ML20006F806
| ML20006F806 | |
| Person / Time | |
|---|---|
| Site: | Browns Ferry  |
| Issue date: | 11/04/1987 |
| From: | Bolch M, Freeman B, Howard S TENNESSEE VALLEY AUTHORITY |
| To: | |
| Shared Package | |
| ML20006F778 | List: |
| References | |
| NUDOCS 9003010192 | |
| Download: ML20006F806 (547) | |
Text
{{#Wiki_filter:. . . . . _ . ~ - . . . - . . . . _ . . . _ _ - - - . . . . . . I BRohmfS FERRY NUCLEAR PLANT l t. ANNUAL RADIOLOGICAL ENERGENCY EKERCISE SCENARIO l WOVEMBER 4, 1987 ; 1 , I l i i i Principally Prepared By: ] Michael E. Bolch j Benny C. Freeman l Steven R. Howard j Tony C. Jones j l Randy D. Ricketts , Stan W. Solley l Clenn D. Henry '
'f BFN TRAINING STAFF, TVA I
Terry E. Mayfield l l Nuclear Power Corporate Office, TVA ' t, Tom E. Adkins ] Nick S. Catron ' Ken K. King Doyle Pittman l1 Jeanie L. A. Polehn David L. Wall l Lanita Landers -
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i I i i This is a copy of the 1987 Browns Ferry Nuclear Plant (BFN). Exercise , Controllers Packa5e. All information contained in the packaSe is t GQ HID RT MI. Until after the exercise. Please ensure that your copy is ! kept in a secure place when you are not usin5 it. Do not discuss details l of the exercise with anyone other than another controller. - G2 Copy No. W Rev. No. / i h, 3257E l l l
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E 'l p ! i BROWNS FERRY NUCLEAR PLANT (BFN) ; 1987 EKERCISE AND DRILL DEVELOPMENT TEAN
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(, MAEg Oraanization Location Phone f Nick S. Catron Emergency Preparedness Chattanooga 0718 ] David L. Wall Emergency Preparedness Chattanooga 0719 Tom E. Adkins Emergency Preparedness Chattanooga 0704 ; Ken K. King Emergency Preparedness Chattanooga 0721 ; Stan W. Solley Electrical Maintenance BFN 3889 Sud R. Howard RADCON BFN 3899 Mike E. Bolch Site Svs (REP) BFN 2038 Benny C. Freeman Instrument & Controls BFN 3128 T. G. Jones Operations BFN 3793/3190 Randy D. Ricketts Chemical BFN 2466 Steve Armstrong Chemical BFN 2466 Van G. Gordon NSS BFN 3152
' Allen W. Thibodeaux Mechanical Maintenance BFN 3163 Glenn D. Henry STA BFN 2497 W. T. Cooper RADCON BFN 3899 Ronald O. Lemke Fire Protection BFN 2468 Larry D. Long Fire Protection BFN 2468 Mike Scarborough RADCON BFN 3899 Lanita Landers N10 Chattanooga 8700 NSC:RKQ 3149E 09/21/87 O
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1 i CONTROLLER LOCATION AND TELEPHONE NUMBERS FOR BROWNS FERRY NUCLEAR PLANT (BFW) } GRADED EXERCISE ;
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Ragt Location Phone Number , t Nick Catron Lead U-1 Control Room 2432/2291 T. C. Jones U-1 Control Room 2432/2291 David Wall Lead TSC 2390/3851 Glenn Henry TSC 2390/3851 Mike Bolch TSC 2390/1851 Bill Thibodeaux Lead OSC 3081/3082 i Stan Solley OSC 3081/3082 Benny Freeman OSC 3081/3082 Ron Lemke OSC 3081/3082
- Larry Long OSC 3091/3082 ,
Ken King Lead Red Con 3803/3804 Rud Howard Rad Con 3803/3804 Bill Cooper Red Con 3803/3804 Mike Scarboro Rad con 3803/3804 - Vanessa Beers Rad con 3803/3804 Mike Lovell Rad Con 3803/3804 L Randy Ricketts Lead Chem. Lab 2367/2368 , Ted Noble Chem. Lab 2367/2368 O Steve Armstrong Chem. Lab 2367/2368-Van Gordon Lead Nuclear Security 3152 ' Tom Adkins Lead CECC 0642 Jeanie Polehn CECC 0620/0621 Lanita Landers Lead JIC (205) 355-8002/3893 3314E l O i W-. _. . - - - . - -
INTKODUCTION
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Annual exercises are required by regulation for each licensed consnercial nuclear power plant in the United States. The purpose of these exercises is to test Radiological Emergency Plans (REPS) to ensure that the health - and safety of Tennessee Valley Authority (TVA) engloyees and the general public are protected in the event of a radiological accident. These exercises also serve to train emergency response personnel for the duties under the REP and to observe the REP in action so that areas in need of improvement can be identified. 7 The TVA actions during the exercise will be evaluated by NRC, and the State and local actions will be evaluated by FCMA. NRC will issue a < formal inspection report concerning the exercise. This exercise will be initiated from the Browns Ferry Nuclear plant (BFN) control room on November 4, 1987 at approximately 0530 CST, and will have a duration of approximatley nine hours. The exercise will initially involve the onsite and offsite TVA emergency organizations. This will be full participation exercise because the State of Alabama and the risk counties will participate and will be evaluated by the Federal Emergency Management Agency. I Those participating in the exercise may include, but are not limited to, the following. A. bFN B. TVA Central Emergency Control Center (CECC), Chattanooga, Tennessee C. Alabama Emergency Management Agency (AEMA), Montgomery, Alabama D. Alabama Department of Public Health, Montgomery, Alabama i E. Lawrence County Government, Moulton, Alabama - F. Limestone County Covernment. Athens. Alabama I G. Morgan County Government. Decatur Alabama H. Lauderdale Count'; Government, Florence, Alabama
- 1. Tri-County District Health Services J. National kleather Service 0440E ,G CniidOCI!9I U 7
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-O. Local Support Agencies in Risk Counties P. . Alabama Department"of Safety (Highetsy Patrol) {
Q. Department of Energy , L
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BROWNS FERRY NUCLEAR PLANT (BFN) RADIOLOGICAL EMERGENCY PLAN (REP).EKERCISE
, GOALS AND OBJECTIVES The l'/87 BFW REP exercise will be a full-scale exercise requiring full participktion by TVA, State, and local emergency response cgancies.
Exercise Goals. = TVA's goals for the 1987 BFW exercise are as follows: 1._ W allow plant and offsite personnel to test snd demonstrate their response capability in accordance with the BFN REP and REP implementitcg procedures to protect the health and safety of TVA employees and the general public.
- 2. To ensure that weaknesses observed in previous exercises have been corrected.
- 3. To identify emergency response capabilities that are in need of !
improvement or revision. Exercise Objectives General Objectives:
- 1. Demonstrate the ability to alert and mobilize TVA emergency response personnel and to activate TVA emergenyr centers in a timely manner.
This exercise will be-initiated between the hours of midnight and 6 a.m. 3 Demonstrate the adequacy, operability, and effective use of emergency ' 3 communications equipment and the adequacy of the communications systems.
- 3. Demonstrate the ability of each emergency response facility manager to maintain command and control over all emergency response activities conducted from his facility throughout the exercise.
- 4. .
Demonstrate the primary functional responsibilities and/or ! problem-solving capabilities of emergency response personnel.
- 5. Demonstrate that timely and accurate information can be supplied to the State on a frequent basis.
- 6. Demonstrate that a timely and accurate flow of'information can be maintained between the plant and.the Central Emergency Control Center (CECC).
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v 3 j [Y D 17. Demonstrate the ability to effectively generate protective action i reconnendations. I Specific Objectives:
'A. Control Room Objectives 'l I
- 1. Demonstrate the ability of the Site Emergency Director (Shif t Engineer) to classify an emergency condition and make required-notifications in a timely manner.
- 2. Demonstrate the ability to formulate and implement initial onsite protective action measures for plant personnel, i
- 3. Demonstrate the precise and clear transfer of responsibilities 'l from the Control Room staff to the Technical Support Center !
i (TSC) staff.
- 4. ' Demonstrate the ability of the Shift Engineer to periodically inform Control Room personnel of the status of the emergency L situation and actions currently being planned by t.he TSC.
- 5. Demonstrate the ability of the Control Room personnel to L
maintain current-knowledge of equipment and plant status and corrective actions taken through timely, detailed log keeping.
- 6. Demonstrate the ability of the Control Room personnel to make a timely determination of the cause of an incident and perform mitigating actions to place the. unit in a safe and stable '
condition through effective command and control. B. TSC Objectives i , 1. Demonstrate the ability to alert and mobilize the TSC emergency 1 response personnel and to activate the TSC in a timely manner. 2. Demonstrate that erfective command and control occurs in the TSC. -
- 3. Demonstrato the primary functional responsibilities and problem' solving capabilities of the TSC staff in support of the Control Room staff's effort to identify the cause of the incident, mitigats the consequences of the incident, and place the unit in a safe and stable condition..
/ 4. Demonstrate the proficiency of th( Site Emergency Director in the TSC to classify an emergency condition based on current y plant conditions and the proficiency of the Site Director in directitas the overall site response and resources to support. the Site Emergency Director in accident mitigation activities. g Confidentid Drill Material DO NOT DNULG5
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- 5. Demonstrate the ability to direct and coordinate in-plant Rad Con surveys in order to formulate and implement onsite protective actions.
- 6. Demonstrate the ability to perform timely assessments of onsite radiological conditions to support the formulation of offsite {
j protective action reconnendations. *
- 7. Demonstrate the timely updating of TSC status boards. !
- 8. Demonstrate timely updating of the Operation Support Center (OSC) and the Control Room, and the transfer of technical [
information to the CECC. >
- 9. Demonstrate the ability to assemble onsite personnel within'the '
protected area and provide an accountability report to the site
. Emergency Director within 30 minutes af ter sounding the radtological emergency airons. ..
L 10. Demonstrate the ability to effectively control access to the ; site'and control rooms. ' C. OSC Objectives ~ i
- 1. Demonstrate the ability to alert and mobilize the OSC emergency
( response personnel and to activate the OSC in a timely manner. ( -
- 2. Demonstrate the ability of the OSC staff to initiate and f coordinate activities in an efficient and-timely manner through !
effactive command and control. >
- 3. Demonstrate that OSC teams are thoroughly briefed on plant' ]'
conditions. that adequate Rad Con support is provided before-being dispatched and that'the exposure of onsite emergency workers is controlled. 1- 4. Denionstrate that adequate communications are maintained between )- OSC teams.and the OSC and that each team is tracked in a timely p manner. '~
- 5. Demonstrate that there is adequate communications and efficient transfer of information between the OSC areas and the TSC, Rad con laboratory, and Chemistry laboratory. ;
- 6. Demonstrate the timely updating of OSC status boards.
D. Radiological Control and Chemistry Objectives
- 1. Demonstrate the ability to alert and mobilize Rad Con personnel in a timely manner.
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-2. -Demonstrate the ability of the Rad Con staff to perform effective in-plant and site boundary surveys during radiological emergencies.While following good Rad con and ALARA practices.
- 3. Demonstrate the ability to track changing radiological conditions through timely documentation of survey results.
- 4. Demonstrate timely and effective transfer of survey results from the Rad Con laboratory to the TSC and OSC.
- 5. Demonstrate the ability to track and control the exposure of onsite emergency workers.
- 6. Demonstrate a timely and efficient ac. . tion of the plant environmental monitoring van and the ar.ablishment of adequate
= communications with the TSC, RMCC, and/or CECC,
- 7. Demonstrate the ability to obtain and analyze samples drawn from
- the in-plant normal'or postaccident sampling systems to support plant radiation' release calculations.
- E. CECC Objectives
- 1. -Demonstrate that the Operations Duty Specialist makes the initial emergency notifications to the State and offsite TVA emergency personnel in a timely manner.
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- 2. Demonstrate the ability to alert and mobilize the CCCC emergency q response personnel and to activate the;CECC in a timely manner.
- 3. Demonstrate that the CECC Director makes a clear announcement when he determines-the CECC operational, maintains offortive connand and control in the CECC, and provides periodic briefings to the CECC staff.
- 4. Demonstrate the precise and clear transfer of accurate.
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information between the TSC staff and the CECC staff.
- 5. Demonstrate the ability of the CECO. staff to direct and coordinate the deployment of Radiological Monitoring Teams and' coordinate TVA dose assessment activities with those conducted by the State.
- 6. Demonstrate the ability of the Dose Assessment Team to obtain, analyze, and use onsite and/or offsite radiological conditions and meteorologica1'information to produce dose assessments to support formulating protective action recommendations and to provide the recommendations-to the CECC Director in a clear and timely manner, Confic'ei i,H M. - inte: ,cu DO NOT DIVULGE 'l
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;7. Demonstrate the ability to inform, update, and coordinate with ys' State Radiological Health personnel regarding meteorological, '
dose' assessment information, and plant status, f
- 8. Demonstrate the ability to periodically inform and update '
Radiological Monitoring Control Center (RMCC) emergency response personnel regarding the status of the emergency conditions. l
- 9. Demonstrate the ability of the CECC Plant Assessment Team to analyze current plant conditions, identify. projected trends and '
potential consequences . and make protective action recommendations to the CECC Director using the Protective Action Guide (PAG) logic diagram.
- 10. Demonstrate the ability of the CECC to provide periodic updates-ol-onsite status and provide protective action recommendations to the State in a clear and timely manner.
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- 11. Demonstrate the ability of the Core Damage Assessment Team to generate source term information in a timely manner.
- 12. Demonstrate a timely and effective flow of information between
- h. CECC Radiological'and Plant Assessment Tesas.
- 13. Demonstrate the timely updating of CECC status boards.
l l f( ) 14. Demonstrate that proper security is established and maintained for.the CECC. L
- 15. Demonstrate the ability to alert Federal and industrial emergency contacts as appropriate. .
F. Environs Assessment Activities .
- 1. Demonstrate the ability to coordinate Radiological Monitoring i s
Teams from the RMCC in conjunction with the State, a
- 2. Demonstrate the ability of the Radiological Monitoring Teams to efficiently and effectively utilize their procedures to perform L dose rate surveys, collection and analysis of radiological L samples, and other prescribed radiological monitoring activities.
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- 3. Demonstrate the ability of the monitoring teams to follow contamination control procedures under field conditions if warranted.
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- 4. Demonstrate the ability to control the exposure of offsite emergency workers.
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- 5. - Demonstrate effecti've command and control of radiological monitoring activities from the plant,-RMCC, and/or CECC as appropriate. ,
I G. Public Information Objectives
- 1. Demonstrate the ability to effectively provide timely and I accurate information to the public and coordinate periodic news media briefings with the State.
- 2. Demonstrate the ability of the JIC media monitors to function effectively as a key part of the rumor control system.
3. Demonstrate that the JIC Director exercises effective command and control of the TVA/JIC workroom.
- 4. Demonstrate the News Desk's ability to brief the press via !
telephone. H. Consnunications Objectives
- 1. Demonstrate the rep notification procedure throughout the notification chain, beginning at the BFN Control Room and extending to State and local authorities.
- 2. Demonstrate the adequacy of communications links between the plant and the CECC.
- 3. Demonstrate the adequacy of consnunications links between the t
CECC and the State Emergency Operations Center.-
- 4. Demonstrate the adequacy of conununications links between.the CECC and the-JIC. ,
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- 5. Demonstrate the adequacy of communication links between the CECC i and the RMCC. '
I. Exercise Conduct Objectives
- 1. Continue improvements of controller and evaluator performance through an increased level of participation.
w 2. Demonstrate the ability to adequately perform postexercise-critiques to determine any areas requiring additional capability improvement.
- 3. Provide t'caining for new emergency response personnel.
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[ -J. Credit will be taken'for the following required REP 6 rills. *
- 1. Environmental radiological monitoring drill.
- 2. Plant Rad Con drill. ' .I
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- 3. - CECC/ State connunications drill.
- 4. TSC/CECC connunications. drill.
S. CECC dose assessment drill. ' r
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xeygnp * ~s s BROWNS FERRY NUCLEAR PLANT 1987 GRADED EXERCISE NARRATIVE
SUMMARY
, 0 A _ ,/* Unit 1 is in the startup mode pulling control rods and just critical, the first rod was pulled at 0447 CST, with the Reactor Coolant System (RCS)-
fat.=1920 F and 0 psig._ This startup is following a five-day outage to fix the Main Turbine (MT) thrust bearing wear detector. Unit I core ' is approximately 50-percent into core life with RCS activity 1.5 pC1/gm ' dose equivalent I-131. Unit 2 is at 100-percent power steady state operation for the last 28 days. The core is near end of life. RCS activity is 2.6 yC1/gm dose > equivalent I-131 and has remained constant at that level for the last 25 days. The unit is in day 5 of a 7-day Limiting Condition for Operation (L.C.O.) in accordance with Technical Specification 3.5.E.2 due to the HPCI turbine being tagged to replace the main oil pump. Maintenance expects to complete the job and return the HPCI to operations next shift. All surveillance requirements for the HPCI Tnoperability have j been. completed and are not due again until tomorrow midnight shift. The IB Control Rod Drive (CRD) pump is tagged to repair the speed increaser. Maintenance expects- two additional days work before returning it to operations. Condensate demineralizer 2E' resin trap is tagged for replacement with the clearance just now issued to the Shif t Engineer. SI 4.1.B.10 on the Main Steam Line (MSL) rad monitors is due this shift
.and SI 4.11.A.1.a on the High Pressure Fire Protection Logic is in progress.
i Unit 3 is in a refueling outage with the core fully unloaded. Fuel is [\s.sb.\ being shuffled in the spent-fuel storage pool and feedwater nozzle work-inside the vessel is in progress. The spent fuel pool gates have been installed and RHR system loop I is in the supplemental fuel pool cooling l mode with-RHR pump _3C running. RHR pumps 3B and 3D are tagged and-E disassembled. The-CRD system is tagged for scram valve maintenance. Unit 3 Suppression Pool has~ been drained and torus modifications are in progress. The exercise begins with a postulated localized earthquake with sufficient acceleration to alarm seismic trigger operation at 1 0.lg and p cause noticeable onsite building movement.- The most obvious immediate damage is to the Condensate Storage Tanks (CST's) 1, 2, and 3 and to the switchyard. It is assumed that a majority of the ceramic insulators in the switchyard fail, causing a total loss of offsite power to.the plant. All Diesel Generators (D.G.). start and electrically tie onto their respective 4KV shutdown board. The "old" CST's are damaged to the extent that #1 and #3 are leaking through ruptured plates and #2 although not
' leaking, is sagging and-leaning taward the Northeast. An ALERT should be declared by the Shift Engineer (S. E.) at this time based on Unit 1 panel 9-4. alarm " Seismic Trigger A (B) (C) Reactor Building, El. 519".
Unit 1 and Unit 2 both have scrammed and the Main Steam Isolation Valves (MSIV's) have isolated. The control room operators will enter the Emergency Operating Instructions (E01's) and the S. E. should initiate BFN EPM-T. Inspection teams will be asrembled and begin inspecting all plant areas. Unit 1 will have been returned to shutdown cooling within 1 hour.
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3119E Confidential Drill hAaterial DO NOT DlVULGE
1 .- . The RCIC on Unit 2 is pumping to the v:ss31 cnd r0ceter pr:ssuro is being
-controlled by manual cperation of the Main Steam Relief Valves (MSRV) in accordance with E01-1 RC/p. Suppression Pool cooling is placed in service.in accordance with ROI-1 RC/Q and E01-2 SP/T. Recovery 0 _ operations continue until at approximately 1-1/2 hours into the exercise,
.an aftershock occurs. The aftershock is of sufficient magnitude to cause additional structural and component failures. All three "old" CST's collapse, the suppression pool drain line on Unit-2 fails and begins
. leaking'at'approximately 1200 spm, and a steam leak of approximately 1100 #/hr. develops on 2-FCV-73-3. This causes airborne contamination in i the Unit 2 reactor building. Control power to RCIC and the MSRY's is lost due to a problem in Unit 2 panel 15-32. This makes them both
. inoperable from the control room or panel 25-32. At this point, there is >
no high pressure makeup to the Unit 2 reactor. Thero is a possibility of losing the suppression pool as a heat sink due to tho leaking drain line. The MSRV's continue to operate in the pressure relief. mode. A SITE AREA EMERGENCY should be declared based on plant conditions. Unit 1
'is in shutdown cooling.
Unit 2 MSRV's continue to operate in the pressure relief mode and reactor water level continues to~ decrease. When the low reactor water level setpoint of -114.5" is reached at er 3 hours and 15 minutes, load shedding logic initiates,_ causing the Diesel Generator output breakers to trip open deenergizing the Units 1 and 2 4KV Shutdown Boards. The D.G.'s issnediately reenergize the 4KV Shutdown Boards and the RHRS, CSS, and. EECW pumps sequenc9 on line on Unit 2. Due to reactor. pressure, the LPCI and CSS pumps cannot inject so the operator stops all ei ht 5 pumps, overrides the containment cooling interlocks and realigns the RHRS to the I suppression pool cooling mode. The Reactor Bu % ding Closed Cooling Water ! (RBCCW) pump automatically restarts to supply cooling to the drywell
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essential loop. l Unit 2 reactor water level continues to decrease until the core begins to uncover. Maintenance continues to attempt repairs on the torus drain line and panel 25-32 and at approximately 4 hours into the event, the Unit 2 RCIC is repaired and can be used. When cooler suppression pool water is pumped into the reactor by the RCIC, it is postulated that l- severe fuel clad damage occurs due to the thermal shock. The extent of p' fuel clad damage is assumed to be 50-percent.
.l RCIC continues pumping the suppression pool to the reactor but due to the drain line leak, the pool level-continues to decrease. The decision is I made to transfer water from Unit 1 pool to Unit 2 pool. Reactor water l level eventually is restored to the normal range. Attempts to reenergize ir a 4KV Unit Board are successful as Shutdown Bus 2 is placed in the backfeed mode with "C" and "D" D.G.'s operating in parallel. 2A CCW pump is started and the operators begin equalizing the Main Steam Lines (MSL) I in order to open the MSIV's. l About 7-1/2 hours into the event, the MSIV's are opened and reactor pressure is being manually controlled by the operators through the Main
- Turbine Bypass Valves (BPV's). A hotwell pump and condensate h Confideadal Drill U mIm m:rw .2. l DO NOT DlVULGE
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<boodtcr pump.cre ctarted to cdd fecdwater to'the resetse when need:d, using.the normal fsedwater systea.- As the reactor'is.tepressurized, an
;offsite power line,: Trinity 161KY,' becomes available. The units are.
- removed from backfood and station service is' aligned to the Trinity 161EV
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- line via tho' start busses..
? About 2-1/2 hours"into the' event, th11t- 2 reactot' pressure has been.
reduced low enough that'the steam leak on 2-FCV-73-3 has stopped, reactor p water level is near normal and stable, and cooldown/depressurization is L continuing through the BPV's. The exercise will be. terminated at this point. 7 NSC: REQ
'3119E 15-87 h
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.Abnomal Operating Instruction N? ! ARM Area Radiation Monitor !
Assistant Shift Engineer
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-BD. Board :
BFN. Browns Ferry Nuclear Plant. I
- BPV Bypass Valve . -
CAM- . Continuous! Air Monitor
-CCW ~ Condenser Circulation Water g
CPS- Counts Per Second~ < j
-CRD Control. Rod Drive
- CSS- Core Spray System (
CST . Condensate Storege Tank ,:!
