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Home My WebLink AboutLighting Table of Contents Relativity 2-3 Optical DesignNersatility 4-5 Mechanical Design 6-7 Installation and Maintenance 8 Arm Mount Ordering Information Post Top Mount Ordering Information Proportion Guide Photometries: See separate CC/CCS Photometric Catalog. 10-11 12-13 15 ~ KIM LIGHBlG SITE I AREA PARKING STRUCTURE ROADWAY ARCHITECTURAL FLOOD ACCENT LANDSCAPE MAILING ADDRESS: P.O. BOX 60080 CITY OF INDUSTRY, CA 91716-0080 BUSINESS ADDRESS: 16555 EAST GALE AVENUE CITY OF INDUSTRY, CA 91745 U.S.A PHONE 626 I 968-5666 FAX 626 I 369-2695 ENTIRE CONTENTS @ COPYRIGHT 20CQ KIM LIGHTING INC. ALL RIGHTS RESERVED REPRODUCTION IN _OLE OR IN PART WITHOUT PERMISSOO IS SmlCTLY PROHIBITED, PATENTS PENDING www.kimlighting.com ......... ~ . ~ 'II . . , c . . ~ 1Qo, . ..... ~ RvA Council for Accreditation Audited to ISO 9001 Standards Printed in U.S.A. 5501600122 Version 5/00 CC/CCS Curvilinear Cutoff Series ~ ~. ... ............. .... ... .... ... ~~ t't.,'. ~ - ~- \! ~ '~~~~'.J I I;i': ~ I The CClCCS Series: These performance luminaires are conceived as a total integration of design and technology. Kim's third generation of CUNilinear Cutoff luminaires represents the most current technology in specification-grade outdoor lighting. This family of cutoff luminaires is a direct response to the needs of today, engineered wrth tomorrow's insight. The CC/CCS product line is designed to surpass tough demands, such as energy efficiency, glare control, light trespass, aesthetic and structural integrity, all manufactured to Kim's standards for quality, longevity and performance. 1 .J rr~ --- I I --- -- ~ I ~_li -.. .. -= -:- ,A ,..,. , .,., ..,., ~ ~ "\ , . Kim Theory of Relativity Integration of Luminaire Design and Architectural Site CCA Curvilinear Cutoff Arm CCP Curvilinear Cutoff Post LTV Lightvaull" VRB Vandal Resistant Bdlard AFL Architectural Roodlighl WF Wall Form" KIM THEORY OF RELATIVITY At Kim, product is developed in cO'1text, es it relates to Detail, Performance and Propcrtion. Detail 10 connect fixture appearance to the site and architectural elements. Performance to provide high visibility while using energy effICiently. Proportion to retlect the proximity to structures as well as site occupants. As Illustrated balow, each zone leading to a sUuCh.Jre presents a unique sel of criteria The Site I Roadway Zone requires large scale sources, mounted high and spaced widely, to provide uniform illumination. Pedestrian Zone luminaires are mors visible, mounted lower and provide higher illumination levels to draw CCP 21'or25' CCP 17' .-' .-' " View 01 ~ure .-' .