soluciones para fachadas

8/2/2019 Soluciones Para Fachadas

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C F L A F L 1 0 A F L 2 0 A F L 3 0

5 0 - 10 0 0 W AT T H . I.D .

13 - 4 2 W AT T F LU O R E S C E N T

6 0 - 5 0 0 W ATT IN C AN D E S C E N T / H AL O G EN

F L O O D L I G H T S

A R C H I T E C T U R A L

ARCHITECTURAL FLOOD

CFL AFL10AFL20 AFL30


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rchitectural Floodlights

Table of Contents

Architectural Floodlights 2-94

Floodlighting Application 2-13

Optical Matrix 20

Mechanical Highlights 21

Product Information CFL AFL10 AFL20 AFL30

Important Features 24-25 36-37 58-59 78-79

Beam Properties 26 38-39 60-61 80-81

Product Structure 27 40-41 62-63 82-83

Ordering Information 28-29 42-45 64-67 84-87

LuminaireSpecifications

30 46 68 88

Fixture Option

Specifications

30 47 69 89

Mounting OptionSpecifications

31-32 48-52 70-72 90-92

Beam Spread Charts 33 53-55 73-75 93-94

References 258

Cosine Table 259

Photometrics See separate AFL Photometric Catalog

in Photometric Section of Specification CD or on

www.kimlighting.com.

SITE / AREA

PARKING STRUCTURE

ROADWAY

ARCHITECTURAL FLOOD

ACCENT

LANDSCAPE

16555 EAST GALE AVENUECITY OF INDUSTRY, CA

91745U.S.A.

PHONE 626 / 968-5666

FAX626 / 369-2695

ENTIRECONTENTS

COPYRIGHT2000 KIM LIGHTING, INC.

ALL RIGHTSRESERVEDREPRODUCTION IN WHOLEORIN PART WITHOUTPERMISSION ISSTRICTLYPROHIBITED.

U.S. PATENTD298,656

www.kimlighting.com

Registered to ISO 9001 Standard

RvA Councilfor Accreditation

Printed in U.S.A.5505500019Version 01/01

A F L 1 0 pages 35-5570 - 175 watt H.I.D.

500 watt HalogenAFL11 Wide Flood

AFL12 Vertical Flood

AFL13 Medium Flood

AFL14 Narrow Flood

AFL15 Spot

AFL16 Narrow Spot

AFL17 Horizontal Spot


AFL21 Wide Flood


AFL23 Medium Flood

AFL24 Narrow Flood

AFL25 Spot

AFL26 Narrow Spot



AFL31 Wide Flood


AFL33 Medium Flood

AFL34 Narrow Flood

AFL35 Spot

AFL36 Narrow Spot


C F L pages 23-3350 - 70 watt H.I.D.

13 - 42 watt Compact Fluorescent

60 watt Incandescent

150 watt Halogen

CFL1 Wide Flood

CFL6 Narrow Spot


3/52

K I MK I M LIGHTING

oodlighting Application

ystem Approach

Architectural Floodlightingtems are engineered touce the specific distributionsred to illuminate horizontalvertical surfaces from

mal set-back distances, ornting heights. This differstly from sports fields,lighting equipment, wheredistances (tall mounting

hts) and considerablebution overlap are utilized.eneral Floodlighting, cut-off,rol of glare and specialcts are not consideredrtant design c riteria. Neitherhese systems produceient illumination for thetectural Environment.

hitectural Floodlightingands close luminaire-to-ce distances and minimalbution overlap to reduce

number of fixtures required.hitectural features oftente luminaire locations thatess than ideal, requiringial optical features.

atisfy these requirements,hitectural Floodlightingands a wide range of beambutions. Further, the needontrol unwanted lampility, or to produce specialitectural effects, such asking, and surface grazing,

uire specialized opticalems and accessories.

Seven Distinct Optical Distributions produce the required range to illuminate virtually any surface fromvery close to long distances.

Four Luminaire Sizes provide a range of the most compact fixture scale for the requisite lamp. Fromthe smallest (CFL) in Incandescent, Halogen, Compact Fluorescent and H.I.D. lampings to 70 watt, tothe largest (AFL30) in H.I.D. lampings up to 1000 watt.

Accessories, controlling unwanted lamp visibility, protecting the luminaire from vandalism, or reducingspill light in tight spotlighting distributions, make fine-tuning luminaires to special applicationsrequirements possible. See pages 3-5 for additional details.

Kim provides the widest range of Mounting Options to assure that each luminaire can be mountedrigidly, to preserve aiming and provide years of trouble-free service.

WideFlood

VerticalFlood

MediumFlood

NarrowFlood

Spot NarrowSpot

HorizontalSpot

CFL Series AFL10 Series AFL20 Series AFL30 Series

BarnDoors

FixedHood

FullShield

GridLouver

LexanShield

ColorFilters

NOTE: Refer to individual series information for specific option and accessory availability.

Junction BoxMounting

StanchionMounting

Horizontal SurfaceMounting

Wall / Vertical SurfaceMounting

Pole TopMounting

Side PoleMounting

Grid louvers for spot and narrow spot distributions utilize straight vanes andshould not be used with other distributions.

Glare

Glare Control

After placing they can besttarget, it is evaluate visibiand optical soccupants. Tappropriate accessory, sdoors, fixed hoor grid louobjectionable g

Barn Doors

Most effective when used with wideflood or medium flood distributions

Fixed Hoods

Most effective when used withnarrow flood or spot distributions

Full Shields

Most effective when used with narrowflood or spot d istributions wherevisibility is from all sides of the fixture

Grid Louvers

Limited to specific optical systems

Barn doors provide some control of lens visibility from the side of and slightlyin front of the fixture. Adjustable panels provide a degree of customization tosuit field conditions. Barns doors are not used for shaping light distributions.

Fixed hoods provide control of visibility from top or bottom views of the lensonly, while producing no obstruction in the opposite direction.

Full shields will provide good control of lens visibility, as well as trimming of sidelight from the lens surface.

Grid louver vanes, specifically designed for narrow flood reflectors, areangled to prevent obstruction of reflector output.

Grid Louvers

Grid louvers inside a full additional colens and reflconsiderably. louvers cannoall optical sysGrid louver

matched to ssystems. The cthe optical systmany louversand at what abe placed.

0 to 20 lens shielding per panel(varies per model and top to side)

25 lens shielding(varies per model and top to side)





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K I MK I M LIGHTING

Coloolor Effects and Lamp Selection

NOTE: The color samples shown are for comparison use only, and do not represent actual fieldconditions (impossible in a printed format.) Actual performance and colors will change basedon lamp and reflector system used. Light Loss Factor (LLF) indicates approximate percentageof source lamp illuminance that is transmitted through the filter.

mp Selection

selection of lamp should be based oncoloration of the target surfaces beinged. Where the target is predominantlym in color, such as brick, stone, or earth-

paint, High Pressure Sodium isopriate. For whites, cool paint colors,sed metals such as stainless steel, andhe greens in landscape, Metal Halidebe a more appropriate choice.

Wavelength in nanometers

The spectral distribution chart at left showswhere Metal Halide lamp output is greatest.Note that its output in the red zone, above600nm, is very weak. This means that thislamp will not render red color well, and willtend to tint whites to appear blue and blue-green, as this is where the lamps greatestenergy is produced.

400 450 500 550 600 650 700

20

40

60

80

100Metal Halide

400 450 500 550 600 650 700

20

40

60

80

100High Pressure Sodium

Wavelength in nanomometers

Relativepower

The spectral distribution chart at left showswhere High Pressure Sodium lamp output isgreatest. Note that its output below 550nmis very weak. The strong output in the560nm to 625nm range is what gives thislamp its characteristic yellow-orange colorappearance. These lamps will not renderblue surface colors well, and will tend to tintwhites to a yellow-orange color appearance.

or Filters

r filters can be used to modify lampration, or to add a dramatic color effectproject. Color filters work simply byking some wavelengths of light, andmitting others. Color filters cannot addr to the light passing through them.efore, when using color filters with

D. sources, it is important to select anropriate source, as it will have a

matic impact on the appearance of theting light output.

400 450 500 550 600 650 700

20

40

60

80

100

Wavelength in nanomometers

%T

ransmission

#15 Deep Straw The color distribution shown for each filter isa representation of the amount of lighttransmitted at each wavelength. In thisexample; the filter will transmitapproximately ( ) 2% of the light passingthrough it at 450nm, 80% at 550nm, and90% at 650nm.

Lamp spectral energy distribution will havea dramatic effect on the color transmitted bythe color filter.

00 450 500 550 600 650 700

Metal Halide Light Color

Raw Lamp Output

400 450 500 550 600 650 700

20

40

60

80

100#15 Deep Straw

Filter Characteristics

Filter Color

400 450 500 550 600 650 700

20

40

60

80

100Metal Halide

Resulting Light Output

Filtered Light Color

400 450 500 550 600 650 700

20

40

60

80

100#05 Rose Tint 80% Transmittance

400 450 500 550 600 650 700

20

40

60

80

100Metal Halide 80% LLF

400 450 500 550

20

40

60

80

100High Pressure Sodiu

400 450 500 550 600 650 700

20

40

60

80

100#15 Deep Straw 65% Transmittance

400 450 500 550 600 650 700

20

40

60

80


400 450 500 550

20

40

60

80


400 450 500 550 600 650 700

20

40

60

80

100#27 Medium Red 4% Transmittance

400 450 500 550 600 650 700

20

40

60

80


Not Recommendedot RecommendedNot Recommended

400 450 500 550

20

40

60

80


400 450 500 550 600 650 700

20

40

60

80

100#69 Brilliant Blue 18% Transmittance

400 450 500 550 600 650 700

20

40

60

80


400 450 500 550

20

40

60

80


Not Recommeot RecommeNot Recomme

400 450 500 550 600 650 700

20

40

60

80

100#91 Primary Green 7% Transmittance

400 450 500 550 600 650 700

20

40

60

80


400 450 500 550

20

40

60

80


Not Recommeot RecommeNot Recomme


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K I MK I M LIGHTING

Optical Design Conside

Set Back Effects

As set back distance irequired beam pattern sizthe same target area. Fdistance from the target inverse-square law diminisHowever, focusing lamptighter beam pattern increintensity. Therefore, narropattern as the set back increlevel of illumination and arwithout increasing lamp size

WideFlood

MediumFlood

NarrowFlood

10 Fc

5'10'15'

150MH150MH150MH

2,890cd/1

72

1,440cd

/122

640c

d/8

2

ptical Design Considerations

rse Square Law Candella / D2

oodlighting, the distance from thenaire to the subject to be lighted has a impact on optical choices. As distancethe luminaire increases, the width of

beam increases. This means thelable light covers a larger area,ucing lower overall light levels insideeam area.

ine Law (Candella / D2) x cos a

e inverse square law description, it ismed that the surface is perpendiculare source. However, in real-worldcations, luminaires are generally aimed angle to the target surface. This angle

eases the area covered by the beamreduces the corresponding illuminanceny point within the covered area. Thene law considers this and provides ae accurate calculation of illuminance onurface. See page 259 for cosine table.

m Shape

chitectural floodlighting, the surfacesg illuminated are generally rectilinear ine. Further, to create an efficient lighting

em, waste light should be eliminated.requires a range of beam patterns that

w control of illumination onto desireds, while eliminating waste light, withoutrting to cut-off baffles. By utilizing beampes that are more rectangular, andched to the vertical and horizontalct ratio of the surface being lighted, a

em can produce even illumination usingr fixtures.

mized Reflector Designs

ddition to producing a beam shapeer suited to the surface beinginated, the distribution of light from theal system must consider the effects ofng (cosine law). By distributing moregy into zones of higher incident angles,reducing energy at lower incidentes, a properly designed reflector will

duce more uniform surface targetinance. Symmetrical Distributions direct more light

at the center, resulting in a system that ishindered by the effects of the Inverse Squareand Cosine Laws to produce uneven surfaceillumination.

