ML18087A741

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Rev 11 to Recovery from Safety Injection
ML18087A741
Person / Time
Site: Salem  PSEG icon.png
Issue date: 03/13/1983
From: Connor B
Public Service Enterprise Group
To:
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ML18087A720 List:
References
EI-I-4.2, NUDOCS 8303160598
Download: ML18087A741 (39)
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{{#Wiki_filter:\\ SALEM GENERATING STATION OPERATIONS DEPARTMENT DOCUMENT APPROVAL COVER SHEET-

Title:

Recovery from Safety Injection No.:EI-I-4.2 Unit: 1 Rev.: 11 Remarks: 11 oaaes of text, 1 attachment, 1 table, 1 appendix. Chanqes: Added note and steps a,b,c and d to st.ep 4.12, changed steo 4.18, chanqed steos 4.27,4.28 and added steps 4.29,4.30,4.31. Safety Related Review (Ref. AD-13) : S/R yes x no Author's Checklist Comp~eted: yes x Author ~ ~~ Date °3/ 13J t3 I SR6'D ' --~'f!-. .a. Date,~ -{3,&,S Ops. Eng. j~ Date :J-/3-ff3" I* L sos+ ,.&IL &_,.,a dt,,.!VJ Date,5/;..;/R? Ops. Mgr. Y/?J~- Date J-/J-~ Q_Q_:__Q~~ Date 3 /t3/&~ QA I

    • ~

Date Y//:J//'J. SORC /

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3/1-?/h General Manager Date

  • required for SPM documents only

+ required for EOP validation acceptance only

  • '* required for safety related documents and fire protection document-s 8303160598 830314 PDR ADOCK 05000272 i

S PDR I MASTER Salem Unit 1/2 AD-1-B-1

-(.

1. 0 PURPOSE EMERGENCY INSTRUCTION I-4.2 RECOVERY FROM SAFETY INJECTION 1.1 To delineate the steps required to term.l.nate Safety Injection and return the unit to a normal, shutdown alignment.

2.0 INITIAL CONDITIONS 2.1 The conditions as described in one of the following Emergency Instruction exist such that termination of Safety Injection is required or desirable. 2.1.1 EI I-4.0, "Safety Injec~ion Initiation" 2.1.2 EI I-4.4, "Loss of Coolant" 2.1.3 EI I-4.6, "Loss of Secondary Coolant" 2.1.4 EI I-4.7, "Stearn Generator Tube Rupture" 3*. 0 IMMEDIATE ACTIONS 3.1 None 4.0 SUBSEQUENT ACTIONS 4.1 The Senior Shift Supervisor/ Shift Supervisor shall verify that the initial conditions described in Step 2.1 above are.satisfied. The Operator shall then proceed as follows: 4.1.1 When RCS pressure is greater than 2000 open 1CV139, 1CV140 COMMENTS Once Safety Injection is reset it will not automatically reinitiate until after the Reactor Trip Breakers have been reset. CAUTION In order to prevent excessive loss of water to the eves Holdup Tanks do not operate with 1CV139, 140 open for a period longer than 15 minutes. Salem Unit' 1 1 Rev. 11

4.1.2 Refer to Table I. If any of the criteria listed under the column "Safety Injection Reinitiation Criteria" for the appropriate accident exist at any time after Safety Injection is reset, manually reinitiate Safety Injection. 4.1.3 Maintain Safety Injection in operation until the criteria listed in Table I under the column "Actions Required After Reinitiation" for the appropriate accident are satisfied. 4.2 Control Auxiliary Feedwater flow to maintain an actual level of approximately 33% in the Narrow Range in all unaffected Stearn Generators. 4.2.1 If Auxiliary Feedwater flow has been interrupted to any Steam Generator for more than 5 minutes and the level has coincidentally been less than 10% in the Narrow Range for more than 5 minutes, flow must be 4 maintained less than lOxlO LBM/HR. until the level is greater than 10%. 4.3 If the Safety Injection was due to a break inside the Containment, de-energize the following circuits: Salem Unit 1 2 I-4.2 Refer to Appendix 1 to determine indicated level which will assure approximately 33% actual level. This applies-throughout the recovery. Circuits may be re-energized at the direc.tion of the Shift Supervisor to perform specific evolutions after Safety Injection is reset. Rev. 11

4.3.l l~-~DC Ckt 9 - 1CV4 Ckt 11 - 1SJ123 4.3.2 lBBDC Ckt 19 - 1CV3 4.3.3 lCCDC Ckt 13 - 1WL98 Ckt 15 - 1CV5 4.4 If the Safety Injection was due to a break in the Inboard Pen~tration Area, de-en~rgize the following circuits: 4.4.1 lAADC Ckt 7 -* 1CC113, and 1CC215 Ckt 33 - 11CA330 4.4.2 lBBDC Ckt 1 - 12CA330 Salem Unit 1 Ckt 17 - 1SJ60 Ckt 19 - 1CV7 Ckt 26 - 1SJ27,1SJ33, 1SJ49, 1SJ64, and 11-14SJ94 3 I--4. 2 Ckt 11 also de-energizes 1NT32, and 11&12SJ50 Also de-energizes 1CV7, J C'.72,. and 1CV277 Ckt 13 Also de-energizes lWL 7, 1WL12, 1WL16, and 1WL96 Ckt 15 Also de-energiz*es 1CV131, 1CV132, 1CV134, and 1CV278. Circuits may be re-energized at the direction of the Shift Supervisor to perform specific evolutions after Safety Injection is reset. Ckt 1 also de-energizes 1RC41, and 1RC42 Ckt 17 also de-energizes 12SJ20, 12SJ27, 12SJ57,12SJ58, and 12SJ93 Ckt 19 also de-energizes 1CV2, 1CV3, and 1CV277 I Rev. 11

Ckt 34 - 1WL13,1WL17,

1WL97, 1WL99~ and 1WL108 4.4.3 lCCDC Ckt 33 -

ll-14GB4 4.4.4

DDDC Ckt 28 -

1SJ53 4.5 Reset the following signals: 4.5.1 Depress the Train "A" and Tr~in "B" SI RESET pushbutton; on the control console to reset the Safety Injection signal~ 4.5.2 bepress the Train "A" and Train "B" c*oNT ISOL PHASE A RESET pushbuttons on the Control Console, tQ reset the Containment Phase A Isolation signal. 4.5.3 Depress the EMERGENCY LOADING RESET pushbuttons, on the Control Console, for lA, lB lC Diesel Generators to Salem Unit 1 reset the Safeguards loading sequence.

a. If any safeguards loading sequence train fails to reset, perform the following for the affected train:
1. At panel lRPl rotate the Train A&B lA, lB or lC SEC BLOCK SWITCH to the SEC Block position.

