ML20129C028
| ML20129C028 | |
| Person / Time | |
|---|---|
| Site: | Davis Besse  |
| Issue date: | 06/12/1985 |
| From: | Feasel S TOLEDO EDISON CO. |
| To: | |
| References | |
| NUDOCS 8507290327 | |
| Download: ML20129C028 (84) | |
Text
-
1 1
BEFORE THE FACT FINDING TASK FORCE sId
\\
2 OF THE NUCLEAR REGULATORY COMMISSION 3
4 5
Re:
6 Davis-Besse event 7
of June 9,
1985 S
9 INTERVIEW OF STEVEN FEASEL 10 11 Interview of STEVEN FBASEL by tne-Nuclear 12 Regulatory Commission Fact' Finding Task Force, (m--)
13 taken oefore me, Anne I.
McBrayer, a Notary Public 14 in and for the State of Ohio, at the Site Emorgency 15 Operations Center, Davis-Besse Nuclear Plant, 16 Oax Harbor, Onio, on Wednesday, June 12, 1985, 17 at 11:22 o' clock s.m.
13 19 20 21 22 23 8507290327 850612 PDR ADOCK 05000346 T
PDR e
24 N. s ACE FEDERAL REPORTERS INC.
(202) 347-3700 l
L
2 1
APPEARANCES:
7,
(
2 U.S.
Nuclear Regulatory Commission 4340 East West tiighway 3
Bethesda, Maryland 20814 By Mr. Steve Burns, 4
On behalf of the Nuclear Regulatory 5
Commission.
6 Snaw, Pittman, Potts & Trowbridge 1800 M Street, N.W.
7 Washington, D.C.
20036 By Mr. Jay E.
- Silberg, 8
on benalf of the Davis-Besse Nuclear 9
Plant.
10 Members of the Team:
11 Wayne Lanning Larry Bell i
12 J.
T.
Beard Ernie Rossi
\\
13 14 Also Present:
15 William O'Connor 16 17 13 19 20 21 22 23
()
24 ACE FEDERAL REPORTERS INC.
(202) 347-3700
3 l
STEVEN FEASEL
~(J 2
being called as a witness, was interviewad as 3
follows:
4 EXAMINATION 5
BY MR. ROSSI:
6 Q.
So wa're going to be talking with Steve 7
Feasel, and I assume you nave the spelling of his S
namo and so forth.
9 And, Stove, why don't you just tell us 10 wnat your position is.
11 A.
I'm an assistant shift supervisor at 12 Davls-Basse.
Been licensed for -- with the senior 13 licanse for about fivu years.
14 MR.
bORNS:
And you'll show on the record 15 Mr. Silberg and Mr. O'Connor, Mr. Silberg witn a law 16 firm and Mr. O'Connor of the Toledo Edison statt, 17 are hora, and Mr. Feasel has asked that they be 18 present.
19 BY MR. ROSSI:
20 Q.
Oxay.
Now, could you start again, you're 21 assistant snitt supervisor.
22 A.
Assistant shift supervisor at Davis-Besse.
23 I've been licensed for about five years, a sonior
(';
24 licensa.
I held a reactor operator's license for ACE FEDERAL REPORTERS INC.
(202) 347-3700
4 1
two years previous to that.
okay.
2 MR.
BEARD:
Stevo, I think it's important i
3 that you realize that we're not hora on a witch hunt.
4 de're just trying to understand the ovent.
That's 5
all.
6 BY MR. ROSSI:
i 7
Q.
I guess what we did, have dono, with all 8
of the people that we've talxod to, eitner in groups 9
or individually, is just started out by asking tham i
10 to tell us whora they were, wnen they came on shift 11 tha day of the event, and then describe what you 12 observed from the timo you came on shift and then 13 just walk tnrough tne event, and wa'll ask guess 14 questions as you go along.
I 15 MR.
LANNING:
de're not going to intarrupt i
16 him.
Just let him go ahead and ask questions at the 17 end?
13 MR. ROSSI:
Well, no, wa811 ask questions 19 as we go along.
T ha t's what we've done in all otner 20 casos.
So we'll do it at this time too.
21 BY MR. ROSSI:
22 Q.
Why don't you tell us when you came in on l
23 shift?
()
24 A.
Ok3y.
I came in on midnight at night.
ACE FEDERAL REPORTERS INC.
(202) 347-3700
5 1
The plant was at about 90 parcant power.
All the 2
ICS stations were in automatic with axception of the i
3 No. 2 main tuod pump, whicn we had in manual.
4 Tney nid experienced a tow instrument 5
problems on the preceding shirt.
They nad a 6
radiation element for the station v-nt monitor i
7 that was giving tnam spurious trips.
i 8
BY MR. BEARD:
t 9
Q.
Excuss me, what was that?
r 10 A.
A radiation monitor tor the station vent 11 that nad been giving tnem apurious trips.
Otnar 12 tnan that, majority of the equipment was normal.
f 13 Q.
So tno only thing tnat was abnormal ot a l
l 14 significant naturo was this No. 2 main taad pump j
15 that was in msnual?
i
[
16 A.
Tna t's not an abnormality.
It's just 17 somotning new we woro trying on a procuding trip.
I 18 Thuy nsd both their teod pumps trip in response to l
19 the wnat they believed to be the rapid feedwater 20 reduction circuit.
And procedures were changed to 21 run witn one or the toad pumps in manual so tha t it i
i 22 would not seu the utfacts of rapid foedwster 23 reduction.
24 Q.
Oxay.
With that ono exception, tne plant
()
ACE PEDERAL REPORTERS INC.
(202) 347-3700
6 1
was pretty normal.
Pretty steady.
You came on at 2
midnight.
So I guess tno next tning ot intarest was 3
sround 1:30 or so?
4 A.
I'd just come bacx trom the lunen room.
5 I'd taken a breax.
Came back in.
I was walking up 6
cy a consoles to see if any recent alarms or 7
anything had come in.
And I noted that teedwater 8
was running back.
Looked down at the lower panal.
9 I notod that No. 1 main feed pump had tripped.
10 Looked up at the enunciator alarms.
I saw teodwater 11 run back in effect.
And shortly tnereafter, reactor t
4 12 power limited by toedwa ter alarm came in.
13 Q.
Excuso me.
Roactor powor limited by 14 toodwater, are you talking about an ICS cross limit?
15 A.
Yes, cross limit alarm.
The reactor i
16 ope ra tors brth got up.
One of them grabbed the 17 No. 2 main taed pump.
Stsrted increasing tha speed la on it in an attempt to offset the decreasa from the 19 No.
1.
The other reactor operator want over to the 20 primary sida panci and opened the spray valve in an 21 attempt to reduce tna prosauro surgo.
RCS prosaure 22 was increasing dua to the heat up.
23 Q.
Manually opened the pressurizar spray (O
24 valve?
)
ACE FEDERAL REPORTERS INC.
(202) 347-3700
7 l
A.
Yes.
O~
2 BY MR. ROSSI:
3 Q.
Would that have happened automatically 4
witnout the manual action?
5 A.
Yes, it would have.
6 Q.
So he opened it 7
A.
Just to get a jump on it.
8 Q.
Okay.
9 BY MR.
BELL:
10 Q.
Well an automatic spray valve come fully 11 open or will it only come open partway?
12 A.
It comes open to about 45 percent.
m 13 Q.
And he opened it manually to 100 percent?
s 14 A.
To get more.
15 Q.
And that was his reason for taking the 16 spesy valve at manual?
17 A.
Yes.
The RCS prassure continued to 18 increase.
I believe roactor power' decreased to 19 about 80 percent when we finally hit the high 20 pressure trips set points..
I immediately grabbod 21 tne-ATOG procedure off the shalves, and the ROs were 22 going through tha immediate operator actions.
.One 23 of them nad tripped the reactor.
Varified the rods
()
24 responded to the trip.
Another tripoed the turbine.
ACE FEDERAL REPORTERS INC.
(202) 347-3700
3 1
Verifiad the turbine control and stop valves had 1
-s
(
%)
2 shut.
3 And then the first guy isolated let down.
4 Wa than started going through the supplamentary 5
actions.
I was reading them off, and they were 6
acknowledging them.
We got to tne supplementary well, during the supplementary action 7
action tha t 8
to verify that feedwater had responded correctly to 9
tho trip, we noted overything oxay at that point.
10 We want on to verify subcooling margin.
11 And then the next step is to verify that 4
12 you're not overheating.
We got to tnat point.
We (2) 13 saw that the No. 2 main feed pump speed was 14 decreasing, and we weren't the steam generator 15 levels were coming down.
Looxed up at the centor 16 console on the very back and saw that both MSIVs 17 were shut.
We figured that at that point, that we'd 18 probably gotten a partial SFRCS actuation.
19 And I directed the reactor operator to 20 trip SFRCS on low water levels.
He went around to 21 the bacx consolo and inadvertently got the wrong 22 switches.
At that point we didn't know that, but no 23 tripped SFRCS on low steam pressure, one steam
('T 24 gunerator for each channel.
V ACE FEDERAL REPORTERS INC.
(202) 347-3700
9
~
l BY MR.
BEARD:
2 Q.
Steve, let me interrupt you.
Going usex 3
to the MSIV closure part, are you saying tnat you 4
figured that probably what caused them to closa was 5
a partial actuation of the rupture control system?
6 A.
Yeah.
And we hadn't seen a complete 7
actuation, you know.
The other equipment had not S
responded.
No still had reed valves open.
The aux.
9 feed nadn't started.
So in the past, past practice 10 nas bean if you've had a partial actuation, you 11 should give yourselt a full actuation.
You're going 12 to get it eventually anyhow.
b wJ 13 Q.
Okay.
When you say I'm trying to 14 understand what you mean by_ partial actuation.
Okay?
15 Are you talking about one instrument cnannel may 16 have tripped or are you talking about one actuation 17 channel may nave tripped or can you nelp me 18 understand wnat you're saying?
19 A.
What normally we see tnere is you gat 20 suveral nsif trips in a very snort period of time.
21 They don't even necessarily have to be the samo 22 parameter.
It could ba any one of tne five 23 monitored parameters-that would cause that.
- Well,
(
24 in that case, it would only be tour parameters, ACE FEDERAL REPORTERS INC.
(202) 347-3700
10 1
because loss of four pumps doaan't shut the MSIVs.
2 So we figured, kind ot figured at thu time, 3
that's what nad occurred, that the MSIVu are a lot 4
quickor responding.
They nava like a tive second 5
response time.
And we've seen that in tne past.
6 Q.
Okay.
Will that partial actuation of the 7
reactor control system cause the MSIVs to closo?
If a
8 tnat occurs, is that an intended proper response for 9
the rupture control system or is that just something 10 that happens trom time to time?
11 A.
That's just something that happens.
.1 12 Q.
Okay.
I understand.
13 BY MR. ROSSI:
14 Q.
And it has happened from time to time in 15 the past?
I moan, based on your experience, partial 16 actuations of the SPRCS has caused tho MSIVs to 17 close?
18 A.
Yes.
And they have 19 Q.-
From time to time in the past?
20 A.
They havo implemented some FC3s Whara 21 they've put in some vary minute time delays and the 22 two trips hsva to be present, you know, 23 simultaneously in order to for tna MSIVs to soo
(])
24 the trip, but apparently well, we won't Know ACE FEDBRAL REPORTSRS INC.
i (202) 347-3700 3
11 1
until they get a enance to go in and troublushoot 2
and find out what actually did occur.
3 BY MR.
BEARD:
4 Q.
On tha information presented in the 5
control room witn rogard to actuation of tho 6
ruptured control system, I assume there's some 7
enunciators or some lignts that would toll you it 8
you nad a full actuation?
9 A.
Yos.
e 10 Q.
Are there also lights for partial 11 actuationa?
12 A.
No.
13 Q.
Oxay.
14 A.
Excuse ma.
Yes, there are alarm 15 enunciator alarms for nalf trips.
But at that time 16 wu didn't sea any.
And I didn't see the full trip 17 anunciator oicher.
18 BY MR. ROSSI:
19 Q.
So you actually asw the MSIVs woro closed, 3
20 and you didn't see either a halt trip or a full trip i
l 21 from the SFRCS systom?
22 A.
No.
Tno response time of the onunciators 23 is a little bit longer than that of the MSIVs.
l
/~T 24 Q.
Did you see alarms on the SFRCS system NJ l
l ACE FCDERAL REPORTERS INC.
[
(202) 347-3700
~
l 12 1
before the Ro n.A d gone bacA and manually pushed 2
buttons?
4 3
A.
No.
I understand, atter revicwing the 4
computar alarms, you know, in more detail, that 5
thore wore some alarms come in on the computer.
6 It's just at that point we nadn't seen them.
7 Q.
I think you were at the point wnere I 8
beliave the RO nad gons bacx and manually actuated well, at the timo you didn't know 9
tna SFRCi with 10 was 11 A.
Low steam pressure.
low stcam pressure, but later turned 12 Q.
13 out to be low steam prassure.
So as far as you Know 14 at the time you just actuated it?
15 A.
Right.
Come back around to the front 16 consola.
We expacted-to soo, you Know, the aux.
17 feedwater system start up and start feeding the 18 steam generators to feed them back up to 46 inches.
19 nhat wo did son was the aux. feed pump turbinos 20 start.
The valves on the tront console, tney should 21 have started whera each aux. toed pump toon s toam 22 from its own stosa generator and f ed wa ter to its 23 own staam genarator.
[])
24 In reality, what we saw was tney lined ACE FEDERAL REPORTERS I li C.
(202) 347-3700 t
13 1
up to food the opposito steam ganarator.
I went I was headed back around to the other 2
around 3
to tho back consolo to see how the steam and stutt 9
4 was linod up 2nd whether wo had a proper SFRCS wnan 1
5 Brian noted that he had tripped SFRCS on low steam 2
6 prdssure rather than the low water level.
7 BY MR.
BEARD:
3 Q.
Excuse me, Brian is wno?
t 9
A.
The RO that was actuating SFRCS.
10 Q.
What is his name?
I 11 A.
Brian Young.
12 Q.
Brian Young.
Okay.
l
)
.3 A.
So Ted can around the Osck consolo l
14 Q.
Excuse ma again.
Tod?
a 15 A.
Ted Lehman, the man that was in here i
16 previously, ran around to the back console, resot j
j 17 the low steam pressuro trips and reactuatud SFRCS on 18 low water l e v rs l.
In the meantime, I want on around 19 to tha back console to see how the stoam and the 1
20 feedwater stop valvos were alignad, and noted that
)
21 tne aux. feedwater stop valves were still shut, and 22 tnat all four steam valves were open.
23 At about tha t time, Brian said that the
()
24 aux. toad pumps nad tripped on overspeed, both i
i ACC FSDERAL REPORTERS INC.
(202) 347-3700
.f I
14 we think at the time 1
trains.
In an attempt to 2
that perhaps we had contused the logic in SFRCS in well, first, wa tried to raopan the 3
an attempt to 4
feedwater stop valves and realign the valvas 5
ourselves, and they were not responding.
6 In a t tempt to reset the logic, I got the 7
keys for tha SPRCS cabinets, went back, went to I
3 initial bypass and block on all tour channels.
When 9
I came back around to the front, I was told that tha 10 crosstie valves nad realigned to the proper steam I
11 generators, but the feedwater stop valvos wera still 12 shut.
13 Q.
By crosatie valves, are you talking about 14 the steam side valvos or the water side valvas?
15 A.
Water side.
16 Q.
The water side had realigned properly?
17 A.
Y3s.
The steam side would not have.
I 18 Thay don't get a reclose signal tor the crosaties j
19 now.
That FCR we just did 3n FCR tnat changed 20 that.
1 21 BY MR. ROSSI:
t 22 Q.
All four of them are now open?
4 23 A.
Open.
The feodwster stop valves could
(])
24 still not ba open from the control room.
At that ACE FEDERAL REPORT 8RS INO.
(202) 347-3700
15 1
point Tod directed the equipment oporator to get a p).
2 lockad valve Kay and to manually position tnose s
3 valves.
At that point we undarstood that we wore 4
into a loss of all deedwater and tnat we should make 5
aoma very active attempts to try to re as ta blia n
\\
6 feedwater to both steam generators.
I was directed 7
to go place tne start-up feeo pump in a standby d
status and then to proceed to tne aux. taed pump 9
room.
10 BY MR.
BEARD:
1 11 Q.
Excuse me, what do you mean by a standby 12 status?
Is tnat dittarent trom get it running?
()
13 A.
That's get it running.
Mako it available.
14 Q.
All right.
15 A.
We woran't sure whether we wore going to 16 have to start it yet or not, but he wanted it ready.
17 Q.
And this involved, I guass, opening some 13 valves?
19 A.
Right.
20 Q.
Oxay.
21 A.
lia d to get the suction valvo, the 22 dischargo valve, and two cooling wa ter valves.
23 Thara's quita a bit of distance between these.
I 24 also had to place the close tuses into the breaker.
O-ACE FEDERAL REPORTERS INC.
(202) 347-3700
16 sinco there's no suction tor the 1
We run with a
(~)
N-2 pump, we run with close power tuses pulled.
I went 3
anead and did that 4
BY MR.
ROSSI:
5 Q.
Where is tnat done, the tuses for tna 6
breakor?
7 A.
That would be on D2 bus.
That's on the 3
No. 2 nigh voltage switch gear, 585 elevation of the 9
turbine building.
10 Bf-MR.
BEARD:
11 Q.
Tnat's a different location where tna 12 valves are?
()
13 A.
Rignt.
14 Q.
And you said there's some distance betwoon 15 various of these locations?
16 A.
Yes.
17 Q.
If you did tnia on a casual basis and not 18 during a drill, on a casual basis, do you have any 19 rough ~ idea wna t amount of time you talx about to do 20 tnis under normal situation?
21 A.
Wnen we rirst went to this where wa had to
'22 run'with our start-up teed pump isola ted, wo did 23 some tests wnore we walxed through the evolution.
24 And they could do it within 15 to 20 minutos.
,S l
NN l
ACE FEDERAL REPORTERS INC.
(202).347-3700 l
17 On continuous basis.
3 Q.
And this situation was a little more than 4
casual so you-did it quicker, right?
5-A.
-Yes.
From that point I went to the aux.
2.
6 feed pump room.
The start-up feed pump _and No. 2
~7 aux. feed pu'mp'_ sit ba'sically side by side.-
When I l
8 arrived there, there were already two equipment 9
operators in the room-Attempting to reset.the h
10 overspeed trip devices.
They-had"said'-- they-told:
11 me that they'd had problems. resetting the one on the j
12 No. 1 aux. feed pump, and.they were trying to#get
()
13 the No.
2.
4 14 At that point, I-paged the control room, 4
i 15
.the Gai-Tronics.
Told them that -- to' start the 16 start-up' feed pump and align it to feed.the No.-l' 1
17 steam generator.
I then went o v'e r in an attempt 18
- and helped the equipment operators reset'tne or 19 th ey. 'ha d'.
th e _.o v e rs p e e d trip-device-reset.
f troub~1es' breaking.it off 20
- They.were having 21
- at seat.
I t 'ha d 1 abou t a.900 pound, steam.
s 22
- differential'across it.
. F i n a l l y-- g o t it broke loose,
- 23 an'dithey were spinning -it up.
'At-that' point, I.
saw l
24
. t'h a t I-had flow ~on the start-up feed pump.
'I knew ACE FEDERAL REPORTERS INC.
(202) 3 4 7 -~3 7 0 0 L
L T
f
18 1
that with the aux, feed pump running that we should i/
2 have flow to both steam generators.
3 So I went back to the control room and 4
directed t, h e m to continue working to get tne No. 1 5
aux. teod pump running.
Got bacK up to the control 6-room.
Tney were reestablishing levels in the in 7
botn steam generators.
They were feeding the No. 1 8
steam generator with the start-up toed pump and tna 9
No. 2 steam genera tor with tne auxiliary teed pump.
10 I went over and looxed at the primary side.
11-I noted that we were cooling down at a very quick 12 rate, and decided at that time we snould piggyback
()
14 BY MR.
BEARD:
15 Q.
Excuse me.
You said you noticed on the 16 primary side that you were cooling down at a quicx 17 rate?
la A.
Yes, in response to 19 Q.
And you decided that what you ought to do 20 is to align the high pressure injection as a 21 piggyback on the low pressure injection?
22 A.
The LPI as piggyback to the HPI, yes.
23 Q.
Oxay.
Vice versa.
But get the two i
24 aligned enat way?
c3
- )d ACE FEDERAL REPORTERS INC.
(202) 347-3700
19 1
A.
Right.
\\~J 2
Q.
Wnere was pressure in this situation?
3 A.
It was sitting at about 17, 1750 pounds.
4 And it was decreasing fairly quickly in response to 5
the cooldown.
6 Q.
And this cooldown was due to the steam 7
generator?
3 A.
Being refilled, yes.
9 Q.
OKay.
10 BY MR.
LANNING:
11 Q.-
At what pressure was safety injection 12 automatically initiated?
(])
13 A.
1650.
And that was why we elected to 14 piggyback in an attempt to not compound tnc casualty 15 any further by getting unnecessary SFAS actuation.
16 BY MR.
BEARD:
17 Q.
Why would it be unnecessary?
18 A.
We Knew that as soon as the level was 19 reestablished in the steam generator, that the 20 cooldown rate would slow down.
As you're putting 21 water in, the system goes back to saturation, and 22 with four reactor coolant pumps running, the RCS is 23 going to see it.
And, you Know, was just going to 24 be a momentary tning until we got everything s
\\_j ACE FEDERAL REPORTERS INC.
(202) 347-3700
20 1
repressurizad.
C>\\
's 2
Q.
Would it hava done anything adverse to 3
either safety or plant oparations to nava allowed 4
the thing to automatically actuate?
5 A.
We had a fairly high pressurizer level at 6
tnat time anyhow.
We had -- we had heated up a 7
considerable amount, and I believe prcasurizer level 8
was pushing 300 inches when I came back in, and it 9
was coming down, but I don't think the SPAS would it would nave 10 nave been desirable.
We would have 11
-confused things even more.
It would nave made tha 12 recovery -- we were already on the road to recovery.
(~s) 13 It was just a matter of time trom that point on.
14 Q.
Let me see if I can get the grasp of 15 the situation.
I think you said that the reactor wore cooling down fast.
16 coolant system were slow 17 The pressure was low in coming down fast.
Whore 18 were you in terms of 19 A.
Subcooling margin.
20 Q.
Yes, subcooling.
21 A.
We had in excess of I think at that 22 point we had 50 degrees or better.
i 23 Q.
Okay.
Now, is there any trigger point at 24 which the subcooling falls blow a certain lovel you em l
ACE FEDERAL REPORTERS INC.
(202) 347-3700
21 1
do things or (s
k 2
A.
Yes.
3 Q.
Can you talk about that area a littio bit?
4 A.
Yes, loss of subcooling margin is when the 5
T sat motors indica te a negativa margin or wnen the 6'
manual plot shows that you've got less than 20 7
degrees margin.
8 Q.
So the meter indicatos negative or a 9
manual computation of temperatures and pressures 10 indicatos less enan 20, is tnat what you said?
11 A.
Yes.
12 Q.
okay.
was the saturation mator indicating f'jl 13 that you were getting going in that direction or u
1 14 wasuit steady or going up or do you remember?
15 A.
Subcooling was subcooling margin was 16 actually increasing as we were cooling down.
17 BY MR.
ROSSI:
18 Q.
Now, what do you do if the T sat motor 19 indica te s a negativa margin or 20 A.
Okay.
If that be the caso, we havo 21 specific rules in the-ATOG, loss of subcooled margin, 22 you initiate full make-up tiow wator suction trom 23 the BWST.
You start both maxe-up pumps.
You verity 24 M32.
That is, the make-up valve is fully opon and
,b ACE FEDERAL REPORTERS INC.
(202) 347-3700 I
t L.
22 1
you shitt suction to the BdST.
You also actuate
.' O kl 2
full HPI.
You start both 11 P I pumps.
You tully open 3
HP2A, 23, 2C, 2D.
4 BY MR.
BEARD:
5 Q.
The valves you identifiad, were eney the 6
discharga valves or injection valves, what you are 7
calling make-up valves?
8 A.
Yes.
At that point you will balance tho 9
HPI tlows to keep the high flow lines witnin one and 10 a nalf times that of the low flow line when you're 11 not allowed to throttle anything other than the high 12 flow line and you're not allowed to throttle it
()
13 below tno limits given on a tigure 3 tnat's in our J
14 curve book.
15 BY MR.
LANNING:
16 Q.
What's the shut-otf head for your !!P I 17 problems?
i 18 A.
About 1650.
Maybe a little bit better 19 than that, 1680 perhaps.
At that, you would also 20 have to trip all your reactor coolant pumps, and you 21 would also have to raiso steam generator lovels in 22 full continuous flow to -- it the SFAS is not 23 actuated to 46 inches or 50 inches, deponding on 24 which toed pump is teoding ACE FEDERAL REPORTERS INC.
(202) 347-3700
23 1
3Y MR. BEARD:
2 Q.
You said SFAS.
Tha t's ditterent from 3
SFRCS7 L
4 A.
SPRCS.
l 5
Q.
ESF actuation system?
i l
6 A.
Yes.
Okay.
SFAS is actuated, you have to l
7 raise steam g enera tor lovels to 1126 inches or 130, a
depending on which feed pump's teoding the steam l
9 generator.
l l
10 Q.
So you're really saying that the things i
11 that you would do in the ovont you lost aubcooling 12 would be basically do everything you could for
()
13 mane-up.
Do averytning you could for high prosaure l
14 injection?
15 A.
Rignt.
16 Q.
Doas that procedure on subcooling involve i
17 the piggyback strangemont?
13 A.
No.
l l
19 Q.
Okay.
20 A.
Piggyback is up to the operator's 21 discrotion.
Piggyback is there to assist you in 22 maintaining pressurizer. levels or pressure for any 23 condition other tnan a largo break located whora you 24 have LPI flow into the cora and a cuction from the ACE FEDERAL REPORTSRS INC.-
(202) 347-3700
24 1
BWST.
1 2
Q.
As an operator, what's the advantage et 3
the piggybacx arrangament?
Why would you want to 4
use it?
5 A.
I get an extra 200 pounds dischargo head.
6 Q.
So you can injuct earlier in the pressure 7
transit?
8 A.
Right.
And at a higher pressure than the L
9 low prosaure trips at that point.
10 BY MR. ROSSI:
I i
11 Q.
Lot's sao.
At some point in timo you got 12 the start-up tuod pump into service and teeding one
' ()
13 steam generator.
I 14 A.
Right.
15 Q.
Did you notice anything about the use et 16 the start-up taed pump for tne second steam 17 generator?
l 18 A.
When wa originally set out, we weren't 19 sure which aux. taed waters we'd get back.
The Ros 20 wera directed to lina it up to feed either steam 21 generator, but not to toed.
Wnen we got down there j
22 and we were having troublos with the No. 1 auxiliary 23 toed pump and it looked line tne No. 2 was going to 24 coma brcx to us, that's when they were directed to ACE FEDERAL REPORTERS INC.
(202) 347-3700 4
4
25 1
feed the No. 1 steam g ane ra tor.
2 Q.
And they did that from the control room?
3 A.
Right.
Thay can overrido the SPRCS on the 4
start-up valve 2nd also on the stop valvo, the 5
toedwater stop valvo.
And they did that for both 6
sides.
However, I don't believe tnoy opened they 7
opened the start-up valve only for the No. 1 side.
8 Q.
Oxay.
So you worsn't aware of an attempt 9
to open it for the No. 2 steam generator?
10 A.
I Know tn3C they had reset it tor tne No.
11 2,
but I didn't I don't I didn't Know th3t 12 tnore was any attempt made to open it to the No. 2 O
ta ia -
14 BY MR. BEARD:
15 Q.
While we'ea back to that time tramo, can 16 we go bacx to just prior when you got some feodwater 17 going and talk a little bit about the primary side 18 of the reactor.
Can you tell us anytning you 19 remember about ralating to reliof valvos?
20 MR. ROSSI:
PORV.
21 Q.
PORVa?
22 A.
Oh, when I came back into the control room, 23 I was told by one of the roactor operators that the 24 PORV had liftod several timaa, and that at one point ACS FEDERAL REPORTERS INC.
(202) 347-3700
26 1
he had seen RCS pressure to decrease, and ns had O
2 closed the block valvo in response to that.
3 Q.
Did ne indicate to you any toeling of 1
4 whethat he thougnt the PORY was operating improperly 5
or abnormally?
