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PSEG Nuclear LLC Hope Creek Station B-Reactor Recirculation Decontamination Connection Leak Cause Determination Report Notification No. 20230319, Event Date: March 27. 2005
	ML050980173
Person / Time
Site:	Hope Creek
Issue date:	04/05/2005
From:	Cirilli J, Roberts T, Williams J; Public Service Enterprise Group
To:	; Document Control Desk, Office of Nuclear Reactor Regulation
References
	FOIA/PA-2010-0209, Notification No. 20230319
	Download: ML050980173 (229)
	v • d • e

PSEG Nuclear LLC Hope Creek Station B-Reactor Recirculation Decontamination Connection Leak Cause Determination Report Notification No. 20230319 Event Date: March 27. 2005 Prepared by: Date: V/ 6 2f 4Ili Engineering Programs App oveIby: i 6 i Date: A____/_

Tom Roberts, Supervisor Materials Engineering Approved by: L LI) Date: Z/5/S Hope Creek Engineering Director Team Members and Organization Represented:

Management Sponsor Joe Williams, Hope Creek Engineering Team Leader Tom Roberts, Engineering Programs Root Cause Investigator (PSEG) John Morrison Team Members:

Licensing: J. Nagle

Engineering Programs: W. Denlinger, J. Cirilli, H. Malikowski, A. Garcia, F. Szanyi

Design Engineering: A. Johnson, J. Barkhammer

System Engineering: P. Kordziel

Component Engineering: A. Tramontana

MPR: R. Keating

Table of Contents No. Section Paqe References 1.0 Executive Summary 3 2.0 Problem Statement 4 3.0 Problem Identification 4 4.0 Event Narrative 4 5.0 Organizational Response 5 6.0 Consequences and Significance 5 7.0 Investigation Scope 5 8.0 Conclusions and Recommendations 6 9.0 Effectiveness Review Plan 30 10.0 Attachments 31 A. Operating Experience B. Charts and Data C. Acronyms

References:

1. Sargent & Lundy LLC Project 11050-356, Independent Assessment of Hope Creek Reactor Recirculation System and Pump Vibration Issues, dated November 12, 2004

Hope Creek B Decontamination Connection Leak Cause Determination Report 1.0 EXECUTIVE

SUMMARY

1.1 Event and Consequences Hope Creek was taken off line the weekend of March 26, 2005, to investigate the source of unidentified drywell leakage, which was being tracked over the prior few weeks. The leakage was well below both the technical specification and administrative limits. During the drywell walkdown on March 27, 2005, at 22:22, personnel identified an approximate 4 foot steam plume from the B Reactor Recirculation System decontamination connection (87' elevation). Upon removal of the insulation, the specific point of the leak was identified as a crack located on the 4 inch nominal pipe size (NPS) portion of the decontamination port weld attaching it to the transition fitting that is attached directly to the Reactor Recirculation system piping.

1.2 Significance The B decontamination connection crack had low nuclear safety significance, as analysis demonstrated substantial margin before total rupture of the 4 inch NPS pipe in the as-found condition.

1.3 Summary of Conclusions The metallurgical investigation revealed that the crack initiated near the pipe outer diameter (OD) surface at the pipe-to-weldolet weld interface.

The crack origin was associated with a subsurface weld discontinuity, near the pipe OD surface. The crack propagated by fatigue, and appears to be episodic with several arrest/restart cycles. There was no evidence of stress corrosion cracking. The presence of the decontamination spool geometry that experienced damaging high cycle vibration during certain recirculation system operating conditions (The RR system operating conditions of concern were pump speeds of 1460 rpm to 1580 rpm coincident with additional acoustic resonance driving force), coupled with a subsurface weld discontinuity, resulted in fatigue cracking of the B decontamination connection. The corrective action to prevent future fatigue cracking of the decontamination connections was to shorten the length of the 4 inch NPS pipe to eliminate any possibility for normal system operation to have any adverse effect on it. This was performed on both the A and B Loop decontamination connections.

Extent of condition (EOC) inspections on similar piping connections in the reactor recirculation system did not identify any additional cracking.

EOC analyses and calculation reviews did not identify other similar design vulnerabilities.

The decontamination port, which is sealed with a bolted blank flange during plant operations, is a short length 4 inch NPS, schedule 80 type Page 3

Hope Creek B Decontamination Connection Leak Cause Determination Report 304 stainless steel pipe welded to the reactor coolant system piping on the suction side of the 'B' Reactor Recirculation pump. The port is designed to be used on an infrequent basis during outage periods when a hose is bolted to the flange of the port and water is flushed through it to clear and decontaminate the piping system. The port is located between the isolation valve F023B and the suction of B Reactor Recirculation pump. There has been no prior cracking of the decontamination connections at Hope Creek. No prior cracking of a decontamination port in the industry was identified by a review of Nuclear Network Operating Experience.

Corrective actions included shortening the length of the 4 inch NPS pipes to increase the natural frequencies to be noncoincident with the pump 5X frequencies. Additionally, the reactor recirculation piping and attached piping were verified to have no similar vulnerabilities or degradation through analysis and inspections.

2.0 PROBLEM STATEMENT During the drywell walkdown on March 27, 2005 at 22:22, personnel identified an approximate 4 foot steam plume under the insulation at the B Reactor Recirculation system decontamination connection (87' elevation). The steam leak was caused by a fatigue crack in the 4 inch NPS portion of the B Reactor Recirculation system decontamination port on the weld attaching it to the transition fitting that is attached directly to the Reactor Recirculation system piping.

3.0 PROBLEM IDENTIFICATION The through-wall leak of the B Reactor Recirculation system decontamination port was self-revealing. The exact duration that the crack existed is indeterminate, however, metallurgical examination of the crack suggest that a significant portion of the fatigue crack existed for an extended period, possibly years. The decontamination connection geometric vulnerabilities have existed since initial operation of the plant.

4.0 EVENT NARRATIVE Hope Creek was taken off line the weekend of March 26, 2005 to investigate the source of unidentified drywell leakage, which was being tracked over the prior few weeks. The leakage was well below both the technical specification and administrative limits. During the drywell walkdown on March 27, 2005 at 22:22, personnel identified an approximate 4 foot steam plume under the insulation at the B Reactor Recirculation system decontamination connection (87' elevation). Upon removal of the insulation, the specific location of the leak was identified as a crack located on the 4 inch NPS portion of the decontamination port Page 4

Hope Creek B Decontamination Connection Leak Cause Determination Report on the weld attaching itto the transition fitting that is attached directly to the Reactor Recirculation system piping.

5.0 ORGANIZATIONAL RESPONSE Based upon an increasing trend in unidentified drywell leakage, which was well below both the technical specification and administrative limits, Hope Creek management decided to take the turbine off-line the weekend of March 26, 2005 to investigate the source of unidentified drywell leakage. Immediately upon discovery of a steam leak at the B Reactor Recirculation system decontamination connection (87' elevation), Technical Issues Resolution and Root Cause Teams were assembled.

6.0 CONSEQUENCES AND SIGNIFICANCE This event had low nuclear safety significance, as analysis demonstrated substantial margin before total rupture of the 4 inch NPS pipe in the as-found condition.

7.0 INVESTIGATION SCOPE 7.1 Root Cause Investigation Team Composition A fourteen-member root cause investigation team was formed. An Engineering Programs supervisor led the team with representation from materials engineering, ISI, the responsible system engineer, design engineering, component engineering, an engineering consulting firm (MPR Associates), BWXT as subcontracted by AREVA (metallurgical lab) and licensing. The investigation scope was to identify the cracking mechanism, extent of condition, root cause(s), and corrective actions to prevent recurrence of the leak.

7.2 Cause Determination Investigation Methods For purposes of this cause determination report, the team completed the following actions as of April 3, 2005: (1) directed the initial metallurgical examination of the failed weld joint/pipe at the AREVA subcontracted BWXT laboratory; (2) reviewed and evaluated the component and system stresses, including vibration analyses; (3) established and implemented the extent of condition inspections on similar piping connections (both large bore and small bore) to the Reactor Recirculation system; and (4) established and executed the corrective action modifications to both A and B decontamination connections.

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Hope Creek B Decontamination Connection Leak Cause Determination Report 7.3 Aspects of Plant Operation The team examined the applicable vibration monitoring data, piping stress analyses, construction data and ISI records.

8.0 CONCLUSION

S AND RECOMMENDATIONS 8.1 Direct Cause (Fracture Mode):

The direct cause is fatigue initiation of the 4 inch NPS portion of the B Reactor Recirculation system decontamination assembly.

The fatigue crack was initiated at a subsurface (near the OD surface) weld discontinuity in combination with the presence of the decontamination spool geometry that experienced damaging high cycle vibration during certain recirculation system operating conditions. The RR system operating conditions of concern were pump speeds of 1460 rpm to 1580 rpm coincident with additional acoustic resonance (driving force). Crack propagation was also by fatigue.

Supporting Facts The metallurgical examinations identified fatigue initiation and propagation, as supported below (See Attachment B1 for Metallurgical Lab Report):

o The as-found B decontamination assembly contained an approximately 4 inch long circumferential crack in the 4 inch NPS decontamination pipe, immediately adjacent to the weldolet to 4 inch NPS pipe weld.

o The origin was at a subsurface weld discontinuity, located near the 4 inch NPS pipe outer surface.

o The crack propagated by vibration-induced fatigue and exhibited evidence of several arrest/restart cycles.

o A significant portion of the fracture surface was covered with a heavy oxide scale, suggesting that this portion existed for an extended period, possibly years.

o A minor portion of the fracture surface, nearest the inside surface of the 4 inch NPS pipe, was much less oxidized, suggesting a more recent fracture that was responsible for the through-wall leak.

o There was no evidence of stress corrosion cracking.

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Hope Creek B Decontamination Connection Leak Cause Determination Report

The EOC inspections did not reveal any additional cracks on any of the welds/components inspected.

Attachment B2 contains additional detail with respect to the EOC scope described below.

Extent of Condition Reviews

The original construction radiographs of the cracked B decontamination connection were reviewed to validate the original condition of the weld, specifically with respect to the subject fatigue crack initiation site (i.e., weld discontinuity). Radiographs were digitally enhanced to facilitate this review. The reader sheet from the original construction radiograph indicated that this weld was acceptable, per the original construction code (ANSI B31.7).

This was confirmed by a review of the digitized radiographs.

The November 12, 2004 report, "Independent Assessment of Hope Creek Reactor Recirculation System and Pump Vibration Issues" was also reviewed. This assessment was requested by PSEG to evaluate issues associated with the Hope Creek RR System and pump vibration. The assessment reviewed the Hope Creek history of pump vibration issues, component failures on the RR and RHR system valves, and also the history of small bore piping failures. An integrated assessment of the system vibration monitoring was also performed. The assessment identified numerous recommendations that PSEG has pursued. There were no additional insights for this EOC review, because small bore piping connections have been addressed in the November 12, 2004 report.

Extent of Condition Inspections

A Loop RR decontamination connection

Eight other similar 4 inch NPS butt welds on RR system, including capped bypass lines and connections to the Reactor Water Cleanup System piping

Potentially vulnerable Reactor Recirculation and Residual Heat Removal (RHR) small bore piping connections (less than/equal to 1 inch diameter)

Potentially vulnerable Reactor Recirculation System drywell components.

Extent of Condition Evaluations and Analvses

Modal Analysis of the Reactor Water Clean Up (RWCU) piping from tie-in to the RR system to the first anchor.

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Hope Creek B Decontamination Connection Leak Cause Determination Report

Vibration data review of the Reactor Recirculation System and Residual Heat Removal large bore piping.

A total of twenty-three (23) welds were inspected during this outage using a combination of nondestructive inspection techniques: a total of 23 liquid penetrant inspections; 3 radiographic inspections; and 9 ultrasonic inspections.

The NDE expansion selection basis, following the discovery for the " B" Reactor Recirculation (RR) decontamination port line weld crack, was initially multi-faceted to address two potential credible fracture mechanisms.

The first was to address the possibility of a failure mode created by Inter-granular Stress Corrosion Cracking (IGSCC) and the second was the potential fracture mode of fatigue. This multifaceted approach was chosen at the onset, because the actual mechanism was not immediately known. Also considered, as a potential credible fracture mechanism was the combination of both IGSCC and fatigue.

Initially, the methodology of NDE chosen was also multi-faceted (e.g., UT, RT and PT), since each of the suspected fracture mechanisms that were being investigated manifest itself in different locations and are more readily detected with one type of NDE method (UT vs. RT vs. PT)

As the investigation efforts proceeded and the preliminary results from the metallurgical results were received, it became apparent that fatigue was the active cracking mechanism and that IGSCC was not a contributor.

Based on that revealing information from the laboratory results, the direction and technical foundation for establishing the extent of condition examinations was changed.

Weld joints in the EOC inspections were selected based upon a review of those weld joints that were more vulnerable to fatigue, as established by the civil stress group. The liquid penetrant examination of the OD surface was selected, since it is reliable in detecting fatigue cracking.

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Hope Creek B Decontamination Connection Leak Cause Determination Report Causal Analyses and Calculation Extent of Condition Reviews

Review of Reactor Recirculation System pipe vibration data (A and B Loops)

Determination of natural frequency of decontamination port assemblies (as-found and as-left conditions)

Determination of the modal frequencies and evaluation of the fatigue vulnerability due to vibration of the RWCU piping, including attachments to the RR A and B Loop

Evaluation of fatigue crack growth of the cracked B decontamination port

Review of the pump vibration data collected by the enhanced monitoring system

Based upon analysis and reviews of the piping vibration data collected, the Reactor Recirculation piping system and connected RHR piping in the drywell is acceptable. See description below:

Reactor Recirculation And Connected Piping Vibration Report

Description:

To monitor Hope Creek Reactor Recirculation piping system and Residual Heat Removal (RHR) connected piping in the Drywell, accelerometers were installed at locations selected by PSEG Nuclear Design Engineering and Sargent and Lundy. There are 61 accelerometers at 23 locations installed to monitor piping vibration.

General Electric established the acceptance criteria. GENE-0000-0035-6906 (VTD 327427) was used as the vibration acceptance criteria basis for procedure HC.ER-AP.BB-0002(Q), "Hope Creek Reactor Recirculation Piping Vibration Monitoring".

The accelerometer cables are routed through drywell penetrations to the Vibration Data Acquisition System (VDAS). VDAS will collect data when the computer is manually actuated or "triggered".

Process:

At pre-determined power levels of 23%, 50%, 70%, 80%, 90%

through 100% data manually was taken of plant parameters in accordance with the approved vibration monitoring procedure.

Additional vibration data is downloaded to the VDAS and stored in a raw data file. This file is copied and then uploaded to the Structural Integrity Associates, Inc. (SI) web site for the data integration process. SI completes the data integration and forwards (E-Mail) the results back to PSEG Nuclear. These results include a tabular format with displacement, velocity and acceleration values, which are Page 9

Hope Creek B Decontamination Connection Leak Cause Determination Report -

documented in the vibration monitoring procedure, then compared to the GE criteria and reviewed by PSEG personnel.

Results/Conclusion:

Based upon analysis and reviews of the piping vibration data collected, the Reactor Recirculation piping system and connected RHR piping in the drywell meet the piping system acceptance criteria for the 28 inch, 22 inch, and 12 inch Reactor Recirculation System piping, and for the 20 inch and the 12 inch RHR piping.

Attachment B3 includes the plant parameters when the vibration data was collected, actual readings and documentation of the PSEG personnel reviews.

Issues/Notifications:

Plant documentation Notification (20222682 dated 2/2/05) identified 3 failed accelerometers on different pipe locations. The evaluation determined acceptable redundancy in the other accelerometers at these locations.

Plant documentation Notification (20223071 dated 2/5/05) identified a reading at 70% power on Channel 39 that was slightly above the displacement Threshold Level 2 criteria while velocity and acceleration data was below Threshold Level 2 criteria. Channel 39 is the "Z axis of node 110, which is on the B Reactor Recirculation Ring Header between N2E Jet Pump Riser and End Cap. The UX" and 'Y"axis readings were below displacement Threshold Level 2 criteria. The Threshold Level 2 criteria were established to alert Design Engineering to perform reviews and not as a power ascension hold. GE was contacted by PSEG personnel to review this criterion.

Plant documentation Notification (20223538 dated 2/8/05) identified that Channel 39 displacement value exceeded the Threshold Level 1 displacement criteria. In accordance with the vibration monitoring procedure the reactor power level was lowered to 90%, which was the previously acceptable vibration level. Threshold Level 1 criterion is the value that if exceeded there is a risk of exceeding the ASME allowable stress value, and the power ascension should not proceed until the condition is corrected. The initial issue of the vibration monitoring procedure did not incorporate the methodology of combining the Threshold Level I displacement criteria with the Threshold Level 2 velocity criteria as allowed in the GE report. The GE report allows Threshold Level I displacement criteria to be exceeded as long as its corresponding Threshold Level 2 velocity acceptance criteria is not exceeded. GE stated that the Square Root Page 10

Hope Creek B Decontamination Connection Leak Cause Determination Report Sum of the Squares (SRSS) method of combining results at some locations could be used on a case-by-case basis depending on the analytical load case used to determine the acceptance criteria and the geometry of the system at the applicable location. GE was previously requested at 70% power to determine if it would be acceptable to use the SRSS method at channel 39 as a precautionary measure if the increasing trend continued. When the data were acquired at 100% power it showed that the combined acceptance criteria was required. GE completed its analysis to justify that it is acceptable to combine the 2 horizontal components of the data by the SRSS method for channel 39. The use of this method proved acceptable and the vibration monitoring procedure was revised.

Plant documentation Notification (20231070 dated 4/1/05) identified a discrepancy concerning the location of nodes 13 and 14, as installed by Change Package 80062466. Node 13 is actually at the A Reactor Recirculation Suction Elbow and node 14 is actually at the B Reactor Recirculation Suction Elbow. This was field verified on 4/1/05 during Hope Creek's planned forced outage.

References:

HC.ER-AP.BB-0002(Q), "Hope Creek Reactor Recirculation Piping Vibration Monitoring" VTD 327427, GENE-0000-0035-6906-rev 1, Recirculation & RHR Piping Start Up Test Criteria Change Package 80062466, Installation Of Accelerometers

Extent of condition analyses and calculation reviews revealed that the decontamination assemblies were not included in the original piping vibration analysis Review Results The recirculation piping and associated system piping isometric drawings conform to the as-built condition, including any system modifications or changes made subsequent to the isometric drawing development, as demonstrated by the certified design report that is in compliance with the ASME Boiler and Pressure Vessel Code, Section 1I1. The report numbers are 23A6124 revision 3 and 23A6125 revision 4. The design drawings have also been reconciled with the design (stress) report and certified by a registered professional engineer as required by ASME Section IlIl.

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Hope Creek B Decontamination Connection Leak Cause Determination Report This certification was provided in the certified design (stress) report by General Electric in accordance with their quality assurance program and ASME quality requirements. A confirmatory review as a result of this investigation has been conducted and verified that the recirculation loop piping drawing referenced in the design (stress) report is still the current revision and accurate (761E350 revision 14).

Additionally, a field verification of the dimensions of the decontamination connection matched the recirculation piping loop drawings. Also, other recent work on reactor vessel nozzles has not revealed any discrepancies in the certified documents.

The absence of the decontamination connection in the stress isometric used for analysis is considered to be consistent with piping analysis practices. The ratio of the moment of inertia's for the 28" main pipe to the 4h decontamination pipe is 947. This ratio is well above the criteria used by the industry for decoupling lines in piping analysis. It was consistent with industry practices to exclude the 4" NPS decontamination connection piping from the ASME design report piping analysis.

The causal analyses (described in Section 5.0 of this report) concluded the following (Attachment B4 contains the MPR Associates calculations):

Natural Frequencv of the Decontamination Port The decontamination port was modeled using the finite element program ANSYS to determine the natural frequency of the port. The model included a portion of the recirculation piping, the weldolet, pipe, flange and cover. Additional mass was added to the model to account for the mass of the insulation, bolting, and the contained water. The analysis was run based on material properties at 532'F.

The detailed analysis is provided in Attachment 16 to Calculation C-0142, Revision 1.

As shown in, Figure 1, the first mode frequency was 122 Hz. This mode is for vibration perpendicular to the axis of the pipe. As shown in Figure 2, additional scoping analyses determined that the frequency of the assembly in the axial direction was 135 Hz. The stiffness of the pipe varies continuously between the perpendicular and the axial directions. Therefore, all resonant frequencies between 122 Hz to 135 Hz are present at some orientation between the perpendicular and axial directions of the centerline of the pipe, respectively.

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Hope Creek B Decontamination Connection Leak Cause Determination Report As a confirmation of the natural frequency calculations, a ping test was conducted of the A Loop Port, which was essentially identical to the B Loop. The measured lowest frequency was 132 Hz. This test was conducted without the mass of the insulation and at lower temperature. As an approximation, the mass of the insulation is about 4% of the total and the difference inthe elasticity of stainless steel is about 10% between room temperature and operating temperature. Therefore, the correction of the measure frequency for operating conditions is as follows:

Rtio".*' 10.905 Frequencyrper,a,£ = Frequencyg, Rastioit, =.132Hz X =123.1Hz The ping test inthe axial direction measured a higher frequency of 144 Hz, which corresponds to an operating frequency of 134.3 Hz.

There is very good agreement between the analysis results and the measure results with less than a 1%difference. Therefore it is concluded that the analysis results have been validated.

Evaluation of Reduced Length As part of the corrective action, the Decontamination Port straight pipe spool length was shortened from about 6 inches to 3.75 inches.

This has the advantageous effect of increasing the natural frequency well above the 5X vane passing frequency of 125 Hz. An analysis of the natural frequency of the shortened Decontamination Port concluded that the lowest natural frequency is 179 Hz. This is substantially higher than the vane passing frequency. There is no excitation at that frequency.

Harmonic Stress Analysis A harmonic stress analysis was conducted of the Decon Port using the finite element model. The stress analysis was conducted for a unit acceleration of 1g input as a sinusoidal wave. The frequency of the sine wave was selected to match the fundamental frequency of the Decon line (i.e., perfect resonance). The harmonic response was based on a damping value of 1%. The detailed analysis is provided in Attachment 17 to Calculation C-0142, Revision 0.

The results of this stress analysis are shown in Figure 3. The peak stress in the weld region is 30ksi, for a unit acceleration of 1g. This is approximately a dynamic amplification of 50 on stress, versus a static 1g acceleration. This indicates that the stress that results from acceleration at the resonant frequency is 50 times greater than the stress from acceleration at other frequencies.

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Hope Creek B Decontamination Connection Leak Cause Determination Report Stresses for specific load cases for the fatigue and crack growth evaluations are scaled from these stress results based on the actual acceleration.

Analysis of Vibration Data The recirculation and RHR piping is subject to pressure fluctuations resulting from the recirculation pump rotation and vibration. These include pressure fluctuations at the pump running speed (known as 1X fluctuations), and fluctuations occurring as the vanes of the impellers pass the flow passages in the pump casing. There are five vanes in the Hope Creek recirculation pump impellers, so each rotation of the pump results in five pressure fluctuations. These fluctuations are referred to as 5X fluctuations. As the pump speed changes, the frequency of these fluctuations also changes.

In addition, pressure fluctuations can occur at higher multiples of these speeds. For example, Figure 4 shows the measured vibration accelerations at a point on the Loop B recirculation piping when the Loop A pump was operating at 1510 rpm and the Loop B pump was operating at 1480 rpm. At this pump speed, the 1X frequency is 25 Hz and the 5X frequency is 126 Hz. The piping response at these frequencies is clearly evident. The figure shows there are also smaller but noticeable responses (peaks) at other frequencies.

An analysis of the vibration data collected in 2004 and early 2005 for the Hope Creek Loop A and Loop B Recirculation System piping, on the suction side of the reactor recirculation pumps was conducted to determine if the steady state vibration measured at these locations has changed significantly with time. This comparison concluded that the 2005 accelerations reported at the Loop B suction pipe elbow are nearly the same as they were in 2004. Therefore, potential changes in the pump vibration levels were not a contributing factor. This evaluation is provided in Calculation H-1-BB-CDC-2065, Revision 0.

An evaluation of the steady state acceleration of the Loop B, upstream of the Decontamination Port was conducted to determine the amplitude of the acceleration at the 5X frequency. Based on the evaluation of the data, which was collected over short periods of time, the steady-state peak amplitude of the acceleration on Loop A is between 0.4g and 0.6g. The peak acceleration on Loop B is typically lower. Using the comparison provided in Calculation H BB-CDC-2065 as a guide, the peak Loop B acceleration is between 0.2g and 0.4g. This evaluation is provided in MPR Calculation 1108-0002-RCT-01, Revision 0.

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Hope Creek B Decontamination Connection Leak Cause Determination Report Fatigue Evaluation A fatigue vulnerability analysis was conducted by determining the acceleration necessary to reach specific fatigue endurance limits.

Specifically, the ASME Code has three stress limits for high cycle fatigue, which vary from 13.7 ksi to 23.8 ksi at 1011 cycles. These curves are based on various mean stress levels that include fabrication and weld shrinkage stresses. The Hope Creek UFSAR documents that the endurance limit used during start-up testing was 10.9 ksi. These stress levels have factors of safety included to provide margin for design. The ASME Code typically uses a factor of safety of 2 on stress.

A fatigue analysis was performed to determine the acceleration level, at resonance, that would be required to be at the ASME endurance limits. A resonant acceleration of between 0.41 g and 0.72g is required to be above the ASME Code limits. As discussed above, for the piping vibration data obtained in 2005, Loop B suction piping measured accelerations vary between 0.2g and 0.4g at the 5X frequency. During the data acquisition in 2005, the maximum Loop B pump speed was 1492 rpm. Ifthe inherent factor of safety of 2 on stress is taken into account, the Loop B steady state acceleration is not high enough to result in a high cycle fatigue fracture without the presence of the flaw in the Loop B Decon Port line. This analysis is provided in Calculation 1108-0002-08, Revision 0.

Given the uncertainties in the load driven by the 5X frequency at higher pump speeds, fatigue curves, mean stress, the vibration levels are high enough to conclude that the Decontamination Port had a vulnerability with regard to high cycle fatigue.

The modified Decon Port is shorter and has a much higher frequency. The fundamental frequency is about 179 Hz. This is considerably higher than the pump 5X frequency at speeds up to 1680 rpm. At this fundamental frequency, no excitation of the decontamination port will occur. In the absence of resonant excitation there is essentially no alternating stress. Therefore, the Decontamination Ports have been modified to eliminate the vulnerabilities to fatigue cracking.

Crack Growth Typically in high cycle fatigue, the time required to grow a crack through wall is much less that the time required to initiate a crack.

Based on crack growth analysis provided in Calculation 1108-0002-08, Revision 0, at the lowest possible crack growth rate, the flaw would grow through the wall thickness in no more than 107 cycles (21 hours2.430556e-4 days 0.00583 hours 3.472222e-5 weeks 7.9905e-6 months max). Higher crack growth rates are also plausible, ifthe Page 15

Hope Creek B Decontamination Connection Leak Cause Determination Report stress intensity factor is higher than the minimum stress intensity factor to support crack growth.

Based on the metallurgical examination, prior to the leak the flaw grew episodically with several start/stop cycles and long periods of dormancy. Because only a very short time was required to grow the crack through wall, the historical crack growth cycles must have been of a short duration (on the order of minutes or at most hours).

The metallurgical evaluation also concluded that prior to the leak, the crack was at least 80% through wall. Therefore, the final crack growth period was very short in duration. The final time to grow through wall was probably measured in minutes or at most a few hours.

In order to initiate the final crack growth period, fracture mechanics calculations concluded that the lower bound acceleration at the 5X frequency should have been about 0.29 g. This was close to but generally higher than the normal acceleration for Loop B. This is a reasonable conclusion because if the steady-state acceleration was high enough to re-initiate crack growth, the fracture would have occurred in the past. However, it is noted that there was not a large margin between the typical steady state vibration and the acceleration required to complete through wall growth. Also, the plant data analysis discussed below in the pump operating performance discussion indicates that on 2/8/05 the decontamination port experienced a transient 5X acceleration at resonance that was high in amplitude and short in duration.

Conclusions The natural frequency of the Decontamination Port was the same as the 5X vane passing frequency of the Recirculation Pump for all pump shaft speeds from 1460 rpm to 1620 rpm. At the lower pump speed (1460 rpm) the resonance was perpendicular to the pipe axis and at the upper pump speed (1620 rpm) the resonance will be parallel to the axial axis. For pump speeds in-between these two speeds, the resonance will be an angle between perpendicular and parallel. Since typically the pump speed runs between 1480 rpm and 1510 rpm, most of the resonance will be perpendicular to the pipe axis. This resonance direction is consistent with the orientation of the crack.

Whenever the driving frequency is below 115Hz, the decontamination port would not have been excited and there would be essentially no alternating stress. The highest pump shaft vibration occurs at a frequency of 25 Hz (1X). At this frequency (1X) there was negligible Page 16

Hope Creek B Decontamination Connection Leak Cause Determination Report stress due to the IX acceleration transmitted to the decontamination port weld regardless of the amplitude of this acceleration. Therefore, the B recirculation pump shaft vibration (1X) did not contribute to the fatigue cracking.

The plant data analysis discussed below in the pump operating performance discussion indicates that on 2/8/05 the decontamination port experienced a 5X transient. The 5X vibration component for both the A pump and the B pump normally oscillates within a band of

+/- 0.1 mils. On 2/8, B pump reached 1500 rpm, which equates to 125 Hz, which excited the piping system. This excitation fed back into the pump, which caused a spike in the 5X vibration component.

Therefore, it is concluded that the 5X transient source was the piping system and not the B pump shaft.

High cycle fatigue of the decontamination port, in the absence of any flaws, would not have been expected at pump speeds below 1480 rpm because the measured accelerations are typically below the range required for high cycle fatigue fractures. However, the vibration levels were close enough to the endurance limit that it is concluded that the geometry was inherently vulnerable to high cycle fatigue, and high cycle vibration initiated crack growth from the flaw.

For surface cracks, considerably less acceleration, at resonance, is required to grow the crack than to initiate the crack. Crack growth rate estimates conclude that once the crack begins to grow it will grow through wall relatively quickly (less than one day).

The metallurgical evaluations concluded that crack growth was episodic, over an extended period, with multiple start/stop cycles and periods of dormancy. Therefore, the periods of high stress must have been present for very short periods of times (on the order of minutes or a few hours), otherwise the crack would have grown through wall during any one of the historic growth periods.

The high stress needed for the final crack growth resulted from a sudden increase in the amplitude of the 5X acceleration at resonance. The stress did not occur solely due to frequency tuning of the pump and the pipe because this resonance was present anytime the pump speed was above 1460 rpm. Since the pump is in this speed region a significant portion of its operating time, resonance alone did not cause the crack. There must have also been an episodic increase in the amplitude of the 5X vibration. The review of the pump vibration data obtained on 2/8/05 indicates that higher amplitudes can occur near 1500 rpm pump speed, apparently due to Page 17

Hope Creek B Decontamination Connection Leak Cause Determination Report the convergence of the 5x vane passing frequency with acoustic resonance of the recirculation piping system.

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Hope Creek B Decontamination Connection Leak Cause Determination Report Figure 1. Natural Frequency (122 Hz) in the Lateral Direction Figure 2. Natural Frequency (135 Hz) in the Axial Orientation Page 19 Co'? t

Hope Creek B Decontamination Connection Leak Cause Determination Report ANSX 8.1 MIAR31 2005 17:56:00 PIZT NO. 3 NCEAL s=TIcN STEP1 9JB -1 FROO-122.184 SY (AW)

YS0 WX = .041673 SMN -29967 SMNE=-35811 9X =29967 SMXB-35811 E -29967

-23308

-16648 989

-3330

- 3330 9989 16648 23308 29967 Figure 3. Stress Results for Unit Acceleration (1g) Harmonic Analysis Sanpbe Re = 1024 sps Spectral Plot Date: 11-Feb-2005 Tun Duration 120 sec HC Rcirc, 100% Pbwer ,202-11B-RRA-14Y, Ch 2 File: 20050211212320.dta 0 .1 - - - - - - ----- 0.1-*-

t-----F----------t--------RM=0975 H~~ RMS=0.0929 -

0.0 TAC Notch Filters Off 0.09 - - This is the peak 5X----r--- ,_

I acceleration observed in Band Filter= 2 to 200 Hz Recirc Suction Elbows from _ I I 0.08 _ _ the Pump operating at _- - --

0.07 - - - ------

1 I J I 0.06 ------

0.05-- _ __ _

2X: This is the 5X acceleration 0.04 - ----- - from the A Pump operating _

0at 1510 rpm.

0.03 I --- - I 0.01. - - - Ul-,--

0 20 40 60 80 100 120 140 160 180 200 Frequency [Hz]

Figure 4. Typical Pipe Vibration Data (Loop B upstream of Decon Line).

Note: spectrum plot title '202-11 B-RRA-14Y" was incorrectly labeled for A pump, however, was connected to B pump (ref: NOTF 20231070).

Page 20 C02

Hope Creek B Decontamination Connection Leak Cause Determination Report Operating performance data was collected for both the A and B Reactor Recirculation (RR) pumps to assess any changes in performance or operating characteristics that may have caused or contributed to the subject condition.

Cycle 12 vs. Cycle 13 Operating Parameters Pump operating performance data was selected with the reactor at 100% power and steady state conditions. Data was collected from cycle 12 and cycle 13 for comparison. The parameters reviewed are pump speed (% and rpm), loop suction flow, loop suction temperature, pump 1 s stage seal pressure, motor power, motor vibration and pump vibration.

Based on comparison of operating parameters from cycle 12 to 13, no appreciable changes in B reactor recirculation pump performance was identified that would have impacted the piping system differently than previous operating cycles. The greatest change, which is considered to have no impact on the subject condition, was maintaining the B RR pump at approximately 10 rpm less that the previous cycle. The pump overall vibration levels are consistent with the previous cycle.

Review of B RR Pump High Vibration Alarm on 2/8/05 On 02/8/05, at 1716 hours0.0199 days 0.477 hours 0.00284 weeks 6.52938e-4 months , the Hope Creek control room received overhead alarm C1-E4 (REACTOR RECIRC PUMP VIB HI) and CRIDS digital point D5352 (Recirc PP B Vibration). The highest speed on B Reactor Recirculation pump was 1501 RPM. The highest overall vibration level on 'B' Reactor Recirculation pump, 'X Probe (VE-7910B1)was 11.3 mils.

A review of the spectrum associated with this condition concludes that entering a pump critical speed band at the higher speed was the cause of the alarm and all parameters associated with shaft cracking were negative (not indicative of shaft cracking).

Review of the 5X Pump Vibration Component for A & B RR Pumps.

Both the A and B reactor recirculation pumps have vibration monitoring instrumentation which consists of an X, Y and key phaser proximity probe that provide pump shaft operating data to the Bently Nevada System 1 computer. This computer is an on-line monitoring system installed during RFO 12.

A review of System 1 vibration data identifies that the 5X component increased during the time both the A and B pump speed was Page 21

Hope Creek B Decontamination Connection Leak Cause Determination Report raised to 1500 rpm and the B pump high vibration alarm was received (Figure 5 and 6). The 5X component is not a vibration component that is driven by the pump mechanical condition but by pump design and systematic conditions.

On February 8, 2005 at 17:16 hours operations raised both the A and B reactor recirculation pump speeds to maintain 100% power. Both the A and B pump speeds were increased together as the speed controllers were in master manual control.

The 5X component associated with the B pump increased from approximately 0.95 mils to 1.11 mils at the time the pump speed reached 1500 rpm. The 5X component associated with the A pump had a similar response as it increased from approximately 1.1 mils to 1.34 mils at the time pump speed reached 1500 rpm.

Based on System 1 data the B pump was at 1500 rpm for approximately 12 minutes at which point the speed was reduced to 1492 rpm then to approximately 1270 rpm. Similarly the A pump was at 1500 rpm during the same time frame.

Following a speed reduction both pumps returned to their previous vibration spectrum values.

Therefore, it can be shown that the reactor recirculation pumps are operating as designed and the 5X vibration component is due to system acoustical conditions and is present in both the A and B Reactor Recirculation Loops. This was supported by a review of recirculation pump speed data from 60 sets of monthly vibration test results from 1/1 998 through 9/2004. The following is a summary of the observations from this review:

'A' pump was at greater than 1500 rpm during twelve of the tests, the earliest in 12/1998.

'B' pump was at greater than 1500 rpm during five of the tests, the earliest in 12/2001.

