ML17341A748
| ML17341A748 | |
| Person / Time | |
|---|---|
| Site: | Turkey Point  |
| Issue date: | 12/18/1981 |
| From: | Robert E. Uhrig FLORIDA POWER & LIGHT CO. |
| To: | Eisenhut D Office of Nuclear Reactor Regulation |
| References | |
| L-81-529, NUDOCS 8112220197 | |
| Download: ML17341A748 (91) | |
Text
REGULATORY l FORMATION DISTRIBUTION SYS EM ('RIDS)
AGGRESSION NBR:8112220197 DOC ~ DATE: 81/12/18 NOTARIZED: YES DOCKET FACIL:50-251 Turkey point .Planti Unit PE Florida ~power and Light C 05000251 BYNAME
'AUTH AUTHOR AFFILIATION UHRIGqR E ~ ~ . Flor ida Power 8 Light Co.
"RE'C IP NAME o REC IP IENT AFFILIATION EI'SENHUT<D,G. Division of Licensing
SUBJECT:
Forwards results of stean'enerator insps conducted during Nov 1981 outage Insp revealed no new phenomena 8, verified
~
general <<pattern of denting is within predictable to power prese ts no unresolved safety Iquestion limits'eturn
~
DISTRISUTION CODE: ADO IS C RIES "RECEIVED:LTR I ENCL $ , SI ZE~ f(f TITLE: General Distribution for after Issuance of Operating License NOTENS:
I RECIPIENT <<COP IES RECIPIENT COPIES ID CODE/NAME LTTR ENCL ID CODE/NAME LT'TR ENCL ACTION: ORB N1 BC 01 13 13 IE 06 '2 2 INTERKAL: ELD 1 0 NRR/DHFS DEPY06 1 1 NRR/DL D IR ,1 1' ORAB 1 0 NRR/DS I/RAB 1 REG F IL 04 1 1 EXTERNAL: ACRS 09 10 10 LPDR 03 1 1 NRC PDR 02 1 1 NSIC 05 ~
1 1 NTIS 1 1 TOTAL NUMBER OF COPIES REaUIRED; LTTR 35 ENCL
0 I
gl gS'
ys)lb'fAv~AW FLORIDA POWER & LIGHT COMPANY December 18, 1981 L-81-529 I
Office of Nuclear Reactor Regulation Attention: Mr. Darrell G. Eisenhut, Director RECEIVERS U. S.
Division of Licensing Nuclear Regulatory Commission ltlashington, D.C. 20555 ~
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Dear Mr. Ei senhut:
Re: Turkey Point Unit -4 Docket No. 50-251 Steam. Generator Inspections The results of the Turkey Point Unit 4 steam generator inspections conducted during the November'981 outage are attached. The inspections which were performed in accordance with Turkey Point Unit 4 operating license DPR-41 showed no new pnenomena and verified that the general pattern of denting in Unit 4 is within predictable limits and consistent with previous inspections of the Turkey Point Units.
The general criteria applied for steam generator inspections and preventive plugging are the same as previ o'usly applied to Turkey Point Units 3 and 4. This approach provides reasonable assurance of steam generator tube integrity such that safe operation of the unit during normal full power operation and during hypothetical accident conditions is assur ed for an oper ati ng period in excess of six equivalent full power months. Therefore, the implementation of this program with the resulting preventive plugging, enables continued safe full power operation of Turkey Point Unit 4.
Total steam generator tube plugging is presently 24.8g,. This is conservatively bounded by the 28$ tube plugging ECCS analysis.
The results of this inspection and the preventive tube plugging program have been reviewed by the Turkey Point Plant Nuclear Safety Committee and the Florida Power 5 Light Company Nuclear Review Board. FPL has concluded that based on the inspection results, the implemented plugging pattern, and previously submitted analyses, that the return of Turkey Point Unit 4 to full power operation for at least six equivalent months does not involve an unrevi ewed safety question.
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4 Mr. Darrel 1 G. Ei ~ut Office of Nuclear Reactor Regulation Page 2 The results are submitted in accordance with Section 3.0.5 of Facility Operating License DPR-41.
Very truly yours, Robert E. Uhrig Vice President Systems 'dvanced 8 Technology REU/JEM/ras Attachment cc: J. P. O'Reilly. Region II Harol d F. Rei s, Esquir e
TURKEY POINT 4 STEAN GENERATOR INSPECTION PROGRAM I. INTROOUCTION An extensive inspection program for the Turkey Point Unit 4 steam generators was conducted in October/November, 1981. The following were performed:
- 1. Gauging of steam generator hot leg and cold leg tubes - al I steam generators.
- 2. measurements of visible flow slots in all steam generators.
- 3. Eddy current inspection of smat1 r adius U-bends in steam generator A cold leg.
- 4. Regulatory Guide 1.83 eddy current measurements in the hot leg and cold leg tubes 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.
~p'1 1
TABLE 1:
SUMMARY
OF TOTAL STEAM GENERATOR TUBES INSPECTED A A B B C Hot Leg Cold Leg Hot Leg Cold Leg Hot Leg CoId Leg Gauging 1292 141 1236 95 1286 149 U-Bend Rows 2-5 73 R.G. 1.83 290 388 ?70 422 169 447 (Orig.'rog.)
R.G. 1.83 106 116 104 100 (Expand. Prog.)
This report summarizes the inspections conducted, the data from these inspections, and preventive plugging programs performed.
I I. INSPECTION PROGRAMS A. Gauging Program The tube gauging program in the tubelane area is based on previously defined regions where significant tube deformation has been observed. These 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 F
tubelane areas near the three and nine o'lock wedge 'locations is modified to take into account the greater extent of deformation in these regions of the plate as determined by previous experience.
As a result of the Hay, 1980 inspection at Turkey Point g4, it became apparent that the calculated 17.5% strain contour overpredicted the plant inspection data and that a 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 extensively restricted tubes.
The next inspection was performed at Turkey Point g3 in October, 1980. As a result of the prior experience at both Turkey Point Units described above, the gauging inspection boundary at that unit was also adjusted to reflect prior experience. Additional inspection programs were defined for the periphery, wedge, arid patch plate regions. These programs were based on previous tube leakage histories at Turkey Point and Surry Plant sites, as wel I as previous gauging results at the Surry and Turkey Point sites as deemed appropriate.
Inspections of all three steam generator cold legs were also performed.
The gauging inspections boundary for the present inspection (October
- November, 1981) at Turkey Point /f4 has also been adjusted to reflect prior experience at Turkey Point and other plants.
The typical inspection boundaries for the preceding inspection (November, 1980) (Figures 1 to 6) are included tor reference. The gauging inspection boundaries for the November, 1981 i nspection are indicated in Figures 7 to 12 inclusive, for each leg of each steam generator.
L The fol lowing conservatisms were utilized in determining the Turkey Point g4 inspection boundary for this inspection:
- 1. If a restricted tube was found close to the inspection boundary, the inspection was expanded in that 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 mi 1 di ameter probes; such probing should provide early i ndicati on of any new deformation which might exi st away from the regions usually regarded as active, i.e. the tubelane, patch plate, wedges, ana periphery.
- 3. Restricted tubes discovered in pr evious inspections, including those that were not adjacent to the areas ot predominant activity, were included in 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 handholes. These photographs wer e then utilized to measure the openings in the visible flow slots. Results are discussed in Section III. Flow slot measurements provide a gross measure of the progression of denting, as reflected in the rate of flow slot hourglassing.
C. Other Denting Related Inspections The U-bends of unplugged tubes in rows 3 thru 5 in steam generator A (outlet) were examined with 100 kHz to confirm the integrity of the small radius U-bends in low number rows.
In the April, 1979 inspection, annulus measurements were taken in steam generator B. These measurements provided a qualitative indicator of the upper plate expansion trends in the most affected steam generator. That had been the third measurement of this type for steam generator B. No obvious trends had been noted in this unit or in Turkey Point Unit g3.
Therefore, this measurement was not made at the November, 1980 inspection nor at the present inspection.
D. Regulatory Guide 1.83 In~s ection The types and eXtent of inspections required in this area are specified in R.G. 1.83. The original inspection plans are shown in Figs. 7 to l2 inclusive. During the inspections, a single expansion of the program in the inlet and outlet sides of steam generators A and C was accomplished as r equi red by R. G. 1.83. Results of the inspection are discussed later in this report.
III. INSPECTION RESULTS A. Gauging Programs Results of the gauging inspections are indicated in Figures (13 to
- 18) and are summa ized in Table 2.
TABLE 2: TUBE RESTRICTION
SUMMARY
Number of Tubes Restricting Passage of Gauge Listed But Allowing Next Smaller Gauge To Pass S/G and Gauge Tubelane Periphery and Hedge Patch Plate Diameter Xot Leg Cold Leg Kot Le Cold Le Xot Leg SG A
.650" 45 41
.610" 3 4
.540" 2 0 SG B
.650" 43 69 17
. 610" 8
. 540" 0 SG C
. 650" 26 37 26
. 610" 0
.540"
Summary comments resulting from tne review of this and other data are as i
t'ollows:
- 1. Tubes in the tubelane region that restrict the 0.650" probe lie adjacent to the areas in which such restrictions occurred in prior examinations.
