Beaver Valley Power Station
Unit 1
1BVT 1.60.5
IST SAFETY AND RELIEF VALVE TRACKING
CATEGORY I
Issue 1 Revision 23
Technical Specifications Surveillance Requirements
Frequency Performed
T.S. 5.5.4, SR 3.4.10.1, SR 3.7.1.1, LRS 3.4.6.1
Prepared by
Date
D. T. Jones
02/09/10
Reviewed by
SPECIAL (SEE P&L IV.D)
Pages Issued
1 - 45
Date
J. A. Manoleras
Approved for Use:
02/25/10
PORC Meeting
PAF 10-00074
Effective Date
03/04/10
Approved by
D. C. Reeves
Initials _________
Date _________
Date
02/25/10
Beaver Valley Power Station
IST SAFETY AND RELIEF VALVE TRACKING
Unit 1
1BVT 1.60.5
Issue 1 Revision 23
Page 2 of 45
Table Of Contents
I.
PURPOSE ................................................................................................................................... 3
II.
GENERAL TEST METHOD.......................................................................................................... 4
III.
SPECIAL TEST EQUIPMENT ...................................................................................................... 5
IV.
PREREQUISITES ........................................................................................................................ 6
V.
INITIAL CONDITIONS.................................................................................................................. 7
VI.
PRECAUTIONS AND LIMITATIONS ............................................................................................ 8
VII. PROCEDURE ............................................................................................................................ 10
A
Selecting Valves for Testing ............................................................................................. 10
B
Additional Testing ............................................................................................................. 12
C
Tracking Test Results ....................................................................................................... 16
VIII. ACCEPTANCE CRITERIA ......................................................................................................... 17
IX.
REFERENCES........................................................................................................................... 20
X.
CHRONOLOGY OF CHANGES ................................................................................................. 23
XI.
DATA SHEETS .......................................................................................................................... 30
XII. ATTACHMENTS ........................................................................................................................ 44
XIII. FIGURES/TABLES/GRAPHS ..................................................................................................... 45
Table of Contents
Beaver Valley Power Station
IST SAFETY AND RELIEF VALVE TRACKING
I.
Unit 1
1BVT 1.60.5
Issue 1 Revision 23
Page 3 of 45
PURPOSE
Note:
Technical Specifications SR 3.4.10.1, SR 3.7.1.1 and LRS 3.4.6.1 require
testing per the Inservice Testing Program (T.S. 5.5.4 and the ASME OM Code).
The ASME OM Code (2001 Edition through 2003 Addenda) requires testing of
safety and relief valves in accordance with Appendix I. Appendix I,
Paragraphs I-1320(a) and I-1350(a) require testing of the Pressurizer Code
Safety Valves [RV-1RC-551A, B and C] and Main Steam Safety Valves
[SV-1MS-101A, 101B, 101C, 102A, 102B, 102C, 103A, 103B, 103C, 104A,
104B, 104C, 105A, 105B, and 105C] once every 5 years with a minimum of
20% of the valves tested within 24 months. Appendix I, Paragraph I-1390
requires testing or replacement of Class 2 and 3 "thermal" relief valves once
every 10 years. Appendix I, Paragraph I-1350(a) requires testing of remaining
Class 2 or 3 relief valves once every 10 years with a minimum of 20% of the
valves tested within any 48 months. There is no grace period for testing relief
valves.
The purpose of this test is to provide the necessary instructions for establishing a test schedule
and to provide a source for documenting the actual testing performed in accordance with
Appendix I of the ASME OM Code, (Inservice Testing of Pressure Relief Devices in Light-Water
Reactor Nuclear Power Plants) and Technical Specifications T.S. 5.5.4, SR 3.4.10.1, SR 3.7.1.1
and LRS 3.4.6.1 on those safety and relief valves included in the BVPS-1 IST Program.
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
II.
1BVT 1.60.5
Issue 1 Revision 23
Page 4 of 45
GENERAL TEST METHOD
This test has been divided into three sections. Section VII.A includes the instructions for
selecting the current group of valves for testing ensuring the testing schedules required by the
ASME OM Code, Appendix I for Class 1, 2 and 3 safety and relief valve testing is maintained. It
contains the necessary steps to ensure this list of valves is provided to the Relief Valve Project
Manager and Appendix J Program Owner. If NOT already written, Orders will be prepared with
instructions to perform the required testing for the initial test group of valves. Each safety and
relief valve will be visually examined, leak tested and set pressure tested in accordance with the
requirements of the ASME OM Code, Appendix I using 1/2 CMP-75-RELIEF VALVE-1M,
1BVT1.21.2, or applicable certified laboratory procedure.
Section VII.B is only performed for non-thermal relief valves in the event of valve failures in the
initial test group. It provides the necessary instructions for the selection of additional valves for
testing in accordance with Paragraphs I-1320(c) and I-1350(c) of the ASME OM Code,
Appendix I. It ensures the Relief Valve Project Manager and Appendix J Program Owner are
informed of these additional valves requiring testing and that all necessary Orders are prepared
to perform this testing.
Section VII.C follows the testing being performed prior to, during or following the present
refueling outage and ensures all required testing is completed.
Beaver Valley Power Station
IST SAFETY AND RELIEF VALVE TRACKING
III.
SPECIAL TEST EQUIPMENT
None
Unit 1
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Issue 1 Revision 23
Page 5 of 45
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IST SAFETY AND RELIEF VALVE TRACKING
Unit 1
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Issue 1 Revision 23
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IV.
PREREQUISITES
A.
A completed performance copy of this procedure from the preceding refueling outage is
available, and this procedure has been revised to include the most recent “As Left” test
dates/outage including the next six columns of groups/refueling outages (and dates) for each
valve on Data Sheet 2.
________/_______
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
V.
INITIAL CONDITIONS
A.
Plant Status Changes
1BVT 1.60.5
Issue 1 Revision 23
Page 7 of 45
This procedure does not affect plant status.
B.
SM/US Sign-on
Not Required
C.
Reactor Operator Sign-on
Not Required
D.
Procedure Performer Initial Conditions.
1.
The plant is preparing for entry into a refueling outage, however, some safety and relief
valves may be tested prior to, during or following the refueling outage. (See P&L VI.B.)
________/_______
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Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
1BVT 1.60.5
Issue 1 Revision 23
Page 8 of 45
VI.
PRECAUTIONS AND LIMITATIONS
A.
For any safety or non-thermal relief valve which is considered to have FAILED in accordance
with Section VIII (Acceptable Criteria) of this BVT, then two (2) "additional" valves from the
same system category shall be tested. If any of the "additional" valves also FAILS, then the
remaining valves from the same system category shall be tested.
B.
Care should be taken when scheduling any safety or relief valve to be tested while on-line. If
a scheduled valve FAILS, then any "additional" valves required to be tested as a result of the
failure would be expected to be tested as soon as practical. However, NRC guidance states
the ASME OM Code does not specify when the additional testing should be done when a
relief valve fails the acceptance criteria. Appendix I of the ASME OM Code allows 3 months
for testing a partial complement of valves. Performance of all tests (including the required
additional tests) within the 3-month period would be appropriate as long as the cause of the
failure has been determined NOT to be applicable to the other valves in the same system
category. If the cause of the failure has been determined to be applicable to the other valves
in the same system category, then immediate corrective actions or a justification for continued
operation may be required. Failure of a valve may require a Technical Specification
REQUIRED ACTION be performed or the plant be shutdown in order to test the "additional"
valves (i.e., because removal of the "additional" valve(s) from service for testing makes the
system INOPERABLE, or the "additional" valve(s) are located inside Containment).
C.
Safety and relief valves are required to be tested at the temperature of the environment
surrounding the valve at its installed plant location during the phase of plant operation for
which the valve is required for overpressure protection. It is permissible, however, to test at
ambient conditions on a test stand as long as a correlation between the operating and testing
ambient temperatures is performed in accordance with the requirements of Appendix I of the
ASME OM Code. Data Sheet 2 lists the "Compensated Ambient Setpoint and Range" for
each relief valve when testing at ambient conditions on a test stand. Safety valves are either
tested at operating ambient temperatures in their installed locations or are sent offsite for
testing.
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Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
D.
