REVIEW COMMENTS
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Page Three.'
On Tuesday, April 1, 1986 the Technical Review Board met at which
time they recommended approval of the shared parking allocation
without reservations. It was the consensus of the TRB that a 15
minute gap between the Sunday school session and the phurch
session prior to and after the Sunday school session is
sufficient in regard to minimizing on-site problems concerning
parking as well as traffic flow_ and congestion.
-
e G-,.- J'L ~
Carmen S. Annunziato
flat
cc: City Manger
Technical Review Board
Central File
..
,""
25
......
..
..
M E M 0 RAN DUM
July 13, 1987
TO: Canmen Annunziato
City Planner
" FROM: Bill DeBeck
Project Manager
RE: Lighting
Attahed are the lighting calculations and fixture cuts for the parking
lots at the municipal complex, Public Works, and the library.
Please distribute to those requesting it.
tfJ/pt/J t1J
Bill DeBeck
Project Manager
BDB/nk
Attachments
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FROM
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SUBJECT: -1'YVU~ L <!..- L. {P ~ L.. ~J'V\ fJ L.l.:; ~
DA TE:~ - ~ - <(-7
FOLD.
1 ( ):' j0Tff/lJ 1) WJ'1- ,e-IL ~/;V h- +-
p~ FlatT NY!) (lI1-ir./r cY7f./
/4tJYN'rOJ'U l~lAC-6-(/~j)..
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V rK- v' c;:- -+ F J:> (LtJ /VtU c~ Tt OA/ ro1e-
p 11- ~~ct Ai G- CYt4-~/4 6-6-
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PLEASE REPL V TO
.
SIGNED
REPLY
..
..DATE:
RECEIVED
JUN 4 1987
PLANNING DEPT.
SIGNED
Item W F269 @ Wheeler Group Inc, 1979
THIS COpy FOR PERSON ADDRESSED
~
1
,
.
;
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,
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.
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,
M E'M 0 RAN DUM
June 3, 1987
RECEIVED
TO: Mr. Jim Golden
Planning Department
FROM: Tom Clark
City Engineer
JUN 3 1981
PLANNING DEPT~
,
,
-
RE: Site Plans, City Hall Improvements
")
Comments:
l. Typical parking stall detail shall conform with Parking
Lot Ordinance, for example, the 3'-0" dimension should
be 2'-0".
2. Inlet gratesin,pavedareas,:sh~ll be bi6ycle proof.
3. Only one roof drain is shown. This is probably not
correct.
4. Section E. need not be swaled as shown. City standard
provides for a straight gradient.
5. How is the slotted drain cleaned out and maintained. A
cross-section thru the turnout should be shown at the
slotted drain.
6.
Drainage system is to contain 2.5 inches on site from the
lst hour of a 3 year storm.
7.
A memo from Bill Flushing, dated June l, 1987, in included
here.
...
v~~
Tom Clark
TAC/ck
attachment
~
/
/
,
,
M__s._ M_____.~L_~__~ ___-'~__R__!J_ 14.
~ay 2" 1987 (Friday)
TO:
Tom Clark
FROM:
Bill Flushing
RE:
Boynton Beach Municipal Facility (CITY HALL)
.
1.
Drainage calculations
design are required.
include the ~esults of
for exfiltration trench
The calculations must
the percolation tests.
~
2. Parking bumpers are not required where there
is 90 deg. parking and a curb is provided.
3. The drawing implies that new sidewalk
construction is to be provided at the corner
of Seacrest and NE 1st Ave. Is this necessary?
Also can~t s.ome of the side\"lalk along NE 1st
Ave. be salvaged?
4. Subgrade could be compacted instead of calling
for stabilization, this would be a substantial
savings'
5.
T~e debris baffle should
the catch basin detail
maintenance
be eliminated from
to provide jet-vactor
.
8.
6 . "f.h t: ... f:i ffi P e. t:. l ~ ... I I II U L <= _I, ... u 1 u L t: I t: III U V t: U f, u ,.. t. h.c
DI ail,f.i.t::lo"'- .J_l""il. Normal me~anical
com~ac~i~n procedu~e~ should be used~~
~ ~...::... ,,^-tll ,.J ~
7. The irrigation plan should salvage that part
of the existing irrigation system that will
not be affected' by the new construct-i on, such
as along the north side of the sidewalk on
B~ynton Beach Blvd.
The lighting ',plan should show the light
intensities in candle power on the pavement
surface.