- 2. There were no tubes restricting a 0.540" probe in the tubelane regions of the cold legs in any ot'he three SG's.
- 3. Tube restrictions were noted in the wedge areas and the patch plates of all three steam generators; these data appear consistent with previous experienoe.
- 4. In steam generator A inlet, 2 tube restrictions appeared away trom the pattern of prior inspection results. Both were restricted to passage of the 0.650" probe and passed the next smallest (.610" probe). One of these 0.650" restrictions was located in tube R23-C15 which is located between the 2 o'lock and 3 o'lock wedge regions and may be related to an interactive ettect between these regions. The other 0.650" restriction reported away trom the previously observed results is in tube R23-041, located nedr the center of the tube bundle.
- 5. In the previous inspection (Nov. 1980), four tube restrictions in steam generator 8 inlet were reported away from the pattern ot prior inspection results. Two of the restrictions, R25-C73 (0.650" restriction) and R26-C72 (0.610" restriction), were located immediately adjacent to a tube which had been pulled in 5eptemoer, 1975. No restrictions were reported in tubes immediately adjacent to this area in the present inspection.
The other two steam generator 8 inlet tube restrictions reported as being located in regions away from the pattern of previ ous resu'Its were R37-C60 and R38-C64 (both 0.650" restrictions), both in an area adjacent to the patch plate. In the present inspection, additional restrictions, ten to the 0.650" probe and one to the 0.610" probe, have been reported in the same general area. It appears that this activity may be related to an interactive effect between the 10 and 11 o'lock wedge areas and the patch plate.
In the November, 1980 inspection, one tube in steam generator C inlet, R35-C56, was reported restricted to the 0.650" prove away from the pattern of prior inspection results, in an area near the patch plate. No additional tube restrictions were reported in tne immediate vicinity of this tube in the present inspection.
- 6. Only limited cold leg activity, i.e. restr iction to the 0.610" probe, was observed: None in steam generator A, 1 in steam generator B and 3 in steam generator C. The I eve I of cold leg activity remains quite low compared to the hot leg experience.
- 7. No leaking tubes (small leakage present at shutdown was attributed to leaking plugs) were observed during the approximately 8.69 Equivalent Full Power Months (EFPM) of operation prior to shutdown for the present inspection.
- 8. Review of the gauging results shows that 27 tubes restricted the 0.610" probe after 8.69 EFPH of operation. This compares with 46 such restrictions observed in November, 1980 after approximately 4.75 EFPH of operation, 80 such restrictions observed in Hay, 1980 after approximately 9.12 EFPH of operation and 72 such restrictions observed in April, 1979 after approximately 4.52 EFPH of operation. As a measure of denting progression, the current data are consistent- with the previ ously observed sl owing rate of denting since April, 1979.
B. FLOW SLOT MEASUREMENTS The results of the jl TSP flow slot measurements are indicated in Fig. 22. Results are consistent with previous behavior.
C. Otti~r Oenting Related Inspections The U-bends of unplugged tubes in rows 3 thru 5 in steam generator A outlet were examined at 100 kHz. No indications w re noted in these small radius U-bends.
During this inspection, it was discovered that a steam generator tube plug was lost. The plug came from S/G A (R6-C7) hot 'leg side. The plug was explosively installed during the July 1977 outage. The tube end was re-plugged during this outage using a mechanical pIug. The missing pIug was not found; however, this poses no significant salety concerns as previously evaluated in letter L-77-240 (Appendix A), dated July 27, 1977.
D. Regulatory Guide 1.83 Inspection Resu'Its and Evaluation The results of the Reglatory Guide 1.83 inspection are summarized in Table 3. As a result of this inspection, a total of ll tubes were plugged for indications equal to or greater than 4U/ wal I penetration.
This total compares with 25 such indications reported in November, 1980, hfter an operating period approximately 0.55 times the length (in EFPH) of the operating period preceding the present shutdown.
preliminary evaluation of the results suggest probable thinning in tlute region of the sludge pile in each SG occurring at a rate which has not increased substantial ly since the April, 1979 inspection. An average change of the order of zero to 1% was indicated for Steam Generators A and C, while an apparent average decrease of 4.9$ was indicated for Steam Generator 8. The apparent growth of indications since the previous inspection was calculated for those tubes in which indications equal to or greater than 205 were reported in both inspections. Results of the calculations are summarized in Table 4, where similar calculations made after the November, 1980 inspections are tabulated for purposes of comparison.
It can be seen that in the present inspection, apparent growth or indications on the order ot about 1/. were calculated for all steam generators except Steam Generator 8 outlet, where an apparent decrease of 4.895 was calculated and Steam Generator C inlet, where insuf'ficient data comparisons were available for meaningful statistical calculations to be made. The present averages compare favorably with those calculated for the operating period prior to the previ ous (Nov'ember, 1980) inspection. Of specia'I interest is the difference between the results calculated f'r Steam Generator 8 outlet, where the previous calculated average growth was greater than 8$ . The present results reinforce the previ ous evaluation, supported by photographs of eddy current signal comparisons which suggested that denting at the top of'he tube sheet may have affected the estimate of the eddy current phase angles leading to possible overestimates of the depth of penetration in some of the November,-1980 signals.
Overall comparison of the present with the previous results shows that the highest calculated r ate of thinning (Steam Generator A inlet) during the most recent operating period (Jan. 1981 to Oct. 1/81) is only about
- 0. 15%%d p'er EFPN, compared wi th the conservatively calculated maximum estimates of 1.77K, EFPiM (for Steam Generator 8 outlet) obtained for the June, 1980 November, 1980 operating period.
It is to be noted that the negative average incremental thinning data shown in Table 4 do not indicate an actual decrease in tube thinning but K
reflect the variability in the eddy current test itself as well as possible human factors involved in evaluating the eddy current signals.
i TABLE 3: REGULATORY,GUIDE 1.83 Inspection Results Size ot'ndication Mall Penetration) SG A SG 8 SG 0 Inl et Outl et Inlet Outlet Inlet Outlet
( 20 108 110 51 242 176 20-29 209 171 30-39 36 19 71
> 40
TABLE 4:
SUMMARY
OF TURKEY POINT UNIT 4 STEAN GENERATOR TUBING INCREMENTAL WASTAGE FROiM JAN. 1981 TO OCT. 1981 Operating Period Operating Period Jan. 1981-Oct. 1981 8.69 EFPH June 1980-Nov. 1980 4.75 EFPf4 SG LEG n A Inlet 1.305 5.24$ -3.82%%d 3.0%%d A Outlet -0. 07%%d 227 4.43%%d -2.23%%d 219 4. 1$
B Inlet 0. 67/o 5. 34K -1. 14%%d 21 8 Outlet -4. 89%%d 101 5.84% 8.41$ 6.4g C Inlet 2! 2. 83%%d C Outlet 0. 79K 223 5.29%%d -l. 65fo 4. 5%%d X = ar ithmetic mean n = number of comparisons
~ = standard deviation
IV. PLUGGING CRITERIA A. GAUGING PROGRAM The plugging criteria which support at least ten months of operation are:
- 1. All tubes which do not pass the 0.540" 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 tubelane region which did not pass the 0.540" probe will be plugged. (Calculation of the progression ot the 17-1/2% strain contour, as determined from finite element plots through 24 EFPll after closure, resu'Its in predicted advancement of this contour by 1.9 tube rows for a 10 month operating period.) Given the conservatism of this approach, plugging two additional tubes beyond observed 540"mil restrictions provides adequate margin. In this inspection, this criterion was applicable for only on 540 mi l restriction, (R5-C30) in Steam Generator 8, and one 540 mi 1 restriction (R6-C32) in Steam Generator A.
- 3. All tubes which do not pass the 0.610" probe will be plugged.
- 4. The tubes in any coiumn for which plugging under criteria (1), (2),
or (3) above is implemented in the tubelane region wili also be plugged in the lower row numbered tubes back to the tubelane if not already plugged.
i
- 5. As a conservative measure, tubes completely surrounding any known leaking tubes including the diagonal ly next tube wil I be plugged if not already covered by the foregoing criteria. Since there were no leaking tubes observed in this inspection, this criterion was not appl i ed.
- 6. In any given column which is sur rounded by columns containing tubes with 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 activi ty wi 1 1 be plugged based on engineering judgment.
particular attention was paid to 650 mil restricted tubes relative to the two month operating period.
- 7. Additional preventive plugging will be implemented at the hot leg wedge locations. This plugging will include all tubes that:
- a. Restrict the 0.540" probe.
- b. Restrict the 0.610" probe.
