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Table of Contents
Relativity 2-3
Optical DeslgnNersatilitt.__._ 4-5
Mechar~~~I_I2",s!9'2 6-7
Installation and Maintenance 8
Arm Mount
?r'.!;ri~glnlonnation 10-1t
Post lop Mount
9r~ring Information 12-13
Proportion Guide 15
Photometries: See separate
CCICCS Photometric Catalog
, ~ 10M LlGH'I'..c
SITE I AREA
PARKING STRUCTURE
ROADWAY
ARCHITECTURAL FLOOD
ACCENT
LANDSCAPE
MAILING ADDRESS'
P.O. BOX 60080
CITY OF INDUSTRY. CA
91716.1)080
BUSINESS ADDRESS;
1G555 EAST GALE AVENUE
CITY OF INDUSTRY, CA 917,15
US.A.
PHONE 62Ci / nns - 5666
FAX 626 i 31)9 - 21395
ENTlRE CN-ITEf\'T,:':'
@CC'f'YAIGHT 2if.(l 1-'.11,1. UGHTI!\G INC
ALL HIGHr~~ RE:SFRVf:'O
RFF'RODI)CTi(\N IN \r\~'~')LE on iN !)\::'IT
Wnt:)lJ,' PEilMiS$l.:.1\j 1$ STRIGTlY PROlilE'ITW.
PNE:<".'l:5 PENDiN-:;
www.kimlighting_com
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Audited to ISO 9001 S13J1c1:mls
Printed in USA
5501600122
Version 5/00
CC/CCS
Curvilinear Cutoff Series
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The CC/CCS Series:
These performance luminaires
are conceived as a total
integration of design and
technobgy. Kim's third generation
01 Curvilinear Cutoff luminaires
represents the most current
technobgy in specification-grade
outcbor lighting.
This family of cutoff luminaires is a
direct response to the needs of
today, engineered w[h 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 lor qual[y, bngevity and
performance.
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Kim Theory of Relativity
Integration of Luminaire Design and Architectural Site
AFt Arch"octural Floodlight WF Wall Forrnt>
SW Site Vl/alRorrn
WD Wall Director!!
CCA Curvilinear CL10ff Arm CCP Cwvilimar Culol! Post LTV LightvauU.
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KIM THEORY OF RELATIVITY
At Kim. product is d.we,opEd in context, e::> ;1 rele::es ,0 Del ai!,
Per1orm8rlce folnd P~0p0'1:0!1. Detail 10 >::01"',,(',(;: jilctur~
90066J"inC8 to the srce 8nd architectural elerrems. Peorformance
t~ ~,'C'vi<je high visibility whiie using energy 8i'liciEmly. Proportion
to refie:::l the orcximity 10 stnJ<::tu~8S us welllJS sile occupants. As
illl..,strB:ed t:eiow, e!'IG~1 ZC118 leading to a srruc,ur8 cresen!:; a
unique set of criteria. The Site I Roadway Zone reqt;'ces large
s::~le &Otrr~8S. mounted high end sc"tsed widely, tv pr:::N'Je
ur.iiorm ifiL'mine(on. Pedestrian Zone iumirBires BtB r'rl.Jre visibl€:.
m0unted lower Bnd p~vide higr:er iii'-,mineticn l€ve's to draw
arten1ion .:l'1d er!h.slY;e security. P16 Landscape 1 P1ath Zone
Zu~~=~i~~~~~:~~ S~lj~~~;hl~>r:)~;~~:;~~~ ~~~:~att~~ ~~;~In~~
Perimeter Zone requi^8S desi~jr: irltimste wi:h phys.ica!
archileGturul eiements whiie p'()viding texture 8nd t::ghFghl,
drawing ar:enfon to 8n1ri8s.. I'lnd proc!r...KJing t: 5ense d sec'.Jrlty
Ughting rxactk:.~ is a b:Bil::J (.j aesthet;G design, p;onormonce and
el"ecl. Integrating Outdoor Lighting with Site Archit$<:ture is the
Kim Theory of Relativity
SITE' ROADWAY ZONE
The CC CUNii:n8fIr C;;101f Stales on 20' . 5,J' poles. prOlides IsrJ€ site arId roodway
8retiS the iiluminerl.."e end liniformi:y rBquirt3C'J ic;r s>'ltety and Se8urity. Oficierl cv'1~jff
optics irnurov8 vIsibHty and reduce fight lresp$ss. T!l€ ::>ptiO,'-'.ai A:.:Cf:m; R8'J2bis feen,.lre
Cl<stcmize51ne ~ixt'Jr'elO C;:;f':r'>;jct \'..;th tile arctlll0':!ural de:~i~"g.
