ML20214L843
| ML20214L843 | |
| Person / Time | |
|---|---|
| Site: | Fermi  |
| Issue date: | 09/05/1986 |
| From: | Grimsley D NRC OFFICE OF ADMINISTRATION (ADM) |
| To: | Keegan M SAFE ENERGY COALITION OF MICHIGAN |
| References | |
| FOIA-86-550 NUDOCS 8609100399 | |
| Download: ML20214L843 (2) | |
Text
. _ ,
Pat.oire UNITED STATES
[png, o NUCLEAR REGULATORY COMMISSION 8 cs W ASHINGTON, D. C. 20555 S e
% ..... / SEP 5 1986 Docket No. 50-341 M r .- Michael J. Keegan Sa fe Energy Coaliti<.1n of Michigan P.O. Box 331 IN RESPONSE REFER Monroe, Michigan 48161 TO FOIA-66-550
Dear Mr. Keegan:
This is in regard to your request, pursuant to the Freedom of Information Act, to which the NRC assigned the above number This is a partial response to your request. We will notify you upon completion of search for and review of any additional records subject to your request.
_2__ The staff has completed the search for and review of records subject to your request, and this is the final response to your request.
The NRC has no records subject to your request.
Records subject to your request are available for public inspection and copying at the NRC Public Document Room (PDR), 1717 H Street, NW, Washington, DC 20555, as noted on the enclosure (s). The PDR accession number is identified beside each record description.
_X__ Records subject to your request are being made available for public inspection and copying at the NRC Public Document Room (PDR), 1717 H Street, NW, Washington, DC 20555, in the PDR file folder under the above number and i your name. These records are listed on the enclosure (s).
____ We are enalosing a not. ice that provides information about charges and procedures for obtaining records from the PDR.
Sinc-rely,
.! lp -
Donnie H. Grimsley, Direc or Division of Rules and Records Office of Administration Enclosure (s): Au stated 8609100399 860905 PDR FOIA KEEGAN86-550 PDR
F0IA-86-550 Appendix Documents Being Placed in the POR*
- 1. 07/15/86 fiRC Event Notification Information Sheet (1 pg.)
- 2. 07/15/86 Fermi 2 Unusual Event of 7/15/86 Intiation of ECCS and Vessel Injection (2 pgs.)
- 3. 07/16/86 Preliminary Notification of Event or Unusual Occurrence--
Pfl0-III-86-69 (1 pg.)
- 4. 07/16/86 Reportable Event Number 05492(1pg.)
- 5. 07/15/86 Reportable Event Number 05491 (1.pg.)
- 6. ~07/16/86 Daily Report RIII - Fermi (1 pg.)'
- 7. 07/30/86 Deviation / Event Report (69 pgs.)
OThe documents are also being placed in the Local Public Document Room for Fermi, located at the Monroe County Library System, 3700 South Custer Road, Monroe, Michigan 48161.
Uats July ab, 1980 PRELIMINARY NOTIFICATION OF EVENT OR UNUSUAL OCCURRENCE--PNO-lll-86-69 This preliminary notification constitutes EARLY notice of events of POSSIBLE safety or public interest significance. The infomation is as initially received without
~
vr **ication or evaluation, and is basically all that is known by the Region III s on this date. . ,[
' ~
Facility: Detroit Edison Company Licensee Emergency Classification:
Fermi 2 XX Notification of an Unusual Event Newport, MI 48166 Alert Site Area Emergency Docket no: 50-341 General Emergency Not Applicable
Subject:
ECCS ACTUATION On July 15, 1986, the licensee comenced heatup of the reactor pressure vessel for hydrostatic, testing of the pressure vessel. The pumps being used for the heat source were recirculation pump A and the two Division 11 Residual Heat Removal (RHR) pumps. At 11:07 p.m. the heatup was teminated at 170* and about 30 psig by turning off the two Division 11 RHR pumps. Upon turning off the last RHR pump a full scram and ECCS actuation was received on sensed low reactor level. These actuations caused an injection into the reactor vessel of approximately 10 gallons of water from the core spray pumps and pressurization of the vessel to 380 psig, which is the shutoff pressure of the core spray pumps.
An Unusual Event was declared at 11:20 p.m. Upon reviewing level indication in the control room, the licensee determined that level did not change from its normal indication and therefore the actuated safety equipment was secured. The unusual event was terminated at l' .
The licensee has preliminarily determined that the low level signal was due to a pressure spike from the flow perturbation caused by securing the RHR flow.
The State of Michigan will be infomed.
The resident inspectors are monitoring the licensee's evaluation of the incident. Region III (Chicago) was notified of the incident at about 11:45 p.m. (EDT) by the Headquarters Duty Officer. Thi nformation is current a of 11 a.m., (CDT) June 16, 1986.
h /rt di u demon CONTACT: G. 'Wri t FTS 388-5695 FTS 388-5574 DISTRIBUTION:
H. St. ED0 NRR E/W Willste Mail: ADM:DMB IE NMSS DOT:Trans only Chairman Palladino PA Com. Zech ELD OIA RES Com. Bernthal AEOD Com. Roberts Com. Asselstine SP A4l Regional Offices ACRS SECY INPO cl: O NSAC,.Q:M CA RIII Resident Office (Corp. Office - Reactor Lic. Only)
P Licensee: .3, OD ChkuNb i,
Region III Rev. November 1985
~
313 3M 2798 ~
21.000.17 Rev. 1 a
, T' -2 'IRC PVENT t:OTIFICATION INFORMATION SHEET-PART I MESSAGE NO.86-0032
- T!!IS IS A DRILL THIS IS NOT A DRILL X WM D) V lTIr1E OF MOTIFICATION 2340 EVENT TI!!E 2320 ZONE EST NRC REGION III DATE
- MONTH July DAY 15 YEAR 1986 FACILITY OR ORGAIJIZATION FER!!I-2 CALLER'S NAME Stephen U. Burt NA!!E/ TITLE / TELEPHONE NUNGER OF NRC COMMUNICATOR: ENS / Glitter HQ Ops Officer CONDITION DETER!!INED REPORTABLE I.A.W. 10 CFR 50.72 (a) (i)
U
- _,_ EVE!!T CLASSIFICATION
! 1. 50.75 (NON-EMERGENCY) 6. GENERAL E!!ERGENCY 7.
- 2. U!! PLANNED RELEASE TRANSPORTATION EVENT
- 3. X NOTIFICATION OF UNUSUAL EVENT 8. PHYSICAL SECURITY / SAFETY
- 4. ALERT 9. OTHER
- 5. SITE AREA EMERGENCY Event or situation for which notification to cther govern.
POUER REACTOR EVENT agencies has been made.
PO'1ER PRIOR TO EVENT _ O_ _ _
POWER AT TIME OF REPORT 0 ON-CALL SUPERVISOR NOTIFIED: YES NO SUPT. - HUCLEAR PRODUCTION NOTIFIED: YES NO RESIDENT IIIFOR!!ED: YES X NO
' TRIP: _
INITIATING SIGNAL _:
1 E IUJECTION:Yes Div 1 RHR Div 2 CS INITIATING SIGNAL _: _ Level _1 signal l ES: ACTUATION (INCLUDING RPS): Full scram and ECCS iniection LCO ACTION STATE!!ENT:
EVENT DESCRIPTION /CAUSE: Reactor vessel level _2 signal, cause unkwn resulted
,in an RPS trip (full scram) and D_ivision I RHR and Division I and II core
! spray actuation. Prior to event reactor pressure beinq raised for RPV hydro -
pressure 20 psio, level 480 inches. _ _ _
Exiting _ Unusual Event at 2332 plant is in stable condition at this time, _
1355 called Walt Rogers ,
RADIOACTIVE RELEASES (OUANTITY): None OTHER 11AJOR PROBLEMS: _ _ _
l '
<PLA!1NED ACTIONS / PRESS RELEASES i APPROVED l
i
- cc t. Supt-Huc Prod NRC Resident Inspector Operations Engineer Compliance _Encineer Technical Engineer. Supervisor, Operational Assurance Attachment 2 Page 1 of 5 e
? -
1 -
i
~
FERMI 2 9 ijNUSUAL EVENT OF 6/15/96 INITIATION OF ECCS L
VESSEL INJECTION INITIAL CONDITIONS: POWER LEVEL-- 0 VESSEL LEVEL--ABOVE FLANGE A RR PUMP RUNNING DIV 2 RHR SYSTEM IN SHUT DOWN COOLING (PROVIDING HEAT)
VESSEL PRESSURE--30PSIG SLOWLY INCREASING VESSEL. T EMPER AT URE-- 170F OPERATING CONDITION: 1) FILLING AND HEATINO UP THE VESSEL IN PREPARATION FOR VESSEL HYDRO
- 2) JUST SECURED SHUTDOWN COOLING TO BEGAN PRESSURIZATION EVEtJT DESCRIPTION: AT APPROXIMATELY THE SAME TIME THAT THE 5/D COOLING SYSTEM WAS REMOVED FROM SERVICE THE FOLLOWING ACTUATIONS OCCURRED;
- 1) FULL REACTOR PROTECTION SYSTEM SCRAM (RODS FULL IN NO MOVEMENT)
- 2) DIV 1 SBGT
- 3) DIV 1 RHR (DIV 2 RHR HAD BEEN IN S/D COOLING AND SWITCHES FOR PUMPS WERE IN THE STOP NOT AUTO POSITION)
- 4) DIV 1&2 CORE SPRAY
- 5) DIV 1 DIESEL- GENERATORS (DIV 2 DG'S WERE OUT OF SERVICE FOR MAINTENANCE)
- 6) DIV 1 ISOLATION SIGNALS RESULTS: 1) C5 AND RHR INJECTED AN ESTIMATED 10 GALLONS OF WATER
- 2) VE5SEL PRESSURE INCREASED FROM APPROXIMATELY 30 PSIG TO APPROX 380 PSIG (5 HUT OFF HEAD OF LOW FRESSURE PUMPS)
i 7--
l 4
CAUSE: THE ACTUATIONS WHICH TOOK PLACE WERE FROM ONE INSTRUMENT PANEL" (POO4). THE LEVEL INSTRUMENTATION ON THAT RACK HAVE THERE VARIABLE LEG VESSEL TAPS ON THE SAME SIDE OF THE RE ACTOR VESSEL AS THE SHUTDOWN COOLING SYSTEM WAS INJECTING INTO. THE LICENSEE BELIEVES THAT WHEN THE SHUTDOWN COOLING SYSTEM WAS SECURED THAT FLOW OSCILLATIONS WERE SET UP AS THE "A" REACTOR RECIRCULATION PUMP DN THE OlHER SIDE OF THE VESSEL WAS OPERATING. THE FLOW OSCILLATIONS CAUSED CHANGES IN THE SENSED PRESSURES BY THE ROSEMOt_JT LEVEL INSTRUMENTATION. THE FRESSURE CHANGES WERE INTERPRElED AS LEVEL CHANGES AND'THE INSTRUMENTATION RESPONDED ACCORDINGLY.
EDUIPMElJ1 PERFORMANCE: 1) DIV 2 POST ACCIDENT RECORDER DID NOT FUNCTION
- 2) REACTOR RECIRCULATION PUMP DID NOl TRIP AS WAS INITIALLY EXPECTED THE LICENSEE NOW BELIEVES lHAT THE LOW WATER LEVEL SIGNALS WERE NOT PRESENT FOR A LONG ENOUGH DURATIGN FOR THE LOGIC TO REACT.
e 1
, . - _ _,_ .,._y. . . _ - - _ . - . _ _ _ . - _ _ . - - .s.__ _-_, , ,m,..- -, _,, ..- _ _.~_ . - _ ._,m---_._,-- , - - ~ , . , - _ _ _ _-.-_._..m
l l
1 Reportable Event Number 05492 Date Notified 07/16/06 Facility : FERMI '
Time Notified 02:17 Unit : 2 07/15/86 Resion
- 3 Date of Event Vendor *,GE Time of Event 23:10 Operations Officer : Joseph Giitter Classification : UPDATE NRC Notified By : JERRY CLARK Catesory 1:
Catesory 2 :
Rad Release : No Catesory 3:
Cause : Mechanical Failure Catesory 4:
Oomeonent HEAD VENT FLANGE
! OPERATORS WERE LICENSEE PROVIDED UPDATED INFORMATION ON PREVIOUS EVENT.
FOLLOWING PROCEDURES FOR RPV HYDRO. WATER LEVEL WAS UP IN THE RV HEAD AT 2010 i WITH A SMALL BUBBLE IN THE RV HEADI TEMP WAS ABOUT 150-160 DEO. F.
THE HEAD VENTS WERE CLOSED AND LETDOWN TO THE RWCU SYSTEM WAS DECREASED PER SLOWLY RAISE PRESSURE. JUST PRIOR TO THE EVENT THE PRESSURE WAS 30 PSIO.
PROCEDURES THE OPERATORS SECURED THE "B" RHR PUMPS WHICH WERE BEING USED FOR SHUTDOWN COOLING--SINCE AT 95 PSIG SHUTDOWN COOLING SUCTION VLV WILL ISOLATE. WHEN THE SECOND PUMP WAS SECURED, A PRESSURE PURTURBATION OCCURRED.
REACTOR PRESSURE INCREASED TO ABOUT 360-370 PSIO. THIS PRESSURE THE PERTUR WAS SENSED BY THE ECCS INSTRUMENTATION AS A LOW LEVEL CONDITION.
TYPE a New Line to continue PRESSURE PERTURBATION OCCURRED BECAUSE THE SYSTEM WAS SOLID AT THE TIME THE SYSTEM APPARENTLY WENT SOLID WHEN THE AIR BUBBLE l RHR PUMPS WERE SECURED.
IN THE TOP OF THE RV HEAD ESCAPED THROUGH A LEAKING FLANGE ON THE RV HEAD VENT. LICENSEE HAS DEPRESSURIZED THE RPV AND HAS BROUGHT WATER LEVEL BACK TO THE PROCEDURE STARTING POINT. MAINTENANCE WILL REPAIR THE HEAD VENT FLANG
~
~~
SAOTDOWN l ' LEAK. NOT EXPECTED TO REATTEMPT'THE HYDRO TEST UNTIL 7/17 P.M.
l COOLING ISOLATED ALMOST IMMEDIATEDLY AFTER THE PRESSURE PERTURBATION.
CORE SPRAY AND RHR ISOLATE AT 430 PSIG AND THEREFORE DID NOT ISOLATE IN THIS INSTANCE.
I Reportable Event Number 05491 FERMI Date Notified 07/15/86 Facility : Time Notified 23:39 Unit : 2 Date of Event 07/15/86 Resion 3 Time of Event 23:10
- ,GE Classification : Unusual Event Vendor Joseph OYitter Operations Officer Catesory 1 : SPURIOUS ECCS SIONAL NRC Notified BY STEVE BURT Catesory 2:
Rad Release : No CatesorY 3:
Cause : UNDER INVESTIGATION CatesorY 4:
Component :
THE UNIT WAS IS IN OPCCN 4REACTOR WITHPRESSURE LEVELWAS ABOVE THE FLANG BEING RAISED FOR A IS 192"-197"). PRIOR TO THE EVENT, REACTOR PRESSURE VESSEL HYDRO. PRESSURENOUE WAS WAS20 PSIO WERE RECEIVED AT 2310 WHEN DIVISION-2 RHR PUMPS THE SPURIOUS WERE LEVEL-3, SECURE LEVEL-2, AND DECLARED AT 2320 AND TERMINATED AT 2332. RPS FULL LEVEL-1 SIONALS RESULTED IN A NUMBER OF ESF ACTUATIONS IN SCRAM, DIV-1 RHR (LPCI) LICENSEE IS (DIV-1 EDO WAS IN MAINT. PULL OUT FOR SYSTEM MODIFICATION).
STILL EVALUATINO CAUSE OF SPURIOUS LEVEL INDICATIONS. LIC i CONCLUSION WAS THAT ALL SYSTEMS THAT SHOULD HAVE AU TYee a New Line to continue VERIFICATION OF THIS INITIAL THAT ALL SYSTEMS FUNCTIONED AS DID REdb!
OCCURI RED.
- l. ' INJECTION INTO THE VESSEL WAS DOWN FOR DESIGN CHANOE WORK.THE AMOUNT INJEC I
HOWEVER.
THE LICENSEE WILL PROVIDE ADDI_TIONAL INFORMATION AT T RESIDENT INSPECTOR WAS NOT NOTIFIED.
PLANT STATUS CALL.
-- -- _ - - _ - - _ " ' " "m--*e-w,.yp,._7m
g (N I
- (J )
~
DAILY REPORT RIII DATE 07/I6/86 FACILITY / LICENSEE: FERMI NOTIFICATION: TELECON FROM RESIDENT INSPECTOR
SUBJECT:
ESF ACTUATION EVENT: DURING THE DAY AND AFTERNOON SHIFT ON 7/15/86 THE LICENSEE Cope 4ENCED HEATUP OF THE REACTOR PRESSURE VESSEL FOR HYDROSTATIC TESTING OF THE PRESSURE VESSEL. THE PUMP $ BEING USED FOR THE HEAT SOURCE WERE RECIRCULATION PUMPS A AND THE TWO DIVISION II RHR PUMPS. AT 2307 THE HEATUP WAS TERMINATED AT 170X AND ABOUT 30 PSIG BY TURNING OFF THE TWO DIVISION I II RHR PUMPS. UPON TURNING OFF THE LAST RHR PUMP A FULL SCRAM AND ECCS ACTUATION WAS RECEIVED ON LOW REACTOR LEVEL.
THESE ACTUATIONS CAUSED AN INJECTION INTO THE REACTUk VESSEL OF APPROKIMAILLY Au uMLLONS OF WATER FROM THE CORE SPRAY \
PUMPS AND PRESSURIZATION OF THE VESSEL TO 380 PSIG (SHUT OFF HEAD OF CORE SPRAY PUMPSI. AN UNUSUAL EVENT WAS DECLARED AT 2320. UPON REVIEWING LEVEL INDICATION IN THE CONTROL ROOM.
THE LICENSEE DETERMINED THAT LEVEL DID NO ITS NORMAL INDICATION AND THEREFORE THE ACTUATED SAFETY EQUIPMENT WAS SECURED. THE UNUSUAL EVENT WAS TERMINATED AT 2332. THE LICENSEE HAS PRELIMINARILY DETERMINED THAT THE LOW LEVEL SIGNAL WAS DUE TO A PRESSURE SPIKE FROM THE FLOW PERTURBATION CAUSED BY SECURING THE RHR FLOW.
