Architectural Floodlights Watt

Transcription

1 ARCHITECTURAL FLOOD CFL AFL1/2/3 Architectural Floodlights 5-1 Watt CFL AFL1 AFL2 AFL3

2 Architectural Floodlights Table of Contents Architectural Floodlights 2-94 Floodlighting Application 2-19 Optical Matrix 2 Mechanical Highlights 21 Product Information CFL AFL1 AFL2 AFL3 Important Features Beam Properties Product Structure Ordering Information Luminaire Specifications Fixture Option Specifications Mounting Option Specifications Beam Spread Charts Photometrics Lamp and Electrical Guide AFL Beam Properties at a Glance 99 Photometric Information CFL AFL1 AFL2 AFL3 System Design References 244 CFL pages watt H.I.D watt Compact Fluorescent 6 watt Incandescent 15 watt Halogen CFL1 Wide Flood CFL6 Narrow Spot AFL1 pages watt H.I.D. AFL11 Wide Flood AFL12 Vertical Flood AFL13 Medium Flood AFL14 Narrow Flood AFL15 Spot AFL16 Narrow Spot AFL17 Horizontal Spot KimNOW! 5-Day Shipping Quality On Demand See Ordering Information Pages SITE / AREA PARKING STRUCTURE ROADWAY ARCHITECTURAL FLOOD ACCENT LANDSCAPE MAILING ADDRESS: P.O. BO 68 CITY OF INDUSTRY, CA BUSINESS ADDRESS: EAST GALE AVENUE CITY OF INDUSTRY, CA U.S.A. PHONE 626 / FA 626 / ENTIRE CONTENTS COPYRIGHT 29 KIM LIGHTING, INC. ALL RIGHTS RESERVED REPRODUCTION IN WHOLE OR IN PART WITHOUT PERMISSION IS STRICTLY PROHIBITED. U.S. PATENT D444,584 AFL2 pages watt H.I.D. AFL21 Wide Flood AFL22 Vertical Flood AFL23 Medium Flood AFL24 Narrow Flood AFL25 Spot AFL26 Narrow Spot AFL27 Horizontal Spot AFL3 pages watt H.I.D. AFL31 Wide Flood AFL32 Vertical Flood AFL33 Medium Flood AFL34 Narrow Flood AFL35 Spot AFL36 Narrow Spot AFL37 Horizontal Spot Printed in U.S.A Version 7/9

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4 Floodlighting Application System Approach Kim Architectural Floodlighting Systems are engineered to produce the specific distributions required to illuminate horizontal and vertical surfaces from minimal set-back distances, or mounting heights. This differs greatly from sports fields, where long distances (tall mounting heights) and considerable distribution overlaps are utilized. In General Floodlighting, cut-off, control of glare and special effects are not considered important design criteria. Neither of these systems produce efficient illumination for the Architectural Environment. Architectural Floodlighting demands close luminaire-tosurface distances and minimal distribution overlap to reduce the number of fixtures required. Architectural features often dictate luminaire locations that are less than ideal, requiring special optical features. To satisfy these requirements, Architectural Floodlighting demands a wide range of beam distributions. Further, the need to control unwanted lamp visibility, or to produce special architectural effects, such as streaking, and surface grazing, require specialized optical systems and accessories. Seven Distinct Optical Distributions produce the required range to illuminate virtually any surface from very close to long distances. Wide Flood Vertical Flood Medium Flood Narrow Flood Four Luminaire Sizes provide a range of the most compact fixture scale for the requisite lamp. Fixture sizes range from the smallest (CFL) in Incandescent, Halogen, Compact Fluorescent and H.I.D. lampings to 7 watt, to the largest (AFL3) in H.I.D. lampings up to 1 watt. Accessories, controlling unwanted lamp visibility, protecting the luminaire from vandalism, or reducing spill light in tight spotlighting distributions, make fine-tuning luminaires to special applications requirements possible. See pages 3-5 for additional details. Spot Narrow Spot Horizontal Spot CFL Series AFL1 Series AFL2 Series AFL3 Series Barn Doors Fixed Hood Full Shield Grid Louver Lexan SL Shield Color Filters Kim provides the widest range of Mounting Options to assure that each luminaire can be mounted rigidly, to preserve aiming and provide years of trouble-free service. Junction Box Mounting Stanchion Mounting Horizontal Surface Mounting Wall / Vertical Surface Mounting Pole Top Mounting Side Pole Mounting NOTE: Refer to individual series information for specific option and accessory availability. 2 KIM LIGHTING

5 Glare Control Barn Doors Most effective when used with wide flood or medium flood distributions. Fixed Hoods Most effective when used with narrow flood or spot distributions. to 2 lens shielding per panel (varies per model and top to side) Barn doors provide control of lens visibility from the side and slightly in front of the fixture. Adjustable panels provide a degree of customization to suit field conditions. Barn doors are not used for shaping light distributions. 25 lens shielding (varies per model and top to side) Glare Control Accessories After placing fixtures where they can best illuminate the target, it is necessary to evaluate visibility of the lamp and optical system by site occupants. The use of an appropriate glare control accessory, such as barn doors, fixed hoods, full shields, or grid louvers, reduce objectionable glare. Full Shields Most effective when used with narrow flood or spot distributions where visibility is from all sides of the fixture. Fixed hoods provide control of visibility from top or bottom views of the lens only, while producing no obstruction in the opposite direction. 25 lens shielding (varies per model and top to side) Grid Louvers Limited to specific optical systems. Full shields will provide good control of lens visibility, as well as trimming of side light from the lens surface. 35 lens shielding (varies per model and top to side) Grid louver vanes, specifically designed for narrow flood reflectors, are angled to prevent obstruction of reflector output. lens shielding (varies per model and top to side) Grid Louvers Grid louvers include baffles inside a full shield. These additional components cut lens and reflector visibility considerably. However, grid louvers cannot be applied to all optical systems. Grid louver designs are matched to specific optical systems. The characteristics of the optical system dictate how many louvers can be used, and at what angle they must be placed. Grid louvers for spot and narrow spot distributions utilize straight vanes and should not be used with other distributions. KIM LIGHTING 3

6 Color Effects and Lamp Selection Lamp Selection Lamp selection should be based on the coloration of the target surfaces being lighted. Where the target is predominantly warm in color, such as brick, stone, or earthtone paint, High Pressure Sodium is appropriate. For whites, cool paint colors, exposed metals such as stainless steel, and for the greens in landscape, Metal Halide may be a more appropriate choice. Metal Halide The spectral distribution chart at left shows where Metal Halide lamp output is greatest. Note that its output in the red zone, above 6nm, is very weak. This means that this lamp will not render red color well, and will tend to tint whites to appear blue and bluegreen, as this is where the lamps greatest energy is produced. Wavelength in nanometers Relative power High Pressure Sodium Wavelength in nanomometers The spectral distribution chart at left shows where High Pressure Sodium lamp output is greatest. Note that its output below 55nm is very weak. The strong output in the 56nm to 625nm range is what gives this lamp its characteristic yellow-orange color appearance. These lamps will not render blue surface colors well, and will tend to tint whites to a yellow-orange color appearance. Color Filters Color filters can be used to modify lamp coloration, or to add a dramatic color effect to a project. Color filters work simply by blocking some wavelengths of light, and transmitting others. Color filters cannot add color to the light passing through them. Therefore, when using color filters with H.I.D. sources, it is important to select an appropriate source, as it will have a dramatic impact on the appearance of the resulting light output. % Transmission #15 Deep Straw The color distribution shown for each filter is a representation of the amount of light transmitted at each wavelength. In this example; the filter will transmit approximately ( ) 2% of the light passing through it at 45nm, 8% at 55nm, and 9% at 65nm Wavelength in nanomometers Lamp spectral energy distribution will have a dramatic effect on the color transmitted by the color filter. Metal Halide 1 Light Color #15 Deep Straw 1 Filter Color Metal Halide 1 Filtered Light Color Raw Lamp Output Filter Characteristics Resulting Light Output 4 KIM LIGHTING

7 NOTE: The color samples shown are for comparison use only, and do not represent actual field conditions (impossible in a printed format.) Actual performance and colors will change based on lamp and reflector system used. Metal Halide (MH); High Pressure Sodium (HPS). Color Filters #5 Rose Tint 8% Transmittance 1 MH 1 8% Transmittance HPS 1 8% Transmittance #15 Deep Straw 65% Transmittance 1 MH 1 6% Transmittance HPS 1 65% Transmittance #27 Medium Red 4% Transmittance 1 MH 1 2% Transmittance HPS 1 3% Transmittance Not Recommended #69 Brilliant Blue 18% Transmittance 1 MH 1 16% Transmittance HPS 1 4% Transmittance Not Recommended #91 Primary Green 7% Transmittance 1 MH 1 5% Transmittance HPS 1 <2% Transmittance Not Recommended KIM LIGHTING 5

8 Optical Design Considerations Inverse Square Law Fc = Candela / D 2 In Floodlighting, the distance from luminaire to the subject has a large impact on optical choices. As distance from the luminaire increases, the width of the beam increases. This means the available light covers a larger area, producing lower overall light levels inside the beam area. Cosine Law Fc = (Candela / D 2 ) x cos a The inverse square law assumes that a surface is perpendicular to the source. However, in real-world applications, luminaires are generally aimed at an angle to the target surface. This angle increases the area covered by the beam and reduces the corresponding illuminance at any point within the covered area. The cosine law considers this and provides a more accurate calculation of illuminance on the surface. Beam Shape In architectural floodlighting, the surfaces being illuminated are frequently rectilinear in shape. To create an efficient lighting system, waste light should be eliminated. This requires a range of beam patterns that control illumination, while eliminating waste without resorting to cut-off baffles. By utilizing beam shapes that are more rectangular, and matched to the vertical and horizontal aspect ratio of the surface being lighted, a system can produce even illumination using fewer fixtures. Optimized Reflector Designs In addition to producing a beam shape better suited to the surface being illuminated, the distribution of light from the optical system must consider the effects of aiming (cosine law). By distributing more energy into zones of higher incident angles, and reducing energy at lower incident angles, a properly designed reflector will produce more uniform surface target illuminance. 6 KIM LIGHTING Aiming Perpendicular to Surface Round Beam Shapes require several fixtures to cover the rectangular surface, producing an inefficient system that provides uneven surface illumination. Symmetrical Distributions direct more light at the center, resulting in a system that is hindered by the effects of the Inverse Square and Cosine Laws to produce uneven surface illumination. Aiming at an Angle to the Surface Optimized Beam Shapes, designed to illuminate the rectangular surface, require fewer fixtures, producing an efficient system that provides uniform surface illumination. Optimized Distributions direct more light at higher angles, less light at the center and even less light at lower aiming angles, resulting in an optical system that overcomes the effects of the Inverse Square and Cosine Laws to produce uniform surface illumination.

9 Optical Design Considerations 15' setback 1' setback 5' setback Setback Effects As setback distance increases, the required beam pattern size decreases for the same target area. Further, as the distance from the target increases, the inverse-square law diminishes illumination. However, focusing lamp energy into a tighter beam pattern increases luminous intensity. Therefore, narrowing the beam pattern as the setback increases retains the level of illumination and area of coverage, without increasing luminaire wattage. Multiple Beam Coverage To illuminate a large area, multiple fixtures are required to produce satisfactory coverage of the target. By using complementary optical designs in combination, a surface can be illuminated uniformly, with no unwanted streaking or hot spotting. NOTE: Dimensions shown are for illustrative purposes only. Vertical Flood Narrow Flood Spot Narrow Spot KIM LIGHTING 7

10 Floodlighting Effects Setback Distance The largest impact of setback distance is on how the surface details of the target will be modeled. The availability of a wide range of complementary optical systems means that the appropriate setback distance can be used to achieve desired shadowing and surface appearance. Shadow Width and Setback Distance Wide Shadows 32 Wide Flood Shallow Setback (less than 1 surface height) Shadowing from surface relief is inversely proportional to setback distance. Shallow setback distances render deeper shadows. As setback distances increase, the depth of shadows is reduced. Medium Shadows 2 Narrow Flood Medium Setback (from 1.5 to 3 surface height) Shadows Define Shape and Depth Shadowing defines the shape, surface texture and rendered depth of target surfaces. Elimination of all shadowing will produce a surface that appears flat. Conversely deeper, high contrast shadowing produces dramatic effects. Controlling setback distances, and the overlap of beam patterns is the key to producing a desired result. Narrow Shadows 1 Spot Deep Setback (more than 3 surface height) Pattern Overlap Increasing the overlap between adjacent beam patterns will reduce the contrast between illuminated areas and shadowing. However, shadow width will not be reduced, as this is a function of setback distance. Darkest Shadow at end Medium Shadow Lightest Shadows in center Medium Shadow Darkest Shadow at end Wide Shadows No Shadow Shallow Setback with increased Beam Pattern Overlap 8 KIM LIGHTING

11 Floodlighting Effects Flat Lighting Flat lighting produces a surface that is uniformly illuminated and renders minimal surface texture and shadowing from surface relief. To achieve the best results, maximize setback distances and keep aiming angles to a minimum. For large surfaces, increase pattern overlap to reduce shadowing effects and maintain a Uniformity Ratio of between 3:1 to 4:1. Watch out for window locations, as this effect can produce offensive glare to building occupants. Additionally, reflected glare from luminaires may be visible in windows located at the same elevation as the observer. Single Fixtures H 3 x H Multiple Fixtures Maximize Setback Distances and minimize aiming angles. Maximize Pattern Overlap to attain a 3:1 Uniformity Ratio. Surface Modeling Surface modeling produces subtle to dramatic modeling of surface detail and texture. For surfaces with deep relief, increase setback distances. Use moderate lateral fixture spacings to control crosslighting. For large surfaces, use moderate spacings between fixtures to attain a uniformity ratio of between 5:1 and 7:1. Watch out for window locations, as this effect can produce offensive glare to building occupants. Single Fixtures H Multiple Fixtures 1-2 x H Decreasing Setback Distances will produce deeper shadowing effects. Utilize moderate fixture spacing to control cross-lighting and attain a minimum 6:1 Uniformity Ratio. Surface Texturing Grazing is used when the desired effect is to dramatically accentuate surface texture and detail. Grazing is accomplished by placing fixtures very close to the surface to be lighted and utilizing very high aiming angles. Kim Horizontal Spot reflectors are specifically designed for this application. To soften the effect, increase setback distances slightly. For large areas, use moderate spacings between fixtures to attain a uniformity ratio of between 5:1 and 7:1. Watch out for deep reliefs and surface detailing, which can create undesirable shadows on the building surface. Consider using fixed hoods to reduce visibility of the fixture lens(es). Single Fixtures Minimize Setback Distances and maximize aiming angles. The closer the fixtures are to the surface, the greater the surface texture will be accentuated Multiple Fixtures Utilize moderate fixture spacing to control cross-lighting and attain a minimum 6:1 Uniformity Ratio. KIM LIGHTING 9

12 Application Guide Wide Flood CFL1 AFL11 AFL21 AFL31 Vertical Flood AFL12 AFL22 AFL32 Medium Flood AFL13 AFL23 AFL33 Narrow Flood AFL14 AFL24 AFL34 Facades Wide Flood, Vertical Flood Signs Vertical Flood Ceilings Wide Flood Courtyards Wide Flood, Vertical Flood Parking Lots Wide Flood, Vertical Flood Walls Wide Flood, Medium Flood Driveways Medium Flood, Narrow Flood Atriums Medium Flood General Areas Wide Flood, Medium Flood 1 KIM LIGHTING

13 Narrow Flood AFL14 AFL24 AFL34 Spot AFL15 AFL25 AFL35 Narrow Spot CFL6 AFL16 AFL26 AFL36 Horizontal Spot AFL17 AFL27 AFL37 Building Features Narrow Spot, Horizontal Spot Facades Narrow Spot, Horizontal Spot Building Focal Point Spot, Narrow Spot Signs Narrow Flood, Narrow Spot Signage Narrow Spot, Horizontal Spot Flags Spot Narrow Flood Trees Spot Narrow Flood Narrow Spot Fountains Spot, Narrow Spot Atriums Narrow Flood, Narrow Spot KIM LIGHTING 11

14 Horizontal Spot used for Wall Grazing Horizontal Spot AFL17 AFL27 AFL37 Wall Grazing When a building facade includes interesting surface texture, reliefs, projections or other embellishments, grazing the wall with light can produce dramatic effects. Up Lighting The Horizontal Spot reflector projects an intense sheet of light up the wall for highlighting reliefs, projections and surface textures. This effect is called Wall Grazing. Wall grazing should not be confused with facade lighting, which is normally produced by floodlights set back from the wall. Wall grazing will light the wall to a limited degree, but its real purpose is to create surface feature highlights rather than uniform wall washing. The Horizontal Spot optical system is based on the Wall Grazer Optics available in the Wall Director Series (see separate catalog). This unique distribution is ideal for creating dramatic highlighting effects when mounted very close to building surfaces. 12 KIM LIGHTING

15 Horizontal Spot / Wall Grazer Optics Specifically designed to illuminate architectural facias and create dramatic surface effects. KIM LIGHTING 13

16 AFL1 Series with Horizontal Flood optics located in architectural recess to illuminate the roof parapet and facade reveal. 14 KIM LIGHTING

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18 AFL1 and AFL2 Series Horizontal Spot optics for Wall Grazing effects. 16 KIM LIGHTING

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20 AFL2 Series with various optics and color filters to illuminate signage and roof-top features. 18 KIM LIGHTING

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22 Optical Matrix This page reflects Kim s recommendations regarding the optimum optical system / accessory combinations throughout the Kim Floodlighting Family. Wide Vertical Medium Narrow Narrow Horizontal Series Flood Flood Flood Flood Spot Spot Spot CFL CFL1 CFL6 Lamping 5-7 watt H.I.D watt Fluorescent 6 watt Incandescent 15 watt Halogen Fixture Options Barn Doors Fixed Hood Full Shield AFL1 AFL11 AFL12 AFL13 AFL14 AFL15 AFL16 AFL17 Lamping watt H.I.D. Fixture Options Barn Doors Fixed Hood Full Shield Lexan SL Lens Shield Grid Louver Color Filter Assembly AFL2 AFL21 AFL22 AFL23 AFL24 AFL25 AFL26 AFL27 Lamping 25-4 watt H.I.D. Fixture Options Barn Doors Fixed Hood Full Shield Lexan SL Lens Shield Grid Louver Color Filter Assembly AFL3 AFL31 AFL32 AFL33 AFL34 AFL35 AFL36 AFL37 Lamping 75-1 watt H.I.D. Fixture Options Barn Doors Fixed Hood Full Shield Grid Louver 2 KIM LIGHTING

23 Mechanical Highlights Locking Stop Arm prevents lens frame from swinging free during re-lamping. Unitized Reflector assembly in Specular Alzak. Interchangeable with seven beam spreads available. Lamp Types Available in Metal Halide, High Pressure Sodium, Fluorescent, and Halogen lamping. Silicone Gaskets used throughout to maintain optical clarity. Die-cast aluminum door frame mates to housing, forming a continuous cylindrical shape. Secured with captive stainless steel screws Tempered glass lens is sealed to door frame by a one-piece molded silicone gasket. Heavy die-cast aluminum swivel (ECEPT AFL3) utilizes interlocking adjustment teeth to lock-in aiming. Precision die-cast housing with integral cooling ribs that dissipate heat. KIM LIGHTING 21

24 CFL Series with various optics to illuminate landscape and specimen trees. 22 KIM LIGHTING

25 CFL COMPACT FLOOD 5-7 WATT H.I.D WATT FLUORESCENT 6-15 WATT INCANDESCENT / HALOGEN KIM LIGHTING 23

26 CFL Important Features Two Beam Patterns The nature of floodlighting mandates versatility. The tremendous variety of surfaces and objects to be illuminated is further complicated by variables like fixture location and distance. The CFL Series satisfies this need for flexibility: Two available beam patterns can be used individually or in combinations to illuminate any object from distances of 3' to 3' using the CFL1 Wide Flood to the laser-like accuracy of the CFL6 Narrow Spot reflector. Both beam patterns generate high efficiencies and outstanding uniformity of illumination. See page 26 for beam properties and application guidelines. CFL1 CFL6 Die-Cast Housing with Interchangeable Optics The CFL Series housing and door frame are precision die-castings with integral cooling ribs that dissipate heat allowing the electrical components to operate well below their allowable limits. A single housing will accept both optical systems which are easily interchangeable on the job. Because floodlighting is as much art as it is science - final adjustments to the lighting effect may occasionally require changes of the beam pattern. Changing beam patterns is a simple task, and provides the CFL Series with flexibility for fine-tuning projects on the jobsite. 24 KIM LIGHTING

27 CFL Standard Heavy Duty Swivel The ingenious CFL standard heavy duty swivel is a complement to the housing design. The swivel is precision die-cast aluminum with concealed internal locking teeth. Locking adjustments are at 6 intervals. Adjustments are made by loosening the recessed allen head screw. The swivel s K" NPSM has a solid brass locknut for mounting. Swivel components are anodized pre-treated prior to finishing, for maximum corrosion resistance. Optical Control The CFL Series has a variety of optical accessories to control glare and increase the visual effectiveness of the lighting scheme. Shielding devices are carefully engineered to prevent shadows and preserve beam efficiency while reducing undesirable transient brightness. Barn Doors are a familiar accessory that allow for field-adjustable glare shielding. The Fixed Hood is a moderate shielding device and the Full Shield is a complete shielding device. Both are ideally suited for applications close to walkways, driveways, or roadways. See page 3 for details. BD-CFL Barn Doors FH-CFL Fixed Hood FS-CFL Full Shield KIM LIGHTING 25

28 CFL Beam Properties These illustrations are representations of the beam spreads produced by each optical system. They are intended to help you visualize the performance differences between each model without having to analyze photometric charts. The CFL6 beam pattern is shown at K scale due to page constrictions. Main Beams 5% Main Beam 5% 5% 5% Main Beam NOTE: CFL6 beam is rendered at K scale to the CFL1 Series distribution shown. CFL1 Wide 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 maintaining excellent uniformity throughout its beam pattern. Recommended distance from the lighted surface is 3' to 15' depending on lamp and wattage. CFL6 Narrow 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 1' to 3', depending on lamp and wattage. 26 KIM LIGHTING

29 CFL Product Structure BD-CFL Barn Doors for all models page 3 FH-CFL Fixed Hood for all models page 3 FS-CFL Full Shield for all models page 3 CFL1 Wide Flood CFL6 Narrow Spot JBR Architectural Junction Box page 31 JBR3 or JBR32 In-grade Staked Architectural Junction Box page 31 J-27N Surface Mount page 31 JW Architectural Wall Mount page 32 JB1 Architectural Junction Box page 32 J-25N Portable Spear Mount page 32 SM18 Stanchion Mount page 31 EP17 PowerPost TM page 32 By others KIM LIGHTING 27

30 CFL Ordering Information 13 to 15 Watt Ordering Example: 1 Fixture: Cat. No. designates CFL fixture and beam pattern. Single fixture EPA:.3 (45 tilt).5 (Face on) Fixture Electrical Module Finish CFL1 / 5PMH277 / WH Standard Fixture Fixture Options FH-CFL/WH Mounting Options SM18/WH Options Ordered Separately from Fixture Beam Pattern: Wide Flood Narrow Spot Cat. No.: CFL1 CFL6 2 Electrical Module: HPS = High Pressure Sodium PMH = Pulse Start Metal Halide PL = Compact Fluorescent INC = Incandescent HAL = Halogen Lamp Lamp Line Watts Type Volts 5 PMH 277 See lamp and electrical data on pages for ballast types and characteristics. NOTE: 42PL operates 26, 32, and 42 watt lamps at 12 thru 277 volts (5-6 Hz). G-12 socket available for T-6 bi-pin 7 watt Metal Halide lamp. Consult factory. 5HPS12 5HPS277 5PMH12 5PMH277 13PL12 13PL277 6INC12 15HAL12 7HPS12 7HPS277 7PMH12 7PMH277 42PL 5HPS12 5HPS277 5PMH12 5PMH277 6INC12 15HAL12 7HPS12 7HPS277 7PMH12 7PMH277 KimNOW! Available Configurations: KN-CFL1/5PMH/DB*, KN-CFL1/7PMH/DB*, KN-CFL1/42PL/DB** Accessories: KN-BD-CFL/DB, KN-FH-CFL/DB, KN-FS-CFL/DB, KN-JW/DB *Dual-tap ballast (12 or 277 volts) **Variable voltage ballast (12 thru 277 volts) 3 Finish: Super TGIC powder coat paint over Titanated Zirconium conversion coating. Color: Black Dark Bronze Light Gray Platinum Silver White Custom Colors Cat. No.: BL DB LG PS WH CC Consult representative for custom colors. 4 Optional Barn Doors: Cat. No.: BD-CFL Specify finish: Example: BD-CFL/BL Extruded aluminum, fully adjustable. Provides beam and glare control. CAUTION: Not recommended for ground mounted fixtures in vandal prone areas. 5 Optional Fixed Hood: Cat. No.: FH-CFL Specify finish: Example: FH-CFL/BL Formed.62 thick aluminum. Provides moderate shielding for glare control. 6 Optional Full Shield: Cat. No.: FS-CFL Specify finish: Example: FS-CFL/BL Formed.62 thick aluminum. Provides complete shielding for glare control. CAUTION: Do not use in locations where leaves and trash can collect inside shield. 7 Brass In-grade Architectural Junction Box: Cat. No.: JBR-2 JBR-3 JBR-21 JBR-24 (2) K" NPT in bottom (2) L" NPT in bottom (2) K" NPT in sides, (2) K" NPT in bottom (4) K" NPT in sides, (2) K" NPT in bottom Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. NOTE: All side taps provided with plugs. 28 KIM LIGHTING

31 CFL 8 Brass In-grade Staked Junction Box: Cat. No.: JBR3 JBR32 (2) K" NPT in bottom, (2) 19" long stakes (2) K" NPT in bottom, 9' (SJTW-A) 3 wire cord and plug Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. NOTE: JBR32 for use with incandescent, halogen, and fluorescent fixtures only. 9 Stanchion Mount: Cat. No.: SM18 Specify finish: Example: SM18/BL 3" O.D. by.188" wall cast low copper (<.6% Cu) aluminum with K" NPSM fixture mount and hand hole with flush cover. Internal set screw fixture lock accessible through hand hole. Internal ground lug supplied with installed lead. 1 Surface Mount: 11 Architectural Wall Mount: 12 PowerPost by Engineered Products Co.: 13 Architectural Junction Box: 14 Portable Spear Mount: Cat. No.: J-27N Specify finish: Example: J-27N/BL Cat. No.: JW Specify finish: Example: JW/BL Cat. No.: EP17 17K" post length Cat. No.: JB1 Specify finish: Example: JB1/BL Cat. No.: J-25N 9' (SJTW-A) 3 wire cord and plug Cast low copper (<.6% Cu) aluminum with mounting ears for wood screw attachment to tree or wood structure. 5.5 cu in. splice compartment with gasketed cover. K" NPSM fixture mount and K" NPSM conduit or cord seal entry. NOTE: Surface mount can be connected to conduit or outdoor cord with a waterproof cord seal (by others). Die-cast, low copper (<.6% Cu) aluminum with K" NPSM fixture mount. Internal set screw provided for locking position. Canopy attaches to stainless steel wall plate for mounting to any standard electrical outlet box. PVC fixture molded in black with K" NPT mount is corrosion free and UV resistant. Replaces EMT, conduit connectors and weatherproof boxes. 1% shatter resistant against denting and cracking. Angled bottom to eliminate cable congestion. NOTE: Should be used with a UL listed fixture and grounding means (i.e., third wire) suitable for use in wet locations. Die-cast, low copper (<.6% Cu) anodized aluminum cylindrical body and matching cover with K" NPSM fixture mount. One piece molded silicone cover gasket. Captive countersunk cover screws. Internal set screw provided for locking position. Two K" NPSM in bottom, 17 cu in. internal volume. CAUTION: Junction Box must be installed high enough to avoid contact with soil or standing water. Cast iron with K" NPSM fixture mount. Hot dip galvanized finish. 5.5 cu in. splice compartment. NOTE: For use with incandescent, halogen, and fluorescent fixtures only. KIM LIGHTING 29

32 CFL Luminaire Specifications Dimensions CFL Models 5 to 7 watt H.I.D. Medium Base Lamps 13 to 42 watt Compact Fluorescent 6 watt Incandescent 15 watt Halogen EPA:.3 (45 tilt).5 (Face on) Maximum weight: 13 lb 7D" 2J" SIDE 5B" 6" 9" Max. 5B" 9 64" at max. back tilt 2N" Vertical AIMING RANGE 1K" FRONT K" NPSM Housing: One-piece die-cast, low copper (<.6% Cu) aluminum in a cylindrical shape with integral cooling fins over the entire length, and.1" minimum wall thickness. One-piece silicone gasket between housing and lens frame. Lens Frame: One-piece die-cast, low copper (<.6% Cu) aluminum with integral cooling fins,.1" minimum wall thickness, mates with housing to create a continuous cylindrical shape. 5 /32" thick clear tempered glass lens is sealed to the lens frame by a one-piece stamped silicone gasket. Lens frame secures to housing by two stainless steel recessed captive allen-head screws. Swivel: Die-cast aluminum with integral locking teeth providing 6 adjustment intervals and K" NPSM plus solid brass locknut for mounting. Clear anodized prior to chromate conversion coating for added corrosion resistance. Fasteners: Stainless steel, recessed captive allen-head screws. Reflector: Specular Alzak aluminum optical components mounted to aluminum frame. Socket: 4KV porcelain medium base (T-1 Incandescent and H.I.D.); T-4 Mini-can base (Halogen); 13w G pin base, 42w G24q-3 4-pin base (Fluorescent). (G-12 socket available for T-6 bi-pin 7 watt Metal Halide lamp. Consult factory.) Ballast: All electrical components are UL and CSA recognized with leads extending out of the swivel splice compartment. Normal power factor ballast rated -32 F starting (13 watt Twin Tube Fluorescent); High power factor ballast rated F starting (42 watt Triple Tube Fluorescent); Reactor - High power factor with starting temperatures of -F. for HPS and -2 F. for MH lamp modes. For MH/12 volt, a step-up transformer is provided. For HPS/277 volt, a step-down transformer is provided (H.I.D.). See lamp and electrical data on pages for ballast types and characteristics. Finish: Super TGIC thermoset polyester powder coat paint, 2.5 mil nominal thickness, applied over a Titanated Zirconium conversion coating; 25 hour salt spray test endurance rating. Standard colors are Black, Dark Bronze, Light Gray, Platinum Silver or White. Custom colors are available and subject to additional charges, minimum quantities and longer lead times. Consult representative. CAUTION: Fixtures must be grounded in accordance with national, state and/or local electrical codes. Failure to do so may result in serious personal injury. Listings and Ratings UL cul C Ambient IP66 Rated CE ISO 91:2 Fixture Option Specifications 3" TYPICAL Ordered separately from fixture. See page for complete ordering information. Barn Doors (BD-CFL): Extruded aluminum, fully adjustable doors with anti-reflection baffles. Individually swiveled and secured on a stainless steel frame. Easily attaches to pre-drilled holes in the lens frame with stainless steel screws. Provides beam and glare control. 3K" 4C" 1G" Fixed Hood (FH-CFL): Formed.62 thick aluminum. Easily attaches to pre-drilled holes in the lens frame with stainless steel screws. Provides moderate shielding for glare control. 3K" 4C" 1G" Full Shield (FS-CFL): Formed.62 thick aluminum. Easily attaches to pre-drilled holes in the lens frame with stainless steel screws. Provides complete shielding for glare control. 3 KIM LIGHTING

33 CFL Ordered separately from fixture. See pages for complete ordering information. Mounting Option Specifications Brass In-grade Architectural Junction Box (JBR-2, JBR-3, JBR-21, JBR-24): Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. 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 standing water. Provide drainage away from Junction Box. 3L" DIA. K" NPSM Fixture K" Mount 3" Concrete (by others) Brass In-grade Staked Architectural Junction Box (JBR3, JBR32): Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. (JBR32) 9' (SJTW-A) 3 wire cord and plug 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 standing water. Provide drainage away from Junction Box. 3L" DIA. K" NPSM Fixture Mount 3K" 19C" 18D" 1" Stanchion Mount (SM18): 3" O.D. by.188" wall cast low copper (<.6% Cu) aluminum with K" NPSM fixture mount and hand hole with flush cover. Internal set screw fixture lock accessible through hand hole. Internal ground lug supplied with installed lead. 3" DIA. K" NPSM Fixture Mount 6" MIN. 12" MA. 18" Concrete (by others) Surface Mount (J-27N): Cast low copper (<.6% Cu) aluminum with mounting ears for wood screw attachment to tree or wood structure. 5.5 cu in. splice compartment with gasketed cover. K" NPSM fixture mount and K" NPSM conduit or cord seal entry. NOTE: Surface mount can be connected to conduit or outdoor cord with a waterproof cord seal (by others). K" NPSM Fixture Mount K" NPSM Conduit Entry 2F" 1L" 4K" KIM LIGHTING 31

