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<br />PLAN HOLD CORPORATION
<br />IRVINE, CALIFORNIA
<br />PLAN HOLD CORPORATION
<br />REORDER BY NUMBER O75AR
<br />REORDER BY NUMBER O75AR
<br />POSITION EDGE OF PRINT 0
<br />POSITION EDGE OF PRINT ON THIS LINE
<br />REORDER BY NUMBER 075AR
<br />REORDER BY NUMBER O75AR
<br />97
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<br />LtAWfAN i R4
<br />CAD SYMBOL 1 SRD2. SYN
<br />CAD SYMBOL SIZE . 3
<br />FILENAME. W \AREA\KAD\91102805.IES
<br />LUMENa 2000000
<br />SPIN - 0
<br />IESNA91
<br />[TESTI 1191102805
<br />CNANUFAC] LITHONIA ARCHITECTURAL DCIW LIGHTING
<br />CLUNCAT] KAD 250$ R4
<br />[LUMINAIRE] DIECAST TYPE
<br />IV SHORT CUTOFF LUMINAIRE
<br />[LAPCAT] $250/U ' '
<br />[LAMP] 250 MATT META. HALIDE - HORIZONTAL BURN
<br />[OTMER]Verslon 02/01/1999 - 1600.00
<br />TILT -HSE
<br />LAMPS • 1 LUMENS/LAMP = 19500 PHOTOMETRIC TYPE a 1 WATTS • 295
<br />- a s
<br />LUMINOUS DIMENSIONS (FEET) I WIDTH 1. � LENGTH 1. 23 HEIGHT 0
<br />FACTORS 0 MLTIPLIER a 1 BALLAST • 1 BALLAST -LAMP a 1
<br />NUMBERVERTI ANGLES • 33 0 TO 90 DEGREESNUMBEO
<br />HORIZONTALIANGLES • 21 0 TO 180 DEGREES
<br />LUMINAIRE. R4S
<br />kad-250.-r4 w/Int hes
<br />CAD SYMBOL 1 R22. SYM
<br />CAD SYMBOL SIZE 1 3
<br />FILENAME 1 K.\LLPHOTON\OUTDOOR\AREA\KAD\9206100 . IES
<br />LUMENS = 20000
<br />SPIN a 0
<br />.72
<br />IESM101
<br />[TESTI 1192061002
<br />CMANUFAC3 LITHONIA ARCHITECTURAL OUTDOOR
<br />CLUMCAT] KAD 250M R4 HS
<br />[LUMINAIRE] DIE-CAST CUTOFF LUMINAIRE WITH HOUSESIDE SHIELD
<br />CLAMPCAT] 2250/U
<br />[LAMP] 250 WATT METAL HALIDE
<br />C OTHER] Version. 02/01/1999 - 12' 00100
<br />TILTaNOE
<br />LAPS a 1 LUMENS/LAMP = 19500 PHOTOMETRIC TYPE = 1 WATTS = 295
<br />LUMINOUS DIMENSIONS (FEET) 1 WIDTH = 1.2 LENGTH - 1.2 HEIGHT • 0
<br />FACTORS. MULTIPLIER = 1 BALLAST - 1 BALLAST -LAMP = 1
<br />NUMBER OF VERTICAL ANGLES = 33 0 TO 90 DEGREES
<br />NUMBER OF HORIZONTAL ANGLES • .21 0 TO 180 DEGREES
<br />LUMINAIRE 1 R3
<br />Mad-2d0n-r3
<br />CAD SYMBOL 1 SRD2. SYM
<br />CAD SYMBOL SIZE 1 3
<br />FILENAME. K1 \KAD\92042001. IES
<br />LUMENS a 20000
<br />SPINLLF s 072
<br />IESNA91
<br />[TEST] 1192042001
<br />[MANUFAC] LITHONIA ARCHITECTURAL OUTDOOR
<br />[LUNCAT] KAD 250N R3
<br />[LUMINAIRE] DIE-CAST CUTOFF LUMINAIRE
<br />CLAMPCAT] M250/U
