Rev 1 to 'Seismic Analysis of Diesel Oil Tank T10

92C2750-C-001

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Client: c()~~rl\P,.-S f=>o&Jc-V" Cbmp- Calculation No. GOOI

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• S&A

JOB NO. 92C2750 SHEET I SUBJECT: COOl .....

of' 3<o -i:oi~ STEVENSON Revision I Seismic Analysis ofDiesel Oil Tank TIO

&. ASSOCIATES By Cl.t\A --re.]7 7 9 A . a structural-mechanical .

consulting CfllPneering 6rm Chlf.f{M 7 ?/'i' I~

1 Introduction

This calculati~n assesses the adequacy of the Palisades Plant Diesel Oil Storage Tank (TIO) for seismic loads. The seismic demand is based on the safe shutdown earthquake (SSE) as defined in the FSAR Update, which has a PGA of 0.20 g. The tank configuration is based mainly on drawings C-228, 5935-M-71-9-2 and 5935-M-71-2-3. ·The· tank was built to conform to Underwriters Laboratory standards, circa 1967.

Tank TIO is about 36' long and 12' in diameter, and has a wall thickness of 7/16" all around. The tank was constructed from steel plates butt welded together; shallow dished heads were used as end caps. The material is specified as "Mild Steel", which is assumed to be A285 plate, with a minimum specific yield stress of30 ksi. This material was commonly used for water and oil storage tanks and its yield strength is at the low end of the range for carbon steels [l,2].

·The tank rests on a long, relatively narrow concrete saddle. The saddle then rests on a 14' x 40' x 12" RIC slab. Four steel hold.down straps loop around the tank and"are anchored to the slab. The whole assembly was founded about 10' below grade and then back filled to provide cover oyer the tank body. The net effect is a tank embedded to about 3/4 of its height, with the remainder covered by a shallow mound. The configuration is shown in Appendix A and on draWi.ng C-228. '

The drawings did not provide all necessary information, so the following assumptions were made: '•

Major Assumptions

• Tank material is A285 grade C steel, fy=30 rcli . • Each saddle edge is less than about)' feetfrom the tank head, a nominal value of2' is used for·stress

calculations (32' saddle length) . · . · · · ·

Minor Assumptions

• The saddle bedding angle is 60 degrees • The height of the dished head is about l' • Diesel weight density is 51 lb per cu. ft.

The tank material assumption was explained above. The saddle length is an important assumption because it effects the assumed behavior of the tank. If the saddle to head distance is more than abouthalfthe tank radius (3!). then the stiffening effect of the head for saddle loads is not assured [2]. If the saddle edge-to-tank head distance is more then about 3' then the following analysis is not valid. ·

The bedding angle was based on available dimensions and on the assumption thatthe saddle long edge is about 6'' from the tank (saddle height of about 12" =RIC slab thickness). This is consistent with the to-scale drawing (C-228) and is very reasonable assumption. The height of the head is also based on the to-scale dra\'l'ing, and does n•>t have a significant effect on analysis results. The diesel weight is a typical value.

•

••• . .

•

STEVENSON & ASSOCIATES a structural-mechanical

consulting engineering furn

JOB NO. 92C2750 SUBJECT: COOl

Seismic Analysis of Diesel Oil Tank TIO

SHEET 2

2 Method of Analysis

The tank is assumed to be full, and the weight of the soil over the tank was included. The response spectrum/equivalent static load method is used to detennine applied loads. Spectral damping is not important since the tank will be shown to respond in the rigid range of the SSE ground RS .. The transverse horizontal load is combined absolutely with the vertical load ( ±). The longitudinal load does not contribute to the governing stresses.

By inspection, for a 0.20 g acceleration, the longitudinal load on the tank can be withstood by friction. The failure mode is assumed to be tank wall overstress or saddle bearing overstress for vertical and transverse loads·.

The assumed behavior of the tank/soil system for vertical and transverse loads is summarized below:

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•

•

AwaY. from the saddle ends, some of the tank load is carried by ring action directly.to the saddle. tl~is is limited by yield of the tank wall due to circumferential bending stress The active pressure of the surrounding soil will tend to relieve some of the tank/saddle loads, and will tend to increase the ring bending capacity (i.e., the soil will carry some of the load and confine the tank) Loads not carried by ring action or the soil will travel to the head-stiffened ends of the tank via global bcrnn action, where they are transferred back to the edge of the saddle [2]

There is conservatism-in the assumed beha'(ior:

• Passive pressure of the soil will tend to prevent passage of horizontal load frorri the tank to the s.addle, this is probably a large conservatism ;,

• Passive pressure of the soil will result in the ~.pit picking up more load as the tank x-section bulges, it is not included

·• The full weight of the soil over the tank is included in the load calculation, when soil arching would tend to reduce this load

• The vertical seismic acceleration is combined absolutelv with the transverse, an SRSS combination ma\' be "" . - .

considered

Global beam load transfer and stress analysis will generally follow a procedure developed by L.P. Zick [2] for till' design of saddle supports. Because it is a design procedure it is likely to have inherent conservatism. The procedure is a commonly cited reference for the analysis of horizontal tanks.

The procedure assumes an above ground horizontal tank supported on two saddles. It is adapted to this case using the assumed behavior above. The shear load input to the analysis, which is 1/2 the total vertical load for the typical case, is 112 the net load (net load = total load - soil load - ring load) for this case.

·Zick assumed saddle angles of 120 and 150 degrees, which are common. Tank TlO saddle has a bedding angle of only 60 degrees. This is a significant extrapolation beyond the common configuration, but is considered acceptable because the relative difference in actual horizontal bearing width (i.e., the distance between the horns of the saddh.:s) is not as great as the difference in bedding angles and because the surrounding soil will tend to increase the effecti vc bedding angle. In addition, examination of Zick's stress factors show, as expected, they increase significantly '' itli smaller bedding angles (Appendix A), indicating the procedure is flexible.

• S&A

JOB NO. 92C2750 SHEET j SUBJECT: COOl ... ..

STEVENSON Seismic Analysis of Diesel Oil Tank TIO Revision I & ASSOCIATES a structuRl-mechanical By CU ;;J7 Jq 4 .

consulting engineering 6nn

C~7°MT '°;t('?/iy

The presence of a horizontal load on the tank is not considered by Zick. A transverse load results in a radial saddle load offset from vertical. This is likely to result in higher stresses on one side of the saddle. To account for this the offset will be limited to about 15 degrees and the resulting local stresses at the saddle will be increased by a 1.5 factor.

The following tank stresses will be checked:

• Global bending stress at the center of the tank • Local shear stress near the saddle edge • Local circumferential bending stress + direct stress at the horn of saddle near edge

In addition concrete bearing stress will be check near the saddle edge. The tank is assumed to be at atmospheric pressure, since any internal pressure will tend to reduce the circumferential tank wall moments which will be shown to dominate.

3 Accep~a~ce c·riteria,.

The tank stresses will be compared to the limits recommended by Zick. The tank yield stress· is 30 ksi for A285 material. Concrete bearing allowable is per ACI 3 iB for f'c of 3 ksi (3 ksi per C-228 and specification C30. Class A concrete).

.·)

Item Allowable Stress Comments (ksi).

Tank wall local shear near 24 0.8fy saddle Tank wall cicumferential 37.5 1.25~ stress at saddle horn Tank wall global bending 15.0 0.5fy

·stress Concrete bearing 2.55 fb = cj>0.85f'c~ cj>=l.0

Table I - Acceptance Criteria ·

Note that the moment buckling stress of the tank was checked per NASA SP-8007 and found to be substantially more than fy.

•

•

S&A JOB NO. 92C2750 SHEET 4 SUBJECT: COOl

··-STEVENSON Seismic Analysis of Diesel Oil TankTIO Revision· I

& ASSOCIATES

By~ ~7_7 7ci4 a stru<tural-meehaniCal -consulting enginccrintl fiim

Chk. TM 11

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4 Analysis and Results

The details of the analysis are included in Appendix A. Fonriulae used to develop loads and stresses are presented there. Key input parameters can be found summarized in attached spreadsheets.

The results will be summarized in this section. The loading condition of downward seismic acceleration was shown to control.

Item Value

Tank weight 236 kips Overhead soil weight 83 kips Horizontal seismic acceleration 0.20 g Vertical seismic acceleration 0.13 g Vertical load carried by soil 166 kips Loaq carried by ring action 72.2 kips Load carried to tank head 64 kips ·

Table 2 - Appliyd loads

;,

Item , ·~ Applied Stress Allowed/ Applied (ksi) (ksi/ksi)

·Tank wall local shear 10.2 .. 2.4 stress near saddle Tank wall cicumferential 37.4 l.O stress at saddle horn Tank wall global bending 9.2 .1.6 stress Concrete bearing stress .37 6.9

..

Table 3 - Stress levels for applied loads

S&A JOB NO. 92C2750 SHEET 5 SUBJECT: COO l

··-

STEVENSON Seismic Analysis of Diesel Oil Tank TIO Revision I & ASSOCIATES 1 strucnu.!-meclw1icll By ~ C?/7 )'")4

consulting ~eerins 6rm

Chk. y/"11" ~I {/ict

5 Conclusion

The tank and saddle stresses are below the allowable stresses, therefore the tank configuration is adequate for the postulated safe shutdown earthquake. The minimum allowed stress to applied stress ratio was 1.0, con~rolled by local circumferential stress at the end of the saddle.

The procedure used to develop loads was conservative, mainly because credit for the load carrying ability of the soil fill was set at conservative levels. This results in higher tank-to-saddle loads and local stresses. In addition, the stress analysis procedure used is presented as a design procedure in reference 2, as is likely to have inherent conservatisms. ·

The analysis assumed that the saddle edge to tank head distance is less than 3 feet, resulting in a head stiffened shl.!11 near the end of the saddle. If the distance is more than about 3 feet, the analysis is not valid, although the tank may still be adequate.

6 References

l. Brockenbrough, R.L., Johnston, B.G., Steel Design Manual, USS ·corporation, January 1981. ·~

2. Zick, L.P., "Stresses in Large Horizontal Cylindrical Pressure Vessels on Two Saddle Supports", Welding Research Supplement, p. 435, September 1951. ··l

3. ·Roarke, R. and Young, W., Formulas for Stress and Strain, 5th Edition.

4. Palisades Plant Final Safety Analysis Report Update, Consumers Power Company, April 1993.

5. Bechtel Drawings Job 5935, C-228 Rev. 4; C-7 Rev. 27.

6. Bethlehem Steel Drawings Job G-1194, B-1832 Rev. l; D-2583 Rev. 2.

7. Buckling of Thin-Walled Circular Cylinders, NASA SP-8007, National Aeronautics and Space Administraticin. August 1968.

8. Building Code Requirements for Reinforced Concrete, American Concrete Institute, ACI-318-83.

Appendix A - Tank Seismic Analysis (attached)

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164.S 31.0 0.39 19.89

167.8 24.4 0.32 16.10 '•

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'7 2.CZ7S )-:-- coo1

Param - Value Dim

R 72 in

Lt 36 ft

v 4071.971088 Cu. ft

rhof 51 lb/cu. ft

th 4.38E-01 in

Ls 3.20E+01 ft

f'c 3000 psi

fy 36000 psi

PGA 0.2 g

alpha 30 degrees

rhos 100 lb/cu. ft

Ko 0.4 psi/psi

Wt 235900.3021 lbs

Ws 82624.7736 lbs

Ve 3673.90149 Cu. ft

Fb 166559.9979 lbs

beta.in 14 degrees

Ahx,in 0.205504812 g

Nr 200389.6415 lbs

theta,b - - -.. 32 degrees

rho,e 20 lb/cu. ft

wb 39.6917835 in

pd · 188.49558 lb/in p 64003.66937 lbs

· fcb 368.5752781 psi

.85f'c/fcb 6.91853239

A 24 in

H 12 in

KT 0. 794237581 psi/psi

fie 9246.286294 psi

K2 3:36 psi/psi · tsx 6827.058067 I psi

1.5 tsx 10240.5871 psi

K3 0.031 psi/psi

fcs -24911.79556 psi

1.5 fcs -37367 .69334 psi

•

T10DN.XLS

Comments

Tank Radius

Tank length

Tank fill (diesel)

fuel density

Tank wall thick

Saddle length

Concrete strength

Tank yeild

PGA for SSE

1 /2 Saddle arc

soil density

Coeff of lateral force

Total tank wt -Soil wt

Eff. volume below grade

Est. bouyant force

Effective beta (reaction force angle)

Max Ah

Reaction force for trial beta

Effective-saddle .bedding arc_ .. Fuel carried by ring action

Bearing width

Distributed reacifon force along saddle

Concentrated reaction force at end .-, Concrete bearing for 1 o•t strip at end of saddle

Stress ratio

Saddle edge to head

Dished head width

Stress factor

Long bending stress at tank center

Stress factor per Zick Tank wall shear stress at saddle oer Zick

Est . tank wall shear stress at saddle

Stress factor per Zick

Tank wall~~tress at saddle per Zick

Est . tank waif'~ 'stress at saddle

Ref

Drwg C-228

Drwg 5935-M-71-9-2

Max volume, approx. 30,000 gallons

Diesel, assume s·imilar to kerosene

Drwg 5935-M-71-9-2

Est from C-228

Drwg C-228 (Class A concrete)

AISC, assume A-46 per 5935-M-71-9-2

FSAR

Estimated from Drwg C-228

Sandy soil

Sandy soil

-28 I

Diesel @ 50 lbs/cu ft., steel @ .283 lbiin3.

see calc. section A. 1

Eff grade about 590' near tank

see caic. section ft.. 2

Trial, see calc. section A.1

see calc. section A.1 ,. . . -- -

see calc. section A.4 anc:I A. 7

see calc. section A.O


see calc. section Z. 3


OK if> 1.0, per ACI 318

Max allowed per assumptions

Est. from drwg 5935-M-71-9-2.

see calc, section A. 7


see calc. section A. 7 see calc. section A. 7

Increase for non-symmetric saddle load


see calc. se.ction A. 7

Increase for non-symmetric saddle load

TANK T-10 Analysis - Capacity Calculation

p 29

<=j2 (21?<.) -(OJI T10UP.XLS

Pa ram Value Dim Comments Ref

R 72 in Tank Radius Drwg C-228

Lt 36 ft Tank length Drwg 5935-M-71-9-2

v 4071.971088 Cu. ft Tank fill (diesel) Max volume, approx. 30,000 gallons

rhof 51 lb/cu. ft fuel density Diesel, assume similar to kerosene

th 4.38E-01 in Tank wall thick Drwg 5935-M-71-9-2

ls 3.20E+01 ft Saddle length Est from C-228

f'c 3000 psi Concrete strength Drwg C-228 (Class A concrete)

fy 36000 psi Tank yeild AISC, assume A-46 per 5935-M-71-9-2

PGA -0.2 g PGA for SSE FSAR

alpha 30 degrees 1 /2 Saddle arc Estimated ·from Drwg C-228

rhos 100 lb/cu. ft soil density Sandy soil

Ko 0.4 psi/psi Coeff of lateral force Sandy soil

Wt 235900.3021 lbs Total tank wt Diesel @ 50 lbs/cu ft., steel @ .283 lb/in3

Ws 82624.7736 lbs Soil wt see calc. section A.1

Ve 3673.90149 Cu. ft Eff. volume below grade Eff grade about 590' near tank

Fb 127352.1212 lbs Est. bouyant force see calc. section A.2 .. I

beta.in 17.7 degrees Effective beta (reaction force angle) Trial, see calc. section A.1

Ahx,in 0.201171811 g Max Ah see calc. section A. 1

Nr .. 15.6089.8865 lbs Reaction force for trial beta . Effective saddle bedding arc

.. . .. - .. theta,b 24.6 degrees

rho,e 16 lb/cu. ft Fuel carried by ring action see calc. section A.4 and A. 7

wb 30.67637895 in Bearing width see calc. section A.0

pd 150.796464 lb/in Distributed readion force along saddle see calc. section A.3

p 49092.02218 lbs Concentrated reaction force at end see calc. section Z.3 •")

fcb 365. 7874242 psi Concrete bearing for 1 o•t strip at end of saddle see calc. section A.6

.85f'clfcb ·. 6.971262081 Stress ratio .. OK if> 1.0, per ACI 318

A 24 in Saddle edge to head Max allowed per assumptions

H 12 in Dished head width Est: from drwg 5935-M-71-9-2

Kt 0. 794237581 psi/psi Stress factor see calc. section A. 7

fie 7092.076068 psi Long bending stress at tank center see calc. section A. 7

K2 3.36 psi/psi Stress factor per Zick see calc. section A. 7

tsx 5236.482366 IPSi Tank wall shear stress at saddle oer Zick see calc. section A. 7

1.5 tsx 7854.723549 psi Est . tank wall shear stress at saddle Increase for non-symmetric saddle load