- c. Restrict the 0.650" probe at the periphery.
- d. Surround leaking tubes and tubes that restrict the 0.540" probe, including the diagonally next tube.
- 8. Application of the criteria specified in 7 above, will be made on the basis of engineering judgment for cold leg wedge locations.
- 9. Additional preventive plugging wil l be implemented in the patch plate region. This plugging will include all tubes that:
- a. Restrict the 0.540" probe.
- b. Restrict the 0.610" prob".
- c. Surround leaking tubes and tubes that restrict the 0.540" probe including the di agnonally next tube.
- d. Lie on either sides of the patch-plate boundary (plate perimeter on one side, the plug welds on the other three) and restrict the 0.650" probe.
The ten month operating period was also evaluated relative to a postulated main steam line break accident (MSLB). In doing this, it was conservatively assumed that each unplugged tube in the two rows beyond the present tubelane plugging boundary in the most advanced Steam Generator (B) would leak at a rate of 0.05 gpm/tube during a postulated main steam line break. Since 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 end of the next six months is less than: 2 x 92 tubes per row = 184 tubes. The total resulting leakage from these tubes would be:
184 tubes x 0.05 GPM = 9.2 GPM tube
This added to the 0.3 GPM leakage assumed to be present at the start of a postulated start of a MSLB (which would increase to approximately 0.7 GPM due to NSLB differential pressures) yield a total leakage less than 10 GPM, which has been determined in previous submitta'Is to be an acceptable level of leakage during a postulated NSLB.
B. Re ulatory Guide 1.83 Program All tubes which exhibit reported eddy cur rent indications equal to or greater than 40/. wall penetration will be plugged.
C. Preventive Plug g~in Ace~pm l i shed Table 5 summarizes the plugging performed at this outage. The cumulative W
percentage of tubes plugged to date is 24.8$ .
The preventive plugging programs that were implemented to Justify at least 10 months op6ration are indicated in Figs. 19, 20 and 2l. Both gauging and Regulatory Guide 1.83 program plugging are shown on the figures. The coordinates of the plugged tubes are I isted for each steam generator in Tables 6, 7 and 8 respectively.
TABLE 5
SUMMARY
OF TUBES PLUGGED Gauge n~ R.G. 1.83 Total S/G A 31 4 S/G B 41 41 S/G C 21 28 11 104
TABLE 6 TURKEY POINT UNIT j'4 OCTOBER - NOVEMBER 1981 INSPECTION STEAM GENERATOR A PLUGGING LIST A. Recommended Plugging For Gauging Results:
for 6 Mo. Plugging Pro ram Additional tor 10 Mo. Plu gin Program R-C R-C R-C R-C 9-2 8-22 9-56 11-3 17 - 13 10-2 6-32 3-92 15 - 8 18 - 13 3-1 7-32 17 - 10 6-31 15-3 8-32 18 - 10 9-54
- 6 7 44 - 48 15 - ll 10 - 55 8-7 45 - 52 18 '- 11 8-57 10-7 38 - 54 16 -'0 9-55 19 - 13 8- 56 Total Plugging for Gauging, Total Additional Plugging tor Gauging 6 Mo. Program = 20 Tubes 10 Mo. Program = 12 Tubes
- Tube was previously plugged; was replugged during this outage due to a missing plug.
B. Reg. Guide 1.83 Plug~i ng:
R-C 27- 38 16- 47 30 - 53 8-61 Total Reg. Guide 1.'83 Plugging = 4
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TABLE 7 TURKEY POINT UNIT g4 OCTOBER - NOVEMBER , 1981 INSPECTION STEAM GENERATOR B - PLUGGING LIST A. Recommended Plugging for Gauging Results:
Additional for 10 Mos.
For 6 Mo. Plugging Program P'lu ging Program R-C R-C R-C R-C 17 - 4 45 - 43 15-5 9-23 15-6 45 - 48 15-7 5 - 80 12-8 45 - 52 16-7 l7-87 16-8 34 - 53 32- 17 11 - 11 40 - 53 3l - 18 12 - 11 44 - 53 32 - 18 32 - 19 37 - 54 33 - 19 5-20 38 - 58 31 - 20 6-20 35 - 74 37 - 20 36 - 74 5-30 4-79 6 - 30 26 - 83 7 - 30 23 - 85 40 - 40 7-86 42 - 40 18- 86 Total Plugging for Gauging, Total Addi t i ona I Pl ug gi ng for 6 Mo. Program = 30 Tubes Gauging 10 Mo. Program = 1l Tubes B. Reg. Guide 1.83 Plu~gi ng:
None
TABLE 8 TURKEY POINT UNIT jj4 OCTOBER - NOVEMBER 1981 INSPECTION STEAN GENERATOR C - PLUGGING LIST A. Recommended Pluggi~n for Gauging Resul ts:
For 6 Mo. Plugging Pro~ram: Additional for 10 l1o. Plugging Program R-C R-C R-C 20-6 33 - 53 20-7 42 - 30 38 - 53 41 - 61 5 - 33 39 - 53
'2 7-39 - 63 35 40 41 - 65' 42 - 40 4-81 43 - 40 '5-81 44 - 40 6-83 45 - 42 7 - 86 4-92 Total Plugging for Gauging, Total Additional plugging for 6 Mo. Program = 19 tubes Gauging, 10 Ho. progr am =- 2 Tubes B. Re~ Guide 1.83 Plugging:
R-C R-C 10 - 21 44 - 36 11 - 21 9-22 23 - 29 7 - 30 17 - 33 Total Reg. Guide 1;83 Plugging: 7
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SSNSIRSRDDDDR Rasa I III 5 IIII Jl 5 Jl I 5 I I 5 5 D 5 I S II I I III a5 I I I s I 5 5 I s 5 I 5 I I ARRAS 5 I 5 I I S s R Jl D a II 5 I 5 II I 5 I S S S I D S I II s 5 D I s ADDS S 2
+--- NANWAY FIGURE 2 NOZZLE'OWS INSPECTION PROGRAM-NOV., 1980 TURKEY POINT UNIT 74 STEAM GENERATOR A OUTLET
i I>> WC lrr l rCa riav I/C tub SS T/flC><
7/Am Q- $ 4iVN i>>-re~~+ (a hor 7I P4g Paa~r- e e >a ) rarer r C~4 r-J IMOCiCM~.