PEDESTRIAN ZONE
lJ-B CC CUMiirear Q.:tdf ~s en 1(1 - 2J PCiffi
p-v..~da; ru.:te:3:riEn &"'<:t:s ~cressed v:sib!it'y &1d
fccer:t. Toe te'w.::ed txtL!\;! Sci6l2 find ct-1K:r,u
A--':c~8'il Re'lG:1Is :~~ellJrc rnairrrains coninu;:y.
LANDSCAPE I PATH ZONE
VRS V~i ReS%flt Bj~jsde~ireate pat,';s. defrn
trB.fft;; ;)5.t'.ems end esablBh Il ffirffi (I ..'1ei~ 8.'l::!
>OtCLJrily. LTV Ltl!nv8LJ:1IY, h"~!rade land'.'Ca;)5l~ht'g
p'.)l/OOs ;.,ghlgriwitcQJ\ vsl$.! cb':;;rJ.:tb~
BUILDING' PERIMETER ZONE
AFL Archi1ectJral Fivcdligh:s provide highii9h1 in arctiiieC:1LJrsily s.enstive enclOSI,JrfrS.
WD Wa!i Direc\crs@ provide af! lJ~ or d0'Jinlight tunction whi:e m<:;nt3;fling aesthetic
C~"jir'l'Ay_ SW Site \~morms ~ighlight erl!f;e:s; ,'!f1c! fE!Cfldes whilo enhancing archirec!>.Jra!
styls. WF Waii h;r:f1s6 pmvi,je IJfl0btrusi\'6 s:::t:r and pshneter walk i!!urninaticn
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 ee 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 candiepower 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 refiections.
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 ee's reflectors have reduced straight-down illumination WITh
increased side throw. This produces excellent pole spacing and
unrrormity.
Rotatable Optics
All ee reflectors are field rotatable in 90C 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.
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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.
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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
tor 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, houses ide shielding
is available on Types II, III, or IV
asymmetric distribufions.
'~""'-":--"y, '''''l!-'''~"",
Seven mounting configurations
are available using one to four
fixtures per pole, plus single wall
mounting.
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LE.S. Type II LE.S. Type III LE.S. Type IV LE.S. Type V
Forward Throw Square
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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 (Fc) ratio is held
below 12: 1.
8 3.45 1.17 3.45 8 ",
I
4.00 2.50 1.10 2.50 4.00
120' 2.22 1.45 ,Ii' 1.00 1.45 2.22
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4.00 2.50 1.10 2.50 4.00
8 3.45 1.17 3.45 8 r,~ l~
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170'
Test No.: ITL 39429
Fixture No:
2BICC25A3I400HPS
Mounting Height: 30'
Maintained Average: 2.7 Fe
Maintained Maximum: 11.3
Maintained Minimum: 1.0
Maximum/Minimum: 11.3
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KIM LIGHTING S
Mechanical Design
lilIlIi!.llM.J:ll
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 archrtectural
compatibility. The logical solution
was a clean cylinder accented
by horizontal reveals.
Our precision CXJmputer-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.
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
3600 welding of support arm on
inside surface of lens frame
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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.1M. 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
41O"F.
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
Round Luminaire
Coefficient of Drag (CD)
EPA
[ 1.2
2.5
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.
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.
FlatTempered
Glass Lens
Housing
Silicone Lens Gasket
Cast Aluminum
Lens Frame
KIM LIGHTING S
Installation and Maintenance
. Ii!
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 moduie is factory prewired with quick.disccnnect 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 gnp. 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.