34 CFL Mounting Option Specifications Ordered separately from fixture. See pages for complete ordering information. K" NPSM Fixture Mount 5" DIA. Architectural Wall Mount (JW): Die-cast, low copper (<.6% Cu) aluminum with K" NPSM fixture mount. Internal set screw provided for locking position. Canopy attaches to stainless steel wall plate for mounting to any standard electrical outlet box. 3J" DIA. K" NPSM Fixture Mount PowerPost by Engineered Products Co. (EP17): PVC fixture molded in black with K" NPT mount is corrosion free and UV resistant. Replaces EMT, conduit connectors and weatherproof boxes. 1% shatter resistant against denting and cracking. Angled bottom to eliminate cable congestion. NOTE: Should be used with a UL listed fixture and grounding means (i.e., third wire) suitable for use in wet locations. 17K" 1" 3K" 5" 3" DIA. K" NPSM Fixture Mount Architectural Junction Box (JB1): Die-cast, low copper (<.6% Cu) anodized aluminum with K" NPSM fixture mount. Internal set screw provided for locking position. Two K" NPSM in bottom, 17 cu in. internal volume. CAUTION: Junction Box must be installed high enough to avoid contact with soil or standing water. 4L" (2) K" NPSM Cover Portable Spear Mount (J-25N): Cast iron with K" NPSM fixture mount. Hot dip galvanized finish. 5.5 cu in. splice compartment. 9' (SJTW-A) 3 wire cord and plug. 3K" DIA. K" NPSM Fixture Mount 2J" 6E" 32 KIM LIGHTING

35 CFL CFL1 Wide Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 1 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 5HPS E-17 clear medium base 5 4, 6H x 6V 1,359 (1. H x -13. V) H x 16.1 V 85.3 H x 77.4 V HPS E-17 clear medium base 7 6,3 6H x 6V 2,64 (. H x V) H x 16.4 V 86.7 H x 74.6 V PULSE START METAL HALIDE 5PMH E-17 clear medium base 5 3,6 7H x 6V 1,11 (. H x 11.8 V) 13.5 H x 16.8 V 84.3 H x 7.2 V PMH E-17 clear medium base 7 5,15 7H x 6V 1,64 (. H x -13. V) 136. H x 18.7 V 9.5 H x 9.5 V COMPACT FLUORESCENT 13PL Twin Tube G pin base H x 6V 256 (. H x 14.3 V) H x V 91.8 H x 88.5 V PL Triple Tube G24q-3 4-pin base 42 3,2 7H x 6V 576 (. H x -5. V) H x V 99.2 H x 88.5 V Kim INCANDESCENT 6INC T-1 medium base H x 6V 186 (. H x 1.3 V) H x 12.3 V 9.6 H x 93.1 V HALOGEN 15HAL T-4 mini-can base 15 2,8 7H x 6V 931 (. H x V) H x 18.1 V 92.5 H x 74.9 V CFL6 Narrow Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 1 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 5HPS E-17 clear medium base 5 4, 4H x 2V 13,968 (. H x 1. V) 47.8 H x 18.6 V 24.2 H x 1.4 V Kim HPS E-17 clear medium base 7 6,3 4H x 2V 22,359 (. H x 1.5 V) 47.7 H x 18.5 V 23.7 H x 1.3 V PULSE START METAL HALIDE 5PMH E-17 clear medium base 5 3,6 1H x 1V 38,271 (. H x -2.5 V) 16.7 H x 14.8 V 8.6 H x 6.9 V Kim PMH E-17 clear medium base 7 5,15 1H x 1V 66,642 (. H x -2.4 V) 16.6 H x 14.6 V 8.3 H x 6.7 V INCANDESCENT 6INC T-1 medium base H x 1V 9,318 (. H x -2.5 V) 16.7 H x 14.8 V 8.6 H x 6.9 V Kim HALOGEN 15HAL T-4 mini-can base 15 2,8 2H x 1V 35,656 (. H x.6 V) 24.5 H x 1.7 V 7.7 H x 5.6 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. KIM LIGHTING 33

36 AFL1 Series Wall mounted with Horizontal Flood optics to illuminate ceiling surface and detail. 34 KIM LIGHTING

37 AFL1 ARCHITECTURAL FLOODLIGHTS WATT H.I.D. KIM LIGHTING 35

38 AFL1 Important Features Seven Beam Patterns The nature of floodlighting mandates versatility. The tremendous variety of surfaces and objects to be illuminated is further complicated by variables like fixture location and distance. The AFL1 Series satisfies this need for flexibility: Seven available beam patterns can be used individually or in combinations to illuminate any object from distances of 3' to 1' - from the AFL11 Wide Flood to the laser-like accuracy of the AFL16 Narrow Spot reflector. The AFL12 Vertical Flood has a unique optical design that is ideal for lighting both vertical and horizontal surfaces with very low brightness above the main beam. All seven beam patterns are the result of precision Kim reflector systems that generate high efficiencies and outstanding uniformity of illumination. See pages for beam properties and application guidelines. AFL11 AFL12 AFL13 AFL14 AFL15 AFL16 AFL17 Die-Cast Housing with Interchangeable Optics The AFL1 Series housing and door frame are precision die-castings with integral cooling ribs that dissipate heat allowing the electrical components to operate well below their allowable limits. A single housing will accept any of the seven optical systems which are easily interchangeable on the job. Because floodlighting is as much art as it is science - final adjustments to the lighting effect may occasionally require changes of the beam pattern. To accomplish this, the door frame is opened and removed with slip hinges allowing easy access to the reflector module. Each reflector module is a one-piece assembly held in place by four pressure fit retainers and easily removed without tools for access to the ballast compartment. Changing beam patterns is a simple task, and provides the AFL1 Series with flexibility for fine-tuning projects on the jobsite. 36 KIM LIGHTING

39 AFL1 Standard Swivel with K" NPSM Mount The AFL1 standard swivel is a complement to the housing design. The swivel is precision die-cast with concealed internal locking teeth. Locking adjustments are at 5 intervals. Adjustments are made by loosening the recessed allen head screw on the swivel. For added strength at the K" NPSM mount, the aluminum swivel transitions to a heavy stainless steel nipple. Optional Heavy Duty Swivel Specifically designed for installations where the fixture is mounted close to the ground or susceptible to vandalism. The Heavy Duty Swivel is constructed of heavy cast low copper aluminum with locking teeth providing adjustability in 5 increments and a full 36 horizontal 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 page 46 for details. Vandal Protection An optional Lexan SL vandal resistant lens shield is available for applications where vandalism is anticipated. NOTE: The lens shield is made from an advanced polymer, Lexan SL Resin from GE Advanced Materials. Lexan SL dramatically reduces lens yellowing and becomes stable within the first 1 hours of operation. Lexan SL offers significantly greater retained impact and vandal resistance during the life of the lens. CAUTION: Use only when vandalism is anticipated. AFL-LS Lexan SL Lens Shield Optical Control The AFL1 Series has a variety of optical accessories to control glare and increase the visual effectiveness of the lighting scheme. Shielding devices are carefully engineered to prevent shadows and preserve beam efficiency while reducing undesirable transient brightness. Barn Doors are a familiar accessory that allow for field-adjustable glare shielding. The Fixed Hood is a moderate shielding device and the Full Shield is a complete shielding device. Both are ideally suited for applications close to walkways, driveways, or roadways. The Grid Louver is engineered to maximize beam efficiency while minimizing glare and shadows from the internal vanes.the GL4 louver is available for use with the AFL15 and AFL16. The Lexan SL Lens Shield is available for applications where vandalism is anticipated. The Color Filter Assembly is designed to be used alone or in conjunction with the Barn Doors, Fixed Hood, or Full Shield. Dynamic floodlighting effects are possible by utilizing any of the color filters specifically engineered for use in high temperature floodlighting applications. See page 47 for details. BD Barn Doors FS Full Shield FH Fixed Hood GL4 Grid Louver AFL12 w/color Filter Assembly Color Filters KIM LIGHTING 37

40 AFL1 Beam Properties These illustrations are representations of the beam spreads produced by each optical system. They are intended to help you visualize the performance differences between each model without having to analyze photometric charts. AFL11 through AFL15, and the AFL17 beam patterns are shown in identical scale. The AFL16 beam pattern is shown at K scale due to page constrictions. 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam AFL11 Wide Flood AFL12 Vertical Flood AFL13 Medium Flood AFL14 Narrow Flood The AFL11 horizontal beam pattern is engineered to illuminate surfaces that are more horizontal than vertical, or wider areas when wall mounted. The AFL11 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 2' depending on lamp and wattage. The AFL12 vertical beam pattern is engineered to illuminate taller surfaces when grade mounted or deeper areas when wall mounted. Recommended distance from the lighted surface is 6' to 2' depending on lamp and wattage. 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 2', with low aiming angles generating excellent uniformity of illumination. 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 4', with low aiming angles generating excellent uniformity of illumination. It can also be used in combination with other AFL1 Series models to extend their range or reshape the overall light pattern. 38 KIM LIGHTING

41 AFL1 Main Beams Main Beam Main Beam 5% Main Beam 5% 5% 5% 5% Main Beam NOTE: AFL16 beam is rendered at K scale to the other AFL1 Series spreads on these pages. 5% AFL15 Spot The AFL15 spot reflector is a concentrated beam designed to light objects which are 2' to 5' 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. AFL16 Narrow 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 2' to 1', depending on lamp and wattage. AFL17 Horizontal Spot The AFL17 horizontal spot reflector is ideal for illuminating surfaces with wide horizontal and relatively short vertical dimensions to intensities similar to the AFL15 Spot reflector. Its wide horizontal pattern also allows the AFL17 to be located close to a building where the effect of grazing light is desired to show surface texture, or to highlight reliefs and projections. It can also be used in combination with other AFL1 Series models to extend their range or reshape overall beam patterns. KIM LIGHTING 39

42 AFL1 Product Structure BD Barn Doors for all models page 47 FH Fixed Hood for all models page 47 FS Full Shield for for all models page 47 AFL11 Wide Flood AFL12 Vertical Flood AF13 Medium Flood AFL14 Narrow Flood JBR-2 or JBR-3 Architectural Junction Box page 48 J-27N Surface Mount page 49 WM Wall or Ceiling Mount page 49 JB1 Architectural Junction Box page 5 WM1 Wall Mount page 5 SPM Side Pole Mount page 5 JBR3 In-grade Staked Architectural Junction Box page 49 SM18 Stanchion Mount page 49 By others 4 KIM LIGHTING

43 AFL1 AFL-LS Lexan SL Lens Shield for all models page 47 CFA1 Color Filter Assembly for all models page 47 GL4 Grid Louver for AFL15 and 16 only page 47 Heavy Duty Mounting The HDS Heavy Duty Swivel and Post Top PT/PT2 mounts are for 2" tenon mounting. HDS Heavy Duty Swivel must be included in fixture order number. All other options are ordered separate of fixture. Do not add options and mounting to fixture order numbers. (See page 46 for more information.) AFL15 Spot AFL16 Narrow Spot AFL17 Horizontal Spot HDS Optional Heavy Duty Swivel for all models. PT2 Twin Post Top Mount page 51 PT Post Top Mount page 51 SMT Surface Mount Tenon page 51 SPT Side Pole Mount Tenon for Round Pole page 52 WM2 Wall Mount Tenon page 52 M2B Twin Mount Tenon page 52 M3E Triple Mount Tenon page 52 TM2 Twin Mount page 5 Pole with 2" pipe size tenon by Kim or others. Steel tenon required for two or more fixtures. SM2 Stanchion Mount Tenon page 51 By others KIM LIGHTING 41

44 AFL1 Ordering Information Medium Base 7 to 175 Watt Ordering Example: 1 Fixture: Cat. No. designates AFL1 fixture and beam pattern. Single fixture EPA with standard swivel:.7 (45 tilt) 1. (Face on) Optional Heavy Optional Fixture Electrical Module Finish Duty Swivel Photocell AFL11 / 15HPS277 / WH / HPS / A Standard Fixture and Options Ordered Assembled with Fixture Fixture Mounting Options Options BD/WH SM18/WH Options Ordered Separately from Fixture Beam Pattern: Wide Flood Vertical Flood Medium Flood Narrow Flood Cat. No.: AFL11 AFL12 AFL13 AFL14 Beam Pattern: Spot Narrow Spot Horizontal Spot Cat. No.: AFL15 AFL16 AFL17 2 Electrical Module: HPS = High Pressure Sodium MH = Metal Halide PMH = Pulse Start Metal Halide See lamp and electrical data on pages for ballast types and characteristics. Lamp Lamp Line Watts Type Volts 15 HPS Finish: Super TGIC powder coat paint over Titanated Zirconium conversion coating. 4 Optional Heavy Duty Swivel: Single fixture EPA with heavy duty swivel:.8 (45 tilt) 1.1 (Face on) 7PMH12 1PMH12 15PMH12 7PMH28 1PMH28 15PMH28 7PMH24 1PMH24 15PMH24 7PMH277 1PMH277 15PMH277 7PMH347 1PMH347 15PMH347 7PMH48 1PMH48 15PMH48 NOTE: Due to the Energy Independence and Security Act (EISA) of 27, Kim Lighting can no longer supply probe start metal halide ballasts with its luminaires, effective January 1, 29. Contact Kim Lighting for availability of replacement ballasts for warranty service claims. (Visit or the Library of Congress website for more details). 7HPS12 1HPS12 15HPS12 7HPS28 1HPS28 15HPS28 7HPS24 1HPS24 15HPS24 7HPS277 1HPS277 15HPS277 7HPS347 1HPS347 15HPS347 7HPS48 1HPS48 15HPS48 Color: Black Dark Bronze Light Gray Platinum Silver White Custom Colors Cat. No.: BL DB LG PS WH CC Consult representative for custom colors. Cat. No.: HDS Finished to match fixture. Heavy Duty Swivel NOTE: G-12 socket available for T-6 bi-pin 7 and 15 watt Pulse Start Metal Halide lamps. Consult factory. KimNOW! Available Configurations: KN-AFL11/15PMH/HD/DB*, KN-AFL12/15PMH/HD/DB*, KN-AFL15/15PMH/HD/DB* Accessories: KN-BD/DB, KN-FH/DB, KN-AFL-LS, KN-JB1/DB, KN-SM2/DB, KN-SMT/DB *Multi-tap ballast (12, 28, 24, or 277 volts) Recommended for vandal resistant requirements. Heavy cast low copper (<.6% Cu) aluminum with locking teeth, aiming range of 2 vertical in 5 increments and 36 horizontal rotation. The swivel mounts directly to a 2" pipe-size tenon, with heavy duty C" stainless steel set point screws provided to firmly lock the fixture in place. 5 Optional Photocell: 6 Optional Barn Doors: 42 KIM LIGHTING Cat. No.: BD Specify finish: Example: BD/BL 7 Optional Fixed Hood: Cat. No.: FH Specify finish: Example: FH/BL Line Volts: 12V 28V 24V 277V 48V 347V Cat. No.: A-3 A-31 A-32 A-33 A-34 A-35 CAUTION: Use only in locations where adjacent lighting will Photocell Sensor not affect operation of photocell. Extruded aluminum doors with anti-reflection baffles. Each door is hinged to a cast low copper (<.6% Cu) aluminum frame, and locks by set screws. Doors are individually removable. Barn Door assembly mounts to predrilled door frame holes. CAUTION: Not recommended for ground mounted fixtures in vandal prone areas. Formed A" thick aluminum. Mounts to predrilled door frame holes. Can be mounted along the top or bottom of the fixture to shield the lamp and lens from view.

45 AFL1 8 Optional Full Shield: Cat. No.: FS Specify finish: Example: FS/BL Formed A" thick aluminum. Mounts to predrilled door frame holes. CAUTION: Do not use in locations where leaves and trash can collect inside shield. 9 Optional Grid Louver: For use with AFL15 and AFL16 only. Cat. No.: GL4 Specify finish: Example: GL4/BL Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL15 and AFL16 Spots while maintaining beam efficiency and uniformity. 1 Optional Lexan SL Lens Shield: Not for use with GL4 Louver or CFA1 color filter options. Cat. No.: Clear finish. AFL-LS F" thick, clear convex, vacuum formed, advanced polymer (Lexan SL from GE Advanced Materials) lens shield with gasket. Mounts over lens to predrilled 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. 11 Optional Color Filter Assembly: Cat. No.: CFA1- Heavy wall aluminum extrusion with anti-reflection baffles Color Filter Assembly Cat. No. and vertical channels that hold the color filter 2" away from includes color filter and the fixture lens. Quick change-out of the color filter is channel finish. Specify filter, possible by the removal of two channel screws. Support substituting for color filter mounts to predrilled holes in fixture door frame. May be number (See below) and used in conjunction with BD Barn Doors, FH Fixed Hood, add finish. or FS Full Shield option. Color Filter: Deep Straw Rose Tint Medium Red Brilliant Blue Primary Green : Example: CFA1-5/DB 12 Brass In-grade Architectural Junction Box: Standard Swivel Mount. Cat. No.: JBR-2 JBR-3 JBR-21 JBR-24 (2) K" NPT in bottom (2) L" NPT in bottom (2) K" NPT in sides, (2) K" NPT in bottom (4) K" NPT in sides, (2) K" NPT in bottom Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. All side taps provided with plugs. 13 Brass In-grade Staked Junction Box: Standard Swivel Mount. Cat. No.: JBR3 (2) K" NPT in bottom, (2) 19" long stakes Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. CAUTION: To assure a rigid installation, Staked Junction Box must be set in concrete (by others). 14 Stanchion Mount for Single Fixture: Standard Swivel Mount. 15 Surface Mount: Standard Swivel Mount. 16 Wall or Ceiling Mount: Standard Swivel Mount. Cat. No.: SM18 Specify finish: Example: SM18/BL Cat. No.: J-27N Specify finish: Example: J-27N/BL Cat. No.: WM Specify finish: Example: WM/BL 3" O.D. by.188" wall cast low copper (<.6% Cu) aluminum with K" NPSM fixture mount and hand hole with flush cover. Internal set screw fixture lock accessible through hand hole. Internal ground lug supplied with installed lead. CAUTION: To assure a rigid installation, stanchion must be set in concrete (by others). Cast low copper (<.6% Cu) aluminum with mounting ears for wood screw attachment to tree or wood structure. 5.5 cu in. splice compartment with gasketed cover. K" NPSM fixture mount and K" NPSM conduit or cord seal entry. NOTE: Surface mount can be connected to conduit or outdoor cord with a waterproof cord seal (by others). Electro zinc steel mounting plate adapts to standard 4" square or octagonal Junction Boxes. Fixture mounts to cast low copper (<.6% Cu) aluminum upper cover which attaches to mounting plate. Lower cover half provides splice access. Dielectric sealing compound provided for wall interface. KIM LIGHTING 43

46 AFL1 Ordering Information Medium Base 7 to 175 Watt 17 Architectural Junction Box: Standard Swivel Mount. Cat. No.: JB1 Specify finish: Example: JB1/BL Die-cast, low copper (<.6% Cu) anodized aluminum cylindrical body and matching cover with K" NPSM fixture mount. One-piece molded silicone cover gasket. Captive countersunk cover screws. Internal set screw provided for locking position. Two K" NPSM in bottom, 17 cu in. internal volume. CAUTION: Junction Box must be installed high enough to avoid contact with soil or standing water. 18 Wall Mount: Standard Swivel Mount. Component EPA:.3 18b Wall Embedment Bracket: Cat. No.: WM1 Specify finish: Example: WM1/BL Extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" dia. mounting holes. Cat. No.: WEB The wall embedment bracket provides C-16 bolt receptacles welded in a galvanized re-bar cage for casting into poured-in-place concrete walls. Bolt receptacles receive fixture attachment bolts. 19 Side Pole Mount: Standard Swivel Mount. Component EPA:.3 2 Twin Mount: Standard Swivel Mount. Component EPA:.6 21 Post Top Mount: Standard Swivel Mount. Component EPA:.7 22 Twin Post Top Mount: Standard Swivel Mount. Component EPA:.1 Not for use with SMT, SPT, WM2, M2B, or M3E options. Cat. No.: SPM- Side Pole Mount Cat. No. includes pole dia. and finish. For round poles, specify pole dia. and add finish. Mounts to 3", 3K", 4", 5", or 6" O.D. round poles. Example: SPM-4/BL for 4" Round Pole For square poles, omit - and add finish. Example: SPM/B for Square Pole Cat. No.: TM2 Specify finish: Example: TM2/BL Cat. No.: PT Specify finish: Example: PT/BL Cat. No.: PT2 Specify finish: Example: PT2/BL Extruded aluminum arm. Internal set screw fixture lock. Removable end cap for wiring access. For use with other Kim Site/Roadway Luminaires as an additional mid-pole floodlight. Extruded aluminum arm. Internal set screw fixture locks. Can be mounted on a SM2, SMT, or Steel Kim Pole with steel 2" pipe-size tenon (2C" O.D. x 3K" min. length). Removable end caps for wiring access. CAUTION: Approved for mounting to poles with steel tenons only. Cast aluminum mount for pole or other mounting option with 2" pipe-size tenon (2C" O.D. x 3K" minimum length). Fixture attaches with concealed internal studs, mounting is with J-2 allen set screws. Top cap provides splice access. Cast aluminum mount for pole or other mounting option with 2" pipe-size tenon (2C" O.D. x 3K" minimum length). Fixture attaches with concealed internal studs, mounting is with J-2 allen set screws. Top cap provides splice access. 23 Surface Mount Tenon: 2" Tenon - For Optional Heavy Duty Swivel Only. Not for use with PT2, M2B, or M3E options. Cat. No.: Black finish. SMT/BL 2" pipe-size tenon welded to a cast aluminum plate. Plate has four K" mounting holes, and tenon has one K" NPT for side conduit entry. NOTE: May be wall mounted if horizontal fixture adjustment is not required. For wall mounting with horizontal fixture adjustment, use WM2. 24 Stanchion Mount Tenon: 2" Tenon - For Optional Heavy Duty Swivel Only. Cat. No.: Black finish. SM2/BL 4" O.D. cast low copper (<.6% Cu) aluminum stanchion with 2" pipe-size tenon (2C" O.D., 1C" I.D.) for mounting a single fixture or multiple top-mounts. CAUTION: Multiple top-mounts must not be used in locations where people can climb on fixtures and mounting arms. To assure a rigid installation, Stanchion must be set in concrete (by others). 44 KIM LIGHTING

47 AFL1 25 Wall Mount Tenon: 2" Tenon - For Optional Heavy Duty Swivel Only. Not for use with PT2 option. Component EPA:.3 25b Wall Embedment Bracket: Cat. No.: WM2 Specify finish: Example: WM2/BL 2" pipe-size tenon (2C" O.D., 2" I.D.) welded to an extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" mounting holes. Cat. No.: WEB The wall embedment bracket provides C-16 bolt receptacles welded in a galvanized re-bar cage for casting into poured-in-place concrete walls. Bolt receptacles receive fixture attachment bolts. 26 Side Pole Mount Tenon: 2" Tenon - For Optional Heavy Duty Swivel Only. Not for use with PT2 option. Component EPA:.3 27 Twin Mount Tenon: 2" Tenon - For Optional Heavy Duty Swivel Only. Not for use with PT2 option. Component EPA:.6 28 Triple Mount Tenon: 2" Tenon - For Optional Heavy Duty Swivel Only. Not for use with PT2 option. Component EPA: 1. Cat. No.: SPT- Side Pole Mount Cat. No. includes pole dia. and finish. For round poles, specify pole dia. and add finish. Mounts to 3", 3K", 4", 5", or 6" O.D. round poles. Example: SPT-4/BL for 4" Round Pole For square poles, omit - and add finish. Example: SPT/BL for Square Pole Cat. No.: M2B Specify finish: Example: M2B/BL Cat. No.: M3E Specify finish: Example: M3E/BL Extruded aluminum arm with one 2" pipe-size tenon. Removable end cap for wiring access. For use with other Kim Site/Roadway Luminaires as an additional mid-pole floodlight. Extruded aluminum arm with two 2" pipe-size tenons. Can be mounted on a SM2, SMT, or Steel Kim Pole with steel 2" pipe-size tenon (2C" O.D. x 3K" min. length). Removable end caps for wiring access. CAUTION: Approved for mounting to poles with steel tenons only. Extruded aluminum arm with three 2" pipe-size tenons. Can be mounted on a SM2, SMT, or Steel Kim Pole with steel 2" pipe-size tenon (2C" O.D. x 3K" min. length). Removable end caps for wiring access. CAUTION: Approved for mounting to poles with steel tenons only. KIM LIGHTING 45

48 AFL1 Luminaire Specifications Dimensions AFL1 Models 7 to 175 watt H.I.D. Medium Base Lamps with STANDARD SWIVEL EPA:.7 (45 tilt) 1. (Face on) Maximum weight: 24 lb 1C" 1D" SIDE 6L" 9" 1" Max. 6B" at max. back tilt 1" with OPTIONAL HEAVY DUTY SWIVEL EPA:.8 (45 tilt) 1.1 (Face on) Maximum weight: 25 lb 6L" 1I" Vertical 14" AIMING RANGE May be limited by selected mounting option as shown on pages " 14" Max. 8E" at max. back tilt K" NPSM FRONT 14" Housing: One-piece die-cast, low copper (<.6% Cu) aluminum in a cylindrical shape with integral cooling fins over the entire length, and B" minimum wall thickness. One-piece silicone gasket between housing 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 (<.6% Cu) aluminum with integral cooling fins, B" minimum wall thickness, mates with housing to create a continuous cylindrical shape. Concealed integral cast slip hinges allow removal without tools. Stop-arm provided to limit door frame opening. F" thick clear tempered glass lens is sealed to the lens frame by a one-piece silicone gasket. Door frame secures to housing 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 teeth providing 5 adjustment intervals. Stainless steel allen-head locking screw and K" NPSM. Clear anodized prior to chromate conversion coating for added corrosion resistance. Reflector Assemblies: Interchangeable in all seven AFL1 models. Specular Alzak aluminum optical components mounted to aluminum frame. Reflector assembly snaps into fixture housing with spring clips. Sockets are 4KV porcelain medium base. (G-12 socket available for T-6 bi-pin 7 and 15 watt Metal Halide lamps. Consult factory.) Electrical Components: All electrical components are UL and CSA recognized with leads extending out of the swivel. High power factor ballast rated -F starting for HPS and -2 F for MH lamp modes. Optional photocell mounted with sensor on side of housing. See lamp and electrical data on pages for ballast types and characteristics. Finish: Super TGIC thermoset polyester powder coat paint, 2.5 mil nominal thickness, applied over a Titanated Zirconium conversion coating; 25 hour salt spray test endurance rating. Standard colors are Black, Dark Bronze, Light Gray, Platinum Silver or White. Custom colors are available and subject to additional charges, minimum quantities and longer lead times. Consult representative. CAUTION: Fixtures must be grounded in accordance with national, state and/or local electrical codes. Failure to do so may result in serious personal injury. Listings and Ratings UL cul C Ambient IP67 Rated CE ISO 91:2 5K" 5J" Slips over 2" pipe-size tenon (2C" O.D. x 3K" min. length) SIDE FRONT Vertical AIMING RANGE May be limited by selected mounting option as shown on pages E" 2E" 7K" HEAVY DUTY SWIVEL Optional Heavy Duty Swivel (HDS): Ordered assembled with fixture. Cast low copper (<.6% Cu) aluminum with locking teeth providing 5 adjustment intervals. C" stainless steel locking bolt. Two C" stainless steel set point screws secure swivel to any 2" pipe-size tenon (2C" O.D. x 3K" min. length). Clear anodized prior to chromate conversion coating for added corrosion resistance. CAUTION: Recommended for vandal resistant requirements. Optional Photocell (A3 - A35): Ordered assembled with fixture. Factory installed with flush sensor on side of housing. Select photocell with same line volts as fixture. CAUTION: Use only in locations where adjacent lighting will not affect operation of photocell. 46 KIM LIGHTING

49 AFL1 Ordered separately from fixture. See pages for complete ordering information. Barn Doors (BD): Extruded aluminum doors with anti-reflection baffles. Each door is hinged to a cast low copper (<.6% Cu) aluminum frame, and locks by set screws. Doors are individually removable. Barn Door assembly mounts to predrilled door frame holes. CAUTION: Not recommended for ground mounted fixtures in vandal prone areas. Fixture Option Specifications 4C" TYPICAL Fixed Hood (FH): Formed A" thick aluminum. Mounts to predrilled door frame holes. Can be mounted along the top or bottom of the fixture to shield the lamp and lens from view. 14" 4" 7L" Full Shield (FS): Formed A" thick aluminum. Mounts to predrilled door frame holes. CAUTION: Do not use full shield in locations where leaves and trash can collect inside shield. 14" 4" 7L" Grid Louver for AFL15 and AFL16 (GL4): Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL15 and AFL16 Spots while maintaining beam efficiency and uniformity. NOTE: For use with AFL15 and AFL16 only. 14" 4" 7L" Lexan SL Lens Shield (AFL-LS): F" thick, clear convex, vacuum formed, advanced polymer (Lexan SL from GE Advanced Materials) lens shield with gasket. Mounts over lens to predrilled 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. NOTE: Not for use with GL4 Louver or CFA1 color filter options. 7C" 13L" 3K" Color Filter Assembly (CFA1-): Heavy wall aluminum extrusion with anti-reflection baffles and vertical channels that hold the color filter 2" away from the fixture lens. Quick change-out of the color filter is possible by the removal of two channel screws. Support mounts to predrilled holes in fixture door frame. May be used with BD Barn Door, FH Fixed Hood, or FS Full Shield option. Color Filter Assembly includes color filter. Sample Color 1 Filter # 2 Description 7N" 12J" 2G" Deep Straw 15 Warms metal halide color. Deepens high pressure sodium color to yellow/orange. Rose Tint 5 Warms metal halide color. Deepens high pressure sodium color to pink/orange. Medium Red 27 Deep color accent. Best used with high pressure sodium lamps. NOTE: Very low output with metal halide lamps. Brilliant Blue 69 Deep color accent. Best used with metal halide lamps. NOTE: Not recommended for high pressure sodium lamps. Primary Green 91 Deep color accent. Blue shift with metal halide lamps. Yellow shift with high pressure sodium lamps. NOTE: Color samples shown for reference only and will not represent actual illumination color rendered by H.I.D. lamps. 1 Exact color output is highly dependent on lamp used, (i.e. HPS vs. MH, specific lamp color temperature and other factors). 2 Color filter number corresponds with Roscolux color filter numbers. KIM LIGHTING 47

50 AFL1 Aiming Ranges Reference symbol for fixture aiming range when mounted on the option as shown. This range is in the vertical plane and does not necessarily apply to all conditions. See page 46 for full aiming range without mounting options. Standard Swivel The standard swivel mounted on either the JBR-2, JBR-3, JBR3, WM1, SPM, or TM2 provides aiming between -15 to 125 off vertical. The standard swivel mounted on either the SM18 or JB1 provides full aiming between -35 to 125 off 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 -55 to 145 off vertical. Standard Swivel and PT Mount The combination of the standard swivel and the PT or PT2 post top mount, provides aiming between 55 to 215 off vertical for maximum downlight adjustability. 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 for use on the SM2 or 2" post top tenon only. Mounting Option Specifications Ordered separately from fixture. See pages for complete ordering information. Optional Concrete (by others) 3L" DIA. K" NPSM Fixture Mount K" 3" Brass In-grade Architectural Junction Box (JBR-2, JBR-3, JBR-21, JBR-24): Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. Standard Swivel Mount 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 standing water. Provide drainage away from Junction Box. 48 KIM LIGHTING

51 AFL1 Ordered separately from fixture. See pages for complete ordering information. Mounting Option Specifications Brass In-grade Staked Architectural Junction Box (JBR3): Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. Standard Swivel Mount 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 standing water. Provide drainage away from Junction Box. 3L" DIA. K" NPSM Fixture Mount 3K" 19C" 18D" 1" Stanchion Mount (SM18): 3" O.D. by.188" wall cast low copper (<.6% Cu) aluminum with K" NPSM fixture mount and hand hole with flush cover. Internal set screw fixture lock accessible through hand hole. Internal ground lug supplied with installed lead. Standard Swivel Mount 3" DIA. K" NPSM Fixture Mount 6" MIN. 12" MA. 18" Concrete (by others) Surface Mount (J-27N): Cast low copper (<.6% Cu) aluminum with mounting ears for wood screw attachment to tree or wood structure. 5.5 cu in. splice compartment with gasketed cover. K" NPSM fixture mount and K" NPSM conduit or cord seal entry. Standard Swivel Mount NOTE: Surface mount can be connected to conduit or outdoor cord with a waterproof cord seal (by others). Wall or Ceiling Mount (WM): Electro zinc steel mounting plate adapts to standard 4" square or octagonal Junction Boxes. Fixture mounts to cast aluminum 6" MIN. upper cover which attaches to mounting plate. Lower cover half 12" MA. provides splice access. Dielectric sealing compound provided for wall interface. Standard Swivel Mount K" NPSM Fixture Mount K" NPSM Conduit Entry Fixture Mount 1" Cover 2F" 1L" 4K" 6" DIA. Junction Box (by others) KIM LIGHTING 49

