7.5 SAFETY RELATED DISPLAY INSTRUMENTATION 7.5.1 … · WSES-FSAR-UNIT-3 7.5-1 Revision 8 (5/96)...

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7.5 SAFETY RELATED DISPLAY INSTRUMENTATION

7.5.1 DESCRIPTION

This section describes those display instrumentation systems which provide timely information to theoperator and allows him to adequately monitor conditions in the reactor, Reactor Coolant System (RCS),containment, and safety related process systems throughout all operating conditions of the plant so thathe may perform adequately all required manual actions important to plant safety.

Display Instrumentation is identified in Tables 7.5-1 and 7.5-3. Table 7.5-1 identifies the instrumentationwhich is provided for the monitoring of anticipated operational occurrences and of accident conditions.Table 7.5-3 identifies the instrumentation which is provided for the monitoring of accident conditions asdefined by NRC Regulatory Guide 1.97, Rev. 3.

The display instrumentation in Table 7.5-1 is tabulated in the following categories:

a) Plant Process Display Instrumentation

Information available to the operator for monitoring conditions in the reactor and related systems.

b) Reactor Protective System (RPS) Monitoring

Information available to the operator for monitoring the status of the Reactor Protective System(RPS) -

c) Engineered Safety Features (ESF) System Monitoring

Information available to the operator for monitoring the status of each ESF system.

d) ESF Support Systems Instrumentation

Information available to the operator for monitoring support systems required to function for theoperation of ESF systems.

e) Auxiliary Control Panel Instrumentation, see Section 7.4

f) Control Element Assembly (CEA) Position Indication

Information available to the operator for monitoring position of the control element assemblies.�

�

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7.5.1.1 Plant Process Display Instrumentation

Table 7.5-1 lists the significant process instrumentation that is provided to inform the operator of the statusof the reactor plant. This information, which is used for the start up, operation, and shutdown of the plant,is provided on the Reactor Turbine Generator Board (RTGB) and other Control Panels in the main controlroom. The information is provided in a form that is useful to the operator and may be indicated, recorded,or monitored. Alternate indication and control instrumentation is provided at local panels and the auxiliarycontrol panel outside of the main control room to allow reactor shutdown and maintenance of the reactorin a safe condition during either hot shutdown or cold shutdown, should the main control room becomeinaccessible.

In addition to the hardwired display instrumentation listed in Table 7.5-1, there are 14 computer-drivenCRT displays and two plasma displays on the Main Control Board. The plasma displays are driven by theQualified Safety Parameter Display System (QSPDS) computers; one of the CRTs on the same panel isdriven by the Radiation Monitor computers, while the remaining 13 CRTs are driven by the PlantMonitoring Computer (PMC). These displays can provide the main control room operators, at theirrequest, with a continuous indication of the status of a specified set of parameters which can be used todefine the safety status of the plant.�The plant monitoring computer is used for the Plant Safety Parameter Display System (SPDS) function(NUREG 0737 Supplement 1). Additional CRTs will be located in the Onsite Technical Support Centerand the Emergency Offsite Facility. The Waterford 3 SPDS function is described in Appendix 7A.�7.5.1.2 Reactor Protective System Monitoring

Although the RPS is automatic and does not require operator action, sufficient information is provided inthe main control room to confirm that a Limiting Safety System Settings have been reached and a reactortrip has taken place. This information indicates process parameters that initiate reactor trip, pretrip, andbypass lights located in the PPS remote operators modules on the main control boards; audible alarms;CEA position information (Subsection 7.5.1.6); and trip switchgear circuit breaker position indication.

Operating bypass indication as described in Subsection 7.2.1.1.5 is provided on the remote modules,which are located on the main control board. Individual trip channel bypass indication is provided locally atthe PPS cabinets, as well as on the remote modules on the main control board.

7.5.1.3 Engineered Safety Features Monitoring

The Engineered Safety Features Actuation System (ESFAS) continuously monitors the system inputparameters, and. performs actuation logic to initiate safeguards should these inputs reach their tripsetpoints.

After the automatic actuation of the ESF systems, they continue to function properly without operatoraction. For example when the transfer of safety injection pump suction from the refueling water storagepool (RWSP) to the SIS sump is required, the recirculation actuation

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signal automatically actuates this transfer. When the transfer is completed, the operator manually isolatesthe RWSP. (Subsection 7.3.1.1.2)

Even though the actuation of the ESF systems is automatic and does not require operator action,sufficient information is provided in the control room to allow monitoring of the operation of the ESF andrelated systems during normal operating and post accident conditions and to take any anticipatory actionthat may be desirable. This information consists of valve position indication, pump operating status, tanklevel indication, flow indication, RCS temperature and pressure, and indication of the process parametersthat actuate ESF systems. In addition, four control modules, each associated with one channel of thePPS, are located on the control board to provide indication of the pretrip, trip, bypass, and operatingbypass condition of each of the ESFAS input signals. Individual trip channel bypass indication is providedlocally at the PPS, as well as on the remote modules on the RTGB.

7.5.1.4 ESF Support Systems Monitoring

ESF Support Systems are those systems which are required to function for the operation of the ESFsystem. The instrumentation provided enables the operator to monitor important process variables andtake appropriate action.

The Support Systems are as follows:

a) Component Cooling Water System (CCWS)

b) Vital electrical distribution systems

c) Diesel Fuel Oil Storage and Transfer System

d) Heating, Ventilating and Air Conditioning (HVAC) for areas containing ESF Systems.

The CCWS, and HVAC Systems are operating during normal operation. On emergency signal thosesystems switch to an emergency mode of operation, and effectively support the operation of the ESFSystem. Proper environmental conditions are maintained in the main control room by the HVAC Systemin order to keep personnel safe and electronic equipment operational.

ESF Support System Instrumentation is located on various RTGB panels. Redundant safety channels areprovided and identified as SA, SB and SAB. The operator observes selected parameters such as flow,pressure, temperature, level, and takes appropriate action to keep the systems in operating condition.The power to ESF Support System Instrumentation is supplied by 120V uninterruptible AC system and125V DC system. Safety related instrumentation for the systems outlined above is shown in Table 7.5-1.

7.5.1.5 Auxiliary Control Panel Instrumentation

See Section 7.4.

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7.5.1.6 Monitoring of CEA Position Indication

Two diverse, independent CEA position indication systems provide CEA position information to the operator.The systems are the Pulse Counting CEA Position Indication System and theReed Switch CEA Position Indication System. These systems are described below. CEA position displaysare located on the main control boards. These displays are described in Subsection 7.2.1.1.2.2. CEAposition system block diagram is shown in Figure 7.2-4.

7.5.1.6.1 Pulse Counting CEA Position Indication System�(DRN 02-386)

The Pulse Counting CEA Position Indication System infers each CEA position by maintaining a record ofthe "raise" and "lower" control pulses sent to each magnetic jack control element drive mechanism (CEDM).The pulse counting CEA position signal associated with each CEA is reset to a fixed value whenever the roddrop contact (located within the reed switch position transmitter housing) is closed (zero for a regular CEA).This permits the pulse counting system to automatically reset the position to zero, whenever a reactor tripoccurs or whenever a CEA is dropped into the core. This system is incorporated in the plant monitoringcomputer which feeds control board digital displays. One digital display provides individual CEA groupinformation. A second digital display provides individual CEA position information. The position of eachCEA is periodically printed out for a permanent record.�(DRN 02-386)

The Pulse Counting CEA Position Indication System provides position information to CEA related alarmprograms and the Core Operating Limit Supervisory System (COLSS) contained in the plant computer.

Alarms are included in the system design to provide information to the operator required to maintain properCEA control and to aid in the monitoring of CEA limits. The following alarms are provided by the pulsecounting CEA Position Indication System:

a) Power Dependent Insertion Limits Alarms

An alarm is provided in the event CEA insertion exceeds predetermined limits required tomaintain adequate shutdown margin and to insure CEA insertion consistent with the CEA ejectionanalysis. Further definition of the PDEL function is provided in Section 7.7.

b) Pre-Power Dependent Insertion Limits Alarm

This alarm is provided to advise the operator of an impending approach to PDILs.

c) Out of Sequence Alarm

An alarm is provided to alert the operator in the event the CEA groups are inserted or withdrawnin a sequence other than the predetermined acceptable sequence.

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d) CEA Deviation Alarm

An alarm is provided to alert the operator in the event the deviation in position between thehighest and lowest CEA in any group exceeds a predetermined allowable deviation.

e) Core Operating Limit Supervisory System (COLSS) Alarms

The pulse counting CEA Position Indication System provides input data to COLSS. These dataare used in the COLSS power distribution calculations, and alarms are initiated in the, event theaffected COLSS limits are reached. The basis for the COLSS alarms and the use of the pulsecount CEA position information is discussed in Section 7.7.

7.5.1.6.2 Reed Switch CEA Position Indication System

The Reed Switch CEA Position Indication System utilizes a series of magnetically actuated reed switches(Reed Switch Position Transmitters (RSPT)) to provide signals representing CEA position. Two independentreed switch position transmitters are provided for each CEA. The RSPT provides an analog positionindication signal and three physically separate discrate reed switch position signals. The analog positionindication system utilizes a series of magnetically actuated reed switches spaced at 1-1/2 in. intervals alongthe RSPT assembly and arranged with precision resistors in a voltage divider network. The RSPT ammounted adjacent to the CEDM pressure housing, which contains the CEA extension shaft and actuatingmagnet. The analog output signal is proportional to the CEA position within the reactor core. The threediscrete reed switch position signals are contact closure signals from three separately located reedswitches. These signals are an upper electrical limit, a lower electrical limit and a rod drop contact.

�(DRN 02-386; 02-1478)

CEA position information is provided to the core protection calculators (CPCS) directly and also to the CEAcalculators. The CEA calculators display the position of each regulating and shutdown CEA to the operatorin a bar chart format on a dedicated CRT on the RTGB. The operator has the capability to select either CEAcalculator for display. In addition, a backup readout is provided that can be utilized to read the output of anyCEA analog reed switch position signal. The backup readout is a digital meter on the CPCs operator'smodule, from which the operator can address any analog position signal for display on the digital meter. Inaddition to the displays, CEA deviation information is provided by the CEA calculators to the CPCs and aCEA deviation alarm. The CEA deviation alarm is provided to the plant annunciator system in the event aCEA calculator indicates that the difference between the highest and lowest CEA positions in a groupexceeds a predetermined allowable deviation. The CEA deviation information is used in the CPCsdetermination of power distribution. The power distribution is then factored into the low DNBR and high localpower density trip function. Pretrip alarms are initiated if the DNBR or local power density trip limits areapproached. A pretrip alarm light is provided on the Plant Protection System control panel. Also, a pretripalarm is provided to the plant annunciator system.�(DRN 02-386; 02-1478)

The three discrete CEA position switches provide signals (contact closure signals) to the Control ElementDrive Mechanism Control System (CEDMCS) as shown in Figure 7.2-2. The signals are utilized to provideCEA limit indication on the RTGB and also to provide input

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to the CEA control interlocks. Each of the three discrete reed switch contacts actuates an interface relaylocated within the CEDMCS. These relays provide contact signals for indication and control and, in thecase of the rod drop switch, an additional contact signal is provided to the plant monitoring computer toreset the pulse counting system. The upper and lower electrical limits indication appears as two separatelights on the CEDMCS control panel mounted on the RTGB. The CEA drop indication appears on the coremimic display mounted on the main control board.

7.5.1.6.3 CEA Limit Lights Indication

A light display is provided on the RTGB to indicate the fully withdrawn and fully inserted position of eachCEA and provides indication of a dropped CEA.

7.5.1.7 Accident Monitoring Instrumentation

The accident monitoring system is designed to monitor plant variables during and following an accident.�(DRN 01-28)

Indications of plant variables are required by the control room operating personnel during accident situationsto (1) provide information required to permit the operator to take preplanned manual actions to accomplishsafe plant shutdown; (2) determine whether the reactor trip, safety-feature systems, and manually initiatedsafety systems and other systems important to safety are performing their intended functions. (i.e.,reactivity control, core cooling, maintaining reactor coolant system integrity, and maintaining containmentintegrity); and (3) provide information to the operators that will enable them to determine the potential forcausing a gross breach of the barriers to radioactivity release (i.e., fuel cladding, reactor coolant pressureboundary, and containment) and to determine if a gross breach of a barrier has occurred. In addition to theabove, indications of plant variables that provide information on operation of plant safety systems and othersystems important to safety are required by the control room operating personnel during an accident to (1)furnish data regarding the operation of plant systems in order that the operator can make appropriatedecisions as to their use and (2) provide information regarding the release of radioactive materials to allow forearly indications of the need to initiate action necessary to protect the public and for an estimate of themagnitude of any impending threat. Instrumentation systems provided for the remote monitoring of accidentconditions were qualified for operation in environmental and seismic conditions specified in Sections 3.10and 3.11. Safety related instrumentation should continue to perform its safety function(s) and read withinthe required accuracy following, but not necessarily during, a safe shutdown earthquake. Table 7.5-3 showsthat the instrumentation systems furnished in the design provide redundancy and appropriately wide rangeinformation of accident conditions.

The wide range of information furnished to the operator by the extensive instrumentation and controlsystems described in the table provide the long-term monitoring and surveillance capabilities of accidentconditions.�(DRN 01-28)

� (DRN 00-25)

7.5.1.8 Bypassed and Inoperable Status Indication

Waterford 3 does not have a Bypassed and Inoperable Status Indication System (BISIS), but hasestablished other measures for indicating the bypassed or inoperable status of the protective system,systems actuated or controlled by the protection system, and auxiliary or supporting systems that must beoperable for the protection system and the systems it actuates to perform their safety related functions.Alternate means are available to comply with regulations implemented by Regulatory Guide 1.47.� (DRN 00-25)

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� (DRN 00-25)

7.5.1.8.1 Reactor Protection System

The reactor protection system monitors neutron power, hot and cold leg temperatures, pressurizerpressure, control element assembly position, reactor coolant pump speed, containment pressure, andsteam generator level and pressure to detect conditions requiring a reactor trip and generate the reactortrip signal. The Reactor protection system energizes a reactor trip signal to de-energize the controlelement assemblies to drop into the core. The provisions for monitoring the reactor protection system aredescribed in section 7.2.1.1.5, 7.5.1.2 and 7.5.2.2. These provisions include automatic indication in thecontrol room to alert the operator when required protective actions have been bypassed or renderedinoperable. All bypasses are annunciated visually and audibly in the control room.

7.5.1.8.2 Engineered Safety Features Actuation System

The engineered safety features actuation system monitors pressurizer pressure, containment pressure,containment area radiation, fuel handling building radiation, steam generator level and pressure, refuelingwater storage pool level, and emergency bus voltage to detect conditions requiring an actuation of theengineered safety features (ESF) and generate the required engineered safety feature actuation signal(ESFAS). Seven electrical signals (SIAS, CIAS, CSAS, MSIS, EFAS, RAS and FHA) are provided toactuate the appropriate ESF system, when required. The ESF system actuated by the ESFAS include:safety injection, containment isolation, containment cooling, containment spray, main steam isolation,emergency feedwater, recirculating actuation, and ESF ventilation systems. The provisions for monitoringthe engineered safety features actuation system are described in sections 7.2.1.1 5, 7.3.1.1, 7.5.1.3 and7.5.2.3. These provisions include automatic indication in the control room to alert operators when requiredprotective actions have been bypassed or rendered inoperable- Individual trip channel bypass indication isprovided locally at the PPS, as well as on the remote modules on the RTGB control panel.

7.5.1.8.3 Systems and Support Systems Actuated by the Plant Protection System

The systems and support systems actuated by the Plant Protection System and provisions to monitorbypassed or inoperable conditions of these systems are described in sections 7.3.1, and 7.3.2.Additionally, safety related display instrumentation is provided as described in section 7.5.1.4, and Table7.5-1 to monitor the status of each system and support system actuated by the Plant Protection System.Improved regulatory guidance, design enhancements, and additional administrative controls have beenimplemented following issuance of Regulatory Guide 1.47 which assure the Operator has sufficientinformation to monitor the status of systems and support systems actuated by the Plant ProtectionSystem. NUREG-0700, NUREG-0737 and Regulatory Guide 1.97 were issued after Regulatory Guide1.47. These documents address system operator configurations for human factors and the informationneeded by the operator to safely shutdown the facility. Enhancements were made in response to thesedocuments.

A detailed review of the Control Room and Remote Shutdown Panel human factors was performed inresponse to NUREG-0700 and NUREG-0737. The enhancements recommended by this review weredocumented and implemented, as required, and the response to Regulatory Guide 1.97 was revised.Design enhancements have been completed to improve the ability of the Operator to monitor the status ofeach system and support system actuated by the Plant Protection System. The control panels have beencolor coded by system and indicator scales have been human factored to allow the operator quickassessment of system status and process conditions. The non-safety related Plant Monitoring Computerprovides the operator with real time information of system status on dedicated screens in the control room.The Plant Monitoring computer functionality and capabilities are discussed in section 7.5a. Theinformation provided by the Qualified Safety Parameters Display System, Safety Parameters Display� (DRN 00-25)

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� (DRN 00-25)

System, and Plant Monitoring Computer supplements the Plant Annunciator system, which providessystem and major component alarms. Design changes to eliminate nuisance alarms from the controlroom have been implemented to assure Operator attention for alarms during plant operations.

Operational guidance has been enhanced to improve the ability of the Operator to monitor the status ofeach system and support system actuated by the Plant Protection System. Design changes have reducedthe frequency of nuisance alarms, thereby minimizing the number of distractions and improving operatorresponse. Administrative controls have been enhanced including measures to identify systems that arebypassed or inoperable, including: Equipment Out Of Service, Clearance Requests, Temporary AlterationControl, Independent Verification Program, Work Authorization Program, Condition Report Process,Control of Valves and Breakers, Alarm and Control Room Instrumentation Control. Conditions that rendersystems or support systems actuated by the Plant Protection System inoperable are subject to TechnicalSpecifications action statements. Administrative controls to track entry into Technical Specificationsaction statements have been enhanced and are used to track the operability status of the systems andsupport systems actuated by the Plant Protection System.

The procedures for operating the facility coupled with human factoring of the instrumentation and controlsin the control room and the design of the safety-related systems discussed in Section 7.5.1.8 comply withCriterion XIV, “Inspection, Test and Operating Status” of 1OCFR5O Appendix B, Section 50.55a “Codesand Standards” of 10CFR50, and Section 4.13 of IEEE Standard 379-1971 “Criteria for Nuclear PowerPlant Protections Systems.” A separate Bypassed and Inoperable Status Indication System (BISIS) is notrequired.� (DRN 00-25)

7.5.1.9 Control Panels and Annunciators

7.5.1.9.1 Control Panels

The RTGB is of the free standing benchboard type board with control switches primarily arranged on thelower bench portion, indicating and recording display instrumentation primarily on the lower verticalsection, and annunciator windows primarily on the upper vertical section. The RTGB consists of sixseparate control panels and three plant monitoring computer CRT display panels and one RadiationMonitoring and Qualified Safety Parameter Display Panel located in the main control room and mountedadjacent to one another in a "U-shaped" arrangement. The panels are identified as follows:

CP1 Turbine Generator Control Plant

CP2 Reactor Control Panel

CP3 Plant Monitoring Computer CRT Panel 2 (Non-safety)

CP4 Chemical and Volume Control System Control Panel

CP6 Radiation Monitoring and Qualified Safety Parameter Display Panel

CP7 Plant Protection System Remote Control Panel

CP8 Engineered Safety Features Panel

CP18 HVAC Control Panel


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In addition there is another safety related control panel in the main control room which is not a part of theU-shaped arrangement and is identified as CP33, hydrogen and cooling tower control panel.

In front of the main control board there is operator’s console CP9, which is not safety-related. Theequipment located on operator’s console CP9 and on the main control board sections CP3, CP35, CP36and the Shift Supervisor’s office is related to the Plant Monitoring Computer and although is helpful to theoperator, is not safety-related.

Control switches and display instrumentation on the safety portion of the control panels are arrangedfunctionally. Lights indicate valve positions or equipment status. Important system process parametersare displayed on indicators or recorders.

Safety-related display instrumentation which is a part of the PPS is divided into four redundant channels.These redundant channels consist of mechanical and electrical devices and the circuitry involved inanalog measurements to generate signals for the protective trips of the reactor. They are identified withthe suffix SMA, SMB, SMC, and SMD.

All other safety-related instrumentation is either a part of ESF or support systems, and is divided into tworedundant channels. These are identified with the suffix SA or SB. There is an additional safety-relatedchannel which is identified with the suffix SAB. Equipment which belongs to this channel is used as abackup or a replacement for channel SA or SB.

All RTGB panels are classified seismic Category 1. The compliance of the instrumentation and control tothe requirements of Regulatory Guide 1.75 is discussed in Section 8.3.

