<br />

Mounting Height: 20'<br />

Total flux: 4956 lm<br />

Watts: 124 W<br />

LPW: 40<br />

TEST #: T27782<br />

CATALOG #: PROL-T5-108LED-BW<br />

LAMP:<br />

TOTAL LUMENS: -1<br />

LLF: 1.00<br />

ILLUM. UNITS: FC<br />

SCALE: 1 IN= 20.0FT<br />

CONTOUR PLOT<br />

NUM LUMS/ ORIENTATION: 1 lum<br />

MOUNTING HEIGHT: 20.0'<br />

BRACKET ARM LENGTH: 0.0'<br />

Sep 27, 2010<br />

PROL T3 TYPE 5<br />

Legend: A=2.00 B=1.00 C=0.50 D=0.20 E=0.10<br />

0.10<br />

0.20<br />

0.50<br />

1.00<br />

1.00<br />

0.20<br />

0.00<br />

0.20 0.20<br />

Generated by LitePro version 2.026, which is provided and supported by Columbia Lighting,<br />

Alera, and Prescolite. Calculations are performed in accordance with IESNA procedures.<br />

Columbia, Alera, and Prescolite are not responsible for the light output of lamps and ballasts,<br />

or design variables not shown.<br />

Mounting Height: 20'<br />

Total flux: 4941 lm<br />

Watts: 124 W<br />

LPW: 36.7<br />

1.00<br />

1.00<br />

AAL CodeLink SM<br />

BACK LIGHT<br />

897 lm. 18.1%<br />

BVH 90°= 0.3%<br />

BH 80°= 8.0%<br />

BM 60°= 7.9%<br />

BL 30°= 1.9%<br />

BACK LIGHT<br />

2288 lm. 50.3%<br />

BVH 90°= 0.9%<br />

BH 80°= 20.9%<br />

BM 60°= 27.3%<br />

BL 30°= 1.1%<br />

UP LIGHT<br />

0%<br />

180°<br />

UH<br />

100° 100°<br />

UL<br />

0°<br />

B1 U1 G1<br />

UP LIGHT<br />

2 lm 0%<br />

180°<br />

UH<br />

100° 100°<br />

UL<br />

0°<br />

B2 U1 G2<br />

BUG Ratings<br />

FORWARD LIGHT<br />

4059 lm. 81.9%<br />

FVH 90°= 0.8%<br />

FH 80°= 34.4%<br />

FM 60°= 41.8%<br />

FL 30°= 4.9%<br />

FORWARD LIGHT<br />

2259 lm. 49.7%<br />

FVH 90°= 0.7%<br />

FH 80°= 19.5%<br />

FM 60°= 28.4%<br />

FL 30°= 1.1%<br />

PROL spec sheet


1 LUMINAIRES<br />

PROV-T2-60LED-WW<br />

IES Type 2 distribution. Warm white (3500K).<br />

ORDERING INFORMATION<br />

PROV<br />

PROV-T2-60LED-BW<br />

PROV-T3-60LED-WW<br />

IES Type 2 distribution. Bright white (5100K).<br />

IES Type 3 distribution. Warm white (3500K).<br />

ORDERING EXAMPLE<br />

PROV-T3-60LED-BW<br />

PROV-T4-60LED-WW<br />

PROV-T4-60LED-BW<br />

PROV-T5-60LED-WW<br />

IES Type 3 distribution. Bright white (5100K).<br />

IES Type 4 distribution. Warm white (3500K).<br />

IES Type 4 distribution. Bright white (5100K).<br />

IES Type 5 distribution. Warm white (3500K).<br />

1. LUMINAIRE/LED CONFIGURATION PROV-T3-60LED-BW<br />

2. LAMP/BALLAST N/A<br />

3. OPTIONS PFN<br />

PROV-T5-60LED-BW<br />

IES Type 5 distribution. Bright white (5100K).<br />

4. COLOR WHT<br />

60 light emitting diode array (72 watts). Class 1,<br />

120 thru 277 volt. 350mA drive current.<br />

5. MOUNTING TRA55<br />

PROV-H2<br />

Type 2 horizontal reflector, flat tempered clear glass lens<br />

PROV-H3<br />

PROV-H4<br />

Type 3 horizontal reflector, flat tempered clear glass lens<br />

Type 4 horizontal reflector, flat tempered clear glass lens<br />

3 OPTIONS<br />

PROV-H5<br />

PROV-V3<br />

Type 5 horizontal reflector, flat tempered clear glass lens<br />

Type 3 vertical reflector, tempered clear sag glass lens<br />

SPK<br />

Decorative cast aluminum spikes on the top<br />

and bottom of the four vertical struts.<br />

PROV-V5<br />

Type 5 vertical reflector, tempered clear sag glass lens<br />

PFN<br />

Cast aluminum finial painted a brass color.<br />

PROV-INDA<br />

Asymmetric indirect, indirect reflective optical system,<br />

metal halide ED-17 & T6 lamps only<br />

BPS<br />

Cast aluminum struts painted a brass color.<br />

Spikes also painted brass if chosen.<br />

PROV-INDS<br />

Symmetric indirect, indirect reflective optical system,<br />

metal halide ED-17 & T6 lamps only<br />

PCA-T<br />

HSS<br />

Rotatable photocell housing.<br />

House side shield to cut off light behind the<br />

pole and shield the lamp from view. HSS<br />

not available for Type 5. Factory installed.<br />

Not for LED.<br />

2 LAMP/BALLAST<br />

CF Compact fluorescent, electronic 120 thru 277 volt ballast. Use GX24q base, 26,<br />

32 or 42 watt lamp. -18 0 C minimum starting temp. Direct only.<br />

50MH<br />

50MHEB<br />

70MH<br />

70MHEB<br />

70MHT6<br />

50 watt metal halide 120/208/240/277 volt ballast. Use medium base, ED-17<br />

lamp.<br />

50 watt electronic metal halide 120 thru 277 volt ballast. Use medium base,<br />

ED-17 lamp.<br />

70 watt metal halide 120/208/240/277 volt ballast. Use medium base, ED-17<br />

lamp.<br />

70 watt electronic metal halide 120 thru 277 volt ballast. Use medium base,<br />

ED-17 lamp.<br />

70 watt metal halide 120/277/347 volt ballast. Use G12 base, T-6 ceramic<br />

lamp.<br />

LDL<br />

QRS<br />

QL<br />

Lightly diffused lens. Frosted, flat tempered<br />

glass lens has a lightly diffused finish to<br />

minimize the lamp and reflector brightness.<br />

Restrike controller and T-4 mini-can socket<br />

will light following power outage until HID<br />

reaches full brightness. (Lamp wattage not<br />

to exceed ballast wattage). For horizontal<br />

reflector only. Not for LED.<br />

Socket for T-4 mini-can lamp, field wired<br />

to a separate circuit. (Lamp wattage not to<br />

exceed ballast wattage). Must be field wired<br />

to a separate 120 volt circuit. For horizontal<br />

reflector only. Not for LED.<br />

70MHT6EB 70 watt electronic metal halide 120 thru 277 volt ballast. Use G12 base, T-6<br />

ceramic lamp.<br />

100MH 100 watt metal halide 120/208/240/277 volt ballast. Use medium base, ED-17<br />

lamp.<br />

150PSMH Pulse start 150 watt metal halide 120/208/240/277 volt ballast. Use medium<br />

base, ED-17 lamp.<br />

4 COLOR<br />

All 13 standard and 5 premium AAL colors available. For<br />

RAL, please submit a 4-digit RAL number or color chip for<br />

custom colors.<br />

150PSMHT6 Pulse start 150 watt metal halide 120/208/240/277 volt ballast. Use G12 base,<br />

T-6 ceramic lamp.<br />

AAL CodeLink SM<br />

PROV spec sheet<br />

TM<br />

MEDIUM<br />

Providence LED Medium<br />

Part of Designer SSL Series<br />

150MHEB 150 watt electronic metal halide 120 or 277 volt ballast. Use medium base,<br />

ED-17 lamp.<br />

150MHT6EB 150 watt electronic metal halide 120 or 277 volt ballast. Use G12 base, T-6<br />

ceramic lamp.<br />

175PSMH Pulse start 175 watt metal halide 120/208/240/277 volt ballast. Use medium<br />

base, ED-17 lamp. For vertical reflector only.<br />

70HPS 70 watt high pressure sodium 120/208/240/277 volt ballast. Use medium<br />

base, ED-17 lamp.<br />

100HPS 100 watt high pressure sodium 120/208/240/277 volt ballast. Use medium<br />

base, ED-17 lamp.<br />

5 MOUNTING<br />

One-piece cast aluminum arms accept the standard 4" slip<br />

fitter on the Providence fixture. The arms are prewired<br />

with quick disconnects for easy installation.<br />

150HPS<br />

150 watt high pressure sodium 120/208/240/277 volt ballast. Use medium<br />

base, ED-17 lamp.<br />

350mA drive current. All ballasts are factory wired for 277 volts,<br />

unless specified. Lamps not included. All applicable ballasts are<br />

EISA compliant.


