ML20128G536
| ML20128G536 | |
| Person / Time | |
|---|---|
| Site: | Pilgrim |
| Issue date: | 09/30/1996 |
| From: | BOSTON EDISON CO. |
| To: | |
| Shared Package | |
| ML20128G462 | List: |
| References | |
| REF-GTECI-A-46, REF-GTECI-SC, TASK-A-46, TASK-OR NUDOCS 9610090058 | |
| Download: ML20128G536 (161) | |
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Enclosure A
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Safe Shutdown Equipment List Report for the Resolution of USI A-46 3
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I 9610090058 960930 PDR ADOCK 05000293 P
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l Boston Edison Company l
Pilgrim Nuclear Power Station l
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l Safe Shutdown Equipment List Report i
for the Resolution of USI A-46 4
i M-September 1996 Revision 0 m
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1 TABLE OF CONTENTS
- 1. IN T RO D U CT10 N................................................................................................. 4
- 2. S C O P E A N D M E T H O D.......................................................................................... 5 1
- 3. A SS U M PTlO N S AN D LIM ITATIO N S.................................................................. 5 3.1 General................................................................................................................5 1
- 4. S UMMARY AND SCOPE OF SAFE SHUTDOWN SYSTEMS........................... 8 4.1 Safe Shutdown Paths and System Operating Procedures................................. 8 4.1.1 Reactivity Control - (Figure 3).
.10 4.1.1.1 Systems Used.
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4.1.1.2 Procedures Used.
.13 4.1.2 Reactor Pressure Control-(Figure 4)..
.14 4.1.2.1 Systems Used..
.15 4.1.2.2 Procedures Used..
.17 4.1.3 Reactor Coolant Inventory Control - (Figure 5, 6, and 7).
.18-i 4.1.3.1 Systems Used...
.18 1
4.1.3.2 Procedures Used....
.... 24 4.1.4 Decay Heat Removal - (Figures 8 and 9).
. 25 4.1.4.1 Systems Used..
. 26 4.1.4.2 Procedures Used...
.27 4.1.5 Support Systems -(Figure 2)...
.27 4.1.5,1 Systems and Procedures Used.
. 27 4.2 Operations Review of Safe Shutdown Methadology....................................... 34 4.2.1 Purpose.
.34 4.2.2 Participants in Simulator Verification..
..34 4.2.3 Findings..
. 34 4.2.3.1 Reactivity Control.
.34 4.2.3.2 Reactor Inventory Control..
. 34 4.2.3.3 Reactor Pressure Control.
.34 4.2.3.4 Decay Heat Removal.
. 35 4.2.4 Conclusions from Simulator Verification...
.36 s
- 5. ORGANIZATION OF THE SAFE SHUTDOWN EQUIPMENT LIST............. 37
- 6. R E F E R E N C E S....................................................................................................... 4 0 I
- 7. A TTA C l l M E N TS.................................................................................................. 4 1
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7.1 Attachment A-Safe Shutdown Equipment List (SSEL)................................. 4I a
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TABLE OF FIGURES Figu re 1 - Prima ry Safe S h u tdown Systems................................................................ 8 Figu re 2 - Safe Sh u t d own S u pport Systems................................................................ 9 Fi g u re 3 - R e a c t iv i ty Co n t rol..................................................................................... 10 j
Figu re 4 - Rea c t o r Pres s u re Co n t rol.......................................................................... 15 Figure 5 - Reactor Inventory Control with Reactor Pressure IIigh.........................19 Figure 6 - Reactor Inventory Control with Reactor Pressure Low..........................19 Figu re 7 - Rea c t o r Vessel Isola t io n............................................................................ 2 2 Fi g u re 8 - D e cay II e a t R e m o val................................................................................. 2 5 Figure 9 - Reactor Pressu re Control [Long-Term j................................................... 26 Reactor Inventory Control [Long-Term]
Decay Ileat Removal [Long-Term)
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- 1. INTRODUCTION The Seismic Qualification Utility Group (SQUG) Generic Implementation Procedure (GIP) for Seismic Verification of Nuclear Plant Equipment (Reference 6.1) provides guidance for identifying the various alternate methods or paths to be used in accomplishing the following safe shutdown functions following a safe shutdown earthquake (SSE):
Reactisity Control Reactor Coolant Pressure Control e
Reactor Coolant Inventory Control e
Decay Heat Removal The purpose of this report is to docqent assumptions, methods, and the results of the effort to identify safe shutdown paths and components needed to accomplish the four safe shutdown functions at Pilgrim Nuclear Power Station (PNPS). The methodology used to identify the safe shutdown paths and scope of components in the safe shutdown paths is as specified in the GIP (Reference 6.1) and the NRC Supplemental Safety Evaluation Report Number 2 (Reference 6.3).
The Safe Shutdown Equipment List (SSEL)is attached to this repon as Attachment A.
The SSEL consists of four sections as follows:
Section 1.
System Information and Notes.
Section 2.
The Composite SSEL contains all of the equipment identified as a result of the effort described in the following report. This list contains both the identified equipment which required a seismic evaluation, relay evaluation, or both. The equipment listed on the Composite SSEL is sorted by system number, then equipment class and then equipment identification number.
Section 3, The Seismic Review SSEL is a sort of the Composite SSEL to separate out and list only the equipment that requires a seismic evaluation. The equipment listed on the Seismic Review SSEL is sorted by equipment identification number.
Section 4.
The Relay Review SSEL is a son of the Composite SSEL to separate out and list only the equipment that requires a relay evaluation. The equipment listed on the Relay Review SSEL is sorted by equipment identification number.
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- 2. SCOPE AND METHOD Using the guidelines provided in the GIP, PNPS operating procedures, and P& ids, Boston Edison Company (BECo) has identified those systems and safe shutdown paths l
which can be used to accomplish the four safe shutdown functions identified in Section 1.
l In addition to the systems needed to directly perform the above functions, those support systems that will be needed to conduct a safe shutdown have also been identified.
In selecting the paths that could be used to conduct a safe shutdown, BECo reviewed the PNPS normal, abnormal, and emergency operating procedures. As a result, the paths selected are similar to those used to shutdown the plant in the presence of other previously evaluated events. Operator actions which may have to be taken to compensate for equipment or system failure, and are considered out of the normal routine, are addressed in Section 4.1 of this repon.
The basic principle used to select safe shutdown paths or SSEL components is a safety classification approach with the application of SQUG GIP criteria such that the components selected are those required to maintain the integrity of the reactor coolant pressure boundary, shutdown the reactor, and maintain it in a safe shutdown condition by maintaining reactor inventory and removing decay heat from the reactor and containment.
The equipment listed on the Composite SSEL is organized by plant system similar to the PNPS Q-List. The safe shutdown path discussion in this repon refers to the equipment i
within the PNPS systems that is required to perform the four basic safe shutdown functions of decay heat removal, reactivity, inventory, and pressure control.
- 3. ASSUMPTIONS AND LIMITATIONS Assumptions used in identifying safe shutdown paths are consistent with those specified in Section 3.1.2 of the GIP.
3.1 GENERAL
- 1) Offsite power may or may not be available for up to 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> following the earthquake.
- 2) No other extraordinary events or accidents (e.g. LOCAs, HELBs, fires, floods, extreme winds, sabotage) are postulated to occur other than the SSE and loss of offsite power.
- 3) If achieving and maintaining safe shutdown is dependent on a single item of equipment whose failure to perform its active function, either due to seismic loads or random failure, would prevent accomplishment of any of the four essential safe shutdown functions, an alternative method to safe shutdown by use of a different path or a different item of equipment in the same path was identified for seismic evaluation.
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- 4) Where operator actions are relied upon to achieve and maintain safe shutdowa, Boston Edison has ensured that appropriate procedures are available which consider the time within which actions must be taken, and that operators have been trained in the use of these procedures. Operator actions beyond those proceduralized in existing symptom based Emergency Operating Procedures (EOPs), system operating procedures, and alarm procedures are not necessary. Operations will be conducted from the main control room to even extent possible.
- 5) Instrumentation necessary to operate equipment to chieve and maintain safe shutdown is provided on the SSEL.
- 6) The plant is assumed to be at normal full power operating conditions when a safe shutdown earthquake occurs. Normal operating conditions were defined as:
reactor at or near normal operating pressure and temperature.
e main generator output breaker closed onto the local electrical grid.
e unit auxiliary transformer providing electrical power for station loads.
drywell temperature and pressure in the normal range.
e torus water temperature below the Technical Specification LCO of 80 F.
RHR, Core Spray, HPCI, and RCIC systems in standby.
Emergency diesel generators in standby.
The " Normal State" column on the SSEL identifies the state of the associated component at the beginning of the seismic event and is derived kom P& ids and/or operating procedures.
- 7) Section 3.2.3 of the GIP defines safe shutdown as bringing the plant to and maintaining it in a hot shutdown condition during the first 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> following an SSE.
Hot shutdown is defined in PNPS Technical Specifications as a plant condition with the reactor mode switch in " Shutdown" and the reactor coolant temperature greater than 212 F. Therefore, after sufficient control rods are inserted to bring the reactor suberitical and the mode switch moved to the " Shutdown" position, hot shutdown is achieved.
- 8) Section 3.2.3 of the GIP recognizes that some plants may not have suflicient water inventory to maintain safe shutdown for 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> and may therefore choose to include long term Residual Heat Removal equipment in the SSEL so that the plant may be brought to cold shutdown PNPS has a limited supply of nitrogen gas for safety relief valve operation and therefore has included long term Residual Heat Removal equipment in the SSEL. Because of a limited supply of compressed nitrogen gas which is required to operate the safety-relief valves in relief mode, it is necessary to cooldown within approximately 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> and enter the Shutdown Cooling (SDC) mode of the RHR system. This aspect of the PNPS safe shutdown paths and its impact is discussed in more detail in Section 4.1.2 Reactor Pressure Control.
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- 9) The period of time of strong shaking will not exceed a minute based on information provided in Reference 6.2 page 3-11. During the first minute of the seismic event, reactivity control must function without delay upon demand. Also, reactor pressure control is accomplished by the safety-relief valves operating automatically in safety j
mode.
High pressure makeup will be necessary within approximately 25 minutes aRer vessel isolation and loss of feedwater. The diesel generators must be available to support containment, component, and equipment area cooling. Ideally, 2
4 components in the systems that perform inventory control and decay heat removal should remain in their normal state unless a short duration state
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change is caused by transient rel.y chatter (i.e., small pump motor starts and 3
stops). However, as a general rule, changes of state that remain aner the
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strong shaking has ended have not been considered acceptable during relay reviews (e.g., normally open motor operated valve cycles closed). Therefore,
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system components will typically be found in their normal state by operating l
staff when system startup is attempted aRer strong shaking has ended.
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- 4.
SUMMARY
AND SCOPE OF SAFE SHUTDOWN SYSTEMS 4.1 SAFE SHUTDOWN PATHS AND SYSTEM OPERATtNG PROCEDURES Pilgrim Station has several paths or methods which can be used to bring the plant to safe j
shutdown. The following discussion provides a description of the selected systems used to accomplish the four safe shutdown functior.s (reactor reactivity control, reactor coolant
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pressure control, reactor coolant inventory consrol, and decay heat removal).
Front-line systems and the required support systt ms were identified to achieve and j
maintain the four safe shutdown functions includiig plant monitoring instruments necessary to monitor and operate the systems from the main control room. The front-line systems selected to perform each of the four safe shutdown functions are identified in l
Figure 1. The primary support systems identified which provide compartment cooling, i
component cooling, containment cooling, and electric power are identified on Figure 2.
The following sections describe the systems and steps to achieve and maintain safe 3
shutdown and are organized in a chronological order based on the actions the operator would take after the safe shutdown earthquake. The system numbering scheme used corresponds to the system numbers used in the PNPS Q List.
Primary Safe Shutdown Functions Primary Safe Shutdown Systems 1
Reacti ity Control Control Rod Drive System and RPS See Mgure 3 See Mgure 3 Reactor Pressure Control Q
, > 75 psigl see Maure 4 RHR Shutdonn Cooling Mode [P
,< 75 psigj See Maure 4 l
Reactor inventory Control 4
HPCI Sprem - See Figure 5 See Mgures 5 through 7 RCIC System - See Figure 5 Core Spray System See Figure 6 Reactor Vessel isolation System - See Figure 7 Decay Heat Removal g
RHR Sptem - Suppression Pool Cooling Mode S** Mgura eand' See Figure 8 RHR System Shutdown Cooling Mode L
[ Preferred long-term)-See Figure 9 Support Functions and Systems See Mgure 2 Figure 1 Page 8 of 41
r Safe Shutdown Support Functions & Systems Ventilation and Component Compartment and Cooling Containment Cooling Electric Power Other b
b b
b Reactor Building and Reactor Building Closed AC Onsite Distribution Control Room Drywell Equipment Area Cooling Water System System Emergency Lighting Cooling RBCCW EAC DC Power and Distribution Condensate Storage i
Salt Service Water System System Tank Level Instruments Control Room Ventilation SSW System CRHEAF Standby Diesel Generators and Auxiliaries Motor Control Center Ventilation System MCC-HVAC SSW Pump Companment Ventilation System SSW-HVAC l
t Diesel Generator Compartment Ventilation System DG-HVAC L
Figure 2 i
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i 4.1.1 Reactivity Control-(Figure 3) 4.1.1.1 Systems Used The safe shutdown path for accomplishing the reactor reactivity control function for PNPS is shown in Figure 3. Reactivity control can result from manual operator initiation of a controlled reactor shutdown or automatic reactor shutdown via the Reactor Protection System (RPS).
The A-46 single failure criteria is met by the control rod drive system design basis which requires sufficient negative reactivity insertion from the control rods to stop the nuclear reaction assuming a failure of the highest worth single control rod to insert. Each control l
rod is equipped with an independent hydraulic control unit which provides the motive force (in combination with reactor pressure) to fully insert its associated control rod.
Because of the design features and capability of the CRD system, a backup method of reactivity control such as the Standby Liquid Control System is not required.
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Reactivity Control 144 of 145 Control Rods Fully Inserted 8 Control Rods and Control Rod Drive Mechanisms (NSSS)2 (Seismic) l Hydraulic Control Units HCU's)
(Seismic)
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. Reactor Protection System (Seismic)
At a minimum, the control rod drive system is capable of shutting down the I
nuclear reaction with a single control rod fully withdrawn.
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Excluded from SSEL per GIP Section 3.3.2 Exclusion of NSSS Eauipment.
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3 The llCU's include SCRAM valves, SCRAM pilot solenoid valves, nitrogen accumulators, and all other subcomponents located on each HCU.
i Figure 3 i
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The following systems are used to perform the reactivity control function.
4.1.1.1.1 Control Rod Drive (System 3):
The Control Rod Drive (CRD) System is included on the SSEL to ensure the ability to shutdown the reactor by inserting the control rod blades into the reactor core. Indication of this ftmetion is provided by the Rod Position Indication system (RPIS), which is considered part of System 45, Instmmentation & Control.
The Control Rod Drive System includes:
- 1. one Hydraulic Cc'itret Unit (HCU) for each control rod which includes a gas accumulator, water accumulator, normal rod motion control solenoids, scram pilot solenoid valves, and
- 2. scram discharge volume vent and drain valves and their control solenoids.
The following CRD System components are excluded from the SSEL:
- 1. components mounted on or in the reactor vessel such as control rod drive mechanisms (including position indicating probes or PIPS), and control rod blades are required to perform the reactivity control function but are part of the NSSS and excluded from the SSEL by GIP Section 3.3.2.
- 2. CRD system components not required to perform the reactivity control safety function:
(a) CRD Charging Header (b) CRD Drive Water Header (c) CRD Exhaust Water Header (J) CRD Cooling Water Header (e) CRD Pumps, Flow & Pressure Control Stations.
(f)
Instrument Air Supply (h) Nitrogen Charging System for Scram Accumulators
- 3. the scram discharge volume which is functionally designed as process piping and therefore not considered to be a tank.
4.1.1.1.2 Reactor Protection System The Reactor Protection System (RPS) is considered part of System 45: Instrumentation and Contro!. Its purpose is to initiate a scram with precision and reliability in time to safely shut down the reactor. The following assumptions apply to the RPS ponion of System 45.
The Reactor Protection System includes instrumentation on iacks, control panels, and cabinets, including:
- 1. The following RPS reactor trip variables from initiating device through actuation Icgk.
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a) main turbine control valve fast closure (sensors listed in System 03).
b) main turbine first stage pressure.
c) main steam line high flow.
d) main steam line isolation valve position switches (included with MSIVs by Rule of the Box).
e) scram discharge instrument volume level (sensors listed in System 03).
f) high reactor pressure.
g) low reactor water level.
h) high drywell pressure.
The above parameters provide for scram initiation in the event of seismic induced transients that may not be accompanied by a loss of offsite power.
These transients include a loss of feedwater, load reject, main steam line isolation valve closure on loss ofinstrument air, turbine trip. In the event of water leakage into the scram discharge volume, instmments are provided to assure scram initiation while the available discharge volume is sufficient to accommodate complete insertion of all rods. Scram functions that are not considered for seismic events at 100% power are: Neutron hionitoring (APRhi, IRhi, SRhi), and Refueling Trips.
The RPS system is designed to fail-safe, meaning that on a loss ofinstmment air or electric power the scram pilot solenoids will open and a scram will occur. The RPS Analog Trip Power supplies included on the SSEL with the RPS Analog Trip Cabinets are necessary to energize containment isolation control log c affecting the shutdown cooling j
suction isolation valves. For this reason the power supplies in the "Al" and "A2" RPS Analog Trip Cabinets are included. Offsite power is not necessary since these cabinets can be powered from safety-related hiCC B10.
4.1.1.1.3 Verification ofReactor Shutdown 4.1.1.1.4 Neutron Monitoring System The Neutron hionitoring System (NhiS)is not included on the SSEL and has not been evaluated for seismic adequacy based on BWROG analysis contained in NEDO-31558-A,
" Position on NRC Regulatory Guide 1.97, Revision 3 Requirements for Post-Accident Neutron hionitoring System" which has been accepted by the NRC. This analysis provides justification for exclusion of the NMS from Regulatory Guide 1.97 requirements including the seismic qualification requirements because alternate parameters will be available to indirectly determine reactor power and make the necessary operational decisions regarding reactivity control.
4.1.1.1.5 Rod Position Indication System The Reactor Position Indication System (RPIS) was included on the SSEL and is considered part of System 45 Instrumentation and Control. Its purpose is to provide a simple means for the operator to verify that all rods have been fully inserted following a reactor scram. This system is not single failure proof. Lacking RPIS, alternate indications of reactor power level would be utilized to ascertain power level after a reactor scram Page 12 of 41
such as SRV status, suppression pool and drywell temperature trends, reactor pressure trends, HPCI and RCIC operating status. These alternate indications are discussed in NEDO-31558-A in greater detail.
The RPIS portion of System 45 includes instruments on racks, panels, and cabinets.
The RPIS portion of System 45 excludes all reed switches which are located inside the control rod drive mechanism as they are considered part of the NSSS equipment and are excluded by the GIP. As a result they are not included on the SSEL.
4.1.1.2 Procedures Used For the Reactivity Control function, the operators will enter EOP 01 RPV control. This procedure will require the operator to verify that all control rods are inserted to or beyond position 02. If this can be verified, then the operator is directed to enter Procedure 2.1.6
" Reactor Scram" If one rod is stuck full out, the operator is directed to enter EOP 02
" Failure to Scram" This procedure will direct the operator to determine if the existing rod pattern can always assure reactor shutdown. Typically, operators will consult with reactor engineering to verify the existing rod pattern can always assure reactor shutdown, and in the meantime the operator will remain in EOP-02.
Once the shutdawn is confirmed, the operator will exit EOP 02, reenter EOP 01, and be directed to Procedure 2.1.6. Operators are trained to move the reactor mode switch to the " Shutdown" position after a reactor scram or to initiate a scram. The recirculation pumps and their power supplies are not required for safe shutdown and are not included on the SSEL. Operation of the CRD system is governed by Procedure 2.2.87," Control Rod Drive System" Operation of RPS is governed by Procedure 2.2.79," Reactor Protection System" Operation of RPIS is governed by Procedure 2.2.89, " Rod Position Information System" l
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4.1.2 Reactor Pressure Control-(Figure 4)
The GIP identifies the two basic purposes of reactor pressure control. The first purpose is to prevent the reactor coolant pressure from exceeding the maximum pressure limit established by the ASME B&PV Code. This function is performed by automatic operation of the safety relief valves in the relief mode. The second function is to maintain reactor pressure and temperature within the limits specified by the Technical Specification Pressure-Temperature curve to avoid brittle fracture of the reactor coolant pressure boundary. This ftmetion is performed by the operator using the available pressure control systems and existing procedures which require monitoring vessel metal temperature (s) and reactor pressure against established limits.
In addition to the two reactor pressure control purposes identified in the GIP, the preferred safe shutdown path for PNPS requires the safety relief valves be operated in relief mode to lower reactor pressure and the Shutdown Cooling (SDC) mode of RHR be entered within approximately the first eight hours. This depressurization can be carried out using the available nitrogen supply in the accumulators associated with each safety-relief valve without exceeding the Technical Specification 100 F/hr cooldown rate limit.
The preferred safe shutdown path for PNPS is consistent with the design basis for ADS accumulators sizing ed provides for reactor vessel depressurintion below the reactor pressure permissive to enter the Shutdown Cooling (SDC) mode of RHR within the first eight hours after the seismic event. However, the SDC mode of RHR is by design not single failure proof.
Section 3.2.3 of the GIP defines safe shutdown as bringing the plant to and maintaining it in a hot shutdown condition during the first 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> following an SSE. Hot shutdown is defined in PNPS Technical Specifications as a plant condition with the reactor mode switch in " Shutdown" and the reactor coolant temperature greater than 212 F. Therefore, after suflicient control rods are inserted to bring the reactor subcritical and the mode switch moved to the " Shutdown" position, hot shutdown is achieved. Per the GIP, a reactor vessel cooldown is permitted but not otherwise required unless some other equipment or fluid inventony limitation requires it to maintain safe shutdown.
Section 3.2.3 of the GIP recognizes that some plants may not have sufficient water 4
inventory to maintain safe shutdown for 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> and may, therefore, cnoose to include long term Residual Heat Removal equipment in the SSEL so that the plant may be brought to cold shutdown. PNPS has a limited supply of nitrogen gas for safety relief valve operation and, therefore, has included long term Residual Heat Removal equipment in the SSEL. Because of a limited supply of compressed nitrogen gas which is required to operate the safety-relief valves in relief mode, it is necessary to cooldown within approximately 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> and enter the Shutdown Cooling (SDC) mode of the RHR system.
Othenvise, the reactor vessel could repressurize to the safety relief valve setpoint which will cycle open and closed to control reactor pressure within the reactor coolant pressure boundary ASME B&PV pressure limit. Without nitrogen gas, no means to lower reactor pressure will be available. Reactor pressure will decrease as the decay heat levels and steam production drop.
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4 4.1.2.1 Systems Used The preferred safe shutdown path for accomplishing the reactor pressure control function for PNPS is shown in Figure 4. The preferred path includes the SRVs in safety mode, the SRVs in relief mode (both are part of System 54 Reactor Vessel and Appurtenances), and the SDC mode of System 10 Residual Heat Removal. The Shutdown Cooling Mode of RHR is by design not single failure proof. The backup path consists only of the safety i
relief valves operating in safety mode. The available systems for pressure control meet the single failure criteria because four independent safety relief valves are provided, and three SRVs will control reactor pressure and meet the functional requirements for reactor pressure control. A single failure of an SRV, SRV solenoid, DC source, or nitrogen accumulator check valve could cause failure of only one safety relief valve.
Reactor Pressure Control Pow < Pm P T
.< P-T if a single failun presents entestig RHR SDC snode, reactor Safety - Reset Vahe(s)- Safety Mode could reprinserise to relief *ehe setpoint. Pressure control
%)
is perfornoed by cycling safety reBef valves in safety neede.
Safety - Relief Valve (s)- Relief Mode Safety - Relief Valve (s) - Safety Mode (Scianic)
(Seismile)
RHR Shutdown Coothig SDC (Reacter Pressure < 75 peig)
See Mgun 9 (Seisnde) i I
Nitregen SRV Accunadster PBat (8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> supply)
Solenoid (20 actuationersalve)
(Selenic)
(Selsnac) y s w wcPoner A DMalan 125VDC or B DbWes 115VDC (Selenic)
Figure 4 Page 15 of 41
. - _ - -. - -.. - ~. - - - - - - - - - - -. -
4.1.2.1.1 Reactor Vessel and Appurtenances (System 54)
I SSEL System 54 " Reactor Vessel and Appurtenances" includes the following equipment j
required for reactor pressure control:
- 1. Target Rock safety relief valves and control solenoids, and
- 2. Nitrogen gas accumulators for each safety relief valve, and i
- 3. Vacuum relief valves located on safety relief valve tail pipes, and
- 4. Target Rock safety valves.
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Each SRV has two main modes of operation. In the safety mode, each valve operates as a self actuated relief valve, opening and relieving pressure when the reactor coolant pressure exceeds the set point. In the relief mode, each valve may be opened remote manually from i
the control room to lower the pressure of the reactor coolant system so that low pressure i
makeup systems can be used for reactor coolant inventory control. The relief mode of SRV operation requires DC electric power to operate a control solenoid, and compressed nitrogen gas to actuate the relief valve via its air operator. Steam discharged through the SRVs is directed through a tailpipe and quencher device into the suppression pool where it i
j is condensed.
The safety valves are spring loaded valves which are self actuated by the reactor coolant system pressure to open at their set relieving pressure. The safety valves are set to open at a higher pressure than the safety relief valves and, in conjunction with the safety relief valves, protect the reactor from severe overpressure transients. The safety valves l
discharge to the drywell airspace. Although the safety valves are listed on the SSEL, l
operation of the safety valves is not expected during any of the plant transients that i
include an immeditte reactor scram.
t Each SRV has a nitrogen gas accumulator located in the vicinity of the SRV. The nitrogen gas supply to the accumulator is isolated by a check valve which prevents leakage j
of the gas stored in the accumulator on a loss of nitrogen gas supply. The accumulator is designul to provide sufficient nitrogen gas to operate the associated SRV 20 times during j
the first 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br />.
The vacuum relief valves are required to equalize pressure between the tail pipe and containment and prevent a column of suppression pool water from being drawn up the tail pipe. A column of water drawn up the tail pipe will cause higher than allowed loads on i
the tail pipe and containment structure during subsequent safety relief valve actuations.
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4.1.2.1.2 Shutdown Cooling Mode ofthe RHR System l
The SDC Mode of the RHR System is included on the SSEL to provide long term pressure control, inventory control, and decay heat removal. This mode of RHR draws i
i coolant from vessel annulus via the recirculation system piping which is attached to the 4
reactor vessel and is considered part of the NSSS system, and circulates that coolant through the RHR heat exchanger where decay heat is transferred to the Reactor Building 4
Closed Cooling Water (RBCCW) System. The coolant is returned to the reactor vessel by l
injection into the recirculation piping which discharges through the jet pumps and into the j
reactor vessel lower plenum. The coolant in the lower plenum will circulate upwards l
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I through the core and return to the vessel annulus through drains on the steam separator / dryer assembly.
The SDC mode of the RHR system can be operated using a single RHR pump and heat exchanger without offsite power and therefore only requires the availability of a single diesel generator. However, SDC is not single failure proof because it depends on the availability of one suction line that is isolated by two series isolation valves. One of these valves is located inside primary containment which is not accessible because the containment is normally inerted with nitrogen. Although the SDC mode has two potential injection paths to the reactor vessel, isolation valves on these lines are powered from the same motor control center (MCC) located on the swing bus.
The equipment necessary to operate and maintain reliable operation of the SDC Mode of the RHR System includes the following equipment:
- 1. Pumps, valves, instruments, and heat exchangers in RHR (System 10), and
- 2. Valves in Reactor Recirculation (System 0'9, and
Instruments and Incident Detection Circuitry (System 45), and
- 5. Equipment Area Cooling (EAC)(System 24), and
- 6. Component Cooling which requires the RBCCW (System 30) and Salt Service Water (SSW) (System 29).
Exclusions from pressure control systems include:
)
- 1. Long term nitrogen and instrument air compressed gas supplies to support SRV manual operation. These supplies and the gas supply lines are nonsafety-related, and not designed to withstand seismic loads. Their availability following a design basis seismic event cannot be assured.
- 2. The full flow test mode of both the High Pressure Coolant Injection (HPCI) and Reactor Care Isolation Cooling (RCIC) systems. These systems are steam driven pump systems, that when operated in this mode, continuously circulate water to and from the Condensate Storage Tanks (CSTs) using steam generated in the reactor vessel as the motive power. However, the CSTs are not designed to withstand the design basis earthquake, and the availability of the full flow test mode cannot be assured.
4.1.2.2 Procedures Used For the RPV pressure control function, the operators will enter EOP 01 RPV Control.
This procedure directs the operator to manually open SRVs until RPV pressure drops to 940 psig if SRVs are cycling. Cycling is defined as multiple closely sequenced valve actuations caused by RPV pressure increasing to above the lifting setpoint, then decreasing below the valve reset setpoint. The operator will then stabilize RPV pressure using the SRVs (or the main condenser ifit is available) and once pressure is stabilized, begin depressurizing the RPV, maintaining a cooldown rate less than 100 F/ hour. This will be done with the SRVs (the main condenser, HPCI full flow test or RCIC full flow test will be used if available). When the shutdown cooling RPV pressure alarm clears, the operator is directed to start shutdown cooling. When shutdown cooling is established, the Page 17 of 41
4 i
i j
operator exits the pressure control portion of EOP-01 and enters PNPS Procedure 2.1.6,
" Reactor Scram" If shutdown cooling cannot be entered for any reason the operator is j
directed to control reactor pressure using available systems including the main condenser, l
HPCI full flow test, RCIC full flow test. Because each of these systems has seismic vulnerabilities and may not be available, the reactor pressure could increase to the relief i
valve set point.~ Once reactor pressure increases above approximately 75 psig, the HPCI i
and RCIC systems (taking suction from the torus) are available for inventory control.
4 Operation of the SRVs is governed by EOP 01, which directs that if continuous nitrogen l
and instrument air supp!y is or becomes unavailable, then the operator should depressurize using sustained SRV opening. EOP-01 further directs the operators to open all 4 SRVs i
i and use Alternate Depressurization ifit is required by other portions of the EOPs. EOP l
01 also allows the use of HPCI and RCIC with suction from the CST (when it is l
available). Operation of the SRV is governed by 2.2.23, " Auto Depressurization System".
Operation of HPCI is governed by Procedure 2.2.21.5, "HPCI Injection and Pressure Control" Operation of RCIC is governed by Procedure 2.2.22.5,"RCIC Injection and Pressure Control" Shutdown cooling operation is controlled by Procedure 2.2.19,
" Residual Heat Removal" 4.1.3 Reactor Coolant Inventory Control-(Figure 5. 6. and 7)
The safe shutdown paths for accomplishing the reactor coolant inventony control function
)
for PNPS are shown in Figures 5,6, and 7. During reactor shutdown conditions, makeup water to the reactor coolant system is required to replace steam released through the SRVs, to make up for leakage from the reactor coolant system, and to compensate for the contraction of the reactor coolant system volume due to cooldown.
An integral part of the inventory control function is reactor vessel isolation. The safe l
shutdown paths for this function are shown on Figure 7. There are several paths through which reactor coolant can leave the reactor coolant system, and reactor vessel isolation.
preserves inventory. Typically, isolation valves (check, motor operated, air operated, and solenoid) perform the reactor vessel isolation function and fall into two categories: non-essential system isolation, and high-low pressure interface isolation.
4.1.3.1 Systems Used The systems that are relied on to proside makeup to the reactor vessel are RCIC and HPCI when the reactor pressure is high (Figure 5) and Core Spray when the reactor pressure is low (Figure 6).
I Page 18 of 41
~..
d Reactor Inventory Control with Reactor Pressure High Reacter Water Level > Top of Active Fuel (TAF)
O Q
Reactor Core isolation Cooling High Pressure Coolant Injection RCIC HPCI 1
n.m.w>
o.u-w>
j Requires memesi reses of tortone arty 1
l 1
l Contalanwns Suppression Peel Contalnneent Coeling Torus Cooling RIIR Suppression (Selsinic)
RHR Suppression Peel Cootag Mode Pool CoeBag Mede (Selsmic)
RCIC Pump (Seismic) 14w Sursion Pressure Trip Electric Pener (Manual Transfer to Terus Reg'd)
Electric Power A DMalen B Division d
125VDC HPCI Piemp Suction 250 \\DC (Seismic)
Automatic Transfer to Terus 125 VDC (kkmk) i EAC HPCI and RCIC Nornaal EAC (Seismic)
Suctlen Patin AHgannent
~~~
(Seismic)
Condensate Storage Tanks cst (Non-Selinile) l Figure 5 4
Reactor Inventory Control with Reactor Pressure Low Reactor Water Level > Top of Active Fuel (TAF) i D
D 3
Core Spray Core Spray Train A Train B (Seismic)
(Seismic)
I I
Component EAC Suppression Pool EAC Component i
Cooling (Seismic)
Torus (Seismic)
Cooling (Selsmic)
(Selsmk)
(Seismic) l Containment Electric Pon er Electric Poner Containment Cooling Cooling RIIR Suppression A DMalon B DMdon RIIR Suppression 4160 VAC 4160 VAC Poul Cooling Mode 480 VAC esoVAC PoolConting Mode (Scismic) 120 VAC 120 VAC (Scismk) 125 VDC 125 VDC (Seismic)
(Seismic)
Figure 6 1
Page 19 of 41
4.1.3.1.1 High Pressure Coolant injection (System 23)
The HPCI system is relied on to provide high pressure makeup to the reactor vessel. This system is functionally independent from the RCIC system. Therefore, an active single failure in any component that causes a HPCI system failure will have no affect on RCIC availability.
SSEL System 23 is the HPCI system which requires the following equipment:
- 1. Pumps, steam turbine, motor operated valves, solenoid valves, relief valves, chillers, heat exchanger, instruments, and inverters, (System 23), and
- 3. Equipment Area Cooling (EAC)(System 24), and
- 4. Suppression Pool Cooling Mode of RHR which requires the RBCCW (System 30) and Salt Service Water (SSW)(System 29)
The HPCI system is normally lined-up to take suction from the Condensate Storage Tanks (CSTs). Seismic review of the CSTs indicates potential failure of these tanks. The normal valve line-up is acceptable because the automatic transfer of the HPCI suction from the CST to the suppression pool on low CST level will ensure a water supply and adequate NPSH for the HPCI pump.
4.1.3.1.2 Reactor Core Isolation Cooling (System 13)
The RCIC system is relied on to provide high pressure makeup to the reactor vessel. This system is functionally independent from the HPCI system. Therefore, an active single failure in any component that causes a HPCI system failure will have no affect on RCIC availability. However, a RCIC trip signal resulting from low suction pressure requires manual reset of the trip throttle valve.
SSEL System 13 is the RCIC system which requires the following equipment:
- 1. Pumps, steam turbine, motor operated valves, solenoid valves, relief valves, chillers, heat exchanger, instruments, and inverters, (System 13), and
- 3. Equipment Area Cooling (EAC)(System 24), and 4.
Suppression Pool Cooling Mode of RHR which requires the RBCC # (System 30) and Salt Service Water (SSW)(System 29)
The RCIC system is normally lined-up to take suction from the Condensate Storage Tanks (CSTs). Seismic review of the CSTs indicates potential failure of these tanks. The normal valve line-up is acceptable because the low pump suction pressure switch is included on the SSEL to automatically trip the RCIC turbine and prevent pump damage. An alarm is available in the control room to alert operators to this condition and prompt actions to restore a pump suction path.
Page 20 of 41
Furthermore, pressure switches that monitor for high turbine exhaust pressure contain mercury wetted contacts. These switches trip the RCIC system by energizing a electrical trip solenoid that moves the turbine trip throttle valve latching mechanism so that spring pressure can close the valve.
Whether caused by low suction pressure or contact chatter, the potential exists for a RCIC trip. Reset of the RCIC turbine trip throttle valve is done locally at the r CIC turbine which is located in the southwest quadrant of the Reactor Building at the (-) 17'-6" elevation. A RCIC turbine trip is annunciated in the control room and al trm procedures provide adequate guidance to diagnose and correct the situation. To retet the trip throttle valve, an operator is dispatched to the RCIC quad to manually crank the trip throttle valve (HOl301-59) closed with the handwheel to engage the trip latch and then reopen the trip throttle valve with the handwheel.
Aller the pump suction is manually transferred to the suppression pool and the j
turbine trip reset, the RCIC system is available for inventory control.
4.1.3.1.3 Core Spray System (System 14)
The Core Spray system is relied on to provide low pressure makeup to the reactor vessel.
The Core Spray system consists of two independent trains. This system is functionally independent from the HPCI and RCIC system except in the area of support systems.
l RCIC is arranged to use AC and DC power and cooling from support systems on Division A which is typical of Core Spray Train A. HPCIis arranged to use AC and DC power and cooling from support systems on Division B which is typical of Core Spray Train B.
Therefore, in the event of a single active failure that results in the loss of one train of high' pressure injection and one train oflow pressure core spray, the other high pressure injection system and one train oflow pressure core spray will remain available. The available combinations of these systems provide for level control over the entire range of anticipated reactor pressures.
SSEL System 14 is the Core Spray system which requires the following equipment:
- 1. Pumps, motor operated valves, relief valves, instruments (System 14), and
- 3. Equipment Area Cooling (EAC)(System 24), and
- 4. Suppression Pool Cooling Mode of RHR which requires the RBCCW (System 30) and Salt Service Water (SSW)(System 29)
Unlike the RCIC and HPCI systems, the Core Spray system is normally lined-up to take suction from the suppression pool.
i l
Page 21 of 41
l l
4.1.3.1.4 Reactor Vesselisolation (Systems 01,10,12,13,14,23, and 54)
A number of systems are included in the SSEL to preserve the inventory in the RPV by
~
isolating non-essential systems or maintaining the pre-existing separation of the high pressure reactor coolant pressure boundary from connected low pressure systems by closed isolation valves. Typically isolation valves (check, motor operated, air operated, and solenoid) perform the reactor vessel isolation function and fall into two categories:
non-essential system isolation, and high-low pressure interface isolation (See Figure 7).
1
~
Reactor Vesselisolation Reactor Water les ei > Top of Actise Feel (TAF)
D D
2 Provide Non-Essential System Isolation Maintain Low Pr ssure System Isolation of Normally Open Pipe Lines from of Normally Closed Pipe Lines from Reactor Coolant Pressure Boundary Reactor Coolant Pressure Boundary 1
Main steam IJne Isolation Valves RIIR System - Injection and SDC Suction IJacs l
Main Steam 1Jue Drain Isolation Valves (3,g,,g,)
(Seismic)
Reactor Water Gesnup System Core Spray System - Injection IJne (Seismic)
Isolation Valves (S'I*"I')
HPCI System -Injection IJne i
Protect Pump suction Piping Reactor Wster Sample Isolation Valves (Seisnilc)
(Seismic) 1 RCIC Sptem-Inyction IJne Feedwater check Valves Protect Punip suction Piping (Seismic)
(SeiserJc) 4 Reactor llend Vent Vals es (Seismic)
Figure 7 4.1.3.1.4.1 Main Steam (System 1)
Main steam system components are included on the SSEL to ensure the ability to isolate the reactor coolant pressure boundary.
System 01 Main Steam includes the following equipment:
- 1. Main steam line isolation valves and a main steam line drain isolation valve isolate the reactor coolant pressure boundary from the turbine / condenser and de-couple the NSSS from the balance of plant. The main condenser, turbine stop and bypass valves and associated controls, and circulating water pumps are not required for safe shutdown and are not included on the SSEL.
Page 22 of 41
i r
1 4.1.3.1.4.2 Reactor Water Cleanup (System 12)
The Reactor Water Cleanup system (RWCU) components are included on the SSEL to ensure the ability to isolate nonessentia! systems during reactor shutdown. The RWCU system normally operates to maintain reactor water chemistry within acceptable limits.
During a plant shutdown, it is acceptable to isolate this system and remove it from service.
During a Loss-of Offsite-Power (LOOP), RWCU is automatically isolated by the primary containment isolation system (PCIS).
4 l
System 12 RWCU includes the following equipment:
- 1. Isolation valves on the RWCU suction and return lines.
4.1.3.1.4.3 Reactor Vessel and Appurtenances (System 54) j i
Some components identified in the Reactor Vessel and Appurtenances system are on the SSEL solely to isolate the reactor coolant pressure boundary (RCPB). It is noteworthy that the plant design includes excess flow check valves to isolate instrument lines in the event ofinstrument line failure. However, high energy line break need not be assumed per the GIP. Therefore, no excess flow check valves are identified for any closed loop instmment piping that is part of the reactor coolant pressure boundary. Instmment racks 4
are identified only when active instmments are located on the rack.
i System 54 Reactor Vessel and Appurtenances includes the following equipment which perform a reactor vessel isolatio.. function:
4
- 1. Reactor sample line isolation valves, reactor sent valves, feedwater check valves.
4.1.3.1.4.4 Residual Heat Removal (RHR) (System 10)
Reactor Core Isolation Cooling (RCIC) (System 13)
Core Spray (CS)(System 14)
High Pressure Coolant Injection (HPCI) (Systen 23)
Isolation valves in the above systems isolate the low pressure portions of the system from the RCPB when the RCPB is at high pressure. These isolation valves are normally closed and required to remain closed until the RCPB pressure is at an acceptably low pressure.
i These same valves are required to operate to inject water into the reactor vessel or take suction from the reactor vessel after the RCPB is depressurized and are also listed on the SSEL for that reason.
The following valves are classified as high-low pressure interface valves and listed on the SSEL in part for that reason:
)
- 1. R11R Shutdown Cooling Injection valves M01001-29A and B, and
- 2. RHR Shutdown Cooling Suction valve M01001-50.
i
- 3. RCIC Injection valve MOl301-49.
- 4. CS Injection valves M01001-25A and B.
- 5. HPCI Injection valve MO2301-8.
Page 23 of 41
~ =. -
_ - =
4.1.3.2 Procedures Used For the RPV level control function, the operators will enter EOP-01 RPV Control. This procedure directs the operators to verify isolations, Emergency Core Cooling System (ECCS) initiations, and emergency diesel generator initiation. The operators are then told to control RPV water level between the low level scram setpoint and the high level turbine trip setpoint, using HPCI and RCIC when at high pressure, and with Core Spray when at i
i low pressure. EOP-01 contains further direction if water level cannot be maintained within this band, but for the purposes of this analysis, water level remains controlled within this band. When shutdown cooling is established, as described above in section i
4.1.2.2, the operator exits the level control section of EOP-01, and enters PNPS Procedure 2.1.6, " Reactor Scram" Operation of the Core Spray system is governed by W ?S Procedure 2.2.20, " Core Spray". Operation of the Main Steam system is governed by PNPS Procedure 2.2.92, 4
j
" Main Steam Line Isolation and Turbine Bypass Valves" Operation of the RWCU system is dictated by PNPS Procedure 2.2.83," Reactor Cleanup System" Positioning of the i
Reactor Sample line valves is part of PNPS Procedure 2.2.84, " Reactor Recirculation System" j
1 i
i e
Page 24 of 41
1 l
l 4.1.4 Decay Heat Removal-(Figures 8 and 9)
The safe shutdown paths for accomplishing the decay heat removal function for PNPS are shown in Figure 8 and 9. There are a number of systems which function either individually or in concert to remove reactor core decay heat following reactor shutdown.
Decay Heat Removal Peak Containment Liner Temperature < 281'F Peak Containment Pressure < 56 psig
)
NPSHA > NPSHR for RHR, Core Spray, RCIC, and HPCI Pumps d
D D
j RHR Suppression Pool Cooling SPC RHR Suppression Pool Cooling SPC Train A Train B (Seismic)
(Scismic) l I
l I
Cooling Torus Cooling j
Component Suppression Pool Component (Seismic)
(Seismic)
(Seismic) l EAC EAC (Seismic)
(Seismic)
Electric Power Electric Power A Disislan B Division 4160 VAC 4160 VAC 480 VAC 480 VAC 120 VAC 120 VAC 125 VDC 125 VDC (Seismic)
(Seismic)
Figure S When the RPV is at high pressure, decay heat is transferred from the reactor to the suppression pool by SRVs, RCIC turbine exhaust, or HPCI turbine exhaust. The first method of decay heat removal is the Suppression Pool Cooling (SPC) mode of RHR which circulates water from the suppression pool through the RHR heat exchanger where heat is transferred to the RBCCW system which in turn transfers heat to the SSW system at the RBCCW heat exchanger. The SSW system circulates water from the ultimate heat sink (Cape Cod Bay) through the RBCCW heat exchanger. When reactor pressure has decreased to less than 75 psig, the Shutdown Cooling mode of RHR is entered. This mode of RHR removes decay heat directly from the reactor coolant pressure boundary by circulating reactor coolant through the RHR heat exchanger.
Page 25 0f 41
Reactor Pressure Control [Long-Term]
Reactor Inventory Control [Long-Term]
Decay Heat Removal [Long-Term]
i RIIR Shutdown Cooling (SDC) Mode is the preferred and primary long-term method of performing the above functions and can be entered nith reactor pressure < 75 psig. SDC subs 3 stem is not single failure pruof O
O RilR Shutdown Cooling SDC RHR Shutdown Cooling SDC Train A Train B (Seismic)
(Seismic) l I
I I
Component RIIR SDC Suction Component Cooling and injection Valves, and Cooling l
(Scismic)
Recirculation Loop Discharge (Seismic)
Valve EAC EAC Electric Power (Scismic)
~
(Seismic)
X Division Electric Power Electric Power B Division A Division 250 VDC 4160 VAC 4160 VAC (3,;,,;c) 480 VAC 480 VAC 120 VAC 120 VAC PCIS 1.4gic 125 VDC 125 VDC S Bus (Seismic)
(3,;,,;c)
Figure 9 4.1.4.1 Systems Used Only the Suppression Pool Cooling Mode (SPC) of RHR is discussed below. HPCI, RCIC, Core Spray, SRVs, and shutdown cooling have been discussed previously.
RBCCW and SSW will be discussed in the supporting systems section of this report.
4.1.4.1.1 Suppression Pool Cooling Mode (SPC) ofRIIR (System 10)
The RHR system functions as two fully capable independent loops of suppression pool cooling. Therefore, the failure of a single active component will not cause loss of both loops. One loop of SPC is capable of removing decay heat at a sutlicient rate to maintain suppression pool temperatures within containment temperature and pump NPSH limits.
The SPC mode of RHR requires the following equipment:
- 1. Pumps, valves, instruments, and heat exchangers in RHR (System 10), and
i
- 3. Equipment Area Cooling (EAC)(System 24), and i
- 4. Reactor Building Closed Cooling Water (RBCCW) (System 30), and
- 5. Salt Service Water (SSW)(System 29).
4.1.4.2 Procedures Used Much of the decay heat removal function is intertwined with the reactor coolant pressure and inventory control functions. The procedures associated with those functions are discussed in the sections above and not repeated here.
Concerning only the suppression pool cooling mode of RHR, the operators will be directed to enter EOP-03 " Primary Containment Control" when average torus water temperature exceeds 80 F. This EOP requires the operator to monitor and control drywell temperature, toms water temperature, toms water level, primary containment pressure, and containment hydrogen and oxygen concentrations. When torus water temperature cannot be maintained below 80 F, the operator is instmeted to maximize suppression pool cooling. The SSEL includes both loops of suppression pool cooling, and since the GIP assumes a controlled shutdown event, either loop will be able to restore and maintain torus water temperature below 80 F. The torus cooling portion of the RHR system is controlled by PNPS Procedure 2.2.19, " Residual Heat Removal" 4.1.5 Support Systems -(Figure 2)
Systems that have been classified as support systems fall into three general categories:
electric power, component and containment cooling, and ventilation and compartment cooling. These categories and the systems in each are illustrated on Figure 2. The identified systems are required to support the front-line systems necessary to meet the safe shutdown functions. A discussion of the support systems and the procedures which govern the operation of the system are provided below.
4.1.5.1 Systems and Procedures Used 4.1.5.1.1 Reactor Building Closed Cooling Water (System 30)
The RBCCW system provides cooling for components, building compartments, and containment. RBCCW provides cooling water flow for RHR pump seals, the Core Spray motor bearing tube oil, and the RHR heat exchangers used in suppression pool cooling. It indirectly assures operation of HPCI, RCIC, Core Spray, and RHR by removing heat from building companments containing the principal equipment in these systems. RBCCW also maintains drywell temperature and pressure in the normal range by removing heat via the drywell equipment area coolers to facilitate entry into Shutdown Cooling after reactor depressurization.
The follow'ng heat loads are considered essenti ' for safe shutdown:
LOOP A:
CS Pump P215A Motor Thrust Bearing Cooler (included with Core Spray Pump P215 A, listed in System 14)
RHR Heat Exchanger E207A (listed in RHR System 10)
Page 27 of 41
RHR Pump Mechanical Seal Coolers E203 A & E203C (listed in RBCCW System 30)
RHR Pump Area Coolers VAC204A & VAC204B (listed in Area Cooling and t
Ventilation System 24)
RCIC Pump Area Coolers VAC202A & VAC202B (listed in Area Cooling and Ventilation System 24)
LOOP B:
CS Pump P215B Motor Thrust Bearing Cooler (included with Core Spray e
Pump P215B, listed in System 14)
RHR Heat Exchanger E207B (listed in RHR System 10) e RHR Pump Mechanical Seal Coolers E203B & E203D (listed in RBCCW System 30)
RHR Pump Area Coolers VAC204C & VAC204D (listed in Area Cooling and i
e Ventilation System 24)
HPCI Pump Area Coolers VAC201 A & VAC201B (listed in Area Cooling and j
e Ventilation System 24)
Drywell Area Coolers (listed in RBCCW System 30).
It is noteworthy that all drywell area coolers are supplied cooling water by Loop B of the RBCCW system while the electric fans that circulate drywell atmosphere across the coils are split somewhat evenly between the two AC power divisions. Therefore, if a single failure occurs in either AC distribution system, approximately half of the circulating fans remain available for drywell cooling. However, if the failure is in the B division of AC power and results in the loss of RBCCW Loop B, all drywell cooling is lost because of no cooling water flow. In this event, both loops of RBCCW must be cross-tied. Active components in RBCCW Loop A can provide cooling water flow for essential heat loads i
on Loop A and drywell coolers located on Loop B. The cross-tie is made by opening four normally closed butterfly valves located in the RBCCW ' A' Compartment on elevation 3'0" in the Reactor Building Auxiliary Bay. These valves are listed on the SSEL in System 30 as equipment class "R" (i.e., rugged). Procedure 2.4.42 covers the necessary steps for a RBCCW loop cross-tie.
The RBCCW system requires the following active equipment:
- 1. Pumps, valves, instruments, and heat exchangers in RBCCW (System 30), and
A number of coolers and heat exchangers which are not required to provide cooling for safe shutdown were included for equipment anchorage checks. This is a passive function intended to preserve both the integrity of the RBCCW pressure boundary and cooling water inventory.
The following equipment was excluded from the RBCCW system SSEL and is not required for safe shutdown:
- 1. The reactor coolant recirculation pumps include three individual RBCCW cooling water branch lines with coolers. All of these coolers are considered Page 28 of 41
=
part of the NSSS system since they are integral with the reactor recirculation pumps or pump motors. Therefore, per the exclusion of NSSS equipment j
contained in the GIP, no further qualification is required.
j
- 2. The chemical addition tank (s) are normally isolated from the RBCCW system and not required for safe shutdown.
- 3. Condensate transfer for makeup to the RBCCW surge tanks is not required for safe shutdown. The RBCCW system is a closed loop system whose entire pressure boundary is designed to withstand the safe shutdown earthquake.
Therefore, loss ofinventory from the RBCCW system is not postulated.
Operation of RBCCW is controlled by PNPS Procedure 2.2.30, " Reactor Building Closed Cooling Water System"
}
4.1.5.1.2 Salt Service Water (SSW) (System 29)
The Salt Service Water (SSW) system transfers heat from the Reactor Building Closed Cooling Water (RBCCW) heat exchanger to the ultimate heat sink. The SSW system 1
includes five pumps that discharge into a common header that directs SSW flow to both RBCCW heat exchangers. Two pumps are powered from a bus on Division A and B, and one pump is powered from the swing bus. Because the swing bus can be powered from either emergency diesel generator, if a single failure in AC power distribution system occurs, a minimum of three SSW pumps should be available for operation.
Following a loss of offsite power (LOOP), one out of two motor operated valves located on the header isolates automatically and splits the SSW into two separate loops. This isolation also places the SSW pump that is powered from the swing bus into a pre-selected loop which can be A or B. After a LOOP, the SSW pumps are started sequentially by time delay relays until either one of two header pressure switches are satisfied. The pressure switch setpoint can be satisfied by a single SSW pump, however, if both pressure switches failed open causing all pumps to start, each diesel generator is capable of accepting the sequenced load from three SSW pumps after a LOOP.
i The SSW system requires the following active equipment:
- 1. Pumps, valves, instmments, and heat exchangers in RBCCW (System 30), and
The TBCCW heat exchangers were included on the SSEL in SSW which are not essential for safe shutdown so that equipment anchorage would be checked. This is a passive function intended to preserve the integrity of the SSW pressure boundary and assure the desired flow balance and hydraulic characteristics.
The following equipment was excluded from the SSW system SSEL and is not required for safe shutdown:
- 1. The active functions of traveling screens, screenwash system, and hypochlorination system are not essential for achieving or maintaining safe Page 29 of 41
shutdown. Valves that isolate these systems from the SSW system are listed on the SSEL.
- 2. The east, west, and rear sluice gates are considered passive manual valves and excluded from the SSEL because operation of these gates is not required for safe shutdown. These valves are generally operated to perform main condenser back vashes.
Operation of SSW is controlled by PNPS Procedure 2.2.32 " Salt Service Water System" 4.1.5.1.3 Area Cooling and Ventilation (System 24)
These systems either support the operation of the equipment located in the area, or provide control room habitability.
System 24 includes the following ventilation and area cooling systems:
RCIC, and RHR/CS Quad Cooling and HPCI Pump Room Cooling Control Room High Efficiency Air Filtration (CRHEAF) e Motor Control Center Enclosure HVAC for B17, B18, and B20 e
Salt Service Water Pump & Valve Compartment HVAC e
Diesel Generator Compartment HVAC The above systems include the following active equipment:
- 1. Valves, dampers, fans, air handlers, and instmments in Area Cooling and Ventilation (System 24), and
Operation of the Quad Cooling system is controlled by PNPS Procedure 2.2.48, " Reactor Building Quadrants Cooling and Ventilation System" Operation of the HPCI room cooling system is controlled by PNPS Procedure 2.2.47,"High Pressure Coolant Injection Room Area Coolers" CRHEAF system operation is controlled by PNPS Procedure 2.2.46, " Control Room, Cable Spreading Room, and Computer Room Heating, Ventilation, and Air Conditioning System." The SSW pump and valve room HVAC is controlled by PNPS Procedure 2.2.45," Screenhouse Heating and Ventilation System" Diesel Generator compartment HVAC is controlled by PNPS Procedure 2.2.108, " Diesel Generator Cooling and Ventilation System" 4.1.5.1.4 Condensate Storage and Transfe: ;
ege (System 26)
Seismic review of the Condensate Storage Tangs) indicates they may not withstand a design basis seismic event. Since the HPCI and RCIC systems are normally aligned to these tanks and since they are the preferred source of makeup water, level indication is included on the SSEL to aid operators in assessing the status of the CST (s) after a seismic event. Also, since the HPCI system will automatically transfer to the suppression pool on low suction pressure, the pressure switches that cause the HPCI suction valve swap are included on the SSEL. The RCIC system does not automatically swap over to the suppression pool. Therefore, the RCIC pump suction low pressure trip is included on the Page 30 of 41
SSEL in System 13 to protect the RCIC system from damage that might result from loss of water supply. The CST tank level indication included in System 26 will also help operators to establish whether the RCIC suction needs to be manually transferred to the suppression pool.
On loss ofinstrument air, CST level indication fails low prompting manual transfer of the RCIC suction to the suppression pool. Instmment air is not included on the SSEL and is not considered essential for safe shutdown. Failure oflevel instruments caused by loss of air will not result in any adverse operator response.
Operation of the CST is controlled by PNPS Procedure 2.2.35 " Condensate Storage and Transfer" 4.1.5.1.5 Electric Power (System 46)
AC and DC power and power distribution is a support system for most safe shutdown systems and support systems.
System 46 includes the following active equipment:
- 1. Motor control centers, low voltage switchgear, medium voltage switchgear, transformers, distribution panels, batteries, battery chargers, and instruments (System 46), and
- 2. Emergency diesel generators (listed in System 61).
- 3. Control Room Emergency Lighting (listed in System 46).
Active equipment excluded from SSEL System 46 include:
- 1. Electrical distribution equipment that cannot be powered by the onsite emergency diesel generators. This equipment is not essential for safe shutdown.
- 2. Unit auxiliary, startup, and shutdown transformers. The emergency diesel generators are fully capable of providing electric power to maintain safe shutdown without the benefit of offsite power supplies.
A number of PNPS procedures control the operation of AC and DC power:
2.2.6 "4160V AC System" 2.2.7 "480V AC System" 2.2.10 " Station Lighting System" 2.2.11 "120V AC Instrument Power System Yl" 2.2.12 "120V AC Safeguard Power Supply Y3 - Y4, Y31 - Y41, Y13 - Y14" 2.2.13 "250 VDC Battery System" 2.2.14 "125V DC Battery Systems" 2.2.16 "120/240V AC vital Services Instrument Power Supply Y2" Page 31 of 41
4.1.5.1.6 Diesel Generators and Auxiliaries (System 61)
The emergency diesel generators provide redundant independent standby AC power. The GIP requires that the possibility of a loss of offsite power (LOOP) be considered coincident with a seismic event. The diesel generators provide power for instrumentation, pumps, valves, and fans etc. that perform functions necessary to verify and maintain safe shutdown. Both the diesel generators and their auxiliary support systems are listed on the SSEL System 61 includes the following active equipment:
- 1. Engine generators, valves, pumps, and instruments.
System 61 excludes the following active equipment:
- 1. Air compressors to recharge the air start and turbo-assist air supply receiver tanks.
The tanks are normally charged and are sized to provide adequate air for engine start and turbo assist. The initial charge in the receiver tanks is adequate to maintain safe shutdown.
PNPS Procedure 2.2.8," Standby AC Power System (Diesel Generators)" controls the operation of this system.
4.1.5.1.7 Containment Atmospheric Control (System 9)
Equipment listed on the SSEL from the Containment Atmosphere Control System provides the following functions:
- 1. Provide indication for monitoring drywell temperature which is a EOP-3 entry condition.
- 2. Isolation valves are included to prevent the inadvertent addition of nitrogen to the drywell. Also, relief valves on the nitrogen system are included to relieve supplied nitrogen to atmosphere in the event of a pressure control valve failure to prevent overpressurization of components.
System 09 includes the following types of equipment:
- 1. Valves and instruments.
Equipment excluded from System 09 is:
- 1. Nitrogen supply equipment outside the safety related check valve associated with each safety relief valve nitrogen gas accumulator. The nitrogen supply stored in the safety-related accumulator provided for each safety relief valve is sufficient for 20 valve actuations or 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br />. The gas supply stored in the accumulators is sufficient to conduct a reactor vessel depressurization to allow entry into RHR Shutdown Cooling.
The procedure which governs the operation of the nitrogen system related to the drywell is PNPS Procedure 2.2.70, " Primary Containment Atmospheric Control System" Drywell Page 32 of 41
temperature indication is controlled by PNPS Procedure 2.1.27 "Drywell Temperature Indication" 4.1.5.1.8 Instrumentation and Control (System 45)
The instrumentation & control system contains instruments, panels, racks associated with and supporting the operation of all SSEL systems. System specific instruments are included with the system they are a part of(i.e., HPCI pump flow indication is in System 23 HPCI). Instrumentation for variables that are necessary for monitoring of plant status and are not associated with the operation of a particular system are identified in this system.
- 1. The variables that are selected for monitoring, and are not associated with the operation of any particular system, are as follows:
(1) Reactor pressure (2) Reactor level (3) Drywell air temperature (4) Suppression poollevel (5) Drywell pressure (6) Torus pressure (7) Vessel metal temperature The selected instruments, power supplies, and indicators provide the above information and are listed in System 45 of the SSEL.
PNPS Procedure 2.2.80, " Reactor Vessel Level, Temperature, and Internal Pressure Instrumentation" deals with these variables. PNPS Procedure 2.2.120," Post Accident Monitoring Panel", controls the operation of the instruments which monitor suppression pool level, drywell pressure, and torus pressure. The drywell air temperature instruments are controlled by PNPS Procedure 2.2.49, " Primary Containment Cooling System" i
Page 33 of 41
4.2 OPERATIONS REVIEW OF SAFE SHUTDOWN METHODOLOGY 4.2.1 Purpose j
On Monday May 20,1996, scenvios were mn on the PNPS plant simulator to test the adequacy of the scope of safe shutdown equipment that was previously selected to achieve and maintain safe shutdown per the requirements of the Seismic Qualification Utility Group (SQUG) Generic Implementation Procedure (GIP).
j 4.2.2 Participants in Simulator Verification Mark Santiago, Manager of Operations Training Mike Perito, Deputy Operations Depanment Manager, SRO Fred Mogolesko, Project Manager for A46 Project Jeff Rogers, Systems and Safety Analysis Department Manager Patrick Doody, Principal Systems and Safety Analysis Engineer (Lead engineer for development of safe shutdown path (s) and equipment selection for GIP compliance) 4.2.3 Findings 4.2.3.1 Reactivity Control No unanticipated difliculties were encountered in the functional area of reactivity control.
The event initiator chosen for the scenario was a load reject, turbine trip, and reactor scram. Reactor shutdown was determined using RPIS.
4.2.3.2 Reactor Inventory Control No unanticipated difficulties were encountered in the functional area ofinventory control.
HPCI, RCIC, and Core Spray were used to provide makeup during the event.
The HPCI and RCIC systems are normally aligned to the Condensate Storage Tanks (CST's) which are not seismically qualified. Therefore, the suppression chamber which is seismically qualified, is relied on to supply the water used by high and low pressure makeup systems.
To simulate the loss of the CSTs, the tanks were drained prior to the simulator mn. As expected during the scenario, the HPCI system automatically transferred to the suppression chamber and the RCIC system tripped on low pump suction pressure. RCIC remained available but required manual transfer over to the suppression chamber.
After vessel depressurization, a Core Spray pump was used to provide makeup by pumping water from the suppression chamber to the reactor vessel.
4.2.3.3 Reactor Pressure Control Reactor pressure was initially controlled by safety relief valves. Subsequent relief valve openings were made to cooldown the reactor vessel at a rate less than 100 F/hr per EOP-
- 01. Drywell temperature increased to 280 F in approximately one hour and Alternate Depressurization per EOP-17 was begun. Nitrogen gas was available for the safety relief Page 34 of 41
valves to conduct the Alternate Depressurization. Although vessel depressurization was carried out, drywell temperature remained high and drywell pressure remained above the j
PCIS high drywell pressure setpoint which prevented entering SDC mode.
The relief valves as modeled on the simulator include a limit of twenty actuations per valve if the nitrogen supply is failed. Leakage from the accumulators after a loss of gas supply is not modeled. The available actuations for each relief valve were not used in their entirety during this verification. Thus, the loss of nitrogen supply scenario was not simulated in its entirety. However, when nitrogen is depleted, the safety relief valves will close and only operate automatically in safety mode when the safety relief valve setpoint is reached.
Without manual control of the relief valves, the reactor vessel will gradually repressurize to the relief valve setpoint(s).
If Shutdown Cooling is not entered prior to nitrogen depletion followed by relief valve closure and then vessel repressurization, the opportunity to enter SDC will be lost until such time that an alternative method for vessel depressurization is made available.
The postulated failure of the condensate storage tanks due to the seismic event precludes use of either HPCI or RCIC for long-term reactor pressure control as called for by the reactor pressure leg of EOP-01. Furthermore, the postulated failure of the condenser, circulating water pumps, turbine bypass controls and valves, and instrument air system precluded use of the main turbine bypass valves or main steam line drains for long-term pressure control.
4.2.3.4 Decay Heat Removal 4.2.3.4.1 Suppression Pool Cooling The suppression pool cooling mode of RHR was placed in-service when the suppression pool temperature reached the EOP-03 entry condition for torus temperature of 80 F. The temperature of the suppression pool remained well within applicable limits contained in EOP-03 during HPCI, RCIC, and SRV operation.
4.2.3.4.2 Drywell Temperature and Pressure Drywell cooler fans and control valves were not originally provided on the SSEL. The simulator indicates that the unavailability of drywell coolers results in high drywell temperature (Twen > 300 F) and high drywell pressure (Pemu ~ 5 psig) after approximately I hour. Reactor shutdown and reactor alternate depressurization to the suppression pool did not alleviate the high drywell temperature condition.
4.2.3.4.3 Mitigative Steps Considered and/or Attempted:
Use of drywell spray to cool the drywell airspace was not permissible because the indicated drywell pressure and temperature were outside the EOP-03 Drywell Spray Initiation Limit (DSIL).
The instrument air and nitrogen gas supply piping consists of soldered or mechanically joined copper tubing which is not seismically qualified. Unavailability of these gas supplies prevents drywell venting using the normal 2" or 8" vents becau e of the unavailability of air or nitrogen for the air operated valves. Use of the 2" and 8" vents was Page 35 of 41
also prevented by drywell pressure higher than the Group 2 PCIS high drywell pressure setting.
Emergency containment atmosphere dilution vent valves (l" diameter lines) are direct acting solenoid., and do not require air or nitrogen. These valves were opened to remove energy from containment and were found to provide mirdmal heat removal. Drywell temperature remained fairly constant and drywell pressure dropped very slowly.
Drywell cooling is relied on to remove heat energy from the drywell and control drywell temperature and pressure during reactor operation, and cooldown. Based on the simulator testing of safe shutdown paths, it was concluded that drywell cooling equipment should be added to the SSEL to:
- 1. prevent the heatup of the drywell to levels where Alternate Depressurization is
- required,
- 2. avoid high drywell pressure ECCS initiations and load shed signals,
- 3. maintain drywell temperatures in the normal range, and
- 4. maintain drywell pressure below the PCIS isolation signal setpoint to allow entry into shutdown cooling without overriding isolation signals.
4.2.4 Conclusions from Simulator Verification
- 1. Add active equipment for drywell cooling to the SSEL to-
- 1. maintain drywell temperature within the normal range and avoid Alternate Depressurization per EOP-17, and
- 2. maintain drywell pressure below PCIS high drywell pressure isolation signal to facilitate entering Shutdown Cooling.
Following the simulator verification, equipment required to provide drywell cooling was added to the SSEL.
Page 36 of 41
)
i
- 5. ORGANIZATION OF THE SAFE SHUTDOWN EQUIPMENT LIST The Safe Shutdown Equipment List (SSEL)is attached to this report as Attachment A.
The SSEL consists of four sections as follows:
Section 1.
System Information and Notes.
i Section 2.
The Composite SSEL contains all of the equipment identified as a result of the effort described in the following report. This list contains both the identified equipment which required a seismic evaluation, relay evaluation, or both. The equipment listed on the Composite SSEL is soned by system number, then equipment class and then equipment identification number.
3 Section 3.
The Seismic Review SSEL is a sort of the Composite SSEL to separate I
out and list only the equipment that requires a seismic evaluation. The equipment listed on the Seismic Review SSEL is sorted by equipment identification number.
Section 4.
