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Inservice Insp in Nov 1980.Describes Gauging of Steam Generator Hot & Cold Legs,Measurement of Visible Flow Slots,Eddy Current Insp of Small Radius U-bends & Preventive Plugging
	ML17340A510
Person / Time
Site:	Turkey Point
Issue date:	12/18/1980
From:	; FLORIDA POWER & LIGHT CO.
To:	;
Shared Package
ML17340A508	List: ML17340A507; ML17340A510;
References
	NUDOCS 8012220307
	Download: ML17340A510 (68)
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TURKEY POINT 4 STEAM GENERATOR INSPECTION PROGRAM I. INTRODUCTION J

An extensive inspection program for the Turkey Point Unit 4 steam generators was conducted in November, 1980. The following items were, accomplished:

1. Gauging of steam generator hot legs and cold legs - all steam generators.

2. Measurements of visible flow slots in all steam generators.

3. Eddy current inspection of small radius U-bends in steam generator-G.

4. Regulatory Guide 1.83 eddy current measurements in the hot legs and cold legs of all steam generators.

5. Preventive plugging.

Table 1 is a summary of the approximate number of steam generator tubes inspected in each category and in each steam generator.

Table 1: Suwoary of Total Steam Generator Tubes Inspected.

I~IH L ~IC ld L ~BH L ~BC ld L ~CH L ~CC I L Gauging 1184 154 1159 ,117 1324 161 U-Bend Rows 2-5 79

'.G. 1.83 265 317 272 260 157 351 (Orig.Prog.)

R.G. 1.83 132 111 267 110 (Expand.Prog.)

This renort sunwarizes the insn~ctinns con6ucte4, th~ results of these inspections, and preventive plugging programs accomplished.

I I. INSPECTION PROGRAMS H. ~G The tube gauging program in the tubelane area is based on previously defined 80gg220 3~q

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regions where significant tube defo~>>ation-has occurred. Tnese regions were formerly determined using finite element analysis techniques which yield tube hoop strain contours as a function of plate deformation. The boundary in the peripheral tubelane areas near the three and nine o'lock wedge locations is modified to take into account the greasier extent of deformation in this region of,the plate determined by previous experience.

Initially, a 12.5% strain boundary was used in the gauging program when little plant specific data was available. After two initial inspections and four reinspections of the Turkey Point Plants, review of specific in-formation indicated the conservatism of the 12.55 boundary. Con'sequently, a 15K boundary was adopted and used in i:"he gauging program during the April, 1979 inspection at Turkey Point //4. With the addition of the inform-ation gained from that inspection (then totaling five reinspections), it became apparent that the 1SX boundary was also overly conservative and the 17.5% boundary would be more appropriate for the next inspection (May, 1980).

That is, the majority of the tubes inspected in April, 1979 did not restrict the .650 probe. In addition, all tubes restricting the .610 inch or .540 inch probe in the tubelane area all fell within the inspection boundary.

This is significant. since "the .610 inch and .540 inch restricted tubes form the basis for the plugging patterns in the tubelane region. Accordingly, the lf.5'A boundary was used as the basis for the May, 1980 inspection. Since full closure of the flowslots was observed in Turkey Point 4 steam generators during the May, 1977 inspection, Turkey Point 4 was regarded in May, 1980 as beyond full closure by approximately 25.5 EFPM's. Since the 17.5% contours at 24 months appears to involve much of the hotleg tube bundle, the program was adjusted to reflect prior experience.

2.

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As a result of the May, 1980 inspection at Turkey Point ¹4, it became apparent that the predicted 17;5X strain contour was overly conservative

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and was over predicting the plant inspection data, and that the finite element model no longer gave reasonable expectations as to the position of a strain boundary which might be linked to the locations of the most severly restricted tubes.

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The next inspection was at Turkey Point Unit ¹3 in October, 1980. As a result of the prior experience at both Turkey Point Units as described above, the gauging inspection boundary at that unit was also adjusted to

'eflect prior experience. Additional inspection programs were defined for the periphery, wedge, and patch plate regions. These programs were based on pr'evious tube leakage histories, at Turkey Point and Surry Plant sites, as well as previous gauging results at the Surry and Turkey Point sites as deemed appropriate.

Due to the current awareness of the potentia'1 for tube deformation on the cold leg side, inspections of all three steam generator cold legs were performed.

The gauging inspection boundary for the present inspection (November, 1980 at Turkey Point ¹4 has also been adjusted to reflect prior experience at the Surry and Turkey Point plants, in accordance with the discussion in the preceeding paragraphs.

The typical inspection boundaries fear the May, 1980 inspection (Fig. 1 8 2) are included for reference. The gauging inspection boundaries for the November, 1980 inspection are indicated in Fi,gures 3 to 8 inclusive, for each leg of each steam generator.

3.

The following conservatisms were utilized in determining the Turkey Point P4 inspection boundary for this inspection:

l. If a restricted tube was found close to the inspection boundary; the inspection was expanded .in'hat area.

2. In addition to the specific gauging inspection program, it should be noted that tubes in the central portion'of the tube bundles from Row 12 upward were tested with 700 mil probes, providing early indications on any new deformation which might exist away from the regions usually regarded as active, i.e. the tubelane, patch plate, wedges, and periphery.

3. Tubes restricted in previous inspections, including those that were not adjacent to the areas of predominant activity, were incorporated into the

, gauging program laid out generally for the three steam generators.

B. Flow Slot Measurements Photographs were taken in each steam generator through the secondary hand-holes. These photographs were then util.ized to measure the openings in the

~l flow slots. Results're discussed in Section III. Flow slow measure.-

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ments provide a gross measure of the continuation of denting, as reflected in the rate of flow slot hourglassing.

