ML17305A816

1990 Emergency Preparedness Evaluated Exercise.

ML17305A816
Person / Time
Site:	Palo Verde
Issue date:	04/24/1990
From:	ARIZONA PUBLIC SERVICE CO. (FORMERLY ARIZONA NUCLEAR
To:
References
NUDOCS 9005300217
Download: ML17305A816 (767)

Text

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¹ I PALO VERDE NUCLEAR GENERATING. STATION EMERGENCY PREPAREDNESS EVALUATED EXERCISE CONFIDENTIAL 900~>002i7 900424 0500052S PDR ADOCK PDC F

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TABLE F NTENT

~PA E 1.0 I~NTA D 1.1 Schedule 1.2 Participating Agencies 1.2.1 Utility 1-2 1.2.2 Federal 1-2 1.2.3 State 1-2 1.2.4 County 1-2 1.2.5 Volunteer Agencies 1-2 1.2.6 Support Organizations 1-2 1.3 Purpose 1-2 1.4 Acronyms and Abbreviations 1-3 2.0 EXERCISE BJE AND EXTENT F PLAY 2.1 Objectives 2.1.1 PVNGS/APS 2-1 2.1.2 Arizona/Maricopa County 2-6 2.2 Extent of Play 2.2.1 Activation 2-10 2.2.2 Response 2-10 APS/PVNGS 90EXER

TABLE F NTENT (Continued)

$ E~IQN PA E 3.0 EXER I E ENART 3.1 Initial Conditions 3-1 3.2 Narrative Summary 3-1 3.3 Major Sequence of Events 3-3 4.0 D E F NTR LLER AND PLAYER 4.1 Exercise Ground Rules 4.1.1 Rules for Controllers 4-1 4.1,2 Rules for Players 4-4 4.1.3 Rules for Observers 4-7 4.2 Controller Assignments 4-8 4.3 PVNGS/APS Observers 49 4.4 Exercise Evaluation Form 4-10 5.0 A~PPENDI H Appendix A - PVNGS Scenario Controller Guide Appendix B - PVNGS Messages Appendix C - Government Controller Guide Appendix D - Government Messages Appendix E - Public Information Controller Guide Appendix F - Public Information Messages Appendix G - Corporate Emergency Center Controller Guide Appendix H - Corporate Emergency Center Messages Appendix I - Plant Data APSiPVNGS 90EXER

vl TABLE OF NTENT (Continued)

QE~I~N T.d EPPP~NDT E'I (C T dd Appendix J - Health Physics Data Appendix K - Chemistry Data Appendix L - Meteorological Data Appendix M - Medical Emergency Data APS/PVNGS 90EXER

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ARIZ NA P LI ERVI E MPANY PAL VERDE LEAR ENERATIN TATION MER EN Y PREPAREDNE EXER I E RIL2 1 1.0 INTR D N 1.1 ~che f~l Controller BrieGng Date: April 24, 1990 Time: (later)

Location: (later) 1.1.2 Exercise Date: April 25, 1990 Time: Normal Working Hours (0730-1530) 1.1.3 PVNGS Critique Date: 'pril 25, 1990 Time: (later)

Location: (later) 1.1.4 NRC Critique Date: April 26, 1990 Time: (later)

Location: (later) 1.1,5 NRC Exit Date: April (later), 1990 Tllne: (later)

Location: (later)

APS/PVNGS 90EXER

1.2 P rtici atin A enci 1.2.1 Utility Palo Verde Nuclear Generating Station (PVNGS)

Arizona Public Service (APS) 1.2.2 Federal Nuclear Regulatory Commission (USNRC), Region V National Weather Service (NWS) 1.2.3 State Arizona Division of Emergency Services (ADES)

Arizona Radiation Regulatory Agency (ARRA)

Arizona Department of Public Safety (DPS) 1.2.4 County Maricopa County Department of Civil Defense and Emergency Services (MCDCDSES)

Maricopa County Sheriffs Office (MCSO) 1.2.5 Volunteer Agencies American Red Cross (ARC) 1.2.6 Support Organizations Good Samaritan Hospital 1.3 Prose 1.3.1 To conduct an exercise that includes the mobilization of licensee, state, county personnel and resources to adequately verify the capability to respond to an emergency at the Palo Verde Nuclear Generating Station.

1.3.2 To satisfy the requirements of 10 CFR 50, Appendix E, guidance in NUREG 0654/FEMA REP-1, Rev. 1, and 44 CFR 350.9.

APS/PVNGS 1-2 90EXER

1.4 Acr n an A revia i n AC Alternating Current ACAD Automated Control Access Device Arizona Division of Emergency Services Atmospheric Dump Valve AFAS Auxiliary Feedwater Actuation Signal Air Filtration Unit Auxiliary Feedwater Air Handling Unit AO 'uxiliary Operator Arizona Public Service American Red Cross Area Radiation Monitor Arizona Radiation Regulatory Agency ASS Assistant Shift Supervisor AUX Auxiliary BATT Battery BO- Control Board Number (Control Room)

C- PVNGS. Controller Number CAS Central Alarm Station CEAC Control Element Assembly Computer CEC Corporate Emergency Center CET Core Exit Thermocouple CIAS Containment Isolation Actuation Signal

~sipmGS 1-3 90EXER

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1.4 Acr n n A r vi i n (Continued)

CNT Containment COND Condensate (Condenser)

CONT Controller CPC Core Protection Calculator CPIAS Containment Purge Isolation Actuation Signal CPM Counts Per Minute CPS Counts Per Second CR Control Room CRVIAS Control Room Ventilation Isolation Actuation Signal CSAS Containment Spray Actuation Signal DC Direct Current DNBR Departure From Nucleate Boiling Ratio DPM Disintegrations Per Minute DPS Department of Public Safety (Disintegrations Per Second)

Emergency Action Level EBS Emergency Broadcast System EC Emergency Coordinator ECCS Emergency Core Cooling System EDT Equipment Drain Tank EMC Emergency Maintenance Coordinator Emergency Medical Technician Emergency Notification System EOC Emergency Operations Center

~s(aves 1-4 90EXER

1.4 Acr n s and Abbreviati ns (Continued)

EOD Emergency Operations Director EOF Emergency Operations Facility EPIP Emergency Plan Implementing Procedure EPZ Emergency Planning Zone ERF Emergency Response Facility ERFDADS Emergency Response Facility Data Acquisition and Display System ERT Emergency Repair Team ESF Engineered Safety Feature FEMA Federal Emergency Management Agency Forward News Center Fire Team Fire Team Advisor General Emergency GLE Government Liaison Engineer GPM Gallons Per Minute HPSI High Pressure Safety Injection IST Inplant Survey Team Joint Emergency News Center Joint Public Information Procedure Potassium Iodide LLEA Local Law Enforcement Agency LPSI Low Pressure Safety Injection ms(mmes 1-5 90EXER

1.4 Acr n and A revi ti n (Continued)

LPMS Loose Parts Monitoring System MCDCDAES Maricopa County Department of Civil Defense and Emergency Services MCSO Maricopa County Sheriffs Office MOV Motor, Operated Valve MPH Miles Per Hour MSG Message MSIS Main Steam Isolation Signal MSIV Main Steam Isolation Valve Maintenance Technician Notification Alert Network NCW Nuclear Cooling Water Nuclear Regulatory Commission Noti6cation of Unusual Event OSC Operations Support Center PAG Protective Action Guideline PAR Protective Action Recommendation PASS Post-Accident Sampling System PI- Public Information Controller Number PPM Parts Per Million

, PRM Process Radiation Monitor PROC Procedure PVNGS Palo Verde Nuclear Generating Station APS/PVNGS 1-6 90EXER

1.4 r n n A revi ti n (Continued)

PZR Pressurizer Restricted Area Radiological Assessment Coordinator Recirculation Actuation Signal RCA Radiologically Controlled Area RCC Reception and Care Center RCP Reactor Coolant Pump RCS Reactor Coolant System RDT Reactor Drain Tank REAT Radiological Emergency Assessment Team REP Radiation Exposure Permit RERV Radiological Emergency Response Vehicle RMS Radiation Monitoring System RMWT Reactor Makeup Water Tank RO Reactor Operator Radiation Protection Radiological Protection Coordinator Radiological Protection Monitor (Revolutions Per Minute)-

RPS Reactor Protection System Radiation Protection Technician RVLMS Reactor Vessel Level Monitoring System RWCO Radwaste Control Room Operator RWO Radwaste Operator APS/PVNGS 1-7 90EXER

It 1.4 Acron and A reviati n. (Continued)

Refueling Water Tank (Radwaste Technician)

Reactor Site Area Emergency SAS Secondary Alarm Station SD Security Director SEC Security S/G Steam Generator SIAS Safety Injection Actuation Signal Safety Injection Tank SRO Senior Reactor Operator SS Shift Supervisor SSC Security Shift Captain STA Shift Technical Advisor STSC Satellite Technical Support Center eve Average Coolant Temperature Cold Leg Temperature Th Hot Leg Temperature Tref Turbine Control System Reference Temperature TOC Technical Operations Center TSC Technical Support Center Volume Control Tank Water Reclamation Facility APSPVmS 1-8 90EXER

2.0 EXER I E BJE AND EXTENT F PLAY 2.1 BJE 2.1.1 Arizona Public Service (APS)/Palo. Verde Nuclear Generating Station (PVNGS) Onsite Facilities General Objectives Demonstrate adequacy of the Emergency Plan and Emergency Plan Implementing Procedures (EPIPs) both in terms of management control of an emergency situation and the workability of the procedures at all levels.

Demonstrate ability to respond to an emergency situation initiated during normal day-shift hours (7:00 AM - 3:30 PM).

Demonstrate ability to activate APS/PVNGS emergency response facilities (ERFs) in a timely fashion.

Demonstrate functional adequacy of the APS/PVNGS emergency response facilities, including communications links and equipment.

Demonstrate ability of key personnel to make timely and effective decisions with respect to a radiological emergency.

Demonstrate methods established to maintain adequate security access control to emergency facilities.

Demonstrate ability to maintain timely and accurate information on status boards.

Demonstrate ability to provide Grst aid and initial care to a contaminated injured individual and provide associated radiological and contamination controls.

Control Room (CR)/Satellite Technical Support Center (STSC)

Demonstrate ability to assess plant conditions.

APS/PVNGS 2-1 90EXER

B. Control Room (CK)/Satellite Technical Support Center (STSC) {Continued)

Prior to Technical Support Center (TSC) activation, demonstrate ability of ..Shift: Supervisor/Onshift Emergency Coordinator to classify events per EPIP-02.

Prior to TSC/Emergency Operations Facility {EOF) activation, demonstrate abilityto identify projected trends and potential consequences.

Demonstrate ability to take corrective actions to control the situation and mitigate the consequences.

Demonstrate ability to alert and notify PVNGS emergency response personnel in a timely manner.

Prior to EOF activation, demonstrate ability to make initial notifications to state and county agencies within 15 minutes of an emergency declaration and the United States Nuclear Regulatory Commission (NRC) immediately thereafter.

Prior to EOF, activation, demonstrate ability to provide follow-up information as requested by offsite agencies.

Prior to TSC/EOF activation, demonstrate ability to determine actual or potential onsite and offsite radiological conditions including performance of initial dose projections and preparation for deployment of Geld monitoring teams.

Prior to EOF activation, demonstrate ability to make timely Protective Action Recommendations (PARs) to offsite agencies.

Demonstrate ability to effectively transfer responsibilities from the Onshift Emergency Coordinator to the Onsite Emergency Coordinator and inform the emergency response organization per EPIP-11.

Prior to Operations Support Center (OSC) activation, demonstrate the ability to communicate effectively with Auxiliary Operators (AOs) and other Geld personnel utilizing the plant radio system.

APS/PVNGS 2-2 90EXER

Jl C. Technical Support Center (TSC)

Demonstrate ability to effectively transfer responsibilities

&om the Onshift Emergency Coordinator to the Onsite Emergency Coordinator and inform,. the. emergency response organization per EPIP-11.

Demonstrate effective command and control of the TSC personnel by the Onsite Emergency Coordinator.

Demonstrate effective direction and control of inplant monitoring and repair teams.

Demonstrate capability to staff and maintain a manpower roster for protracted operations, ensuring sufficient personnel have been activated and a 24-hour schedule is developed.

Demonstrate ability to perform health physics practices including contamination control and routine habitability surveys.

Demonstrate ability to receive and analyze inplant radiological data.

Demonstrate capability of the Onsite Emergency Coordinator to classify events per EPIP-02.

Demonstrate ability to obtain adequate plant documents, drawings, plans and procedures in support of Control Room activities.

Demonstrate ability to establish (and if requested by NRC, maintain) communications with the NRC regarding plant operations.

Demonstrate ability to manage onsite emergency response functions, emergency maintenance, safety and hazards control, engineering/technical analysis, radiation protection and reactor analysis.

Demonstrate the ability to provide emergency bach~p power to the TSC.

APS/PVNGS 2-3 90EXER

l Operations Support Center (OSC)

Demonstrate ef'fective command and control of the OSC personnel by the OSC Coordinator.

Demonstrate ability of the OSC Coordinator to electively communicate with the TSC on team assignment and status.

Demonstrate the ability of OSC personnel to maintain a comprehensive communications log for the duration of the emergency event.

Demonstrate effective assembly and dispatch of inplant monitoring and repair teams in a timely manner.

Demonstrate ability to implement personnel dosimetry for emergency response personnel.

Demonstrate ability to gather samples in a field setting.

Demonstrate capability to perform contamination control, habitability surveys and maintain doses As Low As Reasonably Achievable (AL~).

Demonstrate the ability to communicate and maintain Geld team awareness of plant status and emergency actions through frequent updates.

Emergency Operations Facility (EOF)

Demonstrate ability to maintain awareness of plant conditions, projected trends and potential consequences.

Demonstrate ability to notify state and county agencies within fifteen (15) minutes of an emergency declaration.

Demonstrate ability to provide follow-up information to offsite agencies.

Demonstrate ability to make Protective, Action Recommendations (PAR's) to offsite agencies.

Demonstrate ability to direct offsite field monitoring teams for the purposes of tracking plume passage.

APS/PVNGS 2-4 90EXER

II Emergency Operations Facility (EOF) (Continued)

Demonstrate ability to perform onsite and offsite dose assessment and projections in a timely manner.

Demonstrate ability of the Emergency Operations Director to coordinate onsite and offsite emergency response activities.

Demonstrate ability to provide approved information on inplant and onsite conditions/activities for release to the media/public.

Demonstrate the ability to perform a core damage calculation in a timely fashion.

APS/PVNGS 2-5 90EXER

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2.1.2 STATE of ARIZONA/COVNTYof MARICOPA EXERCISE OB JECTIVE10 minutes should produce a declaration of NOTIFICATION OF UNUSUAL EVENT (NUE). PBB-S04 is grounded and isolated, the entire "B" train of ECCS, the "B" charging pump and the "E" charging pump are not available for makeup. (The "E" charging pump is aligned to the deenergized bus and must be realigned before being available for makeup.)

Later, an RCS hotleg will begin to leak > 60 gpm. If the "E" charging pump has been realigned and energized, it will experience a mechanical failure, resulting in a loss of RCS inventory (greater than the single remaining charging pump capacity) This should result in a declaration of an ALERT as a result of uncontrolled loss of RCS inventory >50 gpm.

0- ~s/pvNGs 90EXER

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3.2 (< "' ~)

The Chemistry and RP Technicians performing the SIT sampling surveillance are both contaminated and the Chem. Tech. is severely injured when the Chem. Tech. slips and falls in the process of performing the SIT boron sample. The Chem. Tech. requires immediate medical care and AirEvac transportation to the oKsite treatment facility, Good Samaritan Hospital.

As RCS level continues to decrease, operators will trip the unit at.

approximately 25% PZR level. A Containment Isolation Actuation Signal (CIAS) and Safety Injection Actuation Signal (SIAS) will occur. HPSI train "B" is inoperative due to the electrical fire. HPSI pump "A" has a partially drained discharge line. On the SIAS, a major water hammer will occur in the "A" HPSI discharge line, damaging the HPSI discharge line containment penetration seaL The mechanical shock of the water hammer will also damage the pump rotating assembly and cause a loss of the "A" HPSI pump.

Operators should begin to depressurize to allow Low Pressure Safety Injection (LPSI) feed as RCS inventory and subcooling are being lost. This should result in a declaration of SITE &&AEMERGENCY (SAE) due to uncontrolled loss of RCS inventory >50 gpm and failure of both trains of ESF to actuate when required and maintain subcooling. No high-pressure feed to the RCS will exist temporarily.

Suddenly, the leaking hotleg will fail catastrophically, SITs will inject, but the core uncovers. This will produce fuel damage and the liberation of radioactivity to the containment. As RCS pressure reaches the LPSI injection point, an electrical fault in the 86 relay will trip the running LPSI "A" pump, preventing feed unless the sole operable Containment Spray (CS) "A" pump is secured from containment spray and lined up for RCS feed. Shortly after the core uncovers, LPSI "A" may be recovered to feed the RCS. A GENERAL EMERGENCY should be declared based upon RCS leakage > 50 gpm and Reactor Vessel Level Monitoring System (RVLMS) indication of voiding in the Upper Plenum.

The failed HPSI piping penetration in the containment will open a release path to the Auxiliary Building. Fuel Building Essential Ventilation system will draw the contaminants from the lower Auxiliary Building and discharge them to the environment through the Fuel Building Vent.

The radiological release will continue through this path until equalization of containment pressure removes the driving pressure. Any time after this equalization, repair teams may attempt to reseal the penetration to restore containment integrity.

The scenario will be mitigated by:

Action to restore the "A" LPSI pump (SIA-P01).

Floodup, cooldown and stabilization of the plant.

Performance of offsite radiological monitoring and evaluation.

" APS/PVNGS 3-2 90EXER

t Ma'or e ence f Ev n 0730 Initial Conditions 0800 Fire in the "B" ECCS 4160V switchgeax (PBB-S04) on the of the Control Building. The Cardox system will discharge 100'levation and the PBB-S04 bus will be deenergized for the remainder of the scenario.

0815 A NOTIFICATIONOF UNUSUALEVENT should be declared based upon a fire in the unit lasting more than 10 minutes.

0900 Containment sumps and charging/letdown mismatch indicate loss of RCS inventory to the containment of approximately 60 gpm. An ALERT should be declared on loss of RCS inventory >50 gpm.

0915 The Chemistry Technician (Chem. Tech.) and Radiation Protection Technician (RP Tech.) in the Containment doing SIT sampling are contaminated when the Chem. Tech. falls from the SIT sampling point, spilling the sample on the RP Tech. and herself. The Chem. Tech. is seriously injured and the RP Tech. assists her out of the Containment.

The pressurizer reaches the low level heater cutout (25%) and operators manually trip the reactor.

0930 Medical determines that the injured and contaminated Chem. Tech.

willrequire immediate transport to the oKsite treatment facility (Good Samaritan Hospital). An AirEvac helicopter is ordered.

1030 RCS leakage continues at 60 gpm. If the "E" charging pump has been h

electrically recovered, it will fail electrically. The one operable charging pump cannot keep up. "B" HPSI is disabled by the fire, "A" HPSI will experience a water hammer due to a partially drained discharge line. The water hammer in "A" HPSI will damage its containment piping penetration and make the pump inoperable. As inventory is lost and subcooling is threatened.

1045 A SITE AREA EMERGENCY should be declared based upon an uncontrolled loss of RCS inventory >50 gpm and failure of both trains of an ESF system to actuate when required to maintain subcooling.

Operators should begin cooldown and depressurization to allow "A" LPSI injection.

The injured and contaminated Chem. Tech. is transported to the offsite treatment facility by AirEvac.

~ APS/PVNGS 3-3 90EXER

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Ma'or e uence f Even (Continued) 1130 The leaking hotleg suddenly fails catastrophically. Without feed, reactor vessel water level drops and uncovers the core. When RCS pressure reaches a level low enough for Safety Injection Tanks (SITs) to inject, they do, but the reflood is only temporary as the injected water runs out the break. When pressure subsides enough to allow "A" LPSI to inject, an electrical fault will trip the pump. Radioactivity from damaged fuel is beginning to be released to the containment.

1145 A GENERAL EMERGENCY should be declared as a result of Reactor Vessel Level Monitoring System (RVLMS) indication of voiding in the upper plenum, failure of both trains of ESF to actuate when required and maintain subcooling and uncontrolled loss of RCS inventory >50 gpm.

1200 The large-break LOCA with no high-pressure ECCS feed has caused fuel gas gap activity release. The damaged "A" HPSI piping penetration in the lower Auxiliary Building allows a release path for contaminants through the Auxiliary Building and the Fuel Building Essential Ventilation System. The "A" LPSI pump may be recovered at any time after this point and the reactor vessel reQooded.

1300 There is no remaining differential pressure to drive the release from the containment and the release begins to decline. Maintenance teams may now attempt to physically close the piping penetration to restore containment integrity.

1400 (Approximate) When the Plant is cooled-down and stabilized and radiological monitoring teams are satisfactorily demonstrating their plume tracking and monitoring actions, the Exercise is terminated.

'spmas 3-4 90EXER

4.0 D F NTR LLER AND PLAYER 4.1 Ex rci e r n Rule 4.1.1 Rules for Controllers The actual Unit 3 Control Room and the Unit 3 Satellite Technical Support Center (STSC) will be utilized.

Several plant and radiological parameters will be available at predetermined times during the Exercise or upon request at any time. These plant parameters will be available in the Control Room, STSC, EOF and TSC.

Radiological data will also be available in the OSC, simulating data obtained from the Radiation Protection Office.

Simulated Control Room activity will be provided from hard copy plant data. Players in Emergency Response Facilities should base their actions on hard copy data.

Know your player's scenario script thoroughly.

Know the overall Controller Organization and to whom you must communicate during the course of the scenario.

Keep the play on schedule by checking your scenario.

Issue the messages on time. Ensure the players understand the message.

Issue contingency messages only if required to keep the play on schedule {as indicated in the contingency message instructions).

Call your Lead Controller immediately for advice if in doubt about what to do.

Allow the players reasonable flexibility to do their functions and demonstrate their skill, knowledge and initiative.

Call your Lead Controller immediately for advice if the players depart significantly from the scenario. If necessary, intervene with player action and put play back on track.

~ APS/PVNGS 4-1 90EXER

4.1.1 Rules for Controllers (Continued)

Stop play and notify your Lead Controller immediately if plant or personnel safety is jeopardized.

Read the Player's Rules.

Note the strengths, weaknesses and areas for improvement of player's actions. Use the evaluation packages provided separately.

Do not criticize the player's actions during the play.

Do not guide player's actions by offering suggestions, reminders, instructions or more scenario information than they have earned through their simulations and problem solving.

Be on station at least 20 minutes prior to any player action commencing. Locate the phon%adio that you will be utilizing to communicate with your Lead Controller.

Check with your Lead Controller to test communications and synchronize your watch and the facility clock to the Exercise Lead Controller's time to ensure correct event timing.

Non-players are exempt &om acting on simulated radiation levels speci6ed for the emergency exercise.

However, nonnai radiological control practices ~ha!! he followed throughout the course of the Exercise (BEP .No for the Exercise is: (later)

Identification of personnel:

PLAYERS'ed arm bands in addition to security badging.

CONTROLLERS: Green arm bands in addition to security badging.

EVALUATORS: NRC -NRC badges in addition to security badging, OBSERVERS: Yellow arm bands in addition to security badging.

ms(p vms 4-2'0EXER

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'.1.1 Rules for Controllers (Continued)

Evaluators should interact with the players ~br ggfi the Controllers and not intervene directly into player actions.

(An exception to this is a brief question for purposes of clarification.)

Seek comments and recommendations from the players at the end of play.

Attend the post-Exercise critique session to provide your comments and recommendations. Complete and sign the evaluation form and provide it to the PVNGS Emergency Planning and Fire Protection Manager.

APS/PVNGS 4-3 90EXER

l, 4.1.2 Rules for Players All Players must read and follow the rules given below. This is important to the successful demonstration of emergency response capabilities.

~ CONTROLLERS serve an active role in the Exercise by providing messages or instructions to players. They may also serve to initiate certain actions to assure continuity of the events described in the Exercise scenario. They also serve as EVALUATORS.

~ EVALUATORS will be noting all actions, both good and bad. They will be the main source of input to the PVNGS critique.

~ FEDERAL EVALUATORS from the NRC will critique the Exercise and the performance of the scenario.

Identification of personnel:

PLAYERS Red arm bands in addition to security badging.

CONTROLLERS: Green arm bands in addition to security badging.

EVALUATORS: NRC -NRC badges in addition to security badging.

OBSERVERS: Yellow arm bands in addition to security badging.

Identify yourself by name and function to the Exercise Controllers and Federal Evaluators.

The Exercise will be conducted in real time.

Controllers/Evaluators will be evaluating performance versus objectives.

Pl out alI i as much as possible, in accordance with the Emergency Plan and procedures as if it were a real emergency.

ms(pvms 4, 4 90EXER

4.1.2 Rules for Players (Continued)

I nti ra ti t th. ntr ll r. State whether you are going to play them out or simulate them. It is recommended that you play out your actions as much as possible to convincingly demonstrate the proper emergency response.

If you are in doubt, k ur ntr l r r clari ati n.

The Controller will not prompt or coach you.

P I dy CIP~W&yd ,Iyyy gy k*y and decisions to the Controllers and Federal Evaluators.

This may seem artiQcial, but it will assist in the evaluation process,, and is to your beneGt.

Utilize status boards, logbooks and data forms to the maximum extent possible during the exercise in order to record events and document responses. This is of extreme importance in a real-life emergency when events and actions must be reconstructed after the fact and may also be important in an evaluated exercise to clarify a performance weakness perceived by an evaluator.

All Players C II recognized.

~I should be alert to situations that may affect plant or personnel safety during the Exercise. Inform the g y I Any messages transmitted over communication lines shall be preceded and followed by the statement that: "THIS IS A DRILL".

You must play as ifradiation levels are actually present, in accordance with the information you have received.

This willrequire normal radiological protective measures including the wearing of protective clothing.

Non-players are exempt from acting on simulated radiation levels specified for the emergency exercise.

However, normal radiological control practices shall he fooll ggyed throughout the course of the Exercise (REP No for the Exercise is: (later).

Accountability will be simulated.

Onsite evacuation will be simulated.

APS/PVNGS 4-5 90EXER

4.1.2 Rules for Players (Continued)

Use of the EBS and EPZ sirens will be simulated.

Use of the siren portion of the PVNGS Site Warning Siren/Public Address System will be simulated. The public address portion of the system will be used.

Several plant and radiological parameters will be available at predetermined times during the Exercise, or upon request at any time. These plant parameters will be available in the Control Room, STSC, EOF and TSC.

Radiological parameters will also be available in the OSC, simulating data obtained from the Radiation Protection oKce.

~ For purposes of the Exercise, the actual Unit 3 Control Room and the Unit 3 Satellite Technical Support Center (STSC) will be utilized.

Simulated plant data on hard copy will be provided in the Unit 3 Control Room to simulate operator action.

Players in Emergency Response Facilities should base their action on this hard copy data.

Keep a list of items which you feel will improve your plans and procedures. Provide this to your Lead Player (Facility Manager or Team Leader). Lead Players will ensure these are "considered. If necessary, they will identify these items to the Controller. Remember, one of the main purposes of the Exercise is for YOU, the player, to assure yourself that you are adequately prepared. Areas for improvement or lessons learned, when identified, will improve your overall emergency planning and preparedness.

APS/PVNGS 4-6 90EXER

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4.1.3 Rules for Observers

~ The event times and scenario are confidential and should be kept conGdential during the Exercise. Do not discuss this with the players.

Observers should not participate in the Exercise or interfere with actions taken by the Exercise Players, Controllers and Evaluators.

Identification badges are to be worn on the upper front of the torso, so as to be clearly visible. Badges should be returned at the end of the Exercise or critique.

Yellow arm bands must be worn at all times during the Exercise. Identify yourself to the Exercise Controllers.

If you have questions, contact the Controller of the location you are observing.

Observers inside the RCA shall adhere to normal radiological controls practices.

APS/PVNGS 4-7 90EXER

4.2 n r lier Assi nment (This information will be provided later)

~s]p vms 4-8 90EXER

4.3 VN APS server (This information will be provided later)'PS/PVNGS 4 9 90EXER

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4.4 Ex r ise Eval i n F rm Exercise evaluation forms are provided separately for each Controller/Evaluator.

Complete these forms prior to the critique.

~ APSiPVNGS 4-10 90EXER

APPENDIX A PVN CONTR LLER VIDE

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~ACh A PVN ntroller i e This scenario section contains a Controller Guide that lists major scenario events chronologically with the corresponding Controller Messages and anticipated participant actions.

APS/PVNGS APP-A-i 90EXER

EXERCISE CONTROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

, ANTICIPATED RESPONSE CM CNTRLLR NOTES 0730 C-1 SS Initial Conditions: Unit 3 U3 Control Room CR 0730 (All)

All All Unit 3 is operating at 100l,. power Shift Supervisor (SS): Review Distribute Power level has been >90l; for the initial conditions, brief the the initial past. 180 days. Xenon is at equili- operations shift. conditions to brium. Reactor Coolant System all Facility (RCS) activity is 0.5 uCi/gm Dose Managers and Equivalent (DE) I-131. Unit 1 is Key Players in a maintenance outage and Unit 2 as they are is in a refueling outage. manned during the Exercise.

A containment entry is in progress by a Chemistry Technician for routine Safety Injection Tank (SIT) surveillance boron sampling (74ST-9SI01). 0730 (C-1,4)

Surveillance test 43ST-3SI07 is The appropr-being performed on the "A" train of iate paperwork the High Pressure Safety Injection for the simu-(HPSI) system. lated status of the two STs The simulated status of the two should be surveillance tests (STs) is as presented to follows: the U3 SS at this time. U3 "A" High Pressure Safety Injec- Operator play-tion (HPSI) pump, SIA-P02, was ers should be tagged-out at. 0700 to perform the dispatched for verification and venting procedure the simulated of 43ST-3SI07. The fuses have been Alt HPSI ST pulled from PBA-S03E and Operators are enroute to perform the venting.

A U3 Chemistry Technician (Chem Tech) and Radiation Protection Technician (RP Tech). Have entered the U3 containment to perform the routine SIT boron sampling.

APS/PVNGS APP-A-1 90EXER

1 EXERCISE CONTROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 0800 C-1 SS Fire alarms are received on the U3 CR:

CR CRT: SS: Dispatch Auxiliary Opera-tor (AO) to verify the fire ALARM E11D ZONE 5B B SWGR alarm(s). Respond to the loss ALARM E09D C02 ZONE 5B B SWGR of PBB-S04, stabilize the elec-trical plant.

0800 C-1 SS. 4160V Vital AC bus PBB-S04 deener-gizes (feeder breakers open).

0805 C4a AO AO dispatched to investigate fire Fire Scene:

alarms in the "B" Swgr finds smoke AO: Report findings to Unit 3 and evidence of CO2 system CR.

discharge.

U3 CR SS: Notify Fire Protection and Security.

Ensure that Fire Protection is notified. Dispatch Security Officer(s) to the scene.

Fire Protection Shift Team:

Respond to the fire scene.

0810 C4a FT Fire Protection shift team arrives Fire Protection Shift Team:

at fire scene, verifies operation Set up and prepare for entry of the C02 system. Sets up for to the switchgear after the 20 firefighting actions. Smoke and min. "soak" required by Standard C02 vapor are apparent at the Operating Procedures (SOPs).

entrance to the switchgear. Report findings and status to the Unit 3 CR.

Continued -- next page...

APS/PVNGS APP-A-2 90EXER

EXERCISE CONTROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 0810 Fire in the PBB-S04 Vital Bus U3 CR Satellite Technical Cont (Continued) Su ort Center STSC SS: Continue to evaluate the situation and take corrective actions. Declare a NOTIFICATION OF UNUSUAL EVENT (NUE) as a result of a fire in the Unit lasting more than ten minutes.

Direct the STSC Communicator to make onsite an offsite notifica-tions IAW EPIP-03.

STSC Communicator: Make onsite and offsite notifications Radiation Protection Monitor (RPM): Set up for dose assess-ment and Radiation Protection Technician (RPT) direction.

0 erations Su ort Center OSC Partial Activation Begins.

0830 6 C4a FT Fire Team enters the "B" Switchgear Fire Team: 0830 (C-1) room and inspects the damage. Ventilate and enter the swgr IAW established procedures.

If the has not SS Take necessary extinguishing declared a actions. Report findings to the NOTIFICATION U3 CR. OF UNUSUAL EVENT (NUE) by this time.

Continue to evaluate the con-sequences of the casualty.

APS/PVNGS APP-A-3 90EXER

0 EXERCISE CONTROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 0845 7 C-1 SS Containment sumps alarm, charging/

letdown flow'ismatch indicates an SS: Direct the assessment of unidentified RCS leakage of 60 gpm. the RCS leakage. Monitor plant conditions and attempt to ident-identify the leakage source.

Investigate status of Chem Tech and RP Tech in the containment.

0900 8 C-1 SS Containment Atmosphere Rad Monitors (RU-1) alarm 0915 9 C-1 SS RCS leakage is calculated and 0910 (C-1) to verified to be 60 gpm. Controlled 0/S EC: Declare an ALERT verify the RCS reactor shutdown begins based upon uncontrolled loss of RCS inventory )50 gpm. Enter leakrate, necessary.

if procedure N43A0-3ZZ14, Excessive notifications IAW EPIP-04.

04.

STSC Communicator: make onsite and offsite notifications RPM: Continue direction of the RPTs and dose assessment of the leak into Containment.

Technical Su ort Center TSC Activation Begins.

Emer enc 0 erations Facilit

~EOF Activation begins.

APS/PVNGS APP-A-4 90EXER

t EXERCISE C TROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 0915 10 RPT CR RPT accompanying Chem Tech into the containment phones in on X4444 from Onshift Emergency Coordinator the Aux Bldg 140'levation outside (0/S EC): Notify RPM, Medical the personnel access airlock that (Med.), and Security.

the Chem Tech has been injured and they are both contaminated.

Security Shift Captain (SSC):

Notify Med. and Fire Protection.

Dispatch Security Officer to scene.

RPM:

Dispatch RPT(s) to scene.

Fire Protection:

Fire Protection Shift Captain:

Dispatch EMTs to the scene.

0925 11 C4a EMT Initial medical appraisal is made Fire Protection:

by the EMTs. The medical condition EMTs: evaluate medical situa-of the Chem Tech is serious and tion and begin immediate treat-requires offsite transport by ment. Report status of victims AirEvac. to the CR/STSC and Medical.

0925 12 C4c RPT Initial radiological conditions of Medical:

the injured Chem Tech and the RPT. Order the AirEvac helicopter.

NOTE: SSC: Prepare to provide The remainder of the medical and Security support of the handling radiological data relating to the and transport of the injured medical casualties will be provided person. Communicate with the from the Medical Emergency Scenario Officer onscene, Medical and the North Vehicle Access Point (Sally Port).

Continued, Next Page...

APS/PVNGS APP-A-5 90EXER

EXERCISE CONTROLLER GUIDE TIME MSG TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 0925 EMTs, RPTs and Security respond to RPTs:

Cont the injured contaminated person Perform initial radiological outside the Containment personnel assessment of the victims and airlock. (Continued) the immediate area. Evaluate the radiological event in the Containment. Report radiological status to the U3 CR/STSC.

U3 CR STSC Sim RPM: Evaluate the RPT reports and continue to direct their action. Perform initial dose assessment on the LOCA inside the Containment and advise the 0/S EC.

0/S EC: Perform Protective Action Recommendations (PARs) on the results of the RPMs dose assessment. Continue to monitor and respond to the situation.

0930 13 RPT EMT The contaminated RPT reports the RPTs:

RPT incident occuring in Containment Continue to provide coverage and details of the Chem Tech being of the treatment and handling of injured. the medical victim and the contaminated RPT. Report the information to U3 CR. Begin to-perform radiological assessment of intial treatment area; Fire Protection:

EMTs: continue treatment and stabilization of the victims, prepare the victims for movement to the U3 first aid room.

APS/PVNGS APP-A-6 90EXER

EXERCISE CO TROLLER GUIDE TIME MSG TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 0930 14 C4c RPT Radiological conditions in the Aux Fire Protection:

Bldg at the medical emergency EMTs: Victim is littered and scene and results of preliminary and readied for movement to the decontamination attempts. Medical Facility.

RPTs Contamination control bounda-ries and methodologies are est-ablished for the movement of the injured person.

0940 Medical emergency victim has been Fire Protection:

moved to the Medical Facility and EMTs: treatment/stabilization is being examined by Site Medical and preparation for transport Representatives and prepared for continues. AirEvac helicopter transport offsite by the AirEvac should be enroute.

helicopter.