p'r e zcrt
< ~O Rt!Itic,y~ rt re ~r~ rCV SERIES W r Idu6i& 0
~ lio, 7o
.fio b<
P4Ppohm CO Mo P>o8~ x-
//5P h a Js c rrrou do~~n.r~ ae~A i% azured J FLA-B r~i~r glor ~<5 CDf lAP) CD&lA(0 G)&lA(0 CD&LAN 0)&lAP) CD&lAR G)&lAO) 0)P lAR 0)&lAN-CD l0%6) MMl t r l ~(0(OQQ) QlAlAlAlAlA V V V V +0) N(ON.F) NNNNN COLUNNS (0 VN NNN aoonnnoo Oi Ilia Odno NN A5 00 AOO 00 0 N A Jl a 43 N A 00 00 000 A 000 00 0 4e 4'9 OSO dsd a SO 0
36 37 ao Oh AAO Jl Jl NN 00 Nn SAN daas A Ass 34 32 33 0 has ANN aaao
~
Oaas 0 badass 0 31 000 28 29 A Jl S 5 S SS Jl Jl Nh A Aha Jl nb Jln 00 So ASS a snsn 00 00 24 25 0
Jl bhnh 00 S A 0 OO N S S
NN A
00 23 22 21 NO OA ad Ass DA Aas 00 N Aaa 18 Ano 17 N
an sa 16 OSS h isa aaasn 0 Sas ASSSAO 14 13 00 bbn SSASOO 0 Ash o
0SS Ann~ as A+
a Sllaan Jlaa~I N Aaabs bahaNSSAO O
18 11 osn bn ASSSNSSNAD 8 0 SAN s ban SN sssaan sao 0 s ASJIANS AN AAANAJIJISSSN A SJISNAA A sssaha a Sass ASANSN 0 6 nssssnsaans nan anansbanalbaaa assnnaans as anbbaas aaa Jlaan Jla ~ annaaa o Aaahaannllsan NSSNASSAAJINANSIAASN snaannannasaabJlaabaaasaai Aasasssssasaansllssna ssansas o anasnaaaaasasasaasannanaaaasnanna nahnsasnnnnnansnsabanaaaa aaaansshassnaaahaanan AASSSSNASJIJla 3 asaaasassnasaanaasanassasnaaananaanssaassabsnaaaaassabaaaan SSANANJ!saaaasssASNAAS asaASASSANSS 2 aanaaaaaaabaaaaasnanaasaaansaaannaasnnaansanaasnnnsnaanasas NsnaaaaaaaaaanssAAAss kasanssaaass
+ +
<- -- MANWAY FIGURE- >
INSPECTION PROGRAM-NOV., 1980 NOZZLE ---+ ROWS TURKEY POINT UNIT Ã'4 STEAM GENERATOR B INLET
i i
ppg gIJJ ~gpdcJ xlf p acS i':rmz~J rr~ r c >~
i r Z rare~
s" Po -) g~cr p p Ac.s $tI r c r4W
~yr$ ugly .r/e 4
~k rS . Ce SERIES 44
('p~ c( /I6 4y 'Nfl'/0
<der JJ+k >'ct< j
~ r~ rrH C Artc.'rC TO WP gf/'oa I ~ . S'VC P/ops 2 gh/ tAec ~N TL el 4 $ 'rraoc~rt ~ wJ I g( grygc)
FLA-B d>T JCT- Ceca gh g, 0)&mlTj Qf U)le-G)f NR 0)f NP) 0)t lAN SAND 0)f lA(0-G)WNR-0)NMMMC)f Nf I~8 (OC)(0(0(0mlAlDlAlAV V V V V(OP)(ON P) N (U R Cd R 0) & lA lTI CO LUMNS RGC)(0VR G S lA LO N U't AA OC 0 CC 0
5 A
AOOAAa OiAtA CCACIA IOO CO aa 500 0000 00~ 42 43 Ccc 010 48 CJIO Oil hail kao kc 38 Nao OA Aaa AA
-l 00 55 36 3S AJIS 0 Jl A I at A alla k JIS I5 Jl 0 34 33 cihSS 0 32 OARS 0 31 ASCISA 55515 5 S A AADJI 00 OA 38 29 JI I5 I 5 5 Jl AS A
00 28 RO 555 5 00 00 Xk 00 2S OC 0
5 I'EA A 0 00 24 23 k~ 22 50 Aa RSA 555 28 19 00 a 15 511 SAO AR 16 17 RR SD OS A I SRRDD 14 O
0 0
ih h
)Pl JISSSRINq05 SJISIS IASSASJIJISO 18 13 11 S~S Iaaaahhhaao OSR 0 A~SF Jl ~ISIPIAAR~
ha h5S 55 RAAJA SD ASA S 55 AA ~ RR 550 8 0 1 NIAAJI AAAARAIRIA AI DASSSJISAR
~
~X 15 aaaaasaaAAIRAIaahahhaaaaasaaaaaaa
~ IJJlasffafll~lt liHRJl kkkAAAAJIQ 54 NAIRIISSRRISAS IIN5 Sgh 5 S 5 D h S R 5 5 S 5 5 5I I AIRAAJIAM NJIA I I I 55 II I JIAANSD I I kh 5 I A A A 5 A JI D Jl R JI 5 5 5 5 1 5 5 haaaaaaaaaahahasaaaaaaaaaaahahaaaaaaaaaaaaahaaaahaaaaahaaa
~~
JIISARS ASSDIIS S A IA 5 Jl JI 0
0 0
6 3
a I 5 5 5 I S 5 S 5 5 5 5 I 5 S II 5 ~ S 5 I 5 5 D I I 5 5 5 5 I 5 A 5 5 5 5 A 5 S I 5 I I 5 5 A 5 5 5 I A 5 5 D 5 5 S A 5 5 I 5 5 I 5 5 I h 5 II I 5 5 I 5 Aa I
~
5 5 IS 5 5 5 I A I I I I 5 II I 5 I a 5 I 5 5 5 5 II 5 A 5 5 5 5 5 I S S S 5 5 5 5 A 5 5 5 5 D I I 5 I D A I 5 5 5 5 5 A 5 A 5 5 A Jl D D 5 I Jl I 5 a 5 I II 5 5 5 II I a I Jl JI JI N D Ji Jl Ji Jl Jl N
Jl A Jl 2
+ + 1 ROWS
+--- MANWAY FIGURE. 4 NOZZLE ---+
INSPECTION PROGRAM-NOV., 1980 TURKEY POINT UNIT ~4 STEAM GENERATOR B OUTLET
I1 r-x Rites.
jt'isa.
ttssi 2O 2 I A/ I )ltC ts
//I/ g 2/ltt W I'tg tI nt, S I rrls r//W~
sl-" s.rs . 2 rC O~ TallestP~/tl~i (sit C 2!2 tt ~ C C ~
/ ass <
+I/22 C ~P't ct I rsCI Cl rCtrI 3t,sa jr/ I IAI I I jC gy~sg SE:R3:ES Ckv csa/i, 4 +II tea 2
~
~g t/0
/stl/oc~
~ ) tlo 40 7ga I
C C IIjc I
/~g +K 9 ~ o lr> ~,y ~ p r / I j- La.-C
/~It I ( Hsr ei it'll u>;v mr em n~nn er ee> er me) erron car ee> er en o>r c9j0%!x) Qc) ~r r r 1--$ 558) 5$ 8$ $ $ a. w v e 75') Rp) NNANNN en-COL'JHi iS jiI j 27 (o l I J g! (o! -, j N!g! g>, 2,! o! !i!I,-,j Itjj J -' Nj <g gj! g I'--!( Ij jtjj jo, (of q Nl (g! g>! 21j! N j -, !n!.oj-,l~Iol I I -,-. -., !
'! m! o! vlNI 1
Q}.~ v3'3 .0 I
4:::0:~:<;j>21> <1/g'.g'./g:.gj'rQ:.Sjg'I: Ig:5'.q":;0 'f'I':P)-(~1:0);P)iR;N!NjNIR1B I
I j 04 43
~~~
I I~ ~ ~ II~~
~ s j.! -..;
~~
~ ~i
'.~ ~ ~
11.1
~ . ~
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~
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~
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-/': OSOIto I j . I I ~ tc oo '
t....,,.
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---31
~ I I -
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- I ~ s - ' ~
as 3Q '29
~
~ ~
1 ttk ~ ~
-"."-'-- 28
/
.:... I:
8 f' :
It
---// rt.. r
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11 J...'p oo 0
- '- - =//-'- //= .r...'g
// )--Y--.//'-]-=(-)--/- y//- ) /--p"-//- //'.g'"//- /" tr.
. I- t .
I!
I/ 2/: ~". 1 I-<-, 00 oo, L 25 I
,/,g .rM. r.!i'I I
aa ~
s.~..a J.
~
~~
~ '
~
r'iaa ~ ~
~ I L
I I ~
josoo os 0I
'j 2j 9
o';i 16 8 1
~ j S~n 5 5 'n~alt 5 Shn Stj,~i I Slt
~ ! 7 kkxaa 15 a,
SItha Oohk SII S sskha' 3 0 nhaka SFsn ghkkko
. 5 skksno a
xR 5
'.' ssassso~88 aassa o j 1
~ ana
' ' j haa. 9 0,,
o, ,,aas o,, 'ass Sa
~
nss aas ' Stansaa
~ ~ j aas ~ nssn 5
5 5,,
~
nnnaasn
. 55, .5
,5 sultansa asn .55.
nnnn nn
'nna.aa nr-tn~n..
5 ~aaSS .. ~,...~,
,'san ' nnasn Snnn
~
5 naa saa sans 550~
0~
Sa~ 6 7 0
ssaaassnanaatnsann-innnnnann
~s skkknnn+Ssnss-Sn-nanna nasaltkn5nnsssknanssnnsnnsllaannasnsnsnnssnns
. ~ sall
~ sass Snnnrnannnnn
'555-aansann sanasnnnnannnantsnnnnntnanan nsaasnaaaannasntnnnsnatnsanaasnnnnnn-'anasnasa nanssnnnaaannnsnannnnsnnannsnnanaansnsnsanasnsnna annnnsnnn ',
nsnan Snllssnn 0~
n~ 5 3
aaasansasnnanannssaaanasansnnnaanasasnnnnnn nnnaaannnaaannasanasnnaanaassnnssnannnasanssannna 2
'. I ROWS 1
i"1AliWA Y FIGURE 5 1'i 0Z L E: ~
INSPECTION PROGRAM-NOV., 1980 TURKEY POINT UNIT 84 STEN GENERATOR C INLET
Rcc . c r~ cr.ci 7
. Cio y
~ ~lb'<
gas,Jc'<<Cine 7~Au 6~g i w C s>A e u
c~ D Sri CACK A roc ACic,~~
44 yc.g.il ~ ~elm fl a.ED 4(t44 ftP g~P~ PO W. S i0 j 4oAA puP'ER1ES
~ + C~ <)uC P< C~7DP ~sell .