6 A.
I Know the first several litta na saw, tne 7
RCS pressure was high.
Ito was a little concerned d
at the time that the PORY may have stuck open, and 9
tna t's why ne closed the blocx valve in response to 10 tnst.
11 Q.
Okay.
12 A.
Then we also noted that the quench tank
()
pressure nad gone up to 45 pounds, but it was 13 nad 14 holding pressure, so wo were fairly well convinced 15 that we nadn't ruptured.
16 Q.
That's at the time the block valve was 17 closed then?
18 A.
Yes.
19 Q.
That you were at 45 pounds?
20 A.
Yes.
21 Q.
And normal pressure on the reliet tank is 22 wnst?
23 A.
About 25.
24 Q.
And the ruptured disx is about 100 roughly?
O ACE FEDERAL REPORTERS INC.
(202) 347-3700
27 1
A.
Yes.
2 Q.
Okay.
So you were 11xe haltway there, a 3
quarter of the way tnere or something?
4 A.
Yes.
Later on as we had more time, we 5
unisolated tne quench tank pump and went through tna 6
procedure to cool down the quench tanx.
And we 7
cooled it down to 125 degrees.
I think when we got 8
around to it, tne tempera ture was up about 145 9
degrecs or thereabouts.
10 Q.
I guess we're at the point wnero you've 11 gotton feed return?
12 A.
Right.
At that point we had feedwater to
()
13 both steam generators.
We nad levels greater than 14 46 inchus in both steam generators.
Steam pressure 15 was bacx.
T ave was back into the normal post trip 16 response of about 547 degrees.
It was just a little 17 low.
We had control of tne secondary side on the 18 atmospneric vent valves.
Went back.
At that point 19 we decided wo snould go back through all our 20 supplementary actions, take our time, make sure that 21 we had everything covered.
22 We were going through the su ppleme n ta ry 23 actions, got to where it says verify the reactor is 24 tripped and all rods are on the bottom and power is s
_]
ACE FEDERAL REPORTERS INC.
(202) 347-3700 t
i
28 1
decreasing on the inta rmodia te range.
Noted that
(^]
\\
2 already off scale on the intermediate range.
3 Q.
Oft scale low?
4 A.
Yes, ott scale low.
The nigh volta had 5
come on for the source range, but I didn't havo 6
source range indication.
7 Q.
What do you mean by you didn't have it?
S A.
One channel had been i n o p e r.2 b l e prior to 9
the trip, NI-1.
The other channeling was reading 10 zoro.
11 Q.
So it was off scale low?
12 A.
Off scale low.
At that point.I directed
()
13 the reactor operator to start emergency boration in 14 ordinance with toen specs.
I also callod Chem Lab 15 to get a bore on tne sampla so we could do a.
16 shutdown margin.
17 Q.
You had confirmed that all rods were-18 bottomod?
19 A.
Yes.
We redid that again as part of 20 our reveritying the supplementaries.
We also took all the attachmants for SFRCS trip, wont 21 the 22 through and verified that all the valves were in the 23 correct position.
Wo noted at that point that all 24 four steam valves to the aux.- Leod pumps were opon.
7-ACE FEDERAL REPORTERS INC.
(202) 347-3700 l.
I
29 1
We had noted that earlior, but ano ks 2
thay they remained that way.
We elseted at enat 3
time not to closo the two tha t. were supposeo to be 4
-closed.
The systums were working correctly, and we 5
didn't want to take a chance of goofing something up.
6 de went through the tiow charts to see it 7
there was anything more tha t we should have dono in 8
the overheating section.
And the only other thing 9
wo noted was we could nava gone to a two pump two 10 reactor coolant pump combination, and decided that 11 since we had good cooling and wo didn't fael that wa 12 were in any further joopardy, that wa'd loavo all
(])
13 four pumps run.
14 At that point, we.telt justified in going 15 to the last stop of the supplomontary actions tha t 16 said go to trip recovery, and tnen that way ~wo could 17 start dealing with some of the conditions on the la secondary side, got back in and start taking care ot 19 our turbino.
20 Q.
During tne courso.of this, was _thero any 21 equipment either out of service or misbonaved that 22 you would strongly really lixo to have around?
I'll 23 suggest one answer is maybe tho safety parameter 24 display system.
Are thoro things of tha t nature ACE FEDERAL REPORTERS INC.
-(202) 347-3700
30 1
that you could tell us about?
Q
\\'
2 A.
Yeah.
A list was made of things that wo 3
would have liked to have had, and 4
BY MR.
ROSSI:
5 Q.
You mean aftar this event you made a list 6
of things that you woald have liked to have had?
7 A.
Yes.
8 BY MR.
BEARD:
9 Q.
Can you tell us some of those?
obviously, we would 10 A.
We had problems 11 hava liked to have had our aux. teedwater system 12 fully operational.
We'd lixo to had tha start-up
()
13 feed pump availabla, but tha t's a problem they'll 14 have to resolve with engineering.
15 The safety pa ra me te r display system would 16 have made it much easier to tracx the incident, 17 although, you know, we'd been doing it for years i
18 before that without it.
And it's one of.the drills 19 that they run time and time and time again on you.
20 It's a stimulator.
21 So it's a pretty -- it's a drill that we 22 all are prutty familiar with.
I guess it's 23 considered one of the worst transients that a B&W 24 plant can hava, and they really drill it into you.
7-)
%)
ACE FEDERAL REPORTERS INC.
(202) 347-J700
,e
31 1
It would have been nice if some of our secondary 2
equipment would nave responded.
3 The main turbine did not go in gear.
Ons l
4 of the main feed pumps did not go on gaar.
Naaded the time frama, 5
manual assistance.
During tnat 6
the recovory, the equipment operators were working 7
on getting the auxiliary boiler started up and they t
8 were having troublos with level trips.
9 rhoy were also having troubles with 10 maintaining' sufficient suction pressure to tha aux.
11 boiler teod pump.
The pegging steam to its doarator i
12 was not controlling properly.
j (])
13 Q.
If you'd have gotten -- help me understand.
14 The reason you would want aux. steam is what?
15 A.
At that particular point, wa didn't 16 absolutaly have to have it, but one of tho things 17 that you need to be considaring is getting the main la condensor back, redrawing a vacuum.
You have 3 19 limited supply of water in the condonsato storage 20 tanks.
And the sooner.you can get off the 4
21 atmospnotic tanks.and get back to your condenser, 22 tne bottar off you ira.
23 Q.
So it wasn't an immediate concern?
24 A.
No, it w.un't.
Although it wo nad the ACE FEDERAL REPORTERS INC.
(202) 347-3700
32 1
condensor and we hid staam availablo, we could would have baan able to bring up uno No. 2 2
navu 3
main toed pump again and nad an additional back up.
4 I tninx I nave a partial listing at ot 5
course, we would have linod to havo had our source 6
range indications, both of them, available.
Also during the transient, wo wara plagued 7
during tne d
by control room vontilation tripping.
9 Q.
Control room ventila tion?
10 A.
Tripping again on 11 BY MR. ROSSI:
12 Q.
The radiation monitor?
()
13 A.
The radiation monitor.
14 DY MR. DEARD:
t 15 Q.
That happened during the ovent?
16 A.
Yes.
17 Q.
Did that confuso things,or --
ld A.
No.
It does confuse tnings because you l ')
have to go back in thu bacK to reset it and you also 20 have to reestablish ventilation.
It's just ono more 21 thing to do.
22 uY MR. LANNING:
23 Q.
Let me interrupt a second.
I understand i -
24 wo have a concern about concluding this interview at i
ACE PSDERAL MSPORTERS INC.
(202) 347-37d0 l
33 I
noon?
2 MR. ROSSI:
What la your choic27 Do you 3
want to break now or continua?
4 MR. O'CONNOR:
It's up to him.
5 MR. ROSSI:
.Tnars's no prouloma continuing
)
6 with him it no wants to.
i 7
A.
I'm fooling just tine.
I got unough 3
adronaline, I don't think I'll tall aaloop on you.
2
.l 9
MR. HEARD:
We didn't want to violate your 10 requirements nara.
11 MR. DELL:
Hnat 1s b o u t your administrative 12 requirements?
(])
13 MR. O'CONNOR:
It we were in modo 1,
I l
1 1
14 wouldn't extend it, but we're in mode S.
!!e 15 anouldn't be more t n,1
. O
.1985.
13
- oaio,
=a eni-
-V 14 15
{
m 16 ANNE I.' McBRAYER, RPR-and l
17 Notary Public'in and for the State of Onio.
-18 i
-19,
. 20
~My Commission expires February 3,
1988.
21
. 22
~ 23 ACE FEDERAL REPORTERS INC.
(202) 347-3700 4
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$3*36: 6 CONT X955 TREND RECORDER OtlT 06 23:G6:13 HIGH T801 RCP 1-2 DISCH CLG W:: TEMF,RC4B4 562.98 562.71 23:36:16 CONT L651 NFPT 1 DRN LVL NORM 23:36:26 LOL T351 CRD VENT FAN IN TEMP,91ESE 49.00 60.00
3:36:43 NORM T801 RCP 1-2 DISCH CLG WF T E M:', RC4 B 4 562.65 562.71 23:37:43 HIGH T801 RCF 1-2 DISCH CLG WR TEMP,RC4B4 562.98 562.71 23:3Sf13 NORM T801 RCfP 1-2 DISCH CLG WR TEMP,RC4B4 562.66 562.71 23:38:38 CONT.X955 TREND RECORDER QUT 06 23138:43 HIGH,T801 I'RCP 1-2 DISCH'CLG WR TEMP,RC4B4 563.23
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~ NORMS
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~
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~
0; 1: 1 CONT X955 TREND RECORDER OUT 06 4.'
CURRENT DATE IS: JUNE, 9.
1985
~
00:01:36 CONT L651 HFPT 1 DRN LVL
- NORM [. -
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~
0: 3:58 6/.9/1985 - DATE **********************
- _0: 3:59 CHECKPOINT FILE 2 UPDATED 0: 3:59 CHECKPOINT FILE 1 UPDATED Fe ase. / - 2 0: 3:48 CONT X955 TREND RECORDER QUT 06
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00:21:00 CONT 0975 UNIT-INSTR AIR DRYERS NORM
.00:23:27 NORM T351 CRD VENT FAN IN TENP,9385E 138 72
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00:33:06 CONT L459 HP FW HTR 1-5 LVL et NORM 00:33:24 CONT L459.HP FW HTR 1-5 LVL 00:33:27 LOW' T351 CRD VENT FAN'IN TEMPL,9185E 49.80 F. 60.00 00:36:31 HIGH V396.' EXCITER'BRG 79.VIB (MILS) 6.54 6.50~
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0:37:35 CONT X955 TREND RECORDER OUT 06 G
' U.:-
+
00:37:35 CONT Z840 RPS,.SFAS OR SFRCS CABINET DOOR
. ; OPENZ9'....
0:38:10 CONT X955 TREND RECORDER.DUT '
. ' NORM ' ' J '
00:38:11 CONT ZS40 RPS, SFAS OR.SFRCS CABI' NET DOOR.
00:3S;.12 CONT IS40' -RPS,.SFAS OR SFRCS CABINET DOOR
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i 00:3E:28' NORM T351 CRD VENT FAN IN TEMP.,9385E 78.30
'.;... 160.00 0:36:35 CONT'X955 TREND RECORDER. OUTS 06
~
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00:3E45 CONT ZS40 RPS, SFAS OR SFRCS CABINET. DOOR.
OPEN.
0:39!10 CONT X955 TREND RECORDER OUT.06' #
CURRENT DATE IS: JUNE, 9
1985'
-00:3?:27 LOW T351-CRD' VENT FAN.IN TEMP,9185E '. ' ' -
..' 49.95 ' '.
2.~ '
J60.00.
00:39:31 CONT Z840 RPS, SFAS OR' SFRCS' CABINET DO'OR
~
' NORM
~00:39:32' CONT Z840 RPS-,~SFAS OR-SFRCS CABINET DOOR OPEN.
. NORM'.'
00:39:52 CONT Z840 RPS, SFAS OR SFRCS CABINET DOOR
~
~ :~b '
0:40:36 CONT X955 TREND RECORDER OUT 04 M.
- e
'00:40:41 CONT L459 HP FW HTR'1-5 LVI.
' LOW' 00:41101 CONT L459 HP FW HTR 1-5 LVL
.J-
.' NORM
~
~
0:41 6 CONT X955 TREND RECORDER OUT of'-
Y S
4
'0:41:36 CONT X955' TREND RECORDER DUT 06 l*
'J.'~".'
00:42:27 NORM T351 CRD-VENT' FAN IN TEMP,9185E V
96.63
'160.00
~
0:42:36 CONT X955 TREND RECORDER OUT 06.
Mtn -
60.00 00:43:27' LOW T351.~CRD VENT FAN IN TEMP,9185E 49.95 REL-00:43:59 CONT 0187 CRB REL/ ABS POSITION SELECTED 00:44:01 CONT Q187 CRD REL/ ABS POSITION SELECTED'
~
ABS OO 44:33. CONT Z840 'RPS, SFAS OR'SFRCS; CABINET DOOR OPEN
- 00:44343 CONT L459 'HF FW HTR 1-5 LVI.
LOW 00:45:05 CONT L459 HP FW HTR$1-5 LVL-NORM 00:45:10 CONT'Z840 RPS,=SFAS OR SFRCS CABINET DOOR NORM i00:45:11 CONT Z840 RPS, SFAS OR SFRCS CABINET DOOR OPEN i
200:45:23 CONT Z840 RPS, SFAS OR SFRCS CABINET DOOR NORM i
N"!.
<c NORM
- 00
- 46:13 CONT Z840 RPS, SFAS OR-SFRCS CABINET.'DOORI' OPEN-
^
00:44:33 CONT Z840 RPS, SFAS OR SFRCS CABINET DOOR
. NORM 0:47:35 CONT X955 TREND RECORDER OUT 06 4G34SMs5 -@MT '6457 W IW NTP 8-5 LUL
' MiB
g 03.5:35 CONT X?55 TREND.RECCE*iER;0UT 06 m x. -- _
9t43:38. CONT-G961 UNIT FREE 2E PROTECT SYS
^
NOR-i-
.0:48:46 CCNT!L459 'HF.FW HTR 1-5 LVL NORM 0:4 9 : ": 5: CONT;X955 ' TREND RECORDER ~OtlT 06
~
160.00 0:49:28 NORM T351-CRD' VENT FAN IN TEMP,9185E 152.78 0:49:35-CONT;X955 TREND RECORDER.DUT 06
't
'0:49:54 CONT-2840 RPS, SFAS OR-SFRCS CABINET DOOR OPEN 5
+0:50 00LCONT Z840 RPS,-SFAS OR SFRCS CABINET DOOR NORM 0:50:L6 CONT X955 TREND RECORDER DUT 06'
.i 0:50:28' LOW T351" CR,D, VFNT FAN IN TEMP,9185E 49.95, 60.00
'0:50:35 CONT X955-T5 FEND RECORDER OllT 06
'0:51:10 CONT X955 TREND RECORDER OllT 06 30:51:40 CONT.Z840 RPS, SFAS OR SFRCS.CABINETIDOOR
..;u OPEN >
=0:51 47 CONT Z840. RFS, SFAS OR SFRCS CABINET DOOR' 7-
' NORM
- 0 52 36' CONT X955 TREND. RECORDER'0UT 06 s,,. ; '
J0:53 36 CONTJX955 : TREND RECORDER OUT 06 -
?
0:55: 5: CONT'X955 TREND RECORDER OUT 06
[
O*
0:55 36 CONT X955-TREND RECORDER.OllT 06
'" bJ'
.tt
- 0:56 4 CONT ~X955 IREND RECORDER OllT'06.
.N
! O:5S: 6 CONT X955 -TREND RECORDER OUT 06:
c
^
90:58 39 CONT L651 MFPT 1 DRN LVL
.~
NORM ~" Mf'
~
'b 0:59:36 CONT'X955 TREND RECORDER OUT-06 4. d.!
li'O! 6 CONT'X955 TREND' RECORDER OllT 06
-c W ?
1 1 36 CONT X955~ TREND RECORD'ER OllT'06'-'
1:02:27 NORM T351 CRD VENT FAN IN TEMP e9385E 138.40 160.'00 ^ '
e1:03:27 LOW. T351'.CRD VENT FAN IN TEMP,9185E' 49.95
..'60.00 b.
1:04:31 NORM V396 : EXCITER BRG 9 VIB (MIL
).
6.31'
~ 7.6.50^ E 1: 6:35 CONT 'X?55 - TREND - RECORDER OUT"06 < ' -
[
.~
^ * ' " ^ ~
' '. -. d 4 M >~
URRENT DATE IS:-JUNE, 9
1985
.V
$ 1:05:28 NORri T351 ;CRD. VENT. FAN'IN TEMP,9185E 82.76
. 7 '.. " ; f)
-1: B:'5 CONT X955 TREND: RECORDER'0UT-06
'11 6:35' CONT X955. TREND RECORDER OUT 06 '
160.00 5 '...,-
/'
B1:09127 LOW; T351 'CRD VENT ~ FAN:IN; TEMP 3918'5E -
-49.95 1.'60.00
, TREND : RECORDER: OUT. '06; 7, _.. 6... '.
1 9:45 CONT X955 p1:10:27 NORei T351 CRD. VENT-FAN IN TEMP,9185E 155.66 160400 91 12:27 LOW T3511'CRD, VENT FAN.IN~ TEMP',9185E,.
J 49.95 c,6 0. 0 0.,
1:15:55 CONT.X955 ' TREND RECORDER'00T 06 a
B1:16:28 NORM T351 CRD VENT FAN IN TEMP,9185E
'135.65:
1~60.00'
..i'o.
1:16:40 CONT X955 TREND RECORDER QUT 06 B1:17:28 LOW T351-CRD VENT. FAN-IN TEMP,9185E 49.95
~ -
" #" 40.'00' i 1:17:35 CONT X955 TREt{D. RECORDER OUT 06 1:18: 5 CONT X955 TREND RECORDER 00T'06 d
?1:18:30 CONT L651.MFPT 1-DRN LVL' 4
HIGH g.'
f
-c
~
~
1:22:49 CONT G626 MFPTil MN.0IL PHP.1 e
ON '.
^
1:23:36' CONT.X955 TREND RECORDER OUT-06 1 24:36 CONT X955. TREND RECORDER'0UT 06 r
91:24:37. CONT-7030 BA HEAT TRACE x
NORM -
?I:24: 6 CONT X955 TREND RECORDER'00T 06
~
~
91:26:26 NORM T351.CRD VENT FAN _IN-TEMP,'7185E 117.30'-
-<-160.00'
-1826:36 CONT X955 " TREND RECORDER 00T.~06 1:2711.0 CONT X955 -TREND RECORDER OUT 06,,,
t 1 23:35 CONT X955' - TREND ' RECORDER 011T. 06 ;
e -
r1:30:27-LOW-- T351.CRD. VENT FAN IN TEMP 99185E 49.95
' 460.00 120.00 1 31:52 NORM T4021 EXCITER COLL. RINGS AIR 00T. TEMP.
116.98-LOW l
1:32:34 CONT.L459'.HP FW HTR 1-5 LVL 1:32:51 CONT-L459.HP FW HTR 1-5 LVL NORM-
.1 34 5 CONT X955~ TREND RECORDER,OUT.06
%)1:34:09 CONT 1L651 - MFPT '1' DRN LVL NORM 1 31:34*25' CONT L651 _MFPT 1 DRN LVL-HIGH-1 34:28' NORM.T351 'CRD VENT FAN IN-TEMP,9185E-
,114.74 160.00 3
1 34:30.HIGHLL891. SG 2.0PERATE. RANGE LVL, 9Al (%)-
'70'.70 70.00 1:34:30 HIGH L892 SG 2 OPERATE RANGE'LVL,19A2'(%)
70.07 70.00 NORM' 31:34 311 CONT-L651!lMFPTT1 DRN.LVL' J
281'.0'2-296.12
$1:34:36'HIGH-PO42 -BFP.1 DISCH-PRESS
+
m
01:34:4? HIGH P674 MD T38 1 CTRL '.:LV LP,PDT-552(PSI) 99.99
. g 70.00
- ?: 34 : 4 : CONT L331 DFAR STR3 TN 1 LVL' HILO r
01:34:50 HIGH Pd73 MN FN 2 CTRL VLV DP,PDT-5A1(PSI) 99.99 70.00 01*34:51 HIGH F679 MN FW 2 CTRL VLV DP PDT-5A2(PSI) 99.99 70.00
~
01'35:01 CONT F050 BFP 2 DISCH FLOV LOW
$1:35:01 CONT-0537 ICS MFP LOSS OR LOW DEAR RUNBACK-ON 1:35: 0:355 SOE G613 MFPT 1 TRIP 01:35:01~ CONT G546 'ICS UNIT MASTER IN TR'ACKING
~
ON
~
@l:35:02 CONT'F050 BFP 2 DISCH FLOW NORM 01:35:03 NORM LB92 SG 2 GPERATE RANGE LVL, 9A2 (%)
68.02 70.00 01:35:04 NORM L891 Sd'2 OPERATE RANGE LVL, 9Al (%)
67.63 70.00
'01:35:06 NORM PO42 BFP 1 DISCH PRESS 270.04 281.02 01;.35 06 CONT G541 ICS REACTOR PWR LIMITED BY FW
-l '.
ON 3.,A N i.
01:35:06 CONT 2610 MFP i DISCN NR'V
~..* ~
CLOS.
.01:35:11-LOW P736 RC MU PHP.DISCH. PRESS.(.,,.
,,,v.-/,M 2375.35 t-
.240,0.00 a, 01:35:11 CONT G534 ICS FW LIMITED BY REACTOR PWR
--ON
^
01:35:12 NORM P936
.SG'2 OUT STM. PRESS,PT12Al' '
877..'33 925'.00,
' ~
01:35:13 HIGH F630 MFP DIFF FLOW (KPPH-)
6302.40 216.85 '
CURRENT DATE IS: JUNE, 9
1985 1
01:35:16 LO.W T801 RCP 1-2-DISCH CLG WR' TEMP,RC4B4 557.41 557,52 01:35:16 CONT'L351' DEAR STRG TK.1.LVL
^
NORM' 81'35:19 HIGH P.485 HPT T/E IST' EXT PRESS.
572.67'.
-. 565.57
@l:35:19 NORM P673 - MN FW'1 CTRL VLU~DP,PDT-5B1(PSI) 37 02
.70.00 ~
01:35:19 HIGH V638 MFP 1 0/B BRG V1B (MILS) 4.30
~
4.00<
01:35:20 NORM P674 MN FW 1 CTRL VLV DP,PDT-5B2(PSI) 30.12' 70.00 81:35:21 NORM P932 SG 1 OUT STM PRESSrPT12B2
~
888.98,
I 30.00' 01:35:21. LOW P678 MN FW 2 CTRL VLV DP,PDT-5A1(PSI) 25.77 d
.: 925.00,
01:25:21' CONT 2772 'RC PRZR SPRAY LINE VLV,RC2' NC '
~
01:35:22 LOW P679 ' MN FW 2 CTRL VLV DP,PDT-5A2'(PSI).
.'. 21.09 S
T30'00' 01:35:22 CONT P675 LOW FEEDWATER FLOW ALARM TRBL.
- HILO';
91:35:26 CONT P723 RC' LOOP'1 HLG PRESS-01:35:26 CONT P731. RC LOOP 2 HLG PRESS
- HILO ' '
~833 23 Y
~
'."850IOO 01:35:27 LOW P936 'SG~2 OUT'STM PRESS,PT12A1 1:35:29: 95 SOE P864 RPS CH 2 RC HI PRESS TRIP
- cf -l;. ~
1:35:29:100 SOE GB1B RPS.CH.2 CH TRIP TRIP _
a.
01:35*23 LOW T351 CRD VENT FAN IN TEMP,9185E
'. 49.95 60.00 01:35:29 HIGH F720 RC LETDOWN US MU FLOW (GPM) 42.90 36.22 01:35:30 CONT P916 SFAS CH 2 RC PRESS HI
~~ FAIL 01135:30 CONT G185 CRD MTR PWR 01:35:30 CONT G379 EHC-ELECTRICAL 0FF-
't-2-
< TRBL-y 01:35:31 FLAG H176 SOME S-O-E FOR'XO72 TRIPPED TRIP 01:35:31 CONT LS96-SFRCS SG LVL HALF / FULL TRIP,CH 2 TRIP
@i:35:31 CONT P913 SFAS CH 1.RC PRESS HI
- s" FAIL ' -
01:35:31 FLAG G016 AFFT 1 MN STM 1.IN ISO VLV.
CLOS
@l:35:31 FLAG G020 AFP.1 DISCH VLV'TO SG 1 N0s 01:35:31 FLAG G032 AFP 2 DISCH VLV TO SG 2 NO
@l:35*31 CONT G179 JCRD AUTO MODE
[' i,
~
m a
0FF
@i:35:31 CONT G184' CRD MANUAL MODE' '
- 0N '-
~
81:35:31 CONT G156 CRD PROGRAMMER LAMP FAULT'
YES
$1:35:31 CONT G263 CRD SAFETY RODS'NOT WITHDRAWN
[
YES '.
@i:35:31_ CONT'G378 EHC CTRLD BY ICS NO 01:35:31 FLAG G498,HPT GOV ULV 1
~
'NC 01:35:31 FLAG G499' HPT GOV VLV 2 NC 01:35:31 FLAG G500' HPT GOV VLV 3 NC
@i:35:31 FLAG 0501 HPT GOV VLV 4 NC
@1:35:31 FLAG:G506 HPT STOP VLV 1 NC
!@l:35:31 FLAG G507.HPT-STOP VLV 1 NORM
- @i:35:31 FLAG G508 HPT STOP VLV 2 NC
@1:35:31 FLAG G510 HPT STOP VLV 3 NC
@i:35:31 FLAG G512 HPT STOP VLV 4 NC
@1:35:31' CONT G531 RC DEBORATE ENABLE FROM ICS' NO
@l*35.31 FLAG G576 LPT 1 RHT STOP.VLV
- NC
~
@1:35:31 FLAG G578 LPT 1-RHT STOP VLV 3
'NC
@i:35:31 FLAG'Q579 LPT 1 RIV-2 NC qww ra msy m~.
mp
~1125l3;, LAG G501T LF i. 2 RHT TTGF VL V 1 NC
.3 l
+
~'
NC
- l 1*,35:31 FLA3:GC93 'LPT 2 RHT STOP-VLU 4-
.NC URRENT DATE IS' JUNE, 9
1985 TRBL 1
1 35:31 CONT G681 MS4V 1 LOW N2 OR SV 1:35:31. FLAG G683 MIIV NC WITH. TRIP NC 1:35:31 FLAG G686 MSIV NC WITH TRIP.
NC
. ~..
c1:35:31 CONT G688 MSIV 2 LOJN2 OR SV 4 % ',..('
'y TRBt.J.C "
f
..V
. TRIP '*,
^
- 1:35:31 CONT G777' ARTS TRIP-
- 1:35:31 CONT XO44-T-G MN STM & TW TURB TRIP ' 1
- - ',f -
TRIP k.~N-GEN'.OR MFPT' f
\\
1:35:31 CONT Z498~ HPT GOV VLV 1
-TRIP 1:35131 FLAG XO72 TURB,
4 CLOS T
1 35:31 CONT 2499 HPT GOV VLV 2' c
CLOS 1:35 31 CONT Z500 HPT GOV VLV 3 CLOS CLOS 1:35:31 CONT 2501-HPT GOV ~ULV-4 1:35:31 CONT Z506 HPT.STOP VLV 1 CLOS
- l
-et_OS 1:25:31 CONT Z508 HPT.STOP VLV 2 NO.
3 ;{
~
1:33:31 CONT Z509' HPT STOP VLV 2
- ~ ?..
CLOS 31:35:31 CONT Z510 HPT STOP VLV 3 81:35*31 CONT Z511, HPT'STOP VLV 3 NO 1
' CLOS CW. -
31:35:31' CONT'Z512 HPT STOP VLV 4' I'
~
31:35:31 CONT Z513 HPT. STOP. VLV 4.' - ~ .
NO
,.y
'NO ~., i.f*
Bit 35:31" CONT.2575 ;LFT 1 RHT STOP VLV 2
,j
$1:35:31 CONT 2576 *LPT 1 RHT STOP'VLV 2.'."