REGIONAL ACTION: THE RESIDENT IS FOLLOWING LICENSEE ACTIONS
.t y DE 923-663t It 84 C5 Eci! son oeviation / event Reoort & e6-o%e 1- '
Identification and Description l I l
Part 1 l ATte Spurious ECCS, NSSS and RPS Actuation'O.5ystem
~
During The E Di$RPV Inservice Leak 8 Oct#6*(e . Da e Time 3 3 0 ~1curing C. Sa'et, Ae atec!
M J tne j& ves Ow lt i l-) i i i liilii!
7 /s'~fg i perrormance or tne avv J.nservice
, m_ a e m--,a m m-e ma m xeactor 1evel actuation occurrea. In accordance y spurious vja g est _ system Leaxage rest, Plant system dwere "D" u.uuv.m xeactor eressure vessel alitJnL53-Wita xxs pump "a= ~ operating at :>v "u" s speeo, unx operating witnpumps all "u" an Hws
( c om ,my,y operating in snutda.'n Cooling noce, ulbservati 212e and data was collectea f rco availlaole strip cnarts,t;xIs, o Date o g Sect 3*
i -ta'a- 2-ib-V 6 H m e, t- ts $ t ,( /J M n,aozy
/2 to /o tl T* 'i~o n Don . i Da*
J -
- a t . s 5.,
l ,,,
Reportability Part 2 l
" eK" G~ tact +: [o < . L, N M ( L O ') ( A N W '"' ~
A '-
,. . + *e C ca + > -/ 5 - 8*L. '-e 2310 m :-
, c 4,s/_ _ _ .:- .-:- 8(o- 02.0
- s s 3 g 1,s ', = 3.e D a + .
Ny R;' ~/j' /} ,
'es ~) . !. - R(>
~
,,c - cv U,g. W rf g~
. ~ . , '- 5 ,(, f m / 1 * [ . D Q s <. V l Part 3
} [ / CARB Review _
W., r
,s ,,--~~.~,,-
ga . ,y . ,
_Yb' P 'e '
- v' W^^ _/ :r+
W .-r 8a c 'r: -
- a : :'* ~
cm .-.m F C V' ;T' 0 ~.* r * ? e :- ; ' L ' n ~ *' c ' C a**pA*;p C**:**'1 9 i p *
- M ': ,
T o ~
] *
,] ;
- " I m . ~+ e- r e s p -
p -
l: ,.e /\ 5+:***
- Ca*e a ,y ar -
G : : t d. , a M *?/R/f/
/-4twx c., -r e
]
e-f t : a ,,a
~l-l9-86 l
Evaluation /
Part 4 l w- a s, *e ,
A 3.,v .
y v.
J*c--#: 2 __
8'+~ser _
(If recuired. attach a Correttve Acton $ beet) !
I l Work Co- oietion ' cc Part 5 i
_a C A n s.e c 3, I ]
NQ A. Completion Review
- 5 ? r.
Part 6 _
=e.ean: 3, t
- Send f o c Ac 9'
DE 963 66331184CS Dbtrolf
- Q'. Soft Corrective Action Sheet Dra8Fdon6 Pace c8 l Evaluation Part 5 l Completion Pnrt 4 l C. Proposed Pe ree,al Correct.ve Act on
- 1.OSRO meeting A. Remed.al Action Tak en:
), Nw Gr o u A$ecen d o )- reJoel.o h Yes 0 No cow f wh) A t- h#ui 2 Prior to dgclaring overabie 0 Ne}v O'? s , G E $ A) W rAr,& b Yes 0 No M. rd /E cf /Ifl h _j/ 3 Ass.gned to 4AJ 1ut-e U e k J Org ks Lwn nalu e of) & 5ect'on a Read completidaye// i, b tic (L a s r f0 m ex rJ . O$ $ t fsJ) n l IUu + J 5 CARB accrovaVWW N. & enuU twn.s.r,e & Date 9//Gli6
'$i~O t b +NI a f.. A. A'// 7/s r eJe/AJ (W//u se-/
). .I. , Ok fs'ft tYin !<Klk'h NhlbtyJM X (4 fr> w~k-<J c 4 siMc
& hkris,,a H (,,,,, L mt,L i
- n. n c cured 3 SwN Iperu M.
4M @ k te ibci /pw >
- 4. iler0 k c&hrk sI le.J NJrA ,
T Keaseu I:l' lot c /, su k r.,6u H r-Ohb Wuhod 8 Comoteted by Date
# j _f ,
O Dete mired by MM%/ Date //6d C. Acoroved by Date E prepesed Cerrect <e Aeden to Prevert 1 OSRO veet.ng D Act.on Tak en to Prevent Reca*re ce Recort e-c e O ves O No 2 Pr'o' to declaring ope *ab'e O vs e O No 3 Ass.gmed to O*g Section 4 Read como'etion date 5 CAR 9 approval Date E Como:eted by Date Date F. Accroved by Da'e
. F. De'erm aed by O Also Sign DER Part $
DE 963-663211-84 C5 1 s DER ho Detroit Edison Continuation Sheet -
.... o, Not, sec.,o- te en add ; eral mfo mation a::I es Part 1 F -
F/De in I!o).d with contairrent iso.lation valves o[en and deenergized, EDG #11 arc #12 ote ci t+rvice, All !!SIVs clomd, and RPV Head vents are closed and in O.C. 4. The RPV was pressurized to 35 psig at 155 degrees F. At approxi2etely 2307 hrs 7-15-06, while removing Div II R9R frcn Shutdown Cooling mode of operation a spurious Low Reactor water level 3, 2 and 1 occurred in Div I level instrtraents with actual PPV Level at 490 inches as indicated by the Floodup Level instrtrent. Tlie PPS, ECCS and I?SSSS Logic actuvW and the following occurred. Full Scram Div I and II Core Spray injection. Div I R9R LPCI injection ilito !e3ected RRS Loop "B". IIPCI and RCIC injection signal. RD liVAC tripped. Div I S"M S auto started. CQiVAC to Recirc mode. ED3 013 and # 14 auto started with associated aux systets ( EDG #11 and # 12 were out of service) Div I Control Air Compressor auto started. Div I ARI actuation NSSSS actuation ( see attached sheets) With the actuation of Core spray and Div I RHR, water from the torus was injected into the RPV causing the RPV Pressure to increase to approximately 370 psig at which time the ptnp shatoff pressure was reached. The punps were shutdown and the PPV pressure was reduced by increasing IUCU letdown,
Ut 303-E@34 i 8 -1** L 3 om Detroit Edison Continuation Sheet .., o, m .,,ee.o- o e enaeetcra'.e o ar.o- acc' es PA er IF reducing CRD-flow and opened the RPV Head vent at 0 psig. During this event the RPV. Head vent line flange gasket failed and was leaking. An Unusual event was declared in accordance with EP-101 under a condition that results in ECCS discharge into the reactor coolant systen with a valid syntaa. Tlie Scr. , m , Isolations reset and syste:ns were restored to nonaal. Part 1G and instrtnentation tr.ip unit status lights. The information was complied and meeting conducted with the STAS, SOA, AOE and Supt of Operations to analyse the event. The results of the meeting indentified several significant facts.
- 1. The spurious Low Reactor level 3, 2 t. 1 was only detected on the Div I instrtraent racks H21 P004 , B21-D091NC, B21-N081A/B, B21-N080A/B and B21-N095M C and associate slave units.
- 2. The Div I post accident recorder detected the spurious level and subsequent pressure transient however the Div II post accident recorder did not indicate any changes.
- 3. Only Div I ARI actuated.
- 4. The Reactor Recirc M-G set Generator Field Breaker AT1S trip did not occur.
- 5. The LPCI Loop selection Reactor Recirc ptnp trip did not occur and the "B" loop was selected.
- 6. The RPV Head Vent gasket failed.
DE 963-663211-84C5 s : mm Detroit Edic:on Continuation Sheet .... o,
- 1. .c 3- .c .-e .e:: , c,,.i so.-.4 0 . ci es W4 /G
- 7. The RPV pressure transient exceeded the administrative guideline of 150'psig per min in accordance with 43.000.09.
These facts were discussed in detail and logic drawings used. Actions were assigned and several item reconciled. The following is a strraary of our findings.
- 1. While switching RHR from Shutdown Cooling to the standby mode, local pressure, sensed in the downcomer region associated with the Div I RPS level instrumentation, fluctuated due to flow reversal in the jet pump suction area. Action- Verify proper instrument valve lineup.
2.The Div II post accident recorder failed to detect the pressure transient associated with the ECCS injection. Action- vork order was issued to check calibration and valve lineup.
- 3. Due to the monentef spurious low level sensed by B21-M091VC only Div I ARI initiated and sealed in. Action- bne, functioned as designed. Ref Dag 61-2105-15,17
- 4. Due to the monentary spurious low level sensed by E21-N091 V C the Reactor Recirc T1-G set Generator field breaker did not trip due the a tir.n 5 sac 1 i sec delay (ascociatedw )ith this trip logic. Action- None, functioned as designed.
Ref Dug 6I-2105-16
- 5. Action- item is still open
- 6. Action- Work Order generated
- 7. Action- ISI Evaluation. SCE ATMCheo MCMo ALL O Th eit A C.1 % A rre d 3 0 c. et 11 tL As c]8Joo^!es .
x 3 :- ,- 4 2
DE 963-663211-84 C5 oca e Detroit
.:Oison Continuation Sheet ,.2, m Nott sec*:3a *0 Whit'l add t cral en80*Tation acci es 6
913 e
JUL 16,1986 SELECT FUNC. KEY OR TURN-OH CODE CP: 07:23:33 E DATA: EXTRACTION - XSCR1 PLOT DRTE:JUL 15,1986 PLOT DEF: PSCR2 DATR RETRIEURL CONDINED PLOTS TIME:23:26:OO.01 POINT ID SYMB COLOR DESCRIPTION QUAL STAT CURRENT MAXIMUM MINIMUt1 T50DPO99 RED DRYlilELL PRES NRRI.I RNG DIU I GOOD UNK ,14 .14 .14 T50DP100 GREEN DRYitELL I PRES NRRitt RNG DIU II GOOD UMK .08 .OS' 09 l j s.oo s. co l ) 3. o o 3.o0--
- 1. o o 1.o0--
l l
.ss .ss--
1 l 1
-2.ss -2.99- -
I l l i
-s.oo -s. co : : : : : : : : :
30 27 24 21 18 15 12 3 6 3 0
, PSIG PSIG MINE.JTES l
REACTIUITY -
--CORE M i tt 3 (dhkUhN RADidi!idtiO2 o,510 l
cu 2 ;?00LIN
'C - - NTEGRITY U s.: INTEGR1,7Y5 RELERSE4 Tsc-w _ _ _ , . _ _ ;f; fggm^ '
% :- q. _ , t g-M M' + , u.Jgy g;,%.s ;o ,~
Fl= F2= F3= WARP 2 F4= SLOW F5=STOP F6= PLOT DEF
! PREU CRNC
- P/P=DUSY CONSOLE =OUERRIDE MODE ST= SHUTDOWN ENG CLASS = NOME J
J
- JUL 16,1986 i SELECT FUNC. KEY OR TURN-OH CODE PLOT: 09:06:44 E DATR: EXTRACTION - XSCR1 PLOT DATE:JUL 15,1986 l PLOT DEF: PSCRS DATR RETRIEURL COMBINED PLOTS TIME:23:13:43.65 POINT ID SYMS COLOR DESCRIPTION QUAL STAT CURRENT MAXIMUM MININUM i.
B21SLOO5 RED RPU WTR LUL FLOOD UP PRNGE GOOD UNK 507.7 539.8, 497.9 621SLOO6 GREEN RPU I.lTR LUL l.IIDE RNG DIVI SAD UNK .O D21DLOO7 BLUE RPU UTR LUL WIDE RNG DIVII DRD UNK .O i l 220.o 220.o sco.o i svo.o tre.o swo.o- -
.D
\
sac. o i s e: . o s2o.o-- Fg %h ' &&
- j sw. o sw. o soo.o- -
l 1 I s 2. o s2. o S eo. o - - l l 1o. o to. o Mso.o : : : : : : : : : j to s s 7 s s
- 3 2 1 o l INCH INCH INCH MINUTES ceu REACTIVITY ' Y COR; 5 i4i C'NdYAN N RRb'IONd'$Obor io "iCdOLI E INTEGRITY < .
NTEGRITY' y gg;_cg-7M. Tsc-s ;- 6 . ,,a ,, ; d ;yA *,.s 3 gi 4 a.RELERSE
. , .Mb f4 HJ~ k i
i Fl= F2= F3=WRRP 2 F4= SLOW F5=STOP F6= PLOT DEF PREU CANC #- P/P= BUSY CONSOLE = NORMAL MODE ST=SNUTDOWN EMG CLASS = HONE
- JUL 16,1986' i
08:41:01 E CP: . SELECT FUNC. KEY OR TURN-OH CODE PLOT DATE:JUL 15,19e6
. DATR: EXTRACTIOH - XSCR1 TIME:23:31:OO.01 DATR RETRIEURL COMBINED PLOTS l PLOT DEF: PSCR7 1
DESCRIPTION QUAL STAT CURRENT MAXIMUM MINIMUM
) POINT ID SYMB COLOR 20 333 20 RPU PRES IJIDE RHG ( pat 1 ) A GOOD UNK ' . 621DPO2O RED BRD UNK O GREEN PPV PRES WIDE RNG ( PRii ) B l 621DPO21 soo soo 1
l woo 400- - i I soo-
- soo -
l 2oo 200- - l l l too soo-- 5 5 5 o 1'8 is 1'2 3o 2'7 2'4 2'1 MINLITES PSIG PSIG RERCTIVITY
#; bt! 6dkMkh 91HTEGRI a RADIORCTiOb or RElERSE4; so e@COOLIN&$tY 3HTEGRITYc. Q&guf,TY,R " %g g !% & # < a sk eu 2 rr .
isc-w uC-
-- , - .%g y ? , : A . . v ;;e .
F4= SLOW F5= START F6= PLOT DEF F1= F2= - - -. F3= WARP
..-. . . .,. ..-n, 2 c_ni sepp T itr t10DE ST= SHUTDOWN EMG CLASS = HONE
O lJUL 16,1986
; SELECT FUNC. KEY OR TURH-OH CODE PLOT: l 08:36:46 E ! DATA: EXTRACTION - XSCR1 PLOT DATE:JUL 15,1986 PLOT DEF: PSCR7 DATR RETRIEURL CONSINED PLOTS TIME:23:33:OO.05 I
i POINT ID SYMS COLOR DESCRIPTION QUAL STRT CURRENT MAXINUM MININuti I B21DPO2O RED RPU PRES t.IIDE RNG (PRM) A GOOD UNK 18 333. 13 B21DPO21 GREEN RPU PRES MIDE RNG ( PRTI ) S DRD UNK O i isoo tsoo l j 1200 1200- - l i l l soo soo- - .i I l ) soo coo- - i l soo soo- - o o : : : : . : : : : 30 27 24 21 18 15 12 S S 3 o PSIG PSIG MINtJTES cu 2 REACTfUITY 'Na[CDNh0hk if CdhRhN FtRDfdNDYIk oy to D00 LING h hNTEGRITVe I I Q, REl ER$E E- ',dgg: L.2M kgg,3+y g gM fg g.H igT E G R I,T Y ' Tsc-4 .t; - L.. i ; -:., rr d F1= F2= F3= WARP 2 F4= SLOW F5=STOP F6= PLOT DEF PREU CANC + P/P= DUP.Y CONSOLE =OVERRT DE F10DE ST=SNUTDOWN EMG CLRSS= HONE
O
! o 1 JUL 16,1986 SELECT FUNC. KEY OR TURN-OH CODE PLOT: 08:27:58 E DATA: EXTRACTION - XSCR1 PLOT DATE:JUL 15,1986 i PLOT DEF: PSCR6 DATA RETRIEUAL COMBINED PLOTS TIME:23:16:OO.01 POINT ID SYMB COLOR DESCRIPTION QUAL STAT CURRENT NAXIMUM MINIMUM r-C32DLOO3 RED RPU WTP LUL NRR RNG DIVI DRD UNK .O C32SLOO9 GREET 1 RPU llTR LUL HAR Rt1G DIVII
. DRD Ut1K .O i a2o.o 22o.o i
20s. o 20s. o -- 1 iss. o isc.o- - I is9.o iss. o -- 172.o 172.o- - ico.o ico. o : : : : : : : : : io s s 7 s s 4 3 2 1 o INCH INCH MINUTES - u -
- REV PRIME - ,. 24
- cru 2 REACTIVITY i v'.UDkk k 'e y.COOLANTSYSTEM $$ b' =YMNME-- RAlifdMCYfOE o7/so C ~..INTEGR1TV& 'JNTEGRI fRELEASE!
4dOOLIN@g dygMi$ ap y Tsc-* % , m , n , n. , b;m g. g;g.j,h.; phg F1= F2= F3= WARP 2 F4= SLOW F5=STOP F6= PLOT DEF PPEU CAMC + P/P=DUSY cot 1 SOLE = OVERRIDE MODE ST= SHUTDOWN EMG CLASS = HONE
O JUL 16,1986' 08:14:55 E CP: BELECT FUNC. KEY OR TURN-OH CODE PLOT DATE:JUL 15,1986 DATA: EXTRACTION - XSCR1 TIME:23:13:32.05 DATR RETRIEUAL CONDINED PLOTS PLOT DEF: PSCR3 DESCRIPTION QUAL STAT CURRENT MAXIMUM_ _ _ _ _ _ _ -MININUM POINT ID SYMS COLOR GOOD UNK 27878 33229 22008 RED RECIRC FLOW LOOP R 1403 25293 395 l@31SFO12 GOOD UMK GREEN RECIRC FLOW LOOP G l631SF013 l
; voooo voooo I
i' I scooo scooo- - \ 4 92 coo *200o- - g . 4 MV Y M twooo -- ( 19ooo r i t - l ( o o : : : 7 6 5
't"*M' M ^* W 4 3 V
2 1 o 9 8 io MINUTES GPM GPM REV
.- COOLRHT RMdIONd@4hdo7fso PR=Ms '
h 97EM N (1Id lk W N M M ,RELEABE; - , . , RRAC lUI '
#j Lb MECDOQIN c nGRLt? - WINTEGRt.TW : g gygg l
I CPU 2
.y .~ n ggfg gyj,ygjy . gtg g, .
Tsc-* ; .- _ , .:- l F3=STOP F6= PLOT DEF F3= .WARP 2 F4= SLOW F- t = F2= - - -. .~ .