I ra ate+
(ciao js7o~g
$ 'gi >~
ii<3<>
INCA
/
g~j f-) Cat,si>~i" > / gN
~
pf g imp.~)
FLA-C g
QWU)(0 0) WlO(0 JLc 04TI a T ( Coco Ca y)
G)&LOS 0) WlDN 0) WlA0) etoa) R Mrar r r *r r (0(OC)(OQlA U) u) lAlA V V V V VR6) R(ON(UR(UNCU
- 0) WlAR 0)&lA(0 0) 0 IDR-Q&lA(0 COLUNNS N G C) (0 e (U NR (U N (U N ahaa CS OCS N 'a OOC CONS SA D h 44 43 00 00 S 0000 00 0 as 000 41 COQ QQQ S SO Oaoa 000 39 so 000 00 00 36 3S37 00 Qsa CO haa QC 34 33 0 32 0
QO SS 00 00 00 3~ 3129 ah a 00 00 00 00 27 00 0 00 0 24 2325 0 00 00 0 oa 22 So 0
0 Qa 0 28 2119 a
NO NS 16 17 SSN SNNN sass o
0 PO Qohhaha sssss1 asss
~ S a
a Nasa SN saaaa
.'LSD' SSSSNSQ 1 4 13 11 sas S gl aas sasaa.o 18 oss a Xa
~N sssssaao 0
0 0
o araaassssasa hs sass~@
SSSSSS saaasss ~ s sass/sa Essa sa asaas asaaalaaaaaasa saaalasaaams SSNSINaaaaaa sha SSS saaa N SSN Nasa+as a
a asaaaaasaansaa N I asssas I sass s
,h:)
SSSNNNNNSNSSSN a I aaaaaa I Nasa saaasaaaiT Sa Sa S
ssasa ASSN haa ssa Jsaas saaaaa S aaasaaa SSSS aao sa 0
o a
8 6
3 sssssshssssas sssaaaaasssasss saaaaaaaasasasa sassssaaasaasssasaDsassssasasssassass ssaaasssasss 2 assaasssssssa saasaasaassaaas SSSNSSDSSSNNNSS Nsasassasaaasssaaaaaaaaaaaaaaasasaaas ssasssssssss
+ + 1 ROWS
+--- HANWAY FIGURE 6 NOZZLE INSPECTION PROGRAM-NOV.,1980 TURKEY POINT UNIT;";4 STEAM GENERATOR C OUTLET
e ..Guide Program:
/~ - Inspect Tubes Thru U-Bend - 134 Tubes
- inspect Previous Indications Thru First Support
~G Gauge all tubes outside enclose a.
SER1ES 44 FLA-B 0)&lAM0)NIDR 0)&lAN0)P ID% QUID% 0)>lAN- CD&lAM0)NIDR 0)f lAR e MMMMOOr I I (0(OS(0(OIAlAIDNlAC I I W < < VRRNNNN(U(UN%-
COLUMNS 0 (U G NN (U QOODQQ SOSO $ 5 00 Oen 5 500 Oo Qas 0
~
an $ 000 oono 43 nr Qa JI 000 41 0$ 0 5 0
000 Cr0 39 050 555 5$
Or 50 00 sn 36 37 550 nhs Qra 34 33 55$ $$$0 na OQQS O.nsa onan 55 5
0 0
32 31
~ SCQSD 5555$
5 5 00 55 38 2S 5555 Q
5 SQ 5 Co 28 Sraaa QDQQ 5555 00 26 QO Saa suan 00 00 24 23 0 Ssn 00 555 22-28 21 Q 0$
SO ana SO $ 55 ns SSQ 18 a 5 sno 17 no Qa $$
na a rn aa QSSSQ aa 1S ons 5$ $ 5$ 0 0 I Qsn 555500 12 OOI $ 55 55$ $ $ $ IO 0 I $ $ 55 Ssaaanaatn 18 055 055 sn'rnn O I 5 ~ $ 55 S
snanssans 555$ 5$ $ 550 8 9
$ 555 5 rassa 5 5 5$ ~ SQSS 5 Qaaaaa $$0 0<55 ~ 55555 $ $ 5$ 55555$ '5 5 ss snaassasntasnn Qnasss 5 ssanna 5 Qnssns ssn Saanan nsnnssa 0
0 6
$ 5$ 555$ $ $ 5$ sss Qssanaasa nn nnssnsn 555 Qanaasnsaannnsaanann Qnnnsas
$ 5$ 5$ $ 5$ anaasnsaanaaanaa 55 S$ $ $ 5$ $ 5$ 555$ $ 4$ 5nnnannlnsaa ssnnsansnnasssasnannnnssssnnnnansaasasannassasaannasnaanns 5
~
aaaaanasaaannaananaan aaaansaaaaa ~55555555555555$ 2 3 55$ 55$ $ 555$ 5$ 5$ $ 55 nssnnnnnnannannnnsssanssannsnnsnnssannnannnnnnsnansnsnnsnnn 555$ $ 5555$ $ 5$ 55$ $ 5$ 5555$ 555555$ $ $ $ 5555$ $ 5555$ $ 555555$ 5nnassnnsnanranaasannassamlsannnsraasass +
1
+ ROWS MANWA'Y TMUZY POINT UNIT t4 NOZZLE STEQ1 GBiERATOR B - INLET OCTOBER-INGVB IBER, 1981 INSPECTION PROGMf FIGURE 8
Reg. Guide Pro ran:
/- inspect Tube Thru U-Bend - 148 Tubes Gauge all tubes outside encl~i . area.
i- Inspect Pre>vous Indications Thru First Support SER1ES FLA C
~sr ~
- 0) WlAR 0) f lD(0 CDNU) R 0) f RR 0)&lDN Q>lON-G)&LANOlf U) N-Q&lDN-C9 6) I cO to 00 w N W w W (0 (0 Q 6) 6) lA lA U) lA U) 'f < < < < 0) F) N R P) N N (U N (U COLUMNS (U G M (0 (0 4N
@ANN QDQQSOQ 00 4S OOQD DE Dana ODOOS 000 0 SDQD F00 DDQSDSD Qa00 43 OOaO QOOD SDS 000 000 00 0 00 0 48 39 a 0 0 36 37 OSOQ S.. 00 00 3S 32 33 OO 00 00 0 0
0 00 00 0000 00 3~ 31 29 00 D 26- 27 DS 00 Da 00 00 00 0
00 0 24 2~
00 0
00 OD 22 23 21 00 0$
50 0 19 0 5 0 50 17 Qa Sa 16
$$ 5 aaaa SQD $$$$5 Daaa SDDDS 13 DQSD $ $ 5$ 50 12 0055555 DDDQ DDSSDDO 11 O'ISDDDQ olasaaa oaa Qaaa
$5 DQQ SSS 5$ $ $ $ .0 QSDDSSDO I8 ODS SSDS 5 Qia 5 SQ arts 5 SDQQ QQD Saaa sao 8 0 Sa aaa 5 SSQ 5 SSSS QQSQQ QSQ Qa QWQ Sa DDSS SS 6 0 SDSD 5 SSQ 5 5 QD saass 0 0 SSSDDS QQSQ SQDDDDS QQQ 5 Daaaaaa QQDDQ SSSDQ Daaaaaa o o DDDaaaa DSDDS SD aDDDQ DSDQQQDDaaaaD SDDSQDDDSSDDDDD QQDSSS SDQDD aaaaaaaaaaaa $ $ 5$ $ SQ ~ lIQSDDDSSSIIDSSSDQQD 5 QDQDQQDDaaa aaaalaaaaaalaasaaaaaaaaa 5 SSDQDaaa 5 SDSSDSDDDDDDSDSDDSDSDSDDDDDDQDDQSDQDD
~ SDS ~ SDDD ~ DDS $ 5$ 5$ $ $ aaDDSDDDDSSDDaaaaDDDDDD DSSDDDDDQSDSDDSDDDQSDSSSDSDDQDDDDSDQS SDSDQSSSSD5$
DDDSDJSSDDDQS 2
aaaaaSDDSDDDS ~ SDDDSS ~ QSDSSDSQDDQDDQDQQDDQQD +
+ ROWS MANWAY TURKEY POINI'NIT ~4 NOZZLE ---+
SKAM GENERATOR C - INLET OCTOBER-INOVEhIBER, 1981 INSPECTION PROGRAM FIGURE 9
eg. Guide Pro am: Gau in Pro ram:
X - Inspect Previous Indications Thru First ;port Gauge all tubes within enclo ea.