J
' CLOS. :.';.,
81:33:31.' CONT 2577.LPT 1 RHT.STOP VLV 3 e.-
NO -
CLOS 31:35:31 CONT Z578 LPT 1 RHT.STOP VLV'3-
'.. i,1
- c...
- CLOS.'-]. '
$1:35:31 CONT 2579 LPT 1 RIV 2
,,.'('
s
' 'rf NO
(.,.
91:35:3.1-CONT..Z580 LPT 1 RIV 2-CLO S '-.
91 35:31 CONT Z581 LPT 1 RIV 3
'NO
.I 91:35:31 CONT Z582 LPT 1 RIV 3
$1:35:31 CONT Z590 LPT.2 RHT STOP VLV 1
' NO 91 35:31 CONT 2591' LPT 2: RHT-STOP VLV 1;
~ ',
- CLOS, 9
~ CLOS O'
01:35:31 CONT ~Z592 LPT 2 RHT STOP VLV 4 NO
~
01:35:31 CGNT Z593 LPT 2 RHT STOP VLV'4'*-
@l*35:31 CONT Z594' LPT 2.RIV 1
. CLOS 'I' N -
' ~ ~ "
t
@1:35:31 CONT Z595 LPT 2 RIV 1-NO 01:35:31 CONT-2596 LPT 2 RIV 4
6 CLOS-
,?
01:35:31 CONT 2597 'LPT 2 RIV 4 NO
" ~.
e1*35:32. CONT L553 LP FW HTR 1-2 LVL a!'
NORM
~
01:35:32 CONT P480 HPT hN STM-PRESS HILO NORM 7
ON l
01:35:32 CONT G540' ICS-RCP START.
c
'01:35:32 CONT G545 ICS SG 2-LO LVL-LIMIT
-i NORM' i
g
.01:35:32 CONT G821 RPS'CH 2 ROD WTHDRW'INHBT '
NORM-6-
~
'01:35:32 CONT GE37.RPS CH 4 ROD WTHDRW INHBT NORM 01:35:32 CONT-XO70 TURB EXT AIR DUMP RELAY VLV.
TRIP 01:35:32 CONT 1Z695 MSR 1 MOIST SEP DT HI~LVL ULV NC 9
j t
01:35:33 FLAG A764' RPS CH 2 FLUX-DFLUX-FLOW CH TRIP
'@l:35:33 FLAG A767 RPS CH 3 FLUX-DFLUX-FLOW CH TRIP
~
l
,01:35:33 FLAG A770 RPS CH 4 FLUX-DFLUX-FLOW CH.
TRIP NORM
'01:35:33 CONT L896.SFRCS SG LVL HALF / FULL TRIP,CH 2
~
.01:35:33 CONT G388-EHC T-G 500 RPM SUR SELECTED E-OFF
~-
!01:35:33 CONT 2515 HPT 1ST EXT G/E.NRV,FW HTR 2-6 CLOS CURRENT DATE.IS: JUNE,
.9 1985
' DEAR 2J 1
CLOS
- 01
- 35:33.CONTfZ602 LLPT;.2 4TH EX.T NRV
'1:25:54*kAGG056 AFF T.1 $b ETM 1 IN ISO ULU h0RM
.' f.
C h'P3~:34 FLA.3 GC23 AFP 1 D:3CH VL V TO SG 1 u
NORM 01:35:34 FLAG G032 AFP 2 DISCH VLV TO SG 2 NORM -
pl:35:34 FLAG G164 CNDS FLASH TK VLV TO HTR 1-2S2-2 NC Q1:35:34 FLAG G498 HPT GOV VLV 1 NORM 01:35:34 FLAG G499 HFT GOV VLV 2 NORM
%1:35:34 FLAG G500 HFT GOV VLV 3 NORM 01:25:34 FLAG G501 HPT GOV VLU 4 NORM 01:35:34 FLAG G306 HPT STOP VLV 1 NORM 01:35:34 FLAG G506 HPT STOP VL.V 2 NORM 01:33:34 FLAG G510 HF;T STOP VLV 3 NORM 01:35:34 FLAG G512 HPT STOP VLV 4 NORM NORit 2..
t-01:35:34 FLAG G550 LP FW HTR.1-2 HI LVL DRN CONTROL NORM [-
I. ;
01:35:34 FLAG G576 'LPT '1 RHT.STOP VI.V 2' NORMI.?
01:35:34 FLAG G578'.LPT 1 RHT..STOP VLV 3
~-
"..,k
NORM 01*35:34 FLAG G579 LPT 1.RIV 2 i
01:35:34 FLAG GSS1.LPT 1 RIV 3 NORM' 01:35:34 FLAG G591 LPT 2 RHT STOP Vt.V 1 NORM.
01:35:34 FLAG G593 LPT 2 RHT STOP.VL.V.4 NORM 01:35:34 FLAG G594 LFT 2 RIV 1 M
NORM.
@l:35:34 FLAG G596 LPT 2 RIV 4
. NORM 01:35:34 FLAG G673 MN FW 1-CTRL VLV N,ORM NORM % i ~.;
01t35:34 F1.AG G674 MN FW 1 STOP VLV 01:35:34 FLAG G678-HN FW 2 CTRL Vl.V NORM 01:35:34 FLAG G679 MN FW 2 STOP VLV
-NORM 01:35:34 FLAG G683 MSIV NC WITH TRIP.
~..~.
'. s -
NORM.
91:35:34 FLAG G680 MN FW 2 SU CTRL VLV s
' NORM' ' ".'~'
'NORMN ? E d 4
7 01:35:34 FLAG G686. MSIV-NC WITH TRIP' e '
r 01:25:34 FLAG G815 RPS CH 1 ROD'WTHDRW INHBT BYPASS
[ TRBLi,
,,1) 01:35:34 FLAG G823 RPS CH 2. ROD WTHDRW INHBT BYPASS TRBL.
1
~'
01:35:34 FLAG G831 RPS'CH 3 ROD-WTHDRW INHBT BYPASS TRBL' i ~'-
'TRBL.
01:25:34 FLAG GS39 RPS CH 4 ROD WTHDRW INHBT BYPASS
. a 'i
~ OFF.
+
@l:35:34 FLAG G999 T-G
~
01'35:34 CONT Z708 MSR 2 IST STG DT HI LUL COND'OLV NCD".:.-
@l:35:36 CONT P731 RC LOOP 2 HLG PRESS
~ ~
NORtf
~
al:35:36 CONT F723 RC LOOP 1 HLG PRESS NORM 01:35:36 CONT G688 MSIV 2 LO N2 OR SV
' NORM
@l:35:36 CONT Z666 MN STM LINE 2 ISO VLV CLOS
_r
$1:35:36 CONT 27:.1 MSR 2 2ND STG DT HI.LVL COND VLV CLOS 91:25:37 CONT G537 ICS MFP LOSS OR LOW-DEAR RUNBACK-
-OFF
@l:35:37 CONT 2517 HPT IST EXT T/E NRV,FW HTR 1 CLOS
@l:35:37 LOW P492 HPT iST STG T/E OUT PRESS 193.8,7 250.00 91:35:37 CONT F050 BFP 2 DISCH FLOW.
. NORM 81:35:37 CCNT G534 ICS FW LIMITED BY REACTOR PWR NORM
$1:35:37 CONT G542 ICS SG'1 BTU LIMIT ON 21:35:37 CONT G681 MSIV 1 LOW N2 OR SV NORM 91:35:37 FLAG G685 MSIV CLOS WITHOUT TRIP
~
$1:35:37 FLAG G831.RPS CH 3 ROD WTHDRW INHBT' BYPASS
~
CLOS NORM
@1135:37 FLAG G839'1 RPS CH 4 ROD WTHDRW INHBT BYPASS NORM
@l:35 37 CONT Z600 LPT 2 3RD EXT NRV',
HTR 2-4
' CLOS
@l:35:37 CONT Z683' MN STM LINE 1 ISO'VLV CLOS
[-
NC-MURRENT DATE IS: JUNE, 9
1965
!@l:35:39 HIGH T780 RGP 1-1 DISCH CLG NR TEMP,RC4B1.
574.00 562.66
!@l:35:39 CONT XO31 T-G MANUAL ELEC TURB TRIP TRIP
!@l:35:40 HIGH PO49 BFP 2 DISCH PRESS 284.33 281.02.
!@l:35:40 CONT P723 RC LOOP 1 HLG PRESS HILO
@l:35: 41 CONT P731 RC LOOP 2 HLG PRESS HILO
@l:35:41 FLAG 0682 MSIV CLOS WITHOUT TRIP,
2587,.05-, -
CLOS
@l!35:42 NORM P736 RC MU PMP DISCH PRESS' 9999.00
@l:35:42 HIGH P931 SG 1 GUT STM PRESS,PT12B1 1063.24 925.00
@l!35:42 HIGH T800 RCP 1-2 DISCH CLG NR TEMP,RC4B3 578.17 562.66'
@l:35:42 CONT G534 ICS FW LIMITED BY REACTOR PWR ON
')1 : ~ 'i ; 4 ~ "T% PCE SG 2 Gli 9tM PRESA.PT12A1 1005 52 925.00
'v.~..~,nw
.v m.
. e, an e an t r 6 w v n..m u sv.as g
ea_~u 01*35: 43 CONT L533 LF FW HTR 1-2 LVi.
HIGH* -
0I:35: 43 CONT 0542 ICS SG 1 BTU LIMIT 0FF'
-' ~
01:25: 44 LOW P637 MFP 1 DISCH PRESS 162.7'5 900.00 01:35:44 HIGH T840 RCP 2-2 DISCH CLG NR TEMP,RC4A3 576.21 562.66.'
01:35:44 CONT L771 RC PRZR LVL HILO 01:35 44 FLAG P860 RPS CH 1 RC.LO PRESS TRIP TRIP' 01:35:44 FLAG P865 RPS CH 2 RC LO PRESS -
01:35:44 FLAG P870 RPS CH 3 RC LO PRESS
~
TRIP-01:35: 44 FLAG P871 RPS CH 4 RC LO PRESS TRIP 01:35:44 FLAG G550' LF; FW HTR 1-2 HI LVL DRN' CONTROL NTNM
~
01:35:44 CONT Z493 HPT EXH G/E NRV,FW HTR 1-5 NC -, ' -
01:35:45 NURM F703 MSR 1.2ND STG DRH C STM FL.0W
(%),.,
.13.40 100.00
~
01:35!45. CONT.* Z772. fRC' PRZR SPRAYiLINE~ ~VLV,RC2 ~ 2
.M.'
....'2 L '
' ' 'CLOE f'~ i
- 01:35:45 HIGH P481 HPT SIDE.'l IN. PRESS'.FROM SG-2 ~
.L 1027.20.
925.*45 01:35:45 HIGH P644I MFP.2 DISCH PRESS.'--'-9..3..'%
1121s17 J
.i- '1105J14
~
7 01:35:45 CONT:L351 : DEAR STRG.TK l LVLi
'~
01:35:45 CONI ~G542.ICS SG l' BTU LIMIT.
.Y..
HILO.-
ON l
01:35:45 CONT Z.166.CNDS PMP RECIRC VLV-NC ' :
01:35:46 HIGH P482 HPT SIDE 2 IN PRESS FROM SG-1' 1060.86 -
925.15 01:35:46 FLAG ~G166 CNDS PMP RECIRC VLV
~
'NC 01:35*46 FL'AG'G493 HPT.EXH G/E NRV,FW HTR 1-5
.NC 01:35:46 FLAG G815 RPS CH 1 ROD,WTHDRW INHBT BYPASS DNORK HIGH 01:35:47 CONT L386.ECCS SUMP 1.LVL
~
01:25:48 CONT G544 ICS SG 2 BTU ~ LIMIT ON
'fc 565.57-l 01:35:49 NORM P485 HPT T/E 1ST EXT PRESS 230.31
.<.,7.0. 0 0 -
01:35:49 HIGH P673 -MN FW 1 CTRL:hLV DF;.,PDT-5B1(PSI) 9 9 ;.9 9. - J..c.
01:35: 49 NORM V638 ;MFP.1.'0/B1BRG VIB~(MILS)...
- 3. _
0.66....K...
s34.00.;
1
-HIGHyl.,i 01:35: 49 CONT F741 RC MU FLOW
.; g
'. a f
- NORM?. ~..
01:35 49 CONT L583 LP FW HTR 1-2 LVL.;
. 7 ~ ;
t-NORH ;
01:35:49 CONT P480. HPT MN STM PRESS
?!
2 e
~
01:35:49 FLAG G550',LP FW HTR.1-2: HI LVL DRN CONTROL'.
~ '
NORM '-
. NO RM" -
01:35*49 FLAG GS23 'RPS CH 2 ROD WTHDRW.. INHBT -BYPASS-
.. 79.99 ". c
'.n.70. 00
~
01:35:50 HIGH P674 ~ MN.FW-1 CTRL VLV DP, P.DT--5B2( PSI)
ON.-
01:35:50 CONT G755o RC MU PMP -1 AUX LUBE" OIL-PMP r-01:35:51 HIGH P678 -MN FW - 2' CTRL. VLV DP,PDT-5 A1( PSI) -
.99.99 70400
.'1034.16 925,00 01:25:51 HIGH P932 SG 1 OUT STMsPRESS,PT12B2
' f'
'5.38 5.90 01:35:51 NORM P447.HP COND PRESS (IN HG,' ABS)'
'0FF'
~
01:35:51 CONT G755 RC MU PMP 1 AUX. LUBE OIL PHP 01:35:52 HIGH P679 MN FW 2 CT RL VLV -DP,PDT-5A2(PSI)
99.99"
'70.00
'01:35:52 CONT L459 HP FW HTR 1-5.LVL..
'i
' ~ ~ '.
. LOW CURRENT DATE.IS:. JUNE, 9
1985 1034'6 925'.00 01:35:53 HIGH P937 SG 2 OUT STM PRESS,PT12A2.
-0.22
- 0.00 01:35:53 BAD V652 - MFPT 1 BFP. END BRG.VIB'-(MlLS)'-
. NORM 01:35:53 CONT P675. LOW FEEDWATER FLOW ALARM
~
.'i-
'ON-01:35:53 CONT G754 _RC MU PHP. l'-
m_-
01:35:54 CONT'G418-ESSEN BUS ~C1 CTRL.PWR~#
'}
0.00
-40.00 01135:54 LOW J427. ' GEN GROSS _PWR JMW>-
01:35:55 HIGH'L352 DEAR STRG TK l'.LVL.;(FT)'
9.38-
.N
^.TRDL' f9.00
.2055.00
'1963.53
.01:35:55 LOW.. P769.. RC PRZ.R TRESS.
':....,.,7
.g XFER 01*35:55 CONT G035 -BUS A' AUTO-XFER TO,XFMR.01. ~
01135:55 CONT G042" BUS'B. AUTO-XFER TO XFMR O2 XFER 01:35:55 CONT 0418 ESSEN BUS.C1'. CTRL PWR NORM i
' TRBL 01:35:55 CONT'G456 GEN VOLTAGE' REG
^
01:35:55 CONT ZO36 BUS A BRKRS NTNM 01:35:55 CONT ZO41 BUS B BRNRS NTNM 01:35:55 CONT Z455 GEN STATOR CLNT RF. SERVE PHP ON 01:35:56 LOW 'P610 LPT 3RD EXT PRESS,HTR 1-4 0.02 15.00 0.01 5.00 01:35:57 LOW P611 LPT 1.4TH EXT PRESS, DEAR 1 01:35:57 LOW -F655 MFPT 1 LP STM FLOW (KPPH) 8.20 30.00 01:35:58 LOW F044 BFP 1 DISCH FLOW (KPPH) 527.34 HILO 01:35:57 CONT P4SO HPT MN STM PRESS m
.. f 1602.00 HIGH 01:25:58 CCNT L583 LP FW HTR 1-2 LVL
.C NTNM 01:35:56 FLAG G550 LP FW HTR 1-2 HI LVL DRN CONTROL LOW 01:35:59 CONT L682 MSR 1 MOIS SFP DT LUL
~
,ew au w
<um:rt _
O.!.Ci ".:v! 2 *NT c;'.
- f... ~. !! : i.., :: "LV. ~ ' ' ' "
W'#
. W - HILO'" f
- I c:.
uG e.
u r.n - sinu u
OU36:01 30NT L672 MSR 2 NOIS SEF LT LVL
~
LOW 5
0*:36:02 CONT 12163 CNDS FL ASH TK VLV TO HTR 1-27.2-2
' CLOS 01:36:03 HIGH 787S SG 1 ATM STM VENT VLV 00T TEMP 258.80.
'250.00 01:36:04 FLAG G164 CNDS FLASH TK VLV TO HTR 1-252-2
. NORM 01:36:05 NORh F694 HSR 2 MOIS SEP DT DRH FLOW (KPPH) 4.67 268.94 01:3605 LOW P422 LPT': 3RD EXT PRESS,HTR 2-4 0.02 15.00 01:36:05 LOW P724 RC LOOP 1 HLG WR FRESS,SFAS CH 1 1971.62 2055.00
@l:36:05' CONT L457 HP FW HTR 1-U LVL NORM
' LOW 01: 36:05 CCNT L683 MFf 1 IST STG DT LUL 2055.00 01: 36:06 LOW P725 RA LOOP 1 HLG WR PRESS,SFAS CH 3 1937.66 01:34:06 CONT L698 MSR 2 2ND STG DT LVL LOW 7.~ 0F.ES;f)4, ' '
01:36:06 CONT G542 ICS SG 1 PTU LIMIT
,;,i;'
. NOFF/ llT ' "
01:36:06. CONT G544 -ICS SG 2 BTU LIMIT' f,'
. 0.01,;""f,,,. ;. al:. 00, ;
t.
01:36 07, LOW I420- GEN _ CURRENT (KAMPS)
._ j J:A 03 00 3 01:36:07 LOW P624. LPT 2'STH EXT G/E PRES,HTR2-2(A) 1.04 1135.00 159.99 01:36:07 HIGH F740 **RC MU FLOW, HIGH RANGE (GPM) 01:36:07 CONT L695 MSR 2 1ST STG DT LVL LOW *:
01:36:0S LOW I429 GEN F3 ELD CURRENT (AMPS) 133.53
'1450.00 01:36:08 HIGH Z673 MN FW 1 CTRL VLV (% OPEN)
_102.27 100.00 704.'73 01:36:08 NORM P493 HPT iST STG G/E OUT PRESS 0.12
.,,2055.00 01:36:09 LOW P732 RC LOOP 2 HLG WR PRESS,SFAS CH 2 1943.77 01*36:09 NORM 1T706 RC AVG CLG NR TEMP 571.66 610'.'00 01:36'09 CONT G541 ICS REACTOR PWR LIMITED BY FW NORM.* ' *-
~ ~ ~
2055.00 01:36:10 LOW P733 RC LOOP 2 HLG WR PRESS,SFAS CH 4 1930.41
-a 2 4 0 0'.'0 0 3.*'
01:36:11 LOW P736 RC MU PMP DISCH PRESS
'2304.48 01:36:11 HIGH T781 'RCP 1-1 DISCH CLG WR TEMP,RC4B2
-574.33
- 562.'66 A'
' ' '
- - 5 ~ 1100i00 -
01136:12 NORM P936 SG 2 OUT STM PRESS,PT12A1
~992.41 4 ' ' \\.
~ ~ '
CURRENT DATE IS: JUNE, 9
1985
" LOW.
01:36:12 CONT.L6SS MSR 1 2ND STG DT LVL
+
'O.
"'~JRIP" 01:36:13 CONT V951 T-G BRG VIB TURB TRIP
~
0 01:35:!4 CONT L463 HP FW HTR 1-6 LVL,
, LOW {jj,
01:36:15 LCW P481 HPT SIDE 1 IN PRESS.'FROM SG-2...
719.80
- .909.A5 0*'36:16 LOW P462 HPT SIDE 2 IN PRESS FROM SG-1 831.58
.'<.'909.45 01:36:16 HIGH T801 -RCP 1-2 DISCH CLG WR TEMP,RC4B4.
571.62
" ' < 562. 66 NC 3.-
01:36:16 CONT YO76,TURB STM SEAL DIVR VLV,HP COND
~
c_~
01*36:10 HIGH P484 HPT T/E EXH PRESS 161.00 48.00 3
01:36:20 CONT Zi66 CNDS PHP RECIRC VLV CLOSL 0*:36:21 NORM P932 SG 1-OUT STM FRESS,PT12B2
' ~
1000.54
.;1100'.00 562a 66 - ;
01:36:21 HIGH T821 RCP 2-1 DISCH.CLG WR' TEMP,RC4A2' 572.17 01:36:21 CONT V951 T-G BRG VIB'TURB TRIP
. NORM 01:36:22 HIGH P492 HPT IST STG.T/E OUT PRESS 156.75~
.114.00
.N'ORM 01:36:22 FLAG 0166 CNDS PMP RECIRC'VLV.
7;.
01:36:23 HIGH P604 'LPT 1 CIV 2 IN PRESS' 156.94 i' Lf00.00 48.00 01:36:23 NORM P937 SG 2 0UT STM PRESS,PT12A2:
994.02 01:36:23 CONT'YO77 TURB STM SEAL D1VR VLV,FW HTR1-1
, CLOS 1
~
155.26 ',
j.*48'.'00' 01:36:24 HIGH P605 LPT.1.CIV 3 IN P.RESS 01:36:24 HIGH T683 MSR 1 2ND STG HTG STM TEMP 601.21
600.00 l
01:36:25 HIGH F684 MSR 1 MOIS SEP DT DRN FLOW (KPPH) 171.44
'?
25.00 0FF
)
01:36:25 CONT 0171 CNDS PMP 2
~
01:36:25 CONT G174 CNDS PMP 3 0FF '
i
-0.22 0.00 1
!01:36:26 HIGH L356 DEAR STRG TK 2 LVL (FT) 9.44 8.50
-01:36:26 CONT L455 HP FW HTR 1-4 LVL LOW l O1:36:26 CONT P178 CNDS PMP 2 DISCH PRESS LOW l 01:36 26 CONT YO75 TURB STM SEAL DIVR VLV,FW HTR2 CLOS
'01:34:27 HIGH L449 HP COND HOTWELL LVL (FT) 4.92 4.75 482.42-01:36:28 HIGH T68'8 MSR 2.1ST STG HTG STM TEMP 380.00
.M.
.' NORM J
,01:34:23 FLAG P184 CNDS PMP 3 DISCH PRESS j
01:35:28 CONT L566 LP FW HTR DRN TK 2 LVL~
NORM 01836:30 LOW-E430 GEN 25KV'UOLTAGE (KV)*
0.34 s.-
._22.50 "
~~
m
c~umm
,~s_~,.
y 1*:36:34 CONT'3166.CNDS Ph? RECIRC VLV
~
* ~
N C.. '.T 1:36:35. NORM P622 LPT 2 3RD EXT PRESS,HTR 2-4 0.02 126 34
~
1:36:36 LOW P453 HP FW HTR 1-5 SHELL PRESS 143.41
. 158.06
~
~
HIGH 1 36:36 CONT L590 LP FW HTR 2-2 LVL 1:36:37 NORM P424 LPT 2 STH EXT G/E PRES,HTR2-2(A)
O.90 23.53 220.00
293.09 31:36:37-HIGH T044 BFP 1 SUCT TEMP
~
NC 31:36:37 FLAG Q166 CNDS PMP RECIRC VLV
' NORM.
t
$1:36:37 FLAG 0535 LP FW HTR 2-2'HI LVL DRN CONTROL O.77 9999.00 a
01:36:38 NORM I429 GEN FIELD CURRENT -( AMPS) -
Hf FW.HTR 2-4 SHELL PRESS 64.32
~
.73.28^
01:36:38 LOW P455 ~,T-G.MSP' ON,
01:36:38 CONT'P977
,01.136:39 LOW. i P457.iHP 'FW HTR l'!-53 SHELt'. PRESS. ^: ' ; -i' [. 7142.64
.,1-p'.
158f0'6i
~
01:36:40 CONT L578 ' - LP FW -HTR 1 HI4LVL ' *:.- ' p
' TRIP *
(01:36:42 CONT'. L450' IHP.COND.HGTWELk..LVL;.
D " ' N' D ? O ' t * *.. 'l'.' s 'Y.* O HIGH.>.
m 01:36:42 CONT.,L590' LP,FW HTR 2-2,LVL'
.t ] ".D,lI '
M
.@ NORM (, f.
'Q1:36443 NORM T653..MFPT 1 HP STOP 'VLV: CHEST TEMP 498.37 9999.00l LOW 01:36:43 CONT ~ L565.
1.P'. FW HTR DRN..T.K' 1 LVL ' '.'.
..(
CURRENT.DATE IS: JUNE,'i 9
- 1985 :. i -
01:36:43 FLAG G555 LP'FW HTR 2-2'HI'INL DRN CONTROL N'[17839
.NTNM,i,
111.00 01:36:49 HIGH'P485 -HPT.T/E IST EXT PRESS NO -, ;,.,:,.
01436:49 CONT ~G742n RC MU BATCH FLO CMPLTD.OR.TRMNTD 3
l 474.48.
k, " '*" '.380400y u O'l36 50 HIGH ~.T483' Y HPb'.T/E IST EXT TEMP,'. ? N 01:36:51 HIGH F710.MSR'2 2ND STG.HTG'STM FLOW (KPPH) 237.81
. J.
100'.00,
,01:34:51 HIGH P491 fHPT IST EXT 4/E' PRESS,HTR 1-6 127.76
, ; 111.'O0 ~
01:36851-HIGH T679'tMSR;111ST STGJRHTR 00T:S.TM. TEMP 3
- 434.74
. eJ7. f./3;70;004.-
01:36:56 NORM P610.LPT.jl.3RD-EXT PRESS,HTR : 1-i
,.0.02.',J,;i'Q,.,123(799 01:36:56 LOW T490.HPT IST. EXT:G/E. TEMP,HTR 2-6 c.0.00 v.60. 00. -
3 01736156 CONT L586'i P'FW HTR72-1 HI-LVLNV,
-)
Y..u iTRIPj.? %
'^ Jl'. < HIGH,' "l1--
'01:36156 CONT L590' LP FW HTR 2 2 LVLC U ' d..." *e 1
M. TRIP. ;
01:36:56 CONT 0520 ~HTR:DRM TK PMP 1 LOW LEVEL:
01:36:57.NORK P61.1.lLPT-1 4TH EXT PRESS, DEAR.1
..,. y '.,. O.,0 1
.g<%.; e..L.,92.56*
~
'2 f W 48.00 01:36:57^ NORM P696 MSR'2.MOIS SEP IN.STM PRESS
'.' q t _ ' O.'0 4 '
. ;. d, c..
RCP-:22 DISCH CLG-NR. TEMP,RC4 A1 :'-a %562.25
- -,562.66 -
01:36:57 NORM T820 1
01:36158 NORM T840 'RCP 242 DISCH CLG~NRtTEMP RC4A3 f J. 561.93' e. '.. n562.66 01:36:53 CONT P963 T-G AC TGOP f
9
'. X *J ^,.ON '.-
.' N O R M'. -
.01:36:58 FLAG G555.LP FW HTR 2-2 HI LVL DRN CONTROL
+47.'dof 01:36 59 HIGH P6'98 MSR 2 1ST STG RHTR OUT STM PRESS' ' '129.33 01:36:59 HIGH T689* MSR.2'1ST STG RHTR OUT S1M' TEMP. M J436.22 ".
b.:~370'.00c Of P' ~ '. 0.03 127.50
01:37:00 NORM E430 - GEN 25KV VOLTAGE - (KV). '..
,01:37:05 CONT ZO2O ~ HTR DRN TKPHP 1 LOW LEVEL.
g.-
HILO '
01:37:01. CONT P435 GEN H2 GAS PRESS 01:37:02-CONT 0520 NORM Y'
4-ON
+
BA PHP._2 0.00 '.
9999.00 01:37:07 NORM ~I420 GEN. CURRENT (KAMPS)' -
01:37:08' NORM T780 cRCP.1-1 DISCH CLG NR TEMP.,RC4B1 562.05 ' '
's U.
562.66-
~
.012.37:08 CONT Z746 RC MU BATCH'STOP VLV,
7
..i, -
i NC.
01:37110 HIGH F699. MSR.2 1ST STG.HTG STM' FLOW (KPPH)
- 114.17A+
"f16.00
~'
'. %0RM.
