2008-04-22_PERMIT FILE - C1981017 ‎(6)‎

• Permit No: C1981017
• IBM Index Class Name: PERMIT FILE
• Doc Date: 4/22/2008
• Section_Exhibit Name: Chapter II-B Appendix II-B-3 Part 3
• Media Type: D
• Archive: No

:n.,.11'; U: ~H:GIi [•/C FI .n= 7~7V I= 15~V M. 9/V+V
Fh::~i OF ~r+r"zTi'= 2.59 AT X= 940 Y= 1425 k= 445.0
F:+CTGR OF SAFETY= z.60 AT X= 954 Y= 1425 k= 445.0
Ftir7'OFc OF SAr"ET1f= 2.61 AT X= 960 Y= 1425 k= 445.0
~r+CTGk OF SAF"t7= 2.63 AT X= 970 Y= 1425 R= 445.0
~CTCR OF SAr"ETY= 2.68 AT X= 980 Y= 1425 k= 445.0
_ FA'70R OF SAFETY= 2+•:Y AT X= 440 Y= 1400 k= 420.0
OF SAFETY= 2.58 AT X= 950 Y= 1400 k= 420.0
rti Ok OF SAFETY= 2.59 AT X= 960 Y= 1400 k= 420.0
FA^TOR OF SAr'ETY= 2.61 A: X= 970 Y= 1400 R= 420.0
F+;"TOk OF SAFETY= 2.64 AT X= 984 Y= 1400 R= 420.0
• FA\''T'Ofi OF SAFETY= 2.b1 AT X= 944 Y= 1375 k= 395.0
Fn~TDk OF SAFETY= 2.59 AT X= 950 Y= 13,'5 k= 393.0
• FhCTOk OF SAFE17= 2.58 AT X= 960 Y= 1375 R= 395.0
FAr?Ch OF SAFETY= 2.60 AT X= 970 Y= 137: k= 395.0
FA.^TOn OF SAFETY= 2.62 AT X= 980 Y= 1375 R= 395.0
_ Fh~7'OR OF SAFETY= 2.63 AT X= 940 Y= 1350 k= 370.0
Fr~:.TOR OF SAFETY= 2•b0 AT X= 954 Y= 1350 k= 370.0
FA;,TGR OF SAFETY= 2.59 AT X= 960 Y= 1350 k= 370.0
Fk:'TOR OF SAFETY= 2.59 AT X= 970 Y= 130 k= 370.0
Fr;'r7OR OF SAFETY= 2.61 a;T X= 984 Y= 1~0 R= 3.'0.0
fiiu=cTY FACTORS FOR CIRCUS TAh~E";T TO ELEUATICN 990
Y-Or.PV(-OkD 940 5~0 9bD 970 980
1450 2.607 2•b13 2.630 2+EJ1 2.719
1425 2.594 2.596 2.609 2.629 2.677
1440 2.599 2.583 2 .593 2.612 2.b3T
i3.?5 2.614 2.589 2.582 2.555 x.621
:350 2.bJ 2.604 2 .593 2,590 2.610
OF SAFETY= 2.57 AT X= 940 Y= 1450 k= 4b`.0
.70R OF SArcTY= 2.58 AT X= 954 Y= 1450 k= 465.0
FAr?OR OF SAFETY= 2.64 AT X= 4b0 Y= 1450 R= 4b5.0
F;,CT"TOR QF SAFETY= 2.63 A7 X= 970 Y= 1450 k= 465.0
F1;."1~ OF SAFETY= 2.b9 AT X= 9R0 Y= 1454 k= 465.4
FF.w"TOR OF SAFETY= 2.57 AT X= 940 Y= 1425 k= 440.0
Fr_?Ok OF SAFETY= 2.`•7 AT X= 950 Y= 1425 k= 444.0
Fi,:TC~k OF .~;FETY= 2.59 AT X= 9b4 Y= 1425 k= 444.0
F=.r;Qn^ OF SAr"E?Y= c".60 AT X= 970 7= 14~ R= 440.0
Fr;rTOR OF SAFETY= 2.65 AT X= 990 Y= 1425 k= 4;0.0
F~~?1;R OF SAFETY= 2.58 A7 X= 940 Y= 1400 R= 415.0
F~'7Cat OF SAFETY= 2.57 AT X= 950 Y= 1400 k= 415.0
i~~TGR OF SAFETY= 2.57 AT X= 964 Y= 1400 k= 415.0
FkjTOR OF SAFETY= 2.59 AT X= 970 Y= 1404 k= 415.0
F.•',,.;1 Gk OF SAFETY= 2.~2 AT X= 984 Y= :400 k= 415.0
F::.'?OR OF SAFETY= 2•~0 AT X= Y44 Y= 1375 fi= 35'0.0
FA:7Ok OF S-+FETY= cc".59 AT X= 950 Y= 13'5 k= 394.4
F:-:.?OR OF SAFETY= 2.57 A? X= 960 Y= 1:75 k= 3917.0
FA:IDk GF SAr~TY= 2+50 A7 X= 974 Y= 137= R= 35'0•D
F~:;'[~k OF SAFETY= 2+E•1 a;T X= 984 Y= 1375 k= 390.0
FA:`7%ri OF SAFETY= 2+51 A? X= 944 Y= 1354 k= 355+0
Fr.,QR OF S::F£TY= 2.s~ AT X= 950 Y= 1350 k= 3~5+0
Fti:Ok Ci ShFr:'Y= 2..4 AT ~= 9'J Y= :350 k- b5.0
_,~„ O. SfiFETf= 2.59 h, X= 9'4 Y= 1.54= 3~• .
MiJI~ Gi S~+iYTY= ?..~1 A't.= 99:1 Y= 13JJ 1~~- ~:-.\~
• rt1n;IDN 985
7 :'O Fd
P
'
:Y FACTGb:S FOR CIRGL d
:S ?r ..
,
;vE
Y-GiD\r-ORD X40 9~4 9~0 970 994

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