C. Other Dentin Related Ins ections The U-bends of unplugged tubes in rows 3 thru 5 in steam generator C were examined with 100 kHz. These inspections are performed to confirm the in-tegrity of the small radius U-bends in low number rows.

4.

in iI'Q Ap'"ii, l9/9 >s)eciIon, annulus Keasureiie <ts'ere taKen in steaii generator B. These measurements provide a qualitative indicator of the upper plate expansion trends in the most affected steam generator. That had'een the third such measurement of this type for steam generator B. No obvious trends had been noted in this unit or in Turkey Point Unit P3. Therefore, this measurement was not made at the -NOY. 1980 inspection and is not planned for future inspections.

D. Re ulator Guide 1.83 R.G. 1.83 ins ection The types and extent of inspections required in this area are specified in R.G. 1.83. The original inspection plans are included (Figs.3-8 inclusive).

During the inspections,'expansion of the program in steam generators A,B and C was accomplished as required by R.G. 1.83. Results of the inspection are dis-cussed later in this report.

. III.

~ Ins ection Results

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A.~ ~G Results of the gauging inspections are indicated in Figures 9,10,11,12,13 and'l4 and are summarized in Table 2..'ABLE 2: TUBE RESTRICTION

SUMMARY

Number of Tubes Restricting Passage of Gauge Listed But Allowin Next Smaller Gau e To Pass S/G and Gauge Tubelane Periphery and lledge Patch Plate Diameter Hot Le Cold Leg Hot Le Cold Le ~HL SG A

.650" 29 0 25 0

.610" 7 0 ~

3 0

.540" 0 0 1 0 SG B

.650" 32 0 42

.610" 4 3 8

.540" 0 0 0 5.

I SG/Gauge Diameter Tubelane Hot Le Cold Le Hot Le 'old Periphery and Wedge Le Patch Plate Hot Le SG C'50" 34 13 15 610" 5 5 1 540" 1 1 0 Summary comments resulting from the'review of this and other data are as. follows.

1. Tubes in the tubelane region that restrict the 0,650 inch probe lie adjacent to the areas in which such restr ictions occurred in prior examinations.

2. There were no tubes restricting a 0,540 inch probe in the tubelane regions of cold legs in any of the three SG's.

3.'he the patch plates of all Tube restrictions were noted in the wedge areas and three steam generators; this activity appears consistent with previous ex-perience at this and other units.

4. In .steam generator 8 four tube restrictions appeared away from the pattern of prior results. Two of the restrictions were located adjacent to a tube which had been pulled in Sept. 1975, as part of the earliest field investi-gations of denting. The other two tube restrictions were located adjacent to the. patch plate inspection area.

5. In steam generator C, one tube restriction appeared away from the pattern of prior results; this was located adjacent to the patch plate inspection aPea.

6. Only limited cold leg activity, i.e. restrictions to the 0.610 inch probe, was observed: No tubes in SG A, 5 in SG 8, and 4 in SG C. The level of cold leg activity remains quite low compared to the hot leg experience.

7. No leaking tubes were observed during the previous operating period.

8. Review of the gauging results shows that 46 tubes restricted the 0.610 inch probe after 4.75 months operation; this compares with 80.such restrictions ob-

'erved in Hay, 1980 after 10 months operation and 72 such re'strictions observed in April, 19/9 after 6 months operations. As a measure of denting progression, the current rate is consistent with the previously observed slowing rate of the denting process since April, 1979.

I' B.'1ow Slot Measurements The results of the //1 TSP flow sIot measurements are indicated in Fig. 18.

Results are consistent with previous behavior.

C. 0~ho i l "d thru in steam generator were The U-bends of unplugged tubes in rows 3 5 C indications were noted in these small smal radius U-bends.

examined at 100 kHz. No ulator Guide l.'83 Ins ection Results and Evaluation 0 Re summarized in Table 3.

results of the Regulatory Guide 1.83 inspection are summ

. The As a result of this inspection, a total of 25 tubes were p lu gg ed for indications equal to or greater than 405 wall. penetration.

Preliminary evaluation of the results suggests probable thinning in the region of the sludge pile in the cold leg occuring at a rate which has not increased substantially since the April, 1979 inspection. 'n average change of the order of 1$ was indicated for Steam Generators A and C, while an average increase of 9.9 was indicated for Steam Generator B.

Since a higher thinning rate was suggested for Steam Generator B, and a higher number of tubes were plugged for indications of 405 or greater as compared to the other two steam generators, additional evaluation of the data were made for this steam 'generator. Comparison of the eddy current signals from the affected tubes in Steam Generator B with corresponding signals from previous inspections shows the presenceuf an increased denting component. The dent signal influences the thinning signal, causing slight phase rotation and over. estimations of the depth of penetration. While some additional thinning may have occurred, the overall increase is likely to be less than is indicated by the reported data.

However, a conservative estimate of the rate of thinning can be made on the assumption that the reported data are accurate. Comparing the present data with corresponding data reported at the April, 1979 inspection for Steam Generator B, the maximum apparent increase in thinning is taken to be 19% of the wall 7.

thickness which represents the growth from the mi:nimum reportable 205 to the maximum size of indication still in service, at 39/. On this basis, the maximum growth rate over the last 14.75 EFPN of operation is calculated as 1.3Ã/EFPH. For 10 additional months of operation, the 394 indication might conservatively grow to 52K assuming the calculated apparent thinning rate of 1.3$ /EFPM is continued. The minimum tube wall required to maintain pressure boundary integrity" under faulted condition load is .013 inches (in the straight section of the tube). This corresponds to 26K of the nominal .050 inch tube wall. Thus an ample margin of 22K wall thickness would exist even if the calculated thinning rate were to conti'nue for an additional 10months.