-' ~,OO~ ' , , 'LTVl ~ SW Site Wallform WD Wall Director" attention and enhance secunty, The Landscape I Path Zone reqUires fixtures closest to occupants, delineating paths and connecting the site with the structure itself. The Building I Perimeter Zone requires design intimate with physical architectural elemenls whilo providing texture and highlight. dr~wing attentiM to entries, and producing a sense of security. Lighling practice is a blend 01 aesthetic design, performance and effect. Inlegraling Outdoor Ughllng wrth Slle Architecture is the Kim Theory of Relativity, 01 10 01 ,DO <:> SITE I ROADWAY ZONE The CC CufV1hnear Culoff Soros on 20' - 50' poles, proVides OIrge stle and roadway areas the illuminance and uniformity reqUired for safety and security. Efficient cut-off optics mprove visibility and reduce light trespass. The optional Accenl Reveals fealure CuslOO1izes tho fixture to coonocl with the architectural detailing. PEDESTRIAN ZONE The CC ClJvii"lear O1df Series (J1 10'- 31 p:>Ies proVdes pedssIr'al areas hcroosed ....~ly and accat. The recl..ca:I fixue ocae and ~[mI !lGcen1 Reveals feanse rMin1ains ccntiruity. LANDSCAPE I PATH ZONE VRB VardaJ Resistart Bcm-ds dei"eate palt"s. del", ,ak paIlans and estabIS1 a SO"\S8 d v.OC::rfC and ~. L1V~,fi9rOOe~~ ~s~\tI wiIl:xJ vWaI ctJSIruCIi:n BUILDING I PERIMETER ZONE AFL Architeclural Fk>odlights provkle hiQhlight in architectural~ sensrtive enclosures. WO Wall Directors'~ provide an up or downlight function while maintaining aesthetiC coot<1uity, SW Site Wallforms highlight entries and facades while enhanc<1g archrtectural style WF WaD Forms~ provide unobtrusive stair and peHmeter walk illumination. Optical Design I Versatility Sharp Cutoff, Visual Uniformity, Maximum Pole Spacing Anyone of these criteria is demanding. To achieve all three in a single luminaire requires Kim's expertise. The CC optical system utilizes a horizontal lamp orientation to achieve sharp cutoff and a flat lens configuration for minimum visual brightness. The primary reflector panels are highly specular to achieve precise distribution and cutoff. A careful redirection of the uplight spreads light downward to properly fill the mid-ranges, while excessive straight down illumination is avoided by the elimination of downward reflecting surfaces. A. High-angle maximum candlepower and sharp cutoff are produced by the smooth specular side panels. B. A specular peened upper reflector spreads light into the mid-range, gradually increasing the intensity toward higher angles while avoiding any low-angle reflections. C. At tow angles. bare lamp illumination is adequate. eliminating the need for downward reflecting surfaces to optimize uniformity. A. Typical horizontal lamp luminaires produce excessive straight- down illumination in relation to the side throw. This causes poor uniformity. B. The CC's reflectors have reduced straight-down illumination with increased side throw. This produces excellent pole spacing and uniformity. Rotatable Optics All CC reflectors are field rotatable in 900 increments. This allows design flexibility in producing very high illumination levels for special applications, or maintaining a constant fixture geometry in relation to surrounding architecture. ~@4~ Types II, III or IV reflectors can be rotated into a parallel orientation with a standard dual mounting configuration. This provides very high illumination levels often required