K3 0.031 psi/psi Stress factor per Zick see calc. section A. 7

fcs -19107.81729 psi · 1f .JfiiaY "' Tank wa r stress at saddle per Zick see calc. section A. 7

1.5 fcs -28661. 72593 psi Est . tank wal~~tress at saddle Increase for non-symmetric saddle load

TANK T-1 O Analysis - Capacity Calculation

,·')()-coo,· • K2K3CALC:XLS

Theta Beta alpha alpha

degrus degrees degrus · rad

150.0 105.0 99.75 1.74

120.0 120.0 114 1.99

60.0 150.0 142.5 2.49

50.0 155.0 147.25 2.57

40.0 160.0 152 -~ 2.65 --"

~

Theta Beta Beta s

degrus degrus rad dim'less

150.0 105.0 1.83 0.97

120.0 120.0 2.09 '! 0.87

. 60.0 150.0 2.62 0.50

50.0 155.0 2.71 0.42

40.0 160.0 2.79 0.34

Stress Factors

s c

dim'less dim'less

0.99 -0.17

0.91 -0.41

0.61 -0.79

0.54 -0.84

0.47 -0.88

c r

dim'less s!Beta

-0.26 .0.53

-0.50 0.41

-0.87 0.19

-0.91 0.16

-0.94 0.12

~-. ~ 6/20/q~

K2

dim'less

0.49

0.88 ,·,3.36"

4.47

6.18

K3

dim'less

-7.92E-03

-l.32E-02

-3.06E-Oi

-3.46E-02

-3.89E-02

f ~/ P.<¥ Z;r (

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Evaluation No.: EA-POC0007899-SEWS-EC26

PALISADES NUCLEAR PLANT GIP Rev 2, Corrected, 2/14/92

SCREENING EVALUATION WORK SHEET (SEWS) Status: Yes Sheet 1 of 9

ID: EC-26 ( Rev. 0) I Class: 20. Instrumentation and Control Panels arid Cabinets Description: DG-1/2 CONTROL PANEL Building : AB I Floor El. : 590.00 Room, Row/Col: 116B Manufacturer, Model, Etc. :

SEISMIC CAPACITY VS DEMAND

1. Floor elevation where equipment receives seismic input 590.00 2. Floor elevation of seismic input below about 40' from grade (grade= 590.00) Yes 3. Equipment has fundamental frequency above about 8 Hz (est. frequency = 11.00) Yes 4. Capacity based on: I 1.00 *Bounding Spectrum 5. Demand based on: I 1.00 *Design Basis Ground Response Spectrum

3.000

-

----

G--

LOG-

- ----·----·----·-------- ... -- ·--- -._ -- .. .......... --. -~ ---. --~ ---. -- -- .. --- . -- -. -----· --

0.-100 I I I I I I I I I I I

1.00 LOG Hz 40.00 __ .Capacity ..... Demand

File Record Capacity F:\GIP\GIP\spectra.des· · . LabellBounding Spectrum Demand 1 F:\GI P\PROJ003C\spectra .des BUILDINGIGROUNDIELEVATIONl590'1LOCATIONIALLIDI RECTIONI

' HORIZONTAL Demand 2 F:\GIP\PROJ003C\spectra.des BUILDINGIGROUNDIELEVATIONl590'1LOCATIONIALLIDIRECTIONI

HORIZONTAL

Does capacity exceed demand?

••

.. '. ...~~l '""1 ii~::;r .,..::~· a;~;;:



• SCREENING EVALUATION WORK SHEET (SEWS) Status: Yes Sheet 2 of 9

ID: EC-26 ( Rev. 0) I Class: 20. Instrumentation and Control Panels and Cabinets Description: DG-1/2 CONTROL PANEL Building : AB I Floor El. : 590.00 Room, Row/Col : 116B Manufacturer, Model, Etc. :

CAVEATS - BOUNDING SPECTRUM

l&C/BS Caveat 1 - Earthquake Experience Equipment Class. Yes l&C/BS Caveat 2 - Computers and Programmable Controllers Evaluated Separately. N/A l&C/BS Caveat 3 - Strip Chart Recorders Evaluated. Yes l&C/BS Caveat 4 - Structural Adequate. Yes l&C/BS Caveat 5 - Adjacent Cabinets or Panels Bolted Together. Yes l&C/BS Caveat 6 - Drawers or Equipment on Slides Restrained. Yes l&C/BS Caveat 7 - Doors Secured. Yes l&C/BS Caveat 8 - Sufficient Slack and Flexibility of Attached Lines. Yes l&C/BS Caveat 9 - Adequate Anchorage .. Yes l&C/BS Caveat 10 - Potential Chatter of Essential Relays Evaluated. Yes l&C/BS Caveat 11 - No Other Concerns. Yes

Is the intent of all the caveats met for Bounding Spectrum?

ANCHORAGE

• 1. The sizes and locations of anchors have been determined. Yes 2. Appropriate equipment characteristics have been determined (mass, CG, natural freq., Yes

damping, center of rotation). ;

3. The type of anchorage is covered by the GIP. Yes 4. The adequa.cy of the ancho~age installation has been evaluated (weld quality and length, Yes

nuts and washers, expansion anchor tightness, etc.) 5. Factors affecting anchorage capacity or margin of safety have been considered: embedment Yes

length, anchor spacing, free-edge distance, concrete strength/condition, and concrete cracking.

6. For bolted anchorages, any gaps under the base are less than 1/4 . Yes 7. Factors affecting essential relays have been considered: gaps under the base, capacity Yes

reduction for expansion anchors. 8. The base has adequate stiffness and the effect of prying action on anchors has been Yes

considered. 9. The strength of the equipment base and the load path to the CG is adequate. Yes 10. The adequacy of embedded steel, grout pads or large concrete pads have been evaluated. Yes 11. The anchorage capacity exceeds the demand. Yes

Are anchorage requirements met?

•

•

•


PALISADES NUCLEAR PLANT GIP Rev 2, Corrected, 2/14/92 SCREENING EVALUATION WORK SHEET (SEWS) Status: Yes

Sheet 3 of 9 ID : EC-26 (Rev. 0 ) I Class: 20. Instrumentation and Control Panels and Cabinets Description: DG-1/2 CONTROL PANEL Building : AB· I Floor El. : 590.00 Room, Row/Col : 116B Manufacturer, Model, Etc. : .

INTERACTION EFFECTS

1. Soft targets are free from impact by nearby equipment or structures. Yes 2. If the equipment contains sensitive relays, it is free from all impact by nearby equipment or Yes

structures. 3. Attached lines have adequate flexibility. Yes 4. Overhead equipment or distribution systems are not likely to collapse. Yes 5. No other adverse concerns were found. Yes.

Is equipment free of interaction effects?

IS EQUIPMENT SEISMICALLY ADEQUATE?

COMMENTS

SRT: Djordjevic/Anagnostis Date: 7/7/93 ·

REF: CPCo Drwg # M12 Sheet 107, Rev. 5, 3/8/91.

Photo: 4-44,45,46

Cabinet contains es.sential relays and relays are on the low ruggedness list.

Anchorage: Sitting on 4" concrete pad. Dimensions are 66"W x 60"D x 90"H. Anchored by 6 3/4" expansion anchors, two of the anchors had excessive projections, 1 was shimmed about 1/2" and the other about 1.5". The anchor analysis was run without these bolts. Assumed thickness of 7 gage steel (0.18 in.) to estimate cabinet weight of 4700# using tabl~ C.1-1 of the GIP. Safety factor is 0.98 and cabinet is judged to be OK based on· the conservative assumptions made in the analysis. ·

Evaluated by: Date:·

.C\--- 1? I ') o Owner's Review: _______ ... ,/.'"""""'~'"""""~~,,.· ::......;t,._·· ..:..L__,,_t..:;.j....c.1~v9-·..::.·_v=---- Date:

Attachment: Pictures Attachment: ANCHOR Report

~ .. ... !' •1 ......

,/ ...



Sheet 4 of 9 ID : EC-26 ( Rev. 0 ) I Class : 20. Instrumentation and Control Panels and Cabinets Description : DG-1/2 CONTROL PANEL Building : AB I Floor El. : 590.00 Room, Row/Col : 116B Manufacturer, Model , Etc. :

PICTURES

Figure 1: EC-26 Figure 2: EC-26

Figure 3: EC-26

Evaluation No. : EA-POC0007899-SEWS-EC26

PALISADES NUCLEAR PLANT GIP Rev 2, Corrected , 2/14/92 SCREENING EVALUATION WORK SHEET (SEWS) Status: Yes

ID : EC-26 ( Rev. 0 ) I Class : 20. Description : DG-1/2 CONTROL PANEL Building : AB Manufacturer, Model , Etc. :

ANCHOR Report

Earthquake : Response Spectrum : SSE Frequency : User - 11.00 Percent Damping : User - 5.00

Spectral Values : Direction Acceleration (g's) North - South 0.44 East - West 0.44 Vertical 0.26

I Floor El. : 590.00

Angle (N-S Direction makes with the X Axis) : 0.00 Combination Criteria : SRSS

Weights: Number of Weights : 1

No Weight x y

Sheet 5 of 9 Instrumentation and Control Panels and Cabinets

Room, Row/Col: 116B

z 4700.00 30.000 33.000 45.000

Forces: Number of External Forces : 0

Moments : Number of External Moments : 0

Allowables : Anchor : Number of Anchor types : 1

No. Dia Manufact 1 3/4 Other

Concrete : Ultimate Stress : 3000.00 psi. Reduction Factor : 0.85

Product Unknown Expansion

Anchor

Tension Shear Ultimate Ultimate Inter Inter Saf Tension Shear Coe ff Coe ff Fact 4690.00 5480.00 1.00 0.30 1.00

•



Sheet 6 of 9 ID : EC-26 ( Rev. 0 ) I Class : 20. Instrumentation and Control Panels and Cabinets Description : DG-1 /2 CONTROL PANEL Building : AB Manufacturer, Model , Etc. :

Allowable Stress : 30600 psi.

Surfaces: Number of Surfaces : 1 Surface Orientation

Direction Comp

No Nx 1 0.000

Geometry: Anchor : Number of Anchors : 4

Direction Comp

Ny 0.000

I Floor El. : 590.00

Direction Comp

Nz 1.000

Anchor Pattern for Surface# 1

Legend for Anchor Patterns

Anchor Bolts :

Concrete Lines : 1-1 Concrete Points: 1- 1 Weld Lines: 1- 1

Room, Row/Col : 116B

•



Sheet 7 of 9 -

ID : EC-26 ( Rev. 0 ) I Class: 20. Instrumentation and Control Panels and Cabinets Description: DG-1/2 CONTROL PANEL Building : AB I Floor El. : 590.00 Manufacturer, Model, Etc. :

An ch x No. Id Coo rd 1 1 10.250 2 . 1 11.000 3 1 28.750 4 1 51.000

Concrete Lines : # of elements per line : 10 Number of Concrete Lines: 4

Start Start No X-Coord Y-Coord 1 -1.500 3.000 2 -1.500 63.000 3 60.000 4.500 4 0.000 4.500

Concrete Points : Number 0f Concrete Points : 0

Weld Lines: # of elements per line : 5 Number of Weld Lines : o

y

Coo rd 3.000

63.000 3.000

63.000

Start Z-Coord

0.000 0.000 0.000 0.000

Determination of Reduction Factors : Reduction Factor Input for Anchor #.1

Adequately Installed : Yes Gap at Threaded Anchor: 0.00 in. Edge Distance - Edge 1 : 3.00 in.

z Coo rd

0.000 0.000 0.000 0.000

End X-Coord

61.500 61.500 60.000 0.000

Crack Size: 0.000 in. - Cracks Affect<= 50% Bolts Essential Relays in Cabinet: Yes

Surf Id 1 1 1 1

End Y-Coord

3.000 63.000 61.500 61.500

Adequate Equipment Base Strength and Structural Load Path: Yes Embedm~nt Steel and Pads Adequately Installed : Yes

Reduction Factor Input for Anchor# 2

Adequately Installed : Yes Gap at Threaded Anchor : 0.00 in . Edge Distance - Edge 1 : 3.00 in. Crack Size : 0.000 in. - Cracks Affect <= 50% Bolts Essential Relays in Cabinet : Yes Adequate Equipment Base Strength and Structural Load Path : Yes

. Room, Row/Col : 116B

End Sf Line Z-Coord Id Width

0.000 1 3.000 0.000 1 3.ooo· 0.000 1 3.000 0.000 1 3.000



. ~ Sheet 8 of 9 ID : EC-26 ( Rev. 0 ) I Class: 20. Instrumentation and Control Panels and Cabinets Description: DG-1/2 CONTROL PANEL Building : AB I Floor El. : 590.00 Manufacturer, Model, Etc. :

Embedment Steel and Pads Adequately Installed: Yes

Reduction Factor Input for Anchor #.3

Adequately Installed : Yes Gap at Threaded Anchor: 0.00 in. Edge Distance - Edge 1 : 3.00 in. Crack Size: 0.000 in. - Cracks Affect<= 50% Bolts Essential Relays in Cabinet: Yes Adequate Equipment Base Strength and Structural Load Path: Yes Embedment Steel and Pads Adequately Installed: Yes

Reduction Factor Input for Anchor# 4

· Adequately Installed : Yes Gap at Threaded Anchor: 0.00 in .. Edge Distance - Edge 1 : 3.00 in. Crack Size: 0.000 in. - Cracks Affect<= 50% Bolts Essential Relays in Cabinet: Yes Adequate Equipment Base Strength and Structural Load Path: Yes Embedment Steel and Pads Adequately Installed: Yes

Reduction Factors Data Current: Yes ·

Anc Pall/ Pallrl No Id Vall Vallr RT RN RL RG RS RE 1 1 633.15 NIA 0.60 1.00 x 1.00 1.00 0.40

592.66 NIA 0.60 1.00 x 1.00 1.00 0.25 2 1 633.15 NIA 0.60 1.00 x 1.00 1.00 0.40

592.66 NIA 0.60 1.00 x 1.00 1.00 0.25 3 1 . 633.15 NIA 0.60 1.00 x 1.00 1.00 0.40

592.66 NIA 0.60 1.00 x 1.00 1.00 0.25 4 1 633.15 NIA 0.60 1.00 x 1.00 1.00 0.40

592.66 NIA 0.60 1.00 x 1.00 1.00 0.25

Legend· N/A = Not Applicable Pall = Allowable Pull without Reduced Inspection Vall = Allowable Shear without Reduced Inspection Pal Ir = Allowable Pull with Reduced Inspection Vallr =Allowable Shear with Reduced Inspection * =Outlier x = Reduction Factor Not Used RT = Reduction Factor for Type of Anchorage RN = Reduction Factor for Installation Adequacy RL =Reduction Factor for Embedment RG = Reduction Factor for Gap at Anchors RS = Reduction Factor for Spacing

Room, Row/Col : 116B

RF RC RR RP RB RM 0.75 1.00 0.75 1.00 1.00 1.00 0.95 1.00 0.75 1.00 1.00 1.00 0.75 1.00 0.75 1.00 1.00 1.00 0.95 1.00 0.75 1.00 ·1.00 1.00 0.75 1.00 0.75 1.00 1.00 1.00 0.95 1.00 0.75 1.00 1.00 1.00 0.75 1.00 0.75 1.00 1.00 1.00 0.95 1.00 0.75 1.00 1.00 1.00



• SCREENING EVALUATION WORK SHEET (SEWS) Status: Yes Sheet 9 of 9 -- -·· - -

ID : EC-26 ( Rev. 0 ) I Class: 20. Instrumentation and Control Panels and Cabinets Description: DG-1/2 CONTROL PANEL Building : AB I Floor El. : 590.00 Room, Row/Col: 116B Manufacturer, Model, Etc. :

RE = Reduction Factor for Edge Distance RF = Reduction Factor for Concrete Strength RC = Reduction Factor for Concrete Cracks RR = Reduction Factor for Essential Relays RP = Reduction Factor for Base Stiffness and Prying Action RB = Reduction Factor for Base Strength and Load Path RM = Reduction Factor for Embed. Steel and Pads

Analysis Results : Analysis Performed : Yes

Type of Analysis : Regular Spectral Accelerations (G's)

No N-S E-W Vertical Safety Factor 1 0.442 0.177 0.102 0.978 2 -0.442 -0.177 -0.102 0.978

• _3 -0.442 0.177' 0.102 0.978

4 0.442 -0.177 -0.102 0.978 5 0.442 -0.177 0.102 0.978 6 -0.442 0.177 -0.102 0.978 7 0.442 0.177 -0.102 0.978 8 -0.442 -0.177' 0.102 0.978 -9 0.177" 0.442 ' 0.102 0.978 10 -0.177 -0.442 -0.102 0.978

- 11 0.177 -0.442 0.102' 0.978 12 -0:177 0.442 -0.102 0.978 13 -0.177 0.442 0.102 0.978 14 0.177 -0.442 -0.102 0.978 15 0.177 0.442 -0.102 0.978 16 -0.177 -0.442 0.102 0.978 17 0.177 0.177 0.255 1.914 18 -0.177 -0.177 -0.255 1.936 19 0.177 0.177 -0.255 1.936

20 -0.177 -0.177 0.255 1.913

21 -0.177 0.177 0.255 1.905

22 0.177 -0.177 -0.255 .1.923 23 0.177 -0.177 0.255 1.907 24 -0.177 0.177 -0.255 1.923

• Minimum Safety Factor: 0.978

The Anchorage Capacity is 0.978 times greater than the Demand

ENCLOSURE 6

Palisades Plant

Plot of SPRA Ground Spectra and Palisades SSE Spectra

•

,,-..... bl) ...._,

z 0 ~

~

~ ~ ~ ~ u u <

COMPARISON OF PALISADES SPECTRA 5% SSE vs 5% PRA

1

('i ua- L_J LJ - -----/if ~~ -- - .rl

1-- L.J

' "

c/>J v

0.1 (

..