On all five occasions that B pump was recorded at > 1500 rpm, 'A' was also at > 1500 rpm, and the rpm were within 5 of each other.

'A' pump has typically operated at higher rpm than 'B'.

The highest delta was 49 rpm in 11/2001.

In 1998 - 1999, 'A' averaged 18 rpm higherthan 'B'.

In 2004, 'A' averaged 4 rpm higher than 'B'.

In 2005, 'A' and 'B' were within 2 rpm until the pumps were mismatched manually after 2/11/05.

Page 22

Hope Creek B Decontamination Connection Leak Cause Determination Report Note that there are limitations to the above data:

There may have been other episodes of pump operation above 1500 rpm that were not recorded in the periodic vibration analysis data due to the fact that the data is not continuously recorded.

The data is a 'snapshot'; it cannot be determined how long the pumps operated at those speeds.

'A' and 'B' pump data was collected on the same day for each of the sets of data, but the time of day was not in the available data files, so it is not definitive that the data was collected at the same time.

Floor Drain Flow Indication in Coniunction with 5X Vibration Component Spike.

An analysis of floor drain leakage plotted with pump speed and 5X pump vibration component indicates that floor drain leakage demonstrated an increasing trend following the increase of reactor recirculation pump A and B speed to 1500 rpm during plant startup from RFO 12 (Figure 7). Based upon a review of Figure 7 on page 26, there did not appear to be an increase in unidentified drywell leakage prior to 2/8/05.

Page 23

Hope Creek B Decontamination Connection Leak Cause Determination Report Figure 5 HC 'AI Reactor Recirculation Pump 5X Vibration vs. Pump Speed 1550 1.6 1.5 1500 1.4 1.3 1450 1.2 "

a.

1.1 o Iu .0 1400 1 >

0.9 1350 0.8 0.7 1300 1- I I , l , I , , 4-0.6 2/7/2005 218/2005 2/8/2005 2/8/2005 2/8/2005 2/8/2005 2/8/2005 2/8/2005 2/8/2005 2/8/2005 2/8/2005 2/9/2005 21:36 0:00 2:24 4:48 7:12 9:36 12:00 14:24 16:48 19:12 21:36 0:00

-+- Speed -- 5X odd harmonic Page 24

Hope Creek B Decontamination Connection Leak Cause Determination Report Figure 6 HC "B"Reactor Recirculation Pump Step change in piping system accoustic 5X Vibration vs. Pump Speed excitation can be seen by the pump 1.3 1550 vibration monitoring equipment at the 5X order and a pump speed of 1500 rpm.

2/08/05 17:17 1.2 1500 M "IF 1.1

- 1450

w 1111

.0 Q.

0 0.

to 1400 Z'=. aI 40 1% MM. 0.9 1350 0.8 1300 2/7/2005 F I I 2/8/2005 0:00 2/8/2005 2:24 2/8/2005 4:48 2/8/2005 7:12 2/8/2005 9:36 2/8/2005 I

2/8/2005 I

2/8/2005 0.7 2/8/2005 21:36 12:00 14:24 16:48 19:12 21:36 I-0--Speed -5X odd harmonic Page 25

Hope Creek B Decontamination Connection Leak Cause Determination Report Figure 7 HC "B" Reactor Recirculation Pump 5X Vibration vs Speed & Floor Drain Flow 1.8- 1600 1.7- 1500 1.6-1400 1.5 - 1300 1.4 10 1.3 1200 E 1.2 1100=

= 1000 Co 0.9 -900

.0.. 800 EL

>~0.7 060.6 700 0.5 600 0.4 Reactor pressure >900 500 ps1g.

0.3 400 0.230 0.1 0 200 I18-Jan-O5 28-Jan-05 7-Feb-05 17-Feb-05 27-Feb-05 9-Mar-05 19-Mar-05 29-Mar-O5

~ FLDRN (gpm) -U 5X odd harmnonic -hSpeed Page 26

Hope Creek B Decontamination Connection Leak Cause Determination Report Implications - Operating Experience

A search of external operating experience (OE) did not reveal any cracking of the Reactor Recirculation System decontamination assemblies. However, external OE of small-bore piping fatigue cracking is presented in Attachment A.

Hope Creek has not had any prior cracking of the decontamination assemblies, however, Hope Creek has had prior experience with fatigue cracking of small bore (1-inch diameter and less) piping connected to the Reactor Recirculation system (See Attachment A).

Implications - Extent of Condition

There is a decontamination assembly on the A Reactor Recirculation system loop, as well as eight other similar 4 inch NPS connections.

Recommended (or Completed) Actions to Correct Condition (CRCA):

Shortening the length of the 4 inch decontamination connection pipe to increase its natural frequencies to be noncoincident with the normal recirculation pump vane passing frequencies. This was implemented on both A and B Loops.

Page 27

Hope Creek B Decontamination Connection Leak Cause Determination Report 8.2 Causal Factor No. I Presence of a decontamination port geometry that experienced damaging high cycle vibration during certain recirculation system operating conditions*, in that the natural frequencies of the decontamination connection matched that of the RR pump vane passing frequencies at normal operating speeds.

The RR system operating conditions of concern were pump speeds of 1460 rpm to 1580 rpm coincident with additional acoustic resonance (driving force).

Supporting Facts

Review of original piping vibration analysis indicated that the decontamination assemblies were not considered in that analysis.

The RR pump vane passing frequency (5X) is 120Hz - 125Hz at normal operating speeds.

The natural frequencies of the decontamination connection range from 122Hz - 135Hz.

Review of the historic 2004 piping vibration data strongly suggests that there are acoustic frequencies in the piping system at approximately 125Hz.

A review of the Loop-A and Loop-B RR pump vibration (5X) data during the 2/8/05 transient indicates that both RR pumps experienced' an increase in vibration at 125Hz due to acoustic resonance of the RR piping system.

The change in 5x vibration during the 2/8/05 transient was greater for the Loop-A RR pump than for the Loop-B RR pump, thus indicating that the source of the excitation was the RR piping system and not the Loop-B RR pump shaft.

Implications - Operating Experience

OE was drafted notifying others of the Hope Creek B decontamination port fracture (reference: 70045989, operation 0070)

Recommended Corrective Actions

Modify the decontamination assemblies (A and B Loops) to shorten the length of the 4 inch NPS decontamination connection pipe.

Page 28

Hope Creek B Decontamination Connection Leak Cause Determination Report 8.3 Causal Factor No. 2 Subsurface weld discontinuity from initial fabrication, located near the 4 inch NPS pipe outer surface.

Supporting Facts

Metallurgical analysis results.

Implications - Operating Experience

In general, OE of weld cracks as initiated at weld defects has been reported, however, no such fracture of a Reactor Recirculation decontamination assembly was identified (See Attachment A).

OE was drafted notifying others of the Hope Creek B decontamination port cracking (reference: 70045989, operation 0070)

Discussion In the course of designing a piping system, there are two overall general objectives that are to be satisfied to assure protection. The first is protection against tensile stress fracture (i.e., catastrophic fracture) and the second is protection against fatigue fracture (i.e. leak type fracture).

Integral to these two protection regimes, there are two types of loading that are considered to assure protection. The first are self-limiting loads and the second are sustained loads. Protection against tensile overload fracture is provided by considering all sustained loads, while fatigue fracture is provided by considering both sustained and self-limiting loads.

A self-limiting load is generated as a result of restraint of deformation by the structure or self restraint, while sustained loads are not associated with the restraint of deformation and in reality are an applied load.

Fatigue fracture occurs when the maximum stress from all loadings and displacements are so concentrated at a point that continued cycling of the loads initiates a crack, which then propagates and results in leakage.

All construction codes (ASME Section III Class 1,ANSI B31.7, etc) used for the design of reactor coolant piping provide protection against two types of fatigue fracture:

fatigue fracture in which the gross structure is subject to elastic cycling

fatigue fracture in which the gross structure is subjected to plastic cycling.

Page 29

Hope Creek B Decontamination Connection Leak Cause Determination Report Also intrinsic to the construction codes used for designing reactor coolant piping systems, there are certain requirements, which are controlled through the construction process, which are prescribed by those codes that are direct contributors to the underlying assumptions factored into the design.

The first is that there are no volumetric anomalies (e.g., porosity, slag, inclusions, etc.) located either in welds or base materials of sufficient magnitude that would contribute to creating a significant stress concentration region that would be detrimental to the component. This is assured through various material manufacturing and subsequent fabrication NDE using both volumetric and surface examinations methods.

The second assumption is that there are no planar flaws (i.e., cracks, lack of fusion, etc) that are present in base materials or welds which is also assured by the use of both surface and volumetric NDE methods prescribed by these codes.

Based on this explanation it is not reasonable to expect, and it is also not consistent with established industry practices that the designer would have assumed an initial defect. It is also unreasonable to expect that an unacceptable flaw be present (undetected), based on the rigorous controls applied for fabrication and monitored through established Quality Assurance programs, which are mandatory for this type of construction.

Recommended Corrective Actions (CRCA)

Removed the flaw and replaced the weld.

9.0 EFFECTIVENESS REVIEW PLAN

Piping baseline vibration data will be obtained at full power operating conditions after startup from the current outage.

Perform NDE of the modified connections in the next refueling outage (RF1 3).

Page 30

Hope Creek B Decontamination Connection Leak Cause Determination Report 10.0 ATTACHMENTS A. Operating Experience B. Charts and Data B1: Laboratory Metallurgical Report B2: EOC Summary B3: Plant Vibration Data B4: MPR Associates Reports

MPR Calc No. Attach 17 to C-0142, Rev. 0, Harmonic Stress Analysis of Loop B Port

MPR Calc No. Attach 16 to C-0142, Rev. 1, Natural Frequency of Loop B Port

MPR Calc No. 11 08-0002-RCT-01, Rev. 0, Reactor Recirc Vibration Acceleration Estimate

MPR Calc No. 1108-0002-08, Rev. 0, Fatigue Crack Growth Estimate

MPR Calc No. H-1-BB-CDC-2065, Rev. 0, Reactor Recirc Vibration Data Analysis C. Acronyms This is a list of all acronyms used in the report:

Reactor Recirculation RR Reactor Water Clean Up RWCU Residual Heat Removal RHR In-service Inspection ISI Operating Experience OE Extent of Condition EOC Nominal Pipe Size NPS Page 31

Attachment A OPERATING EXPERIENCE History of Vibration-Induced Cracking in Hope Creek Recirculation Small Bore Piping Date Incident Resolution February Recirculation Loop A Discharge Removed and replaced seat drain 1987 Valve V002 - Cracked seat drain assembly in shortened connection for valves V017, V018 configuration.

September Recirculation Loop B Suction Removed all the double isolation 1987 Elbow - Cracked two outer elbow valve assemblies from all the elbow tap connections for valves V653, taps and from the valve stems and V654 (isometric 1-P-BB-320) and glands of the recirculation isolation valves V656, V655 (Isometric 1-P- valves on recirculation loop A and BB-328) B. The seat drain connections were left in place on the recirculation Recirculation Loop A Discharge isolation valves (see DCR-4-HC-Valve (V002) - Cracked the gland 00143). Performed vibration testing vent valve connection for Valves during plant restart.

V034, V035 (Isometric 1-P-BB-272)

November Recirculation Loop B Discharge Removed all the double isolation 1988 Valve (V005) - Cracked seat drain valve assemblies from the valve connection for valves V028, recirculation isolation valve seat V029 (Isometric 1-P-BB-272) drains. (See DCR 4-HM-0513)

December Recirculation Loop B Suction Added tie-back supports to the 1989 Elbow - Cracked the outer elbow outer elbow tap connections (see tap connection (Isometric 1-P-BB- DCP 4EC-3187). Added vibration 328). Previously cracked in monitoring instrumentation (see September 1987. DCP 4EC-3186). Performed vibration testing during plant restart.

October Recirculation Loop A Suction Removed the vibration monitoring 2001 Elbow - Cracked the outer elbow instrumentation and associated tap connection on Isometric 1-P- hardware which had been installed BB-321. earlier in the plant life and left in place (see DCP 80035590). The added mass due to this hardware caused the pipe section to have a natural frequency near the excitation frequency.

EXTERNAL OPERATING EXPERIENCE Year- Unit OE Title 1999 - Dresden Unit 3 Event #249-990321 Recurring fracture of Reactor Recirculation Sensing Line Socket Weld Due to Fatigue 1993 - Quad Cities Event #265-930402 Recirculation pipe has through wall crack due to probable weld defect.

1999 - Susquehanna 2 Event #388-991217 Forced Maintenance Outage Due To 2A Recirculation Pump Seal Sensing Line Leak 1997 - River Bend OE8546 (renumbered RBS97007) - Through-Wall Linear Crack in a Weld on a Reactor Recirculation System Vent Valve 2002 - Dresden Unit 3 Event #249-021207 Reactor Recirculation Loop A Sensing Line Socket Weld Vibration Fatigue Fracture 1993 - Susquehanna 2 Event #388-931210 Unit Shutdown Due to Drywell Unidentified Leakage Exceeding Limits 1997 - Susquehanna 2 Event #388-970916 Unplanned Reactor Shutdown due to Unisolable Reactor Recirculation Leakage Caused by Discharge Valve Bonnet Vent Line Cracked Weld 2004 - Diablo Canyon OE19585 - Fatigue Fracture on RHR Pump Root Stop Isolation Valve Socket Weld

Attachment B Charts and Data Attachment BI: Laboratory Metallurgical Report Attachment B2: EOC Summary Attachment B3: Vibration Data Attachment B4: MPR Associates Calculations

Attachment BI: Laboratory Metallurgical Report Hope Creek "B" Loop Decontamination Port Cracking Preliminary Results Jim Hyres (BWXT), Jim Nestell (MPR), Hongqing Xu (AREVA)

Summary An initial examination of the fracture suggests that it initiated on the pipe OD surface at the pipe-to-weld interface. The crack origin appears to be associated with a subsurface weld defect generated during original fabrication. The crack appears to have propagated by fatigue since it is flat, transgranular, and propagated directly across the pipe wall, not following the weld interface. Crack propagation appears to be episodic with evidence of several arrest/restart cycles. There is no evidence that suggests anything other than fatigue was involved with crack initiation or propagation.

Introduction A cracked section removed from the "B" loop decontamination port was received on March 30, 2005 at the BWXT Lynchburg Technology Center in Lynchburg, VA. The 4" Schedule 80 pipe section was approximately three inches long and contained a circumferential crack that extended 3" (approximately 1000 arc) around the circumference. See Figure 1.

Discussion A visual examination of the crack was performed on the ID and OD surfaces. The crack displayed visible rust staining on the OD surface. The ID extent of cracking appeared to be less (approximately 800 arc) than on the OD. Some evidence of light grinding was apparent on the ID surface. This grinding did not appear to be abusive. See Figure 2.

April 3, 2005 PM (Revised 02)

Page I of5

A fluorescent liquid penetrant inspection was performed on the OD surface, which indicated the extent of cracking on one end was somewhat longer than the visible portion of the crack. Higher magnification visual examination confirmed this. See Figure 3.

Figure 3. Tight crack extending from main crack.

No similar tight cracking was observed on the ID surface or on the other end of the crack on the OD surface.

A metallographic section was taken on the inactive crack tip to determine the relationship between the cracking and the weld. This section is shown in Figure 5.

April 3, 2005 PM (Revised 02)

Page2 of 5

)graphic cross section thi inactive crack tip.

Figure 5 shows that the crack initiated at the weld toe and propagates into pipe material.

The crack does not follow the weld/base metal interface. A section was also taken through the center of the crack. See Figure 6.

Figure 6. Metallographic cross section through center of crack.

In Figure 6, the two crack surfaces face each other. This figure shows that the crack is flat, unbranched, and propagates directly across pipe wall.

At higher magnification (Figure 7), one can see that the cracking is transgranular.

AprI 3, 2005 PM (Resed 02)

Page 3 of S

A micrograpn Of cracKc near center and at midwall.

The crack was broken open in several sections and examined for an initiation site and other features. The crack appears to have initiated from an apparently planar subsurface weld defect near the OD surface as shown in Figure 8. The defect is approximately 0.110" in length and 0.050" wide. Also noted in this figure was evidence of earlier crack arrest parallel to the ID surface. The red-brown coloration in Figure 8 indicates a relatively old fracture that arrested near the ID, approximately 90% through-wall. This indicates that the cracking occurred in at least two stages. The majority of the cracking occurred at an earlier time, with the remaining ligament cracking more recently. A montage of the fracture surface is shown in Figure 9.

Earlier Crack Arrest Figure 8. Crack initiation site.

April 3, 2005 PM (Revised 02)

Page4 of 5

'\ Figure 8 Area Figure 9. Montage of fracture surface April 3, 2005 PM (Revised 02)

PageS of 5

Attachment B2: EOC Summary Original Scope ISOMETRIC SPOOL PIECE # WELD # DESCRIPTION TYPE EXAM FSK-P-169 1-BB-012 (Bechtel) C & D WD12 2 'A' Suction Decon Butt weld PT, UT, RS-1-A3 (GE) Connection RT FSK-P-170 1-BB-011 (Bechtel) C & DWD153 'B' Suction Decon Butt weld PT, UT, RS-1-B3 (GE)' Connection RT 1-P-BG-012 Welded to 1-BG- 1-P-BG-239-FWI 'A' Suction RWCU Butt weld PT, UT 001 -S14 (Bechtel) (A261) Connection 1-P-BG-013 Welded to 1-BG- 1-P-BG-238-FW1 'B' Suction RWCU Butt weld PT, UT l_001-SIO (Bechtel) (B26') Connection _ _

FSK-P-169 1-BB-013-SO01 A 'A' Discharge 4" Butt weld PT, UT (Bechtel) Capped Bypass RD-1-Al (GE)' Line FSK-P-1 69 1-BB-013-S002 A 'A' Discharge 4" Butt weld PT, UT (Bechtel) Capped Bypass RD-1-A2 (GE)' Line FSK-P-170 1-BB-014-SOOI A 'B' Discharge 4" Butt weld PT, UT (Bechtel) Capped Bypass RD-1-B1 (GE)' . Line FSK-P-170 1-BB-014-S002 A 'B' Discharge 4" Butt weld PT, UT (Bechtel) Capped Bypass RD-11-B2 (GE) 1 Line

References:

1 PN1-B31-C001-0021 Sheets 1 & 2 2 PN1-B31-GO01-0194 Sheet 4 3 PNI-B31-GOOI-0194 Sheet 5

Attachment B2: EOC Summary Expanded Scope 04101/2005 ISOMETRIC WELD DESCRIPTION JOINT TYPE EXAM NO. TYPE 1-P-B1B-320 FW60 B Loop Elbow (Extrados) 1" Socket Weld PT 1-P-BB-328 FW52 B Loop Elbow (Extrados) 1" Socket Weld PT 1-P-BB-319 FW1 B Loop Elbow (Intrados) 1" Socket Weld PT 1-P-BB-327 FW39 B Loop Elbow (Intrados) 1" Socket Weld PT 1-P-BB-323 FW25 B Discharge Line 1" Socket Weld PT 1-P-BB-324 FW23 B Suction Line 1" Socket Weld PT 1-P-BB-283 FW3 B Loop Ring Header socket weld 14 " Socket Weld PT 1-P-BC-325 FW5 RHR vent from relief valve PSV-4425 1" Socket Weld PT I-P-BC-319 FW1 RHR bypass line for valve HV-F-050A 1" Socket Weld PT FW1 9 RHR bypass line for valve HV-F-050A 1" Socket Weld PT 1-P-BC-327 FW1 RHR bypass line for valve HV-F-050B 1" Socket Weld PT FW41 RHR bypass line for valve HV-F-050B 1" Socket Weld PT 1-P-BG-255 FW1 A Loop RWCU 2" Reducer Butt Weld PT FW5 B Loop RWCU 2" Reducer Butt Weld PT Valve Walkdown EOC Inspections Walkdowns of the following valves were performed for evidence of damage:

HIBC -BC-HV-FO50B (HIBC -IBCV-014) - El 106 Az 85

HI BC -1 BCZS-FO60B-El I (H1 BC BC-V074) - El 112 Az 95

HIBC -IBCZS-F077-El1 (HIBC BC-V078) - El 120 Az 230

H1BC -1 BCZS-F060A-EI1 (H1BC BC-V183) - El El 108 Az 270

HIBC -BC-HV-FO50A (HIBC -1BCV-1 11) El 102 Az 268 The inspection included looking for damage to the valve, loose parts (e.g. limit switches, bolting, conduits), broken pipe supports, etc.

(i.e. any thing that could happen as a result of vibration of the piping system).

There was no damage found on any of the above valves.

N2 notification 20231117 was created to document walkdown results.

Attachment B2: EOC Summary Piping EOC Method(s) of Results and Conclusions Review 4" Butt-welded Finite Element Decontamination lines found susceptible -

connections to 28" RR Analysis; Performed modified line length to remove susceptible piping NDE (RT, PT, UT) geometry on both A and B loops; NDE results acceptable for A Decon and A & B RWCU, and 4 capped bypass lines.

4" weldolet Finite Element Analysis Finite element analysis shows low stresses in connections to 28" RR this region.

piping 12", 22", & 28" RR Vibration Data Analysis Piping welds excluded from this EOC review; piping circumferential And historical ISI data piping has low stresses due to vibration, and welds historical ISI examinations have been satisfactory, except that N2K was repaired in RF12 after IGSCC was identified. Piping support assembly welds (i.e., lug attachment welds) were excluded because they have non-susceptible geometries.

1" and less socket Review of geometry There were originally 33 small bore lines welds and NDE attached to the RR system; 20 lines have been removed and capped; 8 lines are instrument taps off of the A and B RR pump suction elbows and are still in use; 4 lines are instrument taps on the suction and discharge of the A and B RR pumps and are still in use for pressure sensing; 1 line is a sampling line off of the B ring header and it is still in use.

The 20 capped lines were excluded from this EOC review because they have non-susceptible geometries. However, 8 of these 20 capped connections did have satisfactory NDE performed in RF12.

All 8 elbow tap connections had satisfactory NDE performed in RF12 and the four B loop elbow tap connections had satisfactory NDE performed for this EOC review.

For the four pump suction and discharge pressure sensing connections, satisfactory NDE was performed in RF12. For this EOC review, satisfactory NDE was performed on the two B loop connections.

Finally, for this EOC review, satisfactory NDE was performed on the B Loop sample line connection.

Piping EOC Method(s) of Results and Conclusions Review Reactor Water Modal analysis, Modal analysis was performed as part of this Cleanup System, isometric review for EOC review to assess vulnerabilities. The 4-including 4 inch NPS welded connections not inch connections to the RR systems are attachment welds to included in the possibly susceptible, and had satisfactory NDE the RR system, out to analysis. NDE and performed in this EOC review. NDE of the the first anchors historical ISI program RWCU/RR loop drain reducers was results satisfactorily performed in this EOC review.

The isometric review identified that large bore attachments are included in the analysis.

Historically, ISI has performed approximately 25 satisfactory examinations of RWCU piping welds in the drywell. Piping support assembly welds (i.e., lug attachment welds) were excluded because they have non-susceptible geometries.

Residual Heat Vibration Data review, Vibration data obtained in 2004 and 2005 was Removal System from isometric review for within acceptance criteria. The isometric review attachments to RR welded connections not identified that large bore pipe attachments are system out to the first included in the included in the analysis. For small bore, one anchors analysis, NDE and socket-welded connection was excluded from historical ISI program the EOC review because it was located within 6 results. inches of the drywell penetration anchor. Small bore vent valves on A and B RHR to recirc discharge and B RHR to recirc suction were inspected in RFN1 and RF12 satisfactorily. The bypass lines around the F-050A and B valves, and a 1" test connection on RHR suction were inspected as part of the EOC. Historically, ISI has performed approximately 100 satisfactory inspections on the Class 1 RHR piping welds with no failures. Piping support assembly welds (i.e., lug attachment welds) were excluded because they have non-susceptible geometries.

Attachment B3: Vibration Data Reactor Recirculation And Connected Piping Vibration Report

==

Description:==

To monitor Hope Creek Reactor Recirculation piping system and Residual Heat Removal (RHR) connected piping in the Drywell, accelerometers were installed at selected locations. PSEG Nuclear Design Engineering identified the locations in conjunction with General Electric. There are 61 accelerometers at 23 locations installed to monitor piping vibration. GENE-0000-0035-6906 (VTD 327427) was used as the vibration acceptance criteria basis for procedure HC.ER-AP.BB-0002(Q), "Hope Creek Reactor Recirculation Piping Vibration Monitoring".

The accelerometer cables are routed through drywell penetrations to the Vibration Data Acquisition System (VDAS). VDAS will collect data when the computer is manually actuated or "triggered".

Process:

At pre-determined power levels of 23%, 50%, 70%, 80%, 90% through 100%

data manually was taken of plant parameters in accordance with the approved vibration monitoring procedure. Additional vibration data is downloaded to the VDAS and stored in a raw data file. This file is copied and then uploaded to the Structural Integrity Associates, Inc. (SI) WEB site for the data integration process. Si completes the data integration and forwards (E-Mail) the results back to PSEG Nuclear. These results include a tabular format with displacement, velocity and acceleration values, which are documented in the vibration monitoring procedure, then compared to the GE criteria and reviewed by PSEG personnel.

Results/Conclusion:

Based upon analysis and reviews of the piping vibration data collected, the Reactor Recirculation piping system and connected RHR piping in the drywell is acceptable.

The following attachment includes Plant Parameters when the vibration data was collected, actual readings and documentation of the PSEG personnel reviews.

Issues/Notifications:

Plant documentation Notification (20222682 dated 2/2/05) identified 3 failed accelerometers on different pipe locations. The evaluation determined acceptable redundancy in the other accelerometers at these locations.

Plant documentation Notification (20223071 dated 2/5105) identified a reading at 70% power on Channel 39 that was slightly above the displacement Threshold Level 2 criteria while velocity and acceleration data was below Threshold Level 2 criteria. . Channel 39 is the 7Z axis of node 110, which is on the UB" Reactor Recirculation Ring Header between N2E Jet Pump Riser and End Cap. The "X" and 'Y" axis readings were below displacement Threshold Level 2 criteria. The

Threshold Level 2 criterion was established to alert Design Engineering to perform reviews and not as a power ascension hold. GE was contacted by PSEG personnel to review this criterion.

Plant documentation Notification (20223538 dated 2/8/05) identified that Channel 39 displacement value exceeded the Threshold Level 1displacement criteria. In accordance with the vibration monitoring procedure the reactor power level was lowered to 90%, which was the previously acceptable vibration level. Threshold Level I criterion is the value that if exceeded there is a risk of exceeding the ASME allowable stress value and the power ascension should not proceed until the condition is corrected. The initial issue of the vibration monitoring procedure did not incorporate the methodology of combining the Threshold Level I displacement criteria with the Threshold Level 2 velocity criteria as allowed in the GE report. The GE report allows Threshold Level 1 displacement criteria to be exceeded as long as its corresponding Threshold Level 2 velocity acceptance criteria is not exceeded. GE stated that the Square Root Sum of the Squares (SRSS) method of combining results at some locations could be used on a case-by-case basis depending on the analytical load case used to determine the acceptance criteria and the geometry of the system at the applicable location.

GE was previously requested at 70% power to determine if it would be acceptable to use the SRSS method at channel 39 as a precautionary measure if the increasing trend continued. When the data was acquired at 100% power it showed that the combined acceptance criteria was required. GE completed its analysis to justify that it is acceptable to combine the 2 horizontal components of the data by the SRSS method for channel 39. The use of this method proved acceptable and the vibration monitoring procedure was revised.

Plant documentation Notification (20231070 dated 4/1/05) identified a discrepancy concerning the location of nodes 13 and 14, as installed by Change Package 80062466. Node 13 is actually at the "A"Reactor Recirculation Suction Elbow and node 14 is actually at the "B"Reactor Recirculation Suction Elbow.

This was field verified on 4/1/05 during Hope Creek's planned forced outage.

The attached data packages were updated.

References:

HC.ER-AP.BB-0002(Q), "Hope Creek Reactor Recirculation Piping Vibration Monitoring" VTD 327427, GENE-0000-0035-6906-rev 1, Recirculation & RHR Piping Start Up Test Criteria Change Package 80062466, Installation Of Accelerometers

ATTACHMENTS: (note: each set of data is 10 pages) 23% DATA from HC.ER-AP.BB-0002 50% DATA from HC.ER-AP.BB-0002 70% DATA from HC.ER-AP.BB-0002 76% DATA from HC.ER-AP.BB-0002 80% DATA from HC.ER-AP.BB-0002 90% DATA from HC.ER-AP.BB-0002 100% 2/8/05 1245 DATA from HC.ER-AP.BB-0002 100% 2/8/05 1245 new criteria DATA from HC.ER-AP.BB-0002 98% 2/8/05 2030 DATA from HC.ER-AP.BB-0002 90% 219/05 0040 DATA from HC.ER-AP.BB-0002 92% 2/10/05 0305 DATA from HC.ER-AP.BB-0002 94% 2/10/05 0911 DATA from HC.ER-AP.BB-0002 96% 2/10/05 2043 DATA from HC.ER-AP.BB-0002 98% 2/11/05 0300 DATA from HC.ER-AP.BB-0002 100% 2/11/05 0821 DATA from HC.ER-AP.BB-0002 100% 2/11/05 1612 DATA from HC.ER-AP.BB-0002 100% 2/11/05 2123 DATA from HC.ER-AP.BB-0002 100% 2/12/05 DATA from HC.ER-AP.BB-0002

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION C~' 0 c~3//"

Date: 1127105 Time: 04:45 CRIDs Terminal (group 30)

Feedwater Flow: _2.76 x 10 6 lb/hr (B2030)

Steam Flow: 2.63 x 10 6 lb/hr (A212)

CTP_744 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: _922 psig (B5019)

Generator Output _158.6 MWe (A225) or (HC.OP-FT.BB-0001 - Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 Loon A Loon B Recirc Pump Speed: 29 (481rmm) % 28 (471 rpm) %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 20 psid _ _ 20 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: _ 22 MLB/HR 21_ MLBIHR (FI-R611A-B21) (FI-R611 B-B21)

Core Plate Dp: _ 1.5 psid (PDR-R613-B21)

Core Flow: _44.1 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): __SA Initial Design Engineering Review of Results: SAT/UNSAT SAT Per telecon with John Barkhamer Peter C. Kordziel 1/28/05 Design Engineer Sign/Date NOTES:

Page 7 of 20 I

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level 1 Level 2 Actual Sat/ Unsat Description NO. ___ Reading__ ____

"B" RR pump suction 1 X 0.022 0.011 0.0038 Sat 1 piping between 14 2 Y 0.010 0.005 0.0020 Sat elbow / suction valve 3 z 0.013 0.007 0.0008 Sat "A"RHR return line 18 X 0.020 0.010 0.0009 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0004 Sat RR discharge line 20 z 0.015 0.008 0.0007 Sat A RR N2 jet pump 31 X 0.010 0.005 0.0004 Sat 3 A rset 323 32 Y 0.010 0.005 0.0005 Sat

_ __ 33 Z 0.011 0.006 0.0003 Sat "A"RR ring header 7 X 0.044 0.022 0.0004 Sat 4 between N2Kjet 110 8 0.006 0.003 0.0012 Sat pump riser I end cap 9 Z 0.004 0.002 0.0008 Sat "A"RHR return line 10 X 0.012 0.006 0.0005 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0014 Sat F050A 12 Z 0.048 0.024 0.0015 Sat

'A'RR pump 13 X _ 0.0009 6 discharge pressure 130 14 _ 0.0003 sensing line # BB-226-CCA-1" 15 Z 0.0006 16 X ____ 0.0005 F050A bypass line # 9 BC-121-DBA-1" 97

_ __ __ __17 Z __ _ _ __ _ _ 0.0013 OA" RHR return 24 LS X 0.0005 8 F060A limit switch 706 25 LS Y 0.0007 stem protector cap 26 LS Z 0.0022 Proximity Probe 9 F060A Gear box 704 27 50 25 0.1975 _

cover plate "A"RR pump suction 4 X 0.024 0.012 0.0009 Sat 10 piping between 13 5 Y 0.012 0.006 0.0006 Sat elbow - suction valve . 6 0.016 0.008 0.0008 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. DesGeneral Node Chan. Direction Level Level Actual Sat Unsat

___ Description No. ____ ____ 1 2 Reading 34 X 0.014 0.007 0.0003 Sat 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0009 Sat 36 Z 0.014 0.007 0.0006 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0010 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0011 Sat RR discharge line 30 Z 0.026 0.013 0.0003 Sat "B" RR ring header 37 X 0.055 0.027 0.0011 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0004 Sat pump riser and end pump cand end 39 Z 0.006 0.003 0.0023 Sat 40 0.033 0.017 0.0005 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0010 Sat 42 Z 0.008 0.004 0.0006 Sat "B" RHR supply at 21 X 0.010 0.005 0.0003 Sat 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0003 Sat F077 23 Z 0.045 0.022 0.0007 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X *0.0006 18 1Bsensing line #BB- 155/

224-CCA-1" 160 47 Z 0.0009 RHR shutdown 48 0.0008 19 cooling supply line 196 vent line #BC-1 96- .

DBA-1" 49 Z + 0.0029 Proximity Probe _

20 F060B Limit Switch LS 63 50 25 0.2265 4 protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat! Unsat N. Description No. __ _ _ _ _ _ _ 2________

53 LS X 0.0006 21 F077 limit switch stem 54 LS Y 0.0004 protector end cap 5LS Z 0.0007 _

Proximity Probe 22 "B" RHR supply at 56 50 25 0.2144 _

F077 gear cover plate F060B limit Switch 50 X

0.0006 _

23 Stem Protector end 51 Y

0.0004 _

cap 52 Z _ 0.0006 _

62 OPX 0.0004 24 A RHR return line .

F050A valve operator 64 OP Z

__ 0.0004 _____

57 Ml 0.023 0.012 0.0012 _

58 M2 0.027 0.014 0.0023 _

25 B motor 59 M3 0.034 0.017 0.0015 60 M4 0.043 0.022 0.0009 _

61 M5 0.028 0.014 0.0013 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (IST REFERENCE)

Page 1 of 3 Action Level Threshold No. Description Node Chan. Direction Level Level Actual Sat/Unsat "B" RR pump suction 1 X 3.183 1.592 0.3355 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.1982 Sat elbow / suction valve 3 Z 1.606 0.803 0.1041 Sat "A" RHR return line 18 X 1.560 0.780 0.0631 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.0332 Sat RR discharge line 20 Z 2.776 1.388 0.0906 Sat 31 X 1.325 0.663 0.0224 Sat RR N2H jet pump 323 32 Y 2.167 1.084 0.0679 Sat 33 Z 1.713 0.857 0.0257 Sat "A" RR ring header 7 X 3.613 1.806 0.0569 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.0834 Sat pump riser / end cap 9 Z 1.198 0.599 0.0676 Sat "A" RHR return line 10 X 1.463 0.732 0.0469 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.1449 Sat F050A 12 Z 2.523 1.262 0.1025 Sat

'A' RR pump 13 X _ 0.1446 6 discharge pressure 130 14 _ 0.0288 sensing line # BB- 5 048 226-CCA-1"1__=_ 5= 0.048 F050A bypass line # 16 X 0.0760 BC-121-DBA-1" 91

_ 17 1_ Z _ _ _ 0.0910 "A" RHR return 24 LS X _ 0.0598 8 F060A limit switch 706 25 LS Y

0.0743 stem protector cap 26 LS Z 0.2003 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate

'A" RR pump suction 4 X 3.405 1.703 0.0931 Sat 10 piping between 13 5 Y 1.981 0.991 0.0523 Sat elbow - suction valve 6 Z 1.768 0.884 0.0861 Sat

= INFORMATION ONLY, NOT ACCEPTANCE CRITERIA Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1ST REFERENCE)

Page 2 of 3 Action Level Th rsh nid No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. 1 2 Reading ________

34 X 2.234 1.117 0.0332 Sat 11 B RR N2C jet pump riser__ 323 35 Y 2.629 1.315 _ _

0.0652 Sat 36 Z 1.672 0.836 0.0560 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.0939 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.0776 Sat RR discharge line 30 z 3.016 1.508 0.0323 Sat "B" RR ring header 37 X 3.872 1.936 0.0580 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.0480 Sat pump riser and end 39 1.128 0.564 0.1230 Sat

_ _cap

_ ___ __ 0_ __ __564_ _ __ _

40 X 3.065 1.533 0.0359 Sat 15 adjacent to F060B 614 41 Y 0.771 0.386 0.0687 Sat 42 Z 1.582 0.791 0.0457 Sat "B" RHR supply at 21 X 0.346 0.173 0.0172 Sat 16 elbow upstream of 515N 22 Y 3.204 1.602 0.0285 Sat F077 23 Z 6.053 3.027 0.0516 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X __sesgln_3346 0.0530 _

18 18'B" sensing line #BB 155/160 224-CCA-1" 155_16 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

47 Z

0.0585 _

RHR shutdown 48 Y

0.1149 _

19 cooling supply line 196 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

vent line #BC-1 96- 49 Z 0.2277 DBA-1" _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

Proximity Probe _

20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (IST REFERENCE)

Page 3 of 3 Action Level Threshold No.