The Relay Review SSEL is a sort of the Composite SSEL to separate out and list only the equipment that requires a relay evaluation. The equipment listed on the Relay Review SSEL is sorted by equipment identification number.
i 2
This section will briefly explain the format of each computer generated SSEL list. Three SSEL lists are provided as defined bv the "SSEL Report" guidelines from Section 9 of the GIP.
i The first list is the " Composite SSEL," in Section 2. This is a composite listing of all i
SSEL components identified for USI A-46 safe shutdown. This list encompasses all components identified for seismic and/or relay review. In addition, this list includes " Rule of the Box" (ROB) SSEL components. For clarification, the " Rule of the Box" applies to sub-components which are generally mounted to (or within) a larger component, skid, or panel (i.e., the " Box" could be a diesel generator, switchgear enclosure, motor control center, or valve assembly). Seismic review performed for the " box" encompasses all sub-components within, therefore, individual seismic review is not required for " Rule of the Box" sub-components. Specific fields provided in Composite SSEL are as follow in the order which they appear:
1)
System Number ("Sys No") - The PNPS Q-List system number associated with each Safe Shutdown system is listed in this column. The numbering scheme used in the SSEL is the same as that used in the PNPS Q list (list of safety related components).
2)
Equipment Class ("Eq Cl") - The SQUG equipment class assigned from j
Table 3-1 of the GIP. Some seismically rugged equipment such as hand Page 37 of 41
operated valves or check valves are listed on the SSEL and assigned equipment class "R" 3)
" Equipment ID Number" - The plant specific component identifier from the referenced P&ID, schematic, or location drawing.
4)
" System / Equipment Description"- Component description.
5)
Building (" Bldg") - Building location of the component. Building acronyms used are as follows:
AXBAY ] Reactor Auxiliary Bay DG A
} Diesel Generator Building A DGB l Diesel Generator Building B IS I Intake Structure RB Reactor Building RW
,,,, Radwaste Building TB
} Turbine Building 6)
Elevation (" Floor Elev") - Floor elevation from which the component can be viewed or in some cases the elevation of the component itself. Ground grade is at elevation 23 foot.
7)
Room or Row / Column (" Room or Row / Col") - Compartment on a given elevation or component location relative to easily located equipment.
8)
Evaluation Type (" Eval Type") - One of the following evaluations are specified:
S Seismic evaluation only R
Relay evaluation only SR Seismic and relay evaluation S-N/A Seismic evaluation and relay evaluation which is
" Boxed" with a related end device for which relay review criteria was identified. This evaluation type is typically used on instruments such as switches that control a component such as a valve or pump. The relay review is done on the controlled device (i.e., the pump) rather than the controlling device (i.e., the switch).
9)
"Related End Device" - End device listed on the SSEL which the relay review was performed for. This column has an entry when the " Eval Type" column contains the entry "S-N/A" See item 8) above.
s
)
Page 38 of 41
1 10)
" Notes" - reference numbers appear in this column, referring to specific
)
notes contained on the notes page for the system.
11)
" Normal Status" - Pre SSE position / status during normal plant operation.
12)
" Desired Status"- USI A-46 safe shutdown desired position / status.
i 13)
Power Required (" Power Reg'd?") - Answered "YES" if electrical power is required to suppon safe shutdown function, "NO" if not.
)
14)
" Systems this Component Supports" - The SSEL systems or functions which rely on this system for their operation are listed in this column.
15)
" Required Supporting System or Component"- The components upon which this system relies for is operation are listed in this column.
16)
" Train" - The SSEL train to which the component belongs is listed in this column. Entries are limited to "A", "B", or "A/B" i
The second and third lists are the " Seismic Review SSEL", Section 3, and the " Relay I
Review SSEL", Section 4. These lists are sub sons of the Composite SSEL, and are lists j
of the components identified for seismic review and the components listed for relay review respectively. Specific fields provided in these lists are the same as provided in the
" Composite SSEL."
l j
i 3
l i
J 1
e Page 39 of 41
1
- 6. REFERENCES 6.1
" Generic Implementation Procedure for Seismic Verification of Nuclear Plant Equipment" Revision 2, February 1992 6.2
" Procedure for Evaluating Nuclear Power Plant Relay Seismic Functionality",
EPRI NP-7148-SL, December 1990.
6.3 Supplement No. I to Generic Letter (GL) 87-02 That Transmits Supplemental Safety Evaluation Report No. 2 (SSER No. 2) on SQUG Generic Implementation Procedure, Revision 2, as Corrected on February 14,1992 (GIP-2), May 22,1992.
6.4 NEDO-3155A," Position on NRC Regulatory Guide 1.97, Revision 3 Requirements for Post-Accident Neutron Monitoring System," General Electric Company for the BWR Owners Group, March 1993.
)
i Page 40 of 41
- 7. ATTACIIMENTS 7.1 ATTACIIMENT A-SAFE SIIUTDOWN EQUIPMENT List (SSEL)
Page 41 of 41
Attachment A Boston Edison - Pilgrim Nuclear Power Station Rev.E0 September 16,1996 Certification:
The information identifying the equipment required to bring the plant to a safe shutdown condition on this Safe Shutdown List (SSEL) is, to the best of our knowledge and belief, correct and accurate.
S&SA Preparers and Reviewers:
Patrick J. Doody
__ s g/qq.
f Thomas F. White 7// 9[9h S gnature Dde David Gerlits g_@d y/11/f(_
e f
( _Date
- Sig Paul Smith
_q
_y y f(
Signa re trate S&SA Department Manager Approval:
Jeffrey L. Rogers y fg 0
Page1
Safe Shutdown Equipment List
\\
I System Information and Notes
[
Rev.EO September 16,1996 i
i l
i k
i l
F l
l i
t i
t i
Page 2 i
I I
i L
S fe Shutdown Equipment List [SSEL] System Information and Notes System Number 01 - Main Steam Rn EO. September f 6,1996 Main steam components are included on the SSEL to ensure the atxhty to isolate the reactor coolant pressure boundary.
1.
Main steamitne isolation va!ves isolate automatcally when hgh flow or hgh area temperature rs sensed Each man steamhne is mstrumented with four ficw monitonng differential pressure transmitters whch provide sgnals to d:fferenhal pressure mdcating switches. These switches initiate MSIV closure when hgh flow ts indicated. Hgh flow is only expected when a steamhne rupture has occurred Temperature switches are located n venhiation ductwork leading form the main steam tunnel and condenser bay these temperature switches wig initiate MSlV closure when high temperature indcative of a main steam hne rupture are sensed The above sensors input to PCIS logic wtuch is normally energized and win actuate when de-energ: zed. In other words the PCIS logc is oesgned to fait safe. Cortact chatter in a sufficient number of these sensors to complete the logic (1 out of 2 taken twice) win cause MSiv isolation. This effect from chatter is acceptable. Hgh energy hne breaks need not be assumed per Sechon 31.2 of the GIP.
2.
Setsmc activity could result in a loss of circulating water to the condenser and a subsequent loss of condenser vacuum. When condenser vacuum decreases to 23 inches of HG, the turtxne tnps, stop valves close, and steam flow is directed to the condenser through the bypass valves. When condenser vacuum decreases to 7 inches of mercury, the bypass valves are closed to protect the condenser frorn over-pressurization. The turtune stop valves and bypass valves are not rehed upon for reactor vessel isolation. If the turbine stop or bypass valves fail to close coincsdent with a loss of condenser vacuum.
steam flow would over-pressunze the condenser and rupture the condenser shen. The ensuing loss of inventory from the vessel would be termmated by one of the foGowing a) high temperature in the condenser bay b) high steamhne flow c) low-low vessel water level d) operator schon isolation of the reador vessel from the turbme/ condenser via closure of the main steamhne isolation valves will de-couple the NSSS from the balance of plant. For purposes of estabhshng the SSEL, the MSIVs and the associated PCIS toge for loMow water level are considered essential. Because the low-low water levellogic assures maintenance of adequate vesselinventory, the turbme stop and bypass valves and associated controls are not included on the SSEL 3 The MSIV solenoids are separately identifed for the purpose of tabulating relays dunng relay review. These solenceds are mounted on the associated MSIV and are included with the MSIV by Rute-of-the-Box for seisme review.
Each MSiv includes two solenoid valves which are designated on the SSEL as SV203-XX-AC (for the AC solenoid) and SV203-XX-DC (for the DC solenoid). The value of XX assumes the desagnation given to each MSIV on the P&lD (i e.,1 A through 20). The designation used here on the SSEL (e g. SV203-1 A-AC) does not appear on the PalD, a different desgnation is used whch toes back to the elementary diagram. On the PalD, each MSIV has a designation "PT4" and "PT5" on the air operator which represent the AC and DC control solenoids. These same desgnations are also found on the elementary diagram.
Certification:
The irformation identifying tt~ eWpment requited to tr6ng the plant to a safe shutdown condition on this Safe Shutdown List (SSEL) is, to the best of our knowledge and be8sef, correct and accurate.
Patr:ck Doody See SSEL cover sheet 9/16/96 Prmt or Type Name Sgnature Date Divid Gerhts See SSEL cover sheet 9/16/96 Pnnt or Type Name Sgnature Date Page 3
S:fe Shutdown Equipment List [SSEL] System information and Notes System Number 02 - Reactor Recirculation R:vEO September 16.1996 The Reactor Recirculate system is included on the SSEL because the recirculate pump discharge vane associated with the Shutdown Coohng irgection path rmr,t be operated from its normally open posam to the closed posamn to ensure eMective decay heat removal. Both discharge valves are included so that either injecDon path is avadable for use at the operators discretion.
Cert 6ication:
The information identifying the equipment required to twing the plant to a safe shutdown condden on this Safe Shutdown List (SSEL) is, to the best of our knowledge and belud, correct and accurate.
Patrck Doody See SSEL cover sheet 9/16/96 Pnnt or Type Name Segnature Date Paul Smith See SSEL cover sheet 9/16/96 Pnnt or Type Name SPN Date Page 4
Safe Shutdown Equipment List [SSEL] System information and Notes System Number 03 - Control Rod Drive and Hydraulic Riv EO. September 16.1996 The Control Rod Dnve System is included on the SSEL to ensure the abihty to shutdown the reactor. Successful w cvl6~6 of this funct:on is provufed by the Rod Position Irdcation system (RPIS). wtuch es considered part of system 45, instrumentation & Control.
1.
SDIV vent and drain valve posite indication is not required SDIV level instruments that provule the scram function are hsted on the SSEL to assure complete rod insertion with the avadable discharge volume. Posibon indication is not required for scram valves (CV305-126, and CV305-127). RPIS provides ridication of scram completm Dunng scram, valves FCV302-120, FCV302-123, and SV305-122 must remain closed to prevent H O accumulator water or dnve water from "short-circuiting" to the scram discharge volume. Although the 2.
2 rods can stir scram on reactor pressure if the 'short cycuit" occurs, the scram discharge volume is sized only for the hquid associated with fun rod insertiort Therefore, a relay review of FCV302-120 FCV302-123, and SV305-122 ts specified to assure these valves wtB not inadvertently open because of relay chatter. See the G4 Form associated wtth each of these valves for relay identificabon and screcrung information 3.
The CRD components mounted on or in the reactor vessel are excluded from the scope of the USI A-46 review.
4 Due to the safety class boundanes, the fonowmg CRD system wiieuncias are excluded from the SSEL-(a) CRD Charging Header (b) CRD Drive Water Header (c) CRD Exhaust Water Header (d) CRD Cooling Water Header (e) CRD Pumps, Flow & Pressure Control Stabons.
(f) Instrument Air Supply (h) Nitrogen Charging System for Scram Accumulators 5.
The CRD-HCU wivv%ae hsted on the SSEL represent a complete set of wi@. eras for one HCU unit There is one HCU for each of the 145 control rod drtves Each HCU will be evaluated for seismic adequacy. The w cp owi es located on each HCU can be idenhfied by examirung the " Room or Row /Cof" field for the word "HCU".
6.
Two hstings for each scram pilot solenced with the suffix 1/4 and 2/3 appear on the SSEL to faciutate tabulation of associated relays. This equiprnent ID was created to facihtate relay tabulation SOV305-117 and SOV305-118 require sersmic review and are hsted separately by their standard equipment ID (i e., no suffix).
7.
The scram discharge volume is functionalty designed as process piping and therefore excluded from the SSEL per GIP Section 3.1.2.6.
Certification:
The information identifymg the equipment requered to twmg the plant to a safe shutdown condsten on stus Safe Shutdown List (SSEL) is, to the best of our knowledge and belief, correct and accurate.
Patrick Doody See SSEL cover sheet 9/16/96 Pnne or Type Name Signature oate Paul Smith See SSEL cover sheet 9/16/96 Pnnt or Type Name S'gnature Oste Page5
S fe Shutdown Equipment List [CSEL] System information and Notes System Number 09 - Containment Atmospheric Control RV EO. September 16,1996 Components of the Contamrnert Atmosphere Control System are included on the SSEL for the fonowing reasons:
1.
Provide indcaten for monitoring drywen temperature which is a EOP-3 entry cond! bon:
The active components used for containmert spray are not included on the SSEL because redher a LOCA or safety valve operation is postulated to occur coincident with the setsme evert. Safety va!ves discharge drectly into the drywell atmosphere and would elevate drywen temperature if open. DryweX coohng is included on the SSEL in System 30 and is capable of maintaining bulk drywee temperature within the normal temperature range dunng the shutdown.
2.
Prevent the inadvertent adddson of rutrogen to the drywell:
Pressure control valves in the rutrogen system are not included on the SSEL because they are nonsafety-retated. Failure of a pressure contml valve win cause high pressure in nitrogen system pipang.
Sofety-related relief valves in the nitrogen system are included on the SSEL to assure atxtety to control ndrogen system pressure by releving ndrogen to atmosphere.
Drywen and torus nitrogen and purge isolatmn valves prevent the t.cvie M adddion of ndrogen to the containtnert. Valves SV5033A, SV50338, and SV5033C are included for relay review to prevent snadvertent openrng. These vatves are normally closed, remote manual valves (in the open direchon 3.
The nitrogen supply available for safety rehef valve operaton is stored in the safety-related accumulator provided for each safety relief valve (see System S4). This supply is suffcient for 20 vatve actuaten's or 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br />. Within 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> and at a rate below the normal cooldown rate hmit, the reactor vessel can be de-pressunzed to a pressure below 75 psig. The shutdown cooling mode or RHR can be entered when reactor pressure is less than 75 psig, and win provide decay heat removal, reactor pressure control, and level control.
Certifcation:
The informaton identifying the equipment requred to tring the plant to a safe shutdown conddion on this Safe Shutdown Ust (SSEL) is. to the best of our knowledge and behef, correct and accurate.
Patrck Doody See SSEL cover sheet 9/16/96 Pemt or Type Name Segnature Depe D1vid Gerlits See SSEL cover sheet 9/16/98 Pnnt or Type Name Segatu'*
Date Page6
Safe Shutdown Equipment List [SSEL] System Information and Notes System Number 10 - Residual Heat Removal R:s EO. September 16.1996 The Resadual Heat Removal (RHR) system is included on the SSEL to remove residual heat from the suppresse pool by use of the Torus Coohng mode. TNs mode of RHR mantains suppression pool temperature so that w donned temperatures, and pump NPSH are mantamed in an acceptabie range. Decay heat mR be transferred to the suppressaan pool through the use of HPCI, RCIC, and ADS dunng a shutdown. This system provides the decay heat removal function in con [ unction with SSW and RBCCW. The Low Pressure injection Funct'on of RHR was not selected for inclusaon on the SSEL The Core Spray tystem was selected to provide low pressure makeup (see System 14). The shutdown cooling mode is included on the SSEL to pronde pressure control if a continuous n!trogen supply for the safety-rehef valves is unavailable. The shutdown coohng entry pressure mR be reached by coohng down with SRVs operated using nitrogen stored in the safety-related accumulators.
1.
The penod of tirne of strong shalong wi5 not exceed a trunute based on informabon provided in EPRt NP-7148 page 3-11. Dunng the first rninute of the seismec event, reactrdy control must functson without delay upon demand Also, reactor pressure control is in.-iv;4e1 by the safety-relief valves operating automatically in rehef mode. We assume that RHR Torus coohng win not be started by operators until the strong shalong penod is over. This assumption means that components in these systems reman in their normal states unless a short duration state change is caused by transient relay chatter (i e., smaR pump motor starts and stops) However, changes of state that remain after the strong shaking has ended ham not been considered acceptable dunng relay renews (e g, normany open motor operated valve cycles closed). Therefore, system wivuncats wiH be found in their normal state by operating staff when system startup is attempted after strong shalong has ended.
2.
MO1001-7A through O are normally open and remain open dunng torus cooling Shutdown coohng win require these valves to change position (e.g, MO1001-43A open and MO1001-7A closed).
3 This instrurnent provides control room indication of system performance.
4 M01001-19 does not need to be closed to split the RHR system into two separate torus coohng loops. The retay review of boundary valves in the opposite loop ensures that torus coohng flow is not riiverted from the intended flow path.
S.
One divtsson of Reactor Protechon System (RPS) logic must be energized, or MO1001-47, MO1001-50, and MO1001-29A or B cannot be opened remote manually for shutdown cookng mode. This requires one RPS division which can be powered from MCC B10 when offsite power is unavailable.
Certrfication:
The information identdying the equipment required to tring the plant to a safe shutdown condition on this Safe Shutdown List (SSEL) is, to the best of our knowledge and behef, correct and accurate.
Patrtk Doody See SSEL cover sheet 9/16/96 Pnnt or Type Name Sgnature Date Dcvid Gertats See SSEL cover sheet 9/16/96 Pnnt or Type Name Sqnstwo Date Page7
Safe Shutdown Equipment List [SSEL] System Information and Notes System Number 12 - Reactor Water Cleanup Rzv EO. September 16,1996 The Reactor Water Cleanup system (RWCU) wi@ e its are included on the SSEL to ensure the atxhty to isolate this nonessential system dunng reactor shutdowm. The RWCU system normauy operates to mardain reactor water chemistry witNn acceptable hmits. During a plant shutdown R is acceptable to isolate this system and remove t from service Dunng a Loss 4f-Offsite-Power (LOOP), RWCU is automatically isolated by the reactor vessel isolaton system.
Certifcaton:
The Wormahon identifymg the equipment regimed to tring the piani to a safe shutdown conddion on this Safe shedown Ust (SSEL) is,to the best of our knowledge and belief, correct and accurate.
Patnck Doody See SSEL cover sheet 9/16/96 Pnnt or Type Name Segnature Date Dtvid Gerlas See SSEL cover sheet 9/16/96 Pnr4 or Type Name s'Onsture Date Page8
Safe Shutdown Equipment List [SSEL] System Information and Notes System Number 13 - Reactor Core Isolation Cooling R:V EO September 16,1996 The Reactor Core tsotation Coohng (RCIC) system is included on the SSEL to provide train A inventory control.
Power is required for steamhne isolation valves even though they are normally open and fad-as-is upon a LOOP, because reopening may be required to retrutsate RCIC for RPV level control after these valves 1.
have automatcally isolated on low steamhne pressure.
2.
HO1301-159 throttles steam fkw to the RCIC turtxne to control system flow rate. The vatve is hydrauhcany closed by the tube od system and opened by spnng force. The valve faits open on loss of signal or od.
3 This instrument provides control room indicahon of system performance or status.
The period of time between the onset of shaking and the end of strong shaking win not exceed a minute based on information provided in EPRI NP-7148 page 3-11. Dunng the penod of strong shaking, 4.
reactmty control must function without delay upon demand. Also, reactor pressure control is accomphshed by the safety-rebef valves operatmg automatcally in rehef mode. We assume that RCtC win not be started by operators until the strong shalang penod as over. This assumphon means that components in these systems remain in their normal states unless a short durabon state change is caused by transient relay chatter (i e., smaN pump motor starts and stops). However, charages of state that remain after the strong shakmg has ended have not been considered acceptable during relay reviews (e g,
normally open motor operated valve cycles closed). Therefore, system wingvi.--as will be found in their normal state by operating staff when system startup is attempted after strong shalang has ended.
5.
This instrument provides a protective tnp of the system. Alarm is also coincident with some instruments (see the Descnphon column or PalD).
6.
This instrument provides for a system tnp because process conditions are outside the system operating range (e g., low steamhne pressure).
7.
This instrument controis a system support function or the system itself. Alarm is also coincident with some instruments (see the Description column or P&lD).
8.
The RCIC EGM, signal converter, resistor module, flow indicating controller, square root converter, and pressure transmitter power supphes are all passNe electronc or sohd state devices with no mecharucal contacts. These devices are excluded from relay review. The EGR is an cia.1vn.cdi-m4, piston actuated device with no contacts. Without a RCIC initiation signal, circuit contact chatter wih not affect these components or the RCIC system because no steam would be admitted to the turtune, no hydrauhc pressure would be available to the EGR or turbme govemor va!ve and control signals win affert no wo.pvoents. However, a relay review was performed on the flow control circuit to venfy chatter wiu not cause a loss of power to the vanous devices (e g lockout or trip). This argument is considered wahd if P can be shown that system initiation logc for the RCIC system does not inadvertentty actuate due to chatter. A relay review was performed by tracing back from the steam admission valve M01301-61 to venfy that chatter wiH not cause inadertent system initiatiort This is also important to minimize the potential for the injection valve opening without the turbine running (i e., possible suction piping overpressure).
Certsft.ation:
The enformation identifeng the equipment required to tmng the plant to e safe shutdown conditon on ttne Safe Shutdown List (SSEL) es, to the best of our knowledge and behef, correct and accurate.
Patnck Doody See SSEL cover sheet 9/16/96 Prere or Type Name Sysatcae Date Divid Gerhts See SSEL cover sheet 946/96 Prmt or Type Name segetature Date Page9
S fe Shutdown Equipment List [SSEL] System Information and Notes System Number 13 - Reactor Core Isolation Cooling R.:v EO September 16.1996 9.
LaTut switches for au air operated valves and the goverror and inp/ throttle valves are for mdcation only. Failure of these switches (efther structuraGy or by chatter) wiu not sfrect operation of the system and win not prevent the valves from functmeng as required.
- 10. The Condensate Storage Tank (CST) and associated equtpment is included on the SSEL to provide the preferred source of reactor coolant system quahty water dunng shutdown. Seismic revww of the Condensate Storage Tank (s)indcates they win not withstand a design basis seisme event. Since the HPCI and RCIC systems are normany ahgned to these tanks and since they are the preferred source of makeup water, level indcation is included on the SSEL to aid operators in assessing the status of the CST (s)
Efter a setsmc event. Also, since the HPCI system win automaticany transfer to the suppressen pool on low suction pressure, the pressure switches that cause the HPCI suction valve swap are included on the SSEL The RCIC system does not automatcally swap over to the suppression pool. Therefore, the RCIC pump suction low pressure tnp is included on the SSEL in system 13 to protect the RCIC system from damage that might result from loss of water supply Also, the CST tank level indcation included in system 26 wdl also help operators to estabhsh whether the RCIC sucten need be manually transferred to the suppression pool These wn ients provide control room indcation of CST level (see System 26):
11.
r T105A; LT3503 P/E-3505, Ll3503A T1058; LT3508, P/E-3508, Ll3508A On loss of instrument air, indcaten fails low promptog manual transfer of the RCIC suction to the suppressen pool. Instrument air es not included in the SSEL as essental equipment, because failure of level instruments caused by loss of air will not result in any adverse operator response.
Certifcation:
The informaton identifyin0 the equipment iequwed to bnng the plant to a safe shutdown conddion on thes Safe i
Shdown List (SSEL) 6s. to the best of our knowledge and beher, correct and accurate.
I Patrick Doody See SSEL cover sheet 9/16,96 Pnnt or Type Name Sgnature Ome Daid Gerlits See SSEL cover sheet 9/16/96 Pnnt or Type Name
$gnature Date Page 10
Safa Shutdown Equipment List [SSEL] System Infonnation and Notes System Number 14 - Core Spray Rn EO. September 16.1996 The Core Spray (CS) system is included on the SSEL to ensure tratn A and B Wory control Both trains of this system are capable of rovdng low pressure makeup to the reactor vessel n excess of that necessary to replace bod off.
1.
This instrument provides corded raum Indicaten of syMem performance.
[
L Certificaton:
l The information identrying the equiprnent requwed to bnng the plant to a safe shutdown condetton on tNs Safe Shutdown List (SSEL) is,to the best of our knowledge and behef, correct and accurate.
l Patrick Doody See SSEL cover sheet 9/16/96
(
Pnnt or Type Name segnature Date Davd Gerhts See SSEL cover sheet 9/16/96 I
Pnnt or Type Name S*gnature p g.
Page11
S:fe Shutdown Equipment List [SSEL] System Information and Notes System Number 23 - High Pressure Coolantinjection R v EO September 16.1996 The Hgh Pressure Coolant inrection (HPCI) system is mcluded on t! e SSEL to ensure tram B mventory control 1
The HPCI system es normatty kned-up to take suctm from te Condensate Storage Tanks (CST) Setsme review of me CSTs indcates potential fa ture of these tanks The normal vatve knew rs acceptable because the automate transfer of the HPCI,uction from the CST to the suppressson pool on low CST level wiu ensure a water supply and adequate NPSH for the HPCI pump.
2 Tne HPCI EGM, ramp generator, signal converter, resrstor module, flow indcating controner, square root converter, and pressure transmitter power supphes are all passive electroruc or sohd state devces with no new contacts These devices are excluded from relay review The EGR is an &,/uw. 4wical, prston actuated devre with no contacts Without a HPCI rutiation signal, circuit contact chatter will not affect these wnyw was or the HPCI system because no steam would be admdted to the turbine, no hydrault pressure would be avadable to the EGR or turbine govemor valve and control signals will affect no wn.pw sas This argument is vahd because system irutsatsollogc for the HPCI system does not inadvertentfy actuate due to chatter. This is also rnportant to mrumtze the potential for the infectm valve openng without the turtune running (i e, possible suchon pepmg overpressure).
3 Lrnd switches for at air operated valves and the govemor and stop valves are for indcation only. Fadure of these switches (either structurany of by chatter) will not affect operation of the system and wiH not preient the valves from functiorung as requred.
4.
The penod of bme between the onset of shaktrtg and the end of strong shaking wtR not exceed a few minutes based on information provided in EPRI NP-7148 page 3-11. Gunng these first few mmutes of the seestruc event, reactmty control must function without delay upon demand. Also, reactor pressure control is swplashed by the safety-rehef valves operating automatcally in rehef mode. We assume that HPCI will not be started by operators untd the strong shaking penod is over. This assumption means that cornponents in these systems reman in ther normal st.2es unless a short duration state change is caused by transient relay chatter (i e., small pump motor starts and stops). However, changes of state that re noin after the strong shaking has ended have not been considered acceptable einng relay reviews (e g., normally open motor opera'ed valve cycles closed) Therefore, system i wng was wiu be found n their normal state by operatog staff when system startt.p es attempted after strong shaking has ended.
5 Power is required for steamline isolation valves even though they are normally open and faa as-is on loss of pasver (LOOP). Reopening may be required to reinitiate HPCI after these vatves have automatcally isolated on low reactor pressure Certsftstion The mformation identifymg the equipment requwed to twing the plant to a safe shuidown condston on thes Safe Shutdown Ust (SSEL) is, to the best of our knowledge and belief, correct and accurate.
Patnck Doody See SSEL cover sheet 9/16/96 Pnne or T pe N me s.caewe out.
Divid Geriits See SSEL cover sheet 9/16/96 Pnnt or Type Name scatwo py, Page f1
Safe Shutdown Equipment List [SSEL] System Information and Notes System Number 24 - Area Cooling & Ventilation R:V E0 September 16,1996 System 24 includes the followng venblation and area cochng systems:
(1) Equipment Area Coohng (EAC)
(3) MCC HVAC for B17 B18, and B20 (2) Control Room High Efficsency Air Filtration (CRHEAF)
(4) Salt Sennce Water Pump & Valve CwviLe-fa HVAC (5) Diesel Generator Cw wtiic,-a HVAC Note that drywell coohng is included on the SSEL refer to System 30 RBCCW.
1.
The quad coohng system includes the fonowmg area coolens and associated equipment for the follovnng plant areas: (1) HPCI Pump CuiwLiicia, (2) RCIC Quadrant, (3) Northwest Quad contammg RHR and CS Loop B (4) Southeast Quad contaming RHR and CS Loop A. The " System / Equipment Desenption field begms with the word "EAC-(Equipment Area Coolmg) for the wiw cias requred for EAC.
2.
Coolers are assumed to be off initialty for purposes of C-4 s the SSEL.
3 Power supphes requred for EAC are hsted separately m System 46. The power supphes are referenced to the coolers they support by listmg the supply in the "Requred Supporting System or Component
- column.
4.
It is assumed that the CRHEAF system is requred following a seismsc event to mantain the control roora at acceptable amtxent temperatures.
5.
The CRHEAF system is not assumed to be running initialty.
6.
RE1737 and RM1705-016 are associated with CRHEAF upscale, downsca:J, and inoperable alarms. Inadvertent actuation of these alarms causes no automatic actions or actions by operators that would lead to shutdown of CRHEAF when no high radtahon condition exists after a seismic event. This conddion exists after a seismic event Thts conclusion is based on responses desenbed in alarm response procedures for C903R, window A4 and C904L, windows C3 and D3.
7.
The follovnng MCC's are equipped with forced ventilation systems: B17, B18, B20. MCC's D7, D8, D9 have enclosures around them, but do not requre or have forced ventdation because the heat load withm each is small where heat transfer through the enclosure es sufficient to ma!ntain ambient temperatures at acceptable levels.
8.
The remaintng MCC's hsted in System 46 of the SSEL are located in areas of the plant not subject to harsh conditions dunng design basis events and do not requre protective enclosures: BIO, B14 B15.
9 This instrument provides control room indication of system performance.
10 Jie ar valve relays (AVU31 through 34) control the suppty of a+r to the air operators mounted on the damper /s. When SVL22 de-energ:zes and vents control air frorn the at valve relay, the er vent relay changes position and vents a larger diameter air supply for the ar operator. The damper blade spnngs cause the blades to open.
Certification:
The informat' n klentdymg the equipme st requ6 red to twing the plant to e safe shutdown condition on this Sefe e
Shutdown Ust (SSEL) is, to the best of our knowledge and be46ef, correct and accurate Patr'.ek Doody See SSEL cover sheet 9/16/96 pnne or Typ. Name s.gnatur.
Dete David Gerlds See SSEL cover sheet 9f1696 pnre er Typ. Nam.
s rsture o.t.
Page 13
i Safe Shutdown Equipment List [SSEL] System Information and Notes System Number 26 - Condensate Storage and Transfer RV EO September 16.1996 The Condensate Storage Tank (CST) and associated equipment is included on the SSEL to provide the preferred source of reactor coolant system quality water dunng shutdown Seesmc Condencate Storage Tank (s) indcates they win not withstand a desgn bests setsme event. Since the HPCI and RC!C systems are normally aiigned to these tanks and since they are th makeup water, level indcation is included on the SSEL to aid operators in assessing the status of the CST (s) after a seesmic event. Also, since the HPCI system wiR automatcally t on low suction pressure, the pressure switches that cause the HPCI suction valve swap are included nn the SSEL The RCIC system does not automatcally swap over to the suppression pool. Th RCIC pump sucton low pressee tnp is included on the SSEL in system 13 to protect the RCIC system from damage that might result from loss of water supply. Also, the CST tank leve4 in in tystem 26 wdl also help operators to establish whether the RCIC suction need be manually transferred to the suppressson pool.
A reserve for HPCI and/or RC.C operation of 75,000 gations 6= sovided in each CST. This inventory is insufreient to support core coohng for 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br />. However, controls are included to automr9:asy 1.
transfer the HPCI suction path from the CST to the suppression pool on either low CST level or high suppression pool level The RCIC system does not have a automate transfer system, and therefore manual transfer is required. Level instrumentation for suppression pool and CST levels are provided.
2 Alarm on low-low level is provided on C903.
3.
These wsyviisAs provide control room indcation of CST level:
T105A; LT3503, P/E-3505, Ll3503A T105B, LT3508. P/E-3508, U3508A On loss of instrument air, indication fails low prompting manual transfer of the RCIC suction to the suppression pool. Instrument air is not included in the SSEL as essential equipment, because failure of level instruments caused by loss of air will not result in any adverse operator response.
These mi gw o as need to retain their pressure boundary intact to ensure proper funcioning of other instruments sharing the same instrument knes. Passive exclusion. Section 3.1.2.6 may apply.
4.
Certifcation:
The information 6dentifying the equipment required to twing the plant to a safe shutdown conditen on this Safe Shutdown List (SSEL) is, to the best of our knowledge and belief, correct and accurate.
Patrth Doody See SSEL cover sheet 9/16/96 Pnnt ce Tpe Name signatu's Oste D;vid Gerhts See SSEL cover sheet 9/16/96 Pnne er Tpe Name s'gna'ure gy, Page14
Safe Shutdown Equipment List [SSEL] System Information and Notes System Number 29 - Salt Service Water R:v E0. September 16.1996 The Salt Semce Water (SSW) system transfers heat from the Reactor Buddtng Closed Coohng Water (RBCCW) system to the ultrnate heat sink. Thas transfer takes place at the PBCCW heat exchangers 1.
The Turtane Buddmg Closed Cooling Water system is also serviced by the SSW system via the TBCCW heat exchanger. However, the TBCCW system does not transfer heat from any w,p sas considered essenhal for acheveg or maintaining safe shutdown. The TBCCW heat exchangers are conhnuously supphed water by the SSW system, and flow for TBCCW can be mrwruzed usmg throttle valves on the discharge of the heat exchanger. The integnty of the TBCCW heat exchangers and associated peping must be maintained to assure that flow for the RBCCW heat exchangers does not divert to a rupture location or attemate flow path.
2.
According to SSW Operat:ng Procedure 2.2.32, the SSW operatmg configuration is SSW pumps A, C, and D in Auto (Standby) and SSW va8ves MO3808 and MO3813 open with the loop selector switch posiboned to Loop B. However, the SSEL was developed assuming that any SSW pump /s could be in standby and that the loop selector switch could be in either positert 3.
The actrve functions of travehng screens, screenwash system, and hypochlonnation system are not essential for achievmg or maintaining safe shutdown. The valves that tsolate these systems ftom the SSW system are w Abed essential.
4 Thrs instrument provides control room indication of system performance or status.
5.
These valves are air vent vatves. Each valve ccnststs of a ball float and seat arrangement that functions to release air from the system dunng pump startup, and introduce asr into the system to break vacuum after a pump tnp. These valves release air and then close to prevent diverson of system flow away from the heat exchangers back into the service water bay.
Certificaton:
The informaton adent4y6ng the equrpment required to br6ng the plant to a safe shutdown conddion on this Safe Shutdown Let (SSEL) is, to the best of our knowledge and belief, crirrect and accurate.
Patrik Doody See SSEL cover sheet 9/16/96 Pnrit er Type Name Segnature Date David Gertits See SSEL cover sheet 9/16/96 Pnnt er Type Name S'gnature Date Page f 5
Safe Shutdown Equipment List [SSEL] System information and Notes System Number 30 - Reactor Building Closed Cooling Water R;v EO September 16,1996 The Reactor Buildmg Closed Coohng Water (RBCCW) system is included on the SSEL to transfer decay heat and equipment related heat loads to the SSW system.
1.
During normal operation, both RBCCW loops are operated. Followmg a LOOP sufreient pumps in each loop wiR automatcally start and restore loop pressure. These pumps are supphed power from the Standtry AC system. The pump start sequence is determined by load shed logo as weg as pump control switch position. It is assumed that any of the pumps could be in the standby mode or start mode.
2.
The chemmal addition tank is assumed not to be required for safe shutdown.
3.
RBCCW cooling is assumed to be required for the fonowing equipment LOOP A CS Pump P215A Motor Thrust Beanng Cooler (included with Core Spray Pump P215A, irs,ted in System 14)
RHR Heat Exchariger E207A (hsted in RHR System 10)
RHR Pump Mechanical Seal Coolers E203A & E203C (Hsted in this system, RBCCW System 30)
RHR Pump Area Coolers VAC204A & VAC2048 (ksted in Area Coohng and Ventdation System 24)
RCIC Pump Area Coolers VAC202A & VAC202B (hsted in Area Coohng and Ventdation System 24)
DryweR Coolers (Coonng water provided by cross-tie of RBCCW loops)
LOOP B:
CS Pump P215B Motor Thrust Beanng Cooler (included with Core Spray Pump P215B, ksted in System 14)
RHR Heat Exchanger E207B (hsted in RHR System 10)
RHR Pump Mechancal Seal Coolers E203B & E203D (hsted in thts system, RBCCW System 30)
RHR Pump Area Coolers VAC204C & VAC204D (Rsted in Area Cochng and Ventdation System 24)
HPCI Pump Area Coolers VAC201 A & VAC201B (hsted in Area Coohng and Ventdation System 24)
Drywen Coolers 4.
Non-essential loads may be valved out by closing MO4009A, MO40098, MO4085A, MO40858, and MO4065. It is assumed that these valves may have to be closed dunng the 72 hour8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> mission trne.
5.
Maximum coohng for the RHR heat exchangers may be achieved by closing the bypass valves MO4083 and MO4084. It is assumed that these valves may have to be closed dunng the 72 hour8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> missxin time, 6.
It is assumed that both inlet MOVs to the RHR heat exchangers have to be opened dunng the 72 hour8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> mission time.
7.
Makeup to the RBCCW surge tanks is assumed not to be required for safe shutdown.
8.
Automatic temperature control equipment (TV3835 TV3836, SV3835, SV3836. E!P3835, E/P3836) are not essent'al for the RBCCW loops to perform their heat removal function. Reference QList Section lit, Note 22 for add 6 anal information.
Certifcatiort The mformaten k$entifymg the equipment requwed to tmng the plant to a safe shutdown conditen on this Safe Shutdown List (SSEL) is, to the best of our knowledge and belief, correct and occurate.
Patr:ck Doody See SSEL cover sheet 9/16/96 Pnnt or Type Name Segnature Date David Gertits See SSEL cover sheet 9/16/96 Pnre or Type Nome SW Dee Page f 6
S fe Shutdown Equipment List [SSEL] System Information and Notes System Number 30 - Reactor Building Closed Cooling Water R:v EO. September 16.1996 9
With the exception of coolers that are part of the recaculation pumps (see note 14), non-essential coolers and heet exchangers are classi' led as SSEL equipment and are included to assure sitegnry of the R BCCW pressure boundary. Pressure retaining integnty of these dewces is essential because seisme grade maiNp is not avadable for the system, and procedures are not in extstence to isolate system breaks and refill.
- 10. The CRD and RWCU pumps are listed because they contain RBCCW supported coolers on their skids. The aru,horage of these pumps and cooters must be adequate to assure integrity of the RBCCW pressure boundary.
- 11. RE1727A, RE17278, and RM1705-4A & B are associated with RBCCW radiation upscale, downscale, and inoperable alarms. Inadvertent actuaten of these alarms causes no automabc actions or actions by operators that would lead tc shutdown of RBCCW when no high radiation condition exists after a seesme event. This conclusion is based on responses desenbed en alarm response procedures for C903R, windows D3 and E3.
- 12. TNs instrument provides contml room indcation of system performance.
13 The recirculation pumps inchJde three individual RBCCW coohng water loops. Two coolers are part of the pump seal and one cooler es a motor lube oil cooler. These coolers are desgnated P201NB.
E213A/B, and E214A/B on the P&lD. All of these coolers are considered part of the NSSS system since they are integral with the reactor rectrculation pumps (ref. 1775-14-3 "Outhne Drawing Nuclear Boder System Pumps P201 A - W and 1775-10-3 "Outhne Recircutation Pump Motor") Therefore, per the excluson of NSSS equipment contained in the GIP, no further quahfication is requred The = cal coolers designated P201 A and P201B on PalD M21"i are not hsted on the SSEL but are covered by the NSSS exclusion.
- 14. Drywell coolers are requred to avoid higher than normal drywell temperatures and to avoid high drywell pressure wNch wdl prevent vitenng the shutdown coohng mode of RHR. The normal state for drywen cooling fans s,nd coohng water inlet valves were estabhshed based on PNPS Operations Procedure 2.2.49, Rev.16. The desired state for each drywell coohng fan and cooling water intet valve is based on the assumption that maximized drywen coohng is required. The actions necessary to maxi ntze drywell coohng are contatned in procedure 2.4 44 and presenbed by EOP-03.
AB drywell coolers are supphed coohng water by RBCCW loop B which is supplied AC power from the B division of the AC distnbubon system. If a fadure in the B division of the AC distnbution system cccurs which prevents functioning of RBCCW loop B pumps, then loop B can be cross-tied to loop A to prowde drywen coohng in accordance with procedure 2.4 42. The manual vatves in the RBCCW cystem that must be operated in order to perform this operation are included on the SSEL Certifcation:
The information identdymg the equipment required to bnng the plant to a safe shutdown condition on this Safe Shutdown Lest (SSEL) is, to the best of our knowledge and beher, correct and accurate.
Perick Doody See SSEL cover sheet 9/16/96 Pnnt er Type Name Syneture
()ete D1vid Gertits See SSEL cover sheet 9/1996 Pnnt or Type Navne Sgnature g,,,
Page f 7
Safe Shutdown Equipment List [SSEL] System Information and Notes System Number 45 - Instrumentation & Control R:s EO. September 16.1996 System 45 instrumentation & Control contains instruments, panels, racks associated with and supporting the operaten of a8 SSEL systems System specife instruments are included with the system they are a part of (i e., HPCI pump flow indcation is in system 23 HPCI) Instrumentation for vanables that are necessary for n.w aw w q cf plant status and are not associated with the operation of a particular system are identifed in this system.
1.
The vanables that are selected for monitonng, and are not associated with the operation of any partcular system, are as follows.
(1) Reactor pressure (2) Reactor levet (3) Drywe8 Air Temperature (see System 09)
(4) Suppressson Poollevel(see System 10)
(5) Drywen pressure (6) Torus pressure (7) Vessel metaltemperature The selected instruments, power supphes, and indicators provide the above information and are hsted in system 45 of the SSEL or the referred to system.
2.
AR CRDs are funy operational System fadure is determined by alarms and indcators.
3.
AN reed switches are cens* red part of the NSSS equipment and are exempt from SSEL evaluation.
4.
Translaten eed.de are located in C927.
5.
The fur core display direct indication of whch are rods futLin, and the four rod desplay provides the abdity to investigate and determine the position of any rods that do not indicate fun-in.
6.
Not used.
7.
The standby AC power source from MCC B15 is selected to supply power for this function.
O.
The Equipment ID Number assigned to this piece to equipment was artxtranty selected for ease of data maneoulation within the SSEL database. This number is not the offcial design document equipment identifcation from a PalD or schematc.
9 Most RPS functons have been included in the SSEL from initiating device through actuation ingic. Some functions may not be stricity needed for setsme events but are included to reduce alarms associated with RPS that may distract or confuse operators Scram functions that are not considered for setsme events at 100% power (including a', arms) are: Neutron Monitoring (APRM, IRM, SRM), and Refuehng Trps.
- 10. Analog Tnp System (ATS) master and slave tnp cards are solid state.
Certification' The informaton ident#ymg the equipment required to tong the plant to a safe shu8down conditen en this Safe Shuldem List (SSEL) is. to the best of our knowledge and behef, correct and accurate.
Pack Doody See SSEL cover sheet 9/16/96 Pnnt er Type Name sentwo o.e.
David Geriits See SSEL cover sheet 9/16/96 Pnne or Type Name SPetwo De's Pageit
S le Shutdown Equipment List [SSEL] System Information and Notes System Number 45 - Instrumentation & Control R:v EO September 16,1996
- 11. RPS Analog Tnp System power supply modules are sohd state. Loss of power causes the scram to occur. Therefore, the power supphes do not have a safe shutdown function for reactrvity control.
The RPS Analog Tnp Power supplies included on the SSEL are necessary to energize containmers isolaten control logc affecting the shutdown cooling suction isolabon valves. For this reason the power supphes in the "At* and "A2" RPS Analog Tnp Catnnets are included. Offsite power is not necessary since these catxnets can be powered from safety 4 elated MCC B10.
I2. The GIP requires that the reactor pressure and temperature be maintained within the kmits specified on the Technical Specircation Pressure - Temperature curve to avoid twittle fracture of the reactor coolant pressure boundary. The temperature element to which this note is assgned is attached to the reactor vessel to provxte remote indcation of vessel metal temperature The temperature element is constdered part of the NSSS system and as such exc'uded by the GlP from further evaluation under the A46 program.
- 13. Panel C11 intemal wip e-as were evaluated when C11 was walked down. The intemal wivu,e-as are two power supphes,10 distnbubon racks and DC alarm and selector modules Cert (ication:
The enformahon ident#yirig the eqtnpment requwed to twing the plant to a safe shutdown condfhon on this Safe Shu:down Ust (SSEL) es. to the best of our knowledge and belief, correct and occurate.
Patr>.ek Doody See SSEL cover sheet 9/16/96 Pnnt or Type Name Sgnature Date Devid Gerhts See SSEL cover sheet 9/16/96 s nen,e o,
Pnnt or Type N.me o
Page fS
Safe Shutdown Equipment List [SSEL] System information and Notes System Number 46 - Electric Power R:V E0 September 16.1996 The Electnc Power system is a support system that provides AC and DC power for andcation, wwtiatm, and motive power of SSEL systems. The emergency diesel generators are included on the SSEL in sys 61.
Power Destnbubon Them breakers are norma!!y open and shall have a relay evaluation to ensure they don 1 inadvertently close and overload Diesef Generators 1.
Prstective relaying (current differential, overcurrent, etc.) that isolates A5 or A6 from nonsafety-related sources shall be evaluated to ensure that A5 or A6 are property isolated if faults occur.
2.
This Equipment ID Number is an antgrary number selected for ease of data manipulahon in the SSEL database. This number is not the offcial dessgn document equipment number taken from the P&lD or 3.
schemate drawing The selected normal and desired states assume the plant is inittafly operating and station loads are camed by the unit auxihary transformer. On a plant tnp, station loads fast transfer to the startup 4.
transformer. The transfer to the startup transformer should be available dunng a seismic event. If voltage is unavailable on the startup transformer, the two emergency dw " generators will start and the assoctated output breakers close on the safety bus. Both breakers from the startup transformer to buses AS and A6 should open when voltage is lost from the startup transformer.
5 480V Load center B6 ts normalty aligned to B1, but can be aligned to B2. If under voltage occurs on B1 or B2, an automate transfer of B6 occurs The capabdity to transfer in either direction should be assured for safe shutdown.
Indnndual breakers on safety buses A5, A6 are identified to facilitate identificatan of their normal and desired states for safe shutdown and facilitate relay tabulation, vnth the exception of those associated 6.
with the RHR and Core Spray pumps. The breakers not individually identified and their (associated pump) are: A503(P203A), A506(P203C) A507(P215A), A603(P2038), A606(P2030), A607(P215B).
Relays contained in the breakers for the Core Spray and RHR pumps are tatulated against the pump equipment identification number.
7.
Breakers on B102, B601, B202 and B602 may have to change state to provide power to sung bus B6.
G.
Breakers are not considered to be relays because they have not shown datter vulnerabihty (Ref. EPRI NP-7148-SL page 3-5). The only contact containing devices in ttws wn vv ed are circuit breakers.
9.
This MCC is normally energized when AC cow M available and provides power to numerous wsyvises required for safe shutdown. The MCC contains contactors that are vulnerable to chatter.
Individual contactors mil be identified on the re 4bulation forms for the end device that it is associated with. The remair,ing contact containing devices in this MCC consist of circuit breakers or other s
switches that are not vulnerable to chatter.
10 Not used
- 11. Control room battery powered lighting units selected for the SSEL consist of eleven AC/DC lighting units whch receive charging power from a safety related source (battenes last only eight hours) Control Room kghting is included with this system, and its components are identifiable by examining the " Systems this Component Supports" field for the word " Lite".
- 12. Power for RPts is assumed to be provided by the standby AC power source MCC B15. Auto transfer is provided from non-safety related Vital MG set to BIS by Auto Transfer switch Y12 Transformer X18 conditions the 480 VAC input to supply 120 VAC to Distnbuton panel Y2.
13 Power to the Vital Services panel (Y2) and Instrument 120 VAC Supply panet (Y1) is provided by MCC B15 and transformer X18.
Certification:
The information identifymg the equioment required to bnn0 the plant to a safe shutdown conddion on this Safe Shutdown List (SSEL) es. to the best of our knowledge and bebef. correct and accurate.
Thomas White See SSEL cover sheet 9/16/96 Prmt or Type Nome Segnature Do's Patrick Doody See SSEL cover sheet 9/16/96 Pemt cw Type Name S*gnatum Date Page 20
Safe Shutdown Equipment List [SSEL] System Information and Notes System Number 54 - Reactor Vessel and Appurtenances R:V E0 September 16.1996 1.
The following valves are avaitable for reactor pressure centrol (1) Safety rehef valves RV203-3A, -38, -3C, -3D, and (2) Safety valves RV203-4A, and -48.
2.
The ADS valves require DC power and the safety-related nitrogen supply stored in accumulators T221 A through D to actuate in the manual and ADS mode.
Only the manual mode of ADS is required for safe shutdown. The automatic mode end devees are kjentified for relay review to ensure against inadvertent opeiUv; of a rehef valve because of relay chatter.
3.
Section 3 3.3 of the GIP Indicated that NSSS equipment may be excluded from the SSEL The NRC SER retracted this exclusion (reference NRC letter 1.92.138) with regard to rehef valves. Therefore 4
safety rehef vatves and reHef valves are included on the SSEL 5.
For the reactor inventory control function, the ADS funchon for the SRVs may be required to supplement the depressurtzaten capabihty of RCIC (f the torus temperature reaches 120 degrees Fahrenheit to meet TS3.7A1.h which specifies a depressunzaton below 200 psig at normal cooidown rates. ADS is designed to operate for 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> without rutrogen makeup. The rutrogen accumulators are sized for 20 actuabon's per vates over a 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> period The relief valves are capable of depressunzing the reactor to below the RHR shutdown coohng reactor pressure interlock wfth the 8 hour9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> operabihty time for the accumulators.
6.
The vacuum rehef valves are required for equalize pressure between the tail pipe and w a inii c 4 and prevent a column of suppression pool water from being drawn up the tail ptpe A column of water drawn up the tail p6pe will cause higher than allowed loads on the tail pipe and w a.;,6-4 structure during subsequent safety rehef valve actuatkwis.
7.
The plant design includes excess flow check valves to isolate Instrument knes in the event of instrument line fallute. However, high energy hne beak need not be assumed per the GIP. Therefore, no excess flow valves are identified for any closed loop instrument pipeng that is part of the reactor coolant pressure boundary. Instrument racks are identified only when achve instruments are located on the rack.
Certifcation:
The informahon identifying the equepment required to txing the plant to a safe shutdowm con:htson on this Safe Shutdown List (SSEL) is, to the best cd our knowledge and beher, correct and accurate.
PCrtk Doody See SSEL cover sheet 9/16,96 Prmt or Type Name Sqpnature Date David Gerists See SSEL cover sheet 9/16,'96 Pnnt or Type Name S*9ach8' Date Page 21
S fe Shutdown Equipment List [SSEL] System Information and Notes System Number 61 - Diesel Generatorand Atsxillaries Rev EO Sepfember 16,1996 The Desel Generators provide redundant independent standby AC power. The GIP requres that the possibtitty of a Loss-of-Offsite-Power be considered cotncident with a seismic event. The diesel generators provide power for instrumentation, pumps, valves, fans that perform functions necessary to venfy and maintain safe shutdown.
1)
A Diesel Generator relay review was performed to meet the following acceptance critena:
Must not fail to start on demand - Diesel generators must prende AC power after a LOOP e
Must not snadvertently trip - Diesel generators must start and run continuously e
2)
Skid mounted equipment assumed under rule-of-the-oox are tube oil system and jacket water system, radiator fan, air start, turbo assist, fuel oil.
3)
Air Start and Turtx> Assist Air Supply compressors and associated equipment to the inlet check valve at each of the recemng tanks.
The recetving tanks are sized to provide adequate air for engine start and turbo assist, as apphcable. Instrumentate ensures that the tanks are maintained at the mintmum necessary pressure for this function by controlling compressor operation. Since it is assumed that the instrumentation and w.y me 5 have adequately maintained pressure prior to the demand for ar, the instrumentatron and compressors are not functionally requred following use of the at tanks and may therefore, be excluded from "Q* classification. As discussed above, the compressors and their associated instrumentation are not functionally safety-related. However, they do provide a pressure boundary for the air storage tanks. To assure pressure boundary integnty of this equipment, the anchorage's for the compressors, associated instruments, and tubing shall be matntained in accordance with the analysis referenced in FS&MC 82-70. This analysis determined the anchorage's for the equipment are adequate for seismic loads and, therefore, a seismic event will not breach the air start or turbo assist pressure boundary.
4)
This instrument provides only an alarm. There is no associated protectrve trip or safety action.
5)
This listing for X107A-ER or X107B-ER is to facihtate relay tabulations for the desel generator /s exciter regulator circuit. The setsmic review requrement for this equipment ts covered by Ruled-Box with X107A and X107B.
Certtrication:
The informahon identifymg the eqmprnent requir*wl to trmg the plant to a safe shutdown condition on this Safe Shutdown List (SSEL) is, to the best of our knowledge and beher, conect and accurate.
Thomas White See SSEL cover sheet 9/16/96 Pmt or Type Name Signature Date Patmk Doody See SSEL cover sheet 9/16/96 Pnre or Type Name S=gnature p.,,
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Composite Safe Shutdown Eauipment List l
Rev.E0 September 16,1996 e
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C:mposite Safe Shutdown Equipment List [SSEL] for Main Steam System Rx EO September 16.1996 Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number SystemEcW Descrtption
!Sh/Rev sidg Elev RowtCol Type Devtce Notes Status Status Reqd? Component Supports System or Component Train 01 07 AO203-1A Steamime A isolahon Valve M252/Sh1E43 RB 23 DW S
2,3 OP CL NO RxlSOL T220A C903 C941 A
01 07 A0203-18 Stemmime B isotahow Valve M252/Sh1E43 RB 23 DW S
2,3 OP CL NO RxtSOL T2208 C903 C941 A
01 07 A0203-1C Steamhne C isolaten Valve M252/Sh1/E43 RB 23 DW S
2,3 OP CL NO RulSOL T220C C903 C941 A
01 07 A0203-1D Steamhne D luolaten Valve M252/Sh1E43 RB 23 DW S
2,3 OP CL NO RxtSOL T220D C903 C941 A
01 07 A0203-2A Steemhne A isolaten Valve M252/Sh1E43 RB 23 STM TNL S
2,3 OP CL NO RutSOL T220E C903 C942 B
01 07 A0203-28 Steemune B laoistion Valve M252/Sh1E43 RB 23 STM TNL S
2,3 OP CL NO RxtSOL T220F C903 C942 B
01 07 A0203-2C Steemhne C luolation Valve M252/Sh1E43 RB 23 STM TNL S
2,3 OP CL NO RxtSOL T220G C903 C942 8
01 07 A0203-20 Steamhne D luolaten Valve M252/Sht/E43 RS 23 STM TNL S
2,3 OP CL NO RxtSOL T220H C903 C942 8
01 07 RV9085A Stmaine A Accum T220A Rehof M252/Sh1E43 RB 23 DW S
CL CL NO RxtSOL A
01 07 RV9085B Stmihee B Accum T2208 Rehef M252/Sh1/E43 RB 23 DW S
CL CL NO RxiSOL A
01 07 RV9085C Stmline C Accum T220C Rehef M252/Sh1E43 RB 23 DW S
CL CL NO RxtSOL A
01 07 RV90850 Stmtine D Accum T2200 Rehef M252/Shi'E43 RB 23 DW S
CL CL NO RxtSOL A
01 07 RV900SE Stmhne A Accum T220E Rehef M752/Sh1/E43 RB 23 STM TNL S
CL CL NO RxtSOL B
01 07 RV9085F Stmhne B Accum T220F Rehet M252/Sh1/E43 RB 23 STM TNL S
CL CL NO RxtSOL B
t 01 07 RV9085G Stmline C Accum T2200 Rehef M252/Sh1E43. RB 23 STM TNL S
CL CL NO RxtSOL B
01 07 RV9085H Stmhne D Accum T220H Rehef M252/Sh1/E43 RB 23 STM TNL S
CL CL NO RxfSOL B
01 08A MO220-1 Main Steamhne dram isolaten M252/Sht/E43 RB 23 DW R
CL CL NO RxtSOL C904 C941 B20 A
01 088 SV203-1A-AC AC Solenood Stmaine A lsol Viv M1N36-7E11 RB 23 DW R
3 ON OFF NO RxtSOL A
01 088 SV203-1A-DC DC Solenood Stmime AisolVtv M1N36-7/E11 RB 23 DW R
3 ON OFF NO RxtSOL A
01 088 SV203-1B-AC AC Solenoid Stmine B isolVtv M1N36-7/E11 RB 23 DW R
3 ON OFF NO RxfSOL A
01 08B SV203-1B-DC DC Solenoid Stmhne B isol VIv M1N36-7/E11 RS 23 DW R
3 ON OFF NO RxtSOL A
01 088 SV203-1C-AC AC Solenoed Stmime C isol Viv M1N36-7/E11 RB 23 DW R
3 ON OFF NO RxtSOL A
01 088 SV203-1C-DC DC Sohmond Simline C isol Viv M1N36-7/E11 RB 23 DW R
3 ON OFF NO RxtSOL A
01 088 SV203-1D-AC AC Sotenoid Stmhne D laol VIv M1N36-7E11 RB 23 DW R
3 ON OFF NO RxtSOL A
01 088 SV203-1D-DC DC Solenced Stmhne D isol Viv M1N36-7/E11 RB C DW R
3 ON OFF NO RxtSOL A
01 088 SV203-2A-AC AC Solenoid Stmune A Isol VIv M1N37-6/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL 8
01 088 SV203-2A-DC DC Solenoid Stmaine A tool Viv MIN 37-6/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL 8
01 08B SV203-28-AC AC Solenoid Stmhne B isol Vs M1N37-6/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL B
01 088 SV203-28-DC DC Solenoid Stmhne B isol Viv M1N374/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL B
01 088 SV203-2C-AC AC Solenoid Stmhne C isot VIv M1N37-6/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL B
01 088 SV203-2C-DC DC Solenoid Stmline C isol Viv M1N37-6/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL B
01 088 SV203-20.AC AC Solenoed Simhne D isolViv M1N37-6/E11 RB 23 STM TNL R
3 ON OFF NO RutSOL B
Certification:
Legend:
The informaton identepng the equipment required to tmng the plant to a safe shutdown conddion on this Safe Eval Type: S sersmic evalua. tion; Shutdown List (SSEL) is, to the best of our knowledge and beleef, correct and securate.
R relay eva!uation; Patrick Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluation boxed Wth related end device; SR setsmic and retay evaluation.
p.,,ay,w,,,
o,,
D vid Gerlits See SSEL cover sheet 9/16/96 Pmd or Tp Pwne Signeue Dee Pope 24
Ccmposite Safe Shutdown Equipment List [SSEL] for Main Steam System Rev. EO September 16.1996 Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number SysterrWEttulpment Description fSh/Rev Sksg Elev RoMCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 01 088 SV2O3-20-DC DC Solenood Stmime D isolW M1N374E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL B
01 21 T220A Stmhne A isol W fm.,
MA MA NA RutSOL A
01 21 T2206 Stmhne B lsos Viv h.
- .a,.
N/A MA MA RxtSOL A
C1 21 T220C Stmhne C isol W Accumulator M252/Sh1.E43 RB 23 DW S
MA MA N/A RxtSOL A
01 21 T2200 Stmhne D isol W Accumutator M252/Shi/E43 RB 23 DW S
NA MA MA RutSOL A
01 21 T220E Stmhne AisolW Accumulator M252/Sh1E43 RB 23 STM TNL S
MA N/A MA RxtSOL B
01 21 T220F Stmhne B isol W Accumulator M252/Sh1!E43 RB 23 STM TNL S
MA N/A N/A Rx! SOL B
01 21 T220G Stmhne C isoi Viv Accumulator M252/Sh1E43 RB 23 STM TNL S
MA NA MA RxlSOL B
01 21 T220H Stmaine D isol W Accumulator M252/Sh1/E43 RB 23 STM TNL S
MA NA N/A RxtSOL B
Total System Records 41 i
i Cerbficattort Legend:
The information identdyng the equipment required to bnng the plant to a safe shutdown conditon on thes Safe Eval Type: S seismic evaluation.
Shutdown List (SSEL) is, to the best of our knowledge and belief correct and accurate-R relay evaluation; Patnck Doody See SSEL cover sheet 9/16/96 S-N/A seisme evaluation, relay evaluation boxed with related end device; SR setsmic and relay evaluaten pno,,7,%
gg David Gertf!s See SSEL cover sheet 9/16/96 Pnnt or Type Name Sgnatwo Dee Pepe 25
Camposite Safe Shutdown Equipment List [SSEL] for Reactor Recirculation System Rsv. EO September 16.1996 Sys Eq Equipment Drawing No Floor Room or Evat Related End Normal Desired power Systems this Required Supporting No Cl ID Number System / Equipment Description ISh/Rev Badg Elev RowrCol Type Device Notes Status Status Reqd7 Component Supports System or Component Train 02 08A MO202-5A Roewc Loop A Disch Valve M252!Sh2K41 RB 9.16 DW SR OP OP/CL YES SDC C904 B6 B20 AS 02 08A MO202-58 Recire Loop B Disch Vatve M252/Sh2E41 RB 9.16 DW SR OP OPCL YES SDC C904 B6 820 AS Total System Records 2 t
k l
I Cettificaton:
Legend:
The information identaying the equipment requwed to twmo the plant to a safe shutdown condition on this %fe Eval Type: S seismic evaluaton; Shutdown List (SSEL) is, to the best of our knowledge and tmlief, correct and accurate-R relay evaluation; Patrick Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluetton. relay evaluation boxed wtth reMted end device; SR setsmic and relay evaluahon p,,nto,y,pe %
Poul Smith See SSEL cover sheet 9/16/96 Pnr4 er Type Name Sagnsture Date DN
C:mposite Safe Shutdown Equipment List [SSEL] for Control Rod Drive and Hydraulic System R:s E0 September 16.1996 fys Eq Equipment Drewmg No Floor Roorn or Eval Related End Normal Desired Power Systems tNs R;g.:.W Sy,m,L.,
No Cl ID Number 5, A..Jg4;-,; ;" DemiWlon
/SNRev Bidg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 03 0
HCU-EAST RPS CRD Hydraulic Control Unit M250/Sh1/E24 RB 23 72 HCU S
5 N/A N/A NO AB 03 0
HCU-WEST RPS CRD Hydraunc Control Unit M250/Sht/E24 RB 23 73 HCU S
5 N/A N/A NO AB 03 07 CV302-21A RPS East SDIV Vent isol M250/E10 RB 23 EAST S
1 OP CL NO A
03 07 CV302-218 RPS West SDIV Vent isol M2% E10 RB 23 WEST S
1 OP CL NO A
03 07 CV302-22A RPS East SDIV Drain isol M2% E10 RB 23 EAST S
1 OP CL NO 8
03 07 CV302-228 RPS West SDiv Dram isol M25&E10 RB 23 WEST S
1 OP CL NO B
03 07 CV302-23A RPS East SDtv Vent isot M250/E10 RB 23 EAST S
1 OP CL NO B
03 07 CV302-238 RPS West SDIV Vent isol M2%E10 RB 23 WEST S
1 OF CL NO B
03 07 CV302-24A RPS East SDIV Drain foot M250/E10 RB 23 EAST S
1 OP CL NO A
03 07 CV302-248 RPS West SDIV Drain 1so1 M2M E10 RB 23 WEST S
1 OP CL NO A
03 07 CV305-126 RPS Scram Water Inlet Valve M250/E23 RB 23 145 HCU S
1,5 CL OP NO AS 03 07 CV305-127 RPS Scram Water Outlet Valve M2%E23 RB 23 145 HCU S
1.5 CL OP NO AB 03 07 FCV302-120 RPS Norm Exh F.ow Control M250E23 RB 23 145 HCU R
2.5 OFF OFF NO AS 03 07 FCV302-123 RPS Norm insert Flow Control M250/E23 RB 23 145 HCU R
2.5 OFF OFF NO AB 03 088 SCV305-117 RPS Scram Pdos M250E23 RB 23 145 HCU S
5 ON OFF NO A
03 088 SOV305-117-1/4 RPS Grp 1/4 Scram Pdos M250E23 RB 23 145 HCU R
6 ON OFF NO A/B 03 088 SOV305117-2/3 RPS Grp 2/3 Scram Pdat M2%E23 RB 23 145 HCU R
6 ON OFF NO AS 03 088 SOV305-118 RPS Scram Pdos M2%E23 RB 23 145 HCU S
5 ON OFF NO B
03 088 SOV305-118-1/4 RPS Grp 1/4 Scram Pdat M250/E23 RB 23 145 HCU R
6 ON OFF NO AB 03 08B SOV305-118-2/3 RPS Grp 2/3 Scram Pilot M2% E23 RB 23 145 HCU R
6 ON OFF NO A/B 03 088 SV302-20A RPS CV302-21 A & 24A Cntrl M250/E10 RB 23 EAST SR ON OFF NO C2230 A
03 08B SV302-208 RPS CV302-21A & 24A Cntrl M250/E10 RS 23 EAST SR ON OFF NO C2230 B
03 08B SV302-20C RPS CV302-22A & 23A Cntrl M250/E10 RB 23 EAST SR ON OFF NO C2230 A
03 088 SV302-20D RPS CV302-22A & 23A Cntri M2%E10 RB 23 EAST SR ON OFF NO C2230 B
03 088 SV302-21A RPS CV302-21B & 248 Cret M250/E10 RB 23 WEST SR ON OFF NO C2231 A
03 088 SV302-21B RPS CV302-218 & 248 Cntrl M250'E10 RB 23 WEST SR ON OFF NO C2231 B
03 088 SV302-21C RPS CV302-228 & 238 Cntri M250/E10 RB 23 WEST SR ON OFF NO C2231 A
03 088 SV3C2-21D RPS CV302-228 & 23B Cntrl M250/E10 RB 23 WEST SR ON OFF NO C2231 B
03 088 SV305-121 RPS Norm insert Exhaust Isol M2% E23 RB 23 145 HCU R
5 OFF OFF NO AS 03 088 SV305-122 RPS Norm Withdraw M M2%E23 RB 23 145 HCU R
2,5 OFF OFF NO AS 03 18 LE302-82C RPS East SDt? Lvl to LS30242C M250/E10 RB 23 EAST S
ON OFF NO A
03 18 LE302-82D RPS East SDfV Lvl to LS302-82D M250/E10 RB 23 EAST S
ON OFF NO B
Certiftation:
Legend:
The information identifyeg the equip nent required to tmng the plant to a safe shutdown condition on this Safe Evnl Type: S seismic evaluation; Shutdowm List (SSEL) is, to the best of our imowledge and tselief, correct and accurate.
R relay evaluation; Patnck Doody See SSEL cover sheet 9/16/96 S-N/A sersmic evaluation, relay evaluahon boxed w!th related end device; SR setsmic and relay evaluabon.
% 7, %
o,,,
Paul Smith See SSEL cover sheet 9/16/96 Prwa er 7to. Name sgnatur.
0.t.
