addendum 3 to rev 2 to startup test procedure 3.7, 'turbine … · 2017. 2. 28. · test...
TRANSCRIPT
~ ~PACIFIC GAS AND ELECTRIC COt'lPAt ~STATION CONSTRUCTION DEPARTt'.ENT FOR LNFDg~gag ON~y
DIABLO CANYON PPOJECT
UNIT 2
ORIG
INO.
POSTCONUCT REVlEW
PROCEDURE NO. TEST PROCEDURE No. ~ADDENDUM
+ RTT.
TniS PROCEDURE ADDENDUMHAS BEEN CHECKED
AGAIHS'I IATEST DESIGN AHO THE ISMI III AddendUM ~ACCOROANCE WITH INSTRUCTION 3.15.
SUEDATE lo IS TrX
FORMATION TRANSFER VERIRCATION
TElrr-xr Irs-
OATE DEUCE
~YAPPRttVED 8„~ NAAIGE SHEETS
Y8$ gg) E3
TURBINE DRIVEN AUXILIARY FEEDWATER PUMP 48 AMOUR ENDURANCE TEST
PRE-CONDUCT REVIEW
PROCEDURE NO.
ADDENDUM ND. > RM.
THM PROCEDURE ANENDUMHAS DEER MOCKED
AGAINST LATEST DESIGN ANO THE FSAR IN
ACCORDANCE WITH INSTRUCTION $ .2 Or 3.10.
SUE QTE
~aATE D E~ D~LSUE ~ATE
PRE~g RBtl~PROCEDURE NO.
ADDENOINE NDTHIS
PROCEDURE AD~ Irer.
SUE~4IMTE ~~-I'- rr G
DATE
DATE
il
T CUIT'@Ply,pl csoIClJOmet,EAA-„CIO
'En<".OQIoAO
OtLi<A,G)L,L,
j;
Prep red by/Date John Behen
Approved by/Date
Performed by/Date
Approved by/Date
Accepted forOperation by/Date
4/I/85 Star tup Engineer
~ ~> Lead Startup Engineer
Plant Superintendent
Startup Engineer
5~~a /~i'Plant Superintendent
Lead Startup Engineer
Plant Superintendent
Distribution: Power Plant Superintendent (4)Nuclear Projects (2)Onsite Q.A. (1)Mes tinghouse (Si te Manage r) (2)
Resident Civil Engineer (1)Resident Electrical Engineer (3)Resident Mechanical Engineer (1)Coordinating Q. C. Engineer (Original )
5-29 (7-15-80)
Startup Files:
-0Fag tgH)NATION ONl.Y
PACIFIC GAS AND ELECTRiC COMPANY
STATI(5 CONSTHJCTION DEPARTMENT
DIABLO LANDON PR(VECT
UNIT 2
TEST PROKQJRE NO. 3.7Addendum No. 3
TURBINE DRIVEN AUXILIARYFEEJMATER PUMP INITIAL STAR'LlJP
1.0
To operate the Auxiliary Feedwater Pump (APW PP) 2-1 (Turbine Dnven) for an extenaedperiod of operation and take suzficient data to confirm the reliability of the pump and
auxiliaries and meet the requireaents or tne NRC revxsea recommenaatxons f2 of'AdditionaiShort Tenn Recommendations" pranulgated based on 'rMI-2 concerns.
2.0
The turbine ariven ABl Pp. 2-1 will be aligned to supply water to tne steam generators ana
return to the condensate storage tank via the condensate regect loop fraa the hotwell.
With the reactor at a power level sufficient to supply steam to tne AFW PP. turbine atrated teaperature and pressure, the turbine stean supply valves w&l be op ned down to thetnrottle trip valve ana the steam lead warmed. The throttle trip valve wu.l be latcheaand the turbine brought up to speed using the throttle trip valve with the punp on
recirculau.on only, allowing the uaxt to operate on recirculau.on untW initim cheese arecanplete. After an initial inspeotion of all canponents has been canplc ted, the dischargevaLve wall be opened ana flow will be established supplying feeawater to tne steam
generators for a minimun of 48 hours.
Data will be r ecorded at regular intervals as described on the aata sheets. (Appenuix B).At ihe end of 48 hours, the punp.and turbine will be shutdown and allowed to cool untilpunp temperatures reauce to within 20 Deg. F of their values at tne start of me 45 hourtest and at least 8 hours have elapsed. Following cooldown the punp will be restartedana run supplying feedwater to the steam generators for one hour ana all data points wtlLbe recce ded.
3 o ZKHUURUZk
3.1 Feecwater System Piping Sohenatio 100003-1v
3.2 Turbine Stean Supply Piping Schenatio 105004-11
TEST PRO(ZIXJRE NU. 3.7hddendm No. 3
FOR izmama~ WI.V
3.3 Makeup Water Systen Piping Scheaatic 108u16-13
3.4 Znstrunent Schenatic Legend 1080)0-3
3.5 Instrument Schenatic inalysis Instrument System 108031-7
3 .6 Instruaeat Schematic FLar Instruaent System 1080j2»10
3.7 Zustrument Schenatic level Instrument System 108033-8
3.8 Instrument Schanatxo Press. Znstruuent System lu8u~4-9
3.9 Instrument Schematic Tenp. Instrument System 10ou35-7
3.10 Instrument Schematic Multivariable Instr. System 1080]e-9
3.11 125 Volt and i.50 Volt D.C. Sgstans 441240-14
3.12 AFW PP. Turbine Control Schematic Diagram 441303-7
3.13 hFW Pp. Motor Operated Valves Schenatio Diagram 441 301-11
3.14 hFW Pp. Turbine Control 455097-4
3.15 hFW Pp. (Turbine Driven) Instruction Manual bbg056-25-3
3.16 hFW PP. Turbine Instruction Manual 6b305o-45-4
3.17 hFW Sy stan Operating Procedure OP fD-1 Rev 0
3. 1 s Diablo Canyon FShR
3.19 Diablo Canyon 'Q» List
TEST PROCEDURE HO. 3.7addendum No. 3
Foi tHFORMATtOM ONLY
3~20 Diablo Canyon Technical Specifications (Tech. Specs)
3.21 Reoommtdnaatxons for AFN Systems HUm ae>1
3.22 IPO Surveillance Test Procedure P-6B Rev 10
3.23 Conaensate System Operating Proceaure OPS C-7k: 1 Rev. 0
4 ~ 0
4.1 The normaL plant electrical system is in service or available.
4.2 hll instrumentation used in this procedure are listed on S-50 form.
4.3 The Concensate System is available to supply water in accordance wirnNuclear Plant Operations {NPO) Operating Procedure (OP) No.~~
4.4 The Conddpnaate Storage Tank shall be available with a minimum conzainedvolume of 378,000 { 88$ ) gallons of water.
4.5 Condeneer vaouua eatanlianed uitn condenaate aad redact ayaten in operation.
4.6 The Chemical Infection System is operable.
4.7 Verify tnat the heat input into the secondary system for the sr,eaa dunpsysten ana seconaary load to the conaenser is equivalent to " Sou GPN feea-water to the stean generators.
4.S Test Znstrunentatxon
a. Pressure gauge (0-1500 psig) at PX 213 on steam inlet to turbine cravenAFW Pp.
b. Pressure gauge (0-30 psig) at {PZ-420), he% Pp. suction.
c. Pre~sure gauge (0-2000 psig) at {PI-426), A%V Pp. Discharge.
4e9 hW Pp. room ventxLauon is in service or erailable.
.t
TEST PROCEDURE IO. 3.2Addend~ No. 3
FOR tNFORNTION ONLY
¹.10 Motor driven AFW punps ere lined up to supply feebrater to the steamgenerators if requirea during ¹5 hour rm.
4.11 1he throttle trip valve on the turbtne 1nlet has been operated and dston-atrates to trap olosed uhea ln the open position ana tne trap lever uas trtppen
4.12 TP 3.7 A2 ccepleted.
4.'l3 AN pp. 4-1 turbtns ana pntp lube ntl reservoirs ere retied to noraet Aevet.
¹.14 Coueurd.cativns established bebreen APM Pp. 2-1 roan and control roau
¹.15 AN Pp. room access control is established.