1BVT 1.60.5
Issue 1 Revision 23
Page 9 of 45
Technical Specifications SR 3.4.10.1, SR 3.7.1.1 and LRS 3.4.6.1 require testing per the
Inservice Testing Program (T.S. 5.5.4 and the ASME OM Code). The ASME OM Code
(2001 Edition through 2003 Addenda) requires testing of safety and relief valves in
accordance with Appendix I. Appendix I, Paragraphs I-1320(a) and I-1350 require testing of
the Pressurizer Code Safety Valves [RV-1RC-551A, B and C] and Main Steam Safety Valves
[SV-1MS-101A, 101B, 101C, 102A, 102B, 102C, 103A, 103B, 103C, 104A, 104B, 104C,
105A, 105B, and 105C] once every 5 years with a minimum of 20% of the valves tested within
24 months. Appendix I, Paragraph I-1390 requires testing or replacement of Class 2 and 3
"thermal" relief valves once every 10 years. Appendix I, Paragraph I-1350(a) requires testing
of remaining Class 2 or 3 relief valves once every 10 years with a minimum of 20% of the
valves tested within any 48 months. There is no grace period for testing relief valves.
E.
The ASME O&M Committee’s response to OM Code Inquiry 03-01 defined the 5 and 10 year
test intervals for relief valves as including not only the time the valves are installed in the
plant, but also the storage time following as left testing prior to installation of the valves.
Therefore, the “Last Tested” dates on Data Sheet 2 should be based on the “as left” test date
of each relief valve prior to being installed in its plant functional location.
F.
If a Pressurizer Code Safety Valve had been removed for testing during a previous refueling
outage and it became a “spare” valve for replacement in the future, then it should be retested
(and refurbished if needed) at an offsite facility within 6 months prior to being installed during
the refueling outage, so that its 5 year test interval is not exceeded over the next 3 refueling
outage cycles.
G.
If a Main Steam Safety Valve had been removed for testing during a previous refueling
outage and it became a “spare” valve for replacement in the future, then it should be retested
(and refurbished if needed) at an offsite facility within 6 months prior to being installed during
the refueling outage, OR trevitested per 1BVT 1.21.2 during a subsequent refueling outage
such that its 5 year test interval is not exceeded over the next 3 refueling outage cycles.
H.
Appendix I, Paragraph I-1390 of the ASME OM Code allows Class 2 and 3 relief valves that
are used in "thermal" relief applications to be replaced instead of tested on a 10-year
frequency. However, if a "thermal" relief valves is tested and fails, testing of additional
thermal relief valves is not required to be performed per the ASME OM Code.
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Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
VII.
PROCEDURE
CAUTION:
A.
1BVT 1.60.5
Issue 1 Revision 23
Page 10 of 45
SEE P&L VI.A - H.
Selecting Valves for Testing
1.
From Data Sheet 2 for the valves in the group to be tested during the present or
upcoming refueling outage, record the group number, all of the valve functional location
numbers from that group, and the compensated ambient setpoint pressures and ranges
for these valves on Data Sheet 1.
________/_______
2.
Review the column from Data Sheet 2 containing the refueling outage and date last
tested. If the time period between the date last tested and the scheduled end of the
current refueling outage is 60 months or more for any Class 1 or Main Steam Safety
Valve, or 120 months or more for any Class 2 or 3 relief valve, those valves shall be
added to the list of valves to be tested. From Data Sheet 2, record the group numbers,
the valve functional location numbers and the compensated ambient setpoint pressures
and ranges for these valves on Data Sheet 1.
________/_______
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Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
Note:
1BVT 1.60.5
Issue 1 Revision 23
Page 11 of 45
Orders can be generated by either initiating a Notification in SAP or by
requesting the Surveillance Coordinator to generate a Surveillance Order in
SAP based on the list of "model notifications" on Attachment 1 in this BVT. If a
Surveillance Order is to be generated, the Surveillance Coordinator should also
be provided with a "limit date" for testing the relief valve(s) that can be tested
on-line based on the 5 year/24 month or 10 year/48 month requirements of
Appendix I of the ASME OM Code. (See P&L VI.D.)
3.
Ensure Orders are prepared to perform the required testing in accordance with this BVT,
1/2 CMP-75-RELIEF VALVE-1M, 1BVT 1.21.2 and/or applicable certified laboratory
procedure.
________/_______
a.
Verify any Orders prepared for testing [RV-1RC-551A, B or C] are written or revised
to state a purchase order (P.O.) to obtain testing from a "certified" laboratory is
required per response to NRC Information Notice 91-74. (Reference IX.H).
________/_______
b.
Verify any Orders prepared for testing any Main Steam Safety Valve(s) at an offsite
facility require the valve(s) to be uninsulated and tested at conditions approximating
the ambient temperatures the valve(s) will see during normal operation (135F ± 15F).
(Reference IX.K.). (N/A if the Main Steam Safety Valves are to be tested onsite.)
________/_______
4.
Record the Order numbers on Data Sheet 1.
________/_______
5.
Provide copies of Data Sheet 1 to the Relief Valve Project Manager and Appendix J
Program Owner (if applicable) for their use in scheduling the testing.
________/_______
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Unit 1
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Issue 1 Revision 23
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IST SAFETY AND RELIEF VALVE TRACKING
B.
Additional Testing
Note:
Section VII.B is only required to be performed if a safety or non-thermal relief
valve (or valves) from the list of valves to be tested, selected in Section VII.A of
this test, fails the setpoint test and additional valves are listed in the system or
system category.
Note:
If valves from more than one system fail, repeat Section VII.B of this procedure
for each system.
1.
For each valve failure that occurs in a given system or system category from the original
list of valves to be tested, two (2) additional valves from the same system or system
category shall be selected for testing.
a.
Record the system or system category designation code and the functional location
number(s) of the failed valve(s) in that system below.
System/Category Code
_____________________
Failed Valve Functional Location No(s).
_____________________
________/_______
Note:
Valve selections should be based on prior discussions with the responsible
Operations, Maintenance and Outage Central personnel and the Appendix J
Program Owner (if applicable).
b.
Select the additional valves to be tested from the system or system category in which
the failure(s) occurred from the next sequential group of valves for that system or
system category from Data Sheet 2. If the required number of valves from that group
are either unavailable or inconvenient for testing, the selection of alternate valves
from the remaining groups are permissible.
________/_______
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Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
c.
1BVT 1.60.5
Issue 1 Revision 23
Page 13 of 45
From Data Sheet 2, record on Data Sheet 1 the group number(s), the functional
location numbers and the compensated ambient setpoint pressures and ranges for
these additional valves.
________/_______
Note:
Orders can be generated by either initiating a Notification in SAP or by
requesting the Surveillance Coordinator to generate a Surveillance Order in
SAP based on the list of "model notifications" on Attachment 1 in this BVT. If a
Surveillance Order is to be generated, the Surveillance Coordinator should also
be provided with a "limit date" for testing the relief valve(s) that can be tested
on-line based on the 5 year/24 month or 10 year/48 month requirements of
Appendix I of the ASME OM Code. (See P&L VI.D.)
d.
If not previously written, ensure Orders are prepared to perform the required testing
on the additional valves in accordance with this BVT, 1/2CMP-75-RELIEF
VALVE-1M, 1BVT 1.21.2 and/or applicable certified laboratory procedure.
________/_______
1)
Verify any Orders prepared for testing [RV-1RC-551A, B or C] are written or
revised to state a purchase order (P.O.) to obtain testing from a "certified"
laboratory is required per response to NRC Information Notice 91-74.
(Reference IX.H) (otherwise N/A).
________/_______
2)
Verify any Orders prepared for testing any Main Steam Safety Valve(s)
at an offsite facility require the valve(s) to be uninsulated and tested at
conditions approximating the ambient temperatures the valve(s) will see during
normal operation (135F ± 15F). (Reference IX.K.) (otherwise N/A).
________/_______
e.
Record the Order numbers on Data Sheet 1.
________/_______
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Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
f.
1BVT 1.60.5
Issue 1 Revision 23
Page 14 of 45
Send a copy of the updated Data Sheet 1 to the Relief Valve Project Manager and
Appendix J Program Owner (if applicable).
________/_______
Note:
2.
"N/A" Steps VII.B.2.a-e if they are not to be performed.
If any of the additional valves selected for testing in accordance with Step VII.B.1 fail the
setpoint test, perform the following:
a.
Inform the Relief Valve Project Manager and Outage Central that all of the remaining
valves in the system or system category in which the failure occurred shall be tested.
________/_______
b.