No._

General Description Node No.

Cha Direction Direction____

Level 1

Level 2

Actual Redn SaVUnsat a/na F077 limit switch 53 LS X 0.0970 21 stem protector end 54 LS Y

0.0411 cap 55 LS Z 0.1002 Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate =_= =_=

F060B limit Switch 50 X 0.0653 23 Stem Protector end 51 Y _ 0.0460 +

cap 52 Z __ = 0.0803 A RHR return line 62 OP X 0.0193 _

24 F050A valve _ _ ___________

operator 64 OP Z 0.0385 57 Ml 2.396 1.198 0.0881 _

58 M2 2.745 1.373 0.1360 _

25 B motor 59 M3 3.626 1.813 0.1064 +

60 M4 4.043 2.022 0.0607 _

61 M5 3.042 1.521 0.0625 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level Threshold No. DesGeneral Node Chan. Direction Level Level Actual SatUnsat N. Description No. Drcin 1 2 Reading Stln t "B" RR pump suction I X 1.272 0.636 0.1023 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.0723 Sat elbow / suction valve 3 Z 0.515 0.258 0.1249 Sat "A" RHR return line 18 X 0.557 0.279 0.0354 Sat 2 near branch conn to 602 19 Y 1.606 0.803 0.0288 Sat RR discharge line 20 Z 3.349 1.675 0.1187 Sat 31 X 0.679 0.340 0.0084 Sat 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.0457 Sat riser 33 Z 1.414 0.707 0.0258 Sat "A" RR ring header 7 X 1.094 0.547 0.0499 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.0381 Sat pump riser/ end cap 9 Z 0.732 0.366 0.0334 Sat "A" RHR return line 10 X 0.809 0.405 0.0218 Sat 5 between F060A and 621 11Y 0.522 0.261 0.0483 Sat F050A 12Z 0.651 0.326 0.0378 Sat "A"RR pump 13 X

0.1743 _

6 discharge pressure 130 14 y 0.0296 sensing line # BB- 15 0.0195 226-CCA-1" _

_

F050A bypass line # 16 X _ 0.0401 _

BC-121-DBA-1" 97

_ _ _ __ __ _ _ _ _1 7 Z _ _ _ 0.0416 _ _ _ _ _

"A' RHR return 24 LS X

0.0423 _

8 F060A limit switch 706 25 LS Y 0.0596 _

stem protector cap 26 LS Z 0.1162 Proximity Probe 9 F060A Gear box 704 27 N/A NIA N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.0376 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.0236 Sat

- suction valve 6 z 0.575 0.288 0.0352 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat

___ Description No. _____ 1 2 Reading_____

BR 34 X 1.117 0.559 0.0326 Sat 1 R N2C jet pump 323 35 Y 1.567 0.784 0.0435 Sat 36 Z 0.906 0.453 0.0524 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.0496 Sat 13 near branch conn to 603F 29 Y 2.469 1.235 0.0445 Sat RR discharge line 30 Z 1.377 0.688 0.0362 Sat "B" RR ring header 110 37 X 0.808 0.404 0.0217 Sat 14 between N2E jet 38 Y 1.631 0.816 0.0451 Sat pumpriser & end cap 39 Z 0.455 0.227 0.0598 Sat 40 X 0.981 0.491 0.0267 Sat 15 adjacent to F060B 614 41 Y 0.481 0.241 0.0407 Sat 42 Z 0.852 0.426 0.0283 Sat "B" RHR supply at 21 X 0.392 0.196 0.0089 Sat 16 elbow upstream of 515N 22 Y 2.596 1.298 0.0173 Sat F077 23 Z 4.225 2.113 0.0254 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X ___0.0595 18'B' sensing line #BB- 15516 ____0 _0595_

18 224-CCA-1" 155/160 47 z

0.0472 RHR shutdown 48 Y 0.1082 19 cooling supply line 196 . .

vent line #BC-196- 49 0.1327

_ _DBA-1' Proximity Probe 20 F060B Limit Switch LS 63 N/A NIA N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.1281 _

21 F077 limit switch 595 54 LS Y 0.0201 _

stem protector end LS 0.1352

_ _cap LS__ Z_ _ __0___1352__ __

= Intormation Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. l General Node Chan Direction Level Level Actual SaUnsat

___ Description No. Drcin 1 2 Reading_____

Proximity Probe _ lll_

22 F077 gear cover 56 N/A N/A N/A N/A N/A plate = ____lI F060B Limit Switch 50 X 0.0446 23 Stem Protector End 51 Y _ 0.0500 Cap 52 Z 0.0648 A RHR return line 62 OP X 0.0091 24 F050A valve _

operator _ 64 OPZ 0.0316 57 Ml 0.678 0.339 0.0287 +

58 M2 0.740 0.370 0.0422 _

25 B motor 59 M3 1.067 0.534 0.0362 +

60 M4 1.084 0.542 0.0198 +

61 M5 0.854 0.427 0.0263 +

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA-ACQUISITION Date: 1/31/05 Time: 09:30 $06 CRIDs Terminal (group 30)

Feedwater Flow: 6.55 x 106 lb/hr (B2030)

Steam Flow: _6.59 x 106 lb/hr (A212)

CTP 1669 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 939.7 psig (B5019)

Generator Output 531.4 MWe (A225) or (HC.OP-FT.BB-0001 - Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 Loon A Loop B Recirc Pump Speed: 54 % 50 %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 60 psid 55 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 35 MLB/HR 32_ MLB/HR (FI-R611A-B21) (FI-R61 1B-B21)

Core Plate Dp: 5.3 psid (PDR-R613-B21)

Core Flow: _66.0 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): _JA 1/31/05 Initial Design Engineering Review of Results: SAT/UNSATSAT_

J. Barkhamer per Telecon 1/31/05 JA Design Engineer Sign/Date NOTES:

No data points exceeding or equal to Level 2 criteria. All data acceptable @ 50%

power hold point.

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page I of 3 Action Level Threshold General Node Actual No. Description No. Chan. Direction Level I Level 2 Real SaV Unsat "B" RR pump suction 1 X 0.022 0.011 0.0019 Sat Piping R Between 14 2 Y 0.010 0.005 0.0010 Sat elbo Pipigsctwnvalv 3 Z 0.013 0.007 Bad Channel/No Data elbo I ucton alve3Z 0.03 0007Available "A" RHR return line 18 X 0.020 0.010 0.0012 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0003 Sat RR discharge line 20 Z 0.015 0.008 0.0006 Sat A RR N2H jet pump 323 32 X 0.010 0.005 0.0004 Sat riser 33 Z 0.011 0.006 0.0003 Sat "A" RR ring header 7 X 0.044 0.022 0.0006 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0013 Sat pump riser / end cap 9 Z 0.004 0.002 0.0010 Sat "A" RHR return line 10 X 0.012 0.006 0.0004 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0013 Sat F050A 12 Z 0.048 0.024 0.0011 Sat

'A' RR pump 13 X X ____X _ 0.0010 6 discharge pressure 130 14 Y _ _ 0.0002 sensing line # BB-226-CCA-1" 15 Z 4 0.0005 16 X

___ 0.0007 F050A bypass line #16 0.0007 BC-121-DBA-1"

_ _ __ _ _ 17 Z_ _ _ _ 0.0016 WA" RHR return 24 LS X 0.0006 8 F060A limit switch 706 25 LS Y 0.0008 stem protector cap 26 LS Z 0.0008 Proximity Probe 9 F060A Gear box 704 27 50 25 No data cover plate "A" RR pump suction 4 X 0.024 0.012 0.0011 Sat 10 piping between 13 5 Y 0.012 0.006 0.0006 Sat elbow - suction valve 6 Z 0.016 0.008 0.0006 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold General Node Chan. Direction Level Level Actual Sat/ nsat N. Description No. 1 2 Reading 34 X 0.014 0.007 No data 11 RR N2C jet Pump 323 35 Y 0.013 0.007 0.0010 Sat riser 36 Z 0.014 0.007 0.0010 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0006 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0012 Sat RR discharge line 30Z 0.026 0.013 0.0004 Sat "B" RR ring header 37 X 0.055 0.027 0.0006 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0005 Sat pump riser and end cap 39 Z 0.006 0.003 0.0012 Sat 40 X 0.033 0.017 0.0004 Sat 15 B RHR return line 614 41 0.006 0.003 0.0010 Sat adjacenttoF060B 42 Z 0.008 0.004 0.0008 Sat "B" RHR supply at 21 X 0.010 0.005 0.0002 Sat 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0005 Sat F077 23 Z 0.045 0.022 0.0010 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X +0.0016 18 U13 sensing line #BB- 155/

224-CCA-1" 160 _ __0014

_ __ __ __47 Z __ _ 0.0014 __ _ __ _

RHR shutdown 48 Y 0.0014 19 cooling supply line 196 vent line #BC-196-DBA-1" 49 Z 0.0037 Proximity Probe 20 F060B Limit Switch LS 63 50 25 No data protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/ Unsat Description No. 1 2 Redn 53 LS X ___ __ 0.0027 21 F077 limit switch protector stem end cap 54 55 LS YZ LS

0.0005 0.0011 55 LS Z *0.0011 Proximity Probe 22 "B" RHR supply at 56 50 25 No data F077 gear cover plate F060B limit Switch 50 X _ 0.0008 23 Stem Protector end 51 Y E _0.0006 m

cap 52 Z 0.0007

=62 OPX 0.0002 24 A RHR return line . . -

F050A valve operator 64 OPZ _ 0.0004 57 Ml 0.023 0.012 0.0010 58 M2 0.027 0.014 0.0018 25 B motor 59 M3 0.034 0.017 0.0018 60 M4 0.043 0.022 0.0014 _

61 M5 0.028 0.014 0.0011

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Threshold General Node. . Level Level Actual No. Description No. Chan. Direction 1 2 Reading SatUnsat "B" RR pump suction I X 3.183 1.592 0.287 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.161 Sat elbow I suction valve 3 Z 1.606 0.803 Bad Channel/No Data "A" RHR return line 18 X 1.560 0.780 0.085 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.072 Sat RR discharge line 20 Z 2.776 1.388 0.113 Sat 31 X 1.325 0.663 0.026 Sat 3 A RR N21 jet pump 323 32 Y 2.167 1.084 0.107 Sat riser 33 Z 1.713 0.857 0.075 Sat "A" RR ring header 7 X 3.613 1.806 0.171 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.097 Sat pump riser / end cap 9 Z 1.198 0.599 0.126 Sat "A" RHR return line 10 X 1.463 0.732 0.044 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.097 Sat F050A 12 Z 2.523 1.262 0.086 Sat

'A" RR pump 13 X 0.362 6 discharge pressure 14 0.054 6 sensing line # BB- 130 1 226-CCA-l' 15 Z 0.039 F050A bypass line #16 X 0.098 7 BC-121-DBA-1" 97017

_ _ _1 7 Z__ _ _ _ _ _ 0.176

'A" RHR return 24 LS X 0.112 8 F060A limit switch 706 25 LS Y

0.150 stem protector cap 26 LS Z 0.129 Proximity Probe 9 F060A Gear box 704 27NA N/A N/A N/A N/A cover plate _ _

"A" RR pump suction 4 X 3.405 1.703 0.122 Sat 10 piping between 13 5 Y 1.981 0.991 0.085 Sat elbow - suction valve 6 Z 1.768 0.884 0.096 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (IST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat DesDirectiono.1 2 Reading 34 X 2.234 1.117 No data 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.112 Sat

_ ser_ 36 Z 1.672 0.836 0.227 Sat 12 Not Used N/A _ N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.096 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.114 Sat RR discharge line 30Z 3.016 1.508 0.077 Sat "B" RR ring header 37 X 3.872 1.936 0.061 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.132 Sat pump riser and end 39 1.128 0.564 0.124 Sat 40 X 3.065 1.533 0.053 Sat 15 B RHR return line 614 41 Y 0.771 0.386 0.080 Sat 42 Z 1.582 0.791 0.124 Sat "B" RHR supply at 21 X 0.346 0.173 0.011 Sat 16 elbow upstream of 515N 22 Y 3.204 1.602 0.100 Sat F077 23 Z 6.053 3.027 0.104 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 x X_* 0.270 _

18 B" sensing line#13- 155/160 224-CCA-1 5/60______

47 z

0.146 _

RHR shutdown 48 Y

0.243 _

19 cooling supply line 196 _

vent line #BC-196- 49 _ 0.426

__ __ D BA-1" _ _ _ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= INFORMATION ONLY, NOT ACCEPTANCE CRITERIA Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (IST REFERENCE)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual SaVUnsat Description No. 1 2 Reading F077 limit switch 53 LS X 4 0.445 _

21 stem protector end 54 LS Y 0.086 cap 55 LS Z 0.330 +

Proximity Probe .

22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X

0.196 _

23 Stem Protector end 51 Y 0.349 _

cap 52 z

0.159 _

A RHR retum line 62 OP X 0.013 24 F050A valve _

operator 64 OP z *_=_0.071 57 Ml 2.396 1.198 0.100 58 M2 2.745 1.373 0.159 25 B motor 59 M3 3.626 1.813 0.175 60 M4 4.043 2.022 0.212 _

61 M5 3.042 1.521 0.106

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page I of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat Description No. ___2_Read2ng "B" RR pump suction 1 X 1.272 0.636 0.201 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.143 Sat elbow / suction valve 3 Z 0.515 0.258 Bad channel I No data "A" RHR return line 18 X 0.557 0.279 0.087 Sat 2 near branch conn to 602 19 Y 1.606 0.803 0.129 Sat RR discharge line 20 Z 3.349 1.675 0.104 Sat 31 X 0.679 0.340 0.013 Sat 3 ARR N2H jet pump 323 32 Y 1.246 0.623 0.121 Sat riser 33 Z 1.414 0.707 0.132 Sat "A" RR ring header 7 X 1.094 0.547 0.250 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.076 Sat pump riser/end cap 9 Z 0.732 0.366 0.105 Sat "A" RHR return line 10 X 0.809 0.405 0.031 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.067 Sat F050A 12 Z 0.651 0.326 0.035 Sat

.A' RR pump 13 X 0.565 6 discharge pressure 130 14 Y

0.085 sensing line # BB- 15 0.047 226-CCA-1" 15 _ __=D__

16 X ____0.061 7 F050A bypass line # 97 BC-121-DBA-1" 17 Z 0.065 "A RHR return 24 LS X

0.100 _

8 F060A limit switch 706 25 LS Y

0.210 _

stem protector cap 26 LS Z

0.100 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.134 Sat 10 piping between elbo 13 5Y 0.906 0.453 0.076 Sat

- suction valve 6 Z 0.575 0.288 0.094 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat

___ Description No. 1 2 Reading_____

34 X 1.117 0.559 No data _

11 B RR N2C jet pump 323 35 Y 1.567 0.784 0.138 Sat riser 36 Z 0.906 0.453 0.284 Sat 12 Not Used NIA N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.119 Sat 13 near branch conn to 603F 29 Y 2.469 1.235 0.143 Sat RR discharge line .30Z 1.377 0.688 0.123 Sat "B" RR ring header 110 37 X 0.808 0.404 0.068 Sat 14 between N2E jet 38 Y 1.631 0.816 0.175 Sat pumpriser & end cap 39 Z 0.455 0.227 0.108 Sat 40 X 0.981 0.491 0.066 Sat 15 B RHR retut line 614 41 Y 0.481 0.241 0.063 Sat 42 Z 0.852 0.426 0.108 Sat "B" RHR supply at 21 X 0.392 0.196 0.005 Sat 16 elbow upstream of 515N 22 Y 2.596 1.298 0.117 Sat F077 23 Z 4.225 2.113 0.129 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 x ___ 0.352 18 1B3sensing line #BB- 155/160 46 X - = 0.352 224-CCA-l1 r 47 Z

0.169 _

RHR shutdown 48 Y ____0.187 19 cooling supply line 196 vent line #BC-1 96- 49 Z 0.209

____ ~DBA-1' _ _ _ _ _ _ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.659 21 F077 limit switch 595 54 LS Y _ _ 0.086 stem protector end 55 LS Z _ 0.536

_____cap _____ ___A _________ _______

= InTormation unly, NOt Acceptance C.riteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. General Node Chan Direction Level Level Actual SatlUnsat

___ Description No. ____1 2 Reading Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B Limit Switch 50 X 0.257 23 Stem Protector End 51 Y 0.719 Cap 52 Z 0.192 A RHR return line 62 OP X __-_0.006 24 F050A valve __

operator 64 OP Z 0.050 57 Ml 0.678 0.339 0.076 58 M2 0.740 0.370 0.091 _

25 B motor 59 M3 1.067 0.534 0.109 _

60 M4 1.084 0.542 0.152 61 M5 0.854 0.427 0.091 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I Date: 2/01/05 Time:

PLANT DATA ACQUISITION 14:31 7o/s CRIDs Terminal (group 30)

Feedwater Flow: _9.40_ x 1 lb/hr (B2030) l6 Steam Flow: 9.42 x 106 lb/hr (A212)

CTP 70 MWt (HC.OP-FT.BB-0001 - Attach 1)

Reactor Pressure: 971 psig (B5019)

Generator Output 774 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 Loop A Loon B Recirc Pump Speed: 55 (930 rpm) % 55 (930 rpm) %

(SIC-R621 A) (SIC-R621 B)

Recirc Pump Dp: 64 psid 69 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 34 MLB/HR 34 MLBIHR (FI-R611A-B21) (FI-R61 1B-B21)

Core Plate Dp: 6.3 psid (PDR-R613-B21)

Core Flow: 67.58 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): PCK Initial Design Engineering Review of Results: SAT/UNSATSAT John Barkhamer per telecon Design Engineer Sign/Date NOTES:

Channel 39 displ & accel at/above Lvl 2 criteria.

D.E. closely monitoring this point.

D.E. will contact GE in the AM concerning this issue. NOTF 20222682 for loss of channels.

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold General Node . .Actual No. Description No. Chan. Direction Level I Level 2 Readin Sat/ Unsat "B" RR pump suction I X 0.022 0.011 0.0017 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0009 Sat elbow/ suction valve 3 Z 0.013 0.007 NIA N/A "A" RHR return line 18 X 0.020 0.010 0.0010 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0004 Sat RR discharge line 20 Z 0.015 0.008 0.0007 Sat A RR N2H- jet pump 33 31 X 0.010 0.005 0.0004 Sat 3 riser 323 32 Y 0.010 0.005 0.0007 Sat 33 Z 0.011 0.006 0.0004 Sat "A" RR ring header 7 X 0.044 0.022 0.0006 Sat 4 between N2Kjet 110 8 Y 0.006 0.003 0.0015 Sat pump riser I end cap 9 Z 0.004 0.002 0.0009 Sat "A" RHR return line 10 X 0.012 0.006 0.0004 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0012 Sat F050A 12 Z 0.048 0.024 0.0013 Sat "A' RR pump 13 X 0.0019 6 discharge pressure 130 14 _ 0.0003 sensing line # BB-226-CCA-1" 15 Z 0.0005 F050A bypass line #16 X 0.007 BC-121-DBA-1' 17 Z _ 0.0018 WA" RHR return 24 LS X _ 0.0007 8 F060A limit switch 706 25 LS Y 0.0010 +

stem protector cap 26 LS Z 0.0010 Proximity Probe 9 F060A Gear box 704 27 50 25 N/A cover plate _X _ X_=___X__

"A" RR pump suction 4 X 0.024 0.012 0.0009 Sat 10 piping between 13 5 Y 0.012 0.006 0.0007 Sat elbow - suction valve 6 Z 0.016 0.008 0.0006 Sat

. _ IC: _ . - -- _l_ %I-. A ___

= InTormation unly, Not Acceptance Grixeria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SaV Unsat Description No. 1 2 Reading B 34 X 0.014 0.007 N/A N/A 11 R N2C jet Pump 323 35 Y 0.013 0.007 0.0009 Sat riser 36 Z 0.014 0.007 0.0017 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0013 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0015 Sat RR discharge line 30 Z 0.026 0.013 0.0006 Sat "B" RR ring header 37 X 0.055 0.027 0.0017 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0007 Sat pump riser and end pupisrcan 39 Z 0.006 0.003 0.0035 Sat per D.E.

40 X 0.033 0.017 0.0004 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0013 Sat adjacentto=F060 42 Z 0.008 0.004 0.0010 Sat "B" RHR supply at 21 X 0.010 0.005 N/A N/A 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0006 Sat F077 23 Z 0.045 0.022 0.0009 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X 0.0014 18 "B"sensing line #BB- 155/

224-CCA-1" 160 47 Z _ 0.0012 _

RHR shutdown 48 Y 0.0018 19 cooling supply line 196 vent line #BC-196-DBA-1" 49 Z 0.0035 Proximity Probe 20 F060B Limit Switch LS 63 _ 50 25 N/A protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/ Unsat ChanriDirection 1 2 Reading _____

53 LS X 0.0026 21 F077 limit switch stem 54 LS Y _ 0.0006 _

protector end capZ 0.0014 Proximity Probe 22 "B" RHR supply at 56 50 25 N/A F077 gear cover plate F060B limit Switch 50 X - 0.0011 23 Stem Protector end 51 Y l_____ 0.0005 - ____

cap 52 Z 0.0010 62 OPX _ 0.0003 24 A RHR return line F050A valve operator .

____ 64 OP Z 0.0004 _____

57 Ml 0.023 0.012 0.0011 _ _

58 M2 0.027 0.014 0.0018 25 B motor 59 M3 0.034 0.017 0.0016 _

60 M4 0.043 0.022 0.0011 _

61 M5 0.028 0.014 0.0003

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERI, A (0-P) (INCHISEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan.irection Level Level Actual SatlUnsat N. Description NO. Chn ieto 1 2 Reading _________

"B" RR pump suction 1 X 3.183 1.592 0.2340 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.1799 Sat elbow / suction valve 3 Z 1.606 0.803 N/A N/A "A" RHR return line 18 X 1.560 0.780 0.1067 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.0578 Sat RR discharge line 20 Z 2.776 1.388 0.0962 Sat 31 X 1.325 0.663 0.0275 Sat 3 A RR N21 jet pump 323 32 Y 2.167 1.084 0.1181 Sat riser_ 33 Z 1.713 0.857 0.0906 Sat "A" RR ring header 7 X 3.613 1.806 0.1808 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.1292 Sat pump riser/ end cap 9 Z 1.198 0.599 0.0942 Sat "A" RHR return line 10 X 1.463 0.732 0.0575 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.1159 Sat F050A 12 Z 2.523 1.262 0.0997 Sat "At RR pump 13 X _ 0.4636 6 discharge pressure 130 14 Y 0.0776 sensing line # BB- 15 Z 0.0625 226-CCA-1" 15 _

0.0625__

F050A bypass line 16 X 0.1041 BC-121-DBA-1" 17 Z

0.2047 "A" RHR return 24 LSX 0.1367 8 F060A limit switch 706 25 LS Y 0.1453 4 stem protector cap 26 LS Z _ 0.1575 _

Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate I "A" RR pump suction 4 X 3.405 1.703 0.1368 Sat 10 piping between 13 5 Y 1.981 0.991 0.0998 Sat elbow - suction valve 6 Z 1.768 0.884 0.1102 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABL 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat Description No. ____1 2 Reading__

BR34 X 2.234 1.117 N/A N/A 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.1267 Sat riser 36 Z 1.672 0.836 0.1364 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.1559 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.1645 Sat RR discharge line 30Z 3.016 1.508 0.0855 Sat "B" RR ring header 37 X 3.872 1.936 0.1140 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.1789 Sat pump riser and end 39 1.128 0.564 0.3259 Sat 40 X 3.065 1.533 0.0863 Sat 15 B RHR return line 614 41 Y 0.771 0.386 0.1197 Sat 42 Z 1.582 0.791 0.1306 Sat "B" RHR supply at 21 X 0.346 0.173 N/A N/A 16 elbow upstream of 515N 22 Y 3.204 1.602 0.0868 Sat F077 23 Z 6.053 3.027 0.1180 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X _ 0.2022 18 'B sensing 18 line #BB- 155/160 224-CCA-1" 1516 ___ _____

47 Z 0.1645 _

RHR shutdown 48 Y _ 0.4055 _

19 cooling supply line 196 vent line #BC-196- 49 0.6615 D BA-1 " 49_ ___ _6615 0___ _ __ __

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) ( 1ST REFERENCE)

Page 3 of 3 Action Level Threshold N. General Node Chan Drcin Level Level Actual SatlUnsat No- Description l No. Reading l-2Direction _______

F077 limit switch 53 LS X 0.2487 21 stem protector end 54 LS Y

0.0734 _

cap 55 LS Z 0.2211 Proximity Probe = = = =

22 F077 gear cover 56 N/A NIA N/A NIA N/A plate _ _ _ __ _ _ _ _ _

F060B limit Switch 50 X 0.1627 23 Stem Protector end 51 Y _ 0.1501 _

cap 52 Z X _ 0.1789 _

A RHR return line 62 OP X 0.0179 24 F050A valve _

operator 64 OP z 0.0647 57 Ml 2.396 1.198 0.1150 _

58 M2 2.745 1.373 0.1253 25 B motor 59 M3 3.626 1.813 0.1731*

60 M4 4.043 2.022 0.2164 _

61 M5 3.042 1.521 0.0890

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page I of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatUnsat N. Description No. Direction 1 2 Reading S________

"B" RR pump suction 1 X 1.272 0.636 0.1463 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.1918 Sat elbow/ suction valve 3 Z 0.515 0.258 N/A N/A "A" RHR return line 18 X 0.557 0.279 0.1090 Sat 2 near branch conn to 602 19 Y 1.606 0.803 0.0977 Sat RR discharge line 20 Z 3.349 1.675 0.0867 Sat 31 X 0.679 0.340 0.0239 Sat 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.1181 Sat riser 33 Z 1.414 0.707 0.0906 Sat "A" RR ring header 7 X 1.094 0.547 0.3048 Sat 4 between N2Kjet 110 8 Y 1.757. 0.879 0.1445 Sat pump riser / end cap 9 Z 0.732 0.366 0.0665 Sat "A" RHR return line 10 X 0.809 0.405 0.0347 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.0726 Sat F050A 12 Z 0.651 0.326 0.0504 Sat

'A' RR pump 13 X 0.8998 _

6 discharge pressure 130 14 y 0.1430 sensing line # BB- 15 0.0866 226-CCA-1" * +

16 x _ _ _ 0.0676 _ _ _ _ _

7 F050A bypass line # 97 BC-121-DBA-1" 17 Z 0.0911 "WRHR return 24 LS X 0.1557 8 F060A limit switch 706 25 LS Y 0.1508 stem protector cap 26 LS Z 0.1165 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.1721 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.0993 Sat

- suction valve 6 Z 0.575 0.288 0.1082 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLt 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. 1 2 Reain 34 X 1.117 0.559 N/A N/A 11 B RR N2C riserjet pump 323 35 Y 1.567 0.784 0.1344 Sat 36 Z 0.906 0.453 0.1738 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B"RHR return line 28 X 0.845 0.423 0.1220 Sat 13 near branch conn to 603F 29 Y 2.469 1.235 0.1952 Sat RR discharge line 30 Z 1.377 0.688 0.1521 Sat "B"RR ring header 37 X 0.808 0.404 0.1104 Sat 14 between N2E jet 110 38 Y 1.631 0.816 0.2735 Sat pumpriser &end cap 39Z 0.455 0.227 0.3412 Sat per D.E.

40 X 0.981 0.491 0.0886 Sat 15 adjacent to F060B 614 41 Y 0.481 0.241 0.1329 Sat 42 Z 0.852 0.426 0.0876 Sat "B"RHR supply at 21 X 0.392 0.196 N/A N/A 16 elbow upstream of 515N 22 Y 2.596 1.298 0.1007 Sat F077 23 Z 4.225 2.113 0.1413 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X *_snigln___4_ 0.2650 _

18 sensing 2B" line #68 224-CCA-147 155/160 0.1934 RHR shutdown 48 Y 0.5448 19 cooling supply line 196 vent line #BC-1 96-49074 DBA-1" 49 - = 0.7604 Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X

0.1592 _

21 F077 limit switch 595 54 LS Y 0.0452 stem protector end LS 0.2155 cap_ _ _ __ __ _ __

LS__ Z_ _ __ _0__ _2155__ __ _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. General Node Chan Direction Level Level Actual SatlUnsat DesDirectiono.1 2 Reading Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B Limit Switch 50 X _ 0.1181 4 23 Stem Protector End 51 Y _ 0.2064 Cap 52 z 0.1764 A RHR return line 62 OP X _ 0.0090 24 F050A valve operator 64 OP Z _ 0.0461 57 Ml 0.678 0.339 0.0962 58 M2 0.740 0.370 0.0798 _

25 B motor 59 M3 1.067 0.534 0.1342 60 M4 1.084 0.542 0.1548 61 M5 0.854 0.427 0.0668 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 1 PLANT DATA ACQUISITION 0 Date: 2/04/05 Time: 11:26 -761ol CRIDs Terminal (group 30)

Feedwater Flow: 10.32 x 106 lb/hr (B2030)

Steam Flow: 10.43 x 10 6 lb/hr (A212)

CTP 2504 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 963.14 psig (B5019)

Generator Output 837 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 Loop A Loop B Recirc Pump Speed: 69 (1127 rim)% 67 (1128 rpm)%

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 98 psid 100 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 40 MLBIHR 39.9 MLB/HR (FI-R611A-B21) (FI-R61 1B-B21)

Core Plate Dp: 9.3 psid (PDR-R613-B21)

Core Flow: 80 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): BT Initial Design Engineering Review of Results: SAT/UNSATSAT John Barkhamer per telecon Design Engineer Sign/Date NOTES:

The following channels are bad: 3, 21 and 34. Guidance from Si was to disregard data from these channels, but compare data from a similar point instead.

Channel 39 is still above its Level 2 criteria for displacement, however GE has said the piping is SAT and recommended using velocity data over displacement.

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level I Level 2 Actual Sat Unsat Description No. Reading "B"RR pump suction 1 X 0.022 0.011 0.0017 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0010 Sat elbow/ suction valve 3 Z 0.013 0.007 N/A N/A "A" RHR return line 18 X 0.020 0.010 0.0013 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0005 Sat RR discharge line 20 Z 0.015 0.008 0.0014 Sat A RR N2H jet 31 X 0.010 0.005 0.0004 Sat 3 riser Pump 323 32 Y 0.010 0.005 0.0014 Sat 33 Z 0.011 0.006 0.0006 Sat "A" RR ring header 7 X 0.044 0.022 0.0006 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0014 Sat pump riserlend cap 9 Z 0.004 0.002 0.0010 Sat "A" RHR return line 10 X 0.012 0.006 0.0005 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0017 Sat F050A 12 Z 0.048 0.024 0.0015 Sat

'A" RR pump 13 X _ 0.0023 6 discharge pressure 130 14 Y 0.0003 sensing line # BB-226-CCA-1" 15 Z 0.0005 F050A bypass line #

16 X 0.0013 BC-121-DBA-1 " 97

__ _ _ _ 17 Z_ _ _ _ _ _ _ _ 0.0039 _ _ _ _ _

"A' RHR return 24 LS X _- 0.0011 8 F060A limit switch 706 25 LS Y _ 0.0012 _

stem protector cap 26 LS Z + 0.0012 _

Proximity Probe 9 F060A Gear box 704 27 . 50 25 1.0660 _

cover plate "A" RR pump suction 4 X 0.024 0.012 0.0012 Sat 10 piping between 13 5 Y 0.012 0.006 0.0008 Sat elbow - suction valve 6 Z 0.016 0.008 0.0007 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 lAction Level l Threshold GenealNde Can. irecionLevel Level Actual No. Genrl Node Chan. Direction . Sat Unsat

___ Description No. ____ ____ 1 2 Reading_____

34 X 0.014 0.007 N/A N/A 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0017 Sat riser 36 Z 0.014 0.007 0.0008 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0012 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0020 Sat RR discharge line 30 Z 0.026 0.013 0.0009 Sat "B" RR ring header 37 X 0.055 0.027 0.0026 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0007 Sat pump riser and end cap 39 Z 0.006 0.003 0.0045 Sat*

40 X 0.033 0.017 0.0005 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0011 Sat adjacent to F060B42 Z 0.008 0.004 0.0013 Sat "B" RHR supply at 21 X 0.010 0.005 N/A N/A 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0013 Sat F077 23Z 0.045 0.022 0.0014 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X 0.0011 18 "B" sensing line #BB- 155/

224-CCA-1" 160 __0_0013

_ __ __ __47 Z *_ _ 0.0013 __ _ __ _

RHR shutdown 48 Y 0.0035 19 cooling supply line 196 vent line #BC-1 96-DBA-1' 49 Z

0.0056 _

Proximity Probe _

20 F060B Limit Switch LS 63 50 25 0.7716 protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. Description Node Chan Direction Level Leve2 Actual Sat/ Unsat 53 LS X 00031 0__ _____

21 F077 limit switch stem protector end cap 54 55 LS X LS Y 0.0009 0.0009

_____LS __Z __ _ 0.0025 Proximity Probe 22 "B" RHR supply at 56 50 25 1.0545 F077 gear cover plate F060B limit Switch 50 X -- 0.0015 _

23 Stem Protector end 51 Y _ 0.0005 _

cap 52 Z 0.0012 62 OP X 0.0002 24 ARHR return line F050A valve operator 64 OPZ _ 0.0005 _

57 Ml 0.023 0.012 0.0011 _

58 M2 0.027 0.014 0.0018 X _ _

25 B motor 59 M3 0.034 0.017 0.0022 _

60 M4 0.043 0.022 0.0016 _

61 M5 0.028 0.014 0.0012 _

+ = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatUnsat N. Description NO. Ca.Drcin 1 2 Reading_____

"B" RR pump suction 1 X 3.183 1.592 0.2723 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.2065 Sat elbow / suction valve 3 Z 1.606 0.803 N/A N/A "A" RHR return line 18 X 1.560 0.780 0.1873 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.0948 Sat RR discharge line 20 z 2.776 1.388 0.2489 Sat 31 X 1.325 0.663 0.0260 Sat 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.2498 Sat riser_33 Z 1.713 0.857 0.1806 Sat "A" RR ring header 7 X 3.613 1.806 0.1318 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.0991 Sat

_ pump riser/end cap 9 Z 1.198 0.599 0.1044 Sat "A" RHR return line 10 X 1.463 0.732 0.0809 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2539 Sat F050A 12 Z 2.523 1.262 0.1228 Sat "AW RR pump 13 X _ 0.3145 6 discharge pressure 130 14 __0.0713 sensing line # BB-226-CCA-1" 15 Z 0.1096 7 F050A bypass line 16 X

0.1973 _

7 BC-1 21 -DBA-1' 97 17 Z

0.5236 WA"RHR return 24 LS X 0.1838 +

8 F060A limit switch 706 25 LS Y

0.2161 _

stem protector cap 26 LS Z - - 0.1943 Proximity Probe l 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.1793 Sat 10 piping between 13 5 Y 1.981 0.991 0.1270 Sat elbow - suction valve 6 Z 1.768 0.884 0.1968 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (IST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatUnsat Description No. 1 2 Reading 34 X 2.234 1.117 N/A N/A 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.2697 Sat riser 36 Z 1.672 0.836 0.1850 Sat 12 Not Used N/A N/A N/A N/A N/A NIA "B" RHR return line 28 X 2.044 1.022 0.1698 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.2213 Sat RR discharge line 30 Z 3.016 1.508 0.1318 Sat "B" RR ring header 37 X 3.872 1.936 0.1632 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.1771 Sat pump riser and end 39 1.128 0.564 0.2936 Sat capS 40 X 3.065 1.533 0.0823 Sat 15 B RHR return line 614 41 Y 0.771 0.386 0.0885 Sat adjacentto F060 42 Z 1.582 0.791 0.1803 Sat "B" RHR supply at 21 X 0.346 0.173 N/A N/A 16 elbow upstream of 515N 22 Y 3.204 1.602 0.2803 Sat F077 23 Z 6.053 3.027 0.1941 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X _ 0.2024 18 sensing line #BB- 155/160 "B'