TABLE 3 Re ulator Guide 1.83

~Ins ection Results Size of Indication (X Wall Penetration InTet SG A SG In et 8

Fut I ettT n SG C et Ou~let 132

< 20 54 76 50 125 174 30 133 194 20-29 40 83 57 30-39 20 71 21.

0 1 17 2 no 3 8.

Although experience has shown that advance of the predicted strain contours from the finite element model no longer is an appropriate basis for tube plugging, the plugging criteria which were dqvelopedusing the model have genera11y been retained, since their application has generally been effective in re-ducing the frequency of tube leakage events resulting from denting. As in the Nay, 1980 inspection of Turkey Point 4, and- the October, 1980 inspection at Turkey Point 3, a program which incorporates all previously observed activity with several rows margin beyond is considered appropriate; again a sampling of central area tubes provided by the Reg. Guide 1.83 inspection permits detection of new areas of activity should any occur.

The criterion established for pTugging tubes ii the "region'"of the patch-plate differ from those used for other regions of the bundle.

All leaks in the patchplate region have occurred at the perimeter of the plate or near to the patchplate boundary, where plug welds connect the patchplate to the main body of the tube support plate. All ob-served data indicate that the behavior in the patch plate is local innature and is not consistent with the general strained state of the plate, nor can the behavior be. represented by~ the'finite"element model. Due to these factors, the regions of the patchplate are inspected and a specific set of plugging criteria applied. Because of the fact that leakers in this region have not always restricted 0.540 inch probes, leakers and tubes that restrict the 0.540 inch probe should be treated'like, and the surrounding tubes about both should be plugged.

In addition, tubes that restrict the 0.610 inch probe should be plugged and tubes on either side of the patchplate boundary (plate perimeter on one side the plug welds on the other three sides) that rest'rict the 0.650 inch probe should be plugged.

i

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Due to the local plate cracking that is believed to occur. at the periphery and near wedge locations, tube leaks may occur here at lower'evels of tube re-striction than in the tubelane. Thus, the wedge areas should have their own inspection program and plugging criteria. The plugging criteria at .hot leg wedge locations calls for treating leakers and tubes that restrict the 0.540 inch probe in a similar manner. 'Tn addition, tubes that restrict the 0.610 inch probe hand peripheral tubes that restrict the 0.650 inch probe should be plugged.

Cold leg plugging will be based on the degree of activity noted and rates of progression observed from gauging.

The plugging criteria which support at least ten months of operation are:

l. 'All tubes which do not pass the 0.540 inch probe will be plugged.

2. Additionally, for in excess of ten (10) months operation, two (2) tubes beyond (i.e., higher row numbers) any tube in columns 1-92,

, in:the tube and region which did not pass the U.540 inch probe will be plugged.

Calculation of the progression of the P 17 1/2X strain contour, as determined from finite el'ement plots through 24 EFPH after closure results in predicted advancement of this contour by 1.9 tube now for a 10 month operating period. Given the conservatism of this approach, plugging two additional tubes beyond observed 540 mils restrictions provfdes adequate margin. This criterion was applicable for only one 540 mil restriction, i.e. 'S/G'C, R3-C64, in this inspection.

3. All tubes which do not pass the 0.610 inch probe will be pluggea.

10.

4. The tubes in any column for which plugging under criteria (1), (2),

or (3) above is implemented in the tubelane region will also be plugged in the lower row numbered tubes back to the tubelane if not already plugged.

5. As a conservative measure, tubes completely surrounding any known leaking tubes including the diagonally next tube will be plugged if not already covered by the foregoing criteria.

6. In any given column which is surrounded by columns containing tubes with I

significant tube restrictions or prior plugging, (thereby creating a "plugging valley" in the pattern) engineering judgement will be used to fill the bottom of the valley. In the peripheral tubelane areas near the three and nine o'lock wedges, tubes surrounded by previously plugged tubes or tubes exhibiting high deformation activity will be plugged based on engineering judgement. Particular attention was paid to 650" restricted tubes relative to the ten month operating period.

11.

7. Additional preventive plugging will be'mplemented atthe hot leg wedge locations. This plugging will include all tubes that:

a. Restrict the 0.540 inch probe..

b. Restrict the 0.610 inch probe.

c. Restrict the 0.650 inch probe at the periphery.

d. Surround leakers and tubes that restrict the 0.540 inch probe..

including the diagonally next tube.

8. Application of the criteria specified in 7 above, will be made on the baSis of engineering judgement for cold leg wedge locations.

9. Additional preventive plugging will be implemented in the patch plate region. This plugging will include all tubes that:

a. Restrict the 0.540 inch probe,

b. Restrict the 0.610 inch probe.

c.. Surround leakers and tubes that restrict the 0.540 inch probe including the diagonally next tube.

d. Lie on either sides of the patchplate boundary {plate perimeter on one side, the plug welds on the other three) and restrict the 0.650 inch probe.

The ten month operating period was also evaluated relative to a postulated main steam line break accident {HSLB). In doing this, it was conservatively assumed that each unplugged tube in the two rows beyond the present tube-lane plugging boundary in the most advanced SG(B) would leak at a rate of 0.05 gpm/tube during a postulated main steam line break. Using the fact that there are 92 tubes in a row, the total number of unplugged tubes in the tubelane region lying adjacent to the current plugging boundary at the 12.

end of the 10 month operating interval is less than 184 Cubes.