, J

0.01

[ ]

11'\ 'i-' 0.001

0 10 20 30 40 50 60 FREQUENCY (Hz)

l-e- SSE -B- PRA I

.Ll

v

I I

70

. ENCLOSURE 7

Ignition Source Data Sheets (ISDS)

Diesel G~nerator Rooms

.. ,

Fire CC111Dert111nt.aoundar; .. : s-Inside Ftre Area: .s

STEP 1.1 Selected Plant Loe.ti an CRef. Table 1. 1)

ATTACHMENT 10.2

TASLE3

Fite Companm8nt· Ignition. Source Data Sheet (ISOS).

< . m.unaT<DEscilrPl'ia.i: > : · ..

£)(; /-/

aJCPARncEllT ¥1u· t Git ne11 ·:· FREGUEllCY

.. . . ..

O,,. ~.re / C ,.,,, e,/i:;> ?t .... I

:·: =::<\':·:>:::·: '

..

R c;.1.,.......,

STEP 1.2 Locatian weighting Fector t'.WFL) iJ,,.$e~ . (Ref. T8ble 1.1) 2 /o.:;1.-.,_r · == S X/C?- 1

STEP 1.l. I Gii iT tell SCIJRC! FREGUEllCT Cf1 ">1

CDCPARTMEllT IGlllTICll sauRC!S .: ·,. ' . . : '. _~:.::: ... .

CA>

1. O,n•.u/ 6 .. ,,,.,.. ~rJ

2. f/ec./;.,,:,,,/ ?.1L~" 6 '

3. '.

•'

4.'

5.

PUllT WIDE I Gii iT ICll saJRCU (A)

1. Trwwients o~ilrJ .ror2 ~1. ,. /()

2. welding/Ordlnery caibustibles l

3. Welding/c.bles I "

4. Trwwforwers s-J

5. Ventilation Systma <

3

6. ,,%.11 Cf c,//,,. - .. ~., ,, ,"

7. ~~ t:f ,,(7)1'1"J ;,,;

8. A,r CohJ,1,,,. r .TtT',~~< I ,,-, -

'" 9. ;

10.

STEP 1.4 CCMPAllTICEllT FIRE FREQUEllCT CF1>1

-· .

A> 111..mer of Ignition sources in coiaparcmnt CB> Tot•l lll.llDtf" of lgnitian sources in Selected Plant· Location <C> Total llU!Cler of Ignition Sources/Coiapartmenta in ~ant

1 Ignition source Fr~: F1t. WFL . WFLS. ,,,

z CQlllPUtmnt Fire .Fr~: F1 • 2: [f1tl

ru.a.': FIV!\Table.J

·- Ff CB> \If, ci • All <Table 1.2)

2·G Jf"'o_ ...

2. 1' X/o- 1

Ft; CC> WF,ci• AIC <Table 1.2)

~() z, r X"O • 1 /r ~ .X/(7 •},

2..,r X"O~ 2. 1. I ){/o -~ ~p

~o -2 • .J)(,,o.·"' J; / X'o •)

-! /J+I 1. t;~-'-)(/t? _, ?. , )('I.I

('7 , "' Y7 )C"O ~ 2- '9, .rJ("O_ .J

(f;Jf 7:~x,,,-J · ... J ;(/() -.1

"1.r 7. fX"O - .J

/, ~;("O - j

6 /r6 7 )(rp-I ~. 7 )f"O-J

I

.

;

F •,,

26.;<"0-~ -... ;

,2' ,,, :;,"ti -1 ~

_;': "

:

3, zJ)"d- "·

7.7.JX"'O-~

1. 2 7 J(/o - 'f·

- 3 J. /2.. ~-c.

'7', 2. +' J(/o -.-

4, 71-_'Jt "O -r

/, 2- X "'O • .r

/,;J'I"<"~ -.,

'),39 ,)<"0 - L

/,bf .)(/t:)- L.

F1VE

ATTAcHMENT 10.2

TASLE3

·- .- .. - _,_ - -- ------· -- - . -,-...--- - _ ... ~ ..; ~"!·· .. o~

-r\·· ,• ?: Ignition Source Data Sheet (JSOS) .. '' .. - '.· . . .

.. . .. :··· . • iDIPaanaT DESCltrnica• :o

Fire CQlllD9rtment aowmr;e.: b ,o~ /-2

Inside Ffre Aree: h ·:<:~:-·

CCMPAITil!llT ·nu· tGlllTHll FUCIJENCT .

STEP 1.1 Selected Pl-.t Locatian O/eJ-e-/ 6,,.,_,e_,o ~-CAef. Table 1.1)

STEP 1.2 Loc:atian Weighting Feet or 1'.WFL) I

CAef. T.Ole 1. 1)

STEP 1.3 ICMITIOI SCUtCE FAECIJEllCT Cf4 f')l

alU'AllJWIT IGllJTIOI SCIJICH CA)

1. D,,e-,.., I 6~ ... ~- ~,-.,s

2. E/ec.?£.,.,.,/ C1 £~,,. 7f

3.

4.

5. '

PLAllT WIDE IGlllTIOI SCIJICES CA>

1. Tr:-ients Or+'r-Jr-lPrz.1-1 /o

2. WeldingJOnHnery Cal*lultibles I

3. Welding/c.Dles .. I .,

4. Tr-forwers ! ..s-o.

5. Ventilation Systell9 3

6. M-i C( C1:4{/e ~ft:

7. /~,, a ,,)(,.$ ~~

c,,,,.,..,-1,,.,. ,.;_;..~ / 8. ,,¢-,; ., -:·:; ·.

9.

10.

STEP 1.4 CCMPAITMEllT Ft RE FREQUENCT (F\)2

•

<A> llYl!ber of lgnitian Sources in CClq)artlll8nt · · · <B> Toul 11uimer of lgn!t!an Sources in Selected Plant Location (C) Total llumer of Jgn1t1on Sourcn/C~rtment1 in Plant

1 lgnitfon Source Fr~: F1, • WfL • Wfu · Ft

2 Campar~t fire Fr~:· F1 • : Cful

Fihilet: FIV!\Table.3

o,~~x Z rt'?d,_., =-

.. CB) WfT ct• All

-

CC) Wft_~• A/C.

.Yo 2-., ,F ){"tr I

'1' 0 2 ·.[- ,,-,,i? ~ ... . ' -"-

~o 2..T~'"

/.] y J, 7 )</(?•I .

~7 1( f I Yo•&.

cs.r i )1"4- &.

"t:7J I X'O- 2-

6 A67 )(,..Q _,

.. -- - .

-

·-· ·;:=<=::::·=·=.?·:

/- z_

.J )(/o -1

Ft CT able 1.2>

2,,o K/P- ~

2.Y¥"'0- 1

Ff (Table 1.2)

/ . .f lC-'O -~ ..

:?. / ;v,- ... -

,:;-,/ ,,/("t::J~i:

7. '!)("7-3

r, .r X"O - J

6: ~ l(..-4 -.

I, i:; x "" - I

Jt, 7X-'1 - )

-.

... .. . .. :.: ...... :··

,~~

.)... ~-"",..<:> -.. _. ""

z., ,..;:-("'"" - ] . .,

.. ·-· ..

], 3-.f A"O - "

7. 7.r¥,..,- ~ - -

/, 21 x,,,~.,,

2,r;z xo· ~

· Jr, z"' .\'/o -"' (, j >Vo: II. ... _ ,, 1.~)t"/t?

7, a -t x,,,_ - ,..

3. 'JI.;- X't> - ..

/, 7ZX/tJ-'L

!.".'

..

. .,

i ,-~ 'j

·l

-·-ENCLOSURE 8

REVISED TABLES FOR COMPONENT FRAGILITIES AND FAILURE MODES

Table 3.5-1, NON-SURROGATE COMPONENT FRAGILITIES

Table 3.5-2, EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

Tabl.e 3.5-3, FRAGILITY PARAMETERS

3.5.4 Tables for Component Fragilities and Failure Modes

TABLE 3.5-1 NON-SURROGATE COMPONENT FRAGILITIES

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 52-1306CS P-5 CS. 0.1 Screening 52-347 P-79B BREAKER 0.1 Screening 52-7701 Load Center EB-77 Incoming Bkr 0.1 Screening

52-7702 Motor Cntrl Center EB-79 Feeder 0.1 Screening

C-50A WASTE GAS COMPESSOR 0.1 Screening

C-50B WASTE GAS COMPESSOR 0.1 Screening

CV-0501 MAIN STEAM ISOLATION E-50B 0.1 Screening

CV-0510 MAIN STEAM ISOLATION E-50A 0.1 Screening

CV-0511 TURBINE BYPASS CONTROL 0.1 Screening CV-0944A SPENT FUEL POOL CLG ISOL. 0.1 Screening

CV-1037 CLEAN WASTE RECEIVER TK 0.1 Screening

CV-1045 P-69AIB SUCTION 0.1 Screening

CV-1101 T-67 INLET VENT HEADER 0.1 Screening

CV-3001 CS HEADER ISOLATION 0.1 Screening

E-1/2/3/4/5/6AIB FEEDWATER HEATERS 0.1 Screening

E-10 MAIN CONDENSER 0.1 Screening

E-19 TURBINE GLAND SEAL CONDENSER 0.1 Screening

E/P-0511 TURBINE BYPASS VAL VE CONTROL 0.1 Screening

EB-14 LOAD CENTER 14 0.1 Screening


EB-79 MCC 79 0.1 Screening

EC-137 P-41 ACTUATING PANEL 0.1 Screening

ED-36A P-9B BATTERY BANK 1 0.1 Screening

ED-36B P-9B BATTERY BANK 1 0.1 Screening

ED-36C P-9B BATTERY BANK 2 0.1 Screening ED-36D P-9B BATTERY BANK 2 0.1 Screening ED-38A P-41 BATTERY BANK 1 0.1 Screening

ED-38B P-41 BATTERY BANK 1 0.1 Screening ED-38C P-41 BATTERY BANK 2 0.1 Screening ED-38D P-41 BATTERY BANK 2 0.1 Screening EX-13 STATION POWER TRANSFORMER 13 0.1 Screening

Revision 2, September 30, 1996 3-36


EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE EX-77 Station Power Transformer #77 0.1 Screening

HIC-0826 CCW HX SW OUTLET 0.1 Screening

HIC-0881 CCW HX SW OUTLET 0.1 · Screening

HIC-0882 CCW HX SW OUTLET 0.1 Screening

LS-0204 VCT or RWS Valve Level Switch 0.1 Screening

LS-2019 T-81 LEVEL SWITCH 0.1 Screening .

M-59A A EVAPORATOR 0.1 Screening

M-59B B EVAPORATOR 0.1· Screening

N2 STA 2 NITROGEN STATION 2 0.1 Screening

P-5 WARM WATER RECIRC 0.1 Screening

P-9A Motor Drive Fire Pump 0.1 Screening

PCV-2274 NITROGEN FOR C-150 0.1 Screening

PS-5350 P-41 DISCHARGE PS 0.1 Screening

PT-0510 TBV CONTROLLER PRESSURE 0.1 Screening

RV-2274 NITROGEN SYSTEM RELIEF VAL VE 0.1 Screening

T-13A DG 1-1 JACKET WATER SURGE TANK 0.1 Screening

T-13B DG 1-2 JACKET WATER SURGE TANK 0.1 Screening

T-24 P-9B DIESEL DAY TANK 0.1 Screening.

T-3 CCW SURGE TANK 0.1 Screening·

T-40 P-41 DIESEL DAY TANK 0.1 Screening

T-54 VOLUME CONTROL TANK 0.1 Screening

T-77 BORIC ACID BATCH TANK 0.1 Screening

T-81 PRIMARY SYSTEM MAKEUP TANK 0.1 Screening

T-82A SAFETY INJECTION TANK 0.1 Screening

T-82B SAFETY INJECTION TANK 0.1 Screening

T-82C SAFETY INJECTION TANK 0.1 Screening

T-82D SAFETY INJECTION TANK 0.1 . Screening

T-9C HIGH PRESSURE AIR RECEIVER 0.1 Screening TC-0216 Charging Pp P-55A Temp Cntrl 0.1 Screening 42-2111 V-15A STARTER 0.3 Screening

42-2113 HPSI VAL VE M0-3081 0.3 Screening

42-2139 M0-2139 0.3 Screening

•• 42-2213 HPSI VAL VE M0-3082 0.3 Screening 42-2239 M0-3198 0.3 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 42-2313 HPSI VAL VE M0-3083 0.3 Screening 42-2625 OIC RELAY FOR M0-1043A 0.3 Screening 52-2111 V-15A BREAKER 0.3 Screening 52-2111/CS V-15A CONTROL SWITCH 0.3 Screening 52-2113 HPSI VAL VE M0-3081 0.3 Screening 52-2213 HPSI VAL VE M0-3082 0.3 Screening

52-2313 HPSI VALVE M0-3083 0.3 Screening 52-2625 M0-1043A BREAKER 0.3 Screening

CV-1064 ,. T-64A/B/C/D VENT VAL VE 0.3 Screening

CV-1102 T-67 INLET VENT HEADER 0.3 Screening

CV-1211 lA CONTAINMENT ISOLATION 0.3 Screening

CV-1814 V-46 DISCHARGE 0.3 Screening E-50A 'A' Steam Generator 0.3 Screening E-50B 'B' Steam Generator 0.3 Screening EB-21 MCC 21 0.3 Screening EB-22 MCC22 0.3 Screening EB-23 MCC23 0.3 Screening EB-26 MCC 26 0.3 Screening FUZ/B211 l-1 FUSE FOR SCHEME B2111 0.3 Screening

FUZ/B2111-2 FUSE FOR SCHEME B2111 0.3 Screening FUZ/B2625-1 FUSE FOR SCHEME B2625 0.3 Screening M0-3007 HPSI TO LOOP lA 0.3 Screening M0-3009 HPSI TO LOOP lB 0.3 Screening M0-3010 LPSI to Rx Coolant Loop lB- 0.3 Screening M0-3011 HPSI TO LOOP 2A 0.3 Screening M0-3012 LPSI to Rx Coolant Loop 2A 0.3 Screening M0-3013 HPSI TO LOOP 2B 0.3 Screening M0-3014 LPSI to Rx Coolant Loop 2B 0.3 Screening M0-3041 Safety Inject Tk T-82A Outlet Isol 0.3 Screening M0-3045 Safety Inject Tk T-82B Outlet Isol 0.3 Screening M0-3049 Safety Inject Tk T-82C Outlet Isol 0.3 Screening M0-3052 Safety Inject Tk T-82D Outlet Isol 0.3 Screening M0-3082 HPSI HOT LEG INJECTION 0.3 Screening M0-3083 HPSI HOT LEG INJECTION 0.3 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE P-50A PRIMARY COOLANT PUMP A 0.3 Screening P-50B PRIMARY COOLANT PUMP B 0.3 Screening P-50C PRIMARY COOLANT PUMP C 0.3 Screening

P-50D PRIMARY COOLANT PUMP D 0.3 Screening

RV-3057A CV-3057 CLOSING AIR 0.3 Screening

RV-3057B CV-3057 OPENING AIR 0.3 Screening

SV-1037 P-70 DISCHARGE ISOLATION 0.3 Screening

SV-1064 CLEAN WASTE RECEIVER TANK 0.3 Screening

sV-1065 CLEAN WASTE RECEIVER TANK 0.3 · Screening

SV-1101 T-67 INLET 0.3 Screening

SV-1102 T-67 INLET . ·o.3 Screening

SV-1103 CONTAINMENT SUMP DRAIN 0.3 Screening SV-1104 · CONTAINMENT SUMP DRAIN 0.3 Screening

SV-1813 V-46 DISCHARGE · 0.3 Screening

SV-1814 V-46 DISCHARGE 0.3 Screening

SV-2113 E-56 to Charging Line Loop lA 0.3 Screening

SV-2115 E-56 to Charging Line Loop lB 0.3 Screening

T-10 DG FUEL OIL STORAGE TANK 0.3 Screening

T-926 FUEL OIL STORAGE TANK 0.3 Screening

T-9A HIGH PRESSURE CONTROL AIR 0.3 Screening

T-9B HIGH PRESSURE CONTROL AIR 0.3 Screening

E-60A SHUTDOWN COOLING HX 0.32 Detailed

E-60B SHUTDOWN COOLING HX 0.32 Detailed

T-2 CONDENSATE STORAGE TANK 0.32 Detailed

E-54A CCW HEAT EXCHANGER 0.33 Detailed

E-54B CCW HEAT EXCHANGER 0.33 Detailed P-67A LPSI PUMP 0.33 Detailed

P-67B LPSI PUMP 0.33 Detailed P-52B COMP. COOLING PUMP 0.4 Detailed VHX-1 CONTAINMENT AIR COOLER 1 0.47 Detailed VHX-2 CONTAINMENT AIR COOLER 2 0.47 Detailed VHX-3 CONTAINMENT AIR COOLER 3 0.47 Detailed VHX-4 CONTAINMENT AIR COOLER 4 0.47 Detailed E-58 LETDOWN HEAT EXCHANGER 0.5 Detailed


TABLE 3.5-1 NON-SURROGATE COMPONENT FRAGILITIES .