Figures 7.5-1 through 7.5-7 demonstrate the physical and electrical separation and identification of safety-related redundant channels.

7.5.1.9.2 Annunciators

Waterford 3 has a total of 12 non-safety annunciator display units, each with 120 windows. and two safety-related annunciator display units, each with 45 windows in the main control room. Non-safety alarmcontacts are wired separately to the non-safety annunciator logic and lamp cabinet. All alarm windowdisplays are arranged functionally. Safety-related annunciators have two safety-related channels; oneannunciator unit is a part of the SA channel and the other is a part of the SB channel. All safety-relatedredundant alarms are part of these units. The balance of the annunciator windows are utilized for otherannunciation purposes. Alarm contacts for the safety-related annunciators are wired separately withineach channel.

Audible alarms and visual annunciators alert the plant operator to the occurrence of malfunctions inequipment or systems, and signal changes in plant equipment status and operating modes. Alarms andstatus displays inform the operator of any deviations from normal operating conditions, such as theimpending occurrence of automatic trips of the RPS and the status, malfunction, bypass or overridecondition of safety systems.

The arrangement of all annunciator windows is shown on figures listed in Table 1.7-1.

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7.5.2 ANALYSIS

7.5.2.1 Plant Process Display Instrumentation

Plant process display instrumentation gives the operator information to monitor conditions in the plant andto perform operations important to plant safety. In addition, the information allows the operator tocrosscheck plant protection system measurement channels to ensure operational availability of thesechannels as discussed in Sections 7.2 and 7.3. The following design criteria were used in the selection ofplant instrumentation:

a) Provide continuous monitoring of process parameters required by the operator.

b) Provide display information to the operator that is reliable, comprehensible, and timely.

c) Provide instrumentation display that adequately monitors the parameter over the range requiredfor various conditions.

d) Provide a permanent record of those parameters for which trend information is useful.

e) Provide four channels of indication for RPS and ESFAS process parameters to allow cross-checking of channels.

f) Failure of a single indicator or one channel shall not adversely affect operator’s action.

Sufficient information is provided for the operator to accurately assess the conditions within the plantsystems, to perform those appropriate actions in a timely manner, and to maintain the reactor systemswithin the conditions assumed by the safety analysis in Chapter 15.

7.5.2.2 Reactor Protective System Monitoring

Sufficient information is provided for the operator to confirm that a trip has occurred and to determinewhich process parameter caused the trip. CEA insertion information after a trip can be determined by theoperator from the CRT bar chart display information and CEA limit light indication. Indication of neutronflux levels in the reactor core, as well as other reactor and RCS information, is provided for the operator.

The following design criteria were used in the selection of information that is provided to the operator:

a) System conditions requiring operator attention during routine plant operations and at the time ofreactor trip are displayed on the RTGB.

b) Annunciation at the control board of all operations performed at the PPS cabinet affecting thefunction of the system.

c) Indication of all selected plant variables that are manually bypassed.

d) Automatic or manual removal of a bypass shall be indicated.

7.5.2.3 Engineered Safety Features Monitoring

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Information is provided so the operator can monitor the status of the ESF systems. The following designcriteria were used in the selection of information that is provided to the operator:

a) System conditions requiring operator attention or action during routine plant operations aredisplayed and/or controlled at the RTGB.

b) All operations performed at the ESFAS cabinets that affect the functioning of the system areannunciated at the main control room.

c) Indication is provided for all selected plant variables that are manually blocked or bypassed.

d) Automatic or manual removal of block or bypasses shall be indicated.

e) Information is provided to aid the operator in determining when manual actuation of an ESFsystem is required and to aid in confirming proper system operation after automatic initiation.Input parameters that initiate actuation are indicated on the RTGB along with positive indicationsthat pumps and valves have actuated and that flows have been established.

f) Testing of ESFAS components can be accomplished on a scheduled basis during plant operationwithout adversely affecting the system operation.

Consistent with the above criteria the information which is provided for the operator’s use is shown inTable 7.5-1.

7.5.2.4 ESF Support System Monitoring

Instrumentation for the ESF Support Systems is located on the RTGB and grouped functionally. Channelsare identified the same way as the ESF System. Description of ESF Support System is discussed inSection 7.3. The following design criteria were used in selecting the process information for the operator’suse:

a) Provide continuous monitoring of various process parameters that are essential for the properoperation of a particular system in a normal and an emergency mode of operation.

b) Provide system conditions requiring an operator’s attention or actions.

c) Provide redundancy of channels of instrumentation and control for reliable display and operation.

d) Provide the capability for periodic testing of the equipment during normal operation.

e) Provide display information which is accurate and timely.

Using these criteria the operator has sufficient instrumentation for his use to properly assess the situationduring various modes of operation and take corrective action. The instrumentation is shown in Table 7.5-1.

7.5.2.5 Auxiliary Control Panel Instrumentation

See Section 7.4.

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7.5.2.6 CEA Position Indication

CEA position indication allows the operator to easily determine the position of all of the CEAs within the reactor core. The information is presented in a form that can be assessed by the operator to determine that the CEAs are in the required position, that a CEA has dropped into the core, or that the CEA positions are as required after a reactor trip.

The following design criteria were used in selection of the CEA position indication:

a) Position readouts of all CEAs may be obtained.

b) Continuous position indication of all CEAs is available.

c) A means is provided to alert the operator to deviation of CEAs within a group.

d) A permanent record may be made of the position of any or all CEAS.

e) Separate "full-in" and "full-out" indications are provided for each CEA.

f) Redundant and diverse means of indicating CEA position is provided.

7.5.2.7 Accident Monitoring Instrumentation

Table 7.5-3 lists the variables committed to by Waterford 3 and recommended by Regulatory Guide 1.97, Revision 3. The table includes the Waterford 3 assigned category, range, environmental and seismic qualification, number of channels, power supply, type of control room display, availability on the Safety Parameter Display System (SPDS), quality assurance, and comments.

Those items which are not in complete compliance with Regulatory Guide 1.97 are discussed in the notes to Table 7.5-3.

7.5.2.7.1 Design Bases

7.5.2.7.1.1 Variable Type Definitions

The variables identified in Table 7.5-3 are divided into five types in accordance with Regulatory Guide 1.97. The definition for each type of variable is as follows: �(DRN 04-1967, R14)

� Type A - Those variables to be monitored that provide the primary information required to permit the Control Room operator to take specific manually controlled actions for which no automatic control is provided and that are required for safety systems to accomplish their safety functions for design basis accident events. Type A variables are plant specific and were selected based on a review of Emergency Operating Procedures to identify information essential for the direct accomplishment of specified safety functions. As a result of the review of Waterford 3 Emergency Operating Procedures and FSAR Chapter 15, the following variables were identified as Type A:

RCS Pressure RCS Hot Leg Temperature RCS Cold Leg Temperature Containment Pressure �(DRN 05-1382, R14-B)

�(DRN 05-1382, R14-B)

�(DRN 04-991, R13-A)

Condensate Storage Pool Water Level Control Room Air Intake Radiation Levels �(DRN 04-991, R13-A; 04-1967, R14)

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Primary information is information that is essential for the direct accomplishment of thespecified safety functions; it does not include those variables that are associated withcontingency actions that may also be identified in written procedures.

• Type B - Those variables that provide information to indicate whether plantsafety functions are being accomplished. Plant safety functions are (1) reactivity control,(2) core cooling, (3) maintaining reactor coolant system integrity, and (4) maintainingcontainment integrity (including radioactive effluent control).

• Type C - Those variables that provide information to indicate the potentialfor breaching or the actual breach of the barriers to fission product releases. The barriersare (1) fuel cladding, (2) primary coolant pressure boundary, and (3) containment.

• Type D - Those variables that provide information to indicate the operation ofindividual safety systems and other systems important to safety. These variables are tohelp the operator make appropriate decisions in using the individual systems important tosafety in mitigating the consequences of an accident.

• Type E - Those variables to be monitored as required for use in determining themagnitude of the release of radioactive materials and continually assessing suchreleases.

7.5.2.7.1.2 Evaluation Criteria

As recommended by Regulatory Guide 1.97 each variable type was evaluated based on the importance tosafety of the measurement of the specific variable.

Category 1: provides the most stringent requirements and is intended for keyvariables. All Type A and some Type B, C, D and E variables areCategory 1.

Category 2: provides less stringent requirements and applies toinstrumentation intended for indicating system operating status.

Category 3: provides requirements that will ensure high quality off-the-shelf instrumentation is obtained and applies to back up and diagnosticinstrumentation. This category is also used when the state-of-the-art willnot support requirements for higher qualified instrumentation.

The specific design and qualification criteria used to evaluate each variable, based on the categoryclassification, are presented below:

Category I

Environmental Qualification

Currently the Environmental Qualification Program at Waterford 3 is in compliance with 10CFR50.49.Regulatory Guide 1.97 Revision 3 Category 1 and Category 2 components located

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7.5-14 Revision 11 (05/01)

in harsh environments have been evaluated and are qualified within the scope of this program. Thedetermination of qualification was based on having either actual environmental qualificationdocumentation available or documentation on similar equipment available.

Seismic Qualification

Currently installed instrumentation meets the requirements contained in Subsection 3.10. In general,original equipment was qualified with IEEE-344-1971, although in some cases, it was qualified to IEEE-344-1975. Instrumentation added as a result of the Regulatory Guide 1.97 Rev 3 guidelines for Category Iequipment has been qualified to IEEE-344-1975.

Redundancy

The location of the sensors and the points at which the sensing lines are connected to the process loophave been selected to provide physical separation of the channels to the maximum extent practicable,thereby precluding a situation in which a single event could cause failure of both channels, unlessmentioned otherwise. Refer to Section 8.3 for further details for exception taken to the requirements forphysical separation of redundant channels as defined in Regulatory Guide 1.75.

Power Supply

Category I instruments are supplied with power from a Class 1E power supply. The Waterford 3 Class 1Epower system is designed to meet the requirements of IEEE 279-1971,IEEE 308-1971, Regulatory Guides 1.6 and 1.32.

Quality Assurance

The quality assurance program is described in the Quality Assurance Program Manual. These measuresinclude appropriate requirements for design review, procurement, inspection, and testing which ensuresthat components are of a quality consistent with minimum maintenance requirements and low failurerates.

Display and Recording

Continuous real-time display of at least one channel is provided in the Control Room. Recording of theinstrument is provided for at least one of the redundant channels. Where it has been determined thatdirect and immediate trend or transient information is essential for operator information or action (Type Avariable), a continuous dedicated recorder is provided with redundant backup recording and trendingavailable on QSPDS and redundant dedicated indicators in the Control Room that can be utilized for trendinformation if necessary (one of the redundant dedicated indicators may be the continuous dedicatedrecorder listed above).

Service, Testing and Calibration

Either channel may be tested, calibrated and/or repaired without detrimental effects on the other channel.

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7.5-15 Revision 11 (05/01))

Performance of the surveillance instrumentation will be verified during reactor operation subject to thefollowing:

1) Testing will not adversely affect the safety or operability of the plant.

2) Normal channel operation is considered an acceptable method of verifying surveillanceinstrumentation performance if channel operating parameters are similar to those anticipatedfollowing a LOCA.

3) Where surveillance instrumentation performance cannot be verified under theconditions of one and two above, periodic testing is performed.

The loops can be checked from the sensor signal through the readout located in themain control room. Many of these sensors specified are also used in the PPS and, therefore, willbe tested during PPS testing. For those sensors that are not part of the PPS, testing will beperformed on a periodic basis.

Identification

The channels are identified uniquely as indicated in Table 7.5-3. The channels areidentified to distinguish between redundant channels of the same variable.Category 2

Environmental Qualification - Same as Category I

Seismic Qualification - No specific provision

Redundancy - No specific provision

Power Supply - Energized from highly reliable source (e.g., The non-Class 1E Vital).

Quality Assurance - Same as Category I

Display and Recording - "On-demand" or continuous display is provided in the controlroom. No direct or immediate trend or transient information was determined to be essential foroperator information or action.

Service, Testing and Calibration - Same as Category I

Identification - No specific provision

7.5.2.9 Main Control Room Panels and Annunciators

The main control room panels with annunciators provide the operator sufficient information concerning theplant condition. With the help of display instrumentation, equipment status indication, bypass andinoperable status indication, and annunciation, the operator can properly assess the situation duringvarious modes of plant operation and take corrective or anticipatory action in order to maintain the plant ina safe condition.

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7.5-16 Revision 11 (05/01)

7.5.2.10 System Drawings

All applicable safety related display instrumentation system schematics, functional block diagrams, wiringdiagrams and layouts have been provided. See Section 1.7 for a listing of all drawings.

7.5.2.11 Quality Assurance

Quality Assurance procedures for handling, packaging, and shipping are consistent with therecommendations of Regulatory Guide 1.38 as discussed in the QA Program Manual.

7.5.2.12 Seismic and Environmental Qualification

Applicable seismic and environmental qualification criteria, testing, and results are discussed in Sections3.10 and 3.11, respectively.

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Table 7.5-1 (Sheet 1 of 27)

SAFETY-RELATED PANEL MOUNTED

DISPLAY INSTRUMENTATION

PANEL: CP-1 - TURBINE GENERATOR CONTROL PANEL

INDICATORS

Tag No Service Channel Scale - Units RPS ESF PPDI ESSI

DG A VOLTAGE SA 0-5250 VAC X

4KV BUS 3A3-SVOLTAGE

SA 0-5250 VAC X

DG A SYNCHROSCOPE SA N/A X

DG A FREQUENCY SA 55-65 HZ X

DG A CURRENT (PHASE C) SA 0-1000 AC AMP X

DG A MW SA 0-7 MW X

DG A MVAR SA (-)-0-5 MVAR X

DG B VOLTAGE SB 0-52509 VAC X

4KV BUS 3B3-S VOLTAGE SB 0-5250 VAC X

DG B SYNCHROSCOPE SB N/A X

DG B FREQUENCY SB 55-65 HZ X

DG B CURRENT(PHASE C)

SB 0-1000 AC AMP X

DG A OIL DAYTANK LEVEL

SA 0-6 FT X

All abbreviations used in this Table are in the Legend which follows on Sheet 27.

Security-RelatedInformationWithheld Under 10 CFR 2.390

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Table 7.5-1 (Sheet 2 of 27) Revision 306 (05/12)

PANEL: CP-1 - TURBINE GENERATOR CONTROL PANEL

INDICATORS


BATTERY SA VOLTAGE

SA 0-150 VDC X X X X

DG A RUNNING VOLTS

SA 0-5250 VAC

DG A INCOMING VOLTS

SA 0-5250 VAC

DG B OIL DAY TANK LEVEL

SB 0-6 FT X

BATTERY SB VOLTAGE

SB 0-150 VDC X X X X

DG B RUNNING VOLTS

SB 0-5250 VAC

DG A INCOMING VOLTS

SB 0-5250 VAC

DG B MW SB 0-7 MW X

DG B MVAR SB (-)5-0-5 MVAR X

125 VDC AB SYSTEM SAB 0-150 VDC X

PANEL: CP-2 - REACTOR CONTROL PANEL

INDICATORS Tag No Service Channel *Scale - Units RPS ESF PPDI ESSI

,RED TRACE - LOOP 1 HOT LEG TEMP GREEN TRACE - LOOP 2 HOT LEG TEMP

SMA SMA

525-675F 525-675F

X X

,

SUBCOOLED MARGIN MONITOR

200F (SUBCOOLED0 50F (SUPERHEAT)

- X

SUBCOOLED MARGIN MARGIN

200F (SUBCOOLED) 50F (SUPERHEAT)

- X

*Scales linear unless otherwise stated.


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PANEL: CP-7 - PLANT PROTECTION SYSTEM REMOTE CONTROL PANEL

INDICATORS

Tag No Service Channel *Scale - Units RPS ESF PPDI ESSI

REFUELING WATER STORAGE POOL LEVEL SMA 0-100 % X X

PZR PRESS AND SETPOINT SMA 0-3000 PSIA X X

PZR PRESSURE SMA 1500-2500 PSIA X

NEUTRON FLUX AND DATE OF CHANGE OF POWER sma 2x10-8-200%(LOG)-1 to +7 DPM (LINEAR)

x

120 AC POWER SUPPLY CHANN. SMA VOLTAGE SMA 0-150 VAC X X

LOOPS 1 & 2 HOT LEG TEMP SMA 525-675°F X X

LOOPS 1 & 2 COLD LEG TEMP SMA 465-615°F X X

LOCAL POWER DENSITY AND DNBR MARGIN SMA 0-25 kw/ft0-10

X X

CONTAINMENT PRESSURE(NARROW RANGE)

SMA 0-30 PSIA X X

CONTAINMENT PRESSURE(WIDE RANGE)

SMA 0-30 PSIA X

REFUELING WATER STORAGE POOL LEVEL SMB 0-100 % X

PZR PRESS AND SETPOINT SMB 0-3000 PSIA X X X

PZR PRESSURE SMB 1500-2500 PSIA X

NEUTRON FLUX AND RATE OF CHANGE OF POWER SMB 2x10-8-200%(LOG)-1 to +7 DPM(LINEAR)

X

*Scales linear unless otherwise stated.**These are two system instruments in common housing.


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Table 7.5-1 (Sheet 4 of 27) Revision (12/97)


INDICATORS


120 V AC POWER SUPPLY CHANN. SMB VOLTAGE SMB 0-150 VAC X X

LOOPS 1 & 2 HOT LEG TEMP SMB 525-675 F X

LOOPS 1 & 2 COLD LEG TEMP SMB 465-615 F X X X

LOCAL POWER DENSITY AND DNBR MARGIN SMB 0-25 kw/ft0-10

X

CONTAINMENT PRESSURE (NARROW RANGE) SMB 0-30 PSIA X X

CONTAINMENT PRESSURE (WIDE RANGE) SMB 0-30 PSIA X

REFUELING WATER STORAGE POOL LEVEL SMC 0-100 % X

PZR PRESS AND SETPOINT SMC 0-3000 PSIA X X

PZR PRESSURE SMC 1500-2500 PSIA X

NEUTRON FLUX AND RATE OF CHANGE OF POWER SMC 2x10(-8) -200%(LOG)-1 TO +7 DPM(LINEAR)

X

120 V AC POWER SUPPLY CHANN. SMC VOLTAGE SMC 0-150 VAC X X

LOOPS 1 & 2 HOT LEG TEMP SMC 525-675°F X X

LOOPS 1 & 2 COLD LEG TEMP SMC 465-615°F X X

LOCAL POWER DENSITY AND DNBR MARGIN SMC 0-25 kw/ft0-10 kw/ft

X

REFUELING WATER STORAGE POOL LEVEL SMD 0-100 % X

PZR PRESS AND SETPOINT SMD 0-3000 PSIA X X

PZR PRESURE SMD 1500-2500 PSIA X



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INDICATORS


NEUTRON FLUX AND RATE OF CHANGE OF POWER SMD 2x10-8-200%(LOG)-1 to +7 DPM(LINEAR)

X

120 V AC POWER SUPPLY CHANN. SMD VOLTAGE SMD 0-150 VAC X

LOOPS 1 & 2 HOT LEG TEMP SMD 525-675°F X

LOOPS 1 & 2 COLD LEG TEMP SMD 454-615°F X X

LOCAL POWER DENSITY AND DNBR MARGIN SMD 0-25 kw/ft0-10

X

CONTAINMENT PRESSURE (NARROW RANGE) SMD 0-30 PSIA X X

CONTAINMENT PRESSURE (WIDE RANGE) SMD 0-30 PSIA X

CONTAINMENT PRESSURE (NARROW RANGE) SMC 0-30 PSIA X X

CONTAINMENT PRESSURE (WIDE RANGE) SMC 0-30 PSIA X

REACTOR COOLANT SG-1 DIFF PRESS(RCP SHEARED SHAFT DETECTION)

SMA 0-50 PSID X



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INDICATORS


NEUTRON FLUX AND RATE OF CHANGE OF POWER SMD 2x10-8-200%(LOG)-1 to +7 DPM(LINEAR)

X

120 V AC POWER SUPPLY CHANN. SMD VOLTAGE SMD 0-150 VAC X

LOOPS 1 & 2 HOT LEG TEMP SMD 525-675° F X

LOOPS 1 & 2 COLD LEG TEMP SMD 465-615° F X X

LOCAL POWER DENSITY AND DNBR MARGIN SMD 0-25 kw/ft0-10

X


SMD 0-30 PSIA X X


SMD 0-30 PSIA X


SMC 0-30 PSIA X X


SMC 0-30 PSIA X

REACTOR COOLANT SG-1 DIFF PRESS(RCP SHEARED SHAFT DETECTION)

SMA 0-50 PSID X



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INDICATORS


REACTOR COOLANT SG-2 DIFF PRESS (RCP SHEARED SHAFT DETECTION)

SMA 0-50 PSID X


SMB 0-50 PSID X


SMB 0-50 PSID X


SMC 0-50 PSID X


SMC 0-50 PSID X


SMD 0-50 PSID X


SMD 0-50 PSID X

PRESSURIZER PRESSURE SMA 0-3000 PSIA X

RED TRACE - LOOP 1A COLD LEG TEMP GREEN TRACE - LOOP 2A COLD LEG TEMP

SMA SMA

465-615 F 465-615 F

XX

REFUELING WATER POOL LEVEL SMB 0-100 % X

*Scales linear unless otherwise stated. **These are two system instruments in common housing.


