ML18117A395
Text
III:.!...;;*i!***., I*...I...*.,...-*--***..I**-II..;****III*--.................-+--+--.+Ow-__.-........-*.*-***"Ir.,'1'1 TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 Loft Semiscale Slowdown (LOCA)Test No.546 p.6B.FIG-1 Vessel Pressure vs.Time FIG 6.8-1 I aD 10..-c-18 e-..***..,...*to 20\\\\,\\" l2S lI.sUI.""-.......*a 21 3.Ti_.IIC**TMI-UNIT 1 UFSAR Appendix 68 Loft Test No.546 5.II UPDATE-18 4/06 p.6B.FIG-2 Predicted Percent Mass Remaining vs.Time (LOCA)FIG 6.8-2 5..,.**i 52.,..,.*,.**50*;-w***..******I , , 1 1 , I D,s'ln'rlSsun""'-1-.-.......--......-.....//--........-..-l-I..**I*I*I*2***_..turl'rl*.,,2'I 12 1.TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 p.6B.FIG-3 Envelope of Peak Reactor Building Pressure vs.Rupture Sizes with 3 Air Coolers Operating (LOCA)FIG 6.8-3
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=TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 p.6B.FIG-4 Reactor Building Pressure vs.Time For the DBA (LOCA)8.5 ff Rupture with 3 Reactor Building Air Coolers FIG 6.8-4 4**..*-..I...!...-..--*:II...-,,;-a..a*-*--4 I----.....__
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.........w.I..................--..1ft-=1ft T****raful*., TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 p.6B.FIG-5 Reactor Building Vapor and Sump Coolant Temperatures vs.Time for the DBA (LOCA)with 3 Reactor Building Air Coolers FIG 6.8-5
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=***-*=---TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 p.6B.FIG-7 Reactor Building Pressure vs.Time After Rupture (14.1 ft2 LOCA)FIG 6.8-7
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--*..*..*,.*...*TMI-UNIT 1 UFSAR Appendix 68*UPDATE-18 4/06 p.6B.FIG-8 Reactor Building Pressure vs.Time After Rupture (5.0 ft2 LOCA)FIG 6.8-8
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"1'1"'.'III TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 Reactor Building Pressure vs.Time After Rupture (3.0 tf LOCA)p.6B.FIG-9 FIG 6.8-9
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-****Ict., luildinl ,Iil TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 p.6B.FIG-10 Reactor Building Pressure vs.Time After Rupture (1.0 tf LOCA)FIG 6.8-10
..*...*...a*a*..*---J..***:I****ct.,'u.l.i**""1111.'1'.TMI-UNIT 1 UFSAR Appendix 6B UPDATE-18 4/06 p.6B.FIG-11 Reactor Building Pressure vs.Time For the DBA (LOCA)with 2 Air Coolers and 1 ,500 G PM Spray FIG 6.8-11 150 75 108.125'erelnt No.inal Hlat Transfer 2300 1100 1700 58....*2200-:I-..-....**...2100":I..-CI a.M 2000-..:I:*No.inal Desia" Point:I*-..1900*TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 Maximum Hot Spot Clad Temperature Vs.Variable Heat Transfer Coefficient after DNB for a 36-in.ID, Double-Ended, Hot Leg Pipe Rupture (LOCA)p.6B.FIG-12 FIG 6.8-12 1L*C.:J...o c.*0-**...R.actor Butldtng Vapor r**p R.actor Butldtng SUMP T**p P.ak eo
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............, 100 10 I 10 2 10 3 10'TI.e After Rupture**eo (OrIgInal EO r**perature ProfIle)TMI-UNIT 1 UFSAR Appendix 68 UPDATE-18 4/06 p.6B.FIG-13 Reactor Building Vapor and Sump Coolant Temperature vs.Time For the DBA (LOCA)with 2 Reactor Building Air Coolers&1500 GPM Sprays FIG 6.8-13 TMI UFSAR
Figures 6B-13A through 6B-13C Deleted TMI-1 UFSAR Figure 68-14 Deleted TMI-1 UFSAR MSlB EQ Temperature Profile fiG 68-15 ANALYSIS INPUTS as DESCRIBED in TABLE 6B-7--RB Vapor Tempe,rature
- ...RB liquid Temperature
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400 350.*..;"'_."WN"'
.300-LL.....-f!::t....e 250 QI Q.E200 150 100 0.1 1 10 100 peak vapor temperature 382.8'28'0 1000 10000 100000 1000000 p.6B.FIG-15 UFSAR Appendix 6B TIme (sec)TMI-1 Updated Final Safety Analysis Report RB MSLB EQ Temperature Profile Figure 6B-15 Rev.20, 04/10 TMI-1 UFSAR LOCA EQ Temperature Profile FIG 6.8-16 1000000 100000 LOCA EQ Temperature Profile TMI-1 Updated Final Safety Analysis Report 10000 100 1000 Time (sec)10 1 ANALYSIS INPUTS as DESCRIBED in TABLE 68-6 200-4 i
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1-m u***w*..*..*******1 100 I I t j iiI 1 0.1 p.68.FIG-16 UFSAR Appendix 68 400 I I 380---AS Vapor Temperature 360......RB Uquid Temperature 340_'-"" Temperature Envelope!........u..300 n.-,.,.,......"-".
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Figure 68-16 Rev.20,04/10 TMI-1 UFSAR LOCA EO Pressure Profile FIG 6.8-17 1000000 tooooo TMI-1 Updated Final Safety Analysis Report 10000 100 1000 Time (sec)peak at 60.6 at 121 sec 1 10 ANALYSIS INPUTS as DESCRIBED in TABLE 68-6 15 0.1 75 T I..F---L-u----u--, 651-__,<<....*.,._-,_.-.*.*_---T T---.l--*
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CO!D.m a: 35i....--**..*********....*_-+*p.6B.FIG-17 UFSAR Appendix 68 LOCA R8 Pressure From EQ Model Figure 68-17 Rev.20, 04/10 TMI-1 UFSAR MSLB EQ Pressure Profile FIG 6.8-18 t---...i-_.-.--.--..,-_._..-,.
- MSLB AB Pressure.....EQ Pressure ENVELOPE I!I I 75 I!i j I ANALYSIS INPUTS as DESCRIBED in TABLE 66-7 65 t'!1000000 100000 TMI-1 Updated Final Safety Analysis Report 10000!I I__.--,_-f---___-t**,._...._
1 t-peak pressure..at 121 sec" 100 1000 TIME (seconds)10 1 151..*11lI-*-1 I j=n.i0.1 65 ww.--!.._....**.._.........-...-.*****-..t-*'-'"'-'-".....
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fB It A.II It p.6B.FIG-18 UFSAR Appendix B RB MSLB EQ Pressure ProfileFigure6B-18 Rev.20, 04/10 TMI-1 UFSAR RB EQ Temperature Profile FIG 68*19 400 350 300........u.2!:s...!250 GI Q.E200 Profile is based on MSLB after 4.8 sec at 255 OegF---MSLB Vapor Temperature
---EQ Temperature Envelope Profile is based on EQ Temperature Envelope after 442 set at 280 DegF 1000000 100000 10000 1000 100 10 1 100., w****************
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,.0.1 Time (sec)p.68.FIG-19 UFSAR Appendix 68 RB EQ Temperature Profile Figure 6B-19 Rev.20, 04/10 TMI-1 UFSAR EQ Pressure PrQfile FIG 6.B-20 75., ii'10000 100000 1000000 TMI-1 Updated Final Safety Analysis Report 1001000 Time (sec)10 p.68.FIG-20 UFSAR Appendix 68 15;=::=:*.
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