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE T-73 QUENCH TANK 0.51 Detailed P-7A SERVICE WATER PUMP 0.52 Detailed P-7B SERVICE WATER PUMP 0.52 Detailed P-7C SERVICE WATER PUMP 0.52 Detailed P-8C MOTOR DRIVEN AUX FEED PUMP 0.55 Detailed T-58 Safety Inject Refueling Wtr Tk 0.57 · Detailed E-53A SPENT FUEL POOL HX A 0.58 Detailed E-53B SPENT FUEL POOL HX B 0.58 Detailed

-- .

P-54C CONTAINMENT SPRAY PUMP 0.6 Detailed 127D-2 DIESEL GEN 1-2 UNDERVOLTAGE 0.66 Detailed P-8A MOTOR DRIVE AUX FEED PUMP 0.72 Detailed T-53A BORIC ACID TANK 0.73 Detailed T-53B BORIC ACID TANK 0.73 Detailed P-54A CONTAINMENT SPRAY PUMP 0.77 Detailed 127D-1 DIESEL GEN 1-1 UNDERVOLTAGE 0.87 Detailed

••


TABLE 3.5-2 EQUIPMENT REPRESENTED BY THE SURROGATE-EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE l/F-0210 PCS MAKEUP VALVES CONTROL 0.5 Screening 106D-1 -DIG 1-1 BKR CLOSE 0.5 Screening 106D-l/XL SI CKT 1 SEQUENCE CONTROL RELAY 0.5 Screening 106D-2 DIG 1-2 BKR CLOSE 0.5 Screening 106D-21XL SI CKT 2 SEQUENCE CONTROL RELAY 0.5 Screening 127-1-Xl BUS lC UV AUX RELAY 0.5 Screening 127-1-X2 BUS lC UV AUX RELAY 0.5 Screening

127-lXY BUS lC UNDERVOLTAGE 0.5 Screening /'.

127-lYZ BUS lC UNDERVOLTAGE 0.5 Screening 127-lZX BUS lC UNDERVOLTAGE 0.5 Screening 127-2-Xl BUS lD UNDERVOLTAGE AUX RELAY 0.5 Screening

127-2-X2 BUS lD UV AUX RELAY 0.5 Screening

127-2XY BUS lD UNDERVOLTAGE t 0.5 Screening

127-2YZ BUS lD UNDERVOLTAGE 0.5 Screening 127-2ZX BUS lD UNDERVOLTAGE 0.5 Screening 127-5XY STARTUP XFRMR 1-2 TO lC UV 0.5 Screening 127-5YZ STARTUP XFRMR 1-2 TO lC UV 0.5 Screening 127-5ZX STARTUP XFRMR 1-2 TO lC UV 0.5 Screening 127-6XY STARTUP XFRMR 1-2 TO lD UV 0.5 Screening 127-6YZ STARTUP XFRMR 1-2 TO lD UV 0.5 Screening 127-6ZX STARTUP XFRMR 1-2 TO lD UV 0.5 Screening 127-7-Xl BUS lC UNDERVOLTAGE AUX RELAY 0.5 Screening 127-7XY BUS lC SECOND LEVEL UV 0.5 Screening 127-7YZ BUS lC SECOND LEVEL UV 0.5 Screening 127-7ZX BUS 1 C SECOND LEVEL UV 0.5 Screening 127-8-Xl BUS lD UNDERVOLTAGE AUX RELAY 0.5 Screening 127-8XY BUS lD SECOND LEVEL UV 0.5 Screening 127-8YZ BUS lD SECOND LEVEL UV 0.5 Screening 127-8ZX BUS lD SECOND LEVEL UV 0.5 Screening 127X-11 BUS lC UV 0.5 Screening 127X-21 BUS lD UV 0.5 Screening 127X-5 SU XFMR 1-2 UV FOR BUS lC 0.5 Screening

• 127X-6 SU XFMR 1-2 UV FOR BUS lD 0.5 Screening 144-103 P-7B STANDBY SETUP 0.5 Screening

Revision 2, September 30, 1996 3-41-1

TABLE 3.5-2 EQUIPMENT REPRESENTED BY THE SURROGATE EVENT - - - -

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE

144-109 P-52A CONT RELAY 0.5 Screening

144-112 · P-54B CONT RELAY 0.5 Screening

144-114 P-54C CONT RELAY 0.5 Screening

144-210 P-54A CONT RELAY 0.5 Screening

152-103 P-7B BREAKER 0.5 Screening

152-103CS P-7B MANUAL SWITCH 0.5 Screening

152-104 P-8A BREAKER 0.5 Screening

152-104/CS-L P-8A CS 0.5 Screening /

152-105 STATION POWER XFRMR 1-2 BREAKER 0.5 Screening

152-106 BUS lC SU XFRMR 1-2 BREAKER 0.5 Screening

152-107 DIESEL GEN 1-1 INCOMING BREAKER 0.5 Screening

152-107/CS-L LOCAL CONTROL SWITCH FOR DGl-1 0.5 Screening

152-107CS DG 1-1 BKR 0.5 Screening


152-109/CS P-52A MANUAL CONTROL 0.5 Screening

• 152-110 STA PWR XFRMR 13 & 77 FEEDER BKR 0.5 Screening

152-111 LPSI Pp P-67B Breaker. 0.5 Screening 152-111/CS - LPSI Pp P-67B Control Switch 0.5 Screening

·:.'

152-112 P-54B BREAKER . 0.5 Screening

152-112/CS P-54B CS ~ 0.5 Screening

152-113 P-66B 0.5 Screening

152-113/CS P-66B CONTROL SWITCH 0.5 Screening_.

152-113CB/CS P-66B BREAKER CONTROL SWITCH 0.5 Screening

152-114' P-54C BREAKER 0.5 ' ·Screening

152-114/CS P-54C CS 0.5 Screening

152-115 STA PWR XFRMR 11 & 19 FEEDER BKR 0.5 Screening

152-116 P-52C BREAKER 0.5 Screening

152-116/CS P-52C MANUAL CONTROL 0.5 Screening

152-201 STA PWR XFRMR 12 & 20 BREAKER 0.5 Screening

152-202 BUS lD SU XFRMR INCOMING BKR 0.5 Screening

152-203 STATION POWER XFRMR 1-2 BREAKER 0.5 Screening


• 152-204CS SW PUMP MANUAL SWITCH . 0.5 Screening



-· TABLE 3.5-2 EQUIPMENT REPRESENTED BY THE SURROGATE EVENT··

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 152-205CS SW PUMP MANUAL SWITCH 0.5 Screening 152-206 LPSI Pp P-67 A Breaker 0.5 Screening

152-206/CS LPSI Pp P-67 A Control Switch 0.5 Screening

152-207 P-66A . 0.5 Screening

152-207/CS P-66A CONTROL SWITCH 0.5 Screening

152-207CB/CS P-66A BREAKER CONTROL SWITCH 0.5 Screening

152-208 P-52B. BREAKER 0.5 Screening ·

152-208/CS P-52B MANUAL CONTROL 0.5 Screening


152-209/CS P-8C CS 0.5 Screening

152-210 P-54A. BREAKER 0.5 Screening

152-210/CS P-54A CS 0.5 Screening

152-213 DIESEL GEN 1-2 INCOMING BREAKER 0.5 Screening

152-213/CS-L LOCAL CONTROL SWITCH FOR DGl-2 0.5 Screening

152-213CS .DG 1-2 BKR 0.5 Screening

152Y-104 CLOSE AFW VALVES CV-0727/CV-0749 0.5 Screening

152Y-209 CLOSE AFW VALVES CV-0736A/CV-0737 A 0.5 Screening

16-1 SIS TEST CKT 0.5 Screening

16-3 SIS TEST CKT · 0.5 Screening

16-4 SIS TEST CKT 0.5 Screening

162-153 lC UV TIME DELAY 0.5 Screening

162-153-Xl lC UV TIME DELAY AUX RELAY 0.5 Screening

162-154 lD UV TlME DELAY 0.5 Screening

162-154-Xl lD UV TIME DELAY AUX RELAY 0.5 Screening

162-5 STARTUP TRANSFORMER 1-2 TIME DELAY 0.5 Screening 162-6 STARTUP XFRMR 1-2 TIME DELAY 0.5 Screening

186-107 DG 1-1 CB LOCKOUT RELAY 0.5 Screening

186-213 DG 1-2 CB LOCKOUT RELAY 0.5 Screening 194-108 BUS 1 C & 11 LOAD SHED RELAY 0.5 Screening 194-211 BUS lD LOAD SHED 0.5 Screening lCR P-9B CONTROL CIRCUIT 0.5 Screening

383-11 2400 VOLT BUS TRANSFER 0.5 Screening

• 383-llA 152-107 FAST TRANSFER TRIP RELAY 0.5 Screening 383-12 2400 VOLT BUS TRANSFER 0.5 Screening


TABLE 3.5-2 EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 383-12A 152-213 FAST TRANSFER TRIP RELAY 0.5 Screening 386/AST TURBINE TRIP LOCKOUT RELAY 0.5 Screening 386Xl/AST TURBINE TRIP AUX RELAY 0.5 Screening

3X-3/P8A P-8B/C AUTO START 0.5 Screening 3X-3/P8C P-8B AUTO START 0.5 Screening 42-127 VOP-2169 0.5 Screening

42-127/CSl Boric Acid Viv M0-2169 Cntrl Sw 0.5 Screening

42-127/CS2 Boric Acid Viv M0-2169 Cntrl Sw 0.5 Screening

42-1305 Motor Drive Fire Pump 0.5 Screening

42-131 V-27A STARTER 0.5 Screening

42-131CS V-27A CS 0.5 Screening

42-133 V-27C STARTER 0.5 Screening

42-133CS V-27C CS 0.5 Screening

42-137 HPSI VALVE M0-3007 0.5 Screening

42-137/CSl HPSI VALVE M0-3007 I 0.5 Screening

42-137/CS2 HPSI VALVE M0-3007 0.5 Screening

42-147 LPSI Valve M0-3010 Starter 0.5 Screening 42,.147/CSl LPSI Viv M0-3010 Cntrl Switch 0.5 Screening 42-147/CS2 LPSI Viv M0-3010 Redun Cntrl . 0.5 Screening

42-151 HPSI VALVE M0-3013 . 0.5 Screening 42-151/CSl l::IPSI VALVE M0-3013 0.5 Screening 42-151/CS2 HPSI VALVE M0-3013 0.5 Screening 42-157 HPSI VAL VE M0-3011 0.5 Screening

42-157/CSl HPSI VALVE M0-3011 0.5 Screening 42-157/CS2 HPSI VALVE M0-3011 0.5 Screening 42-161 Vol Cntrl Tk Outlet Viv M0-2087 0.5 Screening 42-161/CSl Vol Cntrl Tk Outlet Viv M0-2087 0.5 Screening 42-161/CS2 Vol Cntrl Tk Outlet Viv M0-2087 0.5 Screening 42-187 VOP-2170 0.5 Screening 42-187/CSl BA Gravity Fd Viv M0-2170 Swit 0.5 Screening 42-187/CS2 BA Gravity Fd Viv M0-2170 Swit 0.5 Screening 42-191 Boric Acid Pp P-56B Starter 0.5 Screening

• 42-191/CS BORIC ACID PUMP CS 0.5 Screening 42-197 HPSI VALVE M0-3009 0.5 Screening



!EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 42-197/CSl HPSI VALVE M0-3009 0.5 Screening 42-197/CS2 HPSI VALVE M0-3009 0.5 Screening

42-207 M0-2160 0.5 Screening

42-207/CSl M0-2160 CS 0.5 Screening 42-207/CS2 M0-2160 CS 0.5 Screening 42-211 V-27B STARTER 0.5 Screening 42-211CS V-27B CS 0.5 Screening

42-2139/CS LPSI Pp P-67B Inlet Vlv M0-3189 0.5 Screening 42-217 M0-3072 0.5 Screening

42-217/CS Charging Pp to SIT M0-3072 0.5 Screening

42-221 V-27D STARTER 0.5 Screening

42-221CS V-27D CS 0.5 Screening

42-2239/CS LPSI Pp P-67A Inlet Vlv M0-3198 0.5 Screening

42-227 VOP-2140 0.5 . Screening

42-227 /CSl. Boric Acid Pp Feed Vlv M0-2140 0.5 Screening

42-227/CS2 Boric Acid Pp Feed Vlv M0-2140' 0.5 Screening 42-237 HPSI VALVE M0-3064 0.5 Screening 42-237/CSl HPSI VALVE M0-3064 0.5 Screening 42-237/CS2 HPSI VALVE M0-3064 0.5 Screening

42-241 HPSI VALVE M0-3062 0.5 Screening 42-241/CSl HPSI VALVE M0-3062 . 0.5 Screening 42-241/CS2 HPSI VALVE M0-3062 0.5 Screening 42-2411 V-15B STARTER 0.5 Screening

42-2413 HPSI VALVE M0-3080 0.5 Screening 42-2425 V-24C ST ARTER 0.5 Screening 42-2425/CS V-24C CS 0.5 Screening 42-2435 V-24D STARTER 0.5 Screening 42-2435/CS V-24D CS 0.5 Screening 42-247 LPSI Valve M0-3012 0.5 Screening 42-247/CSl LPSI Vlv M0-3012 Cntrl Switch 0.5 Screening 42-247/CS2 LPSI Vlv M0-3012 Redun Cntrl 0.5 Screening 42-251 LPSI Valve M0-3014 0.5 Screening 42-251/CSl LPSI Vlv M0-3014 Cntrl Switch 0.5 Screening 42-251/CS2 LPSI Vlv M0-3014 Redun Cntrl 0.5 Screening


•• TABLE 3.5-2 EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 42-2525 O/C RELAY FOR M0-1042A 0.5 Screening 42-2535 V-24A STARTER 0.5 Screening 42-2535/CS V-24A CS 0.5 Screening 42-2545 V-24B ST ARTER 0.5 Screening 42-2545/CS V-24B CS 0.5 Screening 42-257 HPSI VALVE M0.,3066 0.5 Screening 42-257/CSl HPSI VALVE M0-3066 0.5 Screening 42-257/CS2 HPSI VALVE M0-3066 0.5 Screening 42-261 HPSI VALVE M0-3068 0.5 Screening 42-261/CSl HPSI VALVE M0-3068 0.5 Screening

· 42-261/CS2 · HPSI VALVE M0-3068 0.5 Screening

42-287 Boric Acid Pp P-56A Starter 0.5 Screening 42-287/CS BORIC ACID PUMP CS 0.5 Screening 42-347/CS .. P-79B CONTROL SWITCH . 0.5 Screening

'42-427/CS P-79A CONTROL. SWITCH 0.5 ' Screening . 42-771 C-6A STARTER 0.5 Screening 42'-811 C-6B STARTER 0.5 Screening

'· 42X-147 LPSI Valve 0.5 Screening : 42X-161 Volume Control Tank Outlet Vlv '

0.5 Screening ;42X-247 LPSI Valve 0.5 Screening i 42X-251 LPSI Valve 0.5 Screening 43-1206/SS Charging Pp P-55B Selector Switch 0.5 Screening 486-12 STARTUP XFRMR DIFFER & ALARM 0.5 Screening 486-12X S/U XFRMR DIFFER & ALARM AUX RELAY 0.5 Screening 4Ll SIRW TANK LEVEL CONTROL CKT 1 0.5 Screening 4L2 SIRW TANK LEVEL CONTROL C::KT 2 · 0.5 Screening 4L3 SIRW TANK LEVEL CONTROL CKT 1 0.5 Screening 4L4 SIRW TANK LEVEL CONTROL CKT 2 0.5 Screening 52-1102 STATION PWR XFRMR 11 FEEDER BRKR 0.5 Screening 52-1103 MCC 7 FEEDER BREAKER 0.5 Screening 52-1105 Charging Pp P-55C Breaker 0.5' Screening 52-1105/CS Charging Pp P-55C Control Switch 0.5 Screening 52-1105A Charging Pp P-55C Breaker 0.5 Screening 52-1105B Charging Pp P-55C Breaker 0.5 Screening


-···--· TABLE 3.5-2 -- EQUIPMENT REPRESENTED BY THE.SURROGATE EVENT - -

[EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE

52-1105C Charging Pp P-55C Manual Trans 0.5 Screening

52-1105D Charging Pp P-55C Manual Trans 0.5 Screening

52-1108 V-4A BREAKER 0.5 Screening

52-1108CS VAACS .