224-CCA-1" F571012 47 Z 0.1523 RHR shutdown 48 Y Al _ 0.5851 19 cooling supply line 196 vent line #BC-196- 49 0.9202 D BA -1w _ _ _ _ _ _ _ __I_ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 3 of 3 Action Level Thrnesthnold No. General Node Chan Direction Level Level Actual Sat/Unsat DesDirectiono.1 2 Reading F077 limit switch 53 LS X _ 0.3757 21 stem protector end 54 LS Y _ 0.1320 _

cap __ 55 LS Z 0.3907 Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X 0.2483 23 Stem Protector end 51 Y

0.1235 _

cap 52 Z _ 0.1732 A RHR return line 62 OP X 0.0138 24 F050A valve _ _ _ ___________

operator 64 OP Z

_ 0.0405 57 Ml 2.396 1.198 0.1522 _

58 M2 2.745 1.373 0.1909 25 B motor 59 M3 3.626 1.813 0.2721 _

60 M4 4.043 2.022 0.2613 _

61 M5 3.042 1.521 0.1291 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat Description No. _____ 1 2 Reading_____

"B" RR pump suction 1 X 1.272 0.636 0.2150 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.1710 Sat elbow I suction valve 3 Z 0.515 0.258 NIA N/A "A" RHR return line 18 X 0.557 0.279 0.2474 Sat 2 near branch conn to 602 19 Y 1.606 0.803 0.1603 Sat RR discharge line 20 Z 3.349 1.675 0.2292 Sat A RR N21 jet pump 31 X 0.679 0.340 0.0123 Sat 3 riser 323 32 Y 1.246 0.623 0.2399 Sat 33 Z 1.414 0.707 0.2503 1 Sat "A" RR ring header 7 X 1.094 0.547 0.1645 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.1027 Sat pump riser/ end cap 9 Z 0.732 0.366 0.0929 Sat "A" RHR return line 10 X 0.809 0.405 0.0596 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.1917 Sat F050A 12 Z 0.651 0.326 0.0722 Sat "A RR pump 13 X 0.4197 6 discharge pressure 130 14 Y

0.1195 _

sensing line #BB- 15 0.1448 226-CCA-1" 15 * = 0.1448 16 x __ __ 0.1260 +__

7 F050A bypass line # 97 BC-121-DBA-1 17 z . 0.2137 +

"A"RHR return 24 LS X

0.1755 8 F060A limit switch 706 25 LS Y _ 0.2581 +

stem protector cap 26 LS Z 0.1767 +

Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.1970 Sat 10 piping between elbo 13 5 Y 0.906 0.453 0.1612 Sat

- suction valve 6 Z 0.575 0.288 0.2216 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. 1 2 Reading 34 X 1.117 0.559 N/A N/A 11 B RR N2C jet Pump 323 35 Y 1.567 0.784 0.2231 Sat riser 36 Z 0.906 0.453 0.2260 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.1765 Sat 13 near branch conn to 603F 29 Y 2.469 1.235 0.1615 Sat RR discharge line 30 Z 1.377 0.688 0.1886 Sat "B" RR ring header 37 X 0.808 0.404 0.1231 Sat 14 between N2E jet 110 38 Y 1.631 0.816 0.2032 Sat pumpriser & end cap 39 Z 0.455 0.227 0.2466 Sat 40 X 0.981 0.491 0.0857 Sat 15 B RHR retumtline 614 41 y 0.481 0.241 0.0877 Sat 42 Z 0.852 0.426 0.1074 Sat "B" RHR supply at 21 X 0.392 0.196 N/A N/A 16 elbow upstream of 515N 22 Y 2.596 1.298 0.3735 Sat F077 23 Z 4.225 2.113 0.1686 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X 0.2399 18 224-CCA 155/160 47 Z _ 0.1726 _

RHR shutdown 48 Y _ 0.4427 19 cooling supply line 196 vent line #BC-196- 49 z 0.5682 DBA-1" _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.2922 21 F077 limit switch 595 54 LS Y 0.097 stem protector end 555LS Z _ = 0.2531 cap _ _____ _ _05 a 3_1 _ ____

= Intormation Oinly, NOt Acceptance criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. l DGeneral Node Chan Direction Level Level Actual Sat/Unsat Description No. 1 2 Reading Proximity Probe _

22 F077 gear cover 56 N/A N/A NIA N/A N/A plate _ _ _

F060B Limit Switch 50 X _ 0.2326 23 Stem Protector End 51 Y _ 0.1716 Cap 52 z 0.1658 A RHR return line 62 OP X 0.0065 24 F050A valve operator 64 OP z

0.0294 57 Ml 0.678 0.339 0.1946 58 M2 0.740 0.370 0.1465 _

25 B motor 59 M3 1.067 0.534 0.1899 _

60 M4 1.084 0.542 0.2549 _

61 M5 0.854 0.427 0.1394 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION Date: 02/07/05 Time: 00:30 CRIDs Terminal (group 30)

Feedwater Flow: 11.08 x1 o6 lb/hr (B2030)

Steam Flow: 11.29 x 106 lb/hr (A212)

CTP 2678 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 968.4 psig (B5019)

Generator Output 906.7 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001 (Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 Loop A Loop B Recirc Pump Speed: 71 (1197 rpm) 71 (1197 rmm) %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 110 psid 110 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 42 MLB/HR 42 MLBIHR (FI-R611A-B21) (FI-R61 I B-B21)

Core Plate Dp: 10.3 psid (PDR-R613-B21)

Core Flow: 83 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): SA Initial Design Engineering Review of Results: SAT/UNSATSAT per BT Per telecon Alan Johnson 2/7/05 Design Engineer Sign/Date NOTES:

All data was within Acceptance Criteria per GE report.

Channels 3, 21, 31 and 34 are bad - no data available.

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE i DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold General Node . .Actual No. Description No. Chan. Direction Level 1 Level 2 Reading Sat/ Unsat "B" RR pump suction 1 X 0.022 0.011 0.0013 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0009 Sat elbow / suction valve 3 z 0.013 0.007 N/A N/A

'A" RHR return line 18 X 0.020 0.010 0.0009 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0007 Sat RR discharge line 20 Z 0.015 0.008 0.0016 Sat 3 A RR N2H jet pump 323 31 X 0.010 0.005 N/A N/A 3riser 33 32 Y 0.010 0.005 0.0013 Sat

_33 Z 0.011 0.006 0.0004 Sat "A" RR ring header 7 X 0.044 0.022 0.0007 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0013 Sat pump riser / end cap 9 Z 0.004 0.002 0.0011 Sat "A" RHR return line 10 X 0.012 0.006 0.0010 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0021 Sat F050A 12 Z 0.048 0.024 0.0014 Sat WA"RR pump 13 X 0.0029 6 discharge pressure 130 14 __0.0004 sensing line # BB-226-CCA-1' 15 Z 0.0004 F050A bypass line 16 X 0.0012 BC-121-DBA-1" .

17 Z _ 0.0034 "A"RHR return 24 LS X _ 0.0016 8 F060A limit switch 706 25 LS Y 0.0014 _

stem protector cap 26 LS Z

0.0016 Proximity Probe 9 F060A Gear box 704 27 50 25 0.7751 cover plate "A"RR pump suction 4 X 0.024 0.012 0.0013 Sat 10 piping between 13 5 Y 0.012 0.006 0.0007 Sat elbow - suction valve 6 Z 0.016 0.008 0.0007 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/ Unsat Description No. _ _______ 1 2 Reading ____

34 X 0.014 0.007 N/A N/A 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0012 Sat riser 36 Z 0.014 0.007 0.0007 Sat 12 Not Used N/A N/A N/A N/A NIA NIA N/A "B" RHR return line 28 X 0.023 0.012 0.0011 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0014 Sat RR discharge line 30 Z 0.026 0.013 0.0010 Sat "B" RR ring header 37 X 0.055 0.027 0.0031 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0007 Sat pump riser and end pupisrcan 39 Z 0.006 0.003 0.0058 Unsat >LT2 40 X 0.033 0.017 0.0005 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0011 Sat 42 Z 0.008 0.004 0.0011 Sat "B" RHR supply at 21 X 0.010 0.005 N/A N/A 16 elbow upstream of 515N 2 Y 0.030 0.015 0.0009 Sat F077 23Z 0.045 0.022 0.0012 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X + 0.0020 18 "B" sensing line #BB- 155/

224-CCA-1" 160 47 Z + 0.0019 + -

RHR shutdown 48 Y 0.0038 19 cooling supply line 196 vent line #BC-196-DBA-1" 49 Z _ 0.0066 Proximity Probe 20 F060B Limit Switch LS 63 50 25 0.4024 protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshoid No. General Node Chan Direction Level Level Actual Sat/ Unsat

___ Description No. _ _______ 1 2 Reading _____

53 LS X 0.0029 21 F077 limit switch stem 54 LS Y 0.0008 protector end cap 55 LS Z 0.0021 Proximity Probe =

22 "B" RHR supply at 56 50 25 1.1172 4 F077 gear cover plate F060B limit Switch 50 X _ l 0.0013 23 Stem Protector end 51 Y 0.0005 +

cap 52 Z _ 0.0011 62 OP X _ 0.0003 A RHR return line 24 F050A valve operator 64 OPZ _ 0.0004 57 Ml 0.023 0.012 0.0012 _

58 M2 0.027 0.014 0.0019 _

25 B motor 59 M3 0.034 0.017 0.0018 _

60 M4 0.043 0.022 0.0012 61 M5 0.028 0.014 0.0012

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLt 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Thresholnd No. General Node Chan. Direction Level Level Actual SatUnsat N. Description NO. Ca.Drcin 1 2 Readng ________

"B" RR pump suction 1 X 3.183 1.592 0.3160 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.2400 Sat elbow / suction valve 3 Z 1.606 0.803 N/A N/A "A"RHR return line 18 X 1.560 0.780 0.1026 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.1328 Sat RR discharge line 20 Z 2.776 1.388 0.3654 Sat 31 X 1.325 0.663 N/A N/A 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.2317 Sat riser l 33 Z 1.713 0.857 0.1287 Sat "A"RR ring header 7 X 3.613 1.806 0.1714 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.1195 Sat pump riser/end cap Z 1.198 0.599 0.1166 Sat "A"RHR return line 10 X 1.463 0.732 0.1268 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.3094 Sat F050A 12 Z 2.523 1.262 0.1548 Sat

.A' RR pump 13 X _ 0.5852 _

6 discharge pressure 130 14 Y

0.1318 _

sensing line # BB-226-CCA-1" 15 Z 0.0603 F050A bypass line 16 X _ 0.2104 _

7 BC-121 -DBA-1 97 17 Z _ 0.4932 _

"A"RHR return 24 LS X _ 0.2774 8 F060A limit switch 706 25 LS Y 0.2504 stem protector cap _ 26 LS Z 0.2469 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.1984 Sat 10 piping between 13 5 Y 1.981 0.991 0.0978 Sat elbow - suction valve 6Z 1.768 0.884 0.1536 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 2 of 3 Action Level Threshold General Node Chan. Direction Level Level Actual No. Description No. Diretion 1 2 Reading Sat/Unsat B RR N2C jet pump 323 34 X 2.629 1.117 0.1747 NS/at 11 ~~riser32 35 269 135 014Sa nser 36 Z 1.672 0.836 0.1790 Sat 12 Not Used NIA N/A N/A NIA N/A N/A "B" RHR return line 28 X 2.044 1.022 0.1692 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.1800 Sat RR discharge line 30 Z 3.016 1.508 0.1763 Sat "B" RR ring header 37 X 3.872 1.936 0.1654 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.1890 Sat pump riser and end 39 Z 1.128 0.564 0.3554 Sat cap__ _ _

40 X 3.065 1.533 0.0706 Sat 15 adjacent to F060B 614 41 Y 0.771 0.386 0.0956 Sat 42 Z 1.582 0.791 0.1320 Sat "B" RHR supply at 21 X 0.346 0.173 N/A N/A 16 elbow upstream of 515N 22 Y 3.204 1.602 0.2357 Sat F077 23 Z 6.053 3.027 0.2729 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 4613 esiglne_33_4_ 0.2286 18 18B" sensing line 224-CCA-l1 #lBB-155/160 15/6 ___ ____________ _____

47 Z

_ 0.1422 RHR shutdown 48 Y

0.6554 _

19 cooling supply line 196 __I vent line #BC-196- 49 = 0.9775 DBA-1" __ _ _ _ _ _ __ _ _ _ _

Proximity Probe l 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE2 VELOCITY CRITERIA (0-P) (INCH/SEC) (1 ST REFERENCE)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual SatVUnsat Description No. _____ 1 2 Reading F077 limit switch 53 LS X

0.3366 21 stem protector end 54 LS Y

0.1383 cap 55 LS Z

0.3598 _

Proximity Probe 22 F077 gear cover 56 NIA N/A N/A N/A N/A plate _ _ _ _ _ _

F060B limit Switch 50 X 0.2026 23 Stem Protector end 51 Y

0.1436 cap 52 Z _ 0.1726 A RHR return line 62 OP X 0.0175 24 F050A valve

operator 64 OP z 0.0408 57 Ml 2.396 1.198 0.1514 58 M2 2.745 1.373 0.1727 25 B motor 59 M3 3.626 1.813 0.2154 60 M4 4.043 2.022 0.2271 +

i 61 M5 3.042 1.521 0.1276

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page I of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat Description No. ____1 2 Reading_____

"B" RR pump suction 1 X 1.272 0.636 0.2849 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.3373 Sat elbow / suction valve 3 Z 0.515 0.258 N/A N/A "A" RHR return line 18 X 0.557 0.279 0.2064 Sat 2 near branch conn to 602 19 Y 1.606 0.803 0.2465 Sat RR discharge line 20 Z 3.349 1.675 0.4804 Sat 31 X 0.679 0.340 N/A N/A 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.2354 Sat riser _33 Z 1.414 0.707 0.2556 Sat "A" RR ring header 7 X 1.094 0.547 0.2335 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.1226 Sat pump riser/ end cap Z 0.732 0.366 0.1096 Sat "A" RHR return line 10 X 0.809 0.405 0.1090 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2519 Sat F050A 12 Z 0.651 0.326 0.1532 Sat "A" RR pump 13 X

0.9432 1 6 discharge pressure 130 14 y 0.1874 . -

6 sensing line # 88- 10 15 0.0778 226-CCA-1" ._15_Z _= 0.0778 _

F050A bypass line #16 X 0.1893 BC-121-DBA-1" 99

_ _ _ __ _ _ _ _ _17 Z _ _ _ 0.2994 _ _ _ _ _

'A" RHR return 24 LS X 0.2642 _

8 F060A limit switch 706 25 LS Y 0.3083 _

stem protector cap 26 LS Z l_*___ 0.2017 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.2397 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.1683 Sat

- suction valve 6 Z 0.575 0.288 0.1826 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Thres hold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. 1 2 Reading__

BR 34 X 1.117 0.559 N/A N/A 11 R N2C jet pump 323 35 Y 1.567 0.784 0.2395 Sat 36 Z 0.906 0.453 0.3124 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.2768 Sat 13 near branch conn to 603F 29 Y 2.469 1.235 0.2064 Sat RR discharge line 30Z 1.377 0.688 0.3007 Sat "B" RR ring header 110 37 X 0.808 0.404 0.1149 Sat 14 between N2E jet 38 Y 1.631 0.816 0.2743 Sat pumpriser & end cap 39 Z 0.455 0.227 0.2178 Sat 40 X 0.981 0.491 0.0732 Sat 15 B RHR return line 64 4048 0.1 0121Sat 15 adjacent to F060B 614 41 Y 0.481 0.241 0.1221 Sat____

42 Z 0.852 0.426 0.1179 Sat "B" RHR supply at 21 X 0.392 0.196 N/A N/A 16 elbow upstream of 515N 22 Y 2.596 1.298 0.3985 Sat F077 23 Z 4.225 2.113 0.4561 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X 0.2802 18 'B" sensing line #BB- 155/160 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

224-CCA-1" 47 Z _ 0.1730 +

RHR shutdown 48 Y 0.9006 19 cooling supply line 196 vent line #BC-1 96- 49 0.7108 DBA-1" _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.3403 _

21 F077 limit switch 595 54 LS Y _ 0.2009 _

stem protector end 55 LS Z + 0.4266

__p___ ca ______ _p______ __ _ _ _. _

= InTormation unly, NOt Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Th reshold N. l General Node Chan Direction Level Level Actual SaVUnsat

___ Description No. 1 2 Reading_____

Proximity Probe _

22 F077 gear cover 56 N/A N/A N/A N/A N/A plate__ _ ___ _ _ _ _ _

F060B Limit Switch 50 X _ 0.1824 +

23 Stem Protector End 51 Y ____0.2591 Cap 52 z 0.1670 _

A RHR return line 62 OP X 0.0086 24 F050A valve operator 64 OPZ ______ 0.0279 57 Ml 0.678 0.339 0.1591 58 M2 0.740 0.370 0.1294 _

25 B motor 59 M3 1.067 0.534 0.1386 +

60 M4 1.084 0.542 0.1980 _

61 M5 0.854 0.427 0.1105

= Information Only, Not Acceptance Criteria Rev. 3

H-C.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION Date: 2/7/05 Time: 15:20 CRIDs Terminal (group 30)

Feedwater Flow: 12.84 x 106 lb/hr (B2030)

Steam Flow: 13.04 x 106 lb/hr (A212)

CTP 3,035 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 981.40 psig (B5019)

Generator Output 1027 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 Loop A Loo, B Recirc Pump Speed: 81 80 (SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 135 psid 140 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 46 MLB/HR 45 MLBIHR (FI-R61 IA-B21) (FI-R611 B-B21)

Core Plate Dp: 13.0 psid (PDR-R613-B21)

Core Flow: 90.6 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): BT Initial Design Engineering Review of Results: SAT/UNSATSAT Per Telecon Alan Johnson/ PCK Design Engineer Sign/Date NOTES:

Channels 3, 21 and 31 are bad.

Channel 39 dropped to 0.0033 from 0.0058 @ 80% SAT. (70% - 0.0035; 76% -

0.0045; 80% - 0.0058)

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. Description Node Chan. Direction Level I Level 2 Actual Sat Unsat "B" RR pump suction 1 X 0.022 0.011 0.0016 Sat I Piping Between 14 2 Y 0.010 0.005 0.0010 Sat elbow / suction valve 3 Z 0.013 0.007 0.0014 Sat "A" RHR return line 18 X 0.020 0.010 0.0012 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0010 Sat RR discharge line 20 Z 0.015 0.008 0.0009 Sat 3

A RNHjt31 323 A RR N2H jet pump 32 X

Y 0.010 0.010 0.005 0.005 Bad Channel 0.0009 Sat 33 Z 0.011 0.006 0.0005 Sat "A" RR ring header 7 X 0.044 0.022 0.0007 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0016 Sat pump riser/ end cap 9 z 0.004 0.002 0.0015 Sat A" RHR return line 10 X 0.012 0.006 0.0009 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0015 Sat F050A 12 Z 0.048 0.024 0.0013 Sat

'A' RR pump 13 X _ _ 0.0033 +

6 discharge pressure 130 14 _ 0.0004 _

sensing line # BB-226-CCA-1" 15 Z + 0.0011 F050A bypass line #16 X 0.0010 BC-121-DBA-1" 17 Z

0.0022

'A' RHR return 24 LS X 0.0012 8 F060A limit switch 706 25 LS Y 0.0017 stem protector cap 26 LS Z

0.0018 Proximity Probe 9 F060A Gear box 704 27 50 25 Bad +

cover plate "A" RR pump suction 4 X 0.024 0.012 0.0012 Sat 10 piping between 13 5 Y 0.012 0.006 0.0006 Sat elbow - suction valve, 6 Z 0.016 0.008 0.0007 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (O-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/ Unsat Chan.ipDirectionI 2 Reading 34 X 0.014 0.007 0.0006 Sat 11 B RR N2C riserjet pump 323 35 Y 0.013 0.007 0.0010 Sat nser 36 Z 0.014 0.007 0.0009 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0010 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0012 Sat RR discharge line 30 Z 0.026 0.013 0.0006 Sat "B" RR ring header 37 X 0.055 0.027 0.0017 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0012 Sat pump riser and end cap 39 Z 0.006 0.003 0.0033 Sat*

40 X 0.033 0.017 0.0005 Sat 15 adjacent to F060B 614 41 Y 0.006 0.003 0.0012 Sat 42 Z 0.008 0.004 0.0011 Sat "B" RHR supply at 21 X 0.010 0.005 Bad Channel 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0009 Sat F077 23Z 0.045 0.022 0.0017 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 18 "B" sensing line #BB- 155/ 46 X + 0.0068 +

224-CCA-1" 160 . . . -

47 Z _ 0.0127 RHR shutdown 48 0.0036 19 cooling supply line 196 vent line #BC-196-DBA-1' 49 Z + 0.0065 +

Proximity Probe 20 F060B Limit Switch LS 63 50 25 0.0009 protective cap 4 = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat Unsat

___ Description No. ___1 2 Reading 53 LS X l__* 0.0030 21 F077 limit switch stem 54 55 LSX 0.0008 protector end cap LSZ 0.0007 55 LS Z 0.0007 Proximity Probe i 22 "B" RHR supply at 56 50 25 NIA F077 gear cover plate F060B limit Switch 50 X _ 0.0017 _

23 Stem Protector end 51 _ Y 0.0007 _

cap 52 Z 0.0014 62 OPX _ 0.0052 24 A RHR return line 0.0003 24 F050A valve operator 000 64 OPZ 57 Ml 0.023 0.012 0.0013 58 M2 0.027 0.014 0.0020

X 25 B motor 59 M3 0.034 0.017 0.0019 60 M4 0.043 0.022 0.0016 _

61 M5 0.028 0.014 0.0013 4 = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Threshold No.

No._

General Description Node Chan.

NO. Chan._

Direction Direction Level 1

Level 2

Actual Redn SalUnsat a/na "B" RR pump suction 1 X 3.183 1.592 0.2434 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.2244 Sat elbow / suction valve 3 Z 1.606 0.803 0.2295 Sat "A" RHR return line 18 X 1.560 0.780 0.2182 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.2373 Sat RR discharge line 20 Z 2.776 1.388 0.1914 Sat 31 X 1.325 0.663 Bad Channel 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.1694 Sat riser 33 Z 1.713 0.857 0.1195 Sat "A" RR ring header 7 X 3.613 1.806 0.1606 Sat 4 between N2K jet- 110 8 Y 1.416 0.708 0.1174 Sat pump riser/ end cap 9 Z 1.198 0.599 0.1582 Sat "A" RHR return line 10 X 1.463 0.732 0.1053 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.1846 Sat F050A 12 Z 2.523 1.262 0.1616 Sat "A' RR pump 13 X _ 0.8648 6 discharge pressure 130 14 y

0.1302 6 sensing line # BB- 13 226-CCA-1" 15 Z 0.2460 7 F050A bypass line # 16 X 0.1884

__ __ __ _ _1 7 Z 0.2932

'A' RHR return 24 LS X 0.2616 8 F060A limit switch 706 25 LS Y _ _ 0.4190 +

stem protector cap 26 LS Z

0.2870 Proximity Probe 9 F060A Gear box 704 27 N/A NIA NIA NIA NIA cover plate l "A" RR pump suction 4 X 3.405 1.703 0.1367 Sat 10 piping between 13 5 Y 1.981 0.991 0.1126 Sat elbow - suction valve 6 Z 1.768 0.884 0.1632 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) ( 1 ST REFERENCE)

Page 2 of 3 Action Level Threshold General Node Chan. Direction Level Level Actual SatUnsat N. Description No._______ 1 2 ReadingSaUna 34 X 2.234 1.117 0.2295 Sat 11 BRR N2C jet pump 323 35 Y 2.629 1.315 0.1353 Sat 36 Z 1.672 0.836 0.2339 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.2502 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.1817 Sat RR discharge line 30Z 3.016 1.508 0.1303 Sat "B" RR ring header 37 X 3.872 1.936 0.1464 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.4183 Sat pump riser and end 39 Z 1.128 0.564 0.2981 Sat 40 X 3.065 1.533 0.0960 Sat 15 B RHR return line 614 41 Y 0.771 0.386 0.1206 Sat 42 Z 1.582 0.791 0.1597 Sat "B" RHR supply at 21 X 0.346 0.173 Bad Channel 16 elbow upstream of 515N 22 Y 3.204 1.602 0.1967 Sat F077 23 Z 6.053 3.027 0.2515 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 1B"sensing line 46 465/143 x0.4337 18 #BB-224-CCA-11 155/160 47 Z 1.3186 RHR shutdown 48 Y 0.6234 19 cooling supply line 196 vent line #BC-196- 49 1.0046

___ DBA-1" 49____004 Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A NIA protective cap

= Information Only, Not Acceptance Criteria Rev. 3

I HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 3 of 3 Action Level Threshold No. De~General Node Chan Direction Level Level Actual SaVUnsat N. Description No. 1 2 ReadingSalnt F077 limit switch 53 LS X 0.3687 21 stem protector end 54 LS Y 0.1272 cap 55 LS Z

0.1331 Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X _ _ 0.2857 23 Stem Protector end 51 Y _ 0.2350 cap 52 z 0.2371 A RHR retum line 62 OPX 0.2419 24 F050A valve _ _ _

operator 64 OP Z 0.0184 57 M1 2.396 1.198 0.1651 58 M2 2.745 1.373 0.1987 25 B motor 59 M3 3.626 1.813 0.1989 60 M4 4.043 2.022 0.3069

_ 61 M5 3.042 1.521 0.1264 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat

___ Description No. ____1 2 Reading "B" RR pump suction I X 1.272 0.636 0.2099 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.2033 Sat elbow / suction valve 3 Z 0.515 0.258 0.1956 Sat "A" RHR return line 18 X 0.557 0.279 0.3389 Sat per A.J.

2 near branch conn to 602 19 Y 1.606 0.803 0.3901 Sat RR discharge line 20 Z 3.349 1.675 0.2210 Sat 31 X 0.679 0.340 Bad Channel 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.2290 Sat riser 33 Z 1.414 0.707 0.1807 Sat "A" RR ring header 7 X 1.094 0.547 0.2119 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.1248 Sat pump riser/ end cap 9 z 0.732 0.366 0.1998 Sat "A" RHR return line 10 X 0.809 0.405 0.1308 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.1850 Sat F050A 12 Z 0.651 0.326 0.1891 Sat WA"RR pump 13 X 1.3890 6 discharge pressure 130 14 Y 0.2118 _

sensing line # BB- 15 z 0.3711 226-CCA-1" _

F050A bypass line #

16 x0.1593 _ ____

97 BC-121-DBA-1" 97

__ _ _ _ _ _ _1 7 Z 0.1375 _ _ _ _ _

'A" RHR return 24 LS X 0.3212 _

8 F060A limit switch 706 25 LS Y 0.6843 stem protector cap 26 LS Z 0.2127 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate = =_=

"A" RR pump suction 4 X 1.301 0.650 0.1276 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.1336 Sat

- suction valve 6 Z 0.575 0.288 0.1855 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SaVUnsat

___ Description No. _ __1 2 Reading BR 34 X 1.117 0.559 0.4040 Sat 1 R N2C jet pump 323 35 Y 1.567 0.784 0.1908 Sat 36 Z 0.906 0.453 0.3666 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.4172 Sat 13 near branch conn to 603F 29 Y 2.469 1.235 0.2281 Sat RR discharge line 30 Z 1.377 0.688 0.2318 Sat "B" RR ring header 110 37X 0.808 0.404 0.1545 Sat 14 between N2E jet 38 Y 1.631 0.816 0.5960 Sat pumpriser & end cap 39 Z 0.455 0.227 0.3049 Sat per A.J.

40 X 0.981 0.491 0.0752 Sat 15 adjacent toF060B 614 41 Y 0.481 0.241 0.1112 Sat 42 Z 0.852 0.426 0.0995 Sat "B" RHR supply at 21 X 0.392 0.196 Bad Channel 16 elbow upstream of 515N 22 Y 2.596 1.298 0.2674 Sat F077 23 Z 4.225 2.113 0.1951 Sat 17 Not Used N/A N/A N/A N/A NIA N/A B sensing line #BB0.2177 18 224-CCA-1" 155/160 47 Z

1.0148 _

RHR shutdown 48 Y

0.4547 _

19 cooling supply line 196 vent line #BC-1 96- 49 0.5259 DBA-1" 49__ __ __ _0___ 5259 __ __ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X

0.3488 21 F077 limit switch 595 54 LS Y 0.1275 stem protector end 55 LS Z 0.1669

_ _ __ _ _ c ap _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

= Information unly, Not Acceptance Crlterla Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISiTION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. N. Description General Node No. Chan Direction Direction____

Level 1

Level 2

Actual Redn SaVUnsat a/na Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate _

F060B Limit Switch 50 X + 0.2705 +

23 Stem Protector End 51 Y _ _ 0.3571 +

Cap 52 z 0.1674 +

A RHR return line 62 OP X + 0.1049 +

24 F050A valve operator 64 OPZ 0.5012 57 Ml 0.678 0.339 0.1254 58 M2 0.740 0.370 0.1574 _

25 B motor 59 M3 1.067 0.534 0.1496 60 M4 1.084 0.542 0.2502 61 M5 0.854 0.427 0.1080 +

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION /co o Date: _02/08/05 Time: 12:45 CRIDs Terminal (group 30)

Feedwater Flow: 14.60 x 106 lb/hr (B2030)

Steam Flow: 14.76 x 106 lb/hr (A212)

CTP 3333.3 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 980 psig (B5019)

Generator Output 1152.2 MWe (A225) or (HC.OP-FT.BB-0001 - Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 Loop A Loop B Recirc Pump Speed: 90 (1484 rpm)% 89 (1484 rpm)%

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 169 psid 171 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 50 MLB/HR 49 MLB/HR (FI-R611A-B21) (FI-R61 1B-B21)

Core Plate Dp: 15.5 Ipsid (PDR-R613-B21)

Core Flow: 98.64 _x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): BT Initial Design Engineering Review of Results: SAT/UNSATUNSAT Per telecon J. Barkhamer Design Engineer Sign/Date NOTES:

Notification 20223538 written for:

Channel 9 - 0.0021 (0.002) over TL2 Displacement Channel 9 - 0.4723 (0.366) over TL2 Acceleration Channel 28 - 0.6373 (0.423) over TL2 Acceleration Channel 34 - 0.6303 (0.559) over TL2 Acceleration Channel 36 - 0.6512 (0.453) over TL2 Acceleration Channel 39 - 0.0167 (0.006) over TL1 Displacement Channel 39 - 0.7088 (0.455) over TL2 Acceleration Channel 40 - 0.4980 (0.491) over TL2 Acceleration Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level 1 Level 2 Actual Sat/ Unsat

___ Description No. _ __Reading____

"B" RR pump suction 1 X 0.022 0.011 0.0016 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0016 Sat elbow / suction valve 3 Z 0.013 0.007 Bad channel "A" RHR return line 18 X 0.020 0.010 0.0011 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0010 Sat RR discharge line 20 Z 0.015 0.008 0.0013 Sat 31 X 0.010 0.005 Bad channel 3 A RR N2H Jet pump 323 32 Y 0.010 0.005 0.0013 Sat riser 33 Z 0.011 0.006 0.0010 Sat "A" RR ring header 7 X 0.044 0.022 0.0011 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0020 Sat pump riser / end cap 9 Z 0.004 0.002 0.0021 Unsat >TL2 "A" RHR return line 10 X 0.012 0.006 0.0008 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0016 Sat F050A 12 Z 0.048 0.024 0.0013 Sat

'A" RR pump 13 X 0.0078 6 discharge pressure 130 14 Y

0.0005 4 sensing line # BB-226-CCA-1" 15 Z 0.0007 F050A bypass line # 6 X 0.0011 BC-121-DBA-1" 17 Z

0.0024 MAX RHR return 24 LS X _ 0.0014 _

8 F060A limit switch 706 25 LS Y

0.0019 stem protector cap 26 LS Z 0.0020 Proximity Probe 9 F060A Gear box 704 27 50 25 Probe _

cover plate "A" RR pump suction 4 X 0.024 0.012 0.0014 Sat 10 piping between 13 5 Y 0.012 0.006 0.0007 Sat elbow - suction valve 6 Z 0.016 0.008 0.0009 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. 1 eGeneral Node Chan. Direction Level Level Actual SatUnsat Description No. ____2_ 2 Reading 34 X 0.014 0.007 0.0009 Sat 11 B RR N2C jet Pump 323 35 Y 0.013 0.007 0.0016 Sat riser

_ 36 Z 0.014 0.007 0.0014 Sat 12 Not Used N/A N/A N/A N/A N/A NIA N/A "B" RHR return line 28 X 0.023 0.012 0.0027 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0018 Sat RR discharge line 30 Z 0.026 0.013 0.0025 Sat "B" RR ring header 37 X 0.055 0.027 0.0092 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0022 Sat pump riser and end cap 39 Z 0.006 0.003 0.0167 Unsat >TL1 40 X 0.033 0.017 0.0010 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0012 Sat ajetoF042 Z 0.008 0.004 0.0020 Sat "B" RHR supply at 21 X 0.010 0.005 Bad Channel 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0010 Sat F077 23 Z 0.045 0.022 0.0016 Sat 17 Not Used N/A N/A NIA N/A N/A NIA N/A 18 SB" sensing line #BB- 155/ 46 X 0.0020 224-CCA-l' 160 47 Z _ 0.0084 RHR shutdown 48 Y 0.0040 19 cooling supply line 196 vent line #BC-196-DBA-1S 49 Z _ 0.0081 _

Proximity Prober 20 F060B Limit Switch LS 63 50 25 Probe _

protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/

___ Description No. ________ 1 2 Reading Unsat 53 LS X ____ 0.0029 21 F077 limit switch stem protector end cap 54 LS X LS Y 0.0009 0.0026 55 LS Z 0.0026 +

Proximity Probe_

22 "B" RHR supply at 56 50 25 Probe F077 gear cover plate F060B limit Switch 50 X + 0.0034 +

23 Stem Protector end 51 Y 0.0038

cap 52 Z _ 0.0043 +

62 OPX + 0.0141 _

A RHR return line 24 F050A valve operator 64 OPZ + 0.0004 +

57 Ml 0.023 0.012 0.0012 +

58 M2 0.027 0.014 0.0028 +

25 B motor 59 M3 0.034 0.017 0.0026 _

60 M4 0.043 0.022 0.0016 _

61 M5 0.028 0.014 0.0015 +

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (IST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat

. Description No. 1 2 Redng "B" RR pump suction I X 3.183 1.592 0.3123 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.3069 Sat elbow / suction valve 3 Z 1.606 0.803 Bad Channel "A"RHR return line 18 X 1.560 0.780 0.2150 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.2100 Sat RR discharge line 20 Z 2.776 1.388 0.2796 Sat 31 X 1.325 0.663 Bad Channel 3 ARRN2Hjet pump 323 32 Y 2.167 1.084 0.3123 Sat 33 Z 1.713 0.857 0.3739 Sat "A"RR ring header 7 X 3.613 1.806 0.3957 Sat 4 between N2Kjet 110 8 Y 1.416 0.708 0.2382 Sat pump riser/ end cap 9 Z 1.198 0.599 0.3155 Sat "A" RHR return line 10 X 1.463 0.732 0.1712 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2457 Sat F050A 12 Z 2.523 1.262 0.1616 Sat WA" RR pump 13 X 2.2925 6 discharge pressure 130 14 y 0.1289 sensing line # BB- 15 0.0951 226-CCA-1" 15 _ = 0.0951 7 F050A bypass line # 16 X _ 0.2525 _

7 BC-121-DBA-1" 170.47

__ __ _ _ _ _17 Z_ _ __ _ _ _ 0.3479 _ _ _ _ _

"A"RHR return 24 LS X 0.2868 8 F060A limit switch 706 25 LS Y

0.7151 stem protector cap 26 LS Z 0.3711 _

Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate _ ___ __ __

"A" RR pump suction 4 X 3.405 1.703 0.1712 Sat 10 piping between 13 Y 1.981 0.991 0.2457 Sat elbow- suction valve 6 Z 1.768 0.884 0.1616 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) ( 1 ST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description l No. 1 2 Reading 34 X 2.234 1.117 0.3353 Sat 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.3164 Sat riser _ _ _

36 Z 1.672 0.836 0.3960 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.3877 Sat 13 near branch conn to 603F 29Y 3.970 1.985 0.5140 Sat RR discharge line 30Z 3.016 1.508 0.4240 Sat "B" RR ring header 37 X 3.872 1.936 0.5258 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.4187 Sat pump riser and end 39 Z 1.128 0.564 1.1501 Unsat >TLI

__ __ _ cap_ _ _ _ _ _ _ _ _ _ _ _ _ _

. 40 X 3.065 1.533 0.3250 Sat 15 adjacent to F060B 614 41 Y 0.771 0.386 0.1262 Sat 42 Z 1.582 0.791 0.2461 Sat "B" RHR supply at 21 X 0.346 0.173 Bad Channel 16 elbow upstream of 515N 22 Y 3.204 1.602 0.2917 Sat F077 23 Z 6.053 3.027 0.3322 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 18 B" sensing line #BB 1 5/6 46_ __ __ _ __ _ 0.2555 __ __ __

18 224-CCA-1" 155/160 F 47 Z

0.3829 _

RHR shutdown 48 Y 0.6028 19 cooling supply line 196 _ _ __ _ _ _ _ _ _ _ _ _ _

vent line #BC-196- 49 2 1.2867

_ _D

_ BA -1' _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

Proximity Probe .