WSES-FSAR-UNIT-3



INDICATORS


CORE PROTECTION CALCULATOROPERATOR’S MODULE

SMA NA X

PLANT PROTECTION SYSTEM REMOTECONTROL MODULE

SMA NA X


SMB NA X


SMB NA X


SMC NA X


SMC NA X


SMD NA X


SMD NA X

*Scales linear unless otherwise stated.


WSES-FSAR-UNIT-3


PANEL: CP-8 - ENGINEERED SAFETY FEATURES PANEL

INDICATORS


STM GEN NO. 1 PRES SMB 0-1200 PSIA X X X

STM GEN NO. 1 PRESPRESS SET POINT

SMB 0-1200 PSIA X X X

STM GENERATOR 1DOWNCOMER LEVEL

SMB 0-100 % X X X


SMB 0-100 % X X X

STM GEN NO. 2 PRES SMB 0-1200 PSIA X X X


SMB 0-1200 PSIA X X X

STM GEN NO. 1 PRES SMA 0-1200 PSIA X X X


SMA 0-1200 PSIA X X X


SMA 0-100 % X X X


SMA 0-100 % X X X

STM GEN NO. 2 PRES SMA 0-1200 PSIA X X X


SMA 0-1200 PSIA X X X


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INDICATORS


CONT SUMPLEVEL

SA 0-30(a) FT X

STM GENERATOR 1PRESS

SMD 0-1200 PSIA X X X




SMD 0-100 % X X X


SMD 0-100 % X X X

STM GEN NO. 2 PRES SMD 0-1200 PSIA X X X



STM GEN NO. 1 PRES SMC 0-1200 PSIA X X X


SMC 0-1200 PSIA X X X


SMC 0-100 % X X X


SMC 0-100 % X X X

STM GEN NO. 2 PRES SMC 0-1200 % X X X


SMC 0-1200 % X X X

SHDN HX A CCW FLOW SA 0-7000 GPM X X

CCW HDR A TEMP SA 50-130 F X X


WSES-FSAR-UNIT-3



INDICATORS


CCW HDR A FLOW SA 0-10,000 GPM X X

CCW HDR A PRES SA 0-150 PSIG X X

COND STORAGE POOL LEVEL SA 0-100 % X X

SHUTDOWN COOLINGHX INLET PRESS

SA 0-550 PSIG X X

SHDWN HX OUTLET TEMP SA 0-400°F X

LPSI PUMP A OUTLET WATER TOSHUTDOWN HX A

SA 0-400°F X

LPSI HEADER A TEMP SA 0-400°F X

CONTAINMENT SPRAY PUMP A DISCHPRESS

SA 0-350 PSIG X

CONTAINMENT SPRAY HDR A FLOW SA 0-2500 GPM X

EFP A DISCH PRESS SA 0-1500 PSIG X

EMERG FW TO SG 1 FLOW SA 0-800 GPM X

CCW SURGETANK LVL

SA 0-100% X X

CCW SURGETANK LVL

SB 0-100% X X

SHDN HX CCW FLOW SB 0-7000 GPM X X

CCW HDR B TEMP SB 50-130 F X X


WSES-FSAR-UNIT-3



INDICATORS


CCW HDR B FLOW SB 0-10000 GPM X X

CCW HDR B PRES SB 0-150 PSIG X X

CONDENSATE STORAGEPOOL LEVEL

SB 0-100 % X X

SHUTOWN COOLINGHX B INLET PRESS

SB 0-550 PSIG X

SHDWN HX B OUTLET TEMP SB 0-400 F X

SHDWN HX B TEMP SB 0-400 F X

LPSI HDR B TEMP SB 0-400 F X

CONTAINMENT SPRAY PUMP B DISCH PRESS SB 0-350 PSIG X

CONTAINMENT SPRAY FLOW SB 0-2500 GPM X

EFP B DISCH PRESS SB 0-1500 PSIG X

EMERG FW TO SG 2 FLOW SB 0-800 GPM X

EFP A/B DISCH PRESS SAB 0-1500 PSIG X

MN STM TO EFPT PRESS SAB 0-1300 PSIG X

EMERG FW PMP SPEED TURB DRIVEN SAB 0-6000 RPM X

WET CLG TWR A BASN SA 0-100 % X


WSES-FSAR-UNIT-3



INDICATORS


WET CLG TWR B BASN SB 0-100 % X

LPSI PUMP A MOTOR AMPS SA 0-100A X

LPSI PUMP B MOTOR AMPS SB 0-100A X

RCS COLD LEG 2A TEMPERATURE SA 50-750°F X

RCS COLD LEG 1B TEMPERATURE SB 50-750°F X

RCS HOT LEG 1 TEMPERATURE SB 50-750°F X

RCS HOT LEG 1 PRESSURE SB 0-3000 PSIA X

SATURATION MARGIN TEMPERATURE SB 200-50°F(SUBC) - (SUPH)

X

SHUTDOWN HX B INLET PRESSURE SB 0-600 PSIG X

STEAM GEN. NO. 1 LEVEL (WIDE RANGE) SA 0-100 % X

STEAM GEN. NO. 1 LEVEL (WIDE RANGE) SA 0-100 % X

RCS LOOP 2 SHUTDOWN FLOW SA 0-5500 GPM X

RCS HOT LEG 2 TEMPERATURE SA 50-750°F X


WSES-FSAR-UNIT-3



INDICATORS


STEAM GEN. NO. 2 PRESSURE SB 0-1200 PSIA X

STEAM GEN. NO. 1 LEVEL(WIDE RANGE)

SB 0-100 % X

STEAM GEN. NO. 2 LEVEL(WIDE RANGE)

SB 0-100 % X

PRESSURIZERLEVEL

SA 0-100 % X

SATURATION MARGINTEMPERATURE

SA 200-50 F(SUBC) - (SUPH)

X

RCS LOOP 1SHUTDOWN FLOW

SB 0-5500 GPM X

SI HOT LEG 1LEAKAGE PRESS

SA 0-3000 PSIG X

SI HOT LEG 2LEAKAGE PRESS

SB 0-3000 PSIG X

RWS POOLLEVEL (A)

SA 0-100 % X

RWS POOLLEVEL (B)

SB 0-100 % X


WSES-FSAR-UNIT-3



INDICATORS

Tag No Service Channel Scale - Units RPS ESF PPDI ESSI�

LPSI FLOW CONT VA 2SI-V1541A2(SI-635)-POS. IND

SA 0-100 % OPEN X X

HPSI FLOW CONT VA 2SI-V1542A3(SI-637)-POS. IND

SA 0-100 % OPEN X X

LPSI FLOW CONT VA 2SI-V1549A1(SI-615)-POS. IND

SB 0-100 % OPEN X X


SA 0-100 % OPEN X X


SA 0-100 % OPEN X X


SA 0-100 % OPEN X X

LPSI FLOW CONT VA 2SI-V1539B1(SI-625)-POS. IND

SB 0-100 % OPEN X X

HPSI FLOW CONT VA 2SI-V1540B2(SI-626)-POS. IND

SB 0-100 % OPEN X X

LPSI FLOW CONT VA 2SI-V1544B4(SI-645)-POS. IND

SA 0-100 % OPEN X X


SB 0-100 % OPEN X X


SB 0-100 % OPEN X X


SB 0-100 % OPEN X X

SHUTDOWN COOLINGFLOW CONTROL VALVE 2SI-FM318A (SI-657)

SA 0-100 % OPEN X

SHUTDOWN COOLINGFLOW CONTROL VALVE 2SI-FM349B (SI-656)

SB 0-100 % OPEN X


WSES-FSAR-UNIT-3



RECORDERS


RED TRACE - SG #1 PRESS GREEN TRACE - SG #2 PRES

SMA SMA

0-1200 PSIA 0-1200 PSIA

XX

X X

RED TRACE - SG #1 LEVEL GREEN TRACE - SG #2 LEVEL

SMA SMA

0-100 % 0-100 %

XX

X X

RED TRACE - SHTDN HX A INLET PRESS GREEN TRACE - SPARE

SA 0-550 PSIG X

RED TRACE - SHTDN HX A OUTLET TEMP GREEN TRACE - SPARE

SA 0-400F X

RED TRACE - LPSI PUM 'A' OUTLET WATER TO SHTDN HX A GREEN TRACE - LPSI HDR A

SA

SA

0-400F

0-400F

X

X

RED TRACE - LPSI PUMP B OUTLET WATER TO SHTDN HX A GREEN TRACE - LPSI HDR B

SB

SB

0-400F

0-400F

X

X

RED TRACE - CONTAINMENT PRESS GREEN TRACE

SB 0-70 PSIA X

GREEN TRACE - SIS SUMP WATER LEVEL

SB 0-16 FT X


WSES-FSAR-UNIT-3



MISCELLANEOUS EQUIPMENT


ELECTRONIC MANUAL LOADER SA NA X

SERVICE - EMERGENCY FEEDWATER TOSTEAM GEN NO. 1 VALVE 2FW-V852A

ELECTRONIC MANUAL LOADER SA NA X

SERVICE - EMERGENCY FEEDWATER TOSTEAM GEN NO. 1 VALVE 2FW-V853A

ELECTRONIC MANUAL LOADER SB NA X

SERVICE - EMERGENCY FEEDWATER TOSTEAM GEN NO. 2 VALVE 2FW-V851B

MAIN STEAM ATMOSPHERIC DUMP VALVE2 MS-PM 629A

SA NA X

MAIN STEAM ATMOSPHERIC DUMP VALVE2 MS-PM 630B

SB NA X


WSES-FSAR-UNIT-3


PANEL: CP-18 - HVAC CONTROL PANEL

INDICATORS


WTR CHILLER WC-1 (3A-SA) CHILLED WTR INLET TEMP SA 0-110°F X X

WTR CHILLER WC-1 (3A-SA) CHILLED WTR OUTLET TEMP SA 0-110°F X X

WTR CHILLER WC-1 (3A-SA) CCW INLET TEMP SA 40-150°F X X

WTR CHILLER WC-1 (3A-SA) CCW OUTLET TEMP SA 40-150°F X X

WTR CHILLER WC-1 (3B-SB) CHILLED WTR INLET TEMP SB 0-110°F X X

WTR CHILLER WC-1 (3B-SB) CHILLED WTR OUTLET TEMP SB 0-110°F X X

WTR CHILLER WC-1 (3B-SB) CCW INLET TEMP SB 40-150°F X X

WTR CHILLER WC-1 (3B-SB) CCW OUTLET TEMP SB 40-150°F X X

WTR CHILLER WC-1 (3C-SA/B) CHILLED WTR INLET TEMP SAB 0-110°F X X

WTR CHILLER WC-1 (3C-SA/B) CHILLED WTR OUTLETTEMP

SAB 0-110°F X X

WTR CHILLER WC-1 (3C-SA/B) CCW INLET TEMP SAB 40-150°F X X

WTR CHILLER WC-1 (3C-SA/B) CCW OUTLET TEMP SAB 40-150°F X X

AH-1 (3C-SA) CCW INLET TEMP SA 40-150°F X X

AH-1 (3C-SA) CCW OUTLET TEMP SA 40-240°F X X

AH-1 (3A-SA) CCW INLET TEMP SA 40-150°F X X


WSES-FSAR-UNIT-3

Table 7.5-1 (Sheet 19 of 27) Revision 11-A (02/02)


INDICATORS


AH-1 (3A-SA) CCW OUTLET TEMP SA 40-240°F X X

AH-1 (3D-SB) CCW INLET TEMP SB 40-150°F X X

AH-1 (3D-SB) CCW OUTLET TEMP SB 40-240F X X

AH-1 (3B-SB) CCW INLET TEMP SB 40-150°F X X

AH-1 (3B-SB) CCW OUTLET TEMP SB 40-240°F X X

CONTROL ROOM AMBIENT DIFF PRESSURE SA (-)0.5-0-(+)0.5 in H20 X X

CONTROL ROOM AMBIENT DIFF PRESSURE SB (-)0.5-0-(+)0.5 in H20 X X

DG "A" ROOM TEMP SA 40-140°F X

DG "B" ROOM TEMP SB 40-140°F X

WTR CHILLER WC-1 (3A-SA) CCW INLET PRESS SA 0-125 PSIG X X

WTR CHILLER WC-1 (3A-SA) CCW OUTLET PRESS SA 0-125 PSIG X X

WTR CHILLER WC-1 (3A-SA) CHILLED WTR INLET PRESS SA 0-100 PSIG X X

WTR CHILLER WC-1 (3A-SA) CHILLED WTR OUTLETPRESS

SA 0-100 PSIG X X


WSES-FSAR-UNIT-3



INDICATORS


WTR CHILLER WC-1 (3B-SB) CCW INLET PRESS SB 0-125 PSIG X X

WTR CHILLER WC-1 (3B-SB) CCW OUTLET PRESS SB 0-125 PSIG X X

WTR CHILLER WC-1 (3B-SB) CHILLED WTR INLET PRESS SB 0-100 PSIG X X

WTR CHILLER WC-1 (3B-SB) CHILLED WTR OUTLETPRESS

SB 0-100 PSIG X X

WTR CHILLER WC-1 (3C-SA/B) CCW INLET PRESS SAB 0-125 PSIG X X

WTR CHILLER WC-1 (3C-SA/B) CCW OUTLET PRESS SAB 0-125 PSIG X X

WTR CHILLER WC-1 (3C-SA/B) CHILLED WTR INLETPRESS

SAB 0-100 PSIG X X

WTR CHILLER WC-1 (3C-SA/B) CHILLED WTR OUTLETPRESS

SAB 0-100 PSIG X X

WTR CHILLER WC-1 (3A-SA) CCW FLOW SA 0-1000 GPM X X

WTR CHILLER WC-1 (3A-SA) CHILLED WTR FLOW SA 0-600 GPM X X

WTR CHILLER WC-1 (3B-SB) CCW FLOW SB 0-1000 GPM X X

WTR CHILLER WC-1 (3B-SB) CHILLED WTR FLOW SB 0-600 GPM X X

WTR CHILLER WC-1 (3C-SA/B) CCW FLOW SAB 0-1000 GPM X X

WTR CHILLER WC-1 (3C-SA/B) CHILLED WTR FLOW SAB 0-600 GPM X X

CONTROL ROOM NORTH EMERG AIR INTAKE FLOW SA 0-250 CFM X


WSES-FSAR-UNIT-3



INDICATORS


CONTROL ROOM SOUTH EMERG AIR INTAKE FLOW SA 0-250 CFM X

CONTROL ROOM NORTH EMERG AIR INTAKE FLOW SB 0-250 CFM X

CONTROL ROOM SOUTH EMERG AIR INTAKE FLOW SB 0-250 CFM X

CF CLR 1A CCW FLOW SA 0-1500 GPM X X

CF CLR 2A CCW FLOW SA 0-1500 GPM X X

CF CLR 1B CCW FLOW SB 0-1500 GPM X X

CF CLR 2B CCW FLOW SB 0-1500 GPM X X


WSES-FSAR-UNIT-3



RECORDERS


RED TRACE - CONTMT FAN COOLER AH-1 (3A-SA) INLET TEMP SA 0-450F X X

GREEN TRACE - CONTMT FAN COOLER AH-1 (3A-SA) EXH TEMP SA X X

RED TRACE - CONTMT FAN COOLER AH-1 (3C-SA) INLET TEMP SA 0-450F X

GREEN TRACE - CONTMT FAN COOLER AH-1 (3C-SA) EXH TEMP SA X

RED TRACE - CONTMT FAN COOLER AH-1 (3B-SB) INLET TEMP SB 0-450F X

GREEN TRACE - CONTMT FAN COOLER AH-1 (3B-SB) EXH TEMP SB X

RED TRACE - CONTMT FAN COOLER AH-1 (3D-SB) EXH TEMP SB 0-450F X

GREEN TRACE - CONTMT FAN COOLER AH-1 (3D-SB) EXH TEMP SB X

RED TRACE - CONTMT FAN COOLER AH-1 (3A-SA) UNIT DIFF PRESS

SA 0-10 in. H2O x

GREEN TRACE - CONTMT FAN COOLER AH-1 (3C-SA) UNIT DIFF PRESS

SA X

RED TRACE - CONTMT FAN COOLER AH-1 (3B-SB) UNIT DIFF PRESS

SB 0-10 in. H2O X

GREEN TRACE - CONTMT FAN COOLER AH-1 (3D-SB) UNIT DIFF PRESS

SB X

RED TRACE - SBVS FILTER TRAIN A DIFF PRESS SA 0.15 in. H2O X X

GREEN TRACE - FHB EMERG FILTER TRAIN A DIFF PRESS


WSES-FSAR-UNIT-3



RECORDERS


RED TRACE - CONTR ROOM EMERG FILTER TRAIN A DIFF PRESS

SA 0-15 in. H2O X X

GREEN TRACE - CVAS FILTER TRAIN A DIFF PRESS

RED TRACE - SBVS FILTER TRAIN B DIFF PRESS SB 0-15 in. H2O X X

GREEN TRACE - FHB EMERG FILTER TRAIN B DIFF PRESS

RED TRACE - CONTR ROOM EMERG FILTER TRAIN B DIFF PRESSS

SB 0-15 in. H2O X X

GREEN TRACE - CVAS FILTER TRAIN B DIFF PRESS

MISCELLANEOUS EQUIPMENT

CONTR ROM EMERG INTAKE NO. 1 AIR FLOW SA NA X X

CONTR ROOM EMERG INTAKE NO. 2 AIR FLOW SB NA X X

CONTR ROOM EMERG FILTER UNIT INLET DAMPER D-17 (SA) SA NA X X

CONTR ROOM EMERG FILTER UNIT INLET DAMPER D-17 (SB) SB NA X X

FHB FILTER UNIT INLET DAMPER D-29 (SA) SA NA X X

FHB FILTER UNIT INLET DAMPER D-29 (SB) SB NA X X


WSES-FSAR-UNIT-3


PANEL: CP-33 - HYDROGEN AND COOLING TOWER CONTROL PANEL

INDICATORS


H2 RECOMBINER A TEMP SA 0-2000°F X

H2 RECOMBINER A ELECTRIC POWER LOAD SA 0-100 KW X X

COMPONENT COOLING WTR SYS A TEMP SA 50-130°F X X

AUXILIARY COMPONENT COOLING WTR SYS A FLOW SA 0-7500 GPM X X

H2 RECOMBINER B TEMP SB 0-2000°F X

H2 RECOMBINER B ELECTRIC POWER LOAD SB SB 0-100 KW X

COMPONENT COOLING WTR SYS B TEMP SB 50-130°F X X

AUXILIARY COMPONENT COOLING WTR SYS B FLOW SB 0-7500 GPM X X

WET TOWER "A" BASIN TEMP SA 30-110°F X

WET TOWER "B" BASIN TEMP SB 30-110°F X


WSES-FSAR-UNIT-3



RECORDERS


H2 ANALYZER A RECORDER SA 0-10% X

H2 ANALYZER B RECORDER SB 0-10% XSecurity-RelatedInformationWithheld Under 10 CFR 2.390

WSES-FSAR-UNIT-3



MISCELLANEOUS


ESFAS TEST MODULE A SA NA X

AUXILIARY COMPONENT COOLING WTRSYS A TEMP CNTRL VA3CC-TM290A CONTROL STATION

SA 50-130°F X

ESFAS TEST MODULE B SB NA X

AUXILIARY COMPONENT COOLING WTRSYS B TEMP CONTRL VA3CCTM291B CONTROL STATION

SB 50-130°F X

NOTE:

(a) The transmitter for this indicator or recorder has not been tested for a submerged environment, and the equipment is therefore not considered qualified beyond the point of submergence (approximately 17 feet).