SPECIFICATIONS<br />

PROV<br />

HOUSING<br />

The fixture housing shall be two-piece die-cast aluminum. The<br />

internal reflector module is sealed from the outer housing with<br />

a one-piece, memory retentive, molded silicone gasket. The<br />

tempered flat glass lens shall be sealed to the housing with a<br />

silicone gasket. One recessed stainless steel latch shall release the<br />

door to allow access to the LED array.<br />

REFLECTOR MODELS – REFLECTOR/LAMP<br />

The upper lamp housing shall be die cast aluminum. The internal<br />

reflector module is sealed from the outer housing with a molded<br />

silicone gasket. The tempered glass lens shall be sealed to the<br />

housing with a silicone gasket. One stainless steel latch shall<br />

release the door to allow access the lamp. The reflector module<br />

shall be composed of faceted, specular and semi specular<br />

anodized aluminum panels rigidly attached in a die cast aluminum<br />

housing. The reflector shall be removed without tools by lifting<br />

it out of the four spring loaded posts. The reflector tray shall<br />

be rotatable on 90° centers for orienting the light distribution.<br />

The horizontal and vertical lamp reflectors shall meet ANSI-IES<br />

standards for full cutoff reflector systems.<br />

REFLECTOR – BALLAST<br />

The lower ballast housing shall be die cast aluminum. The toolless<br />

ballast access for servicing is accomplished by a quarter<br />

turn motion of the top cover. The ballast shall be mounted on<br />

a prewired tray with a quick disconnect plug attached to the<br />

underside of the cover. HID ballasts are high power factor, rated<br />

for -30°C starting. Electronic ballasts for metal halide lamps are<br />

sound rated A. Sockets are medium base for ED-17 lamps, G12<br />

for use with T6 lamps, All HID sockets are pulse rated porcelain.<br />

Ballasts are wired at the factory for 277 volts, unless specified.<br />

Compact fluorescent transformers shall accept 120 to 277 volt<br />

input and rated for -18°C starting.<br />

INDIRECT MODELS – LOWER LAMP MODULE<br />

The lower housing shall contain the lamp module. The cover shall<br />

be die cast aluminum with a tempered glass lens. The lamp shall<br />

be accessed by turning the lamp housing cover a quarter turn. The<br />

reflector shall be polished, anodized aluminum with an extremely<br />

narrow beam for directing the light to the upper reflector. Sockets<br />

are medium base for ED-17 lamps or G12 for use with T6 lamps,<br />

All sockets are pulse rated porcelain.<br />

INDIRECT MODELS – UPPER REFLECTOR/BALLAST<br />

The die cast aluminum upper housing shall contain the ballast<br />

assembly and the indirect reflector. The ballast shall be mounted<br />

on a prewired tray with a quick disconnect plug. The HID ballasts<br />

are high power factor, rated for -30°C starting. Ballasts are wired<br />

at the factory for 277 volts, unless specified. The indirect reflector<br />

is mounted to the underside of the upper housing. The reflector<br />

shall be die cast aluminum, finished in a high reflectance white.<br />

The indirect reflector models shall be IES classified as cutoff with<br />

less than 1% lumen output above 90 degrees.<br />

UPGRADE KITS<br />

Field replaceable upgrade kits are available for PROV-H reflector<br />

models. An entire EmitterDeck assembly, including drivers and<br />

20 LED MicroEmitters (60 diodes) for PROV, is provided. See<br />

installation instructions for complete details.<br />

ELECTRICAL<br />

120 thru 277 volt. All electrical components are mounted directly<br />

to the driver tray for maximum heat dissipation. Class 1 electrical<br />

classification. 0 - 10v dimming capabilities. LifeShield Protection<br />

System included for extreme temperature locations (-30°C to<br />

60°C). 120/277 volt Universal with 9mA maximum input current<br />

and 1mA maximum drive current. Input power 0.5 watt for 120<br />

volt and 1.25 watt for 277 volt. The onboard surge protector shall<br />

be U.L. recognized and have a surge current rating of 10,000 Amps<br />

using the industry standard 8/20uSec wave. The surge protector<br />

shall have a clamping voltage of 320V and surge rating of 372J.<br />

The case shall be a high-temperature, flame resistant plastic<br />

enclosure. LED constant current driver operates at 350mA.<br />

MICROEMITTER REFLECTOR<br />

Precision injection molded, high specular reflectors are positioned<br />

to achieve directional control toward desired task for IES cutoff<br />

classification. Secondary reflectors with a concave, specular<br />

medium hammertone finish are used to redirect light downward.<br />

No fasteners are placed on the reflective surface. The entire<br />

assembly fastens to the housing as a one-piece module and<br />

features wiring quick-connects for easy installation. Standard color<br />

temperatures are 3500K and 5100K. Rated luminous efficacy for<br />

PROV is >40 lm/W, with rated light output of >2864 for 5100K<br />

LED, standard mount. MicroEmitters are field replaceable.<br />

INSTALLATION & MOUNTING<br />

The Medium (PROV) Providence shall be factory supplied as a<br />

complete, prewired assembly. The PROV fitter shall slip over a<br />

4"/100 mm, the PROV fitter shall slip over a 5"/127 mm open top<br />

pole or 4"/100mm arm and be secured and leveled with stainless<br />

steel set screws.<br />

FINISH<br />

Fixture finish consists of a five stage pretreatment regimen with<br />

a polymer primer sealer, oven dry off, and top coated with a<br />

thermoset super TGIC polyester powder coat finish. The finish shall<br />

meet the AAMA 605.2 performance specification which includes<br />

passing a 3000 hour salt spray test for corrosion resistance<br />

CERTIFICATION<br />

The fixture shall be listed with ETL for outdoor, wet location use.<br />

Conforms to the UL1598 and Canadian CSA Std. C22.2 no.250<br />

standard. IP55.<br />

WARRANTY<br />

Providence LED, including housing LEDs and electrical<br />

components, is warranted for five years. Providence HID is<br />

warranted for 3 years. Any unauthorized return, repair, replacement<br />

or modification of the Product(s) shall void this warranty. This<br />

warranty applies only to the use of the Product(s) as intended<br />

by AAL and does not cover poles, arms, mounting, or any<br />

misapplication or misuse of said Product(s), or installation in<br />

hazardous or corrosive environments. *Contact AAL for complete<br />

warranty language, exceptions, and limitations.<br />

AAL reserves the right to change product<br />

specifications without notice.<br />

AAL CodeLink SM<br />

TEST #: PROV-T3-60LED-BW<br />

CATALOG #: PROV-T3-60LED-BW<br />

LAMP:<br />

TOTAL LUMENS: -1<br />

LLF: 1.00<br />

ILLUM. UNITS: FC<br />

SCALE: 1 IN= 12.0FT<br />

TEST #: PROV-T3-60LED-BW<br />

CATALOG #: PROV-T3-60LED-BW<br />

LAMP:<br />

TOTAL LUMENS: -1<br />

LLF: 1.00<br />

ILLUM. UNITS: FC<br />

SCALE: 1 IN= 12.0FT<br />

CONTOUR PLOT<br />

Legend: A=5.00 B=2.00 C=1.00 D=0.50 E=0.25<br />

0.25<br />

0.50<br />

1.00<br />

2.00<br />

0.00<br />

Generated by LitePro version 2.026, which is provided and supported by Columbia Lighting,<br />

Alera, and Prescolite. Calculations are performed in accordance with IESNA procedures.<br />

Columbia, Alera, and Prescolite are not responsible for the light output of lamps and ballasts,<br />

or design variables not shown.<br />

Mounting Height: 12'<br />

Total flux: 3124 lm<br />

Watts: 71 W<br />

LPW: 44<br />

CONTOUR PLOT<br />

NUM LUMS/ ORIENTATION: 1 lum<br />

MOUNTING HEIGHT: 12.0'<br />

BRACKET ARM LENGTH: 0.0'<br />

PROV T3 TYPE 3<br />

Legend: A=5.00 B=2.00 C=1.00 D=0.50 E=0.25<br />

0.25<br />

0.50<br />

1.00 5.00<br />

2.00<br />

0.00<br />

Generated by LitePro version 2.026, which is provided and supported by Columbia Lighting,<br />

Alera, and Prescolite. Calculations are performed in accordance with IESNA procedures.<br />