for tennis courts and automobile dealerships. Design Flexibility If a constant fixture alignment is desired, single or dual mounts can remain in the same orientation while rotating reflectors to change light pallerns. For single post top mounts, the fixture yokes can be installed in alignment throughout the site with reflectors rotated to optimize light distribution. GJ C!JE] + % + 4 KIM LIGHTING Four Light Distributions The CC series offers a selection of light distributions to tailor the lighting system to site geometry. The following distributions are available: Type II: Typically used as a single fixture for narrow roadways or alleys, and as a dual mount for site entrances, Available in 177 21"and 25", Type III: Typically used as a single fixture for roadways, pathways or site perimeters, and as a dual or quad mount for site lighting, Excellent for wall mounting. Available in 17721725" and 29~ Type IV: Typically used as a single fixture for site perimeter or wall mounted. Excellent results with houseside shield option. Available in 177 21~ and 25". Type V Square: Typically used as a single, dual or quad mounting for general open site lighting. Available in 17721725" and 29". Where light trespass must be controlled on adjacent property, houseside shielding is available on Types II, III, or IV asymmetric distributions, Seven Mounting Configurations ...... +~ Seven mounting configurations are available using one to four fixtures per pole, plus single wall mounting, -- --- t~~ - 6) G G (g] '" I.E.S. Type III I.E.S. Type IV I.E,S. Type V Forward Throw Square I.E.S. Type II Superior Visual Uniformity While maintaining sharp cutoff and wide pole spacings, the CC produces excellent visual uniformity. For pole-mounted area and roadway luminaires, optimum visual uniformity is achieved when the maximum- to-minimum footeandle (Fe) ratio is held below 12:1. I 8 3.45 1.17 3.45 8 4.00 2.50 1.10 2.50 4.00 120' 2.22 1.45 1.00 1.45 2.22 1 4.00 2.50 1.10 2.50 4.00 8 3.45 1.17 3.45 g 170' Test No.: ITL 39429 Fixture No: 2B/CC25A3J400HPS Mounting Height: 30' Maintained Average: 2.7 Fe Maintained Maximum: 11.3 Maintained Minimum: 1.0 Maximum/Minimum: 11.3 KIM LIGHTING .. Mechanical Design Strength Coupled with Architectural Character Engineering and design were conceived as one discipline in the CC series. The goal was to produce a housing with very high strength, low weight and aerodynamic drag, simple geometry, and basic architectural compatibility. The logical solution was a clean cylinder accented by horizontal reveals. Our precision computer-controlled spinning process is used to produce the clean, crisp housing with consistent wall thickness and smooth sides. Three reveals are rolled into the housing for stiffening and to create a smart, classic profile. The final process adds a support flange by mechanical hemming, eliminating welds and fasteners. , \t t.., , t ~ ~ '- ;$ High Strength Yoke Post top mounted CCs utilize Kim's unique yoke configuration which optimizes component strength while reducing stress on the welds. The key element of this design is a single tube system which spans the lens frame with longitudinal welding at the hub. This design efficiently transfers the fixture weight to the center hub and away from the welds. Stress at the weld is minimized to resist wind and vibration forces. The base hub serves as a splice compartment and completes the horizontal-plane design developed in the housing. Heavy cast aluminum lens frame \.