..
Bill Flushing
1 CITY OF BOYNTON BEACH
27
.
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:.. -. ,,-
'. .
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BOYNTON BEACH MUNICIPAL COMPLEX~SITE PLAN REVIEW COMMENTS
f" rc .. "e,
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11.
10.
.
.
1.
It is recommended that a shared parking allocation be
approved in connection with this site plan for the commis-
sion chambers to meet parking requirements in zoning
regulations which require 237 parking spaces.
There is no building setback for the parking structure from
N.E. 1st Avenue.
2.
West wing is nonconforming with respect to setbacks ,adjacent
to Seacrest Boulevard and N.E. 1st Avenue. Expansion of
entranceway is increasing a nonconformity.
4.
Does the driveway for the fire station and the two
driveways for the parking structure exceed the requirements
in the parking lot regulations which permit a maximum of two
driveways on any frontage?
There is a maximum of two driveways permitted on any
frontage. Therefore, one driveway onto N.E. 1st Avenue
will need to be eliminated or a variance applied for.
(Sec. 5-141(g)(3) of Parking Lot Ordinance.)
A five foot landscape strip is required adjacent to
N.E. 1st Avenue where the parking lot is located.
~Sec. 7.5-35(d)(1) of Landscape Code.)
7.
Are dumpsters to be provided for municipal complex?
If so, provide locations and details showing minimum
10 foot by 10 foot pad and 6 foot high CBS wall to
match building color.
Driveway onto Boynton Beach Boulevard in the vicinity
of the fire station is located within 180 feet of N.E. 1st
Street. A variance will be required for this driveway.
Is location of sidewalk along Boynton Beach Boulevard
accurate?
Not all buildings are located within 200 feet of the fire
hydr~nts.
Provide manufacturer's specifications on lighting fixture.
It is recommended that a minimum average of one footcandle
per square foot be provided for general illumination and
security. (Sec. 5-141(a).)
2?
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" Form Ten CA
Round Arm Mount
Form Ten CA: Gardco CA round lumi-
naires accommodate the patented
Form Ten sharp cutoff optical systems
and therefore direct a higher percen-
tage of output lumens onto desired
areas than any other type of round
I luminaire.
The cylindrical shape with its low
profile forms a soft silhouette that sug-
. gests uses where the lighting plan
brings luminaires closer to eye level.
The luminaires accept energy-efficient
HID lamps from 70 to 400 watts.
~onOall~'t 0<) 14 O~
Distribution Patterns .
~ ~ ~!
Typel~' Type III ~' TypeVa ;1...:::.)
-.- ....-- .;.,:;. ,:.
Type FM .~ Type VS' 8~J (22" only)
Ordering Information
M (A, tV l e, ( Rz:}L.
Ce3HP~
T'if'~ @)
CA22Z_ 2.77 400HH 8R~
\Is
Example
Prefix Size Configuration Reflector Volts lamp Finish
CA 17" 1 1 120 Refer to BRP
CA 22" 2_ 3 208 lamp BlP
4 a 240 Selector
FM 277
VS'- 480
Lamp Selector
RelleclorType
Configuration
Size
Primary Ballast
Voltage
Lamp
Finish
Prefix
Oplions
CA 22 2 '3 120 400MH BRP
..
CA17
70W HPS
100WHPS
1 OOW MV
150W HPS'
175W MV
175WMH
250W MH
\
-\
CA22
250W HPS
250W MV
250W MH
400W HPS
400W MV
400W MH
Finish:
BRP = Bronze Painted
BlP = Black Painted
Lamp Abbreviations:
MV = Mercury Vapor
HPS = High Pressure Sodium
MH = Metal Halide
Options:
F = Fusing
POLY = Polycarbonate lens
Notes:
1, VS Reflector (22" Only). A sag
polycarbonate lens is standard when
the VS optical system is specified_
.Supplied with ballast to operate 55 volt
lamp unless specified otherwise,
,I
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CA 17 CA22
A 17" 22"
B 8" 11"
C arm (enoth 5" 7"
o arm heieht 5" 5"
Dimensional Data
S'l.(:c.... 1M."
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Gardco Cruciform and Straight
Round Aluminum Poles
Cruciform and Round Aluminum
poles are Gardco's distinctive com-
panions to the Form Ten luminaire,
Extruded from 6063-T6 aluminum,
the poles are anodized bronze or
black to compliment the luminaire.