The total leakage resulting from 184 tubes is 9.2 GPH. This added to the 0.3 GPH leakage assumed to be present at the start of a postulated main steam line break (which would increase to approximately 0.7 GPH due to HSLB differential pressures) yield a total leakage less than 10 GPH which has been determined in previous submittals to be an acceptable level of leakage during a postulated HSLB.

B. Re u')ator Guide 1.83 The criteria for plugging tubes in this area're established in the regulatory guide.

C. Preventive Plu in Accom lished The preventive plugging programs that were implemented to justify at least 10 morths operation are indicated in Figures 15, 16 and 17. Both gauging and Regulatory Guide 1.83 program plugging are shown on the figures. The coordinates of the plugged tubes are listed for each steam generator in Tables 5, 6 and 7 respectively. The cumulative percentage of tubes plugged to date is 23.8Ã. Table 4 summarizes plugging performed during this outage.

TABLE 4

SUMMARY

OF TUBES PLUGGED

~Gnu in R.G. 1.83 ~Pl di E S/G A 24 , 3 S/G B 37 S/G C 44

i TURKEY POINT UNIT lI4 F

N VEMBER 1980 INSPECTION

~VA1 CCRfAATWR A A. Recormllended Plu in for Gau in Results For 6 Mo. Plur in Pro ram: Additional for 10 Mo. Plu <in Pro ram:

R-C R-C 14-4 14 - 9 16-4 16 - 11 17 - 4 17 - 12 8 5 18 - 12 16-5 10 - 88 9-6 9 - 89 16- 6. 9 - 90 17-6'5

- 9

'15 - 10 17 - ll 28 - ll 7 - 26 3 - 43 44 47 7-69 10- 89 Total Plugging for Gauging, 6 Mos. Total Additional Plugging for Gauging, Program: 17 tubes 10 Mos. Program: 7 tubes B. Re . Guide 1.83 Plu in:

R- C 6-75 ll - 22 9-21 Total Reg. Guide 1.83 Plugging: 3 tubes 14.

TURKEY POINT II4 ej NOVEMBER 1980 INSPECTION STEAN GENERATOR 8 A.Recommended Plu in for Gau in Results For 6 Mo. Plu in Pro ram: Additio'nal for 10 Ho. Plu in Pro ram:

R-C R-C R-C R-C 4 -

1'-2 41 - 65 7-90 16-9 26 - 72 7 - 92 14 - 10 11-4 37-73 16 - 10 15 - 8 5-78 17 - 10 23 - 8 7 - 84 7 - 25 15 10 7 - 85 25 - 73 5 - 17 8-85 9 - 85 8 - 24 10- 85 42 - 30 9 - 86 9-38 6 - 89 45 - 44 7 - 89 37 - 53 10,- 89 29 - 54 11 - 89 31 - 54 17 - 89 Total Plugging for Gauging Total Additional Plugging for Gauging, 6 No. Program: 30 tubes. 10 Mo. Program: 7 tubes.

B. Re . Guide 1.83 Plu in :

R-C R-C R-C 14 - 29 23 - 46 17-69 12- 30 10- 46 9-81 23 39 ll - 46 10- 47 24 39 13 - 46 24 - 40 7 - 62 ll - 44 7 - 64 22 - .44 7 - 65 22 - 46 Total Reg. Guide 1 .83 Plugging: 18 tubes.

15.

TABLE 7 TURKEY POINT UNIT II4 NOVEMBER 1980 INSPECTION STEAM GENERATOR C R. Recommended~Plu gi~nfor Gauging Rdsults For 6 Mo~P'lu ing Pro<}ram: Addi i i 1~0. Pi n IL~:

R- C R-C 22 - 7 43 - 46 15-8 14 - 9 33 - 51 42- 34 42 31 7 - 54 42 - 35 42 - 32 8-54 43 - 45 42 - 33 3-59 42 - 46 42 - 36 4-59 43 - 48 43 - 36 42- 62 41 -63 41 - 37 3-64 3 - 65 42 - 37 4-64 8-84 43 - 37 5-64 9 - 85 41 - 38 41 - 66 10-89 42 - 38 5 - 72 43 - 38 8-83 38 - 39 8-86 5-41 9-86 6 - 41 9-87 9-90 Total Plugging for Gauging, Total Additional Plugging for Gauging, 6 Mo. Program = 33 tubes. 10 Mo. Program = ll tubes B. Reg. Guide 1.83 Plugging:

R- C 10- 46 14 - 53 53 5-58'otal Reg. Guide 1.83 Plugging: 4 16.