/DG, ' Diesel Generator- '
i g ECCS . Emergency Core Cooling System. .! Emergency Equipment Cooling Water
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$1 EECW~ l' < SOIf Emergency Operating Instruction 1: .ESF Engineering Safety Feature . J hj g :FC0 Flow Cut-Off L' 'FCV Flow Control Valve
'FW. JFeedwater GOI: . General' Operating Instruction GPM. Gallons Per Minute .
g HCV' ' Hand Control Valve
. HPCI .. :High Pressure Coolant Injection . .
'KV Kilovolt' l
[- (/ J KW LCO Kilovatt Limiting Condition for Operat an LOCA-_ LossLof Cooling Accident > LPCIS Low Pressure CoolantiInjection. I L MSIV- : Main" Steam Isolation Valve l- MSL . Main Steam Line
.MSRV- -Main Steam Relief Valve
,MT . Main Turbine ~
NIS- Nuclear Instrumentation System: OSC Operations. Support Center '
.PPMi Parts Per Million physi Physical Security Instruction RA= -Radiation Annunciation
- RB ' ; Reactor Building.
. RBCCW - Reactor Building Closed Cooling Water RCIC ~ Reactor. Core Isolation Cooling RCS- ' Reactor Coolant System'
-REP ' Radiological Emergency' Plan
_RHRS- Residual Heat Removal System V 'RR: Radiation Recorder O -RRP Reactor Recirculation Pump ' SD ' Shutdown SE Shift Engineer , SED' ~ Site. Emergency Director t
- SI. Surveillance Instruction
_r SRO . Senior Reactor Operator
*('O- ; TB TSC Turbine Building
' Technical Support Center.
-NSC:RKQ 9/21/87=
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ERERCISE'SCEWARIO .Page No.:1E LTIMELINE AND-
. CONTROLLER CUIDE SCENARIO EVENT DESCRIPTION COWTROLLER INSTRUCTIONS-TIME CST Initial Conditions package is handed-
-01:00 4:30A' out to all three Control Rocas and both S.E.'s (5). Earthquake >0.lg occurs. U-1 and'2 scram T=00:00 Player message to each C.R. 00:00 5:30A and isolate, off-site power is and each S.E. (5), describing events. lost, DC's start and tie on to boards. An alert should be declared by the S.E.' U-2 RCIC initiates, MSRV's operate. within about-15 minutet. Control room operators enter Emergency Operating Instructions (EOIs). U-2 Suppression Pool Cooling is placed T=00:05, C.R. player message (events),
'90:05 5:35A in service with 3 RHR pumps. Operators manually operate MSRVs per E01-1 RC/P.
Scram recovery in progress. Operators on unit 2 continue manually
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00:10 5:40A operating MSRVs to control primary system pressure. Reactor vessel level is:-52" on LI-3-58A, T=00:15, C.R. player message (rx. 00:15 5:45A and is slowly decreasing, reactor vessel parameters). If the S.E. has not declared an ALERT, or-is not in. pressure is 98G psig on PI-3-54 and increasing. Operators continue manually 'the process, direct him to do so.-
.Terating MSdVs.
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- N .. ~. . .r EKERCISE SCENARIO . Pag % No..'2:
TIMELINE AND CONTROLLER CUIDE SCENARIO TIME CST EVENT DESCRIPTION - CONTROLLER INSTRUCTIOBS
-00:20 5:50A Condensate Storage Tanks (CSTs) 1&3 T=00:20, C.R. player message low level alarm is-received in the (CST low level alarm).
unit 1 control' room. 00:30 06:00A Earthquake emergency procedure EPIP-24 T=00:30, The S.E. should have initiated, RCIC is still pumping 600 gym. ' initiated EPIP-24 by now. If
- he has not, or is not in the-process, direct him to do so.
00:40 06:10A Reactor ve .sel level has increased to -30** T=00:40, C.R. player message (shutdown.- on LI-3-58A and is a?owly increasing, cooling on U-1). U-1 is in shutdown cooling. l l 00:45 06:15A U-2 torus level is high due to MSRV T=00:45, C.R. player message operation. Onerators begin taking steps. (pumpdown torus). to lower the torus water level per procedures. 00:50 06:20A T=00:50, C.R. player message-(CST damage description).--
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>SCENA*110 TIME' CST EVEUT DESCRIPTION CONTROLLER INSTSUCTIONS 01:10' 06:40 Raactor vessel level.is 0" an LI-3-58A T=01:10, C.R.' player message:
and continues to slowly increase. (This (torus pumpdown). level corresponds to approximately 165** above the top of active fuel.) 01:30 07:00A Aftershock occurs. All of the CST's T=01:30, OSC player message, TSC' collapse, RCIC loses control power and player message, C.R. player message-trips, MSRV control power fails, a torus (3) describing aftershock. The :; drain line leak begins, HPCI steam supply S.E.D. should declare a Site Area-valve 2-FCV-73-3 begins leaking to the Emergency. Rx. Bldg. atmosphere. At this point in the scenario, there is no high pressure makeup to the reactor. 01:45 07:15A Earthquake inspection teams report a T=01:45, C.R. player message and OSC torus drain line leak on U-2. Torus player message (torus leak). The pumpdown is stopped. leak cannot be. repaired. If the S.E.D. has not decisted a SAE or is not in the process, direct him to do so. 01:50 07:20A Torus room flood level alan.t. T=01:50, C.R. player message. 01:55 07:25A 2-RM-90-57 alarms in the C.R. T=01:55, C.R. message (rad. alarm). Confidential Drill
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~SCEWAR10 TIME CST EVENT DESCRIPTION CONTROLLER INSTRUCTIONS l . 'i j' 02:00 J f 07:30A T=02:00, C.R. player message (CST collapse), PNL.25-32 controller, describe burned wiring and blown fuses as in panel 25-32 scenario.
02:10 07:40A ARM 2-RM-90-29 on elv. 519' (tcrus) alarms T-02:10, C.R. player message in U-2 CR. (radiation alarm). i l~02:15 07:4SA The reacter pressure is 1080 psig on PI-3-54 and increasing. l l l l l 02:30 08:00A Four MSRVs ope:. intermittently in the T=02:30, C.R. player message (MSRV pressure control mode as their setpoint opening). is reached. This results in a lowering of reactor water level since no makeup is available. 02:45 08:15A 2-RM-90-55 11atus in the C.R. T=02:45, C.R. message (rad. alarm). 03:00 08:30A Suppression Pool drain line leak is T=03:00, C.R. player message 1200 spr. (MSRV operation).
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CONTROLLER GUIDE j SCENARIO !- ' TIME _ CST EVENT DESCRIPTI'M CONTROLLER IBSTRUCTIONS. I I 03:15 08:45A Four MSRVs continue operating in
! pressure control mode lowering reactor i
water level and-increasing the suppression.
' pool temperature.
03:25 08:55A Reactor water level reaches the ECCS T=03:25, C.R. player message (2), TSC-initiation setpoint of -114.5". This player message, OSC player message causes'the D.G.'s to automatically (ECCS initiation). separate from the 4KV SD boards, load shedding logic initiates, D.G.'s then retie to the 4KV SD boards, LpCI initiates and core spray initiates. 03:30 09:00A ' Reactor water. level decreases to top T=03:30, C.R. player message (reactor.- of active fuel and continues decreasing. water level)." .> l "O" inches on LI-3-52 and 62.
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03:45 09:15A 'T=03:45, The 3.E.D. should have l declared a G.E. by now. If he has
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'TIMELINE AND CONTROLLER CUIDE-r SCE3RIO TIME' CST EVENT DESCRIPTION CONTROLLER INSTRUCTIONS i
I I 03:50 09:20A- Panel 25-32 repairs on RCIC control power T=03:50, Panel"25-32 controller, are completed. allow maintenance team to report-repair of RCIC control power to= OSC. 04:00 09:30A RCIC control power is restored, and RCIC T=04:00, C.R. player message, (RClc is in service 9 600 gpm. As the cooler repair). suppression pool water is pumped into the core severe fuel clad damage of 50% over a 1 hour period is postulnied. Reactor water level indication is lost due.to being below the range of all instruments. ! 04:30 10:00A Maintenance continues repair efforts in pul.'25-32 to restore MSRV control power. 05:00 10:30A ARM's 2-RM-90-26 and 28 on elv. 519' T=10:30, C.R. player message alarm in U-2 CR. (ARM alarms). Confidential Drill Material-DO NOT DIVULGE--
(- _ ,Q' ' [' EXERCISE SCENARIO Pag 2 Wo. 7.. TIMELINE AND COttiROLLER CUIDE
^
i-SCENARIO l ' TIME CST EVENT DESCRIPTION CONTROLLER INSTRUCTIONS
~
i l' l 05:05 10:35A Reactor water level is on scale on T=05:05, C.R. player message LI-3-52 and 62. reading -75" or about ' (reactor water level), 1/2 fuel height. ARM's 2-RM-90-20 on (radiation alarms). elv. 565','2-RM-90-14 on elv. 593' and 2-RM-90-9 on elv. 621' alarm in U-2 CR. I' l CS:10 10:40A 2-RM-90-50 alarms in the C.R. T=05:10. C.R. message (rad. alarm). 05:15 10:45A RCIC continues to provide high pressure -! makeup from the suppression pool. 05i30 11:00A Reactor water level has increased to T=05:00, C.R. player message , the top of active fuel. ARM 2-RM-90-4 (radiation alatin only). on elv. 639' alarms in U-2 CR. 1 05:40 11:10A The RHR drain system has been aligned T=05:40, C.R. player message (2) to pump U-1 torus to U-2 torus. (System alignment). i y
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- and U-1 torus is at 14'f, U-2 torus is (System aligrument).
at.at 14'. Reactor vessel water level continues to increase. '07:00 12:30P uw Unit Board 2A is energized by T=07:00, C.R. player message '
' backfeeding from shutdown bus 2 (backfeed).
with C and D D.C.'s. 07:05 12:35P 2A CCW pump is. started to charge U-2 T=0i:05, C.R. player message (events). intake tunnel and condenser. A mechanical vacuum pump is started to establish condenser vacuum. 07:10 12:40P Outboard MSIV's are opened, to charge T=97:10, C.R.~ player message (2) the main steam lines. RHR.is aligned (system alignments). to pump' U-1 torus to U-2 totus.
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- .SCENAR10..
TIME ' CST- EVENT DESCRIPTION. CONTROLLER INSTRUCTIONS 07:15 12:45P Shutdown bus 1 is placed in backfeed T=O7:15, C.R. player message with A and B D.G.'s. 4 KV Unit Board 2B . (backfeed). is energized. 07:20 12:50P RCIC flow is reduced to 500 span to T=07:20, C.R. player message maintain normal reactor water level. (equipment operation).- 2A Hotwell pump is started to charge condensate system. 07:25. 12:55P The Inboard MSIV's are open equalizing .T=07:25, C.R.. player message. the main ~ steam lines. The main turbine (main steam). bypass. valve is open.to begin reactor depressuration and cooldewn. E
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. TIMELINE'AND '
CONTROLLER GUIDE
. SCENARIO _
- TIME- CST EVENT DESCRIPTION CONTROf.i28 INSTRUCTIONS .-
507:40 01:10P -Torus water transfer is stopped with. T-07:40, C.R. player message (2)
~
U-1 torus at 12.5' and U-2 torus (equipment. ops.) at 12.5'. ' Reactor pressure is 750'psig on PI-3-54 and decreasing. RHR pump 2A is in'cuppression pool cooling. mode. 07:45 01:1SP '2A Condensate Booster Pump (CBP) is on T=07:45 C.R. Player message. to make up low pressure water to the .(C.B.P.). reactor. L 1 i \ l ! - _a.[,,,,..c. w . : : m n
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- TIME' CST EVENT DESCRIPTION CONTROLLER INSTRUCTIONS 07:53 01:20P . Main turbine. bypass valve opening is T=07:50, C.R. player message increased to 3-1/2 to increase- (B.P.V. ops.).
depressurization rate. l l;07:55 01:25P Reactor pressure is 350 psig,- T=07:55, C.R. player message. j 2A CBP is pumping to reactor vessel (RCIC O.O.S.). ,
- j. and RCIC is removed from service.
l l l-08:00 01:30P Reactor pressure continues to decrease. T=08:00, C.R. player message' l Trinity 161KV off-site power is restored. (Off-site power). t
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TIMELINE AND. CONTROLLER CUIDE rSCENARIO
. TIME CST EVENT DESCRIPTION CONTROLLER INSTRUCTICES-
- C8
- 15 01:45P Station service is aligned from Trinity T=08:15, C.R. player. message 161KV transformer. (System Ops.).
08:30 02:00P HPCI steam supply valve 2-FCV-73-3 steam
- leak- stops as reactor pressure decreases to 25 psig on PI-3-54.
C8:45 02:15P T=08:45, All controllers message, t TERMINATE EKERCISE. l' l , CSC:RKQ l 3137E l:9-22-87 l l I t h,~. (3i,..r : y~- - 1 FIrj!! 1 g ., . .
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1 PLAYER GROUND RULES 1987 BROWNS FERRY NUCLEAR PLANT ANNUAL EXERCISE
, Exercise Boecific Ground Rules
- 1. For this particular exercise, data will be periodically handed out in 2 sets in the control room.
- a. The first data set will be handed to the TSC commuunicator by the l
' Control Room Controller on 30-minute intervals. This data set -
will be Attachment A of BFN, IP-20. The initial data set will be handed to the TSC Consuunicator upon his arrival in the control room, and at his-request, following declaration of an ALERT condition, e -b. The second data set will be made available to the control room ll . operators on 5, 10 or 15-minute intervals. This data set will I 'be a compilation of selected primary control room indications. l- It will be in the form of a loose leaf notebook located on the operator's desk. The user may look back at pest data for j trending or reference. He may not look forward past the current data sheet or copy (xerox) the data sheets.
- 2. If necessary, the main control room controllers can verbally provide intermediate data if requested. ,
General Exercise Rules-l -, 1. Use actual clock time when reporting events to others and in your uA logs. '
- 2. Controllers are identified by red lettering on White background ;
colored arm bands marked " CONTROLLER."
)
Observers who will evaluate and grade your performance are identified u by blue-lettering on white background colored are bands marked "0BSERVER." 'I 1 Hot,g: All controllers are also observers. Visitors wear green lettering on white background colored arm bands marked " VISITOR" and are observing only for what they might learn l from the exercise.
- 3. Identify yourself by name and function as necessary to the exercise controllers and observers. This will be helpful.
{ usc:RKQ 09-01-87 2584E I l i
Le 7 1
- 4. Play out all actions. as much as possible in accordance'with your emergency plan and procedures as if it were a real escargency. Unless authorized by the controller, you.should p.,gi simulate your actions.
If authorized to simulate an action, tell the observer controller how , and when you would actually do them. Identify your actions to the controller. State whether you are going to play them out or simulate them, for your own benefit, it is recommended that you play out your actions as auch as possible. It j is to your advantage to exercise as many of your actions as possible..
- 5. Periodically speak out loud. identifying your key actions and decisions'to the controller and observers. This may seem artificial, but it will assist in the evaluation process and is to your benefit.
- 6. If you are in doubt, ask a controller for clarification. The controller will not prompt or coach you.
- 7. Controllers will periodically issue messages or instructions designed to initiate response' actions. You Elst accept these messages inunediately. They are essential to your successful performance.
- 8. If a controller intervenes with your play, it is for a good reason.
Obey controller's directions at all times. This is essential to the overall success of the exercise.
- 9. If you disagree with a controller, you can ask him/her to reconsider or consult with a lead controller as time permits. You must, however, accept his/her word as final and proceed.
- 10. Respond to the controller and observer questions.
- 11. You must not accept any messages / instructions from the observers. If they want to initiate actions, test you abilities, or give you
" surprises," they must work throuah a controller. This is essential.
to the overall success of the exercise.
- 12. You must play as if radiation levels actually are present, in accordance with the information you have received. This will require that you wear radiation desimeters, anti-contamination clothing, observe good radiation protection practices, and be aware of and minimize your radiation exposure.
NSC RKQ 09-01-87 2584E O
i L ,
.4
- 13. The controllers and observers are not subject (they are exempt) to '
responding to the simulated radiation levels in the emergency exercise scenario. Do not let them confuse you or cause you to act unwisely.
- 14. If you are entering normal nuclear station radiation areas, observe r all rules and procedures. No one (even the controllers and observers) is exagt from normal station radiological practices and procedures..
Fj2TI: DO NOT ENTER HIGH RADIATION AREAS IN THE PLANT WITHOUT AUTHORIZATION FROM THE CONTROLLER. FOLLOW ALARA PRINCIPLES. [ , 15. Demonstrate knowledge of your emergency plan, emergency operations, p and procedures. ' a l l 16. Utilize status boards, log books, etc. , as such as possible to document and record your actions, instructions, and reports to your co-players. This is very ig ortant.
- 17. Do not enter into conversations with the visitors.
- 18. You may answer questions directed to you by observers. If the question is misdirected to you or you do not know the answar, refer r' them to a controller, t
- 19. Keep a list of items you feel will ig rove your plans and procedures. If you will not be attending the exercise critique, provide year list of conunents to a controller or come other player to-present at the critique. A critique will be held in the TSC inunediately af ter the exercise is terminated. Ramanher one of the main purposes of the exercise is for you, the player, to assure yourself that you are prepared adequately.. Areas for improvement or lessons learned, when identified, will igrove TVA's overall emergency preparedness.
- 20. Follow all normal industrial safety, radiological protection, and security instructions. These take precedence over any exercise-requirements.
- 21. Please report any hazardous condition to a controller.
)
- 22. Always identify any exercise or drill information or data that you are reporting or giving to another player as " Drill Information Only."
- 23. If an actual emergency occurs during the exercise immediately inform a controller, terminate your participation in the exercise and respond as you normally would.
MSC:RKQ 09-01-87 2584E
.i 4
PLAYER MESSAGE
.j TO: Shift Engineer and Unit Operators .-V FRON: Control Room Controller LOCATION: Main Control Room [
DATE: November , 1987 TIME: Initial Conditions Clock Time (CST)
-MESSAGE-THIS IS A DRILL ,
DO NOT initiate actiora affecting normal plant operations. The 1987' Browns Ferry Nuclear Plant (BFN) Radiological Emergency Plan (REP) exercise sequence will begin shortly. Please prefix all messages and notifications which you make or are responsible ',
~for making with the words "THIS IS A DRILL. NO REAL EMERGENCY EXISTS." If g at any time during this exercise a-real emergency occurs, the Site Emergency
(' Director may terminate the exercise if he feels continuation of the, exercise may adversely affect the plant response to the real emergency. INITIAL CONDITIONS l Unit 1
+ Unit 1 is in the startup mode pulling control rods and is just critical.
l
+ Reactor Coolant System (RCS) temperature is 1920F at atmospheric pressure with both reactor recirculation pumps running.
+ Core life is approximately 50-percent with RCS activity 1.50 pCi/gm Dose '!
l Equivalent I-131.
+ A five-day outage to repair the Main Turbine thrust bearing went Jetector U has just been completed.
l. '~ THIS IS A DRILL
EUA i
-l 1
)
Unit 2
*: Unit 2 is at 100-percent power near End of Life (EOL); steady-state power ]
for last 28 days.
- RCS activity is 2.60 pCi/sm Dose Equivalent I-131 and has been at that level for the previous 25 days.
The unit is in day 5 of limiting condition for operation (LCO) 3.5.E.2 l because of High Pressure Coolant Injection (HPCI) taain oil pump replacenent. Maintenance expects to complete the work next shfft'. Surveillance Instructions (sis) for HPCI inoperability are complete for thin 24-hour. period. 1B Control Rod Drive (CRD) pump is tagged to repair the speed increaser and will not be available for two more days.
- Cond. Domin. 2E resin trap has teen tagged for replacement and the clearance just-issued to the Shif t Engineer (GE).
SI 4.11.A.1.a on the High Pressure Fire Protection Logic is in progress. ! SI 4.1.B.10 on the MSL rad monitors is due this shift. Unit 3
- In~a refueling outage with the core fully unloaded.
- The fuel pool gates are installed and Residual Heat Removal (RHR) pump 3C is in the supplemental fuel pool cooling mode.
l
- Fuel is being shuffled in the spent fuel storage pool.
i
* -Feedwater nozzle work inside the vessel it in progress.
- RHR punips .3B and 3D are tagged and disassembled.
- The torus is drained and torus modifications are in progress.
- The CRD system is tagged.
/ g NSC:RKQ f 3150E 9-14-87 l l l N 0. ov 1 l
.. - - . . . -.. ...~ . . - --
l y. PLAY R._M BEAGE
.To: Unit 1 Operators-FROM: Contrel Room Controller LOCATION: Main Control Room t
DATE: November 4, 1987 TIME: 00:00 Clock Time Qii)_Q(CST)
-MESSAGE- ,
f THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. L l *******************************************************************************-. l\ l You feel building motion. You have received the following alarms on panel 9-4. Start of Strong Motion Accelerometer" and " Seismic Trigger A (B) (C) Rose. Bldg. El.-519." The Unit has scrammed, the MSIV's have closed, and you have lost - power to 4KV Unit Boards and Shutdown Boards. The normal lighting is off. emergency D.C. lighting is on, and the Diesel Generators are starting. Begin-j; scram recovery and enter the E0I's. l l t l A i 1~ y L 1 { ******************************************************************************* THIS IS A DRILL
******************************************************************w************
3147E a
~ ,Confidenti?! Drill nds.'it) l DO NOT DIVULGE
.. .- . .. - ~- - .- --- - . ..
PLAYER MsSSAGE
' TO: Unit 2 Operators
- FROM: Control Room Controller LOCATION: Main Control Room DATE: November 4,1987
. TIME: 00:00 clock Time 05:30(CST)
-MESSAGE-THIS IS A DRILL DO NOT initiate action 9 affecting normal plant operations.
****************************************************wm*************************
You feel' building motion. The unit has scrammed and the MSIVs have closed and you have lost power to the 4KV Unit Boards and Shutdown Boards. The normal lighting is off and emergency D.C. lighting is on.. The diesel generators are starting and tying onto the shutdown boards. Begin scram recovery and enter the E01's. . nv i i t, I T *************************************xt****************************************- THIS IS A DRILL 3147E LO Confidentia! Drill I'E.CC:lai L DO NOT DIVULGE ' l l
l PLAYER MESSAGE TO:' Unit 3 Operators FRON: -- Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 TIME: 00:00 Clock Time pj51}g(CST) j
-MESSAGE-B THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
'You feel' building movement. You have lost power to the 4KV Unit Boards and Shutdown Boards. The normal lighting is off and emergency D.C. lighting is on.
The diesel generators start and tie onto their shutdown boards. O . I L l' l, THIS IS A DRILL i 3147E Q Confidential Drill Msterial DO NOT DlVULGE
PLAYER MESSAGE TO: Unit 1 and 2 Shift Engineer s FROM: Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 TIME: 00:00 Clock Time 05:30(CST)
-MESSAGE- .
1
****************x**************************************************************
THIS IS A DRILL ' DO NOT initiate actions affecting normal plant operations. You feel building motion. Power is lost to the normal lighting and emergency D.C. lighting is on.
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***************************************************************wwww************
THIS IS A DRILL l- *************************************************2***************************** 3147E l ? 1 L Confidentis! Drill l g Materb.! DO NOT DIVULGE
-i PLAYER MESSAGE t To: Outage Shift Engineer > - g FRON: Control Room Controller LOCATION: Main Control Room- ,
DATE: November 4,1987 TIME: 00:00 Clock Time 05:30(C8T) i
-MESSAGE-
- THIS IS A DRILL DO WOT initiate actions affecting normal plant operations.
