Text

Rev 0 to TMI-1 Cycle 8 Core Operating Limits Rept
	ML20012D715
Person / Time
Site:	Three Mile Island
Issue date:	02/23/1990
From:	; GENERAL PUBLIC UTILITIES CORP.
To:	;
Shared Package
ML20012D713	List: ML20012D712; ML20012D715;
References
	067, 067-R00, 67, 67-R, NUDOCS 9003280279
	Download: ML20012D715 (26)
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.. _ _..

s

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1

'DG-1 Cycle 8 Ocre Operating Limits Report i

TCPIchL RIDGtr 067 i

Rev. O BA mmber.135400 i

i 1MI-1 Cycle 8 Roland 'mak Furom February, 1990 Mi t

M e Q J 2hoho Cycle 8 maland hak Ptras thairman Data' t

%-Ah 2.l 2.2.19 e i =,1NI Fual Projects Data k

~3.Uh 2 /4htc L

Di.ww, maclear Analysis & Fuals

/Date Y14 '

2l21 90 Plant Review W Date This CE R is Effective as of : Cple 8 Initial Criticality l

l I

ms 9003200279 900223 PDR ADOCK 0300 9

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F 9

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L

C TR 067 Rev. O Page 1 of 25 AIMmUCP 7his Core Operating Limits Report (CIXJt) has been prepared in acocedance with j

the requirqueants of TMI-17tudutical Specification 6.9.5.

The information in this report was reviewed and approved for une at 'DE-1 by means of the Cycle 8 Reload Desip Safety Evaluation TI-135400-009, Rev.1 dated February 1990.

Cycle 8 core aparating limits were generated using the NRC approved codes andThe methodologies defined by paterances 1 throu$1 5.

1he rod indsor, avtal power inhalanos, and W.rit tilt limits were than erre adjustad for cheervability and mammurumment uncertainties (Rafs 4, 5, and 6).

setpoint values are the cries prwidad in this (xxJt.1hame arrw adjusted alarm The cout figures may have three distinctly defined regions:

1. Permissible Region

2. Amstricted Region

3. Not Allowed Region (operation in this region is not allowed)

Inadvertant cparation within the Restricted Region fe a period not====4tg fcur (4) hours is not omsidered a violation of a limiting candition tz operation.

1he limiting criteria within the Amstricted Regicri are potential ejected red worth and Exs power peaking, sinom the probability of these accidents is very lew, especially in a fcur (4) hour tian frams, fr.icalant operation within the Austricted Regicrt for a period not amamiing four (4) hours is allowed.

~

l

'!R 067 Rev. O i

Page 2 of 25 i

i TMLE OF O2 MMS l

i References 3

l Full Incore Systes (FIS) operability Requirimments 4

Table 1 gandrant Tilt Limits 5

Figure 1 ErTw Mjustad M Insertion Limits 6

4 Map cperaticri j

Figure 2 Error Mjtasted M Insertion Limits 9

3 Ray Operation Figure 3 EtTw Mjusted M Insertiart Limits 12 2 Ray Operation Figure 4 Mll Inocre System Errw Mjustad 15 Tahalarios Limits I

Figure 5 Out-of ccre Detector Systaa EtTw Mjustad 18 Tuhalarme Limits Figure 6 Kiniaans Incore System Error Mjusted Tahmiance Limits 21 Delosure ( Ncrt-Tedt. W. Required Operathg Limits )

24 1

P

+

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TR 067 Rev. O i

Page 3 of 25 i

References:

Main Bodv 1.

GPLM Safety Evaluation TI-135400-009, "DE-1 Cycle 8 Reload," Jaruarf 5, 1990.

2.

GPLM 7tR 989, "DE-1 Cycle 8 Reload h&nical Evaluaticri," Jaruary 12, 1990.

3.

BhW-10152A, "N000(2 - A hiti-Dimensicral TWCMktap Reactor Simulate",

I June 1985.

t 4.

BhW-10122A Rev.1, "Nornal aparatirug 0:ritrols", May 1984.

5.

1sttar frcut J. H. Tayle (B6W) to J. A. Lav (imC), "Detanded Lifetian Inocro Detecta Errtr Allowanoms", April 21, 1988, JIE'/88-24.

6.