<br />[LAMP] 250 WATT METAL HALIDE
<br />[OTHER]Version. 02/01/1999 - 12.00100
<br />TILT -NONE
<br />LAMPS - 1 LUMENS/LAMP • 19500 PHOTOETRIC TYPE • 1 WATTS • 295
<br />LUMINOUS DIMENSIONS (FEET) 'WIDTH = 1.2 LENGTH a 1.2 HEIGHT = 0
<br />FACTORS . MULTIPLIER a 1 BALLAST a l BALLAST -LAMP = 1
<br />NUMBER OF VERTICAL ANGLES - 33 0 TO 90 DEGREES
<br />NUMBER OF HORIZONTAL ANGLES in 21 0 TO 180 DEGREES
<br />LUMINAIRE ' DB
<br />kfl2-7CM-bp (100w test 70w lrs)
<br />CAD SYMBOL • ARROW. SYM
<br />CAD SYMBOL SIZE . 3
<br />FILENAME . 10\LLPHOTOM\OITDOOR\FLOODUFL2\SH10136. IES
<br />LUMENS a 5200
<br />SPIN - 072
<br />IESNA91
<br />[TEST]SH10136
<br />[NANUFAC3LIthonla HI -Tek Lighting
<br />[LIMCAT]KFL2 100M BP
<br />[LIMINAIRE]Archltectlral Floodlight, BP Distribution, 100 Watt Metal Halide
<br />[LAMPCAT]7800 Lumens, Vertical Lamp Burning Position
<br />LLAMP]100 Watt Metal Halide, Clear, ED -17
<br />[OTFER]Versiore 02/01/1999 - 1210000
<br />TILT=INCLUDE
<br />LAMP TO LUMINAIRE GEOMETRY • 2
<br />NUMBER OF TILT FACTORS a 17
<br />ANGLES a 0 5 10 15 20 25 30 35 .40 45
<br />50 55 60 65 70 75 90
<br />FACTORS a .95 .92 .88 .85 .83 .84 .85 .87 .89 .91
<br />LAMPS a 1 �LOMENS/L94 AMP a .97
<br />00 7800 .98 PHOTO99 METRIC TYPE a 2 WATTS a 100
<br />LUMINOUS DIMENSIONS (FEET) 'WIDTH • 1 LENGTH a 1 HEIGHT • 0
<br />FACTORS. MLTIPLIER a 1 BALLAST * l BALLAST -LAMP a 1
<br />NUMBER OF VERTICAL ANGLES a 21 -90 TO 90 DEGREES
<br />HUMOR OF HORIZONTAL ANGLES • 11 0 TO 90 DEGREES
<br />LUMINAIRE . CC
<br />cec-10-70. (100w test 70w ins)
<br />CAD SYMBOL 1 DNLT1. SYM
<br />CAD SYMBOL SIZE 1 3
<br />FILENAME. K. \LLPHOTOMICGRIJORK\G0TH AM\HID\tEW\43069 IES
<br />LUMENS • 5600
<br />LLF • .72 .
<br />SPIN a 0
<br />IESNA91
<br />[TEST] HT43069
<br />[NARFAC] Lithonia Lighting - Lithonia Downlighting
<br />ELUMCAT] CEVIO 100M
<br />[LUMINAIRE] GOTHAM 10• MH CYLINDERS -NET
<br />ELAMP] 9500 LM LAMP
<br />E OTHER] Vers l on. 10/1/96 - 12000000
<br />00
<br />TILTaNOIE
<br />LAMPS • 1 LUMENS/LAMP • 9500 PHOTOMETRIC TYPE a 1 WATTS • 128
<br />LUMINOUS DIMENSIONS (FEET) 'WIDTH • -.65 LENGTH - 0 HEIGHT - 0
<br />FACTORS 1 MULTIPLIER - 1 BALLAST = 1 BALLAST -LAMP a 1
<br />NUMBER OF VERTICAL ANGLES • 11 0 TO 90 DEGREES
<br />NUMBER OF HORIZONTAL ANGLES a 1 0 TO 0 DEGREES
<br />LUMINAIRE . KBA
<br />LOUVERED BOLLARD 70W NH
<br />CAD SYMBOL • SCIRC. UM