4 I-4.2 Ckt 34 also de-energizes 11-14WG29,ll-14 WG42,1WG41,and 1WL51 Also de-energizes 1SJ158,1SJ159, 1SJ166, and 11&12SJ162 It is not necessary at this time to reset Containment Ventilation or Feed water Isolation. The status lights associated with Phase A on RP-4 should go out.. The status lights on RP-4 associated with the SEC loading

  • should go out.

Rev. 11

I-4.2

2. On the

.System alarm:

  • lA, lB Auxiliary Annunciator observ~ the following SI INPQT TRAIN A&B or lC SE(S:_ BLOCK

\\

3. 'Go to step 4. 5. 3 \\nd DEPRESS

.the EMERGENCY LOA!:'ING P..ESET pushbutton, then proceed to step 4.5.4. 4~5.4 Depress the 230V CONTROL CENTER RESET on the Control Console for lA, lB and lC Diesel. Generator. 4.6 Restore power to and open the Containment Control Air Header lA, and lB Isolation Valves. 11CA330 12CA33 0 4.7 If possible, restore power to the following circuits: lAADC Ckt 9, lBBDC Ckt 19 lCCDC Ckt 15, then, Return the Charging Pumps to their normal iineup IAW OP II~3.3.2, "Operating the Charging Pumps", and re-establish charging and letdown flow IAW OP II-3.3.1, "Establishing Charging, Letdown and Seal Injection Flow". 4.7.1 Control actual pressurizer level at approximately 22% Salem Unit 1 5 The 230V Control Centers may already be reset if the 20 minute timer has timed out. Ckt No. lAADC Ckt 33 - 11CA330 lBBDC Ckt 1 - 12CA33.0 Insure No. 13 Charging Pump is in service before stopping No. 11 & 12 Charging Pumps. Refer to Appendix 1 to determine indicated level which assures approximately 22% actual level. Rev. 11

4.8 If the Reactor Coolant Pumps are not runninq, start at least one pump IAW OP II-1.3.1, "RCP Operation", in an unaffected loop. 4.9 If normal charging and Letdown were established in step 4.7 then, open the Centrifugal Charging Pump Mini-Flo Valves, 1CV139 & 140 if closed then stop the flow thru the Boron Injection Tank by closing Inlet Valves 1SJ4 and 1SJ5. Stop the Centrifugal Charging Pumps which are not being used for normal charging. 4.10 If normal charging & letdown cannot be established, maintain pressurizer level greater than 20% by periodically cycling 1SJ4 or 5 and 1SJ12 or 13. - 4.11 STOP the RHR Pumps and Safety Inje*ction Pumps 4.12 Return the Service Water System to Normal Lineup IAW OP V-1.3.1, "Service Water - Normal Operation" 4.12.1 Reestablish Service Water to the Turbine Building Salem Unit 1

a. OPEN 11SW20
b. OPEN 13SW20
c. OPEN 1SW26
d. START or STOP Service Water Pumps to return service water
  • pressure to Normal.

6 I-4.2 It is preferred to start No. 13 RCP since this loop has both pressurizer surge and spray. If No. 13 is not available, start No. 11. Insure a di"scharge flow path. The pumps are running on Recirc. To prevent shocking the S.W. Piping and Coolers in the Turbine. Partially open 1SW26 manually at s.w. structure to Pressurize system.. THEN open completely by motor operation from control console. Rev. 11

4.13 Return Diesel Generators lA, lB and lC to normal operation IAW OP IV-16. 3. 1, "Emergency Power - Diesel Operation" 4.14 Return the Containment Ventilation System to normal operation IAW OP II-16.3.1, "Containment Ventilation Operation". 4.15 Return the Auxiliary Building ,Ventilation System to normal operation IAW OP II-17.3.1, "Auxiliary Building Ventilation Operation." 4.16 Return th~ Control Room Ventilation System to normal operation IAW OP II-17.3.2, "Control Room Ventilation Operation." 4.17 Verify the Emergency Control Air Compressor stops when Control Air pressure is normal and return the Control Air System to normal operation IAW.OP V-5.3.1, "Control Air System Operation." 4.18 MAINTAIN Stearn Generator levels in accordance with OP III-10.3.1, "Auxiliary Feedwater System Operation." 4.18.1 Refill the Auxiliary Feedwater Storage Tank as necessary. 4.19 Restore power to 11-14GB4 if possible and return the Stearn Generator Drains and Blowdown System to normal operation IAW OP III-13.3.2, "Stea.rn Generator Blowdown - Normal Operation". 4.20 Return the Containment/Plant Vent Radiation Monitor to normal operation IAW OP IV-11.3.3, "Process Radiation Mqnitors Normal Operation. Salem Unit 1 7 I-4.2 The Condensate Pumps may be stopped if desired lCCDC Ckt 33 Rev. 11

4.21 Restore power to 1WL96 and 1WL97 if possible and return the Inlet Valves to the Gas Analyzer, from the Reactor Coolant Drain Tank and Pressurizer Relief Tank, to normal by opening the following valves: 1WL96 1WL97 1PR18 1PR17 4.22 Drain and refill Boron Injection Tank from the Boric Acid Tanks IAW OP II-4.3.5, "Flushing and Draining the Boron Injection Tank" I-4.2 1WL96 - lCCDC Ckt13 1WL97 - lBBDC Ckt34 DO NOT remove the power from 1SJ4, 5, 12, 13 as this will make the Boron Injection Tank inoperable. CAUTION DO NOT isolate the Boron Injection Tank during the refilling process or during the subsequent sampling to insure the flow path thru the BIT is operable. NOTE The BIT Boron Concentration is below the Tech Spec limit. 4.23 Return the Safety Injection System to normal IAW OP II-4.3.1, "Safety Injection System - Normal Operation." -4.24 Make a visual inspection within the Containment when entry is permissible. 4.25 After the plant has stabilized, sample the Reactor Coolant System for boron concentration and H2. Adjust boron as necessary IAW OP II-3.3.6, "Boron Concentration tontrol" for the desired plant conditions. Degas the RCS as necessary IAW OP II-3.3.11, "Volume Control Tank Degassification". 4.26 Calculate the Shutdown.,Margin IAW the Reactor Engineer's Manual to ensure that the Reactor is shutdown by greater than 1.6% Delta k/k. Salem Unit 1 8 RWST and BAT levels may be low Rev. 11