Optimized Distributions direct more light athigher angles, less light at the center and evenless light at lower aiming angles, resulting in anoptical system that overcomes the effects of theInverse Square and Cosine Laws to produceuniform surface illumination.

Round Beam Shapes require several fixtures tocover the rectangular surface, producing aninefficient system that provides uneven surfaceillumination.

Optimized Beam Shapes, designed to illuminatethe rectangular surface, require fewer fixtures,producing an efficient system that providesuniform surface illumination.

Aiming Perpendicular to Surface Aiming at an Angle to the Surface

(8,500 / 172) x .70= 20.6 Fc

(5,000 / 152) x .94= 20.8 Fc

(4,000 / 142) x .99= 20.2 Fc

(5,000 / 172) x .70= 12.1 Fc

(10,000 / 152) x .94= 41.6 Fc

(5,000 / 142) x .99= 25.3 Fc

15'

17'

14'

20

45

55,000c

d

10,000c

d

5,000cd

15'

17'

14'

20

45

58,500c

d

5,000cd

4,000cd

10,000 cd source

10,000 / 152 = 44.4 Fc (10,000 / 152) x .94 = 41.7 Fc

Area covered is larger in

relation to angle of incidence

155'15'angle of incidence a = 20ngle of incidence a = 20angle of incidence a = 20

15'

15'15'

10,000 / 152 = 44.4 Fc 10,000 / 302 = 11.1 Fc 10,000 / 452 = 4.9 Fc

10,000 cd source

Area covered is larger inproportion to distance from source

Multiple Beam Coverage

When a large area is to be illuminated, theuse of multiple fixtures is required to producesatisfactory coverage of thetarget. By using complimentaryoptical designs in combination,virtually any surface can beilluminated uniformly, with nounwanted streaking orbrightness patterns.

N O T E : D i m ens i onsshown are for illustrativepurposes only.

VerticalFlood

NarrowFlood

Spot

150'

60'

25'


6/52

K I MK I M LIGHTING

Floodlighting

Flat Lighting

Flat lighting produces a surface that isuniformly illuminated and renders minimalsurface texture and shadowing from surfacerelief. To achieve the best results, maximizeset back distances and keep aiming anglesto a minimum. For large surfaces, increasepattern overlap to reduce shadowing effectsand maintain a Uniformity Ratio of between3:1 to 4:1. Watch out for window locations,as this effect can produce offensive glare tobuilding occupants. Additionally, reflectedglare from luminaires may be visible inwindows located at the same elevation asthe observer.

Surface Modeling

Surface modeling produces subtle todramatic modeling of surface detail andtexture. For surfaces with deep relief,increase set back d istances. Use moderatelateral fixture spacings to control cross-lighting. For large surfaces, use moderatespacings between fixtures to attain auniformity ratio of between 5:1 and 7:1.Watch out for window locations, as thiseffect can produce offensive glare tobuilding occupants.

Surface Texturing

Grazing is used when the desired effect isto dramatically accentuate surface textureand detail. Grazing is accomplished byplacing fixtures very close to the surface to

be lighted and utilizing very high aimingangles. Kim Horizontal Spot reflectors arespecifically designed for this app lication. Tosoften the effect, increase set backdistances slightly. For large areas, usemoderate spacings between fixtures toattain a uniformity ratio of between 5:1 and7:1. Watch out for deep reliefs and surfacedetailing, which can create undesirableshadows on the building surface. Considerusing fixed hoods to reduce visibility of thefixture lens(es).

H

3 x H

Maximize Set Back Distances andminimize aiming angles.

Single Fixtures Multiple Fixtures

Maximize Pattern Ovattain a 3:1 Uniformi

H

1-2 x H



Decreasing Set Back Distances willproduce deeper shadowing effects.

Utilize moderate fixturecontrol cross-lighting and at

6:1 Uniformity R

Minimize Set Back Distances andmaximize aiming angles. The closer the fixtures

are to the surface, the greater the surface texturewill be accentuated

Utilize moderate fixturecontrol cross-lighting and at

6:1 Uniformity R

oodlighting Effects

Back Distance

largest impact of set back distance isow the surface details of the target willodeled. The availability of a wide range

omplementary optical systems meansthe appropriate set back distance cansed to achieve desired shadowing andace appearance.

dow Width and Set Back Distance

dowing from surface relief is inverselyortional to set back distance. Shallowack distances render deeper shadows.et back distances increases the depthadows is reduced.

WideFlood

NarrowFlood

Spot

WideShadows

MediumShadows

NarrowShadows

DarkestShadowat end

DarkestShadowat end

MediumShadow

MediumShadow

LightestShadowsin center

No Shadow

WideShadows

32

20

10

ern Overlapeasing the overlap between adjacentm patterns will reduce the contrasteen illuminated areas and shadowing.ever, shadow width will not b e reduced,is is a function of set back distance.

dows Define Shape and Depth

dowing defines the shape, surfaceure and rendered dep th of target

aces. Elimination of all shadowing willuce a surface that appears flat.versely deeper, high contrastdowing produces dramatic effects.trolling set back distances, and thelap of beam patterns is the key toucing a desired result.

Shallow Set Back(less than 1X

surface height)

Medium Set Back(from 1.5 to 3Xsurface height)

Deep Set Back(more than 3X

surface height)

Shallow Set Backwith increased

Beam Pattern Overlap


7/52

K I MK I M LIGHTING

pplication Guide

adesFlood, Vertical Flood

rtyardsFlood, Vertical Flood

AtriumsMedium Flood

WallsWide Flood, Medium Flood

SignsVertical Flood Ceilings

Wide Flood

Parking LotsWide Flood, Vertical Flood

DrivewaysMedium Flood, Narrow Flood

General AreasWide Flood, Medium Flood

Building FeaNarrow Spot

FacadesNarrow Spot, Horizontal Spot

FountainsSpot, Narrow Spot

AtriumsNarrow Flood, Narrow Spot

TreesSpotNarrow FloodNarrow Spot

FlagsSpotNarrow F

Building Focal PointSpot, Narrow Spot

SignsNarrow Flood, Narrow Spot Signage

Narrow Spot,

Wide FloodCFL1AFL11AFL21AFL31

Vertical FloodAFL12AFL22AFL32

Medium FloodAFL13AFL23AFL33

Narrow FloodAFL14AFL24AFL34

Narrow FloodAFL14AFL24AFL34

SpotAFL15AFL25AFL35

Narrow SpotCFL6AFL16AFL26AFL36

HorizonAFAFAF


8/52

K I M LIGHTING

orizontal Spot used for Wall Grazing

Wall Grazing

When a building facadeincludes interesting surfacetexture, reliefs, projections orother embellishments, grazingthe wall with light can producedramatic effects.

The Horizontal Spot opticalsystem is based on the WallGrazer Optics available in theWall Director Series (seeseparate catalog). This uniquedistribution is ideal forcreating dramatic highlightingeffects when mounted veryclose to building surfaces.

Up Lighting

The Horizontal Spot reflectorprojects an intense sheet ofl ight up the wal l forhighlighting reliefs, projectionsand surface textures. This

effect is called Wall Grazing.Wall grazing should not beconfused with facade lighting,which is normally producedby floodlights set back fromthe wall. Wall grazing will lightthe wall to a limited degree,but i ts real purpose is tocreate surface featurehighlights rather than uniformwall washing.

Horizontal SpotAFL17AFL27AFL37

K I M

Horizontal Spot / Wall GrazSpecificall

illuminate archit

and create dramatic su


9/52

K I M LIGHTING K I M

L10 Seriesh Horizontal Flood opticsated in architectural recess to illuminate

roof parapet and facade reveal.


10/52

K I M LIGHTING K I MK I M LIGHTING

L20 Seriesund mounted withtical Flood optics tominate building facade.


11/52

K I M LIGHTING K I MK I M LIGHTING

L20 Seriesh various optics and color filters tominate signage and roof-top features.


12/52

K I M LIGHTING

ptical Matrix

K I M

Mechanical Hig

Heavy die-castaluminum swivel(EXCEPT AFL30)utilizes interlockingadjustment teethto lock-in aiming.

Unitized Reflectorassembly in Specular

Alzak. Interchangeablewith seven beam spreads

available.

Die-cast aluminum doorframe mates to housing,

forming a continuouscylindrical shape.

Secured with captivestainless steel screws

Tempered glass lensis sealed to door frameby a one-piece molded

silicone gasket.

Locking Stop Armprevents lens framefrom swinging freeduring re-lamping.

Lamp TypesAvailable in

Metal Halide,High Pressure Sodium,

Fluorescent, andHalogen lamping.

Silicused

toopt

Precishousin

cooldiss

Wide Vertical Medium Narrow Narrow Horizontales Flood Flood Flood Flood Spot Spot Spot

F L CFL1 CFL6

Lamping

50 - 70 watt H.I.D.

13 - 42 watt Fluorescent

60 watt Incandescent

150 watt Halogen

Fixture Options

Barn Doors

Fixed Hood

Full Shield

F L 1 0 AFL11 AFL12 AFL13 AFL14 AFL15 AFL16 AFL17

Lamping

70 - 175 watt H.I.D.

