Text

Steam Generator Tube Inspection Report
	ML12242A249
Person / Time
Site:	Palo Verde
Issue date:	08/07/2012
From:	Weber T; Arizona Public Service Co
To:	; Document Control Desk, Office of Nuclear Reactor Regulation
References
	102-06565-TNW/RAS/CJS
	Download: ML12242A249 (40)
	v • d • e

Technical Specification 5.6.8 Am Thomas N. Weber Mail Station 7636 Palo Verde Nuclear Department Leader Tel. 623-393-5764 PO Box 52034 Generating Station Regulatory Affairs Fax 623-393-5442 Phoenix, Arizona 85072-2034 102-06565-TNW/RASICJS August 7, 2012 ATTN: Document Control Desk U. S. Nuclear Regulatory Commission Washington, DC 20555-0001

Subject:

Palo Verde Nuclear Generating Station (PVNGS) Unit 3 Docket No. STN 50-530 Renewed Operating License No. NPF-74 Steam Generator Tube Inspection Report Attached please find the PVNGS Unit 3 Steam Generator Tube Inspection Report prepared and submitted by Arizona Public Service Company (APS) pursuant to Technical Specification (TS) Reporting Requirement 5.6.8. This report describes steam generator tube inspection and plugging results from the Unit 3 sixteenth refueling outage.

By copy of this letter, this submittal is being provided to the NRC Region IVRegional Administrator and the PVNGS Senior Resident Inspector. No commitments are being made to the NRC by this letter.

Should you have questions regarding this submittal, please contact Russell A. Stroud, Licensing Section Leader, at (623) 393-5111.

Sincerely, TNW/RAS/CJS/hsc Attachment cc: (with attachment)

E. E. Collins Jr. NRC Region IV Regional Administrator L. K. Gibson NRC NRR Project Manager for PVNGS M. A. Brown NRC Senior Resident Inspector for PVNGS A member of the STARS (Strategic Teaming and Resource Sharing) Alliance Callaway

Comanche Peak

Diablo Canyon

Palo Verde 0 San Onofre 0 South Texas 0 Wolf Creek 4Aoo

Attachment Unit 3- 1 6 th Refueling Outage Steam Generator Tube Inspection Report

I Palo Vemde Nuclear Generating Slation UNIT3 U3R16 ARIZONA PUBLIC SERVICE P. 0. BOX 52034 PHOENIX, AZ 85072 Prepared by:

Hansen, Douglas50z)y .30)

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30) DKl -nHansen,Douglas 91741530)

. .... theauthorofthisdocument B(Z4530)Date:222.073010,0:25:59-07"l00' Digitallysignedby 1-aten.n Warne Leaverton, L L, Reviewed by: Warren L(V59783) D

.Date212,07.1013:180207W OigitaillysignedbyRadspinner,Mark Radspin Rad ner, pin er, A,,,

DN:cnRadOnner, MarkAGE76778)

Approved by: ) Wson: System Engineering Acting Mark A(Z76778) Departmenteader Datý 2012.071 01:13 -07W' Commercial Service Date: 1-8-88

Table of Contents 1.0

SUMMARY

2.0 SCOPE OF EXAMINATIONS PERFORMED 3.0 ACTIVE DEGRADATION MECHANISMS 4.0 NDE TECHNIQUES UTILIZED 5.0 INDICATION

SUMMARY

6.0 TUBES PLUGGED 7.0 PLUG HISTORY 8.0 CONDITION MONITORING APPENDIX A - TUBE SUPPORT DIAGRAM, LEGEND, and ANALYSIS CODES APPENDIX B - SG 31

SUMMARY

DATA SHEETS APPENDIX C - SG 32

SUMMARY

DATA SHEETS APPENDIX D - PLI and PLP DATA SHEETS

'APPENDIX E - PLUG MAPS

UNIT 3 STEAM GENERATOR EDDY CURRENT U3 R16 Refueling Outage 1.0 Summary This report is intended to satisfy the requirements of PVNGS Technical Specifications 5.6.8 for the submittal of a Steam Generator Tube Inspection Report. The steam generator (SG) eddy current examination for the 16th refueling outage in Unit 3 (U3R16) was conducted during March and April 2012. Mode 4 entry of Unit 3 Cycle 16 was entered on April 11, 2012. The initial examination plan for both steam generators is listed in Table 1. This table summarizes the examinations performed for each of the various categories, examination types, extents, and the number of tubes or tube locations completed. This examination was a 100% full length tubing inspection.

The examinations resulted in a total of 6 tubes being plugged in SG 31, and 6 tubes being plugged in SG 32. A description of the previous plugging history for these replacement steam generators is contained in Appendix E.

2.0 Scope of Examinations Performed The original examination plan was developed based on the "PVNGS U3R16 Steam Generator

'Degradation Assessment" (Westinghouse document SG-SGMP-12-02, dated March 2012) developed per PVNGS Procedure 81DP-9RC01 as required by NEI 97-06. In addition, possible damage mechanisms were reviewed along with the specific requirements set forth in Procedure 73TI-9RC01 and the PVNGS Technical Specifications.

This original plan, along with the examinations performed as a result of bobbin indications noted, is summarized in Table l of this report.

3.0 Active Degradation Mechanisms The only degradation noted during the examinations was determined to be wear, Section 8.0 contains further discussions relating to this mechanism. Table 2 summarizes the results into categories and sections B and C itemizes all indications reported.

4.0 NDE Techniques Utilized The following table documents the site qualified techniques utilized during this outage:

YOUU'. I ECs, Rev. 13 QUALIFIED 4-2010 Wear Loose Part 27091.2 1 SITE NA Y N Volt DIFF None Rev. 0 QUALIFIED 8-20071 d I I i i The eddy current examinations were performed by Westinghouse Electric Company using the Core Star OMNI 200 eddy current instrument. Westinghouse Anser software was utilized to acquire the data along with the Pegasys robotic manipulator. This robot was configured with a dual guide tube in each of the hot and cold legs.

The tubing was examined with Zetec manufactured bobbin coil probes and Zetec rotating coil (RC) style probes. Probe diameters were 0.590" to 0.610". Plus Point RC probes were used for the characterization of non-quantifiable or distorted bobbin indications.

Fiber optic cable was used from containment to the data acquisition room located at the PVNGS North Annex. Primary and secondary analysis was all performed on site. The Primary and Secondary Resolution Analysts, Independent Review Analysts, and data management were also located at PVNGS in the North Annex. Westinghouse provided the data acquisition and primary data analysis. Anatec International, Inc. provided the secondary data analysis.

Each individual from Westinghouse and Anatec International, Inc. who performed data analysis was required to complete and pass a PVNGS site specific Eddy Current Data Analysis Course as well as an associated performance and written examination. All individuals performing data analysis were also required to have Qualified Data Analyst (QDA) certification. Per 73TI-9RCO 1, all certification records are maintained in the Nuclear Information Records Management System.

5.0 Indication Summary A detailed listing of the location and mheasured' sizes of all service induced indications recorded is included in Appendix B and C. A summary of these indication results is located in Table 2. In addition, Appendix A contains a reference drawing of steam generator support locations and report legend.

Appendix D contains a listing of the possible loose part (PLP) indications that were confirmed with rotating coil examinations. Note Section 8.0 for further discussion on the PLPs.

There were no indications that were identified as linear during this outage.

6.0 'Tubes Plugged A summary of the tubes plugged is located in Table 2. Appendix E' contains a map that details the plugged tube location'along with the previously plugged tubes.

7.0 Plug History A summary of the number and percentage of tubes plugged is also located in Table 2.

8.0 Condition Monitoring Per the Steam Generator Program, as defined in PVNGS Procedure 81DP-9RCO1, a condition monitoring evaluation was conducted by PVNGS Engineering. The results of the eddy current.

examinations are provided in Section 5.0. An engineering evaluation of the as-found condition of inservice tubes did not reveal any degradation exceeding the threshold values for structural and leakage integrity. As such, all steam generator performance criteria were satisfied for Unit 3 Cycle.,

16. No tube pulls or insitu pressure testing were required based on the results of the examinations.

Forei2n Object Search and Retrieval (FOSAR)

Tubesheet Annulus and Blowdown Lane FOSAR was conducted using a power cart mounted with a remotely operated camera and retrieval tooling. The applicable requirements of Revision 3 of the EPRI Steam Generator Integrity Assessment Guidelines Section 10.5, Secondary Side Visual

'Inspections, were applied for the FOSAR inspections....

'The only loose parts observed in SG31 during U3R16 were sludge rocks. Four sludge rocks were identified in the cold leg during FOSAR. Two were in the blowdown lane adjacent to the stay cylinder. An attempt was made to retrieve them, but .due to the nature of the RSG design was unsuccessful. One sludge rock was found in bundle between tubes R163C78 and R164C77. It was

'resting approximately 0.5" above the tube sheet wedged between the tubes. No attempt was made to remove it. The last sludge rock was observed between tubes R124C33 & R125C34 at the tube sheet:

'An attempt was made to retrieve it, but was unsuccessful due to its. orientation.. No wear was detected in the vicinity of any of the sludge rocks.

The only loose parts observed in SG32 during U3R16 were sludge rocks. Two sludge rocks were identified in the cold leg blowdown lane during FOSAR. Due to the nature of the RSG design, no attempt was made to retrieve them. One sludge rock was found in the cold leg in bundle between tubes R19C202 and R21C202. Itwas resting approximately 1.5" above the tube sheet wedged'

between the tubes. A sludge flake was observed in the hot leg between tubes R8C203 and R10C203 at the tube sheet. It disintegrated when an attempt was made .to retrieve it. No wear was detected in the vicinity of any of the sludge rocks.

Also included in the scope of the FOSAR effort was an inspection of the blowdown patch plate welds that were found to be cracked in Unit 3 during U3R1 5. The condition was first identified in Unit 2 during U2R15. The inspections confirmed that the weld material in the vicinity of the cracked weld on all 4 patch plates (2 per SG) is intact, and a loose parts concern is not being created. A previous evaluation concluded that, with the presence of the cracked welds, the patch plates in the Unit 2 SGs will continue to perform their design function and that the probability of loose parts being formed is remote. Thus, there is a very low risk that the cracked welds will affect the structural or leakage integrity of tubes in these steam generators.

Potential Loose Parts (PLPs)

As noted in Appendix D, there were no new PLP locations identified in Steam Generator 31 or 32.

PVNGS has historically taken the position that if a loose part is detected by ECT or FOSAR without the presence of wear, it is reasonable to conclude that the required conditions to promote wear do not exist. Per the PVNGS SG Program, trending of these locations will continue in future outages.

Finally, PVNGS Procedure 81DP-9RCO1 requires, per the EPRI PWR Steam Generator Examination Guidelines, that a visual inspection of the previously installed steam generator plugs be performed to assess plug integrity. Additionally, the Examination Guidelines Section 6.9.1 states

- "Verify the location and presence of existing in-service plugs." The conduct of the plug location and integrity verification was performed in U3R16 per procedure 81CP-9RC40. A review of the inspection results indicated that all plugs were accounted for and no evidence of potential plug leakage was identified.

COLD LEG TEC-VS3 12242 12234 BOBBIN TEC-BW1 278 278 HOT LEG TEH-VS3 12242 12234 BOBBIN TEH-BWI 278 278

- HOT STRAIGHT VARIOUS 8 29 RC

- HOT U & SQUARE BEND VARIOUS 50 65 RC

- COLD STRAIGHT VARIOUS 37 24 RC

- COLD U & SQUARE BEND VARIOUS 16 40 RC 4 4 4

WEAR 0%- 19% 230 233 20%-29% 12 23 30%-39% 5 2

> 40% 0 0 PLUGGED (6) (6)

Possible Loose Parts (RC)

PLI 0 0 PLP 0 3 PLUGGED (0) (0)

Volumetric Indications SVI/MVI 0 0 PLUGGED (0) (0)

PREVENTATIVE (0) (0) t t I I I I I I I I I I PLUGGED (6) (6)

TOTAL PLUGGED / %

(66 / 0.5%) (74 / 0.5%)

APPENDIX A TUBE SUPPORT DIAGRAM, LEGEND, and ANALYSIS CODES

PUNSS Stem Generator REPLACEMENTS Center of OSH to 08C Row I - 17.415 Row 2 - 19.736 Row 3 - 22.056 Row 4- 24.377 Row 5 - 26.698 Row 6 - 29.019 I

LEGEND ROW: Indicates the row number of a given tube.

COL: Indicates the column number of a given tube.

VOLTS: Indicates the peak-to-peak voltage of a given indication response.

DEG: The measured phase angle of a given indication response.

IND: Indicates the analysis code or PCT for percent PER or PCT: The percent through the tube wall of a given indication CHN: Indicates the channel used to make the call LOCN: Gives indication location at INCH 1 to INCH2 relative to known landmarks such as supports, vertical straps, and batwings. Typical location codes are as follows:

1 Vertical Strap .......................... VS1

1 Batwing .................................. BWl

1 Support Plate in Hot Leg ...... 01H

7 Support Plate in Cold Leg ............. 07C Top Tube Sheet Cold Leg .................. TSC Tube End Hot Leg ............ TEH Tube End Cold Leg ............................ TEC CRLEN: Indicates the flaw length, used to identify the length of a wear indication CRWID: Indicates the flaw width, typically used for cracks only CEG: Indicates the flaw length, typically used for cracks only BEGT and ENDT: Indicates the beginning and of the test; together they document the examination extent PDIA: Documents the probe diameter PTYPE: Documents the probe type CAL: Indicates calibration number L: Indicates the leg the examination was conducted from COM: This comment field is utilized to document comments

Analysis CODES:

A bsolute D rift .................................................................... AD I Bulge ........................................ BLG Dented Buff Mark .............................................................. DBM D ep osit ............................................................................... DEP D en t .................................................................................... D NT Data Quality Acceptance ...................... DQA Distorted Support Signal With Indication .......................... DSI Distorted Top of Tubesheet With Indication ..................... DTI Geometric Indication .......................................................... GEO ID Chatter ........................................................................... ID C Indication Not Found ..................................................... INF Indication Not Reportable .................................................. INR Multiple Axial Indication ...................................... *............ MAI Manufacturer Burnishing Mark .......................................... MBM Mixed Mode Indication ................ ....................... .... MMI Multiple Circumferential Indication ................................... MCI Multiple Volumetric Indication .......................................... MVI No Detectable Defect ......................................................... NDD No Discontinuity Found ....................... NDF Non-Quantifiable Indication .............................................. NQI No Tube Sheet Expansion .................................................. NTE O bstructed .......................................................................... OB S Over Expanded ............................................................... OXP Previous Bobbin Call ......................................................... PBC Possible D eposit ................................................................. PDP Positive Identification ................................................... PID Positive Identification Verified .......................................... PIV Possible Loose Part with Indication .............................. PLI Possible Loose Part ............................................................ PLP Previous RC Call ........................... PRC Possible Support Anomaly ................................................. PSA Possible Support Indication ............................................... PSI Permeability Variation Noise ............................................. PVN R etest B ad D ata .................................................................. RB D Retest Identification Check ................................................ RIC Retest with Magnetic Bias RC Probe ................................. RMB Single Axial Indication................................................. SAI Single Circumferential Indication ...................................... SCI Single Vo!umetric Indication ............................................. SVI Senior (Lead) Analysis Review ..................................... SR Sludge ................................................................................ SL G To B e Plugged .................................................................... TBP Volumetric Indication ........................................................ VOL

APPENDIX B STEAM GENERATOR 31

SUMMARY

DATA SHEETS

SG 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:27:33

+ .... ÷ .... --- ------------

-.--... ÷.. +... +---..---+- ---- .. +........----+-- + ....

