ML20079B134

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LTOP Events W/One Porv
ML20079B134
Person / Time
Site: Salem  PSEG icon.png
Issue date: 12/16/1994
From: Chandra V, Pande R
Public Service Enterprise Group
To:
Shared Package
ML18101A441 List:
References
S-C-RC-MDC-1413, S-C-RC-MDC-1413-R, S-C-RC-MDC-1413-R00, NUDOCS 9501050249
Download: ML20079B134 (35)
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37 ATTACHMENTS: #/ TOTAL SHTS.: CHECK ONE: O INTERIM : Proposed Plant Change) O VOID FINAL (Supports Installed Condition) DESCRIPTION OF CALCULATION REVISION (I? APPL.): hl / M P i REASON FOR CALCULATION REVISION (IF APPL. ) : N lk* l HOPE CREEK OQ OQs OQsh OF OR $N/A [ l 0 - LIST (SALEM) ? YES O NO IMPORTANT TO SAFETY ? YES O NO FUTURE CONFIRMATION REQUIRED ? O YES NO If YES list page No(s). OTHER DOCUMENTS AFFECTED? (CBDs, FSAR, etc.): Nw \\llJAY cHANDR A / Ps E f.' G 16 Dre s94 ORIGINATOR / COMPANY NAME: Date ///a/f h / /d!9d-PEER REVIEWER / COMPANY NAME: ~ DateJ ay I Ib VERIFIER / COMPANY NAME: MA Date N[b [ REVIEWED: "Ite Co t actor u rvisor (as applicable) /2/b APPROVED: lDdte SE&G[ugervisor (Reg'o, Q, Qs, Qsh, F, R, or Important to the calculation is either Q-List, If completion of the Certification for Design Verification Safety "YES", (Form NC.DE-AP. ZZ- 0 010 - 1) is required. Revision 3 Nuclear Common Page 21 of 23 9501050249 941222 PDR ADOCK 05000272 i PDR p

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~ ATTACHMEN1 DE.AP.ZZ 0002(O)

-c 6 - ( ~ (" ( ~ (G C ( - 6 L. '2 !75 VISAT560 08 31.1615 DEC-94 GOTHIC Verson 4.0 August 1993 CAsc m4 I{ ~ 7 I I sv I v o i I I I , __ _ a ~l l2 tp I 2 I I I I I I I 2e I ____a

'l h ;- ~ ~ ~ b8 4 15-DEC-94 / / GOTHIC Version 4.0 - August 1993 cASc Mit Control Volumes Vol Vol Elev Ht Hyd. D. P1 Area Description (ft3) (ft) (ft) (ft) (ft2) 1 PRESSURIZER 1800. 104. 60. 7. 40. 2 RCS 10812.l 90. 14. 10. 80. Fluid Boundary Conditions - Table 1 Press. Temp. Flow ON OFF BC# Description (psia) FF (F) FF (lbm/s) FF Trip Trip 1F SI INJEC. FLOW 400. 70 77.78 2P POF'1 TO PRT 115. 80 Fluid Boundary Conditions - Table 2 Liq. V Stm. Drop D Cpld Flow Heat BC# Frac. FF P.R. FF (in) FF BC# Frac. FF (Btu /s) FF 1F 1. 1. 2P 1 -. 0.005 Fluid Boundary Conditions - Table 3 Gas Pressure Ratios BC# Air FF Ar FF He FF H2 FF 1F 1. 2P 1. Fluid Boundary Conditions - Table 4 Gas Pressure Ratios BC# Kr FF N2 FF O2 FF Xe FF 1F 2P