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INSPECTION PROGRAM')-HOLI., 1980 TURKEY POINT UNIT -34 STEAN GENERATOR 8 r OUTLET
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At AA S C 0 32 NNCNNp A L A DDDA 00 NNNRN A D SY NNNN NNNNN A AD DD AAAAA L OC 28 NC YNN AAAAA 00 00 -FS D AAAti OC 0 D 00 8C A S ON 22 NC SSN SSS
~C Ni SSS SSC 18 N
LL DD LS OLL 'RNLLL 4 LPP RLLNLC OC PPP L ~LLYiNOC 12 Ct PPP AS I LLL~C C ~ RR~ RRLLRLLL~L ON. RR D RLLLLLLL~Q gSI I RL + D RL RLLLLLLLAC LLD D Ni D DLLND S DD+L~S LPL~ NLLLLL~> LLC CIR RRRRI L LLLLLNRDALL S LL.L.LS I LLLI R LLLFi- NLLLLL C RRRRRLLLPLL, %LL LLDLLLNPSINLDS LLLLLLLLL. L LLLLLL SLR SLLLLR L LLLLLI C SRtPRLJJJLI P NLLLLLLLLLLLN<NLLS LLI-LLI-LLLSLLLLL.RLLLLLLLL SLI48$ SLLLLLLLNRRNLLN NLLLLLI-JJJJJJJJJJJJJJJJLLLLLLLLLLl PI4I4KLI4 LLLLLLLLLSLLLLLLLLLLLLLLSI4LNLI4SLLLLLLLNRRLLLLL PLLLLLLLPPPR J J J JJ JJ JJ JJ JJ JJ JJ JJ JJ JXXXI ZLLLLLLLLLNX XIXZXLLLLLLLLLP IXZZLLLLLLLLLLLIXXXIPLLLLt LLLPPIZIIL LLLLLLLLLPNP JXIZIIJ J J J J J J J J JIXZIXXJ J J J J J J J J JZXXIJ J J J J J J J J J JXXIIIJ J J J J J J J J J JXZIIJ JJJJJJJJJJJJ JJJ + ROM MANWAY TURKEY POINT UNIT -.'4 REsTRIcTED U o.o " E NpZZl E GAUGING RESULTS NOV.,1980 X = .II40 ~R IE HONE STEAM GENERATOR B INLET .610 PROBE 12
= .650 PROBE 77
~ C
'Gv'~E 12 J 188 11/76'V LVGGED 42 1
1 9 TUBES PLUGGED 8/75> TUBE 8/75p BARE PLVGGED HOLE PLUG HL-E/P CL L 884 1 7/77: IiELD REPAXR 7/77> TUBES PLUGGED S IES: A4 66 6/75'"BES PLVGGED H 9 I8/77< UBES PLUGGED 2/78'UBES PLVGGED 1'I S 1 1 SHOP IIELD 9/75'ARE BOLE 9/75'UBES 5/76'UBES PLUGS PLUGGED PLUGGED HL,CL N P R S 79 28 52 48 8/78l TUBES PLUGGED 4/79> TVBES PLUGGED 5/&8> IIECH PLUGGED FLA-B 48 8/76'VBES PLUGGED NLAF)-G)KLAN0)>LAO)-G)WU)R G)&lAN-QNU)(0-S S (0 Q lA U) lA U) LO f ~ ~ R F) N 0) F) N R (U N (~ Q1 BOS'N(USC) lA P) CO
ÃNNARCd LOCYNNOCRROCNC NL DOGS O~RiR LOO 00 0 R PS AOO GG GG 00 0 G
G A S OOOO 000 42 OCC ONC ONC ONO SNN NNC SC 38 Oi"4 CN SSP PS OC LLL 36 NNC NNi% PAA A D
~
PAD LLL LLLC 34 ONNN CiNNR CPNR A AA P S 0 32 NNONNQ P A L A PDDA COOS A A P Ni%NRN NNNN 4NNNIil A AAAAA DP L OC 28 i NO YNY AAAAA AAAH CC OC 26 00 0 OC S S 22 NO SSY SSS iNR 0 SSS SSC 18 OC iYi 0 PAD DD RR LS 16 LL ~ RNLLL OLL P RLLNLC OS LPP OOI PPP D AS L LLNNOC LLLLLNI 0 12 P RRLLRLLL L C NARY D RLLLLLLLC CNY, P PD P RLLLLLLLRO OSL RL. S P RL L C S LD D D PLLNP S PDL S LPL. E LL NLLLLL LLC 0 R RRRRLL. LLLLLNRPALL S LLLLLS L LLLLI-R S 'LLLP NLLLLL 0 RRRRRLLI PLI NLL. LLDLLLNPStNLDS LLLLLLLLL LL LLLLLLR SLR SLLLLR LL NLI-LLLL 0 SR t P RLJJJLLP PNI LI LLLLLLLLNNL LS LLLLLLLLLSLLLLLRLLLLLLLL 4 SLHHSSLLLLLLLNRRNLLN NLI L,LLL 0 LLLLPHHKLH I LLI LLLLLSLLLLLLI I-LLLLLISHLHLHSLLI LLLLYRRLLLLLPLLLLLLLPPPR 4 J J J J 4 J 4 44 J J J J J JLLLLLLI I 444 4 J J J J 4 4 4 JIX JILLLLLLLLLN I JIZZZILLI LLLLLLPIJIZLLLLLLILLLLXXJ JPLLLLLLLLPPXIXZLLLLLLLLLLPNP 4JJJJJJJJJJJJJIXZXZJJJJJJJJJJXXXXXIJJJJJJJJJJXXXXJJJJJJJJJJJIXZXZJ4JJJJJJJJJXIXZJJ44444444444 + + TURKEY POINT UNIT ;4 g p,y GAUGING RESULTS NOy] gBP N
.610 PROBE 5 .
STEAM GENERATOR B OUTLET
= i650 PROBE Not Tested
~4 P