500 watt Halogen

Fixture Options

Barn Doors

Fixed Hood

Full Shield

Lexan Shield

Grid Louver

Color Filter Assembly


Lamping

250 - 400 watt H.I.D.

Fixture Options

Barn Doors

Fixed Hood

Full Shield

Lexan Shield

Grid Louver

Color Filter Assembly


Lamping

750 - 1000 watt H.I.D.

Fixture Options

Barn Doors

Fixed Hood

Full Shield

Grid Louver

page reflects Kims recommendations regarding the optimum opticalem / acc essory combinations throughout the Kim Floodlighting Family.


13/52

K I MK I M LIGHTING

5 0 - 7 0 WAT T

13 - 4 2 WATT F LU OR ES

6 0 - 15 0 WATT IN C AN D ES C EN T / H ALO

C FC O M P AC T F LO O D LI G

L Seriesh various optics to illuminatedscape and specimen trees.


14/52

FS-CFL

K I MK I M LIGHTING

F L

o Beam Patterns

nature of floodlighting mandates versatility. The tremendousety of surfaces and objects to be illuminated is furtherplicated by variables like fixture location and distance. The CFL

es satisfies this need for flexibility: Two available beam patternsbe used individually or in combinations to illuminate any objectdistances of 3' to 30' - using the CFL1 Wide Flood and laser-likeracy of the CFL6 Narrow Spot reflector. Both beam patterns

erate high efficiencies and outstanding uniformity of illumination.page 26 for beam properties and application guidelines.

CFL1

CFL6

Cast Housing with Interchangeable Optics

CFL Series housing and door frame are precision die-castingsintegral cooling ribs that dissipate heat allowing the electricalponents to operate well below their allowable limits. A singlesing will accept both optical systems which are easilychangeable on the job. Because floodlighting is as much art asscience - final adjustments on the lighting effect maysionally require changes of the beam pattern. Changing beamrns is a simple task, and provides the CFL Series with flexibility

ne-tuning projects on the jobsite.

Standard Heavy Duty Swivel

The ingenious CFL standard heavy duty swivel is acomplement to the housing design. The swivel isprecision die-cast aluminum with concealed internallocking teeth. Locking adjustments are at 6intervals.Adjustments are made by loosening the recessedallen head screw. The swivels K"NPSM has a solidbrass locknut for mounting. Swivel components areanodized pre-treated prior to finishing for maximumcorrosion resistance.

Optical Control

TheCFL Series has a variety of optical accessories to

control glare and increase the visual effectiveness ofthe lighting scheme. Shielding devices are carefullyengineered to prevent shadows and preserve beamefficiency while reducing undesirable transientbrightness. Barn Doors are a familiar accessory thatallow for field-adjustable glare shielding. The FixedHood is a moderate shielding device and the FullShield is a complete shielding device. Both areideally suited for applications close to walkways,driveways, or roadways. See page 30 for details.

BD-CFL Barn Doors FH-CFL Fixed Hood

portant Features


15/52

CFL6Narrow Spot

CFL1Wide Flood

JBRArchitecturalJunction Box

page 31

JBR30 or JBR32In-grade Staked

Architectural Junction Boxpage 31

J-27NSurface Mount

page 31

JWArchitectural Wall Mount

page 32

Po

JB1ArchitecturalJunction Box

page 32

SM18Stanchion Mount

page 31

By others

J-25N

Portable Spear Mountpage 32

FH-CFLFixed Hood

for all modelspage 30

FS-CFLFull Shield


BD-CFLBarn Doors



CFL1Wide Flood

The CFL1 Wide Flood beam pattern is

engineered to illuminate surfaces that are

more horizontal than vertical, or wider areas

when wall mounted. The CFL1 is designed

for broad illumination with the fixture

relatively close to the lighted surface and

maintains excellent uniformity throughout its

beam pattern. Recommended distance

from the lighted surface is 3 ' to 15'depending on lamp and wattage.

e illustrations are representations of the

m spreads produced by each optical

em. They are intended to help you

alize the performance differences

ween each model without having to

yze photometric charts. The CFL6

m pattern is shown at K scale due to

e constrictions.

MainBeams

50% 50%

CFL6Narrow Spot

The CFL6 Narrow Spot beam pattern is

designed to illuminate and highlight small

architectural details, tree tops, and parapets

from long distances. Recommended

distance from the illuminated surface is 10 '

to 30', depending on lamp and wattage.

50%MainBeam

50%

MainBeam

NOTE:CFL6

beam isrendered

at Kscaleto theCFL1Series

distributionshown.

F L

eam Properties Product S


16/52

K I MK I M LIGHTING

9 Stanchion Mount:

10 Surface Mount:

11 Architectural WallMount:

Cat. No.: SM18

Specify finish:Example:SM18/BL-P

3"O.D. by .188"wall cast low copper NPSM fixture mount and hand hole with fset screw fixture lock accessible through ground lug supplied with installed lead.

Cat. No.: J-27N

Specify finish:Example: J-27N/BL-P

Cast low copper aluminum with mountscrew attachment to tree or wood structucompartment with gasketed cover. K"NandK"NPSM conduit or cord seal entry.

NOTE: Surface mount can be connecoutdoor cord with a waterproof cord seal (

Cat. No.: JW

Specify finish:Example: JW/BL-P

Die-cast low copper aluminum with K"NInternal set screw provided for lockingattaches to stainless steel wall plate forstandard electrical outlet box.

12 PowerPost by

Engineered Products Co.:

Cat. No.: EP17

17K"post length

PVC fixture molded in black with K"NPT

free and UV resistant. Replaces EMT, cand weatherproof boxes. 100% shatterdenting and cracking. Angled bottom tcongestion.

NOTE: Should be used with a ULligrounding means (i.e., third wire) suitalocations.

13 Architectural JunctionBox:

Cat. No.: JB1

Specify finish:Example:JB1/BL-P

Die-cast low copper anodized aluminuand matching cover with K"NPSM fixpiece molded silicone cover gasket. Cacover screws. Internal set screw proposition. TwoK"NPSM in bottom, 17 cu in

CAUTION: Junction Box must be installeavoid contact with soil or standing water.

14 Portable Spear Mount: Cat. No.: J-25N9' (SJTW-A) 3 wirecord and plug

Cast iron with K"NPSM fixture mount. Hfinish. 5.5 cu in. splice compartment.

NOTE: For use with incandescent, halogefixtures only.

F L

L am p L am p L in eWatts Type Vol ts

50 HPS 277

Finish:

Super TGIC powder coat paint

over chromate conversioncoating.

13 to 150 Watt

Ordering Example:

Fixture:

Cat. No. designates CFL fixture

and beam pattern.

Single fixture EPA:

0.3 (45tilt)

0.5 (Face on)

Fixture Electrical Module Finish

CFL1 / 50MH277 / WH-P1 2 3

Beam Pattern: Wide Flood Narrow Spot

Cat. No.: CFL1 CFL6

Electrical Module:

HPS = High Pressure Sodium

MH = Metal Halide

PL = Compact Fluorescent

INC = Incandescent

HAL = Halogen

See lamp and electrical dataon pages 96-98 for ballast

types and characteristics.

FixtureOptions

FH-CFL/WH-P

4-6

NOTE:42PLoperates 26, 32, and 42 watt lamps at 120 thru 277 volts (50-60 Hz).

Optional Barn Doors:

MountingOptions

SM18/WH-P

7-14Options Ordered Separately from Fixture

Cat. No.: BD-CFL

Specify finish:Example: BD-CFL/BL-P

Optional Fixed Hood:

Color: Blac k Dark Bronze Lig ht Gray Platinum Silver White Custom Colors

Cat. No.: BL-P DB-P LG-P PS-P WH-P CC-P

Consult representativefor custom colors.

Brass In-grade

Architectural JunctionBox:

Cat. No.:

JBR-2 (2)K"NPT in bottomJBR-3 (2)L"NPT in bottomJBR-21 (2)K"NPT in sides, (2) K"NPT in bottomJBR-24 (4)K"NPT in sides, (2) K"NPT in bottom

Die-cast brass withK"NPSM fixture

mount and die-cast cover. Internalset screw provided for lockingposition. 21 cu in. internal volume.

NOTE: All side taps provided withplugs.

Brass In-grade StakedJunction Box:

Cat. No.:

JBR30 (2)K"NPT in bottom, (2) 19"long stakesJBR32 (2)K"NPT in bottom, 9' (SJTW-A) 3 wire

cord and plug

Die-cast brass withK"NPSM fixturemount and die-cast cover. Internalset screw provided for lockingposition. 21 cu in. internal volume.

N OTE: J BR 32 for use withincandescent, halogen, andfluorescent fixtures only.

Extruded aluminum, fully adjustable. Provides beam andglare control.

CAUTION: Not recommended for ground mounted fixturesin vandal prone areas.

Cat. No.: FH-CFL

Specify finish:Example: FH-CFL/BL-P

Formed .062 thick aluminum. Provides moderate shieldingfor glare control.

Standard Fixture

Optional Full Shield: Cat. No.: FS-CFL

Specify finish:Example: FS-CFL/BL-P

Formed .062 thick aluminum. Provides complete shieldingfor glare control.

CAUTION: Do not use in locations where leaves and trashcan collect inside shield.

50HPS120 70HPS120

50HPS277 70HPS277

50MH120 70MH12050MH277 70MH277

13PL120 42PL

13PL277

60INC120

150HAL120

50HPS120 70HPS120

50HPS277 70HPS277

50MH120 70MH12050MH277 70MH277

60INC120

150HAL120

rdering Information


17/52

K I MK I M LIGHTING

F L

minaire Specifications Mounting Option Specif

Housing: One piece die-cast low copper aluminum in a cylindrical shapewith integral cooling fins over the entire length, and .100 "minimum wallthickness. One piece silicone gasket between housing and lens frame.

Lens Frame: One piece die-cast low copper aluminum with integralcooling fins, .100"minimum wall thickness, mates with housing to create acontinuous cylindrical shape. 5/32"thick clear tempered glass lens issealed to the lens frame by a one piece stamped silicone gasket. Lensframe secures to housing by two stainless steel recessed captive allen-head screws.

Swivel: Die-cast aluminum with integral locking teeth providing 6adjustment intervals and K"NPSM plus solid brass locknut for mounting.Clear anodized prior to chromate conversion coating for added corrosionresistance.