m 'I~ bM C 'h i 1 VISAT560- .5,_ 08:33:41 15-DEC-94 GOTHIC Version 4.0 - August 1993 CASE Mly Flow Paths - Table 1 F.P. Vol Elev Ht Vol Elev Ht Description A (ft) (ft) B (ft) (ft) l 1 SURGE LINE 2 97. 1. 1 105. 1. 2 SI LINE 2 97. 0.2 1F 97. 0.2 3 RELIEF LINE 1 155. 0.5 2P 87. 0.22 ~ Flow Paths.- Table 2 Flow Flow Hyd. Inertia Friction Critical De-Mom Path Area Diam. Length Length Flow Entrmt Trn (ft2) (ft) (ft) (ft) Model Frac. Opt 1 0.75 1. 60,: 100. NO 2 0.1 0.2 10. 10. NO 3 0.00843 0.22 13. 0.1 YES Flow Paths - Table 3 Flow Fwd. Rev. Path Loss Loss Comp. Coeff. Coeff. Opt. 1 1. 1. OFF 2 1. 1. OFF 3 0.01 0.01 ON Valves & Doors Flow Open Close Valve Valve Path Trip Trip Type Disch. Description Vol. IV PORV 3 1 0 1 2P

.. ~ ~... - u..e ,, -v + ( 1 l (. ' fg ( - rn i) ( - l 4 ) $ - / _,O I ..) CASE M4' a J k ~! t l i r i a k r r i I k r -{ s P l .1 ? r i i P 2 Valve / Door Types i Valve Stem. Loss Flow Type Valve Travel Coeff. Area i Option curve curve (ft2) + 1 TIME OPEN 1 2 0.00843 2 TIME OPEN 3 2 0.0088 I

o c 5~C-El-M C C-lkIl VISAT560 08:33:41 19-DEC-94 GOTHIC Version 4.0 - August 1993 / $3 L (ACE MF Component Trips Trip Sense Sensor Sensor Var. Set Delay Rset Cond Cond Var. 1 Loc. 2 Loc. Limit Point Time Trip Trip Type 1 PRESS 2 UPPER 390. 0.5 0 AND 2 PRESS 2 UPPER 390. O. AND Functions FF# Description Ind. Var. Dep. Var. Points 0 O Constant 1 PORV STEM TRAVE Time (sec) Norm. Stem 3 2 PORV LOSS FACTO Norm. Stem Loss Facto 17 3 RH3 STEM TRAVEL TIME (SEC) RH3 STEM T 3 f Function 1 PORV STEM TRAVEL Ind. Var.: Time (sec) Dep. Var.: Norm. Stem Position I Ind. Var. Dep. Var. Ind. Var. Dep. Var. O. O. 1.5 1. 100. 1. Function 2 PORV LOSS FACTOR Ind. Var.: Norm. Stem Position Dep. Var.: Loss Factor Ind. Var. Dep. Var. Ind. Var. Dep. Var. O. le+10 0.01 10000. 0.0667 225. 0.1333 56. 0.2 25. 0.2667 14. 0.337 9. 0.4 6.25 0.4667 4.59 0.5333 3.52 0.6 2.78 0.6667 2.25 c I 0.7333 1.86 0.8 1.56 0.867 1.33 0.933 1.15 l 1. 1.

6 VISAT560 g-c.Ec.g[)c i(;g <-I ~ 08:33:42 15-DEC-94 GOTHIC Version 4.0 - August 1993 CAGG Mlf Function 3 RH3 STEM TRAVEL Ind. Var.: TIME (SEC) Dep. Var.: RH3 STEM TRAVEL Ind. Var. Dep. Var. Ind. Var. Dep. Var. O. O. 1.2 0.586 100. 0.586 Volume Initial Conditions gelative Liquid Ice Ice Vol Pressure Temp. Humidity Volume Volume Surf. A. (psia) (F) (%) Fractio Fract. (ft2) def 14.7 80. 60. O. O. O. 1 364. 440. 100. 1. O. O. 2 380. 70. 100. 1. O. O. Initial Gas Pressure Ratios Vol Air Ar He H Kr N O Xe i def 1. O. O. O. O. O. O. O. 1 1. O. O. O. O. O. O. O. 2 1. O. O. O. O. O. O. O. i i Run Control Parameters (Seconds) Time DT DT DT End Print Graph Max Dump Int Min Max Ratio Time Int Int CPU Int 1 0.000 0.01 1. 5. 500. 0.05 10000 0. 2 0.000 0.05 1. 10. 500. 0.05 10000 0.