52 AFL1 Mounting Option Specifications Ordered separately from fixture. See pages for complete ordering information. 3" DIA. K" NPSM Fixture Mount Architectural Junction Box (JB1): Die-cast, low copper (<.6% Cu) anodized aluminum with K" NPSM fixture mount. Internal set screw provided for locking position. Two K" NPSM in bottom, 17 cu in. internal volume. Standard Swivel Mount CAUTION: Junction Box must be installed high enough to avoid contact with soil or standing water. 4L" Cover (2) K" NPSM 4" K" NPSM Fixture Mount 12J" Wall Mount (WM1): Extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" dia. mounting holes. Standard Swivel Mount 7" 16F" 5F" 4J" 1J" Optional Wall Embedment Bracket (WEB) provides C-16 bolt receptacles welded in a galvanized re-bar cage for casting into pouredin-place concrete walls. Bolt receptacles receive fixture attachment bolts. Component EPA:.3 K" NPSM Fixture Mount A" Side Pole Mount (SPM): Extruded aluminum arm. Internal set screw fixture lock. Removable end cap for wiring access. For use with other Kim Site/Roadway Luminaires as an additional mid-pole floodlight. Standard Swivel Mount Available for Round and Square poles. (2) K" 27K" B" " on center A 11K" For Round Poles 12" For Square Poles B 15C" For Round Poles 15E" For Square Poles Component EPA:.3 Twin Mount (TM2): Extruded aluminum arm. Internal set screw fixture locks. Can be mounted on a SM2, SMT, or Steel Kim Pole with steel 2" pipe-size tenon (2C" O.D. x 3K" min. length). Removable end caps for wiring access. Standard Swivel Mount CAUTION: Approved for mounting to poles with steel tenons only. 6K" Option with Steel 2" Pipe-Size Tenon (SM2, SMT, or Steel KIM Pole) Component EPA:.6 5 KIM LIGHTING

53 AFL1 Ordered separately from fixture. See pages for complete ordering information. Mounting Option Specifications Post Top Mount (PT): Cast aluminum mount for pole or other mounting option with 2" pipe-size tenon (2C" O.D. x 3K" minimum length). Fixture attaches with concealed internal studs, mounting is with J-2 allen set screws. Top cap provides splice access. Standard Swivel Mount Splice Access Fixture Mount 4K" Component EPA:.7 Option with 2" Pipe-Size Tenon (WM2, SMT, SM2, M2B, M3E, or KIM Pole) Twin Post Top Mount (PT2): Cast aluminum mount for pole or other mounting option with 2" pipe-size tenon (2C" O.D. x 3K" minimum length). Fixture attaches with concealed internal studs, mounting is with J-2 allen set screws. Top cap provides splice access. Standard Swivel Mount NOTE: Not for use with SMT, SPT, WM2, M2B, or M3E options. Splice Access Fixture Mounts (2) at 18 4K" Component EPA:.1 Option with 2" Pipe-Size Tenon (SM2 or KIM Pole) 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 wall mounted if horizontal fixture adjustment is not required. For wall mounting with horizontal fixture adjustment, use WM2 (see page 45). 2" Pipe-Size Tenon K" NPT Conduit Entry (4) K" DIA. on 5" 5K" 5" sq. Stanchion Mount Tenon (SM2): 4" O.D. cast low copper (<.6% Cu) aluminum stanchion with 2" pipe-size tenon (2C" O.D., 1C" I.D.) for mounting a single fixture or multiple top-mounts. 2" Tenon - For Optional Heavy Duty Swivel Mount Only CAUTION: Multiple top-mounts must not be used in locations where people can climb on fixtures and mounting arms. To assure a rigid installation, stanchion must be set in concrete (by others). 2" Pipe-Size Tenon 4" DIA. 4K" 1" MIN. 7K" MA. 13K" Concrete (by others) I.D. 3K" KIM LIGHTING 51

54 AFL1 Mounting Option Specifications Ordered separately from fixture. See pages for complete ordering information. 7" 2" Pipe-Size Tenon 4" 12J" 16F" Wall Mount Tenon (WM2): 2" pipe-size tenon (2C" O.D., 2" I.D.) welded to an extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" mounting holes. 2" Tenon - For Optional Heavy Duty Swivel Mount Only 4J" Optional Wall Embedment Bracket (WEB) provides C-16 bolt receptacles welded in a 1J" galvanized re-bar cage for casting into pouredin-place concrete walls. Bolt receptacles receive 5F" fixture attachment bolts. NOTE: Not for use with PT2 option. Component EPA:.3 Available for Round and Square poles. 2" Pipe-Size Tenon A" B" Side Pole Mount Tenon (SPT): Extruded aluminum arm with one 2" pipe-size tenon (2C" O.D., 2" I.D.). Removable end cap for wiring access. For use with other Kim Site/Roadway Luminaires as an additional mid-pole floodlight. 2" Tenon - For Optional Heavy Duty Swivel Mount Only NOTE: Not for use with PT2 option. A 11K" For Round Poles 12" For Square Poles B 15C" For Round Poles 15E" For Square Poles Component EPA:.3 (2) 2" Pipe-Size Tenons 2" on center 27K" 1" Twin Mount Tenon (M2B): Extruded aluminum arm with two 2" 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. x 3K" min. length). Removable end caps for wiring access. 2" Tenon - For Optional Heavy Duty Swivel Mount Only NOTE: Not for use with PT2 option. CAUTION: Approved for mounting to poles with steel tenons only. Option with Steel 2" Pipe-Size Tenon (SM2, SMT, or Steel KIM Pole) Option with Steel 2" Pipe-Size Tenon (SM2, SMT, or Steel KIM Pole) (3) 2" Pipe-Size Tenons 47K" 2" on center 1" Component EPA:.6 Triple Mount Tenon (M3E): Extruded aluminum arm with three 2" 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. x 3K" min. length). Removable end caps for wiring access. 2" Tenon - For Optional Heavy Duty Swivel Mount Only NOTE: Not for use with PT2 option. CAUTION: Approved for mounting to poles with steel tenons only. 52 KIM LIGHTING Component EPA: 1.

55 AFL1 AFL11 Wide Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 2 Iso Watts Lumens 1 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 7HPS ED-17 clear medium base 7 6,3 7H x 7V 1,62 (47.5 H x -15. V) 16 H x V H x 94.5 V KL HPS ED-17 clear medium base 1 9,5 7H x 7V 2,443 (47.5 H x -5. V) 16 H x V H x 94.5 V KL HPS ED-17 clear medium base 15 16, 7H x 6V 4,444 (47.5 H x -13. V) H x 126 V H x 8.3 V KL PULSE START METAL HALIDE 7PMH ED-17 clear medium base 7 6,2 7H x 6V 1,887 (47.5 H x -15. V) H x V H x 73. V KL PMH ED-17 clear medium base 1 9,3 7H x 6V 2,83 (47.5 H x -15. V) H x V H x 73. V KL PMH ED-17 clear medium base 15 14, 7H x 6V 4,285 (47.5 H x -13. V) H x 127. V H x 79.6 V KL All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. AFL12 Vertical Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle 4 Beam Angle 5 Iso Watts Lumens 3 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 7HPS ED-17 clear medium base 7 6,3 6H x 5V 3,182 (3. H x 11. V) H x 96.2 V 77.3 H x 39.1 V KL HPS ED-17 clear medium base 1 9,5 6H x 5V 4,799 (3. H x 11. V) H x 96.2 V 77.3 H x 39. V KL HPS ED-17 clear medium base 15 16, 6H x 5V 7,586 (3. H x 13. V) H x 98.9 V 79.2 H x 59.4 V KL PULSE START METAL HALIDE 7PMH ED-17 clear medium base 7 5,9 6H x 5V 3,41 (1. H x 11. V) 125. H x 99.2 V 82.9 H x 7.3 V KL PMH ED-17 clear medium base 1 8,8 6H x 5V 4,536 (1. H x 11. V) 125. H x 99.2 V 82.9 H x 7.3 V KL PMH ED-17 clear medium base 15 12,6 6H x 6V 5,415 (3. H x 7. V) H x 1.8 V 84.7 H x 76. V KL All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 4 Field Angle: Horizontal and vertical field spreads interpolated due to no valid I.E.S. standard. 5 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. AFL13 Medium Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 7 Iso Watts Lumens 6 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 7HPS ED-17 clear medium base 7 6,3 7H x 6V 1,854 (47.5 H x 13. V) H x V H x 77.1 V KL HPS ED-17 clear medium base 1 9,5 7H x 6V 2,795 (47.5 H x 13. V) H x V H x 77.1 V KL HPS ED-17 clear medium base 15 16, 7H x 6V 7,384 (42.5 H x. V) H x V H x 48.5 V KL PULSE START METAL HALIDE 7PMH ED-17 clear medium base 7 6,2 7H x 6V 1,941 (47.5 H x -15. V) H x V H x 74.4 V KL PMH ED-17 clear medium base 1 9,3 7H x 6V 2,911 (47.5 H x -15. V) H x V H x 74.4 V KL PMH ED-17 clear medium base 15 14, 7H x 6V 3,965 (47.5 H x -11. V) H x V H x 79.5 V KL All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 7 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. KIM LIGHTING 53

56 AFL1 AFL14 Narrow Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 9 Iso Watts Lumens 8 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 7HPS ED-17 clear medium base 7 6,3 7H x 6V 2,625 (5. H x -3. V) H x V 13.1 H x 45.9 V KL HPS ED-17 clear medium base 1 9,5 7H x 6V 3,958 (5. H x -3. V) H x V 13.1 H x 45.9 V KL HPS ED-17 clear medium base 15 16, 7H x 6V 7,3 (22.5 H x -7. V) H x 18.9 V 12.3 H x 46.6 V KL PULSE START METAL HALIDE 7PMH ED-17 clear medium base 7 6,2 7H x 6V 2,88 (5. H x -5. V) H x 11.1 V 1.8 H x 4.1 V KL PMH ED-17 clear medium base 1 9,3 7H x 6V 4,32 (5. H x -5. V) H x 11.1 V 1.8 H x 4.1 V KL PMH ED-17 clear medium base 15 14, 7H x 6V 5,685 (7. H x -5. V) H x V 19.7 H x 5. V KL All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 9 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. AFL15 Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 11 Iso Watts Lumens 1 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 7HPS ED-17 clear medium base 7 6,3 3H x 3V 14,526 (. H x 3. V) 45.9 H x 3.1 V 21.7 H x 13.3 V KL HPS ED-17 clear medium base 1 9,5 3H x 3V 21,94 (. H x 3. V) 45.9 H x 3.1 V 21.7 H x 13.3 V KL HPS ED-17 clear medium base 15 16, 5H x 4V 21,337 (1. H x 1. V) 79.1 H x 52.6 V 28.1 H x 24.2 V KL PULSE START METAL HALIDE 7PMH ED-17 clear medium base 7 6,2 3H x 2V 17,77 (. H x. V) 43.4 H x 23.6 V 22.5 H x 11.6 V KL PMH ED-17 clear medium base 1 9,3 3H x 2V 25,615 (. H x. V) 43.4 H x 23.6 V 22.5 H x 11.6 V KL PMH ED-17 clear medium base 15 14, 3H x 3V 31,464 (. H x. V) 42.9 H x 33.9 V 23.8 H x 14.5 V KL All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 11 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. AFL16 Narrow Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 13 Iso Watts Lumens 12 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 7HPS ED-17 clear medium base 7 6,3 1H x 2V 31,937 (. H x 7. V) 16.8 H x 26.3 V 1.6 H x 13.5 V KL HPS ED-17 clear medium base 1 9,5 1H x 2V 48,159 (. H x 7. V) 16.8 H x 26.3 V 1.6 H x 13.5 V KL HPS ED-17 clear medium base 15 16, 1H x 3V 111,233 (. H x 3. V) 13.2 H x 31.4 V 5.5 H x 14.7 V KL PULSE START METAL HALIDE 7PMH ED-17 clear medium base 7 6,2 1H x 1V 11,572 (. H x 3. V) 9.8 H x 17.9 V 4.8 H x 8.7 V KL PMH ED-17 clear medium base 1 9,3 1H x 1V 165,858 (. H x 3. V) 9.8 H x 17.9 V 4.8 H x 8.7 V KL PMH ED-17 clear medium base 15 14, 1H x 1V 138,75 (. H x 3. V) 13.9 H x 24.8 V 6.2 H x 12.8 V KL All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 13 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. 54 KIM LIGHTING

57 AFL1 AFL17 Horizontal Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 15 Iso Watts Lumens 14 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 7HPS ED-17 clear medium base 7 6,3 6H x 5V 6,64 (. H x 5. V) 17.2 H x 89.6 V 75.1 H x 9.1 V KL HPS ED-17 clear medium base 1 9,5 6H x 5V 1,13 (. H x 5. V) 17.2 H x 89.6 V 75. H x 9.1 V KL HPS ED-17 clear medium base 15 16, 6H x 5V 19,425 (1. H x 3. V) 13.3 H x 85.9 V 74. H x 7.2 V KL PULSE START METAL HALIDE 7PMH ED-17 clear medium base 7 5,9 6H x 5V 7,24 (1. H x 3. V) 17.9 H x 85.3 V 76.9 H x 7.6 V KL PMH ED-17 clear medium base 1 8,8 6H x 5V 1,799 (1. H x 3. V) 17.9 H x 85.3 V 76.9 H x 7.6 V KL PMH ED-17 clear medium base 15 12,6 6H x 5V 12,334 (. H x 1. V) 16.9 H x 89.7 V 8.1 H x 11.8 V KL All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 15 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. KIM LIGHTING 55

58 AFL2 Series with various optics used in combination to illuminate key building features. 56 KIM LIGHTING

59 AFL2 ARCHITECTURAL FLOODLIGHTS 25-4 WATT H.I.D. KIM LIGHTING 57

60 AFL2 Important Features Seven Beam Patterns The nature of floodlighting mandates versatility. The tremendous variety of surfaces and objects to be illuminated is further complicated by variables like fixture location and distance. The AFL2 Series satisfies this need for flexibility: Seven available beam patterns can be used individually or in combinations to illuminate any object from distances of 1' to 15' - from the AFL21 Wide Flood to the laser-like accuracy of the AFL26 Narrow Spot reflector. The AFL22 Vertical Flood has a unique optical design that is ideal for lighting both vertical and horizontal surfaces with very low brightness above the main beam. All seven beam patterns are the result of precision Kim reflector systems that generate high efficiencies and outstanding uniformity of illumination. See pages 6-61 for beam properties and application guidelines. AFL21 AFL22 AFL23 AFL24 AFL25 AFL26 AFL27 Die-Cast Housing with Interchangeable Optics The AFL2 Series housing and door frame are precision die-castings with integral cooling ribs that dissipate heat allowing the electrical components to operate well below their allowable limits. A single housing will accept any of the seven optical systems which are easily interchangeable on the job. Because floodlighting is as much art as it is science - final adjustments to the lighting effect may occasionally require changes of the beam pattern. To accomplish this, the door frame is opened and removed with slip hinges allowing easy access to the reflector module. Each reflector module is a one-piece assembly retained by four captive screws around a perimeter flange. Changing beam patterns is a simple task, and provides the AFL2 Series with flexibility for fine-tuning projects on the jobsite. 58 KIM LIGHTING

61 AFL2 Multi-Function Swivel The AFL2 swivel is constructed of heavy cast aluminum with locking teeth, and accomplishes three tasks: First it allows fixture aiming in the vertical plane by loosening a single recessed stainless steel bolt and setting locking teeth with 5 intervals. Second, it provides a field-splice compartment accessible through the opposite knob from the aiming adjustment. Third, the swivel slipfits a standard 2" tenon (see page 68), and is secured with four heavy duty stainless steel socket head set screws. Field-splice compartment integrated into swivel design. Vandal Protection An optional Lexan SL vandal resistant lens shield is available for applications where vandalism is anticipated. NOTE: The lens shield is made from an advanced polymer, Lexan SL Resin from GE Advanced Materials. Lexan SL dramatically reduces lens yellowing and becomes stable within the first 1 hours of operation. Lexan SL offers significantly greater retained impact and vandal resistance during the life of the lens. CAUTION: Use only when vandalism is anticipated. AFL-LS2 Lexan SL Lens Shield Optical Control The AFL2 Series has a variety of optical accessories to control glare and increase the visual effectiveness of the lighting scheme. Shielding devices are carefully engineered to prevent shadows and preserve beam efficiency while reducing undesirable transient brightness. Barn Doors are a familiar accessory that allow for field-adjustable glare shielding. The Fixed Hood is a moderate shielding device and the Full Shield is a complete shielding device. Both are ideally suited for applications close to walkways, driveways, or roadways. Grid Louvers are engineered to maximize beam efficiency while minimizing glare and shadows from the internal vanes. Two types of louvers are available, one for use with the AFL24, and the other for use with the AFL25 and AFL26. The Lexan SL Lens Shield is available for applications where vandalism is anticipated. The Color Filter Assembly is designed to be used alone or in conjunction with the Barn Doors, Fixed Hood, orfull Shield. Dynamic floodlighting effects are possible by utilizing any of the color filters specifically engineered for use in high temperature floodlighting applications. See page 69 for details. BD2 Barn Doors GL8 Grid Louver GL9 Grid Louver FH2 Fixed Hood FS2 Full Shield AFL24 w/color Filter Assembly Color Filters KIM LIGHTING 59

62 AFL2 Beam Properties These illustrations are representations of the beam spreads produced by each optical system. They are intended to help you visualize the performance differences between each model without having to analyze photometric charts. AFL21 through AFL25, and the AFL27 beam patterns are shown in identical scale. The AFL26 beam pattern is shown at K scale due to page constrictions. 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam AFL21 Wide Flood AFL22 Vertical Flood AFL23 Medium Flood AFL24 Narrow Flood The AFL21 produces a very wide horizontal beam pattern designed to yield maximum fixture spacings and exceptionally uniform illumination when the units must be located close to the lighted surface. As a ground mounted fixture for facade lighting, the ideal fixture-tosurface distance is 1' to 3', or two-thirds the height of the illuminated surface, depending on the desired light level. The AFL22 produces a unique distribution in which the peak intensity occurs above the aiming line and rapidly reduces below the aiming line to generate outstanding uniformity of illumination on vertical surfaces when the fixture is at optimum 5 tilt. As a pole or wall mounted luminaire, the AFL22 has very low brightness at high angles for increased visibility. The AFL23 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 2' to 6', with low aiming angles generating excellent uniformity of illumination. The AFL24 bridges the gap between medium flood and spot distributions. It is a midrange luminaire designed for lighting architecture from distances of 2' to 8', with low aiming angles generating excellent uniformity of illumination. It can also be used in combination with other AFL2 Series models to extend their range or reshape the overall light pattern. 6 KIM LIGHTING

63 AFL2 Main Beams Main Beam Main Beam 5% Main Beam 5% 5% 5% 5% Main Beam NOTE: AFL26 beam is rendered at K scale to the other AFL2 Series spreads on these pages. 5% AFL25 Spot The AFL25 produces a very concentrated beam capable of lighting architecture from distances up to 12', or creating very high light levels to highlight building features or flags from mid-range distances of 4' to 8'. The AFL25 may also be located close to structures using a high grazing angle to highlight building reliefs and projections, or to accentuate surface texture. It can also be used used in combination with other AFL2 Series models to extend their range or reshape the overall light pattern. AFL26 Narrow Spot The AFL26 narrow spot beam pattern is designed to illuminate and highlight small architectural details, tree tops, and parapets from long distances. This pencil thin beam is further refined by an arc tube glare shield which reduces spill light outside of the beam width. Recommended distance from the illuminated surface is 6' to 15', depending on lamp and wattage. AFL27 Horizontal Spot The AFL27 horizontal spot reflector is ideal for illuminating surfaces with wide horizontal and relatively short vertical dimensions to intensities similar to the AFL25 Spot reflector. Its wide horizontal pattern also allows the AFL27 to be located close to a building where the effect of grazing light is desired to show surface texture, or to highlight reliefs and projections. It can also be used in combination with other AFL2 Series models to extend their range or reshape overall beam patterns. KIM LIGHTING 61

64 AFL2 Product Structure BD2 Barn Doors for all models page 69 FH2 Fixed Hood for all models page 69 FS2 Full Shield for AFL23, 24, 25, and 26 page 69 AFL21 Wide Flood AFL22 Vertical Flood AFL23 Medium Flood SMT Surface Mount Tenon page 7 SPR2 Side Pole Mount Tenon for Round Pole page 71 WM2 Wall Mount Tenon page 71 SPS2 Side Pole Mount Tenon for Square Pole page 71 SM2 Stanchion Mount Tenon page 7 By others Pole with 2" pipe size tenon by Kim or others. Steel tenon required for two or more fixtures. 62 KIM LIGHTING

65 AFL2 AFL-LS2 Lexan SL Lens Shield for all models page 69 CFA2 Color Filter Assembly for all models page 69 GL8 Grid Louver for AFL24 only page 69 GL9 Grid Louver for AFL25 and 26 only page 69 AFL24 Narrow Flood AFL25 Spot AFL26 Narrow Spot AFL27 Horizontal Spot MTM-2B Twin Mount Tenon page 72 MTM-3E Triple Mount Tenon page 72 KIM LIGHTING 63

66 AFL2 Ordering Information Mogul Base 25 to 4 Watt Ordering Example: 1 Fixture: Cat. No. designates AFL2 fixture and beam pattern. Single fixture EPA: 1.3 (45 tilt) 2.3 (Face on) Optional Fixture Electrical Module Finish Photocell AFL21 / 4HPS277 / WH / A Standard Fixture and Option Ordered Assembled with Fixture Fixture Mounting Options Options BD2/WH SMT/WH Options Ordered Separately from Fixture Beam Pattern: Wide Flood Vertical Flood Medium Flood Narrow Flood Cat. No.: AFL21 AFL22 AFL23 AFL24 Beam Pattern: Spot Narrow Spot Horizontal Spot Cat. No.: AFL25 AFL26 AFL27 2 Electrical Module: HPS = High Pressure Sodium MH = Metal Halide PMH = Pulse Start Metal Halide See lamp and electrical data on pages for ballast types and characteristics. Lamp Lamp Line Watts Type Volts 4 HPS PMH12 4PMH12 25HPS12 4HPS12 25PMH28 4PMH28 25HPS28 4HPS28 25PMH24 4PMH24 25HPS24 4HPS24 25PMH277 4PMH277 25HPS277 4HPS277 25PMH347 4PMH347 25HPS347 4HPS347 25PMH48 4PMH48 25HPS48 4HPS48 NOTE: Due to the Energy Independence and Security Act (EISA) of 27, Kim Lighting can no longer supply probe start metal halide ballasts with its luminaires, effective January 1, 29. Contact Kim Lighting for availability of replacement ballasts for warranty service claims. (Visit or the Library of Congress website for more details). KimNOW! Available Configurations: KN-AFL21/25PMH/DB*, KN-AFL22/25PMH/DB*, KN-AFL22/4PMH/DB*, KN-AFL25/25PMH/DB*, KN-AFL25/4PMH/DB* Accessories: KN-BD2/DB, KN-FH2/DB, KN-AFL-LS2, KN-SM2/DB, KN-SMT/DB, KN-WM2/DB *Multi-tap ballast (12, 28, 24, or 277 volts) 3 Finish: Super TGIC powder coat paint over Titanated Zirconium conversion coating. Color: Black Dark Bronze Light Gray Platinum Silver White Custom Colors Cat. No.: BL DB LG PS WH CC Consult representative for custom colors. 4 Optional Photocell: Line Volts: 12V 28V 24V 277V 48V 347V Cat. No.: A-3 A-31 A-32 A-33 A-34 A-35 Photocell Sensor 64 KIM LIGHTING

67 AFL2 5 Optional Barn Doors: Cat. No.: BD2 Specify finish: Example: BD2/BL Extruded aluminum doors with anti-reflection baffles. Each door is hinged to a cast aluminum frame, and locks by set screws. Doors are individually removable. Barn Door assembly mounts to predrilled door frame holes. CAUTION: Not recommended for ground mounted fixtures in vandal prone areas. 6 Optional Fixed Hood: Cat. No.: FH2 Specify finish: Example: FH2/BL Formed A" thick aluminum. Mounts to predrilled door frame holes. May be used with AFL-LS2 option. Can be mounted along the top or bottom of the fixture to shield the lamp and lens from view. Provides moderate shielding for ground mounted fixtures next to walkways, drive-ways or roadways. Best suited for AFL21 and AFL22. 7 Optional Full Shield: Cat. No.: FS2 Specify finish: Example: FS2/BL Formed A" thick x 8" deep aluminum. Mounts to predrilled lens frame holes and provides complete shielding around the perimeter of lens opening. Best suited for AFL23, AFL24, AFL25, and AFL26. CAUTION: Do not use full shield in locations where leaves and trash can collect inside shield. 8 Optional Grid Louver: For use with AFL24 only. Cat. No.: GL8 Specify finish: Example: GL8/BL Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL24 while maintaining beam efficiency and uniformity. 9 Optional Grid Louver: For use with AFL25 and AFL26 only. Cat. No.: GL9 Specify finish: Example: GL9/BL Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL25 and AFL26 while maintaining beam efficiency and uniformity. 1 Optional Lexan SL Lens Shield: Not for use with GL8, GL9 Louvers or CFA2 color filter options. Cat. No.: Clear finish. AFL-LS2 F" thick, clear convex, vacuum formed, advanced polymer (Lexan SL from GE Advanced Materials) lens shield with gasket. Mounts over lens to predrilled door frame holes and may be used with BD2 Barn Door, FH2 Fixed Hood, or FS2 Full Shield option. CAUTION: Use only when vandalism is anticipated. 11 Optional Color Filter Assembly: Cat. No.: CFA2- Heavy wall aluminum extrusion with anti-reflection baffles Color Filter Assembly Cat. No. and vertical channels that hold the color filter 2" away from includes color filter and the fixture lens. Quick change-out of the color filter is channel finish. Specify filter, possible by the removal of two channel screws. Support substituting for color filter mounts to predrilled holes in fixture door frame. May be number (See below) and used in conjunction with FH2 or BD2 options. add finish. Color Filter: Deep Straw Rose Tint Medium Red Brilliant Blue Primary Green : Example: CFA2-5/DB KIM LIGHTING 65

68 AFL2 Ordering Information Mogul Base 25 to 4 Watt 12 Stanchion Mount Tenon: Cat. No.: SM2/BL Black finish. 4" O.D. cast low copper (<.6% Cu) aluminum stanchion with 2" pipe-size tenon for mounting a single fixture or multiple top-mounts. CAUTION: Multiple top-mounts must not be used in locations where people can climb on fixtures and mounting arms. To assure a rigid installation, Stanchion must be set in concrete (by others). 13 Surface Mount Tenon: Not for use with MTM-2B or MTM-3E options. Cat. No.: Black finish. SMT/BL 2" pipe-size tenon welded to a cast aluminum plate. Plate has four K" mounting holes, and tenon has one K" NPT for side conduit entry. NOTE: May be wall mounted if horizontal fixture adjustment is not required. For wall mounting with horizontal fixture adjustment, use WM2. 14 Wall Mount Tenon: Component EPA:.3 Cat. No.: WM2 Specify finish: Example: WM2/BL 2" pipe-size tenon welded to an extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" mounting holes. 14b Wall Embedment Bracket: Cat. No.: WEB The wall embedment bracket provides C-16 bolt receptacles welded in a galvanized re-bar cage for casting into poured-in-place concrete walls. Bolt receptacles receive fixture attachment bolts. 15 Side Pole Mount Tenon for Square Poles: Component EPA:.3 Cat. No.: SPS2 Specify finish: Example: SPS2/BL 2" pipe-size tenon welded to an extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" mounting holes. Zinc plated steel backing plate is provided for insertion inside the pole for structural support. 16 Side Pole Mount Tenon for Round Poles: Component EPA:.3 Cat. No.: SPR2- Side Pole Mount Cat. No. includes pole dia. and finish. For round poles, specify pole dia. and add finish. Mounts to 3", 3K", 4", 5", or 6" O.D. round poles. Example: SPR2-4/BL for 4" Round Pole 2" pipe-size tenon welded to an extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" mounting holes. Zinc plated steel backing plate is provided for insertion inside the pole for structural support. 66 KIM LIGHTING

69 AFL2 17 Twin Mount Tenon: Component EPA: Triple Mount Tenon: Component EPA: 1.5 Cat. No.: MTM-2B Specify finish: Example: MTM-2B/BL Cat. No.: MTM-3E Specify finish: Example: MTM-3E/BL Extruded aluminum support continuously welded to a heavy cast aluminum slipfitter hub which cradles the arm for strength. The slipfitter hub contains four recessed C" stainless steel allen head set point screws for mounting to steel pole with steel 2" pipe size tenon (2C" O.D. x 4J"). Cast aluminum end caps and center cap provide access to field splice connections. CAUTION: Approved for mounting to poles with steel tenons only. Extruded aluminum support continuously welded to a heavy cast aluminum slipfitter hub which cradles the arm for strength. The slipfitter hub contains four recessed C" stainless steel allen head set point screws for mounting to steel pole with steel 2" pipe size tenon (2C" O.D. x 4J"). Cast aluminum end caps and center cap provide access to field splice connections. CAUTION: Approved for mounting to poles with steel tenons only. KIM LIGHTING 67

70 AFL2 Luminaire Specifications Dimensions AFL2 Models 25 to 4 watt H.I.D. Mogul Base Lamps EPA: 1.3 (45 tilt) 2.3 (Face on) Maximum weight: 49 lb 17K" 6B" 7K" SIDE 15" AIMING RANGE with swivel clamp down Aiming line is always perpendicular to front face of fixture 1K" 2" 22" Max. 12K" at max. back tilt KIM LIGHTING Slips over 2" pipe-size tenon (2C" O.D. x 4K" min. length) Horizontal FRONT 1 AFL21 lamp position (base up) 2 AFL22 lamp position 3 AFL23, 24, 25, 26 lamp position (base down) 4 AFL27 lamp position Housing: One-piece die-cast, low copper (<.6% Cu) aluminum in a cylindrical shape with integral cooling fins over the entire length, and B" minimum wall thickness. One-piece extruded and vulcanized silicone gasket between housing 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 (<.6% Cu) aluminum with integral cooling fins, B" minimum wall thickness, mates with housing to create a continuous cylindrical shape. Concealed integral cast slip hinges allow removal without tools. Removable stop-arm provided to limit door frame opening. F" thick clear tempered glass lens is sealed to the lens frame by a one-piece molded silicone gasket. Door frame secures to housing by four stainless steel recessed captive allen-head screws. Four tapped and plugged holes provided for attachment of options. Swivel: Heavy cast aluminum twin knob configuration with integral field-splice compartment, and mounts to a 2" pipe size tenon (2C" O.D. x 4K" min. length). One stainless steel bolt, recessed in knob, locks swivel teeth at 5 increments. Opposite knob is removable for access to the field-splice compartment. Swivel is fully gasketed. Clear anodized prior to chromate conversion coating for added corrosion resistance. Reflector Assemblies: Interchangeable in all seven AFL2 models. Specular Alzak aluminum optical components rigidly mounted in a clear anodized aluminum frame which attaches to housing as a one-piece assembly. Sockets are 4KV porcelain mogul base. Electrical Components: All electrical components are UL and CSA recognized with leads extending out of the swivel splice compartment. High power factor ballast rated -F starting for HPS and -2 F for MH lamp modes. See lamp and electrical data on pages for ballast types and characteristics. Finish: Super TGIC thermoset polyester powder coat paint, 2.5 mil nominal thickness, applied over a Titanated Zirconium conversion coating; 25 hour salt spray test endurance rating. Standard colors are Black, Dark Bronze, Light Gray, Platinum Silver or White. Custom colors are available and subject to additional charges, minimum quantities and longer lead times. Consult representative. CAUTION: Fixtures must be grounded in accordance with national, state and/or local electrical codes. Failure to do so may result in serious personal injury. Listings and Ratings UL cul C Ambient IP66 Rated CE ISO 91:2 Optional Photocell (A3 - A35): Ordered assembled with fixture. Factory installed with flush sensor on side of housing. Select photocell with same line volts as fixture. CAUTION: Use only in locations where adjacent lighting will not affect operation of photocell. 68 KIM LIGHTING