0.5 Screening

52-1112 MCC 21 FEEDER BREAKER 0.5 Screening

52-116 DG 1-1 AUX BKR 0.5 Screening

52-116E DG 1-1 CRANKCASE EXHAUST 0.5 Screening


52-1202 STATION PWR XFRMR 12 FEEDER BRKR 0.5 Screening

52-1205 Charging Pp P-55A Breaker 0.5 Screening

52-1205/CS Charging Pp P-55A Control Switch 0.5 Screening

52-1206 Charging Pp P-55B Breaker 0.5 Screening

52-1206/CS Charging,Pp P-55B Control Switch 0.5 Screening .

52-1206A Charging Pp P-55B Breaker 0.5 Screening

52-1206B Charging Pp P-55B Breaker 0.5 Screenillg

52-1206C Charging Pp P-55B Manual Trans 0.5 Screening

52-1206D Charging Pp P-55B Manual Trans 0.5 Screening

52-1208 ·V-lA BREAKER .0.5 Screening

52-1208CS V-lA CS 0.5 Screening

52-1209 V-2.A BREAKER . 0.5 Screening

52-1209CS V-'l:A CS 0.5 Screening 52-1210 . V-3A BREAKER 0.5 Screening

52-1210CS V-3A CS 0.5 Screening

52-1214 MCC 24 FEEDER BREAKER 0.5 Screening . .

52-127 BA Gravity Fd Stop Viv M0-2169 0.5 Screening

52-1302 STATION PWR XFRMR 13 INCOMING BRKR 0.5 Screening


52-1306 P-5 BREAKER 0.5 Screening 52-1308 Alt Feed to Charg Pps P-55B & C 0.5 Screening

52:-1308A Alt Feed to Charg Pps P-55B & C 0.5 Screening 52-1308B Alt Feed to Charg Pps P-55B & C 0.5 Screening 52-131 V-27A BREAKER 0.5 Screening

• 52-133 V-27C BREAKER 0.5 Screening 52-137 BKR FOR M0-3007 0.5 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 52-145 INSTRUMENT AC XFRMR 1 EX-21 SUPPLY 0.5 Screening 52-146 STATION BATT CHARGER 1 ED-15 BKR 0.5 Screening 52-147 LPSI Valve M0-3010 Breaker 0.5 Screening

52-151 BKR FOR M0-3013 0.5 Screening


52-161 Vol Cntrl Tk Outlet Vlv M0-2087 0.5 Screening

52-186 BATTERY CHARGER #4 BREAKER 0.5 Screening

52-187 BA Gravity Fd Vlv M0-2170 0.5 Screening


52-1902 MCC 19 INCOMING BREAKER 0.5 Screening


52-191 Boric Acid Pp P-56B Breaker 0.5 Screening


52-2001 MCC EB-26 FEEDER BREAKER 0.5 Screening

52-2002 MCC EB-20 INCOMING BREAKER 0.5 Screening

52-2006 MCC EB-02 FEEDER BREAKER 0.5 Screening

52-207 Refuel Wtr Chrg Pp Vlv M0-2160 0.5 Screening

52-211 V-27B BREAKER 0.5 Screening

52-216 DG 1-2 AUXILIARY BREAKER 0.5 Screening

'52-216E DG 1-2 CRANKCASE EXH 0.5' Screening

52-217 Charg Pp Disch Vlv M0-3072 0.5 Screening

52-221 V-27D BREAKER 0.5 Screening 52-225 STATION BATT CHARGER 2 ED-16 BKR 0.5. Screening

52-227 Boric Acid Feed Pp Vlv M0-2140 0.5 Screening 52-236 ALTERNATE FEED FOR YOl PANEL BRKR 0.5 Screening 52-237 BKR FOR M0-3064 0.5 Screening 52-241 BKR FOR M0-3062 0.5 Screening

52-2411 V-15B BREAKER 0.5 Screening 52-2411/CS V-15B CONTROL SWITCH 0.5 Screening 52-2413 HPSI VALVE M0-3080 0.5 Screening 52-2425 V-24C DG ROOM VENT FAN 0.5 Screening 52-2435 V-24D DG ROOM VENT FAN 0.5 Screening

• 52-247 LPSI Valve M0-3012 Breaker 0.5 Screening 52-251 LPSI Valve M0-3014 Breaker 0.5 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 52-2525 M0-1042A BREAKER 0.5 Screening 52-2535 V-24A DG ROOM VENT FAN 0.5 Screening 52-2545 V-24B DG ROOM VENT FAN 0.5 Screening 52-257 BKR FOR M0-3066 0.5 Screening 52-261 BKR FOR M0-3068 0.5 Screening 52-285 STATION BATT CHARGER 3 ED-17 BKR 0.5 Screening 52-287 Boric Acid Pump P-56A Breaker 0.5 Screening


52-771 C-6A BREAKER 0.5 Screening

52-811 C-6B BREAKER 0.5 Screening 5P-1 CONTAINMENT ISOL HIGH PRESS RELAY . 0.5 Screening

5P-3 CONTAINMENT ISOL HIGH PRESS RELAY 0.5 Screening 5P-4 CONTAINMENT ISOL HIGH PRESS RELAY 0.5 Screening 5P-6 CONTAINMENT ISOL HIGH PRESS RELAY 0.5 Screening 5P-7 CONTAINMENT ISOL HIGH PRESS RELAY 0.5' Screening

5P-8 CONTAINMENT ISOL HIGH PRESS RELAY 0.5 Screening 5R-1 CONTAINMENT ISOL HIGH RAD RELAY 0.5 Screening 5R-2 CONTAINMENT ISOL HIGH RAD RELAY 0.5 Screening 5R-3 CONTAINMENT ISOL HIGH RAD RELAY 0.5 Screening 5R-4 CONTAINMENT ISOL HIGH RAD RELAY 0.5 Screening 5R-5 CONTAINMENT ISOL HIGH RAD RELAY 0.5 Screening 5R-6 CONTAINMENT ISOL HIGH RAD RELAY 0.5 Screening 5R-7 CONTAINMENT ISOL HIGH RAD RELAY 0.5 Screening 5R-8 CONTAINMENT ISOL HIGH RAD RELAY 0.5 Screening 5TR-1C P-9B CONTROL CIRCUIT 0.5 Screening 5TR-TD P-9B CONTROL CIRCUIT 0.5 Screening 62-1/P8A P-8A START 0.5 Screening 62-1/P8C P-8C START 0.5 Screening 62-2/P8A P-8A AUTO START RESET 0.5 Screening 62-2/P8B P-8B START 0.5 ' Screening 62-2/P8C P-8C AUTO START RESET 0.5 Screening 62-3/P8A P-8A LOW SUCTION PRESSURE 0.5 Screening

• 62-3/P8C P-8C LOW SUCTION PRESSURE 0.5 Screening 62L/SIS STANDBY POWER TIME DELAY CKT 1 0.5 Screening


TABLE 3.5-2 .. . EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

!EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 62R/SIS STANDBY POWER TIME DELAY CKT 2 0.5 Screening

62X/LS-0204 Pressurizer Level/Pressure Cntrl 0.5 Screening 63X-1/LA-0101 P-55A ST ART CIRCUITRY 0.5 Screening

63X/LIC-0205 Pressurizer Level/Pressure Cntrl 0.5 Screening

72-10 125 VOLT DC TIE BREAKER 0.5 Screening

72-105 480 VOLT LOAD CENTER EB-11 BREAKER 0.5 Screening

72-108 MCR PANEL EC-1 BREAKER 0.5 Screening

72-109 PRIMARY SYSTEM MAKEUP VALVES BRKR 0.5 Screening

72-11 INVERTER 3 ED-08 BREAKER 0.5 Screening

72-110 SHUTDOWN COOLING VALVES CKT 1 BRKR 0.5 Screening

72-111 2400 VOLT & 4160 VOLT BUS TRANSFER 0.5 Screening

72-112 SWTCHYD CONTROL & PROT PANEL EC-4 .. 0.5 Screening 72:.115 OSCILLATION PANEL EC-11 BREAKER , 0.5 Screening

72-118 WASTE SYSTEM ISOL VLVS CKT 1 BRKR 0.5 Screening

• 72-12 . CHARGER 3 ED-17 BREAKER · 0.5 Screening -72-136 SPARE .. . 0.5 Screening

; 72-15 CHARGER 1 ED-15 BREAKER . 0.5 Screening . 72:..16 INVERTER 1 ED-06 BREAKER 0.5 Screening

72-18 BATTERY 1 ED-01 BREAKER 0.5 Screening " ·172-20 125 VOLT DC TIE BREAKER 0.5 Scr~ening

72-205 480 VOLT LOAD CENTER EB-12 BREAKER 0.5 Screening

72-:206 Spare Breaker . 0.5 Screening

72-208 MSIV CKT 2 BREAKER 0.5 Screening

72-21 INVERTER 4 ED-09 BREAKER 0.5 Screening

72-210 DC BREAKER TO EC-03R 0~5 Screening

72-211 2400 VOLT & 4160 VOLT BUS TRANSFER 0.5 Screening

72-218 WASTE SYSTEM ISOL VLVS CKT 2 BRKR 0.5 Screening

72-22 CHARGER 4 ED-18 BREAKER. 0.5 Screening 72-228 ANNUNCIATOR EC-12 BREAKER 0.5 Screening

72-236 'DCCB TO S42 0.5 Screening 72-25 CHARGER 2 ED-16 BREAKER 0.5 . Screening

72-26 INVERTER 2 ED-07 BREAKER 0.5 Screening 72-28 BATTERY 2 ED-02 BREAKER 0.5 Screening 72-303 AUX HOT SHUTDOWN PANEL EC-150 BRKR 0.5 Screening


TABLE 3.5-2 , - · EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE 72-307 lC INCOMING BREAKER 0.5 Screening 72-308 lC FEEDER BREAKER 0.5 Screening

72-402 lD INCOMING BREAKER 0.5 Screening

72-403 lD FEEDER BREAKER 0.5 Screening

7CR-16 P-9B CONTROL CIRCUIT 0.5 Screening

94-1109A lC & BUS 11 UV.& LOAD SHED 0.5 Screening

94-1213A lD & BUS 12 UV & LOAD SHED 0.5 Screening

94-1213B lD & BUS 12 UV & LOAD SHED 0.5 Screening

AFAS MOD A AFAS MODULE A 0.5 Screening

AFAS MOD B AF AS MODULE B 0.5 Screening

AFAS-AL-1 AFW PUMP AUTO INITIATION 0.5 Screening

AFAS-AL-2 AFW PUMP AUTO INITIATION 0.5 Screening

AFAS-BR-1 AFW PUMP AUTO INITIATION 0.5 Screening

BS-1318 P-7 A BASKET STRAINER 0.5 Screening

BS-1319 P-7B BASKET STRAINER 0.5 , Screening

BS-1320 P-7C BASKET· STRAINER 0.5 Screening

.C-54 WASTE GAS COMPESSOR 0.5 Screening · C-6A HIGH PRESSURE AIR COMPRESSOR A 0.5 Screening .C-6B. . HIGH PRESSURE AIR COMPRESSOR B 0.5 Screening

·: CB-INVl INV 1 INTERNAL CB 0.5 Screening CHPX-3L CHP AUX TEST RELAY CKT 1 0.5 Screening CHPX-3R CHP AUX TEST RELAY CKT 2 0.5 Screening

CRDM CONTROL ROD DRIVE MECHANISMS 0.5 Screening CV-0522B AFW PUMP STEAM SUPPLY E-50A 0.5 Screening CV-0727 E-50B FLOW FROM P-8A & P-8B 0.5 Screening CV-0736A E-50B FLOW CONTROL 0.5 . Screening CV-0737A E-50A FLOW CONTROL 0.5 Screening

CV-0749 E-50A FROM P-8A&P-8B 0.5 Screening CV-0767 - SIG E-50A BOTTOM BLOWDOWN 0.5 Screening

CV-0768 SIG E-50B BOTTOM BLOWDOWN 0.5 Screening CV-0770 E-50B BOTTOM BLOWDOWN 0.5 Screening CV-0771 E-50A BOTTOM BLOWDOWN 0.5 Screening CV-0779 SIG E-50B ATMOSPHERIC DUMP 0.5 Screening CV-0780 STEAM GEN E-50B ATMOSPHERIC DUMP 0.5 Screening


TABLE 3.5-2 . - EQUIPMENT REPRESENTED BY THESURROGATEEVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE CV-0781 STEAM GEN E-50A ATMOSPHERIC DUMP 0.5 Screening CV~0782 SIG E-50A ATMOSPHERIC DUMP 0.5 Screening CV-0821 CCW HEAT EXCHANGER OUTLET 0.5 Screening

CV-0822 CCW HEAT EXCHANGER OUTLET 0.5 Screening CV-0823 E-54A SERVICE WATER OUTLET 0.5 Screening

CV-0824 AIR COOLERS SWS RETURN 0.5 Screening

CV-0825 EAST ENG SAF RM COOLER SW INLET 0.5 Screening

CV-0826 E-54B SERVICE WATER OUTLET 0.5 Screening

CV-0844 SERV WATER CRITICAL HEADER B ISOL 0.5 Screening

CV-0845 SERV WATER CRITICAL HEADER A ISOL o.5 Screening

CV-0846 SW CRITICAL HEADER A/B CROSSTIE 0.5 Screening

CV-0847 AIR COOLERS SWS SUPPLY 0.5 Screening

CV-0857 , SW CRITICAL HEADER A/B CROSSTIE 0.5 Screening

CV-0861 VHX-1 SERVICE WATER OUTLET : 0.5 Screening

CV-0862 :. VHX-1 ~ERVICE WATER INLET 0.5 Screening

• ; CV-0864 ' VHX-2 SERVICE WATER OUTLET 0.5 Screening

: CV-0865 VHX-2 SERVICE WATER INLET 0.5 Screening . CV-0867 VHX-4 SERVICE WATER OUTLET 0.5 Screening . CV-0869 VHX-4 SERVICE WATER INLET . 0.5 Screening : CV-0870 VHX-3 SERVICE WATER OUTLET 0.5. Screening

CV-0873 VHX-3 SERVICE WATER INLET 0.5 Screening

CV-0878 WEST ENG SAF RM COOLER SW INLET 0.5 Screening

CV-0937 E-60A&B INLET 0.5 Screening

CV-0938 E-60A/B COMPONENT CLG WTR INLET 0.5 Screening

CV-1002 T-74 OUTLET ISOLATION 0.5 Screening

CV-1007 T-74 OUTLET ISOLATION 0.5 Screening

CV-1036 P-70 INLET 0.5 Screening

CV-1038 P-70 INLET 0.5 Screening CV-1044 P-69A/B SUCTION ' 0.5 Screening CV-1065 T-64A/B/C/D VENT VALVE 0.5 Screening CV-1103 SUMP DRAIN TO SUMP TANK 0.5 Screening

CV-1104 SUMP DRAIN TO SUMP TANK 0.5 Screening

• CV-1318 SERVICE WATER HEADER ISOLATION 0.5 Screening CV-1319 SERVICE WATER HEADER ISOLATION 0.5 Screening


TABLE 3.5-2 ·- EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

!EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE CV-1359 NON CRITICAL S.W. ISOLATION 0.5 Screening

CV-1813 V-46 DISCHARGE ISOLATION 0.5 Screening CV-2111 CHARGING LINE STOP 0.5 Screening

CV-2113 CHARGING LINE LOOP lA STOP 0.5 Screening

CV-2115 CHARGING LINE LOOP 2A STOP 0.5 Screening

CV-2155 ·BORIC ACID 0.5 Screening

CV-3002 CS HEADER ISOLATION 0.5 Screening

CV-3006 LPSI/SDC HX 0.5 Screening

CV-3018 RHPSI 0.5 Screening

CV-3027 ESS PUMPS MIN RECIRC LINE 0.5 Screening

CV-3029 · SUMP ISOL TO P-67A & P-54A 0.5 Screening

CV-3030 SUMP ISOLATION TO CS 0.5 Screening

CV-3031 SIRW. TANK OUTLET ISOL. 0.5 Screening

CV-3036 . P-66A TO TRAIN 2 0.5 Screening

CV-3037 P-66A TO TRAIN 1 0.5' Screening

, CV-3056 ESS PUMPS MIN RECIRC LINE 0.5 Screening

CV-3057 SIRW TANK OUTLET ISOL. 0.5 Screening

CV-3059 P-66B DISCHARGE HEADER 0.5 Screening I CV-3212 E-60B INLET 0.5 Screening

: CV-3213 E-60B OUTLET 0.5 Screenµig CV-3223 E-60A INLET 0.5 Screening CV-3224 E-60A OUTLET 0.5 Screening E-22A . DG 1-1 JACKET WATER COOLER 0.5 Screening

E-22B DG 1-2 JACKET WATER COOLER 0.5 Screenjng

E-32A DG 1-1 AFTERCOOLER 0.5 Screening E-32B DG 1-2 AFTERCOOLER 0.5 Screening E-56 Regenerative Heat Exchanger 0.5 '· Screening.