4.27 Perform the following reviews of the Reactor Trip/Safety Injection: 4.27.1 INITIATE AD-16, "Post Reactor Trip/ Safety Injection Review and Unit Startup Approval Requirements." 4.27.2 Complete Attachment No. 1 "Post Safety Injection Data" and attach it to AD-16, "Post Reactor Trip/Safety Injection Review." 4.27.3 INITIATE an Operational Incident Report in accordance with AP-6, "Incident Report and Reportable Occurrence Program." 4.28 If, at this time, it becomes neces.sary, take the plant to the Cold Shutdown condition IAW IOP-6, "Hot Standby to Cold Shutdown." NOTE I-4.2 Do not continue until requirements of AD-16 "Post Reactor Trip/Safety Injection Review" are completed and approved. 4.29 Upon completion of AD-16 "Reactor Trip/Safety Injection Review" Sect. 4. 0, "Approval Requirements for Reactor Startup" withdraw the Shutdown Banks as follows: 4.29.l Reset the flux rate t+ip by momentarily taking the RATE MODE switches, on each NIS POWER RANGE A drawer, to the RESET position. Salem Unit 1 9 Any reactor trip from power will generate a negative rate trip signal which seals in and must be manually reset. Rev. 11

4.29.2 Depress the CLOSE pushbutton on the control console, for REACTOR TRIP BKR A, verifying the breaker does close. 4.29.3 Depress the CLOSE pushbutton on the control console for REACTOR TRIP BKR B, verifying the breaker does close. \\ 4.~9~4 Depress the STARTUP pushbutton, on the Control Console, and verify each Shutdown and Control Rod Step Counters reset to zero.

  • 4.29.5 Commence withdrawing Shutdown Bank A,B, C and D, in that order, Salem Unit 1 to their fully withdrawn position.

10 I-4.2 If the STARTUP pushbutton has been pushed prior to closing the Reactor Trip Beakers, a Rod Urgent Failure Alarm will be present. This can be cleared by pu~hi'ng either the STARTUP pushbutton or the ALARM RESET pushbutton. Rev. 11

4.30 With Stearn Generator levels within their normal operating bands and just prior to commencing startup, perform the following: 4.30.1 Place the Stearn . Generator Feedwater Controls in MANUAL and run the valve demand to zero. 4.30.2 Reset the Feedwater Isolation signal by depressing the Train "A" and Train "B" FEEDWATER ISOLATION RESET pushbuttons on the control console. 4.31 Return to Power.Operation IAW IOP_<:'.'3, "Hbt Standby to Minimum Load", and IOP-4, "Power Operation." END OF PROCEDURE - FINAL PAGE Salem Unit 1 11 I-4.2 Rev. 11

\\ I-4.2 ATTACHMENT NO. 1 POST SAFETY INJECTION DATA \\ \\\\ Initial Pressurizer Level Final Pressurizer Level Initial Pressurizer Pressure PSIG Final Pressurizer Pressure PSIG Initia1 Tavg op Final Tavg op RWST Temperature (T0650A)

  • op Duration of Safety Injection Min.

DATE ------ Reviewed by DATE Senior Shift Supervisor/Shift Supervisor ~~---- Salem Unit 1 ATT 1... 1 Rev. 11 . '... ~*. *' *.,.

~* TABLE I SAFETY INJECTION SAFETY INJECT ACTUATION TERM CRITERIA(l) SAFETY INJECTION ACTIONS RF.QUIRED REINITIATION CRITERIA(2)* AFTER REINITIATION(l)

1. Spurious SI EI-4.0
2. Small LOCA EI 4.4
1. RCS PRESS greater than 2000 PSIG
2. PRZ level greater than 22%

l.RCS LESS THAN 1765PSIG I.Return to EI 4.0 and re-evaluate

2. PRZ level LESS T~AN 10%

2.Increase subcoolinq to 65°F or Increase RCS Press. to 2200 PSIG

3. Subcooling
3. Supcooling LESS THAN greater than 50PF 50°F
4. AFW greater than 42xE4 lb/Hr or S/G level greater than 5%

Narrow Range(lS/G) 1.RCS PRESS greater than 2000 PSIG 2.PRZ level greater than 50% 3.Subcooling greater than 50°F 4.AFW greater than 42xE4 lb/hr. or S/G level greater.than 5% Narrow Ranqe(lS/G) I.RCS LESS THAN 1765PSIG 1. Return to EI-4.0 2.PRZ level LESS THAN 20% 3.Subcooling LESS THAN 50°F and re-evaluate 2.Increase subcooling to 65°F or Increase RCS Press to 2200 PSIG

SAFETY INJECT ACTUATION I. Loss of Secondary Coolant - one TH LESS THAN 350°F EI-4.6

4. Loss of Secondary Coolant -All TH greater than 350°F EI 4.6 SAFETY INJECTION TERM CRITERIA(I)

I. RCS Press greater than 700 PSIG. 2.PRZ Lvl greater than 20% 3.Subcooling greater than 50°F 4.AFW greater than 42xE4 LB/HR or S/G Lvl greater than 5% Narrow Range(IS/G)

1. RCS Press greater than*

2000PSIG 2.PRZ Lvl greater than 20% 3.Subcooling greater than 50°F TABLE I SAFETY INJECTION REINITIATION CRITERIA(2) l.RCS Press drops by 200PSIG 2.PRZ Lvl drops by IO% 3.Subcooling LESS THAN 50°F I.RCS Press drops by 200 PSIG 2.PRZ Lvl drops by 10% 3.Subcooling LESS THAN 50°F 4.AFW greater than 42xE4 LB/HR or S/G LVL greater than 5% Narrow Range (IS/G) ACTIONS REQUIRED AFTER REINITIATION(I) I.Return to EI-4.0 and re-evaluate 2.Increase subcooling to 65°F by cooldown 3.Return RCS Press to the value at termination 1.Return to EI 4.0 and re-evaluate 2.Increase subcooling to 65°F bv cooldown 3.Return RCS Press to the value at termination (1) ALL CRITERIA MUST BE MET (2) ANY OF THE CONDITIONS REQUIRE RE.INITATION

I-4.2 APPENDIX 1 DETERMINATION OF ACTUAL PRESSURIZER AND STEAM GENERATOR LEVELS To determine actual Pressurizer or Steam Generator Levels, utilize the attached Tables as described below. Tables 1-5 are to be used for the Steam Generators Tables 6-11 are to be used for the Pressurizer

1.

Obtain the Average Containment Temperature from Computer Point Ul304.

2.

Refer to the appropriate Table for the pressure in the Steam Generator and Pressurizer.

3.

Locate the desired Actual Level under the column for the Average Containment Temperatures.

4.