-..--- - +-.....+--+-+....... 4 -- ÷ I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL IL UTIL1 UTIL21

+ .... +-----------. ... +---+----..+ ----...... +..---+-. .+----+÷...+... .... +...-----.....--- .. +-........+

I 80 19 .29 161 PCT 10 P2 VS2 .57 VS3 TEH .610 NBAZ1 30 H 93 20 .13 125 NOI P1 08H 32.53 VS3 TEH .610 NBAZ1 30 H 86 23 .09 64 NOI 3 TSC 4.67 VS3 TEC .610 NBAZ3 20' C 87 24 .41 152 PCT 13 P2 VS2 -. 79 VS3 TEH .610 NBAZI 30 H 89 24 .81 123 PCT 21 P2 VS2 -. 79 VS3 TEH .610 NBAZ1 30 H 89 24 1.07 101 PCT 20 P3 VS2 -. 88 .45 VS2 VS2 .580 ZPUFZ 69 H 1 109 24 .78 104 PCT 22 P2 VS3 -. 53 VS3 TEC .610 NBAZ3 39 C 109 24 1.24 98 PCT 22 P3 VS3 -1.04 .23 VS3 VS3 .580 ZPUFZ 69 H 81 26 .32 114 PCT 10 P2 VS4 -. 90 VS3 TEC .610 NBAZ3 20 C 82 27 .42 157 PCT 13 P2 VS2 .69 VS3 TEH .610 NBAZI 30 H 85 28 .27 160 PCT 10 P2 VS3 .42 VS3 TEH .610 NBAZ1 30 H 89 28 .34 46 PCT 12 P2 VS4 .90 VS3 TEC .610 NBAZ3 19 C 85 30 .74 67 PCT 21 P2 VS2 -1.08 VS3 TEH .610 NBAZI 31 H 85 30 1.36 100 PCT 23 P3 VS2 -1.11 .54 VS2 VS2 .580 ZPUFZ 69 H DOA 87 30 .33 114 PCT 10 P2 VS4 .88 VS3 TEC .610 NBAZ3 20 C 120 33 .75 78 PCT 19 P2 VS4 .76 VS3 TEC .610 NBAZ3 40 C 120 33 1.06 105 PCT 18 P3 VS4 .86 .27 VS4 VS4 .580 ZPUFZ 74 C 100 35 .27 60 PCT 11 P2 VS4 .28 VS3 TEC .610 NBAZ3 39 C 128 37 .23 120 PCT 8 P2 VS3 -. 68 VS3 TEH .610 NBAZ1 38 H 132 39 .21 116 PCT 9 P2 11C -. 47 VS3 TEC .610 NBAZ3 39 C 134 39 .19 141 DSI P1 05H -. 17 VS3 TEH .610 NBAZ1 38 H 76 43 .28 141 PCT 10 P2 09H .71 VS3 TEH .610 NBAZ1 30 H 124 43 .57 93 PCT 18 P2 VS4 -. 76 VS3 TEC .610 NBAZ3 39 C 124 43 1.14 95 PCT 19 P3 VS4 -. 78 .54 VS4 VS4 .580 ZPUFZ 74 C 1.127 44 .18 68 PCT 8 P2 VS4 -. 23 VS3 TEC .610 NBAZ3 39 C 90 45 .26 135 PCT 10 P2 VS3 .91 VS3 TEC .610 NBAZ3 23 C 116 45 .44 100 PCT 13 P2 VS3 .82 VS3 TEC .610 NBAZ3 40 C 121 46 .34 118 PCT 11 P2 VS3 -. 59 VS3 TEC .610 NBAZ3 40 C 115 48 .17 76 PCT 8 P2 VS3 -. 46 VS3 TEC .610 NBAZ3 39 C 90 - 49 .17 106 PCT 7 P2 IOC -1.56 VS3 TEC .610 NBAZ3 23 C 132 49 .87 137 PCT 21 P2 VS2 -. 55 VS3 TEH .610 NBAZ1 42 H 132 49 .97 112 PCT 22 P2 VS4 .85 VS3 TEC .610 NBAZ3 44 C 132 49 1.76 101 PCT 28 P3 VS2 -. 72 .52 VS2 VS2 .580 ZPUFZ 69 H-'

132 49 1.84 97 PCT 27 P3 VS4 .71 .45_ VS4 VS4 .580 ZPUFZ 74 C DQAI 126 51 .42 84. PCT 15 P2 VS3 -. 40 VS3 TEC .610 NBAZ3 39 C 126 51 2.17 99 PCT 35 P2 VS3 1.08 VS3 TEC .610 NBAZ3 39 C 126 51 1.10 99 PCT 20 P3 VS3 -. 65 .20 VS3 VS3 .580 ZPUFZ 69 H OOA 126 51 1.94 90 PCT 30 P3 VS3 1.27 .29 VS3 VS3 .580 ZPUFZ .69 H 126 53 .68 103 PCT 18 P2 VS3 -. 36 VS3 TEC .610 NBAZ3 40 -C 126 53 1.22 107 PCT 26 P2 VS3 1.05 VS3 TEC .610 NBAZ3 40 C 126 53 1.32 101 PCT 23 P3 VS3 -. 61 .29 VS3 *VS3 .580 ZPUFZ 69 H 126 53 2.05 96 PCT 31 P3 VS3 1.19 .37 VS3 VS3 .580 ZPUFZ 69 H 121 54 .33 109 PCT 11 P2 VS2 -. 68 VS3 TEH .610 NBAZ1- 43 H 125 54 .31 83 PCT 10 P2 VS3 -. 64 VS3 TEC .610 NBAZ3 40 C 56 55 .32 64 PCT 10 P2 BW1 -1.63 VS3 TEH .610 NBAZI 34 H 126 55 .51 116 PCT 17 P2 VS3 .92 VS3 TEC .610 NBAZ3 39 C 126 55 .42 116 PCT 15 P2 VS4 -. 78 VS3 TEC .610 NBAZ3 39 C 126 55 .85 90 PCT 17 P3 VS3 .93 .14 VS3 VS3 .580 ZPUFZ 69 H 126 55 1.09 87 PCT 19 P3 VS4 -. 93 .30 VS4 VS4 .580 ZPUFZ 74 C 47 56 .30 86 PCT 11 P2 VS3 -. 69 VS3 TEH .610 NBAZI 21 H 66 59 .27 124 PCT 9 P2 VS2 -. 99 VS3 TEH .610 NBAZ1 34 H

+ .. +...+..... .. +..-- .. .. .

..------------ .....------- + ..---. +-+.........----+-- --. .--- ... +-... +--+-........ + - +

I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+ . .÷. . . . .. .+. . . .+.. .+. . . ...

.+-----------+.....---

+ ... ... -.- ... .. +.+.....--.. .. . ... .. + .------....... +....-- -. +

I ST Max

SG - 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:27:33

.. -. . ..-- .. . ..- +..

+-.÷ . . +..

.. +-.. . . .. ÷ . ....

÷...--...-+-... - - . +- .. ... +...- .. +--+- ...... . ..- - --.....

ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+.---... ....

+ + ........ + ... +---+-... +-...-+....--...... -- - ...... ....-- .... + ..... - ... .....---........--........---- +

126 59 .28 95 PCT 11 P2 VS4 -. 73 VS3 TEC .610 NBAZ3 39 C 145 60 .31 96. PCT 10 P2 VS3 .32 VS3 TEH .610 NBAZ1 58 H 56 61 .43 120 PCT 14 P2 BW1 -1.52 VS3 TEH .610 NBAZ1 35 H 88 61 .51 102 PCT 16 P2 VS2 .80 VS3 TEH .610 NBAZ1 35 H 88 61 1.08 104 PCT 20 P3 VS2 .62 .57 VS2 VS2 .580 ZPUFZ 69 H 122 61 .30 95 PCT 9 P2 VS3 .96 VS3 TEC .610 NBAZ3 40 C 126 61 .30 102 PCT 11 P2 VS1 .39 VS3 TEH .610 NBAZ1 47 H 121 62 .43 110 PCT 13 P2 VS3 .79 VS3 TEC .610 NBAZ3 40 C 121 62 .60 114 PCT 17 P2 VS2 .81 VS3 TEH .610 NBAZ1 47 H 121 62 1.15 106 PCT 21 P3 VS2 .75 .60 VS2 VS2 .580 ZPUFZ 69 H 138 63 .23 148 PCT 8 P2 VS1 .70 VS3 TEH .610 NBAZ1 58 H 109 64 .28 82 PCT 9 P2 VS2 -. 83 VS3 TEH .610 NBAZ1 46 H 126 65 .31 106 PCT 10 P2 VS3 -. 47 VS3 TEC .610 NBAZ3 40 C 126 65 .52 103 PCT 15 P2 VS4 -. 85 VS3 TEC .610 NBAZ3 40 C 126 65 .31 119 PCT 11 P2 VS1 .28 VS3 TEH .610 NBAZ1 47 H 126 65 1.22 91 PCT 20 P3 VS4 -. 89 .25 VS4 VS4 .580 ZPUFZ 74 C DQAI 46 67 .23 127 PCT 8 P2 VS3 .81 VS3 TEC .610 NBAZ3 2 C 118 67 .34 126 PCT 12 P2 VS3 -. 29 VS3 TEC .610 NBAZ3 41 C 118 67 .21 146 PCT 8 P2 VS2 1.01 VS3 TEH .610 NBAZ1 46 H 126 67 .23 104 PCT 9 P2 VS3 -. 28 VS3 TEC .610 NBAZ3 41 C 126 67 .34 125 PCT 12. P2 VS4 -. 76 VS3 TEC .610 NBAZ3 41 C 126 67 .23 147 PCT 8 P2 VS1 .53 VS3 TEH .610 NBAZ1 46 H 128 67 .30 95 PCT 11 P2 VS3 -. 52 VS3 TEC .610 NBAZ3 41 C 128 67 .38 142 PCT 12 P2 VS2 .72 VS3 TEH .610 NBAZ1 46 H 130 67 .52 96 PCT 16 P2 VS4 -. 64 VS3 TEC .610 NBAZ3 41 C 130 67 1.32 91 PCT 22 P3 VS4 -. 68 .43 VS4 VS4 .580 ZPUFZ 74 C DOAI 122 69 .31 90 PCT 10 P2 VS1 .50 VS3 TEH .610 NBAZ1 47 H 113 70 .31 73 PCT 11 P2 VS2 -. 65 VS3 TEH .610 NBAZ1 47 H 54 71 .14 143 PCT 7 P2 09H -. 76 VS3 TEH .610 NBAZ1 4 H 121 72 .33 130 PCT 11 P2 VS2 -1.02 VS3 TEH .610 NBAZ1 46 H 130 73 .28 66 PCT 10 P2 VS3 -. 57 VS3 TEH .610 NBAZ1 47 H 164 75 .55 130 PCT 15 P2 BW2 .75 VS3 TEC .610 NBAZ3 44 C 164 75 .91 107 PCT' 16 P3 BW2 .96 .15 10C VS5 .580 ZPUFZ 74 *C 1 35 76 .27 114 PCT. 10 P2 04H .80 VS3 TEH .610 NBAZI 3 "H 165 76 .43 *92 PCT 13 P2 BW2 .65 VS3 TEC .610 NBAZ3 44 C 108 77 .22 104 PCT 7 P2 VS3 .17 VS3 TEC .610 NBAZ3 42 C 116 77 .30 69 PCT .11 P2 VS2 .83 VS3 TEH .610 NBAZ1 47 H 128 77 .43 75 PCT 13 P2 VS3 -. 45 VS3 TEC .610 NBAZ3 42 C 31 78 .17 119 DSI P1 08H .63 VS3 TEH .610 NBAZ1 4 H 89 78 .31 106 PCT 11 P2 09H .70 VS3 TEH .610 NBAZ1 35 H 42 79 .20 113 DSI P1 08H -. 05 VS3 TEH .610 NBAZ1 4 H 42 79 .75 93 PCT 15 P3 08H .18 .24 07H VS3 .580 ZPUFZ 69 H 103 80 .36 87 PCT 13 P2 VS3 -. 69 VS3 TEC .610 NBAZ3 41 C 44 81 .35 59 .PCT 12 P2 VS3 .66 VS3 TEC .610 NBAZ3 i C!

50 83 .48 107 PCT 17 P2 09H -. 10 VS3 TEH .610 NBAZ1 4 H 50 83 1.49 101 PCT 25 . P3 09H -. 17 .24 08H VS3 .580 ZPUFZ 69 H 50 83 .92 83 PCT 18 P3 VS3 1.17 .38 08H VS3 .580 ZPUFZ 69 H.

1 118 83 .50 199 PCT 16 P2 VS3 -. 15 VS3 TEC .610 NBAZ3 41 C 1 118 83 1.30 94 PCT 23 P3 VS3 -. 41 .31 VS3 VS3 .580 ZPUFZ 69 H 1 41 84 .21 51 PCT 8 P2 08H -1.07 VS3 TEH .610 NBAZ1 3 H

+.. ..--- +...-

+. ... ... + ... + ......... -

+ ..---------- - +"

+- -INCH----+-

- ++. ----

+ -- + -..

..--- +-. +--+- ........ + .....-... +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+ .. .. +......+...+ .. .. ....-----+...---+--

..---------- -+- - -+.. ..

+---- ..---- -

...--- +--...+--+- ........ + .....-... +

2 ST Max

SG - 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:27:33 S... - -- _÷.....-+.. .. .. .. ..----------..------

+ ....... + ....... .....---------- +....+.....---- .-+--+- ....... +...-.....+

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+----+----+------+-----*-----+---+---4. ----- +---** - 4. - 4.- ++ - + - +

1 47 84 .22 119 PCT 8 P2 08H -. 09 VS3 TEH .610 NBAZ1 3 H 49 84 .31 127 PCT 11 P2 08H .87 VS3 TEH .610 NBAZI 3 H 40 85 .23 79 PCT 8 P2 08H -. 05 VS3 TEH .610 NBAZ1 3 H 48 85 .36 67 PCT 12 P2 VS3 -. 66 VS3 TEC .610 NBAZ3 1 C 122 85 .30 74 PCT 10 P2 VS2 .84 VS3 TEH .610 NBAZ1 47 H 63 86 .32 51 PCT 12 P2 VS3 .79 VS3 TEC .610 NBAZ3 27 C 65 86 .37 135 PCT 12 P2 09H .99 VS3 TEH .610 NBAZ1 35 H 115 86 .46 93 PCT 13 P2 VS4 -. 78 VS3 TEC .610 NBAZ3 42 C 118 87 .58 91 PCT 17 P2 VS3 .74 VS3 TEC .610 NBAZ3 41 C 118 87 1.29 96 PCT 23 P3 VS3 .77 .49 VS3 VS3 .580 ZPUFZ 69 H 53 88 .26 69 PCT 10 P2 VS3 -. 71 VS3 TEC .610 NBAZ3 1 C 103 88 .29 147 PCT 10 P2 VS2 -. 78 VS3 TEH .610 NBAZ1 46 H I4 44 89 1.55 182 PCT 30 P2 VS3 -. 65 VS3 TEC .610 NBAZ3 1 C I44 89 .51 92 PCT 16 P2 BW2 -. 69 VS3 TEC .618 NBAZ3 1 C 1 44 89 1.87 99 *PCT 28 P3 VS3 -. 71 .56 07C VS3 .580 ZPUFZ 74 C DQAI 1 44 89 .68 133 PCT 13 P3 BW2 -. 98 .22 07C VS3 .580 ZPUFZ 74 C 1 48 89 .30 113 PCT 10 P2 09H -1.07 VS3 TEH .610 NBAZ1 3 H 64 89 .36 147 PCT 12 P2 09H .80 VS3" TEH .610 NBAZ1 35 H 130 89 .28 86 PCT 10 P2 VS1 .65 VS3 TEH .610 NBAZ1 47 H 51 90 28 76 PCT 9 P2 VS3 .61 VS3 TEC .610 NBAZ3 2 C 75 90 .21 111 PCT 8 P2 09H .76 VS3 TEH .610 NBAZ1 39 H 89 90 .46 99 PCT 14 P2 VS2 -. 82 VS3 TEH .610 NBAZ1 39 H i111 90 .20 83 PCT 7 P2 VS3 -. 42 VS3 TEC .610 NBAZ3 42 C 44 91 .34 120 PCT 11 P2 VS3 -. 55 VS3 TEC .610 NBAZ3 2 C 44 91 .60 105 PCT 16 P2 BW2 -. 74 VS3 TEC .610 NBAZ3 2 C 44 91 .22 123 PCT 10 P2 BW1 .94 VS3 TEH .610 NBAZ1 4 H 44 91 .86 104 PCT 16 P3 VS3 -. 67 .37 07C VS3 .580 ZPUFZ 74 C 44 91 .75 117 PCT 14 P3 BW2 -. 86 .29 07C VS3 .580 ZPUFZ 74 C 45 92 .22 82 PCT 8 P2 08H -. 94 VS3 TEH .610 NBAZ1 3 H 45 92 .41 129 PCT 13 P2 BW1 -1.15 VS3 TEH .610 NBAZI 3 H 49 92 .30 143 PCT 10 P2 BW1 .79 VS3 TEH .610 NBAZ1 3 H 53 92 .29 35 PCT 11 P2 VS3 .77 VS3 TEC .610 NBAZ3 1 C 48 93 .54 115 PCT 17 P2 BW2 .96 VS3 TEC .610 NBAZ3 1 C 48 93 .71 111 PCT 13 P3 VS3 -. 78 .30 08C VS3 .580 ZPUFZ 74 C 48 93 .76 101 PCT 14 P3 BW2 .79 .29 08C VS3 .580 ZPUFZ 74 C 60 93 .38 136 PCT 11 P2 VS4 -. 84 VS3 TEC .610 NBAZ3 32 C 90 93 .38 93 PCT 12 P2 10H -1.24 VS3 TEH .610 NBAZ1 39 H 111 94 .34 98 PCT 10 P2 VS3 .97 VS3 TEC .610 NBAZ3 42 C 48 95 .48 95 PCT 14 P2 VS3 .92 VS3 TEC .610 NBAZ3 2 C 48 95 .40 67 PCT 12 P2 BW2 .95 VS3 TEC .610 NBAZ3 2 C 56 95 .19 98 PCT 7 P2 07H .02 VS3 TEH .610 NBAZ1 38 H 70 95 .28 84 PCT 10 P2 08H -. 10 VS3 TEH .610 NBAZ1 38 H 99 96 .20 92 PCT 8 P2 VS3 -. 73 VS3 TEC .610 NBAZ3 41 C 1 111 96 .40 141 PCT 12 P2 VS2 -. 75 VS3 TEH .610 NBAZ1 50 H 48 97 .44 68 PCT 14 P2 VS3 .67 VS3 TEC .610 NBAZ3 1 C 54 97 .20 96 PCT 7 P2 VS3 -. 52 VS3 TEH .610 NBAZ1 3 H 90 97 .33 98 PCT 11 P2 10H -1.25 VS3 TEH .610 NBAZ1 39 H 1 130 97 .30 98 PCT 11 P2 VS3 -. 63 VS3 TEH .610 NBAZ1 51 H 7- -- -