--:'--=- - ur - - 3600 welding of support arm on Inside surface of lens frame / r .~ -..) L---" T - - I _...,J -- Cast Aluminum splice compartment cover One-piece heavy tubular aluminum arms Cast Aluminum base and splice compartment Longitudinal arm welds 6 KIM LIGHTING Durable Powder Coat Finish Kim's state-of-the-art powder coat paint system is engineered to provide the highest quality finish with absolute paint adhesion under weather extremes. The Super TGIC thermoset polyester powder coat finish is applied over a chromate pretreatment, This finish system has exceeded the A.S.T.M. 1000 hour salt spray test, enduring over 5000 hours without failure. Eight Stage Finish 1. Power wash and degrease. 2. Detergent tank bath. 3. Clear water rinse bath. 4. Chromate bath. The best known pretreatment of aluminum for corrosion resistance and paint adhesion. ALUMINUM CHROMATE POWDER COAT 5. Clear water rinse bath. 6. Dry off oven. 7. Powder coating. 2.5 mil nominal thickness. 8. Bake for 20 minutes at 41 oaF. Low E.P.A. Housing and Components The choice between round or square housings becomes a "no contest" selection when the effect of wind is compared. A round housing produces 40% less E.P.A. (Effective Projected Area) than a square housing having the same width and height. This translates to a large potential savings, as lighter gauge poles may be utilized. Square Lumlnalre -1f"~~ i ~---'. ~-J Coefficient of Drag (CD) 11.2 EPA 2.5 Round Lumlnalre I 25' '\ -,\. -'-...~ -~ ~ 0.7 1.5 Comparison of 25' round and square arm mounted luminaires shows 40% less E.P.A. for the round unit. The same percentage decrease also applies to post top mounted fixtures. Sealed Optics In outdoor lighting it is not enough to seal the optical chamber from outside air, moisture and insects. Some of these contaminants can also enter through internal wireways, which is why all CC optics are totally sealed inside and out. This assures maximum performance between maintenance cycles which are typically three to five years. ~~ _'.. r- ~ Housing Self-Retained Screw Silicone Lens Gasket Cast Aluminum Lens Frame Flat Tempered Glass Lens KIM LiGHTING S . Installation and Maintenance Maintenance and Access Fast installation and easy maintenance are achieved by modular construction. Hinged lens frames (arm mounts) and housings (post top mounts) lock in the open position freeing both hands for work. Reflectors snap out for easy access to the housing interior. The ballast module is factory prewired with quick-disconnect plugs, and mounts inside the housing with keyhole slots. Pole mounting uses the least number of fasteners, maintaining simple, clean detailing. Post Top Installation Post top mounts can be specified with Kim's patented wedge grip. A single concealed bolt attaches the fixture. Prewired ballast module Arm Mount Installation Arm mounts utilize a draw-bolt system concealed within the arm's internal centering guides. B KIM LIGHTING "" ---. ~--- - [ -...........