Fasteners: Stainless steel, recessed captive allen-head screws.

Reflector: Specular Alzak aluminum optical components mounted toaluminum frame.

Socket: 4KV porcelain medium base(T-10 Incandescent and H.I.D.); T-4Mini-can base (Halogen); 13w GX23-2 2-pin base, 42w GX24q-3 4-pinbase (Fluorescent).

Ballast: All electrical components are UL and CSA recognized with leadsextending out of the swivel splice compartment. Normal power factorballast rated -32F starting (13 watt Twin Tube Fluorescent); High p owerfactor ballast rated 0F starting (42 watt Triple Tube Fluorescent); Reactor -High power factor with starting temperatures of -40F. for HPS and -20F.for MH lamp modes. For MH/120 volt, a step-up transformer is provided.For HPS/277 volt, a step-down transformer is provided (H.I.D.). See lampand electrical data on pages 96-98 for ballast types and characteristics.

Finish: Super TGIC thermoset polyester powder coat paint, 2.5 milnominal thickness, applied over a chromate conversion coating; 2500hour salt spray test endurance rating. Standard colors are Black, DarkBronze, Light Gray, Platinum Silver or White. Custom colors are availableand subject to additional charges, minimum quantities and longer leadtimes. Consult representative.

Certification: UL Listed to U.S. and Canadian safety standards for wetlocations. Fixture manufacturer shall employ a quality program that isregistered to ISO 9001 standard.

CAUTION: Fixtures must be grounded in accordance with local codes orthe National Electrical Code. Failure to do so may result in seriouspersonal injury.

L Modelso 70 watt H.I.D.dium Base Lampso 42 watt Compact Fluorescentwatt Incandescentwatt Halogen

: 0.3 (45 tilt)0.5 (Face on)

ximum weight: 13 lb

ensions

FRONTSIDE

2N"2J"

30

145

K"NPSM

6"

5"B 10K"

0 Vertical

AIMING RANGE

9"Max.

5B"at max.

back tilt

5 "649

Brass In-grade Architectural Junction Box (JBR-2, JBR-3, JBR-21,JBR-24): Die-cast brass withK"NPSM fixture mount and die-cast cover.Internal set screw provided for locking position. 21 cu in. internal volume.

25 Year Limited Warranty:

Solid brass Junction Boxes are warranted for 25 years, from date ofsale, against manufacturing d efects and failure due to corrosion.

Application Notes

Creates a flush-mounted appearance.

May be cast in concrete for increased stability.

CAUTION: Fixture stem and swivel must not contact soil or standingwater. Provide drainage away from Junction Box.

xture Option Specifications

Barn Doors (BD-CFL): Extruded aluminum, fully adjustable doorswith anti-reflection baffles. Individually swiveled and secured on a

stainless steel frame. Easily attaches to pre-drilled holes in the lensframe with stainless steel screws. Provides beam and glare control.

3"TYPICAL

Fixed Hood (FH-CFL): Formed .062 thick aluminum. Easilyattaches to pre-drilled holes in the lens frame with stainless steelscrews. Provides moderate shielding for glare control.

10G"3K"

4C"

Concrete(by others)

6" MIN.12" MAX

3L"DIA.

K"NPSMFixtureMount 3"

K"

Brass In-grade Staked Architectural Junction Box (JBR30,JBR32): Die-cast brass with K"NPSM fixture mount and die-castcover. Internal set screw provided for locking position. 21 cu in.internal volume. (JBR32) 9' (SJTW-A) 3 wire cord and plug


Solid brass Junction Boxes are warranted for 25 years, from date ofsale, against manufacturing d efects and failure due to corrosion.

Application Notes




6" MIN.12" MAX

3"

K"

15E"

3L"DIA.

K"NPSMFixtureMount

Stanchion Mount (SM18): 3"O.D. by .188"wall cast low copperaluminum with K"NPSM fixture mount and hand hole with flushcover. Internal set screw fixture lock accessible through hand hole.Internal ground lug supplied with installed lead.

Full Shield (FS-CFL): Formed .062 thick aluminum. Easilyattaches to pre-drilled holes in the lens frame with stainless steelscrews. Provides complete shielding for glare control.

10G"3K"

4C"

Concrete(by others)

18"

6"MIN.IN.122" MAX.AX6"MIN.12"MAX.

3"DIA.

K"NPSMFixtureMount

Surface Mount (J-27N): Cast low copper aluminum with mountingears for wood screw attachment to tree or wood structure. 5.5 cu in.splice compartment with gasketed cover. K"NPSM fixture mountandK"NPSM conduit or cord seal entry.

NOTE: Surface mount can be connected to conduit or outdoor cordwith a waterproof cord seal (by others).

K"NPSMFixtureMount

K"NPSMConduit

Entry

2F"

4K"

1L"

Ordered separately from fixture.See pages 28-29 for complete ordering information.

Ordered separately from fixture.See page 28-29 for complete ordering information.


18/52

METAL HALIDE

HIGHPRESSURE SODIUM

INCANDESCENT

Lamp Lamp Initial I.E.S. Maximum Field Angle Beam AngleWatts Lumens1 Type Candlepower (10% of max.) (50% of max.)

50HPS E-17 clear medium base 50 4,000 6H x 6V 1,359 (1. 0H x -13.0V) 125.4H x 106.1V 85.3H x 77.4V

70HPS E-17 clear medium base 70 6,300 6H x 6V 2,064 (0. 0H x -13.4V) 129.4H x 106.4V 86.7H x 74.6V

50MH E-17 clear medium base 50 3,060 7H x 6V 1,101 (0. 0H x 11.8V) 130.5H x 106.8V 84.3H x 70.2V

70MH E-17 clear medium base 70 5,150 7H x 6V 1,640 (0. 0H x -13.0V) 136.0H x 108.7V 90.5H x 90.5V

13PL Twin Tube GX23-2 2-pin base 13 900 7H x 6V 256 (0.0H x 14.3V) 138.3H x 119.8V 91.8H x 88.5V

42PL Triple Tube GX24q-3 4-pin base 42 3,200 7H x 6V 576 (0.0H x -5.0V) 142 .2H x 127.3V 99.2H x 88.5V

60INC T-10 Medium base 60 745 7H x 6V 186 (0.0H x 10.3V) 136 .3H x 120.3V 90.6H x 93.1V

150HAL T-4 Mini-can base 150 2,800 7H x 6V 931 (0.0H x -11.5V) 1 35 .1H x 108.1V 92.5H x 74.9V

HIGHPRESSURE SODIUM

METAL HALIDE

COMPACT FLUORESCENT


CFL1 Wide Flood Beam Sprea

F L

ounting Option Specifications

Architectural Wall Mount (JW): Die-cast low copper aluminum withK"NPSM fixture mount. Internal set screw provided for lockingposition. Canopy attaches to stainless steel wall plate for mountingto any standard electrical outlet b ox.

PowerPost by Engineered Products Co. (EP17): PVC fixturemolded in black with K"NPT mount is corrosion free and UVresistant. Replaces EMT, conduit connectors and weatherproofboxes. 100% shatter resistant against denting and cracking. Angledbottom to eliminate cable congestion.

NOTE: Should be used with a UL listed fixture and groundingmeans (i.e., third wire) suitable for use in wet locations.

Architectural Junction Box (JB1): Die-cast low copper anodizedaluminum with K"NPSM fixture mount. Internal set screw providedfor locking position. Two K"NPSM in bottom, 17 cu in. internalvolume.

CAUTION: Junction Box must be installed high enough to avoidcontact with soil or standing water.

Portable Spear Mount (J-25N): Cast iron with K"NPSM fixturemount. Hot dip galvanized finish. 5.5 cu in. splice compartment.9' (SJTW-A) 3 wire cord and plug.

3"DIA.

K"NPSMFixtureMount

(2)K"NPSMCover

4L"

K"NPSMFixtureMount

2J"

6E"

3K"DIA.

5"DIA.

K"NPSMFixtureMount

3J"DIA.

K"NPSMFixture

Mount

17K"

3K"

1"

5"

NOTE:For lamp/ballast information outside of the U.S.A. and Canada, please c onsult your local Kim representative.

WARNING: All fixtures must be grounded in accordance with local codes or the National Electrical Code. Failure to do so may result in serio

Lamps by others.

1 AllInitial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturers data for exact l

CFL6 Narrow Spot Beam Sprea

INCANDESCENT

HALOGEN


50HPS E-17 Clear Medium base 50 4,000 4H x 2V 13,968 (0.0H x 1.0V) 47.8H x 18.6V 24.2H x 10.4V

70HPS E-17 Clear Medium base 70 6,300 4H x 2V 22,359 (0.0H x 1.5V) 47.7H x 18.5V 23.7H x 10.3V

50MH E-17 Clear Medium base 50 3,060 1H x 1V 38,271 (0.0H x -2.5V) 16 .7H x 14.8V 8.6H x 6.9V

70MH E-17 Clear Medium base 70 5,150 1H x 1V 66,642 (0.0H x -2.4V) 16 .6H x 14.6V 8.3H x 6.7V

60INC T-10 Medium base 60 745 1H x 1V 9,318 (0.0H x -2.5V) 16.7H x 14.8V 8.6H x 6.9V

150HAL T-4 Mini-can base 1 50 2 ,80 0 2H x 1V 3 5, 656 (0 .0H x 0.6V) 24.5H x 10.7V 7.7H x 5.6V

HALOGEN



19/52

K I MK I M LIGHTING

7 0 - 17 5 W A T T H . I .D . 5 0 0 W A T T H A L O G

AFL10A R C H I T E C T U R A L F L O O D L I G H

L10 Seriesl mounted with

izontal Flood optics tominate ceiling surface and detail.


20/52

K I MK I M LIGHTING

F L 1 0

en Beam Patterns

nature of floodlighting mandates versatility. The tremendousety of surfaces and objects to be illuminated is furtherplicated by variables like fixture location and distance. The10 Series satisfies this need for flexibility: Seven available beamrns can be used individually or in combinations to illuminateobject from distances of 3' to 100' - from the AFL11 Wide Floode laser-like accuracy of the AFL16 Narrow Spot reflector. The12 Vertical Flood has a unique optical design that is ideal foring both vertical and horizontal surfaces with very lowtness above the main beam. All seven beam patterns are thelt of precision Kim reflector systems that generate highencies and outstanding uniformity of illumination. See pages9 for beam properties and application guidelines.