4.16 S~ift test personnel are briefed as to duties during test.
4.17 Make up water system available.
5.0
5.1 Ambient temperature/huuidity instrcaent xs avau.able for pump roomtenpeA ature/hunidity measurement.
5.2 Vibration meter is avaLLable.
5.3 Place the follaring paramet.ers on a 15 minute trend.
AN Pp. 2-1 turbine inboard brg. teapAN Pp. 2-1 turbine outboard brg. teapAN Pp. 2-1 puap inboard brg. tempAN Pp. 2-1 puap outboard brg. tanp.Conaensate Storage tanx level/volte
T2359AT2360AT23b3AT2365AL2200A
5.¹ AN Pp. 2-1 ptmp and turbine valves have been aligned and the equipmentis ready for oper ation per Plant Operating Procedure OP D-l:1.
TEST PROCEDURE NO. 3.7Addendum Ho. 3
FOR tHFORNTION ONLY
5.5 One set of AFM Pp. 2-1 turbine bearing aad punp bearing tanpecature andpump roomump room amp/hmidity readings and oondensate xater storage tank lerelhere bmn recorded on Appendix B prior to starting punp.
5.6 Reactor poxer level is sufficient to aller operation of turbine arivenAP1I Pp.
2-1'.0
6.1
This test should be tezminated if any of tne rollarlng coacitions occuz:
6.1.1 Vibration exoeeds 1.5 mQs; if initial data is f 0.5 mila.
6.1.2 Vibiati'on triples; if initial data is > 0.5, f 2.0 mQs.
6.1.3 Vib.ation increases by 2 mils; if initial data is > 2.0, J 5.0 mils.
6.1.4 Vibration exceeds 7.0 mils.
6.1.5 Punp suction pressure zaLLs belox 10 psig.
6.1.6 PunpbP falls to 90$ of its initial data level taken at full flcnr of 880+ 0200PH.
6.1.7 Environmental allcxable lnmits exceeaed for any saz'ety related equipaent inpunp roczns. >03 deg. F max. taaperature.
HQTE: Relatzve hunidity readings are taken fcc z.nfmnatz.on only. Equipuent z.nstated areas are qual'.fied for che must severe case of 100$ relative humidity.
6.1.8 Punp bearing temperatures reach alarm set point of 18v deg. P.
6.1.9 ABI Punp Turbine bearing taaperatures reach alarm set point of 205 deg. F.
6.2I
6.2,1 Surveillance testing of AHI pps. caanot be perz'ormed oonourzent xxcn tais test.
6.2.2 The aligned condensate storage tank usable level must be maintained aboveTech. Speo. limits of 178,000 gals» lox level alana set at 22' 8~ (213,00 gals = 51'SJ.
6".2:.3 Zf'ndurance test is oonuucted as part of T.P. 40.0 - Staztup ProgramMaster document, alL otner testing relauve to reactor,poxer lerels must be resrrainec.
6.2 4 A continuous stean generator blcxdoxn may be aeoessary to main~sin chemistryaao provide a steady Load (flcnr) requirenent.
TEST PROCEDURE aV. 3.7Addendum No. 3
~ok wmeaaoH 0MIY
6.3
5.3.1 Proceed with Turbine Stean Line heatup and initial puap operation perOP. D 1:1
6 3.2 Rm kPW Pp. 2-1 in minimum recirc. mode for time required to check puapand turbine bearing oil levels ann reooro initia. sot of readings on sheetsprovided in Appendix B.
NOTE: 1) After data nas been recorded and pump and turbine conaiu.ons arever@fied satisfactory, notify control roan snift fcreaan tuatturbine criven A8f Pp. 2-1 is av~able to supply feedwater to tne sreamgeueret ors.
2) Transfer k8f ehenxcal feed as required during test.
6.4
6.4.1 Establi.sh flow to ihe sr.earn generators.
6.4.2 When total flow of 880 GPH is earablishec, verify tnat motor drivenAN Pps. 2-2 and 2-3 ue running on recir c. and their level control valvesare closed:
Record Time
ABI Pp. 2-2 on Recirc.AFW Pp. 2-3 on Reciro.LCV-110 ClosedLCV->11'losedLCV»113 ClosedLCV-115 Closed
6.4.3 Shutorf motor driven kH pumps 2-2 ana 2-3 and place pumps in stancoy.
AFM puap 2-2 off, in stanabyAEN panp 2-3 off, in standby
6.4.4 Place the following level control valves in "Auto" and veiify the valvesare zully open:
AM Pp. 2-2 to Stm. Gen. No. 1
AFN Pp. 2-2 to Stm. Qen. No. 2AFW Pp. 2-3 to St+. Qen. No. 3Ah( Pp, 2-3 to Stm. Gen. No. 4
LCV-110 in Auto and fully openLCV-111 in Auto and fur.ly openLCV-115 in Auto and fully openLCV->13 in Auto and fu ly open
6.4.5 Verify AH( Pp. room ventiiatxon xs operating.
I
~ e ~ ~ ~
TEST PRU(XNRE NU. 3.7Addendum No. 3
FOR INFORMAT(ON ONL>
6.4.6 Begin recording d ta as per Appendix B on an hourly interval untilbearing tenperatures stabs.pep (temperatures are considered stable Xrtenperature rise is less than 5 deg. Flhour) thea oontinue recording data oaa two hour interval util 45 hours of opera&on nave elapsed. Reoord taeanount of oQ. added to any bggariag if addition is required during run, andnote which bearing it was adaea to, in Noomments~ section of Appendix B. Noteany abnomalities in the ~comments~ seotion also. e
NOTE: During the conduct of the 45 hour rua, tne total. flow recorded may behigher thaa the operational i@mits of 860 - 880 gpm (aoceptable datalnmlrs of 880 - 900 gpm) and in all cases must be greater taan or equuto 880 gpm. The initial and final flows should be within the flow limits(8M - 900 gpm) so that a determination or possible paap degraaau.on canbe made after the 48 hour performance demonstration.
6.4.7 Plot the following paraaeters as a function of time to momtor tae treau.
Punp Suction PressurePunp b,PBearing Tenperatures (Puap inboard aaa outboardp Tur bica inboar d and outboard)
6.4.8 After 48 hours of puap operationp record the time ~g (hours 4 min). anddate ~~/ then noti shift foreman to place motor driven AFN Pps. in serviceper OP D-1:1 to ~ataxia Systen flow requireneats.
LSf Pp. 2-2 st,artccLFN Pp. 2-3 started
6.4.9 Notify she.ft fcn'enan to stop turbine driven LFM Pp. 2-1
6.4.10 Continue to run LPW Pp. room vent&ation.
6.4.11 kfter miaimun of eight hours nave elapsed since tae turbim craven pLnnpwas shutdownp collect oae set of kata per Appendix B, veri+ tenperatures arewithin 20 deg. F of the pre-start, data.
6.4.12 apnea tenpegatuces are conrinned to be within 20 deg. F of'he pre-startdata, prepare rtr turbine driven putp restart tp revssutng seotions 1.0 tnroueb4.0 aad reconfiming initial coaditiuns ia sectioa 5A and 6.1 through 6.2.
6.5
6.5 .1 Proceea with turbine sresm line heat up ann initial paap operationper OP D-1:1.
6.5.2 Rm LFV Pp. 2-1 in mxnimua reciro. mode fcc time required to cheer pumpand tur bine bearing oil levels and reoa d initial set op readings on cuestaprovided ia kppenaix B.
NOTE: After data has been recorded and punp and tuz bine conditions are verifiedsatiafactoryp note control roan short forenaa taat turbine driven AS/Pp. 2-1 is available to supply feed waver to the stean generators.
TEST PROCEDURE NO. 3.7Addendum No. 3
FOR INFORMATIONONQ'.6
6.6.1 Re-establish flcnr to the stean generators.
6.6.2 Mhea total flex of 880 GPB is establisheo, veri+ tnat motor driven AFN
Pps. 2-2 and 2-3 are running oa recirc. and their level control valves areolosed.
Record Time Date
kPN Pp. 2-2 oa recirc.AFV Pp. 2-3 on reciro.Stm. Gen. No.1 LCV 110 closedStm. Gen. No.2 LCV >11 closedStm. Gen. No.3 LCV 115 olosedStm. Gen. No.4 LCV l13 closed
6.6.3 shutoff motor driven Ahf Pps. 2-2 ann 2-3 aaa plaoe puaps in standby.