8 9/74> TUBES PLUGGED 9 4/77> TLSES PLUGGED 96 2 6/75> T'JBES 1/76> PLUGGED TUBES PLUGGED 2 157-7/77> 7/77> BARE HOLE HL, E/P OUTLET TLSES PLUGG<M SERj:ES <4 5 5/76> TUBES PLUGGED 118 2/78> TUBES PLUGGED F A C 2 9/76> TUBES PLUGGED 62 8/78> TUBES PLUGGED 93 11/76> TUBES PLUGGED 54 4/79> TLSES PLUGGED 5 1/77> TUBES PLUGGED 1 8/78) EP 5/76, 1'R HL 2 3/77> TUBES PLUGGED . 56 5/89> NECH PLUGGED URN>> tCMGGGGPPDPCROOLK OOCC D R 0 OOL OOOO oo QQ A
.=-.~K)C OOC 42 OOC L Oo C Q tC)t A
ti Oo
;O OLCN OOC OQ 38 OL" 0 Q 00 OLL 36 oa OC B"lKR L OO 34 0
0 LL 32 3 OC 00 0 OO OO 38 LY MiR R Oo 28 OC OC OC OC 26 oo 0 QC 24 0 OC 0 OL 22 2 0 OL 0 28 HH 0 N NC 18 IBI EiM Htit i A AB AA RL RlCICtC
~a HHiHi I K(CICKK i Ii IHiMi KKlCKR OQMHHMH OIHMMMH H
SHMB B KKKRRC RLKKKRO 12 CPMMML 8 M S BHt i
~RRKK!Cro RRRRKKKC ie PLR R R 8 88 RiBS BEB 8B n.KNR 8 0 YBB 8 RiM KBB HM 5~R KNC KKLL'KN NR LRNL L MLN 8 RRRL "4LNS S~S RR Sg KSSSSSM&IC NL ICK t.R 6 0 LNNLLL SLSN KRKS RlCL IC RRRLSBB L NKNM YS NLKlCN ,0C 0 HLNLI LI- NY KLKNK tCLK NLtCLL jCRKLSLM)CBKSICBtCNI SBSSSSmKMKK NNLlCKMF HHHi IHLKLI LKH L KKtCK NNNLLKLK ZK AKHLKLL KRlCLKLBKBKKKKKB<LKKKLLOKKKK KKRRL}CKKtC Nt4LKlCHRR L HLLLLLKLLLKLLtCtCKICNNNKLLKLKNXZZXILkLLKKLKKNJXZHXLKKKKKKKKLLLKKKLLLtCKKKKKHHLICKKKN f FFFFFFFFFFFF F FFFFFFFFFFFFFF FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF NHLKKHNNNNHN FFFFFFFFFFFF 2
+ +
.R04 p p Ng p y TURKEY POI NT UNIT i~4 GAUGiNG RESULTS NOV. l980 IIEBTRTBTEO TOBEB IIO.OP TOIIEB NTOZZf STEAN GENERATOR C INLET =.BTO PROBE e-., G-0 t)AClt'.t', 62
~4 URE 14 8 9/?4> TUBES PLUGG E D
~
T. 9 4/77 g UBES PLUGGED 96 2 6/7S TUB"S PLU GED I/76p TUBES PLUGGED J K 2 lS? 7/7?r BWE HOLE HL. E/P 7/77r TUBES PLUMED OUTLET SERjES 44 5 5/75s TUBES PLUGGED L ll8 2/78> TUBES PLUG"ED 93 2 5 9/75r ll/76r l/7?g TUBES PLUGCED TUBES PLUGGED TUBES PLUGGED l4 i9 P 62 54 l 8/78r 4/79r 8/78z TUBES PLUGGED TUBES PLUGGED EP S/76 MR HL FLA-C 2 3/7?r TUBES PLUGGED R 56 - 5/89r tfECH PLUMED
<RS%
I+ +LO I KHGGGGPPPPCR 00 OOCC PP R OEO OL 0000 K 000 0000 L 0000 000 RY OOC 000 00 0 LLC 00 0 CLOY OOC 00 38 3r LC OLC OC OLL 36 3N 00 YKR OC L OC 0 0 32 3N 31 000 0 000 0 8 2( OC OC LN t.R R 28 00 OC 26 OC 0 -OC C 24 2 00 OC N 0 C OC OL HC 0 OL 0 28 1c 0 N 18 t".H NC HiH HfiH RL RKKK 1 6 iHiHHiHi I<Hi fH
)R 8~B KKKKK KKKKR 14 OCi IHHHt 0 I HHHHH i
BHi IB B BB B KKKRRC RLKKKRC 12 1 0 j~ Hgi IL H B ~ BBK RRKKK AC 18 0 L B Bt if ~ K BBB RRRRKKKC OLL R H B BB RiBB BEB BB RKiYiR KKL L 8 0 - iNR B NBB B RR KBB t WB R KKN KNC 0 LRNL HLN B B KR RRRI
+ NLNB BB B~B RR NLKK iHR 6 0 LNNLLL BLBY KRKBB RRRI BBB NKNt YB ~ KBBBBBt.NK NLKKN 0 0 HLNLLLL LKKKK NN Kl-KYK KLK! KNLKLLK KRKLBLHKBKBKBKNBBBBBB Kt KKN I-KKKK ."4NLKKHF C iHi fi IHHLKLLI-KH I-KKKK NNNLLKLK K ~KL~KHLKLLK KRKLKLBKBKKKKKB~LKKK LI 1KKKKKKRRLKKKKNNLKKHRR L HLLLLLKLLLKLLLKKKK NNNKLLKLKN XXXXXLKLLKKLKKNUXXHXLKKKKKKKKI FFFFFFFFFFFFFFFFFF FFFFFFFFFF FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF LLKKKLLLKKKKKKHHLKKKKN NHLKKHNNNNHN FFFFFFFFFFFF 2
+ U I I . TE13 v H A NMA Y GAUGING RESULTS NOY, 1SBO X = .540 PROBE Npge NOZZLE + STEAN GENERATOR C OUTLET .610 PROBE o = .660 PROBE Not Tested
44 33 9/ 4;