71 AFL2 Ordered separately from fixture. See pages for complete ordering information. Barn Doors (BD2): Extruded aluminum doors with anti-reflection baffles. Each door is hinged to a cast aluminum frame, and locks by set screws. Doors are individually removable. Barn Door assembly mounts to predrilled door frame holes. May be used with AFL-LS2 or CFA2 option. CAUTION: Not recommended for ground mounted fixtures in vandal prone areas. Fixture Option Specifications 7" TYPICAL Fixed Hood (FH2): Formed A" thick aluminum. Mounts to predrilled door frame holes. May be used with AFL-LS2 or CFA2 option. Can be mounted along the top or bottom of the fixture to shield the lamp and lens from view. Provides moderate shielding for ground mounted fixtures next to walkways, drive-ways or roadways. Full Shield (FS2): Formed A" thick x 8" deep aluminum. Mounts to predrilled lens frame holes and provides complete shielding around the perimeter of lens opening. May be used with AFL-LS2 or CFA2 option. CAUTION: Do not use full shield in locations where leaves and trash can collect inside shield. Grid Louver for AFL24 (GL8): Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL24 while maintaining beam efficiency and uniformity. NOTE: For use with AFL24 only. Grid Louver for AFL25 and AFL26 (GL9): Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL25 and AFL26 while maintaining beam efficiency and uniformity. NOTE: For use with AFL25 and AFL26 only. 18L" 18L" 18L" 18L" 6" 13L" 8" 13L" 4" 13L" 4" 13L" Lexan SL Lens Shield (AFL-LS2): F" thick, clear convex, vacuum formed, advanced polymer (Lexan SL from GE Advanced Materials) lens shield with gasket. Mounts over lens to predrilled door frame holes and may be used with BD2 Barn Door, FH2 Fixed Hood, or FS2 Full Shield option. CAUTION: Use only when vandalism is anticipated. NOTE: Not for use with GL8, GL9 Louver, or CFA2 color filter options. 13L" 18L" 4" Color Filter Assembly (CFA2-): Heavy wall aluminum extrusion with anti-reflection baffles and vertical channels that hold the color filter 2" away from the fixture lens. Quick change-out of the color filter is possible by the removal of two channel screws. Support mounts to predrilled holes in fixture door frame. May be used with BD2 Barn Door, FH2 Fixed Hood, or FS2 Full Shield option. Color Filter Assembly includes color filter. Sample Color 1 Filter # 2 Description 13L" 16L" 2" Deep Straw 15 Warms metal halide color. Deepens high pressure sodium color to yellow/orange. Rose Tint 5 Warms metal halide color. Deepens high pressure sodium color to pink/orange. Medium Red 27 Deep color accent. Best used with high pressure sodium lamps. NOTE: Very low output with metal halide lamps. Brilliant Blue 69 Deep color accent. Best used with metal halide lamps. NOTE: Not recommended for high pressure sodium lamps. Primary Green 91 Deep color accent. Blue shift with metal halide lamps. Yellow shift with high pressure sodium lamps. NOTE: Color samples shown for reference only and will not represent actual illumination color rendered by H.I.D. lamps. 1 Exact color output is highly dependent on lamp used, (i.e. HPS vs. MH, specific lamp color temperature and other factors). 2 Color filter number corresponds with Roscolux color filter numbers. KIM LIGHTING 69

72 AFL2 Aiming Ranges Reference symbol for fixture aiming range when mounted on the option as shown. This range is in the vertical plane and does not necessarily apply to all conditions. See page 68 for full aiming range without mounting options. Swivel The standard heavy duty swivel mounted on either the SM2, SMT, WM2, SPS2, SPR2-, MTM-2B, MTM-3E, or pole top tenon, provides aiming between -12 to 75 off horizontal. Mounting Option Specifications Ordered separately from fixture. See pages for complete ordering information. 2" Pipe-Size Tenon Stanchion Mount Tenon (SM2): 4" O.D. cast low copper (<.6% Cu) aluminum stanchion with 2" pipe-size tenon (2C" O.D., 1C" I.D.) for mounting a single fixture or multiple top-mounts. CAUTION: Multiple top-mounts must not be used in locations where people can climb on fixtures and mounting arms. To assure a rigid installation, Stanchion must be set in concrete (by others). 4" DIA. 4K" 1" MIN. 7K" MA. 13K" Concrete (by others) I.D. 3K" 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" Pipe-Size Tenon K" NPT Conduit Entry NOTE: Not for use with MTM-2B or MTM-3E options. May be wall mounted if horizontal fixture adjustment is not required. For wall mounting with horizontal fixture adjustment, use WM2 (see page 66). (4) K" DIA. Holes on 5" circle 5K" 5" sq. 7 KIM LIGHTING

73 AFL2 Ordered separately from fixture. See pages for complete ordering information. Mounting Option Specifications Wall Mount Tenon (WM2): 2" pipe-size tenon (2C" O.D., 2" I.D.) welded to an extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" mounting holes. 4J" Optional Wall Embedment Bracket (WEB) provides C-16 bolt receptacles welded in a 1J" galvanized re-bar cage for casting into pouredin-place concrete walls. Bolt receptacles receive 5F" fixture attachment bolts. 2" Pipe-Size Tenon 12J" 4" 7" 16F" Component EPA:.3 Side Pole Mount Tenon for Square Poles (SPS2): 2" pipe-size tenon (2C" O.D., 2" I.D.) welded to an extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" mounting holes. Zinc plated steel backing plate is provided for insertion inside the pole for structural support. 2" Pipe-Size Tenon 12J" 4" 7" 16F" Component EPA:.3 Side Pole Mount Tenon for Round Poles (SPR2): 2" pipe-size tenon (2C" O.D., 2" I.D.) welded to an extruded aluminum arm with a removable end cap for wiring access. Arm is welded to a cast aluminum plate with two K" mounting holes. Zinc plated steel backing plate is provided for insertion inside the pole for structural support. 2" Pipe-Size Tenon 12G" 4" 7" Component EPA:.3 16C" KIM LIGHTING 71

74 AFL2 Mounting Option Specifications Ordered separately from fixture. See pages for complete ordering information. (2) 2" Pipe-Size Tenons 25" on center 8" 33" Twin Mount Tenon (MTM-2B): Extruded aluminum support continuously welded to a heavy cast aluminum slipfitter hub which cradles the arm for strength. The slipfitter hub contains four recessed C" stainless steel allen head set point screws for mounting to steel pole with steel 2" pipe size tenon (2C" O.D. x 4J"). Cast aluminum end caps and center cap provide access to field splice connections. CAUTION: Approved for mounting to poles with steel tenons only. Component EPA: 1. (3) 2" Pipe-Size Tenons 25" on center 8" 57K" Triple Mount Tenon (MTM-3E): Extruded aluminum support continuously welded to a heavy cast aluminum slipfitter hub which cradles the arm for strength. The slipfitter hub contains four recessed C" stainless steel allen head set point screws for mounting to steel pole with steel 2" pipe size tenon (2C" O.D. x 4J"). Cast aluminum end caps and center cap provide access to field splice connections. CAUTION: Approved for mounting to poles with steel tenons only. Component EPA: KIM LIGHTING

75 AFL2 AFL21 Wide Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 2 I.T.L. Iso Watts Lumens 1 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 25HPS E-18 clear mogul base 25 3, 7H x 6V 11,58 (55. H x 15. V) H x 124. V 132. H x 93. V HPS E-18 clear mogul base 4 5, 7H x 6V 17,596 (56.3 H x 12.8 V) H x 128. V 136. H x 1. V PULSE START METAL HALIDE 25PMH ED-28 clear mogul base 25 2,5 7H x 6V 8,74 (55. H x 15. V) H x 126. V 126. H x 87. V PMH ED-28 clear mogul base 4 36, 7H x 6V 14,21 (55. H x 15. V) H x 126. V 136. H x 11. V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. AFL22 Vertical Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 4 I.T.L. Iso Watts Lumens 3 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 25HPS E-18 clear mogul base 25 3, 6H x 4V 2, (14.7 H x 15.8 V) 118. H x 71. V 8. H x 16. V HPS E-18 clear mogul base 4 5, 6H x 5V 32,192 (11.6 H x 16.1 V) 116. H x 71. V 8. H x 28. V PULSE START METAL HALIDE 25PMH ED-28 clear mogul base 25 19,5 6H x 5V 12,567 (18. H x 14.5 V) 128. H x 8.8 V 76. H x 33. V PMH ED-28 clear mogul base 4 36, 6H x 5V 19,896 (21.8 H x 14.7 V) 128. H x 8. V 86. H x 42. V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 4 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. AFL23 Medium Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 5 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 25HPS E-18 clear mogul base 25 3, 7H x 5V 22,88 (41.6 H x -9. V) H x 99.9 V 98. H x 43. V HPS E-18 clear mogul base 4 51, 7H x 6V 35,215 (38.9 H x -8.9 V) H x 17. V 1. H x 48. V PULSE START METAL HALIDE 25PMH ED-28 clear mogul base 25 21, 7H x 5V 18,251 (39.2 H x.3 V) H x 87.8 V 96. H x 4. V PMH ED-28 clear mogul base 4 36, 7H x 5V 3,468 (39.3 H x -1.6 V) H x 98.6 V 96. H x 38. V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. KIM LIGHTING 73

76 AFL2 AFL24 Narrow Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 6 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 25HPS E-18 clear mogul base 25 3, 6H x 5V 3,557 (1.4 H x -9.4 V) H x 82. V 44. H x 37. V HPS E-18 clear mogul base 4 5, 7H x 5V 42,56 (11.3 H x V) 132. H x 11. V 46. H x 43. V PULSE START METAL HALIDE 25PMH ED-28 clear mogul base 25 2,5 5H x 4V 23,171 (12. H x -2.5 V) 74.4 H x 69. V 48. H x 28. V PMH ED-28 clear mogul base 4 36, 5H x 4V 38,65 (14.9 H x -.1 V) 14. H x 76. V 48. H x 3. V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL25 Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 7 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 25HPS E-18 clear mogul base 25 3, 3H x 4V 61,46 (. H x -7.3 V) 44. H x 53. V 2. H x 27. V HPS E-18 clear mogul base 4 5, 4H x 4V 84,57 (. H x -8.8 V) 48.2 H x 63. V 22. H x 31. V PULSE START METAL HALIDE 25PMH ED-28 clear mogul base 25 2,5 3H x 3V 46,92 (. H x -1.4 V) 41. H x 45. V 21. H x 24. V PMH ED-28 clear mogul base 4 36, 3H x 3V 76,22 (. H x -1.8 V) 44.3 H x 48. V 22. H x 25. V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL26 Narrow Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 8 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 25HPS E-18 clear mogul base 25 3, 2H x 4V 113,12 (4.2 H x -1.2 V) 24.5 H x 48.2 V 13.9 H x 2. V HPS E-18 clear mogul base 4 51, 2H x 4V 23,76 (3.3 H x -1.4 V) 24. H x 52.6 V 14. H x 18.3 V PULSE START METAL HALIDE 25PMH ED-28 clear mogul base 25 21, 2H x 2V 236,87 (. H x -.9 V) 18.6 H x 2. V 9. H x 8.3 V PMH ED-28 clear mogul base 4 36, 1H x 2V 365,237 (. H x. V) 17.9 H x 25. V 7.1 H x 1.7 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. 74 KIM LIGHTING

77 AFL2 AFL27 Horizontal Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 9 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 25HPS E-18 clear mogul base 25 3, 6H x 4V 31,714 (. H x 1.2 V) 19.1 H x 64.9 V 9.1 H x 13.1 V HPS E-18 clear mogul base 4 51, 6H x 4V 53,318 (. H x 1. V) 18.9 H x 64.5 V 88.2 H x 13.4 V PULSE START METAL HALIDE 25PMH ED-28 clear mogul base 25 21, 6H x 5V 2,62 (5. H x.5 V) H x 75.1 V 95.8 H x 15.8 V PMH ED-28 clear mogul base 4 36, 6H x 5V 35,158 (. H x. V) H x 74. V 97.4 H x 14.9 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. KIM LIGHTING 75

78 AFL1 and AFL2 Series used in combination to highlight signature architectural details. 76 KIM LIGHTING

79 AFL3 ARCHITECTURAL FLOODLIGHTS 75-1 WATT H.I.D. KIM LIGHTING 77

80 AFL3 Important Features Seven Beam Patterns The nature of floodlighting mandates versatility. The tremendous variety of surfaces and objects to be illuminated is further complicated by variables like fixture location and distance. The AFL3 Series satisfies this need for flexibility: Seven available beam patterns can be used individually or in combinations to illuminate any object from distances of 1' to 15' - from the AFL31 Wide Flood to the laser-like accuracy of the AFL36 Narrow Spot reflector. The AFL32 Vertical Flood has a unique optical design that is ideal for lighting both vertical and horizontal surfaces with very low brightness above the main beam. All seven beam patterns are the result of precision Kim reflector systems that generate high efficiencies and outstanding uniformity of illumination. See pages 8-81 for beam properties and application guidelines. AFL31 AFL32 AFL33 AFL34 AFL35 AFL36 AFL37 Die-Cast Housing with Interchangeable Optics The AFL3 Series housing and door frame are precision die-castings with integral cooling ribs that dissipate heat allowing the electrical components to operate well below their allowable limits. A single housing will accept any of the seven optical systems which are easily interchangeable on the job. Because floodlighting is as much art as it is science - final adjustments to the lighting effect may occasionally require changes of the beam pattern. To accomplish this, the door frame is opened and removed with slip hinges allowing easy access to the reflector module. Each reflector module is a one piece assembly retained by four captive screws around a perimeter flange. Changing beam patterns is a simple task, and provides the AFL3 Series with flexibility for fine-tuning projects on the jobsite. 78 KIM LIGHTING

81 AFL3 Multi-Function Trunnion The AFL3 Series includes a J" thick, 3K" wide steel trunnion to provide secure aiming at any angle. Four C" stainless steel set screws and two K" stainless steel mounting bolts lock fixture aiming into place. Ballast Enclosure The AFL3 ballast housing is an independent casting, provided with a unique Gortex sealed ventilation system. Air is allowed to circulate and cool internal components while moisture is rejected. Access is provided through a gasketed cover, without disturbing the main housing/optical system enclosure. Optical Control The AFL3 Series has a variety of optical accessories to control glare and increase the visual effectiveness of the lighting scheme. Shielding devices are carefully engineered to prevent shadows and preserve beam efficiency while reducing undesirable transient brightness. Barn Doors are a familiar accessory that allow for field-adjustable glare shielding. The Fixed Hood is a moderate shielding device and the Full Shield is a complete shielding device. Both are ideally suited for applications close to walkways, driveways, or roadways. Grid Louvers are engineered to maximize beam efficiency while minimizing glare and shadows from the internal vanes. Two types of louvers are available, one for use with the AFL34, and the other for use with the AFL35 and AFL36. See page 89 for details. BD2 Barn Doors FS2 Full Shield GL8 Grid Louver GL9 Grid Louver FH2 Fixed Hood KIM LIGHTING 79

82 AFL3 Beam Properties These illustrations are representations of the beam spreads produced by each optical system. They are intended to help you visualize the performance differences between each model without having to analyze photometric charts. AFL31 through AFL35, and the AFL37 beam patterns are shown in identical scale. The AFL36 beam pattern is shown at K scale due to page constrictions. 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam 5% Main Beam AFL31 Wide Flood AFL32 Vertical Flood AFL33 Medium Flood AFL34 Narrow Flood The AFL31 wide flood horizontal beam pattern is designed to illuminate surfaces that are more horizontal than vertical or longer than wide. The AFL31 is designed for broad illumination with the fixture relatively close to the lighted surface. Recommended distance from the lighted surface is 2' to 4' depending on lamp and wattage. The AFL32 vertical flood beam pattern is designed to illuminate surfaces that are more vertical than horizontal. In general, AFL32 fixture spacing is less than AFL31, but the beam reaches higher or farther out. Recommended distance from the lighted surface is 2' to 4' depending on lamp and wattage. The AFL33 medium flood pattern is designed to bridge the gap between flood and spot distributions. It is a mid-range luminaire designed for lighting surfaces from distances of 3' to 7', with low aiming angles generating excellent uniformity of illumination. The AFL34 narrow flood pattern is designed to bridge the gap between medium flood and spot distributions. It is a mid-range luminaire designed for lighting surfaces from distances of 4' to 8', and has a slightly tighter beam than the AFL33. 8 KIM LIGHTING

83 AFL3 Main Beams Main Beam Main Beam 5% Main Beam 5% 5% 5% 5% Main Beam NOTE: AFL36 beam is rendered at K scale to the other AFL3 Series spreads on these pages. 5% AFL35 Spot The AFL35 spot beam pattern is designed to illuminate taller surfaces when grade mounted or deeper areas when wall mounted. In general, AFL35 fixture spacing is less than AFL34, but the beam reaches higher or farther out. Recommended distance from the lighted surface is 4' to 12' depending on lamp and wattage. AFL36 Narrow Spot The AFL36 narrow spot beam pattern is designed to illuminate and highlight small architectural details, tree tops, and parapets from long distances. This pencil thin beam is further refined by an arc tube glare shield which reduces spill light outside of the beam width. Recommended distance from the illuminated surface is 6' to 15', depending on lamp and wattage. AFL37 Horizontal Spot The AFL37 horizontal spot reflector is ideal for illuminating surfaces with wide horizontal and relatively short vertical dimensions to intensities similar to the AFL35 Spot reflector. Its wide horizontal pattern also allows the AFL37 to be located close to a building where the effect of grazing light is desired to show surface texture, or to highlight reliefs and projections. It can also be used in combination with other AFL3 Series models to extend their range or reshape overall beam patterns. KIM LIGHTING 81

84 AFL3 Product Structure BD2 Barn Doors for all models page 89 FH2 Fixed Hood for all models page 89 FS2 Full Shield for AFL33, 34, 35, and 36 page 89 AFL31 Wide Flood AFL32 Vertical Flood AFL33 Medium Flood SMT3 Single Mount Tenon page 9 SPR3 Side Pole Mount for Round Pole page 91 WM3 Wall Mount page 9 SPS3 Side Pole Mount for Square Pole page 91 SM2 Stanchion Mount Tenon page 92 By others Pole with 2" pipe size tenon by Kim or others. Steel tenon required for two or more fixtures. 82 KIM LIGHTING

85 AFL3 GL8 Grid Louver for AFL34 only page 89 GL9 Grid Louver for AFL35 and 36 only page 89 AFL34 Narrow Flood AFL35 Spot AFL36 Narrow Spot AFL37 Horizontal Spot MM-2B Twin Mount page 91 MM-3E Triple Mount page 92 JBR-2 or JBR-3 Junction Box page 9 Fixture trunnion bolted directly to concrete pad. (by others) KIM LIGHTING 83

86 AFL3 Ordering Information Mogul Base 75 to 1 Watt Ordering Example: 1 Fixture: Cat. No. designates AFL3 fixture and beam pattern. Single fixture EPA: 1.3 (45 tilt) 2.3 (Face on) Optional Fixture Electrical Module Finish Photocell AFL31 / 75HPS277 / WH / A Standard Fixture and Option Ordered Assembled with Fixture Fixture Mounting Options Options BD2/WH SM2/WH Options Ordered Separately from Fixture Beam Pattern: Wide Flood Vertical Flood Medium Flood Narrow Flood Cat. No.: AFL31 AFL32 AFL33 AFL34 Beam Pattern: Spot Narrow Spot Horizontal Spot Cat. No.: AFL35 AFL36 AFL37 2 Electrical Module: HPS = High Pressure Sodium MH = Metal Halide PMH = Pulse Start Metal Halide See lamp and electrical data on pages for ballast types and characteristics. Lamp Lamp Line Watts Type Volts 75 HPS HPS12 75PMH12 1MH12 75HPS28 75PMH28 1MH28 75HPS24 75PMH24 1MH24 75HPS277 75PMH277 1MH277 75HPS347 75PMH347 1MH347 75HPS48 75PMH48 1MH48 3 Finish: Super TGIC powder coat paint over Titanated Zirconium conversion coating. Color: Black Dark Bronze Light Gray Platinum Silver White Custom Colors Cat. No.: BL DB LG PS WH CC Consult representative for custom colors. 4 Optional Photocell: Line Volts: 12V 28V 24V 277V 48V 347V Cat. No.: A-3 A-31 A-32 A-33 A-34 A-35 Photocell Sensor 84 KIM LIGHTING

87 AFL3 5 Optional Barn Doors: Cat. No.: BD2 Specify finish: Example: BD2/BL Extruded aluminum doors with anti-reflection baffles. Each door is hinged to a cast aluminum frame, and locks by set screws. Doors are individually removable. Barn Door assembly mounts to predrilled door frame holes. CAUTION: Not recommended for ground mounted fixtures in vandal prone areas. 6 Optional Fixed Hood: Cat. No.: FH2 Specify finish: Example: FH2/BL Formed A" thick aluminum. Mounts to predrilled door frame holes. Can be mounted along the top or bottom of the fixture to shield the lamp and lens from view. Provides moderate shielding for ground mounted fixtures next to walkways, drive-ways or roadways. Best suited for AFL31 and AFL32. 7 Optional Full Shield: Cat. No.: FS2 Specify finish: Example: FS2/BL Formed A" thick x 8" deep aluminum. Mounts to predrilled lens frame holes and provides complete shielding around the perimeter of lens opening. Best suited for AFL33, AFL34, AFL35, and AFL36. CAUTION: Do not use full shield in locations where leaves and trash can collect inside shield. 8 Optional Grid Louver: For use with AFL34 only. Cat. No.: GL8 Specify finish: Example: GL8/BL Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL34 while maintaining beam efficiency and uniformity. 9 Optional Grid Louver: For use with AFL35 and AFL36 only. Cat. No.: GL9 Specify finish: Example: GL9/BL Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL35 and AFL36 while maintaining beam efficiency and uniformity. KIM LIGHTING 85

88 AFL3 Ordering Information Mogul Base 75 to 1 Watt 1 Brass In-grade Architectural Junction Box: Cat. No.: JBR-2 JBR-3 (2) K" NPT in bottom (2) L" NPT in bottom Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. All side taps provided with plugs. 11 Single Mount Tenon: Cat. No.: SMT3 Specify finish: Example: SMT3/BL Heavy cast aluminum slipfitter contains four recessed C" stainless steel allen head set point screws for mounting fixture to a 2" pipe-size tenon (2C" O.D. x 4J" min. length). The slipfitter assembles to the fixture trunnion by two concealed stainless steel hex head bolts. The integral cast aluminum splice compartment and gasketed cast aluminum cover house the field-splice and ground connections. The fixture cord (supplied) enters through the splice-compartment side-wall and secures by a strain relief bushing. 12 Wall Mount: Component EPA:.3 12b Wall Embedment Bracket: Cat. No.: WM3 Specify finish: Example: WM3/BL Extruded aluminum welded to a heavy cast aluminum plate with two K" mounting holes. Fixture trunnion attaches to a cast aluminum swivel disc with a L" stainless steel hex head bolt (provided). The swivel disc provides 36 fixture rotation and comes equipped with two recessed C" stainless steel set point screws for locking fixture at the desired position. Fixture cord enters into arm through a strain relief bushing. A cast aluminum end cap provides access to field splice connections. Cat. No.: WEB The wall embedment bracket provides C-16 bolt receptacles welded in a galvanized re-bar cage for casting into poured-in-place concrete walls. Bolt receptacles receive fixture attachment bolts. 13 Side Pole Mount for Square Poles: Component EPA:.3 Cat. No.: SPS3 Specify finish: Example: SPS3/BL Extruded aluminum arm welded to a heavy cast aluminum plate. Zinc plated steel backing plate is provided for insertion inside the pole for structural support. Two stainless steel C" hex bolts are provided for attachment to pole. Fixture trunnion attaches to a cast aluminum swivel disc with a stainless steel hex head bolt (provided). The swivel disc provides 36 fixture rotation and comes equipped with two recessed C" stainless steel set point screws for locking fixture at the desired position. Fixture cord enters arm through a strain relief bushing. A cast aluminum end cap provides access to field splice connections. Mounts to 4" minimum square pole. 14 Side Pole Mount for Round Poles: Component EPA:.3 Cat. No.: SPR3- Side Pole Mount Cat. No. includes pole dia. and finish. For round poles, specify pole dia. and add finish. Mounts to 3", 3K", 4", 5", or 6" O.D. round poles. Example: SPR3-4/BLfor 4" Round Pole Extruded aluminum arm welded to a heavy cast aluminum plate with a rounded back to match the round pole. Zinc plated steel backing plate is provided for insertion inside the pole for structural support. Two stainless steel C" hex bolts are provided for attachment to pole. Fixture trunnion attaches to a cast aluminum swivel disc with a stainless steel hex head bolt (provided). The swivel disc provides 36 fixture rotation and comes equipped with two recessed C" stainless steel set point screws for locking fixture at the desired position. Fixture cord enters arm through a strain relief bushing. A cast aluminum end cap provides access to field splice connections. Mounts to 3",3K",4",5", or 6" round poles. 86 KIM LIGHTING

89 AFL3 15 Twin Mount: Component EPA:.5 16 Triple Mount: Component EPA:.7 Cat. No.: MM-2B Specify finish: Example: MM-2B/BL Cat. No.: MM-3E Specify finish: Example: MM-3E/BL Extruded aluminum support continuously welded to a heavy cast aluminum slipfitter hub which cradles the arm for strength. The slipfitter hub contains four recessed C" stainless steel allen head set point screws for mounting to pole with 2" pipe size steel tenon (2C" O.D. x 4J"). Fixture trunnion attaches to a cast aluminum swivel disc with a L" stainless steel hex head bolt (provided). The swivel disc provides 36 fixture rotation and comes equipped with two recessed C" stainless steel set point screws for locking fixture at the desired position. Fixture cords enter into arm through strain relief bushings. A cast aluminum end cap on each end provides access to field splice connections. CAUTION: Approved for mounting to poles with steel tenons only. Extruded aluminum support continuously welded to a heavy cast aluminum slipfitter hub which cradles the arm for strength. The slipfitter hub contains four recessed C" stainless steel allen head set point screws for mounting to pole with 2" pipe size steel tenon (2C" O.D. x 4J"). Cast aluminum end caps and center cap provide access to field splice connections. CAUTION: Approved for mounting to poles with steel tenons only. 17 Stanchion Mount Tenon: Requires SMT3, MM-2B, or MM-3E. Cat. No.: Black finish. SM2/BL 4" O.D. cast aluminum stanchion with 2" pipe-size tenon (2C" O.D., 1C" I.D.) for mounting a single fixture or multiple top-mounts. CAUTION: Multiple top-mounts must not be used in locations where people can climb on fixtures and mounting arms. To assure a rigid installation, Stanchion must be set in concrete (by others). KIM LIGHTING 87

90 AFL3 Luminaire Specifications Dimensions AFL3 Models 75 to 1 watt H.I.D. Mogul Base Lamps EPA: 1.3 (45 tilt) 2.3 (Face on) Maximum weight: 8 lb 18E" DETAIL SIDE 7L" Vertical E" DIA " R. 3" DIA. 15" 12" 12" 27" Max. 3K" 185 AIMING RANGE May be limited by selected mounting option as shown on pages 9-92 KIM LIGHTING N" DIA. Mounting Holes 2 4 2" L" 1" FRONT 1 AFL31 lamp position (base up) 2 AFL32 lamp position 3 AFL33, 34, 35, 36 lamp position (base down) 4 AFL37 lamp position Housing: One-piece die-cast, low copper (<.6% Cu) aluminum in a cylindrical shape with integral cooling fins over the entire length and B" minimum wall thickness. One-piece extruded and vulcanized silicone gasket between housing and door frame concealed when fixture is closed. Concealed integral cast slip hinges with stainless steel pins. The housing is secured to the electrical compartment by four stainless steel hex head bolts and sealed by a one-piece silicone gasket. Door Frame: One-piece die-cast, low copper (<.6% Cu) aluminum with integral cooling fins, B" minimum wall thickness, mates with housing to create a continuous cylindrical shape. Concealed integral cast slip hinges allow removal without tools. Removable stop-arm provided to limit door frame opening. F" thick clear tempered glass lens is sealed to the lens frame by a one-piece molded silicone gasket. Door frame secures to housing by four stainless steel recessed captive allen-head screws. Four tapped and plugged holes provided for attachment of options. Ballast Compartment: Heavy wall cast aluminum body and cover. Access cover secured with four stainless steel hex socket cap screws and provided with hanger wire for support during servicing. Trunnion: High strength formed steel trunnion, J" thick x 3K" wide, with Super TGIC thermoset polyester powder coat (color to match fixture) applied over an electro-zinc plate. The trunnion attaches to the fixture by two K" hex head stainless steel black oxide bolts with lockwashers through two cast aluminum swivel caps. Each swivel cap is equipped with two recessed C" stainless steel set point screws for locking fixture to the selected aiming angle. Fixture can be adjusted 235 front-to-back and is 36 rotatable. Reflector Assemblies: Interchangeable in all seven AFL3 models. Specular Alzak aluminum optical components rigidly mounted in a clear anodized aluminum frame which attaches to housing as a one-piece assembly. Sockets are pulse rated 4KV porcelain mogul base for 1 watt MH, and pulse rated 5KV porcelain mogul base for 75 watt HPS and PMH. Electrical Components: All electrical components are UL and CSA recognized. High power factor ballast rated -F starting for HPS and -2 F for MH lamp modes. Ballast is pre-wired to a six foot long #16-3 cord, rated -58 F. to +221 F. Cord entry into the access cover is sealed by a concealed waterproof compression cone grommet. See lamp and electrical data on pages for ballast types and characteristics. Finish: Super TGIC thermoset polyester powder coat paint, 2.5 mil nominal thickness, applied over a Titanated Zirconium conversion coating; 25 hour salt spray test endurance rating. Standard colors are Black, Dark Bronze, Light Gray, Platinum Silver or White. Custom colors are available and subject to additional charges, minimum quantities and longer lead times. Consult representative. CAUTION: Fixtures must be grounded in accordance with national, state and/or local electrical codes. Failure to do so may result in serious personal injury. Listings and Ratings UL cul C Ambient IP66 Rated CE ISO 91:2 Optional Photocell (A3 - A35): Ordered assembled with fixture. Factory installed with flush sensor on side of housing. Select photocell with same line volts as fixture. CAUTION: Use only in locations where adjacent lighting will not affect operation of photocell. 88 KIM LIGHTING

91 AFL3 Ordered Separately. See pages for complete ordering information. Fixture Option Specifications Barn Doors (BD2): Extruded aluminum doors with anti-reflection baffles. Each door is hinged to a cast aluminum frame, and locks by set screws. Doors are individually removable. Barn Door assembly mounts to predrilled door frame holes. CAUTION: Not recommended for ground mounted fixtures in vandal prone areas. 7" TYPICAL Fixed Hood (FH2): Formed A" thick aluminum. Mounts to predrilled door frame holes. Can be mounted along the top or bottom of the fixture to shield the lamp and lens from view. Provides moderate shielding for ground mounted fixtures next to walkways, drive-ways or roadways. 18L" 6" 13L" Full Shield (FS2): Formed A" thick x 8" deep aluminum. Mounts to predrilled lens frame holes and provides complete shielding around the perimeter of lens opening. CAUTION: Do not use full shield in locations where leaves and trash can collect inside shield. 18L" 8" 13L" Grid Louver for AFL34 (GL8): Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL34 while maintaining beam efficiency and uniformity. NOTE: For use with AFL34 only. 18L" 4" 13L" Grid Louver for AFL35 and AFL36 (GL9): Formed A" thick aluminum. Mounts to predrilled door frame holes. Provides glare control for AFL35 and AFL36 while maintaining beam efficiency and uniformity. NOTE: For use with AFL35 and AFL36 only. 18L" 4" 13L" Aiming Ranges Reference symbol for fixture aiming range when mounted on the option as shown. This range is in the vertical plane and does not necessarily apply to all conditions. See page 88 for full aiming range without mounting options. Trunnion The standard trunnion mounted on either the SMT3, WM3, SPS3, SPR3-, MM-2B, or MM-3E provides aiming between - to 185 off vertical. KIM LIGHTING 89