4 You feel ~ building motion. Power is lost to the normal lighting and emergency D.C. lighting is on. The Diesel Generators have started.
' ~
i L L l THIS IS A DRILL i l-L ******************************************************************************* 3147E V l Confidentia! Drill ! O Msteriz! i l DO NOT DIVULGE i 1 l l' - _ _ ., . . _ . . _-_ _ _ _ _ _ _ _ _ . _
A PLAYER MESSAGE To: Unit 2 Operators
-6 FROM: Control Room Controller LOCATION:- Main Control Room DATE: November 4, 1987
. TIME: 00:05 Clock Time 05:35,(CST).
-MESSAGE-I TIIIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
^' '
' You have placed-unit 2. suppression pool cooling in service. You are manually operating MSRV's to control reactor pressure in accordance with E01's. The diesel generators have tied onto the shutdown boards and are supplying power to the shutdown boards. The RCIC'has initiated and is pumping at 600 gym. '
i I l I THIS IS A DRILL l 3147E I I O Confiden*!d
,a .. .a Drili l tvmWi s..'.1 DO NOT DIVULGE 1 , ,, _ . I
PLAYER MESSAGE
; TO: . Unit 2 Operators ,
r-f FROM : Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 TIME:- 00:15 Clock Time 05:45(CST)
-MESSAGE- ,
THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
' ' Reactor vessel level is;minus 52 inches on LI-3-58A and is slowly decreasing.
Reactor pressure is 980 pounds on PI-3-54 and increasing. You are continuing to control reactor pressure by manually operating the MSRV's. i O l u 1 i l l THIS IS A DRILL 3147E I ConfideMini Drill O iw. .a... m
. . ,. cu, DO NOT DIVULGE
J l PLAYER MESSAGE l '
. tot ~ Utilt 1 Operators 1
, FROM: Control-Room Controller LOCATION: ' Main Control Room
)
DATE: November 4, 1987 L
-l TIME: 00:20 Clock Time 05:50(CST)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations, i
l-l
**************************************************w****************************
- You have just received low-level alarms on condensate storage tanks number 1 and I
number 3. THIS IS A DRILL 3147E k Confidential Dril! 7a . ~y. mi
- a DO NOT DlVULGE
1 (i.'- 1 PLAYER MESSAGE To: . Unit 1 Operators l k FRON:. Control Room Controller LOCATION: Main Control Room l i DATE: November 4, 1987 TIME: 00:40 Clock Time Qf611Q(CST) I
-MESSAGE-
~l THIS IS A DRILL 1
DO NOT initiate actions affecting normal plant operations. I l
-Unit 1 is'in shutdown cooling with 1 RHR pump in service.
O v . THIS IS A DRILL 3147E L l-A e. , t WrriiG; yntE! Drill n i .' <..
. .t . . .c:. ,#
y o DO NOT Dn/Utog L
1 P.L&IER MESSAGE g - To t ' = Unit 2 Operators PROM: ' Control Room Controller LOCATION: Main Control Room DATEl- November 4, 1987 r
' TIME: 00:40 Clock Time gf,ilg(CST)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
' Reactor vessel level'has increased to minus 30 inches on LI-3-58A and is slowly incesasing, O -
THIS IS A DRTLL
********x**********************************************************************
3147E Confidentia! Drill
.O Mcterici DO NOT DIVULGE
1 a PLAYER NESSAGE To:- Unit 2 Operators n FRON: Control Room Controller ; 1 LOCATION: Main Control Room ] DATE: November 4, 1987 j TIME: 00:45 Clock Time 06:15(CST)
-MESSAGE-THIS IS A DRILL j DO NOT initiate actions affecting normal plant operations.
Prepare to pump down the suppression pool in accordance with procedures. -: I
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'l 1
i l
-l 1
1 THIS IS A DRILL f ******************************************************************************* 3147E ) L- - . . . , . _. i I , s I. %. , , . .
PLAYER MESSAGE f TO: Unit 1 Operator
-C- 'FROM: Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 TIME: 00:50 Clock Time 06:20(CST)
-MESSAGE-
***********,*********************************wwwwwww*,****,,*,,,,*,*,,,,,,,,,*,
THIS IS A DRILL. DO NOT initiate actions affecting normal plant operations. You have just received a phone call and have been notified that the unit 1 and unit 3 condensate storage tanks are damaged. They are leaking through ruptured plates. Unit 2 condensate storage tank is not leaking but has buckled and is
. leaning to the northwest.
LO u L THIS IS A DRILL > f *******************************************,**,***w***,ww****,,,,,,,,,,,,*,,,,, 3147E IConfidential Drill q Material c Gi DO NOT DIVULGE
f 1. PLAYER MFSSAGE
~
m TO:- Unit 2 Operators ij \v
'V' FROM: . Control Room Controller r
LOCATION: Main Control Room DATE: November 4,1987 , TIME: 01:10 Clock Time 06:40(CST)
- o. -MESSAGE-
- wm*****************************************************************************
THIS IS A DRILL DO'WOT initiate actions affecting normal plant operations. You have begun pumping the suppression pool to the hotwell.. IO
- Q- .l
***************************************************************A***************
- j. THIS IS A DRILL
!~ p ******************************************************************************* - 3147E
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PLAYER MESSAGE 1 TO:' Unit 2 Operators n
; FRON: . Control Room Controller LOCATION:- Main Control Room I l
Dt.TE: November 4, 1987 l 1 TIME: 01:30 Clock Time 07:00(CST) l
-MESSAGE-THIS IS A DRILL 1
DO NOT initiate actions affecting normal plant operations. I
-l 1
l An aftershock has occurred. You felt building vibration. The RCIC has tripped ! and has lost indication of control power. The Main Steam Relief Valves have lost indication of control power. m C l THIS IS A DRILL
******************************************************************************* l . .3147E I 1
Confidential Drill co Material D DO NOT DIVULGE l l
PLAYER MESSAGE TO: Unit 3 Operators. d FRON: Control Room Controller , LOCATION: Main Control Room DATE: November 4, 1987 TIME: 01:30 Clock Time 07:00(CST)
-MESSAGE-THIS IS A DRILL t DO NOT initiate actions affecting normal plant operations.
An aftershock has occurred. You felt building vibration. .-a
**8*****************************************************************g*ggggggggg THIS IS A DRILL 3147E i
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PLAYER MESSAGE v
.TO: TSC Players l-f} ; tj = FROM: TSC Controller t
LOCATION:- Technical Support Center DATE: November 4,1987 t TIME: 01:30 Clock Time 07:00(CST)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
******************************************************************************* 'i An af tershock has occurred. You felt building vibration.
THIS IS A DRILL 3147E
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PLAYER HESSAGE , 10: Unit 1 Operators
.p lt FRON: Control Room Controller LOCATION: Main Control Room t DATE: November 4, 1987 '
TIME: 01:30 Clock Time 07:00(CST)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
An af tershock has just occurred. You felt building vibration. Unit 1 and unit '- 3 condensate storage tank levels are indicating zero. Unit 2 storage tank level is rapidly decreasing. ; e A._) 1
*******************************************************************************- -l ._ THIS IS A DRILL 3147E l
1 1 1 1 03 dido;dici Drib rN u.2na \ l DO NOT DIVULGE
- a ..
l PLAYER MESSAGE l TO: .OSC Manager g . FRON: OSC Controller N. , l LOCATION: Operations Support Center 4 l DATE: November 4, 1987 l TIME:- 01:30 Clock Time 07:00(CDT)
-MESSAGE-
*******************************************************************************= ,
i THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. An aftershock has occurred. You felt building vibration. t l' 1 ( ~. 1 THIS IS A DRILL l
- l. *******************************************************************************
3147E i l l Conf!dential Drill r . .- 4. : -. i i G.;LGiiG) DO NOT DIVULGE 1 1
PLAYER MESSAGE TO:- Unit 2 Operators '
'6 Control Room Controllers ~
FROM: , LOCATION: Main Control Room , DATE:- November 4, 1987
' TIME: 01:45 Clock Time 07:15(CST)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
You have stopped pumping the suppression pool to the hotwell. Level is 15 feet on LI-64-159. O U
'I
-l' THIS IS A DRILL
-3147E ,
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D .c 4 .: PLAYER MESSAGE
.. TO: OSC Manager ,
[
- FROM:-
OSC Controller l LOCATION: Operations Support Center DATE: November 4, 1987 TIME: 01:45 Clock Time 07:15(CST)
-MESSAGE-
.*******************************************************************************. l THIS IS A DRILL DO NOT initiate-actions affecting normal plant operations.
You have'just received a phone call from an inspection team reporting to you that there is a leak on unit 2 suppression pool drain line. The line has broken loose from the underside of the suppression pool where it is welded to the circumference of the suppression pool. The leak is a large leak, f~ t . o k k k kkk kk THIS IS A DRILL 3147E . )'
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t PLAYER MESSAGE I TO: Unit 2 Operators FROM: Control Room Controllers LOCATION: Main Control Room DATE: November 4, 1987 j TIME: 01:50 Clock Time 07:20(CST) s
-MESSAGE-THIS IS A DRILL t DO NOT initiate actions affecting normal plant operations.
(
******************************************************************************t.
LA-77-25F, " Suppression Chamber Room Flood Level," has alarmed on panel 9-4. s r THIS IS A ORILL
***a***************************************************************************
3147E h Confidential Drill , Material 3- w. DO NOT DIVULGE
e . o y'. m PLAYER MESSAGE TO: Unit-2 Operators FRON: Control Room Controller 1 LOCATION: Main Control Room DATE: November 4,1987 TIME: -01:55 Clock Time 07:25(CET)- !
.l
-MESSAGE-THIS IS A DRILL !
DO NOT initiate actions affecting normal plant operations. CAM RM-90-57 has alarmed. 1 i l l O v , 4 ( ! I i I l L l l THIS IS A DRILL
******************************************************************************* i 3147E' l
; e au.
c . . I l . __ ___ _______-______ _-_- -- - -_-_ - _ - _ _ _ _ - _ _ _ _ _ _ _ -
e-1 l l PLAYER MESSAGE c T0: Unit 1 Operator
) FROM: Control Room Controller
%/
LOCATION: Main Control Room
- L DATE: November 4, 1987 TIME: 02:00 Clock Time 07:30(CST)
-MESSAGE-THIS IS A DRILL DO WOT initiate actions affecting notinal plant operations.
i You have just received a phone call notifying you that all three condensate storage tanks 1, 2, and 3 have collapsed and their contents have spilled on the ground. l r i : l. THIS IS A DRILL 3147E f. l l l l ! 2nf!&:',t.ial Drill
. .. ; , e im -.we l DO NOT DiV'JLGE l
L 1
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PLAYER MESSAGE 1 7 To:- Unit 2 Operators L e .. l O '; FTt0M Control Room Controller g l, LOCATION Main Control Room DATE:. Wovemberc e, 1987 l; TIME: 02:10 Clock Time 07:40(CST) 1 l
-usssAca-
********s*****************wa*************************************************** 1 8
THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
' ******************************************************************************* q i
Area Radiation Monitor 2-RM-90-29 on elevation 519' has.just alarmed. ] C
*********************************************************************,*,,,,,,,, -I t" I THIS IS A DRILL ,
3147E
).
p l00nfichntiel Drill O '
- i. Z a rial DO NOT DIVULGE
. - . . - . ~ . . . . - . - . . . . - . - - - . . . . . - . . ~ . . - - . . - _ . . ~ _ _ - - .
s PLAYER MESSAGE l Tot' Unit 2 Operators [g ( ) FROM: Control Room Controller LOCATION: Main Control Room DATE: November-4, 1987 TIME: 02:30 Clock Time 9),122(C87)
-MESSAGE-
-l
**********************************,**********************************,****,***n .
THIS IS A DRILL DO NOT-initiate actions affecting normal plant operations.
. i Main Steam Relief Valves have opened due to high pressure in the reactor.
l l D v i I e i
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1 i n.**..... ***** ,*,.. *****,......,*,,*,,,,,,,,,,,,,,,,,*,,,,,,,,,,,,,,,,,,,,*, - l- THIS IS A DRILL i
*,*************,**,,*,,**,***********,,,,,,,,,ww,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
3147E l Confidential Drill l-f'd ! atrial E DO NOT DIVULGE w__ __ _ __
l I PLAYER MESSAGE i l TO: Unit 2 Operators i r V FROM: Control Room Controller LOCAT10W1 Main Control Room DATE: November 4, 1987 TINE: 02:45 Clock Time 08:15(CST) !
-MESSAGE- :
****************************************************************n************an l THIS IS A DRILL 4 ELygI initiate actions affectinS normal plant operations.
t
***ma**********a*****************************************************a****amam* ,
CAM RM-90-SS has alarmed, r i 6 t P s ;
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*9IS IS A DRTLL
******************************************************************************a 3147E l 1
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I rLavEn in8sAos To: Unit 2 Operators FROII: Control Room Controller w LOCATICII: Main Control Room j l DATE: November 4, 1987 l
)
T11tE: 03:00 Clock Time ggL}2(C8T) !
-itE85 ACE-t annen***am**************************me**a***** mane ***se******mann**annanmanenen l THIS IS A DRTLL i
DO NOT initiate actions affecting normal plant operations. '
***********************************menta**=*******nmane******ma***+.*****ammenaa l Main Steam Relief Valves continue to operate on hi5h reactor pressure. !
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***************************************************************m*************ma !
l THIS IS A DRILL ,
********************************************,***** atma ******me*******,*** .....
3147E Confidentist Drill O M tori'? DO NOT DIVULGE ;
)
I PLAYER MEsgAGE TO: Unit 1 Operators FRON: Control Room Controller , LOCATION: Main Control Room ' DATE: November 4,1987 TIME: 03:25 Clock Time 91111(cst)
-unsgAGE-
{
*********m*******menomescannamam**menemme ****** mea *=*wenemanam.nemaname**enemme [
It(Is Is A DRILL l DO N07 initiate actions affecting normal plant operations. ; ama.*******manam**ma *****me.e*********************************.an****mean.aa =
' Unit 2 hcss-just received a low-level accident signal. The diesel generators have separated from their boards, subsequently re-tied to their boards, and the RHR pump in the shutdown cooling mode has tripped.
O . l L ; l THIS IS A DRILL )- ......********** ...********...***............**** ...... ..................... 3147E
- t Confic!cntial Ci'i!!
O islate .. i DO NOT DIVULGE L
i PLAYER MBES&GE m Unit 2 Operators FRON: Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 TIME: 03:25 Clock Time 2Lt.11(CST)
-MESSAGE-l THIS IS A DRILL D0_NOT initiate actions affecting normal plant operations.
Reactor water. level has decreased to rainus 114.5 inches, the diesel generator breakers have opened, and the RHR pumps have tripped. The diesel generators have subsequently re-tied to their shutdown boards following load shedding and the Core Spray and RHR pumps and the EECW pungs have sequenced on. O
************************************sa*****************************************
THIS IS A DRILL 3147E P CODf!dG M h! Di'ill r-- l'.'i G: a, :.. .s i f DO NOT DIVULGE
l PLAYER MESSAGE ! I TO: OSC Mana8er i FRON: OSC Controller LOCATION: Operations Support Center DATE: NoveNber 4, 1987 j TIME: 03:25 Clock Time gj.1}.).(cst)
-MESSAGE- ,
******************************************************************************* l THIS Is A DRILL i DO NOT initiate actions affectinS normal plant operations. h
***meneeeeeeeeeeeeeeee**eeeeeeeeeeee******************************************* ,
Ttue normel ilthting went out for approximately 11 seconds and then came back ' on. An aftershock did not occur. i O i l t f 1 THIS 18 A DRILL 3147E Confidential Drill O Material DO NOT DIVULGE
_ -. __ - _ . _ - - . -. - - . . - -. . _ . . - - _ ~ . - . _ _ _ _ __ PLAYER MESSAGE , i TO: TSC Players FROM: TSC Controller ! L t LOCATION: Technical Support Center DATE: November 4, 1987 TIME: 03:25 Clock Time gil1},(CST)
-MESSAGE- ,
i
***=************************** .......,*****,a ** *,........,*,,,*,..........,
i THIS IS A DRILL DCLN0_T initiate actions affecting normal plant operations. .
*********************ta******ma,en**********=n*******,....,**,,,,,*.,*,,,,,,,,,
The normal lights in the technical support. center have gone out for approximately 10-11 seconds and then came back on. An afterthoek did not occur. s
********************************m**************** mane,******,,,*,,,,,,,,,,,,,,,
THIS IS A DRILL 1 l .
****************************************************magg*gatagegggget gg g,ggg, 3147E Confidentia! Drill Material DO NOT DIVULGE
_. . ~_ _ _ __ - ~ _ _ . _ __ . . _ . .__ . . _ . . _ . _ _ PLAYER MESSAGE ; 7 TO: Unit 2 Operators ! m FRON: Control Room Controller I LOCATION: Main Control Room , DATE: November 4, 1987 ; l TINE: 03:30 Clock Time 21LQg(CST) ,
-MESSAGE-
***am********me*ma**** aman ***manemmammenaamme,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ;
THIS IS A DRILL D0.WOT initiate actions affecting normal plant operations. !
***********************memen* men ***menan***ma***am****,. ...................... !
Reactor water level has reached "0" inches on LI-3-52 and 62 and is continuing ' to decrease. t
**************************************tatttaangst,g,,,,,,,,,,,,,,,,,,,,,,,,,,,,
THIS IS A ORILL ,
*******************************a**********,****,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
3147E P Confide:.':i^! I?rii! t-...
\ m s . c . i._ .
DO NOT DIVULGE
l l 7, . PLAYER MESSAGE TO: Unit 2 Operators j f 1 r i
'J FRON: Control Room Controller !
LOCATION: Main Control Room ! DATE: November 4, 1987 1 TINE: 04:00 Clock Time 09:30(CST)
-MESSAGE- !
i' THIS IS A DRILL DO NOT initiate actions affecting normal plant operations, i The RCIC control power has been restored and RCIC is operable. Reactor water ; level has decreased below the range of any control room instrument.
- Return RCIC to service.
+ / i \
h l r 88*88*kkkN88kk8*k8,888*8888kkk8*.'k888*katk888akkk8kk8*k88*kt******88*k88kk8*88** THIS IS A DRILL 3147E -- - . . - - - - ..- i l
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PLAYER MESS &GE TO: Unit 2 Operators FRON: Control Room Controller ; LOCATION: Main Control Room DATE: November 4, 1987 TINE: 05:00 Clock Time lg.t.),Q(CET)
-MRSSAGE- *
*********************************************s*********************************
i 5 THIS Is A DRILL
- DO NOT initiate actions affecting notinal plant operations. !
*********************************a*********************************************
l Area
- Radiation Monitors 2-RM-90-26 and 2-RM-90-28 on elv. 519' have just alarmed. .
f i l p i l THIS IS A DRILL l ******************************************************************************* 3147E Confidential Drill l' .f.!!f AL a. L C: . in l 4 i L. I l DO NOT DIVULGE l
i PLAYER MESSAGE TO:- Unit 2 Operators FRON: Control Room Controller LOCAT10W: Main Control Room l DATE! November 4, 1987 TIME: 05:05 Clock Tim 6 10:35(CST)
-MESSAGE- -
THIS IS A DRILL ! DO N01 initiate actions af fecting nottal plant operations. i e Reactor water level is back on scale on L1-3-52 and 62 and is reading appro:timately minus 75 inches. ARM's 2-RM-90-20, 14, and 9 on elevations 565', 593', and 621' respectively have just alarmed. 2-RA-90-272 has alarmed on panel 9-7. CAM RM-90-250 has alarmed. 1 0 1
***********At******************************************************************
1 ' THIS IS A DRILL 3147E _ o Confidential Drill L I d Material k._DO NOT DNULGE j
PLAYER MESSAGE TO: Unit 2 Operet-ors i FROM: Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 TIME: 05:10 Clock Time 10:40(CET)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affectinE normal plant operations. **v.****************************************************************************
CAM RM-90-50 has alarmed. THIS IS A DRILL
)
3147E l,
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PLAYER MESSAGE l 1TO:' Unit 2 Operators ! l [ FRON: Control Room Controller LOCATION: Main Control Roon l DATE: November 4,1987 TIME: 05:30 clock Time 11.:22(CST) 1 i
-MESSAGE-
{
***an****************a******mma**a******************************************,** j THIS IS A DRILL DO NOT initiate actions affectin8 normal plant operations.
***************************************n*************an*******n***enan********* ,
Area Radiation Monitor 2-RM-90-4 on elv. 639' has just alarmed. O r l an***********************************************************************a***** THIS IS A DRILL 3147E 1 L Confidential Drill O traterial DO NOT DIVULGE L a . - _
PLAYER MESSAGE
- TO: Unit 1 Operators O
FRON: Control Roca Controllers LOCATION: Main Control Room DATE: November 4, 1987 TIME: 05:40 clock Time 1}_1,q(cst)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
The RHR drain system has been aligned to pump unit 1 torus to unit 2 torus. Begin the transfer. THIS IS A DRILL 3147E O .
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PLAYER MESSAGE TO: Unit 2 Operators FROM: Control Room Controller
' LOCATION: Main Control Room DATE: November 4, 1987 TIME: 05:40 Clock Time 1},110_(CST)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
The RHR drain system has been aligned to pump unit 1 torus to unit 2 torus. Begin the transfer. THIS IS A DRILL 3147E
, ,4
. ;8
"'ULGE :
J
\
i i PLAYER MESSAGE To: Unit 1 Operators FROM: Control Room Controller i LOCATION: Main Control Room DATE: November 4, 1987 TIME: 06:15 Clock Time 11:45(CST) ; i
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
Transfer of Unit 1 torus to Unit 2 torus has been stopped. Unit 1 torus level ; is 14 feet. i i O l 1 l l
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******************************************************************************* i THIS IS A DRILL 3147E
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r PLAYER MESSAGE To: Unit 2 Operators
/^
l s . FROM: Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 TIME: 06:15 Clock Tine 11:45(CET)
-MESSAGE-i THIS IS A DRILL DO NOT initiate actions affectin5 normal plant operations.
Transfer of unit 1 torus water to unit 2 torus has been stopped. Unit 2 torus level is 14 feet. Reactor water level continues to increase. O 1 j THIS IS A DRILL 3147E , . . _ . . . . . _ . . , _ _
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c PLAYER MESSAGE To: Unit 2 Assistant Shift Engineer
)
FRON: Control Room Controller LOCATION: Main Control Room i DATE: November 4, 1987 i TIME: 07:00 Clock Time 12:3q(CST) l
-MESSAGE-an**************************n*******************a**n*******a*******ammannan***a s
THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. ; man ********a**n***************aemma***mana****me**********ammann**n** man ***ma** ; Shutdown bus two has been placed in backfeed with C and D diesel generators and 4KV unit board 2A has been energized.
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, i , i 1 1 1
*********************************************************************a*********
THIS IS'A DRILL
****xa*************************************************************************
3147E Confiderfia! Orill e, . . _. : i
.u. u ,ca DO NOT DlVULGE
l l c PL&YER_EE8_S&GB ) l TO: Unit 2 Operators i FROM: Control Room Controller LOCATI0ti: Main Control Room i 1 DATE: November 4, 1987 t TIME: 07:05 Clock Time ll:l},(CET) ; 1
-MESSAGE-i THIS IS A DRILL DO if0T initiate actions affecting normal plant operations.
You'have started 2A condenser circulating water pump and you are charging the '
intake tunnel and the main condenser. A mechanical vacuum pump has been started to establish condenser vacuum. i O i t l l l l . THIS IS A DRILL 3147E E-n . O vonfidential Drill _ g'iv s& .lgs _ :l. l . ,8 l DO NOT DlVULGE l h .