Columbia, Alera, and Prescolite are not responsible for the light output of lamps and ballasts,<br />

or design variables not shown.<br />

Mounting Height: 12'<br />

Total flux: 3341 lm<br />

Watts: 72.4 W<br />

LPW: 46<br />

NUM LUMS/ ORIENTATION: 1 lum<br />

MOUNTING HEIGHT: 12.0'<br />

BRACKET ARM LENGTH: 0.0'<br />

PROV T5 TYPE 5<br />

Sep 22, 2010<br />

Sep 22, 2010<br />

BACK LIGHT<br />

516 lm. 15.4%<br />

BVH 90°= 0.2%<br />

BH 80°= 6.3%<br />

BM 60°= 7.5%<br />

BL 30°= 1.3%<br />

BACK LIGHT<br />

1562 lm. 50%<br />

BVH 90°=0.8%<br />

BH 80°= 19.0%<br />

BM 60°= 22.7%<br />

BL 30°= 7.5%<br />

0 lm. 0%<br />

180°<br />

UH<br />

100° 100°<br />

UL<br />

0°<br />

B1 U1 G1<br />

UP LIGHT<br />

0 lm. 0%<br />

180°<br />

UH<br />

100° 100°<br />

UL<br />

0°<br />

PHOTOMETRY<br />

PROV<br />

FORWARD LIGHT<br />

2825.4 lm. 84.9%<br />

FVH 90°= 0.7%<br />

FH 80°= 25.9%<br />

FM 60°= 51.5%<br />

FL 30°= 6.4%<br />

FORWARD LIGHT<br />

1502 lm. 50%<br />

FVH 90°= 0.8%<br />

FH 80°= 19.4%<br />

FM 60°= 22.3%<br />

FL 30°= 7.5%<br />

B2 U1 G2<br />

PROV spec sheet


1 LUMINAIRES<br />

ORDERING INFORMATION<br />

PROS<br />

PROS-X<br />

PROS-DIRS<br />

PROS-INDA<br />

PROS-INDS<br />

Horizontal LED.<br />

Symmetric direct reflective optical system. Full cutoff<br />

Asymmetric indirect reflective optical system, 20 watt<br />

Mini Mastercolor only.<br />

Symmetric indirect reflective optical system, 20 watt<br />

Mini Mastercolor only.<br />

ORDERING EXAMPLE<br />

1. LUMINAIRE PROS - INDS<br />

2. LAMP/BALLAST 20MMC<br />

3. OPTIONS SPK<br />

4. COLOR BLK<br />

5. MOUNTING TRA59D<br />

2 LAMP/BALLAST<br />

18LED-WW<br />

18LED-BW<br />

27LED-WW<br />

27LED-BW<br />

36LED-WW<br />

36LED-BW<br />

20MMC<br />

39MMC<br />

39MHT6EB<br />

18 light emitting diode array (16.4 watts). Warm white<br />

(3500K). IES Type 1. 120 thru 277 volt.<br />

18 light emitting diode array (16.4 watts). Bright white<br />

(5100K). IES Type 1. 120 thru 277 volt.<br />

27 light emitting diode array (33.6 watts). Warm white<br />

(3500K). IES Type 3. 120 thru 277 volt.<br />

27 light emitting diode array (33.6 watts). Bright white<br />

(5100K). IES Type 3. 120 thru 277 volt.<br />

36 light emitting diode array (32.7 watts). Warm white<br />

(3500K). IES Type 5. 120 thru 277 volt.<br />

36 light emitting diode array (32.7 watts). Bright white<br />

(5100K). IES Type 5. 120 thru 277 volt.<br />

20 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use PGJ5 base, Mini Mastercolor lamp.<br />

39 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use PGJ5 base, Mini Mastercolor lamp.<br />

39 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use G12 base, T-6 ceramic lamp.<br />

3 OPTIONS<br />

SPK<br />

PFN<br />

BPS<br />

HSS<br />

LDL<br />

Decorative cast aluminum spikes on the top<br />

and bottom of the four vertical struts.<br />

Cast aluminum finial painted a brass color.<br />

Cast aluminum struts painted a brass color.<br />

Spikes also painted brass if chosen.<br />

House side shield to cut off light behind the<br />

pole and shield the lamp from view. HSS not<br />

available for Type 5. Factory installed.<br />

Not for LED.<br />

Lightly diffused lens. Frosted, flat tempered<br />

glass lens has a lightly diffused finish to<br />

minimize the lamp and reflector brightness.<br />

Not for LED.<br />

4 COLOR<br />

70MHT6EB<br />

70 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use G12 base, T-6 ceramic lamp.<br />

CF Compact fluorescent, electronic ballast 120 thru 277<br />

volt. Use GX24q base, 26, 32 or 42 watt lamp. Specify<br />

wattage. -18°C minimum starting temp<br />

All ballasts are factory wired for 277 volts unless specified.<br />

Lamps not included, except LED option. All applicable ballasts<br />

are EISA compliant<br />

All 13 standard and 5 premium AAL colors available. For RAL,<br />

please submit a 4-digit RAL number or color chip for custom<br />

colors.<br />

5 MOUNTING<br />

AAL CodeLink SM<br />

One-piece cast aluminum arms accept the standard 3"<br />

slip fitter on the Providence fixture. The arms are prewired<br />

with quick disconnects. Wall mounted arms do not<br />

include wall mounting hardware. Pole mounted arms use<br />

3/8-16 hardware bolts for attaching to the pole.<br />

PROS spec sheet<br />

SMALL


SPECIFICATIONS<br />

PROS<br />

CONVERSION TABLE<br />

CONVERSION TABLE<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

16<br />

FIXTURE 20<br />

SETBACK 22<br />

(in feet)<br />

24 10<br />

FIXTURE 12<br />

SETBACK 14<br />

(in feet)<br />

16<br />

16 20 22 24 10 12 14 16<br />

WATTAGE<br />

WATTAGE<br />

WATTAGE<br />

WATTAGE<br />

250 1 0.64 0.53 0.44 20MMC 1 0.69 0.51 0.39<br />

250 1 0.64 0.53 0.44 20MMC 1 0.69 0.51 0.39<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

PHOTOMETRY<br />

PROS<br />

REFLECTOR MODELS - REFLECTOR/LAMP<br />

The upper lamp housing shall be die cast aluminum. The internal reflector<br />

module is sealed from the outer housing with a one piece, memory<br />

retentive, molded silicone gasket. The tempered glass lens shall be sealed<br />

to the housing with a silicone gasket. One stainless steel latch shall<br />

release the door to allow access to the lamp.<br />

The reflector module shall be composed of a spun, specular aluminum<br />

panel rigidly attached in a die cast aluminum housing. The horizontal<br />

lamp reflectors (DIRS) shall meet ANSI-IES standards for full cutoff<br />

reflector systems.<br />

INSTALLATION & MOUNTING<br />

The PROS shall be factory supplied as a complete, prewired assembly.<br />

The fixture shall slip over a 3"/75mm open top pole or 4"/100mm pole<br />

mounted arm and secured and leveled with 3 stainless steel set screws.<br />

FINISH<br />

Fixture finish consists of a five stage pretreatment regimen with a polymer<br />

primer sealer, oven dry off and top coated with a thermoset super TGIC<br />

polyester powder coat finish. The finish shall meet the AAMA 605.2<br />

performance specification which includes passing a 3000 hour salt spray<br />

test for corrosion resistance.<br />

PROSPhotometry<br />

PROS<br />

PROS PHOTOMETRY<br />

PHOTOMETRY<br />

PROS-H5<br />

42 WATT CFL LAMP<br />

.25 .25<br />

.25<br />

.5 .5<br />

.5<br />

11<br />

1<br />

22<br />

2<br />

CONVERSION TABLE<br />

CONVERSION TABLE<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

20<br />

FIXTURE 24<br />

SETBACK 26<br />

(in feet)<br />

30 10<br />

FIXTURE 12<br />

SETBACK 14<br />

(in feet)<br />

16<br />

20 24 26 30 10 12 14 16<br />

WATTAGE<br />

WATTAGE<br />

WATTAGE<br />

WATTAGE<br />

400 1 0.69 0.59 0.44 70MHT6 1 0.69 0.51 0.39<br />

400 1 0.69 0.59 0.44 70MHT6 1 0.69 0.51 0.39<br />

How<br />

PROS-H5<br />

to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

42 CFL - HSS<br />

.25 .25<br />

.25<br />

11<br />

1<br />

.5 .5<br />

.5<br />

22<br />

2<br />

CONVERSION TABLE<br />

1.0 lff, 0 tilt, grid increment=mtg. Ht.<br />

1.0 lff, 0 tilt, grid increment=mtg. Ht.<br />

10<br />

FIXTURE 12<br />

SETBACK 14<br />

(in feet)<br />

16<br />

10 12 14 16<br />

WATTAGE<br />

WATTAGE<br />

42CF 1 0.69 0.51 0.39<br />

42CF How WATTAGE<br />

1 0.69 0.51 0.39<br />

to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

CONVERSION TABLE<br />

CONVERSION TABLE TABLE<br />

1.0 LLF, FIXTURE<br />

GRIDLINES SETBACK<br />

= (in<br />

MTG. feet)<br />

HT<br />

FIXTURE MTG. HT. (IN FEET)<br />

10 12 14 16<br />

42CF 1.00 0.69 0.51 0.39<br />

REFLECTOR MODELS - BALLAST<br />

The lower ballast housing shall be cast aluminum. The tool-less ballast<br />

access for servicing is accomplished by a quarter turn motion of the<br />

top cover. The ballast shall be mounted on a prewired tray with a quick<br />

disconnect plug attached to the underside of the cover. HID ballasts<br />

are high power factor, rated for -30°C starting. Electronic ballasts for<br />

metal halide lamps are sound rated A. Sockets are medium base, G12<br />

for use with T6 lamps. All sockets are pulse rated porcelain. Ballasts are<br />

wired at the factory for 277 volts, unless specified. Compact fluorescent<br />

transformers shall accept 120 thru 277 volt input and rated for -18°C<br />

starting. The LED driver accepts 120 thru 277 volt input.<br />

INDIRECT MODELS - LOWER LAMP MODULE<br />

The lower housing shall contain the lamp module. The cover shall be die<br />

cast aluminum with a tempered glass lens. The lamp shall be accessed<br />

by turning the lamp housing cover a quarter turn. The reflector shall be<br />

polished, anodized aluminum with an extremely narrow beam for directing<br />

the light to the upper reflector. Sockets are PGJ5 for use with BT-5 lamps.<br />