20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (IST REFERENCE)

Page 3 of 3 Action Level Threshold No.

No._

General Description Node No. Chan Dei Direction Level 1 Level 2 Actual Reading SaVUnsat Sat/Unsat F077 limit switch 53 LS X

0.4929 _

21 stem protector end 54 LS Y + 0.1818

cap 55 LS Z 0.5297 _

Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X 0.9051 23 Stem Protector end 51 Y _ 1.1680 cap 52 Z 0.7337 A RHR return line 62 OP X 0.7935 24 F050A valve _

operator 64 OP Z _ 0.0356 _

57 Ml 2.396 1.198 0.1555 _

58 M2 2.745 1.373 0.2711 25 B motor 59 M3 3.626 1.813 0.2939 _

60 M4 4.043 2.022 0.3282 61 M5 3.042 1.521 0.1670 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level Threshold N. General Node Chan. .. Level Level Actual Saln t No.l Description No. Direction 1 2 Reading SatUnsat "B" RR pump suction 1 X 1.272 0.636 0.3070 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.2903 Sat elbow / suction valve 3 Z 0.515 0.258 Bad Channel "A" RHR return line 18 X 0.557 0.279 0.3831 Sat 2 near branch conn to 602 19 Y 1.606 0.803 0.4058 Sat RR discharge line 20 Z 3.349 1.675 0.3834 Sat ARR 31 X 0.679 0.340 Bad Channel 3 RN2H jet pump 323 32 Y 1.246 0.623 0.4290 Sat 33 Z 1.414 0.707 0.6770 l Sat-

"A" RR ring header 7 X 1.094 0.547 0.6415 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.3358 Sat pump riser / end cap 9 Z 0.732 0.366 0.4723 Unsat >TL2 t.

A" RHR return line 10 X 0.809 0.405 0.2341 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2330 Sat F050A 12 Z 0.651 0.326 0.2133 Sat

'A' RR pump 13 X

4.3031 _

6 discharge pressure 130 14 y 0.1978 sensing line# BB- 15 0.1172 226-CCA-1" _ _

F050A bypass line #16 X 0.3358 7 BC-121-DBA-1" 7 17 Z 0.2117 t RHR return WA 24 LS X

0.3840 _

8 F060A limit switch 706 25 LS Y

1.2867 stem protector cap 26 LS Z __= 0.2801 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.3513 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.1555 Sat

- suction valve 6 0.575 0.288 0.1770 Sat

= Intormation Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatVUnsat

___ Description No. ____1 2 Reading__

34 X 1.117 0.559 0.6303 Unsat >TL2 11 B RR N2C jet pump 323 35 Y 1.567 0.784 0.4764 Sat

__ser_36 Z 0.906 0.453 0.6512 Unsat >TL2 12 Not Used N/A N/A N/A NIA N/A N/A "B" RHR return line 28 X 0.845 0.423 0.6373 Unsat >TL2 13 near branch conn to 603F 29 Y 2.469 1.235 0.9176 Sat RR discharge line 30 Z 1.377 0.688 0.7346 Sat "B" RR ring header 37 X 0.808 0.404 0.1886 Sat 14 between N2E jet 110 38 Y 1.631 0.816 0.6181 Sat pumpriser & end cap 39Z 0.455 0.227 0.7088 Unsat >TLI 40 X 0.981 0.491 0.4980 Unsat >TL2 15 adjacentto F060B 614 41 Y 0.481 0.241 0.1424 Sat 42 Z 0.852 0.426 0.2191 Sat "B" RHR supply at 21 X 0.392 0.196 Bad Channel 16 elbow upstream of 515N 22 Y 2.596 1.298 0.4517 Sat F077 23 Z 4.225 2.113 0.5187 Sat 17 Not Used N/A I _ N/A N/A N/A N/A N/A 46 X 0.2367 18 224-CCA-IS 155/160 47 Z 0.1100 RHR shutdown 48 Y 0.3803 19 cooling supply line 196 vent line #BC-1 96- 49 0.6812 D BA-1" _ _ _ _ _ _ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 NiA N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.4741 21 F077 limit switch 595 54 LS Y 0.2278 stem protector end LS Z 0.7217

_____ cap ______ _______ _ LS _ _072 _1

= Inrormation Only, NOt Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. DGeneral Node Chan Direction Level Level Actual SatUnsat

___ Description No. 1 2 Reading_____

Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plated F060B Limit Switch 50 X 1.3537 _

23 Stem Protector End 51 Y _ 2.0106 _

Cap 52 z 1.0064 A RHR return line 62 OP X 0.4481 24 F050A valve _

operator 64 OP Z 8.2635 57 Ml 0.678 0.339 0.1355 58 M2 0.740 0.370 0.1798 25 B motor 59 M3 1.067 0.534 0.2311 _

60 M4 1.084 0.542 0.2992 X _ _

_ 61 M5 0.854 0.427 0.1316

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION 6OAt Date: 02/08/05 _Time: 12:45 CRI~30Terinal(grop CRIDs Terminal (group 30)

Feedwater Flow: 14.60 _ x 106 lb/hr (B2030)

Steam Flow: 14.76 x 106 lb/hr (A212)

CTP 3333.3 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 980 _ psig (B5019)

Generator Output 1152. 2 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 Loop A Loop B Recirc Pump Speed: 89 (1484 rpm) % 89 (1484 mm) %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 169 psid 171 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 50 MLB/HR 49 MLB/HR (Fl-R61 IA-B21) (Fl-R611 B-B21)

Core Plate Dp: 15.5 psid (PDR-R613-B21)

Core Flow: 98.64 _x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): BT Initial Design Engineering Review of Results: SAT/UNSATSAT_

Data was reviewed and concurred by Gary Luh (NUGGL), Design Engg on Feb. 9, 2005.

Design Engineer Sign/Date NOTES:

This data review is using the data taken at the above date and time and Design Engineering is using the revised GE Analysis criteria and revision 3 of this procedure. Evaluated Channel 39 using the SRSS method.

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. Descri tion Node Chan. Direction Level I Level 2 ActualgSat Unsat "B" RR pump suction I X 0.022 0.011 0.0016 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0016 Sat elbow / suction valve 3 Z 0.013 0.007 Bad Channel "A" RHR return line 18 X 0.020 0.010 0.0011 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0010 Sat RR discharge line 20 Z 0.015 0.008 0.0013 Sat A RR N2H jet pump 31 X 0.010 0.005 Bad Channel 3_rse_32_3 Y 0.010 0.005 0.0013 Sat 33 Z 0.011 0.006 0.0010 Sat "A" RR ring header 7 X 0.044 0.022 0.0011 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0020 Sat pump riser / end cap 9 Z 0.004 0.002 0.0021 Unsat >LT2 "A" RHR return line 10 X 0.012 0.006 0.0008 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0016 Sat F050A 12 Z 0.048 0.024 0.0013 Sat

'A" RR pump 13 X _ _ 0.0078 6 discharge pressure 130 14 0.0005 6 sensing line # BB- 13 14 005 226-CCA-1 15 Z 0.0007

.16 X ____ 0.0011 ____

F050A bypass line # 97 BC-121-DBA-1 "

17 Z _ 0.0024 "A" RHR return 24 LS X 0.0014 8 F060A limit switch 706 25 LS Y 0.0019 stem protector cap 26 LS Z 0.0020 Proximity Probe 9 F060A Gear box 704 27 50 25 Prox prb cover plate "A" RR pump suction 4 X 0.024 0.012 0.0014 Sat 10 piping between 13 5 Y 0.012 0.006 0.0007 Sat elbow - suction valve 6 Z 0.016 0.008 0.0009 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Description Node Chan. Direction Level Level Actual Sat! Unsat No._ No. ____ ____ 1 2 Reading 34 X 0.014 0.007 0.0009 Sat 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0016 Sat riser 36 Z 0.014 0.007 0.0014 Sat 12 Not Used N/A N/A N/A NMA N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0027 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0018 Sat RR discharge line 30 Z 0.026 0.013 0.0025 Sat "B" RR ring header 37 X 0.055 0.027 0.0092 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0022 Sat pump riser and end_ 39 Z 0.006 0.003 0.0167 Unsat >LTI 40 X 0.033 0.017 0.0010 Sat 15 BRHR return adjacent line to F060B 614 41 Y 0.006 0.003 0.0012 Sat 42 Z 0.008 0.004 0.0020 Sat "B" RHR supply at 21 X 0.010 0.005 Bad Channel 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0010 Sat F077 23 Z 0.045 0.022 0.0016 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X 0.0020 18 "B" sensing line #BB- 155/

224-CCA-1" 160 47 Z + 0.0084 _

RHR shutdown 48 Y 0.0040 19 cooling supply line 196 vent line #BC-1 96- .

DBA-1n 49 Z _ 0.0081 Proximity Probe 20 F060B Limit Switch LS 63 50 25 Prox prb protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat! Unsat

___ Description No. ______ 1 2 Reading 53 LS X _ __0.0029 _____

21 F077 limit switch stem protector end cap 54 54 LS X LS Y 0.0009 0.0009

__ __ __ _ LS__

__ Z__ _ _ __ _0.0026 Proximity Probe 22 "B" RHR supply at 56 50 25 Prox prb F077 gear cover plate F060B limit Switch 50 X 0.0034 23 Stem Protector end 51 Y 0.0038 cap 52 Z

0.0043 62 OP X *0.0141 A RHR return line .

24 F050A valve operator 64 OPZ _ 0.0004 57 Ml 0.023 0.012 0.0012 58 M2 0.027 0.014 0.0028 _

25 B motor 59 M3 0.034 0.017 0.0026 _

60 M4 0.043 0.022 0.0016 _

61 M5 0.028 0.014 0.0015

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (IST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat

___ Description No. ____1 2 Reading "B" RR pump suction 1 X 3.183 1.592 0.3123 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.3069 Sat elbow / suction valve 3 Z 1.606 0.803 Bad Channel "A" RHR return line 18 X 1.560 0.780 0.2150 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.2100 Sat RR discharge line 20 Z 2.776 1.388 0.2796 Sat 31 X 1.325 0.663 Bad Channel RR N2is jet pump 323 32 Y 2.167 1.084 0.3123 Sat 33 Z 1.713 0.857 0.3739 Sat "A" RR ring header 7 X 3.613 1.806 0.3957 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.2382 - Sat pump riser/end cap 9 Z 1.198 0.599 0.3155 Sat "A" RHR return line 10 X 1.463 0.732 0.1712 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2457 Sat F050A 12 Z 2.523 1.262 0.1616 Sat

'A" RR pump 13 X 2.2925 6 discharge pressure 130 14 l 0.1289 sensing line # BB-226-CCA-1" 15 Z 0.0951 F050A bypass line # 16 X 0.2525 BC-121-DBA-1 " 9

__ __ _ _ _ _ _ _ _ 17 Z _ _ _ 0.3479 "A"RHR return 24 LS X -- 0.2868 8 F060A limit switch 706 25 LS Y

0.7151 +

stem protector cap 26 LS Z

0.3711 +

Proximity Probe ___ _

9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.1712 Sat 10 piping between 13 5 Y 1.981 0.991 0.2457 Sat elbow- suction valve 6 Z 1.768 0.884 0.1616 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. ___2_Re1d2ng 34 X 2.234 1.117 0.3353 Sat 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.3164 Sat riser 36 Z 1.672 0.836 0.3960 Sat 12 Not Used NA _ N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.3877 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.5140 Sat RR discharge line 30 Z 3.016 1.508 0.4240 Sat "B" RR ring header 37 X 3.872 1.936 0.5258 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.4187 Sat pump riser and end 39 Z 1.128 0.564 1.1501 SRSS Method

__ _ _ ca p _ _ _ _ _ _ _ _ _ _

SRSS (X,Z) 2.016 1.2646 Sat 40 X 3.065 1.533 0.3250 Sat 15 adjacent to F060B 614 41 Y 0.771 0.386 0.1262 Sat 42 Z 1.582 0.791 0.2461 Sat "B" RHR supply at 21 X 0.346 0.173 Bad Channel 16 elbow upstream of 515N 22 Y 3.204 1.602 0.2917 Sat F077 23 Z 6.053 3.027 0.3322 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X *ssgi_ ____46 0.2555 18 B sensing line'#BB 155/160 47 z _ 0.3829 _

RHR shutdown 48 Y _ 0.6028 _

19 cooling supply line 196 vent line #BC-1 96- 49 z 1.2867 D B A -1"_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _

Proximity Probe ____

20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria * = See Section 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (IST REFERENCE)

Page 3 of 3 Action Level Threshold No. l DGeneral Node Chan Directin Level Level Actual atlUnsat Description No. _____ 1 2 Reading_____

F077 limit switch 53 LS X 0.4929 21 stem protector end 54 LS Y

0.1818 cap 55 LS Z 0.5297 Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate _

F060B limit Switch 50 X 4 0.9051 23 Stem Protector end 51 Y _ 1.1680 cap 52 Z_ 0.7337 A RHR return line 62 OP X

0.7935 24 F050A valve _

operator 64 OP Z 0.0356 +

57 Ml 2.396 1.198 0.1555 _

58 M2 2.745 1.373 0.2711 25 B motor 59 M3 3.626 1.813 0.2939 +

60 M4 4.043 2.022 0.3282 I61 M 3.042 1.521 0.1670

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page I of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat

___ Description No. 1 2 Reading__

"B" RR pump suction 1 X 1.272 0.636 0.3070 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.2903 Sat elbow/ suction valve 3 Z 0.515 0.258 Bad Channel "A" RHR return line 18 X 0.557 0.279 0.3831 Unsat >LT2 2 near branch conn to 602 19 Y 1.606 0.803 0.4058 Sat RR discharge line 20 Z 3.349 1.675 0.3834 Sat 31 X 0.679 0.340 Bad Channel 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.4290 Sat riser 33 Z 1.414 0.707 0.6770 Sat "A" RR ring header 7 X 1.094 0.547 0.6415 Unsat >LT2 4 between N2K jet 110 8 Y 1.757 0.879 0.3358 Sat pump riser / end cap 9 Z 0.732 0.366 0.4723 Unsat >LT2, "A" RHR return line 10 X 0.809 0.405 0.2341 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2330 Sat F050A 12 Z 0.651 0.326 0.2133 Sat IA" RR pump 13 X 4.3031 6 discharge pressure 130 14 y 0.1978 sensing line# BB- 15 0.1172 226-CCA-1"

F050A bypass line #16 X 0.3358 BC-121-DBA-1" 97

__ _ 7Z _ _ 0.2117 _ _ _ _ _

MRHR return XA 24 LS X

0.3840 _

8 F060A limit switch 706 25 LS Y 1.2867 stem protector cap 26 LS Z 0.2801 Proximity Probe _

9 F060A Gear box 704 27 NIA N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.3513 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.1555 Sat

- suction valve 6 Z 0.575 0.288 0.1770 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat No.1 Directionn 2 Reading 34 X 1.117 0.559 0.6303 Unsat >LT2 11 B RR N2C jet pump 323 35 Y 1.567 0.784 1.4764 Sat riser 36 Z 0.906 0.453 0.6512 Unsat >LT2 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.6373 Unsat >LT2 13 near branch conn to 603F 29 Y 2.469 1.235 0.1976 Sat RR discharge line 30 Z 1.377 0.688 0.7346 Sat "B" RR ring header 110 37 X 0.808 0.404 0.1886 Sat 14 between N2E jet 38 Y 1.631 0.816 0.6181 Sat pumpriser & end cap 39 Z 0.455 0.227 0.7088 Unsat >LT1 40 X 0.981 0.491 0.4980 Unsat >LT2 15 adjacent to F060B 614 41 Y 0.481 0.241 0.1424 Sat 42 Z 0.852 0.426 0.2191 Sat "B" RHR supply at 21 X 0.392 0.196 Bad Channel 16 elbow upstream of 515N 22 Y 2.596 1.298 0.4517 Sat F077 23 Z 4.225 2.113 0.5187 Sat 17 Not Used N/A N/A N/A N/A N/A N/A

'B"sensing line #BB- 6X026 18 224-CCA-1" 155/160 46

0.2367_

47 Z _ 0.1100 RHR shutdown 48 Y _ 0.3803 19 cooling supply line 196 vent line #BC-1 96- 491 DBA-1' 4 __ __ _ _ 0__6812_ _

Proximity Probe _

20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X _ 0.4741 _ _

21 F077 limit switch 595 54 LS Y 0.2278 stem protector end LS Z 0.7217

_ _cap

_ __ _ _ _ __ _ LS__ __

Z_ _ __ _ _0___ _ _7217 _ __ _ __

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/Unsat

___ Description No. Drcin 1 2 Reading_____

Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B Limit Switch 50 X 1.3537 23 Stem Protector End 51 Y

__ 2.0106 Cap 52Z 1.0064 A RHR return line 62 OP X

0.4481 _

24 F050A valve operator 64 OP Z

8.2635 57 Ml 0.678 0.339 0.1355 58 M2 0.740 0.370 0.1798 25 B motor 59 M3 1.067 0.534 0.2311 _

60 M4 1.084 0.542 0.2992 _

61 M5 0.854 0.427 0.1316 4 = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION Date: 02/08/05 Time: 2030 CRIDs Terminal (group 30)

Feedwater Flow: 14.32 x 106 lb/hr (B2030)

Steam Flow: 14.42 x 106 lb/hr (A212)

CTP 3289 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 1001.7 psig (B5019)

Generator Output 1133 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 Loop A Loon B Recirc Pump Speed: 1492 rpm (88)% 1492 rpm (88)%

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: ** sid ** psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 50 1ALB/HR 50 MLB/HR (FI-R611A-B21) (FI-R61I B-B21)

Core Plate Dp: 15 psid (PDR-R613-B21)

Core Flow: 98.00 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): PCK Initial Design Engineering Review of Results: SAT/UNSATUNSAT Per telecon A. Johnson Design Engineer Sign/Date NOTES:

Channel 39 - 0.0064 (0.006) over TL1 Displacement Channel 28 - 0.8850 (0.845) over TL2 Acceleration Channel 39 - 0.4959 (0.455) over TL1 Acceleration Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level I Level 2 Actual SaV Unsat Description No. Reading "B" RR pump suction I X 0.022 0.011 0.0016 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0015 Sat elbow I suction valve 3 Z 0.013 0.007 Bad channel "A" RHR return line 18 X 0.020 0.010 0.0012 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0009 Sat RR discharge line 20 Z 0.015 0.008 bad A RR N2H jet pump 31 X 0.010 0.005 Bad channel 3 riN2Hetr mp 323 32 Y 0.010 0.005 0.0014 Sat 33 Z 0.011 0.006 0.0010 Sat "A" RR ring header 7 X 0.044 0.022 0.0015 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0016 Sat pump riser/ end cap 9 Z 0.004 0.002 0.0020 Sat "A" RHR return line 10 X 0.012 0.006 0.0011 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0015 Sat F050A 12 Z 0.048 0.024 0.0014 Sat "A' RR pump 13 X 0.0079 6 discharge pressure 130 14 Y 0.0005 _

sensing line # BB- 5 007 226-CCA-1"15 Z 0.0007 16 X _ _ __ 0.0012 _ _ _ _

F050A bypass line #

BC-121-DBA-1" 97

__ _ _ _ 17 Z _ _ _ 0.0028 _ _ _ _

'A" RHR return 24 LS X _ 0.0017 _

8 F060A limit switch 706 25 LS Y 0.0029 stem protector cap 26 LS Z 0.0023 Proximity Probe 9 F060A Gear box 704 27 50 25 Probe _

cover plate = = = =-

"A" RR pump suction 4 X 0.024 0.012 0.0013 Sat 10 piping between 13 5 Y 0.012 0.006 0.0008 Sat elbow - suction valve 6 Z 0.016 0.008 0.0008 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. DesGeneral Node Chan. Direction Level Level Actual Sat Unsat N. Description No. Chn1 2 ReadingSt~na B 34 X 0.014 0.007 0.0010 Sat 11 BRR N2C jet pump 323 35 Y 0.013 0.007 0.0014 Sat 36 Z 0.014 0.007 0.0008 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0018 Sat 13 near branch conn to 603F 29 Y 0.017 0.009 0.0022 Sat RR discharge line 30 Z 0.026 0.013 0.0009 Sat "B" RR ring header 37 X 0.055 0.027 0.0035 Sat 14 between N2E jet 110 38 0.006 0.003 0.0013 Sat pump riser and end cap 39 Z 0.006 0.003 0.0064 Unsat >TL1 40 X 0.033 0.017 0.0011 Sat 15 adjacent to F060B 614 41 Y 0.006 0.003 0.0013 Sat 42 Z 0.008 0.004 0.0015 Sat "B" RHR supply at 21 X 0.010 0.005 Bad Channel 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0010 Sat F077 23 Z 0.045 0.022 0.0015 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A "B"sensing line #BB- 155/ 46 X 0.0017 18 224-CCA-1" 160 47 Z 0.0027 RHR shutdown 48 Y 0.0036 19 cooling supply line 196 vent line #BC-1 96-DBA-11" 49 Z _ 0.0078 _

Proximity Probe 20 F060B Limit Switch LS 63 50 25 Probe protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/

Description No. 1 2 Reain Unsat 53 LS X ___ ___ 0.0031 21 F077 limit switch stem protector end cap 54 54 LS X LS Z 0.0009 0.0023 Proximity Probe 22 "B" RHR supply at 56 50 25 Probe F077 gear cover plate F060B limit Switch 50 X 4 0.0022 23 Stem Protector end 51 Y 0.0023 0f+

cap 52 Z 0.0019 62 OPX 0.0114 A RHR return line 24 F050A valve operator 64 OPZ __ V_0.0004 57 Ml 0.023 0.012 0.0011 58 M2 0.027 0.014 0.0023 25 B motor 59 M3 0.034 0.017 0.0020 _

60 M4 0.043 0.022 0.0009 _

61 M5 0.028 0.014 0.0016 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERI,A (0-P) (INCH/SEC) (1ST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description NO. 1 2 ReadN _____

"B" RR pump suction I X 3.183 1.592 0.2803 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.3032 Sat elbow I suction valve 3 Z 1.606 0.803 Bad Channel "A" RHR return line 18 X 1.560 0.780 0.2437 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.1757 Sat RR discharge line 20 Z 2.776 1.388 Bad 31 X 1.325 0.663 Bad Channel 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.3023 Sat riser 33 Z 1.713 0.857 0.4592 Sat "A" RR ring header 7 X 3.613 1.806 0.4239 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.2092 Sat pump riser/ end cap _ 9 Z 1.198 0.599 0.3139 Sat "A" RHR return line 10 X 1.463 0.732 0.1876 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2381 Sat F050A 12 Z 2.523 1.262 0.1904 Sat

'A" RR pump 13 X

2.8092 6 discharge pressure 130 14 y 0.1369 sensing line # BB-226-CCA-1" 15 0.1315 F050A bypass line 16 X _ 0.2903 _

7 BC-121-DBA-1 970.88

__ __ _ _ _ _ _ _ _ 17 Z _ _ _ 0.3882 __ _ __ _

A" RHR return 24 LS X 0.3477 8 F060A limit switch 706 25 LS Y _ 0.8749 _

stem protector cap 26 LS Z

0.3353 _

Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.2758 Sat 10 piping between 13 5 Y 1.981 0.991 0.1192 Sat elbow - suction valve 6 Z 1.768 0.884 0.1683 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (IST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat Description No. _________ 1 2 Reading 34 X 2.234 1.117 0.3710 Sat 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.3695 Sat riser 36 Z 1.672 0.836 0.3001 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.4512 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.4718 Sat RR discharge line 30 Z 3.016 1.508 0.2340 Sat "B" RR ring header 37 X 3.872 1.936 0.1920 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.3918 Sat pump riser and end 39 Z 1.128 0.564 0.3965 Sat caat 40 X 3.065 1.533 0.3375 Sat 15 B RHR return line 614 41 Y 0.771 0.386 0.1625 Sat 42 Z 1.582 0.791 0.2696 Sat "B" RHR supply at 21 X 0.346 0.173 Bad Channel 16 elbow upstream of 515N 22 Y 3.204 1.602 0.2942 Sat F077 23 Z 6.053 3.027 0.3982 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X 0.2792 18 B' sensing line#BB1551160 224-CCA-1" ___ 47 7'010 Z

___ 0.1905 RHR shutdown 48 Y 0.5795 19 cooling supply line 196 vent line #BC-1 96- 491.64 DBA-1 49 Z 1.3049 Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (I ST REFERENCE)

Page 3 of 3 Action Level Th rp--hnid No. General Node Chan Direction Level Level Actual Sat/Unsat Description No. _____ 1 2 Reading F077 limit switch 53 LS X ____0.5310 21 stem protector end 54 LS Y ___0.1 756 cap 55 LS Z ___ 0.5564 Proximity Probe__ _ ___ _ _ _ _ _ _ _ _ _ _

22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X ____ ___ 0.5968 23 Stem Protector end 51 Y ____ 0.8677 cap 52 z ____ ___ 0.5581 A RHR return line 62 OP X _______0.5473 24 F050A valve _______

operator 64 OP z _ __ ____ 00375 _ ____

57 ml 2.396 1.198 0.1585 _____

58 M2 2.745 1.373 0.2492 _____

25 B motor 59 M3 3.626 1.813 0.2686 60 M4 4.043 2.022 0.1341 _____

__ _ __ _ __ _ _ _61 M5 3.042 1.521 0.2305 _ _ _ _ _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page I of 3 Action Level Threshold Nol General Node Chan. DirectionLevel Level Actual SatUnsat

___ Description No. Drcin 1 2 Reading_____

"B" RR pump suction I X 1.272 0.636 0.2649 Sat I Piping Between 14 2 Y 0.874 0.437 0.2978 Sat elbow I suction valve 3 Z 0.515 0.258 Bad Channel "A" RHR return line 18 X 0.557 0.279 0.4139 UnSatTL2 2 near branch conn to 602 19 Y 1.606 0.803 0.3331 Sat RR discharge line 20 Z 3.349 1.675 bad 31 X 0.679 0.340 Bad Channel 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.4227 Sat 33 Z 1.414 0.707 0.8417 UnSat TL2 "A" RR ring header 7 X 1.094 0.547 0.6888 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.3516 Sat pump riser/ end cap 9 Z 0.732 0.366 0.4672 Unsat >TL2 "A" RHR return line 10 X 0.809 ; 0.405 0.2654 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2311 Sat F050A 12 Z 0.651 0.326 0.2407 Sat MA RRpump 13 X 5.5114 6 discharge pressure 130 14 y 0.2336 sensing line # BB- 15 0.1725

_ _ 226-CCA-1" __ _ _ _ _ _ _ _ _

16 x 0.3743 _____

F050A bypass line #

BC-121-DBA-1 " 97

_ _ _ __ _ _ _ _ _1 7 Z 0.2345 _ _ _ _ _

"A" RHR return 24 LS X 0.4651 8 F060A limit switch 706 25 LS Y 1.6303 stem protector cap 26 LS Z

0.3112 Proximity Probe i 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.3794 Sat 10 piping between elbo 13 5 Y 0.906 0.453 0.1190 Sat

- suction valve 6 Z 0.575 0.288 0.1893 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. l General Node Chan. Direction Level Level Actual SatUnsat Description No. Drcin 1 2 Reading_____

BR 34 X 1.117 0.559 0.6934 Unsat >TL2 11 R N2C jet pump 323 35 Y 1.567 0.784 0.6159 Sat 36 Z 0.906 0.453 0.5157 Unsat >TL2 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.8850 Unsat >TL1 13 near branch conn to 603F 29 Y 2.469 1.235 0.8351 Sat RR discharge line 30 Z 1.377 0.688 0.4403 Sat "B" RR ring header 110 X 0.808 0.404 0.2789 Sat 14 between N2E jet 38 Y 1.631 0.816 0.5952 Sat pumpriser & end cap 39 Z 0.455 0.227 0.4959 Unsat >TLI 40 X 0.981 0.491 0.5409 Unsat >TL2 15 adjacentto F060B 614 41 Y 0.481 0.241 0.1944 Sat 42 Z 0.852 0.426 0.3359 Sat "B" RHR supply at 21 X 0.392 0.196 Bad Channel 16 elbow upstream of 515N 22 Y 2.596 1.298 0.4820 Sat F077 23 Z 4.225 2.113 0.6207 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X 0.2418 18 B" sensing line #BB 155/160 47 z _ 0.0954 RHR shutdown 48 Y 0.4215 19 cooling supply line 196 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

vent line #BC-1 96- 49 Z 0.7417

_ __D BA -1' _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.4764 21 F077 limit switch 595 54 LS Y 0.2411 stem protector end 55 LS Z 0.8623

= Intormation Only, Not Acceptance criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. General Node Chan Direction Level Level Actual SatUnsat Description No. 1 2 Reading Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate = =_=_=__

F060B Limit Switch 50 X _ 0.8724 _

23 Stem Protector End 51 Y 1.5698 Cap 52 Z _ 0.7965 A RHR return line 62 OP X 0.2830 24 F050A valve _

operator 64 OP Z 0.0444 57 Ml 0.678 0.339 0.1468 58 M2 0.740 0.370 0.1836 25 B motor 59 M3 1.067 0.534 0.2412 60 M4 1.084 0.542 0.1928 61 M5 0.854 0.427 0.1957

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA -ACQUISITION Date: 2/9/05 Time: 00:40 7o 6 CRIDs Terminal (group 30)

CRIDs Terminal (group 30)

Feedwater Flow: 14.34 _ x 106 lb/hr (B2030)

Steam Flow: 12.8 x 106 lb/hr (A212)

CTP 3327 MWt (IHC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 1001 psig (B5019)

Generator Output 1021 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001 (Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 Loop A Loop B Recirc Pump Speed: (1263 rpm) 75 % (1263 rpm) 75 %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: osid psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: ** MLB/HR ** MLB/HR (FI-R611A-B21) (FI-R611 B-B21)

Core Plate Dp: 15.43 psid (PDR-R613-B21)

Core Flow: 98.56 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): BT Initial Design Engineering Review of Results: SAT/UNSATSAT_

John Barkhamer per telecon Design Engineer Sign/Date NOTES:

- did not get this data.