I Specifications
Design
Poles shall be extruded 6063-T6
aluminum yield strength in tension of
25 K.S.!. The Cruciform cross section
shall be square with a minimum
squared step corner recession of 15%
to retain architectural proportions of
the Cruciform design. The poles,
- including the hand hole, shall have a
minimum yield safety factor of 1,5
when subjected to a wind load '
_.. resulting from the 25-year mean recur-
rence interval wind velocity for the
site and adjusted upwards 30% for
gusts. In addition, the deflection shall
be limited to 5% under the design
conditions so that at lower wind levels,
the luminaire movement on the poles
.. - will not cause apprehension.
Finish
The finish shall be an integral alumi-
num association, Class 1, 0.7 mil
minimum, architectural anodic
coating, utilizing a process to produce
a dark bronze, or black, sun-fast
protection.
.
~
.
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Hand Hole & Grounding
The grounding terminal, accessible
from the hand, hole, shall accept up to
;4 AWG stranded wire.
~
.
Pole Base and Tenon.
Fabricated from steel having minimum
yield of 35 K.S.1. Hot dip galvanized
after fabrication.
Protective Wrapping
The protective wrapping shall be 275
test. double wall, corrugated tubular
sleeving to meet California Trucking
Association shipping specification
standard,
.
'NOTE CA4 -8'10: & 12' ana RA4 .10' ana 12' POleS
S..l::~heo ....Im cast aluminum case ....elOed to pole
.
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Ordering Information
Cruciform Poles
CATALOG
NUMBER POLE SIZE
Prefix
CA4
CM
CM
CA4
CA4
CA4
CA4
CA4
CM
CA4
CA5
CA5
CA5
CA5
CA5
CA5
( CA5
CA5
CA5
CA5
CA6
CA6
CA6
CA6
CA6
CA6
CA6
CA6
CA6
CA6
CA6
Height
(feet)
8
10
12
15
18L
IBM
18H
20L
20M
20H
12
15
18
20
25L
25M
25H
28L
28M
28H
15
18
20
25
28
30L
30M
30H
33L
33M
33H
Size
(inChes)
4
4
4
4
4
4
4
4
4
4
5
5
5
5
5
5
5
5
5
5
6
6
6
6
6
6
6
6
6
6
6
-
~
MAXIMUM LUMINAIRE LOADING
120 MPH
EPA-FP
8,1
5,9
4.4
3.9
1.5
2.4
3.6
1.3
2.2
14.5
11.0
5.9
4.3
1.2
2.1
4.0J
1.7
25,0
14,2
11.4
6.2
4.0
2.2
4.6
7.0
2.2
4,0
Straight Round Aluminum Poles
RM
RA4
RM
RA4
RA4
RM
RA5
RA5
RA5
RA5
RA5
RA5
RA5
RA5
RA5
RA5
10
12
15
20L
20M
20H
15
20
25L
25M
28L
28M
28H
30L
30M
30H
4
4
4
4
4
4
5
5
5
5
5
5
5
5
5
5
2.5
1.5
4,8
1.5
2.3
3.1
13.6
6,3
3.4
4.2
2.3
2,8
4,0
1.6
2.1
OIl
104 MPH
EPA.FT2
11,2
8,4
6,4
6,0
2.9
4,0
5,4
1.8
2,6
4,0
20,1
16.1
8.7
7.0
3.4
4.2
6,3
1.6
2.4
4,0
32.1
20,2
16.7
10.2
7.4
5.4
8,0
11.1
3,2
5,0
7.0
o
3,5
2,3
6.7
2,3
3,3
4,4
18.3
8,8
5,2
6,1
3.5
4.3
6,0
2.7
3.3
4.8
:Ea
91 MPH
EPA-FP
15,0
11.4
9,0
8,0
4,2
5,6
7.3
3.3
4.3
5,6
26.2
20.0
12.3
10.0
5.6
6.6
9.0
4,0
4.8
6,3
45,0
27.6
23,3
15.0
11.3
9.5
12.2
16,0
6.0
8.3
10.9
5.1
3.5
9.3
3.8
5.0
6.3
24.2
11.8
7.1
8,3
5.1
6,0
8,1
3.8
4.8
6,6
Circle
(inches)
7
7
7
7
7
7
7
7
7
7
9
9
9
9
9
9
9
9
9
9
10
10
10
10
10
10
10
10
10
10
10
7
7
7
7
7
7
9
9
9
9
9
9
9
9
9
9
ANCHOR
BOLT DATA
Bolt
Size
'2X 18x4
J2X 18x4
J2x 18x4
'2X 18x4
J2X 18x4
7sx24x4
~ax24x4
hx18x4
~ex24x4