Ordering Information
Curvilinear Arm Mount
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):;~L92"~ 'i
!(] to 10m Walt M
Ordering Example:
For Sta'1dard FiX:ure
and Pole
MOJr1i~ Ft.ture EIEiCbicalMooul& Filish OJIia'ls Accent ReVGals r--- Pole -----,
1A / CC25A3/400MH277 / LG-P / A-33 I BL-REV I PRA3().6250A I LG.P
1 2 3 4 5-11 12 13
FaCConly 5.3e separateKm Pole CataOG
cmi: b lWW;l ~~O\J'1:'
4 Finish:
SIJpel TGIC po'Nder CelIO! parr
o.oerchr:meteCorwelSCncastng
.. "if' ~ + e{V'ia!1
MOJnt
2L 2T 2Y .C 1W
1.6 25 2.5 2.E
2.2 3.4 3A 3.9
U 43 4.3 4.'
3.3 5.2 5.2 5.'
Fcrseleclk:notl:x1ureandma.Jr,tingcon1.gur.stionD8sedCfl
photcmelric performance, see the CCICCS Photometric Catalog.
,', II "
~.~ /,
LighlDslribulior TY:lell Type III Type N T~,'pe V
FC>'WllrdTn,,,,,' "<,-
em.No' CC17A2 CC17A3 CC17A4 CC17A5
CCS17A2 CCS17A.3 CCS17 A4 CCS17A5
LightD'Stributior Type II Type III Type IV ,\,pe V
Forw.rdThr<M' "<,-
Cal.No CC21A2 CC21A3 CC21A4 CC21A5
CCS21A2 CCS21A3 CCS21A4 CCS21A5
Lighto,stribulicr TyDeIl TyfX~ III Typr.IV ;ype V
F",,,,.,dTh,,,-,, Squ...~
CaLNo CC25A' CC25A3 CC25A4 CC25A5
CCS25A2 CCS25A3 CCS25A4 CCS25A5
5 Optional Photocell:
Factory installed photocell rI
housin~ wi:h tully gas~eted
sensor on sije wall. For '1, 21',
ard 25'lixt~res 3l1y.
Mounting:
3Y conliguratlon is available
for round oolesonry.
2 Fixture:
Cat. No. des.i!;;nates. CCjCCS
fixture and light distribution.
CC iixtures ~.ave 3 horizcntal
reveals
,)',
CCS fiXlures l1ave 1 horizontal
grOCl'o/e.
See the Kim Sile/Ror<dway
Optcal Systems Ctltalog for
detailed information on refleclor
designand-spplioalion.
PlenView: . ...
('Kit. Nu' " 2.
EPA 17': 0.9 18
21': 1.2 2'
25': 1.5 3.0
29': 1.8 3.6
Fix:ure
cc
cos
.. Fixture with oh::ltocell
s slaveurit(s)
6 Optional Photocell
Receptacle:
29'tixture D/'1~
One per fixture required.
7 Optional Convex Glass
Lens:
8 Optional Polycarbonate
Shield:
9 Optional Houseside
Shield:
'~'~i'l
+(';"'"1
~ UghIO""'b"I""
_II C,I.No.
CC29A5
CCS29A5
Type III
Type V
"<,,.re
g
9l
CC29A3
CCS29A3
1T'
cc
cos
~
9l
21'
cc
cos
~
~.'
'" II
"'.
CC
'9"
10 Optional Vertical
Slipfitter Mounts:
11 Optional Horizontal
Slipfitter Mount:
12 Optional Accent
Reveals:
ForCCseriescrly.
13 Poles:
Color: Black Dark Bronze
Cat No.: BL-P DB-P
'Coosult representative lor custom colors,
LighlGray
LG-P
P:atir1llnSiIvP.l
'CuslcmColcrs
White
Wfl-P
PS-P
cc-p
Mounting (see page 10) Wal1ageperllxture Voltage Cal. No.
'" '''iI'' 120 A-30
. ~~. ... \..J 70-400W 208 A.31
M,1W 2B 2L 3T,3Y 240 A-32
277 ....33
r.u 347 A-35
.+. 4C 7D-2':JJW 480 '.24
.'J
120 2A-30
.~. 208 2A-31
1C <now 240 2A-32
277 2A-33
."" 347 2A-35
480 2A-24
Factory installed in tlat portion of housing top for NEMA case
phDI!J'::d~ by olhers Cat. No_ 1\-25 app'ies for all voltsQes
(l20V-48DV).