Page 27
C:mposite Safe Shutdown Equipment List [SSEL] for Control Rod Drive and Hydraulic System RN E0 September 16.1996 Eys Eq Equipment Drawing No Floor Room of Eval Related End Normal Desired Power Systems tids Required Supporting No Cl 10 Number Syst=.%.;,a t Description /Sh/Rev Bido Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 03 18 LE30243A RPS West SDIV Lvt to LS30243A M250510 RB 23 WEST S
ON OFF NO A
03 18 LE302438 RPS West SDIV Lvl to LS302438 M250/E10 RB 23 WEST S
ON OF NO 8
03 18 PS37 ControNatve Fast Close Relay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS AB 03 18 PS38 ContmiValve Fast Close Relay M183 TB 51 TBDECK SR CLOSE OPEN NO RPS AB 03 18 PS39 ControNalve Fast Close Relay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS AB 03 18 PS40 ControNaive Fast Close Reiay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS AB 03 20 LIS30242A RPS East SOfV Level ATS Tnp M250/E10 RW 23 CSR SR ON OFF NO C2228 A
03 20 LIS302428 RPS East SDIV Level ATS Tnp M250/E13 RW 23 CSR SR ON OFF NO C2229 8
03 20 LtS30243C RPS West SDN Level ATS Trip M250/E10 RW 23 CSR SR ON OFF NO C2228 A
03 20 LIS302430 RPS West SDN Level ATS Trip M250/E10 RW 23 CSR SR ON OFF NO C2229 B
03 20 LS30242C RPS East SDN Level ATS Tnp M250!E10 RW 23 CSR SR ON OFF NO C2228 A
03 20 LS30242D RPS East SON Levet ATS Trip M250E10 RW 23 CSR SR ON OFF NO C2229 0
03 20 LS30243A RPS West SON Level ATS Trip M250/E10 RW 23 CSR SR ON OFF NO C2228 A
03 20 LS302438 RPS West SDfV Level ATS Trip M250/E10 RW 23 CSR SR ON OFF NO C2229 B
03 20 LT30242A RPS East SOfV Lvt - LIS30242A M250/E10 RB 23 EAST S
ON OFF NO C2230 A
03 20 LT302428 RPS East SDiv Lvi LIS302428 M250/E10 RB 23 EAST S
ON OFF NO C2230 B
03 20 LT30243C RPS West SDIV Lvi. LIS30243C M250/E10 RB 23 VEST S
ON OFF NO C2231 A
03 20 LT30243D RPS West SDIV Lvl-LIS30243D M250/E10 RB 23 WEST S
ON OFF NO C2231 8
03 21 305-125 RPS N2/ Water Accumulator M250/Sh1/E24 RB 23 145 HCU S
5 N/A N/A NO AB 03 21 305-128 RPS Scram Water Accumulator M250/E23 RB 23 145 HCU S
5 N/A N/A NO AB 03 R
305-115 CRO Chargeg Water Check Vhr M250/Sh1/E23 RB 23 145 HCU S
CL CL NO AB Total System Records 53 Certtitabon:
Legend:
The information identifying the equipment recured to twing the plant to a safe shutdten conddion on this Safe Eval Type: S setsmic evaluaten; Shutdovvn List (SSEL) is, to the best of our knowdedge and beleet, correct amt accurate-R relay evaluabon; Patrtk Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaluation, relay evaluation boxed with related end device; SR seismic and relay evaluation.
Paul Smith See SSEL cover sheet 9/16/96 Pnnt or Type Name Segnature Date Pope 28
C:mposite Safe Shutdown Equipment List [SSEL] for Containment Atmospheric Control System Rw EO September 16.1996 2ys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power systems ttds Required Supporting No CI ID Number SystemEquipment Description 15NRev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Treen 09 07 PSV4334 Ndrogen Hender Rehet Valve M227/Sh2E19 DG A 23 DG A S
2 CL CL NO AB 09 07 PSV5010 Nitrogen Hender Rehef Valve M227/Sh2E19 DGA 23 DG A S
2 CL CL NO AB 09 07 PSV5034A Nitrogen Header Rehef Valve M227/Sh2/E19 RB 23 N WALL S
2 CL CL NO AB 09 07 PSV6031 Tip Pwge Supply Reher Valve M227/Sh2/E19 RB 23 WEST S
2 CL CL NO AB 09 088 SV5033A Dryweit N2 Makeup IsolValve M227/Sh2!E19 RB 23 DW ENTR R
2 OFF OFF NO AB 09 088 SV50338 Drywen Torus N2 Purge Supply M227/Sh2E19 RB 23 EAST R
2 OFF OFF NO AB 09 088 SV5033C Torus N2 htskeup Isol Viv Sol M227/Sh2E19 RB 23 DW ENTR R
2 OFF OFF NO AB 09 088 SV9312 HPCI Turb Exhaust N2 Cntrl Sol M243E35 RB 0
R 2
OFF OFF NO HPCI C903 AB 09 19 TE9019 Drywe5 Temperstwo Element M227/Sh1E45 RB 38 DW S
1 ON ON YES IND Y4 B
09 19 TE9044 DryweE Temperatwe Element M227/Sh1/E45 RB 38 DW S
1 ON ON YES IND V3 A
09 20 T!9019 DryweR Temperatwo Indicator M227/Sh1/E45 RW 37 CR SR 1
ON ON YES IND C903Y4 8
09 20 TRU9044 DryweN Temperature indscator M227/Sh1E45 RW 37 CR SR 1
ON ON YES IND C903 Y3 A
09 20 TT9019 Drywell Temperature Transmittr M227/Sh1/E45 RW 37 CR S
1 ON ON YES IND C903 Y4 8
09 20 TT9044 Drywon Temperatwo Transerettr M227/Sh1E45 RW 37 CR S
1 ON ON YES IND C903 Y3 A
Total System Records 14 L
Certificat ort Legend The iedarmation identdying the equipment requwed to tmng the plant to a safe shutdown condMion on ths Safe Eval Type: S seismic evaluation.
Shu down Ust (SSEL) is, to the best of our knowiedge and behef, correct and accwate, R
relay evaluatm.
a Patnck Doody See SSEL cover sheet 9/16/96 S-N/A seisme evaluaton, relay evaluation boxed vnth related end device; SR seismic and relay evaluatiert p,,,,,,,y,u,,,,,
g,,,
DIvid Gertits See SSEL cover sheet 9/16/96 Pme or Type Name Segnatise Date Page 29
C mposite Safe Shutdown Equipment List [SSEL] for Residual Heat Removal System Rzv E0 September 16.1996 Fys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No C1 10 Number System / Equipment Description /Sh/Rev Bida Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 10 06 P203A RHR Pump A M241/Sh2E31 RB
-17 5 SE OD SR OFF ON YES C903 A5 D4 RBCCWA A
C932 to 06 P2038 RHR Pump B M241'Sh2E31 RB
-17.5 NWOD SR OFF ON YES C903 A6 D5 RBCCWB B
C933 10 06 P203C RHR Pump C M241/Sh2/E31 RB
-17.5 SE OD SR OFF ON YES C903 A5 D4 RBCCWA A
C932 10 06 P203D RHR Pump D M241/Sh2/E31 RB 17.5 NW QD SR OFF ON YES C903 A6 D5 RBCCWB B
C933 10 07 PSV1001-22A RHR A Loop Descharge Rehef M241/Sh1E59 RB
-175 TORUS S
CL CL NO A
10 07 PSV1001-228 RHR B t. cop Descharge Rehef M241/Sh1E59 RB
-17.5 TORUS S
CL CL NO B
10 07 PSV8004 RHR Pump P203C Suction Rehef M241/Sh2/E31 RB
CL CL NO A
10 07 PSV8005 RHR Pump P203A Sucton Rehef M241/Sh2/E31 RB
CL CL NO A
10 07 PSV8006 RHR Pump P203B Sucten Rehef M241/Sh2/E31 R8
-17.5 NWOD S
CL CL NO B
10 07 PSVS007 RHR Pump P203D Suchon Rehef M241/Sh2E31 RB
-17.5 NWOD S
CL CL NO B
10 07 PSV8008 RHR A Loop Heat Exch Rehef M241/Sh2/E31 RB 9 SE OD S
CL CL NO A
10 07 PSV8009 RHR B Loop Heat Erch Rehef M241/Sh2E31 RB 9 NW QO S
CL CL NO B
10 08A M01001-16A RHR A Loop Ht Exch Bypass M241/Sh2/E31 RB
-3 SE OD SR OP OP/CL YES SDC TC C903 B17 C932 A
10 08A M01001-168 RHR B Loop HI Exchange Bypass M241/Sh2E31 RB
-3 NW QD SR OP OP/CL YES SDC TC C903 B18 C933 8
10 08A MO1001-18A RHR A Loop Mwnmum flow M241/Sh2/E31 RB
-7 SE OD SR OP OP/CL YES SDC C903 B17 CS32 A
10 08A M01001-188 RHR 8 Loop Mwumum Flow M241/Sh2E31 RB
-7 NWQD SR OP OP/CL YES SDC C903 818 C933 8
10 08A M01001-23A RHR Loop A Drywen Spray M241/Sh1/ES9 R9 51 RWCU HT R
CL CL NO C903 C932 B17 A
10 08A M01001-238 RHR B Loop Dryweg Spray M241/Shi/E59 RB 23 TIP RM R
CL CL NO C903 C933 B18 B
10 08A MO1001-28A RHR A Loop LPCI intacten M241/Sh1ES9 RB 23 A VLV SR OP OP/CL YES SDC C903 86 B20 C163 C932 AB C933 10 08A MO1001-288 RHR B Loop LPCt Injecten M241/Sht!E59 RB 23 BVLV SR OP OP!CL YES SDC C903 B6 B20 C932 C933 AB C163 10 08A M01001-29A RHR A Loop LPCIInjecten M241/Sh1/E59 RB 23 A VLV SR 5 CL CUOP YES SDC RxtSOL C903 C6 B20 C932 C933 AB 10 08A M01001-298 RHR B Loop LPClintecton M241/Sh1E59 RB 23 B VLV SR 5
CL CUOP YES SDC RxtSOL C903 B6 B20 C932 C933 AB 10 08A MO1001-32 RHR Loop A to Chem Radweste M241/Sh1E59 RB 2.75 NT QD R
CL CL NO C903 C941 AB 10 08A MO1001-34A RHR Loop A Torus Retum M241/Sh1/E59 RB 9 SE OD SR CL OP/CL YES SDC TC C903 B17 C152 C932 A
10 08A M01001-34B RHR Loop B Torus Return M241/Sh1/E59 RB 9 NWOD SR CL OP/CL YES SDC TC C903 C153 C933 B18 8
10 08A MO1001-36A RHR Loop A Torus Return M241/Sh1/E59 RB
-1.5 SE QD SR CL OP/CL YES SDC TC C903 B17 C152 C932 A
10 08A MO1001-368 RHR Lott B Torus Retum M241/Sh1/E59 RB 9 NW QD SR CL OP/CL YES SDC TC C903 C153 C933 E18 8
10 08A MO1001-37A RHR Loop A Torus Spray M241/Sh1E59 RB 9 SE QD R
CL CL NO C903 B17 C932 A
Certificaton:
Legend:
The informaten identdying the equipment required to bnng the plant to a safe shutdown condition on this Safe Eval Type: S seismic evaluaten; Shatdown List (SSEL) is, to the best of our knowledge and benef, correct and accurate.
R relay evaluaten; Patrick Doody See SSEL cover sheet 9/16/96 S-N/A seisnuc evaluaten, relay evaluaten boxed with related end device; SR seismic and relay evaluatiort pn,,,, p,,,
g,,,
D vid Geriits See SSEL cover sheet 9/16/96 Pnnt or Type Name Segnatwo Date Pope 30
C:mposite Safe Shutdown Equipment List [SSEL] for Residual Heat Removal System R:V EO September 16,1996 Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number System / Equipment Description ISh!Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd7 Component Supports System or Component Train 10 08A M01001-37B RHR Loop B Torus Spray M241/Sh1/E59 RB 14 NW OD R
CL CL NO C903 F18 C933 8
to 08A M01001-43A RHR Pump A SDC Interte M241/Sh2E31 RB
-6 SE OD SR 2 CL CUOP YES SDC C903 C152 B17 A
10 08A M01001-438 RHR Pump B SDC Intert e M241/Sh2/E31 RB
-6 NWOD SR 2 CL CUDP YES SDC C903 C153 B18 8
10 08A M01001-43C RHR Pump C SDC Intertie M241/Sh2/E31 RB
-6 SE QD R
2 CL CL NO SDC C903 B17 A
10 08A M01001-43D RHR Pump D SDC Interte M241/Sh2E31 RB
-6 NW OD R
2 CL CL NO SDC C903 B18 8
10 08A M01001-47 RHR Shutdown Coohng Sucten M241/Sh1.E59 RB 27.5 A VLV SR 5 CL CUOP YES SDC C903 C915 C917 C942 AS C2228-A1 C2228 A2 C2233A C22338 D8 09 D4 DS RPSA Y3 10 OSA M01001-50 RHR Shutdown Cooling isol M241/Sh1/E59 RB 52 DW SR 5 CL CUOP YES RxtSOL SDC C163 C903 C915 C917 AB C942 C2228 A1 C2228-A2 C2233A C22338 B20 D8 09 D4 D5 RPSA Y3 10 08A MO1001-7A RHR Pump P203A Suction M241/Sh2/E31 RB
-17.5 SE QD SR 2
OP OP/CL YES SDC C903 C152 B17 A
10 OSA M 01001-7B RHR Pump P203B Suction M241/Sh2E31 RB
-17.5 NW QD SR 2
OP OP/CL YES SDC C903 C153 BIS B
10 08A M01001-7C RHR Pump P203C Suction M241/Sh2E31 RB
-17.5 SE QD SR 2
OP OP/CL YES SDC C903 B17 A
o 10 08A M01001-7D RHR Pump P203D Suction M241/Sh2E31 RB
-17.5 NWOD SR 2
OP OP!CL YES SDC C903 B18 8
10 088 SV506565 RHR Loop A Pass Sample Isol M239/Sh2/E9 RB
-17.5 TORUS R
OFF OFF NO C174 A
10 08B SV5065-83 RHR Loop B Pass Sample isol M239/Sh2/E9 RB
-17.5 TORUS R
OFF OFF NO C175 B
10 18 DPT1001-604A Torus Water Level Transmitter M241/Sht!E59 RB
-17.5 TORUS S
3 ON ON YES C170 Y3 X206A A
10 18 DPT1001-604B Torus Water Level Transmitter M241/Shi/E59 RB
-17.5 TORUS S
3 ON ON YES C171 Y4 X2068 8
10 18 FE1048A RHR Loop A Flow Element M241/Sh1/ES9 RB
-17.5 TORUS S
3 WA NA NO A
10 18 FE10488 RHR Loop B Flow Element M241/Sh1/E59 RB
-17.5 TORUS S
3 WA NA NO 8
10 16 FT1049A RHR A Loop Flow Transmitter M241/Sh1E59 RB
-17.5 SE 00 S
3 ON ON YES C2259 E/S1040-9A A
10 18 FT10498 RHR Loop B Flow Transmitter M241/Sh1/E59 RB
-17.5 NW 00 S
3 ON
'JW YES C2262 E/S1040-98 8
10 18 X206A Condensing Pot Torus Level M241/Sh1!E59 RB
-17.5 TORUS S
N/A N/A N/A A
10 18 X206B Condensing Pot Torus Levet M241/Sh1/E59 RB
-17.5 TORUS S
MA N/A N/A B
10 19 TE1046A RHR A Loop HL Erch inlet Temp M241/Sh2231 RB
-17.5 SE QD S
3 ON ON YES IND C921 Y1 A
10 19 TE10468 RHR B Loop Ht Exch inlet Temp M241/Sh2!E31 RB
-17.5 NW 00 S
3 ON ON YES IND C921 Y1 B
10 19 TE1047A RHR A Loop Ht Exch Outlet Temp M241/Sh2/E31 RB
3 ON ON YES IND C921 Y1 A
10 19 TE1047B RHR S Loop Ht Exch Outlet Temp M241/Sh2/E31 RB
-17.5 NW QD S
3 ON ON YES IND C921 Y1 B
10 19 TE5021-01A Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C179 Y31 TRU5021-01 A A
10 19 TE5021-02A Torus Water Temp Element M241/Sh1/ES9 RB
-17.5 TORUS S
3 OK ON YES IND C179 Y31 TRU5021-01 A A
10 19 TE502143A Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C179 Y31 TRU5021-01 A A
Cer'afication:
Legend.
The infondon Hentifymg the equepment required to twing the plant to a safe shutdown condfhon on this Safe Eval Type: S setsme evaluation; Shutdown Lk4 (SSEL) is, to the best of our knowledge end benef, correct and accurate.
R relay evaluation; Patnck Doady See SSEL cover sheet 9/16/96 S-N/A seisme evaluation, relay evaluation boxed with related end device; SR setsmic and relay evaluation punt er Typ.. Name sigamine one Dtvid Gerhts See SSEL cover sheet 9/16/96 Pnre er Type $4arne Signature Date Page 31
C mposite Safe Shutdown Equipment List [SSEL] for Residual Heat Removal System R;v E0 September 16.1996 Cys Eq Equtpment Drawing No Floor Room or Eval Related End Normal Desired Power Systems tNs Required Supportmg No Cl ID Number System /Equtpment Description
/Sh/Rev Bldg Elev Row / Col Type Devtce Notes Status Status Reqd? Componmt Supports System or Component Tra6n 10 10 TE5021-04A Torus Water Temp Element M241/Sh1/E59 REs
-17.5 TORUS S
3 ON ON YES IND C179 Y31 TRU5021-01A A
10 19 TE5021-05A Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
10 19 TE5021-06A Torus Water Temp Element M241/Sh1E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TW5021-01 A A
10 19 TE5021-07A Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C179 Y31 TRU5021-01 A A
10 19 TE5021-08A Torus Water Temp Element M241/Sh1ES9 RB
-17.5 TORUS S
3 ON ON YES IND C179 Y31 TRU5021-01 A A
10 19 TE5021-09A Torus Water Temp Element M241/Sh1E59 RB
-17.5 TORUS S
3 ON ON YES NO C179 Y31 TRU5021-01A A
10 13 TE5021-10A Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES WD C179 Y31 TRU5021-01A A
10 19 TE5021-11 A Torus Water Temp Element M241/Sh1E59 RB
-17.5 TORUS S
3 ON ON YES NO C179 Y31 TRU5021-01A A
10 19 TE5021-12A Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C179 Y31 TRU5021-01 A A
10 19 TE5021-13A Torus Water Temp Element M241/Sh1E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01A A
i 10 19 TE5022-01B Torus Water Temp Element M241/Sh1259 RB
-17.5 TORUS S
3 ON ON YES ND C180 Y41 TRU5021-018 8
10 19 TE5027-028 Torus Water Temp Eacment M241/Sh1E59 RS
-17.5 TORUS S
3 ON ON YES ND C180 Y41 TRU5021-018 B
10 19 TE5022-038 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES WD C180 Y41 TRU5021-018 B
10 19 TE5022-048 Torus Water Temp Element M241/Sh1ES9 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-01B B
10 19 TE5022-058 Torus Water Temp Element M241/Sh1E59 RB
-17.5 TORUS S
3 ON ON YES ND C180 Y41 TRU5021-01B B
10 19 TE5022-06B Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-01B B
10 19 TE5022 07B Torus Water Temp Element M241/Sh1E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 8
10 19 TE5022-08B Torus Water Temp Element M241/Sh1E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 8
10 19 TE5022-098 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES tND C180 Y41 TRU5021-01B B
10 19 TE5022-108 Torus Water Temp Element M241/Sht!E59 RB
-17.5 TORUS S
3 ON ON YES ND C180 Y41 TRU5021-018 B
10 19 TE5022-118 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 8
10 19 TE5022-128 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-01B B
10 19 TE5022-138 Torus Water Temp Element M241/Sht/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 8
10 20 E/S1040 9A RHR A Loon Instr Power Supply M241/Sh2/E59 RW 37 CR SR ON ON YES HD C919 A
10 20 E/S1040-98 RHR B Loop instr Power Supply M241/Sh2E59 RW 37 CR SR ON ON YES NO C919 8
to 20 F11040-1A RHR A Loop Flow Indicator M241/Sh1T59 RW 37 CR SR 3
ON ON YES IND C903 E/S1040L9A A
10 20 Ft1040-18 RHR Loop B Flow Indicator M241/Sh1E59 RW 37 CR SR 3
ON ON YES IND C903 E/S1040-98 8
to 20 Lt1001-604A Torus Water Level M241/Sh1E59 RW 37 CR SR 3 ON ON YES IND C170 Y3 A
10 20 U1001-6048 Torus Water Level M241/Sh1/E59 RW 37 CR SR 3 ON ON YES IND C171 Y4 B
10 20 LR1001-604A Torus Water Level Recorder M241/Sht/E46 RW 37 CR SMA 3 ON ON YES HD C170 Y3 A
10 20 LR1001-6048 Torus Water Level Recorder M241/Sh1/E46 RW 37 CR S-N/A 3
ON ON YES ND C171 Y4 8
10 20 SORT 1040-15A RHR Loop A Flow Summer M241/Sh1/E59 RW 37 CR S-N/A Ft1040-1A 3
ON ON YES IND C919 Y1 A
Certification:
Legend:
The mformation identdying the equipment requwed to tong the plant to a safe shutdown condition on thts Safe Eval Type: S seismic evaluation; Shddown Ust (SSEL) is, to the best of our knowledge and belief, correct and accurate.
R relay evaluation; Patrtk Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluation boxed with related end device; SR seismic and relay evaluation.
pnne e, Type Name s.gnature oeie David C-erhts See SSEL cover sheet 9/16/96 Prwe or Type Name Segnature Date Pege 32
C:mposite Safe Shutdown Equipment List [SSEL] for Residual Heat Removal System R3v. E0 September 16.1996 Sys Eq Equipment Drawing No Floor Room or Evat Related End Normal Destred Powet Systems this Required supporting No Cl ID Number SystemrEquipment Description
/Sh/Rev Bldg Elev RowtCol Type Device Notes Status Status Reqd? Component Supports System or Componefit Trsin 10 20 SQRT1040-158 RHR Loop B Flow Summer M241/Sh1/E59 RW 37 CR S-N/A F11040-1B 3
ON ON YES IND C919 Y1 B
10 20 T15021-01A Torus Water Temp indcator M241/Sh1/E59 RW 37 CR SR 3 ON ON YES IND C903 Y31 A
10 20 T15022418 Torus Water Temp indmator M241/Sh1E59 RW 37 CR SR 3 ON ON YES IND C903 Y41 8
10 20 TR263-104 RHR A Loop HI Ex We Tmp Redr M244/Sh2122 RW 37 CR SR 3
ON ON YES IND C921 Y1 AB 10 20 TRU5021-01A Torus Water Temp Recorder M241/Sh1/E46 RW 37 CR SMA 3 ON ON YES IND C170 Y31 A
10 20 TRU5022-01B Torus Water Temp Recorder M241/Sh1/E59 RW 37 CR SMA 3 ON ON YES IND C171 Y41 B
to 21 E207A RHR A Loop Heat Exchariger M241/Sh2!E31 RB
-17_5 SE QD S
MA MA MA RBCCWA A
10 21 E2078 RHR B Loop Heat Exchanger M241/Sh2/E31 RB 17_5 NWQD S
N/A MA MA RBCCWB B
Total System Records 96 i
Certircaton:
Legend:
The informaton identdymg the equipment requred to bnng the plant to a safe shutdown condition on ttus Safe Eval Type: S seismic evaluation, shutdown List (SSEL) is, to the best of our knowledge and behet, correct and accurate-R relay evaluaton; Patrkk Doody See SSEL cover sheet 9/16f96 S-N/A seismic evaluatron, relay evaluation boxed with related end device:
SR setsrnic and relay evaluation.
% 7, %
g,,,
David Gerhts See SSEL cover sheet 9/16/96 Pnne or Type hame Signature Date D 33
Ccmposite Safe Shutdown Equipment List [SSEL] for Reactor Water Cleanup System Rav EO September 16.1996 Sys Eq Equipment Drswing No Floor Room or Eval Related End Normal Desired power Systems tNs Required Supporting No Cl ID Number SystemEquipment Description ISNRev Sedg Elev Rowfcol Type Device Notes Status Status Reqd? Component Supports System or Component Train 12 08A M01201-2 RWCU Sucten Line tsolation M247E36 RB 45 DW SR OP CL YES RxlSOL C904 C942 B20 A
12 08A M01201-5 RWCU Sucten Line leotaten M247E36 RB 51 RWCU HX SR OP CL YES RxfSOL C904 C915 C917 C942 07 5
12 08A M01201-80 RWCU Return Line isolaton M247E36 RB 51 RWCU HX SR OP CL YES RatSOL C904 C915 C917 C942 B
B20 Total Systern Records 3 e
b Certicaton:
Legend:
The informaton idenew the equipment requwed to tring the plant to a safe shutdown condition on thes Safe EvalType: S seismic evaluaten; Shutdown List (SSEL) is, to the best of our knowiedge and behef, correct and occurate.
R relay evaluaten; Patrick Doody See SSEL cover sheet 9/16S6 S-N/A setsme evaluaton, relay evaluaten boxed with related end dev6ce; SR seismic and relay evaluaten.
%,, y, %
o,,,
Devid Geriets See SSEL cover shaet 9/16/96 Pewd or Type Narne Signature Deee Page 34
C:mposite Safe Shutdown Equipment List [SSEL] for Reactor Core isolation Cooling System R v EO September 16.1996 Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Destred Power Systems tftts Regaired supporting No Cl ID Number System / Equipment Descth*iaa fSh/Rev Bldg Elev Rowfcol Type Device Notes Status Status Reqd7 Component Supports System or Component Train 13 0
PSD1301-9 RCIC Exhaust Line Rupture Disc M246/E24 RB
-17.5 SWOD S
CL CL NO A
13 0
ST1301-2 RCIC Exhaust Line Steam Trap M246/E24 RB
-17.5 SWQD S
CL OP NO A
13 0
ST1301-3 RCIC Exhaust Line Steam Trap M24%E24 RS
CL OP NO A
13 05 P206 RCIC Pump M24&E24 RB
-17 5 SWOD S
OFF RUN NO X202 A
13 05 P222 RCIC Vacuum Pump M24&E24 RB
-17.5 SW QD SR OFF RUN YES D7 C904 C93C A
13 05 X202 RCIC Turbine M24&E24 RB
OFF RUN NO A
13 C3 P221 RCIC Vacuum Tank Cond. Pump M246/E24 RB
-17.5 SW OD SR OFF RUN YES 07 C904 C930 A
C 07 AO1301-12 RCIC Vacuum Tank Cond, Disch.
M246/E24 RB
-17.5 SW QD S
CUOP CL NO A
13 07 AO1301-34 RCIC Steamhne Drain isol M245/E26 RB
-175 SW QD S
OP CL NO A
13 W HO1301-159 RCIC Goverrung Valve M246/E24 RB
-17.5 SWOD S
2 OP OP/CL NO C1303 A
13 07 PCV1301-43 RCIC Lube Od Cing Water PCV M246/E24 RB
-175 SWQD S
OP OP/CL NO A
13 07 PSV1301-31 RCIC Sucten line Rehet M246/E24 RB
-175 SWOD S
CL CL NO A
13 07 PSV1301-42 RCIC LO. & Cond Cing Relief M24&E24 RB
-175 SWOD S
CL CL NO A
13 07 PSV1301-70 RCIC Vacuum Tank Rehef M246/G4 RB
-17.5 SWQD S
CL CL NO A
13 07 VRV9067 RCIC Exhaust Line Vac Rehet M245/E26 RB
-17.5 SW QD S
CL CL NO A
13 08A M01301-16 RCIC Stream Line Isolaten Viv M245/E26 RB di DW SR 1
OP OP/CL YES B18 C904C930 A
13 08A M01301-17 RCIC Steam Line isolaten Viv M245E26 RB 23 TIP RM SR 1
OP OP/CL YES D7 C904 C933 A
13 08A M01301-22 RCIC Suction from CST M245/E26 AXBAY 3 BCOhr SR 10,11 Op OP/CL YES D7 C904 A
13 08A M01301-25 RCIC Suction from Torus M245/E26 RB
-17.5 SW QD SR 10.11 CL CUOP YES D7 C904 A
13 08A MO1301-26 RCIC Suctmn from Torus M245/E26 RB
-17.5 SW QD SR 10,11 CL CL/OP YES D7 C904 A
13 08A M01301-48 RCIC Descharge isol. Valve M245/E26 RB 2.75 SW OD R
OP OP NO A
13 08A M01301-49 RCIC Discharge isol. Valve M245/E26 RB 23 TIP RM SR CL OP YES D7 C930 C154 A
13 08A M01301-53 RCIC Test Line isol. Valve M245/E26 RB 2.75 SW OD R
CL CL NO A
13 08A M01301-60 RCIC Min Fkm Bypass b1245/E26 RB
-17 5 SW OD SR CL OP/CL YES D7 C904 C154 C930 A
C2258 13 08A M01301-61 RCIC Steam Supply Viv Ar 246/E24 RB
-17 5 SWQD SR CL CUOP YES D7 C154 C930 A
13 08A M01301-62 RCIC L.O. & Condenser Cooitng M.4&E24 RB
-17.5 SW QD SR CL OP YES D7 C904 C154 C930 A
13 08B SV1301-1 RCIC Turtwne Trip Solenoid M24%'.2" RB
-17.5 SW QD SR OFF ON/OFF YES D4 C930 C155 A
13 08B SV1301-12 RCIC Vac Tank Cond. Pump Drach M246/E16 RB
-17 5 SWOD SR ON ON/OFF NO A
13 08B SV1301-34 Steamhne Drain Cntri Solenoid M245/E26 RB
-17.5 SWOD SR ON OFF NO A
13 11 E201 RCIC Bar Condenser! Vacuum Tank M24&E24 RB
-17 5 SW 0D S
N/A N/A NO A
13 16 DC/AC1340-16 RCIC inverter M24SE26 RW 37 CR SR ON ON YES C904 D4 A
Certifcatm:
Legend.
The information identifying the equipment requesd to tmng the plard to a safe shutdowm conditen on stus Sare Eval Type: S setsmic evaluatm Shutdorm List (SSEL) is, to the best of our knowledge and behet, correct and accurate.
R relay evaluation; Patrck Doody See SSEL cover sheet 9/16/96 S-N/A seisme evaluatm, relay evaluaten boxed with related end device; SR sersme and relay evaluaten.
pon,,,y,,n,,,
o,,,
D vid Gertts See SSEL cover sheet 9/16/96 Pnnt or Type Name Systure Date Page 36
Crmposite Safe Shutdown Equipment List [SSEL] for Reactor Core Isolation Cooling System
~
Rev E0 September 16,1996 Cys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number System /Equ6pment Description Ish/Rev Bldg Elev RowtCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 13 18 C1303 Control Bon.EGM,SegnL Conv etc M1G14-9 RB
-17.5 SWQD S
7,8 ON ON YES D4 C930 A
13 18 FE1360-3 RCIC Pump Fkm Element M245E26 RB
-17J5 SWQD S
N/A N/A NO A
13 18 FS1360-7 RCIC PumpIAn Fkm Control M245E26 RB 2.75 SW 00 SMA M0130160 7 OFF ON YES C2258 D7 A
13 18 FT136M RCIC Pump Fkm Twtzne Control M245E26 RB 2.75 SWQD S
7 ON ON YES SQRT134010 C2258 A
FIC1340-1 C159 13 18 LS1301-15 RCIC Vacuum Tank Levet Sw.
M246E24 RB
-17.5 SWQD SMA P211 7
OFF ON YES E201 D4 C930 A
13 18 PS1360-21A Pump Sucton Pressure M24SE24 RB
-17.5 SW QD S-N/A SV1301-1 5.10 OFF OFF YES C903 D4 A
13 18 PS1360-9A Steamline Low Pressure M245/E26 RB 2.75 SWQD S-N/A MO1301-16, 6
OFF ON/OFF YES C22578 04 A
M01301-17 13 18 PS1360-98 Steamhne Line Low Pressure M245/E26 RB 2.75 SW QD SMA M01301-16, 6
OFF ON/OFF YES C22578 04 A
M01301-17 13 18 PS1360-9C Steam Line Low Pressure M245/E26 RB 2.75 SW 00 S-N/A M01301-16, 6 OFF ONCFF YES C2257B D4 A
MO1301-17 13 18 PS1360-9D Steamhne Low Pressure M245E26 RB 2.75 SWQD SMA M01301-16, 6 OFF ON/OFF YES C22578 D4 A
M01301-17 13 18 PT1360-11 RCIC Steamhne Pressure M245/E26 RB 2.75 SWOD S
3 ON ON YES C22581340-4 A
13 18 PT1360-19 RCIC Pump Suction Pressure M246E24 RB
-17.5 SW QD S
3 ON ON YES 1340-4 A
13 18 PT1360-24 RCIC Exhaust Pressure M246E24 RB 2.75 SWOD S
3 ON ON YES C225813404 A
13 18 PT1360-6 RCIC Pump Discharge Pressure M245E26 RB 2.75 SW QD S
3 ON ON YES C22581340-4 A
13 20 134 M Power Supply for Pressure inst M245E26 RW 37 CR SR 3 ON ON YES Y2 C919 A
13 20 FIC1340-1 RCIC Flow Controller M245/E26 RW 37 CR SR 4,7,8 ON ON YES C904 DCIAC1340-16 A
13 20 PI1340-2 RCIC Pump Suchon Pressure M246/E24 RW 37 CR SR 3 ON ON YES IND C904 PT1360-191340-4 A
13 20 PI1340-3 RCIC Exhaust Pressure M246E24 RW 37 CR SR 3 ON ON YES IND PT1360 241340-4 C904 A
13 20 Pt1340-6 RCIC Steamhne Pressure M245E26 RW 37 CR SR 3 ON ON YES IND PT1360-11 1340-4 C904 A
13 20 P11340-7 RCIC Pump Dracharge Pressure M245E26 RW 37 CR SR 3 ON ON YES IND PT136041340-4 C904 A
13 20 S11340-1 RCIC Turtune Tachometer M1G14-9/E8 RW 37 CR S
3 ON ON YES C904 C1303 A
13 20 SQRT1340-10 RCIC Flow Integrator M245/E26 RW 37 CR S-N/A FIC13401 4.7,8 OFF ON YES C904 A
13 21 E204 RCIC LO. Cooler M246E24 RB
-17.5 SWQD S
N/A N/A NO A
Total Svstem Records 54 Certif,caton:
Legend:
The informaton 6dentarymg the equipment reoutred to bnng the plare lo a safe shutdown condition on ttus Safe Eval Type: S setsme evaluation; Shrdown List (SSEL) is, to the best of our knowledge and behet, correct and accurate.
R relay evaluaten; Patrtk Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaluaton, relay evaluation boxed with related end device; SR setsme and relay evaluaton.
D2v6d Gerids See SSEL cover sheet 9/16/96 Pmr or Type Name StDnatwo Dale WN
l l
l C:mposite Safe Shutdown Equipment List [SSEL] for Core Spray System R:V E0 September 16.1996 fys Eq Equtpment Drawing No Floor Room or Evat Related End Normal Destred Power Systems tfWs Required Supporting No Cl ID Number System / Equipment Descrtptkm ISh/Rev B6dg Elev Row / Col Type Dev6ce Notes Status Status Reed 7 Component Supports System or Component Train 14 06 P215A Core Spray Pump A M242!E36 RB
-17.5 SE OD SR OFF RUN YES C903 AS RBCCWA D4 A
C932 14 06 P2158 Core Spray Pump B M242/E36 RB
-17.5 MW OD SR OFF RUN YES C903 AS RBCCWB 05 B
C933 14 07 PSV1401-28A Core Spray A Descharge Rehef M242/E36 RB
CL CL NO A
14 07 PSV1401-288 Core Spray B Descharge Rehet M242/E36 RB
-10 NW00 S
CL CL NO B
14 08A M01400-24A Core Sprsy A Intechon Valve M242/E36 RB 51 RWCU HT SR OP OP/CL YES C903 B17 C932 A
14 08A M01400-248 Core Spray B trischon Valve M242/E36 RB 51 WEST SR OP OPCL YES C903 B18 C933 8
14 08A M01400-25A Core Spray A triection Valve M242/E36 RB,
51 RWCU HT SR CL OP/CL YES C903 B17 C152 C932 A
C933 14 08A M01400-258 Core Spray B Intechon Valve M242/E36 RB 51 WEST SR CL OP/CL YES C903 818 C153 C932 B
C933 14 08A M01400-3A Core Spray A Supp Pool Suction M242/E36 RB
-17.5 SE OD SR OP OP NO C903 517 A
14 08A M01400-38 Core Spray B Supp Pool Sucten M242/E36 RB 17.5 NWOD SR OP OP NO C903 B18 8
14 08A M01400-4A Core Spmy A Test Line Isol M242/E36 RB 0 SE OD SR CL CL NO C903 B17 C932 A
14 08A MO1400-48 Core Spray B Test Line isol M242/E36 RB 0 NWOD SR CL CL NO C903 818 C933 8
14 18 FE1463A CS A Descharge Flow Element M242fE36 RB
1 N/A N/A NO A
14 18 FE14638 CS B Dscharge Flow Element M242E36 RB
-17.5 NWOD S
1 N/A N/A NO 8
14 18 FT1461A CS A Discharge Fkm Indication M242/E36 RB
-17.5 SE 00 S
1 ON ON YES C2201 E/S14504 Y1 A
14 18 FT14618 CS B Dscharge Flow Indication M242/E36 RB
-17.5 NWOD S
1 ON ON YES C2260 E/S1450-6 Y1 8
14 18 PT1460A CS A Disch Press Indication M242/E36 RB
1 ON ON YES C2201 E/S14504 Y1 A
14 18 PT14608 CS B Doch Press indication M242/E36 RB
-17.5 NWOD S
1 ON ON YES C2260 E/S14504 Y1 B
14 20 E/S1450-6 Core Spray instr Povrer Semniv M242E36 RW 37 CR S-N/A F11450A.
ON ON YES C919Y1 A
t
- Ft1450AB, Pt1450-1A.
Pl1450-1B 14 20 F11450-4A Core Spray A Descharps Flow M242/E36 RW 37 CR SR 1
ON ON VES WD C903 E/S14504 Y1 A
14 20 Ft1450-48 Core Spray B Dscharge Flow M242/E36 RW 37 CR SR 1
ON ON YES IND Cisu3 C::M5?^ v1 B
14 20 P11450-1 A CS A Dsch Press Indication M242!E36 RW 37 CR SR 1
ON ON YES IND C903 E/S14504 Y1 A
14 20 PI1450-18 CS B Dsch Press indication M242/E36 RW 37 CR SR 1
ON ON YES IND C903 E/S1450-6 Y1 8
6 Total System Records 23 Certificahon:
Legend:
The adormahon idenhfying the equipment requered to bring the plant to a safe shutdown condition on this Safe Eval Type: S seismic evaluation; Shutdown List (SSEL) is, to the best of our imowledge and behef, correct and accurate.
R relay evaluation; Patrth Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluation boxed w:th related end device; SR seismic and relay evaluation.
Prw or Type Nome SapWure Date David Gerhts See SSEL cover sheet 9/16/96 met or Type Name Sqnamre Date Page 37
C:mposite Safe Shutdown Equipment List [SSEL] for High Pressure Coolant Injection System R:V EO September 16.1996 Cys Eq Equipment Drawing No Floct Room or Eval Related End Normal Desired Power Systems tNs Required Supporting No Cl 10 Number SystemEquipment Descrtption ISh/Rev Bldg Elev Row / Col Type Dev6ce Notes Status Status Reqd? Component Supports System or Cnmponent Train 23 0
PSD 68 HPCI Turb Exh Rupture Disc M243/E35 RB
-173 HPCI S
CL CL NO 8
23 0
ST2301-5 HPCI Turb Exh Dram to Torus M244/Sh1/E22 RB
-17.5 HPCI S
CL OP NO B
23 0
ST2301-6 HPCI Turb Exh Drain to Torus M244/Sh1/E22 RB
-17 5 HPCI S
CL OP NO B
23 05 C2303 HPCI Corarols (EGM. RAAF SIGNL) M244/Sh1E22 RB
-17.5 HPCI S-N/A FIC-2340-1 OFF ON YES D5 T2303 8
23 05 HO2300-23 HPCI Turtune Stop Valve M244/Sh1E22 RB
-17.5 HPCI S
CL Op NO B
23 05 HO2300-24 HPCI Turb Trip Throttle M244/Sh1E22 RB
-17.5 HPCI S
CL OP/CL NO B
23 05 P205 HPCI Pump M244/Sh1/E22 RB
-17.5 HPCI S
N/A N/A NO B
23 05 P220 HPCI GI Seal Cond Pump M244/Sh1/E22 RB
-17.5 HPCI SR OFF ON YES D9 C903 DS C939 B
23 05 P223 HPCI Gl Seal Condenser Bkmer M244/Sh1E22 RB
-17.5 HPCI SR OFF ON YES D9 8
23 05 P229 HPCI Aux Od Pump M244/Sh2E0 RB
-17 5 HPCI SR OFF ON YES 09 C903 05 C939 C155 B
23 05 X203 HPCI Turtune M244/Sh1/E22 RB
-17 5 HPCI S
PSA N/A NO 8
23 07 A02301-29 HPCI Steam Supply Dram isol M241E35 RB
-17 5 HPCI S
OP CL NO B
23 07 CV2301-32 HPCI Turb Dram Pos isol Vhr M244/Sh1/E22 RB
-17.5 HPCI SR CL OP/CL Y2S D5 C903 C939 8
23 07 PCV2301-46 HPCI Lube Oil Cooler Press Reg M244/Sh1/E22 RB
-17.5 HPCI S
OP/CL OP/CL NO B
23 07 PSV2301-23 HPCI Pump Suct Press Relief M244/Sh1E22 RB
-17.5 HPCI S
CL CL NO B
23 07 PSV2301-53 HPCI Cing Water Pr RehelVhr M244/Sh1E22 RB
-17.5 HPCI S
CL CL NO B
23 08A MO23C1-10 HPCI RCIC Test Line/ CST M243/E35 RB
-17.5 HPCI SR CL OP/CL YES C155 C903 D9 C939 8 i 23 08A MO2301-14 HPCI RHR Test LmeMn M243/E35 RB
-17 5 HPCI SR CL OP/CL YES D8 C155 C939 8
23 08A MO2301-15 HPCI RCK;/HPCI Disc Test M243E35 AXBAY 3 B COW SR CL OP/CL YES C155 C903 D9 C939 B
23 08A MO2301-3 HPCI Steam Supply M243/E35 RB
-175 HPCI SR CL OP YES D9 C155 C903 C939 8
23 08A MO230133 HPCI Vacuum Brkr isol Valve M243/E35 RB 23 WEST R
OP OP NO B
23 08A MO2301-34 HPCI Vacuum Brkt isol Valve M243E35 RB 23 WEST R
OP OP NO B
23 08A MO2301-35 HPCI Supp Pool Suction M243E35 RB
-17.5 HPCI SR 1
CL OP/CL YES D8 C903 C939 B
23 08A MO2301-36 HPCI Supp Pool Suction M243/E35 RB
-17 5 HPCI SR 1
CL OP/CL YES D8 C903 C939 8
23 08A MO2301-4 HPCI Steam Supply M24TE35 RB 40 DW SR 5 OP OP/CL YES B17 C941 C903 C939 B
23 08A MO2301-5 HPCI Steam Supply M241T35 RB 23 BVLV SR 5 OP OP.CL YES D9 C94 C903 C939 8
23 08A MO2301-6 HPCI CST Suction M243E35 AXBAY 3 8 COMP SR 1
OP OP/CL YES DS C903 C939 8
23 08A MO2301-8 HPCI Turb inj Valve M243/E35 RB 23 TIP SR 2 CL OP YES D9 C155 C903 C939 8
23 08A MO2301-9 HPCl Turb inj Valve M243/E35 RB
-17.5 HPCI R
OP OP NO B
23 088 CV9068A HPCI Torus Drain Pot Valve M243'E25 RB
-17.5 HPCI SR CL OP/CL YES DS C939 C941 C932 8
23 088 CV90688 HPCI Torus Drain Pot Valve M243/E35 RB
-175 HPCI SR CL OP/CL YES DS C939 C941 C932 8
23 088 SV2300-9 HPCI Remote Trip Solenced M244/Sh1E22 RB
-175 HPCI SR OFF Ot40FF YES D5 C903 CS39 C158 B
Certdtation:
Legend:
The mformahon identdying the equipment requwed to bnng the plant to a safe shutdown cond: tion on this Safe Eval Type: S seismic evaluation; Shutdown List (SSEL) is, to the best cd our knowledge and behef, correct and accurate.
R relay evaluation; Patrick Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluation boxed with related end device; SR seismic and relay evaluation.
Pnen er Type Narne sign eure one Omd GerSts See SSEL cover sheet 9/16/96 Pnnt er Type Narne Sgnature Date Pope 38
Composite Safe Shutdown Equipment List [SSELJ for High Pressure Coolant injection System Rn E0 September 16,1996 Eys E4 Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems tids nequired Supporting ho Cl ID Number Systr."'que. -. Descrip1on
/Sh!Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 23 088 SV2301-29 HPCI A02301-29 Dm Sol W M243E35 RB
-17.5 HPCI SR ON OFF NO B
23 088 SV230144 HPCI AO2340-64 SolVaNo M244/Sh1E22 RB
-17.5 HPCI R
OFF OFF NO B
23 11 E202 HPCI Gland Seal Condenser M244/Sh1/E22 RB
-17.5 HPCI S
N/A N/A NO LS8020 LS8021 8
23 11 LS8020 HPCl G4 Seal Cond Low Lvl Cnti M244/Sh1.E22 RB
-17.5 HPCI SMA P220 OFF ON YES D5 C939 8
23 11 LS8021 HPCI E202 Lvl Cntrt to Pmp&W M244/Sh1/E22 RB
-17.5 HPCI SMA P220 OFF ON YES DS 8
23 16 DC/AC2340-13 HPCIinverter M243/E35 RW 37 CR SR OH ON YES D5 C903 8
23 13 FS2354 HPCI P205 Low FL Airm & Viv Cn M243/E35 RB
-17.5 RB SUMP S-N/A MO2301 14 OFF ON YES C22508 C903 C939 t$
23 18 FT2358 HPCI P205 Flow Transmitter M243/E35 RB
-17.5 RBSUMP S
ON ON YES C22508 C15s B
23 13 LS2351A HPCI Torus Lvt to Viv Control M243/E35 RB
-17.5 TORUS S-N/A M O2301-35 OFF ON YES D5C903 8
M O2301-36, M O2301-6 23 13 LS2351B HPCI Torus Lvf to Viv Control M243/E35 RB
-17.5 TORUS S-N/A MO2301-35 OFF ON YES D5 C903 B
MO2301-36, MO2301-6 23 18 LS2369 HPCI Exh Dm Pot Lvl Airm & Cn M244'Sh1/E22 RB
-17 5 HPCI S-N/A CV2301-32 OFF ON YES D5 8
23 18 LS9068 HPCI Exh DRPot Lvt Viv Cntrl M241E35 RB
-17.5 HPCI S-N/A CV9068A, OFF ON YES D5 C939 B
CV90688 23 18 PT2359 HPCI P205 Disc Pr Tran for ind M243/E35 RB
-17.5 RB SUNP S
ON ON YES C22500 B
23 18 PT2364 HPCI Turb Stm Pr Trans for and M243/E35 RB
ON ON YES C2250A B
23 18 PT2366 HPCI Turb Exh Pr Trans for and M244/Sh1/E22 RB
-17.5 RB SUhr S
ON ON YES C2250A B
23 18 PT2382 HPCI P205 Sucten Press lnd M244/Sh1/E22 RB
ON ON YES C22508 8
23 20 E/S2340-3 HPCI Press ind Power Supply M243/E35 RW 37 CR SR ON ON.
YES DS C91S B
23 20 FIC-23401 HPCI P205 Disc Flow Ind & Cnt!
M241E35 RW 37 CR SR 4
ON ON YES DC/AC2340-13 D5 C903 8
C158 C939 23 20 Pt2340-2 HPCI P205 Disch Press ind M243E35 RW 37 CR SR ON ON YES C903 E/52340-3 8
23 20 Pt2340-4 HPCI Turb Steam Press ind M243/E35 RW 37 CR SR ON ON YES E/S2340-3 C903 PT2364 B
23 20 Pt2340-5 HPCI Turb Exhaust Press ind M244/Sh1/E22 RW 37 CR SR ON ON YES E/S2340-3 C903 PT2366 B
23 20 Pt2340-7 HPCI Booster Pmp Suct Pr and M244/Sh1E22 RW 37 CR SR ON ON YES E/S2340-3 C903 PT2359 8
23 20 SISs40-1 HPCI Turb Speed Tachometer M244/Sht!E22 RW 37 CR S
ON CN YES 05 C903 C2303 8
23 20 SORT 2340-10 HPCI P205 Flow Summer M243/E35 RW 37 CR S-N/A FIC-2340-1 OM ON YES E/S2340-3 C903 8
23 21 CONPOT HPCI Exhaust Line Drampot M243/E22 RB
-17.5 HPCI S
N/A N/A NO B
23 21 E205 HPC3 Turb Lube Oil Cooler M244/Sh1/E22 RB
-17.5 HPCI S
N/A N/A NO B
Total System Record _s 58
) Certifratiotr Legend:
T% information ident@ng the equement required to bring the plant to a safe d.uidown condshon on this Safe Eval Type: S setsrruc evaluation; Shutdown List (SSEL) is, to the best of our knowledge and behef, crw-sce and accurate-R relay evaluatm Patnck Doody Swe SSEL cover sheet 9/16/96 S-N/A seismic evaluafjon, relay evaluate boxed with related end device, SR seismic and relay evaluaSon.
p
,7,%
gg Divid Gertits See SSEL cover sheet 9/16/96 Pnnt or Type Name Segnature Date Page 39
Ccmposite Safe Shutdcwn Equipment List [SSEL] for Area Cooling & Ventilation System Rx E0 September 16.1996 Sys Eq Equ6pment Drawing No Floor Roomor Eval Related End Normal Desired Power Systems this Required Suoporting No CI ID Number SystemEquipment Description (StVRev Bldg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 24 07 AW31 DG HVAC AO/N128 Control M280E14 DG A 23 DG A SMA SVL-22 to OP VENT NO DG C89 A
24 07 AVU32 DG HVAC AO/N129 Control M280E14 DG B 23 DG B SMA SVL-23 10 OP VENT NO DG C90 B
24 07 AVU33 DG AON130 AON131 AON134 Cont M280/E14 DG A 23 DG A SMA SVL-22 10 OP VENT NO DG C89 A
24 07 AVU34 DG AON132 AON133 AON135 Cont M28G214 DG B 23 DG B SNA SVL-23 10 OP VENT NO DG C90 B
24 08A MOBB8183A MCCHVAC Inlet MOV MCC B17 M289/E12 RB 23 EAST SR CL OP YES AC Y6 B1 A
24 08A MOBB8183B MCCHVAC Outlet MOV MCC B17 M289E12 RB 23 EAST SR CL 09 YES AC Y6 B1 A
24 08A MOBB8184A MCCHVAC Inlet MOV MCC B18 M289/E12 RB 23 WEST SR CL OP YES AC Y7B2 8
2s 08A MOBB81848 MCCHVAC Outlet MOV MCC B18 M28SE12 RB 23 WEST SR CL OP YES AC Y7B2 B
24 08A MOBB8185A MCCHVAC Inlet MOV MCC B20 M28&E12 RB 23 EAST SR CL OP YES AC Y8B6 X
24 08A MOBB81858 MCCHVAC Outlet MOV MCC B20 M289/E12 RB 23 EAST SR CL OP YES AC Y8 B6 X
24 088 SVL-15 CRHEAF Train B Damper Control M28&E10 RW 64 32FRM SR ON OFF YES CRHEAF B18 8
24 088 SVL-5 CRHEAF Tram A Damper Control M286/E10 RW 64 82FRM SR ON OFF YES CRHEAF B17 A
24 088 SVL22 DG HVAC AVU31 & AW33 Control M28GE14 DG A 23 DG A SR ON OFF NO DG C89 A
24 08B SVL23 DG HVAC AVU32 & AVU34 Control M280/E14 DG B 23 DG B SR ON OFF NO DG C90 8
24 09 SSR1 SSW VEX 104AB Suct Fire Damper M292E19 IS 25.6 X PUhr S
OP OP NO SSW AB 24 09 SSR2 SSW VEX 104AB Suct Fire Damper M292E19 IS 25 6 X PUMP S
OP OP NO SSW AB 24 09 SSR3 SSW VEX 1048 Suct Fre Darrper M292.E10 IS 25.6 BPUMP S
OP OP NO SSW A
24 09 SSR4 SSW VEX 104A/B Suct Fire Damper M292/E19' IS 25 6 X PUMP S
OP OP NO SSW AB 24 09 SSR5 SSW VEX 104A Suct Fire Damper M292E19 IS 25.6 A PUMP S
OP OP NO SSW B
24 09 SSR6 SSW VEX 104AS Suct Fire Damper M292E19 IS 25 6 X PUhF S
OP OP NO SSW AS 24 C3 SSR7 SSW VEX 104AB Suct Fire Damper M292E19 IS 25 6 X PUhr S
OP OP NO SSW AS 24 09 VEX 104A SSW Exhaust Fan M280/E14 IS 25 6 A PUMP SR ON/OFF ON/OFF YES SSW BIS C64 A
24 09 VEX 1048 SSW Exhaust Fan M280/E14 IS 25.6 B PUhr SR ON/OFF ON/OFF YES SSW B14 C64 8
24 09 VEX 214A DG A Normal Exhaust Fan M289E12 DG A 23 DG A R
ON OFF NO DG C89 A
24 C3 VEX 2148 DO B Normal Exhaust Fan M289/E12 DG B 23 DG B R
ON OFF NO OG C90 B
24 GJ VSF-103A CRHEAF Train A Supply Fan M28H/E10 RW 73 82FRM SR OFF ON YES CRHEAF B17 C7 A
24 si VSF-1038 CRHEAF Treen B Supply Fan M286/E10 RW 73 82FRM SR OFF ON YES CRHEAF B18 C7 B
24 09 VSF-209 MCCHVAC B17 Fan M16 RB 23 EAST SR OFF ON YES AC Y64 Bt C248 A
24 09 VSF-210 MCCHVAC B18 Fan M16 RB 23 WEST SR OFF ON YES AC Y7-8 B2 C249 B
24 09 VSF-211 MCCHVAC B20 Fan M16 RB 23 EAST SR OFF ON YES AC Y8-8 B6 C250 A/B 24 C
VSF208A DG A Normal Supply Fan M28&E12 DG A 23 DG A R
ON CFF NO DG C89 A
24 09 VSF2088 DG B Normal Supply Fan M28SE12 DG B 23 DG B R
ON OFF NO DG C90 B
Certshcatm Legend.
The w4armation 6dentMng the equgwnent required to tmng the plard to a safe shutdown condden on this Safe Eval Type: S seesme evaluation; Shutdown List (SSEL) 6s.k the best of our know4 edge and belief, correct and accurate-R relay evaluation; Patrick Doody See SSEL cover sheet
%6 S-N/A seisme evaluation, relay evaluation boxed with related end dev6ce; SR sersmic and relay evaluatm pont a, y, n, Dawd Gertits See SSEL cover sheet Prmt or Type Name Signature OeSe Page 40
5mposite Safe Shutdown Equipment List [SSEL] for Area Cooling & Ventilation System Rev. EO September 16.1996 Cys Eq Equipmerit Draw 6ng No Floor Room or Eval Related End Normal Destred Power Systems this Required Supporting No CI ID Numtc SystemEquipment Description FSh/Rev Bldg Elev RowfCol Type Dev6ce Notes Status Status Reqd? Component Supports System or Component Train 24 10 A08190 DG HVAC VD2088 Operator M28GE14 DG B 23 DG B S-N/A SVL-23 NC FO NO DG AVU34 B
21 10 AON128 DG HVAC VD207A Operator M280E14 DG A 23 DG A S-N/A SVL-22 NC FO NO DG AW31 A
24 10 AON129 DG HVAC VD2078 Operator M280/E14 DG B 23 DGB S-N/A SVL-23 NC FO NO DG AW32 B
24 10 AON130 DG HVAC VD206A Operator M280E14 DG A 23 DG A S-N/A SVL-22 NC FO NO DG AW33 A
24 10 AON131 DG HVAC VD2068 Operator M280/E14 DG A 23 DG A SMA SVL-22 NC FO NO DG AW33 B
24 10 AON132 DG HVAC VD206C Operator M280E14 DGB 23 DG B S-N/A SVL-23 NC FO NO DG AW34 A
24 to AON133 DG HVAC VD2060 Operator M280T14 DG B 23 DG B SMA SVL-23 NC FO NO DG AW34 8
24 10 AON134 DG HVAC VD208A Operator M280/E14 DG A 23 DG A SMA SVL-22 NC FO NO DG AW33 A
24 10 AOX1 CRHEAF Tram B Inth Damper M286/E10 RW 71 82FRM SMA SVL-15 CL FO NO CRHEAF B
24 10 AOX3 CRHEAF Norml Tram B Inth Dmpr M286/E10 RW 75 82FRM SMA SVL-15 OP FC NO CRHEAF B
24 10 AOX4 CRHEAF Train A Intk Demper M286/E10 RW 78 32FRM S-N/A SVL-5 CL FO NO CRHEAF A
24 to AOX6 CRHEAF Normt Tram A Intk Ompr M286E10 RW 75 82FRM S-N/A SVL-5 OP FC NO CRHEAF A
24 10 FSE-70 EAC VAC201 A Fan Control M282E13 RB
-17.5 HPCI S-N/A VAC201A OFF ON YES HPCI B18 C618 3
24 10 FSE-71 EAC VAC2018 Fan Control M282/E13 RB
-17.5 HPCI SMA VAC201B OFF ON YES HPCI B18 C618 B
24 10 FSE-72 EAC VAC202A Fan Control M282E13 RB 2.8 SWOD SMA VAC202A OFF ON YES RCIC B17 C61 A A
24 10 FSE-73 EAC VAC2028 Fan Control M282E13 RB 2.8 SW OD SMA VAC2028 OFF ON YES RCIC B17 C61 A A
24 10 FSE-95 EAC VAC204A Fan Control M282E13 RB
-17.5 SE OD S-N/A VAC204A OFF ON YES RHR B17 C61 A A
24 10 FSE-96 EAC VAC2048 Fan Control M282/E13 RB
-17.5 SE QD SMA VAC2048 OFF ON YES RHR 817 C61 A A
24 to FSE-97 EAC VAC204C Fan Control M282E13 RB
-17.5 NWOD SMA VAC204C OFF ON YES RHR B18 C618 8
24 10 FSE-98 EAC VAC204D Fan Control M282E13 RB
-17.5 NWOD SMA VAC204D OFF ON YES RHR B18 C618 B
23 10 VAC-201A EAC HPCI Rm Coolm0 M282E13 RB
-17.5 HPCI SR OFF ON YES HPCI B18 RBCCWB B
24 10 VAC-2018 EAC HPCI Rm Cochng M282E13 RB
-17.5 HPCI SR OFF ON YES HPCI B18 RBCCWB B
24 10 VAC-202A EAC RCIC Rm Coolmg M282E13 RB 2.8 SW 00 SR OFF ON YES RCIC B17 RBCCWA A
24 10 VAC-202B EAC RCIC Rm Coohng M282E13 RB 2.8 SWOD SR OFF ON YES RCIC B17 RBCCWA A
24 10 VAC-204A EAC RHR Loop A Area Cool M282E13 RB
-17.5 SE OD SR OFF ON YES RHR B17 RBCCWA A
24 10 VAC-204B EAC RHR Loop A Arse Cool M282E13 RB
-17.5 SE OD SR OFF ON YES RHR B17 RBCCWA A
24 10 VAC-204C EAC RHR Loop B Aree Cool M282!E13 RB
-17.5 NWQD SR OFF ON YES RHR B18 RBCCWB B
24 10 VAC-204D EAC RHR Loop B Aree Cool M282E13 RB
-17.5 NW 00 ER OFF ON YES RHR B18 ROCCWB B
24 10 VAC202A-BDD EAC RCIC Backdraft Demper M282E13 RB 2.8 SWQD S
CL OP/CL NO RCIC A
24 10 VAC2028-BOD EAC RCIC Backdraft Demper M282/E13 RB 2.8 SW OD S
CL OPCL NO RCIC A
24 10 VAC204A-BOD EAC RHR Beckdraft Demper M282/E13 RB
-17.5 SE QD S
CL OP/CL NO RHR A
24 10 VAC2048-BDD EAC RHR Backdraft Damper M282E13 RB
CL OP/CL NO RHR A
Certircatm:
Legend.
The mformaten 6denhfymg the equipment requwed to twmg the plant to a safe shutdown cond4mn on ttus Safe Eval Type: S setsme evaluatm; Shddown Last (SSEL) is, to the best of our knowledge and behef. coms and occurate.
R relay evaluatm; Patrrk Doody See SSEL cover sheet 9/16/96 S-N/A seisme evaluation, relay estuation boxed with related end devee.
SR setsmic and relay evaluation.
pont, Tm. Nam.
sign hne o.e.
David Gerhts See SSEL cover sheet 9/16/96 Pnnt or Typ. Nam.
Sogn.tur.
D.to Pege 41
Composite Safe Shutdown Equipment List [SSEL] for Area Cooling & Ventilation System
~
R:s E0 September 16.1996 Cys Eq Equipment Drawing No Floor Room or Evat Related End Normal Destred Power Systems this Required Supporting No Cl ID Number S,1 _daaurnt Description IShiRev Sidg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 24 10 VAC204C-BOD EAC RHR Beckdraft Damper M282/E13 RB
-17.5 NWQD S
CL OP/CL NO RHR B
24 10 VAC2040-BOD EAC RHR Backdraft Damper M282/E13 R3
-17.5 NW 00 S
CL OP/CL NO RHR 8
24 10 VCRF-101A CRHEAF Tram A Filter Heatr M28&E10 RW 78 82FRM SR OFF ON YES CRHEAF B15 A
24 10 VCRF-1018 CRHEAF Tram B Filter Heatr M28&E10 RW 78 32FRM SR OFF ON YES CRHEAF B14 8
24 10 VD112A SSW Exhaust Fan Volume Damper M280E14 IS 25.6 A PUW S
OP OP/CL NO SSW A
24 10 VD1128 SSW Exhaust Fan Volume Damper M280/E14 IS 25.6 BPUMP S
OP OP/CL NO SSW B
24 10 VD206A DG X107A Radiator inlet Damper M280/E14 DG A 23 DG A S
24 10 VD2068 OG X107A Radiator inlet Damper M280E14 DG A 23 DG A S
21 to VD206C DG X107B Radiator inlet Damper M280/E14 DG B 23 DG B S
24 10 VD206D DG X107B Radiator inlet Damper M280E14 DG B 23 DG B S
24 10 VD207A DG Spoom A Air inlet Demper M280E14 DG A 23 DG A S
24 10 VD2078 DG Space B Ar inlet Demper M280E14 DG B 23 DG B S
24 10 VD208A DG A Space Sec Ar init Damper M280E14 OG A 23 DG A S
24 10 VD2088 DG B Space Sec At init Damper M280E14 DG B 23 DG B S
24 10 VSF103A-BOD CRHEAF Tram A Fan Bckdrft Dmp M286E10 RW 75 82FRM S
CL OP NO CRHEAF A
24 10 VSF1038-BDD CRHEAF Tram B Fan Bekdrft Dmp M286/E10 RW 71 82FRM S
CL OP NO CRHEAF B
24 18 FSE-101 CRHEAF Tram A Flow Switch M286E10 RW 73.5 82FRM SMA VSF103A OFF ON YES CRHEAF B17 A
24 18 FSE-102 CRHEAF Tram B Fkm Switch M286/E10 RW 73.5 #2FRM SMA VSF1038 OFF ON YES CRHEAF B18 8
2$
18 RHS-1 A CRHEAF Train A Humidity Sw M286/E10 RW 76 82FRM S-N/A VCRF101A MA N/A YES CRHEAF C108B15 A
24 13 RHS-18 CRHEAF Tram B Hurruddy Sw M286/E10 RW 78 #2FRM SMA VCRF101B MA MA YES CRHEAF C109 814 8
24 13 TS1A CRHEAF Train A Temp Sw M28&E10 RW 76 #2FRM S-N/A VCRF101A MA N/A YES CRHEAF C108 B15 A
24 19 TS1B CRHEAF Tram B Temp Sw M286/E10 RW 76 #2FRM S-N/A VCRF1018 MA N/A YES CRHEAF C109 B14 B
24 19 TS2A CRHEAF Train A Temp Sw M28&E10 RW 76 82FRM SMA VCRF101A NA NA YES CRHEAF C108 015 A
24 19 TS2B CRHEAF Train B Temp Sw M286E10 RW 76 82FRM SMA VCRF1018 MA N/A YES CRHEAF C109 B14 B
24 19 TS3A CRHEAF Train A Temp Sw M286E10 RW 78 82FRM S-N/A VCRF101A MA N/A YES CRHEAF C108 B15 A
24 19 TS3B CRHEAF Tram B Temp Sw M286/E10 RW 76 82FRM SMA VCRF1018 N/A MA YES CRHEAF C109 B14 8
24 19 TS4A CRHEAF Tram A Temp Sw M286/E10 RW 76 82FRM SMA VCRF101A N/A N/A YES CRHEAF C108 815 A
24 19 TS4B CRHEAF Train B Temp Sw M286E10 RW 76 #2FRM SMA VCRF1018 N/A N/A YES CRHEAF C109 B14 8
24 19 TS8155A MCCHVAC Temp Sw MCC B17 E721/E3 RG 23 EAST SMA VSF209 OFF ON YES AC Y6 A
24 19 TS8155C MCCHVAC Temp Sw MCC B1T Alar E721/E3 RB 23 EAST SMA None 9 OFF ON YES AC Y6 A
24 19 TS8156A MCCHVAC Temp Sw MCC B18 E721/E3 RS 23 WEST SMA VSF210 OFF ON YES AC Y7 8
24 19 TS8156C MCCHVAC Temp Sw MCC B18 Alar E721/E3 RB 23 WEST S-N/A None 9
OFF ON YES AC Y7 8
Certification:
Legend:
The mformatson identdying the equipment requwed to tnng the pleet to a safe shutdown condmon on this Safe Eval Type: S seismic evaluation; Shutdowr. List (SSEL) is, to the best of our knowledge and belief, corred and accurate.
R relay evaluation; Patr;ck Doody See SSEL cover sheet 9/16/96 S-N/A setsrnsc evaluation, relay evaluation boxed with related end device; SR seismic and relay evaluahon en,e or Type Name SgWure De e e
DM Gerids See SSEL covW sheet 9/16/96 Pnnt or Type Name Signature Onte Page 42 m
m
Ccmposite Safe Shutdown Equipment List [SSEL] for Area Cooling & Ventilation System RSv EO September 16.1996 Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No CI ID Number System / Equipment Description (ShNtev Badg Elev RowfCol Type Device Notes Status Status Reqd? Component Supposts System or Component Train 24 19 TS8157A MCCHVAC Tamp Sw MCC B20 E721E3 RB 23 EAST SMA VSF211 OFF ON YES AC Y8 X
24 19 TS8157C MCCHVAC Temp Sw MCC B20 Alar E721E3 RB 23 EAST SMA None 9 OFF ON YES AC Y8 X
24 19 TSD41 EAC VAC202A Fan Control M282E13 RB 2.8 SWOD SMA VAC202A OFF ON YES RCIC C61A B17 A
24 19 TSD42 EAC VAC2028 Fan Control M232E13 RB 2.8 SWQD S-N/A VAC202B OFF ON YES RCIC C61A B17 A
i 24 19 TSD43 EAC VAC201 A Fan Control M282E13 RB
-17.5 MPCI SNA VAC201A OFF ON YES HPCI C618 818 8
24 19 TSD44 EAC VAC2018 Fan Control M282E13 RB
-17.5 HPCI SMA VAC2028 OFF ON YES HPCI C618 BIS B
24 19 TSD45 EAC VAC204A Fan Control M282513 RB
-17.5 SE QD SMA VAC204A OFF ON YES RHR C61A B17 A
24 19 TSD46 EAC VAC204B Fan Coreral M282E13 RB
-17.5 SE OD SMA VAC2048 OFF ON YES RHR C61 A B17 A
24 19 TSD47 EAC VAC204C Fan Corstrol M282E13 RB
-17.5 NWQD SMA VAC204C OFF ON YES RHR C61BB18 8
24 19 TSD48 EAC VAC204D Fan Control M282E13 RB
-17.5 NWOD SMA VAC204D OFF ON YES RHR C618 BIS B
Total System Records 106 t
Cert fication:
Legend:
The mformahon identWying the eqtapment requered to twing the plant to a safe shutdown condshon on thrs Safe Eval Type: S setsmsc evaluation; Shutdown Ust (SSEL) is, to the test of our knowledge and belief, correct and accurate-R relay evaluabon; PE'rx:k Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaW M with related end device; SR seismic and relay evaluate:i.
p,,,,,, y, %
o.