From Data Sheet 2, record on Data Sheet 1 the remaining valve functional location
numbers, their compensated ambient setpoint pressures and ranges and their
corresponding group numbers.
________/_______
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Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
Note:
1BVT 1.60.5
Issue 1 Revision 23
Page 15 of 45
Orders can be generated by either initiating a Notification in SAP or by
requesting the Surveillance Coordinator to generate a Surveillance Order in
SAP based on the list of "model notifications" on Attachment 1 in this BVT. If a
Surveillance Order is to be generated, the Surveillance Coordinator should also
be provided with a "limit date" for testing the relief valve(s) that can be done
on-line based on the 5 year/24 month or 10 year/48 month requirements of
Appendix I of the ASME OM Code. (See P&L VI.D.)
c.
If not previously written, ensure Orders are prepared to perform the required testing
in accordance with this BVT, 1/2CMP-75-RELIEF VALVE-1M, 1BVT 1.21.2 and/or
applicable certified laboratory procedure.
________/_______
1)
Verify any Orders prepared for testing [RV-1RC-551A, B or C] are written or
revised to state a purchase order (P.O.) to obtain testing from a "certified"
laboratory is required per response to NRC Information Notice 91-74.
(Reference IX.H) (otherwise N/A).
________/_______
2)
Verify any Orders prepared for testing any Main Steam Safety Valve(s)
at an offsite facility require the valve(s) to be uninsulated and tested at
conditions approximating the ambient temperatures the valve(s) will see during
normal operation (135F ± 15F). (Reference IX.K.) (otherwise N/A).
________/_______
d.
Record the Order numbers on Data Sheet 1.
________/_______
e.
Send a copy of the updated Data Sheet 1 to the Relief Valve Project Manager and
Appendix J Program Owner (if applicable).
________/_______
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C.
1BVT 1.60.5
Issue 1 Revision 23
Page 16 of 45
Tracking Test Results
1.
Track the testing being performed as follows:
Note:
Steps VII.C.1.a-d may be performed concurrently with each other.
a.
Contact Maintenance or the applicable 1BVT 1.21.2 Test Engineer, and review their
CMP/BVT test results on a regular basis while testing is going on.
________/_______
b.
As testing is performed on the valve removed, record on Data Sheet 1, the "As
Found Setpoint" and “As Found Leak Test Results” from the initial test for each valve
removed.
________/_______
c.
As testing is successfully completed on the valve to be installed, record on Data
Sheet 1 the two (2) "As Left Setpoints" and the “As Left Leak Test Results.”
________/_______
d.
As testing is successfully completed on each valve, record on Data Sheet 2 the “As
Found” and "As Left" test dates in the column for the Group being tested during the
present (or upcoming or most recent) refueling outage.
________/_______
e.
After all required valve testing for the present (or upcoming or most recent) refueling
outage has been successfully performed, have the IST Coordinator complete the
"Relief Valve Log Sheets" maintained in the computerized IST database (PV-Plus).
________/_______
2.
Provide a copy of Data Sheets 1 and 2 to the Appendix J Program Owner so that Type-C
testing of any new relief valves installed can be properly scheduled in the future.
________/_______
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1BVT 1.60.5
Issue 1 Revision 23
Page 17 of 45
VIII. ACCEPTANCE CRITERIA
Note:
The validated setpoint pressure listed in the setpoint calculation (Ref. IX.P) may
be compensated due to temperature compensation when testing at ambient
conditions on a test stand.
Note:
A Condition Report should be generated to evaluate any safety or relief valve
which fails to comply with the set-pressure acceptance criteria so the cause of
the failure can be determined and corrected in accordance with the ASME OM
Code, Appendix I. This evaluation should also determine the need for additional
testing to address any generic concerns which could apply to valves in the same
or other system categories.
A.
All of the safety and non-thermal relief valves required to be tested by the ASME OM Code,
Appendix I, have been successfully setpoint tested. (Refer to References IX.B, L, M and Q.)
1.
The two (2) "As Left" setpoint readings for each valve reinstalled on the system are within
the ranges established on Data Sheet 2.
2.
The correct number of "additional" valves as determined by Step VII.B.1 and/or
Step VII.B.2 have been tested.
B.
The following criteria was used to determine whether a valve passed or failed. (Refer to
References IX.E, F, J and P.)
1.
A PASS is defined as a valve whose "As Found" setpoint reading (first lift) is within  3%
of the valve's compensated ambient setpoint pressure found on Data Sheet 2 OR within
the owner established limit for the exceptions listed as follows:
a.
None
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Issue 1 Revision 23
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IST SAFETY AND RELIEF VALVE TRACKING
2.
A FAILURE is defined as a valve which fails to lift or whose "As Found" setpoint reading
(first lift) is outside  3% of the valve's compensated ambient setpoint pressure found on
Data Sheet 2 OR a valve which cannot be pressurized and fails to lift due to excessive
leakage.
3.
For the Pressurizer Code Safety Valves [ RV-1RC-551A,B,C]: (Refer to Reference IX.D)
a.
The valve is considered to have PASSED if the "As Found" setpoint reading (first lift)
is within  3% of the valve's design lift pressure, 2485 psig (2410.5 - 2559.5 psig).
b.
The valve is considered to have FAILED if the "As Found" setpoint reading (first lift)
is outside the  3% band (2410.5 - 2559.5 psig).
c.
Before the valves are reinstalled, the two (2) "As Left" setpoint readings must be
within ±1% of the valve's design lift pressure, 2485 psig (2460.2 - 2509.8 psig).
4.
The Main Steam Safety Valves (MSSV) shall meet the following acceptance criteria and
that specified in 1BVT 1.21.2, "Trevitest Method for Main Steam Safety Valve Setpoint
Check". (Refer to References IX.D and G)
a.
A MSSV is considered to have PASSED if the "As Found" setpoint reading (first lift)
is within the tolerance below for the valve's setpoint pressure found on Data Sheet 2.
Main Steam Safety Valve
b.
Lift Setting Tolerances
SV-1MS-101A, B and C
+1% / -3%
SV-1MS-102A, B and C
3 %
SV-1MS-103A, B and C
3%
SV-1MS-104A, B and C
3%
SV-1MS-105A, B and C
3%
A MSSV is considered to have FAILED if the "As Found" setpoint reading (first lift) is
outside the tolerance band above. However, testing additional valves is NOT
required unless the "As Found" setpoint reading (first lift) was outside the +3,-3%
band.
c.
Two (2) "As Left" setpoint readings must be within ±1% of the valve's setpoint found
on Data Sheet 2.
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C.
1BVT 1.60.5
Issue 1 Revision 23
Page 19 of 45
Any safety or relief valve failing the leak test requirements contained in
1/2 CMP-75-RELIEF VALVE-1M, 1BVT 1.21.2, or applicable certified laboratory procedure
shall be refurbished or replaced and retested. (Refer to Reference IX.B)
Note:
Appendix I, Paragraph I-1390 of the ASME OM Code allows Class 2 and 3 relief
valves that are used in "thermal" relief applications to be replaced instead of
tested on a 10-year frequency. However, if a "thermal" relief valve is tested and
fails, testing of additional thermal relief valves is not required to be performed.
D.
All "thermal" relief valves required to be tested by the ASME OM Code, Appendix I, have
been replaced or tested with the "as left" setpoint readings within the ranges established on
Data Sheet 2. (Refer to Reference IX.B)
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1BVT 1.60.5
Issue 1 Revision 23
Page 20 of 45
IX.
REFERENCES
A.
O.M. Chapter 55A, Section 4, OST 1.55A.2, "ISI Safety and Relief Tracking", Issue 1,
Revision 14.
B.
ASME OM Code (2001 Edition through 2003 Addenda), Appendix I, "Inservice Testing of
Pressure Relief Devices in Light-Water Reactor Nuclear Power Plants"
C.
BVPS Unit 1 IST Program.
D.
Technical Specifications T.S. 5.5.4, SR 3.4.10.1, SR 3.7.1.1 and LRS 3.4.6.1
E.
EM 61335, "Evaluation Criteria for IST Relief Valves".
F.
EM 63185, "Acceptance Criteria for Testing of Liquid Relief Valves".
G.
NRC Summary of Public Workshops and Answers to Panel Questions on Inservice Testing
Issues (7/18/97), Section 2.4.
H.
EM 103799, Response to NRC Information Notice 91-74: "Changes in Pressurizer Safety
Valve Setpoints Before Installation".
I.