n 6 - C-R C-M D C-f 413 m VISAT560 i 2. / 08:33:42 15-DEC-94 [* 5 GOTHIC Version 4.0 - August.1993 CASE rnLp Control Parameters Menu Parameter Value Restart Time (sec) 0 Restart Time Step #- 0 Restart Time Control NEW Revap. Fraction 0 Min. NC HT Coeff. O Reference Pressure 0 Ice Temperaturc 0 " Ice Density 0 Graphs curve Number Graph Title Mon 1 2 3 4 5 1 SI FLOW = 560.G PR2 PR1 2 PORV STEM POSIT VT1V 3 PRESSURIZER & R TL2 TL1 4 RELIEF FLOW RAT FL3 5 SI FLOW RATE FV2 FL2

- (,- $ (~ M f) ( 1 L., 7 ~~. ~. VISAT560 08 29 3115-DEC-94 GOTHIC verson 4 0. August 1993 C $ SG. M4 St FLOW = 560 GPM; ONE PORV PR2 PR1 m Nn o - w n _ m q y o .a c. ~ ~ ~ u - - - - - L - -._ gm o a m o m n e E f l m _ [... N O ~/ o i i ,,,, i,,,, g ~,,,, ,2 0 4 6 8 10 Time (sec) GOTHIC 4.0 12/15/94 08:05:49

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./ 7 visAT5so F - os 29 4715-DEC 94 GOTHIC Verson 4 0. August 1993 CASE Ml-j t j r e i .J PORV STEM POSITION I VTIV N t ..t t ......p. J r oo 9 L F a .u ao,........................:......................................... t o m _a v. m cr q t, 0 2 4 6 8 10 o .i i. Time (sec) GOTHIC 4.0 12/15/94 08:05:49 e t I t I 5 b r f 6 L 5 f r f I ) t 1 1 i ) 7 k h I t h i l* i i i i - - ~.

t i I _ f _ [ ('- ffe C ( - i k i 9 C I /s VISAT560 08.29 5815 DEC 94 i GOTHIC Version 4 0. August 1993 C ASE MS PRESSURIZER & REACTOR TEMPERATURE TL2 TL1 o o* _; ____._ 4 _ _ J _ _ _i- - - o +.. l o mt _.......>... ~ u o ..i. ^ .+. g 2 2 o o C N ow o o b ,iii i o 0 2 4 6 8 10 L Time (sec) GOTHIC 4.0 12/15/94 08:05:49 1 l I i l 1

S - r-t (- n, D r-14, [ # c ~ VISAT560 08 301215-DEC 94 GOTHIC Verson 4 0. August 1993 ' CFSG rnig RELIEF FLOW RATE FL3 m N Q m s g o E o o o u. m m o 0 2 4 6 8 10 Time (sec) GOTHIC 4.0 1?.J15/94 08:05:49 t i i l l t

6 " f - h I' Ml) ( ~. Qj i J' VISATS60 /., 08 30 2315 DEC 94 GOTHIC Version 4 0 August 1993 CASE Mk SI FLOW RATE FV2 FL2 o-N o o N ~ a 3 o., o ir o e o c,w,rr, -e w ,-4 ,rm rm r- 'O 2 4 6 8 10 Time (sec) GOTHIC 4.0 12/15/94 08:05:49