Medical:

Treatment/stabilization and preparation for transport.. The offsite hospital is notified of impending transport.

Preparations are made for meeting the helicopter and site exit preparations are set.

SSC notifies 0/S EC of status.

APS/PVNGS APP-A-7 90EXER

0 EXERCISE CONTROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 0945 Full organization is activated and 0945 (C-1/C-3) responds to the ongoing incident the Containment.

in 0/S EC: Continue to maintain plant stability and evaluate the EC Iforthethe 0/SEC immediate consequences of the have not RCS leakage. Take protective an

'eclared actions as appropriate to the ALERT by this dose projections of the RPM time.

until relieved by the Emergency Coordinator (EC) from the TSC.

RPM: Continue dose assessment and RPT direction until relieved by the Radiological Protection Coordinator (RPC) and Radiologi-cal Assessment Coordinator (RAC) in the TSC.

Operations Advisor: Communi-cate ongoing actions with the Operations Coordinator (TSC).

TSC:

Emergency Coordinator (EC):

Evaluate the plant conditions, relieve the 0/S EC and begin to provide direction and consider protective actions.

Radiological Protection Coord-inator (RPC): Assume direction and control of RPTs and inplant monitoring from the RPM. Con-tinue to evaluate and respond to the radiological incident.

Continued -- next page....

APS/PVNGS APP-A-8 90EXER

fl EXERCISE CONTROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 0945 Full Emergency Organization is EOF:

Cnt. activated and responds to the Emergency Operations Director ongoing casualty. (Continued) (EOD): Discuss plant conditions and situation with the Govern-ment Emergency Operations Center (EOC) and Technical Operations Center (TOC).

Government Liaison Engineer (GLE): Make notifications to Government.

Radiological Assessment Coord-inator (RAC): Assume dose assessment responsibility from 0945 15 C-1 SS Containment Rad Monitor RU-16 goes the RPM. Continue dose assess-to HIGH alarm ment and projections of the Containment source term. Provide PARs to the EC.

OSC OSC Coordinator: Assemble and brief staff. Organize, brief and dispatch teams as directed by the TSC.

0945 16 C4c RO The venting portion of the HPSI RO:

surveillance test has shown air Report finding to the U3 CR.

in unusual quantity in the vents of "A" HPSI pump discharge line. U3 CR:

SS:

in the Evaluate the lack of HPSI discharge line.

fill Operations Advisor: Report HPSI problem to the Operations Coordinator in the TSC.

APS/PVNGS APP-A-9 90EXER

EXERCISE CO@TROLLER GUIDE TIME MSG TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1015 17 C-1 SS If "E" charging pump has been restored electrically, it fails D 1015 (Approx.)

SS: Continue to direct the electrically. The RCS continues to evaluation and mitigation effort C-4d If the "E" Charging lose inventory. The SS trips the Begin depressurization in order pump is Unit at 25% PZR level. Cooldown to establish "A" LPSI feed. realigned and depressurization will be electircally, handled with aux spray and steam bypass. Operations Advisor: Continue it will and fault fail.

to update the Operations Coordi-nator (TSC) on conditions.

TSC:

EC: Evaluate plant conditions assist in the mitigation efforts and consider protective measures RPC: Evaluate radiological conditions, direct inplant team activities.

EOF:

EOD: Evaluate plant conditions update EOC/TOC.

GLE: Update Government.

RAC: Perform dose assessment on potential release scenarios, anticipate offsite radiological consequences.

OSC:

OSC Coordinator: Assemble, brief and field'eams as requir-ed by the TSC.

APS/PVNGS APP-A-10 90EXER

(

EXERCISE CONTROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1030 18 C-1 SS SIAS and CIAS occur. On the SIAS, E 1030 (C-4d) the "A" HPSI pump experiences a severe water hammer due to air in SS: Continue to evaluation and direct the mitigation effort If the .Site Medical the discharge line. The "A" HPSI Representative pump rotating assembly "locks up<< Operations Advisor: Continue has not called due to the mechanical shock. to update the Operations Coordi- for the .

Subcooling is lost. nator (TSC) on conditions. AirEvac by this time TSC:

1030 19 C4x All Physical "A"

and audible indications of EC: Evaluate the plant condi-in the HPSI waterhammer in the tions, continue to support the Bld Auxiliary Building. evaluation of the incident and direct response.

RPC: Evaluate radiological conditions, direct inplant team activities.

EOF:

EOD: Evaluate plant conditions update EOC/TOC.

GLE: Update Government.

RAC: Perform dose assessment on potential release scenarios, anticipate offsite radiological consequences.

OSC'SC Coordinator: Assemble, brief and field teams as requir-ed by the TSC.

APS/PVNGS APP-A-11 90EXER

EXERCISE CONTROLLER GUIDE TIME MSG TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1045 Operators continue RCS cooldown Unit 3 CR STSC:

and depressurization in order to SS: Continue to direct the obtain LPSI or Containment Spray evaluation and mitigation effort feed to the RCS from the live "A" Direct rapid cooldown and de-bus. RCS subcooling has been lost. pressurization in order to ob-tain RCS makeup with LPSI "A" and Containment Spray "A".

Operations Advisor: Continue to communicate plant conditions to the Operations Coordinator.

TSC:

EC: Evaluate the plant condi- 1045 (C-3a) tions, declare a SITE AREA (Approximate)

EMERGENCY based upon the loss of When the EC RCS inventory >50 gpm and the orders failure of both trains of ESF to accountability actuate when required and and site maintain subcooling. Direct evacuation.

notifications of upgrade.

RPC: Evaluate radiological conditions, direct inplant team activities.

EOF:

EOD: Evaluate plant conditions update EOC/TOC.

GLE: Update Government.

RAC: Perform dose assessment on potential release scenarios, anticipate offsite radiological consequences.

Continued, next page...

APS/PVNGS APP-A-12 90EXER

~I) 1

EXERCISE CO TROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1045 RCS subcooling lost, SITE AREA OSC:

Cnt EMERGENCY declared. (Continued) OSC Coordinator: Assemble, brief and field teams as requir-ed by the TSC.

1100 Medical Emergency victim is RPTs:

Aprx transported to Good Samaritan One RPT rides with the victim Hospital by AirEvac helicopter. to continue radiological moni-toring and contamination control enroute to the hospital.

SSC: Directs and assists in helicopter takeoff. Notifies the Security Director in the TSC when the helicopter departs.

TSC:

Security Director: Notifies the EC of helicopter departure.

Medical:

Makes notification to offsite hospital that the victim is enroute.

1100 20 C4 f RTL When a repair team is sent to "B" Essential Switch ear:

Aprx attempt recovery of PBB-S04, the Repair Team Leader: Report supply cabling is burnt away down damage and repair estimates to into the floor stubs. In order to the OSC. Begin making actual recover the PBB-S04 bus, new bus repair equipment collection and bars, new breakers and a surface- work strategy.

run of feed cable is required.

OSC:

OSC Coordinator: Report the PBB-S04 status to the TSC.

Coordinate ongoing repairs.

APS/PVNGS APP-A-13 90EXER

EXERCISE CONTROLLER GUIDE TIME MSG FRM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1100 21 C4e RTL When a repair team is sent to "A" HPSI Pum room: 1115 (C-6)

Aprx expedite repairs to the "A" HPSI Repair Team Leader: Report (Approximate pump, the water hammer has caused situation and repair time esti- time) a total mechanical failure of the mates to the OSC. Continue The results pump rotating assembly. The pump to investigate possibility of of the impeller is "locked up" in the freeing pump impeller and gather simulated casing and will not turn. The tools required for the repair of accountability motor has tripped on overcurrent the pump.

and is overheated. Any attempts to restart the pump will result in OSC locked-rotor amperage and immediate OSC Coordinator: Report the trip of the breaker. repair status to the TSC.

Coordinate and mediate the ongo-ing repair simulation.

1100 22 C4f RTL When Repair team inspects the "E" charging pump, one phase has shorted and burned through.

1130 23 C-1 SS The leaking weld on the RCS hot leg fails circumferentially, a large- SS: Continue to direct the break LOCA to the containment evaluation and mitigation effort occurs. The water hammer in the "A" HPSI pump has damaged the HPSI Operations Advisor: Continue discharge line Containment to update the Operations Coordi-penetration. The increased RCS nator (TSC) on conditions.

volume release to the Containment causes a release of radioactivity TSC:

into the penetration room in the EC: Evaluate the plant condi-Aux Bldg. tions, assist in the mitigation effort, consider protective mea-sures.

RPC: Evaluate radiological conditions, determine risks.

Order appropriate evacuations Continued, Next Page... and protective response inplant.

APS/PVNGS APP-A-14 90EXER

EXERCISE CO TROLLER GUIDE TIME MSG TO EVENT SUl&fARY ANTICIPATED RESPONSE CM CNTRLLR NOTES 1130 24 C-1 SS Large Break LOCA, radioactivity is EOF:

being released to the Aux. Bldg. EOD: Evaluate plant conditions (Continued) update EOC/TOC.

GLE: Update Government.

RAC: Perform dose assessment on the release through Fuel Bldg Essential Ventilation. Assess consequences.

OSC OSC Coordinator: Assemble, brief and field teams as requir-ed by the TSC.

1130 C1a SS Safety Injection Tanks (SITs) U3 CR STSC Sim inject, reflooding the reactor SS: Continue to direct the vessel. evaluation and mitigation effort Operations Advisor: Continue to update the Operations Coordi-nator (TSC) on conditions.

TSC EC: Evaluate the plant condi-tions, assist in the mitigation effort, consider protective mea-sures.

RPC: Evaluate radiological conditions, direct inplant team Continued, Next Page... activities.

APS/PVNGS APP-A-15 90EXER

EXERCISE CONTROLLER GUIDE TIME MSG TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1130 SITs inject (Continued) EOF Cnt EOD: Evaluate plant conditions update EOC/TOC.

GLE: Update Government.

RAC: Perform dose assessment on the Fuel Building release, anticipate possible radiological consequences.

OSC OSC Coordinator: Assemble, brief and field teams as requir-ed by the TSC.

1145 Reactor vessel level drops again H 1145 (C-3a) as the Safety Injection water drains out the broken hotleg. The SS: Continue to direct the evaluation and mitigation effort If the has not EC core uncovers. As RCS pressure Consider alternate RCS injection declared a reaches the level permitting LPSI from Containment Spray. Request SITE AREA pump "A" -to inject, LPSI "A" trips an AO/Repair Team to assess the EMERGENCY by and will not remote restart. LPSI "A" failure. this time.

Reactor Vessel Level Monitoring System (RVLMS) indicates voiding Operations Advisor: Update the in the upper vessel head and outlet Operations Coordinator (TSC).

plenum.

APS/PVNGS APP-A-16 90EXER

EXERCISE C TROLLER GUIDE TIME MSG TO EVENT '

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1145 26 C1a SS Fuel damage begins to occur. TSC Containment rad monitors increase EC: Evaluate the plant condi-dramatically. Release to the Aux. tions; assist in the mitigation Bldg. increases. effort, declare a GENERAL EMERGENCY based upon loss of RCS inventory >50 gpm, RVLMS voiding in the outlet plenum and failure of both trains of ESF to actuate Direct necessary notifications of the upgrade to the Emergency Action. Level (EAL).

RPC: Evaluate plant radiolog-ical conditions, direct inplant monitoring.

EOF EOD: Evaluate plant conditions update EOC/TOC on new EAL.

GLE: Update Government on EAL.

RAC: Perform dose assessment on the increasing release, anticipate offsite consequences.

1155 27 C4c AO/ The "A" LPSI pump 86 relay has "A" Essential Switch ear:

Aprx RTL faulted and will not allow the AO/Repair Team Leader: Attempt controller to close. The relay is to reset the "A" LPSI controller showing a red flag and will not report status to the OSC.

manually reset until 1200. Any attempt to reset and start the "A" OSC LPSI pump (local or remote) will be OSC Coordinator: Report "A" successful after 1200. LPSI status to the TSC. Coord-inate and mediate the repair action.

APS/PVNGS APP-A-17 90EXER-

(

EXERCISE CO CROLLER GUIDE TIME MSG TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1215 28 Cla SS Fuel Building Essential Ventilation 1215 (C-3a) monitors ramp up. The reactor vessel is reflooded with the "A" SS: Continue to direct the evaluation and mitigation effort If a GENERAL EMERGENCY has LPSI pump. A Recirculation not been Activation Signal (RAS) occurs. Operations Advisor: Continue declared.

to update the Operations Coordi-nator (TSC) on conditions.

TSC:

EC: Evaluate the plant condi-tions, assist in the mitigation effort, make protective action recommendations.

RPC: Evaluate radiological conditions, direct inplant team activities.

EOF:

EOD: Evaluate plant conditions update EOC/TOC.

GLE: Update Government.

RAC: Continue to perform dose assessment, control and direct field teams for plume monitoring and tracking. Make PARs.

APS/PVNGS APP-A-18 90EXER

EXERCISE Co rROLLER GUIDE 0

TIME MSG FRM TO EVENT SUMMARX ANTICIPATED RESPONSE CM CNTRLLR NOTES 123 0 29 C-1 SS Fuel Building Ventilation monitors U3 CR STSC Sim peak as the Containment pressure SS: Continue to direct the subsides and the release to the evaluation and mitigation effort Aux. Bldg. ceases.

Operations Advisor: Continue to update the Operations Coordi-nator (TSC) on conditions.

TSC:

EC: Evaluate the plant condi-tions, assist in the mitigation effort, consider protective mea-sures for adequacy.

RPC: Evaluate radiological conditions, direct inplant team activities.

EOF:

EOD: Evaluate plant conditions update EOC/TOC.

GLE: Update Government.

RAC: Continue dose assessment.

Continue field monitoring activ-ities. Update and validate PARs continuously.

1315 30 C 1 SS Rad monitors continue to decline as release driving pressure has equalized and the Fuel Building Essential Ventilation System pumps down the radioactive material released to the Lower Auxiliary Building.

APS/PVNGS APP-A-19 90EXER

EXERCISE CO ZROLLER GUIDE TIME MSG TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1330 31 C4c RTL Radioactive material in the Aux. U3 86'ux. Bld . Pen. Room:

Aprx Bldg. has been pumped down. The Repair Team Leader: Any localized radiation dose rates attempt to seal the penetration in the Penetration Room and on on HPSI discharge is successful.

the Aux. Bldg. 86'levation have Report valve status to the OSC.

decreased. Field teams may attempt to seal the failed containment U3 CR STSC Sim penetration to reinstate SS: Continue to direct the containment integrity. evaluation and mitigation effort Operations Advisor: Continue 1345 32 C-1 SS Fuel Building'ssential Ventilation to update the Operations Coordi-Rad Monitors continue to decline. nator (TSC) on conditions.

TSC:

1400 33 C-1 SS Fuel Building Ess. Vent. Rad. Mons. EC: Evaluate the plant condi-continue to decline. tions, assist in the mitigation effort, consider protective mea-sures.

RPC: Evaluate radiological conditions, direct inplant RPTs.

EOF:

EOD: Evaluate plant conditions update EOC/TOC.

GLE: Update Government.

RAC: Continue to update dose assessments and perform field plume tracking.

OSC OSC Coordinator: Assemble, brief and field teams as requir-ed by the TSC.

APS/PVNGS APP-A-20 90EXER

EXERCISE C ROLLER GUIDE TIME HSG FRH TO EUENT

SUMMARY

ANTICIPATED RESPONSE CM CNTRLLR NOTES 1400 34 ALL ALL The Exercise is terminated. ALL FACILITIES:

Secure from Exercise activity.

Restore Facilities and equipment Hold in-place Player critiques with Lead Controllers and all Participants.

APS/PUNGS APP-A-21 90EXER

APPENDIX B PVN C NTR LLER ME A ES

A~ch" 8 PVN S nr lier Me sa e This scenario section contains the Controller Messages which will be given to the participants at the indicated times to control and initiate scenario activity. Each message consists of two parts, a Controller Instruction page and an Exercise Message Form. The Controller Instruction page provides any additional information the specified controller may need in the presentation of the message from or its contents. The Exercise Message Form contains the actual page or information to be presented to the participant. Contingency Messages are special messages that are given if necessary, to key events important to the scenario or simulated event.

APS/PVNGS APP-B-i 90EXER

i 0

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM'C-1 ALL TO: ~SS ALL MESSAGE NO.: 1 TIME: 0730 LOCATION: U3 CR INSTRUCTION:

Provide the following message to the Shift Supervisor at this time.

NOTE Provide this message to Facility Managers and Key Players in all Facilities as they are manned in the course of the Exercise.

APS/PVNGS App-B-1 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL)

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: ~SS ALL MESSAGE NO.: 1 TIME: 0730 LOCATION: U3 CR MESSAGE:

Initial Conditions:

Unit 3 is in power operation. Power level has been greater than 904 for the last 180 days. Current power level is 100~, Xe is at ecpxilibrium. Reactor Coolant activity is 0.5 uCi/gm dose-equivalent I-131. Unit 1 is in a maintenance outage and Unit 2 is in a refueling outage.

A containment entry is in progress by Chemistry to perform monthly Safety Injection Tank Tech. Spec. boron concentration surveillance sampling (74ST-9SI01). A Unit 3 Chem. Tech. and RPT have just entered the Containment to perform the surveillance testing.

Surveillance test 43ST-3SI07 has just begun on the "A" train of HPSI. HPSI "A" was tagged-out at 0700. The fuses have been pulled from PBA-S03E and venting is to begin shortly.

UNIT 3 CR PHONE X3200 I 320 1 i 3202 I 3203 '204 i 3205'206'207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller if the Message is not Fully Understood.

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-2 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM C-1 TO: SS MESSAGE NO.: 2 TIME: 0800 LOCATION: U3 CR INSTRUCTION:

Give the following message to the Shift Supervisor at this time.

APS/PVNGS App-B-3 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLI DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN. PROGRESS TO SS MESSAGE NO.: 2 TIME: 0800 LOCATION: U3 CR MESSAGE:

The following alarms have just occurred on the Fire Alarm CRT:

ALARM E11D ZONE 5B B SWGR ALARM E09D C02 ZONE 5B B SWGR UNIT 3 CR PHONE Z3200 ~ 320 1 ~ 3202 I 3203 ~ 3204 g 3205 g 32061 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-4 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 3 TIME: 0800 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-5 90EXER

EXERCISE MESSAGE FORM THIS ZS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 3 TIME: 0800 LOCATION: U3 CR MESSAGE:

The following Alarms have just occurred:

DG B OPER RUNNING ALRM 4.16KV IE TR B SPLY BKR LKO TRIP 4160V SWGR 4 BUS TRBL ALARM ESF BUS UNDV CH B-1 TRIP ESF BUS UNDV CH B-2 TRIP ESF BUS UNDV CH B-3 TRIP ESF BUS UNDV CH B-4 TRIP 480V LC 34 XFMR STATUS TRBL ALRM 480V LC 36 XFMR STATUS TRBL 480V LC 32 XFMR STATUS TRBL 4160V ESSENTIAL BUS PBB-S04 IS DEENERGIZED UNIT 3 CR PHONE X3200 i 320 1 i 3202 i 3203 i 3204 i 3205 i 3206 I 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not, Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-6 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM. C-4c TO ~ AO MESSAGE NO.: 4 TIME: 0805 LOCATION: U3 Control Buildin 100'160v "B" Switch ear INSTRUCTION:

Give the following message to the Auxiliary Operator dispatched to the Unit 3 4160v "B" Switchgear when the operator arrives at the switchgear outer door.

NOTE:

The switchgear is not to be entered. Ensure you dispatch with the AO from the STSC due to multiple approaches to the 4160v. "B" Switchgear.

APS/PVNGS App-B-7 90EXER

I EXERCISE MESSAGE FORM THIS IS A DRILLi DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: AO MESSAGE NO.: 4 TIME: 0805 LOCATION: U3 Control Buildin 100'160v "B" Switch ear MESSAGE:

The CARDOX System alarm bell and evacuation siren are operating.

There is a strong odor of wintergreen and burnt electrical insulation.

Grey vapor is flowing from under the door to the 4160v "B" Switchgear.

UNIT 3 CR PHONE X3200 i 320 1 i 3202 i 3203 i 3204 i 3205 i 3206 i 3207 1 Keep Your Controller Informed of Actions To Be Taken.

2

~

~ Request Clarification From Your Controller not Fully Understood.

if the Message is Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-8 90EXER

C CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4a TO FT MESSAGE NO.: 5 TIME 0810 LOCATION: U3 Control Bld . 100'160v "B" Switch ear Room INSTRUCTION:

Issue the following message to the Fire Team upon its arrival at the Unit 3 4160v "B" Switchgear room.

APS/PVNGS App-B-9 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLe DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR'CTIVITIES IN PROGRESS TO: FT MESSAGE NO.: 5 TIME: 0810 LOCATION: U3 Control Bld . 100'160v "B" Switch ear Room MESSAGE:

The CARDOX unit is alarming and indicates discharge has occurred.

There is a strong odor of wintergreen and burnt electrical insulation around the 4160v "B" Switchgear doors Light grey vapor/smoke is issuing from under the 4160v "B" Switchgear outer doors.

The "B" Switchgear doors are warm to the touch.

UNIT 3 CR PHONE X3200 i 320 1 I 3202 i 3203 p 3204 i 3205 '206 I 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-10 90EXER

t I CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT SHAT TO DO FROM: C-1 TO SS MESSAGE NO.: A TIME: 0830 LOCATION: U3 CR INSTRUCTION Give the following message to the Shift Supervisor only NOTIFICATION OF UNUSUAL EVENT has if a not been declared by this time.

Note:

Due to the Carbon Dioxide dump into the 4160v "B" Switchgear, Fire Protection will not, be able to immediately enter the room and verify the duration of the fire. However, due to the external indications of fire, the NUE declaration should have occurred.

APS/PVNGS App-B-11 90EXER

EXERCISE CONTINGENCY MESSAGE FORM THIS IS A DRILL!

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR 'ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: A TIME: 0830 LOCATION: U3 CR MESSAGE:

A NOTIFICATION OF UNUSUAL EVENT should be declared at this time due to a fire in the Unit burning for more than ten minutes and affecting the performance of design safety equipment.

UNIT 3 CR PHONE X3200 g 320 1 ~ 3202 ~ 3203 f 3204 f 3205 g 3206 p 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-12 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4a TO: FT MESSAGE NO.: 6 TIME: 0830 LOCATION: U3 4160v "B" Switch ear Room INSTRUCTION:

Provide the following information (NOT the message form) to the Fire Team as they inspect the room.

Note:

The destruction of the "B" 4160V supply panels is intended to be sufficient to prevent any recovery of these panels during the course of the Exercise.

APS/PVNGS App-B-13 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: FT MESSAGE NO.: 6 TIME: 0830 LOCATION: U3 4160v "B" Switch ear Room MESSAGE:

The following damage is evident in the 4160v "B" Essential Switchgear cubicles:

"J" cubicle is disrupted and severely blackened. The interior of "J" is almost completely burned-out and carbonized.

The Adjacent cubicles are blackened and some minor smoldering insulation is still smoking in their upper cabinetry.

The cable trays for supply to the bank are blackened and still smoking. The conductors connecting the switchgear to the cable trays are completely burned away.

UNIT 3 CR PHONE Z3200 i 320 1 i 3202 '203 i 3204 '205 i 3206'207 1 Keep Your Controller Informed of Actions To Be Taken.

From Your Controller if the Message is

~

2. Request Clarification not Fully Understood.

3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-14 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 7 TIME: 0845 LOCATION U3 CR INSTRUCTION:

APS/PVNGS App-B-15 90EXER

H EXERCISE MESSAGE FORM THIS ZS A DRILLs DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS QR ACTIVITIES IN PROGRESS TO SS MESSAGE NO.: 7 TIME: 0845 LOCATION: U3 CR MESSAGE The Following Alarms Have Just Occurred:

BAM PUMP TO VCT FLOW HZ-HI CNTMT SUMPS TRBL HZ-LO CNTMT RADWASTE SUMP EAST LVL HI-LO CNTMT RW SUMP PMP W OPER EXCESS CNTMT RW SUMP PMP E OPER EXCESS ALRM CNTMT SUMPS EXCESSIVE LEAKAGE EXCESS RU-1 (I) CNTMT ATMO ALERT UNIT 3 CR PHONE X3200 g 320 1 g 3202 I 3203 g 3204 p 3205 ~ 3206 I 3207 Keep Your Controller Informed of Actions To Be Taken.

Request Clarification From Your Controller not Fully Understood.

if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-16 90EXER

(

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 8 TIME: 0900 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-17 90EXER

'

EXERCISE MESSAGE FORM THIS IS A DRILL.

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 8 TIME: 0900 LOCATION: U3 CR MESSAGE:

The Following Alarms Have Just Occurred:

RU-1 (I) CNTMT ATMO HIGH RU-1 (P) CNTMT ATMO HIGH CNTMT RADWASTE SUMP EAST LVL HI-LO ALRM CNTMT RW SUMP PMP OPER EXCESS I

W

"

ALRM CNTMT RW SUMP PMP E OPER EXCESS f

ALRM CNTMT SUMPS EXCESSIVE LEAKAGE EXCESS UNIT 3 CR PHONE X3200 3201 3202 3203 3204 3205 3206 3207 Keep Your Controller Informed of Actions To Be Taken.

1~

2 ~ Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-18 90EXER

0 CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: B TIME: 0910 LOCATION: U3 CR INSTRUCTION:

App-B-19 90EXER

If EXERCISE CONTINGENCY MESSAGE FORM THIS IS A DRILL)

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR 'ACTIVITIES IN PROGRESS

TO: SS MESSAGE NO.: B TIME: 0910 LOCATION: U3 CR MESSAGE:

The RCS leakrate calculated in accordance with 43A0-3ZZ14, Excessive RCS Leakage is 60 gpm.

UNIT 3 CR PHONE X3200~ 3201~ 3202~ 3203~ 3204 i 3205 i 3206'207 1~ Keep Your Controller Informed of Actions To Be Taken.

2 ~ Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request. Additional Information if You Feel it is Needed.

APS/PVNGS App-B-20 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 9 TIME: 0915 LOCATION U3 CR INSTRUCTION:

APS/PVNGS App-B-21 90EXER

j<

4

EXERCISE MESSAGE FORM THIS IS A DRILLs DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 9 TIME: 0915 LOCATION: U3 CR MESSAGE The Following Alarms Have Just Occurred:

RU-16 CNTMT OPER LVL AREA ALERT You have begun a controlled plant shutdown at this time.

UNIT 3 CR PHONE X3200 i 3201'202 i 3203 I 3204 I'205 i 3206 I 3207 1~ Keep Your Controller Informed of Actions To Be Taken.

2~ Request Clarification not Fully Understood.

From Your Controller if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-22 90EXER

H CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4a TO: Pla er RPT from Containment MESSAGE NO.: 10 TIME: 0915 LOCATION: Aux. Bld . 140'est Wra outside Personnel Airlock INSTRUCTION:

Have the Player RPT acting as the RPT in containment with the injured Chem. Tech. phone the following message in on X4444 at this time.

APS/PVNGS App-B-23 90EXER

e EXERCISE MESSAGE FORM THIS IS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Pla er RPT exitin Containment MESSAGE NO.: 10 TIME: 0915 LOCATION: U3 Aux Bld 140'est Wra outside Personnel Airlock MESSAGE:

Call in the following information on X4444 at the nearest phone:

"This is the Chemistry Technician that I was in Containment with is injured here on the Aux Bldg 140'utside the airlock. She has been cut badly and is losing a lot of blood. I'm sure we'e both contaminated and we need help here right away!"

UNIT 3 CR PHONE Z3200g 320 1 f 3202 '203 g 3204 g 3205 ~ 3206~ 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-24 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4a TO: /MT MESSAGE NO.: 11 TIME: 0925 LOCATION: U3 140'ux Bld West Wra at the Personnel Airlock INSTRUCTION:

Give the following information to the responding EMT as vitals are taken.

Note:

The remainder of the medical information will be provided from the APS/PVNGS App-B-25 90EXER

4 EXERCISE MESSAGE FORM THIS IS A DRILL!

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: EMT MESSAGE NO.: 11 TIME: 0925 LOCATION: U3 140'ux Bld West Wra at the Personnel Airlock MESSAGE:

Initial Vitals on the two victims:

Chem Tech RPT RESP. 24 32 PULSE 110 112 SKIN WARM, DRY WARM, DRY SEMI CONSCIOUS g 1 0 CM EXHIBITS STRESS AND LACERATION INTERIOR LEFT EXERTION INDUCED MILD WRIST SHOWING HEAVY HEAT EXHAUSTION.

ARTERIAL BLEEDING. NO OTHER INDICATED 5 CM LACERATION ON RIGHT MEDICAL PROBLEMS.

CHEEK.

UNIT 3 CR PHONE X3200 ~ 320 1 g 3202 ~ 3203 g 3204 / 3205 g 3206 J 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-26 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4d TO: RPT MESSAGE NO.: 12 TIME: 0925 LOCATION: U3 Aux Bld 140'est Wra at the Personnel Airlock INSTRUCTION:

Provide the following information onl to the RPT performing the radiological survey of the scene and victims as each item is surveyed.

APS/PVNGS App'-B-27 90EXER

l4 EXERCISE MESSAGE FORM THIS IS A DRILL!

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO RPT MESSAGE NO.: 12 TIME: 0925 LOCATION: U3 Aux Bld 140'est Wra at Personnel Airlock MESSAGE:

Initial Radiolo ical Readin s:

General Area Surface Contamination: 1, 000 to 1, 500 Cpm>Bkgnd (Immediate Victim Area) (per swipe of 100 cm')

Victim's PCs: 2,000 to 3,000 Cpm>Bkgnd Wounds and Unprotected Skin Areas: 1,000 to 1,500 Cpm>Bkgnd UNIT 3 CR PHONE X3200 i 320 1 i 3202 i 3203 i 3204 i 3205 i 3206 i 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information I,

if You Feel it is Needed.

APS/PVNGS App-B-28 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4a TO: Victim RPT MESSAGE NO.: 13 TIME: 0930 LOCATION: U3 Aux Bld 140'est Wra at the Personnel Airlock INSTRUCTION:

Have the RPT Victim provide the following information to the EMTs/RPTs before being moved away from the Wrap Room.

APS/PVNGS App-B-29 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL!

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Victim RPT MESSAGE NO.: 13 TIME: 0930 LOCATION: U3 Aux Bld 140'est Wra at the Personnel Airlock MESSAGE:

Provide the following information to the responding EMTs and RPTs at this time:

We were down on the 100'oing the SIT sampling when she fell off the SIT she was sampling. She spilled the sample bottle all over the both of us. She hit her head pretty hard and I had to practically carry her up to the airlock. She's been in and out of it and lost a lot of blood.

UNIT 3 CR PHONE Z3200 i 3201 i 3202 i 3203 i 3204 i 3205 i 3206 i 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification not Fully Understood.

From Your Controller if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-30 90EXER

II CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4d TO RPT MESSAGE NO.: 14 TIME: 0930 LOCATION: U3 Aux Bld 140'est Wra at the Personnel Airlock INSTRUCTION:

Provide the following information onl to the RPT performing radiological surveys at the medical emergency scene as the areas are surveyed.

APS/PVNGS App-B-31 90EXER

0 EXERC SE MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: RPT MESSAGE NO.: 14 TIME'930 LOCATION: U3 Aux Bld 140'est Wra at the Personnel Airlock MESSAGE:

Radiolo ical Conditions at the Medical Emer enc Scene:

Airborne Activity: As Read General Area Dose Rates: 5 mR/hr Surface Contamination (per swipe of 100 cm'):

Floor Area Adjacent to Victims: 1,000 to 1,500 Cpm>Bkg Airlock Door: 1,000 Cpm>Bkg UNIT 3 CR PHONE Z3200 i 320 1 i 3202 I 3203 '204 I 3205 '206 I 3207

l. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-32 90EXER

'

CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: Onshift EC MESSAGE NO.: C TIME: 0945 LOCATION: U3 CR INSTRUCTION:

Give the following message to the Onshift Emergency Coordinator at his time if an ALERT has not. been declared.

APS/PVNGS App-B-33 90EXER

1 EXERCISE CONTINGENCY MESSAGE FORM THIS IS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Onshift EC MESSAGE NO.: C TIME 0945 LOCATION: U3 CR MESSAGE:

An ALERT should be declared at this time due to an uncontrolled loss of RCS inventory >50 gpm.

UNIT 3 CR PHONE Z3200 i 3201 '202 i 3203 '204 i 3205 i 3206'207

l. Keep Your Controller Informed of Actions To Be Taken.

2 ~ Request Clarification From Your Controller not Fully Understood.

if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

App-B-34 90EXER

IP, l

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 15 TIME: 0945 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-35 90EXER

L EXERCISE MESSAGE FORM THIS IS A DRILL!

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO SS MESSAGE NO.: 15 TIME: 0945 LOCATION: U3 CR MESSAGE:

The Following Alarms Have Just Occurred:

ALRM RU-16 CNTMT OPER LVL AREA HIGH UNIT 3 CR PHONE X3200 i 3201 i 3202 i 3203 i 3204 i 3205 '206 I 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-36 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4c TO: Pla er RO doin HPSI ST MESSAGE NO.: 16 TIME: 0945 LOCATION: U3 Aux Bld INSTRUCTION:

Give the following message to the Player RO who was assigned to simulate the HPSI surveillance test at this time.

APS/PVNGS App-B-37 90EXER

p EXERCISE MESSAGE FORM THIS IS A DRILL!

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS MESSAGE NO.: 16 TIME: 0945 MESSAGE:

Provide the following information to the Unit 3 Control Room at this time:

"When I tried to vent the "A" HPSI header at valve gSI-V833 I got a lot of air out of it. I stopped after a minute or two because of the procedure warning about getting Rad Protection to do an air sample. There seems to be a big air bubble in the "A" side.

UNIT 3 CR PHONE X3200 i 320 1 i 3202 i 3203 i 3204 i 3205 g 3206 i 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification not Fully Understood.

From Your Controller if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-38 90EXER

CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO MESSAGE NO.: D TIME: 1015 (Approximate)

LOCATION: U3 CR INSTRUCTION:

Give the following message to the Onshift Emergency Coordinator the electrical switchover has been accomplished on "E" charging if pump.

APS/PVNGS App-B-39 90EXER

,

EXERCISE CONTINGENCY MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT HILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Onshift EC MESSAGE NO.: D TIME: 1015 (Approximate)

LOCATION: U3 CR MESSAGE:

Immediately after starting "E" charging not restart.

pump, it tripped and will UNIT 3 CR PHONE Z3200 i 320 1 i 3202 '203 '204 i 3205 i 3206 I 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-40 90EXER

0 CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO SS MESSAGE NO.: 17 TIME: 1015 LOCATION: U3 CR INSTRUCTION-APS/PVNGS App-B-41 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN .PROGRESS TO: SS MESSAGE NO.: 17 TIME 1015 LOCATION: U3 CR MESSAGE:

The Following Alarms Have Just Occurred:

PZR LEVEL CH X PZR LEVEL CH Y LO Pressurizer level has reached the heater cutout point (25%).

You have executed a manual reactor trip.

Cooldown and depressurization will be handled with aux sprays and steam bypasses.

UNIT 3 CR PHONE Z3200 g 3201 ~ 3202 I 3203 I 3204 ~ 3205 ~ 3206 I 3207

l. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-42 90EXER

li CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4d TO: Site Medical Re resentative MESSAGE NO.: E TIME: 1030 LOCATION: Site Medical Facilit INSTRUCTION Give the following message to the Site Medical Representative at this time if the AirEvac helicopter for transport of the medical injury victim to Good Samaritan hospital has not been ordered.

APS/PVNGS App-B-43 90EXER

EXERCISE CONTINGENCY MESSAGE FORM THIS 1S A DRILL!

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION 'OPERATIONS OR ACTIVITIES IN PROGRESS TO: Site Medical Re resentative MESSAGE NO.: E TIME: 1030 LOCATION: Site Medical Facilit MESSAGE:

Do to needs of the scenario and to meet the objectives of the Emergency Medical Drill, call for AirEvac helicopter transport of the medical emergency victim to Good Samaritan Hospital at this time.

UNIT 3 CR PHONE Z3200 ~ 320 1 '202 g 3203 '204 ~ 3205 '206'207

l. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not, Fully Understood.

if the Message is Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-44 90EXER

I CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 18 TIME: 1030 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-45 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLI DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO SS MESSAGE NO.: 18 TIME: 1030 LOCATION: U3 CR MESSAGE:

The Following Alarms Have Just Occurred:

SIAS A LEG 1-3 TRIP SIAS A LEG 2-4 TRIP SIAS B LEG 1-3 TRIP SIAS B LEG 2-4 'RIP CIAS A LEG 1-3 TRIP ALRM CIAS A LEG 2-4 TRIP ALRM CIAS B LEG 1-3 TRIP ALRM CIAS B LEG 2-4 TRIP HPSI "A" has tripped and will not restart remotely.

