ML20212H705
| ML20212H705 | |
| Person / Time | |
|---|---|
| Site: | Wolf Creek  |
| Issue date: | 02/28/1987 |
| From: | Schultz R WOLF CREEK NUCLEAR OPERATING CORP. |
| To: | |
| Shared Package | |
| ML20212H703 | List: |
| References | |
| PROC-870228, NUDOCS 8703060198 | |
| Download: ML20212H705 (169) | |
Text
_
.- l 3r WOLF CRb2K NUCLEAE OPERATI G' CORPORATION l-WOLF' CREEK GENERATING STATION INSERVICE TESTING PROGRAM FOR PUMPS AND VALVES Rev. 6 February, 1987 i
. PREPARED BY IST Engineed e7 REVIEWED BY j
o Operations Coor31nator-Projects & Planning
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Q
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'&f APPROVAL SuperintendentfofOIerations
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G703060190 870302 PDR ADOCK 05000402 7
1-LIST OF TABLES Table-Title Page
. l.1 -
PIPING AND INSTRUMENTATION DIAGRAMS 2
3.1-1 INSERVICE VALVE TESTS 25
~3.1-2 TEST FREQUENCY.
28 i
TABLE OF CONTENTS Page.
List of Tables l'
l.0
-INTRODUCTION.
1 2.0 TESTING PROGRAM FOR PUMPS 4
2.1 General Information 4
2.1.1 Applicable Code 4
2.1.2. Pump Program Tables 4
2.1.3 Measurement of Test Quantitles 5
2.1.4-Allowable Ranges of Test Quantities 5
2.1.5 Instrument Accuracy 5
2.2 Relief Requests for Pump Testing Program 6
3.0 TESTING PROGRAM FOR VALVES 21 3.1 General Information 21 3.1.1 Applicable code 21 3.1.2 Valve Program Tables 21 3.1.3 Measurement of Te't Quantities
- 23 s
3.1.4 Allowable Ranges of Test Quantities 24 3.1.5 Instrument Accuracy 24 3.2 Relief Requests for Valve Testing Program 29 Appendix A - Pump Testing Program 52 Appendix B - Valve Testing Program 55 11
1.8
' INTRODUCTION-The. Wolf Creek Generating Station.ASME Inservice Testing' Program for pumps and valves will be in effect through'the first 120 month inspection period and will be-updated in accordance with the requirements of 10 - CFR 59.55a (g).
This document outlines the Inservice Testing -(IST)
Program based on the requirements of' Section.XI of the ASME Boiler & Pressure Vessel Code, 1980 Edition through the. Winter 1981 Addenda.
All references to IWP~
or IWV,'respectively, of ASME Section XI, reflect the-1980 Edition through the Winter 1981 Addenda, unless otherwise noted.
The Inservice Inspection (ISI) classification
-boundaries are identical to the design classification or quality group boundaries shown on the plant Piping and Instrument Diagrams (P& ids) listed in Table 1.1.
Some valves within the ISI boundaries are identified as nonclassed (NC).
This IST Program was developed using the ISI classification boundaries and the following documents:
Title 10, Code of Federal Regulations, Part 50, Paragraph 50.55a(g)
NRC Regulatory Guides Division 1 Standard Review Plan 3.9.6,
" Inservice Testing of
~
Pumps and Valves" Division 1 (draft), Regulatory Guide and Value/ Impact Statment, " Identification of Valves for Inclusion in Inservice Test Programs" "NRC Staff Guidance for Preparing Pump and Valve Testing Programs and Associated Relief Request,"
January 1978 Final Safety Analysis Report, Wolf Creek Generating Station Technicial Specifications, Wolf Creek Generating Station The inservice tests identified in this program will verify the operational readiness of pumps and valves whose functions are required to mitigate the consequences of an accident or to bring the Reactor to a cold shutdown condition.
Rev. 6 Page 1 of 166
7-.
Tzbla 1.1-PIPING AND INSTRUMENTATION DIAGRAMS SYSTEN PEID MAIN STEAM SYSTEM M-12AB01 M-12AB02 MAIN FEEDWATER SYSTEM M-02AE02 AUXILIARY FEEDWATER SYSTEM M-12AL01 CONDENSATE STORAGE AND TRANSFER SYSTEM M-02AP01 l
REACTOR COOLANT SYSTEM M-12BB01 M-12BB02 M-02BB03 M-12BB04 CHEMICAL & VOLUME CONTROL SYSTEM M-12BG01 M-12BG02 M-12BG03 Il-12BG04 M-12BG05 REACTOR MAKE-UP WATER SYSTEM M-12BL01 STEAM GENERATOR BLOWDOWN SYSTEM M-12BM01 BORATED REFUELING WATER STORAGE SYSTEM M-12BN01 FUEL POOL COOLING AND CLEAN-UP SYSTEM M-12EC01 M-02EC02 ESSENTIAL SERVICE WATER SYSTEM M-K2EF01 M-02EF01 M-02EF02 COMPONENT COOLING WATER SYSTEM M-12EG01 M-12EG02 M-02EG03 RESIDUAL HEAT REMOVAL SYSTEM M-12EJ01 HIGH PRESSURE COOLANT INJECTION SYSTEM M-12EM01 M-12EM02 CONTAINMENT SPRAY SYSTEM M-12EN01 ACCUMULATOR SAFETY INJECTION SYSTEM M-02EP01 Rev. 6 Page 2 of 166
r :
T blo 1.1 PIPING AND INSTRUMENTATION DIAGRAMS
- SYSTEM PEID j
AUXILI ARY TURBINES-AUXILIARY FEEDWATER PUMP TURBINE.
M-12FC02 CONTAINMENT HYDROGEN CONTROL SYSTEM M-12GS01 CONTAINMENT PURGE SYSTEM M-12GT01
-LIQUID RADWASTE SYSTEM
-M-12HB01
- DECONTAMINATION SYSTEM M-02HD01 EMERGENCY FUEL OIL SYSTEM M-12JE01 COMPRESSED AIR SYSTEM M-02KA01 M-02KA02 M-02KA05 2
CONTAINMENT BREATHING AIR M-12KB01 FIRE PROTECTION SYSTEM M-12KC02 STANDBY DIESEL GENERATOR M-02KJ01 M-12KJ02 M-02KJ03 M-02KJ04 M-12KJ05 M-02KJ06 REACTOR BUILDING AND HOT MACHINE SHOP FLOOR AND EQUIPMENT DRAIN SYSTEM M-12LF33 M-02LF09 NUCLEAR SAMPLING SYSTEM M-12SJ01 M-12SJ04 Rev. 6 Page 3 of 166
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- 2.9 IES'RVICE TESTINb PROGRAM FOR PUMPS 2.1 General Information 2.1.1 Applicable Code This testing program for ISILClass 1, 2 and 3 pumps meets the requirements of Subsection IWP of Section XI of the ASME Boiler and Presquee Vessel Code, 1980 Edition.through the Winter of 1981 Addenda.
Where these requirements ace determined to be impractical, specific request's for relief have.been. written and included in Section 2.2.
2.1.2 Pump Program Tables Wolf Creek Generating,x A list,p(il pumps included in the The tables in Appendi Station' WCGS) IST Program.
Data contained in these tables identpfies those pumps subject to inservice testing, the inservice test quantities to be measured, the inservice testing frequency, and any applicable rer.arkd.
The column headings are listed and explained'below:
PUMP IDENTIFICATION PUMP NUMBER:
The pump identification number.
SYSTEM:
The system of which the pump is a component.
ISI CLASS:
The ISI classification of the pump.
/
P&ID NUMBER:
The WCGS drawing number for the PiID referring to the pump.
P&ID COORD:
The drawing coordinate location of the pump on the P&ID.
ISI REQUIREMENTS s
PUMP SPEED, INLET (SUCTION) PRESSURE, DIFFERENTIAL PRESSURE, FLOW RATE, VIBRATION, BEARING TEMPERATURE AND LUBRICANT LEVEL OR PRESSURE:
When the word "YES" appears in a particular test quantity column, that quantity will be measured or observed during inservice testing in accordance with Subsection IWP.
If a -
modified test is planned or a test is being waived, a request for relief number will appear in the test quantity column referencing the pump relief request.
Requests for relief are identified as PR-X, where X is the sequential number of the relief.
The requests for relief are included in Section 2,.2.
Rev. 6-Page 4 of 166 e,-
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r 2.1. 3 '
, Maccurc22nt of Test Outntities SPEED:
Per IWP-4400, shaft speed need not be measured for pumps directly coupled to synchronous or. induction type. motor dr ivers.
For variable speed pumps, the pump speed is set at the reference speed per IWP-3100.
INLET (SUCTION) PRESSURE:
For submerged pumps, inlet L
pressure will be calculated (using. appropriate correction factors) from a measured tank or basin level.
All other inlet pressure measurements will be taken using pressure instruments at or near the pump inlet.
DIFFERENTIAL PRESSURE:
Differential pressure will be calculated from inlet and discharge pressure measurements or by direct dif ferential pressure measurement.
FLOW RATE:
Flow rate will be measured using a rate or quantity meter installed in the pump test circuit.
VIBRATION:
Pump vibration will be measured with one of the instruments referenced in IWP-4520.
BEARING TEMPERATURE:
Pump bearing temperature (s) will not be measured.
(Relief Request PR-1).
LUBRICANT LEVEL OR PRESSURE:
Pump lubricant level or pressure will be observed during each inservice test when applicable.
2.1.4 Allowable Ranges of Test Quantities The allowable ranges specified in Table IWP-3100-2 will be used for differential pressure, flow and vibration measurements with the following exceptions.
The Acceptable Range (on the high side) for differential pressure (DP) and flow (Q) shall be 1.05 times the reference value.
The Alert Range (High values) shall be >l.05 times the reference value for differential pressure and flow.
Also for DP and Q the Required Action Range (High values) will not be used.
The aforementioned exceptions are applicable only to certain pumps (see Relief Request PR-11).
Should a measured test quantity fall outside the allowable range, corrective action per IWP-3230 shall be followed.
2.'l.5 Instrument Accuracy y
Allowable instrument accuracies are given in Table IWP-4110-1.
If the accuracies of the station's
- k. '
instruments are not acceptable, temporary instruments
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y' meeting those requirements in Table IWP-4110-1 will be used.
l-Rev. 6 Page 5 of 166 i
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SECTION 2.2 i
RELIEF BEQUESTS FOR PUMP TESTING PROGRAM
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l Rev. 6 Page 6 o f 16 6
RELIEF' REQUEST NO..PR-1 PUMPS:
PAL 91 A and B, Motor Driven Aux. Feedwater Pumps; PAL 92,. Turbine Driven Aux. Feedwater Pump; PBG02 A-and Boric. Acid 1Tran'fer Pumps; PBG05 A and B, B,
s Centrifugal Charging' Pumps; PEC01 A and B, Fuel Pool Cooling' Pumps PEF 01 A~and B, Essential Service Water-
- Pumps; PEG 01 A, B, C and D, Component Cooling Water Pumps; PEJ01 A and B, Residual Heat. Removal Pumps;
'PEM01 A and B, Safety Injection Pumps;. PEN 01 A and;B,
-Containment Spray Pump'; PJE01 JL and B, Emergency Fuel s
Oil ~ Transfer Pumps.
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CLASS:-
ISI Class 2 and 3-TEST REQUIREMENT:
The temperature of all centrifugal pump bearings outside-the main flow path shall-be mea ~sured at points selected to be responsive to changes in the temperature of the bearing.
.(IWP-4310)-
BASIS FOR-RELIEF:.
'a)
Bearings of certain pumps addressed in this relief request are cooled by their respective process fluid.
Thus, bearing temperature measurements would be highly dependent on the temperature of the' cooling medium.
d
.b)
Bearing temperature taken at one-year intervals provide little data toward determining the incremental degradation of a bearing or providing any meaningfully trend information.
c)
All pumps addressed'by this relief request, except for the Emergency Fuel Oil Transfer Pumps, are subjected to vibration measurements on a quarterly basis in accordance with Subsection IWP-4500.
Vibration measurements are a significantly more reliable indication of pump bearing degradation than are temperature measurements.
In summary, other measurable parameters are more indicative of pump performance and in some instances the measured temperature does not represent the actual bearing temperature.
Therefore, pump bearing i
temperature will not be measured.
ALTERNATE TESTING:
None Rev. 6 Page 7 of 166
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RELIEF ggGUEST NOe PR-2 (NOT USED)
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Rev. 6 Page 8 Of 166
RELIEF REQUEST NO. PR-3 PUMPS:
PEF 01 A and B, Essential Service Water Pumps; PJE01 A and B,, Emergency Fuel Oil Transfer Pumps.
CLASS:
ISI~ Class 3
- TEST REQUIREMENT:
Measure pump inlet pressure before starting-the pump and during the test.
(Table IWP-3100-1)
BASIS FOR RELIEF:
The Essential Service Water and Emergency Fuel Oil pumps are submerged and the pump inlet pressure are assumed to correspond to that of the static head of-the medium in which the pumps reside.
Since-these level's remain essentially constant through the duration of the.
tests, only~one measurement is required.
ALTERNATE TESTING:
For the ESW and Emergency Fuel Oil Transfer pumps, a single suction pressure will be calculated for each test based on the submergence of the pump.
s Rev. 6 Page 9 of 166
RELIEF REQUEST N3. PR-4 PUMPS:
- PJE01 A and B,. Emergency Fuel Oil Transfer Pumps
' CLASS: -
.ISI Class 3 TEST REQUIREMENT:
Pump vibration shall be measured during-each' Inservice Test.
(IWP-3100)
BASIS FOR RELIEF:
The Emergency Fuel Oil Transfer-pumps are 'ubmerged s
within the Diesel Fuel Oil. tanks, thus inaccessible.
Therefore, a vibration measurement is. impractical.
ALTERNATE TESTING:
None 1.
W
.l Rev. 6 Page 10 of 166
' RELIEF REQUEST NO. PR-5 1-PUMPS:
PBG02 A and B, Boric Acid Transfer Pumps; PJE01 A and B, Emergency Fuel Oil Transfer Pumps.
CLASS:
ISI Class 3 TEST REQUIREMENT:
Proper. lubricant level or pressure shall be observed during each Ins'ervice test.
(IWP-3100)
BASIS FOR RELIEF:
The Boric Acid Transfer Pumps and the Emergency Fuel Oil Transfer Pumps are canned motor-pumps.- These pumps-are continuously' lubricated by their process-fluid when the pump is running.
There are no gauges installed to
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indicate lubricant level or pre ~sure'and it would be s
impractical to do so.
Therefore, lubricant level or pressure will not be observed.
ALTERNATE TESTING:
None Rev. 6 Page 11 of 166 t
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RELIEF REQUEST NO. PR-6 PUMPS:
PJE01A and B, Emergency Fucl Oil. Transfer Pumps.
CLASS:
- ISI Class 3 TEST REQUIREMENT:
Instrument accuracy shall be within the limits of Table' IWP-4110-1.
(IWP-4110)-Pressure measurement instrumentation accuracy ' hall be no greater than + 2%
s
~
of full scale.
BASIS'FOR RELIEF:
Inlet pressure and differential pressure of Pumps PJE01A and PJE01B are calculated utilizing a level measurement (see Relief Request No. PR-3).
The-only practical means available for level measurement is with permanent plant instrumentation.
Level is measured with a level indicator that has a maximum allowable accuracy of i 2.5%..
Other methods.to measure level would involve lifting the Emergency Fuel Oil' Storage Tanks' missile shields, one shield ever 46 days.
Removing missile shields poses a threat to safety and increases the potential for fuel oil contamination and damage to equipment.
Latest calibration of instrumentation has revealed an accuracy of < 1 2%.
ALTERNATE TESTING:
Inlet pressure and differential pressure will be calculated using a level. measurement.sith a maximum allowable accuracy of i 2.5% of full scale.
i 4
l Rev. 6 Page 12 of 166 i
RELIEF REQUEST NO. PR-7' (NOT USED)
Rev. 6 Page 13 of 166
RELIEF REQUEST NO. PR-8 PUMPS:
PBG02 A and.B, Boric Acid Transfer Pumps; PJE01 A and" B, Emergency Fuel Oil Transfer Pumps.
CLASS:
ISI Class 3 l
l l
TEST REQUIREMENT:
Flow rate shall be measured using a rate or quantity meter installed in the pump test circuit.
(IWP-4600)
BASIS FOR RELIEF:
a)
There is no flow instrumentation installed in the test flow path for the pumps listed above.
b)
All of the pump tests will be performed with the system lined up in a recirculation flow path or fixed resistance flow path.
Therefore, system flow characteristics will be the same for each test.
c)
In a fixed resistance system (pump running in a recirculation test flow path) pump differential pressure is indicative of pump performance.
For the reasons stated above flow rates will not be measured.
ALTERNATE TESTING:
None.
l' l
Rev. 6 Page 14 of 166
b.
-RELIEF REQUEST NO. PZ-9 PUMPS:
PEF 01 A and B, Essential' Service Water Pump's CLASS:
ISI Class 3
-TEST REQUIREMENT:'
On a-pump coupled to the driver the vibration measurement shall be taken on the bearing housing near the coupling.
(IWP-4510)
BASIS FOR RELIEF:
The Essential Service Water pumps are vertical, multistage pumps submerged in their process fluid and thus are inaccessible.
Therefore, vibration measurement is impractical.
ALTERNATE TESTING:
Vibration measurements.will be taken on the pumps' associated motor bearings housing for indication of pump bearing degradation.
l Rev. 6 Page 15 of 166 l
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RELIEF _ REQUEST NO. PR-15
-PUMPS:
PJE01 A and B, Emergency Fuel Oil Transfer. Pumps.
CLASS:
-ISI Class-3 TEST REQUIREMENT:
When measurement'of bearing temperature is not required, each pump shall be run.at lea't 5 min under s
. conditions as stable as the system permits.
[IWP-3599(a)].
BASIS FOR RELIEF:
The Emergency Fuel Oil Day Tanks have an automatic pump shutoff corresponding to a certain level of oil.
The pumps would have reached the level of automatic pump
~
shutoff before the.5 minutes had elapsed.
Therefore a 5 min, pump run time is impractical.
Furthermore, pump discharge pressure has been observed to stabilize in less than 5 minutes.
I~
ALTERNATE TESTING:
The Emergency Fuel Oil Transfer Pump will be run for one minute before specified measurements'are recorded.
The specified measurements will be recorded after.
pressure has stabilized.
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I Rev. 6 Page 16 of 166 l
. _ _..,_-...- _ __. _ _. _,_. _. _ _ -.__...-..-. _ _...._-._-- _ _..~,__ _
RELIEF REQUEST NO. PC-ll PUMPS:
PAL 91A and B, Motor Dr iven Aux. Feedwater Pumps; PALG2, Turbine Driven Aux. Feedwater Pump; PBG05A and B, Centrifugal Charg ing Pumps; PEF 01B, Train "B" Essential Service Water Pump; PEG 01A, B and C, Component Cooling Water Pumps; PEJ01A and B, Residual Heat Removal Pumps; PEM01A, Train "A" Safety Injection Pump; PJE01A and B,
-Emergency Fuel Oil Transfer Pumps; PEC01A and B, Fuel Pool Coolant Pumps.
CLASS:
ISI class 2 and 3 TEST REQUIREMENT:
The allowable ranges of inservice test quantities in relation to the reference values are tabulated in Table IWP-3100-2.
This table limits the acceptable-performance of each pump dependent variable (flowrate or differential pressure) to a maximum of 103 percent of the respective reference value.
If the test parameter should exceed this limit, it shall be declared inoperative and removed from cervice.
(IWP-3200)
BASIS FOR RELIEF:
The requirement to declare a pump inoperative when a test parameter exceeds the reference value by 3 percent is not technically justified, sound engineering judgement, nor acceptable plant operating practice for the following reasons:
Indiscriminately declaring safety system pumps inoperative results in excessive and unneeded testing of other plant safeguard systems and components.
Such testing could ultimately detract i
from the overall reliability of the plant safety systems.
In addition, unwarranted testing unnecessarily adds to the burden of the operations force and dilutes ef forts focused on the performance of their primary duties.
Also, operators are subjected to additional, and unnecessary radiation exposure.
Rev. 6 Page 17 of 166
1
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.c
-RELIEF ~ REQUEST NO. PR-ll-
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(continued)
I 1me case where a test. parameter exceeds the.
'referencelvalue is.not necessarily indicative of pump degradation.: It may merely' signify.that-the -
reference value is probably at.the lower. side'ofLthe statisticaliscatter of.the test data:and the specific test in question.is on the upper side.
' Note thatithe. reference values are subject to the zsame' elements of statistical' error associated with.
any-other individual test.
/
The 3-percent limitation is' overly ~ restrictive when-compared toLthe accuracy of the instrumentation used L
to gather the test. data.
Analysis has shown that, in order-to consistantly remain below the 3-percent-c 1
xlimit, instrument loop-accuracies-in the range 8.5 i.
to 9.75 percent would be required.
This presents a significantly more restrictive" requirement than that 4
established by Paragraph IWP-4119 (+2 percent).
Power-plant' operating systems are not configured in a manner that provides the laboratory-type
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conditions demanded to meet the repeatability
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implied by the 3-percent restriction.
Several of.
j the-tests require throttling with large' gate or I
butterfly valves 'using remote manual control.
- Thus, o
non-quantifiable system flow conditions are created that are certain to affect measured test quantities.
To ensure the reference values do not reflect operations at the lower end of the performance spectrum and, thus, ultimately be reflected in i
frequently exceeding the upper performance. limits.as a result of instrument drift, all related instrumentation is calibrated on a frequent basis.
This requirement provides no additional measure of reliability to the equipment.
When the upper limits are exceeded, the only L
reasonable way of correcting the' inoperative condition is to conduct an analysis to ensure that the pump is indeed operable and capable of meeting its intended function.
When this is done, in accordance with Subarticle IWP-3230(c), a new l-reference value must be established.
Due to the test conditions and methods of testing at WCGS, any l
r change in the reference point eliminates the correlation of future test results with past pump performance.
Because, the usefulness of any past 2-data in determining a trend for pump performance is L
essentially eliminated a primary goal and basis for the inservice testing program could be jeopardized.