E-64 REACTOR SHIELD COOLING HX 0.5 Screening VACUUM DEGASSIFIER SEAL WATER

E-67 COOLER 0.5 Screening E/P-0779 E-50B STEAM DUMP CONTROL 0.5 Screening E/P-0780 E-50B STEAM DUMP CONTROL 0.5 Screening E/P-0781 E-50A STEAM DUMP CONTROL 0.5 Screening E/P-0782 E-50A STEAM DUMP CONTROL 0.5 Screening


TABLE 3.5-2 EQUIPMENT REPRESENTED BY THESURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE EA-11 BUSIC 0.5 Screening EA-12 BUSlD 0.5 Screening EB-01 MCC 1 0.5 Screening EB-02 MCC2 0.5 Screening EB-07 MCC7

·' 0.5 Screening

EB-08 MCC 8 0.5 Screening EB-11 LOAD CENTER 11 0.5 Screening

EB-12 · LOAD CENTER 12 0.5 Screeni.ng EB-13 LOAD CENTER 13 0.5 Screening



EB-20 LOAD CENTER 20 0.5 Screening EB-24 MCC24 0.5 Screening

' EB-25 MCC 25 0.5 Screening

; ED-01 STATION BATTERY 1 0.5 ... Screening

• ED-02 STATION BATTERY 2 ' ' 0.'5 Screening

'ED-06 INVERTER 1 0.5 Screening ED-07 INVERTER 2. 0.5 ScreenJng ED-08 INVERTER 3 0.5 Screening

:'.ED-:09 INVERTER4 0.5 Screening j

ED-15 CHARGERl ..

0.5 Screening ED-16 CHARGER 2 0.5 Screening ED-17 CHARGER 3 0.5 Screening ED-18 CHARGER4 0.5 Screening EX-11 2400/480 VOLT TRANSFORMER 0.5 Screening EX-12 2400/480 VOLT TRANSFORMER 0.5 Screening EX-19 2400/480 VOLT TRANSFORMER 0.5 Screening EX-20 2400/480 VOLT TRANSFORMER 0.5 Screening EX-21 INSTR AC TFRMR 1 0.5 Screening EX-22 INSTR AC TFRMR 2 0.5 Screening EY-01 INSTRUMENT.AC BUS 0.5 Screening EY-01-41 EY-01 CB 41 0.5 Screening

• EY-10 PREFERRED AC BUS 1 0.5 . Screening EY-10-02 EY-10 CB 2 0.5 Screening


TABLE 3.5-2 -- -- - EQUIPMENT REPRESENTED BY THE SURROGATE EVENT -

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE EY-10-14 EY-10 CB 14 0.5 Screening

EY-10-51 EY-10 CB 51 0.5 Screening

EY-20 PREFERRED AC BUS 2 0.5 Screening









EY-40-:01 EY-40 CB 1 0.5 Screening

EY-40-02 EY-40 CB 2 0.5 .. Screening

EY-50 INSTR AC BUS TRANSFER SWITCH 0.5 Screening

F-301 AIR FILTER TO CV-3037 0.5 : Screening

I F-305 AIR FILTER TO CV-3029B · .. 0.5 Screening

F-314 AIR FILTER TO CV-3018 0.5 Screening

F-318 AIR FILTER TO CV-3030B ; 0.5 Screening

F-322 . C-6A INT AKE FILTER 0.5 Screening

:.F-323 C-6B INT AKE FILTER 0.5 " Screening F-4B TRAVELING SCREENS 0.5. Screeiling

F-4C TRAVELING SCREENS. 0.5 Screening FCV-Q522B AIR CONTROL TO .CV-0522B 0.5 Screening

FIC-0727 P-8A/B TO E-50B 0.5 Screening

FIC-0736A P-8C TO E-50B 0.5 Screening FIC-0737A P-8C TO E-50A 0.5 Screening FIC-0749 AUX FEEDWATER TO E-50A - 0.5 Screening

FS-0727 P-8A/B TO E-50B 0.5 Screening FS-0727A P-8A/B TO E-50B 0.5 Screening FS-0736 P-8C TO E-50B 0.5 Screening FS-0736A P-8C TO E-50B 0.5 Screening FS-0737 P-8C TO E-50A 0.5 Screening

• FS-0737A P-8C TO E-50A 0.5 Screening FS-0749 P-8A/B TO E-50A 0.5 Screening


TABLE 3.5-2 -- - EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE FS-0749A P-BNB TO E-50A 0.5 Screening FT-0727 P-8A/B FLOW TRANSMITTER 0.5 Screening FT-0727A P-8A/B FLOW TRANSMITTER 0.5 Screening

FT-0736 P-8C TO E-50B FLOW TRANSMITTER 0.5 Screening

FT-0736A E-50B STEAM FLOW TRANS. 0.5 Screening FT-0737 P-8C TO E-50A FLOW TRANSMITTER 0.5 Screening

FT-0737A E-50A STEAM FLOW TRANS. 0.5 Screening

FT-0749 P-8A/B FLOW TRANSMITTER 0.5 Screening

FT-0749A P-8A/B FLOW TRANSMITTER 0.5 Screening

FUZ/116E Fuse for Scheme 116E - 0.5 Screening

FUZ/216E Fuse for Scheme 216E 0.5 Screening

FUZ/ AOOl 1-1 Fuse for Scheme AOOll 0.5 Screening

FUZ/AOOll-2 Fuse for Scheme AOOl 1 0.5 Screening

FUZ/A0012-1 Fuse for Scheme A0012 0.5 Screening . FUZ/A1005:.1 Fuse for Scheme A1005 0.5, Screening

• FUZ/A1006:-1 Fuse for Scheme A1006 0.5 Screening

-FUZ/All03-1 Fuse for Scheme Al 103 0.5 Screening

FUZ/ Al 104-1 Fuse for Scheme All04 0.5 Sqeening•

FUZ/All05-1 Fuse for Scheme All05 0.5 Screening

: FUZ/A1106-1 Fuse for Scheme All 06 0.5. Screening FUZ/All07-1 Fuse for Scheme All 07 O.~ Screening·

FUZ/Alll 1-1 Fuse for. Scheme Al 111 - 0.5. Screening_

FUZ/Allll-2 Fuse for Scheme Allll 0.5 Screening

FUZ/ Al 112-:J Fuse for Scheme Al 112 ..

0.5 Screening FUZ/Alll3-1 Fuse for Scheme Alll3 . 0.5 Screening FUZ/All14-1 Fuse for Scheme Al 114

'· 0.5 Screening

FUZ/ Al 114-2 Fuse for Scheme Al 114 0.5 Screeni_ng

FUZ/A1202-1 Fuse for Scheme A1202 0.5 Screening FUZ/A1203-1 Fuse for Scheme A1203 0.5 Screening FUZ/A1204-1 Fuse for Scheme A1204 0.5 Screening FUZ/A1205-1 Fuse for Scheme A1205 0.5 Screening FUZ/A1206-1 Fuse for Scheme A1206 0.5 Screening

• FUZ/A1207-2 Fuse for Scheme A1207 0.5 Screening FUZ/A1209-1 Fuse for Scheme A1209 0.5 Screening

Revision 2, September 30, 1996 · 3-41-16

TABLE 3.5-2 - - EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE FUZ/A1213-1 Fuse for Scheme A1213 0.5 Screening

FUZ/B1105-1 Fuse for Scheme B 1105 0.5 Screening

FUZ/B 1108-1 Fuse for Scheme B1108 0.5 Screening

FUZ/B1205-l Fuse for Scheme B1205 0.5 Screening

FUZ/B1206-1 Fuse for Scheme B1206 0.5 Screening


FUZ/B1209-1 Fuse for Scheme B1209 0.5· Screening

FUZ/B1210-1 Fuse for Scheme B1210 0.5 Screening·


FUZ/B131-1 Fuse for Scheme B 131 0.5 Screening

FUZ/B133-1 Fuse for Scheme B133 0.5 Screening -FUZ/B145-1 Fuse for Scheme B145 0.5 Screening

FUZ/B147-1 Fuse for Scheme B 14 7 0.5 Screening

FUZ/B147-2 Fuse for Scheme B 14 7 . .. 0.5 Screening

FliZiB147-3 Fuse for Scheme B 14 7 0.5 < Screening

FUZ/B161-1 Fuse for Scheme B 161 0:5 Screening

FUZ/B187-1 Fuse for Scheme B 187 0.5 Screelling

FUZ/B191-1 Fuse for Scheme B191 ·· 0.5 Screening

FUZ/B207-1 . · Fuse for Scheme B207 0.5 Screening

FUZ/B211-1 Fuse for Scheme B211 . 0.5 . Screening·


FUZ/B221-1 Fuse for Scheme B221 0;5 Screening



FUZ/B2411-1. · Fuse for Scheme B2411 0.5 Screening


FUZ/B2425- l Fuse for Scheme B2425 0.5 Screening


FUZ/B247-1 Fuse for Scheme B24 7 0.5 Screening

FUZ/B247-2 Fuse for Scheme B24 7 0.5 Screening FUZ/B247-3 Fuse for Scheme B24 7 0.5 Screening FUZ/B251:.1 Fuse for Scheme B251 0.5 Screening FUZ/B251-2 Fuse for Scheme B251 0.5 Screening




EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE FUZ/B2525-1 Fuse for Scheme B2525 0.5 Screening FUZ/B2535-1 Fuse for Scheme B2535 0.5 Screening FUZ/B2545-1 Fuse for Scheme B2545 0.5 Screening FUZ/B287-1 Fuse for Scheme B287 0.5 Screening FUZ/B771-1 Fuse for Scheme B771 0.5 Screening FUZ/B811-1 Fuse for Scheme B811 0.5 Screening FUZ/D018-1 Fuse for Scheme DO 18 0.5 Screening FUZ/D018-2 Fuse for Scheme DO 18 0.5 Screening FUZ/D028-1 Fuse for Scheme D028 0.5 Screening FUZ/D028-2 Fuse for Scheme D028 0.5 Screening FUZ/Dll-1 Fuse for Scheme D 11 0.5 Screening FUZ/D115-1 Fuse for Scheme D 115 0.5 Screening FUZ/D21-1 Fuse for Scheme D21 0.5 Screening FUZ/D21-2 Fuse for Scheme D21 0.5 Screening FUZ/D228-1 Fuse for Scheme D228 0.5 :· Screening FUZ/IP144-1 ·Fuse for Scheme IP144 0.5 Screening FUZ/IPl 44-2 Fuse for Scheme IPl 44 0.5 Screening FUZ/IP145-1 Fuse for Scheme IP145 0.5 Screening FUZ/IP145-2 Fuse for Scheme IP 145 0.5 Screening

. FUZ/S03-1 Fuse for Scheme S03 0.5 , Screening FUZ/S04-1 Fuse for Scheme S04 0.5 Screening FUZ/S09-1 Fuse for Scheme S09 · 0.5 Screening FUZ/SlQ-1 Fuse for Scheme S 10 0.5 Screening FUZ/S13-1 Fuse for Scheme S 13 0.5 Screening FUZ/S13-2 Fuse for Scheme S 13 0.5 Screening FUZ/S14-1 Fuse for Scheme S 14 0.5. Screening FUZ/S14-2 Fuse for Scheme S 14 0.5 Screening FUZ/S31-1 Fuse for Scheme S31 0.5 Screening FUZ/S32-1 Fuse for Scheme S32 0.5 Screening FUZ/S33-1 Fuse for Scheme S33 0.5 Screening FUZ/S34-1 Fuse for Scheme S34 0.5 Screening FUZ/S38-3 Fuse for Scheme S38 0.5 Screening FUZ/S41-1 Fuse for Scheme S41 0.5 Screening FUZ/S41-2 Fuse for Scheme S41 0.5 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE FUZ/S42-1 Fuse for Scheme S42 0.5 Screening

FUZ/S42-2 Fuse for Scheme S42 0.5 Screening



FUZ/S60-1 Fuse for ·Scheme S60 0.5 Screening


· FUZ/WOOl-1 Fuse for Scheme WOO 1 0.5 Screening

FUZ/WOOl-2 Fuse for Scheme WOO 1 0.5 Screening

FUZ/W006-1 Fuse for Scheme W006 0.5 Screening

FUZ/W006-2 Fuse for Scheme· W006 0.5 Screening


FUZ/W012-1 Fuse for Scheme W012 0.5 ~creening


FUZ/W020-1 . Fuse. for Scheme W020 0.5 Screening

FUZ/X050-1 Fuse for Scheme X050 0.5 > Sc;reening

Gl-1/FLR DG 1-1 FUEL LEVEL RELAY 0.5 Scree Ding

Gl-1/SDR DG 1-1 SHUTDOWN RELAY 0.5 . Screening

G1~2/FLR DG 1-2 FUEL LEVEL RELAY 0.5 Screening

Gl-2/SDR DG 1-2 SHUTDOWN RELAY 0.5 Scree¢ng

HIC-0727 AFW TO E-50 B 0.5 Screening

HIC-0736A P-8C TO E-50B 0.5 Screening

HIC-0737A P-8C TO E-50A 0.5 Screening

HIC-0749 AFW TO E-50A 0:5 Screening

HIC-0780A E-50B STEAM DUMP 0.5 Screening

HIC-0780B E-50B STEAM DUMP 0.5 Screel)ing

HIC-0781B E-50A STEAM DUMP 0.5 Screening

HIC-0823 CCW HX SW OUTLET . 0.5 Screening

HS-0102A CV-0749 CONTROLLER 0.5 Screening

HS-0102B CV-0727 CONTROLLER 0.5 Screening

HS-0501A MSIV CKT 2 0.5 Screening

HS-0510A MAIN STEAM FROM E-50B 0.5 Screening

HS-0522B AFW PUMP TURBINE STEAM VLV SW 0.5 Screening

HS-0522C CV-0522B CS 0.5 Screening HS-0767 E-50B BOTTOM BLOWDOWN 0.5 Screening


TABLE 3.5-2 ·EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

!EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE HS-0768 E-50A BOTTOM BLOWDOWN 0.5 Screening HS-0770 CV-0770 HS 0.5 Screening HS-0771 E-50A BOTTOM BLOWDOWN 0.5 Screening

HS-0823A SW DISCHARGE FROM CCW HX 0.5 Screening

HS-0823B SW DISCHARGE FROM CCW HX 0.5 Screening

HS-0824A CAC SW PISCHARGE 0.5 Screening

HS-0824B CAC SW DISCHARGE 0.5 Screening

HS-0826A SW DISCHARGE FROM CCW HX 0.5 Screening

HS-0826B SW DISCHARGE FROM CCW HX 0.5 Screening

HS-0847A CAC SW INLET 0.5 Screening

HS-0847B CAC SW INLET 0.5 Screening

HS-0861A VHX-1 SW DISCHARGE 0.5 Screening

HS-0861B VHX-1 SW DISCHARGE 0.5 Screening

HS-0862A VHX-1 SW INLET 0.5 Screening HS-0862B:. VHX-1 SW INLET 0.5 Screening

HS-0864A VHX-2 SW DISCHARGE 0.5 · Screening

HS-0864B VHX-2 SW DISCHARGE 0.5 Screening

HS-0865A VHX-2 SW INLET 0.5 Screening.

HS-0865B VHX-2 SW INLET 0.5 Screening ·

HS-0867A VHX-4 SW DISCHARGE 0.5 Screening .. . ,.

HS-0867B VHX-4 SW DISCHARGE 0.5 Screening.