~ TUBES PLUGGED H 1 7/77; MELD REPAZR HL, E/P CL 63 6/75; TUBES PLUGGED 169 2/78; TUBES PLUGGED.
1 DATE NOT KNOWN. TUBES PLUGGED J 86 8/78; TUBES PLUGGED SHOP MELD K 2 SHOP MELD, HL HISDRZLLED 2 5/76 TUBES PLUGGED L ?9 4/79; TUBES PLUGGED 02 11/76; TUBES PLUGGED M 72 5/83; VECH PLUGGED 132 CD%a) OOa)r 7/77; TUBES PLUGGED CDWU)(0 CDWLO(0 CD& 0) R 0) WU) R 0) ALOD) 0) WiA(9 CDOGS(0 CDNU) ' r r t f $ $ $ $ $ NU) RlAR C 4 < C <NP) RAN(URRhl(U Sr l- U)0) - CO GXOX ZOX OO zozz JOXOO. f OOO 0 Zi OOOG OOOJ Hi lH GIX~GGGG OOC Hi lf ~ XXX~GGGGHC HHH XZGJHG OOC OZHH LHH OOC HiHH OX OX OC OZ IQG OC OC QQG QQQO 34 C 0 0 0 32 OO OC A OOA IC A <<OC 4 OC AAAAAA AAA AA 28 4 OC OC H~ A LA OC OC 26 4 OC C '4J OC 24 4 0 XC L OC 22 4 C OC 23 I C OC 18 JJJ 16 JJJJ JJJJJ I I GQL 0 i OOJJJJJ 0< JJJJ XQQGOC LQQQiC 12 L p-' pQQ&w 18 OZ-JJJJ GG~ IZGP
+ G~QQQQC 0 l JJJ 8 BKHJ JG JL JJt iHHiH F B LJHH HH LLLB i XGQHHiHQGG 8
0 LLLJ LLLHHI H Ht LLXZ J J JHiL LvL JL LG %Q~WP 6 O. HL JrLH 81 HHZZ 8JLQQX
~
L JLLI XX ILXBBHLBLXZZX GXG J JL Hi Xl L GIQQLGt.t c C LJJZJL XIXLL
~
0 L JHHZB LIXZHHHXXXX 8 t LLXIZZ XX QQ QXZXIJLL 8&8& BBBBQ J Jt QQ Q H l-BXXZJHHIXZIX~ XXXXXGL XXZGG GXZZXXX~ HXIZZBZXGGJJB XZZJL GQQQGQQQG Ii C 1 Ol JJJXJLL LJXXZX IL LLLX'JJJZJLLLLL JZZZXLXZGXIZZLZZIGXQXIZXXIGXXIXZGGGXGIZGZZXLLXXIIXIXXGGGGGGGZIZGLLGQQG FFFFFFFFFFFFF FFFFPFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFPFFFFFFFFFFFFFFFFFFFFFFF GGG 2
+
gAggpY TURKEY POINT UNIT p4 STEAN GENERATOR A RECOMMENDED PLUGGING PER:
, = Gauging Results 24 tubes) NOZZLE ---+
NOVENBER, lg80 = Reg. Guide 1.83 3 tubes)
i i 4i2 9/74 "S PLUGGED J 18B I 1 /76) TUBE Gc D 1 1 8/75). 8/7S) v E PLUGGFD BARE HDLE PLUG HL-E/P CL K L 324 1 7/77) 'FIELD Rc ).R 7/77) TUBES PLUGGED SER S <4 e6 6/75) TUBES PLUGGED H 9 'l8/77) TUBES PLUGGED SH37 I)E 79 2/78) TUBES PLUGGFD A B 1 9/75) D HL. CL H 8/78) TUBES PLUGGED ll3 1 9/75) 5/76) BARE HOLE PLVGS TUBES PLUGGED TUBES ?LUGGED P R S 28 52 48 4/79) TUBES PLUGGED 5/88) HECH PLUGGED F 48 9/76) TVBc.S PLUGGED
-- 0) ~ 0) W U) 07 0) W LO (0 0) W LO R 0) W LO F) 0) > LO N 0) W LO 07 0) W LO (0
0) 3) C)
W U) P) CO R R f t t t t (0 (0 $ (0 Q LO U) 0) U) LO <.< "f < < (0 R N 0) 6) R (U R R N - - - 0) f - LO P) CO S
%SR(0<@ RSVNS%$ <
S SLflLOLOLO N 'I) IT) lT) IT) R 8 R I LOONiNNOC NONL OCG90s Ri R LOOOC GP GA R~ R PS AOOO GG GG CQ 0 G A S 0CQQ OC 42 000 ONC AQ ON 0 CNC SNN NC SC 38 CN NNC SSD DS CC LLL 36 iNNN A~ A LLL
=2 3:
ONNN DAA DAD LLLC O NNR
~ AA 0 CPNR NNONNR A L A DDDA 0
00 8 3 NNYRN SN NiNNY NYNNY k AD AAAAA 1 L OC 28 NC NNN AAAAA OC 2'6 OC D AAAI OC 24 2
~
0 D NC OC S NC I.D S ON SSN SSS 28 22 NR iQ Y 0 SSS SSC 18 LL AD LS 16 OLL RNLLL C LPP
~
0 Cg P P'P 0 ?PP AS L ~LLLLL~ RLLNL0 LLi4NCC C 12 e!ERR-~w-- CNN DODD RR D RRI-LRLLLI L RLLLLLL' 8 9 f!Sl RL. S D RLLLLLLLRC 8 S ~)- LLD D D DLLNC -~-W, S DDL S E ~LL NLLLLL Lt 0 7 Clh'QRRRRLL LLLLLNRDALL S LLLLI-S I LLLLR S LLLP NLLLLL C RPRRRLLLPLL NLL LLDLLLNPS1NLDS LLLLLLLLL LL LLI-LLLFt ~ SLR SLLLLR LL NLLLLI L C iS i R L J J J L L? R P P NL LLL L L L LL L L N N L L S L L L LL L LL