X - Inspect Tubes in 5 x 5 Pattern Thru First Support SERZES
~Hd ":: b ,1:l. -92 (D & lD (0 CD f lA R - 0) W IA R CD & lA N - 'f f<
CD lA (0 0) & lA (0 0) N 1A R Gl & lA N V % (0 R (0 (0 N N (U N N (U
- CD & lA P)
CD R CO % M Co W NWf W (0 (0 Q (0 67 lA lA lA lA lA W COLUHNS OO DODD aaoaaoao QOOQ 44 4~
0 00 0 5 5~0 OOQ Daa M Qa 43 00 OD QDQ 000 Daa haa 'I-I QD 44$
4 ahsaaa 0 000 48 39 OD 00
$ 40 asa OD 04 aaa 36 37 00 00 aaa 454 0 34 33 0
0 0
0 32 31 aO 0 0 Oo 38 0 aha a 26 27 OO 00 00 00 00 00 0 0 00 24 23 OO 0 4 00 22 SO 00 0 28 a
Sa 0
55$ 18 17 00 Qssa a ~ 5 F 45 16 5 aaaaa a aiasaao aha Q aassaso SS55 0044 4 4 ~ 4444 12 o~ aaas 4 Saaa 0 ~
S Issssaa a Saa
~ SSDO sasasao 18 0$ $ assa as S.aaaaaa 8 oa aasa a a sha sasbsassa 0 4 5 It lt 5 sa 0 aaaa asasssaas 6 o aasaaa $ 44544 s $ 4 ~ 4 444444 4 as 5444444545454 sssass 4 saaaa ass aaaaaasa]o aaabsasala O 54$ 545 aaasaa asaaaaaaaaaastaaaaaa
~ aaaasss aaaas aaasaasalasaaaasaaaaaa hahsasssaaasaw ssssasshaahaQ $ 5455$ ssbah Saasstlaasto 4 3 05 aaassaa sasasa aasaaaaaaassa saaaasaaaasaaaaaaasaaaabssaahaaasaaaaaasaaaaasaaaaaaaaaaasaaasaaaaasasaa 45 ~ 5 ~ asbsaaass 2 5 ~ ~ 4 ~ D44445444445445445554554$ 4454$ 55445555445444454$ 4544 ~ 54555sssaaaasa satl ~ sassasasasasaasa ROQS
+--- HANWAY 'I%KEY POIK'NIT 44 NOZZLE ---+
STEAM GENERATOR A - OUTLE'r OCTOBER-AS 1BER, 1981 INSPECTION PROG1VN FIGURE 10
Reg. Guide Program: Gau in Pro zn:
X- Inspect Previous Indications Thru First Support Gauge all tubes within enclosed a.
X- Inspect Tubes in 5 x,5 Pattern Thru First Support SERIES 44 FLA-B
~~a E:r O)&lA(0 0)&lA(0 Q&lA(0 Q&lAN-0)&lA(0 G)&1A(0-0)&lA(0G)&lAN-0)f lAC0
- 0) 00 I 6) 00 W W W N N (0 (0 Q (0 Q lA lA lA lA lA < < 'f < < (0 N R (0 N Cd Cd Cd Cd Cd =
COLUHNS (0 <NG 'fNGl0(01 Cd NCdNN aoosaa 00 ODO da
$ 000 45 00 SDO+ars 000 43 a 0 OOaO S~
0 0 00 000 D
oao ODO 48 39 oao 5 D Do 5
aaa 5 $0 00 36 37 aaa aa aea Da saa 34 3S oaas 0 aaa Daa DDD 0 0 32 33 0
38 31
~
oaaa Ng SDODSD asssa ~ DD SD D
5 29 SSDD 5 SSDS SSDDS assa 00 00 2 27 ao 24 25 DSD 5 DDDS 00 00 aas 5
22 23 0
00 S
ao SO as asa aaa 28 19 Sd saa 18 ao 5 SDO 16 17 5 S S S ~ 1S aa D saaaa 05$ D D 13 55 a SSSS saasaalo 12 11 olaasa ass a DDDDDSS la oladaad Da a aaassaasa 18 Oas Ds 5 05$ 5 aa s aaa 5assassaao Daass aao 8 ssaa ssssss sss DDDDDDD a a ssa a aaa otaa D
2L sssass sss sssssa Dsa DDDDDD DDDDDDD o
0 6 asaassaaaad Sds ISSQD sss Dsa 5 ~ 5 aaaaaasaaaaaaaaaaaaaaaaa aaasaaaaaaaaaaaaaaas aassaaa a 4 aasssasadass aaasassaaaaaaslaaaa aaasaaaaaaaaaaaaaaaaaaasssaaaassaaaaaaasaaasasaaaaaaasasaa 3
~ saassasaaaasssasaaaaaaaaaaasasaa ssaaaasaaaaaaaaasaaaasaassaasaaasaasasaaadaaaaaaaaaaasasaaa 2 saaasssassassssasaaassaasaasddsas Dsdassssdsdsdssssssssdsssaasdsasa SDDDDDDDS5asaaaaadsaaaasdassaadsssilssaaadssasaasDDSD ~ $ 55555 ROWS
+--- HANWAY 'LU1KEY POINT UNIT II4 NOZZLE ---+
STEAM GBiERATOR B -
1981 QJHZ1'CTOBER-NOVB1BER, INSPECTICN PRCGRAM FIGURE 11
X - InsPect Previous GPP Indications Thru Support Gauge all tubes within enclosed a g- Inspect Tubes in ~ x S Pattern Thru First Support SER1ES
%%@C FLA-C QV~I-F 7
-0)WLO(0 Q&lAR 0)&lA(0 G)WAN 0)&le% G)&lO(9 0)WU)R
- 0) MR CO 00 R N N W P N (0 Q Q Q Q NU) MU) U) V < W 'f W R NR R F) N R Ol&RN QNIDN OLUMNSS (U S C) (01 NG 00 Q3 Dabba SSDDSOQ 0055 OOD CI SiDDiD OAOOA 42 43 0000 ahba DSDD F 00 OOD 0 Da SDSSCID5 00 SO Da aak 000 A 00 48 39 ODOD 00 00 36 37
~
00 ODD 00 00 DSD IC OO 34 33 32 31 00 OOOO 28 29 00 0
~a sa 00 00 00 00 00 26 25 00 0 0 00 24 23 0
00 5 CI OD 22 50 0
05 0 28 19 0 5 SS SD DO Sa 16 17 aba s SSSD aaaa 5 D aasaD 1 4 5 D Saa 0 Dka ~ 5 5
CI 5 A D a
Daaanao 12 olskkaa as Dka ~ 5 ~ 0 18 055 Sash 055 skcla Daa 5
a XDD SSII aa DDDDSDSO SDDD Saaa 8 9 0 ~5 5 kaa 5%5 Daa 5 5 SSD Dko 0
o aasa aaaaaa abs Sabha ICD 0 6 0 kkbkaak aa SDDDD SDDDDDDCISSSSS aaaaabaaahDDDDD laaaaaa I aaaaa aaaaa aaabbaa o 4 aabaaaaabaaa Dhah 55555555555555DDICDSDSCI baaaaaaaahaababtabhaaalaaabaabababab 5 ~ 55555 ~ 55555 Saabaaaaaaabbaabaabaaaaaaaaaaaaaabaaaabaaaaakaabkbaaabaaaabaaabbaa aaaaaaaa assaclclbaaaacl 5
2 3 aslckaaakkkakk DASSDSSSSSDSSSSCIDSDSDSSDSSDDSDDDDSDCISSDDADSSSSDADSDDDDSSDADDDSSDDD aasbsaakasss
+
ROWS MANWAY TURKEY POLKA UNIT 84 NOZZLE'--+
STEAM GENERATOR C -
1981 OUTLEI'CTOBER-NOVBSER, INSPECTION PROGRAM FIGURE 12
A 33 9/74; TUBES PLUGGED H 7/77; MELD REPAIR HL, E/P CL B 63 6/75. TUBES PLUGGED I 169 1
2/78; TUBES PLUGGED SFR1ES 44 C 1 DATE NOT KilOWH; TUBES PLUGGED J 86 8/78; TUBES PLUGGED SHOP MELD K 2 SHOP MELD, HL HISDRILLED FLA A 1
E 2 5/76; TUBES PLUGGED L 79 4/79; TUBES PLUGGED F 92 11/76 TUBES PLUGGED H 72 5/88; HECH PLUGGED G 132 7/77; TUBES PLUGGED N 27 ll/88; HECH PLUGGED mr inn mr inc> mr u> e>'-el u) e) o) r ln(o mr inn mr (nn mr inn mr u>(o mROOPQ)Nr r r r r (0(0(0(0(0U) N'U)lAU) v v v v KNP) R(0NNNNN03 COL Ut"1NS
('3 q PJ (0 VNG~OO (0 V N C) i~ W W U) SSU) V (U R N Q OZZQKKOIZd <<OIG 4S 0 ddd 00 OJ
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0 OL LLLI LJJZJL JJJI LJMMXS LZZZMNNZZZZZBSLLZZZ ZZZGG GZZZZJLL BBBSZBBBSGJJL JJJZJLL LJZIXZ LBXXIJMHZZZZ104IZXXXGL IiLZGGNGXZZXZI84MIIXZBZZGGJJB ZZZLL JLl LLL JZIXZLIIGZIZZLXIIGZGIZIIZZGIIIIIGGQZGXZQXXZLLXZXXXZZIGGQGGG FFFFFFFFFFFFF FFFFDFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF 1IZJL MMGGM M GGGGGGGGG i 0 ZZZGt i GQGGOGGGQGIL ~