<br />CAD SYMBOL SIZE 1 3
<br />FILENAE • 10 ATH_ACC\KBD\94033106. IES
<br />LUMENS • 5000
<br />LLF a72
<br />SPIN - 0
<br />IESNA91
<br />[TEST] 1194033106
<br />[MANIFAC3 LITHONIA ARCHITECTURAL OUTDOOR
<br />[LUNCAT] KBDB 70$ LV
<br />[LUMINAIRE] 8 IN ROUND BOLLARD W/ LOUVERS
<br />[LAMPCAT] N70/U
<br />[LAP] 70 WATT CLEAR METAL HALIDE
<br />[OTFER]Versloni 02/01/1999 - 12000000
<br />00
<br />TILT -HOE
<br />LAMPS a 1 LUMENS/LAMP = 5000 PHOTOMETRIC TYPE is 1 WATTS - 94
<br />LUMINOUS DIMENSIONS (FEET) 'WIDTH • -.667 LENGTH - 0 HEIGHT - 0
<br />FACTORS ' MULTIPLIER - 1 BALLAST a 1 BALLAST -LAMP a 1
<br />NUMBER OF VERTICAL ANGLES • 29 0 TO 90 DEGREES
<br />NUMBER OF HORIZONTALANGLES - 1 0 TO 0 DEGREES
<br />PLANE i A
<br />POINT SPACING LEFT-TO-RIGHT = 10 ft
<br />POINT SPACING TOP -TO -BOTTOM = 10 ft
<br />LOWER LEFTHAND CORNER OF PLANE+
<br />X=-70 Y=20 Z=0
<br />UPPER RIGHTHAND CORNER OF PLANE+
<br />X=680 Y=490 Z=0
<br />LIGHT METER IS NORMAL TO PLANE
<br />AVERAGE fc = . 82
<br />MAXIMUM fc = 21. 7
<br />MINIMUM fc = 0
<br />AVERAGE/MINIMUM = 0
<br />MAXIMUM/MINIMUM = 0
<br />TOTAL NUMBER OF POINTS = 3358
<br />OBSTRUCTIVE SHAPE i BLDG
<br />HEIGHT = 20
<br />TRANSMITTANCE = 0
<br />REFERENCE POINT+
<br />X = 118 Y = 218 Z = 0
<br />NOTE+ CALCULATIONS ARE FOR COMPARATIVE USE ONLY.
<br />ACCURACY OF LIGHT LEVELS IS DEPENDANT ON
<br />MULTIPLE VARIABLES WHICH ARE DEFINED IN THIS
<br />CALCULATION. DEVIATION FROM THESE VARIABLES
<br />WILL ALTER LIGHT LEVELS.
<br />r.,2 0.02,y003 003
<br />nz '> � f, n) 0.03 .i)2.. '; t . , ., '` 1'S ^,n 7.• ", 0. 0.03 ..,.<.
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<br />201 0.131 001 0.02
<br />n 1 ; •1 : 0: 0r ' r 0 0.0.3 0.04 0.05 0.061 0.06 0.06 0.04 0.03 0.04 0.04 •0 05 0.06 0.07
<br />0.03 0.06 0.07 0.08 0 ,'N 0.10 ...: _ :. 0.5 1 .'..'•8 U. i'% , ..3 O.G9 OA8 ... }8 O J> O.w 0.95 O.D4 J .73 U. J S
<br />0.01 0.02 0,02 003 0104 0.05 009 011 0.13 014 0.15 0,16 0.13
<br />0,02 0.03 0.04 0.06 (.07 0,10 0.14 0.20 0.25 0.2.8 0.27 0.30
<br />0.13 0.04 0.06 0.09 ).12 0.18 0.30 50.38
<br />0.03 0.05
<br />0.04 0,06
<br />0.04 0.07
<br />0.05 0.08
<br />0.04 008
<br />0.08 0.12 10.20 0.32
<br />0.10 0.113
<br />12 0.0 1 . 22
<br />0.13 0.23
<br />0.13 0.22
<br />0,04 0018 0,14 0,24
<br />0.04 0,08 0.14 0.26
<br />0.04 0,07 016 0.3'
<br />0.04 0.08 0,17 0.:9 0.
