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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 10-11 Post Top Mount Ordering Information 12-13 Proportion Guide 15 Photometries: See separate CCICCS Photometric Catalog. ~ KIM UGHRtG SITE ( 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 / 369.2695 ENrIRE CONTENTS @ COPYRIGHT 2000 KIM LIGHTING I!'C. ALL RIGHTS RESERVED REI"RODL.CTlON IN Wt10LE OR IN PART WITHOlfl PERMISSION S STRICTLY PROHIBITED, PATENTS PENDING www.kimlighting.com ........,.. " .. ... . . . . c .. . f' .,.... .,.. ~ AvA Council for Accreditation Audited to ISO 9001 Standards Printed in U.S.A. 5501600122 Version 5/00 CC/CCS Curvilinear Cutoff Series v- v j' ( ~ ,RE'C(;/,IcD J..J{ IJocs I ~ i 1 1- / The CClCCS Series: These performance luminaires are conceived as a total integration of design and technology. Kims third generation of Curvilinear Cutoff luminaires represents the most current technology in specificatim-grade outdoor lighting, This family of cutoff luminaires is a direct respmse to the needs of today, engineered with 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, Imgevity and performance, ....... ~~ ....- .> . rrrl r - -- ] ~ L .- .. ~r - ,~ ;Jpft..:: '~i, .~;t~$i~.~~(: r;~~ Kr. .~~ :. J.;,,!...~.li'l.;' L~'~~~';: , I. . .J' :.:'} . ,.... .i < , ~ Kim Theory of Relativity Integration of Luminaire Design and Architectural Site CCA Curvilinear Cutoff Arm CCP Curvilinear Cutoff Post LTV Lighlvaulr' VRB Vandal Resistant 8oI1ard AFL Architectural Roodlight WF Wall FormA Jrll,f ~I.l ~{)l:'7:t. mif/,,' "Il. . ^' ~/t/fl Q "",s eSigf/ 1T~0"" <If/a So. "'41-'11\1; CCP ale I?elali C~ · PRo 21'or25' V/fI/OA. ~O,o... Osl/Ior, . , . J (70", Wi/!)'f/S; t/flAre!). 1//fIe/tJte KIM THEORY OF RELATIVITY At Kim. product is developed in context. as It relates to Detail, Perform<lnce and Proporlion, Detail to connect fi><lure app<>arance to the sile and archilectural e~ts. Perfo"""nce to provide high vlsiOllity whi~ using energy efficiently. Proportion to reflecl the pro<imily to structures as well as sile occupants. As illustrated oolow. <>ach zone leading to a structure presents a unique set of criteria. The SIte I Roedw8y Zone requires large scale sources, mounted high and spaced widely. to provide uniform iltumination. Pedestrian Zone lumi:naires are more ViSible, mounted lower and provide higher Illumination levels to draw ..... SITE I ROADWAV ZONE The CC CUM linear Cutoff Series on 20' . SO' poles. provides large s[e and roadway areas the illuminance and uniformity required for safety and security. Efficl8f'lt CUl-off optics improve visibll[y and reduco 19ht trespass. The optlonat Accent Reve,"s leature customizes the lixture to conneclwilh the archilectural det3lhng PEDESTRIAN ZONE The CC Q.Mre,y Od Sro3s 01 1<J . ;rJ peEs pltl'Ides padestJial iIlliE IlCIIloHld YdliII:y <J)(j a;cert The red.ced fMure scaJe a1d c:pOCr1aI Acccrl Rewals feall.re mEirtains ca'1ti1uity. LANDSCAPE I PATH ZONE VR8 ~ Aesistn E3dmls delinaaIe paIhs. deli"" traffic