TITLE L T67 L V p.T5 IO NO. 3 - (_ g (_ g(_ f y/ q SHEET REFERENCE OF ORIGINATOR SCif AW/- O CALCULATION DATE U47 /99 CONTINUATION SHEET PEER REVIEW / #44#1/ DATE 0' 1Ald/4 22 USE m 5.- s krE TJ lt) JEC T/ V N k>l T H LE T Do w I'J ls04 A 7ie rJ Ir> T HI S CA S E CtJ E C H kf GtH & PUM f S T H' T 5 VJ HI L C L e T D o t.d t3 16 I S C L. AT6'D. TH E P0G ITiVc D!sP teg m p r f cm f Cp t.'Ti Af1J E s TO RutJ. 9 8 9m if./,.j THE Pb.f. D E st d rJ FLo u R NT c = To c c HMlGr4 PUMP rohrmm ruujt 5Gc Cp in Pg 2) Miru BOTH PLMfC /P@ t)TE 5t m ut T /bf E0 0 s c y, THE i ta J ET Ticm FLOk) VJlLL 86 LC~55 7MhdTHF fLM (10 THESE T wJ o F t. O N S '. TH E St") 0F THESE Th># 6 58 GP m. t/cto 6 VC8, TC FLou>s - c3 8 + s Go 6p r1 = K EE P THE Au7rty S/ S O N S Ot V ND VE 6 7 5 6Pn FLo a) RFTE H kt 8EEN USET 1/6 67 5 Ge m cF 70 f w dTr( : 33 75 TH E Go TH/ C lorpuT A@ ovr PUT Fdl 7 HIS C Asc 15 ~ GirM IN THc FoLLowing P6c,6s ATTACHMENT I DE.AP22 0002(O)

4 c - c - G (- -^ r.it.- ~ visat675 i -/ 08 40 4915-DEC-94 / GOTHIC Verson 4 0 August 1993 epS1 r ?. ~- s lI O I l 1v ( I v 1 h l I I I I I a,__a [2 IF I I i l i l i I I 2P I __ __ __ _ al l

E. '- f '- f'- C ( vic2t675 08:55 48 15-DEC '34 GOTHIC Version 4.0 - August 1993 ' ~ j~ i CA SE MS Control Volumes Vol Vol Elev Ht Hyd. D. P1 Area Description (ft3) (ft) (ft) (ft) (ft2) 1 PRESSURIZER 1800.

104, 60.

7. 40. 2 RCS 10812. 90. 14. 10. 80. Fluid Boundary Conditions - Table 1 Press. Temp. Flow ON OFF BC# Description (psia) FF (F) FF (lbm/s) FF Trip Trip 1F SI INJEC. FLOW 400. 70 93.75 2P PORV TO PRT 115. 80 Fluid Boundary Conditions - Table 2 Liq. V Stm. Drop D Cpid Flow Heat BCr Frac. FF P.R. FF (in) FF BC# Frac. FF (Btu /s) FF 1F 1. 1. 2P 1. 0.005 Fluid Doundary Conditions - Table 3 Gas Pressure Ratios BC# Air FF Ar FF He FF H2 FF 1F 1. 2P 1. Fluid Boundary Conditions - Table 4 Gas Pressure Ratios BC# Kr FF N2 FF O2 FF Xe FF 1F 2P

5 - (- [ /- M C (- vicat 675 ~ 08:55:48 15-DEC-94 GOTHIC Version 4.0 - Augus. 1993 /3 \\ CAss M 5 Flow Paths - Table 1 F.P. Vol Elev Ht Vol Elev Ht Description A (ft) (ft) B (ft) (ft) ~ 1 SURGE LINE 2 97. 1. 1 105. 1. 2 SI LINE 2 97. 0.2 1F 97. 0.2 3 RELIEF LINE 1 155. 0.5 2P 87. 0.22 Flow Paths - Table 2 Flow Flow Hyd. Inertia Friction Critical De-Mom Path Area Diam. Length Length Flow Entrmt Trn (ft2) (ft) (ft) (ft) Model Frac. Opt 1 0.75 1. 60. 100. NO 2 0.1 0.2 10. 10. NO 3 0.00843 0.22 ~3. 0.1 YES Flow Paths - Table 3 Flow Fwd. Rev. Path Loss Loss Comp. Coeff. Coeff. Opt. 1 1. 1. OFF 2 1. 1. OFF 3 0.01 0.01 ON Valves & Doors Flow Open Close Valve Valve Path Trip Trip Type Disch. Description Vol. IV PORV 3 1 0 1 2P