+
3 1
ROWS llew%(EY POINT KGT 44 TUBE RESTRICI'ICNS NO. OF 'IUBES FICURE 13 GA"GING RESULTS OCT. -NCV. 1981 'X ~ ,54Q PROBE STEAif GENERATOR A - INLET 2 4 = .610 PROBE 8 0 ZI 6N0 ADOBE 93
33 9/74; TUBES PLUGGED H 7/77; WE D REPAlR HL, E/P CL ES d4 1
B 63 6/75.. TUBES PLUGGED Z 169 2/78; TUBES PLUGGED SC.R 1 C 1 DATE NOT KNOWN; TUBES PLUGGED J 86 8/78; TUBES PLUGGED 1 SHOP 'MELD K 2 SHOP MELD, HL HiSDRXLLED E 2 5/76; TUBES PLUGGED L 79 4/79; TUBES PLUGGED F 92 11/76; TUBES PLUGGED H 72 5/88; i'1ECH PLUGGED G 132 7/77; TUBES PLUGGED N 27 11/88; HECH PLUGGED G)wiop) 0)NRp) Qr U)N-0)wsà 0) r U) 6) 0)r u)N G)r U) N 0>l U) N sr lAN G)c)c)4~%6)r NNNN(0(0Q(QQlAlAlAU)LA@v q w %R 6) RAP) RCdR(U(U COLUMNS Ki G CG S W C1 G O'QVN (U G CO Q (3 G; 'C CR (0 N N Al (U Zo KKOZZOZO 00 XOZX I
JOZOOM OOO 0 ~
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00 28 00 L* 88 00 2 00 0
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+
TURKEY POINI'NIT 84 GAIJGING RESUI;TS OCI'. -KV. 1981
~ RESTRICrIONS X ~ ,540 PROBE NO. OF TUBES None FIGJRE 14 STER~( A - CUTLET 4 = .S~n apnea None
9/74; TUSES PI.UGGED 4 188 Il/76: 'TUBES PLUGGED 9 I 8/7S; TUBE PI.UGGED IC 384 I 7/771 IIELD REPAZR 7/77. TUBES PLUGGED SERIES C I 8/75: BARE HOLE PLUG HL-E/P CL L ,
9 IG/77'TUSES PLUGGED D 68 8/7S; TUSES PLUGGED H 2/78; TUBES PLUGGED I~LAB E I SHOP 'ELD H 79 F I 9/7S. BARE HCLE PLUGS -HL CL P 28 8/78; TUSES PLUGGED G I 'I 9/76: TUBES PLUGGED R S2 4/79l TUBES PLUGGED 3 S/76; TUBES PLUGGED S 46 S/88: SECH PLUGGED i 48 9/76l 'TUBES PLUGGED T S6 Il/88: rlECH PLUGGED 0'i'T) (9 f U) (9 -0) 0) f U):T) 0) f U) (I) 0) f U) R 0) f U) R Q f U) (I)
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r RO WS TURKEY POIINT UNIT 44 TUBE RESTRICTIONS NO. OF TUBES FI(XIRE 15 GAGING RESULTS OCT. -NCVG 1981 X ~ . 540 PROBE 1 STEV1 AERATOR B - INLE1' G 610 PROBE 10 9 .650 PROBE 129
42 9/74l iUBES PLUGGED J 1 90 I I/76l TL'BES PLUGGED 9
C I
I 8/75 l 8/75l
'TUBE PLUGGED BLARE HOLE PLUG HL E/P CL K
L 394 I 7/77l MELD REPAIR 7/77l TUBES PLUGGED SERI(=S D 66 6/75l TUBES PLUGGED tl ~ 9 19/77l TUBES PLUGGED tt 79 2/78l TUBES P'GGED E
F I
I SHOP 9/7Sl BARE W)LE PLUGS tIL.CL P 28 8/78l TUBES PLUGGED G ll 9/75'.-
5/76 l TUB~S PLUCGED R S
52 48 4/79; TUBES PLUGGED 5/89l HECH PLUGGED H 3 TUBES PLUGGED 48 9/76l 'TUBES PLUGGED T 56 II/89l HECH PLUGGED 0i)l "),") 0) } U) N 0) W I') N 0) ~ U) (') 0) W }A (T) 0) a~ U) N 0a )W U) N 0) U)
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+ ROWS TURKEY POINT UNIT f4 NO OF TUBES FIGURE 16 GAUGIaalG RESULTS OCT. -NCV. 1981 X~. 540 PROBE None STEAtf GYRATOR B OUTI ET
+~.610 PROBE 1
~.650 PROBE Not Tested
8 9/74> TUBES PLUGGED J 2 7/77> BARE HOLE HL. E/P OUTLET 98 6/75> TUBES PLUGGED K L
157 119 7/77> TUBES PLUGGED 2/78; TUBES PLUGGED SERj:ES 2 1/78> TUBES PLVGGED 5 5/76> TUBES PLUGGED H 62 8/78> TUBES PL.UGGED GS 2
5 2
9/76>
11/78>
1/77>
S/77 TUBES PLUGGED TUBES PLUGGED TUBES PLUGGED TUBES PLUGGED H
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5 54 1
56 48 4/79> TUBES PLUGGED 8/78> EP 5/76. 'MR HL 5/88> HECH PLUGGED 11/88> HECH PLUGGED FLA-C 9 4/77> TUBES PLUGGED CO W lA P) .
COLU G I NNNNN (0 v N OOCCC R DDDDOROLK DPiR OKQOL 44 45 OOSO 000
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SM 8 BMM BBK K BBB RRKKK RRRRKKKO
~ 0 18 9 OSL SSSM OLL SRSS R 8 S H RiM 8 R< BB BEB BB RKNR KKLL KK KNO 8 7 0 NR LRNL l NBB HLN 8 8BURRSKR K RRRL, SN LN8 KBBQ t Ih g B 1.iiR NLK HR 6 0 LNNLLL S SKRKBBS1RK K RRRL888 SNKNH NQK88888MN KRKLBLHKBKBKBKN ~ 8888884KHKKN KKK LKKKK NLKK NNLKKMF 0
0 5 MLNl Ll-L LKKKK NN KLKNK SKLKLSKNLKL K MHHHMLKLLLK LKKKK NNNLLKLKSSKZKLSKMLKLL MLLLLLKLLLKLl LKKKKNNNKLLKLKN KRKLKLBKBKKKKKB~LKKKLL4KKKKKK ZZZZZLKLLKKLKKNJZZHZLKKKKKKKKLLLKKKLLLKKKKKK RRLKKKK NNLKKMRR MMLKKKKN NHLKKt 1N t4NNHN L
2 3 FFFFFFFFFFFFF FFFFF FFFF FFFFFF FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF FFFFFFFF FFF>.FFFFFFFF
+ +
ROWS
'IURKEY POINT UNIT P4 TUBE RESTRICTIONS NO. OP TUBES FIGURE 17 GQJGING RESULTS (XT Nor 1981 X = .540 PROBE None STEAl1 GYRATOR C - INLET
.610 PROBE 2
= .650 PROBE 89
8 9/74; TUBES PLUGGED J . 2 7/77; BARE HOLE HL. E/P OUTLET 98 8/75; TUBES PLUGGED K 157 7/77; 'TUBES PLUGGED 2 1/78; TUBES PLUGGED L ll9 2/78; TUBES PLUGGED 5 5/78; TUBES Pl UGGED H 82 8/78; TUBES PLUGGED 2 9/78; TUBES PLUGGED ll 54 4/79> TUBES Pl.UGGED 93 ll/78: TUBES PLUGGED P l 8/78; EP 5/78. MR HL 5 l/77; TUBES PLUGGED R 58 5/88: HECH PLUGGED 2 3/77; TUBES PLUGGED S 48 ll/89l HECH PLUGGED 9 4/77l TUBES PLUGGED
- 0) i~lA(0-Q)P lAN G)P 1AP) 0) lAN $ &lAO)-0)f lAN CO&lAÃ$ &lAN 0) WlAP) 0)(0(ORW&f f 8 P
(0(OQ(0(01AlDlALAlAVVWVWRP)NAP)NNNNN COLUMNS VNGR(0 N (U N --
DDDDOR OOLK 000 OOCCOS iDPiR SKSS DROOL LSSSi000 44 43 OOSO SO OS LS RN RSSSSSSSSOO SSR 000 42 41 LLO 000 000 000 48 39 OLON S L
000 00 38 37 N0 LO OL 0 00 OLL 36 3S 00 NKR L 00 34 33 00 S R LL 0 32 0 0 31 0
00 00 0 00 38 29 LN 00 28 27 l.R 00 00 26 00 00 0 24 2S 0 00 23 00 S 22 0 BLL OL 21 00 MO 0
OL 0 28 19 0 8 N