EM 105901 and EM 107101, "Pass/Failure Criteria for Additional Relief Valve Testing".
J.
CR 00-4100, "OE11622 - Failure to Expand Scope to Test Additional Relief Valves".
K.
Industry Operating Experience Report Position on NRC Information Notice 96-03, "Main
Steam Safety Valve Setpoint Variation as a Result of Thermal Effects", and DRR 01-04242 to
1BVT1.21.2 (Issue 2, Rev. 10) P&L VI.N.
L.
NUREG-1482, "Guidelines for Inservice Testing at Nuclear Power Plants," (Rev. 1).
M.
EM 116129 (TER-12445), "Compensated Relief Valve Set Pressures."
N.
CA 02-05273-118, Deletion of CREBAPS RV's (ECP 02-0243).
O.
CARF 980596-13 (DCP-2313).
P.
CR 10-71335, "Revision to + 10% Failure Limit Criteria for IST Relief Valves".
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IST SAFETY AND RELIEF VALVE TRACKING
Q.
1BVT 1.60.5
Issue 1 Revision 23
Page 21 of 45
Relief Valve Setpoint Calculation Packages:
1.
Westinghouse PL&S Document 05.010-0006 for [RV-1RC-551A, B, C], [RV-1CH-203]
and [RV-1SI-858A, 858B, 858C]
2.
Westinghouse PL&S Document 05.010-0006 and TER-11549 for [RV-1CH-382A]
3.
DCP-1985 for [RV-1CH-382B]
4.
DCP-232 for [RV-1CH-383]
5.
SP-1CH-07-0 for [RV-1CH-391]
6.
SP-1DA-01-1 & TER-11535 for [RV-1DA-101]
7.
SP-1DA-01-0 for [RV-1DG-102]
8.
DMC-3064-0 and DMC-2390 (ND1MNE:7362 dated 8/25/95) for [RV-1RH-721]
9.
DCP-324 for [RV-1SI-845A, B, C]
10. SP-1SI-03-0 for [RV-1SI-857]
11. SP-1SI-04-2 for [RV-1SI-894]
12. SP-1GN-01-0 for [RV-1GN-118, 120]
13. SP-1GN-02-0 for [RV-1GN-108, 109, 117, 119]
14. SP-1QS-04-1 for [RV-1QS-100A, B] and ECP 02-0676
15. SP-1SS-01-1 for [RV-1SS-605, 606, 607]
16. SP-1SS-02-1 for [RV-1SS-608]
17. SP-1SS-03-0 for [RV-1SS-609, 610, 611]
18. SP-1CC-05-1 for [RV-1CC-109]
19. SP-1CC-11-0 and DCP-1781 for [RV-1CC-116A, B, C]
20. SP-1CC-14-0 and DCP-1781 for [RV-1CC-119A, B]
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
1BVT 1.60.5
Issue 1 Revision 23
Page 22 of 45
21. SP-1CC-15-0 and DCP-1781 for [RV-1CC-136A, B]
22. SP-1CC-16-0 for [RV-1CC-139A, B, C, D, E, F, G, H, I, J, K, L, M, N, P, R]
23. SP-1CC-25-1 for [RV-1CC-261, 262, 263, 264]
24. SP-1CC-26-0 for [RV-1CC-265 thru 275]
25. SP-1FW-04-1 for [RV-1FW-155]
26. SP-1RW-06-2 for [RV-1RW-101A, B, C, D]
27. SP-1RW-07-1 and TER-5588 for [RV-1RW-102A, B, C]
28. SP-1RW-08-2 for [RV-1RW-106A, B]
29. SP-1IA-01-1 for [RV-1IA-107A, B, C, D,E, F]
30. SP-1IA-02-0 for [RV-1IA-108, 109, 117]
31. SP-1EE-05-0 for [RV-1EE-201A, B, C], [RV-1EE-202A, B, C], [RV-1EE-203A, B, C] and
[RV-1EE-204A, B, C]
32. SP-1EE-09-0 for [RV-1EE-101A, B, C, D]
Beaver Valley Power Station
IST SAFETY AND RELIEF VALVE TRACKING
X.
Unit 1
1BVT 1.60.5
Issue 1 Revision 23
Page 23 of 45
CHRONOLOGY OF CHANGES
Issue 1, Revision 14 - Revised the group of people to notify about relief valve testing to the
Maintenance/Construction Relief Valve Coordinator, Relief Valve Planner and System Engineer
(responsible for Type-C testing). Changed "mark" number to "asset" number. Changed
sub-Orders to just Orders. Added that logging of IST relief valve information can be done on a
"computerized form" instead. Changed MEL to EMPAC Asset Database (EAD). Added into the
Acceptance Criteria as recommended by NUREG-1482, that an evaluation of a relief valve
failure should also determine the need for additional testing to address any generic concerns
which could apply to valves in the same or other system categories. Revised Acceptance
Criteria VIII.B.1 and 2 to consider a relief valve which cannot be pressurized (lift tested) due to
excessive leakage to be considered a failure (Reference: CR 00-4100 and OE11622). Added a
Note to Acceptance Criteria VIII.B.2.a. which explains why additional relief valve testing is not
required if as found set pressures for certain relief valves with lower limits are exceeded. Added
references to Acceptance Criteria Section. Separated [RV-1CH-383 and 391] into a separate
System Category since their system application (sees Charging pump discharge pressure) and
type (model, smaller size and higher setpoint) are different than the other relief valves in their
present group. And although [RV-1SI-857] is in System 11, it has also been moved to this new
System Category since it also sees Charging pump discharge pressure and is of similar
manufacturer, size and set pressure. Separated [RV-1GN-118, 119 and 120] into a separate
System Category since their system application (tank relief) and type (model, smaller size and
higher setpoint) are different than the other Nitrogen Supply to the PORV Relief Valves in their
present group. Separated [RV-1IA-108, 109 and 117] into a separate System Category since
their system application (instrument air supply to the PORV's) and type (model, larger size, and
lower setpoint) are different than the Intake Structure Flood Door Seal Compressed Air Tank
Relief Valves in their present group. Separated RCP Thermal Barrier Relief Valve
[RV-1CC-116A, B, and C] into a separate System Category since their type (model and higher
setpoint) are different than the CCR H/X relief valves in their present group. Moved some CC
and RW relief valves into different groups to minimize the impact of testing additional relief
valves during 1R14 following replacement of carbon steel spring washers with stainless steel
spring washers (Reference: CR's 00-0909 and 00-1187). Due to the changes above, moved
several other CH, SI, GN, CC, RW and IA relief valves into different refueling outage groups in
order to keep the overall refueling outage population approximately equal. Revised the setpoint
for [RV-1FW-155] to 1600 psig per Calc. SP-1FW-04-1, EM200766, TER-13498, and
CR 001131.
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
1BVT 1.60.5
Issue 1 Revision 23
Page 24 of 45
Issue 1, Revision 15 - Incorporated TCN-02-00093 for changing reference to Technical
Specification 4.4.2 to Licensing Requirements Manual, LRS 8.2.1 per
Licensing Amendment No. 246 (CA 02-00822-19). Incorporated
TCN-01-00292 which revised the setpoint for [RV-1SI-894] to 750 psig.
Incorporated TCN-02-00012 which updated P&L VI.B with respect to
testing relief valves on-line. Revised the required ambient air
temperature and range when testing the MSSV's to 135F  15F per
1BVT1.21.2 (Rev. 10). Re-arranged [RV-1SI-894], [RV-1FW-155] and
[RV-1VS-101E] to later group numbers based on recent acceptable
testing of these relief valves during 1R14. Noted that relief valve testing
could occur prior to, during, or following a refueling outage. Noted that
additional testing of relief valves would come from additional valves listed
in the system or system category. Corrected reference to EMPAC Asset
Database (EAD) to Asset Equipment List (AEL) throughout the
procedure. (DRR-02-01536).
Issue 1, Revision 16 - Added a Note to Data Sheet 2 allowing all system category (1CC-) relief
valves in Group 4 (for 1R15) to be postponed to 1R16 since the
requirement to test 20% of the 1CC relief valves in 48 months was
already met by testing enough 1CC relief valves during 1R14. Added a
Note to Data Sheet 2 allowing testing of [1QS-RV-100A and/or B] to be
tested after 1R15 while on-line when a new bellows style relief valve will
be available for installation. Since changing from a non-bellows to a
bellows style relief valve will no longer involve a system back-pressure of
28 psig on the relief pressure of 150 psig, the setpoints for
[RV-1QS-100A and B] have been changed from 122 psig to 150 psig per
ECP 02-0676 (DIE-08).