All sockets are pulse rated porcelain.<br />

CERTIFICATION<br />

The fixture shall be listed with ETL for outdoor, wet location use, UL1598<br />

and Canadian CSA Std. C22.2 no.250. IP=55.<br />

WARRANTY<br />

Fixture is warranted for three years. Ballast components carry the<br />

ballast manufacturer’s limited warranty. Any unauthorized return, repair,<br />

replacement or modification of the Product(s) shall void this warranty.<br />

This warranty applies only to the use of the Product(s) as intended by<br />

AAL and does not cover any misapplication or misuse of said Product(s),<br />

or installation in hazardous or corrosive environments. Contact AAL for<br />

complete warranty language, exceptions, and limitations.<br />

AAL reserves the right to change product specifications<br />

without notice.<br />

ARCHITECTURAL AREA AREA LIGHTING<br />

PROS-H5-42CFL<br />

ARCHITECTURAL AREA LIGHTING<br />

PROVIDENCE FULL FULL CUT-OFF POST POST TOP TOP LUMINAIRE<br />

PROS-H5-42CFL<br />

WITH WITH SPECULAR<br />

PROVIDENCE FULL RELFECTOR<br />

CUT-OFF POST AND AND CLEAR CLEAR<br />

TOP LUMINAIRE FLAT FLAT<br />

GLASS GLASS<br />

WITH SPECULAR LENS LENS<br />

RELFECTOR AND CLEAR FLAT<br />

ONE ONE<br />

GLASS 42 42<br />

LENS WATT WATT CFL CFL LAMP LAMP<br />

LUMENS=3200<br />

ONE 42 WATT CFL LAMP<br />

LUMENS=3200<br />

Photometric<br />

Photometric<br />

Toolbox<br />

Toolbox<br />

Professional<br />

Professional<br />

Edition<br />

Edition<br />

(c)<br />

(c)<br />

copyright<br />

copyright<br />

1995-2004<br />

1995-2004<br />

by<br />

by<br />

Lighting<br />

Lighting<br />

Analysts,<br />

Analysts,<br />

Inc.<br />

Inc.<br />

Calculations<br />

Calculations<br />

based<br />

based<br />

on<br />

on<br />

published<br />

published<br />

IES<br />

IES<br />

Methods<br />

Methods<br />

and<br />

and<br />

recommendations.<br />

recommendations.<br />

Photometric Toolbox Professional Edition (c) copyright 1995-2004 by Lighting Analysts, Inc.<br />

Results<br />

Results<br />

derived<br />

derived<br />

from<br />

from<br />

content<br />

content<br />

of manufacturers<br />

manufacturers<br />

IES<br />

IES<br />

format<br />

format<br />

photometric<br />

photometric<br />

file.<br />

file.<br />

Calculations based on published IES Methods and recommendations.<br />

Results derived from content of manufacturers IES format photometric file.<br />

PROS-H5<br />

70MH WATT CMH - T6 LAMP<br />

ARCHITECTURAL AREA AREA LIGHTING<br />

PROS-H5-70MH<br />

ARCHITECTURAL AREA LIGHTING<br />

PROVIDENCE FULL FULL CUT-OFF POST POST TOP TOP LUMINAIRE<br />

PROS-H5-70MH<br />

WITH WITH SPECULAR RELFECTOR AND AND<br />

PROVIDENCE FULL CUT-OFF POST CLEAR CLEAR<br />

TOP LUMINAIRE FLAT FLAT<br />

GLASS GLASS<br />

WITH SPECULAR LENS LENS<br />

RELFECTOR AND CLEAR FLAT<br />

ONE ONE<br />

GLASS GE GE<br />

LENS 70 70 WATT WATT CMH CMH T6 T6 LAMP LAMP G12E G12E BASE BASE<br />

LUMENS=6200<br />

ONE GE 70 WATT CMH T6 LAMP G12E BASE<br />

LUMENS=6200<br />

11<br />

1<br />

22<br />

2<br />

.5 .5<br />

.5<br />

.25 .25<br />

.25<br />

Horizontal Footcandles<br />

Scale: Scale: 1 Inch Inch = 8 Ft. Ft.<br />

Horizontal Footcandles<br />

Light Light Loss Loss Factor Factor = 1.00 1.00<br />

Scale: 1 Inch 8 Ft.<br />

Total Total Lumens Per Per<br />

Light Loss Luminaire<br />

Factor = 3200 3200<br />

1.00<br />

Total Lumens Mounting<br />

Per Height Height<br />

Luminaire = 10.00 10.00<br />

= 3200 Ft Ft<br />

Maximum Calculated<br />

Mounting Height Value Value<br />

= =<br />

10.00 6.64 6.64 Fc Fc<br />

Ft<br />

Maximum Calculated Arrangement:<br />

Value = 6.64 Single Single<br />

Fc<br />

Arrangement: Single<br />

Horizontal Footcandles<br />

Scale: Scale: 1 Inch Inch = 8 Ft. Ft.<br />

Horizontal Footcandles<br />

Light Light Loss Loss Factor Factor = 1.00 1.00<br />

Scale: 1 Inch 8 Ft.<br />

Total Total Lumens Per Per<br />

Light Loss Luminaire<br />

Factor = 6500 6500<br />

1.00<br />

Total Lumens Mounting<br />

Per Height Height<br />

Luminaire = 10.00 10.00<br />

= 6500 Ft Ft<br />

Maximum Calculated<br />

Mounting Value Value<br />

Height = 46.79 46.79<br />

10.00 Fc Fc<br />

Ft<br />

Maximum Calculated Arrangement:<br />

Value = 46.79 Single Single<br />

Fc<br />

Arrangement: Single<br />

ARCHITECTURAL AREA AREA LIGHTING<br />

PROS-H5-42CFL-HSS<br />

ARCHITECTURAL AREA LIGHTING<br />

PROVIDENCE FULL FULL CUT-OFF POST POST TOP TOP LUMINAIRE<br />

PROS-H5-42CFL-HSS<br />

WITH WITH SPECULAR RELFECTOR AND AND<br />

PROVIDENCE FULL CUT-OFF POST CLEAR CLEAR<br />

TOP LUMINAIRE FLAT FLAT<br />

GLASS GLASS<br />

WITH SPECULAR LENS LENS<br />

RELFECTOR AND CLEAR FLAT<br />

WITH WITH<br />

GLASS HOUSE<br />

LENS SIDE SIDE SHIELD<br />

ONE ONE<br />

WITH 42 42<br />

HOUSE WATT WATT<br />

SIDE CFL CFL LAMP LAMP<br />

SHIELD<br />

LUMENS=3200<br />

ONE 42 WATT CFL LAMP<br />

LUMENS=3200<br />

Horizontal Footcandles<br />

Scale: Scale: 1 Inch Inch = 8 Ft. Ft.<br />

Horizontal Footcandles<br />

Light Light Loss Loss Factor Factor = 1.00 1.00<br />

Scale: 1 Inch 8 Ft.<br />

Total Total Lumens Per Per<br />

Light Loss Luminaire<br />

Factor = 3200 3200<br />

1.00<br />

Total Lumens Mounting<br />

Per Height Height<br />

Luminaire = 10.00 10.00<br />

= 3200 Ft Ft<br />

Maximum Calculated<br />

Mounting Height Value Value<br />

= =<br />

10.00 4.70 4.70 Fc Fc<br />

Ft<br />

Maximum Calculated Arrangement:<br />

Value = 4.70 Single Single<br />

Fc<br />

Arrangement: Single<br />

CONVERSION TABLE<br />

CONVERSION TABLE<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

16<br />

FIXTURE 20<br />

SETBACK 22<br />

(in feet)<br />

24 10<br />

FIXTURE 12<br />

SETBACK 14<br />

(in feet)<br />

16<br />

WATTAGE 16 20 22 24 WATTAGE 10 12 14 16<br />

WATTAGE<br />

WATTAGE<br />

Photometric<br />

Photometric 250 Toolbox<br />

Toolbox<br />

Professional<br />

Professional 1Edition Edition<br />

(c)<br />

(c)<br />

copyright<br />

copyright 0.64 1995-2004<br />

1995-2004<br />

by<br />

by<br />

Lighting<br />

Lighting 0.53 Analysts,<br />

Analysts,<br />

Inc.<br />

Inc.<br />

0.44 20MMC 1 0.69 0.51 0.39<br />

Calculations<br />

Calculations<br />

based<br />

based<br />

on<br />

on<br />

published<br />

published<br />

IES<br />

IES<br />

Methods<br />

Methods<br />

and<br />

and<br />

recommendations.<br />

recommendations.<br />

Photometric Toolbox Professional Edition (c) copyright 1995-2004 by Lighting Analysts, Inc.<br />

Results<br />

Results<br />

derived<br />

derived 250<br />

from<br />

from<br />

content<br />

content<br />

of 1manufacturers IES<br />

IES<br />

format<br />

0.64 format<br />

photometric<br />

photometric<br />

file.<br />

file. 0.53 0.44 20MMC 1 0.69 0.51 0.39<br />

How Calculations to use: based on Multiply published IES Methods factor and recommendations.<br />

by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

Results derived from content of manufacturers IES format photometric file.<br />

How to PROS-H5-70MH-HSS<br />

use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

70 WATT CMH - T6 LAMP<br />

CONVERSION TABLE<br />

CONVERSION TABLE<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, 0 tilt, grid increment=mtg. Ht.<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