Sf7C Doc. No. 86-1172640 @, "Detecte Lifetian hetension Final Reptrt fcr TMI-1,* September 1988.

7.

Bf7C Doc. No. 46-1174620 00, "DE-1 Cycle 8 Ocre Limits & Setpojnts," June 1989.

8.

BhW-2087 Rev.1, "DE-1 Cycle 8 Ralcad Repts:t," August 1989.

Buggagg ( Non-%2. Spac. Required operating Limits )

1.

BAW-10143PA, "BdC Ctatrelation of Critical Heat Fitac", April 1985.

5 2.

BhW-10156A "LYNXT:

Ocre Transient thanual Hyttraulic Piw

", Petruary 1986.

Full Incore System (FIS)

Operability Requirements

The Full incore System (FIS) is operable for monNoring oxkW m Imbolonce provkled the number of volld Self Powered lieutron Detector (SPMD) alonale In any one p:-1-e.; le not less than 75 5 of the total number of SPND. In the quadrone.

Quadrant SPMDs 75 5 WX 85.75 64.50 XY 99.75 75.00 YZ 89.25 67.00 ZW 89.25 67.00 e The Full incore Syolem (FIS) is operable for monporing quadrant TIN provided the number of volgd symmetric ofring indMdual SPMD signols in any one quadrant is not less than 75 s (21) of the toeol number of SPNDe In the quadrant (28).

Quadrant Symmetric Strings WX 7,

9,32,35 W

((S XY 5,23,25,28 YZ 16, 19, 47, 50 ZW 11, 13, 39, 43 2.

Source Doc.

B&W 86-1172640-00 Referred To By : Tech. Spec. 3.5.2.4.o and 3.5.2.7.a

- 1, Table 1

Quadrant Tilt Limits Stoody State Limit Stoody State L*wnit Max'wnum Limit 15% < Power 150%

Indicated Power >50%

Indicated Power >15%

Fuit incere 6.77 %

3.77 %

' 6.8 %

System (FIS)

Out-of-Core Detector 4.05 %

' 96 %

' L.2 %

System (OCD)

Minimum incore 2.40 %

' 50 %

9.5 %

System (MIS)

?"M 1'g w%

Source Doc.

B&W 86-1174620-00 g

Referred To By : Tech. Spec. 3.5.2.4 g

= _ _ _

Figure 1 (Poge 1 of 3)

Error Adjusted Rod hsertion Limits 0 to 45 EFPD +/- 5 EFPD 4 Pump Operation e

i M 110 n,

(300,102)

$ 100 p

(62.9.102)

(268 5.102) p l

I NOT

90 ALLOWED REGION

/

]

(2' [5*' )/

/

ti 80-f J

W (24 f.5.78)

I 70

/

RE5TRiuw

/

REGION

/

o 60 -

)

/

o 50

, j j

(24.5.48)

/ (201.5.48) y

(

u 40 s

/

30

/

PERMISSIBLE i

/

REGION

/

20

)

/

if.(0

/

3 o.2 V(O'2.6) 0 -'.

0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220230240250260 210280290300 JIM Indicated Rod Index, % Withdrawn Eos Div.= 1% WD

%urce Dsc H&W 86-Ilf4620-00 Heferred to by Tecle Spec. 3 5 2.5 b and 3 5 2.4.e.2

A Figure 1 (Page 2 of 3)

Error Adjusted Rod bsertion Limits 45 +/-5 EFPD to 105 +/-5 EFPD 4 Pump Operation a

E sio i

I k

e (500 s02) d1:0-

' (82 ' '02)

(2s2.5.102) f r

j e

NOT r

y 1

" 90 ALLOWED

/

REGION

-(23s.s.90)

/

p 5

80

/

g g

l

/(241.5.r8)

[

RESTRICIw

]

7o._

j

/

REGION

/

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(24.5.48)

/ (201.5.48) 3

(

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PERMISS18tf~

3o_.