~ex24x4
78x24x4
7tix24x4
7sx24x4
~ax24x4
7sx24x4
~4x32x4
:l4x32x4
~x24x4
~x32x4
34X32x4
:l4x32x4
~4x32x4
:l4x32x4
:l4x32x4
,.x32x4
~x32x4
1x36x4
1x36x4
:l4x32x4
lx36x4
1 x36x4
'--'"
V'
}2X 18x4
nx18x4
}2x 18x4
nx18x4
7ax24x4
7tix24x4
%x24x4
7sx24x4
7ax24x4
~x32x4
7ax24x4
~x32x4
~x32x4
7ax24x4
~x32x4
:l4x32x4
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,. Application Data
Annual extreme-mile 30 feet above ground. 25-year recurrence interval
LUMINAIRE Configuration Configuration Configuration Configuration Configuration
SIZES 1 2 4 1 2 4 1 2 3 4 1 1 1 1 2 4
14" 1.3 2.7 2.7 1.1 2.3 2.9 - - - - 1.4 2.2 - 2.0 4,0 4.8
19" 2.5 5,1 5.1 2.1 4.0 5.5 2.3 4.6 4,8 5,9 2.5 4.1 2.7 3.7 7.4 8,9
26" 3,4 6,8 6,8 3,5 7.0 8,9 3,8 7.6 8,7 9.8 3.6 - 3.9 - - -
...:
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,
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.
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f.... EPA Values
1*
"A"
.,
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.
..
LUMINAIRE
SIZES 1
17" '.7
22" 1.2
..I'
. I
Wind Velocity
for Pole Sizing
White Area 91 MPH
Cross Hatch Area 104 MPH
Black Area 120 MPH
Arm Mount
VS
Yoke Mount
Flat Drop Sag
lens diffuser lens
Arm Mount
with Diffuser
H&EH
4
2.1
3,3
4
2.4
3,8
1
.8
1.3
4
2,3
3,7
1
.8
1.3
.
Straight Square D
Steel Poles
Straight Square Steel Prime Painted Finish
.
Ordering Information
Straight Square Steel (GSP)
Prefix Height (Feet) Options Finish
GSP 10.15,20 Prime
25,30 Painted
Example
Pole Specifications
GSP Series- Fabricated one-piece
steel into a uniformly square cross
section with flat sides and radiused
corners.
Heighl (Feet) 1
Prehx
IG~p 30
Oplions:
01 = Drilled One-Way ,
02 = Drilled Two-Way
04 = Drilled Four-Way
T2 = 2=}8" 0,0. Tenon
T4 =4"O,D.Tenon
FBC = Full Base Cover
, Options
Finish
02 ~pl
.
Tapered Round 0
Steel Poles
fapered Round Steel Prime Painted Finish
"-""
Ordering Information
Tapered Round Steel (TRS)
"'"
Prefix Height (Feet) Options Finish
TRS 20,25,30,35 Prime
39,45.50.60 Painted
Example
Pole Specifications
TRS Series-Fabricated from carbon
steel with minimum yield strength of
48,000 PSI and longitudinally welded
to form a uniform taper,
Heighl (Feet) l
Prelox
ITR~ 30
Oplions:
01 = Drilled One-Way
02 = Drilled Two-Way
04 = Drilled Four-Way
T2 = 2%" 0.0. Tenon
T4 = 4" 0,0, Tenon
FBC = Full Base Cover
I Options
Finish
02 ~pl
Consult factory for
availability of other pote types,
31
2i
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175 W;;J:;J:-
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eSCBi STS,AND STL e,
,,_,'"'#'_..,~z.;"M'o"'~""""''' " ..~ .._..~___.__.,...,..._......-..,..A....~........ "'~~"""~_I'.' ....P"..._.........~_..~- _,_.-.... .........~_.. "". _... -..... ~ . -. ,.......... '.". -., ,. "".-
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· 1:5 l fi
fl? I ,ks ~'br .
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STS STYLE
.
.
..
.
.
.
::: -&: Copyright 1981. Gardea Man'Jfocturing Inc.