Osvid Gertits See SSEL cover sheet 9/16/96 Pemt or Type beams speture Date MN
. C::mposite Safe Shutdown Equipment List [SSEL] for Condensate Storage and Transfer System Rev EO September 16,1996 Sys Eq Equipment Drawtng No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number System /Equ6pment Detalption
/ShRev Bldg Elev Rowfcol Type Device Notes Status Status Reqd? Component Supports System or Component Train 26 18 HS3508 CST T105A/T1058 Levet Selector M209LE42 AXBAY 3 BCONP S
4 OFF OFF NO HPCI RCIC C83 AB 26 13 Lt3503A CST T105A CR Levet indeator M20SE42 RW 37 CR SR 3
ON ON YES HPCI RCC C1 Y1 C11 AS 26 18 Lt3503B CST T105A LevelIndmator M20SE42 AXSAY 3 BCOMP S
4 OFF OFF NO HPCI RCIC C83 AS 26 18 Lt3508A CST T1058 CR LevelIndcator M209/E42 RW 37 CR SR 3 ON ON YES HPCI RCIC C1 Y1 C11 AB 26 18 Ll35088 CST T1058 LevelIndcator M20SE42 AXBAY 3 BCONP S
3 OFF OFF NO HPCI RCIC C83 AS 26 18 UC3508 CST LvlIndmatmg Controller M20SE42 AXBAY 3 8 COMP S
4 OFF OFF NO HPCI RC'C AB 28 18 LS35028 CST T1P5A Cond Trans Pump Trip M209/E42 AXBAY 3 BCOMP S
4 OFF OFF NO HPCI RCIC C83 AB 23 to LS3507B CST T1058 Cond Trans Pump Tnp d209/E42 AXBAY 3 8 COMP S
4 OFF OFF NO HPCt RCIC C83 AB 26 18 LT3503 S 'Y105A level Transmitter M209/E42 AXBAY 3 BCOMP S
3 ON ON YES HPCI RCIC C83 C11 Y1 AS 26 18 LT3508 CSY WJB Levet Transme'ter M20SE42 AXBAY 3 8 COMP S
3 ON ON YES HPCI RCIC C83 C11 Y1 AB 26 18 P/E3503 i f105A Lvl SW Conve#1er M20&E42 AXBAY 3 8 COMP S-N/A Ll3503A 3
ON ON YES HPCI RCIC C83 Y1 C11 A/B 26 18 P!E3508 CST T1058 Lvt Signal Convester M209/E42 AXB4Y 3 BCOMP S-N/A U3508A 3 ON ON YES HPCI RCIC C83 Y1 C11 AB 26 18 PS2390A Low CST Level HPC1 Transfer M209/E42 AXBAY 3 BCOMP S-N/A MO2301-35, 2 OFF ON YES HPCI RCIC C903 B
MO2301-36 MO2301-6 26 18 PS23908 Low CST Level HPCI Transfer M20SE42 AXBAY 3 BCOPF S-N/A MO230135, 2 OFF ON YES HPCI RCIC C903 A
M O2301-38, MO2301-6 Total System Records 14 Certifbation:
Legend:
The irformaten ident#ying the equspment requwed to brmg the plant to a safe shutdown conddeon on this Safe Eval Type: S seisme evaluation; Shutdown Lest (SSEL) is, to the best of our knowledge and belief, correct and accurate-R relay evaluation; Patrth Doody See SSEL cover sheet 9/16/96 S-N/A setsm6c evaluation, relay evaluation boxed with related end device; SR seism 6c and relay evaluation.
% 4-6 OgGerlets See SSEL cover sheet 9/1696 Pnne or Type Name Signahme Date WN
C:mposite Safe Shutdown Equipment List [SSEL] for Salt Service Water System R:v EO September 16.1996 fys Eq Equipment Drawing No Floor Room or Eval Related End Normal Destred power Systems this Required Supporting No CI ID Number SystemEquipment Descrtptian (Shntew Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 29 0
AV38003 SSW Pump A An Valve M212/Sh1/E59 IS 25.5 A COMP S
5 OP/CL OP/CL NO RBCCW A
29 0
AV38004 SSW Pump B An Valve M212/Sht/E59 tS 25.5 A COMP S
5 OP/CL OP/CL NO RBCCW A
29 0
AV38005 SSW Pump C Ar Valve M212/Sh1E59 IS 25.5 C COMP S
5 OP/Ct.
AV38006 SSW Pump D Ar Valve M212/Sh1E59 IS 25.5 BCOMP S
5 OP/CL OP/CL NO RBCCW B
29 0
AV38007 SSW Pump E An Valve M212/Sh1E59 IS 25.5 B COW S
5 OP/CL OP/CL NO RSCCW B
29 06 P208A SSW Pump A M212/Sh1ES9 IS 25.5 ACOMP SR 2 ONOFF ONOFF YES RBCCW B15 C1 C6 C151 A
29 06 P2088 SSW Pump B M212/Sh1E59 IS 25.5 A COMP SR 2 ONOFF ONOFF YES RBCCW B15 C1 C6 C151 A
29 06 P208C SSW Pump C M212/Sh1/E59 IS 25 5 C COW SR 2 ONOFF ONOFF YES RBCCW B*OC1 AS 29 06 F2080 SSW Pump D M212/Sh1/E59 IS 25.5 BCOMP SR 2 ONOFF ONOFF YES RBCCW B14 C1 C6 C150 8
29 06 P208E SSW Pump E M212/Sh1/E59 IS 25.5 BCOMP SR 2 ONOFF ON/OFF YES RBCCW B14 C1 C6 C150 B
29 08A MO3800 SSW LP A RBCCW Hu Outlet M212/Sh1E59 AXBAY 3 A COMP SR OP-OP/CL YES RBCCW B15 C1 C6 A
29 08A MO3801 SSW LP A TBCCW Hx Outlet M212/Sh1/E59 AXBAY 3 A COMP SR OP OP/CL YES RBCCW B15 C1 C6 A
29 08A MO3805 SSW LP B TBCCW Hx Outlet M212/Sht/ES9 AXBAY 3 BCOMP SR OP OP/CL YES RBCCW B14 C1 C6 B
29 08A MO3806 SSW LP B RBCCW Hu Outlet M212/Sh1/E59 AXBAY 3 BCOMP SR OP OP/CL YES RBCCW B14 C1 C6 8
29 08A MO3808 SSW Loop A Header isol M212/Sh1!E59 IS 25 5 A COMP SR OP CL YES RBCCW 07 C1 B1 A
29 08A MO3813 SSW Loop B Header isol M212/Sh1/ES9 IS 25.5 BCOMP SR OP CL YES RBCCW D8 C181 B
29 088 SV3915 SSW LP B Sctnwash Isol Cnt:1 M212/Sh1/E59 IS 25 5 B COW R
OFF OFF NO RBCCW C933 N2621 B
29 08B SV3925 SSW LP A Semwash isol Cntrl M212/Sh1E59 IS 25.5 A COMP R
OFF OFF NO RBCCW C932 N2521 A
29 18 FE6240 SSW Loop A Fkm Element M212/Sht/E59 AXBAY 3 A COMP S
4 N/A N/A NO RBCC C C A
29 18 FE6241 SSW Loop B Flow Element M212/Sh1/E59 AXBAY 3 BCOMP S
4 N/A N/A NO RBQNIIND A
29 18 FT6240 SSW FMBCCW LP A M212/Sh1/E59 AXBAY 3 A COMP S
4 ON ON YES PdCCW IND Y1 C11 A
29 18 FT6241 SSW Flow-RBCCW LP B M212/Sht/ES9 AXBAY 3 BCOMP S
4 ON ON YES RBCCW IND Y1 C11 B
29 13 PS3828A SSW LP A Pump Cntri & Alarm M212/Sh1E59 IS 25.5 A COMP S-N/A P208A, OFF ON YES RBCCW Y3 A
- P2088, P208C 29 18 PS3828B SSW LP A Pump Cntrl & Alarm M212/Sh1/E59 IS 25.5 A COMP SMA P208A, OFF ON YES RBCCW Y3 A
- P2088, P20GC 29 18 PS3829A SSW LP B Pump Cntrl & Alarm M212/Sh1/E59 IS 25.5 B COMP S-N/A P208C, OFF ON YES RBCCW Y4 8
- P20eO, P208E 29 18 PS38298 SSW LP B Pump Cntri & Alarm M212/Sh1/E59 IS 25.5 BCOW S-N/A P208C, OFF ON YES RBCCW Y4 B
P208D.
P208E Cettificatett Legend:
The informahon identifymg the equipment requwed to bnng the plant to a safe shutdown condition on this Safe Eval Type: S sersmic evaluation; Shutdown List (SSEL) is, to the best of our knowledge and behef, cormd and accurate.
R relay evaluation; Patrck Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaluation, relay evaluaton boxed M related end dewce; SR setsmc and relay evaluation.
Prmt or Type Nome SignWure DWe David Gerists See SSEL cover sheet 9/16/96 Pnne or Type Name Segnature DWe Page 46
C mposite Safe Shutdown Equip 5ent List [SSEL] for Salt Service Water System Rav EO September 16.1996 c.m Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number Syst=O- ;, a.at Desch;M istalRev Bldg Elev RowsCol Type Device Notes status Status Reqd? Component supports system or Component Train w amva w -
29 18 PT3828 SSW LP A Pump Desch M212/Sh1/E59 IS 25 5 A CONP S
4 ON ON YES RBCCW lND Y1 ES3828 A
29 18 PT3829 SSW LP B Pump Disch M212/Sh1E59 IS 25 5 BCOMP S
4 ON ON YES RBCCW IND Y1 ES3828 8
29 19 TE3840 SSW LP A RBCCW Hx Outlet Temp M212/Sh1E59 AXBAY 3 A CONP S
4 ON ON YES RBCCW IND Y1 A
29 19 TE3841 SSW LP B RBCCW Hu Outlet Temp M212/Sh1E59 AXBAY 3 BCOMP S
4 ON ON YES RBCCW IND Y1 B
29 19 TE3890 SSW LP A RBCCW Hx inlet Temp M212/Sh1/E59 AXBAY 3 A COW S
4 ON ON YES RBCCW IND Y1 A
29 19 TE3891 SSW LP B RBCCW Hz Inlet Temp M212/Sh1E59 AXBAY 3 BCOMP S
4 ON ON YES RBCCW IND Y1 B
29 20 ES3828 Press Trans Power Supply E137!2/E1 RW 37 CR SR ON ON YES RBCCW IND Y1C918 AB 29 20 F16240 SSW Flow-RBCCW LP A M212/Sh1!E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C1 A
29 20 F16241 SSW FMBCCW LP B M212/Sh1E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C1 B
29 20 FY6240 SSW FkwRBCCW LP A M212/Sh1E59 RW 37 CR S-N/A F16240 4
ON ON YES RBCCW IND Y1C1 A
29 20 FY6241 SSW FMBCCW LP B M212/Sh1/E59 RW 37 CR S-M A F16241 4
ON ON YES RBCCW IND Y1C1 B
29 20 Pt3828 SSW LP A Pump Discharge M212/Sht!E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1C1 A
29 20 Pt3829 SSW LP B Pump Discharge M212/Sht/E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1C1 B
29 20 Tt3400 SSW RBCCW Hx Diff Temp M212/Sh1/E59 RW 37 CR M
4 ON ON YES RBCCW IND Y1 C4 AB 29 20 TSU-3400A SSW RBCCW Hx Diff Temp M212/Sht/E59 RW 37 CR S-N/A T13400 4
ON ON YES RBCCW IND Y1C4 AB 29 21 E122A SSW TBCCW Lcep A Heat Exch M212/Sh1E59 AXBAY 3 A CONP S
N/A N/A N'A RBCCW A
29 21 E1228 SSW TBCCW Loop B Heat Euch M212/Sht/E59 AXBAY 3 BCOhF S
N/A N/A N/A RBCCW B
Total System Records 43 i
Certif.catort Legend; The informateon klentifyng the equipment requered to bnng the plant to a safe shutdown condition on this Safe Eval Type: S seisme evaluabon; Shutdown List (SSEL) es, to the best cd our knowledge and behef, correct and accurate.
R relay evaluaton; Patrick Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaluation, relay evaluaton boxed with related end device; SR seisme and relay evaluation.
% p, o,,,
David Gertits See SSEL cover sheet 9/16/96 Pnnt or Tpe Name sonetwo o,i, Page 40
C:mposite Safe Shutdown Equipment List [SSEL] for Reactor Building Closed Cooling Water System R;v E0 September 16.1996 Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number System / Equipment Descriptkn 15h/Rev Badg Elev Row. Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 30 0
T214A RBCCW Sheelded Sample Chamber M215/Sh1E35 AXBAY 23 Wtr Treat S
9 MA N/A MA A
33 0
T2148 RBCCW Shielded Sample Chamber M215/Sh1E35 AXBAY 23 Wtr Treat S
9 N/A N/A MA B
33 05 P202A RBCCW Pump A Loop A M215/Sh1/E35 AXBAY 3 ACOMP SR OMOFF ON,OFF YES B15 C151 C1 C6 A
30 05 P202B RBCCW Pump B Loop A M215/Sh1E35 AXBAY 3 A COMP SR OMOFF OMOFF YES B15 C151 C1 C6 A
30 05 P202C RBCCW Pump C Loop A M215/Sh1/E35 AXBAY 3 ACOMP SR OMOFF OMOFF YES B15 C1 C6 A
30 05 P2020 RBCCW Pump D Loop B M215/Sh2E35 AXBAY 3 BCOMP SR OMOFF ONOFF YES B14 C150 C1 C6 B l 33 05 P202E RBCCW Pump E Loop B M215/Sh2E35 AXBAY 3 BCOMP SR ONOFF OMOFF YES B14 C150 C1 C6 8
30 05 P202F RBCCW Pump F Loop B M215/Sh2E35 AXBAY 3 B COW SR ONOFF ONOFF YES B14 C1 C6 8
33 05 P204A RBCCW RWCU Pmp Coohng Systo M215/Sh4/E33 RB 51 RWCU PW S 9,10 N/A N/A NA B
33 05 P2048 RBCCW RWCU Pmp Coohng Syste M215/Sh4/E33 RB 51 RWCUPMP S 9.10 MA N/A NA B
33 05 P209A RBCCW CRO Pmp Thrust Bmg Car M215/Sh4E33 RB
-17.5 NE 00 S
9.10 N/A N/A NA B
30 05 P209B RBCCW CRD Pmp Thrust Brng Clr M215/Sh4E33 RB
-17.5 NE QD S
9.10 MA N/A N/A B
33 06 E203A RBCCW RHR P203A Seal Cooler M215/Sh4E33 RB
-17.5 SE QD S
N/A MA MA RHR A
33 06 E2038 RBCCW RHR P203B Seal Cooler M215/Sh2.E34 RB
-17.5 NWQD S
N/A MA N/A RHR B
30 06 E203C RBCCW RHR P203C Seal Cooler M215/Sh4/E33 RB
-17.5 SE QD S
N/A MA N/A RHR A
33 06 E203D RBCCW PHR P203D Saal Cooler M215/Sh2E34 RB
-17.5 NWQD S
N/A N/A N/A RHR B
33 07 PSV4020 RBCCW E207A Rehef M215/Sh4/E33 RB
-17.5 SE QD S
CL CL NO A
33 07 PSV4031 RBCCW E207A Rehef M215/Sh4/E33 RB
-17.5
~l QD S
CL CL NO A
33 07 PSV4032 RBCCW E207B Rebel M215/Sh2/E34 RB
-17.5 NWOD S
CL CL NO 8
33 07 PSV4036 RBCCW E207B Rehef M215/Sh2E34 RB
-17.5 NWOD S
CL CL NO B
33 08A M O4002 RBCCW Drywell Coohng isol W M215/Sh5lE1 RB 16 TORUS R
14 OP OP NO AS 33 08A MO4009A RBCCW Loop B NE Load M215/Sh2E34 AXBAY 3 8 COMP SR 4
OP OP/CL YES B18 C1 AB 33 08A MO40098 RBCCW Loop B NE Load M215/Sh1E32 AXBAY 3 B COW SR 4
OP OP/CL YES B18 C1 AB 30 08A MO4010A RBCCW Inlet to E2098 M215/Sh2E34 RB
-17.5 NW QD SR 6 CL OP YES 818 C153 C1 B
30 08A MO4010B RBCCW Inlet to E2098 M215/Sh2E34 RB
-17.5 NWQD SR 6 CL OP YES B18 C1 B
33 08A MO4038A RBCCW Drywed EAC CntrlW M215/Sh3E32 RB 45 DW SR 14 CL OP/CL YES Y1 C7 VAC205A-1 A/B 33 08A MO40388 RBCCW Drywell EAC Cnt:1 W M215/Sh3/E32 RB 41 DW SR 14 CL OP/CL YES Y1 C7 VAC2058-1 AS 33 08A MO4038C RBCCW Drywen EAC Cntri Viv M215/Sh3/E32 RB 23 DW SR 14 CL OP/CL YES Y1 C7 VAC205C-1 AS 33 08A MO4038D RSCCW Drywen EAC CntriVtv M215/Sh3/E32 RB 41 DW SR 14 CL OP/CL YES Y1 C7 VAC2050-1 A/B 33 08A MO4038E RBCCW Drywen EAC Cntri Viv M2$5/Sh3/E32 RB 15 DW SR 14 CL OP/CL YES Y1 C7 VAC205E-1 AS 33 08A MO4038F RBCCW DryweH EAC Cntri Viv M215/Sh3/E31 RB 15 DW S.l 14 CL OP/CL YES Y1 C7 VAC205F-1 AB 30 08A MO4039A RBCCW Drywen EAC Cntri Viv M215/Sh3E32 RB 23 DW SR 14 OP OP/CL YES Y1 C7 VAC205A-2 AS Certifcaten:
Legend-.
The informaton ider tdymg the equipment required to bnng the plant to a safe shutdown condMion on thes Safe Eval Type: S setsme evaluatm; Shutdown Ust (SSEL) es, to the best of our knowledge and bebef, correct and accurate.
R relay evaluation.
Patnck Doody See SSEL cover sheet S/16/96 S-N/A seisme evalusten, relay evaluation boxed with related end devce; SR seisme and relay evaluatert pnn,,, y,,, u o,,,
David Gertlts See SSEL cover sheet 9/16/96 Pnnt or Type Name signature Date Pege di
C:mposite Safe Shutdown Equipment List [SSEL] for Reactor Building Closed Cooling Water System Rzv. EO September 16.1996 Cys Eq Equipment Drawing No Floor Room or Eval Related End Normat Desired Power Systems tids Required Supporttng No Cl ID Number SystemEquipment Description /Sh/Rev Bidg Elev Row / Col Type Device Notes Status Status Reqd7 Component Supports System or Component Train 30 08A MO40398 RBCCW Drywell EAC CntrlW M215/Sh3/E32 RB 41 DW SR 14 OP OPCL YES Y1 C7 VAC2058 2 AB 30 08A MO4039C RBCCW Drywen EAC Cntrl W M215/Sh3E32 RB 23 DW SR 14 OP OP/CL YES Y1 C7 VAC205C-2 AB 30 08A MO40390 RBCCW Drywe# EAC CntrlW M215/Sh3E32 RB 41 DW ER 14 OP OP/CL YES Y1 C7 VAC20%2 AB 30 08A MO4039E RBCCW Drywen EAC Cntri VIv M215/Sh3E32 RB 15 DW SR 14 OP OP/CL YES Y1 C7 VAC205E-2 AB 30 08A MO4039F RBCCW DryweR EAC Cntrl W M215/Sh3/E32 RB 15 DW SR 14 OP OP!CL YES Y1 C7 VAC205F-2 AB 30 OSA MO4040A RBCCW Drywou EAC Cntri W M215/Sh3fE32 RB 13 DW SR 14 CL OP/CL YES Y1 C7 VAC206A-1 AB 33 08A MO40408 RBCCW Drywe# EAC Cntrl W M215/Sh3E32 RB 13 DW SR 14 CL OP/CL YES Y1 C7 VAC2068-1 AB 30 OSA MO4041A RBCCW DryweR EAC CntrlW M215/Sh1E32 RB 13 DW SR 14 OP OP/CL YES Y1 C7 VAC20cA-2 AB 30 08A MO40418 RBCCW Drywou EAC Cnt:1W M215/Sh3E32 RS 13 DW SR 14 OP OP/CL YES Y1 C7 VAC2088-2 AB 33 08A MO4060A RBCCW Inlet to E209A M215/Sh4E33 RB
-17.5 SE OD SR 6 CL OP YES B17 C152 C1 A
30 08A MO40608 RBCCW Inlet to E209A M215/Sh4/E33 RB
-17.5 SE QD SR 6 CL OP YES B17 C1 A
30 08A MO4065 RBCCW Fuel Pool M215/Sh4E33 RB 74 FP HT EX SR 4
OP CL YES 817 C1 A
33 08A MO4083 RBCCW Hu E2098 Bypass M215/Sh3E32 AXBAY 3 8 COMP SR 5 OP OP/CL YES B18 8
30 08A MO4084 RBCCW Hu E209A Bypass M215/Sh1/E35 AXBAY 3 A COMP SR 5 OP OP/CL YES 317 C1 A
30 08A MO4085A RBCCW Loop A NE Load M215/Sh1E35 AXBAY 3 A COf@
SR 4
OP CL YES 817 C1 A
30 08A MO40858 RBCCW Loop A NE Load M215/Sht/E35 AXBAY 3 A COf@
SR 4
OP CL YES C17 C1 A
33 088 SV4043A RBCCW RCIC Pmp EAC Cntri Sol M215/Sh4/E33 RB 2.8 SWQD R
OFF OFF NO RCIC A
33 08B SV40438 RBCCW RCIC Pmp EAC Cntr1 Sol M215/Sh4/E33 RB 2.8 SWQD R
OFF OFF NO RCIC A
30 088 SV4044A RBCCW HPCI Pmp EAC Cntri Sol M215/Sh2E34 RB
-17.5 HPCI R
OFF OFF NO HPCI B
30 08B SV40448 RBCCW HPCI Pmp EAC Cntrl Sol M215/Sh2/E34 RB
-17.5 HPCI R
OFF OFF NO HPCI B
30 10 VAC203A RBCCW CRO EAC M215/Sh4E33 RB 2.75 CRD MEZZ S 9
N/A N/A MA B
30 10 VAC2038 RBCCW CRO EAC M215/Sh4/E33 RB 2.75 CRD REZZ S 9
N/A N/A N/A B
33 10 VAC205A 1 RBCCW Drywen EAC M215/Sh3/E32 RB 45 DW SR 14 ON ON YES B17 C61 C208 A/B 30 10 VAC205A-2 RBCCW Drywed EAC M215/Sh3/E32 RB 23 DW SR 14 ON ON YES B18 C61 C209 AB 33 to VAC2058-1 RBCCW Drywell EAC M215/Sh3/E32 RB 41 DW SR 14 ON ON YES B17 C61 C208 AB 30 10 VAC205B-2 RBCCW DryweN EAC M215/Sh3/E32 RB 41 DW SR 14 ON ON YES B18 C61 C209 AB i
33 10 VAC205B1-BDO RBCCW Drywen EAC Okdrft Dmp M282E13 RB 41 DW S
OP OP NO AB 30 to VAC20582-BDD RBCCW Drywen EAC Bkdril Dmp M282E13 RB 41 DW S
OP OP NO AB 33 10 VAC205C-1 RBCCW Drywed EAC M215/Sh3/E32 RB 23 DW SR 14 ON ON YES 817 C61 C208 AB 30 10 VAC205C-2 RBCCW Drywen EAC M215/Sh3E32 RB 23 DW SR 14 ON ON YES 818 C61 C209 AB 33 10 VAC205C1-BDD RBCCW Drywen EAC Bkdrft Dmp M282E13 RB 23 DW S
OP OP NO AB i
33 10 VAC205C2-BDD RBCCW Drywou EAC Bkdtft Dmp M282/E13 RB 23 DW S
OP OP NO AB Certification:
Legend:
The information identifying the equipment required to bnng the plant to a safe shutdown condition on this Safe Eval Type: S setsmic evaluation; Shutdown Last (SSEL) is, to the best of our knowledge and behef, corted and occurate.
R relay evaluation; P(Jick Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluatuart boxed wtth related end devtce; W.,i,,. n o,,,
SR seismic and relay evaluation.
David Gertits See SSEL cover sheet 9/16/96 Prmt or Type Nome Segnature Date DU
Composite Safe Shutdown Equipment List [SSEL] for Reactor Building Closed Cooling Water System Rzy EO September 16.1996 fys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required ", -
G,v No Cl ID Number System / Equipment Description Ish/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 30 10 VAC2050-1 RBCCW Drywen EAC M215/Sh3E32 RB 41 DW SR 14 ON ON YES B17 C61 C208 AB 33 10 VAC2050-2 RBCCW Drywe8 EAC M215/Sh3/E32 RB 41 DW SR 14 ON ON YES B18 C61 C209 AB 30 10 VAC20SE-1 RBCCW Drywe8 EAC M215/ShW32 RB 15 DW SR 14 ON ON YES B17 C61 C208 AB 30 10 VAC205E-2 RBCCW Drywe8 EAC M215/Sh3/E32 RB 15 DW SR 14 OFF ON YES B18 C61 C209 AB 30 10 VAC20SE1-BDD RBCCW Drywet EAC Bkdrft Dmp M282E13 RB 15 DW S
OP OP NO AB 30 to VAC205E2-BDO RBCCW Drywen EAC Bkdrft Dmp M282/E13 RB 15 DW S
CL OP NO AB 33 10 VAC205F-1 RBCCW DrywsR EAC M215/Sh3/E32 RB 15 DW SR 14 ON ON YES B17 C61 C208 AB 30 10 VAC205F-2 RBCCW DryweN EAC M215/Sh3/E32 RB 15 DW SR 14 OFF ON YES B18 C61 C209 AB 30 10 VAC205F1-BDO RBCCW Drywen EAC Bkdrft Dmp M282E13 RB 15 DW S
OP OP NO AB 33 to VAC205F2-BDD RBCCW Dryweg EAC Bkdtft Dmp M282/E13 RB 15 DW S
CL OP NO AB 30 10 VAC206A-1 RBCCW Orywen EAC M215/Sh5E1 RB 13 DW SR 14 ON ON YES 817 C61 C208 AB 33 to VAC206A-2 RBCCW Dryweg EAC M215/Sh5/E1 RB 13 DW SR 14 OFF ON YES B18 C61 C209 AB 30 10 VAC206A1-BOO RBCCW Drywou EAC Bkdrit Dmp M282E13 RB 13 DW S
OP OP NO AB 30 10 VAC206A2-BOD RBCCW DryweN EAC Bkdrft Dmp M282E13 RB 13 DW S
CL OP NO AB 30 10 VAC2068-1 RBCCW Drywe8 EAC M215/Sh3/E32 RB 13 DW SR 14 ON ON YES B17 C61 C208 AB 33 to VAC2068-2 RBCCW DryweH EAC M215/Sh3/E32 RB 13 DW SR 14 OFF ON YES B18 C61 C209 AB 33 10 VAC20681-BDD RBCCW Drywea EAC Bkdsft Dmp M282E13 RB 13 DW S
OP OP NO AB 30 10 VAC206B2-BDD RBCCW Drywed EAC Bkdrft Dmp M282/E13 RB 13 DW S
CL OP NO AB 30 10 VAC207A RBCCW Recite MG Set EAC M215/Sh1E35 RB 51 MG SET S
9 N/A MA N/A A
30 10 VAC2078 RBCCW Recite MG Set EAC M215/Sh1E35 RB 51 MG SET S
9 N/A MA N/A A
30 10 VAC207C RBCCW Rectre MG Set EAC M215/Sh1E35 RB 51 MG SET S
9 N/A MA N/A A
30 10 VAC2070 RBCCW Recirc MG Set EAC M215/Sh1E35 RB 51 MG SET S
9 N/A N/A N/A A
33 18 PS4008 RBCCW Loop B Pmp Cntrl & Alarm M215/Sh2E34 AXBAY 3 BCOMP S-N/A P202D, OFF ON YES Y4 C1 B
- P202E, P202F 30 18 PS4058 RBCCW Loop A Pmp Cntri & Alarm M215/Sh1/E35 AXBAY a A COMP S-MA P202A, OFF ON YES Y3 C1 A
P2028 P202C 30 18 PT4008 RBCCW Loop B Mdr Pr ind M215/Sh2E34 AXBAY 3 BCOMP S
12 ON ON YES IND Y1 B
30 18 PT4058 RBCCW Loop A Hdr Pr ind M215/Sh1/E35 AXBAY 3 ACOMP S
12 ON ON YES IND Y1 A
30 19 TE3835 RBCCW Loop B Temp CL M215/Sh2/E34 AXBAY 3 8 COMP S
12 ON ON YES IND 8
33 19 TE3836 RBCCW Loop A Temp CL M215/Sh1/E35 AXBAY 3 ACOMP S
12 ON ON YES IND A
33 20 Pt4008 RBCCW Loop B Mdr Pr Ind M215/Sh2E34 RW 37 CR SR 12 ON ON YES IND Y1 C1 B
Certificaton:
Legend:
The information identdying the equipmer4 requwed to twmg the plant to a safe shutdown condition on this Safe Eval Type: S setsme evaluation; Shutdown List (SSEL) is, to the best of our knowledge and behet, correct and accurate.
R relay evaluation; Patnck Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaluation, relay evaluaten boxed with related end device; SR setsmic and relay evaluation.
p,, y p, n, y
Divid Gertits See SSEL cover sheet 9/16/96 Pnre or Type Name Sensure DWe Page 49
Ccmposite Safe Shutdown Equipment List [SSEL] for Reactor Building Closed Cooling Water System R v. EO September 16.1996 Sys Eq Equ6pment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supposting No Cl ID Number Syst;-f"7_"
Description /Sh/Rev Bedg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 30 20 Pl4058 RBCCW Loop A Mdr Pr ind M215/Sh1!E35 RW 37 CR SR 12 Ot1 ON YES IND Y1 C1 A
30 20 TIC-3835 RBCCW Loop B Temp Cl M215/Sh2E34 RW 37 CR SR 12 ON ON YES IND Y1 C1 8
33 20 TIC-3836 RBCCW Loop A Temp Cl M215/Sht!E35 RW 37 CR SR 12 ON ON YES HD Y1 C1 A
30 20 TR3835 RBCCW Temp Ind M215/Sh2/E34 RW 37 CR S-N/A TIC 3835 12 ON ON YES IND Y1 C1 A
TIC 3836 30 20 TT3835 RBCCW Loop B Temp Trans M215/Sh2E34 RW 37 CR S
12 ON ON YES IND Y1C1 B
33 20 TT3836 RBCCW Loop A Temp Trans M215/Sh1/E35 RW 37 CR S
12 ON ON YES IND Y1 C1 A
33 21 E206A RBCCW Fuel Pool HI Exch M215/Sh4E33 RB 74 FP HT EX S
9 MA N/A MA A
33 21 E206B RBCCW Fuel Pool Ht Euch M215/Sh2E34 RB 74 FP HT EX S
9 N/A MA N/A B
30 21 E209A RBCCW Loop A Heat Exchanger M215/Sh1E35 AXBAY 3 ACOW S
N/A N/A N/A RHR CS EAC SSW-A A
30 21 E2098 RBCCW Loop B Host Exchanger M215/Sh3/E32 AXBAY 3 8 COW S
30 21 E211A RBCCW Recirc MG Sel Od Cir M215/Sh1E35 RB 51 MG SET S
9 N/A MA N/A A
33 21 E2118 RBCCW Recirc MG Set Od Ctr M215/Sh1/E35 RB 51 MG SET S
9 N/A MA N/A A
33 21 E212A RBCCW CRD Pump On Cooser M215/Sh4E33 RB
-17.5 NE 00 S
9 N/A MA MA B
33 21 E2128 RBCCW CRD Pump Od Cooler M215/Sh4E33 RB
-17.5 NE QD S
9 N/A N/A N/A B
33 21 E213A RBCCW Recwc Pma ! teal Wtr Ctr M215/Sh3/E32 RB 21 DW S
9.13 N/A MA MA B
30 21 E2138 RBCCW Recirc Pmp Seal Wtr Car M215/Sh1E32 RB 21 DW S
9,13 MA N/A MA B
33 21 E214A RBCCW Recwc Pmp Lube Od Cir M215/Sh3E32 RB 21 DW S
9,13 N/A N/A N/A B
33 21 E2148 RBCCW Recirc Pmp Lube Od Ctr M215/Sh1E32 Rt3 21 DW S
9,13 N/A N/A MA B
33 21 E216A RBCCW RWCU Heat Exchanger M215/Sh2/E34 RB 51 RW HT EX S
9 N/A MA N/A B
30 21 E2168 RBCCW RWCU Heat Exchanger M215/Sh2/E34 RB 51 RW HT EX S
9 N/A NA MA B
33 21 T201A RBCCW Loop A Surge Tank M215/Sh2E34 RB 91.3 South S
N/A N/A N/A A
33 21 T201B RBCCW Loop B Surge Tank M215/Sh2E34 RB 91.3 North S
N'A N/A N/A B
30 R
30 HO-114 RBCCW Suction Cross-Tie Valve M215/Sh5/E1 AXBAY 3 A COMP S
14 CL OP NO AB 33 R
3tMiG-115 RBCCW Suchon Cross-Tie Valve M215/Sh5/E1 AXBAY 3 A COW S
14 CL OP NO AS 30 R 30 HO 192 RBCCW Descharge Cross-T6e Viv M215/Sh5/E1 AXBAY 3 A COMP S
14 CL OP NO A/B 30 R
30-HO-193 RBCCW Discharge Cross-Tio Vtv M215/Sh5/E1 AXBAY 3 A COMP S
14 CL OP NO AS Total Svstem Records 119 n
Certihcation:
Legend:
The information identdeng the equipment requwed to bnng the plant to a safe shutdown condition on this Safe Evat Type: S seismic evaluation; Shddown List (SSEL) is, to the best of our knowledge and behef, correct and accurate.
R relay evaluation; Patrtk Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaluation, relay evaluation boxed with related end device; SR seestruc and relay evaluation p,
o, Trpo Nemo seture omie Dend Gertits See SSEL cover sheet 9/16/96 Pnne or Type Name Sagnature Date Page60
C:mposite Safe Shutdown Equipment List [SSEL] forInstrumentation & Control System R:v. EO September 16.1996 Cys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl 10 Number System / Equipment Description ISh!Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 45 18 C129A Contaenrnnt Press Sw inser Rack M19 RB 74 EAST S
MA N/A N/A CS RHR RPS AB 43 18 C1298 Contaanrnnt Press Sw instr Rack M19 RB 74 EAST S
N/A MA MA CS RHR RPS AB 45 18 C208 DW Coohng Fan Relay Rack E298/Sh6 RB 23 MCC B17 S
N/A MA MA DW Coohng A
O 18 C209 DW Coohng Fan Relay Rack E298/Sh6 RB 23 MCC B18 S
MA N/A MA DW Cochng B
<5 18 C2201 Core Spray Instr Rack A M15/E16 RB
-17.5 SE 00 S
N/A MA NA CS A
45 18 C2205A Reactor Prot & NSS Instr Rack M18 RB 51 EAST S
RxtSOL ADS HPCI RHR DG 43 18 C2205B Reactor Prot & NSS Instr Rack M18 RB 51 EAST S
RxtSOL ADS HPCI RHR DG 43 18 C2206A Reactor Prot & NSS Instr Rack M18 RB 51 WEST S
RxtSOL ADS HPCI RHR DG 45 18 C2206B Reactor Prot & NSS Instr Rack M18 RB
$1 WEST S
43 13 C2207A Recre Instmment Rack M1 M 19 RB 2.75 CRDQD S
N/A MA N/A RHR A
45 18 C22078 Recirc Instrument Rack M16/E19 RB 2.75 CRO QD S
N/A MA NA RHR B
45 18 C2230 East SDIVInstrument Rack M16E19 RB 23 EAST S
N/A MA MA RPS RXISOL AB 43 18 C2231 West SDIV instrume it Rack MIE19 RB 23 WEST S
18 C2250A HPCIInstrument Rack M15/E16 RB
-17.5 RB SIWP S
MA MA MA HPCI B
43 18 C22508 HPCIInstrument Rack M15/E16 RB
-17.5 RBSMP S
N/A N/A N/A HPCI B
45 18 C2251A Jet Pump instrument Rack M16/E19 RB 23 EAST S
MA N/A MA IND RHR A
45 18 C22518 Jet Pump instrument Rack A M16'E19 RS 23 EAST S
N/A MA MA IND RHR A
45 18 C2252A Jet Pump tnstrumer.t Rack M16/E19 RB 23 WEST S
MA N/A MA IND B
45 18 C22528 Jet Pump Instrument Rack B M16/E19 RB 23 WEST S
MA N/A N/A IND B
45 13 C2256A RPS-MSL Hi Flow M15/E16 RB 2.75 SW 00 S
N/A MA N/A RDS RxtSOL A
45 18 C22568 RPS44SL Hi Flow M15/E16 RB 2.75 SW 00 S
N/A MA MA RPS RxtSOL B
45 18 C2257A HPCf Instrument Rack M15/E16 RB
-17.5 NW QD S
MA N/A MA HPCI B
45 18 C2257B RCIC Instrument Rack M15/E16 RB
-17.5 SW QD S
MA MA MA RC8C A
45 18 C2258 RCIC Instrument Rack M15/E16 RB 2.75 SW QD S
N/A N/A MA RCIC A
45 18 C2259 RHR Aloopinstrument Rack M241/Sh2/E31 RB
N/A MA MA RHR A
43 18 C2260 Core Sprey instr Rack B M242/E36 RB
-17.5 NW QD S
N/A N/A MA CS B
45 18 C2262 RHR E Loop Instrument Rack M241/Sh2/E31 RB
-17.5 NWQD S
MA N/A N/A RHR B
45 18 C83 Condensate Trar sfee Instr Rack M15/E16 AXBAY 3 BCOMP S
N/A MA N/A CST AB Cert:0 cation:
Legend; The informatum 6dentrying the equipment requwed to bnno the plant to a safe shutdcun condmon on this safe Evat Type: S seismic evaluatkm; Shutdown List (SSEL) is, to the best of our knowledge and behef, currect smd accurate.
R relay evaluation; Patrick Doody See SSEL cover sheet 9/16/96 S-N/A seisme eva!uatron, relay evaluation boxed with related end device; SR setsme and relay evaluaton.
g,,,
David Getists See SSEL cover sheet 9/16/96 Pnnt or Tye Name Sqnature Date Page 61
4 Ccmposite Safe Shutdown Equipment List [SSEL] forInstrumentation & Control System,
Rev E0 September 16.1996 Sys Eq Equipment Drawing No Floor Room or Evat Rhated End Normal Desired Power Systems this Required Supporting No Cl ID Number System / Equipment Desc *ption ISh#tev Bldg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 43 18 DPT261-2A RM44SL M Flow E698/E8 RB 2.75 SW 00 SRA SV203-1A 9 ON ON YES RPS RdSOL C2256A A
tthru D-AC and DC.
SV203-2A thru D-AC and DC 45 18 DPT261-28 RPS-MSL M Flow E70GE7 RB 2.75 SW QD SMA SV203-1A 9 ON ON YES RPS RxtSOL C2256A B
tttwu D-AC and DC, I
SV203-2A thru D-AC and DC 45 18 DPT261-2C RPS44SL M Flow E699E7 RB 2.75 SW OD S-t4A SV203-1A 9 ON ON YES RPS RutSOL C2256A A
SV2C3-2A ttwu D AC and DC 45 18 DPT261-20 RPS4tSL M Flow E701/E8 RB 215 SWQD S-N/A SV2031 A 9 ON ON YES RPS RutSOL C2256A B
SV203-2A thru CMC and DC 43 18 DPT261-2E RPS44SL M Flow E698/E8 RB 2.75 SW 00 SMA SV203-1A 9 ON ON YES RPS RxtSOL C2256A A
trhru D-AC and DC.
SV203-2A thru D-AC and DC 45 18 DPT261-2F RPS4WISL M Flow E700/E7 RB 2.75 SWOD SMA SV2C3-1A 9 ON ON YES RPS RxtSOL C2256A B
tthru D-AC and DC.
SV203-2A thru D-AC and DC Certification:
Legend:
The mformaton idenhfpng the equgment requwed to bnng the plant to a safe shutdown conddion on this Safe Eval Type: S seismic eva!uation; Shutdown Lest (SSEL) is, to the best cd our knowledge and behef, correct and accurate.
R relay evaluation; Patick Doody See SSEL cover sheet 9/1&96 S4'A seisme evaluation, relay evaluate boxed with related end device; SR sersrnic and relay evaluaton 7
David Gerhts See SSEL cover sheet 9/16/96 Pnnt or Type Name Signature Date Page 62 1
C:mposite Safe Shutdown Equipment List [SSEL] forinstrumentation & Control System R:x E0 September 16.1996 tys Eq Equipment Drawing No Floor Room or Evat Related End Normat Desired Power Systems this Required supporting No CI 10 Number System / Equipment Description Ish/Rev Bldg Elev RowfCol Type Devke Notes Status Status Reqd? Component Supports System or Component Train 45 18 DPT261-2G RPS-MSL M Fkm E69!WE7 RB 2.75 SWOD SMA SV203-1A 9 ON ON YES RPS RxfSOL C2256A A
SV203-2A thru D-AC and DC 45 18 DPT261-2H RPS44SL M Fkm E701/E8 R8 2.75 SW 00 S-N/A SV203-1A 9
ON ON YES RPS RxtSOL C2256A B
tthru MC and DC.
SV203-2A thru D-AC and DC i
45 18 DPT261-2J RPS41SL M Fkm E698/E8 R8 2.75 SWQD SMA SV203-1A 9 ON ON YES RPS RxtSOL C22568 A '
SV203 2A thru D-AC and DC 45 18 DPT261-2K RPS44SL M Fkm E700/E7 R8 2.75 SW QD SMA SV203-1A 9 ON ON YES RPS RxtSOL C22568 8
tthru D-AC and DC.
SV203-2A thru D.AC and DC 43 18 OPT 261-2L RPS4ASL H Flow E699/E7 R8 2.75 SWOD SMA SV203-1A 9
ON ON YES RPS RxtSOL C22568 A
SV203-2A thru MC and DC 45 18 DPT261-2M RPS4ASL M Fkm E701/E8 R8 2.75 SW OD SMA SV203-1A 9 ON ON YES RPS RxtSOL C22568 8
SV203-2A thru D-AC and DC i
6 1.
Certification:
Legend.-
The enformaten identdying the equipment requwed to tmng the plant to a safe shutdown condaten on thra Safe Eval Type: S seismic evaluation; Shutdown Lht (SSEL) es, to the best of our knowledge and behef, correct and accurate.
R relay evaluaton; Patock Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluaton, relay evaluation boxed with related end device; SR setsmc and relay evaluaton.
p,,,,,, yg,
g.
David Gertits See SSEL cover sheet 9/16/96 Pmd or Tme Name Segnatwo Date L
Page63
Camposite Safe Shutdown Equipment. List [SSELJ forInstrumentation & ControlSystem Ru EO September 16.1996 Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems tNs Required Supporting No Cl ID Number SystemfEatW Description fShtRev Bldg Eley RowfCol Type Devtce Notes Status Status Reqd? Component Supports System or Component Train 45 18 DPT261-2N RPS44SL F Flow E69&E8 RB 2.75 SW CD S-N/A SV203-1A 9
ON ON YES RPS RutSOL C22568 A
tttwu D-AC and DC, SV203-2A thru D-AC and DC 43 18 DPT261-2P RPS-MSL M Fkm E70GE7 RB 2.75 SW QD S-N/A SV203-1A 9 ON ON YES RPS RxtSOL C22568 8
tthru D-AC and DC, SV203-2A thru D-AC and DC 43 18 DPT261-2R RPS44SL Hi Flow E699'E7 RB 2.75 SWQD S-N/A SV203-1A 9 ON ON YES RPS P.xtSOL C22568 A
tthru D-AC and DC, SV203-2A thru D-AC and DC 45 18 DPT261-2S RPS44SL M Fkm E701/E8 RS 2.75 SWQD S-N/A SV203-1A 9 ON ON YES RPS RxtSOL C22568 8
tthna D-AC and DC, SV203-2A thru D-AC and DC 45 18 LT1001-650A Rx Water Level Transmator M253/1E22 RB 23 EAST S
ON ON YES IND C22518 Y3 A
43 18 LT1001-6508 Rm Water Level Transmmer M253/1/E22 RB 23 WEST S
ON ON YES IND C22528 Y4 8
45 18 LT263-57A Rx Water Level Trans (Iow-km)
E69&E7 RB 51 EAST S
ON ON YES RPS RxtSOL C2205A A
45 18 LT263-578 Rx Water Level Trans (tow 4ow)
E70GE7 RB 51 EAST 5
ON ON YES RPS RxtSOL C2205A B
45 18 LT263-58A Rx Water Level Trans (low 4aw)
E69&E7 RB 51 WEST S
ON ON YES RPS Rx! SOL C2206A A
45 18 LT263-588 ~
Rx Water Leve4 Trans (low 4aw)
E701/E7 RB 51 WE5Y S
ON ON YES RPS RutSOL C2206A B
43 18 LT263-72A Rm Water Level Transmstter M253/1/E22 RB 51 EAST S
10 ON ON YES ADS HPCI RCIC RHR C2205A D36 Y3 A
DG CS 45 18 LT263-728 Rx Water Level Transmater M253I1/E22 RB 51 WEST S
10 ON ON YES ADS HPCI RCIC RHR C2206A D37 Y4 B
DG CS 45 18 LT263-72C Rx Water Level Transmnter M253/1 E22 RB 51 WEST S
10 ON ON YES ADS HPCI RCIC RHR C2205A Y3 D36 A
DG CS 45 18 LT263-72D Rx Water Level Transmitter M252/1/E22 RB 51 EAST S
10 ON ON YES ADS HPCI RCIC RHR C2206A Y4 D37 B
Legend; The informaton identdying the equepmerd requwed to bnng the plant to a safe shutdown conddion on this Safe Eval Type: S setsmic evaluation; Shutdown List (SSEL) is, to the best of our knowledge and behef, correct and accurate.
R relay evaluation; Patnck Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluation boxed with related end dev6ce; SR seismic and relay evalmtort p,,.* ar im m s.m m
Devid Gertits See SSEL cover sheet 9/16/96 Pnre or Type Name Sagnetro Date WN
Composite Safe Shutdown Equipment List [SSEL] forInstrumentation & Control System Ru E0 September 16.1996 Cys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this R@sd Supportmg No Cl ID Number Syst...-C _ - M Desc.4->_--
15h/Rev Bldg Elev RowsCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 45 18 LT263 73A Rn Water Level Transmdter M253/Sh1E22 RB 23 EAST S
ON ON YES IND C2251A Y3 D36 A
43 18 LT263-738 RxWater Level Transmdter M253/1/E22 RB 23 WEST S
ON ON YES IND C2252A D37 Y4 8
45 18 PT1001-600A Drywee Pressure Transmater M241/Sh1E46 RB 74 EAST S
ON ON YES IND Y3 A
45 18 PT1001-6006 Drywe8 Presswe Transmater M241/Sh1/E46 RB 74 EAST S
ON ON YES IND Y4 8
45 18 PT1001-601A Drywen Pressure Transmdter M241/Sht/E46 RB 74 EAST S
ON ON YES IND Y3 A
45 18 PT1001-6018 DryweR Pressure Transmitter M241/Sh1E46 RB 74 EAST S
ON ON YES IND Y4 8
43 18 PT1001-69A Suppr Pool Bottom Press Trans M241/Sh1E59 RB
-17.5 TORUS S
ON ON YES IND C170 C2233A ES1001-A 604A Y3 43 18 PT1001-698 Suppr Pool Bottom Press Trans M241/Sh1/E59 RB
-17.5 TORUS S
ON ON YES IND C171 C2233B ES1001-B 6048 Y4 G
18 PT1001-89A Drywell Pressure Transmdter E727/E2 RB 74 EAST S
ON ON YES CS RHR C1298 Y3 D36 A
45 18 PT1001-898 Drywen Pressure Transmdter E729/E2 RB 51 WEST S
ON ON WS CS RHR C22068 Y4 D37 8
r 45 18 PT100189C Drywen Pressure Transmitter E727/E2 RB 74 EAST S
ON ON YES CS RHR C1294 Y3 036 A
43 18 PT1001-890 Drywen Pressure Transmeter E729E2 RB 51 WEST S
ON ON YES CS RHR C22068 Y4 037 B
45 18 PT261-30A RPS-MSL Low Press.
E69&E8 TB 23 COND PMP S ON ON YES RPS RxtSOL A
45 18 PT261-308 RPS44SL Low Press.
E700f7 TB 23 COND PW S ON ON YES RPS RxtSOL B
43 18 PT261-30C RPS44SL Low Press.
E699/E7 TB 23 CONDPMP S ON ON YES RPS RxtSOL A
45 18 PT261-300 RPS-MSL Low Press.
E701E8 TB 23 COND PMP S ON ON YES RPS RxtSOL B
45 18 PT263-49A Rx Pressure Transmdter E728E5 RB 51 EAST S
ON ON YES IND C2205A D36 Y3 C170 A
45 18 PT263 498 Rx Pressure Transmater E730/E5 RB 51 WEST S
ON ON YES IND C2206 D37 Y4 C171 B
45 18 PT263-50A Rx Low Press Transmdter E728/E5 RB 51 EAST S
ON ON YES CS rtHR PCIS C2205A Y3 036 A
43 18 PT263-50B Rm Low Press Transmdter E730/E5 RB 51 WEST S
ON ON YES CS RHR PCIS C2206 Y4 D37 B
43 18 PT263-51A RPS-High Reactor Pressure E698/E8 RB 51 EAST S
9 ON ON YES RPS C2205A A
45 18 PT263-518 RPS-High Reactor Pressure E700/E7 RB 51 EAST S
9_
ON ON YES RPS C2205A B
45 18 PT263-51C RPS-High Reactor Pressure E699E7 RB 51 WEST S
9 ON ON YES RPS C2206A A I 45 18 PT263-51D RPS-Hogh Reactor Pressure E701E8 RB 51 WEST S
9 ON ON YES RPS C2206A B
43 18 PT263-52A Rx Low Press Transmit *er E728/E5 RB 51 EAST S
ON ON YES CS RHR C2205A Y3 D36 A
43 18 PT263-528 itz Lua press Transmdter E728/E5 RB 51 WEST S
ON ON YES CS RHR C2206A Y4 D37 8
43 18 PT504A RPS-First Stage Turb. Press.
9 ON ON YES RPS A
45 18 PT504B RPS-First Stage Turb. Press.
9 ON ON YES RPS B
45 18 PT504C RPS-First Stage Turb. Press.
9 ON ON YES RPS A i 43 18 PT504D RPS-First Stage Turb. Press.
9 ON ON YES RPS B j 45 18 PT512A RPS-High DryweN Pressure E698/E8 RB 74 EAST S
9 ON ON YES RPS C129A A
1 i
Certification:
Legend.
The information identifying the equipment required to bring the plant to a safe shutdown condtion on this Safe Eval Type: S setsme evaluation; Shutdown List (SSEL) is. to the boat of our knowledge and behof, correct and accurate-R relay evaluatm; Patrick Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaluation, relay evaluatm boxed with related end device; SR setsme and relay evaluaton p,,,,,, y,,, u,,,
Drvid Geriets See SSEL cover sheet 9/16l96 E or Type Nome Signatwo Date ene i
Ccmposite Safe Shutdown Equipment List [SSEL] forinstrumentation & Control System R:V EO September 16.1996 Sys Eq Equ6pment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No CI ID Number System /E-M Description (ShiRev Badg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train 45 18 PT5128 RPS-High Drywen Pressure E700/E7 RB 74 EAST S
9 ON ON YES RPS C1298 B
45 18 PT512C RPS-High Crywen Pressure E699/E7 RB 51 WEST S
9 ON ON YES RPS C22068 A
45 18 PT5120 RPS44igh Drywell Pressure E701/E8 RB 51 WEST S
9 ON ON YES RPS C2206B B
45 18 TE261-40 Reactor Vessel Dram Une Temp M1C15-6/E8 RB 0 DW S
12 ON ON YES IND C921 Y1 TR263-104 AS 45 18 TE26349-A2 Reactor Vessel Flange Terry M1C154E8 RB 0 DW S
12 ON ON YES IND C921 Y1 TR263-104 AS 45 18 TE26349-82 Reactor Vessel Shet Temp M1C154/E8 RB 0 DW S
12 ON ON YES IND C921 Y1 TR263-104 AS 45 18 TE263-694.2 Rn Vessel Bottom HeadTemp M1C154/E8 RB 0 DW S
12 ON ON YES IND C921 Y1 TR263-104 AS 43 18 TE263-64N1 Reactos Vessel Shes Temp M1C15-6/E8 RB 0 DW S
12 ON ON YES IND C921 Y1 TR263-104 AB 45 20 C1 Feedwater & Cond Bench Board M270/E13 RW 37 CR S
MA MA MA CST SSW RBCCW AB 45 20 C101 DG A Generator Control M16/E19 DG A 23 DG A S
N/A MA NA DG A
45 20 C102 DG B Generator Cor'rol M16/E19 DG B 23 DG B S
MA MA N/A DG B i 45 20 C103A DG A Aux 4:enes Control M16T19 DG A 23 DG A S
N/A MA MA DG A
45 20 C1038 DG A Engme Control Panel M16/E19 DG A 23 DG A S
MA N/A MA DG A
45 20 C103C DG A Engine Gage Panet M16/E19 DG A 23 DG A S
N/A N/A N/A DG A
i 45 20 C104A DG B Auxiheries Control M16/E19 DG B 23 DG B S
MA MA MA DG B
45 20 C1048 DG B Engme Control Panet M1tVE19 DG B 23 OG B S
N/A NA MA OG B
45 20 C104C DG B Engine Gage Panea M16E19 DG B 23 DG B S
N/A N/A N/A DG B
45 20 C108 PanelC108 M18 RW 51 82FRM S
N/A N/A MA CRHEAF A
45 20 C109 PanelC109 M18 RW 51 s2FRM S
MA N/A N/A CRHEAF B
45 20 C11 Transmitter Power Panet M227-135 RW 23 CSR S
13 N/A N/A N/A SSW RBCCW Y1 AB 45 20 C110 DG A Pump Control Panel M223 CG A 23 DG A S
MA N/A MA DG A
45 20 C111 DG B Pump Control Panel M223 DG B 23 DG B S
MA NA MA DG B
45 20 C150 SSW/RBCCW Ak Shutdown Panet M15/E16 AXBAY 3 B COf#
45 20 C151 SSW/RBCCW Alt Shutdown Panel M15/E16 AXBAY 3 A COhP S
45 20 C152 RHR Alt Shutdown Panel M1&E19 RB 23 EAST S
45 20 C153 RHR Alt Shutdown Panel M16/E19 RB 23 WEST S
45 20 C154 RCIC Alt Shutdown Panel M16/E19 RB 23 WEST S
N/A MA MA RCIC A
45 20 C155 HPCI Altemale Shutdown Panel M16/E19 RB 23 WEST S
MA N/A MA HPCI B
45 20 C156 ADS Alt Shutdown Panel M1 EVE 19' RB 23 EAST S
MA MA MA ADS A
45 20 C157 ADS Alt Shutdown Panel M1&E19 RB 23 WEST S
MA MA MA ADS B
45 20 C158 HPCI Ahemate Shutdown Panel M16/E19 RB 23 WEST S
N/A N/A MA HPCI B
{
45 20 C159 RCIC Remote Shutdown Panel M1tVE19 RB 23 WEST S
MA N/A N/A RCIC A
Certification:
Legend:
The information identifying the equipment required to bring the plant to a safe shutdown cond4 ton on this Safe EvalType: S seesme evaluation; Shutdown Ust (SSEL) 6s, to the best of our knowledge and behef, corred and occurate R
relay e'h, Patnck Doody See SSEL cover sheet 9/16/96 S-N/A seisme evaluation, relay evaluation boxed with related end device; SR seismic and relay en4uation p,,,, ry,, n,,,,,
o,,,
Divid Gerirts See SSEL cover sheet 9/16,96 Peut or Type Name Signature Date Page 64
Camposite Safe Shutdown Equipment List [SSEL] forInstrumentation & Control System R:V E0 September 16.1996 fys Fq Equipment Drawing No Floor Room or Evat Related End Normal Desired Power Systems this Required Supporting No CI ID Number System /Ec_'-- ;-? Description #Shntev Bldg Elev Row! Col Type Device Notes Status Status Reqd? Component Supports System or Component Tra6n 45 20 C160 DG A AMemale Shutdown Panel M16E19 DG A 23 DG A S
N/A MA NA DG A
45 20 C161 DG B Alternate Shutdown Panel M16/E19 DG B 23 DG B S
N/A N/A MA DG B
45 20 C163 RHR B Loop AR Shutdown Panet M16/E19 RB 23 EAST S
N/A N/A MA HHR B
45 20 C170 Post Accident Monitanng Panet fA270/E13 RW 37 CR S
N/A NA N/A RHR IND A
43 20 C171 Post Accident inntonng Panet M270E13 RW 37 CR S
MA N/A MA RHRIND B
45 20 C174 PASS isolation Vtv Control M270/E13 RW 37 CR S
N/A MA NA RHR A
45 20 C175 PASS isolation Viv Control M270/E13 RV7 37 CR S
N/A N/A N/A RHR A
45 20 C179 Torus Wtr Temp Sognet Proc Cab M270/E13 RW 37 SAS S
N/A MA MA RHR A
45 20 C180 TorusWir Temp Signal Proc Cab M27&E13 RW 37 SAS S
N/A N/A N/A RHR B
45 20 C2 Turtune Bench Board M270/E13 RW 37 CR S
N/A N/A MA CST SSW AB 45 20 C2204 Accumulator Monnor Panet M16/E19 RB 23 WEST S
N/A MA N/A RPS 45 20 C2222 Accumulator Monitor Panel Mi&E19 RB 23 EAST S
MA MA N/A RPS 45 20 C2228-A1 RPS Analog Trip Catunet E698/E7 RW 23 CSR S
43 20 C2228-A2 RPS Analog Trip Caturud E699E7 RW 23 CSR S
45 20 C2229-81 RPS Analog Trip Catunet E70&E7 RW 23 CSR S
9 MA MA N/A RPS RxtSOL B
45 20 C2229-82 RPS Analog Tnp Catunet E701/E7 RW 23 CSR S
9 N/A N/A MA RPS RxtSOL 8
43 20 C2233A Analog Trip System E727/E2 RW 23 CSR S
N/A N/A NA ADS HPCI RCIC RHR D36Y3 A
DG CS IND 45 20 C22338 Analog Tnp System E729/E2 RW 23 CSR S
MA NA N/A ADS HPCI RCIC RHR D37 Y4 B
DG CS IND 45 20 C2261 RHR A Loop Instrument Rock M1&E19 RB 23 EAST S
MA N/A MA RHR S
45 20 C248 MCC B17 Fan Control Panel E14/2 RB 23 MCC B17 S
N/A N/A MA AC MCCHVAC A
43 20 C249 MCC B18 Fan Control Panet E14/2 RB 23 MCC B18 S
N/A N/A N/A AC MCCHVAC B
43 20 C250 MCC B20 Fan Control Panet E14/2 RB 23 MCCB20 S
N/A N/A MA AC MCCHVAC X
43 20 C3 Auxthary Power Bench Board M270/E13 RW 37 CR S
MA N/A NA DG A/B 45 20 C4 Instrument Panel M27&E13 RW 37 CR S
N/A MA MA SSW Y1 AB 45 20 C5 Protective Relaying M270E13 RW 37 CR S
MA N/A N/A AC A/B 43 20 C6 Lead Shedding Panet M270E13 RW 37 CR S
43 20 C61 Reactor Bldg H&V Control Panet M16/E19 RB 23 EAST WALL S N/A N/A MA DW Cochng AS 45 20 C61A EAC Safeguards Area Vent Cntrt M16/E19 RB 23 E WALL S
HPCI) 43 20 C618 EAC Safeguards Area Vent Cntrl M16/E19 RB 23 E WALL S
HPCI)
Certification:
Legend:
The information identifying the equipment requirW to twing the plant to a safe shutdown condition on this Safe Eval Type: S seismic evaluaten; Shutdown List (SSEL) is, to the best of our knowledge and behet, correct and accurate.
R relay evaluaten; Perick Doody See SSEL cover sheet 9/16/96 S-N/A seistnic evaluaton, relay evaluaton boxed with related end device; SR seismic and relay evaluatiort Pnra or Type Name
$agnature Date David Gerlits See SSEL cover sheet 9/16/96 Pnnt or Type Name Sqnature Date Page 67
I Camposite Safe Shutdown Equipment List [SSEL] forInstrumentation & Control System R:v. EO September 16.1996 Fys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number System / Equipment Description JSh/Rev Badg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 43 20 C64 SSW IWAC Corwrol Panel M280E8 IS 25.6 Stairwl S
3 N/A N/A MA SSW HVAC AS 45 20 C7 Ctma isol & Vent 4ation VS M270,E13 RW 37 CR S
MA MA MA N2 CRHEAF AS 43 20 C8 Auxihary Ptmer Panel M270/E13 RW 37 CR S
N/A MA N/A AC C8 AB i 43 20 C84 DG Storage Tank Lvt instr Rack M1tVE19 DG B 23 DG B -
S N/A N/A NA DG AS 45 20 C89 Dweet A Vent Control Panet M280rE8 DG A 23 DG A S
N/A NA NA DG A
45 20 C90 Diesel B Vent Control Panet M280/E8 DG B 23 DG B S
N/A MA N/A DG B
45 20 C902 Control Room Panel M270/E13 RW 37 CR S
N/A N/A MA CRHEAF Y2 AS l 45 20 C903 Rx & Cent CoohnD Bench Board M270E13 RW 37 CR S
MA N/A N/A RHR CS RWCU N2 AS IND RxtSOL CST 4
45 20 C904 Rx Wtr Cleanup Recirc Bench Bd M270/E13 RW 37 CR S
N/A N/A MA RCIC CS RWCU N2 AS RxtSOL RHR HPCI RBCCW 45 20 C905 Rx Control Bench Board M270/E13 RW 37 CR S
N/A MA MA IND B
45 20 C910 Control Room Panel M270/E13 RW 37 CR S
N/A N/A NA CRHEAF ROCCW Y2 Y1 AS 45 20 C915 Channel A Pnm isol & Rx Prot M270/E13 RW 37 CR S
N/A MA N/A RxtSOL RPS AS 45 20 C917 Clunnel B Prtm isol & Rm Prot M270E13 RW 37 CR S
N/A NA MA RxtSOL RPS AS 45 20 C918 FW & Rectre Vertical Board M270/E13 RW 37 CR S
N/A NA MA SSW Y1 AS 45 20 C919 Process '. ;.-...
N/A N/A N/A RCIC RHR CS HPCI AS 43 20 C921 Nuclear Stm Temp Recorder VB M270/E13 RW 37 CR S
45 20 C927 RPtS Control Rod Position Cab M270/E13 RW 37 CR S
N/A N/A N/A RPIS AS 45 20 C928 Rod Manual Control Panel M270/E13 RW 37 CR S
N/A N/A N/A RPts 43 20 C930 RCIC Relay Vertical Board M270/E13 RW 23 CSR S
N/A N/A N/A RCIC A
45 20 C932 Channel AVerticalboard M270/E13 RW 23 CSR S
t 45 20 C933 Channei B Vertical Board M270/E13 RW 23 CSR S
45 20 C939 HPCI Relay Verticat Board M270/E13 RW 23 CSR S
N/A N/A N/A HPCI B
45 20 C941 Pnm Cont Isot Relay Cab inbd M270/E13 RW 23 CSR S
N/A N/A N/A RutSOL(RWCU MS A
RX) 43 20 C942 Pnm Cont smol Relay Cab Outbd M270/E13 RW 23 CSR S
N/A N/A N/A RxtSOL(RWCU MS B
RX) 45 20 E/t263-49A VoRage/ Current Converter E728/E5 RW 23 CSR S-N/A PR1001-ON ON YES IND C2233A D36 Y3 A
600A, P1263-49A Certificaton:
Legend:
The information identdying the equipment required to bring the plant to a safe shutdown condition on this Safe EvalType. S seestruc evaluation; Shddown List (SSEL) is, to the best of our knowledge and behef, correct and accurate-R relay evaluation; Patrick Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaluation, relay evaluation boxed with related end device; SR seismic and relay eva!uation.
pong o, y, n, Dtvid Gertits See SSEL cover sheet 9/1&G6 Pnnt er Type Name Systure Date DN
Camposite Safe Shutdown Equipment List [SSEL] forinstrumentation & Control System Rn EO September 16.1996 S stemsthis Required Supporting Sys Eq Equipment Drawtng No Floor Room or Eval Related End Normal Desired Power Y
No C8 ID Number SystemEquipment Description ISh/Rev Badg Elev Row! Col Type Device Notes Status Status Reqd? Coseponent Supports System or Component Train 45 20 EA263 498 Voltage / Current Converter E730E5 RW 23 CSR SMA PR1(M1-ON ON YLS IND C22338 D37 Y4 8
6008. Pt263-498 45 20 EA263-72A Voltage / Current Converter E727E4 RW 23 CSR SMA Lt263-100A ON ON YES IND C2233A D36 Y3 A
45 20 EA263-728 Vattage/ Current Converter E729/E4 RW 23 CSR SMA U263-1008 ON ON YES tND C22338 D37 Y4 B
45 20 EA263-73A VoltageCurrent Converter E72&E5 RW 23 CSR SMA U263-106A ON ON YES IND C2233A D36 Y3 A
45 20 EA263-738 Voltage / Current Converter E73GE5 RW 23 CSR S-N/A U263-106B ON ON YES IND C22338 D37 Y4 8
45 20 E/S222841L RPS ATS Catunet Power Supply E698E11 RW 23 CSR SR 11 ON ON YES SDC A
45 20 E/S2228-A1R RPS ATS Cabinet Power Supply E698E11 RW 23 CSR SR 11 ON ON YES SDC A
45 20 E/S2228-A2L RPS ATS Catunet Power Supply E69&E11 RW 23 CSR SR 11 ON ON YES SDC A
45 20 E/S2228-A2R RPS ATS Catunet Power Supply E699/E11 RW 23 CSR SR 11 ON ON YES SDC A
45 20 E/S2233A-AC C2233A AC Power Supply E727/E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C2233A V3 A
DG CS IND 45 20 E/S2233A-DC C2233A DC Power Supply E728/E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C2233A D36 A
DG CS IND 43 20 E/S22338-AC C22338 AC Power Supply E72SE2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C22338 Y4 8
DG CS IND 45 20 E/S22338-DC C22338 DC Power Supply E730/E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C22338 D37 B
DG CS IND 45 20 ES1001-604A PA&4 PanelInstr Power Supply E550/Sh29 RW 37 CR S
ON ON YES RHR IND C170 Y3 A
45 20 ES1001-6048 PAM Panet Instr Power Supply E550/Sh30 RW 37 CR S
ON ON YES RHR IND C171 Y4 B
L 45 20 U1001450A Rx Water LevelIndicator M253/1E22 RW 37 CR SR ON ON YES IND C170 Y3 A
45 20 U1001-6508 Rx Water LevelIndicator M253/1E22 RW 37 CR SR ON ON YES IND C171 Y4 B
k c5 20 U263-100A Rx Water level lndscator M253/1E22 RW 37 CR SR ON ON YES IND C90$ Ell 263-72A A
43 20 U263-1008 Rx Water Levellndicator M253/1E22 RW 37 CR SR ON ON YES IND C905 EA263-728 B
45 20 U263-106A Rx Water levellndicator M253/1.E22 RW 37 CR SR ON ON YES IND C903 Ell 263-73A A
45 20 Lt263-1068 Rx Water Levelindscator M253/1E22 RW 37 CR SR ON ON YES IND C903 E/1263-738 B
43 20 N/A-45-1 RPIS Translaton Electrorucs M1P49-3/E1/ALL RW 37 CR SR 4,8 MA N/A YES RPtS Y2 C927 C928 AS 45 20 MA-45-2 Full Core Display M1P49-3/E1 RW 37 CR R
4,8 MA MA YES RPIS Y2 C905 C927 C928 A/B 45 2G MA-45-3 4 Rod Display M1P49-3/E1 RW 37 CR R
4,8 MA MA YES RPiS Y2 C905 C927 C928 AS 45 20 Pt1001-600A Dryweit Pressure Indicator M241/Sh1/E46 RW 37 CR SR ON ON YES IND C170 A
45 20 Pt1001-6008 Drywell Pressure Indicator M241/Sh1E46 RW 37 CR SR ON ON YES IND C171 8
45 20 Pt1001-601 A Drywell Pressure Indicator M241/Sh1E46 RW 37 CR SR ON ON YES IND C170 A
l 45 20 PI1001-6018 Drywell Pressure Indicator M241/Sh1E46 RW 37 CR SR ON ON YES IND C171 B
Certification:
Legend:
The information identifyin0 the equipment required to bnng the plant to a safe sinddown condition on ttus Safe Eval Type: S seismic evaluation; Shutdown Ust (SSEL) is, to the best of our knowledge and belief, correct and accurate.