AFW Pp. 2-2 off in standbyAH Pp. 2-3 ofr xn stanaby
6.6.4 Verify the follaring level control valves in "Auto" and fully open.
AFN Pp. 2-2 to Stm. Gen. No. 1
AFW Pp. 2-2 to Stm. Gen. No. 2AFN Pp. 2-3 to Stm. Gen. No. 3AFW Pp. 2-3 to Stm. Gen. No. 4
LCV-110 in autoLCV-111 in autoLCV-115 in autoJ CV-113 in auto
6.6.5 Verify AHl Pp. room ventilation is operating.
6.6.6 After punp has operated fcc g one hour, gather one ccmplete set ofdata anc record on appeacix B.
6.6.7 Reccrd Time ~~(Hours aad Ma) aad Date ~~( thea notify coatrol~ ocm shrift forenan that turbine driven AFM Pp. endurance test is ccepl~ted.
6.6.8 Align the AFN systen as directed by shift fcrenan.
6.7
6.7.1 lsseaule all attactaents and data, and analyze tc detesnxne test successfulper section 7.0 acceptance oriteria.
6.7.2 On successful complete.on of test of AFN Pp. 2-1, renove startup instruaea-tation listed. under steps 4.8 aad 5.1 aad return instruments to instr. dept. forcalabratxon verificatxoa ana storage.
6.7.3 Renove tanpedature trend point,s, (step 5.3).
6.7.4 Continue with TP 4Q.O.
TEST PROCKQJRE ggAddendum go
co< wmmamos ON@
7.0
NOTE: hcceptable perrcrmance of systems, equipaent or components tested by thisprooedure is baaed only on two ooncerns-
k. That alL steps nave been successfully oompleted as prescribed, andB. That data recorded specifically for acceptance crireria purposes falls
within prescr1bed limits.Verificatxons in steps 7.1 ~4 7.2 establish .that.,acceptable performancehas been deaonstrated.
7.1 Verify that all steps 1n tnis procedure nave been succeeefully completedas prescribed.
7.2 Data Limits T.P. No. 3.7 Ad. 3 Page 1 of 27am eterne eyywrley la Ne tello Hlm are ke~ to steps sfth5a th5s yeecohee. %le Acoeytaile Qata UIrltawAr Cho Accept~ CH!aria col~ ate tlat ~rat5oaal L5a5ti o4ustei fer Test Iaat~t Rcaracy ta tie~~t5ee 4fnct5ee. Verify tire leal Qata lkta5no4 falls wltb5a tie lateptaile Qata L5alts.
ITEN(Descrlpt5oa)
KKIATINhLTEST
LINIS%$T
II$1NSKIIYeueacr
LININGS
lCIWLMTA
IITAIR
JCCKFtlNX CIIlMLA
6.4.6 Pua Suction PressurePNIp p inai
SU-297SU-297DCPP
210. 516. 1
210 psig~p ofstarting dp($ 1246. 3aid Iie
5.15 paig 51+ 5psxd
+0.15 paig 210.15 xg53. pm S 0- »-
$15.6U pug S lU-14-
~~@ w~51 I1 siPuap floe (Final)
en TenperaturePmp Bearing Teaper ature
FI-157 toFI-160SU 100T2~63hT2 65h
860-BN m
860-880 gpm+103 deg.Fgl 0 deg.F
Note 1
20 m
BUU-900'880-900 m
885880
lU-12-10->-
deg. F +1 0 deg.Fsee Note
/1190 I N
de. P101-
g.3 deg. 5102.7 de . F <88 de ~ F N 10-14-
Turbine bearing temperature T2359h72 60h
<205 deg.FNote 1
+ deg F 5205 deg.Faee Note
gl97.9 N
de. Flu-l¹-
~VibrationDr'iven:
Outboard nearing, endar ear ng, vertr erin oriz
Inboar d beari vert'Inboar bearing orlz
SU-524
SU-524
53.4 mila
51.5 mar.smQ. s
~11'fa eading
-0.26w g 7
.17-0.17
<2.14 ~sg .33 mu.s
X .33 ~s. u s
~0.8 mu.s N 10-1¹-+0. ~ s N 10-1»-
~ Q1L s0. ~ s N 1 u»l ¹-
~ IU ~ ~
Driver:Inboard bearing ver't SU-524 5,1.5 mila -0. 17 +1.33 mila g0.3 mila lu-1»-Inboard bear i horizOutboard bear i vertOutboard bearing, hor z
t r ear ng, end
SU-524SU-524SU-52
1.5 mila1.5 miLs~s
s
-0.17«0.17
.1
.3 eke s1.33 mu.s
mits
10-1»-0. mila N 10-1»-
lu-l¹-
eCriteria depends on initial vib(i) Initial data 50.5 milo. hcce(ii) Initiar. 0.5 /data g2 mila.{iii)Initial. 2.0 /data ~ mila.(v) Vibration not to exceed 7
ation datatable datahcceptabl e
hcce ptabl es in any ca
1.5 mits.ta x irU.teal data.
data g2+ iniu. data.
C)
Cl
7.2 Data L)mits T.P. No. 3.7 Ad. 3 Page 2 of 2
7'Qyi ~6~ )I Ne M)0 10llN Lto Ito~ to steps wlChfo tllfs yleceksre TlN Moyfalle 00fi UstlyWe Oo Reaytaeoe Mterli eelm are tie ~eatfolal Lfaftiaguets Ae Test laat~t Iccency fr Qe~enatfw 4frectfee. Verify tie Actwl OICI llrtefM falls wftfrfe tie 1ccept&le IEta Ltrifts.
lTKN(Oeacrl ptfoa)
KENTlONLLlNl15
LlNll$1CTLMLISA
lTAINT
N)CRY~K
SRSRS
«e Suction ana aibcharge readingsof individual instrenent accuraci+» umpute value at start of teacceptable data 11mits.
egg Data can be recorded teathigh bearing temperaturecaaes in.
taken usingsot ann enter
s as tugh aam does no
2 gauges fcr dp
in this space,
tne operationacome in. The
easureaent; test xnstruuerrt accuravy xs
en add inst uncut accuracy or
lans.ts as 1 ng as tne asso atea P-250ta sneets v 1 note wnen a -250 alarm
nat1ofr
4
TEST INSTRUMENT LIST
PARANETER ORfNSTRINENT
Ambient Teaperature
INSTR.I.O. No.
SU-1006
INSTR. GALVERIFIEO
DATE BY
10->20deg. F
g.3 deg. 10-6-55
RANGE ACCURACYGAL.DOE
OATK
6-24-
STEPS USED IN
0 t O ~ ~
6 4.6,6.4.126.5.2,6.6.6
TIBET OF1 2
3.7 Ad. 3STARTllP T.P.
2UNIT
COMQENTS
u Q
Pay chraaeser -i0.3deg. F.
Ambient Humidity SU»1006 0-100$ RH ~2$ 10-6-85 LM 6-24-0 ~ ~ ~
6.4.6,6.4.126.5.2,6.6.6
~ ~ ~ ~ ~ f
n . oo. g .deg. P for Teap.mess., massa on
range, Max dev. is~5 per psych abart.
Ptap Sucu.on Pressure 0»30 psi g0.15 psi 6.5.2,6.6.6 HAR
-13'Ismp
Mscaarge Pressure DCPP
210.51b. 1
0»2000 psi Q.25$ FS 10-7-85~ 0 psig
H.Si
11-28- 6.3.2,6.4.6,6.5.2,6.6.6
Vibration SU-524 0-100 mila g11$ ofdisplaceme t reading
10-6-85 LM 11-21- 6.3.2,6.4.6,6.5.2,6.6.6
AFM firn to SG-1 FI-157 0-900 gpm ~1.66$ FS 10-6-85~ gpm
8-16- 6.4.6,6.6.6
AEM fiat to SG-2 FI-155 0-30U gpm ~1.6b$ FS 10-6-8b+ m
8-28-8 6.4.6,6.6.6
AFM flat to R-3
AN flou to SG-4
FI-159
FX-160
0-300 gpm
0-300 gpm
g1.6by FS 10-6-85m
+1.66$ FS 10-6-85R gpm
. LM 8-'I 8-8
LM 8-18«8
6.4.6,6.6.6
6.4.6,6.6.6 C)
C)
NA
TEST INSTRUMENT LIST
TIBET UF2 2
3.7 A<I. 3STARTUP T.P.
UNIT
PARAMETER ORlNSTRlNENT
INSTR.l.O. No.