... - -. - --------------- ---.....-. -+ .-.

+-

-- -. + . . + - + ... - +--- - -.. +- . -

I ROW COL VOLTS DEG. IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+ . .. .. . + ... ... . ÷ ...+ ÷ .. + ... + . .. .. . + ... .. .---.---- -........- ..- .. . ÷ ... ... . + ... ......

..--------- ÷-........+ -

3 ST Max

SG - 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:27:33

..------------ + .-- +----- ----- +-----------------------------------------------------

- - - -- -- +---- 4-.-+-- + .. .--- --- +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+----+----*----+---+---4-+~------4 1 89 98 .64 106 PCT 19 P2 VS4 .87 VS3 TEC .610 NBAZ3 31 C 1 89 98 1.29 99 PCT 21 P3 VS4 .81 .26 VS4 VS4 .580 ZPUFZ 74 C DOAI 50 99 .40 110 PCT 12 P2 BW2 -. 75 VS3 TEC .610 NBAZ3 2 C I 126 99 .26 73 PCT 10 P2 VS3 -.42 VS3 TEC .610 NBAZ3 41 C I 54 101 .27 74 PCT 10 P2 VS3 -.52 VS3 TEC .610 NBAZ3 1 C 54 101 .18 139 PCT 7 P2 BW1 -1.07 VS3 TEH .610 NBAZ1 3 H 74 101 .28 121 PCT 10 P2 09H -. 28 VS3 TEH .610 NBAZ1 39 H 74 101 .29 127 PCT 10 P2 09H .72 VS3 TEH .610 NBAZ1 39 H 76 101 .69 111 PCT 18 P2 09H .75 VS3 TEH .610 NBAZ1 39 H 76 101 .78 96 PCT 16 P3 09H .61 .21 08H VS2 .580 ZPUFZ 69 H 84 101 .28 140 PCT 9 P2 09H .68 VS3 TEH .610 NBAZ1 39 H 92 101 .24 329 PCT 8 P2 10H -1.04 VS3 TEH .610 NBAZ1 39 H I 118 101 .33 120 PCT 10 P2 VS3 .75 VS3 TEC .610 NBAZ3 42 C 1 49 102 .26 117 PCT 8 P2 BW2 -. 96 VS3 TEC .610 NBAZ3 6 C 1 53 102 .32 60 PCT 10 P2 VS3 -. 83 VS3 TEC .610 NBAZ3 6 C 111 102 .15 99 PCT 6 P2 VS2 -1.10 VS3 TEH .610 NBAZ1 51 H 165 102 .18 46 PCT 7 P2 11H .32 VS3 TEH .610 NBAZ1 51 H 48 103 .14 70 PCT 7 P2 09H -1.42 VS3 TEH .610 NBAZ1 4 H 48 103 2.40 103 PCT 38 P2 .VS3 .62 VS3 TEC .610 NBAZ3 6 C 48 103 .48 82 PCT 14 P2 BW2 .71 VS3 TEC .610 NBAZ3 6 C 48 103 2.24 100 PCT 32 P3 VS3 .95 .23 VS3 VS3 .580 ZPUFZ 69 H 72 103 .18 123 PCT 7 P2 09H -. 22 VS3 TEH .610 NBAZI 32 H 90 103 .41 130 PCT 13 P2 10C -. 74 VS3 TEC .610 NBAZ1 26 C 1 102 103 .31 139 PCT 11 P2 VS2 .20 VS3 TEH .610 NBAZ1 32 H 1 54 105 .81 116 PCT 23 P2 VS3 .61 VS3 TEC .610 NBAZ3 5 C 1 54 105 1.64 103 PCT 27 P3 VS3 .79 .23 VS3 VS3 .580 ZPUFZ 69 H 76 105 .32 145 PCT 13 P2 09H . .65 VS3 TEH .610 NBAZ1 33 H 116 105 .26 89 PCT 12 P2 VS2 .89 VS3 TEH .610 NBAZ1 33 H 164 105 .11 93 NOI 3 IOC 24.71 VS3 TEC '.610 NBAZ3 47 C 95 106 .21 123 PCT 10 P2 BW1 -. 84 VS3 TEH .610 NBAZ1 33 H 109 106 .21 80 PCT 10 P2 VS3 -. 80 ýVS3 TEH .610 NBAZ1 33 H 92 107 .18 120 PCT 9 P2 BW1 -. 99 VS3 TEH .610 NBAZ1 33 H 94 107 .16 130 PCT 8 P2 BW1 -. 90 VS3 TEH .610 NBAZ1 33 H 98 107 .15 145 PCT 6 P2 BW1 .77 VS3 TEH .610 NBAZ1 32 H I 105 108 .44 98 PCT 14 P2 VS2 .66 VS3 TEH .610 NBAZ1 32 H I 10 108 .65 119 PCT 19 P2 .VS3 -. 67 VS3 TEH .610 NBAZ1 32 H I 105 108 .36 117 PCT 12 P2 VS3 .65 VS3 TEH .610 NBAZ1 32 H 1 105 108 .19 84 PCT 7 P2 VS4 -. 87 VS3 TEC .610 NBAZ1 56 C 1 105 108 1.61 86 PCT 24 P3 VS3 -1.13 .71 VS3 VS3 .580 "ZPUFZ 70 H 105 108 1.04 74 PCT 18 P3 VS3 1.04 .28 VS3 VS3 .580 ZPUFZ 70 H DQAI 107 108 .36 91 PCT 11 P2 VS4 -. 72 VS3 TEC .610 NBAZ1 56 C 48 109 2.55 101 PCT 38 P2 VS3 .73 VS3 TEC .610 NBAZ3 5 C 48 109 2.51 91 PCT 35 P3 VS3 .81 .32 VS3 VS3 .580 ZPUFZ 69 H 50 109 .21 28 PCT 10 P2 VS3 .68 VS3 TEC .610 NBAZ3 5 C 58 109 .26 100 PCT 9 P2 VS3 .72 VS3 TEC .610 NbAZ1 18 C 82 109 .27 158 PCT 12 P2 09H .67 VS3 TEH .610 NBAZ1 33 H 92 109 .31 132 PCT 10 P2 VS3 -. 45 VS3 TEC .610 NBAZ1 21 C 118 109 .15 118 PCT 7 P2 VS4 .10 VS3 TEC .610 NBAZI 51 C 130 109 .23 122 PCT 11 P2 VS3 .66 VS3 TEH .610 NBAZ1 33 H

.. +.+.---------+--------------------+ ----.. --- --- . . .

+--------......--+ .. - + - + --- +-. .+

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+ . .+ . .+ . . . . . -.. . . .+ . .+ . + .....---

.+--------- ... ... ... - +......... -.-- .. .. . ... ....-- +..- .. . + . .--- .+- ......- +

4 ST Max

SG - 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:27:33

+ . . .. . . .. . +.

+-. .. +.. .+ . . .. ... + ..

-. . .. . ...--...+-

.---------- ..--. +- ..--...- ..--- + -.. .. +-.... +--+--..... .÷. - .+

ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

..... --.... ----- . -.z ---- +----.----.-------- ---- - ---.---- ----

----- + -- - --+-- +--- ---------- ..-. .. - --- +

1 132 109 .26 90 PCT 11 P2 VS3 .71 VS3 TEH. .610 NBAZ1 37 H 83 110 .27 146 PCT 10 P2 08H .64 VS3 TEH .610 NBAZ1 32 H 87 110 .34 141 PCT 12 P2 09H .70 VS3 TEH .610 NBAZ1 32 H 95 110 .24 122 PCT 11 P2 10H .74 VS3 TEH .610 NBAZ1 33 H 103 110 .29 146 PCT 12 P2 VS2 -. 92 VS3 TEH .610 NBAZ1 33 H 109 110 .17 103 PCT 8 P2 VS3 .22 VS3 TEH .610 NBAZ1 33 H 98 111 .23 90 PCT 9 P2 BWi .94 VS3 TEH .610 NBAZ1 32 H 102 111 .22 100 PCT 8 P2 VS2 .74 VS3 TEH .610 NBAZ1 36 H 95 112. .22 106 PCT 9 P2 10H -. 23 VS3 TEH .610 NBAZ1 32 H 103 112 .27 132 PCT 10 P2 10H .75 VS3 TEH .610 NBAZI 36 H 103 112 .15 47 PCT 6 P2 BW1 -. 82 VS3 TEH .610 NBAZI 36 H 44 113 .94 128 PCT 26 P2 BWi -. 80 VS3 TEH .610 NBAZ1 6 H 44 113 2.01 105 .PCT 30 P3 BW1 -.77 .54 07H VS3 .580 ZPUFZ 69 H 48 113 .34 107 PCT 10 P2 VS3 .80 VS3 TEC .610 NBAZ3 6 C 93 114 .16 118 PCT 8 P2 BWl -1.07 VS3 TEH .610 NBAZ1 29 H 99 114 .34 138 PCT 12 P2 10H .72 VS3 TEH .610 NBAZ1 24 H 117 114 .22 '64 PCT 10 P2 VS2 -1.19 VS3 TEH .610 NBAZI 37 H 42 115 .76 97 PCT 22 P2 VS3 .87 VS3 TEC .610 NBAZ3 5 C 42 115 1.25 111 PCT 22 P3 VS3 .86 .26 VS3 VS3 .580 ZPUFZ 69 H 44 115 .32 98 PCT 13 P2 VS3 .68 VS3 TEC .610 NBAZ3 5 C 42 117 .25 127 PCT 8 P2 08C -. 28 VS3 TEC .610 NBAZ3 6 C 44 117 .32 119 PCT 13 P2 BWl -1.11 VS3 TEH .610 NBAZi 6 H 124 117 .29 108 PCT 10 P2 VS1 -.78 VS3 TEH .610 NBAZ1 24 H 41 118 .21 118 PCT 9 P2 08H .70 VS3 TEH .610 NBAZ1 5 H 38 119 .36 107 PCT 15 P2 VS3 .75 VS3 TEC .610 NBAZ3 5 C 38 119 1.11 85 PCT 20 P3 VS3 .82 .21 VS3 VS3 .580 ZPUFZ 69 H 40 119 .20 125 DSI P1 08C -. 25 VS3 TEC .610 NBAZ3 5 C 40 119 .58 107, PCT 11 P3 .08C -. 15 .22 07C VS3 .580 ZPUFZ 74 C 42 119 .21 100 PCT 9 P2 BWl -. 95 VS3 TEH .610 NBAZ1 5 H 44 119 .27 54 'PCT 10 P2 6Wl -1.25 VS3 TEH .610 NBAZI 5 H 44 119 .12 105 PCT 7 P2 VS3 -. 80 VS3 TEC .610 NBAZ3 5 C 90 119 .17 42 DSI P1 10H .00 VS3 TEH .610 NBAZi 29 H 90 119 .48 97 PCT 9 P3 10H -. 35 .15 09H VS2 .580 ZPUFZ 70 H DOAI 43 120 .50 116 PCT 14 P2 8W2 -1.02 VS3 TEC .610 NBAZ3 6 C 91 120 .24 125 PCT 9 P2 BWl -. 86 VS3 TEH .610 NBAZi 28 H 64 121 .20 150 PCT 8 P2 09H .84 VS3 TEH .610 NBAZi 28 H 168 121 .22 125 PCT 8 P2 10H .90 VS3 TEH .610 NBAZI 24 H 39 122 .41 137 PCT 14 P2 08H .77 VS3 TEH .610 NBAZI 5 H 39 122 .26 94 PCT 12 P2 BW2 -1.19 VS3 TEC .610 NBAZ3 5 C 41 122 .20 39 PCT 10 P2 BW2 -1.24 VS3 TEC .610 NBAZ3 5 C 71 122 .28 134 PCT 12 P2 VS2 -. 62 VS3 TEH .610 NBAZi 29 H 52 123 .12 47" PCT 6 P2 VS3 -. 63 VS3 TEC .610 NBAZ3 5 C 126 123 .62 116 PCT 20 P2 VS3 -. 50 VS3 TEH .610 NBAZ1 25 H 126 123 1.23 90 PCT 20 P3 VS3 -. 66 .51 VS3 VS3 .580 ZPUFZ 70 H DQAl 31 124 .43 118 PCT 13 P2 BW2 -. 82 VS3 TEC .610 NBAZ3 6 C 124 125 .27 116. PCT 10 P2 VS1 .72 VS3 TEH .610 NBAZi 24 H

+. .. + .. +.. .. .. +..

+- ---. +...-

- + ... + .. + ...

. +-... +..... ...---------- +'++.......+ ...--.. ... ..--- "-....-- +....-. 4...

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INOH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

. .. - - - .- .. .. .÷...+.. + .. - .. + ---- +-

..---------- --........ +......-- ---+ - +----+---- ++-- .. .... _- +....... -+-....---- .+-+.......

5 ST Max

SG - 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:27:33

+ . .+ . .+.. . . .. . . . .+ . .+ . .+.. .+.------------.......+-

- - - - - +-+---- . +-..

.---.- ...... + -...... + ......- . ..

+-........- .-

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+-------+----+------+ - - - +- -

+---- ------------- --...- +- .....