HS-0869A VHX-4 SW INLET 0.5 Screening

HS-0869B VHX-4 SW INLET 0.5 Screening

HS-0870A VHX-3 SW INLET 0.5 Screening

HS-0870B VHX-3 SW INLET 0.5. Screening

HS-0873A VHX-3 SW OUTLET . 0.5 Screening

HS-0873B VHX-3 SW OUTLET 0.5 Screening

HS-0937A SDCHX 0.5 Screening

HS-0937B SDCHX 0.5 Screening

HS-0938A SDCHX 0.5 Screening

HS-0938B SDCHX 0.5 Screening

HS-0945A CCWTOCCWHX 0.5 Screening HS-0945B CCW TO CCW HX · 0.5 Screening HS-0946A CCWTOCCWHX 0.5 Screening


TABLE 3.5-2 - -· EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE HS-0946B CCWTOCCWHX 0.5 Screening HS-1002 T-74 0.5 Screening HS-1007 T-74 0.5 Screening

HS-1036 T-61 0.5 Screening

HS-1037 P-70 DISCHARGE 0.5 Screening

HS-1038 P-70 INLET 0.5 Screening

HS-1042A Pressurizer to Quench Tk T-73 0.5 Screening

HS-l042B PRV 1042B CONTROL 0.5 Screening

HS-1043A Pressurizer to Quench Tk T-73 0.5 Screening

HS-1043B PRV 1043B CONTROL 0.5 Screening

HS-1044 P-69 A/B SUCTION 0.5 Screening

HS-1045 P-69 A/B SUCTION 0.5 Screening

HS-1064 ·CLEAN WASTE REC TANK GAS VENT 0.5 Screening

HS-1065 CLEAN WASTE REC TANK GAS VENT 0.5 Screening

HS-1101 T-67 INLET 0.5 Screening

• HS-1-102 T-67 INLET 0.5 Screening

HS-1103 SUMP DRAIN ISOLATION 0.5 Screening

HS-1104 SUMP DRAIN ISOLATION 0.5 Scr~ening

HS-1211 SV-1211 0.5 Screening

HS-1359 NON-CRITICAL SW HDR 0.5 Screening

H~-1813 V-46 DISCHARGE 0.5 Screening HS-1814 V-46 DISCHARGE 0.5 Screening

HS-2111 Charging Line Stop Valve Switch 0.5 Screening

HS-2113 Charging Distrib Stop Vlv Switch 0.5 Screening

HS-2115 Charging Distrib Stop Vlv Switch 0.5 · Screening

HS-3001A CV-300(CS 0.5 Screening HS-3001B CV-3001 CS 0.5 Screening HS-3002A CV-3002 CS 0.5 Scr~ening

HS-3002B CV-3002 CS 0.5 Screening HS-3018A HPSI DISCHARGE VALVE CV-3018 0.5 Screening HS-3018B HPSIDISCHARGE VALVE CV-3018 0.5 Screening HS-3027A SIRWT MIN RECIRC VALVE 0.5 Screening HS-3027B SIRWT MIN RECIRC VALVE 0.5 Screening HS-3029A CV-3029 CS 0.5 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE HS-3029B CV-3029 CS 0.5 Screening HS-3030A CV-3030 CS 0.5 Screening HS-3030B CV-3030 CS 0.5 Screening HS-3031A CV-3031 CS 0.5 Screening HS-3031B CV-3031 CS 0.5 Screening HS-3037A HPSI DISCHARGE VALVE CV-3037 -, 0.5 Screening HS-3037B HPSI DISCHARGE VALVE CV-3037 0.5 Screening

HS-3056A SIRWT MIN RECIRC VALVE 0.5 Screening HS-3056B SIRWT MIN RECIRC VALVE 0.5 Screening HS-3057A CV-3057 CS 0.5 Screening HS-3057B CV-3057 CS

-· 0.5 Screening

HS-3080B HPSI VALVE M0-3080 0.5 Screening HS-3081B HPSI VALVE M0-3081 0.5 Screening HS-3082B HPSI VALVE M0-3082 - 0.5' Scr~ening

HS-3.083B HPSI VALVE M0-3083 0.5' Screening HS-72-01 ED-01 TO ED-10 BKR HS

' 0.5 Screening

HS-72-02 ED-02 TO ED-20 BKR HS 0.5 Screening HS-771 C-6A CS 0.5 Screening HS-811 C-6B CS 0.5 Screening l/P-0727 E-50B FLOW CONTROL 0.5 Screening I/P-0736A _ E-50B FLOW CONTROL 0.5 Screening I/P-0737A E-50A FLOW CONTROL 0.5 Scre(!ning I/P-0749 E-50A FLOW CONTROL 0.5 Screening K-6A DIESEL GENERATOR 1-1 0.5 Screening K-6B DIESEL GENERATOR 1-2 0.5 Screening LCX-0101-1 CB 52-1206 CIRCUIT 0.5 Screening LIA-0917 Comp Cooling Surge Tk T-3 Level 0.5 Screening LPX/E50A E-50A LOW PRESSURE RELAY 0.5 Screening LPX/E50B E-50B LOW PRESSURE RELAY 0.5 Screening LS-0327 SIRW LOW LEVEL SWITCH 0.5 Screening LS-0328 SIRW LOW LEVEL SWITCH 0.5 Sc;reening LS-0329 SIRW TANK LOW LEVEL SWITCH 0.5 Screening LS-0330 SIRW TANK LOW LEVEL SWITCH 0.5 Screening LS-0440 C-6A LS , 0.5 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE LS-0442 C-6B LS 0.5 Screening LS-0751A P-8A AUTO START 0.5 Screening LS-0751B P-8A AUTO START 0.5 Screening

LS-0751C P-8A AUTO START 0.5 Screening

LS-0751D P-8A AUTO START 0.5 Screening

LS-0752A P-8B AUTO START 0.5 Screening

LS-0752B P-8B AUTO START 0.5 Screening

LS-0752C P-8B AUTO START 0.5 Screening

LS-0752D P-8B AUTO START 0.5 Screening

LS-1472 DG-1/1 SUMP START FILL LEVEL 0.5 Screening

LS-1473 DG-1/2 SUMP ST ART FILL LEVEL 0.5 Screening

LSX-0327 SIRW TANK LOW LEVEL 0.5 Screening



LSX.;0330 SIRW TANK LOW ·LEVEL 0.5 Screening

LSY.:0327 SIRW TANK LOW LEVEL 0.5 Screening LSY.!0328 SIRW TANK LOW LEVEL 0.5 Screening LSY.:0329 SIRW TANK LOW LEVEL 0.5 Screening

LSY.:0330 SIRW TANK LOW LEVEL 0.5 Screening

LT-0151A E-50A LOW LEVEL 0.5 Screening

LT-0751B E-50A LOW LEVEL 0.5 Screening

LT-0751C E-50A LOW LEVEL 0.5 Screening LT-0751D E-50A LOW LEVEL 0.5 Screening

LT-0752A E-50B LOW LEVEL 0.5 Screening LT-0752B E-50B LOW LEVEL 0.5 Screening

LT-0752C E-50B LOW LEVEL 0.5 Screening LT-0752D E-50B LOW LEVEL 0.5 Screening M-9A EAST ES HP CONTROL AIR DRYER 0.5 Screening M-9B WEST ES HP CONTROL AIR DRYER 0.5 Screening MC-34Ll01 DG LOAD SHED SEQ CKT 1 0.5 Screening MC-34L102 DG LOAD SHED SEQ CKT 1 0.5 Screening MC-34L103 DG LOAD SHED SEQ CKT 1 0.5 Screening MC-34L104 DG LOAD SHED SEQ CKT 1 0.5 Screening MC-34L105 DG LOAD SHED SEQ CKT 1 0.5 Screening


••

-TABLE 3.5-2

EQUIPMENT REPRESENTED BY THE SURROGATE EVENT EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE MC-34L106 DG LOAD SHED SEQ CKT 1 0.5 Screening MC-34R101 DG LOAD SHED SEQ CKT 2 0.5 Screening MC-34R102 DG LOAD SHED SEQ CKT 2 0.5 Screening MC-34R103 DG LOAD SHED SEQ CKT 2 0.5 Screening MC-34R104 DG LOAD SHED SEQ CKT 2 0.5 Screening MC-34R105 DG LOAD SHED SEQ CKT 2 0.5 Screening MC-34R106 DG LOAD SHED SEQ CKT 2 0.5 Screening

M0-074~ AUX FEEDWATER TO E-50B 0.5 Screening M0-0748 E-50B ISOLATION 0.5 Screening M0-0753 AUX FEEDWATER TO E-50A 0.5 Screening M0-0754 E-50A ISOLATION 0.5 Screening M0-0755 AUX FEEDWATER TO E-50B 0.5 Screening M0-0759 AUX FEEDWATER TO E-50A 0.5 · Screening

M0-0760 AUX FEEDWATER TO E-50A 0.5 Screening M0.:.0798 . AUX FEEDWATER TO E-50B 0.5 Screening M0.:1042A POWER RELIEF ISOL. 0.5 Screening M0-1043A POWER RELIEF ISOL. ,-, 0.5 -Screening M0-2087 VCT OUTLET ISOL 0.5 Screening M0.:2140 Boric Acid Feed Pump Isol 0.5 Screening M0~2160 SIRW Tank to Charging Pps Isol 0.5 Screening M0-2169 Boric Acid Tk Gravity Feed Isol 0.5 Screening M0-2170 Bork Acid Tk Gravity Feed lsol 0.5 Screening M0-3062 R-HPSI TO LOOP 2B 0.5 Screening M0-3064 R-HPSI TO LOOP 2A 0.5 Screening M0-3066 R-HPSI TO LOOP lB 0.5 Screening M0-3068 R-HPSI TO LOOP lA 0.5 Screening M0-3072 CHARGING TO SI ISOL. 0.5 Screening M0-3080 HPSI HOT LEG INJECTION 0.5 Screening M0-3081 HPSI HOT LEG INJECTION 0.5 Screening M0-3189 LPSI Pp P-67B Inlet Fr 0.5 Screening M0-3198 LPSI Pp P-67 A Inlet Fr 0.5 Screening N2 STA 1 NITROGEN STATION 1 0.5 Screening N2 STA lA NITROGEN STATION lA 0.5 Screening N2 STA 3B NITROGEN STATION 3B 0.5 Screening


TABLE 3.5-2 · EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE N2 STA 5 NITROGEN STATION 5 0.5 Screening P-41 P-41 . 0.5 Screening

P-52A COMP. COOLING PUMP 0.5 Screening

P-52C COMP. COOLING PUMP 0.5 Screening

P-54B CONTAINMENT SPRAY PUMP 0.5 Screening

P-55A CHARGING PUMP 0.5 Screening

P-55B CHARGING PUMP · 0.5 Screening

P-55C CHARGING PUMP 0.5 Screerurig

P-56A Boric Acid Pump 0.5 Screening

P-56B Boric Acid Pump 0.5 Screening

P-66A HPSI PUMP 0.5 Screening

P-66B HPSI PUMP 0.5 Screening

P-79A PRIMARY SYSTEM MAKEUP PUMP 0.5 Screening .

P-79B . PRIMARY SYSTEM MAKEUP PUMP. 0.5 Screening

P-8B STEAM DRIVE AUX FEED PUMP ' 0.5 Screening

P-9B FIRE PUMP B 0.5 Screening

P-9Bi'CS P-9B MANUAL START · 0.5 Screening

· P/S-0727 Aux Feedwater Multiple Pwr Sup 0.5 Screening

P/S-0737A Aux Feedwater Multiple Pwr Sup 0.5 Screening

PB 1-1 SIS MANUAL INITIATION CKT 1 0.5 ·Screening

PB 1-2 SIS MANUAL INITIATION CKT 2 0.5 Screening

PB CHRL/CS CHR RESET 0.5 Screening

PB CHRR/CS CHRRESET 0.5 Scre~ning

PC-0521A K-8 STEAM SUPPLY 0.5 Scr~enirtg

PC/0216A · P-55A LUBE OIL PRESS CONT 0.5 Screening

PC/0216B P-55A LUBE OIL PRESS CONT 0.5 Screening

PC/0216C P-55A LUBE OIL PRESS CONT 0.5 Screening

PC/0218A P-55B LUBE OIL PRESS CONT 0.5 Screerung PC/0218B . P-55B LUBE OIL PRESS CONT 0.5 Screening PC/0218C P.,55B LUBE OIL PRESS CONT 0.5 Screening PCV-0521A K-8 STEAM SUPPLY 0.5 Screening

PCV-0522 PCV FOR CV-0522B 0.5 Screening PCV-1367 PCV FOR P-9B ENGINE COOLING 0.5 Screening PCV-2273 NITROGEN PRESSURE CONTROL VLV 0.5 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE PCV-2277 N2 STA 3B PCV 0.5 Screening

PCV-2279 N2 STA 5 PCV 0.5 Screening

PCV-2280 N2 STA lA PCV 0.5 Screening

PCV-3018 AIR SUPPLY REGULATING VALVE . 0.5 Screening

PCV-3029B OPENING PRESSURE REGULATOR 0.5 Screening

PCV-3030B OPENING PRESSURE REGULATOR 0.5 Screening

PCV-3037 AIR SUPPLY REGULATING VALVE 0.5 Screening

PCV-5351 PCV FOR P-41 ENGINE COOLING 0.5 Screening

PIA-0102A TM/LP CHANNEL A 0.5 Screening

PIA-0102B TM/LP CHANNEL B 0.5 Screening

PIA-0102C TM/LP CHANNEL C 0.5 Screening

PIA-0102D TM/LP CHANNEL D 0.5 Screening

PIC-0511 TURBINE BYPASS VALVE CO:NTROL 0.5 Screening

PIC-0751A E-50A LOW PRESSURE 0.5 Screening

PIC-"0751B E-50A LOW PRESSURE 0.5 . Screening

PIC-0751C E-50A LOW PRESSPRE 0.5 Screening

PIC-0751D E-50A LOW PRESSURE 0.5 Screening PIC-0752A. E-50B LOW PRESSURE 0.5. Screening

PIC-0752B E-50B LOW PRESSURE 0.5 Screening PIC-'0752C. E-50B LOW PRESSURE 0.5 Screening

PIC-07520 E-50B LOW PRESSURE 0.5 Screening

PICB/L E-50A LO PRESS CIRCUIT. 0.5 Screening

PICB/R E-50B LO PRESS CIRCUIT 0.5 Screening

PICX-0751A E-50A LOW PRESSURE AUX RELAY 0.5 Screening

PICX-0751B E-50A LOW PRESSURE AUX RELAY 0.5 Screening

PICX-0751C E-50A LOW PRESSURE AUX RELAY 0.5 Screening

PICX-0751D E-50A LOW PRESSURE AUX RELAY 0.5 Screening

PICX-0752A E-50B LOW PRESSURE AUX RELAY 0.5 Screening PICX-0752B · E-50B LOW J>RESSURE AUX RELAY 0.5 Screening

PICX-0752C E-50B LOW PRESSURE AUX RELAY 0.5 Screening

PICX-0752D E-50B LOW PRESSURE AUX RELAY 0.5 Screening

PM-0511 TURBINE BYPASS VAL VE CONTROL 0.5 Screening

• POC-0521A AUX FEEDWTR PP STEAM SUPPLY POS 0.5 Screening POC-0779 E-50B STEAM DUMP CONTROL 0.5 Screening

Revision 2, . September 30, 1996 3-41-26


EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF POC-0780 E-50B STEAM DUMP CONTROL 0.5 POC-0781 E-50A STEAM DUMP CONTROL 0.5 POC-0782 E-50A STEAM DUMP CONTROL 0.5

PORVX/1042B PRV-1042B CONTROL RELAY 0.5 PORVX/1043B PRV-1043B CONTROL RELAY 0.5 POS-1042A PRESSURIZER TO T-73 0.5 POS-1043A PRESSURIZER TO T-73 0.5

POSY-0522B AFW PP TURB STM VLV RELAY 0.5 PRV-1042B POWER OPERA TED RELIEF 0.5

PRV-1043B POWER OPERA TED RELIEF 0.5 PS-0440 . C-6A PS 0.5

PS-0442 C-6B PS 0.5

PS-0741A P-8A/B LOW SUCTION TRIP 0.5 PS-0741B P-8A/B LOW SUCTION TRIP 0.5

PS-0741DD P-8A/B LOW SUCTION TRIP 0.5 '

• · PS-0762A P-8C LOW SUCTION TRIP 0.5

PS-0762B P-8C LOW SUCTION TRIP 0.5 PS-0762C P-8C LOW SUCTION TRIP 0.5 PS-0918 :t;>-52A/C PRESS. SWITCH 0.5

PS-1310 P-9B LOW HDR P START . 0.5 PS-1311 P-9A LOW HDR P ST ART. 0.5

PS-1318 P-7B PS 0.5 PS-1325 P-7B PS 0.5

PS-'1801 CHP RELAY 0.5 PS-1801A CHP RELAY 0.5 PS-1802 CHP RELAY 0.5 PS-1802A CHP RELAY 0.5

PS-1803 CHP RELAY 0.5 PS-1803A CHP RELAY 0.5 PS-1804 CHP RELAY 0.5 PS-1804A, CHP RELAY 0.5 PS-2 P-9B CONTROL CIRCUIT 0.5 PSX-0741 P-8A LOW SUCTION PRESSURE TRIP 0.5 PSX-0762 P-8C LOW SUCTION PRESSURE TRIP 0.5


TYPE Screening Screening Screening

Screening

Screening Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening

Screening Screening

Screening Screening Screening

" '1


EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE PSX-1801 CONT HIGH PRESSURE AUX RELAY 0.5 Screening PSX-1802 CONT HIGH PRESSURE AUX

1RELA Y 0.5 Screening

PSX-1803 CONT HIGH PRESSURE Aux· RELA y 0.5 Screening.