/

REGION f

/

ZG" r

7

)

/

g3]

(0.10.7)

. /

/

i (0.2.6) l 0 10 $0 30 40 50 60 70 80 90 100 110 120 130 140 Is0 160 170 180 190 200 210 220230240 230260 2702 J77 indicated Rod index, % Withdrawn Cocli Div.= 1% WD I'2 Source Doc O&W 86-1174620-00

~**

1 ger,, red to by Iecil S ec 3 $ 2.5 b ured 3 5 2.4.e.2 P

N*

t a

i Figure 1(Page 3 of 3)

Error Adjusted Rod insertion Limits K5 +/-5 EFPD to EOC 4 Pump Operation g

5 "0

_ KK

- -' ~

(300.soz) 6 100--

. 063 c.noz) g--

,_2. 3.,,,) f __

~~

(2, S.J 90a -

f

_.___ __.._ _.._ g o

80

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(24.s.7a) a_

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REGION REGION

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30"---

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- !- -y #---

/ /

10 2 -

- f a -

_ _ jp I

i e' (0.2.7) 0-

~

[

O 10 20 30 40 50 60 70 80 90 100 ISO 120 130 I40 150 360 170 880 190 200 280 220230 240 250260 270 280290500 II7

{8'g Indicated Rod index, % Withdrawn Each Div.:: 3% WD Souece Doc B&W 86-89/4620-00 1

l y,,....., o, r,a.. s,..<. 2.s 2.s u. 4 5 s 2.4.

2

~

w m -

D l

Figure 2 (Pbge 1 of 3)

Error Adysted Rod insertion Limits 0 to 45 +/-5 EFPD 3 Pump Operation g

,__r

~;-

" 80 -

r g

f (s3 o.ri) f{f

~ (300.771-

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t26e 7.n>

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REGION

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f-y io _

L ef.

. -._pc

/(0.t4) o-0 to 20 30 40 50 60 70 80 90 100 I10 120 130 140 150 160 170 880 890 200 210 220 230 240 250 260 210 280 290500 273 Indicated Rod index, % Withdrawn Mh Div.= I% we Sourc.e Doc B&W 86-18/4620-00 Refer e ed to by Tech. Spet 3 5 2.5 b and 3 5 2.4.e 2

.c 4

w....

R ure 2 (Page 2 of 3) 9 E_rror Adjusted Rod Insertion Limits 45 +/-5 EFPD fo 105 +/-S EFPD i

3 Pump Operofion

_m_

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20-l

., z ___'_.

i

/

10 -

g gg,g gy 4

-d#I 0-1 0 10 20 30 40-50 60 70 80 90 100 180 120 130 140 150 160 170 ISO 190 200 210 220230 240 250 260 270 280290300 JJ 2 *

- d

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E ch Di' = 8~ " D Indicoled Rod Index, % Withdrawn Soune Doc - B&W 86-1974620 -00 Refes s ed f a by Irt.ts Spet 3 5 2.5 ti und 3 5 2 4.e 2.

~

a Figure 2 (Pbge 3 of 3)

Ermr Adjusted Rod losertion Limits 05 +/-5 EFPD to EOC 3 Pump Operation

]lllli E 80

'~

~

n

- -- (300,77)-

g

[ (f63.9,77)

(262.7,77)

[-

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20-

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REGION

_ _/__,

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3o _.

(33.3,3.7) _

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'(0.2) 0-0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 ISO 170 180 190 200 210 220230240 250260 270280290300 yG E='hD"='*"8 SE Indicated Rod index, % Withdrawn Source Doc B&w 86-II14620-00 7"

Referred to by Tech _ Spec. 3 5 2.5 b and 3 5 2.4.e 2 5

_.y.

(

1 Figure 3 (Poge 1 of 3)

Error Adjusted Rod insertion Limits O to 45 EFPD +/-5 EFPD 2 Nmp Operation l

(300,52)

J (64.3.52'l

/

(269.I,52) is 50 r

)

o NOT

/

r 5

'-- ALLOWED /

j.

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__._ _ _ RESTRICTED

-- ~-

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REGION u*

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- --_l

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/

i

[

/

(20I.s.23) y o 20 j

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PERMISSIBLE

^

j

/

y

/

REGION

-c

/

10 - - /-

- -- - - 3p

/

A -

/

(0,5.3) 1 e

/

(0.0.3) g

. 30 40 50 60 70 80 90 100 110 120 130 140 ISD 160 170180190 200 210 220 230 240 250 260 270 280 290 300 a*5 0 10 20 E* D"' = 8 "D

Indicated Rod index, % Withdrawn u

Source Doc B&W 86-1814620-00

{

Ref er r ed to br Tects. Spet. 3.5 2 5 b orid 3 5 2.4.e.2 3

~ _.

