ML20054H059
| ML20054H059 | |
| Person / Time | |
|---|---|
| Site: | Waterford  |
| Issue date: | 06/11/1982 |
| From: | Gibson J LOUISIANA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML17150A169 | List: |
| References | |
| SIT-TP-250, NUDOCS 8206220533 | |
| Download: ML20054H059 (200) | |
Text
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r .. LOUISIAN/ JWE3 AND LIGHT COMPANT WAT23/033 3 STA3 TUP GROUP DOCUMINT 237:I'4 T2133MITTAL Designated Review 210 Log No. XXX JTG Review /L33 Approval Date Cent ., (Other) Date Due 06/18/82
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Document No. Esv./Drsft
..,,,3 Ultimate Heat Sink Test l Author E. Gils b n lo??of DT5????U??ON TNT? Tit.s s Sia?
OC Dept , 1 L. Arnold /DR - Earle / JTG T.K. Armington ( (Above.RZ"U33 TO) L. Arnold (337U33 TO DOCUM237 P30DUCTIO3) o T'r's o MM A ?Io M coPT?s 5 1 J R
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;i s t i: L I . T '.:c;: i riin TESr SIT-TP-250 i ! l i I ". A J K :4. A I F, I r. r( TES1 lante of Contents t." O L .16C l' i 'li,8 7.0 9 :s r C+ 6 3.u A CC C'?/ , C *: C e I T V k I t.
i.0 t E ri r i t , o I .: ~ . 4 t 5.0 Priv C Cf1 t u'.S ..D 'f o rE S t , . '.i Pw r.F vm 151 t y 5 7.0 F M C E U '; F r.' 7.) InfL1al ConJitions 7.2 lests 7.2.1 Simulate.1 buCA Test (Side A) 7.2.2 Sirulate1 iA C A Test (Side 6) 7.2.3 S1nulateo ':o r a a l Shutnown Test (Side A) 7.7.4 Sta.ulated hormal Shutdown Test (Side B) 7.2.5 Cir,ulated Gnutdo n 2i tlours After Reactor Trip Test (Side A) 7.7.6 S t .n u l a t e d Shutdo=n 24 Hours After Reactor Trip Test (Side B) 7.3 Restor.ition 9.0 ATTACH C TS 6.1 Instruction renles/Craohs 6.2 li.+ t a robles 8.3 Calculetton Sheets e.4 'ti sce l laneous A tt achaient s
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"tartor I r. t e l r a t a d rest :; t r- rP-2 50 Unit daterfor1 3 Date 6-11-H2 ultimate naat Sink Test Revision Dratt 2 1.0 CadiCI12E5 1.1 fo assess the cerforc6nce level of the ultinate heat sin < under siculateo loss of coolant accident (LDCA) conditions.
1.2 To assess tn** performance level of the ultimate heat sink under simulated corrial snuttono c o n rt i t i o n s . 1.3 to assess the perfor5.ance level of the ultimate neat sink under simulated snut:o n 24 hours after reactor trio (torna10 niis s il e analysis) conditions. 1.4 To c o n '1 e c t a cerformance cuarantee evaluation of the wet toders. 1
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- < 'r*aur3*.c; Tc3r hit-r?-2Su Unit dateiford 3:
I Unte T o-11-N2 I t' te ' eat '; i t i ,. - ra-~ Fevision Draft 2
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a.:., . 2.1.1.1 - -ws-+ ,, ts,ctica 4.?.2, A rie n d m e n t 22,-Coolinq System for 4 Reieror au < l 11 arlos 2.1.1.7 c % r- t o r ') , Section 9.2.5, Amend.ent 22, Ultimate Heat. Sink' 2.1.1.I can, tor o, Table 9.?-8, Amendment 22,'Princloal cooling Toner coironants 2.1.1.4 C.% tet.e r 1 a, Section 1 4 . 2 .'1 2 . 2 . 1 6 , A m.c n d ac n t 22, c r ee::e r a t I or.61 resting 2.1.1.5 e a.u-te r to, Section 3 / . ; .' 7 . ') , 3 r e n a.r.e n t. 16, Ultimate Heat Sink 2.1.2 Utrier Commitment Documents l 2.1.2.1 a.s w prC-23, oover rest Code for At~.osoneric water Cooling Equin ent, January 1956 l 2.1.2 ? /. 3 a i PIC-30, Poser rest Code for Air-Cooled tied t Exchanqers i ( u n.h t ed dratt copy for intormation only) l i l 2.1.2.3 Fequlatory Guide 1.66, Rev. 2, Initial Test Procrans for t Water-Cooled 'Juclear Power Plants 2.1.2.4 Requlatory Gui:te 1.27, Rev. 2, altimate Heat Sink for Nuclear Po=ar Plants 2.1.2.5 American Institute of Chemical Engineers (AIchE), Equipment Testin.1 D roce:1u re for Air-Cooled Heat Exchangers, Aucust 26, 1973 I I 2
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Startor Inte rated rest Str-rP-250 Unit Waterford 3-Date 6-11-82 mittaate weat Sint Test Revision Draft 2 2.1.2.6 API Stan.tarl 6*31, A i r -Coolert deat Exchangers for General u e f. i n e r v Services, Second Ed i t ion, ilantia ry 197 U 2.1.2.7 Coo l i n't rosor-institate Standard ATC-105, Feor'lary.1975 2.1.2.6 Ad.C PrC-11, Fan Testino Procedure (draft copy for informa-tion ontor), oecember 1991 2.1.2.9 AS'E PTC-14.1, dev. (LATEX), Pure ruroine Testing Procedure, lated l 'a 7 4 2.1.2.10 Woterford S75 unit !! o . 3 Response to 4RC Ouestions 371.15 an1 371.u9 2.1.2.11 *aterford SE3 Unit ..o. 3 Safety Evaluation Report, Section 2.!.5, '91R E '; 0787 2.1.2.12 aate r f o rt! S 7.3 lin i t do. 3 Gafety Evaluation Report, Section-9.2.5, JUNCG 0747 2.2 Purchase Orders 2.2.1 "Y-493S23, Supplement 13, 09/26/70, Mechanical Draft Cooling To. vers and Accessories 2.2.2 '. Y - 4 0 3 & 7 9 , Supute'nent 0, Forced Draft Dry Cooling roners 2.3 Desian Documents 2.3.1 Floe d i a g r a ne s 2.3.1.1 LOU-1564-G-loo, Sn. 1, Rev. 12, Component Closed Cooling water System 2.3.1.2 L 0t! - 1 5 6 4 - G - 1 6 0 , Sh. 2, nev. 4, Component Closed Coolina dater System 3
Startup Intecrated Test SIT-TP-250 Unit Waterford 3 Date 6-11-82 Ultimate Heat Sink Test Revision Draft 2 2.3.2 Electrical Une-Line Diagrans - N8 2.3.3 Control tirino Diaqraris, Lull-1564-B-424 2.3.3.1 ;h. 7o15, Nev. i, aet Tower A Fan No. 1 2.3.3.2 Sn. 1625, dev. 1, wet Tower A Fan tio. 2 2.3.3.3 Sh. 763S, Rev. 4, met Toa'er A Fan No. 3 2.3.3.4 sh. 764S, Tie v . 4, het Tower A Fan No. 4 2.3.3.5 Sh. 765S, Fev. 5, set Tover A Fan No. 5 2.3.3.6 Sn. 766S, Hev. 4, ,et Tower A Fan No. o 2.3.3.7 Sh. 76/S, Rev. 4, det Tower A Fan No. 7 2.3.3.a Sn. 7o33, Rev. 7, aet Tower A Fan No. 8 2.3.3.9 Sh. 7705, Rev. 2, Cooling To.ver A '10 tor Space lleaters 2.3.3.10 Sn. 777, Rev. 4, net Toner A Fans No. 1 to No. 5 Vibration Alarms 2.3.3.11 Sn. 774, Rev. 4, het Tower A Fans No. 6 to No. 8 and B Fans No. I and No. 2 Vibration Alarms 2.3.3.12 Sh. 779, Rev. 4, 'd e t Tower R Fans No. 3 to No. 8 Vibration A la r:n s 2.3.3.13 Sh. 911S, Rev. 4, Wet Tower B Fan No. 1 2.3.3.14 Sn. 012S, Rev. 4, det Tower B Fan No. 2 2.3.3.15 Sh. 8135, Rev. 4, det Tower B Fan No. 3 2.3.3.16 Sn. 5145, Fev. 4, net Tower B Fan No. 4 4 -^-- ~ -~
Startuu Integrated rest SIT-TP-250 Unit waterford 3 Date 6-11-82 Ultimate Heat Sink. Test Hevision Draft 2 2.3.3.17 Sh. SISS, Rev. 4, det Toaer 9 Fan No. 5 2.3.3.1H Sh. x165, Pev. 4, Set Tover 6 Fan No. o 2.3.3.19 Sn. R175, Fev. i, cer forer 6 ran at o . 7 2.3.3.20 sh. a195, Rev. 5, net Tower G Fan No. 0 2.3.3.21 Sn. H205, key. 2, Soolino Tower B votor Space Heaters 2.3.3.22 Sn. 2941, Pev. 6, Transfer Switch Dev. Aux. Panel 1 2.3.3.23 Sn. 21915, Rev. 3, Sequencer H, Sn. 1 2.3.3.24 Sn. 2942, Pev. 7, franster Switen Dev. Aux. Panel 2 2.1.3.25 Sn. 7313, Rev. 5, Dry Tower A Fan tio. 1 , 2.3.3.2c> Sh. 7325, Rev. 5, Dry Tower A Fan tao. 2 2.3.3.27 Sh. 733S, key. 5, Dry Tower A Fan flo. 3 2.3.3.28 Sb. 7345, Fev. 5, Dry Tower A Fan No. 4 i ! 2.3.3.24 Sn. 7355, Hev. 5, Dry Tower A Fan No. 5
- 2.3.3.30 Sn. 71o5, Rev. 6, Dry To.er A Fan No. 6 2.3.3.31 Sh. 737S, kev. 5, Dry Tower A Fan No. 7 i
2.3.3.32 Sn. 7385, Bev. 5, Ory Toner A Fan tio. 8 l 2.3.3.33 Sn. 739S, Nev. 5, Dry rower A Fan No. 9 2.3.3.34 Sn. 7105, Rev. 6, Dry Tower A Fan No. 10 2.3.3.35 Sn. 7415, Rev. 5, Dry Tower A Fan No. 11 2.3.3.36 Sh. 742S, Rev. 5, Dry Tower A Fan No. 12 1 5 t
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Startun Inteqrated Test SIT-TP-250 Unit Waterford 3 Date 6-11-82 Ultimate t! eat Sink Test Revision Draft 2 2.3.3.37 Sn. 713S, Rev. 5, Dry lower A Fan No. 13 2.3.3.38 Sh. 744S, Rev. 5, Dry Tower A Fan No. 14 2.3.3.39 Sh. 715d, Rev. S, Dry Tower A Fan No. 15 2.3.3.40 Sn. 748, 9ev. 3, Dry Tower A Computer Inputs 2.3.3.11 Sh. 781S, Rev. 4, Dry Tower b Fan No. 1 2.3.3.42 Sh. 7A2S, Rev. 5, Dry Tower 6 Fan ho. 2 2.3.3.43 Sn. 783S, Pev. 4, Dry Tower 6 Fan No. 3 2.3.3.44 Sn. 7d4S, Wev. 5, Dry Tower 8 Fan No. 4 2.3.3.45 Sh. 7355, Pev. 4, Dry 'Io*er B Fan No. 5 2.3.3.46 Sh. 786S, Rev. 4, Dry Tower B Fan no. 6 2.3.3.47 Sh. 7875, bev. 4, Dry Tower B Fan No. 7 2.3.3.48 Sn. 7RSS, Rev. 4, Dry Tower B Fan No. 8 2.3.3.49 Sn. 7895, Pev. 1, Dry Tower 8 Fan No. 9 2.3.3.5u Sh. 790s, Rev. 4, Dry Tower a Fan Fo, 10 t
- 2.3.3.51 Sh. 791S, Rev. 4, Dry Tower B Fan No. 11 i
2.3.3.52 Sn. 792S, Rev. 5, Dry To=er B Fan No. 12 i 2.3.3.53 Sn. 7935, Rev. 4, Dry Tower B Fan No. 13 2.3.3.54 Sh. 794S, Fev. 4, Dry Tower B Fan No. 14 2.3.3.55 Sh. 7955, Fev. 7, Dry Toaer 9 Fan No. 15 2.3.3.56 Sn. 798, Rev. 2, Ory Tower d Concuter Inputs r 6
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-i Startur Intearaten rest S11-TP-250 Unit waterford 3 Date 6-11-82 t!1 t t a.a t e H e a t S t rA Te s t Revision Draft 2 2.3.3.57 Sn. 771, 4ev. /, Ory foaer A Fans 1 to S Vioration Alarms 2.3.3.55 Sn. 772, Eev. 5, Dry To er A rans 6 to in Vibration Alarms 2.3.3.59 30. 773, nev. 4, dry roaer A Fans 11 to 15 Vibration Alarms 2.3.3.60 Sh. 774, Rev. 4, Dry Tower B Fans 1:to 5 Vibration Alarms i 2.3.3.61 Sh. 775, Rev. 4, Dry Tower b Fans 6 to 10 Vibration Alarms 2.3.3.62 Sn. 776, Rev. 4, Dry Toaer 3 Fans 11 to 15. Vibration Alarms 2.3.3.63 Sn. 7158, Pev. 5, Comt,onent Coolinc *ater System Instrutentation, Sheet 4 2.3.3.64 Sh. 71cS, key. 6, Coroonent Cooling mater System Instrumentation, Sneet 5 2.3.3.65 Sn. 23415, Rev. 3, Sequencer A, Sheet 1 2.3.3.be Sh. 7015, Rev. e, CCW Pumn A Header Tsol. Valves 2.3.4 Ins trument Sene.na tics and Logic Diagrams 2.3.4.1 000-1564-H-434, Rev. 17, Instrument List 2.3.4.1.1 LO!)-1564-a-434, Sh. (LATEF), General Arrangement Coolinq Towers Plan 2.3.4.1.2 L O U - 1 5 6 4 - ii - 4 3 1 , Sn. (LATER), General Arrange'nent Cooling Toaers Section 2.3.5 Otner Design Docurents - NA 2.4 Vendor Data 2.4.1 vendor Enqineerina Documents 7
U Startup'Integrateo rest SIT-TP-250 . fir'i t ' !* a t e r f o r1 1 Cate 6-11 Ul ti.nat e Heat Sink Test Fevision Draft 2 2.4.1.1 600-1564-3067, .Rev. 0, Net Coolino Towers Proposed Layout 2.4.1.2 L00-1564-1933, dev. 3, not Coolina Toner Fan inr,tallation 2.4.1.3 000-1564-7934, Rev. 1, act Coolin, Tower General Arrangement-Equipnent Location 2.4.1.4 L011- 15 64-1419, Rev. 3, Dry Coolina lower General Arrangement,- Section AA 2.4.1.5 00t!-1565-1418, Rev. 3, Dry Coolino Toaer General Arrange.went, Section ab 2.4.1.6 L0ti-1564-1417, wev. 3, Dry Coolinq Tower General Arrangement, Plan 2.4.1.7 LOU-1561-111b, Rev. 7, Dry Cooling fower General Arrangement, Sections CC and DD 2.4.1.8 t,0 0 - 1 S 6 4 - 7 9 3 5 , key. 1, act Cooling Tower Plant Layout - Plan i- Vie
- 2.4.1.9 000-1564-7936, Rev. 2, Fet Cooling Tower Plant Layout --Sec-t tion AA Elevation View l
l 2.4.1.10 LOU-1564-R632, Pev. 1, Package Cooling Toder F rame Plan - l l Fan Deck witn Connection betails 2.4.2 Vendor :4anuals [ 2.4.2.1 L00-5817-3957, Rev. O, Instruction Fanual for Zurn Cooling l Towers r 2.4.2.2 1,00-5817-4340, Pev. O, Hudson Cooling Eouipment Instruction l Manizal l l i 8 I r . . _ ~ . . . . . . _ _ . _ _ _
Startup'Intearated Test SIT-rP-250 Unit Waterford 3' Date 6-11-82 Ultimate lleat Sink Test Revision Draft 2' 2.5 Other References 2.5.1 SIP-20, Fev. 2, Oceration of Fans-and dlowers 2.S.2 SAP-09, Rev. 1, Tagaing 2.5.3 SFG-36-004, Rev. O, Wet and Dry Cooling Tower Fans Performance Evaluation Prerequisite-Preservice Test 2.5.4 SFG-36-002, pev. . O, Dry Cooling Toder-Fans Initial Hun-In 2.5.5 SVG-36-003, Rev. O, ' Initial Run of *et Coolino Tower Fans 2.5.6 S F l3 - 3 6 - 0 9 1 , Rev. O, Component Closed Cooling . Water System 2.5.7 SFl.-36-002, Rev. O, Auxiliary Con.ponent Cooling n'ater System 2.5.8 SFL-36-003, Rev. O, Dry Cooling Towers l l 9
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.ert c: r e'- r >Set Unit saterford 3 Date n-11-82 i t i , i -*
eat Strx Test kevision Draft 2 keference Paraorann Initials & Date 1.0 ACCECI.a 'Ct._C21 ET.1.1 3.1 b n s e r s I *: u l a t e i I.0C a con it rinos, t .o act e r. i ,t r y to,er coa 5tnatio" (noto east aqq *est trains) aaats t .9 a t olle.in : co t:d i t i o n e. . title d i s s i n n t .i n , 17o < 11
[/nr (as M a t e r :. t ra' i ci 'r'ac,-ent x.3.11:
(l) h1schar1e te arerat ures o f. tna act to.cr, as rean \* - resistance tourorature 1etector ( RTI-) CC-7077-747:,, is 195 deorees F; e n -1 as roa1 hv btu CC-7:177-7'sG5 is (v '42 deurees F. (oi s i in A 7.2.1.14 __ _______ ____ (o) Si te et 7.2.2.14 __________.____JA (2) Aux 11fary c nponent N@ coollny vater (ACCe) flox is 5001 <w ' > 2104. 7.2.1.17 _______________ 7.2.2.17 _______________ (3) Comeonent coolinq =ater (CC.) t104 is *>S00 upm 1102.. lo
4 St a r t un I nt'!1ra t en Test STT.rp.35u i m 3 _, ; n .- a r f o r d 1 1 , Data n-11'-li2 , Ultimate Meat sin- fest n o v i. s t o n Draft 2 1 aetorence. Foraqraph feltf 1;fr. Date 7.~ 2.1.12 _______________ l 7.2.2.i2 _______________ (4) Discharge teToerature of tr.e Comoonent Coolin:t dater Sysler (CC4S) Deat excnancer, as read by the temporory Rro, located on tne' inlet to temporary teed-heater, is $115 decrees c'. 7.2.1.1% _______________ i 7.2.2.14 _______________
- bbt aater makeup is not g necessary during testing.
______ f ______ x i 3.2 under simulated normal . shutdoan conditions, the net and ary to der co:nbination ! (both east and west trains) meets the following conditions while dissipating 127 x 10 b X f Pfu/hr (as determine:1 oy At-i v ! t a ch.n e n t 8.3.2): l (1) Dischdrge tecoerature of tne wet t o a' e r , as read by Rr0 CC-7077-78AS, is 11
i t , s. m Starton inre1 rate _: Test SIT-rP-250 Unit Waterford 3 Date 6-11-82 Ultimate Heat Sink Test Revision Draft 2 Reference Parattraph initials & Date 115 dources 5'; and ,s read ny b l't) .CC-7077-78HS ge is 415 doorees: . A (n) Side A 7.2.3.14 _______________ (b) Side H 7.2.'4.14 _______________ (2) ACCe floa is 6500 a n .t 110%. 7.2.3.17 _______________ 7.2.4.17 _______________ ( 1) CCN tiow is 6500 gem 110t. 7.2.3.12 _______________ 7.2.1.12 _______________ (4) Disenarge temparature of tne CCds heat exchanger, as read oy the temocrary , RTD, located on the inlet to the temporary feed neater, is 1115 ' s decrees F. t (a) Side A 7.2.3.14 _______________ (b) Side 6 7.2.4.14 _______________ 3.3 Under simulated snutdoen 24 hours after reactor trip (tornado nissile analysis), the eet and dry toner co..b' ,rion (cotn east and 12 M = oo = . - * = * " ~
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is 445 .. . 1.7.5.14 _______________ 7.2.e.14 _______________ (?) ACC. f .l o
- is 5400 : <
i 1 1 0 '. . I 2.2.s.i, _______________ 7.2.6.17 _______________ t3J CC4 fini ts tW e b i ., r 1101.. 7.2.s.12 _______________ 7.2.o.12 _______________ (4) 01senarue tencerature of l tne CCa5 heat exenanger, as r e act b/ the te norary t PTD located on the inlet l l to the te*DOTATV tee, l l i 13
Startup Itite-rated lest Str-rp-750 ilnit 'da te r tord - 3 uote 6-11-82 U l t i -ria t e tie a t Sin'< Test Revision 10 raft 2 Peterence 12a rau ra an Initials & Date heater is 4120 delrees V. 7.2.5.11 _______________ 7.2.6.14 _______________ (5) Tae 2-nour t e is t.c r a t u r e , as read by RTO TE-CC-7077-AS, is 1105 degrees V. 73
-++4 water mi<eno durina 4-testina is not necessary.
______, se______ y 3.4 The +at Cooling Tower is quaranteed to cerfora to the design conditions soecified below: n (Reference hI l Accidcci Earagrach initials _&_Qata i i (1) Total woter quantity l cooled, aum (1104) 5000 (LATER) _______________ (2) Total cooling duty, l la dril/hr 67.5 (LATER) _______________ (3) Cooling range, dey F 427 (LATER) _______________ 4 (4) Tower inlet design f 1 ! 14 v- = TT-- =g e -v7cm e- ye-mef---e--w-e -aw r---= a e+--- pg--e--1 9cmsem?e r r m + rw w-'M e---'ud -T w's v =--seiw5-m-1--++r-e- e 4 e+ +-brey+e w w w +v *~-w-r--- --w---
; 3 r :. u - f. aar t. = 1 rest Str-TP-250 Unit Waterford 3 Date 6-11-82
+ ri r , i n k- rest Revision Draft 2 s jeference I accidcat karagracu Initial _&_ Data
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+
.*rar.arn, 1e: c 1 (LATER) _______________
(5) f. n i: r a a c a to a r,n v e , le ; i 44 (LATER) ______ ____ _ . (o) Tencerature ot aatar enterina taur, Jeq F 4114 (LATER) ______ ___ ____ (7) fonr,erature at .v a t e r l e -s v i n s tover, t o :1 - 492 (I.ATER) ______________ i l 1 l l i 1 r 1 ( i 15
Startuc Intearated Test SIT-TP-250 lin i t Waterford 3 Date 6-11-82 dlt i nate Heat Sink Test Revision Draft 2 4.0 1ESI Eud12'L21 l 4.1 Test I r.s t r u.c a n t a t i o n 4.1.1 Inalcaring Eautoment Calibration werE or Verification Scrial So- Initials L Date 1.1.1.1 Gill loael 27101 propeller a n e moir.c t e r (1), or equivalent 4.1.1.7 h . '. . 'iouna doiel 12301/12101 T.icrovane and cuo ane nometer (3), or equivalent 4.1.1.3 Cli*atronic electronic aeather station (1), optional 4.1.1.4 inclined manometer (2), airflow (oational) lo . . _ . . . . ~
~ . . . - . _ . . _ _ _ .