1.0 lff, 0 tilt, grid increment=mtg. Ht.<br />

20<br />

FIXTURE 24<br />

SETBACK 26<br />

(in feet)<br />

30 10<br />

FIXTURE 12<br />

SETBACK 14<br />

(in feet)<br />

16<br />

20 24 26 30 10 12 14 16<br />

WATTAGE<br />

.25 .25<br />

WATTAGE<br />

WATTAGE<br />

.25<br />

WATTAGE<br />

400 1 0.69 0.59 0.44 70MHT6 1 0.69 0.51 0.39<br />

11<br />

400 1 0.69 0.59 0.44 70MHT6 1 0.69 0.51 0.39<br />

How to use: Multiply factor by fc value 1<br />

on isoline<br />

How WATTAGE<br />

to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

.5 .5<br />

.5<br />

22<br />

2<br />

ARCHITECTURAL AREA AREA LIGHTING<br />

Horizontal Footcandles<br />

PROS-H5-70MH-HSS<br />

Scale: Scale: 1 Inch Inch = 8 Ft. Ft.<br />

ARCHITECTURAL AREA LIGHTING<br />

Horizontal Footcandles<br />

PROVIDENCE FULL FULL CUT-OFF POST POST TOP TOP LUMINAIRE<br />

Light Light Loss Loss Factor Factor = 1.00 1.00<br />

PROS-H5-70MH-HSS<br />

Scale: 1 Inch 8 Ft.<br />

WITH WITH SPECULAR RELFECTOR<br />

PROVIDENCE FULL CUT-OFF POST AND AND CLEAR CLEAR<br />

TOP LUMINAIRE FLAT FLAT<br />

Total Total Lumens Per Per Luminaire = 6500 6500<br />

Light Loss Factor 1.00<br />

GLASS GLASS<br />

WITH SPECULAR LENS LENS<br />

RELFECTOR AND CLEAR FLAT<br />

Mounting<br />

Total Lumens Per Height Height<br />

Luminaire = 10.00 10.00<br />

= 6500 Ft Ft<br />

WITH WITH<br />

GLASS HOUSE<br />

LENS SIDE SIDE SHIELD<br />

Maximum Calculated<br />

Mounting Value Value<br />

Height = 24.77 24.77<br />

10.00 Fc Fc<br />

Ft<br />

ONE ONE<br />

WITH 70 70<br />

HOUSE WATT WATT<br />

SIDE CMH CMH<br />

SHIELD T6 T6 LAMP LAMP G12E G12E BASE BASE<br />

Maximum Calculated Arrangement:<br />

Value = 24.77 Single Single<br />

Fc<br />

LUMENS=6200<br />

ONE 70 WATT CMH T6 LAMP G12E BASE<br />

Arrangement: Single<br />

LUMENS=6200<br />

CONVERSION TABLE TABLE<br />

FIXTURE SETBACK (in feet)<br />

1.0 LLF, GRIDLINES = MTG. HT<br />

FIXTURE MTG. HT. (IN FEET)<br />

10 12 14 16<br />

70MHT6 1.00 0.69 0.51 0.39<br />

CONVERSION TABLE<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

10<br />

FIXTURE 12<br />

SETBACK 14<br />

(in feet)<br />

16<br />

10 12 14 16<br />

WATTAGE<br />

WATTAGE<br />

42CF 1 0.69 0.51 0.39<br />

42CF 1 0.69 0.51 0.39<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

INDIRECT MODELS - UPPER REFLECTOR/BALLAST<br />

The die cast aluminum upper housing shall contain the ballast assembly<br />

and the indirect reflector. The ballast shall be mounted on a prewired tray<br />

with a quick disconnect plug. The HID ballasts are high power factor,<br />

rated for -30°C starting. Ballasts are multi-tap, wired at the factory for<br />

277 volts. The indirect reflector is mounted to the underside of the upper<br />

housing. The reflector shall be die cast aluminum, finished in a high<br />

reflectance white. The indirect reflector models shall be IES classified as<br />

cutoff with less than 1% lumen output above 90 degrees.<br />

AAL CodeLink SM<br />

PROS spec sheet<br />

Photometric<br />

Photometric<br />

Toolbox<br />

Toolbox<br />

Professional<br />

Professional<br />

Edition<br />

Edition<br />

(c)<br />

(c)<br />

copyright<br />

copyright<br />

1995-2004<br />

1995-2004<br />

by<br />

by<br />

Lighting<br />

Lighting<br />

Analysts,<br />

Analysts,<br />

Inc.<br />

Inc.<br />

Calculations<br />

Calculations<br />

based<br />

based<br />

on<br />

on<br />

published<br />

published<br />

IES<br />

IES<br />

Methods<br />

Methods<br />

and<br />

and<br />

recommendations.<br />

recommendations.<br />

Photometric Toolbox Professional Edition (c) copyright 1995-2004 by Lighting Analysts, Inc.<br />

Results<br />

Results<br />

derived<br />

derived<br />

from<br />

from<br />

content<br />

content<br />

of manufacturers<br />

manufacturers<br />

IES<br />

IES<br />

format<br />

format<br />

photometric<br />

photometric<br />

file.<br />

file.<br />

PROS-INDA<br />

Calculations based on published IES Methods and recommendations.<br />

Results derived from content of manufacturers IES format photometric file.<br />

20MH WATT CMH- - T4.5 LAMP<br />

.25 .25<br />

.25<br />

Photometric<br />

Photometric<br />

Toolbox<br />

Toolbox<br />

Professional<br />

Professional<br />

Edition<br />

Edition<br />

(c)<br />

(c)<br />

copyright<br />

copyright<br />

1995-2004<br />

1995-2004<br />

by<br />

by<br />

Lighting<br />

Lighting<br />

Analysts,<br />

Analysts,<br />

Inc.<br />

Inc.<br />

Calculations<br />

Calculations<br />

based<br />

based<br />

on<br />

on<br />

published<br />

published<br />

IES<br />

IES<br />

Methods<br />

Methods<br />

and<br />

and<br />

recommendations.<br />

recommendations.<br />

PROS-INDS-20MH<br />

Photometric Toolbox Professional Edition (c) copyright 1995-2004 by Lighting Analysts, Inc.<br />

Results<br />

Results<br />

derived<br />

derived<br />

from<br />

from<br />

content<br />

content<br />

of manufacturers<br />

manufacturers<br />

IES<br />

IES<br />

format<br />

format<br />

photometric<br />

photometric<br />

file.<br />

file.<br />

Calculations based on published IES Methods and recommendations.<br />

Results derived from content of manufacturers IES format photometric file.<br />

20 WATT CMH- - T4.5 LAMP<br />

CONVERSION TABLE<br />

CONVERSION TABLE<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, 0 tilt, grid increment=mtg. Ht.<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

1.0 lff, 0 tilt, grid increment=mtg. Ht.<br />

16<br />

FIXTURE 20<br />

SETBACK 22<br />

(in feet)<br />

24 10<br />

FIXTURE 12<br />

SETBACK 14<br />

(in feet)<br />

16<br />

16 20 22 24 10 12 14 16<br />

WATTAGE<br />

WATTAGE<br />

WATTAGE<br />

WATTAGE<br />

250 1 0.64 0.53 0.44 20MMC 1 0.69 0.51 0.39<br />

250 1 0.64 0.53 0.44 20MMC 1 0.69 0.51 0.39<br />

How to use: Multiply factor by fc value on isoline<br />

How WATTAGE<br />

to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

CONVERSION TABLE<br />

CONVERSION TABLE TABLE<br />

1.0 LLF, FIXTURE<br />

GRIDLINES SETBACK<br />

= (in<br />

MTG. feet)<br />

HT<br />

FIXTURE MTG. HT. (IN FEET)<br />

10 12 14 16<br />

20MMC 1.00 0.69 0.51 0.39<br />

CONVERSION .25 .25<br />

TABLE<br />

CONVERSION TABLE<br />

.25<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, CONVERSION 0 tilt, grid increment=mtg. TABLE<br />

Ht.<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

1.0 lff, 0 tilt, FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

20<br />

FIXTURE 24<br />

SETBACK 26<br />

(in feet)<br />

30 10<br />

FIXTURE 12<br />

SETBACK 14<br />

(in feet)<br />

16<br />

20 24 26 30 10 12 14 16<br />

WATTAGE<br />

WATTAGE<br />

WATTAGE<br />

WATTAGE<br />

400 1 0.69 0.59 0.44 70MHT6 1 0.69 0.51 0.39<br />

400 1 0.69 0.59 0.44 70MHT6 1 0.69 0.51 0.39<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