92 AFL3 Mounting Option Specifications Ordered Separately. See pages for complete ordering information. Brass In-grade Architectural Junction Box (JBR-2, JBR-3): Die-cast brass with K" NPSM fixture mount and die-cast cover. Internal set screw provided for locking position. 21 cu in. internal volume. Application Notes Creates a flush-mounted appearance. May be cast in concrete for increased stability. 3L" DIA. K" NPSM K" 3" Single Mount Tenon (SMT3): Heavy cast aluminum slipfitter contains four recessed C" stainless steel allen head set point screws for mounting fixture to a 2" pipe-size tenon (2C" O.D. x 4J" min. length). The slipfitter assembles to the fixture trunnion by two concealed stainless steel hex head bolts. The integral cast aluminum splice compartment and gasketed cast aluminum cover house the field-splice and ground connections. The fixture cord (supplied) enters through the splice-compartment side-wall and secures by a strain relief bushing. 6K" 9" 7" 4" 12J" Wall Mount (WM3): Extruded aluminum welded to a heavy cast aluminum plate with two K" mounting holes. Fixture trunnion attaches to a cast aluminum swivel disc with a L" stainless steel hex head bolt (provided). The swivel disc provides 36 fixture rotation and comes equipped with two recessed C" stainless steel set point screws for locking fixture at the desired position. Fixture cord enters into arm through a strain relief bushing. A cast aluminum end cap provides access to field splice connections. 4J" Optional Wall Embedment Bracket (WEB) provides C"-16 bolt receptacles welded in a 1J" galvanized rebar cage for casting into poured-inplace concrete walls. Bolt receptacles receive 5F" fixture attachment bolts. 16F" Component EPA:.3 9 KIM LIGHTING

93 AFL3 Ordered Separately. See pages for complete ordering information. Mounting Option Specifications Side Pole Mount for Square Poles (SPS3): Extruded aluminum arm welded to a heavy cast aluminum plate. Zinc plated steel backing plate is provided for insertion inside the pole for structural support. Two stainless steel C" hex bolts are provided for attachment to pole. Fixture trunnion attaches to a cast aluminum swivel disc with a stainless steel hex head bolt (provided). The swivel disc provides 36 fixture rotation and comes equipped with two recessed C" stainless steel set point screws for locking fixture at the desired position. Fixture cord enters arm through a strain relief bushing. A cast aluminum end cap provides access to field splice connections. Mounts to 4" minimum square pole. 12J" 4" 7" 16F" Component EPA:.3 Side Pole Mount for Round Poles (SPR3): Extruded aluminum arm welded to a heavy cast aluminum plate with a rounded back to match the round pole. Zinc plated steel backing plate is provided for insertion inside the pole for structural support. Two stainless steel C" hex bolts are provided for attachment to pole. Fixture trunnion attaches to a cast aluminum swivel disc with a stainless steel hex head bolt (provided). The swivel disc provides 36 fixture rotation and comes equipped with two recessed C" stainless steel set point screws for locking fixture at the desired position. Fixture cord enters arm through a strain relief bushing. A cast aluminum end cap provides access to field splice connections. Mounts to 3", 3K", 4", 5", or 6" round poles. 12G" 4" 7" 16C" Component EPA:.3 Twin Mount (MM-2B): Extruded aluminum support continuously welded to a heavy cast aluminum slipfitter hub which cradles the arm for strength. The slipfitter hub contains four recessed C" stainless steel allen head set point screws for mounting to pole with 2" pipe size steel tenon (2C" O.D. x 4J"). Fixture trunnion attaches to a cast aluminum swivel disc with a L" stainless steel hex head bolt (provided). The swivel disc provides 36 fixture rotation and comes equipped with two recessed C" stainless steel set point screws for locking fixture at the desired position. Fixture cords enter into arm through strain relief bushings. A cast aluminum end cap on each end provides access to field splice connections. CAUTION: Approved for mounting to poles with steel tenons only. 33" 25" 8" Component EPA:.5 KIM LIGHTING 91

94 AFL3 Mounting Option Specifications Ordered Separately. See pages for complete ordering information. Triple Mount (MM-3E): Extruded aluminum support continuously welded to a heavy cast aluminum slipfitter hub which cradles the arm for strength. The slipfitter hub contains four recessed C" stainless steel allen head set point screws for mounting to pole with 2" pipe size steel tenon (2C" O.D. x 4J"). Cast aluminum end caps and center cap provide access to field splice connections. CAUTION: Approved for mounting to poles with steel tenons only. 25" 57K" 25" 8" Component EPA:.7 Stanchion Mount Tenon (SM2): 4" O.D. cast aluminum stanchion with 2" pipe-size tenon (2C" O.D., 1C" I.D.) for mounting a single fixture or multiple top-mounts. Requires SMT3, MM-2B, or MM-3E. CAUTION: Multiple top-mounts must not be used in locations where people can climb on fixtures and mounting arms. To assure a rigid installation, Stanchion must be set in concrete (by others). 2" Pipe-Size Tenon 4" DIA. 4K" 1" MIN. 7K" MA. 1" MIN. 7K" MA. 13K" Concrete (by others) I.D. 3K" 92 KIM LIGHTING

95 AFL3 AFL31 Wide Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle 2 I.T.L. Iso Watts Lumens 1 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 75HPS BT-37 clear mogul base 75 11, 7H x 7V 32,817 (54.5 H x 36. V) H x V H x 96.9 V PULSE START METAL HALIDE 75PMH BT-37 clear mogul base 75 68, 7H x 7V 26,689 (54.7 H x 31.3 V) H x V 136. H x 77.5 V METAL HALIDE 1MH BT-37 clear mogul base 1 11, 7H x 7V 36,162 (53.1 H x 21.1 V) H x 143. V 132. H x 77.6 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. AFL32 Vertical Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle 4 Beam Angle I.T.L. Iso Watts Lumens 3 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 75HPS BT-37 clear mogul base 75 11, 6H x 5V 7,86 (. H x 18.2 V) H x 81.2 V 78.2 H x 16.9 V PULSE START METAL HALIDE 75PMH BT-37 clear mogul base 75 68, 7H x 5V 41,688 (. H x 17.7 V) H x 86.2 V 78.4 H x 17.3 V METAL HALIDE 1MH BT-37 clear mogul base 1 11, 7H x 5V 75,93 (. H x 17.1 V) H x 8.8 V 77.6 H x 16.4 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 4 Field Angle: Horizontal and vertical field spreads interpolated due to no valid I.E.S. standard. AFL33 Medium Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 5 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 75HPS BT-37 clear mogul base 75 11, 7V x 6V 49,2 (38.5 H x V) 14. H x V 14.6 H x 67. V PULSE START METAL HALIDE 75PMH BT-37 clear mogul base 75 68, 7H x 6V 41,374 (35.9 H x V) H x V 45.5 H x 42.3 V METAL HALIDE 1MH BT-37 clear mogul base 1 11, 7H x 6V 56,888 (39.6 H x V) 14.3 H x V 14. H x 54.7 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL34 Narrow Flood Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 6 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 75HPS BT-37 clear mogul base 75 11, 6H x 6V 86,242 (5.9 H x V) H x 1.4 V 41.4 H x 45.7 V PULSE START METAL HALIDE 75PMH BT-37 clear mogul base 75 68, 7H x 6V 61,66 (6.8 H x V) H x 11.1 V 44.9 H x 38.4 V METAL HALIDE 1MH BT-37 clear mogul base 1 11, 6H x 6V 88,653 (6.6 H x V) H x 11.9 V 46.8 H x 42.4 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. KIM LIGHTING 93

96 AFL3 AFL35 Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 7 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 75HPS BT-37 clear mogul base 75 11, 5H x 5V 132,79 (. H x V) 93.4 H x 79. V 22.8 H x 37.9 V PULSE START METAL HALIDE 75PMH BT-37 clear mogul base 75 68, 4H x 4V 127,422 (. H x -12. V) 49.4 H x 55.7 V 21.5 H x 24.9 V METAL HALIDE 1MH BT-37 clear mogul base 1 11, 4H x 4V 176,75 (. H x V) 53.2 H x 64.4 V 22.7 H x 28.2 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL36 Narrow Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 8 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 75HPS BT-37 clear mogul base 75 11, 2H x 4V 459,719 (. H x -1.7 V) 19.1 H x 6. V 6.3 H x 16.7 V PULSE START METAL HALIDE 75PMH BT-37 clear mogul base 75 68, 1H x 3V 465,536 (. H x. V) 16.8 H x 37.1 V 8.9 H x 16.9 V METAL HALIDE 1MH BT-37 clear mogul base 1 11, 1H x 4V 665,21 (. H x -2.5 V) 16.7 H x 49.2 V 7.8 H x 16.1 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL37 Horizontal Spot Beam Spread Chart Lamp Lamp Initial I.E.S. Maximum Field Angle Beam Angle I.T.L. Iso Watts Lumens 9 Type Candlepower (1% of max.) (5% of max.) Test No. Pg. HIGH PRESSURE SODIUM 75HPS BT-37 clear mogul base 75 11, 7H x 5V 72,528 (. H x. V) H x 89.6 V 91.7 H x 21.3 V PULSE START METAL HALIDE 75PMH BT-37 clear mogul base 75 68, 7H x 5V 39,957 (. H x. V) 14.3 H x 9.6 V 99.1 H x 25.1 V METAL HALIDE 1MH BT-37 clear mogul base 1 11, 7H x 5V 65,65 (3. H x 1.5 V) 14.6 H x 86.7 V 98.5 H x 21.7 V All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. 94 KIM LIGHTING

97 ARCHITECTURAL FLOOD CFL AFL1/2/3 Photometrics Architectural Floodlights Photometrics 5-1 Watt CFL AFL1 AFL2 AFL3 54' 48' 42' g g p g ' 36' 3' 24' 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 76' (Y) 2 KIM LIGHTING 95

98 Lamp and Electrical Guide High Pressure Sodium Lamp Lamp Watts ANSI Ballast Type Life (Hours) Initial Lumens 1 Voltage Operating Amps. Open Circuit Starting Amps. Max. Amps. HIGH PRESSURE SODIUM 5HPS ED-17 Clear 5 S-68 24, 4, Medium Base (CFL) HPS ED-17 Clear 7 S-62 24, 6, Medium Base (CFL) HPS ED-17 Clear 7 S-62 24, 6, Medium Base (AFL1) HPS ED-17 Clear 1 S-54 24, 9, Medium Base (AFL1) HPS ED-17 Clear 15 S-55 24, 16, Medium Base (AFL1) HPS E-18 Clear 25 S-5 24, 29, Mogul Base (AFL2) HPS E-18 Clear 4 S-51 24, 51, Mogul Base (AFL2) HPS BT-37 Clear 75 S , 11, Mogul Base (AFL3) KIM LIGHTING

99 Lamp and Electrical Guide Metal Halide Lamp Lamp Watts ANSI Ballast Type Life (Hours) Initial Lumens 1 Voltage Operating Amps. Open Circuit Starting Amps. Max. Amps. METAL HALIDE 5MH ED-17 Clear 5 M-11 1,V 3,45V Medium Base 7,H 3,15H (CFL) MH ED-17 Clear 175 M-57 1,V 14,4V Medium Base 7,H 12,8H (AFL1) MH BT-28 or ED-28 Clear 25 M-58 1,V 22,V Mogul Base 7,H 2,H (AFL2) MH ED-28 Clear 4 M-59 2,V 36,V Mogul Base 15,H 32,H (AFL2) MH BT-37 Clear 1, M-47 12,V 11,V Mogul Base 9,H 17,8H (AFL3) Lamp Watts ANSI Ballast Type Life (Hours) Initial Lumens 1 Voltage Operating Amps. Open Circuit Starting Amps. Max. Amps. PULSE START METAL HALIDE 2 7PMH ED-17 Clear 7 M-98 15,V 5,6V Medium Base 11,H 5,H (CFL) PMH ED-17 Clear 7 M-98 15,V 5,6V Medium Base 11,H 5,H (AFL1) PMH ED-17 Clear 1 M-9 15,V 9,V Medium Base 11,H 8,1H (AFL1) PMH ED-17 Clear 15 M-12 15,V 14,V Medium Base 11,H 12,6H (AFL1) KIM LIGHTING 97

100 Lamp and Electrical Guide Pulse Start Metal Halide Lamp Lamp Watts ANSI Ballast Type Life (Hours) Initial Lumens 1 Voltage Operating Amps. Open Circuit Starting Amps. Max. Amps. PULSE START METAL HALIDE 2 (continued) 25PMH ED-28 Clear 25 M ,V 25,V Mogul Base 11,25H 22,5H (AFL2) PMH ED-28 Clear 4 M-135 2, 42, Mogul Base (AFL2) PMH BT-37 Clear 75 S ,V 11,V Mogul Base 18,H 99,H (AFL3) Fluorescent, Incandescent and Halogen Lamp Lamp Watts ANSI Ballast Type Life (Hours) Initial Lumens 1 Voltage Operating Amps. Open Circuit Starting Amps. Max. Amps. COMPACT FLUORESCENT 13PL Coated 13-1, G pin Base (CFL) PL Coated 42-1, 3, G24q-3 4-pin Base (CFL) INCANDESCENT 6INC T-1 Coated 6-1, Medium Base (CFL) HALOGEN 15HAL T-4 Clear 15-2, 2, Mini-can Base (CFL) 1 All initial lumen values shown may vary, due to operating orientation (vertical / horizontal), and from one manufacturer to another. Consult lamp manufacturer's data for exact lumen and life data. 2 Data provided is extracted from Venture Uni-Form product information. NOTE: For lamp/ballast information outside of the U.S.A. and Canada, please consult 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 personal injury. Lamps by others. 98 KIM LIGHTING

101 AFL Beam Properties at a Glance System Approach Wide Flood CFL1 pages AFL11 pages AFL21 pages AFL31 pages Vertical Flood AFL12 pages AFL22 pages AFL32 pages Medium Flood AFL13 pages AFL23 pages AFL33 pages Beam Shape At 1 Fc, ratio of W to H at the indicated aiming 1 Aiming Angle Ratio 1W :.68H Beam Aiming Angle Ratio 1W : 1.63H Beam 1 Aiming Angle Ratio 1W :.72H Applications For illumination of walls and building facades that are wider than they are tall. Well suited for wall lighting from medium setback distances. Also, excellent for area lighting from perimeter pole or wall mount locations. Applications For illumination of walls and building facades that are taller than they are wide. Well suited for wall lighting from medium setback distances. Also, excellent for area lighting from perimeter pole or wall mount locations. Applications For illumination of walls and building facades that are short in height and wide laterally. Well suited for wall and sign lighting from medium setback distances. Narrow Flood AFL14 pages AFL24 pages AFL34 pages Spot AFL15 pages AFL25 pages AFL35 pages Beam 1 Aiming Angle Ratio 1W :.85H Beam 5 Aiming Angle Ratio 1W : 1.1H Applications For illumination of surfaces from deeper setback distances. Well suited for highlighting signage and illumination of atriums from high ceiling locations, as well as large areas from high building mounted installation. Applications For accent and highlighting of architectural features. Also, used for illumination of facades from great distances or extreme setback distances. Narrow Spot CFL6 pages AFL16 pages AFL26 pages AFL36 pages Horizontal Spot AFL17 pages AFL27 pages AFL37 pages Beam Aiming Angle Ratio 1W : 1.2H Beam Aiming Angle Ratio 1W :.33H Applications For highlighting and key spotlighting of selected architectural and landscape features. Well suited for illuminating very tall structures, grazing columns, and highlighting small objects from great distances. Applications Wide lateral and very narrow vertical pattern is specifically designed for grazing wall surfaces, as well as highlighting linear architectural detail. KIM LIGHTING 99

102 CFL Photometric System Design Illuminance level required Charts below show I.E.S. recommended illuminance in Average Maintained Footcandles. These values correspond to the values on each Isofootcandle diagram on the following Isofootcandle Diagram pages. Refer to the beam spread charts on page 26. Surface Material Examples See page 244 for average surface reflectance values. Floodlighting Surrounding Light Level Bright Dark Avg. Maintained Footcandles Light marble, white or cream terra cotta, white plaster 15 5 Concrete, tinted stucco, light gray and buff limestone, buff face brick 2 1 Common tan brick, sandstone, medium gray limestone 3 15 Common red brick, stained wood, dark gray brick 5 2 Level of Activity Parking Lot Lighting Vehicular Pedestrian Traffic Security Avg. Maintained Footcandles Low.5.8 Medium 1 2 High 2 4 Uniformity of Illumination Dimension is obtained directly from the isofootcandle diagram. Listed dimensions represent the optimum range for that lamp and wattage. Dimension Y (fixture spacing) is simply a multiple of obtained by figuring the longitudinal distance to the next fixture. The next fixture is located where its light pattern intersects the previous fixture as illustrated above. Refer to individual lateral spacing information for specific fixtures for details on determining spacing Y for various mounting distances. NOTE: All areas of uniformity are based on a lighting system, not individual fixtures. Therefore areas of uniformity are calculated assuming contributions from adjacent fixtures. Facade, Wall, or Sign Y Y For facade, wall, or sign lighting, optimum visual uniformity is achieved when the maximum-tominimum illumination is no greater than 3:1. Example: If = 1', Y would = 3' Facade, Wall, or Sign For facade, wall, or sign lighting where a slight noticeable drop in illumination between fixtures is acceptable, use 6:1 uniformity. Example: If = 1', Y would = 6' Y Y Wall For parking lot or area lighting, a 12:1 maximumto-minimum uniformity will provide excellent results. Example: If = 1', Y would = 12' 1 KIM LIGHTING

103 CFL1 Isocandela Diagrams Wide Flood 5 watt High Pressure Sodium E-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-68 I.E.S. Type: 6H x 6V Field Angle: H x 16.1 V (1% max.) Beam Angle: 85.3 H x 77.4 V (5% max.) 7 watt High Pressure Sodium E-17 clear medium base I.T.L. Test No ,3 initial lumens ANSI Code S-62 I.E.S. Type: 6H x 6V Field Angle: H x 16.4 V (1% max.) Beam Angle: 86.7 H x 74.6 V (5% max.) 5 watt Pulse Start Metal Halide E-17 clear medium base I.T.L. Test No ,6 initial lumens ANSI Code M-11 I.E.S. Type: 7H x 6V Field Angle: 13.5 H x 16.8 V (1% max.) Beam Angle: 84.3 H x 7.2 V (5% max.) 7 watt Pulse Start Metal Halide E-17 clear medium base I.T.L. Test No ,15 initial lumens ANSI Code M-98 I.E.S. Type: 7H x 6V Field Angle: 136. H x 18.7 V (1% max.) Beam Angle: 9.5 H x 9.5 V (5% max.) 68 (5% of Max.) 1, , (1% of Max.) 1,32 (5% of Max.) 1,3 1,6 2, (1% of Max.) (5% of Max.) 1, (1% of Max.) (5% of Max.) 1, 1,3 1, (1% of Max.) watt Compact Fluorescent Twin tube G pin base I.T.L. Test No initial lumens 42 watt Compact Fluorescent G24q-3 4-pin base Test No. Kim2146 3,2 initial lumens 6 watt Incandescent T-1 I.F. medium base I.T.L. Test No initial lumens 15 watt Halogen T-4 Mini-can base I.T.L. Test No ,8 initial lumens I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle: 91.8 H x 88.5 V (5% max.) I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle: 99.2 H x 88.5 V (5% max.) I.E.S. Type: 7H x 6V Field Angle: H x 12.3 V (1% max.) Beam Angle: 9.6 H x 93.1 V (5% max.) I.E.S. Type: 7H x 6V Field Angle: H x 18.1 V (1% max.) Beam Angle: 92.5 H x 74.9 V (5% max.) (5% of Max.) (1% of Max.) (1% of Max.) (5% of Max.) (5% of Max.) (1% of Max.) (5% of Max.) (1% of Max.) KIM LIGHTING 11

104 CFL1 Wide Flood 7HPS Isofootcandle Diagrams 7 watt High Pressure 1 Aiming Angle 7 watt High Pressure 25 Aiming Angle ' 12' 8' 5' at Distance Lateral Distance in Multiples of ' 12' 8' 5' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 13) Longitudinal Distances in Multiples of See page 13) 7 watt High Pressure Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 7 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 7HPS 6,3 1. 5HPS 4, ' 12' 8' 5' at Distance Longitudinal Distances in Multiples of See page 13) Lateral Distance in Multiples of Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 12 KIM LIGHTING

105 CFL1 7HPS Lateral Spacing 8' () 25 Mounting Surface Illuminated Surface CFL1/7HPS E-17 clear medium base I.T.L. Test No ,3 initial lumens ANSI Code S-62 To calculate spacing (Y) for Setback Distances other than 8' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 9' Setback, 6:1 desired uniformity, Y = 9' x 2.13 or 19.17' (19' 2") 1' 2" 9' 6' 3' Wide Flood Use for optimum visual uniformity on facades, walls or signs 7' 1" 6' 3' ' 6' 9' 12' 13' (Y) Use where a slightly noticeable drop in uniformity is acceptable : : ' 6' 9' 12' 15' 17' (Y) 12' 5" 12' 9' 6' Use for area lighting where maximum spacing is desired : ' ' 6' 9' 12' 15' 18' 2' 9" (Y) KIM LIGHTING 13

106 CFL1 Wide Flood 7MH Isofootcandle Diagrams 7 watt Metal 1 Aiming Angle 7 watt Metal 25 Aiming Angle ' 12' 8' 5' at Distance Lateral Distance in Multiples of ' 12' 8' 5' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 15) Longitudinal Distances in Multiples of See page 15) 7 watt Metal Aiming Angle ' 12' 8' 5' at Distance Longitudinal Distances in Multiples of See page 15) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 7 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 7MH 5, MH 3,6.594 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 14 KIM LIGHTING

107 CFL1 7MH Lateral Spacing 8' () 25 Mounting Surface Illuminated Surface CFL1/7MH E-17 clear medium base I.T.L. Test No ,15 initial lumens ANSI Code S-62 To calculate spacing (Y) for Setback Distances other than 8' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 9' Setback, 6:1 desired uniformity, Y = 9' x 1.97 or 17.73' (17' 9") Wide Flood Use for optimum visual uniformity on facades, walls or signs 11' 9' 6' 3' 8' 9" 6' 3' ' 6' 9' 12' 12' 6" (Y) Use where a slightly noticeable drop in uniformity is acceptable : : ' 6' 9' 12' 15' 15' 9" (Y) Use for area lighting where maximum spacing is desired 12:1 12' ' 4" 9' 6' ' ' 6' 9' 12' 15' 18' 2' 6" (Y) KIM LIGHTING 15

108 CFL1 Wide Flood 42PL Isofootcandle Diagrams 42 watt Compact 1 Aiming Angle 42 watt Compact 25 Aiming Angle ' 12' 8' 5' at Distance Lateral Distance in Multiples of ' 12' 8' 5' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 17) Longitudinal Distances in Multiples of See page 17) 42 watt Compact Aiming Angle ' 12' 8' 5' at Distance Longitudinal Distances in Multiples of See page 17) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 42 watt Compact Fluorescent lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 42PL 3, PL 2, PL 1,6.5 13PL Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 16 KIM LIGHTING

109 CFL1 42PL Lateral Spacing 5' () 25 Mounting Surface CFL1/42PL G24q-3 4-pin base Test No. Kim2146 3,2 initial lumens Illuminated Surface To calculate spacing (Y) for Setback Distances other than 5' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1 2.9 Example: 6' Setback, 6:1 desired uniformity, Y = 6' x 2.3 or 13.8' (13' 1") 6' 11" 6' 3' Wide Flood Use for optimum visual uniformity on facades, walls or signs 5' 5" 3' ' 6' 9' (Y) Use where a slightly noticeable drop in uniformity is acceptable : : ' 6' 9' 11' 6" (Y) Use for area lighting where maximum spacing is desired 12: ' ' 8" 3' ' 6' 9' 12' 14' 6" (Y) KIM LIGHTING 17

110 CFL1 Wide Flood 15HAL Isofootcandle Diagrams 15 watt 1 Aiming Angle 15 watt 25 Aiming Angle ' 12' 8' 5' at Distance Lateral Distance in Multiples of ' 12' 8' 5' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 19) Longitudinal Distances in Multiples of See page 19) 15 watt Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 15 watt Halogen lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HAL 2,8 1. 1HAL 2, ' 12' 8' 5' at Distance Longitudinal Distances in Multiples of See page 19) Lateral Distance in Multiples of Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 18 KIM LIGHTING

111 CFL1 15HAL Lateral Spacing Wide Flood 5' () 25 Mounting Surface CFL1/15HAL T-4 Mini-can base I.T.L. Test No ,8 initial lumens Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 2' 1" ' (Y) Use where a slightly noticeable drop in uniformity is acceptable ' 3: :1 To calculate spacing (Y) for Setback Distances other than 5' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.8 6: :1 2.5 Example: 6' Setback, 6:1 desired uniformity, Y = 6' x 1.9 or 11.4' (11' 5") 6' 8" 6' 3' ' 6' 9' 9' 6" (Y) Use for area lighting where maximum spacing is desired 12: ' ' 9" ' ' 6' 9' 12' 12' 6" (Y) KIM LIGHTING 19

112 CFL6 Narrow Spot Isocandela Diagrams 5 watt High Pressure Sodium E-17 clear medium base Test No. Kim2157 4, initial lumens ANSI Code S-68 I.E.S. Type: 4H x 2V Field Angle: 47.8 H x 18.6 V (1% max.) Beam Angle: 24.2 H x 1.4 V (5% max.) 7 watt High Pressure Sodium E-17 clear medium base I.T.L. Test No ,3 initial lumens ANSI Code S-62 I.E.S. Type: 4H x 2V Field Angle: 47.7 H x 18.5 V (1% max.) Beam Angle: 23.7 H x 1.3 V (5% max.) ,984 (5% of Max.) 13, 11, 9, 6, 4, 3, 1,397 (1% of Max.) ,179 (5% of Max.) 21, 18, 14, 9, 7, 4, 2,236 (1% of Max.) watt Metal Halide E-17 clear medium base Test No. Kim2158 3,6 initial lumens ANSI Code M-11 I.E.S. Type: 1H x 1V Field Angle: 16.7 H x 14.8 V (1% max.) Beam Angle: 8.6 H x 6.9 V (5% max.) 7 watt Metal Halide E-17 clear medium base I.T.L. Test No. 52 5,15 initial lumens ANSI Code M-98 I.E.S. Type: 1H x 1V Field Angle: 16.6 H x 14.6 V (1% max.) Beam Angle: 8.3 H x 6.7 V (5% max.) ,136 (5% of Max.) 36, 31, 25, 15, 11, 8, 3,827 (1% of Max.) ,321 (5% of Max.) 61, 52, 42, 26, 19, 13, 6,664 (1% of Max.) KIM LIGHTING

113 CFL6 Isocandela Diagrams Narrow Spot 6 watt Incandescent T-1 I.F. medium base Test No. Kim initial lumens 15 watt Halogen T-4 Mini-can base I.T.L. Test No ,8 initial lumens I.E.S. Type: 1H x 1V Field Angle: 16.7 H x 14.8 V (1% max.) Beam Angle: 8.6 H x 6.9 V (5% max.) I.E.S. Type: 2H x 1V Field Angle: 24.5 H x 1.7 V (1% max.) Beam Angle: 7.7 H x 5.6 V (5% max.) ,659 (5% of Max.) 9, 7, 6, 4, 3, 2, 932 (1% of Max.) ,828 (5% of Max.) 34, 28, 23, 14, 11, 7, 3,566 (1% of Max.) KIM LIGHTING 111

114 CFL6 Narrow Spot 7HPS Isofootcandle Diagrams 7 watt High Pressure Aiming Angle 7 watt High Pressure 15 Aiming Angle 1K K ' 25' 2' 15' at Distance 1 K K 1 Lateral Distance in Multiples of ' 25' 2' 15' at Distance 1 K K 1 Lateral Distance in Multiples of 1K 1K K 1 1K Longitudinal Distances in Multiples of See page 113) K 1 1K Longitudinal Distances in Multiples of See page 113) 7 watt High Pressure 3 Aiming Angle ' 25' 2' 15' at Distance K 1 1K 1K 1 K K 1 1K Longitudinal Distances in Multiples of See page 113) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 7 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 7HPS 6,3 1. 5HPS 4,.635 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 112 KIM LIGHTING

115 CFL6 7HPS Lateral Spacing Narrow Spot 2' () Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 3: ' 11" CFL6/7HPS E-17 clear medium base I.T.L. Test No ,3 initial lumens ANSI Code S-62 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.23 6: :1.5 Example: 21' Setback, 6:1 desired uniformity, Y = 21' x.29 or 6.9' (6' 1") 3' 9" 3' ' 5' 9" (Y) 4' 6" (Y) Use where a slightly noticeable drop in uniformity is acceptable 3' 6:1 2 5 Use for area lighting where maximum spacing is desired 12: ' ' 6" 3' ' 6' 9' 1' (Y) KIM LIGHTING 113

116 CFL6 Narrow Spot 7MH Isofootcandle Diagrams 7 watt Metal Aiming Angle 7 watt Metal 15 Aiming Angle 1K K ' 25' 2' 15' at Distance 1 K K 1 Lateral Distance in Multiples of ' 25' 2' 15' at Distance 1 K K 1 Lateral Distance in Multiples of 1K 1K K 1 1K Longitudinal Distances in Multiples of See page 115) K 1 1K Longitudinal Distances in Multiples of See page 115) 7 watt Metal 3 Aiming Angle ' 25' 2' 15' at Distance K 1 1K 1K 1 K K 1 1K Longitudinal Distances in Multiples of See page 115) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 7 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 7MH 5, MH 3,6.594 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 114 KIM LIGHTING

117 CFL6 7MH Lateral Spacing Narrow Spot 2' () Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 1' 9" 3: CFL6/7MH E-17 clear medium base I.T.L. Test No ,15 initial lumens ANSI Code M-98 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.14 6: :1.29 Example: 21' Setback, 6:1 desired uniformity, Y = 21' x.19 or 3.99' (4') 2' 9" (Y) Use where a slightly noticeable drop in uniformity is acceptable 2' 5" : ' 9" (Y) 3' Use for area lighting where maximum spacing is desired 12: ' ' 9" ' 5' 9" (Y) KIM LIGHTING 115

118 CFL6 Narrow Spot 15HAL Isofootcandle Diagrams 15 watt Aiming Angle 15 watt 15 Aiming Angle 1K K ' 25' 2' 15' at Distance 1 K K 1 Lateral Distance in Multiples of ' 25' 2' 15' at Distance 1 K K 1 Lateral Distance in Multiples of 1K 1K K 1 1K Longitudinal Distances in Multiples of K 1 1K Longitudinal Distances in Multiples of 15 watt 3 Aiming Angle ' 25' 2' 15' at Distance K 1 1K 1K 1 K K 1 1K Longitudinal Distances in Multiples of Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 15 watt Halogen lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HAL 2,8 1. 1HAL 2,5.893 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 116 KIM LIGHTING

119 KIM LIGHTING 117

120 AFL1 Photometric System Design Illuminance level required Charts below show I.E.S. recommended illuminance in Average Maintained Footcandles. These values correspond to the values on each Isofootcandle diagram on the following Isofootcandle Diagram pages. Refer to the beam spread charts on pages Surface Material Examples See page 244 for average surface reflectance values. Floodlighting Surrounding Light Level Bright Dark Avg. Maintained Footcandles Light marble, white or cream terra cotta, white plaster 15 5 Concrete, tinted stucco, light gray and buff limestone, buff face brick 2 1 Common tan brick, sandstone, medium gray limestone 3 15 Common red brick, stained wood, dark gray brick 5 2 Level of Activity Parking Lot Lighting Vehicular Pedestrian Traffic Security Avg. Maintained Footcandles Low.5.8 Medium 1 2 High 2 4 Uniformity of Illumination Dimension is obtained directly from the isofootcandle diagram. Listed dimensions represent the optimum range for that lamp and wattage. Dimension Y (fixture spacing) is simply a multiple of obtained by figuring the longitudinal distance to the next fixture. The next fixture is located where its light pattern intersects the previous fixture as illustrated above. Refer to individual lateral spacing information for specific fixtures for details on determining spacing Y for various mounting distances. NOTE: All areas of uniformity are based on a lighting system, not individual fixtures. Therefore areas of uniformity are calculated assuming contributions from adjacent fixtures. Facade, Wall, or Sign Y Y For facade, wall, or sign lighting, optimum visual uniformity is achieved when the maximum-tominimum illumination is no greater than 3:1. Example: If = 1', Y would = 3' Facade, Wall, or Sign For facade, wall, or sign lighting where a slight noticeable drop in illumination between fixtures is acceptable, use 6:1 uniformity. Example: If = 1', Y would = 6' Y Y Wall For parking lot or area lighting, a 12:1 maximumto-minimum uniformity will provide excellent results. Example: If = 1', Y would = 12' 118 KIM LIGHTING