Cast Housing with Interchangeable Optics

AFL10 Series housing and door frame are precision die-ngs with integral cooling ribs that dissipate heat allowing therical components to operate well below their allowable limits. Ae housing will accept any of the seven optical systems whicheasily interchangeable on the job. Because floodlighting is ash art as it is science - final adjustments on the lighting effect

occasionally require changes of the beam pattern. Tomplish this, the door frame is opened and removed with slipes allowing easy access to the reflector module. Each reflectorule is a one piece assembly held in place by four pressure fitners and easily removed without tools for access to the ballastpartment. Changing beam patterns is a simple task, anddes the AFL10 Series with flexibility for fine-tuning projects on

obsite.

Standard Heavy Duty Swivel

TheAFL10 standard swivel is a complement to the housing design.The swivel is precision die-cast with concealed internal lockingteeth. Locking adjustments are at 5 intervals. Adjustments aremade by loosening the recessed allen head screw on the swivel.For added strength at the K"NPSM mount, the aluminum swiveltransitions to a heavy stainless steel nipple.

Optional Heavy Duty Swivel

Specifically designed for installations where the fixture is mountedclose to the ground or susceptible to vandalism. The Heavy DutySwivel is constructed of heavy cast low copper aluminum withlocking teeth providing adjustability in 5increments and a full 360horizontal rotation.The swivel mounts directly to a 2"pipe-size tenon,with heavy duty C"stainless steel set screws provided to firmly lock

the fixture in place. See page46

for details.

BD Barn Doors FH Fixed Hood

FS Full Shield GL4 Grid Louve

AFL12 w/Color Filter Assembly Color Filters

Optical Control

The AFL10 Series has a variety of optical accessories to controlglare and increase the visual effectiveness of the lighting scheme.Shielding devices are carefully engineered to prevent shadows andpreserve beam efficiency while reducing undesirable transientbrightness. Barn Doors are a familiar accessory that allow for field-adjustable glare shielding. The Fixed Hood is a moderate shieldingdevice and the Full Shield is a complete shielding device. Both areideally suited for applications close to walkways, driveways, orroadways. The Grid Louver is engineered to maximize beamefficiency while minimizing glare and shadows from the internalvanes.The GL4 louver is available for use with the AFL15 andAFL16. The Lexan Lens Shield is available for applications wherevandalism is anticipated. The Color Filter Assembly is designed tobe used alone or in conjunction with the Barn Doors, Fixed Hood,or Full Shield. Dynamic floodlighting effects are possible by utilizingany of the color filters specifically engineered for use in hightemperature floodlighting applications. See page 47 for details.

AFL-LS Lexan Lens Shield

Vandal Protection

An optional Lexan lens shield is available for applications wherevandalism is anticipated.NOTE: Lexan is a polycarbonate plastic, therefore useful life islimited by UV deterioration from sunlight and metal halide lamps.Planned replacement at regular intervals is recommended whenusing this option.

portant Features

A


21/52

50%

MainBeam

50%

MainBeam

MainBeam

50%

MainBeam

50%

MainBeam

50%

MainBeam

50%

50%MainBeam

50%

MainBeam

K I MK I M LIGHTING

F L 1 0

AFL11Wide Flood

AFL11 horizontal b eam

rn is engineered to illuminate

ces that are more horizontal

vertical, or wider areas when

mounted. The AFL11 is

gned for broad illumination

the fixture relatively close to

ghted surface and maintains

llent uniformity throughout its

m pattern. Recommended

nce from the lighted surface

to 20' depending on lamp

wattage.

e illustrations are representations of the beam spreads produced by each optical system. They are

ded to help you visualize the performance differences between each model without having to

yze photometric charts. AFL11 through AFL15, and the AFL17 beam patterns are shown in

ical scale. The AFL16beam pattern is shown at K scale due to pag e constrictions.

AFL12Vertical Flood

TheAFL12 vertical beam pattern

is engineered to illuminate taller

surfaces when grade mounted

or deeper areas when wall

m ount ed . R ec omm ended

distance from the lighted surface

is 6' to 20' depending on lamp

and wattage.

AFL15Spot

The AFL15 spot reflector is a concentrated

beam designed to light objects which are

20' to 50' from the fixture. It may also be

located close to a building where the

effect of grazing light is desired to show

surface texture, or to highlight reliefs and

projections.

MainBeams

50% 50%

AFL17Horizontal S

The AFL17 horizontal spot

for illuminating surfaces with

and relatively short vertica

intensities similar to th

reflector. Its wide horizon

allows the AFL17 to be loc

building where the effect o

desired to show surface

highlight reliefs and project

be used in combination w

Series models to extend

reshape overall beam p atte

AFL16Narrow Spot

The AFL16 narrow spot beam pattern is

designed to illuminate and highlight small

architectural details, tree tops, and parapets

from long distances. Recommended

distance from the illuminated surface is 20 'to 100', depending on lamp and wattage.

50%

50

50%

Main

Beam

Main

Beam

50%

NOTE:AFL16beam isrendered

at Kscaleto the other

AFL10Series

spreads onthese

pages.

AFL13Medium Flood

The AFL13 is designed to

bridge the gap between wide

and narrow flood distributions.

It is a mid-range luminaire

designed for lighting surfaces

from distances of 6' to 20', with

low aiming angles generating

e xc e ll e nt u n if o rm it y o f

illumination.

AFL14Narrow Flood

The AFL14 bridges the gap

between medium flood and

spot distributions. It is a mid-

range luminaire designed for

lighting architecture from

distances of 15' to 40', with low

aiming angles generating

excellent uniformity of illumination.

It can also be used in

combination with other AFL10

Series models to extend their

range or reshape the overall

light pattern.

A

eam Properties


22/52

K I MK I M LIGHTING

F L 1 0 A

oduct Structure


23/52

K I MK I M LIGHTING

F L 1 0

L am p L am p L in eWatts Type Vol ts150 HPS 277

Finish:

Super TGIC powder coat paint

over chromate conversion

coating.

Medium Base70 to 500 Watt

Ordering Example:

Fixture:

Cat. No. designates AFL10

fixture and beam pattern.

Single fixture EPA with

standard swivel:

0.7 (45tilt)

1.0 (Face on)

Optional Heavy OptionalF ix tu re E lec tr ic a l M odu le F in is h Dut y S wive l P ho toce ll

AFL11 / 150HPS277 / WH-P / HDS / A-301 2 3 4 5

Beam Pattern: Spot Narrow Spot Horizontal Spot

Cat. No.: AFL15 AFL16 AFL17

Electrical Module:

HPS = High Pressure Sodium

MH = Metal Halide

HAL = Halogen

See lamp and electrical data

on pages 96-98 for ballasttypes and characteristics.

FixtureOptions

BD/WH-P6-11

Optional Barn Doors:

MountingOptions

SM18/WH-P12-28

Options Ordered Separately from Fixture

Cat. No.: BD

Specify finish:Example: BD/BL-P

Color: Blac k Dark Bronze Lig ht Gray Platinum Silver White Custom Colors

Cat. No.: BL-P DB-P LG-P PS-P WH-P CC-P

Consult representativefor custom colors.

12 Brass In-gradeArchitectural JunctionBox:

Standard Swivel Mount.

Cat. No.:

JBR-2 (2)K"NPT in bottomJBR-3 (2)L"NPT in bottomJBR-21 (2)K"NPT in sides, (2)K"NPT in bottomJBR-24 (4)K"NPT in sides, (2)K"NPT in bottom

Die-cast brass wmount and die-cset screw provposition. 21 cu in.

13 Brass In-grade StakedJunction Box:


Cat. No.:

JBR30 (2)K"NPT in bottom, (2) 19"long stakes

Die-cast brass wmount and die-cset screw provposition. 21 cu in.

CAUTION: To installation, Stakmust be set in con

14 Stanchion Mount forSingle Fixture:


Extruded aluminum doors with anti-reflection baffles. Eachdoor is hinged to a cast low copper aluminum frame, andlocks by set screws. Doors are individually removable. BarnDoor assembly mounts to predrilled door frame holes.

CAUTION: Not recommended for ground mounted fixturesin vandal prone areas.

Cat. No.: SM18

Specify finish:Example:SM18/BL-P

3"O.D. by .188"wall cast low copper NPSM fixture mount and hand hole with fset screw fixture lock accessible through ground lug supplied with installed lead.

CAUTION: To assure a rigid installation, set in concrete (by others).

Standard Fixture and Options Ordered Assembled with Fixture

Beam Pattern: Wide Flood Vertical Flood Medium Flood Narrow FloodCat. No.: AFL11 AFL12 AFL13 AFL14

70HPS120 100HPS120 150HPS120

70HPS208 100HPS208 150HPS208

70HPS240 100HPS240 150HPS240

70HPS277 100HPS277 150HPS277

70HPS347 100HPS347 150HPS347

70MH120 100MH120 150MH120 175MH120 500HAL120

70MH208 100MH208 150MH208 175MH20870MH240 100MH240 150MH240 175MH240

70MH277 100MH277 150MH277 175MH277

70MH347 100MH347 150MH347 175MH347

Optional Heavy DutySwivel:

Single fixture EPA

with heavy duty swivel:0.8 (45tilt)

1.1 (Face on)

Recommended for vandal resistant requirements. Heavycast low copper aluminum with locking teeth, aiming rangeof 200vertical in 5increments and 360horizontal rotation.The swivel mounts directly to a 2"pipe-size tenon, withheavy duty C"stainless steel set point screws provided tofirmly lock the fixture in place.

Optional Photocell: Line Volts: 120V 208V 240V 277V 347V

Cat. No.: A-30 A-31 A-32 A-33 A-35

Heavy Duty Swivel

Photocell Sensor

10 Optional Lexan LensShield:

Not for use with GL4 Louver or

CFA1 color filter options.

Cat. No.: AFL-LS

Clear finish.

F" clear convex UV stabilized polycarbonate with gasket. Mounts overdoor frame holes and may be used withFixed Hood, or FS Full Shield option.

CAUTION: Use only when vandalism is life is limited by UV discoloration from shalide lamps.

9 Optional Grid Louver:For use with AFL15 and AFL16only.

FormedA"thick aluminum. Mounts to preholes. Provides glare control for AFL15while maintaining beam efficiency and un

11 Optional Color Filter

Assembly:

Cat. No.: CFA1-XX

Color Filter Assembly Cat. No.includes color filter andchannel finish. Specify filter,substituting XX for color filternumber (See below) andadd finish.