Startup intearated Test SIT-TP-250 Unit Waterford 3 Date 6-11-82 Ultimate Heat Sink Test Revision Draft 2 Calibration M&IE or Verification Serial _20. InitialsWL_Date WWW______W WWW___WW_W_W.WW 6-__WW-__W .___W__WWWWWWW_ 4.1.1.5 Il-tube nanometer (1), 20-inch, aater flow ______WWW. __W_W_WW.______ 4.1.1.6 D l a t i n u.n HTO, ESC-PTS-90-A (69), or equivalent __WW__W__6 W__WWW______W__ WMMWWWWWWW WWWeemememmemWW M66666666m WWWWWWWeMemWWWW 46MWWWWWWW WWWWWWWWWWWWWWW WMMMMmWWWW MMMMMMMWWWWMWWW WWWWWWWWWW MWWWWWWWWWWMWWW MMMMWmmm6m WWWWWWWWWWWWWWW WW66mW6mMW WWWWWWWWWemMMWW MMMMMMMWMM MMW6MWWWWWWWMMM WWWWWWWmM6 MWWWWeemWWWWMMW WWWWWmWWWW WWWWMMMMMMWWMMM WWWMwWHWHM MMMMMMMMWWMWMMM W6MWWWWWWW emmmmmmmeWmWmme WWWMmWWWWW WMWWWWWWWem66MW WMMWWWWWWW MMMWWWWWMemWWWW memWWemmWM Wm6MMmWWWWWWWWW l W---m----W Wome-W- =WWW--= MMMMMMMMWW MWWMMmwWmWWWMWM l l 17
S t a r t ile I n t e a r a t e-1 rest SIT-IP-250 Unit Waterford 3 Date 6-11-82 i; t t i ? a t e iie a t sinv rest revision Draft 2 Calloretion
- % rt or verification ScrialW20. Icitials_kMCate WWM-MWWMMM M WWWWW_W_WWWWW WWWWW6WWMW MMMWMM6WWWWWWWWW ES6WMWMmWWW MMMWW66WWWWWWWW W66WWWWMWW WWWWWWWWWWWWWWW WWMGGWW66mW WWWW6mMWWWWWWWW W W WM WWW WW 59 WWWWWWeMMMMWMWW WWW66MMWeM MMMMMWWMMMWWWWM W66mMWWM6M WWWWWWMWWWWWWWM mW- 6mMWWW WWWMWWWWWWWMMWW WWWWWWWWWW WWMWWW6MWWWWWWW m6WWmWWWmW GWWWWWWWWWWMMMW MMMMMWWWWW WWWMMMMMMMMSWWW W__WWMMWW MMW.6----------- 4 i M m W W WW-Woom Wes e= W m W m WWWee-SnMase WWWWWWMWW G-- MWW--M -MW WGBWWWWWMWW WWWWWWWWWWWWMWM MMMMWMWWWW WSSWWWWWWMWWWWMM W W M MMGS99 WWW WSGWWMMWWMMMWWMM MMMWWWWMWW WWWWWWWWWWMWWMW MMWMWWWMWW WWWWWWWWMWWWWWW W M M M SS W W eBM W WMMMWWWWWWMWWWW W W W W W W W SDW W W W W W WM M W M WW W WGSM M m W W W GD GB M W M WSBWWWWW66mWWWMW WMMWWWWWWW W89mWWWWMWWWMMMM 99 6 W W ADmW WWeB WMeWWWMMMWWWWWW W M W W W W W WWW M SBMeMMWWWWWWWWMW 1
l l r l 19 I j . .
S t a r t ilp I ri t e ') r a t e d fest S[T-IP-250 Unit materford 3 Date e-11-82 Ultimate Heat Sink fest Revision Draft 2 Calibration u4rE or Verification Serial _Uc. 101tials_L_Date __________ _____________~. 1 i 4.1.1.7 S r.J psychrometer (22), or equivalent g ______W_6_ __W__W_W____6__ ______W__W ________m--__6_ __________ _______66-M6W_W _________m _______________ _____W____ M-_W___________ ____W_____ _______________ 19 _ _ _ _ _ , _ -- - ,e' s " = = " ' ~
Startuu Integrated rest SIT-rP-250 Unit Waterford 3 Date 6-11-82 Ultiaate lieat Sink Test Revision Driift 2 Calibration e sTE or Verification Scrial_20. Initials _k_Cate l __________ _______________ _ g 4.1.1.8 Fluke "odel 80226 d!"'l'e t e r / vo i t i e t e r (t), or equivalent 1 1 l l 4.1.1.9 Environmental Svstems Corporation (PSC) PTS-60A femperature Acquisition System (2) 20 1
. -. - . . . ~ . . . -
3 Startup i n t a a r .3 t e l rast ' i ' - : ~" - '> 0 O"it waterfori 3
. . ,* t e S is 2 i!1 t 13o te '-ea t sink T e.s t Hevision Draft 2 Calioration sTd or verification Sc 1al.2c. Initials.s_Cata 4.1.1.10 Infrarm' tner:.o eter (1), __________ _______________
ge M LATER gor eqtti va lent 4.2 SpeCidl F Id i nn e'lt 4.2.1 Sin :' tex Fl a r r o-t pitot t il b e (1) 4.2.2 150,000 lb/br Oacwsce coiler (1), 300 c. sic operating oressure 4.3 Additionni t'est C i u t o ':e n t 4.3.1 List any <moitional eautoment used oelow and in the Chronoloolcal L.o a , Atteenment 9.4.1, as it is used. Enter "DA" it serial nuncers or calibrations are not applicable for a particittar piece at equintent. Calibration
%TE or Verification descriatict Serial _tc. Initials _&_uate
___________m.=_____________=_ __________ ___ _______ =__ l ______..______._____________. ______. ._ _______________ i l 21
. - . . . - _ . . ~ , , . . .
Startuu Inte7 rated fest STT-IP-250 Unit .2aterford 3 Date 6-11-92 Ultimate ileat Gink Test Pcvision oratt 2 5.0 22ECAUIIUSS ac'J _22IIS S.1 Precautions 5.1.1 All personnel must be outsine the' wet toacr oefore a fan assembly is put into service. 5.1.2 Check the tan blaies to ensure that tney are installed at or oelow the proper angle, in accordance with the manufacturer's recommendations. All blades on a sincie tan assembly must be set.at the same blaae angle. 5.1.3 If excessive vioration is observed, the wet tower tan assembly shall be turned off i nmediately and the cause of the vibration sna11 he determined and corrected. S.1.4 to prevent overneating, the vibration swLtch reset coil should not ne enercized for more than 3 minutes. If tnis condition exists, the coil must ce deenergized for 10 mintites oefore reenergization. S.I.5 Do not exceeil tne full-load amperage rating of the set and dry towers motors during fan operation. i I (1) *et Tower Fans: 39.5 alnps (2) Dry Tower Fans: 48.0 amos fast speed 18.0 amps slow spee 5.1.6 As the dry toner aear reducer unit is brought up to speed, it snould be monitored constantly for unusual sounds, excessive vibration, excessive neat, or oil leakage. If any of these conditions develoos, the unit should be shut down immediately, and the cause determined and corrected. Operatinq temperature 27
Startuo Integrated Test SIT-TP-250 Unit Waterford 3 eate 6-11-82 Ultimate Heat Sink Test Revision Draft 2 of the unit at the hottest point should-not exceed 180 degrees W F as read by infrared thermometer. I A 5.1.7 All personnel nust be outside the tower before a fan assembly is out into operotion, with the exception of the personnel necessary to monitor fan /qearbox operation'and take velocity profiles. Monitoring personnel shall be equipped with safety narnesses (belts) to prevent the possibility of coming in contact witn tne clades. 5.1.8 Operation of the t.o-speed tans associated witn the dry towers reunires a minimum of a 30-second delay when switching from full speed to half soeed. 5.1.9 All sersonnel involved in electrical measurements, lead littin3, or jutoer placement shall ne familiar with all necessary safety precautions. S.I.10 Personnel involved in testing in high-noise areas shall be j supplied eith adequate ear protection. 5.1.11 No te*er than two individuals (one of whom will be in constant comT.unication with tne Control Poom) shall be allowed entry inside the wet towers during eater loading. 5.1.12 anen usino CCe Pump A/B instead of CCW Pumo A or CC=' Pumo B, the follo ing apolies: 4 (1) Instead of CCd Puto A, racdout CCW Pump A breaker; and x
.pa n u al l y align the 3A03S bus to the 3A3g bus to ensure X cnannel separation.
(2) Instead ot CCa Pump H, rack ut CCW Pumo B breaker; ana X manually allqn the 3A635 bus to the 383S ous to ensure Cnannel seoaration. 23
4 A A it arts intagrate1 8est SIl-fr-250 isnit Waterford 3.
. Dote b-11-82 ilri~ ate Heat Sink Test Hevision Draft 2 l
S.7 notes 5.2.1 Conunic,ittens snail ne estanitshed between all parties involvet witq the test to cosure coordination and consistency in testino.
~
5.2.7 I t' e set coolina to ers shall he cleaned cefore the fans are S t a r t e.1 tc Prevent naving torcian objects entrained in the airstrea~. S.7.3 rne dry coatinj tosers shall ne cleaned ortor to operating the tans to-orevent nevina any foreicn ooiects entrained in the j nirstrea1. t 5.2.4 rne order of testina, os outlined in section 7.n, way be enan Je 1 at the .11screrlon of the Startup Encineer. 5.7.5 the test eersonnel rasoonsible for sioning their initials to certify iata shall comolete Attachment 9.4.2, Test Personnel ID Sneet, tt y rrintin.: tneir names and sionina tneir initials. , 5.2.6 Ali analyses soould incorporate pre- and post-test calibration
- 4 3 t a .
5.2.7 % Chronolo)ical Loa, Attoenment 4.4.1, shall be kept of all signiticant events that occur during the performance of tnis test. l 24 i .
. , - . - m,- - - _ - - _ . - - _ - _ . _ __. - - . - . . . , - _ _ _ . _ - _ , .. - , r. , - - -
i
~
Startue Intearate4 T e r. t s i T ra j '3 ' unit mie: t-2 Date- ;-11-92 Ul t iani.o e e -s t. alnv , rec t: IRevisi- "c": > 1 Initleir -
'nte 1
i 6.0 CE5EEOU151I50 6.1 Data from-heterence 2.5.1, 5FG-Jo-002, Dry I j Coolinq To er Fans initial Hun-In, has been i revie=ed. 4 R-LPL/SFG36002*.40NE*0010/05/61 6.2 bata f r o T. Reference 2.5.5,'SFG-36-003, Initial Run of wet Cooling Tower Fans, has . been reviened. 4 R-LPL/SFG30003*tlONE*0003/04/80 6.3 Cata from Reference 2.5.3, SFG-3o-004, 'n e t and Dry Cooling Tower Fans Performance l Evaluation, has been revieaed. t i ! H - L P L / S F G 3 6 0 0 1
- 6 0 h: F.* D 0 0 0 / 0 0 / 0 0 i
, o.4 Data fro.n Peference 2.5.6, SFL-3o-001,
- Conoonent Closed Cooling water System, has been-reviewed.
i: R - L P L / S F L 3 e 001
- e. O ri E 8 0 012 / 0 3 / 81 e
6.5 Data from Reference 2.5.7, SFL-36-002, Aux-t 111ary component Coolina tlater System, has been revie*eti. l
- 25 i
- ~ :T' . . . - . . - . . . . . . - - - . . . - - - - . . . - _ . . - - - . - - -
Startup I n t e o r 3 t e.1 Test SIY-TP-250 lin i t 5atertord 3
- Date 6-11-82~
Ultimate e s t ' Sink rest. Revision Draft 2 Initials & Date R-LP L/SF L 3 e M52
- WO 0 0 0 t> /10 / 81 6.o Data fror. Pefetence 2.S.8, SFL-36-003, Dry Coolinq ro a ers, has haen revieaed.
~~-------------
R-LPL/5FL3600.3*f!ONE*0n10/26/92 o.7 ill net. tower nozzles have been reploced and properly oriente1 l f> . 8 All doorways, natenes, and penetrations
; between aet and cry tower sections and the , dry tower Fuel Handling Building are closed.
or in "nortal" operatina cositions.
; 6.9 Check tube buncle cleanliness on dry towers before testino begins to evaluate the need for Techanical or enemical cleaning. Verify
- that tube ounctles are clean tor tnis test.
! 6.10 Ensure that tne dry towers are vented to l remove any entracoed air pockets. (See l Reference 2.5.6, SFL-36-001, Component Closed Coo 11ny dater System.) i t l 26 i i
- ,- - - - , , ,-+.---.sw+=w m ,7 --------..--.t- n-- y-y -~~sr+t4t ----w---* *~ &---7~ - - * - ~ ~ T T c- "
' 3s, s ,1 - rP-2 % t' nit aarerford 3
?M r e 2-11-92 tr> ie3r :t e v i s i r- set 2 i n i :.1,s i s i. Date P - o P e,e -
n.11 . ..
..' . . . -ti -
X g: -, 1- - g :_ , e s: n X. 3
. :rer. .
e.12 :; . s n o c, . ..o r t: nam neen retitle.i 7 oays ri ,r to * , _ ,o tnit t t'ei r r e ta t e s e n t a t i v e s c c. n *:tness tne testinti ot
- t. h e t r e r. t.1 ' a .
6.I3 c. t 1 ac-1 ' trs re 'u t r H to te mandlee b/ ii.)i o n persornel snout 1 ne identified and cooritn.ite, orlor to testinc. 6.14 all Field Cnanun ur5ts ( 3 C.4 s ) a n.1 Desion Cnance .cttres ( :' '- s) certainin1 to set a n r1 aru rn.or- rave noen revie4ed prior to test ccamencecent. d.15 A rretest briefin7 with personnel involved 41tn this test nas been perfor7,e"1. o.lo Pretest aal:doan 27
Startun Intetrate1 Test Sir-FD-250 Unit a'aterf ord 3 Date 6-11-82 Ultimate it e d t Sink l e r,t Revision Draft 2 Initials & Date Pretest w ,1 c1o
- i s of the roll 9.ina systems nave neen conducted to vartfu t at tre corrasr.ondino cortions of tnis procedure coverina testina of these systems are ready to ce cortormed:
8fa] ( 1 ) d S het To cr \ ---____________ Y d (2) ret ro er n _________ ..___ d/ (3) Dry roner A _______________ (4) Dry To=cr e _______ .______ (5) ACC.4 (;.et to-er A) ______________. (5) ACCW (%et roaer 4) __ .___________ (7) CC4 System ---_-__________ 6.17 ketease to Pertorm Testinq
! hereby authorize the test to proceed, suolect to the linitations as noted.
Fe9 arks _________________________________________________...___ _______________________.M_________________________....._________ Authorize 1 By: ______________________________ Date _ __________ LSE 28
Cr4* Lap Inteqrated fest SIT-TP-250 Unit Waterford 3 Date 6-11-82
'Itimate ileat Sink Test Revision Draft.2 Initials & Date 7.0 222CCCJCL 7.1 initial CoM i t ion s 7.1.1 renporary :'oq i r ica t ions (For All Tests) 7.1.1.1 Pertor? the follosinq temporary l modifications to ret.ove automatic actua-tion or CCW needer isolation valves:
(1) bift cable at T68-16 and TBB-17 in Aux. Panel 1. (7) IItt caole at T R FL- 17 anc ToB-b in Aux. Panel 1. (3) Install a jumper between TBB-17 and TSH-6 in Aux. Panel 1. I (4) Lift cable at TBB-36 and TBB-33 in i Aux. Panel 2. (S) Litt cable at TBB-33 and fBB-27 in l l Aux. Panel 2. l (b) Install a jumper between TBB-33 and T66-27 in Aux. Panel 2. l [ _______________ I (7) bitt caole at TBB-106 and TRB-107 in Aux. Panel 2. 29
Startup. integrated Test SIT-TP-250 Unit Waterford 3 Date 6-11-92 Ultimate Heat Sink Test Revision Draft 2 Initials & Date (0) I.i f t cable et In8-107 and TRB-47 in Aux. Panel 2. (9) install a jumper between TB6-107 and T96-97 in Aux. Panel 12 . (10) Litt cable at THB-29 and TBS-30 in Aux. Panel 1. (11) Litt canie at T88-30 and TBB-23 in Aux. Panel 1. (12) Install a jumper between TSB and ISB-23 in Aux. Panel 1. I _-_____________ f l 7.1.1.2 Verify that tne installation of tefporary instrutentation required for data in At-T tachment 4.2.1 and 8 . 2. t4- 15 complete. >( 7.1.2 Initial Boiler Startup l 7.1.2.1 Tne boiler must be aarmed up and at pressure to begin the testing described in section 7.2. 7.1.3 det Tower - Train A (For Side A Testing) 30
Startup Integrated Test SIT-IP-250 Unit Waterford 3 Date 6-11-82 Ultimate Heat Sink Test Revision Draft 2 Initials & Date 7.1.3.1 Verify t re a t tne followinc are available: (1) 480V vCC-3A315-S _______________ 7.1.3.2 At CF-33, verify that Wet Tower A fan control switenes CS-1/761 (for fans 1 through 4) and CS-1/765 (for fans 5 throuch 9) are in tne UFF position. (1) Fan 1 _______________ (2) Fan 2 _______________ (3) Fan 3 _______________ (4) Fan 4 _______________ (5) Fan 5 _______________ (h) Fan 6 _______________ ( 7) Fan 7 _______________ (8) Fan 8 _______________ 7.1.3.3 At Aux. Panel 1, verify that transfer switen 43-19 is in the CONTROL ROOM position. ! 7.1.3.4 At 480V *CC-3A315-S, compts. 10H, 12n, 104, 11P, 114, 12M, 13!i, and 4, verify that tne
<3bor d s m & .13: )
24 tnermal overload devices are X installed. (1) Conet. 10H _______________ (2) Conot. 12a _______________ I l 31 i t t g,,-,,, -
Startup Intearated rest GIT-TP-250 Unit Waterforri 3 Date 6-11-82 alti note deat Sink rest kevision Draft 2 Initials & Date (3) Comat. 104 _______________ (4) Co+t t . 11" ____.....______ (5) Compt. 11' __________ ..__ (o) Comet. 124 __ ___________ (7) Co apt . 13H _______________ (H) Compt. 13" _______________ 7.1.3.5 At MOV CC-3 A 315-S , c o tio t s . 10 ri , 12 II , 1 0 , 11H, Ild, I Tt , 13 t* , and 13m, close the creakers for fans At throuiJh A8 and verity tne followina: (1) Green indicating lichts on CP-33 are ON for ' Jet Toser A fans 1 tnrough 4 and 5 through 8 (e) Faq 1 .._____ .______ (b) Fan 2 _________..._.. (c) Fan 3 _____..________ (d) Fan 4 _....__________ (e) Fan 5 _______________ (f) Fan 6 .______________ (a) Fan 7 .____..________ (h) Fan 8 __...__________ (2) Red indicating lichts on CF-33 are OFF for det Tower A fans 1 tnrough 4 and 5 throuyn 8. (a) Fan 1 __...__. ______ (b) Fan 2 _____ .________ (c) Fan 3 _____________ . 32
Startup I n t e'4 r a t e d Test SIT-TP-250 Unit Waterford 3 Date o-11-92 Ul timate :leat Sin < rest Revision Draft 2 Initials & Date (d) Fan 4 _______________ (e) Foo 5 _______________ (t) Fan 6 _______________ (c) Fan 7 _______________ (n) Fan 8 _______________ 7.1.4 aet roaer - Train B (For Side A Testing) 7.1.4.1 Verity that the following are available: (1) 480J 4CC-3n315-S _______________ 7.1.4.2 At CP-33, verify tnat Wet rower b fan control switches CS-1/811 (for fans 1 throuch 4) and CS-1/915 (for fans 5 tnrouun 8) are in tne OFF position. (1) Fan 1 _______________ (2) Fan 2 _______________ (3) Fan 3 _______________ (4) Fan 4 _______________ (5) Fan 5 _______________ (b) Fan 5 _______________ (7) Fan 7 _______________ (8) Fan 8 _______________ l 7.1.4.3 At Aux. Panel 2, verity that transfer s*Lten 43-19 is in the C0:41FUL ROOM position. l l i 33 I I
Startup Inte1 rated Test SIT-TP-250 Unit n'aterford 3 Date 6-11-82 Citimate Heat Sink Test Revision Draft 2 Initials & Date 7.1.l.4 at 4F00 eCC-3d315-3, c o m p t'. 10H, 1 211, X A 10s, 110, lla, 129, 13h, and 13* verify tnar tne 71( enermat 3 % eae.h comead devices W ), y overload are installed. (1) Co.n n t . inh _______________ (2) Co. mot. 12H _______________ (3) Corot. 10 ;- _______________ (4) Compt. 11H _______________ (5) Compt. 11M _______________ (o) Compt. 12:4 _______________ (7) Comot. 13H _______________ (3) Comot. 13M _______________ 7.1.1.5 At 190V *CC-38315-5, compts. 10H, 12H, ins, 119, 11 i, 128, 13H, and 13d, close the breakers for fans 61 through B6 and verify the follo ing: l (1) Green indicating lights on CP-33 are 0:4 for det To*'er B fans 1 through 4 and 5 through 8. (a) Fan 1 _______________ (c) Fan 2 _______________ (c) Fan 3 _______________ (d) Fan 4 _______________ (e) Fan 5 _______________ (f) Fan 6 _______________ (a) Fan 7 _______________ 34 1 _ _
Startw Int-1 ,e ! --- s r ;it ." ;50 Orit +aterrord 3 Date 6-11-82 Ultiaate . cat 31ng Test Fevision Draft 2 Initials & Date (n) Fan 1 _______________ (2) f< e l indicattna lichts on CP-33 are nFF for Act roser P tans 1 throuch I and 5 throwth 8 (a) -
a n 1 _______________
(c) Fon 2 _______________ (c) Fan 3 _______________ (1) r a r. ~- (e) Fan 5 _______________ (f) von n _______________ ta) Fon 7 _______________ (h) Fan 4 _______________ 7.1.5 Dry roner - rrain a (For Side ; Testina) 7.1.5.1 verity tnat tne tolloning are availaole: (1) 450V '5CC-3 A 315-3 .._____________ 7.1.5.2 At CF-33, verify that the following nry roaer A fan control switches tor fans Al throuan Als are to rne UFF position: Fan tio. Saitch No. Initials N Date (1) At CS-1/731 _______________ (2) A2 CS-1/732 _______________ (3) A3 CS-1/733 _______________ (4) A4 CS-1/734 _______________ (5) AS CS-1/735 _______________ (6) A6 CS-1/736 _______________ r l 35 [ l -
Startur' I n t e a r -1 t e d Test SIT-TP-?50 Unit 4-tertorn i t'a t a $ - i ! - ii i Ultimate 4 eat Sink Test R e v i s f o r. isr a f t i Fan Fo. S:vitch 40. Irttials L Cate (7) A7 CS-1/717 _______________ (4) A8 CS-1/73R _______________ (9) A9 CS-1/734 _______________ (10) A10 CS-1/740 _______________ (11) All CS-1/741 _______________ (12) A12 CS-1/742 _______________ (13) A13 CS-1/743 _______________ (11) A14 CS-1/744 _______________ (1S) AIS CS-1/745 _______________ Initials & Date 7.1.5.3 At Aux. Panel 1, verify tnat transfer switches 43-14, 43-15, 43-16, 43-17, and 43-18 are in the CCNTROL POOM position. (1) Sriten 13-14 _______________ (2) Saiten 43-15 _______________ (3) S iten 11-16 _______________ (4) S* itch 43-17 _______________ (S) Seitch 43-18 _______________ 7.1.5.4 At 480V CC-3A315-5, close tne follo.ing creakers for Dry Tower A fans Al through A15: Fan No. Cotot. fi o . Initials & Date (1) Al 1F _______________ (2) A2 1." _______________ s (3) A3 2F _______________ 36
F>tartun integrated rast SIT-TP-756 IJ n i t daterford 3 Cate 6-11-82 ritimate Heat sink Test r<evision Draft 2 Fan No. Comot. No. Initials & Date (d) A4 2* ___________.-__ (%) AS 3F _______________ (6) Ah 3' _______________ (7) A7 IF _______________ (W) Aa 44 _______________ (4) A9 SF _______________ (10) A10 SM _______________ t11) All 7F _______________ (17) 412 7* _______________ (13) A13 RF ____.-________. (1*) Ali 6M __________.____ (15) AIS 9F -..____________ Initials & Date 7.1.S.S At CP-33, verify the following:
- (1) Green indicating lichts for fans A1 I
throuah A15 a r e O.al . 4 Fan Al X J t b[] _______________ l (/) Fan A2 ____ _____..___ \/l V(C/) Fan A3 _______________ (f) Fan Al _______________ (9> F,n As _______________ (9) Fan A, __.___ _...__._ T () Fan 27 _______.--_____ (f") Fan Ad _________._-___ i (t) Fan A9 -________.-____
)
( Pe ) Fan A10 ______________- 37 v -,s_,__-. _ - w - ,.
t c. - f . r s n:i " ~ '
*; ci.e.'rord 3
.sre 6-11-R2
_;.- mat , ' 2sion Draft 2
' . l '_ i n 1 3 94*O
-k
( s; ) =r. _______.________ L ( tv ) von At2 __.__-----___-- m ( Ps ) Fan A13 -- ___-----_--- 6 ( bs ) pon f. l i ___-..____---___ o ( P% ) F :, o 115 _----_-_-__-___ (2) 9eri incl 0ating l i W t i. tur 1.203 Al throuan \15 are h;e. a 3(f,) >sn At _____-_--_---__ )( 4 c/) C von 42 ___-___________ 6 (/) Fan A3 _____--________ (}> ean as --____-___----- ( ) Fan AS ---_-______-___ (f) Fan At' s ( ) Fan A7 --____---______ (f) Fan A2 _---_--_______- (f) Fan A9 _-___________-- ( -) Fan A10 -----_______-__ h. ( rt ) Fan Alt -_______-_--___ L ( de) Fan A12 _______________ ( $k) Fan All __--_______--__ n ( $4) Fan A14 -_-_-__-------- 0 ( bb ) Fan A15 ---_----------- 7.1.6 Ory ro.er - Trsin n (For Side t) Testing) 7.1.o.1 Verity that the followinu are available: (1) 4 'a n V 'iC C- 3 P 315-S --------------- 38
Startur Int 24 rated rest SJr-rP-256 Unit aaterford 3 Date 6-11-82 tilt i nate deat 51nk Test Revision Draft 2 Initials & Date 7.1.o.2 at co-33, verify tnat the follo-ino Dry lover 8 fan control seltches for fans 61 t n r o u rm 415 are in the UrT oosition: Fan tso. Salten Ho. Initials & Date (1) 41 CS-1/791 _______________ (2) 62 CS-1/782 _______________ (3) o3 CS-1/763 _______________ (4) 64 CS-1/784 _______________ (S) 65 C3-1/785 _______________ (6) Se CS-1/790 _______________ (7) 67 CS-1/767 _______________ (d) 98 C5-1/783 _______________ (9) 39 CS-1/789 _______________ (10) Ato CS-1/790 _______________ (11) 011 CS-1/701 _______________ (12) 812 CS-1/792 _______________ (13) 613 CS-1/793 _______________ (14) 514 CS-1/794 _______________ (15) 615 CS-1/795 _______________
' Initials & Date 7.1.6.3 At Aux. Panel 2, verify that transfer switches 43-13, 43-14, 43-15, 13-16, and 43-17 are in the CONTROL R009 position.