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page I of 3 Action Level Threshold General Node Actual No. Description No. Chan. Direction Level I Level 2 Readin Sat/ Unsat "B" RR pump suction 1 X 0.022 0.011 0.0015 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0011 Sat elbow I suction valve 3 Z 0.013 0.007 N/A N/A "A" RHR return line 18 X 0.020 0.010 0.0011 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0008 Sat RR discharge line 20 Z 0.015 0.008 N/A N/A 3 ARRN2Hjetpump AR 2jepup31 323 32 X Y 0.010 0.010 0.005 0.005 N/A 0.0013 N/A Sat riser _ _ _ _

33 Z 0.011 0.006 0.0007 Sat "A" RR ring header 7 X 0.044 0.022 0.0009 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0016 Sat pump riser/end cap 9 Z 0.004 0.002 0.0017 Sat "A" RHR return line 10 X 0.012 0.006 0.0013 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0021 Sat F050A 12 Z 0.048 0.024 0.0021 Sat

'A' RR pump 13 X 0.0018 +

6 discharge pressure 130 14 Y 0.0006 6 sensing line # BB- 13 226-CCA-1" 15 Z 0.0006 F050A bypass line #16 X 0.0014 BC-121-DBA-1" 97

_ __ __ __ _ _ _ _17 Z_ _ __ _ _ _ 0.0027 _ _ _ _ _

"A" RHR return 24 LS X -- 0.0017 8 F060A limit switch 706 25 LS Y 0.0024 _

stem protector cap 26 LS Z _ 0.0027 Proximity Probe ;

9 F060A Gear box 704 27 50 25 4.2419 _

cover plate "A" RR pump suction 4 X 0.024 0.012 0.0009 Sat 10 piping between 13 5 Y 0.012 0.006 0.0008 Sat elbow - suction valve 6 Z 0.016 0.008 0.0009 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE i DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold N. General Node . . Level Level Actual Saln t No. Description No. Chan. Direction L 2 Reading Sat Unsat 34 X 0.014 0.007 0.0011 Sat 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0014 Sat risr _ 36 Z 0.014 0.007 0.0009 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "Bs RHR return line 28 X 0.023 0.012 0.0016 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0017 Sat RR discharge line 30 Z 0.026 0.013 0.0015 Sat "B" RR ring header 37 X 0.055 0.027 0.0038 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0011 Sat pump riser and end pump cap end 39 Z 0.006 0.003 0.0066 Unsat >LT1 40 X 0.033 0.017 0.0005 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0016 Sat 42 Z 0.008 0.004 0.0012 Sat "B" RHR supply at 21 X 0.010 0.005 N/A N/A 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0011 Sat F077 23 Z 0.045 0.022 0.0020 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X 0.0150 18 B" sensing line #BB- 155/

224-CCA-1" 160

= 47 Z *_ = 0.0119 RHR shutdown 48 0.0044 19 cooling supply line 196 vent line #BC-196- 19_

DBA-1" 49 Z _ 0.0072 Proximity Probe 20 F060B Limit Switch LS 63 50 25 0.9456 protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/ Unsat Description No. 1 2 Reading 53 LS X _ 0.0033 21 F077 limit switch stem 54 LS Y 0.0009 protector end p 55 LS Z _ 0.0026 Proximity Probe 22 "B" RHR supply at 56 50 25 1.5446 F077 gear cover plate F060B limit Switch 50 X 0.0019 23 Stem Protector end 51 Y_ 0.0010

cap 52 Z. 0.0017 62 OPX 0.0013 24 A RHR return line F050A valve operator 64 OPZ

0.0006 57 Ml 0.023 0.012 0.0011 58 M2 0.027 0.014 0.0022 25 B motor 59 M3 0.034 0.017 0.0020 _

60 M4 0.043 0.022 0.0009 61 M5 0.028 0.014 0.0015 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 5T REFERENCE)

Page 1 of 3 Action Level Threshold General Node. . Level Level Actual No. Description No. Chan. Direction 1 2 Reading AtulUnsat "B" RR pump suction I X 3.183 1.592 0.2760 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.2443 Sat elbow / suction valve 3 Z 1.606 0.803 N/A N/A "A" RHR return line 18 X 1.560 0.780 0.2138 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.1671 Sat RR discharge line 20 Z 2.776 1.388 N/A N/A 31 X 1.325 0.663 N/A N/A 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.2567 Sat

__ser_ 33 Z 1.713 0.857 0.1778 Sat "A" RR ring header 7 X 3.613 1.806 0.2565 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.1817 Sat pump riser / end cap 9 Z 1.198 0.599 0.2464 Sat "A" RHR return line 10 X 1.463 0.732 0.1701 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.3206 Sat F050A 12 Z 2.523 1.262 0.4080 Sat WA RR pump 13 X 0.3732 6 discharge pressure 130 14 _ 0.2376 sensing line # BB-226-CCA-1" 15 Z 0.1203 7 F050A bypass line # 16 X - = 0.2926 7 BC-121-DBA-1" 1797.46

__ __ _ _ _ _17 Z _ _ _ 0.4461 _ _ _ _ _

WA RHR return 24 LS X _ 0.5070 _

8 F060A limit switch 706 25 LS Y

0.7406 _

stem protector cap 26 LS Z 0.5037 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate I

'A" RR pump suction 4 X 3.405 1.703 0.1722 Sat 10 piping between 13 5 Y 1.981 0.991 0.1570 Sat elbow - suction valve 6 Z 1.768 0.884 0.1846 Sat

+ = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 2 of 3 Action Level Thirenhnold No. DesGeneral Node Chan. Direction Level Level Actual atUnsat

___ Description No. ____1 2 Reading 34 X 2.234 1.117 0.2242 Sat 11 BRRN2Cjetpump 323 35 Y 2.629 1.315 0.1993 Sat 36 Z 1.672 0.836 0.3509 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.2810 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.3416 Sat RR discharge line 30 Z 3.016 1.508 0.4590 Sat "B" RR ring header 37 X 3.872 1.936 0.2289 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.3642 Sat pump riser and end 39 Z 1.128 0.564 0.4672 Sat

_ _ __ _ _ ca p _ _ _ _ _ _ __ _ _ _ _ _ _ _ _ a 40 X 3.065 1.533 0.0821 Sat 15 B RHR return line 614 41 Y 0.771 0.386 0.2510 Sat adacnttoF00B42 Z 1.582 0.791 0.1618 Sat "B" RHR supply at 21 X 0.346 0.173 N/A N/A 16 elbow upstream of 515N 22 Y 3.204 1.602 0.2022 Sat F077 23Z 6.053 3.027 0.3491 Sat 17 Not Used N/A NIA N/A N/A N/A N/A 18 'B sensing line #BB- 15/10 ____0___ 5740____

18 224-CCA-1" 155/160 47 z

0.7605 _

RHR shutdown 48 Y 0.9594 19 cooling supply line 19 _ _ _ _ __ _ _ _ _ _

19 vent line #BC-1 96- 196 DBA-1" 49 Z

1.1874 _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) ( 1 ST REFERENCE)

Page 3 of 3 Action Level Threshold General NoeCanLee Level Actual No. Description No. Direction 1 2 Reading SatUnsat F077 limit switch 53 LS X 0.4774 _

21 stem protector end 54 LS Y

0.1456 cap 55 LS Z 0.4387 _

Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X _ 0.3626 23 Stem Protector end 51 Y _ 0.3067 cap 52 Z _ 0.2745 _

A RHR return line 62 OP X

0.0666 _

24 F050A valve _

operator 64 OP Z _ 0.0634 57 Ml 2.396 1.198 0.1542 _

58 M2 2.745 1.373 0.2523 25 B motor 59 M3 3.626 1.813 0.1994 60 M4 4.043 2.022 0.0957 _

61 M53.042 1.521 0.2079

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page Iof 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat Description No. ____1 2 Reading_____

"B" RR pump suction 1 X 1.272 0.636 0.2498 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.2377 Sat elbow / suction valve 3 Z 0.515 0.258 N/A N/A "A" RHR return line 18 X 0.557 0.279 0.4319 Unsat >LT2 2 near branch conn to 602 19 Y 1.606 0.803 0.2856 Sat RR discharge line 20 Z 3.349 1.675 NIA N/A 1 31 X 0.679 0.340 N/A N/A 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.3126 Sat 33 Z 1.414 0.707 0.2921 Sat "A" RR ring header 7 X 1.094 0.547 0.4111 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.2098 Sat pump riser / end cap 9 Z 0.732 0.366 0.3245 Sat "A" RHR return line 10 X 0.809 0.405 0.2073 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2767 Unsat >LT2 F050A 12 Z 0.651 0.326 0.5509 Unsat >LT2 TA"RR pump 13 X 0.5840 6 discharge pressure 10 14 y ___ 0.3919 6 sensing line # BB- 130 15 0.1932

_ _ 226-CCA-ln __ _ _ _ _ _

F050A bypass line #16 X 0.4054 BC-121-DBA-1" 970.30

__ _ _ _ _ _ _ _ _ _17 Z _ _ _ 0.3304 "A' RHR return 24 LS X 0.6796 8 F060A limit switch 706 25 LS Y 1.3019 stem protector cap 26 LS Z 0.6343 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate _ _ _

"A" RR pump suction 4 X 1.301 0.650 0.1723 Sat 10 piping between elbo 13 5 Y 0.906 0.453 0.1994 Sat

- suction valve 6 Z 0.575 0.288 0.2200 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat

___ Description No. Drcin 1 2 Reading 34 X 1.117 0.559 0.4233 Sat B RR N2C jet pump 323 35 1.567 0.784 0.2515 Sat nser 36 Z 0.906 0.453 0.5503 Unsat >LT2 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.4075 Sat 13 near branch conn to 603F 29 Y 2.469 1.235 0.4601 Sat RR discharge line 30 Z 1.377 0.688 0.8215 Unsat >LT2 "B" RR ring header 110 X 0.808 0.404 0.1799 Sat 14 between N2E jet 38 Y 1.631 0.816 0.4895 Sat pumpriser & end cap 39 Z 0.455 0.227 0.3126 Unsat >LT2 40 X 0.981 0.491 0.0819 Sat 15 adjacent to F060B 614 41 Y 0.481 0.241 0.3496 Unsat >LT2 42 Z 0.852 0.426 0.1043 Sat "B" RHR supply at 21 X 0.392 0.196 N/A N/A 16 elbow upstream of 515N 22 V 2.596 1.298 0.2707 Sat F077 23 Z 4.225 2.113 0.4353 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X 0.2128 18 1B0 sensing line #BB-1510___ _____

1S 224-CCA-1 1551160

__ __ __ _ _47 Z __ _ _ _ _ _ 0.5305 _ _ _ _ _

RHR shutdown 48 Y

1.0035 _

19 cooling supply line 196 vent line #BC-1 96- 49 0.9401 DBA-1" 49__ ___ _0___9401_ __

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X _ 0.3306 21 F077 limit switch 595 54 LS Y 0.1097 _

stem protector end 55 LS Z 0.3929 cap ._ . . . ... . _

+ = Intormation Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. DesGeneral Node Chan Direction Level Level Actual Sat/Unsat N. Description No. Drcin 1 2 ReadingSalnt Proximity Probe __

22 F077 gear cover 56 N/A NIA N/A N/A N/A plate__ _ _ __ _ _

F060B Limit Switch 50 X 0.2967 +

23 Stem Protector End 51 Y _ 0.4943 _

Cap 52Z 0.2377 A RHR return line 62 OP X 0.0305 24 F050A valve operator 64 OP Z 0.0680 57 Ml 0.678 0.339 0.1245 +

58 M2 0.740 0.370 0.2464 25 B motor 59 M3 1.067 0.534 0.1257 +

60 M4 1.084 0.542 0.1124 61 M5 0.854 0.427 0.1583 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION 0~-~

Date: 2/10/05 Time: 0305 Kv /

CRIDs Terminal (group 30)

Feedwater Flow: 12.87 x 106 lb/hr (B2030)

Steam Flow: 13.02 x 106 lb/hr (A212)

CTP_3075 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 1001.7_ psig (B5019)

Generator Output _1061_MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001 (Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 Loon A Loop B Recirc Pump Speed: (1306) 77 % (1306) 77 %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 130 psid _ 135 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: _42.5 MLB/HR 42 MLBIHR (Fl-R611IA-B21) (FI-R611 B-B21)

Core Plate Dp: _12.1_ psid (PDR-R613-B21)

Core Flow: _88 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): _Pete Kordziel Initial Design Engineering Review of Results: SAT/UNSATSAT_

Data was reviewed and concurred by Gary Luh (NUGGL) Design Engineering on Feb. 10, 2005 Design Engineer Sign/Date NOTES:

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. Description Node Chan. Direction Level 1 Level 2 Reading Unsat "B" RR pump suction 1 X 0.022 0.011 0.0019 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0013 Sat elbow / suction valve 3 Z 0.013 0.007 Bad "A" RHR return line 18 X 0.020 0.010 0.0015 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0015 Sat RR discharge line 20 Z 0.015 0.008 Bad A RR N2H jet pump 31 X 0.010 0.005 Bad 3__se_32_3 Y 0.010 0.005 0.0013 Sat 33 Z 0.011 0.006 0.0009 sat "A" RR ring header 7 X 0.044 0.022 0.0010 Sat 4 between N2gK jet 110 8 Y 0.006 0.003 0.0022 Sat pump riser / end cap 9 Z 0.004 0.002 0.0026 Unsat

.L2 "A" RHR return line 10 X 0.012 0.006 0.0012 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0015 Sat F050A 12 Z 0.048 0.024 0.0012 Sat

'A" RR pump 13 X 0.0034 6 discharge pressure 130 14 _ 0.0009 sensing line # BB-226-CCA-1" 15 Z 0.0011 16 X 0.0010 FOSA bypass line # 9 BC-121-DBA-1" 97

__ _ 17 Z __ _ _ 0.0028 "A3 RHR return 24 LS X 0.0018 8 F060A limit switch 706 25 LS Y

0.0019 stem protector cap 26 LS Z

0.0023 +

Proximity Probe 9 F060A Gear box 704 27 50 25 Prox prb .

cover plate _

"A" RR pump suction 4 X 0.024 0.012 0.0012 Sat 10 piping between 13 5 Y 0.012 0.006 0.0010 Sat elbow - suction valve 6 Z 0.016 0.008 0.0011 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Saat N. Description No. Chan. Direction 1 2 Reading Unsat 34 X 0.014 0.007 0.0007 Sat 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0014 Sat risr_ 36 Z 0.014 0.007 0.0008 sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0014 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0021 Sat RR discharge line 30 z 0.026 0.013 0.0021 Sat "B" RR ring header 37 X 0.055 0.027 0.0013 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0016 Sat pump riser and end cap Z 0.006 0.003 0.0029 sat 40 X 0.033 0.017 0.0006 Sat 15 adjacent to F060B 614 41 Y 0.006 0.003 0.0017 Sat 42 Z 0.008 0.004 0.0013 Sat "B" RHR supply at 21 X 0.010 0.005 Bad 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0012 Sat F077 23 Z 0.045 0.022 0.0018 sat 17 Not Used N/A N/A NMA N/A N/A N/A N/A 46 X 0.0041 +

18 "B" sensing line #BB- 155/

224-CCA-1" 160

_ 47 Z _ 0.0213 RHR shutdown 48 i 0.0062 19 cooling supply line 196 vent line #BC-1 96-DBA-1" 49 Z

0.0077 _

Proximity Probe 20 F060B Limit Switch LS 63 50 25 Prox prb protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat!

___ Description No. ________ 1 2 Reading Unsat 53 LS X 0.0037 21 F077 limit switch stem 54 LS Y 0.0011 protector end capLS ______ ___

55 LSZ Z* 0.0030 _

Proximity Probe _ _=

22 "B" RHR supply at 56 50 25 Prox prb F077 gear cover plate F060B limit Switch 50 X _ 0.0020 _

23 Stem Protector end 51 Y + 0.0015 _

cap 52 Z 0.0016 +

62 OP X 0.0542 24 A RHR return line 6OP0.5 F050A valve operator 64 OP Z _ 0.0006 _

57 Ml 0.023 0.012 0.0012 _

58 M2 0.027 0.014 0.0018 _

25 B motor 59 M3 0.034 0.017 0.0018 60 M4 0.043 0.022 0.0009 _

. . . . . 61 M5 0.028 0.014 0.0016 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (O-P) (INCHISEC) (15T REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. _________ 1 2 Readigj "B" RR pump suction I X 3.183 1.592 0.2909 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.2591 Sat elbow / suction valve 3 Z 1.606 0.803 Bad "A" RHR return line 18 X 1.560 0.780 0.2941 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.3448 Sat RR discharge line 20 Z 2.776 1.388 Bad A RR N21 jet pump 31 X 1.325 0.663 Bad N2Hisetrum 323 32 Y 2.167 1.084 0.2223 Sat ise 33 Z 1.713 0.857 0.3486 Sat "A" RR ring header 7 X 3.613 1.806 0.2532 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.2234 Sat pump riser/end cap 9 Z 1.198 0.599 0.3613 Sat SRSS (XZ) 1.903 "A" RHR return line 10 X 1.463 0.732 0.1311 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2142 Sat F050A 12 Z 2.523 1.262 0.2820 Sat WA" RR pump 13 X _ 0.8262 6 discharge pressure 130 14 y 0.3603 sensing line # BB-226-CCA-lV 15 Z 0.2690 7 F050A bypass line 16 X 0.2057 7 BC-121 -DBA-1 97 17 Z

0.4151 _

'A' RHR return 24 LS X 0.3249 8 F060A limit switch 706 25 LS Y 0.4698 stem protector cap 26 LS Z - - 0.3371 Proximity Probe _____

9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.1814 Sat 10 piping between 13 5 Y 1.981 0.991 0.2375 Sat elbow - suction valve 6 Z 1.768 0.884 0.2070 Sat

= Information Only, Not Acceptance Criteria / * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) ( 1ST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. ____2 _Reading 2 34 X 2.234 1.117 0.1927 Sat 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.2619 Sat riser 36 Z 1.672 0.836 0.3380 Sat 12 Not Used N/A N/A N/A NIA N/A N/A "B" RHR return line 28 X 2.044 1.022 0.2465 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.4414 Sat RR discharge line 30 Z 3.016 1.508 0.6958 Sat "B" RR ring header 37 X 3.872 1.936 0.1339 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.5519 Sat pump riser and end 39 1.128 0.564 0.3877 Sat

SRSS (X.Z) 2.016 40 X 3.065 1.533 0.1038 Sat 15 B RHR return line 614 41 Y 0.771 0.386 0.3092 Sat 42 Z 1.582 0.791 0.1631 Sat "B" RHR supply at 21 X 0.346 0.173 Bad 16 elbow upstream of 515N 22 Y 3.204 1.602 0.3179 Sat F077 23 z 6.053 3.027 0.3478 sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X _ 0.2366 18 'B sensing 18 line #BB- 155/160 224-CCA-1" 5/6 ____ ________

_47 Z

1.7116 _

RHR shutdown 48 Y 1.2701 _

19 cooling supply line 196 vent line #BC-1 96- 49 1.1780

__ _DBA-1" _1780____ 1__ __

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria I * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1ST REFERENCE)

Page 3 of 3 Action Level Threshold No. DesGeneral Node Chan Direction Level Level Actual SaVUnsat Description No. _____ 1 2 Reading_____

F077 limit switch 53 LS X _ 0.7038 _

21 stem protector end 54 LS Y

0.2188 _

cap __55 LS Z

0.5892 _

Proximity Probe 22 F077 gear cover 56 N/A N/A NIA N/A N/A plate F060B limit Switch 50 X _ 0.3438 _

23 Stem Protector end 51 Y

0.5007 _

cap 52 Z

0.2957 _

A RHR return line 62 OP X _ 2.5403 _

24 F050A valve _

operator 64 OP Z

0.0598 _

57 Ml 2.396 1.198 0.1507 _

58 M2 2.745 1.373 0.2339 25 B motor 59 M3 3.626 1.813 0.2425 _

60 M4 4.043 2.022 0.1270 _

61 M5 3.042 1.521 0.2103 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level Threshold No. DesGeneral Node Chan. Direction Level Level Actual SatUnsat Description No. Drcin 1 2 Reading_____

"B" RR pump suction I X 1.272 0.636 0.2694 Sat I Piping Between 14 2 Y 0.874 0.437 0.2515 Sat elbow / suction valve 3 Z 0.515 0.258 Bad "A" RHR return line 18 X 0.557 0.279 0.4930 Unsat L2 2 near branch conn to 602 19 Y 1.606 0.803 0.6295 Sat RR discharge line 20 Z 3.349 1.675 Bad ARNHepu 31 32X 0.679 0.340 Bad 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.2999 Sat riser 33 Z 1.414 0.707 0.5860 Sat "A" RR ring header 7 X 1.094 0.547 0.3518 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.2915 Sat pump riser I end cap _ z 0.732 0.366 0.4988 Unsat L2' "A" RHR return line 10 X 0.809 0.405 0.1238 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.1931 Sat F050A 12 Z 0.651 0.326 0.4121 Unsat L2 OA" RR pump 13 X ___ 1.3421 6 discharge pressure 130 14 Y _ 0.6337 sensing line # BB- 15 0.4268 226-CCA-1" 15 Z * =_e_4268__

F050A bypass line #16 X 0.2398 BC-121-DBA-1" 97

__ _ __ __ _ _17 Z _ _ _ 0.2226 _ _ _ _ _

'A" RHR return 24 LS X 0.4263 8 F060A limit switch 706 25 LS Y _ 0.7755 _

stem protector cap 26 LS Z _ 0.3735 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.1851 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.3385 Sat

- suction valve 6 Z 0.575 0.288 0.2758 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold N. General Node Chan. .. Level Level Actual Salna No. Description No. Direction 1 2 Reading SaVUnsat 34 X 1.117 0.559 0.3431 Sat 11 B RR N2C jet pump 323 35 Y 1.567 0.784 0.4016 Sat riser 36 Z 0.906 0.453 0.5428 Unsat L2 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.4058 Sat 13 near branch conn to 603F 29 Y 2.469 1.235 0.6260 Sat RR discharge line 30Z 1.377 0.688 1.2060 Unsat L2 "B" RR ring header 37 X 0.808 0.404 0.1671 Sat 14 between N2E jet 110 38 Y 1.631 0.816 0.8742 Unsat L2 pumpriser & end cap 39 Z 0.455 0.227 0.4669 Unsat LI 40 X 0.981 0.491 0.1153 Sat 15 adjacent to F060B 614 41 Y 0.481 0.241 0.4712 Unsat L2 42 Z 0.852 0.426 0.1282 Sat "B" RHR supply at 21 X 0.392 0.196 Bad 16 elbow upstream of 515N 22 Y 2.596 1.298 0.4586 Sat F077 23 Z 4.225 2.113 0.3465 sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X _ _ _ 0.1198 _ _ _ _ _

18 B sensing line #BB- 155/160 46 0 18 224-CCA-l1 1510F"7z115 47 Z

__ 1.1354 _____

RHR shutdown 48 Y 1.5808 19 cooling supply line 196 vent line #BC-196- 49 _ 0.7221

____ ~DBA-1" _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.6824 21 F077 limit switch 595 54 LS Y 0.2101 stem protector end 55 LS Z 0.6531 c p_ __ _____ __ _ ____ ______ __ __A

= Information i Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 3 of 3 Action Level Threshnld No. D esGeneral Node Chan Direction Level Level Actual SatUnsat Description No. ____1 2 Reading__

Proximity Probe 22 F077 gear cover 56NA N/A N/A N/A N/A plate _ _

F060B Limit Switch 50 X _- 0.3036 23 Stem Protector End 51 Y 0.8218 _

Cap 52 z 0.2911 A RHR return line 62 OP X 1.1047 24 F050A valve l operator 64 OP z 0.0703 57 Ml 0.678 0.339 0.1697 58 M2 0.740 0.370 0.2380 _

25 B motor 59 M3 1.067 0.534 0.1929 60 M4 1.084 0.542 0.1734 _

61 M5 0.854 0.427 0.1771 _

+ = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION Date: 2/10/05 Time: 09:11 CRIDs Terminal (group 30)

Feedwater Flow: 13.584 x 106 Ib/hr (B2030)

Steam Flow: 13.738 x 106 lb/hr (A212)

CTP3139.7 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 996.01 _ psig (B5019)

Generator Output 1078.5 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 Loop A Loop B Recirc Pump Speed: 82(1341 rpm) % 80(1342 rpm) %

(SIC-R621A) (SIC-R621B)

Recirc Pump Dp: 135 psid 141 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 46 MLB/HR 45 MLB/HR (FI-R611A-B21) (FI-R61 1B-B21)

Core Plate Dp: 12.7 psid (PDR-R613-B21)

Core Flow: 90.35 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): _BT Initial Design Engineering Review of Results: SAT/UNSAT SAT Reviewed and concurred by John Barkhamer (NUJAB) Design Engineering Feb. 10, 2005 Design Engineer Sign/Date NOTES:

Channels 3, 20, 21, and 31 remain bad channels.

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level I Level 2 Actual Sat/

___ Description No. _____Reading Unsat "B" RR pump suction 1 X 0.022 0.011 0.0013 Sat I Piping Between 14 2 Y 0.010 0.005 0.0012 Sat elbow / suction valve 3 Z 0.013 0.007 Bad *

"A" RHR return line 18 X 0.020 0.010 0.0011 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0010 Sat RR discharge line 20 Z 0.015 0.008 Bad 3 X 0.010 0.005 Bad a A RR N2H- jet pump 323 32 Y 0.010 0.005 0.0011 Sat riser l 33 Z 0.011 0.006 0.0005 Sat "A" RR ring header 7 X 0.044 0.022 0.0009 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0014 Sat pump riser / end cap 9 Z 0.004 0.002 0.0016 Sat "A" RHR return line 10 X 0.012 0.006 0.0009 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0013 Sat F050A 12 Z 0.048 0.024 0.0015 Sat

'A" RR pump 13 X _ 0.0037 +

6 discharge pressure 130 14 Y 0.0005 4 sensing line # BB-226-CCA-1" 15 Z 0.0010 16 X ____0.0010 .

F050A bypass line # 97 BC-121-DBA-1 "

17 Z + 0.0025 _

"A" RHR return 24 LS X 0.0012 8 F060A limit switch 706 25 LS Y 0.0018 stem protector cap 26 LS Z 0.0017 Proximity Probe 9 F060A Gear box 704 27 50 25 0.5805 cover plate X _ X___X_==

"A" RR pump suction 4 X 0.024 0.012 0.0010 Sat 10 piping between 13 5 Y 0.012 0.006 0.0007 Sat elbow - suction valve 6 Z 0.016 0.008 0.0010 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/

Description No. ____ __ _ 1 2 Reading Unsat 34 X 0.014 0.007 0.0006 Sat 11 BR N2C jet Pump 323 35 Y 0.013 0.007 0.0010 Sat 36 Z 0.014 0.007 0.0008 Sat 12 Not Used N/A N/A N/A NIA N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0011 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0016 Sat RR discharge line 30 Z 0.026 0.013 0.0007 Sat "B" RR ring header 37 X 0.055 0.027 0.0021 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0014 Sat pump riser and end Unsat cap 39 Z 0.006 0.003 0.0033 L2 40 X 0.033 0.017 0.0005 Sat 15 15 adjacent BRHR return line___614 to F060B 41 Y 0.006 0.003 0.0011 Sat 42 Z 0.008 0.004 0.0012 Sat "B" RHR supply at 21 X 0.010 0.005 Bad 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0009 Sat F077 23 Z 0.045 0.022 0.0019 Sat 17 Not Used N/A NIA NIA N/A N/A N/A N/A 46 X 0.0004 1B" sensing line #BB- 155/

18 224-CCA-1" 160 47 Z _ 0.0089 RHR shutdown 48 Y 0.0040 19 cooling supply line 196 vent line #BC-1 96-DBA-1 _ 49 Z _ 0.0064 Proximity Probe 20 F060B Limit Switch LS 63 50 25 0.5403 protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE i DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Saat

___ Description No.___ _____ 1 2 Reading Unsat 53 LS X *0.0025 21 F077 limit switch protector stem end cap 54 55 LS Y LS Y 0.0008 0.0023

.55 LSZ 4 0.0023 Proximity Probe 22 "B" RHR supply at 56 50 25 1.7072 F077 gear cover plate Ii F060B limit Switch 50 X

0.0019 _

23 Stem Protector end 51 Y __- _ 0.0008 cap 52 Z 0.0014 62 OP X ____ 0.0004 ___

A RHR return line .

24 F050A valve operator 64 OPZ

0.0003 _

57 Ml 0.023 0.012 0.0012 _

58 M2 0.027 0.014 0.0024 25 B motor 59 M3 0.034 0.017 0.0017 _

60 M4 0.043 0.022 0.0008 _

- 61 M5 0.028 0.014 0.0016

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1ST REFERENCE)

Page 1 of 3 Action Level Threshold General Node Chan Direction Level Level Actual SatUnsat NDescription No. 1 2 Redn gaDico "B" RR pump suction I X 3.183 1.592 0.2539 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.2406 Sat elbow / suction valve 3 Z 1.606 0.803 Bad "A" RHR return line 18 X 1.560 0.780 0.2015 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.2711 Sat RR discharge line 20 Z 2.776 1.388 Bad 31 X 1.325 0.663 Bad 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.2097 Sat riser _33 Z 1.713 0.857 0.0985 Sat "A" RR ring header 7 X 3.613 1.806 0.1957 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.1203 Sat pump riser/end cap 9 Z 1.198 0.599 0.1578 Sat

_ SRSS (X,Z) 1.903 "A" RHR return line 10 X 1.463 0.732 0.1033 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.1897 Sat F050A 12 z 2.523 1.262 0.1703 Sat

'A" RR pump 13 X _ 0.7566 _

6 discharge pressure 130 14 __ _ __ _ _ _ _ _ _ __ 0.1338 _ _ _ _ _ _

sensing line # BB- 15 Z 0.2557

__ _ 226-CCA-1' __ ____ __ __0 __2557__ __

7 F050A bypass line

.~.~ 97 ~ 16 16 X _ __0.1762 0.16 7 BC-121-DBA-1 " 1797.45

___1 7 Z ___ 0.3455 WA" RHR return 24 LS X 0.2606 8 F060A limit switch 706 25 LS Y *___0.4263 stem protector cap 26 LS Z 0.2905 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.1337 Sat 10 piping between 13 5 Y 1.981 0.991 0.1140 Sat elbow - suction valve 6 Z 1.768 0.884 0.1712 Sat

= Information Only, Not Acceptance Criteria * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (IST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. l 1 2 Reading 34 X 2.234 1.117 0.2481 Sat 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.1577 Sat riser 36 Z 1.672 0.836 0.2358 Sat 12 Not Used N/A _ N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.2558 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.2140 Sat RR discharge line 30Z 3.016 1.508 0.1245 Sat "B" RR ring header 37 X 3.872 1.936 0.1476 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.4098 Sat pump riser and end 39 Z 1.128 0.564 0.2904 Sat

_ __ _ ~cap__ _ _ __ _ _Sa

SRSS (X,Z) 2.016 B RHR return line 40 X 3.065 1.533 0.0962 Sat 15 adjacetto 614 41 Y 0.771 0.386 0.1139 Sat 42 Z 1.582 0.791 0.1797 Sat "B" RHR supply at 21 X 0.346 0.173 Bad 16 elbow upstream of 515N 22 Y 3.204 1.602 0.1958 Sat F077 23 Z 6.053 3.027 0.2594 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X__ _ _ _ _ _ 0.0214 _ _ _ _ _

'B" sensing line #BB4 18 224-CCA-1" 155/160 __ ___

47 Z _ 0.6115 _

RHR shutdown 48 Y 0.6635 19 cooling supply line 196 ______ ________

vent line #BC-196- 49 _ 1.0318 DBA-1' _ _ _ _ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A NIA NIA N/A protective cap

= Information Only, Not Acceptance Criteria I * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (IST REFERENCE)

Page 3 of 3 Action Level Threshold No De~sGeneral Node Chan Direction Level Level Actual SatUnsat Description No. __2_Readi2g_

F077 limit switch 53 LS X 0.4014 21 stem protector end 54 LS Y

0.1430 cap 55 LS Z 0.3307 Proximity Probe __=

22 F077 gear cover 56 N/A N/A NIA NIA NIA plate _

F060B limit Switch 50 X 0.3202 _

23 Stem Protector end 51 Y _ 0.2469 _

cap 52 Z

0.2175 _

A RHR return line 62 OP X _ 0.0344 _

24 F050A valve _

operator 64 OP z

0.0285 57 Ml 2.396 1.198 0.1384 _

58 M2 2.745 1.373 0.2088 _

25 B motor 59 M3 3.626 1.813 0.2024 _

60 M4 4.043 2.022 0.1188 _

61 Ms 3.042 1.521 0.2224

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page I of 3 Action Level No. T General Description Node Chan.

No.

Direction Threshold Level Level 1 2 Actual Reading Sat/Unsat "B"RR pump suction I X 1.272 0.636 0.2175 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.2025 Sat elbow / suction valve 3 Z 0.515 0.258 Bad "A" RHR return line 18 X 0.557 0.279 0.3230 Unsat L2 2 near branch conn to 602 19 Y 1.606 0.803 0.4538 Sat RR discharge line 20 Z 3.349 1.675 Bad X R jepup 33 31 X 0.679 0.340 Bad 3 rrN2e 32 Y 1.246 0.623 0.2385 Sat rser 33 Z 1.414 0.707 0.1546 Sat "A" RR ring header 7 X 1.094 0.547 0.2444 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.1135 Sat pump riser/end cap 9 z 0.732 0.366 0.1559 Sat "A" RHR return line 10 X 0.809 0.405 0.1003 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.1440 Sat F050A 12 Z 0.651 0.326 0.1963 Sat

.A" RR pump 13 X 1.3160 6 discharge pressure 130 14 Y 0.2132 sensing line # BB- 15z 0.3866 226-CCA-1 __*_._I__

F050A bypass line #16 0.1634 BC-121-DBA-1" 17 17 0.1685 AW RHR return 24 LS X 0.3134 8 F060A limit switch 706 25 LS Y 0.6771 stem protector cap . 26 LS Z 0.1874 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.1393 10 piping between elbow 13 5 Y 0.906 0.453 0.1277

- suction valve 6 Z 0.575 0.288 0.1846

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. 1 2 Readin 34 X 1.117 0.559 0.3927 Sat 11 B RR N2C jet pump 323 35 Y 1.567 0.784 0.1855 Sat 36 Z 0.906 0.453 0.3666 Sat 12 Not Used N/A - N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.4460 Unsat L2 13 near branch conn to 603F 29 Y 2.469 1.235 0.2113 Sat RR discharge line 30 Z 1.377 0.688 0.1942 Sat "B" RR ring header 110 X 0.808 0.404 0.1492 Sat 14 between N2E jet 38 Y 1.631 0.816 0.5967 Sat pumpriser & end cap 39 Z 0.455 0.227 0.3110 Unsat L2 40 X 0.981 0.491 0.0911 Sat 15 B RHR return line 614 41 Y 0.481 0.241 0.1351 Sat 42 Z 0.852 0.426 0.0978 Sat "B" RHR supply at 21 X 0.392 0.196 Bad 16 elbow upstream of 515N 22 Y 2.596 1.298 0.2589 Sat F077 23 Z 4.225 2.113 0.1843 Sat 17 Not Used N/A N/A N/A N/A N/A N/A B snigln B-46 X ____0.0099 18 224-CCA-1" 155/160 47 Z *__ 0.2353 RHR shutdown 48 Y __*__ 0.4792 19 cooling supply line 196 vent line #BC-196- 49

0.6018 DBA-1" 49__ __0_ 6018_

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.3182 +

21 F077 limit switch 595 54 LS Y _ _ 0.1251 stem protector end 55 LS Z 0.2438 cap ______ ___A _________ _______

= InTormation unly, NOt Acceptance C~riteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/Unsat Description No. 72 1i 2 n 1 Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate__ _ _ __ _ _ _ _ _ _ _ _ _ _

F060B Limit Switch 50 X 0.2499 23 Stem Protector End 51 Y + 0.3418 Cap 52 Z _ 0.1785 A RHR return line 62 OP X 0.0123 24 F050A valve operator 64 OPZ __ = 0.0216 57 Ml 0.678 0.339 0.1106 58 M2 0.740 0.370 0.1406 _

25 B motor 59 M3 1.067 0.534 0.1427 _

60 M4 1.084 0.542 0.1331 . _

61 M5 0.854 0.427 0.1734 _

+ = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION Date: 2/10/2005 Time: 2043 HRs CRIDs Terminal (group 30)

Feedwater Flow: 13.99_ x 106 lb/hr (B2030)

Steam Flow: 14.13 x 106 lb/hr (A212)

CTP_3215_ MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: _999.9_ psig (B5019)

Generator Output _1103_MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 Loop A Loop B Recirc Pump Speed: (1422) 85 % (1422) 85 %

(SIC-R621A) (SIC-R621B)

Recirc Pump Dp: 150 psid _160_ psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: _48_ MLB/HR 47_ MLB/HR (FI-R61 IA-B21) (FI-R611B-B21)

Core Plate Dp: _14.2_ psid (PDR-R613-B21)

Core Flow: _95.3_x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): P. Kordziel -

Initial Design Engineering Review of Results: SAT Data was reviewed and concurred by Gary Luh (NUGGL), Design Engineering, on Feb. 11, 2005 Design Engineer Sign/Date NOTES:

REV. 3 Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE i DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level I Level 2 Actual Sat/

___ Description NO. ___ ___ ___Reading Unsat "B" RR pump suction I X 0.022 0.011 0.0016 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0013 Sat elbow / suction valve 3 Z 0.013 0.007 0.0010 Sat "A"RHR return line 18 X 0.020 0.010 0.0010 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0012 Sat RR discharge line 20 Z 0.015 0.008 0.0006 Sat 31 X 0.010 0.005 Bad 3 A RR N2H jet pump 323 32 Y 0.010 0.005 0.0012 Sat riser _ _ _ _

33 Z 0.011 0.006 0.0008 Sat "XRR ring header 7 X 0.044 0.022 0.0009 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0019 Sat pump riser / end cap 9 Z 0.004 0.002 0.0028 Unsat

_ _ _ _ __ _ _ _ _ _ _ _ _L 2 "A"RHR return line 10 X 0.012 0.006 0.0010 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0017 Sat F050A 12 Z 0.048 0.024 0.0012 Sat

'A' RR pump 13 X 0.0065 6 discharge pressure 130 14 Y _ 0.0004 sensing line # BB-

___ 226-CCA-1" 15 Z 0.0010 16 X __ _ _ 0.0011 _ _ _

F050A bypass line # 97 BC-121-DBA-1 " 97

__ _ _ __ _ _17 Z_ _ _ _ 0.0030 "A" RHR return 24 LS X

0.0014 _

8 F060A limit switch 706 25 LS Y __*____ 0.0020 _

stem protector cap 26 LS Z _ 0.0020 +

Proximity Probe _

9 F060A Gear box 704 27 50 25 0.0043 _

cover plate "A"RR pump suction 4 X 0.024 0.012 0.0010 Sat 10 piping between 13 5 Y 0.012 0.006 0.0007 Sat elbow - suction valve 6 Z 0.016 0.008 0.0008 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/

Description No. ________ 1 2 Reading Unsat

. 34 X 0.014 0.007 0.0006 Sat 11 riser 323 35 Y 0.013 0.007 0.0015 Sat 36 Z 0.014 0.007 0.0009 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0020 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0020 Sat RR discharge line 30 Z 0.026 0.013 0.0016 Sat "B" RR ring header 37 X 0.055 0.027 0.0057 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0014 Sat pump riser and end Unsat

____cap 39 Z 0.006 0.003 0.0101 Unsa 40 X 0.033 0.017 0.0008 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0012 Sat

_ 42 Z 0.008 0.004 0.0018 Sat "B" RHR supply at 21 X 0.010 0.005 Bad 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0012 Sat F077 23 Z 0.045 0.022 0.0019 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X 0.0004 18 'B1 sensing line #BB- 155/

224-CCA-1w 160 47 Z _ 0.0441 RHR shutdown 48 0.0038 19 cooling supply line 196 vent line #BC-196-DBA-1' 49 Z _ 0.0065 Proximity Probe 20 F060B Limit Switch LS 63 50 25 Prox probe protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE a DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual SatV Descrition No. _ _ 1 2 Reading Unsat 53 LS X _ __ 0.0028 ___

21 21F077 limit switch protector stem end cap 54 55 LS LS X Y

0.0009 0_0009 55 LS Z

0.0028 Proximity Probe 22 "B" RHR supply at 56 50 25 Prox probe F077 gear cover plate F060B limit Switch 50 X _ 0.0023 _

23 Stem Protector end 51 Y 0.0013 cap 52 Z

0.0019 _

62 OP X 0.0046 ____

24 A RHR return line F050A valve operator 64 OPZ _ 0.0003 57 Ml 0.023 0.012 0.0011 58 M2 0.027 0.014 0.0023 25 B motor 59 M3 0.034 0.017 0.0022 _

60 M4 0.043 0.022 0.0011 _

61 Ms 10.028 0.014 0.0018 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat

___ Description No. _________ 1 2 Reading__

"B" RR pump suction I X 3.183 1.592 0.2972 Sat I Piping Between 14 2 Y 1.825 0.913 0.2541 Sat elbow / suction valve 3 Z 1.606 0.803 0.1777 Sat "A" RHR return line 18 X 1.560 0.780 0.1724 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.1746 Sat RR discharge line 20 Z 2.776 1.388 0.1099 Sat 31 X 1.325 0.663 Bad l 3 A RR N2 jet Pump 323 32 Y 2.167 1.084 0.2374 Sat riser _33 Z 1.713 0.857 0.1817 Sat "A" RR ring header 7 X 3.613 1.806 0.1985 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.2023 Sat pump riser/ end cap 9 Z 1.198 0.599 0.3255 Sat