PLAYER MESSAGE I 1 TO: Unit 1 Operators
- w FRON: Control Room Controller 1 a
LOCATION: Main Control Room DATE: November 4, 1987 TINE: 07:10 Clock Time IJ,.L,,0(CST) 4 f;
-MESSAGE- l THIS IS A DRILL DO NOT initiate actions affecting normal plant operations.
*wana************************me***********************************************a {
The RHR drain system is again pumping unit 1 torus to the unit 2 torus. (
\
i THIS IS A DRILL 3147E --------; c , I 4 ' t ,,
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l PLAYER RIESSAGE
, TO: Unit 2 Operatots ,
FRON: Control Room Controller LOCATION: Main Control Room DATE: November 4,1987 ; TIME: 07:10 Clock Time ll!19,(C8T)
-MRssAGE-
- THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. ;
You have opened the outboard MSIV's and begin equalizing the main steam lines. > The RHR drain system is again pumping unit I torus to unit 2 torus. I l l l
****************************************************************r**************
l k *HIS IS A DRILL 1 1 ******************************************************************************* 3147E ConfidGn!if! CTiI! ,O m:ana! DO NOT DIVULGE D
PLAYER MESSAGE TO: Unit 2 Assistant Shift Engineer FROM: Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 TIME: 07:15 Clock Time U 141(CST)
-MESSAGE-THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. -shutdown bus l'has been placed in backfeed with A and B diesel generators and 4KV unit board 2B is energized.
O , 1 THIS IS A DRILL 3147E 1 Confider.tia! Dri!! O Mstone: DO NOT DIVULGE
.- - .. . . - . .. . - _ - ~ _ _ - - . - - . - - _ - - . . . . . .
t I r PLAYER MESSAGE f TO: Unit 2 Operators y FROM: Control Room Controller , LOCATION: Main Control Room , DATE: November 4, 1987 TIME: 07:20 Clock Time lliig(CST) j
-MESSAGE-
*****m*************en********mma*******************m**n********* man ********amam THIS Is A DRILL DO NOT initiate actions affecting normal plant operations.
*************************** mas *********meannan*******amane**me*****nnamenmannan i
You have started 2A hotwell pump and you are charging the condensate system. Reactor water level is near normal and RCIC flow has been reduced. i i ! i l l
***************************************************************ma************ma THIS Is A DRILL ******************************************************************************a
) ! 3147E Confidential r, . . Drill "i"tc r'2 ' 'O DO NOT O!VULGE
o I l 1 PLAYER MESSAGE l I To: Unit 2 Operators FRON: Control Room Controller LOCATION: Main Control Room DATE: November 4, 1987 l TIME: 07:25 Clock Time 12 31(CST) j
-MESSAGE- !
t M 18 A DRILL , 29 E9I initiate actions affecting notinal plant operations. You have equalized the main steam lines, the inboard MSIV's are open and you will begin reactor depreesurization and cooldown with the main turbine bypass valves. O : i l l v , l l l l *******************************************************************************
-THIS IS A DRILL 3147E Confider. tis! Drill O Materia!
DO NOT DIVULGE t
=-
- i .
PLAYER MESSAGE TO: Unit 1 Operators FRON: Control Roon Controller LOCATION: Main Control Room ! DATE Noves6er 4,1987 I TIME: 07:40 clock Time gitig(cst) i
-MRssAGE-
**********mawanan*****ame*******metenemmean**manne**=****** ....* ............ I THIS IS A DRILL DO NOT initiate actions affecting notinal plant operations. l
**ammaane*********=*e****me***m**=*****************ma***mamenactamanamenmana**a +
1 The transfer of unit 1 torus water to unit 2 torus has been stopped. Unit 1 ' torus water level is 12 feet, 6 inches. , r t 4 l THIS IS A DRILL
*******************************************e******************************a**ma 3147E i
l Confic'ential Drili . p f .. ..:_,
.:;c.. v a ,
l \ l DO NOT DIVULGE -
i PLAYER MESSAGE !
.TO: Unit 2 Operators b FROM: Control Room Controller ]
1 LOCATION: Main Control Room DATE: November 4, 1987 i TIME: 07:40 Clock Time 01:10(CST)
-MESSACE-THIS IS A DRILL !
1 DO NOT initiate actions affectin6 normal plant operations. l i
***********************************************************.t******************* ;
The transfer of water from unit 1 torus water to unit 2 torus has been stopped. Unit 1 torus level is 12 feet 6 inches and unit 2 torus level is 12 feet, ' 6 inches. Reactor pressure le 750 pounds and decreacing. -RHR pump 2A is in the j suppression pool cooling mode. [ , I l O ' i l l 8 THIS IS A DRTLL ; I 4 3147E - n Confidential Drill - V Material i DO NOT DIVULGE
PLAYER MESSAGE J L T0: Unit 2 Operators FRON: Control Room Controller I LOCATION: Main Control Room ; I DATE: November 4, 1987 ' TIME: 07:45 Clock Time QLtli(CST)
-MESSAGE- !
***ammen**ma**menneman**********aanmanna**mamannan****9amme**maammenanme==nemee ,
I Ililf_,18 A DRILL D0_NOT initiate actions affecting normal plant operations. m.an**me****************ananamen*******memenname******mmenemmenneemanamnenamena ; 7 You have started 2A condensate booster pump. l
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i i i
******.***A.***.it***.W..****tt****A...**ttttt**.tt.***Retttttte.t.**tittttn.**
THIS IS A DRILL 3147E' i a Confidential Drill O, i v. u ?. c. e;u sn u e. ~, ,a DO NOT DIVULGE
PLAYER IEESSAGE TCt Unit 2 Operators I ~ FRON: Control Room controller LOCATIolf: Main Control Room DATE: Noveniber 4, 1987 ) TINE: 07:50 Clock Time M (CST) l
-MESSAGE-
**an******en*******ennenamentennammamanne***amenen=*******me***ammenneme*****at THIS IS A DRILL i
4- DO NOT initiate actions affecting normal plant operations. l *****m****me****nna******=een****ene***me... *** ............................., You have increased your bypass valve opening to increase your depressurization j rate. l 0 -
..........................................................................s ...
h- MIS IS A DMILL ns sanassssssssssmans,.s..nsnesensasssssssssassessansssssssssssswasssannansasse ! 3147E Confidential Orill Oe Mstcrial DO NOT DIVULGE
PLAYtt MESSAGE To: Unit 2 Operators
'(
FRON: Control Room Controller LOCATION: Main Control Roon l DATE: November 4, 1987 t TIME: 07:55 Clock Time 93.121(CST)
-MESSAGE-i
***ma***************m*********** men ********************memen**************am*** {
r THIS Is A DRILL ll DO NOT initiate actions affecting normal plant operations. i I
*****************************a***********************me***********amana******i.*
l
-Reactor pressure has decreased to the point where the condensate booster punip is pumping to the reactor and the RCIC has been removed from service.
4 2 4 l 1 I P T
**********************************************************************n********
THIS IS A DRILL . 3147E I
"anf!d5ntial
!~ , :
Drill ' nw c,. , :, ,, DO NOT DlVULGE
* - - - - _ -- ___,__.r._wy_ .e,.,p,ogasw---w--w,w-1 .,y_, %., ,,y,,,%wy-.gr ~~-v-w-%v-wireeM=
I i PLAYER MESSAGE i
-Tot. Unit-2 Assistant shift Engineer FROK Control' Room Controller LOCATION: Main Control Room DATE: November 4, 1987
]
-TIME: 08:00 clock Time 9,LJJ(cst)
-MESSAGE- 1 l
***************************************************************************amma ]
l THIS IS A DRILL j DO NOT initiate actions affecting normal plant operations.
-The Trinity 161XV offsite power has been restored and can be placed in service.
o 1 cm****************************************************************************** THIS IS A DRILL ^
=******************************************************************************
3147E rw Confidsntial Drill , U h,bO ECIkS 4 DO NOT DIVULGE
s PLAYER MESSAGE - To Unit 2 Assistant Shift Engineer # V . FROM: Control Room Controller LOCATIOW: Main Control Room DATE: -November 4, 1987 ,- TIME: 08:15 Clock Time 01:4S(CET)
-MESSAGE-
******************************************************************************* 1
(
- v. THIS IS A DRILL I DO WOT initiate actions affecting normal plant operations. *
******************************************************************************* r
~ Station service has been aligned to the 4KV Unit Boards from the Trinity 161KV transformer through the start busses.
ff
.c n r
3 ' f ******************************************************************************* b\ THIS IS A DRILL 3147E m Confidential Drill de Material DO NOT DIVULGE
I
., concenneoconceanonsnaceconocons-
- DRILL INFORMATION ONLY *
.., >- a a .f *******************************
BROWNS FERRY NUCLRAR PLANT PRIK$.RY CONTROL ROOM INDICATIONS UNIT i DATE
~
TIME h N g Warrow Range Reactor Water Level (LI-3-53) h1- in. s Wide Range Reactor Water Level (LI-3-58A) ~5 Bs in. Accident Range Reactor Water Level (LI-3-52) ACC in. Flood Range' Reactor Water Level (LI-3-55) E& in. Reactor Power I*Er \dCM
- Reactor Pressure O (PI-3-54) psig Reactor Coolant Temperature (TR-68-2A/B) \M /M OF 1
Drywell Temperature (TR-64-52) EB 0F
.O, Drywell Pressure (PR-64-50) i5 A psia
'Drywell H 2/02 (R-76-37/41) O /A %
Suppression Pool Tamperature (TR-64-161) El or i Suppression Pool Level (LI-64-54) "9 in. Suppression. Chamber H2/02 (R-76-39/43). b /A %- CST #1 Level (LI-2-169) 'hi 'ft. CST #2 Level (LI-2-161) 3D.$ ft. CST #3 Level (LI-2-165) 3D ft. SLC Tank Level (LI-63-1A) C) % % Stack Flow (FI-90-271) (9.2 1 . O Drill infern:ation On;:' l
f t 1
-rf-,
gj Offgas Pretreat. Rad Level (RR-90-157) l3 .B mr/hr ; offgas Posttreat Red Level (RR-90-265) .9 CPS Stack Rad Level (RR-90-147) 4MEh CPS ; Reactor Zone Vent Rad Level (RR-90-142) =DE mr/he i Refuel Zone Vent Rad Level (RR-90-140) 29m me/hr Drywell Rad Level (RR-90-272) 4i R/hr ! MSL Rad Level (RR-90-135) 1.I ar/hr-4 REMARKS We h du ' M O W _M?n h k ius4 6MJ U L
?
l LO l I l l' l-l l l i NSC:TCB 2906E-I4 7-29-87 l= L e O
. _ - . . ~ . -
1 l
. 1 ascac2*nencaneneteconconecnonen I
*
- l DRILL INFORMATION ONLY
- L f(_
******************************* ~
C - BROWNS FERRY NUCLEAR PLANT j i PRIMARY CONTROL ROON INDICATIONS I l UNIT A DATE 1 I TIME,TgAgriAL,Ceggggg::Ag l Narrow Range Reactor Water Level (LI-3-53) Ah5 in. .j Wide Range Reactor Water Level (LI-3-58A) EC5 in. Accident Range Reactor Water Level (LI-3-52) h in~. Flood Range Reactor Water Level (LI-3-55) Ah in. Reactor Power iDC>% Reactor Pressure (PI-3-54) l 6 lb psig Reactor Coolant Temperature. (TR-68-2A/B) E2 B / M OF y l-I Drywell Temperature (TR-64-52) \'h 6 0F Drywell Pressure (PR-64-50)- 1"5.2 psia i Drywell H2/02 (R-76-37/41) O /A % Suppression Pool Temperature (TR-64-161) EO oF Suppression Pool = Level (LI-64-54) - 14 in. Suppression Chamber H2/02 (R-76-39/43) 6 /_,QL,_ % i' CST #1 Level - (LI-2-169) 'Al ft. CST #2 Level (LI-2-161) DI ft. CST #3 Level (LI-2-165) AD ft. SLC Tank Level ( LI-6 3-11.) 9a % 1 Stack Flow (FI-90-271) 19s2 O
1-Offgas Pretreat. Rad Level
.(s._5-}.
(RR-90-157) \9 mr/hr Offgas Posttreat' Red Level (RR-90-265) 6 CPS Stack Rad Level (RR-90-147) 4 4 E 3 CPS Reactor Zone Vent Rad Level (RR-90-142) .M mr/hr Refuel Zone Vent Rad Level (RR-90-140) %O mr/hr Drywell Rad Level (RR-90-272) R R/hr MSL Rad Level (RR-90-135) SC)C) ar/hr REMARKS EbNu e.5hkg _ 4:P. [M*[a m,9
\ \ -O i
i NSC:TCB 2906E 7-29-87 ' o V
.- -entoooconoccacc22nonconconsanna ]
a a J
- DRILL INFORMATION ONLY
- I ma**************memman**en***
BROWNS PERRY NOCLRAR PLANT I PRIMARY CONTROL ROOM INDICATIONS I UNIT 1 DATE l TIMML WDNM% l Marrow Range Reactor Water Level (LI-3-53) M e c.L.E. in. Wide Range Reactor Water Level. (LI-3-58A) ThhMc.4 E in. Accident Range Reactor Water Level (LI-3-52) M a5 in. Flood Range Reactor Water Level (LI-3-55) buse L E in. Reactor Power O CP"JD Reactor Pressure (PI-3-54) C) psig Reactor Coolant Temperature (TR-68-2A/B) / OF Drywell Temperature (TR-64-52) "7E OF Drywell Pressure (PR-64-50) W .7 psia Drywell H2/02 (R-76-37/41) __ O /M % l Suppression Pool Temperature (TR-64-161) M/A oF Suppression Pool Level (LI-64-54) M /A in. Suppression Chamber M2/02 (R-76-39/43) O /18) % l i CST #1 Level (LI-2-169) "h I ft. { CST #2 Level (LI-2-161) M.I ft. . CST #3 Level (LI-2-165) 10 ft. SLC Tank Levol (LI-63-1A) 93 % Stack Flow (FI-90-271) \ej,g O
\
-e.
,i L.-~;
( Offgas Pretreat Rad Level- (RR-90-157) .6 mr/hr
, Offgas Posttreat Red Level (RR-90-265) 1 CPS Stack Rad Level (RR-90-147) 44.4Eh CPS Reactor Zone Vent Red Level (RR-90-142) . \9 mr/hr 1: Refuel Zone Vent Rad Level (RR-90-140) 2E me/hr Drywell Rad Level (RR-90-272) 4i R/hr MSL Rad Level (RR-90-135) . (a ar/hr REMARKS i
c A ,V l 1:t NSCITCB 2906E 7-29-87 o
e . nonnecannoneeonacenecataccateca
- DRILL INFORMATION ONLY
- j *******************************-
~%J BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT. 2 DATE 11/4/87 TIME O Narrow Range Reactor Water Level (LI-3-53) 2I in.
Wide Range Reactor Water Level (LI-3-58A) DM*AC.\. E in. Accident Range Reactor Water Level (LI-3-52) b M W " L liL in. Flood Range Reactor Water Level (LI-3-55) thuecLE. in. f Reactor Power W D_L M Reactor Pressure (PI-3-54) O)*90 psig . Reactor Coolant Temperature (TR-68-2A/B) $"Ah /6 M OF Drywell. Temperature (TR-64-52) \*h D OF l %O/- Drywell Pressure (PR-64-50) \I psia f Drywell H2/02 (R-76-37/41) D/O %' Suppression Pool Temperature (TR-64-161) E Q_,,, oF Suppression Pool Level (LI-64-54) -4 in. Suppression Chamber H2/02 -(R-76-39/43) O /,,,_Q,,, %
. CST #1 Level (LI-2-169) 35 ft.
CST #2 Lovel (LI-2-161) 1 6. I ft.
- CST #3 Level (LI-2-165) 10 ft.
SLC Tank Level (LI-63-1A) O1P % Stack Flow (FI-90-271) O 9
1
-2 Offgas Pretreat. Rad Level (RR-90-157) 2,0 mr/hr Offgas Posttreet Rad Level (RR-90-265) 4 CPS ,
Stack' Rad Level (RR-90-147) 2 CPS Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr - Refuel Zone Vent Rad Level (RR-90-140) 3@ me/hr Drywell Rad Level (RR-90-272) R/hr MSL Rad Level (RR-90-135) 4OD mr/hr REMARKS b "JinC WM m . k61!L% d cM \ L L V W mm l l:
'(
I l NSC:TCB 2906E 7-29-87 0
t cacccccccccceenceanoccacacannen. e *
-* DRILL INFORMATION ONLY-
- BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS 1 1
-UNIT 2 DATE 11/4/87 TIME CC*.CS 1 l Narrow Range Reactor Water Level (LI-3-53) DM'5CL_Y,. in.
Wide Range Reantor Water Level (LI-3-58A) - 55' in. Accident Range Reactor Water Level (LI-3-52) l% in. Flood Ranse Reactor Water Level (LI-3-55) hk1 Sci 1 in. Reactor Power 15=Q1 Reactor Preseure (PI-3-54) \C5 h 0 __ psig Reactor Coolant.!emperature (TR- 68-2A/B) 6 "llL A / Q f cy Drywell Temperature (TR-64-52) \Y OF Drywell Pressure (PR-64-50) b psia Drywell H2/02 (R-76-37/41) O/O % Suppression Pool Temperature (TR-64-161) M oF
. Suppression Pool Level (LI-64-54) -D in.
Suppression Chamber H2/02 -(R-76-39/43), O / C5 % CST #1 Level (LI-2-169) 11 ft. CST #2 Level (LI-2-161) SD ft. CST #3' Level (LI-2-165) 10 ft. SLC Tank Level (LI-63-1A) 9A % Stack Flow (FI-90-271) M v
2-Offgas Pretreat. Rad Level (RR-90-157) 4 mc/hr Offgas Posttreat Rad Level (RR-90-265) \ CPS Stack Rad Level (RR-90-147) ,I CPS Reactor Zone Vent Rad Level (RR-90-142) .I mr/he Refuel Zone Vent Rad Level (RR-90-140) 1 (.h mc/hr Drywt11 Rad Level (RR-90-272) (o , 7 ' R/hr 1 MSL Rad Level (RR-90-135) O _ me/hr REMARKS ] i p (
- l i
i. NSC TCB 2906E 7-29-87 3
ceceneccanoneanecencannannacena-
*
- DRILL INFORMATION ONLY
- BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS-UNIT 2 DATE 11/4/87 TIME OciiO Narrow Range Reactor Water Level (LI-3-53) Dkl*bCLE in.
Wide Range Reactor Water Level (LI-3-5BA)~ "ST in. , Accident Range Reactor Water Levol (LI-3-52) iDD in. Flood Range Reactor Water Level (LI-3-55) hil" Ret F in . - Reactor Power % "AE A
. Reactor Pressure (PI-3-54) 99D psig Reactor Coolant Temperature (TR-68-2A/B) 6"As / 5 thor Drywell Temperature (TR-64-52) \~50 0F Drywell' Pressure (PR-64-50) iI psia Drywell H2/02 (R-76-37/41) C5/A %
L Suppression Pool Temperature (TR-64-161)' 9 "A or Suppression Pool Level (LI-64-54) *b in. Suppression Chamber H2/02 (R-76-39/43) & /A % CST #1 Level (LI-2-169) 29- ft. CST #2 Level (LI-2-161) ED- ft. CST #3 Level (LI-2-165) 29 ft. l i SLC Tank Level (LI-63-1A) 92 % Stack Flow (FI-90-271) M 1 i l
i 1 l b^
-Q Offgas Pretreat. Rad Level (RR-90-157) N mr/hr l
1 Offgas Posttreat Red Level (RR-90-265) i CPS Stack Rad Level- (RR- 90-14 7 ) .S CPS Reactor Zone Vent Rad Level (RR-90-142) .1 mc/hr Refuel Zone Vent Rad Level (RR-90-140) 1.O mr/hr Drywell Rad Level (RR-90-272) S4 R/he
.MSL Rad Level (RR-90-135) D mr/hr REMARKS l
f% l NSC:TCB l 2906E 29-87 O
l nennenennt,nnntencenannatannnent a n
, DRILL INFORMATION ONLY
- 1 BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOH INDICATIONS i
UNIT 2 DATE 11/4/87 TIME.Qcs.i'5 Narrow Range Reactor Water Level (LI-3-53) DLl*!bcLE. in. Wide Range Reactor Water Level (LI-3-58A) ~4D in. Accident Range Reactor Water Level (LI-3-52) 1DI in. Flood Range Reactor Water Level (LI-3-55) DM'!bCLE in. ' Reactor Power 1% C PS Reactor Pressure (PI-3-54) O)DC5 psig Reactor Coolant Temperature (TR-68-2A/B) 5 \ O /S OF Drywell Temperature (TR-64-52) I DI 0F Drywell Pressure (PR-64-50) 1 *.E . 'b psia Drywell H2/02 (R-76-37/41) O/O % Suppression Pool Temperature (TR-64-161) O) E or [ Suppression Pool Level (LI-64-54) - l.*b in, l Suppression Chamber H2/02 (R-76-39/43) C3 / Ch % CST #1 Level (LI-2-169) 29 ft. . CST #2 Level (LI-2-161) 3C3 ft. CST #3 Level- (LI-2-165) 2 0) ft. SLC Tank Level (LI-63-1A) C) *:L % Stack Flow (FI-90-271) M o
Y
/ -
Offgas Pretreat. Rad Level (RR-90-157) O mr/hr Offgas Posttreat Rad Level (RR-90-265) .9 CPS Stack Rad Level (RR-90-147) .6 CPS l Reactor Zone Vent Rad Level (RR-90-142) .1 mr/hr Refuel Zono Vent Rad Level (RR-90-140) 2h mr/hr Drywell Rad Level (RR-90-272) dL D R/hr [ MSL Rad Level (RR-90-135) I."I mr/hr REMARKS MSRV es<tm \ QLtR 6 w % swtssso %
\\
l^ W\C !: d l: O i NSC:TCB 2906E 7-29-87 s
ontemennanconecocomaanannanneen 0- a DRILL INFORMATION ONLY I BROWNS ~ FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 , TIME M g 6 Narrow Range Reactor Water Level (LI-3-53) DMSCLE. in. i Wide Range Reactor Water Level (LI-3-58A) -T1 in. Accident Range Reactor Water Level (LI-3-52) 99 in. Flood Range Reactor Water Level (LI-3-55) bu=5cLE in. Reactor Power 1.D C.M Reactor Pressure (PI-3-54) 935 psig I Reactor Coolant Temperature- (TR-68-2A/B) "Ji b / M OF I Drywell Temperature (TR-64-52) iDO OF / Drywell Pressure (PR-64-50) 16.4 psia 1 Drywell H2/02 (R-76-37/41) O /A % Suppression Pool Temperature (TR-64-161) bD1. oF Suppression Pool Level (LI-64-54) -1 in. Suppression Chamber H2/02 (R-76-39/43) O /A % CST #1 Level (LI-2-169) 2R.$ ft. , CST #2 Level (LI-2-161) EO ft. CST #3 Level (LI-2-165) QB ft. SLC Tank Level (LI-63-1A) 9Q % 'i Stack Flow (FI-90-271) 2d4 O
_7 [J 'V Offgas Pretreat. Rad Level
.Offgas Posttreat Red Level (RR-90 157)
(RR-90-265) M b mr/hr CPS ! Stack Rad Level (RR-90-147) .C CPS Reactor Zone Vent Rad Level (RR-90-142) .A ar/hr Refuel Zone Vent Rad Level (RR-90-140) 26 mr/hr - Drywell Rad Level (RR-90-272) 2.D R/hr r MSL Rad Level (RR-90-135) A mr/hr REMARKS l I 1
?