Tempered oonvex glff,S lens repIH~(!S stan:Jard lIat lens
Polycarbonete Shield repla::es stEndard tempered glass 'ens.
250 wall maximum. May be used '",'ith 400HPS In ou~:joor
locations were ambient sir teMperature during lix1Ure operation
will nol excood 850F.
For 17", 21", and 25" mooals with Types II, III, or IVdistribLlmlS
only. Hecommended lor usa with clear lamps only.
Effecliveness is reduced tor coated lamps
For fixtures with optiona' ConVIOX Ulass lens or polycarbooate
shield. Nollor use with Type V I~ght districuliors
::;at.,\o
VSF-1A
VSF-2B
VSF-2L
VSF-3T
VSF-3Y
VSF-4C
M:xJllli!lQ Con!iguralior
1/\ - Single 8rm mounl
2B - 2 a1180"
2L - 2 at 00"
3T - 3 al 00.
3Y - 3 at 120"
4C - 4at 90"
AIIO'...'S stllnej'Hd iixture anc arm
10 t:r. mounted 10 poles havirg a
2'pipp.-siletenm(2%"O.D.X4W
mininur"llenglh)
3 Electrical Module: CCfCCS 17' CC/CCS 21" and 25' CC,cCS29'
HPS" HighPressureSoctium 7OHP5120 100HPS120 150HPS120 15Ot1PS120 250HPS120 4OOHPS120 750HPS120 1000HPS120
7OHPS208 100HPS208 150HPS208 15Ot1PS2D8 250HPS208 4OOHPS208 750HPS2(Ja 1000HPS2D8
MH " "-\etal Haide 7OHPS240 100HPS240 150HPS240 15Ot1PS240 250HPS240 4OOHPS24Q 750HPS240 1000HPS240
PMH " Pulse Slart 70H PS277 100HPS277 150HPSID 150H PS277 Z50HPSV7 4OOHP5277 750HPS277 1000HPS277
lOHPS347 100HPS347 150HPS347 15OttPS347 250H PS347 4OOHPS347 750HPS347 1000HPS347
Metal Halide 15OHPS4llO 250H PS480 4OOHPSASO 750HPS480 1000HPS480
7OMH120 100MH120 1S<:MH120 175MH120 250MH120 400MH120 1000MH120
~ 70M H208 100MH208 154Jv'1H208 175MH2D8 250MH203 400MH208 1000MH208
7llMH240 100MH240 15fJv'1H240 175MH240 250MH240 400MH240 1000MH240
7llMH277 100MH277 154'MH2n 175MH2n lSOMHm 400MH277 1000MH277
7llMH347 100MH347 154Jv'1H347 175MH347 250MH347 400MH347 1000MH347
175MH480 250MH480 400MH4aO 1000MH480
Lamp lBmp Line 175MH120 250PMH120 4OOPMH120
Walts Type Volts 175MH208 250PMH200 400PMH208
175MH240 250PMH24ij 400PMH240
400 HPS m 175MH277 250PMHm 4OOPMH117
175MH347 4OOPMH347
400PMH480
KIM ~IGHTING
~RElceptacle
F
rr cS:: I
Cat. No.: A-25
Cat. Nc.; CGL
Replaces sta1ja'c rroJnting arm with a slipfitter lor mounting
to e. rorizontal poe davit-arm with 2" pipe-size rrountir.g end
(2%'O.C,).
rr R':~"')
Cob": 61a:;k CerkBr.:llZ9 UghtGray FtalimrnSiiver Wh(e 'CUstemCOOIS
Cst l\b; BL-REV DB-REV LG-REV PS-REV WH-REV CC-REV
'Consult represer.tatrvetcrcustcmcolors.
