ML12335A411
| ML12335A411 | |
| Person / Time | |
|---|---|
| Site: | Indian Point  |
| Issue date: | 08/02/2011 |
| From: | CSI Technologies |
| To: | Indian Point, Atomic Safety and Licensing Board Panel |
| SECY RAS | |
| References | |
| RAS 21600, 50-247-LR, 50-286-LR, ASLBP 07-858-03-LR-BD01 | |
| Download: ML12335A411 (20) | |
Text
United States Nuclear Regulatory Commission Official Hearing Exhibit In the Matter of:
Entergy Nuclear Operations, Inc.
(Indian Point Nuclear Generating Units 2 and 3)
ASLBP #: 07-858-03-LR-BD01 Docket #: 05000247 l 05000286 Exhibit #:
Identified:
Admitted:
Withdrawn:
Rejected:
Stricken:
Other:
RIV000021-00-BD01 10/15/2012 10/15/2012 RIV000021 Submitted: December 22, 2011 CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model Appendix K Components with Negative Time to Tcrit Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-l of 20 IPEC00238096
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
CO-06.2A-07V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted CO-06.2A wear value, leading to a low or negative HOR to remaining service life. The downstream BFP 31 component of this valve has been inspected.
Orifices are generally inspected through the Corrective Action Program and not by the FAC Program. To gather information about co:
orifice wear, the upstream and/or the HORTO CO-06.2A-240 downstream piping is inspected. Since no BFP wear data is applied directly to the orifice, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this orifice has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative CO-06.2B Maintenence or Corrective Action Programs.
HOR to CO-06.2B-OSV To gather information about valve wear, the BFP 32 downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-2 of 20 IPEC00238097
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation Orifices are generally inspected through the Corrective Action Program and not by the FAC Program. To gather information about co:
CO-06.2B orifice wear, the upstream and/or the HORTO HOR to CO-06.2B-080 downstream piping is inspected. Since no BFP BFP 32 wear data is applied directly to the orifice, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this orifice has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative co:
CO-02.8B Maintenence or Corrective Action Programs.
HORTO HOR to CO-02.8B-04V To gather information about valve wear, the HTR 33 FWH 33B downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative co:
Maintenence or Corrective Action Programs.
HTR 32 CO-02.4 To gather information about valve wear, the TO 33 FWH 32 CO-02.4-02V downstream component is inspected. Since HOR OUT HOR no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream elbow has been inspected. The pipe modeled between the valve and elbow is a flange.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-3 of 20 I PEC00238098
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative CO-02.1A Maintenence or Corrective Action Programs.
FWH 32A CO-02.1A-OSV To gather information about valve wear, the to HOR downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative co:
CO-02.1B Maintenence or Corrective Action Programs.
HTR 32 FWH 32B CO-02.1B-07V To gather information about valve wear, the TO HOR to HOR downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream elbow has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative CO-02.1C Maintenence or Corrective Action Programs.
FWH 32C CO-02.1C-08V To gather information about valve wear, the to HOR downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream elbow has been inspected.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-4 of 20 I PEC00238099
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative CO-OS.IA Maintenence or Corrective Action Programs.
FWH 3SA CO-OS.IA-OSV To gather information about valve wear, the to HOR downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
CO-OS.IB-OlN This component has been inspected and is due for reinspection in 3R17.
co:
UT inspections on valves are best-effort HTR 3S exams due to the contour and/or unparallel TO HOR surfaces. Consequently, valves are not inspected through the FAC Program, but they CO-OS.IB are inspected through the Preventative FWH 3SB Maintenence or Corrective Action Programs.
to HOR CO-OS.IB-OSV To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
Valves are best-effort exams. To gather information about valve wear, the CO-OS.IC downstream component is inspected. The FWH 3SC CO-OS.IC-OSV closest FAC inspection to this valve is three to HOR components downstream; however, inspections on this valve are covered by the Correction Action Program.