.f
/.*
- 2
-01:37:10 CONT L590~.mLP FW HTR 2-2 LVL M
-01137:10 FLAG- 0555 LP[FW.HTR;.2-2 HI. LVL 'DRN CONTROL..
i,.
/liNTNM
..v;:.TRBL 01:37:10 FLAG S741'1 RCa HU BATCH FLO CMPLTD. OR;TRMNTD....:.
' ' 4 8.' 0 0
.01:37:11 HIGH.P474 /HPT G/E EXH PRESS'..
- f. (
118.15 01:37.11 NORM 7800. RCP.-1-2.DISCH CLG NR TEMP,RC4B3 561.62
". 562.66 *
'1:35:29:990 l SOE
.P868
ch
- TRIP
]
1:35:29 995 SOE G826 RPS CH'3.CH, TRIP
~
TRIP 1:35:30: 60 SOE
- 0181
'CRD CH B/D.ANY" TRIP DEVICE TRIP
['
1:35:30: 60 SOE
..XO38
~
c.T-G MASTER TURB TRIP-TRIP 1:35:30 65 SOE G180 -.CRD CH'A/C ANY TRIP DEVICE TRIP-
.T-G MASTER' TRIP SOLENOIDS TRIP i 71:35:30: 95 :.SOE.,.XO30
- .1:35:30:145 SOE ' '0266
'CRD TRIP CONFIRM-
'f; TRIP;..
l'.1 35!30:190 RPS'CH 1.RC?HI PRESS',[.,,... L D..t.iTRIP iSOE,aPB58 f
,G810.'
. " * ' ' t ;["/ t
~
SOE_ ' ;X033..." T-G HECH ' TRIP. SOLENDID TURB T. RIP ' f. ' TR
- ~
S SOE
. 1:35:30:195 TRIP.
1:35:30:285
~*
TRIP L'4:35:30:310 SCE
.XO32
'T-G MECH TRIP.VLV
! 1:35:30:370' SOE P873.
- f~
TRIP i
- \\
L. moma wise-s
<wo we.a m
m5e
L. a w...4 0
- v ov no v nr a v., A rtu^ wruu^ rtuw boibt i n A r' 8'
/
1.035:30:343 SOE AS(9 RPS CH 4 FLUX-DFLUX-FLOW DSTBL
' TRIP
~
1:35:30:550 SCE AS56 RPS CH 2 Fl.UX-DFLUX-FLOW BSTBL TRIP 1:35:30:550 SOE AS62 RF S CH 3 Fl.UX-DFLUX-FLOW DSTBL TRIP 1:35:30:933 SOE 0963 SFRCS FULL TRIP TRIP 1:33:34: 70 SCE 4963 SFRCS FULL TRIP NORM 1:35: 41:675 SOE F669 RPS CH 3 RC LO PRESS BSTBL TRIP 1:35: 411710 SOE P839 RPS CH 1-RC LO PRESS BSTBL TRIP 1:25: 41:745 SOE FS74 RPS CH 4 RC LO PRESS BSTBL TRIP _
CURRENT DATE IS: JUNE.
9 1985 1:35:42:230 SCE P263 RPS CH 2 RC LO' PRESS BSTBL TRIP 1:35*34: 930 SOE 4428 GEN REVERSE PWR TRIP 1:35:54:950 SOE XO26 SWYD ACB 34561 OPEN OPEN 1*35:54: 950 SOE XO25 SWYD ACB 34560 y.
HIGH 1:35:54:955 SOE I425 GEN GROUND CURRENT NORM,'
- f.' '
1:35:55: 50 SOE I425
. GEN GROUND CURRENT
.r,
1:35:55:330 SOE J428 GEN.REVERSF PWR NORM
[.
t 01:37:19 HIGH T675 MSR 1 MOIS SEP DT OUT TEMP 357 90 300.00 01:37:16 CONT Z747 RC MU BATCH STOP.VLV WO 01:37:19 NORM T441 HP COND CIRC WTR BOX 1 IN TEMP 93.78 98.08 01:37:19 HIGH F708 MSR 2 2ND STG DT DRN FLOW (KPPH) 147.05 100.00 01:37:20 HIGH P490 HPT iST EXT G/E PRESS,HTR 2-6 120.G2
- 111.00 01:37:20 NORh V639 MFP 1 T/E BRG VIB (MILS) 3 79 4.00 01:37:21 NORM P491 HPT IST EXT T/E PRESS,HTR 1-6 104.69
~
111.00' 01:37:23 HIGH F686 MSR 1 MOIS SEP IN STM PRFSS 114.07 48.00 01:37:23 NORM V652 MFPT 1 BFP END BRG VIB (MILS)
-0.23
~1.00 01:37:24 NORM T683 MSR 1 2ND STG HTG STM TEMP 561.76 600.00..
01:37:25 HIGH F688 MSR 1 IST STG RHTR OUT STM ERESS 113.88 47.00'
~
01:37*25 CONT L590 LF FW HTR 2-2 LVL' HIGHi A 01:37:25 FLAG G555 LP FW HTR 2-2 HI LVL DRN CONTROL
,.. NORM :.
~01:37:26 HIGH T655 MSR 2 MOIS SFP DT GUT TEMP 355.45 330.00 01:37:26 NORM V667 MFPT 2 MFP END BRG VIB (HILS)
-0.16
'2 00 01:37:27 HIGH T491 HPT IST EXT-T/E TEMP,HTR 1-6
~585.84
~380.00 01*37:25 NORh T35; CRD VENT FAN IN TEMP,91CSE 130.78 160.00.
01:37:30 HIGH F639 MBR 1 1ST STG HTG STM FLOW (NPPH) 148 05
_16.00 0':37:31 CONT P765 RC MU TN PRESS LOW ;
01:37:32 NORM V396 EXCITER BRG 9 VIB (MILS) 5.74
'6'.50 01:37:33 HIGH F692 MSR 1 2ND STG DT DRN FLOW (KPPH) 157.18 100.00 01I!7:33 HIGH P617 LPT 2 CIV 4 IN PRESS 101.86 1 ~.48.00 01:37:36 CONT Z468 HP FW HTR 2-5 HI LVL DRN VLV NC 01:37:37 NORM P492 HFT IST STG T/E OUT PRESS 100.11 114.00 01:37:37 FLAG G469 HP FW HTR 2-5 HI LVL CONTROL NTNM 01137:38 CONT F050 BFP 2 DISCH FLOW
- LOW-01:37:39 HIGH T051 EFP 2 SUCT TEMP 291.55 220.00 01:37*39 CONT F05C BFP 2 DISCH FLOW NORM
~'
01:37:41 NORM T781 RCP 1-1 DISCH CLG WR TEMP,RC4B2 561.18
. 562.66 01:37:41 CORT F050 BFP 2 DISCH FLOW LOW 01:37:41 CONT L590 LP FW HTR 2-2 LVL NORM
~
01:37:42 CONT F050 BFP 2 DISCH FLOW J
NORM 01:37:43 HIGH T474 'HPT G/E EXH TEMP 404.00
'310.00 01:37:43 CONT F050 BFP 2 DISCH FLOW LOW 01:37:43 FLAG 0555 LP FW HTR 2-2 HI LVL DRN CONTROL NTNM 01:37*44 HIGH T475 HPT G/E iST EXT TEMP 469.47 380.00 01:37:44 CONT F050 BFP 2 DISCH FLOW NORM 01:37:44 CCNT 246C HP FW HTR 2-5 HI LVL DRN VLV CLOS 01:37:46 CONT F050 BFP 2 DISCH FLOW LOW
- 01
- 37:47 CCNT F030 BFP 2 DISCH FLOW NORM lC1:37:50 NORM P490 HPT 1ST EXT G/E PRESS,HTR 2-6 98.28 111.00
46?.06 380.00 l01:37*51 NORM TS21 RCP 2-1 DISCH CLG WR TEMP,RC4A2 559.79-562.66 l01:37':51 CONT L578 LP FW HTR 1-1 HI-LVL
~
NORM
' CURRENT LATE IS: JUNE, 9
1985 01:37:52 FLAG G518 HTR DRN TK PHP 1 RECIRC CONTROL:
NTNM
- g) a v mo
'. ",?.
'01137:5$ FLAG G166 ONDS PMP RECIRC.VLV NORM.y
'1 :37:G7 CONT X955 TREND RECORDER CUT 06
~- ' 4 1J M
!01:37158 LOW TC20 RCP 2-1 DISCH CLG NR TEMP,RC4A1 557.27'
' 557.52.
01137:59 LOW T840 RCP 2-2 DISCH CLG NR TEMP,RC4A3' 557.01
..-557 J 52. -
01:37:59 CONT L760 RC MU TK LVL,MU16-1
~
, HILd...
01:37:59 CONT L762 RC MU'TK LVLeMU16-2 C
lHILO
.. g.
a
. 7 180 00 01:33:00 LOU L769 RC PRZR AVG LVL (IN) 153.01 01138:01 NORM F689 MSR 1 IST STG HTG STM FLOW (KPPH) 5.04 16.00 01:38:01 NORM F051 BFP 2 DISCH FLOW (NFPH) 1672.43 5678.19 01138:01 CONT L590 LP FW HTR 2-2 LVL HIGH 01:3C:02 CONT F050 T/P 2 DISCH FLOW
' LOW s.
01:38:02 FLAG.0555 LP FW HTR 2-2.HI LVL.DRN' CONTROL
' NORM. M
~
t 7
's d.e -1 NORM *:s ?...
-01433:03 CONT F050 BFP 2 DISCH FLOW
.c 01:38:04-NORM F692 MSk21I2ND STG DT'DRN'Fl[di (KPPH U f I. 3'.iS' ID.N (100".'d'0 J
.. 0. 9 9.,,, " E.J.,. e.!;. 1 1 0'O 0 0.'
01:38:05 NORM F693 MSR 1 2ND STG.HTG STM FLOW (KPP.H).
w'
01:38 05 CONT *F050_
BFP 2:DISCH FLOW' 4 : 9
? J
.,': .*A s %, 9,^
- ~. LOW N + '
. 7 #;
nHIGFt.N '; '
01:38:06 CONT _L595 iLPT 1.4TH' EXT LINES LVL '-,.. DEAR 1 01:38:07 CONT F050 BFP 2 DISCH FLOW.
J.
NORMS
~
01:38:08 NORM F696 MSR'.2 IST STG'DT DRN FLOW'(KPPH) 8.79
-l ' ;
- b 1'6*. 0 0 r*
NORtf.
01:38:08 CONT T071 CC FROM CTMT GUT TEMP
' 1111 0'O'-
01138:09 NORM P455 HP-FW.HTR'2:4 SHELL PRESS 72.15
- f..
f 01:38:09 LOW T476 HPT SIDE'1 IN TEMP 572 10
.573.57 01:36:11 NORM F699, MSR 2 IST.STG. 'HTG 'GTM. FLOW (KPPH)
- 5.00
,[.#.16} 00-
'?. '..' LOQ P i.yl/.'g OL138:12 CONT F050 BFP 2 DISCH. FLOW e
~
01:38:13 CONT F050 BFP 2 DISCH FLOW NORM
.'.5'
.d/ :,, N.., ; 147. 70. '.
01:38:14 LOW F630.MFP DIFF FIOW (KPPH),
-1977.13 LOW '.C,' F T 01:38:15 ~ CONT F050 ' BFP. 2 DIeCH FLOW 4.'
7'
.y 7
' M 88YES 4 5 33 RC MU'DATCH FLO'CMPLTD OR.TRMNTD..
'4
-01:38115~ CONT:G742
. W NORM.
01:38:16 CONT.F050':BFP 2 DISCH FLOW
' d." ]
01:38.16 CONT Z247 fic MU BATCH STOP.VLO
. '.. 's
'i,'.Q. N0 ' *
~
01:38:17 FLAG'G741 RC MU BATCH FLO-CMPLTD OR.TRMNTD -
^l-l~. Q l0RM r,-
01:38:19 HIGH F597 LPT;1 CIV 3'STRNR DP
. (PSI)
181.57
- QTi._'/10.00.
01138:20 HIGH..P598' LPT.1 CIV 2. STRNR DP-
., (PSI) 180 11
.T"-d 1-?10'.00 01:~38:20 NORM F708 -MSR'2 2ND.STG.DT DRNLFLOW (KPPH) 45.78
'.W. J.*J.100. 0 0 10 4 ;36 ~ '':N:*.l11~1:00' 01:38:20 NORM P'485~ HPT'T/E iST; EXT ~ PRESS'T'," y ~
01:38:22 HIGH P600 :LPT 2 CIV'4 STRNR DP-r(PSIP' 173'.74 J'. # 10.00.
~0.86' 01:38:22 CONT F050 BFP 2 DISCH FLOW.
w 4:. LOW 01:38:23 CONT F050 BFP 2 DISCH FLOW
,..: NORM MFPT. l' BFP END BRG VIB.(MILS),'
- -0.20
.,,sl,b.
.,,,,.0. LOO :: -
01:38:24 BAD V652.
il '
'. DOW' t
01:38:26 CONT F050 BFP 2 DISCH FLOW
~
01:38:26 CONT'L590 LP.FW HTR,2 -2.LVL
./
NORM i,<
01:38:26 FLAG G555 LP FW HTR 2-2 HI LVL DRN CONTROL "NTNM 01:3C:27 BAD V66f 'MFPT 2'MFP 'ND BRG VIB (MILS)
-O'.14 f 0.'00 -
E
~
557.44
% d,:557.52' 01:3G:27 LOW *T800 'RCP 1-2.DISCH CLG'NR TEMP,RC4B3 s
' " 'N O R M 01:38:27 CCNT F050 BFP 2 DISCH-FLOW 01.838:27 CONT Z746 RC MU B ATCH STOP NLV.. 'W~ b' *.
~
- I
"*;- G,A.* CLOS' C. ', .
1.-
'01138:29 LOW L761 RC'MU.TK-LUL',MU16-1 (IN) #;+'.
P-01:38128 CONT F050 BFP 2 DISCH FLOW ^ :<T'..?
~
1, LOW
- '- ~,'
51".'53,
, 'y y.'53.00J-4 *. 2.' % s NORMfa % ;
OL:38:29-CONT F050.BFP.2 DISCH. FLOW 01:38:30 CONT'.I.746 -RC"MU BATCH"STOP Ol'V...c.
. -. /, E 9 * \\' h.
NC',. t'. ~ "
- J
'-i
'.t* ' 'e
.r
.t 01:30:31 LOW ' L763 - RC MU TK LVL hU16 (IN).
V-
' 49.76 W W.~53 00 CORRENT DATER.IS: JUNE,: 9.1985
. l i;.
'. /,E '.. s"
.,q. ]J h -)* '",, ;[,'.
(
i,.,"..
01:38:38 LOW T780, RCP 1-1 DISCH CLG NR TEMP,RC4B1 557.10 S*
557.52 01:38:38 CONT"XOl6 SWYD. ABS 34620 OPEN m.
01:33:39 LOW T706 RC AVG CLG NR TEMP
.556.62
'1557.52
~
i.0W
.01:38:39 CONT F050 BFP 2 DISCH FLOW 01:38:39 CONT Z747 RC MU BATCH STOP.VLV' WO'
^ 7. 55 !.
- 7.,
f-2.00 01:38:40 HIGH C417 MSR' 2 2ND STG DTEMP/DTIME (DFPM)'
01:381,40 CONT Z747 RC MU-BATCH STOP.VLV.,
9,. f, y ~ %,',... c. - F,,, h(.,, j NO
~
rA
-' ~ -. ' NORM 01:38:42 CONT F050 DFP 2 DISCH FLOW
'.. l ' " ' NORM ~
01:38:42 CONT L463 'HP'FW HTR'1-6 LVL'.
~'
01:38!42 CONT G742 RC MU BATCH FLO CMPLTD OR TRMNTD
~[
i NO we a
L. : :. ; - : -i._6 G: a RC ne iAicn r...
a r c 7;,. G n Timed v g
ino-b1:39t44 C O.C F1;C BFP 2 DISCH FLCW NORM b1:3C;46 LCW T60:
RCP 1-2 DISCH CLG WR TEMP,RC4B4 556.79 557.52' k1:35: 47 C0 tit F050 DFP 2 DISCH FLOW LOW D1:3L;45 NCRn F707 MSR 2 2ND STG DRN < STM FL.0W (%)
-6238.43 3.00.
hi 30:4S CONT F050 BFP 2 DISCH FLOW NORM D1:35: 45 CONT L590 LP FW HTR 2-2 LVL HIGH b1:32: 49 CONT F050 BFP 2 DISCH FLOW LOW 31'35:49 FLAG G5:5 LP FW HTR 2-2 HI LVL DRN CONTROL NORM 31:35: 49 FLAG T651 MSR 1 TEMP < 325 DEG F LOW b1:38:50 HIGH T3?9 EX2 ITER Ct.R AIR IN TEMP 124.93 110.65 hl:33:31 LOW TS21 RE'P 2-1 DISCH CLG WR TEMP,RC4A2 556.35 557.52 b1:38:51 CONT Z746 RC MU BATCH STOP VLV CLOS 5.12 J4.00
')1:3C 52 HIGH V646 MFP 2 T/E BRG VIB (MILS) -
,, NORM 31138:52 CONT F050 BFP 2.DISCH FLOW NORM i p1:38:52 FLAG G741 RC MU BATCH' FLO CMPLTU OR TRMNTD o
0113S 53 NORM F712 RC LOOF 1 HLG FLOW (MPPH) 72.55 73.35.
01:38:53 NORM P604 ' LPT 1 CIV 2 IN PRESS
'46.56 48.'00 01:38:53 NORM V652 MFFT 1 BFP END BRG VIB (MILS)
-0.20 1.00 01:25:55 NORM F714 RC HLG TOTAL FLOW (MPPH) 147.00 153.76 01:25:55 CONT F050 BFP 2 DISCH FLOW LOW 01:35:56 NOTsM T685 MSR 2 MOIS SEP DT GUT TEMP 309.S7 330.00 01:33:56 NORM V667 MFPT 2 MFP END BRG VIB (M1LS)
-0.14 2.00, 01:3C:55 CONT F050 BFP 2 DISCH FLOW NORM ' -
01:35:55 CONT Z746 RC MU BATCH STOP VLV NC G1:37:00 NORM F698 MSR 2 IST STG RHTR OUT STM PRESS 43.30 47.00 LOW-01:39:00 CONT F050 BFP 2 DISCH FL0u~
01:37:01 CONT F050 BFP 2'DISCH FLOW NORM'.
01:39:01 FLAG G741 RC MU BATCH FLO CMPLTD OR TRMNTD TRBL 01:39:02 CONT F050 BFP 2 DISCH FLOW ~
LOW 01:3?:0.3. NORM P617 LPT 2 CIV 4 IN PRESS 42.90 48.00 C1:39 05 NORM P61S LPT 2 CIV 1 IN PRESS 41.43
- 4 8.~0 0 ' '
01:3?:06 CONT L5?O LP FW HTR 2-2 LVL
-. NORM 91:39:07 NOTsM P453 HF
~H HTR 1-5 SHELL PRESS 77.18 200.00 01:39:0S FLAG G555 LP FM HTR 2-2 HI LVL DRN CONTR0t.
NTNM
@1:37:07 CONT P993 TURB STM SEAL HDR PRESS LOW 91:39:10 NORM P457 HF,Fu HTR 2-5 SHELL PRESS 77.29 200.00 31!37:10 CONT 2747 RC MU BATCH STOP VLV WO
@l:37:11 CONT G544 ICS SG 2 BTU LIMIT O N '. -
@l:39:12 NORM P474 HPT G/E EXH PRFSS 39.52 "48.00
~~
01'39:12 LOW T7Si RCP 1-1 DISCH "LG WR TEMP,RC4B2 556.49 557.52 CWRRENT DATE IS: JUNE,
-9 1985 HIGH.
01:37:12 CONT L566 LP FW HTR DRN TK 2 LUL 01:39:14 CONT G544 ' ICS SG 2 BTU LIMIT OFF' 01:39:15 LOW P641 MFP 1 HEAD RISE (FT)
-3.44 0.00 01:39:17 BAD R790 RPS AUCTIONEERED AVG PWR (%)
-0.02 0.00 01*39:19 NORM P454-HPT T/E EXH PRESS 36.36 48.00 01:37:20 HIGH T441 HP COND CIRC WTR BOX l'IN TEMP 91.65 83.69 01:39:20 FLAG T681 MSR 1 TEMP < 325 DEG F NORM 01:39:24 LOW F712 RC LOOP 1 HLG FLOW (MPPH) 62.19 69.77 01:39:24 NORM P686 MSR 1 MOIS SEP IN STM PRESS 37.16 48.00 35.30 48.00 01:39:25 NORM P605 LPT.1 CIV 3 IN PRESS 01:39:25 LOW T477 HPT SIDE 2 IN' TEMP 573.45 573.57 01:37:26 HIGH F714 RC HLG TOTAL FLOW (MPPH) 147.00 145.37 01:39:26 NORM P6SS MSR 1 IST STG RHTR OUT STM PRESS 35.56 47.00 01:39:32 CONT FOSO BFP 2 DISCH FLOW LOW 01:39:32 FLAG G555 i.P FW HTR 2-2 HI LVL LRN CONTROL NORM 01:39:39 LOW C416 MBR 1 7ND STG DTEMP/DTIME (DFFM)
-36.43
- -106.,29
-2.08 5.05 25.00 01:39: 40 NORM.7607 LFT 2 CIV IN STM TEMP UNBAL 172.30 490.00 01:3?: 40 NORM P459 HP FW HTR 2-6 SHELL PRESS 01:39:40 CONT F050 BFP 2 DISCH FLOW NORM 01'39:41 CONT F050 BFP 2 DISCH FLOW LOW l01t37:46 LCW R790 RPS AUCTIGNEERED AVG PWR (%)
-0 02 0.00
- 6...a... c r n.: d
.c r
n w.
ni u.u
.m
@im g
11 i t u 01:39:55 LCW P952 TURL STM SEAL HDR PRESS-
1.28 1.30-01 37:d3. FLAG Ci64 CRD WITHDRWL.IND US CORE PWR LVL EXCD
@l:37:53 CONT C967 CORE PHR DISTRIBUTION ALARM LIM EXCD
@l:39:53 FLAG H346 RUD INUEX LIMIT EXCCEDED YES
@l:40:06 CONT L591 LP FW HTR 2-2 LVL LOW 61 40:09 CONT L571.LP FW HTR 2-2 LVL NPRM
@1:40:12 CONT L591 LP FW HTR 2-2 LVL LOW
@l:40;16 CONT L571 LP FW HTR 2-2 LVL NORM 01:40*16 CONT 0983 TURB STM SEAL HDR PRESS NORM 01:40:18 CONT Z961 SE 1 ATM STM VENT VLV CLOS 01:40:17 NORN 2673 MM FW 1 CTRL VLV DP,PDT-5B1(PSI) 8.03 70.00
- NORM.
01:40:19 CONT L386 ECCS SUMP 1 LVL.
01:40:00 NORM P674 MN FWL1 CTRL VLV DP,PDT-5B2(PSI) c6.89
... ~.70 ;00 '
01140:20 CONT P675-LOW FEEDWATER FLOW ALARM-7 - ?TRBL
~ *
"?.0.10.v.'~.'*.1 170.00 01140:21 NORM P67S MN :FW 2. CTRL VLV DP,PDT-5A1(PSI)
'?
70.00
.01:40:22 NORM P679 MN FW 2. CTRL VLV DP,PDT-5A2(PSI)
' 0.01
}'
'NCfli;-
.01:40:23 CONT Z961 SG 1 ATM STM VENT VLV.
l60.00 01:40:28 LOW T351 CRD VENT FAN IN TEMP,9185E s 49.95 01:40:29 CONT L885 SG.1 SU RANGE LVL
.' LOW "
01:40:30 CONT L590- LP FW.HTR 2-2 LVL
'.HIGH-
~
. LOW-
- 01
- 40:31 CONT LS95 SG 2 SU RANGE LVL
' NORM?. ~,. '
l01:40:33 CONT P731 RC LOOP 2 HLG PRESS
~
' NORM',' -
LO1:40:40 CONT L590 LP FW HTR 2-2 LVL
-01:40:40-FLAG G555 LP FW HTR-2-2 HI LVL DRN CONTROL NTNM'.
i..; a. NORM' t '>, p ?:
01:40:41-CONT P723 RC LOOP-l'HLG PRESS -
?.,
,01:40:41 CONT Z585 LPT 1 3RD EXT NRVJ,i HTR'.1-4
~
%. CLOS ^
^^
-01:40:45 LOW P644 MFP 2 DISCH PRESS
..e.
8'22'. 6 8 "..
'I. '. 900. doi'
. CURRENT DATE IS: JUNE, 9
1985 c
te-
~
x-
" ' " 3.85'
." "...X.4.'00[
!01:4C:52 NORM V646 MFP 2.T/E BRG VIB (MILS)
W
!.'+
!01:40:52 CONTiG544 ICS SG 2 BTU' LIMIT
~
?. -
=0N, O. p.10'. 0 0
,01:40:54 NORM.P687 MSR 1 DP.(PSI),
' 9 8.39.
6 50 cf' 9999 00 101:40:55 NORM P982 'TURB STM SEAL.HDR PRESS
!01:40:56 HIGH-F857 RC LOOP - 1 HLG : FLOW (MPPH) 72.01
~,.< ' 77.1 1 7 6.
1:40:56 CONT X757 TREND-RECORDER OUT 08 f4 4.
4.19 4.00
- 01:40:57 HIGH T188 CNDS SJAE TEMP RISE I O1:40:57 CONT 0975 UNIT INSTR AIR DRYERS
~ *
3
' -TRBL 501:40:53 CCNT G544 ICS SG 2 BTU LIMIT
' *~
~ OFF OF F.
- ~~;.
- C1
- 40:58 FLAG 0612 MFPT 1 e
~
NORM.
- 01:40:55 CONT 0975 UNIT INSTR? AIR DRfERS 14.32 30.00
'01:40:59 LOW F665 MFP.T~.2 LP STM* FLOW (KPPH)'
12.50.92 1'612.00
!01:41:00 LOW F051 BFP 2 DISCH. FLOW (KPPH)
'01:41:03 CONT E886 SFRCS SG LVL HALF / FULL TRIP,CH 1 TRIP i
1:41: 4:345 SOE 0963 SFRCS FULL TRIP TRIP
~
01:41:05 FLAG G675 HMN FW 1 SU CTRL'VLV NC
'01:41:05 FLAG G678 MN.FW 2 CTRL VLV NC 01:41:06 CONT Z003 AFPT, 1 MN STM i IN ISO LV-NC
.01:41:08 CONT P480 SFRCS MN STM LINE LOW PRESS,CH 2 TRIP 01:41 08 CONT P681 SFRCS MN STM LINE LOW PRESS,CH 1 TRIP NORM 01:41:08 FLAG G016 AFPT 1 MN STM 1 IN ISO VLV 01841:08 FLAG 0680 MN.FW 2 SU CTRL VLV NC
' 220.00
~
f 1 8 0.~9 2.'.
01:41:10 NORM F049 BFP 2 DISCH PRESS
- 2. T ' i t,,
~ T ' ' ' 'NO 01:41:10 CQNT Z962 SG 1 AFW ISO'VLV E-
~
i t
7.
NO
.' i
~
01:41:10 CONT Z970 'SG 2'AFW ISO VLV
~
,01:41 13 CONT L896 SFRCS SG LVL HALF / FULL TRIP,CH 2 TRIP.
01:41:13 CONT S656 MFPT 1 SHAFT.
STPD m-
......a..,e
..r r.. nr
.s w t au:
u_o g'
nu
.....,j 1:41:14, CONT P733 TURB STM SFAL HDR PRESS
~ ~ -
' LOW ~. *u NORA
' ' ~
1141:1'5 CONT 5656 MFF T 1 SHAFT
?
.~1 ",: NORM * [..'
1:41:16 FLAG H177 SOME S-0-E FOR XO72 TRIPPED 1:41:16 FCA3 0620 MFPT 1 HP OR'LP STOP VLV
-i.*' NORM ~
j- - CLOS.,'
- '., ^
31:41:17 CONT I674 MN FW 1 STOP VLV 1:41:19 FLAG'0674 MN FW 1 STOP VLV
~
. NORM
' NORM.
1:41:22 FLAG G679 MN FW 2 STOP VLV CLOS
2130.63 2255.00..