- I ,.~ ~ - ..-,,--- ... lr ---- ,~ _' r- . ~ ..-""'" --=- -'C~ r-~" - ~ '( ...-~.::J -..,.--, ~ ~- ~ ,on ~;->\ -..' .. J" ...., '. J:' I' ~_':r .~,'~, '.... i-'>f A~~ fill! ~ .,. --"",.,.......~ ~ ".... - ': -::':-::; - -:--:.::; ... .--. ~ .. - .....,. ~ ~:::..-' . ... .. __ - ,~___ __ "'1_,..;-. -:;... -~ ~ ..;- ..."-.,.,.,, - ~ - ,....1 ::..---= ....-:. __ ,~_....,.. _ r--__ - ~ ~ - ~- ----- I ...-- ~~_:..---': - .- ~.... - - - ' -- -' "" ,. r __,...1--'" ... ............. ...- --- ........, ... .. ---- ...- _:.....-- --- --. -.. ~-_-!! _._ "'--.J.- .'- ~~ ~ _ ......-r- - . I, .--L --- _ --=---:2-~ ~ ,-1 -1_-- 1 r"""'!""' .--J- -:':)_ _::"--::--1' J ... - ..~-- ----" .-:----- ~ ..,..-- ...:::;:..,.. r"'" -r - . ... ... ....."" ;:;-- ~.. -F'i'--~ ~ ":'~.l-' _ J,...,o,r ~,...J.ll~ :7' .:_--=-, - -. L.-I1 --~ --~~_.~ _ _... r- _.1-. .. _, I ,....-:]' ,... ..... -1-....... -..,.......... - ~-- ~j Ordering Information Curvilinear Arm Mount lr~29QL~S~~ 7010 1000 Watt II Mounting: 3V configuration is available fOf rouncl poles oo~ Plan View: . ... r Wall ., M:>unl 4 Finish: Cok>r: BJac~ Dark Orooz. Light Gray Platinum Silvor lM,ile 'Custrxn (".ous Super 151t.: powdBJ ooat paint Cat I'b.: BL-P DB-P LG-P PS-P WH-P CC-P o.w ctranateoorll.W.rl ooati'g 'Corm! ~ati\le lor D..JStcrn cdors 5 Optional Photocell: Mounting (see page 10) Wattage ~r fixlure Voltage Gat No, Faclory instanect phuloccll 111 [Fe ~\. \~. 120 A-30 hOusing wi'ttl lully gasketed . .~. 70-400W 208 A.J1 lA,IW 2B 2L 3T.3'I 240 A.J2 SBN;OrooSidewal1. For 17"2", 277 A.J3 anr125" fixtll"f13 ooly. ';t;' 347 A.35 . . 4C 10-250W 400 A-34 .. FIXture with ptdoc:xJl .J 120 2A-30 . fila.... ern(s) ,-. 208 2A-31 ..... 4C 400W 240 2A.3Z !j 277 2A-33 347 2A.35 400 2A-34 6 Optional Photocell rAecePlllcle Cat. No.: A.25 FClctOfY installed in f1a1 portion of housing top for NEMA base Receptacle: F photocells by others. Cal No. A-25 applies for all voltages 29' fLt(ture onI~ ( 12OV-4BOV) One per fixture fl:)QLJred. 7 Optional Convex Glallll rP~sl Cat. No.: CGL Tempered oonve)( glass lens replaces standard ftatlens Lens: 8 Optional Poiycarbonate rP~:'e~ Car. No.: Polycarbonate Shield rE.>p!accs standard lel~lpHfed glas.... 18Il~ Shield: L17for 1rmodelS 250 wan maximum. May be use<J with 400HPS In outdoor L21 for 21'models locations were ambient air lempefalljre durinQ fixture operation L25 for 25' models will nOI exceed B5~F. 9 Optional Houseside ~~s~ Cal No HS For 1r, 21'. ana 25' models with Types II. III. or IV aistntMions Shield: only Recommended !Of us. with clear lamps only. Effectiveness Is reduced for coated lamps Cat No HSC For fixtures wilt1 optional conVBJ< glass lens or poIycarooflall:J shield. Not for use with Type V light distributions. ~.,-" polycarbofla1~ shI&-d 10 Optional Vertical Ije D Cat No MOlJnting Configuration Allows ~tandard fixlure <lnd ;:um Slipfitter Mounts: V5F-1A 1A - Single arm rmunt to be mounted to poles having CI VSF-2B :28 - 2 al1800 2"pipe-size tenon (2%"0.0.)