Valves are best-effort exams. To gather ES:
information about valve wear, the HORTO EX-02.16 downstream component is inspected. The 3S HOR 3S to EX-02.16-0SV components downstream of this valve have HTRS FWH 3SA been replaced with CrMo. Inspections on this valve are controlled by the Corrective Actions Program.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-5 of 20 IPEC00238100
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation EX-02.16 This component is modeled only for HOR 35 to EX-02.16-09N continuity in the model and does not exist in FWH 35A the plant. The upstream elbow has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
EX-02.17-02V To gather information about valve wear, the EX-02.17 downstream component is inspected. Since HOR 35 to no wear data is applied directly to the valve, FWH 35B CHECWORKS uses an often overpredicted wear value, leading to a low or negative ES:
remaining service life. The downstream HORTO elbow has been inspected.
35 This component was inspected in 1999. At HTRS that time, the calculated remaining service EX-02.17-05E life for the component was 16.7 years. The next scheduled inspection for this component is in 3R18.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative EX-02.18 Maintenence or Corrective Action Programs.
HOR 35 to EX-02.18-02V To gather information about valve wear, the FWH 35C downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream elbow has been inspected.
Valves are best-effort exams. To gather ES:
EX-01.5A information about valve wear, the HORTO HP EX downstream component is inspected. All 36 HOR to EX-01.5A-ll V other components in this line have been HTRS FWH 36A replaced with Stainless Steel. Inspections on this valve are controlled by the Corrective Actions Program.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-6 of 20 IPEC00238101
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation Valves are best-effort exams. To gather EX-01.5B information about valve wear, the HP EX downstream component is inspected. All HDR to EX-01.5B-09V other components in this line have been FWH 36B replaced with Stainless Steel. Inspections on ES:
this valve are controlled by the Corrective HDRTO Actions Program.
36 Valves are best-effort exams. To gather HTRS information about valve wear, the EX-01.5C downstream component is inspected. All HP EX HDR to EX-01.5C-09V other components in this line have been FWH 36C replaced with Stainless Steel. Inspections on this valve are controlled by the Corrective Actions Program.
EX-01.2 HP EXT to EX-01.2-OlN This component has not been inspected, and FWH 36 all other components in this line are Stainless HDR Steel.
Valves are best-effort exams. To gather information about valve wear, the downstream component is inspected. All EX-01.3-06V other components in this line have been replaced with Stainless Steel. Inspections on this valve are controlled by the Corrective ES: HTR Actions Program.
36 Valves are best-effort exams. To gather HEADE EX-01.3 information about valve wear, the R
HP EXT downstream component is inspected. All FWH 36 EX-01.3-07V other components in this line have been HEADER replaced with Stainless Steel. Inspections on this valve are controlled by the Corrective Actions Program.
Valves are best-effort exams. To gather information about valve wear, the downstream component is inspected. All EX-01.3-08V other components in this line have been replaced with Stainless Steel. Inspections on this valve are controlled by the Corrective Actions Program.
ES:
EX-02.14 This component has not been inspected, but PRESEP FWH 35 EX-02.14-03P the upstream and downstream components TO 35 HEADER have been inspected and have long HDR remaining service lives.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-7 of 20 IPEC00238102
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation This component was inspected in 2005. At that time, the calculated remaining service EX-02.14-04T life for the component was 45.4 years. The next scheduled inspection for this component is in 3R43.
This component has not been inspected, but EX-02.14-05P the upstream and downstream components have been inspected and have long remaining service lives.
EX-02.14-09P No This component has not been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
ES:
EX-02.14-lOV To gather information about valve wear, the PRESEP EX-02.14 downstream component is inspected. Since TO 35 FWH 35 no wear data is applied directly to the valve, HDR HEADER CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of the downstream valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
EX-02.14-11V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-8 of 20 IPEC00238103
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
EX-02.14-13V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream ES:
EX-02.14 component of this valve has been inspected.