52 127 .19 97 PCT 8 P2 09H .62 VS3 TEH .610 NBAZ1 5 H 54 127 .25 105 PCT 10 P2 09H .35 VS3 TEH .610 NBAZI 5 H 90 127 .30 90 PCT 11 P2 10C -1.71 VS3 TEC .610 NBAZ1 22 C 126 129 .33 121 PCT 11 P2 VS3 - .56 VS3 TEH .610 NBAZi 24 H 128 129 .29 127 PCT 10 P2 VS1 .79 VS3 TEH .610 NBAZI 24 H 133 130 .26 127 PCT 9 P2 VS1 - .67 VS3 TEH .610 NBAZI 22 H 74 131 .13 134 PCT 7 P2 08H .70 VS3 TEH .610 NBAZ1 29 H 43 132 .21 145 PCT 10 P2 08H .73 VS3 TEH .610 NBAZ1 6 H 98 133 .24 62 PCT 10 P2 VS3 - .59 VS3 TEC .610 NBAZI 55 C 65 134 '.14 147 PCT 7 P2 09H .90 VS3 TEN .610 NBAZi 29 H 89 134 .17 98 PCT 8 P2 VS2 -1.24 VS3 TEH .610 NBAZ1 29 H 97 134 .21 143 PCT 10 P2 10H .89 VS3 TEH .610 NBAZi 29 H 102 135 .18 139 DSI P1 10H .69 VS3 TEH .610 NBAZ1 23 H 124 135 .22 139 PCT 10 P2 VS1 .69 VS3 TEH .610 NBAZi 23 H 37 138 .13 111 DSI P1 08H - .24 VS3 TEH .610 NBAZ1 7* H 107 138 .21 131 PCT 8 P2 09H .49 VS3 TEH .610 NBAZI 22 H 103 140 .28 142 DSI, P1 10H .75 VS3 TEH .610 NBAZI 23 H 103 140 .47 98 PCT 9 P3 10H .68 .18 09H VS2 .580 ZPUFZ 70 H 64 141 .10 104 DSI P1 09H .64 VS3 TEH .610 NBAZ1 19 H 120 143 .29 143 PCT 12- P2 VS2 - .73 VS3 TEH .610 NBAZi 23 H 65 144 .28 134 PCT 10 P2 09H 1.14 VS3 TEH .610 NBAZ1 19 H 94 145 .59 100 PCT 18 P2 VS2 .57 VS3 TEH .610 NBAZi 15 H 94 145 1.57 98 PCT 24 P3 VS2 .70 .54 VS2 VS2 .580 ZPUFZ 70 H 132 145 .31 133 PCT 11 P2 VS1 .82 VS3. TEH .610 NBAZI 22 H 105 146 .36 105 PCT 12 P2 VS2 1.03 VS3 TEH .610 NBAZi 22 H 94 147 .27 81 PCT 10 P2 VS4 .84 VS3 TEC .610 NBAZi 16 C 105 148 1.08 131 PCT 24 P2 VS3 -. 64 VS3 TEC .610 NBAZI 15" C 105 148 1.77 80 PCT 26 P3 VS3 - .65 .46 VS3 VS3 .580 ZPUFZ 70 H 108 149 .29 141 PCT 10 P2 10H .69 VS3 TEH .610 NBAZ1 22 H 114 149 .53 110 PCT 16 P2 VS2 .72 VS3 TEH .610 NBAZI 22 H 114 149 -1.30 102 PCT 21 P3 VS2 .79 .41 VS2 VS2 .580 ZPUFZ 70 H 148 149 .46 142 DS1 P1 11H .72 VS3 TEH .610 NBAZ1 23 H 148 149 .69 101 PCT 13 P3 11H .40 .15 10H VS1 .580 ZPUFZ 70 H VS3 TEH .610 NBAZ1 22 H 111 150 .23 114 PCT 9 P2 10H .88 143 150 .27 117 PCT 10 P2 11H .69 VS3 TEH .610 NBAZ1 22 H 82 151 .23 126 PCT 10 P2 09H .84 VS3 TEH .610 NBAZ1 16 H 60 153 .32 138 PCT 10 P2 VS3 .63 VS3 TEC .610 NBAZ1 15 C .

107 154 .33 136 PCT 11 P2 10H .07 VS3 TEH .610 NBAZ1 22 H 56 157 .37 154 PCT 12 P2 VS3 .46 VS3 TEC .610 NBAZ1 15 C 91 158 .25 78 PCT 11 P2 VS2 .24 VS3' TEH .610 NBAZ1 16 H 82 159 .37 133 PCT 15 P2 VS2 .68 VS3 TEH .610 NBAZ1 16 H 82 159 1.18 102 PCT 19 P3 VS2 .83 .36 VS2 VS2 .580 ZPUFZ 70 H 100 159 .48 114 PCT 17 P2 VS3 - .37 VS3 TEH .610 NBAZ1 16 H 100 159 1.03 91 PCT 17 P3 VS3 - .50 .31 VS3 VS3 .580 ZPUFZ 70 H 112- 159 .71 120 PCT 22 P2 VS3 - .78 VS3 TEH .610 NBAZ1 18 H 112 159 1.64 100 PCT 25 P3 VS3 - .92 .36 VS3 VS3 .580 ZPUFZ 70 H I

- - - - - +- --- . . +

+

+ ---+ - - -- - ---- -..- + .. .. + .....-. + .....-. +--+ -. . -+-. .. . . .

I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 CRLEN B BEGT ENDT PDIA PTYPE CAL L* UTILl UTIL21

4. - - - -- - - - -..- - - - -- - - - -.-- - - -.-- - - -. + - . . .-+ . .. .-- - - --- -.. . . .. . . .-- . . -- .

- ---.. . - . -- --- + .. 4 .... + .....-. + .....-. +--+---......4.-. .+

6 ST Max

SG - 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:27:33

..... ----. ----..... .. ... !--- ----- ---------- -------------------- 4 - -- -------- ----------------------------- + -.--- --- --

+- - - -------- -+

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

.. ..- . .--. .. . .. + - .. - -+.. ----------...

.+ .. . .. + . ..-.....-..----

.. ÷. .. .. . .. .. ...- -.. + ..- .. . .+-- ... - .+- ........

...-- +

1 116 159 1.01 102 PCT 27 P2 VS3 -. 73 VS3 TEH .610 NBAZI 18 H 116 159 2.27 89 PCT 31 P3 VS3 -. 94 .46 VS3 VS3 .580 ZPUFZ 70 H 118 159 .21 144 PCT 10 P2 VS3 -. 73 VS3 TEH .610 NBAZ1 18 H 128 159 .17. 151 PCT 8 P2 VS1 .73 VS3 TEH .610 NBAZ1 18 H 99 160 .47 87 PCT 15 P2 VS3 - -1.22 VS3 TEH .610 NBAZ1 15 H 99 160 .98 87 PCT 17 P3 VS3 -1.09 .23 VS3 VS3 .580 ZPUFZ 70 H 101 160 .27 114 PCT 12 P2 VS3 -. 84 VS3 TEH .610 NBAZ1 18 H 100 161 .27 145 PCT 10 P2 09H .35 VS3 TEH .610 NBAZ1 15 H 124 161 .32 88 PCT 11 P2 VS3 -. 56 VS3 TEH .610 NBAZ1 19 H 128 161 .27 142 PCT 10 P2 VS1 .78 VS3 TEH .610 NBAZ1 19 H 69 162 .12 141 PCT 6 P2 VS2 . -. 83 VS3 TEH .610 NBAZ1 16 H 79 162 .22 150 ,PCT 10 P2 09H .72 VS3 TEH .610 NBAZ1 16 H 95 162 .21 141 PCT 10 P2 09H .80 VS3 TEH .610 NBAZ1 16 H 96 163 .24 139 PCT 10 P2 VS2 .65 VS3 TEH .610 NBAZI 16 H 96 163 .30 122 PCT 10 P2 VS4 -. 73 VS3 TEC .610 NBAZ1 58 C 98 163 .53 116 PCT 18 P2 VS3 -. 64 VS3 TEH .610 NBAZ1 16 H 98 163 1.57 104 PCT 24 P3 VS3 -. 76 .53 VS3 VS3 .580 ZPUFZ 70 H 130 165 .22 127 PCT 8 P2 BW1 -. 13 VS3 TEH .610 NBAZ1 19 H 97 166 .11 85 OSI P1 10H -. 36 VS3 TEH .610 NBAZ1 16 H 23 168 .19 129 PCT 9 P2 08H -. 22 VS3 TEH .610 NBAZ1 12 H 66 169 .24 49 PCT 9 P2 VS2 -. 57 VS3 TEH .610 NBAZ1 15 H 1128 169 .31 103 PCT 11 P2 VS3 -. 76 VS3 TEH .610 NBAZ1 19 H 121 170 .22 139 PCT 10 P2 10H .67 VS3 -TEH .610 NBAZI 18 H; 90 171 .17 142 PCT 8 P2 09H .45 VS3 TEH .610 NBAZ1 14 -H

15. 172 .19 131 DSI P1 08H -. 40 VS3 TEH .610 NBAZ1 45 H 15 172 .66 95 PCT 12 P3 08H , -. 16 .13 07H VS3 .580 ZPUFZ 70 H 93 172 .27 129 PCT 10 P2 10H .69 VS3 TEH .610 NBAZ1 13 H 99 172 .51 123 PCT 16 P2 VS2 -. 98 VS3 TEH .610 NBAZ1 13 H 99 172 1.77 109 PCT 33 P2 VS3 -. 90 VS3 TEH .610 NBAZ1 13 H 99 172 1.23 94 PCT 20 P3 VS2 -1.04 .36 VS2 VS2 .580 ZPUFZ 70 H 99 172 2.52 94 PCT 33 P3 VS3 -1.11 .46 VS3 VS3 .580 ZPUFZ 70 H 56 173 .24 129 PCT 11 P2 BW1 -1.46 VS3 TEH .610 NBAZI 12 H 96 173 .44 123 PCT 15 P2 VS3 .50 VS3 TEH .610 NBAZ1 13 HI 96 173 .82 296 PCT 16 P3 VS3 .53 .29 VS3 VS3 .580 ZPUFZ 68 H 63 174 .25 137 PCT 9 P2 VS3 .83 VS3 TEC .610 NBAZ1 11 C 99 174 .19 86 PCT 9 P2 VS3 -1.10 VS3 TEH .610 NBAZ1 14 H 115 174 .19 61 PCT 7 P2 VS1 .82 VS3 TEH .610 NBAZ1 19 H 82 175 .35 135 PCT 14 P2 VS2 .74 VS3 TEH .610 NBAZ1 14 H 92 175 .21 149 PCT 10 P2 VS2 .69 VS3 TEH .610 NBAZI 14 H i100 175 .22 130 PCT 10 P2 VS3 .39 VS3 TEH .610 NBAZ1 14 H I 106 175 .27 145 PCT 12 P2 10H .64 VS3 TEH .610 NBAZI 18 H I 79 176 .33 111 PCT 12 P2 VS4 -. 85 VS3 TEC .610 NBAZ1 12 C 87 176 .39 116 PCT 13 P2 VS2 .91 VS3 TEH .610 NBAZ1 13 H 77 178 .31 106 PCT 10 P2 VS3 -. 65 VS3 TEC .610 NBAZ1 11 C 103 180 .25 138 PCT 11 P2 VS3 -1.08 VS3 TEH .610 NBAZ1 18 H 105 180 .30 122 PCT 13 P2 VS3 -1.04 VS3 TEH .610 NBAZ1 18 H 107 180 .30 94 PCT 13 P2 VS3 -. 99 VS3 TEH .610 NBAZ1 18 H

+.. . .... ÷..----------..---.----.----+----.----+-.-... .+--- - ........----

+ +....-- -- +------+--- . ...-- +--........ +.--+

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+ .. ÷.. . ... .+..

+----+ .. + .. +.. ..----------..... .. .. -.- . .... ÷...-----

+ ----+ -- . ..---

+ -. +-.. +--+-........ + .....-... +

7 ST Max

SG '- 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:27:33

+ . . . . .. . . ----------

. +-. .. .. . . . . .. +-.. .. ..--.. .. - ..-----

+-. . .+..----+ +--- '+ ...... + ...... + ...--..-

++ ' -- - + -- +

i ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+ .. +.. - ....-- ..- + .. +..+

-- --- ..+ .-------

+..--------------..+- +--.+-. +----+..---- +- ... +.-+. .... ......------ +- ....... +

98 181 .51 117 PCT 16 P2 VS3 -. 78 VS3 TEH .610 NBAZ1 13 H 98 181 .80 89 PCT 16 P3 VS3 -. 75 .55 VS3 VS3 .580 ZPUFZ 68 H DOAI 100 181 .33 130 PCT 12 P2 VS3 -. 97 VS3 TEH .610 NBAZ1 13 H 106 181 .33 116 PCT 8 P2 VS3 -. 98 VS3 TEH .610 NBAZI 19 H 49 184 .22 109 PCT 8 P2 BW2 -. 98 VS3 TEC .610 NBAZ1 7 C 99 184 .34 121 PCT 12 P2 VS3 -1.90 VS3 TEH .610 NBAZ1 13 H 77 186 .23 73 PCT 11. P2 "VS3 -. 68 VS3 TEH .610 NBAZ1 14 H 81 186 .69 108 PCT 18 P2 VS4 -. 64 VS3 TEC .610 NBAZI 11 C 81 186 1.27 92 PCT 21 P3 VS4 -. 78 .47 VS4 VS4 '.580 ZPUFZ 74 C 79 188 .28 107 PCT 10 P2 VS3 -1.12 VS3 TEC .610 NBAZ1 8 C 81 188 .10 93 DSI P1 09C -. 30 VS3 TEC .610 NBAZ1 8 C 81 188 .26 110 PCT 10 P2 VS2 -1.98 VS3 TEH .610 NBAZ1 13 H 58 189 .26 158 PCT 9 P2 VS3 -. 44 VS3 TEC .610 NBAZ1 7 C

.---- +..+----.----+-----------------

....------------- * -- -- ------ +------+----+-------.+ .------+------ +--+---------+-...---- +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+ .. .. ..... ----------...

.. .. .. .. +---........+__............----------+ ..----- -+-..+-...+--+- ....... + ...---. +

Tubes: 262 Records: 350 8 ST Max

APPENDIX C STEAM GENERATOR 32

SUMMARY

DATA SHEETS

SG -32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:29:54

+---- ..----------- +----+-----+-- -+-----+-------+----.....-+------+-----+---++ -. + - --------- +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL2I

÷ . .+. . . .. . .+. . . .÷ . .+. . . .....

+- ... ... . +... -...-... +. .. .. . ... ..----- . .+- ... ..-- +- .... ...-- ... . +..