~ L' L L L L L R I- L L L L L L L S L N S S LLLLLL L N R R N L L N NLLLLLL i+
~ 'JJJJJJJJJJJJJJJLLLLLLI-LLI-LPI4iuKLMILLLLLLLLLSLLLLLLLI-LLLLLLSNLNLI SLLLI-LI-LYRRLLLLL PLLLLLLL?'PPR J J J J J J J J J J J J JIZIZXLLLLLLLLLNZXXXIXLLLLLI LLLPZZXILLLLLLL.LLLL.XZXXXPLLLLLLLLPPXXIZL JJJJJJJJJJJJJZIXIZJJJJJJJJJJIXIXIZJJJJJJJJJJIIZZJJJJJJJJJJJZXIXXJJJJJJJJJJJXZIXJ LLLLLLLLLPNP JJJJJJJJJJJJ 2
+
RQR~ TURKEY POINT UNIT s."4 RECOMMENDED PLUGGING e = Gauging Resu1ts (37 tubes) PER'TEAM GENERATOR B NOVEMBER, 1980 X = Reg. Guide 1.83 (18 tubes)
FIG' >7 8 9/ TUBES PLUGGED 9 4/7i BES PLUGGED 96 2 6/75) t/76> TUBES PLUGGED TUBES PLUGGED J K t57 2 7/77> 7/77> BERE HOLE HL. E/P OUTLET TUBES PLUGGED SE ES,n< 5 5/76> TUBES PLUGGED L f 'la 2/78> TUBES PLUGGED 93 2 2 5 9/76> TUBES PLUGGED 1 t/76 TUBES PLUGGE'D 1/77> TUBES PLUGGED 3/77 > TUBES PLUGGED H N P R 62 54 56 8/78> 4/79> 8/?8) 5/88> TUBES PLUGGED TUBES PLUGGED EP 5/76. 'WR HL HECH PLUGGED FLA-C:
<%SORY -sr. RN-COLUMN>>
R G S < R S C) Q < R G % (0 03
~-~P) P) NP) R(UNRCdR qual Q) LOU) S 4 t
KHQBBQDOPOOR OOLK OOC OEOOL OOOC LA>>++< OOC OOQ L OC OOC RN 000 OO G 43 4t OO OLON NC OOC OC 38 LG C NR OC OLL 36 OC NKR 34 00 LY OG C 0 00 OC LL LL L OC 0 0 OOO C OC R 32 3) 38 25 28 2 OG OC OC OO OC 2D > C C OC 0 OC 0 2 OC OL MC 0 OL 0 28 0Ll N Q tvC I ii I Mfi li I i' RL RKKK l6 ) C Mi fiMiM KKKKK i fiMiMM ~ KKKKR OCi I MMiMiM Mi 8 KKKRRC 0 MMMI'll ~ 8 SMi IB RLKI KRC C l t iiMML i 8 RRKKK AC 18 CAI 8 8MiMi K 888 RRRRKKKC Ol L C - +NREM R YBB gB Ni R BB BcB
~
KBB Mp9 R BB RKNR KKLL KKY KNC 8 C C I RNL>L Li<NLLL MLN RRRL . LNS BLBNI KRK98~ RKL K RRRLBBB ."}KNM4I NS KBSSSBMh K 88 8 8 RR NLKK NL KKY MR C 6 0 ~ MLNLLI-L LKKKK iNiN KLKNK <- KLKLQKNLKLLK KRKLBLMKSKBKSKNI889889 I KMKKN LKKKK NNLKKMF C iMiiMiIMMLKLLLKMI-KKKK NNNLLKLK~K K'KMLKLLK KRKLKLBKBKKKKKB>LKKKI-LIKKKKKKRRLKKKK NNLKKMRR L MLLLLLKLLLKLL LKKKKNNNKLLKLKNZZZZZLKLLKKLKKNJZZHZLKKKKKKKKLLLKKKLLLKKKKKKMMLKKKKN FFFFFFFFFFFFF FFFFF FFFF FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF NMLKKM}iINNNMN FFFFFFFFFFFF 2 + + TURKEY POINT UNIT -.4 STE~ GENERATOR- C RECOMMENDED PLUGGING PER:
= Gauging Pesults (44 tubes) ~~zz ~ +
NOVEMBER, 1980 X = Reg. Guide 1.83 ( 4 tubes)
Fig. FLOW SL T MEASUREMENT FULL C. LO5 0 R E LE&END B,
~
2.5' s/c A
-~- s/c B ~/c C 0
Vl 5<< 8 gl I 0 1 30 35 50 EF Pm/A VT
q t 1 0 J
STATE OP FLORIDA ,
) ) ss ~
COUNTY OP DADE ) A. D. Schmidt, being first duly sworn, deposes- and says: That he is Vice President of Florida Power 6 Light Company, the herein; That he has executed the foregoing document,; that the state' ments made in this said document are true and correct. to the best of his knowledge, information, and belief, and that he is authorized to execute the document on behalf of said A. D. Schmidt Subscribed and sworn to before me this
/ g ctay of NOTARY PUBLXC, in and for the County of Dade, State of Florida Rotanr Public, State of Rorida at Large ra~ Co~a isa>> E Plraa October 30, te83 My OmmiS" iOn e ireS. a.
p f P
/
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ML17340A510

Text

SUMMARY

SUMMARY

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