121 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL11 Wide Flood 7 watt High Pressure Sodium ED-17 clear medium base Test No. kl548 6,3 initial lumens 1 ANSI Code S-62 I.E.S. Type: 7H x 7V Field Angle: 16. H x V (1% max.) Beam Angle 2 : H x 94.5 V (5% max.) 1 watt High Pressure Sodium ED-17 clear medium base Test No. kl59 9,5 initial lumens 1 ANSI Code S-54 I.E.S. Type: 7H x 7V Field Angle: 16. H x V (1% max.) Beam Angle 2 : H x 94.5 V (5% max.) 15 watt High Pressure Sodium ED-17 clear medium base Test No. kl544 16, initial lumens 1 ANSI Code S-55 I.E.S. Type: 7H x 6V Field Angle: H x 126. V (1% max.) Beam Angle 2 : H x 8.3 V (5% max.) 7 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl546 6,2 initial lumens 1 ANSI Code M-98 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : H x 73. V (5% max.) 81 (5% of Max.) ,1 1,3 1,4 1,5 162 (1% of Max.) ,222 (5% of Max.) 5 7 1, 1,6 2, 2,3 244 (1% of Max.) ,222 (5% of Max.) 9 1,3 1,8 2,9 3,6 4,2 444 (1% of Max.) (5% of Max.) 6 8 1,2 1,5 1,8 189 (1% of Max.) watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl543 9,3 initial lumens 1 ANSI Code M-9 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : H x 73. V (5% max.) 6 8 1,1 1,415 (5% of Max.) 1,8 2,3 2,7 283 (1% of Max.) watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl545 14, initial lumens 1 ANSI Code M-12 I.E.S. Type: 7H x 6V Field Angle: H x 127. V (1% max.) Beam Angle 2 : H x 79.6 V (5% max.) 9 2,143 (5% of Max.) 1,3 1,7 2,8 3,4 4,1 429 (1% of Max.) watt Metal Halide ED-17 clear medium base Test No. kl542 14,4 initial lumens 1 ANSI Code M-57 I.E.S. Type: 7H x 6V Field Angle: H x 127. V (1% max.) Beam Angle 2 : H x 79.6 V (5% max.) 9 1,3 2,24 (5% of Max.) 1,8 2,9 3,5 4,2 441 (1% of Max.) KIM LIGHTING 119

122 AFL11 Wide Flood 15HPS Isofootcandle Diagrams 15 watt High Pressure 1 Aiming Angle 15 watt High Pressure 25 Aiming Angle ' 12' 1' 8' at Distance Lateral Distance in Multiples of ' 12' 1' 8' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 121) Longitudinal Distances in Multiples of See page 121) 15 watt High Pressure Aiming Angle ' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 121) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 15 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HPS 16, 1. 1HPS 9, HPS 6,3.394 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 12 KIM LIGHTING

123 AFL11 15HPS Lateral Spacing Wide Flood 1' () 25 Mounting Surface Illuminated Surface AFL11/15HPS ED-17 clear medium base Photometric Test No. KL544 16, initial lumens ANSI Code S-55 To calculate spacing (Y) for Setback Distances other than 1' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 11' Setback, 6:1 desired uniformity, Y = 11' x 3.6 or 39.6' (39' 7") 12' 9' 14' 8" 6' 3' 9' 11' 2" 6' Use for optimum visual uniformity on facades, walls or signs ' ' 6' 9' 12' 15' 18' 21' 24' 27' 27' 9" (Y) Use where a slightly noticeable drop in uniformity is acceptable ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 36' 6" (Y) 3:1 1 6:1 5 1 Use for area lighting where maximum spacing is desired 12:1 18' 3" 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45 45' 6" (Y) KIM LIGHTING 121

124 AFL11 Wide Flood 175MH Isofootcandle Diagrams 175 watt Metal 1 Aiming Angle 175 watt Metal 25 Aiming Angle ' 12' 1' 8' at Distance Lateral Distance in Multiples of ' 12' 1' 8' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 123) Longitudinal Distances in Multiples of See page 123) 175 watt Metal Aiming Angle ' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 123) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 175 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 175MH 14, 1. 15MH 11, MH 7, MH 5,.357 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 122 KIM LIGHTING

125 AFL11 175MH Lateral Spacing Wide Flood 1' () 25 Mounting Surface Illuminated Surface AFL11/175MH ED-17 clear medium base Photometric Test No. KL542 14,4 initial lumens ANSI Code M-57 To calculate spacing (Y) for Setback Distances other than 1' shown, multiply actual Setback Distance () by the following: 12' Uniformity Ratio Factor 3: ' 6: ' 3" 12: ' Example: 11' Setback, 6:1 desired uniformity, Y = 11' x 3.65 or 4.15' (4' 2") 3' 9' 11' 8" 6' Use for optimum visual uniformity on facades, walls or signs ' ' 6' 9' 12' 15' 18' 21' 24' 27' 29' (Y) Use where a slightly noticeable drop in uniformity is acceptable : : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 38' 3" (Y) Use for area lighting where maximum spacing is desired 12:1 18' 15' ' 19' 9' ' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 47' 6" (Y) KIM LIGHTING 123

126 124 KIM LIGHTING

127 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Bean Angle: Horizontal and vertical field spreads interpolated due to no valid I.E.S. standard. 3 Field Angle: Horizontal and vertical field spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL12 Vertical Flood 7 watt High Pressure Sodium ED-17 clear medium base Test No. kl491 6,3 initial lumens 1 ANSI Code S-62 I.E.S. Type: 6H x 5V Field Angle 3 : H x 96.2 V (1% max.) Beam Angle 2 : 77.3 H x 39.1 V (5% max.) 1 watt High Pressure Sodium ED-17 clear medium base Test No. kl43 9,5 initial lumens 1 ANSI Code S-54 I.E.S. Type: 6H x 5V Field Angle 3 : H x 96.2 V (1% max.) Beam Angle 2 : 77.3 H x 39. V (5% max.) 15 watt High Pressure Sodium ED-17 clear medium base Test No. kl515 16, initial lumens 1 ANSI Code S-55 I.E.S. Type: 6H x 5V Field Angle 3 : H x 98.9 V (1% max.) Beam Angle 2 : 79.2 H x 59.4 V (5% max.) 7 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl489 5,9 initial lumens 1 ANSI Code M-98 I.E.S. Type: 6H x 5V Field Angle 3 : 125. H x 99.2 V (1% max.) Beam Angle 2 : 82.9 H x 7.3 V (5% max.) 3, 2,5 2,1 1,591 (5% of Max.) 1,3 1, (1% of Max.) ,6 3,8 3,1 2,399 (5% of Max.) 1,9 1,4 1, 48 (1% of Max.) ,2 6,1 4,9 3,793 (5% of Max.) 3, 2,3 1,5 759 (1% of Max.) ,9 2,4 1,521 (5% of Max.) 2, 1, (1% of Max.) watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl391 8,8 initial lumens 1 ANSI Code M-9 I.E.S. Type: 6H x 5V Field Angle 3 : 125. H x 99.2 V (1% max.) Beam Angle 2 : 82.9 H x 7.3 V (5% max.) 15 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl4 12,6 initial lumens 1 ANSI Code M-12 I.E.S. Type: 6H x 6V Field Angle H x 1.8 V (1% max.) Beam Angle H x 76. V (5% max.) 175 watt Metal Halide ED-17 clear medium base Test No. kl343 12,8 initial lumens 1 ANSI Code M-57 I.E.S. Type: 6H x 6V Field Angle 3 : H x 1.8 V (1% max.) Beam Angle 2 : 84.7 H x 76. V (5% max.) 4,3 2,268 (5% of Max.) 3,6 2,9 1,8 1, (1% of Max.) ,1 2,78 (5% of Max.) 4,3 3,5 2,2 1,6 1,1 542 (1% of Max.) ,2 2,751 (5% of Max.) 4,4 3,6 2,2 1,7 1,1 55 (1% of Max.) KIM LIGHTING 125

128 AFL12 Vertical Flood 15HPS Isofootcandle Diagrams 15 watt High Pressure Aiming Angle 15 watt High Pressure 5 Aiming Angle Lateral Distance in Multiples of Lateral Distance in Multiples of 16' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 127) 16' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 127) 15 watt High Pressure 6 Aiming Angle Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 15 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HPS 16, 1. 1HPS 9, HPS 6,3.394 Aiming Angle (A) see individual diagrams 16' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 127) A Ground Facade or Wall A Ground Wall or Pole 126 KIM LIGHTING

129 AFL12 15HPS Lateral Spacing 1' () 5 Mounting Surface Illuminated Surface AFL12/15HPS ED-17 clear medium base Photometric Test No. KL515 16, initial lumens ANSI Code S-55 To calculate spacing (Y) for Setback Distances other than 1' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1 2.6 Example: 11' Setback, 6:1 desired uniformity, Y = 11' x 2.3 or 25.3' (25' 4") 19' 8" 18' 15' 12' 9' 6' 15' 12' 9' 16' 1" 6' 3' 1 Vertical Flood Use for optimum visual uniformity on facades, walls or signs ' 6' 9' 12' 15' 18' 19' 3" (Y) Use where a slightly noticeable drop in uniformity is acceptable : : ' ' ' 6' 9' 12' 15' 18' 21' 22' 6" (Y) Use for area lighting where maximum spacing is desired :1 5 22' 5" 18' 15' 12' ' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 25' 8" (Y) KIM LIGHTING 127

130 AFL12 Vertical Flood 175MH Isofootcandle Diagrams 175 watt Metal Aiming Angle 175 watt Metal 5 Aiming Angle Lateral Distance in Multiples of Lateral Distance in Multiples of 16' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 129) 16' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 129) 175 watt Metal 6 Aiming Angle Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 175 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 175MH 13, MH 11, MH 6, MH 5, Aiming Angle (A) see individual diagrams 16' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 129) A Ground Facade or Wall A Ground Wall or Pole 128 KIM LIGHTING

131 AFL12 175MH Lateral Spacing 1' () 5 Mounting Surface Illuminated Surface AFL12/175MH ED-17 clear medium base Photometric Test No. KL343 14,4 initial lumens ANSI Code M-57 To calculate spacing (Y) for Setback Distances other than 1' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1 2. 6: :1 2.9 Example: 11' Setback, 6:1 desired uniformity, Y = 11' x 2.48 or 27.28' (27' 3") 17' 8" 15' 12' 9' 6' 3' 15' 12' 9' 6' 3' Vertical Flood Use for optimum visual uniformity on facades, walls or signs 3: ' 6' 9' 12' 15' 18' 2' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 6' 9' 12' 15' 18' 21' 23' 6" (Y) Use for area lighting where maximum spacing is desired 12:1 19' 7" 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 26' 2" (Y) KIM LIGHTING 129

132 13 KIM LIGHTING

133 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL13 Medium Flood 7 watt High Pressure Sodium ED-17 clear medium base Test No. Kim2151 4,4 initial lumens 1 ANSI Code S-62 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : 124. H x 68.9 V (5% max.) 1 watt High Pressure Sodium ED-17 clear medium base Test No. Kim215 7,3 initial lumens 1 ANSI Code S-54 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : 124. H x 68.9 V (5% max.) 15 watt High Pressure Sodium ED-17 clear medium base Test No. Kim , initial lumens 1 ANSI Code S-55 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : 124. H x 68.9 V (5% max.) 7 watt Pulse Start Metal Halide ED-17 clear medium base Test No. Kim2149 5,4 initial lumens 1 ANSI Code M-98 I.E.S. Type: 7H x 6V Field Angle: H x 127. V (1% max.) Beam Angle 2 : 124. H x 54.6 V (5% max.) 927 (5% of Max.) 1,8 1,5 1, (1% of Max.) ,8 1,398 (5% of Max.) 2,2 2,7 1, (1% of Max.) , 5,9 4,8 3, 2,2 3,692 (5% of Max.) 1,5 738 (1% of Max.) (5% of Max.) 1,8 1,6 1, (1% of Max.) watt Pulse Start Metal Halide ED-17 clear medium base Test No. Kim2148 8,1 initial lumens 1 ANSI Code M-9 I.E.S. Type: 7H x 6V Field Angle: H x 127. V (1% max.) Beam Angle 2 : 124. H x 54.6 V (5% max.) 15 watt Pulse Start Metal Halide ED-17 clear medium base Test No. Kim ,6 initial lumens 1 ANSI Code M-12 I.E.S. Type: 7H x 6V Field Angle: H x 127. V (1% max.) Beam Angle 2 : 124. H x 54.6 V (5% max.) 175 watt Metal Halide ED-17 clear medium base Test No. Kim ,5 initial lumens 1 ANSI Code M-57 I.E.S. Type: 7H x 6V Field Angle: H x 127. V (1% max.) Beam Angle 2 : 124. H x 54.6 V (5% max.) 1,456 (5% of Max.) 2,8 2,3 1,9 1, (1% of Max.) ,983 (5% of Max.) 3,8 3,2 2,6 1,6 1, (1% of Max.) ,9 2,7 1,6 1,2 2,39 (5% of Max.) 3,3 48 (1% of Max.) KIM LIGHTING 131

134 AFL13 Medium Flood 15HPS Isofootcandle Diagrams 15 watt High Pressure 1 Aiming Angle 15 watt High Pressure 25 Aiming Angle ' 12' 1' 8' at Distance Lateral Distance in Multiples of ' 12' 1' 8' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 133) Longitudinal Distances in Multiples of See page 133) 15 watt High Pressure Aiming Angle ' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 133) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 15 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HPS 16, 1. 1HPS 7, HPS 4,4.275 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 132 KIM LIGHTING

135 AFL13 15HPS Lateral Spacing Medium Flood 1' () 3 Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 8' 5" 6' 3' 3: Mounting Surface AFL13/15HPS ED-17 clear medium base Photometric Test No. KL369 16, initial lumens ANSI Code S-55 3' 6' 9' 12' 15' 18' 21' 22' 5" (Y) To calculate spacing (Y) for Setback Distances other than 1' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 11' Setback, 6:1 desired uniformity, Y = 11' x 3.7 or 4.7' (4' 8") 12' 2" 9' 6' 3' Use where a slightly noticeable drop in uniformity is acceptable : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 32' 4" (Y) 15' 12' 9' 15' 11" 6' 3' 2 Use for area lighting where maximum spacing is desired : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 42' 5" (Y) KIM LIGHTING 133

136 AFL13 Medium Flood 175MH Isofootcandle Diagrams 175 watt Metal 1 Aiming Angle 175 watt Metal 25 Aiming Angle ' 12' 1' 8' Lateral Distance in Multiples of ' 12' 1' 8' Lateral Distance in Multiples of 1 1 at Distance 2 at Distance Longitudinal Distances in Multiples of See page 135) Longitudinal Distances in Multiples of See page 135) 175 watt Metal Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 175 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 175MH 13, MH 12, MH 8, ' 12' 1' 8' 2 1 Lateral Distance in Multiples of 7MH 5,4.373 Aiming Angle (A) see individual diagrams at Distance Longitudinal Distances in Multiples of See page 135) A Ground Facade or Wall A Ground Wall or Pole 134 KIM LIGHTING

137 AFL13 175MH Lateral Spacing Medium Flood 1' () 3 Mounting Surface Illuminated Surface 9' 11' 7" 6' 3' Use for optimum visual uniformity on facades, walls or signs : AFL13/175MH ED-17 clear medium base Photometric Test No. KL426 14,4 initial lumens ANSI Code M-57 To calculate spacing (Y) for Setback Distances other than 1' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 11' Setback, 6:1 desired uniformity, Y = 11' x 3.9 or 42.9' (42' 11") 12' 9' 14' 11" 6' 3' 3' 6' 9' 12' 15' 18' 21' 24' 26' 5" (Y) Use where a slightly noticeable drop in uniformity is acceptable ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 34' 2" (Y) 6:1 5 1 Use for area lighting where maximum spacing is desired 12:1 18' 5" 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' (Y) KIM LIGHTING 135

138 136 KIM LIGHTING

139 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL14 Narrow Flood 7 watt High Pressure Sodium ED-17 clear medium base Test No. Kim2156 4,4 initial lumens 1 ANSI Code S-62 I.E.S. Type: 7H x 6V Field Angle: 141. H x 117. V (1% max.) Beam Angle 2 : 85.2 H x 57.8 V (5% max.) 1 watt High Pressure Sodium ED-17 clear medium base Test No. Kim2155 7,3 initial lumens 1 ANSI Code S-54 I.E.S. Type: 7H x 6V Field Angle: 141. H x 117. V (1% max.) Beam Angle 2 : 85.2 H x 57.8 V (5% max.) 15 watt High Pressure Sodium ED-17 clear medium base Test No. Kim , initial lumens 1 ANSI Code S-55 I.E.S. Type: 7H x 6V Field Angle: 141. H x 117. V (1% max.) Beam Angle 2 : 85.2 H x 57.8 V (5% max.) 7 watt Pulse Start Metal Halide ED-17 clear medium base Test No. Kim2154 5,4 initial lumens 1 ANSI Code M-98 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : 86.2 H x 37.6 V (5% max.) 2,5 2,1 1,7 1,313 (5% of Max.) 1, (1% of Max.) ,8 3,2 2,6 1,6 1,2 1,979 (5% of Max.) (1% of Max.) ,51 (5% of Max.) 4,6 5,6 6,7 2,8 2,1 1,4 7 (1% of Max.) ,7 2,3 1,44 (5% of Max.) 1,9 1, (1% of Max.) watt Pulse Start Metal Halide ED-17 clear medium base Test No. Kim2153 8,1 initial lumens 1 ANSI Code M-9 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : 86.2 H x 37.6 V (5% max.) 15 watt Pulse Start Metal Halide ED-17 clear medium base I.T.L. Test No. Kim ,6 initial lumens 1 ANSI Code M-12 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : 86.2 H x 37.6 V (5% max.) 175 watt Metal Halide ED-17 clear medium base Test No. Kim ,5 initial lumens 1 ANSI Code M-57 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle 2 : 86.2 H x 37.6 V (5% max.) 4,1 3,5 2,16 (5% of Max.) 2,8 1,7 1, (1% of Max.) ,4 2,843 (5% of Max.) 4,5 3,7 2,3 1,7 1,1 569 (1% of Max.) ,6 2,924 (5% of Max.) 4,7 3,8 2,3 1,8 1,2 585 (1% of Max.) KIM LIGHTING 137

140 AFL14 Narrow Flood 15HPS Isofootcandle Diagrams 15 watt High Pressure 1 Aiming Angle 15 watt High Pressure 25 Aiming Angle ' 12' 1' 8' at Distance Lateral Distance in Multiples of ' 12' 1' 8' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 139) Longitudinal Distances in Multiples of See page 139) 15 watt High Pressure Aiming Angle ' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 139) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 15 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HPS 16, 1. 1HPS 7, HPS 4,4.275 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 138 KIM LIGHTING

141 AFL14 15HPS Lateral Spacing Narrow Flood 2' () 1 Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 8' 6" 6' 3' 3: Mounting Surface AFL14/15HPS ED-17 clear medium base Photometric Test No. KL37 16, initial lumens ANSI Code S-55 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1 2.5 Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 2.5 or 43.5' (43' 1") 9' 1' 11" 6' 3' ' 6' 9' 12' 15' 17' (Y) Use where a slightly noticeable drop in uniformity is acceptable 3' 6' 9' 12' 15' 18' 21' 21' 8" (Y) 6:1 1 2 Use for area lighting where maximum spacing is desired 12:1 13' 2" 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 26' 2" (Y) 1 2 KIM LIGHTING 139

142 AFL14 Narrow Flood 175MH Isofootcandle Diagrams 175 watt Metal 1 Aiming Angle 175 watt Metal 25 Aiming Angle ' 12' 1' 8' at Distance Lateral Distance in Multiples of ' 12' 1' 8' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 141) Longitudinal Distances in Multiples of See page 141) 175 watt Metal Aiming Angle ' 12' 1' 8' at Distance Longitudinal Distances in Multiples of See page 141) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 175 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 175MH 13, MH 12, MH 8, MH 5,4.37 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 14 KIM LIGHTING

143 AFL14 175MH Lateral Spacing Narrow Flood 2' () 1 Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 8' 6" 6' 3' 3: Mounting Surface AFL14/175MH ED-17 clear medium base Photometric Test No. KL423 14,4 initial lumens ANSI Code M-57 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 1.93 or 4.53' (4' 6") 11' 2" 9' 6' 3' 3' 6' 9' 12' 15' 17' (Y ) Use where a slightly noticeable drop in uniformity is acceptable 6: ' 6' 9' 12' 15' 18' 21' 22' 5" (Y) Use for area lighting where maximum spacing is desired 12:1 14' 2" 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 28' 2" (Y) KIM LIGHTING 141

144 142 KIM LIGHTING

145 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL15 Spot 7 watt High Pressure Sodium ED-17 clear medium base Test No. kl566 6,3 initial lumens 1 ANSI Code S-62 I.E.S. Type: 3H x 3V Field Angle: 45.9 H x 3.1 V (1% max.) Beam Angle 2 : 21.7 H x 13.3 V (5% max.) 1 watt High Pressure Sodium ED-17 clear medium base Test No. kl51 9,5 initial lumens 1 ANSI Code S-54 I.E.S. Type: 3H x 3V Field Angle: 45.9 H x 3.1 V (1% max.) Beam Angle 2 : 21.7 H x 13.3 V (5% max.) 15 watt High Pressure Sodium ED-17 clear medium base Test No. kl372 16, initial lumens 1 ANSI Code S-55 I.E.S. Type: 5H x 4V Field Angle: 79.1 H x 52.6 V (1% max.) Beam Angle 2 : 28.1 H x 24.2 V (5% max.) 7 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl564 6,2 initial lumens 1 ANSI Code M-98 I.E.S. Type: 3H x 2V Field Angle: 43.4 H x 23.6 V (1% max.) Beam Angle 2 : 22.5 H x 11.6 V (5% max.) , 12, 21 9, 18 7,263 (5% of Max.) , 4, 3, ,453 (1% of Max.) , 27 18, 14, 21 1,952 (5% of Max.) , 7, 4, 2,19 (1% of Max.) , 35 17, 3 14, 25 1,668 (5% of Max.) , -15 6, -2 4, -25 2,134 (1% of Max.) , 14, 11, 8,539 (5% of Max.) , -9 5, -12 3, -15 1,78 (1% of Max.) watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl419 9,3 initial lumens 1 ANSI Code M-9 I.E.S. Type: 3H x 2V Field Angle: 43.4 H x 23.6 V (1% max.) Beam Angle 2 : 22.5 H x 11.6 V (5% max.) 15 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl563 14, initial lumens 1 ANSI Code M-12 I.E.S. Type: 3H x 3V Field Angle: 42.9 H x 33.9 V (1% max.) Beam Angle 2 : 23.8 H x 14.5 V (5% max.) 175 watt Metal Halide ED-17 clear medium base Test No. kl424 14,4 initial lumens 1 ANSI Code M-57 I.E.S. Type: 3H x 3V Field Angle: 42.9 H x 33.9 V (1% max.) Beam Angle 2 : 23.8 H x 14.5 V (5% max.) 24, 2, 17, 12,88 (5% of Max.) 1, 8, 5, 2,562 (1% of Max.) , 25, 21 2, 18 15,732 (5% of Max.) , -9 9, -12 6, -15 3,146 (1% of Max.) , 21 26, 18 21, 15 16,182 (5% of Max.) , -9 1, -12 6, -15 3,236 (1% of Max.) KIM LIGHTING 143

146 AFL15 Spot 15HPS Isofootcandle Diagrams 15 watt High Pressure Aiming Angle 15 watt High Pressure 2 Aiming Angle K K ' 3' 2' 1' 1 K Lateral Distance in Multiples of ' 3' 2' 1' 1 K Lateral Distance in Multiples of K K at Distance 1 at Distance 1 K 1 1K K 1 1K Longitudinal Distances in Multiples of See page 145) Longitudinal Distances in Multiples of See page 145) 15 watt High Pressure Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 15 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HPS 16, ' 3' 2' 1' 1K 1 K Lateral Distance in Multiples of 1HPS 9, HPS 6,4.4 Aiming Angle (A) see individual diagrams at Distance K 1 1K K 1 Longitudinal Distances in Multiples of See page 145) A Ground Facade or Wall A Ground Wall or Pole 144 KIM LIGHTING

147 AFL15 15HPS Lateral Spacing 2' () 15 Mounting Surface Illuminated Surface AFL15/15HPS ED-17 clear medium base Photometric Test No. KL372 16, initial lumens ANSI Code S-55 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.75 6: :1 1.4 Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 1. or 21' (21') Use for optimum visual uniformity on facades, walls or signs 12' 9' 14' 11" 6' 3' 1' 9" 9' 6' 3' ' 6' 9' 12' 12' 4" (Y) Use where a slightly noticeable drop in uniformity is acceptable Spot 3: : ' 6' 9' 12' 15' 17' (Y) Use for area lighting where maximum spacing is desired 12:1 22' 5" 21' 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 25' 8" (Y) KIM LIGHTING 145

148 AFL15 Spot 175MH Isofootcandle Diagrams 175 watt Metal Aiming Angle 175 watt Metal 2 Aiming Angle ' 3' 2' 1' 1K 1 K Lateral Distance in Multiples of ' 3' 2' 1' 1K 1 K Lateral Distance in Multiples of at Distance K 1 at Distance K 1 K 1 1K K 1 1K Longitudinal Distances in Multiples of See page 147) Longitudinal Distances in Multiples of See page 147) 175 watt Metal Aiming Angle ' 3' 2' 1' at Distance K 1 1K 2 1K 1 K K 1 Longitudinal Distances in Multiples of See page 147) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 175 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 175MH 15, 1. 15MH 13,5.9 1MH 8, MH 5,6.373 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 146 KIM LIGHTING

149 AFL15 175MH Lateral Spacing 2' () 15 Mounting Surface Illuminated Surface AFL15/175MH ED-17 clear medium base Photometric Test No. KL424 14,4 initial lumens ANSI Code M-57 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.5 6: :1.94 Example: 21' Setback, 6:1 desired uniformity, Y = 21' x.73 or 15.33' (15' 4") Use for optimum visual uniformity on facades, walls or signs 9' ' ' 8" ' 6' 7' 5" 3' ' 6' 9' 9' 1" (Y) Use where a slightly noticeable drop in uniformity is acceptable Spot 3: : ' 6' 9' 12' 13' (Y) Use for area lighting where maximum spacing is desired 12: ' ' ' 1" 6' 3' ' 6' 9' 18' 5" (Y) 12' 15' 18' KIM LIGHTING 147

150 148 KIM LIGHTING

151 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL16 Narrow Spot 7 watt High Pressure Sodium ED-17 clear medium base Test No. kl572 6,3 initial lumens 1 ANSI Code S-62 I.E.S. Type: 1H x 2V Field Angle: 16.8 H x 26.3 V (1% max.) Beam Angle 2 : 1.6 H x 13.5 V (5% max.) 1 watt High Pressure Sodium ED-17 clear medium base Test No. kl511 9,5 initial lumens 1 ANSI Code S-54 I.E.S. Type: 1H x 2V Field Angle: 16.8 H x 26.3 V (1% max.) Beam Angle 2 : 1.6 H x 13.5 V (5% max.) 15 watt High Pressure Sodium ED-17 clear medium base Test No. kl436 16, initial lumens 1 ANSI Code S-55 I.E.S. Type: 1H x 3V Field Angle: 13.2 H x 31.4 V (1% max.) Beam Angle 2 : 5.5 H x 14.7 V (5% max.) 7 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl57 6,2 initial lumens 1 ANSI Code M-98 I.E.S. Type: 1H x 1V Field Angle: 9.8 H x 17.9 V (1% max.) Beam Angle 2 : 4.8 H x 8.7 V (5% max.) 3, 26, 21, 15,968 (5% of Max.) 13, 1, , -9 3,194 (1% of Max.) , 39, 31, 24,79 (5% of Max.) 19, 14, 1, 4,816 (1% of Max.) , 89, 72, 55,616 (5% of Max.) , -3 33, -6 22, -9 11,123 (1% of Max.) , 88, 72, 55,286 (5% of Max.) 44, 33, 22, 11,57 (1% of Max.) watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl42 9,3 initial lumens 1 ANSI Code M-9 I.E.S. Type: 1H x 1V Field Angle: 9.8 H x 17.9 V (1% max.) Beam Angle 2 : 4.8 H x 8.7 V (5% max.) 15 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl569 14, initial lumens 1 ANSI Code M-12 I.E.S. Type: 1H x 2V Field Angle: 13.9 H x 24.8 V (1% max.) Beam Angle 2 : 6.2 H x 12.8 V (5% max.) 175 watt Metal Halide ED-17 clear medium base Test No. kl36 14,4 initial lumens 1 ANSI Code M-57 I.E.S. Type: 1H x 2V Field Angle: 13.9 H x 24.8 V (1% max.) Beam Angle 2 : 6.2 H x 12.8 V (5% max.) 158, 133, 18, 82,929 (5% of Max.) 66, 5, 33, 16,586 (1% of Max.) , 111, 9, 69,375 (5% of Max.) 56, 42, 28, 13,875 (1% of Max.) , 114, 93, 71,357 (5% of Max.) 57, 43, 29, 14,271 (1% of Max.) KIM LIGHTING 149

152 AFL16 Narrow Spot 15HPS Isofootcandle Diagrams 15 watt High Pressure Aiming Angle 15 watt High Pressure 15 Aiming Angle 1J 1J L K J Lateral Distance in Multiples of L K J Lateral Distance in Multiples of 6' 5' 4' 3' at Distance J K L J Longitudinal Distances in Multiples of See page 151) 6' 5' 4' 3' at Distance J K L J Longitudinal Distances in Multiples of See page 151) 15 watt High Pressure 3 Aiming Angle J 1 L K J Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 15 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HPS 16, 1. 1HPS 9, HPS 6,3.394 Aiming Angle (A) see individual diagrams 6' 5' 4' 3' at Distance J K L J Longitudinal Distances in Multiples of See page 151) A Ground Facade or Wall A Ground Wall or Pole 15 KIM LIGHTING

153 AFL16 15HPS Lateral Spacing 4' () Mounting Surface Illuminated Surface AFL16/15HPS ED-17 clear medium base Photometric Test No. KL436 16, initial lumens ANSI Code S-55 To calculate spacing (Y) for Setback Distances other than 4' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.14 6: :1.29 Example: 41' Setback, 6:1 desired uniformity, Y = 41' x.21 or 8.61' (8' 7") 1' 9' 6' 3' 6' 7' 7" 3' Narrow Spot Use for optimum visual uniformity on facades, walls or signs ' 6' 6 ' 11" (Y) Use where a slightly noticeable drop in uniformity is acceptable :1 5 6: ' 6' 8' 11" (Y) Use for area lighting where maximum spacing is desired 12: ' ' 1" 6' ' ' 6' 9' 1' 8" (Y) KIM LIGHTING 151

154 AFL16 Narrow Spot 175MH Isofootcandle Diagrams 175 watt Metal Aiming Angle 175 watt Metal 15 Aiming Angle 1J 1J L K J Lateral Distance in Multiples of L K J Lateral Distance in Multiples of 6' 5' 4' 3' at Distance J K L J Longitudinal Distances in Multiples of See page 153) 6' 5' 4' 3' at Distance J K L J Longitudinal Distances in Multiples of See page 153) 175 watt Metal 3 Aiming Angle J 1 L K J Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 175 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 175MH 15, 1. 15MH 13,5.9 1MH 9,.6 7MH 5,6.373 Aiming Angle (A) see individual diagrams 6' 5' 4' 3' at Distance J K L J Longitudinal Distances in Multiples of See page 153) A Ground Facade or Wall A Ground Wall or Pole 152 KIM LIGHTING

155 AFL16 175MH Lateral Spacing 4' () Mounting Surface Illuminated Surface AFL16/175MH ED-17 clear medium base Photometric Test No. KL36 14,4 initial lumens ANSI Code M-57 To calculate spacing (Y) for Setback Distances other than 4' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.19 6: :1.39 Example: 41' Setback, 6:1 desired uniformity, Y = 41' x.28 or 11.48' (11' 6") 12' 9' 12' 5" 6' 3' 9' 6' 9' 8" 3' Narrow Spot Use for optimum visual uniformity on facades, walls or signs ' 6' 8' 2" (Y) Use where a slightly noticeable drop in uniformity is acceptable :1 6:1 2 12' ' 6' 9' 1' 5" (Y) Use for area lighting where maximum spacing is desired : ' ' 6" ' ' ' 6' 9' 12' 12' 2" (Y) KIM LIGHTING 153