PRESEP FWH 35 This component was inspected in 1997. At TO 35 HEADER that time, the calculated remaining service HDR EX-02.14-16E life for the component was 20.9 years. The next scheduled inspection for this component is in 3R19.
This component was inspected in 2003. At that time, the calculated remaining service EX-02.14-19P life for the component was 78.6 years. The next scheduled inspection for this component is in 3R23.
This component was inspected in 2003. At that time, the calculated remaining service EX-02.14-32T life for the component was 39.3 years. The next scheduled inspection for this component is in 3R38.
This component cannot be inspected with a FW-02.1A-OlN UT transducer due to a lack of parallel surfaces.
FW: 36 FW-02.1A Valves are best-effort exams. To gather HTRTO FWH 36A information about valve wear, the SG HDR to SG HDR downstream component is inspected. The FW-02.1A-05V closest FAC inspection to this valve is four components downstream; however, inspections on this valve are covered by the Correction Action Program.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-9 of 20 IPEC00238104
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative FW-02.1B Maintenence or Corrective Action Programs.
FWH 36B FW-02.1B-OSV To gather information about valve wear, the to SG HDR downstream component is inspected. Since FW: 36 no wear data is applied directly to the valve, HTRTO CHECWORKS uses an often overpredicted SG HDR wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
Valves are best-effort exams. To gather information about valve wear, the FW-02.1C downstream component is inspected. The FWH 36C FW-02.1C-OSV closest FAC inspection to this valve is five to SG HDR components downstream; however, inspections on this valve are covered by the Correction Action Program.
Valves are best-effort exams. To gather information about valve wear, the downstream component is inspected. The FW-01.2A-OSV closest FAC inspection to this valve is five components downstream; however, FW-01.2A inspections on this valve are covered by the BFP31 Correction Action Program.
RCIRC Tto Valves are best-effort exams. To gather HDR information about valve wear, the FW:
downstream component is inspected. The BFPTO FW-01.2A-06V closest FAC inspection to this valve is four 36 HTR components downstream; however, inspections on this valve are covered by the Correction Action Program.
Valves are best-effort exams. To gather FW-01.2B information about valve wear, the BFP32 downstream component is inspected. The RCIRC Tto FW-01.2B-07V closest FAC inspection to this valve is twenty HDR components downstream; however, inspections on this valve are covered by the Correction Action Program.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-I0 of 20 IPEC00238105
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation Valves are best-effort exams. To gather information about valve wear, the downstream component is inspected. The FW-01.2B-08V closest FAC inspection to this valve is nineteen components downstream; however, inspections on this valve are covered by the Correction Action Program.
Valves are best-effort exams. To gather FW-01.6A information about valve wear, the BFP HDR downstream component is inspected. The to FWH FW -01. 6A-07V closest FAC inspection to this valve is five 36A components downstream; however, inspections on this valve are covered by the Correction Action Program.
UT inspections on valves are best-effort FW:
exams due to the contour and/or unparallel BFPTO surfaces. Consequently, valves are not 36 HTR inspected through the FAC Program, but they FW-01.6B are inspected through the Preventative BFP HDR Maintenence or Corrective Action Programs.
to FWH FW-01.6B-05V To gather information about valve wear, the 36B downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
Valves are best-effort exams. To gather FW-01.6C information about valve wear, the BFP HDR downstream component is inspected. The to FWH FW-01.6C-05V closest FAC inspection to this valve is three 36C components downstream; however, inspections on this valve are covered by the Correction Action Program.
FW-02.4-03P This component has not been inspected.
FW-02.4-12Pl This component has not been inspected.
FW-02.4-FW: SG FW-02.4 12P2 This component has not been inspected.
HEADE SG INLET FW-02.4-13E This component has not been inspected.
RS HEADER This component was inspected in 2003. At that time, the calculated remaining service FW-02.4-14P life for the component was 187.1 years. The next scheduled inspection for this component is in 3R18.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-ll of 20 IPEC00238106
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation This component has not been inspected, but FW-02.5-02P the upstream and downstream components have been inspected and have long FW-02.5 remaining service lives.