\
~
l l i NSC:TCB 2906E 7-29-87 f (
econocesananocettanneannenecaec e n DRILL INFORMATION ONLY
- BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87-TIME CO*,1Ch Narrow Range Reactor Water Level (LI-3-53) DMSCI E in.
Wide Range Reactor Water Level (LI-3-58A) " M(5 in. Accident Range Reactor Water Level (LI-3-52) \\9 in. Flood Range Reactor Water Level (LI-3-55) . DMW L E in. Reactor Power 9CBS l Reactor Pressure (PI-3-54) 92D psig Reactor Coolant Temperature (TR-68-2A/B) _'5DD /E OF l Drywell Temperature (TR-64-52) I16 0F ! l .O Drywell Pressure (PR-64-50) 1 "E psia 1- t { Drywell H2/02 (R-76-37/41) D /_ O % Suppression Pool Temperature (TR-64-161) iDA oF l l- Suppression Pool Level (LI-64-54) =1 in. Suppression Chamber H2/02 (R-76-39/43) O /A %
. CST #1 Level (LI-2-169) QE ft.
CST #2 Level (LI-2-161) 3D ft. i CST #3 Level (LI-2-165) 27.5 ft. ! SLC Tank Level (LI-63-1A) C4 A % Stack Flow (FI-90-271) M L vf) l l l
i i j i l l j()- Offgas Pretreat. Rad Level (RR-90-157) M mr/hr i { Offgas Posttreat Red Level (RR-90-265) k CPS l i Stack Rad Level (RR-90-147) .C CPS l Reactor Zone Vent Rad Level (RR-90-142) .1 mr/hr Refuel Zone Vent Rad Level (RR-90-140) AR mr/hr Drywell Rad Level (RR-90-272) 2i R/hr MSL. Rad Level (RR-90-135) _ l .Y mr/hr 1 REMARKS l A V 1 NSC:TCB l 2906E 7-29-87 i i- -
c*cacccacconacn**cenacnacacacon e n
- DRILL INFORMATION ONLY *
******************************* H BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 L TIME CCS L(5 Narrow Range Reactor Water Level (LI-3-53) DL1"hti 8: in, l
Wide Range Reactor Water Level (LI-3-58A) - 2 "I' in. Accident Range Reactor Water Level (LI-3-52) in. ! l
- - Flood Range Reactor Water Level (LI-3-55) DLi'ACLE. in. 3 t
i Reactor Power 9 C @*S ; L i ( Reactor Pressure -(PI-3-54). ODb psig l l Reactor Coolant Temperature (TR-68-2A/B) 4 985 / @ 0F j
.i Drywell Temperature (TR-64-52) \ *E6 0F Drywell Pressure (PR-64-50) \T psia i Drywell-H2 /02 (R-76-37/41) O/O %
Suppression Pool Temperature (TR-64-161) LM oF
'l Suppression Pool Level (LI-64-54) ""k in.
Suppression Chamber H2/02 .(R-76-39/43) C) /A % . CST #1 Level (LI-2-169) Q(o ft. CST #2 Level (LI-2-161) 22).h ft. CST #3 Level (LI-2-165) L6 ft. SLC Tank Level (LI-63-1A) 9 'A % ! Stack Flow (FI-90-271) M
)
'Q_ -
r o
.f g Offgas Pretreat. Rad Level (RR-90-157) 4 mr/hr
~\ )
'I- .Offgas Posttreat Rad Level (RR-90-265)- 1 CPS Stack I.ad Level (RR-90-147) .C CPS ,
Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr Refuel Zone Vent Rad Level (RR-90-140) 2S mr/hr Drywell Rad Level. (RR-90-272) 4 1. R/hr MSL Rad Level (RR-90-135) I .1Y me/hr REMARKS i l 1
%)
.i
-i 4
NSC:TCB 2906E 7-29-87 k , f
b
.g , meancoacccacoonceecetaccanectet n *
- DRILL INFORMATION ONLY * '
fN ******************************* O: ' BROWNS FERRY NUCLEAR PLANT , PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 TIME O l'.DO Narrow Range Reactor Water Level (LI-3-53) DL1E LE. in. Wide Range Reactor Water Level (LI-3-58A) " 1 C) in. Accident Range Reactor Water Level (LI-3-52) lTT in. Flood Range Reactor Water Level (LI-3-55) D L i " f .L W.- in. Reactor Power %C M
. Reactor Pressure (PI-3-54) 9 Gn D psig Reactor Coolant Temperature (TR-68-2A/B) 414D /W OF 1
Drywell Temperature (TR-64-52) \%6 0F [y Drywell Pressure (PR-64-50) 1 T.1 - psia _\ Drywell H 2/02- (R-76-37/41) O /A % Suppression Pool Temperature (TR-(4-161) _ LOR oF Suppression Pool Level (LI-64-54) 4 b- in.
. Suppression Chanber H2/02 (R-76-39/43) O /A %
L. l CST.#1 Level (LI-2-169) M ft. CST #2 Level (LI-2-161) M.6 ft. CST #3 Level (LI-2-165) *llL 1 ft. SLC Tank Level (LI-63-1A) 9L % Stack Flow (FI-90-271) M i O
i
'f' T Off5as-Pretreat. Rad Level (RR-90-157) 4 mr/hr Q) ,
Off5as Posttreat Red Level (RR-90-265) 1 CPS
- Stack Rad Level- (RR-90-147) ,G CPS Reactor. Zone Vent Rad Level (RR-90-142) .A mr/hr ,
Refuel Zone Vent Rad Level (RR-90-140) 21 me/hr i Drywell Rad Level (RR-90-272) dI R/hr MSL Rad Level (RR-90-135) 1.0 mr/hr REMARKS l l
!v . ,
1 NSC:TCB 2906E 7-29-87 O
nennemanneacconenecocanec=2naca e- e
- DRILL INFORMATION ONLY *
("-
?%.
- BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS
- UNIT 2 DATE 11/4/87 ,
TIME M S. Narrow Range Reactor Water Level (LI-3-53) ** b in. Wide Range Reactor Water Level (LI-3-58A) +I in. Accident Range Reactor Water Level (LI-3-52) 4 17T in. Flood Range Reactor Water Level (LI-3-55)
- I in.
Reactor Power ECD Reactor Pressure (PI-3-54) C '7 6 h psig Reactor Coolant Temperature (TR-68-2A/B) MO /MOF Drywell Temperature (TR-64-52) IDM OF Drywell Pressure 1'S (PR-64-50) psia Drywell H2/02 (R-76-37/41) C>/ C) % l Suppression Pool Temperature (TR-64-161) I11 oF Suppression Pool Level (LI-64-54)
- i .5 in. -
L Suppression Chamber H2/02 (R-76-39/43)- O /A % ' (_ CST #1 Level (LI-2-169) 3.1 ft. CST #2 Level (LI-2-161) 29.1 ft. CST #3 Level (LI-2-165) 2Cb _ ft. SLC Tank Level (LI-63-1A) O) 2 % l Stack Flow (FI-90-271) M O
,w-,
?
+
)
A _./- Offgas Pretreat. Rad Level (RR-90-157) M mr/hr Offgas Posttreat Red Level (RR-90-265) .9 ' CPS
' Stack Rad Level (RR-90-147) .6 CPS Reactor Zone Vent Rad Level (RR-90-142) .2 me/hr Refuel' Zone Vent Rad Level (RR-90-140) A1 me/hr Drywell Rad Level (RR-90-272) 2l R/hr MSL Rad Level (RR-90-135) i.O mr/hr 4
REMARKS 71
-WSC:TCB 2906E 29-87 L
l'
-i l
enament**encetonenetanonecacena o a j DRILL INFORMATION ONLY p ******************************* BROWNS FERRY NUCLEAR PLANT ' PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 TIME M *J43 ' Narrow Range Reactor Water Level (LI-3-53) DT in. Wide Range Reactor Water Level (LI-3-58A) DC) in. Accident Range Reactor Water Level (LI-3-52) 1 9 Q _,_ in. Flood Range Reactor Water Level (LI-3-55) AO in. -; Reactor Power % C_M i Reactor Pressure (PI-3-54) 1.C)4 0 psis Reactor Coolant Tcg erature (TR-68-2A/B) _MS /M or ! Drywell Tenrpurature (TR-64-52) \ ST OF
- Drywe11 Pressare (PR-64-50) I"5. i psla
' V) Drywell H2/02 (R-76-37/41) C) /. O %
l. Suppression Pool Temperature (TR-64-161) 51b oF buppression Pool Level (LI-64-54) 1.0 in. Suppression Chamber H2/02 (R-76-39/43) O/ O % CST #1 Level (LI-2-169) \9 ft. CST #2 Level (LI-2-161) 2 C4 ft. l CST #3 Level (LI-2.-165) i Es ft. SLC Tank Level (LI-63-1A) % %
-Stack Flow (FI-90-271) M .v
i [] Offgas Pretreat. Rad Level (RR-90-157) M mr/hr u Offgas Posttreat Rad Level (RR-90-265) .9 CPS Stack Rad Level (RR-90-147) . In CPS Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr i Refuel Zone Vent Rad Level (RR-90-140) 9.i ar/hr Drywell Rad Level (RR-90-272) 4I R/hr MSL Rad Level (RR-90-135) .i. . O ar/hr i REMARKS SbM*5hok . SC.,T. C ' omd Q '
\ \
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NSC:TCB 2906E 7-29-97 (3 x_) o_. - - -
c00c0000000000000:ocannacocacao ! o * !
- DRILL INFORMATION ONLY
- j
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- men ***m**amawamammamannan i
BROWNS FERRY NUCLEAR PLANT l PRIMARY CONTROL ROOM INDICATIONS : i UNIT 2 _ DATE 11/4/87 TIME h 845 Marrow Range Reactor Water Level (LI-3-53) AE in. Wide Range Reactor Water Level (LI-3-58A) 2O in. Accident Range Reactor Water Level (LI-3-52) \% T in. Flood Range Reactor Water Level (LI-3-55) ___ 21 in. Reactor Power h C.P"5 Reactor Pressure (PI-3-54) ic5c) psig
, Reactor Coolant Temperature (TR-68-2A/B) M *7/44 M or Drywell Temperature (TR-64-52) iM or Drywell Pressure (PR-64-50) ) 'S psla ,
- Drywell H2/02 (R-76-37/41) O /,,_qllL, %
Suppression Pool Temperature (TR-64-161) I \ 1, oF Suppression Pool Level (LI-64-54) "" N in. Suppression Chamber H2/02 (R-76-39/43) O /A % ' l' CST #1 Level (LI-2-169) O ft. , 1
- CST #2 Level (LI-2-161) O ft. L CST #3 Level (LI-2-165) D ft.
i SLC Tank Level (LI-63-1A) 91 % 1, Stack Flow (FI-90-271) GM i G
~2- j
[^N Offgas Pretreat. Rad Level (RR-90-157) M ar/hr
'\. ) Offgas Posttreat Red Level (RR-90-265) .9 CPS Stack Rad Level (RR-90-147) .6 CPS (
Reactor Zone Vent Rad Level (RR 142 ) .2 mr/hr Refuel Zone Vent Rad Level (RR-90-140) 31 ar/hr Drywell Rad Level (RR-90-272) Al R/hr i MSL Red Level (RR-90-135) 1.D mr/hr REMARKS i Q)- I 9
+
)
NSCiTCB 2906E 7-29-87 f a w
l i cacocococc00ccoccacocnanoconoaa 1 Q Q DRILL INFORMATION ONLY l a n ' ( *amanaamamanaamanna*****mamanna (~ BROWNS FERRY NUCLEAR PLANT l PRIMARY CONTROL ROOM INDICATIONS l UNIT 2 DATE 11/4/87 TIME M C)C)
- Narrow Range Reactor Water Level (LI-3-53) 'h D in.
Wide Range Reactor Water Level (LI-3-58A) 3D in. Accident Range Reactor Water Level (LI-3-52) \% 6 in. Flood Range Reactor Water Level (LI-3-55) 24 in. Reactor Power ECM ! Reactor Pressure (PI-3-54) \ C s 7 '"I psig , Reactor Coolant Temperature (TR-68-2A/B) 4%D /dAh%oF Drywell Temperature (TR-64-52) l 'h4 or 8 t
/' Drywell Pressure (PR-64-50) 15 psia Drywell H2/02 (R-76-37/41) O /,,,C;L, % ,
Suppression Pool Temperature (TR-64-161) 11 O ,_ oF Suppression Pool Level (LI-64-54) -9 in. Suppression Chamber H2/02 (R-76-39/43) C) ,,/. C ) % CST #1 Level (LI-2-169) C) ft. CST #2 Level (LI-2-161) C5 ft. CST #3 Level (LI-2-165) T"> ft. SLC Tank Level (LI-63-1A) 9 'A % Stack Flow (FI-90-271) QY ( (3 ./
. f'-
\,
Offsas Pretreat. Rad Level (RR-90-157) M mr/hr Offsas Posttreat Red Level (RR-90-265) .4 CPS Stack Rad Level (RR-90-147) .I CPS Reactor Zone Vent Rad Level (RR-90-142) A mr/hr Refuel Zone Vent Rad Level (RR-90-140) 21 mr/hr Drywell Red Level (RR-90-272) 4I R/hr MSL Rad Level (RR-90-135) 1.6 mr/hr REMARKS 9 NSC:TCB 2906E 7-29-87 O
c0000c000c00o0000000n:an==n0:00 o a DRILL INFORMATION C: .Y a m f"3
- man ******* man **maammaman***ame ;
BROWNS FERRY NUCLRAR PLANT PRIMARY CONTROL 530M INDICATIONS ' UNIT 2 DATE 11/4/87 i TIME CQ',i" ! Marrow Range Rea; Water Level (LI-3-53) hk in. { Wide Range Reactor Water Level (LI-3-58A) 20 in. Accident Range Reactor Water Level (LI-3-52) 19 6 in. . Flood Range Reactor Water Level (LI-3-55) 1T in. ! Reactor Power MC % Reactor Pressure (PI-3-54) iC3% O , psig Reactor Coolant temperature (TR-68-2A/B) M S / h 0F i Drywell Temperature (TR-64-52) GT OF Drywell Pressure (PR-64-50) i6 psia Drywell H2/02 (R-76-37/41) O/O % , Suppression Pool Temperature (TR-64-161) $_O A oF Suppression Pool Level (LI-64-54) _- S4 in. Suppression Chamber H2/02 (R-76-39/43) C'> /A % , CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) C3 ft.
- CST #3 Level (LI-2-165) O ft, SLC Tank Level (LI-63-1A) 9Q %
Stack Flow (FI-90-271) M \
I i
- . Offgas Pretreat. Rad Level (RR-90-157) 4 mr/hr Offgas Posttreat Red Level (RR-90-265) 9 CPS ,
Stack 11 tad Level (RR-90-147) .) Cps i Reactor Zone Vent Rad Level (RR-90-142) *D me/hr Refuel Zone Vent Rad Level (RR-90-140) A& ar/hr Drywell Rad Level (RR-90-272) 4) R/hr MSL Rad Livel (RR-90-135) iD _ ar/hr RRMARKS Pi. t t a
,rm i
. U 1
3 i NSCITCB 2006r
/-29-87 O
r- 4 0000300000000000000000000000000 o o ' e' DRILL INFORMATION ONLY
- i a a !
em naamammaamaansammaannammamanama x~ BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS f i UNIT. 2 DATE ,J.1/4/87
+
TIME M 3 0 i Narrow Range Reactor Water Level (LI-3-53) 27 in. ; Wide Range Reactor Water Level (LI-3-58A) 30 in. Accident Range Reactor Water Level (LI-3-52) \9 O in. Flood Range Reactor Water Level (LI-3-55) 1E in. ; Reactor Power DC9% ' Reactor Pressure (PI-3-54) \ \bO psig . Reactor Coolant Temperature (TR-68-2A/B) _ J 19UN /g 0F [ Drywell Temperature (TR-64-52) \ h6 0F ' Drywell Pressure (PR-64-50) iE psia O Drywell H2/02 (R-76-37/41) O /A % Suppression Pool Temperature (TR-64-161) IDD OF Suppression Pool Level (L1-64-54) - I Cs in. 1
-Suppression Chamber H2/02 (R-76-39/43) O /A % r l
l CST #1 Level (LI-2-169) O ft. t' CST #2 Level (LI-2-161) Ch it. l CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) 9R % Stack Flow (FI-90-271) MO t I O - l
r 2- l [ Offgas Pretreat. Red Level (RR-90-157) 4 mr/hr . I Offgas Posttreat Rad Level (RR-90-265) .9 CPS , Stack Rad Level (RR-90-147) .I CPS Reactor Zone Vent Rad Level (RR-90-142) .A mc/hr i Refuel Zone Vent Rt.d Level (RR-90-140) Q 'I _ mr/hr Drywell Rad Level (RR-90-272) 4i R/hr ! MSL Rad Level (RR-90-135) ) .I ar/hr REMARKS N M "5 BCL%S M DM%n
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- DRILL INFORMATION ONLY *
****amamma**mannenmanaam***mmen
.O BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOK INDICATIONS UNIT. 2 DATE 11/4f87 TIME M 4 5" Narrow Range Reactor Water Level (LI-3-53) Dkl%C"LE in.
Wide Range Reactor Water Level (LI-3-58A) " D 5* in. Accident Range Reactor Water Level (LI-3-52) \4D in. Flood Range Reactor Water Level (LI-3-55) DM%C LE. in. Reactor Power '"7 C9% Reactor Pressure (PI-3-54) \ DM psig Reactor Coolant Temperature (TR-68-2A/B) LifmC) /S M oP Drywell Temperature (TR-64-52) __,.
\'h 2 or Drywell Pressure (PR-64-50) IT psia Drywell H2/02 (R-76-37/41) O /,_CL %
Suppression Pool Temperature (TR-64-161) \\4 0F Suppression Pool Level (LI-64-54) ~ \9 .5 in. Suppression Chamber H2/02 (R-76-39/43) O / C>__ % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) D ft. SLC Tank Level (LI-63-1A) 91 % Stack Flow (FI-90-271) QQ O
b f i 4 []) ( Offgas Pretreat. Rad Level Offgas Posttreat Rad Level (RR-90-157) mr/hr (RR-90-265) .9 CPS Stack Rad Level (RR-90-147) .I CPS Reactor Zone Vent Rsd Level (RR-90-142) 1 !ar/hr l i Refuel Zone Vent Rad Level (RR-90-140) AE mr/hr Drywell Rad Level (RR-90-272) _ 4I R/hr MSL Rad Level (RR-90-135) l."slb ar/hr a < m, sus
/ -
( . NSCtTCB l 2906E ( '7-29-87 l i 1 l l O 1 l _____L____. _---_L--_.-. -
amenannaeanactmentensonnaaaacon o *
- DRILL INFORMATION ONLY
- mana***************************
BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOK INDICATIONS UNIT 2 DATE 11/4/87 TIME m ',{5 Marrotr Range Reactor Water Level (LI-3-53) bkiv LV._ in. Wide Range Reactor Water Level (LI-3-58A) "M in. Accident Range Reactor Water Level (LI-3-52) RD in. Flood Range Reactor Water Level (LI-3-55) h e t-_W._ in. Reactor Power __ k %
- Reactor Pressure (PI-3-54) ilDD psig Reactor Coolant Temperature (TR-68-2A/B) 4 hD/4h2 0F Drywe11 Temperature (TR-64-52) l *h T OF Drywell Pressure (PR-04-50) %6 psia Drywell H2/02 (R-76-37/41) CD/ A %
Suppression Pool Teaperature (TR-64-161) \ IE or Suppression Pool Level (LI-64-54) M**# 1 T: in. I Suppression Chamber H2/02 (R-76-39/43) O / O % CST #1 Level (LI-2-169) O fL. CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) 9Q % l Stack Flow (FI-90-271) M 0
i
,' Offgas Pretreat. Rad Level (RR-90-157) 4 mr/hr
- Offgas Posttreat Rad Level (RR-90-265) .96 CPS Stack Rad Level (RR-90-147) = 162 CPS Reactor Zone Vent Rad Level (RR-90-142) 3 mr/hr Refuel Zone Vent Rad Level (RR-90-140) DE ar/hr Drywell Rad Level (RR-90-272) 4I R/hr M3L Red Level (RR-90-135) ).5 mr/hr RMM ,,
-- = ,. 4. ,
, O L l ( NSCITCB 2906E 7-29-87 l
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cococcancoccocacc00noaacceetona o a DRILL INFORMATION ONLY
- ammannaamanannatamannamananman ;
BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT- 2 DATE 11/4/87 ' TIMEMDC3 Narrow Range Reactor Water Level (LI-3-53) DLITCLE in. Wide Range Reactor Water Level (LI-3-58A) __, "TA in. . Accident Range Reactor Water Level (LI-3-52) \ \ C5 in. Flood Range Reactor Water Level (LI-3-55) t%M ac LME_ in. Reactor Power 7 CM Reactor Pressure (PI-3-54) \ 6hCb psig
- Rewtor Coolant Temperature (TR-68-2A/B) MS~C3fM hoF Drywell Temperature (TR-64-52) \% oF
(] Drywell Pressure (PR-64-50) d psia V Drywell H2/02 (R-76-37/41) C3 /.C3 % i t Suppression Pool Temperature (TR-64-161) I% oF l Suppression Pool Level (LI-64-54) ~ 15 in. Suppression Chamber H2/02 (R-76-39/43) O /A % 1 CST #1 Level (LI-2-169) O ft.
- CST #2 Level (LI-2-161) O ft.
CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) 91 % Stack Flow (FI-90-271)- 34 Jc l
l
-2
/~N Offsas Pretreat. Rad Level (RR-90-157) 4 mr/hr \~ Offsas Posttreat Rad Level (RR-90-265) .DJ CPS , Stack Rad Level (RR-90-147) = IMI CPS , Reactor Zone Vent Rad Level (RR-90-142) . "A mr/hr Refuel Zone Vent Rad Level (RR-90-140) DE kr/hr l Drywell Red Level (RR-90-272) 4) R/hr -; MSL Rad Level (RR-90-135) {.T mr/hr REMARKS _
-M'Wesme I
O t NSC:TCB 2906E 7-29-87 O f
catconnancestocenatoonstaannata o e DRILL INFORMATION ONLY
- e a j BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 '
TIME M D ' Warrow Range Reactor Water Imvel (LI-3-53) bk1 MLE_ in. i Wide Range Reactor Water Level (LI-3-58A) ~Q7 in. i Accident Range Reactor Water Level (LI-3-52) _ %D in. Ficod Range Reactor Water Level (LI-3-55) .DMac LE. in. i Recctor Power , 'T C W_ Reactor Pressure , (PI-3-54)
- s 1DO_ psig Reactor Coolant Temperature (TR-68-2A/B) 4\b /M OF Drywell Temperature (TR-64-52) 116 0F Drywell Pressure (PR-64-50) 1*7 psia Drywell H2/02 (R-76-37/41) CD /O %
Suppression Pool Temperature (TR-64-161) \10 oF Suppression Pool Level (LI-64-54) DMac LiiE._ in. Suppression Chamber H2/02 (R-76-39/43) O/O % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) 6 ft. CST #3 Level (LI-2-165) CD ft. SLC Tank Level (LI-63-1A) 42 % Stack Flow (FI-90-271) M.O
j, ._ _ ._ _ _ . _ . _ _ ~_. . h, {' Offgas Pretreat. Rad Level (RR-90-157) L4 mr/hr , Offgas Posttreat Red Level (RR-90-265) .9 CPS Stack Rad Level (RR-90-147) .Ib CPS ! Reactor Zone Vent Rad Level (RR-90-142) .2 _,,, ar/hr Refuel Zone Vent Rad Level (RR-90-140) 2 *T mc/he Drywell Rad Level (RR-90-272) dI R/hr . MSL Rad Level (RR-90-135) \.6 mr/hr REMARKS-i
~
m.ggg -- L.) J (, NSC:TCB 2906E l i 7-29-87 1 r ( w -- ,
cocconconconocconoconcacnaccaca a a
- DRILL INFORMATION ONLY
- a a >
amamanenemannamannannamananmens v BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT _ 2 DATE 11/4/87 TIME M *.3 T Warrow Range Reactor Water Level (LI-3-53) Due E:- in. Wide Range Reactor Water Level (LI-3-5BA) - \'5 Y in. Accident Range Reactor Water Level (LI-3-52) D in. Flood Range React or Water Level (LI-3-55) bua ca LE. in. , Reacter Power 7 C% i t Reactor Pressure (PI-3-54) \ \ OO psig Reactor Coolant Temperature (TR-68 2A/B) 4\\ Q /, M OF Drywell Temperature (TR-64-52) \ 7 k_ 0 F Drywell Pressure (PR-64-50) I fo Psia Drywell H2/02 (R-76-37/41) O /_ O % , Suppression Pool Temperature (TR-64-161) 17Ce oF Suppression Pool Level (LI-64-54) twi=ct v- in. Suppression Chamber H2 /02 (R-76-39/43) D /___Q % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) C5 ft. CST #3 Level (LI-2-165) Cb ft. SLC Tank Level (LI-63-1A) 92 % Stack Flow (FI-90-271) M .O O
2 Offgas Protreat. Rad Level (RR-90-157) M mr/hr Offgas Posttreat Rad Level (RR-90-265) *
.5 CPS Stack Rad Level (RR-90-147) m)6 CPS Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr Refuel Zone Vent Rad Level (RR-90-140) 3E mr/hr Drywell Rad Level (RR-90-272) 4% R/hr MSL Ead Level (RR-90-135) \.M ar/hr REMARKS _ _ ___ _
C*._ % % O t t % c e , gho otp1,_ 5
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- DRILL INFORMATION ONLY *
*
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-'V[] ******************************* f BROWNS FERRY NUCLEAR PLANT , PRIMARY CONTROL ROOM INDICATIONS r UNIT 2 DATE 11/4/87 TIME CEq$" Narrow Range Reactor Water Level (LI-3-53) DMELE. in. Wide Range Reector Water Level (LI-3-58A) bM M LE in. Accident Range Reactor Water Level (LI-3-52) " GnO in. Flood Range Reactor Water Level (LI-3-35) DLiMLE in. Reactor Power _, P,eactor Pressure (PI-3-54) __ls;,@ psir, Reactor Conlr.nt Temperature (TR-68-2A/B) JMQ_/M OF Drywell Temperature (TR-64-52) \ G>O OF . f) Drywell Pressure (PR-64-50) ice psia V Drywell H2/02 (R-76-37/41) CD / O % Suppression Pool Temperature (TR-64-161) 1 Gsh 0F Suppression Pool Level (LI-64-54) t3MW LL in. Suppression Chamber H2/02 (R-76-39/43) .1. O / O % , CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) D ft. CST #3 Level (LI-2-165) 6 ft. SLC Tank Level (LI-63-1A) 9R % Stack Flow (FI-90-271) M.O O
1 i l l ( offgas Pretreat. Rad Level (RR-90-157) 4 mr/hr Offgas Posttreat Rad Level (RR-90-265) *
.3T CPS l Stack Rad Level -
(RR-90-147) .IT CPS l 4 I Reactor Zone Vent Rad Level (RR-90-142) . 1 _ _ mr/hr , I Refuel Zone Vent Rad Level (RR-90-140) %EL mr/hr I i Drywell-Rad Level (RR-90-272) <\ R/hr l MSL Rad Level (RR-90-135) \M ar/hr REMARKS i
.m mA-l l
.- - -. l l
WSC:TCB 2906E 7-29-87 , !) u
0o000n*a00000000000000000aao00s a a
- DRILL INFORMATION ONLY
- a a sammanaamamanamanaamannemanaman BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 TIME M C 2 Marrow Range Reactor Water Level (LI-3-53) bu*c LE_ in.
Wide Range Reactor Water Level (LI-3-58A) DM*cLE in. Accident Range Reactor Water Love) (LI-3-52) _DM%c L EL in. Flood Range ?,eactor Water Level (L1-3-55) . bM be i E in. Reactor Power %C q>g Reattor Pressure (PI-3-54) i OhC3 psig Reketor Coolant Temperature (TR-68-2A/B) flQ/,QQ1 oF Deywell Tempers.ture (TR-04-52} \EO 0F Drywell Pressure (PR-64-50) W psia Drywell H2/02 (R-76-37/41) C / CD % Suppression Pool Temperature (TR-64-161) 1 C. D or Suppression Pool Level (LI-64-54) bu % tLF. in. Suppression Chamber H2/02 (R-76-39/43) 588 / A % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) 6 ft. SLC Tank Level (LI-63-1A) C) 2 % Stack Flow (F1-90-271) M . C3 i O
- - _ _ _ _ _ _ _ _ _ _ - - _ _ _ _ _ _ _ _ _ _ _ _ . ___________-_--_.____--____--_---__-_-_---____--.--__---_-_____-m
l j j
/]
Q) Offsas Protreat. Rad Level (RR-90-157) 4 mr/hr Offsas Posttreat Rad Level (RR-90-265) .9 .. CPS Stack Rad Level (RR-90-147) = IDb CPS Reactor Zone Vent Rad Level (RR-90-142) .1 mr/hr Refuel Zone Vent Rad Level (RR-90-140) DE ar/hr Drywell Rad Level (RR-90-272) 41 R/hr - MSL Rad Level (RR-90-135) i .'h ar/hr REMARYS EC YC_ Comknh\ Nh ht% r Wik. RC.IC_ MSW n nem D g m ent.sv O ta. Y M4 - ^* E l i l ' l t l NSC TCB 2906E 7-29-87
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- m a w
[) v sanammam**ma***mana**mamenmanam BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS r UNIT 2 DATE _11/A/87 - TIME E {,5 Narrow Range Reactor Water Level (LI-3-53) DMse.t E. in. Wide Range Reactor Water Level (LI-3-58A) N etE in. Accident Range Reactor Water Level (LI-3-52) hviw i F in. Flood Range Reactor Water Level (LI-3-55) bu sc.LE. in. Reactor Power 3, C9"5 React w Pressure (PI-3-54) I\ % psig Wactor Coolant Temperature (TR-68-2A/B) _% 96 /M OF Derwell Tearaca%re (TR-64.-! 2 ) \4 T OF Drywell Pressure (PE-64-50) _,,__lf(p, psia Drywell H2/02 (R-76 37/41) _, O_,_/ 6 % , Suppression Pool Temperature (TR-64-161) % 88 I or Suppression Pool Level (LI-64-54) D b.1 h E in. , Suppression Chamber H2/02 (R-76-39/43) M&/ O % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) *) *llllt % Stack Flow (FI-90-271) M , C3 O 1
i 2
; Offgas Pretreat. Rad Level (RR-90-157) 4 mr/hr Offgas Posttreat Red Level (RR-90-265) %"2t CPS Stack Rad Level (RR-90-147) .\9 1 cps Reactor Zone Vent Red Level (RR-90-142) .1 mr/hr Refuel Zone Vent Rad Level (RR-90-140) *:L TL me/hr Drywell Rad Level (RR-90-272) Z\ R/hr MSL Rad Level (RR-90-135) 1.M ar/hr REMARKS 1
l l
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( - - NSC TCB 2906E l 7-29-87 l l l l
i
.i cacccccAc00300cc2000 2322300Q32 '
o e . DRILL INFORMATION ONLY *
. . f annanamanaamanaamananamannaname ;
BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 ! TIMEC:11?% ' Narrow Range Reactor Water Level (LI-3-53) b Li e u- in. Wide Range Reactor Water Level (LI-3-58A) trimeLEL in, t Accident Range Reactor Water Level (LI-3-52) t1\*e t1E. in. l Flood Range Reactor Water Level (LI-3-55) b u w t E_ in. , Reactor Power __"llL C- EMS Reactor Proscure (PI-3-54) iCACs pois Reactor Coalant Temperature (TR-68-2A/B) 19a6fg or i Drywell Temperatur6 (TR-64-52) ) Li "A , OF
/'s Drywell Pressure (PR-64-50) ,, \ ( I psia Dnvell H /Os, 2 (R-76-37/41) c5 / ,Q. %
_, Supprassion Pool Tergeracure (TR-64-161) i I"7 oF F Suppress!,on Poo.' f.evel (LI-64-54) h k1* ct C in. Suppression Chamber H2/02 (R-76-39/43) M.8/ O % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) CD ft. CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) 9A % Stack Flow (F1-90-271) 24.l. C) O
~2-i Offges Pretreat. Rad Level (RR-90-157) M mr/hr Offgas Posttreat Red Level (RR-90-265) .M CPS Stack Rad Level (RR-90-147) .DO CPS Reactor Zone Vent Rad Level (RR-90-142) .1 ar/hr Refuel Zone Vent Rad Level (RR-90-140) 3& ar/hr Drywell Red Level (Rh-90-272) 4I R/hr MSL Red Level (RR-90-135) \.4 mr/hr REMARKS l
Q _ -_ _ . . _ _ NSC TCB 2906E 7-29-87 0
4 conococonconoonconocommaanonnoc a a
- DRILL INFORMATION ONLY
- nemane** men ****amammamanan*****
BROWNS FERRY NUCLEAR PLANT PRIMARY CONTkOL ROOM INDICATIONS UNIT 2 DATE 11/4/87 TIME C5L414\T Warrow Range Reactor Water I,evel (LI-3-53) _ blisse-t c in. Wide Range Reactor Water Level (LI-3-58A) bLise LL in. Accident Range Reactor Water Level (LI-3-52) bLi nc t E in. Flood Range Reactor Water Level (LI-3-55) M scit_ in. Reactor Power 2 CD"b Reactor Prescure (PI-3-54) \ \ CbC5 psig Reactor Coolant Temparature (TR-68-2A/B) 3SIL'h / M OF Drywell Temperature (TR-64-52) \44 85 0F Drywell Pressura (PR-64-50) i85. 6 , psia Dryweil H 2/0.3 (R-76-37/41) A/A *. Supprews. ion Pod Tetoperature (TM-64-161) ,___, \ '3 Gs oF Suppression Poal Level (LI-64-54) hu v L TL in. Suppression Chamber H2/02 (R-76-39/43) AD/ h % CST #1 Level (LI-2-169) C3 ft. CST #2 Level (LI-2-161) cd ft. CST #3 Level (LI-2-165) C3 ft. SLC Tank Level (LI-63-1A) __ 92 % g Stack Flow (F1-90-271) _ OL\ . C"5 O
.- . j
-2 ;
( Offgas Pretreat. Rad Level !
) (RR-90-157) 14 mr/hr Offgas Posttreat Rad Level (RR-90-265) .% CPS Stack Rad Level (RR-90-147) _ l-( CPS Reactor Zone Vent Rad Level (RR-90-142) .1 mr/hr Refuel Zone Vent Rad Level (RR-90-140) SE 'ar/hr Drywell Rad Level (RR-90-272) 4I R/hr MSL Rad Level (RR-90-135) \.4 mr/hr l REMARKS ,
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******************************* j BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS l UNIT _ L , DATE 11/4/87 TIME B N D Q i ,- Narrow Range Reactor Water Level (LI-3-53) bue LE_ in.
- Wide Range Reactor Water Level (LI-3-58A) . DL1MLE in.
1 1
~ Accident Range Reactor Water Level (LI-3-52) D M Snt L. E in.
Flood RanSe Reactor Water Level (LI-3-55) BMMLE in. [. Reactor Power ~2lL C h
- Reactor Pressure (PI-3-54) \ O ct C5 psif, I Reactor Coolant Temperature (TR-60-2A/B) %_/M OF Drywell Temperature (TR-64-52) 14 6 0F Drywell Pressure (PR-64-50) l'6.5 psia l Drywell'H 2/02 (R-76-37/41) O /A %
l: Suppression Pool Temperat (TR-64-161) l'5 G of I Suppression Poel Level (LI-64-54) bust.LE in. i l Suppression Chumber H2/02 (R-76-39/43). 3b/A% i CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) C> ft. SLC Tank Level (LI-63-1A) OQ % 1 Stack Flow (FI-90-271) D L.\. O 1 v J
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. 2- 1 I
1 I' (j: Offgas Pretreat. Rad Level (RR-90-157) M ar/hr
'Offgas Posttreat Rad' Level <(RR-90-265) .DJ A CPS Stack Rad Level (RR-90-147) 0.1 CPS Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr l
1 Refuel Zone Vent Rad Level (RR-90-140) M mr/hr i Drywell Rad Level (RR-90-272) , 'l . \ R/hr MSL Rad Level (RR-90-135) \M mr/hr l l REMARKS TeMLt.L% YANN.* I.T k M i l l I o l
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- ll V BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT -2 DATE 11/4/87 '
TIME CpE ($ Narrow Range Reactor Water Level (LI-3-53) buTLt~;_ in. Wide Range Reactor Water Level (LI-3-58A)- DLW1 C in. Accident Range Reactor Water Level (LI-3-52) -D in. i Flood Range Reactor Water Level (LI-3-55) DOWLE in. Reactor Power % C.M Reactor Pressure (PI-3-54) \O M psig i Reactor Coolant Temperature (TR-68-2A/B) 1.\DD/g oF 1-Drywell Temperature (TR-64-52) \ 4 *E;" oF Drywell Pressure (PR-64-50) I E5 psia Drywell H 2/02 (R-76-37/41) O / O_ % L Suppression Pool Temperature (TR-64-161) 1 *544- oF j .. L Suppression Pool Level (LI-64-54) huvLii!L in, t l Suppression Chamber H2/02 (R-76-39/43) A b _C3 % l CST #1 L.evel (LI-2-169) O ft. CST #2 Level (LI-2-161) CD ft. CST #3 Level (LI-2-165) O ft. l -SLC Tank Level (LI-63-1A) CD % Stack Flow (FI-90-2'71) M. O
J l-l, Cffgas Pretreat. Rad L9 vel (RR-90-157)
/j-i '14 ' mr/hr
~
Offgas Posttreat Red Level- (RR-90-265) 0% 3 CPS Stack Mad Level (ER-90-147) QL3 SD CPS Reactor Zone Vent Rad Leve1 (RR-90-142) . 7.1 mr/hr Refuel Zont. Vent Rad Level (RR-90-140) 2 Es ar/hr Drywell Rad Level (RR-90-272) \.*$ R/hr MSL Rad Level (RR-90-135)- \9 mr/hr 3EMARKS_ T o h % wm d , s \ \ b Q [h l-n l ' NSC:TCB 2906E 7-29-87 l l l' l l.- .
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- DRILL INFORMATION ONLY
- V BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL' ROOM INDICATIONS UNIT 2 DATE 11/4/87 !
TIME _C>"5"Nb i We'rrow Range Reactor Water Level (LI-3-53) D M *hC d in. l l Wide Range Reactor Water Level (LI-3-58A) ~ E7 in. { Accident Range Reactor Water Level (LI-3-52) 7 C5 in. Flood Range Reactor Water Level (LI-3-35) DLiviC in. Reactor Power 7 C 9*5 Reactor Pressuro (PI-3-54) 1 ops 6 psis Reactor Coolant Temperature (TR-68-2A/B) M C D / h 0F l l i Drywell? temperature l 5 (TR-64-52) \ 4 85 0F j Drywell Pressure (PR-64-50) 1 85 . % psia Drywell H2/02 (R-76-37/41) O / Ch % Suppression Pool Temperature (TR-64-161) ' \ TE oF Suppression Pool Level (LI-64-54) DMcAr i r, in. Suppression Chamber H2/02 (R-76-39/43) ADAA % CST #1 Level (LI-2-169) D ft. CST #2 Level (LI-2-161) O ft. l-CST #3 Level (LI-2-165) O ft. t, SLC Tank Level (LI-63-1A) CD Q % Stack Flow (FI-90-271) M.' O ' I: Lo
', t
.' Offgas Pretreat. Red Level (RR-90-157) 11 mr/hr Offgas Posttreat Rad Level (RR-90-265) .9% CPS Stack Rad Level (RR-90-147) GEM CPS Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr Refuel Zone Vent Rad Level (RR-90-140) 2A mr/hr Drywell Rad Level (RR-90-272) O R/hr-MSL Rad Level (RR-90-135) - I .L4 mr/hr REMARKS T N G h t DOth D n. '
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~ PRIMARY CONTROL ROOM INDICATIONS UNIT' 2 DATE 11/4/87 TIMEM45" Narrow Range Reactor Water Level t
(LI-3-53) buv LE in. Wide Range Reactor Water Level (LI-3-58A) - ECb in. L Accident Range Reactor Water Level (LI-3-52) 75" in. I Flood Range Reactor Water Level (LI-3-55) BLPBC1.E_ in. i LJ Reactor Power 7C" P% l Reactor Pressure (PI-3-54) 1CSM psig Reactor Coolant Temperature (TR-68-2A/B) 2AJ5 /M OF l Drywell Temperature (TR-64-52) \4T OF l' j Drywell Pressure (PR-64-50) 185.T psia Drywell H2 /02 (R-76-37/41) CD / C'> % Suppression Pool Temperature (TR-64-161) \7Cb oF p Suppression Pool Level (LI-64-54) h d %c t E_ in. Suppression Chamber H2/02 (R-76-39/43) % b/a/___Q % j CST #1 Level (LI-2-169) C"3 ft.
. CST #2 Level (LI 161) C5 ft.
CST #3 Level (LI-2-165) Cd ft. SLC Tank Level (LI-63-1A) % % Stack Flow (FI-90-271) OdA . C5 *
. /Q .
U
h Offgas Pretreat. Rad Level (RR-90-157) 4 mr/hr Offgas Posttreat Red-Level ~(RR-90-265) . ej ':llL CPS Stack Rad Level (RR-90-147) \bbDO CPS j- Reactor Zone Vent Rsd Level (RR-90-142) .A mr/hr Refuel Zone Vent Rad Level (RR-90-140) AE mr/hr Drywell Rad Level (RR-90-272) blD R/hr MSL Rad Lev 61 (RR-90-135) 1.4 mr/he i REMARKS DmEma D-[Yawug h U A hwgg
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. BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE --~11/4/87 TIME M %
Narrow Range Reactor Water Level (LI-3-53) DM*f.LE_ in. Wide Range Reactor Water Level (LI-3-58A) _ "T6 .in. Accident Range Reactor Water Level (LI-3-52) 90 in. Flood Range Reactor Water Level (LI-3-55) DtdMLE. in. Reactor Power 7C9% Reactor Pressure (PI-3-54) \ C3M psig Rosetor Coolant Temperature (TR-68-2A/B) A% b / M OF 1' l
- j. Drywell Temperature (TR-64-52) (45 _ _' 0F
~~
l Drywell Pressure (PR-64-50). 1 T. b psia l
-Drywell H2/02 (R-76-37/41) O /1 %
Suppression Pool Temperature (TR-64-161) I% oF l Suppression Pool Level (LI-64-54) -\h in. l Suppression Chamber H2/02 (R-76-39/43) 16&__CL % CST #1 Level (LI-2-169) CD ft. CST #2 Level (LI-2-161) O ft, t CST #3 Level (LI-2-165) CD ft. l SLC Tank Level (LI-63-1A) #:) % % l l} Stack Flow (FI-90-271) M.O L 1 (
3 , ... I Offgas Pretreat. Rad Level (RR-90-157) 2-1 mr/hr Offgas PosLtreat Rad Level (RR-90 265) .% CPS Stack Rad Level (RR-90-147) 11. I k CPS Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr Refuel Zone Vent Rad Level (RR-90-140) Ah- ar/hr Drywell Rad Level (RR-90-272) 1 R/hr MSL Rad Level (RR-90-135) 1.4 ar/br REMARKS ___ T bYtA.L*!b nh k = MAO M ! kn 9 NSC:TCB 2906E 7-29-87 9
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BROWNS FERRY WUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT _,,, _2 DATE 11/4/87 TIME C(mM"5 Warrow Range Reactor Water Level (LI-3-53) tk.1* hcl 1liL in. Wide Range Reactor Water Level (LI-3-58A) ~6E in. Accident Range Reactor Water Level (LI-3-52) 1 O1. in. Flood Range Reactor Water Level (LI-3-55) bk.1v i W- , in . Reactor. Power 7 C CPS Reactor Pressure (PI-3-54) 1C9CBD psis Reactor Coolant Tempcrature (TR-68-2A/B) .3 M / M oF Drywell Temperature (TR-64-52) \4T oF Drywell Pressure (PR-64-50) 1"5.'s" psia Drywell'H 2 /02 (R-76-37/41) O /A % Suppression Pool Temperature -(TR-64-161) M4 0F Suppression Pool Level (LI-64-54) = \4 in. Suppression Chamber H2/02 (R-76-39/43) AD/ N '%
. CST #1 Level (LI-2-169) O fL.
CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) 92 % Stack Flow (FI-90-271) Q 4\. O O
.- \;C 1,
,< - 2.- l i
1 i Offgas Pretreat. Rad Level (RR-90-157) ~M ar/hr Offgas Posttreat Bad Level (RR-90-265) .91 CPS Stack Rad Level (RR-90-147) \1.C\L CPS Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr I Refuel Zone Vent Rad Level (RR-90-140) Q EL mr/hr I 1 Drywell Rad Level (RR-90-272) 1 R/hr MSL Rad Level (RR-90-135) l.M ar/hr i REMARKS E h m tse._ d b h % Y w w vs s h w .
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NSC:TCB 2906E-29-87 i i
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- DRILL INFORMATION ONLY * '
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BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 TIME M % Narrow Range Reactor Water Level (LI-3-53) D k.l v i E' in. Wide Range Reactor Water Level (LI-3-58A) - 31b in. Accident Range Reactor Water Level (LI-3-52) \ 1-E in. Flood Range Reactor Water Level (LI-3-55) bbl *JhC_L t- in. Reactor Power 7 CM '
> Reactor Pressure (PI-3-54) 1IC5Ch psig Reactor Coolant Temperature (TR-68-2A/B) S E'S / M OF Drywell. Temperature (TR-64-52) IM T OF
/N Drywell Pressure (PR-64-50) 14.Y psia
~
Drywell H 2/02 (R-76-37/41) O /_ O % Suppression Pool Temperature (TR-64-161) \T4 oF Suppression Pool Level (LI-64-54) - QC3 in. Suppression Chamber H2/02 (R-76-39/43) EM C) % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) C5 ft. CST #3 Level (LI-2-165) C"> ft. SLC. Tank Level (LI-63-1A) 4a % Stack Flow (FI-90-271) 24. C3 m V
t
- 4 3
-2 7%
offgas Pretreat. Rad Level (RR-90-157) N mr/hr Off8as Posttreat Red Level (RR-90-265) . 9 'dA. CPS Stack Rad Level (RR-90-147) M kl CPS i Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr i Refuel Zone Vent Rad Level (RR-90-140) % Td> me/hr Drywell Rad Level (RR-90-272) OA R/hr. ?