R relay evaluation; Patrrk Doody See SSEL cover sheet 9/16/96 S-N/A seistnic evaluation, relay evaluation boxed with related end device; SR seismic and relay evaluation.
poo,, 7,,%
g,,,
Divid Gertits See SSEL cover sheet 9/16/96 Pnnt or Type Name Signature Date Page 69
Camposite Safe Shutdown Equipment List [SSEL] forinstrumentation & ControlSystem Rx EO September 16.1996 Sys Eq Equ6pment Drawing No Floor Room or Eval Related End Normal Desired Power Systems tNs Requ6 red Supporting No Cl ID NtW SystemlEqC..:Descr h Mh/Rev Bldg Elev Row.* Col Type Device Notes Status Status Reqd? Component Supports System or Component Tra6n 45 20 P11001-69A Suppr Pool Bottom Press ind M241/Sh1/E59 RW 37 CR SR ON ON YES IND C903 ES1001-604A A
43 20 PI1001-698 Suppt Pool Bottom Press lnd M241/Sht/E59 RW 37 CR SR ON ON YES IND C903 ES1001-6048 8
43 20 P W 9A Rx PressureIndecator M253/1!E22 RW 37 CR SR ON ON YES IND C170 ELM A
43 20 Pf263-498 Rx Pressure Indcator M253/1/E22 RW 37 CR SR ON ON YES IND C171 EA263-498 8
43 20 PR1001-600A Rx Pressure Recorder E728/E2 RW 37 CR SR ON ON YES IND C170 Y3 D36 A
45 20 PR1001-6008 Rx Pressure Recorder E73aE2 RW 37 CR SR ON ON YES IND C171 V4 D37 8
45 20 PSX5 RPIS 5VDC Power Supph M1P49-3/E1 RW 37 CR S
ON ON YES Y2 C927 C928 AS 45 20 PSX6 RP1S 28VDC Power Supph PSX28 M1P49-3/E1 RW 37 CR S
ON ON YES Y2 C927 C928 A6 45 20 PSYS RPtS SVDC Power Suppy M1P49-3/E1 RW 37 CR S
ON ON YES Y2 C927 C928 AS 45 20 PSYS RPIS 28VDC Power Supply PSY28 M1P49-3/E1 RW 37 CR S
ON ON YES Y2 C927 C928 AS Total System Records 209 6
i l
Certification:
Legend:
The informatson idenufymg the equspment requered to bnng the plant to a safe shutdown condNn on this Safe Eval Type: S seismic evaluation; Shutdown List (SSEL)is,to the best of our knowledge and belief, correct and accurate.
R relay evaluaten; Patnck Doody See SSEL cover sheet 9/16!96 S-N/A seisme evaluation, relay evaluaton boxed with related end device; SR seistnic and relay evaluation.
p
,,7, %
Davd Gerhts Se,a SSEL cover sheet 9/16/96 Prwe or Type Name Systure Date Pogre 90 [
Ccmposite Safe Shutdown Equipment List [SSEL] for Electriu P&wer System R;v. EO September 16,1996 Sys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl ID Number System / Equipment Description ISh/Rev Bldg Elev Rowfcol Type Device Notes Status Status Reqd? Component Supports System or Component Train 2
46 01 B10 Swmg MCC SE155/1 RW 23 CSR SR 9 ON ON YES AC X
46 01 B14 MCC SE155/1 AXBAY 3 COMPB SR 9 ON ON YES AC SSWHVAC B
46 01 B15 MCC SE155/1 AXBAY 3 COMPA SR 9 ON ON YES AC SSWHVAC A
46 01 B17 MCC (wah Enclosure)
SE155/1 RB 23 EAST SR 9
46 01 B18 MCC (wnh Enclosure)
SE155/1 RB 23 WEST SR 9 ON ON YES AC RCtC CS RHR 8
HPCI 46 01 B20 MCC (wth Enclosure)
SE155/1 RB 23 EAST SR 9 ON ON YES AC RWCU X
46 01 D10 250VDC Power Bus E111E33 TB 23 BSWGR SR ON ON YES DC B
46 01 D7 125VDC MOV Motor Control Cntr E13/E33 RB 23 WEST SR 9 ON ON YES RCtC SSW RWCU A
DG DC 46 01 D8 125VDC MOV Motor Cortrol Cntr Et3/E33 RB 23 WEST SR 9 ON ON YES HPCI SSW DG DC B
46 01 D9 250VDC MCC E13/F33 RB 23 WEST SR 9
ON ON YES DC HPCI D8 8 v 46 02 B1 480V Emergency Loadcenter E46 TB 37 ASWGR SMA B101,B102, 5,7 MA MA N/A AC D6 A
B193 B104, B105,B106 de 02 B101 480V Breaker A5 to B1 SE155 TB 37 ASWGR R
CL CL NO AC A !
46 02 B102 480V Bresher 81 to B6 E46 TB 37 A SWGR R
5,7 OPICL OP/CL YES AC D4 A i 46 02 B103 480V Breaker B1 to B15 SE155 TB 37 ASWGR R
7 CL CL NO AC A
46 02 B104 480V Brooker B1 to B17 SE155 TB 37 ASWGR R
7 CL CL YES AC D4 A
46 02 8105 400V Breaker 81 to B29 SE155 TB 37 ASWGR R
7 CL OP NO AC A
46 02 B106 480V Breaker 81 to P110A SE155 TB 37 ASWGR R
7 CL OP YES AC D4 A
46 02 B2 480V Emergency Leedcorter E46 TB 23 BSWGR SMA B201,B202, 5,7 MA N/A MA AC D6 B
B203,8204, B205,B206 46 02 B201 480V Breaker A6 to 82 SE155 TB 23 BSWGR R
CL CL NO AC B
46 02 B202 480V Brooker B2 to B6 E46 TB 23 8 SWGR R
5,7 OP.CL OP/CL YES AC 05 B
46 02 B203 480V Breaker 82 to B28 SE155 TB 23 8SWGR R
7 CL OP YES AC 05 B
46 02 B204 480V Breaker 82 to B14 SE155 TB 23 B SWGN R
7 CL CL NO AC B
4:
02 B205 480V Bremher B2 to B18 SE155 TB 23 BSWGR R
7 CL CL NO AC B i 46 02 B206 480V Brooker 82 to P1108 SE155 TB 23 BSWGR R
7 CL OP YES AC D5 B
46 02 B3 480V Bus SE155/1 TB 37 ASWGR S-N/A B310 ON OFF NO AC A
46 02 B310 480V Breaker 83 to B1 SE155/1 TB 37 ASWGR R
1 OP OP NO AC A l 46 02 B4 480V Bus SE155/1 TB 23 BSWGR SMA B410 ON OFF NO AC B
46 02 B410 480V Breaker B4 to 82 SE155/1 TB 23 BSWGR R
1 OP OP NO AC B
Certifcation:
Legend:
The mformehon ident#ym0 the equipment required to bring the plant to a safe shutdown condM60n on this Safe Eval Type: S seesmic evatuohon, Shutdown Ust (SSEL)is, to the best of our knowledge and behef, correct and occurate.
R relay evaluation; Thomas White See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluation boxed with related end devce; SR setsmic and relay evaluation.
P=e or Type Name Segnature Dem Patrick Doody See SSEL cover sheet 9/16/96 Pme or Type Name Segnature Date I
Pope 01
Camposite Safe Shutdown Equipment List [SSEL] for Electric FGwer System R:v EO September 16.1996 Tys Eq Equ6pment Drawing No Floor Room or Eval Relatt 11 End Normal Desired Power Systems this Required Supporting No Cl ID Number System / Equipment Description (Sh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 46 02 B6 480V Emergency Swmg Bus E46 RW 23 CSR S-MA B601.i602, 5.7 N/A MA N/A AC D6 X
B603 '3604 BW 46 02 B601 480V Breaker B6 to 81 E46 RW 23 CSR R
5.7 OP/CL OP/CL YES AC D6 AB 46 02 B602 480V Breaker 86 to B2 E46 RW 23 CSR R
5.7 OP/CL OP/CL YES AC D6 AB 46 02 B603 480V Breaker B6 to B10 E46 RW 23 CSR R
7 CL CL NO AC AB 46 02 B604 480V Breaker 86 to 820 E46 RW 23 CSR R
7 CL CL NO AC AB 46 02 B605 480V Breaker B6 to SwitchYd E46 RW 23 CSR R
7 CL OP YES AC D6 AB 46 02 B606 480V Breaker B6 toVital MG E43 RW 23 CSR R
7 CL OP NO AC D6 AB 46 03 A5 4KV Emergency Bus SE155/1 TB 37 ASWGR S-N/A A501.A502, 4.6 N/A N/A N/A AC RHR CS D4 A
A504.A505 A508.A509 46 03 A501 4KV Breaker SD to A5 SE155/1 TB 37 ASWGR R
4.6 OP OP NO AC B
46 03 A502 4KV Breaker A5 to P209A SE155/1 TB 37 ASWGR R
4.6 CL OP YES AC D4 A
46 03 A504 4KV Breaker SU to A5 SE155/1 TB 37 ASWGR R
4.6 OP CL/OP YES AC D4 A
46 03 A505 4KV Breaker UAux to A5 SE155/1 TB 37 ASWGR R
4.6 CL OP YES AC D4 8
46 03 A508 4KV Breaker A5 to B1 SE155/1 TB 37 ASWGR R
46 03 A509 4KV Breaker DG A to A5 SE155/1 TB 37 ASWGR R
46 03 A6 4KV Emergency Bus SE155/1 TB 23 BSWGR S-N/A A601 A602, 4.6 N/A N/A N/A AC RHR CS D5 B
A604.A605.
A608,A609 46 03 A601 4KV Breaker SD to A6 SE155!1 TB 23 BSWGR R
4.6 OP OP NO AC B
46 03 A602 4KV B.eeker A6 to P2098 SE155/1 TB 23 8SWGR R
4.6 CL OP YES AC D5 B
46 03 A604 4KV Breaker su to A6 SE155/1 TB 23 BSWGR R
4.6 OP OPICL YES AC 05 B
46 03 A605 4KV Breaker UAux to A6 SE155/1 TB 23 BSWGR R
4.6 CL OP YES AC 05 B
46 03 A608 4KV Breaker A6 to B2 SE155/1 TB 23 BSWGR R
46 03 A609 4KV Brooker DG B to AS SE155/1 TB 23 BSWGR R
46 04 X18 Stndby Tmsfrmer Instr & Vital E14/1 RW 23 CSR SR OFF ON YES RPtS 815 AB 46 04 X20 Transformer to C511 E14/1 RW 23 MG SET SR ON ON YES SDC B10 A
46 04 X21 4KV/480V Transformer SE155/1 TB 37 ASWGR SR ON ON YES AC A
46 04 X22 4KV/480V Transformer SE155/1 TB 23 BSWGR SR ON ON YES AC B
46 04 X55 Transformer to Y3/Y31 E14/1 RW 23 MG SET SR ON ON YES AC A
46 04 X56 Transformer to Ye/Y41 E14/1 RW 23 CSR SR ON ON YES AC B
46 04 X74 Transformer to Y5 E14/2 RB 23 MCC B17 SR ON ON YES AC A
Certification' legend The information identdying the equtpment requwed to tmng the plant to a safe shutdown condaten on this Safe Evat Type: S seismic evakaaten; Shutdown List (SSEL) 6s, to the best of our knowledge and behef, correct and accurate.
R relay evaluation; Thomas White See SSEL cover sheet 9/16/96 S-N/A setsmic evaluaton, relay evaluatut boxed with related end device; SR seismec and relay evaluatiort Pani or Type Neme signature oote Patnck Doody See SSEL cover sheet 9/16/96 Pnnt or Tpe N.me Signature D.te Pege 61
C:mposite Safe Shutdown Equipment List [SSEL] for Electric Power System R:v. EO September 16.1996 Sys Eq Equ6pment Drawing No Floot Room or Eval Related End Normal Desired Power Systems this Required Supporting No CI ID Number Syst;n,%4.~." Description tsh/Rev Badg Elev RowfCoe Type Device Notes Status Status Reqd? Component Supports System or Corraponent Tra4n 46 04 X75 Transformer to Y7 E14/2 RB 23 MCC B18 SR ON ON YES AC B
46 04 X76 Transformer to Y8 E14/2 RB 23 MCC B10 SR ON ON YES AC X
46 14 16L Emergency AC Leghtmg Panet E9/E28 RW 23 STAIRWL SR 8
ON ON YES UTE B10 AB 46 14 C511 RPS Power Distnbutumn Panet E14/Sh1 RW 23 MG Set S
ON ON YES SDC B10 X20 A
46 14 D16 125VDC Control Bus A E11E33 TB 37 ASWGR SR ON ON YES DC A
46 it 017 25VDC Control Bus B E11E33 TB 23 BSWGR SR ON ON YES DC B
46 14 029 Currerd Ummer Fault Protect E11E33 TB 37 ASWGR SR 8 ON ON YES DC A
46 14 030 Current Limiter Fault Protect E11E33 TB 23 BSWGR SR 8 ON ON YES DC B
46 14 D31 Cunent Umder Fault Protect E11E33 TB 23 8SWGR SR 8 ON ON YES DC B
46 14 DJ6 125VDC Dist,bution Panet A E13fE33 TB 37 ASWGR SR 8 ON ON YES DC A
46 14 D37 125VDC Distnbuten Panel e E11E33 TB 23 BSWGR SR 8 ON ON YES DC B
45 14 D4 125VDC Distnbution Panet A E11E33 TB 37 A SWGR SR 8 ON ON YES RCIC HPCI DG RHR A
CS DC AC 46 14 D5 125VDC Distnbution Panel B E11E33 TB 23 BSWGR SR 8
CS DC AC 46 14 D6 125VDC Distnbution Panet C E11E33 RW 23 CSR SR 8 ON ON YES AC DC X
46 14 Y1 120V AC Instrument Bus M12 RW 23 MG SET SR 8 ON ON YES CS CST RHR AB 46 14 Y2 Vital Serwces Power Supply M12 RW 23 CSR SR 8 ON ON YES RPIS AS 46 14 Y3 Safeguard Control Power E14/1 RW 23 MG SET SR 8 ON ON YES RHR INO AC A
46 14 Y31 H2/02 Power Panet E14/1 RW 37 CR SR 8 ON ON YES RHR AC A
46 14 Y4 Safeguard Control Power E14/1 RW 23 CSR SR 8
46 14 Y41 H2/02 Power Panet E14/1 RW 37 CR SR 8
46 14 Y6 Power to MCC Fan Control E14/2 RB 23 MCC B17 SR 8 ON ON YES MCCHVAC AC A
46 14 Y7 Power to MCC Fan Control E14/2 RB 23 MCC B18 SR 8 ON ON YES MCCHVAC AC B
46 14 Y8 Power to MCC Fan Control E14/2 RB 23 MCC B20 SR 8 ON ON YES MCCHVAC AC X
46 13 147R Emergency AC Ughung Und E263E4 RW 37 CR S
11 OFF ON YES UTE 16L AB 46 15 148R Emergency AC Ughtmg Una E261E4 RW 37 CR S
11 OFF ON YES UTE 16L AS 46 15 149R Emergency AC Ughtmg Una E261E4 RW 37 CR S
11 OFF ON YES UTE 16L AS 46 15 150R Emergency AC Ughting Una E261E4 RW 37 CR S
11 OFF ON YES UTE 1st AS 46 15 151R Emergency AC Ughhng Unit E261E4 RW 37 CR S
11 OFF ON YES UTE 16L AB 46 15 158R Emergency AC Ughtmg Unit E263/E4 RW 37 CR S
11 OFF ON YES UTE 16L AB 46 15 160R Emergency AC Ughtmg UnR E261E4 RW 37 CR S
11 OFF ON YES UTE 16L AS 46 15 161R Emergency AC Ughtmg Und E263/E4 RW 37 CR S
11 OFF ON YES UTE 16L AB Certifcation:
Legend:
The brormaton identifymg the equipment requered to bnng the pierd to a safe shutdown conddion on ttna Safe Eval Type: S semmsc evaluaten; Shutdown Ust (SSEL) is, to the best of our knowledge and behet, correct and accurate-R relay evah; Thornas Whde See SSEL cover sheet 9/16/96 S-N/A setsmsc evaluaton, relay evaluation boxed with related end device; SR setsrnte and relay evaluaton.
p,.nt er type %
Date Patrick Doody See SSEL cover sheet 9/1696 Pnnt or Type Name Segnatwo Date Page 83
C:mposite Safe Shutdown Equipment List [SSEL] for Electric Power System R3v EO September 16.1996 Sys Eq Equ6pment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required
- m --1%
No Cl ID Number System /EquW.;.: Description ISh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Corsponent Train 46 15 162R Emergency AC Lightmg Urut E263/E4 RW 37 CR S
11 OFF ON YES UTE 16L AB 46 15 163R Emergency AC Ughtmg Unit E261T4 RW 37 CR S
11 OFF ON YES UTE 16L AB 46 15 164R Ernergency AC/DC Ught Urut E261E4 RW 37 CR S
11 OFF ON YES UTE 16L AS 46 15 D1 125VDC Contml Battery Rack A E13E33 TB 37 A BTTRY SR ON ON YES DC A
i 46 15 D2 125VDC Control Battery Rack B E13E33 TB 23 BBTTRY SR ON ON YES DC B
46 15 D3 250VDC Power Battery Rack E11E33 TB 23 BBTTRY SR ON ON YES DC B
46 16 D11 Normal 125VDC Charger for D1 E13/E33 TB 37 ASWGR SR ON ON YES DC B15 A
46 16 D12 Normal 125VDC Charger for D2 E11E33 TB 23 8SWGR SR ON pN YES DC B14 8
46 16 D13 Normal 250VDC Charger for D3 E11T33 TB 23 B SWGR SR ON ON YES DC Bi4 B
46 18 J315 J-Box for TS1360-15A and 17A E297.E15 RB
-17.5 SW QD S
MA NA MA RCIC A
46 18 J317 J-Box for TS1360-178 E297/E15 RB
-17.5 SWQD S
MA NA N/A RCIC A
46 18 J599 J-Box for TS1360-14C and 16C E298/Sh2E20 RB 23 TIP RM S
N/A N/A N/A RCIC A
46 18 J600 J-Box for TS1360-15C and 17C E298/Sh2E20 RB 23 TIP RM S
N/A N/A MA RCIC A
46 18 J601 J-Box for TS1360-16D E298/Sh2E20 RB 23 TIP RM S
N/A N/A N/A RCIC A
46 13 J602 J-Box for TS1360-17D E298/Sh2E20 RB 23 TIP RM S
MA NA NA RCIC A
46 18 J603 J-Som for TS2370C and TS2372C E298/Sh2/E20 RB 23 NORTH S
MA N/A MA HPCI B
46 18 J604 J-Box for TS23700 and TS2372D E298/Sh2/E20 RB 23 NORTH S
N/A N/A N/A HPCI B
46 18 J605 J-Box for TS2371C and TS2373C E298/Sh2/E20 RB 23 TIP RM S
N/A N/A NA HPCI B
46 18 J606 J-Bom for TS2371D and TS2373D E298/Sh2E20 RB 23 TIP RM S
MA N/A N/A HPCI B
46 20 AA504 4KV Undervoltage Relay Cab E35 TB 37 ASWGR S-MA A5 ON ON YES AC D4 A
46 20 AA604 4XV Undervoltage Reimy Cab E35 TB 23 BSWGR S-N/A A6 ON ON YES AC D5 B
46 20 032 D16 Contri Logic Y10 Svntchmg E13/E33 TB 37 ASWGR SR ON ON YES DC A
46 20 D33 D17 Contrl Logic Y10 Svntchmg E11E33 TB 23 8SWGR SR ON ON YES DC B
46 20 EPA 1 RPS Elec Protection Assembly E14/1 RW 23 MG SET SR ON ON YES AC AS 46 20 EPA 2 RPS Elec Protechon Assemtdy E14/1 RW 23 MG SET SR ON ON YES AC A/B 46 20 EPA 3 RPS Elec Protection Assemtdy E14/1 RW 23 MG SET SR ON ON YES AC AS 46 20 EPA 4 RPS Elec Protecten Assemtdy E14/1 RW 23 MG SET SR ON ON YES AC A/B 46 20 EPA 5 RPS Elec Protechon Assemtdy E14/1 RW 23 MG SET SR ON ON YES AC A/B 46 20 EPA 6 RPS Elec Protechon Assemtdy E14/1 RW 23 MG SET SR ON ON YES AC AS 46 20 N/A-46-1 MCC B20 Current truhcahon E9 RW 23 CSR SR 3 ON ON YES AC C8 B6 X
46 20 NA46-2 MCC B14 Current Indicaten E9 TB 23 B SWGR SR 3 ON ON YES AC C8 B
46 20 N/A-46-3 MCC B10 Current Indmaten E9 RW 23 CSR SR 3 ON ON YES AC C8 86 X
Certircation:
Legend:
The information identrying the equepment requwed to bring the plant to a safe shutdown condden on this Safe Eval Type: S seismic evaluation; Shutdown Ust (SSEL) is, to the best of our knowledge and belief, correct and accurate.
R relay evaluation; Thomas White See SSEL cover sheet 9/16S6 S-N/A setsmic evalumbon, relay evaluation boxed with related end device; SR seismic and relay evaluation.
p,,,,y,,, %
o.,.
Patnck Doody See SSEL cover sheet 9,;6/96 Prwe er Type home segnature o,te Pege 64 i
C:mposite Safe Shutdown Equipment List [SSELJ for Electric Power System Rsv EO September 16.1996 Sys Eq Equ6pment Drawing No Floor Room or Eval Related End Normal Destred Power Systems this Required Supporting No CI 10 Number System /Equipmen: Desertption
/5tWRev Bldg Elev RowfCol Type Device h'otes status status Reqd? Component Supports system or Component Train 46 20 N/A-46-4 MCC B15 Cummt Indicehon E9 TB 37 ASWGR SR 3 ON ON YES AC C8 B1 A
46 20 N/A-46-5 Bus A6VoltageIndccaten E7 RW 37 CR SR 3 ON ON YES AC C3 8
46 20 RA46-6 Bus A5 VoRage Indication E7 RW 37 CR SR 3 ON ON YES AC C3 A
46 20 Y10 125VDC Control Power Transfer E13/E33 RW 23 CSR SR ON ON YES DC X
46 20 Y11 Auto Transfer Swdch for Y1 E14/1 TB 23 MG SET SR OFF ON YES CS CST B15 X18 AB 46 20 Y12 Auto Transfer Switch for Y2 E14/1 RW 23 CSR SR OFF ON YES RPts BIS X18 AS Total System Records 125 t
i Certification:
Legend:
The informahon identifying the equipment required to bring the plant to a safe shutdown condaion on this Safe Eval Type: S seismic evaluaten; Shutdown List (SSEL)is,to the best of our knowledge and behet, correct and accurate.
R relay evaluation; Thomas White See SSEL cover sheet 9/16/96 S-N/A se:stnic evaluation, relay evaluation boxed with related end device; SR seismic and relay evaluation.
pon,,,7, %
Patr:ck Doody See SSEL cover sheet 9/16/96 Pnnt er Type Name Segnatwo Date Page 65
Camposite Safe Shutdown Equipment List [SSEL] for Reactor Vessel and Appurtenances System R:V EO September 16.1996 Eys Eq Equipment Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting No Cl 80 Number SystemEquipment Descr6ption tsh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Co.nponent Trsin 54 07 A0220-44 Reactor Sample Line isoluten M252/Sh2E41 RB 74 DW S
OP CL NO RxfSOL A
54 07 A0220-45 Reactor Sample Line isotahon M252/Sh2E41 RB 51 RWCU HT S
OP CL NO RxtSOL B
54 07 RV203-3A ADS Main Steam Rehet Valve M252/Sh1E43 RB 45 DW S
2,4 CL OP/CL NO ADS SV203-3A T221A AS 54 07 RV2O3-38 ADS Main Steam Rehef Valve M252/Sh1E43 RB 45 DW S
2.4 CL OP/CL NO ADS SV203-38 T221B AS 54 07 RV203-3C ADS Main Steam Rehef Vatve M252/Sht/E43 RB 45 DW S
2.4 CL OP/CL NO ADS SV203-3C T221C AS 54 07 RV203-30 ADS Main Steam Rehet Valve M252/Sh1E43 RB 45 DW S
2.4 CL OP!CL NO ADS SV2O3-30 T221D AS 54 07 RV203-4A ADS Main Steam Safety Valve M252/Sh1/E43 RB 45 DW S
4 CL OP/CL NO A/B 54 07 RV203-4B ADS Main Steam Safety Valve M252/Sh1/E43 RB 45 DW S
4 CL OP/CL NO A/B 54 07 VRV261-96A RV203-3A Torus Disch Vac Ret M252/Sh2E41 RS 23 OW S
6 CL OP/CL NO ADS SRV AS 54 07 VRV261-968 RV203-38 Torus Dsch Vac Ret M252/Sh2E41 RB 23 DW S
6 CL OP/CL NO ADS SRV AS 54 07 VRV261-96C RV203-3C Torus Dsch Vac Rei M252/Sh2E41 RB 23 DW S
6 CL OP/CL NO ADS SRV AS 54 07 VRV261-97A RV203-3A Torus Dsch Vac Ret M252/Sh1/E43 RB 30 DW 6 CL OP/CL NO ADS SRV AS 54 07 VRV261-978 RV203-38 Torus Osch Vac Ret M252/Sh1E43 RB 30 DW S
6 CL OP/CL NO ADS SRV AS 54 07 VRV261-97C RV203 3C Torus Dsch Vac Rei M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV AS 54 07 VRV261-97D RV203-3D Torus Osch Vac Ret M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV AS 54 07 VRV261-98A RV203-3A Torus Dsch Vac Rol M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV Allt 54 07 VRV261-988 RV203-38 Torus Dsch Vac Rei M252/Sh1E43 RB 30 DW S
6 CL OP!CL NO ADS SRV AS 54 07 VRV261-980 RV203-3C Torus Dsch Vac Rei M252/Sh1E43 RB 30 DW S
6 CL OP/CL NO ADS SRV AS 54 07 VRV261-980 RV203-3D Torus Dsch Vac Ret M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV AS 54 08B SV203-3A ADS Solenoed Valve M252/Sh1E43 RB 45 DW SR 2
OFF ON/OFF YES ADS C156 C903 C932 C933 AB 04 DS 54 088 SV203-38 ADS Solenoid Valve M252/Sh1/E43 RB 45 DW SR 2 OFF ONOFF YES ADS C157 C903 C932 C933 AS D4 D5 54 088 SV203-3C ADS Solenoid Valve M252/Sh1/E43 RB 45 DW SR 2 OFF ONOFF YES ADS C157 C903 C932 C933 AB 04 05 54 088 SV203-3D ADS Solenced Valve M252/Sh1E43 RS 45 DW SR 2 OFF ONOFF YES ADS C156 C903 C932 C933 A/B D4 D5 54 08B SV220-44 Rm Sample Line Control Sol M252/Sh2/E41 RB 74 DW SR ON OFF NO RxtSOL C904 C941 A
$4 088 SV220-45 Rx Sample Line Control Sol M252/Sh2E41 RB 51 RWCU HT SR ON OFF NO RxtSOL C904 C942 8
54 088 SV220-47 Rx Head Vent isot Contrl Sol M252/Sh2/E41 RB 0 DW R
OFF OFF NO RxtSOL C904 A
54 21 T221A ADS Nitrogen to Open RV203-3A M252/Sh1E43 RB 45 DW S
2 N/A N/A NO ADS 31-CK-372A AS 54 21 T221B ADS Nitrogen to Open RV203-38 M252/Sh1/E43 RB 45 DW S
2 N/A N/A NO ADS 31-CK-3728 AS L
54 21 T221C ADS Nitrogen to Open RV203-3C M252!Sh1E43 RB 45 DW S
2 N/A N/A NO ADS 31-CK-372C AS Certificatiott Legend.
The enformation identifying the equipment required to bnng the plant to a safe shutdown condstion on this Safe Eval Type: S setsmee evaluation; Shutdown List (SSEL) is, to the best of our knowledge and belief, corred and accura
- R relay evaluation; Patr:ck Doody See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluation boxed wtth related end device; SR seismec and relay evaluation.
p,o y,,, y,,,,,
g,,,
David Gerists See SSEL cover sheet 9/16/96 Pnnt ce Type Name Sognetwe Date Page 66
Ccmposite Safe Shutdown Equipment List [SSEL] for Reactor Vessel and Appurtenanccs System Rev. E0 September 16.1996 Sys Eq Equipment Drawing No Floor Roomor Eval Related End Normal Desired power Systems tNs Re@ed "%n.u No Cl ID Number Syst;,T.C_, -.; Descitption FSh/Rev Badg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 54 21 T221D ADS Namgan to Open RV203-3D M252/Shi/E43 RB 45 14 S
2 N/A N/A NO ADS 314K-372D AS 54 R
31-CK-372A N4rogen Accumulator Check W M252rM41 RS 23 DW S
31-CK-3728 Nitrogen Accumulator Check W M252/Sh2.E41 RS 23 DW S
31-CK-372C Nitrogen Accumulator Check Viv M252/Sh2/E41 RB 23 DW S
$4 R
314K-372D Ndrogen Accumulator Check Viv M252/Sh2/E41 RB 23 DW S
(MX-58A Feedwater Check Valve M252/Sh2/E41 RB 23 DW S
OP CL NO RxtSOL A
54 R
6-CK-588 Feedwater Check Valve M252/Sh2/E41 RB 23 DW S
OP CL NO RxtSOL B
54 R
6-CK42A Foodwater CheckValve M252/Sh2/E41 RB 23 STM TNL S
OP CL NO RxtSOL A I 54 R
6-CK428 Feedwater Check Valve M252/Sh2/E41 RB 23 STM TNL S
OP CL NO RxtSOL B
Total System Records 38 i
I i
i i
Certificatm:
Legend' The informahon identdyin0 the :; ;..e..0 required to bnng the plant to a safe shutdown condttson on this Safe Eval Type: S setsmic evatuation; r
Shutdown List (SSEL) is, to the best of our knowledge and behef, corred and accurate-R reiay evaluatm; Patnck Doody See SSEL cover sheet 9/16/96 S-N/A setsmic evaksation, relay evalua'm boxed with related end device; SR setsmic and relay evaluatm Pnnt or Type Name Sgnetwo Date David Gertits See SSEL cover sheet 9/16/96 Pnnt or T m Name Sqnatwo Date W
Pope ti
C:mposite Safe Shutdown Equipment List [SSEL] for Diesel Generator and Auxiliaries System R:v E0 September 16.1996 Sys Eq Equipment Drawing No Floor Room or Evai Related End Normal Desired Power Systems this Required Supporting No CI ID Number System /Equtpment Description /SNRev Bldg Eley Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train 61 05 P141A DG A Fued Oil Transfer Pump M223 DG A 23 DGA SR OFF ON YES AC A
61 05 P141B DG B Fuel Od Transfer Pump M223 DG B 23 DG B SR OFF ON YES AC B
61 05 P192A DG A Gear Driven Fuel Pump M223 DG A 23 DGA S
OFF ON NO AC A
61 05 P1928 OG B Gear Driveri Fuel Pump M223 DG B 23 DG B S
OFF ON NO AC B
61 05 P193A DG A DC Fuel Booster Pump M223 DGA 23 DG A S
OFF OFF NO AC B
61 05 P1938 DG B DC Fuel Boosser Pump M223 DG B 23 DGB S
OFF OFF NO AC A
61 07 A04521 DG A Fuel Pump Dracharge Valve M223 DG A 23 DG A S-N/A SV4521 CL OP NO AC A
61 07 AO4522 DG B Fuel Pump Discharge Valve M223 DG B 23 DG B S-N/A SV4522 CL OP NO AC B
61 07 PCV4592A T146A Disch Line Press Contr1 M219/E10 DG A 23 DG A S
OP/CL OP/CL NO AC A
61 07 PCV45928 T1468 Disch Line Press Contrl M21SE10 DGB 23 DG B S
OPICL OP/CL NO AC B
61 07 PCV4543A T146C Disch Line Press Contr1 M21SE10 DG A 23 DG A S
OP/CL OP/CL NO AC A
61 07 PCV45938 T1460 Disch Lme Press Contrl M21S'E10 DG B 23 DG B S
OP/CL OPICL NO AC B
61 07 PSVf0BP-A DG A Fuel Oil Rehe! Valve M273 DG A 23 DG A S
CL CL NO AC B
61 07 PSVf0BP-B DG B Fuel Od Rehef Valve M223 DG B 23 OG B S
CL CL NO AC A
61 07 PSVIOHP-A DG A Fuel Od Press Reg VaM M223 DG A 23 DGA S
OP/CL OP/CL NO AC B
61 07 PSVTOHP-8 DG B Fuel Oil Press Reg Valve M223 DG B 23 DGB ts OP/CL OP/CL NO AC A
61 07 PSV4563A RehetValve-Turbo Air Tank M259 DG A 23 DG A S
CL CL NO AC A
61 07 PSV45638 Rehv Valve - Turbo Air Tank M259 DG B 23 DG B S
CL CL NO AC B
61 07 PSV4563C Rehet Valve - Turbo & Tank M259 DG A 23 DG A S
CL CL NO AC A
61 07 PSV4563D Rehef Va% Turbo Air Tank M259 DG B 23 DG B S
CL CL NO AC B
61 07 PSV4565A Relief Vaw-Turbo An Tar *k M25?
CL CL NO AC A
61 07 PSV45658 RehetValve-Turbo An Tank M259 DG B 23 DG B S
CL CL NO AC B
61 07 PSV4582A T146A Pressure Rehet Valve M219/E10 DG A 23 DG A S
CL CL NO AC A
61 07 PSV45828 T1468 Pressure Rehef Valve M219/E10 DG B 23 DG B S
CL CL NO AC B
61 07 PSV4582C T146C Pressure Rehet Vatvo M219T10 DG A 23 DG A S
CL CL NO AC A
61 07 PSV4582D T1460 Pressure ReHet Valve M219/E10 DG B 23 DGB S
CL CL NO AC B
61 08B SV4521 Sole mid for A04521 M223 DG A 23 DG A SR ON OFF NO AC A
61 088 SV4522 Solenok!for A04522 MI23 DG B 23 DG B SR ON OFF NO AC B
61 08B SV4569A Turbo Air Ir:%t Valve M259 DG A 23 DG A SR OFF ONCFF YES AC D4 A
61 08B SV45698 Turbo Air inlet Valve M259 DG B 23 DG B SR OFF ONf0FF YES AC DS B
61 088 SV4570A Turbo Air inlet Valve M259 DG A 23 DG A SR OFF ONOFF YES AC D4 A
61 08B SV45708 Turbo Air inlet Valve M259 DG B 23 DG B SR OFF ON/OFF YES AC D5 B
Certificsbon:
Legend:
The 6nformation 6dentifymg the equipment required to brms the plant to a safe shutdown condition on this Safe Eval Type: S setsrne evaluston, Shedown List (SSEL) 6s to the best of our knowledge and behef, correct and accurate.
R relay evaluation; Thomas White See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluation boxed with related end device; SR seismo and relay evaluation pn,e er Type mme osie Patnck Doody See SSEL cover sheet 9/16/96 Pnre er Type Name Signature Date Page 68
C:mposite Safe Shutdown Equipment List [SSEL] for Diesel Generator and Auxiliaries System R:V EO September 16.1996 fys E2 Equipment Drawing No Floor Room or Evat Related End Normal Des 6ted Power Systems ttils Required Supporting No Cl 10 Number System / Equipment Descriptson ISh!Rev Bldg Elev Rowfcol Type Device Notes Status Status Reqd7 Component Supports System or Component Tra6n C1 08B SV4586A DG A Air Start Solenoid M219!E10 DG A 23 DG A SR OFF ON/DFF YES AC C3 C103A D4 A
61 08B SV45868 DG A Air Start Solenoid M219/E10 DG A 23 DG A SR OFF ONOFF YES AC C3 C103A D4 A
61 08B SV4587A DG A An Start Solenood M219E10 DG A 23 DGA SR OFF ON/OFF YES AC C3 C103A D4 A
61 088 Sva5878 DG A Ar Start Solenoid M219210 DG A 23 DG A SR OFF ONOFF YES AC C3 C103A D4 A
61 088 SV4588A DG B M Start Solenoid M219/E10 DG B 23 DG B SR OFF ONOFF YES AC C3 C104A D5 8
61 088 SV4588B DG B h Start Solenoed M219/E10 DG B 23 DG B SR OFF ONOFF YES AC C3 C104A D5 B
61 088 SV4589A DG B Air Start Solenoid M21EE10 DG B 23 DG B SR OFF ONOFF YES AC C3 C104A DS B
G1 088 SV45898 DG B Air Start Solenoed M21&E10 DG B 23 DG B SR OFF ONOFF YES AC C3 C104A D5 8
61 12 K103A DG A Ar Start Compressor M219E10 DG A 23 DG A S
3 OFF OFF NO AC A
61 12 K1038 DG B Air Start Compressor M2191E10 DGA 23 DG A S
3 OFF OFF NO AC B
61 17 X107A DG A Engme & Generator M16 DG A 23 DG A SR 1.2 OFF RUN YES AC D4 C160 C101 C110 A
c1 17 X107A-ER DG A Exciter Regulator E27!Sh1/E13 DG A 23 DG A R
5 OFF ON YES AC D4 A
C1 17 X1078 DG B Engme & Generator M*6 DG B 23 DG B SR 1.2 OFF RUN YES AC 05 C161 C102 C111 B
C1 17 X1078-ER DG B Exciter Regulator E27!Sh1/E13 DG B 23 DG B R
5 OFF ON YES AC D5 8
C1 18 LS4500 DG A Storage Tank Level Alarm M223 DG A 23 C84 S-N/A None 4
OFF OFF NO AC C84 A
61 18 LS4531A DG A Fuel Pump stop/ start Sw M223 DG A 23 DG A S-N/A P141A OFF ON YES AC A
61 13 LS4531B DG A Fuel Pump stop/ start Sw M223 DG A 23 DG A SMA P141A OFF ON YES AC A
61 18 LS4532A DG A Day Tank Level Alarm M223 DG A 23 DG A S-N/A None 4
OFF CFF NO AC A
61 18 LS45328 DG A Day Tank Level Alarm M223 DG A 23 DG A SMA None 4
OFF OFF NO AC A
61 18 LS4533A DG B Fuel Pump stop/ start Sw M223 DG B 23 DG B SMA P141B OFF ON YES AC B
61 18 LS4533B DG B Fuel Pump stop/ start Sw M223 DG B 23 DG B SMA P141B OFF ON YES*
AC B
61 18 LS4534A DG B Day Tant Level Alarm M223 DG B 23 DG B SMA None 4
OFF OFF NO AC B
61 18 LS4534B 00 B Day Tank Level Alarm M223 DG B 23 DG B SMA None 4
OFF OFF i;O AC B
61 18 LS4545 DG B Storage Tank Level Alarm M223 OG B 23 C84 SMA None 4
OrF OFF NO AC C84 5
61 18 LT4500 DG A Storage Tank Level M223 DG A 23 DG A S
ON ON YES AC A
C1 18 LT4545 DG B Storage Tank Level M223 DG B 23 DG B S
ON ON YES AC B
61 18 PS-APS-1A DG A Ar Start Low Press Alarm M2194i10 DG A 23 DG A SMA None 4
OFF OFF NO AC C103C C1038 K103A A
61 18 PS-APS-1B DG B Air Start Low Press Alarm M219/E10 DG B 23 DG B SMA None 4
OFF OFF NO AC C104C C104B K103B B
61 13 PS-APS-2A DG A At Start Low press Alarm M219/E10 DG A 23 DG A SMA None 4
OFF OFF NO AC C103C C1038 K103A A
61 18 PS-APS-28 DG B Air Start Low Press Alarm M219/E10 DG B 23 DG B SMA None 4
OFF OFF NO AC C104C C104B K1038 8
61 18 PS45001A DG A Am Star 1Compr Shutoff M219/E10 DG A 23 DG A S
3 OFF OFF NO AC K103A A
61 18 PS45001B DG B Air Start Compr Shutoff M219210 DG B 23 DG B S
3 OFF OFF NO AC K103B B
Certificatiort Legerut The bformaten 6dentWying the equipment required to tmng the plant to a safe shutdove condetton on th6s Safe Eval Type: S sersmic evaluation; Shutdown List (SSEL) to, to the best or our knowledge and tm16er. mect and accurate R
relay evaluation; Thomas White See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaksation boxed with related end dev6ce; SR seismic and relay evaluation.
poni o, typ, u,,,,,
o,,,
Patnck Doody See SSEL cover sheet 9/16/96 PnrA or Type Horne Sgnstum Date Pogo 69 t
Composite Safe Shutdown Equipment List [SSEL] for Diesel Generator and Auxiliaries System R:v EO September 16.1996 Cys Eq Equipment Drawing Na Floor Room or Eval Related End Normal Desired power Systems this Required Supporting No CI ID Number System / Equipment Descreation (ShtRev Bidg Elev Rowfcol Type Device Notes Status Stahrs Reqd? Component Supports System or Component Train 61 20 F0 FPS-A DG A Fuel Filter Delta-P Alarm M223 DG A 23 DG A SMA None 4
OFF OFF NO AC C103C A
61 20 F0 FPS-B DG B Fuel Filter Delta-P Alarm M223 DG B 23 DG B S-N/A None 4
OFF OFF NO AC C104C B
61 20 FOPS-A DG A Fuet Od Pressure Ahum M223 DGA 23 DG A S-N/A None 4
OFF OFF NO AC C103C B
61 20 FOPS-B DG B Fuel Od Pressure Alarm M223 DG B 23 DG B S-MA None 4
OFF OFF NO AC C104C A
61 20 FOSPS-A DG A Stromer Delta-P Alarm M223 DG A 23 DG A S-N/A None 4
OFF OFF NO AC C103C B
61 20 FOSPS-B DG B Stramer Delta-P Alarm M223 DG B 23 DG B S-N/A None 4
OFF OFF NO AC C104C A
61 20 N/A-61-10 DG B Cummt Meter E27 RW 37 CR SR ON ON YES AC IND C3 B
61 20 MA-61-11 DG B Kdowatts Meter E27 RW 37 CR SR ON ON YES AC IND C3 B
61 20 N/A41-12 DG B DC Field Amp E27 RW 37 CR SR ON ON YES AC IND C3 B
61 20 MA41-13 DG B Frequency Meter E27 RW 37 CR SR ON ON YES ACIND C3 B
61 20 MA-61-14 DG A Frequency Meter E27 RW 37 CR SR ON ON YES ACIND C3 A
61 20 N/A41-15 DG ADC Field Amp E27 RW 37 CR SR ON ON YES ACIND C3 A
61 20 MA41-16 DG B Voltage Meter E27 RW 37 CR SR ON ON YES ACIND C3 B
61 20 MA41-17 DG A VARS Meter E27 RW 37 CR SR ON ON YES ACIND C3 A
$1 20 N/A41-18 DG AVoltageMeter E27 RW 37 CR SR ON ON YES AC IND C3 A
61 20 N/A-61-19 DG B VARS Meter E27 RW 37 CR SR ON ON YES AC IND C3 8
61 20 MA41-20 DG A Current Meter E27 RW 37 CR SR ON ON YES ACIND C3 A
61 20 MA41-9 DG A Kdowatts Meter E27 RW 37 CR SR ON ON YES AC IND C3 A
61 20 PS4568A DG A Turbo As Pressure Alarm M259 DG A 23 DG A S-MA None 4
OFF OFF NO AC C103C A
61 20 PS45688 DG B Turbo Aw Pressure Alarm M259 DG B 23 DG B SMA None 4
OFF OFF NO AC C104C B
61 21 T124A DG A Day Tank M223 DG A 23 DG A S
N/A N/A NA AC A
61 11 T1248 DG B Day Tank M223 DG B 23 DG B S
MA MA N/A AC B
61 21 T126A Mam Storage Tank M223 MA 0 Buned S
MA N/A MA AC A
61 21 T1268 Main Storage Tank M223 N/A 0 Buned 3
MA N/A N/A AC B
61 21 T146A DG A Air Start Recewer Tank M219'E10 DG A 23 DG A S
N/A N/A MA AC A
61 21 T1468 DG B Air Start Receever Tank M219/E10 DG B 23 DG B S
N/A N/A NA AC B
1 61 21 T146C DG A Air Star 1 Receiver Tank M219f10 DG A 23 DG A S
N/A MA N/A AC A
61 21 T1460 DG B Air Start Receiver Tank M219/E10 DG B 23 DG B S
N>A N/A N/A AC B
61 21 T150A DG A Turbo An Receiver M259 DG A 23 DG A S
N/A N/A NA AC A
61 21 T1500 DG B Turbo An Receever M259 DG B 23 DG B S
N/A N/A N/A AC B
61 21 T150C DG A Turbo An Receever M259 DG A 23 DG A S
N/A N/A N/A AC A
61 21 T1500 DG B Turbo An Recerver M259 DG B 23 DG B S
MA N/A N/A AC B
Certifcatm Legend:
The informaten ksentdytng the equipment requwed to twing the plant to a safe shutdown condition on this Safe Evsl Type: S seismic evaluation; Shutdown List (SSEL) is. to the best of our knowledge and behef, correct and accurate.
R relay evaluation; Thomas Wtute See SSEL cover sheet 9/16/96 S-N/A seisme evaluation, relay evaluation bored with related end device; SR setsmic and relay evaluatiori.
p,,,,,,,y,, %
Patrrk Doody See SSEL cover sheet 9/16/96 Prmt er Type Name Sqpeture Date rege To
Ccmposite Safe Shutdown Equipment List [SSEL] for Diesel Generator and Auxiliaries System R:v. E0 September 16.1996 Sys Eq Equipment Drawing No F6oor Room or Eval Related End Normal Destred poweg Systems this Required Supporting No Cl ID Number SystemEqu6pment Description ISh/Rev Bldg Elev Rowfcol Type Device Notes Status Status Reqd? Component Supports System or Component Tratn 61 21 T151A DG A Turbo Ar Recerver M259 DG A 23 DG A S
N/A NA N/A AC A
61 21 T1518 DG B Turbo Ar Receever M259 DG B 23 DG B S
MA NA N/A AC B
61 R
47-CK-101 A DG A Air Start Cheek Valve M219E15 DG A 23 DG A S
CL CL NO AC T146A A
61 R
474K-1018 DG B An Start Check Vahe M219E15 DG B 23 DG B S
CL CL NO AC T1468 B
Of R
47-CK-101C DG A Aw Start Check Vatve M219E15 DG A 23 DG A S
CL CL NO AC T146C A
61 R
47 CK-101D DG B Aw Start Check VaNo M219E15 DG B 23 DG B S
CL CL NO AC T1460 B
Total System Records 102 Certifcatiort Legend.
The 6nformation kjenterpng the equepment requwed to tmng the plant to a sav shutdove condden on this Safe Eval Type: S seisme evaluation; e
Shutdown List (SSEL) is. to the best of our knowledge and behef. correct and accurate.
R relay evaluation; Thomas White See SSEL cover sheet 9/16/96 S-N/A seismic evaluation, relay evaluaten boxed with related end devee; SR seisme and relay evaluation
-Q 7, %
Patack Doody See SSEL cover sheet 9/16/96 Pnnt er Type Name Sgnews Cate Page71
Seismic Review Safe Shutdown Equipment List l
l Rev.E0 September 16,1996 I
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Seismic Review Safe Shutdown Equipment List [SSEL]
Rn EO September 16.1996 Equipmerit Sys Eq Deswing No Floor Room or Eval Related End Normal Destred Pcmer Systems tfWs Required Supporting ID Number No Cl System / Equipment Description
/Sh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqq7 Component supposts System or Cornponent Train 1340 4 13 20 Power Supply for pressure Inst M245/E26 RW 37 CR SR 3
ON ON YES Y2 C919 A
147R 46 15 Emergency AC Ughtmg Unit E263/E4 RW 37 CR S
11 OFF ON YES UTE 16L AB 148R 46 15 Emeegency AC Ughtmg Unit E26TE4 RW 37 CR S
11 OFF ON YES UTE 16L AB 149R 46 15 Emergency AC bghtmg Und E263E4 RW 37 CR S
11 OFF ON YES UTE 16L AB 150R 46 15 Emergency AC Ughtmg Und E263/E4 RW 37 CR S
11 OFF ON YES UTE 16L AS 151R 46 15 Emergency AC Ughtmg Una E263/E4 RW 37 CR S
11 OFF ON YES UTE 16L AS 158R 46 15 Emergency AC Ughtmg una E26TE4 RW 37 CR S
11 OFF ON YES UTE 16L AB 160R 46 15 Emergency AC Ughtmg Und E263'E4 RW 37 CR S
11 OFF ON YES UTE 16L AS 161R 46 15 Emegency AC Ughtmg und E263/E4 RW 37 CR S
11 OFF ON YES UTE 16L A/B 162R 46 15 Emergency AC Ughtmg Umt E261E4 RW 37 CR S
11 OFF ON YES UTE 16L AS 163R 46 15 Emergency AC Ughtmg Und E261E4 RW 37 CR S
11 OFF ON YES UTE 16L AB 164R 46 15 Emergency AC/DC Ught Una E263/E4 RW 37 CR S
11 OFF ON YES UTE 16L AB 16L 46 14 Emergency AC Ughtmg Panet E9/E28 RW 23 STAIRWL SR 8
ON ON YES UTE B10 AS 30-HO-114 30 R RBCCW Suction Cross-Tie Valve M215/Sh5/E1 AXBAY 3 ACOMP S
14 CL OP NO AS 30-HO-115 30 R RBCCW Sucten Cross-Tie Valve M215/Sh5/E1 AXBAY 3 A COhr S
14 CL OP NO AB 30-HO-192 30 R RBCCW Descharge Cross-Tie Viv M215/Sh5/E1 AXBAY 3 A COhr S
14 CL OP NO AB 30-EO-193 30 R RBCCW Descharge Cross-Tie Viv M215/Sh5/E1 AXBAY 3 A COSF S
14 CL OP to AS 305-113 03 R CRD Chargeg Water Check Viv M250/Sh1E23 RB 23 145 HCU S
CL CL NO AB i
305-125 03 21 RPS N2/ Water A:cumulator M250/Sh1E24 RB 23 145 HCU S
5 NA N/A NO AS 335-128 03 21 RPS Scram Water Accumulator M250/E23 RB 23 145 HCU S
5 N/A NA NO AS 31-CK-372A 54 R
Nitrogen A.ma",/,e Check Viv M252/Sh2E41 RB 23 DW S
OP CL NO ADS T221A AB 31-CK-372B 54 R Naragen Accumulator Check Vtv M252/Sh2/E41 RB 23 DW S
OP CL NO ADS T221B AS 31-CK-372C 54 R Ndrogen Accumulator Check Viv M252/Sh1E41 RB 23 DW S
OP CL NO ADS T221C AS 31-CK-372D 54 R Narogen Accumulator Check Vtv M252/Sh2E41 RB 23 DW S
OP CL NO ADS T221D AS 47-CK-101 A 61 R DG A Aar Start Check Valve M219 E15 DG A 23 DG A S
CL CL NO AC T146A A
47-CK-1018 61 R DG B Aar Start Check Valve M219/E15 DG B 23 DG B S
CL CL NO AC T146B B
47-CK-101C 61 R DG A Air Start Check Valve M219/E15 DG A 23 DG A S
CL CL NO AC T146C A
47-CK-101D 61 R DG B Air Start Check Vatve M219/E15 DG B 23 DG B S
CL CL NO AC T1460 B
6-CK-58A 54 R Feedwater Check Valve M252/Sh2E41 RB 23 DW S
OP CL NO RxtSOL A
6-CK-588 54 R Feedwater Check Valve M252/Sh1E41 RB 23 DW S
OP CL NO RxtSOL B
6-CX-62A 54 R Feedwater Check Valve M252/Sh2E41 RB 23 STM TNL S
OP CL NO RxtSOL A
6-CK-028 54 R Feedwater Check Votre M252/Sh2E41 RB 23 STM TNL S
OP CL NO RxtSOL B
A5 46 03 4KV Emergency Bus SE155/1 TB 37 ASWGR S-N/A A501,A502, 4.6 N/A N/A N/A AC RHR CS D4 A
A504.A505 A508,A509 Pope 73
S:ismic Review Safe Shutdown Equipment List [SSEL]
Rn EO September 16.1996 Equipmerd Sys Eq Drawing No Floor Room or Eval Related End Normal Destred power Systems this Required Supporting ID Number No Cl SystetNEquipment Description 15h/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd7 Component Supports System or Component Train A6 46 03 4KV Emergency Bus SE155/1 TB 23 BSWGR SMA A601,A602, 4.6 N/A MA NA AC RHR CS D5 B
A604 A605, A608,A609 AA504 46 20 4KV Undervoltage Relay Cat)
E35 TB 37 A SWGR SMA A5 ON ON YES AC D4 A
AA604 46 20 4KV Undervoltage Relay Cab E35 TB 23 BSWGR SMA A6 ON ON YES AC DS 8
A01331-12 13 07 RCIC Vacuum Tank Cond, Drach M246E24 RB
-17.5 SWOD S
CL/OP CL NO A
A01301-34 13 07 RCIC Steamline Drain isol M245/E26 RB
OP CL NO A
A0203-1A 01 07 Steamime A isolaten Valve M252/Sh1/E43 RB 23 DW S
2,3 OP CL NO RxtSOL T220A C903 C941 A
AO2031B 01 07 Steamime B isolaton Valve M252/Shi'E43 RB 23 DW S
2,3 OP CL NO RxtSOL T2208 C903 C941 A
AO203-1C 01 07 Steamime C luolaton Valve M252/Sh1E43 RB 23 DW 5
2,3 OP CL NO RxtSOL T220C C903 C941 A
A0203-1D 01 07 Steamine D isolaten Vatve M252/Sh1/E43 RB 23 DW S
2.3 OP CL NO RxtSOL T2200 C903 C941 A
A0203-2A 01 07 Steamime AisolarenVatve M252/Sh1!E43 RB 23 STM TNL S
2.3 OP CL NO RxtSOL T220E C903 C942 B
A0203-2B 01 07 Steamime B isolaten Valve M252/Sh1/E43 RB 23 STM TNL S
2.3 OP CL NO RxtSOL T220F C903 C942 B
A0203-2C 01 07 Steamime C isolaten Valve M252/Sh1/E43 RB 23 STM TNL S
2,3 OP CL NO RxfSOL T220G C903 C942 B
A0203-2D 01 07 Steamtme D isolaton Vatve M252/Sh1/E43 RB 23 STM TNL S
2.3 OP CL NO RxtSOL T220H C903 C942 B
A0220-44 54 07 Reactor Sample Line isolaten M252/Sh2/E41 RB 74 DW S
OP CL NO RxtSOL A
A022045 54 07 Reactor *,arnple Line isolaten M252/Sh2!E41 RB 51 RWCU HT S
OP CL NO RxtSOL B
A02301-29 23 07 HPCI Steam Supply Dram tsot M243/E35 RB
-17.5 HPCI S
OP CL NO B
104521 61 07 DG A Fuel Pump Drscharge Valve M223 DG A 23 DG A S-N/A SV4521 CL OP NO AC A
AO4322 61 07 DG B Fuel Pump Descharge Valve M223 DG B 23 DG B SMA SV4522 CL OP NO AC B
AC31 3 24 10 DG HVAC VD2088 Operator M28WE14 DG B 23 DG B S-N/A SVL-23 NC FO NO DG AW34 8
AON128 24 10 DG HVAC VD207A Operator M280E14 DG A 23 DG A SMA SVL-22 NC FO NO DG AW31 A
AON129 24 10 DG HVAC VD2078 Operator M280/E14 DG B 23 DG B S-N/A SVL-23 NC FO NO DG AVU32 B
AON133 24 10 DG HVAC VD206A Operator M280/E14 DG A 23 DG A SMA SVL-22 NC FO NO DG AVU33 A
FON131 24 10 DG HVAC VD2068 Operator M28&E14 DG A 23 DGA S-MIA SVL-22 NC FO NO DG AW33 B
TON 132 24 10 DG HVAC VD206C Operator M28WE14 DG B 23 DG B S-N/A SVL-23 NC FO NO DG AVU34 A
AON133 24 10 DG HVAC VD206D Operator M280/E14 DG B 23 DG B S-N/A SVL-23 NC FO NO DG A W 34 8
AON1M 24 10 DG HVAC VD208A Operator M28&E14 DG A 23 DG A S-N/A SVL-22 NC FO NO DG AW33 A
(OX1 24 10 CRHEAF Tram B Irdk Damper M286E10 RW 71 #2FRM S-N/A SVL-15 CL FO NO CRHEAF B
AOX3 24 10 CRMEAF Norml Train B inth Dmpr M286/E10 RW 75 82FRM S-N/A SVL-15 OP FC NO CRHEAF B
AOX4 24 10 CRHEAF Tram A Intk Damper M286/E10 RW 78 #2FRM SrN/A SVL-5 CL FO NO CRHEAF A
(OX6 24 10 CRHEAF Norml Tram A Inth Dmpr M286/E10 RW 75 82FRM SMA SVL-5 OP FC NO CRHEAF A
AV38003 29 0 SSW Pump A Ar Valve M212/Sh1/E59 IS 25.5 A COMP S
5 OP/CL OP/CL NO RBCCW A
AV38C04 29 0
SSW Pump B Air Valve M212/Sht/E59 IS 25 5 A COMP S
5 OPrCL OP/CL NO RBCCW A
Av38c35 29 0
SSW Pump C An valve M212/3h1!E59 IS 25 5 C COMP S
5 OPrCL OP/CL NO RBCCW A/B Pepe 14
I S:ismic Review Safe Shutdown Equipment List [SSEL]
R3v EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Destred Power Systems tNs Required Supporting ID Number No C8 Systm%;, ca.: Description fSNRev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Traen AV38006 29 0
SSW Pump D Air Valve M212/Sh1E59 IS 25.5 BCOMp S
5 OP/CL OP/CL NO RBCCW B
AV38007 29 0 SSW Pump E As Valve M212/Sh1/ES9 IS 25 5 B COW S
5 OP/CL OP!CL NO RBCCW B
AVU31 24 07 DG H'/AC AO/N128 Control M280/E14 DG A 23 DG A S-MA SVL-22 to OP VENT NO DG C89 A
AVU32 24 07 DG ff/AC AOH129 Control M280/E14 DG B 23 DG B S-N/A SVL-23 10 OP VENT NO DG C90 B
AVU33 24 07 DG AON130 AON131 AON134 Cont M280/E14 DG A 23 DGA S-N/A SVL-22 10 OP VENT NO DG C89 A
AVU34 24 07 DG AON132 ACM133 AON135 Cont M280E14 DG B 23 DG B S-M A SVL-23 10 OP VENT NO DG C90 B
B1 46 02 480V Emergency Loadcenter E46 TB 37 ASWGR S-N/A B101,B102 5,7 MA N/A N/A AC D6 A
B103 B104, B105,B106 B10 46 01 Swing MCC SE155/1 RW 23 CSR SR 9
ON ON YES AC X
B14 46 01 MCC SE155/1 AXBAY 3 COMP B SR 9
ON ON YES AC SSWHVAC B
B15 46 01 MCC SE155/1 AXBAY 3 COW A SR 9
ON ON YES AC SSWHVAC A
B17 46 01 MCC (with Enclosure)
SE155/1 RS 23 EAST SR 9
B18 46 01 MCC (with Enclosure)
SE155/1 RB 23 WEST SR 9
HPCI B2 46 02 480V Emergency Loadcenter E46 TB 23 8SWGR S-N/A B201,B202, 5,7 N/A N/A MA AC D6 B
B203,B204, B205,B206 C20 46 01 MCC (with Enclosure)
SE155/1 RB 23 EAST SR 9
B3 46 02 480V Bus SE155/1 TB 37 ASWGR S-M A B310 ON OFF NO AC A
B4 46 02 480V Bus SE155/1 TB 23 B SWGR S-N/A B410 ON OFF NO AC B
B6 46 02 480V Emergency Swing Bus E46 RW 23 CSR S-MA B601,B602, 5,7 N/A MA MA AC D6 X
B603,B604, B605 C1 45 20 Feodwater & Cond Bench Board M270/E13 RW 37 CR S
MA N/A N/A CST SSW RtsCCW A/B C101 45 20 DG A Generator Control M16/E19 DG A 23 DG A S
N/A MA N/A DG A
C102 45 20 DG B Generator Control M16/E19 DG B 23 DG B S
N/A N/A MA DG B
C103A 45 20 DG A Auxihanes Control M16/E19 DG A 23 DG A S
N/A MA N/A DG A
C103B 45 20 DG A Engine Control Panel M16/E19 DG A 23 DG A S
N/A NA NA DG A
C103C 45 20 DG A Engine Gage Panel M16/E19 DG A 23 DGA S
MA NA MA DG A
C104A 45 20 DG B Auxiliaries Control M16/E19 DG B 23 DG B S
MA MA N/A DG B
C1048 45 20 DG B Engine Control Panel M16/E19 DG B 23 DG B S
N/A N/A N/A DG B
C104C 45 20 DG B Engine Gage Panel M16/E19 DG B 23 DG B S
N/A N/A N/A OG B
C108 45 20 PanetC108 M18 RW 51 82FRM S
N/A N/A N/A CRHEAF A
C109 45 20 PanelC109 M18 RW 51 #2FRM S
MA N/A MA CRHEAF B
C11 45 20 Transmdter Power Panel M227-135 RW 23 CSR S
13 N/A N/A N/A SSW RBCCW Y1 A/B C110 45 20 DG A Pump Control Panet M223 DG A 23 DG A S
MA MA N/A DG A
Page 76
Scismic Review Safe Shutdown Equipment List [SSEL]
Rev EO September 16,1996 Equipment Sys Eq Drawing No Floor Room or Evat Related End Normal Desired Power Systems tNs Required Supporting ID Number No Cl System / Equipment Description ISNRev Bldg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train C111 45 20 DG B Pump Control Panet M223 DG B 23 DG B S
N/A MA N/A DG B
C129A 45 18 Containmnt Press Sw instr Rack M19 RB 74 EAST S
MA MA MA CS RHR RPS AB C129B 45 18 Contammnt Press Sw Instr Rack M19 RB 74 EAST S
MA NA MA CS RHR RPS AS C1303 13 18 Control BoxfGM.SignL Conv etc M1G14-9 RB
-17.5 SWOD S
7,8 ON ON YES D4 C930 A
C150 45 20 SSW/RBCCW AR Shutdown Panel M15/E16 AXBAY 3 BCOMP S
t C131 45 20 SSW/RBCCW M Shutdown Panet M15/E16 AXBAY 3 A COhP S
C152 45 20 RHR AR Shutdown Panet M16/E19 RB 23 EAST S
C153 45 20 RHR Alt Shutdown Panel M16/E19 RB 23 WEST S
C154 45 20 RCIC AR Shutdown Panet M16E19 RB 23 WEST S
N/A N/A MA RCIC A
C153 45 20 HPCIMemale Shutdown Panel M16/E19 RB 23 WEST S
N/A N/A N/A HPCI B
C156 45 20 ADS AR Shutdown Panel M16/E19 RB 23 EAST S
N/A MA MA ADS A
C137 45 20 ADS AR Shutdown Panet M16/E19 RB 23 WEST S
MA N/A MA ADS B
C158 45 20 FPCI ARemate Shutdown Panel M16/E19 RS 23 WEST S
MA N/A N/A HPCI B
C159 45 20 RCIC Remote Shutdown Panel M16/E19 RS 23 WEST S
N/A MA N/A RCIC A
C163 45 20 DG A ARemate Shutdown Panet M16/E19 DG A 23 DG A S
MA MA MA DG A
C131 45 20 DG B ARernate Shutdown Panet M16/E19 DG B 2",
DG B S
MA N/A MA DG B
s C163 45 20 RHR B Loop Att Shutdown Panet M16/E19 RB 23 EAST S
N/A N/A N/A RHR B
C170 45 20 Ptet Accident Monitormg Panel M270/E13 RW 37 CR S
N/A N/A MA RHR IND A
C171 45 20 Post Accident Monitanng Panel M270/E13 RW 37 CR S
N/A MA MA RHR IND B '
C174 45 20 PASS luolation Vtv Control M270/E13 RW 37 CR S
N/A NA N/A RHR A
C175 45 20 Pt.SS !wletion Viv Control M270/E13 RW 37 CR S
N/A NA N/A RHR A
C179 45 20 Torus Wtr Temp Signal Proc Cab M27&E13 RW 37 SAS S
N/A N/A N/A RHR A
C180 45 20 Torus Wtr Temp Sqnal Proc Cab M270E13 RW 37 SAS S
MA MA N/A RHR B
C2 45 20 Turtine Bench Board M270/E13 RW 37 CR S
MA N/A N/A CST SSW A/B C208 45 18 DW Couting Fan Relay Rack E298/Sh6 RB 23 MCC B17 S
MA N/A N/A DW Coolmg A
C209 45 18 DW Cooling Fan Relay Rack E29&Sh6 RB 23 MCC B18 S
N/A N/A MA DW Coolmg 8
C2201 45 18 Core Spray Instr Rack A M15/E16 RB
MA MA MA CS A
C2204 45 20 h.C Monitor Panel M16/E19 RB 23 WEST S
MA N/A MA RPS C2205A 45 18 Reactor Prat & NSS instr Rack M18 RB 51 EAST S
N/A N/A N/A
RxtSOL ADS HPCI RHR DG C22058 45 18 Reactor Prot & NSS Instr Rack M18 RB 51 EAST S
RxtSOL ADS HPCI RHR DG C2206A 45 18 Reactor Prot & NSS Instr Rack M18 RB 51 WEST S
RxlSOL ADS HPCI RHR DG Pege 16
Scismic Review Safe Shutdown Equipment List [SSEL]
Rx EO September 16.1996 Retar d End Normal Desired Power Systems this Required Supporting Equtpment Sys Eq Drawing No Floor Room or Eval e
ID Number No Cl System /Equipenee:: Description ISh5tev Bldg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train C22068 45 18 Reactor Prot & NSS Instr Rack M18 RB 51 WEST S
C2207A 45 18 Racere instrument Rack M1&E19 RB 2 75 CRD OD S
MA N/A MA RHR A
C22078 45 18 Recire instrument Rack M16/E19 RB 2 75 CRD OD S
N/A MA N/A RHR 8
C2222 45 20 Accumulator Monetor Panet M16/E19 RB 23 EAST S
N/A NA MA RPS C2228-A1 45 20 RPS Analog Trip Cetunet E698/E7 RW 23 CSR S
9 N/A N/A N/A RPS Rx' SOL SDC A
C2221M2 45 20 RPS Analog Tnp Catunet E699'E7 RW 23 CSR S
C2224B1 45 20 RPS Analog Trip Catunet E70@E7 RW 23 CSR S
9 N/A N/A N/A RPS RxtSOL B
C2229-82 45 20 RPS Analog Trtp Catunet E701/E7 RW 23 CSR S
9 N/A N/A MA RPS RutSOL B
C2230 45 18 East SDIV Instrument Rack M1&E19 RB 23 EAST S
N/A N/A MA RPS RXISOL A/B C2231 45 18 West SDIV instrument Rack M16/E19 RB 23 WEST S
MA N/A MA RPS RXISOL AB C2233A 45 20 Analog Trip System E727/E2 RW 23 CSR S
NA N/A N/A ADS HPCI RCIC RHR D36 Y3 A
DG CS IND C22338 45 20 Analog Trip System E729E2 RW 23 CSR S
MA N/A NA ADS HPCI RCIC RHR D37 Y4 B
DG CS IND C2250A 45 18 HPClinstrument Rack M15/E16 RB
-17.5 RB SfwP S
N/A N/A MA HPCI B
C225C3 45 18 HPCIInstrument Rack M15/E16 RB
-17.5 RBSMP S
N/A N/A N/A HPC1 B
C2251A 45 18 Jet Pump Instrument Rack M1EE19 RB 23 EAST S
N:A N/A N/A IND RHR A
C22318 45 18 Jet Pump Instrument Rock A M16/E19 RB 23 EAST S
N/A N/A MA IND RHR A
C2252A 45 18 Jet Pump Instrument Rack M16/E19 RB 23 WEST S
MA N/A N/A IND B
C22528 45 18 Jet Pump instrument Rack B M16/E19 RB 23 WEST S
MA N/A N//
IND B
C2256A 45 18 RPS4AA Hi Flow M15/E16 RB 2.75 SWOD S
N/A N/A M,*
RPS RxtSOL A
C22568 45 18 RPS-MSL Hi Flow M15/E16 RB 2.75 SWQD S
N/A MA MA RPS RxtSOL B
C2237A 45 18 HPCIinstrument Rack M15/E16 RB
-17.5 NW 00 S
MA MA N/A HPCI B
C2257B 45 18 RCIC Instrument Rack M15/E16 RB
-17.5 SWQD S
MA N/A N/A RCIC A
i.