- io ni c --ni ir p p T TW MODE ST= SHUTDOWN EMG CLASS =NONE
1 o JUL 16,1986 SELECT FUNC. KEY OR TURN-OH CODE CP: 08:16:42 E DATA: EXTRACTION - XSCR1 PLOT DATE:JUL 15,1986 PLOT DEF: PSCR4 DATR RETRIEURL COMBINED PLOTS TIME:23:14:OO.01 POINT ID SYMB COLOR DESCRIPTION QUAL STAT CURRENT MAXIMUM MINIMUM
?
E11DFO72 RED RHR FLOW LOOP R SUSP UMK O 3805 O E11DF073 GREEN RHR FLOW LOOP S SUSP UNK O 21050' O i 3
- sooo 28000 l
l ) 2290o 22*oo- -
%%e N W V<h8ArW i
. issoo iseco- - i 112o0 11200- - i l ssoo ssoo-- 1 o o : : : : . : : : : j to s s 7 s s
- 3 2 1 o GPM GPM MINUTES RE l PRIME . COOLANT ... 2 ceu 2 REACTIVITY .. .- Cd'REP '.. + ic 9 Y S T E M .. i, COAfdTNH8h RADIOACTIUk ove to COOLING / INTEGRITY) INTEGRITY . RELEASES 5..,z.7 ++giDe
,l j Tsc-s..,. . .. 1.; . ,. 4, ;, 3, , .s g s f. m ,. y ., f mgjpggn,@d-1 i
Fl= F2= F3= WARP 2 F4= SLOW F5=STOP F6= PLOT DEF i PREV CRMC +- P/P= BUSY CONSOLE =HORMAL F10DE ST= SHUTDOWN Et1G CLASS = HONE
;l
~
JUL 16,1986' SELECT FUNC. KEY OR TURH-OtJ CODE CP: 08:21:38 E DATA: EXTRACTION - XSCR1 PLOT DATE:JUL 15,1986 PLOT DEF: PSCR4 DATR RETRIEURL CONDINED PLOTS TIME:23:09:00.05 POINT ID SYt1B COLOR DESCRIPTION QUAL STAT CURRENT MAXIMUM MINIMUM r______ E11DF072 RED RHR FLOW LOOP R SUSP UNK O 7615 O E11DF073 GREEN RHR FLOI,I LOOP S SUSP UHK O 21050 0 2eooo 2sooo 2290o 2290o- -
\WW%W4M UWkf8\
16800 1680o- - l 112o0 112co- - ssoo scoo- - f
- ' I o o : : : : :
iso is2 1*+ 12s ios so 72 s, as is o GPM GPM SECONOS cp RRACTIVITY $2M6kOh
'C k-I EGRIT
'. s blYhibMt f
,INTEGRt,T 5 RAbitidCfIVEo7
.- RELEASE ..'
to Tsc-9 j;f,; L ( i [; i' t krg_00LINGiA .., g.,@ yy, .m J - g4 : . . . . ,, : . s. y45 e .c Fl= F2= F3= WARP 2 F4= SLOW F5=STRRT F6= PLOT DEF PREU CRNC + P/P=DUSY CONSOLE =OUEPRIDE F10DE ST= SHUTDOWN EMG CLASS = HONE
~
JUL 16,1986 SELECT FUNC. KEY OR TURN-OH CODE PLOT: 08:04:21 E DATA: EXTRACTION - XSCR1 PLOT DATE:JUL 15,1986 PLOT DEF: PSCR1 DATR RETRIEURL COMBINED PLOTS TINE:23:08:13.05 POINT ID SYNS COLOR DESCRIPTION QUAL STAT CURRENT NRXINUM MININUM E21DF094 RED CORE SPRRY SYS FLOW LOOP R SUSP LRG O 4335, O E21DF095 GREEN CORE SPRRY SYS FLOb.I LOOP B SUSP LRG O 7768 0 toooo 10000 sooo sooo- - coco sooo- - I wooo wooo- - P 2 coo 2000-- [ o o : : : : : : : :
} 12 30 27 29 21 18 19 S 6 O GPM GPM SECDNDS f3 RERCYIVI V N %DhdfM; Y t DkINkkf(N R#b!'Obb'If10E or to em 2 ' 3 COOLING 9F N)NT5GRif I. c, It4TEGRIT .-:RELEMSE.
tyg,g,. gam! M
$ #43t; .f;gMy '
rsc-* " t q ^;y > yd'Y ;; ; g ; . i.; ;,y e ,5.,e gM gf Fl= F2= F3= WARP 2 F4= SLOW F5= START F6= PLOT DEF PPEV CRMC + P/P=DUSY CONSOLE =OVERP.IDE T10DE ST= SHUTDOWN EMG CLASS = HONE
~
JUL 16,1986 SELECT FUNC. KEY OR TURN-OH CODE CP: 07:17:52 E DATA: EXTRACTION - XSCR1 PLOT DATE:JUL 15,1986 ' PLOT DEF: PSCR1 DATR RETRIEURL CONDINED PLOTS TIME:23:09:OO.05 POINT ID SYND COLOR DESCRIPTION QUAL STAT CURRENT MAXIMUM MINIMUM E21DFO94 RED CORE SPRRY SYS FLOW LOOP R SUSP LRG O 433h5 O E21DFO95 GREEN CORE SPRRY SYS FLOW LOOP S SUSP LRG O 776G 0 toooo 1000o g sooo sooo- - sooo sooo-- l 900o wooo- - 2o00 200o- - o o : : : : b : : : :
- 120 toe ss av 72 so we as 24 12 o GPM GPM SECONOS PRIME ..
. , ., REV
- RADh,...t3mUE o7/so ceu 2 RBMCTIVITY -l,COOLI,% COff h $YSTEM Yg
$.COOLRNT.. CdkNESP@N AC TNTEGRItW It4TEGRITY' ;RELERSE S
;ggg,qgjg%
Tsc-9 , ",, f f 3 ' ,7 [ * 'f34p g gggg3 .;gy;..;.34pg g i ' F1= F2= F3=WRRP 2 F4= SLOW FS= START F6:= PLOT DEF PREU CANC + P/P=SUSY CONSOLE =OUERRIDE T10DE ST= SHUTDOWN EMG CLASS = HONE
but . 7,,ygq
.? 3c 7 - set cas)
- 3/C Ebdt'M _n cl.Y b f. 5n Be+b
- saqG~J^G& scesu m+ A--m 4 a4*f*AwCcowo k w~f 2 3 M O 4/5
- Rx kn. (J3,4//)
=w ng Las ,;a ,e sq % w y) (m u 6 G23 &pab LlMb /sc/d5-se,e hBeckc . [R<J<rui) ? 5:23 l2 d d; 2 $ Mi % ^z'i ksbob;etscl$5i.
7 G7$fi's [WM0 nm so ? s Su (no nos- gcr iWct eat,g d h ,- (wr)
;2397 ~piVT/'f/27 /2m.f S=w 12csd (p2MC pm 3y)Bawws Gmaeo x .'
. / (Fu^ld RL HLL Rvsk&, SGM5 %
p3as ccmu -toa,ma/. (ruar)
~
;233% 443 Cod (komy DwZ (RJ-rb
/Z/Ad Mftziw M o k d.
G or w caccsun svc% (eined 9335' PCs1 sce FLJ %& k ' b ( ( b l U ' ,'
\ i P(J ccc4g lu b m. ,..
( l 233G \.2sss%duca, %Tu % c n (rua6
,!.J L
t I//S/d b
. t. ;? 5it C> YWC--D ,
ffi D~ Y 6?/~3c.. M/m?.(fttpd a38\ - ccmm; Fcadw'%%se 3rcancsM M(Bm-rs;tcax.) H P c n c.0.y rc .r<. p.,.3,2 a (2esn fp' 2545 PLC:LC 15cte < o ,s 8' 5acm m s I' It l'g.etiv& RH 0-23H'1 LdPic Ft20rn (h-D 1%M Ft1946, (wue) p3'lGj C-DC 7/3 SytvCW, c~iM (-4//3 (7,2anar) lyf u / * / 'd ST, z.3so Gurrpl. dad c#,.E s' A o P's (Fcuor 23s3 qu+eQ E PO aac T$N s (4 (Wd - n ,p pp. wo LJay 6u w, L uai oe+ e, e wna -w A f? C s 2.S v.. <-ho s e bt PPe'% (Lc OE* D % .
- 7. ass fLJ D g w at s_gwrp socca s, Fciu r.
G' Oln O 1Q 64c14u-l>C,2.tD 0 /% in7 23SR l l l
Enrico Fermi 2 Deron W,a,, 0 0 3 8 8 7 7,,,. ,,, ,,, Edison Control Room Log C'oh ' .. .... wacs: cesc 6 % @ i:4 ' ' V 6-/. L - rid, /i:
~ "= "'*nt i/
- 1. : i o < e.. . r ... i . . ...;
. . -. u . . e . ,
'l
# e' es.,
/rc r 3r u. nr v o.........,,
s. s- r ... .....
..... . s....
.St ..
. . m . s . .. , '
9_I t.....
<f . ..
p' .. .. ",o# : m (:] / r 96 o.....,... es,,
,o...... .......
, o %.,
e.,...., e~
/Ys/ hrs Mi/ hrs 'F h,4/ Psia A/M h_rs '"
o Yes AFLHGR UP O ves O N.e iYs't MOPR No Yes LHGA Lirmteg Controt Rod Patterns To , Segnature j7 Nape (Print) , From ,
-~
O ~ TERM RELIEF f Leg Entry Tirne
/ */ 1 ' ft//t / WFA/
lN/ $0Ct LU *
~7~C l' lxisf7 /r/
S/tti"7 l1 l'l ' //fff) J'AV7 CC/17/7ffs./Ci f trYS.Y4/A'/ 7s/.d' /WJ ' Of/ 0 RacccJ O sr yr r- ei/? e w7x' de w- c //ss>>s7m ( cirfe#) RrrM 7- ; c.97/tf % /7R^ < L & />
$ f$ fx}/ Asill /7/(N/7ftC Vf A////t$ ss/ Sfdi'/fE fV4///C //4'f A h/'s Y
' $ /.A' ' ff 7AZ/ / f.+'f27 10)ltri /~//i?/ / /lff (*NPN sA"h*/*////f Cf3 G Cr w A' s s /e m n /27) f r// / V/3T C ~7 f * // W) AJ9tX /// f/fVic/ 77l/7~ LCM 17d*f S /* A lb/f & fA'f.'?/ ///1 4%'/ 7// /dfS A/f l'dl' 9'A. L C Mt ik/ T'1/?/ * /?.'i0/rf7/f . 1A'CfD Af d'/FNs7EAI*27 n' a^ ' e '/*/Cffi}' JCl///A/ //Ys > i4'i'f// i1 M//f Tdt /7//// tM tY 'A/ DlJ 'Y 0 dl ? $X *$C$ti/1) 4- )F CC S /A/ i ? /..: 7 /2 N' & lPc y +- CS lii.r/c 7/c' flisC fa mi'S rdCni SJP c t C. . P t l' - T J~)Ll' .C ///.4t* f)}}'- 21 CS ///T/C 7ft). fOd l3 ?'/Y' ff/fR TfD. P R 1/JW C 77 fc's &
%;27/9_ > A/ir/4r/tx .r-swde
'70 f FC1 A L , S C TS S C A C. - T s T<) A TED , A E / O/h' Mt//////
W lC D/J'-f AT / ~7~R / l'. t't.i/?) fl>1f NAYE /Jr id ?A%/
/In r**fl} r kWS f/O ct C /J[l 7/C// , As FC tI? t' y A Lft'ff .T YT//* AVf A.MA Esj7/Y t+ - 7// rr ws//A J ' / c'.s9 0 s / z 2 A// .4 SSe r iA 7f a f c2 L//f' 'Tr Cff Ai7f . D n' /Af/s + /sCES cci<7 A'JC Mcts 79
$ fl$ V~ CS A //IIl$ */'A S7ft /AiV/C// N.
OU J /) / 7t' l'fs'r/d'
$.2 l &Mt/ffu / fl'/A/ 7~ - Ec c f /A/Xe'e7//A A/ Pdf! O 4t?
/*tts))/'S ra f
] 392- /A/1 / F c 7/Cs/ C/ CH/? *' c [
) 3s23 ff A/ tJ C l .-17/D JEG rit?C l4/ N /' Sfil /'Alh [/*
234Y Rt ffff-= 3D W Af 37fAfD . 128 YQC 05? .5'c CA A! -l - AC/ (.T) d+~S/ Y DW PAfft/ U r74 Cf O <f 7 S ' T S/0 . Aft /:DMi . f: a P sul.s'/~1TC.S L'E C I Ftf f) OY Vi /S/ < At/A V NN r r 1/1 A C ~%
.T 3lD MNt I A/ / 7/d7/CA/ l'( f i v hW 33U C A c ' 'A AV \
enrico Fermi 2
- - Control Room Log - centinuati:n eag. 003887 Log Entry a rime l
;23'2.;llt!N//Rf,"/ / s /N'7
- l'fc i -J/Yj) Ct.f.4/2
$5'5'>" fc 5 Y s< imp / 7't t? r //i'ft t (ce c R Eff 7~~
$ $.5 i s% ' 'D/L' C / (. /WNf Yr Nfs:nsst 2.i 3f ;y i%~> c- t 'n*
HJ' e'- 4'P 93'LJ/ Al'Pf. /2 L FiJNrr sex b'E/d 1'/M7- tZfnNr 17/7) Ci uk'/'5' szris 7/ u r/M O'%'? Rr]( e l'}/l'-l rS /1t s/LNJs s Le*S fr f_ 2iy? A M/s ' so?rn 1//L7 i1//7~ //.9M'r
#5 Vf } df* ($ .6M Ye~ dnp - /?TO f/< -
J ' D.77r econr/o es/ R /r er 4eP' r ff/ / ////D l'/ Hr 5~ - tfs fi~ S 's#1/* /eDJ/ /L' 9.3 F31 r/'tw} /?
</:A$it .5 , w A7f FAD /r'1 HF.99 l'fM?~ F//Nf/ A///MF W A'Ali f7/AffD
$KK' CFcx ,- />A v- s'/j/w" Mn/Ansv' D %sS FrX
/Y JA/./ -77 cnD 17_5'?] EW ,
fT 30 Ax tu7/' s j't 0 YYP ' AA//) test'rA/A// ' ts-esce re cu e J/scs- L/st iy' Fe/2 7/7- ////r/* /9 r /) 3' ' rrtirstn 77' /// / y.s?- rara / n/ c c A sA 9 A Msff s -r_t /r cru J k Die n f c 0 74//' ' S . C/W l'f6//27/22 r/A' .rA/Wtr r /A />1 c #Ds f/V.1f/fcf } A 'iL ' ff/Zl' 4 W /\'//V'/ 02(4 M* /3 l'tX 1 J'JJ r ~2 l' C U/V f/Jt: 1/n I O2 Tr (44 A /-^ 'C ) - % C CY 0 2 'lf c //GM (st's///rA Afi #ft?~7'C F/D (ccuis) f//~ 6 E //'A syzx4
/2'j~ sr/Azr I?fccB7$1 17//* e dan Y C t &f M is/ d o A' st/7- /# MA?/
C7CO L L IT /w1"i?cttJ' rr cat" C//-f/ ff & F/7/ 63'C5~ AIC ) 3' r / Y d'6C X' /Al Aff7) /K7//f' 0*/20 R. ,s' . -rRi riuin s,1n2~ t f +- is/w aNM C 0 7// < / / /2(Mwk scesir om e wrrs ,e e s r a i e n w re n/s . /anve Yb' AEsr/4~ o upri t. (2t%' inn /to (ZE -ccNsirs/ff.s. f$l/W b l[ $ frl/ W E h OW (~ / S t" 1 L']$ /El $$ (kY. Yh .h Nf A))) 11 /C A/ /ft'/$ $All//f f D Y Y ~/(Ah /)l0 As/7(JR" l'h/?/il /flh ff/$/f Y$$$/5$~ CV4T C. S. 17i s' Z ~ .Z7 fjt/ .s 78) 0'/50 M in / / + Y(- tu o sw'er o r (~H Af? m c x )
% O"ceme NSO Sqnature l Time l Date l Oncoming NSO Signature WW l
e i ,
- I I f
4
O . Lo; I!o. 66-37 ISI .OE/IST-P".00:1/J: EVALUATIO1 S:1EET Date: J_ujy._ll2_J.C_3.6_..___ __ IST Pro;. ISI-::DE Pro;. XZ P r ep a r ed b y : _E . J ,_S.bfli.c.L__ Other Lankrcte Pro 3 ApprovcJ by. h er . .. ISI Pre; rams Supervisor
- 3. J. S .cf fel S ub j e e t : __En.cs_tio.n qfL_Ey.e.s.p.u. .,e _S. pit e,_T_r.W.idstL Ds.deg Pa:,e L of L Pria::ry Coolant Syste.u Lesks;c Test AS:!E -
Section XI
==. .. ,n== =.,=====,.=. ,====n=====================r=========r=,,a=n=r==,, ,
Durin;; the perfor.tance of Procedure 43.000.09, " Reactor Pressure Vessc] Leska;c Test", the grecsure spiked to 370 lbs. u'th the ner:c tor Vessel tecperature ct 172 F. Procedurc 43.000.09, pcrs;ra;>h 6.4 requires that the pressuri:stier. rate not c::cced 150 PSI per c.inutc. The pressucization retc of ISO PSI / minute is a guideline to preclude overpressuri r tion of the Reactor Pressure Vescel. The AS:'" Code Section ::I,1900 Edition,1: inter 'S1 Addends, para;raph IU3-5221 (b) requires the system test pressure and tenpcrature be attained et a rcte in accordance with the hec:-up linit:tions specified for the systc (i.e. Tech. Specs.). Tnc pressure spike which eccurred during perforncacc of 43.000.09 did not violate any AS:C Code, Section ::I requirc.:.cnts. In turn no require.acnts of the ISI-:OE Program (which includes pressure testin;) ucre vioisted. 4 9
- 9
. - . . _ ~ __ . ,. . , _ , ___ _ _- __ - _ ._
3.fo.L _Tso larion s Cyroup - - A15tv's and cbsin Jukes (Ast/*s were alreacl7 1.Sur) C7 youe _H - Reac.rcr Mree Sample Cy vo u p.DT - R HR 57srenn ' C7 tov eJIT- durcleum ca::hn / Oead spray' C7 vo u p.X - Cove S C7 ,o u p.u. - HPcz~ es rw as e uobred) (pref /n-a Cyra v pH - HPcr ( was alrea isolared) Cy v o u p 8 - R c t c (. w as a/r iso /an-d) Q-voug 9 - Rc1c ( was a/reac/y eso/arec/) Cy tou eL$ - RWCu inboarel ( cle everpecI m e open fcsmen.) Cy you e LL - RWCD ourkoerc\ (d isc/arEO)c en a
- e. eexeryreci ep pcs,ric n)
C7 veu 7 12 - TWMS (alrea y C7 vo u e 13 - Sumps ro u p LA Ce vrainnent Venrilapor? vou eis - YtP i.so/orecl) CZ 'o*P A I* ~ Y2 b'Y'*8 lelveaalb*ICI f I* (yroue A.7 - RRS (',Davistori .I enly) ) C7 xeu p 18 - Pneumatics (Dwisien I' enif 4
e o N p . c -m m - L et A a. n a M G,174 Am er2C wQ& "a~ dWM-
d.FLt(AKO
/. 2M 8j cac 't eM
- 2. 4'dc d .LG cpr ja, it &t a tom
.r.% Le Qt+14.