- j. MSL Rad Level (RR-90-135) \.4 mr/hr l
REMARKS TOh% TU% , T-. hN M l f l (a . l I l i t NSC:TCB !' 2906E l 7-29-87 l O t i
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BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 TIME M S-Narrow Range Reactor Water Level (LI-3-53) DMvt W in. Wide Range Reactor Water Level (LI-3-58A) - AO in. Accident Range Reactor Water Level (LI-3-52) ITT in. Flood Range Reactor Water Level (LI-3-55) DLiv i F in.
- l. Reactor Power 7 C_P*$
-Reactor Pressure' (PI-3-54) Ib9 C5 peig Reactor Coolant Temperature (TR-68-2A/B) 3M./@F l-Drywell Temperature (TR-64-52) l46 0F Drywell Pressure
(' (PR-64-50) I 5.5 psia Drywell H2/02 (R-76-37/41) O/O % Suppression Pool Temperature (TR-64-161) \70 oF Suppression Pool Level (LI-64-54)- -M in. Suppression Chamber H2/02 (R-76-39/43) A 67 O % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) O fL. CST #3 Level (LI-2-165) O ft. i SLC Tank Level (LI-63-1A) 92 % Stack Flow (FI-90-271) N.O
r~: ' ( - Offgas Pretreat. Rad Level .(RR-90-157) M mr/hr Offgas Posttreat Red Level (RR-90-265) .9 1 CPS Stack Rad Level (RR-90-147) 1D L CPS Reactor Zone Vent Rad Level (RR-90-142) .D mr/hr Refuel Zone Vent Rad Level (RR-90-140) AE mr/hr Drywell Rad Level. (RR-90-272) 1.E R/he' l- -MSL Rad Level (RR-90-135) 1.4 mr/hr 1 REMARKS I eshuA htN
- 7 I CD k r4 1 ,
NSC:TCB 2906E 7-29-87
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- BROWNS FERRY NUCLEAR PLANT l- PRIMARY CONTROL ROOM INDICATIONS l.
- UNIT 2 DATE 11/4/87 l TIMEC>7 ' %
Narrow Range Reactor Water Level (LI-3-53) 2T in. Wide Range Reactor Water Level (LI-3-58A) \Eb in. Accident Range Reactor Water Level (LI-3-52) \EY in. Flood Range Reactor Water Level (LI-3-55) 1T in. Reactor Power 7C9"5 Reactor Pressure (PI-3-54) i C:@)C) psig Reactor Coolant Temperature (TR-68-2A/B) _S"15 /E OF Drywell Temperature (TR-64-52) \%6 0F' (v Drywell Pressure (PR-64-50) \5 psia Drywell H2/02 (R-76-37/41) O/O % 1 Suppression Pool Temperature (TR-64-161) \ (ab 0F Suppression Pool Level (LI-64-54) D L\"3 c L E. in. l Suppression Chamber H2/02 (R-76-39/43) 1 6 7/ O % CST #1 Level (LI-2-169) O ft, i l :. CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) O ft. ! SLC Tank Level (LI-63-1A) 9A % Stack Flow (FI-90-271) 34 ) . CD T c 1'
9 -d Offgas Pretreat. Rad' Level (RR-90-157) 14 mr/hr Offgas Posttreat Red Level (RR-90-265) .92 CPS Stack Rad Level (RR-90-147) 2\ K CPS' Reactor Zone Vent Rad Level (RR-90-142) . E ar/hr Refuel Zone Vent Rad Level (RR-90-140)- Bb ar/hr s Drywell Rad Level (RR-90-272). 2..Es R/hr MSL Rad Level (RR-90-135) 1.4 mr/hr. ! REMARKS Shubb em "h b k W E k_ tk u eh N i h ch'asdw . A i % LAEN/ u A s. % mis, A TOhuS E C) hM A NSC:TCB 2906E 7-29-87 , i - O
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BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 TIMEC)"L'15 Narrow Range Reactor Water Level (LI-3-53) 37 in. Wide Range Reactor Water Level (LI-3-58A) 20 in. Accident Range Reactor Water Level (LI-3-52) 19D in. Flood Range Reactor Water Level (LI-3-55) 20 in. ( Reactor Power 7C9% Reactor Pressure (PI-3-54) I N psig Reactor Coolant Temperature (TR-68-2A/B) ESS - /M oF Drywe11' Temperature (TR-64-52) ID OF ( Drywell Pressure (PR-64-50) i6 pela Drywell H2/02 (R-76-37/41) N .7/ O % Suppression Pool Temperature (TR-64-161) \SGs CF Suppression Pool Level- (LI-64-54) DMWiE in. Suppression Chamber H2/02 (R-76-39/43) O/A% CST #1 Level (LI-2-169) C> ft. . CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) 9A % {_ Stack Flow. (FI-90-271) 2h O
. -2 . . . .f l .' (
Offgas Pretrekt. Rad Level (RR-90-157) M mr/hr Offgas Posttreat Red Level (RR-90-265) .9 CllL CPS l Stack Rad Level (RR-90-147) O \ I i CPS
- i. .
Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr Refuel Zone Vent Rad Level (RR-90-140) QR ar/hr Drywell Rad Level (RR-90-272) Q .1 R/hr MSL Rad Level (RR-90-135) I .d4 me/hr (_ REMARKS DhN c =%m [ tm tk d u4A O. i b Sm\s ! Towe T>~ d 2 Ris V/hn 1, i
*4 NSC:TCB 2906E 7-29-87 O
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- DRILL INFORMATION ONLY *
*********r*********************
BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87 TIME E % Narrow Range Reactor Water Level (LI-3-53) \R in. Wide Range Reactor Water Level (LI-3-58A) \E in. Accident Range Reactor Water Level (LI-3-52)- \M ag gn, Flood Range Reactor Water Level (LI-3-55) \D in. Reactor Power %CM Reactor Pressure (PI-3-54) '7 M psig Reactor Coolant Temperature (TR-68-2A/B) %ED /M oF Drywell Temperature (TR-64-52) 11 0 oF Drywell Pressure (PR-64-50) l'5 psia
-Drywell H2/02 (R-76-37/41) O/o s Suppression Pool Temperature (TR-64-161) I d8Gb 0F Suppression Pool Level (LI-64-54) -13 in.
Suppression Chamber H2/02 (R-76-39/43)- -E b 0 A % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) C) A % Stack Flow (F1-90-271) O Cs
j;
~ ;. o Offgan Pretreat. Rad Level (RR-90-157) M mr/hr Offgas Posttreat Rad Level (RR-90-265) .9 % CPS Stack Rad Level (RR-90-147) DM CPS Reactor Zone Vent Rad Level (RR-90-142) .3 ar/hr Refuel Zone Vent Rad Level (RR-90-140) Q& mr/hr Drywell Rad Level (RR-90-272) Elt , d. R/hr . ,
MSL Rad Level (RR-90-135) I.4 mr/hr REMARKS Tt3hu *s Yt N = 9% Q M,
-i i
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- 2906E 7-29-87 n 8
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BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87' T1HECs"TX4T Narrow Range Reactor Water Level (LI-3-53) b'7 in. Wide Range Reactor Water Level (LI-3-58A) M in. l Accident. Range Reactor Water Level (LI-3-52) 3M in, g Flood Range Reactor Water Level (LI-3-55) 10 in. Reactor Power M PS l
. Reactor-Pressure (PI-3-54) ~7 % psig L
L Reactor Coolant Temperature (TR-68-2A/B) %Q /M oF Drywell Temperature (TR-64-52) GO oF Drywell-Pressure (PR-64-50) \T psia a 1 Drywell H2/02 (R-76-37/41) O /A % l Suppression Pool Temperature (TR-64-161) 1TO oF Suppression Pool Level (LI-64-54) " 2.5 in. ' I
~ Suppression Chamber H2/02 (R-76-39/43) 8/WA % i CST #1 Level (LI-2-169) O ft.
CST #2 Level (LI-2-161) 6 ft. CST #3 Level (LI-2-165) O ft, -l SLC Tank Lovel (LI-63-1A) C) 2 % Stack Flow (FI-90-271) 2 (a
) Offgas Pretreat. Rad Level (RR-90-157) M mr/hr Offgas Posttreat Red Level (RR-90-265) .% CPS Stack Rad Level (RR-90-147) Q E 7 K CPS Reactor Zone Vent Rad Level (RR-90-142) .A" mr/hr
-Refuel Zone Vent Rad Level (RR-90-140) ' QR me/hr i Drywell Rad Level (RR-90-272) 1.7
, R/hr MSL Rad Level (RR-90-135) I.O mr/hr REMARKS 76hu'% ,
- IDDD MbM O
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.7-29-87.
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BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 11/4/87
- TIME S C>D Narrow Range Reactor Water Level (LI-3-53) "b7 in.
Wide Range Reactor Water Level (LI-3-58A) GmO in. Accident Range Reactor Water Level (LI-3-52) \9O in. 'f Flood Range Reactor Water Level (LI-3-55) DO in. Reactor Power \otC)g Reactor Pressure (PI-3-54) SOC 3 psig Reactor. Coolant Temperature (TR-68-2A/B) Ms /@ OF Drywell Temperature (TR-64-52) I 1 ( OF Drywell Pressure (PR-64-50) iT' _ psia Drywell H2/02 (R-76-37/41) O / C'S % Suppression Pool Temperature (TR-64-161) 14 1 oF Suppression Pool Level (LI-64-54) -D1 in. Suppression Chamber H2/02 (R-76-39/43) NN Cb % CST f/l Level (LI-2-169) O ft. CST //2 Level (LI-2-161) CD ft. CST //3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) 9E % Stack Flow (FI-90-271) 2 Co
.. v u , l. .
R n.; = i
. -( ). Offgas Pretreat.' Rad Level (RR-90-157) M ar/hr Offgas Posttreat Rad Level (RR-90-265) .D CPS Stack Rad Level (RR-90-147) ATR CPS Reactor Zone Vent Rad Level (RR-90-142) _ .A mr/hr Refuel Zone Vent Rad Level (RR-90-140) "ll18. mr/hr Drywell Rad Level (RR-90-272) Q.[ R/hr MSL Rad Level (RR-90-135) 1 34 mr/hr REMARKS TOMu. *!, m s I\ \D 1
l l A
;}
l l l-r l l NSC:TCB' ! 2906E l 7-29-87 I l-l'. l t e4 '
- a. ---2------__.--_----_.--
j;. r _r
***n*********o*****************
* * +
- DRILL INFORMATION ONLY
- BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT. 2 DATE 11/4/87 TIME M i$
Narrow Range Reactor Water Level (LI-3-53) %(o in. Wide Range Reactor Water Level (LI-3-58A> GO in. i Accident Range Reactor Water Level (LI-3-52) NO in. Flood Range Reactor Water Level (LI-3-55) b1 in. Reector Power 9CM Reactor' Pressure (PI-3-54) l'8C) psig Reactor Coolant Temperature (TR-68-2A/B) Q~f 6 / @ 0F-
'Drywell Temperature (TR-64-52) I I A _0F Drywell Pressure (PR-64-50) 1T psia -
Drywell H2/02 (R-76-37/41) O /_ O % Suppression Pool Temperature (TR-64-161) l4O oF Suppression Pool Level (LI-64-54) D u aJh C L 1E in. Suppression Chamber H2/02 (R-76-39/43) S b.5/ O % CST #1 Level (LI-2-169) O ft. CST #2 Level (LI-2-161) O ft. CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) QA % Stack Flow (FI-90-271) QG O I 1
- ,' 7. h ' .
- ,i* * ' . , . ';. s -,
Offgas Pretreat. Rad Level (RR-90-157) L4 mr/hr i Offgas Posttreat Red Level _ (RR-90-265) .D CPS Stack Rad Level (RR-90-147) QR CPS Reactor Zone Vent Rad Level (RR-90-142) .1 mr/hr Re#uC Zone Vent Rad Level (RR-90-140) 29L mr/he ! Drywell' Rad Level (RR-90-272) SI R/hr MSL Rad Level (RR-90-135) 1.4 mr/hr RenRxS Teswus % A = \ \SD Q/hn O NSC:TCB 2906E 7-29-87 O
+.* e, w e ..#. .
,* reamenmaama****senanastoamentaa a a
- LRILL INFORMATION ONLY
- a a I c BROWNS FERRY NUCLEAR PLANT PRIMARY CONTROL ROOM INDICATIONS UNIT 2 DATE 2 /4/87 TIME M W Harrow Range Reactor Water Level (LI-3-53) "Ar4 in, t
Wide Range Reactor Water Level (LI-3-58A) (m D in. Accident Range Reactor Water Level (LI-3-52) \ CSO in. Flood Range Reactor Water Level (LI-3-55) && in. Reactor power C) C_ pg Reactor Pressure (PI-3-54) 66 pgig Reactor Coolant Temperature (TR-68-2A/B) 256 /31Acr Drywell Temperature (TR-64-52) \\O or Drywell Pressure (PR-64-50) iT psia Drywell H2 /02 (R-76-37/41) O/A % Suppression Pool Temperature (TR-64-161) \Sh or Suppression Pool Level (LI-64-54) tMdv t_1lL in. Suppression Chamber H2/02 (R-76-39/43) h b C) % CST #1 Level (LI-2-169) Cd ft. CST #2 Laval (LI-2-161) O ft. CST #3 Level (LI-2-165) O ft. SLC Tank Level (LI-63-1A) Ch *:llL % Staek Flow (FI-90-271) 2 (s O
Offgas Pretreat. Rad Level (RR-90-157) M mr/hr Offgas Posttreat Rad Level (RR-90-265) 29 % cps Stack Rad Level (RR-90-147) QGK CPS Reactor Zone Vent Rad Level (RR-90-142) .A mr/hr Refuel Zone Vent Rad Level (RR-90-140) 28 mr/hr Drywell Rad Level (RR-90-272) O.% R/hr MSL Rad Level (RR-90-135) \.4 mr/hr REMARKS T 6 m % e \1%M M O NSCtTCB 2906E 7-29-87 3 O
4
. 0000020*o000000000000a0002:2000 e n
- DRILL INFORRATION ONLY
- a a saamanmaamannaamannamanamanenen BROWNS FERRY WUCLEAR PLANT PRIMARY CONTROL ROOH INDICATIONS UNIT A DATE \\k4[9tti TIME,Q 2gLAT Marrow Range Reactor Water Level (L1-3-53) SI in.
Wide Range Reactor Water Level (L1-3-58A) (m O in. Accident Range Reactor Water Level (L1-3-52) \S1 in. Flood Range Reacter Water Level (L1-3-55) 2% in. Reactor Power bCD DY Reactor Pressure (PI-3-54) pois Reactor Coolant Temperature (TR-68-2A/B) / oF Drywell Temperature (TR-64-52) \OE OF Drywell Pressure (PR-64-50) \T psia Drywell H2/02 (R-76-37/41) O /,_ClL, % Suppression Pool Temperature (TR-64-161) \ E4 0F Suppression Pool Level (L1-64-54) DLi* ELE. in. o Suppression Chamber H2/02 (R-76-39/43) M,(a / Clt,_, % CST #1 Level- (L1-2-169) O ft. CST #2 Level (LI-2-161) O ft. CST #3 Level (L1-2-165) O ft. SLC Tank Level (L1-63-1A) 9% % _ Stack Flow (F1-90-271) h
- E O
M
-- si-i.,.-n-i---
~
2 Offgas Pretreat. Rad Level (RR-90-157) M mr/hr Offgas Posttreat Rad Level (RR-90-265) .% 1 CPS Stack Red Level (RR-90-147) l'A U CPS Reactor Zone Vent Rad Level (RR-90-142) .1 mr/hr Refuel Zone Vent Red Level (RR-90-140) DE ar/hr Drywell Red Level (RR-90-272) 2.D R/hr MSL Rad Level (RR-90-135) ar/hr REMARKS Y 6 h u % * \ %6C) E y,; e O NSC TCB 2906E 7-29-87 O
RM 0000 f,,!g,g,,,, PLMfr PARAMETER $ UNIT 2 DATA gNEET$ ATTACHMDff 2 (Page 1 of 4) - (RC/C) Time [l M A O."b"T" Pareseter Instrum nt Pane 1 ReadIna Reactor Level (Accident) L! 3-62 (inches) 9-3 .,t T $~ (Eero at top of fuel) LI 3-52 (inches) iSW Drywell Pressure XR-64-159 Red Pen 9-3 Y (Wide Range) (0-300 psig) - Drywell Pressure XR-64-159 Blue Pen 9-3 1 (Narrow Range) (-5 to +5 psig) Torus Water level XR-64-159 Green Pen 9-3 \T.I (Wide Range) (0-20 ft) . Drywell Preissu're. PI-64-160A 9-3 O (Wide Range) (0-300 psig)
,, Torus Water Level LI-64-159A 9-3 t5A (Wide Range) (0-20 ft)
Torus Water Temperature '11t-64-161/162 Blue Pen 9-3 IDh (30'-230' F) Drywell Air Temperature TR-64-52A Red Pen (O' to 400* F) 9-3 \ 'En( Torus Water Temperature TIS-64-55 8 ('F) 9-3 \D% (0-400' F) HPCI Flow FIC 73-33 (spm) 9-3 O RCIC Flow TIC 71-36A (spm) 9-3 6% RHR Loop I Pressure PI 74-51 (psig) 9-3 Mb RHR Loop I T1ow FI 74-50 (gpe) 9-3 \ *."1M , 3 RH4 toop II Pressure PI 74-65 (psis) 3 " Ark.\S* RHR Loop 11 riow TI 74-64 (gpe) 9-3 "I k m O ,,,5, ornuermeen On!y
- c. ,
e
Page 7 REY 0000 arw-EPIP-20 -
- - PLANT 'PARAMETES t! NIT 2 DATA SEEETS ATTACIBtENT 2
. (Page 2 of 4)
(NRC/C) Time kW A ~ OM Core Spray 1 mop I Press P! 75-20 (psig) 9-3 50 Core Spray Loop I Tiow TI 75-21 (gpe) 9-3 0 Core Spray loop II Press P! 75-44 (psig) 9-3 50 Core Spray Loop !! Flow TI 75-49 (gpa) 9-3 D Reactor Recire Pumps In-service (Y/N) 1-4 A R S M If yes, loop flow TI-68-46 lbs/hr X 10' 9-4 A ___ TI-68-48 lbs/hr X 10' 9-4 5 Reactor Coolant Temp. TR-68-2 loop A ('T) red 9-4 . (Valid only if recire, pumps runni* ngl , Loop 3 ('T) black 9-4 Reactor Level -\D (Accident) L1 3-58A (inches) 9-5 (Zero at inst. sero)t LI 3-588 (inches) -16 (Inst. sero is 167.7" above normal TAF) Reactor Pressure PI 3-54-(psig) 9-5 CJ G.D FI 3-61 (psig) T kth P! 3-207 (psig) ah N Reactor Level (Hormal) LI 3-53 (inches) 9-5 _ OCD. .. (Zero at inst. sero) Lt 3-60 (inches) (inst. sero is 167.7" LI 3-206 (inches) O above normal TAF) Condenser vacuus P/1R 2-2 (in Hg) black 9-6 O
8 Torus H H R 76-39 or 37(%) 9-54, 55 O conc. (blue pen)
' ' ' Torus O s 0: R 76-43 or 41(%) 9-54, 55 O
- conc. (blue pen) -
Drywell H H R 76-39 or 37(%) 9-54, 55 O '
conc. (red pen)
Drywell He 0 R 76-43 or 41(%) 9-54, 55 O conc. (red pen)
HS 76-49 and 76-59 must be checked to determine what recorder pens are active.
1945p Drill liiforn;etie i n n,, *
- N--- 4.i. ..
Page i REY 0000 BIN-EPIP-20 P!Aff PARAMETERS UNIT 2 DATA SHEETS ATTACHMDrT 2 (Page 3 of 4) (NRC/C) Time GMA M7 Other (soecify) Eculoment Operability - Check the listed equipment for operability. If less than fully operable, explain in REMARKS. Equipment Operable (Init) Eculoment Operable (Init) Standby Liquid Control / ADS / Relief V1vs / CRD Pumps $8GT / Core Spray 7 Contrel Room # Recirc System Emer. Press / RHR (LPCI) # CAD / RHR (C' INT Cooling) / Diesels (U1 U2) / HPCI Diesels (US) 7 RCIC / , EECW
/ 500 KV Power RHR$W . / 161 KV Power Teodwater System 4 KV System Condensate System 480 V System %
Primary Containment / DC Power # SBGTS Total Flow = (FI-65-50) + (FI-65-71) (SCFM) 9-25 14 K Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 4. ' Unit 2 RM-90-273A (R/hr) 9-S5 d. > Torus Radiation Unit 2 RM-90-2728 (R/hr) 9-54 4% Unit 2 RM-90-2738 (R/hr) 9-55 4.I
~
Stack Radiation RR-90-147 red pens (Cps) 9-2 . 1 (From Unit 1 only) RR-90-1478 black pen (Cps) 9-2 .I (Trom Unit 1 only) Stack Tiow TI-1-90-271 (cfa) 9-53 M (From Unit 1 only) Drill Inictmden n
] _
i 1945p e
- -. - - -.. --~. . - - .-. .. -
REY 0000 $'Egy.2o . Pt. ANT PARAMETERS UNIT 2 DATA SWEET $ ATTACNNDff 2 (Page 4 of 4) (letC/C) Time %M C "s"T Remarks Nb.b hsdbwbtlk-L%N dwh ed tsuw?s"Eocs esum),bd b%a -
\ T ' ) T \\ \
Mtt I'm eM9mmaM.l_ _ d db y k N=6 s vv s
- After completion, hand carry to secretary in hallway outside TSC for -
distribution. i Distribution Technical Assessment Manager Maintenance Manager i Operations Manager , CECC Chamunicator 18tC Coordinator ! Radiochemical Engineer Radiological Control CECC (Telecopy) Site Emergency Director Operations Specialist t 1 I [NRC/C Apt. 81-19)
) .
Drill Information 1945p j
1 i
- i REV 0000 M IP-20 PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2 l (Page 1 of 4) .
i [NRC/C) Time "T!Ob A ' O *hT j Parameter Instrument M Readina Reactor Level (Accident) LI 3-62 (laches) 9-3 \% ' ' (Zero at top of fuel) LI 3-52 (inches) RO Drywell Pressure XR-64-159 Red Pen 9-3 b (Wide Range) (0-300 psig)
- Drywell Pressure XR-64-159 Blue Pen 9-3 I l (Harrow Range) (-5 to +5 psig)
Torus Water level XR-64-159 Green Pen 9-3 \T.I . (Wide Range) (0-20 ft) . Drywell Pressu're. PI-64-160A 9-3 O (Wide Range) (0-300 psig) .
. Torus Water Level LI-64-159A 9-3 iS.%
(Wide Range) (0-20 ft) l Torus Water Temperature 'IR-64-161/162 Blue Pen 9-3 Ith (30'-230' T) Drywell Air Temperature TR-64-52A Red Pen 9-3 GI, (0* to 400* T) Torus Water Temperature TIS-64-55 8 ('T) 9-3 1\4 (0-400' T) RPCI Flow TIC 73-33 (spm) 9-3 O RCIC Flow TIC 71-36A (spm) 9-3 MO RHR Loop I Pressure PI 74-51 (psig) 9-3 M C3 RHR Loop I Flow TI 74-50 (gpa) 9-3 C.n , RHR Loop II Pressure PI 74-65 (psig) 3 Mi l l RHR Loop II T1ow TI 74-64 (spm) S-3 7U i O gg f, h .1U 1 g ons -
1 i Page 7
- REY 0000 spy.r.rtr-20 .