1 41 10 .26 140 PCT 10 P2 VS3 -. 53 VS3 TEC .610 NBAZ4 25 C 52 11 .29 138 PCT 10 P2 VS3 -. 45 VS3 TEC .610 NBAZ4 26 C 75 12 .48 131 PCT 15 P2 VS3 -. 61 VS3 TEC .610 NBAZ4 29 C 75 12 .31 125 PCT 11 P2 VS3 .67 VS3 TEC .610 NBAZ4 29 C 75 12 .63 98 PCT 12 P3 VS3 -. 81 .21 VS3 VS3 .580 ZPUFZ 56 H 72 13 .20 146 NOI 3 08H 4.95 VS3 TEH .610 NBAZ1 28 H 76 15 .31 135 PCT 10 P2 VS4 -. 48 VS3 TEC .610 NBAZ4 30 C 1 82 15 .32 125 PCT 11 P2 VS3 .78 VS3 TEC .610 NBAZ4 30 C 69 18 .35 81 PCT 11 P2 VS3 -. 69 VS3 TEC .610 NBAZ4 30 C 86 21 .33 139 PCT 11 P2 VS3 .61 VS3 TEC .610 NBAZ4 29 C 100 21 .27 128 PCT 9 P2 VS3 -. 40 VS3 TEC .610 NBAZI 45 C 102 21 .47 132 PCT 15 P2 VS3 -. 78 VS3 TEC .610 NBAZ1 44 C 102 21 .98 89 PCT 17 P3 VS3 -. 67 .16 VS3 VS3 .580 ZPUFZ 56 H 100 23 .37 110 PCT 10 P2 VS3 -. 44 VS3 TEH .610 NBAZ1 27 H 72 25 .23 108 PCT 9 P2 07C .30 VS3 TEC .610 NBAZ4 29 C 84 25 .28 76 PCT 10 P2 VS4 -. 62. VS3 TEC .610 NBAZ4 29 C 113 26 .29 140 PCT 10 P2 VS3 .27 VS3 TEC .610 NBAZ1 44 C 111 28 .34 128 PCT 12 P2 VS3 .33 VS3 TEC .610 NBAZ1 40 C 113 28 .26 108 PCT 10 P2 VS3 .36 VS3 TEC .610 NBAZ1 40 C 111 32 .29 96 PCT 10 P2 VS3 .42 VS3 TEC .610 NBAZ1- 41 C 117 32 .29 124 PCT 10 P2 VS3 -1.42 VS3 TEH .610 NBAZ1 31 H 123 32 .29 111 PCT 11 P2 VS3 .32 VS3 TEC .610 NBAZ1 40 C 114 33 .20 140 PCT 7 P2 1OH -. 10 VS3 TEH .610 NBAZ1 31 H 23 34 .28 136 PCT 9 P2 08H .88- VS3 TEH .610 NBAZ1 29 H 99 34 .26 118 PCT 9 P2 VS3 -. 87 VS3 TEC .610 NBAZ1 45 C 102 35 .71 97 PCT 19 P2 VS4 .54 VS3 TEC .610 NBAZ1 44 C 102 35 1.13 100 PCT 20 P3 VS4 .57 .62 VS4 VS4 .580 ZPUFZ 70 C 1 113 38 .27 97 PCT 9 P2 VS3 -. 72 VS3 TEC .610 NBAZ1 45 C 127 38 .22 138 DSI P1 10H .73 VS3 TEH .610 NBAZ1 32 H 125 42 .44 103 PCT 14 P2 VS4 .91 VS3 TEC .610 NBAZ1 40 C 48 43 .31 115 PCT 11 P2 VS3 -. 43 VS3 TEC .610 NBAZ4 21 C 122 43 .31 148 PCT 10 P2 VS3 .65 VS3 TEH .610 NBAZ1 31 H 99 44 .37 137 PCT 12 P2 VS3 -. 89 VS3 TEC .610 NBAZ1 44 C 63 46 .24 44 PCT 7 P2 BW1 -. 93 VS3 TEH .610 NBAZI 25 H 121 46 .68 109 PCT 17 P2 VS2 -. 73 VS3 TEH .610 NBAZ1 38 H 121 46 1.60 94 PCT 25 P3 VS2 -. 72 .31 "VS2 VS2 .580 ZPUFZ 56 H DOAI 51 48 .26 47 PCT 9 P2 09H .92 VS3 TEH .610 NBAZ1 29 H 132. 49 .70 124 PCT 18 P2 VS3 .82 VS3 TEC .610 NBAZ1 53 C 132 49 1.36 82 PCT 22 P3 VS3 .77 .36 VS3 VS3 .580 ZPUFZ 56 H 140 49 .25 110 PCT 8 P2 11H -. 37 VS3 TEH .610 NBAZ1 38 H 112 51 .33 119 PCT 10 P2 BW1 1.51 VS3 TEH .610 NBAZ1 31 H 105 52 .28 118 PCT 10 P2 VS4 -. 67 VS3 TEC .610 NBAZ1 44 C 135 52 .23 107 PCT 8 P2 VS3 .52 VS3 TEH .610 NBAZ1 38 H 68 53 .30 128 PCT 9 P2 09H .79 VS3 TEH .610 NBAZ1 26 H 118 53 .29 119 PCT 9 P2 VS2 -. 98 VS3 TEH .610 NBAZ1 38 H

+ .. +. .. + .. . .. ÷. .. +-......--

.. . .. + . . . . +.. .. . . . .----------- + ... ... +.. . +- ... + . --...

-.- .... ...-- + -+-..+- - - +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

÷ . .+ . .--. . ...-- . .- . .-- . . . . -. . + .- . -..---------

- . +... . . .. ÷ - ..-- .. +----... ,+ ... .... ... . ... .-----....-- .- ... +- ... .+

1 ST Max

SG - 32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:29:54

+ .. +.. ..... +..----------...............---

÷.. .. + .. +.. ..-+-.. ---- +----........+ ........... +..-....+........--.-.+-. .+

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+ .. +.. ..... - +.. .. + ..

+-......--.....-+....+------ +.. ..---------- - - - + ....---- +-- .--- +-...+-. +--+-........ + .....-... +

1 120 53 .47 122 PCT 13 P2 VS2 -. 79 VS3 TEH .610 .NBAZ1 38 H 1 125 54 .99 106 PCT 22 P2 VS1 -. 79 VS3 TEH .610 NBAZ1 37 H 1 125 54 .50 131 PCT 14 P2 VS3 -. 77 VS3 TEC .610 NBAZ1 45 C 1 125 54 1.41 95 PCT 23 P3 VS1 -. 76 .52 VS1 VS1 .580 ZPUFZ 56 H 1 118 55 .29 71 PCT 9 P2 VS2 -. 73 VS3 TEH .610 NBAZ1 37 H 1 128 55 1.82 105 PCT 30 P2 VS2 1.07 VS3 TEH .610 NBAZI 38 H 1 128 55 1.57 113 PCT 30 P2 VS3 .82 VS3 TEC .610 NBAZI 44 C 1 128 55 1.79 86 PCT 27 P3 VS2 .89 .49 VS2 VS2 .580 ZPUFZ 56 H 1 128 55 1.64 84 PCT 25 P3 VS3 .82 .29 VS3 VS3 .580 ZPUFZ 56 H DOAI 1 138 55 .34 100 PCT 11 P2 VS1 .90 VS3 TEH .610 NBAZ1 38 H 1 140 55 .36 123 PCT 11' P2 VS1 .81 VS3 TEH .610 NBAZ1 38 H 1 43 56 .43 22 PCT 13 P2 VS3 .91 VS3 TEH .610 NBAZ1 31 H 103 56 .34 110 PCT 12 P2 VS3 .81 VS3 TEC .610 NBAZ1 44 C 1 120 57 .32 130 PCT 10 P2 VS2 -. 85 VS3 TEH .610 *NBAZ1 37 H 1 128 59 .33 122 PCT 11 P2 VS3 .76 VS3 TEC .610 NBAZ1 44 C 1 12 61 .36 85 PCT 11 P2 06H .69 VS3 TEH .610 NBAZ1 43 H 1 106 61 .26 98 PCT 9 P2 VS3 .65 VS3 TEC .610 NBAZ1 45 C 1 112 61 .33 124 PCT 10 P2 VS2 -. 89 VS3 TEH .610 NBAZ1 38 H 1 118 61 .33 87 PCT 11 P2 VS3 -. 62 VS3 TEH .610 NBAZ1 32 H 1 142 63 .29 82 PCT 10 P2 VS3 .48 VS3 TEH .610 NBAZ1 37 H 1 129 64 .39 109 PCT 12 P2 VS1 -1.09 VS3 TEH .610 NBAZ1 38 H 1 129 64 .52 104 PCT 14 P2 VS2 -. 99 VS3 TEH .610 NBAZ1 38 H 1 129 64 .49 116 PCT 15 P2 VS3 .77 VS3 TEC .610 NBAZ1 44 C 1 129 64 1.10 108 PCT 25 P2 VS4 -. 73 VS3 TEC .610 NBAZ1 44 C 1 129 64 .96 95 PCT 17 P3 VS2 -. 86 .39 VS2 VS2 .580 ZPUFZ 56 H 1 129 64 1.02 86 PCT 18 P3 VS3 .69 .42 VS3 VS3 .580 ZPUFZ 56 H DQAI 1 129 64 1.97 96 PCT 29 P3 VS4 -. 62 '68 VS4 VS4 .580 ZPUFZ 70 C DOAI 1 156 65 .,24 119 PCT 8 P2 11H -. 25 VS3 TEH .610 NBAZ1 38 H 1 37 66 .30 96 PCT 10 P2 VS3 -. 64 VS3 TEC .610 NBAZ4 17 *C 1 83 66 .32 127 PCT 10 P2 09H .78 VS3 TEH .610, NBAZ1 21 H 1 100 67 .29 108 PCT 9 P2 10H .57 VS3 TEH .610 NBAZ1 21 H 1 117 68 .38 130 PCT 11 P2 VS2 -1.24 VS3 TEH .610 NBAZ1 38 H 1 138 69 .29 119 PCT 9 P2 VS1 -. 39 VS3 TEH .610 NBAZ1 37 H 1 111 70 .32 124 PCT 10 P2 VS2 -. 86 VS3 TEH .610 NBAZ1 41 H 111 70 .31 133 PCT 10 P2 VS3 .63 VS3 TEC .610 NBAZI 51 C 84 71 .33 130 PCT 10 P2 09H .77 VS3 TEH .610 NBAZI 21 H 118 71 .56 129 PCT 15 P2 VS2 .89 VS3 TEH .610 NBAZ1 41 H 118 71 1.13 109 PCT 26 P2 VS4 .45 VS3 TEC .610 NBAZ1 50 C 118 71 .88 88 PCT 16 P3 VS2 .75 .42 VS2 VS2 .580 ZPUFZ 56 H 118 71 1.99 102 PCT 29 P3 VS4 .45 .62 VS4 VS4 .580 .ZPUFZ 70 C DQAI 120 71 .29 72 PCT 10 P2 VS3 1.07 VS3 TEC .610 NBAZ1 50 C 45 72 .85 122 PCT 20 P2 08H .60 VS3 TEH .610 NBAZ1 1 H 45 72 1.01 84 PCT 18 P3 08H .60 .34 07H VS3 .580 ZPUFZ 56 H 124 73 .22 84 PCT 8 P2 VS3' .73 VS3 TEC .610 NBAZ1 51 C 164 73 .20 124 PCT 7 P2 10H .77 VS3 TEH .610 NBAZI 42 H 147 74 .26 82 PCT 9 P2 VS3 .44 VS3 TEC .610 NBAZ1 59 C 157 74 .29 141 PCT 9 P2 VS1 .71 VS3 TEH .610 NBAZI 41 H 157 74 .34 97 PCT 11 P2 VS3 .42 VS3 TEC .610 NBAZ1 59 C 120 75 .78 123 PCT- 19 P2 VS2 -. 90 VS3 TEH .610 NBAZ1 23 H 120 75 1.41 90 PCT 23 P3 VS2 -. 85 .39 VS2 VS2 .580 ZPUFZ 56 H .1 164 75 .27 140 PCT 9 P2 10H .82 VS3 TEH .610 NBAZ1 41 H

-- ---------------------------------------------- +---------------- --- +-----

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+ .. .. +......+ .. .. +...+...----------. .... ......... +- -------- +----..+----+-.....+-......+......- ...------------.. +

2 ST Max

SG - 32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:29:54

+ .... +-- - -- --- +..+ .. + .. "

.. +-------------.----+ 1"'+- --

NCH---+- ....... + .... ............----....- + +-. .--.. +' "--- +- ........ +

I ROW COL VOLTS DEG IND PER CHN LOCN INCHi INCN2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+--+

+ -+ . .---

+- .----- - --- - - -------- --------- _-+- _.+- . .+ ..-. - +- -+----------+-------- +

105 76 .37 133 PCT 11 P2 VS3 .49 VS3 TEH .610 NBAZ1 22 H 117 76 .38 138 PCT 11 P2 VS3 -1.10 VS3 TEH .610 NBAZ1 23 H 121 76 .28 119 PCT 10 P2 VS3 - .71 VS3 TEC .610 NBAZ1 50 C 165 76 .42 133 PCT 12 P2 10H .74 VS3 TEH .610. NBAZ1 23 H 82 77 .30 132 PCT 9 P2 09H .67 VS3 TEH .610 NBAZI 22 H 88 77 .34 90 PCT 12 P2 VS3 .60 VS3 TEC .610 NBAZ4 37 C 112 77 .23 100 -PCT 8 P2 VS3 .76 VS3 TEH .610 NBAZ1 24 H 118 77 .24 79 PCT 8 P2 VS3 -. 23 VS3 TEH .610 NBAZ1 24 H 118 77 1.41 117 PCT 26 P2 VS3 .80 VS3 TEH .610 NBAZ1 24 H 118 77 .81 90 PCT 15 P3 VS3 - .21 .20 VS3 VS3 .580 ZPUFZ 56 H 118 77 2.05 87 PCT 29 P3 VS3 .80 .49 VS3 VS3 .580 ZPUFZ 56 H DOA 51 78 .40 137 PCT 12 P2 08H .60 VS3 TEH .610 NBAZ1 2 H 149 78 .44 95 PCT 13 P2 VS3 .39 VS3 TEH .610 NBAZ1 24 H 149 78 .83 99 PCT 15 P3* VS3 .50 .29 VS3 VS3 .580 ZPUFZ 56 H 118 79 .29 111 PCT 11 P2 VS3 - .15 VS3 TEC .610 NBAZ1 50 C I.

158 79 .27 104 PCT 9 P2 VS1 .84 VS3 TEH .610 NBAZI 23 H I.

85 80 .36 127 PCT 12 P2 VS3 - .83 VS3 TEC .610 NBAZ4 37 C

. 167 80 .26 132 PCT 8 P2 VS3 .73 VS3 TEH .610 NBAZ1 23 H 50 81 .25 99 PCT 8 P2 08H -. 48 VS3 TEH .610 NBAZ1 1 H 114 81 1.08 114 PCT 23 P2 VS3 - .50 VS3 TEH .610 NBAZ1 24 H 114 81 2.12 90 PCT 30 P3 VS3 - .61 .42 VS3 VS3 .580 ZPUFZ 56 H 102 83 .34 123 PCT 10 P2 VS3 .65 VS3 TEH .610 NBAZ1 21 H 116 83 .43 62 PCT 12 P2 VS3 .78 VS3 TEH .610 NBAZ1 23 H 61 84 .29 29 PCT 11 P2 VS3 -. 52 VS3 TEC .610 NBAZ1 40 C 65 84 .32 123 PCT 10 P2 09H .64 VS3 TEH .610 NBAZ1 22 H 118 85 .43 102 PCT 13 P2 VS2 - .42 VS3 TEH .610 NBAZ1 24 H 120 85 .59 121 PCT 16 P2 VS2 .92 VS3 TEH .610 NBAZ1 24 H 120 85 .30 122 PCT 10 P2 VS4 .54 VS3 TEC .610 NBAZ1 51 C 120 85 1.24 95 PCT 21 P3 VS2 .84 .50 VS2 VS2 .580 ZPUFZ 56 H 126 85 .12 45 PCT. 5 P2 VS1 - .72 VS3 TEH .610 NBAZ1 24 H 158 85 .37 113 PCT 11 P2 VS1 .77 VS3 TEH .610 .NBAZ1 24 H 41 86 .51 136 PCT 14 P2 VS3 .55 VS3 TEH .610 NBAZ1 2 H 46 87. 1.10 114 PCT 23 P2 VS3 -. 82 VS3 TEH .610 NBAZ1 2 H 46 87 1.28 91 PCT 21 P3 VS3 -. 82 .23 VS3 VS3 .580 ZPUFZ 56 H 52 87 .34 114 PCT 11 P2 08H -. 28 VS3 TEH .610 NBAZ1 2 H 118 87 .77 106 PCT 18 P2 VS2 -. 61 VS3 TEH .610 NBAZ1 23 H 118 87 1.15 102 PCT 23 P2 VS3 .77 VS3 TEH .610 NBAZ1 23 H 118 87 1.06 106 PCT 25 P2 VS4 .83 VS3 TEC .610 NBAZ1 50 C 118 87 1.00 91 PCT 18 P3 VS2 -. 30 .52 VS2 VS2 .580 ZPUFZ 56 H 118 87 1.72 - 86 PCT 26 P3 VS3 .69 .47 VS3 VS3 .580 ZPUFZ 56 H DQAI 118 87 2.02 96 PCT 30 P3 VS4 .82 .62 VS4 VS4 .580 ZPUFZ 70 C I 19 120 87 .37 66 PCT 11 P2 VS3 .95 VS3 TEH .610 NBAZ1 23 H I124 87 .32 41 POT 10 P2 VS3 .93 VS3 TEN .61O N8AZ1 23 HN 89 88 .29 107 PCT 11 P2 VS3 -. 73 VS3 TEC .610 NBAZ1 40 C 42 89 .53 143 PCT 15 P2 BW1 .82 VS3 TEH .610 NBAZ1 1 H 42 89 .78 118 PCT 14 P3 BW1 .82 .26 07H VS3 .580 ZPUFZ 56 H 88 89 .44 128 PCT 13" P2 09H .88 VS3 TEH .610 NBAZ1 22 H 120 89 .39 97 PCT 12 P2 VS3 .74 VS3 TEH .610 NBAZ1 24 H 45 90 .44 53 PCT 14 P2 BW2 .87 VS3 TEC .610 NBAZ4 14 C

.i -- -.... - - .... -

i ....

i i.... --- . -- - - --- - --:-1111-1:

- .. + -_- ..... :11:---. . -

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL2I 3 ST Max

SG - 32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:29:54

.. .+.. .+ . .. . . ----------.