R ev. 6 I
Page 18 of 166 2
4 I
RELIEF REQUEST NO. PR-ll (Continued)
ALTERNATE TESTING:
Pumps will be tested-in accordance with Subsection IWP with the following exceptions:
a)
The Required-action range -(HIGH) will be eliminated for test quantities flowrate and differential pressure; and b)
The Alert-range (HIGH) will be above a value equal to 105 percent of the reference value for test quantities of flowrate and differential pressure.
Rev. 6 Page 19 of 166
RELIEF RBQUEST NO. PR-12 PUMPS:
All Pumps CLASS:
ISI Class 2 and 3 TEST REQUIREMENT:
The full-scale range of each instrument shall be three times the reference value or less. (IWP-4120)
BASIS FOR RELIEF:
vibration detectors usually have multiple over lapping scales rather than a single full scale range.
It is not practical to apply the requirement of three times the reference value or less.
When the reference value falls under 0.5 mils a detector with the three-times-or-less scale would not allow a measurement in the
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Required Action Range of > 1.5 mils.
For example, with a reference value of 0.3 mils and using a detector with a range of 0-0.9 mils, the determination of being in the Alert Range (1.0 - 1.5 mils) or the Required Action Range
(> 1.5 mils) could not be accomplished.
ALTERNATE TESTING:
A vibration detector with multiple over lapping scales will be used.
The amplitude of vibration for each test will determine which scale is to be used.
i Rev. 6 Page 20 of 166
3.5 INSERVICl TESTING PROGRAM F07 VALVES -
3.1 General Information 3.1.1 Applicable Code This testing program for ISI Class 1, 2, 3, and NC valves meets the requirements of Subsection IWV of Section XI of the ASME Boiler and Pressure Vessel Code, 1989 Edition through the Winter 1981 Addenda.
Where the'e requirements are determined to be impractical, s
specific reque~ts for relief have been written and s
included in Section 3.2.
3.1.2 Valve Program Tables The tables in Appendix B list all ISI Class 1, 2, 3, and NC valves that have been assigned valve categories.
Valves exempt per IWV-1200 are not listed.
The following information is included for each valve.
VALVE IDENTIFICATION AND IST REQUIREMENTS SYSTEM-P&ID:
Located in the top right hand corner of the program table as drawing number (DWG. No.).
This identifies the valve's associated system and P&ID.
VALVE NO:
The valve identification number.
PEID COOR.:
The drawing coordinate location on the P&ID for the valve.
ISI CLASS:
The ISI classification of the valve (NC = Non ASME Code Class).
ISI CAT.:
The category (s) assigned to the valve based on the definitions per IWV-2200.
Four (4) separate categories are defined in the Code Category A -
ValVeG for which seat leakage is limited to a specific maximum amount in the closed position for fulfillment of their function.
Category B -
Valves for which seat leakage in the closed position is inconsequential for fulfillment of their function.
Category C -
valves which are self-actuating in response to some system characteristic, such as pressure (relief valves) or flow direction (check valves).
Rev. 6 Page 21 of 166
C"tegory n -
Valvac which cro cetuntsd by en enorgy
~
source capable of only one operation, such as rupture disks or explosive-actuated valves.
VALVE SIZE:
The nominal size of the valve in inches.
VALVE TYPE:
The valve body design as indicated by the following abbreviations:
ANGLE ANG BALL BAL BUTTERFLY BTF CHECK CK DIAPHRAGM DIA GATE GA GLOBE GL RELIEF RV RUPTURE DIAPHRAGM RPD SAFETY SV STOP CHECK SCK l
THREE WAY TWY ACT. TYPE:
The type of valve actuator as indicated
~
by the following abbreviations:
MOTOR OPERATION MO AIR OPERATOR AO SOLENOID OPERATOR SO HYDRAULIC OPERATOR HO MANUAL M
SELF ACTUATED SA
+
NORM. POS.:
The position of the valve during normal plant operation, specified as follows:
O Normally Open C
Normally Closed TEST RQMT:
The test (s) that will be performed to fulfill the requirements of Subsection IWV.
The test definitions and abbrev!ations used are identified in Table 3.1-1.
TEST FREQ.:
The frequency at which the above mentioned tests will be performed.
Test frequencies are defined in Table 3.1-2.
Rev. 6 Page 22 of 166
MAX STROK7 TIME:
Tha limiting r ximum valua of full stroke time, in seconds, for' power-operated valves in Category A or B.
s RELIEF REQUEST:
The reference to a relief request in Section 3.2 for valve testing.
Requests for relief are identified as VR-XX.
REMARKS:
This contains any specific comments pertaining to that valve.
(NOTES are located in the back of Appendix B).
3.1.3 Measurement of Test Quantities STROKE TIME:
Stroke time is that time interval from initiation of the actuating signal to the end of the actuating cycle.
Stroke time values for each power operated valve is specified in the valve program table.
POSITION INIDICATION:
Valve disk movement is determined by
^
exercising the valve while observing an appropriate indicator which signals the required change of disk position, or observing indirect evidence, such as changes in system pressure, flow rate, level or temperature, which reflect stem or disk position.
SEAT LEAKAGE:
(a)
AT-1 valve leak rate testing will be performed via 10 CFR 50 Appendix J (Type C) leak rate testing.
AT-2 valve leak rate testing will be performed via Reactor Coolant System pressure isolation valve leak rate testing.
Rev. 6 Page 23 of 166
(b)
Saat lockcg3 10 m ccursd by ono of the following methods:
(1)-
draining the line, closing the valve,' bringing one' side to test pressure, and measuring leakage through a downstream telltale-connection, or (2) by measuring the feed rate required to maintain pressure between two valves or between-two ~ eats of a gate valve, s
provided the total apparent leat e e is charged to the valvs gate valve seat being tested, and that the condi ions required by IWV-3423 are satisfied.
3.1.4 Allowable Ranges of Test Quantities STROKE TIME:
'(a)
If, for power operated valves, an increase in stroke time of 25% or more from the previous test for
~
valves with stroke times greater than 10 sec. or 50% or more for valves with stroke times less than or equal to-10 sec. is observed test frequency shall be increased to once each month until corrective action is taken.
(b)
Valve stroke time shall not exceed I its specified limiting stroke time value.
POSITION INDICATION:
The valve disk shall move to the position that is indicated by the remote position indicator.
SEAT LEAKAGE:
Valve leakage rates shall not exceed the values specified by Wolf Creek Generating Station.
3.1.5 Instrument Accuracy Instruments used to measure stroke times shall be capable of measurement to the nearest second.
Rev. 6 Page 24 of 166
m TABLE 3.1-1 INSERVICE VALVE TESTS TEST TEST NAME TEST DESCRIPTION AT-1 Type C leaktest Containment isolation valves will be seat leak tested in accordance with WCGS Technicial Specification requirements and Appendix J, 10 CFR 50.
AT-2 Pressure isolation valve Those valves so designated leaktest will be leak' tested in accordance with WCGS Technical Specification 4.4.6.2.2.
AT-3 Accumulator check valve Check valves designed to test maintain air-accumulator charge upon loss of normal plant service or inctrument air will be subjected to air pressure drop.
BT-O Full-stroke exercise Exercise testing in the test to the OPEN open direction, verified position (IWV-3412 by stroke time and 3413) measurement, will be performed to confirm the full 'troke capability of s
each valve.
The stroke direction tested and timed (open) is based on the direction the valve disk must travel to fulfill a safety function.
Rev. 6 Page 25 of 166
TABLE 3.1-1 INSERVICE VALVE TESTS
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TEST TEST NAME TEST _DESCRI,PTION BT-C Full-stroke exercise Exercise testing in the test to the CLOSED closed direction, verified position (IWV-3412 and by stroke time measurement, 3413) will be performed to confirm the full stroke capability of each valve.
The stroke direction tested and timed (close) is based on the direction the valve disk must travel to fulfill a
~
safety function.
BT-P Partial-stroke Partial-stroke exercise exercise test testing will be performed to (IWV-3412) confirm partial stroke capability of each valve.
The stroke direction tested' is based on the direction the valve disk must travel to fulfill a safety function.
CVT-O Check valve exercise Check valves will be test to OPEN position exercised from the fully (IWV-3520) closed to the fully open positions.
Verification of safety basis system flow or full stroke calculated flow through a check valve shall be an adequate demonstration that the valve is full open.
CVT-C Check valve exercise Check valves will be test to CLOSED position exercised from the fully (IWV-3520) open.to the fully closed positions.
The stroke direction tested (closed) is based on the direction the valve disk must travel to fulfill a safety function.
Rev. 6 i
Page 26 of 166 l
TABLE 3.1-1 INSERVICE VALVE TESTS (Continued)
TEST TEST NAME TEST DESCRIPTION CVP-O Partial check valve Partial check valve exercise exercise test to OPEN test to the open position.
position (IWV-3522)
RVT Relief valve set point Relief and safety valve set verification test point will be verified in (IWV-3510) accordance with IWV-3510.
FST Fail-safe test Valves with fail-safe (IWV-3415) actuators will be tested to verify proper fail-safe operation upon loss of actuator electric power.
PIT Position indication valves with position checks (IWV-3300) indicators will tue checked to verify that remote valve indicators accurately reflect valve position.
PAS Indicates passive valve This is a passive valve and does not require testing.
Rev. 6 Page 27 of 166
l TABLE 3.1-2 TEST FREQUENCY TEST OPERATIONAL FREQUENCY OF FREQUENCY CONDITION (1)
TESTING Q
(3)
At least once per 92 days M
(3)
At least once per 31 days l
CS Cold Shutdown See (2) below RR (3)
Each Reactor Refueling Outage 1.5Y (3)
At least once per 18 months 2Y (3)
Every two years 5Y (3)
Every five years (1)
Operational conditions are defined in WCGS Technicial Specifications, page 1-9.
(2)
Inservice valve testing will commence within 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> of reaching the cold shutdown conditions as defined in the WCGS Technicial Specifications.
Testing not completed before startup may be completed during subsequent cold shutdowns.
Valve testing need not be performed more often than once every three months.
In the case of extended cold shutdowns, the testing need not be started within the 48 hours5.555556e-4 days <br />0.0133 hours <br />7.936508e-5 weeks <br />1.8264e-5 months <br /> limitation.
Ilowever, in these instances, all valve testing must be completed prior to startup.
NOTE:
Completion of all valve testing during cold shutdown is not required if plant operating conditions do not permit testing of specific valves.
A relief request will be submitted as necessary for any valves that routinely or frequently fall into this situation.
(3)
Specific operational conditions are stated in the Surveillance procedure directing the test.
Rev. 6 Page 28 of 166
SECTION 3.2 RELIEF REQUESTS FOR INSERVICE VALVE TESTING PROGRAM nov. 6 Page 29 of 166
RELIEF REQUEST NO. VR-1 VALVE (S) :
See Appendix B CATEGORY:
A and B FUNCTION:
Various TEST REQUIREMENT:
L When practical, valves with fail-safe actuators shall-be tested by observing the operation of the valves upon loss of actuator power.
( IWV-3415)
BASIS FOR RELIEF:
Solenoid and air operated valves that stroke upon loss of actuator power are the only type in the Wolf Creek IST Program.
De-energizing the solenoid or pilot valve during normal valve exercising effectively simulates loss of actuator power.
ALTERNATE TESTING:
Valves which must stroke to a specified position upon loss of actuator power will be exercised in accordance with Paragraph IWV-3412 to their respective fail-safe position.
This test will constitute the fall-safe test.
No additional testing will be conducted.
Rev. 6 Page 30 of 166
RELIEF REQUEST NO..VC.-2.
VALVE (S):,
BG-8481A and BG-8481B.
V CATEGORY:
C.
FUNCTION:
[
Provides a flowpath f rom the centrifual charging pumps to normal charging and the boron injection tank.
TEST REQUIREMENT:
Check valves ' hall be exercised at least once every 3 s
months, except as provided by IWV-3522.
(IWV-3521)
BASIS FOR RELIEF:
Full stroke exercising during normal operation would require injecting borated water into the RCS which could cause a power decrease.
Furthermore, full flow exercising of these valves cannot be performed during power operations or cold shutdown due to the existence of insufficient volume expansion to accomodate the flow required for testing.
Full stroke exerci'ing during s
. cold shutdown could also cause cold over-pressurization of the RCS.
ALTERNATE TESTING:
L These valves will be partial stroke exercised every 3 months and full stroke exercised during refuelings.
Rev. 6 i
Page 31 of 166 1
I
- 1 RELIEF REQUEST NO. VR-3 VALVE (S):
BB-Vll8, BB-V148, BB-V178, BB-V208, BG-8381, EG-V204, KA-V204 CATEGORY:
A/C FUNCTION:
Various depending on component and system function.
TEST REQUIREMENT:
check valves shal'1 be exercised at lea ~ t once every 3 s
months, except as provided by IWV-3522.
(IWV-3521)
BASIS FOR RELIEF:
When these valves are in/ operation there is no practical means to' test valve closure.
Valve closure cannot be verified'due to systgm design.
To perform a closure verification constitutos a leak test which presents a significant hardship during cold shutdown.
Leak testing requires an extended period of time which causes extended outages of securing seal water injection to RCP Seals, securing normal charging,
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securing compo6ent-cooling water and securing instrument air.
ALTERNATE TESTING:
verification of valve closure will be done-in conjunction with the 10 CFR 50 Appendix J Type C leak tests (AT-1) conducted at least once per " years.
4 Rev. 6 Page 32 of 166
~.
gg'I RELIEF REQUEST HO..VR-4 4
e
" VAyVE(S) :
7' BB-89 48A th rough' D, - BB-8949A ' through. D, BB-V991, BB-V922,.BB-V949, BB-V959, EJ-8841A, EJ-8841B,.EM-8815, EM-V991, EM-V992, EM-V993, EM-V994, EP-8818A through D, l
EP-8956A through D,-EP-V919, EP-V929, EP-V939, EP-V949.
a (CATEGORY:
m %s
^
A/C v.
W' FUNCTION '
'N J'
Reactor coolant system pressure boundary isolation.
m k[9'd? TUST REQUIREMENT:
- Q' Check valves shall be exercised at least once every 3 i
- 4 months, except as provided by IWV-3522.
(IWV-3521)
BASIS FOR RELIEF:
There is; no practical method of verifying valve closure.. System design provides no indication for verifying valve closure.
Quarterly exercising of valves BB-V991, V922, V949, V959 and EM-8815 would
' result in thermal shock to Reactor Coolant System
. piping.
The remaining valves cannot be exercised due to system pressure not being able to overcome reactor coolant system pressure.
To' perform a closure
, verification constitutes a leak test, which presents a "significant hardship during cold shutdowns.
Containment entry is required to perform a leak test which 'is highly undesirable during cold shutdowns.
~
Leak testing also causes extended cold shutdowns due to the time it takes for performance.
' ALT {RNATETESTING:
Verification of valve closure for all valves listed l
will be done in conjunction with Reactor Coolant System pressure isolation valve leak rate testing which will be performed at least once per 18 months.
1 s
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Rev. 6 Page 33 of 166 1
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, - ~. - _ _.. - - - -. - - - -. _ - -. _ - - - -.. - - - -. - - - - - _
3 RELIEF-REQUEST NO. VR-5 VALVE ( S) :
Containment Isolation Valves CATEGORY:
A'and A/C FUNCTION:
i L
Cont'ainment isolation.-
TEST REQUIREMENT:
f.
valve leak rate te' ting via Ilfh-3421 through IWV-3425.
s BASIS FOR RELIEF:
Leakage testing requirements for Containment Isolation Valves are determined by'10 CFR 50, Appendix J.
These testing' requirements meet the intent of IWV-3421 through IWV-3425, and therefore it is impractical to perform seperate leak rate tests.
ALTERNATE TESTING:
These valves will be leak rate tested in accordance with the requirements of 10 CFR 50 ~, Appendix J.
3 Rev. 6 Page 34 of 166 4
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RELIEF REQUEST NO. VR-6 VALVE (S) :
KJ PV-1A, KJ PV-1B, KJ PV-101A and KJ PV-101B CATEGORY:
B FONCTION:.
Provides control air for actuation of the Main Air Start Valves.
TEST REQUIREMENT:
IWV-3413(b)
BASIS FOR RELIEF:
Valve stroke time cannot be measured.
These valves are solenoid operated and are enclosed with the solenoid.
The valves have no position indication device'.
These s
air start valves are required to start the a'sociated s
diesel.
Diesel start time is affected by valve stroke time.
Valve degradation can be detected by ensuring the diesel comes up to speed in <12 seconds and by observing approximately equal pressure drops in the starting. air tanks.
Therefore, diesel start time and starting air tank' pressure changes will provide indication of valve performance.
ALTERNATE TESTING:
Proper operation of these valves will be verified by measuring diesel start times and observing starting air tank pressure changes.
Rev. 6 Page 35 of 166
RELIEF REQUEST NO. VR-7 IVALVE(S):
V EM-8922A and EM-8922B CATEGORY -
C FUNCTION:-
Provides flowpath from the Safety Injection Pumps to the RCS Hot Legs and the Accumulator Injection Cold Legs.
' TEST REQUIREMENT:
Check valves shall be exercised at least once every 3 months, except as.provided by IWV-3522.
(IWV-3521)
BASIS FOR RELIEF:
These : valves cannot be full stroke exercised during normal operations.
During normal operation these-valves will not full stroke against full RCS pressure.
Exercising during cold shutdowns could cause cold over-pressurization:of the RCS.-
ALTERNATE TESTING:
These valves will be partial stroked every 3 months and full stroked during refueling' outages.
0 Rev. 6 Page 36 of 166 n
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RELIEF REQUEST NO.~VR-8 VALVE ( S)':
EM-8926A and EM-8926B Y
CATEGORY:-
C FUNCTION:
.)
Provides flow from RWST to suction of the safety Injection Pumps.
TEST REQUIREMENT:
Check valves shall be exercised at least once every 3 months, except as provided by IWV-3522.
(IWV-3521)
)
BASIS FOR RELIEF:
Full stroke exercising during normal operations cannot l
be accomplished since system pressure is not enough to overcome RCS pressure.. Full stroke exercising during cold shutdowns could cause cold. over-pressurization of the RCS.
ALTERNATE TESTING:.
These valves will be partial stroked every 3 months and full stroked during refueling outages.
Rev. 6 Page 37 of 166
RELIEF REQUEST NO. VR-9
,r VALVE (S):
BB-8948A, B,1 and D V
CATEGORY:
A/C FUNCTION:
Provides flowpath.from the Accumulators, Safety Injection Pumps or Residual Heat Removal Pumps to-the RCS Cold Legs.
TEST REQUIREMENT:
~
Check valves shall be exercised at least once every 3 months, except as provided by IWV-3522.
(IWV-3521)
BASIS'FOR RELIEF:
Full stroke or partial' stroke exercising during normal operations cannot be accomplished since-system pressure required to perform the test is not enough to' overcome RCS pressure.
Full stroke exercising during cold shutdowns cannot be accomplished since the flow rate required to full stroke the valves would require injection into the RCS, which could cause cold over :
pressurization of the ~RCS.
These valves cannot be full stroke exercised during refueling due to accident conditions not existing and not being able. to simulate those conditions.
The valves are tested with as much flow through-them as possible.
ALTERNATE TESTING:
These valves will be partial stroke exercised during refueling outages.
Rev. 6 Page 38 of 166
RELIEF. REQUEST NO. VR-18 VALVE (S):
BB-8949A, B,.C and D Y
. CATEGORY:
A/C FUNCTION:
BB-8949A and D provide flow from the Safety Injection-Pumps to RCS Hot Legs 1 and 4, respectively.
BB-8949B and C provide flow from the Safety Injection and RHR Pumps to RCS Hot Legs 2 and 3, respectively.
TEST REQUIREMENT:
Check valves shall be exercised at least once every 3 months except as provided by IWV-3522.
(IWV-3 521)
BASIS FOR RELIEF:
Full stroke or partial stroke exercising during normal operations _cannot be accomplished since system pressure required to perform the test is not enough to overcome RCS pressure.- Full stroke exercising during cold chutdowns cannot be accomplished since the flow rate.
required to full stroke the valves would require injection into the RCS, which could cause cold over-pressurization of the RCS.
ALTERNATE TESTING:
These valves will be full stroke exercised during refueling outages.
Rev. 6 Page 39 of 166
RELIEF REQUEST NO. VR-ll VALVE (S) :
BB-8010A, BB-8010B and BB-8010C CATEGORY:
C FUNCTION:
The~ Pressurizer Safety Relief Valves provide overpressurization protection for the pressurizer.
TEST REQUIREMENT:
Valves with remote position indicators shall be observed at least once every 2 years to verify that valve operation is accurately indicated.
(IWV-3300).
BASIS FOR RELIEF:
If.these valves are actuated for the po~sition indication test they need to be retested to ensure the set relief pressure is correct.
This involves increased testing and unnecessary radiation exposure to test personnel.
ALTERNATE TESTING:
The valve's lift indicating switch assembly will be detached from the valve spindle.
A magnet and a lift indicating switch setting tool will be used to simulate valve opening and valve closing position which verifies lift indicating switch assembly position with remote position indication.
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l-Rev. 6 Page 40 of 166 l
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RELIEF REQUEST NO. VR-12 VALVE ( S).:
V
~
BB-V001, V022, V040, V059, EM-V240, V241 and EM-8815 CATEGORY:
A/C FUNCTION:
Provide flow from the safety Injection-System Boron.
Injection Tank to the RCS Cold Legs.
TEST REQUIREMENT:
' Check valves shall be exercised _ at least once every 3 months, except as provided by IWV-3522.
(IWV-3521)
BASIS FOR RELIEF:
Exercising these valves during normal operations would result in thermal shock of the RCS piping and a-power decrease due to injection of boric acid (2000 ppm) into the RCS.
Exercising at cold shutdowns could result in cold over-pressurization.of the RCS.
. ALTERNATE-TESTING:
These valves will be ' full stroke exercised during.
refueling outages.
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Page 41 of 166 i
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RELIEF REQUEST NO. VR-13 VALVE (S) :
EM-V001, EM-V002, EM-V003, EM-V004, EP-V010, EP-V020, EP-V030 and EP-V040 CATEGORY:.
A/C FUNCTION:
EM-V001, V002, V003-and V004. provide flow from the Safety Injection Pumps to.the RCS Hot Legs.