UNIT 3 CR PHONE X3200 g 320 1 I 3202 I 3203 g 3204 I 3205 I 3206 I 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2 ~ Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-46 90EXER

0 I

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO TO: Pla ers in the Aux. Bld MESSAGE NO.: 19 TIME: 1030 LOCATION: U3 Aux. Bld INSTRUCTION:

Provide the following information to any player you happen to be accompanying in the U3 Aux. Building at this time in accordance with the following message.

APS/PVNGS App-B-47 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Pla ers in Aux. Buildin MESSAGE NO.: 19 TIME 1030 LOCATION: U3 Aux. Bld MESSAGE:

U3 Hot Chem Lab:

The Chemist has just heard a "bang" and "rattle" in the HPSI sample lines.

U3 Aux. Buildin 120':

There has just been a muffled "bump" and slight tremor in the floor U3 Aux. Buildin 100':

There has been a very loud "bang" and a noticeable trembling.

U3 Aux. Buildin 80':

There has been a deafening "bang" and a severe shaking in the HPSI lines.

UNIT 3 CR PHONE X3200 I 3201 i 3202 i 3203 I 3204 i 3205 I 3206 '207 Keep Your Controller Informed of Actions To Be Taken.

Request Clarification From Your Controller not Fully Understood.

if the Message is Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-48 90EXER

CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-3a TO, EC MESSAGE NO.: F TIME: 1045 A roximate LOCATION: TSC INSTRUCTION:

Give the following message to the Emergency Coordinator when he determines that accountability and site evacuation are necessary.

Note:

Accountability and evacuation of non-essential personnel will be simulated. Forty-five (45) minutes after this message has been delivered to the Emergency Coordinator, deliver the companion message, G, to the Security Shift Captain in the CAS.

APS/PVNGS App-B-49 90EXER

li EXERCISE CONTINGENCY MESSAGE FORM THIS IS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO EC MESSAGE NO.: F TIME: 1045 A roximate LOCATION: TSC MESSAGE:

Accountability and evacuation of non-essential personnel will be SIMULATED You will give the necessary directions for accountability and evacuation now, but specify that these events will be simulated. '

Page announcements of the simulated site evacuation WILL be made.

The site evacuation siren WILL NOT be sounded.

UNIT 3 CR PHONE X3200I 3201 i 3202 i 3203'204'205 I 3206'207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-50 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4f TO: Re air Team Leader MESSAGE NO.: 20 TIME: 1100 A rox.

LOCATION: U3 Control Bld 100'160v "B" Sw r.

INSTRUCTION:

Provide the following message to the Repair Team Leader when a team is sent to appraise the damages to the 4160v "B" Switchgear.

Note:

Detailed play and simulation guidelines are available in the Controller Guide for this Casualty.

APS/PVNGS App-B-51 90EXER

It EXERCISE MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Re air Team Leader MESSAGE NO.: 20 TIME: 1100 A rox.

LOCATION: U3 Control Bld 100'160v "B" Sw r.

MESSAGE The power supply cables to the PBB-S04 panels are burnt away up to the cable trays. The bussing in the "J" cubicle is completely destroyed. Buss bars and supports in the cubicles to either side of "J" are blackened and twisted. Burnt insulation residue and carbon is contaminating the entire bank of switchgear.

UNIT 3 CR PHONE Z3200 i 3201 i 3202 i 3203 '204 i 3205'206 '207 1~ Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-52 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4e TO: Re air Team Leader MESSAGE NO.: 21 TIME: 1100 A rox.

LOCATION ~

U3 iiAii HPSI Pum room INSTRUCTION l Provide the following message to the Repair Team Leader when a team is dispatched to attempt the recovery of the "A" HPSI pump.

Note:

Allow freeplay on this repair action, but do not allow. excessive simulation. Players should, for example, draw tools and bring them down to the pumproom.

APS/PVNGS App-B-53 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Re air Team Leader MESSAGE NO.: 21 TIME: 1100 A rox.

LOCATION: U3 "A" HPSI Pum room MESSAGE:

The water hammer has caused a mechanical failure o f the pump rotating assembly. The pump impeller is bound tightly in the casing and cannot be turned. The pump motor has tripped on overcurrent and is very hot. Any restart attempts will result in locked rotor amps on the motor and immediate trip.

UNIT 3 CR PHONE X3200 i 320 1 I 3202 I 3203 I 3'204 i 3205 I 3206 I 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2 ~ Request Clarification not Fully Understood.

From Your Controller if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-54 90EXER

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CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4d TO: Re air Team Leader MESSAGE NO.: 22 TIME: 1100 A rox.

LOCATION: "E" Char in Pum INSTRUCTION:

Provide the following information feedback to the Repair Team Leader when dispatched to investigate and attempt the recovery of the "E" charging pump.

Note:

APS/PVNGS App-B-55 90EXER

EXERCISE MESSAGE FORM THIS 1S A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Re air Team Leader MESSAGE NO.: 22 TIME: 1100 A rox.

LOCATION: "E" Char in Pum MESSAGE The motor supply conduit to the "E" Charging Pump is blackened and shows obvious heat damage in one localized area. There has been a phase-to-phase short in the wiring to the pump motor caused by insulation breakdown. Two conductors are fused, the other is burnt-through.

UNIT 3 CR PHONE Z3200 I 320 1 i 3202 i 3203 i 3204 i 3205 I 3206 I 3207 1~ Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification not Fully Understood.

From Your Controller if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-56 90EXER

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CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-6 TO: Securit Shift Ca tain MESSAGE NO.: G TIME: 1115 A roximate LOCATION: CAS INSTRUCTION:

Give the following message to the Security Shift Captain approximately thirty (30) minutes after the Emergency Coordinator ordered the simulation of site accountability and evacuation of non-essential personnel.

APS/PVNGS App-B-57 90EXER

I EXERCISE CONTINGENCY MESSAGE FORM THIS IS A DRILLr DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Securit Shift Ca tain MESSAGE NO.: G TIME: 1115 A roximate LOCATION: CAS MESSAGE:

The results of the site accountability and evacuation of non-essential personnel are:

Number of Evacuated Non-Essential Personnel: 3253 Number of, Essential Personnel: 220 Number of Personnel Unaccounted For: 0 UNIT 3 CR PHONE Z3200 i 320 1 i 3202 i 3203 i 3204 I 3205 I 3206 i 3207

l. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-58 90EXER

II I

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CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 24 TIME: 1130 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-59 90EXER

EXERCISE MESSAGE FORM THIS ZS A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 24 TIME: 1130 LOCATION: U3 CR MESSAGE:

The Following Alarms Have Just Occurred:

ALRM HI CNTMT PRESS CH A ALRM HI CNTMT PRESS CH B TRIP ALRM HI CNTMT PRESS CH C TRIP ALRM HI CNTMT PRESS CH D TRIP ALRM HI-HI CNTMT PRESS CH A TRIP ALRM HI-HI CNTMT PRESS CH B TRIP ALRM HI-HI CNTMT PRESS CH C TRIP ALRM HI-HI CNTMT PRESS CH D TRIP ALRM CSAS A LEG 1-3 TRIP CSAS A LEG 2-4 TRIP ALRM ALRM ALRM ALRM CSAS B LEG 1-3 CSAS B LEG 2-4 REAC CAVITY SUMP LEVEL 80'RIP TRIP TRIP HI-HI ALRM REAC CAVITY SUMP PMP OPER EXCESS ALRM RU-37 A PWR ACC PRG AREA HIGH ALRM RU-38 B PWR ACC PRG AREA HIGH ALRM RU-148 CNTMT AREA MON HIGH ALRM RU-149 CNTMT AREA MON HIGH ALRM RU-150 PRI COOLNT MON HIGH ALRM RU-151 PRI COOLNT MON HIGH ALRM RU-155C PEN IARM W AUX 70 HIGH ALRM RU-158B PEN IARM W AUX HIGH ALRM PEN IARM AUX 140'U-156B ALERT UNIT 3 CR PHONE X3200 i 320 1 I 3202 I 3203 I 3204 i 3205 I 3206 I 3207 Keep Your Controller Informed of Actions To Be Taken.

1 2.

~

Request Clarification From Your Controller if the Message is not Fully Understood.

3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-60 90EXER

I; CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 25 TIME: 1130 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-61 90EXER

EXERCISE MESSAGE FORM THIS XS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 25 TIME: 1 13 0 LOCATION: U3 CR MESSAGE:

The Following Alarms Have Just Occurred:

ALRM SIT 1 NAR RNGE LEVEL LO ALRM SIT 2 NAR RNGE LEVEL LO ALRM SIT 3 NAR RNGE LEVEL LO ALRM SIT 4 NAR RNGE LEVEL LO ALRM SIT 1 PRESS LO ALRM SIT 2 PRESS LO ALRM SIT 3 PRESS LO ALRM SIT 4 PRESS LO ALRM SIT 1 WIDE RNGE LEVEL LO ALRM SIT 2 WIDE RNGE LEVEL LO ALRM SIT 3 WIDE RNGE LEVEL LO ALRM SIT 4 WIDE RNGE LEVEL LO ALRM SIT 1 NAR RNGE PRESS LO ALRM SIT 2 NAR RNGE PRESS LO ALRM SIT 3 NAR RNGE PRESS LO ALRM SIT 4 NAR RNGE PRESS LO ALRM LEG 1-3 MSIS A LEG 2-4 TRIP ALRM LEG 1-3 MSIS B LEG 2-4 TRIP UNIT

'

CR PHONE X3200 f 320 1 ~ 3202 ~ 3203 I 3204 I 3205 J 3206 I 3207 1~ Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-62 90EXER

CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-3a TO EC MESSAGE NO.: H TIME: 1145 LOCATION: TSC INSTRUCTION:

Give the following message to the Emergency Coordinator at this time if an SITE AREA EMERGENCY has not been declared.

APS/PVNGS App-B-63 90EXER

EXERCISE CONTINGENCY MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO EC MESSAGE NO.: H TIME: 1145 LOCATION: TSC MESSAGE An SITE AREA EMERGENCY should be declared at this time due to a loss of RCS inventory >50 gpm and failure of both trains of ESF to actuate when required and maintain subcooling.

UNIT 3 CR PHONE X3200 ~ 3201 g 3202 ~ 3203 ~ 3204 i 3205 / 3206 / 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2 ~ Request Clarification From Your Controller if the Message is not Fully Understood.

3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-64 90EXER

I, CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 26 TIME: 1145 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-65 90EXER

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XERCISE MESSAGE FORM THIS IS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 26 TIME: 1145 LOCATION: U3 CR MESSAGE:

The Following Alarms Have Just Occurred:

RU-156B PEN IARM W AUX HIGH 140'U-146 (G) FB ESS VENT MON HIGH RU-145 (G) FB VENT MON HIGH RU-9 AUX LWR LVL VENT MON HIGH A LPSI PMP TRBL A LPSI PMP DISCH PRESS The >>A>> LPSI pump has tripped.

UNIT 3 CR PHONE Z3200 i 3201 '202 i 3203 i 3204 p 3205 i 3206 '207 Keep Your Controller Informed of Actions To Be Taken.

Request Clarification From Your Controller if the Message is 1~

t 2~

not Fully Understood.

3 ~ Re gllest Additional Information if You Feel it is Needed, APS/PVNGS App-B-66 90EXER

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4c TO: AO Re air Team Leader MESSAGE NO.: 27 TIME: 1155 A rox. rior to 1200 LOCATION: U3 Control Bld 100'160v "A" Switch ear INSTRUCTION:

Deliver the following information to the AO or Repair Team upon it arrival at the "A" LPSI controller. If is rior to 1200 when the AO/Team simulates resetting the 86 relay, it will not latch.

Any attempts made after 1200 will be successful in resetting the relay and the pump may be started from the U3 CR.

APS/PVNGS App-B-67 90EXER

0 EXERCISE MESSAGE 'FORM THIS IS A DRILL)

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: AO Re air Team Leader MESSAGE NO.: 27 TIME: 1155 A rox. rior to 1200 LOCATION: U3 Control Bld 100'160v "A" Switch ear MESSAGE:

The "A" LPSI pump controller 86 relay has a red flag showing.

Manual reset success will be provided by your controller.

UNIT 3 CR PHONE Z3200i 3201 I 3202 i 3203 I 3204 I 3205'206I 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-68 90EXER

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CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 28 TIME: 1215 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-69 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES .IN PROGRESS TO: SS MESSAGE NO.: 28 TIME: 1215 LOCATION: U3 CR MESSAGE:

The Following Alarms Have Just Occurred:

ALRM LEG 1-3 RAS A LEG 2-4 TRIP ALRM LEG 1-3 RAS B LEG 2-4 TRIP UNIT 3 CR PHONE ~ Z3200 i 3201 i 3202 i 3203 i 3204 i 3205 i 3206 i 3207 Keep Your Controller Informed of Actions To Be Taken.

Request Clarification From Your Controller not Fully Understood.

if the Message is Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-70 90EXER

t CONTINGENCY CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT, NHAT TO DO FROM: C-3a TO: Emer enc Coordinator MESSAGE NO.: I TIME: 1215 LOCATION: TSC INSTRUCTION:

Provide the following message Coordinator has not declared a at this time GENERAL EMERGENCY.

if the Emergency APS/PVNGS App-B-71 90EXER

EXERCISE CONTINGENCY MESSAGE FORM THIS ZS A DRILL.'O NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: Emer enc Coordinator MESSAGE NO.: I TIME: 1215 LOCATION: TSC MESSAGE:

A GENERAL EMERGENCY should be declared at this time due to RCS inventory loss >50 gpm, failure of both trains of ESF to actuate when required and maintain subcool and RVLMS voiding in the upper plenum.

UNIT 3 CR PHONE Z3200 g 3201 / 3202 '203 '204 J 3205 / 3206'207 Keep Your Controller Informed of Actions To 1

2.

~

Request,.Clarification From Your Controller not Fully Understood.

ifBe theTaken.

Message is Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-72 90EXER

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CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 29 TIME: 1230 LOCATION: U3 CR INSTRUCTION APS/PVNGS App-B 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT RILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 29 TIME 1230 LOCATION: U3 CR MESSAGE:

The Following Alarms Have. Just Cleared:

ALRM 'U-156B PEN IARM AUX 140'ORM UNIT 3 CR PHONE ~ Z3200 i 3201 i 3202 I 3203 i 3204 I 3205 I 3206 I 3207 1~ Keep Your Controller Informed of Actions To Be Taken.

2 ~ Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-74 90EXER

II t

CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 30 TIME: 13 15 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-75 90EXER

'1 EXERCISE MESSAGE FORM THIS IS A DRILLS DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 30 TIME: 1315 LOCATION: U3 CR MESSAGE:

The following alarms have just occurred:

ALRM RU-146 (G) FB ESS VENT MON ALERT UNIT 3 CR PHONE X3200 i 3201'202 i 3203 3204 3205 3206 '207 p p g Keep Your Controller Informed of Actions To Be Taken.

l 1~

2. Request Clarification From Your Controller if the Message is not Fully Understood.

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-76 90EXER

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CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-4c TO: Re air Team Leader MESSAGE NO.: 31 TIME: 1330 A rox.

LOCATION: U3 Aux Bld '86'est Pi in Penetration Room INSTRUCTION:

Note:

More =detailed direction for Player feedback is available in the Controller Guide for this situation.

APS/PVNGS App-B-77 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL)

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR .A'CTIVITIES IN PROGRESS TO: Re air Team Leader MESSAGE NO.: 31 TIME: 1330 A rox.

LOCATION: U3 Aux Bld 86'West Pi in Penetration Room MESSAGE Attempts to seal the damaged HPSI piping penetration may be successful at this time.

UNIT 3 CR PHONE X3200 i 320 1 '202 i 3203 i 3204 i 3205 i 3206'207 Keep Your Controller Informed of Actions To Be Taken.

Request Clarification From Your Controller not Fully Understood.

if the Message is

3. Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-78 90EXER

e CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 32 TIME 1345 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-79 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL)

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 32 TIME: 1345 LOCATION'3 CR MESSAGE:

The folloving alarms have just cleared:

RU-145 (G) FB VENT MON NORM UNIT 3 CR PHONE X3200 i 320 1 i 3202 '203 '204 I 3205 I 3206 i 3207 1~ Keep Your Controller Informed of Actions To Be Taken.

2 ~ Request Clarification not Fully Understood.

From Your Controller if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-80 90EXER

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CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: C-1 TO: SS MESSAGE NO.: 33 TIME: 1400 LOCATION: U3 CR INSTRUCTION:

APS/PVNGS App-B-81 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL!

DO NOT TAKE ANY ACTIONS THAT WILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO: SS MESSAGE NO.: 33 TIME: 1400 LOCATION: U3 CR MESSAGE:

The following alarms have just occurred:

ALRM RE-155C PEN IARM AUX W 70'LERT UNIT 3 CR PHONE Z3200 i 320 1 g 3202 I 3203 I 3204 g 3205 i 3206 I 3207 1~ Keep Your Controller Informed of Actions To Be Taken.

2. Request Clarification From Your Controller not Fully Understood.

if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-82 90EXER

l CONTROLLER INSTRUCTION CALL YOUR LEAD CONTROLLER IMMEDIATELY FOR ADVICE IF IN DOUBT ABOUT WHAT TO DO FROM: ALL TO ALL MESSAGE NO.: 34 TIME: 1400 LOCATION: All Facilities INSTRUCTION:

Issue the following message when instructed to do so by the Exercise Controller/Lead Controller.

APS/PVNGS App-B-83 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL.'O NOT TAKE ANY ACTIONS THAT HILL AFFECT ACTUAL STATION OPERATIONS OR ACTIVITIES IN PROGRESS TO ALL MESSAGE NO.: 34 TIME: 1400 LOCATION: All Facilities MESSAGE:

The Exercise is Terminated.

Complete Restoration of Facilities and Equipment.

Complete In-Place Critiques with Lead Controllers.

The Combined Critique of Lead Controllers and Principal Players will Take Place in the Administrative Annex Building (EOF) at 1500.

UNIT 3 CR PHONE X3200 i 3201 i 3202 i 3203 i 3204 i 3205 '206 i 3207

1. Keep Your Controller Informed of Actions To Be Taken.

2 ~ Request Clarification not Fully Understood.

From Your Controller if the Message is 3 ~ Request Additional Information if You Feel it is Needed.

APS/PVNGS App-B-84 90EXER

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PPENDIX C VERNMENT NTR LLER IDE

APPENDIX C GOVERNMENT CONTROLLER GUIDE TABLE OF CONTENTS PAGE CONTENTS App-C-ii Acronyms App-C-1 State Emergency Operations Center (EOC)

App-C-4 Technical Operations Center (TOC)

App-C-6 Direction and Control App-C-8 Maricopa County Emergency Operations Center (MCEOC)

App-C-11 Maricopa County Warning Point (MCSO)

App-C-14 On-Scene Command Post (MCSO)

App-C-17 Supplemental Warning Teams (MCSO)

App-C-18 Road Block Teams (MCSO)

App-C-19 REAT Forward App-C-21 REAT Field Monitoring Teams App-C-23 Evacuation Groups (Palo Verde School)

App-C-24 Special Evacuation Group App-C-26 Public Notification Site App-C-28 Reception and Care Center (RCC)

App-C-29 Joint Emergency News Center (JENC)

I APS/PVNGS App-C-i 90EXER

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I

APPENDIX C GOVERNMENT CONTROLLER GUIDE ACRONYMS ADES Arizona Division of Emergency Services ADO Assistant Director of Operations Arizona Radiation Regulatory Agency COC Chief Offsite Controller COMM. 0. Communications Officer DC Direction and Control DCC Direction and Control Controller DO Director of Operations DPS Department of Public Safety EBS Emergency Broadcast System EG Evacuation Group EGC Evacuation Group Controller EOC Emergency Operations Center EOCC Emergency Operations Center Controller EOF Emergency Operations Facility EPZ Emergency Planning Zone ESD Equipment Services Department FEMA Federal Emergency Management Agency JENC Joint Emergency News Center KI Potassium Iodide MC Maricopa County MCDCDGES Maricopa County Department of Civil Defense and Emergency Services MCSO Maricopa County Sheriff's Office APS/PVNGS App-C-ii 90EXER

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APPENDIX C GOVERNMENT CONTROLLER GUIDE ACRONYMS (Continued)

NAN Notification Alert Network OGC Operations Group Chief OSCP On-Scene Command Post PI Public Inquiry POC Privately Owned Conveyance POL Petroleum, Oil Lubrication Vehicle PVNGS, Palo Verde Nuclear Generating Station RB Road Block RCC Reception and Care Center REAT Radiological Emergency Assistance Team RF REAT Forward RFC REAT Forward Controller SEG Special Evacuation Group SS Shift Supervisor SW Supplemental Warning TOC Technical Operations Center TOCC Technical Operations Center Controller TOD Technical Operations Director APS/PVNGS App-C-iii 90EXER

'1

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GOVERNMENT CONTROLLER GUIDE STATE EMERGENCY OPERATIONS CENTER (EOC)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES IRK~I kCR%5WHSR 0810 NOTIFICATION OF ADES staff receives NAN Chief Offsite to UNUSUAL EVENT broadcast and verifies Controller (COC) and 0835 authenticator. State EOC Controller (EOCC), to be on Alerts Assistant Director of station in EOC Operations (ADO) and ADES communications 15 min.

Communications Officer (Comm.O.) prior to the Exercise.

COC and EOF Controllers set real time by telephone (EOF phone 4:

393-6187/6188).

ADES OPS staff fans out EOCC sets real time on notification to state response EOC clock and fans out organizations. real time to controllers on station in MCEOC, JENC and TOC.

Record time lines of communications 0915 ALERT ADES staff receives NAN COC and EOCC on station to Notification broadcast and verifies in EOC communications 0940 authenticator. or EOC arena until notification fan out Notifies ADO and ADES completed and monitor Communications Officer. controller phones.

ADO notifies ADES Director and directs activation of the EOC.

(Continued)

APS/PVNGS App-C-1 90EXER

GOVERNMENT CONTROLLER GUIDE STATE EOC (Continued)

TIME MSG I FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM I CONTROLLER NOTES 0915 ALERT ADES Ops staff fans out EOCC observes EOC setup to Notification notification and initiates EOC and arrangement in 0940 (Continued activantion. progress. Corrective action, as appropriate.

EOC Shift Supervisor assumes (Direction and Control, control of EOC activation. Technical Operations Center, Public In-ADES Administrative Organization quire.)

vacates EOC office space.

EOCC observes staff Shift Supervisor declares EOC functions; corrective activation when sufficient staff actions as appropiate.

is in place to man key communications. EOCC acts as exercise contact in declaration EOC staff continues to arrive process, etc.

and function.

EOCC acts as contact Public Inquiry to commence when for initiating role role players initiate calls. player activities.

1045 SITE AREA EOC Communications receives NAN EOCC monitors staff to EMERGENCY broadcast and verifies functioning.

1110 Notification authenticator.

Simulator acts as EOC staff fans out notifications exercise contact for non-participating TOC may recommend Protective government agencies Action to Director of Operations represented in the EOC based on notification message. and simulates the (PAR may not coincide with PAR actions of the respec-(Continued) contained in notification) tive parent agencies.

APS/PVNGS App-C-2 90EXER

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GOVERNMENT CONTROLLER GUIDE STATE EOC (Continued)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM I CONTROLLER NOTES 1045 SITE AREA Director of Operations PAR to EMERGENCY decision announced. (Decision 1110 Notification may not coincide with TOC (Continued) recommendation for protective action) .

1145 GENERAL EOC Communications receives NAN COC maintains contact to EMERGENCY broadcast and verifies with Maricopa County 1215 Notification authenticator. EOC Controller, JENC Controller and PVNGS TOC recommends Protective Action EOF Controller, as to Director of Operations. required.

Director of Operations decision EOCC monitors EOC staff announced. (Decision may not functioning.

coincide with TOC recommendation for Protective Action). DC Controller monitors Protective Action MCDCDGES liaison transmits Recommendations and decision to Maricopa County EOC decisions.

for implementation.

TOCC monitors TOC staff Operations staff monitors functioning.

Protective Action operations.

Record time line, PAR Resource staff responds to siren activation, EBS, requests for resource assistance and announcements.

APS/PVNGS App-C-3 90EXER

GOVERNMENT CONTROLLER GUIDE TECHNICAL OPERATIONS CENTER (TOC)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES h~M 0810 NOTIFICATION OF None to UNUSUAL EVENT 0835 0915 ALERT ARRA Emergency Coordinator TOCC on station at ARRA to Notification notifies Technical Operations spaces 15 min. prior to 0940 Director (TOD). ALERT.

TOD directs activation of TOC; Call EOCC for real time check.

TOD directs State Liaison to EOF TOC staff relocates to State EOC Relocate to TOC with TOC staff.

TOC staff sets up and organizes TOC. TOCC observes TOC set up and arrangement, TOC performs communications corrective action as check. appropriate in coordination with EOCC.

TOC Shift Supervisor reports activation to EOC Shift Super-v1sor Initiates Accident Assessment Record time lines.

and formulates Protective Action Recommendations as required.

Accident Assessment continues Compare dose until downgrade. projections to EOF and TOC, ensure consistency check inconsistencies for errors.

APS/PVNGS App-C-4 90EXER

L'i 1

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GOVERNMENT CONTROLLER GUIDE TOC (Continued)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CONTROLLER NOTES IER5Ã~R%

1045 SITE AREA Continues Accident Assessment TOCC observes TOC to EMERGENCY and may formulate Protective functioning; corrective 1110 Notification Action Recommendations. (Dir of action as appropriate.

Ops decision may not coincide with TOC recommendation of PAR) Record time lines.

1145 GENERAL Accident Assessment continues.

to EMERGENCY 1215 Notification Calculate projected doses as required.

TOD TOD recommends Protective TOC Issue CTG MSG TOC-A Actions to Director of -A when asked by staff Operations. which of several RCCs is the one in play.

Director of Operations decision announced. (Decision may not coincide with the TOC recommendation for Protective actions).

TOC/ TOC directs REAT Forward to TOC Issue CTG MSG TOC-B to SS dispatch Field Monitor Teams to -B TOC Shift Supervisor if RCC. TOC Staff fails to take action outlined above.

APS/PVNGS App-C-5 90EXER

GOVERNMENT COL ROLLER GUIDE DIRECTION AND CONTROL (DC)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES

~ KRl~

0810 NOTIFICATION OF ADO notified and notifies the to UNUSUAL EVENT Director of Operations.

0835 0915 ALERT ADO notified and notifies the DOC on station in State to Notification Director of Operations. Shift EOC at time of ALERT 0940 Supervisor and EOC Staff set notification.

up EOC.

Contact EOCC for real ADO directs Shift Supervisor to time check.

activate EOC and fan out Alert and activation instructions. Key staff for decision should include: TOD, Shift Supervisor declares EOC EOC Shift Supervisor, activated at his discretion ADO and MC Liaison.

when sufficiently staff in place to man key communications. Record time lines:

Receipt of Alert Director of Operations and ADO Alert fanout report to the EOC at their EOC activation discretion. Posting notification Upon arrival, Director of Operations assumes general direction and control of offsite operationbs.

APS/PVNGS App-C-6 90EXER

tt GOVERNMENT CONTROLLER GUIDE DIRECTION AND CONTROL (Continued)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES 1045 SITE AREA Director of Ops or ADO acts upon Ensure MC Liaison to EMERGENCY TOD recommendations for transcribes Protective 1110 Notification Protective Action. Action decision as stated, corrective Director of Ops or ADO action as appropiate.

formulates and announces Protective Action decisions to Record Time Line:

key staff and EOC. Site Area notification to staff Protective Action decission Implementation of warning.

1145 GENERAL Director of Ops or ADO acts upon Ensure MC Liaison to EMERGENCY TOD recommendations for transcribes Protective 1215 Notification Protective Action. Action decision as stated, corrective Director of Ops or'ADO actions as appropiate.

formulates and announces Protective Action decisions to Record Time Line:

key staff and EOC. General Emergency notification.

PAR decision.

Implementation of Warning.

Ops Dir. and/or TOD may be summoned to JENC to participate in media briefing.

APS/PVNGS App-C-7 90EXER

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GOVERNMENT CONTROLLER GUIDE MARICOPA COUNTY EMERGENCY OPERATIONS CENTER (MCEOC)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES 0810 NOTIFICATION OF MCDCD&ES staff receives NAN Maricopa County EOC to UNUSUAL EVENT broadcast and verifies Controller on station 0835 authenticator. in EOC 15 min. prior to NUE.

Notify Senior Coordinator and MCDCD&ES Director. MC EOCC contacts State EOCC for real time check.

0915 ALERT MCDCD&ES staff receives NAN to Notification broadcast and verifies 0940 authenticator.

Notify Senior Coordinator and MCDCD&ES Director.

Initiate activation. Notify Record time lines of State EOC when activated. player arrivals and telecommunications Advise County Manager concerning establishment.

situation and MCEOC activation.

Advise Response Organization to Emergency Response assemble at MCSO Avondale Organization personnel Substation. may be assembled at marshalling areas or EOC staff reports to EOC. deployed to forward operational sites.

Place EBS on standby.

County Liaison Officer reports to State EOC.

(Continued...)

APS/PVNGS App-C-8 90EXER

1 GOVERNMENT CONTROLLER GUIDE MARICOPA COUNTY EOC (Continued)

TIME MSG 0 FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES 0915 ALERT Direct On-Scene Commander to to Notification deploy Response Organization 0940 (Continued) when assembled.

1045 SITE AREA MCDCD&ES staff receives NAN to EMERGENCY broadcast and verifies 1110 authenticator.

Maintain readiness status of all County EOC should be deployed resources until further notified when forces action required. are in position and ready to operate.

Notify schools within EPZ of the situation. If a Protective is directed action during the If a Protective Action is directed during the Site Area Site Area Emergency, is assumed that all it Emergency, the action is sirens functioned.

constructive and is not implemented as actual exercise Sirens will not be play. sounded.

1145 GENERAL MCDCD&ES staff receives NAN to EMERGENCY broadcast and verifies 1215 notification authenticator Receive and implement State EOC Protective Action decision.

(Continued...)

APS/PVNGS App-C-9 90EXER  !

l GOVERNMENT CO TROLLER GUIDE MARICOPA COUNTY EOC (Continued)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES MC-1 MC Ops Prepare and release Public Issue MSG MC-1 Group Warning Message to EBS indicating that this is Chief the RCC that will be activated.

Activate sirens. (SIMULATED) Sirens will not be activated.

MC-2 Comm. Malfunction of sirens reported Issue MSG MC-2 Warning by Communications Officer. indicating that a siren Officer has failed to function properly.

Monitor EBS receipt of warning.

MC Ops Direct activation of RCC at MC-A Issue CTG MSG MC-A Group specified sites. to ensure that RCC Chief being evaluated is activated, if required.

NC Ops Supplemental warning directive MC-B Issue CTG MSG MC-B Group sent to On-Scene Command Post. is a directive to Chief conduct supplemental warning, to OSCP.

it is not sent MC-3 MC Ops Traffic control instructions Issue MSG MC-3 to Group issued to On-Scene Command Post. ensure road block to be Chief evaluated are in inst.

issued to OSCP.

PIO collect and sends releasable information to JENC.

APS/PVNGS App-C-10 90EXER

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GOVERNMENT CO TROLLER GUIDE MARICOPA COUNTY WARNING POINT (MCSO)

TIME MSG I FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM I CONTROLLER NOTES iSRZEIRRR 0810 to NOTIFICATION OF MCSO Warning Point staff MSCO Warning Point UNUSUAL EVENT receives NAN broadcast and Controller on station 0835 verifies authenticator. 15 min. prior to NUE.

Record time lines.

Contact MC EOCC for real time check.

MCSO conducts internal Ensure fan out occurs notification fan out. per MCSO procedure.

0915 ALERT MCSO Warning Point staff to Notification receives NAN broadcast and 0940 verifies authenticator.

MCSO conducts internal notification fan out.

1045 SITE AREA MCSO Warning Point staff to EMERGENCY receives NAN broadcast and 1110 Notification verifies authenticator.

MCSO conducts internal notification fan out.

APS/PVNGS App-C-11 90EXER

GOVERNMENT CONTROLLER GUIDE MARICOPA COUNTY WARNING POINT (MCSO) (Continued)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES 1145 GENERAL MCSO Warning Point staff Maricopa County to EMERGENCY receives NAN broadcast and Highway Dept. to 1215 Notification verifies authenticator. provide barricades, POL vehicle and to post evacuation signs.

MCSO conducts internal Maricopa County ESD is notification fan out. to provide a tow truck and driver.

Evacuation and special assistance problems to be simulated by role players.

Residents are not to be contacted.

As loudspeakers will not, be used, imperative it is that role players be contacted and given warning message verbatim.

Role players will be located at the Public Notification Site, the vehicle will be marked with a Red Flag and Players will be warinq Red armbands.

(Continued...)

APSl PVNGS App-C-12 .90EXER

0 GOVERNMENT C TROLLER GUIDE MARICOPA COUNTY WARNING POINT (MCSO) (Continued)

TIME MSG FROM EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES 1145 GENERAL Role Players represent to EMERGENCY ing residents with 1215 Notification special problems are to (Continued) be provided assistance and/or transportation.

Barricades and patrol vehicles are to be used to simulate road blocks Two road blocks are.to be established.

APS/PVNGS App-C-13 90EXER

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GOVERNMENT CVl.TROLLER GUIDE ON-SCENE COMMAND POST (OSCP) [MCSO]

TIME MSG 4 FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES 0810 NOTIFICATION OF None to UNUSUAL EVENT 0835 0915 ALERT Response Organization assembles OSCP Controller on to Notification at MCSO Avondale Substation. station 15 min. prior 0940 to ALERT.

When directed, deploy as a unit Observe deployment and under control of On-Scene performance.

Commander.

Set up OSCP and organize Response Organization Assembly Area.

Prepare for response.

1045 SITE AREA Receive notification and inform All road block to EMERGENCY response force to stand ready. assignments prior to 1110 Notification GENERAL EMERGENCY are constructive.

1145 GENERAL Receive notification and inform to EMERGENCY response force to stand ready.

1215 Notification Receive Protective Action decision.

On-Scene Comman-Supplemental Warning Team deploys to appropiate siren

'ssue OSCP

-A if OSCPCTGis MSGnot OSCP-A directed der coveage area. to dispatch supplement (Continued...) al Warning Team.

APS/PVNGS App-C-14 90EXER

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GOVERNMENT Cut. TROLLER GUIDE ON-SCENE COMMAND POST (OSCP) [MCSO] (Continued)

TIME MSG 8 FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES 1145 OSCP On- GENERAL Simulate supplemental warning Issue MSG OSCP-1 when to -1 Scene EMERGENCY activities. directed by MCEOC 1215 Comman- Notification indicating which RCC der (Continued) Issue warning message to has been activated evacuee role players.

On- Traffic Control Teams deployed OSCP Issue CTG MSG OSCP-8 Scene Comman-to assigned locations. -B if Road are not Block Teams dispatched to der locations being evaluated.

Conduct traffic reglatory Maricopa County ESD is activities. to provide a tow truck and driver.

Maricopa County Highway Dept. will provide barricades, POL vehicle and post evac. signs.

Residents are not to be contacted.

As loudspeakers will not be used, it is imperative that role players be contacted and warning message be (Continued...) given verbatim.

APS/PVNGS App-C-15 90EXER

If GOVERNMENT CONTROLLER GUIDE ON-SCENE COMMAND POST (OSCP) [MCSO] (Continued)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES 1145 GENERAL Role players represent to EMERGENCY ing residents vith 1215 Notification special problems are to (Continued) be provided with assistance and/or transportation.

Barricades and patrol vehicles are to be used to simulate road blocks Two road blocks are to be established for evaluation.

Evacuation and special assistance problems to be simulated by role players.

OSCP- On- When directed by On-Scene Commander will direct Issue MSG OSCP-2 upon 2 Scene MCEOC to assist special evacuees to Tolleson On-Scene Commander's Comman- special evacuees Union High School RCC. first special evacuee der directive.

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APS/PVNGS App-C-16 90EXER (

1 GOVERNMENT CONTROLLER GUIDE SUPPLEMENTAL WARNING TEAMS (MCSO)

TIME MSG g FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES 0810 NOTIFICATION OF None to UNUSUAL EVENT 0835 0915 ALERT Response organization assembles SW Controller on to Notification at MCSO Avondale Substation. station 15 min. prior 0940 to ALERT.

Observe deployment and performance.