WSES-FSAR-UNIT-3


LEGEND

PPS - Plant Protection System�

ESF - Engineered Safeguard Features�

ESSI - ESF Support System Instrumentation

PPDI - Plant Process Display Instrumentation

CCW HDR - Component Cooling Water Header

EFW - Emergency Feedwater

LPSI - Low Pressure Safety Injection

HPSI - High Pressure Safety Injection

SG - Steam Generator

HVAC - Heating, Ventilating and Air Conditioning

DG - Diesel Generator

PZR - Pressurizer

STM - Steam

SHDN HX - Shutdown Heat Exchanger

CF CLR - Containment Fan Cooler

CLG TWR - Cooling Tower

RCS - Reactor Cooling System

SBVS - Shield Building Ventilation System

FHB - Fuel Handling Building

CVAS - Controlled Ventilation Area System

RAB - Reactor Auxiliary Building

WSES-FSAR-UNIT-3

Revision 8 (5/96)

�

TABLE 7.5-2 WAS DELETED.

�

WSES-FSAR-UNIT-3

TABLE 7.5-3 (Sheet 1 of 40) Revision 308 (11/14)

ACCIDENT MONITORING INSTRUMENTATION

SERIAL NUMBER VARIABLE

RG197 CAT/ TYPE

LOOP COMPONENT

COMP TYPE LOCATION ENV SEIS QA

POWER SUPPLY CLASS RANGE/UNITS

NUMBER OF CHANNEL

SPDS I/O COMMENTS

NEUTRON FLUX B1 ENIINFD0001C2 S CP-7 A A A 1E VITAL 2 C26236 REFER TO NOTE 14.

ENIIJI0001C I 2.00E-08 - 200%

RC IUR0102A2 R CP-7 2.00E-08 - 200%

RC IUR0102A2 R CP-7 2.00E-08 - 200%

NEUTRON FLUX B1 ENIINFD0003D2 S RCB A A A 1E VITAL 2 C26330 REFER TO NOTE 14.

ENIIJI0001D I CP-7 2.00E-08 - 200%

RC IUR0102B2 R CP-7 2.00E-08 - 200%

CTRL ROD POSI B3 CEDIREEDXXXX-1 CEDIREEDXXXX-2

S S

RCB RCB

N/A A A 1E VITAL FULL IN-NOT FULL IN

N/A N/A XXXX=0001 TO 0091, DISP ON CP2(CRT, & MIMIC DISP PANEL) REFER TO NOTE 14.

RCS COLDLEG WATER TEMPERATURE

A1 B1 B3

RC ITE0112CA2 RC ITR0115

S R

RCB CP-2

A A A 1E VITAL 50-750 DEGF

1 FOR COLD LEG 1A

C26239 IND ON QSPDS


A1 B1 B3

RC ITE0112CB2 RC ITI0112CB

S I

RCB CP-8


1 FOR COLD LEG 1B

C26333 IND ON QSPDS


A1 B1 B1

RC ITE0122CA2 RC ITI0122CA RC ITR0125

S I R

RCB CP-8 CP-2

A A A 1E VITAL 50-750 DEGF 50-750 DEGF

1 FOR COLD LEG 2A

C26240 IND ON QSPDS


A1 B1 B3

RC ITE0122CB2 S RCB A A A 1E VITAL 1 FOR COLD LEG 2B

C26332 IND ON QSPDS

RCS COLD LEG TEMPERATURE

B1 REFER TO SERIAL NO. 4.

RCS HOTLEG WATER TEMPERATURE

A1 B1

RC ITE0112HB2 RC ITI0112HB

S I

RCB CP-8


1 PER HOT LEG 1 & 2

N/A


A1 B1

RC ITE0122HA2 RC ITI0122HA RC ITR0112-2

S I R

RCB CP-8 CP-2


1 PER HOT LEG 1 & 2

N/A IND ON QSPDS.


A1 B1

RC ITE0122HA1 RC ITR0102HA

S R

RCB CP-2


1 PER HOT LEG 1 & 2

C26426 C26331

REFER TO NOTE 14 FOR THE RECORDER ONLY.


WSES-FSAR-UNIT-3

TABLE 7.5-3 (Sheet 2 of 40) Revision 11-A (02/02)

ACCIDENT MONITORINGINSTRUMENTATION

SERIALNUMBER VARIABLE

RG197CAT/TYPE

LOOPCOMPONENT

COMPTYPE LOCATION ENV SEIS QA

POWERSUPPLYCLASS RANGE/UNITS

NUMBEROFCHANNEL

SPDSI/O COMMENTS

RCS HOTLEG WATERTEMPERATURE

A1B1

RC ITE0112HA1RC ITR0102HA

SR

RCBCP-2

A A A 1E VITAL525-675 DEGF

1 PER HOTLEG 1 & 2

C26238 REFER TO NOTE 14 FOR THERECORDER ONLY.


A1B1

RC ITE0112HA2RC ITR0112-1

SR

RCBCP-2

A A A 1E VITAL50-750 DEGF

1 PER HOTLEG 1 & 2

N/A IND ON QSPDS.


A1B1

RC ITE0122HB2 S RCB A A A 1E VITAL 1 PER HOTLEG 1 & 2

N/A IND ON QSPDS.

RCS PRESSURE A1B1C1

RC IPT0102ARC IPI0102ARC IPR0102A

SIR

RCBCP-7CP-7

A A A 1E VITAL 0-3000 PSIA0-3000 PSIA0-3000 PSIA

6 N/A

RCS PRESSURE A1B1C1

RC IPT0102BRC IPI0102B

SI

RCBCP-7

A A A 1E VITAL 0-3000 PSIA0-3000 PSIA

6 N/A

RCS PRESSURE A1B1C1

RC IPT0102CRC IPI0102C

SI

RCBCP-7


6 N/A

RCS PRESSURE A1B1C1

RC IPT0102DRC IPI0102D

SI

RCBCP-7


6 N/A

RCS PRESSURE A1B1C1

RC IPT9120A S RCB A A A 1E VITAL 0-4000 PSIG 6 N/A IND ON QSPDS. REFER TONOTE 2.

RCS PRESSURE A1B1C1

RC IPT9120B S RCB A A A 1E VITAL 0-4000 PSIG 6 N/A IND ON QSPDS. REFER TONOTE 2.

RCS PRESSURE B1 REFER TO SERIAL #7.

RCS PRESSURE C1 REFER TO SERIAL #7.


CORE EXITTEMPERATURE

B3C1

RC IUR0102A1RC ITE0093-L16

RS

CP-7RCB

A A A 1E VITAL 200-2300 DEGF 2 C26417C26510

IND ON QSPDS. REFER TOFSAR SECTIONS 1.9A.3.3 AND


WSES-FSAR-UNIT-3




RG197 CAT/ TYPE

LOOP COMPONENT



NUMBER OF CHANNEL

SPDS I/O COMMENTS

RC ITE0093-G18 RC ITE0093-E20 RC ITE0094-G13 RC-ITE0095-A14 RC ITE0095-C9 RC ITE0095-E6 RC ITE0096-G2 RC-ITE0096-C4 RC ITE0098-T2 RC ITE0098-L9 RC ITE0098-R4 RC ITE0100-T16 RC ITE0101-W18 RC ITE0092-G20 RC ITE0093 G16 RC ITE0093-L13 RC ITE0094-G9 RC ITE0094-C16 RC ITE0095-E9 RC ITE0096-E4 RC ITE0096-A8 RC ITE0097-L2 RC ITE0098-R6 RC ITE0099-W6 RC ITE0100-W13 RC ITE0100-T13 RC ITE0101-T18

S S S S S S S S S S S S S S S S S S S S S S S S S S S

RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB RCB

1.9A.4.1 AND FIGURE 1.9A-9 FOR CORE EXIT THERMOCUPLES CONFIGURATIONS. REFER TO NOTE 14 FOR THE RECORDER ONLY.


B3 C1

RC IUR0102B1 RC ITE0092-L18 RC ITE0092-R16 RC ITE0093-E18

R S S S

CP-7 RCB RCB RCB

A A A 1E VITAL 200-2300 DEGF 2 N/A IND ON QSPDS. REFER TO FSAR SECTIONS 1.9A.3.3 AND 1.9A.4.1 AND FIGURE 1.9A-9 FOR CORE EXIT THERMOCOUPLES CONFIGURATION. REFER TO NOTE 14 FOR THE RECORDER ONLY.

RC ITE0094-E13

RC ITE0095-C13 RC ITE0096-C6

S

S S

RCB

RCB RCB

REFER TO NOTE 20


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

RC ITE0097-L4RC ITE0098-T4

RC ITE0098-L6RC ITE0099-R9RC ITE0100-W9RC ITE0101-Y14RC ITE0101-W16RC ITE0101-R20RC ITE0092-R18RC ITE0092-L20RC ITE0094-E16RC ITE0094-C18RC ITE0096-E2RC ITE0097-G6RC ITE0097-R2RC ITE0097-G4RC ITE0099-W4RC ITE0099-T9RC ITE0099-R13RC ITE0099-T6RC ITE0100-Y8RC ITE0101-T20

SS

SSSSSSSSSSSSSSSSSSSS

RCBRCB

RCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCB

Refer to Note 20Refer to Note 20


C1 REFER TO SERIAL #11.

COOLANTLEVEL IN

B1 RC ILR2103A1RC ILR2103A2

RR

CP-7CP-7

A A A 1E VITAL 0-100%0-100%

2 N/A IND ON QSPDS. RECORDERS PROVIDE INDICATION OF LEVEL

REACTOR RC IHTE0111ARC IHTE0121ARC IHTE0131ARC IHTE0141ARC IHTE0211ARC IHTE0221ARC IHTE0231ARC IHTE0241ARC IUTE0111ARC IUTE0121ARC IUTE0131ARC IUTE0141ARC IUTE0211ARC IUTE0221ARC IUTE0231ARC IUTE0241A

SSSSSSSSSSSSSSSS

RCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCB

FROM BOTTOM OF HOT LEG TO TOP OF VESSEL. REFER TO NOTE 14 FOR THE RECORDERS ONLY.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

COOLANTLEVEL INREACTOR

B1 RC ILR2103B1RC ILR2103B2RC IHTE0111BRC IHTE0121BRC IHTE0131BRC IHTE0141BRC IHTE0211BRC IHTE0221BRC IHTEO231BRC IHTE0241BRC IUTE0111BRC IUTE0121BRC IUTE0131BRC IUTE0141B

RRSSSSSSSSSSSS

CP-7CP-7RCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCBRCB

A A A 1E VITAL 0-100%0-100%

2 N/A IND ON QSPDS. RECORDERSPROVIDE INDICATION OFLEVEL FROM BOTTOM OFHOTLEG TO TOP OF VESSEL.REFER TO NOTE 14 FOR THERECORDERS ONLY.

RC IUTE0211BRC IUTE0221BRC IUTE0231BRC IUTE0241B

SSSS

RCBRCBRCBRCB

DEGREE OFSUBCOOLING

B2 RC ITI2200A1RC ITI2200A2RC IUR0101A1RC IUR0101A2RC ITE0112HA2RC IPT0106A

IIRRSS

CP-2CP-8CP-7CP-7RCBRCB

A A A 1E VITAL 200 SC-50SH DEGF200 SC-50SH DEGF200 SC-800SH DEGF200 SC-800SH DEGF

0-3000 PSIA

2 C26506C26413C26508C26415

INPUTS FROM TEMP SENSORSOFRCS HOT & COLD LEG AREALSO USED IN CALCULATINGDEG. OFSUBCOOLING. INDON QSPDS. REFER TO NOTE14 FOR THE RECORDERSONLY.

DEGREE OFSUBCOOLING

B2 RC ITI2200B1RC ITI2200B2RC IUR0101B1RC IUR0101B2RC ITE0122HB2RC IPT0106B

IIRRSS

CP-2CP-8CP-7CP-7RCBRCB

A A A 1E VITAL 200 SC-50SH DEGF200 SC-50SH DEGF200 SC-800SH DEGF200 SC-800SH DEGF

0-3000 PSIA

2 N/A INPUTS FROM TEMP SENSORSOFRCS HOT & COLD LEG AREALSO USED IN CALCULATINGDEG. OF SUBCOOLING. INDON QSPDS. REFER TO NOTE14 FOR THE RECORDERSONLY.

RCS PRESSURE B1 REFER TO SERIAL #7.

CONTAINMENTSUMP LEVELWIDE RANGE

B1C1

SI ILT7145ASI ILI7145A

SI

RCBCP-8

A A A 1E VITAL 0-16 FTW0-16 FTW

2 N/A IND ON QSPDS. REFER TONOTE 14.

CONTAINMENTSUMP LEVELWIDE RANGE

B1C1

SI ILT7145BSI ILR7145B

SR

RCBCP-8


2 N/A REFER TO NOTE 14 FOR THERECORDER ONLY.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

CONTAINMENTSUMP LEVELNARROW RANGE

B2C2

SP ILT6705ASP ILI6705A

SI

RCBCP-8


2 C26235 IND ON QSPDS

CONTAINMENTSUMP LEVELNARROW RANGE

B2C2

SP ILT6705BSP ILR6705B

SR

RCBCP-8


2 N/A

CNTMT SUMPWATER LEVEL

C1C2

REFER TO SERIAL #16.

CONTAINMENTPRESSURE

A1B1C1

ESFIPT6750AESFIP16750A

SI

RCBCP-8


2 N/A CONTAINMENT DESIGNPRESSURE IS 44 PSIG.REFER TO NOTE 14.

CONTAINMENTPRESSURE

A1B1C1

ESFIPT6750BESFIPR6750B

SR

RCBCP-8


2 N/A CONTAINMENT DESIGNPRESSURE IS 44 PSIG.REFER TO NOTE 14 FOR THERECORDER ONLY.

CNTMNT PRESS. B1 REFER TO SERIAL #18.

CNTMNT PRESS. C1 REFER TO SERIAL #18.

CNTMNT ISOLVLV POSITION

B1 MS IZS0120ANOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.

CLOSED NOT CLOSEDCLOSED / OPEN

1/VALVE D55002 MS MVAAA120A MAIN STEAMDRAIN. NOTE 3



SI

RBCP-8

B A A 1EEMERG.


1/VALVE D55003 MS MVAAA119A MAIN STEAMDRAIN. NOTE 3


B1 MS IZS0120BNOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


1/VALVE D55007 MS MVAAA120B MAIN STEAMDRAIN. NOTE 3



SI

RBCP-8

B A A 1EEMERG.


1/VALVE D55008 MS MVAAA119B MAIN STEAMDRAIN. NOTE 3


B1 BD IZS0102A2NOT AVAILABLE

SI

RCBCP-8

A A A 1EEMERG.


1/VALVE D11405 BD MVAAA102A STEAMGENERATOR BLOWDOWN.NOTE 4


B1 BD IZS0103A2NOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.


1/VALVE D11406 BD MVAAA103A STEAMGENERATOR BLOWDOWN.NOTE 4


B1 BD IZS0102B2NOT AVAILABLE

SI

RCBCP-8

A A A 1EEMERG.


1/VALVE D11407 BD MVAAA102B STEAMGENERATOR BLOWDOWN.NOTE 4


B1 BD IZS0103B2NOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.


1/VALVE D11408 BD MVAAA103B STEAMGENERATOR BLOWDOWN.NOTE 4


WSES-FSAR-UNIT-3




RG197 CAT/ TYPE

LOOP COMPONENT



NUMBER OF CHANNEL

SPDS I/O COMMENTS

CNTMNT ISOL VLV POSITION

B1 IA IZS0909/2 NOT AVAILABLE

S I

RB CP-8

A A A 1E VITAL CLOSED NOT CLOSED CLOSED / OPEN

1/VALVE D61120 IA MVAAA909 INSTRUMENT AIR. NOTE 5. REFER TO NOTE 14.


B1 NG IZS0157/2 NOT AVAILABLE

S I

RB CP-8


1/VALVE D61002 NG MVAAA157 NITROGEN SUPPLY. NOTE 5. REFER TO NOTE 14.


B1 CVCIZS0109/2 NOT AVAILABLE

S I

RCB CP-4


1/VALVE D39108 CVCMVAAA109 CVCSLETDOWN. NOTE 4. REFER TO NOTE 14.



S I

RCB CP-4


1/VALVE D39104 CVCMVAAA103 CVCSLETDOWN. NOTE 4. REFER TO NOTE 14.


B1 PSLIZS0107/2 S I

RB CP-8

A A A 1E EMERG.

CLOSED NOT CLOSED CLOSED / OPEN

1/VALVE N/A PSLMVAAA107 RCS SAMPLE. NOTE 4


B1 PSLIZ0105/2 NOT AVAILABLE

S I

RCB CP-8

A A A 1E EMERG.


1/VALVE N/A PSLMVAAA105 RCS SAMPLE. NOTE 4


B1 PSLIZS0204/2 NOT AVAILABLE

S I

RB CP-8

A A A 1E EMERG.


1/VALVE N/A PSLMVAAA204 PRESSURIZERSURGE LINE SAMPLE. NOTE 4



S I

RCB CP-8

A A A 1E EMERG.


1/VALVE N/A PSLMVAAA203 PRESSURESURGE LINE SAMPLE. NOTE 4



S I

RB CP-8

A A A 1E EMERG.


1/VALVE N/A PSLMVAAA304 PRESSURIZERSAMPLE. NOTE 4



S I

RCB CP-8

A A A 1E EMERG.


1/VALVE N/A PSLMVAAA303 PRESSURIZER SAMPLE. NOTE 4


B1 GWMIZS0105/2 NOT AVAILABLE

S I

RB CP-4

A A A 1E EMERG.


1/VALVE D41307 GWMMVAAA105 WASTE GAS VENT HEADER. NOTE 4


B1 GWMIZS0104/2 NOT AVAILABLE

S I

RCB CP-4

A A A 1E EMERG.


1/VALVE D41306 GWMMVAAA104 WASTE GAS VENT HEADER. NOTE 4


B1 SP IZS0106/2 NOT AVAILABLE

S I

RB CP-8

A A A 1E EMERG.


1/VALVE N/A SP MVAAA1O6 CONTAINMENT SUMP PUMP DISCHARGE. NOTE 4


WSES-FSAR-UNIT-3




RG197 CAT/ TYPE

LOOP COMPONENT



NUMBER OF CHANNEL

SPDS I/O COMMENTS

) CNTMNT ISOL VLV POSITION

B1 SP IZS0105/2 NOT AVAILABLE

S I

RCB CP-8

A A A 1E EMERG.


1/VALVE N/A SP MVAAA105 CONTAINMENT SUMP PUMP DISCHARGE. NOTE 4


B1 BM IZS0110/2 NOT AVAILABLE

S I

RB CP-4

A A A 1E EMERG.


1/VALVE D40119 BM MVAAA110 REACTOR DRAIN TANK OUTLET. NOTE 4


B1 BM IZS0109/2 NOT AVAILABLE

S I

RCB CP-4

A A A 1E EMERG.


1/VALVE D40118 BM MVAAA109 REACTOR DRAIN TANK OUTLET. NOTE 4



S I

RB CP-4

A A A 1E EMERG.


1/VALVE D39410 CVCMVAAA401 RCPBLEEDOFF. NOTE 4


B1 RC IZS0606/2 NOT AVAILABLE

S I

RCB CP-4

A A A 1E EMERG.


1/VALVE D39411 RC MVAAA606 RCP BLEEDOFF. NOTE 4

CNTMNT ISOL; VLV POSITION

B1 CARIZS0201B NOT AVAILABLE

S I

RCB CP-18

A A A 1E EMERG.


1/VALVE D51512 CARMVAAA201B CARSEXHAUST. NOTE 6


B1 CARIZS0200B2 NOT AVAILABLE

S I

RCB CP-18


1/VALVE N/A CARMVAAA200B CARSEXHAUST. NOTE 6. REFER TO NOTE 14.


B1 CARIZS0202B2 NOT AVAILABLE

S I

RB CP-18


1/VALVE N/A CARMVAAA202B CARSEXHAUST. NOTE 6. REFER TO NOTE 14.


B1 CARIZS0201A NOT AVAILABLE

S I

RCB CP-18

A A A 1E EMERG.


1/VALVE D51511 CARMVAAA201A CARSEXHAUST. NOTE 5


B1 ARMISV0110 NOT AVAILABLE

S I

RB CP-14


1/VALVE N/A ARMISV0110 CONTAINMENTATMOSPHERIC MONITOR. NOTE 4. REFER TO NOTE 14.



S I

RCB CP-14


1/VALVE N/A ARMISV0109 CONTAINMENT ATMOSPHERIC MONITOR. NOTE 4. REFER TO NOTE 14.



S I

RB CP-14


1/VALVE N/A ARMISV0103 CONTAINMENTATMOSPHERIC MONITOR. NOTE 5. REFER TO NOTE 14.


B1 SSLIZS8006A2 NOT AVAILABLE

S I

RB CP-8


1/VALVE N/A SSLMVAAA8006A STEAMGENERATOR BLOWDOWN SAMPLE. NOTE 4. REFER TO NOTE 14.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS


B1 SSLIZS8004A2NOT AVAILABLE

SI

RCBCP-8

A A A 1E VITAL CLOSED NOT CLOSEDCLOSED / OPEN

1/VALVE N/A SSLMVAAA8004A STEAMGENERATOR BLOWDOWNSAMPLE. NOTE 4. REFER TONOTE 14.