Color Fil te r: Deep Straw Rose Tint Medium Red Bri ll iant Blu

XX: 15 05 27 69

Example: CFA1-05/DB-P

Heavy wall aluminum extrusion with anti-revertical channels that hold the color filtefixture lens. Quick change-out of the color filtremoval of two channel screws. Support mholes in fixture door frame. May be used in cBarn Doors,FHFixed Hood orFSFull Shield

8 Optional Full Shield: Cat. No.: FSSpecify finish:Example: FS/BL-P

FormedA"thick aluminum. Mounts to preholes.

CAUTION: Do not use in locations whercan collect inside shield.

Cat. No.: HDS

Finished to match fixture.

Optional Fixed Hood: Cat. No.: FH

Specify finish:Example: FH/BL-P

Formed A"thick aluminum. Mounts to predrilled door frameholes. Can be mounted along the top or bottom of the fixtureto shield the lamp and lens from view.

Cat. No.: GL4

Specify finish:Example: GL4/BL-P

15 Surface Mount:Standard Swivel Mount.

Cat. No.: J-27N

Specify finish:Example: J-27N/BL-P

Cast low copper aluminum with mountscrew attachment to tree or wood structucompartment with gasketed cover. K"NandK"NPSM conduit or cord seal entry.

NOTE: Surface mount can be connecoutdoor cord with a waterproof cord seal (

16 Wall or Ceiling Mount:Standard Swivel Mount.

Cat. No.: WM

Specify finish:Example:WM/BL-P

Electro zinc steel mounting plate ad4"square or octagonal Junction Boxes. cast low copper aluminum upper cover mounting plate. Lower cover half providDielectric sealing compound provided for

CAUTION: Use only in locations where adjacent lighting willnot affect operation of photocell.

A

rdering Information


24/52

K I MK I M LIGHTING

F L 1 0

Architectural JunctionBox:


Cat. No.: JB1

Specify finish:Example: JB1/BL-P

Die-cast low copper anodized aluminum cylindrical bodyand matching cover with K"NPSM fixture mount. Onepiece molded silicone cover gasket. Captive countersunkcover screws. Internal set screw provided for lockingposition. TwoK"NPSM in bottom, 17 cu in. internal volume.

CAUTION: Junction Box must be installed high enough toavoid contact with soil or standing water.

Wall Mount:


Component EPA: 0.3

18b Wall EmbedmentBracket:

Cat. No.: WM1

Specify finish:Example: WM1/BL-P

Cat. No.: WEB The wall embedment bracket provides C-16 boltreceptacles welded in a galvanized re-bar cage for castinginto poured-in-place concrete walls. Bolt receptaclesreceive fixture attachment bolts.

Extruded aluminum arm with a removable end cap forwiring access. Arm is welded to a cast aluminum plate withtwoK"dia. mounting holes.

Side Pole Mount:


Component EPA: 0.3

Cat. No.: SPM-X

Side Pole Mount Cat. No.includes pole dia. and finish.

For round poles, specify Xpole dia. and add finish.Mounts to 3", 3K", 4", 5"or 6"O.D. round poles.Example:SPM-4/BL-P for 4"Round Pole

For square poles, omit -Xand add finish.Example: SPM/BL-P forSquare Pole

Extruded aluminum arm. Internal set screw fixture lock.Removable end cap for wiring access. For use with otherKim Site/Roadway Luminaires as an additional mid-polefloodlight.

Twin Mount:


Component EPA: 0.6

Cat. No.: TM2

Specify finish:Example:TM2/BL-P

Extruded aluminum arm. Internal set screw fixture locks.Can be mounted on a SM2, SMT or Steel Kim Pole withsteel 2"pipe-size tenon (2C"O.D. x 3K"min. length).Removable end caps for wiring access.

CAUTION: Approved for mounting to poles with steeltenons only.

Post Top Mount:


Component EPA: 0.7

Cat. No.: PT

Specify finish:Example:PT/BL-P

Cast aluminum mount for pole or other mounting option with2"pipe-size tenon (2C"O.D. x 3K"minimum length). Fixtureattaches with concealed internal studs, mounting is withJ-20 allen set screws. Top cap provides splice access.

Twin Post Top Mount:


Component EPA: 0.1

Not for use with SMT, SPT,

WM2, M2B, or M3Eoptions.

Cat. No.: PT2

Specify finish:Example:PT2/BL-P

Cast aluminum mount for pole or other mounting option with2"pipe-size tenon (2C"O.D. x 3K"minimum length). Fixtureattaches with concealed internal studs, mounting is withJ-20 allen set screws. Top cap provides splice access.

Surface Mount Tenon:

2"Tenon - For Optional

Heavy Duty Swivel Only.

Not for use with PT2, M2B, or

M3Eoptions.

Cat. No.: SMT/BL-P

Black finish.

2"pipe-size tenon welded to a cast aluminum plate. Platehas four K"mounting holes, and tenon has one K"NPT forside conduit entry.

NOTE: May be wall mounted if horizontal fixture adjustmentis not required. For wall mounting with horizontal fixtureadjustment, use WM2.

Stanchion Mount Tenon:

2"Tenon - For Optional


Cat. No.: SM2/BL-P

Black finish.

4"O.D. cast low copper aluminum stanchion with 2"pipe-size tenon (2C"O.D., 1C"I.D.) for mounting a single fixtureor multiple top-mounts.

CAUTION: Multiple top-mounts must not be used inlocations where people can climb on fixtures and mountingarms. To assure a rigid installation, Stanchion must be set inconcrete (by others).

27 Twin Tenon Mount:2"Tenon - For Optional


Not for use with PT2 option.

Component EPA: 0.6

Cat. No.: M2B

Specify finish:Example: M2B/BL-P

Extruded aluminum arm with two 2"pipebe mounted on a SM2, SMT or Steel Kimpipe-size tenon (2C"O.D. x 3K"min. leend caps for wiring access.

CAUTION: Approved for mounting totenons only.

28 Triple Tenon Mount:2"Tenon - For Optional



Component EPA: 1.0

Cat. No.: M3E

Specify finish:Example: M3E/BL-P

Extruded aluminum arm with three 2"pipbe mounted on a SM2, SMT or Steel Kimpipe-size tenon (2C"O.D. x 3K"min. leend caps for wiring access.

CAUTION: Approved for mounting totenons only.

25 Wall Mount Tenon:2"Tenon - For Optional



Component EPA: 0.3

25b Wall EmbedmentBracket:

Cat. No.: WM2

Specify finish:Example:WM2/BL-P

Cat. No.: WEB The wall embedment bracket provreceptacles welded in a galvanized re-bainto poured-in-place concrete walls. receive fixture attachment bolts.

2"pipe-size tenon (2C"O.D., 2"I.D.) weldaluminum arm with a removable end capArm is welded to a cast aluminumK"mounting holes.

26 Side Pole Tenon:2"Tenon - For Optional



Component EPA: 0.3

Cat. No.: SPT-X

Side Pole Mount Cat. No.includes pole dia. and finish.

For round poles, specify Xpole dia. and add finish.Mounts to 3", 3K", 4", 5"or 6"O.D. round poles.Example: SPT-4/BL-P for 4"

Round PoleFor square poles, omit -Xand add finish.Example: SPT/BL-P forSquare Pole

Extruded aluminum arm with one 2"Removable end cap for wiring access. FKim Site/Roadway Luminaires as an afloodlight.

A

rdering InformationMedium Base

70 to 500 Watt


25/52

Color Filter Assembly (CFA1-XX): Heavy wall aluminum extrusionwith anti-reflection baffles and vertical channels that hold the colorfilter 2"away from the fixture lens. Quick change-out of the color filteris possible by the removal of two channel screws. Support mounts topredrilled holes in fixture door frame. May be used with BD BarnDoor, FH Fixed Hood, or FS Full Shield option.

Color Filter Assembly includes color filter.

Sample Color1 XX Filter # 2 Description

Deep Straw 15 Warms metal hal ide color . Deepens h igh p ressure sod ium color to

Rose Tint 05 War ms metal halid e c olor . Deep ens hig h p ressur e s od ium color t

M ed ium Red 27 Deep c olor ac cent . Best used wit h hig h p ressur e sod ium lamp s.NOTE: Very low output with metal halide lamps.

Brilliant Blue 69 Deep color ac cent. Best used with metal halid e lamp s.NOTE: Not recommended for high pressure sodium lamps.

Pr imary Green 91 Deep color accen t. Blue sh if t with metal hal ide l amps. Ye ll ow spressure sodium lamps.

NOTE: Color samples shown for reference only and will not represent actual illumination color rendered by H.I.D. lam1 Exact color output is highly dependent on lamp used, (i.e. HPS vs. MH, specific lamp color temperature and other fa2 XX Color filter number corresponds with Roscolux color filter numbers.

K I M

A

Fixture Option Specif

K I M LIGHTING

F L 1 0

minaire Specifications

Housing: One piece die-cast low copper aluminum in a cylindricalshape with integral cooling fins over the entire length, andB"minimum wall thickness. One piece silicone gasket betweenhousing and door frame concealed when fixture is closed.Concealed integral cast slip hinges with stainless steel pins.

Door Frame: One piece die-cast low copper aluminum with integralcooling fins, B"minimum wall thickness, mates with housing tocreate a continuous cylindrical shape. Concealed integral cast sliphinges allow removal without tools. Stop-arm provided to limit doorframe opening. F"thick clear tempered glass lens is sealed to thelens frame by a one piece silicone gasket. Door frame secures tohousing by four stainless steel recessed captive allen-head screws.Four tapped and plugged holes provided for attachment of options.

Standard Swivel: Die-cast aluminum with integral locking teethproviding 5 adjustment intervals. Stainless steel allen-head lockingscrew and K"NPSM. Clear anodized prior to chromate conversioncoating for added corrosion resistance.

Reflector Assemblies: Interchangeable in all seven AFL10 models.Specular Alzak aluminum optical components mounted to

aluminum frame. Reflector assembly snaps into fixture housing withspring clips. Sockets are 4KV porcelain medium base (H.I.D.); T-4Mini-can (Halogen).

Electrical Components: All electrical components are UL and CSArecognized with leads extending out of the swivel. High power factorballast rated -40F starting for HPS and -20F for MH lamp mod es.Optional photocell mounted with sensor on side of housing. Seelamp and electrical data on pages 96-98 for ballast types andcharacteristics.