EP-V010, V020, V030 and V040 provide flow from the Safety Injection Pumps to the RCS Cold Legs.
TEST REQUIREMENT:
Check valves shall be exercised at least once every 3 months, except as provided by IWV-3522.
(IWV-3 521)
BASIS FOR RELIEF:
Full stroke or partial stroke exercising during normal operations cannot be accomplished since system pressure required to perform the test is not enough to overcome RCS pressure.
Full stroke exercising cannot be performed during cold shutdowns.
The flow rate required to full stroke the valves would require injection into the RCS which could cause cold over-pressurization of the RCS.
ALTERNATE TESTING:
These valves will be full stroke exercised during refueling outages.
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Page 42 of 166 i
RELIEF REQUEST;NO.-VR-14 i
VALVE (S) :
EP-8956A, B, C and D Y
l CATEGORY:
A/C j
FUNCTION:
J
. Provide flow from the Accumulator Safety Injection
' Tanks to the RCS Cold Legs.:
' TEST REQUIREMENT:
Check valves shall be exercised at least once every 3 months ~except as provided by IWV-3522.
(IWV-3521)-
BASIS FOR RELIEF:
Full stroke or partial stroke. exercising during normal operations cannot be accomplished since system pressure.
required to perform the test is not enough-to overcome
-RCS pressure.'
Full stroke exercising' during cold shutdowns. requires injection into the RCS which could result in cold over-pressurization of the.RCS.
These valves cannot be full ~ stroke exercised during' refueling outages due to accident conditions not existing and not being able to simulate those conditions.
ALTERNATE TESTING:
Partial. stroke exercising will be performed during refueling outages via blowdown of the Accumulator Tanks, for a short period of time, while observing a pressure and level. decrease in the tanks.
l a
Rev. 6 Page 43 of 166
RELIEF-REQUEST NO. VR-15 VALVE ( S) :
EN-V002, EN-V008, EN-V013, EN-V017 CATEGORY:
C'
' FUNCTION:
V002, V008:
Prevent draining RWST and Containment Spray System to the Containment' Sump.
V013, V017:. Containment Spray Containment Isolation Valve; open to pressurize Containment Spray Headers.
TEST REQUIREMENT:
Normally Closed Valves.
Valves that are normally closed during plant operation and whose function.......
[IWV-3522(b)].
BASIS FOR RELIEF:
a) Testing these valves open per Section XI would involve installing elaborate test equipment and flooding the Containment Recirculation Sump, which i's operationally undesirable, and di~ charging water s
through the Containment Spray Headers, which is also
' operationally-undesirable.
b) EN-V013 and EN-V017 cannot be tested closed in the manner specified by.IWV-3522 due to the check valves being normally closed.
Furthermore, any attempt at closure testing during Modes 1, 2,
3 or 4 would break Containment integrity.
4 ALTERNATE TESTING:
Valves will be disassembled and inspected for operability on a cold shutdown testing fregency.
This will satisfy EN-V002 & EN-V008 open check valve test and EN-V013 & EN-V317 open and close check valve test.
l Rev. 6 Page 44 of 166 f
RELIEF REQUEST NO. VR-16 VALVES (S) :
'FC-V001,'FC-V024, FC-V002 and FC-V025 CATEGORY:
C FUNCTION:
Function to maintain steam supply to the Aux. Feedwater Pump Turbine during a steamline break.
TEST REQUIREMENT:
Check valves shall be exercised at least once every 3 months, except as provided by IWV-3522.
(IWV-3521).
BASIS FOR RELIEF:
FC-V001 and FC-V024 are in series in one of-the ma'in steam supply lines to the AFWP. Turbine.
FC-V002 and FC-V025 are located in the opposite main steam supply line.
Two check valves in a single line function as one for the purpose of maintaining a steam supply during a break.
A closed check valve test cannot be performed on each valve due to there not being drain or test lines located between either pair of check valves.
ALTERNATE TESTING:
Each pair of check valves will be tested as a single
-check valve.
Rev. 6 Page 45 of 166
RELIEF REQUEST NO. VR-17
- VALVE ( S) :.
EN-V003, EN-V004,=EN-V009, EN-V010 CATEGORY:~
C FUNCTION:
Provide flow path from Refueling Water Storage Tank to
~
the Spray Headers.
TEST REQUIREMENT:
l Check valves-shall be exercised at least once every 3 months, except as provided by IWV-3522.. (IWV-3 521)
BASIS FOR RELIEF:
The flow path.that would provide sufficient' flow to
~
fully open these valves cannot be utilized since it could result in spraying Containment.
ALTERNATE TESTING:
Valves will be partial-stroke exercised open every 3 months.
Rev. 6 Page 46 of 166
RELIEF REQUEST NO. VR-18 VALVE (S) :
EJ-8969A and B V
CATEGORY:
C FUNCTION:
EJ-8969A provides flow f rom RHR Pump "A"
to the suction of'the Centrifugal Charging Pumps.
EJ-8969B provides flow from RHR Pump "B"
to the Safety Injection Pumps.
TEST REQUIREMENT:
Check valves _shall be exercised at least once every 3 months, except as provided by IWV-3522.
(IWV-3521)
BASIS FOR RELIEF:
Full or partial stroke exercising of these valves
~
during normal operations would require stroking of EJ HV-8804A and B.
Valves EJ HV-8804A and B have a control interlock with BN-8813 which is required per Technical Specifications to remain open during power operations.
Closing BN-8813 would render both.ECCS Trains inoperable and would require initiation of shutdown.
Full or partial stroke exercising of EJ-8969A would require injecting borated water into the RCS which would cause a power decrease.
Full stroke exercising of EJ-8969B is not possible during normal operations since system pressure required to perform the test is not enough to overcome RCS pressure.
Neither valve can be exercised during cold shutdowns since it could result in cold over-pressurization of the RCS.
l ALTERNATE TESTING:
These valves will be full stroke exercised during refueling outages.
Rev. 6 Page 47 of 166
. RELIEF REQUEST NO. VR-19
- VALVE ( S) :
BG-8546A and B 3r 1
CATEGORY:-
1 C-l FUNCTION:
Provide flow from the Refueling Water Storage Tank to the suction of the Centrifugal Charging Pumps.
TEST REQUIREMENT:
Check valves shall be exercised at least once every 3 months, except as provided by IWV-3522.
(IWV-3521)
BASIS FOR RELIEF:
Full or partial stroke exercising these valves during
~
normal operations would increase boron inventory in the RCS and cause a power decrease, which could result in plant shutdown.
Furthermore, full flow exercising during power operations or cold shutdowns is impossible due to the fact that'there is insufficient volume expansion to accomodate the flow required for testing.
Also, full stroke exercising during cold shutdowns could cause cold over-pressurization of the RCS.
ALTERNATE TESTING:
These valves will be full stroke exercised during refueling outages.
Rev. 6 Page 48 of 166 i
p RELIEF REQUEST NO. VR-25 VALVE ( S) :
EJ-8958A and B y
CATEGORY:
C FUNCTION:
Provide flow from the Refueling' Water Storage Tank to the suction of the RHR Pumps.
TEST REQUIREMENT:
Check valve ~s shall be exercised at least once every 3 months, except as provided by IWV-3522.
(IWV-3 521)
BASIS FOR RELIEF:
The only full flow flowpath is into the RCS.
Full stroke exercising during normal operations cannot be accomplished since system pressure required to perform the test is not enough to. overcome RCS pressure.
These valves cannot be full stroke exercised during cold shutdowns or normal operations since insufficient expansion' volume exists to accomodate the required flow.
ALTERNATE TESTING:
EJ-8958A and B will be partial stroke exercised every 3 months and full stroke exercised during refueling outages.
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Rev. 6 Page 49 of 166
RELIEF REQUEST NOo VR-21 VALVE (S):
(
V I
BB-8948A, B~,
C and D, BB-8949A, B,
C and D, BB-V001, V022, V040 and V059, BB PV-8702A, B,
EJ-8841A, B,
EJ HV-8701A, B,
EM-V001, V002, V003 and V004, EM-8815, EP-V010, V020, V030 and V040, EP-8818A, B, C and D, EP-8956A, B, C and D CATEGORY:
A and A/C FUNCTION:
Provide Reactor Coolant System pressure isolation.
. TEST REQUIREMENT:
Valve leak rate testing via IWV-3421 through IWV-3427.
BASIS FOR RELIEF:
Leakage testing, including testing requirements are governed by plant Technicrl Specifications.
These valves are adequately tested per Technical Spec if ica t ions.
The testing requirements utilized meet the intent of ASME Section XI leak rate testing and it is therefore impractical to perform seperate leak rate tests.-
ALTERNATE TESTING:
These valves will be leak rate tested in accordance with RCS Pressure Isolation Valve leak rate testing per Technical Specifications 3.4.6.2.f and 4.4.6.2.2.
Rev. 6 Page 50 of 166
RELIEF REQUEST NO. VR-22 VALVE (S):
Power operated valves that have been identified for exercising at cold shutdowns or refueling outages.
V CATEGORY:
A and B FUNCTION:
Var io us.
TEST REQUIREMENT:
If, for power operated valves, an increase in stroke time of 25% or more from the previous test for valves with full-stroke times greater than 10 seconds or 50%
or more for valves with full-stroke times less than or equal to 10 seconds is observed, test frequency shall be increased to once each month until corrective action is taken, at which time the original test frequency shall be resumed.
[IWV-3417(a)]
BASIS FOR RELIEF:
It is impractical to increase test frequency to once each month when measured stroke time is greater than the code trending limits specified in IWV-3417(a).
Cold shutdown and refueling outage time is usually kept to a minimum, somtimes under one month (31 days).
Reasons g iven in notes and relief requests for not stroke timing valves during power operations are the same reasons the test frequency cannot be increased.
Furthermore, strict adherence to IWV-3417(a) would force plant shutdown to facilitate stroke time testing.
l ALTERNATE TESTING:
valves that require increased test frequency will only be tested during cold shutdowns or refueling outages, as applicable.
Increased testing (once a month) will occur.if the cold shutdown or refueling outage has not ended by the time 31 days has elapsed since l
identification of the increased-test-frequency valve L
or, if the plant is in a subsequent shutdown or outage l
when the increased test frequency performance date comes due.
Rev. 6 Page 51 of 166 r
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APPENDIX A PUMP TESTING PROGRAM Rev. 6 Page 52 of 166
WOLF CREEK NUCLEAR PLANT INSERVICE TESTING PROGRAM PUMPS Page 1 of 2 PUMP IDENTIFICATION IST REQUIREMPRPS PUMP ISI P&ID P&ID SUCT.
DIFF.
FLOW BRG.
LUBRICAlff NUMBER SYSTEM CLASS NUMBER COORD.
SPEED PRESS PRESS RATE VIBRA TEMP LEV OR PRESS RD1 ARKS -
1 i
PALOlA AUX FD 3
M-12ALG1 E-4 N/A YES YES YES YES PR-1 YES Note 2, 3 1
PALOlB AUX FD 3
M-12ALG1 H-4 N/A YES YES YES YES PR-1 YES Note 2, 3 PALG2 AUX FD 3
M-12AL01 B-4 YES YES YES YES YES PR-1 YES Note 2, 3
.1 y
PBGG2A CVCS 3
M-12BG05 B-6 N/A YES YES PR-8 YES PR-1 PR-5 Note 2, 3 1
i PBGG2B CVCS 3
M-12BGGS A-6 N/A YES YES PR-8 YES PR-1 PR-5 Note 2, 3 1
PBG05A CVCS 2
M-12BG03 C-5 N/A YES YES YES YES PR-1 YES Note 2,3l l
1 PBGOSB CVCS 2
M-12 BGG 3 B-5 N/A YES YES YES YES PR-1 YES Note 2,3l 1
PEGIA FPC 1
M l?PPGl 46 N/A YES YES YES YES PR-1 YES Note 2, 3 1
PEC01B FPC 3
M-12BC01 E-6 N/A YES.
YES YES YES PR-1 YES Note 2, 3 1
PEF 01A ESW 3
M-K2EFG1
- G-6 N/A PR-3 YES YES PR-9 PR-1 YES Note 2, 3 1
l PEFG1 R ESW 1
NK?FFOL C-6 N/A PR-3 YES YES PR-9 PR-1 YES Note 2, 3 1
PEGG1A CCW 3
Wl?FCGI G-4 N/A YES YES YES YES PR-1' YES Note 2, 3 1
PEG 01B CCW 3
M-12 EGG 1 D-4 N/A YES YES YES YES PR-1 YES Note 2, 3 NOTE-1.
IWP-4400 states that for pumps directly coupled to synchronous or induction type motor drivers, pump speed need not be measured.
2.
Frequency of testing will be in accordance with IWP-3400 which requires an inservice test to be run every three months during normal operation.
(Pumps PAL 91A,.PALOlB and PALO2 are actually tested monthly).
l 3.
Other relevant relief requests specify the applicable punp(s) on the request.
j Rev. 6 Page 53 of 166
WOLF CREEK NUCLEAR PLANT INSFRVICE TESTING PROGRAM PUMPS 1
Page 2 of 2 PUMP IDENTIFICATION IST REQUIREMENTS FUMP ISI P&ID P&ID SUCT.
DIFF.
FIAW BRG.
LUBRICAIR
.s.
NUMBER SYSTEM CLASS NUMBER COORD; SPEED PRESS PRESS RATE VIBRA TEMP LEV OR PRESS REMARKS 1
PEGGIC CCW 3
M 12 EGG 1 E4 N/A YES YES YES YES PR-1 YES Note-2, 3 1
i PECGlD CCW 3
M 12 EGG 1 B-4 N/A YES YES YES YES PR-l' YES Note 2, 3 1
l PEJ01A RHR 2
M-12EJ01 G-6 N/A YES YES YES YES PR-1~
YES Note 2, 3 1
i 1
PEJGlB RHR 2
M 12EJG1 C-6 N/A YES YES YES YES PR-1 YES Note 2, 3 1
I PEMGlA SIS 2
M-12EMGl~
E-6 N/A YES YES YES-YES.
PR-1 YES Note 2, 3 1
PEM01B SIS 2
M-12FN01 D-6 N/A YES YES YES YES PR-1 YES Note 2, 3-1 PENGIA CS 2
M 12RNGl G6 N/A YES YES.
YES YES PR-1 YES Note 2, 3 1
PENGlR CS 7
M 12RMG1 R_g N/A YES YES YES-YES.
PR-1 YES Note 2, 3 1
PJEGIA EPOT 3
M-123E01 E-7 N/A PR-3 YES PR-8 PR-4 PR-1 PR-5 Note 2, 3 1
PJEGl B EPOT
't M-123EGI A-7 N/A PR-3 YES PR-8 PR-4 PR-1 PR-5 Note 2,'3 l
i i
l Rev. 6 Page 54 of 166
j j
l l
l APPENDIX B l
VALVE TESTING PROGRAM f
Rev. 6 Page 55 of 166
ococoo************************************************************************************************************************.
SYSTEM: MAIN & REHEAT STEAM (AB)
DWG. NO.: M-12AB01(Q) -
econoo***********************************************************************************************************w************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST RDRRKS ocooeo************************************************************************************************************************
PV-1 G-3 2
B 10 GL AO C
BT-C Q
20 VR-1 BT-O Q
20 FST Q
PIT 2Y PV-2 D-3 2
B 10 GL AO C
BT-C Q
20 VR-1 BT-O Q
20 FST Q
PIT 2Y PV-3 D-6 2
B 10 GL AO C
BM Q
20 VR-1 BT-O Q
20 FST Q
PIT 2Y PV-4 G-6 2
B 10 GL AO C
BT-C Q
20 VR-1 BT-O Q
20 FST Q
PIT 2Y Rev. 6 Page 56 of 166
oweoo***e*e*******eooe*eeeeeeeceooeceseseeeeeeeeeeeeeeeeeeeeeeoceseocee**********************
SYSTEM: MAIN & REIIEAT STEAM e e e c o o * * * * * * * * * * * * * * * * * * * * * * * * * *( AB )*********************************************:
M-12AB02 (Q)
[WG. NO.
. VALVE P&ID ISI IST-VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE POS RQMT FREQ
-TIME RI
- ee*************************************** TYPE ***********************************************COEST REMARKS BT-O Q
10 VR-1 IN-5 D-4 2
B 4
GL AO C
FST Q
PIT 2Y BT-O
'Q 10 VR-1 IIV-6 C-4 2
B 4
GL AO C
FST Q
lbte 2 llV-11 11-3 2
B 28 GA AO O
BT-P Q
PIT 2Y
!!V-12 G-3 2
B 2
GL AO C
BT-C O
32 VR-1 4
FST Q
PIT 2Y 1
l l
1 Ibv. 6 i
Page 57 of 166
coescocooeeeeeeo**eocecocooeconoceaeeeeeocoo**********************************************************************************
SYSTD4: MAIN & REHEAT STEAM (AB) oo o o o o o * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- DWG. NO. : M-12AB02 (Q)
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS R
o n e e c o o * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *CMT FREQ TIME REQUEST REMARKS BT-C CS 5
Itte 2 IN-14 P-3 2
B 28 GA AO O'
BT-P Q
l PIT 2Y IN-15 F-3 2
B 2
GL AO C
BT-C Q
32 VR-1 FST Q
lbte. 2 IN-17 D-3 2
B 28 GA AO O
BT-P Q
'l PIT 2Y IIV-18 D-3 2
B 2
GL AO C
BT-C Q
32 VR-1 FST Q
lbte 2 IN-20 C-3 2
B 28 GA AO O
BT-P Q
l PIT
- 2Y IN-21 C-3 2
B 2
GL AO C.
BT-C Q
32 VR-1 FST Q
PIT 2Y BT-C Q
5 VR-1 IN-48 D-4 2
B 1
GL AO O
FST Q
PIT 2Y BT-C Q
5 VR-1 HV-49 C-4 2
B 1
GL AO O
FST Q
PIT 2Y Ibv. 6 Page 58 of 166
eneoco************************************************************************************************************************.
SYSTEM: MAIN & RDIEAT STEAM (AB)
DWG. NO.: M-12AB02(Q) eeoo***************************************************************************=**********************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TfPE POS RQMP FREQ TIME REQUEST REl%RKS eco***************************************************************************************************************************
LV-7 B-4 2
B 2
GL AO C
BT-C Q
5
.VR-1 FST Q
PIT 2Y LV-8 D-5 2
B 2
GL AO C
BT-C Q
5 VR-1 FST Q
PIT 2Y LV-9 E-4 2
B 2
GL AO C
BT-C Q
5 VR-1 FST Q
PIT 2Y LV-10 G-4 2
B 2
GL AO C
BPC Q
5 VR-1 FST Q
PIT 2Y V045 H-7 2
C 6
RVT SY V046 11-7 2
C 6
RVT SY V347 H-6 2
C 6
RVT SY V048 H-5 2
C 6
RVT SY 3
Rev. 6 Page 59 of 166
ococo*************************************************************************************************************************
SYSTEM: MAIN & REIIEAT STEN 4 (AB)
DHG. NO.: M-12AB02(Q) ococe************************************************************************************************************************.
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE. TYPE POS RQMT FREQ TIME REQUEST REMARKS ococo*******************************************************************************************************************.******
VO49 11-5 2
C 6
RVT SY VOSS F-7 2
C 6
RVT SY t
~
VOS6 F-7 2
C 6
RVT SY VO57 F-6 2
C 6
RVT SY' e
i VO58 F-5 2
C 6
SV '
1A, C
RVT SY J
VO59 F-5 2
C 6
RVT SY u
VO65 D-7 2
C 6
RVT s
5Y VO66 D-7 2
C 6
RVT SY
-s.--
a r
4 s
Rev. 6 _
Page 60 of 166
~
/
d a
g
_m
~
- coococe*******************e*iu*,*********************************************************ac**n*s***************************an SYSTEM: MAIN & EE!IEAT STENi (Ab)
DWG. NO.: W12AB02(Q) c cocco*************************et****a**++*e********=****-******************s************(**************************************.
VALVE PSID ISI IST VALVE' IALV3 AUT M
WST TEST ; MAX STRK RELIEF f-
. NO.