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
1BVT 1.60.5
Issue 1 Revision 23
Page 25 of 45
Issue 1, Revision 17 - Corrected title of Relief Valve Coordinator. Changed references to
"asset" numbers to "functional location" numbers per SAP. Noted that
Orders could be generated by either initiating a notification in SAP or by
requesting the Surveillance Coordinator to generate a Surveillance WO
in SAP based on the list of "model notifications" included in new
Attachment 1. Also, noted that a "limit date" should be provided with
Surveillance WO requests per CA 03-11080-02. Added reference to
PV-Plus for recording relief valve test data for IST trending. Noted that
validated setpoints are no longer listed in the EMPAC AEL, but are listed
in the setpoint calculation documents instead. Combined [RV-1DA-101]
and [RV-1DG-102] into one group called "1DA/DG - CNMT Penet
Thermal Reliefs" based on review of manufacturer, type, system
application and service media. Re-arranged the groupings of several
System relief valves due to the add/drop scope reviews done for 1R16,
while still maintaining the 10 year/48 month frequency requirements of
OM-1. This resulted in re-arranging relief valves [RV-1CH-257],
[RV-1SI-894 and 845C], [RV-1CC-110, 113C, 116A, 116B, 116C, 139E,
139K, 139L, 140C, 140E, 140G, 140K, 265, 269 and 275], [RV-1RW101C], and [RV-1EE-101A and C]. Grouped the PORV
Nitrogen/Instrument Air RV's based on the fact that a common clearance
can be used to clear 3 of 9 RV's at the same time. Noted that
[RV-1CC-111A and B], [RV-1IA-107A through F] and [RV-1EE-101A
through D] may be able to be tested on-line. Deleted CREBAPS Bottle
Relief Valves [1RV-1VS-101A, B, C, D and E] since this system was
removed from Unit 1/2 during 2R10 per ECP 2-0243
(CA 02-005273-118).
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
1BVT 1.60.5
Issue 1 Revision 23
Page 26 of 45
Issue 1, Revision 18 - Changed title of Relief Valve Coordinator to Relief Valve Project
Manager. Changed title of System Engineer for the Type-C Program to
Appendix J Program Owner. Changed work order (WO’s) to just Orders.
Revised Prerequisite IV.A to also require the procedure to be revised to
include the most recent “As Left” test dates/outages including the next
six columns of groups/refueling outages (and dates) for each valve on
Data Sheet 2. Added P&L VI.E defining ASME O&M Code Inquiry 03-01
that includes shelf time in the test interval for relief valves. Added
P&L VI.F and G for testing “spare” Pressurizer Code Safety Valves and
MSSV’s prior to installation in order to ensure their 5 year test intervals
are not exceeded. Also added tracking of the Pressurizer Code Safety
Valves and MSSV’s by serial number in order to ensure their 5 year test
intervals are not exceeded (Ref. CA 05-00511-02). Clarified in Step
VII.C.1.b to record “As Found” setpoint and leakage rate data from valve
removed. Clarified in Step VII.C.1.c to record “As Left” setpoint and
leakage rate data from valve to be installed. Added in Step VII.C.1.d to
record “As Found” and “As Left” test dates on Data Sheet 2. Added “As
Left” leakage rate column to Data Sheet 1. Combined setpoint
information from Table 1 into Data Sheet 2 and reformatted Data Sheet 2
to include date last tested, test frequency requirements, six groupings
with respective refueling outages/dates, relief valve manufacturer, model
number, service media and system descriptions. Deleted testing of
[RV-1CH-209 and 257] from this BVT since these relief valves have been
deleted from the BVPS-1 IST Program. Moved testing of [RV-1SI-845B]
from Group 6 to 1 and [RV-1SI-845C] from Group 1 to 2. Moved testing
of [RV-1QS-100A] from Groups 2,4 to 1,5 and [RV-1QS-100B] from
Group 4,6 to 3,5. Moved testing of [RC-1CC-110] from Group 6 to 3.
Deleted testing of [RV-1CC-113A, 113B, 113C, 117, 118 and 140A
through 140R] from this BVT since the relief valves have been
downgraded to Category 2 per ECP 04-0310 and have been deleted
from the BVPS-1 IST Program. Moved testing of [RV-1CC-139D] from
Group 2 to 1, [RV-1CC-139G] from Group 1 to 2, [RV-1CC-139H] from
Group 1 to 2, [RV-1CC-139I] from Group 2 to 3 and [RV-1CC-139N] from
Group 4 to 5. Moved testing of [RV-1CC-270] from Group 5 to 4. Moved
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
1BVT 1.60.5
Issue 1 Revision 23
Page 27 of 45
testing [RV-1RW-102A] from Group 2 to 1,5 and [RV-1RW-106B] from
Group 1 to 2. Moved testing of [RV-1IA-107A] from Group 2 to 1,
[RV-1IA-107B] from Group 1 to 2, [RV-1IA-107E] from Group 6 to 5 and
[RV-1IA-107F] from Group 5 to 1,6. Moved testing of [RV-1EE-101A]
from Group 6 to 5. Incorporated PAF 04-02351 to move testing of
[RV-1EE-201C] from Group 5 (1R16) to Group 6 (1R17). Corrected
[BV-RV-1CH-857] to [BV-RV-1SI-857] on Attachment 1.
Issue 1, Revision 19 - Incorporated changes for ITS Conversion Project (CR 05-03306).
Removed references to LRS 8.2.1which was deleted from the LRM in
Revision 37.
Issue 1, Revision 20 - Included reference to LRS 3.4.6.1. ITS Conversion Project
(CR-05-03306).
Issue 1, Revision 21 - Incorporated changes associated with Appendix I of the ASME OM Code
(2001 Edition through 2003 Addenda) which replaced the former
requirements of OM-1 (1989 Edition of ASME OM Code). Deleted
reference to [CTS] leaving only Improved Tech Spec requirements in
place. Added new testing requirements for "thermal" relief valves now
grouped separately on Data Sheet 2. Revised the P&L's for testing the
Pressurizer Code Safety Valves and Main Steam Safety Valves to
recommend testing of the spare valve(s) within 6 months of a refueling
outage in order to ensure the 5-year test interval is not exceeded over a
3 refueling outage period. Revised the upper setpoint limit for the
Pressurizer Code Safety Valves from +1% to +3% per Improved Tech
Spec 3.4.10 and EPU LAR 1A-302. Revised the upper setpoint limit for
the Main Steam Safety Valves per [ITS] Tech Spec 3.7.1 and EPU
LAR 1A-302. Updated referenced calculations to their latest revisions.
Deleted testing of [RV-1CC-110, 111A, 111B, 115A, 115B and 115C]
since they have also been deleted from the BVPS-1 IST Program
(10-year update). Re-arranged relief valve groups on Data Sheet 2
based on 1R17 test results and on separate grouping of "thermal" relief
valves. Corrected transposed setpoint data for [RV-1SI-857] and
[RV-1CH-391].
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
1BVT 1.60.5
Issue 1 Revision 23
Page 28 of 45
Issue 1, Revision 22 - Per Notification 600478590, added a statement to the purpose and
P&L VI.D that there is no grace period for testing relief valves. Revised
Steps VII.A.3.c, VII.B.1.d.3) and VII.B.2.c.3), and provided additional
guidance in Acceptance Criteria Step VIII.B.2.a on expanding scope if a
failure occurs for relief valves with lower -3% limits (to limit loss of system
flow if the relief valve were lift low). Added a new Step (VII.C.2) to
provide a copy of Data Sheets 1 and 2 to the Appendix J Program Owner
so that Type-C testing of any new relief valves installed can be properly
scheduled in the future. Inputted 1R18 test dates onto Data Sheet 2.
Combined relief valves in system groups 1CH and 1RH as they are the
same manufacturer, are similar in size and model, and use the same
service media, then moved testing of [RV-1RH-721] to Group 3 (1R20).