156 154 KIM LIGHTING

157 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL17 Horizontal Spot 7 watt High Pressure Sodium ED-17 clear medium base Test No. kl575 6,3 initial lumens 1 ANSI Code S-62 I.E.S. Type: 6H x 5V Field Angle: 17.2 H x 89.6 V (1% max.) Beam Angle 2 : 75.1 H x 9.1 V (5% max.) 1 watt High Pressure Sodium ED-17 clear medium base Test No. kl512 9,5 initial lumens 1 ANSI Code S-54 I.E.S. Type: 6H x 5V Field Angle: 17.2 H x 89.6 V (1% max.) Beam Angle 2 : 75. H x 9.1 V (5% max.) 15 watt High Pressure Sodium ED-17 clear medium base Test No. kl377 16, initial lumens 1 ANSI Code S-55 I.E.S. Type: 6H x 5V Field Angle: 13.3 H x 85.9 V (1% max.) Beam Angle 2 : 74. H x 7.2 V (5% max.) 7 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl497 5,9 initial lumens 1 ANSI Code M-98 I.E.S. Type: 6H x 5V Field Angle: 17.9 H x 85.3 V (1% max.) Beam Angle 2 : 76.9 H x 7.6 V (5% max.) ,3 56 5,3 48 4,3 32 3,32 (5% of Max.) ,7-16 2, - 1, (1% of Max.) , 8, 48 7, 32 5,6 (5% of Max.) , -16 3, - 2, -32 1,1 (1% of Max.) , 48 16, 13, 32 9,713 (5% of Max.) 8, 6, 4, 1,943 (1% of Max.) ,9 48 5,8 4,7 32 3,62 (5% of Max.) ,9-16 2,2-1, (1% of Max.) watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl392 8,8 initial lumens 1 ANSI Code M-9 I.E.S. Type: 6H x 5V Field Angle: 17.9 H x 85.3 V (1% max.) Beam Angle 2 : 76.9 H x 7.6 V (5% max.) 15 watt Pulse Start Metal Halide ED-17 clear medium base Test No. kl41 12,6 initial lumens 1 ANSI Code M-12 I.E.S. Type: 6H x 5V Field Angle: 16.9 H x 89.7 V (1% max.) Beam Angle 2 : 8.1 H x 11.8 V (5% max.) 175 watt Metal Halide ED-17 clear medium base Test No. kl347 12,8 initial lumens 1 ANSI Code M-57 I.E.S. Type: 6H x 5V Field Angle: 16.9 H x 89.7 V (1% max.) Beam Angle 2 : 8.1 H x 11.8 V (5% max.) , 56 9, 48 7, 32 5,4 (5% of Max.) 4, 3, 2, ,8 (1% of Max.) , 48 1, 8, 32 6,167 (5% of Max.) , - 4, -32 2, - 1,233 (1% of Max.) , 1, 8, 6,265 (5% of Max.) 5, 4, 3, ,253 (1% of Max.) KIM LIGHTING 155

158 AFL17 Horizontal Spot 15HPS Isofootcandle Diagrams 15 watt High Pressure Aiming Angle 15 watt High Pressure 1 Aiming Angle ' 3' 2' 1' at Distance 1K 1 K K 1 Lateral Distance in Multiples of ' 3' 2' 1' at Distance 1K 1 K K 1 Lateral Distance in Multiples of K 1 1K Longitudinal Distances in Multiples of See page 157) K 1 1K Longitudinal Distances in Multiples of See page 157) 15 watt High Pressure 2 Aiming Angle ' 3' 2' 1' at Distance K 1 1K 2 1K 1 K K 1 Longitudinal Distances in Multiples of See page 157) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 15 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 15HPS 16, 1. 1HPS 9, HPS 6,3.394 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 156 KIM LIGHTING

159 AFL17 15HPS Lateral Spacing Horizontal Spot 2' () Illuminated Surface 3' 4' 11" Use for optimum visual uniformity on facades, walls or signs 3: Mounting Surface AFL17/15HPS ED-17 clear medium base Photometric Test No. KL377 16, initial lumens ANSI Code S-55 3' 6' 9' 12' 21' 6" (Y) 15' 18' 21' To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.63 6: : Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 1.2 or 25.2' (25' 2") 6' 6' 8" 3' Use where a slightly noticeable drop in uniformity is acceptable ' 6' 9' 12' 15' 18' 21' 28' 1" (Y) 18' 21' 6: Use for area lighting where maximum spacing is desired 12:1 8' 6" 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 37' (Y) KIM LIGHTING 157

160 AFL17 Horizontal Spot 175MH Isofootcandle Diagrams 175 watt Metal Aiming Angle 175 watt Metal 1 Aiming Angle ' 3' 2' 1' at Distance 1K 1 K K 1 Lateral Distance in Multiples of ' 3' 2' 1' at Distance 1K 1 K K 1 Lateral Distance in Multiples of K 1 1K Longitudinal Distances in Multiples of See page 159) K 1 1K Longitudinal Distances in Multiples of See page 159) 175 watt Metal 2 Aiming Angle ' 3' 2' 1' at Distance K 1 1K 2 1K 1 K K 1 Longitudinal Distances in Multiples of See page 159) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 175 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 175MH 14, 1. 15MH 11, MH 6, MH 5, Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 158 KIM LIGHTING

161 AFL17 175MH Lateral Spacing Horizontal Spot 2' () Mounting Surface 7' 1" Illuminated Surface AFL17/175MH ED-17 clear medium base Photometric Test No. KL347 14,4 initial lumens ANSI Code M-57 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.63 6: : Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 1.43 or 3.3' (3') 6' 3' 5' 7" 3' Use for optimum visual uniformity on facades, walls or signs ' 6' 9' 12' 15' 18' 21' 24' 26' (Y) Use where a slightly noticeable drop in uniformity is acceptable 3: : ' 6' 9' 12' 15' 18' 21' 24' 27' 33' (Y) 3' Use for area lighting where maximum spacing is desired 12:1 8' 7" 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 4' (Y) KIM LIGHTING 159

162 AFL2 Photometric System Design Illuminance level required Charts below show I.E.S. recommended illuminance in Average Maintained Footcandles. These values correspond to the values on each Isofootcandle diagram on the following Isofootcandle Diagram pages. Refer to the beam spread charts on pages Surface Material Examples See page 244 for average surface reflectance values. Floodlighting Surrounding Light Level Bright Dark Avg. Maintained Footcandles Light marble, white or cream terra cotta, white plaster 15 5 Concrete, tinted stucco, light gray and buff limestone, buff face brick 2 1 Common tan brick, sandstone, medium gray limestone 3 15 Common red brick, stained wood, dark gray brick 5 2 Level of Activity Parking Lot Lighting Vehicular Pedestrian Traffic Security Avg. Maintained Footcandles Low.5.8 Medium 1 2 High 2 4 Uniformity of Illumination Dimension is obtained directly from the isofootcandle diagram. Listed dimensions represent the optimum range for that lamp and wattage. Dimension Y (fixture spacing) is simply a multiple of obtained by figuring the longitudinal distance to the next fixture. The next fixture is located where its light pattern intersects the previous fixture as illustrated above. Refer to individual lateral spacing information for specific fixtures for details on determining spacing Y for various mounting distances. NOTE: All areas of uniformity are based on a lighting system, not individual fixtures. Therefore areas of uniformity are calculated assuming contributions from adjacent fixtures. Facade, Wall, or Sign For facade, wall, or sign lighting, optimum visual uniformity is achieved when the maximum-tominimum illumination is no greater than 3:1. Example: If = 1', Y would = 3' Y Y Facade, Wall, or Sign For facade, wall, or sign lighting where a slight noticeable drop in illumination between fixtures is acceptable, use 6:1 uniformity. Example: If = 1', Y would = 6' Y Y Wall For parking lot or area lighting, a 12:1 maximumto-minimum uniformity will provide excellent results. Example: If = 1', Y would = 12' 16 KIM LIGHTING

163 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL21 Wide Flood 25 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-5 I.E.S. Type: 7H x 6V Field Angle: H x 124. V (1% max.) Beam Angle 2 : 132. H x 93. V (5% max.) 4 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-51 I.E.S. Type: 7H x 6V Field Angle: H x 128. V (1% max.) Beam Angle 2 : 136. H x 1. V (5% max.) 25 watt Metal Halide BT-28 clear mogul base I.T.L. Test No ,5 initial lumens 1 ANSI Code M-58 I.E.S. Type: 7H x 6V Field Angle: H x 126. V (1% max.) Beam Angle 2 : 126. H x 87. V (5% max.) 4 watt Metal Halide BT-28 clear mogul base reduced outer jacket I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 7H x 6V Field Angle: H x 126. V (1% max.) Beam Angle 2 : 136. H x 11. V (5% max.) 1,158 (1% of Max.) 2,6 4,1 5,6 7, 8, 1, 11, ,76 (1% of Max.) 3, , 8, 3 1, 2 15, 1 16, 12, ,8 2,8 3,9 4,9 5,9 7, 87 (1% of Max.) ,2 5, 6, 1, 12, 13, 8, 1,42 (1% of Max.) KIM LIGHTING 161

164 AFL21 Wide Flood 4HPS Isofootcandle Diagrams 4 watt High Pressure 1 Aiming Angle 4 watt High Pressure 25 Aiming Angle ' 25' 2' 15' at Distance Lateral Distance in Multiples of ' 25' 2' 15' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 163) Longitudinal Distances in Multiples of See page 163) 4 watt High Pressure Aiming Angle ' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 163) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4HPS 5, 1. 25HPS 3,.6 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 162 KIM LIGHTING

165 AFL21 4HPS Lateral Spacing Wide Flood 2' () 25 Mounting Surface Illuminated Surface AFL21/4HPS ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-51 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 3.9 or 81.9' (81' 11") 3' 27' 24' 21' 18' 31' 2" 15' 12' 9' 6' 3' 21' 18' 15' 23' 7" 12' 9' 6' 3' Use for optimum visual uniformity on facades, walls or signs ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 59' (Y) ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 6' 63' 66' 69' 72' 75' 78' (Y) Use where a slightly noticeable drop in uniformity is acceptable 3:1 5 6:1 5 1 Use for area lighting where maximum spacing is desired 12:1 39' 36' 33' 3' 27' 24' ' 39' 7" ' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 6' 63' 66' 69' 72' 75' 78' 81' 84' 87' 9' 93' 96' 99' (Y) KIM LIGHTING 163

166 AFL21 Wide Flood 4MH Isofootcandle Diagrams 4 watt Metal 1 Aiming Angle 4 watt Metal 25 Aiming Angle ' 25' 2' 15' at Distance Lateral Distance in Multiples of ' 25' 2' 15' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 165) Longitudinal Distances in Multiples of See page 165) 4 watt Metal Aiming Angle ' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 165) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4MH 36, 1. 25MH 2,5.569 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 164 KIM LIGHTING

167 AFL21 4MH Lateral Spacing Wide Flood 2' () 25 Mounting Surface Illuminated Surface 21' 18' 15' 22' 1" 12' 9' 6' 3' Use for optimum visual uniformity on facades, walls or signs : AFL21/4MH ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code M-59 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1 3. 6: :1 4.9 Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 3.9 or 81.9' (81' 11") 27' 24' 21' 18' 29' 8" 15' 12' 9' 6' 3' 3' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 6' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 6' 63' 66' 69' 72' 75' 78' (Y) Use for area lighting where maximum spacing is desired 12:1 36' 33' 3' 27' 24' 21' 37' 3" 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 6' 63' 66' 69' 72' 75' 78' 81' 84' 87' 9' 93' 96' 98' (Y) KIM LIGHTING 165

168 166 KIM LIGHTING

169 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL22 Vertical Flood 25 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-5 I.E.S. Type: 6H x 4V Field Angle: 118. H x 71. V (1% max.) Beam Angle 2 : 8. H x 16. V (5% max.) 4 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-51 I.E.S. Type: 6H x 5V Field Angle: 116. H x 71. V (1% max.) Beam Angle 2 : 8. H x 28. V (5% max.) 25 watt Metal Halide BT-28 clear mogul base I.T.L. Test No ,5 initial lumens 1 ANSI Code M-58 I.E.S. Type: 6H x 5V Field Angle: 128. H x 8.8 V (1% max.) Beam Angle 2 : 76. H x 33. V (5% max.) 4 watt Metal Halide ED-28 clear mogul base reduced outer jacket I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 6H x 5V Field Angle: 128. H x 8. V (1% max.) Beam Angle 2 : 86. H x 42. V (5% max.) 9, 7, 4,5 18, 17, 14, 12, 2, (1% of Max.) , 9, 6, 25, 23, 19, 16, 3,219 (1% of Max.) , 4,4 2, , 48 9, 7, ,257 (1% of Max.) , 7, 5,8 3,9 1,99 (1% of Max.) , 8 13, 11, KIM LIGHTING 167

170 AFL22 Vertical Flood 4HPS Isofootcandle Diagrams 4 watt High Pressure Aiming Angle 4 watt High Pressure 5 Aiming Angle Lateral Distance in Multiples of Lateral Distance in Multiples of 3' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 169) 3' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 169) 4 watt High Pressure 6 Aiming Angle ' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 169) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4HPS 5, 1. 25HPS 3,.6 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 168 KIM LIGHTING

171 AFL22 4HPS Lateral Spacing 2' () 5 Mounting Surface Illuminated Surface AFL22/4HPS ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-51 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1 2. Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 1.6 or 33.6' (33' 7") 28' 27' 24' 21' 18' 15' 12' 9' 6' 3' 21' 18' 15' 12' 21' 11" 9' 6' 3' Vertical Flood Use for optimum visual uniformity on facades, walls or signs ' 6' 9' 12' 15' 18' 21' 24' 25' (Y) Use where a slightly noticeable drop in uniformity is acceptable : : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 32' (Y) Use for area lighting where maximum spacing is desired 12:1 35' 33' 3' 27' 24' 21' 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 4' (Y) 1 5 KIM LIGHTING 169

172 AFL22 Vertical Flood 4MH Isofootcandle Diagrams 4 watt Metal Aiming Angle 4 watt Metal 5 Aiming Angle Lateral Distance in Multiples of Lateral Distance in Multiples of 3' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 171) 3' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 171) 4 watt Metal 6 Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 4 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4MH 36, 1. 25MH 19, Lateral Distance in Multiples of Aiming Angle (A) see individual diagrams ' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 171 A Ground Facade or Wall A Ground Wall or Pole 17 KIM LIGHTING

173 AFL22 4MH Lateral Spacing 2' () 5 Mounting Surface Illuminated Surface AFL22/4MH ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code M-59 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1 2.2 Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 1.75 or 36.75' (36' 9") 3' 27' 24' 21' 18' 3' 8" 15' 12' 9' 6' 3' 21' 18' 15' 22' 9" 12' 9' 6' 3' Vertical Flood Use for optimum visual uniformity on facades, walls or signs ' 6' 9' 12' 15' 18' 21' 24' 26' (Y) Use where a slightly noticeable drop in uniformity is acceptable : : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 35' (Y) Use for area lighting where maximum spacing is desired 12:1 36' 33' 3' 27' 24' 21' 38' 6" 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 44' (Y) KIM LIGHTING 171

174 172 KIM LIGHTING

175 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL23 Isocandela Diagrams Medium Flood 25 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-5 I.E.S. Type: 7H x 5V Field Angle: H x 99.9 V (1% max.) Beam Angle: 98. H x 43. V (5% max.) 4 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-51 I.E.S. Type: 7H x 6V Field Angle: H x 17. V (1% max.) Beam Angle: 1. H x 48. V (5% max.) 25 watt Metal Halide BT-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-58 I.E.S. Type: 7H x 5V Field Angle: H x 87.8 V (1% max.) Beam Angle: 96. H x 4. V (5% max.) 4 watt Metal Halide ED-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 7H x 5V Field Angle: H x 98.6 V (1% max.) Beam Angle: 96. H x 38. V (5% max.) , 6, 8, 2,281 (1% of Max.) , 9, 12, 3,521 (1% of Max.) ,825 (1% of Max.) 3, 5, 7, ,47 (1% of Max.) 5, 8, 11, ,44 (5% of Max.) 19, 16, 13, ,67 (5% of Max.) , 56 24, 64 2, 72 9,125 (5% of Max.) 16 11, 13, 32 16, ,234 (5% of Max.) , 22, 48 18, KIM LIGHTING 173

176 AFL23 Medium Flood 4HPS Isofootcandle Diagrams 4 watt High Pressure 1 Aiming Angle 4 watt High Pressure 25 Aiming Angle ' 25' 2' 15' at Distance Lateral Distance in Multiples of ' 25' 2' 15' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 175) Longitudinal Distances in Multiples of See page 175) 4 watt High Pressure Aiming Angle ' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 175) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4HPS 51, 1. 25HPS 3,.588 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 174 KIM LIGHTING

177 AFL23 4HPS Lateral Spacing Medium Flood 2' () 25 Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 13' 3" 12' 9' 6' 3' : AFL23/4HPS ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-51 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 2.15 or 45.15' (43' 2") 21' 18' 15' 12' 21' 6" 9' 6' 3' 3' 6' 9' 12' 15' 18' 21' 24' 26' 6" (Y) Use where a slightly noticeable drop in uniformity is acceptable ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 43' (Y) 6:1 1 2 Use for area lighting where maximum spacing is desired 12:1 28' 27' 24' 21' 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 56' 3" (Y) 5 2 KIM LIGHTING 175

178 AFL23 Medium Flood 4MH Isofootcandle Diagrams 4 watt Metal 1 Aiming Angle 4 watt Metal 25 Aiming Angle ' 25' 2' 15' at Distance Lateral Distance in Multiples of ' 25' 2' 15' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 177) Longitudinal Distances in Multiples of See page 177) 4 watt Metal Aiming Angle ' 25' 2' 15' at Distance Longitudinal Distances in Multiples of See page 177) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4MH 36, 1. 25MH 21,.583 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 176 KIM LIGHTING

179 AFL23 4MH Lateral Spacing 2' () 25 Mounting Surface Illuminated Surface AFL23/4MH ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code M-59 12' 3" 12' 9' 6' 3' Medium Flood Use for optimum visual uniformity on facades, walls or signs ' 6' 9' 12' 15' 18' 21' 24' 24' 6" (Y) Use where a slightly noticeable drop in uniformity is acceptable 3:1 2 6:1 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 2.2 or 46.2' (46' 2") 22' 21' 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 44' (Y) 27' 24' 21' 18' 15' 28' 6" 12' 9' 6' 3' Use for area lighting where maximum spacing is desired : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' (Y) KIM LIGHTING 177

180 178 KIM LIGHTING

181 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL24 Isocandela Diagrams Narrow Flood 25 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-5 I.E.S. Type: 6H x 5V Field Angle: H x 82. V (1% max.) Beam Angle: 44. H x 37. V (5% max.) 4 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-51 I.E.S. Type: 7H x 5V Field Angle: 132. H x 11. V (1% max.) Beam Angle: 46. H x 43. V (5% max.) 25 watt Metal Halide BT-28 clear mogul base I.T.L. Test No ,5 initial lumens 1 ANSI Code M-58 I.E.S. Type: 5H x 4V Field Angle: 74.7 H x 69. V (1% max.) Beam Angle: 48. H x 28. V (5% max.) 4 watt Metal Halide BT-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 5H x 4V Field Angle: 14. H x 76. V (1% max.) Beam Angle: 48. H x 3. V (5% max.) 3,56 (1% of Max.) 6, 1, 13, 17, 2, 24, 26, ,256 (1% of Max.) 9, 14, 19, 24, 29, 34, 37, ,317 (1% of Max.) 5,2 8, 11, 14, 17, 2, 22, ,865 (1% of Max.) 8, 13, 18, 23, 28, 33, 36, watt Metal Halide w/gl8 Louver ED-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 5H x 4V Field Angle: 72. H x 76. V (1% max.) Beam Angle: 48. H x 27. V (5% max.) 3,667 (1% of Max.) 7, 12, 16, 21, 25, 3, 33, KIM LIGHTING 179

182 AFL24 Narrow Flood 4HPS Isofootcandle Diagrams 4 watt High Pressure Aiming Angle 4 watt High Pressure 1 Aiming Angle 2K 2K K 1 K Lateral Distance in Multiples of K 1 K Lateral Distance in Multiples of 3' 25' 2' 15' at Distance K 1 1K K Longitudinal Distances in Multiples of See page 181) 3' 25' 2' 15' at Distance K 1 1K K Longitudinal Distances in Multiples of See page 181) 4 watt High Pressure 2 Aiming Angle K 2 1K 1 K Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4HPS 5, 1. 25HPS 3,.6 Aiming Angle (A) see individual diagrams 3' 25' 2' 15' at Distance K 1 1K K Longitudinal Distances in Multiples of See page 181) A Facade or Wall A Wall or Pole Ground Ground 18 KIM LIGHTING

183 AFL24 4HPS Lateral Spacing Narrow Flood 2' () 1 Mounting Surface Illuminated Surface 8' 5" 6' 3' Use for optimum visual uniformity on facades, walls or signs : AFL24/4HPS ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-51 3' 6' 9' 12' 15' 18' 21' 22' 6" (Y) To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 1.43 or 3.3' (3') 1' 8" 9' 6' 3' Use where a slightly noticeable drop in uniformity is acceptable : ' 6' 9' 12' 15' 18' 21' 24' 27' 28' 6" (Y) 12' 9' 13' 11" 6' 3' Use for area lighting where maximum spacing is desired : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 37' (Y) KIM LIGHTING 181

184 AFL24 Narrow Flood 4MH Isofootcandle Diagrams 4 watt Metal Aiming Angle 4 watt Metal 1 Aiming Angle 2K 2K K 1 K Lateral Distance in Multiples of K 1 K Lateral Distance in Multiples of 3' 25' 2' 15' at Distance K 1 1K K Longitudinal Distances in Multiples of See page 183) 3' 25' 2' 15' at Distance K K 1 1K Longitudinal Distances in Multiples of See page 183) 4 watt Metal 2 Aiming Angle K 2 1K 1 K Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4MH 36, 1. 25MH 2,5.569 Aiming Angle (A) see individual diagrams 3' 25' 2' 15' at Distance K K 1 1K Longitudinal Distances in Multiples of See page 183) A Ground Facade or Wall A Ground Wall or Pole 182 KIM LIGHTING

185 AFL24 4MH Lateral Spacing Narrow Flood 2' () 1 Mounting Surface Illuminated Surface 9' 2" 6' 3' Use for optimum visual uniformity on facades, walls or signs 3: AFL24/4MH ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code M-59 To calculate spacing (Y) for Setback Distances other than 2' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1 1.6 Example: 21' Setback, 6:1 desired uniformity, Y = 21' x 1.3 or 27.3' (27' 4") 11' 5" 9' 6' 3' ' 6' 9' 12' 15' 18' 21' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 6' 9' 12' 15' 18' 21' 24' 26' (Y) Use for area lighting where maximum spacing is desired 12: ' 12' 9' 6' ' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 32' (Y) KIM LIGHTING 183

186 184 KIM LIGHTING

187 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL25 Isocandela Diagrams Spot 25 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-5 I.E.S. Type: 3H x 4V Field Angle: 44. H x 53. V (1% max.) Beam Angle: 2. H x 27. V (5% max.) 4 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-51 I.E.S. Type: 4H x 4V Field Angle: 48.2 H x 63. V (1% max.) Beam Angle: 22. H x 31. V (5% max.) 25 watt Metal Halide BT-28 clear mogul base I.T.L. Test No ,5 initial lumens 1 ANSI Code M-58 I.E.S. Type: 3H x 3V Field Angle: 41. H x 45. V (1% max.) Beam Angle: 21. H x 24. V (5% max.) 4 watt Metal Halide ED-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 3H x 3V Field Angle: 44.3 H x 48. V (1% max.) Beam Angle: 22. H x 25. V (5% max.) 13, 6,146 (1% of Max.) 21, 29, 37, 45, 53, 58, ,457 (1% of Max.) 19, 3, 4, 51, 62, 73, 8, ,692 (1% of Max.) 1, 16, 22, 28, 34, 4, 44, ,622 (1% of Max.) 17, 27, 36, 46, 56, 66, 72, watt Metal Halide w/gl9 Louver ED-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 3H x 3V Field Angle: 4.2 H x 39. V (1% max.) Beam Angle: 21. H x 25. V (5% max.) 7,23 (1% of Max.) 16, 25, 34, 44, 53, 62, 68, KIM LIGHTING 185

188 AFL25 Spot 4HPS Isofootcandle Diagrams 4 watt High Pressure 5 Aiming Angle 4 watt High Pressure 15 Aiming Angle ' 55' 4' 25' 1K 1 K Lateral Distance in Multiples of ' 55' 4' 25' 1K 1 K Lateral Distance in Multiples of at Distance K 1 at Distance K 1 K 1 1K Longitudinal Distances in Multiples of See page 187) K 1 1K Longitudinal Distances in Multiples of See page 187) 4 watt High Pressure 25 Aiming Angle ' 55' 4' 25' at Distance K 1 1K 2 1K 1 K K 1 Longitudinal Distances in Multiples of See page 187) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4HPS 5, 1. 25HPS 3,.6 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 186 KIM LIGHTING

189 AFL25 4HPS Lateral Spacing Spot 4' () 5 Illuminated Surface 11' 6" Use for optimum visual uniformity on facades, walls or signs 9' 6' 3' 2 3: Mounting Surface AFL25/4HPS ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-51 3' 6' 9' 12' 15' 18' 21' 23' (Y) Use where a slightly noticeable drop in uniformity is acceptable 6:1 To calculate spacing (Y) for Setback Distances other than 4' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.58 6:1.8 12: Example: 41' Setback, 6:1 desired uniformity, Y = 41' x.8 or 32.8' (32' 1") 16' 15' 12' 9' 6' 3' ' 18' 15' 12' 22' 5" 9' 3' 6' 9' 12' 15' 18' 21' 24' 27' 3' 32' (Y) Use for area lighting where maximum spacing is desired 12: ' ' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 44' 9" (Y) KIM LIGHTING 187

190 AFL25 Spot 4MH Isofootcandle Diagrams 4 watt Metal 5 Aiming Angle 4 watt Metal 15 Aiming Angle K K ' 55' 4' 25' 1 K Lateral Distance in Multiples of ' 55' 4' 25' 1 K Lateral Distance in Multiples of at Distance K 1 at Distance K 1 K 1 1K Longitudinal Distances in Multiples of See page 189) K 1 1K Longitudinal Distances in Multiples of See page 189) 4 watt Metal 25 Aiming Angle ' 55' 4' 25' at Distance K 1 1K 2 1K 1 K K 1 Longitudinal Distances in Multiples of See page 189) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4MH 36, 1. 25MH 2,5.569 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 188 KIM LIGHTING

191 AFL25 4MH Lateral Spacing Spot 4' () 5 Mounting Surface Illuminated Surface AFL25/4MH ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code M-59 To calculate spacing (Y) for Setback Distances other than 4' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.55 6: :1.99 Example: 41' Setback, 6:1 desired uniformity, Y = 41' x.74 or 3.3' (3' 4") 12' 9' 14' 9" 6' 3' 11' Use for optimum visual uniformity on facades, walls or signs 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 22' (Y) Use where a slightly noticeable drop in uniformity is acceptable :1 2 6: ' 6' 9' 12' 15' 18' 21' 24' 27' 29' 6" (Y) Use for area lighting where maximum spacing is desired 12: ' 9" 18' 15' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 39' 6" (Y) KIM LIGHTING 189

192 19 KIM LIGHTING

193 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL26 Isocandela Diagrams Narrow Spot 25 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-5 I.E.S. Type: 2H x 4V Field Angle: 24.5 H x 48.2 V (1% max.) Beam Angle: 13.9 H x 2. V (5% max.) 4 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-51 I.E.S. Type: 2H x 4V Field Angle: 24. H x 52.6 V (1% max.) Beam Angle: 14. H x 18.3 V (5% max.) 25 watt Metal Halide BT-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-58 I.E.S. Type: 2H x 2V Field Angle: 18.6 H x 2. V (1% max.) Beam Angle 1 : 9. H x 8.3 V (5% max.) 4 watt Metal Halide ED-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 1H x 2V Field Angle: 17.9 H x 25. V (1% max.) Beam Angle: 7.1 H x 1.7 V (5% max.) 94, 79, 65, 56,56 (5% of Max.) 4, 3, 2, 11,312 (1% of Max.) , 15, 122, 11,88 (5% of Max.) 75, 56, 37, 2,376 (1% of Max.) ,44 (5% of Max.) 3 93, 25 7, 2 47, 15 23,69 (1% of Max.) , , 3 151, ,618 (5% of Max.) 146, 11, 73, 36,524 (1% of Max.) 347, 292, 237, KIM LIGHTING 191

194 AFL26 Narrow Spot 4HPS Isofootcandle Diagrams 4 watt High Pressure Aiming Angle 4 watt High Pressure 15 Aiming Angle 1J 1J L K J Lateral Distance in Multiples of L K J Lateral Distance in Multiples of 12' 1' 8' 6' at Distance J K L J Longitudinal Distances in Multiples of See page 193) 12' 1' 8' 6' at Distance J K L J Longitudinal Distances in Multiples of See page 193) 4 watt High Pressure 3 Aiming Angle J 1 PRORATING CHART Isofootcandle diagrams shown with 4 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4HPS 51, 1. 25HPS 3, L K J Lateral Distance in Multiples of Aiming Angle (A) see individual diagrams 12' 1' 8' 6' at Distance J K L J Longitudinal Distances in Multiples of See page 193) A Ground Facade or Wall A Ground Wall or Pole 192 KIM LIGHTING

195 AFL26 4HPS Lateral Spacing Narrow Spot 8' () Mounting Surface Illuminated Surface AFL26/4HPS ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-51 To calculate spacing (Y) for Setback Distances other than 8' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1.393 Example: 1' Setback, 6:1 desired uniformity, Y = 1' x.33 or 3.3' (3' 4") 12' 9' 12' 2" 6' 3' 9' 1" 9' 6' 3' Use for optimum visual uniformity on facades, walls or signs ' 6' 9' 12' 15' 18' 19' 6" (Y) Use where a slightly noticeable drop in uniformity is acceptable 3:1 6:1 15' ' 6' 9' 12' 15' 18' 21' 24' 24' 3" (Y) Use for area lighting where maximum spacing is desired : ' ' 9" 9' ' ' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 31' 6" (Y) 2 KIM LIGHTING 193

196 AFL26 Narrow Spot 4MH Isofootcandle Diagrams 4 watt Metal Aiming Angle 4 watt Metal 15 Aiming Angle 1J 1J L K J Lateral Distance in Multiples of L K J Lateral Distance in Multiples of 12' 1' 8' 6' at Distance J K L J Longitudinal Distances in Multiples of See page 195) 12' 1' 8' 6' at Distance J K L J Longitudinal Distances in Multiples of See page 195) 4 watt Metal 3 Aiming Angle J 1 L K J Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4MH 36, 1. 25MH 21,.583 Aiming Angle (A) see individual diagrams 12' 1' 8' 6' at Distance J K L J Longitudinal Distances in Multiples of See page 195) A Ground Facade or Wall A Ground Wall or Pole 194 KIM LIGHTING

197 AFL26 4MH Lateral Spacing Narrow Spot 8' () Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 3' 5' 3" 3: AFL26/4MH ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-51 To calculate spacing (Y) for Setback Distances other than 8' shown, multiply actual Setback Distance () by the following: 6' 3' 6' 9' 1' 6" (Y) Use where a slightly noticeable drop in uniformity is acceptable :1 Uniformity Ratio Factor 3: : :1.246 Example: 1' Setback, 6:1 desired uniformity, Y = 1' x.184 or 18.4' (18' 5") 7' 5" 3' ' 6' 9' 12' 14' 9" (Y) 9' Use for area lighting where maximum spacing is desired : ' ' 11" ' ' 6' 9' 12' 15' 18' 19' 9" KIM LIGHTING 195

198 196 KIM LIGHTING

199 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL27 Isocandela Diagrams Horizontal Spot 25 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-5 I.E.S. Type: 6H x 4V Field Angle: 19.1 H x 64.9 V (1% max.) Beam Angle: 9.1 H x 13.1 V (5% max.) 4 watt High Pressure Sodium E-18 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-51 I.E.S. Type: 6H x 4V Field Angle: 18.9 H x 64.5 V (1% max.) Beam Angle: 88.2 H x 13.4 V (5% max.) 25 watt Metal Halide BT-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-58 I.E.S. Type: 6H x 5V Field Angle: H x 75.1 V (1% max.) Beam Angle: 95.8 H x 15.8 V (5% max.) 4 watt Metal Halide ED-28 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-59 I.E.S. Type: 6H x 5V Field Angle: H x 74. V (1% max.) Beam Angle: 97.4 H x 14.9 V (5% max.) 15,857 (1% (5% of Max.) 29, 25, 2, 12, 9, 6, 3,171 (5% (1% of Max.) ,659 (5% of Max.) 49, 41, 34, 21, 15, 1, 5,332 (1% of Max.) ,31 (5% of Max.) , 16, 16 13, , 6, 32 4, 48 2,6 (1% of Max.) ,627 (5% of Max.) 33, 28, 23, 14, 11, 7, 3,525 (1% of Max.) KIM LIGHTING 197