From the column headed "Indicated Level (%)"determine the indicated level which should be maintained to ensure the Actual Level is maintained at or above the Desired Value. NOTE If the computer is unavailable or the containment average temperature is considered to be unreliable, maintain the indicated level 35% above the desired level. Salem Unit 1 APP 1-1 Rev. 11 --~--~-

.1 4.L. TABLE 1 INDICATED STEAM GENERATOR LEVEL (%) vs. ACTUAL LEVEL ( % ) AT 200 psig INDICATED ACTUAL S/G LEVEL ( % ) AT TEMPERATURES LEVEL(%) 125 150 175 200 225 250 275 300 325 350 o.oo -17.89 -18.74 -19.68 -20.73 -21.88 -23.14 -24.50 -25.96 -27.51 -29.14 5.00 -13.61 -14.46 -15.41 -16.46 -17.61 -18.87 -20.22 -21.68 -23.23 -24.87 10.00 - 9.34 -10.19 -11.13 -12.18 -13.33.-14.59 -15.95 -17.41 -18.96 -20.59 15.00 - 5.07 - 5.91 6.86 - 7.91 9.06 -10.32* -11. 68 -13.13 -14.68 -16.32 20.00 0.79 - 1. 64 2.58 - 3.63 - 4.79 6.04 - 7.40 8.86 -10.41 -12.05 25.00 3.48 2.64

1. 69 0.64 0.51
1. 77 3.13 4.58 6.14 7.77 30.00 7.76 6.91 5.96 4.92 3.76 2.51 1.15 0.31
1. 86 3.50 35.00 12.03
11. 18 10.24 9.19 8.04 6.78 5.42 3.96 2.41 0.78 40.00 16.31 15.46 14.51 13.46 12.31 11.05 9.70 8.24 6.69 5.05 45.00 20.58 19.73 18.79 17.74 16.59 15.33 13.97 12.51 10.96.

9.33 50.00 24.85 24.01 23.06 22.01 20.86 19.60 18.24 16.79 15.24 13.60 55.00 29.13 28.28 27.34 26.29 25.13 23.88 22.52

21. 06 19.51 17.87 60.00 33.40 32.56
31. 61 30.56 29.41 28.15 26.79 25.33 23.78 22.15 65.00 37.68 36.83 35.88 34.84 33.68 32.43
31. 07 29.61 28.06 26.42 70.00
41. 95
41. 10 40.16 39.11 37.96.

36.70 35.34 33.88 32.33 30.70 75.00 46.23 45.38 44.43 43.38 42.23 40.97 39.61 38.16 36.61 34.97 Salem Unit APP 1-2 Rpv. 11

J

4. I.

TABLE 1 INDICATED ACTUAL S/G LEVEL ( % ) AT TEMPER.l;\\.TURES LEVEL(%) 125 150 175 200 225 250 275 300 325 350 80.00 50.50 49.65 48.71 47.66 46.51 45.25 43.89 42.43 40.88 39.25 85.00 54.77 53.93 52.98

51. 93 50.78 49.52 48.lfi 46.71
45. Hi 43.52 90.00 59.05 58.20 57.26 56.21 55.05 53.80 52.44 50.98 49.43 47.79 95.00 63.32 62.48
61. 53 60.48 59.33 5 8. 0'7 56.71 55.25 53.70 5?.. 0 7 100.00 67.60 66.75 65.80 64.76 63.60 62.35 60.99 59.53 57.98 56.34 C! :::I, ~~ nn ; + 1

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l

4. l-TABLE 2 INDICATED STEAM GENERATOR LEVEL ( % ) vs. ACTUAL LEVEL

( % ) 200 PSIG INDICATED ACTUAL S/G LEVEL ( % ) AT TEMPERATURE LEVEL ( % ) 125 150 175 200 225 250 275* 300 325 350 o.oo -18.52 -19.41 -20.42 -21.54 -22.77 -24.10 -25.53 -27.06 -28.70 -30.46 5.00 -13.98 -14.88 -15.89 -17.01 -18.23 -19.56 -20.99 -22.53 -24.17 -25.93 10.00 - 9.45 -10.34 -11.35 -12.47 -13.70 -15.03 -16.46 -17.99 -19.64 -21.40 15.00 - 4.91 - 5.81 - 6.82 - 7.94 9.17 -1.0. 4 ~ -_11. 9 2 .-13. 4 6. -15.10 -16.86 20.00 - 0.38 - 1. 27 - 2.29 - 3.41 4.63 5.96 -, 7.39 8.92 -10.57 -12.33 25.00 4.15 3.26 2.7.51

1. 13 -

0.10

1. 42 2.85 4.39 - 6.03 - 7.79 30.00 8.69 7.79 6.78 5.66 4.44 3.11
1. 68 0.15 - 1. 50 3.26 35.00 13.22 12.33
11. 32 10.20 8.97 7.65 6..7.2 4.68 3.04
1. 28 40.00 17.76 16.86 15.85 14.73 13.51 12.18 10.75 9.21 7.57 5.81 45.00 22.29
21. 40 20.39 19.27 18.04 16.71 15.78 13.75 12.10 10.34 I I 22.58 50.00

/ 261. 83 25.93 24.92' 23.80

21. 25 19.82 18.28 16.64 14.88

/ .-./~* 55.00 / 31 36 30.. 4 7 29.46 28.33 27.11 25.78 24.35 22.82

21. 1 7,.,. 19. 41

/ 60.00 35.89 35.00 33.99 32.87

31. 64 30.32 28.89 27.35

/.5.71 23.95 65.00 40.43 39.54 38.52 37.40 36.18 34.85 33.42 31.89 ~~ 0. 2 4 28.48 70.00 44.96 44.07 43.06

41. 94 40.71 39.39 37.96 36.42 34.78 33.02 75.00 49.50 48.60 47.59 46.47 45.25 43.92 42.49 40.9fi 39.31 37.55

,/ C::::i 1 om Tln it-1 l>PP.1-Ll °Rpv - 1 1

TABLE 2 INDICATED ACTUAL S/G LEVEL ( % ) AT TEMPERATURE LEVEL (%) 125 150 175 200 225 250 275 300 325 350 80.00 54.03 53.14 52.13

51. 01 49.78 48.45 47.03 45.49 43.85 42.0?