- 4. /*sft/sM/Mt w p inp.A.W
.c. %>j2' J. atla V.e4 -Notyk, f&chudsem ud .
s- y) a d nad cm.r,ay ivt,dg>x siv/, Gu.sm C 2-, 2CT 4
- s. Att's. cat,=vatm - M. N
- v, .
- 7. V.u:
PA(dd /Ld,a dp a f>g4,?
- s. J Avh .
9 14.IlaffcLtJ()
/. ' 2M ,m, p B catc. Can=.
2 12 M D cmc $~ ot's= cp, surf & 451 I J. .fdif L&c27cLa. s/For1A.e &tuAlu2Gi.DACV h t $ f LT&p .ak .
- 4. che 'se nLi .
f dd.Ss 4S Div' /, /.44 bit //, GrvJ.p y M2 (,acoac.d'm L dah.).
& . 4C2'Qf4f des.cles s u m
- Ailt' A N .$ f edcl
' 4CfDa1c f shf 1 12DeVMc ~K p iW cc/Wdc D/v'.L tsecs.a mb.
ca'CfaA 83/fotg M+."-r Q1<.4GLT c4 *U x A M w / /2 -//iA f f4l&G'Qfod v 9 -JYts&YYNk57xQ+sa 47/R H l D/ fed d efeu d. db ,nra ce<Lt& C Gi(Atf /Gupsa 3 & M. m - R di!A/+//d & Jcf.ad. An M A Yf% Y&,h N, d
A k'i gs4 Ao2) A c/4//BA c&ud &udf atn/u%f'% socJ. L./2Rchd.clea
- 3. SMCf %cwc D/Fon Ad2c4 +8D/Fai78 J&&Q.oQ/
a ds&pd 94tm. a xx m. 4'. Z'% 1+ 3 = ap,$d i~m pd$ f.GMm
- 4. //,tf gg4% Qar: M k.
iii,e ou i12 U/, na AIAL ely Q1 t av
- M diCQ -Q4ou af AudiA cZ+, Qt Jw. q y
? A&l44Difaica .<a Jta
,%k.
J
-ec O o ! A ir d &s 9 [ - IoQdw.
17/3 ani= co16 efnJ -u g s QW, b.-
. ma10 ur,, 9t ov.
~
cm:sira f r-oiwi &J oCal. % sitPss7A cGad. my E z,j R .if B & .
' dbl /=o3 I B <. Lad
& Li R a sif &
ItA2/+ c4cd N Div i M M w s C &( b/V 2. AL4t,J W s h Sf8
\#/cr A i b EE @ p W .
e i r~si & a/ #ary g
'N/2Ll C T& & af(a ll1tCa' & y *d C m (
\4 7/RH { Foo9 M GIIP(ros &
6//G ott M 43/fot9 cha:( bM4 At-l
S. 8 t- (At m <( c tfkJ
/.Gsi/
- z. Ldm4 m &LGd Q.
Aq A.:td ca sp 3.^4th A g ff f
*. cLAX &(n A d{n6.2% ad&c7 mawk /3ftY & q m/.
i; ws'td A 6
- 4. Msti a;0c d ud JuJ414J.
oJf^c&ad -M ~
- 7. #stl
** Di / sc r;s 4 4/
refwo, FM, foo9 cload. ff/Rutt optan. L t f G k E4 8 V4c f&N. y&m4.
.Dniiccevnt.A.f&t
. No.I yb <~dL c&}m a W shd. WAs -f d<a l&
(~ crascM- % s. ne ce muoneenr4+
. op(Cd
- m. iuec12 gw% m+afe.).
94 - og4& 121i1 cu.Jasers woeger qe. caanm
.s aac wsw w m ~ w .1 y e'e/~r reya 9 A
.AL .
D. PA (AQdt&3 CcM/A/,s~~.) vy, sex .wp.r .
/. ast( xNm ' w/7+ fp<o4.i Ai/d2,/4%a. /96wdd.d'
- 2. As m w 3er.t y a.aimdalmT4 ur &n M. A & w & / k.
- 4. Dufw<s1s end.
60 df en s'dckb% & AM. c.e.afaa. a Q(s+ 4 4 W 4,.J
~
- i. u su-2.Nid c2u n,/& A t J & 4 spu,1 4 "pQA s.~ .
3,A/.&l
+M 9
awi 4 4 A d hti y % i~A6tfssr.c,4-,d/.
. 4. MoulfedMi (t<dy ;d.;a6 ( Ad-sM g).
I
e c. a .
=..-~---
,,,, J. / .
4,., , y n k :f - " W
, , c _
yst .a u e s n op. / s u c:> %, w % / At /26 RR Lp h/
- . . ./ct3B FR %, c/p /__)
Em 4 6 iC6 /ow s,,,1(;ee /P
//t STrb /o w Sim hne.lF 2 51 4Jis6 /n v,, ;;,,e p/
.c c s? D ic .o 1, n , t, ,:e P/
vi poeb L ..~ h m / -. .- r%, u-sse- /ow /eveIp se's / .
/ .
-A!M ^ B - /ece! S / Ecr.s _ .
et 3-5-b- iocI S / 5 cc s-Aato a Au,Py Ps' dss Mc /C.D lc w Py 'P<dt.s. x ,e - /e ,e / 5 / ecc.s
.% = - c u i .
- r- w + p % c / e / Ect.s
& & ss e // ; % o fe w .
J _ . _ _ . ... / . . . _ xerc9cM1 51re how / / 07/ # 6.s Y 4 2 C lo ksbctse. ? B*I M%L /c u.) Onas N . A '6 S & .2> N l S m n $ /c c . . - . .d . ... . ..
/
Mrs b /// Sec m .S/c,w - /. / A'6 erb H; Srecna -r lo u) .. . . . ./.. / so7&3 /oo Sre/w, Pte ss ... . . . .._ . o s u p h w 6 ,d. Vs',e.. - . . - . . . . . - . -. . N6%C l0w Sea m Pie srs .- l e o gg n e g wa . @ . . ' "
, . m - sh . '.6*
g .. 0
I d h /p/ ..i - )
. .. . . m '.s y , _ ,
yw" g;j_ y.< Y-T4I A 6 e t, 4 R;eew D/p /
. u IC C. S u se, D/p /
23\ b uM A RR % F '/t J f J.: Glia WR h PVPv Vu /vG S?A 4.u 6 ,,- live G
/vu s'ht. la w Sr n. I,,, e /P .E ;~ I /a4 SA Alsw %e iInc #
pc.g ge/ c w S 7 m % E.j' 5: 1 Nc-fc e hu., Ije %:/ / J Ecc5 l
-/./ 6 T.rA /ese/ fd / /
/ ' <- 9LA-- /e v e.l L Ew S Ecc_s d /..
s u ?.: k /e v <l 2 7 %O.4 ^ /e vel& / Eccs aces / /
; o f.: t /e ,el 2.
M /e el S / S cc.s tv6 /c A /cu) Pf Pde c. . . Au to C /c u.) & P19%S / l* CC.s / A 4 f / /e/e / E> d
/' 7??4 /e vel 8, / E cc. s V N&kA /ew Pg P /
Ects / / p ufiO^ le v e./ 8 V ./ MM A N; srm Flou> / . .
#670 tous Sr6 P,ees .
... M _ s _. _ _ _ _.. /
/
.eccf /e,e/ 3 C ?! N6f4'...< 8% A Wsrqe .P... . --- .. . . . . . . _ . . . .
ed.r4 < 25% 4.Wsrge.? P hI.-43%1 . . . .. . . . . . . . PS>) uDvy .:ll_LIn., , ) V,. . .... A'&90 /o u ) 0cd$ Y
. O/ . . . . . . .
/ . d . ... ..
w a.;/s teva i 2 Bes ... ...
$ lev e. l .L R PS / .... ... . . . !. .
/ / . . . . .. .
M //l % $lau.) . u 7ee Z ou_, Se* Fr e ss .. . - . . . Q PS /.. . . . .... . . _/ . . . . . -
.a+v3-le < c 6 . .
# 6ft / L oas Cdd (Ac . .. . . . - . . . . _ . . - . .
,E'S /egel 2 . R P S .. / . ... ..._. ..._ _... / .- ..__..
} eve L RPb / .
./ . . . . . . .
4r: . . - - . I _ _ __
21 000.03 Attachesnt 1 Page 1 of 10 POST-SCRAM. DATA AND EVAL.UATION No. h h - [h 1.0 Reactor Scra: Data: l 11 Time and date of Reactor Scrac, 23 '7 / '15 <Tol B,(4
/
1.2 Control Room NSO on duty, . 1.3 Initiating scrac signal, . 1.4 Parameter value at which initiating scram signal o c cur r e d , f e ge / 3 - 1. '73. 4 * . 1.5 Turbine Trip time /date N/A / . 1.6 Recirculation Pump Runback YES NO X . 1.7 Recirculation Pucp Trip YES NO y . Cause: 1.8 Were any control stations taken froc AUTO to MAh'UAL YES X NO . 1 8.1 If YES, specify station and time. Dev T n) R HR and Du v' Tan /22" (%n %,a wen nerow.el < x. nee-22n v ',k :4inie m 2.0 Initial Condition Prior to Scram: 2.1 Reactor Mode S te s p on: Shutdown U Refuel X. Startup/ ot Standby Run . 2.2 Reactor Power, 1. 2.3 Cenerator Cross Load, Cd MWe.
/
2.4 Total Core Flow, 34 Mf/hr. 2.5 Reactor Pressure, FSIC.
/
050285 l l e
. . - - - - - - - -- ~ -- ~~~
21.000.03 Attachment 1 Page 2 of 10 POST-SCRAM DATA AND EVALUATION (Continued) 2.6 Reactor k'ater Level,4Bdd IN.
/
2.7 Reactor Recirculation Loop A Flow 28.sxto CPM. J y,,j,.q,ec\ J 9pc 3(rPA -D.v: 2.8 Reactor Recirculation Loop B Flow CPM. RNR was su 5/o caoID 2.9 RRR Division I Mode / Status b / . 2.10 RER Division 11 Mode / Status d e a w [d,*,,r, . J 2.11 Reactor Feedwater Control: 2.11.1 Master Control, MAN % AUTO */A . 2.11.2 Elements selected, SINGLE */4 THREE A/' A . 2.11.3 Reactor Feed Pump A, MAN w/o AUTO N/g . 2.11.4 Reactor Feed Pump B, MAN w/4 AUTO v/s . l 2.12 Reactor Pressure Regulator in Service, A r/, B */ .
; 2.13 CRD Pump in Service, A B X .
2.14 Off normal status of any trains / portions of a safety systems: Details 2.14.1 RPS 2.14.2 ECCS D,v 1T R HR on k vL..n e nlm $ l 2.14.3 SBGTS 2.14.4 Emergency Buses / g nG .s d)) /el2 , , M pty (Diesels) 1 2.14.5 DC Buses 2.15 Testing /Surveillances in Progress Test Number Status / Step 43.nne.9 d4 Rew W u,,w % - I svaw m L A -,. War
< u So, ("mf )2 Sen veJ/an er lea ()y7 d
050285 1
. . l 21 000 03 ;
Attachment 1 l Page 3 of 10
- POST-SCRAM DATA AND EVALUATION (Continued) 3.0 Post-Scrat Data 3.1 Did all operable control rods fully insert? YES NO .
3.1.1 List Control Rod number and notch for all operable Control Rods not fully inserted. Rod , Notch Rod , Notch Rod , Notch Rod , Notch Rod , Notch Rod , Notch Rod , Notch Rod , Notch 3.2 SRMs fully inserted YES X NO . 3.' IRMs fully inserted YES X NO . 3.4 SRM Count Rate and
- Time:
3.4.1 SRM A 8d CPS, 3.4.2 SRM B MG CPS, 3 4.3 SRM C fr3 b CPS, 3.4.4 SRM D ,(o CPS, , 3.5 Did any SRV's open? YES NO Y . 3.5.1 List Saf ety Relief Valve letter, opening mode, lif t
- pressure and resent pressure for any SRV's that opened, if known.
PSIG, Reseat PSIG Valve , Mode , lift PSIG, Res ent PSIG Valve , Mode , lift PSIG, Reseat PSIG Valve , Mode , lift
- PSIG, Resent PSIG Valve , Mode , lift PSIC, Resent PSIG l
Valve , Mode , lift PSIG, Resent PSIG Valve , Mode , lift _ PSIC, Resent PSIG Valve , Mode , lift PSIC, Rescat PSIG Valve , Mode , lift i !
- Include date if different from scram date.
l ( 050285 a f
21.000 03 < Attachunt 1 l Page 4 of 10 ) POST-SCRA!! DATA AND EVALUATION (Continued) l 3.5.2 List SRV's which cycled and number of cycles, if known. a 3.6 Did any isolations occur? YES X NO . 3.6.1 List any isolations which occurred by group number. b er_ TT ec.'T 3.7 Describe, if any, the actuation of any Safety Systems and the reason for their actuation.
.f'h v I R N R L P r' T ,,, J e - wm me ve.ce l / eye / 1
%. v r (%e %w - vew vm- veuel levr/ 1 Do v 17' (%e 8%b - x ear n.v LL <el level _t F M '< 4.1114 1 ve.never vansel level .l.
- 6. l ,, J Pe,,res M var ~ -vene m vre el leur/ 4 A RT * - - - ( n r v T a,il A -v,ar w unw/ Ave / 2 "A7v/A ( Dar wiv) - v4m w ve.c.e/ h / 2.
.S;'WW ( n o r ~m f)) - v-n erev Vessel /evel 2
*Use addi,tional attached description, if necessary.
050285 6
21 000.03 Attechasnt 1 Page 5 of 10 POST-SCRAM DATA AND EVAL.UATION (Continued)
- 3.6 Did any process radiation monitors indicate increases in reading?
YES NO )( . If YES, list parameter and attach recording chart. 3.9 The following hard copy data is attached: NOTE: Where data is not device recorded, a logged record of observation may be used. 3.9.1 Sequence Recorder Printout Ner Agath*Oc 3.9.2 Process Computer Rod Position Printout // 3.9.3 Copy of the applicable pages of the NSO Log V 3.9.4 Copy of the applicable pages of the NSS Log 3.9.5 APRM - A, B, C, D, E, F . 3.9.6 Reactor Vessel Water Level / 3 9.7 Recirculation Pu=p Suction Temperature # 3.9.8 Core Flow t/ 3.9.9 Reactor Vessel Pressure p 3.9.10 Main Steam Flow 3.9.11 MIG Control Valve Position 3.9.12 Drywell Pressure 3.9.13 Torus Water Level 3.9.14 Torus Water Temperature RNR l oo p B eM// 3.9.15 LPCI, CS , HPCI, RCIC Flow 4eop wasinh wirgi / gem e vewd e>- 3.9.16 Condenser Vacuum 3.9.17 Vessel Metal Temperature z/ 3.9.18 Reactor coolant chemistry sample results 0507A5
21.000.03 Attachment 1 Page 6 of 10
- POST-SCRAM DATA AND EVAL.UATION (Continued) 4.0 Post-Scrat Evaluation 4.1 Chronological Series of Events de. e e OER t
i f 1 e l 4.2 Probable Cause of Trip tiEEE PTdC E EE 050285 _ . _ . . - - _ - ~ _ _ _ . . _ - . . . _ _ . _ -_ _,_- ___ -- , _
. p 21 000.03 Attcchusnt 1 ,
Page 7 of 10 l POST-SCRAM DATA AND EVALUATION (Continued)
^
4.3 Unexpected Aspect of Transient Behavior (If event compared with
, previous similar transient, note the transient with which com-pared.)
Coepared With FSAR transient page number Previous trip on / 4.4 Identification of Systems with Inadequate Performance System / Component Description of Problem Aa.; den r De v.2r pw&?l-R4238 4eeerin W .m wue, w_
,. a r t, m ,ca e,, _,
, %,%v1 e_. .
AsI3. , ,- a ,- % % <; m r
* /
A RY 19 TUJ5 and /q+fWL PCr /oc o % /ee7-
'W Arree.hed DJ=R '
NSS X[W Dht/2Li03/D tate Time SA
/K V U N7 "N Signature A,r/ m ezss Date Time 050265 o
. o 21.000.03 Attachment 1 Page 8 of 10
. POST-SCRAM DATA AND EVALUATION (Continued)
. 5.0 Prelicinary Safety Assessment 51 Transient Data for Pertinent Plant Parameters Maximum Minimum 5.1.1 RCS Pressure as measured Loop Q B- Loop A30B in Steam Dome 5.1.2 Reactor Vessel Water Level 4 Ad in. 4Bdin.
5.1.3 Reactor Coolant Flow loop QB Loop A g 5.1.4 Reactor Core Thermal Power Cd 5.2 Preliminary Safety Assessment 5.2.1 RPV Pressure remained above gj4 825 PSIG YES NO )( 5.2.2 Reactor Isolation occurred MA YES NO 5.2.3 RCS Pressure increased to Safety / Relief Valve operating pressure YES NO X 5.2.4 RCS Temperature decrease less than 100* F/hr YES X NO 5.2.5 HPC1/RCIC initiated YES NO X 5.2.6 ADS Timer initiated YES NO X 5.2.7 Primary Containment Press. $ Temp. $5 g (Ave.) 5.2.8 Torus Water Le ve l ._t #'. 5 " Temp._*7B'f (Ave.) 5.3 Scram Class classify scram as I,11 or III according to 6.5 in this procedure. The scram on if 1} 8[o at23:/71s a Class 1, 11, 111 1 Date Time' 050285
, - ~ .~
21.000.03 Attachment 1 Page 9 of 10 POST-SCRAM DATA AND EVALUATION (Continued) Signature indicates agreement with class.
/
NSS Date Time
/
SIA Date Time
/
OE/ Delegate Date Time
/
TECH. ENG./ Delegate Date Time Fotification Superintendent - Nuclear Production notified of event classification.