200 AFL27 Horizontal Spot 4HPS Isofootcandle Diagrams 4 watt High Pressure Aiming Angle 4 watt High Pressure 1 Aiming Angle 1K 1K ' 6' 4' 2' at Distance 1 K K 1 Lateral Distance in Multiples of ' 6' 4' 2' at Distance 1 K K 1 Lateral Distance in Multiples of 1K 1K K 1 1K Longitudinal Distances in Multiples of See page 199) K 1 1K Longitudinal Distances in Multiples of See page 199) 4 watt High Pressure 2 Aiming Angle ' 6' 4' 2' at Distance K 1 1K 1K 1 K K 1 1K Longitudinal Distances in Multiples of See page 199) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4HPS 51, 1. 25HPS 3,.588 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 198 KIM LIGHTING

201 AFL27 4HPS Lateral Spacing Horizontal Spot 4' () Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 5' 7" 3' 3' 6' 9' 12' 15' 18' 21' 24' 27' 28' (Y) 3: Mounting Surface AFL27/4HPS ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code S-51 To calculate spacing (Y) for Setback Distances other than 4' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.7 6: : Example: 41' Setback, 6:1 desired uniformity, Y = 41' x 1.1 or 45.1' (45' 1") 8' 1" 6' 3' Use where a slightly noticeable drop in uniformity is acceptable : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 44' (Y) Use for area lighting where maximum spacing is desired 12:1 13' 12' 9' 6' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 6' 63' 65' (Y) KIM LIGHTING 199

202 AFL27 Horizontal Spot 4MH Isofootcandle Diagrams 4 watt Metal Aiming Angle 4 watt Metal 1 Aiming Angle ' 6' 4' 2' at Distance 1K 1 K K 1 Lateral Distance in Multiples of ' 6' 4' 2' at Distance 1K 1 K K 1 Lateral Distance in Multiples of 1K 1K K 1 1K Longitudinal Distances in Multiples of See page 21) K 1 1K Longitudinal Distances in Multiples of See page 21) 4 watt Metal 2 Aiming Angle ' 6' 4' 2' at Distance K 1 1K 1K 1 K K 1 1K Longitudinal Distances in Multiples of See page 21) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 4 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 4MH 36, 1. 25MH 21,.583 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 2 KIM LIGHTING

203 AFL27 4MH Lateral Spacing Horizontal Spot 4' () Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 7' 6' 3' 3' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 35' (Y) 3: Mounting Surface AFL27/4MH ED-17 clear medium base I.T.L. Test No , initial lumens ANSI Code M-59 To calculate spacing (Y) for Setback Distances other than 4' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.88 6: :1 2. Example: 41' Setback, 6:1 desired uniformity, Y = 41' x 1.45 or 59.45' (59' 5") 11' 7" 9' 6' 3' Use where a slightly noticeable drop in uniformity is acceptable : ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 58' (Y) 15' 12' Use for area lighting where maximum spacing is desired :1 16' 9' ' 3' ' 6' 9' 12' 15' 18' 21' 24' 27' 3' 33' 36' 39' 42' 45' 48' 51' 54' 57' 6' 63' 66' 69' 72' 75' 78' 8' (Y) KIM LIGHTING 21

204 AFL3 Photometric System Design Illuminance level required Charts below show I.E.S. recommended illuminance in Average Maintained Footcandles. These values correspond to the values on each Isofootcandle diagram on the following Isofootcandle Diagram pages. Refer to the beam spread charts on pages Surface Material Examples See page 244 for average surface reflectance values. Floodlighting Surrounding Light Level Bright Dark Avg. Maintained Footcandles Light marble, white or cream terra cotta, white plaster 15 5 Concrete, tinted stucco, light gray and buff limestone, buff face brick 2 1 Common tan brick, sandstone, medium gray limestone 3 15 Common red brick, stained wood, dark gray brick 5 2 Level of Activity Parking Lot Lighting Vehicular Pedestrian Traffic Security Avg. Maintained Footcandles Low.5.8 Medium 1 2 High 2 4 Uniformity of Illumination Dimension is obtained directly from the isofootcandle diagram. Listed dimensions represent the optimum range for that lamp and wattage. Dimension Y (fixture spacing) is simply a multiple of obtained by figuring the longitudinal distance to the next fixture. The next fixture is located where its light pattern intersects the previous fixture as illustrated above. Refer to individual lateral spacing information for specific fixtures for details on determining spacing Y for various mounting distances. NOTE: All areas of uniformity are based on a lighting system, not individual fixtures. Therefore areas of uniformity are calculated assuming contributions from adjacent fixtures. Facade, Wall, or Sign Y Y For facade, wall, or sign lighting, optimum visual uniformity is achieved when the maximum-tominimum illumination is no greater than 3:1. Example: If = 1', Y would = 3' Facade, Wall, or Sign For facade, wall, or sign lighting where a slight noticeable drop in illumination between fixtures is acceptable, use 6:1 uniformity. Example: If = 1', Y would = 6' Y Y Wall For parking lot or area lighting, a 12:1 maximumto-minimum uniformity will provide excellent results. Example: If = 1', Y would = 12' 22 KIM LIGHTING

205 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Beam Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. Isocandela Diagrams AFL31 Wide Flood 75 watt High Pressure Sodium BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 7H x 7V Field Angle: H x V (1% max.) Beam Angle 2 : H x 96.9 V (5% max.) 75 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 7H x 7V Field Angle: H x V (1% max.) Beam Angle 2 : 136. H x 77.5 V (5% max.) 1 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-47 I.E.S. Type: 7H x 7V Field Angle: H x 143. V (1% max.) Beam Angle 2 : 132. H x 77.6 V (5% max.) 7, 9 8 3,282 (1% of Max.) 7 1, 6 13, , 2 26, 1 21, ,49 (5% of Max.) 2,669 (1% of Max.) 5, 8, 11, 17, 21, 25, 13,334 (5% of Max.) , 1, 22, 28, 18,81 (5% of Max.) 14, 3,616 (1% of Max.) 33, KIM LIGHTING 23

206 AFL31 Wide Flood 75HPS Isofootcandle Diagrams 75 watt High Pressure 1 Aiming Angle 75 watt High Pressure 25 Aiming Angle ' 4' 3' 25' at Distance Lateral Distance in Multiples of ' 4' 3' 25' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 25) Longitudinal Distances in Multiples of See page 25) 75 watt High Pressure Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 75 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 75HPS 11, ' 4' 3' 25' at Distance Longitudinal Distances in Multiples of See page 25) Lateral Distance in Multiples of Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 24 KIM LIGHTING

207 AFL31 75HPS Lateral Spacing Wide Flood 3' () 25 Mounting Surface Illuminated Surface 36' 3' 24' 18' 12' 6' Use for optimum visual uniformity on facades, walls or signs :1 5 1 AFL31/75HPS BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-111 To calculate spacing (Y) for Setback Distances other than 3' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1 3. 6: : Example: 31' Setback, 6:1 desired uniformity, Y = 31' x 3.93 or ' (121' 1") 42' 36' 3' 47' 2" 24' 18' 12' 6' 6' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' 96' 12' 18' 114' 118' (Y) Use for area lighting where maximum spacing is desired 12:1 62' 6' 54' 48' 42' 36' 3' 24' 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' 96' 12' 18' 114' 12' 126' 132' 138' 144' 15' 155' (Y) KIM LIGHTING 25

208 AFL31 Wide Flood 1MH Isofootcandle Diagrams 1 watt Metal 1 Aiming Angle 1 watt Metal 25 Aiming Angle ' 4' 3' 25' at Distance Lateral Distance in Multiples of ' 4' 3' 25' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 27) Longitudinal Distances in Multiples of See page 27) 1 watt Metal Aiming Angle ' 4' 3' 25' at Distance Longitudinal Distances in Multiples of See page 27) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 1 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 1MH 11, 1. 75MH 68,.618 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 26 KIM LIGHTING

209 AFL31 1MH Lateral Spacing Wide Flood 3' () 25 Mounting Surface Illuminated Surface 36' 3' 24' 18' 12' 6' Use for optimum visual uniformity on facades, walls or signs 3: AFL31/1MH BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code M-47 To calculate spacing (Y) for Setback Distances other than 3' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1 3. 6: : Example: 31' Setback, 6:1 desired uniformity, Y = 31' x 4.1 or 127.1' (127' 1") 48' 42' 36' 3' 49' 2" 24' 18' 12' 6' 6' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' 96' 12' 18' 114' 12' 123' (Y) Use for area lighting where maximum spacing is desired 12:1 62' 6' 54' 48' 42' 36' 3' 24' 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' 96' 12' 18' 114' 12' 126' 132' 138' 144' 15' 155' (Y) KIM LIGHTING 27

210 28 KIM LIGHTING

211 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. 2 Field Angle: Horizontal and vertical beam spreads interpolated due to no valid I.E.S. standard. AFL32 Isocandela Diagrams Vertical Flood 75 watt High Pressure Sodium BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-51 I.E.S. Type: 6H x 5V Field Angle 2 : H x 81.2 V (1% max.) Beam Angle: 78.2 H x 16.9 V (5% max.) 75 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 7H x 5V Field Angle 2 : H x 86.2 V (1% max.) Beam Angle: 78.4 H x 17.3 V (5% max.) 1 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-47 I.E.S. Type: 7H x 5V Field Angle 2 : H x 8.8 V (1% max.) Beam Angle 1 : 77.6 H x 16.4 V (5% max.) , 53, 43, 35,43 (5% of Max.) , 28, 23, 2,844 (5% of Max.) , 45, 48 37,546 (5% of Max.) 36, , 2, 13, 7,81 (1% of Max.) , 11, 7, 4,169 (1% of Max.) , 17, 11, 7,59 (1% of Max.) KIM LIGHTING 29

212 AFL32 Vertical Flood 75HPS Isofootcandle Diagrams 75 watt High Pressure Aiming Angle 75 watt High Pressure 5 Aiming Angle Lateral Distance in Multiples of Lateral Distance in Multiples of ' 4 3' 25' ' 4 3' 25' at Distance Longitudinal Distances in Multiples of See page 211) at Distance Longitudinal Distances in Multiples of See page 211) 75 watt High Pressure 6 Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 75 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 75HPS 11, Lateral Distance in Multiples of Aiming Angle (A) see individual diagrams ' 4 3' 25' at Distance Longitudinal Distances in Multiples of See page 211) A Ground Facade or Wall A Ground Wall or Pole 21 KIM LIGHTING

213 AFL32 75HPS Lateral Spacing Vertical Flood 3' () 5 Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 24' 18' 29' 12' 6' : AFL32/75HPS BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-51 To calculate spacing (Y) for Setback Distances other than 3' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 31' Setback, 6:1 desired uniformity, Y = 31' x 1.86 or 57.66' (57' 8") 42' 36' 3' 46' 6" 24' 18' 12' 6' 6' 12' 18' 24' 3' 35' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 42' 48' 54' 56' (Y) Use for area lighting where maximum spacing is desired 12:1 6' 54' 48' 42' 36' 61' 5" 3' 24' 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 74' (Y) 2 KIM LIGHTING 211

214 AFL32 Vertical Flood 1MH Isofootcandle Diagrams 1 watt Metal Aiming Angle 1 watt Metal 5 Aiming Angle Lateral Distance in Multiples of Lateral Distance in Multiples of ' 4 3' 25' ' 4 3' 25' at Distance Longitudinal Distances in Multiples of See page 213) at Distance Longitudinal Distances in Multiples of See page 213) 1 watt Metal 6 Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 1 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 1MH 11, 1. 75MH 68, Lateral Distance in Multiples of Aiming Angle (A) see individual diagrams ' 4 3' 25' at Distance Longitudinal Distances in Multiples of See page 213) A Ground Facade or Wall A Ground Wall or Pole 212 KIM LIGHTING

215 AFL32 1MH Lateral Spacing Vertical Flood 3' () 5 Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 24' 18' 26' 3" 12' 2 6' : AFL32/1MH BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code M-47 To calculate spacing (Y) for Setback Distances other than 3' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 31' Setback, 6:1 desired uniformity, Y = 31' x 1.93 or 59.83' (59' 1") 54' 48' 42' 42' 36' 3' 24' 43' 6" 18' 12' 6' 6' 12' 18' 24' 3' 35' (Y) Use where a slightly noticeable drop in uniformity is acceptable ' 12' 18' 24' 3' 36' 42' 48' 54' 58' (Y) Use for area lighting where maximum spacing is desired :1 1 12:1 57' 36' 3' 24' 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 76' (Y) 2 KIM LIGHTING 213

216 214 KIM LIGHTING

217 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. Isocandela Diagrams AFL33 Medium Flood 75 watt High Pressure Sodium BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 7H x 6V Field Angle: 14. H x V (1% max.) Beam Angle: 14.6 H x 67. V (5% max.) 75 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 7H x 6V Field Angle: H x V (1% max.) Beam Angle: 45.5 H x 42.3 V (5% max.) 1 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-47 I.E.S. Type: 7H x 6V Field Angle: 14.3 H x V (1% max.) Beam Angle: 14. H x 54.7 V (5% max.) 9, 14, 19, 4,92 (1% of Max.) 31, 45, 38, 24,51 (5% of Max.) ,137 (1% of Max.) 32 8, 12, 16 16, 8 26, 2,687 8 (5% of Max.) 33, 16 39, ,689 (1% of Max.) 1, 16, 21, 49, 34, 41, 28,444 (5% of Max.) KIM LIGHTING 215

218 AFL33 Medium Flood 75HPS Isofootcandle Diagrams 75 watt High Pressure 1 Aiming Angle 75 watt High Pressure 25 Aiming Angle ' 4' 3' 25' at Distance Lateral Distance in Multiples of ' 4' 3' 25' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 217) Longitudinal Distances in Multiples of See page 217) 75 watt High Pressure Aiming Angle ' 4' 3' 25' at Distance Longitudinal Distances in Multiples of See page 217) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 75 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 75HPS 11, 1. Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 216 KIM LIGHTING

219 AFL33 75HPS Lateral Spacing Medium Flood 3' () 25 Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 26' 24' 18' 3: ' ' AFL33/75HPS BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-111 To calculate spacing (Y) for Setback Distances other than 3' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1 3.1 Example: 31' Setback, 6:1 desired uniformity, Y = 31' x 2.46 or 76.26' (76' 3") 37' 36' 3' 24' 18' 12' 6' 6' 12' 18' 24' 3' 36' 42' 48' 52' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 74' (Y) Use for area lighting where maximum spacing is desired 12: ' 36' 3' 46' 6" 24' 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' 93' (Y) 5 KIM LIGHTING 217

220 AFL33 Medium Flood 1MH Isofootcandle Diagrams 1 watt Metal 1 Aiming Angle 1 watt Metal 25 Aiming Angle ' 4' 3' 25' at Distance Lateral Distance in Multiples of ' 4' 3' 25' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 219) Longitudinal Distances in Multiples of See page 219) 1 watt Metal Aiming Angle ' 4' 3' 25' at Distance Longitudinal Distances in Multiples of See page 219) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 1 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 1MH 11, 1. 75MH 68,.618 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 218 KIM LIGHTING

221 AFL33 1MH Lateral Spacing Medium Flood 3' () 25 Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 18' 23' 6" 12' 3: ' AFL33/1MH BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code M-47 To calculate spacing (Y) for Setback Distances other than 3' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 31' Setback, 6:1 desired uniformity, Y = 31' x 2.36 or 73.16' (73' 2") 3' 24' 35' 6" 18' 12' 6' 6' 12' 18' 24' 3' 36' 42' 47' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 71' (Y) Use for area lighting where maximum spacing is desired 12:1 44' 42' 36' 3' 24' 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 88' (Y) 5 KIM LIGHTING 219

222 22 KIM LIGHTING

223 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL34 Isocandela Diagrams Narrow Flood 75 watt High Pressure Sodium BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 6H x 6V Field Angle: H x 1.4 V (1% max.) Beam Angle: 41.4 H x 45.7 V (5% max.) 75 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 7H x 6V Field Angle: H x 11.1 V (1% max.) Beam Angle: 44.9 H x 38.4 V (5% max.) 1 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-47 I.E.S. Type: 6H x 6V Field Angle: H x 11.9 V (1% max.) Beam Angle: 46.8 H x 42.4 V (5% max.) 1 watt Metal Halide w/gl8 Louver BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-47 I.E.S. Type: 5H x 4V Field Angle: 128. H x 17. V (1% max.) Beam Angle: 8. H x 58. V (5% max.) ,865 (1% of Max.) ,624 (1% of Max.) 17, 25, 34, 55, 67, 8, ,166 (1% of Max.) 12, 18, 24, 39, 48, 57, , 26, 34, 55, 68, 81, ,14 (1% of Max.) 16, 24, 32, 75, ,121 (5% of Max.) 48 3,83 (5% of Max.) 48 44,327 (5% of Max.) 48 63, 51, ,71 (5% of Max.) KIM LIGHTING 221

224 AFL34 Narrow Flood 75HPS Isofootcandle Diagrams 75 watt High Pressure Aiming Angle 75 watt High Pressure 1 Aiming Angle ' 4' 3' 25' at Distance Lateral Distance in Multiples of ' 4' 3' 25' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 223) Longitudinal Distances in Multiples of See page 223) 75 watt High Pressure 2 Aiming Angle ' 4' 3' 25' at Distance Longitudinal Distances in Multiples of See page 223) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 75 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 75HPS 11, 1. Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 222 KIM LIGHTING

225 AFL34 75HPS Lateral Spacing Narrow Flood 3' () 1 Illuminated Surface 13' 2" 6' Use for optimum visual uniformity on facades, walls or signs 12' 3: Mounting Surface AFL34/75HPS BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-51 To calculate spacing (Y) for Setback Distances other than 3' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1 1. 6: : Example: 31' Setback, 6:1 desired uniformity, Y = 31' x 1.3 or 4.3' (4' 4") 17' 12' 6' 6' 12' 18' 24' 3' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 39' (Y) Use for area lighting where maximum spacing is desired 12: ' 23' 2" 12' ' ' 12' 18' 24' 3' 36' 42' 48' 53' (Y) KIM LIGHTING 223

226 AFL34 Narrow Flood 1MH Isofootcandle Diagrams 1 watt Metal Aiming Angle 1 watt Metal 1 Aiming Angle ' 4' 3' 25' at Distance Lateral Distance in Multiples of ' 4' 3' 25' at Distance Lateral Distance in Multiples of Longitudinal Distances in Multiples of See page 225) Longitudinal Distances in Multiples of See page 225) 1 watt Metal 2 Aiming Angle ' 4' 3' 25' at Distance Longitudinal Distances in Multiples of See page 225) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 1 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 1MH 11, 1. 75MH 68,.618 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 224 KIM LIGHTING

227 AFL34 1MH Lateral Spacing Narrow Flood 3' () 1 Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 3: ' ' 6" ' AFL34/1MH BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code M-47 To calculate spacing (Y) for Setback Distances other than 3' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.9 6: : Example: 31' Setback, 6:1 desired uniformity, Y = 31' x 1.23 or 38.13' (38' 2") 18' 12' 18' 6" 6' 6' 12' 18' 24' 27' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 37' (Y) Use for area lighting where maximum spacing is desired 12:1 24' ' ' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 5' (Y) KIM LIGHTING 225

228 226 KIM LIGHTING

229 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL35 Isocandela Diagrams Spot 75 watt High Pressure Sodium BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 5H x 5V Field Angle: 93.4 H x 79. V (1% max.) Beam Angle: 22.8 H x 37.9 V (5% max.) 75 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 4H x 4V Field Angle: 49.4 H x 55.7 V (1% max.) Beam Angle: 21.5 H x 24.9 V (5% max.) 1 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-47 I.E.S. Type: 4H x 4V Field Angle: 53.2 H x 64.4 V (1% max.) Beam Angle: 22.7 H x 28.2 V (5% max.) 1 watt Metal Halide w/gl9 Louver BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-47 I.E.S. Type: 4H x 4V Field Angle: 54.8 H x 56. V (1% max.) Beam Angle: 21.5 H x 28.3 V (5% max.) ,28 (1% of Max.) , 1 39, 5 52, 85, 5 14, 1 124, ,4 (5% of Max.) ,742 (1% of Max.) 25, 38, 5, 81, 1, 119, ,671 (1% of Max.) 35, 53, 7, 114, 141, 167, ,414 (1% of Max.) 31, 46, 61, 99, 122, 145, ,711 (5% of Max.) 88,353 (5% of Max.) 35 77,71 (5% of Max.) KIM LIGHTING 227

230 AFL35 Spot 75HPS Isofootcandle Diagrams 75 watt High Pressure 5 Aiming Angle 75 watt High Pressure 15 Aiming Angle ' 8' 6' 4' 1K 1 K Lateral Distance in Multiples of ' 8' 6' 4' 1K 1 K Lateral Distance in Multiples of at Distance K 1 at Distance K 1 K 1 1K Longitudinal Distances in Multiples of See page 229) K 1 1K Longitudinal Distances in Multiples of See page 229) 75 watt High Pressure 25 Aiming Angle PRORATING CHART Isofootcandle diagrams shown with 75 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 75HPS 11, K ' 8' 6' 4' 1 K Lateral Distance in Multiples of Aiming Angle (A) see individual diagrams at Distance K 1 1K K 1 Longitudinal Distances in Multiples of See page 229) A Ground Facade or Wall A Ground Wall or Pole 228 KIM LIGHTING

231 AFL35 75HPS Lateral Spacing Spot 6' () 15 Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 3: ' ' 2' 6" ' AFL35/75HPS BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-111 To calculate spacing (Y) for Setback Distances other than 6' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.68 6: :1 1.4 Example: 61' Setback, 6:1 desired uniformity, Y = 61' x.96 or 58.56' (58' 7") 29' 24' 18' 12' 6' 6' 12' 18' 24' 3' 36' 41' (Y) Use where a slightly noticeable drop in uniformity is acceptable :1 2 6' 12' 18' 24' 3' 36' 42' 48' 54' 58' (Y) Use for area lighting where maximum spacing is desired 12:1 36' ' 3' 24' 18' 12' ' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' (Y) KIM LIGHTING 229

232 AFL35 Spot 1MH Isofootcandle Diagrams 1 watt Metal 5 Aiming Angle 1 watt Metal 15 Aiming Angle ' 8' 6' 4' 2 1K 1 K Lateral Distance in Multiples of ' 8' 6' 4' 2 1K 1 K Lateral Distance in Multiples of at Distance K 1 at Distance K 1 K 1 1K Longitudinal Distances in Multiples of See page 231) K 1 1K Longitudinal Distances in Multiples of See page 231) 1 watt Metal 25 Aiming Angle ' 8' 6' 4' at Distance K 1 1K 2 1K 1 K K 1 Longitudinal Distances in Multiples of See page 231) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 1 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 1MH 11, 1. 75MH 68,.618 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 23 KIM LIGHTING

233 AFL35 1MH Lateral Spacing Spot 6' () 15 Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 2' 18' 12' 6' 2 3: Mounting Surface AFL35/1MH BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code M-47 To calculate spacing (Y) for Setback Distances other than 6' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.66 6: : Example: 61' Setback, 6:1 desired uniformity, Y = 61' x.86 or 52.46' (52' 6") 26' 24' 18' 12' 6' 6' 12' 18' 24' 3' 36' 4' (Y) Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 42' 48' 52' (Y) Use for area lighting where maximum spacing is desired :1 3' 24' 35' 6" 18' ' ' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 71' (Y) KIM LIGHTING 231

234 232 KIM LIGHTING

235 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. AFL36 Isocandela Diagrams Narrow Spot 75 watt High Pressure Sodium BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 2H x 4V Field Angle: 19.1 H x 6. V (1% max.) Beam Angle: 6.3 H x 16.7 V (5% max.) 75 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code S-111 I.E.S. Type: 1H x 3V Field Angle: 16.8 H x 37.1 V (1% max.) Beam Angle: 8.9 H x 16.9 V (5% max.) 1 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens 1 ANSI Code M-47 I.E.S. Type: 1H x 4V Field Angle: 16.7 H x 49.2 V (1% max.) Beam Angle: 7.8 H x 16.1 V (5% max.) ,972 (1% of Max.) , 354, 288, 177, 133, 89, 229,86 (5% of Max.) , 372, 33, 232,768 (5% of Max.) 186, 14, 93, 46,554 (1% of Max.) , 532, 432, 332,511 (5% of Max.) 266, 2, 133, 66,52 (1% of Max.) KIM LIGHTING 233

236 AFL36 Narrow Spot 75HPS Isofootcandle Diagrams 75 watt High Pressure Aiming Angle 75 watt High Pressure 15 Aiming Angle 1K K J 1 L K Lateral Distance in Multiples of J 1 L K Lateral Distance in Multiples of J J 18' 15' 12' 9' J K L 18' 15' 12' 9' J K L at Distance Longitudinal Distances in Multiples of See page 235) at Distance Longitudinal Distances in Multiples of See page 235) 75 watt High Pressure 3 Aiming Angle K 1J 1 L K Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 75 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 75HPS 11, 1. Aiming Angle (A) see individual diagrams 18' 15' 12' 9' at Distance J K L J Longitudinal Distances in Multiples of See page 235) A Ground Facade or Wall A Ground Wall or Pole 234 KIM LIGHTING

237 AFL36 75HPS Lateral Spacing 12' () Mounting Surface AFL36/75HPS BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-111 Illuminated Surface To calculate spacing (Y) for Setback Distances other than 12' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1.541 Example: 13' Setback, 6:1 desired uniformity, Y = 13' x.35 or 45.5' (45' 6") 18' 23' 11" 12' 6' 16' 6" 12' 6' Narrow Spot Use for optimum visual uniformity on facades, walls or signs ' 12' 18' 24' 29' (Y) ' 12' 18' 24' 3' 36' 42' (Y) 5 1 Use where a slightly noticeable drop in uniformity is acceptable 1 3:1 2 6:1 2 36' 3' 24' Use for area lighting where maximum spacing is desired :1 1 37' 1" 18' ' ' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 65' (Y) KIM LIGHTING 235

238 AFL36 Narrow Spot 1MH Isofootcandle Diagrams 1 watt Metal Aiming Angle 1 watt Metal 15 Aiming Angle 1K 1K 1J J L K J Lateral Distance in Multiples of L K J Lateral Distance in Multiples of 18' 15' 12' 9' J K L 18' 15' 12' 9' J K L at Distance Longitudinal Distances in Multiples of See page 237) at Distance Longitudinal Distances in Multiples of See page 237) 1 watt Metal 3 Aiming Angle K 1J 1 L K Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 1 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 1MH 11, 1. 75MH 68,.618 Aiming Angle (A) see individual diagrams 18' 15' 12' 9' at Distance J K L J Longitudinal Distances in Multiples of See page 237) A Ground Facade or Wall A Ground Wall or Pole 236 KIM LIGHTING

239 AFL36 1MH Lateral Spacing Narrow Spot 12' () Mounting Surface Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 2 3: ' ' 6" ' AFL36/1MH BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code M-47 To calculate spacing (Y) for Setback Distances other than 12' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : :1.475 Example: 13' Setback, 6:1 desired uniformity, Y = 13' x.325 or 42.25' (42' 3") 18' 12' 22' 3" 6' 6' 12' 18' 24' 29' (Y) Use where a slightly noticeable drop in uniformity is acceptable :1 2 6' 12' 18' 24' 3' 36' 39' (Y) Use for area lighting where maximum spacing is desired : ' ' ' 32' 6" 12' ' ' 12' 18' 24' 3' 36' 42' 48' 54' 57' (Y) KIM LIGHTING 237

240 238 KIM LIGHTING

241 1 All Initial Lumen values shown are approximate and may vary from one manufacturer to another. Consult lamp manufacturer s data for exact lumen and life data. Isocandela Diagrams AFL37 Horizontal Spot 75 watt High Pressure Sodium BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-111 I.E.S. Type: 7H x 5V Field Angle: H x 89.6 V (1% max.) Beam Angle 1 : 91.7 H x 21.3 V (5% max.) 75 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-111 I.E.S. Type: 7H x 5V Field Angle: 14.3 H x 9.6 V (1% max.) Beam Angle 1 : 99.1 H x 25.1 V (5% max.) 1 watt Metal Halide BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code M-47 I.E.S. Type: 7H x 5V Field Angle: H x 86.7 V (1% max.) Beam Angle 1 : 98.5 H x 21.7 V (5% max.) 69, 58, 47, 36,264 (5% of Max.) 29, 22, 15, 7,253 (1% of Max.) , 32, 26, ,978 (5% of Max.) , 12, 8, ,996 (1% of Max.) , 51, 41, 25, 19,13, 32,825 (5% of Max.) 6,565 (1% of Max.) KIM LIGHTING 239

242 AFL37 Horizontal Spot 75HPS Isofootcandle Diagrams 75 watt High Pressure Aiming Angle 75 watt High Pressure 1 Aiming Angle 1K K ' 8' 6' 4' at Distance 1 K K 1 Lateral Distance in Multiples of ' 8' 6' 4' at Distance 1 K K 1 Lateral Distance in Multiples of 1K 1K K 1 1K Longitudinal Distances in Multiples of See page 241) K 1 1K Longitudinal Distances in Multiples of See page 241) 75 watt High Pressure 2 Aiming Angle ' 8' 6' 4' at Distance K 1 1K 1K 1 K K 1 1K Longitudinal Distances in Multiples of See page 241) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 75 watt High Pressure Sodium lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 75HPS 11, 1. Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 24 KIM LIGHTING

243 AFL37 75HPS Lateral Spacing Horizontal Spot 6' () Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 12' 14' 1" 6' 1 3: Mounting Surface 6' 12' 18' 24' 3' 36' 42' 45' (Y) AFL37/75HPS BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code S-111 To calculate spacing (Y) for Setback Distances other than 6' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3:1.75 6: : Example: 7' Setback, 6:1 desired uniformity, Y = 7' x 1.26 or 88.2' (88' 2") 24' 18' 25' 1" 12' 6' Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 76' (Y) Use for area lighting where maximum spacing is desired :1 35' 3' 24' 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' 96' 12' 16' (Y) KIM LIGHTING 241

244 AFL37 Horizontal Spot 1MH Isofootcandle Diagrams 1 watt Metal Aiming Angle 1 watt Metal 1 Aiming Angle ' 8' 6' 4' at Distance 1K 1 K K 1 Lateral Distance in Multiples of ' 8' 6' 4' at Distance 1K 1 K K 1 Lateral Distance in Multiples of 1K 1K K 1 1K Longitudinal Distances in Multiples of See page 243) K 1 1K Longitudinal Distances in Multiples of See page 243) 1 watt Metal 2 Aiming Angle ' 8' 6' 4' at Distance K 1 1K 1K 1 K K 1 1K Longitudinal Distances in Multiples of See page 243) Lateral Distance in Multiples of PRORATING CHART Isofootcandle diagrams shown with 1 watt Metal Halide lamp use the following prorating multipliers for other wattages: Lamp Initial Lumens Factor 1MH 11, 1. 75MH 68,.618 Aiming Angle (A) see individual diagrams A Ground Facade or Wall A Ground Wall or Pole 242 KIM LIGHTING

245 AFL37 1MH Lateral Spacing Horizontal Spot 6' () Illuminated Surface Use for optimum visual uniformity on facades, walls or signs 18' 12' 6' 3: Mounting Surface 6' 12' 18' 24' 3' 36' 42' 48' 54' 6' 62' AFL37/1MH BT-37 clear mogul base I.T.L. Test No , initial lumens ANSI Code M-47 To calculate spacing (Y) for Setback Distances other than 6' shown, multiply actual Setback Distance () by the following: Uniformity Ratio Factor 3: : : Example: 7' Setback, 6:1 desired uniformity, Y = 7' x 1.58 or 11.6' (11' 7") 24' 18' 27' 7" 12' 6' Use where a slightly noticeable drop in uniformity is acceptable : ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' 95' Use for area lighting where maximum spacing is desired :1 3' 24' 36' 1" 18' 12' 6' ' 12' 18' 24' 3' 36' 42' 48' 54' 6' 66' 72' 78' 84' 9' 96' 12' 18' 114' 12' 127' KIM LIGHTING 243

246 References Application Assistance Surface Reflectance Applications Assistance Kim Lighting utilizes the latest computer technology and software to provide specifiers with reliable evaluations of lighting system performance. We can analyze a proposed luminaire layout or provide recommendations based on performance criteria. Electronic copies of plans can be sent directly to yyeager@hubbell-ltg.com. Hard copies can be sent by fax at , or they can be mailed to Applications Dept, 71 Millennium Blvd, Greenville, SC Photometric Files Kim Lighting.ies format photometric files are available for use in lighting calculation software. The complete IES File Library is on the internet at Approximate Reflectance of Some Common Surfaces Material Reflectance Asphalt, clean 7% Bluestone, Sandstone 18% Brick, dark buff 4% Brick, light buff 48% Brick, dark red 3% Cement 27% Concrete 4% Earth, average 7% Glass, clear 7% Glass, reflective 2-3% Glass, tinted 7% Granolite Pavement 17% Grass, dark green 6% Gravel 13% Macadam 18% Slate, dark clay 8% Snow, new 74% Snow, old 64% Vegetation, average 25% White Marble 45% White Paint, new 75% White Paint, old 55% 244 KIM LIGHTING

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