B1 CVRISV0401NOT AVAILABLE

SI

RBCP-18

A A A 1EEMERG.


1/VALVE D51411 CVRISV0401 CNTMNT VACRELIEF INSTRUMENT LINENOTE 3. ALSO REFER TOFSAR SEC. 6.2.4.2.2. REFERTO NOTE 14.


B1 SI IZS0343/2NOT AVAILABLE

SI

RCBCP-8

A A A 1EEMERG.


1/VALVE D44010 SI MVAAA343 SIT DRAIN TORWSP NOTE 5


B1 FP IZS0601A2NOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.


1/VALVE D49820 FP MVAAA601A CONTAINMENTFIRE WATER HEADER. NOTE5


B1 FP IZS0601B2NOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.


1/VALVE D49821 FP MVAAA601B CONTAINMENTFIRE WATER HEADER. NOTE5


B1 CVRISV0400NOT AVAILABLE

SI

RBCP-18

A A A 1EEMERG.


1/VALVE D51413 CVRISV0400 CNTMNT VACRELIEF INSTRUMENT LINENOTE 3. ALSO REFER TOFSAR SEC. 6.2.4.2.2. REFERTO NOTE 14.


B1 HRAISV0110AHRAISV0109AHRAISV0126ANOT AVAILABLE

SSSI

RBRCBRBCP-33

A A A 1EEMERG.

CLOSED NOT CLOSEDCLOSED NOT CLOSEDCLOSED NOT CLOSEDCLOSED / OPEN

1/VALVE N/A HRAISV0110A, HRAISV0109AAND HRAISV0126AHYDROGEN ANALYZERNOTE 7.


B1 HRAISV0110BHRAISV0109BHRAISV0126BNOT AVAILABLE

SSSI

RBRCBRBCP-33

A A A 1EEMERG.

CLOSED NOT CLOSEDCLOSED NOT CLOSEDCLOSED NOT CLOSEDCLOSED / OPEN

1/VALVE N/A HRAISV0110B, HRAISV0109BAND HRAISV0126BHYDROGEN ANALYZER NOTE7


B1 CAPIZS0103/2NOT AVAILABLE

SI

RCBCP-18

A A A 1EEMERG.


1/VALVE D51005 CAPMVAAA103 CONTAINMENTPURGE INLET. NOTE 4



SI

RCBCP-18

A A A 1EEMERG.


1/VALVE D51007 CAPMVAAA104 CONTAINMENTPURGE INLET. NOTE 4

COMPONENTDELETED FROMTABLE


B1 SI IZS0602ANOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.


1/VALVE D44501 SI MVAAA602A SI FROM SISSUMP NOTE 3


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

)CNTMNT ISOLVLV POSITION

B1 SI IZS0602BNOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.


1/VALVE D44503 SI MVAAA602B SI FROM SISSUMP NOTE 3


B1 MS IZS0124AA3NOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


2/VALVE N/A MS MVAAA124A MAIN STEAM.NOTE 3


B1 MS IZS0124AB3 S RB B A A 1EEMERG.

CLOSED NOT CLOSED 2/VALVE N/A MS MVAAA124A MAIN STEAM.IND IS ON THE PLANTCOMPUTER SYSTEM PT IDD55014. NOTE 3


B1 SSLIZS0301A2NOT AVAILABLE

SI

RBCP-8

B A A 1E VITAL CLOSED NOT CLOSEDCLOSED / OPEN

1/VALVE N/A SSLMVAA301A MAIN STEAMSAMPLE NOTE 3. REFER TONOTE 14.


B1 MS IZS0124BA3 S RB B A A 1EEMERG.

CLOSED NOT CLOSED 2/VALVE N/A MS MVAAA124B MAIN STEAM.IND IS ON THE PLANTCOMPUTER SYSTEM PT IDD55016. NOTE 3


B1 MS IZS0124BB3NOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


2/VALVE N/A MS MVAAA124B MAIN STEAM.NOTE 3


B1 SSLIZS0301B2NOT AVAILABLE

SI

RBCP-8

B A A 1E VITAL CLOSED NOT CLOSEDCLOSED / OPEN

1/VALVE N/A SSLMVAAA301B MAIN STEAMSAMPLE. NOTE 3. REFER TONOTE 14.


B1 EFWIZS0229A2NOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


1/VALVE N/A EFWMVAAA229A EMERGENCYFEEDWATER. NOTE 4. REFERTO NOTE 14.


B1 EFWIZS0228A2NOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


1/VALVE N/A EFWMVAAA228AEMEREGENCY FEEDWATER.NOTE 4


B1 EFWIZS0229B2NOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


1/VALVE N/A EFWMVAAA229B EMERGENCYFEEDWATER. NOTE 4


B1 EFWIZS0228B2NOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


1/VALVE N/A EFWMVAAA228B EMERGENCYTFEEDWATER. NOTE 4. REFERTO NOTE 14.



SI

RBCP-8


1/VALVE N/A SSLMVAAA8006B STEAMGENERATOR BLOWDOWNSAMPLE. NOTE 4. REFER TONOTE 14.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS



SI

RCBCP-8


1/VALVE N/A SSLMVAAA8004B STEAMGENERATOR BLOWDOWNSAMPLE. NOTE 4. REFER TONOTE 14.



SI

ANNCP-18

A A A 1EEMERG.


1/VALVE D51011 CAPMVAAA204 CONTAINMENTPURGE OUTLET. NOTE 4



SI

RCBCP-18

A A A 1EEMERG.


1/VALVE D51009 CAPMVAAA203 CONTAINMENTPURGE OUTLET. NOTE 4

COMPONENTDELETED FROMTABLE


B1 CC IZS0641/2NOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.


1/VALVE N/A CC MVAAA641 CCW TO RCPSAND CEDM COOLER. NOTE 5


B1 CC IZSO713/2NOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.




B1 CC IZS0710/2NOT AVAILABLE

SI

RCBCP-8

A A A 1EEMERG.




B1 FW IZS0184AA2NOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


2/VALVE N/A FW MVAAA184A MAINFEEDWATER NOTE 3


B1 FW IZS0184AB2 S RB B A A 1EEMERG.

CLOSED NOT CLOSED 2/VALVE N/A FW MVAAA184A MAINFEEDWATER IND IS ON THEPLANT COMPUTER SYS. (PTID D09000). NOTE 3


B1 FW IZSO184BB2NOT AVAILABLE

SI

RBCP-8

B A A 1EEMERG.


2/VALVE N/A FW MVAAA184B MAINFEEDWATER NOTE 3


B1 FW IZS0184BA2 S RB B A A 1EEMERG.

CLOSED NOT CLOSED 2/VALVE N/A FW MVAAA184B MAINFEEDWATER IND IS ON THEPLANT COMPUTER SYS. (PTID D09001). NOTE 3


B1 SA ISV9082NOT AVAILABLE

SI

RBCP-8

A A A 1EEMERG.


1/VALVE N/A SA ISV9082 ESSENTIAL IA TOCC-710. NOTE 5

CNTMT ISOLITION


SI

RBCP-8

B A A 1E EMERG CLOSED NOT CLOSEDCLOSED / OPEN

1/VALVE N/A MS MVAAA401A EMERGENCYSG FEED PUMP TURBINES.NOTE 3, 15.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

CNTMT ISOLVLV POSITION


SI

RBCP-8

B A A 1E EMERG CLOSED NOT CLOSEDCLOSED / OPEN

1/VALVE N/A MS MVAAA401B EMERGENCYSG FEED PUMP TURBINES.NOTE 3, 15.


B1 MS IZS0116A2ANNUN. M0701

SI

RBCP-19

B* B A N1E VITAL CLOSED NOT CLOSEDSG1 ATMOSPHERICDUMP VLV OPEN

1/VALVE N/A MS MVAAA116A ATMOSPHERICSTEAM DUMP. NOTE 3, 15, 16..


B1 MS IZS0116B2ANNUN. N0701

SI

RBCP-19

B* B A N1E VITAL CLOSED NOT CLOSEDSG2 ATMOSPHERICDUMP VLV OPEN

1/VALVE N/A MS MVAAA116B ATMOSPHERICSTEAM DUMP. NOTE 3, 15, 16.


B1 CVRIZS0101 1/2NOT AVAILABLE

SI

ANNCP-18

A A A 1E VITAL CLOSED NOT CLOSEDOPEN / CLOSED

1/VALVE N/A CVRMVAAA101 CONTAINMENTVACUUM RELIEF. NOTE 15.


B1 CVRIZS0201 1/2NOT AVAILABLE

SI

ANNCP-18


1/VALVE N/A CVRMVAAA201 CONTAINMENTVACUUM RELIEF. NOTE 15.


B1 CC IZS0807A1/2NOT AVAILABLE

SI

RBCP-18

A A A 1E EMERG CLOSED NOT CLOSEDGREEN / RED

1/VALVE N/A CC MVAAA807A COMPONENTCOOLING WATER INLET TOCNTMNT FAN COOLER UNITS.NOTE 3, 15.


B1 CC IZS0807B1/2NOT AVAILABLE

SI

RBCP-18


1/VALVE N/A CC MVAAA807B COMPONENTCOOLING WATER INLET TOCNTMNT FAN COOLER UNITS.NOTE 3, 15.



SI

RBCP-18


1/VALVE N/A CC MVAAA808A COMPONENTCOOLING WATER INLET TOCNTMNT FAN COOLER UNITS.NOTE 3, 15.



SI

RBCP-18


1/VALVE N/A CC MVAAA808B COMPONENTCOOLING WATER INLET TOCNTMNT FAN COOLER UNITS.NOTE 3, 15.



SI

RBCP-18


1/VALVE N/A CC MVAAA822A COMPONENTCOOLING WATER OUTLETFROM CNTMNT FAN COOLERUNITS. NOTE 3, 15.



SI

RBCP-18


1/VALVE N/A CC MVAAA822B COMPONENTCOOLING WATER OUTLETFROM CNTMNT FAN COOLERUNITS. NOTE 3, 15.


WSES-FSAR-UNIT-3




RG197 CAT/ TYPE

LOOP COMPONENT



NUMBER OF CHANNEL

SPDS I/O COMMENTS

CNTMT ISOL VLV POSITION

B1 CC IZS0823A1/2 NOT AVAILABLE

S I

RB CP-18

A A A 1E EMERG

CLOSED NOT CLOSED GREEN / RED

1/VALVE N/A CC MVAAA823A COMPONENT COOLING WATER OUTLET FROM CNTMNT FAN COOLER UNITS. NOTE 3, 15.


B1 CC IZS0823B1/2 NOT AVAILABLE

S I

RB CP-18

A A A 1E EMERG

CLOSED NOT CLOSED GREEN / RED

1/VALVE N/A CC MVAAA823B COMPONENT COOLING WATER OUTLET FROM CNTMNT FAN COOLER UNITS. NOTE 3, 15.


B1 CS IZS0125A1/2 NOT AVAILABLE

S I

RB CP-8

A A A 1E EMERG


1/VALVE N/A CS MVAAA125A CONTAINMENT SPRAY. NOTE 15.


B1 CS IZS0125B1/2 NOT AVAILABLE

S I

RB CP-8

A A A 1E EMERG


1/VALVE N/A CS MVAAA125B CONTAINMENT SPRAY. NOTE 15.


B1 SI IZS0138A NOT AVAILABLE

S I

RB CP-8

A A A 1E EMERG

CLOSED NOT CLOSED MORE / LESS

1/VALVE N/A SI MVAAA138A SAFETY INJECTION FROM LPSI PUMPS. NOTE 5, 15.


B1 SI IZS0138B NOT AVAILABLE

S I

RB CP-8

A A A 1E EMERG


1/VALVE N/A SI MVAAA138B SAFETY INJECTION FROM LPSI PUMPS. NOTE 5, 15.



S I

RB CP-8

A A A 1E EMERG


1/VALVE N/A SI MVAAA139A SAFETY INJECTION FROM LPSI PUMPS. NOTE 5, 15.



S I

RB CP-8

A A A 1E EMERG


1/VALVE N/A SI MVAAA139B SAFETY INJECTION FROM LPSI PUMPS. NOTE 5, 15.


B1 SI IZS0405A1/2 NOT AVAILABLE

S I

RCB CP-8

A A A 1E EMERG


1/VALVE N/A SI MVAAA405A SAFETY INJECTION SHUTDOWN COOLING. NOTE 15.


B1 SI IZS0405B1/2 NOT AVAILABLE

S I

RCB CP-8

A A A 1E EMERG


1/VALVE N/A SI MVAAA405B SAFETY INJECTION SHUTDOWN COOLING. NOTE 15.



S I

RB CP-8

A A A 1E EMERG


1/VALVE N/A SI MVAAA407A SAFETY INJECTION SHUTDOWN COOLING. NOTE 15.



S I

RB CP-8

A A A 1E EMERG


1/VALVE N/A SI MVAAA407B SAFETY INJECTION SHUTDOWN COOLING. NOTE 15.


B1 SI ISV4052A NOT AVAILABLE

S I

RCB CP-8

A A A 1E EMERG


1/VALVE N/A SI ISV4052A SAFETY INJECTION SHUTDOWN COOLING. NOTE 15.


B1 SI ISV4052B NOT AVAILABLE

S I

RCB CP-8

A A A 1E EMERG


1/VALVE N/A SI ISV4052B SAFETY INJECTION SHUTDOWN COOLING. NOTE 15.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS



SI

RBCP-8

A A A 1E EMERG CLOSED NOT CLOSEDMORE / LESS

1/VALVE N/A SI MVAAA225A SAFETYINJECTION SYSTEM FROMHPSI LOOP 1A. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA225B SAFETYINJECTION SYSTEM FROMHPSI LOOP 1A. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA226A SAFETYINJECTION SYSTEM FROMHPSI LOOP 1B. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA226B SAFETYINJECTION SYSTEM FROMHPSI LOOP 1B. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA227A SAFETYINJECTION SYSTEM FROMHPSI LOOP 2A. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA227B SAFETYINJECTION SYSTEM FROMHPSI LOOP 2A. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA228A SAFETYINJECTION SYSTEM FROMHPSI LOOP 2B. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA228B SAFETYINJECTION SYSTEM FROMHPSI LOOP 2B. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA506A SAFETYINJECTION HOT LEGINJECTION. NOTE 5, 15.



SI

RBCP-8


1/VALVE N/A SI MVAAA506B SAFETYINJECTION HOT LEGINJECTION. NOTE 5, 15.


B1 CVCIZS0209 1/2NOT AVAILABLE

SI

RBCP-4

A A A 1E VITAL CLOSED NOT CLOSEDRED / GREEN

1/VALVE N/A CVCMVAAA209 CHEMICALAND VOLUME CONTROLCHARGING LINE. NOTE 15.


B1 CVCISV0216ANOT AVAILABLE

SI

RCBCP-4


1/VALVE N/A CVCMVAAA216A CHEMICALAND VOLUME CONTROLCHARGING LINE. NOTE 15.


WSES-FSAR-UNIT-3

TABLE 7.5-3 (Sheet 15 of 40) Revision 12-B (04/03)



RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

)CNTMT ISOLVLV POSITION

B1 CVCISV0216BNOT AVAILABLE

SI

RCBCP-4


1/VALVE N/A CVCMVAAA216B CHEMICAL AND VOLUME CONTROL CHARGING LINE. NOTE 15.


B1 CVCISV0218ANOT AVAILABLE

SI

RCBCP-4


1/VALVE N/A CVCMVAAA218A CHEMICAL AND VOLUME CONTROL CHARGING LINE. NOTE 15.


B1 CVCISV0218BNOT AVAILABLE

SI

RCBCP-4

A A A 1E VITAL CLOSED NOT CLOSEDGREEN / RED

1/VALVE N/A CVCMVAAA218B CHEMICALAND VOLUME CONTROL CHARGING LINE. NOTE 15.


B1 SI-ISV-14023ANOT AVAILABLE

SI

RBCP-8


1/VALVE D10844 SI-ISV-14023A LPSI VENT ISOLATION NOTE 14.

COMPONENTS DELETED FROM TABLE






RADIOACTIVITYCONCENTRATION

C1 SEE SERIAL #88. MONITORED VIA GRAB SMPL FROM PASS.REFER TO FSAR SUBSECTION 9.3.8.

ANA OF PRIMCOOLANT

C3 SEE SERIAL #88. MONITORED VIA GRAB SMPL FROM PASS.REFER TO FSAR SUBSECTION 9.3.8.


CNTMNT PRESS. C1 REFER TO SERIAL #018.

CNTMNT WATER LEVEL


CNTMNT AREA RADIATION



EFFLUENTRADIOACTIVITY

C3 REFER TO SERIAL #75. NOBLEGAS EFFLUENT FROM COND AIR REMOVAL SYSTEM EXHAUST.


WSES-FSAR-UNIT-3




RG197 CAT/ TYPE

LOOP COMPONENT



NUMBER OF CHANNEL

SPDS I/O COMMENTS

CONTAINMENT HYDROGEN CONCENTRATION

D3 D3

HRAMANN0001A HRAIAR8001A

S R

RAB CP-33

A A A 1E VITAL 0-10% 0-10%

2 N/A INST. IS SELF COMPENSATEDFOR A PRESSURE RANGE OF - 5 PSIG TO CONTAINMENT DESIGN PRESSURE.

CONTAINMENT HYDROGEN CONCENTRATION

D3 D3

HRAMANN0001B HRAIAR8001B

S R

RAB CP-33

A A A 1E VITAL 0-10% 0-10%

2 C26339 INST. IS SELF COMPENSATEDFOR A PRESSURE RANGE OF - 5 PSIG TO CONTAINMENT DESIGN PRESSURE.

CONTAINMENT PRESSURE

C1 ESFIPT6755A ESFIPR6755A

S R

RB CP-8

A A A 1E VITAL (-)5-195 PSIG (-)5-195 PSIG

2 A42208 CONT DESIGN PRESSURE IS 44 PSIG. REFER TO NOTE 14.

CONTAINMENT PRESSURE

C1 ESFIPT6755B ESFIPR6755B

S R

RB CP-8

A A A 1E VITAL (-)5-195 PSIG (-)5-195 PSIG

2 A42209 CONT DESIGN PRESSURE IS 44 PSIG. REFER TO NOTE 14.

CNTMNT EFFL. RADIOACTIVITY


EFFLUENTRADIOACTIVITY


SDCS COOLING WATER FLOW

D2 CC IFT5570A CC IFE5570A CC IFI5570A

S S I

RAB RAB CP-8

A A A 1E VITAL 0-7000 GMP 0-7000 GPM 0-7000 GPM

2 N/A COOLING WATER DESIGN FLOW IS 0-3000 GPM. REFER TO SERIAL #42 FOR SYSTEM FLOW.

SDCS COOLING WATER FLOW

D2 CC IFT5570B CC IFE5570B CC IFI5570B

S S I

RAB RAB CP-8

A A A 1E VITAL 0-7000 GPM 0-7000 GPM 0-7000 GPM

2 N/A COOLING WATER DESIGN FLOW IS 0-3000 GPM.

SDCS HXOUTLET TEMPERATURE

D2 CS ITE0303X CS ITR0303X CS ITI0303X

S R I

RAB CP-8 CP-8


2 N/A REFER TO NOTE 14.

SDCS HXOUTLET TEMPERATURE

D2 CS ITE0303Y CS ITI0303Y

S I

RAB CP-8


2 N/A

SAFETYINJECTION TANK-LEVEL

D2 SI ILT0313 SI ILI0313

S I

RCB CP-8

A A A N1E VITAL 121.9-2131.2 CU FT 0-100% 5-95% VOL.

1/TANK N/A



S I

RCB CP-8

A A A N1E VITAL 121.9-2131.2 CU FT 0-100% 5-95% VOL.

1/TANK N/A



S I

RCB CP-8

A A A N1E VITAL 121.9-2131.2 CU FT 0-100% 5-95%

1/TANK N/A


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

SAFETYNJECTION

TANK-LEVEL

D2 SI ILT0343SI ILI0343

SI

RCBCP-8

A A A N1E VITAL 121.9-2131.2 CU FT0-100%5-95% VOL.

1/TANK N/A

SAFETYNJECTION

TANK PRESS.

D2 SI IPT0311SI IPI0311

SI

RCBCP-8

A A A N1E VITAL 0-750 PSIG0-750 PSIG

1/TANK N/A

SAFETYNJECTION

TANK PRESS.


SI

RCBCP-8


1/TANK N/A

SAFETYNJECTION

TANK PRESS.


SI

RCBCP-8


1/TANK N/A

SAFETYNJECTION

TANK PRESS.