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v1catG75- $ - ( ~ f ( - f ', 41. 08:55:49.15-DEC-94 / a)? GOTHIC Version 4.0 - August 1993 CA 5 E n 3 Component Trips Trip Sense Sensor Sensor Var. Set Delay Rset Cond Cond Var. 1 Loc. 2 Loc. Limit Point Time Trip Trip Type 1 PRESS 2 UPPER 390. 0.5 UNDE AND 2 PRESS 2 UPPER 390. O. AND Functions FF# Description Ind. Var. Dep. Var. Points 0 O Constant 1 PORV STEM TRAVE Time (sec) Norm. Stem 3 2 PORV LOSS FACTO Norm. Stem Loss Facto 17 3 RH3 STEM TRAVEL TIME (SEC) RH3 STEM T 3 Function 1 PORV STEM TRAVEL Ind. Var.: Time (sec) Dep. Var.: Norm. Stem Position Ind. Var. Dep. Var. Ind. Var. Dep. Var. O. O. 1.5 1. 100. 1. Function 2 PORV LOSS FACTOR Ind. Var.: Norm. Stem Position Dep. Var.: Loss Factor Ind. Var. Dep. Var. Ind. Var. Dep. Var. O. le+10 0.01 10000. 0.0667 225. 0.1333 56. 0.2 25. 0.2667 14. 0.337 9. 0.4 6.25 0.4667 4.59 0.5333 3.52 0.6 2.78 0.6667 2.25 0.7333 1.86 0.8 1.56 0.867 1.33 0.933 1.15 1. 1.

5'C'br' MOC-14 1 ~ vic2t675 "' T4: 08:55:49 15-DEC-94 's GOTHIC Version.4.0 - August 1993 (' A $ 0 M ~j Function 3 RH3 STEM TRAVEL Ind. Var.: TIME (SEC) Dep. Var.: RH3 STEM TRAVEL Ind. Var. Dep. Var. Ind. Var. Dep. Var. O. O. 1.2 0.$86 100. 0.586 Volume Initial Conditions Relative Liquid Ice Ice Vol Pressure Temp. Humidity Volume Volume Surf. A. (psia) (F) (%) Fractio Fract. (ft2) def 14.7 80. 60. O. O. O. 1 364. 440. 100. 1. O. O. 2 380. 70. 100. 1. O. O. Initial Gas Pressure Ratios Vol Air Ar He H Kr N O Xe def 1. O. O. O. O. O. O. O. 1 1. O. O. O. O. O. O. O. 2 1. O. O. O. O. O. O. O. Run Control Parameters (Seconds) Time DT DT DT End Print Graph Max Dump Int Min Max Ratio Time Int Int CPU Int 1 0.000 0.01 1. 5. 500. 0.05 10000 0. 2 0.000 0.1 1. 100. 500. 0.5 10000 0.

e - vlsot675 i - ( - f (_ -,,. c - 3 ~ 08:55:49 15-DEC-94 GOTHIC Version 4.0 - August 1993 C A SE DN Control Parameters Menu Farameter Value Restart Time (sec) 0 Restart Time Step # 0 Restart Time Control NEW Revap. Fraction 0 Min. NC HT Coeff. O Reference Pressure 0 Ice Temperature o Ice Density 0 Graphs Curve Number Graph Title Mon 1 2 3 4 5 1 SI FLOW = 675 G PR2 PR1 2 PORV STEM POSIT VT1V 3 PRESSURIZER & R TL2 TL1 4 RELIEF FLOW RAT FL3 5 SI FLOW RATE FV2 FL2 l l

4 -~ C-f r-m f) (. 'I Q j h' " t, / [ 4.=tas vises 75 GOTHIC Verson 4.0 August 1993. fA 66 M '7'.- l ' 08.50.2315 DEC 94 ~ t i SI FLOW = 675 GPM; ONE PORV i s PR2 PR1 m h. W ,L c3 - ......}...........;..............i..............i............. m, a s / s m - / N! i N .a_ w ,s.... a ./- N: e -j '.s N i = g-g s a

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~7 q. ( - { { ~ M l) ( - {h! 1 [ visat675 08 50 3915-DEC-94 (i s e.. m p-GOTHIC Verson 4 0 August 1993 F se PORV STEM POSITION VT1V of e p e en m .i. ..i. ~ 5 Oy CD e ga O$ a n. o C N O O 20 40 60 80 100 Time (sec) GOTHIC 4.0 11/03/94 10:00:20 l