RANGE ACCURACYINSTR. CALVERIFlEO
OATE BY
GAL.DUE
DATKSTEPS USKO N
~ 2 ~ ~ ~
COMMENTS
Turbine InboardBearin Tea rature
Turbine Outboar dBearing TeIIperature
Peap InboardBeari Tea erature
Pmp OutboardBeari Tea erature
Condensate StorageTank Level/Voltane
Steam Header Pressure
T2359h(TI 1227)
T2360h(Tr 1226)
T2363h(TI 1361)
T2365h(TI 1360)
L2200h'I
155
DCPP
700.11.2
150-200deg. F
'I50-200deg. F
50-200de. F
50-200de. F
0"1005
0-1500 psi
g4 deg. F 10-6-85 LM
g4 deg. F 10-6-85 LM
g4 deg. F 10-6-85 LM
g¹ deg. F 10-6-85 LM
10-6-85 LM
~. ¹55 FS 10-6-85 LM
~6.75 psi
4-9-95
4-9-95
4-9-95.
4-9-95
8-26-81
10-24-8
6.4.6,6.4.126.5.2,6.6.6
6.4.6,6.4.126.5.2,6.6.6
~ 2 4 ~ 2
6.¹.6,6.4.126.5.2,6.6.6
~ 2 ~ ~ t6.¹.6,6.4.126.5.2,6.6.65.52 .3.226.4.6,6.4.126.5.2 6.6.6
6.3.2,6.¹.6,6.5.2,6.6.6
s e nKGhL per P-250rintout.
PX-213
Nh
Nh
Nh
HAS10-1 -85
Turbine Inlet Pressure PI 84 0-1500 psi ~0.55 FS
~7.5 si10-6«85 LM 4-9-95 6.3.2,6.¹.6,
6.5.2,6.6.6
Turbine SpeedStrobe
DCPP0.6
SeeConuuents
Referenceattached 10-6-85data shee .
LM 12-12-8 6.3.2,6.¹.6,6.5.2 6.6.6
t 0 rpm onhigh range, icois 4 r (Ref.data sheetattached).
~ i
~'' ~
jo
0
liri.l a
8 lli&ti'J2l t,'IPilllIIII;1
Ii)'f
'R
~k +O R
agN'
'I
NI
IV%
Iw fp
f>
I~y. I ~
o4 l l l<.'Ji
J
e ~r~r.;arsy'~
lg
H„"'~
t t t
tp
0
I.
f
l l 1
~~r.
J ~ H~
vY
l
)
041
&~
~ p, ~
l8,k
~I
4 I ~
r.t ~ )
14
g~a
~ 0
DATE
AUXILIARYFELNATKR PUHP 2-148 HQJR ENDURANCE TEST
l10-8-85 I10-8-85 I 10-9-U5l
'TLAT PROCEDURE NO. 3.7A3APPENDIX B SHEET ONE
10-9-85110-9-85 I 10-9-85 I 10-9-85 I 10-9-85
IcL
I
I%0ND BRG. TEHP. (DEG. F) T2359A
1430
81.8
>625 I 0435I
178.4 I 145.7I
I I I
I 0505I
175.0
I I
I 0535I
I 180.2I
0635
178. 9
0735 I 0835I
178.7 I 178.6I
I I
I I
I ~II ml
I~ Il/l
I
I PI-84I
OUTBOND B%. TEHP. (DEG. F) T23buh
STEAM HDR. PRESS. (PSIG)TEST INSTR. (PEc13)
TURBINE INLET PHLJS. (PSIG)
81.7 170.7 I 142.9I
1012 I
I
I280 I —-
I
I
lb0.5
1005
I 290I
I
I i(7.3I
'189.9 I
I
I 1010 1005 I
I I
I
195.¹ I 185.3I
1005 I 1000I
I
I 540 I 545 I 550 I b¹5I I I I
I I
ccI
ci Ia. I
INBOARD B16. TEHP. (DEG. F) T25b5A
wl OUTBOARD BR. QHP (DEG. F) T23b>AI
I SUCCIUN PRESS (PSIG)I TEST INSTR. AT PI-420I Note 3I
82.0
lug.2 I 93.3I
123.3 I 86.3I
21.65 I
lua.7
114.2
21.8
I 104.5 I 105.1 II I I
I 113.5 I 110.3 II I I
I 2u.2 I 2u.7 II I
104.9 I 105.6I
110.3 I 114.6I
20.6 I 20.8
cnl
I
DIS(HARGE PRESS. (PSIG)TEST INSTR. AT PI-426
I DIFF. PRESS. CALCULATED SJ CHION TO
I DIS%NGEI Note 4
I
I BEARIMJ OIL LEVELS NORMAL ( )I
i>28.35l —"II
I
I Initial IReciro. I InitialI ITest S/Dl afterI I Probl aas ILCV107I Iw/LCV1u? I f1xedI I I
lbbv
1538. 2
IReciro.I
II
I
14u> 141 v
I» Not I
I StaolelI II
'
I I
1384.8I 1389.31I II II I~I ~ II I
IStartI4u Hr.lrun.I
I
1405
1384. 4
Stable
14v4
1383.2 I
I
Stable
DATA TAKERS INITIALSI
I HAE I HAE IN.SinghI I I
IN. SinghI
IN.Si~I AJA I AJA DUH
I I I
Note 1: Should not exceed 205 de@. F
Note 2: Should not exceed 180 de@. FNote 3: Should not fail belowNote 4: Should not fall below
1u psxE90$ of value at start of test.
0
AUXILIARYFEEMATER PUHP 2-148 HOUR ENDURANCE TEST
TEST PzUCEsUsE NO. 3.7A3APPB/DIX B SHsET CNE
DATE I 1 0-9-85 I 10-9-85 I 1 0-9-85I I I
llo-9-85 Ito-9-85lto-9-g5 I to-9-85 lio-10-s5I 2/5I I
a. I
INBOARD BRG. TEHP. (DEG. F) T2359A
1035 1235
179. b 179. 0
1 435
178.3-
1635
180.2
1835 I 2u35I
18o.¹ I 18o.2I
179. 8179.8
2235 I 0035I
~~ I OU'IBONfD BK. TENP. (DEG ~ F) T2SbohII STEAM HDR. PRESS. (PSIG)
' TEST INSTR. (PX213)an I
1004 1000
185.4 186.1 181.5
lou2
180.1 179.2 le194.6I
995 I 995II
196.¹
995
193.7
995
p II
I
~ I TURBINE INLET PRESS. (PSIG)I Pr-84
I 548I
I
545 I 548I
I 548 I 550I I
550 550 I 550I
I
.Ia. I
INBohtD BM. TEMP. (DEG. F) T2db3A I 106.5e I
107.2 113.9 114.8 1 OB.9 lub.oI
107.2 I 106.4I
I
I
glI
~~I OUTBOARD BRs. TEMP (DEG. F) T23b5hII SUCTION PRESS (PSIG)I TaBT INSTR. AT PI-420I Note 3I
114.9
tu.8
114.9 I 117.9I
15.9 I lb.0II
1 1 9.0
17.3
117.1 'I 15.9
18.2
115'.3 I 115 2I
18.2 I 17.3I
cn I
QJ Icx'.
I
DISCHARGE PRESS. (PSIG)TEST INSTR. AT PI-¹26
t¹oS 1404 I t¹u5 tat 2 tel 0 toto 1410
I DIFF. Ptt~. CALCULATED SUCTIOH TO II DISCHARGE
I Note 4
I
1390.8 I 1388.1 1389. 0 13S7.7 1394 1391.8 1391.S 1392.7
) BEARI% OIL LNELS NORMAL ( )I
COHHEHTS
I
I
I
I
I
D~TA TAKERS IHITIALS
gYI
Ioutboardl N/A'Punp I
I
I
II
AJA I DT
I
AJA .