SG INLET This component was inspected in 2007. At HEADER that time, the calculated remaining service FW-02.5-03T life for the component was 76.2 years. The next scheduled inspection for this component is in 3R52.
Valves are best-effort exams. To gather information about valve wear, the downstream component is inspected. The FW-02.8A-04V downstream component has been replaced, and wear readings on this component would not be an accurate representation of wear on this valve. Inspections on this valve are FW: SG covered by the Corrective Actions Program.
HEADE The downstream component was inspected RS in 2009. At that time, the calculated FW-02.8A-12F remaining service life for the component was FW-02.8A 55.5 years. The next scheduled inspection SG HDR to for this component is in 3R42.
SG 31 Valves are best-effort exams. To gather information about valve wear, the downstream component is inspected. The FW-02.8A-18V closest FAC inspection to this valve is fifteen components downstream; however, inspections on this valve are covered by the Correction Action Program.
Valves are best-effort exams. To gather information about valve wear, the downstream component is inspected. The FW-02.8A-19V closest FAC inspection to this valve is fourteen components downstream; however, inspections on this valve are covered by the Correction Action Program.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-12 of 20 IPEC00238107
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
FW-02.8B-05V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative FW-02.8B Maintenence or Corrective Action Programs.
SG HDR to FW-02.8B-19V To gather information about valve wear, the SG 32 downstream component is inspected. Since FW: SG no wear data is applied directly to the valve, HEADE CHECWORKS uses an often overpredicted RS wear value, leading to a low or negative remaining service life. The tee downstream of this valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
FW-02.8B-20V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The tee downstream of this valve has been inspected.
The downstream component was inspected FW-02.8C in 2009. At that time, the calculated SG HDR to FW-02.8C-13F remaining service life for the component was SG 34 56.5 years. The next scheduled inspection for this component is in 3R43.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-13 of 20 IPEC00238108
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
FW-02.8C-18V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream FW-02.8C component of the downstream valve has SG HDR to been inspected.
SG 34 UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they FW: SG are inspected through the Preventative HEADE Maintenence or Corrective Action Programs.
RS FW-02.8C-19V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative FW-02.8D Maintenence or Corrective Action Programs.
SG HDR to FW-02.8D-OSV To gather information about valve wear, the SG 33 downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-14 of 20 IPEC00238109
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation The downstream component was inspected in 2009. At that time, the calculated FW-02.8D-13F remaining service life for the component was 109.1 years. The next scheduled inspection for this component is in 3R69.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
FW-02.8D-17V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, FW: SG FW-02.8D CHECWORKS uses an often overpredicted HEADE SG HDR to wear value, leading to a low or negative RS SG 33 remaining service life. The downstream component of the downstream valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative Maintenence or Corrective Action Programs.
FW-02.8D-18V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
Orifices are generally inspected through the Corrective Action Program and not by the FAC Program. To gather information about HD:HD HD-11.1B orifice wear, the upstream and/or the PMP HD PMP HD-12.2B-060 downstream piping is inspected. Since no TO BFP 32 to HDR wear data is applied directly to the orifice, HDR CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this orifice has been inspected.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-15 of 20 IPEC00238110
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they HD-04.1A are inspected through the Preventative FWH 34A Maintenence or Corrective Action Programs.
to FWH HD-4.2A-02V To gather information about valve wear, the 33A downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they HD:
HD-04.1B are inspected through the Preventative HTR 34 FWH 34B Maintenence or Corrective Action Programs.
TO HTR to FWH HD-4.2B-02V To gather information about valve wear, the 33 33B downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they HD-04.1C are inspected through the Preventative FWH 34C Maintenence or Corrective Action Programs.
to FWH HD-4.2C-02V To gather information about valve wear, the 33C downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-16 of 20 IPEC00238111
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative MSD-01.3A-Maintenence or Corrective Action Programs.