j:E!lems and estabis'1 a 9€OSe cI ....eIcare and .....my LTV Li;ttv.'UI", IljJffd) ~ I<;tUv pltl'Ides hgli(/'l ~ ~srnI ObsIt.clI01, BUILDING I PERIMETER ZONE AFL Architectural FlOOdlights provide highhght in architecturally senSitive enclosures. WD Wall Directors8 provide an up or downlight funcllon while maintaining aesthetic continUity, 5W Sile W,"lforms highlight enlries and lacades while enhancing architectural styla WF Wall Forms4! provide unob~usi"" stair anc perimeter walk illumination. I~ ~ . SW Site Wallform WD Wall Director' attention and enhance security, The Land"""p<> I Path Zone requires fixtures closeSl to occupants, delineeting paths and connecting the sile with the structure itself. The Building I P.rimeler Zone requires design intimate with physical archltecturat elements while providing taxture and highlighL drawing attention to entries, end producing a sense of security. Lighting practICe is a blend of aesmetlc design, partormance and effect. Integrating Outdoor Ughting with SIt& Archil8Clure is me Kim Theory of Relotivtty. ~' '''_0'", ~ f: '~1 -'I ~ ~I ~~G~ .::. KIM LIGHTING KIM L1GI-ITING 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 low 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. c4J~~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 patterns. For single post top mounts. the fixture yokes can be installed in alignment throughout the site with reflectors rotated to optimize light distribution. CD CDEJ + % + 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 17~ 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 17~ 21~ 25' and 29~ Type IV: Typically used as a single fixture for site perimeter or wall mounted. Excellent results with houseside shield option, Available in 17~ 21~ and 25". Type V Square: Typically used as a single, dual or quad mounting for general open site lighting, Available in 17~ 21~ 25' 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 ...... +~ r j - - ....... ---t I - ~ -~ I ~ -.J Seven mounting configurations are available using one to four fixtures per pole, plus single wall mounting. 6:) I.E.S. Type II G S ~ ", LE.S. Type III LE.S. Type IV LE.S. Type V Forward Throw Square - - - -- 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 footcandle (Fe) ratio is held below 12:1. I 120' 1 g 3.45 1.17 3.45 g 2.50 4.00 1.45 2.22 2.50 4.00 3.45 g 4.00 2.50 1.10 1.00 1.10 1.17 170' 2.22 1.45 Maintained Average: 2.7 Fe Maintained Maximum: 11.3 Maintained Minimum: 1.0 MaximumIMinimum: 11.3 4.00 2.50 g 3.45 Test No.: ITL 39429 Fixture No: 2B1CC25A3I400HPS Mounting Height: 30' KIM LIGHTING 6 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. ~ I.."" , \'" " ,t ~ i[i :r :~ ~G1 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. .. .f'.::. Heavy cast aluminum lens frame \ .- .- .~ ~- 3600 welding of support arm on inside surface of lens frame / 1 L-J~~ --- -- Cast Aluminum splice compartment cover -1- .