C2258 45 18 RCIC Instrument Rack M15/E16 RB 2.75 SWQD S
N/A MA NA RCIC A
C2259 45 18 RHR A loop instrument Rack M241/Sh2/E31 RB
N/A NA MA RHR A
C2260 45 18 Core Spray Instr Rock B M242/E36 RB
-17.5 NW QD S
N/A MA N/A CS B
C2261 45 20 RHR A Loop Instrument Rack M16/E19 RB 23
- ET S
N/A N/A MA RHR B
C2262 45 18 RHR D Loop Instrument Rack M241/Sh2/E31 RB
-17.5 NWOD S
N/A MA MA RHR 8
C2303 23 05 HPCI Controls (EGM. RAMP SIGNL) M244/Sh1/E22 RB
-17.5 HPCI S-N/A FIC-2340-1 OFF ON YES D5 T2303 8
C248 45 20 MCC B17 Fan Control Panel E14/2 RB 23 MCC B17 S
N/A MA N/A AC MCCHVAC A
C249 45 20 MCC B18 Fan Control Panel E14'2 RB 23 MCC B18 S
N/A N/A N/A AC MCCHVAC B
C250 45 20 MCC B20 Fan Control Panel E14/2 RB 23 MCC B20 S
N/A NA N/A AC MCCHVAC X
C3 45 20 Auxihary Power Bench Board M270/E13 RW 37 CR S
MA N/A N/A DG AS C4 45 20 instrument Panel M270/E13 RW 37 CR S
N/A N/A N/A SSW Y1 A/B Page n
Scismic Review Safe Shutdown Equipment List [SSEL]
R:V EO September 16.1996 Equipment Sys Eq Deawing No Floor Room or Evat Related End Normal Desired Power Systems tNs Required Supporting O Number No CI System / Equipment Description ISh/Rev Bldg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train C5 45 20 Protectrve Retaying M270/E13 RW 37 CR S
MA MA N/A AC AS C511 46 14 RPS Power Destnbuhon Panet E14/Sh1 RW 23 MG Set S
ON ON YES SDC 810 X20 A
C6 45 20 Load Shedding Panel M270E13 RW 37 CR S
C61 45 20 Reactor Bldg H&V Control Panel M16/E19 RB 23 EAST WALL S MA MA MA DW Coofing AS C31A 45 20 EAC Safeguards Area Vent Cnut M1tVE19 RB 23 E WALL S
HPCO C61B 45 20 EAC Safeguards Area Vent Cntrl M16/E19 RB 23 E WALL S
HPCQ C64 45 20 SSW HVAC Control Panet M28aE8 IS 25.6 Stairwl S
3 N/A N/A N/A SSW HVAC A/B C7 45 20 Ctml isol & VenHlation VB M270/E13 RW 37 CR S
MA MA N/A N2 CRHEAF AS C3 45 20 Auxihary Power Panel M270/E13 RW 37 CR S
N/A N/A MA AC C8 AS CS3 45 18 Condensate Transfer Instr Rack M15/E16 AXBAY 3 BCOMP S
MA N/A MA CST AS C64 45 20 DG Storage Tank LvlInstr Rack M16/E19 DG B 23 DG B S
N/A NA N/A DG AS C89 45 20 Dieset A Vent Control Panel M280/E8 DG A 23 DG A S
MA MA MA DG A
C90 45 20 Diesel B Vent Control Panel M280/E8 DG B 23 DG B S
N/A N/A N/A DG B
C902 45 20 Control Room Panel M270E13 RW 37 CR S
N/A N/A N/A CRMEAF Y2 AS C903 45 20 Rn & Cont Cooling Bench Board M270/E13 RW 37 CR S
MA NA N/A RHR CS RWCU N2 AS IND RutSOL CST HPCICRHEAF ADS RBCCW C904 45 20 Pm W1r Cleanup Recirc Bench Bd M270/E13 RW 37 CR S
N/A MA N/A RCIC CS RWCU N2 AS RxtSOL RHR HPCI RBCCW C905 45 20 Rm Control Bench Board M270/E13 RW 37 CR S
N/A MA N/A IND B
C910 45 20 Control Room Panel M270/E13 RW 37 CR S
MA N/A N/A CRHEAF RBCCW Y2 Y1 AS C915 45 20 Channel A Prim isol & Rx Prat M270/E13 RW 37 CR S
MA MA N/A RxtSOL RPS AS C917 45 20 Channel B Prtm isol & Rx Prat M270/E13 RW 37, CR S
N/A MA N/A RxfSOL RPS AS C918 45 20 FW & Recire Vertical Board M270/E13 RW 37 CR S
N/A N/A N/A SSW Y1 AS C919 45 20 Process Instrumentation VB M270/E13 RW 37 CR S
MA N/A NA RCIC RHR CS HPCI AS C921 45 20 Nuclear Stm Temp Recorder VB M270/E13 RW 37 CR S
C927 45 20 RPIS Control Rod Posnion Cab M270E13 RW 37 CR S
N/A MA MA RPIS AS C928 45 20 Rod Manual Control Panel M270/E13 RW 37 CR S
I t/A N/A N/A RPtS C930 45 20 RCIC Relay Vertical Board M270/E13 RW 23 CSR S
PUA N/A MA RCIC A
CS32 45 20 Channel A Vertical board M270/E13 RW 23 CSR S
C933 45 20 Channel B Vertical Board M27aE13 RW 23 CSR S
C*39 45 20 HPCI Relay Vertical Board M270E13 RW 23 CSR S
N/A MA NA HPCI B
Page 18
Scismic Review Safe Shutdown Equipment List [SSEL]
R3v. EO September 16.1996 Equtpment Sys Eq Drawtng No Floor Room of Eval Related End Normal Desired Power Systems this Required Supporting O Number No Cl System / Equipment Desertption ISh/Rev Bldg Elev RowtCol Type Device Notes Status Status Reqd? Component Supports System or Component Train C941 45 20 Pnm Cont isol Relay Cab inbd M27&E13 RW 23 CSR S
MA N/A N/A RxtSOL(RWCU MS A
RX)
C942 45 20 Prim Cont Isol Relay Cab Outbd M27&E13 RW 23 CSR S
MA MA h/A RxfSOL(RWC1J MS B
RX)
CONPOT 23 21 HPCI Exhaust Line Drainpot M243E22 RB
-17.5 HPCI S
MA N/A NO B
CV2301-32 23 07 HPCI Turb Dram Pet tool Viv M244/Sh1E22 RB
-17.5 HPCI SR CL OP/CL YES D5 C903 CS39 B
CV302-21A 03 07 RPS East SDfV Vent isol M25GE10 RB 23 EAST S
1 OP CL NO A
CV302-218 03 07 RPS West SDr/ Vent isol M250/E10 RB 23 WEST S
1 OP CL NO A
CV302-22A 03 07 RPS East SOfV Dram isol M25GE10 RB 23 EAST S
1 OP CL NO B
CV302-228 03 07 RPS West SDIV Drain isol M250E10 RB 23 WEST S
1 OP CL NO 8
CV302-23A 03 07 RPS East SDIV Vent Isol M25GE10 RB 23 EAST S
1 OP CL NO 8
CV302-238 03 07 RPS West SDfV Vent isol M250/E10 RB 23 WEST S
1 OP CL NO B
CV302-24A 03 07 RPS East SOfV Drain isol M250E10 RB 23 EAST S
1 OP CL NO A
CV302-248 03 07 RPS West SDIV Drain isol M250/E10 RB 23 WEST S
1 OP CL NO A
CV305-126 03 07 RPS Scram Water inlet Vake M250/E23 RB 23 145 HCU S
1.5 CL OP NO AB CV305-127 03 07 RPS Scram Water Outlet Valve M25GE23 RS 23 145 HCU S
1,5 CL OP NO AB CV9068A 23 088 HPCI Torus Drain Pet Valve M243E35 RB
-17.5 HPCI SR CL OPrCL YES 05 C939 C941 C932 B
CV9068B 23 088 HPCI Torus Drain Pot Valve M243E35 RB
-17.5 HPCI SR CL OPICL YES D5 C939 C941 C932 B
D1 46 15 125VDC Control Battery Rack A E13/E33 TB 37 A BTTRY SR ON ON YES DC A
D10 46 01 250VDC Power Bus E13/E33 TB 23 BSWGR SR ON ON YES DC B
D11 46 16 Normal 125VDC Charger for D1 E13E33 TB 37 ASWGR SR ON ON YES DC B15 A
D12 45 16 Normal 125VDC Charger for D2 E13E33 TB 23 BSWGR SR ON ON YES DC B14 B
D13 46 16 Normal 250VDC Charger for D3 E13/E33 TB 23 BSWGR SR ON ON YES DC B14 8
D16 46 14 125VDC Control Bus A E13/E33 TB 37 ASWGR SR ON ON YES DC A
D17 46 14 125VDC Control Bus B E13E33 TB 23 8SWGR SR ON ON YES DC B
D2 46 15 125VDC Control Battery Rock B E13/E33 TB 23 BBTTRY SR ON ON YES DC B
D29 45 14 Current Limiter Fault Protect E13E33 TB 37 ASWGR SR 8
ON ON YES DC A
D3 46 15 250VDC Power Battery Rock E13/E33 TB 23 8BTTRY SR ON ON YES DC B
D30 46 14 Current Limiter Fault Protect E13E33 TB 23 B SWGR SR 8
ON ON YES DC B
D31 46 14 Current Limitar Fault Protect E13/E33 TB 23 8SWGR SR 8
ON ON YES DC B
D32 46 20 D16 Conh1 Logic Y10 Switchmg E13/E33 TB 37 ASWGR SR ON ON YES DC A
D33 46 20 D17 Contrt Lage Y10 Switchmg E11E33 TB 23 8SWGR SR ON ON YES DC B
D36 46 14 125VDC Distribution Panel A E13E33 TB 37 ASWGR SR 8
ON ON YES DC A
D37 46 14 125VDC Destribution Panet B E13/E33 TB 23 BSWGR SR 8
ON ON YES DC B
D4 46 14 125VDC Destribuhon Panet A E13/E33 TB 37 ASWGR SR 8
Scismic Review Safe Shutdown Equipment List [SSEL]
rey. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting 10 Number No Cl System / Equipment Description 15NRev Bldg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train DS 46 14 125VDC Drstnbution Panet B E13'E33 TB 23 BSWGR SR 8
CS DC AC 06 46 14 125VDC Distritmtion Panel C E 13E"-
RW 23 CSR SR 8
D7 46 01 125VDC MOV leiorar C.W.N c13tJJ RB 23 WEST SR 9
DG DC D3 46 C1 125VDC MOV Motor Control Cnte E13,E33 RB 23 WEST SR 9
D9 46 01 250VDC MCC E13E33 RB 23 WEST SR 9
DC/AC1340-16 13 16 ROIC Inverter M24SE26 RW 37 CR SR ON ON YES C904 D4 A
DCIAC2340-13 23 16 HPCIinverter M243/E35 RW 37 CR SR ON ON YES 05 C903 B
DPT1001-604A 10 18 Torus Water Levet Transmitter M241/Sh1/E59 RB 17.5 TORUS S
3 ON ON YES C170 Y3 X206A A
DPT1001-6048 10 18 Torus Water Level Transmitter M2411Sh1E59 RB
-17.5 TORUS S
3 ON ON YES C171 Y4 X2068 B
DPT261-2A 45 18 RPS-MSL Hi Flow E698/E8 RB 2 75 SWOD S-N/A SV203-1A 9
ON ON YES RPS Rx! SOL C2256A A
SV203-2A thru D-AC and DC DPT231-28 45 18 RPS-MSL He Flow E700E7 RB 2.75 SW QD S-N/A SV203-1A 9
ON ON YES RPS RutSOL C2256A B
tthru D-AC and DC.
SV203-2A thru DAC and DC DAT261-2C 45 18 RPS-MSL Hi Flow E699/E7 RB 2.75 SWQD S-N/A SV203-1A 9
ON ON YES RPS RutSOL C2256A A. '
tthru D-AC and DC, SV203-2A thru MC and DC DPT231-2D 45 18 RFS-MSL Hi Flow E701/E8 RB 2.75 SW OD S-N/A SV203-1A 9
ON ON YES RPS RxtSOL C2256A B
tthru D-AC and DC, SV203-2A 1
thru D-AC and DC DPT231-2E 45 18 RPS44SL Hi Flow E698/E8 RB 2.75 SW QD S-N/A SV203-1A 9
ON ON YES RPS Rx! SOL C2256A A
tthru D4C and DC, SV203-2A thru D-AC and DC Page80 i
S@ismic Review Safe Shutdown Equipment List [SSEL]
Rev EO September 16.1996 Equipment Sys Eq Drawing No Fkxw Room or Eval Related End Normat Desired Power Systems this Required Supporting ID Number No CI System / Equipment Description (Sh/Rev Bldg Elev RowfCol Type Dev6ce Notes Status Status Reqd? Component Supports System or Component Train DPT261-2F 45 18 RPS4ASL M Flow E700/E7 RB 2.75 SW 00 S-N/A SV203-1A 9
ON ON YES RPS RxfSOL C2256A B
tthru D-AC and DC.
SV203-2A thru D-AC and DC DPY261-2G 45 18 RPS4ASL M Flow E699E7 R8 2.75 SW QD S-N/A SV203-1A 9
ON ON YES RPS RxtSOL C2256A A
tthru D-AC and DC.
SV203-2A thru MC and DC DPT261-2H 45 18 RPS4ASL M Flow E701E8 RB 2.75 SWOD SRA SV203-1A 9
ON ON YES RPS RdSOL C2256A 8
SV203-2A thru D-AC and DC DPT261-2J 45 18 RPSMSL M Flow E698E8 RB 2.75 SW QD SRA SV203-1A 9
ON ON YES RPS RdSOL C22568 A
tthru D-AC and DC.
SV203-2A thru D-AC and DC UM261-2K 45 18 RPS4ASL M Flow E700E7 RS 2.75 SWOD S-N/A SV203-1A 9
ON ON YES RPS RxtSOL C22568 8
tthru W and DC.
SV203-2A thru D-AC and DC DPV261-2L 45 18 RPS44SL M Flow E699E7 RB 2.75 SW 00 S-N/A SV203-1A 9
ON ON YES RPS RutSOL C22568 A
tthru D-AC and DC.
SV203-2A thru D-AC and DC DPT231-2M 45 18 RPS44SL M Flow E701E8 RB 2.75 SW QD SNA SV203-1A 9
ON ON YES RPS RxlSOL C22568 8
tthru D-AC and DC.
SV203-2A thru D-AC and DC DPT261-2N 45 18 RPS4ASL M Flow E698E8 RS 2.75 SW QD SRA SV203-1A 9
ON ON YES RPS RxtSOL C22568 A
tthru D-AC and DC.
SV203-2A thru D-AC and DC Pego 01
S:ismic Review Safe Shutdown Equipment List [SSEL]
R:V EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Evat Related End Normal Desired Power Systems this Required her, ID Number No Cl System! Equipment Description
/Sh/Rev Bldg Elev RowwCol Type Device Notes Status Status Reqd? Component Supports System or Component Traan DPT261-2P 45 18 RPS41SL Hi Flow E700/E7 RB 2.75 SWQD SMA SV203-1A 9
ON ON YES RPS RutSOL C2256B B
tthru D-AC and DC.
SV203-2A thru D-AC and DC DPT261-2R 45 18 RPS4ASL Hi Fkm E69917 RB 2.75 SWOD SMA SV203-1A 9
ON ON YES RPS RxtSOL C2256B A
tthru [WC and DC.
SV203-2A thru D4C and DC DPT231-2S 45 18 RPS-MSL Hi Fkm E701/E8 RB 2.75 SW QD S-N/A SV203-1A 9
ON ON YES RPS RutSOL C22568 8
tthru D4C and DC.
SV203-2A thru IWC and DC Elt263-49A 45 20 Voltage / Current Converter E728E5 RW 23 CSR SMA PR1001-ON ON YES IND C2233A D36 Y3 A
600A, Pt263-49A E/t263-498 45 20 Voltage / Current Converter E730tE5 RW 23 CSR S-N/A PR1001-ON ON YES IND C22338 D37 Y4 8
6008, Pt263 498 EA263-72A 45 20 Voltage / Current Converter E727E4 RW 23 CSR SMA Lt263-100A ON ON YES thB C2233A D36 Y3 A
E4263-728 45 20 Voltage / Current Cor*verter E729/E4 RW 23 CSR SMA Lt263-1008 ON ON YES IND C2233B D37 Y4 B
EA263-73A 45 20 Voltage / Current Converter E728.E5 RW 23 CSR SAA Lt263-106A ON ON YES IND C2233A D36 Y3 A
E/t263-738 45 20 Voltage / Current Converter E730!E5 RW 23 CSR S-N/A Lt263-1068 ON ON YES IND C2233B D37 Y4 8
EIS1040-9A 10 20 RHR A Loop Instr Power Supply M241/Sh2/E59 RW 37 CR SR ON ON YES IND C919 A
E/S1040-98 10 20 RHR B Loop Instr Power Supply M241/Sh2E59 RW 37 CR SR ON ON YES IND C919 B
E/S1450-6 14 20 Core Spray instr Power Supply M242E36 RW 37 CR S-N/A F11450A.
ON ON YES C919 Y1 A
- Ft1450AB, Pt1450-1 A, P11450-1B E/S2228-A1L 45 20 RPS ATS Catanet Power Suppty E698/E11 RW 23 CSR SR 11 ON ON YES SDC A
E/S2226-A1R 45 20 RPS ATS Catunet Power Supply E698/E11 RW 23 CSR SR 11 ON ON YES SDC A
EIS2228-A2L 45 20 RPS ATS Cabinet Power Supply E699/E11 RW 23 CSR SR 11 ON ON YES SDC A
E/S2228-A2R 45 20 RPS ATS Catnnet Power Supply E699/E11 RW 23 CSR SR 11 ON ON YES SDC A
E/S2233A-AC 45 20 C2233A AC Power Supply E727/E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C2233A Y3 A
DG CS IND E/S2233A-DC 45 20 C2233A DC Power Supply E728/E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C2233A D36 A
Scismic Review Safe Shutdown Equipment List [SSEL]
Rw. E0 September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Sepporting ID Number No Cl System / Equipment Description ISh/Rev Blog Elev Row / Col Type Device Notes Stitus Status Reqq? Component Supports System or Component Train E/522338-AC 45 20 C22338 AC Power Suppty E729/E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C22338 Y4 8
DG CS IND E/S22338.CC 45 20 C22338 DC Power Supply E730/E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C22338 D37 8
DG CS IND E/S23404 23 20 HPCI Press lnd Power Supply M243/E35 RW 37 CR SR ON ON YES D5 C919 8
E122A 29 21 SSW TBCCW Loop A Heat Exch M212/Sh1/E59 AXBAY 3 A COMP S
N/A MA MA RBCCW A
E1228 29 21 SSW TBCCW Loop B Heat Exch M212/Sh1/ES9 AXBAY 3 BCOMP S
MA N/A N/A RBCCW B
E201 13 11 RCIC Bar Condenser / Vacuum Tank M246E24 RB
-17.5 SW QD S
MA N, A NO A
E202 23 11 HPCI Gland Seal Oondenser M244/Shi/E22 RB
-17 5 HPCI S
MA MA NO LS8020 LS8021 B
E203A 30 06 RBCCW RHR P203A Seat Cooler M215/Sh4/E33 RB
MA MA MA RHR A
E203B 30 06 RBCCW RHR P2038 Seal Cooler M215/Sh2E34 RB
-17.5 NWQD S
N/A N/A N/A RHR B
E203C 30 06 RBCCW RHR P203C Seal Cooler M215'Sh4/E33 RB
-17.5 SE QD S
MA NA NA RHR A
E2030 30 06 RBCCW RHR P203D Seal Cooler M215tSh2E34 RB
-17.5 NWOD S
MA N/A MA RHR B
E204 13 21 RCIC L.O. Cooier M246/E24 RB
-17.5 SW QD S
MA N/A NO A
E205 23 21 HPCI Turb Lube Od Cooper M244/Sh1/E22 RB
-17.5 HPCI S
NA MA NO 8
E206A 30 21 RBCCW Fuel Pool Ht Exch M215/Sh+E33 RB 74 FP HT EX S
9 MA MA MA A
E2068 30 21 RBCCW Fuel Pool HI Exch M2t5/Sh2!E34 RB 74 FP HT EX S
9 MA MA N/A B
E207A 10 21 RHR A Loop Heat Exchanger M241/Sh2!E31 RB
-17.5 SE QD S
MA MA MA RBCCWA A
E2078 10 21 RHR B Loop Heat Exchanger M241/Sh2/E31 RB
-17.5 NWCD S
MA N/A MA RBCCWB B
E209A 30 21 RBCCW Loop A Heat Exchanger M215/Sh1/E35 AXBAY 3 A col @
S MA N/A N/A RHR CS EAC SSW-A A
E2098 30 21 RBCCW Loop B Heat Ewhanger M215/Sh3/E32 AXBAY 3 BCOMP S
E211A 30 21 RBCCW Recirc MG Set Oil Car M215/Sht!E35 RB 51 MG SET S
9 MA MA N/A A
E2118 30 21 RBCCW Recre MG Set Oil Ctr M215/Sh1/E35 RB 51 MG SET S
9 N/A N/A N/A A
E212A 30 21 RDCCW CRO Pump Oil Cooler M215/Sh4/E33 RB
-17.5 NE QD S
9 N/A MA N/A B
E2128 30 21 RBCCW CRD Pump Oil Cooler M215/Sh4E33 RB
-17.5 NE QD S
9 MA MA MA B
E213A 30 21 RBCCW Recuc Pmp Seat Wtr Car M215/Sh3/E32 RB 21 DW S
9,13 N/A MA N/A B
E213B 30 21 RBCCW Recire Pmp Seal Wtr Ctr M215/Sh3/E32 RB 21 DW S
9.13 N/A N/A N/A B
E214A 30 21 RBCCW Recire Pmp Lube Oil Car M215/Sh3/E32 RB 21 DW S
9,13 MA N/A N/A B
E2148 30 21 RBCCW Recirc Pmp Lube Oil Car M215/Sh3/E32 RB 21 DW S
9,13 N/A N/A N/A B
E216A 30 21 RBCCW RWCU Heat Exchanger M215/Sh2.E34 RB 51 RW HT EX S
9 MA MA MA B
E2168 30 21 RBCCW RWCU Heat Exchanger M215/Sh2/E34 RB 51 RW HT EX S
9 N/A MA N/A B
EPA 1 46 20 RPS Elec Protechon Assemth E1N1 RW 23 MG SET SR ON ON YES AC A/B EPA 2 46 20 RPS Elec Protection Assemb8y E141 RW 23 MG SET SR ON ON YES AC AS EPA 3 46 20 RPS Elec Protection Assembly E14/1 RW 23 MG SET SR ON ON YES AC A/B EPA 4 46 20 RPS Elec Protection Assembly E141 RW 23 MG SET SR ON ON YES AC AB Page53
S:ismic Review Safe Shutdown Equipment List [SSEL]
Rn EO September 16.1996 Equipment Sys Eq Drawing No Floor Room of Eval Related End Normal Desired Power Systems this Required Supporting ID Number No Cl System! Equipment Description tSh/Rev Bidg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train EPJ 5 46 20 RPS Elec Protecton Assemtdy E14/1 RW 23 MG SET SR ON ON YES AC AB EPA 6 46 20 RPS Elec Protectmn Assembly E14/1 RW 23 MG SET SR ON ON YES AC AB ES1001-604A 45 20 PM4 Panet Instr Power Supply E550/Sh29 RW 37 CR S
ON ON YES RHRIND C170 Y3 A
ES1001-6048 45 20 PAM PanelInstr Power Supply E550ish30 RW 37 CR S
ON ON YES RHR IND C171 Y4 8
ES3328 29 20 Press Trans Power Supply E137/2/E1 RW 37 CR SR ON ON YES RBCCW ND Y1 C918 AB FE1048A 10 18 RHR Loop A Flow Element M241/Sh1E59 RB
-17.5 TORUS S
3 MA MA NO A
FE1048B 10 18 RHR Loop B Flow Element M241/Sh1'E59 RB
-17.5 TORUS S
3 N/A MA NO B
FE1360-3 13 18 RCIC Pump Flow Element M245/E26 RB
-17.5 SWOD S
MA MA NO A
FE1463A 14 18 CS A Discharge Fh Element M242/E36 RB
-5 SE QD S
1 N/A N/A NO A
FE14638 14 18 CS B Dracharge Fh Element M242E36 RB
-17.5 NWQD S
1 MA N/A NO B
FE6240 29 18 SSW Loop A Flow Element M212/Sht!ES9 AXBAY 3 A CONP S
4 N/A N/A NO RBCCW ND A
FE6241 29 18 SSW Locp B Fh Element M212/Sh1ES9 AXBAY 3 8 COMP S
4 N/A N/A NO RBCCW ND A
Ft1040-1 A 10 20 RHR A Loop Flow Indicator M241/Sh1E59 RW 37 CR SR 3
ON ON YES tND C903 E/S1040-9A A
F11040-1B 10 20 RHR Loop B FW Indicator M241/Sh1E59 RW 37 CR SR 3
ON ON YES IND C903 E/S1040-98 B
Ft1450-4A 14 20 Core Spray A Descharge Flow M242/E36 RW 37 CR SR 1
ON ON YES IND C903 E!S14504 Y1 A
F11430-4B 14 20 Core Spray B Dracharge Flow M242/E36 RW 37 CR SR 1
ON ON YES IND C903 E/S1450-6 Y1 B
Fl6240 29 20 SSW FlodBCCW LP A M212/Sh1T59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C1 A
F16241 29 20 SSW Flow-RBCCW LP B M212/Sh1E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C1 B
FIC-2340-1 23 20 HPCI P205 Disc Flow Ind & Cnti M24TE35 RW 37 CR SR 4
ON ON YES DC/AC2340-13 05 C903 8
C158 C939 FIC1340-1 13 20 RCIC Fh Controller M245/E26 RW 37 CR SR 4.7,8 ON ON YES C904 DC'AC1340-16 A
FOFPS-A 61 20 DG A Fuel Filter Delta-P Alarm M223 DG A 23 DG A S-N/A None 4
OFF OFF NO AC C103C A
FO7PS-B 61 20 DG B Fuel Filter DeltaP Alarm M223 DG B 23 DG B SelA None 4
OFF OFF NO AC C104C B
FOPS-A 61 20 DG A Fuel Oil Pressure Alarm M223 DG A 23 DG A S-N/A None 4
OFF OFF NO AC C103C B
FOPS-8 S1 20 DG B Fuel Oil Pressure Alarm M223 DGB 2S DG B SMA None 4
OFF OFF NO AC C104C A
FOSPS-A 61 20 DG A Strainer Deltd Alarm M223 DG A 23 DG A S-N/A None 4
OFF OFF NO AC C103C 0
FOSPS-B 61 20 DG B Stramer Detta-P Alarm M223 DG B 23 DG B SMA None 4
OFF OFF NO AC C104C A
FS1360-7 13 18 RCIC Pump Min Flow Control M245/E26 RB 2.75 SWOD SMA M01301-60 7
OFF ON YES C2258 D7 A
FS2354 23 18 HPCI P205 Low FL Airm & Viv Cn M243/E35 RB
-17.5 RBSUMP S-N/A MO2301-14 GFF ON YES C22508 C903 C935 8
FSE-101 24 18 CRHEAF Train A Flow Switch M286/E10 RW 73 5 82FRM S-N/A VSF103A OFF ON YES CRHEAF B17 A
FSE-102 24 18 CRHEAF Train B Fh Switch M286/E10 RW 73.5 82FRM SMA VSF1038 OFF ON YES CRHEAF B18 8
FSE-70 24 10 EAC VAC201 A Fan Control M282E13 PB
-17.5 HPCI S-MA VAC201A OFF ON YES HPCI B18 C61B B
FSE-71 24 to EAC VAC201B Fan Control M282E13 RB
-17.5 HPCI SMA VAC201B OFF ON YES HPCI B18 C61B B
FSE-72 24 10 EAC VAC202A Fan Control M282213 RB 2.8 SWQD S-N/A VAC202A OFF ON YES RCIC B17 C61 A A
FSE-73 24 to EAC VAC2028 Faa. Cortrol M282!E13 RB 2.8 SW QD S-N/A VAC2028 OFF ON YES RCIC B17 C61 A A
Pope 84
Scismic Review Safe Shutdown Equipment List [SSEL]
R2v. EO September 16.1996 Equipment Sys E4 Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting ID Number No Cl Syste. "4;,,.e4 Description /SivRev Bldg Elev Row / Col Type Device Notes Status Status Reqd7 Component Supports System or Component Train FSE-95 24 10 EAC VAC204A Fan Control M282/E13 RB
-17.5 SE 00 S-N/A VAC204A OFF ON YES RHR B17 C61 A A
FSE-96 24 10 EAC VAC204B Fan Control M282E13 RB
-17 5 SE OD S-MA VAC204B OFF ON YES RHR 817 C61 A A
FSE-97 24 10 EAC VAC204C Fan Contros M282E13 RB
-17.5 NWOD S-MA VAC204C OFF ON YES RHR B18 C61B B
FSE 98 24 10 EAC VAC2040 Fan Contml M282/E13 RB
-17.5 NW 00 S-M A VAC2040 OFF ON YES RHR B18 C618 B
FT1049A 10 18 RHR A Loop Flow Transatter M241/Sh1/E59 RB
-17.5 SE QD S
3 ON ON YES C2259 E/S1040+9A A
FT10498 10 18 RHR Loop B Flow Transatter M241/Sh1E59 RB
-17.5 NW QD S
3 ON ON YES C2262 E/S104 llc 8 e
FT13644 13 18 RCIC Pump Flow Turtune Control M245/E26 RB 2.75 SWOD S
7 ON ON YES SQRT1340-10 C2258 A
FIC1340-1 C159 FT1461A 14 18 CS A Discharge Flow Indication M242/E36 RB
1 ON ON YES C2201 E/314504 Y1 A
FT1461B 14 18 CS B Discharge Flow Indmaton M242/E36 RB
-17.5 NW 00 S
1 ON ON YES C2260 E/S14504 Y1 B
FT2358 23 18 HPCI P205 Flow Transmitter M243/E35 RB
-17.5 RBSUMP S
ON ON YES C22508 C158 B
FT6240 29 18 SSW Flow-RBCCW LP A M212/Sh1E59 AXBAY 3 A COhp S
4 ON ON YES RB W IND Y1C11 A
FT6241 29 18 SSW Flow-RBCCW LP B M212/Sh1E59 AXBAY 3 8 COMP S
4 ON ON YES RSCCW IND Y1 C11 B
FY6240 29 20 SSW Flow-RBCCW LP A M212/Sh1E59 RW 37 CR S-N/A Fl6240 4
ON ON YES RBCCW IND Y1C1 A
FY6241 29 20 SSW Fkw-RBCCW LP B M212/Sh1/E59 RW 37 CR S-MA F16241 4
ON ON YES RBCCW INO Y1C1 8 !
HCU-EAST 03 0 RPS CRD Hydraute Control Unit M250/Sh1/E24 RB 23 72 HCU S
RPS CRD Hydrauhc Control Unit M250/Sh1E24 RB 23 73 HCU S
5 MA MA NO AS HO1301-159 13 07 RCIC Govemmg Valve M246/E24 RB
-17.5 SWQD S
2 OP OP/CL NO C1303 A
HO2300-23 23 05 HPCI Turtsne Stop Valve M244/Sh1/E22 RB
-17.5 HPCI S
CL OP NO B
HO2300-24 23 05 HPCI Turt Tnp Throttle M244/Sh1E22 RB
-17.5 HPCI S
CL OP/CL NO B
HS3508 26 18 CST T105A/T1058 Level Selector M209T42 AXBAY 3 BCOMP S
4 OFF OFF NO HPCI RCIC C83 AB J313 46 18 ABox for TS1360-15A and 17A E297/E15 RB
MA MA N/A RCIC A
J317 46 18 ABox for TS1360-17B E297E15 RB
-17.5 SWQD S
N/A MA MA RCIC A
J599 46 18 ABox for TS1360-14C and 16C E298/Sh2E20 RB 23 TIP RM S
MA MA MA RCIC A
J600 46 18 ABox for TS1360-15C and 17C E298/Sh2/E20 RB 23 TIP RM S
N/A MA N!A RCIC A
J601 46 18 ABox for TS1360-16D E298/Sh2E20 RB 23 TIP RM S
N/A MA N/A RCtC A
J602 46 18 ABox for TS136017D E298/Sh2/E20 RB 23 TIP RM S
MA N/A MA RCIC A
J603 46 18 ABox for TS2370C and TS2372C E298/Sh2E20 RB 23 NORTH S
N/A MA MA HPCI B
J604 46 18 ABox for TS23700 and TS2372D E298/Sh2E20 RB 23 NORTH S
MA MA N/A HPCI B
J605 46 18 ABox for TS2371C and TS2373C E298/Sh2/E20 RB 23 TIP RM S
N/A N/A N/A HPCI B
J606 46 18 ABox for TS2371D and TS2373D E298/Sh2/E20 RB 23 TIP RM S
MA N/A N/A HPCI B
K103A 61 12 DG A An Start Compressor M219/E10 DG A 23 DG A S
3 OFF OFF NO AC A
K1038 61 12 DG B Air Start Compressor M219/E10 DG A 23 DG A S
3 OFF OFF NO AC B
LE302-82C 03 18 RPS East SDfV Lvl to LS302-82C M250/E10 RB 23 EAST S
ON OFF NO A
LE302-82D 03 18 RPS East SDiv Lvt to LS302-82D M250/E10 RB 23 EAST S
ON CFF NO B
Page 86
S:ismic Review Safe Shutdown Equipment List [SSEL]
Rsv. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required 5%%.g 80 Number No CI SystemEqu4c.;.t Descrtption ISh/Rev Bkig Elev Rowfcot Type Device Notes Status Status Reqd? Component Supports System or Component Train LE30243A 03 18 RPS West SDIV Lvl to LS30243A M250/E10 RB 23 WEST S
ON OFF NO A
LE302-838 03 18 RPS West SDIV Lvl to LS302438 M250E10 RB 23 WEST S
ON OFF NO B-U1001-604A 10 20 Torus Water Level M241/Sh1E59 RW 37 CR SR 3
ON ON YES ND C170 Y3 A
U1001404B 10 20 Torus Water Level M241/Sh1E59 RW 37 CR SR 3
ON ON YES IND C171 Y4 8
U1001450A 45 20 Ru Water Levellndicator M253/1/E22 RW 37 CR SR ON ON YES ND C170 Y3 A
U10014508 45 20 Rx Water LevelIndicator M253/1E22 RW 37 CR SR ON ON YES IND C171 Y4 8
U263-100A 45 20 Rx Water Level Indicator M253/1/E22 RW 37 CR SR ON ON YES ND C905 EA263-72A A
Lt?63-1008 45 20 Rx Water LevelIndicator M253/1/E22 RW 37 CR SR ON ON YES ND C905 Elt263-72B B
U263-106A 45 20 Rx Water LevelIndicator M253/1E22 RW 37 CR SR ON ON YES IND C903 Elt263-73A A
U263-106B 45 20 Rn Water Levelindicator M253/1/E22 RW 37 CR SR ON ON YES WD C903 EA263-738 8
Lt3503A 26 18 CST T105A CR Level indicator M209/E42 RW 37 CR SR 3
ON ON YES HPCI RCIC C1 Y1 C11 A/B U35038 26 18 CST T105A LevelIndicator M209/E42 AxBAY 3 BCOMP S
4 OFF OFF NO HPCI RCIC C83 AB U3508A 26 18 CST T1058 CR LevelIndicator M209/E42 RW 37 CR SR 3
ON ON YES HPCI RCIC C1 Y1 C11 AS Lt3508B 26 18 CST T105B LevelIndicator M209/E42 AxBAY 3 8 COMP S
3 OFF OFF NO HPCI RCIC C83 AS UC3508 26 18 CST Lvt Indicateng Controller M209E42 AXBAY 3 BCOMP S
4 OFF OFF NO HPCt RCIC AB US33242A 03 20 RPS East SDIV Level ATS Tnp M250/E10 RW 23 CSR SR ON OFF NO C2228 A
US302-828 03 20 RPS East SDIV Level ATS Trip M250/E10 RW 23 CSR SR ON OFF NO C2229 8
US30243C 03 20 RPS West SDIV Level ATS Trip M25&E10 RW 23 CSR SR ON OFF NO C2228 A
US302430 03 20 RPS West SDIV Level ATS Trip M250!E10 RW 23 CSR SR ON OFF NO C2229 B
LR1001-604A 10 20 Torus Water Level Hecorder M241/Sh1/E46 RW 37 CR S-N/A 3
ON ON YES ND C170 Y3 A
LR1001-6048 10 20 Torus Water Level Recorder M241/Sh1E46 RW 37 CR S-N/A 3
ON ON YES ND C171 Y4 B
LS1301-15 13 18 RCIC Vacuum Tank Level Sw.
M246E24 RB
-17.5 SW00 S-N/A P221 7
OFF ON YES E201 D4 C930 A
LS2351A 23 18 HPCI Torus Lvl to Viv Control M243/E35 RS
-17.5 TORUS S-N/A MO2301-35 OFF ON YES D5 C903 B
MO2301-36, MO23014 LS2351B 23 18 HPCI Torus Lvl to Vhr Control M243/E35 RB
-17.5 TORUS SRA MO2301-35 OFF ON YES D5 C903 B
MO2301-36, MO23014 LS2369 23 18 HPCI Exh Drn Pot Lvt Alem & Cn M244/Sh1/E22 RB
-17.5 HPCI S-N/A CV2301-32 OFF ON YES D5 B
LS33242C 03 20 RPS East SDIV Level ATS Trip M250/E10 RW 23 CSR SR ON OFF NO C2228 A
LS33242D 03 20 RPS East SDIV Level ATS Top M250E10 RW 23 CSR SR ON OFF NO C2229 B
LS30243A 03 20 RPS West SDfV Level ATS Tnp M250/E10 RW 23 CSR SR ON OFF NO C2228 A
LS33243B 03 20 RPS West SDfV Level ATS Trip M250E10 RW 23 CSR SR ON OFF NO C2229 B
LS33023 26 18 CST T105A Cond Trans Pump Tnp M209/E42 AXBAY 3 B COMP S
4 OFF OFF NO HPCI RCIC C83 AS LS3507B 26 18 CST T105B Cond Trans Pump Trip M209'E42 AXBAY 3 BCOMP S
4 OFF OFF NO HPC1 RCIC CS3 AS LS45CD 61 18 DG A Storage Tank Level Alarm M223 DG A 23 C84 S-N/A None 4
OFF OFF NO AC C84 A
Page86
Scismic Review Safe Shutdown Equipment List [SSEL]
Rsv EO September 16.1996 Equipment Sys Eq Draw 6ng No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting ID Number No Cl SystemEquipment Description
/Sh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train LS.tS31A 61 18 DG A Fuel Pump stop/ start Sw M223 DG A 23 DG A SAA P141A OFF ON YES AC A
LS4531B 61 18 DG A Fuel Pump stop/ start Sw M223 DG A 23 DG A S-N/A P141A OFF ON YES AC A
LS4332A 61 18 DG A Day Tank Level Alarm M223 DG A 23 DG A SMA None 4
OFF OFF NO AC A
LS43328 61 18 DG A Day Tank Level Alarm M223 DG A 23 DG A SMA None 4
OFF OFF NO AC A
LS4533A 61 18 DG B Fuel Pump stop/ start Sw M223 DG B 23 DGB SMA P141B OFF ON YES AC B
LS45338 61 18 DG B Fuel Pump stopistart Sw M223 DG B 23 DGB S-N/A P141B OFF ON YES AC B
LS4534A 61 18 DG B Day Tank Level Alarm M223 DG B 23 DG B S-N/A None 4
OFF OFF NO AC B
LS4534B 61 18 DG B Day Tank Level Alarm M223 DG B 23 DG B SMA None 4
OFF OFF NO AC B
LS4545 61 18 DG B Storage Tank Level Alarm M223 DG B 23 C84 S-N/A None 4
OFF OFF NO AC C84 B
LS8020 23 11 HPCI Gl Seal Cond Low Lvt Cnti M244/Sh1E22 RB
-17.5 HPCI SMA P220 OFF ON YES DS C939 B
LS8021 23 11 HPCI E202 Lvl Cntrt to PmpaViv M244/Sh1E22 RB
-17.5 HPCI S-N/A P220 OFF ON YES DS B
LS9068 23 18 HPCI Exh DRPot Lvt Viv Cntri M243/E35 RB
-17.5 HPCI S-N/A CV9068A, OFF ON YES D5 C939 B
CV90688 LT1001450A 45 18 Rx Water Level Trans.itter M253/1/E22 RB 23 EAST S
ON ON YES IND C22518 Y3 A
LT1001-6508 45 18 Rm Water Level Transmrtrer M253/1E22 RB 23 WEST S
ON ON YES IND C22528 Y4 8
LT263-57A 45 18 Rx Water Level Trans (now4ow)
E698E7 RB 51 EAST S
ON ON YES RPS RxtSOL C2205A A
LT263-578 45 18 Rx Water Level Trans (tow 4ow)
E700/E7 RB 51 EAST S
ON ON YES RPS RxtSOL C2205A B
LT233-58A 45 18 Rx Water Level Trans (low-low)
E698E7 RB 51 WEST S
ON ON YES RPS RutSOL C2206A A
LT263-588 45 18 Rx Water Level Trans (kw4ow)
E701E7 RB 51 WEST S
ON ON YES RPS RxtSOL C2206A B
LT263-72A 45 18 Rx Water Level Transmmer M253/1E22 RB 51 EAST S
10 ON ON YES ADS HPCI RCIC RHR C2205A D36 Y3 A
DG CS LT263-728 45 18 Ru Water Level Transmmer M253/1E22 RB 51 WEST S
to ON ON YES ADS HPCI RCIC RHR C2206A D37 Y4 B
DG CS LT233-72C 45 18 Rx Water Level Transmeer M253/1E22 RB 51 WEST S
10 ON ON YES ADS HPCI RCtC RHR C2205A Y3 D36 A
DG CS LT263-72D 45 18 Rx Water Level Transmma M252/1/E22 RB 51 EAST S
10 ON ON YES ADS HPCI RCIC RHR C2206A Y4 D37 B
DG CS LT233-73A 45 18 Rx Water Level Transmitter M253/Sh1/E22 RB 23 EAST S
ON ON YES IND C2251A Y3 D36 A
LT233-73B 45 18 Rx Water Level Transmitter M253/1E22 RB 23 WEST S
ON ON YES tND C2252A D37 Y4 B
LT30242A 03 20 RPS East SDIV Lvt - LIS30242A M250/E10 RB 23 EAST S
ON OFF NO C2230 A
LT302-828 03 20 RPS East SOLV Lvl-LIS302428 M250/E10 RB 23 EAST S
ON OFF NO C2230 B
LT30243C 03 20 RPS West SOfV Lvt - LIS302-83C M250E10 RB 23 WEST S
ON OFF NO C2231 A
LT302430 03 20 RPS West SDfV Lvl - LIS302-83D M250E10 RB 23 WEST S
ON OFF NO C2231 B
LT3503 26 18 CST T105A level Transmmer M209/E42 AXBAY 3 BCOMP S
3 ON ON YES HPCI RCIC C83 C11 Y1 AB LT3508 26 18 CST T1058 Level Transmitter M209/E42 AXBAY 3 8 COMP S
3 ON ON YES HPCI RCIC C33 C11 Y1 AB LTc503 61 18 DG A Storage Tank Level M223 DG A 23 DG A S
ON ON YES AC A
Page 87
i Scismic Review Safe Shutdown Equipment List [SSEL]
Rw EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems tfWs Required Supporting ID Number No Cl System / Equipment Description
/Sh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train LT4543 61 18 DG B Storage Tank Level M223 DG B 23 OG B S
ON ON YES AC B
MO1001-16A 10 D8A RHR A Loop Ht Exch Bypass M241/Sh2E31 RB
-3 SE OD SR OP OP/CL YES SDC TC C903 817 C932 A
M01001-168 10 08A RHR B Loop Ht Exchange Bypass M241'Sh2E31 RB
-3 NW OD SR OP OP/CL YES SDC TC C903 B18 C933 B
M01001-18A 10 08A RHR A Loop Minimum fkm M241/Sh2/E31 RB
-7 SE OD SR OP OP/CL YES SDC C903 B17 C932 A
M01001-188 10 08A RHR B Loop Minimum Fkm M241/Sh2/E31 RB
-7 NWOD SR OP OP/CL YES SDC C903 B18 C933 B
M01001-28A 10 08A RHR A Loop LPCIInjection M241/Rh1E59 RB 23 A VLV SR OP OP!CL YES SDC C903 B6 B20 C163 C932 AS C933 M01001-288 10 08A RHR B Loop LPCI enjection M241/Sh1!EC RB 23 8VLV SR OP OP/CL YES SDC C903 B6 B20 C932 C933 AS C163 MO1001-29A 10 OSA RHR A Loop LPCIInjection M241/Sh1/E59 RB 23 A VLV SR 5
CL CL/OP YES SDC RxtSOL C903 B6 B20 C932 C933 AS M01001-298 10 08A RHR B Loop LPCt injection M241/Sh1E59 RB 23 8VLV SR 5
CL CUOP YES SDC RutSOL C903 B6 B20 C932 C933 AS MO1001-34A 10 08A RHR Loop A Torus Return M241/Sht/E59 RB 9 SE OD SR CL OP/CL YES SDC TC C903 817 C152 C932 A
M01001-34B 10 08A RHR Loop B Torus Return M241/Sh1/E59 RB 9 NWOD SR CL OP/CL YES SDC TC C903 C153 C933 B18 8
M01001-36A 10 08A RHR Loop A Torus Return M241rSh1/E59 RB
-15 SE OD SR CL OP/CL YES SDC TC C903 B17 C152 C932 A
M01001-368 10 08A RHR Loop B Torus Return M241/Sh1E59 RB 9 NWOD SR CL OP/CL YES SDC TC C903 C153 C933 818 8
M01001-43A 10 08A RHR Pump A SDC Intertie M241/Sh2/E31 RB
CL CL/OP YES SDC C903 C152 817 A
MO1001-438 10 08A RHR Pump B SDC Intertie M241/Sh2!E31 RB
-6 NWOD SR 2
CL CL/OP YES SDC C903 C153 B18 B
MO1001-47 10 08A RHR Shutdown Coohng Suction M241/Sht!E59 RS 27.5 A VLV SR 3
CL CUOP YES SDC C903 C915 C917 C942 AS C2228-A1 C2228-A2 C2233A C22338 D8 D9 D4 D5 RPSA Y3 MO1001-50 10 08A RHR Shutdown Coohng isol M241/Sh1/E59 RB 52 DW SR 5
CL CUOP YES RxtSOL SDC C163 C903 C915 C917 AS C942 C2228-A1 C2228-A2 C2233A C2233B B20 D8 D9 D4 D5 RPSA V3 MO1001-7A 10 08A RHR Pump P203A Suction M241/Sh2/E31 RB
OP OP/CL YES SDC C903 C152 B17 A
M01001-78 10 08A RHR Pump P2038 Suction M2411Sh2/E31 RB
-17.5 NWOD SR 2
OP OP/CL YES SDC C903 C153 B18 8
MO1001-7C 10 08A RHR Pump P203C Suction M241/Sh2E31 RB
OP OP/CL YES SDC C903 B17 A
MO1001-7D 10 08A RHR Pump P203D Suction M241/Sh2E31 RB
-17.5 NWOD SR 2
OP OP/CL YES SDC C903 B18 8
MO1201-2 12 08A RWCU Suction Line isolation M247/E36 RB 45 DW SR OP CL YES RxtSOL C904 C942 B20 A
M01201-5 12 08A RWCU Suction Line Isolation M247/E36 RB 51 RWCU HX SR OP CL YES RxtSOL C904 C915 C917 C942 07 B
M01201-80 12 08A RWCU Retum Line Isolation M247/E36 RB 51 RWCU HX SR OP CL YES RxtSOL C904 C915 C917 C942 B
B20 M01301-16 13 08A RCIC Stream Line isolation Viv M245/E26 RB 41 DW SR 1
OP OP/CL YES B18 4 904 C930 A
M01301-17 13 08A RCIC Steam Line isolation Vhr M245/E26 RB 23 TIP RM SR 1
OP OP/CL YES D7 CC C933 A
MO1301-22 13 08A RCC Suction from CST M245/E26 AX3AY 3 BCOMP SR 10.11 OP OP/CL YES 07 C904 A
M01301-25 13 08A RCIC Suction from Torus M245/E26 RB
-17.5 SW 00 SR 10.11 CL CL/OP YES D7 C904 A
MO1301-26 13 08A RCIC Suction from Torus M245/E26 RB
-17 5 SWOD SR 10.11 CL CUOP YES D7 C904 A
Page 88
Scismic Review Safe Shutdown Equipment List [SSEL]
Rev EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Destred Power Systems this Requnred Supporting ID Number No Cl SystemEqulya.mt Description
/Sh/Rev Badg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Trah-M01331-49 13 08A RCIC Drscharge isol. Valve M245/E26 RB 23 TIP RM SR CL OP YES D7 C930 C154 A
MO1301-60 13 08A RCIC ban Flow Bypass M245E26 RB
-17.5 SW OD SR CL OP!CL YES D7 C904 C154 C930 A
C2258 M01331-61 13 08A RCIC Steam Supply Viv M246E24 RB
-17.5 SW QD SR CL CUOP YES D7 C154 C930 A
M01331-62 13 08A RCIC L.O. & Condenser Coohng M246/E24 RB
-17.5 SW QD SR CL OP YES D7 C904 C154 C930 A
M01do-24A 14 OSA Core Spray A Injecten Valve M242E36 RB 51 RWCU HT SR OP OP/CL YES C903 817 C932 A
M01400L24B 14 08A Core Spray B Infecten Valve M242E36 RB 51 WEST SR OP OP/CL YES C903 B18 C933 B
M01400-25A 14 08A Core Spray A Injecten Valve M242E36 RB 51 RWCU HT SR CL OP/CL YES C903 B17 C152 C932 A
C933 M01400-258 14 08A Core Spray B tejecton Valve M242536 RB 51 WEST SR CL OP/CL YES C903 B18 C153 C932 8
C933 MO1400-3A 14 08A Core Spray A Supp Pool Sucten M242E36 RB
-17.5 SE OD SR OP OP NO C903 817 A
M01/.00-38 14 08A Core Spray B Supp Pool Sucten M242E36 RB
-17.5 NW00 SR OP OP NO C903 818 B
MO140(MA 14 08A Core Spray A Test Lineisol M242E36 RB 0 SE OD SR CL CL NO C903 817 C932 A
M01400-48 14 08A Core Spray B Test Lme Isol M242E36 RB 0 NWCD SR CL CL NO C903 818 C933 B
MO202-5A 02 08A Recire Loop A Desch Valve M252/Sh2/E41 RB 9 16 DW SR OP OP/CL YES SDC C904 B6 B20 AS MO202-58 02 08A Rectre Loop B Disch Valve M252/Sh2E41 RB 9.16 DW SR OP OP/CL YES SDC C904B6B20 AS MO2301-10 23 08A HPCI RCIC Test Lme/ CST M243E35 RB
-17.5 HPCI SR CL OP/CL YES C155 C903 D9 C939 8
MO2301-14 23 08A HPCI RHR Test LumMn M243E35 RB
-17.5 HPCI SR CL OP/CL YES D8 C155 C939 B
MO2331 15 23 08A HPCi RCIClHPCI Disc Test M243/E35 AXBAY 3 8 COMP SR CL OP/CL YES C155 C903 D9 C939 B
MO2301-3 23 08A HPCI Steam Supply M243/E35 RB
-17.5 HPC1 SR CL OP YES D9 C155 C903 C939 B
MO2301-35 23 08A HPCI Supp Pool Suctiun M243/E35 RB
-17.5 HPCI SR 1
CL OP/CL YES D8 C903 C939 B
MO2331-36 23 08A HPCI Supp Pool Suct6on M243/E35 RB
-17.5 HPCI SR 1
CL OP/CL YES D8 C903 C939 B
MO2301-4 23 08A HPCI Steam Supply M243/E35 RB 40 DW SR 5
OP OP/CL YES B17 C941 C903 C939 B
MO2331-5 23 08A HPCI Steam Supply M243E35 RB 23 BVLV SR 5
OP OP!CL YES 09 C941 C903 C939 B
MO2301-6 23 08A HPCI CST Suct6m M243/E35 AXBAY 3 S COM3 SR 1
OP OP/CL YES D8 C903 C939 B
MO2301-8 23 08A HPCITurbIrq Valve M243/E35 RB 23 TIP SR 2
CL OP YES D9 C155 C903 C939 8
MO3800 29 08A SSW LP A RBCCW Hx Outlet M212/Sh1E59 AXBAY 3 A COMP SR OP OP/CL YES RBCCW B15 C1 C6 A
MO3801 29 08A SSW LP A TBCCW Hu Outlet M212/Sh1/E59 AXBAY 3 ACOMP SR OP OP/CL YES RBCCW B15 C1 C6 A
MO3805 29 08A SSW LP B TBCCW Hx Outlet M212/Sh1E59 AXBAY 3 BCOhP SR OP OP/CL YES RBCCW B14 C1 C6 B
MG3806 29 08A SSW LP B RBCCW Hu Outlet M212/Sh1E59 AXBAY 3 8COhr SR OP OP/CL YES RBCCW B14 C1 C6 B
M O3808 29 08A SSW Loop A Header isol M212/Sh1E59 IS 25.5 A CONP SR OP CL YES RBCCW D7 C1 B1 A
M O3813 29 08A SSW Loop B Header Isol M212/Sh1E59 IS 25.5 BCOMP SR OP CL YES RBCCW D8 C181 B
MO4009A 30 08A RBCCW Loop B NE Load M215/Sh2E34 AXBAY 3 8 COMP SR 4
OP OP/CL YES B18 C1 AS M O40098 30 08A RBCCW Loop B NE Load M21S$h3/E32 AXBAY 3 8 COMP SR 4
OP OP/CL YES B18 C1 AS MO4010A 30 08A RBCCW Inlet to E209B M215/Sh2E34 RB
-17.5 NW QO SR 6
CL OP YES B18 C153 C1 B
pege se
S;ismic Review Safe Shutdown Equipment List [SSEL]
Rev. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Retated End Normal Desired Power Systems this Required Supporting ID Number No CI System /Equtpment Description ISh/Rev Bsdg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train M O40108 30 08A RBCCW Inlet to E2090 M215/Sh2/E34 RB
-17.5 NWOD SR 6
CL OP YES B18 C1 B
MO4038A 30 08A RBCCW Drywed EAC CntrlW M215Sh3/E32 RB 45 DW SR 14 CL OP!CL YES Y1 C7 VAC205A-1 AS MO40388 30 OSA RBCCW DryweN EAC CntrlW M215/Sh3E32 RB 41 DW SR 14 CL OP/CL YES Y1 C7 VAC2058-1 AB MO4038C 30 08A RBCCW Drywe# EAC Cntrl W M215/Sh3/E32 RB 23 DW SR 14 CL OP/CL YES Y1 C7 VAC205C-1 AS MO4038D 30 08A RBCCW Drywe9 EAC Cntft W M215/Sh3/E32 RB 41 DW SR 14 CL OP/CL YES Y1 C7 VAC2050-1 AS MO4038E 30 08A RBCCW Drywe# EAC Cntri W M215/Sh3E32 RB 15 DW SR 14 CL OP/CL YES Y1 C7 VAC205E-1 AB MO4038F 30 08A RBCCW DryweN EAC CntrlW M215/Sh3/E32 RB 15 DW SR 14 CL OP/CL YES Y1 C7 VAC205F-1 AS MO4039A 30 08A RBCCW Drywed EAC Cntri W M215/Sh3/E32 RB 23 DW SR 14 OP OP/CL YES Y1 C7 VAC205A-2 AB MO40390 30 08A RBCCW DryweN EAC Cntrl W M215/Sh3E32 RB 41 DW SR 14 OP OP/CL YES Y1 C7 VAC2058-2 A/B MO4039C 30 08A RBCCW Drywe# EAC Cntrl W M215/Sh3,E32 RB 23 DW SR 14 OP OP/CL YES Y1 C7 VAC205C-2 AS MO40390 30 08A RBCCW Drywed EAC Cntrl W M215Sh3E32 RB 41 DW SR 14 OP OP/CL YES Y1 C7 VAC205D-2 AS MO4039E 30 08A RBCCW DryweN EAC Cntrl W M215/Sh3E32 RB 15 DW SR 14 OP OP/CL YES Y1 C7 VAC205E-2 AS r
MO4039F 30 08A RBCCW DryweN EAC Cntri W M215/Sh3/E32 RB 15 DW SR 14 OP OP/CL YES Y1 C7 VAC205F-2 A/B MO4040A 30 08A RBCCW DryweN EAC Cntri W M215/Sh1E32 RB 13 DW SR 14 CL OP/CL YES Y1 C7 VAC206A-1 AS MO40408 30 08A RBCCW Dryws4 EAC Cntrt W M215th3E32 RB 13 DW SR 14 CL OP!CL YES Y1 C7 VAC200B-1 AS MO4041A 30 08A PBCCW DryweN EAC Cntrl W M215/Sh3E32 RB 13 DW SR 14 OP OPfCL YES Y1 C7 VAC206A-2 AS MO4041B 30 08A RBCCW DryweN EAC Cntet W M215/Sh1E32 RB 13 DW SR 14 OP OP/CL YES Y1 C7 VAC2068-2 AS MO4060A 30 08A RBCCW Inlet to E209A M215/Sh4E33 RB
-17.5 SE 00 SR 6
CL OP YES B17 C152 C1 A
MO40608 30 08A RBCCW Inlet to E209A M215'Sh4E33 RB
CL OP YES B17 C1 A
MO4065 30 08A RBCCW Fuel Pool M215/Sh4E33 RB 74 FP HT EX SR 4
OP CL YES B17 C1 A
MO4083 30 08A RBCCW Hx E2098 Bypass M215/Sh3/E32 AXBAY 3 BCOMP SR S
OP OP/CL YES B18 B
MO40M 30 08A RBCCW Hx E209A Bypesa M215$h1!E35 AXBAY 3 ACOMP SR 5
OP OP/CL YES B17 C1 A
MO4085A 30 08A RBCCW Loop A NE Load M215/Sh1/E35 AXBAY 3 ACOMP SR 4
OP CL YES B17 C1 A
MO40858 30 08A RBCCW Loop A NE Load M215/Sh1/E35 AXBAY 3 A COMP SR 4
OP CL YES B17 C1 A
MOBB8183A 24 08A MCCHVAC inlet MOV MCC B17 M289E12 RB
-23 EAST SR CL OP YES AC Y6 81 A
MOBB81838 24 08A MCCHVAC Outlet MOV MCC B17 M289/E12 RB 23 EAST SR CL OP YES AC Y8 B1 A
MOBB8184A 24 08A MCCtWAC Inlet MOV MCC B18 M289E12 RB 23 WEST SR CL OP YES AC Y7 82 B
MOBB81848 24 08A MCCHVAC Outlet MOV MCC B18 M289E12 RB 23 WEST SR CL OP YES AC V7 B2 B
MOBB8185A 24 08A MCCHVAC inlet MOV MCC B20 M289/E12 RB 23 EAST SR CL OP YES AC Y8 86 X
MOBB8185B 24 08A MCCHVAC Outlet MOV MCC B20 M289/E12 RB 23 EAST SR CL OP YES AC Y8 B6 X
N/MS-1 45 20 RPts Translation Ehx:tronics M1P49-3E1/ALL RW 37 CR SR 4.8 N/A N/A YES RPtS Y2 C927 C928 AS N/A-46-1 46 20 MCC B20 Current Indicaten E9 RW 23 CSR SR 3
ON ON YES AC C8B6 X
N/A-46-2 46 20 MCC B14 Current Indmaton 29 TB 23 BSWGR SR 3
ON ON YES AC C8 B
N/M6-3 46 20 MCC B10 Current Indmaton E9 RW 23 CSR SR 3
ON ON YES AC C8 86 X
N/A-46-4 46 20 MCC B15 Current Indmaton E9 TB 37 ASWGR SR 3
ON ON YES AC C8 B1 A
Page 90
Seismic Review Safe Shutdown Equipment List [SSEL]
Rn EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Requered Supporting 10 Numtwf No Cl System / Equipment Description IshtRev Bldg Elev Mowfcol Type Device Notes Status Status Regd7 Component Supports System or Component Train N/A-46-5 46 20 Bus A6 VoRage Incheshon E7 RW 37 CR SR 3
ON ON YES AC C3 B
RA-464 46 20 Bus A5 VoRage anchcaten ET RW 37 CR SR 3
ON ON YES AC C3 A
N/A41-10 61 20 DG B Currerd Meter E27 RW 37 CR SR ON ON YES ACIND C3 B
MA-61-11 61 20 DG B Kikmatts Meter E27 RW 37 CR SR ON ON YES AC IND C3 B
MA41-12 61 20 DG B DC Fieki Amp E27 RW 37 CR SR ON ON YES AC IND C3 8
MA41-13 61 20 DG B Frequency Meter E27 RW 37 CR SR ON ON YES AC IND C3 8
MA41-14 61 20 DG A Frequency Meter E27 RW 37 CR SR ON ON YES ACIND C3 A
N/A41-15 61 20 DG ADC Fishi Amp E27 RW 37 CR SR ON ON YES AC IND C3 A
MA-61-16 61 20 DG B Voltage Meter E27 RW 37 CR SR ON ON YES ACIND C3 B
N/A41-17 61 20 DG A VARS Meder E27 RW 37 CR SR ON ON YES ACIND C3 A
MA41-18 61 20 DG AVoltage Meter E27 RW 37 CR SR ON ON YES ACIND C3 A
N/A-61-19 61 20 DG B VARS Meter E27 RW 37 CR SR ON ON YES AC IND C3 B
MA-61-20 61 20 DG A Current Meter E27 RW 37 CR SR ON ON YES AC IND C3 A
MA41-9 61 20 DG A Kilowatts Meter E27 RW 37 CR SR ON ON YES AC IND C3 A
PT3503 26 18 CST T105A Lvl Sgnal Corwerter M209/E42 AXBAY 3 B COW S-MA LI3503A 3
ON ON YES HPCI RCIC C63 Y1 C11 AB P!E3508 26 18 CST T1058 Lvl Signal Corwerter M209/E42 AXDAY 3 BCOMP S-N/A LI3508A 3
ON ON YES HPCI RCIC C83 Y1 C11 AS P141A 61 05 DG A Fuel Oil Transfer Pump M223 DG A 23 DG A SR OFF ON YES AC A
P141B 61 05 DG B Fuet 04 Transfer Pump M223 DG B 23 DG B SR OFF ON YES AC B
i P122A 61 05 DG A Gear Driven Fuel Pump M223 DG A 23 DGA S
OFF ON NO AC A '
P1."2B 61 05 DG B Gear Driven Fuel Pawnp M223 DG B 23 DG B S
OFF ON NO AC B
P193A 61 05 DG A DC Fuel Booster Pump M223 DG A 23 DG A S
OFF OFF NO AC B
P1938 61 05 DG B DC Fuel Booster Pump M223 DG B 23 DG B S
OFF OFF NO AC A
P202A 30 05 RBCCW Pump A Loop A M215/Sh1/E35 AXBAY 3 ACOW SR Ot4CFF OMOFF YES B15 C151 C1 C6 A
P202B 30 05 RBCCW Pump B Loop A M215'Sht/E35 AXBAY 3 ACOMP SR OMOFF Ot40FF YES B15 C151 C1 C6 A
P202C 30 05 RBCCW Pumo C Loop A M215/Sh1/E35 AXBAY 3 ACCW SR OMOFF OMOFF YES 515 C1 C6 A
P202D 30 05 RBCCW Pump D Loop B M215/Sh2/E35 AXBAY 3 B CC*P SR OMOFF ONCFF YES B14 C150 C1 C6 B
P202E 30 05 RBCCW Pump E Loop B M215/Sh2/E35 AXBAY 3 8 CCEP SR Ot40FF ONC F YES 514 C150 C1 C6 8
P202F 30 05 RBCCW Pump F Loop B M215/Sh2/E35 AXBAY 3 BCOMP SR ONCFF Ot40FF YES B14 C1 C6 B
P203A 10 C6 RHR Pump A M241/Sh2!E31 RB
-17.5 SE OD SR OFF ON YES C903 AS D4 RBCCWA A
C932 P203B 10 05 RHR Pump B M241/Sh2/E31 RB
-17.5 NWOD SR OFF ON YES C903 A6 D5 RBCCWB B
C933 P203C to 06 RHR Pump C M241/Sh2/E31 RB
-17.5 SE 00 SR OFF ON YES C903 A5 D4 RBCCWA A
C932 P2030 10 06 RHR Pump D M241/Sh2/E31 RB
-17.5 NWOD SR OFF ON YES C903 A6 D5 RBCCWB B
C933 Page 91
Seiemic Review Safe Shutdown Equipment List [SSEL]
Rev. E0 September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this RequN Supporting G) Number No Cl System /Equlpment Descript6on ISMtew Bldg Elev Row / Col Type Device Notes Status Stahs Read 7 Component Supports Systr.m or Component Train P204A 30 05 RBCCW RWCU Pmp Cootmg Syste M215/Sh4E33 RB 51 RWCUPMP S 9.10 WA MA MA B
P2048 30 05 RBCCW RWCU Pmp Coohng Syste M215/Sh4E33 RB 51 RWCUPw S 9.10 N/A NA WA B
P205 23 05 HPCIPump M244/Sht/E22 RB
-17 5 HPCI S
NA MA NO B
P206 13 05 RCIC Pump M246/E24 RB
-17.5 SWOD S
OFF RUN NO X202 A
P208A 29 06 SSW Pump A M212/Sh1/E59 IS 25 5 A cow SR 2
OMOFF OHOFF YES ROCCW B15 C1 C6 C151 A
P208B 29 06 SSW Pump B M212/Sh1E59 IS 25.5 A COMP SR 2
OMOFF ONOFF YES RBCCW B15 C1 C6 C151 A
P208C 29 06 SSW Pump C M212/Sh1/ES9 IS 25 5 CCow SR 2
ONOFF ON/OFF YES RBCCW B10 C1 A/B P2080 29 06 SSW Pump D M212/Sh1/ES9 IS 25 5 BCOMP SR 2
ON/OFF ONOFF YES RBCCW B14 C1 C6 C150 B
P208E 29 06 SSW Pump E M212/Sh1/E59 IS 25 5 BCOMP SR 2
OMOFF ONCFF YES RBCCW B14 C1 C6 C150 B
P209A 30 05 RBCCW CRD Pmp Thrust Bmg Ctr M215/Sh4/E33 RB
-17.5 NE OD S
9.10 NA NA RA B
P2098 30 05 RBCCW CRO Pmp Thrust Bmg Car M215/Sh4E33 RB
-17.5 NE OD S
9.10 N/A N/A NA B
P215A 14 06 Core Spray Pump A M242E36 RB
-17.5 SE OD SR OFF RUN YES C903 AS RBCCWA D4 A
C932 P2158 14 06 Core Spray Pump B
' M242!E36 RB
-17.5 NWOD SR OFF RUN YES C903 A6 RBCCWB DS B
C933 P220 23 05 HPCI G8 Seat Cond Pump M244/Sht!E22 RB
-17.5 HPCI SR OFF ON YES D9 C903 DS C939 B
P221 13 06 RCIC Vacuum Tank Cond. Pump M24&E24 98
-175 SW OD SR OFF RUN YES 07 C904 C930 A
P222 13 05 RCIC Vacuum Pump M246/E24 MB
-17.5 SWOD SR OFF RUN YES 07 C904 C930 A
P223 23 05 HPCI G8 Seat Condanser Blower M244/Sh1/E22 RB
-17.5 HPCI SR OFF ON YES 09 B
P229 23 05 HPCI Aux Oil Pump M244/Sh2E0 RB
-17.5 HPCI SR OFF ON YES D9 C903 D5 C939 C155 B
PCV1301-43 13 07 RCIC Lube Oil Cing Water PCV Mj4&E24 RB
-17.5 SWOD S
OP OP/CL NO A
PCV2301-46 23 07 HPCI Lube Oil Cooler Press Reg M244/Sh1/E22 RB
-17.5 HPCI S
OP/CL OP/CL NO B
PCV4592A 61 07 T146A Disch Une Press Contri M219/E10 DG A 23 DG A S
OP/CL OP/CL NO AC A
PCV45928 61 07 T1468 Desch Une Press Contrl M219E10 DG B 23 DG B S
OP/CL OP/CL NO AC B
PCV4593A 61 07 T146C Dmch Une Prw Contet M219/E10 DGA 23 DG A S
OP/CL OP/CL NO AC A
PCV45938 61 07 T14tn Desch Une Press Contet M219E10 DG B 23 DG B S
OP/CL OP/CL NO AC B
P11001-600A 45 20 Drywc8 %ssure inchestor M2C/Sh1/E46 RW 37 CR SR ON ON YES IND C170 A
P110014006 45 20 Drywell Pressure Indicator M241/Sh1E46 RW 37 CR SR ON ON YES IND C171 B
P11001601 A 45 20 Drywell Pressure Indicakr M241/Sh1/E46 RW 37 CR SR ON ON YES IND C170 A
P11001-6018 45 20 Drywell Pressure Incheator M241/Sh1E46 RW 37 CR SR ON ON YES IND C171 8
Pt100469A 45 20 Suppe Pool Bottom Press Ind M241/Sh1E59 RW 37 CR SR ON ON YES IND C903 ES1001-604A A
P11001-698 45 20 Suppe Pool Bottom Press ind M241/Sh1/E59 RW 37 CR SR ON ON YES IND C903 ES1001-604B B
Pt1340-2 13 20 RCIC Pump Sucten Pressure M24&E2s RW 37 CR SR 3
ON ON WS IND C904 PT1360-191340-4 A
P11340-3 13 20 RCIC Exhaust Pressure M246/E24 RW 37 CR SR 3
ON ON YES IND PT1360-241340-4 C904 A
P113404 13 20 RCIC Steamline Pressure M245/E26 RW 37 CR SR 3
ON ON YES IND PT1360-11 1340-4 C904 A
Page91
Scismic Review Safe Shutdown Equipment List [SSEL]
Rn EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting O Number No CI SystemEquipment Description (Sh/Rev Bldg Elev RowCol Type Device Notes Status Status Reqd? Component Supports System or Component Train Pl1340-7 13 20 RCIC Pump Descharge Presswe M245E26 RW 37 CR SR 3
ON ON YES IND PT1360-613404 C904 A
Pt1450-1 A 14 20 CS A Desch Press indecation M242/E36 RW 37 CR SR 1
ON ON YES IND C903 E/S14504 Y1 A
Pt1450-1B 14 20 CS B D!sch Press Indication M242?E36 RW 37 CR SR 1
ON ON YES IND C903 E/S14504 Y1 B
Pt2340-2 23 20 HPCI P205 Disch Press ind M24TE35 RW 37 CR SR ON ON YES C903 E/S2340-3 B
Pt2340-4 23 20 HPCI Turb Steam Press tnd M243/E35 RW 37 CR SR ON ON YES E/S2340-3 C903 PT2364 B
Pt2340-5 23 20 HPCI Twb Exhaust Press ind M244/Sh1/E22 RW 37 CR SR ON ON YES E/S2340 3 C903 PT2366 B
Pt2340-7 23 20 HPCI Booster Pmp Suct Pr ind M244/Sh1/E22 RW 37 CR SR ON ON YES E/S2340-3 C903 PT2359 B
Pt263-49A 45 20 Rx Presswo indicator M253/1/E22 RW 37 CR SR ON ON YES IND C170 EA263-49A A
Pt263-498 45 20 Rx Pressure Indicator M253/1/E22 RW 37 CR SR ON ON YES IND C171 E/t263-498 B
Pf3828 29 20 SSW LP A Pump Descharge M212/ShiYS9 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C1 A
Pt3829 29 20 SSW LP B Pump Descharge M212/Sht/E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C1 B
Pi4008 30 20 RBCCW Loop B Mdr Pr ind M215/Sh2E34 RW 37 CR SR 12 ON ON YES IND Y1 C1 B
Pl4058 30 20 R3CCW Loop A Hdr Pr ind M215/Sh1/E35 RW 37 CR SR 12 ON ON YES IND Y1 C1 A
PR1001-600A 45 20 Rx Pressure Recorder E728/E2 RW 37 CR SR ON ON YES IND C170 Y3 D36 A
PR1001-600B 45 20 Rx Pressure Recorder E73022 RW 37 CR SR ON ON YES IND C171 Y4 D37 B
PS-APS-1A 61 18 DG A Air StariLowPress Alarm M219/E10 DG A 23 DG A SMA None 4
OFF OFF NO AC C103C C1038 K103A A
PS-APS-1B 61 18 DG B Aar Start Low Press Alarm M219/E10 DG B 23 DG B SMA None 4
OFF OFF NO AC C104C C1048 K1038 8
PS-APS-2A 61 18 DG A Air Start Low Press Alarm M219?E10 DG A 23 DG A S-N/A None 4
OFF OFF NO AC C103C C1038 K103A A
PS-APS-2B 61 18 DG B Aar Start low Press Alarm M219/E10 DG B 23 DG B SMA None 4
OFF OFF NO AC C104C C1048 K103B B
PS1360-21 A 13 18 Pump Suction Pressure M243/E24 RB
-17.5 SW OD S-N/A SV1301-1 5.10 OFF OFF YES C903 D4 A
PS1360-9A 13 18 Steemhne Low Pressure M245E26 RB 2.75 SW 00 SMA M01301-16, 6 OFF ON/OFF YES C2257B D4 A
M01301-17 PS1360-98 13 18 Steemline Line Low Pressure M245426 RB 2.75 SW OD S-N/A M01301-16, 6 OFF ON/OFF YES C2257B D4 A
M01301-17 PS1360-9C 13 18 Steam Une Low Pressure M245/E26 RB 2.75 SW OD SMA M01301-18, 6 OFF ON/OFF YES C22578 04 A
M01301-17 PS1360-90 13 18 Steamhne Low Pressure M245/E26 RB 2.75 SWQD SMA M01301-16 6 OFF ON/OFF YES C2257B D4 A
M01301-17 P$2390A 26 18 Low CST Level HPC1 Transfer M209/E42 AXBAY 3 BCOMP SMA MO2301-35, 2 OFF ON YES HPCI RCIC C903 8
MO2301-36, MO23014 PS2390B 26 18 Low CST Levet HPCI Transfer M209/E42 AXBAY 3 B COW SMA MO2301-35, 2 OFF ON YES HPCI RCIC C903 A
MO2301-36 MO2301-6 PS37 03 18 ControlValve Fast Close Relay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS A/B PS38 03 18 ControlValve Fast Close Relay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS A/B Page93
SG;ismic Review Safe Shutdown Equipment List [SSEL]
Rev. EO Septe:nber 16.1996 Equiprnent Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems tids Required Supporting ID Number No CI Systm%;,,; -..; Desertption ISh/Rev Bhsg Elev RowCol Type Device Notes Status Status Reqd? Component Supports System or Component Train PS3828A 29 18 SSW LP A Pump Cntrl & Alarm M212/Sh1/E59 IS 25.5 A COMP S-N/A P208A.