I
$1'41:25 NORM.P769 RC,.PRZR PRESS 1:41:25 FLAG 0016' AFFT 1 MN STM 1 IN ISO VLV
- CLOS a'-
p1:41:27 NORn F655 MFPT 1 LP.STM. FLOW (NPPH)
.2.83 a
9 9,9 9 i O O.
pt:41:27. CONT 2003.ceFP.1 'DI.SCH VLV '.TO?.'SGr.1 I
- i;sM
'f, 'J,t,.; "J[J.M0 PEN y.i -
"1..i
"/ NORF -
(1:41 28' FLAG 0020 oAFP L'DISCH VLV TO SG 1 1."l'";,.f.,
e~?,.'d 4 Y";'s.ND % ;12.
(1 -41: 28.. CONT-2008. : AFP 1 DISCH.VLV TO).SG'.1 N.
'g ~N/'TRTP'f~
~
.[...,NO y!
, *, i.
..f'. 'l' pl:41:31 CONT S007- 'AFP.T 3 :0VERSPEED
.l. P
- CURRENT DATE IS: JUNE, 9
1985.. '
~..'... /
~
.... a
.T J
0
. ~. N O ~.1, '
- 1:41:31 CONT 2001 AFPT 1 STOP MLV
' ~
.{~2.HIGH 1141:34 CONT L590 ~LP FW HTR 2-2*LVL'
' NORM el:41:34 FLAG G555.LP FW HTR 2-2'HI'LVL.DRN CONTROL 7,0 PEN,,
.,'l
~
e1:41:35 NORM P724 'RC. LOOP 1 HLG WR PRESS',SFAS CH 1 2123.46.
', "~2255.00.'
1:41:35 CONT ZO11 AFP 2 DISCH.VLV'.TO SG 1
. 0 PEN.
0 00'.
o1 41:39 LOW' T604 LPT 1 CIV IN.STM TEMP UNBAL
-1.99
. '.II'i2255S00N.'
o1 41:39 NORM P732.RC LOOP 2 HLG'WR. PRESS,SFAS CH 2 2114.30' [, ]N
~
r
'f L G2. 00l
,,.l,
-0"17 f m2.08 :.
-1:41:40 HIGH C417 ' MSR 2 2ND STG DIEMP/DTIME (DFPM) 4.57 4 NORM-y :'~S J
I %
I-
- 1:41:40 FLAG 0675 MN -FW 1 SU CTRL ~ VLV
- 1. 57 2.,.<.7
?.".J ' 2. 0 0 [,
3 W'
.if
. NORM 1-
^
T e1:41:43 CONT V003 AFP 1 AFPT.2 BRG VIB- ",,
" ; ;".j 3 STRIP,.p HIGH
-(
'f f
o1*41:44 CONT S017 AF?T.2 OVERSPEED
.,,..W : M@ :..
.1:41:46 CONT X755' TREND RECORDER 0UT 06.
. - 6, ; NO '-
B1:41:44 CONT' ZOO 2 ~'AFPT.2 STOP VLVE-
.e.
1:41:46 CONT X957-TREND RECORDER OUT OS..
,g.-
e1:41:49 NORM T178 CNDS PMP 2 MTR LWR BRG OT.
154.28 '....
0 N '
160.00'
~
41:41:53 NORM F712 'RC LOOP 1 HLG' FLOW (HPPHy 1 9 62.19
.'6 2. 9 1
- 1:41:53 BAD 'V652 MFPT 1 BFP END BRG VIB (M1LS)
'I ' -0.22
' J' '
.-.0.00
' NORM.
> NTNM~
- 1:41:59 NORM F044.BF P
-1' DISCH FL'0W (KPPH)
NORM
' 99.67-2476.05 f -NORM.
1:42 00 CONT P681 SFRCS MN STM LINE-LOW-PRESS,CH 1 7
'.[d N C M '
- 1:42:00 CONT Z772 <RC.PRZR SPRAY LINE VLV,RC23.-
.NCf
~t
.3
,,..;.. N C Q.{,
,v,,,,,-
- 1:42 01rCONT 2011..AFP 2 DISCH VLV7TO.SG 1 s.: :.< ' NO.
- 1:421.02 FLAG 0016 : AFPT "1 MN STM 1 IN IS07L.V
~
, '. ' T NORM
~
~
1:42:02 CONT ZOO 9 AFP 1. DISCH VLV TO SG 2.
~ NO
. 2152 45,
2255.00 1:42: 7' CONT X955 TREND RECORDER OUT 06 142:11 NORM P733.RC LOOP.2 HLG.WR PRESS,SFAS CH 4 2171.53 2255.00 FAIL
OFF 1:42:12 CONT 0544 lICS SG 2 BTU LIMIT
~
t.,
1:42:14 NORM F630 MFP.D1FF Fl.OW (KPPH).
-1151.26 O.00 c'
1:42:14 NORM P637 MFP 1*DISCH PRESS..'
62.49 7'
980.00
~
t
- 1:42:15 NORM P641 HFP 1 HEAD RISE (FT)3
.x
. -5. '!5 :
1903.12 a.
.,H I GR '
V' (1:42:15 CONT L590' LP FW HTR 2-2 LVL
~
- 2'
'l-
~
' ',., NO RM
--0 22
..OPEN
a a i.' i
_n s.s
.c p
g e.. i r
01*42:27-CONT'2C10 AFF 2 DISOH VLV 10 3G 2 CPEN 01:42:40 HIGH'C416 MSR 1 2ND STG DTEMP/DTIME (DFPM) 9.53 2.08.
01:42*42 CONT 0544 ICS SG 2 BTU LIMIT OFF 01:4*';44 CONT L590 LP FW H.TR 2-2 LVL NORM CURRENT DATE IS: JUNE, 9
1985 01:42: 44 FLAG G555 LF FW HTR 2-2 HI LVL DRN CONTROL NTNM 01:42:53 NOR". T070 CC FEED TO LETDOWN HX TEMP 82.67 85.00 01:43:02 FLAG S970 T-0 RPM < 1200.BREAN COND VACh ON 1:43; 7 CONT X755 TREND RECORDER CUT 06 01:43:05 FLAG S970 T[G RPM < 1200, BREAK COND VACM NORM 01:43:07 CONT Z468 HP FW HTR'2-5 HI LVL DRN VLV NC
- N OR M ;,'
01:43:08 CONT-L450 HP COND HOTWELL LVL.
01:43:00 FLAG G469 HP FW HTR 2-5'.HI.LVL-CONTROL NTNM 01:43:09. CONT L590. LP FW HTR 2-2 LVL,.
HIGH. ;"'j: (
01:43:10 CONT Z168 CNDS STRG TK OUT VLV TO LP COND NC. :' '
01:43:11 FLAG G555 <LP FW HTR 2-2 HI LUL DRN CONTROL -
'** NORM' 01:43:18 HIGH V614 LPT 2 BRG 5 VIB (MILS) 6.88
'6.50 01: 43*20 NORM P598 LPT 1 CIV 2 STRNR DP (PSI) 5.46
~ 10.00h 01:43:19 NORM P597 LPT 1 CIV 3 STRNR DP (PSI) 6.05 10.00 01:43:22 NORM P600 LPT 2 CIV 4 STRNR DP (PSI) 4.77
- 10.00 1:40*23:255 SOE 0641 RPS SU RATE ROD WTHDRWI. INHIBIT INHB ON
~ i 01:43:24 CONT G267 CRD WITHDRAW INHIBIT 01:43:32 FLAG S970 T-G RPM < 1200, BREAK COND VACM OK 01:43:35 BAD E814 RPS CH 1 SR NI2 HV (VOLTS) 2122.23 300.00 01:43:35 FLAG S970 T-G RPM < 1200,BREAN.COND'VACM
. NORM 1:43:37 CONT X955 TREND RECORDER OUT 06
. %..i. P.
01:43:36 HIGH AS59 RPS CH 2 SR SU RATE DNIt' (DPM) 10.00-
~~1.50 5 CLOS-01:43:37 CONT Z468 HP FW HTR 2-5-HI:LVL DRN VLV 01143:3S FLAG G469 HP FW HTR 2-5 HI LVL CONTROL
[.', '
NORM 01:43*39 BAD E820 RPS CH 2 SR nil HV-(VOLTS) 2084.43 300.00 01:43:43 NORM L449 HP COND HOTWELL LVL (FT) 4.62 4.75 01:43'46 HIGH V602 'LPT'.1 BRG 3 VIB'(MI'LS) 7.29
^
.b b.5.50' 01:42
,1 51 7 5.52.'
5 01:43:47 HIGH V603 LFT 1 BRG 4 VIB (MILS) 7.23
[ ' 6.50 C
1: 23:47 CONT X?57 TREND RECORDER OUT 08 01:43:46 CCNT L590 LP'FW HTR 2-2 LVL NORM-01:43:50 FLAG G555 LP FW HTR 2-2 HI-LVL DRN CONTROL NTNM-01:43:54 BAD V652 MFFT 1 BFP END BRG VIB (MILS)
-0.23
.-ao.00 OPEN I
01:43:55 CONT ZS40 -RPS, SFAS OR SFRCS CABINET DOOR 1:43:58:160 SOE OB_41 RPS SU RATE ROD WTHDRWI INHIBIT
. NORM 01:43*S7 BAD V667 MFPT 2 MFP END BRG VIB (MILS)
-0.16
..0.00-01:43:58 NORM T188 CNDS SJAE TEMP. RISE 3.49
~4.00.
OFF' 01:43:58 CONT 0267 CRD WITHDRAW INHIBIT 01:44:02 FLAG S970 T-G RPM < 1200, BREAK COND VACM OK 01:44:05 FLAG S970 T-G RPM < 1200, BREAK COND VACM NORM
~
01:44:07 NORM AS59 RPS CH 2 SR SU RATF.DNI1'(DPM) 0.99 41.50 0' 44:07 CONT.0009. AUX BLR SYS
- a
' NORM 1144 S CONT X955 TREND. RECORDER.00T 06 01:44:13 CONT L771 RC PRZR LVL-
~ ~
NORM 01:44: 13 CONT P731 RC LOOP 2 HLG PRESS HILO i
01:44:17 CONT L590 LP FW HTR 2-2 LVL
'HIGH 01:44:18 FLAG G555 LP FW HTR 2-2 HI LVL DRN CONTROL NORM
,01*44:19 CONT P723 RC: LOOP 1 HLG PRESS HILO
!01:44: 19 CONT Z840 RPS, SFAS OR SFRCS' CABINET DOOR NORM lO1:44:20 HIGH V615 LPT 2 BRG 6 VID (MILS) 7 56 6.50
'01:44:20 CONT G544 ICS SG 2 BTU LIMIT ON l01:44:20 CONT Z462 HP FW HTR 1-5 HI LVL DRN VLV NC l01:44!21 FLAG 0463 HP FW HTR 1-5 HI LVL CONTROL NTNM l01:44:25 NGRM V652 MFFT 1 BFP END BRG VIB (MILS)
-0.'23 1.00 01:44:27 HIGH P769 RC PRZR PRESS ~
'2266.14
.2255.00
.w l CURRENT DATE IS: JUNE,'
9 1965.
'l lO1:44:28 NORM V667 MFPT 2 NFP END BRG VIB (MILS)
-0.16
'1.00 l01:44:29 CONT Z840 RPS, SFAS OR SFRCS CABINET DOOR
'OPEN
- m m--
nw
m2- : m -. m, -. '..-
.m 2cu..
..aan.u.. c.. u.o-m.w,
- - - ------;--g - --.uW - T., ;
,01:44:35 NORM E314 RTS CH 1 ER N!2 HV-(VOLTS).
' ' '!12 9.',O '5 9999.00.;
C1:44i35 FLA3 3970 T-G RPM ( 1200,BREAN COND VACM T'
,. NORM, ' ', '
01:44: 36 HIGH P724 RC LOOP 1 HLG WR PRESS,SFAS CH 1 "
2261.56 2.55400' i 01:44:37 HIGH P447 HP COND PRESS (IN HG ABS) 5 9 1.
5.90 1
20S7.66
. 2160.00
~
01:44:39 NORM CS20 RPS CH'2 SR nil HV (VOLTS) 9999.00 01:44:39 HIGH P730 RC LOOP 2 Hl'.G NR PRESS,RPS CH 4 2255.15 01: 44:40 HIGH PS20 LP COND PRESS (INHG A) 01:44 41.HIGH P627 LPT 2 6TH EXT T/E PRES,HTR2-1(A) 1.55
'5.90 6.16 1.50 01:44:42' NORM P736 RC MU PMP DISCH PRESS 2499.15 9999.00 01 44 45 NORM,L769 R.Q PRZR AVG LVL (IN) 164.71 227.00,,
01:44:46 CONT 0742 RC MU BATCH ~ FLO CMPLTD 'OR TRMNTD
..sYES
~
01:44:47 HIGH T894 SG.2.ATM STh. VENT VLV GUT TEMP..
253 10.
. 3250.00 01:44:47 FLAG.G7413 RC'MU BATCH FLQ.CMPLTD.OR/TRMNTD.
- ?",T$';r -E ; NORM '5. I'.'
01:44847 CONT'Z747..:RC.MU BATCH.STOP,VL'VN',,
M*..
' ":* 1.:
7 *
,7;f *QO 01:442,48 NORM V61'42 LPT 2 BRG S VIB THILS).-
' ' j.9 h.i3 L ' '7"6102 X. '- Y * &,'[ T '
- 6.50v
'01144:49. NORM V615 LPTs.2.BRG 6.VIB (MILS) 5.56 :
..i.i...,-
6.50cc.
01:44:51 CONT Z840 'RPS,'SFAS'.OR SFRCS CABINET DOOR
~ NORM 01:44:52 CONT'2940 RPS,' SFAS OR SFRCS CABINET DOOR
,4
-OPEN gJ 01:44:57 CONT Z746 RC MU BATCH STOP.'.VLV
.'. CLOS.
01:44:59 CONT L590 LP'FW HTR.2-2'.LVL
.~
- NO RM ' '
^
01:44' 59' FLAG 0555 LP FW HTR 2-2 HI.LVL 'DRN CONTROL
'NTNM 01:45:03 FLAG S970. T-G RPM. < 1200, BREAK, CONIr -VACM t.f G, '
01:45:06 FLAG S970 T-G RPM t'3200, BREAK'COND VACM NORM _
c*#
1:45: S CONT X955 TREND RECORDER OUT.06
~*
01:45:11 HIGH P732 RC LD.0P 2 HLG:WR PRESS,SFAS.CH.2'
,2273.39 2255'.,00. s N. ' g O;; ',. N C - >.**. "..
01:45:11 CONT"Z468 - HPi FW'HTRJ2-5 HI LVL.DRN VLV t*
01:45:12 HIGH P733 RC' LOOP 2iHLG WR. PRESS,SFAS CH 4
'2264 &41'-: 1:..'./ *..,72255.00 701:45 12 FLAG 0469iHP FW HTR 2-5 HI.:LVL1 CONTROL
'. " 'NTNM
's ^+' '.'#'".'5 99$."':p?
45:17 NORM V603) 'PT 1 BRG7 'VIBl MILS)1' 01:
7.7 50-L i
01:45:21 CONT P922 'SFAS CH 4 RC. PRESS HT -
+
.' FAIL' 01:45:24 HIGH F712 RC LOOP 1.HLG' FLOW.(MPPH)'. ' '.
W ~/'.562.99
'85.46 *. :-
(
,' ~),b.1-M -T1. 76 --
01:45:25 LOW F713 RC LOOP 2 HLG FLOW..MPPH) 56.11 01:45:27 CONT L590 LP'FW HTR 2-2 LVL
'.~
$ "HIGH '.
01:45:27 CONT L771 RC'P.RZR LVL i
. ', - *M-
'
- HILO'[ -
'01:45:29 FLAG 0555 LP-FW'HTR 2-2'HI'LVL' DRN CONTROL
-95.00 01:45:32 FLAG S970. T-G RPM < 1200, BREAK,COND VACM
. O K'
~
'01:45:35'HIGH P722 RC' LOOP 1'HLG-NR PRESS,RPS CH 3 2307.69
216O.00
~
0'1:45:35 FLAG S970' T-G RPM <.1200, BREAK COND VACM.
,.' [, NORM
'01:45:35 CONT Z168 -CNDS :STRG -TK OUT VLV TO LP COND
' CLOS 01:45:37 HIGH P725 RC LOOP ~1' HLG WR PRESS,SFAS CH '3 2281.02 2255.00 01:45:38 HIGH P729 'RC LOOP 2' HLG NR PRESS,RPS CH 2
.2317.4'6 2160.00
"~
01:45:38 CONT P919 SFAS.C,H 3 RC' PRESS HI FAIL
~
3 01:45150 CONT S017 AFPT 2 0VERSFEED.
NORM 01:45:56 CONT 0544.ICS'SG 2. BTU LIMIT' ON
~
.,d-NORM 01:46*01 CONT L590 1LP.FW HTR 2-2 LVL'-
01:46 02 FLAG 0555 LP FW HTR.2-2 HI LVL.DRN CONTROL NTNM 01.246:02 FLAG 5970 T-G. RPM < 1200, BREAK'COND VACM 01:46:04 HIGH P721.RC LOOP 1 HLG NR PRESSeRPS CH 1 2340.41.
OK r;
34.'2160.00 01:46:05 CONT G544 'ICS SG 2' BTU' LIMIT.
e
'~
0FF 01:46:05-FLAG S970 *T-G RPM < 1200, BREAK. COND'VACM NORM CURRENT DATE IS: ' JUNE,
,9 >L985 01:44:12 CONT ZO13 AFP 2 AUTO-ESEN LVL' CTRL'XFER SW
~
TRBL 01:46: 16 LOW J828' RCP 2-1 MTR PWR (HW) 5.48 5.48 01:46:16 NORM V602 LPT 1 BRG 3 VIB (MILS) 5.93 6.50 01:46:17 CONT F741 RC MU FLOW NORM 01:46:24 BAD V652" MFPT11 BFP END BRG V1B (M3LS)
-0.20 0.00
~
01:46:27 BAD V667 'MFPT 2 MFP END;DRG VIB (MILS)
-0.12 0.00 01:46:27 CONT L590 LP'FW HTR 2-2.LOL ""
O"
' 'HIGH 01:46:29 CONT Z961 SG'1.ATM STM' VENT..ULV,.-
,,; v.., $.
p.p., 7.,.NC. '.
~^
'01:46:30 FLAG 0555 'LP FW HTR ',2-2 HI-LVL DRN CONTROL.._
" -1
- - NORM
'01:45:31 HIGH L769 RC PRZR AVG LVL (IN) 228.54 213.00 01:46:31 NORM T720 RC LOOP 1 HLG NR TEMP,RC3B3 571.65 i
01:46:33 FLAG 5970 T-G RPM < i'200, BREAK COND VACM l '593.85 OK
,. ~.-
J o.,L. s wr. rT V c%..% rL W. WYbH 6@r_Wrh~..; E.s.J DE.ML,. _._.g mgMWWK m
1;46:40 NORM T476 HPT SIIC 1. IN TEMP 546.06 592.20
+1:46:41 NORM C416 MSR 1 2ND STG DTEMP/DTIME (DFPM) 1.99 2.08
'1:46:41 NORM T604 LPT 1 CIV IN STM TEMP UNBAL 0.09 25.00
'1:46 41 NORM T706 RC AVG CLG NR TEMP 566.77 610.00
- 1:46 42 NORM C417 MSR 2 2ND STG DTEMP/DTIME (DFPM) 1.59 2.08
'1:46:45 NORM T719 RC LOOP 1 HLG NR TEMP,RC3D1 565.67
' 593.05 1:46&47 NORM P481 HPT SIDE 1 IN PRESS FROM SG-2 600.04 900.88
'1:46: 48 HIGH T729 RC LOOP 2 HLG NR TEMP,RC3A3 566.31 534.00 1:46 50 NORM T718 RC LOOP 1 AVG NR TEMP 566.11 9999.00 j
,TRDL- -
.i 1 46:50 CONT 2012 AFP 1 AUTO-ESEN.LVL CTRL XFER SW 1:46:51 NORN T721 RC LOOP 1 HLG NR TEMP,RPS CH 1 567.11 593.85' 534.00 1:45:53 HIGH T821 'RCP.2-1 DISCH CLG WR TEMP,RC4A2 567.15 91:46:55 HIGH T476 HPT SIDE 1 IN TEMP 546.64 540.00
$1:46 55 HIGH T780 CP 1-1 DISCH CLG NR TEMP,RC4B1 568.62 534.00 R
91:46 56 NORM F713 RC LOOP 2 HLG FLOW (MPPH) 56.11 64.93
$1: 46:56 HIGH T477 HPT SIDE 2 IN TEMP 546.53 540.00 01:46 58 NORM V667 MFPT 2 MFP END BRG VIB (MILS)
-0.12 1.00 01:46:58 HIGH T800 RCP 1-2 DISCH CLG NR TEMP,RC4B3 568.59 534.00 01:46:5? NORM F686 MSR 1 IST STG DT DRN FLOW (KPPH) 7.84
- 16.00 01:46:59 HIGH T820 RCP 2-1 DISCH CLG NR TEMP RC4A1 568.97 534.00 01:47:00 HIGH T719 RC LOOP 1 HLG NR TEMP,RC2B1 566.51 534.00 01:47:00 HIGH T840 RCP 2-2 DISCH CLG NR TEMP,RC4A3 566.98 534.00 01:47 01 HIGH T733 (RC. LOOP'2 CLG. TEMP 555.84
- w534.00 01:47:01 HIGH T720 RC LOOP.1 HLG NR TEMP,RC3B3 573.23 534.00 01:47:02 HIGH T728 RC LOOP 2 HLG NR TEMP,RC3A1, 569.87
'534. 00 "
^
01:47:02 CONT 2012 AFP 1 AUTO-ESEN LVL CTRL'XFER.SW
< NORM 0L:47:03 FLAG S970 T-G RPM < 1200, BREAK COND VACM OK 01:47:06 FLAG 5970 T-G RPM < 1200, BREAK-COND VACM NORM 01*47:06 CONT Z468 HP FW HTR 2-5 HI LVL DRH ULV
, CLOS
~
NORM 01:47:0C FLAG G469 HP FW HTR 2-5 HI LVL CONTROL 01: 47 2 NORM T707 RC AVG HLG NR TEMP 567.96
.- 410.00 01:47:14 HIGH P793 RCP.1-1.2ND SEAL CAVITY PRESS 1605.73 1600.00 01:47:14 NORM T710 RC, AVG TEMP,DIFF 0.00 4.00 01:47:16 NORM T713 RC AUG TENP 556.06
-9999.00 01:47:21 NORM T722 RC LOOP 1 HLG NR TEMP,RPS CH 3 569.38
'593.85 01:47:22 NORM T723 RC LOOP 1 TEMP DIFF 0.00
.4.00 01:47:23 HIGH 7724 RC-LOOP 1 CLG TEMP 556.41,
534.00 01:47:24 NORM V652 MFFT'1 BFP.END BRG VIb (MILS)
-0.19
~
1.00 CURRENT DATE IS: JUNE, 9
1985
.01:47:24 CONT G754 RC MU PHP 1
,0FF -
01:47:25 HIGH F713 RC LOOP 2 HLG FLOW (MPPH) 56.11
-818.37
~
01:47:26 CONT F816 RCP 1-2 SEAL RET FLOW
'HIGH 01:47:26 CONT Z012 AFP 1 AUTO-ESEN LVL CTRL XFER SW TRBL 01:47:27 HIGH T730 RC LOOP 2 HLG NR TEMP RPS CH 2 569.66 534.00 534.00 01:47:27 HIGH T841 RCP 2-2 DISCH CLG WR TEMP,RC4A4 567.78 01:47:32 FLAG 5970 T-G RPM < 1200, BREAK COND VACM
'OK 01:47:34 CONT F816 RCP 1-2 SEAL RET FLOW NORM
'01:47:35 DAD E814 RPS CH 1 SR NI2 HV ( V0l sT S )
2131.02 300.00 01:47:35 FLAG S970 T-G RPM < 1200, BREAK COND VACM NORM 1:47:37 CONT X955 TREND RECORDER OUT 06 01: 47:41 HIGH C417 MSR 2 2ND STG DTEMP/DTIME (DFPM) 2.38 2.08 01:47:42 NORM T709 RC AVG NR TENP 570.36 9999.00 01:47:42 HIGH T781 RCP 1-1 DISCH CLG UR TEMP,RC4B2 569.97 534.00 01:47:46 HIGH T717 RC LOOP 1 AVG CLG NR TEMP 570 81 534.00 01:47:48 CGNT 2970 SG 2 AFW ISO VLV OPEN
'01:47:52 HIGH T722 RC LOOP 1 HLG NR TEMP,RPS CH 3 571.29 574.00 571 61 534.00
.j
- 01:47:56 HIGH T726 RC' LOOP 2 AVG CLG NR TEMP 9999.00
'01:47:57 NORM T727 RC LOOP 2 AVG NR TEMP 572.09
'01:47:59 NORM F610 MN FW 2 FLOW,FT2A1 (KPPH) 1 21 800.00 61:47:59 HIGH F686 MSR 1 1ST STG D1 DRN FLOW (KPPH) 18 81 16.00
F1:48:01NORMF612 w
non_xt ~mamm re.mav=r-_s
~ _.
. i 5 : 0 0 'C 3 N T L 5 T.,3 L# IV HTr 1-2 LVL
.g NORM 1148:00 F: AG G550 LP FW HTR 1-2 HI LVL DRN CONTf:0L,.
,5 NORM ys MN FW i FLOW,FT2B1 (KPPH) 5.01 ' '
800.00 1*48:01 CONT Z961 SG 1 ATM STn VENT VI V CLOS 31:48 02 CONT P448 HP COND PRESS HIGH b1: 48:03 CONT L590 LP FW HTR.2-2 LVL NORM
~
31:48 03 FLAG G555 LP FW HTR 2-2 HI LVL DRN CONTROL I-NTNM 51:48:03 FLAG S970 T-G RPM < 1200,BREAN COND VACM ON 31: 48:06 NORM EB14 RPS CH 1 SR NI2 HV (VOLTS) 2131.02 9999.00 31:48106 CONT L583 LP,FW HTR 1-2 LVL HIGH 21:48:06 FLAG G550 LF)FW HTR 1-2 HI LVL DRN CONTROL NTNM 21:48:06 FLAG S970 T-G RPM < 1200, BREAK COND VACM NORM
' 9.
- ~.
19.0,io,0,__,
181.84 31:48:07 LOW P024. AUX STM 2358-HDR PRESS
., ' c,,
.y..
- - ' ' 2'!. '.' "
1:48:
- 8. CONT X955 TREND RECORDER;0UT '06
'.f
~
U
- LOW e ~f D1:4'3:15 CONT L908.T-G SPE DTsLUL
..A
'~
Yl: 48:19 CONT'L590.LP FW HTR 2'-2 LVL i-
'"%~
~ * ' " ',
- HIGH',.7 ' E' z.
NORM-J-
31:48:21 FLAG G555 LP FM HTR 2 '2 HI. LUL DRN. CONTROL s -
4 31:48:26 CONT G369 EHC.420 HZ' TRBL
-0.11
" 70.00 31:48:28 BAD V667 MFFT 2 MFP: END-BRG VIB (MILS) 31:48:29 HIGH T731 RC LOOP.2 HLG NR". TEMP,RPS CH 4 573.77 534.00.
160.00 31:48:30 NORn T351 CRD VENT FAN IN TEMP.9185E 102.42 01:48:30 NORM F611 MN FW 2 Fl.OW,FT2A2 (KPPH) 7.85 800.'00
.j
~ 3.160.00; 31:48:31 NORM F720 RC LETDOWN'VS MU FLOlf CGPM)
-32.74 01:48:32 NORM F613 MN FW 1 FLOW,FT2B2'(KPPH) 125.04 4800.00 /
01:48:32 HIGH P614 LPT 1 6TH EXT G/E PRES,HTR1-1(A) 2.63 2.50-J98.63
. 220.00 -
01:48:33 NORM T735 RC MU,PMP DISCH. TEMP 01:48:33 FLAG S970 T-G RPM < 1200, BREAK'COND VACM ~
.t
'OK'."- "'"
~
~' -
b-
', * ' NORM " :
01:48:36 FLAG S?70 T-G RPM < 1200, BREAK COND VACM 01:48142 NORM C417 MSR 2 2ND STG DTEMP/DTIME-(DFPMt 1.19'
' ' '.i,j
,. ;2.08,,,
01t48:49 CONT Z768 RC PRZR RLF VLV/S
- ^^
NC.-
r 01:48:52 CONT G267 CRD WITHDRAU INHIBIT
'~'ON
1:48:51:420 SOE 0841 RPS SU RATE ROD WTHDRUL INHIBIT INHB
~ 1-CURRENT DATE IS: JUNE, 9
1985 '
" '. T. N
-r 1: 43:51:745 SOE G841 RPS SU RATE ROD WTHDRul. INHIBIT
' NORM
~ F "
~1
"' CLOS
01~ 48:52 CONT'Z768 RC PR2R'Rt.F VLV'/S.