-J One-piece heavy tubular aluminum arms Cast Aluminum base and splice compartment Longitudinal arm welds U 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. ALUMINUM CHROMATE POWDER COAT 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. 5. Clear water rinse bath. 6. Dry off oven. 7. Powder coating, 2.5 mil nominal thickness. 8. Bake for 20 minutes at 4100F 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.PA (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 Luminaire ~""'.... ------r'"" I 25' -~ ~ 1:.... Coeme;..' of O,ag (CD) I'.' EPA 2.5 Round Luminaire --1 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. 25' L 0.7 1.5 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. ~ Housing Self-Retained Screw Flat Tempered Glass Lens Silicone Lens Gasket Cast Aluminum Lens Frame 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. PostTop Installation Post top mounts can be specified with Kim's patented wedge grip. A single concealed bolt attaches the fixture. ~~ ~ -- JiJ Q~ ~~ ~~. Prewired ballast module Arm Mount Installation Arm mounts utilize a draw-bolt system concealed within the arm's internal centering guides. -l ..". -i .lIi Il~ B KIM LIGHTING .. ... . ... "'- ;,. .., ... - ~~ -' .. ..,..-."........... '- .- ,,- ~......,.....-~ ~ -..- 1 ~"""" ... ... - ~---- ~. -... .. ,.. -- ;;.-...~- ;.;...- '" .... . ....... .... --- ~..... - ~ ,~\. II -4tl J - 'r' ., ..........I . ----- .. - ~ - ;.; ---' - ~ --~ ....- . --- -~~...--- 1 \,. ."t.. ..., -:r: -1'. .' -,- i ~ _I~....- ... ---;.. ......1 .......-r t , J. 1". -::;.... - I r ~. :;-'" I t - .. -- · ..1't" ., .-.::.;1 I ... ,., ..:.:.:~;1 oIIl"'- - #- · - .,. ..,... ..~ ~.". ..., ..,- I I .. -- ..... ",-""':..:.l I_-:~ C:---' · ~ .--' ..- ~ - -- -...... - 1_- I. I - - .... .... ...r ... ~ Ordering Information Curvilinear Arm Mount 17,~21.~~~~ 70 to 1000 Watt II CCICCS 1 r 7llIlPSl20 lDOHPS12O 1511llPSt2O 7QHPS208 l00HPS2lJlI 1501lPS2OIl 7llIlPS240 l00HPS240 1511HP!l240 7QHPS277 l00HPS271 150HPS217 7llIlPS341 l00H~1 15llHPS341 4 Finish: Cdor: Black Darh Brooze Lighl Gray Pia.tinun Silver Wllite 1 Custom Colofs. SUIJ'lr TGIC powder coal painl Cat No.: BL.p DB-P LG-P PS-P WH.p Cc.p CMYdn:rmta~COJtTg I Consu~ representative b CllStom colors. 5 Optional Photocell: Mounting (s.ea page 10) Wattage per lixtlJ9 Vonaga CaI. No. Fackxy 1r6t311ed ptl()l(X;et in rrE f;'. 't-tlt 120 4-3D txlusll>;j with Iully gaskeled .. .~. ,~./ 7O-400W 200 4-31 1A.1W 2B 2L 31.3Y 240 4-32 SEOSOrCO sldewal. For lr, 21'. 277 4-33 and 25' fixtJres only. '+' 347 A-35 . . 4C 70.2">fN1 480 4-34 . FlJoltnl with ~ ,'J 120 2A-3O . sls.... unI(S' 208 2A-31 .'+,' 4C 400W 240 2A-32 277 2A-33 ;/ 347 2A-36 480 2A-34 6 Optional Photocell rAee.eptacl@ Cat No: A-25 ratIO<)' InslaUed in Ilal ponlon of hOusing top for NCMA base Receptacle: F pt'CJtocells by othefS Cut. No A-25 applies for all voltages 29" lixtt..e onfy. (12OV-4llOV). Ole per fildUra reQUIred 7 Optional Convex Glass ~ Cat No.: CGL lempered convex glass k;os replaces standard tlallans, Lens: B Optional Polycarbonata rE,::~:~~ Cat. No: PoIycarbcloat& Shio&ld