(1) Sditch 43-13 _______________ (2) Switen 13-14 _______________ 39
ct,rt. I n ~ r a e r: inst s'T-t -?50 Unit daterford 3 Date 6-11-82 4
-f =-- a,e t ,t Revision Draft 2 Initials & Date
. .- .,-t; _________-- _,
io .; 4 c- ,-o. .._____________
.3> '.it c1 53-17 _____________ _
'....,. i. t 4H4V 5CC-3S31S-S, close tne following areaa.ers for Dry Tover 6 ians 91 throttah itS: Fan vo. Compt. No. Initials & Date (t) "1 IF _______________ ( ') ) v) 1A _______________ (33 i.i 2r .._____________ (4) 2' ___..__________ (5) :n 3r ____ ._________ ( ti ) a t; 31 _______________ (7) 97 4F _______________ (n) L, 4.t _______________ ( }) en SF _______________ (10) 610 53 _______________ (11) 411 /F _______________ (12) 312 7A __ ..._________ (13) R13 '4 F' ___..__________ (14) B14 8 'A _______________ (15) 615 9F _______________ Initials & Date 7.1.6.5 At CP-13, verifv the followina: (1) Green indicating lights for fans 61 tnrou1h 915 are Of.. 40 l
'1 l
Startoo Inte1ratel rest SIT-TP-250 Unit Waterford 3 Date 6-11-82 Ulti .tes teat Sink Test Revision Draft 2 s Initials & Date
. s w
(a) Fan t1 ---------------
; (e) Fan 92 ---------------
(c) Fan 33 --------------- (d) can 84 --------------- (o) c an B5 --------------- (t) F6n He ---------------
, (1) can 47 ---------------
( n )i. Fan 64 --------------- (L) Fan 44 ---------------
, I
( j )! Fan.610 --------------- 5 6 (x) - ran Hil --------------- (1) Fan 812 --------------- (v) Fan 613 --------------- (n) Fan d14 --------------- (o) Fan BIS --------------- (2) 9ed innicating lights for tans al throuqh HIS are OFF.
, (a) Fan 61 ---------------
h - (n) Fan 62 --------------- (c) can e3 --------------- (1) Fan B4 --------------- (e) Fan 65 --------------- . (C) Fan H5 --------------- (q) Fan 57 --------------- (h) Fan B*d --------------- (1) Fan 89 --------------- (}) Fan Bln --------------- (R) Fan 311 ---------------
./
41 3
. - - . , , ,- - ~ v
Startuo Integrated fest S17-TP-250 Unit Waterford 3 Date 6-11-82 Ultimate Heat Sink test Revision Draft 2 Initials & Date (!) Fan B12 _______________ 4 (m) Fan 913 _______________ (n) can bl4 _______________ (o) Fan n15 _______________ t437E: It CCW P u.t p 4/a is lined up as Pump A, manually open valve 3CC-F1238. If CCW Pump A/B is lined up as Pump B, manually open I valve 3CC-F122A witn valve 3C-F1233 closed. 7.2 Tests 7.2.1 Simulated LOCA rest (Side A) 7.2.1.1 verify the initial conditions set fortn in steos 7.1.1, 7.1.2, 7.1.3, and 7.1.5; mud. and verify manometers or equivalent tor X 4 measurino orifice flovsy are ready for service. l 7.2.1.2 Verify the valve lineup of Attachment d.4.3, Valve Lineup Table, Tower A. l l , NOTE: fne oti level indicators provided with the CCw and ACC'a Pumps indicate OPEF.ATING oil j level. The oil level should read HIGH When the pump is shut down and WEDIUM when the pump is operatinq. 42 i _ _ - . . _ _ . .-
Startup intecrated Test SIT-rP-250- Unit .vaterford 3 Cate 6-11-82 O l t i rw t e 't e et t S i n st Test Revision Draft ~ 2 Initials T. Date CAUTION 1: IM W.n t A rFl.Y .i r ') P T!!M ACCd P il'* P I F A!! Y OF fli? FobLO,,ING Cor,CITIONS N OBSEEVED: (1) UNUSIIAL T10ISE Ok VIBRATION (2) PU"P BF AR 1rJG TE"PERATUPE, AS HEAD FP06 INST RLED TE8tPERATUW8 INDICAr09, EXCEEDS IS0 DEGREES F (3) PUP VOTOR 4IDDIieG THEPMOCCUPLE HEADING M(CEEDS 230 DEGEES F (4) RATED CAPACITY OF 10.2 AV.PS IS EXCEEDF.o C AU T 10?! 2: 00 40T E.(C E E D ACCd P' JAP RUNOUT CAPACITY OF 6650 GPk.
- CAUTION 3
- DO ' LOT RUN ACCW PUMPS AGAINST DEAD l ItEAD EXCEPT P.RIEFL'r TO VERIFY SitUTOFF HEAD (1.5 MINUTES 8AXINUM).
l 7.2.1.3 Chec< ACCn Puto A for proper oil level. _______m .....__ 7.2.1.4 Start ACCa Pump A Dy olacing handswitch CS-1/752 on CP-8 to START. < 7.2.1.S Cneck CC.* Pumo A/B for oroper oil level. 43
=.:= .-,,- - _ . .. , .-- =. . _ - - - - . . - - . . . - - - , . , . , ,
}
Startup Integrated Test SIT-rP-250 Unit saterford 3 Date 6-11-82 Ultimate beat Sink Test Revision Draft-2 Initials & Date CAUTIOl* 1: IM*e:D I A IE L ( S r7P THE CC*/ACC# PUMP IF A;lY OF l tie FGLL0dihG CONDITIONS 05! SERVED: (1) UhySU Af 'JO T SE OR VIBRATION (2) PUvP BEARING TE*PERArtlhE, AS READ FRON I' S T ALLED rEMPEHATUPC IhDICATOR, EXCEEDS 180 DEGREES F (3) PudP MOTOR WINDING THERdOCOUPLE READING EXCEEDS 230 OEGREES F (4) RATED CAPACITY OF 40.2 AMPS IS EXCEEDED CAUTIO4 2: 00 NOT EXCEED CC4 PU:4P RUNOUT CAPACITY OF 7500 GP4 CAUTION 3: THE CC'a Pu dPS DO NOT H AVE Ar, INSTALLED RECIHCULATION LINE AND ARE LIMITED TO 3 VINUTES JAXIMUk1 RUNN1f4G AGAINST A - DEAD HEso, 7.2.1.6 Start CCa Pump A/B by positionina qandswiten CS-1/707 on CP-8 to START. 7.2.1.7 Slowly open CCW Pumo A/B disenarge valve (3CC-0119AH). i 14
. . - , . . . . . ., . . . - ~ . . . . _ . . . . . . - . . . . . . . . . . ., . - . . . . . .. . . . , _ _ . . . .
t Startuo inte1 rated Test SIT-TP-250 Unit materford 3 Date 6-11-82
- f it. J aa t e rica t ' S ink Test Revision Draft 2 Initials & Date C % U T I #4 1: f e a ND I A rn:L Y STOP i'HS CC.i PfJ d P IF ANY iii Tai Fo L L.111 N;; CGC)1riONS IS CSSERVCD:
(1) ONUSUAL .*10lSE 04 VI6 PAT 10N (2) PUMP 6EAPING T E *a P E H A T U W E , AS HEAD Fh0M INSTALLED TEl4 PER A TU R E I'IDICATOR, EXCEEDS 190 DEGREES F (3) FU"P ACTOR <;IllDIt;G TiiERMOCOUPLC RKADING EXCEEDS 230 OdGREES F (4) RATED CAPACITY OF 40.2 ASPS IS EXCEEDED CAUTIO;4 2: DO Nor EXCEED CCm PUMP HutJOUT CAPACITY OF 7500 GPM. CAdTIOS 3: THE CCd PUMPS DO NOT HAVE AN INSTALLED RECTRCULATID'd LIVE AND ARE LIMITED TO 3 MINUIES MAX 14Ud F U N rd I:4G AGAINST A DEAD MEAD. 7.2.1.8 At CP-33, olace the folloaing control sa' itches for fans At through A15 in the FAST position: 1 Fan No. Saitch No. Initials & Date l (1) Al CS-1/731 _______________ (2) A2 CS-1/732 _______________ 45
Startup Inte7rcet e 1 rest SJT-rP-250 n't atertnrt 3 pate n-11 'a 2 tiltixate neat Sinx l' e s t Kevision i;ratt 2 Fan tio. Switch '40 Initials & D6te (3) t3 C4-I/713 --__ - __---- (4) Al C3-1/734 .. _-__----.___ (S) 45 Ch-1/735 -- - --- -- ( e, ) A e, CS - 1/ 7 3 '> ------- __ ---- (7) A7 CS-1/737 ___ ___ .. - (3) Ae C3-I /7 H --_.----------- (9j 4w c5-1/739 -__- _- ____ (10) A10 CS-1/740 . _ .._____ (11) A11 CS-1/741 __ __ --_ _ . (12) 412 CS-1/742 . - . __ _ - (13) A11 CS-1/743 -- .. ... (11) A11 CS-1/744 - _ - ------ (15) A15 CS-1/745 ...._--________ Initials 4 Date C AtlT I O fa : et E re A FA. IS I I. t' A S T S D E E D , T HER E 2113I t4 E A 40-SEC3ND aAir PEHIOD BEFORE THE F A fl C W HE SHIFTED TO SLO % SPEED. [F rnIS **0DIFICATION il A S lo r BEEla AC-CO 'd P L I S H E D Hi THE f l '4 E THIS PROCEDUPE IS PERFOPMFD, A I,N A t s J P E't T H F. SPECIFIC 3HEAhER LISTED l '1 STEP 7.1.5.4 .lHEflEVER THE FAN IS I:1 AFTER A FAST SPEED.dTuR TO TW 30-SECOND WAIT Peri 100,3rH t: FAN SWITCH f+ia. / THE OFF POSITIOri MO RECLOSE BRE A AKERj TliZN X THE x SHIFT ^FAW 5 W I TCif r3 SLO 4 SPEED. X
. _ . , _ . . . - - . . _ _ . . _ _ . - . . _ _ . . . . _ _ _ . . . . - ~ , . . _ . . . . . , .___ .
Startup Integrated Test SIT-TP-250 Unit Waterford 3 Date 6-11-82 Ultimate Heat Sink Test Revision Dratt 2 Initials & Date 7.2.1.9 At CP-33, place .v e t rover A tan control switches CS-1/761 and CS-1/755 in the Ori cosition. 7.2.1.10 Ensure that the boiler has been started anel is warmed un and at operatina pressure and temocrature. 7.2.1.11 Cut in steam to temporary heat exchanger by slowly ooening the 12-inch stop-check valve located atop the temporary boiler. 7.2.1.12 Let the CCn and ACCW Systems reach thermal equilibrium. [This can be determined by monitoring TE-CC-7077AS. As tnis temperature reaches an
- asymototic value (wnen two consecutive numbers record the same readino A5 deorees F), then thermal ect 111brium can be assured.) Record these readings every 5 minutes on Attacnment 8.1.4.
l l CAUTION: DO NOT EXCEED A CCd TESPERATURE OF 160 l t DEGREES F AS PEAD BY THE RTO DN THE TE.dPORARY PIPT**G TO THE SUCTION OF CC'a l P U.v P A/B. 47 [..... , _ _ . _ _
A ZL*rtan inte:tru?j Test 3If-[P-750 Unit'Waterford 3 Date 6-11-82 altt' ate beat sine rest - Revision Draft 2 Initials & Date 7.2.1.13 ustn; o s t o, r, l e t pitot tube, nace a 10-point treverse n of the conponent coolinq (CC4) sater 01ce on two .tutually carnendicular 4?r'eters. (Pitot traverse taps are located approxlhately i 12 diamators deanstream ot orifice I.A r E 4 . ) cord tnis data on Attacn,T.cnt 9.2. , Pitot Tuoe Traverse Data Table. I
- 7. 2.1.1 & v onitor and recoro tiowrate, as read t rora orifice nlate (LATER), on At-3 )(
tachtent 0. 2.f , F'l o w Oritice Readinus.
onitor tols flodrate -tnrouqnout tha test (recording every 5 minutes) to ensure tnat.tne *ater tiowrate does not Chan1A.
7.2.1.15 Continuously monitor the temperatures j stated in Attacntent 3.2.1, Rr0 Data Ta-ble, on the PTS-90A Temperature Data Systen. 7.2.1.1o A niatinut. Hra will ne located on the hand railing at the inlet to the ton dry coolinq to er tans on the two end and middle columns. Ihese RTDs will be monitored continuously and tne readinqs 48
.-,w - - a- n : ^~.l, , , - - - ~ - - - - - , . - - , - .. ,,~-w -l , ,u,, - , - . , - , -.,, ,,.--,-~r--, , -.,n-,r
Startoo l'It'*arrit d r
- r. ! st' 't'->n" H7tr -'2r' J.
a lbs t ' h - 1 i :,
- hlticare teat Sinv Yest Fe, . . . T. 4 - .
Initiela & u. re cu ried o n 1. t t cie n.n e n t 4.2.1, l' - c.10 Readinas, everv 5 minutes. 7.2.1.17 Usinq a nand-held wattmater, measure the input po er to each wet tower fan in tne tower being used. Record tnis data in Attachr.cnt 8.2.f, Fan Inout Power Data g Table, once for each test on all e10bt fans beina use.l. . , 7.2.1.18 tisina a Simplex oitot tube, make a i 10-coint traverse of the auxiliary component coolinq water (ACCw) permanent piping on two mutual' peraendicular diameters. The oitot teos are installed approximately six oipe clameters upstream ot installed flow orifice FT-CC-7078AS. (The ploe traverse will be made once for each test, and the installed orifice plate will be monitored throughout the test to ensure j tnat tne nater flo. rate does not enanae.) Record data on Attachnent a u.2.f. x 7.2.1.19 Ensure that the following test limitations are met before continuing: 49
Startur Inte1rateel rest SIT-IP-250 Unit 4aterford .1 Ddte b-11-82 Ultimate Heat Sink Test Revision Draft.2 Initials & Date (1) Amr>1ent aet-note tenr.erature is l l cetween 74 dearees F and 44 daqrees F, as recorded in At-tachsent 8.2.b. (2) A .n n i e n t dry-nuln temperature is neteeen 92 degrees F.and 112 l delreas F, as recorded in 4t-tachment 3.2.k. (3) Ambient eind speed is equal to or less than 10 noh, as recorded in At tach nent d.2. k (4) CC4 flow is cetneen SH50 and 7150 GPS. (5) ACC~a flow is netween 4500 and 5500 GDP. 7.2.1.20 r:qually sooce a t o-by-two matrix of Wet-bulb psychrometers over the vertical inlet to eoch det tower cell and record on Attachment H.2. , het #' g a O J_r"mg .c c ri Data fable, v g SO
- - - - ~ -
* ' - :es. Sii-rp-759 Unit.daterford 3 P.2 .5-11-92
>* .; ink T .s t E.,2 si:-
- r, r a f t 2 Initials & Date.
- 7. 5 . * ' - ' ' ' ift e ,3 ;* n t- er t a .p e r inn racard q T
' t L ., c i 4
. m"- ','
f. 7,. .i2 F 1.ia: one dry-oulb psychrometer on tne cat'alk rallin7 9t a :osition bet'een e; e
'. . a - e t. to=er vertical inlet faces T
-a rec,-1
.ar a on 4 t t a e n.r e n t 8.2.f.
7.2.1.23 .
.tll r;ror.eller anemoteter in
;c ; D'* to t*e set to.ers to Tonitor 1- . ,i i c velocity tqrourth the + i n o o .s
<t u r in the test. .wonitor these velocities continuously and record data everv 5 einutes on Attacrment 9 A< @ y .2./, g
,. . i .r u li sk Ane ton:* t e r na ta ranle. )(
A 7.2.1.24 **asure tne level nt the det tower cold anter casin oath oetore and after the test, to deter.?.ine sater losses, by ( L A lT C ) . e 7.2.1.25 U s i n a jr F . " . Young microvane and cup )( anemometer, or equivalent, continuously monitor the ambient wind speed and direction anc record on Attachment 51
4 l i l Stanton Intecratei rest Sir-TP-750 Unit-Waterford 3 Date 6-11-82 U l t i rw t e near 81nk Test Revision Draft 2 Initials T. Date
?
4.2. d ,mbtanr Cen11tions bata Tanie, A every 5 tinutes. 7.2.1.26 Oso Attach +ent 5.1.3 to calculate temr+rature needed to satisfy the test. 7.2.1.27 C o a.r l e t e Attaen+ent H.3.1, LOCA Calculation Sheet. 7.2.1.2h Complete the valve lineun on Attachment 4 f( H . 4 ./ . 7.2.2 Simulated LOCA Iest (M) X 7.2.2.1 Verify tne initial conditions set forth in stens 7.1.1, 7.1.2, 7.1.4, and 7.1.6; and verify that manometers or equivalent,uuA / tor measuring orifice flows)are ready for X service. 7.2.2.2 Verity tne valve lincun of Attach.nent 8.4.4, Valve Lineup Table, Tower b. NOTE: The oil level indicators orovided with the CCW ann ACCW Pumps indicate OPERATING oil 1 level, rne oil level should read HIGH when j 52
_ _ _ - . . . _ _ . . .. .. . . . _ _ _ _ _ _ _ _ _ _ . . . _ ,._._ _ ._ . _~ 9tartup Intearated lest SIT-TF-250 Unit waterford 3 Date 6-11-82 Ultteate leat Sink Test Revision Draft 2 Initials & Date tna pump is shut doen and MEDIUM wnen the n m- ti is o;. c r a t i n e; . CAllTION 1: IA*EDIATELi STOP THE ACCW PUMP IF AfiY 4 0F THE FOLLO4 LNG CONDITIONS 14% ARE ondtd/ED: (1) UhMSUAL NOISE OR VIhHATION (2) PUAP tlEARING TEMPERATURE, AS READ Fx0A I:JS T ALLED TEldPER ATURE INDICATOP, EXCEEDS 180 DEGREES F (3) PUMP 9OTOR WIhDir;G THERM 0 COUPLE FEADIbG EACEEDS 230 DEGEES F (4) RATED CAPACITY OF 40.2 AuPS IS EXCEEDED C A d r T O.J 2: 00 'Jur EXCEED ACC4 PUMP RUNOUT
- CAPACITY OF 6650 GPM.
CAUTIO?4 3: DO flOT PUf4 ACC4 PUMPS AGAINST DEAD HEAD EXCEPT BitIEFLY TO VERIFY SHUTGFF HEAD (1.5 JINUIES MAXIMUM). 7.2.2.3 Cheet ACCU Pump B for proper oil level. 7.2.2.4 Start ACC'a Pump B by Dlacinq hand 5' aitch t CS-1/752 on CP-8 to START. 53 _____1-r-,_,,_ _ _ _ . . , .;; . . . . . _ _ . _ . _ _ . - . . _ _x.._
,_ .a __ . . . . . . . _ _
S t. a r t u p Integrated Test' SIT-TP-250 linit Waterford 3 Date h-11-02 Ul timate ricat Sink lest Revision Draft 2 Initials & Date 7.2.2.5 Cneck CCs Pur.o A/B for procer 011 level. C All r J O'd I: l ': dEDIATELY STOP THE CCd/ACCW PUMP IF ANY OF Ti4E FOLLOWING CoriDITIONS NW ARE X OBSrRVED: (1) 04tlSilAL NOISE Olt VIBRATION i I (2) PUVP BEAPING TEi4PERATURE, AS READ FROM IMSTALLED TF.4PERATURE I re D I C A TO R , EXCEEDS 180 DEGREES F (3) Pil M P MOIOR *INDING TiiERMOC00PLE REALitlG EXCEFDS 230 DEGREES F (4) HATED CAPACITY OF 40.2 AMPS IS EXCEEDED CAUTIOri 2: 90 NOT EXCEED CCn PUMP RUN0 LIT CAPACITY OF 7S00 GPM. CAllTION 3: THE CCa PUdPS DO NOT HAVE Att INSTALLED FECINClfLATION LINE AfiD APE LIITED TO 3 MINUTES VAXIull*4 RUNiilflG AG AINST A DEAD ltEAD. 7.2.2.0 start CC4 Pump A/B oy positioning handsnitch CS-1/707 on CP-b to START. 7.2.2.7 Sto-ly open CCW Pump A/B discharge valve (3CC-B119AB). 54
- _ _ .=_
~ _ . . _ . . . . . _ _ _ . - . ...._.. _ _ _ .. __, ._. , . _ _ _ _ . _ . _
Startup Tntearated Test SIT-TP-250 Unit Waterford 3 Date 6-11-82 Ultimate Heat Sink Test Revision Draft 2 Initials & Date CAUTION 1: IMMEDIATELY STOP THE CCd PUti P IF ANY OF THE FOLL0sI'lG CO*.DI rIONS t6 A s.t. OBSEHVED: (1) UNUSilAi, NOISE OR VIBRATION (2) PU*P oEARING TE4PERATURE, AS READ FROM INSTALLED TEMPERATURE INDICATOR, EXCEEDS 180 DEGPEES F (3) PUuP *0 TOR AINDING THERMOCOUPLE PEADING EXCEEDS 230 DEGREES F (4) PATED CAPACITY OF 40.2 AMPS IS EXCEEDED 5 CAUIION 2: DO NOT EXCEED CC4 PUPP RUNOUT CAPACITY OF 7500 GPM. CAUTION 3: THE CCW POVPS DO NOT HAVE AN INSTAI, LED R EC I R CU L A T I O'l LINE AND ARE LI'41TED TO 3 wINUTES dAXI*UM RUNNING AGAINST A DEAD HEAD. 7.2.2.h At CP-33, Place the following control seltenes for fans El through B15 in the FAST position: l Fan No. Switch No. Initials & Date (1) R1 CS-1/781 _______________ , 55 l
i I Startup Intearate1 Test SIT-rP-250 Unit n'a t e r f o r d 3 Date 6-11-82 ottimite Heat S i n '< rest Pevision Draft 2 Fan No. Switen .o. Initials & Date (2) 62 CS-l/797 ___-___-_____-- (3) P3 CS-1/7b3 _ -_--____-___- ( .1 ) 64 CS-1/784 --------___-__- (5) 65 CS-1/785 ______--------- (6) '+o CS-1/796 __ -----__----- (7) 97 CS-1/787 ---___--_______ (4) ed CS-1/784 --_--__--_----- (4) ,; y Ch-1/769 ______ ------_- (to) and CS-1/740 __--_____------ (11) 411 CS-1/741 -____--__--_-_- (12) h12 CS-1/792 -__-__----_____ (13) 613 CS-1/793 -__-------____- (11) 611 CS-1/794 _--_--___----_- (IS) til 5 CS-1/795 _--___ ---____- Initials & Date C Au rIn:J: WHEM A F A fi IS IN FAST SPEED, THERE EUSI BE A 30-SECOND salt PERIOD HEFORE THE FAH CAN BE Sh1FTED TO SL04 SPEED. IF THIS 40DIFICATION HAS NOT BEEN aC-CO*FLTS9ED 'l Y THE TIME THIS PuOCEDUPE IS PEFF09WED, AL*\YS OPEN THE SPECIFIC BREAKER LISTED 11 STEP 7.1.6.4 WHENEVER THE FAN IS 17. FAST SPEED. AFTEH A 30-SECONG WAIT PERIOD, TUPN THE FAN S a l TCii To reiE OFF PUSITION/"AND RECLOSE g 6PE4KEhjTHE1 SHIFT THE FAN SWITCH To g SLO 4 SPEED. 56
..---..n. - - . .. . . . . . . . . . - . . . . . . . - , . . . . . - - - ..~
Startup Intearated rest SIT-TP-250 Unit watertord 3 Date 6-11-82 Ultimate Heat Sink Test Revision Draft 2 initidis & Date 7.2.2.9 At-CP-33, place det Tower 8 fan control seltenes CS-1/311 and CS-1/P15 in the ON position. 7.2.2.10 Ensure that the ooiler has been started and is marmed up and at operating Dressure and temperature. 7.2.2.11 Cut in steam to the temporary heat ex-changer by slowly opening the 12-inch stop-check valve /' located atop the temcorary boiler. Requiate temperature Der Attachment 8.1.3. 1 7.2.2.12 f.e t the CCW and ACCW Systems reach thermal equilinrium. [This can ce deterT.ined oy monitoring TE-CC-707705. As this temperature reaches an l asymptotic value (when two consecutive numoers record the same reading AS i decrees F), tnen thermal equilibriuD Can be assumed.) Record these readings l l every 5 minutes on Attacnment 8.1.4. t 1 --------------- I L CAUTION: DO NOP EXCEED A CCM TEMPEPATURE OF 160 DEGPEES F AS READ Bf THE RTD ON THE l 57 t
, , . . - . ~ , . - ,.., . - . . . . . - , - - - . - . . . - - - - . . -
Startup Intearated Test SIT-rP-250 Unit Waterford 3 Date 6-11-82 Ultimate Heat Sink Test Revision Draft 2 Initials & Date in."PO 4 A P Y PIP 11G TO THE SUCTION OF CCN PU'P A/6 7.2.2.13 tis i re; a Simplex pitot tube, make a 10-point traverse of the component coolinc =ater oipe on two mutually peroendicular dianeters. (Pitot traverse taos are located approximately 12 diam,ejers downstream of orifice LATER.)/9ecord this data on Attachment X 8.2.2. 7.2.2.14 Monitor and record flowrate, as read from orifice plate (LATEP), on At-tachment 8.2.3. "onitor this flowrate throughout the test (recording every 5 minutes) to ensure that the water flowrate does not change. 7.2.2.15 Set up (if not already setup), and continuously monitor the temperatures stated in Attacnment 8.2.1 on the PTS-80A Temperature Data System. 7.2.2.16 A platinum HTD =111 be located on the nand railing at the inlet to the top dry coolin.; toaer fan on the two end and middle colu nns. Tnese RTDs will ce 58 m...ee,- -+ ..... ,,%e. ., . . . - . = .