Record time lines of key actions.

1045 SITE AREA to EMERGENCY 1110 Notification 1145 GENERAL Siren, lights and to EMERGENCY loudspeakers will not 1215 Notification be used. Evacuation Group Players will be When directed, Supplemental Warning Team waring red arm bands SW Team activat- receives briefing and mission at or near the vehicle ed and assigned statement. between 339th and 355th mission. avenues, on Buckeye SW Team deploys to siren road, represent the coverage area. resident population of the area of coverage of SW-1 SW SW Team simulates supplemental Siren f17 (INTRAC 230).

Team warning.

Issue MSG SW-1 to SW SW Team issues warning message Team.

verbatim to evacuee role players.

APS/PVNGS App-C-17 90EXER

GOVERNMENT COx~iROLLER GUIDE ROAD BLOCK TEAMS (MCSO)

TIME MSG 8 FROM TO EVENT

SUMMARY

ANTICXPATED RESPONSE CM CONTROLLER NOTES 0810 NOTXFICATXON OF None to UNUSUAL EVENT 0835 0915 ALERT Response Organization assembles RB Controller on to Notification at MCSO Avondale Substation station 15 min. prior 0940 to ALERT.

Observe deployment and performance.

1045 SXTE AREA-to EMERGENCY 1110 Notification 1145 GENERAL to EMERGENCY 1215 Notification When directed, Simulate establishment of road RB Team acti- blocks/traffic control points.

vates assigned mission.

RB Team RB-A Xssue CTG MSG RB-A Road Block Team is if not f11 informed of RB location when briefed.

RB Team RB-B Issue Road CTG MSG RB-B if Block Team is not 82 informed of RB location when briefed.

APS/PVNGS App-C-18 90EXER

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GOVERNMENT CO TROLLER GUIDE REAT FORWARD TIME MSG 4 FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CONTROLLER NOTES Imm~RRmm 0810 NOTIFICATION OF None to UNUSUAL EVENT 0835 0915 ALERT REAT Forward Team assembles and REAT Forward Controller to Notification equips. on station at ARRA 15 0940 min. prior to ALERT.

0 BEAT Forward deploys to field Move to field location.

location.

Establish REAT Forward Center. Observe assembly and organization of command post.

Initiate Brief and orient Monitor Teams.

monitoring when Observe operation of directed. Assign Field Monitoring missions command post.

Collect and report field data.

1045 SITE AREA Continue field monitoring Continue to observe to EMERGENCY activities. operation of command 1110 Notification post.

Collect and report field data.

Implement instructions from the TOD.

1145 GENERAL Continue field monitoring Continue to observe to EMERGENCY activities. operation of command 1215 Notification post.

Collect and report field data.

Implement instructions from the (Continued) TOD.

APS/PVNGS App-C-19 90EXER

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GOVERNMENT CONTROLLER GUIDE REAT FORWARD TIME MSG 8 FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES 1145 GENERAL Implement instructions from to EMERGENCY TOD.

1215 Notification (Continued}

REAT Captain RF-A Issue CTG RCC MSG RF-A if locations are not identified by the TOC within 30 minutes of evacuation order.

APS/PVNGS App-C-20 90EXER

l GOVERNMENT C(r TROLLER GUIDE REAT FIELD MONITOR TEAMS TIME MSG 5 FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES RRRE~ K%X?KSR mm&55RSRR 0810 NOTIFICATION OF None to UNUSUAL EVENT 0835 0915 ALERT Monitor pool assembles. Controllers on station to Notification at ARRA 15 min. prior 0940 to ALERT.

Deploy to field location and Contact REAT Center equips. Controller for real time check.

Co-locates with REAT Forward Observe assembly and Center in assembly area. deployment.

1045 SITE AREA REAT Captain briefs monitors to EMERGENCY and assigns missions.

1110 Notification REAT Captain may direct mission Accompany monitor team assignment to be executed. and observe mission performance.

1145 GENERAL Field Teams perform assigned Observe mission to EMERGENCY monitoring missions (monitors performance.

1215 Notification are to report all background readings) . Issue field data from data package at Receive briefing and evacuee appropriate times monitoring mission, when during mission.

directed by REAT Captain.

Field Team deploys to RCC and Observe deployment and (Continued...) reports to RCC Manager. performance.

APS/PVNGS App-C-21 90EXER

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GOVERNMENT CO TROLLER GUIDE REAT FIELD MONITOR TEAMS (Continued)

TIME MSG g FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES 1145 GENERAL Field Team establishes personnel Controller vill ensure to EMERGENCY monitoring station at RCC. that evacuees will not 1215 Notification carry any type of (Continued) Field Team conducts personnel radioactive materials monitoring of evacuees at RCC. or simulate any contamination.

Evacuees are not contaminated.

APS/PVNGS App-C-22 90EXER

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GOVERNMENT CO rROLLER GUIDE EVACUATION GROUP (PALO VERDE SCHOOL)

TIME MSG PROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES RR55RRI 0730 All Evacuation Evacuation Group Controllers All EG and SEG Group assemble at Palo Verde School Controllers assemble at Controllers 10700, South Palo Verde Road and Palo Verde School.

Assemble report to designated Lead Controller.

0800 Assemble and EG assembles at, Palo Verde Contact Chief Offsite load EG and SEG. School, 10700, S. Palo Verde. Controller upon arrival for real time check.

No La ter Transport EG to Travel by bus from Palo Verde Than PVNGS Energy School to PVNGS Energy 0815 Information Information Center via Center. Old Highway 80 and Wintersburg Road.

0900 Begin Remain at PVNGS Energy Respond to Special educational Information Center for Evacuee Controller presentation. presentations and refreshments. request for radio operator assignments.

1030 Load EG in Load EG in vehicles and procede Inform Chief Offsite to vehicles, travel to a location within view ot the Controller upon depart 1055 via Wintersburg RCC. Upon receiving Supplemental ure from PVNGS. Upon Road and I-10 to Warning from Public Notification receiving information a site within Site Controller, Procede to RCC. from the Public Info view of the RCC. Controller, procede to RCC.

Arrive at RCC. Arrive at Tolleson Union High School RCC fro processing and return trip to Palo Verde School. Upon arrival at RCC do not debark until RCC is ready to conduct operations.

APS/PVNGS App-C-23 90EXER

GOVERNMENT CONTROLLER GUIDE SPECIAL EVACUATION GROUP (PALO VERDE SCHOOL)

TIME MSG g FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES 0730 Assemble with EG Controllers assemble at EG Controller. Palo Verde School, 10700, South Palo Verde Road and report to designated Lead Controller.

Special EG Controllers do likewise.

0800 Assist with EG assembles at Palo Verde assembly and School, 10700, S. Palo Verde Rd.

loading of EG.

No La ter Move in convoy Travel by controller vehicle in Than with EG to PVNGS convoy to PVNGS Energy Informa-0815 Energy Informa- tion Center via Old Highway 80, tion Center. Salome Highway and Wintersburg.

0900 Select 3 Special Upon arrival, and before Inform Lead Controller Evacuees and educational presentations begin, of selection and telephone identify special evacuees and request radio operator callers. telephone callers. assignments to Special Evacuees Group and to telephone callers.

0930 Assemble and instruct Special Issue SEG messages to Evacuees, telephone callers and Special Evacuees and radio operators. counterpart telephone callers.

SEG-1 SEG-1 (2 copies)

SEG-2 SEG-2 (2 copies)

SEG-3 SEG-3 (2 copies)

(Continued)

APS/PVNGS App-C-24 90EXER

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GOVERNMENT C. TROLLER GUIDE SPECIAL EVACUATION GROUP (PALO VERDE SCHOOL) (Continued)

TIME MSG 5 FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES RRRERRt 155%5%5 RRRERRm~

0930 One copy of SEG messages goes to Special Evacuee, one to counterpart telephone caller.

Load and trans- Upon arrival at SEG Site 41, Instruct Special port Special radio operator contacts Evacuee to dismount Evacuees and telephone caller and requests from vehicle and radio operator message SEG-1 be called in to prepare to be evacuated to SEG Site gl. MCEOC (273-1411) .

Controller and party remain in vehicle until assistance arrives.-

SEG- MCSO Controller dismounts Special and issues message Assist- SEG-4 to MCSO player.

ance Team Depart for SEG Site g2 after Special Evacuee is in custody of adult player and has entered assistance vehicle.

Upon Arrival Repeat call process for sites Repeat controller at SEG Sites 52 and 53 by 1030. process.

2 and 3 But No later than 1030.

APS/PUNGS App-C-25 90EXER

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GOVERNMENT COL TROLLER GUIDE PUBLIC NOTIFICATION BITE TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES 0730 All Evacuation Assemble with EG Controllers, Wear Controller Group SEG Controllers and radio armbands, carry Player Controllers operators at Palo Verde School armbands, red flag for assemble. 10700 South Palo Verde Road. vehicle.

0800 Assist with EG assembles at Palo Verde assembly and School, 10700, S. Palo Verde loading of EG. Road.

No Later Move in convoy Travel by controller vehicle in Than with EG to PVNGS convoy to PVNGS Energy Informa-0815 Energy Informa- tion Center via Old Highway 80, tion Center. Salome Highway and Wintersburg.

0900 Arrival at PVNGS Upon arrival, organize and brief Upon arrival, request Energy Informa- Public Notification Site party assignment of radio tion Center. regarding site location, operator from Lead departure time from PVNGS and Controller.

site set up and function.

Site party consists of 2 controllers and one radio operator.

Site location is the vehicle itself, parked on Buckeye Road Between 339th Ave and 355th Ave.

Site preparation includes:

a) Changing to Player armbands.

(Continued...)

APS/PVNGS App-C-26 90EXER

1 GOVERNMENT CONTROLLER GUIDE 0

PUBLIC NOTIFICATION SITE (Continued)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES CHERRY RESKR54RQ 0900 Site preparation (Continued) b) Marking vehicle with red flag.

Notify Lead EG Controller when site preparation is completed.

Maintain radio contact regarding departure of EG from PVNGS.

1030 EG departs PVNGS EG bus loads and leaves PVNGS Maintain radio contact to a point where via Wintersburg Road and I-10 with EG Controllers the RCC is in to RCC. concerning transport view. progress.

1145 MCSO Supplement- Supplemental Warning Team to al Warning Team approaches and identifies Public 1210 .issues warning. Notification Site.

Supplemental Warning Team issues When EG controller has evacuation warning. been notified that Supp Warning event is completed, remove Player armbands and vehicle flag and proceed to Tolleson High School RCC.

APS/PVNGS App-C-27 90EXER

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GOVERNMENT Cv TROLLER GUIDE RECEPTION AND CARE CENTER (TOLLESON UNION HIGH SCHOOL)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CONTROLLER NOTES ERR%%! k5X5%5RHS 0810 NOTIFICATION OF None to UNUSUAL EVENT 0835 Notification 0915 ALERT Notify Reception and Care Center to Notification Resources.

0940 1045 SITE AREA Deploy resources to a fozward to EMERGENCY location.

1110 Notification 1145 GENERAL Controller on station to EMERGENCY 15 min. prior to 1215 Notification GENERAL EMERGENCY.

Shelter Coordi- Set up RCC at Tolleson Union Observe deployment and nator directs High School, 9419 W. Van Buren. performance.

establishment of RCC. Assign location for monitoring station.

Shelter Conduct evacuee processing. RCC-Issue CTG MSG RCC-A, required, to reorganize if Manager A monitoring and process ing.

The scope of the Exer.

activity vill not be alteredby anyone i.e.,

Evaluator, Controller, etc. Controller .ensure evacuees are not earring any type of radioactive materials real or simulated.

APS/PVNGS App-C-28 90EXER

GOVERNMENT CONTROLLER GUIDE JOINT EMERGENCY NEWS CENTER (JENC)

TIME MSG N FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM N CONTROLLER NOTES RRRRSNRI SSRERUI RRRRKRRKS 0810 JENC/ PVNGS Unit 3 Contacts State and County public to MGR declares a information. spokespeople, 0835 NOTIFICATION OF initiates and maintains contact UNUSUAL EVENT. with FNC Director.

0915 JENC/ PVNGS Unit 3 Initiate activation, receive to MGR declares an hard copy from the FNC, 0940 ALERT determine staffing levels, check equipment operation and prepare for initial press briefing.

1040 JENC- JENC/ JENC activation Receive information from EOF to 1 MGR completed. and State and County EOCs, draft 1400 thru press releases, relay to 'EOF and 17 EOCs for approval, disseminate information through press briefings.

1045 JENC/ PVNGS Unit 3 Continue as above. JENC To ensure that the JENC to MGR declares a SITE -A receives notification 1110 AREA EMERGENCY. of SITE AREA EMERGENCY by 1110.

I APS/PVNGS App-C-29 90EXER

GOVERNMENT C i'IROLLER GUIDE JOINT EMERGENCY NEWS CENTER (JENC} (Continued)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES 1145 JENC/ PVNGS Unit 3 Continue as before. JENC To ensure that the JENC to MGR declares a -B receives notification 1215 GENERAL of GENERAL EMERGENCY by EMERGENCY. 1215.

1400 JENC/ Termination of Receive information from EOF, MGR Exercise. relay to State and County EOCs, media, Rumor Control Group and APS Media Relations.

JENC/ Commence MGR critique, secure facility.

APS/PVNGS App-C-30 90EXER

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PPENDIX D VERNMENT ME AGES

APPENDIX D GOVERNMENT MESSAGES

'TABLE OF CONTENTS PAGE CONTENTS App-D-ii Acronyms App-D-1 Technical Operations Center Message Cards App-D-3 Maricopa County Emergency Operations Center Message Cards.

App-D-8 On-Scene Command Post Message Cards App-D-9 Supplemental Warning Team Message Cards App-D-13 Road Block Team Message Cards App-D-15 REAT Forward Message Cards App-D-16 Special Evacuation Group Message Cards App-D-21 Reception and Care Center Message Cards App-D-22 Joint. Emergency News Center Message Cards App-D-41 Public Inquiry Center Message Cards App-D-42 Public Inquiry Questions

'PS/PVNGS App-D-i 90EXER

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APPENDIX D GOVERNMENT MESSAGES ACRONYMS ADES Arizona Division of Emergency Services ADO Assistant Director of Operations Arizona Radiation Regulatory Agency COC Chief Offsite Controller COMM. 0. Communications Officer DC Direction and Control DCC Direction and Control Controller DO Director of Operations DPS Department of Public Safety EBS Emergency Broadcast System EG Evacuation Group EGC Evacuation Group Controller EOC Emergency Operations Center EOCC Emergency Operations Center Controller EOF Emergency Operations Facility EPZ Emergency Planning Zone ESD Equipment Services Department Federal Emergency Management Agency JENC Joint Emergency News Center KI Potassium Iodide MC Maricopa County MCDCD&ES Maricopa County Department of Civil Defense and Emergency Services MCSO Maricopa County Sheriff's Office APS/PVNGS App-D-ii 90EXER

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APPENDIX D GOVERNMENT MESSAGES ACRONYMS (Continued)

NAN Notification Alert Network OGC Operations Group Chief OSCP On-Scene Command Post Public Inquiry POC Privately Owned Conveyance POL Petroleum, Oil Lubrication Vehicle PVNGS Palo Verde Nuclear Generating Station RB Road Block RCC Reception and Care Center Radiological Emergency Assistance Team RF REAT Forward RFC REAT Forward Controller SEG Special Evacuation Group SS Shift Supervisor Supplemental Warning TOC Technical Operations Center TOCC Technical Operations Center Controller TOD Technical Operations Director APS/PVNGS App-D-iii 90EXER

CONTINGENCY MESSAGE FORM THIS ZS A DRZLLl ISSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: TOC Director MESSAGE NO.: TOC-A LOCATION: Technical 0 erations Center TIME: After the TOC Director has in uired about the locations of RCCs MESSAGE:

The Relocation and Care Center is as follows:

Tolleson Union High School, 9419 W. Van Buren.

REAT Field Team is to respond to this RCC.

PLAYER NOTES

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-1 90EXER

CONTINGENCY MESSAGE FORM THIS IG A DRILLS

"

ISSUE THIS MESSAGE IF ADDRESSEE . HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: TOC Shift Su ervisor MESSAGE NO.: TOC-B LOCATION: Technical 0 erations Center TIME: Issue if information.

TOC staff fails to inform TOC SS of this MESSAGE:

The Reception and Care Center is as follows:

Tolleson Union High School, 9419 W. Van Buren.

REAT Field Monitor Team is to respond to this RCC.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-2 90EXER

0 EXERCISE MESSAGE FORM THIS ZS A DRILLS TO: Marico a Count 0 erations Grou Chief MESSAGE NO.: MC-1 LOCATION: Marico a Count EOC TIME MESSAGE:

The Reception and Care Center to be activated for evaluation is as follows:

Tolleson Union High School, 9419 W. Van Buren PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-3 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: Marico a Count Communication and Warnin Officer MESSAGE NO.: MC-2 LOCATION: Marico a Count EOC TIME: After Warnin Officer com letes Siren Activation Procedure follovin GENERAL EMERGENCY MESSAGE:

Siren Pole No. 17 (INTRAC NO. 230) failed to function.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

App-D-4 90EXER

0 EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

Marico a Count 0 erations Grou Chief MESSAGE NO.: MC-3 LOCATION: Marico a Count EOC TIME: When orderin On-Scene Commander MCSO to establish road blocks.

MESSAGE Two road blocks will be evaluated. You must establish road blocks at the following locations:

1. Tonopah/Salome Highway and 307th Ave. (Johnson Road).

2. Roosevelt Road and 307th Ave. (Johnson Road).

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-5 90EXER

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CONTINGENCY MESSAGE FORM THIS IS A DRILL.'SSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: Marico a Count 0 erations Grou Chief MESSAGE NO.: MC-A LOCATION: Marico a Count EOC TIME When directin activation of RCCs MESSAGE The Reception and Care Center being activated for evaluation purposes is as follows:

Tolleson Union High School, 9419 W. Van Buren.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-6 90EXER

CONTINGENCY MESSAGE FORM THIS IS A DRILL.'SSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: Marico a Count Grou 0 erations Chief MESSAGE NO MC-B LOCATION: Marico a Count EOC TIME: When su lemental warnin instructions are bein issued to the On-Scene Command Post MCSO MESSAGE:

Siren Pole No. 17 (INTRAC NO. 230) failed to function.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-7 90EXER

I 0

CONTINGENCY MESSAGE FORM THIS IS A DRILL)

ISSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: On-Scene Commander MESSAGE NO.: OSCP-A LOCATION: On-Scene Command Post TIME: Followin the declaration of a SITE AREA EMERGENCY if re ired.

MESSAGE:

Siren Pole No. 17 (INTRAC NO. 230) failed to function.

NOTE: Loudspeakers, lights and sirens will not be used by the Supplemental Warning Team.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-8 90EXER

,(

e

CONTINGENCY MESSAGE FORM THIS IS A DRILL!

ISSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED - DURING EXERCISE PLAY TO: On-Scene Commander MESSAGE NO.: OSCP-B LOCATION: On-Scene Command Post TIME When On-Scene Commander is directin the establishment of road blocks.

MESSAGE:

Two road blocks will be evaluated. You must establish road blocks at the following locations:

1. Tonopah/Salome Highway and 307th Ave (Johnson Road).

2. Roosevelt Road and 307th Ave. (Johnson Road).

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-9 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLS TO: On-Scene Commander MESSAGE NO. OSCP-1 LOCATION: On-Scene Command Post TIME:

MESSAGE:

The Reception and Care Center being activated is as follows:

Tolleson Union High School, 9419 W. Uan Buren.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-10 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: On-Scene Commander MESSAGE NO.: OSCP-2 LOCATION: On-Scene Command Post TIME U on recei t of information re estin Evacuee assistance.

S ecial MESSAGE:

All Special Evacuees need to be picked up. These are actual evacuations.

All Special Evacuees are to be transported to the Reception and Care Center at Tolleson Union High School, 9419 W. Van Buren.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-11 90EXER

I EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: Su lemental Warnin Team MESSAGE NO.: SW-1 LOCATION: Evacuation Grou Roll Pla ers Bucke e Road between 339th Ave and 355th Ave.

TIME: U on arrival at. the su lemental warnin area MESSAGE:

Drive through affected area and simulate giving supplemental warning.

DO NOT activate siren, lights or loudspeaker.

Make certain evacuation group role players in vehicle at Buckeye Road between 339th and 355th Ave. receive supplemental warning.

The vehicle will be marked with a red flag. The evacuation group role players will be wearing red arm bands.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2 ~ REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-12 90EXER

~ k lb % ~ ~ -el ~

CONTINGENCY MESSAGE FORM THIS ZS A DRZLLf ISSUE THIS MESSAGE IF ADDRESSEE . HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: oad Block Team 1 MESSAGE NO.: RB-A LOCATION: In Patrol Car TIME: If On-Scene Commander does not assi n same location MESSAGE:

Establish a road block for evaluation at Tonopah/Salome Highway and Johnson Road (307th Ave.)

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-13 90EXER

,r f

CONTINGENCY MESSAGE FORM THIS IS A DRXLLf ISSUE THIS MESSAGE IF ADDRESSEE HAS'OT BEEN XNFORMED DURING EXERCISE PLAY TO: Road Block Team 2 MESSAGE NO.: RB-B LOCATION: Xn Patrol Car TIME Xf On-Scene Commander does not assi n the same location MESSAGE:

Establish a road block for evaluation at Roosevelt Road and Johnson Road (307th Ave.)

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT XS NEEDED.

APS/PVNGS App-D-14 90EXER

~ ~

CONTINGENCY MESSAGE FORM THIS IS A DRILL.'SSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: REAT Forward Ca tain MESSAGE NO.: RF-A LOCATION: REAT Forward TIME: If information is not received 30 minutes of evacuation order from the TOC within MESSAGE:

The Reception and Care Center being activated is as follows:

Tolleson Union High School, 9419 W. Van Buren.

A REAT Field Monitoring Team is to respond to the RCC.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-15. 90EXER

~ w ~ ~ ~0 ~

EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: S ecial Evacuee 1-Tele hone Caller (Male Caller)

MESSAGE NO.: SEG-1 LOCATION: PVNGS Ener Information Center TIME: At direction of Lead EG Controller MESSAGE:

Dial 273-1411 (Maricopa County EOC), when the number answers say:

"This is a Drill.

I need help. I'm old and don't see well enough to drive er's and I need a ride. Can you help me? My name is Role Pla Name I'm located at, the South West corner of Wintersburg Road and Buckeye-Salome Road.

This is a Drill."

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-16 90EXER

4 i EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

S ecial Evacuee "2-Tele hone Caller Female caller II MESSAGE NO SEG-2 LOCATION: PVNGS Ener Information Center TIME: At direction of Lead EG Controller MESSAGE:

Dial 273-1411 (Maricopa County EOC), when the number answers say:

"This is a Drill.

,I am located at the Red Quail, General Store on Wintersburg Road just south of the Buckeye-Salome Road.

I have a flat tire and my spare is also flat. Can you get me a ride out of the area?

My name is (role player's name)

This is a Drill."

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-17 90EXER

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0

EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

S ecial Evacuee "3-Tele hone Caller Female Caller MESSAGE NO.: SEG-3 LOCATION: PVNGS Ener Information Center TIME: At direction of Lead EG Controller MESSAGE:

Dial 273-1411 (Maricopa County EOC), when the number answers say:

"This is a Drill.

I am located at 371th Avenue and Buckeye Road. My car won't start.

Can you help me?

My name is (Role player's name)

This is a Drill."

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-18 90EXER

0 EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: MCSO S ec'al Assistance Trans ortation MESSAGE NO.: SEG-4 LOCATION: S ecial Evacuee Pick-u Locations TIME: U on arrival of the MCSO Assistance Team MESSAGE:

All Special Evacuees are to be transported to Tolleson Union High School, 9419 W. Van Buren. This is the Reception and Care Center that will be activated.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-19 90EXER

CONTINGENCY MESSAGE FORM THIS IS A DRILL)

ISSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED.'DURING EXERCISE PLAY TO: Rece tion and Care Center Mana er MESSAGE NO.: RCC-A LOCATION: Tolleson Union Hi h School TIME If re Team ired u on arrival of REAT Field Monitorin MESSAGE:

Ensure that evacuees are monitored near arrival area.

Uncontaminated go to Reception.

Contaminated go to Decontamination (showers).

NOTE: 1.The use of the shower facilities for contaminated evacuees is to be simulated.

2. Evacuees will not carry any type of radioactive materials or simulate any contamination.

PLAYER -NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-20 90EXER

I CONTINGENCY MESSAGE FORM THIS IS A DRILL!

ISSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: JENC Facilit Mana er MESSAGE NO.: JENC-A LOCATION: Joint Emer enc News Center TIME:

MESSAGE:

The Maricopa County Public Information Spokesperson indicates to you that he/she has received word that the situation at Palo Verde has escalated to a SITE AREA EMERGENCY.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-21 90EXER

11 CONTINGENCY MESSAGE FORM THIS IS A DRILL.'SSUE THIS MESSAGE IF ADDRESSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: JENC Facilit Mana er MESSAGE NO.: JENC-B LOCATION: Joint Emer enc News Center TIME: 1215 MESSAGE:

One of the television reporters in the Media Room has passed word to you, through the Media Room Coordinator, that his sources indicate that the plant has declared a GENERAL EMERGENCY.

PLAYER NOTES:

1~ KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS, App-D-22 90EXER

0 EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: APS Public Information S okes erson MESSAGE NO.: JENC-1 LOCATION: Joint Emer enc News Center TIME: First. News Briefin MESSAGE:

Was the declaration of ALERT related to the fire that occurred earlier today, and what actually caused the NOTIFICATION OF UNUSUAL EVENT?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-23 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLS TO: APS Public Information S okes erson MESSAGE NO.: JENC-2 LOCATION: Joint Emer enc News Center TIME: Second News Briefin MESSAGE:

Could the problems that are occurring at Palo Verde right now lead to another Chernobyl? How about another Three Mile Island?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-24 90EXER

I EXERCISE MESSAGE FORM THIS ZS A DRILL!

TO: Count Public Information S okes erson MESSAGE NO.: JENC-3 LOCATION: Joint Emer enc News Center TIME: Second News Briefin MESSAGE:

We understand that a worker at Palo Verde was injured in a work related accident. Can you tell us more about what happened?

PLAYER NOTES

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-25 90EXER

I EXERCISE MESSAGE FORM THIS ZS A DRZLL.

TO: State Public Information S okes erson MESSAGE NO.: JENC-4 LOCATION: Joint Emer enc News Center TIME: Second News Briefin MESSAGE:

How many people live in the 10-mile area surrounding Palo Verde, and is the state really prepared to handle the situation if this accident turns into another Chernobyl or Three Mile Island ?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-26 90EXER

t EXERCISE MESSAGE FORM THIS IS A DRILLs TO: State Public Informat'on S okes erson MESSAGE NO. JENC-5 LOCATION: Joint Emer enc News Center TIME: 1100-1115 News Briefin MESSAGE What is the weather forecast? Hov far is it. estimated that the wind vill if there iscarry any radiation that might be released?

a wind shift?

What happens PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS ~

App-D-27 90EXER

II EXERCISE MESSAGE FORM THIS ZS A DRILL)

TO: APS Public Information S okes erson MESSAGE NO.: JENC-6 LOCATION: Joint Emer enc News Center TIME: 1100-1115 News Briefin MESSAGE Although you say that you have conditions under control at, Palo Verde, do you have a plan for a .worst-case meltdown at the plant?

PLAYER NOTES 1~ KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2 ~ REQUEST CLARIFICATION PROM YOUR CONTROLLER IP THE MESSAGE IS NOT FULLY UNDERSTOOD.

3 ~ REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-28 90EXER

Il, EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

APS Public Information S okes erson MESSAGE NO.: JENC-7 LOCATION: Joint Emer enc News Center TIME: 1115-1130 News Briefin MESSAGE:

What happens to the employees at the plant site when an accident occurs? Are they sent home? Is anyone left to run the plant? If so, are they in danger?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. 'EQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-29 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: APS Public Information S okes erson MESSAGE NO.: JENC-8 LOCATION: Joint Emer enc News Center TIME: 1115-1130 News Briefin MESSAGE:

How will this accident affect the other two units? Could this same thing happen to,them?

PLAYER NOTES

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-30 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILLr TO: APS Public Information S okes erson MESSAGE NO. JENC-9 LOCATION: Joint Emer enc News Center TIME: 1130-1145 News Briefin MESSAGE:

Back to the accident at the plant. How many other employees have been killed or injured on the job at Palo Verde?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-31 .90EXER

4 ~ c'Pl ~ ~ ~P~ %4 ~ ~ 4 ~ d J ~P EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: Count Public Information S okes erson MESSAGE NO.: JENC-10 LOCATION: Joint Emer enc News Center TIME 1130-1145 News Briefin MESSAGE:

How long does it take to evacuate all of the residents from the 10-mile area surrounding Palo Verde? How do you know when total evacuation is complete?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT 'FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-32 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: State Public Information S okes erson MESSAGE NO.: JENC-11 LOCATION: Joint Emer enc News Center TIME: 1145-1200 News Briefin MESSAGE:

What information do you have on how long the release of radioactive materials into the atmosphere is likely to last?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

)'.

APS/PVNGS App-D-33 90EXER

EXERCISE M SSAGE FORM THIS ZS A DRILL)

TO: State Public Information S okes erson MESSAGE NO.: JENC-12 LOCATION: Joint Emer enc News Center TIME: 1145-1200 News Briefin MESSAGE:

What is the estimate of damage to crops and farm animals in the 10-mile area around the plant as a result of the accident at Palo Uerde?

PLAYER NOTES:

1- KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

App-D-34 90EXER

il

(

EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

APS Public Information S okes erson MESSAGE NO.: JENC-13 LOCATION: Joint Emer enc News Center TIME 1200-1215 News Briefin MESSAGE:

Are we likely to see a core meltdown as a result of the events that have taken place at. Palo Verde today?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-35 90EXER

)g l

EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

APS Public Information S okes erson MESSAGE NO.: JENC-14 LOCATION: Joint Emer enc News Center TIME: 1200-1215 News Briefin MESSAGE:

Is today's situation at, Palo Verde just another example of sloppy workmanship and poor management?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER lF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-36 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

APS Public Information S okes erson MESSAGE NO.: JENC-15 LOCATION: Joint Emer enc News Center TIME: 1215-1230 News Briefin MESSAGE:

How long will it take to clean-up after this accident? How much is the estimated cost for this clean-up?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS -NOT FULLY UNDERSTOOD.

3- REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D.-37 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL<

TO: APS Public Information S okes erson MESSAGE NO.: JENC-16 LOCATION: Joint Emer enc News Center TIME: 1215-1230 News Briefin MESSAGE How soon after conditions at Palo Verde are back under control will we be able to get in and look at the damage ourselves?

PLAYER NOTES:

1. KEEP YOUR, CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-38 90EXER

I!

0

EXERC SE MESSAGE FORM THIS IS A DRILL.'O:

APS Public Information S okes erson MESSAGE NO. JENC-17 LOCATION: Joint Emer enc News Center TIME: 1230-1245 News Briefin MESSAGE:

With the nuclear production of as a electricity costing result of accidents like this, does APS anticipate more and more more towns like Page and Gilbert Arizona trying to run their own independent electric companies in a better managed and more economical manner?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-D-39 90EXER

0 EXERCISE MESSAGE FORM THIS IS A DRXLL?

TO: Public In ir Controller MESSAGE NO.: PI-1 LOCATION: Public In ir Center TIME: 1030 MESSAGE:

Call the State Public Xnquiry Center at the times indicated on the following list of suggested Public Inquiry questions. Each question may be asked of more than one operator. Other free-play questions are encouraged.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER XF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

App-D-40 90EXER

II lh

PUBLIC INQUIRY QUESTIONS (Refer to MSG Pl-1) 1030 I just heard that there's an accident at Palo Verde. Is this the same type of thing that happened at Chernobyl?

I just heard on the radio that there's a problem at Palo Verde, but I didn't hear any warning sirens go off. I live in Arlington and thought we were supposed to be warned if something went wrong at the plant.

What's an ALERT?

What's happening at Palo Verde?

Should we evacuate now, just to be safe?

1035 Is 10?

it safe for me to travel west from Phoenix on Interstate Is radiation being released from Palo Verde? Will someone tell us if we are in danger?

My husband is a construction worker at Palo Verde. Will he be OK?

1040 I just heard the warning sirens go off, but when I tried to tune to KTAR for instructions, my radio quit working. What should I do?

1045 What is a SITE AREA EMERGENCY?

die or get cancer if we live Does within 10 itmiles mean we'e going to of Palo Verde?

1050 Is Palo Verde going to melt-down? Exactly what is a meltdown?

1055 If they can't get this problem at Palo Verde fixed today, are they going to have to shut off our electricity?

1100 Should I stay inside my house if I live in Goodyear?

1105 What's going on at Palo Verde?

1110 Should I bring my pets/farm animals inside? I live east of Tolleson.

1115 Is the state going to take over operation of Palo Verde?

1120 I have to fly over Palo Verde to get to a business meeting in Los Angeles. Am I going to get, exposed to radiation?

1125 I keep hearing about something called REMS and milliREMS.

What the heck are these things?

PVNGS App-D-41 89EXER

PUBLIC INQUIRY QUESTIONS (Continued)

(Refer to MSG PI-1) 1130 I live in Buckeye. Is it safe for me to go outside?

1135 If we have to leave our home because of the problem at Palo Verde, will someone build us a new home like they did in Russia after the accident at Chernobyl?

1140 Will Ruth Fisher School be open tomorrow?

1145 How much radiation is being released from Palo Verde?

1150 If we have to evacuate to a Reception and Care Center, how long will it be before we can return to our home?

1155 Is the milk I bought at, the Hassayampa Store last night safe to drink?

1200 Someone told me that radiation is more dangerous to children and pregnant women than to people like my husband. Why?

1205 I'm on my way to a Reception and Care Center. Will someone make certain my house isn't looted while I'm away?

1210 I live in Avondale. Is our water safe to drink, or has the accident at Palo Verde contaminated it?

1215 I have a family living in the 10-mile area surrounding Palo Verde. How do I find out if they have been able to leave the area and are safe?

1220 I heard that the National Guard was going to take over Palo Verde. Is that true? My son's in the Guard and I don't want him near that mess.

1225 I heard that there's a big cloud of steam or something hovering over Palo Verde. Is that radiation or just regular pollution?

1230 When will an evacuation of Phoenix be required?

1235 Are the vegetables from my home garden safe to eat?

in Youngtown.

I live 1240 My electricity comes from Palo Verde. Is it going to be radioactive? Should I shut off my electricity to protect my family?

1245 Is the radiation going to ruin my cotton crop? I live near Cotton Lane and Interstate 10.

PVNGS App-D-42 89EXER

PUBLIC INQUIRY QUESTIONS (Continued)

(Refer to MSG PI-1) 1250 Will I have to throw out the milk from my dairy farm? If so, wil3,'PS pay me for it? My farm is near 75th Avenue and Glendale.

1255 I just heard that a GENERAL EMERGENCY has been declared at Palo Verde. Isn't that the same thing that happened in Russia a couple of years ago? I have relatives in Phoenix...are they going to die?

1300 I live in a trailer behind the Red Quail Store near Palo Verde, and I want 'to get out of the area until it's safe again. Can someone come out and help me?

PVNGS App-D-43 89EXER

l APPENDIX E PUBLIC INF RMATION C NTROLLER GUIDE

APPENDIX E PUBLIC INFORMATION CONTROLLER GUIDE TABLE OF CONTENTS PAGE CONTENTS App-E-ii Acronyms App-E-1 Forward News Center (FNC)

App-E-2 Joint Emergency News Center (JENC)

App-E-4 Rumor Control Group App-E-5 Public Inquiry Group APS/PVNGS App-E-i 90EXER

APPENDIX E PUBLIC INFORMATION CONTROLLER GUIDE ACRONYMS ADES Arizona Division of Emergency Services APS Arizona Public Service Company API APS Public Information Spokesperson Arizona Radiation Regulatory Agency CEC Corporate Emergency Center COC Chief Offsite Controller CPI County Public Information Spokesperson CTG Contingency DC Direction and Control DO Duty Officer EBS Emergency Broadcast System EOC Emergency Operations Center EOF Emergency Operations Facility EPZ Emergency Planning Zone FEMA Federal Emergency Management Agency FM From FNC Forward News Center GPIO Government Public Information Officer JENC Joint Emergency News Center LOCA Loss of Coolant Accident MC Maricopa County MCDCD&ES Maricopa County Department of Civil Defense and Emergency Services MCSO Maricopa County Sheriff's Office APS/PVNGS App-E-ii 90EXER

APPENDIX E PUBLIC INFORMATION CONTROLLER GUIDE ACRONYMS (Continued)

MSG Message NAN Notification Alert Network NRC U.S. Nuclear Regulatory Agency Notification of Unusual Event PI Public Inquiry PVNGS Palo Verde Nuclear Generating Station RCG Rumor Control Group RCP Reactor Coolant Pump RCS Reactor Coolant System Radiological Emergency Assistance Team RF REAT Forward SG Steam Generator SPI State Public Information Spokesperson SS Shift Supervisor TOC Technical Operations Center Water Reclamation Facility APS/PVNGS App-E-iii 90EXER

1 PUBLIC INFORMATION CONTROLLER GUIDE FORWARD NEWS CENTER (FNC)

TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES 0810 FNC/DO PVNGS Unit 3 Establish contact with Plant FNC Controller should to declares NUE Director, develop and issue be on station 15 min.