<br />.5
<br />0.44
<br />0.28 0.20
<br />5
<br />..51 0.80
<br />0.65 1.35 1.46 1,04
<br />3.320.65 0.93 1.22 1.136'7 . �'.08 X 190.54 ?.]U 2.0)5 22'.' 3.OS 3.64 .4%\\ 1."15 02'3 1.23 1.48 1.459 3.24 4.^_ .21 10 5.3 1,81 1,01 0.81 0,88 0.96 0.:90 0,98 1.'.5
<br />,\.72
<br />1.23 7.53 347 3.17 1.75 1.03 0.74
<br />4,' 2.15 'S 'i.7`: 1.:>2 1.12
<br />2.. 6
<br />0.05 0.00 0 04
<br />0,04 0.05 006 0 06 0.06 0.04 0134
<br />0,15 0.12 0.09 0,08 0,07 0.06 0.06 0.06 0.07 0.10 0.75 017 0.16 0.11 008 008 008 0.51 016 0,18 0,16 0.12 0.09 008 003 0,11 0.15 0.17 0.16 011
<br />.5
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<br />0.29
<br />0.02 0.53 0 03 >.03 0.03 CG3 i72 , 02 0.02. 0.03 0.03 2
<br />173
<br />0.03 0.53 (.7J;2 001 0.01 0.01 0 1'' 1 0.00 0.00 ..50 0.00 0.00 0.00
<br />0.04 0.64 (16 7.Orn.
<br />)•U.f� v.r7i V +d J)� ,,l 0.05 0000 0. 6 1.06 r 3
<br />4 0.03 0.02 0.02 0.01 0.01 0.01 0.00 0,00 0.10
<br />0.00 0.00
<br />0.09 0.03 0,59 017 L16 0.18 11.16 012 0.08 0.07 0,08 0.11 0.75 014 215 011
<br />0. 7
<br />0.15 0.:9 0.31
<br />.5
<br />49 0.29 0.17 0.14 0.16
<br />0.08 0.05 0,04 0.03 0.03 0.02 0.01 0.01 0.00 0.00 0.00
<br />028 0.15. ,0.10
<br />6 2979 0,97 0.•5 0.37
<br />0 26 0.22 0.18 0.16 0.15 0.17 0.27
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<br />0.05 0.09 0,19 11.33
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<br />1.15
<br />1.19 1.42
<br />5 11.51
<br />3.09
<br />1.59 1_87
<br />1.70 1 87
<br />1.7E 2,34
<br />3.01: 1,71
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<br />0,95 1,76 1.48 127 1.14 1.36 1.6.3 1.82 1.58 1,44 117 5.08 1.35 1.80 2.03 1,99 1.88 1,46
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<br />0,58 ,.Yi8 0.69 0.84 :.75 \ 0.50 1.36 0.33 0,:9 1.59 0,82 0.94 D.e "' 0.92 \0.85 \1.19
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<br />.67 1.63 1.65 1.59 1.45 1.62
<br />4.8 .67
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<br />0.40 0 22 0.00 0.05 0,03 0
<br />0.83
<br />0.90 ,9 0.317 0.09 0.03 (
<br />0.40 0.16 0.07
<br />1.76 1.70 1.8', 1.36 1.05 0.97 1,15 2,471 3.
<br />2.33
<br />2..591
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<br />0.0„ 35; 0.77 0,,(. C.C.. 0730 1,05 1.06 1 03 0,96
<br />53 0.85 1,34
<br />1.24 2.18
<br />1.48 / 186 2.74 2.29 1.32 0.76 0.72 0.65
<br />2.57 3.30 4,42 2.00 0.93
<br />1 2.60 .47 3.65 2.7(1 2.22
<br />1 1 I
<br />... 2,01 2.76 4.06 2.57
<br />3 1.061y'j''L j)2 3, 96 3 08 2,18 1.83
<br />AA
<br />9 1 0.82 2.47 3.18 2,32 2.00 1,69
<br />0.15 0,:09 0.26
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<br />0.04 0.09 217 0
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<br />7 3.2.8 1.62 0.a" 0.6
<br />0.52 0.88 121 2.05
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<br />59 0 16 011 1 0 08 71.08 0.09 0.11 0, 3 4 , 18 0.24.