COOR. -CLASS CAT SIZE
'iYPE TYPE LOS BrJ?P FREQ TIME FE)UEST T
RDRPJS ocoo******************************************************:,*******************************************************************
VO67 D 2 C
RVT SY VO68 D-5 22 C
RVr 5Y VO69 D-5 2
C
RVT SY VO75 C-7 2
C 6
RVT SY VO76 C-7 2
C 6
RVT SY i
VO77 C-6 2
C 6
SV -
SA C
RVT SY VO78 C-5 2
C 6
RVT SY VO79 C-5 2
C 6
RVT SY 1,
h Rev. 6 Page 61 of 166
Ff.
x<
oooo**************************************************************************************************************************
SYSTEM: MAIN FEEDWATER (AE)
DWG. NO.: M-02AE02 (Q) c***************************************************************h*************************************************************-
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS BQMF FREQ TIME REQUEST REMARKS e*ee**************************************************************************************************************************
BT-C CS S
VR-1 Note 5 W-39 G-3 2
B
.14 GA AO O
BT-P Q
FST CS l
VR-1 Note 5 FV-40 C-3 2
B 14 GA AO O
B'D-P Q
FST CS l
VR-1 Note 5 FV-41 C-6 2
B 14 GA AO O
BT-P Q
FST CS l
VR-1 Note 5 W-42 G-6 2
B 14 GA AO O
B'P-P Q
FST -
- PIT 2Y
~'
W-43 G-4 2
B 1
GL AO C
BT-C 0
5 VR-1 FST Q
^
PIT 2Y
- _;(
W-44 D-4 2
B 1
GL AO C
BT-C Q
5 VR-1 ET Q
PIT 2Y W-45 D-7 2
B 1
GL AO C
BT-C 0
5 VR-1 FST Q
PIT 2Y W-46 G-7 2
B 1
GL AO C
BT-C Q
5 VD-1 FST Q
PIT 2Y Rev. 6
~
Page 62 of 166 s
'ue-I
eeee*********************************************************************************************************************,.***
SYSTEM: MAIN FEEDWATER (AE)
DWG. NO.: M-02AE02(Q) mee***************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS. RQMP FREQ TIME REQUEST REl%RKS
- eeee*************************************************************************************************************************
CVT-O Q
Note 5 V120 C-4 2
C 14 CK SA O
CVT-C CS CVT-O Q
Note 5 V121 F-4 2
C 14 CK SA O
CVT-C CS CV'B-O Q
Note 5 V122 F-7 2
C 14 CK SA O
CV'P-C CS CVT-O Q
Note 5 V123 C-7 2
C 14 CK SA O
CVT-C CS Note 6 V124 C-3 2
C 4
CK SA C
CVT-O CS Note 6 V125 F-3 2
C 4
CK SA C
CVT-O CS
~ ~ _ - - - - -
Note 6 V126 F-6 2
C 4
CK SA C
CVT-O CS Note 6 V127 C-6 2
C 4
CK SA C
CVT-O CS Rev. 6 Page 63 of 166
- oo*e*************************************************************************************************************************
SYSTEM: MAIN FEEDWATER (AE)
DWG. NO.: M-02AE02(Q) c**o**************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE 'POS RQMF FREQ TIME REQUEST REMARKS V132 C-3 2
C l'
CK SA C
PAS NA V133 G-3 2
C 1
CK SA C
PAS NA V134 G-6 2
C 1
CK SA C
PAS NA V135 C-6 2
C 1
CK SA C
PAS NA Rev. 6 Page 64 of 166
- ee**********************************************************************ooooooooooeceoooooeconcococeoooooooooooooooooeecco SYSTEM: AUXILIARY FEEDWATER (AL)
DWG. NO.: 'M-12AL01(Q)
.VAU1E P&ID ISI IST VALVE VALVE ACT NOIH TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TfPE POS HQtfr FREQ TIME REQUEST REMARKS V001 B-4 3
C 10 CK SA C
CVT-O Q
= - -
V302 D-4 3
C 8
CK SA C
CVT-O Q
V003 II-4 3
C 8
CK SA C
CVT-O Q
V006 F-4 3
C 6
CK SA C
CVT-O Q
V009 E-4 3
C 6
CK SA C
CVT-O Q
V012 C-4 3
C 8
CK SA C
CVT-O Q
V015 B-4 3
C 8
CK SA C
CVT-O O
V029 G-5 3
C 2
CK SA C
CVT-O M
Note. 3 Rev. 6 Page 65 of 166
oo*e****************************************************************************************************************.**********
SYSTEM: AUXILIARY FEEDWATER (AL)
DWG. NO.: M-12AL01(Q)
VALVE P&ID ISI IST VALVE VALVE ACP NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMF FRtQ TIME REQUEST RFl%RKS.
Note 6 V030 II-5 3
C 6
CK SA C
C 4
CK SA C
CVT-O CS Note 6 V036 II-7 2
C 4
CK SA C
CVT-O CS V041 F-5 3
C 2
CK SA C
CVT-O M
Note 3 l
Note 6 V042 D-5 3
C 6
CK SA C
CV'P-O CS Ibte 6 V045 C-7 2
C 4
CK SA C
CVT-O CS Note 6 V048 D-7 2
C 4
CK SA C
C 3
CK SA C
CVT-O M
tete 3 Rev. 6 Page 66 of 166
co*********************************************************************************************=******************************--
SYSTEM: AUXILIARY FEENATER (AL)
WG. NO.: M-12AL01(Q) co************************************************ ***************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST
' TEST MAX STRK' RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE PCS RQMT FREQ TIME REQUEST-RENARKS
- s.************************
Note 6 V054 B-5 3
C 8
CK SA C
CVT-O CS tbte 6 V057 E-7 2
C 4
CK SA C
CVT-O CS tDte 6 V062 G-7 2
C 4
CK SA C
CVr-O CS Ibte 6 V067 D-7 2
C 4
CK SA C
CVT-O CS tute 6
' V072 B-7 2
C 4
CK SA C
CVT-O CS BT-O Q
30 IIV-5 II-7 2
B 4
GL MO O
BT-C Q
30 PIT 2Y IIV-6 G-6 2
B 4
GL AO O
PAS NA r
BT-O Q
30 IIV-7 F-6 2
B 4
GL MO O
BT-C Q
30 PIT 2Y llV-8 E-6 2
B 4
GL AO O
PAS NA Dav. 6 Page 67 of 166
ee************* **************************************************************************************************************
SYSTEM: AUXIf.IARY FEEDWATER (AL)
IMG. NO. : M-12AL01(Q)
- e**********ca..*************************************************************************************************************
VALVE P&ID iSI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF tIO.
000R. CLASS CAT SIZE TYPE TYPE POS BQMP FREQ TIME REQUEST REMARKS BT-O Q
30 IIV-9 D-6 2
B 4
GL MO O
BT-C Q
30 PIT 2Y Ilv-10 D-6 2
B 4
GL AO O
PAS NA DT-O Q
30 IIV-ll C-6 2
B 4
GL MO J
BT-C Q
30 PIT 2Y nV-12 B-6 2
B 4
GL AO O
PAS NA DT-O Q-.
18 Note 36 IIV-30 F-3 3
B 6
BTF MO C
PIT 2Y BT-O Q
18 Note 36 IIV-31 E-3 3
B 6
BTF MO C
PIT 2Y I
BT-O Q
18 Note 36 i
IIV-32 C-3 3
B 8
BTF MO C
PIT 2Y BT-O Q
18
' Note 36 IIV-33 B-3 3
B 8
BTF MO C
PIT 2Y Rev. 6 i
Page 68 of 166
s
- oce**************************************************************************************************************************
SYSTEM: AUXILIARY FEEDWATER (AL)
DWG. NO.: M-12AL01(Q)
- o************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS B2MT FREQ TIME' REQUEST REMARKS ooce**************************************************************************************************************************
BT-C Q
35 Note 36 l
HV-34 H-3 3
B 8
GA MO O
PIT 2Y BT-C Q
35
. Note 36-l HV-35 D-3 3
B 8
GA MO O
PIT 2Y 4
BT-C 0
35 Note 36 l
HV-36 B-3 3
B 10 GA MO O
PIT 2Y l
Rev. 6 Page 69 of 166
oceeeeeoce*******************************************************************************************************************,
SYSTD1: CONDENSATE TRANSFER AND S'IORAGE ee e e e e * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *( AP ) DWG. NO.: M-02AP01
COOR. CLASS CAT SIZE TYPE TYPE POS R
eee*********************w*********************************OMT FREQ TIME REQUEST REMARKS V033 F-4 NC C
3 CK SA C
CVP-O M
tbte 3 Ibv. 6 Page 70 of 166
ce***co***********************************************************************************************************************
l
. SYSTEM: REAC'IOR CODIANT (BB)
IMG. NO. : M-12BB01(Q)
@A*6*********i****************************************************************************************************************
VALVE P& ID ISI IST. VALVE VALVE ACT NOBM TEST
. TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST RENARKS
.*eoeea************************************************************************************************************************
8378A E-4 1
C 3
CK SA O
CVf-O Q
8378B E-4 1
C 3
CK SA O
Cvr-O Q
J 8379A E-7 1
C 3
CK SA O
CVP-O Q
8379B E-7 1
C 3
CK SA O
CVT-O Q
AT-2 1.5Y VR-4 tbte 4 8948A E-4 1
CVP-O RR
.VR-9 CVT-C 1.5Y VR-21 AT-2 1.SY VR-4 lbte 4 '
8948B D-4 1
CVP-O RR VR-9 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 tbte 4 8948C D-6 1
CVP-O RR VR-9 CVT-C
.1.SY VR-21 AT-2 1.5Y VR-4 tbte ' 4 8948D E-6 1
CVP-O RR VR-9 CVT-C 1.5Y VR-21' Rev. 6 Page 71 of 165
cococco*****************************************************************************e*****************************************
SYSTEM: REACIOR COOLANT (BB)
DRG. NO.: M-12BB01 ooooooo*********************************************************************************{O)
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS R
ococco****************************************************OMT FREQ TIME REQUEST REMARKS AT-2 1.5Y VR-4 Note 4 8949A E-5 1
VC 6
CK SA C
CVT-O RR VR-10 CVT-C 1.SY VR-21 AT-2 1.5Y VR-4 lbte 4 8949B C-5 1
VC 6
CK SA C
CVT-O RR VR-10 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 8949C E-6 1
VC 6
CK SA C
CVT-O RR VR-10 CVT-C 1.SY VR-21 AT-2 1.5Y VR-4 lbte 4 8949D G-6 1
VC 6
CK SA C
CVP-O RR VR-10 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 V001 D-5 1
CVT-O RR VR-12 CVr-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 V022 D-4 1
CVT-O RR VR-12 CVr-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 V040 D-6 1
CVT-O RR VR-12 CVr-C 1.SY VR-21 AT-2 1.5Y VR-4 lbte 4 V059 E-6 1
CVT-O RR VR-12 CVT-C 1.5Y VR-21 Rev. 6 Page 72 of 166 L
cooocoo***********************************************************************************************************************
SYSTEM: REACTOR COOIANT (BB)
DWG. NO.: M-12BB01(Q)
, oce**o************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TBST MAX STRK RELIEF 10.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ
. TIME REQUEST REMARKS ecome*o********************************************************************ce*************************************************
l AT-2 1.5Y VR-21 tbte 8, 36, 4 PV-8702A E-4 1
A 12 GA MO C
BT-O CS 120 BT-C CS 120 PIT 2Y AT-2 1.5Y VR-21 mte 8, 36, 4
- PV-8702B II-6 1
A 12 GA MO, C BT-O CS 120 BT-C CS 120 PIT 2Y I
Ibv. 6 Page 73 of 166
cocomo************************************************************************************************************************
SYSTEM: REACIOR COOLANT (BB)
DNG. NO.: M-12BB02(O) oooooce***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF-NO.
COOR. CLASS CAT SIZE TYPE TYPE POS ROMT FREQ TIME REQUEST REMARKS 8010A 11 - 7 1
C 6
RVT SY VR-ll PIT 2Y SS10B II-6 1
C 6
RVr SY VR-ll PIT 2Y 8010C H-5 1
C 6
RVT SY VR-ll' PIT 2Y Ibte 9 V084 C-4 1
C 2
CK SA C
PAS NA BT-O Q
15 tbte 36 IIV-8000A E-7 1
B 3
GA MO O
BT-C Q
15 PIT 2Y BT-O Q
15 Note 36 IN-8000B E-7 1
B 3
GA MO O
BT-C Q
15 PIT 2Y AT-1 2Y IN-8026 D-3 2
A 1
DIA AO C
PAS NA VR-5 4
I
'AT-1 2Y IIV-8027 D-3 2
A 1
DIA AO C
PAS NA VR-5 Rev. 6 Page 74 of 166
cocono************************************************************************************************************************
SYSTEM: REACIOR COOLAf7P (BB)
DWG. NO.: M-12BB02(Q) oooooe************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF-NO.
000R. CLASS CAT SIZE TfPE TYPE POS R2MT FREQ TIfiB REQUEST REMARKS ocee**************************************************************************************************************************
BM Q
15 Note 36 IN-8037A E-5 3
B 4
GA f10 C
BT-C Q
15 PIT 2Y BT-O O
15 Note 36 i
HV-8037B E-5 3
B 4
GA MO C
BT-C Q
15 PIT 2Y 8338A E-2 3
C 3
CK SA C
PAS NA 3338B E-2 3
C 3
CK SA C
PAS NA BT-O Q
15 VR-1 Note 23 FST Q
HV-8157A L-1 3
B 1
GL SO C
PIT 2Y BT-O Q
15 VR-1 Note 23 FST Q
IN-8157B E-1 3
B 1
GL SO C
VR-1 Note 10, 7 PCV-455A E-7 1
B 3
GL SO C
BT-C CS 2
B 4
BAL AO O/C PAS NA t
Rev. 6 Page 75 of 166
eeooe*************************************************************************************************************************
SYSTC4: REACIOR 000LANP (BB)
DWG. NO.: M-12BB02(0) oooooe************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE. TYPE POS IQtP FREQ TIME REQUEST REMARKS oeeeoo************************************************************************************************************************-
i PCV-455C B-4 1
B 4
BAL AO.
O/C PAS NA BT-O CS 2
VR-1 Note 10, 7 PCV-456A E-8 1
B 3
GL SO C
BT-C CS 2
1 i
l
)
4 7
e i
i I
i I
Rev. 6 Page 76 of 166
I cocono************************************************************************************************************************
SYSTD4: REACIOR 000IANT (BB)
DWG. NO.: M-02BB03(Q) ocoo**************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF to.
000R. CLASS CAT SIZE TfPE TYPE POS BQHP FREQ TIME REQUEST RENARKS ococoo************************************************************************************************************************
3 AT-1 2Y VR-3 Vll8 C-5 2
A/C 2
CK SA O
CVT-O Q
VR-5 CVT-C 2Y V120 C-4 1
C 2
CK SA O
CV M Q
V121 C-4 1
C 2
CK SA O
CVT-O O
4 V122 C-4 3
C 3
CK SA O
CVT-O CS Note 31 CVT-C CS V124 B-3 3
C
.75 RV SA C
RVT SY AT-1 2Y VR-3 V148 E-6 2
A/C 2
CK SA O
CVT-O Q
VR-5 i
CV M 2Y V153 E-6 1
C 2
CK SA O
CVT-O Q
i i
V151 E-6 1
C 2
CK SA O
CVP-O Q
Rev. 6 Page 77 of 166
cocooo************************************************************************************************************************.
SYSTD4: REACIOR 000[AVP (BB)
DWG. NO.: M-02BB03(Q) ococoo************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS BQMP FREQ TIME REQUEST REMARKS oconso************************************************************************************************************************
Note 31 v152 E-6 3
C 3
CK SA O
C
.75 RV SA C
RVT SY AT-1 2Y VR-3 V178 E-6 2
A/C 2
CK SA O
CVT-O Q
VR-5
{
CVT-C 2Y
_ _ - - - _ = -
V180 E-6 1
C 2
CK SA O
CVT-O Q
V181 E-6 1
C 2
CK SA O
CVT-O Q
V182 E-6 3
C 3
CK SA O
CVT-O CS Note 31 CVT-C CS VlG4 D-6 3
C
.75 RV SA C
RVT SY AT-1 2Y VR-3 v298 E-6 2
A/C 2
CK SA O
CVT-O Q
VR-5 CVP-C 2Y l
l t
Rev. 6 Page 78 of 166 1
l 1
cooocoo***********************************************************************************************************************
SYSTEM: REACIOR COOUNP (BB)
DWG. NO. : M-02BB03(Q) osooo**********************************************************************a**************************************************-
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF 1
NO.
000R. CLASS CAT SIZE TYPE TYPE POS IOff FREQ TIME REQUEST REMARKS l eneaeo*************.**********************************************************************************************************
j V210 E-6 1
C 2
CK SA O
CVT-O Q
.i i
V211 E-6 1
C 2
CK SA O
CVP-O Q
4 V212 E-6 3
C 3
CK SA O
V214 D-6 3
C
.75 RV SA C
RVT SY 1
l BN)
CS 35 Note 11, 36 IN-13 C-2 3
B 3
GA MO O
BT-O CS 35 Note 11, 36 i
IN-14 C-6 3
B 3
GA MO O
BT-C CS 35 PIT 2Y BT-O CS 35 Note 11, 36 IN-15 C-6 3
B 3
GA MO O
DT-O CS 35 Note 11, 36.
HV-16 C-6 3
B 3
GA MO O
BT-C CS 35 t
PIT 2Y 1
Ibv. 6 Page 79 of 166
CCCCCC**********************************************************************************&OCCCCCQCCCCCCCCCCoccGQOccc0COCOCOX*2 SYSTD1: REACIOR COGANT (BB)
DWG. NO.: M-02BB03 (Q) oconoo************************************************************************************************************************-
VALVE P&ID ISI IST VALVE VALVE ACP
?ORM TEST TEST MAX STRK RELIEF NO.
COOR. CIASS CAT SIZE TYPE TYPE POS RQHP FROQ TIME
@t;:fr REMARKS oco*o*************************************************************************************************************************
IN-8141A E-3 2
B
.75 GL AO O
PAS NA IN-8141B C-6 2
B
.75 GL AO O
PAS NA
!!V-8141C C-6 2
B
.75 GL AO O
PAS NA l
IN-8141D C-6 2
B
.75 GL AO O
PAS NA I
\\
AT-1 2Y VR-5 Note 12, 36 IN-8351A C-5 2
A 2
GL MO O
BT-O CS 10 BT-C CS 10 PIT 2Y A>l 2Y VR-5 Note 12, 36 I
IU-8351B C-6 2
A 2
GL MO O
BT-O CS 10 l
BT-C CS 10 PIT 2Y AT-1 2Y VR-5 Note 12, 36 IN-8351C C-6 2
A 2
GL MO O
BT-O CS 10 BT-C CS 10 PIT 2Y AT-1 2Y VR-5 Note 12, 36 IN-8351D C-6 2
A 2
GL MO O
BT-O CS 10
)
BT-C CS 10 l
PIT 2Y 1
Dav. 6 I
Page 80 of 166 l
1
coeoce***************************************************************************************************,.*************,******.
SYSTD4: REACIOR COOLANT (BB)
DWG. NO.:' M-12BB04(Q) ecomeo**********************************************************************************************,****,****,**,**,******,,*
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS R2MT FREQ TIME REQUEST-REMARKS eoce**************************************************************************************************************************
BT-O CS 10 VR-1 Note 13,_23 l^
IN-8001A F-4 2
B 1
GL SO C
PIT 2Y BT-O CS 10 VR-1 Note 13, 23 l
I IN-8001B F-4 2
B 1
GL SO C
BT-C CS 10
}
FST CS PIT 2Y BT-O CS 10 VR-1 Note 13, 23 l
IN-8002A F-3 2
B 1
GL SO C
B'B C CS 10 I
FST CS PIT 2Y BT-O CS 10 VR-1 Note 13, 23-
-l IN-8002B F-3 2
B 1
GL SO C
B'F-C CS 10
Rev. 6 Page 81 of 166
oooooo************************************************************************************************************************
SYSTEM: OlmICAL AND VOTME CONTROL (BG)
DWG. NO.: M-12BG01(Q) eeeeee************************************************************************************************************************
VALVE P&ID ISI IST. VALVE VALVE ACT NORM
'IEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FRIQ TIME REQUEST RENARKS cocoo*************************************************************************************************************************-
AT-1 2Y VR-3 8381 F-4 2
A/C 3
CK SA O
CVT-O Q
VR-5 CVT-C 2Y AT-1 2Y V135 D-2 2
A/C
.75 CK SA C
PAS NA VR-5 l
8117 11-3 2
C 2
IN SA C
RVT SY i
i l
V203 E-7 3
C
.75 RV SA C
RVT SY 1
J j
I 8121 D-3 2
C 2
RV SA C
RVT SY n
J AT-1 2Y VR-5 Note 14, 36 j
IN-8100 D-2 2
A 2
GL MO O
BT-C CS 10 i
PIT 2Y
)
AT-1 2Y VR-5 Note 14, 36 IN-8112 D-2 2
A 2
GL MO O
BT-C CS 10 PIT 2Y IN-8143 E-3 2
B 1
'IWY MO NA PAS NA I
4 i
4 Itav. 6 Page 82 of 165 i
t
ocecoo*********************e**************************************************************************************************-
SYSTEM: CHDiICAL AND VOIUME COtTI'ROL (BG)
DWG. NO.: M-12BG01(Q) ocoonce***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CIASS CAT SIZE TYPE TYPE POS TCMT FRDQ TIME REQUEST RDRRKS ooco**************************************************************************************************************************
IN-8145 G-7 1
B 2
GL AO C
PAS ta AT-1 2Y VR-1 Note 15 IN-8152 G-2 2
A 3
GL AO O
BT-C CS 10 VR-5 FST CS PIT 2Y l
BT-O Q
10 VR-1 Note 23 IN-8153A D-7 1
B 1
GL SO C
BT-C Q
10 FST Q
l PIT 2Y BT-O Q
10 VR-1 Note 23 l
IN-8153B D-7 1
B 1
GL SO C
BT-C Q
10 FST Q
PIT 2Y BT-O Q
10 VR-1 Note 23 l
IN-8154A D-8 1
B 1
GL SO C
BT-C Q
10 FST Q
PIT 2Y BT-O Q
10 VR-1 Note 23 l
IN-8154B D-8 1
B 1
GL SO C
BT-C Q
10 FST Q
PIT 2Y AT-1 2Y VR-1 Note 15 IN-8160 F-3 2
A 3
GL AO O
B'D-C CS 10 VR-5 l
rST CS PIT 2Y Rev. 6 Page 83 of 166
coccoo*******,************************n*****************************************************a*********************************
SYSTEM: OnMICAL AND VOIIME C0tTTROL (BG)
DWG. NO.: M-12BG02(Q) eoocoo**********=*************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME RfuurBr RENARKS ococco************************************************************************************************************************
V020 G-6 3
C
.75 RV SA C
RVT SY 8119 G-4 2
C 2
RV SA C
RVT SY W-130 H-5 3
B 6
BTF AO O
PAS NA ICV-112A E-2 2
B 3
WY AO tm PAS NA Ibv. 6 Page 84 of 166
coccoo************************************************************************************************************************
SYSTEM: CHEMICAL AND VOLUME CONTROL (BG)
DWG. NO.: M-12BG03 (Q)
- concoo************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF i
I NO.
COOR. CLASS CAT SIZE TYPE TYPE POS BQMT FRID TIME REQUEST REMARKS ocococ******************************************************* **********************************************************a*****
8118 E-4 2
C 1.5 RV SA C
RVT SY i
I 8123 H-3 2
C 2
RV SA C
RVT SY l
8443 E-6 2
C 4
CK SA O
PAS NA k
CVP-O Q
1 8481A C-4 2
C 4
CK SA C
CVT-O RR VR-2 CVP-O O
8481B B-4 2
C 4
CK SA C
CV M RR VR-2 i
8497 E-4 2
C 3
CK SA O
CVT-C Q
l -.
e 8546A C-7 2
C 8
CK SA C
CV M PR VR-19 l
8546B B-7 2
C 8
CK SA C
CVT-O RR VR-19 l
1 i
Rev. 6 Page 85 of 166
1 coocoo*******************************************************************************************************,************,***
SYSTEM: OIEMICAL AND VOLUME CONTROL (BG)
DWG. NO.: M-12BG03 (Q) occoce************************************************************************************************************************.