IRe; IRI IS ~ ISI
~ J'$~o
sel. STYLE
Q..YL. S'k1.,J,~V' To tlus -f,~,
0. Since 1961. Gardco has been success-
fully lighting outdoor parking lots, The
same techniques apply equally to indoor
garages, The distribution of the lighting
patterns in a wide and uniform manner. cutoff for glare
control. efficient reflector systems. and low energy H.I.D,
lamps all combine to provide the most economical
means to satisfy energy and lighting specifications,
Garages. typically lighted 24 hours per day. demand
that energy efficient luminaires be considered,
A choice of four optical assemblies. easily inter-
changed. provide lighting patterns for even illumina-
tion regardless of the floor plan orcelling configuration,
The multiplicity of efficient H.I.D, lamp sizes and types.
used with three different mounting arrangements.
permit flexibility In lighting systems for a variety of
ceiling types in both remodeled or new construction
projects.
The adjustable trunnions permit the luminaires to ex- (:.1
tend to the bottom plane of the ribbed or waffled
ceiling, This positioning feature eliminates potential
shadowing created by ceiling obstacles. enhances
the effective lighting distribution and reduces the
number of luminaires required,
The product features focus on low owning and main-
tenance costs, The extruded aluminum housings with
anodized finishes never require painting. Vandal
resistant polycarbonate lenses. in captive door frames.
are totally secured in a rugged but architecturally
pleasing package,
Companion luminaires for wall. column and pole
mounting allow one system to satisfy all the lighting
requirements for garages.
1:;..
..
0. Gardea LIghting
3S'
STL STYLE
)...-
....
. -~
.....--........ .. ....... ,-........-..--....~............y-.-..--~---....-.-...- .-.--......'" .;
~
-..~
"
Form Ten CA
Round Arm Mount
Form Ten CA: Gardea CA round lumi-
. naires accommodate the patented
Form Ten sharp cutoff optical systemn
and therefore direct a higher percen-
C() tage of output lumens onto desired
areas than any other type of round
luminaire.
The cylindrical shape with its low
profile forms a soft silhouette that su~-
gests uses where the lighting plan
brings luminaires closer to eye level.
The luminaires accept energy-efficier t
HID lamps from 70 to 400 walts.
~
.
.
.
II
Cl!
~ono.rar-(X) J O~
a~'
Distribution Patterns
Typel~,'... Typelll~' TypeVO ~(~
- ~'"
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Type FM~:
~'1~
Type VSI . !~~: (22" only)
Ordering Information
. ..-.......--~~....,~-~~~~
CA Z 2 Z. VS 277 250 Mf.l BRP
Prefix Size Configuration Reflector Volts Lamp Finish
CA 17" 1 1 120 Refer to BRP
CA ~ 22" 2 3 208 Lamp BLP
4 0 240 Selector
FM 277
-'t VSI 480
$)
.
Lamp Selector
.
CA17
70W HPS
100W HPS
1 OOW MV
150W HPS.
175W MV
175W MH
250W MH
CA22
250W HPS
250W MV
250W MH ......-
400W HPS
400W MV
400W MH
~
.Supplied with ballast to operate 55 volt
lamp unless specified otherwise.
.. Arm luDOOOld (IS'
E.t,uded a1u"' num .',., ,1un'Wlum~ OfOwdH
'*""""nd~ C~&".,. r'QIdtM;qSltnOufl1ng P'tc"oon formed alumenum
.. hous.ng ISMlTlblt
..- T I
0
.- 1
9
1
..
Q) Solo(o"'eg.,lt~. .
t---c--l
Eas.ty,'.rncwat\llt ",~
Goof & helG l'(MataOoe
"'lIKtotF"...mDe'..:t
GI........
-
Example
Reflector Type
Configuration
Size
Primary Ballast
Voltage
Lamp
Finish
Prefix
Options
CA 22 2 3 120 400MH BRP
Finish:
BRP = Bronze Painted
BLP = Black Painted
Lamp Abbreviations:
MV = Mercury Vapor
HPS = High Pressure Sodium
MH = Metal Halide
Options:
F = Fusing
POLY = Polycarbonate Lens
Notes:
1. VS Reflector (22" Only). A !;ag
pOlycarbonate lens is standard when
the VS optical system is specified.