Updated model numbers listed in system groups 1RC, 1CH, 1SI and
1QS. Re-arranged several relief valves within their system groups in
order to spread out testing over a 10 year period (6 refueling outage) and
to maintain 20% of the relief valves tested within a 24 or 48 month period
as required by Appendix I of the ASME OM Code. This resulted in
moving testing of thermal relief valve [RV-1CC-116C] from Group 3
(1R20) to 1 (1R24), [RV-1CC-264 and 268] from Group 2 (1R19) to 3
(1R20), [RV-1RW-101A] from Group 3 (1R20) to 1 (1R24), and corrected
[RV-1RW-102A] from Group 2 (1R19) to 1 (1R24).
Beaver Valley Power Station
Unit 1
IST SAFETY AND RELIEF VALVE TRACKING
1BVT 1.60.5
Issue 1 Revision 23
Page 29 of 45
Issue 1, Revision 23 - Per Notification 600551773 for 2R20: 1) Incorporated 1R19 test dates
and adjusted "group" columns to correspond with 1R20 through 1R25.
2) Corrected blocks in columns for [RV-1SI-858A, B and C] to match
with corresponding group numbers. 3) Re-arranged groups for
[RV-1IA-107A-F] based on most recent test dates and those left to do
within 6RFO. 4) Re-arranged groups for [RV-1EE-101A-D] based on
most recent test dates and those left to do within 6RFO. 5) Based on
[RV-1SI-984] being tested during 1R19, moved next test 6RFO out to
1R25 into Group 2. 6) Moved testing of [RV-1RW-102B] from Group 5
to Group 6 (1R23) to align with current PM of 3RFO frequency. Per
CR 10-71335, revised the PASS/FAIL criteria from +10% to  3% OR
within the owner established limit for any exceptions listed (there are no
exceptions at present). This also eliminated Acceptance
Criteria VIII.B.2.a.
Group
Functional
No.
Location No.
Order No.
Range
Results
(psig)
As Left
As Left
Setpoints
Leak Test
(psig)
Results
Comments
Beaver Valley Power Station
Setpoint As Found As Found
(psig) and Leak Test Setpoint
Valve
Page _____ of _____
IST SAFETY AND RELIEF VALVE TRACKING
SUMMARY LIST OF VALVES FOR TESTING
XI. DATA SHEETS
DATA SHEET 1
Unit 1
1BVT 1.60.5
Issue 1 Revision 23
Page 30 of 45
Initials: __________ Date: __________
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
#
Unit 1
SYSTEM 1RC / PRESSURIZER CODE SAFETY VALVES / STEAM SERVICE / 6x6 TARGET ROCK MODEL 569C-001-1
(TEST EACH INSTALLED VALVE EVERY 5 YEARS AND 1 OF 3 EVERY 24 MONTHS / ALSO SEE P&L’s VI.E and VI.F.)
S/N 5
2,5 / B
2485
04/02/09
# 2485  74.5
(RV-1RC-551_)
1R19
(2410.5 – 2559.5)
S/N 1
3,6 / A
2485
08/28/06
# 2485  74.5
(RV-1RC-551_)
1R18
(2410.5 – 2559.5)
S/N 4
1,4 / C
2485
08/31/07
# 2485  74.5
(RV-1RC-551_)
1R18
(2410.5 – 2559.5)
S/N 3
NA / Spare
2485
04/27/09
# 2485  74.5
(RV-1RC-551_)
1R19
(2410.5 – 2559.5)
S/N 6
NA / Spare
2485
__/__/__
# 2485  74.5
(RV-1RC-551_)
(NEW)
(2410.5 – 2559.5)
S/N 7
NA / Spare
2485
__/__/__
# 2485  74.5
(RV-1RC-551_)
(NEW)
(2410.5 – 2559.5)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
This valve must be reset to 2485 psig 1% (2460.2-2509.8 psig) before reinstallation. In addition, the lift setting pressure shall
correspond to ambient conditions for the valve at nominal operating temperature and pressure (Reference XI.D). If scope
expansion is required due to a failure, only the installed locations must be tested unless the cause of the failure is common to all
valves including the spare (S) valves.
1BVT 1.60.5
Issue 1 Revision 23
Page 31 of 45
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
Unit 1
1BVT 1.60.5
Issue 1 Revision 23
Page 32 of 45
SYSTEM 1MS / MAIN STEAM SAFETY VALVES / STEAM SERVICE / 6x10 DRESSER MODEL 3707(3787)RAX-RT21 OR 3707A(3787)-RT21
(TEST EACH INSTALLED VALVE EVERY 5 YEARS AND 3 OF 15 EVERY 24 MONTHS / ALSO SEE P&L’s VI.E and VI.G.)
S/N BY-89642
1,4 / A
1075
# 1075 +10.7 / -32.2
07/23/07
(SV-1MS-101_)
(1042.8 – 1085.7)
1R18
S/N BM-07756
2,5 / B
1075
# 1075 +10.7 / -32.2
02/11/09
(SV-1MS-101_)
(1042.8 – 1085.7)
1R19
S/N BM-07758
3,6 / C
1075
# 1075 +10.7 / -32.2
09/23/07
(SV-1MS-101_)
(1042.8 – 1085.7)
1R18
S/N BM-07757 NA / Spare
1075
# 1075 +10.7 / -32.2
__/__/__
(SV-1MS-101_)
(1042.8 – 1085.7)
S/N BY-89643
1,4 / A
1085
07/23/07
# 1085  32.5
(SV-1MS-102_)
1R18
(1052.5 – 1117.5)
S/N BM-07759
2,5 / B
1085
02/13/09
# 1085  32.5
(SV-1MS-102_)
1R19
(1052.5 – 1117.5)
S/N BM-07761
3,6 / C
1085
09/23/07
# 1085  32.5
(SV-1MS-102_)
1R18
(1052.5 – 1117.5)
S/N BM-07760 NA / Spare
1085
__/__/__
# 1085  32.5
(SV-1MS-102_)
(1052.5 – 1117.5)
S/N BY-89644
1,4 / A
1095
07/23/07
# 1095  32.8
(SV-1MS-103_)
1R18
(1062.2 – 1127.8)
S/N BM-07762
2,5 / B
1095
02/15/09
# 1095  32.8
(SV-1MS-103_)
1R19
(1062.2 – 1127.8)
S/N BM-07764
3,6 / C
1095
08/24/06
# 1095  32.8
(SV-1MS-103_)
(1062.2 – 1127.8) Mid-cycle 17
S/N BM-07763 NA / Spare
1095
__/__/__
# 1095  32.8
(SV-1MS-103_)
(1062.2 – 1127.8)
S/N BY-89645
1,4 / A
1110
07/23/07
# 1110  33.3
(SV-1MS-104_)
1R18
(1076.7 – 1143.3)
S/N BM-07765
2,5 / B
1110
02/12/09
# 1110  33.3
(SV-1MS-104_)
1R19
(1076.7 – 1143.3)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
Unit 1
S/N BM-07767
3,6 / C
1110
09/23/07
# 1110  33.3
(SV-1MS-104_)
1R18
(1076.7 – 1143.3)
S/N BM-07766 NA / Spare
1110
__/__/__
# 1110  33.3
(SV-1MS-104_)