SI

RCBCP-8


1/TANK N/A

SAFETY INJ.TANK ISOL.VLV POSI.

D2 SI IZS0331ANOT AVAILABLE

SI

RCBCP-8

A A A 1EEMERG.

OPEN-CLOSEDRED / GREEN

1/VALVE N/A FOR VALVE SI MVAAA331A


D2 SI IZS0331BNOT AVAILABLE

SI

RCBCP-8

A A A 1EEMERG.


1/VALVE N/A FOR VALVE SI MVAAA331BREFER TO NOTE. 14.


D2 SI IZS0332ANOT AVAILABLE

SI

RCBCP-8

A A A 1EEMERG.


1/VALVE N/A FOR VALVE SI MVAAA332A


D2 SI IZS0332BNOT AVAILABLE

SI

RCPCP-8

A A A 1EEMERG.


1/VALVE N/A FOR VALVE SI MVAAA332B

BORIC ACIDCHARGIN FLOW

D2 REFER TO SERIAL #061DESIGN FLOW IS 132 GPM

FLOW IN HPSISYSTEM TOCOLD LEGOOP 1A

D2 SI IFE0311SI IFT0311SI IFI0311

SSI

RABRABCP-8

A A A N1E VITAL 0-500 GPM0-500 GPM0-500 GPM

1/LEG D43400D43600

DESIGN FLOW IS 380 GPM

FLOW IN HPSISYSTEM TOCOLD LEGOOP 1B


SSI

RABRABCP-8


1/LEG D43500 DESIGN FLOW IS 380 GPM


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

FLOW INHPSI SYSTEMTO COLD LEG


SSI

RABRABCP-8


1/LEG N/A DESIGN FLOW IS 380 GPM

FLOW INHPSI SYSTEMTO COLD LEG


SSI

RABRABCP-8



FLOW INHPSI SYSTEMTO HOT LEGPUMP A

D2 SI IFE0390ASI IFT0390ASI IFI0390A

SSI

RABRABCP-8



FLOW INHPSI SYSTEMTO HOT LEG

D2 SI IFE0390BSI IFT0390BSI IFI0390B

SSI

RABRABCP-8



FLOW INLPSI SYSTEM

D2 SI IFE1307ASI IFT1307ASI IFI1307A1

SSI

RABRABCP-8

A A A 1E VITAL 0-5500 GPM0-5500 GPM0-5500 GPM

1/LEG S43101 DESIGN FLOW IS 4050 GPM

FLOW INLPSI SYSTEM

D2 SI IFE1306BSI IFT1306B1SI IFI1306B1

SSI

RABRABCP-8


1/LEG S43201 DESIGN FLOW IS 4050 GPM

REFUELINGWATER STORAGEPOOL LEVEL

D2 SI ILT0305ASI ILI0305A

SI

RABCP-7

A A A 1E VITAL 0-20 FT.0-100%

4 N/A MAX. HEIGHT OF POOL UP TOTOP OF LINER IS 20.92 FT.


D2 SI ILT0305BSI ILI0305B

SI

RABCP-7

A A A 1E VITAL 0-20 FT.0-100%

4 N/A MAX. HEIGHT OF POL UP TOTOP OF LINER IS 20.92 FT.


D2 SI ILT0305CSI ILI0305C

SI

RABCP-7

A A A 1E VITAL 0-20 FT.0-100%

4 N/A MAX. HEIGHT OF POOL UP TOTOP OF LINER IS 20.92 FT.REFER TO NOTE 14.


D2 SI ILT0305DSI ILI0305D

SI

RABCP-7

A A A 1E VITAL 0-20 FT.0-100%

4 N/A MAX. HEIGHT OF POOL UP TOTOP OF LINER IS 20.92 FT.

RCP STATUSRCP 1A

D3 RC EM1A-7CRC ECT1A-7-1ARC ECT1A-7-1BRC ECT1A-7-1C

ISSS

CP-2TGBTGBTGB

C N/A A N1E 0-1200A 1 PER PUMP N/A

RCP STATUSRCP 1B

D3 RC EM1B-7CRC ECT1B-7-1ARC ECT1B-7-1BRC ECT1B-7-1C

ISSS

CP-2TGBTGBTGB



WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

)RCP STATUSRCP 2A

D3 RC EM1A-8CRC ECT1A-8-1ARC ECT1A-8-1BRC ECT1A-8-1C

ISSS

CP-2TGBTGBTGB


RCP STATUSRCP 2B

D3 RC EM1B-8CRC ECT1B-8-1ARC ECT1B-8-1BRC ECT1B-8-1C

ISSS

CP-2TGBTGBTGB


PRESS SAFETYVLV POSITION

D2 VLPIZE0317A1VLPIZT0317A1NOT AVAILABLE

SSI

RCBRABCP-2

A A B N1E VITAL CLOSED NOT CLOSEDCLOSED NOT CLOSEDGREEN / RED

2/VALVE N/A IND ON QSPDSREFER TO NOTE 19


D2 VLPIZE0317A2VLPIZT0317A2

SS

RCBCP-19

A N/A B N1E VITAL CLOSED NOT CLOSED 2/VALVE N/A IND ON PLANT COMPUTER(PT ID A12207)REFER TO NOTE 19


D2 VLPIZE0317B1VLPIZT0317B1NOT AVAILABLE

SSI

RCBRABCP-2

A A B N1E VITAL CLOSED NOT CLOSEDCLOSED NOT CLOSEDGREEN / RED

2/VALVE N/A IND ON QSPDSREFER TO NOTE 19


D2 VLPIZE0317B2VLPIZT0317B2

SS

RCBCP-19

A N/A B N1E VITAL CLOSED NOT CLOSED 2/VALVE N/A IND ON PLANT COMPUTER(PT ID A12208)REFER TO NOTE 19

PRESSURIZERLEVEL

D1 RC ILT0110XRC ILI0110XRC ILR0110XY

SIR

RCBCP-2CP-2

A A A 1E VITAL 28.8-10959.9 G0-100%0-100%

2 A12200A12201

PRESSURIZERLEVEL

D1 RC ILT0110YRC ILI0110YRC ILR0110XY

SIR

RCBCP-2CP-2

A A A 1E VITAL 28.8-10959.9 G0-100%0-100%

2 A12202

PRESSURIZERPROPORTIONALHEATER STATUS

D2 RC EM0100-3ARC ECT32A-5C-ARC ECT32A-5C-BRC ECT32A-5C-C

ISSS

CP-2RABRABRAB

C N/A A N1E 0-300A 1 PER HEATER N/A

PRESSURIZERPROPORTIONALHEATER STATUS

D2 RC EM0100-3BRC ECT32B-5C-ARC ECT32B-5C-BRC ECT32B-5C-C

ISSS

CP-2RABRABRAB

C N/A A N1E 0-300A 1 PER HEATER N/A

QUENCH TANKLEVEL

D3 RC ILT0116RC ILI0116

SI

RCBC P-2

N/A N/A N/A N1E VITAL 83.7-2367.3 G0-100%

1 N/A


WSES-FSAR-UNIT-3

TABLE 7.5-3 (Sheet 20 of 40) Revision 12-C (07/03)



RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

QUENCH TANKTEMPERATURE

D3 RC ITE0116RC ITI0116

SI

RCBCP-2

N/A N/A N/A N1E VITAL50-750 DEGF

1 N/A

QUENCH TANKPRESSURE

D3 RC IPT0116RC IPI0116

SI

RCBCP-2

N/A N/A N/A N1E VITAL 0-150 PSIG0-150 PSIG

1 N/A DESIGN PRESSURE IS 130 PSIG.

STEAM GEN.LEVEL NARROWRANGE

D1 SG ILT1113ASG ILI1113ASG ILR1113A

SIR

RCBCP-8CP-8

A A A 1E VITAL0-100%0-100%

4/SG N/A REFER TO NOTE 14 FOR THE RECORDER ONLY.

STM GEN LEVELNARROW RANGE

D1 SG ILT1113BSG ILI1113B

SI

RCBCP-8

A A A 1E VITAL0-100%

4/SG N/A


D1 SG ILT1113CSG ILI1113C

SI

RCBCP-8


4/SG N/A REFER TO NOTE 14.


D1 SG ILT1113DSG ILI1113D

SI

RCBCP-8


4/SG N/A


D1 SG ILT1123ASG ILI1123ASG ILR1123A

SIR

RCBCP-8CP-8

A A A 1E VITAL0-100%0-100%

4/SG N/A REFER TO NOTE 14 FOR THE RECORDER ONLY.


D1 SG ILT1123BSG ILI1123B

SI

RCBCP-8


4/SG N/A


D1 SG ILT1123CSG ILI1123C

SI

RCBCP-8




D1 SG ILT1123DSG ILI1123D

SI

RCBCP-8


4/SG N/A

STM GEN LEVELWIDE RANGE

D1 SG ILT1115ASG ILI1115A2

SI

RCBCP-8

A A A 1E VITAL 0-40 FT0-100%



D1 SG ILT1115BSG ILI1115B2SG ILR1115B

SIR

RCBCP-8CP-8

A A A 1E VITAL 0-40 FT0-100%0-100%



D1 SG ILT1125ASG ILI1125A2

SI

RCBCP-8

A A A 1E VITAL 0-40 FT0-100%



D1 SG ILT1125BSG ILI1125B2SG ILR1125B

SIR

RCBCP-8CP-8

A A A 1E VITAL 0-40 FT0-100%0-100%



WSES-FSAR-UNIT-3




RG197CAT/ TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

STEAM GEN. PRESSURE

D2 MS IPT0301A MS IPR0301A

SR

RBCP-1

A A A N1E VITAL 0-1300 PSIG 0-1300 PSIG


STEAM GEN. PRESSURE

D2 MS IPT0301B MS IPR0301B

SR

RBCP-1

A A A N1E VITAL 0-1300 PSIG 0-1300 PSIG


MAIN STEAM FLOW IND.

D2 MS IFE0300A MS IFT0300A MS IFI0300A

SSI

RCBRCBCP-1

A A A N1E VITAL 0-9 MPPH 0-9 MPPH 0-9 MPPH


MAIN STEAM FLOW IND.

D2 MS IFE0300B MS IFT0300B MS IFI0300B

SSI

RCBRCBCP-1

A A A N1E VITAL 0-9 MPPH 0-9 MPPH 0-9 MPPH


MAIN FW FLOW D3 FW IFE1111 FW IFT2000A FW IFI2000A

SSI

RABRABCP-1

C A A N1E VITAL 0-9 MPPH 0-9 MPPH 0-9 MPPH

2/SG N/A REFER TO NOTE 10 & 14.

MAIN FW FLOW D3 FW IFE1121 FW IFT2000B FW IFI2000B

SSI

RABRABCP-1



MAIN FW FLOW D3 FW IFE1111 FW IFT1111 FW IFR1111

SSR

RABRABCP-1



MAIN FW FLOW D3 FW IFE1121 FW IFT1121 FW IFR1121

SSR

RABRABCP-1



EFW FLOW D2 EFWIFE8330AEFWIFT8330A EFWIFI8330A2

SSI

RABRABCP-8

A A A 1E VITAL 0-800 GPM 0-150 INW 0-800 GPM

1/SG S10101 PROVIDED RANGE IS 0-114% OF DESIGN FLOW.

EFW FLOW D2 EFWIFE8330BEFWIFT8330B EFWIFI8330B2

SSI

RABRABCP-8

A A A 1E VITAL 0-800 GPM 0-150 INW 0-800 GPM

1/SG S10201 PROVIDED RANGE IS 0-114% OF DESIGN FLOW.

CONDENSATE STORAGE POOL WATER LEVEL

A1D1

EFWILT9013A EFWILI9013A EFWILR9013A

SIR

RABCP-8CP-8

A A A 1E VITAL 0-21 FT 0-100%0-100%

2 N/A

CONDENSATE STORAGE POOL WATER LEVEL

A1D1

EFWILT9013B EFWILI9013B

SI

RABCP-8

A A A 1E VITAL 0-21 FT 0-100%

2 N/A


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

CONTAINMENTSPRAY FLOW

D2 CS IFE7122ACS IFT7122ACS IFI7122A

SSI

RABRABCP-8

B A A 1E VITAL 0-2500 GPM0-2500 GPM0-2500 GPM

2 A42404 DESIGN FLOW IS 1750 GPM REFER TO NOTE 14.

CONTAINMENTSPRAY FLOW

D2 CS IFE7122BCS IFT7122BCS IFI7122B

SSI

RABRABCP-8


2 A42504 DESIGN FLOW IS 1750 GPM.

CCW FLOW CONTAINMENTFAN COOLERS

D2 CC IFE7570A1CC IFT7570A1CC IFI7570A1

SSI

RBRBCP-18


1/COOLER N/A EMERGENCY DESIGN FLOW IS 1350 GPM. REFER TO NOTE 14.

CCW FLOWCONTAINMENTFAN COOLER

D2 CC IFE7570A2CC IFT7570A2CC IFI7570A2

SSI

RBRBCP-18


1/COOLER N/A EMERGENCY DESIGN FLOW IS 1350 GPM. REFER TO NOTE 14.

CCW FLOWCONTAINMENTFAN COOLERS

D2 CC IFE7570B1CC IFT7570B1CC IFI7570B1

SSI

RBRBCP-18


1/COOLER N/A EMERGENCY DESIGN FLOW IS 1350 GPM.

CCW FLOWCONTAINMENTFAN COOLERS

D2 CC IFE7570B2CC IFT7570B2CC IFI7570B2

SSI

RBRBCP-18


1/COOLER N/A EMERGENCY DESIGN FLOW IS 1350 GPM.

CONT. ATMOS.TEMPERATUREFAN COOLERINLET

D2 CCSITE5150-1ACCSITE5150-2ACCSITR5155A

SSR

RCBRCBCP-18

A A A 1E VITAL 0-450 DEGF0-450 DEGF0-450 DEGF

1/COOLER A51123 REFER TO NOTE 14.

CONT. ATMOS.TEMPERATUREFAN COOLEROUTLET

D2 CCSITE5152ACCSITR5155A

SR

RCBCP-18

A A A 1E VITAL 0-450 DEGF0-450 DEGF

1/COOLER N/A REFER TO NOTE 14.


D2 CCSITE5155-1ACCSITE5155-2ACCSITR5150A

SSR

RCBRCBCP-18

A A A 1E VITAL 0-450 DEGF.0-450 DEGF.0-450 DEGF.

1/COOLER A51115 REFER TO NOTE 14.

CONT. ATMOS.TEMPERATUREFANCOOLER OUTLET

D2 CCSITE5157ACCSITR5150A

SR

RCBCP-18


1/COOLER N/A REFER TO NOTE 14.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS


D2 CCSITE5150-1BCCSITE5150-2BCCSITR5155B

SSR

RCBRCBCP-18


1/COOLER A51127 REFER TO NOTE 14 FOR THERECORDER ONLY.

CONT. ATMOS.TEMPERATUREFAN COOLER OUTLET

D2 CCSITE5152BCCSITR5155B

SR

RCBCP-18

A A A 1E VITAL 0-45O DEGF0-450 DEGF

1/COOLER N/A REFER TO NOTE 14 FORTIME RECORDER ONLY.


D2 CCSITE5155-1BCCSITE5155-2BCCSITR5150B

SSR

RCBRCBCP-18


1/COOLER A51119 REFER TO NOTE 14 FORTIME RECORDER ONLY.

CONT. ATMOS.TEMPERATUREFAN COOLEROUTLET

D2 CCSITE5157BCCSITR5150B

SR

RCBCP-18


1/COOLER N/A REFER TO NOTE 14 FORTHE RECORDER ONLY.

CONTAINMENTSUMP WATERTEMPERATURE

D2 SI ITE7116ASI ITI7116A

SI

RBCP-8


2 N/A REFER TO NOTE 11.REFER TO NOTE 14.

CONTAINMENTSUMP WATERTEMPERATURE

D2 SI ITE7116BSI ITI7116B

SI

RBCP-8


2 N/A REFER TO NOTE 11.REFER TO NOTE 14 FOR THE RECORDER ONLY.

CVCS CHARGING FLOW

D2 CVCIFT0212CVCIFE0212CVCIFI0212

SSI

RBRBCP-4


1 N/A DESIGN FLOW IS 132 GPM IND ON QSPDS.

CVCS CHARGINGFLOW-OUT

D2 CVCIFT0202CVCIFE0202CVCIFI0202

SSI

RABRABCP-4


1 N/A DESIGN FLOW IS 126 GPM IND ON QSPDS.

VOLUME CTRLTANK LEVEL

D2 CVCILT0226CVCILI0226

SI

RABCP-4

A A A N1E VITAL 469.8-4410.7 G0-100%

1 N/A

CCW TEMP. TOESF SYSTEM

D2 CC ITI7070ACC ITE7070A

IS

CP-8RAB

B A A 1E VITAL 50-130 DEGF50-130 DEGF

1/HEADER N/A REFER TO NOTE 12.

CCW TEMP. TOESF SYSTEM

D2 CCC ITI7070BCC ITE7070B

IS

CP-8RAB

B A A 1E VITAL 50-130 DEGF50-130 DEGF

1/HEADER N/A REFER TO NOTE 12. REFER TO NOTE 14.

CCS FLOW TO ESF SYSTEM

D2 CC IFT7070ACC IFE7070ACC IFI7070A1

SSI

RABRABCP-8


1/HEADER N/A DESIGN FLOW IS 6800 GPM.REFER TO NOTE 14.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

CCW FLOW TOESF SYSTEM

D2 CC IFT7070BCC IFE7070BCC IFI7070B1

SSI

RABRABCP-8


1/HEADER N/A DESIGN FLOW IS 6800 GPM.REFER TO NOTE 14.

HIGH LEVELRAD LIQUIDHOLD UP TANKLEVEL

D3 BM ILT0607ABM ILI0607A

SI

RABCP-4

C A A N1E VITAL 1565.5-46576.8 G0-100%

1/TANK N/A

HIGH LEVELRAD LIQUIDHOLD UP TANKLEVEL

D3 BM ILT0608BM ILI0608

SI

RABCP-4

C A A N1E VITAL 1565.5-46576.8 G0-100%

1/TANK N/A

HIGH LEVELRAD LIQUIDHOLD UPTANK LEVEL


SI

RABCP-4

C A A N1E VITAL 1565.5-46576.8 G0-100%

1/TANK N/A

HIGH LEVEL RAD LIQUID HOLD UP TANK LEVEL


SI

RABCP-4

C A A N1E VITAL 1565.5-46576.8 G0-100%

1/TANK N/A

RAD GAS DECAY TANK PRESSURE

D3 GWMIPT6709 S RAB C N/A N/A N1E VITAL 0-600 PSIG 1/TANK N/A IND ON PLANT COMPUTER.(PT ID A41301) PROVIDED RANGE IS 0-158% OF DESIGNPRESSURE.


D3 GWMIPT6710 S RAB C N/A N/A N1E VITAL 0-600 PSIG 1/TANK N/A IND ON PLANT COMPUTER.(PT ID A41302) PROVIDED RANGE IS 0-158% OF DESIGN PRESSURE.


D3 GWMIPT6711 S RAB C N/A N/A N1E VITAL 0-600 PSIG 1/TANK N/A IND ON PLANT COMPUTER.(PT ID A41303) PROVIDED RANGE IS 0-158% OF DESIGN PRESSURE.

EMER. VENT.DAMPER POSI

D2 HVCIZS0304A2HVCIZS0304A1

SS

RABRAB

B A B 1EEMERG.

OPEN-CLOSED 1 N/A IND ON PLANT COMPUTER.(PT ID D052626, D052627).REFER TO NOTE 19.


D2 HVCIZS0304B1HVCIZS0304B2

SS

RABRAB

B A B 1EEMERG.

OPEN-CLOSED 1 N/A IND ON PLANT COMPUTER.(PT ID D052628, D052629).REFER TO NOTE 19.



SS

RABRAB

B A B 1EEMERG.

OPEN-CLOSEDOPEN-CLOSED

1 N/A CNTRL RM KITCHEN & CONF RM EXHAUST FAN BYPASS DAMPER. REFER TO NOTE 19.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS



SS

RABRAB

B A B 1EEMERG.