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CIASS CAT SIZE TYPE TfPE POS RQMT FREQ TIME REQUEST REMARKS ococo*************************************************************************************************************************
V091 E-4 2
C 2
CK SA C
CV'N)
Q V095 E-4 2
C 2
CK SA C
CVP-O Q
AT-1 2Y VR-5 Note 17, 36 IU-8105 E-2 2
A 3
GA MO O
Note 17, 36
- IN-8106 E-2 2
B 3
GA MO O
BT-C CS 15 l
PIT 2Y IN-8109 E-5 2
B 2
GL MO C
PAS NA i
BT-O Q
10 Note 36 IN-8110 E-4 2
B 2
GL MO O
BT-C Q
10 j
PIT 2Y
\\
l DT-O Q
15 Note 36 1 IN-8111 E-4 2
B 2
GL MO O
BT-C Q
15 l
PIT 2Y i
j ITN-121 D-4 2
B 3
GL MO O
PAS NA i
i I
I Rev. 6 Page 86 of 166
occoooce**********************************************************************************************************************~
SYSTEM: CHEMICAL AND VOIINE CONTROL (BG)
DWG. NO.: M-12B oc oc c oo * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- G0 3 ( Q)
- +:**********************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIH TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS PQMT FRE c oc o n o c e * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *Q* * * * *
- TIME REQUEST RENARKS ICV-182 E-3 2
B 3
GL AO O
PAS NA BT-C CS le tbte 18, 36
- ICV-ll2B F-6 2
B 4
GA MO O
PIT 2Y i
I BT-C CS 10
-lote 18; 36 ICV-ll2C F-6 2
B 4
GA MO O
PIT 2Y CVT-O Q
V589 B-4 2
C 1
CK SA C
CVT-C Q
CVT-o Q
V590 C-4 2
C 1
CK SA C
CVT-C Q
l V591 D-3 2
C 2
CK SA O
CVT-C CS lbte 38 BT-O O
15 VR-1 bbte 23
- HV-8357A C-4 2
B 1
GL SO C
BT-C Q
15 FST Q
PIT 2Y 1
Rev. 6 Page 87 of 166
I i
i i
! cececoce***********************************************s**********************************************************************.
SYSTD4: CEMICAL AND VOIINE COtTTROL (BG)
DWG. NO.: M-12BG03 cococoo*********************************************************************************(Q**)******e*****************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM
'IEST TEST MAX STRK RELIEF 20.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FRE o c o co o e * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *Q* * * * *
- TIME REQUEST REMARKS
- n***********************
BT-O Q
15 VR-1 tbte 23 '
HV-83578 B-4 2
B 1
GL SO C
BT-C Q
15 FST Q
l PIT 2Y iFCV-lllB G-5 2
B 2
DIA AO C
PAS NA e
g V524 C-6 3
C
.8 RV SA C
RVr SY l
l V525 A-6 3
C
.8 RV SA C
RVr SY l
8120 G-7 2
C 3
RV SA C
RVr SY
~
8124 C-7 2
C
RVr SY
/
V207 G-4 3
C
.8 RV SA C
RVP SY l
y Rev. 6 Yv Page 88 of 166
.s
s t: w
+
r
- c i ShWD y
~
~
occooce*************************+******* _.*********************p***********************************e**************ecce********,.
t DWG. 70.: M-12BG04(O)
SYSTEM: CHD4ICAL AND VOIIM; CONTROL (BG)
M oooooo**********************************************************4-3=**************************************************** pee ***
VALVE P&ID ISI IST VALVE VALVE 1.CT NOIN TEST TEST MAX STRK RELIEF ND.
000R. CIASS CAT SIZE TIPE. #3PE POS HQMT FRB2 TIME REQUEST RtNARKS occoce************************************....*************************************.********************************6**********
~
7006 E-4 2
C
.8 RV SA C
RVT '~
SV,
eA
. M, 1
.5
'f l
\\
I l
l I
l 4
Rev. 6 Page 89 of 166
ecocco************************************************************************************************************************
SYSTEM: CHEMICAL AND VOIUME CONTROL (BG)
DWG. m. : M-12BG05 (Q) occace************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS BQtfr FREQ TIME RD2UEST REMARKS eno*******************************e*******************************************************************************************
I V147 B-6 3
C 3
CK SA C
CVT-O Q
V155 B-6 3
C
.75 CK SA C
PAS NA V165 A-6 3
C 3
CK SA C
CVT-O Q
Ibte 19 V174 A-4 2
C 3
CK SA C
CVT-O c-CS V180 E-3 3
C 2
CK SA C
PAS
!Li V184 A-4 2
C 2
CK SA C
PAS ILS BT-O Q
15 Note 36 HV-8104 A-4 2
B 2
GL MO C
PIT 2Y Rev. 6 Page 90 of 166
oc coo o o oo ooo ooooccoco coo
- occeoooccoooooocooococcococcococococonocceccoccooccooooooccoccocococcoc coccooo ccecccccccocccccc-: e * * *
- SYSTEM: OIEMICAL AND VOIUME CONTROL (BG)
DWG. NO.: M-12BG05(Q) occoce*****************************************************************************************2******************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CIASS CAT SIZE TYPE TYPE POS BQtTP FREQ TIME REQUEs7 REMARKS oneeee************************************************************************************************************************
V167 B-6 3
C
.75 CK SA C
PAS NA V188 B-2 2
C 1
CK SA C
PAS NA I
l n?v. 6 Page 91 of 166
oooooo************************************************************************************************************************
SYSTD4: REACIOR MAKE-UP WATER (BL)
DWG. NO.: M.-12BL91(Q) econco************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS HQMT FRB2 TIME REQUEST RDRRKS
- ee*o**a*********************************************************************************************************************
AT-1 2Y 8046 D-3 2
A/C 3
CK SA C
PAS NA VR-5 AT-1 2Y VR-1 HV-8047 B-4 2
A 3
DIA AO O
BT-C Q
10 VR-5 FST Q
PIT 2Y 1
i Rev. 6 Page 92 of 166
ocoooc********************************************************************************;oo*eceocococcooococococcoccoocococococo SYSTDi: STEAM GENERA'IOR BIDWDOWN (BM)
DWG. NO.: M-12BMal(Q) ecoe**************************************************************************************************************************-
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FRD2 TIME RIQUEST RENARKS ocesco************************************************************************************************************************
V045 A-4 2
A 3
GA M
C AT-1 2Y VR-5 PAS NA l
V046 A-3 2
A 3
GA M
C AT-1 2Y VR-5 PAS NA BT-C Q
10 VR-1 IN-1 F-5 2
B 4
GL AO O
FST Q
PIT 2Y BT-C Q
10 VR-1 IN-2 E-5 2
B 4
GL AO O
FST Q
PIT 2Y
_=.
BT-C Q
10 VR-1 IN-3 C-5 2
B 4
GL AO O
FST Q
PIT 2Y BT-C Q
10 VR-1 IIV-4 A-5 2
B 4
GL AO O
FS1*
Q PIT 2Y IN-19 G-7 2
B 1
GL SO C
PAS NA IN-20 E-7 2
B 1
GL SO C
PAS ta i
Rev. 6 Page 93 of 166
SYSTDi: STEAM GENERA'IOR BIDWIXMN (BM)
DWG. NO.: M-12BM01(Q)
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF l
NO.
COOR. CIASS CAT SIZE TYPE TYPE POS IOff FREQ TIME RIQUEST RDMRKS
- e**************************************************************************************************************************
IN-21 D-7 2
B 1
GL SO C
PAS NA 11V-22 B-7 2
B 1
GL SO C
PAS in DT-C Q
5 VR-L Note 23 IN-35 G-7 2
B 1
GL SO O
FST Q
PIT 2Y BT-C Q
5 VR-1 Note 23 IN-36 E-7 2
B 1
GL SO O
FST Q
PIT 2Y BT-C Q
5 VR-1 Note 23 IN-37 C-7 2
B 1
GL SO O
FST Q
PIT 2Y BT-C Q
5 VR-1 Note 23 IIV-38 B-7 2
B 1
GL SO O
FST Q
PIT 2Y BT-C Q
5 VR-1 Note 23 IU-65 G-6 2
B 1
GL SO O
FST Q
PIT 2Y BT-C Q
5 VR-1 Note 23 IIV-66 E-6 2
B 1
GL SO O
FST Q
PIT 2Y k
Rev. 6 Page 94 of 166 l
occose************************************************************************************************************************
SYSTEM: STEAM GENERA'IOR BIDWDOWN (BM)
DWG. NO.: M-12BM01(Q) eoocee************************************************************************************************************************
VALVE
.P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF ty).
000R. CIASS CAT SIZE TYPE TYPE POS BQMT FREQ TIME RIQUEST RENARKS
- oee*************************************************************************************************************************
BT-C Q
5 VR-1 Note 23 IIV-67 C-6 2
B 1
GL SO O
FST Q
PIT 2Y BT-C Q
5 VR-1 Note 23 IIV-68 B-6 2
B 1
GL SO O
FST Q
PIT 2Y Rev. 6 Page 95 of 166
coccoo*****************************************************************************************coooconococcocococcoocococcocco SYSTEM: REEUELING WATER S'IORAGE (BN)
DWG. No.: M-12BN01(Q) oceeee************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS BQMT FREQ TIME Rteur;st REMARKS
- e************************************************************************************************************************
BT-O Q
65 Note 36 IN-3 C-3 2
B 12 GA MO O
BT-C Q
65 PIT 2Y DT-O Q
65 Note 36 IN-4 A-3 2
B 12 GA MO O
BT-C Q
65 PIT 2Y DT-O Q
15 Note 36 IN-8806A B-5 2
B 8
GA MO O
BT-C Q
15 PIT 2Y BT-O Q
15 Note 36 IIV-8806B E-3 2
B 8
GA MO O
BT-C Q
15 PIT.
2Y BT-O Q
17 Note 36 IIV-8812A B-3 2
B 14 GA MO O
BT-C Q
17 PIT 2Y BT-O Q
17 Note 36 IN-8812B D-3 2
B 14 GA MO O
BM Q
17 PIT 2Y i
ibte 21, 36 IN-8813 B-7 2
B 2
GL MO O
ICV-8800A E-5 2
B 3
GL AO C
PAS NA 1
Rev. 6 Page 96 of 166
lJ occoce***********************************************************************************************************************.
SYSTEM: REFUELING WATER STORAGE (BN)
DWG. NO.: M-12BN01(Q)
]
coeens****************************************************n*******************************************************************
j VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R.- CLASS CAT SIZE TYPE TYPE POS BQMT FREQ TIME REQUEST RENARKS oe***e************************************************************************************************************************
I I
ICV-88008 E-5 2
B 3
GL AO C
PAS
'NA 1
BT-O CS 15 Note 22, 36 LCV-ll2D A-5 2
B 8
GA MO' C
BT-C CS 15 PIT 2Y BT-O CS 15 Note 22, 36 LCV-ll2E E-3 2
B 8
GA MO C
l
)
)
)
I 1
Rev. 6 Page 97 of 166
occoce************************************************=************************************************cococcococococococococo.
SYSTEN: EUEL POOL COOLING & CLEANUP (EC)
DWG. NO.: M-12EC01(Q).
one****************w**********************************************************************************************************
i l
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF j
NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST RENARKS one***************************************************************************************************************************
l-IIV-ll 11-5 3
B 12 BTF MO O
BT-C 0
75 PIT 2Y
!bte 36 IIV-12 F-5 3
B 12 BTF MO O
BM Q
75 l
4 PIT 2Y V304 H-6 3
C 10 CK SA C
CVT-O Q
V013 E-6 3
C 10 CK SA C
CV'D-O Q
~.
V996 E-6 3
C
.8 RV SA C
RVT SY
/
s V997 G-6 3
C
.8 RV SA C
RVT SY V998 E-5 3
C
.8 RV SA C
RVT SY V999 G-5 3
C
.8 RV SA C
RVT SY Rev. 6 Page 98 of 166
cocooe*******************************************************s****************************************************************
SYSTEM: FUEL POOL COOLING & CLEANUP (EC)
DWG. NO.: M-02EC02(Q) cocee*************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACP NORM TEST TEST MAX ~STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS IQfr FRB2 TIME REQUEST RDMRKS
- A************************ce********************************
V083 C-5 2
A 6
GA M
C AT-1 2Y PAS NA
[
V084 C-5 2
A 6
GA M
C AT-1 2Y PAS NA l
V087 D-7 2
A 6
GA M
C AT-1 2Y PAS NA l
V088 D-7 2
A 6
GA M
C AT-1 2Y PAS NA l
V095 B-5 2
A 3
GA M
C AT-1 2Y VR-5 PAS NA l
V096 B-5 2
A 3
GA M
C AT-1 2Y VR-5 PAS NA l
Rev. 6 Page 99 of 166
cocooo****************************************t*******************************************************************************
SYSTEM: ESSENTIAL SERVICE WATER (EF)
DWG. NO.: M-K2EF01 coe***************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS IQff FREQ TIME RIQUEST REMARKS one***************************************************************************************************************************
CV M Q
V001 F-4 3
C 30 CK SA C
CV M Q
4 CV'D-O Q
V004 C-4 3
C 30 CK SA C
CVT-C 0
V241 F-2 3
C 30 CK SA C
CVT-O Q
V242 C-2 3
C 30 CK SA C
CVP-O Q
BT-C Q
40 Note 36 l
IN-85 F-2 3
B 30 BTF MO O
PIT 2Y BT-C Q
40 Note 36 l
IU-86 C-2 3
B 30 BTF MO O.
PIT 2Y 4
Note 36 IN-91 F-6 3
B 3
GA MO C
BT-O Q
30 Note 36 IN-92 C-6 3
B 3
GA MO C
BT-O Q
30 Rev. 6 Page 100 of 166
osoccce***********************************************************************************************************************
SYSTEM: ESSENTIAL SERVICE WATER (EF)
IX9G. NO.: M-K2EF01 eco***************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST REMARKS eco***************************************************************************************************************************
Note 36 IN-97 E-5 3
B 3
GA MO O
BT-C Q
30 Note 36 IN-98 B-5 3
B 3
GA MO O
BM Q
30 Note 36 P W-19 F-4 3
B 3
GA MO C
BT-O Q
30 Note 36 PW-20 B-4 3
B 3
GA MO C
BT-O O
30
=--
Rev. 6 Page 101 of 166
osome**********************************************r<*************************************************************************
SYSTEM: ESSENTIAL SERVICE WATER (EF)
DWG. NO.: M-02EF01(Q) eeeeece********************************************ie*************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM-TEST TEST MAX STRK RELIEF NO.
COOR. CIASS CAT SIZE TYPE TYPE POS ROMT FREQ TIME REQUEST REMARKS oeo************************************************************************************************************************
BT-C Q
40 Note 36 IN-23 F-7 3
B 30 BTF MO O
PIT 2Y BT-C Q.
40 Note 36 l
IN-24 E-7 3
B 30 BTF MO O
PIT 2Y BT-C Q
40 Note 36 l
IN-25 F-7 3
8 30 BTF MO O
PIT 2Y BT-C Q
40 Note 36.
l IN-26 E-7 3
8 30 BTF MO O
PIT 2Y BT-C 0
5 VR-1 IN-44 B-7 3
B 2
GL AO O
FST Q
PIT 2Y V076 B-6 3
C 2.5 CK SA O
CVIt-C Q
l I
Rev. 6 l
Page 102 of 166
ococee************************************************************************************************************************
SYSTEM: ESSENTIAL SERVICE WATER (EF)
DWG. NO.: M-02EF02(Q) cococo************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME IwQut5r REMARKS ococto************************************************************************************************************************
V046 E-6 3
C 2.5 CK SA O
CVD-C Q
AT 2Y Note 36 BT-O Q
30 VR-5 IIV-31 G-7 2
A 14 BTF MO O
BT-C Q
30 l
30 VR-5 IN-32 B-7 2
A 14 BTF MO O
B'D-C 0
30 l
PIT 2Y AT-1 2Y Note 36 BT-O Q
30 VR-5 IN-33 G-7 2
A 14 BTF MO O
B'D-C Q
30 l
PIT 2Y AT 2Y Note 36 BT-O Q
30 VR-5 IN-34 B-7 2
A 14 BTF MO O
B'F-C Q
30 l
PIT 2Y Note 36 IN-37 G-2 3
B 30 BTF MO C
BT-O Q
40 PIT 2Y l
IN-38 C-2 3
B 30 BTF MO C
BT-O Q
40 PIT 2Y
-l BT-C Q
40 Note 36 IIV-39 F-2 3
8 30 BTF MO O
PIT 2Y
)
P$ddf03of166
coconce***********************************************************************************************************************
SYSTEN: ESSENTIAL SEINICE WATER (EF)
DWG. NO.: M-O2EF02(Q) o*ene*************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS IOMI'.
FREQ TIME RM2utsr REMARKS ce****************************************************************************************************************************
BT-C Q
40 Note 36 l
IN-40 D-2 3
B 30 BTF MO O
PIT 2Y BT-C Q
40 Note 36 l.
IN-41 E-2 3
B 30 BTF MO O
PIT 2Y BT-C Q
40 Note 36 l
IN-42 D-2 3
B 30 BTF MO O
PIT 2Y BT-C Q
5 VR-1 IN-43 E-7 3
B 2
GL AO O
FST Q
PIT 2Y AT-1 2Y Note 36 BT-O Q
30 VR-5 g
IN-45 G-6 2
A 14 BTF MO O
BT-C Q
30 PIT 2Y AT-1 2Y Note 36 BT-O Q
30 VR-5 IN-46 B-6 2
A 14 BTF MO O
BT-C Q
30 l
PIT 2Y AT-1 2Y VR-5 Note 36 IN-47 G-6 2
A 10 BTF MO O
BT-C Q
30 l
PIT 2Y Rev. 6 Page 104 of 166
ocoose************************************************************************************************************************
SYSTEM: ESSENTIAL SEINICE WATER (EF)
DWG. NO.: M-02EF02(Q) ee**e*************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE T' PE POS BQMT FREQ TIME REQUEST RINARKS I
- =*************************************************************************************************
AT-1 2Y VR-5 Note 36 IN-48 C-6 2
A 10 BTF MO O
BT-C Q
30 l
30 VR-5 IN-49 G-6 2
A 14 BTF MO C
BT-C 0
30 l
PIT 2Y AT-1 2Y Note 36 BT-O O
30 VR-5 IN-50 B-6 2
A 14 BTF MO O
BT-C Q
30 l
PIT 2Y BT-O Q
75 Note 36 l
IN-51 G-4 3
B 24 BTF M0 O/C PIT 2Y i
BT-O Q
75 Note 36 IN-52 C-4 3
B 24 BTF MO O/C PIT 2Y BT-C Q
60 Note 36 IIV-59 G-3 3
B 24 BTF MO O/C PIT 2Y BM Q
60 Note 36 IN-60 C-3 3
B 24 BTF MO O/C PIT 2Y i
BT-C Q
5 VR-1 Note 23 FST Q
IN-87 E-3 3
B 1
GA SO O
PIT 2Y 4
Rev. 6 Page 105 of 166 i
00****************************************************************************************************************************
SYSTEM: ESSENTIAL SEINICE WATER (EF)
DWG. NO.: M-02EF02(Q) i VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS BQMT FREQ TIME REQUEST REMARKS o*****************************************************************************************************************************
B'D-C -
Q 5
VR-1 Note 23 FST Q
IIV-88 D-3 3
B 1
GA SO O
PIT 2Y l
i 4
Rev. 6 Page 106 of 166
ococee************************************************************************************************************************
SYSTEM: (DMPOtENT COOLING WATER -(EG)
DWG. NO.: M-12EG01(Q) ocoaeo************************************************************************************************************************
-VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST REMARKS oeee**************************************************************************************************************************
CVWO Q
V003 G-3 3
C 20 CK SA O/C CV'P-C Q
l CVT-O O
I V007 E-3 3
C 20 CK SA O/C CVT-C Q
l CVT-O Q
V012 D-3 3
C 20 CK SA O/C CVT-C Q
li CVT-O Q
.l V016 C-3 3
C 20 CK SA O/C CVT-C 0
V130 D-6 3
C 18 CK SA O/C CV N Q
V131 D-6 3
C 18 CK SA O/C CVT-O Q
V159 G-6 3
C 2
RV SA C
RVT SY V170 C-6 3
C 2
RV SA C
RVT SY 1
l l
l t
Rev. 6 Page 107 of 166 i
eeece*o***********************************************************************************************************************
SYSTEM: CDMPONENT COOLING WATER (EG)
DWG. NO.: M-12EG01(Q) ocee* e***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST REMARKS eeeeee************************************************************************************************************************
V305 G-6 3
C 1
IN SA C
RVT SY V306 C-6 3
C 1
RV SA C
RVT SY BT-O Q
23 Note 36 IN-ll F-7 3
B 1.5 GL MO C
PIT 2Y BM Q
23 Note 36 IN-12 C-7 3
B 1.5 GL MO C
PIT 2Y BM Q
23 Note 36 IIV-13 F-7 3
B 1.5 GL MO C
PIT 2Y BT-O Q
28 Note 36
'l IN-14 C-7 3
B 1.5 GL MO C
PIT 2Y i
Note 36 IN-15 D-6 3
B 18 BTF MO O
BT-C Q
72 l
i PIT 2Y
!bte 36 IN-16 D-6 3
B 18 BTF MO O
BT-C Q
72 PIT 2Y
'i Rev. 6 Page 108 of 166
cc@@@@@************************************************************************************************************CQQCCC(iGC*3 SYSTEM: COMPONENT COOLItG WATER (EG)
DWG. 10. : M-12DG01(Q) oooooo************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF
?D.
000R. CLASS CAT SIZE TYPE TYPE POS BQMT FREQ TIME REQUEST RENARKS.
eeoooo************************************************************************************************************************-
LV-1 G-7 3
B 3
GL AO C
PAS
'$A LV-2 C-7 3
B 3
GL AO C
PAS Im BT-C Q
5 VR-1 l
RV-9 G-6 3
B 2
GL AO O
FST Q
l PIT 2Y l
l BT-C Q
5 VR-1 RV-10 C-6 3
B 2
GL AO O
FST Q
PIT 2Y V
I i
l Rev. 6 Page 109 of 166
oooo**************************************************************************************************************************
SYSTEM: COMPONENT COOLING WATER (EG)
DWG. NO.: M-12EG02(Q) ocooee************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF FO.