04V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative MSD-remaining service life. This component has 01.3A HDR not been inspected by the FAC program.
to MSEP UT inspections on valves are best-effort TK31A exams due to the contour and/or unparallel MSD:
surfaces. Consequently, valves are not MS31 inspected through the FAC Program, but they TO are inspected through the Preventative MSDT MSD-01.3A-Maintenence or Corrective Action Programs.
06V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. This component has not been inspected by the FAC program.
MSD-01.3B-on This component has not been inspected.
MSD-Valves are best-effort exams. To gather 01.3B HDR information about valve wear, the to MSEP MSD-01.3B-downstream component is inspected. The TK 31B 04V closest FAC inspection to this valve is three components downstream; however, inspections on this valve are covered by the Correction Action Program.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-17 0(20 IPEC00238112
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they MSD:
MSD-are inspected through the Preventative MS31 01.3B HDR MSD-01.3B-Maintenence or Corrective Action Programs.
TO to MSEP 06V To gather information about valve wear, the MSDT TK 31B downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
UT inspections on valves are best-effort exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative MSD-01.8A-Maintenence or Corrective Action Programs.
04V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative MSD:
MSD-remaining service life. The downstream MS32 01.8A HDR component of this valve has been inspected.
TO to MSEP UT inspections on valves are best-effort MSDT TK32A exams due to the contour and/or unparallel surfaces. Consequently, valves are not inspected through the FAC Program, but they are inspected through the Preventative MSD-01.8A-Maintenence or Corrective Action Programs.
06V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream nozzle has been inspected.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-18 of 20 IPEC00238113
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation Valves are best-effort exams. To gather information about valve wear, the MSD-01.8B-downstream component is inspected. The 04V closest FAC inspection to this valve is three components downstream; however, inspections on this valve are covered by the Correction Action Program.
UT inspections on valves are best-effort MSD:
MSD-exams due to the contour and/or unparallel MS32 01.8B HDR surfaces. Consequently, valves are not TO to MSEP inspected through the FAC Program, but they MSDT TK 32B are inspected through the Preventative MSD-01.8B-Maintenence or Corrective Action Programs.
06V To gather information about valve wear, the downstream component is inspected. Since no wear data is applied directly to the valve, CHECWORKS uses an often overpredicted wear value, leading to a low or negative remaining service life. The downstream component of this valve has been inspected.
RHD-The downstream component was inspected RHD:
01.3B_2 in 2011. At that time, the calculated RH 32B TK 32B to RHD01.5B-03F remaining service life for the component was TO HDR B HDR 71.4 years. The next scheduled inspection for this component is in 3R39.
RHD-01.lOA_I RHD01.lOA-RH 33A to DIN TK33A This component has not been inspected.
RHD-The downstream component was inspected 01.lOA_2 RHD01.lOA-in 2011. At that time, the calculated RHD:
RH 33A to 18F remaining service life for the component was RH 33 TK33A 40.7 years. The next scheduled inspection TO HDR for this component is in 3R36.
RHD01.lOB-04N This component has not been inspected.
RHD-01.lOB_2 The downstream component was inspected TK 33B to RHD01.lOB-in 2011. At that time, the calculated B HDR 26F remaining service life for the component was 78.8 years. The next scheduled inspection for this component is in 3R40.
Calculation No. 0705.100-01, Appendix K, Revision 2 Page K-19 of 20 IPEC00238114
CSI TECHNOLOGIES, INC.
IP3 CHECWORKS SFA Model WRA Negative Run Line Component Time to Tcrit Name Name Name Understood?
Explanation RHO:
RHO-RHO 02.8A TK HOR TO A HOR to RH002.6A-06L HTRS FWH 36 Calculation No. 0705.100-01, Appendix K, Revision 2 IPEC00238115 This component has been inspected and is due for reinspection in 3R17.
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