1 N/A IND ON PLANT COMPUTER.(PT ID D52635, D52634).REFER TO NOTE 19.


D2 HVCIZS0205A1HVCIZS0205A2NOT AVAILABLE

SSI

RABRABCP-18

B A A 1E VITAL OPEN-CLOSEDOPEN-CLOSEDRED / GREEN

1 N/A CNTROL RM EMERGENCY FILTRATION SYSTEM FAN INTAKE DAMPER. REFER TO NOTES 14 AND 19.



SS

RABRAB

B A A 1E VITAL OPEN-CLOSEDOPEN-CLOSED

1 N/A CNTROL RM EMER FILT SYS RETURN AIR DAMPER. IND ON PLANT COMP (PT ID D52733, D52732). REFER TO NOTES 14 AND 19.


D2 HVCIZS0205B1HVCIZS0205B2NOT AVAILABLE

SSI

RABRABCP-18

B A A 1E VITAL OPEN-CLOSEDOPEN-CLOSEDRED / GREEN

1 N/A CNTROL RM EMER FILT SYS FAN INLET DAMPER. REFER TO NOTE 19.



SS

RABRAB

B A A 1E VITAL OPEN-CLOSEDOPEN-CLOSED

1 N/A CNTROL RM EMER FILT SYS FAN RETURN AIR DAMPER.IND IS ON PLANT COMPUTER (PT ID D52734, D52735).REFER TO NOTE 19.



SS

RABRAB

B A A 1EEMERG.


1 N/A CNTROL RM SUPPLY FAN INTAKE DAMPER IND ON PLANT COMPUTER (PT ID D52640, D52641). REFER TO NOTE 19.



SS

RABRAB

B A A 1EEMERG.


1 N/A CNTROL RM SUPPLY FAN INTAKE DAMPER. IND ON PLANT COMPUTER (PT ID D52642, D52643). REFER TO NOTE 19.


D2 SVSIZS0105A1SVSIZS0105A2

SS

RABRAB

B A A 1EEMERG.


1 N/A RECIRC DAMPER, IND ON PLANT COMP (PT ID D52636, D52637). REFER TO NOTE 19.


D2 SVSIZS0105B1SVSIZS0105B2

SS

RABRAB

B A A 1EEMERG.





SS

RABRAB

B A A 1EEMERG.




WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS



SS

RABRAB

B A A 1EEMERG.




D2 HVRIZS0121A1HVRIZS0121A2

SS

RABRAB

C N/A N/A N1EEMERG.


1 N/A RAB NORMAL VENT SYSTEM EXHAUST FAN INLET DAMPER IND ON PLANT COMPUTER (PT ID D52021, D52022). REFER TO NOTE 19.


D2 HVRIZS0122A1HVRIZS0122A2

SS

RABRAB

C N/A N/A N1EEMERG.


1 N/A RAB NORMAL VENT SYSTEM EXHAUST FAN OUTLET DAMPER IND ON PLANT COMPUTER (PT ID D52025, D52026). REFER TO NOTE 19.


D2 HVRIZS0121B1HVRIZS0121B2

SS

RABRAB

C N/A N/A 1EEMERG.




D2 HVRIZS0122B1HVRIZS0122B2

SS

RABRAB

C N/A N/A N1EEMERG.




D2 SVSIZ0101/1SVSIZS0101/2NOT AVAILABLE

SSI

RABRABCP-18

B A A 1EEMERG.

OPEN-CLOSEDOPEN-CLOSEDRED / GREEN

1 N/A SWGR AREA AIR HANDLING UNIT OUTSIDE DAMPER.REFER TO NOTE 19.


D2 SVSIZS0102/1SVSIZS0102/2NOT AVAILABLE

SSI

RABRABCP-18

B A A 1EEMERG.


1 N/A SWGR AREA AIR HANDLING UNIT OUTSIDE DAMPER.REFER TO NOTE 19.



SS

RABRAB

B A A 1EEMERG.


1 N/A SWGR AREA AIR HANDLING UNIT RETURN AIR DAMPER.IN ON PLANT COMPUTER (PT ID D53151, D53152). REFER TO NOTE 19.



SS

RABRAB

B A A 1EEMERG.


1 N/A SWGR AREA AIR HANDLING UNIT RETURN AIR DAMPER.IN ON PLANT COMPUTER (PT ID D53153, D53154). REFER TO NOTE 19.


D2 ANPIZS0103/1ANPIZS0103/2

SS

RABRAB

C N/A N/A N1E VITAL OPEN-CLOSEDOPEN-CLOSED

1 N/A ANNULUS NEG. PRESS. SYS. INLET DAMPER. IND ON PLANT COMP (PT ID D51603,D51612). REFER TO NOTE 19.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS


D2 ANPIZS0106/1ANPIZSO106/2

SS

RABRAB

C N/A N/A N1E VITAL OPEN-CLOSEDOPEN-CLOSED

1 N/A ANNULUS NEG. PRESS. SYS. EXHAUST DAMPER. IND ON PLANT COMP (PT ID D51604, D51605). REFER TO NOTE 19.


D2 CCSIZS0102A1CCSIZS0102A2

SS

RCBRCB

A A A 1EEMERG.


1 N/A CONTAINMENT FAN COOLER SAFETY DISCHARGE DAMPER.IND ON PLANT COMPUTER.(PT ID D51152, D51153).REFER TO NOTE 19.


D2 CCSIZS0102B1CCSIZS0102B2

SS

RCBRCB

A A A 1EEMERG.


1 N/A CONTAINMENT FAN COOLER SAFETY DISCHARGE DAMPER.IND ON PLANT COMPUTER.(PT ID D51154, D51155).REFER TO NOTE 19.


D2 ANPIZS0102/1ANPIZS0102/2NOT AVAILABLE

SSI

RBRBCP-18

A A A 1EEMERG.


1 N/A ANNULUS NEGATIVEPRESSURE SYSTEM ISOLATION VALVE. REFER TO NOTE 19.


D2 HVRIZS0313BNOT AVAILABLE

SI

RABCP-18

A A A 1EEMERG.


1 N/A CVAS FILTER TR-B OUTLET VALVE. REFER TO NOTE 19.


D2 HVRIZSO304BNOT AVAILABLE

SI

RABCP-18

A A A 1EEMERG.

OPEN-CLOSEDLESS / MORE

1 N/A CVAS FILTER TR-B INLET VALVE. REFER TO NOTE 19.


D2 ANPIZS0101/1ANPIZS0101/2NOT AVAILABLE

SSI

RBRBCP-18

A A A 1EEMERG.


1 N/A ANNULUS NEGATIVE PRESSURE SYS ISOLATION VALVE. REFER TO NOTE 19.


D2 HVRIZS0301/1HVRIZS0301/2NOT AVAILABLE

SSI

RABRABCP-18

A A A 1EEMERG.


1 N/A RAB VENT. SYS FAN TRANSFER VALVE. REFER TO NOTE 19.


D2 SBVIZS0101ANOT AVAILABLE

SI

RBCP-18

A A A 1EEMERG.


1 N/A SHIELD BLDG VENT FAN (SBV-MFAN-0001A) TR. “A” INLET VALVE. REFER TO NOTE 19.



SI

RABCP-18

A A A 1EEMERG.


1 N/A SHIELD BLDG VENT FAN (SBV-MFAN-0001A) TR. ”A” OUTLETVALVE. REFER TO NOTE 19.



SI

RABCP-18

A A A 1EEMERG.


1 N/A SHIELD BLDG VENT FAN (SBV-MFAN-0001A) DISCHARGE STACK VALVE. REFER TO NOTE 19.


D2 HVCIZS0307/1HVCIZS0307/2NOT AVAILABLE

SSI

RABRABCP-18

B A A 1EEMERG.


1 N/A CONTROL ROOM TOILET EXHAUST FAN E-34 ISOLATION DISCHARGE VALVE. REFER TO NOTE 19.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS



SI

RBCP-18

A A A 1EEMERG.


1 N/A SHIELD BLDG VENT FAN (SBV-MFAN-0001A) RECIRCULATIONVALVE TO ANNULUS. REFER TO NOTE 19.


D2 SBVIZS0101BNOT AVAILABLE

SI

RBCP-18

A A A 1EEMERG.


1 N/A SHIELD BLDG VENT FAN (SBV-MFAN-0001B) TR. B INLET VALVE.REFER TO NOTE 19.



SSI

RBRBCP-18

A A A 1EEMERG.


1 N/A RAB NORMAL VENT SYS ISOLATION VALVE. REFER TO NOTE 19.


D2 HVRIZS0111/1HVRIZS0111/2NOT AVAIABLE

SSI

RBRBCP-18

A A A 1EEMERG.


1 N/A RAB NORMAL VENT SYS SUPPLY TO PIPE PENETRATION AREA VLV. REFER TO NOTE 19.


D2 HVRIZS0313ANOT AVAILABLE

SI

RABCP-18

A A A 1EEMERG.


1 N/A CVAS FILTER TR. A OUTLET VLV.REFER TO NOTE 19.



SSI

RABRABCP-18

A A A 1EEMERG.


1 N/A RAB NORMAL VENT SYS TO PIPE PENETRATION AREA VALVE.REFER TO NOTE 19.


D2 HVRIZS0304ANOT AVAILABLE

SI

RABCP-18

A A A 1EEMERG.


1 N/A CVAS FILTER TR. A INLET VLV.REFER TO NOTE 19.



SSI

RBRBCP-18

A A A 1EEMERG.


1 N/A RAB NORMAL VENT SYS SUPPLY TO PIPE PENETRATION AREA VALVE. REFER TO NOTE 19.



SSI

RABRABCP-18

B A A 1EEMERG.


1 N/A CONTROL ROOM TOILET EXHAUST FAN E-34 ISOLATION DISCHARGE VALVE. REFER TO NOTE 19.



SI

RABCP-18

A A A 1EEMERG.


1 N/A SHIELD BLDG VENT FAN (SBV-MFAN-0001B) TR. B OUTLET VALVE. REFER TO NOTE 19.



SI

RABCP-18

A A A 1EEMERG.


1 N/A SHIELD BLDG VENT FAN (SBV-MFAN-0001B) MAIN DISCH. TO STACK VALVE. REFER TO NOTE 19.



SSI

RABRABCP-18

B A A 1EEMERG.


1 N/A C NTRL ROM KITCHEN & CONFERENCE RM EXH FAN E-42ISO DISCHARGE VALVE. REFER TO NOTE 19.



SSI

RABRABCP-18

B A A 1EEMERG.


1 N/A CONTROL ROOM SUPPLY FAN OUTSIDE INTAKE AIR VALVE.REFER TO NOTE 19.


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS



SSI

RBRBCP-18

A A A 1EEMERG.


1 N/A RAB NORMAL VENT SYS EXHAUST ROOM PIPE CHASE AREA VALVE. REFER TO NOTE 19.

EMER. VENTDAMPER POSI


SSI

RABRABCP-18

A A A 1EEMERG.


1 N/A RAB NORMAL VENT SYS ISO VLV. REFER TO NOTE 19.


D2 HVRIZS0108/1HVRIZS0108/2NOT AVAILABLE`

SSI

RBRBCP-18

A A A 1EEMERG.





SSI

RBRBCP-18

A A A 1EEMERG.


1 N/A CVAS FAN E-23 TRANSFER VALVE. REFER TO NOTE 19.



SSI

RABRABCP-18

B A A 1EEMERG.


1 N/A CNTROL RM KITCHEN & CONFERENCE RM EXN FAN E-42 ISO DISCHARGE VALVE.REFER TO NOTE 19.



SSI

RABRABCP-18

B A A 1EEMERG.


1 N/A CNTROL RM S FAN OUTSIDE INTAKE AIR VALVE. REFER TO NOTE 19.



SI

RBCP-18

A A A 1EEMERG.


1 N/A SHIELD BLDG VENT FAN (SBV-MFAN-0001B) RECIRCULATION VLV TO ANNULUS. REFER TO NOTE 19.



SSI

RABRABCP-18

A A A 1EEMERG.



STATUS OF STANDBY POWERBATTERY ABVOLTAGE

D2 DC EXCTR4403ABDC IEI4613

SI

RABCP-1

B A A 1EEMERG. 0-150 VDC

1 N/A

STATUS OFSTANDBY POWERDG 1 WATTS

D2 EG IEI6907AEG ECT2316-2AEG ECT2316-2BEG ECT2316-2CEG EPT2316A

ISSSS

CP-1RABRABRABRAB

B A A 1E VITAL 0-7 MW 1 N/A REFER TO NOTE 14.


WSES-FSAR-UNIT-3




RG197 CAT/ TYPE

LOOP COMPONENT



NUMBER OF CHANNEL

SPDS I/O COMMENTS

STATUS OFSTANDBY POWER DG 2 WATTS

D2 EG IEI6907B EG ECT2366-2A EG ECT2366-2B EG ECT2366-2C EG EPT2366A

I S S S S

CP-1 RAB RAB RAB RAB

B A A 1E VITAL 0-7 MW 1 N/A

STATUS OFSTANDBY POWER DG 1 VARS

D2 EG IEI6908A EG ECT2316-2A EG ECT2316-2B EG ECT2316-2C EG EPT2316A

I S S S S


B A A 1E VITAL (-)5 TO +5 MVAR 1 N/A REFER TO NOTE 14.

STATUS OFSTANDBY POWER DG 2 VARS

EG IEI6908B EG ECT2366-2A EG ECT2366-2B EG ECT2366-2C EG EPT2366A

I S S S S


B A A 1E VITAL (-)5 TO +5 MVAR 1 N/A

STATUS OFSTANDBY POWER DG 1 LOAD CURRENT

D2 EG IEI6909A EG ECT2316-2A EG ECT2316-2B EG ECT2316-2C EG EPT2316A

I S S S S


B A A 1E VITAL 0-1000 A 1 N/A REFER TO NOTE 14.

STATUS OFSTANDBY POWER DG 2 LOAD CURRENT

D2 EG IEI6909B EG ECT2366-2B EG ECT2366-2C EG ECT2366A

I S S S

CP-1 RAB RAB RAB

B A A 1E VITAL 0-1000 A 1 N/A

STATUS OFSTANDBY POWER DG 1 FREQUENCY

D2 EG EXMTR2328A EG IEI6911A

S I

RAB CP-1

B A A 1E VITAL 55-65 HZ 1 N/A REFER TO NOTE 14.

STATUS OFSTANDBY POWER DG 2 FREQUENCY

D2 EG EXMTR2378A EG IEI6911B

S I

RAB CP-1

B A A 1E VITAL 55-65 HZ 1 N/A

STATUS OFSTANDBY POWER BATTERY A VOLTAGE

D2 DC EXMTR4403A DC IEI7010A1

S I

RAB CP-1

B A A 1E VITAL 0-150 VDC


STATUS OFSTANDBY POWER BATTERY B VOLTAGE

D2 DC EXMTR4403B DC IEI7010B1

S I

RAB CP-1

B A A 1E VITAL 0-150 VDC


STATUS OFSTANDBY POWER DG 1 VOLTAGE

D2 EG EM 2317A EG EPT 2316A

I S

CP-1 RAB

B A A 1E VITAL 0-5250 VAC 1 N/A REFER TO NOTE 14.


WSES-FSAR-UNIT-3



�


RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

�

STATUS OFSTANDBY POWERDG 2 VOLTAGE

D2 EG EM 2376AEG EPT 2366A

IS

CP-1RAB

B A A 1E VITAL 0-5250 VAC 1 N/A

STATUS OFSTANDBY POWERINST AIR SPLYPRESSURE

D2 IA IPT9700IA IPI9700

SI

TGBCP-1

C N/A N/A N1E VITAL0-125 PSIG


STATUS OFSTANDBY POWERSTATION AIRPRESSURE

D2 SA ITP9800SA IPI9800

SI

TGBCP-1

C N/A N/A N1E VITAL0-125 PSIG


STATUS OFSTANDBY POWERDG 1 AND 2TROUBLE(ALARM)

D2 D0201D0203

II

CP-1CP-1

B A A 1E VITAL 1/DG N/A ANNUNCIATION

STATUS OFSTANDBY POWERDG 1, 2 NOTAVAIL (ALARM)

D2 D0101EGFILS6906AEGAIPS3008A1EGAIPS3008A2D0103EGFILS6906BEGAIPS3008B1EGAIPS3008B2

ISSSISSS

CP-1RABRABRABCP-1RABRABRAB

B A A 1E VITAL 1/DG N/A ANNUNCIATIONREFER TO NOTE 14.

STATUS OFSTANDBY POWERBATTERY A, BAND ABTROUBLE

D2 DC ERELA1DC ERELA2DC EFDSAC1208DC ERLB1DC ERELB2DC EFDSBC1210DC ERELAB1DC ERELAB2DC EFDSABC1209

SSSISSSISSSI

RABRABRABCP-35RABRABRABCP-35RABRABRABCP-35

B A A 1E VITAL 1/BUS N/A ANNUNCIATION

ANNUNCIATION

ANNUNCIATIONREFER TO NOTE 14.

STATUS OFSTANDBY POWERNITROGENSYSTEMTROUBLE

D2 D0608NG ECP214A-1BR

IS

CP-1CHILL

C N/A N/A N1E VITAL 1 N/A ANNUNCIATION


WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

STATUS OFSTANDBY POWEREMERGENCY BUSVOLTAGE(3A3-S)

D2 4KVEPT3A-12A4KVEPT3A-12B4KVEPT3A-12CEG EM2317B

SSSI

RABRABRABCP-1

B A A 1EEMERG.

0-5250 VAC

1 N/A

STATUS OFSTANDBY POWEREMERGENCY BUSVOLTAGE(3B3-S)

D2 4KVEPT3B-12A4KVEPT3B-12B4KVEPT3B-12CEG EM2367B

SSSI

RABRABRABCP-1

B A A 1EEMERG.

0-5250 VAC

1 N/A

CNTMNT AREHIGH RANGERADIATION

E1C3

ARMIRD5400AARMIRE5400AARMIR15400A

SSI

RCBRCBCP-14

A A A 1E VITAL 1.00E+00-1.00E+08 R/hr1.00E+00-1.00E+08 R/hr

2 C48234

CNTMNT AREAHIGH RANGERADIATION

E1 ARMIRD5400BARMIRE5400BARMIRI5400B

SSI

RCBRCBCP-14

A A A 1E VITAL 1.00E+00-1.00E+08 R/hr1.00E+00-1.00E+08 R/hr

2 C48235

RADIATIONEXPOSURERATE

E2 ARMIRD5204ARMIRE5204

SS

RBRAB

C N/A N/A N1EEMERG.

1.00E+02-1.00E+07 mR/hr1.00E+02-1.00E+07 mR/hr

1 C48222 IND & RECORDING PROVIDED BY RAD COMPUTER ON CP-6



SS

RABRAB

C N/A N/A N1EEMERG.

1.00E+02-1.00E+07 mR/hr1.00E+02-1.00E+07 mR/hr




SS

RABRAB

C N/A N/A N1EEMERG.

1.00E+02-1.00E+07 mR/hr1.00E+02-1.00E+07 mR/hr




SS

RABRAB

C N/A N/A N1EEMERG.

1.00E+02-1.00E+07 mR/hr 1.00E+02-1.00E+07 mR/hr




SS

RABRAB

A N/A B N1EEMERG.

1.00E+02-1.00E+07 mR/hr 1.00E+02-1.00E+07 mR/hr




SS

RABRAB

A N/A B N1EEMERG.

1.00E+02-1.00E+07 mR/hr 1.00E+02-1.00E+07 mR/hr




SS

RABRAB

A N/A B N1EEMERG.

1.00E+02-1.00E+07 mR/hr 1.00E+02-1.00E+07 mR/hr


CNTMNT ORPURGE EFFL.

E2 REFER TO SERIAL #076.Security-RelatedInformationWithheld Under 10 CFR 2.390

WSES-FSAR-UNIT-3




RG197 CAT/ TYPE

LOOP COMPONENT



NUMBER OF CHANNEL

SPDS I/O COMMENTS

RCB SHIELD BLDG ANNULUS

E2 REFER TO SERIAL #076.

AUX BLDGNOBLE GASES & VENT FLOW RATE

E2 REFER TO SERIAL #076.

CONDENSER AIR REMOVAL SYS EXHAUST

C3 E2

PRMIRD0002 PRMIRE0002 RMSIUR0052-1 RMSIUR0052-2 PRMIFT0002

S S R R S

TGB TGB CP-52 CP-52 TGB

C N/A N/A N1E EMERG.

1.00E-07 to 1.00E+05μCi/cc 1.00E-07 to 1.00E+05μCi/cc 1.00E-03 to 1.00E+09μCi/sec 1.00E-07 to 1.00E+05μCi/cc 0-100 SCFM

1 C48209 C48212 C48215 C48218

REFER TO NOTE 13.

PLANT STACK MONITOR

E2 C2 C3

PRMIRD0110 RMSIUR0052-1 PRMIRE0110 PRMIFT0110A1

S R S S

RAB CP-52 RAB RAB

A N/A B N1E EMERG.

1.00E-07 to 1.00E+05μCi/cc 1.00E+01 to 1.00E+13μCi/sec 1.00E-07 to 1.00E+05μCi/cc 0-153938 SCFM

1 C48194 C48188 C48185

PLANT STACK DESIGN FLOW IS 108,500 SCFM

PLANT STACK MONITOR

E2 C2

PRMIRD0110 RMSIUR0052-2 PRMIRE0110 PRMIFT0110A1

S R S S

RAB CP-52 RAB RAB

A N/A B N1E EMERG.