NO 18 17 HH HM 8 A AB AA BK RL S RKKK 16 1S HHH S KKKKK MMMM 8 B KKKKR KKKRRO 12 13 OOHHHHM RLKKKRO OlHHMHM BHHB 88 11 0 l SMHML SH 8 88 K BBB RRKKKiO RRRRKKKO 18 9 OSL SSSi l 8 BHH OLL RSS R 8 RRS 8 BB N
EBB BEB KBB Hw8 R BB RKNR KKN KKLL KNO 8 7 0 R NBB R AH SNLNB 88 8~8 NLKK HR 6 0 LRN L HLN 8 8 KR K RRRl RR 0 LNNLLL S BLBN SKRK88S RKL K RRRL888 SNKNH NB~K88888HNK LKKKK NLKKN KKMF 0
0 S
0 HLNLLl LKKKK NN KLKNK SKLKLSKNl Kl LK KRKLBLHKBK8KBKNl888888lKHKKN NNl HMHMMLKLLLKM LKKKK NNN LLKLKS SKZKLSKMLKLLK KRKl KLBKBKKKKKBlLKKKLLTKKKKKKRR 4Z HZLKKKKKKKKLLLKKKLLLKKKKKKMM LKKKK NNLKKMRR LKKKKNNHLKKHNNNNHN L
2 3 HLLLLLKLLLKLL LKKKKNNNKLLKLKNZZZZZLKLLKKLKKN FFFFFFFFFFFFFFFFFF FFFFFFFFFFFFF FFFFFFFFF FFFFFF FFFFFFFFFFFFFFF FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF +
+ ROWS TURKEY POINT UNIT 44 TUBE RESTRICTIONS NO. OF TUBES FIGURE 18 GAUGING RESULTS-OCT. -NOV. 1981 C-OU'%ET X =.540 PROBE None-STER~1 GENERATOR 4 =.610 PROBE 3 9 =.650 PROBE Not Tested
33 9/74; TUBES PLUGGED H I 7/77; WELD REPAIR HL, E/P CL SERZES n4 A
B 63 6/7S; TUBES PLUGGED I J
169 86 2/78; TUBES PLUGGED 8/78; TUBES PLUGGED C DATE NOT KNOWH; TUBES PLUGGED SHOP WELD, HL HISDRILLED FLA-A 1
D SHOP MELD K 2 E
1 2 S/76; TUBES PLUGGED L 79 4/79; TUBES PLUGGED F 92 11/76; TUBES PLUGGED H 72 5/88; MECH PLUGGED G 132 7/77; TUBES PLUGGED H 27 11/88; HECH PLUGGED
-o>r U>e) -0) r 0) N 0)1 lAR lAU)lolAU) (Br lAR-0) I 8) N Sr lON Sr Sr '0) N Qt LOB VNRNNNRN(UAN-lAN-PjR(OCON)u)i~( r r W(0(0(0(0$ V V V'f COLUMNS G(0 (0 VAG N (9 (0 (0 V N uc (U (0 P) (0 (U B N (U (U GZ OZ ZO KKOZXOZO Zo 45 00 <<OXZ JC OOH 00 000 0 HHH I N
~ OOOG GZXnGGGG Ii3 00 0 HHM ZIiJGGGGHO 0 00 48 OZ MMM I ZZQJHG LMH MMM 000 IOZ 39 36 37 ZZO XX 00 XGG XZO 00 GOQ OGQO
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00 0
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0 l8 tQ 0 NHN 00 J 88'BB A
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0 LLLJ HN LLLMH H HH Ql LII G JJJHL LZLJL LG ZLL,, IGGQQHHQQ~ 6 5 0
0 LJLLLJ LJHHZB L JJZJL OL ~ JJJZJLL LLLI H MLJXLH ) 8 1HMIZ1 8 JLGOZ
'LX<<ZHHHIZZZZ8 L JZZZ1 LBX-I J J JZ JLLLLLFFFFOFF FFFFFFFFFFFFF LL<<XZI H PTZX ZZZOQ XLZBBHLBLII11 GZOJJL MQZZLI QZZZZJLLgBBBBX8888OJJL T JHHZZXIX ZZ ZZGL ZIZGGNGZZZZZX~ HXXX BIZGGJ JB t
JZIZZLZXGZZZZLZZIGZGIIXZZXGZIZZZGGGIGZZGZZZLLXIZZZIZIGGGGi3GGXXIGLLGGGGGGGQQGZL FFFFFFFFFF FFFFFFFFFFFFFFFFFFFFFFFFPFFFFPFFFF Q GQLGMM I Q QQGQQQGQ1M IZIJL GGGGGGGGG I O FFFFFF FFFFFFFFFFFFFFFFFP'F
~ 2 3
+ ~o WS 1NANWAY TURKEY POINT UNIT ~4 RECOMMENDED PLUGGING PER'- NOT ZL E STEAM GENERATOR A 0 = Gauging Results (32 Tubesg October - November, 1981 "X = Reg. Guide 1.83 ( 4 Tubes)
42 9/74J TUBES PLUGGED J f00 Il/76J TUBES PLUGGED 9
C I
I 8/7SJ TUBE PLUGGED 8/7SJ BARE HOLE PLUG HL E/P CL K
L 304
'I 7/77J 7/77J
'WELD REPAZR TUBES PLUGGED SERIES D 66 6/7SJ TUBES PLUGGED H 9 l0/77J TUBES PLUGGED 79 2/78J TUBES PLUGGED HL CL H FLA-B SHOP WELD rGE I II 9/7SJ 9/7SJ BARE HOLE PLUGS TUBES PI.UGGED P
R 28 S2 8/78J 4/79J TUBES PLUGGED TUBES PLUGGED H 3 S/76J TUBES PLUGGED 8 48 5/80J HECH PLUGGED 48 9/76J TUBES PLUGGED T S6 II/80J tlECH PLUGGED Vf t~ tD F> G) P U) FJ 6) W U) R Q N U) (') 0) W l0 R 6) P U) CO N lA R S W U) Ã 0) W U) N-I~1 f f COCOQ3(O(ONLOU)lAU) W V V V <07RF)(ORNOJ<UNA
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5 JJJJJJJJJJJJJJJJLLLLLLLLLLLPMMKLM LLLLLLt-LLSIL-LLLLLLLLLLI LSMLMLMSLLLLLLLNRRLLLLI-PI LLLLLLPPPR 3 4 4 4 4 44 J JJ J JJ JIZIZILLLLLLLLl NIZZZZZLLLLILLLLP ZI ZZLLLLLLLLLLLIZZZ1PLLLLLLLLPPIIZZLLLLLLLLLLPNP 2 444J4JJJJ4JJJZZIZZJJJJJJJJJJIZZZZZJJJJJ4J4JJZZZZ4JJ4JJJJJJJZZZIZJJJJJJJJJJJIZZZJJ44444444444 1
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gP,Ng P,y STEM GYRATOR -
B RECGNIENDED PLUGGING PER:
O = Gauging Results (41 NOZZLE tubes)
---+
October-November, 1981 X = Reg. Guide 1.83 Pfo tubes) FIGURE 20
8 9/74 } iUBES PLUGGED J 2 7/77; BARE HOLE HL E/P OUTLET 98 8/75 I I /78; TUBES PLUGGED
-uBES PLUGGED K
L IS7 118 7/77; 3/78}
TUBES PLUGGED TUBES PLUGGED SERIES 44 G G/78; TUBES PLUGGED H 82 8/78; TUBES PLUGGED 84 4/79I FLA-C 3 9/76> TUBES PLUGGED N TUBES PLUGGED 93 11/76 TUBES ?I.VGGKD P I 8/78; EP 5/76 MR HL G I/77; TUSKS ?I.UGGED R G6 5/88; HECH PLUGGED K 3/77; TUBES PLUGGED 8 48 11/88; HKCH PLUGGED 9 C/77} TUBES PLUGGED (3r U)0) 0)r loN 0)NU)N 0)r RR 0)~Rp> 0)NRp) 0)wlAN sr $ R sr lAp) 0>emmer r r r r Q)(0(0(0(otAlolAlAlov% % v ~RNRNMcJRRAN CPLUNNS VNGR OOCCOS
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ROWS TURKEY POINT UNIT 4 RECCMKGED PLUGGING PER:
gPNWP Y STEAM GEI~TOR C 0 =
NOZZLE Gauging Results (21 tubes)
,October-November, 1981 X =.Reg. Guide 1.83 ( 7 tubes) FIGURE 21
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)t s
Cg STATE OF FLORiDA )
) SS COUNTY OF DADE )
Ro bert f. ""rig , being first duly sworn, deposes and says:
That he is Vice President of Florida Power 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 Robert f. Uhrig Subscr'bed and sworn to before me th's day of 19~/
'.NOTARY PUBLIC, State 'of Florida
'nd for the County of Dade, Notary Public, State of Florida at Largo My CommMiion Expires October 30, 1983 My COmmiSSiOn eXpireS: Bonded thru Maynard Bondin A enc
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