See Kirr PDle Cata:og ior a complete selection 0' rOJnd ard sque.re poles in aluminum or stee,.
rt,~~;",
Cat. No
L17ful17"mo:::lcls
L21 ior21'mo.:lels
L25ful2S"m{x:lcls
Cat. N:J. HS
Cat. No. HSC
o
R~J1d
~
Cat. No.: HSF
KIM ~IG'-1TING
Ordering Information
~
Curvilinear Post Top Mount
CC/CCS
17' - 29' Post Top Mount
7:] to 1000 Walt
M:utirg FW9 E1ocmcalMcd.J'o I1nish ~ti:)fS Acc.oRtwaJs r---Pdo -
Ordering Examplo: FM / CC25P5/400MH277/ LG-P / A-33/ BL-REV / PRA30-6250FM / LG-P
For St13ndf.lrd Rxture 1 2 3 4 5-9 10 11
13f1[jPole
FDfC::::m~, 5eeseparal9KiTl PoIBCatalog
1 Mounting: 11 tf \1
EPA: 17' ,,' 25" 29"
0.7 1.0 1.2 1.5 Gal. No' FMFlush MoorJ PT Poo:Tenon Moum OM Direct MOLl:"!!
PelaTop ,'- 3%",4".4W"5"0,, I 7 p,,,,,,,,, T,,,,, 12%" 0.0. '4'10"1 I cia
Requirements "" 4: 4h', S',oru'Oa 2' Pipe-Size TenCfl (2~3 0.0. x 4~4'l) 3.1' to 3,9' Cia.
25" 4: 4'/2', S',or (]'D3.. Z'PlPe-sllETenCfl(2%'O.D.x4;J,4'L) 3.1"[03.9' Cia
"" 4:4'h',S',or6'Dia. it Pipe-Slze Taren (2fo' 0.0. x 4J,4' L) 3.1" to 3.9' Cia
2 Fixture: Fixture FG( seleclrcn ot f;.dwe 13'1d moonting :.:cntigJration bssed ~
Cat. No. designates CG/CeS r:hotorretric performance, see tria CCfCCS Photometric Catalog
fi:.:ture and lighldislribution. i\ "
,', ~--, /.
I "I cc CCS Ught{];Slribution: T\.'pell Type 111 TYf=e IV TY::leV
~ T F"""ardlh,,,,,,, Soua".
Cat.No' CC17P2 CC17P3 CC17P4 CC17P5
,,- CCS17P2 CCS17P3 CCS17P4 CCS17P5
CC fixtures have 3 horizontal
reveals
CC CCS Ught D,slribution' Type II Type III Type IV Type V
g ~ FOI'lI'ardTh,,,,, SQuare
l ''k'' I ,,' Cal. No.: CC21P2 CC21P3 Ce2l P4 CC21P5
'1 CCS21P2 CCS21P3 CCS21 P4 CCS21P5
CCS fixtu:as nave 1 horizontal CC CCS Light D:;lributi()[l" ~ypc II Type III Type IV Type V
groove. I. i",~ ,'i, I err F""d,dTIlI"'" 5qu;o<~
Cal. No.: CC25P2 CC25P3 CC25P4 CC25P5
25' CCS25P2 CCS25P3 CCS25P4 CCS25P5
See the {:m Site/Roadway
Optical Systems C8(810g lor
detailed in:orrrB[<)'l on fe/leeto' CC CCS liOlhtDs!ribution; Type III Type V
design erd appl-cation I I lr Square
CaL No' CC29P3 CC29P5
,.- CCS29P3 CCS29P5
3 Electrical Module: cClCes 17" CGices 21' Md 25' CCiCes 29"
HPS" HghPressJreSoclilJT 7OHPS120 100HPS120 150HPS120 150HPS120 250HPS12C 400HPS120 750HPS120 1000HPS120
70HPS208 100HPS208 150HPS208 150HPS208 250HPS208 4OOHPS208 750HPS208 1000HPS208
MH = MetG.1 HG.lide 70HPS240 100HPS240 15CHPS240 150HPS240 250HPS240 4OOHPS240 750HPS240 1000HPS240
PMH = Pulse Star1 7OHPS277 100HPS277 150HPSm 150HPS2T1 250HPS277 400HPS277 750HPS2n 1000HPS2T1
70HPS347 100HPS347 150HPS347 150HPS347 250HPS347 400HPS347 750HPS347 1000HPS347
fl.letslHalde 150HPS480 250HPS480 400HPS480 75QHPS480 1000HPS480
70MH120 1OCMH120 15lMH12Q 175MH120 250MH12Q 400MH120 1000MH120
~ 70MH208 100MH208 15(MH208 175MH208 250MH208 400MH208 1000MH208
70MH240 100\/1H240 15mlH240 175MH240 25011II11:240 400MH240 1000MH240
7OMH277 100MH277 1Sl:MH2n 175MH2n 250MH277 400MH277 1000MH277
7OMH341 100MH347 15lMH347 175MH347 250MH347 400MH347 1000MH347
175MH480 250M 1U80 4OOMH480 1000MH480
'om, 'om, Line 175MH120 250PMH120 4OOPMH120
Walls Type Volts 175MH208 250PMH208 4OOPMH2lJ8
--- 175MH240 250PMH240 400PMH2AO
400 HPS m 175MH217 250PMH271 400PMHm
175MH341 400PMH347
400PMH480
4 Finish:
Super TGIC powder coat P8int
o./erchrcr'\9.:ecCOIersb1coothg.