1.00E-07 to 1.00E+05μCi/cc 1.00E-07 to 1.00E+05μCi/cc 1.00E-07 to 1.00E+05μCi/cc 0-153938 SCFM

1 C48191

VENTS FROM ATMOS DUMP VA NOBLE GASES RADIATION

E2 ARMIRD5500A ARMIRE5500A RMSIUR0052-2

S S R

RB RAB CP-52

A N/A B N1E EMERG.

1.00E-01 to 1.00E+05mR/HR 1.00E-01 to 1.00E+05mR/HR 1.00E-01 to 1.00E+05mR/HR

1/MS LINE C48232 CALCULATION METHODOLOGY IS DESCRIBED IN FSAR SUBSEC 1.9.29.4. REFER TO NOTE 14.

VENTS FROM ATMOS DUMP VA NOBLE GASES RADIATION

E2 ARMIRD5500B ARMIRE5500B RMSIUR0052-2

S S R

RB RAB CP-52

A N/A B N1E EMERG.

1.00E-01 to 1.00E+05mR/HR 1.00E-01 to 1.00E+05mR/HR 1.00E-01 to 1.00E+05mR/HR

1/MS LINE C48233 CALCULATION METHODOLOGY IS DESCRIBED IN FSAR SUBSEC 1.9.29.4. REFER TO NOTE 14.

VENTS FROM ATMOS DUMP VA STM GEN PRES. & FLOW

E2 REFER TO SERIAL #052 & 053.

CONTROL ROOM A1 ARM-IRD-0200.1 S RAB B A A 1E VITAL 10-8 - 10-2 2 N/A NONEAIR INTAKE RAD ARM-IRD-0200.2 S RAB μCi/cc MON. ARM-IRE-0200.1 R CP-14

ARM-IRE-0200.2 R CP-14 ARM-IRI-0200.1 I CP-14 ARM-IRI-0200.2 I CP-14

CONTROL ROOM A1 ARM-IRD-0200.5 S RAB B A A 1E VITAL 10-8 - 10-2 2 N/A NONEAIR INTAKE RAD ARM-IRD-0200.6 S RAB μCi/cc MON. ARM-IRE-0200.5 R CP-14

ARM-IRE-0200.6 R CP-14 ARM-IRI-0200.5 I CP-14 ARM-IRI-0200.6 I CP-14


WSES-FSAR-UNIT-3




RG197 CAT/ TYPE

LOOP COMPONENT



NUMBER OF CHANNEL

SPDS I/O COMMENTS

AIRBORNE RAD MAT. REL FROM FUEL HANDLING BLDG

E2 PRMIRD3032 PRMIRE3032 RMSIUR0052-1 PRMIFT3032-B1

S S R S

FHB FHB CP-52 FHB

N/A N/A N/A N1E 1.00E-07 to 1.00E+05μCi/cc 1.00E-07 to 1.00E+05μCi/cc 1.00E-01 to 1.00E+11μCi/sec 0-8000 SCFM

1 C48206 C48200 C48197

DESIGN FLOW IS 3472 SCFM.

AIRBORNE RAD MAT. REL FROM FUEL HANDLING BLDG

E2 PRMIRD3032 PRMIRE3032 RMSIUR0052-2 PRMIFT3032-B2

S S R S

FHB FHB CP-52 FHB

N/A N/A N/A N1E 1.00E-07 to 1.00E+05μCi/cc 1.00E-07 to 1.00E+05μCi/cc 1.00E-07 to 1.00E+05μCi/cc 0-8000 SCFM

1 C48203 DESIGN FLOW IS 3472 SCFM.

ALL INDENT. PLANT RELEASE POINTS (PART. & HAL.) COND. VAC PP, FUEL HAND. BLDG EMGR EXH PLNT VENT STACK

E3 - - - - - - - GRAB SAMPLING AS REQ. IN NUREG 0737.II.F.1 AT ALL REL. POINTS (CONDENSER VACUUM PUMP, FHB EMERG. EXH., PLANT VENT STACK)

- N/A REFER TO FSAR 1.9-29.

RAD. EXP.METERS

E3 N/A N/A N/A N/A N/A N/A DELETED IN RG 1.97 R/3

AIRBORNERADIOHALOGENS & PARTICULATE

E3 N/A N/A N/A N/A 1.00E-08 1.00E+02 μCI/CC

N/A N/A PORTABLE INSTRUMENT

PLANT & ENV RAD. PHOTONS

E3 N/A N/A N/A N/A P 2.00E-04 R/HR B 1.00E-02 to 1.00E+05 RADS/HR

N/A N/A PORTABLE INSTRUMENT

PLANT AND ENV RADIO-ACT. PORTABLE INST

E3 N/A N/A C N1E N/A N/A STATIONARY MULTI CHANNEL ANALYZER IS USED TO ANALYZE GRAB SAMPLE

MET-WIND DIR 199' PRI TOW

E3 EM ISE0100 B EM ISTRGMOD0001

S R

LOCAL LOCAL

N/A N/A N/A N1E 0-360 DEG 0-360 DEG

1 N/A IND IS ON THE PLANT COMPUTER (PT ID C485311)

MET-WIND DIR 33' PRI TOW

E3 EM ISE 0103B EM ISTRGMOD0001

S R

LOCAL LOCAL



MET-WIND DIR 33' BK-UP TOW

E3 EM ISE 0113B EM ISTRGMOD0001

S R

LOCAL LOCAL



MET-WIND SPD 199' PRI TOW

E3 EM ISE 0100A EM ISTRGMOD0001

S R

LOCAL LOCAL

N/A N/A N/A N1E 0-55 MPS 0-55 MPS


MET-WIND SPD 33' PRI TOW

E3 EM ISTE 0103A EM ISTRGMOD0001

S R

LOCAL LOCAL

N/A N/A N/A N1E 0-55 MPS 0-55 MPS



WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

MET-WIND SPD33' BK-UP TOW

E3 EM ISE 0113AEM ISTRGMOD0001

SR

LOCALLOCAL

N/A N/A N/A N1E 0-55 MPS0-55 MPS

1 N/A IND IS ON THE PLANTCOMPUTER (PT ID C48614)

EST OF ATMOS.STAB. SPLITDELTA-TEMP.DIFF.PRI TOW ‘A’

E3 EM ITE 0101A/BEM ISTRGMOD0001

SR

LOCALLOCAL

N/A N/A N/A N1E -5 TO +10 DEGC-5 TO +10 DEGC

1 N/A IND IS ON THE PLANTCOMPUTER. (PT ID C48528)

EST OF ATMOS.STAB SPLITDELTA-TEMP.DIFF. PRI TOW ‘B’


SR

LOCALLOCAL



EST OF ATMOSSTAB SPLITDELTA-TEMP.DIFF. BK UP TOW


SR

LOCALLOCAL



EST OF ATMOS.STAB SPLITSIGMA-THETA199’ PRI TOW

E3 EM ISE 0100BEM ISTRGMOD0001

SR

LOCALLOCAL

N/A N/A N/A N1E 0-100 DEG0-100 DEG


EST OF ATMOS.STAB SPLITSIGMA-THETA33’ PRI TOW


SR

LOCALLOCAL



EST OF ATMOS.STAB SPLITSIGMA-THETA


SR

LOCALLOCAL



GROSS ACTIVITY E3 C N/A N/A N1EEMERG.

10 μCI/ML-10 CI/ML

N/A N/A FSAR SUBSEC 9.3.8 PROVIDESDESCRIPTION OF POSTACCIDENT SAMPLING SYSTEM(PASS)

GAMMASPECTRUM

E3C3C3

C N/A N/A N1EEMERG.

ISOTOPIC ANALYSIS N/A N/A FSAR SUBSEC 9.3.8 PROVIDESDESCRIPTION OF POSTACCIDENT SAMPLING SYSTEM(PASS) (NOTE 18)

BORON CONTENT E3 C N/A N/A 1EEMERG.

0-6000 PPM N/A N/A FSAR SUBSEC 9.3.8 PROVIDESDESCRIPTION OF POSTACCIDENT SAMPLING SYSTEM(PASS)

CHLORIDECONTENT

E3 C N/A N/A N1EEMERG.



WSES-FSAR-UNIT-3




RG197CAT/TYPE

LOOPCOMPONENT



NUMBEROFCHANNEL

SPDSI/O COMMENTS

DISSOLVEDHYDROGEN


0-2000CC(STP)/KG N/A N/A FSAR SUBSEC 9.3.8 PROVIDESDESCRIPTION OF POSTACCIDENT SAMPLING SYSTEM(PASS)

DISSOLVEDOXYGEN



PH E3 C N/A N/A N1EEMERG.

1-13 N/A N/A FSAR SUBSEC 9.3.8 PROVIDESDESCRIPTION OF POSTACCIDENT SAMPLING SYSTEM(PASS)

HYDROGENCONTENT

E3 N/A N/A N/A N1EEMERG.

0-10% (0-100%INST. SCALE)

1 N/A FSAR SUBSEC 9.3.8 PROVIDESDESCRIPTION OF POSTACCIDENT SAMPLING SYSTEM(PASS)

OXYGENCONTENT


0-30% (0-100%INST. SCALE)

1 N/A FSAR SUBSEC 9.3.8 PROVIDESDESCRIPTION OF POSTACCIDENT SAMPLING SYSTEM.

GAMMASPECTRUM


SUFF. FOR ISOT.ANALYSIS

1 N/A FSAR SUBSEC 9.3.8 PROVIDESDESCRIPTION OF POSTACCIDENT SAMPLING SYSTEM(PASS)


WSES-FSAR-UNIT-3


Following notes are referred to in comment section of Table 7.5.3

(DRN 04-991, R13-A) NOTE 1: Deleted. (DRN 04-991, R13-A)

NOTE 2: For RCS pressure, Reg. Guide 1.97, Rev. 3 recommends a range of 0-4000 psig. Recorder and indicator have a range of 0-3000 psig. However, a range of 0-4000 psig is provided on the QSPDS which records on a 30 minute rolling buffer with the highest pressure value.

NOTE 3: One containment isolation valve outside the containment is provided for certain lines penetrating the containment through Class C or Class D penetrations. (FSAR subsection 6.2.4.1.2 provides further details.) Dedicated indication for this valve is provided in the control room.

NOTE 4: Two automatic valves are in series. Each valve operator is actuated from a separate and redundant ESFAS channel, with power supplied to each valve from a separate Train (bus) (except for valves CAP-103 and CAP-104 and valves CAP-203 and CAP-204) and each valve has a dedicated indication in the control (FSAR Section 6.2.4).

NOTE 5: Redundant valve provided for subject line is either a check valve or locked closed valve. Only power operated (pneumatic, electric or solenoid) valve on subject line is provided with a dedicated indication in the control room (Refer to FSAR Subsection 6.2.4).

NOTE 6: CARS line through penetration #47 has valve CARMVAAA202B outside the containment and its actuator is powered from Train B. Line inside the containment branches into two, with isolation valves CARMVAAA201B and CARMVAAA200B on each branch. Actuators of valve CARMVAAA201B is powered from Train B and of valve CARMVAAA200B is powered from Train A. CARS is a back up to Hydrogen Recombiner System. CARS manually operated from main control room only during post accident, and after manually opening the locked closed valve CARMVAAA203B installed downstream of CARMVAAA202B. Valve CARMVAAA202B is also designed to close upon loss of power to operators. Hence, present configuration satisfies the intent of Reg. Guide 1.97, Rev. 3 to provide adequate indication of containment isolation.

NOTE 7: Two valves on supply lines are installed, one on each side of penetration. Third valve on return line has a redundant check valve inside the containment. Valves located outside the containment are locked closed during Normal and Shutdown condition and are controlled administratively. Sensors of three automatic valves are wired in parallel to a common set of indication. The valves actuated through a common hand switch. This design and administrative controls provided adequate conservatisms to existing configuration to meet the intent of Reg. Guide 1.97, Rev. 3.

NOTE 8: Deleted

NOTE 9: For Steam Generator Level, Reg. Guide 1.97, Rev. 3 identifies Steam Generator Level as a Type D Category 1 variable. It specifies a range of "From tube sheet to separators." Furthermore, within Table 1, Item 2 of Reg. Guide 1.97, Rev. 3 it states the following with regard to redundancy, "Within each redundant division of a safety system, redundant monitoring channels are not needed except for steam generator level in two loop plants." Waterford 3 meets the intent of these requirements using the following independent and diverse channels of instrumentation:

(EC-8460, R307) 1. Two qualified channels of wide range steam generator level are utilized for each steam generator. Their range is 0-42.4 (509”) feet which encompasses the distance from approximately 1 foot above the tube

sheet and the separator.

2. Four qualified channels of narrow range steam generator level are utilized for each steam generator. Their range encompasses just over 17.1 feet (205”) encompassing the normal operating range of the steam generator.

(EC-8460, R307) 3. One qualified channel of Emergency Feedwater (EFW) flow per steam generator. Its range is 0-800 gpm which encompasses 0 to 114% of the EFW design flow.

WSES-FSAR-UNIT-3

TABLE 7.5-3 (Sheet 38 of 40) Revision 307 (07/13) 4. One qualified channel of main steam flow indication per steam generator. 5. One qualified channel of steam generator pressure indication per steam generator. 6. One qualified channel of RCS hot leg and cold leg temperature indication per hot/cold leg. (EC-8460, R307) The Plant Protection System provides protection against loss of primary heat sink by the Low Steam Generator Water Level Trip (LSGLT). Four narrow range instruments per SG are used for this trip signal initiation

(Ins. Loops LT-1113A, B, C, D; LT-1123A, B, C, D for SG1 and 2 respectively). LSGLT set point corresponds to 5% of distance between the two narrow range liquid level pressure taps and is referenced from the lower tap. This set point corresponds to a water level of 31.3ft. above the tube sheet. The above mentioned instrument loops were also used for actuation of Emergency Feedwater Actuation System (EFAS). (Ref. to W3-DBD-012 for further details) and High Steam Generator Level Trip (HSGLT). Whenever the level drops below or exceeds the narrow range level instruments, it will be monitored by either of the qualified independent channels of wide range SG level. In the extremely unlikely event that at least one wide range SG level indication was not available, the operator could determine level using diverse channels of indication. Using EFW flow coming into the SG, MS Flow going out of the SG and SG Pressure the operator can determine if SG level is increasing, decreasing or stabilized under/above the narrow range SG level. Similarly, the operator could utilize SG Pressure, RCS Hot Leg temperature and RCS Cold Leg Temperature to determine SG level relative to the narrow range level indications. Such indications would be adequate until the SG level had returned to the range of the narrow range SG level instruments as directed by the EOPs.

(EC-8460, R307) (DRN 04-744, R14) NOTE 10: For Main Feedwater Flow, Reg. Guide 1.97, Rev. 3 recommends to measure up to 110% of design flow. Provided instruments at Waterford 3 can measure up to 108% of design flow. Design flow is 8.34 MPPH. (DRN 04-744, R14) NOTE 11: For Containment Sump Water Temperature, Reg. Guide 1.97, Rev. 3 recommends a range of 50-250 DEGF. Provided range is 32-240 DEGF which is based on plant specific analysis. NOTE 12: For Component Cooling Water Temperature to ESF system, Reg. Guide 1.97, Rev. 3 recommends a range of 32-200 DEGF. Provided range is 50-130 DEGF which is based on plant specific analysis. Refer to

FSAR Table 9.2-9. NOTE 13: For Condenser Air Removal Exhaust, Reg. Guide 1.97, Rev. 3 recommends a range of 0-100% of design flow from the flow transmitters. Provided flow value is fixed at a value of 218 SCFM. However during

accident conditions the exhaust is routed via the plant stack. NOTE 14: During a station blackout, these items are load-shedded to preserve the station batteries for a 4 hour coping strategy. Ref. OP-902-005 and letter W3F192-0079. For a loss of offsite power and failure of one diesel, the devices on the failed division only, are de-energized to conserve the battery in that division. This action extends battery power and provides additional time for

trouble-shooting and restarting the failed diesel. NOTE 15: This valve does not receive an automatic closure signal. NOTE 16: Deviation from the qualification requirements of RG 1.97 for MS-116 A&B position indication was approved by the NRC via Safety Evaluation dated 6/5/97. (Also ref. letter W3F1-97-0120). TS 3.3.3.6 does not

apply to this non-safety indication. NOTE 18: Reg. Guide 1.97, Rev. 3, requires Category 1 for Radioactivity Concentration (Type C). A system which could meet Category 1 is not commercially available. The PASS meets Category 3 requirements. NOTE 19; Operating status of the variable is indicated on the plant monitoring computer. Power supply class listed in table indicates power class for the monitored component. Power for plant monitoring computer is provided

from highly reliable N1E Vital power supply which complies with Reg. Guide 1.97 requirements. (DRN 03-1873, R13) NOTE 20: Instrumentation not active. Simulated (Dummy) ICI assembly installed. (DRN 03-1873, R13)

WSES-FSAR-UNIT-3


Guide for Columns/Fields for Table 7.5-3

Column Heading

Serial Number: Sequential no. for each variable in Reg. Guide 1.97

Variable: Name of the variable as defined in Reg. Guide 1.97

RG 1.97 Type/Category: Type and Category of variable as defined in Reg. Guide 1.97

Loop Component: UNID nos. of sensing, indicating and recording devices that are part of the instrumentation loop.

Component Type: Defines the function of the component as follows.

S: Sensing DeviceI: Indicating DeviceR: Recording Device

Location: Provides the building location for sensing device or the Control Panel no. for indicating or recording device. Following symbols are used.

RB: Reactor Building (Wing Area)RCB: Reactor Containment BuildingRAB: Reactor Auxiliary BuildingANN: Annulus Shield BuildingCP: Control Panel in Control RoomTGB: Turbine Generator BuildingFHB: Fuel Handling BuildingCHILL: Chiller Building

ENV: Defines Environmental Qualification status of the loop.

A: All or part of the instrument loop components fall within the scope of 10CFR 50.49 and NUREG 0588. Loop components located in aharsh environment are qualified for the environment in which they are located.

B: This instrument loop is Class 1e, is located in a mild environment and is designed to function in such an environment. Limit switches for MS-116 A&B are Class 1E, power supply for indication is non 1E Vital.C: This instrument is non-Class 1E and is designed to withstand its specific service environment.

N/A: Not Applicable

SEIS: Defines Seismic Qualification status of the loop. Following notations are used.

A: Applicable components of this loop are seismically qualified in accordance with the criteria of FSAR Section 3.10.B: Portions of this indication loop are not seismically qualified.N/A: Not Applicable

WSES-FSAR-UNIT-3


QA: Defines Quality Assurance level of loop. Following notations are used.

A: Either all or part of the components of this instrument loop are Class 1E or installed on safety class 1, 2, 3 lines or have anLP&L safety class designation of "SR." (Ref: Q-List). As such it is subject to quality assurance program requirements inaccordance with 10CFR50 Appendix B.

B: This loop is Non-Class 1E but it requires Quality Assurance requirements to support EQ and/or SQ requirements as specified by Reg.Guide 1.97 Rev. 3.

N/A: Not Applicable

Power Supply Class: Classified the power supply of loop components. NOTE: Vital receives power from uninterruptible power source. Emergency is backed up by DieselGenerator and/or Batteries.

Range/Units: Define the range and the units for the instrument.Following units have been used.

ppm: Parts per MillionDEGF Degrees in FahrenheitDEGC: Degrees in CelsiusPSIA: Pounds per square inch - absolutePSIG: Pounds per square inch - gageFt: FeetFTW: Feet of WaterINW: Inch of WaterGPM: Gallons per MinuteCu Ft: Cubic FeetA: AmpereG: GallonsMPPH: Million Pound Per HourV: VoltsMW: Mega WattsMVAR: Mega Volt AMp ReactiveHz: HertzμCi/cc: Micro Curies per Cubic CentimeterSCFM: Cubic Feet per Minute (Standard)DEG: Degrees for Angular DirectionMPS: Meters per SecondKG: Kilo GramR/HR: Roentgen per hour

No. of Channels: Identifies Total number of channels provided for this variable. This number is indicated on each line item for that variable.

SPDS I/O: Point Identification for Safety Parameter Display System.

Comment: Special comments applicable to this loop, e.g. QSPDS stands for Qualified Safety Parameter Display System. PASS stands for Post Accident SamplingSystem.

7.5 SAFETY RELATED DISPLAY INSTRUMENTATION 7.5.1 … · WSES-FSAR-UNIT-3 7.5-1 Revision 8 (5/96)...

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Transcript of 7.5 SAFETY RELATED DISPLAY INSTRUMENTATION 7.5.1 … · WSES-FSAR-UNIT-3 7.5-1 Revision 8 (5/96)...