How to use: Multiply factor by fc value on isoline<br />

CONVERSION TABLE<br />

ARCHITECTURAL AREA AREA LIGHTING<br />

Horizontal Footcandles<br />

ARCHITECTURAL AREA AREA LIGHTING<br />

Horizontal Footcandles<br />

CONVERSION TABLE<br />

PROS-INDA-20MH<br />

Scale: Scale: 1 Inch Inch = 8 Ft. Ft.<br />

PROS-INDS-20MH<br />

Scale: Scale: 1 Inch Inch = 8 Ft. Ft.<br />

ARCHITECTURAL AREA LIGHTING<br />

Horizontal Footcandles<br />

ARCHITECTURAL AREA LIGHTING<br />

Horizontal Footcandles<br />

1.0 lff, 0 tilt, grid increment=mtg. Ht.<br />

PROVIDENCE POST POST TOP TOP LUMINAIRE WITH WITH<br />

Light Light Loss Loss Factor Factor = 1.00 1.00<br />

PROVIDENCE POST POST TOP TOP LUMINAIRE WITH WITH<br />

Light Light Loss Loss Factor Factor = 1.00 1.00<br />

PROS-INDA-20MH<br />

Scale: 1 Inch 8 Ft.<br />

PROS-INDS-20MH<br />

Scale: 1 Inch 8 Ft.<br />

SEMI-SPECULAR<br />

Total Total Lumens Per Per Luminaire = 1700 1700<br />

SEMI-SPECULAR<br />

Total Total Lumens Per Per Luminaire = 1700 1700<br />

1.0 lff, 0 tilt,<br />

PROVIDENCE POST TOP LUMINAIRE WITH<br />

Light Loss Factor 1.00<br />

PROVIDENCE POST TOP LUMINAIRE WITH<br />

Light Loss Factor 1.00<br />

FIXTURE grid increment=mtg. SETBACK (in Ht.<br />

feet)<br />

RELFECTOR AND AND CLEAR CLEAR FLAT FLAT GLASS GLASS LENS LENS<br />

Mounting Height Height = 10.00 10.00 Ft Ft<br />

SEMI-SPECULAR<br />

RELFECTOR AND AND CLEAR CLEAR FLAT FLAT GLASS GLASS LENS LENS<br />

Mounting Height Height = 10.00 10.00 Ft Ft<br />

Total Lumens Per Luminaire = 1700<br />

SEMI-SPECULAR<br />

Total Lumens Per Luminaire = 1700<br />

ONE ONE<br />

RELFECTOR 20 20 WATT WATT<br />

AND CMH CMH<br />

CLEAR T4.5 T4.5 LAMP LAMP<br />

FLAT G8.5E G8.5E<br />

GLASS BASE BASE<br />

LENS<br />

Maximum Calculated<br />

Mounting Height Value Value<br />

= =<br />

10.00 0.31 0.31 Fc Fc<br />

Ft<br />

ONE ONE<br />

RELFECTOR 20 20 WATT WATT<br />

AND CMH CMH<br />

CLEAR T4.5 T4.5 LAMP LAMP<br />

FLAT G8.5E G8.5E<br />

GLASS BASE BASE<br />

LENS<br />

Maximum Calculated Value Value = 0.34 0.34 Fc Fc<br />

FIXTURE SETBACK (in feet)<br />

Mounting Height = 10.00 Ft<br />

LUMENS=1700<br />

Arrangement: Single Single<br />

LUMENS=1700<br />

Arrangement: Single Single<br />

10 12 14 16<br />

ONE 20 WATT CMH T4.5 LAMP G8.5E BASE<br />

Maximum Calculated Value = 0.31 Fc<br />

ONE 20 WATT CMH T4.5 LAMP G8.5E BASE<br />

Maximum Calculated Value = 0.34 Fc<br />

LUMENS=1700<br />

Arrangement: Single<br />

LUMENS=1700<br />

Arrangement: Single<br />

10 12 14 16<br />

WATTAGE<br />

WATTAGE<br />

42CF 1 0.69 0.51 0.39<br />

42CF 1 0.69 0.51 0.39<br />

Photometric<br />

Photometric<br />

Toolbox<br />

Toolbox<br />

Professional<br />

Professional<br />

Edition<br />

Edition<br />

(c)<br />

(c)<br />

copyright<br />

copyright<br />

1995-2004<br />

1995-2004<br />

by<br />

by<br />

Lighting<br />

Lighting<br />

Analysts,<br />

Analysts,<br />

Inc.<br />

Inc.<br />

Photometric<br />

Photometric<br />

Toolbox<br />

Toolbox<br />

Professional<br />

Professional<br />

Edition<br />

Edition<br />

(c)<br />

(c)<br />

copyright<br />

copyright<br />

1995-2004<br />

1995-2004<br />

by<br />

by<br />

Lighting<br />

Lighting<br />

Analysts,<br />

Analysts,<br />

Inc.<br />

Inc.<br />

How to use: Multiply 28 Calculations based on published IES Methods and recommendations.<br />

Calculations based on published IES Methods and recommendations.<br />

Photometric Toolbox Professional Edition (c) copyright 1995-2004 by Lighting Analysts, Inc.<br />

Photometric Toolbox Professional Edition (c) copyright 1995-2004 by Lighting Analysts, Inc.<br />

Results derived from content of manufacturers IES format photometric file.<br />

Results derived from content of manufacturers IES format photometric file.<br />

How to use: Multiply PROVIDENCE<br />

factor by fc value on isoline<strong>®</strong><br />

Calculations based on published IES Methods and recommendations.<br />

Calculations based on published IES Methods and recommendations.<br />

Results derived from content manufacturers IES format photometric file.<br />

Results derived from content manufacturers IES format photometric file.<br />

Calculations based on published IES Methods and recommendations.<br />

Calculations based on published IES Methods and recommendations.<br />

PROVIDENCE<br />

factor by fc value on isoline<br />

28<br />

<strong>®</strong><br />

Results derived from content of manufacturers IES format photometric file.<br />

Results derived from content of manufacturers IES format photometric file.


1 LUMINAIRES<br />

ORDERING INFORMATION<br />

PROB<br />

PROB<br />

Symmetric horizontal optical system<br />

ORDERING EXAMPLE<br />

1. LUMINAIRE PROB<br />

2. LAMP/BALLAST 50MH<br />

2 LAMP/BALLAST<br />

4. COLOR BLK<br />

5. MOUNTING PM<br />

3. OPTIONS HSS<br />

AAL CodeLink SM<br />

PROB spec sheet<br />

BOLLARD<br />

20MMC 20 watt electronic metal halide 120/277 volt ballast. Use<br />

a PGJ5 base, Mini MasterColor <strong>®</strong> lamp.<br />

39MMC 39 watt electronic metal halide 120/277 volt ballast. Use<br />

a PGJ5 base, Mini MasterColor <strong>®</strong> lamp.<br />

39MHT6EB 39 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use a G12 base, T6 ceramic lamp.<br />

50MH 50 watt metal halide 120/277 volt ballast. Use a medium<br />

base, ED-17 lamp.<br />

50MHEB 50 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use a medium base, ED-17 lamp.<br />

70MH 70 watt metal halide 120/208/240/277 volt ballast. Use<br />

a medium base, ED-17 lamp.<br />

70MHT6 70 watt metal halide 120/208/240/277 volt ballast. Use<br />

a G12 base, T6 ceramic lamp.<br />

70MHEB 70 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use medium base, ED-17 lamp.<br />