T Figure 3. (Page 2 of 3)

Error Adjusted Rod insertion Limits

~

45 +/-5 EFPD to 105 +/-5 EFPD 2 Pump Operation tj j (s4.3.s21 3o_.

[

(2s3 i.s2) 7

.1

}

NOT

/

j

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REGION (2ss.s.44)

)

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m REGION

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RESTRICTED

[

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30--

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REGION

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l

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/

f- - -- -- -

-- ~

~

p

/

(0,s.3) i l [ '.3)

(0,0 0;g l

~

0 10 20 30 40 S0 50 70 80 90 100 ISO 120 t30 140 150 160 170 180 ISO 200 210 220230 240 250260 270 280290300 v.,

2*h Indicated Rod index, % Withdrawn Each Div.= 8% WD Source Doc Baw 86-III4620-00 o

Referred to by Tech. Spec 3 5 2.5 b and 3 5 2.4.e.2 u-

.. ~,

z

l L

w j

Figure 3 (Page 3 of 3)

Error Adjusted Rod insertion Limits 105 +/-5 EFPD io EOC g

2 Rump Operation

'I.

I-__

_ IITll~

T (300.s2) n 50 -- - --

(iss s.52) j (2s3.i.s2) ii

/

3 NOT

- -- - - -- - / -- --

ARDWED

/

(2ss.s.44)

-l 40- -._.- -.-_.- REGION

/

I

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u 3

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(241.s.38) l

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_ _ RESTRICE

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REGION

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(,3.3,,)

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(201.s.23) p i

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--- PERMISSIBE-

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REGION E

j

/

l s

10 - --- --- -- --- --

-I--y

//

J (s3.5.6.s)

/

i e (0.1. 3) 0 l

l-"

O 10 20 30 40 so 60 70 80 90 100 180 120 s30 140 150 160 170 ISO 190 200 210 220 230 240 250 260 270 280290300 a*$

indicated Rod Index, % Withdrawn -

Each Di' = 8% ' 8

~ o Source Doc B&W 86-1114620-00 y,,,,,.o.. o,.1,<n. sg.c 3 3 2 3 a o.

3 s 2.4.. 2

<I Figure 4-(Page'1 of 3)

_ ll Incore System

-u Error Adjusted Imbalance Limits 0 to 45 '

5 EFPD M

Page 15 of 25

_l l

l

-l l

l l

l

-l RESTRICTED REGION i

i i

(-15.9,102)

I l

10 0 (16.8.102)

-100

\\

(-16.0,92) h 90

-90 (2 0. 9,92).

h

/

.a

/

80

-80 (24.5,8 0)

(-26.8,80) l 10-i 70 60

- 60 m

a PERM!SSIBLE 50 1 - 50 REGION c'

=

'o 40-g _4o bo 30 j-30

.E 20 20 10 -

to

(-26. s,0)

(24.5,0)

-30

-d5 40

-15

-10

-S 0

I 10 15 2O 25' 30 in'dicated Axial Power imbalance, F.FP source Doc. B&W 86-1174620-00 and TDR 989 Recommendation 8.1 Each Div'=0.5 T. FP Referred to by Tech. Spec.- 3.5.2.7.a and 3.5.2.4.e.3 m

__m___ _ -. _ -. _.

_s.m_-_m.m...___- _ _ - _.

Figure 4 (Page 2 of 3)

FullIncore System Error Adjusted Imbalance Limits 45 5 EFPD to 105 5 EFPD

,%,,2s I I l l l l l l l l l i

RESTRICTED REGION

^

e i

i i i (7, 19.7.102)'

I I I 10 0 7

(24.5.102) 10 0

)

(-20.8,92) 90 3-90 (24.5,92)

Q

[

5 80

-80 (24.5,8 0) -

8 80) 70 70 1

60-t-60 j

PERMISSIBLE 50 -

i 50 REGION 1

Ct: -

~

'o 40 i

M -40 mS u

30 5 -30

.5 20 20 10 10

(-28.7,0) 0 (24.5,0) r r

r y

.r r

7 30 20

-15

-10

-5 0

5 to 15 20 25 30 35 r

e Indicated Axial Power Imbolence, %FP Source Doc. B&W 86-1174620-00 and TOR 989 Recommendation 8.1 cach oiv'=0'5 x re Referred to by Tech. Spec. 3.5.2.7.a and 3.5.2.4.e.3

-c.

v..

h.