.. .+. .. +. .. +. . +. . ... ..-...-+ ... .. .+..------ +. ..----

+ + . . -

.. +.----- .... +-..... +--+-- ... .... + ....-....

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT' PDIA PTYPE CAL L UTIL1 UTIL2I

.. .+. .. +. . .. . . . . .+ . .+.. .+..----------+.........

-. .....----..- - - .--.. +....+----+ -- -..---- +-. . +-.. . +--+-........ +...- ..... +

1 113 90 .30 102 PCT 10 P2 VS4 .99 VS3 TEC .610 NBAZ1 51 C 157 90 .34 131 PCT 11 P2 VS1 .76 VS3 TEH .610 NBAZ1 24 H 48 91 .39 153 PCT 12 P2 VS3 .60 VS3 TEH .610 NBAZ1 2 H 102 91 .32 92 PCT 10 P2 VS3 .81 VS3 TEH .610 NBAZ1 19, H 110 91 .40 63 PCT 12 P2 VS3 .92 VS3 TEH .610 NBAZ1 20 H 118 91 .33 123 PCT 12 P2 VS4 -. 69 VS3 TEC .610 NBAZ1 50 C 134 91 .52 105 PCT 14 P2 11H 1.00 VS3 TEH .610 NBAZ1 20 H 134 91 .63 80 PCT 13 P3 11H 1.31 .24 10H VS1 .580 ZPUFZ 53 H 45 92 1.35 126 PCT 26 P2 BW1 -. 85 VS3 TEH .610 NBAZ1 1 H 45 92 1.52 98 PCT 24 P3 BW1 -. 85 .34 07H VS3 .580 ZPUFZ 56 H DOAI 49 92 .97 125 PCT 21 P2 BW1 -. 98 VS3 TEH .610 NBAZ1 1 H 49 92 .85 110 PCT 15 P3 BW1 -. 90 .21 08H VS3 .580 ZPUFZ 56 H DOAI 103 92 .40 103 PCT 12 P2 VS3 .50 VS3 TEH .610 NBAZ1 20 H 105 92 .31 '58 PCT 10 P2 VS3 -. 53 VS3 TEH .610 NBAZ1 20 H 48 93 .31 137 PCT 10 P2 VS3 -. 88 VS3 TEH .610 NBAZ1 1 H 52 93 .33 99 PCT 11 P2 VS3 -. 69 VS3 TEH .610 NBAZ1 1 H 96 93 .33 135 PCT 10 P2 09H .65 VS3 TEH .610 NBAZ1 20 H 102 93 .33 55 PCT 10 P2 VS3 .68 VS3 TEH .610 NBAZ1 20 H 118 93 .35 58 PCT 11 P2 VS2 .50 VS3 TEH .610 NBAZ1 19 H 47 94 .52 137 PCT 15 P2 BW2 .80 VS3 TEC .610 NBAZ4 14 C 47 94 .85 113 PCT. 16 P3 BW2 .90 .32 07C VS3 .580 ZPUFZ 70 C 91 94 .13 21 PCT 5 P2 BW1 .75 VS3 TEH .610 NBAZ1 19 H 46 95 .35 146 PCT 11 P2 08H 1.15 VS3 TEH .610 NBAZ1 4 H "46 95 .33 115 PCT 11 P2 BW1 -. 77 VS3 TEH .610 NBAZ1 4 H 94 95 .27 85 PCT 9 P2 10H .89 VS3 TEH .610 NBAZ1 19 H I 118 95 .46 110 PCT 15 P2 VS4 -. 77 VS3 TEC .610 NBAZ1 50 C 1 118 95 1.07 90 PCT 19 P3 VS4 -. 77 .44 VS4 VS4 .580 ZPUFZ 70 C DOAI 120 95 .73 106 PCT 17 P2 VS3 -. 78 VS3 TEH .610 NBAZ1 18 H 120 95 .98 111 PCT 21 P2 VS3 .77 VS3 TEH .610 NBAZ1 18 H 120 95 1.81 94 PCT 27 P3 VS3 -. 78 .47 VS3 VS3 .580 ZPUFZ 56 H 120 95 1.65 83 PCT 25 P3 VS3 .87 .52 VS3 VS3 .580 ZPUFZ 56 H DOAI 134 95 .39 124 PCT 11 P2 1IH 1.00 VS3 TEH .610 NBAZ1 18 H 47 96 .34 119 PCT 11 P2 VS3 .51 VS3 TEH .610 NBAZ1 3 H I 49 96 .53 97 PCT 15 P2 BW1 -1.00 VS3 TEH .610 NBAZ1 1 H 49 96 .36 50 PCT 13 P2 BW2 -. 84 VS3 TEC .610 NBAZ4 13 C 49 96 1.13 95 PCT 19 P3 BW1 -. 93 .29 08H VS3 .580 ZPUFZ 56 H 48 97 .41 123 PCT 12 P2 VS3 -. 62 VS3 TEH .610 NBAZ1 3 H 78 97 .28 63 PCT 9 P2 VS2 -. 93 VS3 TEH .610 NBAZ1 20 H 1 92 97 .43 117 PCT 12 P2 10H .66 VS3 TEH .610 NBAZ1 20 H 49 98 .28 50 PCT 10 P2 BW1 .79 VS3 TEH .610 NBAZI 4 H 49 98 1.36 111 PCT 26 P2 VS3 .68 VS3 TEH .610 NBAZ1 4 H 1 49 98 1.20 74 PCT 20 P3 VS3 .69 .26 VS3 VS3 .580 ZPUFZ 56 H DOAI 89 98 .23 75 PCT 8 P2 VS4 98 VS3 TEC .610 NBAZ1 41 C 103 98 .47 93 PCT 13 P2 VS3 .51 VS3 TEH .610 NBAZ1 19 H 94 99 .26 59 PCT 8 P2 VS2 -. 89 VS3 TEH .610 NBAZ1 19 H 98 99 .33 59 PCT 10 P2 VS2 -1.08 VS3 TEH .610 NBAZ1 19 H 87 100 .25 145 DSI P1 09H .76 VS3 TEH .610 NBAZ1 5 H 103 100 .26 108 PCT 8 P2 BW1 -. 84 VS3 TEH .610 NBAZ1 20- H 171 100 .29 134 PCT 9 P2 11H .73 VS3 TEH .610 NBAZI 18 H

.. +..+.----------...... + +....+..+-

-+- -+- --..----.. + ----..

+ -. +-. .- +---+---....+-.....+

ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+ . .+. . . . . . . .+. . . .+. . .....------ ....

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- +-.. . .+..- .. --.+. - - -... + -. . . .+

4 ST Max

SG - 32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:29:54

..-.-. -----+----+----+----

.---------- +----.. +- ----------- - ----+---------+. + -+- -------

.----- -+

- -+- +--+----------+---- - ------

I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

.. . - . .+. . ...-- ------------..

. .+. . . . . .+. . .......-----

- - + . -.-- + -....... +.... .....----.....-- +- ... - -+- ... .... +...- ..... +

52 101 .49 92 PCT P2 VS3 - .46 VS3 TEH .610 NBAZ1 "3 H 144 101 .41 94 PCT P2 VS1 -. 98 VS3 TEH .610 NBAZ1 17 H 49 102 1.06 98 PCT P2 BW1 - .89 VS3 TEH .610 NBAZ1 4 H P3 BW1 .31 08H VS3 ..580 ZPUFZ 53 H DOAI 49 102 1.92 95 PCT - .64 69 102 1.04 100 PCT P2 VS3 -i.00 VS3 TEH .610 NBAZ1 19 H 69 102 1.81 93 PCT P3 VS3 - .80 .55 VS3 VS3 .580 ZPUFZ 53 H 79 102 .79 129 PCT P2 09H .53 VS3 TEH .610 NBAZI 19 H 79 102 .89 86 PCT P3 09H .76 .26 08H VS2 .580 ZPUFZ 53 H 93 102 .58 49 PCT P2 VS2 .72 VS3 TEH .610 NBAZI 20 H 93 102 1.24 84 PCT P3 VS2 .59 .32 VS2 VS2 .580 ZPUFZ 53 H 159 102 .12 119 DSI P1 11H .43 VS3 TEH .610 NBAZI 17 H 159 102 .56 81 PCT P3 11H .46 .13 10H VS1 .580 ZPUFZ 53 H 48 103 .53 145 PCT P2 BO1 .96 VS3 TEH .610 NBAZ1 4 H 48 103 1.10 103 PCT P2 VS3 -. 79 VS3 TEH .610 NBAZ1 4 H 48 103 1.03 83 PCT P3 BW1 .95 .31 08H VS3 .580 ZPUFZ 53 H 48 103 2.25 85 PCT P3 VS3 -. 68 .42 08H VS3 .580 ZPUFZ 53 H 98 103 .27 70 PCT P2 VS3 .81 VS3 TEC .610 NBAZ1 19 C 102 103 .42 101 PCT P2 VS3 .79 VS3 TEC .610 NBAZ1 19 C 170 103 .25 113 PCT P2 11H .68 VS3 TEH .610 NBAZ1 18 H 47 104 .39 126 PCT P2 BW1 - .41 V53 TEH .610 NBAZI1 3 H 47 104 .59 94 PCT P2 VS3 - .77 VS3 TEH .610 NBAZI 3 H I.

47 104 .46 96 PCT P2 BW2 .79 VS3 TEC .610 NBAZ4 13 C 47 104 1.11 107 PCT P3 VS3 - .77 .59 07C VS3 .580 ZPUFZ 70 C 47 104 .74 108 PCT P3 BW2 .89 .21 07C VS3 .580 ZPUFZ 70 C DAI 49 104 1.24 105 PCT P2 BW1 - .99 V53 TEH .610 NBAZ1 3 H 49 104 .54 88 PCT P3 BW1 - .82 .21 08H VS3 .580 ZPUFZ 53 H 49 104 1.95 89 PCT P3 BW1 - .67 .34 08H VS3 .580 ZPUFZ 53 H DQAI 55 104 .75 114 PCT P2 BWI 1.56 VS3 TEH .610 NBAZ1 3 H 55 104 .45 85 PCT P2 Vs3 .77 VS3 TEH .610 NBAZ1 3 H 55 104 -.97 101 PCT P3 BW1 *1.81 .24 08H VS3 .580 ZPUFZ 53 N 55 104 .80 81 PCT P3 VS3 .94 .32 08H VS3 .580 ZPUFZ 53 H 81 104 .85 .129 PCT P2 09H .69 VS3 TEH .610 NBAZ1 19 H 81 104 .82 82 PCT P3 09H .73 .29 08H VS2 .580 ZPUFZ 53 H 81 104 .92 75 PCT P3 09H .73 .24 08H VS2 .580 ZPUFZ 53 H 58 105 .33 99 PCT P2 BW1 .71 VS3 TEH .610 NBAZ1 19 H 75 106 .37 141 PCT P2 VS2 .35 VS3 TEH .610 NBAZI 20 H 87 106 .27 135 DSI P1 09H .85 VS3 TEH .610 NBAZ1 20 H 87 106 .,74 81 PCT P3 09H .77 .29 08H VS2 .580 ZPUFZ 53 H 89 106 .25 148 PCT P2 VS3 - .60 VS3 TEC .610 NBAZ1 20 C 103 106 .25 105 PCT P2 VS3 .56 VS3 TEC .610 NBAZ1 20 C 119 106 .25 120 PCT P2 VS4 - .58 VS3 TEC .610 NBAZ1 31 C 54 107 .28 144 PCT P2 VS3 - .57 VS3 TEC .610 NBAZ4 14 C 96 107 .33 36 DSI P1 10H .98 VS3 TEH .610 NBAZI 20 N 170 107 .31 98 PCT 10 P2 VS4 .64 VS3 TEC .610 NBAZ1 39 C 47 108 1.98 111 PCT 31 P2 BW1 - .87 VS3 TEH .610 NBAZ1 3 H 47 108 .66 92 PCT 17 P2 BW1 - .28 VS3 TEH .610 NBAZ1 3 H 47 108 .31. 135 PCT 10 P2 VS3 .62 VS3 TEH .610 NBAZ1 3 H 47 108 2.78 96 PCT 37 P3 BW1 - .50 .50 07H VS3 .580 ZPUFZ 53 H 47 108 .92 107 PCT 18 P3 BW1 .05 .29 07H VS3 .580 ZPUFZ 53 H 47 108 .98 *87 PCT 19 P3 VS3 .48 .50 07H VS3 .580 ZPUFZ 53 H 51 108 1.01 107 PCT 22 P2 BW1 -. 81 VS3 TEH .610 NBAZ1 3 H 51 108 1.30 97 PCT 23 P3 BW1 -. 55 .37 08H VS3 .580 ZPUFZ 53' H DQAI 81 108 .66 131 PCT 17 P2 09H .88 VS3 TEH .610 NBAZI 19 H 97 108 .24 119 PCT 8 P2 09H .69 VS3 TEH .610 NBAZ1 19 H 47 110 .91 102 PCT 21 P2 VS3 .25 VS3 TEH .610 NBAZ1 3 H

+ . .+ _'+. . .. . . .+. ÷.

. +-. . . ..

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I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL2I

+ . .+. . . . . . . .+. . . .+. . .----------..--.... -..- .... -.--

... ..-- + .. . ... ...----.--

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5 ST Max

SG - 32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:29:54

÷ . . . .- .. . ..-- ..- ..-- . .- . . +. . ÷. .. . -.----....-

. +..-----------. ... +-. .. ..--.. . +.. . ... ..- +-.... +--,-4-. ... .. ... - 4....

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL2I

÷ . . .. - . . ...- ÷..- +. .. ÷.. .÷- . .--. .--.. . .. . ..

. -... . . . .. . . ÷. . ..