PSX-1804 CONT HIGH PRESSURE AUX RELAY 0.5 Screening PSX-P8A P-8A LO SUCTION PRESSURE 0.5 Screening PSX-P8B P-8B LO SUCTION PRESSURE 0.5 Screening PSX-P8C P-8C LO SUCTION PRESSURE 0.5 Screening

PSXX-0741 · P-8B LOW SUCTION TRIP 0.5 Screening

PT-0741A P-8A/B LOW SUCTION 0.5 Screening

PT-0741B P-8A/B LOW SUCTION 0.5 Screening

PT-0741DD P-8A/B LOW SUCTION 0.5 Screening

PT-0751A E-50A LOW PRESSURE 0.5 Screening

PT-0751B E-50A LOW PRESSURE 0.5 Screening .•

PT-0751C E50A LOW PRESSURE TRANS. 0.5 Screening

PT-0751D E50A LOW PRESSURE TRANS. 0.5 Screening

••• PT-0752A E-50B LOW PRESSURE 0.5 Screening

PT-0752B E-50B LOW PRESSURE 0.5 Screening

PT-0752C E-50B LOW PRESSURE TRANS. 0.5 Screening PT-0'752D E-50B LOW PRESSURE TRANS. 0.5 Screening

PT-0762A LOW SUCTION PRESSURE TRIP 0.5 . Screening PT-0762B LOW SUCTION PRESSURE TRIP 0.5 Screening · ':,··

PT-0762C LOW SUCTION PRESSURE TRIP 0.5 Screening

R-191 BA Pp P-56B Emerg Auto Start 0.5 Screening·

R-287 BA Pp P-56A Emerg Auto Start 0.5 Screening RIA-0707 SIG BLOWDOWN 0.5 Screening RIA-1805 CONTAINMENT ISOL RAD MONITOR . 0.5 Screening RIA-1806 CONT ISOL HIGH RAD MONITOR 0.5 Screening RIA-1807 CONT ISOL HIGH RAD MONITOR 0.5 Screening RIA-1808 CONTAINMENT ISOL RAD MONITOR 0.5 Screening RIAX-1805 CONTAINMENT HIGH RADIATION 0.5 Screening RIAX-1806 CONTAINMENT HIGH RADIATION 0.5 Screening RIAX-1807 CONTAINMENT HIGH RADIATION 0.5 Screenillg RIAX-1808 CONTAINMENT HIGH RADIATION 0.5 Screening RV-0439 T-9A RELIEF 0.5 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE RV-0441 T-9B RELIEF 0.5 Screening RV-0521 STEAM SUPLY TO AFW PUMP 0.5 Screening RV-0783 P-8A/B DISCHARGE RELIEF 0.5 Screening RV-0939 LETDOWN HX DISCHARGE 0.5 Screening RV-0956 LETDOWN HX OUTLET RELIEF 0.5 Screening RV-2092 Charging Pp P-55A Disch Safety 0.5 Screening RV-2098 Charging Pp P-55B Disch Safety . 0.5 Screening RV-2104 Charging Pp P-55C Disch Safety 0.5 Screening RV-2273 N2 STA. 1 PRESS. RELIEF 0.5 . Screening RV-2277 N2 STA 3B RV 0.5 Screening RV-2279 N2 STA 5 RV 0.5 Screening RV-2280 N2 STA lA RV 0.5 Screening RV-3029A CV-3029 HPA RELIEF VALVE 0.5 Screening· RV-3029B OPENING AIR TO CV-3029 RELIEF VLV 0.5 Screening RV-3030A CLOSING AIR TO CV-3030 RELIEF VLV. 0:5 .. Screening

• RV-3030B OPENING AIR TO CV-3030 RELIEF VLV 0.5 Screening RV-3031A CV-3031 CLOSING RELIEF 0.5 Screening RV-3031B CV-3031 OPENING RELIEF 0.5 Screening SDCR STEAM DUMP CONTROL RELAY 0.5 Screening SIRWL/CS SIRW TANK LOW LEVEL DET CHNL 1~2 0.5 Screening

. SIRWR/CS SIRW TANK LOW LEVEL DET CHNL 3&4 0.5 Screening SIS-1 SAFETY INJ INITIATION RELAY CKT f 0.5 Screening SIS-10 SAFETY INJ INITIATION RELAY CKT 2 0.5 Screening SIS-2 SAFETY INJ INITIATION RELAY CKT 2 0.5 Screening SIS-3 Ckt#l Maintained Safety Initiat 0.5 Screening SIS-4 Ckt#2 Maintained Safety Initiat 0.5 Screening SIS-5 SAFETY INJ INITIATION RELAY CKT 1 0.5 Screening SIS-6 SAFETY INJ INITIATION RELAY CKT 2 0.5 Screening SIS-7 SAFETY INJ INITIATION RELAY CKT 1 0.5 Screening SIS-8 SAFETY INJ INITIATION RELAY CKT 2 0.5 Screening SIS-Xl SI W/STANDBY POWER CKT 1 · 0.5 Screening SIS-X2 SI W/STANDBY POWER CKT 2 0.5 Screening SIS-X3 SI W /STANDBY POWER CKT 1 0.5 Screening SIS-X4 Momentary SIS W /Standby Pwr 0.5 Screening



EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE SIS-X5 Momentary SIS W /Standby Pwr 0.5 Screening SIS-X6 Momentary SIS W /Standby Pwr 0.5 Screening SIS-X7 Momentary SIS W /Standby Pwr 0.5 Screening SIS-XS Momentary SIS W /Standby Pwr 0.5 Screening SSX-3/P8A/B CV-0727/0749 TEST AUX RELAY 0.5 Screening SSX-4/P8C CV-0736A/CV-0737 A 0.5 Screening

SV-0502 MAIN STEAM ISOLATION E-50B 0.5 Screening

SV-0505A MAIN STEAM ISOLATION E-50B 0.5 Scr:eening SV-0505B MAIN STEAM ISOLATION E-50A 0.5 Screening

SV-0507A MAIN STEAM ISOLATION E-50B 0.5 Screening

SV-0507B MAIN STEAM ISOLATION E-50A 0.5 Screening

SV-0508 MAIN STEAM ISOLATION E-50A 0.5 Screening

SV-0513 MAIN STEAM ISOLATION E-50A 0.5 Screening

SV-0514 MAIN STEAM ISOLATION E-50B 0.5 Screening

SV-0522B AFW INLET 0.5 Screening

SV-0522C K-8 STEAM SUPPLY 0.5 Screening SV-0522G AIR CONTROL FOR AUX FEEDWATER 0.5 Screening

SV-0522H AIR CONTROL F.OR AUX FEEDWATER TURB 0.5 Screening

SV-0589B TURBINE BYPASS VLV CONTROL VLV 0.5 Screening

SV-0767 · SIG E-50A BOTTOM BLOWDOWN 0.5 Screening

SV-0768 SIG E-50B BOTTOM BLOWDOWN 0.5 · Screening

SV-0770 SIG E-50B BOTTOM BLOWDOWN 0.5 . Screening

SV-0771 SIG E-50A BOTTOM BLOWDOWN 0.5 Screening

SV-0779C E-50B ATMOSPHERIC DUMP 0.5 Screening

SV-0780C E-50B ATMOSPHERIC DUMP 0.5 Screening

SV-0781C E-50A ATMOSPHERIC DUMP 0.5 Screening SV-0782C E-50A ATMOSPHERIC DUMP 0.5 Screening

SV-0823A CV-0813 OVERRIDE 0.5 Screening SV-0823B CV-0823 OVERRIDE 0.5 Screening

SV-0824 AIR COOLER SWS RETURN 0.5 Screening SV-0826A . CV-0826 OVERRIDE 0.5 Screening

SV-0826B CV-0826 OVERRIDE 0.5 Screening SV-0847 AIR COOLER SWS SUPPLY 0.5 Screening SV-0861 VHX-1 ISOLATION 0.5 Screening


' ' ,,

TABLE 3.5-2 - EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE SV-0862 VHX-1 ISOLATION 0.5 Screening SV-0864 SWCAC 0.5 Screening SV-0865 VHX-2 ISOLATION 0.5 Screening

SV-0867 VHX-4 ISOLATION 0.5 Screening SV-0869 VHX-4 ISOLATION 0.5 Screening

SV-0870 VHX-3 ISOLATION 0.5 Screening

SV-0873 VHX-3 ISOLATION 0.5 Screening

SV-0937 E-60 A&B INLET 0.5 Screening

SV-0938 SDC HEAT EXCHANGER INLET 0.5 Screening

SV-0944A SPENT FUEL POOL COOLING ISOL. 0.5 Screening

SV-0945 E-54A INLET 0.5 Screening·

SV-0946 E-54B INLET 0.5 Screening

SV-1002 T-74 0.5 Screening

SV-1007 T-74 ISOLATION 0.5 ., Screening SV-1036 P-70 RECIRC.ISOLATION 0.5 . Screening

SV-1038 · P-70 INLET ISOLATION 0.5 Screening

SV-1044 P~69A/B SUCTION 0.5 Screening

SV-1045 P-69A/B SUCTION 0.5 Screening

SV-1359 - SERVICE WATER ISOLATION 0.5 Screening

SV-1367 SV FOR P9B ENGINE COOLING 0.5 Screening

SV-1470 DG-1/1 FUEL OIL INLET 0.5 Screening'

SV-1471 DG-1/2 FUEL OIL INLET 0.5 Screening

SV-2111 Regenerator Heat Exch Charging 0.5 Screening

SV-2155 Primary Sys Makeup Stop Vlv 0.5 Screening

SV-3001 CONT SPRAY FLOW CONTROL VLV 0.5 Screening

SV-3002 CONT SPRAY FLOW CONTROL VLV 0.5 Screening

SV-3018 SI TANK TEST/R-HPSI 0.5 Screening

SV-3029A SUMP DISCHARGE ISOLATION 0.5 Screening SV-3029B SUMP DISCHARGE ISOLATION .. 0.5 . Screening SV-3030A SUMP DISCHARGE ISOLATION 0.5 Screening SV-3030B SUMP DISCHARGE ISOLATION 0.5 Screening SV-3037 HPSI P-66A 0.5 Screening SV-5351 COOLING SUPPLY P-41 0.5 Screening SVY-0/0522B ENERGIZE TO OPEN CV-0522B 0.5 Screening



EQUIPMENT ID· EQUIPMENT DESCRIPTION HCLPF TYPE T-25A DG DAY TANKS 0.5 Screening T-25B DG DAY TANKS 0.5 Screening T-31A DG 1-1 AIR START TANK 0.5 Screening

T-31B DG 1-1 AIR START TANK 0.5 Screening

T-31C DG 1-2 AIR ST ART TANK 0.5 Screening

T-31D DG 1-2 AIR START TANK 0.5 Screening

TIC-0821 E-54A/B OUT 0.5 Screening

TS-1820 V-24D TEMP 0.5 Screening

TS-1822 V-24C TEMP 0.5 Screening

TS-1828 V-24A TEMP 0.5 Screening

TS-1844 V-24B TEMP 0.5 Screening

TS-1849 V-27A HIGH TEMPERATURE SWITCH 0.5 Screening

TS-1850 V-27A LOW TEMPERATURE SWITCH 0.5 Screening

TS-1851 V-27B HIGH TEMPERATURE SWITCH 0.5 Screening

TS-f852 · V-27B LOW TEMPERATURE SWITCH 0.5 Screening

TS-1856 V-27C HIGH TEMPERATURE SWITCH 0.5 Screening

TS-1857 V-27C LOW TEMPERATURE SWITCH 0.5 Screening

TS-1858 V-27D HIGH TEMPERATURE SWITCH 0.5 Screening

TS-1859 V-27D LOW TEMPERATURE SWITCH 0.5 Screening

TX-L SIS TEST CKT 1 0.5 . Screening TX-R. SIS TEST CKT 2 0.5 Screening •,'

V-1 DAMPER CAC RECIRC FAN DAMPER 0.5 Screening

V-15A BATTERY ROOM VENT FAN 0.5 Screening

V-15B BATTERY ROOM VENT FAN 0.5 Screening V-16-1 SIS TEST & BLOCK RELAYS 0.5 Screening

V-16-3 SIS TEST & BLOCK RELAYS 0.5 Screening V-16-4 SIS TEST & BLOCK RELAYS 0.5 Screening V-lA CAC RECIRC FAN 0.5 Screening V-2 DAMPER CAC RECIRC FAN DAMPER · 0.5 Screening· V-24A DG 1-1 VENT FAN 0.5 Screening V-24B DG 1-1 VENT FAN· 0.5 Screening V-24C DG 1-2 VENT FAN 0.5 Screening V-24D DG 1-2 VENT FAN 0.5 Screening V-27A EAST ENG SAFEGUARDS RM COOLER 0.5 Screening


-·-- TABLE 3.5-2 EQUIPMENT REPRESENTED BY THE SURROGATE EVENT

EQUIPMENT ID EQUIPMENT DESCRIPTION HCLPF TYPE V-27B EAST ENG SAFEGUARDS RM COOLER 0.5 Screening V-27C . WEST ENG SAFEGUARDS RM COOLER 0.5 Screening V-27D. WEST ENG SAFEGUARDS RM COOLER 0.5 Screening V-2A CAC RECIRC FAN 0.5 Screening V-3 DAMPER CAC RECIRC FAN DAMPER 0.5 Screening

V-3A CAC RECIRC FAN 0.5 Screening V-4 DAMPER CAC RECIRC FAN DAMPER 0.5 Screening

V-4A CAC RECIRC FAN 0.5 Screening

VF-1 CONTAINMENT AIR COOLER FILTER O.~ Screening VF-2 CONTAINMENT AIR COOLER FILTER 0.5 Screening

VF-3 CONTAINMENT AIR COOLER FILTER 0.5 Screening

VF-4 CONTAINMENT AIR COOLER FILTER 0.5 Screening VHX-27A ESR COOLING COIL 0.5 Screening VHX-27B ESR COOLING COIL 0.5 Screening VOP-0779 E-50B STEAM DUMP 0.5 Screening

VOP-0780 · E-50B STEAM DUMP 0.5 Screening

VOP-0781 E-50A STEAM DUMP 0.5 Screening

VOP-0782 E-50A STEAM DUMP 0.5 Screening XB-L SIS BLOCK RELAY CKT 1 · 0.5 Screening XB-R SIS BLOCK RELAY CKT 2 0.5 Screening

XPAl SI CKT 1 AUX LOW PRESSURE 0.5 Screening .

XPA2 SI CKT 1 AUX LOW PRESSURE 0.5 Screening ·XPBl SI CKT 2 AUX LOW PRESSURE 0.5 Screening

XPB2 SI CKT 2 AUX LOW PRESSURE 0.5 Screening

XPCl SI CKT 3 AUX LOW PRESSURE 0.5 Screening

XPC2 SI CKT 3 AUX LOW PRESSURE. 0.5 Screening

XPDl SI CKT 4 AUX LOW PRESSURE 0.5 Screening XPD2 SI CKT 4 AUX LOW PRESSURE 0.5 Screening YS-2016 P-79A SUCTION STRAINER 0.5 Screening YS-2017 P-79B SUCTION STRAINER 0.5 Screening


TABLE 3.5-3 .. -

FRAGILITY PARAMETERS

HCLPF DESCRIPTION MEDIAN {3 (TOTAL)

0.500 Surrogate Event 1.08 0.30

0.500 Reactor Building/ Auxiliary Building 1.08 0.46

0.500 Screenhouse Flood Event 1.0.8 0.30

0.100 Turbine Building Fire Event 0.22 0.30

0.200 Turbine Building Flood Event 0.43 0.30

0.162 Loss of Off-site Power Event 0.35 0.55

0.300 All events screened at .3g HCLPF 0.65 0.46

0.100 All events assigned a . lg ·HCLPF 0.22 0.46

0.320 E-60A/B, T-2 0~69 0.46

0.330 E-54A/B,. E-67 A/B 0.71 .. Q.46

0.400 P-52B 0.86 0.46

0.470 VHX-112/3/4 1.02 0.46

0.500 E-58 1.08 0.46

0.510 T-73 1.10 0.46

0.520 P-7A/B/C 1.12 0.46

0.550 P-8C 1.19 0.46

0.570 T-58 1.23 0.46

0.580 E-53A/B 1.25 0.46

0.600 P-54C L30 0.46

0.660 127D-2 1.43 0.46

0.720 P-8A 1.56 0.46

0.730 T-53A/B 1.58 0.46

0.770 P-54A 1.66 0.46

• 0.870 127D-1 1.88 0.46


Documents

Rev 1 to 'Seismic Analysis of Diesel Oil Tank T10