N/hI
I
II
I
H/A I Ihdg usted IIcooling IIwater IIflar toI gover- I
iverIN.Singh IH.Singh QI I
Nota 1: Should not exceed 205 deg. Fs ~ n nL~ sl 8 nnt AYnAen 1 Hl~ dek. F
Note 3; Should notNote 4: Should not
tall below 10 peagfall baliet 9up of vms at starL of desi.
a
AUXILIARYFEElNATER HlMP 2-148 HER ENDURANCE TEST
TEST PRO%DUNS ao. 3 7A3APPEHDIX B SHEET OlE
DaTE Iio-10-85!10-10-Sstio-10-85I10-10-85I10-10- bio-10- 110-10-85110-10-551 3/5I l~lJ5 I
TIlS ) 0235I
o435 o635 l 0835I
>035 1235 143S >635
) IlSOARD BRG. TEHP. (DEG. F) T2359h I 180.3I Note 1 I
x) Ic-I OU'HOARD Bml. TEHP. (DEG. F) T23boh l 195.4
I Hote 1 I
180.9 180.7 180+9 182 ~ 4
196.4 iy6.2 1y6.6 196.4
184.9
197.9
186.3
197.9
186.1
193.5
I
~lca)
glI
STEAM HDR. PRESS. (PSIG)TEST INS'LR. (PX213 J
cn(cc'-t TURBINE INLET PRESS. (PSIQ)
t Pr-84I
965
500
970
500
970
54o
970
540
970
s4s 545
g68
550
970
550
I~la
)
I
lI
I
l
i IlSOARD BRG. TEHP. (DEG. F) T2363Al Note 2I
~l OUTBOAND BJG. TEHP (DEG. F) T23b5Ac-I Note 2
I
I SUCrzm PRESS (PSIG)I TEST IHSTR. AT PI-420
. I Note 3II DIStHAME PNaM. (PSIG)
Ql TEST INSTR. AT PI-426cr)
I DIFF. PRESS. CALCULATED SUCTION TO
I DISK+BEI Note 4
I! BEARING OIL LEVELS NORNL ( )l
COUNTS
106. 3
11S O S
16.4
1410
13g3.6
107. 0 106. 8 >07.1I
>06.7 )
i5.6 16.1 17.3 i7.3 l
1410 1412 1412 1413
1394.4 i395'-9 1394.7 1395.7t
114.6 114.3 114.2 113.8
108.6 I
116.1
17.8
1411
13y3.2l
105.5 104.9
116.2 115.3
19.1 19
1415 1415
~P
U'395.9
1396.O
I DATA TAKERS INITIALS iH. SlnEh IH. Singhl I
AJA AJA l DT
I
AJA I DTI
Note 1: Should not exceed 205 de@. FNote 2: Should not exceed 180 deg. F
Note 3: Should not tccil belec 10 paidNute 4: Should not fall belch 90$ of value at start of test,
AUXILIARYFEEMATER PUMP 2-148 HOUR ENDURAN& TEST
TESX PNOCSDUNY NQo 3.7A3APPENDIX B SHOAT ONE
DaTE I10-10-85I10-10-85 I 10-10-85 I 10-11-85 I 10-11- I 10-11- I 10-11-85I10-11-85 I 4/5
1830 2035 I 2235 I 0035 I u235I I I
0435 I 0635I
I I IJ5 I~I I I
I wl klINBOARD BRG. TEMP. (DEG. F) T2359A 185.8 185.8 I 186.¹ I 185.¹
I
186. 6 185.6 II
186.1 186. ¹
~ I OU'IBOAND Bl6. TEMP. (DEG ~ F) T2360AI
192.7 192.5 I 19'.6 I 192.9I
192.8 lv2.9 II
191.5 191.1
I mlI mlI 51
I STEAM HDR. PRESS. (PSIQ)cri I TEST INSTR. (PX213)l/l
ITURBINE INLET PRESS. (PSIG)
I Pr-8¹I
550
965 I 967 I 97uI II I
550 I 548 I 550 500
967 I 968II
500 I 500II
~ I INBOARD BK. TEMP. (DEG. F) T2363Ao-
I
w I OUTBOARD Bl6 TEMP (DEG. F) T2365AI
105.1
114.7
104.5
113.7 113.5 113.8 113+2
102.6 101.6 99.8 99.6 II
112.9 II
98-9
112.4
99.1 II
112.8
~lI
oI
I SUCTION PRESS (PSIG)I iEST INSTR, AT PI-420I Note 3I
18.2 17.2 17.4 19.2 20.8 20.4 20.5
~lo. I
I
cn I DIS(HARGE PRESS. (PSIQ)ural TEST INSTR. AT PI-426~I
I DIFF+ PRESS. CALCULATED SUCTION TO
I DISathRGEI Hote 4I
I BEARI% OIL LEVELS NORMAL ( )II COMMENTS
I
DaTA TAKrRS INITIALS
1415 1412
1396.8 I 1394.8
I Rch
I
14>3
1395-6 I
1415 1420 I 1¹d0II
. I
I
I
I
I
I N. Singh IH. Singh I
I I I
1395.8 I 1399-2l 1399.6I 1398. 5
oI Exwa I
Data I
I Paid to I gI Unit I
ISu~a4 IAJA I AJA I
O
Note 1: Should not exceed 205 deg. FNote 2: Should not exceed 180 deg. F
Note 3: Should not fall below'0 paigNote 4: Should not fall belar 9up of v~uv at start of tea~.
~I
I ~II ~)
I P- I
I ST5AM HDR. PfrESS. (PSIO)I TEST INSTR (PX213)
vi Iw I TURBINE INLET PRhSS- (PSIQ)
Pr-84
I I%0ARD BRG. TEHP {DEG. F) T2359AI Hote 1
I l~lI I 5 I OUTBOARD Bl6 TEHP. (DEG. F) T2560hI ~ I I Note 1
I-c I I
0017 u217 I u342 I
93-2 168. 9 182. 5
94.7 149.3 189.4
970 967
278 550
AUXILIhffYFEENAnR PUMP 2-148 HOJR ENDURANCE TEST
I 10-12-85 I 10-12»85 I 10-12-85 II I I I
TEST PROCEDURE HU. 3.7A3APPENDIX B SHEET uHE
I I II I I
I I
I .5/5I
I
I
I
I
I
II
I
I QII
I
I INBOARD BRG. TEMP. (DEG. F) T2363AI Note 2
a.'
78.9 >04.2 99.9
I~ I OUTBOARD BK. TEHP (DEQ. F) T2365A
I Hote 2I
75.9 113.8 112.0
~Ia I5IcL
I
I
I
I~ I
~ Iv) I
I
SUCTION PRESS {PSIO)TEST INSTR. AT PI-420Note 3
DISCHA16E PRESS. (PSIQ)TEST INS1%o AT PI-426
DIFF. PRESS. CALCULATED SUCTION TU
DISCHk83ENote ¹
I BEAHING OIL LEVELS NORHAL (I
CORLN fS
DATA TAKERS IHITIALS
Note 1: Should not exceed 205 des. FNntn 2: Mhnul d not exceea 180 deg. F
20.6 19.0
1585 0 I 14'10-0I II
1564.¹ I 1391.0
IInitial IReoiro. IFullIhfter I ',FlarI Qmldmnl I
I UBC I UBC I UBC II IMU~I~[ I I I
Note 3: Shoull,d rrot fall below 10 psigNote 4: Should not. f'all beloM 90'f value ui star r, of ies~.