85.00 58.57 57.67 56.66 55.54 54.32 52.99

51. 56 50.02 48.38 46.62 90.00 63.10 62.21
61. 20 60.08 58.85 57.52 56.09 54.56 52.91
51. 15 95.00 67.64 66.74 65.73 64.61 63.38 62.*06 60.63 59.09 57.45 55.69 100.00 72.17
71. 28 70.26 69.14 67.92 66.59 65.16 63.63
61. 98 60.22

. 'J

/~*)

J

.l 4. L TABLE 3 INDICATED STEAM GENERATOR LEVEL(%) vs. ACTUAL LEVEL(%) AT-600psig INDICATED ACTUAL.S/G LEVEL(%) AT TEMPERATURE LEVEL(%) 125 150 175 200 225 250 275 300 325 350 0.00 -19.27 -20.19 -21. 25 -22.44 -23.73 -25.12 -26.61 -?.8.21 -29.92 -31.77 5.00 -14.50 -15.42 -16.49 -17.67 -18.96 -20.* 36 -21.85 -23.44 -25.16 -27.00 10.00 - 9.74 -10.66 -11. 72 -12.91 -14.20 -15.59 -17.08 -18.68 -20.39 -27..24 15.00 4.97 5.89 6.96 ":""* 8. 14 9.43 ...:.10.82 -J.2.32 -13.91 -15.63 -17.47 20.00 0.21 - 1.13 - 2.19 - 3.38 4.67 6.06 7.55 9.15 -10.86 -12.71 25.00 4.56 3.64 2.57

1. 39 0.10
1. 29 - 2.78

-- 4.38 - 6.10 - 7.94 30.00 9.32 8.40 7.34 6.16 4.86 3.47

1. 98 0.38 - 1. 33 - 3.18 35.00 14.09 13.17 12.11 10.92 9.63 8.24 6.75 5.15 3.44
1. 59 40.00 18.86 17.94 16.87 15.69 14.40 13.00
11. 51 9.92 8.20 6.36 45.00 23.62 22.70
21. 64 20.45 19.16 17.77 16.28 14.68 12.97
11. 12 50.00 28.39 27.47 26.40 25.22 23.93 22.53
21. 04 19.45 17.73 15.89 55.00 33.15 32.23 31.17 29.98 28.69 27.30 25.81 24.21 22.50 7.0.65 60.00 37.92 37.00 35.93 34.75 33.46 32.07 30.58 28.98 27.96 25.42 65.00 42.68
41. 76 40.70 39.52 38.22 36.83 35.34 33.74 32.03 30.18 70.00 47.45 46.53 45.47 44.28 42.99
41. 60 40.11 38.51 36.80 34.95 c:: :::> 1 i=>m Tln i +-

1 ~PP 1-n RP.v l 1

J_ 4. L TABLE 3 INDICATED ACTUAL S/G LEVEL(%) AT TEMPERATURE LEVEL(%) 125 150 175 200 225 250 275 300-325 350 75.00 52.22

51. 30 50.23 49.05 47.75 46.36 44.87 43.7.8
41. 56 39.72 80.00 56.98 56.06 55.00 53.81 52.52 51.13 49.64 48.04 46.33 44.48 85.00
61. 75 60.83 59.76 58.58 57.29 55.89 54.40 52.81
51. 09 49.25 90.00 66.51 65.59 64.53 63.34 62.05 60.66 59.17 57.57 55.86 54.01 95.00
71. 28 70.36 69.29 68.11 66.82 65.43 63.93 62.34 60.62 58.78 100.00 76.04 75.12 74.06 72.88
71. 58 70.19 68.70 67.10 65.39 63.54 C:: ;::i 1 om TTn i +-

1 ~pp 1-7 RP.v. 11

I 4. ~ TABLE 4 INDICATED STEAM GENERATOR LEVEL(%) vs. ACTUAL LEVEI, ( % ) AT 800 psi a INDICATED ACTUAL S/G LEVEL°(%) AT TEMPERATURE LEVEL(%) 125 150 175 200 225 250 275 300 325 350 o.oo -20.20 -21.11 -22.18 -23.39 -24.72 -26.16 -27.71 -29.36 -31.12 -33.00 5.00 -15.20 -16.11 -17.18 -18.39 -19.72. -21.16 -22.71 -24.36 -26.12 -28.00 10.00 -10.20 -11.11 -12.18 -13.39 -14.72 -16.16 -17.71 -19.36 -21.12 -23.00 15.00 - 5.20 - 6.11 7.18 - 8.39 9.72 -11.16 -12.71 -14.36 -16.12 -18.00 20.00 - 0.20

1. 11 - 2.18 3.39

-*4.72 6.16 - 7.71 - 9.36 -11.12 -13.00 25.00 4.80 3.89 2.82

1. 61 0.28 - 1.16 2.71 - 4.36 - 6.12 - 8.00 30.00 9.80 8.89 7.82 6.61
5. 28.

3.84 2.29 0.64

1. 12 - 3.00 35.00 14.80 13.89 12.82
11. 61 10.28 8.84 7.29 5.64 3.88 7.. 0 0 40.00 19.80 18.89 17.82 16~61 15.23 13.84 12.29 10.64 8.88 7.00 45.00 24.80 23.89 22.82
21. 61 20.28 18.84 17.29 15.64 13.88 12.00 50.00 29.80 28.89 27.82 26.61 25.28 23.84 22.29 20.64 18.88 17.00 55.00
34. 80.

33.89 32.82

31. 61 30.28 28.84 27.29 25.64 23.88 22.00 60.00 39.80 38.89 37.82 36.61 35.28 33.84 32.29 30.64 28.88 7.7.00 65.00 44.80 43.89 42.82
41. 61 40.28 38.84 37.29 35.64 33.88 32.00 70.00 49.80 48.39 47.32 46.61 45.28 43.84 42.29 40.64 38.88 37.00 C:"' 1 om TTn ; +-

1 ~PP 1-R Rpu 11

.L 4. /, TABLE 4 INDICATED STEAM GENERATOR-LEVEL(%) vs. ACTUAL LEVEL(%) AT 800 psi a INDICATED ACTUAL S/G LEVEL(%) AT TEMPERATURE LEVEL(%) 125 150 175 200 225 250 275 300 325 350 75.00 54.80 53.89 52.82

51. 61 50.28 48.84 47.29 45.64 43.88 42.00 80.00 59.80 58.89 57.82 56.61 55.28 53.84 52.29 so*. 64 48.88 47.00 1:;

85.00 64.80 63.89 62.82

61. 61 60.28 58.84 57.29 55.64 53.88 52.00 90.00 69.80 68.89 67.82 66.61 65J28 63.84 62.29 60.64 58.88 57.00 95.00 74.80 73.89 72.82
71. 61 70.28 68.84 67.29 65.64 63.88 62.00 100.00 79.80 78.89 77.88 76.61 75.28 73.84 72.29 70.64 68.88 67.00 C: ::o 1 ~""' TTn ; +-

1 li.DD 1 Q °RPV - 11

TABLE 5 INDICATED STEAM GENERATOR LEVEL(%) vs. ACTUAL LEVEL(%) AT 1000 psi a INDICATED ACTUAL S/G LEVEL(%) AT TEMPERATURE LEVEL(%) 125 150 175 200 225 250 275 300 325 350 0.00 -21. 23 -22.20 -23.35 '-24.63 -26.04 -27.56 -29.18 -30.92 -32.79 -34.79 5.00 -16.00 -16.97 -18.12 -19.40 -20.81 -22.33 -23.95 -25.69 -27.55 -29.55 10.00 -10.77 -11. 74 -12.88 -16.17 -15.58 -17.09 -18.72 -20.46 -22.32 -24.32 15.00 - 5.54 6.51 *- 7.65 8.94 -10.35 -11. 86 -13.49 -15.23 -17.09 -19.09 20.00 0.31 - 1. 28 2.42 - 3.71 5.11 - 6.63 8.26 -10.00 -11.86 -13.86 25.00 4.92 3.95 2.81