( 4W VS F-2L 2L .2 at 90" minimum length). VSF-3T :iT - 3 al goo R:>iJnd VSF.3Y 3Y. 3 atl211' VSF-4C 4C - -1 al 9{1' 11 Optional Horizontal ~ Cat. No: HSF Replac~ standard mounting arm with a sliplrtter for mounting SlIpfilter Mount: to a hOrizontal pole da~t.arr~ with 2" pipe-size mounting end (2%'0.0.). 12 Optional Accent rfg CoIoc EJad< Dark Bronze i..>;t( Grao; FlaIirun~ I'otr1e ~QHxl1o-:hs Reveals: Cat No.: Bl.-REV DB-REV ~ PSREV WH-REV CCREV Fa CC sones only 'Ccosllt representative for cuSlCm colo4's 13 Poles: See Kim Pole Catalog for a complete selection of round and square poles in alLJminurl or steel Ordering Example: For Standard Rxlure and Po.. ,.b..rtr1Q fbllUrl!l Ew.tntAit.b1JIol 1=risl1 Optms. ~llRwI3a16 ~ PoIoe -----, 1A J CC25A3 J 400MH277/ lG.pJ A-33 J Bl.REV J PRA30-6250A J LG-P 1 2 3 4 5-11 12 13 For CC ont,. See separ.a'\l3 Krn Pole Cat.<I~ Onlt fl:,r 'w W.aI M:>..J"It Cat No' EPA 17': 21': 25'; 29'; 2 Fixture: Cat. No. designates CC/CCS li)l;lure and ligtlt distnOlJoon. Fixture CC ~ cc fixtures have 3 horizontal fsveals. cc ~ CCS fixtures. have' honzonta.l grornl-e. CC ~ See tfle Kim Site/Roadway Optical Systems Calalag for detailed information on ranactor aes>;jn and _Iicatioo. CC .. lA 09 1.2 1.5 1.B CCS 17" ~ '- -t' ~+ 3Y 2.5 3.4 43 52 ........ ,', 4C 2.8 39 49 59 1W CCS 21" 91 28 1.8 24 3.0 3.6 2L 1.6 2.2 2.7 3.3 3T 2.5 3.4 43 5.2 Type 1\1 Type IV F-oI_dTtyow FeY sel<doo of fixture ard rncuntio'J configlSa100 baSed on pOODrelric perfOfmanc.. see the CClCCS PI101om8lrtC Catalog. Light Distrloohon: Type II Cat. No.: CC17A2 CC17A3 CC17"4 CCS17A2 CCS17A3 CCS11A4 Light Distribution: Type II Cat No.: CC21A2 CC21"3 CC21A4 CCS21A2 CCS21 A3 CCS21 A4 Type III Type IV RlrMliClTtYCNt' Light Oistrlbutiorl: Typu II Cat No.: CC2!A2 CC25A3 CC2!iA4 CCS2l5A2 CCS25A3 CCS25A4 T'1'pfJlll Iype IV Fu_d~ CCS I CJ::!] ,..~~:. T}'PO III CC29A3 CCS29A3 I" "/ , , Type V &..", CCl1A5 CCS17A5 TypflV """'"' CC21A5 CCS21A! Typo V ....... CC25A5 CCS25AS T}'PO V _.. CC29A5 CCS29A5 3 Electrical Module: CClCCS11' CClCCS 21' and 25' CCICCS 29' HPS . Hgh PrfJfHJfa Scdun 71IHPSl20 100HPS12D 150HF'S12D 150HF'S120 250HPS 12D 4OOHPS120 750HPS120 1000HPS120 71IHF'S208 100HPS208 1511HPS208 1511HPS208 25OHP5208 4OOHPS208 750HF'S208 1000HPS208 MH _ Meml HalkJe 71IHPS240 l00HPS240 150HF'S240 150HPS240 25llHPS2.uJ 4OOHPS2.uJ 750HPS240 1000HPS2.uJ 71IHPSm l00HPsm 1511HPS277 1511HPSZ77 250HPSID 4OOHPS277 750HPSZ77 1000HPSm PMH . I'Llse Start 71IHPS347 100HP5347 150HPS347 150HPS:JoI7 2511HPS341 4OOHPS347 7511HPS:JoI7 1000HPS347 Mel8l Halide 1511HPS480 250HPS480 4OOHPS480 7SDHPS480 1000HPS480 10MH120 100MH120 1511MH120 175MH120 250MH120 4OOMH120 l000MH120 ~ 1DMH208 100MH2D8 150MH20S 175MH20S 250MH208 4OOMH208 1000MH208 70MH240 