/
Person notified Date Time 6.0 Permission to Start-up i 6.1 Class I, II Events 6.1.1 Superintendent - nuclear production notified and permission granted to start-up the Reactor.
/
Nuclear Shif t Supervisor Date Time
/
STA Date Time
/
OE/ Delegate Date Time COMMENTS 050285 8
\
I 21.000.03 Attathment 1 Page 10 of 10 POST-SCRAM DATA Ah"D EVALUATION (Continued) 6.2 Class III Event 6.2.1 OSRO review of event on _, meeting number 6.2.2 Permission is granted to start-up the Reactor.
/
OSRO Chairman Date Time
/
Supt. -Nuclear Production Date Time 6.2.3 COMMENTS 7.0 Controlled copies of procedures required by 6.12 of this procedure have been ordered. 8.0 OE Reviev
/
OE/ Delegate Date Time l l l I 050285 [
. . 21 000.03 Attechunt 2 Page 1 of 1 POST-SCRAM IhTESTICATION STATD27.T SHEET Name Time
- 1. Plant conditions prior to the Reactor Scram (for maintenance and I6C personnel. This vill include the status of maintenance or testing.)
- 2. First indication that a problem existed
- 3. Individual action as a result of the indication
- 4.
- Subsequent indications and plant response including manual actions
- 5. Noted equipment zalf unctions or inadequacies
- 6. Procedure defficiencies identified during the situation
- 7. Additional coca,ents Signature Time - Date if additional space is required to answer the above questions, use blank paper and number the answers.
050285 f END
. s eb. 50 8 7~/o W S .
~
Cyroue I - A1stV s anel cl win rales (Astts usere a/rese7l .dur.) cp voup.n - Reoc.ror Mre< Sarnple C7 to u p.ZZT - /4 NR Sysrenn Cr you e.IE - 59erclcuni cht / [ead spray [7vou e.1 - Cene. Sevey resr C7 uv pr - HM (was a/wady iso /sreb . . . . .
. Q vo u pH - NPcr .( was.a/reacy l .isolered). . - .. . .. .. . . _ _ . -. _. ...
Cy v a u 9 8 - RCIc l Q,y a u p 9 - R c.) c (( in wasa a/reac/y s .a/reay esodrec ao/an-d)..b ._ . . _. -... . . _ _. G rou et$ RWCO inboarcl cle emerged.cn e open _posmen.) G4 rou y LL - RWw ourhan\ ( c e.every)ed au exyen (ahco y isolar'kd Gveue12 - TWMls . . .. . . .. f 7w u p iJ - Sumps . _. . __ . . rou p LA - Conrairnnent nribpor? . . . .. - . .
,ou 71 6 - Y'iP (elveadf 1.so/orecl) . . . . . _ ..-
- N21T;errmhwiwon x nly).Lekeaely i.s kro a p 1.(o reve.A.7 Ras c Gymue 18 - Pneuwaucs LDmsion T.cnifT. .
6 me-6mm- -w.e . gg a g . .m. h w . Me G .gw a w
.ee 4 se M e . .. ...e- h. . . .M . .he 4.
. .h. me . _ e y . e 6 e. . . . ph = m.em e g. ah . NN.
O e e .* *
-..ere.. .
.- Nes. +p e g em . . g MSe e e e e.. . m.-. .M . -
- gp e m@ h*
6eN * *
. . 4--h *9W - D& ee.W6
@ . . 66 l ..__.. .. . .__ _ __ ..- _._ .
_ _ _ . m e *W6 um W w_M = --
- - ~ - _. . . ._.. ..
- ~ . . . .. .. - . - . .
r
. =-g .. e * .mm m- ,
w
E*". ot k> nn 'r
- Enrico Fermi 2
}
Contro1 Room Log 003887.,,,,.,,,,
@bliSOn
>. .. , . i vi.: .. < ~
u,.. u. n..... Qs,L t,i/ S i C.
.C/3 000% 080:'D 160rR 2^o0 '
r,c .e i so. 7/sr//i r,.- 57/fio.,3
/J:
1, .r g" v h.F.>> 6. s . k. s. p. . < ( c ..e L* v. ( 7' es., 3r u. n. .. 4 F'
. . e s, ,, , ... s,.....
/50 r i..., ..........
- .S c , p/ .. v' . . p' ,, . .. 'y m i .yD ., '
f6 As,;_
, . - i o .,. .. i o ..... ...... ..,
m , ...., .
/h, Y F3.a [' d'/ hrs /V i f hrs Mif hrs of MCPR b ^No b Yes LHGR BL 0 ves otsoR 8 G ve, DisPeh'T
Limit.np Centro' Rec Pattetr 5 Time Nape (Print) , From To ,
, Signature /
5", ,7,' _ -p 4 d A7 gn geg,__Q RELIEF Log Entry Time et e stin y en y-l'/3 / RBccu) rcv n/rr /n
/A'/rswn// ,r ifW ccsw&,/cip
, D 0/(: swr RfV nr99 fii.rr
/2 6 cc t<> O srfr- c i /? c w 7 7:'
jevr c //fsonrx> ( c).rfr#) RfAv?n -r 0*A>/t/ Gi / ~/ P d'" Z ( Z2 ' s/./ SfsC1'//1 [kG/r/c//fte'll
)
N/'i r* f /3 Ex N A,.Ef //ftHOff 1/fA////0 l A/k) f f 7 M / ij s f19 0> lie / /*/>'/C'f ft/ rFAA7 siv /v'//7/ h ' 9/35' C 7f -// k' ) fi9,-K in dZrs' irs- (' cts gccuw ux&fs) ,. fry /t l /f'lf & fA' cat //7 7 A'/ 7/r' /dff E// I'dl' 'l>V/f COHf?d*/frAl L f' C rni iM riff't! /?dD/A7?A flA*&'/O* Af' A'!rM 7?A*fD '* ' ^ IM' /* / t'SF. U'//N/ /C U # # &'s > 0 3C 7 $%' 6C$A/?") + F Cf S /Ati ? /A 7 /Z A' tt M//f ._rHt/7///4 suctW 19/J'-/S (*Hk lG!mr'S FRO /11 3lb et C . D i l' - T & $ PC 1 +- CT lis.7/r77# , D}P-If CS /A!7/c 7/L7 fff /3 f /V s7/R 7/17 P A M Jid C f/r) . C L /f'l 77 E/cv + TE ffC/AC , 6CT6' $ ! MAR 7it?_ /Mir/M/tx <-// wr l fr IC Dir-r Ar / -rK Il' E AC -1~ C 7,1C TfD , R E / Ch m?/ '
/i,ihrD f H C s/n cec /s c/ b rici/ , Enin fcip>/ sur /Wtr / sci 4; l
DAPFA/h/Y w ff/ rr AMr/fMT c % '/s / s A /ft'rt .1 r-f//* /A t h A// Af5f f 12 7/t) fGll// ~Tf Cf/fl7/ - DW fAK/ ' 4 l'Aff CCJ/7 A'JC JdCL
&SW Jl/> (&R r r! nim 8 ff JX'P /wt7fc77cW.
139 C U H t/s t u / ft'fA/ f~ - Ect s swTfryr/#' 77 t//fr// o nas a ec# 2392 /witsc risy cf K H/? ** c.r. h/svAf ss r
> NINF JEff /SlfMf .
2 3e2 3 ff A//J C M 7/D Af r /I'C ,p 23J Y R x' Nfs *::- 3D W 93?? seesn.o- n i M Acrr7- ou estti gf.srcts.O _. ita pce
> t*r iU U D st 7 S *I S/D .
?322 er Mra c + NennM t . tuo snwnns aeirirn isy serisi<lni1xt1 p # b5W rAC-7 3ll> . Afr I lA// *T/e17AA/ f ffW i -
u nu.m Em 003887 Enrico Fermi ? ~ g. l Control Room Log - centinuation log f rif ty I lime (f/Vf/31f."l r / f/%/7 l'/c < eff/2 CtFAA
$] 0'bI / fri < R F r/ r f t<' r froh*r S5'5T fr 1 7 ~ c iMsu Yr nes:w,/r
+ Y .?lbt ~c / t. f.w;
$ >' .4 i L3%E fy t'A f > s- (W t//K/s/f J 7/7) 1/J' / RP rrs: A.'</s) s '/H7~
$P// Mf'r N.'L /tdsvrf Ct MA'/'< wisns es ras' $fffV 5')l[ */ (' $ /ff s'//Nr// $
h.W 5 0f)( 19
>y//7" //f M'r 2 7 }'~/ /s 47//Z fo?rr/ f/ff) J?re #r'aJ 77 ef/ w -
D3 '/f JIN' /$ .J' # c cmA fr70 rH2Y.M nr Ad P '.S Sumr rem /sr "JfrP C/'// ////D l'f/o/.r".3* ; i f.s f r"- ELSS'3 r /'r d fry As}'///?? 77 S/:HJt S _, n A7/L FCO/n //F/J/2 ffN7" /'//Mf/
}'//'i 17DAffD
/>Ae rijssrs" M r>/.A n sA/*
PHC Rfa #r- -r z: t s/D J75'~0 f/W DM' F12/ /Y Sfd o 'tYn ssjn sewrA/w rD30 l' x tu7/> i us f&rffr F e f 4. .' rjV/tT LM/idr f'CA J"/7~- //fM'f sf l'if/ J~// 72 ~7 0 A// 712-r /} ~] c rsvA4fs4fr sr1 fr rc<' rara / D/ JkDir s7rc c7//LS i c#Ds f/t.rs"/Fcf } AE - ff/2L' f3/'// l'fCt//3f/22 Wil' c4/W/s r/r n1 W' P///VE 62t?? #* /3 //X 3l)2 r ~7 7 D U/// f/2 .s-/n
% CS 7~
of ~/r i n sii ~ 'C F /P ("ccais \ f /~/
'- 6 2 N A r/t/r,
/P////2"/~.C h agr' 0 2 '/t' c.Nf/17 (stss%rr) M M/ wa s I?fccp1Af 17s/ f Y C tidy W c A>
L L C 7~ /WfactR/fr tDA
/ ('//~f/70 & F/7/
0700 6 I O S'~ Flx )3 f /Y &K E' M Atht?) /Cziff' 0 O ?// d / / 0 ffff fs7nl/lf +- if/su c.f/J Af d~f3'O /?A. Yl?I 7~/t)/11 f)/1t1 M /7/11/ 4 //[ CCJ'f 0 N'/A f //~7"fd AfS7'/?/C r/CA/- 77) (Zr ccy/stri,ses.s, uprs t A6' MfDAo
'D /2FSr/ tin eiRr a.,n in/tr is/ss/'
M /r srs/?rso FAsr h^' sita srM S~An//>< f b5ll5 CL17 PCCAN'7' nh? Teme l Date
. I Oncoming NSO Signature
] Teme ! Date Ottgomp NSO Signature d
4 a % __
3
,j n,,,co re,m, ?
mm-
. g' NSS Log r. ,,. 004089
) f 6.l ar?K ~~~,3 2 o m m os k a'*Tsoo r. 2.:an l"*' 7-/FJC /(; -6 u...
"""5'
-. . .. e.../. . u ., ~., ( . . . .(..p, , , .. ,/. . ,95 . ,
.... ~.. . >:
. o., ... n a ,,, c,. . - . . .
JV . ...
. .d.
b < NSS Turnove' Cheeks.st bnitt B*iefing Ternt l L o, Ente y ) - l A . IAtks - oif IMu , W Ktwe- M+= LWJ , l C4~~ /9Fr s4<WJ 'a'. / pres af. U '13 6ibsc,a ) I /J . fl'1wD . M SArir'd . 7/7/Ernsoce.
.40/c ? /? L'asco de //cr+b s/ew+s, - rewrine.udu A t%in.
3 .3/c o l }/ttD A/Pfc] /t-mca (// ) ZV>n'reL G&is7re c.<'s& fc0 ~/nes - E~ffsf /@.s , ~? k U - 3 6 fes. 2n-se. ,/ t&3 720-?. I hs O'98-A - Rf-lLs Orc d.tjefcsz. c M /59t w ?c7 u t a z /: wa+<e. ft.ine- our .aruz. Asr b4e Kse . t 0/ /5~ Dx h140 by -c .o-(C fe Aszts. d. 32No h>se..t,'~ pus.n.) Guteseit/ r E x o ,.a y 6?>fie 2)ia 2- <s' soa t.oAije ico,u.o,< , s $y hefad. /%n0s'k ** - /x A C 7t k w z. LceB '7/$S c ewotr%s/ss sue r s t o w s nz. 6 e r > Df2 5' $dDic<' m:::7 lb?il d. /)'?k/ff Exjf., cA./ o/b- /?/sud c?/ /.S b///t</ //d C.SAio M sv- HM'<zeAt . .sss . Ev9 .sseo Ass a fed /25, JDC JS /n), oA 'd. fof V (/fA. $ -se /.ss.O y u c. o r k a. t co e - H e r e i.s .e s 6 v e , w . 2/V5I /?Midut0 s9 8Md M//? U. 12de,VG - &oC&ts+n d)//J l 8?id7z.cf - $64uf /A'fp DdI W8- S4*/?7 c9/PF Q,
<-9/ 3 n . $ s 4-e n 0 2 % o fusz4e /// 4 . TY4- M 2" d/ o
~7~t[XD3- lGbcb f/A WJt4E 3.//. 2 B
/tX .sws. </. it. 2 8. i- C+~ se' 1~<-r- i o .6c-l'6' 4//~1/O s r*~ Le<>st"~ b^/ce /ikW.- /cR lkuizs . D u o .~-1 i&rs/m Ax'D JV/2 Suz#. '/. //. a. 8 3 C d e 1.u ret s>9ngs6 (y/ VO AdG2/ir2tc v /nusr de. Arvas 2.so sq V c s,es 7~ e s,c e i % D
/ 9 ' l-lo va s a -' & 1es m u //ns betw Air /1#1co 285~' C r& -// .t /si crdaoos /9 fan -fcs&&g- J/<c-pubom wv4 Aasds.W a e awdd t.s. wc<w
.-L. 4rwns. "
(7 ff)Q., w
~ -
,jc
'l*bso2 d4 setes1n .sistun? < Aie.r 2ivX Ects ast fr+&n-)
E~iW5*/;34 # IYlkh> C$bn+ , JP8t/Oi'm' fegri2gmanG, ffg/+-
$8'G ( /st//// A41vd~.SJff'RL , " fc-;73 2VVJC Ach 6f? int ~
VMic oS I.S o ( A Y % W S 2 Y>e 'le /V f, 1 v2. + h L 6/1tvn d -
. s y
'e
. , en,,co re,m,2 m .. .:,m...
NSS Log - continuation lin . e., 004089 Lop E nten 73 2 O f f. lane'O (JAltIS 1A / t~~/ w it b ci c c{s t=;* c s JA.'3~t'd.//ed / A ' v't N .< W ft ~ /tt'lfis> fred J/!]W -
/
V4ul> c wfru- Piza'ra cvGemoise. . .fes:r<ep LL [y it Wrl lft<d /A/D/64W7tA3 ~ .3 dew gy VgSytt a m 7 2pr f~ttc.o W ltect. 'h. //80" en taWeru. A 3.?s '
~ ' f c cec <i w A nkp?_,ir p.rten .9cw/<1 AGr plmwns A r i n [ V t -f /if SJs Ffnt/swg nrff A r.S&prn awn
~
(hf# &. fdd t'e'4 sed /w6 &&ns arfC f6D //~ K M oci. Sts.ox<4we w667to /.- see 5%.- APPrieffs /6tsc?- iMt. Gli % :.S6:w eetvf&s letD Ytnr><a-S f ot//Stod CF M SM $%e. . Aff d 6 Kit #6x 3tM&o & T Pli f/cai - 3 382 6tsy' n=~-Akh un v5vAd ECM - Psm n,; .e. is ) DFF1'deSC& - & Setzstn ss 2esd (O 52'7] 6' Vesse L /3 bem & w/t h A<e.sswerz-44) .1bsu= ==3 2 t/ O2 - 0 0
/R "$6fCJM hh$* fAl$ /$46b2l MW$*
- t 'S> D M. 3Z.OKc/-Ws&Kl- px> -d.cg -Siigars, hb $3 f hYO(Ab$ #_
~ kff( (hAR YSh*!Ce hl4cf aeaG 3r/.r 8vaas - n4<afe. cwe*x .54erunc S$ YD kb h CY m // sk M S3 - (Da 2i2 pigs - f. Etseprovf D/26. IpsAiWra )
/A' pf7DMza) & . Rrmfeu , G. oneM , Eleuw, R$ost i -s Avsin f.defrexs. tenes lafrr-7d F~.
3 35B & llo.u an '.b & "nJG. E d M 315 /3 0 /k'1 h di nppouts fiswoe derik /2% Ne<w +uv/- Llde.
'iss3 & /Jcrw usM4s oproveo-6/D T dept )9xt P L M P S S W i s /11 r f b ~ rt - - d, j e r -~
k$ k /$4lfbCP [dl(A N k'2. Y1M / Fann'$c. A Meen LM- Oxse . / e/ y's-Kc#wco Mu>m JGut Shrles inedrer. nao
' /kede. F50cw-c/P sedifr6Mics0 4 AdlcL DAs n>Wre)
(>k -
'p6 4
f Offgoing NSS Signature Time Date Oncoming NSS Signature Tame Date l l l e L
, ..~'.p 5 ^** '
.1-S
-. "7 s
' ?.
~
V$ h lc .l7* Q p lm~ ' g3~ e .E 9k g I . g e f
! . I k
(
- g g ( * ** '
1M
.O /
" l *'
a- 's _ /
--o i
-___2 ;
i,d_ df "
} =--t
. _ I=
-}
~"~
- - - ' - l S. J. -+i-
,)
7 -,
- o. 1 ,
A { D's -\ m g ' . ,[, L g a.
& ; i Q
m o o. i =, M i J),,i -
, 1,
- u
-M <
- i
, 4i* k i 9-- ', u
- ti . ,.
9 . E- i t w ' q 4 I J, 1 1 - 3 e m
>C e i38 A %'s, i E
, 1 u.