1. 52 0.12 - 1. 40 3.03 4.77 6.63 - 8.63 30.00 10.15 9.18 8.04 6.75 5.35 3.83 2.20 0.46 - 1. 40 - 3.40 35.00 15.38 14.41 13.27
11. 99
  • 10.58

'9.06 7.43 5.69 3.83

1. 83 40.00 20.62 1'9. 6 4 18.50 17.22 15.31 14.29 12.66 10.92 9.06 7.06 45.00 25.85 24.87 23.73 22.45
21. 04 19.52 17.90 16.16 14.29 12.29
  • L:.;

50.00

31. 08 30.11 28.96 27.68
  • 26.27 24.75 23.18
21. 39 19.52 17.52 55.00 36.31 35.34 34.19 32.91
31. 50 29.98 28.36 26.62 24.75 22.76 60.00
41. 54 40.57 39.43 38.14 36.73 35.22 33.59
31. 85 29.99 27.99 65.00 46.77 45.80 44.66 43.37
41. 96 40.45 38.83 37.08 35.22 33.22 70.00 52.00
51. 03 49.89 48.60 47.20 45.68 44.05 42.-31 40.45 33.45 R.

. l

i / I

~/~

// \\ TABLE 5 \\ / / I GENERATOR LEVEL(%) INDICATED STEAM vs. ACTUAL LEVEL(%) AT 1000 psi£ INDICATED ACTUAL S/G LEVEL(%) AT TEMPERATURE LEVEL(%) I 125 150 175 200 225 250 275 300 325 350 75.00 57.23 56.26 55.12 53.83 52.43 50.91 49.28 47.54 45.68 43.68 -80.00 62.46

61. 49 60.35 59.06 57.66 56.14 54.51

.52.77 50.91 48.91 85.00 67.69 66.72 65.58 64.30 62.89 ~l. 37 59.74 58.00 56.14 54.14 90.00 72.93

71. 95 70.81 69.53 68.12 66.60 64.97 63.23
61. 37 59.37 95.00 78.16 77.18 76.04 74.76 73.35 71.83 70.21 68.47 66.60 64.60 100.00 83.39 82.42
81. 27 79.99 78.58 77.06 75.44 73.70
71. 83 69.83

J

  • 1.-4. L TABLE 6 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 500 psi a INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F)

LEVEL(%) 125 150 175 200 225 250 275 300 325 350 0.00 -10.25 -11.16 -12.20 -13.35 -14.61 -15.97 -17.43 -19.00 -20.69 -22.52 5.00 7.15 - 8.06 - 9.10 -10.25 -11. 51 -12.87 -14.33 -15.90 -17.59 -19.42 10.00 - 4.05 - 4.96 6.00 - 7.15 8.41 9.77 -11. 23 -12.81 -14.50 -16.32 15.00 - 0.95

1. 86 2.90 -

4.06 - 5.31 - 9.69 8. 9. 71. -11.40 -13.22 20.00 2.15

1. 24 0.20 0.96 - 2.21 - 3.97 - 5.04 - 6.61 - 8.30

-10.12 25.00 5.25 4.34 3.30 2.14 0.. 88 - 0.48

1. 94 3.51 - 5.20 - 7.02 30.00 8.35 7.48 6.40 5.24 3.93 2.62
l. 16 0.41 - 2.10 - 3.92 35.00
11. 44 10.53 9.49 8.34 7.08 5.72 4.26 2.69
1. 00 - 0.82 40.00 14.54 13.63 12.59
11. 44 10.18 8.82 7.36 5.79 4.10 2.27 45.00 17.64 16.73 15.69 14.54 13.28
11. 92 10.46 8.89 7.20 5.37 50.00 20.74 19.83 18.79 17.64 16.38 15.02 13.56
11. 99 10.30 8.47 55.00 23.84 22.93
21. 89 20.74 19.48 18.12 16.66 15.08 13.39
11. 57 60.00 26.94 26.03 24.99 23.83 22.58
21. 22 19.75 18.18 16.49 14.67 65.00 30.04 29.13 28.09 26.93 25.68 24.32 22.85

.?-1.28 19.59 17.77 70.00 33.14 32.?.3 31.19 30.03 28.77 27.41 25.95 24,38 22.69 20.87 C::"' 1 Pm TTn i +- 1 APP 1-1? Rev_ 11

1 J_ 7.f. 7. TABLE 6 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 500 psi a INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE(Deg F) .LEVEL(%) 125 150 175 200 225 250 275 300 325 350 75.00 36.24 35.33 34.29 33.13

31. 87 30.51 29.05 27.48 25.79 23.97 80.00 39.33 38.42 37.38 36.23 34.97 33.61 32.15 30.58 28.89 27.07 85.00 42.43 41.52 40.48 39.33 38.07 36.71 35.29 33.68
31. 99 30.16 90.00 45.53 44.62
41. 58 42.43
41. 17 39.81 38.35 36.78 35.09 33.26 95.00 48.63 47.72 46.68 45.53 44.27 42.91
41. 45 39.88 38.19 36.36 100.00
51. 73 50.82
49. 78 48.63 47.37 46.01 44.55 42.97
41. 28 39.46 I

I,_. C::::;:, 1 i:>m TTn i t-1 11, pp 1 -1 ~ Rpv 11

_L-LJ:

  • L.

TABLE 7 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 1000 psi a INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 325 350 0.00 -11.48 -12.46 -13.61 -14.90 -16.32 -17.85 -19.48 -21.23 -23.11 -25.12 5.00 - 8.00 - 8.98 -10.13 -11.42 -12.83 -14.36 -16.00 -17.75 -19.62 -21. 63 10.00 4.51 - 5.49 - 6.64 7.93 - 9.35 -10.88 -12.51 -14.26 -16.14 -18.15 15.00

1. 03 2.01 3.16 4.45 5.87 7.39 9.03

-10.78 -12.65 -14.67 20.00 2.45

1. 48 0.33 - 0.97 - 2.38 - 3.91 - 5.55 - 7.30 9.17

-11.18 25.00 5.94 4.96 3.81 2.52 1.10 - 0.42 .;... 2.06 - 3.81 - 5.69 - 7.70 30.00

9. 42' 8.44 7.30 6.00 4.59 3.06
1. 42 0.33 - 2.20 - 4.21 35.00 12.91
11. 93 10.78 9.49 8.07 6.54 4.91 3.16
1. 28 - 0.73 40.00 16.39 15.41 14.26 12.97
11. 56 10.03 8.39 6.64 4.77 2.75 45.00 19.87 18.90 17.75 16.46 15.04 13.51
11. 87 10.12 8.25 6.24 50.00 23.36 22.38
21. 23 19.94 18.52 17.00 15.35 13.61
11. 73 9.72 55.00 26.84 25.87 24.72 23.42 22.01 20.48 18.84 17.09 15.22
13. :n 60.00 30.33 29.35 28.20 26.91 25.49 23.96 22.33 20.58 18.70 16.69 65.00 33.81 32.83
31. 68 30.39 28.98 27.45 25.81 24.06 22.19 20.18
70. 00.