Startup . Int ~; ata ' rest 31I-TF-25n Unit aaterford 3 Date 11-82 U l t i .o,s t e utar sinP Test- Revision Draft 2-Initials & Date . nonitorea cont i.usous I / and the readings recorded on Attacoment 6.2.1 every 5 minutes. 4 1.2.2.17 Osino a hand-nel1 eattneter, measure the ^ input nower to each *et tower fan in the 4 tower ceing used. Record this data in
- Attacament x.2.S once for each test'on all eloot fans neinq u s e rt .
7.2.2.10 UsinJ d SimuleX Ditot tube,.1ake a 10-coint traverse of the ACC's permanent pinina on tso rutually peroendicular
.t ia m e te r s . Toe oitot taps are installed approxicately six cine diameters ,
upstrear of installed floa orifice F1 -CC- 10 7 e ti S . (Tne oice traverse will be maoe once for each test, and the installed oritice otate will ce monitoreo througnaat tne test to ensure tnat the aater tiodrate does not enange.) Record data on Attachoent 8.2.2. 7.2.2.1'i Ensure that tne following test limitations are met before continuing: b9 i
- . ..w. _ .. - ..,- , - - , - . ..-m-,, --r.-, -
-+...--.-----,.e _% ,,sr, -, .,,,.-,.,,,,-,,,,,,,-w, -..,.3 , .,,y r - - ,
Startuo Inteqrated Test SIT-fP-250 U r. i t eatetford ?
' im c - 3-11 -%
Ultimate Meat Sinr Test Revision .U - t t i
'nitials s .ata (1) imoient . e t - r: u l n tempa r a hire is tetweet 71 degrees F and 94 degrees F, as recorded on At-tachment 9.2.8 (2) A n.b ie n t dry-oulu tenperature is netween 92 degrees F and 112 degrees F, as recorded on At-rachment 9.2.9.
(3) Ambient win:1 speed is equal to or less than 10 Tph, as recorded on Attachment a.2.R. (4) CCd tiow is netween 5850 and 7150 Qpm. (5) ACCW flow is between 4500 and 5500 qui. 7.2.2.20 Ecually snace a two-oy-two natrix of Wet-oulb psychrometers over the vertical inlet to each met tower cell and record on Attachment e.2.6. 7.2.2.21 place one det-oulb psychrometer in each windom to the wet tosers and record on Attacnment 8.2.6. 60 . . . , - . . . - - . . ., .- - .-..~ _.. .
iltartup inteurated Test SIT-fP-250 unit naterforn'3 Date 'n-11-02 ultimate 4est sink Test Revision Draft 2 Initials s Date 7.2.2.22 Place.one- dry-oalb psychrometer on the cataalk r a 111 n .1 at a position cetween tne two .et to=er vertical inlet faces ani recor's data on Attachment 8.2.6. 7.2.2.23 place one Gill proceller anemometer in eacn eindoa to the det towers to monitor tne air velocity throuch the windows curinJ the test. Monitor these velocities continuously and record data every 5 .ninutes on Attachment H.2.7 7.2.2.24 *easure the level of the met toaer cold
.. ster nasin both nefore and after the test, to determine sater losses, ny (LATEF).
om 7.2.2.25 Hsinq / R.:4 Young microvane and cuo y a n e m o.n e t e r , or equivalent, continuously monitor the anblent wina speed and direction and record on Attachment 8.2.8 everv 5 minates. 61
. .u a r r o r i 3
. ; r .,1 i
', ,i :. e 6-11-82
..t ate ,
33 vision irart 2 '
., 3 1 ,- t n3t,-
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7..?.2.?o i_ . : e it . c t ., n, e r '4 : ura n a a -' a - - - - - o a .- - i .,1. i_,is- -3_ 7.2.2.27 Ccnrl-r- ' t t ich sa" r
. . .1, . J <
Calcul it ton Sheer. 7.2.2.20 conclete tne valve .: '
. , - - ,t.4c19ent 9 .1. 7 7.2.3 51'a u l l t e d 'o rm a l S99L1 - ' - '
7.2.3.1 /erity the initial cor11tions set tortn in stens 7.1.1, 7.1.2, 7.1.3 and 7.1.5;
.a n d verity tnat t.anonelers or the equivalent, used for measurinri orifice flo.3, are ready for service.
7.2.3.2 Verity the valve linmio or Attachrent 8.1.3. r.01 E : The oil level in.11cators crovitted aith the CC.. and ACC+ Pumps indicate OPEPATI'iG oil level. The oil level snould r e a ct HIGH when t h e p ti v. o is shttt 1own dnd / E D I (14 enen the cump is operatinc. 62
Jtartito intearated Test SIT-TP-2SO iln i t daterforo 3 Date 6-11-82 diti:Pate ieat1 Sink rest- kevision-Draft 2 Initials & Date CAUI' ION 1: I:! 4E01 t rEL( 31W 'rtid tCCa Pti " P IF A:lY OF THE For f 0s 2 t'if; Cil"DITIO'JS 06SFR/69: (t) U *iUSil A L llO [SE 11R VIBRATION (2) PU4P P F A k [!J G Tt.'4 PE M A PtlR E , AS PEAD FH o tA {y374h[{p y {'4 p { g g {y p { I'8D IC ATOR , EXCEEDS id0 DEGREES V (3) P U 'd P 'i f1 rG R aINDI:JG THERMOCOUPLE READING M CECOS 230 DECEES F (4) 4AFED CAPACIfY OF 40.2 A4PS IS EXCEE0E0 CAUTION 2: n0 d0r EXCdED ACCd PUwP RilNOur CAPACITY OF 6e50 GPw. 3 CAUTION 3: 00 NOT RIPJ ACCW Pil*4PS AGAINST DEAD f HEAD EXCEPT BRIEFLY TO VERIFY SliUTOFF
- rfEAD (1.5
- INURES *AXI4UM).
7.2.2.3 Check ACC* Pumo A tor proper oil level. 7.2.3.4 Start ACCA Puio A ny placing nandswitch CS-1/752 on CP-d to STAHr.- l 7.2.3.5 Check CCi Pumo A/S for proper oil level, i l 63
- ,: t -
3;r,,r r- rast :s t T- f r-7 5 0 lin i t via te r f o rd 3 Date 6-11-82 rest Fevision Draft 2 Initials & Date
- / . t. c C / .. c c , p 1..s p IF Ae R
. : o,r.... i .n; Cn r'Ir!G.S M (1) d a ll S 'J % f. ?.0158 09 kICATIO1 til PU D bMi4HING T O PE:s A TilM E , AS READ
P :U' I'33 rAl, LED T M *' P h il A f 0 R E I 'e l' I C \ filn , t' .( C F E DS 130 ORGREES F (3) P U , t> 'o r'M a 1401 a; T'dW40CGUPLE i E A u f !G E X CE; D.' 2 3 r, i.EGbEES F (6) PATEN f
- T ; c. C I ! i nc 10.2 ANPS IS v:E EiE O CAUTIDs4 2: Do c.u f FXCdFD CCa Ptis n fl?a)UT CAPACITY OF 7 *, t i n * ; p 3 C Au rleir, 3: l' i a. C C .. PU'PS 03 .NCT HAVE AN INSTALLED RECisCULArra" r.I4E .1 D Aus LIMITED TO 3 d i t. :J T ES v \ X I 4 tei PiiN.. I f.C AGAINST A DMAD HEAD.
7.2.3.6 Start CC.- purn A/O by rositionino hant!Sditch CS-1/707 on CP-8 to STAPT. 7.2.3.7 Slowly omen CCe Pumn A/H disenarqe valve (3CC-8119Ad). 64
Stortup integrated Test SIT-TP-250 Unit Waterford 3 Date 6-11-82 alt 14. ate Heat Sink Test Hevision Draft 2 Initials & Date C f- U T I D 's 1: I '-: ' E 0 f ;.1 E L Y STOP fliE CCW PUMP IF At4Y GF irs k F Uf,1,04 ING COliDITIONS IS OBSEHVED: (1) UfeUSD AL '40156 OR VIHFATIOrl-(2) FUMP dEARIt:G TEMPERATURE, AS READ FROM I'4 STALLED IEMPERATUNE If4D IC A r0R, EXCEEDS 160 DEGREES F (3) PU>P 'anTUR 4I:. DING THERw0 COUPLE READING EXCEEDS 230 DEGREES F (4) RATED CAPACITY OF 40.2 AMPS IS EX Cr:EDED CAUTIGel 2: DO t!O T EXCEED CCm PUMP RUNOUT CAPACITY OF 7500 GPu. CAUTIOt> 3: Tild CCW PU*IPS DO 140T H AVE Ali If1 STALLED i PKCIRCULATION LINE AfiD ARE LIMITED TO 3 M I riUTES M A X I'dV 4 RUNNI?1G AGAINST A DEAD itEAD. 7.2.3.8 At CP-33, place the following Control switches for fans Al through A15 in the FAST position: Fan t.o. Switch ifo. Initials & Date i i (1) Al CS-1/731 _______________ (2) A2 CS-1/732 _______________ 65
- ~, :- ,, _. . - .
Startup Intearated Test SII-TP-250 Unit Waterford 3 Date 6-11-92 Ultimate Heat Sink Test Revision Draft 2 Fan bo. Switen No. Initials & Date (3) Al CS-1/733 _______________ (4) A4 CS-1/734 _______________ (5) A5 CS-1/735 _______________ (6) A6 CS-1/736 _______________ (7) A7 CS-1/737 _______________ (h) A3 CS-1/73H _______________ (9) A4 CS-1/739 _______________ (10) A10 CS-1/740 _______________ (11) All CS-1/741 _______________ (12) A12 CS-1/742 _______________ (13) A13 CS-1/743 _______________ (14) A14 CS-1/744 ___ ___________ (15) AIS CS-1/745 _______________ Initials & Date CAUTION: WHEfl A FAN IS IN FAST SPEED, THERE dUSI BE A 30-SECOND aAIT PERIOD HEFORE THE FAN CAN BE SHIFTED TO SLON SPEED. IF THIS MODIFICATION HAS NOT BEEN AC-l COMPLISHED RY IHE TIME THIS PROCEDURE IS l PEkFORMED, ALWAYS DPEN THE SPECIFIC BREAKER LISTED 18e STEP 7.1.5.4 aHENEVER TdE FAN IS IN FAST SPEED. AFTER A 30-SECOND 'aAir PERIOD, TURN THE FAN SWITCH TO THE OFF POSITIONf AfD PECLOSE 4 BREAKER,' THEN SiiTFT ThE FAN SWITCH TO SLOW SPEED. l 1 66
. . . . ~ - .- - . _
Startup Inteordted Test SII-CP-250 Unit aaterford 3 Date 6-11 Ultiwate Heat Sink fest Revision Draft 2 Initials & Date 7.2.3.9 At CP-33, place <et To.er A fan control switches CS-1/761 and CS-1/7h5 in the Os position. 7.2.3.10 Ensure tnat the noiler nas been started and is m a r.% e d up and at operating pressure and tetperature. 7.2.3.11 Cut in stean to the temporary heat ex-changer by slowly openinq 2-inen stop- y( check valve /' located ator the temporary holler. 7.2.3.12 Let tne CCh and ACCN Systees reach tnermal e q u i li b r i uin . (This can be X , determine by m.onitorinq^ TE-CC-7077AS. As this temoerature reaches an asyn ototic value (when two c7nsecutibe numbers record the same readinq A5 deorees F), then tnermal equiliorium can be assumed.] Record these readinus X every 5 minutes on Attaennient 8.1.4. CAUTION: 00 r40T EXCEED A CCW TE9PERATURE OF 160 DEGhEES F AS READ BY ThE RTD ON THE TEMPORARY PIPING T3 THE SUCTI0ti 0F CCW P U t4 P A/B. 67
(.
/
't Startup Inteurated Test SIT-rP-250 dnit eaterford 3 ;
Date 6-11-82 Ultiaate Heat Sink Test Revision Draft 2 Initials & Date 4 7.2.3.13 ilsino a Simplex citot tube, make a
- 10-point traverse of the comoonent coolini; eater pipe on tan mutually perpendicular dia:neters. (Pitot traverse taps are located approximately 12-diameters dornstream of orifice L.ATEF..) kecord this data on Attachment s a .
d.2.f. . {. 7.2.3.11 vonitor an<t record flo rate, as read f ron. ori fice plate (LATER), on At-tachment 9.2.3. Monitor this flowrate throughout the test (recordino every 5 minates) to ensure that the water floarate does not chance. d 7.2.3.15 Set up continuously monitor the temperatures stated in Attacnment 8.2.1 on tne PTS-90A Temperature Data System. 7.2.3.16 A platinum RTO will be located on the hand railin't at the inlet to the top dry coolinq tower fan on the two end and middle columns. These RTDs vill oe monitored continuously and tne readinas recorded on Attachment 8.2.1 every 5 minutes. 68
~
- - L
. , .. , ..w - . . . . . . . . . . . . -. .. . - . . . . .
1 4. t i Stortup Intearated rest SIT-Tp-250 Unit 'aaterford 3 Date 6-11-82 o t t i nis t e eeat Sin < Test Revision Draft 2 Initials & Date j 7.2.3.17 tising a h m1-held nattteter, measure tne
.+. ,
input poner to eace wet tower fan in tne er tower beinq used._ 9ecord tnis data in 2 1 , \, 4 Attach.oent k.2.5 onccxfor each' test on all etant fans he'thq dsert.
.'4 7.2.3.1e usinc a Simolex pitot tube, make a 10-oE' Ant traverse of the ACCa *ALSA permanent piping on two mutually ~
perpendicular diameters. The ' pitot taps are installed apnroximately sir pipe diameters uostream of installed f i c,w orifice FT-CC-7n76AS. (The pipe-traverse will be made once for each test, and the installed oritice plate will ee monitored tnroughout the test to ensure that the mater flowrate does not
)
cnance.) Fecord data on Attachment l l, id.2.2. 7.2.3.14 Ensure that the follonino test t* limitations are met before continu!ng: t S s . (1) Ambient *et-bulb temoerature Ls
- het een 74 degrees F and 94
, ;+ t
- j. degrees F, as recorded on At-i t
i tachment 8.2.R. , i
/
69
. t II
4 Y y,. Startup Inte1 rated Test SIT-TP-250 Unit aa t e r f o rd'- 3 $ Date- .6-11 ' '
, Ultimate Heat Sinv Test Fevision Oratt'2
, /
-Initials s nate-4
'd (2) Amnient dry-nulb temperature is t // .
1 + between 92 riearees F an1 112 < >{ 1egrees F, es recorded on At-l tachment 6.2.8. l',i t o a,- 1 (3) Ar.nient eind spead is equal to or t +1 n 6 .less tnan to mph, as recorded on A i ! A ttach nen t d.2.6 t... -1 ' . <;g - _______________ 2 t (4) *\CCA ', flow'is cetween SH50 and 7150 l j' aom, as recorded on Attachment-i /' q.
- j. , 8.2.E.
] _______________ q ? 4 ?? (5) A C C 's flo* is netaeen 5650 and 7150 !i m. i f
- ' 1 1 t' i r i 7.2.3.20 Equally scace a two-by-two matrix 01 i
- wet-bulb psycnrometers over the vertical
- l' I j , inlet to eacn *et tower cell and record 4
j
',/~q
, , on Attachment d.2.6
) , t j
i 7.2'.3.21 Place one wet-oulb osychrometer in eacn [ i window to the aet towers and record on
!u. 'f Attachment 8.2.o.
4
- i ,
; i f.
I 1
- I 70 I. 'l g- - . . - - - , ,
Startuo Integrated Test'Str-TP-250 Unit materfard 3 Date 6-11-H? Ultimate Heat Sink Test Revision Crart 2 Initials & nata 7.2.3.22 Place one dry-bulo psychrometeroon the cataalK railina at a position between tne tao net tower vertical inlet faces and record data on Attachment 8.2.6. 7.2.3.23 Place one Gill propeller anemometer in each window to the eet towers to monitor the air velocity througn the nindows durina the test. Monitor these velocities continuously and record' data every 5 minutes on Attachment 8.2.7. 7.2.3.24 beasure the level of the wet tower cold aater basin both before and after the test, to deternine water losses, by (LATER). en 7.2.3.25 Using / H.M. Young microvane and cup anemometer, or equivalent, continuously monitor the ambient wind speed and direction and record on Attachment 8.2.8 every 5 minutes. 4 7.2.3.26 Use Attachment 8.1.3 to calculate temperature needed to satisfy the test. 71
;tartuc intecruteo test 31T-tF-250 Unit aatertord.3 Dete 6-11-82
;1rt, ara , seat Sink Test Revision' Draft 2 Initials & Date 7.2.3.27 ~ Cattelete Attachnent 3.3.2, "ormal Shutdoen C6Lcillation Sheet.
7.2.3.24 Complete valve lineup on Attachment H.4.7. 7.2.4 S I :nu l a te 1 + o r tn a l Snutionn Test (Side-B) 7.2.4.1 Verity rne initial conoitions set-forth in steus 7.1.1, 7.1.2, 7.1.4,'and 7.1.6; and verity that renometers or the e r:u i v a le n t , used f or meastirin J orifice flo45, are ready.for service. 7.2.4.2 /erity rne valve lineup of Attachment 8.1.4 NOTE: The oil level indicaters provided with the C C '.J ann ACCa Punps indicate OPERATING oil level. 1he oil level should read HIGH when the uomo is shut doan and FEDIU.y when the pump is operating. CAUlION 1: IVMEGIATELY STOP ThE ACCa PUMP IF ANY ARE OF THE FULLO41r G COODITIONS 4.r-O b S E ft '.' E D : 72
- - ~ . . . . . -. - . - c: r 4 r e u h F r; t ;: . r e r a ,1 Te ;t ;e i - T L '. - ..r;. , ,1 ,
- > ., - ; i :, 2 "J 1 L i .ui t e -te a t Sink T e r, r - -r
. a s i o n.
.;,. . I_ : ,t ! ( .; r "
t1) v:n!dd e b 2 0 f S w.' tA IssAfi-(?) FGPP OFATsING ThMPERATURE, AS READL FROM taSTALLEO TE;4PEPATURE-INDICATOR, EXCEEDS 180 DEG4EES F (3) PUMP VOTOR .JINDIWG THER40 COUPLE ItEADING EXCEEDJ 230 DEGEES F (4) P.ArED CAPACITY OF 40.2 Ar*PS IS EXCEEDED , CAUTIOri 2: DO NOT. EXCEED ACCW PUVP RUNOUT CAPACITY Of 6650 GPh. CAUTIUt; 3: 00 flOT RUN ACCW PUMPS AGAINST DEAD HEAli EXCEPI' bHIEFLY TO VERIFY SHUT 0FF fldAD (1.5 falNUIES AAXIVU.*). 7.2.4.3 Cneck ACCW Puto e for procer ott level. 7.2.4.4 Start ACCa Pump 8 by placing handsniten CS-1/702 on CP-* to START. 7.2.4.S Check CCA Pomo A/B f or protier oil level. CAUTION 1: IMMEDIATELY STOP THE CCW/ACCW PUMP IF ANY OF THE FGLL0 DING CONDirIONS 44 ARG OBSERVED: 73
Start w inte'; rated rest ~ SIT-rP-250 Unit Waterford 3 Date 6-11-82 Ultimate neat Sink Test- Revision nraft-2
- I n i t i ,t i s E. Date (1) ~ ' 0 3 6:,0 ?, I, W)1SE OP VIBRATION (2) Pb"F *iE a P.1:lG TE'4 F ER ATdW E , AS READ FHO:8 INSTALLED TEMPEPATURE lil D I C A T O R , EXCEEDS 180 DEGREES F (3) PO W 90iuR minuir4C IAEPHOCCUPLE RE ADIP;G EXCECDS 230 OEGREES F (4) RArEn CAPACITY OF 40.2 AuPS IS EXCEEDEO CAUTIOf. 2: DO '!O r E X CE E D C C'.v PUvP EllNOU T CAPACITY OF 7500 dPu.
CAUT10tf 3: Tete CCa PUMPS DO NOT tiAVE Af4 INSTALLED PECIRCULAT10h LINE AIA0 ARE LIMITED TO 3 M liJ GT ES VAXIMUM RI!N';ING AG A lilSI A DEA 0 HEAD. 7.2.4.o Start CCa Pu w A/S oy positionina nandswiten CS-1/707 on CP-8 to START. 7.2.4.7 Slowly open CCa Pu.no A/B discharge valve (3CC-9119A6). CAUTIOa 1: IP. MEDIATELY STOP THE CC.i PUMP IF ANY OF THE FULLO:fIrlG CO!1DiTID'JS OBSERVED: (1) UNilSil AL *10ISE OR VIBRATION 74
- ~ - _ . . . - - - -. - . . . ... . .
___-m. _ _ . _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
tat . I : 7 p - ~, y f:. it *aterford 3 "w- 5-11-82
.ur > 1 ,< r,3 t :.y c.I a f t 2 Ir.itials & !)a t e
, : :, n
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- i. 6 .e y
(
.. ." ;i. u l Nf; TriERMOCodPLE e 7. o ; - G v4CCi.05 230 v E';i< F,FS F
( .: 1 .it' r .;' \C li r ')F 40.2 A P S IS
< r e:: n y n iIij' ;; . ' \ :? r e > C C .- Pilv 1.d'!0l!T CAPACITY
,i 7 b i .) .w .
r r!- - - .r , ..;
. ., r > : A V E Ae INSTALLc.a
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- T I
- i: TO 3 iI U1ES 1 A v. I ' U:t H is si v 1.'.G A C A I;iST A c t. l. a iEAD.