0835 press releases, access Media prior to NOUE.

Alert, establish contact with APS Media Relations and transmit Record time lines of hard copy to APS Media Relations player arrivals.

0915 FNC/DO PVNGS Unit 3 Continue to provide above Continue to observe to declares ALERT. support until activation of the staff functions.

0940 JENC. Deactivate when this is accomplished and then travel to the JENC.

APS/PVNGS App-E-1 90EXER

PUBLIC INFORMATION CONTROLLER GUIDE JOINT EMERGENCY NEWS CENTER (JENC)

TIME MSG g FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM CONTROLLER NOTES I%~I R~RRR8 0810 JENC/ PVNGS Unit 3 Contacts State and County public to MGR declares NUE. information spokespeople, 0835 initiates and maintains contact with FNC'irector.

0915 JENC/ PVNGS Unit 3 Initiate activation, receive JENC Controller should to MGR declares an hard copy from the FNC, be on station 15 min.

0940 ALERT. determine staffing levels, check prior to ALERT.

equipment operation and prepare for initial press briefing. Perfrom time-check with Chief Offsite Controller.

Record time-lines.

1040 JENC- JENC/ JENC activation Receive information from EOF Observe staff to 1 MGR completed. and State and County EOCs, draft functioning.

1400 thru press releases, relay to EOF and 17 EOCs for approval, disseminate information through press briefings.

1030 JENC/ PVNGS Unit 3 Continue as above. JENC To ensure that the JENC ~

to MGR declares a SITE -A receives notification 1055 AREA EMERGENCY. of SITE AREA EMERGENCY by 1100.

APS/PVNGS App-E-2 90EXER;

1 1

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PUBLIC INFORMATION CONTROLLER GUIDE JOINT EMERGENCY NEWS CENTER (JENC) (Continued)

TIME MSG 5 FROM EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES E5KGKSRR RRQRR2%

1200 JENC/ PVNGS Unit 3 Continue as before. JENC To ensure that the JENC to MGR declares a -B receives notification 1230 GENERAL of GENERAL EMERGENCY by EMERGENCY. 1215.

1400 JENC/ Termination of Receive information from EOF, MGR Exercise. relay to State and County EOCs, media, Rumor Control Group and APS Media Relations.

1400 JENC/ Commence MGR critique, secure facility.

APS/PVNGS App-E-3 90EXER

0 PUBLIC INFORMATION CONTROLLER GUIDE RUMOR CONTROL TIME MSG g FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM g CONTROLLER NOTES 0915 RCG/ PVNGS Unit 3 Initiate activation, establish to SUPV declares an contact with JENC Facility 0940 ALERT. Manager and PI/SS, determine staffing levels, check equipment operation, receive hard copy of press releases from JENC, brief staff.

1030 RCG-1 RCG/ RCG activation Respond, from approved press to SUPV completed. releases and stock information, 1400 to questions from the public and the media concerning conditions at PVNGS. Inform the JENC Facility Manager and PI/SS of any unusual rumors or questions received.

1400 RCG/ Termination of Receive termination notification SUPV Exercise. from JENC.

RCG/ Commence SUPV critique, secure facility.

APS/PVNGS App-E-4 90EXER

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PUBLIC INFORMATION CONTROLLER GUIDE PUBLIC INQUIRY TIME MSG FROM TO EVENT

SUMMARY

ANTICIPATED RESPONSE CM I CONTROLLER NOTES 0915 PI/SS PVNGS Unit 3 Initiate activation, establish to declares an contact with the EOC/GPIO and 0940 ALERT. RCG/SUPV, determine staffing levels, check equipment opera-tion, receive hard copy of press releases from JENC and brief staff.

1030 PI-1 PI/SS PI activation Respond, from approved press to completed. releases and stock information, 1400 messages. to questions from the public and the media concerning government response to the conditions at PVNGS. Inform the EOC/GPIO and the RCG/SUPV of any unusual rumors or questions received.

1400 PI/SS Termination of Receive information from EOC/

the Exercise. GPIO.

PI/SS Commence critique, secur'e facility.

APS/PVNGS App-E-5 90EXER

APPENDIX F PUBLT INF RMATI N MES AGES

0 APPENDIX F PUBLIC INFORMATION MESSAGES TABLE OF CONTENTS PAGE CONTENTS App-F-ii Acronyms App-F-1 Joint Emergency News Center Contingency Message Cards App-F-3 Joint Emergency News Center Message Cards App-F-20 Rumor Control Group Message Cards App-F-21 Rumor Control Questions App-F-24 Public Inquiry Group Message Cards App-F-25 Public Inquiry Questions APS/PVNGS App-F-i 90EXER

APPENDIX F PUBLIC INFORMATION MESSAGES ACRONYMS ADES Arizona Division of Emergency Services APS Arizona Public Service Company API APS Public Information Spokesperson Arizona Radiation Regulatory Agency CEC Corporate Emergency Center COC Chief Offsite Controller C

CPI County Public Information Spokesperson CTG Contingency DC Direction and Control DO Duty Officer EBS Emergency Broadcast System EOC Emergency Operations Center EOF Emergency Operations Facility EPZ Emergency Planning Zone FEMA Federal Emergency Management 'Agency FM From FNC Forward News Center GPIO Government Public Information Officer JENC Joint Emergency News Center LOCA Loss of Coolant Accident MC Maricopa County MCDCD&ES Maricopa County Department og Civil Defense and Emergency Services MCSO Maricopa County Sheriff's Office App-F-ii 90EXER

CONTINGENCY MESSAGE FORM THIS IS A DRILL!

ISSUE THIS MESSAGE IF ADDRFSSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: JENC Facilit Mana er MESSAGE NO.: JENC-A LOCATION: Joint Emer enc News Center TIME 1100 MESSAGE:

The Maricopa County Public Information Spokesperson indicates to you that he/she has received word that the situation at Palo Verde has escalated to a SITE AREA EMERGENCY.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-.1 90EXER

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CONTINGENCY MESSAGE FORM THIS IS A DRILL.'SSUE THIS MESSAGE 1F ADDRESSEE HAS NOT BEEN INFORMED DURING EXERCISE PLAY TO: JENC Faci it Mana er MESSAGE NO. JENC-B LOCATION: Joint Emer enc News Center TIME: 1215 MESSAGE:

One of the television reporters in the Media Room has passed word to you, through the Media Room Coordinator, that his sources indicate that the plant has declared a GENERAL EMERGENCY.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-2 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL/

TO: APS Public Information S okes erson MESSAGE NO.: JENC-1 LOCATION: Joint Emer enc News Center TIME: First News Briefin MESSAGE:

Was the declaration of ALERT related to the fire that occurred earlier today, and what actually caused the NOTIFICATION OF UNUSUAL EVENT?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-3 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL[

TO: APS Public Information S okes erson MESSAGE NO.: JENC-2 LOCATION: Joint Emer enc News Center TIME Second News Briefin MESSAGE:

Could the problems that are occurring at Palo Verde right now lead to another Chernobyl? How about another Three Mile Island?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2- REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-4 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: Count Public Information S okes erson MESSAGE NO.: JENC-3 LOCATION: Joint Emer enc News Center TIME: Second News Briefin MESSAGE:

We understand that a worker at Palo Verde was injured in a work related accident. Can you tell us more about what happened?

PLAYER NOTES:

1- KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-5 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILLr TO: State Public Information S okes erson MESSAGE NO.: JENC-4 LOCATION: Joint Emer enc News Center TIME: Second News Briefin MESSAGE:

How many people live in the 10-mile area surrounding Palo Verde, and is the state really prepared to handle the situation if this accident turns into another Chernobyl or Three-Mile Island ?

PLAYER NOTES

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

App-F-6 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: State Public Informat'on S okes erson MESSAGE NO.: JENC-5 LOCATION: Joint Emer enc News Center TIME: 1100-1115 News Briefin MESSAGE:

What is the weather forecast? How far is it estimated that the wind will carry any radiation that might be released? What happens if there is a wind shift?

PLAYER NOTES:

l. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

App-F-7 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: APS Public Information S okes erson MESSAGE NO.: JENC-6 LOCATION: Joint Emer enc News Center TIME: 1100-1115 News 'Briefin MESSAGE:

Although you say that you have conditions under control at Palo Verde, do you have a plan for a worst-case meltdown at, the plant?

PLAYER NOTES

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-8 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: APS Public Information S okes erson MESSAGE NO.: JENC-7 LOCATION: Joint Emer enc News Center TIME 1115-1130 News Briefin MESSAGE:

What happens to the employees at the plant site when an accident occurs? Are they sent home? Is anyone left to run the plant? If so, are they in danger?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

App-F-9 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: APS Public Information S okes erson MESSAGE NO.: JENC-8 LOCATION: Joint Emer enc News Center TXME: 1115-1130 News Briefin MESSAGE:

How will this accident affect the other two units? Could this same thing happen to them?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDXTIONAL INFORMATION XF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-10 90EXER

I EXERCISE MESSAGE FORM THIS IS A DRILLt TO: APS Public Information S okes erson MESSAGE NO.: JENC-9 LOCATION: Joint Emer enc News Center TIME: 1130-1145 News Briefin MESSAGE:

Back to the accident. at the plant. How many other employees have been killed or injured on the job at Palo Verde?

PLAYER NOTES:

l. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-ll 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: Count Public Information S okes erson MESSAGE NO.: JENC-10 LOCATION: Joint Emer enc News Center TIME: 1130-1145 News Briefin MESSAGE:

How long does it take to evacuate all of the residents from the 10-mile area surrounding Palo Verde? How do you know when total evacuation is complete?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

App-F-12 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: State Public Information S okes erson MESSAGE NO.: JENC-11 LOCATION: Joint Emer enc News Center TIME: 1145-1200 News Briefin MESSAGE:

What: information do you have on how long the release of radioactive materials into the atmosphere is likely to last?

PLAYER NOTES

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-13 90EXER

l EXERCISE MESSAGE FORM THXS XS A DRILL[

TO: State Public Information S okes erson MESSAGE NO.: JENC-12 LOCATION: Joint Emer enc News Center TIME: 1145-1200 News Briefin MESSAGE:

What is the estimate of damage to crops and farm animals in the 10-mile area around the plant as a result of the accident at Palo Verde?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3 ~ REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

App-F-14 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: APS Public Information S okes erson MESSAGE NO.: JENC-13 LOCATION: Joint Emer enc News Center TIME 1200-1215 News Briefin MESSAGE:

Are we likely to see a core meltdown as a result of the events that have taken place at. Palo Verde today?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-15 90EXER

tl EXERCISE MESSAGE FORM THIS IS A DRILLt TO: APS Public Information S okes erson MESSAGE NO.: JENC-14 LOCATION: Joint Emer enc News Center TIME: 1200-1215 News Briefin MESSAGE:

Is today's situation at Palo Verde just another example of sloppy workmanship and poor management?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2 ~ REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL'T IS NEEDED.

APS/PVNGS App-F-16 90EXER

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EXERCISE MESSAGE FORM THIS IS A DRILL/

TO: APS Public Information S okes erson MESSAGE NO.: JENC-15 LOCATION: Joint Emer enc News Center TIME: 1215-1230 News Briefin MESSAGE:

How long will it take to clean-up after this accident? How much is the estimated cost for this clean-up?

PLAYER NOTES

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-17 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL!

TO: APS Public Information S okes erson MESSAGE NO.: JENC-16 LOCATION: Joint Emer enc News Center TIME: 1215-1230 News Briefin MESSAGE:

How soon after conditions at Palo Verde are back under control will we be able to get in and look at the damage ourselves?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TOBE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-18 90EXER

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EXERCISE MESSAGE FORM THIS XS A DRILit TO: APS Public Information S okes erson MESSAGE NO JENC-17 LOCATION: Joint Emer enc News Center TIME: 1230-1245 News Briefin MESSAGE:

With the nuclear production of electricity costing more and more as a result of accidents like this, does APS anticipate more towns like Page and Gilbert Arizona trying to run their own independent electric companies in a better managed and more economical manner?

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-19 90EXER

f EXERCISE MESSAGE FORM THIS IS A DRILLt TO: Rumor Control Grou Controller MESSAGE NO.: RCG-1 LOCATION: Rumor Control Center TIME 1030 MESSAGE:

Call the Rumor Control Group at 'the times indicated on the following list of suggested Rumor Control questions. Each question may be asked of more than one Rumor Control Operator. Other free-play questions are also encouraged.

PLAYER NOTES:

1. KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2. REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-20 90EXER

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RUMOR CONTROL QUESTIONS (Refer to MSG RCG-1) 1030 I just came into Phoenix from the west on Interstate 10. They said on the radio that there was a problem at Palo Verde. Was the steam cloud I saw coming out of the plant a release of radiation? Have I been exposed?

My husband works at Palo Verde. I heard someone there was involved in an accident. Can you tell me I 'm worried about him.

if it was Paul Long?

How serious is an ALERT? What does it mean?

My husband is a construction worker at Palo Verde. Is there a number I can call to find out if he's OK?

1035 Is Palo Verde releasing radiation to the atmosphere?

Is Palo Verde going to melt-down? Exactly what is a meltdown?

1040 If my family has to evacuate our home, we live near Arlington, how will we know where to go?

1045 I'm a newspaper reporter from Tucson. Who do I contact to set up an interview with whoever is in charge at Palo Verde? I want to get a statement for our early afternoon edition.

1050 Is the same thing happening at Palo Verde that happened at Chernobyl? I thought you people said that your plant was safe.

1055 I'm going to drive from Phoenix to Los Angeles later today.

Is it safe for me to use Interstate 10i or am I going to be exposed to radiation?

1100 I live in Litchfield Park. Should my family and I evacuate the area? We'e very close to Palo Verde.

1105 What are the problems at Palo Verde going to cost me as an APS rate payer? My electric bill is already too high!!

1115 I just heard that a SITE AREA EMERGENCY was declared at Palo Verde. What does this mean?

1130 I own a lot of Pinnacle West stock. With this accident, is my stock going to be worthless? Will APS buy for what I paid for it? How do I get rid of it?

it back from me 1135 I live near Palo Verde. How is the accident going to affect me?

App-F-21 90EXER

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RUMOR CONTROL QUESTIONS (Continued) 1140 I heard a radio report that mentioned an "EPZ" surrounding Palo Verde. What is that?

1145 Is there some kind of plan to protect the public when and accident occurs at Palo Verde?

1150 If house is contaminated it mycleaned-up? Will they by radiation, will APS pay to have build me a new house like the Russians did for the victims at Chernobyl?

1155 This is Terry Smith of the CBA television network. I have a news crew on the way to Palo Verde in a helicopter. Who do I need to talk to so they can land near the plant and shoot some footage for our evening news? Will someone be available at the site for an interview?

1200 What is the radiation going to do to my cotton crop? Who is going to reimburse me for my losses?

1205 One of your people said that this won't be like Chernobyl because Palo Verde has a containment building. What is that?

1210 What direction is the wind blowing? Should we clear out? I live in Perryville.

1215 I understand that a GENERAL EMERGENCY has been declared at Palo Verde. What does this mean to me and my family? We live in Phoenix.

1220 Will our electricity be shut-off because of the problem at Palo Verde?

1225 I have relatives that live in Arlington. Are they going to get cancer because of this problem at Palo Verde?

1230 Will Ruth Fisher School be open tomorrow?

1235 I work in the warehouse at Palo Verde and am scheduled to go to work at 3:30 P.M. Should I show up for work?

1240 Can you tell me which Reception and Care Centers have been opened for people evacuating the area around Palo Verde?

1245 If some mean my of food my electricity will become comes from Palo Verde, does that radioactive if I use my electric stove?

1250 My neighbor tells me that radiation smells like natural gas, is that true?

APS/PVNGS App-F-22 90EXER

RUMOR CONTROL QUESTIONS (Continued) 1255 I have been hearing terms like REM and milliREM being used a lot today. What do those terms mean?

1300 I'e been just told evacuated me from that looters my home in Arlington, and my friend have been seen in the area. Can someone guard my house until I get to return home?

App-F-23 90EXER

EXERCISE MESSAGE FORM THIS IS A DRILL[

TO: Public In ir Controller MESSAGE NO.: PZ-1 LOCATION: Public In ir Center TIME: 1030 MESSAGE:

Call the State Public Inquiry Center at the times indicated on the following list of suggested Public Inquiry questions. Each question may be asked of more than one operator. Other free-play questions are encouraged.

PLAYER NOTES:

1~ KEEP YOUR CONTROLLER INFORMED OF ACTIONS TO BE TAKEN.

2~ REQUEST CLARIFICATION FROM YOUR CONTROLLER IF THE MESSAGE IS NOT FULLY UNDERSTOOD.

3. REQUEST ADDITIONAL INFORMATION IF YOU FEEL IT IS NEEDED.

APS/PVNGS App-F-24 90EXER

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PUBLIC INQUIRY QUESTIONS (Refer to MSG PI-1) 1030 I just heard that there's an accident at Palo Verde. Is this the same type of thing that happened at Chernobyl?

I just heard on the radio that, .there's a problem at Palo Verde, but I didn't hear any warning sirens go off. I live in Arlington and thought we were supposed to be warned something went wrong at the plant.

if What's an ALERT?

What's happening at Palo Verde?

Should we evacuate now, just to be safe?

1035 Is 10?

it sa fe for me to travel west from Phoenix on Interstate Is radiation being released from Palo Verde? Will someone tell us if we are in danger?

My husband is a construction worker at Palo Verde. Will he be OK?

1040 I just heard the warning sirens go off, but when I tried to tune to KTAR for instructions, my radio quit working. What should I do?

1045 What is a SITE AREA EMERGENCY?

die or get cancer if we live Does within,10 itmiles mean we'e going to of Palo Verde?

1050 Is Palo Verde going to melt-down? Exactly what is a meltdown?

1055 If they can't get this problem at Palo Verde fixed today, are they going to have to shut off our electricity?

1100 Should I stay inside my house if I live in Goodyear?

1105 What's going on at. Palo Verde?

1110 Should I bring my pets/farm animals inside? I live east of Tolleson.

1115 Is the state going to take over operation of Palo Verde?

1120 I have to fly over Palo Verde to get to a business meeting in Los Angeles. Am I going to get exposed to radiation?

1125 I keep hearing about something called REMS and milliREMS.

What the heck are these things?

APS/PVNGS App-F-25 90EXER

PUBLIC INQUIRY QUESTIONS (Continued)

(Refer to MSG PI-1) 1130 I live in Buckeye. Is it safe for me to go outside?

1135 If we have to leave our home because of the problem at Palo Verde, will someone build us a new home like they did in Russia after the accident at Chernobyl?

1140 Will Ruth Fisher School be open tomorrow?

1145 How much radiation is being released from Palo Verde?

1150 If wewill have to evacuate to a Reception and Care Center, how it be before we can return to our home?

long 1155 Is the milk I bought at the Hassayampa Store last night safe to drink?

1200 Someone told me that radiation is more dangerous to children and pregnant women than to people like my husband. Why?

1205 I'm on my way to. a Reception and Care Center. Will someone make certain my house isn't looted while I'm away?

1210 I live in Avondale. Is our water safe to drink, or has the accident at Palo Verde contaminated it?

1215 I have a family living in the 10-mile area surrounding Palo Verde. How do I find out if they have been able to leave the area and are safe?

1220 I heard that the National Guard was going to take over Palo Verde. Is that true? My son's in the Guard and I don't want him near that, mess.

1225 I heard that there's a big cloud of steam or something hovering over Palo Verde. Is that radiation or just regular pollution?

1230 When will an evacuation of Phoenix be required?

1235 Are the vegetables from my home garden safe to eat? I live in Youngtown.

1240 My electricity radioactive?

comes Should I from Palo Verde.

shut Is it going to be off my electricity to protect my family?

1245 Is the radiation going to ruin my cotton crop? I live near Cotton Lane and Interstate 10.

APS/PVNGS App-F-26 90EXER

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PUBLIC INQUIRY QUESTIONS (Continued)

(Refer to MSG PI-1) 1250 Will I have to throw out the milk from my dairy farm?

will APS If so, pay me for it? My farm is near 75th Avenue and Glendale.

1255 I just heard that a GENERAL EMERGENCY has been declared at Palo Verde. Isn't that the same thing that happened in Russia a couple of years ago? I have relatives in Phoenix...are they going to die?

1300 I live in a trailer behind the Red Quail Store near Palo it's safe Verde, and I want to get out of the area until again. Can someone come out and help me?

APS/PVNGS App-F-27 90EXER

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APPENDIX 6 RP RATE EMER EN ENTER NTR LLER GUIDE

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This Scenario Section Not Utilized in This Exercise.

mspmas APP-G-i 90EXER

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APPENDIX H CORP RATE EMERGEN CENTER CONTROLLER MES AGES

f, This Scenario Section Not Utilized in This Exercise.

~spmGS APP-¹i 90EXER

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APPENDIX I LANT PARAMETER DATA

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Qp~ngx I Plant Parame er D This scenario section contains the following data:

Section ~De cri i n Plant Parameter Data Cards I.2 ERFDADS Screen Mimic Data Cards The Plant Parameter Data Cards of Section I.1 are to be provided to the participating Operations personnel in the Unit 3 Control Room and STSC to simulate actual real-time plant data obtained from the Control Room instrumentation. The Emergency Response Facility Data Acquisition and Display System (ERFDADS) Screen Mimic Data Cards (to be provided later) are "mockups" of pertinent ERFDADS screens displaying the information contained in Section I.1 at the same time sequence for participant utilization in the Control Room, STSC, TSC and EOF.

APS/PVNGS APP-I-i 90EXER

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TIME: 07 30 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 07:30 UNITS 80-¹ PARAMETER 07:30 UNITS 80-¹ PARAMETER 07'30 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 55 0/ 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 'PSIAFLOW GPM 80-3 LETDOWN FLOW 72 GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1,2 80-6 MN STM HDR PRESS 1070 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 90 GPM 80-6 S/G 1 FEED FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 28 GPM BOA PZR LEVEL 52 0/ 80-6 S/G 2 FEED FLOW 8 MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 8 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 'OP CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL 80% Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWTLEVEL 91 80% RX POWER 100 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 0/ 80-5 S/G 1 LEVEL -W . 79 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1080 PSIA 80-7 COND A VAC 3 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 79 80-7 COND 8 VAC 3 IN HG ABS 80-2 SIT LEVEL 1 81 0/ 80-5 S/G 2 PRESS 1080 PSIA 80-7 COND C VAC 4 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP 113 DEG F 80-2 SIT, PRESSURE 1 610 PSIG 80-5 Tll LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 12 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 IN 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 30 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 414 PSIG 80-2 SUBCOOLING 32 DEG F TIME: 07:30 APS/PVNGS APP - 1.1 -1 90EXER

h TIME: 07 40 PVNGS 1990 EvaIvated Exercfse 80-¹ PARAMETER 07:40 UNITS 80-¹ PARAMETER 07:40 UNITS 80-¹ PARAMETER 07'40 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹14/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 55 80-6 ADV ¹24/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 72 GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 0 GPM 80-3 CHG PMPS RUNNG 1,2 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 90 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80< PZR LEVEL 52 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW 0 GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM BOA CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL 80< Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80-4 RX POWER 100 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL -W 79 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1080 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 79 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1080 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT, TEMP 113 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 12 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 80-2 RVLMS - HEAD 100 0/ 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCHFLW 13 MGPM 80-7 RX CAV SUMP LEVEL 30 IN 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 414 PSIG 80-2 SUBCOOLING 32 DEG F TIME: 07:40 APS/PVNGS APP - I.1 -2 90EXER

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TIME: 07:50 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 07:50 UNITS 80-¹ PARAMETER 07'50 UNITS BOW PARAMETER 07 50 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 55 80-6 ADV ¹2Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 72 GPM 80-6 ADV ¹2Z/G ¹2 / OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1,2 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 90 GPM 80-6 S/G 1 FEED FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 52 80-6 S/G 2 FEED FLOW 8 MLBM/HR 80-2 LPSI 8 FLOW GPM 80< PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 8 MLBM/HR 80-2 CNT SPRAY 8 FLOW 6 PM BOA CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL BOA Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 BOA RX POWER 100 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 0/ 80-5 S/G 1 LEVEL -W 79 0/

80-2 SIT PRESSURE 3 610 PSIG 80-5 . S/G 1 PRESS 1080 PSIA 80-7 COND A VAC 3 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 79 0/ 80-? COND 8 VAC 3 IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1080 PSIA 80-7 COND C VAC 4 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP 113 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 12 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 30 IN 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 414 PSIG 80-2 SUBCOOLING 32 DEG F TIME: 07:50 APS/PVNGS APP -!.1 -3 90EXER

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TIME: 08:00 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 08:00 UNITS 80-¹ PARAMETER 08:00 UNITS 80-¹ PARAMETER 08:00 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1/6 ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 55 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1/6 ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 72 GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/6 1 FEED FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 52 80-6 S/G 2 FEED FLOW 8 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 8 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOA CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL IN 80< Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 BOA RX POWER 100 0/ 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL3 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 0/ 80-5 S/G 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/6 1 PRESS 1080 PSIA 80-7 COND A VAC 3 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/6 2 LEVEL-W 80 0/ 80-7 COND 8 VAC 3 IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1080 PSIA 80-7 COND C VAC 4 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP 113 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 12 0/

80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCHFL 13 MGPM 80-7 RX CAV SUMP LEVEL 30 =

80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SU BCOOLING 32 DEG F TIME: 08:00 APS/PVNGS APP - I.1 -4 90EXER

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TIME: 08 10 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 08:10 UNITS 80-¹ PARAMETER 08:10 UNITS 80-¹ PARAMETER 08:10 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 55 80-6 ADV ¹2$ /G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 72 GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 -

PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 28 0 GPM BOP PZR LEVEL 52 80-6 S/G 2 FEED FLOW 8 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOA CORED P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG BOA Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL IN 80% Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 BOA RX POWER 100 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3. 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL-W 80 0/

80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1080 PSIA 80-7 COND A VAC 3 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC 3 IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS . 1080 PSIA 80-7 COND C VAC 4 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP 113 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 12 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 30 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SUBCOOLING 32 DEG F TIME: 08:10 APS/PVNGS APP -1.1 -5 90EXER

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TIME: 08'20 PVNGS 1990 Evaiuated Exercise 80-¹ PARAMETER 08:20 UNITS 80-¹ PARAMETER 08'20 UNITS 80-¹ PARAMETER 08:20 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 55 80-6 ADV ¹2N/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 73 GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 0 GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCHHDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 52 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 8 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80% CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL IN 80-4 Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80-4 RX POWER 100 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 0/ 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 0/ 80-5 S/G 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1080 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 81 0/ 80-5 S/G 2 PRESS 1080 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 81 80-5 TI1 LOOP 1 621 DEG F 80-7 CNTMT TEMP 113 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 12 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 IN 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 30 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SUBCOOLING 32 DEG F TIME'8:20 APS/PVNGS APP - I.1 -6 90EXER

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TIME: 08:30 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 08:30 UNITS 80-¹ PARAMETER 08:30 UNITS 80-¹ PARAMETER 08:30 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹14/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 55 80-6 ADV ¹24/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1-S/G ¹2 '0  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 74 GPM 80-6 ADV ¹2/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 52 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80-4 CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL IN 80-4 Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWTLEVEL 91 80-4 RX POWER 100 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1080 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 81 0/ 80-5 S/G 2 PRESS 1080 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 81 0/ 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP 113 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 TI1 LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 12 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 80-2 RVLMS - HEAD 100 0/ 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCHFLW 13 MGPM 80-7 RX CAV SUMP LEVEL 30 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SUBCOOLING 32 DEG F TIME'8:30 APS/PVNGS APP -1.1 -7 90EXER

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TIME'8:40 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 08:40 UNITS 80-¹ PARAMETER 08'40 UNITS 80-¹ PARAMETER 08:40 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0/ 80-6 ADV ¹1Z/6 ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 55 0/ 80-6 ADV ¹2/6 ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/6 ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 74 GPM 80-6 ADV ¹2/6 ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 PS!6 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/6 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 52 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/6 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80-4 CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL IN 80-4 Tref 593 DEG F 80-6 8 AUX FEED FLOW . 0 GPM 80-2 RWT LEVEL 91 0/ 80-4 RX POWER 100 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 80-5 S/6 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/6 1 PRESS 1080 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/6 2 LEVEL-W 80 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 81 0/ 80-5 S/6 2 PRESS 1080 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP 113 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 12 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 .

DEGF 80-7 CNTMT SUMP LVL-W 24 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 30 IN 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PS!6 80-2 SUBCOOLING 32 DEG F TIME: 08:40 APS/PVNGS APP-I1-8 90EXER

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TIME: 08:45 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 08:45 UNITS 80-¹ PARAMETER 08:45 UNITS 80-¹ PARAMETER 08:45 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 o/ 80-6 ADV ¹14/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 56 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹14/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 32 GPM 80-6 ADV ¹24/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 0 GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI.FLOW TO 28 GPM BOA PZR LEVEL 52 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80-4 CORE D P 49 PSID 80-6 FEED PUMP ADISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL 80-4 Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 BOA RX POWER 100 0/ 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL'4 81 80-5 S/G 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1080 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1080 PSIA 80-'7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 18 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 -

DEGF 80-7 CNTMT SUMP LVL-E 24 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 30 IN 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SUBCOOLING 32 DEG F TIME: 08:45 APS/PVNGS APP -1.1 - 9 90EXER

,l TIME. 08:50 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 08:50 UNITS 80-¹ PARAMETER 08:50 UNITS 80-¹ PARAMETER , 08:50 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹14/G ¹1 0  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 52 80-6 ADV ¹24/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 32 GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 0 GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 51 80-6 S/G 2 FEED FLOW 8 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 8 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80% CORE D P 49 PSID 80-6 FEED PUMP ADISCH 1296 PSIG 80-2 CNTMT PRESS PSIG BOA Tave 593 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL IN 80-4 Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWTLEVEL 91 BOA RX POWER 100 0/ 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL-W 80 0/

80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1080 PSIA 80-7 COND A VAC 3 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC 3 IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1080 PSIA 80-7 COND C VAC 4 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP 114 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 IN 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SUBCOOLING 32 DEG F TIME: 08:50 APS/PVNGS APP - I.1 -10 90EXER

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TIME'9:00 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 09:00 UNITS 80-¹ PARAMETER 09:00 UNITS 80-¹ PARAMETER 09:00 UNITS

'0-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1Z/G ¹1  % OPEN

.80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 41 80-6 ADV ¹2N/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 32 GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1013 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 50 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80% CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 593 'EG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL BOA Tref 593 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 BOX RX POWER 100 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1205 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL -W 80 0/

80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1080 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 81 0/ 80-5 S/G 2 PRESS 1080 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 621 DEG F 80-7 CNTMT TEMP 115 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 621 DEG F 80-7 CNTMT HUMIDITY 34 0/

80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 24 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 24 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 38 IN 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SUBCOOLING 32 DEG F.