H Figure 4 (Page 3 of 3)

Full Incore System Error Adjusted Imbalance Limits

.c 105 5 EFPD to EOC EU' o

Page 17 of 25 I I l l l l l l l l m

RESTRICTED REGION

(-20.3.102) 10 0 (24.5.10 %

100 -

(-2 0.'5.92) h 90 j.

S-90 (24. 5. 9 2).__

r

.5

/

l 80 :

O'-80 (24.5.80)

(-28.3.8 0) 70 70 60 L-60 i

2 PERMISSIBLE REGION 50 T -50 3

E

.o 40-g4 4o 33 30,

j,3o 5

.i; 20 20

.a 10 jo

(-28. 3.0) 0 (24.5.0) r r.

r

..r.

-i 30 -25

-20

-15

-10

-5 0

5 to 15 20 25 30 35 Indicated Axial Power Imbalance,7.FP Source Doc. B&W 86-1174620-00 and TDR 989 Recommendation 8.1 Each Div'=0'5 7. FP

' Referred to by Tech. Spec. 3.5 2.7.o and 3.5.2.4.e.3

-l Figure 5 Page 1 of 3)

Out-of-Core (Detector System Error Adjusted Imbalance Limits O to 45 5 EFPD

,o,,,,,,;

J l

i l

I i

iI i

RESTRICTED REGION

[

l "o ~.-

10 0 -

-H 9,1 2) f 1

I I

I (14.6.102) l

- 10 0

\\

j u

l(-12.3.92)]

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(16.8,92)- }

l 90

s-90 r

i 1

80

-80 (22.8,80)

-U. 8,8 0)

I l

l 70 -

- 70 60-g-60 j-PERMISSIBLE l

7 _ 50 REGION l

50-15 oc i

0 40-M -40 3.

l

!8 30-l 5-30 5

)

20-20 10 -

10 0:

(-22. 8. 0)

(22 8,0,)

7

-30

-25

-20

-15

-10

-5 0

5 10 15 20 25 30 1

1 indicated Axial Power Imbolence, %FP Source Doc. 8&W 86-1174620-00 cach Div.=0.5 re Referred to by* Tech. Sp6c. 3.5 2.7.b and 3.5.2.4.e.3

n.

Figure 5 Out-of-Core (Page 2 of 3)-

s Detector System Error Adjusted Imbalance Limits 45 5 EFPD to 105 5 EFPD I!;,$,,,,,

! I iiil iIiI RESTRICTED REGION

(-15 i.102) i 7

(20.0,iO2)

/

(-1s'. 8, s2) /

1

, 90 k

l J

90

'[

.E

\\

(20.4,92) 80

-80 (24.5,8 0) t

' 70 -

-70 60-g-60

[

PERMISSIBLE i

3 _50 REGION 50-

.e I

e 40-M -40

-.E I

8 30-5 -30

_c_.

20

.i 10 10 I

i

(- 24. 5. 0)

(24.5,0) 0 <, -

30 -25

-20

-15

-10

-5 0

5 to 15 20 25 30 35 Indicated Axial Power Imbolence,7.FP

' Source Doc. B&W 86-1174620-00 neh Div.-0.5 r-

-. Referred to by Tech. Spec. 3.5 2.7.b and 3.5.2.4.e.3

e

-Q;-

Figure '5 Out-of-Core (Page 3 of 3)

'f' Detector System Error Adjusted Imbalance Limits-10 5 5 EFPD to EOC f:;,$o,,,,.

p 1 i i l I I I i -l I l RESTRICTED REGION f'I,.1,102) f' (20.6,10 )

10 0 r

10 0 L

(-16.s.s2) j.