replaces standard tempe.red Qlass lens. Shield: L17 to< 17' models 25Q watt maxirrun. May be used with 40CHPS in outdoor L21 to< 21' models lOCations were amttioot air ternpe.rature dum'lg fixture operation L25 to< 25' r11CldAs will not exGOOd 85"'F. 9 Optional HDuseside ~~s~ Cat. No, HS For 17',21", and 2S"rT\(Xjels with Types 11.111, Of IV dislribuOOIls. Shield: only. Recommended lor uso wUIl clear lamps only Eflectlveness is reduced for coated lamps. Cat. No. HSC far fixturee; wttl1 optiOnal ronveK glass lens or potycarbooatA shield. Not for use with Type V light distributions ~..~... pJ/ymrbooate sl1lek:t 1 0 Optiona I Vertical F 0 Cal. No MoCf1Ung ConfiguratiOn .AJlows standard fixture and arm Slipfitter Mounta: YSF-1A 1A - Single arm rrnullt k:l be mounted 10 poles having a VSF-2B 2B . 2 al 180' 2' pipe-size tBflOrl (2%' o.D. II -4 W VSF-2L 2L.2al900 VSF-3T 3T * 3at900 minimum lenglh). Ro'-"" VSF-3T 3Y . 3 al 120' VSF-4C .c - 40t900 11 Optional Horizontal ~ Cat. No.: HSF Replaces standard mounting arm with a sllpfiner for mounUng Slip fitter MDunt: to a horizontal pole davit-arm whh 2" plpe-slze mounting end (2%'0.01. 12 Optional Accent rpg Co<r. BOO< DaI1< Bra1ze Ltg1 Gray -.." SiMY 'M1te 'Cost<m COOrs Reveale: Gal No.: BL-REV DB-REV LG-REV I'S-REV v.H-REV CC-REV r", CC se<ies only 10JnsUt representative b custcm COlors. 13 Palee: See Kim Pole Catalog tor a complete selection of round and square poles In aluminum or steel. Warli'l9 FirMe flAc1~lfAOO;lIIl FmtI C\llirs P<Yrt _ r-- P!>e ------, Ordering Example: 1 A I CC25A3/400MH2n / LG-P I A-33 / BL-REV / PRA3D-6250A I LG-P For Standard A<lL<9 1 2 3 4 5-11 12 13 and Pole m CC u<y See sepaUlle Kim PUe Catalog om fof 1WWfJI Mo.Trt. Mounting: Plan View . ..... '- ~ e;: + ei W~I 3Y configuration Is avafla"'e Mount l<Y roonc poes only, CaI.No' 1A 2B 2L 3T 3Y 4C lW EPA 17": 09 1.8 1.6 2.5 25 28 21': 1.2 2.4 2.2 3.4 3.4 3.9 25': 1.5 3.0 2.7 4.3 4.3 4.9 29': 1.8 3.6 3.3 5.2 5.2 5.9 2 Fixture: Fixture FIT fiEH;fm 01 filffim am rro...-rtiog r:orIigIJatioo 00s0d m COl. No. de.,gnales CCICCS ph:lICmellic pOOQ<1TlaI>;&,....lt1o CCICCS p_ Catalog. fixt1.Jfe arxj lig1t disbibul:bn ,-, '.' Jj-.... ,', , , CC CCS light Oislrlbution: Type II Type III TwelV TweV ~ 9 F~Ird"""""" ,.,.... Cat. No: CC17A2 CCI7A3 CCI7,u CC17A5 17' CCS17A2 CCSI7A3 CCS1TM CCS11AS CC f1Xll.l'es have 3 horIzontal reveals. CC CCS LighlDistriblftion' Type II Twelll Type IV T\'P<>V ~ 9l Faw<<dt1'1fc:N; - Cat. No: CC21A2 CC21A3 CC21A4 CC2145 21' CCS21A2 CCS21A3 CCS21,u CCS21A5 CCS fil(tures have 1 horizontal CC CCS light: DistributiOn: Typo II T\'P<> III TwelV TlllaV groove. ~ 91 Faw_dn- - Cat. No.: CC25A2 CC25A3 CC25,u CQ5A5 2S' CCS25A2 CCS25A3 CCS25A4 CCS25AS See the KIm Slte/Roadwav OptIcal Systems Catalog for dMailed informatiOn 00 refleclCf CC 9 '~~:: TI'IJ'lIlI Type V dasiglard applicalion. ....... CC29A3 CC29A5 29' CCS2llA3 CCS2llA5 3 Ele<:trical Module: HPS . High PrB6SUfe Sodilffl MH = MeI~ Halida PMH = PlJIse Start Met3l Halida ~ t.omp Lamp Une Watts