%=
y S r-
} '
\
'u g*
J g*f - ; A-* w, r, ' _ " - u i 1 n d kLa m anLR- '# 1: atm a 3L m "5.
-a ,, . '
_-- M.;ffm.7 Ca.- ire =T- m " ' _ , , y ' _ .-_ =h myM\~~ Q.* t' W g m
~
p T T.. m O y r :.EK "oT*" 6 T faggE* E. e , o i
%W E
;,' 3 y_
M-
= i
'; a M N '
hn L i i M st A, "s i i ".
-1 M ,
&, L, ', E
*"""a o
\
% e D k,.1, -
- T mg 86 =_
N I,I ,. i- . {j g '1
%.A
, - 1 1 E -;
~ =,1 a * * * ~ "g sg L
I
=
o ,oi, c. - cud 55 " g.s - 214451 214451 TSUM B020 CONT ROD HeH DR FLOW 0.036 OCd
--@14451-TSUM-B060 214451 RTSUM BD64 F RHR 161. HX 170 2 H2O0.030 0.040 OUT TMP 1 160.
TSUM BD16 REACTORPSI PRESSUREUCU-H20-it4LET 11.
-500T 2 DO~.
2 3 314451 TSUM
-'214452-TSUM-B018 214452 REB047 RWCU H2OF INLET 160.
TEMP 100. 170, D. 4
SUMMARY
COMPLETEDRO-TOTAL-CORE-FLOU 36. tith 160.-- 5
-- 19 0~- sT
-. - - - - - - - 6
-g-
.-.. _. 9 -. _ . _ ._
Y
, . y~ me 4 frrrr.00 M erg .
r s
. _.. ._ l, ..._.... . .. _
. .-i . . - - - . . . .... -__j__ . . . . . ... ..,_...
.y_.._._~--
.~. . _ _. . __. . _ _ . - -. -. . ..
~ ' ' ' ' " _ ~~ *v
'~
3._.._._. 3 - - . - - nl_
. . _ . . . _. . ... -. .. . . _ .._. .._ .. _ O _ . .. .. _. _ - _
._3,._ . . _ . . _ ..._ _ .
.. _ . _ m 4. - .._..
, _ . _ , _ . _ _ -- - -.- -. . r- _ . . .
(%, . _..5 _--4 . 6 4 _ . _ _ -_----:_...- _ - ~" 1. _ _4 y . _._ - ..__.._
._._.,.; . _. t' . .-__ - ..
..., . _ . . ._.~3 _w _._._;
- - _ . . . ;.-.2 ,_ -
u .. -_._.s,<.__. .
,s. ,... - -_ ..L.,._____
o , O, _ _._~ s c t i e - -- ..
- . --_n._ . .
.. a _. . -;
S _{ l . - - - w _. _
~~
o , U
-._4 - . . .
_ . . , . -{ e i - _
- s. f . ..._ , ,'_-_,_-1, l- _ .
._ __6 .
' I g) '
~~
._--..f..._.- .
.y__
i n
-~
. A. i . c. ..
~ , ._. . . U _. 1 4(
m r_- -_ _
-- .. . . . _ . . . =. _. . . . _ _ . _ . A_ _ _, O . ,
._ "Z _ ~ F
- s. C s _.~, % - -- t . ._
w - i
~- l ) $ A- - . -
' ' ~ ~ ~
_ e y t. - ._
> .,. _ O -_..;
.. O....-- n.. u. , o M O~-r g
^. - ,
O .. J t t ... ' id g ,X- g. .X 6 e _..- J. g. (2- , o i
-.4-
.. .o- .
p._ c. , c o _a
.v._..
m, .
.., , t -
g . .
.C -N _. __
, W i, ,4; -.
(L - m ,.___ I~" w_ . - , ,- _ O* . g O l --! O* - ' -
.h b s W
N v5'A M Ch'.ed
. mm wng .
_i l_ _,. . l f .. __ - _. ,
, - - O- 5-O ,
O, ,
--N j.
O - W w __ - c- n 4 g - - - .
. . _ ~ . ..-_.4._ __.._.__.__.
..p . _ _
x :. _ _. ..%.. n _- __a a- .
" . ---A m ._
e
- y y ._
. _ _ . . _ O._
M_* .-3 g .. _ _-
,w
,_x ~
._ - W i . - - - ,
m 1
=
_jn-__..._6_.--_. . ____.p.. .\ . . . _ . _ _ . . _ . _ . .. . _ . . ,
--4s .
_ , ,.. y, . ; _ - _. .
'~~-~t.,
~ -
i _.
, 73
, _,.,; T-- ._._.._mr . _
q _ ..
- - - . ..1-. .. .
.._.o.._.. .
3, . _ . _ . .. _ . . - i . _., ...._ . . . . . .
. , . _..n...
. _ . _ l
- % -._. - 3
. . . . . .. _ _ e. . . ~ - _
....O.
g -o-- _" l._ . . .A _.
..g l 1 n Cr ,.
. .. v4- ---.g j_o. g j__ . m. ._ __ _ _... ....
,,, _4,9, -
.. ._ .. .. . -..-e. .
,j,,_,__
., g, ..l.__ ---_ -- . -
~.
u. u ,,3 1 q
.Q -- > -.
w o-
-~
Wi r-c..,j . . <
}. = = . <.y :,. . , . . . .
9.
- 'r w .
._l . . . ,,. .. . _. . ._ _
g g--o .y w
, 1
. . _ . . .e..
p ,.t
. . o
..uM_,
. . ..g.. ..g
. .w _O- u f . ._ _..
g Q . . Q.-04 i i- ._ R_ . . . . .. j . . -
.~
q. g .
-g9_
i _ . [ . o_ - - _. _._-m.- s , ._ _ , . - . e t 8 ) # , . . .
lf '- . . ~.. . . &ff1& li 1*' f i W D ?'i; + ',l K, .'j:i'; : .!l-
!;:j'j!
- jg.;
;j l: , l- ' '
- R' t - ;.- i
] 0:jt +5 - la .L-
' 1 20 '!' 25 i:I,'30 D .i,, . . . L.t.15 .
. r ., .
D h
- hL ;
Ni.M. !,M.m/ M. IW 'W
,i[Illh.. i
- ! I ...
,,i 'l,.
;St,il' i: hg. (/d i W p C LLCn 9
o$.,,nl.:l.L. Mc -
,. O,.:..ii I., i.,
i
'L -i" lio
@=
a g (l i 4 , j i -'.;i i I i f O n .,,.;, .- '
.. ., . , e
. . .s ,.
- i j
c
.i, 8 l e e.. -l
,,a - .
, ) j ..i - i: - .l~.} i.o.'
. '. i . -
TCT AL FL,.001l). 0
,i
.iduk1 G 1986'i .
!:l: i, :it :
im
.h Ie i
t .L i
]hy;:p' - JET ww1C:'9p.:: f.i1:'..' ! . :..:m...4
- 'w;
- 7.I .I .i.
i
.s -
;! r,- ;; , , .
- i i120 ;
i:J 1. .!.: . 6: : ' ! , . : 03 ; ' ! l ' i 100: p.0 !',i- 20
.v 40 *
- )
' ;l i .l:. .l: ,,l , . 1 *
. ;,...,i.,..
.i
.;, ..i UW 'fC CY8)ff/h
?, {\ ,y',Tl Qi. p.2.(,. i %lw,wa I i a, 3 ,
' 8
; . , o.s - '
't l. .,
8 J /. g
-t 3 I l.!
ii
. I- i ,
f:li i ,e- I. L L.it'
- .-l, ' g:: ljli:
g .
'i- .
, i ,
ij. ;!: 8
-l!- !;'
- l. l ' lj I,'!j - '!!
l' si!.li. -! . . ' i
.-L;;.:
j , eji:.,i
's-
,li,
-l iij; ii::
- g. ,.yli:r-l - l l :'.'
' .. .i; l i .;;
l!'t ,i i : l i ,, - {'l -
- ji
- ',' - :E CTM CC E (S' ) . ,
I -j ; r .,
': :l'!;
- e. l Pic
,! .!i ,! ' l-^ !,) ;g,!.,;I;jI.20'.
i
;' ' !'; j5 I'
. 25 ' ' !. : l: 30
'D : ' ' '1 . .5 1 ,
':il,;,. ,: i.:,'
'. j . i ; .I ei i: ; ]: i i : ; !, .
i
.l. ~ .., .
. i.:,.'it'.i; t.i
.lJ6ji'. ;,j;j.
,,!.!{il .. .
I' ' i i
.g i . .
. . ei
!81 eir,
- j. .;:' . -; ',
;,, i;:fi':,
!; J Ii
.11-ii);,'il.']:l.;;,
l Ili. !! i; i'el , I
.;t l . 11'i! ' -l-li.
.t!. -
' i l :i
, .;j
.c 'i :
l.... : 1~~[i i ';il . .
, 3
- -t M' i I ,l' I '
- ; .,, ..j'. : *- l; e,t -l' i-r =.I. -3 e , 3. . , Q
- * ( ,f' l i -
,i..I'
. : ; o c
j
.,i
..l-li ,;
t.,.'.[; ,: i
-, ,. ., , t i
.4
; ,.i . t.
l G
'. l. ;, i j . ,:.!, .i. i.-
- l. . i : l
,t ,
.i. <
}, .
ff J , j : : : I,@,p;j!:':..i;- l Ill! i, 'i . . . ; : ti # : j ;i,: i'j'-
' i ' . ,'-,ii '.'l,
. ,,j:,
. JET NNP T0T C. Ft.Cu WD) i 1
- 1
- ,i.L6 / s a.,.rt' x io . . . , ...$ .: .. l ::.!,- -
si.
. .I I
;)j
;I .i i
.-.t - -
- - .1
'i: l..i jC:,
..i t
.:i f1'.,',Q
' , j2[ I
' e *j -
ey] $ 7. _I ', , g I'
.; ._ .. pu
. . - e'
- - '8, t
. ' ' 'i ,l -
-g ,e l , -
t>
-1., ,.I ,' ,.
tii,:s! , ,, , '.. . 4 i 1 i
' r
,; l i
_1
.: i
- ,:es.. .
-j i i- ., ,.
l i i t,'!!'.j,
- - l .
' - i., 1 5 i
;!-lt ? ,
' ' - }_ ' k. $ ' 1_ k_._l _
i l l l_.h 1 d . .I
wm .m. . . n ' L ~ gf - 6;. g . ,. .. .: .:pf, . n. ..:.,.4. ::
,{.,
} q --
.W..% . .' : G 'o ^.f ,
.=- =
~.;f hg*: p W .w -s,'R.% .e .",' Q, w: .
% U.
pe l'.g:f; .g
'~
. . , . 5:
. ,l-- '
.W
. , . ' . . _;i? .
- a -N. .:. .? i.. .l9.
g . . s. _ 'E
. ,:w. k j;y ".h , ' .hJ . - ,
.3. .;.;..,.-:.._ . . r;. ;. a.w . g, q[. '.
I ; i*he ., ,
- ..- f . , . . . t . .s, e' 9 . i .
-} ' [ ' ' n [ g *, ..,,: .,_. '. m. Q,.x ,l .p' .-
v;l n f [ L ~~
- jf.;;'.-4.j.Qg%.} .
f ]'-lf.k.- i.;
, e cw - e. s Q.-:.yC W *i '
l , f
. c- 4 1
.:[ g[ . .. b. ','3 !!
. . - y.D.: .. .- ,0( 'y,'. (. i.
.:.... : a c
l
,. : t IT; h.C..r'[,
~ ' ' !j DEO. F !]} jl .
y
. .wpa 7
,[m,; ,n[k. w .j 1 */
. 4- .
- s . .i.. ; ,
f .l . -lII: . yc a .' i q.;
,. 4 T ;
;. N, m ...y.s.~ r<n4+3. 4 u d;; r m
~
- y. . .n (i,j ;
i.
'l
, i
.l ,I .,l..
I
,1;
,l.
j l 3 . . h .h:[gQyy > f. }.' g, l: 0 i. C ;i200 .l...i,: .300 '
- 400'!'.: , foo .--
;@h.yd.p kE =
,i , . .
.st\,,;
. o . m%-a. ..
', h ' e-tc.c; 4
.. r .A.y . . . q.,, U-k. .u. ,MI h' I
,, I.
.l
.c - . -:. f ((. '
- l. ,' l,.. ., *'
. .. .'; . C 5. 'l r t l
,l'I q; .
I i ' ; i' . .- Y '.. :w, '! it r V *. ; ! ; e,pN g*p efwO;
; ,k , ti g,
T c: syl3.6 .
.XhMN Q
e,' h ',. '. ',. ;l3.py ; :
. -; u,- ..
k --
'I.
- 1 ML N./.u. :.r ...vac,T M / '
cf.g #l... G '.' 9. .v: i l .' i;-
~
f'53( +!; R 6 S Ql f.3 ,\ l ( %y $QQ%%w$g - I' i ! . I u v . % .o ,
$p g.u.m$ m ten- $aN~.i,h ! , % h.l, h @m l l'
. k.-@$ .
es
.< . ; i gg h + ll
.' g".
o~ mp, u u qw ww a h._w' w%a c i i . i = ,
, :,u ~ , c L h lf Qg h h; m, h .i 88 ltI' .! ; M,V86h!k O dwu m u>m
= s e nww g" ,
- s. occ. r r <
W] HKamulu g -l'll;, <j ;{ , p , 1, ,
- y I 4 j ,, o'l', , ioo ,1e00 n
- 300 q .1 % ;'ij a g g ,
; l v u
,_b~kl..u Ig 5E55 r.cf* .u yl[
%* hu e f
. f. [ [,lml I - .
( ; , .lfl', l ,ji-l, , e
&- I I ,-
% .I i
,, I -l1 .,. ., ,
g7.-( . '. ,.,,Q.
; 2 i
==MR(
umK1 U m.ww% e , , l ll ,i
' .i.l' ,;,'L:!l -
h h. D h.hh; l' ' ' ll I I'
,j' ll * ,
'! '.1 J.. JQ , ,.y 4 t ..$gC', j i i -i l , -
; l';i ,
1 1 m .M y .y , p.W.vg:l - i gi I
,! ,;l ' ;ill ii i i, l ;, 4 ,;. i .
l' k L f;f e ! tf' ': li j!! l ,:f, 4l
, l i bll:
mm.h
- mlli.tolfll L n H! u o, n w O .,, ,
< c hTpy[ej:;wd n@w.g..cg.k. *-
'h 4 3.N i* i l ,!
'tl I.ii :, ll j j. ,i,'
I e lIi;iI'
,t l l'i ;;.
' l
- :r.y tJ . 1 t,; ;i. l'.; I .; ; i , ,,!
.-Qk.M, d :
,i
* . l 'DEC. ' f l i l ' ,,! !
- fl !lll .i!l l'lljl l
l wpnam# ,,g. . s 4 i ,
..I l'l. '
<!. ;I'l . ill e l,!l ' l:.'
, . i i:l 1.df ii i: ;,; rll .j lj f l-lI , ,l.
e. Ml,yg.. y.. eM.%. QF#s . , o u R,iloo H 200' H:3co o $ o0 ! j!lo bl-i, ced i a g . +As . pV 9;;:a. m# ,
;q l:. ,
,ll,l l.i' '
a pN.. . hy 0.w;pl r 4 e .,
;j'. ,
I.' I .i , , g jf'j'!j>illlflll,ll r
.j ,'
,I 7 , .[%g[y{ h.g N ;..
l p . i, li' j
,l l
' .p. m
. . . .w1,,f
\ ,
~
!j M"l:'..'3. fy,.2 . @' ^ .+..g'
,l.f . ' " (f i
$ i l '
.i
. +
i '
'l. .. .
lf J: i I ff? . b
. s e
4 r FE 214451 TSUM B020 CONT ROD DR FLOy H . 6 0.040 0.030 214451 TSUM B064 RHR HX 2 H2O OUT TMP * . 160. -
. 214451 TSUM B060 RUCU H2O INLET PRESS . 00 e 200. - .
214451 TSUM B016 REACTOR PRESSURE - O. O, , 214451 TSUM B047 RUCU H2O INLET TEMP - . 160. ! 214452 TSUM B018 REAC TOTAL CORE FLOU M0H 36. - 10 0 . - -- o, g 214452
SUMMARY
COMPLETED 2 lu Q. i .. g
' (
W:5 a..3ts .h*.3 a::.u:::cuos s1Cc.: 0.mvec Lue r , n.Ymg -- . e o' i j i
-_E.__.._, , , _ , .,
--1
'u1 a.i
_ i i , 'y~
! __ l .. . .
\
E I ~~ t
, 1- Y -i \ ,
d -
-/-
i = _. g 2 l 3 t-u _ __ _t i L._ f i _ . r- _A
-4 J <
_' 7 (_s., {
-- - ;- g ,,
?"4
~b y;
..I.
~
-- }
, ; , \-(, f 3 .- -
S ;._ yI t _ _ . _ .___ ,
' t,5 ,
+ _' 4__
i
. ._ h. 9, _A - _ ,, . _ __ A, .
_ _q . , _ l _ l . __ ._ . g . . . . j _ _ ..,... _ I~ g . ._ . t t.__-; _ _ . . _ .
. _ _ , i ..
.. _ _ _ . , . . _ # __..2 __ _ . . _ -
..[
g
.l l _ - - . . .
\.. _ _ .. _.
_L. -- - 4
.. ._ 3, . . . _ . . _ . . . . .
p l __- 4. _ _ , . .. .. . g - 3, d . J 1i L fklata u
~
1-.* _ d M tg Ii dt 11.'imt_i_inhJ M 1 k gf.,_L'o(A\aIk_la d.7 . A lh mL - j
- s t h e - 2 n n3m .. .i t -
'.v - y , .I i. - ry# im ir=ITT wm P P y .1rlnr '_ _e. r_U TU m 'Tr>
f
1.m q r.7 uter vi n ai w ? '..i r ;i__.
n rg . . v .T _ .._ l.._..
.L_.__..
- _ ,min T '}.. . . . . .
. \c -~ p ~ +t , - ..' . -: e-...%.
- - - - - - --- 4. T. _.
... f _ _ . . - -
._.4 5 . _ _c
_ . ___ . l .
.F
- --- y:__ .- h ,-...: _ =..-v l4 -,.....; -- t------
_ .- 1
- g. _.-l.
.,J- = _ . . , . .
~ ~~
g _ . _ . , . ...,.