Finish: Super TGIC thermoset polyester powder coat paint, 2.5 milnominal thickness, applied over a chromate conversion coating;2500 hour salt spray test endurance rating. Standard colors areBlack, Dark Bronze, Light Gray, Platinum Silver or White. Customcolors are available and subject to additional charges, minimumquantities and longer lead times. Consult representative.

Certification: UL Listed to U.S. and Canadian safety standards forwet locations. Fixture manufacturer shall employ a quality programthat is registered to ISO 9001 standard.

CAUTION: Fixtures must be grounded in accordance with localcodes or the National Electrical Code. Failure to do so may result inserious personal injury.

Optional Heavy Duty Swivel (HDS): Ordered assembled with fixture.Cast low copper aluminum with locking teeth providing 5adjustment intervals. C"stainless steel locking bolt. Two C"stainless steel set point screws secure swivel to any 2 "pipe-sizetenon (2C"O.D. x 3K"min. length). Clear anodized prior tochromate conversion coating for added corrosion resistance.

CAUTION: Recommended for vandal resistant requirements.

Optional Photocell (A30 - A35): Ordered assembled with fixture.Factory installed with flush sensor on side of housing. Selectphotocell with same line volts as fixture.

CAUTION: Use only in locations where adjacent lighting will notaffect operation of photocell.

FRONTSIDE

FRONTSIDE

HEAVY DUTY SWIVELAIMING RANGEy be limited by selected

ounting option as shownon pages 51-52

1"

D"

10"Max.6B"at max.

back tilt

0 Vertical

55

35

125

145

K"NPSM

9"

6L" 14"

0 Vertical

AIMING RANGEMay be limited by selected mounting

option as shown on pages 48-51

10 Modelso 175 watt H.I.D.ium Base Lampswatt Halogen

Mini-can Base Lamps

STANDARD SWIVEL0.7 (45 tilt)1.0 (Face on)

imum weight: 24 lb

OPTIONAL HEAVY DUTY SWIVEL0.8 (45 tilt)1.1 (Face on)

imum weight: 25 lb

ensions

5J"K"

14"Max.8E"at max.

back tilt

Slips over 2"pipe-size tenon

(2C"O.D. x 3K"min. length)

9"

6L"

7K"

2E"2E"

14"

Barn Doors (BD): Extruded aluminum doors with anti-reflectionbaffles. Each door is hinged to a cast low copper aluminum frame,and locks by set screws. Doors are individually removable. BarnDoor assembly mounts to predrilled door frame holes.

CAUTION: Not recommended for ground mounted fixtures invandal prone areas.

4C"TYPICAL

Fixed Hood (FH): Formed A"thick aluminum. Mounts to predrilleddoor frame holes. Can be mounted along the top or bottom of thefixture to shield the lamp and lens from view.

14"4"

7L"

Full Shield (FS): Formed A"thick aluminum. Mounts to predrilleddoor frame holes.

CAUTION: Do not use full shield in locations where leaves and trashcan collect inside shield.

14"4"

7L"

Lexan Lens Shield (AFL-LS):F"clear convex UV stabilizedvacuum formed polycarbonate with gasket. Mounts over lens topredrilled door frame holes and may be used with BD Barn Door,FH Fixed Hood, or FS Full Shield option.

CAUTION: Use only when vandalism is anticipated. Useful life islimited by UV discoloration from sunlight and metal halide lamps.

NOTE: Not for use with GL4 Louver or CFA1 color filter options.

7C"

13L"

3K"

Grid Louver for AFL15 and AFL16 (GL4): Formed A" thickaluminum. Mounts to predrilled door frame holes. Provides glarecontrol for AFL15 and AFL16 Spots while maintaining beamefficiency and uniformity.

NOTE: For use with AFL15 and AFL16 only.

14"4"

7L"

7N"

12J"

2G"



26/52


F L 1 0

Reference symbol for fixture aiming range when mounted on the option as shown. This range is in the vertical plane and does notnecessarily apply to all conditions. See page 46 for full aiming range without mounting options.

Brass In-grade Architectural Junction Box (JBR-2, JBR-3, JBR-21,

JBR-24): Die-cast brass withK"NPSM fixture mount and die-cast cover.Internal set screw provided for locking position. 21 cu in. internal volume.

Standard Swivel Mount


Solid brass Junction Boxes are warranted for 25 years, from date ofsale, against manufacturing defects and failure due to corrosion.

Application Notes




Brass In-grade Staked Architectural Junction Box (JBR30): Die-cast brass with K"NPSM fixture mount and die-cast cover. Internalset screw provided for locking position. 21 cu in. internal volume.



Solid brass Junction Boxes are warranted for 25 years, from date ofsale, against manufacturing defects and failure due to corrosion.

Application Notes




Standard Swivel

The standard swivel mounted on either the JBR-2, JBR-3, JBR30, WM1, SPM, orTM2 provides aiming between -15to 125off vertical.

The standard swivel mounted on either the SM18 or JB1 provides full aimingbetween -35to 125off vertical.


Heavy Duty Swivel

The heavy duty swivel (HDS), mounted on either the SMT, SM2, WM2, SPT, M2B,M3E, or pole top tenon, provides aiming between -55to 145off vertical.

StandardSwivel and PTMount

The combination of the standard swivel and the PT or PT2 post top mount,provides aiming between 55to 215 off vertical for maximum downlightadjustability.

PT Mounting

The PT post top mount may be used on any 2"tenon mount, including the SMT,SM2, WM2, SPT, M2B, M3E, or post top tenon. The PT2 twin post top mount is foruse on the SM2or 2"post top tenon only.

A

Mounting Option Specif

Stanchion Mount (SM18): 3"O.D. by .188"wall cast low copperaluminum with K"NPSM fixture mount and hand hole with flushcover. Internal set screw fixture lock accessible through hand hole.Internal ground lug supplied with installed lead.


Surface Mount (J-27N): Cast low copper aluminum with mountingears for wood screw attachment to tree or wood structure. 5.5 cu in.splice compartment with gasketed cover. K"NPSM fixture mountandK"NPSM conduit or cord seal entry.


NOTE: Surface mount can be connected to conduit or outdoor cordwith a waterproof cord seal (by others).

OptionalConcrete(by others)

3L"DIA.

K"NPSMFixtureMount

3"

K"

6" MIN.12" MAX.

3"

K"

15E"

3L"DIA.

K"NPSMFixtureMount

6" MIN.IN.12" MAX.AX.

Concrete(by others)

18"

6"MIN.12"MAX.

3"DIA.

K"NPSMFixtureMount

K"NPSMConduit

Entry

K"NPSMFixtureMount

2F"

4K"

1L"

Wall or Ceiling Mount (WM): Electro zinc steel mounting plateadapts to standard 4"square or octagonal Junction Boxes. Fixturemounts to cast aluminum upper cover which attaches to mountingplate. Lower cover half provides splice access. Dielectric sealingcompound provided for wall interface.


6" MIN.12" MAX.

JunctionBox(by others)

1"

FixtureMount 6"DIA.

Cover

ming RangesOrdered separately from fixture.See pages 42-45 for complete ordering information.



27/52

K I MK I M LIGHTING

F L 1 0


Architectural Junction Box (JB1): Die-cast low copper anodizedaluminum with K"NPSM fixture mount. Internal set screw providedfor locking position. Two K"NPSM in bottom, 17 cu in. internalvolume.


CAUTION: Junction Box must be installed high enough to avoidcontact with soil or standing water.

Wall Mount (WM1): Extruded aluminum arm with a removable endcap for wiring access. Arm is welded to a cast aluminum plate with

twoK"dia. mounting holes.Standard Swivel Mount

The included Wall Embedment Bracket (WEB)provides C-16 bolt receptacles welded in agalvanized re-bar cage for casting into poured-in-place concrete walls. Bolt receptacles receivefixture attachment bolts.

Component EPA: 0.3

4J"

10J"

5F"

3"DIA.

K"NPSMFixtureMount

(2) K"NPSM

Cover

4L"

15"

4"

7"

K"NPSMFixtureMount

Side Pole Mount (SPM): Extruded aluminum arm. Internal setscrew fixture lock. Removable end cap for wiring access. For usewith other Kim Site/Roadway Luminaires as an additional mid-polefloodlight.


Component EPA: 0.3

K"NPSMFixtureMount

15"

Twin Mount (TM2): Extruded aluminum arm. Internal set screwfixture locks. Can be mounted on a SM2, SMT or Steel Kim Polewith steel 2"pipe-size tenon (2C"O.D. x 3K"min. length).Removable end caps for wiring acc ess.


CAUTION: Approved for mounting to poles with steel tenons only.

Component EPA: 0.6

(2) K"NPSM FixtureMounts, 20"on center

Option with Steel 2"Pipe-Size Tenon (SM2,

SMT, or Steel KIM Pole)

27K"

6K"

Post Top Mount (PT): Cast aluminum mount for pole or othermounting option with 2"pipe-size tenon (2C"O.D. x 3K"minimumlength). Fixture attaches with concealed internal studs, mounting iswith J-20 allen set screws. Top cap provides splice access.


Component EPA: 0.7

Option with 2"Pipe-Size Tenon(WM2, SMT, SM2, M2B, M3E, or KIM Pole)

FixtureMount

SpliceAccess

4K"

Twin Post Top Mount (PT2): Cast aluminum mount for pole or othermounting option with 2"pipe-size tenon (2C"O.D. x 3K"minimumlength). Fixture attaches with concealed internal studs, mounting iswithJ-20 allen set screws. Top cap provides splice access.


NOTE: Not for use with SMT, SPT, WM2, M2B, or M3E options.

Component EPA: 0.1

Option with 2"Pipe-Size Tenon(SM2 or KIM Pole)

FixtureMounts

(2) at 180

SpliceAccess

4K"

Surface Mount Tenon (SMT): 2"pipe-size tenon (2C"O.D., 2"I.D.)welded to a cast aluminum plate. Plate has four K"mounting holes,and tenon has one K"NPT for side conduit entry.

2" Tenon - For Optional Heavy Duty Swivel Mount Only

NOTE: Not for use with PT2, M2B, or M3E options. May be wallmounted if horizontal fixture adjustment is not required. For wallmounting with horizontal fixture adjustment, use WM2 (see page 45). (4)K"DIA.

Holeson 5"circle

2"Pipe-Size Tenon

K"NPTConduit Entry

5K"

5"sq.

Stanchion Mount Tenon (SM2): 4"O.D. cast low copper aluminumstanchion with 2"pipe-size tenon (2C"O.D., 1C"I.D.) for mounting asingle fixture or multiple top-mounts.