'O
l~
I
Io
I
y
AUXILIARYFEENATER PUMP 2-148 HOUR ENDURANCE TEST
TEST PROtZsO~E NU. 3.?A3APPENDIX B SHEET TWO
DATE )10-8-85 )10»8-85 l10-9-85 )10-9-55 )10-9-55)10-9-85)10-9-85 l10-9-85 I .1/5I I I
I II I
I I
ELSE STM. GEH. HO. 1 GPM
(FI 15? i
I FL& STM. GEN. NO. 2 GMI (FI 158)I
0900 1628 I 0435 ) u505 ) 0535I I I
I —- I —- I 225I I II- I I
224
0635
224
215
0735
223
220
0835
223
220
cc I«C))
~I
I
olI
FLM STM. GEN. HO. 3 GPM
(FI 159)211 224 223 222
~IlA
I~IFLGf STM. GEN. HO. 4 GPM
I (FI 160)I
TOTAL SYSTEM FLCM
I CALQJLATE 1 THRNGH 4I
220
885 883
218
884
221
886
I
CICC
~lI-I~l
PUMP ROOM TEMP. (DEG. F)(TEST INSTRUMENT) Note 5
81
~lx I—I
PUMP ROOM HUMIDITY ($ RH)(TEST INSTRUCT)
52 42 61 87 100 96
COHEENSATE STORAGE TANK LEVEL/VQ UIS )387,400 l386,200 I375,900 )379,800 )384,300)389,000)35?,100 l392,000I I I I I I I
I VIBRATION DATA RECORrSD ON
I APPENDIX B SHEET 3 ( v )I I ~ I
I I
I I
I ~ I u I ~ I
I I I
TURBINE SPEED mme
I
4107 I —- I 4094I I
4077 I 4073 I 4071 I 4075I I I
IInitial IReciro; IInitial IReciro. )Start I
I Itest S/D)afterI I Probl aas ILCV-107I lw/LCV107 Ifixed.I I I
)45 Hr. I
)run. I
I I
I DATA TAKERS INITIALSI
Note 5: Should not exceed 103 deg. F
I AJA I MAE IN Singh IH.Singh IH Singhl AJA I AJA AJA )
I I I I I I ) Q
X ~ ~
I I
I I
I I
Icc I~I~Icn I
I
C)
AUXILIARYFEEWATER PUMP 2-148 HQJR BJDURAHCE TEST
TEST PRUCEJNHL NO. 3.7h3hPPBJDIX B SHEET T1JO
I10-9-85 l10-9-85 l10-9-85 l10-9-85 110-9-85I10-9-55J10-9-85 l10-10-85I 2/5I I I I I I I I
DATE
1035 I 1235 I 1435 I 1635I I I
1835 I 2035 I 2235 I 0035I I
220 I 213 I 220 I 222222 I 221 I 225 I 223I I I
I I I
FLN STH. GEN. NO 1 GPH
(FI 157) II
FL(M STH. GBI. NO. 2 GPH(FI 158)
215219 219 226 I215224
~~ I FLN STH. GEN. HO. 3 GPH
I (FI 159)I
215 221 I221 219221 220 223I
227
223 221 221FLM STH. GBl. NO. 4 GPH
(FI i60)220 221 229
882 883 882 664 I 690II
887 JJ87 685 III
TOTAL SYSTEM FLQtI CALQJLhTE 1 KRQJGti 4
PI
~I
8r.5PUMP ROON TEMP. (DEG. F)(TEST INSTRlMENT) Note 5
8U 85 I
I
85 I 84
96 85HJMP ROOH HUHIDITT ($ RH)(TEST INSTHUJEHT)
92929292 9997
I coHJEHSATE s>QRAGE TANK LNEL/vQ.ups I349,000 l286,300 I284,900 I315,500 I330,200I33~,5uoI33~,5uo I315,10uI-I I I I I I I I I~l v3BRATION DLTl REcORIEQ ON
I hPPENJJIX B SHMT 3 ( )
ml
I . I ~ I ~ I ~ I ~ iI II
4078 I 4075I
4075 40754074 4073 4063
I COMMENTS
IHAE I rtaE IH.Singh IN.Singb I
I I I IDhTh ThKERS INITIALS
Note 5: Should not exceed 103 deg. F
'l ~ g ~
AUXILIhnYFEZJAiATER PUN'-148 HQJR ENDURANCE TEST
TES2 PROtSQJRE NO. 3.7h3hPPNDIX B SHc,ET TMO
I10"10"85I10-10-85I10-10-85I10-10-S5I1o"10" I10-10- l10-10-S5I10-10-S5I 3/5I I I IJ5 I~I I I
0235 I 0435 I 0635 I 0835 I 1035 I 1235 I 1435 I 1635 I
I I
I
FL% STM. GEN. NO. 1 GPM
(FL 15'()224 220 215 210 235 I 229
I
218 222 I
I
IFL% STH. G%. NO. 2 GER
(FI 158)224 220 225 24O 220 225 238 225 I
I
I o~lI I I
I gl I
I ~l I
PL(M STH. GEN. NO. 3 GPM
(FI 159)
FL% STH. GBi. NO. 4 GPM
(FI 160)
219
220
224
225
220
225
220
220
215 218
210 220
220 218
220
I TOTAL SYSTEM FLarI CALCULATE 1 %RmJGH 4I
PUMP ROOH TEHP..(DEG ~ F)(TEST INSTHJMBlT) Note 5
887 889
83
885 890 880 592 900 885
I
I
HJMP ROOM HUMIDITY {5RH)i~u I (TEST INSTRUCT)~I
92 96 88 I 64I
68 96 82
CONIEHSATE STORAGE TANK LEVEL/VOLU% I294,800 275,800 I257,7UU I313,500I I
319 ' 00 I 325 <200 I 353 ~ IUO I 355 ~ 100 I
I I I 1
Klco
I
TURBINE SPEED
I VIBRATION DATA RECQHDED ON
I aPP&DIX B SHEET 3 (+)lag I
4075 4073 I 4070I
4075 4075 4075
DhTh ThKERS INITIALS IN.Singe IN.SinghI I
Note 5: Should not exceed 103 deg. F
I ~ ~ I
AUXILIARYFEENATER PUHP 2-148 HQJR ENDURANCE TEST
TEST PROLXJAJnE Nu. 3.7A3APPENDIX B SHcST Slo
DATE Iio-io-85lio-io-85lio-io-85l io-ii-85lio-ii- Iio-»- lio-11-85I10-11-85l .4/5I I I I l~l~l I I
I 1830I
I 2o35I
I z235 I 0035 I o235 I 0435 I O635 I 0730I I I I I I I
oIul
I
EL'TH. GEN. NO. 1 GPM
(FI 157)
FL% STM. GEN. NO. 2 GPH
(FI 158)
ELSE STH. GEN. NO. 3 GPM
(FI 159)
220
225
220
220II
I 223I
I
i!20 I 230I I
I I224 I 2ZO
I
I220 ,I 220
221 I 225 I 220I I
I I
225 I 224 I 220I I
I I220 I 815 I 215
I I
I I
225 I
I
220
I FLN STH. GEN. NO. 4 GPH
I (FI l60)I
I TOTAL SYSTEM FLaI CALCULATE 1 IHROJGH 4I
892
I 225III 893
I 221II
885
225
895
225 225 225
689 880 690
~l~I
I
PUMP ROOM TEMP. (DEG. F)(TEST INSTBJMENT) Note 5
85.5 81 81
PUMP oOOH JNJHIDITY (5RH)(TEST INSTRUMENT)
84 92 88 95 98.7 96
TURBINE SPEED 4075
DATA TAKrRS INITIALS
Note 5: Should not exceed <03 deg. F
coNDENsATE sTGRAGE TANK LEvEL/vQ.Uts I334)90uI
I vIBRATIuN DATA REtxJRDED oN
QI APPENDIX B SHj'ET 3 (v )W
l315,500I
I ~ I I I I I
I II II I
4075 4074 4075 I 4075I
4o76 II
4075
IEmra I g!data IIprfor tol pI unit IIaaayumf I
* CB IN. Sfngh I N. Singh I AJA I AJAI I IQ
I315,100 I354,6UU I39%,6uoI3%,800I356,100 I379,400 II I I I I I
q ~
I
II
I ~jI-Ioj~l~mj
wlI
I
oju.j
II
I
I
I
I
I
FLOM STH. GEN. NO. 1 GPH(FI 157)
FLM STH. GEN. NO. 2 GPH
(FI 158)
FLOE 5TH. GEN. NO. 3 GPH(FI 159)
FLN STH. GEN. NO. 4 GPH
(FI 160)
TOTAL SYSTEM FLOfCALQJLATE 1 %RNGS 4
I 0017 I 021?I I
I -—I
0342 II
224II
223 I
II
225 II
I222 I
II
894 I
II
AUXILIARYFEElMATER PUHP 2-1-48 HCUR ENDORANCE TEST
I 10-12-85 I 10-12-85)10-12-85 I
I I
ThST'JJO&SUJJE NO. 3.7A3APPENDIX B SHj'.ET TMO
I I I
I I I
I II I
I I
I II I
I
I I
I II II I
II I
II
5/5I
II
I
I
I
I
I
Il
I
I
oCC
W
PUMP ROOM TEMP. (DEG. F)(TEST INSTRJHENT) Note 5
PUMP ROOM HUMIDITY (5RH)(TEST iSSTRUJNJJ T)
78
40
77
73
CONINATE S'IORAGE TANK LEVEL/VQ,uW
I VIBRATION DATA RECJRKED ON
gj APPENDIX B SH&T 3 (~)Lal I
l3b0,200 I3>7 F000 I352y8uuI I II— I
I
TURBINE SPEED mmes
I4097 I 40?9
DATA TAKERS INITIALS
Note 5: Should not exceed 103 des. F
IInitial IReciro. I Fulllafter I I FlarI aaLdamj I
I UJJC I AAY I AAYI I I~
) ~ ~ I
AIJXILIAItYFEhNAThR PIJMP 2-148 HNR ENDURANCE T~T
TEST PRO(ZMRE NO. 3.7A3ak'PKDIX B SHEET %REE
l VIBRATIN DaTA
l
l ll l
HILS HILS HILS HILS HAS
l l iz5l l
ll
l QJ'KohRD BEAR INQy END
lNTBOND BEARING, VERT.
%'IBOND BEARING~ HORZ.
I%0ND BEARING, VERT.
X%0ND BEARING, HORZ.