7.2.1.8 At co-33, relace the follaxin.; control saltenes ter f3ns *1 t h r o u,g h 015 in the r3 .T nosition: F .' n 'c. Sa iten :so. Initiisis & Ddte l (1) HI CS-1/781 _______________ 1 l (?) 8/ CS-1/762 _______________ (3) S3 CS-1/783 _______________ (1) 91 CS-1/784 _______________ (5) b5 CS-1/785 _______________ (6) B6 CS-1/786 _______________ (7) 87 CS-1/787 _______________ 75
S ta r t'm Inte1ra ted Test sir-rP-250 Unit .Jaterford 3 Date 6-11-82 alti. ate Feat Sin < Test Revision Draft 2 F3n i. o . Saitch a; o . Initials-& Date (4) 4 CS-1/74a _______________ (9) @ CS-1/7ay _______________ (10) Ela CS-1/740 _______________ l11) 411 CS-1/791 _______________ 1 (12) 512 CS-1/792 _______________ L13) tt 13 CS-1/793 _______________ (14) ?!4 CS-1/794 _______________ (l5) 615 CS-1/795 _______________ Initials & Date CAUTICe: '.e n S t. A FP IS IJ FAST SPEED, THERE E1.15I ME A 30-SECOND ., Air PEPIOD BEFORE THE F A '. CD BK SHIFTED TO SLG4 SPEED. IF fiil5 m O D I F I C A 'r l fP. .i A S r.O I B E E rl AC-l CCI' P L I SliE 0 SY Tl4E TI'4E THIS Pf!OCEDUFE IS PERFOR*ED, A L .J A Y S OPEN THE SPECIFIC PHEAKES LISTED IN STEP 7.1.o.4 WHEtiFVER ThE FAN IS IN FAST SPEED, AFTER A ! 30-SECO'JD W AIT PERIOD, TURN THE FAN SaTTCH TO THE OFF POSITION,#AND RECLOSE T THE HREAr.EN,* THEN S;iIFT THE F A *1 SWITCH >< TO SL0a SPEED. 7.2.4.9 At CP-33, olace vet Tower B fan control 4 switches CS-1/811 and CS-1/815 in the ON position. i 76
- - - . - . - - . . - _ . . .- . . - - - - - . - _ - - - . - r.-- . - . . _ . _ , , . . , - - - . . - - . _ . . - . - ,
Startuo int'ecrated Test SIT-rP-250 Unit waterford 3 Date 6-11-82 Oltimate Heat Sink Test Revision Draft 2 Initials & Date 7.2.e.10 Ensure that the coller has oeen started and is .a r a+1 00 and at operating prossare and terperature. 7.2.4.11 Cut in steam to the temporary neat ex-
-cnancer by slodly ocening the 12-inch stoo-check val ve /"loca ted atop the temporary boiler.
7.2.1.12 Let the CC.< and ACCa Systems reach thermal equilibrium. [This can ce deter",ined oy monitoring TE-CC-7077BS. As this temcerature reaches an asyn ptotic value (enen two consecutive numbers record the same readinq A5 dearaes E), then tnermal equilibrium can be assumea.] Record these readinos every 5 minutes on Attachment 8.1.4 7.2.4.13 Hsing a Simplex pitot tube, make a 10-point traverse or the component coolina water oipe on two mutually cerpendicular diameters. (Pitot traverse taps are located approximately 12 clameters downstream of orifice LATER.) 77
Startup Inteorated Test SIT-TP-250 unit saterford 3 Date 6-11-82 Ultimate Heat Sink Test Revision Draft 2 Initials & Date
---_--.,EI------ X Hecord this data on Attachment 3.2./.
7.2.4.14 Monitor and recorn flo* rate, as read trom orifice plate (LATEP), on At-tachment H.2.3. Wonitor this flowrate throughout the test (recording every 5 minutes) to ensure that the Water flowrate does not chance. 7.2.4.15 Set up and continuously monitor the temperatures stated in Attachment 8.2.1 on the PTS-90A Temperature Data System. 7.2.4.16 A platinun HTD will be mounted on tne hand railing at the inlet to the top fan on the two end and middle columns. These RTDs will be monitored continuously and tne readinos recorded on Attaenment a.2.1 every 5 minutes. 7.2.4.17 Using a hand-held wattmeter, measure the inout po=er to eacn net tower fan in the tower ceing used. Record this data in Attacnment 9.2.5 once for each test on all eicht fans being used. 78 ___M .
Startup Intecrated Test SIT-TP-250 Unit Waterford 3 Date 6-11-82 Ultinate Heat Sink Test Revision Draft 2 Initials & Date 7.2.4.lH Usino a Giroplex pitot tube, make a 10-point traverse of the ACC's satcf6 permanent pioing on two mutually perpen'ticular diameters. The pitot taps are installed acoroxitnately six pipe diameters tipstream of installed flow oritice FT-CC-707das. (Tne pipe traverse will oe made once for each test, and the installed orifice olate will be monitored throughout the test to ensure that the mater flosrate does not chance.) Record data on Attachment 8.2.f. X 7.2.4.19 Ensure tnat the following test limitations are met oefore continuina: (1) Amnient wet-bulb temperature is netween 74 decrees F and 94 deurees F, as recorded on At-taenvent 8.2.8 (2) Anoient dry-bulb temperature is between 92 dearees F and 112 degrees F, as recorded on At-tacnment 8.2.8 79
Startur integrated rest SIT-rP-250 Unit aaterford 3 Date 6-11-82 Ulti.'eate Heat sink Test Revision Draft 2 Initials & Date (3) ambient w i n:t sneed is equal to or less than 10 mph, as recorded on Attachment 8.2.9. ( 6) CC4 floa is between 5850 and 7150 opm, as recorded on Attacnment d.7,H. (5) ACC4 flow is between 5850 and 7150 9er. 7.2.4.20 Equally space a tao-by-tno matrix of wet-bulb nsycnrot.eters over the vertical inlet to each wet toner cell and record on Attachment 3.2.b. 7.2.4.21 Place one det-oulb psychrometer in each Window to the Wet to'aers and record on Attacnment 9.2.6. 7.2.4.22 Place one dry-oulb psychrometer on the c a t'.v a l k railing at a cosition between tne t o net tower vertical inlet faces and record data on Attachment 8.2.6. 80
Startup Inte7 rated Test SIT-TP-250 Unit waterford ? Ddte 6-11-82 Ultimate Heat Sink Test Revision Draft 2 Initials & Date 7.2.4.23 place one Gill proceller anenometer in each window to the vet toaters to monitor the air velocity throuan the windows during the test. Monitor tnese velocities continuously and record data 4 every 5 minutes on Attachr.ent H.2. . 7.2.4.21 .'d e a s u r e tne level of the n' e t tower cold water basin both before and after the test, to determine Aater losses, by ( I, A T E R ) . am 7.2.4.25 using / R.4 Young 'aicrovane and cup anemometer, or equivalent, continuously monitor the ambient wind speed ano direction and record on Attacnment >( 9.2.Pf every 5 minutes. 7.2.4.2n Use Attacnment 8.1.3 to calculate temocrature needed to satisfy tne test. 7.2.4.27 Complete Attachtent 8.3.2, Normal Shutdown Calculation Sheet. 7.2.4.28 Complete valve lineup on Attacnt.ent 8.4.A. 4 81
^ '
Startue inte1 rate 1 rest.Str-IP-250' Unit Waterford 3 U.i t e 6-11-82 Ult!'nate Heat sing Test Levision, Draft 2 Initials'4'Date-- 7.2.5 Si*ulated snutdo.n 26 wours Atter Hedctor tric rest (Sioe A)- 7.2.5.1 Verity toe initial conditions set fortn in steos 7.1.1, 7.1.2, 7.1.3, ano 7.1.5;
.s n o verity tnat manoteters or tne eautvalent, used for measurino orifice Lions, ore realy for service.
7.2.5.2 Verify toe valve lineup of Attachment s.l.7. 7.2.5.3 Chec< Cta Puro A/B for proper oit level. C \ U T I O.N 1: l u E D I A T E f Y STDP THE CCh/ACCd PUMP IF ANY OF THE FrjLLOs t .G CO*iDITIO95 TS OBSEkVED: (1) U.40S'IAL uGISE OF- V I H P A T I O.i (2) PudP 3 EARING TE."PER A TURE, AS READ F F '1v I ?J ST A h L ED rEWERATURE I ,ari t C A T o u , EXCEEDS 160 06 CREES F (3) P U:i P 60000 4I NDI!!G TFiEP '0 COUPLE RE ADir4C EXCEEDS 230 UEGDEES F (4) RATED CADACITY OF 40.2 A4PS IS EXCEEDED d2
it. .r- int.n ~3 rarL 3t1-rp-250 Unit aiaterford 3 Date 6-11-82
. _ . in s: rest Pevision Draft 2 Initials & Date
.: - ' 'r- 9 0 . s i. o . n' r C A P A C I T 'i
,,,,c -- .,
;-'- ,. ; ; . . c. <; r. , p i t , p s i i . ; s t j T PAVE A- ['4 STALLED R ::CIHCULATIOn LI'M A O AJE LIVITED TO 3 e I .. U r h.5 ui[qu : L" :ING A G t I .~ 5 T A Dean iM W.
7.7.5.4 ,; t a r t cia Puro A/4 by cositionino andswiten CS-1/701 on CP-3 to START. 7./.5.5 ',1 0 .c l y o a a ., CC c> ' a m o A / !!. .t i senaroe valve t3rc-,1i' 3). Ciurta. 1: l a 4 e.D 1 i r E L ( SrGP f r6 CC+ P u r4 P IF ANY
;' far F U L LO I 4 '; CLA r, l i f GS ARE c s -;p v F r. :
(1) 'h tiSU 4 b # D L S r; DR V IHr4A FIO N (2) PU' P 6 F .'. n t ', FF"PERATUFF, AS READ FJ04 I;:5 TALLER r? 0 > A T U l< E It'D L C A rav , E /. C '_ ':DS 190 DEGREES F (3) PuvP 90 rOR .. I N n l .. G TPER"3CCUPLE DEADI4G EXCVEDS 230 hEG'EES n F (4) 9ATED CAPACirY OF 40.2 A'iPS IS EXCEEDED 83
'; t -a r t u a Inte1rateJ rest sir-rP-250 Unit Waterford 3 Date 6-11-82
;1ti ate it e a t Sink Test Revision Draft 2 Initials & Date cbjrtus 2: n's o r :xCES CC4 P'n.P Rte 00r CAPACITY
. i re 7 5.nj 4;o v ,
CAUTif). 3: r D '. CCr P'!dPS [10 Ni1T HAVE A ~J IrJSTALLED P .'C I P C U L A T [ G N f, l 'i E A N D A9E LIMITED TO 3 ~'I J UT ES .i A A I 4 G V R I' YJ I ?.G A G A I ?!S T A nEA0 S E !L D . 7 . 'i . 5 . 6 t CP-33, olace the tolloa'.no control saitches f "> r fans At t h r o'c1h A15 in the F r.:; r oos i t ion : Fan P.o. Switch 14 0 . Initials & Date (1) at CS-1/731 _______________ (2) Al CS-1/732 _______________ (3) 43 CS-1/733 _______________ ( 1) A4 CS-1/731 _____ __ ___ _ [ (5) A5 CS-1/735 ___ _____ _____ l (6) A6 CS-1/736 _______________ (7) A7 CS-1/737 _______________ (G) A4 CS-1/738 _______________ (a) A '4 CS-1/739 _______________ (10) A l 's CS-1/740 __ ___ ________ (11) A11 CS-1/741 . ____ _ . (12) A12 C5-1/742 _______________ (13) All CS-1/743 _______________ (i i) A14 CS-1/744 _______________ (15) 315 CS-1/745 ___ ___________ t i i 84
Startup Intearated rest SIT-TP-250 Unit Waterford 3 Date 6-11-82 Ul t ima te tieat Sink Test Revision Draft 2 Initials & Date CAUTION:
- H Er. A F A 's IS I .4 FAST SPEED, THEPE 21132 HE A 3 0-S EC O:10 ti A T T PERIOD HEFORE THE FAN C Aff bE S H I FT r'.D TO SLOW SPEED. IF THIS MODIFICATION HAS NOT R E E 'l AC-COMPLISHED BY THE TI4E THIS PROCEDilRE IS P ER Fult M ED , AL.vAYS OPEN THE SPECIFIC BREAKER LISTED Ita S TEP 7.1.5.4 WHENEVER THE FAN IS IN FAST SPEED, A!!D SLOW SPEED GP OFF IS DESIPED.
7.2.5.7 at CP-33, ensitre that Wet Tower A fan control switches CS-1/761 and CS-1/765 are in the OFF position. 7.2.5.8 Ensure tnat the toiler is warmed up and at operatino pressttre and t era p e ra t u r e . 7.2.S.9 Cut in steam to temporary neat exchanger by slo *1y openina stoo-check valve (l.ATER). 7.2.5.10 Using RTDs TX-CC-7910AS and TX-CC-7920AS, , vary heat load until a heat loading of 91.7 x 10 9tu/hr is obtained on the dry toner A. N 7.2.5.11 Using a Simplex oitot tube, T.aKe a 10-point traverse or tne component h5
5tartup Intearsted fest Sir-TD-250 Unit '4aterf ord 3 Date 6-11-92 Ult 19 ate !! eat Sink Test Revision Draft 2 Initials & Date coolin'2 =ater pipe on t *o rt?tually ce rtiend icu le r 11,..rie t e rs . Pecord tnis data on Attachmant R.2.2 7.2.5.12 sonitor and record flo* rate, as reac from orifice clate (LATER), on Attachment 3.2.3.. Monitor tnis flo= rate throuonout the test (recordinu everv 5 erinutes) to ensure that tne *ater flowrate does not change. 7.2.5.13 Set up and continuously monitor the temperatures stated in Attachment e.2.1 on the PTS-HOA Te.1perature Data System. 7.2.5.14 A olstinum FTD sill ne mounted on the hand railing at the inlet to the top fan on tne two end and middle columns. These HTDs will be monitored continuously and the readings recorded on Attachment H.2.1 every 5 minutes. 7.2.5.15 Ensure that the follosinti test ilmitations are met nefore continuino: (1) Ambient wet-nulb tenperature is between 74 nearees F and 84 8b
, _ _ _ . . . . . . . . . _ , _ _ . . . _ . . _ - . . . ~ . . - _ . . _ . . . . - . , _ . . . _ . - _ , . ~ . . -
4 Startuu Integrated rest-SIT-TP-250 Unit Waterford 3 Date .6-11-82 tiltimate Heat Sink Test Revision Draft 2 Initials & Date decrees F, as recorded on At-taennent 9.2.8. (2) Ainient vind speed is equal to or less than 10 mph, as recorded on Attacntent 8.2.8 , (3) CC6 flos is between 5950 and 7150 opm, as recorded on Attachment d.2.9 7.2.5.16 deasure the level of the wet tower cold
*ater basin botn before and after the test, to determine aater losses. See Attachment 8.3.5, aater Loss Calculation I
Sneet. ( w 7.2.5.17 Usinq / H./. Young microvane and cup y( anenometer, or eculvalent, continuously a monitor the ambient wind speed and direction ond record on Attachment 3.2.8 every 5 minutes. NOTE: The oil level indicators provided with the
; CC and ACCW Pur.ps indicate OPERATING oil level. The oil level snould read fiIGH when i
97
- ~ . . . ..
Startup Inteareted, rest SIT-TP-250 Unit Waterford 3
'Date 6-11-82 altimate f!a a t Sink Test Revision Draft 2 Initials & Date tne at:np is snut .ioen and MEDIUM when the nino is c ;.e r e t t n 1.
CAUTIOr4 1: IM*EDIATELY STOP Tit E ACC4 PU4P IF ANY OF rdE Fi]LLaw1*.G CO.fD IT IONS A RE
'J E S E R V ED :
(1) UNHSUAL tinISE OP VIBRATION (2) PO 'P 90 ARIfiG rEdPERATURE, AS READ F 9 f'M I?! STALLED TENPERATURE INDICATOP, E.tCEEDS 1H0 DEGREES F (3) PuhP 90 TOR dI!4DIi;G THERMOCOUPLE READING EACKEDS 230 DEGREES F (4) RATED CAPACITY OF 4n.2 AMPS IS EXCEEDED
- C AUTIori 2
- 00 t'Or EXCEED ACCA PUMP RUfl00T CAPACIIY OF 6650 GPd.
CAUTin*! 3: 00 :iO T R U '1 ACCn P U 'd PS AGAIHST DEAD , *!EAD EXCEPT SPIEFLY TO VERIFY SiiUTOFF !, HEAD (1.5 dI*tVIES *AXIMUP). l l- 7.2.5.19 Start ACCN Pumo A by placinq handswitch I CS-1/752 on CP-8 to START.
- 7.2.5.19 Using a Simplex pitot tube, make a i 10-c.oint traverse of the ACCa a_duML p i p e X on two tutually perpendicular 98
t , .- ..~.-;-. . Startun Intedr3ted Test L I T.- T i' - 2 3 " Unit vaterford-1. Cate 6-11-82 Illtimete tieat Sin < Test Revision Draft 2 initials & Date diameters. f r.e citot raps are installed approximately six pipe draneters upstrenm of instelled tion oritice Ft-CC-7071 C3. (Inc otrc. traverse Will be made once for each test, and the installed orifice plate aill be fronttored thronunout the test to ensure that the eater tio rate nocs not change.) Pecord nata nn Attacnment M.2.2. 7.2.5.20 Initiate the tornado test by certorming the followinq: 7.2.5.20.1 Ocen 3Cc-3104A, inlet to comoonent coolna heat exenancer. 7.2.5.20.2 Close 3CC-6239A bypass t o C C '.J heat ex-changer. 7.2.5.2n.3 dark all tapes and charts to siantfy the start of the tornado test. 7.2.5.20.4 Ensure that the level in the met cooling toner oesin is at the low end of the operating cand (approximately 175,000 gal). H9
]
Startun Intearated rest SIT-TP-250 finit rat e r f or:! 3 Date 6-11-02 Ultimate Meat Sink Test Revision Draft 2 Initials T. Date 7.2.5.21 Open 3CC-b201A (inlet to dry coolino towers). 7.2.5.22 Goen 3CC-R212A (outlet to dry coolino to.ers). 7.2.5.23 Close bypass to dry cooling tovers 3CC-b2o5A. NOTF.: Maintain the se.ne temoerature dif ferential across tne temporary feed neater as initial dr. 7.2.5.24 At CP-33, place tne followina control switches for fans Al throuqh A15 in the OFF position. Fan *io. Switch ti o . Initials 6. Date (1) Al CS-1/731 _______________ (2) A2 CS-1/732 _______________ (3) A3 CS-1/733 _______________ (4) A4 CS-1/734 _______________ (S) 45 CS-1/735 _______________ (6) An CS-1/736 _______________ (7) A7 CS-1/737 _______________ 90 l I
, +.,,n - - . - - - , - , - . ~ +
clarto int e~ rat a
- T e :; t SIT-TP-250 Unit aaterford 3 Date 6-11-82 1,it1 Tate Heot SinA rest Revision Oraft 2 Tan 40 Switch Jo. Initials & Date (r) *i CL-1/739 _______________
(9) t '" C3-1/739 _______________ ( I r. ) A10 C5-1/740 _______________ t11) *11 CS-1/741 _______________ (12) 312 CS-1/742 _______________ (13) A13 CS-1/743 _______________ (14) A14 CS-1/744 _______________ (IS) at5 CS-1/745 _______________ Initials & Date 7.7.S.25 P e r f o r ': tna tollo ing stens atter 2 nocrs. 7.2.5.25.1 After 2 nours, record tne TE-CC-7n77AS reatin: on %ttacnment LATER. 7.2.5.2S.2 'easure level in 'aat tower according to Attachmant 8.3.5. 7.2.5.25.1 Close the followinc valves: (1) 3CC-lu1A, Ory Tower A Inlet
.ie ad e r Isolation valve (2) 3CC-682A, Dry Tower A Inlet "feader Isolation valve 91
Startun i n r a g r a r e :.. '9 - L' *-: ' -nn *' '* ---"~ '
, ., L e ;- ?: ..'i
.;c' - ale ! eat 3 t r >- Y. s: :. 4 -'
* -s ; < 1, ; , _~
(3) C C x 3 2. , ;;ry Tc~<:r . alet lie v e r Isolation Ive (4) 3CC-R944, Dry Toaer A Inlet rie.saer -Isol at ion Valv e 7.2.5.75.4 At CI'- 3 3, place tne follouinc control saltenes for fans A7 throuqq AIS in-fast. soced. . Fan 'l o . Seitch fi o . I o i t I ci i t. 2 3 -s t e (1) A7 CS-1/737 _______________ (2) A8 CS-1/738 _______________ (3) ^4 -CS-1/739 _______________ (9) A1G CS-1/740 __ _______ ___ (5) All CS-1/741 _______________ (c) A12 CS-1/7%2 _______________ (7) A13 CS-l/713 _ . __ ____ . (H) A14 CS-1/744 __. . . . . (9) AIS CS-1/745 _______________ Initials & Date 7.2.5.26 Continue monitoring all RTDs listed in Attacnment 9.2.1 and orifice reading listed in Attacntent R.2.3 for the next 22 hours. 92
S ta r t eir intaorated'lest Slf-rr-250 Unit Waterford 3 Date 6-11-82 Ulti$ ate Heat Sink rest Revision Draft 2 Initials N Date 7.2.5.27 At tne 10-oour o. art, record water level. 7.2.5.29 Recori all 44ter added to tne .et' tower nasin during tasting. _______________~ 7.2.5.29 Perform tornado calculation, and record on Attaennent P.3.3. 7.2.5.30 Complete valve lineup on Attacnment 8.4.b, and continue on to the next test. 7.2.6 Simulated shutdown 24 Hours After Reactor ! Trio Test (Side E)
- 7.2.6.1 Verify the initial conditions set forth i in steps 7.1.1, 7.1.2, 7.1.3, and 7.1.6; l and verify that inanom.eters or the j equivalent, used for measuring orifice l
flows, are reany for service. l { 7.2.b.2 Verify the valve lineup of Attachment I
- 8.4.8.
l [ 93 I
- ., , i n s; r .?Y-;L-hi "r. i t ;~0terford 3 nate n-11-82 3r sin. r>.r mision D r ei f t 2 Initials & Date . . rr 1 1: levet.
ss... 1: , :- . r - / t C C ,. sys IF
.i. '. I.ar; CON' DITTO 4S APE
+
5 e',in.: (1) ' i '. ., o 'f.
. , U I S .-: OR V IBO A T If6*J
.si '.- I . ; i f.r* P E W A T U 4 E , AS HEAD i ' 3 l U ,1, E u f f . .'d H. R A T O R ?.
I' ' I I . T!i r: , ,,r.C;:FDS 130 DEGREES F e 4i :.-0 iTr 4 . .1: r,tcG T,i E P :i n C t o.u' L v.
.I .; -(CEEUe 23e . , s G o r. b S F (1) PnTED CAPAC1fY OF 40.2 AvPS 15 (ACEFDFa CAUTImJ 7: 00 a " N .\ C O. D C'? a P h . t: hCi.00f CAPACITY r y. 7 m t,ri, C A ti r ; .. 3: c CCs F 'J " P 3 Dil NOT liAVE Mi I.NSTALLED
+> F C l 4 C U I.A T l y t I. I 'J E A5D ARE L i d l T F:D TO 3 't I '!!IT E S >AXIwh* P U N .'. I i G AGAINST A DEAD NOG.
7.2.b.4 Start C C .. Puno A/d by nositioning hanosaitch CS-1/707 on CP-H to START. 7.7.6.5 S l <ru l v oven CC., puro 4/B c11scharae valve (3Cc-t41tcAe). 94 9
Start 1r tnt +1 rate!'rcst sit-To-250 - Unit Waterford 3 ,
; Date 6-11 U l t i:::a t e Scat sink Test :Pevision Draft 2 Initials &~Date C A UT10 t. 1: I n"ID I A f t.L i SrDP 1 '! E CC* PowP IF ANY i Dl' T'4 F FULLualtiG COCDITIONS ARE.
{ ORGEPVEO: (1P tibusuth.NGISE OR VIbHATION (?) PueP #4.RI.G T E " P E H A flJ R E , AS READ 9 04 IwStALLEO TEMPEPATUR6 t el D I C A T 0.> , EXCEF.DS 100 DEGREES F r (3) - 004P 'tu TOR WINDItsC Tif EFMOCOtJPLE q PEADI'lG s/CEEDS 230 DdGREES F (4) wAIED CADACITY-OF 40.2 AMP 3 IS EXCEEDEU i CAUTIOil 2: 00 -;0T E/CEED CCd PUHF FUN 00T CAPACITY or 7500 GPw. ! CAUTIO!J 3: THE CCW PO*PS 00 NOT H A V E All -I NST A LI,ED HECIPCULATIOf8 L I 'e E A tJ D ARE LI'4ITED TO 3 a i r4 UT ES
- A X I .4 0 '4 Hiiri.' LING AGAI.NST A Dean 4E3n.
7.2.b.6 At CP-33, piece the followinq control i saitches for fans Al through A15 in the FAST position: l Fan No. Switch f;o . Initials & Date l (1) El CS-1/781 ............... i 45 i t
-g-y a - ., - e. , - -- . . - , ,w_. .,,---n ,e- , - - . , , , , , - - - - - , . - . , -
,,_,,,.,.w___.-. ,,,,,s,......