TIME: 09:00 APS/P.VNGS APP - I.1 -11 90EXER

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TIME: 09:10 PVNGS 1990 EvaIuated Exercise BO-¹ PARAMETER 09:10 UNITS BO-¹ PARAMETER 09:10 UNITS BO-¹ PARAMETER 09:10 UNITS BO-2 HPSI DSCH HDR A 24 PSIG BO-3 EDT LEVEL 41 BO-6 ADV ¹1Z/G ¹1 0/ OPEN BO-2 HPSI FLOW TO 1A GPM BO-3 VCT LEVEL 29 0/ BO-6 ADV ¹2Z/G ¹1  % OPEN BO-2 HPSI FLOW TO 1B GPM BO-3 RDT LEVEL 67 BO-6 ADV ¹1Z/G ¹2  % OPEN BO-2 LPSI A FLOW GPM BO-3 LETDOWN FLOW 32 GPM BO-6 ADV ¹2Z/G ¹2  % OPEN BO-2 CNT SPRAY A FLOW GPM BO-3 CHG PMPS RUNNG 1 BO-6 MN STM HDR PRESS 1013 PSIA BO-2 HPSI DSCH HDR B 26 PSIG BO-3 CHGING HDR FLOW 44 GPM BO-6 S/G 1 FEED FLOW 8 MLBM/HR BO-2 HPSI FLOW TO 2A GPM BO-6 S/G 1 STEAM FLOW 8 MLBM/HR BO-2 HPSI FLOW TO 2B BO-4 PZR LEVEL 49 BO-6 S/G 2 FEED FLOW 8 MLBM/HR BO-2 LPSI B FLOW GPM BOX PZR RELIEF TEMP 110 DEG F BO-6 S/G 2 STEAM FLOW 8 MLBM/HR BO-2 CNT SPRAY B FLOW GPM BOX CORE D P 49 PSID BO-6 FEED PUMP A DISCH 1296 PSIG BO-2 CNTMT PRESS PSIG BO-4 Tave 593 DEG F BO-6 FEED PUMP B DISCH 1296 PSIG BO-2 CNTMT LEVEL BO< Tref 593 DEG F BO-6 B AUX FEED FLOW GPM BO-2 RWT LEVEL 91 BOX RX POWER 100 BO-6 A AUX FEED FLOW GPM BO-2 SIT LEVEL 3 81 BO-6 MN TURB LOAD NET 1205 MWE BO-2 SIT LEVEL 4 81 0/ BO-5 S/G 1 LEVEL-W 80 BO-2 SIT PRESSURE 3 610 PSIG BO-5 S/G 1 PRESS 1080 PSIA BO-7 COND A VAC 3 IN HG ABS BO-2 SIT PRESSURE 4 610 PSIG BO-5 S/G 2 LEVEL-W 80 BO-7 COND B VAC 3 IN HG ABS BO-2 SIT LEVEL 1 81 BO-5 S/G 2 PRESS 1080 PSIA BO-7 COND C VAC 4 IN HG ABS BO-2 SIT LEVEL 2 81 BO-5 Th LOOP 1 621 DEG F BO-7 CNTMT TEMP 115 DEG F BO-2 SIT PRESSURE 1 610 PSIG BO-5 Th LOOP 2 621 DEG F BO-7 CNTMT HUMIDITY 42 0/

BO-2 SIT PRESSURE 2 610 PSIG BO-5 Tc LOOP 1 565 DEG F BO-7 CNTMT SUMP LVL-E 24 BO-2 RVLMS - HEAD 100 0/ BO-5 Tc LOOP 2 565 DEG F BO-7 CNTMT SUMP LVL-W 24 IN BO-2 RVLMS - PLENUM 100 0/ BO-5 CND PMP DSCH FLW 13 MGPM BO-'7 RX CAV SUMP LEVEL 42 IN BO-2 PZR PRESSURE 2250 PSIA BO-5 CND PMP DISCH 413 PSIG BO-2 SUBCOOLING 32 DEG F TIME: 09:10 APS/PVNGS APP -11 -12 90EXER

I TIME: 09:20 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 09:20 UNITS 80-¹ PARAMETER 09:20 UNITS 80-¹ PARAMETER 09:20 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1N/6 ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 39 80-6 ADV ¹2/6 ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW 40 GPM 80-6 ADV ¹2Z/6 ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 1028 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/6 1 FEED FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 8 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 47 80-6 S/G 2 FEED FLOW 8 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 8 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80-4 CORE D P 49 -

PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 591 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL 80-4 Tref 591 DEG F 80-6 8 AUX FEED FLOW 80-2 RWTLEVEL 91 BOA RX POWER 96 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1157 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL-W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/6 1 PRESS 1060 PSIA 80-7 COND A VAC 3 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/6 2 LEVEL-W 80 80-7 COND 8 VAC 3 IN HG ABS

'0-2 SIT LEVEL 1 81 80-5 S/6 2 PRESS 1060 PSIA 80-7 COND C VAC 4 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 618 DEG F 80-7 CNTMT TEMP 116 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 618 DEG F 80-7 CNTMT HUMIDITY 56 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 26 80-2 RVLMS - HEAD 1OO 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 25 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 50 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SUBCOOLING 32 DEG F TIME: 09:20 APS/PVNGS APP - 1.1 - 13 90EXER

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TIME'9:30 PVNGS 1990 EvaIuated Exercise BO-¹ PARAMETER 09:30 UNITS BO-¹ PARAMETER 09:30 UNITS BO-¹ PARAMETER 09'30 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0/ 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 0/ 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 1043 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 42 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM BOX PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOA 'CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1296 PSIG 80-2 CNTMT PRESS PSIG BOA Tave 590 DEG F 80-6 FEED PUMP 8 DISCH 1296 PSIG 80-2 CNTMT LEVEL IN 80-4 Tref 590 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80-4 RX POWER 92 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 0/ 80-6 MN TURB LOAD NET 1109 MWE 80-2 SIT LEVEL 4 81 0/ 80-5 S/G 1 LEVEL -W 80 0/

80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1050 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 1050 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 616 DEG F 80-7 CNTMT TEMP 117 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 616 DEG F 80-7 CNTMT HUMIDITY 62 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 28 80-2 RVLMS - HEAD 100 0/ 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 27 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 50 IN 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 413 PSIG 80-2 SUBCOOLING 32 DEG F TIME'9 30 APS/PVNGS . APP - I.1 -14 90EXER

I TIME: 09:40 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 09:40 UNITS 80-¹ PARAMETER 09:40 UNITS 80-¹ PARAMETER 09:40 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 34 80-6 ADV ¹2/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2N/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS '1058 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 37 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOP CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1293 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 589 DEG F 80-6 FEED PUMP 8 DISCH 1293 PSIG 80-2 CNTMT LEVEL IN 80-4 Tref 589 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80% RX POWER 88 0/ 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 1061 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1040 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1040 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 614 DEG F 80-7 CNTMT TEMP 118 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 614 DEG F 80-7 CNTMT HUMIDITY 71 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 30 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 29 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCHFLW 13 80-7 RX CAV SUMP LEVEL 50 80-2 PZR PRESSURE 2250 PSIA 80-5 CND PMP DISCH 412 PSIG 80-2 SUBCOOLING 32 DEG F TIME: 09:40 APS/PVNGS APP - I 1 -15 90EXER

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TIME: 09:50 PVNGS 1990 EvaIuated Exercise 80-¹ PARAMETER 09:50 UNITS 80-¹ PARAMETER 09:50 UNITS 80-¹ PARAMETER 09:50 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹24/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 .0 GPM 80-3 RDT LEVEL 67 0/ 80-6 ADV ¹1N/G ¹2  % OPEN 80-2 LPSI A FLOW 0 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1074 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 7 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 7 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 35 80-6 S/G 2 FEED FLOW 7 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 7 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80% CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1293 PSIG 80-2 CNTMT PRESS PSIG BOA Tave 588 DEG F 80-6 FEED PUMP 8 DISCH 1293 PSIG 80-2 CNTMT LEVEL IN BOA Tref 588 DEG F 80-6 8 AUX FEED FLOW 0 GPM 80-2 RWTLEVEL 91 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 0/ 80-6 MN TURB LOAD NET 1013 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1030 PSIA 80-7 COND A VAC 3 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC 3 IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 1030 PSIA 80-7 COND C VAC 4 IN HG ABS 80-2 SIT LEVEL 2 81 0/ 80-5 Th LOOP 1 612 DEG F 80-7 CNTMT TEMP 119 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 612 DEG F 80-7 CNTMT HUMIDITY 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 32 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 31 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 50 IN 80-2 PZR PRESSURE 2214 PSIA 80-5 CND PMP DISCH .412 PSIG 80-2 SUBCOOLING 36 DEG F TIME: 09:50 APS/PVNGS APP - I 1 -16 90EXER

f TIME: 10:00 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 10:00 UNITS 80-¹ PARAMETER 10:00 UNITS 80-¹ PARAMETER 10:00 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A 80<<3 VCT LEVEL 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 0 GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1089 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 6 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 6 MLBM/HR 80-2 HPSI FLOW TO 2B GPM BOP PZR LEVEL 29 80-6 S/G 2 FEED FLOW 6 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 6 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80% CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1293 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 587 DEG F 80-6 FEED PUMP 8 DISCH 1293 PSIG 80-2 CNTMT LEVEL 80% Tref 587 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80% RX POWER 80 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET 975 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1020 PSIA 80-7 COND A VAC 3 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC 3 IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1020 PSIA 80-7 COND C VAC 4 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 610 DEG F 80-7 CNTMT TEMP 120 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 610 DEG F 80-7 CNTMT HUMIDITY 92 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 35 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 33 IN 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 51 IN 80-2 PZR PRESSURE 2207 PSIA 80-5 CND PMP DISCH 412 PSIG 80-2 SUBCOOLING 40 DEG F TIME: 10:00 APS/PVNGS APP - I.1 -17 90EXER

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TIME'0:10 PVNGS 1990 EvaIuated Exercise 80-¹ PARAMETER 10:10 UNITS 80-¹ PARAMETER 10:10 UNITS 80-¹ PARAMETER 10:10 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1$ /G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2$ /G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1-S/G ¹2 o/ OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2$ /G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 1104 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 27 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G2STEAM FLOW 6 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80% CORE D P PSID 80-6 FEED PUMP A DISCH 1293 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 586 DEG F 80-6 FEED PUMP 8 DISCH 1293 PSIG 80-2 CNTMT LEVEL IN 80-4 Tref 586 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80-4 RX POWER 75 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MNTURB LOAD NET 927 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL-W 80 o/

80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1010 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1010- PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 81 80-5 TI1 LOOP 1 607 DEG F 80-7 CNTMT TEMP 121 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 TI1 LOOP 2 607 DEG F 80-7 CNTMT HUMIDITY 100 0/

80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 37 'N 80-2 RVLMS - HEAD 100 o/ 80-5 Tc LOOP 2 565 DEG F 80-7 CNTMT SUMP LVL-W 34 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 13 MGPM 80-7 RX CAV SUMP LEVEL 52 'N 80-2 PZR PRESSURE 2200 PSIA 80-5 CND PMP DISCH 412 PSIG 80-2 SUBCOOLING 43 DEG F TIME: 1O:1O APS/PVN GS APP - I.1 -18 90EXER

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TIME: 10.15 PVNGS 1990 EvaIuated Exerctse 80-¹ PARAMETER 1015 UNITS 80¹ PARAMETER 10:15 UNITS 80-¹ PARAMETER 10:15'NITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1N/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 0/ 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1171 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 2 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 2 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 15 80-6 S/G 2 FEED FLOW 2 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G2STEAM FLOW 2 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80< CORE D P 49 PSID 80-6 FEED PUMP A DISCH 1320 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 566 DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL IN BOA Tref 566 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80% RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL-W 62 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1170 PSIA 80-7 COND A VAC 2 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 62 0/ 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 81 0/ 80-5 S/G 2 PRESS 1170 PSIA 80-7 COND C VAC 2 IN HG ABS 80-2 SIT LEVEL 2 81 0/ 80-5 Th LOOP 1 566 DEG F 80-7 CNTMT TEMP 123 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 566 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 566 DEG F 80-7 CNTMT SUMP LVL-E 39 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 566 DEG F 80-7 CNTMT SUMP LVL-W 37 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 8 MGPM 80-7 RX CAV SUMP LEVEL 53 80-2 PZR PRESSURE 1900 PSIA 80-5 CND PMP DISCH 460 PSIG 80-2 SUBCOOLING 62 DEG F TIME: 10:15 APS/PVNGS APP - I.1 -19 90EXER

1 TIME: 10:20 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 10:20 UNITS 80-¹ PARAMETER 10'20 UNITS 80-¹ PARAMETER 10:20 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0/ 80-6 ADV ¹1Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2-S/G ¹1 OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 0 GPM 80-3 CHG PMPS RUNNG 80-6 MNSTM HDRPRESS 1172 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 10 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80% CORE D P 49 PSID 80-6 FEED PUMP A DISCH '1348 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 565 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL IN 80< Tref 565 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 BOA RX POWER 0/ 80-6 A AUX FEED FLOW 0 GPM 2 SIT LEVEL3 81 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL -W 62 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1160 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 62 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 1160 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 81 0/ 80-5 Th LOOP 1 565 DEG F 80-7 CNTMT TEMP 123 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Tll LOOP 2 565 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 565 DEG F 80-7 CNTMT SUMP LVL-E 41 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 565 DEGF 80-7 CNTMTSUMPLVL-W 40 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 5 MGPM 80-7 RX CAV SUMP LEVEL 80-2 PZR PRESSURE 1870 PSIA 80-5 CND PMP DISCH 474 PSIG 80-2 SUBCOOLING 60 DEG F TIME: 10:20 APS/PVNGS APP - I.1 -20 90EXER

1 TIME 10:30 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 10:30 UNITS 80-¹ PARAMETER 10:30 UNITS 80-¹ PARAMETER 10'30 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1N/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 80-6 ADV ¹2/G ¹1 0  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2 0  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 1160 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80% CORE D P 12 PSID 80-6 FEED PUMP A DISCH 1347 PSIG 80-2 CNTMT PRESS PSIG BOA Tave DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL 80< . Tref DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80% RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 81 0/ 80-5 S/G 1 LEVEL -W 0/

80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1160 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 63. 0/ 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 81 0/ 80-5 S/G 2 PRESS 1160 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 564 DEG F 80-7 CNTMT TEMP 124 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 564 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 610 PSIG . 80-5 Tc LOOP 1 DEG F 80-7 CNTMT SUMP LVL-E 43 80-2 RVLMS - HEAD 100 0/ 80-5 Tc LOOP 2 564 DEG F 80-7 CNTMT SUMP LVL-W 41 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCHFL MGPM 80-7 RX CAV SUMP LEVEL 54 80-2 PZR PRESSURE 1830 PSIA 80-5 CND PMP DISCH 473 PSIG 80-2 SUBCOOLING 58 DEG F TIME'0:30 APS/PVNGS APP - I.1 -21 . 90EXER

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TIME: IO:40 PVNGS 1990 EvaIuated Exercise 80-¹ PARAMETER 10:40 UNITS 80-¹ PARAMETER 10'40 UNITS 80-¹ PARAMETER 10:40 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 0 GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 1150 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80< PZR LEVEL 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80% CORE D P 12 PSID 80-6 FEED PUMP A DISCH 1347 PSIG 80-2 CNTMT PRESS PSIG BOA Tave 561 DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL 80% Tref 561 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 0/ 80% RX POWER 0/ 80-6 A AUX FEED FLOW, 0 GPM 80-2 ~

SIT LEVEL 3 81 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL-W 66 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1150 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 66 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 1150 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEI 2 81 0/ 80-5 Th LOOP 1 561 DEG F 80-7 CNTMT TEMP 125 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 561 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 561 DEG F 80-7 CNTMT SUMP LVL-E 45 IN 80-2 RVLMS - HEAD 67 80-5 Tc LOOP 2 561 DEG F 80-7 CNTMT SUMP LVL-W 43 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW MGPM 80-7 RX CAV SUMP LEVEL 54 80-2 PZR PRESSURE 1625 PSIA 80-5 CND PMP DISCH 474 PSIG 80-2 SUBCOOLING 43 DEG F TIME: 10:40 APS/PVNGS APP - I.1 - 22 90EXER

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TIME 10:50 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 10'50 UNITS 80-¹ PARAMETER 10:50 UNITS 80-¹ PARAMETER 10:50 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 34 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1N/G ¹2 0  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 0 GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 1130 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM BOX PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM BOA PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80% CORE D P PSID 80-6 FEED PUMP ADISCH 1342 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 558 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL 80% Tref 558 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 0/ 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 0/ 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 81 BO-S S/8 1 LEVEL-W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 1130 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 81 0/ 80-5 S/G 2 PRESS 1130 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 558 DEG F 80-7 CNTMT TEMP 125 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 558 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 558 DEG F 80-7 CNTMT SUMP LVL-E 47 80-2 RVLMS - HEAD 67 80-5 Tc LOOP 2 558 DEG F 80-7 CNTMT SUMP LVL-W 48 IN 80-2 RVLMS-PLENUM 100 80-5 CND PMP DSCHFLW 6 MGPM 80-7 RX CAV SUMP LEVEL 55 80-2 PZR PRESSURE 1450 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING 27 DEG F TIME: ~ 10:50 APS/PVNGS APP -1.1 - 23 90EXER

TIME: 11:00 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 11:00 UNITS 80-¹ PARAMETER 11:00 UNITS 80-¹ PARAMETER 11:00 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0/ 80-6 ADV ¹1N/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A, GPM 80-3 VCT LEVEL 80-6 ADV ¹2N/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 67 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 1 80-6 MN STM HDR PRESS 990 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80< PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOA CORE D P PSID 80-6 FEED PUMP ADISCH 1342 PSIG 80-2 CNTMT PRESS PSIG 80< Tave 540 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL 80% Tref 540 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 0/ 80< RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 81 80-5 S/G 1 LEVEL-W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 990 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 0/ 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 990 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 540 DEG F 80-7 CNTMT TEMP 127 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 540 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 540 DEG F 80-7 CNTMT SUMP LVL-E 49 IN 80-2 RVLMS - HEAD 67 80-5 Tc LOOP 2 540 DEG F 80-7 CNTMT SUMP LVL-W 50 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 6 MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE 1200 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING 27 DEG F TIME: 11:00 APS/PVNGS APP - I.1 -24 90EXER

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TIME: 11'10 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 11:10 UNITS 80-¹ PARAMETER 11:10 UNITS 80-¹ PARAMETER 11'10 UNITS 80-2 HPSI DSCH HDR A 26 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1N/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A 0 GPMi 80-3 VCT LEVEL 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 0/ 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW 80-2 CNT SPRAY A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹24/G ¹2 0,  % OPEN 0 GPM 80-3 CHG PMPS RUNNG 80-6 MN STM HDR PRESS 900 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM BOA PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80% CORE D P PSID 80-6 FEED PUMP A DISCH 1342 PSIG 80-2 CNTMT PRESS PSIG, 80-4 Tave 530 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL IN BOA Trel 530 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 91 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 81 0/ 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 81 0/ 80-5 S/G 1 LEVEL -W 80 80-2 SIT PRESSURE 3 610 PSIG 80-5 S/G 1 PRESS 900 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 610 PSIG 80-5 S/G 2 LEVEL-W 80 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 81 80-5 S/G 2 PRESS 900 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 81 80-5 Th LOOP 1 530 DEG F 80-7 CNTMT TEMP 130 DEG F 80-2 SIT PRESSURE 1 610 PSIG 80-5 Th LOOP 2 530 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 610 PSIG 80-5 Tc LOOP 1 530 DEGF 80-7 CNTMTSUMPLVL-E 80-2 RVLMS - HEAD 41 0/ 80-5 Tc LOOP 2 530 DEG F 80-7 CNTMTSUMP LVL-W 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCHFLW MGPM 80-7 RX CAV SUMP LEVEL 60 IN 80-2 PZR PRESSURE 1100 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING 27 DEG F TIME: 11:10 APS/PVNGS APP - I.1 - 25 90EXER

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TIME: 11 30 PVNGS 1990 Evaluated Exercise BO-¹ PARAMETER 11:30 UNITS BO-¹ PARAMETER 11:30 UNITS BO-¹ PARAMETER 11:30 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0/ 80-6 ADV ¹1Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹24/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW GPM 80-3 CHG PMPS RUNNG 80-6 MNSTM HDR PRESS 840 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 44 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM BOX CORED P PSID 80-6 FEED PUMP A DISCH PSIG 80-2 CNTMT PRESS 49 PSIG 80-4 Tave 295 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL IN 80-4 Tref 295 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 88 0/ 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 0/ 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 49 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 49 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 295 DEG F 80-7 CNTMT TEMP 240 DEG F 80-2 SIT PRESSURE 1 49 PSIG 80-5 Th LOOP 2 295 DEG F 80-7 CNTMT HUMIDITY

-

100 80-2 SIT PRESSURE 2 49 PSIG 80-5 Tc LOOP 1 295 DEG F 80-7 CNTMT SUMP LVL-E 60 IN 80-2 RVLMS - HEAD 0/ 80-5 Tc LOOP 2 295 DEGF 80-7 CNTMTSUMPLVL-W 60 IN 80-2 RVLMS - PLENUM 73 80-5 CND PMP DSCHFLW MGPM 80-7 RX CAV SUMP LEVEL 60 IN /

80-2 PZR PRESSURE 65 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING TIME'1:30 APS/PVNGS APP - I.1 -27 90EXER

1 (I

TIME'1:40 PVNGS 1990 Evaluated Exercise BO-¹ PARAMETER -11'40 UNITS BO-¹ PARAMETER 11:40 UNITS BO-¹ - PARAMETER 11:40 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1N/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 0/ 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1-S/G ¹2 0 OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2 04 OPEN 80-2 CNT SPRAY A FLOW 3800 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MNSTM HDR PRESS 800 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 0/ 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM BOA PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM BOX CORE D P PSID 80-6 FEED PUMP ADISCH PSIG 80-2 CNTMT PRESS 43 PSIG BOA Tave 290 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL 20 IN BOA Tref 290 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWTLEVEL 67 BOX RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 43 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 43 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 290 DEG F 80-7 CNTMT TEMP 270 DEG F 80-2 SIT PRESSURE 1 43 PSIG 80-5 Th LOOP 2 290 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 43 PSIG 80-5 Tc LOOP 1 290 DEG F 80-7 CNTMT SUMP LVL-E 60 80-2 RVLMS - HEAD 80-5 Tc LOOP 2 290 DEG F 80-7 CNTMTSUMP LVL-W 80 IN 80-2 RVLMS - PLENUM 0/ 80-5 CND PMP DSCH FLW MGPM 80-7 RX CAV SUMP LEVEL 60 IN 80-2 PZR PRESSURE 58 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 11:40 APS/PVNGS APP -1.1 -28 90EXER I

TIME'1:50 PYNGS 1990 Evaluated Exercise 80-¹ PARAMETER 11:50 UNITS 80-¹ PARAMETER 11:50 UNITS 80-¹ PARAMETER 11'50 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0/ 80-6 ADV ¹1N/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 0/ 80-6 ADV ¹2S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 0/ 80-6 ADV ¹1Z/G ¹2 0  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 3900 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MNSTM HDR PRESS . 800 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 0 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 0/ 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80-4 CORE D P PSID 80-6 FEED PUMP A DISCH 0 PSIG 80-2 CNTMT PRESS 40 PSIG BOA Tave 288 DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL 30 80% Tref 288 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWTLEVEL 57 0/ BOA RX POWER 0/ 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 40 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 40 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 288 DEG F 80-7 CNTMT TEMP 260 DEG F 80-2 SIT PRESSURE 1 40 PSIG 80-5 Th LOOP 2 288 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 40 PSIG 80-5 Tc LOOP 1 288 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 'VLMS - HEAD 80-5 Tc LOOP 2 288 DEG F 80-7 CNTMT SUMP LVL-W 80 80-2 RVLMS - PLENUM 0 80-5 CND PMP DSCHFLW 2 MGPM 80-7 RX CAV SUMP LEVEL 60 IN-80-2 PZR PRESSURE 55 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 11:50 APS/PYNGS APP -1.1 - 29 90EXER

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TIME: 12:00 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 12:00 UNITS 80-¹ PARAMETER 12:00 UNITS 80-¹ PARAMETER 12:00 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 80-6 ADV ¹14/G ¹1 9o OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2Z/G ¹1 '/o OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 3950 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 800 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL o/ 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80< CORE D P PSID 80-6 FEED PUMP A DISCH PSIG 80-2 CNTMT PRESS 36 PSIG 80% Tave 282 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL 40 80-4 Tref 282 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWTLEVEL 47 BOA RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL-W 65 80-2 SIT PRESSURE 3 36 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 36 PSIG 80-5 S/G 2 LEVEL-W 65 o/ 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 0/ 80-5 Tll LOOP 1 282 DEG F 80-7 CNTMT TEMP 250 DEG F 80-2 SIT PRESSURE 1 36 PSIG 80-5 Tll LOOP 2 282 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 36 PSIG 80-5 Tc LOOP 1 282 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD o/ 80-5 Tc LOOP 2 282 DEG F 80-7 CNTMT SUMP LVL-W 80 IN 80-2 RVLMS - PLENUM 47 80-5 CND PMP DSCH FLW MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 12:00 APS/PVNGS APP -I1-30 90EXER

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TIME 12:10 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 12'10 UNITS 80-¹ PARAMETER 12:10 UNITS 80-¹ PARAMETER 12:10 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 80-6 ADV ¹2Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4000 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 720 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 0/ 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOA CORE D P PSID 80-6 FEED PUMP A DISCH 0 PSIG 80-2 CNTMT PRESS 28 PSIG 80% Tave 272 DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL 60 80-4 Tref 272 DEG F 80-6 B AUX FEED FLOW GPM 80-2 RWT LEVEL 27 0/ 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 28 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 28 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 0/ 80-5 TI1 LOOP 1 272 DEG F 80-7 CNTMT TEMP 250 DEG F 80-2 SIT PRESSURE 1 28 PSIG 80-5 Tll LOOP 2 272 DEG F 80-7 CNTMT HUMIDITY '00 80-2 SIT PRESSURE 2 28 PSIG 80-5 Tc LOOP 1 272 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD 41 80-5 Tc LOOP 2 272 DEG F 80-7 CNTMT SUMP LVL-W 80 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE 43 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME'2:10 APS/PVNGS APP -. I.1 - 31 90EXER

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TIME 12:20 PVNGS 1990 Evaluated Exercise BOW PARAMETER 12:20 UNITS 80-¹ PARAMETER 12:20 UNITS 80-¹ PARAMETER 12:20 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1B GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW 3500 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4100 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 640 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 0 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLSM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM BOA PZR REUEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM 80% CORED P PSID 80-6 FEED PUMP A DISCH PSIG 80-2 CNTMT PRESS 20 PSIG 80-4 Tave 260 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL 80 80-4 Tref 260 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 80% RX POWER 0/ 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 20 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 20 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 0/ 80-5 Th LOOP 1 260 DEG F 80-7 CNTMT TEMP 250 DEG F 80-2 SIT PRESSURE 1 20 PSIG 80-5 Th LOOP 2 260 DEG F 80-7 CNTMT HUMIDiTY 100 80-2 SIT PRESSURE 2 20 PSIG 80-5 Tc LOOP 1 260 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 260 DEG F 80-7 CNTMT SUMP LVL-W 80 IN 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCHFLW 2 MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE 35 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 12:20 APS/PVNGS APP - I.1 -32 90EXER

TIME 12:30 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 12:30 UNITS 80-¹ PARAMETER 12:30 UNITS 80-¹ PARAMETER 12:30 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 80-6 ADV ¹2/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW 3650 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2-S/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4200 GPM 80-3 Cl-IG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 520 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80-4 CORE D P .0 PSID 80-6 FEED PUMPADISCH PSIG 80-2 CNTMT PRESS 12 PSIG 80-4 Tave 244 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL 84 80-4 Tref 244 DEG F 80-6 B AUX FEED FLOW GPM 80-2 RWT LEVEL 80-4 RX POWER 0/ 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 12 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 12 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 244 DEG F 80-7 CNTMT TEMP 240 DEG F 80-2 SIT PRESSURE 1 12 PSIG 80-5 Th LOOP 2 244 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 12 PSIG 80-5 Tc LOOP 1 244 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 244 DEG F 80-7 CNTMT SUMP LVL-W 80 IN 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW MGPM 80-7 RX CAV SUMP LEVEL 60 IN 80-2 PZR PRESSURE 27 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 12:30 APS/PVNGS APP - I.1 -33 90EXER

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TIME: 12'40 PVNGS 1990 Evalvated Exercise BO-¹ PARAMETER 12'40 UNITS 80-¹ PARAMETER 12:40 UNITS BOW PARAMETER 12'40 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0! 80-6 ADV ¹1Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW 3800 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4250 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 480 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM BOA PZR LEVEL 0/ 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80% CORE D P PSID 80-6 FEED PUMP A DISCH 0 PSIG 80-2 CNTMT PRESS PSIG 80% Tave 230 DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL 84 80-4 Tref 230 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 80% RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 230 DEG F 80-7 CNTMT TEMP 230 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 Th LOOP 2 230 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 230 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 230 DEG F 80-7 CNTMT SUMP LVL-W 80 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW MGPM 80-7 RX CAV SUMP LEVEL 60 IN 80-2 PZR PRESSURE PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 12:40 APS/PVNGS APP - I.1 - 34 90EXER

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TIME: 12:50 PVNGS 1990 Evafuated Exercise 80-¹ PARAMETER 12'50 UNITS 80-¹ PARAMETER 12:50 UNITS 80-¹ PARAMETER 12:50 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 80-6 ADV ¹24/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW 3980 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2/G ¹2 OPEN 80-2 CNT SPRAY A FLOW 4300 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 320 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM BOA CORE D P PSID 80-6 FEED PUMP A DISCH 0 PSIG 80-2 CNTMT PRESS PSIG BOA Tave DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL 84 80< Tref DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWTLEVEL 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 0/ 80-5 S/G 1 LEVEL-W 65 80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 DEG F 80-7 CNTMT TEMP 190 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 Th LOOP 2 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 DEG F 80-7 CNTMT SUMP LVL-E 80 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 224 DEG F 80-7 CNTMT SUMP LVL-W 80 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 12:50 APS/PVNGS APP - I.1 - 35 90EXER

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TIME 13:00 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 13:00 UNITS 80-¹ PARAMETER 13:00 UNITS 80-¹ PARAMETER 13:00 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1N/G ¹2  % OPEN 80-2 LPSI A FLOW 4080 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4300 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 280 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 0 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM BOA PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM BOP PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOA CORE D P PSID 80-6 FEED PUMP A DISCH PSIG 80-2 CNTMT PRESS PSIG 80< Tave 216 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL 84 BOA Tref 216 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWTLEVEL BOA RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 216 DEG F 80-7 CNTMT TEMP 185 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 Th LOOP 2 216 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 216 DEG F 80-7 CNTMT SUMP LVL-E 80 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 216 DEG F 80-7 CNTMT SUMP LVL-W 80 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCHFLW 2 MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE 16 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 13:00 APS/PVNGS APP -!.1 -36 90EXER

Ij TIME: 13:10 PVNGS 1990 Evaluated ExercIse 80-¹ PARAMETER 13'10 UNITS 80-¹ PARAMETER 13:10 UNITS 80-¹ PARAMETER 13:10 UNITS 80-2 HPSI DSCH HDR A 24 PSIG, 80-3 EDT LEVEL 41 80-6 ADV ¹1Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 80-6 ADV ¹2N/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW 4150 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4300 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 280 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 0 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM BOA PZR LEVEL 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM BOA PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80-4 CORE D P PSID 80-6 FEED PUMP A DISCH 0 PSIG 80-2 CNTMT PRESS PSIG BOA Tave 216 DEG F 80-6 FEED PUMP B DISCH 0 PSIG 80-2 CNTMT LEVEL IN BOA Tref 216 DEG F 80-6 B AUX FEED FLOW GPM 80-2 RWTLEVEL 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 216 DEG F 80-7 CNTMT TEMP 185 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 Th LOOP 2 216 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 216 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 216 DEG F 80-7 CNTMT SUMP LVL-W 80 80-2 RVLMS - PLENUM 100 0! 80-5 CND PMP DSCH FLW 2 MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE 16 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 13:10 APS/PVNGS APP - I.1 - 37 90EXER

TIME: 13:20 PVNGS 1990 EvaIuated Exercise BO-¹ PARAMETER 13:20 UNITS BO-¹ PARAMETER 13:20 UNITS BOW PARAMETER 13:20 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1N/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1-S/G ¹2  % OPEN 80-2 LPSI A FLOW 4400 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4300 GPM BO;3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 220 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 0 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM BOA PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM BOX PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOA CORE D P PSID 80-6 FEED PUMP A DISCH 0 PSIG 80-2 CNTMT PRESS PSIG BOA Tave 216 DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL 84 IN BOX Tref 216 DEG F 80-6 8 AUX FEED FLOW ' GPM 80-2 RWT LEVEL BOA RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 0/ 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL-W 65 80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 0/ 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 216 DEG F 80-7 CNTMT TEMP 185 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 Th LOOP 2 216 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 216 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 216 DEG F 80-7 CNTMT SUMP LVL-W 60 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FL MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE 16 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 13:20 APS/PVNGS APP - I.1 - 38 90EXER

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TIME: 13:30 PVNGS 1990 Evaluated ExercIse 80-¹ PARAMETER I3:30 UNITS 80-¹ PARAMETER 13:30 UNITS 80-¹ PARAMETER 13:30 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 80-6 ADV ¹24/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1N/G ¹2  % OPEN 80-2 LPSI A FLOW 4400 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4300 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 200 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 0 GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM(HR 80-2 CNT SPRAY 8 FLOW GPM 80-4 CORE D P PSID 80-6 FEED PUMP A DISCH PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 216 DEG F 80-6 FEED PUMP 8 DISCH PSIG 80-2 CNTMT LEVEL 80-4 Tref 216 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 0/ 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC 1 IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 80-5 TI1 LOOP 1 216 DEG F 80-7 CNTMT TEMP 180 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 Th LOOP 2 216 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 216 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 216 DEG F 80-7 CNTMT SUMP LVL-W 80 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FLW 2 MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE 16 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING TIME: 13:30 APS/PVNGS APP -1.1 -39 90EXER

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TIME: 13:40 PVNGS 1990 Evaluated Exercise BO-¹ PARAMETER 13:40 UNITS 80-¹ PARAMETER 13:40 UNITS BO-¹ PARAMETER , 13:40 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0/ 80-6 ADV ¹1-S/G ¹1 0  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2-S/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1Z/G ¹2  % OPEN 80-2 LPSI A FLOW 4400 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4300 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 200 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW 0 GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM BOA PZR LEVEL 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80-4 PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW GPM BOA CORE D P PSID 80-6 FEED PUMP A DISCH 0 PSIG 80-2 CNTMT PRESS PSIG BOX Tave 216 DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL 84 80-4 Tref 216 DEG F 80-6 8 AUX FEED FLOW 0 GPM 80-2 RWT LEVEL BO< RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 0/ 80-5 S/G 1 LEVEL -W 65 0/

80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 0/ 80-5 TI1 LOOP 1 216 DEG F 80-7 CNTMT TEMP 170 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 Th LOOP 2 216 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 216 DEG F 80-7 CNTMT SUMP LVL-E 80 IN 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 216 DEG F 80-7 CNTMT SUMP LVL-W 80 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCHFLW 2 MGPM 80-7 RX CAV SUMP LEVEL 60 80-2 PZR PRESSURE PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 13:40 APS/PVNGS APP -1.1 -40 90EXER

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TIME: 13:50 PVNGS 1990 EvaIuated Exercise 80-¹ PARAMETER 13:50 UNITS 80-¹ PARAMETER 13:50 UNITS 80-¹ PARAMETER 13'50 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 0/ 80-6 ADV ¹14/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 80-6 ADV ¹2Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹1Z/G ¹2 '/o OPEN 80-2 LPSI A FLOW 4400 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2Z/G ¹2  % OPEN 80-2 CNT SPRAY A FLOW 4300 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 180 PSIA 80-2 HPSI DSCH HDR 8 26 PSIG 80-3 CHGING HDR FLOW GPM 80-6 S/G 1 FEED FLOW 0 MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW 0 MLSM/HR 80-2 HPSI FLOW TO 28 GPM 80% PZR LEVEL 80-6 S/G 2 FEED FLOW 0 MLBM/HR 80-2 LPSI 8 FLOW GPM BOA PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW 0 MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80-4 CORE D P PSID 80-6 FEED PUMP A DISCH PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 216 DEG F 80-6 FEED PUMP B DISCH PSIG 80-2 CNTMT LEVEL 84 BOA Tref 216 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL 80-4 RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL-W 65 80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC 1 IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND B VAC 1 IN HG ABS 80-2 SIT LEVEL 1 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC 1 IN HG ABS 80-2 SIT LEVEL 2 80-5 Th LOOP 1 216 DEG F 80-7 CNTMT TEMP 160 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 Th LOOP 2 216 DEG F 80-7 CNTMT HUMIDITY 100 80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 216 DEG F 80-7 CNTMT SUMP LVL-E 80 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 216 DEG F 80-7 CNTMT SUMP LVL-W 80 IN 80-2 RVLMS - PLENUM 100 80-5 CND PMP DSCH FL MGPM 80-7 RX CAV SUMP LEVEL 60 IN 80-2 PZR PRESSURE 16 PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG 0 TIME: 13:50 APS/PVNGS APP - I.1 -41 90EXER

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TIME: 14:00 PVNGS 1990 Evaluated Exercise 80-¹ PARAMETER 14:00 UNITS 80-¹ PARAMETER 14'00 UNITS 80-¹ PARAMETER 14:00 UNITS 80-2 HPSI DSCH HDR A 24 PSIG 80-3 EDT LEVEL 41 80-6 ADV ¹1/G ¹1  % OPEN 80-2 HPSI FLOW TO 1A GPM 80-3 VCT LEVEL 44 80-6 ADV ¹2Z/G ¹1  % OPEN 80-2 HPSI FLOW TO 18 GPM 80-3 RDT LEVEL 68 80-6 ADV ¹14/G ¹2  % OPEN 80-2 LPSI A FLOW 4400 GPM 80-3 LETDOWN FLOW GPM 80-6 ADV ¹2-S/G ¹2 OPEN 80-2 CNT SPRAY A FLOW 4300 GPM 80-3 CHG PMPS RUNNG NONE 80-6 MN STM HDR PRESS 180 PSIA 80-2 HPSIDSCHHDR8 26 PSIG 80-3 CHGING HDR FLOW GPM 80-6 S/G 1 FEED FLOW MLBM/HR 80-2 HPSI FLOW TO 2A GPM 80-6 S/G 1 STEAM FLOW MLBM/HR 80-2 HPSI FLOW TO 28 GPM 80-4 PZR LEVEL 80-6 S/G 2 FEED FLOW MLBM/HR 80-2 LPSI 8 FLOW GPM 80% PZR RELIEF TEMP 110 DEG F 80-6 S/G 2 STEAM FLOW MLBM/HR 80-2 CNT SPRAY 8 FLOW 0 GPM 80< CORE D P PSID 80-6 FEED PUMP A DISCH 0 PSIG 80-2 CNTMT PRESS PSIG 80-4 Tave 216 DEG F 80-6 FEED PUMP 8 DISCH 0 PSIG 80-2 CNTMT LEVEL IN 80% Tref 216 DEG F 80-6 8 AUX FEED FLOW GPM 80-2 RWT LEVEL BOA RX POWER 80-6 A AUX FEED FLOW GPM 80-2 SIT LEVEL 3 80-6 MN TURB LOAD NET 0 MWE 80-2 SIT LEVEL 4 80-5 S/G 1 LEVEL -W 65 80-2 SIT PRESSURE 3 PSIG 80-5 S/G 1 PRESS 165 PSIA 80-7 COND A VAC IN HG ABS 80-2 SIT PRESSURE 4 PSIG 80-5 S/G 2 LEVEL-W 65 80-7 COND 8 VAC IN HG ABS 80-2 SIT LEVEL 1 0/ 80-5 S/G 2 PRESS 165 PSIA 80-7 COND C VAC IN HG ABS 80-2 SIT LEVEL 2 80-5 TI1 LOOP 1 216 DEG F 80-7 CNTMT TEMP 150 DEG F 80-2 SIT PRESSURE 1 PSIG 80-5 TI1 LOOP 2 216 DEG F 80-7 CNTMT HUMIDITY 100 0/

80-2 SIT PRESSURE 2 PSIG 80-5 Tc LOOP 1 216 DEG F 80-7 CNTMT SUMP LVL-E 80 80-2 RVLMS - HEAD 100 80-5 Tc LOOP 2 216 DEG F 80-7 CNTMT SUMP LVL-W 80 IN 80-2 RVLMS - PLENUM 100 0/ 80-5 CND PMP DSCH FLW MGPM 80-7 RX CAV SUMP LEVEL 60 IN 80-2 PZR PRESSURE 16 'PSIA 80-5 CND PMP DISCH 471 PSIG 80-2 SUBCOOLING DEG F TIME: 14:00 AP S/P VN GS APP - I.1 -42 90EXER

1 I

0

APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

07'30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 MONITOR UNITS RU-1 (P) UCI/CC 2.04E-10 2.04E-10 2.04E-10 2.04E-10 2.04E-10 5.47E-07 1.08E-06 ** 1.62E46 RU-1 (I) uCi/cc 5.27E-1 1 5.27E-11 5.27E-11 5.27E-11 5.27E-11 8.91E-05 **:.;1';:00E+K$** 1:C6E+20/**