(1076.7 – 1143.3)
S/N BY-89646
1,4 / A
1125
07/23/07
# 1125  33.7
(SV-1MS-105_)
1R18
(1091.3 – 1158.7)
S/N BM-07768
2,5 / B
1125
02/12/09
# 1125  33.7
(SV-1MS-105_)
1R19
(1091.3 – 1158.7)
S/N BM-07770
3,6 / C
1125
03/03/06
# 1125  33.7
(SV-1MS-105_)
1R17
(1091.3 – 1158.7)
S/N BM-07769 NA / Spare
1125
__/__/__
# 1125  33.7
(SV-1MS-105_)
(1091.3 – 1158.7)
# This valve must be reset to 1% before reinstallation. In addition, the lift setting pressure shall correspond to ambient conditions for the valve
at nominal operating temperature and pressure (Reference XI.D). If scope expansion is required due to a failure, only the installed locations
must be tested unless the cause of the failure is common to all valves including the spare (S) valves
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
1BVT 1.60.5
Issue 1 Revision 23
Page 33 of 45
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
SYSTEM 1CH & 1RH / LETDOWN, SEAL RETURN HEADER, SEAL WATER HEAT HEAT EXCHANGER RELIEFS AND RHR PUMP
SUCTION HEADER RELIEFS / LIQUID SERVICE / 2x3 and 3x4 CROSBY MODEL JB-25
(TEST EACH VALVE EVERY 10 YEARS AND 1 OF4 VALVES EVERY 48 MONTHS)
RV-1CH-203
4
600
04/02/03
606  18
(TYPE-C)
1R15
(588 – 624)
RV-1CH-382A
2
147
04/26/09
148  4
1R19
(144 – 152)
RV-1CH-382B
6
200
01/27/06
200  6
1R17
(194 – 206)
RV-1RH-721
3
600
01/20/06
606  18
1R17
(588 – 624)
RV-1SI-845B
RV-1SI-845C
RV-1SI-858A
RV-1SI-858C
1BVT 1.60.5
Issue 1 Revision 23
Page 34 of 45
RV-1SI-858B
SYSTEM 1SI / SI ACCUMULATOR RELIEFS / GAS SERVICE / 1x2 CROSBY MODEL JO-45-SPEC
(TEST EACH VALVE EVERY 10 YEARS AND 1 OF 3 VALVES EVERY 48 MONTHS)
1
700
10/03/07
700  21
1R18
(679 – 721)
3
700
09/21/01
700  21
1R14
(679 – 721)
5
700
11/04/04
700  21
1R16
(679 – 721)
Unit 1
RV-1SI-845A
SYSTEM 1SI / LHSI PUMP DISCH RELIEFS & CNMT PENET THERMAL RELIEF / LIQUID SERVICE /
¾x1 CROSBY MODEL JRAK-BS-B or JRMK-BS-B
(TEST EACH VALVE EVERY 10 YEARS AND 1 OF 3 VALVES EVERY 48 MONTHS)
5
235
10/22/04
237  7
1R16
(230 – 244)
1
235
10/19/07
237  7
1R18
(230 – 244)
3
235
09/04/01
237  7
1R14
(230 – 244)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
SYSTEM 1GN / PORV NITROGEN SUPPLY LINE RELIEFS / GAS SERVICE / 1X1½ SAGE MODEL 463125C OR CROSBY MODEL 9721133A
(TEST EACH VALVE EVERY 10 YEARS□□ AND 1 OF 3 VALVES EVERY 48 MONTHS)
RV-1GN-108
1
+
265
05/05/09
265  7
1R19
(258 – 272)
RV-1GN-109
3
$
265
05/04/09
265  7
1R19
(258 – 272)
RV-1GN-117
5
#
265
05/04/09
265  7
1R19
(258 – 272)
1BVT 1.60.5
Issue 1 Revision 23
Page 35 of 45
SYSTEM 1IA / PORV INSTRUMENT AIR SUPPLY RELIEFS / GAS SERVICE / 1X1½ CROSBY MODEL 9721133A
(TEST EACH VALVE EVERY 10 YEARS AND 1 OF 3 VALVES EVERY 48 MONTHS)
RV-1IA-108
1
+
70
10/01/07
70  2
1R18
(68 – 72)
RV-1IA-109
3
$
70
09/21/01
70  2
1R14
(68 – 72)
RV-1IA-117
5
#
70
10/29/04
70  2
1R16
(68 – 72)
Unit 1
SYSTEM 1GN / PORV NITROGEN SUPPLY TANK RELIEFS / GAS SERVICE / ¾x1 CROSBY MODEL 9511113A
(TEST EACH VALVE EVERY 10 YEARS AND 1 OF 3 VALVES EVERY 48 MONTHS)
RV-1GN-118
5
#
700
02/28/06
700  21
1R17
(679 – 721)
RV-1GN-119
1
+
700
04/08/09
700  21
1R19
(679 – 721)
RV-1GN-120
3
$
700
08/22/07
700  21
1R18
(679 – 721)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
SYSTEM 1QS / CHEMICAL ADDITION PUMP DISCHARGE RELIEFS / LIQUID SERVICE /
1½x2½ FARRIS MODEL 26GB10L-120S4SP
(TEST EACH VALVE EVERY 10 YEARS AND 1 OF 2 VALVES EVERY 48 MONTHS)
RV-1QS-100A□
1,(5)
150
10/05/07
150  4
1R18
(146 – 154)
RV-1QS-100B□
3,(5)
150
10/15/07
150  4
1R18
(146 – 154)
□ This relief valve may be able to be tested on-line. Either [RV-1QS-100A] OR [RV-1QS-100B] may be tested in Group 5.
10 psig
pres comp)
1BVT 1.60.5
Issue 1 Revision 23
Page 36 of 45
SYSTEM 1IA / INTAKE STRUCTURE FLOOD DOOR SEAL AIR TANK RELIEFS / GAS SERVICE / ½” CROSBY MODEL 951480ME
(TEST EACH VALVE EVERY 10 YEARS AND 2 OF 6 VALVES EVERY 48 MONTHS)
RV-1IA-107A□
6
85
02/27/09
85  2
Pre-1R19
(83 – 87)
RV-1IA-107B□
3
85
03/10/05
85  2
Post-1R16
(83 – 87)
RV-1IA-107C□
1
85
06/18/09
85  2
Post-1R19
(83 – 87)
RV-1IA-107D□
2
85
06/20/09
85  2
Post-1R19
(83 – 87)
RV-1IA-107E□
4
85
12/15/04
85  2
Post-1R16
(83 – 87)
RV-1IA-107F□
5
85
03/07/08
85  2
Post-1R18
(83 – 87)
□ This relief valve may be able to be tested on-line.
Unit 1
SYSTEM 1FW / TURBINE-DRIVEN AFW PUMP DISCH RELIEF / LIQUID SERVICE / 3x4 DRESSER MODEL 1914JC-1
(TEST VALVE EVERY 10 YEARS AND ONCE EVERY 48 MONTHS)
RV-1FW-155
1,3,5
1600
09/29/07
1600  48
(incl
1R18
(1552 – 1648)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
Unit 1
SYSTEM 1EE / EDG FUEL OIL TRANSFER PUMP DISCH RELIEFS / LIQUID (OIL) SERVICE□□ / 1x2 FARRIS MODEL 26DA10L-120
(TEST EACH VALVE EVERY 10 YEARS AND 1 OF 4 VALVES EVERY 48 MONTHS)
RV-1EE-101A□
4
45
08/31/04
45  2
Pre-1R16
(43 – 47)
RV-1EE-101B□
1
45
10/12/07
45  2
1R18
(43 – 47)
RV-1EE-101C□
2
45
11/23/08
45  2
Pre-1R19
(43 – 47)
RV-1EE-101D□
5
45
07/18/05
45  2
Pre-1R17
(43 – 47)
□ This relief valve may be able to be tested on-line.
□□ The use of water to test these oil service relief valves is an acceptable alternative as evaluated in accordance with Paragraph I-8300 of
Appendix I.