01:48:53 CONT G267 CRD WITHDRAW INHIBIT OFF ~
~
01.:4E:58 NORM V667 MFPT 2 MFP.END BRG VIB (M1LS)
-0.11.
1.00 01:49:03 HIGH P615 LPT 1 6TH EXT.T/E PRES,HTR1-1(A) 2.62 2.50 01:49:03 FLAG S970 T-G RPM <.1200 BREAK.COND.VACM OK.
2,~
01:49:03 CONT 2319 DEAR-HTR 2 PEG STM HDR VLU.
~
CLOS 01:49:06 CONT PS22 LP COND PRESS'
?
HIGH 01:49:06 FLAG 5970 T-G' RPM < 1200, BREAK COND VACM.
NORM 3
' 15.43 01:49:16 LGW J808 RCP 1-2 MTR PWR (Mil) 5.41 01:49:28 CONT Z962 SG 1 AFU ISO VLV t
OPEN 01:49:30 LOW T351 CRD VENT FAN 'IN - TEMP',9185E 49.95~
.. 60.00
380.00 01:49:23 LOW T027 AUX.STM 235L HDR TEMP 376.54 01:49:33 FLAG S970 T-G RPM 4,1200, BREAK COND VACM OK
.;.. NORM 01:49:36 FLAG 5970
.T-G RPM <.1200, BREAK COND VACM,.
,G 1:49:38 CONT X955' TREND RECORDER OUT 06 01:50:03 FLAG S970- T-G RPM-<.,1200, BREAK COND"VACM
'c.
' OK - >
01:50:06 FLAG S970
'T-G RPM < 12OO, BREAK COND'VACM J~
M i' NORM
~
~
,NC, '
01:50:09 CONT Z768 RC PRZR RtF.VLV/S 1:50:10:320 SOE 0841
. RPS15U RATE ROD WTHDRUL INHIBIT INHL
^
1:50:10:650 SOE 0841 RPS~SU RATE ROD UTHDRWL INHIBIT NORM
'TRBL 01:50:10 CONT 0009 AUX BLR SYS 01:30 12 CONT 2768 RC PRZR RLF VLV/3
-CLOS
^
01:50:13 CONT G009 AUX BLR SYS c NORM 01:50:13 CONT Z961 SG 1 ATM STM VENT VIV NC 01:50:15 LOW.J788 RCP 1-1 MTR PWR (MW)'
5.40 5.41 01:50:20' CONT G009 AUX BLR SYS h
~ s
.f TRBL 85. 5 9 ' ' ' ' " :.. J -85'00 01:50:24 HIGH T070 CC FEED TG.t'ETDOUN HX1 TEMP # -.^
' 144.44-01:50:30 NORM T351 CRD VENT FAN IN TEMP.,9185E 160.00 01:50:33 FLAG ~5970 T-G RPM 4 1200,BREAKICOND VACM '
.OK-01:30:34 CONT T071 CC FROM CTMT GUT TEMP HIGH.
ot Mo'7A_ NORM __TAA" 1 R_T "__2Rn_EXTETEMP.HTR12e4 _ _
__JWh@fL____ -.
' lbM _ _ __ _J
m]
~~~
C 1, S0:37 NCRM'P454. H P ' F'y HTR 1-6 SHELL F RESS 110.35 -@,
115.00 NORM 01:50147 CONT 2012. AFP 1 AUTO-ESEN LVL CTRE XFER SW HILO i
01:50:50. CONT LS78 SG~1 FULL RANGE LVL
.TRBL 4
01:50:51 CONT Z012 AFP~1 AUTO-ESEN LVL CTRL XFER SW
$1:51:03 FLAG S970 T-G RPn < 1200,BREAN COND VACM
, OK 01:51:06. FLAG S970 T-G RPM < 1000, BREAK COND VACM.
NORM 01:5*:13 BAD EC20. RPS~CH 2 SR-nil HV ' V01.T S )
2088.83 300.00 y 01:51:13 LOW P931 SG 1 OUT STM PRESS,PT12B1 823.93 850.00 1:51:20:535-SOE' 0841 RPS SU RATE ROD WTHDRWL INHIDIT
.INHB 1351:21: 45 SOE G641 RPS SU RATE ROD WTHDRWI. INHIDIT NORM
~ 1:51:21: 65 SOE (701
.SFRCS DP HALF / FULL TRIP eSG 1
. TRIP 01:51:18 CONT Z768 RC PRZR RLF VLV/S.
NC 1:51:21:910 _ SOE; P702
.SFRCS DP HALF / FULL'T. RIP,SG 2 TRIFl tT5 I'\\
s
.01151:211 CONT ~Z674 MN FW 1 STOP VLV s,-
' 'NC
~~?a!-
01:51:22+ COW ' F932 ~ SG.1 OUT"STM PRESS,PT12B2 l
'828.40.
- '. - C.N850iOO?'-
.01151:22 CONT P671,.,SFRCS DP HALF / FULL TRIP,CH 1
- 5
, TRIP (,.'.,
~
01151:22 CONT P672 SFRCS DP HALF / FULL TRIP,CH 2 TRIP -
J.
01:51 22 CONT Z679 MN FW 2 STOP.VLV NC NC 01:51:23 FLAG.0674 MN FW 1 STOP VLV
~
N C ' '
01:51:23 FLAG 0679 MN FW 2 STOP VLV 01:51:23 CONT G986 SUFP MTR ON CURRENT DATE IS: JUNE,-
9 1985 r
c-t 01:51:24 BAD V652 'MFPT 1 BFP END BRG VIB (MILS)
-0.17
-0.00
.01:51:30 CONT P723 RC LOOP 1 HLG PRESS NORM 01:51:30. CONT-P731-RC. LOOP 2 HLG PRESS NORM 01:51:32 FLAG S970
>T-G RPM < 1200, BREAK COND VACM
' OK.
. 25E 01:51:35 FLA3-S970- T-G RPM < 1200, BREAK COND VARM
,,, NORM]E.2g 1:51:3S;895
-SOE P702 SFRCS,IMS HALF / FULL TRIP,SG 2.
NORM i
s.
1:51:40:265 1SOE P701 SFRCS DP HALF / FULL TRIP,SG 1 NORM
'U 01:51:39 NORM E820 RPS CH 2'SR'NTI HV (VOLTS) 2088.83 9999.00 01:51:40 HIGH1Z675~ MN FW i 50 CTRL VLV (% OPEN) 15.12 0.00
. NORM 01:51:40 CONT P671 SFRCS DP HALF / FULL TRIP.,CH 1 01:51*40 CONT P672 SFRCS DP HALF /F.ULL TRIP,CH 2
-NORMI
'[
'01:51:41 NORM P769 RC PRZR PRESSI 2139.33 J
2255.00'"
01:51:41 FLAG 0675- - HN FW 1 SU CTRL VLV NC 01:51:42 HIGH Z680' MN.,FW'2 SU CTRL VLV-(% OPEN) 10.71.
O.00^
01:51*42 CONT 2769, RC1PR2R PWR RLF SHUTOFF VLV 340 01:51:43 NORM P793 RCP 1-1 2ND SEAL CA.VITY PRESS 1546.67 1600.00 01:51:43 CONT Z772. RC PRZR SPRAY LINE VLV,RC2 CLOS?
~
'01:51:44 FLAG G680 MN FW 2 SU' CTRL VLV NC 7
01:51:4? CONT Z462 HP.FW HTR 1-5 HI LVL DRN VLV CLOS 01:51:49 CONT 2768~ RC PRZR RLF '-VLV/S CLOS 01:51:50 HIGH P673~ MN FW 1 CTRL VLV DP,PDT-5B1(PSI) 99.99 70.00 01:51:50 FLAG G463-HP FW HTR 1-5'HI LVL CONTROL NORM 70.00 01:51:51 HIGH'P674 MN FW i CTRL NLV DP,PDT-5B2(PSI).
99.99
_ HIGH 01:51:53 CONT P713 RC LETDOWN PREFLT DP 01:51:54 NORM V652 -MFPT 1 BFP'END DRG VIB (MILS)
-0.17 1.00 01:51:55' LOW P942-SUFP DISCH PRESS 803.22 935.00 O
N RC L
.H G 4 P
S FS H1
. 2095.85 340.00 01:52:05' NORM P722 -RC LOOP 1 HLG NR PRESSvRPS CH 3 2096.92.
2160.00 01!$2:05 FLAG S970 :T-G RPM < 1200,LREAK COND VACM NORM 01:52:06' NORM P724 RC LOOP 1 HLG WR. PRESS,SFAS CH 1 2106.67 2255.00' l01:52:07 NORM P725 RC LOOP 1 HLG WR PRESS,SFAS CH 7 2075.39 2255.00 l01:52:09 NORM P730- RCfLOOP 2 HLG NR PRESS,RPS'CH 4 2104.35
~2340.00
{01:52:10 i10RM P732~ RC LOOP-2 HLG WR PRESS,SFAS CH 2 2100.18_
2255.00 l01:52*11 NORM P733 RC LOOP 2 HLG WR PRESS,SFAS CH 4 2091.41-2255.00 (01:52:12 LOW P054 'BFP 2 HEAD' RISE (FT)
-0 14 0.00
- 01:52:24 CONT P595 lLPT EXH VACM TRIP BFLLOWS TRBL.
IOi:52:24 CONT P675~ LOW FEEDWATER FLOW ALARM NORM
^
01:52:25 NORM P942 SUFP DISCH. PRESS 975 35 9,999.00
!01:52:29 LOW. T351 CRD 'ViDfr FAN IN TEMP 99185E 49 95 60'.00 '
OK l01:52:33 FLAG-S970
~T-G RPM < 1200, BREAK COND VACM l01:52 33 CONT Z772 RC PRZR SPRAY LINE VLV,RC2
'NC m v m m
~
rmir:ntgviswrwnw m w;rv vawv emt.a t..Jrw vm.n g
nunu 1.32:3SLCCNT X955'LTREhD RECORDER' CUT Go
~
1:52:531CONTEP675' LOWIFEEDWATER-FLOW ALARM 3-TRBL OPEN 1:52:531 CONT 2002 AFFT 2 STOP.VI.V 1:53:02?HIGHfT101 CC RET FROM LETDOWN HX 1 TEMP 153.98 1
150.00 1:53:03 HIGH T102' CC RET-FROM LETDOWN HX 2 TEMP 154.60 150.00
, OK 1153:03 FLAG 5970
.T-G RPh <.1200,BREAN COND VACM 1 53:06 NORM P722 FM; LOOP 1 HLG NR PRESS,RPS~ CH 3 2181.41 2340.00 1153*06 FLAGL5970- T-G RPM <-1200, BREAK COND VACM NORM 1:53:07 HIGH T770 RC PR3R-PRESS RLF QUT.TMPeRC12-2 250.00 250.00 1:53: 8 CONT X955 TREND RECORDER QUT 06 l:53:09 NORM P729 Rd LOOP 2 HLG NR PRESS,RPS CH 2 2185.51 2340.00
@duRRENT DATE IS:
- JUNE, 9
1985 1 D.
. N C ' ';;.*..~.v.
1:53:12 FLAG 0166 CNDS PMP RE; CIRC VLV
' NORM.-e T
1:53 19 CONT P718. RC LETDOWN PREFLT DP.
'~
Y
' OK., C,$: 1 ?
1:53:33 FLAGiS970_ T-G RPM 9:1200, BREAK COND.VACM
}
~
7
~.; ~ 1
, NORM l
- 1:53:35~ CONT'P595,LPT EXH VACM TRIP. BELLOWS s
1:53:35 CONT P594 LPT EXHLVACM.TURB TRIP
~
TRIP 31:53:36 FLAG S970 T-G RPM < 1200, BREAK COND VACM NORM.
81:53:36 CONT' Z772 J RC PRZR : SPRAY LINE VL V,RC2 CLOS.+-
HIGH<^
- 1:53:41 CONT-P718 FM; LETDOWN PREFLT DP ol:53:43-NORM F931 SG.1-0UT STM_ PRESS,PT12B1 871 91 -
1100.00
$1:53:44.HIGH T662 MFPT 2 EXH TEMP 150.74
-150.00
~1:53:45 CONT X957 TREND RECORDER OUT.08 81:53:51 CONT. ZOO 2-AFPT'2 STOP VLV NO 1:53:54 CONT P723 RC LOOP 1 HLG PRESS HILO
\\
2054.1N-I. E ' 2 0 5 5'. 0'0 '.5 1:53:56' LOW: P769' RC PRZR PRESS 4
~. 1...,' H ILO "e. :. '.1
^~
1:53:56 CONT P731 'RC LOOP AgHLG PRESS 1:53:56 CONT Z769 RC PRZR PWR RLF SHUTOFF-VLV-m"-
.0 PEN 1 53:58' CONT'Z969 SG'2'ATM'STM VENT..VLV
- N NC *
,l'-
1:53:59 CONT LB78 SG -1 FULL-RANGE LVL
', NORM 91:54:02. NORM T101 CC' RET'FROM LETDOWN.HX 1 TEMP 132.56
. 150.00 91:54:03. NORM T102. CC RET FROM LETDOWN H'/ '2 TEMP 134.58 -
1, 150'. 0.0' -
4 91:54:03 FLAG S970 T-G RPM.< 1200, BREAK COND VACM OK 91:54:05 CONT T712 RC CLG LOOP 1 US'2 TEMP DIFF
! HILO S" 91:54:06 FLAG 5970 T-G RPM.'< 1200, BREAK COND VACM 1 NORM 81:54:08 LOW P725 RC, LOO.P 1 HLG-WR PRESS,SFAS CH 3' 2041.05' 2055.00-81:54:11 LOW P732 RC LOOR.2 HLG'WR PRESS',SFAS~CH 2 2048.68 2055.00 91:54:12' LOW P733 RC LOOP 2 HLG WR PRESS,SFAS CH 4*
2034.18 7
2055.00
-1.54 2.00 01:54: 13 LOW 2680 MN FW'2 SU CTRL VLV.(%"0 PEN).
NORM
@1:54:15 FL'AG 0680 MNEFW~2 SU CTRL VLV
~'
ON
$1:54:17 CONT G754 RC MLL PMP 1
~
~'
TRBL
@1:54: 18 CONT G418 'ESSEN BUS C1 CTRL PWR NORM'
%1:54:19 CONT'Q418 ESSEN BUS C1 CTRL PWR 899.82
.1100.00
$1:54:23 NORM P932 SG l'0UT STM PRESS,PT12B2 3710.52 3600.00
@l*54:27 HIGH S018 AFPT 2.SPD (RPM)
@l:54:31 CONT F71S RC LETDOWN'PREFLT DP
~ '
- 4. L' OK NORM
$1:54:33 FLAG.5970: T-G RPM < 1200, BREAK COND dACM
!@l:54:35 FLAG S970 T-G RPM < 1200, BREAK COND VACM J
NORM
!71:54:38 CONT X955. TREND' RECORDER 0UT'06
?
@1:54:45' LOW.T711 FM; CLG LOOP 1 VS' 2' TEMP' DIFF
-7.47
-5.20-51 NORM P673-MN FW 1 CTRL VLV-DP,PDT-5B1(PSI)~
29.04 70.00
%@1:54:
32.06 70.00 1:54 52 NORM P674 MN FW.i CTRL.VLV DP,PDT-5B2(PSI)
$1:54 57~ NORM S018 AFPT' 2 SPD ' (RPM) 3399.21' 3600.00-F81:55:02 HIGH T101.RCC RET-FROM LETDOWN HX.1-TEMP 154.75~
150.00
$1:55 03 HIGH'P001 AFP 1 DISCH PRESS
.1019.08
'973.45 1:55:03.HIGH T102 :CC. RET.FROM LETDOWN-HX 2'TFMP 150.59 150.00 1:55:03. FLAG S970. T-G RPM < 1200, BREAK COND VACM-OK; 1:55 05 ~ CONT - T712 ' : FMI CLG. LOOP 11-VS 2 TEMP DIFF' NORM NORM -
@l:55 06 FLAG S970 T-G RPM-<;1200, BREAK COND VACM t
$1:55:12-CONT F781 RCP, SEAL:IN TOTAL FLOW 1
- HILO
@1:55:13. CONT.F781' RCP; SEAL?INLTOTAL: FLOW'
- 4 NORM
'HILO. -
S1:55:18 CONT 5781' RCP SFALxIN TOTAL FLOW
$1:55:1S' CONT 70544.~1ICS SG 2. BTU LIMIT
'(n4
.-i wxn
- . u-mwcre. u. w u--
1;55:2p' CONT'F751.'RCP SFAL;:N TCTA'_ FLCW-
... l, ' g H'ILO";
4 g
(URRENT DATE IS: JUNE, 9' -1985
'7 0.'0 0' '
1:55:23 HIGH.P678 'MN FW 2 CTRL VLV'DP,PDT-5A1(PSI) 70477..
1:55123 HIGH T723~.RC LOCP 1' TEMP DIFF
.5.33 4.00+
1:55:24 HIGH-P679 MN1FW 2 CTRL VLV DP,PDT-5A2(PSI) 82.22
~
70.00
' NORM ~'!
f, 1:55 26 CONT'P675 LOW FEEDWATER FLOW. ALARM
. NORM 1:55:27 CONT F781 -RCP SEAL IN TOTAL FLOW
,3 1:55:29 CONT F7.41 RC MU FLOW HIGH
-i~
r1:55:33 NORM P001. AFP 1-DISCH PRESS 1035.56 31:55 33 NORM T102 Cd RET FROM LETDOWN HX 2 TFMP 110.42
'O 150.00-95.00
$1:55:33 LOW _T735 RC MU PMP DISCH TEMP-94.60 m.
' c.
',7 '.,,0 K ! T. T 31:55:33, FLAG S970;^T-G'RPML<.1200, BREAK.COND VACM d-h.9' NORM'N,"
31 55136 FLAG S970
'T-G RPM <~1200,BREAKiCOND UACM.
2 h t " M I.. :. N M E:.J.7 1:55138 CONT X955-. TREND RECORDER OUT 06, -..
.4
' I T % 2.#00 9
'01:55841 LOW *2675~-MN FW'1 StP CTRL VLV '(% OPEN) 0.06
. NORM' f,
01:5542 FLAG G675.ThN FW 1-SU CTRL VLU 5.24
- 74.00',*J 01:55:44.HIGH T710
~.RC. AVG TEMP DIFF 5.45.
f
' 6'. 3 4 ~ J 01:55:45 NORM J788 RCP 1-1 MTR PWR (MW) 01:55:45 NORM T711.RC CLG LOOP 1.VS 2 TFMP DIFF
-2 15
. 4.80;
~
1 55:48 CONT X957. TREND RECORDER OllT 08 4
01:55:51 HIGH P673 MN FW-1 CTRL VLV DP,PDT-5B1(PSI) 99.97
, c-70.00..
,01:55:52.HIGH P674 MN FW l' CTRL' VLV.DP,PDT-5B2(PSI) 99.99
,'70.00,,,
01:55:54 HIGH F740 RC MU FLOW, HIGH RANGE (GPM) 159.99
- 145.00.,,
01:55:55-BAD -V652 MFPT'11BFP END BRG:VIB (MILS)
-0.18
'O.00.
7.JHIGH.? %:T 01:55:55 CONT P002,.AFP 1 IN STRNR DP -
. r-
/ NORM,,1. G O1:55:56 CONT P002 " AFP '1 IN STRNR DP" ['...
01:56*03 FLAG 5970
.T-G RPM.< 1200, BREAK COND VACM OK.
~
1 56:' 8 CONT X955 ' TREND RECORDER OLIT.06 S
- U' A S.'
- 'd 01:56:06 FLAG 5970 T-G RPM C 1200, BREAK 'COND VACM '
,7
. NORM *c
.~
OPEN
'01:56*08 CONT.2001 AFPT.1 STOP VLVif f '.NORMl 01:56:12 FLAG.Q166. CNDS PMP'RECIRC,.Uf.V w.
01:56:13 LOW P736 tRC MU PMP DISCH: PRESS
. 22754365
- t"2400.00 013.56:16 NORM J808. RCP 1.-2 MTR PWRE CHW)'.
"I 5'.48
.,... l 6. 38. -.
01:56:15 LOW P648.MFP 2 HEAD RISE (FT)
.-0.14 e-O '. -0 0.
~
01:56:19 LOW PS34 RCE 2-1 3RD SEAL CAVITY PRESS 569.38-570.00 HP COND CIRC WTR DOX 1 OUT TEMP 89.63 91.93 D
01:56:22 NORM T442 01:56 23 NCRM T187.CNDS.SJAE OUT TEMP 104.24 109.00, 01:56:33-FLAG S970 T-G RPM <"1200, BREAK COND VACM OK'.. -
01:56:36 FLAG S970 T-G RPM <'1200 BREAK COND VACM NORM
-1856:38 CONT,X955 TREND RECORDER JUT 06
.01:56:47 LOW PS14 4RCP 1-2 3RD SEAL CAVITY. PRESS 561.29 570.00' 01:56:51 LOW P854 RCP 2-2L3RD SEAL CAVITY PRESS 560.68 570.00 -
01:56:55 NORM V652MFFT.1 BFP'END BRG VIB (MJLS)
-0.17 1.00 3602.17 3600'.00
'01:56:56 HIGH S005.AFPT 1 SPD-(RPM) 238.85 245.00 01:56:58 NORM T925 SW PHP 2 HTR STATOR TEMP -
01:56:58 CONTEPSSS. SFAS CH,2 RC < 18004 BLK PERMIT OK r
01:57:03 FLAG'S970 T-G RPM <l 1200,' BREAK COND V ACM
'.0K -
.01:57:06: FLAG 5970
.T-G' RPM < 1200, BREAK.COND VACM NORM g
'1:57:'8 CONT X955 TREND RECORDER GUT 06 s
01:57:12 CONT PS87, SFAS CH 3 RC <.13004'BLK PERMIT 0K..,[.." !. '. ' '
01:57:17 NORM-J843' RCP 2-2 MTR PWR (MW) 5.55
.6.41 l01:57:22 CONT LCSS SG'1-SU RANGE LVL
. NORM
[
01:57:26 LOW ~ F713 RC LOOP 2 HLG FLOW (MPPH) 31.40 37.81 01:37:26 CONT PB89 SFAS CH 4 RC < 18004~BLK PERMIT OK L
NORM
.01:57:27 CONT'L771 RC PRZR LVL-
~
NORM 01:57:30 CONT L760' RC.MU TK LVL,MU16-1 CURRENT.DATE IS: JUNE, 9-1985
.01:57:33 CONT L762 RC'MU TK LVL,MU16-2
..'e NORM
.I
, '. ~..
"01:57:36 FLAG S970 T-G' RPM < 1200, BREAK COND V CM
',1
- V C.l':. *
'OK 101357:33 FLAG S970 T-G RPM < 1200, BREAK CONDtVACM L
NORM
'. 1 l01:57:37 CONT L895 S G 2 S U R A N G E L V L'
' N,
. NORM
!01:57:44 CONT P883 SFAS CH 1 RC <'18004 BLK PERMIT-0K-
~
LOW RE
..w
.,,_ii u
o... ~..i w g.
[. OW' M W
$1,!'2:00' FLAG"S?70 T-G F F :- < 1200,BREAN COND 'VACM -.M' 01:5B:64 CONT Z4C0 HP INJ 1-1 VLV 8
i^
. NC' 1
,?-
01:53:05 FLAG G480 HP INJ 1-1 VLV NC
?;.5 :,,
81:58:05 FLAG S970 T-G' RPM < 1200, BREAK'COND VACM f.'
' NORM ~ ~,
81 58:07 HIGH T771 RC PRZR PRESS RLF OUT TMP,RC12-3
.251.51' 250:00
~
"*s -
1:58 7 CONT X955 TREND RECORDER OUT 06 88'.00 01'5S:14 NORM L761 RC MU TK LVL,MU16-1 (IN) 55.99
~
227.00 01:58:15 NORM L769 RCIPRZR AVG LVL (IN) 203 39
~
- . "/ -
01:5S:21 CONT F463 HP INJ 1-1 FLOW 01:5S 21 CONT F466 HP INJ 1-2 FLOW LOW. f p
01:56 21 CONTs0472 -HP INJ PMP 1,DC LUBE OIL PHP
- c -
m
-10N
- v..-q
-C.
3.f ON.
Q-l 01:5S:21. CONT Z474 HP.INJ PHP 1, 0115S:22 CONT.G472 HP-INJ?PHP I.DCaLUBE' OIL'.PMN.,
"- f.
.N c... 4 " M[, M '3.gj HIG N 4, 01'58:22 CONT P465 HP.INJ VLVyIN. PRESS..f. p 4,
.e)W'*
I.2"
'..)OFF..C.T.";d
? 6 c.( t' /.,' NORM f
7 81:58:23 CONT F466, HP :INJ.1--2'< FLOW.
1 e.,'O.D
- W, M*DI. N 2 mm I.) 3 2
01:58 r24 CONT F466 '. H6 INJ '1-2kFLOWI."
LOW 0 6.^'"
' ' ^-
" Y "!A;0.00 01:58 27 BAD V667 'MFPT 2 -MFPUEN5 BRG-VIB. (MILS) :.
' f2') -0."10 %.'
+
U
.'. N O R M ;..J...' 4 01:58:27 CONT P006 AFP 1. SUCT PRESS. '...
01:58:26 NORM'T610 "LPT'.1; 3RD
- EXT /. TEMP, HTRN 1-4..
' ' : 414. 27l.
.CLOSV-[
~~~' - 425i00 01:58328 CONT Z.961 SG'l'ATM STM VENT VLV
...?
$1:58 30 CONT F596 LP INJ 1 -FLOW '"
r'
- + '>. LOW'.T. r?,d
~.flN - i,. \\ *
~
01.250:30 CONT Z339 DHJPMP 1.
. e
.,57.20, 188. 00..- t 01-85S 31 NORM L763 RC MU'TKuLVLeMU16-2 A.IN)^
/
81:58:31 CONT P548; LP INJ VLV IN PRESS E-i.
,J.
- ,'. TRBL $ %'.
HIGH M.W q L o 01r58 32 FLAG G548 LP INJ VLV LEAKING
. c,.r;. 71 01:58:32 FLAG S970_'T-G. RPM < 1200, BREAK COND VACM
. g.;;,,0K ', dc..C '.;
- 01:58:35 CONT Q488 H P f I N J P M P'. 1 J,R,E C I R C ' V L V ' '
.4+
~.NC~'*t 7
'?
.~
~' ;
" ~ ~~./ '.~ N O R M ' W s._.
.s Mi" 01:58!351 FLAG S970. T-G-RPM: < :1200 BREAK 'COND VACM"
" ~"
01:58 37 CONT F4'631 HP.-INJ 11-1: FL Of/ l':
L.. b, f[. -
.1
' T...n.. 1 'y;'.'.'., NO RM ? M f.*
~
- *"~ '
- E. f 1858:37 CONT X955-TREND RECORDER 00T 06-0 1. : 5 8 1 3 9 C O N T.' 2 0 0 1. AFPT 1'STOP VLV'.
' Y '. '
Y ' ' ~. "'.'. i NO.
?.!".1., #. ',
+
rl TRBL-.
01:5S:40 CONT P008 AFP.1..SUCT XFER TO SW:OR PSL 01:53:48 CONT F463 HP INJ 1-1 FLOW 1
,..'.~-l.
' h
- .. '.' '.* ?.
.. O.Q tIDW~ ' *.A '
' s l01:58:55 NORM. S008' A F P. T 1 S P D.'.'( R..P. M ) -
'e
..3258.05j.'.
.2 360000.~
,,34
-..r-.
... e...