CAUTION: Multiple top-mounts must not be used in locations wherepeople can climb on fixtures and mounting arms. To assure a rigid

installation, stanchion must be set in concrete (by others).

2"Pipe-Size Tenon

Concrete(by others)

4K"

13K"

1"MIN.7K"MAX.

3"DIA.

A

Mounting Option SpecifOrdered separately from fixture.See pages 42-45 for complete ordering information.



28/52

(2) 2"Pipe-Size Tenons20"on center

Option withSteel 2"Pipe-Size Tenon

(SM2, SMT or Steel KIM Pole)

15"

27K"

10"

2"Pipe-Size Tenon

(3) 2"Pipe-Size Tenons20"on center

Option with Steel 2"pe-Size Tenon (SM2,T or Steel KIM Pole)

47K"

10"

2"Pipe-Size Tenon

15"

4"

7"

K I MK I M LIGHTING

F L 1 0

Wall Mount (WM2): 2"pipe-size tenon (2C"O.D., 2"I.D.) welded to anextruded aluminum arm with a removable end cap for wiring access.Arm is welded to a cast aluminum plate with two K"mounting holes.


The included Wall Embedment Bracket (WEB)provides C-16 bolt receptacles welded in agalvanized re-bar cage for casting into poured-in-place concrete walls. Bolt receptacles receive fixtureattachment bolts.

NOTE: Not for use with PT2 option.

Component EPA: 0.3

4J"

10J"

5F"

Side Pole Tenon (SPT): Extruded aluminum arm with one2"pipe-size tenon (2C"O.D., 2"I.D.). Removable end cap for wiringaccess. For use with other Kim Site/Roadway Luminaires as anadditional mid-pole floodlight.



Component EPA: 0.3

Twin Tenon Mount (M2B): Extruded aluminum arm with two2"pipe-size tenons (2C"O.D., 2"I.D.). Can be mounted on a SM2,SMT or Steel Kim Pole with a steel 2"pipe-size tenon (2C"O.D. x3K"min. length). Removable end caps for wiring access.



CAUTION: Approved for mounting to poles with steel tenons only.

Component EPA: 0.6

Triple Tenon Mount (M3E): Extruded aluminum arm with three2"pipe-size tenons (2C"O.D., 2"I.D.). Can be mounted on a SM2,SMT or Steel Kim Pole with steel 2"pipe-size tenon (2C"O.D. x3K"min. length). Removable end caps for wiring access.


NOTE: Not for use with PT2 option.CAUTION: Approved for mounting to poles with steel tenons only.

Component EPA: 1.0

A

AFL11 Wide Flood Beam Sprea


70HPS ED-17 clear medium base 70 6,300 7H x 7V 1, 512 (65.0H x -15.0V) 165.9H x 140.4V 2146.0H x 103.0

100HPS ED-17 clear medium base 100 9,500 7H x 7V 2,276 (45.0H x -5.0V) 1 64 .5H x 139.3V 2142.0H x 99.0V

150HPS ED-17 clear medium base 1 50 1 6,00 0 7 H x 7V 3,67 2 (45 .0H x -15.0V) 163.7H x 141.8V 2140.0H x 102.0

70MH ED-17 clear medium base 70 5,000 7H x 7V 1, 945 (60.1H x -15.3V) 153.5H x 131.4V 2132.0H x 76.0V

100MH ED-17 clear medium base 100 7,200 7H x 7V 1, 762 (55.0H x -35.0V) 155.6H x 137.0V 2140.0H x 100.0

150MH ED-17 clear medium base 1 50 1 1,50 0 7 H x 7V 3,96 1 (56 .0H x -13.6V) 164.8H x 137.9V 2130.0H x 80.0V

175MH ED-17 clear medium base 1 75 1 4,00 0 7 H x 7V 3,42 6 (55 .0H x -35.0V) 155.6H x 137.0V 2142.0H x 97.0V

500HAL T-4 Mini-can base 5 00 1 0,45 0 7 H x 7 V 2,31 4 45 .0H x -15.0V 160.1H x 150.5V 2140.7H x 116.8

HIGHPRESSURE SODIUM

METAL HALIDE

NOTE:For lamp/ballast information outside of the U.S.A. and Canada, please c onsult your local Kim representative.

WARNING: All fixtures must be grounded in accordance with local codes or the National Electrical Code. Failure to do so may result in serious

Lamps by others.

HALOGEN

1 AllInitial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturers data for exact lu2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard.

AFL12 Vertical Flood Beam Sprea


70HPS ED-17 clear medium base 70 6,300 6H x 6V 2,253 (0.0H x 5.0V) 4124.3H x 106.9V 84.0H x 72.5V

100HPS ED-17 clear medium base 100 9,500 6H x 6V 3,506 (0.0H x 0.0V) 4123.3H x 105.7V 84.0H x 72.0V

150HPS ED-17 clear medium base 150 16, 000 6H x 6V 5, 898 (0. 0H x 15.0V) 4124.3H x 106.5V 86.0H x 70.0V

70MH ED-17 clear medium base 70 5,280 7H x 6V 1,836 (0.0H x 5.0V) 4133.7H x 112.4V 90.0H x 85.0V

100MH ED-17 clear medium base 100 6,912 7H x 6V 2,403 (0.0H x 5.0V) 4133.6H x 112.5V 84.0H x 75.0V

150MH ED-17 clear medium base 150 11, 040 7H x 6V 3, 839 (0. 0H x 5.0V) 4133.6H x 112.4V 86.0H x 78.0V

175MH ED-17 clear medium base 175 13, 440 7H x 6V 4, 673 (0. 0H x 5.0V) 4133.6H x 112.4V 84.0H x 78.0V

500HAL T-4 Mini-can base 500 10, 450 7H x 6V 3, 754 (0. 0H x 9.0V) 4133.7H x 109.8V 88.7H x 76.3V

HIGHPRESSURE SODIUM

METAL HALIDE

HALOGEN

3 AllInitial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturers data for exact l4 Field Angle: Horizontal and vertical field spreads interpolated due to no valid I.E.S. standard.

AFL13 Medium Flood Beam Sprea


70HPS ED-17 clear medium base 70 4,400 7H x 6V 1, 681 (45.0H x -15.0V) 145.5H x 126.1V 6124.0H x 68.9V

100HPS ED-17 clear medium base 100 7,300 7H x 6V 2, 789 (45.0H x -15.0V) 145.5H x 126.1V 6124.0H x 68.9V

150HPS ED-17 clear medium base 1 50 1 6,00 0 7 H x 6V 6,11 2 (45 .0H x -15.0V) 145.5H x 126.1V 6124.0H x 68.9V

70MH ED-17 clear medium base 70 5,040 7H x 6V 2,277 (45.0H x -5.0V) 1 45 .8H x 127.0V 6124.0H x 54.6V

100MH ED-17 clear medium base 100 8,100 7H x 6V 3,659 (45.0H x -5.0V) 1 45 .8H x 127.0V 6124.0H x 54.6V

150MH ED-17 clear medium base 1 50 1 2,60 0 7 H x 6 V 5 ,6 91 (45 .0H x -5.0V) 1 45 .8H x 127.0V 6124.0H x 54.6V

175MH ED-17 clear medium base 1 75 1 3,50 0 7 H x 6 V 6 ,0 98 (45 .0H x -5.0V) 1 45 .8H x 127.0V 6124.0H x 54.6V

500HAL T-4 Mini-can base 5 00 1 0,45 0 7 H x 6V 4,28 2 (45 .0H x -15.0V) 146.0H x 128.0V 6120.0H x 60.2V

HIGHPRESSURE SODIUM

METAL HALIDE

HALOGEN

5 AllInitial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturers data for exact l6 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard.

ounting Option SpecificationsOrdered separately from fixture.

See pages 42-45 for complete ordering information.


29/52

K I M

A

AFL17 Horizontal Spot Beam Sprea

K I M LIGHTING

F L 1 0

FL14 Narrow Flood Beam Spread Chart

Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. IsoWatts Lumens7 Type Candlepower (10% of max.) (50% of max.) Test No. Pg.

0HPS ED-17 clear medium base 70 4,400 7H x 6V 1,987 (25.0H x -5.0V) 141.0H x 117.0V 885.2H x 57.8V Kim2156 143



0MH ED-17 clear medium base 70 5,040 7H x 6V 3,455 (25.0H x 0.0V) 139.3H x 111.1V 886.2H x 37.6V Kim2154 143




00HAL T-4 Mini-can base 500 10,450 7H x 6V 5,503 (25.0H x 0.0V) 138.4H x 117.2V 884.4H x 47.0V Kim2139 143

HPRESSURESODIUM

TAL HALIDE

LOGEN

nitial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturers data for exact lumen and life data.m Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard.

FL15 Spot Beam Spread Chart

Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. IsoWatts Lumens9 Type Candlepower (10% of max.) (50% of max.) Test No. Pg.

0HPS ED-17 clear medium base 70 6 ,4 00 3 H x 2V 15 ,7 70 (0.0H x -3 .3 V) 4 4.3H x 28 .7V 2 2.6H x 13.1 V 3 986 6 1 51

00HPS ED-17 clear medium base 100 9,500 4H x 3V 22,626 (0.0H x -2.0V) 49.1H x 30.9V 24.9H x 14.1V 39867 151

50HPS ED-17 clear medium base 150 16,000 4H x 3V 23,688 (0.0H x -1.5V) 63.1H x 46.0V 31.9H x 22.5V 39868 151

0MH ED-17 clear medium base 70 5 ,6 00 3 H x 1V 2 5,56 9 (0.0H x - 2.8V) 4 0.5H x 1 3.9V 2 0.7H x 6 .5 V 3 986 9 1 51

00MH ED-17 clear medium base 10 0 8 ,5 00 4 H x 2V 28 ,3 59 (0 .0 H x -2 .1 V) 4 9.7H x 19 .0V 2 5.8H x 8.0V 3 987 0 1 51

50MH ED-17 clear medium base 150 13,500 3H x 2V 39,250 (0.0H x -1.0V) 43.5H x 24.6V 21.3H x 10.9V 39871 151

75MH ED-17 clear medium base 175 15,000 3H x 2V 39,395 (0.0H x -3.0V) 44.0H x 28.2V 21.5H x 11.9V 39872 151

00HAL T-4 Mini-can base 50 0 10 ,4 50 3 H x 2V 3 6,39 4 (0.0H x 0.4V) 4 2.7H x 19 .3V 2 3.1H x 9.5V 3 996 4 1 51

soluciones para fachadas

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