, , . . . . , g
-_,..-.g..._. g- ._
.. _- . [ . .. ,_ __ _ _ ,. ,.,___ ._._, .;
.._r.,_. _ ; ..
_._...g_ j . . . . __...g__... _____ .._ . _ _ p_ .
- 9. - -
_T_- _ __. . ___-\__.._.
-- _ l _ _
g.._.. , ___ .ge rj... _._.l_..._.._ .
. . . _ . . _ _ _ _ . . _ . . , .__ _ . 3. _ . _ ... . ) . _..- _ _ _ _ _ . .
.- . . i e p
- s. _ . _ _ _ .. _ I ._ . . _ ..
L . ._. g _.__ l . . . I. ;
. . . . . _ t
..l,...,, ; . . . _ . .
- - _ . ...- .l . l . _ . .. ; .
; ; .._g . .
t _ ;
.__..l...-_.t. ..;,,. .. . , . l . .. -
_._._..._.-..sl... _ - _ .
~
.s ,.- -
I , 4 l
- 4 .
,- 5.
N, ,, . . m .'i - _'
- g I k h
, 'c , I .
. . 9.. .
l _ _,) .. . . .'. . d . 2 a . . . ~
*~ .' '
. ~5~
h.
~
~ -
-iW~_.. _ . f _. -
' ~
. . -f,4:4 ..
~ .. .
1 .
.I ' it I
, n , , , .t N , g. ,
r I ,' .jt
' jl!
' l I
) ,
l 2,, ' .i,i i 1 i i i
} l i l. ! ',
I ' , ', l
') i! 't I i n
l n$ _ _! fi ( ;
.I ,
t i t. ii.! I 20 *%j ' - 25 li i . !'30 Rgg 15
', ; 5 '! 3o i
.. , , ,r q .1 . ,o.
Z Od
,C d g~j;.
? gw
, V .
i E//- R & g S E
\ X l 600) L'
/
; '; !! l l i , , ;
C4: A t, ; 1 g/(): i
; l ! : 4 ;J A ;
q g, f . Il i 1 ' l i:j 1 i j .{,. j- s 7 -+ - , l l
~
e i i
.t j
g:i. ' .. ] . c .4 l
~
g l5I ' '. 'l t F. o i i i i e
- ] ;
j i i
', 4 -
'j I 6 l 'll , ,
, j ;- 33 .5 ' ' ! ' '30 I
I i ij.
' I i i i . !' '
l ' f I t
.q_' _l- ;
} ,
.l !
L',i'i. . g i I l ', { i ll'l - i
=- .
1 i l, }. ; - ,
- v. .
' I l .' ,
I ij M,.t , 1 i i u, .,, t _. l'g.l', l I'i't
'j' .3 35 i 25 !: I30 h $
i w
'p' .
.I._ i l
I ; I
. ~; ..
9 i l', i
. o 9
PE 214451 TSUM B020 CONT ROD DR FLOU MtH 0.036 0.040 0 030 214451 TSUM B064 RHR HX 2 H2O OUT THP F 161. 170 160 ~
~
214451 TSUM B060 RUCU H2O INLET PRESS PSI 248. 3 0 0 .- ~ 200. 214451 TSUM B016 REACTOR PRESSURE PSI 11. 100. D. - 214451 TSUM B047 RUCU H2O INLET TEMP F 160. 170. 160. ' 214452-TSUM B018 REAC TOTAL CORE FLOU MtH 36. 100,-- - O. t 214452
SUMMARY
COMPLETED
~
m 4 Q.
-(
;_-O--
- - o. g ~
- -._ _ [. -
-c!
g -j
). ._ . - - -o -, _
q_ -- (__. _.. . -
;- - -_ -- gI_'~ -.. . . . .
. - _- _p. .. , -
H_ -
-.a. >
-._- y -
-p
- pyg_a i . .. a - -_
.w r --,.
--, y . _ - ,_
-6 _ _
r-
-e I ..
- i. . -... y; ..
7
-J
-pa$_ vs nrgF@
L._ _- %_ ..3_[- - g qh 4,_ _ ,
- _ ._ l i.._.:- - A. t .Q -- t ._ . .
I. _- -_ p.
-_ -p-i
.H
_p... .__ _ _. K. _ d _ w_.._ 80 { (%' .__ E Lp. .{_ , . l- j ., . L__.. .i6 ,.
, _ 3_.
t .
.,_ y_ [~_~_
p -- _._. .. j .. _ . . . . . .
- b. -
.l _ ..,. .__ - p .
w _. s _. _.; ,.__ _.l_. _ = _. . . . . r _~ _ .- i... .. _) . _ . . . . . . . . . .{_. _ ~ i _. . 4 _ ' _...4..._._.3-
._ 7 ..!
.I,~.~ .s
- --.f.. , . _.... _ ... j
% p _ __ . ..m -
g..,...... { ~_ ..
. _ . . _ _ ..m.,.. m .m_; -- _ { . ...
... r ;.
.. , .._' g. .. 'a:N ! w ._ a C rr = M}_ 4 9_. , h_.
i . . . _ . .
._l. ...
.I . _ . .
.- ._.I - . _ . ._ .
-) .
{ _. T
- 8._ _ .L
.H_ .. . . ~ .
i._.......s.__4.. _
.,..i ._.g
.....-.i_.._....J . . . .
.. l i, . . .
...g. ,__..i......L . . _ . . .
....L
....__{.- ..I-~.
...... . ..g m__ r _,y -
.- . . , . . _ . 1..... . . .. . ~ . .
L. .. _-.-] -u-4. g . I .
. L . . _ .
J
. ._..,L.. .-_3- _
... .._ N/ ...!
+-
- .... t 4.n.' &_vs . 744;I.' ' t . L m... - - p.. - - . _
g%. ,J ._r .. , n, -
. .. .i - . .
_ ..L.,.s. _ .
.....- , J ._~Q1 Af~y. . f _-.4_ .. , s. .j _ . _ -.,. _ -
_ . _. ... ( g_._ __
. ,_~J
. . . . . . ...3,_.
.. . ._a.u_ . . . .
_ .a..=_.-
,,..' _ r
_. 4. ._ _
._I. .
. . _ . 6- -
-.. --. .... .. .. . ~.A _.__4..._-
. . . - .(.
- o. . ._ _ __ _. . .
.. _ A
_. ..g__. .. ._ K _.
.[l._ ,..._ ,.____ ....p--
- 3. ... _
t
.~..
u . .. _.. r . _ _.l
.~.. . ..
L.. .. . .... m_
..s
... _- . .. g .. _ -- ...,r. . .
P"-
...~P i- ,y_ '
. :.Ol ._ . . .
"~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
. s 23.000.13 At cheent 3 fY y 3 (4 1 3
q d (A
)
l -8; { N N Pt 1 of 3
.t c .5 .' .!
.v = T .:
}k t17:" .
t r t .
. 2 l l SE ! t h o ' 9 S "
.55 ! h 9 D k k t$
- n: t EM:l
- m. u = i =
l .
~
l 1 4
! i 1 J e ll -
J E 4 6
=
l
. .c .
e l *T b % b b h yo bb %
;E ~! sh= -
4 r h e b b i= N N
< ci g g{ h M N N N "
- El $5 \ \ \
N % *
=
W 1l t~t ee i n *I E' - E i - E E t i 1 d EIc q' d d E A xd E I E ga: *se 8, . s 3N g N $ Q w M s V : 3 (o'$ N N -
= .t - R hihk ' - , 2e
- e-ej e % , 4 R 4 b
\ N kN b' d e_b Itl U"A hs 4 N
h N ' b k N S N E.e
~i T 1 ! . 'O E.e SE: ASA ,
, i:
ee: - 8.: A .G' v<c , Zu
% cm w a y y o e o o sc k E h k Rs f 1 l * *0 E' E tN A 8
Aji o 4 N N 3X NR N N N \ s N N fgg
$ H 2 ,l - .
E a b 3 h h h M Ef pt
~
5 G
$ l k k k T! 4 % t s i) 4 ji b *
.5 ' .". < .5 .5 .5 .5 .5 .5 J ds '"
-[*E t D
g e a s s -
--a _a s ,
a a j / s *
# $ 0 R 0 C R 3,Di 41 0 C R f 4, t U $ ,s i ,O ',s ,s* <i i '8 w-
. g~i * < , e .= .c
>c U - - == == N N N N n m e e$
1 071285 l
,I
- ~.
I , . . n.e,
** yf' '
.p w e h. . ' pt p_,, ' _ . _
Y~l A v : A F;;e e r. pj7 r V s: IC c. 5 s se.- D/r / T. '5 \ kOMA RR W P*/t/
/.'6 If// RR Pv P9'F /
I m1 he S?A An & .,- I: e 4 4 D WC l. ~ Sr ,r i,,,e /P L .;* I 4. o SA Alow S-m (inc sP pe. gy c.lc w S 7 m (.%,e- S Is1 {%d __ AlcioG N6 PrA /eae /ow Pp/ f Q Eccs d' / .. N&9/A /eveI L .. Ecc s / / A'u?S / /ev<l 2- Ect S J /. . . . N6434'/e vel 8 sccs R&f.2 2 /e el 2. &ces / / 4/ 695C "/' e s e l 8 d .S cc.s - Aid to A lc w Pf i%d< .t. . A'& /0 C fo tu & h6 .. . - . . . . . . - . - - . . e cc.s / v' A'C45A' /e/e./ 2> d M7/CA /euel e, E cc. s s/
#69 A lc w 13c P /
/' d'
#69fC le e./ W@ E c's
/
d... Ad % A .N E. 57rn F lota .. . ws7ss /ou.> Srdm Pxen . . - . . . . . . .
/AcDA /e.,e13 . . . . t'EP 4. - - - --. l.- . -- . . . . . . .. . ../ . . . . .
1 C 7/ N6 F1' . .< 3'fo A Wsiqe P . . . . . ---- ....- . . - - . . . .. A/454.< 35% A.s
#6>. 3..wp : . Uo )
.:i/ )P Xf.priSrage..?
B;l/ #6 RW . A u.) 0cdd b.- ... . _ . . . . . . - . . . . . . . -
#48/4 / eve I 2 8PS / . . . . . . . .A pdt'// / eve.I .L a Ps / --. .. - - . J' . . .
A 6 f d A /~/ ) G w $lou.) .
/ . . . . . /. . .. . .. .
4/4746 l oco .$ted% Fr e 53 . - . ..-.. . . . . . AGPA le <e 6 . . Q P s _ .... .. .. /.. . .. .. ... - - .- / . .- -
# 4ff / / ou.) 01$ (bc ... . . .. ... ...... . . . . - . . . .
#dE/5 leee { 2- . . R P.5 .. . .. -. ./. .. .-..--...d...- ..
.N4tt'd } eve L RPb .. ./ .. . . ./. - - -- -
l ', .
~ g'-T . M c pav/.I,, _ J !~ f "- - is s u !.w e s v. w op. / Au et b Ker b/P / At /26 RR Pg,,h h /
/ #/36 EE IbpT/p /
-Em h&iC6/c,usSnsI;ee/F S4 CD /c w Sim bne/F f:5'l AJ(5 6 /L c.,,, j;,,e p/ 4455' D /c .o E ' u s (. o:e Fv' B.1 ( N69b d w r> Fa a / Ea-s
/ xW
>v 4 s .cf low / eve ECL.? . ..
-ATJtS$ /eect 6 5 cc.s-
/M /wI S sato a Au,1% Pv' e'ss Ar-to.D /cwPy Pre'ss w-7ee- 4,4se /5 ecc.s F; he.-s g
-M459-Lef 6 / Ect s l d.
na&c //1 Grwt Q ow - . .
/ /
AencN 51m flow o 7/ #6+3' <ddh / e. 'P
.N6%f lcu> & $..
B7I A'CS6) N? SteaY,2...,.lca. ..... ..... d
. W ..
/ /
nsre n'6rt.bvH;M Sreown.% m -ffw rlo tJ.
. .. . . . /.. .
/
#67&b /ow W1 Tsess... . . . -
HMSD./xcu &. Yfec . A!67(oC.lDuJ Sic 6 ws P-<e ses w e
$ +
e e 0
tt' . . + ' f'
.- pu S wr 4Ef - AwW S, , .,-
B5I '
, u I u'. t5 /
/ c. r C' b - /
* ^
/uct28 /
/. 'd/36 /
Em A C TC6 / S& S*ED / 2 51 .4J CS 6 /
/.s O 5 Y D /
B-( pcstb d N69S8 . . .! . . . . . . l 2% A/G938 / At& 45D /
$4/0 8 / .
No /0.D /. . N 70B >/
#6b6 /
MffD / MSG C . / . . . . . . . . . . . . . . . . ._! . . . .
//489C / /
07/ #6 n' l B7I #694C- . /.
# 4 86 ) . .. . . - - . . . .t/. . . . . .
/ .
46t2 b .
. . /. . . /
.W
# 6 N.b . .. . s/. ... .
#67&b. J . -.. .. ...
N6fdp / i tYS'?6C. . t/ . . . V . .. . . . .
. . . . . . . =
- a. .
' .n> e e 1-. .,.- - -, _
g-__4 _ x - ,. /,,, s s
.p <n .M. .
n: - s i '4 t N c. s c A /
.. u tC c - /
$5\ /J & M / J PG I5.A vt s., i ArrA /
/v&s~bt /
HI A 4 SA A J NuS*f'C W k' A/O 90 G J . .. ... AJ6 ?S~A J . l f. .. N&9iA { . ....- ..
/
Puf A J /. .. N643A / p&o e / /
.4/693d / .
AI6 /0 A d. . . . . A'u to C V' . . . - . . . . . . . .
#64fA ./ ./
./ d N 7/C A /
A/6fs4 / NG9fC V / !. . d . s/ - M fG A . . . . . .
#4744 l l M$M . . - - - . .- / . . . . .. . . .f . . .
I C 7I N6 54'-- .. ... d. .. . -.. -.. --... .. -- -- - . N6f4 .. . /. \ j #6T.3. . . . d.. . . . . - . .
. M f u ... t/ - . . .
) . ./A / / ... J..... .. . \ p63/4 . .. MS9/ / .. .. .4 - . . ! A.6168 .
/ . ./_ . .--.
4/4748 / . t xgr.et3 ' / .. . .--/.. -- .
- j. AMff/ ./. . .-... . - . . . . . . . . . . . .
. /--- .-
( #dS/d. . .. . .. .
/ . . . .
MlY8 / . /. - -.. . . .
.,,,-.m. -
- - - - - - , - - - - - - - - - - - - - , - ~ ~ , - -- - - - , - - . - - . - - . . - - , , - . - - - --e
*/l. / ).O . O L
- s Illf 70EY C/.D HC-001 .
- - -~
- INSTRI.
U IEf:1 PIS/ID!: Duckt:Lhj AS FOUND Pr+-2 2 SAT UNSAT **RE!%RKS SPF M) OTHER EltiSE R
- ACTIVITY M)
.iATE S t C_ /
9/b soF 6t E"' YC/w s4U Dr3Y/ YcAL. V ~Bwf Ai'W- Miscs rewest.?> - RE7TEMtb f268420
- l. ?d*7f CA <- RED PEN- DCrW WW MM WW i
lfift.
}.
N N ' ~ -. - agaidc Na 1D si??u. n'osence -Mr%>gn c A Ol 1A STC / M nh 39t vs or: Hen +o de.a<k/norJ fG SPF ca1,le L. n e . o u r..e x 1, u.. } .wsa (3 4 ( 90 (i E w l st fu see a,a 1 c.i le re rn., Ju /,.n e -
'Nhv .6(F oc.9:3 en /
j ,l 4 i 58ACIIV111ES R!!-ROUTINE 11A11;TENANCE
**BRIEF ADDITIONAL TS-TROUBLE SHOOTING DESCRIPT10H OF REW-REWORK ACTIVITIES-IF ,
ST-SURVEILLANCE TESTING VIS-VISUAL INSPECTION NECESSARY Pages CAL-DETAILED* CALIBRATION O-0THER (USE RE11 ARKS) Rev.2 3/26/B5
Tj'P,E, Or SERV i,C1' C H1S'!ORY CARD 11C-001 INST NO. 8 dl- M 9 3 b
.6 . ~1 r ou b l e Shobe ,
ST Surveillance Tes t CA1. Detailed Celibration Rs; Routine Maintenance RED Re pt. i r e d VlS Visusi Inspection TYPE OF . DATE SERVICE PN21 NO. BY k'HOM REMARKS ( 7?II .4 / ( l 2 [.r.9 E A r / T A_l-<m. ', .7"i _ r m k / C4/ (aCO.b /7 fe.csf fecer4.- shcL4eg 5 = ff **
- Y e-z.z93 CAL r e- 4nir 7 3A,5.- 4 kJ t cc,-A ,. t.- & ws a<..+ h,vc G. / t; .'.