103.00,,.-
l01:582.57 LOW 'F857 RC LOGP i HLG FLOW (HPPH).
x 72.65 01:58:57 NORM V667 MFPT 2 MFP END BRG V'IR '< MILS) c-0.10 1 00 E ' NORM.'
l01:58:57 CONT-.S007 AFP'T.1 OVERSPEED
~
', ~
01:59:02 FLAG S970 T-G RPM < 1200,DREAK COND VACM
' i
'OK
~
01:59304 CONT P883.SFAS CH 1.RC < 18004 LLK PERMIT NORM -. -
o1:59:05 FLAG S970 T-G RPM.<.1200, BREAK ~COND.VACM
. As NORM. j.'-
~
1563 80.00'
~
c1:5?:10 CONT P685 SFAf CH 2 RC < 18004 BLK-PERMIT NORM
- 1:59:1'3' NORM T710. RC AVG, TEHFl.D IFF.......
4.
2.59
'4700.
$1:57:1S_ CONT PSS7. SFAS CH 3 RC'< 18004 LLN PERMIT NORM; 1:59:20 CONT F781 RCP SEAL IN TOTAL FLOW HILO:-
1 59:22 CONT F741 RC MU FLOT
- 16.. ~
. NORM 1:59:23 NORM.T723' RC. LOOP'. I TEMPI,DIFF.7 "
- ~ T. '.
I.'i J3.17
< l.:. -
.' 4l.00 4URRENT.DATE IS: JUNE,9 :1985'.~.'
?.
' - /
- f.... '.
?
1 59 :23 CONT F781f. RCP SEAL. IN ' TOTAL FLOW '7 Y.' 7 '[" ',.c..'[. M' Y ' i NORMe T:
V l
NORM.
- 1:59:25 CONT.F741' RC MU"FLdW
- 1:59:27 CONT.P889 SFAS.CH 41RCr<'18000 BLK'. PERMIT-
- P -
~ '. TR HIGH,;'*_'
- 1:59:29 CONT F781 RCP SEAL IN TOTAL FLOW.
HILO C
'. ' ' ' U~~~'..
J.
NORM '. " '
31.159:30 CONT F741 RC MU FL'0W ~ '
?
31:59:32 CONT F781 RCP-SEAL IN TOTAL FLOW '
N
-i" '
- NORM '
$1:59:33 FLAG S970 T-G RPM < 1200eBREAK COND VACM' J".
OK
.c.
CLOS
$1:59:36. FLAG S970 T-G RPM.< 3200, BREAK COND VACM NORM
$1:59837 CONT F781 RCP SEAL IN TOTAL FLOW. - -
1.'
'E>
HILO S1:59:41 HIGH P626 LPT 2 6TH. EXT G/ELPRES,HTR2-1(A)
' 'I.1;54 -7
.1. 5 0' i
31:59:42. CONT'P765 RC MU TK PRESS'.;*'..
-; g t.i'.
' Q '?% D
.5Y7'AJ i
, NORM,
~. ~
N. P. ^2 54 3.10. ' ' *.J. f. ' 9 9 9 9.'0 0 ' ' '
+1 59:43 NORM P736 RC MU PMP DISCH PRESS 3 i i.7..,]3 M fre. e.
+1:59:43' CONT F781
.RCP". SEAL IN TOTAL FLOW.,
- NORM ~
135.00 923.72
'. i l.
.a
+1:59:54' NORM F740 RC MU FLOW, HIGHeRANGE'(GPM)
.w r.n=e m auntwas
<:e sva crcr.u.w
- m. r. a., es au en w
. x ss y
J..
- NILO- ;^E.M av. w uu s a 02, C01')1 CCNT F"'31 RTP SEAL I. TOTAL FLCW
$2'00:03 CCNT F-'01 RCP SEAL IN TOTAL FLOW NORM 02 00:03 FLAG S970 T-G RPM s 1200, BREAK COND VACM J
OK.
-i.
~.H I L O '. } - e
-02*00:04 CONT F781 -RCP SEAL IN TOTAL FLOW
'W,
,02:00:05 CONT F781 RCP SEAL IN TOTAL FLOW NORM
~
02:00:06 CONT F781 RCP SEAL IN TOTAL FLOW
'. ' ~.
' '.: HILO'7 7
- 02
- 00:06 FLAG S970 T-G RPM < 1200, BREAK COND VACM
~, NORM...:
'" 1 NORM
,J"*
02:00:07 CONT F7S1 RCP SEAL IN TOTAL FLOW 02:00:12 CONT F781 RCP SEAL IN TOTAL FLOW HILO 02:00:13 CONT F781 RCP SEAL IN TOTAL FLOW NORM
'HILO.
02:00:14 CONT F781 RCP SEAL IN TOTAL FLOW
~
02:00:15 CONT F781 RCP SEAL IN TOTAL FLOW
-NORM. - q-
'..[,b.'HILb,Y.5A 02100:16 CONT'F781.RCh SEAL'IN TOTAL' FLOW
~, 7'" 1'v,..e 02:00:17 CONT'F781-RCP~ SEAL.IN-TOTAL' FLOW i X T t *"-/ 'NORrf. -
- 02:00117 CONT F781e RCP'l. SEAL.IN' TOTAL FLOW"
'i ' ", '
.;,. c.
' A _J.'g"HILO'. fD e.";...
~,, f.f:.' N O RM.1.. '
02* 00319 CONT"F781 ~RCP SEAL IN. TOTAL-FLOW.
' p; HILO.'
' c 02:00:21 CONT.'F781 "RCP SEAL.IN' TOTAL FLOW' t
NORM::, - ~.
02:00:23 CONT'F781 RCP SEAL IN TOTAL FLOW 02:00:31 LOW F720 RC LETDOWN VS MU FLOW (GPM) 22.48
~,.
2L 29" D-NORM L
02:00:31 CONT P008 AFP 1.SUCT XFER TO SW OR'PSL r
OK
~
02:00:33 FLAG S970.'T-G RPM < 1200, BREAK COND VACM
',j 02:00:36 BAD,E814 RPS CH 1 SR~NI2 HV (VOLTS) 2132.19
., - 3 0 0'. 0 0,
02 -00:36 FLAG S970
-T-G' RPM <.1000, BREAK COND VACM NORMNE-
~2: 0:48 CONT X957'.1 TREND RECORDER'0UT OR' L ' ', 'f..
02:01:03 FLAG S970 T-G RPM < 1200,BREAN COND VACM OK 2122.19 -
{ 999N0'Or 02:01:06 NORM E814 - RPS CH 1. SR NI2 HV (VOLTS)
J' 02:01:06 FLAG 5970 T.-G RPM),< 1200, BREAK.COND UACM
, g ".1.
NORM Y 7'
~
t.J 2: it-8 CONT X955 TREND' RECORDER OUT 06 Y
.U.t.. ' - N'O'RM-J ?
02:01:11 CONT 2013 'AFP'O AUTO-ESEN LVL CTRL XFER SW
~ '
~
[*
TRBC..*.
02:01:24 CONT 2013 AFP. '2 - AUTO-ESEN LVL. CTRL 1XFER SW.
02:01:31 HIGH P613 LPT 1.5TH EXT T/E PRES,HTR1-2(A) 5 57.
.5.50 r
~
. O K' ', -
02.:01:33 FLAG S970 'T-G RPM.< 1200, BREAK COND VACM
+
.OFF--.
. NORM:
.~
02:01:36 FLAG.5970 T-G RPM.<.1200, BREAK COND VACM c r.,-
3.-
,c 02:01:39 HIGH P624s LPT t2 35TH EXT G/E PRES,HTR2--2( A)
~
.5.54
.5.50 02:01:40 HIGH'-P625 -LPT.2'5TH EXT T/E PRES,HTR2-2(A) 5.52 7.
5.50 -
02:01:47 NORM P814 RCP'1-2'3RD SEAL CAVITY PRESS 592.88 970.00 -
CURRENT'DATE IS:~ JUNE, 9
1985 5'. 6 2. ' "
02:01: 48 LOW.J848 -RCP-2-2 MTR PWR (MW)
'5.61 02:01:48 CONT L771' RC PRZR LVL H 5.0 -
02:0.1149 NORM P834 RCP 2-1 3RD SEAL CAVITY PRESS 590.89 970.00 l02:01:50 NORM P854 RCP 2-2 3RD SEAL CAVITY PRESS
_594.25 970.00 6
OFFS -
02:01:56 CONT G754 RC MU PMP 1 02:01:58 CONT Z002 AFPT 2 STOP VLV
~
OPEN 02:02:00 HIGH P612 -LPT i STH EXT G/E PRES,HTR1-2(A)
'5.59 2.
.5.50 02:02:03 FLAG S970
.T-G RPM < 1200, BREAK COND VACM OK' NORM l ^
- 3:
-ON l02102:31.HIGH,L769-RC.PRZR. AVG LVL (IN) 214.04-m ;.
213.00,
^
M
- 02:02:33 FLAG 5970 AT-G RPM J< 1200,BREAKI C0m.'
',V ' 1
~ _, ' "
', O K N.
~
~
2.2:46:990 i.SOE~ _0634
. MFPT 2
', -TRIP l02:02:36 FLAG'597.0
.T-G. RPM <.1200, BREAK L5sb
,4
. NORM-d*
02:02:48 CONT F050 BFP'2_DISCH FLOW
. NORM.
~
CLOS 02:02:52 CONT Z611 MFP 2 DISCH NRV 02:02:57 BAD V667. ' MFF T 2 MFP END BRG VIB (MILS)
-0.11 0.00' 02:03403 NORM T735 RC MU PMP DISCH TEMP. ~
' 100'.32.
220.00
..a ;.
',c'
' NORM-02:03:03 FLAG S970. T-G. RPM.< 1200, BREAK.COND VACM' i
M. r.
OK
.c
- 02
- 03106 FLAG S970' T-G RPM < 1200, BREAK COND"UACM'l.'
7'
^
~
-NC
'02:03:06 CONT Z969 'SG 2'ATM STM'UENT VLV 02:03:15 CONT 2961 'SG 1 ATM'STM VENT'VLV I
.~ -
NC 02:'03:23 NORM TO70 CC FEED TO LETDOWN HX TEMP 82.46 85.00
,,,n
...e.-.-.
- c. c.
, r. n r.
,, u. c-rr ee NnnM
g
%vs
.ai a... o,v.....,,,
CC:C3:24 LCW F712.RC LOOF 1 HLG FL0u (MPPH) 98.35, 102.78 02:^,3:24-~C0d7 P731 RC LOOP 2 HLG PRESS HILO O2:03:24 C3NT G543 ICS SH 1 LU LVL LIMIT ON 02:03:25 CONT.F731 RC LOGP.2 HLG PRESS
' NORM 02*03:26 NORM F714 RC HLG TOTAL FLOW (MPPH) 147.00 230.11 02:03:26 CONT P731 RC LOOP 2 HLG PRESS HILO 02:03:27 CONT P731-RC LOOP 2 HLG PRESS NORM 02:03:25 CONT P731 RC LOOP 2 HLG PRESS HILO 02:03:29 NORn T351 CFJ VENT FAN IN TEMP,9185E 64.56 160.00 02:03:29 CONT P731 RC LOOP 2 HLG PRESS NORM 02:03:31 CONT Z961 SG 1-ATM STM VENT. VLV NC NC,, C M e 02:03:31 CONT Z969 SG 2 ATM STM VENT ULV
'OK
.1 02:03:32 FLAG S970- T-G RPM.<_1200, BREAK COND VACM 02:03:35 FLAG S970 T - G R P M, < 1-2 0 0, B R E A K C O N D V A C M f ;,
.. 's -
NORit,
- /
02:03:46 NORM T663 MFPT'2 HP STOP'VLV CHEST TEMP
-468.63
' 9999. 00r f 02:03*S6 CONT Z468- 'hP FW HTR 24 HI LVL DRN VLV NC' 1~
02:03:57 NORM V667' MFPT 2 MFP END BRG VIR (MILS)
-0.10 1.00 02:03:59 FLAG G469 HP FW HTR 2-5 HI LVL CONTROL NTNM'
'J.
02:04:00; CONT P731 RC LOCP 2 HLG PRESS HILO-
.9
~
02:04:02 FLAG S970 T-G RPM < 12OO, BREAK'COND VACM OK
.02:04:06 FLAG S970 T-G RPM < 1200, BREAK COND VACM NORM 02:04:26 LOW F714 RC HLG TOTAL FLOW-(MPPH) 147.00 219.63' 02:04:29 LOW T351 CRD VENT FAN IN TEMP.,9185E 49.95
'60.00-02:04:32 FLAG S970 T-G RPM C 1200, BREAK COND VACM
'OK
- N C A -,,-
02:04:32 CONT Z466' HP FW HTR 2-4 HI LVL DRN VLV.
e.NTNM '
e.
02:04:3Q FLAG G467. HP FW HTR 2-4 HI LVO CONTROL
~
CURRENT DATE IS: JUNE, 9
1985 02:04:35 FLAG S970 T-G RPM < 1200, BREAK'COND VACM' NORM 02:04:36 NORM T950 TURB BYPASS VLV'2-1 00T TEMP 7.78-
'250.00 2: 4:37 CONT.X955 TREND RECORDER OUT-06 7
-0.20
'O.00 02:04:42 LOW T607 LPT 2 CIV.IN STM TEMP UNBAL
- ?
02:05:02 FLAG S970 :T-G ' RPM < 1200, BREAK COND VACM OK.
02:05:05 FLAG S970 T-G RPM <-1200iBREAK COND VACM NORM.
, DEAR'1 NORM 02:05:06 CONT L595.LPT 1 4TH EXT LINE LVL 2 75: 7 CONT X955 TREND RECORDER OUT-06 02:05:30 NORM.F720 RC LETDOWN VS MU' FLOW (GPM)
-28.73 41.25 02:05:32 FLAG 5970 T-G RPM 4~1200, BREAK COND VACM OK
- 02:05:35 FLAG ' S970 T-G RPM << 1200, BREAK COND VACM.
. NORM
.02:05:59 FLAG G633 MFPT.2 0FF
'02:06:02 FLAG S970.
T-G_ RPM < 1200, BREAK COND VAC'M OK'
~
NORM 02:06:05 FLAG 5970 T-G RPM < 1200, BREAK'COND VACM 02:06:16 NORM F665 MFPT-2'LP STM FLOW-(KPPH) 2.83
~
9999.00 899.19-800.00 02:06:17 HIGH F051 BFP-2 DISCH FLOW (KPPH)
-2.20 1899.86 02:06:15 NORM P648 MFP 2.. HEAD RISE'(FT) 02:06:20 HIGH P151 CNDS'DEMIN SYSTEM'IN PRESS 300.86
.- 300.00 JNOR$
02:06*36 CONT L620' MFP SEAL WATER DT L'VL 2:'6:37 CONT X955 TREND RECORDER'OUT 06 02{06:42 NORM P054 BFP 2. HEAD. RISE (FT-)
-1'.00 574.96
~
~
02:06:46 NORM P644 MFP 2 DISC'H' PRESS
'64.7S
~
980.00 02:06:57 BAD V667 MFPT 2'MFP END BRG VIB,(MILS)
-0.11 0.00 i
!O2:07:01 CONT Li61 CNDS PMP' SEAL WTR DT LVL NORM 02:07:02 FLAG-G469 HP FW HTR 2-5 HI LUL CONTROL 02:07:10 CONT F741' RC MU_ FLOW HIGH C2*07:21 HIGH P160 CNDS~PMP DISCH HDR PRESS ~
335.54 335.00
!O2:07:22 CONT F741 -RC MU FLOW NORM 02:07:24 HIGH F740 RC MU FLOW, HIGH RANGE (GPM)-
-154.82 145.00 iO2:07:25 NORM V667 MFPT-2 MFP END BRG VIB-(MILS)
-0.11 1.00 l 2:'7:37 CONT X955-TREND RECORDER OUT 06 133.96 l
145.00 l02:07:38~ NORM F740 RC MU FLOW > HIGH RANGE (GPM) l02:07:43 LOWz P736 RC'MU PMP DISCH PRESS 2359.42 2400.00
')
l02:07:59' CONT P731 RC LOOP 2.HLG PRESS NORM
' NORM l02:0.G:_11l CONT-P723 RC LOOP 1 HLG PRESS w
w
31 06;30 eCRM T331.1CRD VdNY FAN Ii1 VEnv,0BW5E 80.16,qy) 1o0.00 -;
D230S;42 NORM F736' RC MW PMF:DISCH 4RESS
~2454.80 9999.00.
~
HILO D2:02:44 CONT P161 CNDS PMP DISCH HDR PRESS' D2:06:50; NORM T675. MSR 1 MOIS SEP DT GUT. TEMP
" 291.77 300.00 D2:08:54 HIGH TO70 lCC FEED TO LETDOWN HX TEMP 85.22 85.00 D2:05:58--NORM :V667 - MFPT 2 NFP END BRG VIB (MILS)
-0.10 1.00 2
9: _7 CONT'X955;LTREND RECORDER OUT 06 D2:09:13-CONT.Z468-HP FW HTR'2-5 HI LVL DRN VLV
~
NC D2:09:14 FLAG Ga69 HP FW HTR 2-5 HI LVL-CONTROL' NTNM
$2:09:20 NORM _T441 HP COND CIRC-WTR BOX-1 IN TEMP 86.85 39.15 D2:09:21 CONT F463 HP.#INJ 1-1 FLOW NORM 02:09 :21. CONT - F466~ HF INJ 1-2 FLOW NORM OFF 02:09:21: CONT, Z474 HP INJ PMP 1'
--. 4 (PSI)
-0.30 J.O.:00'_
02:09:22' LOW P600 LPT 2 CIV 4 STRNR DP
'NC
', '. ~$
02*09:22 CONT [Z570' LPT'EXH H00'D SPRAY VLV
~
'"TRBL J il-32:09:23 FLAG G479-HP INJ VLV; LEAKING' '
n 154.62 02:09:24 HIGH F712' RC LOOP 1 HLG FLOW (MPPH).
862.47 02:0?:24 CONT F596 'LP INJ'1 FLOW
' ~
NORM CURRENT-DATE IS: JUNE, 9
1985
,a 0FF 02:09:24: CONT-Z339 ;DH PMP 1'.
NORM 92:09:27 CONT P548 LP.INJ'VLV'IN PRESS 02:09:29 LOW T3511 CRD VENT-FAN IN TEMP,9185E.
49.95 60.00
.N O R M,
$2:09:29 FLAG G54C' LP INJ'VLV LEAKING
. NORM 92:09:41 CONT'0488 HP INJ PHP'1 RECIRC VLV
~
CLOS 02:09:45 CONT'Z480 _HP INJ 1-1 VLV
~
32:09:46' FLAG'0480- HP INJ 1-1 VLV NORM.
82 09:52JCONT1P723 RC. LOOP-1 HLG PRESS-HILO..
2 9:52 CONT.X955 TREND-RECORDER OUT 06 c.
.,i NORM {,-
e 02:09:59. CONT P723 -RC: LOOP 1 HLG PRESS 02:10:00 CONT P723' RC LOOP 1 HLG PRESS HILO 1
02:10:03-CONT P.723
.RC' LOOP 1 HLG PRESS NORM
)
02:10:04 CONT P723 10 LOOP 1 HLG PRESS HILO'
. NORM 02:10:06 CONT'P723 RC LOOP 1 HLG PRESS:
O2:10:07 CONT P703 RC LOOP 1 HLG-PRESS HILO G2:10:0'S_ CONT 1P723 RC LOOP.1'HLG PRESS NORM.. '.
2:10: 8 CONT.X955 TREND RECORDER OUT 06
/
02:10:11 CONT P723.RC LOOP 1 HLG PRESS' HILO O2:10:12 CONT ~P723 RC-LOOP 1 HLG PRESS NORM 02: 10:13 CONT P723 RC LOOP 1 HLG PRESS HILO 02:10:14 CONT P723 RC LOOP 1 HLG PRESS NORM 02:10:14. CONT P723 RC LOOP-1 HLG PRESS HILO 02:10:21 CONT F723 RC LOOP 1 HLG PRESS NORM 02:10:23 CONT P723 RC LOOP 1 HLG PRESS HILO 02:10:26 HIGH F714 RC'HLG TOTAL FLOW (MPPH) 147.00
-173.84.
02:10:26 CONT P723' RC LOOP 1 HLG PRESS NORM 3850.00 02:10:27 NORM F593 LP.INJ 1 FLOW (GPM).
71.42 02:10:28 NORM F460' HP INJ 1-1 FLOM (GPM)-
35.59 460.00 02:10:32 CONT P723 RC LOOP 1 HLG PRESS
^
HILO 02:10:34' CONT P723 RC LOOP 1-HLG PRESS NORM 2
HILO., '
02:10:35 CONT P723 RC LOOP 1 HLG PRESS 02: 10 :361 CONT ' P723 - RC LOOP 1 HLG PRESS NORM i
HILO-02:10:42 CONT P723~ RC. LOOP-1 HLG PRESS-NORM 02:10:43 CONT P723 RC LOOP 1 HLG PRESS
~
HILO O2:10:54 CONT P723 RC LOOP 1.HLG PRESS-
~
102:10:57 HIGH: F857-.RC LOOP 1 HLG FLOW (MPPH) 74.88
-2915.53
~
iO2:10:57 CONT P723 RC LOOP:1 HLG PRESS NORM
.02:10:37 CONT 0975 UNIT INSTR AIR DRYERS TRBL
!O2:10:58 CONT P723. RC LOOP 1~HLG PRESS.
HILO
_ CLOS
~
NORM RC LOOP 1 HLG PRESS l02:10:59; CONT P723 _
.7
~,..
l02:10:59EFLAG'Q469; 'HP FW.HTR 2-5 HI LVL CONTROL NORM
_N' 2;11:18 CONT X955 ' TREND-RECORD,ER OUT 06-
~
s u.. ovw
.nm.-
02,21'1:10?C2NT F723 RC~ LOOP 1 HLG FRESS
', T.
-tNORM s. *.
"~
-E HILO 02:11:11 CONT F723 RC: LOOP 1 HLG PRESS
~
TRBL LO2:11:11: CONT ~ 0009 - AUX.Bl R SYS.
,f
, NORM A.'
~
~
202:11:14 CONT P723 RC' LOOP 1 HLG PRESS HILO 02:11:15 CONT F723 'RC LOOP 1 HLG PRESS TCURRENT DATE IS: JUNE, 9
1985 0
~
02:11:15.-CONT 0009. AUX BLR SYS NORM f
TRBL
'02:11:16 CONT 0009 AUX BL.R SYS
' NORM 302:11:17 CONT P723 Rt. LOOP,'1 HLG PRESS e
NORM
'.s.a
'02:11:17~ CONT 0009 AUX BLR SYS
- 02:L1118 CONT P723.; RC. LOOP,1;HLG PRESS ~ r,,.gA.,
,# r
>f"
'f( e f,i HILO M'00 J*'p'
- 02:11 21 LOW' P598 - LPT 1-CIV 2 STRNR DP
- f.
'(P.SI)'
-0.07J u e i 'O.
l02:11:23 CONT 2723 ' RC_ LOOP 21-HLG: PRESS' l,.p' j._ ;y'
- fa..."'..,.ff', C ; .[3 ;.s :. NORM,.: '.' /,
j02:11:25 CONT,'P723 RC LOOP 1*HLGl PRESS *
.'.i'-
, l'/.
~J (' % ' :
. HILO 7 'I.,.].
~
- 02:11:27 CONT-P723"RC.' LOOP 1 HLG' PRESS'
.,('~
NORM.;'
- NORK S,l rj
',HILO,
' 'C
']
? H It' O *., #
iO2:11:32 CONT P723'~RC LOOP 1 HLG PRESS l02:11:34, CONT P723,fRC LOOP 1 HLG PRESS.
se' NORM
{02:11:33 CONT P723' RC.LOOPL1.HLG PRESS'
- ~
KLO p 7
!O2:11:37 NORM P024 AUX STM. 2356' NDR PRESS J 196.08 r
s280.00~.
jo2:11:42 CONT P723 RC LOOP'1 HLG PRESS NORM '.i. ;
. HILO.., Q l02:11:43 CONT'P723 1RC LOOP'1;HLG PRESS-
' C
~
- t. l.
! w NORM W'/6 I. ' _
]02:11:44 CONT P723.-RC LOOP 1 HLG PRESS ' -
2 02:11:51 CONT P723 '.RC L0bP 1 HLG ' PRESS' \\', V.',.'f-
. I.p f HILOG ph#
- 02:11:50-CONT P723-RC. LOOP 1 HLG' PRESS
t
"' NORM [.
[
402:11:54 CONT P723' RC LOOP 1 HLG. PRESS
- 'e
. r-
~
HILO W ;' ;
+
r,
{02:11:55 CONT P723'"RC. LOOP 1 HLG PRESS C O..x
. NORM'
. w,,
7~
HILO '.f *
!02:11:57 CONT P.723 RC LOOP.1 HLG-PRESS
-i s S.'
7,.
l02:11:59 CONT P723 RC LOOP 1 HLG~ PRESS..
~ V,\\,J ". J/.^3.
NORM'", '
402:11:58 CONT P723 RC' LOOP 1 HLG PRESS.,..,
r 1
HILO
~
.,,.; c
,, NORM G, -
.e 102:12100 CONT P723 iRC LOOP.1'HLG; PRESS c.,,h'?
!02:12:01 CONT.P723.'.RC' LOOP 1-HLG PRESSJ h
'+
.. H I L O ~
S o..
l02:12:01 CONT ~G545 ICSSG-2LOLVLl LIMIT.,[%,n 02:12:02 CONTP723 RC LOOP 1 HLG/ PRESS N
'M
'; p.
ON'.
NORM s
IO2:12:03 CONT. P723 RC. LOOP 1LHLG PRESS HILO '
_ N O R M ' '. +
02:12:04 CONT P723 RC LOOP -1 HLG PRESS ~ -
d.
J' ' Y 02:12:05 CONT P723 -RC' LOOP 1'HLG PRESS b-e HILO
.~
NORM.
02:12:06' CONT P723 RC LOOP.1,HLG PRESS
'02:12:07 CONT P723 -RC LOOP 1 HLG PRESS'
'~i HILO
~
A
' NORM.-.
02:12:08 CONT P723 ~RC LOOP ~1 HLG PRESS-
.2:12: '8 CONT X955 TREND RECORDER OUT 06-i02:12:09 CONT P723 RC. LOOP 1'HLG PRESS ~
-,HILO-02:12:10 CONT'P723 RC LOOP.1 HLG PR.ESS
~
~ NORM.
' HILO.
02:12:11 CONT P723 RC LOOP"1 HLG PRESS
.s 1
02:12:12 CONT P723 RC. LOOP.1,HLG. PRESS
~,
NORM
.s'.'
'HILO
-02:12:13 CONT P723,.RC LOOP'1.HLG' PRESS I4 'l
".. ' ' '~' '
. NORM' L
- 'i
~ ~
02:12:14 CONT ~P.723 RC. LOOP 1 HLG PRE'SS 02:12:18 CONT [T071
'HIGH. :
89.15 86.87 02:12:19 NORM T439 HP COND CIRC WTR BOX 2.IN TEMP 02:12:23 CONT P723 ' RC. LOOP 1 HLG PRESS " '.
HILOE '.,,
02:12:24 CONT-P723' RC LOOP 1 HLG PRESS NORM.
'2:12:47. CONT _X957 TREND RECORDER'OUT 08
.02:12:50 CONT P723 RC LOOP 1 HLG PRESS
~
302.24 300.00 02: 12:50'HIGH.T675 MSR 1 MOIS^SEP DT GUT TENP'..
HILOJ 02:12:51' CONT Z969 SG 2'ATM STM-VENT VLV CLOS-02:13:01 CONT.P731 RC LOOP 2 HLG PRESS IC'
~
- HILO,
..n..
2:131 8. CONT. X955,, TREND RECORDER OUT.06-
.' N., _ J ~.,, ~
c
^
' '0FF
. / s' C -
-02:13:33' CONT 0545.ICS SG 2 LO LVL' LIMIT i.w 02:14'!24. CONT Z969 SG 2'ATM.STM VENT VLU
- NC..
3 02:14:34 NORM-T143 CLNG'TWR BASIN < TEMP,
' fj.