OFF ON YES RBCCW V3 A
- P2088, P208C PS38288 29 18 SSW LP f Pump Cntrl & Alarm M212/Sh1E59 IS 25.5 A COMP S-N/A P208A, OFF ON YES RBCCW V3 A
OFF ON YES RBCCW Y4 B
P208D.
P208E P33829B 29 18 SSW LP B Pump Cntrl & Alarm M212/Sh1E59 IS 25 5 BCOMP S-N/A P208C, OFF ON YES RBCCW Y4 8
P2080.
P208E PS39 03 18 ControlValve Fast Close Relay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS AS PS40 03 18 ControlValve Fast Close Relay M183 TB St TB DECK SR CLOSE OPEN NO RPS A5 PS4008 30 18 RBCCW Loop B Pmp Cntrl & Alarm M215/Sh2E34 AXBAY 3 BCOMP S-N/A P2020 OFF ON YES Y4 C1 8
P202E.
P202F PS4058 30 18 RBCCW Loop A Pmp Cntrl & Alarm M215/Sh1/E35 AXBAY 3 A COW SMA P202A, OFF ON YES Y3 C1 A
3 OFF OFF NO AC K103A A
PS45001B 61 18 DG B Air Start Compr Shutoff M219E10 DG B 23 DG B S
3 OFF OFF NO AC K1038 8
PSC568A 61 20 DG A Turbo An Pressure Alarm M259 DG A 23 DG A SMA None 4
OFF OFF NO AC C103C A
PSC6688 61 20 DG B Turbo Aw Pressure Alarm M259 DG B 23 DG B SMA None 4
OFF OFF NO AC C104C B
PSD-68 23 0-HPCI Turb Exh Rupture Disc M241E39 RB
-17.5 HPCI S
CL CL NO 8
PSD1301-9 13 0 RCIC Exhaust Line Rupture Desc M246/E24 RB
CL CL NO A
PSU-FOBP-A 61 07 DG A Fuel Oil Rehet Valve M223 DG A 23 DG A S
CL CL NO AC B
PSU-FOBP-B 61 07 DG B Fuel OR Rehef Valve M223 DG B 23 DG B S
CL CL NO AC A
PSU-FOHP-A 61 07 DG A Fuel Oil Press Reg Valve M223 DG A 23 DG A S
OPCL OPCL NO AC B
PSU-FOHP-B 61 07 DG r 'uel Oil Press Reg Valve M223 DG B 23 DG B S
OP/CL OP/CL NO AC A
PSV1001-22A 10 07 RHR A Loop Descharge Rehef M241/Sh1E59 RB
-17.5 TORUS S
CL CL NO A
PSV1001-228 to 07 RHR B Loop Discharge Rehef M241/Sh1/E59 RB
-17.5 TORUS S
CL CL NO B
PSV1D1-31 13 07 RCC Suction hne Rehef M24&E24 RB
-17.5 SW 00 S
CL CL NO A
PSV1301-42 13 07 RCIC LO. & Cond Cing Rehef M24&E24 RB
-17.5 SW 00 S
CL CL NO A
PSV121-70 13 07 RCIC Vacuum Tank Rehef M246/E24 RB
-17.5 SWOD S
CL CL NO A
PSV1401-28A 14 07 Core Spray A Discharge Relief M242/E36 RB
CL CL NO A
PSV1401-28B 14 07 Core Spray B Descharge Rehef M242E36 RB
-10 NW QD S
CL CL NO B
PSU2301-23 23 07 HPCI Pump Suct Press Rennt M244/Sh1/E22 RB
-17.5 HPCI S
CL CL NO B
PSV2D1-53 23 07 HPCI Cing Water Pr Rehef Vtv M244/Sh1/E22 RB
-17.5 HPCI S
CL CL NO B
Page H
S:ismic Review Safe Shutdown Equipment List [SSEL]
Rn EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Destred Power Systems ttds Requered Supporting 10 Number No Cl Systa C, - ;..: Description (ShlRev Bldg Elev RowlCM Type Device Notes Status Status Regd7 Component Supports System or component Trein PSV4020 30 07 RBCCW E207A Rehef M215/Sh4/E33 RB
-17 5 SE QD S
CL CL NO A
PSV4031 30 07 RBCCW E207A Rehef M215/Sh4E33 RB
CL CL NO A
PSV4032 30 07 RBCCW E2078 Rehef M215fSh2E34 RB
-17.5 NWOD S
CL CL NO B
PSVZ136 30 07 RBCCW E2078 Rehef M215/Sh2E34 RB
-17.5 NW 00 S
CL CL NO O
PSV'334 09 07 Nitrogen Header ReNef Valve M227/Sh2E19 DGA 23 DG A S
2 CL CL NO AO PSV4563A 61 07 Rehet VaNo-Turbo An Tank M259 DG A 23 DG A S
CL CL NO AC i.
PSV45638 61 07 Rehet Valve-Turbo Air Tank M259 DG B 23 DG B S
CL CL NO AC B
PSV4563C 61 07 Relief Vaho -Turbo Air Tank M259 DG A 23 DG A S
CL CL NO AC A
PSV45630 61 07 Rehof Vane - Turbo An Tank M259 DG B 23 DG B S
CL CL NO AC B
PSV4565A 61 07 ReHet Valve -Turbo Air Tank M259 DG A 23 DG A S
CL CL NO AC A
PSV45658 61 07 Relief Valve-Turbo Air Tank M259 DG B 23 00 B S
CL CL NO AC B
PSV4582A 61 07 T146A Pressure Rehet Valve M219/E10 DG A 23 DG A S
CL CL NO AC A
PSV45828 61 07 T1468 Pressure Rehef'falve M219/E10 DG B 23 DG B S
CL CL NO AC B
PSV4582C 61 07 T146C Pressure Rehef Valve M219E10 DG A 23 DG A S
CL CL NO AC A
PSV45820 61 07 T1460 Pressure Rehet Valve M219E10 DG B 23 DG B S
CL CL NO AC B
PSV5010 09 07 Nitrogen Header Relief Valve M227/Sh2E19 DG A 23 DG A S
2 CL CL NO AB PSV5034A 09 07 Nikogen Header Rehef Vane M227/Sh2E19 RB 23 N WALL S
2 CL CL NO AS PSV6031 09 07 Tip Purge Supr Rehef Valve M227/Sh2E19 RB 23 WEST S
2 CL CL NO AS PSV8004 10 07 RHR Pump P20 luchon Rehef M241/Sh2/E31 RB
-17.5 SE QD S
CL CL NO A
PSV8005 10 07 RHR Pump P201 ction Rehef M241tSh2E31 RB
CL CL NO A
PSV8006 10 07 RHR Pump P2038 etton Rehof M241/Sh2E31 RB
-17.5 NWQD S
CL CL NO B
PSYB007 10 07 RHR Pump P2030 $ etion Relief M241/Sh2E31 RB
-17.5 NWOD S
CL CL NO B
PSY;J08 10 07 RHR A Loop Heat Exch Rehef M241/Sh2E31 RB 9 SE QD S
CL CL NO A
PSV8009 10 07 RHR B Loop Heat Each Rehef M241/Sh2E31 RB 9 NWOD S
CL CL NO B
PSX5 45 20 RPIS SVDC Power Supply M1P49-3/E1 RW 37 CR S
ON ON YES Y2 C927 C928 AS PSX6 45 20 RPtS 28VDC Power Supply PSX28 M1P49-3/E1 RW 37 CR S
ON ON YES Y2 C927 C928 AB PSYS 45 20 RP1S 5VDC Power Supply M1P49-3/E1 RW 37 CR S
ON ON YES Y2 C927 C928 AS PSY6 45 20 RPIS 28VDC Power Supply PSY28 M1P49-3/E1 RW 37 CR S
ON ON YES Y2 C927 C928 AS PT1001-600A 45 18 Drywed Pressure Transmitter M241/Sh1/E46 RB 74 EAST S
ON ON YES IND Y3 A
PT1001-6008 45 18 Drywen Pressure Transmitter M241/Sh1E46 RB 74 EAST S
ON ON YES IND Y4 B
PT1001-601 A 45 18 DryweN Pressure Transmitter M241/Sh1E46 RB 74 EAST S
ON ON YES IND Y3 A
PT1001-601B 45 18 Drywe# Pressure Transmftter M241/Sh1E46 RB 74 EAST S
ON ON YES IND Y4 B
PT1001-69A 45 18 Suppr Pool Bottom Press Trans M249/Sh1E59 R8
-17.5 TORUS S
ON ON YES IND C170 C2233A ES1001-A 804A Y3 Pege 96 l i
Selsmic Review Safe Shutdown Equipment List [SSEL]
Rev. EO September 16.1996
~,,4..^
Sys Eq Draw 6ng No Floor Room or Eval Related End Normal Desired Power Syst
,s Required Supporting C Number No Cl S, _ ;C,.." Descrtption ISNRev Badg Elev Rowfcol Type Device Notes Status Status Reqd? CN sit Supports System or Component Train PT100169B 45 18 Suppe Pool Bottom Press Trans M241/Sh1E59 RB
-17.5 TORUS S
ON ON YES IND C17f C22338 ES1001-B 604B Y4 PT1001-89A 45 18 Drywell Pressure Transmitter E727/E2 RB 74 EAST S
ON ON YES CS RHR C129B V3 D36 A
PT1001-89B 45 18 Drywell Pressure Transmitter E729E2 RB 51 WEST S
ON ON YES CS RHR C2206B Y4 D37 B
PT100189C 45 18 D ywell Pressure Transmitter E727/E2 RB 74 EAST S
ON ON iES CS RHR C129A Y3 D36 A
PT1001490 45 18 Drywon Pressure Transmater E729E2 RB
$1 WEST S
ON ON YES CS RHR C22068 Y4 037 B
PT1380-11 13 18 RCIC Steamhne Pressure M24SE26 RB 2.75 SW 00 S
3 ON ON YES C22581340-4 A
PT136019 13 18 RCIC Pump Suction Pressure M246/E24 RB
-17.5 SWOD S
3 ON ON YES 1340-4 A
PT1360-24 13 18 RCIC Exhaust Pressure M24&E24 RB 2.75 SW OD S
3 ON ON YES C22581340 4 A
PT13604 13 18 RCIC Pump Dscharge Pressure M245/E26 RB 2.75 SW OD S
3 ON ON YES C22581340-4 A
PT1480A 14 18 CS A Doch Proes Indicahon M242/E36 RB
1 ON ON YES C2201 E/514504 Y1 A
PT14608 14 18 CS B Disch Press Indication M242/E36 RB
-17.5 NW 0D S
1 ON ON YES C2260 E/S14504 Y1 B
PT2359 23 18 HPCI P205 Dsc Pr Tran for Ind M241E35 RB
-17.5 RB Suht)
S ON ON YES C2250B B
PT2364 23 18 HPCI Turti Stm Pr Trarn for ind M241E35 RB
-17.5 RB SUh5' S
ON ON YES C2250A B
PT2386 23 18 HPCI Turti Exh Pr Trans for ind M244/Sh1/E22 RB
ON ON YES C2250A B
PT2382 23 18 HPCI P205 Suction Prsas lnd M244/Sh1/E22 RB
-17.5 RB SUW2 S
ON ON YES C22508 8
PT261-30A 45 18 RPSMSL Low Press.
E698E8 TB 23 COND PW' S
ON ON YES RPS RutSOL A
PT261-308 45 18 RPSMSL Low Press.
E700/E7 TB 23 COND PMP S ON ON YES RPS RxtSOL B
PT261-30C 45 18 RPSMSL Low Press.
E699E7 TB 23 CONDPMP S ON ON YES RPS RxtSOL A
PT26b300 45 18 RPS-MSL Low Press.
E701ES TB 23 COND PMP S ON ON YES RPS RxtSOL B
PT263-49A 45 18 Rx Pressure Transmitter E728E5 RB 51 EAST S
ON ON YES IND C2205A D36 Y3 C170 A
P7263-498 45 18 Rx Pressure Transmater E730E5 RB 51 WEST S
ON ON YES IND C2206 D37 Y4 C171 B
PT263 50A 45 18 Rx Low Press Transmitter E728/E5 RB 51 EAST S
ON ON YES CS RHR PCtS C2205A Y3 036 A
PT253-508 45 18 Rx Low Press Transmitter E730/E5 RB 51 WEST S
ON ON YES CS RHR PCIS C2206 Y4 D37 B
PT263-51A 45 18 RPS-High Reactor Pressure E698/E8 RB 51. EAST S
9 ON ON YES RPS C2205A A
PT253-518 45 18 RPS-High Reactor Pressure E70aE7 RB 51 EAST S
9 ON ON YES RPS C2205A B
PT263-51C 45 18 RPS-High Reactor Pressure E699/E7 RB 51 WEST S
9 ON ON YES RPS C2206A A
PV263-51D 45 18 RPS-High Reactor Pressure E701E8 RB 51 WEST S
9 ON ON YES RPS C2206A B
PY263-52A 45 18 Rx Law Press Transmitter E72&E5 RB 51 EAST S
ON ON YES CS RHR C2205A Y3 036 A
PT263-528 45 18 Rx Low Press Transmiher E728/E5 RB 51 WEST S
ON ON YES CS RHR C2206A Y4 D37 8
PT3828 29 18 SSW LP A Pump Dsch M212/Sh1E59 IS 25.5 A COMP S
4 ON ON YES RBCCW IND Y1 ES3828 A
PT3829 29 18 SSW LP B Pump Dsch M212/Sh1E59 IS 25.5 BCOMP S
4 ON ON YES RBCCW IND Y1 ES3828 8
PT4008 30 18 RBCCW Loop B Mdr Pr ind M215/Sh2/E34 AXBAY 3 8 COMP S
12 ON ON YES IND Y1 B
PT4058 30 18 RBCCW Loop A Mdr Pr Ind M215/Sht/E35 AXBAY 3 A COMP S
12 ON ON YES IND Y1 A [
PT504A 45 18 RPS-First Stage Turb Press.
9 ON ON YES RPS A
Page 96 ;
Scismic Review Safe Shutdown Equipment List [SSEL]
R3v. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting O Number No Cl System / Equipment Description /Sh/Rev B6dg Elev Row / Col Type Device Notes Status Status Reqd7 Component Supports System or Component Train PT5048 45 18 RPS-First Stage Turb. Press.
9 ON ON YES RPS B
PT504C 45 18 RPS-First Stage Turb. Press.
E69&E7 TF 51 TB DECK S
9 ON ON YES RPS A
PT5040 45 18 RPS-First Stage Turtt Press.
9 ON ON YES RPS B
PT512A 45 18 RPS-High Drywee Pressure E698/E8 RB 74 EAST S
9 ON ON YES RPS C129A A
PT5128 45 18 RPS-High pryweh Pressure E700E7 RB 74 EAST S
9 ON ON YES RPS C1298 8
PT512C 45 18 RPS-High Drywe8 Pressure E699/E7 RB 51 WEST S
9 ON ON YES RPS C22088 A
PT5120 45 18 RPS-High Drywe5 Pressure E701/E8 RB 51 WEST S
9 ON ON YES RPS C22068 B
RHS-1A 24 18 CRHEAF Tram A Humuhty Sw M286E10 RW 76 82FRM i N/A VCRF101A MA N/A YES CRHEAF C108 B15 A
RHS-13 24 18 CRHEAF Tram B Hurmdity Sw M286E10 RW 76 82FRM S-N/A VCRF101B N/A N/A YES CRHEAF C109 B14 B
RV203-3A 54 07 ADS Main Steam Rehef VuNo M252/Sh1/E43 RB 45 DW S
2,4 CL OP/CL NO ADS SV2034A T221A AB RV203-38 54 07 ADS Mac Steam Rehef Valve M252/Sht!E43 RB 45 DW S
2,4 CL OP/CL NO ADS SV203-38 T221B A/B RV203-3C 54 07 ADS Mem Steam Rehef Valve M252/Sh1/E43 RB 45 DW S
2.4 CL OPICL NO ADS SV203-3C T221C AB S
2.4 CL OPCI-NO ADS SV203 3D T2210 AS RV203-30 54 07 ADS Mem Steam Rebet Valve M252/Sht/E43 RB i
RV203-4A 54 07 ADS Main Steem Safery Vake M252/Sh1E43 RB 45 DW S
4 CL OP!CL NO A/B RV203-4B 54 07 ADS Main Steam Safety Valve M252/Sh1E43 RB 45 DW S
4 CL OPCL NO AS RV9085A 01 07 Stmhne A Accum T220A Rehef M252/Sht!E43 RS 23 DW S
CL CL NO Rx1 SOL A
RV90858 01 07 Stmhne B Accum T2208 Rehet M252/Sh1E43 RB 23 DW S
CL CL NO RxtSOL A
RV9085C 01 07 Stmhne C Accum T220C Rehof M252/Sh1/E43 RB 23 DW S
CL CL NO RutSOL A
RV9085D 01 07 Stmhne D Accum T2200 Rehef M252/Sh1E43 RB 23 DW S
CL CL NO RutSOL A
RV9085E 01 07 Stmline A Accum T220E Rehef M252/Sh1/E43 RB 23 STM TNL S
CL CL NO RxtSOL B
RV9085F 01 07 Stmune B Accum T220F Rehef M252/Sh1/E43 RB 23 STM TNL S
CL CL NO RxtSOL 8
RV9085G 01 07 Stmhne C Accum T220G Rehef M252/Sh1E43 RB 23 STM TNL S
CL CL NO RxtSOL B
RV9085H 01 07 Stmline D Accum T220H Rehef M252/Sh1/E43 RB 23 STM TNL S
CL
.CL NO RxtSOL B
S11340-1 13 20 RCIC Turtune Tachometer M1G14-SE8 RW 37 CR S
3 ON ON YES C904 C1303 A
St2340-1 23 20 HPCI Turb Speed Techome er M244/Sh1E22 RW 37 CR S
ON ON YES D5 C903 C2303 B
n SOV305-117 03 088 RPS Scram Pilot M25aE23 RB 23 145 HL S
5 CN OFF NO A
SOV305-118 03 088 RPS Scram Pdot M250/E23 RB 23 145 HCO S
5 ON OFF NO B
SQRT1040-15A to 20 RHR Loop A Flow Summer M241/Sh1/E59 RW 37 CR S-MA Ft1040-1A 3
ON ON YES IND C919 Y1 A
SORT 1040-158 10 20 RHR Loop B Flow Summer M241/Sh1/E59 RW 37 CR S-N/A F11040-18 3
ON ON YES IND C919 Y1 B
SORT 1340-10 13 20 RCIC Flow Integrator M245/E26 RW 37 CR S-N/A FIC1340-1 4.7,8 OFF ON YES C904 A
SQRT2340-10 23 20 HPCI P205 Flow Summer M243E35 RW 37 CR S-MA FIC-2340-1 ON ON YES E/S2340-3 C903 8
SSR1 24 09 SSW VEX 104AS Suct Fire Damper M292/E19 IS 25.6 X PUMP S
OP OP NO SSW AB SSR2 24 09 SSW VEX 104AB Suce Fire Damper M292E19 IS 25.6 X PUMP S
OP OP NO SSW AB SSR3 24 09 SSW VEX 104B Suct Fire Damper M292E19 IS 25.6 8 PUMP S
OP OP NO SSW A
SSR4 24 09 SSW VEX 104A/B Suct Fire Damper M292E19 IS 25.6 X PUNP S
OP OP NO 3SW AB espe s7
l l
S ismic Review Safe Shutdown Equipment List [SSEL]
Rsv E0 September 16.1996 Equipment Sys Eq Drswing No Floor Room or Eval Relateo M1 Normal Desired Power Systems this Required Supporting t3 Number No C1 SystemEquipment Descript>m
/Sh/Rev Badg Elev RovWCol Type Device Notes Status Status Reqd7 Component Supporte System or Component Train SSR3 24 09 SSW VEX 104A Suce Fire r.=yer M292,E19 IS 25 6 A Pur S
OP OP NO SSW B
SSR6 24 09 SSW VEX 104AB Suct Fire Damper M292/E19 IS 25 6 X PUw S
OP OP NO SSW A/3 SSR7 24 09 SSW VEX 104AB Suct Fire Damper M292E19 IS 25.6 X PUW S
OP OP NO SSW AB ST1301-2 13 0 RCIC Exhaust une Steam Trap M246/E24 RB
-17.5 SWQD S
CL OP NO A
ST1301-3 13 0
RCIC Esaust Uno Steam Trap M2ME24 RB
-17.5 SW QD S
CL OP NO A
ST2301-5 23 0
HPCI Turb Exh Dram to Torus M244/Sh1E22 RB
-17.5 HPCI S
CL OP NO B
ST2331-6 23 0
HPCI Turb Exh Drain to Torus M244/Sh1E22 RB
-17.5 HPCI S
CL OP NO B
SV1301-1 13 088 RCIC Turtune Tnp Solencnd M246E24 RB
-17.5 SW 0D SR OFF ON/OFF YES D4 C930 C155 A
SV1301-12 13 08B RCIC Vac Tank Cond. Pump D6sch M246/E16 RB
-17.5 SWQD SR CN OHCFF NO A
SV1301-34 13 08B Steamhne Drmn Cntrl Solenoki M245E26 RB
-17.5 SW QD SR ON OFF NO A
SV203-3A 54 088 ADS Solenced Valve M252/Sh1E43 RB 45 DW SR 2
OFF ON/OFF YES ADS C156 C903 C932 C933 A/B D4 D5 SV203-38 54 088 ADS Solenood Valve M252/Sh1E43 RB 45 DW SR 2
OFF OHOFF YES ADS C157 C903 C932 C933 AB D4 D5 SV203-3C 54 08B ADS Solenced Valve M252/Sh1E43 RB 45 OW SR 2
OFF ONOFF YES ADS C157 C903 C932 C933 AB D4 05 SV203-30 54 08B ADS Solenced Valve M252/Sh1E43 RB 45 DW SR 2
OFF OHOFF YES ADS C156 C903 C932 C933 AB D4 D5 SV220-44 54 08B Rm Sample une Control Sol M252/Sh2E41 RB 74 DW SR ON OFF NO RxtSOL C904 C941 A
SV220-45 54 088 Rx Sample une Controi Sol M252/Sh2/E41 RB 51 RWCU HT SR O'4 OFF NO RxtSOL C904 C942 B
SV2330-9 23 088 HPCt Remote Trip Solenced M244/Sh1E22 RB
-17.5 HPCI SR OFF ON/ OFT' YES D5 C903 C939 C158 8
i SV2331-29 23 08B HPCI AO2301-29 Dm SolViv M243E35 RB
-17.5 HPCI SR ON OFF NO B
SV302-20A 03 08B RPS CV302-21A & 24A Cntr1 M250E10 RB 23 EAST SR ON OFF NO C2230 A
SV302-20B 03 08B RPS CV302-21A & 24A Cntrt M25&E10 RB 23 EAST SR ON OFF NO C2230 B
SV332-20C 03 088 RPS CV302-22A & 23A Cnt:1 M250/E10 RB 23 EAST SR ON OFF NO C2230 A
SV302-200 03 088 RPS CV302-22A & 23A Cntrt M25GE10 RB 23 EAST SR ON OFF NO C2230 B
SV332-21A 03 088 RPS CV302-218 & 248 Cntri M250E10 RB 23 WEST SR ON OFF NO C2231 A
SV332-21B 03 088 RPS CV302-218 & 248 Cntrl M250/E10 RB 23 WEST SR ON OFF NO C2231 B
SV332-21C 03 088 RPS CV302-22B & 23B Cntr1 M250/E10 RB 23 WEST SR ON OFF NO C2231 A
SV302-21D 03 088 RPS CV302-228 & 238 Cntrl M250/E10 RB 23 WEST SR ON OFF NO C2231 B
SV4521 61 08B Solenoid for A04521 M223 DG A 23 DG A SR ON OFF NO AC A
SV4522 61 088 Solenoid for A04522 M223 DG B 23 DG B SR ON OFF NO AC B
SV4569A 61 088 Turbo Airinlet Velve M259 DG A 23 DG A SR OFF ON/OFF YES AC D4 A
SV45698 61 088 Turbo Airinlet Valve M259 DG B 23 DG B SR OFF ON,VFF YES AC D5 B
SV4570A 61 068 Turbo AarIntet Valve M259 DG A 23 DG A SR OFF ON/OFF YES AC D4 A
SV13708 61 08B Turbo AirInlet Valve M259 DG B 23 DG B SR OFF ON/OFF YES AC 05 B
Page 98 L
l
Seismic Review Safe Shutdown Equipment List [SSEL]
R,v. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting O Number No Cl SystemEquipment Description ISNRev Bldg Elev Row / Col Type Device Notes Status Status Rend? Component Supports System or Component Train SV4586A 61 088 DG A Air St-st Solenoid M21&E10 DG A 23 DG A SR OFF OMOFF YES AC C3 C103A D4 A
SV45868 61 088 DG A h Start Solenced M21SE10 DG A 23 DG A SR OFF OMCFF YES AC C3 C103A D4 A
SV4587A 61 088 DG A Air Start Solenoid M219/E10 DG A 23 DG A SR OFF ONOFF YES AC C3 C103A D4 A
SV45878 61 088 DG A Air Stari Solerund M21&E10 DGA 23 DG A SR OFF OMOFF YES AC C3 C103A D4 A
SV4558A 61 088 DG B Air Start Solenced M219E10 DG B 23 DG B SR OFF ONOFF YES AC C3 C104A DS B
SY45588 61 088 DG B Air Start Solenced M219E10 DG B 23 DG B SR OFF OMCFF YES AC C3 C104A 05 B
SV4589A 61 088 DG B h Start Solenoid M21&'E10 DG B 23 DG B SR OFF ONCFF YES AC C3 C104A D5 B
SV45898 61 088 DG B Air Start Solenoed M21S'E10 DG B 23 DG B SR OFF ONOFF YES AC C3 C104A D5 B
SVL-13 24 088 CRHEAF Train B Damper Control M286E10 RW 64 #2FRM SR ON OFF YES CRHEAF B18 B
SVL-5 24 088 CRHEAF Train A Damper Control M286E10 RW 34 #2FRM SR ON OFF YES CRHEAF B17 A
SVL22 24 De8 DG HVAC AVU31 & AVU33 Control M280/E14 DG A 23 DG A SR ON OFF NG DG C89 A
SVL23 24 088 DG HVAC AVU32 & AVU34 Control M28GE14 DG B 23 DG B SR ON OFF NO DG C90 B
T124A 61 21 DG A Dey Tank M223 DG A 23 DG A S
N/A N/A MA AC A
T1248 61 21 DG B Day Tank M223 DG B 23 DG B S
N/A N/A N/A AC B
T126A 61 21 Main Storage Tank M223 N/A 0 Buried S
MA MA MA AC A
T1268 61 21 Main Storage Tank M223 MA 0 Bur 6ed S
MA MA N/A AC B
T146A 61 21 DG A Air Start Recorver Tank M219/E10 DG A 23 DG A S
MA NA MA AC A
T1468 61 21 DG B Air Start Receever Tank M21EE10 DG B 23 DG B S
MA NA N/A AC B
T146C 61 21 DG A Air Start Recewer Tank M21&E10 DG A 23 DG A S
MA N/A N/A AC A
T146D 61 21 DG B Air Start Recerver Tank M219/E10 DG B 23 DG B S
MA MA MA AC B
T150A 61 21 DG A Turbo k Receiver M259 DG A 23 DG A S
N/A N/A N/A AC A
T1308 61 21 DG B Turbo Air Recorrer M259 DG B 23 DG B S
N/A MA MA AC B
T150C 61 21 DG A Turbo Air Recewer M259 DG A 23 DG A S
N/A NA NA AC A
I T1500 61 21 DG B Turbo Air Receiver M259 DG B 23 DG B S
N/A N/A MA AC B
T151A 61 21 DG A Turbo Air Recener M259 DGA 23 DG A S
N/A N/A N/A AC A
T1513 61 21 DG B Turbo k Receever M259 DG B 23 DG B S
MA N/A MA AC B
T201A 30 21 RBCCW Loop A Surge Tank M215/Sh2/E34 RB 91.3 South S
MA N/A MA A
T2013 30 21 RBCCW Loop B Surge Tank M215/Sh2/E34 RB 91.3 North S
N/A MA MA B
T214A 30 0 RBCCW Shielded Sample Chamber M215/Sh1/E35 AXBAY 23 Wtr Treat S
9 MA N/A MA A
T2148 30 0 RBCCW Shielded Sample Chamber M215/Sh1/E35 AXBAY 23 Wtr Treat S
9 N/A N/A NA B
T220A 01 21 Stmhne AluolVhr Accumulator M252/Sh1E43 RB 23 DW S
N/A N/A N/A RxtSOL A
T2200 01 21 Stmhne B Isol VIv Accumulator M252/Sht/E43 RB 23 DW S
N/A N/A MA RxtSOL A
T22CC 01 21 Simhne C isol Viv Accumulator M252/Sh1/E43 RB 23 DW S
MA N/A MA RxtSOL A
T2200 01 21 Stmhne D isol Viv Accumulator M252/Sh1/E43 RB 23 DW S
N/A N/A N/A RxtSOL A
T220E 01 21 Stmaine AInci Vtv A_ -
1--
MA MA N/A RxtSOL B
Page 99
S:ismic Review Safe Shutdown Equipment List [SSEL]
Rev EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Retsted End Normal Desired Power Systems tids Required Supporting 10 Number No Cl SystemEquipment Description
/Sh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd7 Component Supports System or Component Train T22CF 01 21 Stmime B isol Viv Accumulator M252/Sh1E43 RB 23 STM TNL S
MA N/A MA RxlSOL B
T220G 01 21 Stmhne C isol Viv Accumulator M252/Sh1/E43 RB 23 STM TNL S
N/A N/A N/A RxtSOL B
T22CH 01 21 Stmhne D isot Viv Accumulator M252/Sht!E43 RB 23 STM TNL S
MA NA NA RxtSOL B
T221A 54 21 ADS N4mgen to Open RV203-3A M252/Sh1E43 RB 45 DW S
2 N/A N,A NO ADS 31-CK-372A AS T2218 5'
21 ADS Nitrogen to Open RV203-38 M252/Sh1/E43 RB 45 DW S
2 MA MA NO ADS 31-CK-372B AS T221C 54 21 ADS Ndrogen to Open RV203-3C M252/Sh1E43 RB 45 DW S
2 NA N/A NO ADS 31-CK-372C AS T221D 54 21 ADS Nerogen to Open RV203-3D M252rSh1/E43 RB 45 DW S
2 N/A N/A ND ADS 31-CK-372D AS TE1046A 10 19 RHR A Loop Ht Exch inlet Temp M241/Sh2/E31 RB
3 ON ON YES ND C921 Y1 A
TE10468 to 19 RHR B Loop Ht Exch inlet Temp M241/Sh2/E31 RB
-17.5 NWOD S
3 ON ON YES IND C921 Y1 B
TE1047A 10 19 RHR A Loop Ht Exch Outtet Temp M241/Sh2/E31 RB
3 ON ON YES ND C921Y1 A
TE1047B 10 19 RHR B Loop Ht Exch Outlet Temp M241/Sh2E31 RB
-17.5 NWOD S
3 ON ON YES ND C921 Y1 B
TE261-40 45 18 Reactor Vessel Dram Line Temp M1C1%ES RB 0 DW S
12 ON ON YES NO C921 Y1 TR263-104 AS TE263-69-A2 45 18 Reactor Vessel Flange Temp M1C154/E8 RB 0 DW S
12 ON ON YES IND C921 Y1 TR263-104 AS TE263-69-82 45 18 Reactor Vessel Shell Temp M1C154E8 RB 0 DW S
12 ON ON YES tND C921 Y1 TR263-104 AS TE2S149-L2 45 18 Rx Vessel Bottom HeadTemp M1C1ME8 RB 0 DW S
12 ON ON YES NO C921 Y1 TR263-104 AS TE263-69-N1 45 18 Reactor Vessel Shell Tomo M1C154E8 RB 0 DW S
12 ON ON YES IND C921 Y1 TR263-104 AS TE3833 30 19 RBCCW Loop B Temp CL M215/Sh2/E34 AXBAY 3 BCOMP S
12 ON ON YES ND B
TE3836 30 t9 RBCCW Loop A Temp CL M215/Sh1/E35 AXBAY 3 ACOW S
12 ON ON YES IND A
TE3840 29 19 SSW LP A RBCCW Hx Outlet Temp M212/Sh1/E59 AXBAY 3 A COMP S
4 ON ON YES RBCCW IND Y1 A
TE3841 29 19 SSW LP B RBCCW Hx Outlet Temp M212/Sht/E59 AXBAY 3 8 COW S
4 ON ON YES RBCCW ND Y1 B
TE3890 29 19 SSW LP A RBCCW Hx inlet Temp M212/Sh1/E59 AXBAY 3 A COW S
4 ON ON YES' RBCCW IND Y1 A
TE3891 29 19 SSW LP B RBCCW Hx Inlet Temp M212/Sht/E59 AXBAY 3 BCOMP S
4 ON ON YES RBCCW IND Y1 B
TE5021-01 A 10 19 Torue Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
TE5021-02A 10 19 Torus Water Temp Element M241/Sht/E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
TE5021-03A 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
TE3021-04A 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES NO C179 Y31 TRU5021-01 A A
TE5021-05A 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
TE5021-06A 10 19 Torus Water Temp Element M241/Sh1/ES9 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
TE5021-07A 10 19 Torus Water Temp Element M241/Sht/E59 RB
-17.5 TORUS S
3 ON ON YES IND C179 Y31 TRU5021-01 A A
TE5021-08A 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A ;
TE5021-09A 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU502141 A A
TE5021-10A 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
TE5021-11 A 10 19 Torus Water Ternp Element M241/Sh11E59 RB
-17 5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
TE50*1-12A 10 19 Torus Water Temp Element M241/Sht/E59 RS
-17.5 TORUS S
3 ON ON YES NO C179 Y31 TRU5021-01A A
TE5021-13A 10 19 Torus Water Temp Element M241/Sht!E59 RB
-17 5 TORUS S
3 ON ON YES ND C179 Y31 TRU5021-01 A A
i Pege 100
Seismic Review Safe Shutdown Equipment List [SSEL]
Rev EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting ID Number No CI SystemEquipment Description iSh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Trsin TE5022-018 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 B
TE5022428 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021418 8
TE5022-038 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 8
TE5022-048 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 8
TE5022-058 10 19 Torus Water Temp Element M241/Sht!E59 RB
-17.5 TORUS S
3 ON ON YES 40 C180 Y41 TRU5021-018 8
TE5022-068 10 19 Torus Water Temp Element M241/Sht!E59 RB
-17.5 TORUS S
3 ON ON YES S GC, C180 Y41 TRU5021-018 B
TE5022-078 to 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES thD C180 Y41 TRU5021418 8
TE5022-08B 10 19 Torus Water Temp Element M241/Sht/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU502141B B
TE5022-099 10 19 Torus Water Temp Element M241/Sh1T59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 B
TE5022-108 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 8
TE5022-118 10 19 Torus Water Temp Element M241/Sh1/E59 RB
-17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-018 B
TE5022-128 10 19 Torus Water Temp Element M241/Sh1/ES9 RB
-17.5 TORUS S
3 ON ON YES IND C180 V41 TRU502141B B
TE5022138 10 19 Torus Water Temp Element M241/Sht/E59 RB 17.5 TORUS S
3 ON ON YES IND C180 Y41 TRU5021-01B B
TE9019 09 19 Drywell Temperature Element M227/Sht/E45 RB 38 DW S
1 ON ON YES IND Y4 B
TE9044 09 19 Drywell Temperature Element M227/Sh1/E45 RB 38 DW S
1 ON ON YES IND Y3 A
Tt3400 29 20 SSW RBCCW Hx Drff Temp M212/Sh1!E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1C4 A/B T15021-01 A 10 20 Torus Water Temp Indcator M241/Sh1E59 RW 37 CR SR 3
ON ON YES IND C903 Y31 A
Tl5022-01B to 20 Torus Water Temp indicator M241/Sh1E59 RW 37 CR SR 3
ON ON YES IND C903 Y41 B
Tl9019 09 20 Drywell Temperature Indicator M227/Sh1E45 RW 37 CR SR 1
ON ON YES INO C903 Y4 B
TX:-3833 30 20 RBCCW Loop B Temp CI M215/Sh2/E34 RW 37 CR SR 12 ON ON YES IND Y1 C1 B
TIC-3836 30 20 RBCCW Loop A Temp Cl M215/Sh1/E35 RW 37 CR SR 12 ON ON YES IND Y1 C1 A
TR263-104 10 20 RHR A Loop Ht En init Tmp Rcdr M244/Sh2E22 RW 37 CR SR 3
ON ON YES IND C921 Y1 A/B TR3835 30 20 RBCCW Temp Ind M215/Sh2E34 RW 37 CR S-N/A TIC 3835 12 ON ON YES IND Y1C1 A
TIC 3836 TRU5021-01 A 10 20 Torus Water Temp Recorder M241/Sh1/E46 RW 37 CR SMA 3
ON ON YES IND C170 Y31 A
TRU5022-01B 10 20 Torus Water Temp Recorder M241/Sh1/E59 RW 37 CR S-N/A 3
ON ON YES IND C171 Y41 B
TRU9044 09 20 Drywell Temperature Indicator M227/Sh1/E45 RW 37 CR SR 1
ON ON YES IND CS03 Y3 A
TS1A 24 19 CRHEAF Tram A Temp Sw M286/E10 RW 76 82FRM SMA VCRF101A NA NA YES CRHEAF C108B15 A
TS1B 24 19 CRHEAF Tran B Temp Sw M2M E10 RW 76 #2FRM S-N/A VCRF101B N/A N/A YES CRHEAF C109 B14 B
TS2A 24 19 CRHEAF Tram A Temp Sw M2M E10 RW 76 #2FRM SMA VCRF101A MA MA YES CRHEAF C108 B15 A
TS2B 24 19 CRHEAF Tram B Temp Sw M286/E10 RW 76 82FRM SWA VCRF1018 MA N/A YES CRHEAF C109 B14 8
TS3A 24 19 CRHEAF Tram A Temp Sw M286/E10 RW 76 #2FRM S-M A VCRF101A MA N/A YES CRHEAF C108 B15 A
TS3B 24 19 CRHEAF Tram B Temp Sw M2ME10 RW 76 82FRM S-N/A VCRF1018 MA NA YES CRHEAF C109 B14 B
TS4A 24 19 CRHEAF Tram A Temp Sw M286/E10 RW 76 82FRM S-N/A VCRF101A N/A NA YES CRHEAF C108 B15 A
TS4B 24 19 CRHEAF Tram B Temp Sw M2ME10 RW 76 32FRM S-N/A VCRF1018 N/A MA YES CRHEAF C109 B14 8
Page 101
S::ismic Review Safe Shutdown Equipment List [SSEL]
R3v. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting 40 Number No Cl System / Equipment Description ISh/Rev Bldg Elev RowfCol Type Device Notes Status Status Reqd? Component Supports System or Component Train TS8155A 24 19 MCCHVAC Temp Sw MCC B17 E721/E3 RS 23 EAST SMA VSF209 OFF ON YES AC Y6 A
TS6155C 24 19 MCCHVAC Temp Sw MCC B17 Alar E721/E3 RB 23 tiAST SMA None 9
OFF ON YES AC Y6 A
TS3156A 24 19 MCCHVAC Temp Sw MCC B18 E721E3 RB 23 WEST SMA VSF210 OFF ON YES AC Y7 B
TSa156C 24 19 MCCHVAC Temp Sw MCC B18 Alar E721E3 RB 23 WEST SMA t6ne 9
OFF ON YES AC Y7 8
TS8157A 24 19 MCCHVAC Temp Sw MCC B20 E721E3 RB 23 EAST SMA VSF211 OFF ON YES AC Y8 X-TS8157C 24 19 MCCHVAC Temp Sw MCC B20 Alar E721/E3 RB 23 EAST S-MA None 9
OFF ON YES AC Y8 X
TSD41 24 19 EAC VAC202A Fan Control M282E13 RB 2.8 SWOD SMA VAC202A OFF ON YES RCIC C61 A B17 A
TSD42 24 19 EAC VAC202B Fan Control M282E13 RB 2.8 SW QD SMA VAC2028 OFF ON VES RCIC C61A B17 A
TSD43 24 19 EAC VAC201 A Fan Control M282E13 RB
-17.5 HPCI SMA VAC201A OFF ON YES HPCI C618 B18 8
TSD44 24 19 EAC VAC2010 Fan Control M282E13 RB
-17.5 HPCI SMA VAC202B OFF ON YES HPCI C618 B18 B
TSD43 24 19 EAC VAC204A Fan Control M282E13 RB
-17.5 SE CD SMA VAC204A OFF ON YES RHR C614 817 A
TSD46 24 19 EAC VAC2048 Fan Control M282E13 RB
-17.5 SE OD S-N/A VAC2048 OFF ON YES RHR C61A B17 A
TSD47 24 19 EAC VAC204C Fan Control an282.E13 RB
-17.5 NW QD SMA VAC204C OFF ON YES RHR C61B B18 3
TSD48 24 19 EAC VAC204D Fan Oc ::;oi M282E13 RB
-17.5 NWQD SMA VAC2040 OFF ON YES RHR C618 B18 B
TSU-3400A 29 20 SSW RBCCW Hz DWI Temp M212/Sh1E59 RW 37 CR S-N/A Ti3400 4
ON ON YES RBCCW IND Y1C4 AT6 TT3835 30 20 RBCCW Loop B Temp Trana M215/Sh2/E34 RW 37 CR S
12 ON ON YES IND Y1C1 B
TT3836 30 20 RBCCW Loop A Temp Trans M215/Sh1E35 RW 37 CR S
12 ON ON YES fND Y1C1 A
TTS319 09 20 Drywen Temperature Transmittr M227/Sh1/E45 RW 37 CR S
1 ON ON YES IND C903 Y4 B
TTSO44 09 20 DryweR Temperature Transm4tr M227/Sh1E45 RW 37 CR S
1 ON ON YES IND C903 Y3 A
VAC-201A 24 10 EAC HPCI Rm Coohng M282E13 RB
-17.5 HPCI SR OFF ON YES HPCI B18 RBCC:WB B
VAC-2018 24 10 EAC HPCI Rm Coohng M282/E13 RB
-17.5 HPCI SR OFF ON YES HPCI B18 RBvW B
VAC-202A 24 10 EAC RCIC Rm Coohng M282E13 RB 2.8 SW OD SR OFF ON YES RCIC B17 RBCCWA A
VAC-202B 24 10 EAC RCIC Rm CooHng M282E13 RB 2.8 SWOD SR OFF ON YES RCIC B17 RBCCWA A
VIC-204A 24 10 EAC RHR Loop A Area Cool M282E13 RB
-17.5 SE OD SR OFF ON YES RHR B17 RBCCWA A
VAC-2048 24 10 EAC RHR Loop A Area Cool M282E13 RB
-17.5 SE QD SR OFF ON YES RHR B17 RBCCWA A
VI,C-204C 24 10 EAC RHR Loop B Area Cool M282E13 RB
-17.5 NW QD SR OFF ON YES RHR B18 RBCCWB B
VAC-204D 24 10 EAC RHR Loop B Area Cool M282E13 RB
-17.5 NW QD SR OFF ON YES RHR B18 RBCCWB B j VAC202A-BDD 24 10 EAC RCIC Backdrafi Damper M282E13 RB 2.8 SWQD S
CL OP/CL NO RCIC A
VIC2028-BOD 24 10 EAC RCIC Backdran Damper M282E13 RB 2.8 SW QD S
CL OP/CL NO RCIC A
Vt.C203A 30 to RBCCW CRO EAC M215/Sh4E33 RB 2.75 CRD hEZZ S
9 MA N/A N/A B
VAC2038 30 10 RBCCW CRO EAC M215/Sh4E33 RB 2.75 CRDhEZZ S 9
N/A MA MA B
i VAC204A-BOD 24 10 EAC RHR Backdran Damper M282/E13 RB
-17.5 SE QD S
CL OP/CL NO RHR A
I VIC2048-BOD 24 10 EAC RHR Backdran Damper M282/E13 RB
-17.5 SE QD S
CL OP/CL NO RHR A
VAC204C-BDD 24 10 EAC RHR Backdrea Damper M282/E13 RB
-17.5 NWOD S
CL OP/CL NO RHR B
VAC2040-BOD 24 to EAC RHR Backdran Damper M282E13 RB
-17.5 NWOD S
CL OP/CL NO RHR B
Page 102 I
l l
S:ismic Review Safe Shutdown Equipment List [SSEL]
R:v. EO September 16.1996 Equipment bys E9 Drawing No Floor Roomor Eval Related End Normal Destred Power Systems this Required Supporting ID Number No Cl System / Equipment Description
/Sh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train VAC205A 1 30 10 RBCCW Drywell EAC M215/Sh3/E32 RB 45 DW SR 14 ON ON YES 817 C61 C208 AB VAC205A-2 30 10 RBCCW Drywen EAC M215/Sh3/E32 RB 23 DW SR 14 ON ON YES 818 C61 C209 AS VAC2058-1 30 to RBCCW Drywen EAC M215/Sh3/E32 RB 41 DW SR 14 ON ON YES B17 C61 C208 AB VAC2058-2 30 10 RBCCW Drywen EAC M215/Sh3E32 RB 41 DW SR 14 ON ON YES B18 C61 C209 AS VAC205B1-BDO 30 10 RBCCW Drywen EAC Bkdrft Dmp M282E13 RB 41 DW S
OP OP NO A/B VAC205B2-BDO 30 10 RBCCW Dryv.e4 EAC Bkdrft Dmp M282/E13 RB 41 DW S
OP OP NO AB VAC205C-1 30 10 RBCCW Drywen EAC M215/Sh3/E32 RB 23 DW SR 14 ON ON YES B17 C61 C208 AB VAC205C-2 30 10 RBCCW DryweN EAC M215/Sh3/E32 RB 23 DW SR 14 ON ON YES 818 C61 C209 AS VAC205C1-BDD 30 10 RBCCW DryweR EAC Bkdrft Dmp M282/E13 RB 23 DW S
OP OP NO AB VAC205C2-BDO 30 10 RBCCW Drywee EAC Bkdrft Dmp M282E13 RB 23 DW S
OP OP NO A/S VAC2050-1 30 10 RBCCW Drywe8 EAC M215/Sh3/E32 RB 41 DW SR 14 ON ON YES B17 C61 C208 AS VAC2050-2 30 10 RBCCW Dryweg EAC M215/Sh3/E32 RB 41 DW SR 14 ON ON YES 818 C61 C209 AS VAC205E-1 30 10 RBCCW Drywen EAC M215/Sh3/E32 RB 15 DW SR 14 ON ON YES 817 C61 C208 AS VAC205E-2 30 to RBCCW Drywon EAC M215/Sh3/E32 RB 15 DW SR 14 OFF ON YES 818 C61 C209 AB VAC205E1-BDD 30 10 RBCCW DryweN EAC Bkdrft Dmp M282/E13 RB 15 DW S
OP OP NO AS VAC205E2-BDO 30 10 RBCCW Drywe8 EAC Bkdrft Dmp M282E13 RB 15 DW S
CL OP NO A/B VAC20$F-1 30 10 RBCCW Drywe8 EAC M215/Sh1E32 RB 15 DW SR 14 ON ON YES 817 C61 C208 AB VAC205F-2 30 to RBCCW Drywen EAC M215/Sh1E32 RB 15 DW SR 14 OFF ON YES 818 C61 C209 AS VAC205F1-BDO 30 10 RBCCW Drywen EAC Bkdtft Dmp M282/E13 RB 15 DW S
OP OP NO A/B VAC205F2-BDD 30 10 RBCCW DryweN EAC Bkdrft Dmp M282E13 RB 15 DW S
CL OP NO AB VAC206A-1 30 10 RBCCW Drywen EAC M215/Sh5/E1 RB 13 DW SR 14 ON ON YES B17 C61 C208 AS VAC206A-2 30 10 RBCCW Drywed EAC M215/Sh5/E1 RB 13 DW SR 14 OFF ON YES B18 C61 C209 A/B VAC206A1-BDD 30 10 RBCCW Drywea EAC Bkdtft Dmp M282/E13 RB 13 DW S
OP OP NO AB VAC206A2-BOD 30 10 RBCCW DryweN EAC Bkdrft Dmp M282E13 RB 13 DW S
CL OP NO AB VAC2068-1 30 10 RBCCW Drywen EAC M215/Sh1E32 RB 13 DW SR 14 ON ON YES 817 C61 C208 A/B VAC2068-2 30 10 RBCCW Drywen EAC M215/Sh3/E32 RB 13 DW SR 14 OFF ON YES B18 C61 C209 AB VAC20681-BDD 30 10 RBCCW Orywou EAC Bkdrft Dmp M282/E13 RB 13 DW S
OP OP NO AS VAC206B2-BDD 30 10 RBCCW Drywell EAC Bkdtft Dmp M282/E13 RB 13 DW S
CL OP NO AS VAC207A 30 to RBCCW Reewc MG Set EAC M215/Sh1E35 RB 51 MG SET S
9 N/A N/A N/A A
VAC207B 30 10 RBCCW Rectre MG Set EAC M215/Sh1E35 RB 51 MG SET S
9 N/A N/A N/A A
VAC207C 30 10 RBCCW Racirc MG Set EAC M215/Sh1/E35 RB 51 MG SET S
9 N/A N/A N/A A
VAC207D 30 10 RBCCW Recuc MG Set EAC M215/Sh1E35 RB 51 MG SET S
9 N/A N/A N/A A
VCRF-101A 24 10 CRHEAF Train A Fater Hestr M28&E10 RW 78 82FRM SR OFF ON YES CRHEAF B15 A
VCRF-1018 24 10 CRHEAF Train B Fater Heatr M286/E10 RW 78 82FRM SR OFF ON YES CRHEAF B14 8
VD112A 24 10 SSW Exhaust Fen Voharne Damper M280/E14 IS 25.6 A PUW S
OP OPICL NO SSW A
Page 103
Scismic Review Safe Shutdown Equipment List [SSEL]
R3v. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting ID Number No Cl SystemEquipment Description ISh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train VD1128 24 10 SSW Exhaust Fan Volume Damper M280E14 IS 25 6 BPUMP S
OP OP/CL NO SSW 8
VD206A 24 10 DG X107A Radiator inlet Damper M280/E14 DG A 23 DG A S
VD2068 24 10 DG X107A Radiator Inlet Damper M280/E14 DG A 23 DG A S
VD206C 24 10 DG X107B Radiator inlet Damper M280/E14 DG B 23 DG B S
VD2060 24 10 DG X107B Radiator inlet Damper M280E14 DG B 23 DG B S
VD207A 24 10 DG Space A Aw Inlet Demper M280/E14 DG A 23 DG A S
VD2078 24 10 DG Space 8 Aw Inlet Damper M280/E14 DG B 23 DG B S
VD208A 24 10 DG A Space Sec Aw init Damper M280/E14 DG A 23 DG A S
VD208B 24 to DG B Space See As init Demper M280/E14 DG B 23 DG B S
VEX 104A 24 09 SSW Exhaust Fan M280/E14 IS 25.6 A PUMP SR ON/OFF ON/OFF YES SSW B15 C64 A
VEX 1048 24 09 SSW Exhaust Fan M280/E14 IS 25 6 B PUMP SR ONOFF ONOFF YES SSW B14 C64 B
VRV261-96A 54 07 RV203-3A Torus Disch Vac Ret M252/Sh2E41 RB 23 DW S
6 CL OP/CL NO ADS SRV AS VRV261-96rs 54 07 RV203-38 Torus Disch Vac Rei M252/Sh2/E41 RB 23 DW S
6 CL OP/CL NO ADS SRV AS VRV261-93C 54 07 RV203-3C Torus Disch Vac Ret M252/Sh2,E41 RB 23 DW S
6 CL OP!CL NO ADS SRV AS VRV261-97A 54 07 RV202,3A Torus Disch Vac Rei M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV A/B VRV261-97B 54 07 RV203-38 Torus Disch Vec Rei M252/Sh1E43 R8 30 DW S
AB VRV2",1-97C 54 07 RV203-3C Torus Disch Vec Rei M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV A/B VRV261-97D 54 07 RV203-30 Torus Disch Vac Rei M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV AS VRV261-98A 54 07 RV203-3A Torus Drach Vac Rei M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV AB VRV261-988 54 C7 RV203-3B Torus Dmch Vac Rei M252/Sht/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV AS VRV261-98C 54 07 RV203 3C Torus Disch Vac Red M252/Sh1E43 RB 30 DW S
6 CL OP!CL NO ADS SRV A/B VRV261-980 54 07 RV203-3D Torue Disch Vec Rel M252/Sh1/E43 RB 30 DW S
6 CL OP/CL NO ADS SRV A/B VRV9067 13 07 RCIC Exhaust Line Vec Rehof M245/E26 RB
-17.5 SWOD S
CL CL NO A
VSF-103A 24 09 CRHEAF Train A Supply Fan M286/E10 RW 73 82FRM SR OFF CN YES CRHEAF B17 C7 A
i VSF-1038 24 09 CRHEAF Train B Supply Fan M286/E10 RW 73 82FRM SR OFF ON YES CRHEAF B18 C7 8
i VSF-20tr 14 09 MCCHVAC B17 Fan M16 RB 23 EAST SR OFF ON YES AC Y6 8 Bt C248 A
VSF-210 24 09 MCCHVAC B18 Fan M16 RB 23 WEST SR OFF ON YES AC Y7-8 82 C249 B
VSF-211 24 09 MCCHVAC B20 Fan M16 RB 23 EAST SR OFF ON YES AC Y8-8 B6 C250 A9 VSF103A-BOD 24 10 CRHEAF Train A Fan Bckdrit Dmp M286E10 RW 75 82FRM S
CL OP NO CRHEAF A
VSF1038-BDD 24 10 CRHEAF Train B Fan Bckdrit Dmp M286/E10 RW 71 82FRM S
CL OP NO CRHEAF B
X107A 61 17 DG A Engine & Generator M16 DG A 23 DG A SR 1,2 OFF PUN YES AC D4 C160 C101 C110 A
X1078 61 17 DG B Engine & Generator M16 DG B 23 DG B SR 1.2 OFF RUN YES AC 05 C161 C102 C111 B
X18 46 04 Stndby Tmsfrmer Instr & Vital E14/1 RW 23 CSR SR OFF ON YES RPtS 815 A2 X20 46 04 Transformer to C511 E14/1 RW 23 MG SET SR ON ON YES SDC B10 A
X202 13 05 RCIC Turtune M246/E24 RB 17.5 SW QD S
OFF RUN NO A
Page 104
F S:Ismic Review Safe Shutdown Equipment List [SSEL]
Rn EO September 16.1996 Equigraent Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting ID Number No Cl Syst;.C
.; Description ISh/Rev Bldg Elev RowfCol Type Devtce Notes Status Status Reqd? Component Supports System or Component Train X203 23 05 HPCI Turtune M244/Sh1/E22 RB
-17.5 HPCI S
MA MA NO 8
X206A 10 18 Condenssng Pot Torus Levet M241/Sh1/E59 RB 17.5 TORUS S
N/A MA MA A
X2068 10 18 Condenomg Pot Torus Level M241/Sh1/E59 RB 17.5 TORUS S
N/A MA N/A B
X21 46 04 4r,ri480V Transformer SE155/1 TB 37 A SWGR SR ON ON YES AC A
X22 46 04 4KV/400V Transformer SE15511 TB 23 8SWGR SR ON ON YES AC B
l X55 46 04 Transformer to Y3/Y31 E14/1 RW 23 MG SET SR ON ON YES AC A
X56 46 04 Transformer to Y4/Y41 E14/1 RW 23 CSR SR ON ON YES AC B
X74 46 04 Transformer to Y8 E14/2 RB 23 MCC B17 SR ON ON YES AC A
X75 46 04 Transformer to Y7 E14/2 RB 23 MCC B18 SR ON ON YES AC B
X76 46 04 Transformer to Y8 E14/2 RB 23 MCC B10 SR ON ON YES AC X
Y1 46 14 120V AC Instrument Bus M12 RW 23 MG SET SR 8
ON ON YES CS CST RHR AS Y10 46 20 125VDC Control Power Transfer E13/E33 RW 23 CSR SR ON ON YES DC X
Y11 46 20 Auto Transfer Switch for Y1 E14/1 TB 23 MG SET SR OFF ON YES CS CST B15 X18 AB Y12 46 20 Auto Transfer Switch for Y2 E14/1 RW 23 CSR SR OFF ON YES RPts B15 X18 AB Y2 46 14 Vital Services Power Supply M12 RW 23 CSR SR 8
ON ON YES RPIS A/B Y3 46 14 Safeguard Control Power E14/1 RW 23 MG SET SR 8
Y31 46 14 H2/02 Power Panel E14/1 RW 37 CR SR 8
ON ON YES RHR AC A i Y4 46 14 Safeguard Control Power E14/1 RW 23 CSR SR 8
Y41 46 14 H2/02 Power Panet E14/1 RW 37 CR SR 8
Y6 46 14 Power to MCC Fan Control E14/2 RB 23 MCC B17 SR 8
ON ON YES MCCHVAC AC A
Y7 46 14 Power to MCC Fan Control E14/2 RB 23 MCC B18 SR 8
ON ON YES MCCHVAC AC B
Y8 46 14 Power to MCC Fan Control E14/2 RB 23 MCC B20 SR S
ON ON YES MCCHVAC AC X
Total Records on Seismic Review SSEL 1008 r
p
?