_ SRSS (X,Z) 1.903 = X "A" RHR return line 10 X 1.463 0.732 0.1221 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2066 Sat F050A 12 Z 2.523 1.262 0.1879 Sat

'A' RR pump 13 X

2.7604 _

6 discharge pressure 130 14 Y 0.0754 _

sensing line # BB- 13 ___0_2132 226-CCA-1" 15 Z 0.2132 7F050A ~ ~ line ~

7 bypass 16 1 X X0.06

_ __ 0.2068 _ _ _ _ _

71BC-121-DBA-7 Z9177* 0.3974 _

"A RHR return 24 LS X _ __ 0.3150 8 F060A limit switch 706 25 LS Y

0.6497 stem protector cap 26 LS Z

0.3153 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.1631 Sat 10 piping between 13 5 Y 1.981 0.991 0.1131 Sat elbow - suction valve 6 Z 1.768 0.884 0.1584 Sat

= Information Only, Not Acceptance Criteria I * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1ST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatUnsat Description No. 1 2 Reading 34 X 2.234 1.117 0.2014 Sat 11 BRR N2C jet pump 323 35 Y 2.629 1.315 0.2102 Sat riser 36 Z 1.672 0.836 0.2048 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.2966 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.2591 Sat RR discharge line 30 Z 3.016 1.508 0.2173 Sat "B" RR ring header 37 X 3.872 1.936 0.2984 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.3398 Sat pump riser and end 39 1.128 0.564 0.6218 SRSS cap _

SRSS (X,Z) 2.016 0.6897 Sat 40 X 3.065 1.533 0.1317 Sat B RHR return line 614 41 Y 0.771 0.386 0.1291 Sat 42 Z 1.582 0.791 0.2407 Sat "B" RHR supply at 21 X 0.346 0.173 Bad 16 elbow upstream of 515N 22 I 3.204 1.602 0.1988 Sat F077 23 Z 6.053 3.027 0.2944 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X 0.0225 18 'BR 18 sensing line #BB 155__160 224-CCA-1" 155/160 ________ ___

47 Z _ 2.6190 RHR shutdown 48 Y 0.5780 19 cooling supply line 196 vent line #BC-196- 49 1.0668

_ __DBA-1" _ _ __ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria I * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1ST REFERENCE)

Page 3 of 3 Action Level Threshold No. DesGeneral Node Chan Direction Level Level Actual Sat/Unsat N. Description No. 1 2 ReadingSalna F077 limit switch 53 LS X

0.4422 21 stem protector end 54 LS Y 0.1401 cap 55 LS Z

0.3994 Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X + = 0.3847 _

23 Stem Protector end 51 Y 0.3654 _

cap 52 Z

0.3969 _

A RHR return line 62 OP X 0.3990 _

24 F050A valve _

operator 64 OP z 0.0300 57 Ml 2.396 1.198 0.1181 +

58 M2 2.745 1.373 0.1971 _

25 B motor 59 M3 3.626 1.813 0.2457 _

60 M4 4.043 2.022 0.1401 _

61 M5 3.042 1.521 0.2457 *

= Information Only, Not Acceptance Criteria Rev. 3 J

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatiUnsat Description No. 1 2 Reading "B" RR pump suction 1 X 1.272 0.636 0.2466 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.2039 Sat elbow / suction valve 3 Z 0.515 0.258 0.1892 Sat "A" RHR return line 18 X 0.557 0.279 0.2876 Unsat L2 2 near branch conn to 602 19 Y 1.606 0.803 0.3218 Sat RR discharge line 20 Z 3.349 1.675 0.1553 Sat A RR N2H jet pump 323 32 X 0.679 0.623 Bad Sat 33 Z 1.414 0.707 0.2995 Sat "A" RR ring header 7 X 1.094 0.547 0.2523 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.2769 Sat pump riser/ end cap 9 Z 0.732 0.366 0.4057 Unsat L2 "A" RHR return line 10 X 0.809 0.405 0.0994 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.1657 Sat F050A 12 Z 0.651 0.326 0.2344 Sat "A"RR pump 13 X _ 5.1321 6 discharge pressure 130 14 y 0.0974 sensing line # BB- 15 z 0.3578 226-CCA-1 X 15 _ = 0.3578 16 X ____0.2004 7 F050A bypass line # 97 BC-121-DBA-1" 17 0.1878 "A' RHR return 24 LS X

0.3988 +

8 F060A limit switch 706 25 LS Y 1.1257 stem protector cap 26 LS Z

0.1968 +

Proximity Probe _

9 F060A Gear box 704 27 N/A N/A N/A NIA N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.1751 Sat 10 piping between elbo 13 5 Y 0.906 0.453 0.1278 Sat

- suction valve 6 z 0.575 0.288 0.1323 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat

___ Description No. ____1 2 Reain 34 X 1.117 0.559 0.3519 Sat 11 B RR N2C jet pump 323 35 Y 1.567 0.784 0.2259 Sat riser 36 Z 0.906 0.453 0.3036 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.4781 Unsat L2 13 near branch conn to 603F 29 Y 2.469 1.235 0.3360 Sat RR discharge line 30 Z 1.377 0.688 0.3252 Sat "B" RR ring header 110 37 X 0.808 0.404 0.1383 Sat 14 between N2E jet 38 Y 1.631 0.816 0.4608 Sat pumpriser & end cap 39 Z 0.455 0.227 0.3495 Unsat L2 40 X 0.981 0.491 0.1158 Sat 15 B RHR return line 614 41 Y 0.481 0.241 0.1645 Sat 42 Z 0.852 0.426 0.1537 Sat "B" RHR supply at 21 X 0.392 0.196 Bad 16 elbow upstream of 515N 22 Y 2.596 1.298 0.2128 Sat F077 23 Z 4.225 2.113 0.2284 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X 0.0110 18 224-CCA-1" 155/160 47 Z 1.5421 +

RHR shutdown 48 Y

0.3002 19 cooling supply line 196 vent line #BC-196- 1 49 0.5924 DBA-1' __ 49__ _ ___ _0_ 5924___

Proximity Probe .

20 F060B Limit Switch LS 63 N/A NIA N/A NIA NIA protective cap "B" RHR supply at 53 LS X 0.3239 21 F077 limit switch 54 LS Y 0.1110 stem protector end LS 0.3884

__ _cap

_ __ __ _ __LS __ __ __ _ _0___ __ 3884 _ __ _ __

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual SatlUnsat Description No. 1 2 Reading Proximity Probe ._.

22 F077 gear cover 56 N/A N/A N/A N/A N/A plate _ _ _ _ _ _ _ _ _

F060B Limit Switch 50 X

0.3461 +

23 Stem Protector End 51 Y _ 0.6172 l Cap 52 Z _ 0.4049 +

A RHR return line 62 OP X

0.1324 24 F050A valve operator 64 OP z 0.0320 57 Ml 0.678 0.339 0.0991 58 M2 0.740 0.370 0.1252 +

25 B motor 59 M3 1.067 0.534 0.1712 +

60 M4 1.084 0.542 0.1295 +

61 M5 0.854 0.427 0.1920 +

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION Date: 2/11/05 Time: 0300 CRIDs Terminal (group 30)

Feedwater Flow: 14.26 x 106 lb/hr (B2030)

Steam Flow: 14.46 x 1o6 Ib/hr(A212)

CTP_3267_ MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 1001 psig (B5019)

Generator Output _1126_MWe (A225) or (HC.OP-FT.BB-0001 - Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 Loon A Loop B Recirc Pump Speed: (1436) 85 % (1436) 85% %

(SIC-R621A) (SIC-R621B)

Recirc Pump Dp: 151 psid 152 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: _48_ MLB/HR_ 48_ MLB/HR (FI-R61 1A-B21) (FI-R6d11B-B21)

Core Plate Dp: _14.6_ psid (PDR-R613-B21)

Core Flow: _96_ x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): P. Kordziel_

Initial Design Engineering Review of Results: SAT Data was reviewed and concurred by Gary Luh, Design Engineering, on Feb. 11, 2005 Design Engineer Sign/Date NOTES:

REV. 3 Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level I Level 2 Actual Sat/

___ Description NO. ___ ___ ___Reading Unsat "B" RR pump suction I X 0.022 0.011 0.0017 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0012 Sat elbow / suction valve 3 Z 0.013 0.007 0.0006 Sat "A"RHR return line 18 X 0.020 0.010 0.0012 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0009 Sat RR discharge line 20 Z 0.015 0.008 0.0007 Sat A RR N2H jet pump 323 32 X 0.010 0.005 .Ba0d13 Sat 33 Z 0.011 0.006 0.0008 Sat "A" RR ring header 7 X 0.044 0.022 0.0010 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0016 Sat pump riser / end cap 9 Z 0.004 0.002 0.0019 Sat "A" RHR return line 10 X 0.012 0.006 0.0009 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0013 Sat F050A 12 Z 0.048 0.024 0.0015 Sat

'A" RR pump 13 X 0.0096 6 discharge pressure 130 14 _ _0.0004 sensing line # BB-226-CCA-1 _ 15 Z 0.0009 16 X ____ ___ 0.0010 F050A bypass line # 6 . .

BC-121-DBA-1 " .

17 Z

_0.0029 "At RHR return 24 LS X 0.0015 8 F060A limit switch 706 25 LS Y 0.0028 stem protector cap 26 LS Z _ 0.0020 _

Proximity Probe 9 F060A Gear box 704 27 50 25 Prox prob cover plate l

'A" RR pump suction 4 X 0.024 0.012 0.0010 Sat 10 piping between 13 5 Y 0.012 0.006 0.0007 Sat elbow - suction valve 6 Z 0.016 0.008 0.0008 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/

___ Description No. ____ ____ 1 2 Reain Unsat 34 X 0.014 0.007 0.0008 Sat 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0015 Sat riser 36 Z 0.014 0.007 0.0010 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0025 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0018 Sat RR discharge line 30 Z 0.026 0.013 0.0020 Sat "B" RR ring header 37 X 0.055 0.027 0.0063 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0016 Sat pump riser and end Unsat cap 39 Z 0.006 0.003 0.0107 LU 40 X 0.033 0.017 0.0009 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0014 Sat

_ 42 Z 0.008 0.004 0.0017 Sat TB" RHR supply at 21 X 0.010 0.005 Bad 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0011 Sat F077 23 Z 0.045 0.022 0.0017 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X 0.0004 18 'B" sensing line #BB- 155/

224-CCA-1" 160 .

47 Z _ 0.0048 RHR shutdown 48 Y 0.0035 19 cooling supply line 196 vent line #BC-1 96-DBA-1" 49 Z + 0.0076 Proximity Probe 20 F060B Limit Switch LS 63 50 25 Prox prob protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/

No. Description No. 1 2 Reading Unsat 53 LSX 0.0026 21 F077 limit switch stem 54 LS Y 0.0010 protector end cap 55 LS Z _ 0_0024

______~~6 _ __ _ _ _ LS___ Z___ _ *_ 0.0024 __ __

Proximity Probe 22 "B" RHR supply at 56 50 25 Prox prob _

F077 gear cover plate F060B limit Switch 50 X 0.0026 23 Stem Protector end 51 Y

0.0012 cap 52 Z _

_= 0.0020 62 OPX 0.0100 24 A RHR return line F050A valve operator

___64 OP Z *__ 0.0004 57 Ml 0.023 0.012 0.0012 58 M2 0.027 0.014 0.0025 _ _

25 B motor 59 M3 0.034 0.017 0.0025 60 M4 0.043 0.022 0.0011 _

61 M5 0.028 0.014 0.0017 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) ( 1 ST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatUnsat N. Description No. Chan _Dirctio 1 2 ReadingSaUn t "B" RR pump suction 1 X 3.183 1.592 0.3221 Sat I Piping Between 14 2 Y 1.825 0.913 0.2399 Sat elbow/suction valve _ 3 Z 1.606 0.803 0.1163 Sat "A" RHR return line 18 X 1.560 0.780 0.1883 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.1944 Sat RR discharge line 20 Z 2.776 1.388 0.1209 Sat 31 X 1.325 0.663 Bad 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.2554 Sat riser riser 33 Z 1.713 0.857 0.1657 Sat "A" RR ring header 7 X 3.613 1.806 0.2274 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.2022 Sat pump risern end cap 9 Z 1.198 0.599 0.2725 Sat SRSS (X,Z) 1.903 "A" RHR return line 10 X 1.463 0.732 0.1214 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2098 Sat F050A 12 Z 2.523 1.262 0.2040 Sat "AW RR pump 13 X _ 3.1441 6 discharge pressure 130 14 Y 0.0795 sensing line # BB- 13 ____ ___ 0_1756__

226-CCA-1 " 15 0.1756 F050A bypass line #16 X 0.2290 BC-121-DBA-1" 97

__ _ _ _ __ _ _ _ _17 Z _ _ _ 0.3830 _ _ _ _ _

"A" RHR return 24 LS X _ 0.3528 8 F060A limit switch 706 25 LS Y _ _ 0.8507 stem protector cap 26 LS Z 0.3068 Proximity Probe _

9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.1755 Sat 10 piping between 13 5 Y 1.981 0.991 0.1174 Sat elbow - suction valve 6 Z 1.768 0.884 0.1383 Sat

= Information Only, Not Acceptance Criteria * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1ST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat

___ Description. No. ___ ____ 1 2 Reading_____

34 X 2.234 1.117 0.2682 Sat 1 BRR N2C jet pump 323 35 Y 2.629 1.315 0.2252 Sat 36 Z 1.672 0.836 0.2115 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B"RHR return line 28 X 2.044 1.022 0.3263 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.2779 Sat RR discharge line 30 Z 3.016 1.508 0.2344 Sat "B" RR ring header 37 X 3.872 1.936 0.3378 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.3529 Sat pump riser and end 39 Z 1.128 0.564 0.6606 SRSS cap__

SRSS (X,Z) 2.016 0.7420 Sat B 40 X 3.065 1.533 0.1564 Sat 15 BRHR return line 614 41 Y 0.771 0.386 0.1488 Sat 42 Z 1.582 0.791 0.2237 Sat

'B" RHR supply at 21 X 0.346 0.173 Bad 16 elbow upstream of 515N 22 Y 3.204 1.602 0.2472 Sat F077 23 Z 6.053 3.027 0.3317 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X ____ 0.0209 18 18 B13 sensing 224-CCA-1 line "#BB3-15/6 155/160 46____

___ 0.0209_

___l 47 Z

0.2964 RHR shutdown 48 Y _ 0.5134 19 cooling supply line 196 vent line #BC-1 96- 49 1.1795 DBA-1" _ _ _ _ _ __ _ _ _ _

Proximity Probe _

20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Intormation Only, Not Acceptance Criteria i * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 3 of 3 Action Level Threshnid No. DesGeneral Node Chan Direction Level Level Actual Sat/Unsat Description No. Drcin 1 2 Reading F077 limit switch 53 LS X

0.4609 _

21 stem protector end 54 LS Y + 0.1504 +

cap 55 LS Z _ 0.4248 Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X

0.4200 23 Stem Protector end 51 Y

0.4042 cap 52 Z _ 0.4434 +

A RHR return line 62 OP X

0.7266 24 F050A valve _

operator 64 OP Z 0.0357 57 M1 2.396 1.198 0.1298 _

58 M2 2.745 1.373 0.2047 25 B motor 59 M3 3.626 1.813 0.2821 60 M4 4.043 2.022 0.1311 _-

61 M5 3.042 1.521 0.2598

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level Threshold No. l DGeneral Node Chan. Direction Level Level Actual Sat/Unsat N. Description No. _ _______ 1 2 Reading Stln t "B" RR pump suction I X 1.272 0.636 0.3042 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.2124 Sat elbow / suction valve 3 Z 0.515 0.258 0.1632 Sat "A" RHR return line 18 X 0.557 0.279 0.3085 Unsat L2 2 near branch conn to 602 19 Y 1.606 0.803 0.3475 Sat RR discharge line 20 Z 3.349 1.675 0.1558 Sat 31 X 0.679 0.340 Bad 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.3004 Sat 33 Z 1.414 0.707 0.2358 Sat "A" RR ring header 7 X 1.094 0.547 0.2933 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.2752 Sat pump riser I end cap 9 Z 0.732 0.366 0.3845 Unsat L2 "A" RHR return line 10 X 0.809 0.405 0.1288 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.1620 Sat F050A 12Z 0.651 0.326 0.2514 Sat "AWRR pump 13 X

5.3985 _

6 discharge pressure 130 14 y 0.1110 sensing line # BB- 15 z 0.2673 226-CCA-1" _

_

F050A bypass line #16 X 0.2585 BC-121-DBA-1" 17 0.1907

'A' RHR return 24 LS X

0.4443 _

8 F060A limit switch 706 25 LS Y 1.4251 stem protector cap 26 LS Z 0.2668 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.1811 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.1355 Sat

- suction valve 6 Z 0.575 0.288 0.1397 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level ThreshoIld No- l General Node Chan. Direction Level Level Actual SatlUnsat No.1 Directionn 2 Reading_____

34 X 1.117 0.559 0.4437 Sat 11 B RR N2C jet pump 323 35 Y 1.567 0.784 0.2504 Sat

__ser _36 Z 0.906 0.453 0.2807 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.4719 Unsat L2 13 near branch conn to 603F 29 Y 2.469 1.235 0.3789 Sat RR discharge line 30 Z 1.377 0.688 0.3490 Sat "B" RR ring header 110 37 X 0.808 0.404 0.1613 Sat 14 between N2E jet 38 Y 1.631 0.816 0.4207 Sat pumpriser & end cap 39 Z 0.455 0.227 0.3286 Unsat L2 40 X 0.981 0.491 0.1361 Sat 15 adjacent to F060B 614 41 Y 0.481 0.241 0.1699 Sat 42 Z 0.852 0.426 0.1668 Sat "B" RHR supply at 21 X 0.392 0.196 Bad 16 elbow upstream of 515N 22 Y 2.596 1.298 0.3343 Sat F077 23 Z 4.225 2.113 0.3721 Sat 17 Not Used N/A N/A N/A NIA N/A N/A 46 X 0.0100 18 'B" sensing line #BB 15/6 ___________

18 224-CCA-1" 1551160 47 Z 0.1199 RHR shutdown 48 Y 0.4338 19 cooling supply line 196 vent line #BC-1 96- 49 z 0.6724

____ ~DBA-1' _ _ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 NIA N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X _ 0.3723 21 F077 limit switch 595 54 LS Y _ 0.1347 stem protector end 55 LS Z 0.4969 cap_ _ __ __ ___ ____ __ ________ ____

= InTormation unly, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 3 of 3 Action Level Threshnid No. General Node Chan Direction Level Level Actual SatlUnsat

___ Description No. ___2_ 2 Reading Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A p late _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

F060B Limit Switch 50 X _ 0.3899 23 Stem Protector End 51 Y 0.6000 Cap 52 z _ 0.4994 A RHR return line 62 OP X - = 0.3712 24 F050A valve operator 64 OP z _ 0.0340 _

57 Ml 0.678 0.339 0.1139 58 M2 0.740 0.370 0.1400 _

25 B motor 59 M3 1.067 0.534 0.1895 _

60 M4 1.084 0.542 0.1429 61 M5 0.854 0.427 0.1953

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I 0, PLANT DATA ACQUISITION /0O 1~0 Date: 2/11/05 -Time: 08:21 CRIDs Terminal (group 30)

Feedwater Flow: 14.588 x 106 lb/hr (B2030)

Steam Flow: 14.749 x 106 lb/hr (A212)

CTP3332.4 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 1004.1 psig (B5019)

Generator Output 1152.6 MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 LooD A Loop B Recirc Pump Speed: 89(1461 rpm) % 88(1461 rpm) %

(SIC-R621A) (SIC-R621B)

Recirc Pump Dp: 160 psid 170 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 49 MLB/HR 48 MLB/HR (FI-R611A-B21) (FI-R6111B-B21)

Core Plate Dp: 14.9 psid (PDR-R613-B21)

Core Flow: 97.27 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): _P. Kordziel Initial Design Engineering Review of Results: SAT/UNSAT SAT Reviewed and concurred by John Barkhamer (NUJAB) Design Engineering Feb. 11, 2005 Design Engineer Sign/Date NOTES:

Channels 3, 20, 21, and 31 remain bad channels.

Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level I Level 2 Actual Sat/

___ Description No. __________Reading Unsat "B" RR pump suction 1 X 0.022 0.011 0.0017 Sat I Piping Between 14 2 Y 0.010 0.005 0.0014 Sat elbow I suction valve 3 Z 0.013 0.007 Bad "A" RHR return line 18 X 0.020 0.010 0.0009 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0010 Sat RR discharge line 20 Z 0.015 0.008 0.0006 Sat 31 X 0.010 0.005 Bad 3 A RR N2H jet pump 323 32 Y 0.010 0.005 0.0013 Sat riser 33 Z 0.011 0.006 0.0009 Sat "A" RR ring header 7 X 0.044 0.022 0.0009 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0017 Sat pump riser / end cap 9 Z 0.004 0.002 0.0018 Sat "A" RHR return line 10 X 0.012 0.006 0.0010 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0016 Sat F050A 12 Z 0.048 0.024 0.0012 Sat

'A" RR pump 13 X _ 0.0076 6 discharge pressure 130 14 Y _ 0.0004 sensing line # BB- 5 007 226-CCA-1" 15 Z 0.0007 16 X 0.0011 F050A bypass line #

BC-121-DBA-1" 97

__ __ __ _ _1 7 Z _ _ _ 0.0027 "A' RHR return 24 LS X _ 0.0016 8 F060A limit switch 706 25 LS Y 0.0027 stem protector cap 26 LS Z _ 0.0019 Proximity Probe 9 F060A Gear box 704 27 50 25 0.9606 cover plate .

"A" RR pump suction 4 X 0.024 0.012 0.0013 Sat 10 piping between 13 5 Y 0.012 0.006 0.0008 Sat elbow - suction valve 6 Z 0.016 0.008 0.0008 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/

_ _ Description No. 1 2 Reading Unsat 34 X 0.014 0.007 0.0006 Sat 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0020 Sat riser 36 Z 0.014 0.007 0.0012 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0025 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0021 Sat RR discharge line 30 Z 0.026 0.013 0.0023 Sat "B" RR ring header 37 X 0.055 0.027 0.0074 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0017 Sat pump riser and end Unsat cap 39 Z 0.006 0.003 0.0128 LI 40 X 0.033 0.017 0.0009 Sat 15 adjacent to F060B 614 41 Y 0.006 0.003 0.0012 Sat 42 Z 0.008 0.004 0.0020 Sat "B" RHR supply at 21 X 0.010 0.005 Bad -

16 elbow upstream of 515N 22 Y 0.030 0.015 0.0011 Sat F077 23 Z 0.045 0.022 0.0018 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X 0.0004 18 1B"sensing line #BB- 155/

224-CCA-1" 160 47 Z __= 0.0071 _

RHR shutdown 48 Y 0.0037 19 cooling supply line 196 vent line #BC-1 96-DBA-1' 49 Z _ 0.0079 Proximity Probe = = =

20 F060B Limit Switch LS 63 50 25 3.5966 protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/

___ Description No. _____ 1 2 Reading Unsat 53 LS X _ 0.0031 21 F077 limit switch stem 54 LS Y 0.0010 protector end cap 55 LS Z _ 0.0024 Proximity Probe 22 "B" RHR supply at 56 50 25 2.9035 F077 gear cover plate F060B limit Switch 50 X _ 0.0026

23 Stem Protector end 51 Y . 0.0015 cap 52 z 0.0021 62 OPX _ 0.0016 24 A RHR return line 24 F050A valve operator l 64 OPZ

0.0003 57 Ml 0.023 0.012 0.0011 _

58 M2 0.027 0.014 0.0031 _

25 B motor 59 M3 0.034 0.017 0.0028 60 M4 0.043 0.022 0.0012 _

. 61 M5 0.028 0.014 0.0018 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) ( 1 ST REFERENCE)

Page 1 of 3 Action Level Threshold N. General NodeChn Dieto Level Level Actual Salna No. Description No. Chanl Direction 1 2 Reading SaUnsat "B" RR pump suction 1 X 3.183 1.592 0.3180 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.2681 Sat elbow / suction valve 3 Z 1.606 0.803 Bad "A" RHR return line 18 X 1.560 0.780 0.1804 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.1859 Sat RR discharge line 20 Z 2.776 1.388 Bad

31 X 1.325 0.663 Bad 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.2634 Sat nser 33 Z 1.713 0.857 0.2003 Sat "A" RR ring header 7 X 3.613 1.806 0.2617 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.1884 Sat pump riser/ end cap 9 Z 1.198 0.599 0.2809 Sat

SRSS (X,Z) 1.903 "A" RHR return line 10 X 1.463 0.732 0.1541 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2474 Sat F050A 12 Z 2.523 1.262 0.1806 Sat

'A' RR pump 13 X t = 2.5538 6 discharge pressure 130 14 y 0.1137 sensing line # BB-226-CCA-1" 15 Z 0.0924 F050A bypass line # 16 X 0.2595 BC-121-DBA-1" 17 Z _ 0.3851 "A" RHR return 24 LS X 0.2856 8 F060A limit switch 706 25 LS Y 0.7542 stem protector cap 26 LS Z 0.3431 Proximity Probe l 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.2486 Sat 10 piping between 13 5 Y 1.981 0.991 0.1495 Sat elbow- suction valve 6 Z 1.768 0.884 0.1696 Sat

= Information Only, Not Acceptance Criteria * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (IST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description. No. ____1 2 Reading BR34__ X 2.234 1.117 0.2303 Sat 11 BRR N2C jet pump riser 323 35 Y 2.629 1.315 0.2099 Sat 36 Z 1.672 0.836 0.2359 Sat 12 Not Used N/A _ N/A N/A N/A N/A NIA "B" RHR return line 28 X 2.044 1.022 0.2802 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.2885 Sat RR discharge line 30 Z 3.016 1.508 0.2582 Sat "B" RR ring header 37 X 3.872 1.936 0.3894 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.3731 Sat pump riser and end 39 1.128 0.564 0.7827 SRSS

__ _ _ ca p _ _ _ _ _ _ _ _ _ _ _ _ _ _

SRSS (X,Z) 2.016 0.8742 Sat 40 X 3.065 1.533 0.2111 Sat 15 BaRHR return line 614 41 Y 0.771 0.386 0.1291 Sat 42 Z 1.582 0.791 0.2377 Sat "B" RHR supply at 21 X 0.346 0.173 Bad 16 elbow upstream of 515N 22 Y 3.204 1.602 0.3052 Sat F077 23 Z 6.053 3.027 0.3034 Sat 17 Not Used N/A = N/A N/A N/A N/A N/A 46 x0.0214l 18 18 Bsensing line #BB1155/160_________

224-CCA-1" 46 Z _ 0.514

____ _ _ 47 Z 0.5133 RHR shutdown 48 Y

0.6035 19 cooling supply line 196 _

vent line #BC-1 96- 49 z 1.3449

__ _DBA-1V 49__ __1_ 3449_

Proximity Probe D 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria I * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (1ST REFERENCE)

Page 3 of 3 Action Level Thrpeshold No- l DGeneral Node Chan Direction Level Level Actual SatUnsat N. Description No. _ ____ 1 2 ReadingSaln t F077 limit switch 53 LS X 0.5035 21 stem protector end 54 LS Y

0.1737 cap 55 LS Z 0.4694 Proximity Probe = ===

22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X 0.5434 23 Stem Protector end 51 Y

0.5408 _

cap 52 Z 0.5742 A RHR return line 62 OP X 0.0978 .

24 F050A valve _

operator 64 OP z 0.0355 _

57 ml 2.396 1.198 0.1281 _

58 M2 2.745 1.373 0.2377 25 B motor 59 M3 3.626 1.813 0.2948 _

60 M4 4.043 2.022 0.1173 l _

_ 61 M5 3.042 1.521 0.2403

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page lof 3 Action Level Threshnold No. General Node Chan. Direction Level Level Actual SatlUnsat

___ Description No. _____ 1 2 Reading "B" RR pump suction 1 X 1.272 0.636 0.2903 Sat I Piping Between 14 2 Y 0.874 0.437 0.2526 Sat elbow / suction valve 3 Z 0.515 0.258 Bad "A" RHR return line 18 X 0.557 0.279 0.3039 Unsat L2 2 near branch conn to 602 19 Y 1.606 0.803 0.3424 Sat RR discharge line 20 Z 3.349 1.675 Bad

31 X 0.679 0.340 Bad A RR N2H jet pump 323 32Y 1.246 0.623 0.3733 Sat 33 Z 1.414 0.707 0.3058 Sat "A" RR ring header 7 X 1.094 0.547 0.3815 Sat 4 between N2K jet 110 8 Y 1.757 0.879 0.2755 Sat pump riser / end cap 9 Z 0.732 0.366 0.3618 Sat "A" RHR return line 10 X 0.809 0.405 0.2020 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2060 Sat F050A 12 Z 0.651 0.326 0.2078 Sat

.A" RR pump 13 X 4.8163 6 discharge pressure 130 14 Y 0.1816 - _

sensing line # BB- 15 0.1097 226-CCA-1" _

16 x ___ 0.3103 F050A bypass line # . 6 BC-121-DBA-1" 97

__ _ _ _ 7z __ _ _ 0.2289 _ _ _ _ _

"A' RHR return 24 LS X

0.3377 _

8 F060A limit switch 706 25 LS Y 1.3420 stem protector cap 26 LS Z l__ 0.3295 _

Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.3302 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.2130 Sat

- suction valve 6 Z 0.575 0.288 0.1614 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. l D Level Level Actual SatlUnsat Description No. Drton 1 2 Reading_____

34 X 1.117 0.559 0.4191 Sat 11 B RR N2C jet pump 323 35 Y 1.567 0.784 0.2320 Sat riser _36 Z 0.906 0.453 0.3564 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.4268 Unsat L2 13 near branch conn to 603F 29 Y 2.469 1.235 0.4541 Sat RR discharge line 30Z 1.377 0.688 0.4183 Sat "B" RR ring header 110 X 0.808 0.404 0.1648 Sat 14 between N2E jet 38 Y 1.631 0.816 0.5040 Sat pumpriser & end cap 39 Z 0.455 0.227 0.3704 Unsat L2 40 X 0.981 0.491 0.2271 Sat 15 B RHR return line 614 41 Y 0.481 0.241 0.1744 Sat aantF042 Z 0.852 0.426 0.1937 Sat "B" RHR supply at 21 X 0.392 0.196 Bad 16 elbow upstream of 515N 22 Y 2.596 1.298 0.4428 Sat F077 23 Z 4.225 2.113 0.4010 Sat 17 Not Used N/A N/A N/A N/A N/A NiA 46 X 0.0095 18 'B" sensing line #BB 155/160 224-CCA-1"47 Z 0.3827 RHR shutdown 48 Y __= 0.4236 19 cooling supply line 196 vent line #BC-1 96- 49 z 0.7800

_ _D

_ BA -1" __ _ _ _ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X 0.3934 21 F077 limit switch 595 54 LS Y 0.1978 stem protector end 55 LS Z 0.6088

, ,.cap _. .. , . ,_.,_ _ _ _

+ = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 3 VDAS DATA ACQUISITION INSTRUCTIONS Page 4 of 4 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/Unsat

___ Description No. _____ 1 2 Reading-_____

Proximity Probe 22 F077 gear cover 56NA N/A N/A N/A N/A plate = ===

F060B Limit Switch 50 X 0.5074 23 Stem Protector End 51 Y

0.9501 _

Cap 52 Z _ 0.7049 _

A RHR return line 62 OP X _ 0.0266 _

24 F050A valve operator 64 OP Z 0.0423 57 Ml 0.678 0.339 0.1143 58 M2 0.740 0.370 0.1431 25 B motor 59 M3 1.067 0.534 0.1936 60 M4 1.084 0.542 0.1337 _

61 M5 0.854 0.427 0.1962

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT I PLANT DATA ACQUISITION Date: 2/11/05 Time: 1612 CRIDs Terminal (group 30)

Feedwater Flow: 14.64 x 106 lb/hr (B2030)

Steam Flow: 14.77 X10 6 lb/hr (A212)

CTP_3330 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 1001_ psig (B5019)

Generator Output_1150_MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 Loop A Loon B Recirc Pump Speed: (1495) 89 % (1475) 88 %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 170 psid 170 psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: _ 50 MLB/HR 48 MLB/HR (Fl-R61IA-B21) (FI-R611 B-B21)

Core Plate Dp: _15;.3_ psid (PDR-R613-B21)

Core Flow: _98.,7' x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): P. Kordziel Initial Design Engineering Review of Results: SAT PER J. Barkhamer Design Engineer Sign/Date NOTES:

1600 HOURS 2/11/05 PUMP SPLIT DATA REVIEWED BY system Engineering as sat.

REV. 3 Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Threshold No Description Node Chan. Direction Level I Level 2 Actual Sat "B" RR pump suction I X 0.022 0.011 0.0018 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0015 Sat elbow I suction valve 3 Z 0.013 0.007 0.0006 Sat "A" RHR return line 18 X 0.020 0.010 0.0012 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0009 Sat RR discharge line 20 Z 0.015 0.008 0.0006 Sat A RR N2H jet pump 323 31 X 0.010 0.005 Bad 3riser Pup 33 32 Y 0.010 0.005 0.0013 Sat 33 Z 0.011 0.006 0.0011 Sat "A" RR ring header 7 X 0.044 0.022 0.0012 Sat 4 between N2K Jet 110 8 Y 0.006 0.003 0.0019 Sat pump riser / end cap 9 Z 0.004 0.002 0.0022 Unsat

._ ._._ L2 "A" RHR return line 10 X 0.012 0.006 0.0013 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0018 Sat F050A 12 Z 0.048 0.024 0.0014 Sat

'A" RR pump 13 X 0.0207 6 discharge pressure 130 14 _ _0.0005 sensing line # BB-226-CCA-1I " 15 Z 0.0006 16 X ____0.0013 F050A bypass line #

BC-121-DBA-1 "

17 Z _ 0.0022 "A" RHR return 24 LS X + 0.0015 8 F060A limit switch 706 25 LS Y + 0.0024 stem protector cap 26 LS Z 0.0027 Proximity Probe 9 F060A Gear box 704 27 50 25 Prox prb .

cover plate "A" RR pump suction 4 X 0.024 0.012 0.0014 Sat 10 piping between 13 5 Y 0.012 0.006 0.0007 Sat elbow - suction valve, 6 Z 0.016 0.008 0.0010 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/

___ Description No. ________ 1 2 Reading Unsat 34 X 0.014 0.007 0.0010 Sat 11 B RR N2C jet Pump 323 35 Y 0.013 0.007 0.0016 Sat riser 36 Z 0.014 0.007 0.0013 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0023 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0022 Sat RR discharge line 30 Z 0.026 0.013 0.0022 Sat "B" RR ring header 37 X 0.055 0.027 0.0079 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0019 Sat pump riser and end Unsat cap 39 Z 0.006 0.003 0.0143 LI 40 X 0.033 0.017 0.0011 Sat 15 adjacent to F060B 614 41 Y 0.006 0.003 0.0012 Sat 42 Z 0.008 0.004 0.0019 Sat "B" RHR supply at 21 X 0.010 0.005 Bad 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0012 Sat F077 23 Z 0.045 0.022 0.0016 Sat 17 Not Used N/A N/A N/A NIA N/A . N/A N/A 46 X 0.0003 18 B" sensing line #BB- 155/

224-CCA-1' 160 .