RU-1 (G) uCi/cc 9.45E-05 9.45E-05 9.45E-05 9.45E-05 9.45E-05 1.43E-04 1.68E-04 1.94E-04 RU-2/3 uCi/cc 8.00E-08 8.00E-08 8.00E-08 8.00E-08 8.00E-08 8.00E-08 8.00E-08 8.00E-08 RU-4 uCi/cc 1.17E-06 1.17E-06 1 17E-06

~ 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 RU-5 uCi/cc 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 RU-6 uCi/cc 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 RU-7 uCi/cc 8.88E-07 8.88E-07 8.88E-07 8.88E-07 8.88E-07 8.88E-07 8.88E-07 8.88E-07 RU-8(P) uCi/cc .,":QF,FEIMEQ  ::.Oui;:IN'OF.FL'I8E4 ~OFFLIiNEg ".,:OFFLiNEQ '."OFFLINEg( (O'FFUNB) $ O:FFL'INN RU-8(I) uCi/cc  :;"::;OFF LEVINE'4 iGFFL'IN&A kOFFL'INEj .".GFFL~lNEg KOFFUNE5 :OFFL'INES

"..GFFQNEQ .QF.F.QNP:i)

RU-9 uCi/cc 6.60E-08 6.60E-08 6.60E-08 6.60E-08 6.60E-08 6.60E-08 6.60E-08 6.60E-08 RU-1 0 uCi/cc 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 RU-12 uCi/cc 2.96E-05 2.96E-05 2.96E-05 2.96E-05 2.96E-05 2.96E-05 2.96E-05 2.96E-05 RU-13A(P) UCI/cc 5.00E-11 5.00E-11 5.00E-1 1 5.00E-11 5.00E-1 1 5.00E-11 5.00E-11 5.00E-11 RU-1 3A(I) uCi/cc 1.51E-11 1.51E-11 1.51E-11 1.51E-11 1.51E-11 1.51E-11 1.51E-11 1.51E-11 RU-1 3A(G) uCi/cc 5.00E-07 5.00E-07 5.00E-07 5.00E-07 5.00E-07 5.00E-07 5.00E-07 5.00E-07 RU-13B(P) uCi/cc 2.32E-11 2.32E-11 2.32E-11 2.32E-11 2.32E-11 2.32E-11 2.32E-11 2.32E-11 RU-1 3B(I) uCi/cc 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-11 RU-13B(G) UCI/CC 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 RU-14 uCI/CC 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-1 1 4.60E-11 4.60E-11 4.60E-11 RU-15 uCi/cc 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 RU-1 6 mR/hr 7.91E+00 7.91E+00 7.91E+00 7.91E+00 7.91E+00 1.16E+01 1.73E+01 2.30E+01

• RU-17 mR/hr 2.45E+02 2.45E+02 2.45E+02 2.45E+02 2.45E+02 3.94E+02 4.01E+01 4.58E+01 RU-18 mR/hr 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 RU-19 mR/hr 1.29E-01 1.29E-01 1.29E-01 1.29E-01 1.29E-01 1.29E-01 1.29E-01 1.29E-01 RU-20 mR/hr 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 RU-21 mR/hr 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 RU-22 mR/hr 3.21E-01 3.21E-01 3.21E-01 3.21E-01 3.21E-01 3.21E-01 3.21E-01 3.21E-01 RU-23 mR/hr 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 RU-25 mR/hr 4.10E-01 '4.10E-01 4.10E-01 .4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 RU-26 mR/hr 2.01E-01 2.01E-01 2.01E-01 2.01E-01 2.01E-01 2.01E-01 2.01E-01 2.01E-01 RU-27/28 mR/hr .'.,::OEEL~IN8) -OFFL'iNK< (OHI:-..LINEN <<OFF U'NEN ~:O.FFL~i8EN ':,'OFFt;INEN kOFFL'IHE.".":j  :..OVVLINE4 Al ERT ALARM HIGH ALARM Monitor bypassed, isolated APS/PVNGS J.1 -1 or out ot range. 90EXER

J pl

APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

07:30 07:45 08:00 08'15 08:30 08:45 09:00 09:15 MONITOR UNITS RU-29 uCi/cc 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 RUSSO uCi/cc 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 RU1 mR/hr 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 RU~ mR/hr  ::OFFLNE4:"'OPAL'iNEN ,'"-OFFUN6) '-".-OFFLINEN !OFF>>LIKiE..":: :OF,F.,Ur HEI:;-',OZVLiNEN !OF,F,UNION RU~ uCi/cc 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 RU-37 mR/hr 1.05E-01 1.05E-01 1.05E-01 1.05E-01 1.05E-01 1.05E-01 1.05E-01 1.05E-01 RUQ8 mR/hr 1.18E-01 1.18E-01 1.18E-01 1.18E-01 1.18E-01 1.18E-01 1.18E-01 1.18E-01 RU-139A/8 mR/hr 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1 50E+00 1.50E+00 RU-140A/8 mR/hr 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 RU-1 41(G) uCi/cc 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 RU-142 'uCi/cc  ;!a;:oaE'Q15 ~0!00E41I O.':00E';Oig (QNQE';013 Jr0;:00E-';.D.1N '.":a;00E!05% ,.'0 G'0E$ ~4 i 0;ODE.01~3 RU-1 43(P) uCi/cc 1.40E-12 1.40E-12 1.40E-12 1.40E-1 2 1.40E-12 1.40E-12 1.40E-12 1.40E-12 RU-1 43(I) uCi/cc 2.98E-13 2.98E-13 2.98E-13 2.98E-13 2.98E-13 2.98E-13 2.98E-13 2.98E-13 RU-143(G) uCi/cc 1.34E-06 1.34E-06 1.34E-06 1.34E-06 1.34E-06 1.34E-06 1.34E-06 1.34E-06 RU-144(P/I) mR/hr ".0";0DE-:;011 'u,':00E.","O.im NO aOEQNN -'.0;0'OE 014 ea;oaE!a]g z6aE+0.13 2;60E+Of>> 2;:BOE+01:5

-

RU-144(G) uCi/cc >>',0'";00 E"-.0.)Ps .'.0,00Eai:";,"N "'0!OOEN1::, '"-'0,'ooE-:;",oi Ra'ooKa1,".I '!00ENtm:'O,DOEjm '.0,"O'OE',0.11 RU-145(G) uCi/cc 6.60E-07 6.60E-07 6.60E-07 6.60E-07 6 60E-07 6.60E-07 6.60E-07 6.60E-07 RU-146(P/I) mR/hr  !,"d';OOE".'a).':."'N '."0!QQE:-,01 "~ 90!00';:;,:.3:-,'d".GQE-',01.!)  :,'0::QDE-:014 ..'.,G.DOEG',8N '4'aQE!dk:N ',"O.:00E-:D,km RU-146(G) uCi/cc "=:a OOEa13 lXi'r0'QEN;.iS jo;:00E'Ojg gd.'O'GE!QX4 ' OOE-',D,1I l:,.'a,'DOE O1I .'."0;:GOER';I .",'O:;00 E<<:,:0$ ::4 RU-148 mR/hr 1.03E+03 1.03E+03 1.03E+03 1.03E+03 1.03E+03 1.03E+03 1.03E+03 1.03E+03 RU-149 mR/hr 1.00E+03 1.00E+03 1.00E+03 1.00E+03 1.DOE+03 1.00E+03 1.00E+03 1.00E+03 RU-1 50 mR/hr 2.01E+04 2.01E+04 2.01E+04 2.01E+04 2.01E+04 2.01E+04 2.01E+04 2.01E+04 RU-151 mR/hr 2.39E+04 2.39E+04 2.39E+04 2.39E+04 2.39E+04 2.39E+04 2.39E+04 2.39E+04 RE-152A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1528 mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-152C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-152D mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-153A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1538 mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-153C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-154A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1548 mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 ALERT ALARM HIGH ALARM Monitor bypassed, isolated APS/PVNGS J.1 -2 or out of range. 90EXER

'll iI II I

APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

07:30 07:45 08:00 08:15 08:30 08:45 09:00 09:15 MONITOR UNITS RE-1 54C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1 55A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-155B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-155C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-156A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-156B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-156C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-157A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1 57B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-157C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-158A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 . 1.00E+01 RE-158B mR/hr 2.81E+00 2.81E+00 2.81E+00 2.81E+00 2.81E+00 3.41E+00 4.16E+00 4.80E+00 RE-1 58C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 'I.OOE+01 1.00E+01 1.00E+01 1.00E+01 RE-158D mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RY-204 cpm 1.11E+03 1.11E+03 1.11E+03 1.11E+03 1.11E+03 1.11E+03 1.11E+03 1.11E+03

• ALERT ALARM ** HIGH ALARM Monitor bypassed, isoiated APS/PVNGS J.1 -3 or out of range. 90EXER

'I It I

I M

M

0 APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

09:30 09:45 10:00 10:15 10:30 10:45 11:00 11'15 MONITOR UNITS RU-1 (P) uCi/cc 2.16E-06 ** 2.69E-06 ** 3.23E-06 ** 3.77E-06 ** ~si77E'-06:4** :3'-77E-"064** r8:77E':064** ':3;77K~06/~ **

RU-1 (I) uCi/cc :;1:;00E+Za)** I1!OOE+203** 1.':00E+20)** ,':$ 'OOE+2Q)** 8: 0'OEW-.",2O)** ifIOOE+20(** l f~6OE+2Qm** ';1'OOE'+493**

RU-1 (G) uCi/cc 2.19E-04 2.44E-04 2.69E-04 2.95E-04 i2'95E "04~3$  :"'2it95E.'.045 -2i95E<<'044 ,; 2';:9'5E!045 RU-2/3 uCi/cc B.OOE-OB B.OOE-OB B.OOE-OB 8.00E-OB B.OOE-OB B.OOE-OB B.OOE-OB B.OOE-OB RUR uCi/cc 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 RU-5 uCi/cc 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 RU-6'U-7 uCi/cc 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 uCi/cc 8.88E-07 8.88E-07 B.BBE-07 B.BBE-07 8.88E-07 8.88E-07 B.BBE-07 8.88E-07 RU-8(P) uCi/cc ;";OFFglNEI IOFFUNEI:".OFFBNEI =OFF LiNEI :"'.QFFLIINE4 .',,OFFUNBI ~PFFLINE""'f QF.FINED RU-8(I) uCi/cc .OFF LtINE3>> 'QFF'{/NET~ (QFFQNE:;.":I "PFFl,lNE iGFFL'INES ':OFF L'INEI .GFFL'INEI (GPFU'NPII RU-9 uCi/cc 6.60E-OB 6.60E-OB 6.60E-OB 1.34E-07 1.34E-07 1.34E-07 1.34E-07 6.60E-OB'.78E-06 RU-10 uCi/cc 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 RU-12 uCi/cc 2.96E-05 2.96E-05 2.96E-05 2.96E-OS 2.96E-05 2.96E-05 2.96E-05 2.96E-05 RU-13A(P) uCi/cc 5.00E-11 5.00E-11 5.00E-11 5.00E-1 1 5.00E-11 5.00E-11 5.00E-11 5.00E-11 RU-1 3A(I) uCi/cc 1.51E-11 -1.51 E-1 1 1.51E-11 1.51E-11 1.51E-11 1.51E-11 1.51E-11 1.51E-11 RU-1 3A(G) uCi/cc 5.00E-07 5.00E-07 5.00E-07 5.00E-07 5.00E-07 5.00E-07 5.00E-07 5.00E-07 RU-1 3B(P) uCi/cc 2.32E-11 2.32E-11 2.32E-1 1 2.32E-11 2.32E-11 2.32E-11 2.32E-11 2.32E-11 RU-13B(I) uCi/cc 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-1 1 1.00E-11 1.00E-1 1 1.00E-11 RU-13B(G) uCi/cc 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 RU-14 uCi/cc 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-11 RU-15 uCi/cc 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 RU-16 mR/hr 2.87E+01

• 3.44E+01 ** 4.58E+01 ** 6.85E+01 ** 7.42E+01 ** 4.00E+02 ** 4.60E+02 ** 9.00E+03 **

RU-17 mR/hr 5. I5E+01 5.71E+01 6.2BE+01 6.85E+01 7.42E+01 4.00E+02 4.60E+02 9.50E+03 **

RU-18 mR/hr 1.36E-03 1.36E-'03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 RU-19 mR/hr 1.29E-01 1.29E-01 1.29E-01 1.29E-01 1.29E-01 1.29E-01 1.29E-01 1.29E-01 RU-20 mR/hr 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 RU-21 mR/hr 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 RU-22 mR/hr 3.21E-01 3.21E-01 3.21 E-01 3.21E-01 3.21E-01 3.21E-01 3,21E-01 3.21E-01 RU-23 mR/hr 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 RU-25 mR/hr 4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 RU-26 mR/hr 2.01E-01 2.01E-01 2.01E-01 2.01E-01 2.01E-01 2.01E-01 6.00E-01 8.10E-01 RU-27/28 mR/hr ",OrFLINEI  ::.OFFLINE3 '."-.OFFDNEN,;OFFLrINEQ  ::,OFFLINE';:3 -:O.FFLINEI FOF,.FUtNEI (OFF UNE8

• ALERTALARM HIGH ALARM Monitor bypassed, isolated APS/PVNGS J.1 -4 or out of range. 90EXER

I I

APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

09:30 09:45 10:00 10:15 10:30 10:45 11:00 11:15 MONITOR UNITS RU-29 uCi/cc 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 RUSSO uCi/cc 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 RUQ1 mR/hr 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 2.04E-01 RU3 mR/hr (GFF.,L'NBl:Oi-FBN&m NFFUNEÃ l:OFFMEI .::OXEN;:iNe~ :OeFi3NE:."N 3OFFL'jNE.":.';.:I RU44 uCi/cc 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 RUQ7 mR/hr 1.05E-01 1.05E-01 1.05E-01 1.05E-01 1.05E-01 1.05E-01 1.05E-01 1.05E-01 RU-38 mR/hr 1.18E-01 1.18E-01 1.18E-01 1.18E-01 1.18E-01 1.18E-01 1.18E-01 1.18E-01 RU-139A/ mR/hr 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 RU-140A/ mR/hr 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 RU-1 41(G) uCi/cc 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 RU-142 uCi/cc 'i::ooE'Qim;:CQ'dEN<N;'.0';ooE=01N 0"O'QE'0'1l POOOE4$ 4 io";oOE-:011 h'0,'00E!01M '='O.":txtE-'.0.11 RU-1 43(P) uCi/cc 1.40E-12 1.40E-12 1.40E-1 2 1.40E-12 1.40E-12, 1.40E-12 1.40E-12 1.40E-12 RU-1 43(I) uCi/cc 2.98E-13 2.98E-13 2.98E-13 2.98E-13 2.98E-13 2.98E-13 2.98E-13 2.98E-13 RU-143(G) uCi/cc 1.34E-06 1.34E-06 1.34E-06 1.34E-06 1.34E-06 1.34E-06 l.34E-06 1.34E-06 RU-144(P/I mR/hr 2:;86 E+'01!"'".:":..'o.:00BQIN '-"0.'QQE;0'1Q ',!Or00E-:"01 I 5i;:ooENN  ;.'0 QOE4$ ::;":, ':.-:O.'OOE-::034 NOOE.;"Qg RU-144(G) uCi/cc xi.os!01;::." Po;:oo$ 01.'.4  !.'Q.aQEQ1'"'I ";.'.0::OOS0,1N  :-"0,006:05~8 )!QiQOE4fg ';..'.oooo E.oem '0;OQE:.Q1,1 RU-145(G) uCi/cc 6.60E-07 6.60E-07 6.60E-07 6.60E-07 1.34E-06 1.34E-06 1.34E-06 1.34E-06 .

RU-146(P/I mR/hr -'0;00E',Oi-.::q 'o'.:d'dE-'.0'14 ','0.'00K-":,01.:.) .'..',d;:ode:.dIN .5kOOE;-'.0$ )  !:,e.'OOEgiil:<0";QdE411  :.',OiNIE;-'.01.:".".3 RU-146(G) uCi/cc ';4 odE:.o't.:-;-~:".0;QoEw.':3 ";,o ooE!og .0 OQE':QQ  :.!0;0080$ .'3  :.'O';OOE::61.":.,!0;QOE!015 ,"0::00E-'014 RU-148 mR/h 1.03E+03 1.03E+03 1.03E+03 1.00E+03 1.00E+03 1.00E+03 1.00E+03 1.00E+03 RU-149 mR/hr 1.00E+03 1.00E+03 1.00E+03 1.00E+03 1.00E+03 1.00E+03 1.00E+03 1.00E+03 RU-1 50 mR/hr E+04 2.01E+04 2.01E+04 2.00E+03 2.00E+03 2.00E+03 2.00E+03 2.00E+03 RU-151 mR/hr 2.39E+04 2.39E+04 2.39E+04 2.00E+03 2.00E+03 2.00E+03 2.00E+03 2.00E+03 RE-1 52A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-152B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-152C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1 52D mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-153A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-153B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-153C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1 54A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-154B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 = 1.00E+01 1.00E+01 1.00E+01 ALERT ALARM HIGH ALARM Monitor bypassed, isolated APS/PVNGS J.1 -5 or out of range. 90EXER

1 II I

l CRp~; P image.. ei

APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

09:30 09:45 10:00 10:15 10:30 10:45 11:00 11:15 MONITOR UNITS RE-1 54C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-155A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1 55B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-155C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-156A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-156B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-156C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-157A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-157B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-157C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-158A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-158B mR/hr 5.36E+00 5.87E+00 6.77E+00 8.28E+00 8.61E+00 2.00E+01 2.14E+01 9.49E+01 RE-158C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-158D mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RY-204 cpm 1.11E+03 1.11E+03 1.11E+03 1.11E+03::!QFFL'INES iQFFsUNE! j 'lOFFUNE<3 .QFFL'INEI

• ALERT ALARM ** HIGH ALARM ~i'!!ei!iy!iii: = Monitor bypassed, isolated APS/PVNGS J.1 -6 or out of range. 90EXER

j I

APS/PVNGS 199O EXERCISE RAD MONITOR

SUMMARY

11:30 11:45 12:00 12:15 12:30 12:45 13:00 13:15 MONITOR UNITS RU-1 (P) uCi/cc (3.'7,7E+6$ j** (3,77,E-.',06@** >.,'i3'77+'06~)** 93'7706'g** ~3%77+ jl jj~$ ** -;3:;.77E-.:063** (3;:77K-::0'6'<** 'jj'6v) **

RU-1 (I) uCi/cc l1!OoEN2Q)** ~i';ooEN-',20N** 1:;:OOEi20)** 1'.00E4AN** :1'-'.QoE9-.':203** 1':OOE+Sg** :1'QOEN".:26)**

RU-1 (G) uCi/cc lz';95804%I 2.95E;04% $ 2 SSE444 )K95E='04M '.:2 95E:"04%  :.2';95 E-,"0'43 '-2.:9SE.64N RU-2/3 uCi/cc 8.00E-08 8.00E-08 8.00E-08 8.00E-08 8.00E-08 8.00E-08 8.00E-08 8.00E-08 RU4 uCi/cc 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06'.38E-06 RU-5 uCi/cc 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 2.38E-06 RU uCi/cc 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 1.17E-06 RU-7 uCi/cc 8.88E-07 8.88E-07 8.88E-07 8.88E-07 8.88E-07 8.88E-07 8.88E-07 8.88E<7 RU-8(P) uCi/cc mOFF1IMEI NFjjjNEI kOFFUNEI:'OFFLi[NEg ".OFF, 'INE';.i3 !OFFLINE4 !OFF UNFED "'OFFUfSRN RU-8(I) uCi/cc g'OFF.;Ll NEO (GF5.U NEIN !OFFLtINE::3 ".',:aF.FQNEg (GFFf.':tNE'.:W ~OFFL'INE':";) '.-.OFF'E-;:I '-.'OPAL'!15lEI RU-9 uCi/cc 2.34E-07 AYOGE+203** CANOE:.+20I** ';1!00@F0)** i1".OGE+20(*" 5"OOE'+203** N!OOE+20>** 2.09E-02 RU-10 uCi/cc 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 3.78E-06 RU-12 uCi/cc 2.96E-05 2.96E-05 2.96E-05 2.96E-05 2.96E-05 2.96E-OS 2.96E-OS 2.96E-05 RU-13A(P) uCi/cc 5.00E-11 5.00E-1 1 5.00E-11 5.00E-11 5.00E-11 5.00E-11 S.OOE-11 5.00E-11 RU-13A(I) uCi/cc 1.51E-11 1.51E-11 1.51E-1 1 1.51E-11 1.51E-11 1.51E-11 1.51E-11 1.51E-11 RU-13A(G) uCi/cc 5.00E-07 5.00E-07 5.00E-07 5.00E-07 kOFFL'IN'1RiOE+203**

5.00E-07 5.00E-07 5.00E-07 5.00E-07 RU-13B(P) uCi/cc 2.32E-11 2.32E-11 2.32E-1 1 2.32E-11 2.32E-11 2.32E-11 2.32E-11 2.32E-11 RU-1 3B(I) uCi/cc 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-11 1.00E-11 RU-1 3B(G) uCi/cc 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 4.82E-07 RU-14 uCi/cc 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-11 4.60E-11 RU-15 uCi/cc 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 2.83E-07 RU-1 6 mR/hr :1.:oat.',20~** :.1";OOE+20)** ';1';:OOE+2QI** XOaE.+:50.I** :;1".'OOE+Z'03" * ".1!OQE'+203** 5';QOE+2O(** ,1'",00E+2Qj**

RU-17 mR/hr :i'.OOE~2O)** 5iOOE+'203** k'.:OOE+2O)** .~<':aOE:+20:,'** d.';00 E+2'03** 8"::ME+203** (1."';OOE.+203** 1"'OOE+24**

RU-18 mR/hr 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 1.36E-03 RU-19 mR/hr 1.05E+00 1.05E+00 1.05E+00 1.05E+00 1.05E+00 1.05E+00 1.05E+00 1.05E+00 RU-20 mR/hr 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 2.61E-01 RU-21 mR/hr 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 1.37E+00 RU-22 mR/hr 3.21E-01 3.21E-01 3.21E-01 3.21E-01 3.21 E-01 3.21E-01 3.21E-01 3.21E-01 RU-23 mR/hr 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 1.03E-01 RU-25 mR/hr 4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 4.10E-01 RU-26 mR/hr 1.10E+00 2.00E+00 2.00E+00 .2.00E+00 2.00E+00 2.00E+00 2.00E+00 2.00E+00 RU-27/28 mR/hr .'.:,OFFL~INEN mOFFUNEN ";OFFL>18EI ':,'OFFLlhlE" OFFLrI.NEIN::;:OFFi3NE";.~ iOFFUrNEQ ALERT ALARM HIGH ALARM Monitor bypassed, isoiated APS/PVNGS J.1-7 or out of range. 90EXER

I(

f f

e

APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

11:30 11:45 12:00 12:15 12:30 12:45 13:00 13:15 MONITOR UNITS RU-29 uCi/cc 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 4.39E-07 RUSSO uCi/cc 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 1.30E-07 RUQ1 mR/hr 2.24E+00 2.24E+00 2.24E+00 2.24E+00 2.24E+00 2.24E+00 2.24E+00 2.24E+00 RU~ mR/hr OFFL'IHEN kOFFOAEI .",OF'FUNEI .'OFFL'ISEI  :,OF8';INel kO*.FFi3NB( '"',OFFL'tNE~) !6FFQNE~

RU4 uCi/cc 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 1.00E-06 RUQ7 mR/hr 2.21E+01 ** 3.36E+01 ** 3.26E+01 ** 3.16E+01 ** 3. I3E+01 ** 3.10E+01 ** 3.08E+01 ** 3.06E+01 **

RU8 mR/hr 2.21E+01 3.36E+01 ** 3.26E+01 ** 3.I6E+01 ** 3.13E+01 ** 3.10E+01 ** 3.08E+01 ** 3.06E+01 **

RU-139A/ mR/hr 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 RU-140A/ mR/hr 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 1.50E+00 RU-141(G) uCi/cc 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 2.55E-06 RU-142 uCi/cc ei;00F:."Gil ';e;:0OFAX1.';.):,0;'OOE-.":O11 '.',0'.:GOEa>N 40,"GGE'4':$ ~4 .'0."O.O.E!01'-":t '<<0 GGE-O1:N ,'.0;00E!O1W RU-1 43(P) uCi/cc 2.40E-12 4.00E-12 5.14E-12 7.40E-12 7.40E-12 7.40E-12 7.40E-12 7.40E-12 RU-1 43(I) uCi/cc 3.29E-13 3.98E-13 4.20E-13 4.80E-13 5.20E-13 5.20E-13 5.20E-13 5.20E-13 RU-143(G) uCi/cc 2.34E-06 3.40E-06 4.22E-06 4.78E-06 5.13E-06 5.13E-06 5.13E-06 5.13E-06 RU-1 44(P/I mR/hr .",0;00E1W ','0.:OG.E"-Gim <<0,"GOE'013 ."'0;:00E-"014 aXGGE'.Oil maOE<;:;l  :."0;GO.E-;.OX9 '.'.0 00E!01$

RU-144(G) uCi/cc :,:NX@EXilI:,".".0;OOEAOP~ P0.':00E0>m .-'.:0.::00E-::OXA Ni,'.OOE';O%3 a,"0.:AGE'1$ '. ",.'0;09E933Y3 .'-5;006NfN RU-145(G) uCi/cc 2.34E-06 ,"'IIUOE+20i** %40~'~**,1 OQE+20)** .'.jgi0E+Zg** j-XE,'+20~** 1'""006+20s** ,'1l0OF",+.20j**

RU-146(P/I mR/hr  ;',;0.:DOE..'0.1<<) 3.44E+00 2.16E+00 1.21E+00 5.68E-01 1.06E-01 i."0:00E-'.0141 RU-1 46(G) uCi/cc 0.:00E!'OM( 5.57E+00 ** 5.55E+01 ** 3.68E+01 "* 2.18E+01 ** 1.08E+01 ** 2.12E+00 ** 2.09E-01

• RU-148 mR/h 2 50E+06 ** 1 86E+07 ** i 1 60E+07 1 38E+07

• • 1.33E+07 ** 1.27E+07 ** 1.22E+07 ** 1,18E+07 **

U-149 mR/h 2.50E+06 1.86E+07 ** 1~60 +07 ** 1.38E+07 ** 1.33E+07 ** 1.27E+07 ** 1.22E+07 ** 1.18E+07 **

RU-150 mR/hr 2.50E+06 ** 1.86E+07 ** 1.60E+07 *". 1.38E+07 ** 1.33E+07 ** 1.27E+07 ** 1.22E+07 ** 1.18E+07 **

RU-151 mR/hr 2.50E+06 ** 1.86E+07 ** 1.60E+07 ** 1.38E+07 ** 1.33E+07 ** 1.27E+07 ** 1.22E+07 ** 1.18E+07 **

RE-152A" mR/hr 2.21E+01 3.36E+01 3.26E+01 3.16E+01 3.13E+01 3.10E+01 3.08E+01 3.06E+01 RE-152B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-1 52C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-152D mR/hr 2.50E+01 1.86E+02 1.60E+02 1.38E+02 1.33E+02. 1.27E+02 1.22E+02 1.18E+02 RE-153A mR/hr 1.00E+01 1.40E+01 1.20E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-153B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-153C mR/hr 1.00E+01 1.00E+Ot 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-154A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-154B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 ALERT ALARM HIGH ALARM Monitor bypassed, isoiated APS/PVNGS J.1 -8 or out of range. 90EXER

t

'i t,

44

APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

11:30 11:45 12:00 12:15 12:30 12:45 13:00 13 l5 MONITOR UNITS RE-154C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-155A mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-155B mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-155C mR/hr 1.88E+06 ** 1.40E+07 ** 1.20E+07 ** 3.96E+06 ** 1.31E+06 ** 4.31E+05 ** 1.42E+05 ** 4.70E+04 **

RE-156A mR/hr 2.21 E+01 3.36E+01 3.26E+01 3.16E+01 3.13E+01 3.10E+01 3.08E+01 3.06E+01 RE-156B mR/hr 1.88E+03

• 1.40E+04 ** 1.20E+04 ** 3.96E+03 ** 1.31E+03 4.31E+02 1.42E+02 4.70E+01 RE-156C mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RE-157A mR/hr 2.50E+01 1.86E+02 1.60E+02 1.38E+02 1.33E+02 1.27E+02 1.22E+02 1.18E+02 RE-157B mR/hr 2.50E+01 1.86E+02 1.60E+02 1.38E+02 1.33E+02 1.27E+02 1.22E+02 1.18E+02 RE-157C mR/hr 2.21E+01 3.36E+01 3.26E+01 3.16E+01 3.13E+01 3.10E+01 3.08E+01 3.06E+01 RE-158A mR/hr 2.21 E+01 3.36E+01 3.26E+01 3.16E+01 3.13E+01 3.10E+01 3.08E+01 3.06E+01 RE-158B mR/hr 1.00E+10 ** 1.00E+10 ** 1.00E+10 ** 1.00E+10 ** 1.00E+10 ** 1.00E+10 ** 1.00E+10 ** 1.00E+10 **

RE-158C mR/hr 2.21 E+01 3.36E+01 3.26E+01 3.16E+01 3.13E+01 3.10E+01 3.08E+01 3.06E+01 RE-158D mR/hr 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 1.00E+01 RY-204 cpm i'OFFsL'I 8EI !OFFL'INES .".'.OFFaLlNEN kOFFs LINEN  ::.QFFLtINEP<:"".'OFFLtINE"( ;QFaFsL'INE'::I ";'.QFFLINE~3

• ALERT ALARM ** HIGH ALARM Monitor bypassed, isolated APS/PVNGS J.1 -9 or out of range. 90EXER

t li

0 APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

13:30 13:45 14:00 MONITOR UNITS RU-1(P) UCI/CC (3 <77E'QPQ.'$** m3:,77E-,064**.:-::,3:77aE-'.0839,**

RU-1(I) uCi/cc  :;1.00203** j1."'ObE+203** .':1'i'00E+go)**

RU-1 (G) uCi/cc m2 95;::,':)

RU-2/3 uCi/cc 8.00E-08 8.00E-08 8.00E-08 RU-4 uCi/cc 1.17E-06 1.17E-06 1.17E-06 RU-5 uCi/cc 2.38E-06 2.38E-06 2.38E-06 RU-6 uCi/cc 1.17E-06 1.17E-06 1.17E-06 RU-7 uCi/cc 8.88E-07 8.88E-07 8.88E-07 RU-8(P) uCi/cc :O.PreiNEa< :QBFUME: ';"'Oi-"Fi'j8E4 RU-8(I) uCi/cc ",OFFL'INES (OHuNeC;;OFFLrINEN RU-9 uCi/cc 5.00E-06 2.00E-07 9.00E-09 RU-1 0 uCi/cc 3.78E-06 3.78E-06 3.78E-06 RU-12 uCi/cc 2.96E-05 2.96E-05 2.96E-05 RU-13A(P) uCi/cc 5.00E-11 5.00E-11 5.00E-11 RU-1 3A(I) uCi/cc 1.51E-11 1.51E-11 1.51E-11 RU-13A(G) uCi/cc 5.00E-07 5.00E-07 5.00E RU-13B(P) uCi/cc 2.32E-11 2.32E-11 2.32E-11 RU-13B(I) uCi/cc 1.00E-1 1 1.00E-11 1.00E-11 RU-1 3B(G) uCi/cc 4.82E-07 4.82E-07 4.82E-07 RU-14 uCi/cc 4.60E-11 4.60E-11 4.60E-11 RU-1 5 uCi/cc 2.83E-07 2.83E-07 2.83E-07 RU-16 mR/hr '1:;OOE+2O)** :Iy00E+s20:<** 1""'OOE+20~**

RU-17 mR/hr  ::1'GOE+20)** !1';rOOE+203** ~l".'09E+203**

RU-1 8 'R/hr 1.36E-03 1.36E-03 1.36E-03 RU-1 9 mR/hr 1.05E+00 1.05E+00 1.05E+00 RU-20 mR/hr 2.61E-01 2.61E-01 2.61E-01 RU-21 mR/hr 1.37E+00 1.37E+00 1.37E+00 RU-22 mR/hr 3.21E-01 3.21E-01 3.21E-01 RU-23 mR/hr 1.03E-01 1.03E-01 1.03E-01 RU-25 mR/hr 4.10E-01 4.10E-01 4.10E-01 RU-26 mR/hr 2.00E+00 2.00E+00 2.00E+00 RU-27/28 mR/hr NOF,.FL~INFN -'.OFdFaL'INE:.:::.'.N:;::.OFF L'INEN ALERT ALARM ** HIGH ALARM ~ill@.:.-: -.'.:,i'-":::j"~ Monitor bypassed, isolated APS/PVNGS- J.1 -10 or out of range. 90EXER

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APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

13:30 13:45 14:00 MONITOR UNITS RU-29 uCi/cc 4.39E-07 4.39E-07 4.39E-07 RUSSO uCi/cc 1.30E-07 1.30E-07 1.30E-07 RU-31 mR/hr 2.24E+00 2.24E+00 2.24E+00 RU~ mR/hr .'.QFFLIHEN (OFFeL'i@Eg '.OFF UINEm RU-34 uCi/cc 1.00E-06 1.00E-06 1.00E-06 RUQ7 mR/hr 3.03E+01 ** 3.01E+01 ** 2.98E+01 **

RU-38 mR/hr 3.03E+01 ** 3.01E+01 ** 2.98E+01 **

RU-139A/ mR/hr 1.50E+00 1.50E+00 1.50E+00 RU-140A/ mR/hr 1.50E+00 1.50E+00 1.50E+00 RU-1 41(G) UCI/cc 2.55E-06 2.55E-06 2.55E-06 RU-142 UCI/cc  ;'irOOE;a'.1:" N;aOE<1m ';-",0;00Es0'11 RU-143(P) uCi/cc 7.40E-12 7.40E-12 7.40E-12 RU-143(I) uCi/cc 5.20E-13 5.20E-13 5.20E-13 RU-143(G) uCi/cc 5.13E-06 5.13E-06 5.13E-06 RU-144(P/I mR/hr .': 0!00EN1s% ';0.':00E',.O.ig ':r000E;0)3 RU-144(G) uCi/cc ',;.'.0tOOEI.N ';'0;.".OOE-'.O'Nl::,.'.iXaOE".01',:-:;)

RU-145(G) uCi/cc 5.00E-05

• 2.00E-06 9.00E-08 RU-146(P/I mR/hr .','0.:OOE::,0,1.'5 'irOOE4$ ::3 ','0.'00E-:.:OiM RU-146(G) uCi/cc Ni.':OOE:."Oi.I  ::.'s050E~4'4:.. l.0;00E-;01'""I RU-148 mR/hr 1.13E+07 ** 1.09E+07 ** 1.05E+07 **

RU-149 mR/hr 13E+07 ** 1.09E+07 ** 1.05E+07 **

RU-150 mR/hr 1.13E+07 ** 1.09E+07 ** 1 05E+07 **

RU-1 51 mR/hr 1.13E+07 ** 1.09E+07 ** 1.05E+07 **

RE-152A mR/hr 3.03E+01 3.01E+01 2.98E+01 RE-1528 mR/hr 1.00E+01 1.00E+Ot 1.00E+01 RE-152C mR/hr 1.00E+01 1.00E+01 1.00E+01 RE-152D mR/hr 1.13E+02 1.09E+02 1.05E+02 RE-153A mR/hr 1.00E+01 1.00E+01 1.00E+01 RE-1538 mR/hr 1.00E+01 1.00E+01 1.00E+01 RE-153C mR/hr 1.00E+01 1.00E+01 1.00E+01 RE-1 54A mR/hr 1.00E+01 1.00E+01 1.00E+01 RE-1548 mR/hr 1.00E+01 1.00E+01 1.00E+01 ALERTALARM ** HIGH ALARM ~ii'::;.:!pic::::""::i~! Monitor bypassed, isolated APS/PVNGS J.1 -11 or out of range. 90EXER

!

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C

APS/PVNGS 1990 EXERCISE RAD MONITOR

SUMMARY

13:30 13:45 14:00 MONITOR UNITS RE-154C mR/hr 1.00E+01 1.00E+0<< .00E+01 RE-155A mR/hr 1.00E+01 1.00E+01 1.00E+01 RE-155B mR/hr 1.00E+01 1.00E+01 1.00E+01 RE-155C mR/hr 1.55E+04 ** 5.11E+03 ** 1.69E+03

• RE-156A mR/hr 3.03E+01 3.01E+01 2.98E+01 RE-156B mR/hr 1.55E+01 5.11E+00 1.69E+00 RE-156C mR/hr 1.00E+01 1.00E+01 1.00E+01 RE-157A mR/hr 1.13E+02 1.09E+02 1.05E+02 RE-157B mR/hr 1.13E+02 1.09E+02 1.05E+02 RE-157C mR/hr 3.03E+01 3.01E+01 2.98E+01 RE-158A mR/hr 3.03E+01 3.01E+01 2.98E+01 RE-158B mR/hr 1.00E+10 ** 1.00E+10 ** 1.00E+10 **

RE-158C mR/hr 3.03E+01 3.01E+01 2.98E+01 RE-158D mR/hr 1.00E+01 1.00E+01 1.00E+01 RY-204 cpm 'OFFoLslNEk .:OFFLINEI;:GFaFaLiINEN ALERT ALARM ** HIGH ALARM Monitor bypassed, isolated APS/PVNGS J.1 -12 or out of range. 90EXER

l APPENDIX L METEOROLOGICAL DATA

This Appendix contains complete meteorological data for the duration of the Exercise.