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TITLE _ T(7 C 's f r y 2 io teo g,., j,, g ) ~, SMEET \\ tun n n:E 12"r v REFERENCE f -a ORIGINATOR / (hhMPA C ~/ CALCULATION DATE (- C R 19 f f CONTINUATION SHEET PEER REVIEW / /Xeel d DATE 'i 2 / /A /94 3. RES>LTS: TH E PrPK RC s PR c s s d E S A s Ph cuc ATg ,y 6 6T Tif N 2. A-8 E S H o ta) N v3 T/r8 LE 3, l, Th8LC %I PCWM RC S PR E SScf E w l T t' otrE Pcf 4 5 6 #' IC

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~ '~ y, TITLE L T O f E '/ C# C IONO. $. ,g. p% C , y 7 SHEET o.t Tw c a s PcF t/ O G REFERENCE ,6 OF ORIGINATOR 1 rif A48A O CALCULATION - DATE f(Dre #99 7 CONTINUATION SHEET PEER REVIEW / A 44,4,rti k DATE '/'2 UA /fp 4.

REFERENCES:

3

1. P. S.E. E G. C h LCO L ATION 5 - C-RC - M DC - 13 58 Pe.e.O.

2 SA LEM 1 TWH SPEC S E C Tr o n 4 5 2,.k,2 (g) pq 3/4 E-E b, b EAD m cvr /4 3. S AL VA 2 T E Z li. S fE C. S EC TIO^l h E' 2 b 2(d.) (2A A G 1/4 5-le L, & E7?D(A prT FTC - ll8. 3. Cves CBD D E - c A. cv c - cd 37 M) hv 1, " E-6 o I I r ( l l l ATTACHMENT 2 l DE-AP.ZZ-0002(O)

FORM NC.D'J AP.ZZ-0010-1 Page 2 of-4 CERTIFICATION FOR DESIGN VERIFICATION ReferenceNo.&~b~~# 'N/3

SUMMARY

STATEMENT w-nt A 4%e M h4J1A ttc s c a 0 cp Jn Lal ii A ilm o CnDTHIC'(tmlwJo -mcJeQ I Inas ,s UM Jn An.2M Y.D firtLa AlNh aL E& & k C h nrss <x&$td b r$1$O O S'C S kWsiVC M G4\\J2 dd A N of M ' C A.f us1d eM bnd Abus 3wka dv umAhJ As c & na amahML Cn ow < c 00f }2r/ &m (no TftI C ..lo (&and hY) { S ]nthud. that the The undersigned hereby certifies (in the right column) l design verification for the subject document has been completed, the questions from the generic checklist have bee I inco orated.

f. f& /246l%

j l Sigpature of Design Verifier / Date De$ignp etifier Assigned By t (signature of Manager / Supervisor) Sigpature of Design Verifier / Date l Design Verifier Assigned By (signature of Manager / Supervisor) Sigpature of Design Verifier / Date l .r Design Verifier Assigned By (signature of Manager / Supervisor) Sigpature of Design Verifier / Date Design Verifier Assigned By (signature of Manager / Supervisor)

  • If the Functional Manager / Supervisor acts as the Design Verifier, the id signature of the next higher level of technical management is requ re.

Page 3 'S of M l Nuclear Common Page 13 of 17 Rev. 2 \\ l -l

. ~ = FORM NC.tE-AP.ZZ 0010-1 i POgo 3 of 4 ~ CERTIFICATION FOR DESIGN VERIFICATION ? k f k a ? I l l r l Page g og TJ i i 'l Nuclear Connnon Page 14 of 17 Rev. 2

~ FORM NC.DE AP.ZZ-0010-1 I 1 P;go 4 of 4 CERTIFICATION FOR DESIGN VERIFICATION REFERENCE DOCUMENT NO. /REV. J '- C- /dC - MbC - / y/ 3 RESOLUTION COMMENTS MI NN L i Acceptance l 1 MM M RESOLVED BY Reso tien SUBMIntu BY DATE l l l ( Nu.:: lear Common Page 15 of 17 Rev. 2 I L f ^}}

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