r Pope 106
a i
1 I
i Relay Review Safe Shutdown Equipment List Rev.E0 September 16,1996 j
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l Page 100
Relay Review Safe Shutdown Equipment List [SSEL]
Rev. E0 September 16.1996 L,@.2 Sys Eq Drawing No Floor Room or Eval Re8sted End Normal Desired Power Systems this Required Supporting ID Number No Cl System / Equipment Desertption tsh/Rev Bldg Elev RowiCol Type Device Notes Status Status Reqd? Coenponent Supports System or Component Train 134 M 13 20 Power Supp4 for Pressure Inst M245/E26 RW 37 CR SR 3
ON ON YES Y2 C919 A i 1:1 46 14 Emergency AC Lighting Penel E9E28 RW 23 STAIRWL SR 8
ON ON YES UTE Bio As A501 46 03 4KV Breaker SD to AS SE155/1 TB 37 ASWGR R
4.6 OP OP NO AC B
A502 46 03 4KV Breaker A5 to P209A SE155/1 TB 37 ASWGR R
4.6 CL OP YES AC 04 A
A504 46 03 4KV Breaker SU to AS SE155/1 TB 37 ASWGR R
4,6 OP CUOP YES AC 04 A
A505 46 03 4KV Brooker UAux to A5 SE155/1 TB 37 ASWGR R
4.6 CL OP YES AC D4 8
A508 46 03 4KV Breaker A5 to 81 SE155/1 TB 37 ASWGR R
A509 46 03 4KV Breaker DG A to A5 SE155/1 TB 37 ASWGR R
A601 46 03 4KV Breaker SD to A6 SE155/1 TB 23 BSWGR R
4.6 OP OP NO AC B
A602 46 03 4KV Breaker A6 to P2098 SE155/1 TB 23 BSWGR R
4.6 CL OP YES AC 05 B
A604 46 03 4KV Brooker SU to A6 SE155/1 TB 23 BSWGR R
4.6 OP OP!CL YES AC D5 B
A605 46 03 4KV Breaker UAun to A6 SE155/1 TB 23 BSWGR R
4.6 CL OP YES AC DS B
A608 46 03 4KV Breaker A6 to 82 SE155/1 TB 23 8SWGR R
A609 46 03 4KV Breaker DG B to A6 SE155/1 TB 23 8SWGR R
C10 46 01 Swing MCC SE155/1 RW 23 CSR SR 9
ON ON YES AC X
E101 46 02 480V Breaker A5 to B1 SETS 5 TB 37 ASWGR R
CL CL NO AC A
8102 46 02 480V Bresher B1 to B6 E46 TB
, 37 ASWGR R
5.7 OP/CL OP!CL YES AC D4 A
8103 46 02 480V Breaker 81 to B15 SE155 TB 37 A SWGR R
7 CL CL NO AC A
C104 46 02 480V Breaker 81 to B17 SE155 TB 37 ASWGR R
7 CL CL YES AC 04 A
C105 46 02 480V Brooker B1 to B29 SE155 TB 37 A SWGR R
7 CL OP NO AC A
B106 46 02 480V Breaker B1 to P110A SE155 TB 37 A SWGR R
7 CL OP YES AC D4 A
B14 46 01 MCC SE155/1 AXBAY 3 COMPB SR 9
ON ON YES AC SSWHVAC B
C15 46 01 MCC SE155/1 AXBAY 3 COMP A SR 9
ON ON YES AC SSWHVAC A
$17 46 01 MCC (with Enclosure)
SE155/1 RB 23 EAST SR 9
218 46 01 MCC (with Enclosure)
SE155/1 RB 23 WEST SR 9
HPCl E20 46 01 MCC (with Enclosure)
SE155/1 RB 23 EAST SR 9
C201 46 02 480V Brooker A6 to B2 SE155 TB 23 BSWGR R
CL CL NO AC B
I C202 46 02 480V Brooker B2 to B6 E46 TB 23 BSWGR R
5.7 OP/CL OP/CL YES AC 05 8
E203 46 02 480V Breaker 82 to B28 SE155 TB 23 8SWGR R
7 CL OP YES AC 05 B
C204 46 02 480V Breaker B2 to B14 SE155 TB 23 8SWGR R
7 CL CL NO AC B
C205 46 02 480V Breaker B2 to B18 SE155 TB 23 BSWGR R
7 CL CL NO AC B
B206 46 02 480V Breaker B2 to P110B SE155 TB 23 BSWGR R
7 CL OP YES AC D3 B
C310 46 02 480V Brooker B3 to B1 SE155/1 TB 37 A SWGR R
1 OP OP NO AC A
B410 46 02 480V Breaker 84 to B2 SE155/1 TB 23 BSWGR R
1 OP OP NO AC B
Page 107
R: lay Review Safe Shutdown Equipment List [SSEL]
R:v. EO September 16.1996 en EqG-
^
Sys Eq Drswing No Floor Room os Eval Related End Normal Desired Power Systems this Required Supporting ID Number No CI System / Equipment Desenp6on (Sh/Rev Badg Elev RowtCol Type Device Notes Status Status Reqd7
.- in * ;; t System or C-rp-./
Train B601 46 02 480V Breaker 86 to B1 E46 RW 23 CSR R
5,7 OP/CL OPK:L YES AC D6 AB B602 46 C2 480V Breaker B6 to B2 E46 RW 23 CSR R
5.7 OP/CL OP/CL YES AC D6 AB B603 46 02 480V Breaker B6 to 810 E46 RW 23 CSR R
7 CL CL NO AC AB B604 46 02 480V Bseeker 86 to 820 E46 RW 23 CSR R
7 CL CL NO AC AB B605 46 02 480V Breaker B6 to SwechYd E46 RW 23 CSR R
7 CL OP YES AC D6 AB B606 46 02 480V Breaker B6 to Vital MG E43 RW 23 CSR R
7 CL OP NO AC D6 AB CV2301-32 23 07 HPCI Twb Drum Pc4 Isol Vhr M244/Sht/E22 RB
-17.5 HPCI SR CL OP/CL YES D5 C903 C939 B
CV9068A 23 088 HPCI Torus Dram Pot Valve M241E35 RB
-17.5 HPCI SR CL OP/CL YES 05 C939 C941 C932 B
CV90688 23 088 HPCI Torus Dra6n Pot Valve M241E35 RB
-17.5 HPCI SR CL OP/CL YES 05 C939 C941 C932 8
D1 46 15 125VDCControlBattery Rack A E13E33 TB 37 A BTTRY SR ON ON YES DC A
D10 46 01 250VDC Power Bus E13/E33 TB 23 BSWGR SR ON ON YES DC B
D11 46 16 Normal 125VDC Charger for D1 E11E33 TB 37 ASWGR SR ON ON YES DC B15 A
D12 46 16 Normal 125VDC Charger for D2 E11E33 TB 23 BSWGR SR ON ON YES DC B14 8
D13 46 16 Normal 250VDC Charger for D3 E13/E33 TB 23 BSWGR SR ON ON YES DC B14 B
D16 46 14 125VDC Control Bus A E13/E33 TB 37 ASWGR SR ON ON YES DC A
D17 46 14 125VDC Control Bus B E13/E33 TB 23 BSWGR SR ON ON YES DC B
D2 46 15 125VDC Control Battery Rack B E11E33 TB 23 BBTTRY SR ON ON YES DC B
D29 46 14 Current Limiter Fault Protect E11E33 TB 37 ASWGR SR 8
ON ON YES DC A
D3 46 15 250VDC Power Battery Rock E13/E33 TB 23 8BTTRY SR ON ON YES DC B
D33 46 14 Current Limiter Fault Protect E11E33 TB 23 BSWGR SR 8
ON ON YES DC B
D31 46 14 Current Limiter Faut Protect E13/E33 TB 23 BSWGR SR 8
ON ON YES DC B
D32 46 20 D16 Contr1 Loglo Y10 Switching E11E33 TB 37 ASWGR SR ON ON YES DC D33 46 20 D1T Contri Logic Y10 Switching E11E33 TB 23 BSWGR SR ON ON YES DC B
A D36 46 14 125VDC D6stribution Pane 4 A E11'E33 TB 37 ASWGR SR 8
ON ON YES DC A
D37 46 14 125VDC 06stribution Panel B E11E33 TB 23 8SWGR SR 8
ON ON YES DC B
D4 46 14 125VDC Distribution Panet A E11E33 TB 37 ASWGR SR 8
CS DC AC D5 46 14 125VDC Drstribuhon Panel B E11E33 TB 23 8SWGR SR 8
CS DC AC D6 46 14 125VDC Destnbution Panel C E13/E33 RW 23 CSR SR 8
D7 46 01 125VDC MOV Motor Control Cntr E11E33 RB 23 WEST SR 9
DG DC DS 46 01 125VDC MOV Motor Control Cntt E13/E33 RB 23 WEST SR 9
09 46 01 250VDC MCC E13/E33 RB 23 WEST SR 9
CC/AC1340-16 13 16 RCIC Inverter M245/E26 RW 37 CR SR ON ON YES C904 D4 A
CC/AC2340-13 23 16 HPClinverter M243/E35 RW 37 CR SR ON ON YES OSC903 8
Page fos
RHlay Review Safe Shutdown Equipment List [SSEL]
Rev E0 September 16.1996 Equ6pment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting ID Number No Cl SystemEquipment Description Ish/Rev Badg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Trsin E/S1040-9A 10 20 RHR A Loop Instr Power Supply M241/Sh2/E59 RW 37 CR SR ON ON YES ND C919 A
E/S1040-98 10 20 RHR B Loop Instr Power Supply M241/Sh2E59 RW 37 CR SR ON ON YES ND C919 B
E/S222841L 45 20 RPS ATS Cab 6 net Power Supply E69&E11 RW
- 23. CSR SR 11 ON ON YES SDC A
E/S2228-A1R 45 20 RPS ATS Catunet Power Supply E698E11 RW 23 CSR SR 11 ON ON YES SDC A
E/S2228-A2L 45 20 RPS ATS Catunet Power Supply E699/E11 RW 23 CSR SR 11 ON ON YES SDC A
E/S2228-A2R 45 20 RPS ATS Catunet Power Supply E69&E11 RW 23 CSR SR 11 ON ON YES SDC A
E/S22330AC 45 20 C2233A AC Power Supply E727/E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C2233A Y3 A
DG CS IND E/S2233A-DC 45 20 C2233A DC Power Supply E72SE2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C2233A D36 A
DG CS IND E/S22338-AC 45 20 C2233B AC Power Supply E729/E2 RW 23 CSR SR ON ON YES ADS HPCs RCIC RHR C2233B Y4 8
DG CS IND E/S22338-DC 45 20 C2233B DC Power Supply E730E2 RW 23 CSR SR ON ON YES ADS HPCI RCIC RHR C22338 D37 B
DG CS NO E/S2340-3 23 20 HPCI Press ind Power Supply M243E35 RW 37 CR SR ON ON YES D5C919 B
EPA 1 46 20 RPS Elec Protecteon Assembly E14/1 RW 23 MG SET SR ON ON YES AC AB EPA 2 46 20 RPS Elec Protechon Assembly E14/1 RW 23 MG SET SR ON ON YES AC AB EPA 3 46 20 RPS Elec Protection Assembly E14/1 RW 23 MG SET SR ON ON YES AC AB EPA 4 46 20 RPS Elec Protechon Assembly E14/1 RW 23 MG SET SR ON ON YES AC AB EPAS 46 20 RPS Elec Protection Assembly E14/1 RW 23 MG SET SR ON ON YES AC AS EPA 6 46 20 RPS Elec Protection Assembly E14/1 RW 23 MG SET SR ON ON YES AC AB ES3823 29 20 Press Trans Power Supply E137/2E1 RW 37 CR SR ON ON YES RBCCW IND Y1 C918 A/B FCV332-120 03 07 RPS Norm Exh Flow Control M250/E23 RB 23 145 HCU R
2.5 OFF OFF NO AB FCV332-123 03 07 RPS Norm insert Flow Control M250/E23 RB 23 145 HCU R
2,5 OFF OFF NO AS Ft1040-1A 10 20 RHR A Loop Flow Indicator M241/Sh1E59 RW 37 CR SR 3
ON ON YES WD C903 E/S1040-9A A
Fl1040-1B 10 20 RHR Loop B Flow Indicator M241/Sh1/E59 RW 37 CR SR 3
ON ON YES IND C903 E/S1040-98 8
Ft1450-4A 14 20 Core Spray A Descharge Flow M242E36 RW 37 CR SR 1
ON ON YES ND C903 E/S1450-6 Y1 A
Ft145048 14 20 Core Spray B Descharge Flow M242E36 RW 37 CR SR 1
ON ON YES IND C903 E/S1450-6 Y1 B
F16240 29 20 SSW FlowRBCCW LP A M212/Sh1E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C1 A
F16241 29 20 SSW Flo+RBCCW LP B M212/Sh1/E59 RW 37 CR SR 4
ON ON YES RBCCW WD Y1 C1 B
F)C.2340-1 23 20 HPCI P205 Disc Flow Ind & Cnti M243235 RW 37 CR SR 4
ON ON YES DCIAC2340-13 D5 C903 B
C158 C939 FIC1340-1 13 20 RCIC Flow Controller M245/E26 RW 37 CR SR 4.7.8 ON ON YES C904 DC/AC1340-16 A
L11001404A to 20 Torus Water Level M241/Sh1E59 RW 37 CR SR 3
ON ON YES IND C170 Y3 A
U1C01-6048 10 20 Torus Water Level M241/Sht/E59 RW 37 CR SR 3
ON ON YES WD C171 Y4 B
U1001-650A 45 20 Rx Water LevelInchcator M253/1E22 RW 37 CR SR ON ON YES IND C170 Y3 A
Page 109
I I
1 R: lay Review Safe Shutdown Equipment List [SSEL]
I Rsv EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Evat Related End Normal Destred Power Systems this Required Supporting ID Number No Cl System / Equipment Descrtption ISh/Rev Bldg Elev RowfCot Type Device Notes Status Status Reqd? Component Supports System or Component Train U10014508 45 20 Rx Water Level trdcator M253/1/E22 RW 37 CR SR ON ON YES IND C171 Y4 8
U263-100A 45 20 Rx Water Level Indicator M253/1E22 RW 37 CR SR ON ON YES IND C305 EA263-72A A
l U263-1000 45 20 Rx Water levellndmator M253/1E22 RW 37 CR SR ON ON YES IND C305 EA263-728 B
I U263-106A 45 20 l
Rx Water,Levet Indmator M253/1E22 RW 37 CR SR ON ON YES IND C303 EA263-73A A
U263-1068 45 20 Rx Water LevelIndcator M253/1/E22 RW 37 CR SR ON ON YES IND C903 EA263-738 B
U3503A 26 18 CST T105A CR Level Indicator M209/E42 RW 37 CR SR 3
ON ON YES HPCI RCIC C1 Y1 C11 AB Lt3508A 26 18 CST T1058 CR LevelIndicator M209E42 RW 37 CR SR 3
ON ON YES HPCI RCIC C1 Y1 C11 AS LIS33242A 03 20 RPS East SDiv Level ATS Tnp M250/E10 RW 23 CSR SR ON OFF NO C2228 A
US302-828 03 20 RPS East SDtv Level ATS Tnp M250E10 RW 23 CSR SR ON OFF NO C2229 8
US33243C 03 20 RPS West SDtV Level ATS Tnp M250/E10 RW 23 CSR SR ON OFF NO C2228 A
LtS302-830 03 20 RPS West SDIV Level ATS Tnp M250/E10 RW 23 CSR SR ON OFF NO C2229 8
LS33242C 03 20 RPS East SDIV Level ATS Tnp M250/E10 RW 23 CSR SR ON OFF NO C2228 A
LS33242D 03 20 RPS East SDIV Level ATS Tnp M250E10 RW 23 CSR SR ON OFF NO C2229 B
L533243A 03 20 RPS West SDIV Level ATS Tnp M250/E10 RW 23 CSR SR ON OFF NO C2228 A
LS302438 03 20 RPS West SDIV Level ATS Tnp M25GE10 RW 23 CSR SR ON OFF NO C2229 B
t MO1C31-16A 10 OSA RHR A Loop Hi Euch Bypass M241/Sh2E31 RB
-3 SE OD SR OP OP/CL YES SDC TC C933 817 C932 A
MO1001-168 10 08A RHR B Loop Ht Exchange Bypass M241/Sh2E31 RB
-3 NW 00 SR OP OP/CL YES SDC TC C933 B18 C933 B
M01001-18A 10 08A RHR A Loop Minimum flow M241/Sh2E31 RB
-7 SE OD SR OP OP/CL YES SDC C903 B17 C932 A
MO1001-188 10 08A RHR B Loop Mirumum Flow M241/Sh2E31 RB
-7 NW OD SR OP OP/CL YES SDC C903 818 C933 B
M01001-23A 10 08A RNR Loop A Drywell Spray M241/Sh1E59 RB 51 RWCU HT R
CL CL NO C903 C932 B17 A
M01C31-238 10 08A RHR B Loop Drywell Spray M241/Sh1E59 RB 23 TIP RM R
CL CL NO C903 C933 818 B
M01031-28A 10 08A RHR A Loop LPCIInjection M241/Sh1E59 RB 23 A VLV SR OP OP/CL YES SDC C903 B6 B20 C163 C932 AB C933 M01001-288 10 08A RHR B Loop LPCIInjection M241/Sh1/E59 RB 23 B VLV SR OP OP/CL YES SDC C903 B6 B20 C932 C933 AB C163 MO1001-29A 10 08A RHR A Loop LPCs infecten M241/Sh1E59 RB 23 A VLV SR 5
CL CUOP YES SDC RxtSOL C903 B6 B20 C932 C933 AS MO1001-298 10 08A RHR B Loop LPCIInjecton M241/Sh1/E59 RB 23 BVLV SR 5
CL CUOP YES SDC RxlSOL C903 B6 B20 C932 C933 AS MO1001-32 10 08A RHR Loop A to Chem Radweste M241/Sh1E59 RB 2.75 NE OD R
CL CL NO C903 C941 AB MO1031-34A 10 08A RHR Loop A Torus Retum M241/Sh1E59 RB 9 SE OD SR CL OP/CL YES SDC TC C9CO B17 C152 C932 A
M01C31-348 10 08A RHR Loop B Torus Retum M241/Sh1E59 RB 9 NWOD SR CL OP/CL YES SDC TC C903 C153 C933 B18 8
M01001-36A to OSA RHR Loop A Torus Retum M241/Sh1E59 RB 1.5 SE 00 SR CL OP/CL YES SDC TC C903 B17 C152 C932 A
M01001-368 10 08A RHR Loop B Torus Retum M241/Sh1/E59 RB 9 NW 00 SR CL OP/CL YES SDC TC C903 C153 C933 B18 B
MO1C31-37A 10 08A RHR Loop A Torus Spray M241/Sh1E59 RB 9 SE OD R
CL CL NO C9C3 B17 C932 A
MO1001-37B 10 08A RHR Loop B Torus Spray M241/Sh1/E59 RB 14 NWOD R
CL CL NO C9C3 B18 C933 B
M01001-43A 10 08A RHR Pump A SDC Intertie M241/Sh2E31 RB
CL CUOP YES SDC C903 C152 B17 A
Page 110
R: lay Review Safe Shutdown Equipment List [SSEL]
Rev EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required 0.Wey, ID Number No Cl System /Equ6pment Descrtption
/Sh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train M01001-438 10 08A RHR Pump B SDC Interte M241/Sh2E31 RB
-6 NW QD SR 2
CL CUOP YES SDC C903 C153 B18 8
MO1C01-43C 10 08A RHR Pump C SDC Intertie M241/Sh2/E31 RB
2 CL CL NO SDC C903 817 A
M01001-430 10 08A RHR Pump D SDC intertie M241/Sh2E31 RB
-6 NW 00 R
2 CL CL NO SDC C903 B18 B
M01001-47 10 08A RHR Shutdown Coohng Suctm M241/Sh1/E59 RB 27.5 A VLV SR 5
CL CUOP YES SDC C903 C915 C917 C942 AB C2228-A1 C2228-A2 C2233A C22338 D8 D9 D4 D5 RPSA Y3 M01001-50 10 08A RHR Shutdown Coohng isol M241/Sh1/E59 RB 52 DW SR 5
CL CUOP YES RxtSOL SDC C163 C803 C915 C917 AB C942 C2228-A1 C2228-A2 C2233A C22338 B20 D8 09 D4 D5 RPSA Y3 MO1001-7A 10 08A RHR Pump P203A Suction M241/Sh2/E31 RB
-17.5 SE 00 SR 2
OP OP/CL YES SDC C903 C152 B17 A
M01001-7B 10 08A RHR Pump P2038 Sucton M241/Sh2E31 RB
-17.5 NWOD SR 2
OP OP/CL YES SDC C903 C153 B18 8
M01C01-7C 10 08A RHR Pump P203C Sucten M241/Sh2E31 RB
-17.5 SE QD SR 2
OP OP/CL YES SDC C903 B17 A
M01001-7D to 08A RHR Pump P2030 Suction M241/Sh2/E31 RB
-17.5 NWQD SR 2
OP OP/CL YES SDC C903 B18 B
MO1201-2 12 08A RWCU Sucten LineIsolaten M247/E36 RB 45 DW SR OP CL YES RxlSOL C904 C942 820 A
MO1201-5 12 08A RWCU Suctkm Line luolation M247E36 RB 51 RWCU HX SR OP CL YES RxtSOL C904 C915 C917 C942 07 B
M01201-80 12 08A RWCU Return Line Isolation M247E36 RB 51 RWCUHX SR OP CL YES RxlSOL C904 C915 C917 C942 B
B20 M01301-16 13 08A RCIC Stream Une isolation Viv M245E26 RB 41 DW SR 1
OP OP/CL YES B18 C904C930 A
M01301-17 13 08A RCIC Steam Line isolation VIv M245E26 RB 23 TIP RM SR 1
OP OP!CL YES D7 C904 C933 A
MO1301-22 13 08A RCIC Suction Som CST M245/E26 AXBAY 3 8 COMP SR 10.11 OP OP/CL YES D7 C904 A
M O1301-25 13 08A RCIC Suction from Torus M245E26 RB
-17.5 SW QD SR 10,11 CL CL/OP YES D7 C904 A
M01301-26 13 08A RCIC Suction from Torus M245/E26 RB
-17.5 SW OD SR 10.11 CL CUOP YES 07 C904 A
M01301-48 13 08A RCIC Discharge isot. Valve M245E26 RB 2.75 SW OD R
OP OP NO A
MO1301-49 13 08A RCIC Discharge Isol. Valve M245E26 RB 23 TIP RM SR CL OP YES D7 C930 C154 A
M01301-53 13 08A RCIC Test une isol. Valve M245E26 RB 2.75 SWQD R
CL CL NO A
M01301-63 13 08A RCIC Mm Flow Bypeas M245E26 RB
-17.5 SWOD SR CL OP/CL YES D7 C904 C154 C930 A
C2258 MO1301-61 13 08A RCIC Steam Supply Viv M246/E24 RB
-17.5 SW 00 SR CL CUOP YES D7 C154 C930 A
MO1301-62 13 08A RCIC L.O. & Condenser Coo 46ng M246E24 RB
-17.5 SW QD SR CL OP YES 07 C904 C154 C930 A
M01400-24A 14 08A Core Spray A injecten Valve M242E36 RB 51 RWCU HT SR OP OP/CL YES C903 B17 C932 A
MO14CO-248 14 08A Core Spray B injection Valve M242E36 RB 51 WEST SR OP OP/CL YES C903 B18 C933 B
MO14C3-25A 14 08A Core Spray AInjecten Valve M242E36 RB 51 RWCU HT SR CL OPCL YES C903 B17 C152 C932 A
C933 MO1400-258 14 OSA Core Spray B Injection Valve M242/E38 RB 51 WEST SR CL OP/CL YES C903 B18 C153 C932 B
C933 MO14CO-3A 14 08A Core Spray A Supp Pool Sucten M242/E36 RB
-17.5 SE OD SR OP OP NO C903 B17 A
Page111
1 l
[
R:lly Review Safe Shutdown Equipment List [SSEL]
Rsv EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Retsted End Normal Desired Power Systems this Required Supporting ID Number No Cl SystenVEquipment Description
/Sh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd7 Component Supports System or Component Train M01400-38 14 08A Core Spray B Supp Poot Suction M242E36 RB
-17.5 NW00 SR OP OP NO C903 B18 B
MO1400-4A 14 08A Core Spray A Test Line isot M242E36 RB 0 SE OD SR CL CL NO C903 B17 C932 A
(
M01400-48 14 08A Core Spray B Test Line isol M242E36 RB 0 NW 00 SR CL CL NO C903 B18 C933 B
MO202-5A 02 08A Roewc Loop A Desch Valve M252/Sh2,E41 RB 9.16 DW SR OP OP/CL YES SDC C904 B6 B20 AB MO202-58 02 08A Recirc Loop B Desch Valve M252/Sh2E41 RB 9.16 DW SR OP OP/CL YES SDC C904 B6 B20 AB MO220-1 01 08A Main Stearniine draan isotahon M252/Sh1E43 RB 23 DW R
CL CL NO RxlSOL C904 C941 B20 A
MO2301-10 23 08A HPCI RCIC Test Line/ CST M241E35 RB
-17.5 HPCt SR CL OP/CL YES C155 C903 D9 C939 B
MO2301-14 23 08A HPCI RHR Test Line/ Min M243/E35 RB
-17.5 HPCI SR CL OP/CL YES D8 C155 C939 8
MO2301-15 23 08A HPCI RCIC/HPCI Desc Test M243/E35 AXBAY 3 BCOMP SR CL OP/CL YES C155 C903 D9 C939 8
MO2301-3 23 08A HPCISteerrn Supply M243/E35 RB
-17.5 HPCI SR CL OP YES D9 C155 C903 C939 8
MO2331-33 23 08A HPCI Vacuum Brkr isol Valve M241E35 RB 23 WEST R
OP OP NO B
M O2301-34 23 08A HPCIVacuum Brtr luot Valve M241E35 RB 23 WEST R
OP OP NO B
MO2301-35 23 08A HPCI Supp Pool Suchon M243E35 RB
-17.5 HPCI SR 1
CL OP/CL YES D8 C903 C939 B
MO2301-36 23 08A HPCI Supp Poot Sucten M243/E35 RB
-17.5 HPCI SR 1
CL OP/CL YES D8 C903 C939 8
MO2301-4 23 08A HPCI Steam Supply M243E35 RB 40 DW SR 5
OP OP/CL YES B17 CS41 C903 C939 B
MO2301-5 23 08A HPCI Steam Supply M243/E35 RB 23 BVLV SR 5
OP OP/CL YES D9 C941 C903 C939 0
MO2331-6 23 08A HPCI CST Suct on M241E35 AXBAY 3 0 COMP SR 1
OP OP/CL YES D8 C903 C939 B
MO2301-8 23 08A HPCI Turb inj Valve M243E35 RS 23 TIP SR 2
CL OP YES D9 C155 C903 C939 8
MO2301-9 23 08A HPCITurbiniVatve M243/E35 RB
-17.5 HPCI R
OP OP NO B
MO3800 29 08A SSW LP A RBCCW Hx Outtet M212/Sh1/E59 AXBAY 3 A COMP SR OP OP/CL YES RBCCW B15 C1 C6 A
MO3801 29 08A SSW LP A TBCCW Hx Outlet M212/Sh1E59 AXBAY 3 A COhr SR OP OP/CL YES RBCCW B15 C1 C6 A
MO3805 29 OSA SSW LP B TBCCW Hx Outlet M212/Sh1ES9 AXBAY 3 BCOMP SR OP OP/CL YES RBCCW B14 C1 C6 B
MO3806 29 08A SSW LP B RBCCW Hx Outtet M212/Shi/E59 AXBAY 3 B COMP SR OP OP/CL YES RBCCW B14 C1 C6 B
MO3808 29 08A SSW Loop A Header Isol M212/Sh1E59 IS 25.5 A COhr SR OP CL YES RBCCW D7 C181 A
MO3813 29 08A SSW Loop B Heeder isol M212/Sh1/E59 IS 25 5 BCOhr SR OP CL YES RBCCW D8 C1 B1 B
MO4002 30 08A RBCCW Drywell Coohng tsal V1v M215/Sh5E1 RB 16 TORUS R
14 OP OP NO AS MO4C09A 30 08A RBCCW Loop B NE Load M215/Sh2/E34 AXBAY 3 8 COMP SR 4
OP OP/CL YES B18 C1 AB MO4C39B 30 08A RBCCW Loop B NE Load M215/Sh3/E32 AXBAY 3 8 COMP SR 4
OP OP/CL YES 818 C1 AS MO4010A 3G 08A RBCCW intet to E209B M215/Sh2E34 RB
-17.5 NW OD SR 6
CL OP YES B18 C153 C1 B
MO40108 30 08A RBCCW Inlet to E2098 M215/Sh2E34 RB
-17.5 NW 00 SR 6
CL OP YES B18 C1 B
MO4038A 30 08A RBCCW Drywee EAC Cntrt Viv M215/Sh1E32 RB 45 DW SR 14 CL OP/CL YES Yi C7 VAC205A-1 AS MO40388 30 08A RBCCW DryweN EAC Cntrl VN M215/Sh1E32 RB 41 DW SR 14 CL OP/CL YES Y1 C7 VAC2058-1 AS MO4038C 30 08A RBCCW DryweN EAC Cntri Viv M215/Sh3/E32 RB 23 DW SR 14 CL OP/CL YES Y1 C7 VAC205C-1 AS MO40380 30 OSA RBCCW Drywell EAC Cntri Viv M215/Sh1E32 RB 41 DW SR 14 CL CP/CL YES Y1 C7 VAC205D-1 AS MO4038E 30 08A RBCCW Drywen EAC Cntrt VIv M215fSh3/E32 RB 15 DW SR 14 CL OP/CL YES Y1 C7 VAC205E-1 AB Page 112
R: lay Review Safe Shutdown Equipment List [SSEL]
Rn E0 September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting ID Number No Cl System /Equ6pment Description ISh/Rev Bldg Elev RowiCol Type Device Notes Status Status Reqd? Component Supports System or Component Train MO4038F 30 08A RBCCW Drywes EAC Cntet VIv M215/Sh3E32 RB 15 DW SR 14 CL OP/CL YES Y1 C7 VAC205F-1 AS MO4039A 30 08A RBCCW Drywen EAC Cntri VIv M215/Sh1E32 RB 23 DW SR 14 OP OP/CL YES Y1 C7 VAC205A-2 AS MO40398 30 08A RBCCW Drywe8 EAC Cntri Viv M215/Sh3E32 RB 41 DW SR 14 OP OP/CL YES Y1 C7 VAC2058-2 AS MO4039C 30 08A RBCCW Drywet EAC Cntrl Viv M215/Sh3E32 RB 23 DW SR 14 OP OP/CL YES Y1 C7 VAC205C-2 AS MO4039D 30 08A RBCCW Drywed EAC Cntrl Viv M215/Sh3E32 RB 41 DW SR 14 OP OP/CL YES Y1 C7 VAC2050-2 AS MO4039E 30 08A RBCCW DryweN EAC Cntr1Vtv M215/Sh3/E32 RB 15 DW SR 14 OP OP/CL YES Y1 C7 VAC205E-2 AS MO4039F 30 08A RBCCW Drywes EAC Cntrl Viv M215/Sh1E32 RB 15 DW SR 14 OP OP/CL YES Y1 C7 VAC205F-2 AB MO4040A 30 08A RBCCW Drywen EAC Cntrl Viv M215/Sh3/E32 RB 13 DW SR 14 CL OP/CL YES Y1 C7 VAC206A-1 AS MO40408 30 08A RBCCW Drywou EAC Cntrt Viv M215/Sh3/E32 RB 13 DW SR 14 CL Op/CL YES Y1 C7 VAC2068-1 AB MO4041A 30 08A RBCCW Drywe8 EAC Cntrl VIv M215/Sh3/E32 RB 13 DW SR 14 N
OP/CL YES Y1 C7 VAC206A-2 AS MO40418 30 08A RBCCW Drywea EAC Cntri Viv M215/Sh3E32 RB 13 DW SR 14 OP OP/CL YES Y1 C7 VAC2068-2 AB MO4060A 30 08A RBCCWInlet to E209A M215/Sh4E33 RB
-17.5 SE QD SR 6
CL OP YES 817 C152 C1 A
MO40608 30 08A RBCCW Inlet to E209A M215/ShtE33 RB
-17.5 SE QD SR 6
CL OP YES B17 C1 A
MO4063 30 08A RBCCW Fuel Poot M215/Sh4/E33 RB 74 FP HT EX SR 4
OP CL YES B17 C1 A
MO4083 30 08A RBCCW Hx E2098 Bypass M215/Sh3/E32 AXBAY 3 BCOMP SR 5
OP OP!CL YES B18 8
MO4084 30 08A RBCCW Hu E209A Bypass M215/Sh1/E35 AXBAY 3 ACOW SR S
OP OP/CL YES B17 C1 A
MO4085A 30 08A RBCCW Loop A NE Load M215/Sht.E35 AXBAY 3 ACOMP SR 4
OP CL YES B17 C1 A
MO4085B 30 08A RBCCW Loop A NE Load M215/Sh1/E35 AXBAY 3 ACOW SR 4
OP CL YES B17 C1 A
MOBB8183A 24 08A MCCHVAC Intet MOV MCC B17 M289/E12 RB 23 EAST SR CL OP YES AC Y6B1 A
MOBB81838 24 08A MCCHVAC Outlet MOV MCC B17 M289E12 RB 23 EAST SR CL OP YES AC Y6 B1 A
MOBB8184A 24 08A MCCHVAC Inlet MOV MCC B18 M289/E12 RS 23 WEST SR CL OP YES AC Y7 B2 B
MOBB81848 24 08A MCCHVAC Outlet MOV MCC B18 M289/E12 RB 23 WEST SR CL OP YES AC Y7B2 B
MOBB8185A 24 08A MCCHVAC Inlet MOV MCC B20 M28SE12 RB 23 EAST SR CL OP YES AC Y8B6 X
MOBB81858 24 08A MCCHVAC Outlet MOV MCC B20 M289/E12 RB 23 EAST SR CL OP YES AC Y856 X
N/A-43-1 45 20 RPts Translation Electronics M1P49-1E1/ALL RW 37 CR SR 4,8 N/A N/A YES RPfS Y2 C927 C928 AS N/445-2 45 20 Fun Core Draplay M1P49-1E1 RW 37 CR R
4.8 N/A NA YES RPtS Y2 C905 C927 C928 AS N/A-45-3 45 20 4 Rod Drsplay M1P491E1 RW 37 CR R
4,8 N/A N/A YES RPts Y2 C905 C927 C928 AB N/A-45-1 46 20 MCC B20 Current Indmahon E9 RW 23 CSR SR 3
ON ON YES AC C8 86 X
Nik46-2 46 20 MCC B14 Current Indmation E9 TB 23 B SWGR SR 3
ON ON YES AC C8 B
N/A-46-3 46 20 MCC B10 Current Indmation E9 RW 23 CSR SR 3
ON ON YES AC C8 B6 X
N/446-4 46 20 MCC B15 Current Indmation E9 TB 37 ASWGR SR 3
ON ON YES AC C8 B1 A
N/M6-5 46 20 Bus A6 Vohage indmahon E7 RW 37 CR SR 3
ON ON YES AC C3 8
N/446-6 46 20 Bus A5 VoRage andmation E7 RW J7 CR SR 3
ON ON YES AC C3 A
i N/461-10 61 20 DG B Current Mater E27 RW 37 CR SR ON ON YES ACIND C3 8
N/A-61-11 61 20 DG B IGlowatts Meter E27 RW 37 CR SR ON ON YES ACIND C3 8
Page 113 I
i
R: lay Review Safe Shutdown Equipment List [SSEL]
Rev. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Evat Related End Normal Desired Power Systems this Required Supporting 10 Number No Cl System / Equipment Description ISh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train MA-61-12 61 20 DG B DC Field Amp E27 RW 37 CR SR ON ON YES AC ND C3 8
N/t,-61-13 61 20 DG B Frequency Meter E27 RW 37 CR SR ON ON YES AC ND C3 8
MA-61-14 61 20 DG A Frequency Meter E27 RW 37 CR SR ON ON YES AC NO C3 A
N/A-61-15 61 20 DG A DC Field Amp E27 RW 37 CR SR ON ON YES AC NO C3 A
Mtv61-16 61 20 DG B Voltage Meter E27 RW 37 CR SR ON ON YES AC NO C3 8
Mtr61-17 61 20 DG A VARS Meter E27 RW 37 CR SR ON ON YES AC ND C3 A
MA-61-18 61 20 DG A Voltage Meter E27 RW 37 CR SR ON ON YES AC ND CJ A
N/te61-19 61 20 DG B VARS Meter E27 RW 37 CR SR ON ON YES AC ND C3 B
N/A-61-20 61 20 DG A Current Meter E27 RW 37 CR SR ON ON YES AC ND C3 A
N/A-61-9 61 20 DG A Kilowatts Meter E27 RW 37 CR SR ON ON YES AC ND C3 A
P141A 61 05 DG A Fuel Od Transfer Pump M223 DG A 23 DG A SR OFF ON YES AC A
P141B 61 05 DG B Fuel Od Transfer Pump M223 DG B 23 DG B SR OFF ON YES AC B
P202A 30 05 RBCCW Pump A Loop A M21a/Sh1E35 AXBAY 3 A COMP SR OMOFF ON/OFF YES BIS C151 C1 C6 A
P2028 30 05 RBCCW Pump B Loop A M215/Sh1E35 AXBAY 3 A COMP SR OMOFF ON/OFF YES 815 C151 C1 C6 A
P202C 30 05 RBCCW Pump C Loop A M215/Sh1E35 AXBAY 3 ACOMP SR ONOFF OMOFF YES 815 C1 C6 A
P202D 30 05 RBCCW Pump D Loop B M215/Sh2E35 AXBAY 3 B COW SR OMOFF ONIOFF YES B14 C150 C1 C6 B
P202E 30 05 RBCCW Pump E Loop B M215/Sh2E35 AXBAY 3 8 COW SR OMOFF OMOFF YES B14 C150 C1 C6 8
P202F 30 05 RBCCW Pump F Loop B M215/Sh2,E35 AXBAY 3 BCOMP SR ONOFF ON,OFF YES B14 C1 C6 B
P203A 10 06 RHR Pump A M241/Sh2E31 RB
-17.5 SE QD SR OFF ON YES C903 A5 D4 RBCCWA A
C932 P2038 10 06 RHR Pump B M241/Sh2E31 RB
-17.5 NW OD SR OFF ON YES C903 A6 D5 RBCCWB B
C933 P203C 10 06 RHR Pump C M241/Sh2E31 RB
-17.5 SE OD SR OFF ON YES C903 A5 D4 RBCCWA A
C932 P203D to 06 RHR Pump D M241/Sh2/E31 RB
-17.5 NWOD SR OFF ON YES C903 A6 D5 RBCCWB B
C933 P208A 29 06 SSW Pump A M212/Sh1/E59 IS 25.5 A COMP SR 2
ON/OFF ON,OFF YES RBCCW B15 C1 C6 C151 A
P208B 29 06 SSW Pump B M212/Sh1ES9 IS 25.5 ACOMP SR 2
ON/OFF OMOFF YES RBCCW B15 C1 C6 C151 A
P208C 29 06 SSW Pump C M212/Sh1/E59 IS 25.5 C COMP SR 2
ON,OFF OMOFF YES RBCCW B10 C1 A/B P2080 29 06 SSW Pump D M212/Sh1E59 IS 25 5 B COW SR 2
ON/OFF OMOFF YES RBCCW B14 C1 C6 C150 B
P208E 29 06 SSW Pump E M212/Sh1E59 IS 25 5 BCOMP SR 2
OMOFF ON.OFF YES RBCCW B14 C1 C6 C150 8
P215A 14 06 Core Spray Pump A M242/E36 RB
-17.5 SE OD SR OFF RUN YES C903 AS RBCCWA D4 A
C932 P2158 14 06 Core Spray Pump B M242E36 RB
-17.5 NW OD SR OFF RUN YES C903 A6 RBCCWS D5 B
C933 P220 23 05 HPCI GI Seal Cond Pump M244/Sh1/E22 RB
-17.5 HPCI SR OFF ON YES 09 C903 DS C939 B
P221 13 06 RCIC Vacuum Tank Cond. Pump M246E24 RB
-17.5 SW QD SR OFF RUN YES D7 C904 C930 A
Page 114
Rairy Review Safe Shutdown Equipment List [SSEL]
R:v. E0 September 16.1996 Equipment Sys Eq Orawing No Floor Room or Eval Related End Normal Destred Power fystems this Required Supporting ID Number No Cl SystemEquipment Description fSh/Rev Bldg Elev Row / Col Type Device Notes Status Status Reqd? Component Supports System or Component Train P222 13 05 RCIC Vacuum Pump M246/E24 RB
-17.5 SWOD SR OFF RUN YES D7 C904 C930 A
P223 23 05 HPCI Gi Seal Condenser Blower M244/Sh1/E22 RB
-17.5 HPCI SR OFF ON YES D9 B
P229 23 05 HPCI Aux Od Pump M244/Sh2E0 RB
-17.5 HPCI SR OFF ON YES D9 C903 DS C939 C155 B
Pt1001-600A 45 20 Drywed Pressure Irdcator M241/Sh1E46 RW 37 CR SR ON ON YES IND C170 A
Pt1001-C308 45 20 Drywen Pressure Indicator M241/Sh1/E46 RW 37 CR SR ON ON YES IND C171 B
Pl1001401A 45 20 Drywell Pressure indacator M241/Sh1E46 RW 37 CR SR ON ON YES IND C170 A
Pt1001-6018 45 20 Orywee Pressure Indicator M241/Sh1/E46 RW 37 CR SR ON ON YES IND C171 B
P11001-69A 45 20 Suppr Pool Bottom Press ind M241/Sht/E59 RW 37 CR SR ON ON YES IND C903 ES1001404A A
Pt100149B 45 20 Suppe Poet Bottom Press ind M241/Sh1E59 RW 37 CR SR ON ON YES IND C903 ES1001-6048 B
PI1340-2 13 20 RCIC Pump Suction Pressure M246E24 RW 37 CR SR 3
ON ON YES IND C904 PT1360191340-4 A
Pt1340-3 13 20 RCIC Exhaust Pressure M246/124 kW 37 CR SR 3
ON ON YES IND PT1360-241340-4 C904 A
Pt13404 13 20 RCIC Steamhne Pressure M245/E26 RW 37 CR SR 3
ON ON YES IND PT1360-11 1340-4 C904 A
Pt1340-7 13 20 RCIC Pump Discharge Pressure M24SE26 RW 37 CR SR 3
ON ON YES IND PT136041340-4 C904 A
P11(.50-1A 14 20 CS A Disch Press indscation M242E36 RW 37 CR SR 1
ON ON YES IND C903 E/S1450-6 Y1 A
Pt1450-18 14 20 CS B Desch Press Indscation M242/E36 RW 37 CR SR 1
ON ON YES IND C903 E/S14504 Y1 B
Pt2340-2 23 20 HPCI P205 Disch Press nd M243E35 RW 37 CR SR ON ON YES C903 Er22340-3 B
a Pt2340-4 23 20 HPCI Turb Steam Press tnd M243/E35 RW 37 CR SR ON ON YES E/S23dO-3 C903 PT2364 B
Pt2340-3 23 20 HPCI Turb Exhaust Press ind M244/Sh1E22 RW 37 CR SR ON ON YES E/S2340-3 C903 PT2366 B
Pt2340-7 23 20 HPCI Booster Pmp Suct Pr ind M244/Sh1E22 RW 37 CR SR ON ON YES E/S2340-3 C903 PT2359 8
Pt263-49A 45 20 Rx Pressure indecator M253/1/E22 RW 37 CR SR ON ON YES IND C170 Ell 26349A A
Pt26M98 45 20 Rx Pressure indicator M253/1E22 RW 37 CR SR ON ON YES IND C171 Elt263-498 B ;
Pl3828 29 20 SSW LP A Pump Discharge M212/Sh1E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1C1 A
Pt3829 29 20 SSW LP B Pump Discharge M212/Sh1E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C1 8 i Pl4008 30 20 RBCCW Loop B Mdr Pr ind M215/Sh2/E34 RW 37 CR SR 12 ON ON YES IND Y1 C1 B
Pt4058 30 20 RBCCW Loop A Hdr Pr ind M215/Sh1E35 RW 37 CR SR 12 ON ON YES IND Y1 C1 A
PR1001-600A 45 20 Rx Pressure Recorder E728E2 RW 37 CR SR ON ON YES IND C170 Y3 D36 A
PR1001-6006 45 20 Rx Pressure Recorder E730E2 RW 37 CR SR ON ON YES IND C171 Y4 D37 B
PS37 03 18 ControlValve Fast Close Relay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS A/B PS38 03 18 ControlValve Fast Close Relay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS A/B PS33 03 18 ControiValve Fast Close Reiny M183 TB 51 TB DECK SR CLOSE OPEN NO RPS A/B PS40 03 18 ControlValve Fast Close Relay M183 TB 51 TB DECK SR CLOSE OPEN NO RPS A/B SOV335-117-1/4 03 088 RPS Grp 1/4 Scram Phot M250/E23 RB 23 145 HCU R
6 ON OFF NO A/B SOV305-117-2/3 03 023 RPS Grp 2/3 Scram Pdot M250/E23 RS 23 145 HCU R
6 ON OFF NO All SOV335-118-1/4 03 088 RPS Grp 1/4 Scram PMot M250/E23 RB 23 145 HCU R
6 ON OFF NO A/B SOV305-118-2/3 03 088 RPS Grp 2/3 Scram Pilot M250/E23 RB 23 145 HCU R
6 ON OFF NO A/B Page 115
R: lay Review Safe Shutdown Equipment List [SSEL]
R3v. EO September 16.1996 Equipment Sys Eq Dravdng No Floor Room or Evat Related End Normal Desired power Systems this Required SL 1;..,
10 Number No Cl SystemEqs.;ve..: Description Ish/Rev 84dg Elev Roma Type Device Notes Status Status Reqd? Component Supports System or Component Train !
SV1301-1 13 08B RCIC Turtune Tnp Solenced M24&E24 RB
-175 SWQD SR OFF ON/OFF YES D4 C930 C155 A
SV1301-12 13 088 RCIC Vac Tank Cond. Pump Disch M246E16 RB
-175 SWQD SR ON ON/OFF NO A
+
SV1301-34 13 088 Steamhne Drain Cntrl Solenced M245E26 RB
-175 SWOD SR ON OFF NO A
SV203-1A-AC 01 088 AC Sod Simhne A isol Vtv M1N36-7E11 R8 23 DW R
3 ON OFF NO RxlSOL A
SV203-1A-DC 01 088 DC So6enoid S1mhne AisoiVtv M1N36-7E11 RB 23 DW R
3 ON OFF NO RxtSOL A
SV203-18-AC 01 088 AC Solenoid Stmhne B isoiVtv MIN 36-7411 RB 23 DW R
3 ON OFF NO RxtSOL A
SV203-18-DC 01 088 DC Solenoid Stmhne B ison Viv M1N36 7E11 RB 23 DW R
3 ON OFF NO RxtSOL A
SV203-1C-AC 01 088 ACSolencedStmhneCisolViv M1N36-7E11 RB 23 DW R
3 ON OFF NO RxtSOL A
SV203-1C-DC 01 088 DC Solenoid Stmune C isol VIv M1N36-7E11 RB 23 DW R
3 ON OFF NO RxtSOL A
SV203-1DAC 01 088 AC Soleno6d Stmhne DisolViv M1N36-7/E11 RB 23 DW R
3 ON OFF NO RxtSOL A
SV203-1(MX:
01 088 DC Solenoed Stmhne D isot VIv M1N36-7E11 RB 23 DW R
3 ON OFF NO RxtSOL A
SV203-2A-AC 01 088 AC Solenoid Stmhne AisolW M1N37 6E11 R8 23 STM TNL R
3 ON OFF NO RxtSOL B
1 SV2O3-2A-DC 01 088 DC Solenood Stmhne A isol W M1N37-6/E11 RS 23 STM TNL R
3 ON OFF NO RxtSOL B
SV203-28-AC 01 088 AC Solenced Stmhne B isol Viv M1N37-6/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL 8
SV203-28-DC 01 088 DC Solenced Stmhne BisolVtv M1N37-6/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL 8
SV203-2C-AC 01 088 AC Solenced Stmhne C lsol Viv M1N37-6/E11 RB 23 STM TNL R
3 ON OFF NO RxtSOL 8
SV203-2C-DC 01 088 DC Solenoid Stmhne C isot Viv M1N37 6/E11 RB 23 STM 14L R
3 ON OFF NO RutSOL B
SV203-2D-AC 01 088 AC Solenoid Stmhne D isot Viv M1N37-6/E11 RS 23 STM TNL R
3 ON OFF NO RxtSOL 8
i SV203-2D-DC 01 088 DC Solenoid Stmnne D isot Viv M1N37-6E11 RS 23 STM TNL R
3 ON OFF NO RxtSOL B
SV203-3A 54 088 ADS Solenoid Valve M252/Sh1E43 RB 45 DW SR 2
OFF ON/OFF YES ADS C156C903 C932C933 AS D4 05 SV203-38 54 088 ADS Soleno6d Valve M252/Sh1243 RB 45 DW SR 2
OFF ON/OFF YES ADS C157C903 C932C933 AS e
D4 D5 SV203-3C 54 088 ADS Solenoid Valve M252/Sh1/E43 RB 45 DW SR 2
OFF Ot4CFF YES ADS C157C903 C932C933 AB D4 05 SV203-30 54 088 ADS Solenoid Valve M252/Sh1/E43 RB 45 DW SR 2
OFF ON/OFF YES ADS C156C903 C932C933 AB D4D5 SV220-44 54 088 Rx Sample Line Control Sol M252/Sh2E41 RB 74 DW SR ON OFF NO RxtSOL C904 C941 A
SV220-45 54 088 Rx Sample Line Control Sol M252/Sh2E41 RB 51 RWCUHT SR ON OFF NO RxtSOL C904 C942 8
SV220-47 54 088 Rx Head Vent Isoi Contrt Sol M252/Sh2iE41 RB C DW R
OFF OFF NO RxtSOL C904 A
SV2300-9 23 088 HPCI Remote Tnp Solenoid M244/Sh1E22 R8
-17.5 HPCI SR OFF ON/OFF. YES D5 C903 C939 C158 8
SV2301-29 23 088 HPCI AO2301-29 Drn SolViv M243/E35 RB
-17.5 HPCI SR ON OFF NO B
SV2301-64 23 088 HPCI A02340-64 SolValve M244/Sh1E22 RB
-17.5 HPCI R
OFF OFF NO B
SV302-20A 03 088 RPS CV302-21 A & 24A Cntrl M250/E10 RB 23 EAST SR ON OFF NO C2230 A
SV302-208 03 088 RPS CV302-21A & 24A Cntd M250/E10 RB 23 EAST SR ON OFF NO C2230 B
SV302-20C 03 088 RPS CV302-22A & 23A Cntal M250/E10 RB 23 EAST SR ON OFF NO C2230 A
Page 116 '
Rzlay Review Safe Shutdown Equipment List [SSEL]
R:v. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems this Required Supporting tD Number No CI System / Equipment Description 15h/Rev Bldg Elev RowCol Type Device Notes Status Status Reqd? Component Supports System or Component Train SV302-200 03 088 RPS CV302-22A & 23A Cntal M250/E10 RB 23 EAST SR ON OFF NC C2230 B
SV302-21A 03 088 RPS CV302-218 & 249 Cntrl M250/E10 RB 23 WEST SR ON OFF NO C2231 A
SV302-218 03 088 RPS CV302-218 & 248 Cntrl M250/E10 RB 23 WEST SR ON OFF NO C2231 B
SV302-21C 03 088 RPS CV302-228 & 238 Cntrl M250/E10 RB 23 WEST SR ON OFF NO C2231 A
SV302-21D 03 088 RPS CV302-228 & 238 Cntrt M250/Et0 RB 23 WEST SR ON OFF NO C2231 B
SV305-121 03 088 RPS Norm insert Exhaust Isol M25aE23 RB 23 145 HCU R
5 OFF OFF NO AB SV305-122 03 08B RPS Norm Withdraw Isol M250/E23 RB 23 145 HCU R
2.5 OFF OFF NO AS SV3915 29 088 SSW LP B Scmwash Isol Cnt:1 M212/Sh1/E59 IS 25.5 BCOMP R
OFF OFF NO RBCCW C933 N2621 B
SVC25 29 08B SSW LP A Scrnwash Isol Cntrl M212/Sht/E59 IS 25.5 A CONP R
OFF OFF NO RBCCW C932 N2521 A
SV4043A 30 088 RBCCW RCIC Pmp EAC Cntet Sol M215/Sh4E33 RS 2.8 SW QD R
OFF OFF NO RCIC A
SV40433 30 088 RBCCW RCIC Pmp EAC Cntrl Sol M215/Sh4E33 RB 2.8 SW 00 R
OFF OFF NO RCIC A
SV4044A 30 088 RBCCW HPCI Pmp EAC Cntrl Sol M215/Sh2/E34 RB
-17.5 HPCI R
OFF OFF NO HPCI B
SV40448 30 088 R8CCW HPCI Pmp EAC Cntri Sol M215.Sh2E34 RB
-17.5 HPCI R
OFF OFF NO HPCI B
SV4521 61 088 Soterod for A04521 M223 DGA 23 DG A SR ON OFF NO AC A
SV4522 61 088 Solenout for A04522 M223 DGB 23 DG B SR ON OFF NO AC B
SV4569A 61 088 Turbo Air inlet Valve M259 DG A 23 DG A SR OFF ON/OFF YES AC D4 A
SVG5698 61 088 Turbo Air inlet Valve M259 DG B 23 DG B SR OFF ON/OFF YES AC D5 B
SV4570A 61 08B Turbo Aar inlet Vane M259 DG A 23 DG A SR OFF ONCFF YES AC D4 A
SVdG708 61 088 Turbo Air inlet Vane M259 DG B 23 DG B SR OFF ON/OFF YES AC DS B
SV3586A 61 088 DG A Air Start Solenout M219E10 DG A 23 DG A SR OFF ON/OFF YES AC C3 C103A D4 A
SV45368 61 088 DG A Aar Start Solenoid M219E10 DG A 23 DG A SR OFF OP&OFF YES AC C3 C103A D4 A
SV4587A 61 088 DG A An Start Solenoed M219/E10 DG A 23 DG A SR OFF Ot40FF YES AC C3 C103A D4 A
i SV45878 61 088 DG A Air Start Soleno6d M219/E10 DG A 23 DG A SR OFF ON/OFF YES AC C3 C103A D4 A
SV4588A 61 088 DG B Air Start Solenoid M219/E10 DG B 23 DG B SR OFF ON/OFF YES AC C3 C104A D5 B
SV45888 61 088 DG B Air Start Soleno6d M219E10 DG B 23 DG B SR OFF ONCFF YES AC C3 C104A DS B
SV4589A 61 088 DG B Air Start Solerad M219/E10 DG B 23 DG B SR CFF ONOFF YES AC C3 C104A DS B
SV45898 61 088 DG B Air Start Solenoid M219E10 DG B 23 DG B SR OFF Ot40FF YES AC C3 C104A 05 9
SV5033A 09 088 Drywell N2 Makeup luca VaNo M227/Sh2/E19 RS 23 DW ENTR R
2 OFF OFF NO AB SV50338 09 08B Drywell Torus N2 Purge Supply M227/Sh2/E19 RB 23 EAST R
2 OFF OFF NO AB SV5033C 09 088 Torus N2 Makeup Isol Viv Sol M227/Sh2E19 RB 23 DW ENTR R
2 OFF OFF NO AS SV5065-65 10 088 RHR Loop A Pass Sample isot M239/Sh2/E9 R8
-17.5 TORUS R
OFF OFF NO C174 A
SV5065-83 10 08B RHR Loop B Pass Sample Isol M239/Sh2E9 RB
-17.5 TORUS R
OFF OFF NO C175 B
SV9312 09 088 HPCI Turb Exhaust N2 Cntrt Sol M243/E35 RB D
R 2
OFF OFF NO HPCI C903 AS SVL-15 24 088 CRHEAF Tram B Damper Control M286/E10 RW 64 82FRM SR ON OFF YES CRHEAF B18 B
SVL-3 24 088 CRHEAF Tram A Damper Control M286/E10 RW 64 #2FRM SR ON OFF YES CRHEAF B17 A
Pageff7
l Rel:;y Review Safe Shutdown Equipment List [SSEL]
?
Rev. EO September 16.1996 Equ6pment Sys Eq Drawing No Floor Room or Eval Related End Normal Desired Power Systems tNs Required Supporting ID Number No Cl System / Equipment Description ISNRev Bldg Elev RowCol Type Device Notes Status Status Regg7 Component Supports System or Component Train SVL22 24 088 DG HVAC AVU31 & AVU33 Control M280E14 DG A 23 DG A SR CW OFF NO DG C89 A
SVL23 24 088 DG HVAC AVU32 & AVU34 Control M280/E14 DG B 23 DG B SR ON OFF NO DG C90 8
T13400 29 20 SSW RBCCW Hx Ditt Temp M212/Sh1E59 RW 37 CR SR 4
ON ON YES RBCCW IND Y1 C4 A/8 Tl5021-01 A 10 20 Torve Water Temp indicator M241/Sh1E59 RW 37 CR SR 3
ON ON YES IND C903 Y31 A
T15022-018 to 20 Torve Water Temp indicator M241/Sh1E59 RW 37 CR SR 3
ON ON YES PO C903 Y41 B
T19013 09 20 Drywes Ternperature Indicator M227/Sh1E45 RW 37 CR SR 1
ON ON Yg )
IND C903 Y4 8
TIC-3835 30 20 RBCCW Loop B Temp Cl M215/Sh2E34 RW 37 CR SR 12 ON ON 1ES IND Y1 C1 8
TIC-3*,36 30 20 RSCCW Loop A Temp Cl M215/Sht!E35 RW 37 CR SR 12 CN ON YES IND Y1 C1 A
T;*263-104 10 20 RHR A Loop Hi En Ina Tmp Redr M244/Sh2E22 RW 37 CR SR 3
ON ON YES IND C921 Y1 AS TRU9044 09 20 Orywed Temperature Indicator M227/Sh1E45 RW 37 CR SR 1
ON ON YES IND C903 Y3 A
VAC-201A 24 10 EAC HPCI Rm Cochng M282E13 R8
-17.5 HPCI SR OFF ON YES HPCI 818 RSCCW8 B
VAC-2013 24 10 EAC HPCI Rm Coohng M282E13 RB
-17,5 HPCI SR OFF ON YES HPCI B18 RSCCW3 8
VAC-202A 24 to EAC RCIC Rm Coolm9 M282E13 R8 28 SW 00 SR OFF ON YES RCIC B17 RBCCWA A
VAC-2028 24 to EAC RCIC Rm Coohng M282E13 RB 28 SWOD SR OFF ON YES RCIC B17 RSCCWA A
VAC-204A 24 10 EAC RHR Loop A Area Cool M282/E13 R8
-17.5 SE OD SR OFF ON YES RHR 517 RSCCWA A
VAC-2048 24 10 EAC RHR Loop A Area Cool M282!E13 R8
-17.5 SE QD SR OFF ON YES RHR B17 RBCCWA A
VAC-204C 24 to EAC RHR Loop 8 Area Cool M282E13 R8
-17.5 NWOD SR OFF ON YES RHR B18 RSCCWS B
VAC-204D 24 10 EAC RHR Loop B Area Cool M282E13 RB
-17.5 NWOD SR OFF ON YES RHR 818 RSCCW8 B
VAC205A-1 30 10 RSCCW Drywell EAC M215/Sh3/E32 RB 45 DW SR 14 ON ON YES 817 C81 C208 AB i
VAC205A-2 30 10 R8CCW Drywell EAC M215/Sh3/E32 RB 23 DW SR 14 ON ON YES B18 C61 C209 A9 VAC2058-1 M
10 RBCCW Drywen EAC th15/Sh3/E32 RB 41 DW SR 14 ON ON YES 817 Cet C208 AS VAC2058-2 30 10 R8CCW Drywen EAC M215/Sh3/E32 R8 41 DW SR 14 ON ON YES 818 C81 C209 A9 VAC205C-1 30 10 RSCCW Drywell EAC M215/Sh3E32 R8 23 DW SR 14 ON ON YES 817 C61 C208 A/B VAC205C-2 30 10 RSCCW Drywen EAC M215/Sh3/E32 RB 23 DW SR 14 ON ON YES 818 C81 C209 AS VAC2050-1 30 10 RBCCW Drywen EAC M215/Sh3E32 RB 41 DW SR 14 ON ON YES 817 C81 C208 AB VAC2050-2 30 10 RBCCW Drywen EAC M215/Sh3E32 R8 41 DW SR 14 ON ON YES 818 C61 C209 AB VAC205E-1 30 10 RSCCW Drywe# EAC M215/Sh3/E32 RB 15 DW SR 14 ON ON YES 817 C61 C208 A/S VAC20$E-2 30 10 RSCCW Dryweg EAC M215/Sh3E32 RB 15 fWW SR 14 OFF ON YES BIS C81 C209 A/B VAC205F-1 30 10 RSCCW Drywe4 EAC M215/Sh3/E32 R8 15 DvV SR 14 ON ON YES 817 C61 C208 A9 VAC205F-2 30 10 RSCCW Drywou EAC M215/Sh3/E32 RB 15 DW SR 14 OFF ON YES B18 C61 C209 AS VAC206A-1 30 10 RBCCW Drywou EAC M215/Sh5E1 RB 13 DW SR 14 ON ON YES 817 C61 C208 AB VAC206A-2 30 10 RBCCW Dryweit EAC M215tSh5Et R8 13 DW SR 14 OFF ON
-YES B18 C61 C209 AS VAC2068-1 30 10 RBCCW Drywe4 EAC M215/Sh3/E32 R8 13 DW SR 14 ON ON YES 817 C61 C208 AS VAC2068-2 30 10 RBCCW Drywen EAC M215/Sh3/E32 RB 13 DW SR 14 OFF CN YES 818 C61 C209 AS VCRF-101 A 24 10 CRHEAF Train A Fmer Homer M288/E10 RW 78 82FRM SR OFF ON YES CRHEAP B15 A
Page 778
Relay Review Safe Shutdown Equipment List [SSEL]
Rev. EO September 16.1996 Equipment Sys Eq Drawing No Floor Room of Eval Related End Normal Destred Power Systems this Required Supporting ID Number No Cl System / Equipment Descrtption tsh/Rev Badg Elev Row / Col Type Devtce Notes Status Status Reqd? Component Supports System or Component Train VCRF-1018 24 10 CRHEAF Tram B Filter Hastr M286/E10 RW 78 #2FRM SR OFF ON YES CRHEAF B14 B
VEX 104A 24 09 SSW Exhaust Fan M280/E14 IS 25 6 A PUMP SR OMOFF OMOFF YES SSW B15 C64 A
VEX 104B 24 09 SSW Exhaust Fan M280!E14 IS 25.6 BPUMP SR ON/OFF OMOFF YES SSW B14 C64 B
VEX 314A 24 09 DG A Normal Exhaust Fan M28SE12 DG A 23 DG A R
ON OFF NO DG C89 A
VEX 2148 24 09 DG B Normal Exhaust Fan M289/E12 DG B 23 DG B R
ON OFF NO DG C90 8
VSF-103A 24 09 CRHEAF Train A Suppty Fan M286/E10 RW 73 #2FRM SR OFF ON YES CRHEAF B17 C7 A
VSF-1038 24 09 CRHEAF Train B Supply Fan M286/E10 RW 73 #2FRM SR OFF ON YES CRHEAF B18 C7 8
VSF-209 24 09 MCCHVAC B17 Fan M16 RB 23 EAST SR OFF ON YES AC Y6-8 B1 C248 A
VSF-210 24 09 MCCHVAC B18 Fan M16 RB 23 WEST SR OFF ON YES AC Y7-8 B2 C249 B
VSF-211 24 09 MCCHVAC B20 Fan M16 RB 23 EAST SR OFF ON YES AC Y8-8 B6 C250 AB VSF208A 24 09 DG A Normal Supply Fan M289/E12 DG A 23 DG A R
ON OFF NO DG C89 A
VSF2088 24 09 DG B Normal Supply Fan M28SE12 DG B 23 DG B R
ON OFF NO DG C90 B
X107A 61 17 DG A Engme & Generator M16 DG A 23 DG A SR 1.2 OFF RUN YES AC 04 C160 C101 C110 A
R107MER 61 17 DG A Exciter Regulator E27/Sh1/E13 DG A 23 DG A R
5 OFF ON YES AC D4 A
X107B 61 17 DG B Engme & Generator M16 DG B 23 DG B SR 1,2 OFF RUN YES AC 05 C161 C102 C111 B
R1078-ER 61 17 DG B Exciter Regulator E27/Sht/E13 DG B 23 DG B R
5 OFF ON YES AC D5 B
X18 46 04 Stndby Trnsfrmer Instr & Vital E14/1 RW 23 CSR SR OFF ON YES RPIS 815 AB X20 46 04 Transformer te C511 E14/1 RW 23 MG SET SR ON ON YES SDC B10 A
X21 46 04 4KV/480V Transformer SE155/1 TB 37 ASWGR SR ON ON YES AC A
X22 46 04 4KV/480V Transformer SE155/1 TB 23 BSWGR SR ON ON YES AC B
i X55 46 04 Transformer to Y3/Y31 E14/1 RW 23 MG SET SR ON ON YES AC A
X56 46 04 Transformer to Y4/Y41 E14/1 RW 23 CSR SR ON ON YES AC B
X74 46 04 Transformer to Y6 E14/2 RB 23 MCC B17 SR ON ON YES AC A
M75 46 04 Transformer to Y7 E14/2 RB 23 MCC B18 SR ON ON YES AC B
X76 46 04 Transformer to Y8 E14/2 RB 23 MCC B10 SR ON ON YES AC X
Y1 46 14 120V AC Instrumerit Bus M12 RW 23 MG SET SR 8
ON ON YES CS CST RHR AB Y10 46 20 125VDC Control Power Transfer E13E33 RW 23 CSR SR ON ON YES DC X
Y19 46 20 Auto Transfer Switch for Y1 E14/1 TB 23 MG SET SR OFF ON YES CS CST B15 X18 AB V12 46 20 Auto Transfer Switch for Y2 E14/1 RW 23 CSR SR OFF ON YES RPIS B15 X18 AB Y2 46 14 Vital Serwces Power Supply M12 RW 23 CSR SR 8
ON ON YES RPtS A/B V3 46 14 Safeguard Control Power E14/1 RW 23 MG SET SR 8
Y31 46 14 H2/02 Power Panel E14/1 RW 37 CR SR 8
Y4 46 14 Safeguard Control Power E14/1 RW 23 CSR SR 8
Y41 46 14 H2/02 Power Panet E14/1 RW 37 CR SR 8
V6 46 14 Power to MCC Fan Control E14/2 RB 23 MCC B17 SR 8
ON ON YES MCCHVAC AC A
Page 119
R: lay Review Safe Shutdown Equipment List [SSEL]
Rsv. EO September 16.1996 EqW;;a..:
Sys Eq Dr.J, No Floos Room or Eval Related End Normal Desired Power Systems this Required Supporting 10 Number No Cl System /Equipmerit Description ISMtev Bldg Elev Row / Col Type Device Notes Status Status Reqd?
Ce;.f~,
- Supports System or Comp m...
Train Y7 46 14 P to MCC Fan Control E14/2 RB 23 MCC B18 SR 8
ON ON YES MCCHVAC AC B
Y8 46 14 Power to MCC Fan Control E14/2 RB 23 MCC B20 SR 8
ON ON YES MCCHVAC AC X
Total Records on Relav Review Sagt 434 i
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