47 Z _ 0.0053 RHR shutdown 48 Y 0.0042 19 cooling supply line 196 vent line #BC-196-DBA-1" 49 Z _ 0.0072 Proximity Probe 20 F060B Limit Switch LS 63 50 25 Prox prb protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/

___ Description No. _____ 1 2 Reading Unsat

.53 LS X ____0.0031 21 21 F077 limit switch protector stem end cap 54 55 LS Y LS X ____ ___________

0.0010 55 LS Z

0.0025 Proximity Probe 22 "B" RHR supply at 56 50 25 Prox prb F077 gear cover plate F060B limit Switch 50 X

0.0028 23 Stem Protector end 51 Y 0.0020 cap 52 Z _ 0.0027 62 OP X 0.0035 A RHR return line 24 F050A valve operator 64 OP Z 0.0005 57 ml 0.023 0.012 0.0011 58 M2 0.027 0.014 0.0028 25 B motor 59 M3 0.034 0.017 0.0026 _

60 M4 0.043 0.022 0.0011 61 M5 0.028 0.014 0.0017

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Threshold No. Description Node Chan. Direction Level Level Actuai Sat/Unsat "B" RR pump suction 1 X 3.183 1.592 0.3198 Sat I Piping Between 14 2 Y 1.825 0.913 0.2993 Sat elbow / suction valve 3 Z 1.606 0.803 0.1213 Sat "A" RHR return line 18 X 1.560 0.780 0.2286 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.1771 Sat RR discharge line 20 Z 2.776 1.388 0.1142 Sat 31 X 1.325 0.663 Bad 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.2871 Sat riser riser 33 Z 1.713 0.857 0.3065 Sat "A" RR ring header 7 X 3.613 1.806 0.3670 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.2467 Sat pump riser / end cap 9 Z 1.198 0.599 0.3401 Sat SRSS (X,Z) 1.903 "A" RHR return line 10 X 1.463 0.732 0.2053 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2313 Sat F050A 12 Z 2.523 1.262 0.1928 Sat "A" RR pump 13 X 3.0782 6 discharge pressure 130 14 __ 0.1386 sensing line # BB- 5 017 226-CCA-1" 15 Z 0.1077 7 F050A bypass line 16 X 0.2598 7 BC-121-DBA-1" 97 7Z .35

_ _ _17 Z__ _ _ _ _ _ 0.3358 _ _ _ _ _

"A" RHR return 24 LS X 0.3460 +

8 F060A limit switch 706 25 LS Y _ 0.8013 stem protector cap 26 LS z 0.3512 Proximity Probe I I .

9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 3.405 1.703 0.2730 Sat 10 piping between 13 5 Y 1.981 0.991 0.1272 Sat elbow- suction valve 6 Z 1.768 0.884 0.1645 Sat

= Information Only, Not Acceptance Criteria * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node

o. . Description No. Chan. Direction Level Level 1 2 Actual SaUUnsat Reading .at______

34 X 2.234 1.117 0.3366 Sat 11 B RR N2C jet pump 323 35 Y 2.629 1.315 0.2783 Sat riser 36 Z 1.672 0.836 0.3562 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.3648 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.4664 Sat RR discharge line 30 z 3.016 1.508 0.3283 Sat "B" RR ring header 37 X 3.872 1.936 0.4233 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.3740 Sat pump riserand end 39 Z 1.128 0.564 1.0100 SRSS

SRSS (XZ) 2.016 1.095 Sat 40 X 3.065 1.533 0.2790 Sat 15 adjacent to F060B 614 41 Y 0.771 0.386 0.1169 Sat 42 Z 1.582 0.791 0.2606 Sat "B" RHR supply at 21 X 0.346 0.173 Bad 16 elbow upstream of 515N 22 Y 3.204 1.602 0.3146 Sat F077 23 Z 6.053 3.027 0.3549 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 x__ _ _ _ _ _ 0.0162 _ _ _ _ _

18 'B' sensing line #BB13 155/160 ___ ________

224-CCA-1" 47 X 0.3475 47 Z __ _ _ _ _ _ 0.3475 __ _ _ _ _

RHR shutdown 48 y 0.6489 19 cooling supply line 196 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

vent line #BC-1 96- 49 Z 1.3015 D BA-1" _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

Proximity Probe X _

20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

+ = Information Only, Not Acceptance Criteria / * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1ST REFERENCE)

Page 3 of 3 Action Level Th resh old No. General Node Chan Direction Level Level Actual Sat/Unsat N. Description No. Drcin 1 2 Reading F077 limit switch 53 LS X .

0.5774 21 stem protector end 54 LS Y

0.1873 cap 55 LS Z 0.5323 Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X

0.7350 23 Stem Protector end 51 Y _ 0.9130 cap 52 Z _ 0.7056 A RHR return line 62 OP X _ 0.2040 24 F050A valve _

operator 64 OP Z

0.0528 57 Ml 2.396 1.198 0.1446 58 M2 2.745 1.373 0.2476 _

25 B motor 59 M3 3.626 1.813 0.3041 60 M4 4.043 2.022 0.1275 _

61 M5 3.042 1.521 0.2293 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level I Threshold I No. DesGeneral Node Chan. Direction Level Level Actual Sat/Unsat N. Description No. ____1 2 Reading StUna "B" RR pump suction 1 X 1.272 0.636 0.3058 Sat I Piping Between 14 2 Y 0.874 0.437 0.2844 Sat elbow/suction valve 3 Z 0.515 0.258 0.1611 Sat "A"RHR return line 18 X 0.557 0.279 0.4123 Unsat L2 2 near branch conn to 602 19 Y 1.606 0.803 0.3420 Sat RR discharge line 20 Z 3.349 1.675 0.1555 Sat 31 X 0.679 0.340 Bad 3 rNser 323 32 Y 1.246 0.623 0.4071 Sat 33 Z 1.414 0.707 0.5703 Sat "A" RR ring header 7 X 1.094 0.547 0.6051 Unsat L2 4 between N2K jet 110 8 Y 1.757 0.879 0.3725 Sat pump riser / end cap 9 Z 0.732 0.366 0.4864 Unsat L2 "A" RHR return line 10 X 0.809 0.405 0.2766 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2347 Sat F050A 12 Z 0.651 0.326 0.2486 Sat MA" RR pump 13 X 4.6930

6 discharge pressure 130 14 Y

0.2233 sensing line# BB- 15 Z 0.1526

_____ 226-C C A-1" __ ___ _ _ _ __ _ _ _ _ _ _ _ _ _ _ _ _ _ _

F050A bypass line #16 X 0.3612 BC-121-DBA-1" 9 17 Z 0.2303

'A' RHR return 24 LS X

0.4460 _

8 F060A limit switch 706 25 LS Y

1.4241 +

stem protector cap 26 LS Z 0.3063 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.3671 Sat 10 piping between elbow 13 5 Y 0.906 0.453 0.1383 Sat

- suction valve 6 Z 0.575 0.288 0.1850 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. DesGeneral Node Chan. Direction Level Level Actual SaVUnsat

___ Description No. I____1 2 Reading 34 X 1.117 0.559 0.6310 Unsat L2 1 B R N2C jet pump 323 35 Y 1.567 0.784 0.3585 Sat 36 Z 0.906 0.453 0.5319 Unsat L2 12 Not Used N/A N/A N/A NIA N/A N/A "B" RHR return line 28 X 0.845 0.423 0.5563 Unsat L2 13 near branch conn to 603F 29 Y 2.469 1.235 0.7784 Sat RR discharge line 30 Z 1.377 0.688 0.5764 Sat "B" RR ring header 110 X 0.808 0.404 0.2415 Sat 14 between N2E jet 38 Y 1.631 0.816 0.5379 Sat pumpriser & end Cap 39 Z 0.455 0.227 0.5545 Unsat LI

. 40 X 0.981 0.491 0.4034 Sat 15 15 BRHR return line 64 40.8 021 0189Sat adjacent to F060B 614 41 Y 0.481 0.241 0.1489Sa 42 Z 0.852 0.426 0.2601 Sat "B" RHR supply at 21 X 0.392 0.196 Bad -

16 elbow upstream of 515N 22 Y 2.596 1.298 0.4716 Sat F077 23 Z 4.225 2.113 0.5057 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X

0.0072 18 B"sensing 18 224-CCA-1 line "#BB- 155/160C_

5/6 _ _ _ _ __ _ _ _ _ _

47 Z *_____A_47 0.0932 RHR shutdown 48 Y

0.3516 19 cooling supply line 196 vent line #BC-1 96- 49 z 0.7538

__ __ D BA -1" _ _ _ _ _ _ _ _ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X __=_0.4407 21 F077 limit switch 595 54 LS Y 0.2266 stem protector end LS Z 0.7191

. _ _r__ cap ______ __ A __ __ _________ ____

= In~ormation Only, Not Acceptance C.riteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual SatlUnsat No Description No. 1 2 Reading ___ _

Proximity Probe l

_ l _

22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B Limit Switch 50 X 1.0316 23 Stem Protector End 51 Y _ 1.6375 _

Cap 52 Z 1.0110 _

A RHR return line 62 OP X - = 0.0946 24 F050A valve _ _

operator 64 OP z 0.0715 _

57 Ml 0.678 0.339 0.1277 58 M2 0.740 0.370 0.1551 _

25 B motor 59 M3 1.067 0.534 0.2115 _

60 M4 1.084 0.542 0.1512 _

61 M5 0.854 0.427 0.2000 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

/, t0 ATTACHMENT I PLANT DATA ACQUISITION Date: 2/11/05 Time: 2123 HRS_

CRIDs Terminal (group 30)

Feedwater Flow: 14.53 x 106 lb/hr (B2030)

Steam Flow: 14.7 x 106 lb/hr(A212)

CTP_3330 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: 1001_ psig (B5019)

Generator Output _1150_MWe (A225) or (HC.OP-FT.BB-0001 - Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001(Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

10C651 Loop A Loop B Recirc Pump Speed: (1510) 90 % (1480) 88 %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 170 psid 170_ psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: _ 51 MLB/HR 48_MLB/HR (Fl-R611A-B21) (FI-R61IB-B21)

Core Plate Dp: _15.5 psid (PDR-R613-B21)

Core Flow: _99.3 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): P Kordziel_

Initial Design Engineering Review of Results: SAT PER J. Barkhamer Design Engineer Sign/Date NOTES:

Data taken at admin pump max speeds A-1 510, B-1 480 REV. 3 Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 1 of 3 Action Level Thrshnold No. General Node Chan. Direction Level I Level 2 Actual Sat/

Description No. Reading Unsat "B" RR pump suction 1 X 0.022 0.011 0.0016 Sat 1 Piping Between 14 2 Y 0.010 0.005 0.0016 Sat elbow/ suction valve 3 Z 0.013 0.007 0.0007 Sat "A" RHR return line 18 X 0.020 0.010 0.0016 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0010 Sat RR discharge line 20 Z 0.015 0.008 0.0006 Sat 31 X 0.010 0.005 Bad ___

A RR N2H jet Pump 323 32 Y 0.010 0.005 0.0015 Sat riser 33 Z 0.011 0.006 0.0013 Sat "A" RR ring header 7 X 0.044 0.022 0.0013 Sat 4 between N2K jet 110 8 Y 0.006 0.003 0.0019 Sat pump riser / end cap 9 Z 0.004 0.002 0.0020 Sat "A" RHR return line 10 X 0.012 0.006 0.0012 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0014 Sat F050A 12 Z 0.048 0.024 0.0015 Sat "A"RR pump 13 X 0.0142 6 discharge pressure 130 14 Y 0.0005 sensing line # BB-226-CCA-1" 15 Z 0.0008 16 X 0.0012 F050A bypass line # 97 BC-121-DBA-1" 17 Z 0.0025 WA"RHR return 24 LS X 0.0018 8 F060A limit switch 706 25 LS Y 0.0036 stem protector cap 26 LS Z 0.0024 Proximity Probe 9 F060A Gear box 704 27 50 25 Prox prb cover plate "A" RR pump suction 4 X 0.024 0.012 0.0017 Sat 10 piping between 13 5 Y 0.012 0.006 0.0009 Sat elbow - suction valve 6 Z 0.016 0.008 0.0009 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/

No. Description No. _____ 1 2 Reading Unsat 34 X 0.014 0.007 0.0016 Sat 11 BRR N2C jet pump 323 35 Y 0.013 0.007 0.0015 Sat 36 Z 0.014 0.007 0.0011 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0018 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0020 Sat RR discharge line 30 Z 0.026 0.013 0.0011 Sat "B" RR ring header 37 X 0.055 0.027 0.0019 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0014 Sat pump riser and end Unsat cap 39 Z 0.006 0.003 0.0034 L2 40 X 0.033 0.017 0.0011 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0010 Sat 42 Z 0.008 0.004 0.0016 Sat "B" RHR supply at 21 X 0.010 0.005 Bad 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0010 Sat F077 23Z 0.045 0.022 0.0015 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X 0.0004 18 ' sensing line #BB- 155/

224-CCA-1" 160 . .

47 Z _ 0.0059 RHR shutdown 48 0.0039 19 cooling supply line 196 vent line #BC-196-DBA-1" 49 Z _ 0.0080 Proximity Probe 20 F060B Limit Switch LS 63 50 25 Prox prb protective cap

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual SaV Description No. 1 2 Reading Unsat 53 LS X a___0.0030 21 F077 limit switch stem 54 LS Y 0.0010 protector end p 55 LS Z

0.0025 Proximity Probe 22 "B" RHR supply at 56 50 25 Prox prb F077 gear cover plate

- F060B limit Switch 50 X 0.0036 23 Stem Protector end 51 Y

0.0105 _

cap 52 Z _ 0.0046 _

62 OP X 0.0468 A RHR return line 24 F050A valve operator 64 OPZ

0.0014 57 Ml 0.023 0.012 0.0011 58 M2 0.027 0.014 0.0021

_

25 B motor 59 M3 0.034 0.017 0.0020 60 M4 0.043 0.022 0.0009 _

. . .61 . M5 0.028 0.014 0.0016 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat

___ Description No. ____1 2 Reading "B" RR pump suction I X 3.183 1.592 0.3178 Sat I Piping Between 14 2 Y 1.825 0.913 0.3316 Sat elbow/ suction valve 3 Z 1.606 0.803 0.1090 Sat "A" RHR return line 18 X 1.560 0.780 0.2877- SAT 2 near branch conn to 602 19 Y 2.826 1.413 0.1921 - SAT RR discharge line 20 Z 2.776 1.388 0.1108 SAT A RR N2H jet pump 323 32 X 2.167 0.663 0.3591 Sat 33 Z 1.713 0.857 0.4144 Sat "A" RR ring header 7 X 3.613 1.806 0.4731 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.2674 Sat pump riser/end cap 9 Z 1.198 0.599 0.3642 Sat SRSS (X,Z) 1.903 "A" RHR return line 10 X 1.463 0.732 0.2492. Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2586 Sat F050A 12 Z 2.523 1.262 0.2630 Sat WA"RR pump 13 X 3.2654 6 discharge pressure 14 Y 0.1616 _

sensing line # BB- 130 226-CCA-1" 15 Z 0.1967 F050A bypass line # 16 X 0.2079 BC-121-DBA-1" 97

__ _ _ __ _ _ _ _ _ 17 Z _ _ _ 0.3487 "A" RHR return 24 LS X _ 0.5186 8 F060A limit switch 706 25 LS Y

1.6783 +

stem protector cap 26 LS Z 0.4214 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A"RR pump suction 4 X 3.405 1.703 0.3469 Sat 10 piping between 13 5 Y 1.981 0.991 0.1383 Sat elbow - suction valve 6 Z 1.768 0.884 0.1976 Sat

= Information Only. Not Accentance - - Criteria

---- I * = SEE SECTION 5.4.2

- ---W- --- - - -- - Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (1 ST REFERENCE)

Page 2of3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat

___ Description No. _________ 1 2 Reading BRR NCjt34 X 2.234 1.117 0.6073 Sat 11 RR N2C jet pump 323 35 Y 2.629 1.315 0.3094 Sat 36 Z 1.672 0.836 0.3890 Sat 12 Not Used N/A N/A N/A N/A N/A N/A

'B" RHR return line 28 X 2.044 1.022 0.4298 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.5465 Sat RR discharge line 30Z 3.016 1.508 0.3679 Sat "B" RR ring header 37 X 3.872 1.936 0.2080 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.4266 Sat pump rserand end 39 Z 1.128 0.564 0.5020 Sat SRSS (X,Z) 2.016 40 X 3.065 1.533 0.3313 Sat 15 B RHR return line 614 41Y 0.771 0.386 0.1139 Sat adjacent to F060BI 42 Z 1.582 0.791 0.2715 Sat "B" RHR supply at 21 X 0.346 0.173 Bad 16 elbow upstream of 515N 22 Y 3.204 1.602 0.3323 Sat F077 23 Z 6.053 3.027 0.3698 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X

0.0218 18 224-CCA-1' 155/160 47 Z

0.3707 RHR shutdown 48 Y

0.5918 19 cooling supply line 196 vent line #BC-1 96- 49 1.3759 DBA-1" Z * . 75__

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap 4 = Information Only, Not Acceptance Criteria I * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCH/SEC) (1 ST REFERENCE)

Page 3 of 3 Action Level Threshold No. l General Node Chan Direction Level Level Actual SatUnsat N. Description No. Drcon 1 2 Reading F077 limit switch 53 LS X _ 0.5815 _

21 stem protector end 54 LS Y

0.2035 cap 55 LS Z

0.5355 _

Proximity Probe 22 F077 gear cover 56 NIA N/A N/A N/A N/A plate F060B limit Switch 50 X _ 0.9292 23 Stem Protector end 51 Y 1.2507 cap 52 Z _ 0.8569 A RHR return line 62 OPX 3.1368 24 F050A valve _

operator 64 OPZ _*__ 0.1015 57 Ml 2.396 1.198 0.1270 58 M2 2.745 1.373 0.2208 25 B motor 59 M3 3.626 1.813 0.2828 60 M4 4.043 2.022 0.1096 _

61 M5 3.042 1.521 0.2342 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/Unsat Description No. 1 2 Reading "B" RR pump suction 1 X 1.272 0.636 0.2993 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.3040 Sat elbow / suction valve 3 Z 0.515 0.258 0.1602 Sat "A" RHR return line 18 X 0.557 0.279 0.5151 Unsat L2 2 near branch conn to 602 19 Y 1.606 0.803 0.3644 Sat RR discharge line 20 Z 3.349 1.675 0.1536 Sat 31 X 0.679 0.340 Bad 3 A RR N2H jet pump 323 32 Y 1.246 0.623 0.5205 Sat riser 33 Z 1.414 0.707 0.7404 Unsat L2 "A" RR ring header 7 X 1.094 0.547 0.7800 Unsat L2 4 between N2K jet 110 8 Y 1.757 0.879 0.4141 Sat pump riser / end cap 9 Z 0.732 0.366 0.5692 Unsat L2 "A"RHR return line 10 X 0.809 0.405 0.3428 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2522 Sat F050A 12 z 0.651 0.326 0.3722 Unsat L2 SAX RR pump 13 X 6.0298 6 discharge pressure 130 14 y 0.2896 sensing line # BB- 15 0.2960 226-CCA-1 " _

F050A bypass line # 6 X 0.2628 BC-121-DBA-1" 17 17 Z* 0.2530 NA" RHR return 24 LS X

0.7583 _

8 F060A limit switch 706 25 LS Y 3.2280 stem protector cap 26 LS Z 0.4701 Proximity Probe 9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate "A" RR pump suction 4 X 1.301 0.650 0.4808 Sat 10 piping between elbo 13 5 Y 0.906 0.453 0.1808 Sat

- suction valve 6 Z 0.575 0.288 0.2479 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Description No. 7 Node Chan.

Drcin t Level Level Actual SatlUnsat 1 2 Reading BR eP 3 34 X 1.117 0.559 1.1337 UnsatLI 11 R N2C jet pump 323 35 Y 1.567 0.784 0.4687 Sat 36 Z 0.906 0.453 0.6250 Unsat L2 12 Not Used NA - N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.7236 Unsat L2 13 near branch conn to 603F 29 Y 2.469 1.235 0.9781 Sat RR discharge line 30 Z 1.377 0.688 0.6027 Sat "B" RR ring header 110 37 X 0.808 0.404 0.3165 Sat 14 between N2E jet 38 Y 1.631 0.816 0.6561 Sat pumpriser & end cap 39 Z 0.455 0.227 0.7069 Unsat LI 40 X 0.981 0.491 0.4709 Sat 15 adjacent toF060B 614 41 Y 0.481 0.241 0.1311 Sat 42 Z 0.852 0.426 0.3011 Sat "B" RHR supply at 21 X 0.392 0.196 Bad 16 elbow upstream of 515N 22 Y 2.596 1.298 0.5243 Sat F077 23 Z 4.225 2.113 0.5390 Sat 17 Not Used N/A N/A N/A NIA N/A N/A 46 X 0.0113

'B' sensing line #BB-18 224-CCA-1" 155/160 47 Z _ 0.1057 RHR shutdown 48 Y _ 0.3750 19 cooling supply line 196 vent line #BC-1 96- 49 z 0.7977

____ ~DBA-1"__ _ _ _ ___ __ _ _ _

Proximity Probe . . . -

20 F060B Limit Switch LS 63 N/A N/A NIA N/A N/A protective cap "B" RHR supply at 53 LS X 0.4790 21 F077 limit switch 595 54 LS Y 0.2586 stem protector end 55 LS Z 0.7967

_ _ __ _ _ c ap _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 3 of 3 Action Level Threshold No. De~General Node Chan Direction Level Level Actual SaVUnsat

___ Description No. ____1 2 Reading_____

Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B Limit Switch 50 X 1.3418 23 Stem Protector End 51 Y l___1.8192 _

Cap 52 z 1.2483 A RHR return line 62 OP X

2.0167 24 F050A valve operator 64 OP Z _ 0.1004 57 Ml 0.678 0.339 0.1286 58 M2 0.740 .0.370 0.1643 _

25 B motor 59 M3 1.067 0.534 0.2268 _

60 M4 1.084 0.542 0.1499 61 M5 0.854 0.427 0.2039 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

/ 0 6'Z" ATTACHMENT I PLANT DATA ACQUISITION Date: 2/12/05 Time: 0235 CRIDs Terminal (group 30)

Feedwater Flow: 14.6 x 106 lb/hr (B2030)

Steam Flow: 14.7 x 106 lb/hr (A212)

CTP_3323 MWt (HC.OP-FT.BB-0001 -Attach 1)

Reactor Pressure: _1001 psig (B5019)

Generator Output _1154_MWe (A225) or (HC.OP-FT.BB-0001 -Attach 1)

NOTE Data can be obtained from HC.OP-FT.BB-0001 (Q), Jet Pump Data Collection, taken at data collection time. Coordinate with the Control Room and Reactor Engineer.

1OC651 LOoD A Loop B Recirc Pump Speed: (1498) 89 % (1480) 88 %

(SIC-R621A) (SIC-R621 B)

Recirc Pump Dp: 170 psid _ -170_ psid (SIC-R612A) (SIC-R612B)

Recirculation Loop Flow: 50_ MLB/HR 48_MLB/HR (FI-R611A-B21) (FI-R6f1 B-B21)

Core Plate Dp: _15.4 psid (PDR-R613-B21)

Core Flow: _99 x 106 lb/hr (FR-R613-B21)

Data is obtained from VDAS (system/field engineering): P. Kordziel_

Initial Design Engineering Review of Results: SAT Results reviewed/concurred with as sat. John Barkhamer (per telecon)

Design Engineer Sign/Date NOTES:

REV. 3 Page 7 of 20

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE I DISPLACEMENT CRITERIA (0-P) (INCH)

Page I of 3 Action Level Threshold General Node. . Actual Sat/

No. Description No. Chan. Direction Level 1 Level 2 Reading Unsat "B" RR pump suction 1 X 0.022 0.011 0.0016 Sat I Piping Between 14 2 Y 0.010 0.005 0.0015 Sat elbow / suction valve 3 Z 0.013 0.007 0.0009 Sat "A" RHR return line 18 X 0.020 0.010 0.0013 Sat 2 near branch conn to 602 19 Y 0.014 0.007 0.0009 Sat RR discharge line 20 Z 0.015 0.008 1 0.0008 Sat AR 2jepup31 X 0.010 0.005 Bad ___

3 riser 323 32 Y 0.010 0.005 0.0012 Sat 33 Z 0.011 0.006 0.0009 Sat "A" RR ring header 8 X 0.006 0.022 0.0017 Sat pump riser I end cap 9 Z 0.004 0.002 0.0021 Unsat

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ L2 "A" RHR return line 10 X 0.012 0.006 0.0013 Sat 5 between F060A and 621 11 Y 0.021 0.011 0.0016 Sat F050A 12 Z 0.048 0.024 0.0015 Sat

'"A RR pump 13 X 0.0270 6 discharge pressure 130 14 Y _ 0.0006 sensing line # BB-226-CCA-1" 15 Z 0.0008 16 X __ __ 0.0011 __ _

F050A bypass line # 97 BC-121-DBA-1 97

__ _ _ __ _ _17 Z_ _ _ _ 0.0024

'AX RHR return 24 LS X ______ _ 0.0018 8 F060A limit switch 706 25 LS Y _ 0.0030 stem protector cap 26 LS Z _ 0.0025 Proximity Probe 9 F060A Gear box 704 27 50 25 Prox prb .

cover plate "A" RR pump suction 4 X 0.024 0.012 0.0017 Sat 10 piping between 13 5 Y 0.012 0.006 0.0008 Sat elbow-suction valve 6 Z 0.016 0.008 0.0009 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual Sat/

No. Description No. _____ ________ 1 2 Reading Unsat 34 X 0.014 0.007 0.0010 Sat 11 B RR N2C jet pump 323 35 Y 0.013 0.007 0.0016 Sat riser 36 Z 0.014 0.007 0.0010 Sat 12 Not Used N/A N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.023 0.012 0.0015 Sat 13 near branch conn to 603F 29 Y 0/017 0.009 0.0017 Sat RR discharge line 30Z 0.026 0.013 0.0010 Sat "B" RR ring header 37 X 0.055 0.027 0.0023 Sat 14 between N2E jet 110 38 Y 0.006 0.003 0.0013 Sat pump riser and end Unsat cap 39 Z 0.006 0.003 0.0047 12 40 X 0.033 0.017 0.0012 Sat 15 B RHR return line 614 41 Y 0.006 0.003 0.0014 Sat

____ 42 Z 0.008 0.004 0.0018 Sat l1"B" RHR supply at 21 X 0.010 0.005 Bad 16 elbow upstream of 515N 22 Y 0.030 0.015 0.0015 Sat F077 23 Z 0.045 0.022 0.0017 Sat 17 Not Used N/A N/A N/A N/A N/A N/A N/A 46 X + 0.0005 18 "B1sensing line #BB- 155/

224-CCA-1" 160

. 47 Z _ 0.0453 +

RHR shutdown 48 Y 0.0038 19 cooling supply line 196 vent line #BC-196-DBA-1" 49 Z + 0.0076 +

Proximity Probe = = =

20 F060B Limit Switch LS 63 50 25 Prox prb +

protective cap

+ = Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 1 DISPLACEMENT CRITERIA (0-P) (INCH)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual Sat/

___ Description No. 1 2 Reading Unsat 53 LS X ___ 0.0028 ___

21 F077 limit switch protector stem end cap 54 55 LS LS X Y 0.0012 0.002 55 LS Z *0.0026 Proximity Probe _ _ _ _

22 "B" RHR supply at 56 50 25 Prox prb _

F077 gear cover plate F060B limit Switch 50 X - = 0.0036 23 Stem Protector end 51 Y

0.0045 _

cap 52 Z 0.0036 62 OP X 0.0191 24 A RHR return line F050A valve operator . -

64 OPZ _ 0.0005 57 Ml 0.023 0.012 0.0012 58 M2 0.027 0.014 0.0022 25 B motor 59 M3 0.034 0.017 0.0021 _

60 M4 0.043 0.022 0.0009 _

61 M5 0.028 0.014 0.0013 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 1 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat Description No. 1 2 Reading "B" RR pump suction 1 X 3.183 1.592 0.3243 Sat 1 Piping Between 14 2 Y 1.825 0.913 0.3108 Sat elbow I suction valve 3 Z 1.606 0.803 0.1418 Sat "A" RHR return line 18 X 1.560 0.780 0.2438 Sat 2 near branch conn to 602 19 Y 2.826 1.413 0.1613 Sat RR discharge line 20 Z 2.776 1.388 0.1159 Sat 31 X 1.325 0.663 Bad 3 A RR N2H jet pump 323 32 Y 2.167 1.084 0.2894 Sat riser_ 33 Z 1.713 0.857 0.3959 Sat "A" RR ring header 7 X 3.613 1.806 0.3438 Sat 4 between N2K jet 110 8 Y 1.416 0.708 0.2573 Sat pump riser/end cap 9 Z 1.198 0.599 0.3543 Sat

SRSS (X,Z) 1.903 "A" RHR return line 10 X 1.463 0.732 0.2343 Sat 5 between F060A and 621 11 Y 1.873 0.937 0.2596 Sat F050A 12 Z 2.523 1.262 0.2224 Sat A RR pump 13 X 3.3970 6 discharge pressure 130 14 y 0.1486 sensing line # BB- 130 __0__1366 226-CCA-1" 15 Z 0.1366 7 F050A bypass line 16 X 0.2532 7 BC-121-DBA-1 " 97 17Z030

___ _ _ _ _17 Z _ _ _ 0.3770 NA" RHR return 24 LS X + 0.4033 8 F060A limit switch 706 25 LS Y _ 1.1950 stem protector cap 26 LS Z 0.3844 Proximity Probe _ _ _

9 F060A Gear box 704 27 N/A N/A N/A N/A N/A cover plate lA" RR pump suction 4 X 3.405 1.703 0.2982 Sat 10 piping between 13 5 Y 1.981 0.991 0.1348 Sat elbow- suction valve 6 Z 1.768 0.884 0.1752 Sat

= Information Only. Not Acceotance Criteria I * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1 ST REFERENCE)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat

___ Description No. _ __1 2 Reading BR34__ X 2.234 1.117 0.4441 Sat 11 R N2C jet Pump 323 35 Y 2.629 1.315 0.3081 Sat riser 36 Z 1.672 0.836 0.3767 Sat 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 2.044 1.022 0.3480 Sat 13 near branch conn to 603F 29 Y 3.970 1.985 0.5283 Sat RR discharge line 30 Z 3.016 1.508 0.3150 Sat "B" RR ring header 37 X 3.872 1.936 0.1958 Sat 14 between N2E jet 110 38 Y 1.574 0.787 0.4046 Sat pump riser and end 39 1.128 0.564 0.4748 Sat

_____ cap__ _ __ _ _

SRSS (X,Z) 2.016 40 X 3.065 1.533 0.3405 Sat 15 adjacent to F060B 614 41 Y 0.771 0.386 0.1248 Sat 42 Z 1.582 0.791 0.2898 Sat "B" RHR supply at 21 X 0.346 0.173 Bad 16 elbow upstream of 515N 22 Y 3.204 1.602 0.3273 Sat F077 23 Z 6.053 3.027 0.3818 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X _ _ _ 0.0253 _ _ _ _ _

18 ;'B sensing line #BB 155/160 224_______ 47 Z

2.5619 _ _ _

RHR shutdown 48 Y 0.5632 19 cooling supply line 196 19 vent line #BC-1 96- 491911 DBA-1" _49 _1.3112 Proximity Probe l l 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap

= Information Only, Not Acceptance Criteria / * = SEE SECTION 5.4.2 Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 2 VELOCITY CRITERIA (0-P) (INCHISEC) (1ST REFERENCE)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual SatVUnsat Description No. 1 2 Reading F077 limit switch 53 LS X

0.5174 _

21 stem protector end 54 LS Y _ 0.2251 _

cap 55 LS Z

0.5218 _

Proximity Probe 22 F077 gear cover 56 N/A N/A N/A N/A N/A plate F060B limit Switch 50 X 0.8923 23 Stem Protector end 51 Y 0.9789 _

cap 52 Z _ 0.8927 +

A RHR return line 62 OP X 1.0882 24 F050A valve _

operator 64 OP z

0.0700 57 Ml 2.396 1.198 0.1446 _

58 M2 2.745 1.373 0.2248 _

25 B motor 59 M3 3.626 1.813 0.2782 60 M4 4.043 2.022 0.0958 _

_ 61 M5 3.042 1.521 0.2201 _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page I of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatlUnsat

___ Description No. ____1 2 Reading ____

"B" RR pump suction 1 X 1.272 0.636 0.3017 Sat 1 Piping Between 14 2 Y 0.874 0.437 0.2961 Sat elbow/ suction valve 3 Z 0.515 0.258 0.1626 Sat I7 "A" RHR return line 18 X 0.557 0.279 0.4454 Unsat L2 2 near branch conn to 602 19 Y 1.606 0.803 0.3217 Sat RR discharge line 20 Z 3.349 1.675 0.1556 Sat AR 2jepu31 X 0.679 0.340 Bad Sat 3 A RR N2H jet pump 323 32 Y 1.246 0.623 o.4264 ______

riser 33 Z 1.414 0.707 0.6977 Sat "A" RR ring header 7 X 1.094 0.547 0.5576 Unsat L2 4 between N2K jet 110 8 Y 1.757 0.879 0.4169 Sat pump riser / end cap 9 Z 0.732 0.366 0.5639 Unsat L2 "A" RHR return line 10 X 0.809 0.405 0.3234 Sat 5 between F060A and 621 11 Y 0.522 0.261 0.2292 Sat F050A 12 Z 0.651 0.326 0.3193 Sat "A" RR pump 13 X 5.7874 5

6 discharge pressure 130 14 Y 0.2503 sensing line # BB- 15 z 0.2141 226-CCA-1 _ _

F050A bypass line# 16 X 0.2927 BC-121-DBA-1 9 17 Z

0.2564 _

"KA RHR return 24 LS X 0.6259 8 F060A limit switch 706 25 LS Y 2.2546 _

stem protector cap 26 LS Z

0.3658 Proximity Probe 9 F060A Gear box 704 27 NIA NIA NIA NIA NIA cover plate "A" RR pump suction 4 X 1.301 0.650 0.4407 Sat 10 piping between elbo 13 5 Y 0.906 0.453 0.1512 Sat

- suction valve 6 Z 0.575 0.288 0.1749 Sat

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 2 of 3 Action Level Threshold No. General Node Chan. Direction Level Level Actual SatUnsat Description No. Directio 1 2 Ra ___g_____

34 X 1.117 0.559 0.8356 Unsat L2 11 B RR N2C jet pump 323 35 Y 1.567 0.784 0.4415 Sat riser 36 Z 0.906 0.453 0.6103 Unsat L2 12 Not Used N/A N/A N/A N/A N/A N/A "B" RHR return line 28 X 0.845 0.423 0.6290 Unsat L2 13 near branch conn to 603F 29 Y 2.469 1.235 0.8796 Sat RR discharge line 30 Z 1.377 0.688 0.5864 Sat "B" RR ring header 110 37 X 0.808 0.404 0.2621 Sat 14 between N2E jet 38 Y 1.631 0.816 0.5645 Sat pumpriser & end cap 39z 0.455 0.227 0.5858 Unsat LI 40 X 0.981 0.491 0.5048 Unsat L2 15 B RHR return line 614 41 Y 0.481 0.241 0.1334 Sat adjacentto F060 42 Z 0.852 0.426 0.3164 Sat "B" RHR supply at 21 X 0.392 0.196 Bad 16 elbow upstream of 515N 22 Y 2.596 1.298 0.5189 Sat F077 23 Z 4.225 2.113 0.5612 Sat 17 Not Used N/A N/A N/A N/A N/A N/A 46 X

0.0128 _

18 B sensing line #BB 155/160 224-CCA-1l 1 51 0 __ _ _ _ _ _ _ _ _ _ _

47 Z

2.0679 RHR shutdown 48 Y 0.3795 19 cooling supply line 196 vent line #BC-1 96- 49 0.7151

__ _DBA-1" __ _ _ _ _ _ _

Proximity Probe 20 F060B Limit Switch LS 63 N/A N/A N/A N/A N/A protective cap "B" RHR supply at 53 LS X

0.4857 _

21 F077 limit switch 595 54 LS Y ; 0.2405 stem protector end 55 LS Z 0.7863 cap _ _

= Information Only, Not Acceptance Criteria Rev. 3

HC.ER-AP.BB-0002(Z)

ATTACHMENT 2 TABLE 3 ACCELERATION CRITERIA (G) (2ND REFERENCE ONLY)

Page 3 of 3 Action Level Threshold No. General Node Chan Direction Level Level Actual SatlUnsat Description No. 1 2 Reading Proximity Probe l _

22 F077 gear cover 56 N/A N/A N/A N/A N/A plate__ _ _ __ _ _

F060B Limit Switch 50 X 1.3345 23 Stem Protector End 51 Y + 1.8543 Cap 52 z 1.3243 A RHR return line 62 OP X 0.9027 24 F050A valve _

operator 64 OP z 0.0926 57 Ml 0.678 0.339 0.1267 58 M2 0.740 0.370 0.1543 25 B motor 59 M3 1.067 0.534 0.2339 _

60 M4 1.084 0.542 0.1305 61 M5 0.854 0.427 0.1941 _

= Information Only, Not Acceptance Criteria Rev. 3 34: MPR Associates Calculations

ML050980173

Text

References:

SUMMARY

8.0 CONCLUSION

Description:

References:

References:

References:

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