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<br />0A5 0.06 m7 0.07 008 0.10 0.12. 615 (.21
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<br />0.14 40! 4 141,14 x.14
<br />0.27 0.26 023 014
<br />1::7.-5 0.24 0.33
<br />0.27 0.25 030 0.36 0.3C 0
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<br />5 0.58
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<br />73 75
<br />36 0,86 7).97 1.26 1.25 1,45 1.28
<br />1.51 1.42 1.58 2.38
<br />:.72 1.5553 .,
<br />/ '(.76 1.45 _1.24
<br />50 1 _5
<br />2,20 I 33
<br />1.117 1 38
<br />1.5: 2.10 1.77
<br />1.48 2.07 2.2(3
<br />3.60 1.95
<br />1.49 1.90 :3.73
<br />ti !,5'7 1.2'7
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<br />208 177 2.36 225 1/1 143
<br />3.42 4.00 4.23 226 lAt
<br />340 2.38
<br />0.21 1.27
<br />0.62 1.30
<br />2.35
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<br />1.96 1,44
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<br />2 0 9 ▪ 330 122 106 0.83 149 209 207
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<br />0 70 0.6.3 0.72 0.80 0 65
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<br />0,11 - 0.05
<br />8 O.r18 0.04
<br />0.14 / 0.08 0,04
<br />.716 C) 50 007 0.03
<br />0 12 0.08 0.05 0 03
<br />7 0.( 8 0.06 '.04 0.02
<br />/ /N
<br />007 0.05 /0.02
<br />09 000 13'
<br />0.01 0.01
<br />0.06 0.04/ /.01 0.01 0.00
<br />)3 0,04 73? 0.01 001 0.00
<br />0 04 0,53 / 0.01 0.01 0.00 0 00
<br />/
<br />/).02
<br />2.05 0 03
<br />0/10 c0/
<br />/
<br />0,05 0.06 / 0.02
<br />013 0.07 0.7- 001
<br />0.03 006 4,4 0.91
<br />/
<br />08 0,06 0,04 0.01 0 0 1 0.00 0.00 000 0.00 0.00
<br />0.04/ 0.02 0.01 0.00 0 00 0,00 0.00 0 00 0.00
<br />1704 02 0.01 O,C1 GAO '),00 0.00 0.00 0.00 0.00
<br />/ /
<br />0.32 0,06 0.7 010'1 0.01 0.00 0.00 0.00 0.00 0.00 0.00 0.00
<br />006 //6.02 0.01 0.00 000 0.00 0,00 0 00 0.00 0.00 0.0(}
<br />044 0.07 0.04/ 0.0, 0.01 0.00 (:.(117 0.00 0.00 000 0.00 000 000
<br />/
<br />0.09 00066/ / 0.02 0.01 000 0.00 0,00 0 00 0.00 0.00 0.00 400 0.00
<br />%i) ? 5 0.07 'o7 0,01 0.01 0.00 0.00 0.00 000 000 0.00 000 0.00 0.00
<br />('.01 0.01 0.00 0.00 0.00 200 000 0,00 0.00 0.00 000
<br />0,01 0.01 0.00 0.00 000 0.00 0.00 0.00 0.00 0,53 0.00
<br />001 0.00 0.00 0 00 0,00 0,00 0.00 0.00 0.00 0.00 200:
<br />i) 9', U 00 0.00 0.00
<br />00! 001 0.00 0.00 0.00
<br />'0.0 i 0 00 0.00 0,017 0.00
<br />.17
<br />0. 0.00 0.0:) O.00 0.00
<br />0.00 0.30 0.00 000 0.01)
<br />0.07 0. e/
<br />017 0-
<br />t78 0.85 027 014 0.10 05r7 006 005 005 005 0.07 011::3010
<br />AA
<br />59 2.83
<br />2 09 1.17
<br />000 0.00 000 001 002 0.05 006 014 023
<br />0.00 000 a00 000 001
<br />003 004 005 010 O.
<br />000 000 0.00 0.00 000 001 002 003 005 008
<br />0 10 403 0.93 1
<br />c0:1\..885
<br />0.28 0.27
<br />053 1.32
<br />2 0.77 10
<br />1M5 0M6
<br />0.