'I i
\.
t Startup Inteqrated Test SIT-TP-250 Unit Waterford 3 - i Date d-11-82 l'l ti te te nea t Sink Test Revision Draft 2 Fan ii o . Switch No. Initials & Date s (2) 62 CS-1/782 _______________ ( 1) n3 CS-1/ 7'o3 ____ . ______ (t; b& CS-1/7a4 _- ____ __ (5) H5 CS-1/785 -___ __ _ __ J I (n) n e, CS-1/7d6 -- ----__ 2- ' (7) e7 CS-1/787 _ ___ -- _ k l' (H) oA CS-1/788 _ -_- ___-- (9) en CS-1/789 --- ----____- (10) 91o CS-1/790 . - -________ (1I) 911 CS-1/791 . . __ . (L2) HI2 CS-1/792 _ __ _ --__ tt3) .13 CS- 1/ 7 9.3 ____ __ ____ (14) u14 CS-1/794 _. (15) "15 CS-1/795 ___- -- _- Initials & Date CAUTiDr : -HES A FAN IS IN FAST SPEED, TH E R E 3.113I HE A .W-SECOND WAIT PCPIOD bEFORE THE F A tt CAN BE SHI5'TED TO SI,Od SPEED. IF THIS 10DIFICATION H4S NOT BKEN AC-CCMPLISHFD 3Y THE TIYE THIS PPOCEDURE IS P !-:FORhED, A I, a A Y S OPEN THE SPECIFIC HPEAbER LISTED IN STEP 7.1.6.4 W H E ri E V ER T5fE FAN IS IN FAST SPEED, AND SLOW SPEED 09 0FF IS DESIRED. 7.2.6.7 At CP-33, ensure that det Toaer A fan control switenes CS-1/811 and CS-1/815 are in the OFF cosition. 96
i.
.f
, , a ,- .
- a. -
-j W es -j e II t 1
=
N
- d _
Startho Integrateo lest SIT-IP-250 Urrit Waterford 3
- Date 6-11-82 i
- t. Ultimate iteat Sink. Test ,
. Revision Draft 2
\** '
. '7 , t yu
.s e-op Initials & Date i
Y 7.2.6.8 Ensure that the boiler is . a r r.e d up and . at operating pressure and te.moerature. - 7.2.n.9 Cut in steam to temocrary heat exchanger py slowly opening stop-cneck valve ( L'A r gR ) . [ .
%.1 ;
712.o.10 Usino PTDs TX-CC-741085. and TX-CC-792035, i vary heat load until a heat loadjnq of 91.7.x 10 Ptu/hr is obtAlned on the dry
< tower B. 4
[.9 i sr L 2. 6.11 using a Simplex pitot tube, .nake a '
=." r.
10-roint traverse of the component t-cooling water pipe on two rtutually ,' :1,
.s'i s . 3 f
ceroendicular dianeters. Record' this - %' r ;+ date on Attacnment 8.2.2. e i _______________ 7.2.o.12 'tonitor and record flowrate, as read from orifice plate (LAfER), on Attachment [ 8.2.3. Wonitor this flowrate throughout i i the test (recording every 5 :ninutes) to I ensure tnat the eater floarate does not ' change. '
/'
l 1 , * \' l . \ t s i i g rI' ,
\ '
3 i ' (c , . . 97 : - i - e . i ,
/
) Startup Intearated Test SIT-TP-250 Unit Waterford 3 Date b-11-H2 Oltimate neat Sink Test Revision Draft 2 Initials A Date 7.2.6.13 Let up and continuously Tonitor the temocratures stated in A t tach.nent :i.2.1 on tr,e Pf3-NOA fewerature Data System. 7.2.o.11 A platinum Hr0 util tie mounted on the hand railina at tne inlet to the top fan on the two eni and niddle columns. These vins will be monitored continuously and tne readinas recorded on Attachment 8.2.1 every S minutes. 7.2.6.15 Ensure that tne follouina test limitaticns are Tet oefore continuing: (1) Amulent vet-nuld temperature is betacen 74 aearees F and 84 dearees F, es recorded on At-technent W.2.4 (2) Ambient 41nd speed is equal to or less than 10 rpn, as recorded on Attach nent 6.2.8
, (3) CCa floa is netween 5950 and 7150 gpo, as recorded on Attacnment 8.2.8 s
. -.~ . . . . . - . - . -- . . . . . . _ - . ,
Startup intecrate2 lest 31T-TP-250 linit Waterford J. Date '6-11-82 Ultimate Heat Sink Test Revision Draft 2 Initials-5 Date 7.2.n.16 te.1sure the level of the .et tower cold-water basin rotn oetore and after tne l test, to :le t. ermine sa ter losses. See Attachment 4.3.5, . dater Loss Calculation Sheet. i 7.2.6.17 Usino R.A. (nunq nicroyane and cup g ane+0reter, or equivalent, continuously 4 Ponitor tne amnlent wind speed and l direction and record on Attachment d.2.8 every 5 minutes. { f.0TE: The oil level indicators provided with the CCs and ACCs Putps indicate OPERATING oil I level. Tne oli level should read HIGH wnen the pump is shut down and 9EDIUM when the [
- pump is operating.
CAUTIOrJ 1: 19 MEDIATELY STOP THE ACCg PU/P IF ANY OF THE FDLLOWING CONDITIONS ARE j OBSERVED: ! (1) U?4dSUAL NOISE OR VIPRATION (2) PUSP BEARING TEMPERATUPd, AS HEAD FROM INSTALLED TEMPERATUPE f INDICArci<, EXCEEDS 180 DEGHFES F ! (3) PudP MUTOR NINDING THERV0 COUPLE I i READING E.TCEEDS 230 DEGHEES F I , 99 i _ _ . . . _ _ _ _ _ _ . _ _
. . . . - ~ . . . . . . ~ . , -. -
Startuo Inteorated rest SIT-TP-25t' Unit -aterforn 3 Dato 6-11-82 flitimate ileat Sink rest Revision Draft 2 Initials & Date (4) RATED CAPACITY OF 40.2 A9PS IS EXCEEDED CAUT10N 2: DO '400 EXCEED ACCa PUoP RUNOUT CAPACITY OF d650 GPri. CAUTION 3: 00 MOT FUN ACCW PU'PS AGAINST DEAD HEAD EXCEDI neIEFLY TO VEPIFY SHUTOFF HEAD (1.5 *14UTES 1AXIfJut'). 4 7.2.o.18 Start ACCd Pumo H by placinq handswitch CS-1/752 on CP-d to STANT. 7.2.o.19 Using a Simolex oitot tube, make a lo-point traverse of the ACCd *-HHHR pipe X on two mutually perpendicular diameters, rhe oitot tacs are installed f approximately six pipe diameters uostream of installed flow orifice FT-CC-707885. (The pipe traverse will be made once for eacn test, and the installed orifice plate will be monitored throughout the test to ensure that the water floarate does not change.) Record data on Attachment H.2.2. 7.2.b.20 Initiate the tornado test by perfort.ing the follo*inc: 100
Startun Intecrated Test SIT-rP-250 Unit Waterford 3 Date 6-11-82 Ultimate lieat Sink Test Revision Draft 2 Initials & Date 7.2.6.29.1 (> pen 3CC-51053, inlet to component coolno heat excnanger. 7.2.6.2n.2 Close 3CC-B2398 bypass to CCd neat ex-Chdn30r. 7.2.6.20.3
- ark all tapes and charts to signif'/
the start of the tornado test. 7.2.6.20.4 Ensure that the level in the wet coolinq to'ver basin is at the low end o f. the operating band (acoroximately 175,000 cal). 7.2.6.21 Open 3CC-8203B (inlet to dry cooling towers). - 7.2.6.22 Open 3CC-4213n (outlet to dry cooling to=ers). 7.2.6.23 Close bypass to dry coolina towers 3CC-B2623 101
l 1 s r ,r t i. r si e - !ast
- I f-TP- 25 0 finit aatertord 3 Date o-11-82 C i t. i ' 6 t e
- e a t. :in< Test Pevision Draft 2 Initials & Date
;1Tr: ' ain t iin toe r3m f. e r n e r ri t o r e -titterential ecross tne temnorary feet nearer as initial dr.
7.2.6.21 At CP-31, el tc0 the f olloain i control stitches inr fans 41 thrcoah a15 in tne GFF cosition. GU n 'o. . 341tco bo. Initials & Date (1) el C5-1/7R1 ______-________ (2) a2 CS-1/7s2 . _ _ _ (3) u3 C S - 1/ 7 ri 3 _ ___ _ __ _ ( .5 ) e .1 r8-1/791 __- .. (s) % c5-1/745 ______-____--- (ni so CS-1/746 . - __ ----- t7) 67 C3-1/787 - - _ _ _ _ _ - ( ,; ) aa es-1/78h __ .,_- . ----- (4) F9 C3-1/789 ----------_---- (10) n1o CS-1/790 --------------- (11) 411 C5-1/791 ___--__________ (12) 61 '/ CS-1/792 ___--__-_-____- (13) 613 CS-1/793 ----_----____-- (14) b14 CS-1/741 . . -- _ (IS) L' 1 S CS-1/745 _________---___ Initials & Date 7.2.6.25 Perform the foltoaina stens after 2 hours. 102
Startuu interfratezj rent grT-Tr-?SS U r. i t .-t-r;. ; J imte e,- 1 1 - 8 2 - ultiante deat sin < Test Revision ie ro.t t 2 I r. t e. i a t s :. N t e 7.2.b.25.1 After 2 nours, record tr.e TE-CC-7077HS readino on Attacnaient I.ATER. 7.2.b.25.2 deasure level in det tower accordina to Attachment 9.3.5 7.2.e.25.3 Close the - following valves: i (1) 3CC-9710, Dry Tower n inlet Header Isolation Valve (2) 3CC-H720, Dry Tower 8 Inlet Header Isolation Valve (3) 3CC-B73H, Ory Tower S Inlet i Header Isolation Valve ! (4) 3CC-4748, Dry reaer B Inlet Header Isolation Valve 7.2.b.25.4 At CP-33, place tne followinq control i switenes for fans H7 tnrouch 615 in fast speed. 103
Startua intearste1 rest SIT-TP-260 Unit haterford 3 Date 6-11-82 Ititimate lieat Sink Test Revision Draft 2 Fan *!o. S=1tch ;ao. Initials & Date (1) -7 Ca-l/7H7 _______________ (2) 40 CS-1/7HA _______________ (3) io CS-1/789 _______________ (4) ele CS-1/7 0 _______________ X (5) All CS-1/7 'l _______________ h (5) 012 CS-1/7 l2 _______________ (7) A13 CS-1/7' 3 ___________---. (s) all CS-1/7o4 _______________ r9) als Cs_ie7ps _______________ Initials & Date 7 .2 . 6 .?*: continue *onitorina all RTDs listed in Attachtent 3.2.1 and orifice readinq listed in Attachment 9.2.3 for the next 22 hours. 7.2.6.27 At tne 10-hour Part, record water level. l 7.2.6.2$ Recora all water added to the aet tower basin during testing. 7.2.o.29 Perform tornado calculation, and record i l on Attach?ent 8.3.3. 7.2.5.30 Complete valve 11.neup on Attachment 9.4.6, and continue on to the next test. I 104 1
is ac ' '
'!a l L c 4 '. e r r O r 'd i Date b-11 u?
i;l t ! ' uavjsina P r n i r. Z t r. !
- i a t ; , '.,te 7.3 :.estoration 7.3.1 ret r o . e r - T r -3 i n 4
7.3.1.1 at c>-33, r. t .c r (nr varity p l a c e.1 ) wet ta.or fan co". trol settc9cs C3 */7n (for i ins 1 t n r o.i ; i <) .m - ._,,ina (ter taqs n throuqq d) i4 ' " - r .; i t ! > ; . G 7.3.1.2 At i n A 'i CC-*'i14 ', , 10 an:1 I ). t ' , INY
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t nr mut: 'i. 7.3.2 .. e t forer - Frein o 7.3.2.1 li t CP-33, 01sce (or verity claced) eet toaer fan control saitches CS-1/H11 (tor fans 1 tnrouan e) and CF,- l / ' 15 (for fans 5 throuun An in tna nEF cosition. 7.3.2.2 At 4enV VCC-34315-S, Co' prs. 10H and 12H, onen the brea<ers for fans Pt t n r o or1 h B4 7.3.3. Dry Toaer - Train A 7.3.3.1 At CP-33, place (or verity placed) the tollo=ing Ory Toaer A fan control 105
Startup into1r-ted rest 5f1-l'P-250 Unit .vaterford 3 Date 6-11 82 Ultimate iieat sink rest Fevision Draft 2 Initials & Date seirenes for fans i.1 throcan als in tan Ut F 00sitlon: Fan =o. 3 41 t c ri :s o . Initials & Date (1) Al CJ-1/731 _______________ (2) A2 CS-1/732 _______________ (3) 43 CS-1/733 _______________ (4) A4 Cd-1/734 _______ _ ___ (5) AS CS-1/73S _______________ (o) A6 CJ-1/73n _ _________ (7) A7 CS-1/737 ___ ___ ____ __ (4) A9 CS-1/738 .__. ____ . - (9) A4 CS-1/739 __ . __ . ___ (10) A1a CS - 1/ 710 _ __ _____ (11) A11 CS-1/741 _ _____ (12) A12 CS-1/742 __ _ _ __ _ (11) A13 CS-1/743 _______________ (11) A14 CS-1/744 ___ __ . _ (15) A15 C5-1/745 _______________ 7.3.3.2 At 4o0V "CC-3A315-S, open the following creaKers for Dry Toeer A fans Al through A15: Fan No. C o *n p t . ho. Initials & Date (1) Al Ir _______________ (2) A2 - tw _______________ (3) A3 2F _______________ 10o
r t. o :_ e"te-na* iest 8tr-TP-250 (Jnit waterford 3 Date 6-11-82
, -: r Sinx rest Revision Draft 2 w Te. Compt. 'o.
Initials & Date t 2- . . . _ _ _ _
, et 3F __ . .
(.; A- 3x _____ ___ (7) a7 4F _- _ ___ (*) a# 4% . _____ (4) A4 5F __ . __ .__ _ (1o) A19 5:1 _ __ ___ (11) All 7F _______________ (12) A12 7" _______________ (13) ^13 HF _______________ (l-) a.1 ', 4A ____ __ _ (15) : 1 -) W . __ ___ Initials & Date 7.3.4 Ory te er - rrain G 7.3.4.1 At Cr-33, olace (or veritied placed) the l t fo110,ina Dry Tn ser S fan control s e i t e rie s for fans F1 t. n r o u o h 615 in the fWF position: ? l l Van No. Saltch No. Initials & Date (1) ti 1 CS-1/781 . ___ ____ ___ (2) P2 CS-1/782 _______________ (3) 93 CS-1/783 _______________ (4) P4 CS-1/784 ___. .. (5) e5 CS-l/785 ___ _ . (6) do CS-1/786 _______________ 107
Startuo i n t e rs r it e d Test SIT-TP-250 lin i t waterford 3 Date 6-11-82 "ltimate Heat Sin" test Revision Draft 2 fon No. Switch fl o . Initials A Date (7) ~7 CS-1/787 __ ___ _______ ( .< ) 84 CS-1/788 _ ___ ___ _____ (9) e9 CS-1/789 _______________ (10) B10 CS-1/790 __ ___ _ _____ (11) 011 CS-1/791 _______________ (12) 612 CS-1/792 _______________ (131 e13 CS-1/793 _______________ (14) A14 CS-1/794 - - - - - - - - - - - - - - - - - - (15) 61's CS-1/795 ____ ______ ___ 7.3.4.2 At 49u/ e CC- 3 iil 15 -5, open tne following breakers for Dry Tower B fens B1 through D l 's : Fan !:o. Compt. id o . Initials & Date (1) 81 IF _______________ (2) b? 1M _____ ________ (3) 93 2F _______________ (4) d4 24 _______________ (5) h5 3F _______________ (n) t e, 3M _______ _______ (7) 67 4F . __ ____ .. (9) aa 44 . _ __ _ _____ (9) sa SF _____________-- (10) 610 59 _____ _ .. . (11) 611 7F ____ ___ _____ (12) 612 7M _______________ (13) 813 8F _______________ 109 e W- e,
Startue [ntearated Test 51T-fP-250 Unit waterford 3 Date 6-11-82 tiltimate Heat Sink Test Revision Draft 2 Fdn NO. Compt. NO. Initidl5 f. Date (14) 911 9x _______________ (15) 015 9F _______________ 7.3.4.3 Ensure treat valves are alioned Der At-tacnment 6.4.6. 109
Startup intearate1 Test SIT-TP-250 Unit Waterford 3 Date 6-11-82 L'lt imate Heat Sink rest Revision Draft 2 d.0 aI!aCM4 Ells 8.1 Instructimi Tables /Graons b.1.1 Performance Curves for net lower E.1.2 Performance Curves for Dry ro. e r H.1.3 Instructions for Calculatino Feat Loan on wet anu Dry Towers 8.1.4 Temperature E:lile11 ation Graph H.2 Data tables 8.2.1 HTO Data Teole 6.2.2 Pitot Tube traverse Data Table 9.2.3 Flos Orifice Readinos 8.2.4 Dry-Bulo RfD Readinos - 1,ATER , 8.2.5 Fan Input Po*er Isata Table ( LATER]~ 8.2.6 'd e t romers Iemoerature Data Table 8.2.7 Anemometer Readings Data Table 6.2.8 Ambient Conditions Data Table 8.3 Calculation Sheets 8.3.1 LOCA Calculation Sheet 4 8.3.2 fiormal Shutdown Calculation Sheet 8.3.3 Tornado Case Calculation Sneet 8.3.4 wet foner Performance Calculation Sheet 110
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1 Startup Integrated Test SIT-TP-250 unit Waterford 3' Date 6-11-82 Ifitimate Heat Sink Test. Revision Draft 2 ,. 6.3.5 4ater-I.oss Calculation Sheet , 8.4 S:iscellaneous I.ttacnments 8.4'.1 Cn rono lor;1ca l b o r; 8.4.2 Test Personnel 10 Sheet f 8.4.3 Valve Lineun Tarle, Tower A d.4.4 Valve Lineup 'f a b l e , foser 3-H.4.5 System Dericiency Pecord ' l 8.4.0 kestoration Valve Lineup, lowers'A and.B 8.4.7 fornado Valve Lineup - foser-A 8.4.8 Tornado 'laive bineup - Tower B 3.99 M[$5i Ing%4g*m Ggt 4 7 9 1 4 d 111
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INSTRUCTIONS FOR CALCULATING HEAT LOAD ON WET AND DRY TOWERS 8.1.3.1 Adjust temperature control valve 7CC-TV-001 to reflect the following: (1) 161.4 degrees F for the LOCA Tests (sections 7.2.1 and 7.2.2) (2) 146.2 degrees F for the Normal Shutdown Test (sections 7.2.3 and 7.2.4) (3) 146.2 degrees F for the Tornado Tests (sections 7.2.5 and 7.2.6) 8.1.3.2 Adjust temperature control valve 7CC-TV-001 to give the above readings as recorded by TX-CC-7910AS for dry tower A inlet and TX-CC-7910BS for dry tower B inlet. 8.1.3.3 Use the following formula to calculate mass flow rate: 5= p(kha) Vol (ggi) 60($in) . 1137 (ft ) It min r gal 8.1.3.4 Use the calculated value of m from 8.1.3.3 in the following equation. 6 = 6 (he - hi) where Q = 176 x 10' Btu /hr for LOCA ddhnp(section7.2.1and7.2.2) X 4 6 = 127 x 10 Btu /hr for Normal Shutdown Tests (sections 7.2.3 and 7.2.4) 6 = 91.5 x 10' Btu /hr for the Tornado Cases (sections 7.2.5 and 7.2.6) 8.1.3.5 Calculate ak Ah from step 8.1.3.4 Since he is known because X the temperature (and hence enthalpy) was set in step 8.1.3.1, the temperature (the temperature of water entering the temporary heat exchanger) needed to satisfy the equation given in 8.1.3.4, can be calculated. SIT-TP-250 Attachment 8.1.3 Draft 2 1
. . . . . . . - . . ~. INSTRUCTIONS FOR CALCULATING HEAT LOAD ON WET AND DRY TOWERS 8.1.3.6 If the temperature of entering feed water to the temporary heat exchanger is less than or equal to this temperature, then proceed to the next step in the procedure. If the temperature is greater than that calculated in step 8.1.3.5, attempt to adjust the temperature out of the temporary heat exchanger until the equation expressed in 8.1.3.4 is satisfied. 8.1.3.7 If the equation given in step 8.1.3.4 cannot be balanced, record the available Tin and Tout of the temporary heat ex-changer on Attachment 8.3.1 for the LOCA test; on Attachment 8.3.2 for the Normal Shutdown Test; and on Attachment 8.3.3, for the Tornado Case. Proceed to the next step in the procedure. SIT-TP-250 Attachment 8.1.3 Draft 2 2
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l 10 .776 -- i 5 .684 l l l l l l CENTERLINE NOT IN AVERAGE I l l l l l l l 10 l 1.224 l5 l 1.316l l l l l l l l4 l9 l 1.381 l 1. 548 l l l l l t l8 l 1.500l 3 l 1. 707i l l l l l l l7 l .1. 592$ 2 l 1.837l l l ! ,l 6 l 1. 67Cl 1 1.949l ll l l l 5 l 1. 7421 i l l 4 l 1. 806l l l l 1 3 l 1.886 l ' l 2 1.922 l 1 l 1.975' l l PITOT TUBE USED TOTAL TOTAL TOTAL' TOTAL TUBE L0 EFFICIENT, C= AVG. AVG. AVG. AVG. TUBE BLOCKAGE DIA., T3D= IN. MANCMETER FLUID SPECIFIC GRAVITY OF MAN 0f1ETER FLUID, SGF= BATER TEMPERATURE DEG. F l AM3ZENT TEMPERATURE DEG. F 1 - FLCW GPM= 7.221 ff/4 (MEAS. DIA.)* - 1/2 (MEAS. DIA.) X TSD X g(SGF - 1 ) x (AVG. [0 ) SIT-TP-250 Attachment 8.2.2 1
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PITOT TUBE TRAVERSE DATA TABLE LOCA NORMAL SHUTDOWN TORNADO CASE ACCW FLOW SIDE A/B (Circle One) TEST DATE LOCATION OF TRAVERSE TEST ENGINEER l MEASURE P:FE D!*.1:ETEP (:NCHES) l l
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l 10 l.776 5 i .684 l l l l l l l l CENTERLINE NOT IN AVERAGE l l l l l l l l l l 10 l 1.22dl 5 l 1.316l l l l l l l l 1. l l9 l 1.387l l4 l 1.548 l l l l , l l l8 l 1.500l l3 1.707l l l l l l j! l7 l.1.594 2 1.8371 l l l l l l L6 l1.670{ 1 l 1. 949l l l l l l 5 l 1. 7421 i l l l l l l 4 1.806 ' l l l 3 1.886l l l l 2 1.92d [ l l __ l1 1.975 ' ' l PITOT TUSE USED TOTAL TOTAL TOTAL ' TOTAL TUBE COEFFICIENT, C= AVG. AVG. AVG. AVG. TUSE BLOCKAGE DIA., TBD= IN. MANCMETER FLUID SPECIFIC GRAVITY OF MANOMETER FLUID, SGF= l WATER TEMPERATURE DEG. F AMBIENT TEMPERATURE DEG. F FLCW GPM= 7.221 ff/4 (MEAS. DIA.)* - 1/2 (MEAS. oIA.) X T3D X /(SGF - 1 ) x (AVG. h ) SIT-TP-250 Attach:aent 8.2.2 2
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LOCA _____ NORMAL SHUTDOWN _____ TORNADO CASE _____ FAN INPUT POWER DATA TABLE Wattmeter Readings Fan 1 __________ Fan 5 __________ Fan 2 _ ______ Fan 6 __________ Fan 3 ______ Fan 7 __________ Fan 4 __________ Fan 8 __________ Horsepower Calculation Ambient Avg. Avg. Temp. Horsepower Volts Amps (deg. F) (HP) Fan 1 _____ ____ ________ ___________ Fan 2 __ ____ ________ ___________ Fan 3 _____ ____ ___ __ ___________ Fan 4 _____ ____ -- Fan 5 _____ ____ ________ ________ { Fan 6 _____ ____ ________ _ _______ l Fan 7 _____ ____ ________ ___________ Fan 8 _____ ____ ________ ___________ HP = is.gLtal_z_13mpsl_x_i_31_x_EE 746 where E.e = 0.71 SIT-TP-250 Attachment 8.2.5 Draft 2 1
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LOCA ___ NORMAL SHUTDOWN __ _ TORNADO CASE _____ luiEur. METER READINGS - WET TOWER _ North Cell South Cell East West East West Time: 'iindgg HindQg HindQW WindQW Reviewed By: _ ___ __ ___ _ __ __ _ Date: _ ___ _ ! Performed By: __ _ _ ____ _ Date: _ __ --- ___ SIT-TP_250 Attachment 8.2.7 Draft 2 1 i
LOCA ____ NORMAL SHUTDOWN _____ TORNADO CASE .____ AMBIENT CONDITIONS DATA TABLE Ilan Wind _Saeed Wind _ Direction Dry _aulb Wat_ Bulb Performed By . ________ _____________ Date.- _________________ Reviewed By: ____________________________ Date: _________________ SIT-TP_250 Attachment 8.2.8 Draft 2 r 1
LOCA CALCULATION SHEET 8.3.1.1 Using the equations given below, calculate the available heat duty for the LOCA test. )( (1) 6 = 5 (he - hi) g y" 6 = heat flux in Btu /hr = 176 x 10 Btu /hr 5 = cass flow rate of water in Ibm /hr es calculated in equation (2) hi = enthalpy of liquid water as found in the ASME Steam Tables at the water temperature read by the RTD at the inlet of the boiler heat ex-changer he = enthalpy of liquid water as found in the ASME Steam Tables at the water temperature read by the RTD at the exit of the boiler heat exchanger l' l G (2) A
- I U I*) "' [ (Ib" fi+ 9 b ^ h U 'l3 3 7 ft /P g= density of water at the water temperature read by the RTD at the inlet to the boiler heat exchanger Vol. = volumetric flow rate determined in Attachment LATER 8.3.1.2 If equation (1) gives a heat flux less than 176 x 10 Btu /hr, X record the data on the table and inform the Test Director.