l00MH2.uJ 1511MH240 115MH240 25OMH2411 4OOMH240 100OMH240 711MH277 l00MH277 150MH277 175MH277 250MHm 4OOMH277 1 DOOMH277 7OMH341 l00MH347 150MH347 175MH347 25OMH347 4OOMH347 lDOOMH347 175MH480 250MH480 4OOMH480 lDOOMHoI8D Lamp lamp line 175MH12D 250PMH120 400PMH120 Watts Twe Volts 175MH20B 250PMH2OB 400PMH208 175MH2411 250PMH2.uJ 4OOPMH240 400 HPS 217 175MH277 250PMH277 4DDPMH277 175MH347 4DDPMH347 4OOPMH480 KI.. LIGHTING CCS 25' 91 29" KIM LIGHTING Ordering Information ~ Curvilinear Post Top Mount CC/CCS 17' - 29' Post Top Mount 70 to 1000 Wan Ordering Example: For Standard FIXl\Jre and Pole I.h.tMg FIl[f.m~ Ekx:triml ModJI(l F.l~:h c,.funl> ~~er1 HtI.'eas I PeW ~ FM I CC25P5/400MH2771 LG.P I A-331 BL.REV J PRA30-6250FM I LG.P 1 2 3 4 5-9 10 11 4 Finish: Super TGIC powoor coat paint crv€f dltnare o:n.'CJSial coati ~ For CC oo~ !;An saoomle Kim PdEJ Cntaog. 5 Optional Photocell: Factory Installed pho1oCea in housing with flJly gaskBled '"""'" on side 10\"<111 Fa 17', 21', and 25' tixtu'es oo~. Mounting: ErA; II' 21' 07 1.0 ti ~ tt 25' 29' 1.2 1.5 OM Direct Moun1 ria 3.1'10 3.9' Dia 3,"103.9' Dia 3,1'103.9' Dia. PT Post Tenon Mount 2'Plpe-size Toron [2%'0.0. x 4'" l) 2' Ape-size Toron (2%" 0.0. x 4'" l) ?Plpe-We teron (2%'OD. x40/0'l) 2' ~ 1fff",(2+\'o.D. x .%'l) FM Flusn Mount 11' 3'10',4', 4l'i Of 5' CM. '1 21. 4: 4W, 5', Cf B'Da. 25. 4~ 4lh", 5,', Cf 6"Da. 29' 4~ 41'..', 5', CY 6'o;a Cal No: Poltt Top Aequirerflerds. 6 Optional Photocell Receptacle: 29' fixture only. 2 Fixture: Fixture Foe selectIOn 01 fixture and <OOJr<lng oonhguratlOn based 00 Cat. No. designales CCfCCS pho1onletnc perto<mance, see 1110 CClCCS Photamolrlc Cata~. fixture ancIligh'l distributbn. , , 1\ , , ;", ;", CC CCS ught OiS1ritl\JtlOI1: Type II T'IPO III Typo IV TypaV ~ 1? Fawa-:::Ifl'yo".. sow. Cat No.; CC11P2 CC11P3 CC17P4 CC17P5 17' CCS17P2 CCS17P3 CCS11P4 CCS17P5 CC fixtures have 3 horizontal reveals CC CCS lignt DiS1ributioo Type II T'IPO III Typo IV Typo V ~ cr? FmooardTl-foy, ....... Cat. No.: CC21P2 CC21P3 CC21P4 CC21P5 21' CCS21P2 CCS21P3 CCS21P4 CCS21P5 CCS fixtures have 1 horizontal CC CCS light Dlstributioll Type II Iypo III Type IV Type V groovtl. ~ err FoorI'l.dThrvw ,,-.. Cat.No: CC25P2 CC25P3 CC25P4 CC25P5 25' CCS25P2 CCS25P3 CCS25P4 CCS25P5 See the Kim Site/Roadway Optical Syslems Catalog for detailed ilformalbn rn reftodor CC CCS liOhl Dlstribulion: Type III Type V design and applicatOn , T Sq..rIr~ Cat No.: CC29P3 CC29P5 29' CCS2SF'3 CCS29P5 3 Electrical Module: cClces 17' CCJCCS 21" and 25" CCICCS 29' HPS _ HgIl Pressure Sodium 70HPSI20 l00HPS120 150HPS120 150HPS120 250HPS120 AOOHPS120 750HPS120 l000HPS I 20 70HPS208 l00HPS208 150HPS208 150HPS208 25lIHPS2D8 oIOOHPS208 750HPS2Q8 l000HPS208 MH . Melal HiJllde 70HPS240 100HPS240 150HPS24Il 150HPS240 250HPS240 AOOHPS240 750HPS240 l000HPS240 PMH . PUs. Stan 70HPS277 101lHPS277 150HPS277 150HPS277 250HPS277 oIOOHPS277 750HPS277 l000HPS277 70HPS:l47 l00HPS347 150HPS347 150HPS347 250HPS347 400HPS347 750HPS347 l000HPS347 Metal Halide 150HPS480 25lIHPS480 400HPS4Sll 