Meteorological data will be provided by ERFDADS screen mimic data cards (supplied later) on 15 minute intervals in the following facilities: Unit 3 Control Room, STSC, TSC and EOF.

~et~in Q~n~n L.1 PVNGS Weather Forecast L.2 Meteorological Data Summary L.3 ERFDADS Meteorological Screen Mimic Data Cards L.4 National Weather Service (NWS) Meteorological Data APS/PVNGS APP-L-i 90EXER

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L.1 PVNGS WEATHER FORECAST I

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L1 PVN S Weather F recas WEATHER F RE AST:

TODAY: Mostly Sunny. High in the Middle to Upper 70s. southerly. Winds 3 to 5 MPH, but Becoming West Southwest Winds 3 to 5 MPH by Noontime. Winds Becoming Mainly Westerly 3 to 5 MPH During the Afternoon.

TONIGHT: Mostly Clear. Low in the Lower to Middle 50s. Mainly Calm winds During the Night.

APS/PVNGS L.1-1 90EXER

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L.2 METEOROLOGICAL DATA SVMMARY l

l

PVNGS 1990 EXERCISE METEOROLOGICAL DATA

SUMMARY

PARAMETER TIME 07:30 07:45 08:00 08'15 08:30 08:45 09:00 09:15 09:30 200'Wind S eed S200 3.3 3.1 3.0 3.0 3.1 3.0 3.2 3.2 3.1 200'ind Direction D200 185.0 185.0 185.0 185.0 185.0 185.0 185.0 185.0 185.0 35'Wind S eed S35 3.0 3.0 2.9 2.9 2.9 2.9 3.0 3.0 2.9 35'ind Direction D35 180.0 183.0 183.0 183.0 181.0 183.0 183.0 183.0 183.0 Delta Tem erature D -0.61 -0.61 -0.61 -0.74 -0.74 -0.74 -0.81 -0.85 -0.94 Tem erature 59.3 60.5 61.6 62.6 63.6 65.6 66.4 67.3 Dew oint D 36.8 36.7 36.6 36.4 36.3 36.1 35.9 35.7 35.5 Stabilit Class D D D D D D D D D PARAMETER TIME: 09:45 10:00 10:15 10:30 10:45 11:00 11:15 11:30 11:45 200'Wind S eed S200 3.4 3.2 3.2 3.6 3.4 3.2 3.2 2.8 3.2 200'ind Direction D200 185.0 183.0 183.0 185.0 185.0 185.0 185.0 185.0 185.0 35'Wind S eed S35 3.2 2.9 2.9 3.1 3.1 3.0 3.0 2.6 3.0 35'ind Direction D35 183.0 181.0 181.0 183.0 183.0 183.0 183.0 183.0 Delta Tem erature D -1.05 -1.15 -1.25 -1.30 -1.35 -1.41 -1.41 -1.42 -1.45 Tem erature 68.2 69.0 69.6 70.3 71.1 71.8 72.3 72.9 73.5 Dew oint D 35.2 35.0 34.6 34.3 34.0 33.6 Stabilit Class D D D. D D C C PARAMETER TIME: 12:00 12:15 12:30 12:45 13:00 13:15 13:30 13:45 14:00 200'Wind S eed S200 3.2 3.4 3.2 3.6 4.2 4.2 4.2 4.2 4.2 200'ind Direction D200 186.0 207.0 218.0 234.0 251.0 272.0 283.0 283.0 283.0 35'Wind S eed S35 3.0 3.2 3.0 3.4 4.0 4.0 4.0 4.0 4.0 35'ind Direction D35 184.0 201.0 217.0 235.0 252.0 270.0 281.0 281.0 281.0 Delta Tem erature D -1.45 -1.45 -1.45 -1.45 -1.45 - l.45 -1.45 -1.45 -1.45 Tem erature 74.1 74.6 75.1 75.1 75.1 75.1 75.1 75.2 75.2 Dew oint D 33.0 32.8 32.5 32.5 32.5 32.5 32.4 32.4 32.3 Stabilit Class APS/PVNGS L.2-1 90EXER

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L3 ERFDADS METEOROLOGICAL SCREEN MIMIC DATA CARDS l',

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This Data to be Supplied Later APS/PVNGS L.3-1 90EXER

LA NATIONALWEATHER SERVICE METEOROLOGICAL DATA r

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I il

METEOROLOGICAL DATA

SUMMARY

FOR THE PVNGS EVALUATED EXERCISE WEDNESDAYS APRIL 25'990 EXERCISE 35'IND TEMP DEWPT DELTA T STBLTY 200 'IND TIME (DEG/MPH) (DEG F) (DEG F) (DEG F) CLASS (DEG/MPH) 0730 180/3.0 59.3 36.8 .61 D 185/3.3 0745 183/3.0 60.5 36.7 .61 D 185/3.1 0800 183/2.9 61.6 36.6 .61 D 185/3.0 0815 183/2.9 62.6 36. 4 .74 D 185/3.0 0830 S 181/2.9 63.6 36. 3 .74 D S 183/3. 1 0845 0 183/2.9 64. 6 36. 1 .74 D 0 185/3. 0 0900 U 183/3.0 65.6 35.9 .81 D D U 185/3. 2 0915 T 183/3.0 66.4 35.7 .85 D T 185/3. 2 0930 H 183/2.9 67.3 35.5 .94 D H 185/3. 1 0945 183/3.2 68.2 35.2 -1.05 D 185/3.4 1000 181/2. 9 69.0 35.0 -1.15 D 183/3.2 1015 181/2. 9 69.6 34.8 -1.25 D 183/3.2 1030 183/3.1 70. 3 34.6 -1.30 D 185/3.6 1045 183/3.1 71. 1 34.3 -1.35 D 185/3.4 1100 183/3.0 71. 8 34. 0 -1. 41 C 185/3.2 1115 183/3.0 72.3 33.8 -1. 41 C 185/3.2 1130 183/2.6 72.9 33.6 -l. 42 C 185/2.8 1145 183/3.0 73.5 33.3 -l. 45 C 185/3.2 1200 184/3.0 74.1 33.0 -1. 45 C 186/3.2 1215 SSW 201/3.2 74.6 32.8 -l. 45 C SSW 207/3.4 1230 SW 217/3.0 75.1 32.5 -l. 45 C SW 218/3. 2 1245 SW 235/3.4 75.1 32.5 -1. 45 C SW 234/3.6 1300 1315 1330

~

WSW 252/4.0 270/4.0 281/4.0 75.1 75.1 75.1 32.5 32.5 32.4

-1.45

-1.45

-1.45 C ~

C WSW 251/4.2 272/4.2 283/4.2

~

W C W 281/4.0 75.2 32.4 -1.45 C I 283/4-2 1400 281/4.0 75.2 32.3 -1.45 C 283/4.2 APS/PVNGS L. 4-1 90EXER

GENERAL WEATHER SCENARIO PVNGS 1990 EVALUATED EXERCISE APRIL 25, 1990 SYNOPSIS:

An upper level low pressure system has been developing along the west coast since yesterday. It has moved inland over Oregon this morning. A surface low pressure center was located over northern Utah this morning. -The upper level and surface low were moving rapidly east-northeast.

A cold front extends from the low over Northern Utah south-southwest to near Needles and just west of Yuma this morning. The cold front is moving east and is expected into the Phoenix area by early afternoon. The front is forecast to continue east and will be out of Arizona by midnight.

Most of the weather activity associated with the Pacific fronts was taking place over Utah and Northern Arizona, well north of the Phoenix area. A few showers are forecast for Northern Arizona today, however the clouds and showers are expected to remain north of the Phoenix area.

WEATHER FORECAST:

TODAY: Mostly Sunny. Highs in the middle and upper 70s. Winds southerly 3 to 5 mph becoming westerly 3 to 5 mph this afternoon.

TONIGHT: Mostly clear. Lows in the upper 50s to lower 60s. Winds nearly calm during the night.

CHARTS AVAILABLE TO THE EMERGENCY OPERATIONS CENTER METEOROLOGIST DURING THE PVNGS 1990 EVALUATED EXERCISE APRIL 25, 1990 These Charts will be iven to the.Emer enc 0 erations Center Meteorolo ist (EOCMet) Initiall Valid Time of Chart Valid Dav of Chart 0500 MST 500 MB (Initial Analysis) April 25 (Exercise Day) 0500 MST 700 MB (Initial Analysis) April 25 (Exercise Day) 0500 MST Surface (Initial Analysis) April 25 (Exercise Day) 0500 MST Radar Summary Chart April 25 (Exercise Day) 1700 MST 500 MB (12 Hour Prognosis) April 25 (Exercise Day) 1700 MST 700 MB (12 Hour Prognosis) April 25 (Exercise Day)

These Charts to be Supplied to the EOCMet Upon Request:

1100 MST Surface (6 hour6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> Prognosis) April 25 (Exercise Day) 1700 MST Surface (12 hour1.388889e-4 days <br />0.00333 hours <br />1.984127e-5 weeks <br />4.566e-6 months <br /> Prognosis) April 25 (Exercise Day) 1100 MST Radar Summary Chart April 25 (Exercise Day) 1700 MST Radar Summary Chart April 25 (Exercise Day)

NOTE: Assume all prognosis are perfect prognosis. Assume 6 mb non-standard spacing between isobars on all surface charts.

k 1

A

g Site 500 1$ : Initial Analysis VALID: 1200Z (0500L EST)

April 25, 1990 128

L 500 IS: 12 IIOUR PROGNOSXS VALID: OOOOZ (5pm HST 25 April) 26 April 1990

0 g Site 700 rm: INITIAL ANALYSIS VALID: 5 am HST April 25, 1990 (12Z April 25, 1990)

ih g Site 700 >N: 12 1IOUR PROGNOSIS VALID: 5pm tlST 25 April 1990 (OOZ 26 April 1990)

t g Site SURFACE: INITIAL ANALYSIS VALID: 5am HST 25 April 1990 (12Z 25 April 1990) iP8 NOTE: Assume 6mb non-standard spacing between isobars

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SURFACE: 6 llOUR PROGNOSES VALID: 1l.am HST April 25, 1990 (187. Aoril 25, 1990)

NOTE: Assume 6mb non-standard spacing between isobars

A, I Site SUREACE: 12 llour Prognosis VALIJ): 5pm HST April 25, 1990 (OOZ April 26, 1990)

NOTE: Assume 6mb non-standard spacing between isobars

g Site RADAR SUMlARY VALID: 5 am HST, April 25, 1990 (12Z April 25, 1990) i 8

g Site RADAR SUPBfARY VALID: liam HST April 25, 1990 (18Z April 25, 1990)

0 g Site RADAR SUEHiARY VALID: 5pm >1ST 25 April 1990 (00Z 26 April 1990)

XERCI E MEDICALEMER ENCY DATA II

]

APPENDIX M XER ISE MEDI AL EMER ENCY DATA NOTE This Appendix contains data on the simulated contaminated injury including: onsite, transport and the participating offsite treatment facility (Good Samaritan Hospital).

PAGE Exercise Medical Emergency Scenario Guide App-M-1 Exercise Medical Scenario Messages App-M-9 APS/P VNGS App-M-i

u 1

EXERCISE MEDICAL EMERGENCY CONTROLLER GUIDE MEDICAL SCENARIO ANTICIPATED ACTIONS GENERAL SCENARIO: Medical Emer enc Scene:

A plant Chemistry Technician and a Radiation Protection Technician were (Unit 3 Aux Bldg 140'est simulated to have been inside the Unit 3 Containment performing the Wrap Room Outside the monthly surveillance sampling requirement on Safety Injection Tanks (74ST- Containment Personnel 9SI01, Safet In'ection Tank Boron Surveillance Test) when the RCS hotleg Access Airlock.)

began to leak into the Containment. The Chem. Tech is simulated to have slipped and fallen from one of the SIT sampling areas, spilling the sample The Medical Controller at on them both in the fall. The Chem. Tech has taken a blow to the head, the scene (C-4x) should cut the right cheek and severely gashed the left forearm. The RP Tech initiate the medical drill helped the Chem Tech into the U3 Aux Bldg 140'est Wrap Room just outside by having the assigned RPT the personnel access airlock. The Chem Tech is semi-conscious and is call in the injury from the facing shock as a result of the injuries and associated blood loss. 140'est Wrap on X4444.

When EMT's, Security and respond, they will find the simulated victims moulaged Note: Initial medical information (non-EMT) for both victims is and staged at the airlock.

supplied by Messages f10-14 of Appendix B. The remainder of the Medical Emergency data is provided from this Appendix.

Medical Emer enc Initiation: Securit Of ficer:

The victim is wearing protective clothing (Skullcaps, coveralls, Radio in the situation.

Establish and maintain gloves and shoecovers). Containment vital access.

Chem Tech:

CAS:

Semi-conscious Report the situation to Bleeding profusely from: The Security Shift Captain, 4" gash inside left forearm (SSC). Follow procedure 5 2" gash on right cheek 14AC-OFP02, Emergency Noti-fication and Response.

APS/PVNGS App-M-1 90EXER

EXERCISE MEDICAL EME GENCY CONTROLLER GUIDE MEDICAL SCENARIO ANTICIPATED ACTIONS EMT Arrival: EMT:

Communications are estab-Chem Tech: lished between Fire Protec-Respiration: tion, Medical and Security.

24 Medical is requested to respond to the scene. Vital Pulse: 110 signs and patient condition are assessed. Protective B/P: 130/70 clothing is removed to Skin: Warm Dry facilitate treatment.

& Pressure dressings are Pupils: applied to control bleeding.

Sluggish ECG: Sinus Tachycardia Semi-conscious but responsive to verbal stimuli. Confused and has difficulty remembering the incident. Copious bleeding Medical:

from the left forearm and right Respond to the scene.

cheek.

U3 CR:

Ensure that Radiation Protection (RP) responds.

Initial Radiolo ical Conditions: RPTs:

Initial radiological conditions at the medical emergency scene are Perform initial surveys to given in Messages 59-13 of Appendix B. All further medical emergency determine contamination of radiological data will be provided from this Appendix. victims and area. Report findings to the EMTs/Medical Immediate Victim Area: (per smear of 100 cm2) 1,000 to 1,500 cpm>bkg and the U3 CR.

Areas other than victims: (per 100 cm2 smear) As Read Radiation Levels: As Read Victim's PCs: 3,000 to 5,000 cpm>bkg Wounds and exposed skin: 2,000 to 5,000 cpm>bkg APS/PVNGS App-M-2 90EXER

1'i 4

EXERCISE MEDICAL EMERGENCY CONTROLLER GUIDE MEDICAL SCENARIO ANTICIPATED ACTIONS Radiation Protection Technicians RPTs Res ond: RPTs:

After the initial quick assessment of radiological conditions, the While EMTs/Medical are following detailed radiological data should be ascertained by the RPTs: performing initial treatment RPTs should be performing General Radiolo ical Conditions: detailed radiological surveys of the victims and Chem Tech and RPT SIDs: 10 mr the area. In general, Radiation Level: As Read radiation and contamination Airborne Radioactivity: As Read other than that. detailed is Smearable in immediate vicinity nAs Read (per 100 cm2 smear): 1,000 to 1,500 cpm>bkg Smearable in surrounding areas (per 100 cm2 smear): As Read Chem Tech: RPT:

PCs (general): 2500 cpm>bkg PCs (general): 3000 cpm>bkg Left sleeve: 3000 cpm>bkg Left coverall leg: 3500 cpm>bkg Gloves: 3000 cpm>bkg Gloves: 3500 cpm>bkg Shoe covers: 5000 cpm>bkg Shoe Covers: 5000 cpm>bkg After PC removal After PC removal Left Forearm: 2500 cpm>bkg Left Upper Chest: 5000 cpm>bkg Face, Right Cheek: 1000 cpm>bkg Face: 500 cpm>bkg Hands: 1000 cpm>bkg Hands: 500 cpm>bkg All Other Areas: As Read All Other Areas: As Read AO:

All areas As Read APS/PVNGS App-M-3 90EXER

'1 ll t

EXERCISE MEDICAL EMERGENCY CONTROLLER GUIDE MEDICAL SCENARIO ANTICIPATED ACTIONS Initial Treatment:

(During the initial patient treatment and preparation for transport) As soon as the patient is stabilized and the Chem Tech: initial radiological status is verified,.he should be Respiration: 24 set up for movement with timely contamination control Pulse: 116 to the U3 First Aid room/

Medical Facility.

B/P 128/74 RPTs:

Skin: Cool & Dry Support the stretchering and transport of the victim Pupils: Sluggish to the U3 First Aid Room/

Medical Facility. Provide ECG: Sinus Tachycardia contamination control with minimal interference during Patient is lapsing in and out movements, and followup decon of consciousness. Complaining and monitoring. Provide of headache and pain in the decon and monitoring of the in the left arm. contaminated RPT.

APS/PVNGS App-M-4 90EXER

0 EXERCISE MEDICAL EMERGENCY CONTROLLER GUIDE MEDICAL SCENARIO ANTICIPATED ACTIONS Secondar Treatment: (Site Medical in the U3 First Aid Room/Med Facil.) Medical:

Medical evaluation of the patients prior .to transport: Perform evaluation and prepare for AirEvac Chem Tech: transport to Good Samaritan.

Call AirEvac for immediate Respiration: 28 transport. Stabilize the patient and begin decon Pulse: 120 efforts. Notify Good Samaritan, Security and the B/P: U3 CR of the impending transport.

ECG'24/76 Skin: Cool & Dry Fire Protection:

Bring the site ambulance Pupils: (R) Dialated (L) Pin Point into the Protected Area'nd Sinus Tachycardia "

stand by for transport.

Patient is Un-conscious.

Forearm laceration is Pass the site ambulance approximately 10 cm in through the Sally Port and lenght and deep (to the bone). prepare for egress.

There is arterial bleeding, muscle and tendon damage. RPTs Bleeding is controlled by Continue to monitor and pressure dressing. The assist in decontamination laceration on the right cheek efforts. Prepare to provide is approximately 4 cm in length coverage in transport.

and exposing the bone. There is possible muscle/tendon damage.

APS/PVNGS App-M-5 90EXER

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EXERCISE MEDICAL EMER(AGENCY CONTROLLER GUIDE MEDICAL SCENARIO ANTICIPATED ACTIONS Secondar Treatment: (Prior to AirEvac transport) RPTs:

Decontamination efforts prior to helicopter transport in the U3 First Any decontamination effort Aid Room/Medical Facility: (eg: irrigation, wet wipes, Chem Tech:

etc.) will reduce the contamination on the Chem Tech to the indicated level Face and Cheek:500 cpm>bkg but no lower.

Hands: 500 cpm>bkg Left Forearm: 1500 cpm>bkg Patient Condition Durin AirEvac Trans ort: Medical:

The helicopter floor Chem Tech: is covered for contamination control. Attending EMT(s)

Respiration: 28 wear protective clothing and dosimetry. An RPT accompa-Pulse: 120 nies the victim for radiological assistance.

B/P: 124/76 EMTs treat the patient on route and update the hospi-Skin: Cool and Dry tal by radio.

Pupils: (R) Dialated (L) Pin Point Assists in the arrival and

.ECG Sinus Tachycardia departure of the helicopter.

Notifies the U3 CR of the Patient is Un-conscious. departure.

Medical:

Notifies Good Samaritan of AirEvac departure and Note: patient on the way.

These conditions will remain constant throughout the transport to Good Samaritan Hospital.

APS/PVNGS App-M-6 90EXER

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EXERCISE MEDICAL EMERGENCY CONTROLLER GUIDE MEDICAL SCENARIO ANTICIPATED ACTIONS Arrival at Good Samaritan Hos ital: At the REA Entrance:

The helicopter arrives.

Chem Tech: The hospital medical team Respiration:

begins immediate triage.

24 EMTs report pertinent information. RPT reports Pulse: 112 radiological status, dons protective clothing B/P: 120/78 provided by the medical team and accompanies the Skin: Warm and Dry team into the treatment room Pupil: (R) Dialated (L) Pin Point ECG Sinus Tachycardia Patient is Un-conscious.

In the REA: In the REA:

Initial Medical Treatment: Patient's remaining cloth-ing is removed. Appropriate Victim 1: medical and nursing care is initiated. As determined by Respiration: 20 the Physician, radiological Pulse: 100 surveys are performed and B/P: 120/80 samples are collected. All Skin: Warm and Dry surveys should be correctly Pupils: (R) Dialated (L) Pin Point documented and all samples ECG Normal Sinus Rhythm correctly labeled. Priori-X-ray: No Fractures ties are established for CT Scan: Significant Bleeding decontamination. Appropriate pH: 7.44 techniques are utilized for P02: 120 decon. Surveys are perform-PC02: 35 ed and documented. The RPT 02 Sat: 99~o makes recommendations and Bicarb: 23 maintains control of waste.

Area levels are kept ALARA.

APS/PVNGS App-M-7 90EXER

P EXERCISE MEDICAL EME GENCY CONTROLLER GUIDE MEDICAL SCENARIO ANTICIPATED ACTIONS In the REA: In the REA:

Contamination Levels and Decon Results: The readings in cpm are to be given to the RPT as Chem Tech: surveys are properly taken after each decontamination Right Cheek: 500 cpm>bkg process. Nasal smears taken Hands:

Left Forearm:

500 cpm>bkg 1500 cpm>bkg if any, are all to read .

Background/As Read during the entire treatment process After First Decon:

The Physician, in consul-Chem Tech: tation with the RPT or a Medical Physicist, deter-Right Cheek: 500 cpm>bkg mines when decontamination Hands: 100 cpm>bkg has been satisfactorily Left Forearm: 1000 cpm>bkg completed. At this point, the patient is transferred After Second Decon: from the REA while maintain-ing control of contamination Chem Tech: A Radiology Technician (in the buffer zone) performs Right Cheek: 100 cpm>bkg the exit surveys on the Hands: Background/As Read patient and gurneys.

Left Forearm: 500 cpm>bkg The RPT assists Medical After Third Decon: personnel with the removal of protective clothing.

Chem Tech: Proper step-off-pad proced-ures are utilized. Complete Right Cheek: Background/As Read body frisks are performed.

Hands: Background/As Read Dosimetry is collected and Left Forearm: Background/As Read documented. APS/PVNGS personnel assume responsi-Exit Surve s: bility for decontamination Patient: Background/As Read (all areas) and clean-up of the REA.

Gurneys: Background/As Read (all areas)

Staff: Background/As Read (after removal of protective clothing)

APS/PVNGS App-M-8 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4a TO: EMT MESSAGE NO.: M 1 TIME: 0925 A rox.

LOCATION: Unit 3 Aux Bld 140'est Wra INSTRUCTION:

Provide the following information to the EMT as vital signs are taken during initial response to and evaluation of the victim.

APS/PVNGS 'App-M-9 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

@MT LOCATION: Unit 3 Aux Bld 140'est Wra MESSAGE:

Vital Signs on initial evaluation:

Chem Tech: RPT:

Resp: 24 Resp: 32 Pulse: 110 Pulse: 112 B/P: 130/70 B/P: 1-3 0/74 Skin: Warm & Dry Skin: Warm 6 Dry Pupils: Sluggish Pupils: Active, Equal ECG: Sinus Tachycardia ECG: Sinus Tachycardia Semi-conscious but responsive Exhibits stress and exertion to verbal stimuli. Confused induced mild heat exhaustion.

and has difficulty remembering No indicated medical problems.

the incident. Copious bleeding from the left forearm and right cheek.

APS/PVNGS App-M-10 90EXER

MEDICAL CON ROLLER NSTRUCTION FROM C-4d TO'PT MESSAGE NO.: M 2 TIME: 0925 A rox.

LOCATION: Unit 3 Aux Bld 140'est Wra INSTRUCTION:

Provide the following information onl to the RPT as radiological surveys are taken during preparation for movement.

APS/PVNGS App-M-11 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: RPT LOCATION: Unit 3 Aux Bld 140'est Wra MESSAGE:

Results of radiological measurements taken during the preparation for movement to the U3 First Aid Room/Medical Facility:

General Information:

Both victim's SIDs: 10 mr Radiation Level: 5 mr Airborne Radioactivity: As Read Smearable Contamination in immediate vicinity, (per 100 cm'mear): to 1500 cpm>Bkg

'000 Smearable Contamination in surrounding areas, (per 100 cm'mear): As Read Chem Tech: RPT:

PCs (general): 2500 cpm>Bkg PCs (general): 3000 cpm>Bkg Left Sleeve: 3000 cpm>Bkg Left PC Leg: 3500 cpm>Bkg Gloves: 3000 cpm>Bkg Gloves: 3500 cpm>Bkg Shoe Covers: 5000 cpm>Bkg Shoe Covers: 5000 cpm>Bkg AFTER PC REMOVAL Left Forearm: 2500 cpm>Bkg Left Chest: 5000 cpm>Bkg Face, Right Cheek: 1000 cpm>Bkg Face: 500 cpm>Bkg Hands: 1000 cpm>Bkg Hands: 500 cpm>Bkg All Other Areas: As Read All Other Areas: As Read APS/PVNGS App-M-12 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4a TO: EMT MESSAGE NO.: M 3 TIME: 0925 A rox.

LOCATION: Unit 3 Aux Bld 140'est Mra INSTRUCTION:

Provide the following information to the EMT as vital signs are taken during preparation for movement.

APS/PVNGS App-M-13 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL)

TO EMT MESSAGE NO.: M 3 TIME: 0925 A rox.

LOCATION: Unit 3 Aux Bld 140'est Wra MESSAGE Vital Signs on preparation for movement to the U3 First Aid Room/Medical Facility:

Chem Tech:

Resp: 24 Pulse: 116 B/P: 128/74 Skin: Cool & Dry Pupils: Sluggish ECG: Sinus Tachycardia Patient is lapsing into and out of consciousness. Complaining of headache and,pain in the left arm when conscious.

APS/PVNGS App-M-14 90EKER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4a TO: EMT Medical Re resentative MESSAGE NO.: M 4 TIME: 1000 A rox.

LOCATION: Unit 3 First Aid Room Medical Facilit INSTRUCTION:

Provide the following information to the Site Medical Representative when examination/evaluation of the victim is performed.

APS/PVNGS App-M-15 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IG A DRILL!

TO: MT Medical Re resentative MESSAGE NO M 4 TIME: 1000 A rox.

LOCATION: Unit 3 First Aid Room Medical Facilit MESSAGE:

When the patient is examined and evaluated by Site Medical Representative:

Vital Signs on initial evaluation:

Chem Tech:

Resp: 28 Pulse: 120 B/P: 124/76 Skin: Cool & Dry Pupils: (R) Dialated (L) Pin Point ECG Sinus Tachycardia Patient is Un-conscious. Forearm laceration is approximately 10 cm in length and deep (to the bone). There is arterial bleeding, muscle and tendon damage. Bleeding is controlled by pressure bandage. The laceration on the right cheek is approximately 4 cm in length and exposing the bone. There is possible muscle/tendon damage.

APS/PVNGS App-M-16 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4a TO: ~RPT EMT LOCATION: Unit 3 First Aid Room Medical Facilit INSTRUCTION Provide the following information to the and subsequent resurvey is performed.

RPT if decontamination Contamination levels will remain as before until decontamination activities are performed. After initial decontamination, the following numbers will remain unchanged until arrival at the offsite treatment center.

App-M-17 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: R~PT EMT MESSAGE NO.: M 5 TIME: 1015 A rox.

LOCATION: Unit 3 First Aid Room Medical Facilit MESSAGE:

Initial decontamination efforts yield the following results:

Chem Tech: RPT:

Left Forearm: 1500 cpm>Bkg Left Chest: As Read Face, Right Cheek: 500 cpm>Bkg Face: As Read Hands: 500 cpm>Bkg Hands: As Read All Other Areas: As Read All Other Areas: As Read APS/PVNGS App-M-18 90EXER

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CONTINGENCY MEDICAL CONTROLLER INSTRUCTION FROM: C-4a TO: Site Medical Re resentative MESSAGE NO.: M A TIME: 1030 A rox.

LOCATION: Unit 3 First Aid Room Medical Facilit INSTRUCTION:

CONTINGENCY MESSAGE If the Site Medical Representative has not contacted Good Samaritan Hospital or ordered the transport of the victims by AirEvac helicopter by this time, deliver the folloving message.

Note:

Due to the high level of subjectivity involved in a medical diagnosis and the lack of subtlety inherent in the simulation of medical symptoms, it may be necessary for the continuity of the medical scenario to intervene at this time. This should not be interpreted as a lack of performance on the part of the medical representatives, but instead a need of the scenario.

APS/PVNGS App-M-19 90EXER

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MEDICAL EXERCISE CONTINGENCY MESSAGE FORM THIS IS A DRILL.'O:

Site Medical Re resentative MESSAGE NO.: M A TIME: 1030 A rox.

LOCATION: Unit 3 First Aid Room Medical Facilit MESSAGE:

Due to needs of the medical scenario, contact Good Samaritan Hospital and request AirEvac helicopter transport of the victim at this time.

APS/PVNGS App-M-20 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4a TO: EMT AirEvac Attendants

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MESSAGE NO.: M 6 TIME: 1 00 A rox.

LOCATION: Site Heli ad INSTRUCTION:

Provide the following information to the EMT/AirEvac Attendants upon examination after loading into the helicopter.

The patient's condition will remain constant while enroute in the helicopter. Supply the following statistics to the attending EMTs as often as they perform the diagnostics.

APS/PVNGS App-M-2 1 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: EMT AirEvac Attendants MESSAGE NO.: M 6 TIME: 1100 A rox.

LOCATION: AirEvac Helico ter MESSAGE:

Patient status at site helicopter loading:

Chem Tech:

Resp: 28 Pulse: 120 B/P: 124/7 6 Skin: Cool & Dry Pupils: (R) Dialated (L) Pin Point ECG: Sinus Tachycardia Patient is un-conscious but responsive to pain. Forearm laceration is approximately 10 cm is length and deep (to the bone). There is arterial bleeding, muscle and tendon damage. Bleeding is controlled by pressure bandage. The laceration on the right cheek is approximately 4 cm in length and exposing the bone. -There is possible muscle/tendon damage.

APS/PVNGS App-M-22 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4b TO: Good Samaritan Medical Team MESSAGE NO.: M 7 TIME: 1130 A rox.

LOCATION: Good Samaritan Hos ital INSTRUCTION:

Provide the following information to the Good Samaritan Medical Team as initial examinations are performed upon arrival.

APS/PVNGS App-M-23 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: Good Samaritan Medical Team MESSAGE NO.: M 7 TIME: 1130 A rox.

LOCATION: Good Samaritan Hos ital MESSAGE:

Patient status upon arrival at the Hospital:

Chem Tech:

Resp: 24 Pulse: 112 B/P: 120/78 Skin: Warm & Dry Pupils: (R) Dialated (L) Pin Point ECG: Sinus Tachycardia Patient is Un-conscious but responsive to pain. Forearm laceration is approximately 10 cm in length and deep (to the bone). There is arterial bleeding, muscle and tendon damage. Bleeding is controlled by pressure bandage. The laceration on the right cheek is approximately 4 cm in length and exposing the bone. There is possible muscle/tendon damage.

APS/PVNGS App-M-24 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4b TO: Good Samaritan Medical Team MESSAGE NO.: M 8 TIME: 1130 A rox.

LOCATION: In the REA INSTRUCTION:

Provide the following information to the Good Samaritan Medical Team as initial treatment is performed in the REA.

APS/PVNGS App-M-25 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS ZS A DRILL.'O:

Good Samaritan Medical Team MESSAGE NO.: M 8 TIME: 1130 A rox.

LOCATION: In the REA MESSAGE:

Patient status upon treatment in the REA:

Chem Tech:

Resp: 20 Pulse: 100 B/P: 120/80 Skin: Harm & Dry Pupils: (R) Dialated (L) Pin Point ECG: Normal Sinus Rhythm X-ray: No Fractures CT Scan: Significant Bleeding pH: 7.44 PO,: 120 PCO,: 35 O, Sat: 99>o Bicarb: 23 APS/PVNGS App-M-26 90EXER

l MEDICAL CONTROLLER INSTRUCTION FROM: C-4b TO! RPT MESSAGE NO.: M 9 TIME: 1130 A xox.

LOCATION: In the REA INSTRUCTION:

Provide the folloving radiological information to the RPT as the initial patient surveys are performed in the REA.

APS/PVNGS App-M-27 90EXER

l, MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL TO: RPT MESSAGE NO.: M 9 TIME: 1130 A rox.

LOCATION: In the REA MESSAGE:

Initial radiological survey results:

Chem Tech:

Left Forearm: 1500 cpm>Bkg Face, Right Cheek: 500 cpm>Bkg Hands: 500 cpm>Bkg All Other Areas: As Read APS/PVNGS App-M-28 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM C-4b TO RPT MESSAGE NO.: M 10 TIME: 1145 A rox.

LOCATION: In the REA INSTRUCTION:

Provide the following radiological information to the RPT as the survey is performed after the initial decontamination.

APS/PVNGS App-M-29 90EXER

1 MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILLs TO: RPT MESSAGE NO.: M 10 TIME: 1145 A rox.

LOCATION: In the REA MESSAGE:

Post-Decon radiological survey results:

Chem Tech:

Left Forearm: 1000 cpm>Bkg Face, Right Cheek: 500 cpm>Bkg Hands: 100 cpm>Bkg All Other Areas: As Read APS/PVNGS App-M-30 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM C-4b TO: RPT LOCATION: In the REA INSTRUCTION:

Provide the following radiological information to the RPT as the survey is performed after the second decontamination.

APS/PVNGS App-M-31 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL.'O:

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RPT MESSAGE NO.: M 11 TIME: 1200 A rox.

LOCATION: In the REA MESSAGE:

Post-Decon radiological survey results:

Chem Tech:

Left Forearm: 500 cpm>Bkg Face, Right Cheek: 100 cpm>Bkg Hands: As Read All Other Areas: As Read APS/PVNGS App-M-32 90EXER

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MEDICAL CONTROLLER 1NSTRUCTION FROM: C-4b TO: RPT MESSAGE NO.: M 12 TIME: 1215 A rox.

LOCATION: In the REA INSTRUCTION:

Provide the following radiological information to the RPT as the survey is performed after the third decontamination.

APS/PVNGS App-M-33 90EXER

MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILLS TO RPT MESSAGE NO.: M 12 TIME: 1215 A rox.

LOCATION: In the REA MESSAGE:

Post-Decon radiological survey results:

Chem Tech:

Left Forearm: As Read Face, Right Cheek: As Read Hands: As Read All Other Areas: As Read APS/PVNGS App-M-34 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4b TO: RPT Radiolo Tech.

LOCATION: At the REA exit INSTRUCTION:

Provide the . following information to the RPT and Radiology Technician after the transfer of the patient and the Medical Team has exited the REA, removed protective clothing and been whole-body frisked.

APS/PVNGS App-M-35 90EXER

r MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILLS TO: RPT Radiolo Tech.

MESSAGE NO.: M 13 TIME: 1230 A rox LOCATION: At the REA exit MESSAGE:

After the transfer of the patients, proper exit and removal of protective clothing by Medical Team personnel survey/status is:

Patient: All Areas Background Gurneys: All Areas Background Medical Team Members: All Areas Background APS/PVNGS App-M-36 90EXER

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MEDICAL CONTROLLER INSTRUCTION FROM: C-4b TO: Medical Team MESSAGE NO.:,M 14 TIME: 1240 A rox.

LOCATION: At the REA exit INSTRUCTION:

After the Medical Team has satisfactorily demonstrated their performance, the patient has been radiologically released and the team has successfully exited the termination message.

REA, provide the following Drill APS/PVNGS App-M-37 90EXER

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MEDICAL EXERCISE MESSAGE FORM THIS IS A DRILL)

TO: Medical Team MESSAGE NO.: M -'4 TIME: 1240 A rox.

LOCATION:,At the REA exit MESSAGE:

The Radiological Medical Emergency Drill is terminated. An in-place critique and discussion will take place with the Controllers.

APS/PIGS App-M-38 90EXER

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