000R. CLASS CAT SIZE TYPE TYPE POS ROMT FREQ TIME REQUEST REMARKS cocooe******************************************************************************************************************c.***.*
V036 G-5 3
C 18 CK SA O
PAS NA 1
V349 C-6 3
C
.8 RV SA C
RVT SY i
\\
l V352 C-6 3
C
.8 RV SA C
RVT SY l
V361 F-5 3
C 18 CK H
O PAS NA V024 G-6 3
C
.8 RV SA C
RVT SY V027 G-6 3
C
.8 RV SA C
RVT SY HV-53 G-5 3
B 18 BTF MO O
BT-C Q
70 Note 36 l
PIT 2Y HV-54 E-5 3
B 18 BTF MO O
BT-C Q
70 Note 36 PIT 2Y Rev. 6 Page 110 of 166
coccoo************************************************************************************************************************
SYSTD4: COMPONENT 000LItG WATER (EG)
DWG. NO.: M-12EI;02(Q) conce*************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RFLIEF J
10.
COOR. CLASS CAT SIZE TYPE TYPE POS RQtTP FREQ TIME REQUEST REMARKS cono******************************************************s*******************************************************************
BT-O Q
70 Note 36 l
IN-101 G-4 3
B 18 BTF MO C
PIT 2Y BT-O Q
70 Note 36 l
IN-102 C-4 3
B 18 BTF MO C
PIT 2Y.
j BT-C Q
50 VR-1 l
l
'IV-29 G-6 3
8 20 BTF AO O
FST Q
PIT 2Y BT-C Q
50 VR-1 TV-30 C-6 3
8 20 BTF AO O
FST Q
PIT 2Y l
1 BT-O Q
28 Note 36 l
IU-72 G-2 3
B 2
GL MO O
BT-C Q
28 l
PIT 2Y l
BT-O Q
28 Note 36 IN-73 G-2 3
B 2
GL MO O
BT-C Q
28 PIT 2Y BT-O Q
28 Note 36 IN-74 G-1 3
B 2
GL MO O
BT-C Q
28 PIT 2Y BT-O Q
28 Note 36 IN-75 G-1 3
B 2
GL MO O
BT-C Q
28 PIT 2Y l
l l
Rev. 6 Page 111 of 166
4 ococco****************************************************************************'********************************************
SYSTD4: COiPOtEt7f COOLING WATER (EG)
DRG. NO.: M-0 co c o c o c e * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *2EG0 3
- r*
VALVE P&ID ISI IST VALVE VALVE ACT NOIM TEST TEST MAX STRK RELIEF to.
COOR. CLASS CAT SIZE TYPE TYPE POS R
ocoeooe***************************************************Q*MT FREQ TIME RDQUEST RD4 ARKS l'
AT-1 2Y VR-3 V204 II-4 2
A/C 12 CK SA O
CVT-O Q
VR-5 CVT-C 2Y l
AT-1 2Y VR-5 Note 36 IN-58 11 - 5 2
A 12 GA MO O
BT-C O
30 PIT 2Y AT-1 2Y VR-5 Note 36 IN-59 C-5 2
A 12 GA MO O
BT-C 0
30 PIT 2Y AT-1 2Y VR-5
' tbte 36 IN-60 A-5 2
A 12 GA MO O
BT-C 0
30 l
PIT 2Y AT-1 2Y VR-5 tbte 36 IN-61 C-4 2
A 4
GA MO O
BT-C Q
30 PIT 2Y AT-1 2Y VR-5 lbte 36 IN-62 A-4 2
A 4
GA MO O
BM Q
30 PIT 2Y l
BT-C Q
15 VR-1 IW-69A F-8 3
B 14 BTF AO O
FST Q
PIT 2Y l
BT-C Q
15 VR-1 IN-698 F-6 3
B 14 BTF AO O
FST Q
PIT 2Y Ibv. 6 Page 112 of 166
cQCCAo************************************************************************************************************************
SYSTEM: 00MPONEtTP COOLItG WATER (EG)
DWG. NO.: M-02EG03(Q) cococo************************************************************************************************************************;
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF to.
000R. CLASS CAT SIZE TYPE TYPE POS ICMP FREQ TIME REQUEST RDERKS oceooo************************************************************************************************************************
BT-C Q
15 VR-1 l
IN-70A F-8 3
B 14 BTF AO O
FST Q
PIT 2Y BT-C Q
15 VR-1
'l IN-70B F-6 3
B 14 B'IF AO O
FST Q
PIT 2Y Note 36 IN-71 H-5 3
B 12 GA MO O
BT-C 0
35 l
PIT 2Y BT-O O
37 Note 36 IN-126 G-5 3
B 12 GA MO C
BT-C Q
37 PIT 2Y AT-1 2Y VR-5 Note 36 IN-127 G-5 2
A 12 GA MO C
BT.-O Q
30 l
BP-C Q
30 PIT 2Y AT-1 2Y VR-5 Note 36 HV-130 B-5 2
A 12 GA MO C
BT-O Q
30 BT-C Q
30 PIT 2Y AT-1 2Y VR-5 Note 36 l
HV-131 C-5 2
A 12 GA MO C
BM Q
30 BT-C Q
30 PIT 2Y AT-1 2Y VR-5 Note 36 IN-132 B-4 2
A 4
GA MO C
BN O
30 BT-C Q
30 PIT 2Y Rev. 6 Page 113 of 166
coococe***********************************************************************************************************************
SYSTEN: CDMPONENT COOLING WATER (EG)
DWG. NO.: M-02EG03(Q) ococoo************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST. MAX STRK RELIEF PD.
000R. CIASS CAT SIZE TYPE TYPE POS RQtff FREQ TIME REQUEST REMARKS' ocono*************************************************************************************************************************
AT-1 2Y VR-5 Note 36 IIV-133 C-5 2
A 4
GA M0 C
BT-O Q
30 irP-C Q
30 PIT 2Y i
i i
Rev. 6 Page 114 of 166
eccococo**oeo*oe**************************************************************************************************************
SYSTm: RESIDUAL HEAT RDOVAL (FJ)
DWG. NO.: M-12FJ01 oocococ*********************************************************************************(Q**)************************************
V/4VE P&ID ISI IST VALVE VALVE ACT NOBM TEST TEST MAX STRK RELIEF
?O.
000R. CIASS CAT SIZE TYPE
'IYPE POS BQMT FRE cecoo***************************************************************Q****** TIME REQUEST REARYS 8708A F-7 2
C 3
RV SA C
RVr SY 87088 C-7 2
C 3
RV SA C
RVr SY CVP-O Q
8730A G-4 2
C 10 CK SA C
CVr-O CS tbte 33 l
e CVP-O Q
8730B C-4 2
C 10 CK SA C
CVr-O CS tbte 2 l
AT-2 1.5Y VR-21 tbte 45, 4 8841A E-2 1
VC 6
CK SA C
CVT-O CS VR-4 CVr-C 1.SY AT-2 1.5Y VR-21 tbte 45, 4 8841B D-2 1
VC 6
CK SA C
CVr-O CS VR-4 CVT-C 1.5Y CVP-O Q
VR-20 8958A F-6 2
C 14 CK SA C
CVT-O RR CVP-O Q
VR-20 8958B B-6 2
C 14 CK SA C
CVr-O RR i
Rev. 6 Page 115 of 166
ocococce**********************************************************************************************************************
SYSTD4: RESIDUAL HEAT REMOVAL (FJ)
IMG. NO. : M-12FJ01(Q) ce*oe*************************************************************************************************************************
VALVE PhID ISI IST VALVE VALVE ACT NOIM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS ROMT FREX)
TIME
. REQUEST REMARKS ocko*ce***********************************************************************************************************************
8969A G-3 2
C 8
CK SA C
CVT-O RR VR-18 8969B A-4 2
C 8
CK SA C
CVP-O RR VR-18 IIV-14 11 - 5 2
B 1
GL SO C
PAS NA IIV-15 A-5 2
B 1
GL SO C
PAS NA AT-2 1.5Y VR-21 lbte 8, 36, 4 IN-8701A F-8 1
A 12 GA MO C
BT-O CS 120 BT-C CS 120 PIT 2Y AT-2 1.5Y VR-21 Note 8, 36, 4 IIV-8701B B-8 1
A 12 GA MO C
BT-O CS 120 BT-C CS 120 PIT 2Y BT-O CS 15 lbte 36, 20 IIV-8716A E-3 2
B 10 GA MO O
BT-C CS 15 PIT 2Y BT-O CS 15 lbte 36, 20 IIV-8716B D-3 2
B 10 GA MO O
BT-C.
CS 15 PIT 2Y Ibv. 6 Page 116 of 166 5
occooe************************************************************************************************************************
SYSTEM: RESIDUAL HEAT REMOVAL (EJ)
DWG. NO.: M-12FJ01(Q) ooooa***************************************************************************************************=*********************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CIASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST RENARKS ee****************************************************************************************************************************
BT-O CS 15 Note 27, 36 l
IN-8804A G-4 2
B 8
GA MO C
PIT 2Y BT-O CS 15 Note 27, 36 l
IN-8804B A-4 2
B 8
GA 10 C
PIT 2Y 5
BT-O CS 15 Note 28, 36 IN-8809A G-3 2
B 10 GA MO O
BM CS 15
]
PIT 2Y BT-O CS 15 Note 28, 36 IN-8809B C-3 2
B 10 GA MO O
BM CS 15 PIT 2Y BM CS 17 Note 34, 36 IN-8811A E-7 2
B 14 GA MO C
BT-O CS 17 Note 34, 36 Ilv-8811B D-7 2
B 14 GA MO C
BM CS 17 l
PIT 2Y BT-O CS 15 Note 28, 36 IN-8840 E-3 2
B 10 GA MO C
15 BT-C y
15 Note 36 ECV-610 II-6 2
B 2
GA MO O
PIT 2Y
\\
Rev. 6 Page 117 of 166
a eQ C c e * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * &A wCt
- A
- 4 * * * * * * * * * * * * * * * * * * * * * * *
- 2t
- OOCO CC COOOCCGC OO SYSTF24: RESIDUAL HEAT RDOVAL (EJ)
INL.M. : M-12FJ01(Q) eeece******************************************************************a*wenns************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST
!GX STRK RELIEF
/ PD.
COOR. CLASS CAT SIZE TYPE TYPE POS O ff FREQ TIME REQUEST RDRRKS e*****************************************************************************************************************************
BT-O Q
15
. Note 36 10/-611 A-5 2
B 2
GA MO O
BT-C Q
15 l
I PIT 2Y l
t ECV-618 F-5 2
B 8
BTF AO C
PAS NA j
l ICV-619 B-5 2
B 8
BTF AO C
PAS NA
\\
HCV-606 G-4 2
B 10 BTF AO O
PAS NA IICV-607 C-4 2
B 10 BTF AO O
PAS tm BT-C Q
10 VR-1 HCV-8825 E-2 2
B
.75 GL AO C
FST Q
PIT 2Y BT-C Q
10 VR-1 HCV-8890A F-2 2
B
.75 GL AO C
FST Q
PIT 2Y BT-C Q
10 VR-1 HCV-8890B C-2 2
B
.75 GL AO C
FST Q
PIT 2Y nav. 6 Page 118 of 166
CCCCCCGC&#At*****AAAAC##@CC@*Ge*@@ACC@@@@@AG**********************************************************************************
SYSTEN: PESIDUAL HEAT RDOVAL -(FJ)
ING. NO. : M-12FJ01(
coo*************************************************************************************Q**)************************************.
VALVE P&ID ISI IST VALVE VALVE ACT FOIM TEST TEST MAX STRK RELIEF NO.-
-COOR.
CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME RE REMARKS oce****************************************************************************************
QUEST AT-1 2Y VR-5 IN-23 F-7 2
A 1
GA SO C
PAS NA AT-1 2Y VR-5 IN-24 D-6 2
A 1
GA SO C
PAS NA AT-1 2Y VR-5 IN-25 F-6 2
A 1
GA SO C
PAS NA AT-1 2Y VR-5 IN-26 D-6 2
A 1
GL SO C
PAS NA V084 H-5 3
C 1.5 RV SA C
RVT SY V085 D-5 3
C 1.5 RV SA C
RVT SY V156 G-5 3
C
.8 RV SA C
RVr SY V157 D-6 3
C
.8 RV SA C
RVr SY Rev. 6 Page 119 of 166
- A***************************************************************************************
SYSTEM: HIGH PRESSURE COOLANT INJDCTION (m)
WG. NO.: M-12m01
- (Q**)************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST ~ MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS ROMT FRE
- Q******
TIME REQUEST REMARKS CVP-O Q
8022A E-5 2
C 4
CK SA C
CVT-O RR VR-7
_=
U CVP-O Q
8922B D-5 2
C 4
CK SA C
CVT-O RR VR-7 CVP-O Q
8926A E-7 2
C 8
CK SA C
CVT-O RR VR-8 CVP-O Q
8926S D-7 2
C 8
CK SA C
CVr-O RR VR-8 AT-2 1.5Y VR-21 tbte 4 V001 F-3 1
VC 2
CK SA C
CVT-O RR VR-4 CVT-C 1.5Y VR-13 AT-2 1.5Y VR-21 Note 4 V002 E-3 1
VC 2
CK SA C
CVT-O RR VR-4 CVr-C 1 5Y VR-13 AT-2 1.5Y VR-21 tbte 4 V003 D-3 1
VC 2
CK SA C
CVr-O RR VR-4 CVT-C 1.5Y VR-13 AT-2 1.5Y VR-21 tbte 4 -
V004 C-3 1
VC 2
CK SA C
CVT-O RR VR-4 CVf-C 1.5Y VR-13 Ibv. 6 Page 120 of 166
hJ
...oco e***********************************************************************************************************************.
SYSTEM: IIIGH PRESSURE COOIRTP INJECTION (m)
DWG. NO.: M-12501(Q)
CQQA.AD**************************************************************************************A********************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMr FREQ TIME REQUEST RENARKS ecee **************************************************************************************************************************
V005 A-6 2
C 1.5 CK SA C
CVP-O Q
AT-1 2Y V006 F-6 2
N'C 1
CK SA C
PAS NA
- VR-5 V007 A-5 2
C 1.5 CK SA C
CVr-O Q
l BT-O CS 15 tbte 28,-36 HV-8802A E-4 2
B 4
GA MO C
BT-C CS 15 PIT 2Y BT-O CS 15 Note 28, 36 HV-8802B D-4 2
B 4
GA MO C
BT-C CS 15-PIT 2Y V188 D-6 3
C
.8 RV SA C
RVr SY V189 F-6 3
C
.8 RV SA C
RVr SY BT-O Q
15 Note 36 HV-8807A G-7 2
B 6
GA MO C
PIT 2Y Rev. 6 Page 121 of 166
i l
1 ococookkkk******kk*kkkk+*kkkk***kkk***kkkk******k*kkk***k***g*********skyggggss*s*ggggggggggggggggggggggggssyggssggggggggggggy SYSTD1: IIIGl8 PRESSURE COOIANT INJECTION (D1)
DWG. NO.: M-12D101(Q) oooooo********************************************************w***************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOM 1
'IEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS ROMT FREQ TIME RE RD1 ARKS ocoo+o*************************************************************************************Q*UEST BT-O Q
15 lbte 36 IN-8807B F-7 2
B 6
GA MO C
PIT 2Y I
BT-C Q
15 tbte 36 l
IN-8814A B-6 2
B 1.5 GL MO O
PIT 2Y i
BT-C 0
15 tbte 36 IN-8814B B-5 2
B 1.5 GL MO O
PIT 2Y l
BT-C Q
15 tute 36 IN-88 M A E-4 2
B 4
GA MO O
PIT 2Y BT-C Q
15 tbte 36 IN-8821B D-4 2
B 4
GA MO O
PIT 2Y BT-C Q
10 VR-1 IN-8823 C-4 2
B
.75 GL AO C
FST Q
PIT 2Y BT-C Q
10 VR-1 IN-8824 D-3 2
B
.75 GL AO C
FST Q
PIT 2Y BT-O CS 10 tbte 30, 36 IN-8835 B-4 2
B 4
GA MO O
BT-C CS 10 PIT 2Y lbv. 6 Page 122 of 166
GCGCCAA***********************************************************************************************************************
SYSTD1: IIIGII PRESSURE COOLANT INJECTION (D1)
IMG. NO. : M-12D101 ocoocce*********************************************************************************(Q**)************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE
'IYPE TYPE POS RQMT FRE eccooe**************************************************************Q***** TIME REQUEST REMARKS AT-1 2Y VR-1 IIV-8871 11-5 2
A
.75 GL AO C
BT-C Q
10 VR-5 FST Q.
PIT 2Y BT-C Q
10 VR-1 IIV-3881 G-4 2
B
.75 GL AO C
FST Q
PIT 2Y AT-1 2Y VR-1 IIV-8888 F-6 2
A 1
GL AO C
BT-C Q
5 VR-5 FST Q
PIT 2Y IIV-8889A G-2 1
B
.75 GL AO C
PAS NA IIV-8889B G-3 1
B
.75 GL
- AO C
PAS NA IIV-8889C G-2 1
B
.75 GL AO C
PAS NA IIV-8889D G-2 1
B
.75 GL AO C
PAS NA IIV-8923A E-7 2
B 6
GA MO O
PAS NA Rev. 6 Page 123 of 166
eCCteGA***********************************************************************************************************************
SYSTD1: HIGil PRESSURE COOIANT INJECTION (D1)
IMG. NO. : M-12D101(C)
. oecoe*********************************************************************************************************************.****
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST
-TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RCMT FREQ TIME REQUEST RENARKS A2499AA***********************************************************************************************************************
IIV-89238 D-7 2
B 6
GA MO O
PAS NA IIV-8924 G-8 2
B 6
GA MO O
PAS NA AT-1 2Y VR-1 HV-8964 H-5 2
A
.75 GL AO C
BT-C Q
10 VR-5 FST Q
PIT 2Y Rev. 6 Page 124 of 166 e
cooco*************************************************************************************************************************
SYSTEM: HIGH PRESSURE COOLANT INJECTION (EN)
DRG. NO.: M-12EM02 (Q) cooooco*************************+*********************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOFM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE. POS RQMT FREQ TIME REQUEST REMARKS occocoo***********************************************************************************************************************
i AT-2
.1.5Y VR-4
!bte 4 8815 D-3 1
A/C 3
CK SA C
CW-0 RR VR-12 l
CW-C 1.5Y VR-21 l
V240 C-7 2
C 1
CK SA C
CW-O RR VR-12 i
V241 B-7 2
C 1
CK SA C
CW-O RR VR-12 l
1 BT-0 Q
10 tbte 36 l
IN-8801A D-4 2
B 4
GA MO C
BT-C Q
10 PIT 2Y
~
l BT-0 Q
10 Note 36 IN-8801B D-4 2
B 4
GA MO C
BT-C Q
10 i
PIT 2Y i
i 1
8852 E-4 2
C
.8 RV SA C
RVr SY BT-O Q
15 lbte 36 IN-8803A C-7 2
B 4
GA MO C
BT-C Q
15 PIT 2Y l
~==--
BT-O Q
15 tbte 36
]
IN-8803B A-7 2
B 4
GA MO C
BT-C Q
15 PIT 2"
Ibv. 6 I
Page 125 of 166
-.. ~
i ce*occe***********************************************************************************************************************
SYSTEM: IIIGI PRESSURE COOIANT INJECTION (EM)
IWG. NO.: M-12EM02 (Q) cococee***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE.ACT NOIN TEST TEST MAX STRK RELIEF NO.
CX)OR. CLASS CAT SIZE TYPE TYPE POS ROMT FREQ TIME REQUEST REMARKS ocoecoa***********************************************************************************************************************
BT-O Q
15 VR-1 lbte 23 IN-8837A C-7 2
B 1
GL SO C
BT-C Q
15 FST Q
PIT 2Y l
BT-O Q
15 VR-1 Ste 23 IN-8837B B-7 2
B 1
GL
.m C
BT-C Q
15 FST Q
j PIT 2Y BT-C Q
10 VR-1 IN-8843 C-4 2
B
.75 GL AO C
FST Q
PIT 2Y IN-8870A E-5 2
B 1
GL AO C
PAS NA IN-8870B E-5 2
B 1
GL AO C
PAS NA IN-8881 C-3 2
B
.75 GL AO C
PAS NA I
Ilv-8883 D-6 2
B
.75 GL AO C
PAS NA i
i i
Ibv. 6 Page 126 of 166
_y
s,-
)
occoocc***********************************************************************************************************************
SYSTDi: CONTAItNENT SPRAY '(EN)
IMG. NO. : M-12EN01(Q) oso**co***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOlti TEST TEST MAX STRK RELIEF NO.
'COOR.
CLASS CAT SIZE TYPE TYPE -POS ROMT
.FRR)
TIME RE ococo**************************************************************************************
QUEST REMARKS VR-15 V002 C-7 2
C 12 CK SA C
CVP-O CS lbte 1 VR-17 V003 G-7 2
C 12 CK SA C
CVP-O Q
VR-17 V004 G-5 2
C 10 CK SA C
CVP-O Q
VR-15 V008 B-7 2
C 12 CK SA C
CVT-O CS PDte 1 VR-17 V009 B-7 2
C 12 CK SA C
CVP-O Q
VR-17 V010 B-5 2
C 10 CK SA C
CVP-O Q
VR-15 V013 G-4 2
C 10 CK SA C
CVT-O CS tbte 1 CVT-C CS VR-15 V017 B-4 2
C 10 CK SA C
CVT-O CS lbte 1 CVT-C CS Pov. 6 Page 127 of 166
~
w
cocooeo***********************************************************************************************************************-
~
SYSTEM: CONTAINMDn SPRAY (EN)
DWG. NO.: M-12EN01(Q) 4 ococe*************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIM TEST TEST ' MAX STRK RELIEF NO.,
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST REMARKS eo****************************************************************************************************************************
BT-O Q
'18 tbte 36 IN-12 B-4 2
B 10 GA MO C
BT-C Q
18 PIT 2Y BT-O Q
10 lbte 36 BT-C Q
10 IN-15 E-6 2
B 3
GA MO C
'2Y BT-O Q
10 lbte 36 BT-C Q
10 IN-16 D-6 2
B 3
GA MO C
PIT 2Y
~
1 i
4 1
Rev. 6 Page 128 of 166
cocooc******************************************************************************************n*****************************
SYSTEM: CCNTAIPME?TP SPRAY (EN) ococoo**************************************************************DWG. NO.: M-12EN01(Q)
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST-MAX STRK
'RELIr7 NO.