I%0ND BEARING, VERT.
I%0ND BEARING, HORZ.
%TBOND BEARING, VENT.
QJTBOhRD BLARING HORZ.
00%0ARD BEARING, END
.48
~ 70
.55
~ 45
.21
.13
.42
.28
.50
1.0
1.7
.6
-55
~ 2
~ 2
~ 2
.25
~ 2
.8
.5
~ 3
.6
~ 2
.2
.2
~ 3
~ 3
.4
.15
.14
~ 2
~ 45
.46
.5
.27
-5.
.07
~ 17
.15
~ 2
.24
.5
.45
.2¹
.08
.16
.18
~ 2
.2
,DaTE
TI)S
INLTIALS
l10-8-85 l10-8-85 l10-9-85 l10-9-85 l10-9-85l 10-9-85l10-9-IJ5 llo-9-85l l l l I l
09OO 1625 l O435 l u505 l O535 l 0635 l 0735 l O835I l l l l l I
l N/h l LC !N.Singh lN.Singh lN.Singhl AJA I AJA l AJAl l I l l I l
I ~ ~ ~
AUXILIARYFELlMATER PUMP 2-148 HOOR ENDURAN% TEST
TEST PROtSDUNJ'. No. 3.?A3APPENDIX B SHc,ET %ME
W
CYCh
VIBRATIQl DATA
QJROARD BEARING, END
QJ'IBOARD BEARING, VERT.
QJTBOARD BEARING, HORZ.
I%0ARD BEARING, VERT.
.52
~ 4
.38
~ 3
~ 7
.6
.2
-5
.35
.32
~ 2
.18
.18
.15
1 I
J f
MILS MILS MILS MILS
.20
.18
.18
.18
.18
.30
.23
~ 17
MILS
.45
~ 3
.25
.15
I I 2<5I
t MILS II I
I .5 III 25t
.25
.15
le
CLCD
I%0ARD BEARING, HORZ.
INBOARD BEARING, VERT.
I%0ARD BEARING, HORZ.
QJIBOARD BEARING, VERT.
QJ'JBOARD BEARING, HORZ.
QJ'IBOARD BEARING, BID
.42
.08
.15
.2
~ 25
.2
~ 12
~ 15
~ 15
~ 22
~ 2
~ 2
.18
.15
.2
~ 2
.18
.25
.18
.2
~ 25
.26
~ 2
.15
.25
~ 3
.24
.25
.18
.35
.08
~ 12
.28
~ 15
.25
.35
'.2
.25
~ 2
.15
~ 2
~ 2
~ 3
DhTE
TIlS
INITIALS
1035 1235 I 1435I
DT I eh
1635 1835 ! z035 t 2235I t I
l MhE I MAE tN.Sing@I I I
10-9-85 !10-9-85 l10-9-85 f10-9-85 !10-9-85(10-9-85l10«9-85I I I
li0-1O-JJ5,tI
I 0035J I
IN.m.nEb It
C)
f 1'g ~
I
AUXIlIARY FEEIMATER PUHP 2-148 HQJR ENDURANCE TEST
TKSx PnuCEsUJtj-'HO. 3-7k3APPENDIX B SHEET THnEE
I I II I I I
I 3Z5I
I VIBRATICH DATA
IOUTBOARD BEARING, BID
IQJTBOARD BLARING, VERT.
.35
.2
.35
3 ~
.5 .38
4
OILS
.5
~ 3
HILS I OILSI
.35
.25 ~ 3
QJKOARD BEARING, HORZ.
I%0ARD BEARING, VERT.
INBOARD BEARING, HORZ.
.25
.15
.35
.25
.15
.35
.24
~ 17
.28
~ 3
~ 2P
~ 4
~ 3
.2
~ 4I
~ 3
~ 3
~ 3
~ 3
.31
.18
.38
I%0ARD BLARING, VERT.
I%0ARD BEARING, HORZ. .15
.18
15
.12
~ 2
.15 I .1I
.2 I .2
~ 2
~ 3
.15
.13
QJ'JBOARD BEARING, VERT.
QJ'IBOARD BEARING, HORZ.
QJ'IBOARD BEARING, END
~ 2
.25
.25
.2
~ 2
.25
~ 2
.25
.28
~ 2
.24
.28
.25
.23
.28
~ 23 ~ 28
~ 3
~ 3
.2
.22
DATE
rIK110-10-85110-10-55110-10-85110-10»85110-10- 110-10- II I I I U5 IJ5I 0235 I 0435 I 0635 I 0835 I 1035 I 1235I I I I I
IN.Singh IN.Singh I AJA AJA I AJA I DT
I I I I I
10-10-85110-10-551
1435 I <b35I
AJA I OZ
I
~ )
AUXILIARYFEESthTER HJM1'-148 HQJR 8/J3RANCE TEST
TEST PNUUBNJNh NU. 3.7A3AFFBIDIX B SHh'ET KnEE
VIBRATIQl DATA
OU'HOARD BEARING, END
QJ'ABOARD BEWARING, VeRT.
I HILS
.25
~ 3
HILS
.18
.26
I
I
~ 45 .45
.25 .35
I HILs I HILSI I
HILS
.55
~ 3
.5 II
~ 4,
.25 I .25I
HILS I HILS I HILS
QJKOARD BEARINGS HORZ. .25 .24 ~ 3 .35 I .25 -25 I .25I
INBOARD BEARING, VERT.
IlBOARD BEARING, HORZ.
INBOARD BEARING, VERT.
INBOARD BEARING, HORZ.
QJKOARD BEARING, VERT.
QJKOARD BEARING, tJORZ.
QJTBUARD BEARING, JND
.18
~ 34
.14
.12
~ 3
~ 2
.19
.32
.10
.24
.24
.22
~ 2
.35
.15
.'15
.2
.25
.2
.15
-35
~ 15
.2
.25
.25
.15
.35
.15
.15
.2
.25
.25
~ 2
.35
15
.2
~ 2
.25
.15
.15
.25
.2
.2
DATE I 10-10-85 I 10-10-85 I 10-10-85 I 10-11-85 I 10-11- I 10-11- I 10-11-85 I 10-1 1-55 I
I I I I IJ6 1 JI5 I I I
TItS I 1830I
2030 2235 I 0035 I 0235 I 0435 I 0635 I 0730 II I I I I I
INITIALS RCA
I
CB IN.Singb IN. Singh IN. Singtrl AJAI I I I I
I AJA II~I
AUXILIARYFEEEMATER PUHP 2-148 HQJR ENDURANCE TEST
TEST PJlomsum JJo. 3.7A3APPBiDIX B SHEET &ttEE
VIBRATI% DATA
QJ'JBOARD BEARING, BID .33~ 7
HILS I OILSI
I I I II I I I
I MILS I tQLS I ~S I MLSI 'I I
I II I
5/5
QJ'ROND BEARING, VERT.
QJTBOND BENING, HORZ.
I%0ND BEARING, VERT.
I%0ARD BEMlING, HORZ.
I%0ND BEWARING> VERT.
I%0ND BEARING, HORZ.
QJ'JBOhRD BONING, VYBT.
QJKOARD BENING, HORZ.
QJ&OND Br.hRING, BID
.8
.6
~ 4
.52
.15
~ 20
.08
.30
15
.40
.30
.20
.30
.10
.15
.17
.20
.20
110-12-85 I 10-12-85 I 10-12-851I I I I
TIlS 0017I
I N/AI
0217 I 0342I
AAX I AAXl
I < ~ ~
0NIT 2 T.P. 3.7 AOO 3
TNBlRE INGMD SEARIINe TE%'ERATlNE
YS. TDE
pop ~RF0RNTlON ONY
OPERATI% KIN IT
' 0
—18O- P~ ~ y
~ ~ 1 4 0 0 4 ~
DO
5I
160
2i
TKST TIIE SNATIWjHNNS)I
AUXILIARYFEENNTKR PtN'-l le
32
TEST SiART: nai7OATK 0535 /~lpga (tf~ 0)
TEST STOP: TI&/OATK 0635 / 10-11%5 (tom 49)
TI-1227; caeputer address T2359A
~ ~
.-WIT2 T.P. 3.7 ADO. 3
TURBID OJTBOIRS IKNIIS TBPERAlllRETS. TIIE
roy ~gonzo.g ONLy
OPERAT IHG L II11T
2$}-
~ ~ ~
~ ~
- 190-
.. ~ .r
~ ~
H816 24
TEST TIIE NIRATIIN (NNRS)
AUXILIARY FEEWATER PLOP 2-1 RUN
TEST START: TIME/DATE 5535 /ID 5 55 (TIME 0)
TEST STOP: TIHE/OATE 0635 / 10-11&5 (TEHE 49)
Tl-1226; computer address T2360A
l < ~
Cl 0UNIT 2 T.P. 3.7AM.3
PUMP INBOARD BEARING: TEMPERATUREVS. TIME
190 s '
- 1-eeOPERATING LIMIT
&70
-160
- 150
140
130
0~ 120I'4lg
110
~ 1OO
~ ~ ~ ~ ~~ ~ Q ~
~ ~
e ~ o
90
80
700 16 24 '2TEST TINE DURATION(HOUR) ~
40
AUXILIARYPEEDWATER PUMP 2-1 RUN
TEST START t TIME/9A'Z%-8535—/&%5— '(-time-4-)--TEST STOP: TIME/DATE M35 /10-i&85
' time 49 )
TI-.1361; computer a68ress-T236L-- — .