f SIT-TP-250 Attachment 8.3.1 Draft 2 1
LOCA CALCULATION SHEET Vol , pi hi he m Q T1an LzalLEE1 A T1_L?El L1kalttll Te_L'El %Lullka) 4 4 (BLullba)^ A Llbalbcl BruLbrl ________ _______ _________ _______ _________ _________ ________ __- __ t ' Performed By: ___________________________ Date: ________________ Reviewed By: _ _ _ _ - - ____________________ Date: ________________ A v SIT-TP_250 Attachment 8.3.1 Draft 2 2
NORMAL SHUTDOWN CALCULATION SHEET 8.3.2.1 Using the equations given below, calculate the available heat flo renat, h* duty for the BOG
- test.g , N A 3 (1) D = m (he - hi) ll augd[ D = heat flux in Btu /hr = 127 x 10' Btu /hr m = mass flow rate of water in Ibm /hr as calculated in equation (2) hi = enthalpy of liquid water as found in the ASME Steam Tables at the water temperature read by the RTD at the inlet of the boiler heat ex-changer he = enthalpy of liquid water as found in the ASME Steam Tables at the water temperature read by the RTD at the exit of the boiler heat exchanger (2) th = p Ofo I.) = f O km]-ft') V$l- (ylm*,n ) foO (Mun f)
- O I332($ff)
= density of water at the water temperature p
read by the RTD at the inlet to the boiler heat exchanger Vol. = volumetric flow rate determined in Attachment LATER 8.3.2.2 If equation (1) gives a heat flux less than 127 x 10' Btu /hr, x record the data on the table and inform the Test Director. SIT-TP-250 Attachment 8.3.2 Draft 2 1
t I _. .__ . . -_ ,,. . _ . ~ - 1 NORMAL SHUTDOWN CALCULATION SHEET Vol , fi hi he m Q I1ag iga 14 $ I1_1 El iltm4ft"_1 Ie_LIEl (atulltm) @tullba) 11bm4 bel atu4brl A A A A A Performed By: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . Date: _ _ __ _ __ Reviewed By. __ _ _____.___. __ Date . . __ __ SIT-TP-250 Attachment 8.3.2 Draft 2 2
r TORNADO CASE CALCULATION SHEET 8.3.3.1 Using the e ~ tions given below, calculanc tne available heat crodo duty for the gest. x (1) 6 = 5 (he - hi) gi,p 5 = heat flux in Btu /hr = 91.5 x 10" Btu /hr m = mass flow rate of water in lbm/hr as calculated in equation (2) hi = enthalpy of liquid water as found in the ASME Steam Tables at the water temperature read by the RTD at the inlet of the boiler heat ex-changer he = enthalpy of liquid water as found in the ASME Steam Tables at the water temperature read by the RTD at the exit of the boiler heat exchanger (2)
- I4 0# f) ha(Gild =f(Ibm lf')A'llflM'*)L C$
f = density of water at the water temperature read by the RTD at the inlet to the boiler heat exchanger Vol. = volumetric I' low rate determined in Attachment LATER 8.3.3.2 Ifequation(1) gives a heat flux less than 91.5 x 10' Btu /hr, x record the data on the table and inform the Test Director. SIT-TP-250 Attachment 8.3.3 Draft 2 1 I
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TORNADO CASE CALCULATION SHEET Vol fi hi he m Q Ilma laa14Ab II i*El 11bstft'1 Is_i_*El (EtuZltm) (Btulltm) iltalbrl Stulhrl. 4 A a A Performed By: __ _____________ Date: _ _ _ _ _ _ _ _ _ Reviewed By: __ ___ _ _ _ _ Date* . _ ____ SIT-TP-250 Attachment 8.3.3 Draft 2 2 i
4 WET TOWER PERFORMANCE CALCULATION SHEET ^ The manufacturer has submitted figures ___, ___, and ___. At the test wet bulb, generate a new set of curves with the ordinate being cooling range and the abscissa being cold water temperature. The family of curves will be the water flow rate. For the test cooling range, generate a new curve with the ordinate being cold water temperature and the abscissa being the predicted water flow rate. At the test cold water temperature, read the predicted flow rate. The capability of the tower is Capability = AQfggggg gSg GEM x 100 where ADJUSTEDTESTGPM=TESTGPM(QggggHggHgE) For any capability less than 100%, the wet tower is assumed to fail the guarantee. SIT-TP-250 Attachment 8.3.4 Draft 2 1
WATER LOSS CALCULATIO!! 2E ZT The water loss from the ACCW 57 4: 3m will be u .arnit.au cy meas :rir.g the change in volume of tr.e rat tower water cer'n fo- tu 9 m: tion of the test. Makeup to the ACCW System will b +cira- : th- '". The water level in the basin will be measuctl, i:Tr. ;ctare a:.u aita-the test, using a tape measucc a ttached to. : + aa:1 - . _ _ aiic a vernier caliper. I132 Watar_dsight SIT _TP_250 Attachment 8.3.5 Draft 2 1 l
CHRONOLOGICAL LOG S he e't of System No. NA Title t'ltimate Heat Sink Tast Procedure No, cT? To 9cn DATE/ TIME COMMENTS r e
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....v- I,I :i E b P TABLE ra ie R A N O TF. : T ril s is tw vntve Jin9au tor operation of 4et Tower A with CCW Pump A/h lined u :' os Pac ' 5 a n ct C C ., Punc h lined up to carry all CCa heat l u ts .
REudIr<ED PERFORMED VERIFIED v; LV r: ilo , i t S C R i " i 1 19 POSITION (INITIALS) (INITIALS) 3Cr-F104A/n CCn P U - F- P i S C d A .' 1 I:13b A I l uii TU*GED GPEA ___ . _ _ ___
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3CC-F113A/b CCi P4:'e ShCTIa. I %t.irIOa FAGGED OPE. _____ _ _ __ b A L V '. 3CC-FllOA/d CCJ N ' C' O l 5 C i A J J -: I S 3b? FIT 1 TAGGED DDEN _ ___ ___
' lI VE 3CC-F114A/h CC" Pt.'.' .197I10:. 130L4T1J" FAGGED U P E!4 __ __ __ _ ___
VAL 1E 3CC-B1084/3 C C .'. Pec A/n SdCTION ISOLA- TAGGED CLOSED _ __ ___ _ T I J:: /ALV< 3CC-111A/0 CCa PUvP filSC h n'GL I SJ' f, A T I O:1 TAGGED CLOSED _ __ _. VALVE 3CC-115A/d CCn P U :t P SdCf101 ISOLAT101 TAGGED CLOSED __ _ _ __ V4LVE 3CC-112A/H CC. PU 'P DLSC4 Add ISQLATio". TAGGED rLOSED __ _ ____ _ _ VAbsE 3CC- 11 t: A / 3 CCa PU"D 500r10N ISOLAT10a rAGGdD CLOSED _ __ _ VAL /E 3CC-bl17A CC3 PUSP A DISCriAPP VALVE CLOSED __ _ _ 3CC-a 10e> A CC4 .a u ' P A st'CT1B VALVE CLOSED ___ __ 3CC-R201A DnY T'J o n a I4LET I S O L A T 1 0 *t OPF,N . __ ___ VALVE 3CC-92654 DRY To r: E P A PfPASS ISOLATION CLOSED __ _ _ . VALVE SIT-TP-250 Attachment 9.4.3 Drdit 2 1
VALVE LINEUP TABLE T0aER A REQUIRED PERFORMED VERIFIED VAbb8 *iu. U c'.S C h 1 P T I O N POSITION (INITIALS) (INITIALS) 3CC-ed!\ GHY rp SJ A INLET HEADER OPEN ____ _ _ _ _ . _ _ I d J i, a r t . h v;LVE ICC-6% i 'A v I . t e n is I'LET Hr.aDER OPEN _. . __ . 15]L A T 10'J VALVE 3CC-w 3A PPY TWnER A INLET HEADER OPE'J _ _ _ __ __ [SOLATICu VALVE 3CC-He4A D r< i TowEH A l '! L E T HEADER OPEh ___ . . _ ___ _ 130LATInti tALVE 3CC-985A DdY TO4EH A 19LET HEADER OPFM __ __ . _ ISOLA 1 ION 1ALVE 3CC-65na DHY TOVER A INLEr HEADER OPEH __ ___ 13 0f. i f ! OW VALVE 3CC o37A DKY TosEP A INLET HEADER OPEN __ ______ I S O I.A T I O r. VALVE 3CC-86HA ORY TO*EF A INLET HEADER OPEN __ _ 1501. A T I O *. VSLVE 3CC269A DRY TowCP A 11LET HEADER OPEN ___ __ ISOL A f1OP. VALVE 3CC-h90A nRY TowEP A IflLET HEADER OPEN __ _ _ ISOL A TIC'1 VAI.VE 3CC-B91A DRY TO4ER A l'iL E T DISCHARGE OPEN _ _ _ _
! $ 0 L A f l 'J N VALVE 3CC-692A ORY T0wER A I .'. L E ! OISCHARGE OPEN __ _ _ _ ___
I S O L A T I O.1 VALVE 3CC-993A CPY TOaE4 A INLET DISCHAPGE OPEN __ _ 1 5 0 L A T I O :1 VALVE 3CC-b94A DPY TOWER A L*:LEr DISCHAPGE OPEN _ _ _ _ __ . ISOLATION VALVt SIT-TP-250 Attachment 8.4.3 Draft 2 2
l V AL1C LIf!EllP rABLE ru ER A HEQUIRED PERFORMED VERIFIED tf A LV E P,0 DESCRIPTIO;i POSITION (I4ITIALS) (ItITIALS) 3CC-B95A frn Y T0*.EP A 1NLET DISCiARGT. OP:.: _ __ __ _____ 1.53 L A T I mv VALVE 3CC-TW6A 09i TOnkr A I P. I.T.T D I S C H A P G E 3 P E:. _ . . ___ . ___ ISOL ATIrjs 9 ;tyE 3CC-R97A ORY 10%H A INLET DIScri ARGE O P E:. _ __ . _ _ _ . ISOLA' LION VALVE 3CC-H9HA DRY TG nN A 11LET DISCdAr.GE O F Ein ____. _ ___ . __ ___ 150LATIou VALVE 3CC-394A LnY TOWE6 s IN LE T D l'3CH A RGE OPEU _ ___ __ __ ISOLATIO. VALVE 3CC-8100A DRY tower A 11LEr nISCHARGE OPEN _ ___ . _____.____ I SOL A T I O;4 VALVE 3CC-6104A CCt nE.s r EXCH Ar.GER A INLET OPEN _. ._ VALbE 3CC-H23HA CC. HF.AT EXChAi4GER A dYPASS TAGGED CLOSED __ __ _ . __ VAL 7E 3CC-B140A CCd HEAT EXCHA4GEF A TAGGED CLOSED ___ ___ __ . DISC!tAPGE VALVE 7CC-V003 CCd DEADER A I S 01. A r I O N TO TAGGED OPEN __ _ _ _ IEAPOPARY HEAT EXCHANGER 7CC-V00o C C .s PU"9 A/9 SUCTIO.4 FROM OPEN _ . . _ _ _ _ IEMPOPARY HEAT EXCdANGER 7CC-V004 CCW HEADER 3 ISOLATION TO CLOSED _ __ _ . __ . TEMPORARI HEAT EXCHANGER 7CC-V005 rE9PUR WY HEAT EXCHANGER OPEN _ _ _ _ _ _ _ _ . D ISCH U< CE ISOLATIO4 VALVE 3CC-BS4A ACC= RISEP HEADER ISOLATION OPEN _ . _ __ __ VALVE SIT-TP-250 Attacnment 8.4.3 Draft 2 3
V ALVE LittEUP TABLE TO*ER A REOUIRED P E R F O R *4 E D VERIFIED VALVE NO. DESCRIPTION POSITION (INITIALS) (INITIALS) 3CC-HS7A ACC9 RISPR HEAhKP ISOLarION O P E 'l __________ __________ VALVE 3CC-B58A ACCW RISEP HFADER ISOLATION OPEN __________ __________ VALVE 3CC-P53A ACC.i wTSER dEADEP ISOLACIO4 OPEN __________ __________ VALVE 3CC-6260A ACC.J PUMP A SUCTION ISOLATION UPEN __________ __________ VALVE 3CC-92bdA ACCx PUsP A DISCHARGE ISOLA- DPEN __________ __________ fl01 VALVE i 3CC-T 42 90 A ACC4 PUNP A FLOd CONPROL CLOSED __________ __________ VALVE 3CC-H292A ACC* PUW A FLO= CON TRJL OPEN __________ __________ VALVE DISCHARGE ISOLATION VALVE 7CC-U008 fa_MPORARY HEALER DRAIN VALVE OPEN __________ __________ 7CC-PV002 TEv.PORARi 60ILER STEA% AUTG __________ __________ CONTT<0L VALVE I 7CC 'I V001 TE'4 POR A R Y HEATER TEMPERATURE AUTU __________ __________ CONTROL VALVE I 7CC-9007 'a A n E O P 10 SURGE TANK (LATER) __________ __________ 3CC-F2ASa aET TO .v E R E3UALI7ING VALVES CLOSED __________ __________y 3CC-E284A WET NER 8 4"""'" CLOSED __________ __________ > l SIT-TP-250 Attachment 8.4.3 Draft 2 i 4 f
- - - . - - - ~ . - . - . . . _ . _.
VALVE LI4FUP TABLE T O -i E R tl
- 10T r:: Tnis is the valve lineup f or the oceration of '4et Tower B witn CCW Pump A/u I t n e 't un as ru nc e and CC4 P 29p A lined up to carry all CCa ne it loais.
PENUIPED PEPFOR'4ED VERIFIED VALVE ..^ O . f:E S c u j o rf 0 4 POSITIOr! (IfiTTIALS) (IntTIALS) 3CC-F109A/S CCi F O '* P 91SCn APGs IS:1L A I IO ri TAGGE0 CLOSED _____ __ _ . __ __ VALVF 3CC-F113A/B CC4 pus a SUC1109 I SOL A T 10:4 TAGGED CLOSED . ___ . __ . V .1 L V M 3CC-F110A/3 CCa fuuo nasc!AEGE ISOLAIIOS PAGGEO CLOSED ___ __ . __
/AL/E 3CC-i'I t 4 A/ d CC4 90 % SUCTIul I S O L A r t al. FAGGED CI.0 SED ____ _ . __ .
VALVE 3CC-R100A/3 CCs P O '* P e4 / !4 Sil C r J d ti ISOLA- 1AGGED CLOSED __ _. r10a VALvP 3CC-111A/B CCd PU2P DISCHARGE [50LATIOU TAGGED O P E id _ . __ .. VALVE 3CC-115A/B CCa PUW SUC1101 I S JL A TIOil IAGGEO O P Etd . __ _ hbVE 3CC-112A/b CC4 PO!4 P DISCFI A 4GE ISOLATION TAGGED GPEll _ . VALVE 3CC-11eA/h CCW PU'*P SUCTIO'4 I SO L A TIO'l TAGGED OPEN ___ ._ VALVE 3CC-01186 CC.i Pwe' A DISCHARGE VALVE CLOSED _ _ ___ __ ___ _____ 3CC-B1078 CC4 POMP A SUCTIOf VALVE CLOSED .. . . ____
- 3CC-H2n38 DHY TOWER H I 'i L E T ISOLATIOl4 OPEN __ _ _ . _ . _ _
VALVE 3CC-82626 DHY TD-ER n RYPASS ISOLATIO4 CLOSED ____ . __ VALVF SIT-rP-250 Attachment 8.4.4 Draft 2 1 r-_. _ . , _ _ _ - . - . - . . _. . . - . . . ..
'/ALVS LidEUP T A GI.E rn'aE4 0 REQUIRED PEPVORMED VERIFIED VALVE MO. DESCRIPfl0?' POSITION (INITIALS) (INIIIALS) 3CC-3718 DRY E D'1 E R ti l'iL E T HEADr9 JPE:4 __________ __________
ISOLATI01 k AI.V E 3CC-b72h DRY Ta=Er< H 190EI ti E A D E 's uPFi __________ ____ _____ IS01.ATIOd VALVE 3CC-o73R ORY T0iEF il I%EI iEADEd UPEN ____._____ __________ ISOLATION VALVE 3CC-B74b DRY T D .! E R H I':LET ' LEADER OPF4 __________ __________ ISOLATIO*1 VALVE 3CC-P750 ORY TosG B INLET >'U DER OPEN __________ _________. ISOLATI3r. VALVE 3CC-67nB OHY rose 9 6 INIMr HEArWR OPEi __________ __________ ISOLaTIUf: VALVE 3CC-977B DRi ro.4Es 8 INLET HEADER O P E ti __________ __________ ISOLATIUi. 1TLVE 3CC-67Ab DRY T O 'i E h n ISLET 5!EADER UPEN __________ ..._______ ISOLATID.. (ALVE 3CC-379B DRY F0WER 6 INLET HEADER UPEN ____ _____ __________ ISOLATION VALVE 3CC-h608 DRY TOWER b T1LET HEADER O P Ei1 ____ ..___ __________ ISOLATIGP VALJE 3CC-BolB DRY TJnER B DISCHA9GE HEADER OPEN __________ __________ I S O L A r 1 M f. VALVE 3CC-B62b DRY TOWEP 8 DISCHAPGE HEADER OPEN __________ _______ __ ISOLATION VALVE 3CC-Bo3B DR( TO'u E R b DISCHARGE HEADER OPEH __________ __________ I S O L A T I O.'s VALVE 3CC-b64F DRY TU .EP B DISCHA9GE HEADER O P ErJ ____ _____ __________ IS O L A T I C'J VALVE SIT-TP-250 Attachaent d.4.4 Draft 2 2 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . - - _ _ .____----_--l
VALVE I,INEUP TABLE Totv E R D REQUIRED PERFORMED VERIFIED VALUF l'O . Is ES C R I PT I O?! POSITION ( I rt 1 TI Al,S ) ([*i1TIALS) 3CC-3656 DEY tuner B DISCHADGE riE A D ER OPEN . ___ _ _____ __ ISOLATIOR VALVE 3CC-!!o6H OFY I O W E fs e DfSCiaRGE HEADER OPEN __ __ _ _ __ ___ ISOLATION VALVE 3CC-P678 DAY TD,ER 6 DISCHARGE HEADER U P E t1 _____ _ __ __ ISOLATION yALVE 3 CC-U r> h b DPY f u .', E E b OISCHARGE HEADER OPEN _ __ . ______ .. ISOLAf1ON VALVE 3CC-B69H DRY TO EP B DISCHARGE HEAL'ER O P E ra _. . __ ISOLATION VALVE 3CC-8706 Dt Y 10aER B DISCHARGE HEADER OPEN _ .,. ___ __ _ ISOLATION VALVE 3CC-eIOSB C C iv HEAT EACHANGER 6 INLET CPEN _ _____ _ VALVE 3CC-R239B CC4 HEAT EXCHTNGER b SYPASS TAGGE0 CLOSED __________ __________ VALVE 3CC-8141B CCa HEAT EXCHANGER 3 r WGED CLOSED . _ _ . , . _ _ _ _ _ DISCHARGE VALVE 7CC-U004 CCW HEADER B ISOLATION TO TAGGEO OPEd . _ _ __ ._ TEMPORARY HEAT EXCHANGEP 7CC-V006 CC# PUMP A/B SUCTION F404 OPEN _____ ___ _ _ _ TEMPORARY HEAT EXCliA'#GER 7CC-UOO3 CC* HEADEP A ISDLATION TO CLOSED __ _ __ _ _ ___ TEMPGPARY HEAT E.(CHA!lGER 7CC-V005 IEMPORARY HEAR EXCHA'JGER OPEN _ ___ __ _ DISCHAPGE ISOLATION VALVE 3CC-B5Sb ACCW RISER HEADER ISOLATInti OPEN _ __ __ . VALVE SIT-TP-250 Attachment 6.4.4 Dratt 2 3
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.:r y t P r'0 01 H E D P E Fe F C R 'd t D V r:RIFIED VALV5 t0 DESCRIPTIO: P03I rlu i (INITIALS) (1NITIALS) 3CC-45o, ACC- - I 2. - G.. < E -- t:';L .rIib . M C. ____ _____ __ __ .
VAfVE ACC > 3 I M. 4 3 CC-e2 5 c i: 3 E ai9< iSPL i f ito, twEd _________ ____ __ V n i,7 E 3CC-d60h TCC- L I 9 t- ' ' . W. r I ^ ^M . A T I ^ h 1P E 't ____ ___ . __ __
'l A t. V F 3CC-D2n1B ACC- F LU P b SUCfIPe 1 : 11.1, T l u - OPEd _ . __ __ . . _
vALV, 3 C C - e 2 ; 9 -3 ACC* nu'P > biSC ., 3: t 'i n t, r. - L P r: t, _ _ _ _ _ _ _ . , __,_____ f l O. V a t . .' s 3CC 't 12 01 % ACC- 12 0 ' a H FLU- C'rIknL CGOSKD _ __ __ ____ Y A b e r.: 3CC-IGG 34 Arc. Po'P e FLs1 C'i.: WIL CPEn . _ _ . , , ,,. ..
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V A L i e: SIT 'IP-250 A t t a c t'" e n t 9.4.4 Dratt 2 4
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r- ST?P t !I h ', U '/ E L I 'g ti? T A bl.E C0*ERS A b;0 9 MOrd: T91s in tne v a l v e l i n e u r, f o r n o r n.a t oparation ot *et Tower A with CCd P re n t/c lined un as Punn A and CCo como B lined un to carry all CCW tiea t 10 t 1:; . 29)UIRED PERF04:4ED NEPIfIED V A L 'v E sn. U 6 5 C + 1 r g 1. N ') f > S I T 10 !i (111 RIALS) (INITIALS) ICC-F10'* A / 9 CC- DU'P OTSCHARGE I S U L A l'I G ; '19 E *. _ _ __ . VALVE 3CC-F113A/E CC P :, " P Si) C T I D 'l i s o l,,, r 10 *i . i P E rl _ __ __ _ VALVF 3CC-F 110 A/:1 C C ,# P.Iv P D I SC1 A F ';E I S 01, A T10.. J P E i. __ __ __ __ . V At>V E 3CC-F114A/H CC4 PCAP SU C T IO<l ISOLATlO's CPEN . __ VALVs 3 CC-B 10 b a / t$ CCa PDrP A/n SUCrim ISCLA- OPE. ____ _____ T10u VALVE 3CC-111A/n CC= PU!'P DISCHARGE ISOL A TI'm G P E '1 _ _ _ __ __ _ _ VAL /E i r l 3CC-ILSA/B CCA Do49 SUCTI9'4 ISOLATIO.'< OPEN _ . __ . __ r l V i f,V E i ( 3CC-112A/S CCv PU"P DISCHARGE ISOLATION UP Eii . . _ __ __ V\LVF 3CC-116A/R CC4 P lt p SUCTION I SotA T I ON OPEa .__ __ _ __ VAbvE 3 CC-B 1 17 '. CCd PU"P A DISC 1AHGE VALVE OPEN __ ___ l 3CC-8106A CCa PU"o A SUCTID*. VALVE OPEN __ .._ 3CC-B701A Ph( Tu u r.R A ! !, L E T ISOLATION OPEN ___ _ . . _ VALVE l 3CC-6265A DFY TanEk A BiPASS I S U L.i T I O N CLOSED _ _ . __ _ __ __ l VALVF l l SIT-TP-250 Attacnnent 8.4.6 Draft 2 1
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. 150LATI:t . .. i t j 3CC-H84A DhY T>--
['I.* ' ' O i ':% '4 _ _ _ . , _ _ _ . , _ ___ ,____ IJonArt c.-- j $ 3 CC ra d 5 A ORY I:te t WTw .. . __ ___ ____ i l I SI)L AT la , 'i e'i . ; - l 3CC-HdhA ORY 10 4 ' i 4.J P a: N ____ . _ .. i 1501, ail'n s -i t a r 3CC-B87A O R Y T t' .s :i :- t t, - r . - W e:a l _ __ __ _ _ __ _ ISOLATIJo 4 'i b / P' 3CC-nH3A DPY T@:E4 4 1 % 3 I' MADEP d P Ell __ ___ ________ ISOLATIO. V 4 L '4 i ,' l 3CC-ad9A Dd Y TO i.P A LNLET MADER OPE 1 ____ __ ___ __ isal.ATI % V ila r: 3CC-390,. tw Y Tor r' : I u t- u!.m e: 4 U D E'; __ _____ ____ __ I G0i, A rld V ' t. i e 3CC-991A D .< f TDaEh 1 l'.LET JISCHARt;E J P E r. . __ _ __ __ ISOLAT101 VTLVE 3CC-h4'/ A ORY r u .: E 'e a I'id.T DISCHARGE O P E rJ __ _ __ _ _ _ _ _ _ . , _ _ I S 01, A T I O N VAIVE 3CC-H93A odY T0aER A 1iLEr DISC *lARGE OPD ___ . . __ . . ____ . f ISOLATION VAbVE 1 3CC-B94A CFY T04EH A l'lLET OISCHARGE OPEN . _ _ _ _ ___ . _ i i ISOLATI0t; VALVE i { SIT-TP-250 A t t a c n o.e n t 8.4.6 Draft 2 i i ,i
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9dI- .,eI et i , !, , c. I, l . -: 'J P TAFLE rh :> 3 'l A 4D 2 h w:q u 1 R Eli PERFotpED VERIFIED f V A L U F: 10 D E S C s I p r i r: a POS I T IU+4 (IilTIALS) (INITIALS) 3CC-PG A < d Y f'nP ?. I44'f "J SC M :r '
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3CC-d'h A DeY i' a .. i r' - t t : T o l ! '; a C' G V 1 P N. __________ _ ________ ISCI. A rI JU. '/
- L l E 3CC-h97A DPY T i. e > F L t.Lvr i1%:9ARG' . r-) D. _____ ____ ________ .