37.30 36.32 35.17 33.83 32.46 30.93 29.30 27.55 25.67 23.66 c:,,, 1 ~~ n...... ; +- 1 'A pp 1 1 L1

4.,~

TABLE 7 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 1000 psia INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 3 /. 5 350 75.00 40.78 39.80 38.65 37.36 35.94 34.42 32.78

31. 03 29.16 27.14

.80. 00 44.26 43.29 42.14 40.84 39.43 37.90 36.26 34.51 32.64 30.63 85.00 47.75 46.77 45.62 44.33 42.91

41. 38 39.75 38.90 36.12 34.11 90.00 51.23 50.25 49.10 47.81 46.40 44.87 43.23
41. 48 39.61 37.60 95.00 54.72 53.74 52.59
51. 30 49.88 48.35 46.72 44.97 43.09
41. 08 100.00 58.20 57.22 56.02 54.78 53.36
51. 84 50.20 48.45 46.58 44.56 C:: ;:i 1 om Tln i t-1 n PP 1 -1 i:;

Rpv 11

TABLE 8 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 1500 psi a INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 325 350 o.oo -13.61 -14.73 -16.03 -17.48 -19.07 -20.79 -22.64 -24.61 -26.71 -28.95 5.00 - 9.67 -10.80 -12.09 -13.54 "'-15.13 -16.85 -18.70 720.68 -22.78 -25.01 10.00 - 5.74 - 6.36 - 8.16 - 9.61 -11.20 -12.92 -14.77 -16.74 -18.84 -21.08 15.00

1. 80 - 2.92 4.22 - 5.67 - 7.26 - 8.98

-10.83 -12.80 -14.91 -17.14 20.00 2.14

1. 01

- 0.28

1. 78

- 3.32 - 5.05 - 6.89 - 8.87 -10.97 -13.21 25.00 6.07 4.95 3.65 2.20 0.61 - 1.11 2.96 - 4.93 - 7.04 - 9.27 30.00 10.01 8.88 7.59 6.14 4.55 2.83 0.98

1. 00

- 3.10 5.33 c 35.00 13.94 12.82

11. 52 10.07 8.48 6.76 4.91 2.94 0.84 - 1. 40 40.00 17.88 16.75 15.46 14.01 12.42 10.70 8.85 6.87 4.77 2.54 45.00
21. 82 20.69 19.39 17.94 16.36 14.63 12.79 10.81 8.71 6.47 50.00 25.75 24.63 23.33
21. 83 20.29 18.57 16.72 14.75 12.64 10.41 55.00 29.69 28.56 27.27 25.82 24.23 22.51 20.66 18.68 16.58 14.35 60.00 33.62 32.50
31. 20 29.:75 28.16 26.44 24.59 22.62 20.52 18.28 65.00 37.56 35.43 35.14 33.69 32.10 30.38 28.58 26.55 24.45 22.22*

70.00

41. 49 40.37 39.07' 37.62 36.03 34.31 32.46 30.49 28.39 26.15

/,. TABLE 8 INDICATED PRESSURIZER LEVEL(%) vs ACTUAL LEVEL(%) AT 1500 psia INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 325 350 75.00 45.43 44.30 43.01

41. 56 39.97 38.25 36.40 34.43 32.32 30.09 80.00 49.37 48.24 46.94 45.50 43.91 42.18 40.84 38.36 "36.26 34.02 85.00 53.30 52.18 50.88 49.43 47.84 46.12 44.27 42.30 40.19 37.96 90.00 57.24 56.11 54.32 53.37 51.78 50.06 48.21 46.23 44.13
41. 90 95.00 61.17 60.05 58.75 57.30 55.71 53.99 52.14 50.17 48.07 45.83 100.00 65.11 63.98 62.69
61. 24 59.65 57.93 56.08 54.10 52.00 49.77

/ I

I-. TABLE 9 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 2000 psi a INDICATED ACTUAL. PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 325 350 0.00 -17.39 -18.69 -20.19 -21. 85 -23.67. -25.64 -2T. 75 -30.00 -32.40 -34.97 5.00 -12.83 -14.13 -15.63 -17.29 -19.11 -21. 08 -23.19 -25.44 -27.84 -30.41 10.00 - 8.27 - 9.57 -11.07 -12.73 -14.35 -16.52 -18.61 -20.88 -23.28 -25.85 15.00 - 3.71 - 5.01 - 6:51 8.17 - 9.99 -11. 96 -14.07 -16.32 -18.72 -21.29 20.00 0.85 0.45

1. 95 3.61 5.43 7.40 9.51

-11. 76 -14.16 -16.73 25.00 . 5. 41 4.11 .2. 61 0.95 - 0.84 - 2.84 - 4.95 7.20 9.60 -12.17 30.00 9.97 8.67 7.17 5.51 3.69

1. 72 - 0.39 - 2.64 - 5.04 - 7.61 35.00 14.53 13.23
11. 73 10.07
8. 25.

6.28 4.17

1. 92 0.48 - 3.05 40.00 19.09 17.79
  • 16.29 14.63 12.81 10.84

. 8. 7 3 6.48 4.08 1.Sl 45.00 23.65 22.35 20.85 19.19 17.37 15.40 13.29

11. 04 8.64

- 6. 07 50.00 28.21 26.91 25.41 23.75

21. 93 19.96 17.85 15.60 13.20 10.63 55.00 32.77
31. 47 29.97. *28.31*

26.49 24.52 22.41 20.16 17.76 15.19 60.00 37.33 36.03 34.53 32.87

31. 05 29.03 26.97 24.72 22.32 19.75 65.00
41. 89 40.59 39.09 37.43 35.61 33.64
31. 53 29.28 26.88 24.31 70.00 46.45 45.15 43.65
41. 99 40.17 38.20 36.09 33.84
31. 44 28.37

TABLE 9 INDICATED PRESSURIZER LEVEL(%) vs. l\\.CTUAL LEVEL(%) AT 2000 psi a INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 325 350 75.00