750HPS4Sll l000HPS480 7OMH120 100MH120 150MH120 175MH120 250MH120 4OOMH120 1000MHt20 ~ 7OMH208 100MH208 15OMH208 175MH208 250MH208 400MH208 1000MH208 roMH240 100MH240 l5OMH240 175MH240 2SOMH240 400MH240 1000MH240 7DMH277 100MH277 l5OMH277 175MH277 2SOMH277 400MH277 1000MH277 70MH347 100MH347 l5OMH347 175MH347 2SOMH347 4OOMH:l47 1000MH347 175MHWl 2MMK4aO 4OOMH48lI l000MH48D lamp lamp une 175MH120 250PMHI20 4OOPMH12D wans Type \l)Its 175MH208 250PMH208 4OOPMH208 AOO HPS 277 175MH2oW 250PMH240 4OOPMH240 175MH277 250PMH277 4OOPMH277 175MH347 4OOPMH347 4OOPMH480 KIM LIGHTING 7 Optional Convex Glass lens: B Optional Polycarbonete Shield: 9 Optional Houseslde Shield: 10 OptionalAccenl Reveals: FCY CC seOes Of/y. 11 Poles: Coiof Black Dark Bronze Cat, No: BloP DB.p , Cor'$Jtt fep~.alM! for rustom colors. 9-' Une Volts' 1 '2OV Cal f\b.: A..30 ught Gray lG.p Platinum Silver PS.p /RttC~ta(:1E:I T Cat No: A-25 Vw"nite WH.p 'Custom Colors CC-P 208V A-31 240V A-32 277V A-33 4ROV A-34 347V A.35 ~ '"" Con .ex Glass lef1s ~ Cat No.' l17lo<. 1T~s l21 kJr 21' (OOdB!s L2S h 25' rrodeis Pdy::n"bon3te Shield ~ CaiNe HS V\-HS""'at lenson~ _ Cat No' HSC ~ f<SCr>,eonv.._.. poIycart<<1a~e shield Factory installed in housing lop lor NEMA base photOCells by others. Cat No. A.2! applies for all 'w'OJttgus ( 120V-4ll0V/, CGL Tampertld CCH"lvax glass lans replaces standard flat lef1s. P<JycarOOna1a Stield replaces slancard Iemperad glass lefls 250 wan maxirr<.n. Mav be "see wtth 4OCH'S In ouidJct Iocatiaoo tN8e a(':)bft;nt art temperature dlll~ fi:<<re operation w;~ not IlX08Bd H5"F. Foe 17',21', and 25' roodeIs ""th Types II, III, er tV diS1nbutians Oflly, Recornmendtftj IOf use Wlth clear lamps 0011'. E11ecliveness is reduced fOf cooted lamps ror fixtures with oplional con'f'€)( glass lens or polycarbonate shIeld. Not for use with Type v light distribu1ions. Cca BacI; DaI< Bmze L.\11l Gray lI: Cal No. BL-REV ~ l.GREV " ICc::lrIstjt rsprerentativs lor custom cdcr-s ReveAls ~ RalrunS"",,, wme 'CuslJmO:bs PSftV ~ CCREV See Ki:n Pole Catak)g for a complete selection of round and square poles ~n al1JT\inum or steel. '. ~ "" .... ~. ~ ... ...; " ... - .), ~ ~. "".. ... .l, J .' ',l' ~ .l -- ",. ..,.. . ... 'L . . ~('It ~ -~ <'i' k to, 1'"=, ... ':l\!t ... .. f , .. Proportion Guide 70 to 1000 Watt / 10' to 50' Poles 50' 48' 29' CIA. Models: 750 to 1000 Watt 35' to 50' poles 46' 44' This proportion diagram is intended to help visualize and select the best CC system to satisfy aesthetic requirements. Remember, the pole height also affects performance; the higher the fixture is mounted, the greater the light throw. If poles are mounted on concrete pedestals such as in parking lots, the height of the pedestal must be considered in selecting the pole height. 42' 40' 38' 36' 34' 32' 25' CIA. Models: 150 to 400 Watt 25' to 35' poles 30' 28' 26' 24' 22' 21' CIA. Models: 150 to 400 Watt 20' to 30' poles 10' 8' 4' 4' 6' 4' 2' GRADE 5' 5' 20' 5' 6' x 10' Tapered Poles 18' 16' 14' 17' CIA. Models: 70 to 175 Watt 10' to 20' poles 12' KIM LIGIITING 15