5 Optional Photocell:
Factory installed phc!ooell In
housing with f\;!Jy g.s.skeled
sensor on sidcwnll. Fo! 17", 21",
IlmJ 25"li:durt'S o1ly_
6 Optional Photocell
Receptacle:
29"tixfureonly.
7 Optional Convex Glass
Lens:
8 Optional Polycarbonate
Shield:
9 Optional Houseside
Shield:
1 0 Optional Accent
Reveals:
For CC seres 00)'.
11 Poles:
Colo': Black Ca'K Bronze Light Gray
Clll :\0' BL-P OB-P lG-P
'Consult representativelcrcust::rrcdors.
~,oc'"
~'P"'"
UneVclts' 12rJo/
C",1. No.: A-30
CaL No.: A-25
PlalinumSilv91
PS-P
'Custom Colo's
Co.P
Cat No CGl
~Coo,,,"'mL~
~ C".N",
;,' . ::Y~: L 17 br. t r mmels
L21 br 21'mcdels
U5 br 2S" rrmels
PolyGarbonaloShied
~ eel" HS
~HS'''''''",MI'
_ em No HSC
~HS:;fOloo",~"mOl
potycarbonalesheld
White
WH.P
"'8V
A-31
240V
A.-32
2?7V
A,33
480V
...34
347V
..."
Factory inslalled In housing lor; fer NEMA. base
nh}lu:clls by olhm~; G."lt. N[}_ A-2!i applie~ lor all l/::JItagfJs
(120V,~BCV)
Tempered convex glass lens leplaces standard tialle"ls.
Pol)l:;arbonate Shiel:J rep.aces standard tempered glass ler.s
2El:l watt ma>:imu-:'). May be used ';.'il/', 400HPS in outdt:)o,'IOC1'.!ions
were arrbient ail terrpere.ture dUling 1ixture operatio'! will not
exr'p.ed85'F.
For 1,., 21", and 25' mcdels with Types II, III, or tV distributions
orly. RecO'l"YT1enced tor use with clear lamps only. EffectiVeness
is redLcec fcrcoated lamps.
For iix:ures wilh optional cOrll/ex g!flSS Ilm~; or poycaroonate
shield. Not tor use with Type V light di~tributiaE
1T: 0:i:Jr: Bleck DarkBronze LQhIGr~'
C8l. No.: Bl.REV DB-REV lG-REV
'" 'C:JIlSult representati\le for custml carli's
ReY98IS~
RatnLr"lSiver White 'CustcYnCdors
PSREV WH-REV CCREV
Sea Kim Pole CalalOJ tor a comp:ete selection ot roune and square poles in aluminl.,m 0' steel.
Il!".Ill
4'
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.
50'
48'
46'
44'
42'
40'
38'
36'
34'
32'
30'
28'
26'
24'
Proportion Guide
70 to 1000 Watt / 10' to 50' Poles
H!
ill
29' DIA. Models: 750 to 1000 Watt
35' to 50' poles
25' D1A. Models: 150 to 400 Watt
25' to 35' poles
22'
21" DIA. Models: 150 to 400 Watt
20' to 30' poles
20'
18'
16'
14'
17" D1A. Models:
70 to 175 Watt
10' to 20' poles
12'
10'
8'
6'
2'
GRADE
4'
5"
4Y2" X 8/1
Tapered
Poles
4'
5'
5'
KIM LIGHTING 1S