<br />7 2.18 3.81
<br />AA
<br />0.19 0.12 0.08 0.05 0.54 0 03 0.04 0.05 0.08 0.14 0.28 0.01 /02 2.28
<br />Ap- 0.66/ 0.75 - 0.85
<br />7 027 013 021
<br />97 0.92
<br />000 000 0.00 0.00 000 GAO 000 000 001 003 006 0.10 0-,
<br />0A1 0/6
<br />009 00
<br />0.00 0.00 a00 000 0.00 MO OM 000 000 0.01 004 005 011 0.21 2 0.30 0.30 a26 018 016
<br />000 000 000 000 000 a00 000 0.00 000 001 002 004 0.04 008 0.0 0.08 012 0.11 0/09 008
<br />000 0.00 000 000 0.00 000 000 000 000 000 001 002 002 003 004 004 004 0.05 004 004/
<br />luminaire
<br />label
<br />AlK R4)
<br />AA( R4S)
<br />AA( R5)
<br />AA( R3)
<br />BB
<br />CC
<br />FF
<br />DD
<br />Tota t
<br />User: JLS Database: 5508e11.dwg..dwg Plot Date: 08/02/00 Job Number: 00069\Acaddraw\jennifers\
<br />003 o 01
<br />quantity description lumens llf
<br />16 kad-250n-r3
<br />12 LOUVERED BOLLARD 70W MH
<br />2
<br />50
<br />kf12-70m-bp (100w test 70w 1ms)
<br />20000
<br />20000
<br />20000
<br />20000
<br />5600
<br />5600
<br />5000
<br />5200
<br />72
<br />0.24 0,31
<br />0 12 0,09
<br />67 2.10 1.45
<br />2'38 I 17
<br />0,3
<br />0.34/ 017
<br />0.18 0.13
<br />020
<br />0.08 0.05
<br />0.03
<br />(12
<br />010 006 004 002 OM' 0.01 000 0.00 000 000 0.00 000 000 000 000 000
<br />006 004 002 001 0.51 000 000 a00 000 000 000. 000 UM 0.00 0.00 000 0.00
<br />002 0 01 001 0 02 002 0 03 0.05 006 006 me 007 008 0.08 007 006 0M5 004
<br />004 a04 0.06 008 009 009 OM; 0 05 0A4 0 OM 0 el CM 4,1
<br />01 0.01
<br />A
<br />V
<br />0.03 0.03 003
<br />GROUND TERMINATION
<br />GENERAL NOTES
<br />000 000 000 000 0.00 0.00 OA)
<br />003 0M2 001 Oki 000
<br />000
<br />1. ANCHOR BOLT TYPE AND SPACING PER LUMINAIRE
<br />MANUFACTURER REQUIREMENTS.
<br />2. VERIFY DIMENSIONS AND MATERIAL REQUIREMENTS
<br />WTH STRUCTURAL ENGINEER.
<br />3. COORDINATE DIMENSIONS AND REINFORCING
<br />WITH STRUCTURAL ENGINEER
<br />4. MAXIMUM POLE HEIGHT TO BE 24', INCLUDING
<br />CONCRETE BASE.
<br />#6 BARE COPPER
<br />GROUND WIRE
<br />Nk
<br />A
<br />THERMOWELD
<br />3/4" X 10'
<br />COPPERCLAD
<br />GROUND ROD
<br />POLE BASE DETAIL - FLUSH BASE
<br />NOT TO SCALE
<br />0.01
<br />0 00
<br />9 000 000 000 000 0.00 0.00 3.00 000
<br />0.01 601 0,00 00 000 000 mo oK) 0.00 000 0.00 000 000 000 000 0.00 O.
<br />SITE FI-10TOMETRIC PLAN
<br />0 V,3
<br />§ 512
<br />cc Egt
<br />wE- rod
<br />lg.
<br />0
<br />DATE
<br />1-21-00
<br />2-1-00
<br />3-23-00
<br />15-1-00
<br />154-00
<br />3-26-00
<br />6-1-00
<br />SHEET
<br />cc
<br />0
<br />0
<br />0
<br />0
<br />0
<br />0
<br />:)
<br />9?
<br />op
<br />0
<br />0
<br />CC
<br />0
<br />0
<br />0
<br />KICKOFF MG.
<br />CITY WEL
<br />Rev. crry sus
<br />SES
<br />
|