70MHT6EB 70 watt electronic metal halide ballast, 120 thru 277<br />

volt. Use a G12 base, T6 lamp.<br />

100MH 100 watt metal halide 120/208/240/277 volt ballast. Use<br />

a medium base, ED-17 lamp.<br />

100MHEB 100 watt electronic metal halide ballast 120 thru 277<br />

volt. Use medium base, ED-17 lamp.<br />

50HPS 50 watt high pressure sodium 120/277 volt ballast. Use<br />

medium base, ED-17 lamp.<br />

70HPS 70 watt high pressure sodium 120/208/240/277 volt<br />

ballast. Use medium base, ED-17 lamp.<br />

100HPS 100 watt high pressure sodium 120/208/240/277 volt<br />

ballast. Use medium base, ED-17 lamp.<br />

CF<br />

Compact fluorescent electronic ballast 120 thru<br />

277 volt. Use a GX24q base, 26, 32 or 42 watt<br />

lamp.<br />

18LED-WW 18 light emitting diode array. (19 watt). Warm white<br />

(3500K). IES Type 1. 120 thru 277 volt.<br />

27LED-WW 27 light emitting diode array. (29 watt). Warm white<br />

(3500K). IES Type 3. 120 thru 277 volt.<br />

36LED-WW 36 light emitting diode array. (37 watt). Warm white<br />

(3500K). IES Type 5. 120 thru 277 volt.<br />

18LED-BW 18 light emitting diode array. (19 watt). Bright white<br />

(5100K). IES Type 1. 120 thru 277 volt.<br />

27LED-BW 27 light emitting diode array. (29 watt). Bright white<br />

(5100K). IES Type 3. 120 thru 277 volt.<br />

36LED-BW 36 light emitting diode array. (37 watt). Bright white<br />

(5100K). IES Type 5. 120 thru 277 volt.<br />

All ballasts are factory wired for 277 volt, unless specified.<br />

Lamps not included (except LED options). All applicable<br />

ballasts are EISA compliant.<br />

HSS<br />

LDL<br />

BBU<br />

PFC<br />

BPS<br />

DSC<br />

3 OPTIONS<br />

House Side Shield. Not available with LED.<br />

Lightly Diffused Lens<br />

Battery backup powers the lamp for up to ninety<br />

minutes during a power failure Output of the<br />

32 watt lamp will be 575 lumens. Output from the 42<br />

watt lamp will be 750 lumens. Operating temperature<br />

0ºC to 55ºC. For use with CF only. Integral.<br />

Painted brass finial cap<br />

Painted brass struts<br />

Dark sky cap. Matte black body cap (shown at right).<br />

4 COLOR<br />

All 13 standard and 5 premium AAL colors available. For<br />

RAL, please submit a 4-digit RAL number or color chip for<br />

custom colors.<br />

FL<br />

RD<br />

PM<br />

5 MOUNTING<br />

42" overall height x 5"/127mm dia, extruded<br />

fluted body<br />

42" overall height x 5"/127mm dia, extruded<br />

smooth body<br />

Semi recessed pier mount


SPECIFICATIONS<br />

PROB<br />

PHOTOMETRY<br />

PROB<br />

HOUSING<br />

The fixture housing and base are cast aluminum free of any<br />

porosity, foreign materials, or cosmetic fillers. The shaft<br />

shall be 5 in/127 mm wide and 23 in/584 mm tall, extruded<br />

6061-T6 aluminum yielding a fixture height of 42 inches.<br />

The ballast is mounted internally and accessed by loosening<br />

three set screws and lifting the fixture head off the shaft.<br />

Relamping is done by loosening a captive screw on the side<br />

of the dome, directly opposite the hinge, and tilting the dome<br />

lid back. The lens is tempered glass, sealed to the housing<br />

with a silicone gasket. All internal and external hardware is<br />

stainless steel. The fixture is sealed to prevent dust, insect<br />

or moisture contamination by using one-piece, memory<br />

retentive, molded silicone gaskets. The fixture features<br />

tamper resistant hardware.<br />

ELECTRICAL<br />

The ballast is integral to the fixture, mounted on a prewired<br />

module with a quick disconnect plug. The ballast module<br />

has two keyhole slots and is removable by loosening two<br />

screws. All components and materials are U.L. recognized.<br />

Sockets are pulse rated porcelain. HID ballasts are high<br />

power factor, rated for -30°C starting. Medium base<br />

porcelain sockets are 4KV rated. Ballasts are wired at the<br />

factory for 277 volts, unless specified. Compact fluorescent<br />

transformers are electronic, 120 through 277 volt for 26, 32<br />

or 42 watt 4 pin lamps.<br />

FINISH<br />

Fixture finish shall consist of a five stage pretreatment<br />

regimen with a polymer primer sealer, oven dry off and top<br />

coated with a thermoset super TGIC polyester powder coat<br />

finish. The finish shall meet the AAMA 605.2 performance<br />

specification which includes passing a 3000 hour salt spray<br />

test for corrosion resistance.<br />

CERTIFICATION<br />

The fixture is listed with ETL for outdoor, wet location use,<br />

UL1598 and Canadian CSA Std. C22.2 NO.250.<br />

IP Rating: 66<br />

WARRANTY<br />

Fixture is warranted for three years. Ballast components<br />

carry the ballast manufacturer’s limited warranty. Any<br />

unauthorized return, repair, replacement or modification<br />

of the Product(s) shall void this warranty. This warranty<br />

applies only to the use of the Product(s) as intended by<br />

AAL and does not cover any misapplication or misuse of<br />

said Product(s), or installation in hazardous or corrosive<br />

environments. Contact AAL for complete warranty language,<br />

exceptions, and limitations.<br />

AAL reserves the right to change product specifications<br />

without notice.<br />

PROB-20MMC<br />

0.1<br />

.25<br />

.25<br />

.5<br />

.5<br />

1.0<br />

1<br />

.1<br />

ARCHITECTURAL AREA LIGHTING<br />

PROB-20MMC<br />

CAST ALUMINUM BOLLARD WITH<br />

SPECULAR REFLECTOR AND CLEAR FLAT GLASS<br />

LENS<br />

ONE 20 WATT MINI BT-5 WITH PGJ5 BASE<br />

PROB-39MHT6EB<br />

Photometric Toolbox Professional Edition (c) copyright 1995-2008 by Lighting Analysts, Inc.<br />

Calculations based on published IES Methods and recommendations.<br />

Results derived from content of manufacturers photometric file.<br />

0.1<br />

.25<br />

.5<br />

.5.25<br />

1<br />

1.0<br />

Horizontal Footcandles<br />

Scale: 1 Inch = 3.5 Ft.<br />

Light Loss Factor = 0.72<br />

Total Lumens Per Luminaire = 1625<br />

Mounting Height = 3.50 Ft<br />

Maximum Calculated Value = 4.35 Fc<br />

Arrangement: Single<br />

Page 1<br />

The values below are in initial footcandles.<br />

Discount values to account for light losses due to<br />

voltage, temperature and atmospheric variations<br />

which affect light output. Mounting height is to the<br />

lamp center. All testing performed by a certified<br />

independent laboratory. Photometry is available in<br />

IES formatted files at www.aal.net.<br />

CONVERSION TABLE<br />

.72 LLF, GRIDLINES = MTG. HT<br />

FIXTURE MTG. HT. (IN FEET)<br />

WATTAGE<br />

3.5<br />

20MMC 1.00<br />

39MMC 1.85<br />

REFLECTOR<br />

The reflector module shall be composed of a spun, specular<br />

aluminum panel rigidly attached to the die cast aluminum<br />

housing. The horizontal lamp reflectors shall meet ANSI-IES<br />

standards for full cutoff classification.<br />

AAL CodeLink SM<br />

.1<br />

ARCHITECTURAL AREA LIGHTING<br />

PROB-39MH-T6EB<br />

CAST ALUMINUM BOLLARD WITH<br />

SPECULAR REFLECTOR AND CLEAR FLAT GLASS<br />

LENS<br />

ONE 39WATT CMH T6 WITH G12 BASE<br />

Horizontal Footcandles<br />

Scale: 1 Inch = 3.5 Ft.<br />

Light Loss Factor = 0.72<br />

Total Lumens Per Luminaire = 3400<br />

Mounting Height = 3.50 Ft<br />

Maximum Calculated Value = 27.31 Fc<br />

Arrangement: Single<br />

PROB spec sheet<br />

Photometric Toolbox Professional Edition (c) copyright 1995-2008 by Lighting Analysts, Inc.<br />

Calculations based on published IES Methods and recommendations.<br />

Results derived from content of manufacturers photometric file.<br />

Page 1


1 LUMINAIRES<br />

PRSC-2 Horizontal Type 2<br />

PRSC-3 Horizontal Type 3<br />

PRSC-4 Horizontal Type 4<br />

PRSC-W Horizontal Column<br />

Accent/ Narrow Beam<br />

PRSC-X Horizontal LED, CF or IL<br />

1D<br />

2D<br />

2DPB<br />

2R<br />

2 OUT PUT OPTIONS<br />

Single source 100% primary<br />

output<br />

Up:down single source 94% primary<br />

with 6% secondary opposing output.<br />

Not for PRSC-W or LED.<br />

Up:down single source with pencil<br />

beam uplight. Not for PRSC-W or LED.<br />

Up:down dual source R111 as<br />

secondary opposing output. Available<br />

with 39MHT6EB-R111 ballast only.<br />

ORDERING INFORMATION<br />

PRSC<br />

ORDERING EXAMPLE<br />

1. LUMINAIRE PRSC-3<br />

2. OUTPUT OPTIONS 1D<br />

3. LAMP/BALLAST 20MMC<br />

4. OPTIONS QRS<br />

5. COLOR BLK<br />

AAL CodeLink SM<br />

PRSC spec sheet<br />

SCONCE<br />

3 LAMP/BALLAST<br />

FOR PRSC-2 / PRSC-3 / PRSC-4 / PRSC-W<br />

20MMC 20 watt electronic metal halide 120/277 volt ballast. Use<br />

PGJ5 base, Mini MasterColor <strong>®</strong> lamp.<br />

39MMC 39 watt electronic metal halide 120/277 volt ballast. Use<br />

PGJ5 base, Mini MasterColor <strong>®</strong> lamp.<br />

39MHT6 39 watt magnetic metal halide 120/277 volt ballast. Use<br />

G12 base, T6 ceramic lamp.<br />

39MHT6EB 39 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use G12 base, T6 ceramic lamp.<br />