J,
.82 83 85.~00 CURRENT DATE IS:. JUNE, 9'
1985 1
-u.nRro
%susts r.uw
b3[$$::\\rb2Hhh50 YURB bhp 50i " st$ ;-1 OUT TEMP (dd) 251.56 250.00,
2il!: " C3NT X95~
TREND RECCRDER QUT 06 02:15!"O LGW 2675 MN FW 1 SU CTRL VLV (% OPEN) 1.21 2 00 02*15:26 NORM F714 RC HLG TOTAL FLOW (MPPH) 147.00 2793.37 02:15:3o BAD ES14 RPS CH 1 SR NI2 HV (VOLTS) 2131.02 300.00
'2:15:41 FLAG G673 MN FW 1 SU CTRL VLV NORM 0
~
2:15:52 CONT X955 TREND RECORDER OUT 06 02*16:03 NORM ES14 RPS CH 1 SR NI2 HV (VOLTS) 2131.02 9999.00 G2:16:25 LOW F712 RC LOOF 1 HLG FLOW (MPPH) 43.97 741.17 02:16:27 LOW F714 RCaHLG TOTAL FLOW (MPPH) 147.00 2657.08 92:16:36 CONT P731 Rd LOOF 2 HLG PRESS NORM 2:16:35 CONT X955 TREND RECORDER CUT 06 82*10:43 CONT Z468 HP FW HTR 2-5 HI LVL DRN VLV NC
@2:16:44 FLAG G469 HP FW HTR 2-R HI LVL CONTROL
~
NTNM ~~
741.17 -
82:16:55 LOW FS57 RC LOOP 1 HLG' FLOW (MPPH) 74.69
~
NORM _
02:17:01 CONT P723 RC LOOP 1 HLG. PRESS 2:17:38 CONT X955 ' TREND RECORDER OUT 06 02:17*44 CONT P594 LPT EXH HOOD SPRAY ON 02:17:46 CONT P594 LPT EXH HOOD SPRAY OFF O2:17:49 CONT P594 LPT EXH HOOD SPRAY ON OEF 02:17:56 CONT F594 LPT EXH HOOD SPRAY 02:17:59 CONT P594 LPT EXH HOOD SPRAY
,{W 02:10*O9 FLAG Q166 CNDS PMP RECIRC VLV NC 02:18:25 CONT P161 CNnS PHP DISCH HDR PRESS NORM 2:12:35 CONT X955 ThEND RECORDER OUT 06 02:10:46 CONT 0545 ICS.SG 2 LO LVL'L1MIT ON 02:18:58 BAD V667 MFPT 2 MFP END BRG VIB (MILS)
-0.11 0.00' 02:19*15 NORM T662 MFPT 2 EXH TEMP 145.98 150.00 2:19:35 CONT X955 TREND RECORDER QUT 06 2:19:47 CONT X957 TREND RECORDER OUT 08 02:20:07 CONT Z969 SG 2 ATM STM VENT VLV CLOS
~
2:20 7 CONT X955 TREND RECORDER OUT 06 02:20:17 BAD R790 RPS AUCTIONEERED AVG PWR (%)
-0.08 0.00 02:20:25 NORM V667 MFFT 2 MFP END BRG VIB-(MILS)
-0.12 1.00,
02:20:40 CONT P723 RC LOOP 1 HLG PRESS HILO O2:20:41 CONT G545 ICS SG 2 LO LVL LINIT OFF 02:20: 47 LOW R790 RPS AUCTIONEERED AVG PWR (%),
-0.08 0.00 02:21:02 CONT P731 RC LOOP 2 HLG PRESS HILO 02:21'03 CONT 2969 SG 2 ATM STM VENT VLV NC 2:21: 8 CONT X955 TREND RECORDER OUT 06 02*21:12 FLAG G675 MN FW 1 SU CTRL VLV NC G2:21:32 CONT A159 CNDS PMP OR FW HTR 2 OUT CONDUCT HIGH 02:21:33 CONT P161 CNDS PMP DISCH HDR PRESS HILO G2:21:35 NORM T571 LP COND CIRC WTR BOX 1 IN TEMP S4.48 86.58 02:21:40 HIGH 2675 MN FW 1 SU CTRL VLV (% OPEN) 9.57 0.00 2:21:52 CONT X955 TREND RECORDER OUT 06 02:22:05 CONT P731 RC LOOP 2 HLG PRESS NORM O2:22:06 CONT P731 RC LOOP 2 HLG PRESS HILO
1985 i 02:22:13 CONT G742 RC MU BATCH FLO CMPLTD GR TRMNTD NO
! 02:22:14 FLAG G166 CNDS PMP RECIRC VLV NORM i 02:22:16 CONT Z746 RC MU BATCH STOP VLV NC i 02:22:17 FLAG G741 RC MU BATCH FLO CMPLTD OR TRMNTD TREL I O2:22:26 HIGH F714 RC HLG TOTAL FLOW (MPPH) 147.00
-4123.67 WO
! 02:22:27 CONT Z747 RC MU BATCH STOP VLV l 02:22:35 NORM T570 LP COND CIRC WTR BOX 2 IN TEMP 84.61 C6.63; NC j O2:22:36 FLAG G166 CNDS PMP RECIRC VLV
! 02:22:44 CONT P731 RC LOOP 2 HLG PRESS HILO NORM
- 02:22:45 CONT P731 RC LOOP'2 HLG PRESS u-,2_ m u ma_._ m -' J C__LCCO ^ WLLELOW__DiF PH)
R77.14
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02:35:11 CONT-G009 AtIX BLRLSYS TRBL 02:35!16 CONTEG009 ' AUX BLR SYS NORM D2:35:35 CONT L900 T-G'SPE DT~LVL NORM 2:35*38 CONTi X955' TREND RECORDER-OllT 06 l
2:36: 5 CONT.X953 ' TREND RECORDER OUT 06 02:36:36 FLAG Q166 CNDS=PMP.RECIRC VLV
' NORM l
G2:36:38. NORM T771 RC PRIR PRESS RLF OUT TMPeRC32 243.69 250.00 2:36:35 CONT X955 TREND RECORDER OUT 06 t
02:37:36 LOW 'T571' LW COND CIRC WTR BOX 1 IN TEMP 82.59 82.79
- ,;/. y,"."7.$
'2:37138 CONT X955 TREND RECORDER OUT 06 2:37:45 CON.T X957 TREND' RECORDER 0UT 08 7,.
e.~
' v.
i-379.07
. i?'380.00, 02:3E 03 LOW T027 AUX STM 2354 HDR TFMP
.2 3G: 8 CONT.X955, TREND: RECORDER OtlT 06 t.
l e ? ', 2...
'X '
02:38:21' LOW 'T441 HP COND. CIRC WTR BOX.1 IN TEMP 82.78 82.79
'N 02:30:35 LOW T570 "LP/COND' CIRC WTR BOX 2 IN TEMP,
82.70
'y 82.79;*
NC - '
S2:38:36' FLAG Q166-CNDS PHP RECIRC VLV
" 'Sia 2:33:38. CONT X955-TREND RECORDER OUT 06 82:38:44 CONT Q626 MFPTL1 MN OIL PMP 1 OFF
,( *3 92:38155 BAD V667-MFPT'2 MFP;END BRG VIB (MILS).
,-0.10 0.00 2:39: J8 CONT X955 TREND RECORDER OUT 06
.c-q <gc -
@2:39:21 FLAG Q166-CNDS PMP RECIRC VLV-NORM.iy*..
1.~00 "
92:39:57/ NORM V667 MFPT 2 MFP END. BRO.VIB (MILS)
-0.09
$2:40:00 CONT.0009 AUX BLR'SYS TRBL-
- c?
f-NORM.7 92:40:02 CONT 0009 AUXEBLR SYS
..Jf '.
-2 40 ~S CONT:X955 TREND RECORDER Ot1T 06
- ',c 2:40:33 CONT X955-TREND RECORDER OUT 06
$2:40 57 CONT:0975 UNIT INSTR AIR DRYERS
-9 TRBL NORM'
@2:40 55 CONT'Q975-UNIT INSTR AIR. DRYERS
.c
@2:41:06 CONT Z319 DEAR-HTR 2 PEG STM HDR VLV NC 92:41:07 NORM P024 AUX STM 2354 HDR PRESS.
,198.46 280.00, 82L75 92: 41:20 LOW T440 HP COND CIRC WTR' BOX 2 OUT TEMP 82.68 GURRENT-DATE IS: JUNE, 9
1955
.... i s.,
~
2:41:35 CONT X955 TREND RECORDER OUT 06.
02:42:04 CONT G742: RC MU BATCH'FLO'CMPLTD OR TRMnTD..
'YES 02:42:05 CONT Z747 RC MU BATCH STOP VLV
~
02:42:06' FLAG ~G741 RC Mit BATCH FLO CMPLTD OR 'TRMNTD
-NO NORM:
02:42:15' CONT Z746 RC MU BATCH'STOP.VLV
. CLOS 02:42:17 CONT Z732. RC DIVERTING ULV CPEN TO MU TK_.
,NO -
02:42:18 CONT 2020 DA PMP 2 OFF 02:42:22 CONT.2969 SG 2 ATM STM VENT VLV CLOS 02:42:27 CONT:Z733-RC DIVERTING ULV OPEN TO WD SYS CLOS.'J - ;
'2:42:38 CONT X955 TREND RECORDER OUT 06 2:43:-:8 CONT X955 TREND RECORDER OUT 06 02:43:32 CONT P718 RC LETDOWN PREFLT DP
.HIGH 02:43:36~ CONT P718 RC LETDOWN PREFLT.DP
~
NORM 02:43:37. LOW P024 AUX STM 235t HDR. PRESS 189.67 190.00 02:43:41 CONTLZ969.SG 2 ATM STM VENT,VLV NC 02:43:54 CONT P718 RC LETDOWN,PREFLT.DP HIGH NORM 02:43:58 CONT P718. RC LETDOWN-PREFLT.DP 02:43:58 CONT P720 RC-LETDOWN PRESS NORM HIGH 02:43!59-CONT P720 RC LETDOWN PRESS 02:44 01 CONT P161 CNDS:PMP DISCH HDR PRESS NORM 02*44:12 FLAG Q166 CNDS PMP RECIRC VLV' NC 02:44:22. LOW LT442-HP COND CIRC WTR DGX 1 OUT TEMP 82.74 82.75-
'2:44138_ CONT X955: TREND RECORDER OllT 06' 02:44:44 CONT' P718 - FM: LETDOWN PREFLT DP, HIGH 02:44:53' CONT P718 'FM: LETDOWN PREFLT DP
/
NORM 2:45: 8 CONT X955. TREND. RECORDER OUT 06 02:45:19 LOW T439 HP COND CIRC WTR DOX.2 IN TEMP 82.61
~82.71 HILO 02:45'22 CONT P161. CNDS PHP DISCH HDR PRESS 02:45 43.. CONT P978:'T-G LIFT-PMP SUCT PRESS LOW
'02:45:44 FLAG P?79. T-G LIFT PHP StJCT, PRESS-LOW ma v a re m-rova
'022 6:55-HCRM T477 HPT' SIDE 2 IN TEMF.
-526.43-
" 540.00"I
'f + i -
~NC
' h5 t "
2*46:33 CONT X955 TREND RECORDER 007 06 02:46: 47 CONT Z733 RC DIVERTING VLV OPEN TO WD SYS'-
02:46:54 CONT Z020 BA PhP 2 ON 02:46:57 CONT G742 RC MU BATCH FLO CMPLTD OR TRMNTD
^
' b'NO - -
~
02:44:57 CONT 2732 RC DIVERTING VLV OPEN TO MU TK
'WO
.0.00 -
02:46:58 BAD V667 MFPT 2 MFP END BRG VIB (M)LS)
.-0.10 (02:46:59 CONT'2746 RC MU BATCH STOP VLV NC.,
02:47:00 FLAG G741 RC MU BATCH FLO CMPLTD OR TRMNTD TRBL 2*47; 8 CONT X955 TREND RECORDER QUT 06 02:47:09 CONT Z747 R$'MU BATCH STOP VLV WO E
.UILO '
02:47:38 CONT L163 CNDS STRG TK LVL
.,3-J e.'
/e-TRBL.L.'i.S,.
D
- 02
- 47:44 CONT 0009 -AUX BLR SYS-
'E 7..b O.JCLOSli if,.,.
02:47:48 CONT Z168 CNDS STRG'TK OUT VLV'TO LP COND.
02I47:58 NORM V667 ' MFPT,2 'MFP. END BRG VIB -(MILS)' j c,..:-O'.09 s.'.,g.,-if.'.4f,00;,,,
J f.', '. WORM ;,.
02:48:03 CONT 0009 AUX BLR SYS i
02:49:16 CONT 0544 'ICS SG 2 BTU LIMIT. ',
7
_ k ' '.' ' 0FF,f'- 4 ( [-
2:49:38 CONT X955 TREND RECORDER OUT>06-2:50: 8 CONT X955 TREND RECORDER OUT 06
'l -,
7,g.
,4 %
YES 02:50:24 CONT.'0742 RC MU BATCH FLO CMPLTD OR TRMNTD N0'
'O
02:50:24 CONT 2747 RC MU BATCH STOP VLV' _
- 0RM."..
02:50:27 FLAG G741' RC HU BATCH FLO CMPLTD OR TRMNTD'
'~." CLOS.JJ'I 02:50:35 CONT Z746' RC MU BATCH.STOP VLV
' ' j'":"/
CURRENT DATE IS: JUNE, 9
1985 2:51: S CONT X955 TREND RECORDER OUT.06
~
i t-d ' NO. gf3;iKy 02:51:12, CONT G742.RC MU BATCH FLO CMPLTD,0R TRMNTD
-r 3
02:51:1'6. CONT Z746 'RC4MU BATCH-STOP VLV
~
'.C
' g i NCD '.T:..[.
~
'e.-
4
.J,TRBL 7 02:51.18 FLAG G741 RC MU BATCH.FLO CMPLTD OR TRMNTD 02:51:23 -CONT 0009 AUX BLR SYS
- 9. Y--D 9"
' " ' ~ * : 7.M. W O Z
- f <
WTRBLAN 02:51:27 CONT Z747' RC MU BATCH STOP'VL.V..'
02:51:31 CONT Z466 HP FW-HTR 2-~4.HI /LVL-DRN VLV ~,_.
'fCLOS T*
' NORM'
+
O2:51:32 FLAG G467 HP FW HTR 2-4 HI LVL. CONTROL NORM'J c,,
O2:51:44-CONT G009 AUX BLR SYS
.-l
,.3.;'i
~ ' '
.y 2:51 4.7 CONT X955 TREND RECORDER QUT.06.,,.
02:52:07 NORM P024 AUX STM 2354 HDR PRESS s.
2,,
, CLOS..
02:52:05 CONT Z969 SG 2 ATM STM VENT VUJ
-280.00 3
200.11 4
2:52: S CONT X955-TREND SECORDER OUT 06 02:32:27 CONT T595 LPT EXH HDOD' TEMP 2:52:48 CONT X957 TREND RECORDER OUT 08 am
-u-"
e-:
d'.
- HIGH 02:52:58 CONT Z969 'SG 2 ATM STM-VENT VLV i.
NC
>?'
02:53:03 NORM 7027 AUX <STM 235).HDR TEMP
'2' :
390.55 405.00 02:53:06 CONT Z969 SG 2 ATM STM' VENT'VLV'"
CLOS" e.
5.
2:53: 8 CONT X955 TREND RECORDER OUT'06 02:53:25 CONT-Z969 SG 2 ATM STM VENT VLV NC
~"
2:54: S CONT X955 TREND RECORDER OUT 06 2:54:38 CONT X955 TREND RECORDER OUT 06.
f f
,02:54:58 BAD V667 MFPT.2MFP END.BRG VIB;(MILS)'.,
-0.10 0.00 02:55 26 CONT G544 ICS SG 2 BTU. LIMIT',
~
'e -
ON. '
02:55:28 NORM V667 MFPT 2 MFP'END BRG..VIB JMILS).
-0.10,
- 1. 0 0..
02:55:37 LOW P024. AUX STM 2354 HDR PRESS ' -
188.62 C
190.00 02:55:43. CONT 2319 DEAR HTR 2 PEG STM HDR VLV CLOS' 02:55:44 NORM T635 'MFP 1 (LWR CASING-FW) TEMP DIFF 0.24 25.00' 02:55:54 CONT Z969 SG 2'ATM STM VENT VLV
-0.09 0.00 02:56:12 FLAG 0166 CNDS PHP RECIRC VLV NC 02:56:14 HIGH L449 HP COND HOTWELL LVL (FT) 4.75 4.75.
02:56:28 NORM V667 H PT 2 HFP END BRG VIB (MILS)
-0.09 1.00 02:56:37 NORM P024 AUX STM 2354 HDR PRESS 199.37 280.00 02:57:01 CONT G009 AUX BLR'SYS-
....- TRBL-
,'y.,,-
NORM 02:57:02-CONT 0009 AUX BLR SYS 02:57:18 FLAG G166 CNDS PMP' RECIRC VLV,
J V
NORM 2:57447 CONT X955 TREND RECORDER OUT'06
/
2:58 7 CONT,X955 TREND RECORDER OUT 06 02:58:36 LOU P024 AUX STM 235t HDR PRESS 185 32 190.00
+
R;52:37 CGNT_X955 TREND JECORDER 00T SA
.10-O.
EMD BRG VIk (MILS) 2*59:45-CONT X957 TREND RECORDER 00T 06 s-2:59:53 NORM V667 MFPT 2 MFP END'BRG VIR (MILS)
- 0.' 0 9?
1.00
+3:00:16 CONT 0009 AUX BLR SYS TRBL
~
3:00:57 CONT 0075 L.1IT INSTR AIR DRYERS
- t TRBL 3:00:58 CONT G975 UNIT INSTR AIR DRYERS NORM 3: 1: S CONT X955' TREND RECORDER OUT 06 g3*01:25 BAD V652 MFPT 1 DFP END BRG VIB (M1LS)
-0.17 0.00 e3:01:42 CONT G545 ICS SG 2 LO LVL LIMIT ON 93:01:43 CONT L450 HR"COND HOTWELL LVL HIGH 83:02:25 NORM V652 MfPT 1 BFP END BRG V1B.(MILS)
-0.16 1.00 3: 2:38 CONT X955 TREND RECORDER OllT 06
-. u,f ',.
BURRENT DATE IS: JUNE,'9 *1985 t < ' i-.O '
,?'
33:03:32. CONT L351 DEAR STRG:TK 1 LVL
~
- i~'
' a 'D.'* "
i-NORM -
3: 4138 CONT'X955 TREND RECORDER'OUT 06 Y#
'd 03:04:55 CONT G545
. - i OFF '. ~~'
'03*05:02 CONT L357 'JCS SG 2. LO LVL' CIMIT DEAR STRG TK 2 L*VL
' NORM
'03:05:03 LOW. T027 AUX STM 2354 HDR. TEMP 379.29 380.00 03:05:25 BAD V652' MFPT 1 BFP END BRG VIB (M1LS)
-0.17 0.00 3
5:38 CONT X955 TREND RECORDER OllT.06 3: 6: 8 CONT X955 TREND RECORDER OllT 06-03:06:25' NORM V652 MFPT 1 BFP END BRG VIB (MILS)
-0.16
'/
,1.00
.NC 03:06:30 CONT Z969 SG 2 ATM STM VENT VLV.
CLOS 03:07:27 CONT 2969.SG 2 ATM STM VENT VLV 3
7 48 CONT X957 TREND RECORDER OUT 08.
~
03:07:54 CONT 2969 SG 2 ATM STM. VENT VLV '
- 7.
NC.
03:08:00 CONT Z747 RC MU BATCH STOP VLV --
L NO
~
03:08:07 CONT 2020 BA PHP 2
" ;OFF
.. ~ -
. CLOS' 03:08:10 CONT Z746 RC-MU BATCH STOP VLV'.
03:08:12. FLAG G741 RC.MU BATCH FLO CMPLTD OR TRMNTD
' NORM ~,-
03:08:15 CONT G742 RC MU BATCH FLO ChPLTD OR TRMNTD
,YE S, - ~
03:08:16' CONT Z732 RC DIVERTING VLV OPEN TO-MU TK
'NO 03:00*25. CONT Z733 RC DIVERTING VLV"0 PEN TO WD SYS CLOS 38,8:3'S_ CONT X955 ' TREND RECORDER QUT,06
.]
~
- ~ ~ '
3 9: S CONT X955 TREND RECORDER OllT-06 '
03:11:03 CONT G545 ICS SG 2'LO LVL LIMI
'ON 03:11:09 FLAG G166 CNDS PHP RECIRC VLV NC
.03:11:12 CONT G534 ICS FW LIMITED BY REACTOR PWR
. NO RM_
03:11:41 CONT 0541.ICS REACTOR PWR LINITED BY FW _
ON 03:12:00 CONT Z733 RC DIVERTING VLV~OPEN TO WD SYS NC C3:12:06 FLAG G166 CNDS PMP RECIRC VLV NORM 3:12: 8 CONT X955 TREND RECORDER 00T'06.
03:12:10 CONT G742~ RC MU BATCH FLO CMPLTD OR TRMNTD c
- NO 03:12:10 CONT 2020 BA PHP 2 ON 03:12:10 CONT 2732 RC' DIVERTING VLV OPEN.TO MU TK WO 03:12:12 CONT Z746-RC MU SATCH STOP'VLV NC 03:12:15 FLAG G741 RC MU BATCH FLO CMPLTD'OR TRMNTD
.TRBL
'03:12:16 CONT Z969. SG 2 ATM STM VENT VLV
~
'~
CLOS 03:12:22 CONT Z747 RC MU BATCH STOP VLV WO 03:12:36 FLAG G166 CNDS PHP RECIRC VLV NC 03:12:42 NORM L352 DEAR STRG TK.1 LVL (FT)*
8.77-9.00
'03:13:17. CONT P977 T-G MSP 0FF
<03:13:29 CONT 0545. ICS SG 2 LO LVL LIMIT OFF
,03:13:37 FLAG G166 CNDS PHP RECIRC VLV NORM 3:13:44 CONT X955 TREND RECORDER OUT 04 l03:14:10 FLAG G166 ONDS PHP RFCIRC VLV NC 3:14:14 CONT X955 TREND ~ RECORDER OUT 06
!'3:14:44 CONT X955 TREND RECORDER OUT 06 (03:15:29. NORM L356 DEAR STRG TK 2'LVL (FT) 8.77 9.00 l03:16:06 FLAG G166 CNDS PHP RECIRC VLV.
NORM l 3:16.844 CONT X955 TREND RECORDER 00T OA i
3:17:44 CONT X955 TREND RECORDER OUT 06
,7 03:17:48 CONT G545 ICS SG 2.LO LVL LINIT ON fl*38:14 TLQR L X9lfo. 7RENfB f4@@GMi@ @U7 @@.
- ~ ~
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-0.02
-0.10
- 10.00
.~
l 3*19*14 CONT X955 TREND RECORDER OUT OA CURRENT DATE IS: JUNE, 9
1955 3 19:40 CONT X957 TREND RECORDER Clli 08 q
03*19:59 NORM V667 MFPT 2 MFP END BRG VIB-(MILS)~
-0.09 1.00 3:20:14 CONT X955 TREND RECORDER OllT 06 3:20:44 CONT X755 TREND RECORDER OLIT 06 I
/ 3:21:14 CONT X955 TREND RECORDER OllT 06 l03:22*26 HIGH F712 RD LOOP 1 HLG FLOW (MPPH')
137.80
-12397.18
' -12921.72 03:22:28 HIGH F714 R'C HLG TOTAL FLOW (MPPH) 147.00 03:22:37 FLAG Q166 CNDS PMP RECIRC VLV
- 4. -
l
- N C,g. _g.
r
.s
. ' r;*(
3 ",
. ; i L5; if 3:22:44 CONT X955' TREND RECORDER OllT 06 "
03:22:45 NORM T635 NFP 1 (LUR CASING-FW). TEMP-DIF E so.07 k-
.. -25.00 -
03:22:59 HIGH FS57' RC LOOP 1 HLG FLOW (HPPH)
S74.95',
D',41 2 3 9 7. 8 5.;.
.0. 00 "
g03:22:59. BAD V667,,MFPT 2 MFP END BRG VIh (MlLS)
~ 0.10. ',
+
f-3:23:44 CONT X955 TREND RECORDER OllT 06 03:23:45 LOW T635 MFP 1 (LWR CASING-FW) TEMP DIFF
-0.56
,'r 0.- 0 0 '
03:23:45 CONT 0742 RC Mll BATCH FLO CMPLTD OR TRMNTD YES' s
03:23:46 FLAG G741 RC MU BATCH FLO CMPLTD OR TRMNTD NORM. -
,0fF,'
j 00:23:46 CONT 2020 BA PHP 2 l03:23:46 CONT'Z747 RC 110 BATCH STOP ULV
,'NO 3,' -
)03:23:57 CONT Z746 RC HU BATCH STOP VLV CLOS..)~
~
103:23:50 CONT 2732 RC DIVERTING VLV OPEN TO MU TK 140 103:23:59 NORM V667 MFPT 2 MFP END BRG VIB (MILS)
-0.09
_1r. 0 0 _
I03r24:08 CONT Z733 RC DIVERTING VLV'OPEN TQ WD'SYS 5.
CLOS.!'i:
- ' ', ' d
~
1 3:24:14 CONT X955 TREND RECORDER OllT 06
- ~-
lO3:24:31 NORM T351 CRD VENT FAN'IN TEMP Y9185E' 106.72
' ' ' ~
' 1 6 0','0 0 '
'25'.00 ~
l03:24:45 NORM T635 MFP 1 (LWR C'ASING-FW). TEMP DIFF 0.02 I03:24:48 CONT Z969 SG 2 ATM STM VENT VI.V
.. CLO S ' '.. ?
l03:25:27 BAD V652 MFFT 1 BFP END BRG VIB (MILS)
. -0.17
'-'f. Z.0.007 '
NC l03:25:39 CONT 2969 03:25:'41 HIGH F696 MSR 2 IST'STG DT'DRN FLOW (KPPH) 17.75
_ f
'.11S".00
~
103:25: 46 LOW T635 MFP 1 (LWR CASING-FW) TEMP DIFF
' -O'.33
'.~
'O.00'
'03:25:47 CONT 2969 SG 2 ATM STM VENT ULV CLOS,,
i 03:26:11 CONT Z969 SG 2 ATM STM VENT VI.V NC l.g03:26:20 CONT Z969 SG 2 ATM STM VENTIVI.V
. CLOS..
l103:26:27 N'ORM V652 MFPT 1 BFP END BRG.VIB (MILS)
.-0.16 1,00 1 03:26:32' LOW T351 CRD VENT FAN IN TEMP,9385E 50.10
. 60.00 03:26:38 LOW P023 AllX STM 504 HDR PRESS 39.94
40.00
]O3:26:44 LOW C417 MSR.2 2ND STG DTEMP/DTIME (DFPM)-
-2.10
-2 00 T
~ ~ ~
03:26:46 NORM T633 NFP 1 (LWR CASING-FW) TEMP DIFF 0.15 25.00
'O N '
03'06:50 CONT ZO20 BA PMP 2
-0.10
'O.00 203:27:10 CONT ~2733 RC DIVERTING VLV OPEN TO WD SYS
, NC p, ',
}03:27:20 CONT 0742 -RC MU BATCH FLO.CMPLTD OR TRMNTD
'. ". NO:
l03:27:20 CONT Z732 RC DIVERTING VLV OPEN TO MU TK' WO 803:27322 CONT 2746 RC MU BATCH STOP VLV.
. J
'NC
~.
f03!'27:24 FLAG 0741 RC MU BATCH FLO CMPLTD OR'TRMNTD TRBL
~
!03*27:32 CONT Z747 RC MU BATCH STOP VLV WO 4 03:27t33 NORM T351 CRD VENT FAN IN TEMP,9185E 108.82
-160.00 03:27:44 NORM C417 MSR 2 2ND STG DTEMP/DTIME (DFPM)
-0.28 2.08 5 03:27:46 LOW T635 -MFP 1 (LWR CASING-FW) TEMP DIFF
-0.11 0.00 2:27:55 CONT X955 TREND RECORDER OllT 06 03:26:01 NORM V667 MFPT 2 MFP END DRG VIB (MTLS')
-0.09 1 00
- 3
- 28:11 CONT X955 TREND RECORDER Clli 06 l 3:23:41 CONT X955 TREND RECORDER OllT 06
'03:28:47 NORM T635 MFP 1 (LUR CASING-FW) TEMP DIFF 0.23 25.00
. CURRENT DATE IS: JUNE, 9
1985 t 3:29:12 CONT X955 TREND RECORDER 011T 06 I O3229:34 LOW T351 CRD VENT FAN IN TEMP,91'85E 50 10, 60.00 1
3:29:42 CONT X955 TREND RECORDER.OtlT 06
' 03:2?'346 CONT LO35 BA ADD TK 2 LVL HILO