Type. VofL"\; 400 HPS 217 =CS 21' ard 25' 15llHPS12O 25IIHPSI2D _S12O 15CHPS2lJlI 250HPS2lJlI 400HPS:lOII 15llHPS240 25IIHPS24D 4OllHPS:24O 15CHPS271 250HPS277 4OlIHPS217 1 5IIH~ 25llHPS347 400HPS347 1511HPS480 25IIHPS48lI 4OllHPS48Q 175MHl20 250MHI20 4OOMHl20 17SMH208 2!OMH208 4ODMH2QB 175MH240 25QMH24D 4OOMH240 176MH277 26OMH2l7 4ODMH217 175MH347 25QMH347 4ODMH347 175MH48C 25OMH48IJ 4OOMH480 :!5IlPMH12D 400Pt.tHl2D 25OPIdH2Q8 4OOPt.tH2Oe :!!iCPMH240 400Pt.tH24D 25OPIdH217 400Pt.tH277 400Pt.tH347 4OOPt.t H480 CCIGCS 29' 7SOHPS12D 11lDOHPSt2O 75OHPS2Oe 1000HPS:lOII 15QHPS240 11lDOHPS240 750HPS277 11lDOHPS271 750HPS34T l000H~7 75OHPS48Q l000HPS48D 1000MHl20 1000M1l208 1000M1l240 100DMH27T 1000MH341 100DMH480 roMHl2D l00MHI20 150MHI20 7OMIl208 l00MH2ll8 1511MH2ll8 TOMIl24O l00MH240 150MH240 TOMH27T l00MH217 1511MH277 TOMH347 l00MH347 15CMH347 175UHl2D 175MH208 175MH240 175UH217 17510111347 KIM L10HT1NO Ordering Information T Curvilinear Post Top Mount CC/CCS 17" . 29" POSI Top Mounl 70 to 1000 Watt Ordering Example: For Standard RJ<tiJre and Pole l.tutrg fDiue 8ectrtcaI ~ Fndl CJJlUls Al::on Reveds I F\:;:JIe I FM / CC25PS /400MH277 ( LG-P / A-33/ BL-REV / PRA30-6250FM / LG-P 1 2 3 4 5-9 10 11 fix cc 0Il'y. See 9€PEira1e KIn f'1je CatalCG 4 Finish: Super TGIC pov.<k. mal paint """ c:I"otJ.-~COlli'l;l. 5 Optional Photocell: Faclcry iostalled ptotoceI! in tDuslrg v.1lh tlOly gflSketed sersor Cfl side y"aft For t 7", 2", ard 25" n>ctures only Mounting: EPA: 17' 21' 0.7 10 tf tf t! 25' 29' '.2 1.5 Gat No; Pole Top 17" Requiremems: 21' 2S" 29' FM Flush Mount 3%: 4: 4y,-Of 5' 010. I 4: 4W.5", or 6'CJia. 4: 4W, 5", or 6'CJia. 4: 4\,[,5', or 6'010. PT Post Tenon MoL~t OM Diracl Mol.lI 2'l'ipe-SizeTeoon (2W 0.0, x4WL) I Na ZPip9<;il9T000I'1(2'A,O.D, x4l-H) 3,1"b39' 0... Z~zaTOOOI'1(2%"O.D, x4"'-L) 3.1"b3.9' [);a Zl'IpeSzaTow(2WO.D, x4WL) 3,'"b39" Dia 6 Optional Photocell Receptacle: 29" fixhxB only 2 Fixture: FixtlJe Fer seleclbn of Mile sed rmu11ing lX)diguaIion _ Cf1 Cat. No desiymtes CC/CCS ptdonen: pen"'""""', srn the CCICCS Pholomotrlc CaIaIog. nJdlJl3 and lyll distribuli:Il II ,', '.' ...." , , CC CCS LighI Oistr,buIion; Type II T YP<l1ll TYP<lIV T YP<l V ~ l? FQIW_d n-- - 17' Cat,No; CC'17P2 CC17P3 CC17P4 CC'17PS CC fixtures hal/e 3 horizontal CCSl TP2 CCSI7P3 CCS17P4 CCS17P& reveals. CC CCS Ugh! Olstribulioo: TYP<l1l Type III Type IV Type V ~ T Fawad rn.w _.. Cat No: C021 P2 C021P3 CC21P4 CC21PS 21' CC821 P2 CC521P3 CC521P4 CCS21P5 CCS ~>aures have 1 hOrizontal CC CCS Llghl Oislribut'cln: Type II T YP<l1ll Type IV Type V groove ~ err Faw.d ~ - Cal. No,: C025P2 C025P3 C025P4 C025P5 2S" CCS25P2 CCS25P3 CCS25P4 CCS25P5 See the Kim Slte/Roadway Optical Systems Calalog for det3J1OO informatJOn on _ CC CCS L~I Dlstr1but<m: Type III Type V deo;igl am "JllIiCaIDl. T -.. Cal. No,: CC29P3 CC29PS 29' CCS2IlP3 CC$29P5 3 Electrical Modula: CC/CCS 17" r.c,ccs 21" ard 25' CCICC.5 29' HPS . High PrfEsure Sodl.n 7OHPS120 l00HPSI20 150HPSI20 1liOHPSI20 250HPS120 400HPSl20 75OHPS120 1000HPS12O 