r~
Dimensional Data
CA17 CA22-
A 17" 22"
B 8" 11"
C arm lenath 5" 7"
o arm heiQht 5" 5"
0:. ,
30
21
...,
':; ._-\, 0
Gardco Cruciform and Straight Ordering Information
Round Aluminum Poles Cruciform Poles
~ Cruciform and Round Aluminum CATALOG ANCHOR
6 poles are G~t:dco's distinctive com- NUMBER POLE SIZE MAXIMUM LUMINAIRE LOADING BOLT DATA (
pnnions to the Form Ten luminnirc.' Height Size 120 MPH 104 MPH 91 MPH Circle Bolt
.. Extruded from 6063-T6 aluminum, Prefix (feet) (inches) EPA-FT2 EPA-FT2 EPA.FT2 (inches) Size
the poles are anodized bronze or CM 8 4 8.1 11.2 15.0 7 Y.1x18x4
black to compliment the luminaire. CM 10 4 5.9 8.4 11.4 7 Y.1x18x4
{)
Specifications CA4 12 4 4.4 6.4 9,0 7 Y.1x18x4
Design CM 15 4 3.9 6.0 80 7 Y.1x18x4
. Poles shall be extruded 6063-T6 CM 18L 4 1.5 2,9 4,2 7 }2x 18x4
aluminum yield strength in tension of CM IBM 4 2.4 4.0 5,6 7 %x24x4 .
25 K,S.1. The Cruciform cross section -
'..:; sh<tll be square with a minimum CM 18H 4 3.6 5.4 7,3 7 %x24x4
e squared step corner recession of 15% CM 20L 4 1.8 33 7 Y.1x18x4
to retain architectural proportions of CM 20M 4 1.3 2.6 43 7 %x24x4
~ the Cruciform design. The poles, CM 20H 4 2.2 4.0 56 7 %x24x4
including the hand hole. shall have a
0 minirt:lum yield safety factor of 1.5 CA5 12 5 14.5 20.1 262 9 %x24x4
when subjected to a wind load . CA5 1~ 5 11.0 16.1 20.0 9 %x24x4
resulting from the 25-year mean recur- CA5 18 5 5,9 8.7 12,3 9 %x24x4
, ~. rence interval wind velocity for the
site and adjusted upwards 30% for CA5 20 5 4.3 7.0 100 9 %x24x4
gusts. In addition, the deflection shall CA5 25L 5 1.2 3.4 56 9 %x24x4
..... be limited to 5% under the design
',,' lit CA5 25M 5 2.1 4.2 66 9 ~x32x4
conditions so that at lower wind levels,
the luminaire movement on the poles ( CA5 25H 5 4.U 6.3 90 9 ~x32x4
. , .' will not cause apprehension. CA5 28L 5 1.6 40 9 %x24x4
....; CA5 28M 5 2.4 48 9 ~x32x4
Finish
The finish shall be an integral alum i- CA5 28H 5 1.7 4.0 63 9 ~x32x4
num association, Class I, 0.7 mil CA6 15 6 25.0 32.1 450 10 ~x32x4
minimum, architectural anodic CA6 18 6 14.2 20.2 27,6 10 ~x32x4 ti
coating, utilizing a process to produce
a dark bronze, or black, sun-fast CA6 20 6 11.4 16.7 233 10 ~x32x4
protection. CA6 25 6 6,2 10.2 150 10 ~x32x4
. Hand Hole & Grounding CA6 28 6 4.0 7.4 11,3 10 74x32x4
The grounding terminal, accessible CA6 30L 6 2,2 5.4 9,5 10 74x32x4
, . ~ from the hand. hole, shall accept up to CA6 30M 6 4,6 8,0 12.2 10 lx36x4
\-..-: #4 AWG stranded wire.
CA6 30H 6 7.0 11.1 16,0 10 lx36x4
!r,
'f Pole Base and Tenon* CA6 33L 6 3.2 6,0 10 ~x32x4
~ Fabricated from steel having minimum CA6 33M 6 2.2 5.0 8,3 10 lx36x4
yield of 35 K.S.1. Hotdip galvanized
. after fabrication, CA6 33H 6 4,0 7.0 10,9 10 lx36x4
Protective Wrapping 0
It The protective wrapping shall be 275 Straight Round J\luminum Poles
test, double wall, corrugated tubular
sleeving to meet California Trucking AM 10 4 2.5 3,5 5,1 7 lix 18x4
.. Association Shipping specification
, AM 12 4 1.5 2.3 3,5 7 lix 18x4
1 standard.