..÷.----------------.. ..--......--.--.. +.-- - .- ... .... +

1 47 110 1.87 91 PCT 29 P3 VS3 .52 .60 VS3 VS3 .580 ZPUFZ 53 H DQAI I49 110 .35 96 PCT 11 P2 BW2 -. 86 VS3 TEC .610 NBAZ4 10 C 49 110 .47 105 PCT 14 P2 BW2 .68 VS3 TEC .610 NBAZ4 10 C 95 110 .38 101 PCT 12 P2 VS3 -. 47 VS3 TEC .610 NBAZ1 20 C 129 110 .48 75 PCT 13 P2 VS1 .79 VS3 TEH .610 NBAZ1 17 H 131 110 .15 110 NOI 3 VS3 14.97 VS3 TEC .610 NBAZ1 31 C 131 110 .14 117 NQI 3 VS3 15.27 VS3 TEC .610 NBAZi 31 C 131 110 .11 114 NOI 3 10C 24.60 VS3 TEC .610 NBAZ1 31 C 131 110 .16 60 NOI 3 10C 24.78 VS3 TEC .610 NBAZ1 31 C 46 111 .58 104 PCT 15 P2 BW1 -. 80 VS3 TEH .610 NBAZ1 3 H 46 111 1.05 101 PCT 20 P3 BW1 -. 53 .60 07H VS3 .580 ZPUFZ 53 H 56 111 .28 73 PCT 9 P2 VS3 -. 70 VS3 TEC .610 NBAZ1 16 C 90 111 .35 123 PCT 10 P2 09H .75 VS3 TEH .610 NBAZI 20 H 95 112 .26 47 PCT 10 P2 VS3 -. 47 VS3 TEC .610 NBAZ1 19 C 44 113 .25 92 PCT 9 P2 08H .20 VS3 TEH .610 NBAZ1 4 H 44 113 .50 141 PCT 14 P2 BWl -. 91 VS3 TEH .610 NBAZ1 4 H 96 113 .42 53 PCT 12 P2 VS2 -. 85 VS3 TEH .610 NBAZ1 19 H 43 114 1.35 115 PCT 26 P2 BW1 -. 95 VS3 TEH .610 NBAZ1 3 H 43 114 1.64 94 PCT 27 P3 BWl -. 64 .42 07H VS3 .580 ZPUFZ 53 H 43 114 .50 82 PCT 11 P3 VS3 .62 .55 07H VS3 .580 ZPUFZ 53 H 47 114 .32 88 PCT 10 P2 VS3 .56 VS3 TEH .610 NBAZ1 3 H 67 114 .41 115 PCT 12 P2 09H .86 VS3 TEH .610 NBAZ1 20 H 1 113 114 .26 131 PCT 8 P2 VS2 .82 VS3 TEH .610 NBAZ1 17 H 131 114 .22 76 NOI 3 VS3 10.14 VS3 TEC .610 NBAZ1 31 C 131 114 .18 74 NOI 3 10C 29.26 VS3 TEC .610 NBAZ1 31 C 42 115 .33 66 PCT 10 P2 BWl -. 77 VS3 TEH .610 NBAZ1 3 H 47 116 1.39 121 PCT 27 P2 BWl -1.07 VS3 TEH .610 NBAZI 4 H 47 116 1.41 95 PCT 24 P3 BW1 -. 77 .47 07H VS3 .580 ZPUFZ 53 H 131 116 .07 74 NOI 3 VS3 14.63 VS3 TEC .610 NBAZI 32 C 131 116 .12 87 NOI 3 VS3 18.48 VS3 TEC .610 NBAZI 32 C 131 116 .15 59 NOI 3 IOC 22.79 VS3 TEC .610 NBAZI 32 C 155 116 .89 110 PCT 20 P2 VS1 -. 84 VS3 TEH .610 NBAZi 18 H 155 116 1.83 91 PCT 29 P3 VS1 -. 72 .50 VS1 VS1 .580 ZPUFZ 53 H 167 116 .26 132 PCT 11 P2 BW2 -1.01 VS3 TEC .610 NBAZ1 38 C 40 117 .39 92 PCT 12 P2 BWl -. 88 VS3 TEH .610 NBAZI 4 H 44 117 .35 119 PCT 11 P2 BWl -. 90 VS3 TEH .610 NBAZ1 4 H 74 117 .24 53 PCT 10 P2 VS3 .67 VS3 TEC .610 'NBAZ1 15 C 96 117 .29 55 PCT 9 P2 09H .77 VS3 TEH .610 NBAZ1 19 H 166 117 .25 134 PCT 10 P2 BW2 -1.20 VS3 TEC .610 NBAZi 35 C 41 118 .40 132 PCT 12 P2 08H .81 VS3 TEH .610 NBAZ1 3 H 131 118 .16 68 NOI 3 10C 21.05 VS3 TEC .610 NBAZ1 31 C 96 119 .31 70 PCT 10 P2 10H 1.05 VS3 TEH .610 NBAZ1 14 H 45 120 .64 124 PCT 17 P2 BWl -1.08 VS3 TEH .610 NBAZl 4 H 45 120 1.52 99 PCT 25 P3 BWl .-. 70 .29 07H VS3 .580 ZPUFZ 53 H 51 120 .24 86 PCT 8 P2 09H -1.05 VS3 TEH .610 NBAZl 4 H 36 121 .55 110 PCT 15 P2 BWl -. 91 VS3 TEH .610 NBAZ1 4 H 36 121 1.29 102 PCT 23 P3 BWl -. 60 .58 07H VS3 .580 ZPUFZ 53 H 58 121 .25 62 PCT 10 P2 VS3 -. 58 VS3 TEC .610 NBAZl 15 C 66 121 .45 87 PCT 13 P2 09H .05 VS3 TEH .610 NBAZi 13 H 100 121 .58 110 PCT 16 P2 VS2 .71 VS3 TEH .610 NBAZ1 13 H

+. .. + ... + .. ... . . .. . .. + . .. + ... + .. +... .. -.. +.. - - - *.

+ . -......

... + .. .. +... .. 4-

+ ..-----------..--

4 - +-- +.. ...- - +-.. +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILl UTIL21

+ . .+. . +. . . . .+.. -...+. -. . ÷..

.+.----------+. .. .. ÷.. ..- .- .+ . ..-.------

.. + .. +.---+- . .---... +-... ---.......-- - . +-........

6 ST Max

SG - 32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:29:54

÷ . .+.. .+. . .. . . . ----------.....--

. .÷.. .+. . +. . _* . . . - - - .- . .. +-- . .. +.. .+ - ...--- +-+.. .- _ +---_-

_-- ÷.. ...--- . +-... .... +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+ . .. + ... + .. .. .. . .. +

+...--+ ...

-.... ÷ .. +... +.. +-.-----. -. -. . .. . .. .. + .. +.. . .---------- ...--- ....-..-- - .+- ........ +

I 100 121 1.37 90 PCT 24 -P3 VS2 .79 .39 VS2 VS2 .580 ZPUFZ 53 H I 35 122 .34 322 PCT 11 P2 05H .86 VS3 TEH .610 NBAZ1 3 H I 35 122 .45 104 PCT 13 P2 BW1 -. 97 VS3 TEH .610 NBAZ1 3 H I 34 123 .31 80 PCT 10 P2 07H -. 96 VS3 TEH .610 NBAZI 3 H 168 123 .37 84 PCT 11 P2 VS1 .50 VS3 TEH .610 NBAZ1 15 H 168 123 .59 121 PCT 18 +P2 BW2 -. 40 VS3 TEC .610 NBAZI 35 C 168 123 1.06 104 PCT 18 P3 BW2 -. 62 .37 10C VS5 .580 ZPUFZ 71 C 69 124 .32 103 PCT 10 P2 VS3 -. 47 VS3 TEC .610 NBAZ1 16 C 38 125 .26 114 PCT 10 P2 VS3 -. 58 VS3 TEC .610 NBAZ4 9 C 48 125 .28 89 PCT 11 P2 VS3 -. 75 VS3 TEC .610 NBAZ4 9 C 90 125 .36 121 PCT 11 P2 09H .88 VS3 TEH .610 NBAZ1 13 H 120 125 .34 53 PCT 10 P2 VS2 .53 VS3 TEH .610 NBAZ1 15 H 31 126 .43 100 PCT 14 P2 DM2 .82 VS3 TEC .610 NBAZ4 9 C 69 126 *.42 129 PCT 12 P2 VS3 -. 43 VS3 TEC .610 NBAZI 16 C 24 127 1.18 101 PCT 24 P2 BW1 .98 VS3 TEH .610 NBAZ1 3 H 24 127 1.61 96 PCT 26 P3 BW1 .99 .42 07H VS3 .580 ZPUFZ 53 H 1 163 128 .34 63 PCT 11 P2 BW2 -. 80 VS3 TEC .610 NBAZ1 36 C 165 128 .74 81 PCT 19 P2 BW2 .39 VS3 TEC .610 NBAZ1 36 C 165 128 1.24 104 PCT 20 P3 BW2 .96 .39 10C VS5 .580 ZPUFZ 71 C 50 129 .35 121 PCT 11 P2 VS3 -. 66 VS3 TEH .610 NBAZ1 4 H 45 132 .44 126 PCT 13 P2" 08H .50 VS3 TEH .610 NBAZ1 4 H 65 132 .36' 123 PCT 11 P2 09H .83 VS3 TEH .610 NBAZ1 11 H 50 133 .76 118 PCT 19 P2 09H 1.00 VS3 TEH .610 NBAZ1 4 H 50 133 .77 74 PCT '16 P3 09H 1.60 .26 08H VS3 .580 ZPUFZ 53 H 76 133 .31 137 PCT 10 P2 VS2 .74 VS3 TEH .610 NBAZI 11 H 1 107 134 .27 110 PCT 7 P2 09H .90 VS3 TEH .610 NBAZ1 12 H 50 135 .76 116 PCT 18 P2 09H 1.24 VS3 TEH .610 .NBAZ1 3 H 50 135 .73 87 PCT 15 P3 09H 1.18 .26 08H VS3 .580 ZPUFZ 53 H DOAI 100 135 .26 34 PCT 7 P2 iCH .92 VS3 TEH .610 ,NBAZ1 12 H 117 136 " .43 124 PCT 12 P2 VS2 -. 50 VS3 TEH .610 NBAZ1 16 H 156 137 .17 137 DSI PI 08H .74 VS3 TEH .610 NBAZ1 15 H 67 138 ;25 63 PCT 7 P2 09H .60 VS3 TEH .610 NBAZ1 12 H 97 138 28.99 100 DTI P5 TSC -1.79 VS3 TEC .610 NBAZ1 20 C 111 138 .36 108 PCT 11 P2 1OH .67 VS3 TEH .610 NBAZ1 15 H 89 144 .30 130 PCT 10 P2 BW1 .87 VS3 TEH .610 NBAZ1 11 H 68 145 .52 137 PCT 14 P2 09H .67 VS3 TEH .610 NBAZI 11 H 103 146 .33 113 PCT 10 P2 10H .74 VS3 TEH .610 NBAZ1 12 H 107 146 .27 55 PCT 7 P2 VS2 -. 79 VS3 TEH .610 NBAZ1 12 H 134 147 .12 130 NQI- 3 VS3 11.16 VS3 TEC .610 NBAZ1 31 C 134 147 .24 134 NOI 3 VS3 11.65 VS3 TEC .610 NBAZ1 31 C 152 147 .25 92 PCT 10 P2 03C .00 VS3 TEC .610 NBAZI 31 C 81 148 .21 144 PCT 7 P2. VS3 -1.29 VS3 TEH .610 NBAZ1. 11 H 134 149 .19 107 NOI 3 VS3 7.43 VS3 TEH .610 NBAZI 13 H 95 152 .29 36 PCT 9 P2 10H .67 VS3 TEH .610 NBAZ1 11 H 80 153 .32 116 PCT 10 P2 VS2 -. 63 VS3 TEH .610 NBAZ1 11 H 100 153 .24 127 PCT 8 P2 09H .84 VS3 TEH .610 NBAZ1 11 H

+ .. +. -----... + ......---- +....+--...+....+....+- - - - - -----

- +----...+. .. - --- + - .+-.. ... +--+-........+...-.. .+

I ROW COL, VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+ . . . . .. . . . . . -.... .. .. . . . ..---------.. ... ..-...-.-..-----

-.-.---- + -- . .+.--- - .+- .. . +-- +.......-- - .+- ........ +

7 ST Max

SG - 32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:29:54

+ .. . . +.. . .. .+ .. ..- + ..-- . .-+.. .+ . .. .. . . .. .. +.. . +--....-----

..+-----------.... ...--.- -

+ ...... +-...... -

+- - - -+ .. - --.. +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE , CAL L UTIL1 UTIL21

+-+--+ - - + - .+ -----

+ ----- - - --+

-+ +--+----------+-- ..... .+

102 153 .24 126 PCT 8 P2 VS2 .83 VS3 TEH .610 NBAZ1 11 H 110 153 .37 129 PCT P2 06H .79 VS3 TEH .610 NBAZI 13 H 89 154 .25 36 PCT P2 VS3 -. 69 VS3 TEH .610 NBAZI 12 H 78 155 .24 127 PCT P2 VS2 .70 VS3 TEH .610 NBAZ1 10 H 71 156 .24 118 PCT P2 VS2 .91 VS3 TEH .610 NBAZ1 11 H 87 156 .22 141 PCT P2 VS3 -. 76 VS3 TEC .610 NBAZ1 11 C 142 157 .34 142. PCT P2 11H .77 VS3 TEH .610 NBAZ1 13 H 117 160 .29 141 PCT P2 VS3 -. 73 VS3 TEC .610 NBAZ1 24 C 118 161 .20 140 PCT P2 1OH 1.04 VS3 TEH .610 NBAZI 13 H 93 164 .39 142 PCT P2 VS2 .64 VS3 TEH .610 NBAZ1 9 H 84 165 .38 130 PCT P2 VS2 .54 VS3 TEH .610 NBAZI 9 H S89 166 .59 113 PCT P2 VS3 -. 78 VS3 TEH .610 NBAZ1 10 H 89 166 .30 135 PCT P2 VS3 .45 VS3 TEH .610 NBAZ1 10 H I 89 166 1.17 90 PCT P3 VS3 -. 87 .31 VS3 VS3 .580 ZPUFZ 53 H DOA 89 166 .51 82 PCT P3 VS3 .71 .29 VS3 VS3 .580 ZPUFZ 53 H 189 166 .41 72 PCT P2 VS3 -. 81 VS3 TEH .610 NBAZ1 13 H 57 170 .34 121 PCT P2 09H .94 VS3 TEH .610 NBAZ1 10 H 87 178 .29 76 PCT P2 VS3 -. 46 VS3 TEC .610 NBAZ1 7 C

t. 189 172 .47 109 PCT P2 VS3 -. 67 VS3 TEC .610 NBAZ1 8 C 56 175 .55 129 PCT P2 BW1 -1.81 VS3 TEH .610 NBAZ1 10 H 56 175 1.24 99 PCT P3 BW1 -1.24 .37 08H VS3 .580 ZPUFZ 53 H 86 175 .09 116 NOI 3 VS3 3.72 VS3 TEC .610 NBAZI 8 C 114 175 .35 127 PCT P2 VS4 -. 61 VS3 TEC .610 NBAZ1 7 C 67 176 .26 121 PCT P2 VS3 -. 55 VS3 TEC .610 NBAZ1 8 C 113 178 .41 133 PCT P2, VS3 -. 55 VS3 TEC .610 NBAZ1 7 C 113 178. .14 156 NQI 3 09C 14.65 VS3 TEC .610 NBAZI 7 C 76 179 .26 124 PCT 8 P2 VS2 .60 VS3 TEH .610 NBAZ1 10 H 96 179 .29 120 PCT 9, P2 VS2 .91 VS3 TEH .610 NBAZ1 10 H 69 180 .89 110 PCT 20 P2 VS3 -. 65 VS3 TEC .610 NBAZ1 4 C 69 180 1.42 90 PCT 24 P3 VS3 -. 83 .31 VS3 VS3 .580 ZPUFZ 53 H DOA 81 180 .14 138 DSI P1 09H .87 VS3 TEH .610 NBAZ1 9 H 97 180 .35 84 PCT 11 P2 VS3. -. 60 VS3 TEC .610 NBAZ1 4 C 72 181 .24 135 PCT 9 P2 VS3 .85 VS3 TEC .610 NBAZ1 3 C 84 183 .26 112 PCT 8 P2 VS3 .51 VS3 TEC .610 NBAZ1 4 C 102 183 .41 101 PCT 14 P2 VS3 -. 60 VS3 TEC .610 NBAZI 3 C 86 187 .33 100 PCT 11 P2 VS4 .58 VS3 TEC .610 NBAZ1 2 C 55 188 .12 118 DSI P1 09H .85 VS3 TEH .610 NBAZ1 7 H 81 188 .24 137 DSI P1 09H .21 VS3 TEH .610 NBAZ1 7 H 78 189 .28 119 PCT 11 P2 VS3 -. 32 VS3 TEC .610 NBAZ1 1 C 50 191 .19 37 NOI 3 05C 22.81 VS3 TEC .610 NBAZ1 2 C

+ . .+.. .+. . .. . -----------.....---

. . . .+ . .+. .. ÷. . + ... ... .. . +... ...- -+ ---

... +. .. . ... ..-- _+- ...... +_ .....-- .- .. +-...... .+

I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+ . .+. . . . . . . .÷. . . .+. . . .. - ... -.