COOR. CLASS CAT SIZE TYPE TYPE POS R
conocc******s*********************************************Q*MT FREQ TIME REQUEST RENARKS V057 F-5 2
C
.75 RV SA C
RVT SY V058 F-5 2
C 1
RV SA C
RVP SY V099 F-6 2
C 3
CK SA C
CVT-O Q
4 V101 C-6 2
C 3
CK SA C
CVT-O Q
4 V106 F-5 2
C 1
RV SA C
RVP SY BT-O CS 30 tbte 35, 36 IN-1 G-7 2
B 12 GA MO C
BT-O Q
18 tbte 36 1
liv-6 G-4 2
B 10 GA MO C
BT-C Q
18 PIT 2Y BT-O CS 30 tete 35, 36 IN-7 B-7 2
B 12 GA MO C
BT-C CS 30 PIT 2Y Ibv. 6 Page 129 of 166
q coooooo***********************************************************************************************************************
SYSTEM: ACCIMILA'IOR SAFETY INJBCTION (EP) dig. NO. : M-02EP01(Q)-
coccoce***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF NO.
COOR. CIASS CAT SIZE TYPE TYPE POS ROMT FREQ TIMEi REQUEST REMARKS ococooc***********************************************************************************************************************
AT-2 1.5Y VR-4 tbte 45, 4 8818A G-3 1
VC 6
CK SA C
CVT-O CS VR-21 CVP-C 1.5Y AT-2 1.5Y VR-4 lbte 45, 4 8818B F-3 1
VC 6
CK SA C
CVP-O CS VR-21 CVT-C 1.5Y AT-2 1.5Y VR-4 lbte 45, 4 8818C D-3 1
VC 6
CK SA C
CVr-O CS VR-21 CVT-C 1.SY AT-2 1.5Y VR-4 lbte 45, 4 8818D C-3 1
VC 6
CK SA C
CVP-O CS VR-21 CVP-C 1.SY 8855A H-7 2
C 1
RV SA C
RVr SY 8855B F-7 2
C 1
RV SA C
RVr SY 8855C D-7 2
C 1
RV SA C
Rvr SY 8855D C-7 2
C 1
RV SA C
RVT SY Ibv. 6 Page 130 of 166
coooooo***********************************************************************************************************************
SYSTD1: ACCUMULA'IOR SAFETI INJECTION (EP)
WG. NO.: M-02EP01 cooooco*********************************************************************************(Q**)************************************
VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF IJO.
COOR. CLASS CAT SIZE TYPE TYPE POS IUIT FREQ TIME REQUEST RmARKS ocooooo***********************************************************************************************************************
AT-2 1.5Y VR-4 lbte 4 8956A G-4 1
CVP-O RR VR-14 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 8956B E-4
CVP-O RR VR-14 CVT-C 1.SY VR-21 AT-2 1.5Y VR-4 lbte 4 8956C C-4 1
CVP-O RR VR-14 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 8956D B-4 1
CVP-O RR VR-14 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 V010 G-3 1
VC 2
CK SA C
CVT-O RR VR-13 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 V020 P-3 1
VC 2
CK SA C
CVT-O RR VR-13 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 tbte 4 V030 D-3 1
VC 2
CK SA C
CVT-O RR VR-13 CVT-C 1.5Y VR-21 AT-2 1.5Y VR-4 lbte 4 V040 C-3 1
VC 2
CK SA C
CVT-O RR VR-13 CVT-C 1.5Y VR-21 Rev. 6 Page 131 of 166
a ccescoo***********************************************************************************************************************
SYSTEN: ACCGUIAIOR SAFETY ItkTECTION (EP)
DWG. NO.: M-02EP01(Q) cococco***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF NO..
COOR. CLASS CAT SIZE TYPE TYPE POS 110MT FREQ TIME REQUEST RINARKS ococono***********************************************************************************************************************
AT-1 2Y V046 A-5 2
VC 1
CK SA C
PAS NA VR-5 BT-O CS 12 tbte 29, 36 HV-8808A G-5 2
B 10 GA MO O
BT-C CS 12
{
PIT 2Y
)
I BT-O CS 12 Note 29, 36' IN-8808B E-5 2
B 10 GA MO O
BT-C CS 12 PIT 2Y BT-O CS 12 Note 29, 36 IN-8808C C-5 2
B 10 GA MO O
BT-C CS 12 l
PIT 2Y 1
BT-O CS 12 tbte 29, 36 l
l IIV-8808D B-5 2
B 10 GA MO O
BT-C CS 12 PIT 2Y IN-8875A H-6 2
B 1
GL AO C
PAS
.NA IIV-88758 P-6 2
B 1
GL AO C
PAS NA IN-8875C D-6 2
B 1
GL AO C
PAS IN-8875D C-6 2
B 1
GL AO C
PAS NA
-~~
lbv. 6 Page 132 of 166 I
I ceocooce**********************************************************************************************************************
l-SYSTD4: AOCUMUIA'IOR SAFETY ItUECTION (EP)
IMG. NO. : M-O2EP01(
cococoo*********************************************************************************Q**)************************************
l l
VALVE P&ID ISI IST VALVE VALVE ACT NOIH TEST TEST MAX STRK RELIEF l
NO.
000R. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME RE RD(ARKS ococooce***********************************************************************************Q*UEST IN-8877A F-4 2
B
.75 GL AO C
PAS NA l
IIV-8877B E-4 2
B
.75 GL AO C
PAS NA IN-8877C C-4 2
B
.75 GL AO C
PAS NA
-~
t l
IIV-8877D A-4 2
B
.75 GL AO C
PAS NA IN-8878A G-5 2
B 1
GL AO C
PAS NA IN-88788 E-5 2
B 1
GL AO C
PAS NA IIV-8878C D-5 2
B 1
GL AO C
PAS NA IN-8878D C-2 2
B 1
GL AO C
PAS NA a
IN-8879A G-4 2
B
.75 GL AO C
PAS NA IIV-8879B E-4 2
B
.75 GL AO C
PAS NA IN-8879C D-4 2
B
.75 GL AO C
PAS NA l
Ibv. 6 page 133 of 166 l
cocooo************************************************************************************************************************
SYSTEM: AOCLMULATOR SAFETY ItUECTION (EP)
DWG. NO.: M-02EP01 wooooo**********************************************************************************(O)**************************************-
VALVE P&ID ISI IST VALVE VALVE ACT NOIH TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS R
cocooo****************************************************OMT FREQ TIME REQUEST RENARKS IN-8879D C-2 2
3
.75 GL AO C-PAS NA BT-O CS 10 VR-1 tbte 39, 7 l
IN-8950A H-7 2
B 1
GL SO C
BT-C CS 10 FST CS PIT 2Y BT-O CS 10 VR-1 tbte 39, 7
-l IN-8950B F-8 2
B 1
GL SO C
BT-C CS 10 FST CS PIT 2Y BT-O CS 10 VR-1 tbte 39, 7 IN-8950C F-7 2
B 1
GL SO C
BT-C CS 10 FST CS PIT 2Y BT-O CS 10 VR-1 tbte 39, 7 l
IN-8950D D-8 2
B 1
GL SO C
BT-C CS 10 FST CS PIT 2Y BT-O CS 10 VR-1 tbte 39, 7 l
IN-8950E D-7 2
B 1
GL SO C
BT-C CS 10 FST CS PIT 2Y BT-O CS 10 VR-1 lete 39, 7 l.
IN-8950F C-8 2
B 1
GL SO C
BT-C CS 10 FST CS PIT 2Y AT-1 2Y VR-5 IN-8880 A-4 2
A 2
GL AO C
BT-C Q
10 VR-1 FST Q
PIT 2Y Rev. 6 Page 134 of 166
coooooo***********************************************************************************************************************
SYSTEM: AUXILIARY TURBINES (FC)
DWG. NO.: M-12FCO2(Q) eceocoo***********************************************************************************************************************-
VALVE P&ID ISI IST VALVE VALVE ACT NOIH TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS BQMT FREQ-TIME REQUEST RENARKS ocooooo***********************************************************************************************************************
CVP-O M
, V001 G-6 2
C 4
CK SA C
CVT-O CS VR-16 lbte 3,16 CVT-C Q
CVP-O M
V002 G-6 2
C 4
CK SA C
CVP-O CS VR-16 tbte 3,16 CVr-C 0
l V003 G-6 3
C 4
CK SA C
PAS NA l
CVP-O M
V024 G-6 2
C 4
CK SA C
CVf-O CS VR-16 tbte 3, 16 CVr-C 0
CVP-O M
V025 G-6 2
C 4
CK SA C
CVT-O CS VR-16 Note 3, 16 CVr-C 0
BT-C 0
5 VR-1 EV-310 D-7 3
B 1
GL AO O
FST Q
PIT 2Y BT-O 15 tbte 36 l
IW-312 F-5 3
B 4
GA MO C
PIT 2Y LV-10 D-6 3
B 1
GL AO C
PAS NA Rev. 6 Page 135 of 166
occocec***********************************************************************************************************************.
SYSTD4: COtTTAIPNENT HYDROGEN COtnPOL (GS)
IWG. NO. : M-12GS01(Q) coece2a***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT POIN TEST TEST MAX STRK RELIEF 10.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME REQUEST RD(ARKS ecococe***********************************************************************************************************************
AT-1 2Y VR-1 tbte 7 l
BT-O Q
5 IN-3 E-6 2
A 1
GA SO C
BT-C 0
5 VR-5 FST Q
PIT 2Y l
AT-1 2Y VR-1 tbte 7 BT-O Q
5 IN-4 E-6 2
A 1
CA SO C
BT-C 0
5 VR-5 FST Q
PIT 2Y AT-1 2Y VR-1 lbte 7 l'
BT-O O
5 l
IIV-5 D-5 2
A 1
GA SO C
BT-C 0
5 VR-5 FST Q
PIT 2Y AT-1 2Y VR-1 tbte 7 l
BT-O Q
.5 IN-8 B-6 2
A 1
GA SO C
BT-C Q
5 VR-5 FST Q
j PIT 2Y AT-1 2Y VR-1 tbte 7 DT-O Q
5 IN-9 B-6 2
A 1
GA SO C
BT-C Q
5 VR-5 FST Q
{
PIT 2Y l
I AT-1 2Y VR-1 tbte 7 BT-O O
5 I
IN-12 E-4 2
A 1
GA SC C
BT-C Q
5 VR-5 FST Q
PIT 2Y Bev. 6 Page 136 of 166
oooooce***********************************************************************************************************************
SYSTEM: COPRAI!MEtTr HYDROGEN COtEROL (GS)
ING. NO. : M-12GS01(Q) oooooo************************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIM TEST TEST MAX S1RK RELIEF NO.
COOR. CIASS CAT SIZE TYPE TYPE POS RCHT FREQ TIME REQUEST RENARKS coccoo************************************************************************************************************************
AT-1 2Y VR-1 tbte 7 l
BT-O Q
5 IN-13 E-5 2
A 1
GA SO C
BT-C 0
5 VR-5 FST Q
PIT 2Y AT-1 2Y VR-1 tbte 7 l-BT-O O
5 IN-14 D-5 2
A 1
GA SU C
BT-C 0
5 VR-5 FST Q
PIT 2Y AT-1 2Y VR-1 tbte 7 l
BT-O Q
5 IN-17 B-4 2
A 1
GA SO C
BT-C Q
5 VR-5 j
FST Q
l PIT 2Y l
I AT-1 2Y VR-1 lbte 7 l
BT-O O
5 l
l IN-18 B-5 2
A 1
GA SO C
BT-C 0
5 VR-5
)
l FST Q
l PIT 2Y AT-1 2Y VR-5 rete 36 l
BT-O Q
5 1-IN-20 F-5 2
A 6
BTF MO C
BT-C 0
5 PIT 2Y i
AT-1 2Y VR-5 tbte 36 I
BN Q
5 IN-21 F-4 2
A 6
BTF MO C
BT-C 0
5
)
PIT 2Y l
I I
l Ibv. 6 l
Page 137 of 166 I
i 1
coccooo***********************************************************************************************************************
SYSTEM: CONTAIINENT HYDROGEN CONTROL (GS)
IMG. NO. : M-12GS01(Q) oooococ***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF
?D.
000R. CLASS CAT SIZE TYPE TYPF POS RCMT FREQ TIME REQUEST REMARKS oosseco***********************************************************************************************************************
AT-1 2Y VR-1 tbte 7 IN-31 D-4 2
A 1
GA SO O
BT-C 0
-5 FST Q
VR-5 PIT 2Y AT-1 2Y VR-1 Note 7 IN-32 D-3 2
A 1
GA SO O
BT-C 0
5 FST Q
VR-5 PIT 2Y AT-1 2Y VR-1 lbte 7 IN-33 C-4 2
A 1
GA SO O
BT-C 0
5 FST Q
VR-5 l
PIT 2Y l
AT-1 2Y VR-1 lbte 7 IN-34 C-4 2
A 1
GA ~
SO O
BT-C Q
5 I
FST Q
VR-5 PIT 2Y
-A l
AT-1 2Y VR-1 tbte 7 l
l IN-36 D-6 2
A 6
GA SO O
LT-C 0
5 l
FST Q
VR-5 l
PIT 2Y l
l AT-1 2Y VR-1 lbte 7 BT-C Q
5 1
IN-37 D-7 2
A 6
GA SO O
FST Q
VR-5 l
PIT 2Y l
l l
1 1
Ibv. 6 l
Page 138 of 166 l
1 l
cocoocc***********************************************************************************************************************
SYSTm: CONTAIMEfff HYDROGEN COtFTROL (GS)
DWG. NO.: M-12GS01(Q) cocoooc***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOFM TEST TEST MAX STRK RELIEF.
NO, COOR. CLASS CAT SIZE TYPE TYPE POS RQMT
_FREQ TIME REQUEST REMARKS occocoo************************************************************************************************,**********************l AT-1 2Y VR-1 tbte 7 HV-38 C-6 2
A 6
GA SO O
BT-C Q
5 FST Q
VR-5 PIT 2Y l
AT-1 2Y VR-1 tete 7 l
HV-39 C-6 2
A 6
GA SO O
BT-C Q
5 FST Q
VR-5 PIT 2Y l
l i
I Rev. 6 Page 139 of 166
coccocc***********************************************************************************************************************-
SYSTH4: CQTTAI! MENT AIR PURIFICATION AND CLEANUP (GT)
N G. NO.: M-12GT01 ccococc*********************************************************************************(Q**)************************************-
-VALVE P&ID ISI IST VALVE VALVE ACT NOH4 TEST TEST MAX STRK RELIEF NO, COOR. CLASS CAT SIZE TYPE TYPE POS RCHT FRE c o o o c c o * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- Q* * * * *
- TIME REQUEST REMARKS AT-1 Q
VR-1 IE-4 D-4 2
A 18 BTF AO O
BT-C Q
3 VR-5 lbte 32 l
FST Q
PIT 2Y l-AT-1 Q
VR-1 IE-5 A-5 2
A 18 BTF AO O
BT-C Q
3 VR-5 tete 32 l
FST Q
PIT 2Y l
AT-1 2Y VR-5 IE-6 C-4 2
A 36 BTF AO C
BT-C Q
10 l
FST Q
VR-1 PIT 2Y AT-1 2Y VR-5 IIZ-7 C-5 2
A 36 BTF AO C
BT-C Q
10 l
FST O
VR-1 PIT 2Y AT-1 2Y VR-5 HZ-8 C-6 2
A 36 BTF AO C
BT-C Q
10 l
FST Q
VR-1 PIT 2Y AT-1 2Y VR-5
! IIZ-9 C-7 2
A 36 BTF AO C
BT-C Q
10 l
FST Q
VR-1 PIT 2Y AT-1 Q
VR-1 HZ-11 A-6 2
A 18 BTF AO O
BT-C Q
3 VR-5 tute 32
'l FST Q
PIT 2Y l
A>l Q
W-1 HZ-12 A-7 2
A 18 BTF AO O
BT-C Q
3 VR-5 lbte 32 l
FST Q
PIT 2Y l
Rev. 6 Page 140 of 166 i
I
1 cococcc***********************************************************************************************************************
SYSTDi: LIQUID RANAS'IE (HB)
N G. NO.: M-12HB01(Q).
ococoece****************************************************************************************************************.******
VALVE P&ID ISI IST VALVE VALVE ACT NOEM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE T'PE POS BQMT FREQ TIME RE REMARKS I
oocecco************************************************************************************
QUEST V036 C-3 3
C
.75 RV SA C
RVr SY AT-1 2Y VR-1 IN-7126 II-6 2
A
.75 DIA AO O
BT-C Q
10 VR-5 PST Q
PIT 2Y AT-1 2Y VR-1 IN-7136 F-3 2
A 3
DIA AO O
BT-C Q
10 VR-5 FST Q
PIT 2Y AT-1 2Y VR-1 IN-7150 II-5 2
A
.75 DIA AO O
BT-C Q
10 VR-5 PST Q
PIT 2Y AT-1 2Y VR-1 IN-7176 F-3 2
A 3
DIA AO O
BT-C Q
10 VR-5 FST Q
PIT 2Y Rev. 6 Page 141 of 166 l~
oconoce****+********************************************t*********************************************************************
SYSTEM: DECOtTTAMINATION (HD)
WG. NO.: M-02HD o o
- e o o e * * * *
- s * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *01 ( Q VALVE P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS R
one*******************************************************Q*MT FREQ TIME REQUEST REMARKS V016 B-7 2
A 2
GL M
C AT-1 2Y VR-5 PAS NA
,i l
V017 B-7 2
A 2
GL M
C AT-1 2Y VR-5 PAS NA I
4 1
o b
i h
l
\\
~
l o
i Rev. 6 Page 142 of 166
ococccccccc0***029400009*cce*************************************w************************************************************
SYSTm: DiERGEtCY FUEL OIL (JE)
WG. NO.: M-12JE01
@@@@@@@*********************************************************************************(Q**)************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOR4 TEST TEST MAX STRK RELIEP NO.
COOR. CLASS CAT SIZE TYPE TYPE POS RQMT FREQ TIME RE RMARKS
@@@@@@e************************************************************************************Q*UEST V085 II-4 3
C 2
CK
'SA C
CVT-O Q
r l
V086 D-4 3
C 2
CK SA C
CVT-O Q
i i
i Ibv. 6 Page 143 of 166 i
I
cacocco************************************************************************************************************,,,*,
SYSTEM: CCMFRESSED AIR (KA) dig. NO. : M-02KA01(Q) oooo.co***********************************************************************************************************************
VALV3 P&ID ISI IST VALVE VALVE ACT NORM TEST TEST MAX STRK RELIEF NO.
000R. CLASS CAT SIZE TYPE TYPE POS RCMT FREQ TIME REQUEST REMARKS coooooo***********************************************************************************************************************
AT-1 2Y VR-3 V204 C-2 2
A/C 1.5 CK SA O
CVT-C 2Y VR-5 AT-1 2Y VR-1
'tbte 40' FV-29 D-2 2
A 2
GL AO O
BT-C CS 5
FST CS VR-5 PIT 2Y BT-O CS 15 tote 36, 41 l
HV-30 C-1 2
B 1.5 GA MO C
PIT 2Y e
Rev. 6 Page 144 of 166
ococooc***********************************************************************************************************************
SYSTD4: CCMPRESSED AIR (KA) dig. NO. : M-02KA02(Q) coooooe***********************************************************************************************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIM TEST TEST MAX STRK RELIEF
?O.
COOR. CLASS CAT SIZE TYPE TYPE POS ROMT FREQ TIME RE RENARKS osooooo************************************************************************************Q*UFSF AT-1 2Y V039 D-6 2
A/C 4
CK SA C
PAS ta VR-5 V118 D-6 2
A 4
GL M
C AT-1 2Y VR-5 PAS NA
,l l
i I
I I
i Rev. 6 l
Page 145 of 166 i
ecocoece**e*******************************************************************************************************************
SYSTm: CCMPRESSED AIR (KA)
DWG. NO.: M-02KA05(
ococcoo*********************************************************************************Q*)**********,*************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIM TEST TEST MAX STRK RELIEF NO, COOR. CLASS CAT SIZE TYPE TYPE POS RCMT FREQ TIME RE REMARKS occocoo************************************************************************************Q*UEST AT-3 2Y V648 G-6 3
.75 CK SA C
PAS NA AT-3 22
~
V649 F-5 3
.75 CK SA C
PAS NA AT-3 2Y V650 D-6 3
.75 CK SA C
PAS NA AT-3 2Y V651 B-5 3
.75 CK SA C
PAS NA V703 H-7 3
C
.8 RV SA C
RVP SY V704 F-6 3
C
.8 RV SA C
RVr SY V705 D-7 3
C
.8 RV SA C
RVP SY V706 B-6 3
C
.8 RV SA C
RVP SY Rev. 6 Page 146 of 166
ccoccoce*********************************************************************************************************************
SYSTEM: CONTAIPMENP BREADIUG AIR (KB)
DWG. NO.: M-12KB oc co o o o * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *01 ( Q)
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEF
?O.
000R. CLASS CAT SIZE TYPE TYPE POS BQMT FRE c o ec e o o * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- Q* * * * *
- TIME REQUEST REMARKS V001 E-3 2
A 2
GL M
C AT-1 2Y VR-5 V002 E-4 2
A 2
GL M
C AT-1 2Y VR-5 PAS NA l
mv. 6 Page 147 of 166
cocccccooococcoooooooooco***o*************************************************************************************************
SYSTEM: FIRE PIUTECTION (KC)
ING. NO. : M-12KC02 cococoe*********************************************************************************(Q**)************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOEM
'IEST TEST MAX STRK RELIEF NO.