I m')t: a r 10., V%M 3CC-li98 A t r. Y T a .M A 1. i t. W:T o I:3C u %F ' h' D t ,i1{, A I l J v kALVF 1 3 C C-TW ') A dei Tn *9 A J ;;t .:T 'itSCHAkGi- O M: - ___ __ _ _ ____ _. I s at. A r li' v a t.'/ E 3 CC-6i10 0 4 DRY T G ,Eb A toLET 91?CdWCF DPEJ _ __ _ _ ________ _ 150t. A T I E V i!.VE 3CC-!i10 4 A CCd Dril 5. Cit ANG 'h A Inher n a E '; _ _ . , _ _ _ . __ __ V A b h. 3CC-tt238% CCa nGr EACH ANGER % AYPASS CLPSED _ _ ___ _ _ __ VALVE 3CC-B140A CCa Hr AT EXCH%GER A O PE;! ___ . ___ _ DISChAPGE Val VF 7CC-V003 CCd H E A D 5:R A IS7LATION TD CLOSED ___,_ ____ __ __ TE*POPARY le: A r EYCH AaGER 7 C C- V 0 0 t* CC4 PU9P A/3 S U C r l J r. F R i)1 CLOSSD . _ T E:Nory A R Y ni A r E X Cf4 A JG'.P 7CC-V004 CCw nEADER G I S ') L A r t a l r0 CLOSED _ _ ___ ___ _ 1! 9 por:hY HEAT E X C H A '.G r:R 7CC-V005 T E '* P 0 0 A M HEAT EXCr* ANGER OPEN __ ___ . _ __ DISCHAWE ISOLAr10N V %VE 3CC-il54A ACC.4 RIhrR HE'.DEP ISOLATION OPEN __ ____ VALVE SIT-TP-250 Attachment 9.4.6 Draft 2 3
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- WH3 A 3 ?J D 8 PEdu1 RED- PEHFORMED VERIFIED i'!-
. ..s!erI1 POGITION ( [ rJ IT I AI,5 ) (INITIALS)
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VALVF ! 7CC-/008 ri .'PD4 A s Y i: S A T F.4 DHAIN VALVE OPE'i ._ _____ l 7Cc-pv602 T r.m p o a A R y tsdLLpg SICAM Auro _ . .._ C a '; r p r. i. aLiE 7CC-TV001 TEPpuua4Y 7AIFR rEdPEH\IUHE AUTO _ __ _ __ _ CD4THOL V A l . '.' E 1 7CC-V007 MAnEUP TO Sn GF T' A ' (LATSR) __ __ __ . l l SIT-TP-250 Attachnent 8.4.6 Draft 2 4
P O R t: ADu VAI,VF I,INEUP C A H l.E toner A NOTE: Ini:. ts toe valve lineup for operation of Wet toner A airn CCg Pump A /11 line~ u t, as Nio A and CC*. Pump B lined up to carry all CC4 heat 1 3.s d s . RE0flIRED P E R F 06 'i E D VERIFIED VALVE !n. DESCklo*I.h POSI TIO'J (INITIALS) (INITIALS) ICC-F100A/H CCW PU"P OISCHAkGE I S O fA T I D ri TAGGED OPEN _. ___ _ _ _ _ VALVE 3CC-F113A/b CCA P'la p S U C T I u 's ISOLAFION TAGGED OPEN ____ _ __ __ _ V A f.vE 3 CC-r'110 A /D CCa P U :' P ntSCHAkOE ISULATIO. TAGGED UPEN _ _ _ ___ . ___ V ;. L V F 3CC-F114A/e CC- DU"P S d CT t o'J ISOLA r10N TAGGED GPEN __ _. . V a l,V h 3 C C r.i l o ti A / D CCa Pu; P A/n Si!C TIO:. ISOLA- TAGGED CLOSED _ . _ _ __ __ _ fi Ti VALVE 3CC-111A/H CCr P O $. P D I SCii A P.G E I SDL A t lih FAGGED CLOSED __ _ _ VALVF , 3CC-115A/h CCh o d '* P ,3 0 C T I O ?. ISULAT10:9 FAGGED CLOSED _ _ _ _ _ _ _ _ _ . .. VALVE 3CC-112A/B cta PONP v!SCHARGE IS ]t. A TIO I TAGGED CLOSED __ _ __ ___ VALVE 3CC-116A/b CC, PUMP SUC f l0:2 I SOL A TI0h' TAGGED CLOSED _______ _ ___ . __ VALVE 3CC-B117A CC. Pil* P A DISCHARGE VALVE CLOSED _ _ _ _ _ __ 3CC-B10nA CC- u T' P t. SUCTIO:1 VALVE CLOSED ._ _ __ 3CC-P2ntA nRY TnuMR A I.LET ISOLATION OPEt _ _ __ _ VALVE i l 3CC-H265A DRY TO.o R a BYPASS ISOLATION CLOSED ___ _ ___ l VALVE l l SIT-TP-250 A t ta c h't e n t H.4.7 Draft 2 1
f03U!;a0 VALVE I,IhEUP CAHLE ToeEP A hEQUIRED PERFORMED VERIFIED VAloVE NO. DESCRIPilnN POSITIO:1 (INITIALS) (INITIALS) 3CC-oe1A OPY T:M:P A 1*aLET HFADEH O P Ee4 ____ , _____ . ISOLATIJt! V A L V F. 3CC-f!82A t.l:Y TONim A INbET tiFADER U PE?i __ _ _ _____ . I S U L A T I G PI V A l,V E 3CC-H83A DwY TGoER A I:sLF r iE AD E; OPEN __ _ . _ _ . __ I S O L A T I 0 ti VALVE 3CC-H84A OHY TnW4H A INLEr t!EADER OPEN ___ _ . ISOLATICL VALVE 3CC-H tis A DRY T n c. E W A I A: LEI etEAnKR O P E *J __ _ __ __ I S O L A T I n f; VALVE 3CC-BhbA 0FY T0aEP A I ':15.T H E A D EF OPEN . __ ISOLATIQte VAI;VE 3CC-fi8 7 A OfY lhol 9 3 I 'i L E T :4EADER UPE:J __ . __ _ ISOLATIU4 VALVE 3CC-PdPA OHY TO.vF6 % ItebEr HEADER O PEli __ _ __ _ ISOLATION V A 1, V E 3CC-689A DPY TO WH A INLET MEADER OPEtl ___ _ - . ISOL A Tluff V 41,V E l 3CC-690A DRY TurER A INLer HEADEw O P E3J _ _ _ . _ _ __ __ i ISOLATIOP4 VAL /E 3CC-fl91 A DNY T f h. E 9 A 1 *:L E T DISCHAPGE O P S *1 _. _ _ _ . _ ISOLATION VALVE 3CC-b92A DR( T U .4 E s A [ *' L E T DISCHAFGE OPEN _ __ _ __ . ISOLATIOt; VALVE 3CC-093A DRY TO1ER A INLEr VISCHARGE OPEri _ . _ _. ISCLATIDd VALVE 3CC-B94A Dkf T0*ER A I:!LdT DISCdARGE O P E '1 ___ . . _ . ___ ( I SOT. A T IT: VALVE Sir-TF-250 Attaennent 8.4.7 Draft 2 I I 2 l
1.JII; W O ViLVE LISEUP TA6LE rrw C E. A HEGUIRED PEPVOR"En V8IFIED V A L1,2 O. nr 5CR !P r im. pns t riart (INITTALS) (INITIALS) 3CC-093A r i- Y r ? ! . i " ! . J: T a l c C i A niE G P-: s _____ _. _. I .'M L A T I E ' < .L / M 3CC-Mo A D r. Y rh 4 A 1 ' i, ;. T D[3CdAAGE UPE. __ __ . .. __ I S OI. A T I'J t VTLVE 3CC-B97A OLY TO WP A INhET 01SCHANGd i) PEN . ___ . . _ I SO L A110-. VTLVE 3CC-B9aA o-Y roem A I"LSr DISCHAr<GE O P E;4 _ ,____ _ __ __ _ I st)La rI R. VALVE 3CC-tW1 A DPY f o n:P A l'LET DTSCHAHGE 3PEb __ _ __ .. .. I S O L A T I 1.. 14 L V r. 3CC-bl00A Di Y IUkEd A I1LE r n I SC'i A RGE UPEN . . _ _ . , _ _ . , , _ _ _ ISOL AT I O.. VALVF 3CC-61044 CC HEAI FYCHANGER A 111.e:T CLOSED _ ____ ____ . __ V AliVi. 3CC-423HA CC4 H r:,. T G ChA*.GER A 9YPASS OPEN ___ __ ___ __ _ VALVF 3 CC-M 1 6 0.1 CCa HEAT EXChANGEP A FAGGED CLOSED . __ . DISCHARGE VALVE 7CC-V003 CCn HGCEP A I S ~)L A T I O N 10 TAGGED UPEN _ _ _ . TEMPORARY rt': A r ?:XCit Ar4GEP 7CC-V006 CC4 PNP A/C SUCTITI FROS OPEN _ .. TEMPORARY HEAT EXCONGER 7CC-V004 CCa H6\OER S IS D!. A T ION TO CLOSED . . _ _ TEMPORAPY *tS A T EXCHi1GER 7CC-Vor,S TE %)o9 A H Y r!c r EXC" A1GG O pet 4 _ . _ . _ . DISC 1%HGF ISOL A T10 4 VALVE 3CC-B51A ACCW RISEP H t: Al? E R ISOLATION OPEN __ _ .. VALVE SIT-TP-250 Attachment d.4.7 Draft 2 3
. . . . . . . . . . - . - .. ~ . . - - -- .- ... .
70G4A00 VAIVM LIRUP TAhLE T O.1 E R A R E ll! I N E D PERFORMED VERIFIED VALVE NO. l> E S C P I P T [ O 'i POSITION (INITIALS) (INITIALS) 3CC-HS7A ACC.. EISr.W HEADEF I SUL ATIor? U P E 'l . _ _ _ _ _ . , _ _ . .__ V AI,VE 3CC-65aA ACCa RIJES HEADER IS3L A TIor! OPEh _ _ . __ ____ __ _ VALVE 3CC-bS3A ACCS HISEP ttEADER I SQ L A T I'lN OPEN ____.. _ _ . __ . V A L V E. 3CC-b260A ACCv cu4P A SUCTI0; I3JLArIars OPE:4 _ _ _ _ _ . _ _ . _ ___ __ V A f,V E 3CC-il28 A A S C C .. P H;. P A DTSCWARGE ISOLA- O P E,t; _ . _____ - _ .___ FION VALVE 3CC-rN290A ACC- Pi!
- P A FL0s C O 'l T R O L AS IS ___ _ _ . .._ _ -
VALVE 3CC-B292A 3CC$ P U '4 P A FLU 4 C Df! T R O L OPEN __ __ __ _ _ VALVE P I S Cri A R G E I S O L A T I 0 '; V\LVE 7CC-V00H TEMPORARY HSATER DRAIN V A L V F. O P &l _ _ _ _ _ _ . . . .. __ 7CC-PV002 TD Pt'hARY 60ILER SrEA:' AUTO ___ _ _ ___ __ CONT 90L val 7E , 7CC-TV001 TE*?ORARY HFATER TE'dPERATURE AUTO - _ ____ ___. Cail PR OL VALVE 7CC-V007 A K E U P [0 SURGE rA e : (LATER) __ .._ _ __ 3CC-F2654 4Ef TO EH EdUALIZING VALVES CLOSFD ___ _ __ _ _ __ 3CC-F294A VET TOWER MU ALIZI'JG V ALVES CLOSED ._ . _ . _ __ SIT-TF-750 A r. tach nent 8.4.7 Draft 2 l l 1
I y l 1 r :10. M e d vAI,VE LIJEUP TABLE tower H , l NOTE: Tnis is tne v r.1 / e Jinnun tor the operation of net Tower f4 with C C '.f P o ." p J/4 linen un as Dumn '* 300 CCe Pomo A lined up'to carry all CCW i 1 h a,i t t o+:3. l
'3 E 0 0 I N E D P E R F'O R = E D VERIFIED VALVE n. rWScs I t II Jr, POSITION ( I'J I TI ALS ) ([NITIALS) 3CC-F149t/B CCa P U 9 t' D I 1r' H A R G r' 1501. A tin t: TAGGED CLOSED _ ___ _ ___
VALVE 3CC-Fil3a/h CCw PJCP JUCT101 ISOf, A T [0h TAGGED CLUSED __ . _ . __ _ __ VALsF 3CC-F11oA/o CC, P U ': P OISCtiANGE ISOLATInN 'I AGGED CLOSED _ _ _ _ _ _ . , . _ . VALVE' 3CC-F1'ia/h CC= PUuP SUCT 10 3J 15GLa r10'1 TAGGED CLOSED ______ _____ _ J A L V r.: 3CC-6108A/B CC. PU"P A/a SUCTIuN ISdLA- TAGGED CLUSED _ _ _ , ______ T109 V A L V 3CC-111A/B CC Pu@ O l 3 C d A L. G E. IS3LATIOS TAGGED GPEN ___ ___ _ __ VALV>* 3CC-115A/b CCv P U n' P SUC11CN I SOL A TIO!1 TAGGED OPE" __ __ __ _ VALVE 3CC-112A/B CC4 P U ;2 P DISCHAWGE ISOL A TION CAGGED OPEN __ _ . __ __ VALVE 3CC-Il6A/B CC DUPP SUCTION I SOL A T IOit TAGGED OPEN . __ _ _ . ____ VALvF 3CC-B11HH CC4 PU"P A DISCHAPGE VALVE CLOSE0 ______ _ _ . 3CC-B197H CC :v F U '4 P A SUCTION VALVE CLOSED __ __ . 3CC-P2034 Ohf 0 0 M. R 6 l 'il, E T 1501. A T I C l1 OPEN _ _ VALVE 3CC-e2620 DPY TC EH R HYPAS3 ISDLATION CLOSED _ ___ _ _ _ . _ VALVF SIT-TP-2%0 Attachment 4. l . d Draft 2 1
- g. m . . r ey ca~,a T'- ,3 C E'J 01 H r.D R e. R F O R '4 K O VERIFIED VALVE t:0, fie;SCk i n t i . I' D'13 f T IDD (INITIALS) (INITIALS) 3CC-3716 pr r E v. " J'L.r ,:Ay .
ap'" ____ __ . . _ __ 13 01, A r i a'. v r. f. V K 3CC-07?H DrV T'? 1F d ILL2r "AGD GPEN ___ __ __ _ _ ______ I:20 L /a r l e e v u, F 3CC-8733 OcY TU ,. E w e 1 a b.. T W A 0dr: : "> h ?' I:;0L A r !9N V A L o. 3CC-674h NY T'J*.P ' I '. L '-: r -i E A G E !: O P F:' _ ___ _ . __ __ ___ [5GL A I IJ: 9 .'. t .15 3CC-H755 obY T O' c. *: :< 6 l ' L : r " c: % r. E F. G P E: .4 ________ __ . ___ I f.0 L '. f I 'r 9 VAL /F 3CC-676B D 4. Y T O cW V h I NI.t r H E Ali.v e P E '. __ ___ _ . ___ IS')LA rlo'n V A L V i' 3CC-B776 N1 TO Ws 4 I '; L E T HEA0EL O P Ol . __ _ __ _ _ _____ 1 SOi, A T I n t, v A T, v i;. 3CC-H7Ao DRY T O '..' E R 9 1 %:T .iE A DE P UPE.s ___ ______ . _ ____ _ I S O L A T I D.4 VALiE 3CC-B79E IH4 Y 10'd e a I:2LEr 4EADEP 3 P E 'i _____ _ _ ____ ___ _ I S 01. A I I O N v AI,VE i 3CC-iWOB DHY T04E6 6 1%ET HEADER O D E 's _______ __ ______ I sofia T I Gil V c4 I V 6 3CC-n616 ORf TMH h nISchyGE HSADFk U P C 'J . ____ _ _ ___ ISOLATI0r: V?LVE 3CC-Bo2B DRY T'b E R 9 DISCHARGE HEADER OPEN _ . _ ISOLArtDN V A I,'v E ! 3CC-%38 DRY r d .c
's ' . d P DISCHAHGE tlEADER OPEN __ _ . . _
1 I5DI. A II O4 V A L Y L: 3CC-664b O r< Y toun !! DISCHARGE HEAI>ER OPEA __ _ __ _ _ _ _ _ _ . I S D L A T [ 0 f. VwLVF SIT-rP-250 Attachment s.4.8 Draft 2 l l l 2
- .. ~ a.
TPF : A00 V A f,'1 E LIIEUP IAbbF T03EP fi R C0 0 I t'E O PERE OR*WD VERIFIED VALVE !10 DESCRIP110. POSITION (Inti;ALC) ( nir1Aa.S) 3 CC- R 6 'in OMY Tib th o '; I "> C uiu' C E a rN 9 E P om __ _ ____ _ _ _ _ . ISULATION VALVE 3CC-666n DR1 T O 'v E E h D IS C'i A P G E H5: odes t1 pef: __ ______ _ _ , _ _ I S O L A T I O *. VALVE 3CC-667h O P Y 10 4 r.P 6 DISCH%GE ifEADER OPEN ___ ___ __ __ ISOL A T IO?. VALVE 3CC-BO90 DFY TuhCR 6 DISCHAfiGE HEADER OPEN _____ __ __ ____ ISOLATIOri VAI.VE 3CC-do96 DRY T O '<. E H H DISC 4A3GE HEADER OPEu . __ ____ _ _ _ _ . _ _ _ . _ _ ISOLATIO'l VALVF 3CC-870B DPY r n '.t E R R DISCHARGE HEADER OPEd _ ____ _ _ _ _ . _ T Sai, A T ION VALVE 3CC-B105H CCW HEAR EXCHANSEP R I i41. E T Cl.OSFD _____ __ . VALVE 3CC-8239B CCW BEAT EXCHANGER G BYPASS OPEd _ __ _ _ _ ___ VALVE 3CC-B141B CCn H F. A T EXCHAi4FR R TAGGED CLOSED _ _ _ _ . , ____ . DISCHAPGE VALVE 7CC-U004 CCa HEADER t1 ISOLATION TO TAGGED OPEN _____ _ _ __ TE*PuhARY ItEAT EXCHAAGER 7CC-V006 CC rv PUMP A/A SUCTIOr. FROM GPEN .,__ ___ _ _ __ TE*PORARY WAT t.XC'lAf;GER 7CC-V003 CCW HEADEP A ISOLATION TO CLOSED _ _ _ . _ _ ___ _ __ TE'4PORARY HEAT EXCHANGER 7CC-V005 TEMPORARY liEAT EXCHA'IGER OPE 4 ____ . _ __ __ _ DISCHARGE ISOLATION V A I,V E 3CC-B556 ACCa RISER HEADER ISOLATION O P Eri _ __ _ . __ VALVE SIT-TP-250 Attachment 8.4.8 Draft 2 3
_ -._..m._ -. _ .. _ _ . _ _ . - _ _ - _. . . - _ b . - .i c .: n .: ... e f: i i ? , i i i !' i i j 'rqif % on JTLVr' . L i ciEUP ' T ABLE J T0aER B e . t i REQUIRED PERFORMED . VERIFIED V A LVr: .!O . DESCCIPTIGN LPOSITInn - (INITtAr;s)' (tyITIALS). ; i ! 3CC-aS6e ACC4 4 Io .9 O p r. . ISOL 4 rIOri GF D4 ______.___ . ..._._____ l vat.VE i l 3CC-R50H ACC,. 115FR +EADEh .4 50i, A TIO'; ope:N _......___ .__. ...._ l V ?. f. V 7 3CC-P60b- ACCa siSER H E A U Mi< t S O L A T I O 's O Pr:N - ____..____ ...._____. i VALVE i ! 3CC-B2616 ACCf DUPP b CUCTION-ISOLATION OPE 4 _____...__ .._____.._ i VRVE i 3CC-62693 ACCa POW 9 OISCHARGE ISOLA- OPE!! . ____..___ ________... l r104 V A i.V r: l 3CC-Tv2916 ACC, pu:oi n E !.'1 = Cou ruct CLOSED- _..._..___ _ .......__ 2 V A L v r_ 3CC-H293B ACC4 POVF o FLO4 CO.4rROL OPEN .. ...___ ._________
'.ALVE DISCHARGE ISDLATION VAL /E 3CC-f2850 we.f T0aER E,allAI.IZI'JG VALVE CLOSED __________ ..________
3CC-F2A4A sdT TOWFP E:)UALIZING VALVE CLOSED .____ ____ ....._____ t a t, l ! SIT-TP-250 Attachment 8.4.9 Draft 2 i i i
! 4 5.,.--.~.-.n.-.-,. - - . . - . . . - - - - - - - _ . - ~ ~ - - - - - - , . , - . , , , - -
- . LOUISl AN A POWER S LIGHT C O.
T WATERFORD 5 M8 DOLE SOUTH imutES SYSTEM M 33:NG I NFORM AT iO'. LIS7 c . m' ' ~ .~~ s~r-', i:-' "*j
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LOUISI AN A POWER S LIGHT C O. g n.y WATERFORD 3 w.- sd s FJ
;,u .=1 M U/EM!d$ MISSING INFORM ATION LIST PROCEDURE NO. PROCEDURE TITLE AFFE CT E D PAR AGR AP H DATE INITI AL 13 TE nos. Ett . 8.J.I I
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3372E*J CHECILIST
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;' 2 ..cs 2 car:ad 4 9 ?- Date Completed S ' I - 7 7-Ooer.?an: 100ts (or ;ast objectives section) Tes- No n/a 13 adequate: _
- 2. 3efateuu: :: tion (Section 2.0) is complete. Yes) No n/a (If no, indicate deficiencies / omissions on Document Review Comments sheet.)
3 stated commit =ents meet regulatory Tes. No n/a require =ents. (If no, indicate deficiencies / omissions on Document Review Comments sheet.) - 3 Commitment catalog lists all known Ies / No n/a commitments. (If so, indicate M deficiencies / omissions on Document Review Comments sheet.)
- 5. Document meets all requirements of Yes ,/ No n/a regulatory source documents.
(If no, indicate deficiennies/ omissions on Document Review Comments sheet.)
- 6. Document is consistent with other Iss,)No n/a t '
referenced documents. (If no, indicate discrepancies on Document Review Comments sheet.)
- 7. Document content is consistent with ,
es No n/a stated scope or test objectives. (If no, indicate discrepancies on Document Review Comments sheet.) SAP-11 Attachment 53 Rev. O a
/
- 8. If document being reviewed is a revision Yes No of an approved document, are the revised portions consistent with the rest of the document? (If no sr.n/a, explain on Document Review Comments sheet.)
NOTE: Questions 9-11 are to be completed following the author's incorporation of comments. 9 List of RECOMMENDED comments is Yes No n/a complete.
- 90. List of REQUIRED comments is Yes No n/a J
complete.
- 11. Document is recommended for Ies ' No n/a approval and distribution (with changes or corrections as noted).
( - cm & Is B t-p i Designated Reviewer Date SAP-11 Attachment 53 Rev. O _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ .5L--_- -- - - - . - _ _ - _ . - _ . . . - _ . . _ . - _ _
DOCUMENT REVIEW COMMENTS DCOUMENT NO. S N W ~ 3 ICJ # REY./ DRAFT TITLE u t li-<de Md li~t Tt t4 CMT
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