.----------. ..----..------ +- .-- .. +... ... .. ... ..----...--..-.-.--. -+ .....--- +-+........

Tubes: 277 Records: 385 8 ST Max

APPENDIX D PLI & PLP DATA SHEETS

SG - 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:41:20

+-----+-----+-----+------+---+---+ ----- +-----+- + - + - +--+ --- +--+---

I ROW COL VOLTS DEG IND PER CHN LOCN INCHi INCH2 CRIEN BEGT ENOT POXA PTYPE CAL L UTILl UTIL2I

+--------+-----+-----+-----+------+---+---+ ----- +-----+- + - + - + ---- +-+----

+----+-----+-----+-----+-----+----+---+ ----- +-----+- + - + - +--+ --- +-+----

I ROW COL VOLTS. DEG IND PER CHN LOCN INCHi INCH2 CRLEN BEOT ENOT POTA PTYPE CAL L UTILl UTIL2I

+---------+----+-----+-----+-----+----+---+ ----- +-----+ - - --+ ---- +-+----

Tubes: 0 Records: 0 1 ST Mas

SG - 32 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:39:31

+-----+-----+-----+-----+----+---+

----- +-----+- + - + - +--+ --- +-+----

I RaW COL VOLTS DEG IND PER CHN LOCN INCHi INCH2 CRLEN BEGT ENOT P.IA PTYPE CAL L UTIL. UTIL21 153 64 1. 84PLP8FDP ---------- 1.0FDPFDP .60 PA----------H 69-C-- --- -

I 153 64 10.55 84 PIP 8 FOP 1.20 FOP FOP .600 ZPAHZ 69 C HRI I 154 65 14.97 89 PLP 8 FDP .99 FOP FOP .600 ZPAHZ 69 C HRj I I.

I 156 65 15.48 84 PLP 8 FOP .99 FOP FOP .600 ZPAHZ 69 C HRI

----- +--------+-----+------+---+---+---------+-----+*

---------------- - + - + - +-- ---. 4-+----

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

÷ . . . .. .. . . . _ _L .. .. +.. . . ÷..----------+---...--.. -..-- ..-- +..----+ ...---..-- -- . ..---

+-. .. +- .. +--+ ... ...--- +--.. .. .+

Tubes: 3 Records: 3 1 ST Max

APPENDIX E PLUG MAPS and LISTS

SG - 31 Tubes Plugged in U3R16 PaloVerde U3R16 PVNGS33RSG

53 Stay Rod

60 Plugged Tube

6 Tube Plugged in U3R16 5 16 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 138 135 140 145 158 155 168 165 170 175 180 185 198 195 200 170 10 15 26 25 39 35 40 45 59 55 60 65 70 75 80 85 90 95 109 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 290 170 165 160

-L I I I -- t- ý 1- --

I t

..I.....

I I -ý-

I I

...... I -ý--I---

.-T T

- 165 160 155 . . . . . . . . . . . . . . . . 155 150 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150 145 ...... .... ... ......... ... ...... . . .. .... ... .. .

145

.. .................- - -----------140 140

.... T

. 135 135 130 ... .... .... .............................. .... .... 130 125

.... .... .. .. 125 120

.. 120 115

.... . .. .... .... ..... 115 110

.... ......................................................... ............. .. . .... 118 105 18

.e--

185 180 95 ... .... ... . . . . . . . . .

.. .... .... . . . 95 90 90 85 80

-4%.*.....'

..... 85 80 75 t . . . . . . . .

-+- - 75 T

78 70 65 :4i-65 60 60 55 55 50 50 45 45 40 35

. 40 35 30

.. 30 25

. . .. ......... 25

..I .....

. . . .... ... .. . . .. .. . . ... .. 20 20 15 1A

..... . . .. 15 18 5 5 5 19 15 28 25 30 35 40 45 50 55 60 65 70 75 85 90 95 100 1905 118 115 120 125 130 135 149 145 150 155 169 165 170 175 180 185 190 195 200 W..Ibngtvo..s E~dnc Com~panyLLC- ST Max~04102r201210:10:09

SG - 31 ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:49:23

+.. .. +.... ... ÷..+.. .. +--------------...---+---.....+.....+.......+..----------+ .-----+- +-+..÷. .-- +- ....... + ...---. +

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT" PDIA PTYPE CAL L UTILI UTIL21

+.. .. +.....÷..+.. -------------...................------.----..........

... +.. +----+.....-.+.....-.+.....-.+--+-... .+..---. +

1 126 51 .42 84 PCT 15. P2 VS3 -. 40 VS3 TEC .610 NBAZ3 39 C 1 126 51 2.17 99 PCT 35 P2 VS3 1.08 VS3 TEC .610 NBAZ3 39 C 126 51 PBC VS3 TEH .610 NBAZ1 43 H 126 51 TBP VS3 TEH .610 NBAZ1 64 H 126 51 PID P2 VS3 1.08 VS3 TEH .610 NBAZ1 64 ýH 126 51 1.10 99 PCT 20 P3 VS3 -. 65 .20 VS3 VS3 .580 ZPUFZ 69 H DOQA 126 51 1.94 90 PCT 30 P3 VS3 1.27 .29 VS3 VS3 .580 ZPUFZ 69 H 44 89 1.55 102 PCT 30 P2 VS3 -. 65 VS3 TEC .610 NBAZ3 1 C 44 89 .51 92 PCT 16 P2 BW2 -. 69 VS3 TEC .610 NBAZ3 1 C 44 89 PBC VS3 TEH .610 NBAZ1 3 H 44 89 TBP VS3 TEH .610 NBAZ1 64 H 44 89 PID P2 VS3 -. 65 VS3 TEH .610 NBAZI 64 H 44 89 1.87 99 PCT 28 P3 VS3 -. 71 .56 07C VS3 .580 ZPUFZ 74 C DQAl 44 89 .68 133 PCT 13 P3 BW2 -. 98 .22 07C VS3 .580 ZPUFZ 74 C 48 103 PBC VS3 TEH .610 NBAZI 4 H 48 103 .14 70 PCT 7 P2 09H -1.42 VS3 TEH .610 NBAZ1 4 H 48 103 2.40 103 PCT 38 P2 VS3 .62 VS3 TEC .610 NBAZ3 6 C 48 103 .48 82 PCT 14 P2 BW2 .71 VS3 TEC .610 NBAZ3 6 C 48 103. TBP VS3 TEH .610 NBAZI 66 H 48 103' PID P2 VS3 .62 VS3 TEH .610 NBAZ1 66 H 48 10.3 2.24 100 PCT 32 P3 VS3 .95 .23 VS3 VS3 -.580 ZPUFZ 69 H 48 109 PBC VS3 TEH .610 NBAZi" 3 H 48 109 2.55 101 PCT 38 P2 VS3 .73 VS3 TEC .610 NBAZ3 5 C 48 109 TBP VS3 TEH .610 NBAZ1 66 H 48 109 PID P2 VS3 .73 VS3 TEH .610 NBAZ1 66 H 48 109 2.51 91 PCT 35 P3 VS3 .81 .32 VS3 VS3 .580 ZPUFZ 69 H 44 113 NDD VS3 TEC .610 NBAZ3 5 C 44 113 .94 128 PCT 26 P2 BW1 -. 80 VS3 TEH .610 NBAZ1 6 H 44 113 TBP VS3 TEH .610 NBAZ1 66 H 44 113 PID P2 BWl -. 80 VS3 TEH .610 NBAZI 66 H 44 113 2.01 105 PCT 30 P3 BWl -. 77 .54 07H VS3 .580 ZPUFZ 69 H 99 172 .51 123 PCT 16 P2 VS2 -. 98 VS3 TEH .610 NBAZ1 13 H 99 172 1.77 109 PCT 33 P2 VS3 -. 90 VS3 TEH .610 NBAZI 13 H 99 172 PBC VS3 TEC .610 NBAZ1 55 C 99 172 TBP VS3 TEH .610 NBAZ1 66 H 99 172 PID P2 VS3 -. 90

VS3 TEH .610 NBAZi 66 H 99 172 RBD P3 VS2 .87 VS2 VS2 .580 ZPUFZ 68 H QETI 99 172 RBD P3 VS3 .00 VS3 VS3 .580 ZPUFZ 68 H OETI 99 172 1.23 94 PCT 20 P3 VS2 -1.04 .36 VS2 VS2 .580 ZPUFZ 70 H 99 172 2.52 94 PCT 33 P3 VS3 -1.11 .46 VS3 VS3 .580 ZPUFZ 70 H

÷.. .. ..... ÷..÷.. ...-..----.----+-.+-

.------------- --- ...... + ..... +_+---+...÷------......+- ...... + ----.--.---..--.

I ROW COL VOLTS DEG IND PER CHN LOCN INCHI INCH2 CRLENBEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL21

+ .... ÷-------------+...+...+....+.. ----

++--........+ ---. + - ----.----....... +-......+...-----+ -. +----...+

Tubes: 6 Records: 40 ST Max

SG - 32 Tubes Plugged in U3R16 Palo Verde U3R16 PVNGS3 3RSG

53 Stay Rod a 68 Plugged Tube 0 6 Tube Plugged in U3R16 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 170 170 4 ._.......1.

165 165 160 160 155 155 150 145

... .. ~ 150 145 140 140 135 135 130 ...................................... * .. . ., . . . . . . . . . . . . .o , . , * . °.... . . .. .....* , . ., . .. .... .

. .* 130 125 125 120 120 115 !:. ... .{ .....t. .. :. 115 110 110 105 105 lee

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- - ..°. :--.....* °. , ..

.. . -. . . 100

. . . .. . . .. .. . .° . .. ., . . . . . . . . . .. . ., . . . . . . . . . .. .° . . .. o . . .. . . . . . . . . .. .. . ,. . . . .,. . .,

95 95 90 * '.t ."l'" ' " . ".1.". " *° . . 1" .I ".' ' " t "1, " ' . ."1" " .. 1 1". *. ." '* . .". ."

... 1" . .. .1.

I". .I '. 1' . ' " " " I. *-1"."1"

. * ." ."I. " " ." .I. '." -"." 90 85 85 80 80 75 75 70

. :.. I.:. .t. I: :. :I .:I 1-1'

t . I ~"t l . ' ':' ~ t " I ~ " I: t" " t

I" ! . 1 ... i 1.'.. . . . . I.'. t. '. '. ...

T 70 65 65 60 60 55 55 50 50 45 ,9i, .- .-I - -- 4 -i-~ -s- i + + - - + - + - f. - 45 40 40 35 -I 7 - 35

~sj LY I+i+4i-t+

. . . . . . l - -i- - T - .i- . r : -i- - l 30 25 j I~4+d5; IH 30 25 20 20 15 15 10 10 5 5 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 Wesbnghouse Electjic Company LLC- ST Max 04/0212012 10:24:49

,WG- 3e- ST Max Palo Verde 3 U3R16 PVNGS3 20120301 04/08/2012 08:50:13

+----------+-----+-----+----+---+---+

----- +-----+- + - + - --- ,--+-----

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTILI UTIL21

÷ .. +.. .... .. +.. .. ÷..-------------+--...-.....-

-.... +------ -.- ..... -..-.----.-.--.-. +-....+..-+--+-+....... --- +

1 128 55 PBC VS3 TEH .610 NBAZ1 38 H 128 55 1.82 105 PCT 30 P2 VS2 1.07 VS3 TEH .610 NBAZ1 *38 H 128 55ý 1.57 113 PCT 30 P2 VS3 .82 VS3 TEC .610 NBAZ1 44 C 128 55 TBP VS3 TEH .610 NBAZ1 49 H 128 55 PID P2 VS3 .82 VS3 TEH .610 NBAZ1 49 H 128 55 1.79 86 PCT 27 P3 VS2 .89 .49 VS2 VS2 .580 ZPUFZ 56 H 128 55 1.64 84 PCT 25 P3 VS3 .82 .29 VS3 VS3 .580 ZPUFZ 56 H . DOA 45 92 1.35 126 PCT 26 P2 BW1 -. 85 VS3 TEH .610 NBAZ1 1 H 45 92 NDD VS3 TEC .610 NBAZ4 13 C 45 92 TBP VS3 TEH .610 NBAZ1 49 H 45 92 PID P2 BW1 -. 86 VS3 TEH .610 NBAZ1 49 H 45 92 1.52 98 PCT 24 P3 BW1 -. 85 .34 07H VS3 .580 ZPUFZ 56 H DQAI 49 98 .28 50 PCT 10 P2 BW1 .79 VS3 TEH .610 NBAZ1 4 H 49 98 1.36 111 PCT 26 P2 VS3 .68 VS3 TEH .610 NBAZ1 4 H 49 98 PBC VS3 TEC .610 NBAZ4 14 C 49 98 TBP VS3 TEH .610 NBAZ1 49 H 49 98 PID P2 VS3 .68 VS3 TEH .610 NBAZ1 .49 H 49 98 1.20 74 PCT 20 P3 VS3 .69 .26 VS3 V53 .580 ZPUFZ 56 H DQAI 47 108 1.98 111 PCT 31 P2 BW1 -. 87 VS3 TEH .610 NBAZ1 3 H 47 108 .66 92 PCT 17 P2 BW1 -. 28 VS3 TEH .610 NBAZ1 3 H 47 108 .31 135 PCT 10 P2 VS3 .62 VS3 TEH .610 NBAZ1 3 H 47 108 NOD VS3 TEC .610 NBAZ4 14 C 47 108 TBP VS3 TEH .610 NBAZ1 49 H 47 108 PID P2 aW1 -. 87 VS3 TEH .610 NBAZI 49 H 47 108 2.78 96 PCT 37 P3 BW1 -. 50 .50 07H VS3 .580 ZPUFZ 53 H 47 108 .92 107 PCT 18 P3 BW1 .05 .29 07H VS3 .580 ZPUFZ 53 H 47 108 .98 87 PCT 19 P3 VS3 .48 .50 07H VS3 .580 ZPUFZ 53 H 43 114 1.35 115 PCT 26 P2 aWl -. 95 VS3 TEH .610 NBAZ1 3 H 43 114 NOD VS3 TEC .610 NBAZ4 10 C 43 114 TBP VS3 TEH .610 NBAZ1 49 H 43 114 PID P2 BW1 -. 95 VS3 TEH .610 NBAZ1 49 H 43 114 1.64 94 PCT 27 P3 BWl -. 64 .42 07H VS3 .580 ZPUFZ 53 H 1 43 114 .50 82 PCT 11 P3 VS3 .62 .55 07H VS3 .580 ZPUFZ 53 H 1 47 116 1.39 121 PCT 27 P2 BWl -1.07 VS3 TEH .610 NBAZ1 4 H 47 116 NOD VS3 TEC .610 NBAZ4 10 C 47 116 TBP VS3 TEH .610 NBAZ1 49 H 47 116 PID P2 BW1 -1.07 V53 TEH .610 NBAZ1 49 H 47 116 1.41 95 PCT 24 P3 BW1 -. 77 .47 07H VS3 .580 ZPUFZ 53 H S. .. +_- __- .. . ..--.

.+....------ .----------.--..... ...-

-.... + -. . -----.

.. + . .. . ----. .. .+-. .+.-+--+- ........ + ..... __+

I ROW COL VOLTS DEG IND PER CHN LOCN INCH1 INCH2 CRLEN BEGT ENDT PDIA PTYPE CAL L UTIL1 UTIL2I

+.. .. .... . .. .. ..-------------....-....----

+---- ..--- +......+.....+.. ...........-------- +-......+--+-...... -+........+

Tubes: 6 Records: 38 ST Max

v t e Letter Sequence Request
TAC:ME9412, (Approved, Closed)
Initiation Request Acceptance... Administration Questions Answers Results Approval Other:
MONTHYEAR2012-08-07 [Table View]

ML12242A249

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