39MHT6EB-R111 39 watt electronic metal halide 120 thru 277 volt ballast.<br />

For use with 2R option only.<br />

50MH<br />

50 watt metal halide 120/277 volt ballast. Use medium<br />

base, ED-17 lamp.<br />

50MHEB 50 watt electronic metal halide 120 thru 277 volt ballast.<br />

Use medium base, ED-17 lamp.<br />

70MH<br />

70 watt metal halide 120/208/240/277 volt ballast. Use<br />

medium base, ED-17 lamp.<br />

70MHT6 70 watt metal halide 120/208/240/277 volt ballast. Use<br />

G12 base, T6 ceramic lamp.<br />

100MH 100 watt metal halide 120/208/240/277 volt ballast. Use<br />

medium base, ED-17 lamp.<br />

150PSMH Pulse start metal halide 120/208/240/277 volt ballast.<br />

Use medium base, ED-17 lamp.<br />

150PSMHT6 Pulse start metal halide 120/277 volt ballast. Use G12<br />

base, T6 ceramic lamp.<br />

50HPS<br />

50 watt high pressure sodium 120/277 volt ballast. Use<br />

medium base, ED-17 lamp.<br />

70HPS<br />

70 watt high pressure sodium 120/208/240/277 volt<br />

ballast. Use medium base, ED-17 lamp.<br />

100HPS 100 watt high pressure sodium 120/208/240/277 volt<br />

ballast. Use medium base, ED-17 lamp.<br />

150HPS 150 watt high pressure sodium 120/208/240/277 volt<br />

ballast. Use medium base, ED-17 lamp.<br />

60CO<br />

60 watt electronic ballast for Philips <strong>®</strong> Cosmo 200 thru<br />

277 volt ballast. Use PGZ12 base cosmo lamp.<br />

FOR PRSC-X<br />

36LED-WW 36 light emitting diode array (37 watt). Warm white<br />

(3500K). 120 thru 277 volt.<br />

36LED-BW 36 light emitting diode array (37 watt). Bright white<br />

(5100K). 120 thru 277 volt.<br />

CF1 Horizontal Single CF, 120 thru 277 volt. GX24q base, 26,<br />

32 or 42 watt lamp. Specify wattage.<br />

CF2<br />

Horizontal Pair of CF, 120 thru 277 volt. GX24q base,<br />

26, 32 or 42 watt lamp. Specify wattage.<br />

IL55<br />

Horizontal 55 watt Induction system. 120, 208, 240 or<br />

277 volt. -25°C min start temp.<br />

All ballasts are factory wired for 277 volts, unless<br />

specified. Lamps not included (except LED and IL<br />

options). All applicable ballasts are EISA compliant.<br />

4 OPTIONS<br />

INTERNAL OPTIONS<br />

QRS Restrike controller and T-4 mini-can socket will light following power<br />

outage until HID reaches full brightness. (Lamp wattage not to exceed<br />

ballast wattage). For horizontal reflector only. Not for LED.<br />

QL Socket for a T-4 mini-can halogen lamp. Must be field wired to<br />

a separate 120 volt circuit (Lamp wattage not to exceed ballast<br />

wattage). Not available for LED, CF1, CF2 or IL55 configuration.<br />

SCB Surface Conduit Box. 1/2" NPT inlets on each side. Gasketed bottom<br />

cover for wire access. Standard finish is white.<br />

LDL Lightly diffused glass lens to conceal the reflector and decrease visual<br />

brightness and glare.<br />

BBU Battery backup powers the lamp for up to ninety minutes during a<br />

power failure. Output of the 32 watt lamp will be 575 lumens. Output<br />

from the 42 watt lamp will be 750 lumens. Operating temperature is<br />

0°C to 55°C. For CF1 or CF2 configuration only. Integral.<br />

347 120/240/347 volt ballast for HID lamp/ballast except the 50MH and<br />

50HPS watt ballast.. Not available for 2R output.<br />

SPC12 120 volt swivel type photocell. Factory wired at 120 volt. Only<br />

available with 1D output (Photocell replaces finial)<br />

SPC27 208/240/277 volt swivel type photocell. Factory wired. Specify<br />

voltage. Only available with 1D output (Photocell replaces finial)<br />

BPC12 Photocell Button Type 120V. Only available with 1D output (Photocell<br />

replaces finial).<br />

BPC27 Photocell Button Type 208/240/277 volt. Only available with 1D<br />

output (Photocell replaces finial).<br />

TPC Photocell Twist-Lok. Only available with 1D output (Photocell replaces<br />

finial). Photocell by others.<br />

R24 Secondary source R111 Lamp with 24° Flood Pattern. Only available<br />

with 2R output.<br />

R40 Secondary source R111 Lamp with 40° Flood Pattern. Only available<br />

with 2R output.<br />

PFN<br />

DSB<br />

DSP<br />

DECORATIVE OPTIONS<br />

Cast aluminum finial painted brass color. Only available with 1D<br />

output.<br />

Dome spikes painted brass color.<br />

Dome spikes painted to match fixture color.<br />

5 COLOR<br />

All 13 standard and 5 premium AAL<br />

colors available. For RAL, please submit<br />

a 4-digit RAL number or color chip for<br />

custom colors.


SPECIFICATIONS<br />

PRSC<br />

PHOTOMETRY<br />

PROB<br />

HOUSING<br />

The fixture housing is one-piece cast aluminum. The access<br />

door is cast aluminum, hinged and secured with two spring<br />

latches for relamping and internal access. The primary lens<br />

is molded tempered glass with a crowned shape to shed<br />

water. The single source bi-directional configuration uses<br />

a diffused lens to evenly illuminate the wall, and the dual<br />

source configuration uses a clear lens. The access door is<br />

sealed with a memory retentive, Rubatex, closed cell gasket.<br />

The rear electrical access has a molded silicone plug to<br />

completely seal the fixture from insects or dirt emanating<br />

from the electrical box or conduit. All internal and external<br />

hardware is stainless steel.<br />

OPTICAL ASSEMBLY<br />

The reflector module is composed of faceted, semi specular<br />

anodized aluminum panels rigidly attached in an aluminum<br />

module. The reflector module is easily removed from the<br />

ballast bracket by loosening four screws and lifting it out. The<br />

2D uplight + downlight version includes a second reflector<br />

assembly attached to the ballast bracket which directs the<br />

light energy to the diffused lens used for the secondary light<br />

output. The 2R uplight + downlight version has a bracket<br />

assembly used to direct light from a R111 light source<br />

through the secondary clear lens. The reflectors shall meet<br />

ANSI-IES standards for full cut-off classification.<br />

ELECTRICAL<br />

The ballast is mounted on a prewired module with a quick<br />

disconnect plug and removed by loosening three captive<br />

quarter-turn fasteners. HID ballasts are high power factor,<br />

rated for -30°C starting. Sockets are medium base, pulse<br />

rated porcelain. Compact fluorescent sockets for a 26, 32, or<br />

42 watt lamp are 4 pin, GX24q-4, with an electronic ballast,<br />

0°F starting. Ballasts are prewired at the factory for 277 volts,<br />

unless specified.<br />

finish. The finish shall meet the AAMA 605.2 performance<br />

specification which includes passing a 3000 hour salt spray<br />

test for corrosion resistance.<br />

INSTALLATION<br />

To install the fixture, the die cast wall plate is secured to an<br />

octagonal j-box and wired to the power circuit. The fixture is<br />

plugged into a quick disconnect and then hooked onto the<br />

wall plate. Two captive screws are then tightened to secure<br />

the fixture to the wall plate. The fixture may be inverted if<br />

desired.<br />

CERTIFICATION<br />

The fixture is listed with ETL for outdoor, wet location use, in<br />

both an up and down orientation, UL1598 and Canadian CSA<br />

Std. C22.2 NO.250. IP Rating: 66<br />

WARRANTY<br />

Fixture is warranted for three years. Ballast components carry<br />

the ballast manufacturer’s limited warranty. Any unauthorized<br />

return, repair, replacement or modification of the Product(s)<br />

shall void this warranty. This warranty applies only to the use<br />

of the Product(s) as intended by AAL and does not cover any<br />

misapplication or misuse of said Product(s), or installation<br />

in hazardous or corrosive environments. Contact AAL for<br />

complete warranty language, exceptions, and limitations.<br />

AAL reserves the right to change product specifications<br />

without notice.<br />

AAL CodeLink SM<br />

VERTICAL FOOTCANDLES ON THE WALL –<br />

MOUNTING HEIGHT 10 FEET.<br />

PRSC-2-IL55<br />

2<br />

1<br />

PRSC-4-60CO<br />

2<br />

.5<br />

1<br />

PRSC-X-CF2-42<br />

.5<br />

.2<br />

.2<br />

10'/3.1 m<br />

mounting<br />

height<br />

10'/3.1 m<br />

mounting<br />

height<br />

HORIZONTAL FOOTCANDLES ON THE GROUND –<br />

MOUNTING HEIGHT 10 FEET. LLF=.8<br />

2<br />

0 1 2 3<br />

(1 SQUARE GRID=10 FEET)<br />

2<br />

1<br />

.5<br />

1<br />

.2<br />

.5<br />

0 1 2 3<br />

(1 SQUARE GRID=10 FEET)<br />

.2<br />

FINISH<br />

Fixture finish consists of a five stage pretreatment regimen<br />

with a polymer primer sealer, oven dry off and top coated<br />

with a thermoset super TGIC polyester powder coat<br />

PRSC spec sheet<br />

2<br />

1<br />

.5<br />

10'/3.1 m<br />

mounting<br />

height<br />

2<br />

1<br />

.5<br />

.2<br />

.2<br />

0 1 2 3<br />

(1 SQUARE GRID=10 FEET)


<strong>®</strong><br />

Sustainability with<br />

Style<br />

PROV-TRA57<br />

38 PROVIDENCE <strong>®</strong> FAMILY 39<br />

PROV-PR4-DB3


<strong>®</strong><br />

Architectural Area Lighting<br />

16555 East Gale Ave. | City of Industry | CA 91745<br />

T 626.968.5666 | F 626.369.2695 | www.aal.net/aal/providence.html<br />

© 2011 Architectural Area Lighting | Design Patents Pending | Made in the USA | Rev Providence 1111

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