51. 01 49.71 48.21 46.55 44.73 42.76 40~65 38.40 36.00 33.43 80.00 55.57 54.27 52.77 51.11 49.29 47.32 45.21 42.96 40.56 37.99 85.00 60.13 58.83 57.33 55.67 53.85
51. 88 49.77 47.52 45.12 42.55
  • 90.00 64.69 63.39
61. 89 60.23 58.41 56.44 54.33 52.08 49.68 47.11 95.00 69.25 67.95 66.45 64.79 62.97
61. 00 58.89 56.64 54.24
51. 67 100.00 73.81 72.51
71. 01 69.35 67.53 65.56 63.45
61. 20 58.80 56.23

J. 4. L TABLE 10 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 2250 psi a INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 325 350 0.00 -20.42 -21. 83 -23.50 -25.35 -27.35 -29.47 -31.76 -34.25 -37.02 -40.16 5.00 -15.42 -16.83 -18.50 -20.35 -22.34 -24.47 - 26.75 -29.24 -32.0l -35.16 10.00 -10.41 -11. 82 -13.50 -15.35 -17.34 -19.47 -21. 75 -24.24 -7.7.01 -30.16 15.00 5.41 6.82 - 8.49 -10.35 -12.34 -14.47 -16.75 -19.7.4 -/.2.01 -25.15 20.00 - 0.41

1. 82 3.49 - 5.34 - 7.34 *- 9.46

-11. 75 -14.24 -17.01 -20.15 25.00 4.59 3.18

1. 51 0.34 - 2.34 - 4.46 - 6.74 - 9.23

-12.01 -15.15 30.00 9.59 8.19 6.51 4.66 2.67 0.54 - 1. 74 4.23 7.00 -10.15 35.00 14.60 13.19

11. 52 9.66 7.67 5.54 3.26 0.77 - 2.00 - 5.15 40.00 19.60 18.19 16.52 14.67 12.67 10.55 8.26

.5. 77 3.00 - 0.14 45.00 24.60 23.19

21. 52 19.67 17.67 15.55*

13.27 10.78 8.00 4.86 50.00 29.60 28.19 26.52 24.67 22.68 20.55 18.27 15.78 13.01

9. 86 55.00 34.61 33.20
31. 53 29.67 27.68 25.55 23.27 20.78 18.01 14.86 60.00 39.61 38.20 36.58 34.67 32.68 30.55 28.27 25.78 23.01 19.37 65.00 44.61 43.20
41. 53 39.68 37.68 35.56 33.27 30.78 28.01 24.87 70.00 49.61 48.20 46.52 44.68 42.69 40.56 38.28 35.79 33.02 29.37 Salem Unit 1 APP 1-20 Rev 11

TABLE 10 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 2250 psi a INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 325 350 75.00 54.62 53.21 51.53 49.68 47.69 45.56 43.28 40.79 38.02 34.87 80.00 59.62 58.21 56.54 54.68 52.69 50.56 48.28 45.79 43.02 39.88 85.00 64.62 63.21

61. 54 59.62 57.69 55.57 53.28 50.79 48.02 44.88 90.00 69.62 68.21 66.54 64.69 62.69 60.57 58.29 55.80 53.02 49.99 95.00 74.63 73.22
71. 54 69.69 67.70

.65.57 63.29 60.80 58.03 54.88 100.00 79.63 78.22 76.55 74.69 72.70 70.57 68.29 65.80 63.03 59.88

I* I I I 1 INDICATED PRESSURIZER INDICATED ACTUAL LEVEL(%) 125 150 175 o.oo -24.27 -26.62 -28.44

5. 0 0.

-19.35 -21. 00 -22.82 10.00 -13.73 -15.38 -17.20 15.00 8.11 9.76 -11. 58 20.00 - 2.49 - 4.14 5.96 25.00 3.13

1. 48

- 0.34 30.00 8.75 7.10 5.28 35.00 14.37 12.72 10.90 40.00 19.99 18.34 16.52 45.00 25.61 23.96 22.14 50.00

31. 23 29.58 27.76 55.00 36.85 35.20 33.38 60.00 42.47 40.82 39.00 65.00 48.09 46.44 44.62 70.00 53.71 52.06 50.24

~riJem Unit 1 ~ j_ l.!. /. TABLE 11 LEVEL(%) vs. ACTUAL LEVEL(%) AT 2500 psia PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) 200 225 250 275 300 325 350 -30.46 -32.69 -35.12 -37.74 -40.54 -43.47 -46..55 -24.84 -27.07 -29.50 -32.12 -34.92 -27.87 -40.93 -19.22 -21.45 -23.88 -26.50 -29.30 -32.25 -35.31 -13.60 -15.83 -18.26 -20.88 -23.68 -26.63 -29.69 7.93 *-10.21 -12.64 -15.26 -18.06 -:n. 01 -24.07 - 2.36 - 4.59 7.02 - 9.64 -12.44 -:t.5. 3 9 -18.45 3.26 1°. 0 3

1. 40 4~02 -

6.82 9.77 -12.83 8.88 6.65 4.22

1. 60

- 1. 7.0 - 4.15 - 7.21 14.50 12.27 9.84 7.22 4.42

1. 4 7
1. 59 20.12 17.89 15.46 12.84 10.04 7.09
4. 03 25.74 23.51
21. 08 18.46 15.66 12.71
9. 65
31. 36 29.13 26.70 24.08
21. 28 18.33 15.27 36.98 34.75 32.32 29.70 26.90 23.95 20.39 42.60 40.37 37.94 35.32 32.52 29.57 26.51 48.22 45.99 43.56 40.94 38.14 35.19 32.13 APP 1-22 Rev. 11

\\... TABLE 11 INDICATED PRESSURIZER LEVEL(%) vs. ACTUAL LEVEL(%) AT 2500 psi a INDICATED ACTUAL PRZ LEVEL(%) AT CONTAINMENT TEMPERATURE (Deg F) LEVEL(%) 125 150 175 200 225 250 275 300 325 350 75.00 59.33 57.68 55.86 .53.84

51. 61 49.18 46.56 43.76 40.81 37.15 80.00 64.95 63.30
61. 48 59.* 46 57.23 54.80 52.18 49.38 46.43 43.37 85.00 70.57 68.92 67.10

. 65.08 62.85 60.42 57.80 55.00 52.05 48.99 I . j 90.00 76.19 74.54 72.72 70.70 68.47

66. 0.4 63.42 60.62 57.67 54.61 95.00
81. 81 80.16 78.34.

76.32 74.09

71. 66 69.04 66.24 63.29 60.23 100.00 87.43 85~78 83.96
81. 94 79.71 77.28 74.66
71. 86 68.91 65.85

Appendix E Integrated Operating Procedures IOP-2, Cold Shutdown to Hot Standby IOP-3, Hot Standby to Minimum Load}}

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