Da sees.ccb , , .-. Ih/Ry A'c, C 6, . '7 al # /.re Vo .L chL 4- c c s7 3 c .&,i e -- coLSON te7-84 CAL E7 Doll (c ELOFF Pecd
?bh *RE D 971.4'./ MS 8CAK[ }fppf//ffp kMf) $Agb fd2 [ghtW Nf/n ER 97Pa2 m. Saee Rs &L'd' Mrra M a.k>ex . & ae4 Pen 97RI70 PDIJ13 Ps A Oel4 Rl0p SAlnpce Ndevs b al 94 CAL 97P/7/ ADAlb hec _Al t #C. S~7 72e/ C. 6>:: k MyVL7Lo lM6wc, 5 rs ren &
G."* sb 0 /c2?c 6 // /8 de. '.z, c lI.13 l'/ cal- 3 9/&11 A . S C/% & ~r Z. k esi b w for
/ E T-1 E
Ob
.O
- I D
e 9-) W D e 2/22/80 Rev. I
N9 000082 CONTROL ROOM SURVEILLANCE LOG TEST LE ADERS EXT ~ SURVEILLANCE NAME NAME DATE SURVEILLANCE TIME TIME l DATE NUMBER (BRIEF DESCRIPTION) Ih k / $_- l]$. f. I,f.G h 74'r e fi~/- 4 V't G/(/.RJ B l'd B - /7 Ew __ 0 z <<. z c't o f ' 5%R gy'us2B _ 1.dr /__ 2 ._DO_. _ . _ n't /w._. _ i .At 52d_ IU1 7/tF ILY 31o2A10l MS 4 RLPMG_9HoTkDW8_QLCeDLfEP k!!I_._ T%&r-
~~pe_c 2- _so ei zouc ?/it/m\y/;
_p- > . 203.o s _2.ew oAs c3 i c 1-+- rw_ue.r_n_rwcws_tt s r k9 4&c _azi1 asss 'l's- ML_. _.&1o_.53 -- on l!C '1llf_G oP -r*sr M . S DI o'T waset._eae etimf b.org/fC 52'3 7' U 20
!~
u4.oro. r2n MtM ' F' F3dT_JP( 't ES-T hi4'bY3 "T'o Ch ~12 C-F M q,y.m.y 53eoettauct . ,. s _3 n ess m _ _s.ujs_ caw y -is. uy 7 3.k 42J2 i .o i A ka hs.e.1#=.$.. J Ls .~ _ S.?./L_ oFM 7K tic ' ITfi NQL.t_SJeu J '.,.* D'
- 0.!0r_) N
_43.2of.c'/*"
' v4m;c bouct e/J taf. Ell- r%_zt) DJJh).- SW 07t[ js_-
E3 ty_ 6 79,_ iyo kt-f A vv o!0 '1% w_.ne. J:, c_o,' ., 1- &,.c~_ 4l12Tg._ _ c - p t's i)H2ir twf4;_- '* W Glo, I.n MRM-0 -Xi Ct/ D ayij,, TQ-l. n_0'o is1 sC6h 6 GJ K. Gxe. - $'2.&n<rx ZW . . . . _ . ) 7 8PV Svs>. gig /gyy &[ g,p,],,;yy_ Q3C nw nr
- Ig.8D. osa 09 ory_nyr_ ?&_ en 5r JJ on'./a7 Bfn171 - p fnu Olly< / j!?Lfic l T I, J B ._ D r AfBM- 6 kn g?gy _ 96 inci %r o z ptEp 7psy j;p(nopp_ ?K %r.'_ocA'. N
}'t.mA ea
,i . now 2k .- W ( A l.._0 R FrM_s.r!' es.trce_snr2>n_veoc_%_vatm.mv_cu.nmitt _.._._ .
.J feu er_ .xxx. ..on Vis_ u.rx7/p.-
( R9 oos.303 suc.r_. .rrey n_un c_na s ens _a1 v_i _.. d 3. dhl. WC~ t_ L / f C ff . f f 8'o , f t Q k bu<u.6c l T @ o G ?lM,O'l* '&
OD
~
b.
- f. $, 5., 1703.02 Lr, I I ~g,j., 3 (', 9 '.!!, 9e-Lea _[; .h t c,'m I
~
SR h Safety Classification g/ 9 FERMI 2 PROCEDURE - OPERATIONS - ABNORMAL ARMS.INFORMATION SYSTEMS TITLE: REACTOR SCRAM DTC'T9D ADYY\ - DSN h m M _djf[,j PAGE REV ,_(gr Pts PROCEDURE NUMBER: 20.000.21 g mO O Es.gf REVISION NUMBER: 6 P1S . - _ - . - . _ _ . Trg,p.. W 6 [ RECIPIENT
""".70/n ^!^O
. '/ 0 .;
Na: e of preparer: S. Heard /s/ Technically reviewed by: W. J. Black /s/ Date: 07 /11/85 ( Reviewed / concurred by: J. J. Wald /s/ Date: 08 /14 /85 Supv - Operational Assurance Approved by: T. E. Abrambon /s/ Dat e : 05 /14 /8 5 Responsible Section Head or OSRO Me=ter/ Alt Further Approval Required for Safety-Related or Superintendent-Desi Fnated Procedures: Recommended by: R. S. Lenart /s/ Dat e : 08 /14 /8 5 OSRO Cnairman/ Alternate Approved by: R. S. Lenart /s/ Da t e : 0P /14 /6 5 Superintendent - Nuclear Production The following approved Procedure Change Requests are incorporated in this revision: H3671 This revigion lXl does lldoesnotconstituteperiodicreview. ( . t
20.000.21 Rev 6 I.. TAELE OF COh7ENTS-PACF 1.0 Imme d i a t e Op e r a t o r A c t i on s . . . . . . . . . . . . . . . . . . . . . . . . I 2.0 Subsequent Operator Actions....................... 2 3.0 Indications....................................... 5 ( l 100/Mi'26/21.0 !T: ; . "" 080885 l t
< - ~ - - - - - - - - . _ _ _ . _ , , , _,, . __ _
20.000.21 Rev. 6 PaFe I
~
k _ REACTOR SCRAM 1.0 Irrediate Operator Actions 3.1 Depress both Manual Scram Pushbuttons.
/#
1.2 Verify Reactor Power is decreasinF. , 1.3 Place the keactor Mode Switch to REPUEL and verify a11 Control Hods are fully inserted. 1.4 Place Reactor Mode Switch to SHUTDOWN. 1.5 Verify the following automatic actions have occurred: Tne Post Scram Peedwater LoFic sealed it.. s/' 1.5.1 The Post Scram Reactor Water Level j l.5.2 / Setdown LoF i c sealed in. NOTE: The Peed Pump High Speed Hydraulic Stop Valves will not be closed until 30 seconds after the scram. I' 1.5.3 Verify both Peed Pump High Speed , g Hydraulic DischarFe Valves are closed. # 1.6 Maintain Reactor Water Level between Level 3 and Level 8 as follows: 1.6.1 If the MSIV's are open, use RPP's or RCIC and/or HPCI. i I 1.6.2 If the MSIV's are closed, use RCIC and/or HPCI.
~
I 1.7 Maintain Reactor Pressure between 900 PSIG and 1075 PSIG as follows: NOTE: On scraes from > 30% Reactor Power, the Low-Low Set function way actuate and control Reactor Pressure between 900 PSIG and 1040 PSIC. 1.7.1 If the MSIV's are open, verify proper operation of the Turbine Bypass Valves,
,1.7.2 If the MSIV's are closed, reset LOW LOW Set Logic as necessary and operate the '
Saf ety Relief Valves to produce even heating of the Torus. ( I y
. I'
l 20.000.21 Rev. 6 PaFe 2 REACTOk SCRAM 1.6 Trip or verify tripped the Main Turbine and verify: The Turbine Control Valves Turbine Stop j 1.6.1 Valves, Low Pressure Stop Valves and f Intercept Valves, close. The Generator Output Breakers CM and CF gj 1.8.2 open. . v 1.8.3 The Generator Field Breaker opens. 1.9 Verify Recirc Pumps have run back to minimum speed (approximately 301) or have tripped (If ATk'S values exceeded). 1.10 Insert SRM and IRM Detectors and range the IRM's on scale. Down range IRM's to maintain an on L scale indication as power decreases. 1.11 Notify the Nuclear Shif t Supervisor of the event, actions taken, and that it may 'be required to classify the event in accordance with the Emergency Plan Implementing Procedure EP-101, " Classification of Emergencies". 2.0 Subsequent operator Actions 2.1 Verify Annunciator 3D6, SCRAh VALVE PILOT AIR EDR PRISS HICH/ lok', is alarmed. 2.2 Run Program OD7, Option 2, on the Process Computer I and verify all Control kods have fully inserted. CAUTION l If fuel damage is suspected, do not reset the Scram l until H.P. surveys the Scram Discharge Volume for l excessive' radiation levels. I 2.3 When conditions permit, 2.3.1 Reset Reactor Protecticn System _ I 2.3.2 Reset Alternate Rod Insertion if tripped a
4 10.000.21 2ev. 6
Pare 3 t
REACTOR SCRAM
- 2.3.3 Reset SRV Low Lov Set Logic as necessary.
2.4 If the Reactor Scram cannot be reset wi thin 5 minutes from the time of the initial scrat, perform Abnornal Operating Procedure 2 0.106.11. "Scrac DischarRe Volume Halfunctien" concurrently, with f this procedure. 2.5 If operating the Safety Relief Valves HPCI, or RCIC, place RHR in the Torus Cooling Mode as necessary in accordance with Section 4.8 Torus Cooling Mode of System Operating Procedure 23.205, " Residual Heat Removal System". 2.6 Verify that the North and South RTP M3 Discharte Valves close. 2.7 Reset the Post Scram Feedwater and Post Scram Reactor Water Level Setdown Logic seal in at the direction of the NSS, as follows: NOTE: Monitor Reactor Water Level throughout the i performance of these steps. 2.7.1 Depress the Post Scram Feedwater Logic f RESET pushbutton. f/
/
2.7.2 Depress the Post Scram Reactor Water Level f setdown logic RESET button. g 2.7.3 Place the Bypass Valve Mode Switch to START position. 2.7.4 Balance the Startup Level Controller and place to AUTO. . 2.7.5 Slowly increase Reactor Vessel Level to desired level. 2.8 Restart one Reactor Recirculation Pump (if tripped) , to provide core circulation if steaming is stopped in accordance with 23.138.01, " Reactor Recirculation Systee". 2.9 Verify that the Startup Level Control Valve is in AUTO. 2.10'1f the MSIV's are closed, so to Step 2.16. l l i . I i
-~ _ _ - _ _ _ _ _ . .. .- . - - _ _ _ _ _ _ . - - . , . - .
20.000.21 Rev. 6 Page 4 REACTOR SCRAM 2.11 Shutdown one Reactor Feedwater Pump in accordance with System Operating Procedure 23.107, [
" Reactor Feedwater System."
2.12 Start a Mechanical Vacuum Pump in accordance with 4.1.2 of the System Operating Procedure 23.125
" Condenser Vacuum System."
2.13 Close or verify closed the SJAE and Prehester Main Steam Supply MO Isolation Valves indicated .. below: N62-F601 Main Steam Supply to SJAE #1 2.13.1 N62-F602 Main Steam Supply to SJAE #2 2.13.2 N62-F603 Main Steam Supply to SJAE #3 2.13.3 N62-F604 Main Steam Supply to SJAE $4 2.13.4 2.13.5 N62-F615 East Preheater Main Steam Supply Block Valve. ( 2.13.6 N62-F616 West Prehester Main Steam Supply Block Valve. 1 2.14 Shutdown all but one Heater Feed Puep and two Condenser Pumps in accordance with 4.7 of the [ System Operating Procedure 23.102, " Condensate __ System." 2.15 Perform a Main Turbine shutdown in accordance with System Operating Procedure 23.109,
" Turbine Operating System".
2.16 Plot Reactor Cooldown rate by performing General Operating Procedure 22.000.12, " Reactor Heatup, Cooldown, and Temperature vs. Pressure Monitoring", as applicable. 2.17 Notify Chemistry of Reactor Scram. 2.18 Notify the System Supervisor that the MTC is off the line. 2.19 DItermine cause of Reactor Scram and initiate [. corrective action in accordance with Administrative Procedure 21.000.03 " Post Scram Evaluation and Re-start Authorization".
20.000.21 Rev. 6 g Page 5 k REACTOR SCRAM 2.20 If the Reactor Scram occurred with Reactor Pressure equal to or greater than 900 PSIC, ensure that I&C g Surveillance Procedures 44.010.41, 44.010.42, 44.010.43, 44.010.44, 44.070.01 and 44.070.03 are conducted within 72 hours of the Scram. 2.21 Perfore the applicable General Operating Procedure as directed by the NSS. 3.0 Indications 3.1 Annunciators 3D73 TRIP ACTUATORS Al/A2 TRIPPED and 3D74 TRIP ACTUATORS Bl/52 TRIPPED. 3.2 Elue Group Scrae lights (6 total) of f. 3.3 APRM's rapidly decreasing. 3.4 Generator Ka'I output rapidly decreasing or zero. 3.5 Blue SCRAM lights (165 on Full Core Display) on. l 3.6 ARI indicates tripped. d 3.7 Annunciator 3D40, DIV I/II ALTERNATE ROD INSERTION TRIP. i O e END 0 l l
.. ... s.
- 1 tc.h Cf. up 1 71.E e:2<2- *. DcIEt^.li.it.
- :t gi;e 4; FA;c>.
F :..? ;&.1,
- E Lc. -eHF < c;c = lea.- , A:E 1 c1 !
o .1,.. A* ' t- UA*.UF El L1** Lt L!* 71MF. - ! D- - -- - - DE E CF 1 F71 t4- - - ---- tt:ttt 7tt! N's ETn SJ AE.-FLL' EeH LFL (t14;( F:7C F0D EEL FIF8: ECHO
~
A*- ' t ON ALM- 04 CC1420 E!($ RJM OPERAELE NOPM OFF CC14 t 9572 ROD INSFT PERM ECHO CLED DD132f D22( FIRE D00E ALARM AUM E2-0 NOPM 1.1 234445 E009 EMEF LESL GEN 13 PWE MW NORM NOFM 22321? 3!10 CED R0D TIMER HALFCN ALM NOR't NOFM CLED l22744 DICC CO2 DOOF ALAFm FHF E19 222(!! E!?; SCEcM AIE HIE PREEE HIGN ALH H1CM N0FF HOF=
!!!7!' E!?! E0EAM AIR HOF PEEEE LOC C . C.
210727 EC?$ REC 1R PHP LIE 0 FL Ai MeH NOFM NOFM REET 22t7:t A!tt REATCF ECFA~. NCF- NOFM 2207;( E51C FLOU UNIT COMFAF ATCF. t.0 23CE:2 904; FECIE PMF DISC FL El M4M NOF 't NOF" NOF" 23010? E!75 EF1E MALTUNOTION ALAFM NOFM CLt! 222E!4 D10' CO2 DOCK ALAPe F.HF IE ALN ON 21C917 352% ROL-0UT F0f B;00E ALM ON 21062f Et:1 RUM F0D ELOCK AL" ON 21t!$7 25E2 P00 DRIFT ALARe
%FW HEL 2Ct!tt Bot 3 AFFM D FLUX LEVEL END OF PEINT EONE !!! LCG
e e >
- It it FLli.T T.(N7 !!3 LO3 077 f ' )
i!*;E CC?ti ! A1) < .6-Et F A;'
- OF t ALAFM DIETLCi *CH70N; LOG CAL" T!*E C01(1* DATE 07-at-tt FT10*...-.... AL*1- VALUT HI Lin LD LI*-
71 :E- - I D- ..... 1It!7 f407 s FEE 1 Ott000 ft:1 ATPM IH!TF IN:P TE1F N0) H CLE! 190F4* E166 CO2 D00F. ALAPH FHF 09 14:003 AC t LFEM 24 17 FLX LV A 47W SAD 091941 F152 RHTK SLTL SHELL PRES PE1 LRL 020529 9033 REA0 TOR H2O LEVEL IN DAD IN LFL L00926 F127 COND WIDE RANGE N MGM LRL 222207 9041 TOTAL STEAM FLOV 1432E2 F14f HOTVELL MAKE-UF FLOV ktH LEL OPE'd 103EC9 C213 FIFE DOOK ALARM Rx F1-11 ALM ALM OFEt; IC350? D199 CC: D00K ALARM RHF D1E ALM OFEN 10360$ L196 CO2 LOOT ALAPM RHR L39 000107 C4t9 HP 1N GE MID TH-9H DIF F INVD 000107 T19f HP CAF M!D GEN ECT AVG F INUD 00C006 DICS CFYWL FAN C10 WIND'C E F DAD 00000? LOST CC RA FAN 2 SPG INEL F DAD 00CCC7 G112 ETATCE 1RON TEMF 410E F SAL F DAD 00C007 GCPP STATOR 1RON TEMF 495 0000t7 G09& STATCE 1RON TENT 992 F DAD C00tt7 GCt1 STATOR 170'4 TEMF 977 F DAD F 94: 000007 GC60 STATOE IRON TEMF 476 END OF PFINT 20NE Ill LOG e .
*'i I ' . ri,-
". e t i s
*- t . i e
': ! O i . i (
- i t 4' ( t' 0 t 6 s ( ( t- t f 0
- 4. t (- C i D t t 0 t (- ( 0 L t t
}9 0 t C f C 0 0 0 t C 0 t C t' 0
!! 0 0 - ? fr 0 -f 5 0 0 L t- t- 0 t t 0 t 31 L C C 0 0 C C C C 0 0 t 0 0 0
!" 0 0 C 0 0 0 0 0 0 0 0 0 0 0 C.
0 -99 0 0 -te p 23 0 t 0 0 0 0 0 0 0 19 0 L 0 0 0 0 0 0 0 0 0 0 0 0 0 3! f C C 0 0 0 0 0 0 0 0 C 0 Il C 0 0 0 0 0 0 0 0 0 C C- -?$ 0 0 0 0 0 0 0 0 () 0 0 0 0 t C C L: C- Il 34 11 2; ( St id 21 40 4e t' 14 !E (~ !E-t; e T !"E f t : S t.' DAT E 0 7- 1 f - t t F F :*C :*0'*1 313 LPG CF1 840 1 FA71 1 0F t Tla! 0C:4t' DATE 0"-1(-66 ALAF's r!!FLAi Gt *CHP0tCLO ! CAL *
'i- UALt'E HI LIM LO LIM 7181- !!- - ----Ilf0FlfT10:4------
\
L
1 M h C/2 OENh/f8 l FERMI 2 - INADVERTENT ECCS ACTUATION JULY 15, 1986 (NRR/ LYNCH) PROBLEM: INVALID LOW LEVEL 1, 2, 3 ACTIVATION DURING REACTOR VESSEL HYDR 0 TEST SIGNIFICANCE: INVALID ECCS ACTUATIONS DRY START OF DIESELS LACK 0F ATTENTION TO DETAIL DISCUSSION: REACTOR VESSEL HYDRO IN PROGRESS (150*F, 20 PSI) WATER LEVEL IN REACTOR VESSEL HEAD WITH SMALL BUBBLE "B" RCP OFF "B" SHUTDOWN COOLING ON OPERATORS SECURED "B" RHR PUMPS CAUSING-FLOW REVERSAL IN "B" LOOP AND PRESSURE SPIKE ON REFERENCE LEG PRESSURE SPIKE IN REFERENCE LEG RESULTED IN FALSE LOW LEVEL SIGNALS AND ESF ACTUATIONS INCLUDING: RPS SCRAM DIV. 1 - RHR (LPCI) AUT0 START DIV, 1 8 2 - CORE SPRAY DIV 2 - EDG (DIV. 1 EDG IN MAINTENANCE) BUBBLE IN REACTOR VESSEL HEAD ESCAPED THROUGH LEAKING FLANGE PRESSURE PERTURBATION CAUSED BY SYSTEM G0ING SOLID PRESSURE PEAKED AT 380 PSI - THE SHUT 0FF HEAD FOR THE LOW PRESSURE PUMPS FOLLOWUP: PROCEDURES REVISED TO REQUIRE BOTH RCPs AND TO SECURE SHUTDOWN COOLING EARLIER e e o}}