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
1BVT 1.60.5
Issue 1 Revision 23
Page 37 of 45
RV-1EE-201A
RV-1EE-201B
RV-1EE-201C
RV-1EE-202A
RV-1EE-202B
RV-1EE-203A
RV-1EE-203B
RV-1EE-203C
RV-1EE-204A
RV-1EE-204B
SYSTEM 1EE / EDG AIR START TANK RELIEFS / GAS SERVICE / ½x1” CROSBY MODEL JRUE
(TEST EACH VALVE EVERY 10 YEARS AND 3 OF 12 VALVES EVERY 48 MONTHS)
6
220
03/11/06
220  6
1R17
(214 – 226)
2
220
04/24/09
220  6
1R19
(214 – 226)
5
220
03/10/06
220  6
1R17
(214 – 226)
6
220
03/10/06
220  6
1R17
(214 – 226)
1
220
10/13/07
220  6
1R18
(214 – 226)
3
220
09/02/01
220  6
1R14
(214 – 226)
1
220
09/27/07
220  6
1R18
(214 – 226)
3
220
09/24/01
220  6
1R14
(214 – 226)
4
220
03/11/03
220  6
1R15
(214 – 226)
2
220
05/01/09
220  6
1R19
(214 – 226)
4
220
03/12/03
220  6
1R15
(214 – 226)
5
220
11/01/04
220  6
1R16
(214 – 226)
1BVT 1.60.5
Issue 1 Revision 23
Page 38 of 45
RV-1EE-204C
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
Unit 1
RV-1EE-202C
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
5
RV-1DA-101
(TYPE-C)
RV-1DG-102
(TYPE-C)
RV-1SI-857
5
RV-1SI-894
2
RV-1SS-605
(TYPE-C)
RV-1SS-606
(TYPE-C)
RV-1SS-607
(TYPE-C)
RV-1SS-608
(TYPE-C)
RV-1SS-609
(TYPE-C)
RV-1SS-610
(TYPE-C)
RV-1SS-611
(TYPE-C)
RV-1CC-109
5
3
6
1
2
4
3
6
2
5
3
RV-1CC-116B
5
pres comp)
2472
(incl 13 psig
pres comp)
2472  74
(2398 – 2546)
10/21/04
1R16
1BVT 1.60.5
Issue 1 Revision 23
Page 39 of 45
RV-1CC-116A
"THERMAL" RELIEF VALVES
(EACH VALVE MUST BE TESTED OR REPLACED ONCE EVERY 10 YEARS)
2472
09/07/01
2472  74
(incl 13 psig
1R14
(2398 – 2546)
Unit 1
RV-1CH-391
Beaver Valley Power Station
1
IST SAFETY AND RELIEF VALVE TRACKING
RV-1CH-383
"THERMAL" RELIEF VALVES
(EACH VALVE MUST BE TESTED OR REPLACED ONCE EVERY 10 YEARS)
2735
10/10/07
2735  82
1R18
(2653 – 2817)
2735
11/02/04
2735  82
1R16
(2653 – 2817)
150
11/02/04
150  4
1R16
(146 – 154)
100
10/15/07
100  3
1R18
(97 – 103)
2735
03/14/06
2762  82
1R17
(2680 – 2844)
750
05/02/09
750  22
1R14
(728 – 772)
700
10/16/07
700  21
1R18
(679 – 721)
2485
09/27/07
2535  76
1R18
(2459 – 2611)
2485
05/03/09
2510  75
1R19
(2435 – 2585)
2485
04/03/03
2535  76
1R15
(2459 – 2611)
2485
09/25/01
2535  76
1R14
(2459 – 2611)
2485
02/26/06
2510  75
1R17
(2435 – 2585)
2485
04/28/09
2535  76
1R19
(2459 – 2611)
150
11/05/04
150  4
1R16
(146 – 154)
RV-1CC-116C
1
2472
(incl 13 psig
pres comp)
RV-1CC-119A
4
141
(incl 9 psig
pres comp)
RV-1CC-119B
6
141
(incl 9 psig
pres comp)
RV-1CC-136A
4
148
(incl 2 psig
pres comp)
6
148
(incl 2 psig
pres comp)
RV-1CC-139A
1
150
RV-1CC-139B
1
150
RV-1CC-139C
1
150
RV-1CC-139D
1
150
RV-1CC-139E
1
150
2472  74
(2398 – 2546)
10/18/07
1R18
141  4
(137 – 145)
10/30/04
1R16
141  4
(137 – 145)
03/16/06
1R17
148  4
(144 – 152)
05/14/09
1R19
148  4
(144 – 152)
01/10/06
1R17
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
06/08/07
1R18
09/21/07
1R18
04/06/07
1R18
04/05/07
1R18
03/29/07
1R18
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
Unit 1
RV-1CC-136B
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
1BVT 1.60.5
Issue 1 Revision 23
Page 40 of 45
6
RV-1CC-139H
6
RV-1CC-139I
3
RV-1CC-139J
3
RV-1CC-139K
6
RV-1CC-139L
6
RV-1CC-139M
1
RV-1CC-139N
1
RV-1CC-139P
6
RV-1CC-139R
1
RV-1CC-261
(TYPE-C)
RV-1CC-262
(TYPE-C)
RV-1CC-263
(TYPE-C)
2
5
3
4
"THERMAL" RELIEF VALVES
(EACH VALVE MUST BE TESTED OR REPLACED ONCE EVERY 10 YEARS)
150
09/18/01
150  4
1R14
(146 – 154)
150
10/30/04
150  4
1R16
(146 – 154)
1BVT 1.60.5
Issue 1 Revision 23
Page 41 of 45
RV-1CC-264
(TYPE-C)
RV-1CC-265
(TYPE-C)
1
Unit 1
RV-1CC-139G
Beaver Valley Power Station
1
IST SAFETY AND RELIEF VALVE TRACKING
RV-1CC-139F
"THERMAL" RELIEF VALVES
(EACH VALVE MUST BE TESTED OR REPLACED ONCE EVERY 10 YEARS)
150
04/04/07
150  4
1R18
(146 – 154)
150
03/16/06
150  4
1R17
(146 – 154)
150
03/16/06
150  4
1R17
(146 – 154)
150
09/08/01
150  4
1R14
(146 – 154)
150
09/06/01
150  4
1R14
(146 – 154)
150
02/27/06
150  4
1R17
(146 – 154)
150
03/07/06
150  4
1R17
(146 – 154)
150
03/29/07
150  4
1R18
(146 – 154)
150
05/23/07
150  4
1R18
(146 – 154)
150
05/11/07
150  4
1R18
(146 – 154)
150
05/09/07
150  4
1R18
(146 – 154)
150
03/11/09
150  4
1R19
(146 – 154)
150
06/07/07
150  4
1R18
(146 – 154)
150
10/09/07
150  4
1R18
(146 – 154)
1
150
6
150
3
150
6
150
4
150
6
150
1
150
2
150
3
150
6
150
1
RV-1RW-101B
2
RV-1RW-101C
6
RV-1RW-101D
2
06/06/07
1R18
01/10/06
1R17
09/08/01
1R14
11/26/05
1R17
01/30/04
1R16
01/12/06
1R17
05/23/07
1R18
03/11/09
1R19
09/18/01
1R14
01/14/06
1R17
"THERMAL" RELIEF VALVES
(EACH VALVE MUST BE TESTED OR REPLACED ONCE EVERY 10 YEARS)
85
10/02/07
85  2
1R18
(83 – 87)
85
04/25/09
85  2
1R19
(83 – 87)
85
02/25/06
85  2
1R17
(83 – 87)
85
05/04/09
85  2
1R19
(83 – 87)
1BVT 1.60.5
Issue 1 Revision 23
Page 42 of 45
RV-1RW-101A
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
150  4
(146 – 154)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
Unit 1
RV-1CC-266
(TYPE-C)
RV-1CC-267
(TYPE-C)
RV-1CC-268
(TYPE-C)
RV-1CC-269
(TYPE-C)
RV-1CC-270
(TYPE-C)
RV-1CC-271
(TYPE-C)
RV-1CC-272
(TYPE-C)
RV-1CC-273
(TYPE-C)
RV-1CC-274
(TYPE-C)
RV-1CC-275
(TYPE-C)
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
RV-1RW-102A
1
74
(incl 1 psig
pres comp)
RV-1RW-102B
6
74
(incl 1 psig
pres comp)
RV-1RW-102C
3
74
(incl 1 psig
pres comp)
RV-1RW-106A
3
75
RV-1RW-106B
4
75
LAST
TESTED
GRP 3
GRP 4 GRP 5
(P&L VI.E)
----------------- ---------------------1R20 (Fall 2010)
1R21 1R22
OUTAGE As Found/As Left Dates (S’12) (F’13)
10/16/07
1R18
74  2
(72 – 76)
03/27/06
1R17
74  2
(72 – 76)
03/18/03
1R15
75  2
(73 – 77)
75  2
(73 – 77)
04/01/03
1R15
03/14/03
1R15
Unit 1
74  2
(72 – 76)
GRP 6 GRP1 GRP2
--------- --------- --------1R23 1R24 1R25
(S’15) (F’16) (S’18)
Beaver Valley Power Station
RELIEF
VALVE
IST SAFETY AND RELIEF VALVE SETPOINTS AND TRACKING LOG SHEET (DATE LAST COMPLETED)
GROUP #
-------------COMPENSATED
CURRENT
AMBIENT SETPOINT
LOCATION SETPOINT
AND RANGE
IN PLANT
(psig) (SEE P&L VI.C) (psig)
IST SAFETY AND RELIEF VALVE TRACKING
DATA SHEET 2
1BVT 1.60.5
Issue 1 Revision 23
Page 43 of 45
Beaver Valley Power Station
IST SAFETY AND RELIEF VALVE TRACKING
XII.
Unit 1
1BVT 1.60.5
Issue 1 Revision 23
Page 44 of 45
ATTACHMENTS
Attachment 1
Model Notifications for Valve Functional Location Nos.
Beaver Valley Power Station
IST SAFETY AND RELIEF VALVE TRACKING
XIII. FIGURES/TABLES/GRAPHS
None
Unit 1
1BVT 1.60.5
Issue 1 Revision 23
Page 45 of 45