7OHPS208 1 DOHPS208 150HPS208 150HPS208 250HPS208 4OOHPS2OlI 75OHPS2Oe 10D0HPS20l1 MH _ Mel.. Halide 7OHPS2AO lOOHPS201O 150HPS201O lliOHPS24Q 250HPS240 400HPS2.40 75OHPS2AO l000HPS2.40 PMH - PLise SIan 7OHPS277 'OOHPS277 150HPS277 150HPS277 250HPS277 4OOHPS277 75OHPS277 1000HPS277 7OHPS347 1DOHPS347 150HPS347 15OHPS347 250HPS347 4DOHPS347 750HPS347 10D0HPS347 Mel:1l Halide 1liOHPS4lIO 250HPS4lIO 400HPS480 750HPS480 l000HPS480 roMH12O lDOMH120 150MHI20 176MHl20 250MHI20 4DOMHI20 1DOOMH12O ~ roMH208 1 DOMH208 lliOMH208 175MH208 250MH208 AOOMH208 lOOO1.1H208 1OMH240 1 DOMH24Il 150MH240 175_ 250MH240 4DOMH240 1DOOMH240 7OMH277 1 DOMH277 150MH277 175MH277 2fiOMH277 AOOMH277 lOOO1.1H277 7OMH347 1 DOMH347 150MH347 175MH341 250MH347 4DOMH347 10001.111347 175MH4BC 25OMH4BO AOOMH480 lOOO1.1H480 Lamp I.amp Une 1751.1H12O 25CPI.IH120 400PMH120 Watls Type Vults 17SMH2Oll 250PMH208 400PMH2ll8 400 HPS 'ZT7 17SMH240 2.5llPI.IH240 400PMH240 17SMH277 250PMH277 4DOPMH277 175MH347 4IXlPt.IH347 4DOPMH4eO KIM LIGHTING 7 Optional Convex Glasa Lena: 8 Optional Polycalbonate Shield: 9 Optional Houseaide Shield: 10 Optional Accent Reveals: FcrCC_onIy. 11 Poles: CoIof: Black Oark Bronze Gal. No.: BL-I' DB-!' 'Coosuh raprasama~ "" CUSI:lm c:dors 9- ~. Line Volts 120V Cat No.; A-3O Cal. No,: A-26 L"Jht Grav LG-P Ptalir<1n Silva< ~ ~ Cal No ~ eom.,(>.ss L_ ~ GaL No,; L171of17"rn:xJels l2110r 21" rn::dfjs L25 ter 25" rrOO:1ls ?oIycarbonalc Shield ~ GatNe HS ~HS""""flOSO"':l ~ Cat No' HSC ~..sc""",."..,,""'''' - polyearborlalllstJ"'ld WIlte WH-I' , Custom COb's Cc.p 20BV 1>-31 24lN A-3:2 2nv A-33 4MV A-34 347V A-35 FaCIOf'Y inSlalle<:! in noosing top 'or NEMA base phoIocBlls by others, Cat No, A-25 applies fa< all voltages (12lN..u3lN). CClL Tempered COIl'ieK gla&5 lens replacBs standard flat lens. PoI;<:<>bOI1al. ShiaId replaces slanelard tampered glaSS Ief1S 2lJ() watt ma><nun. May be used wi1f1 40CHPS in ouI<t:a kJcalkJrn were arnOent ai' ~abJe dlJing fixh_fl! opemlirn MI not p-xc_IlS'F. Foe 17", 2'", and 25" rooclels _ Types 11,111, or IV distributions ooly. RBGO'TYTleflded fOf USB wilh GIear l~ my. Effec1ivellos..<; is reduced fm mated lamps.. For lixtures with opthlal convex glllS5 lens. or pJlycerbonate sl'e1d. NoI"" usa with Type V IIgh! distnbut1oflS, ~ Black D<>1< Eionz. I.i\tII Gray ~ Gal tV' BL-REV ~ L~EV " ICor&it rfVeseoI:atNe for rusIom coIcJrs. Re\le.als~ F\1ttun SU:r" Whte I CtEIrm (.tlIs J>S.<lEV -.REV CCREV See Kim Pole Catalog for a complete selectIOn of round and square pol~ in aluminum Of Sl4:et " i.......'t t~ _,-, . .' .~ "". .~ '- ,,:~ , '. ......~ ... ~, ,~..~ .~.. :..... :.: ""-!. " ~. " .w. Proportion Guide 70 to 1000 Watt / 10' to 50' Poles 50' 48' 29' OIA. 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' OIA. Models: 150 to 400 Watt 25' to 35' poles 30' 28' 26' 24' 22' 21' OIA. Models: 150 to 400 Watt 20' to 30' poles 10' 8' 4" 4" 6' 4' 2' GRADE 5" 5" 5" 6" x 10' Tapered Poles 20' 18' 16' 14' 17" OIA. Models: 70 to 175 Watt 10' to 20' poles 12' KIM LIGHTING ~&