AM 15 4 4,8 6.7 9,3 7 lix18x4
tI 'NOTE CA4 .8: 10: & 12' and AM .10' and 12' poles AM 20L 1.5 2.3 3,8 7 ~x18x4
supplied wilh cast aluminum base welded 10 pOle 4
-1 n AM 20M 4 2.3 3.3 5,0 7 %x24x4
AM 20H 4 tTiJ 4.4 6.3 7 %x24x4
. .. ~/~~
~ AA5 15 5 13,6 18.3 24,2 9 %x24x4
~/ ---- AA5 20 5 6.3 8.8 11.8 9 7sx24x4
III ~ . AA5 25L 5 3.4 5.2 7.1 9 %x24x4
, ~ AA5 25M' 5 4.2 6.1 8.3 9 ~~x32x4
~
~ AA5 28L 5 2.3 3,5 5.1 9 %x24x4
:: ---...-..-
~ ~ -...- ~
~ ~::-"':i:.:."S:.:' RA5 28M 5 2.8 4.3 6.0 9 74x32x4 "
. l 0 . AA5 28H 5 4.0 6.0 8,1 9 ~x32x4
...
RA5 30L 5 1.6 2.7 3.8 9 %x24x4
AA5 30M 5 2.1 3.3 4.8 9 74x32x4
AA5 30H 5 3.3 4.8 6.6 9 ~~x32x4
.,
.-..... -,.. '..... 31
26 ......_tw__:.... ',,_=
-.
'..
.
~_e
Application Data
Annual extreme-mile 30 feet above ground. 25-year recurrence interval
.....
'r1 111
.,.
f
.
.
e
~
~
",
,~'
. EPA Values
8" "A"
..
(C
.
~
. .
.'
II
.
((;i
"
T
.
~
" 'to
Wind Velocity
for Pole Sizing
White Area 91 MPH
Cross Halch Area 104 MPH
Black Area 120 MPH
Arm Mount
VS
Yoke Mount
Flat Drop Sag
lens diffuser lens
Arm Mount
with Diffuser
H& EH
LUMINAIRE Configuration Configuration Configuration Configuration Configuration
SIZES 1 2 4 1 2 4 1 2 3 4 1 1 1 1 2 4
14" 1.3 2.7 2.7 1.1 2.3 2.9 - - - - 1.4 2.2 - 2.0 4.0 4.8
19" 2.5 5.1 5.1 2.1 4.0 5.5 2.3 4.6 4,8 5.9' 2.5 4.1 2.7 3,7 7.4 8.9
26" 3.4 6.8 6.8 3,5 7.0 8,9 3,8 7.6 8,7 9,8 3.6 - 3,9 - - -
LUMINAIRE
SIZES 1
17" .7
22" 1.2
4
2.1
3.3
4
2.4
3.8
1
.8
1.3
Straight Square D
Steel Poles
Straight Square Steel Prime Painted Finish
Ordering Information
Straight Square Steel (GSP)
Prefix Height (Feet) Options Finish
GSP 10,15,20 Prime
25,30 Painted
Example
Pole Specifications
GSP Series-Fabricated one-piece
steel into a uniformly square cross
section with flat sides and radiused
corners.
Height (Feet) 1
PrefiX
IG~p 30
Options:
01 :::: Drilled One-Way
02 :::: Drilled Two-Way
04 :::: Drilled Four-Way
T2 :::: 2~8" 0.0. Tenon
T4 :::: 4" 0.0, Tenon
FBC :::: Full Base Cover
I OPtions
Finish
02 ~pl
Tapered Round 0
Steel Poles
rapered Bound Steel Prime Painted Finish
Ordering Information
Tapered Round Steel (TRS)
-";-
Prefix Height (Feet) Options Finish
TRS 20,25,30,35 Prime
39,45,50,60 Painted
'~""""'-".' .. .-.... -.-. --.......-..._.._......~".. ...,. ," --......
Example
Pole Specifications
TRS Series-Fabricated from carbon
steel with minimum yield strength of
48,000 PSI and longitudinally welded
to form a uniform taper.
Height (Feet) l
PrefiX
ITR~ 30
Options:
01 :::: Drilled One-Way
02 = Drilled Two-Way
04 = Drilled Four,Way
T2 = 2%" 0.0. Tenon
T4 = 4" 0.0. Tenon
FBC = Full Base Cover
I Options
Finish
02 ~p I
Consult factory for
availability of other pole types,
3e
27