COCR. CLASS CAT SIZE TYPE TYPE POS RCMT FREQ TIME RE REMARKS ococcee************************************************************************************Q*UEST AT-1 2Y V478 B-6 2
VC 4
CK SA C
PAS NA VR-5 mte 36 HV-253 B-6 2
A 4
GA MO C
AT-1 2Y VR-5 BT-C 0
30 PIT 2Y
(
Rev. 6 Page 148 of 166
l, cocecce*************************************************************************,**,,,*****,*,,,**,,,,,,,**,,*,,,,,*******,
SYSTEM: STAFDBY DIESEL ENGI!ES (KJ)
DWG. NO.: M-02KJ01(Q) ccoccoo*********************e****************************,**********************,.......
VALVE P&ID ISI IST VALVE VALVE JCr NOIM TEST TEST MAX STRK RELIEF NO.
COOR. CLASS CAT SIZE TYPE TYPE POS PQMT FREQ TIME REQUEST REMARKS coccooo***********************************************************************************************************************
BT-C O
15 tbte 36 l
IN-1 A-6 3
B 1
GA MO O
PIT 2Y Ibv. 6 Page 149 of 166
l i cocconoce****eeeeeeee*****e***************e*******************e***************************************************************
l SYS m t: STAR.TBY DIESEL DEIFES (KJ)
ING. NO.: M-12KJ02(C)
Iceceoooonee****menesee**eme*****************************************************e*********************************************
VALVE P&ID ISI IST VALVE VALVE ACT NOIN TEST TEST MAX STRK RELIEP PD.
COOR. CIASS CAT SIZE TYPE TYPE POS ROff FREQ TIME
~ REQUEST REMARKS lccococco e********
eee********************************************************************************************************
l AT-3 2Y V712A D-5 3
.75 CK SA C
PAS NA AT-3 2Y V711A B-2 3
.75 CK SA C
PAS NA PV-1A F-3 3
B
.4 GL SO C
BT-O M
VR-6 tbte 37 l
l PV-1B F-3 3
B
.4 GL SO C
BT-O M
VR-6 tbte 37 l V716A C-2 3
C
.75 RV SA C
RVP SY V717A C-4 3
C
.75 RV SA C
RVr SY Rev. 6 P33e 150 of 166 l
l
l i
l **co:ce************************************************************,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
SYSTat: STANTY DIESEL ENGI!!ES (U)
ING. FO. : M-02KJ03 cocccoce********************************************************************************(Q**)************************************
VALVE P&ID ISI IST VALVE VALVE ACT
!ORM TEST TEST MAX STRK RELIEF 20.
COOR. CLASS CAT SIZE TYPE TYPE POS RCMT FRED TIME RE occoooe************************************************************************************Q*UEST REMARKS I
BT-C O
15 lbte 36 l
1f1-2 A-6 3
B 1
GA MO O
PIT 2Y Rev. 6 Page 151 of 166
- rocc********************************************************************e**************************************************
l sysmt: STANOBY DIESEL DCINES (U) ccec occ e * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- IWG. NO. : M-02KJ04 (Q)
'/
VALVE PEID ISI IST VALVE VALVE ACT
!OIM TEST TEST MAX S1RK RELIEF to.
000R. CLASS CAT SIZE TYPE TYPE POS I
ococ oc o * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *Q* *tT FREQ TIME REQUEST REMARKS BT-C O
15 tbte 36 l
IN-101 A-6 3
B 1
CA MO O
PIT 2Y l
1 l
l l
l Rev. 6 Page 152 of 166
,a
- **. cce..........***...................
SYSTm: STANIEY DIESEL acIrES (KI)
DWG. NO.: M-12KJ05(Q)
..xoco............................*******...**.....**........****................**........**********...****.**********.**
\\ EVE \\ EVE ACT NOIM TEST TEST MAX STRK RELIEP
!O.
COCR. CIASS CAT SIZE
'IYPE TYPE POS RCMT FRE coc ecec * *.. * * * *...... * *..................... * * * * * * * * * * * * * * * * * * * * * *. D...... TIME REQUEST REMARKS l
l PV-101A F-3 3
B
.4 GL SO C
BT-O M
VR-6 lbte 37 l
PV-101B F-3 3
B
.4 GL SO C
BT-O M
VR-6 tbte 37 l
V711B B-2 3
A/C
.75 CK SA C
AT-3 2Y l
PAS NA l
V712B D-5 3
A/C
.75 CK SA C
AT-3 2Y l
PAS ta V7163 C-2 3
C
.75 RV SA C
RVr SY V717B C-4 3
C
.75 RV SA C
Rvr SY l
Ibv. 6
)
Page 153 of 166
T 3cc.................................
SYSTDt: ST7JHY DIESEL DCINES (KJ)
ING. NO. : M-02KJS6
.. ocooc.. e..... e e. * *
- e....
- e..... e e e... * * *
- e * * * *.......... * * *.... * * * *.. * * * * * * * * * * *(Q.).....
e l VALVE PEID ISI IST VALVE VALVE ACT NOIM
'IEST TEST MAX S' IRK RFT.TFF
~
PS.
ODOR. CIASS CAT SIZE TYPE TYPE POS IQt?
FREQ TIME N
REMUES cecocce...**..***...........*.e.****e *.e...*.***..***********..*******.***********.****.gy mT e.*******...**..*******.***.*****.*
BT-C O
15 Note 36 l
IN-122 A-6 3
E 1
GA MO O
PIT 2Y Iei. 6 Page 154 of 166 w.
......o...........................................................
SYSUM: FIDOR AND ICUIE.7 DRADS (LF)
DfG. NO.: M-12LF9 eccenc............................................**.............*v.....**..........3(Q)
VALVE PEID ISI IST MLVE VALVE ACT NOEM H:ST M
MAX STRK RELIEF 10.
CDCR. CUSS CAT SIZE TYPE TYPE POS Mpff TRE TIME REQUEST REMARKS cocoecc.............................................................D........................*******. **................... **
/
BT-C O
35 rete 36 l
IrJ-105 C-5 3
B 6
GA MO O
PIT 2Y v
/
l' BM Q
35 lete 36 B"J-106 C-4 3
B 6
GA M3 O
PIT 2Y
\\
l l
l i
Rev. 6 Page 155 of 156 i
r l
l l
l......:-........................................e******e....... **e.................e**ee...e*********************e e*****eee.
SYSTEM: FIOCR AND E
... acce................CUIDtENT ORAIPS ( LF)
D8G. NO.: M-92IE99(Q)
...........................e********......e*e **********e***eeeeee****eee******************eeeeeeeeeee l
! MLtT PEID ISI IST M LVE ML1T ACT NCEM
'IEST TEST MAX STRK RELIEF l
PK).
COCR. C CAT SIZE TYPE TYPE POS R@tT FRIQ TIME REQUEST REMMtKS l..xcoce.......... LASS
..................................e*** e.............****ee***********ee.. e*****eeeeeee ***ee....... ******
AT-1 2Y VR-5 It>te 36 i EV-C5 F-2 2
A 6
G MO O
BT-C Q
38 l
PIT 2Y l
AT-1 2Y VR-1 l FV-96 F-2 2
A 6
G AO O
BT-C Q
4 FST Q
VR-5 PIT 2Y l
1 l
new. 6 Page 156 of 166
I l...............................................................................................................***............
STSnM: rzrrrAR sanetI3c (sa}
rasG. NO.: M-12SJ81(Q) l G LVE PEID ISI IST MLVE MLVE ACT NOEM TEST TEST MAX STRK RELIEF l
NO.
COCR. CIASS CAT SIZE TYPE TYPE POS FQtT FREQ TIME REQUEST REMARKS
...oaxe..................................................................**.............***.........**.................******
AT-1 2Y VR-1 lete 23 l
EI-12 F-7 2
A 1
GL SO C
BM Q
5 FST Q
VR-5 PIT 2Y l
l AT-1 2Y VR-1 tbte 23 l El-13 E-7 2
A 1
GL SO C
BT-C Q
5 I
FST Q
VR-5 PIT 2Y I
AT-1 2Y VR-1 tete 23 l
FI-18 F-3 2
A 1
GL SO C
BT-C O
5 t
l FST Q
VR-5 PIT 2Y AT-1 2Y VR-1 FDte 23 l
EI-19 E-3 2
A 1
GL SO C
BM Q
5 FST Q
VR-5
~
PIT 2Y I
l l
.v.r. 6 l
rage 157 of 166 l
l k
I SYSnx: rmrAR SietPLING (SJ)
DeG. 10.: M-12SJ04 l.. =...................................................................................(Q..)....................................
MLE FEID ISI IST VALW MLVE ACT NOEM TEST TEST MAX STRK RELIEF 20.
CDCR. CIASS CAT SIZE TYPE TYPE POS R
eccooec...................................................OCT FREQ TIME REQUEST REMARKS j
Vl1 G-7 2
C 1
CK SA C
PAS NA l.
AT-1 2Y l Vill A-7 2
A/C 1
CK SA C
PAS NA VR-5
-t FI-3 F-7 2
B 1
GL SO C
PAS NA EJ-4 H-7 2
B 1
GL SO C
PAS NA AT-1 2Y VR-1
!bte 23 l
BT-O Q
5 El-5 T-6 2
A 1
GL SO O
BT-C O
5 rsT Q
VR-5 PIT 2Y AT-1 2Y VR-1 PDte 23 l
BT-O O
5 FI-6 F-6 2
A 1
GL SO O
BT-C Q
5 FST Q
VR-5 FIT 2Y FI-23 G-7 2
8 1
GL SO C
PAS NA AT-1 2Y VR-1 lbte 23 l
BT-O Q
5 FJ-127 F-6 2
A 1
GL So C
BT-C Q
5 FST Q
VR-5 PIT 2Y aev. 6 Page 158 of 166
l....cc..xcococco............................................................................................................
SYSTDt: rTrrna SMGLT (SJ)
DeG. No.: M-12sJs4(
i
..:ce............................................................................*****. 0.).............................**.....
l VALE PSID ISI IST VALVE \\ EVE ACT IOM TTST 1TST MAX STRK RELIEF 20.
COCR. CIASS CAT SIZE T1PE TYPE RE ccceece.................................................Myt?
FREQ TIME REQUESr REMARKS l
AT-1 2Y VR-1 mte 23 l
BT-O Q
5 l E7-128 E-6 2
A 1
CL SO O
BT-C O
5 FST Q
VR-5 PIT 2Y AT-1 2Y VR-1 mte 23 l
Br-O Q
5
, E7-129 H-5 2
A 1
E SO O
BT-C O
5 l
EST Q
VR-5 PIT 2Y AT-1 2Y VR-1 mte 23 l
BT-O O
5 i E7-132 G-5 2
A 1
GL SO C
BT-C Q
5 FST Q
VR-5 PIT 2Y AT-1 2Y VR-1 Ete 23 l
E7-131 B-6 2
A 1
GL So C
BT-C O
5 FST Q
VR-5 PIT 2Y l
AT-1 2Y VR-1 Ete 23 E7-132 A-6 2
A 1
GL SO C
BT-C O
5 IST Q
VR-5 PIT 2Y I
Bew. 6 F*3e 159 of 166
NOTES 1.
Open or closure testing of these valves during normal operation would involve breaking Containment integrity as stated in Rollef Request VR-15.
valve testing will be performed during cold shutdown.
2.
Closure of the main steam isolation valves during unit operation could result in reactor trip and safety injection actuation which would introduce a savoro trar,iont in the main steam lines which is unacceptable frv.n an operational viewpoint.
Testing by isolating each main steam header is also poosible but would cause a power reduction which in also unacceptable from an operat ional viewpoint.
Thesevalvoawillbepartiallyl stroked overy throo months and full-stroke tested i
during cold shutdown.
3.
The required ASME Section XI tent frequency lo quarterly.
AL-V041, AL-V029, AL-V053, AP-V033 (full stroko) and FC-V001, V002, V024, V025 (partial otroke) are tested along with the ancociated pump test which is performed monthly.
4.
The required ASMC Section XI tant frequency 10 ovary two yearn.
Thono valvon aro leak rato tonted once por la montha to natisfy Technical Specification 4.4.6.2.2.
5.
During normal operation exorcining those valvon would bo impract ical.
Closing thono valvos during oporation would isolato foodwater to the steam generators which could renuit in a covoro tranniont, possibly causing a unit trip.
Valvon FV-39, 40, 41 and 42 will bo partial otroke tonted during normal oporation while the romalning conting on all tho valvon portaining to thin NOTE will be performod during cold shutdown.
6.
Exorcloing thoao valvon during normal operation would introduce cold auxiliary foodwater into the utoam gonoratorn and thorofore would couno an unnococcary thermal ahock to the auxiliary food nozzlon.
Valvo tanting will bo dono during cold shutdown.
nov. 6 Pago 160 of 166
NOTES (Continued) 7.
Those are solenoid valves of a hermetically onclosed, soal welded design, with internally mounted reed switches for position indication.
Visual verification of valve position is not possible unless the valve is removed from service and disansembled.
Valve position will be verified by observation of level or presouro changes in an associated tank or prosauro changes in the associated piping.
8.
These valvoo have an interlock which provents their opening when coactor coolant syntom prosauro is above 360 PSIG.
Valve testing will bo performed during cold shutdown.
9.
This valvo in passive since it in in series with a normally clocod non-aafoty-related, air operated valvo (BG llV-8145) and doon not have to chango positions to perform a safety-related function.
10.
The power-operated roliof valvon bavo a history of failurus and should not be chailonged at power.
Valve tanting will be performed during cold shutdown.
11.
Failure of those valvoa in the clooed position during normal oporation would inhibit flow to the reactor coolant pump thermal barriern.
This la not donirablo during pump operation.
Valvo tonting will be performed during cold shutdown.
12.
Failure of thono valvon in the closed position during normal operation would inhibit flow to the reactor coolant pump noals which could damage the reactor coolant pump neals.
Valvo testing will bo performed during cold shutdown.
13.
Stroking thono valvon during normal operation in impractical.
Exorcining thono valvon woi:1d allow discharge of uncontrollod radiological roloanon ninco the nyatom in vented to Containmont atmonphoro.
- Alno, oxorcining the "innido" valvo at power tends to burp the nyatom, which could ponnibly unnoat the cloned valvo.
Thin would limit maintonanco activity if problemn occur with tho valvon.
Furthormore, failuro of any one of thono valvon in the opon direction woi:1d reduco the nyntom to ninglo-valvo-protection betwoon 1100 and Containment atmonphoto.
Failuro would also put the coactor in a nmall break LOCA nituation.
Valvo tonting will bo porformed during cold nhutdown.
flov. 6 Pago 161 of 166
NOTES (Continued) 14.
Failure of one of these valves in the closed position during normal operation would result in a loss of seal water flow to the reactor coolant pumps and could cause pump soal damage.
Valve testing will be performed during cold shutdown.
15.
Failure of one of those valvos in the closed position during normal operation would result in loss of pressurizer level control and may causo plant shutdown.
Valve testing will be performed during cold chutdown.
16.
Full atroke exorcising thoco valves requires full flow from the Turbino Driven Aux. Foodwater Pump.
Obtaining full flow with this pump during normal operations would cause thermal shocking of the steam generator foodwater nozzlon due to the injection of cold water.
This in highly undesirable.
Tho valvon will bo partial stroked quarterly and full stroked during cold shutdownn.
1 17.
Clouuro of one of thono valvos during normal operation would tooltto charging flow to the reactor coolant nyntom which could roault in loan of proonurizor lovel control and cauno plant shutdown.
Valve testing will bo performod during cold shutdown.
18.
The normal charging pumps' auction would bo inolated upon closure of one of thono valvon during normal operation.
A1tornato auction flow paths (e.g. aligned with the refueling water storage tank) would cauno a sudden increano in reactor coolant rystem boron inventory, thereby a plant transient.
Also, noal water Injoction to the reactor coolant pumpa would be inhibited which could runuit in damage to the coaln.
Valve tonting will be performod during cold shutdown.
19.
Tonting this valvo during normal oporation would introduco boric acid to the primary nido causing unwanted negativo reactivity addition.
Valve tonting will be portormod during cold shutdown.
20.
Clocuro or failuro of otthor 1:J llV-8716A or D would rondor both trainn of tho Riln syntom inoporablo and would requiro plant chutdown.
Tho valvon will be full otroko oxorcined during cold shutdownn.
21.
Failuro of thin valvo in the cloned ponition during normal oporation could cnuno a f ailuro of both O! pumpn by inolating the miniflow rocirculation path for both pumpn.
Valvo tonting will bo performed during cold nhutdown.
Hov. 6 Pago 162 of 166
"r NOTES (Continued)
-22.
Failure of these valves in the open position during normal operation could result in introduction of borated water into the reactor coolant system, which could possibly cause plant shutdown.
valve testing i
will be performed during cold shutdown.
23.
These are solenoid valves of a hermetically enclosed, seal welded design with internally mounted reed switches for position indication.
Visual verification of valve position is not possible unless the valve is removed from service and disassembled.
Valve position will be verified by observation of flow.
24.
Not used.
25.
Not used.
26.
Not used.
27.
EJ HV-8894A and B have control interlocks with BN-8813 i
which is required per Technical specifications to remain open during power operations.
Closing this valve would render both ECCS Trains inoperable and would require initiation of shutdown.
Theau valves will be exercised during cold shutdowns.
28.
These valves have their power removed during normal operation so that the ECCS flowpath can be maintained operable per Technical Specifications.
Valve testing will be performed during cold shutdown.
29.
These valves are locked open with power removed during normal operation with RCs pressure above 1999 PSIC as required by Technical specifications.
Valve testing will be performed during cold shutdown.
30.
Failure of this valve in the closed position during normal operation would ~ inhibit a portion of the emergency core cooling system.
Closing EM HV-8835 would render both Safety Injection Trains inoperable.
This valve is required to remain open, with power removed from the operator, per plant Technical specifications.
Exercisin Technical specifications. g the valve would violate Valve testing will bo i
performed luring cold shutdown.
l l
Rev. 6 page 163 of 166 I
I
r NOTES (Continued) 31.
Exorcising of those valves during normal operation would result in interruption of Component Cooling Water flow to the Reactor Coolant Pump's Thermal Barrier Cooling Coll.
Valve tonting will be performed during cold shutdown.
32.
The required ASME Section XI tent frequency in overy 2 yearn.
Valvon GT !!Z-4, !!Z-5, !!Z-11 and 11Z-12 are leak tonted quarterly to nutisfy Technical Specification 4.6.1.7.4.
33.
A f ull otroke oxorcino of those valvon during normal oporations in not possiblo since thono valvon cannot open against RCS prennure.
The flow path back to the RWST would requito opening DN-8717.
Opening this valvo and throttling a RilR pump dischargo valve would mako both trains of the Riin syntom inoperable sinco the allR syntom could now not provido adequato emergency coro cooling flow upon initiation of a safety injection s ig nal.
valvon will be partial otroked quarterly and full otroked during cold shutdowns.
34.
Tonting of thono valven during normal operation in impr ac t ical.
Failure of the valvon during normal oporation would rondor the annociated Rl!R Train inoperable.
Failuro of 01ther EJ llV-8811A or B in the open position would violato Technical upocifications which would require initiation of plant shutdown.
Furthermore, accoon to thono valvon in limited due to tho valvon boing located insido an oncapsulation tank.
Maintenanco on thono valven would require the plant go to cold shutdown.
Valvo tonting will be performed during cold shutdown.
35.
Tonting of thono valvon during normal operation in impractical.
Failure of the valvon during normal oporation would rondor the annociated Containmont Opray train inoporablo.
Failuro of either EN llV-1 or CN llV-7 in the open ponition would violato Technical Specifications which would requiro initiation of plant shutdown.
Furthormoro, acconn to thono valvon in limited duo to tho valvon boing located innido an oncapsulation tank.
Maintenance on thono valvon would requiro the plant go to cold shutdown.
Valvo tonting will bo porformed during cold chutdown.
Itov. 6 Pago 164 of 166
NOTES (Continued) 36.
All motor operated valves fail-as-is and thereforo do not require a fail safe test per IWV-3415.
37.
The required ASME Section XI test frequency is quarterly.
Valvoa KJ PV-1A, PV-1B, PV-101A and PV-101D are tested during the Manual / Auto Start, Synchronization and Loading testing of the Emergency Dional Generators, which are performed monthly.
38.
Exercising this valvo during normal operation would inhibit flow to the reactor coolant pump seals which could damage the reactor coolant pump seals.
Valve testing will be performed during cold shutdown.
39.
Valvo tosting during normal operation in impractical.
Failure of thoso valvon in the open position would reprocont a major loss of so foty equipment which would force the plant into shutdown.
Thoro is no manual back-up valvo for thono valvoo and if the valve failed open it would ronder the accociated accumulator inoperable which would put the plant into a one hour action statomont.
Tooting will be performed during cold shutdown.
40.
Failure of this valvo in the closed position or exorcining the valvo, during normal plant operation,
(
would interrupt the supply of instrument air to valvos
(
and equipment noconnary for syntom control and oporation.
Intorruption of air supply would cause 1000 of normal lotdown capability, loan of pronourizer proonure and levol control, lona of spray control capability and normal charging capability, which could ronuit in reactor trip, cafoty injection initiation, over-pronourization of the RCS, thormal chock of RCS piping, plant trannients and conooquently plant shutdown.
Tonting will bo performed during cold shutdown.
41.
Failure of thin valvo in the open ponition or oxorcining the valvo, during normal plant oporation, would reduce the nupply of inntrument air to valvoo and equipment nococoary for plant oporation.
Roduction of air nupply would cauno do-pronour ization of instrument air to containment, loan of lotdown valvoo, loon of pronourizar apray valvon and RCD charging valvon, which could ronuit in roactor trip, nafoty injection init iation, over-pronnur ization of the RCS, thormal nhock of RCD piping, plant trannionta and connoquently plant uhutdown.
Tonting will bo performed during cold shutdown.
Rev. 6 Pago 165 of 166
NOTES (Continued) 42.
Not used.
43.
Not used.
44.
Not used.
45.
Exercising these valves to the open direction during power operat.lon cannot be done due to the system not being able to overcome Reactor Coolant System Pressure.
Valve testing will'be performed during cold shutdown.
l nov. 6 Page 166 of 166
-.