I L

l 90 Y

i h

= 90 l

_ (21. 0,92) -

I.

c g.

t

/

5

\\

a0 a-s0 (24.3.a 0)i p

( _,,, 3,,,)

1 B

70 -

70 60-g-60 L

I PERMISSIBLE J.30 REGION 30 O

40 1

M -40 t*

0 U

30 I

43-30

.5 I

l 20

-20 10,

i 10 I

l l

(-24. 3. 0)

(24.3.0) 0,

.c

.c 1

r 30 -25

-20

-15

-10

-5 0

5 10 15 20 25 30 35 r

Indicated Axial Power Imbalance, %FP Source Doc. B&W 86-1174620-00 oc Div.-0.s re Referred to by Tech. Spec. 3.5.2.7.b and 3.5.2.4.e.3

=

3 Figure 6 (Page 1 of 3 Minimum incore System) 1 Error Adjusted Imbalance Limits-0- to 45 5 EFPD f:;,Y,,,, 2 Jil1 I

I Ll I

RESTRICTED REGION l

10 0 -

(-a.s,102)

(3,i.3.102) i

-10 0

\\

h

[l

( ' 9.0,92) 3 f

1 90

- - 90 I(13 4.92) 3

/

_s

\\

'/

5 s0 4-s0 -

(1s.s, s 0) -

\\

_,,,,,, n)

I l

l 70-70-60 g-60 1

j PERMISSIBLE 50 -

3 _ 50--_ REGION

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o I

40 R -40 7

.8 i

30 5 - 30 1

5 L-20 20 "I

y 10 -

10 -

l 0<

( - 18. 7,0)

(18.8,0)

.c

~30

-25

-20

- 15

-10

-5 0

5 10 15 20 25 30 Indicated Axial Power Imbolence, %FP Source Doc. B&W 86-1174620-00 cach civ.=0.5x rP Ref erred to by Tech. Spec. 3.5.2.7.c and 3.5 2.'4.e.3

~

i D'

Minimum I(Page ~2 of 3)

Figure:6.

> s ncore System-

~

Error Adjusted imbalance. Limits 45 5 EFPD to 105 + 5 EFPD

[d,'ol2,,29 i iiIIililIl RESTRICTED REGION L

( 12.'2.ib2)

(i 4,in'2) l

(-13.2,92) k 90

--3 \\

(16.7,92l

/

k s0

-d-a0 (20 1 :0)-

i

( _,,, 3,,,)

il 70

-70 60 g-60 j

PERMISSIBLE i.30 REGION 50 o

Qt C

40-tt-40 D2 30-v5 -30 5

20 20 10 -

10

(-20. 3,0)

(20.5,0) 0,.

, 30 -25

-20

-15

-10

-5 0

5 10 15 20 25 30 35 Indicated Axial Power imbolonce, %FP Source Occ. B&W e6-1174620-00 toch Div.=0.5 x re Referred to by Tech. Spec. 3.5.2.7.c and 3.5.2.4.e.3

J..;

NO Figure 6 Page 3 of 3 Minimum I(ncore System)-

Error Adjusted Imbalance Limits 105 5 EFPD to EOC En' Page 23 of 2 ll RESTRICTED REGION I ie i 100

-(14.4.102)

--10 0

(-10.6,92)

}

S-e0

' (14.8,s2)

/

p 80 (17.7, 8 0)

(-17.7,8 0) 70 --

70 60- B 2

PERMISSIBLE T -50 REGION 50 y

oc 40-

--- M -40 I3 g-30 0

.E 20

- 20 10 10 0,-

(-17.7,0)

(17.7,0) r

.c r 30 20

-15

-10

-5 0

5 10 15 20 25 30 35

.c Indiected Axial Power Imbolonce,7.FP Source Dec. B&W 86-1174620-00 toch Olv.=0.5. re Referred to by Tech. Spec. 3.5.2.7.c and 3.5.2.4.e.3

- f

e.

-c, TR 067 Rev. O Page 24 of 25

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L t

W h-

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L Enclosure t

l Mon-Tech.. Spec. Required Operating Limite-L P

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- 5 5 5' - '

=~1 l -,.

iM.I 7 ~

y..

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Core Minimum DNBR Operating Limit The core minimum DNBR value os moosured wNh the NAS Thermot Hydraulle

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Package (Display 1 or 4) should not be less than 2.01 (1025 ICON 8R).

1

-l i

y Source Doc. : BAW 2087 i

i I

i a

i i

e 1

Et 1

g..O i

,M O $.

i O

k i

N~

(Je

.i

....

ML20012D715

Text

References:

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