OUNIT 2 T..P.
3.7Add.3'UMP
OUTBOARD BEARLNG TEMPERATURE FOJ fÃfQQQQ+ 'pityVS. TIME
~ I ~ ~ I
1 S.&
~ ~
~ aVO ~
OPERATING LIMIT
170
l'eo ~ ~ e ~
ave
140
1300
120p
110Oo
CQ
100
~ ~ ~ ~ . ~ g ~ ~ ~ y o r ~ e
30 P 16 24 . 32
'-"TEST TIME DURATION(HOURS)
40 48
AUXILIARYFEEDWATER PUMP 2-1 RUN
TEST START: TIME'BATE - %36- -f EM'- -(time- e}TEST STOP: TIME/DATE 0635 /'>o.>>-S6 (time 49 )
VX-1.360,"-computer address. 'Z2365A.-
e,se
UNIT 2 T.P. 3.7Add. 3
PUMP D/P VS. TIME
0~os igrogfNog Oh<Y.
-1400 ~ p ~ ~ ~' ~ ~ I' F-a ' ~ a ~ Y ~
~ 1300
~ Q+~1200
>~1100
~~ 1000
900
8000 16 24 32
TEST TIME DURAJ,IO1gJ.hOURSQ.
40
AUXILIARYgEEDRAAER PUMP 2-.1 RUAT
TEST START: TINE/DATE osm / lo.9 m . {time 0)TEST STOP: TIME/DATE~gee /~lp. ~S (time 491
s
l a, ~
9UNIT 2 T.P. 3.7Ad6.3
PUMP SUCTION PRESSURE VS. TIMEF08 IfORMATNg Gay
35
Ql
4t'0- ~
COth 15CCP1
r ~ ~
r ~r '.- ~
~ ~
MINIMUM SUCTION PRESSURE
ALLOWABLE
00 16 24 32 40 48
TEST., TIME .DURATION(HOURS )
AUXILIARYFEEDWATER.PUMP„ g.-l. RUN
TEST START: TIME/DATE O535 / 1O-S-Ss (time 0)TEST STOP : TIME/DATE 0635 / 10-11-85 (time 49)
I
a oa lo 9atmo CL~m SW T)R mlRT)am
Preooerttiona) and Startuo Test ProcedureSAFETT and.QIVlRIltKtFRL EVALUATION KANT
(SKK IKPORT)
roa IFOIIImoqos@'age
1 of 3
oaooooaaasoaaalsaaesuo Test oaooauum oo. 3 ~ 7lQ oeu. 1
Turbine Driven Auxiliary Peedwater Pump 48 Hour Endurance Test.
Subject:Operation of Turbine Driven Auxiliary Feedwater Pump (APNPP) 2-1for an extended period of operation and take sufficient data toconfirm reliability of the pump and auxiliaries and verify thatthey meet NRC requirements regarding TMI-2 concerns.
Preoperational/Startuo Test to be Revised/Rescinded as a Result:
II/l-xl
First Tice Before PSRC? '
Brief Description of Change:
This procedure revision incorporates change sheets already approvedby PSRC.
~a;e
Rtasor fc Hea Ptoctcure!Proctdure Rtvisior.:
This procedure revision incorporates change sheets already approvedby PSRC.
Gaeae".s test ."roctc;m revls>tn a)ttr tnt st!t'.v tr e~vironre. ttl tvt)uations Preview)P rev$ eaotc an accmot=to t.".t PS
~ ~ X ~ ~ ~
4
\
NOLO CARY@I STARTLE ÃPAR~IITtveoperat1onal and Startup Test Procedure ~ tage 2 of )
SAFETY and BIVlÃltQITAL EVALLATlNIREtORT
I 04 LNRRNmoq agcyRKIIIATltVI llOt%TQI TD SAFETY
A proposed test procedure ls llportant to Safety if an aff5tmtive answer can be given for any of the fol)Iniingquestions. 1ndicatc the appropriate response and initial/date aihere applicable.
CEIIERAL EVALUATTDII
1. Does 1t involve structures, systeas or eaceoncnts designatedas '0'n thc Diablo 0 L1st? YES g IIO Qi
2. Docs it involve Fire Protcct1on Systea Cacponcnts? YES@ IIO g .~» "-':CC .. l I » p
Does 1t involve systcaas conta1n5ng radioactive aaterialsincluding gaseous and liouid radioact1vc wste. saeplingsystasIs, etc. %5th are described 1n the FSAR? YES Q I(CD 4'~»' '» (
Could its conduc. affect the functioning of safety-relatedcquipaent though the structures, systems or camaonentsspecifically being tcstcd are mt thclsclvcs safety related?
R/AQRasis if II/A not checkcda
YES+ RCP
S. Does it involve a chance in thc Process Control tragrae?
6. Docs it involve t.'e Cff-Site Dose Calculation Procedure? RC 2 .c(..:.... / ? ".o'.
Docs 1t Involve the Enviroteertal IianitorIng tragrav? YES ~»
1 ... 5:.59 EVALL'A .n'i
ls tris a tcs. describe ir the FSAF? YES ~ RC Y. ((»»» ~ » « I
Does it irvaiva ~ charac in tne Techrica', Saetificat1ons?
'C. Docs it Involve an unrevi~ safct> avast!an?
Rasps for detcrninatiana Test rocedureStartup Techniques.
YES ~ »
vEaL < R
to be done usin
»44.% - I ':"a 5
g(fg» f» ~ Ms/
standard
ls ai Exaancas Safety Eraiuatior Rcaart ~ESER) reauirec?
lf YES, state basis anc aaaenc ESER:
YCC' i/o ~
>Ps i
I ~ 4 v
. 0OIALO @tnt STNIlt RWRY1%XT
Preooerational and Scares Test ProcedureSAFETY and EtlYIINNQITALEVALVITINIKNNi
{SEE an't)Page 3 of 3
~04 WRING@ oau~ OfIXATIOIOF IKPORTAXCE TD EXVIROIPIEÃTA OVAL IK5 RAOIOLOGICA
A proposed test procedure Ia Important to Envlreeental cruel)ty {xon-4dloloyical) 1f an affkrmtlve response canbe 9<van for any of che follo&ny quest1ons. Indicate the appropriate response and knft1al/date «tera applicable.
XOIE: If the ans«er to Ko. 1 belo«fs negative, no further evaluation 1s required.
CEfloNL EVALtNTIOM
1. M)11 the conduct of Chfs test affecC the enrlrawentt YES p ROD)
2. Ooes <ts conduct <nvolve a reasonable potentfal for releaseof envlrNNenca1 concaarfnancs fn amounts 1n excess of thosepenrttted by the XPOES perwftt YES P xOP
3. Is Chere reasonable potent)el Chat the conduct of thkstest All release envtroneental conte<nants at ~ pointother than petarftted by the NPK$ persrftT YES P X."P
vi,'VIR+eiEi;TA'. PRCicCHOK PLaX EYallNTIOX
a. ooes the concuct of this test involve an unrevie«edenvfreeencal questlonl
Basfs for oeceminat1on:
YES P h
5. Ooes C.'.e concu:t of Ctis Cast constitute a decrease $ n theeffective .ess of tne Erv>romctal Protection Plan to rect<ts oc„e=.ives?
Sasis fc- oa~arr:natfo".:
YES P x
Is an Exoance E~vironre".Cal Evaluatson Reoort {EEEF}recu'I rec:
If TEE, state basis anc acoe~c EEKF.:
TESt
e "0 v~4 c li