PIMF PARAME!ERS (MIT 2 DATA SEEETS ATTAQBtENT 2 (Page 2 of 4) l (NRC/C) Time T' Oc5 A O.%"r . Core Spray Loop I Press PI 75-20 (psis) 9-3 EO Core Spray loop I Flow FI 75-21 (spa) 9-3 O j
~
Core Spray Loop !! Press PI 75-64 (psig) 9-3 EO - Core Spray 14op !! Flow FI 75-49 (spa) 9-3 O i Reactor Recire Pwys In-service (Y/N7 9-4 A L 8 hl e If yes, Loop flow FI-68-46 lbs/hr X 10' 9-4 A FI-68-48 lbs/hr X 10' 9-4 5 Reactor Coolant Temp. 'IR-68-2 !aop A ('T) red 9-4 , (Valid only if recire. Loop B ('T) black pumps runni~ngI . 9-4 r Reactor Level , (Accident) LI 3-58A (!nches) 9-5 20 l k (Zero at inst. sero); LI 3-588 (inches) ~ ih 6 (Inst. sero is 167.7" above normal TAT) Reactor Pressure PI 3-54 (psig) 9-5 FI 3-61 (psig) l @N E 1 PI 3-207 (psig) 16 # Reactor Level (Normal) LI 3-53 (inches) 9-5 'llln ch (Zero at inst, sero); L! 3-60 (inches) nC (inst. sero is 167.7" LI 3-206 (inches) .Q l above normal TAT) Condenser vacuum P/TR 2-2 (in Hg) black 9-6 O
8 Torus H: H R 76-39 or 37(%) 9-54, 55 O conc. (blue pen) .
8 Torus 0 0: R 76-43 or 41(%) 9-54, 55 O
- conc. (blue pen) .
Drywell H H: R 76-39 or 37(%) 9-54, 55 O conc. (red pen)
Drywell Ha 0: R 76-43 or 41(%) 9-54, 55 O 4 conc. (red pen)
HS 76-49 and 76-59 must be checked to determine what recorder pens are active.
1,53, Drii! Information Gn!y
REY 0000 Pase a BfW-EPIP-20 Pl#fT PARAMETERS
- UNIT 2 DATA SHEET $
ATTACHMENT 2 (Page 3 of 4) (NRC/C) Time 'T.M A M'T Other (specify) Eeuloment Operability - Check the listed equipment for operability. If less than fully operable, explain in REMARKS. Eculosent- ggerable (Init) Eevipment Ogerable (! nit) Standby 1.iquid Control / ADS / Relief Vivs / CRD Pumps SSGT / Core Spray / Control Room # Recire System Emer. Press 7 RHR (1.PCI) / CAD f. RNR (CINT Cooling) / Diesels (U1 U2) / HPCI Diesels (U3) # RCIC 7 . EECW / 500 KV Power RHR$W .' . / 161 KV Power Teedwater System 4 KV System Condensate System 480 V System - Primary Containment / O' SBGTS Total Flow = (FI-65-50) + (T!-65-71) (SCTM) DC Power 9-25 Wi
/
fk Drywell Radiation Unit,2 RM-90-272A (R/hr) 9-54 4) ~~ Unit 2 RM-90-273A (R/hr) 9-55 41 Torus Radiation Unit 2 RM-90-2728 (R/hr) 9-54 C1 Unit 2 RM-90-2738 (R/hr) 9-55 41 Stack Radiation RR-90-147 red pens (Cps) 9-2 .k (From Unit 1 only) RR-90-1478 black pen (Cps) 9-2 eI (Trom Unit 1 only) Stack Tiow TI-1-90-271 (cfe) 9-53 M (Trom Unit 1 only) Drill Information Only P
Page 9 s- REY 0000 BFN-EPIP-20 . PLAlft PARAMETERS tDi!T 2 DATA SMEETS ATTACIDSNT 2 (Page 4 of 4) (letC/C) Time T.Ob A M7 . Remarks N M h ew d b w M eset % N d w h 6A esu%rs?%"SonesmdhmtAbS a w h Lm e. A - x.LA mVA 4VD\ h k e l* s
\
\
Af ter completion, hand carry to secretary in hallway outside TSC for - distribution. Distribution Technical Assessment Manager Maintenance Manager Operations Manager CECC C M alcator NRC Coordinator
/ Radiochemical Engineer -
Radiological Control CECC (Telecopy) Site Emergency Director Operationa Spscialist Drill information 0nis ,_...J (NRC/C Apt. 81-193 e Cr ,,,, i
l
. i
)
l 1 REV 0000 P4' ' I STN-EPIP-20 PLANT PARANETERS ! UNIT 2 DATA SREETS ATTACHNDff 2 j (Page 1 of 4) . l (IStC/C) Time T.mA "O."S T i Parmeeter Instrument h P Readina i Reactor Level (Accident) LI 3-62 (laches) 9-3 1W ~ (Zero at top of fuel) LI 3-52 (inches) M Ei Drywell Pressure XR-64-159 Red Pen 9-3 Y (Wide Range) (0-300 psig) - 1 Drywell Pressure XR-64-159 Blue Pen 9-3 (Narrow Range) (-5 to +5 psig) Torus Water level XR-64-159 Green Pen 9-3 N[ (Wide Range) (0-20 ft) . Drywell Pressu're. PI-64-160A 9-3 O (Wide Range) (0-300 psig)
.. Torus Water Level LI-64-159A 9-3 \a-\.b (Wide Range) (0-20 ft)
Torus Water Temperature TR-64-161/162 Blue Pen 9-3 \ \D (30'-230' F) Drywell Air Temperature TR-64-52A Red Pen 9-3 \M, (0* to 400' F) l Torus Water Temperature TIS-64-55 B ('T) 9-3 \\) l (0-400' F) l NPCI Flow T!C 73-33 (spm) 9-3 O 1 l RCIC Flow TIC 71-36A (gpm) 9-3 D l- RHR Loop I Pressure PI 74-51 (psig) 9-3 De.)Q RHR Loop I T1ow TI 74-50 (gpa) 9-3 13. R , RHR Loop II Pressure PI 74-65 (psig) - 9-3 "AAS , RHR Loop II Flow TI 74-64 (gpe) 9-3 "T\L m O 1945p orili ictorma': co Q-d.f _ _. e-9
. - - -en--.v--ma
l s 1 Page 7 REY 0000 Brw-tPIP-20 . PLANT PARAMETERS ; l tMIT 2 PATA 555873 I ATTACSIDff 2 (Page 2 of 4) (MtC/C) Time O"1 MA h"M
'5D !
Core Spray Loop I Press PI 75-20 (psis) 9-3 i l Core Spray Loop I T1ow F1 75-21 (gpa) 9-3 O l Core Spray Loop II Press Pt 75-64 (psig) 9-3 D Core Spray toop II Flow FI 75-49 (spa) 9-3 O Reactor Recire Pumpe In-service (Y/N) 9-4 A 1 8_- u If yes, Imop flow FI-64-46 lbs/hr X 10' 9-4 A FI-64-44 lbs/hr X 10' 9-4 8 > Reactor Coolant Temp. TR-68-2 loop A ('F) red 9-4 i (Valid only if recirc. ,
^
pumps ranni~ ngl . Loop B (*F) black 9-4 Reactor Level (Accident) LI 3-58A (inches) 9-5 OO
. (Zero at inst, sero); LI 3-548 (inches) 26 (Inst. sero is 167.7" .
above normal TAF) Reactor Pressure PI 3-54L(psig) 9-5 .1 - PI 3-61 (psis) 1 FI 3-207 (psig) ICh Reactor Level (Normal) LI 3-53 (inches) 9-5 __ _h (Zero at inst sero): LI 3-60 (inches) "Ih C) (inst. sero is 167.7" LI 3-206 (inches) "ACs above normal TAF) Condenser vacuum P/TR 2-2 (in Hg) black 9-6 O
8 Torus H: H R 76-39 or 37(%) 9-54. 55 O conc. -(blue pen) .
8 Torus 0: 0: R 76-43 or 41(%) 9-54. 55 O
- conc. (blue pen) .
' '
- Dry well- H H: R 76-39 or 37(%) 9-54. 55 O conc. (red pen)
*Drywell H 0: R 76-43 or 41(%) 9-54. 55 O y conc. (red pen)
O ,,,
'HS 76-49 and 76-59 must be checked to determine what recorder pens are '-
active. Drill Information 25P 0%< _... ,.
REV 0000 Pg. 8 7 SIH-EPIP-20 I PLANT PARANETERS \ " UNIT 2 DATA SHEET.i ATTACHMENT 2 (Page 3 of 4) (NRC/C) Time Cf1W tes y other (soecify) touloment Operability - Check the listed equipment for operability. If less than fully operable, explain in REMARKS. Eculosent Operable (Init) Eauloment Operable (Init) Standby Liquid Control. _ / ADS / Relief Vivs QLD Pumps S8GT / Core Spray 7 Control Roos # Recire System Imer. Press # RHR (LPCI)~ # CAD # RHR (CTNT Cooling) # Diesels (U1 U2) / RPCI Diesels (U3) 7 RCIC EECW / 500 KV Power RNRSW * *
. , _ _ _ / 161 KV Power Teodwater System 4 KV System Condensate System 480 V System Primary Containment s/
DC Power # SSGTS Total Flow = (FI-65-50) + (TI-65-71) (SCTM) 9-25 IM N Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 4L Unit 2 RM-90-273A (R/hr) 9-55 4 1 Torus Radiation I Unit 2 RM-90-2728 (R/hr) 9-54 4I Unit 2 RM-90-2738 (R/hr) 9-55 4i
~
Stack Radiation RR-90-147 red pens (Cps) 9-2 .I (From Unit 1 only) RR-90-1478 black pen (Cps) 9-2 .I (From Unit 1 only) i Stack Flow TI-1-90-271 (cfm) (Trom Unit 1 only) 9-53 M )- .
;j!
, Drill infor#^"
q -a i f . ,1, . +-
' j 1945p
l
~
t Page 9 . ' ,-- REV 0000 a m-EPIP-20 - PLAIC PARAMETERS UNIT 2 DATA SNEETS ATTACHMENT 2 (Page 4 of 4) (NRC/C) Time @MA OM Remarks: [N.bhvd b w& chat %Ndnh-asA a rets" Mon es\
\ '
Abt \\A %%snm
\
\
%tst A1 heher M bens~%)d Ok y %\ &M.
\
\
After completion, hand carry to secretary in hallway outside TSC for - distribution. Distribution g g 'g K gQ,Q e m h \ Technical Assessment Manager p :n ' duht._, Maintenance Manager Operations Manager CECC PA-== 4 cat or NRC Coordinator Radiochemical Engineer Radiological Control CECC (Telecopy) Site Emergency Director Operations Specialist Drill informatien Only a [NRC/C Apt. 81-19)
, 19(.5p
l l 1 REV 0000 PM' ' BFN-EPIP-20 PLAlff PARAMETERS UNIT 2 DATA SHEETS l ATTACHNENT 2 )' (Page 1 of 4) 1 l (letc/C) Time N A O.%"T" l 1 Parameter Instrument Panel Readina I Reactor Level (Accident) LI 3-62 (inches) 9-3 YhD ' (Zero at top of fuel) LI 3-52 (inches) 1% l Drywell Pressure AR-64-159 Red Pen 9-3 de (Wide Range) (0-300 psig) - 1M Drywell Pressure XR-64-159 Blue Pen 9-3 (Narrow Range) (-5 to +5 psid) l Torus Water level XR-64-159 Green Pen 9-3 %O (Wide Range) (0 '20 f t) . Drywell Pressu're. PI-64-160A 9-3 O (Wide Range) (0-300 psig) . Torus Water Level LI-64-159A 9-3 N (Wide Range) (0-20 ft) l Torus Water Temperature TR-64-161/162 Blue Pen 9-3 IM l (30'-230' F) ' l Drywell Air Temperature TR-64-52A Red Pen (0* to 400' F) 9-3 \1Q ( Torus Water Temperature TIS-64-55 B ('T) 9-3 IDD (0-600* F) RPCI Flow FIC 73-33 (spm) 9-3 C RCIC Flow FIC 71-36A (gpe) 9-3 O , IJR Loop I Pressure PI 74-51 (psig) 9-3 2%C3 RHR Loop I Tiow FI 74-50 (gpa) 9-3 \1Tt , RNR Loop II Pressure PI 74-65 (psig) 3 MC RNR Loop II Tiow TI 74-64 (gpa) 9-3 7 \/ m b , l Only J
?
l Page 7 REV 0000 gry.r. PIP-20 :
.. b q . pg pm 5
4 tlNIT 1 IMTA SEEETS ATTACBGMT 2 , (Page 2 of 4) (18tC/C) Time 0 9t C Cd A O_" M - r Core Spray Loop I Press PI 75-20 (psig) 9-3 SC> Core Spray Loop I Flow FI 75-21 (spa) 9-3 O ' Core Spray Imop II Press P! 75-64 (psig) 9-3 SO Core Spray Loop II Flow FI 75-49 (gym) 9-3 O Reactor Recire Pumps In-service (Y/N) 9-4 A 1 3_ u If yes, Loop flow FI-64-46 lbs/hr X 10' 9-4 A FI-44-44 lbs/hr X 10' 9-4 8 Reactor Coolant Temp. TR-68-2 140p A ('F) red 9-4 . !' (Valid only if recire. ( pumps runni~ ngl icop B ('F) black 9-4 Reactor Level ,. (Accident) LI 3-58A (inches) 9-5 20 (Zero at inst, sero); LI 3-548 (inches) G.O (Inst. sero is 167.7" above normal TAF) Reactor Pressure PI 3-54 (psig) 9-5 _lMD PI 3-61 (psig) , I CM s" PI 3-207 (psig) 10ti . Reactor Level (Normal) LI 3-53 (inches) 9-5 _D"7 (Zero at inst. sero); LI 3-60 (inches) C7 (inst. sero is 167.7" LI 3-206 (inches) ~ Q'7. i' above normal TAF) Condenser vacuum P/'!R 2-2 (in Hg) black 9-6 O - 888 Torus H: R: R 76-39 or 37(%) 9-54, 55 , O l conc. (blue pen)
'"8 Torus 0 0: R 76-43 or 41(%) 9-54, 55 C '
conc. (blue pen) .-
Drywell H R: R 76-39 or 37(%) 9-54, 55 O l conc. (red pen) ,
Drywell He 0: R 76-43 or 41(%) 9-54, 55 CD i conc. (red pen)
HS 76-49 and 76-59 must be checked to detc.rmine what recorder pens are .
active. 3,53, Drill Inform 3 tion Only _ _
...._,o e
i REV 0000 Pue a trN-EPIP-20 PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHMDff 2 (Page 3 of 4) (NRC/C) Time N A M *T Other (specify) Eeuipment Operability - Check the listed equipment for operability. If less than fully operable, explain in REMARKS. Eeulement Operable (Init) Eeuloment operable (Init) Standby Liquid Control / ADS / Relief V1vs CRD Pumps 58GT # Core Spray 7 Control Room # Recire System Emer. Press # RXR (LPCI) / CAD f. RHR (CINT Cooling) / Diesels (U1 U2) / HPCI Diesels (U3) # RCIC , EECW
/ 500 KV Power RHRSW - / 161 KV Power Teodwater System 4 KV System Condenaste System 40 V System - .
Primary Containment / DC Power 7 SBGTS Total Flow = (FI-65-50) + (TI-65-71) (SCFM) 9-25 RAkL Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 4% ~ Unit 2 RM-90-273A (R/hr) 9-55 41 Torus Radiation Unit 2 RM-90-2728 (R/hr) 9-54 4I ~ Unit 2 RM-90-2738 (R/hr) 9-55 4) Stack Radiation RR-90-147 red pens (Cps) 9-2 m I (From Unit 1 only) RR-90-147B black pen (Cps) 9-2 .I (From Unit 1 only) Stack Flow TI-1-90-271 (cfa) 9-53 M (From Unit 1 only) k Drill Infonr.Mim Ort ._J - 1945p
)
- [
i 4 f Page 9 REV 0000 nrw-EPIP-20 - I L'Ln) PLOrr PARAMETERS , UNIT 2 DATA SHEETS ATTACHKDff 2 , (Page 4 of 4) I i (NRC/C) Time OP50D A C. E'T [ Remarks: N M h chvd b_v4e\et % N M Wt h- ; esd nt te%"Eers \esu%dbatA
\ \ ' T \\
b%Em \ M t 2 M 'L w e M4 m ma M
\ ,
After completion, hand carry to secretary in hallway outside TSC for - distribution. Distribution Technical Assessment Manager Maintenance Manager Operations Manager CECC Chamunieator NRC Coordinator (A Radiochemical Engineer -
.Q Radiological Control !
CECC (Telecopy) site Energency Director ; Operations specialist Drill Inforn$ tic.n Oqhe (NRC/C Apt. 81-193 e
/
1945p
I REV 0000 @','!P-20 PLANT PARAMETERS UNIT 2 Of.TA SHEETS ATTACIDENT 2 (Page 1 of 4) - 1 (MtC/C) Time & % C A 'O.%"T' l l Pareineter Instrument Panel Readina i Reactor Level (Accident) LI 3-62 (inches) 9-3 \Oh ' l (Zero at top of fuel) LZ 3-52 (inches) 10"5'_ Drywell Pressure XR-64-159 Red Pen 9-3 6 (Wide Range) (0-300 psig) - l Drywell Pressure XR-64-159 Blue Pen 9-3 1.3I l (Narrow Range) (-5 to +5 psig) 1 1 Torus Water level XR-64-159 Green Pen 9-3 11.E (Wide Range) (0-20 ft) . Drywell Pressu're. PI-64-160A 9-3 O ) (Wide Range) (0-300 psig) Torus Water Level LI-64-159A 9-3 )E."I (Wide Range) (0-20 ft) Torus Water Temperature TR-64-161/162 Blue Pen 9-3 klb (30'-230' F) Drywell Air Temperature TR-64-52A Red Pen 9-3 l h*b , (0* to 400' F) Torus Water Temperature TIS-64-55 B ('F) 9-3 IW (0-400' F) HPCI Flow FIC 73-33 (spm) 9-3 6 RCIC Flow FIC 71-36A (gpm) 9-3 6 RHR Loop I Pressure PI 74-51 (psig) 9-3 2%s RHR Loop I Flow FI 74-50 (gpa) 9-3 1% .M , RNRLoopIIPressure PI 74-65 (psig) 9-3 MT '
)
l RHR Loop II Flow FI 74-64 (spa) 9-3 ~7. M '
+
1945p - Ori!!/ 9
1 [ Page 7
- REY 0000 srn-tPIP-20 . - . ,tA,, ,Auni m ,
UNIT 2 DATA $5EET$ l ATTACIMDff 2
- (Page 2 of 4)
(letC/C) Time N D E O *A"T' Core Spray Loop I Press PI 75-20 (psig) 9-3 ECh ! Core Spray Loop I Flow FI 75-21 (spm) 9-3 O , i Core Spray 1 mop !! Press P! 75-48 (psig) 9-3 50' Core Spray Loop !! Flow FI 75-49 (spm) 9-3 O Reactor Recire Pumps In-service (Y/N) 9-4 A A B- kl ' If yes, Loop flow F1-68-46 lbs/hr X 10' 9-4 A FI-68-48 lbs/hr X 10' 9-4 5 Reactor Coolant Temp. TR-68-2 Loop A (*F) red 9-4 , (Valid only if rectrc. ! pumps runni~ ngl Loop B ('T) black 9-4 Reactor Level (Accident) LI 3-58A (inches) 9-5 "E
. (Zero at inst. sero) LI 3-588 (inches) -SM (Inst. sero is 167.7" above normal TAF) r Reactor Pressure PI 3-54 (psis) 9-5 __lW PI 3-61 (psig) __1,M~
PI 3-207 (psig) 1 b *1 $ Reactor Level (Normal) LI 3-53 (inches) 9-5 O * (Zero at inst. sero): LI 3-60 (inches) cm (inst. sero is 167.7" LI 3-206 (inches) E5 above normal TAF) Condenser vacuum P/7R 2-2 (in Ng) black 9-6 O ; L
Torus H Na R 76-39 or 37(%) 9-54, 55 o I conc. (blue pen) j- Torus 03 0 : R 76-43 or 41(%) 9-54, $5 O '
conc. (blue pen) .
Drywell H N R 76-39 or 37(%) 9-54, $5 O conc. (red pen)
Drywell He 0 R 76-43 or 41(?.) 9-54, 55 O conc. (red pen)
. ff
HS 76-49 and 76-59 must be checked to determine what recorder pens are active. _
1945p D YIII ITib:: & {. OnN
. L ,
a
I
\
l REV 0000 P"8' 8 BfW-EPIP-20 4 PLArt PARAMETERS UNIT 2 DATA SHEETS ATTACMMENT 2 , (Page 3 of 4) ' (NRC/C) Time g
- b A O e5 7 l Other (soeelfy) 1 i
i Eeuipment Operability - Check the listed equipment for operability. If less than fully operable, estplain in REMARKS. Eeuloment Operable (Init) Eevipment Operable (! nit) Standby Liquid Control / ADS / Relief Vive CRD Pumps $3GT / Core Spray 7 Control Room # Recirc System Emer. Press 7 RNR (LPCI) # CAD / j RXR (CINT Cooling) / Diesels (U1 U2) / !. HPCI j l Diesels (03) 7 < RCIC i EECW / 500 KV Power
* ' i RXR$W - . / 161 XV Power i Teodwater System 4 KV System l Condensate System 480 V System -
Primary Containment # O' StGTSTotalFlow=(F1-65-50)[(FI-65-71)(SCFM) DC Power 9-25 14kl
%{ 1 1
l
'. Drywell Radiation Unit 2 l RM-90-272A (R/hr) 9-54 4 \ ,, j Unit 2 RM-90-273A (R/hr) 9-55 41 1 Torus Radiation Unit 2 RM-90-2728 (R/hr) 9-54 41 Unit 2. RM-90-2738 (R/hr) 9-55 <t Stack Radiation RR-90-147 red pens (Cps) 9-2 .WI 1
(From Unit 1 only) RA-90-147B black pen (Cps) (Trom Unit 1 only) 9-2 . 14Y Stack Flow FI-1-90-271 (cfs) 9-53 D4 i (Trom Unit 1 only) Drill !n m m ....s. ...R, l (/ f, 'V
-.~.-
l I O
.. ~ _ - . - - . _ . . . . _ _ . _._ ..-
Page 9 REV 0000 arN-EPIP-to PIAfT PARAMETERS LINIT 2 DATA SHEETS ATTACHNDff 2 (Page 4 of 4) [NRC/C) Time @%A C. "h7 Remarks: N M .*Y h ed b wttsb t % N d st% m ssd nt ers \ \ '
%"Enncu )
% \d h \\eta b % d % \
MTSTM hemmmaM
\
After completion, hand carry to secretary in hallway outside TSC for - distribution. Distribution Technical Assessment Manager Maintenance Manager Operatlons Manager CECC C6mmunicator NRC Coordinator Radiochemical Engineer Radiological Control CECC (Telecopy) Site Emergency Director Operations Specialist Drill informidion Only __. (NRC/C Apt. 81-19) j.
~
1945p
l. I 0000 frNIPIP-to E PLANT PARAMETERS (M7 2 DATA SREETS ; ATTACHMENT 2 : (Page 1 of 4) - t (letC/C) Time CSCOA ' O.8h*T Parameter Instrument P.an_tl Readina Reactor Lev 61 (Accident) LI 3-62 (inches) 9-3 W1 (Zero at top of fuel) LI 3-52 (inches) M Drywell Prtssure XR-64-159 Red Pen 9-3 G (Wide Range) (0-300 psig) - 3.I Drywell Pressure XR-64-159 Blue Pen 9-3 (Narrow Range) (-5 to +5 psig) Torus Water level XR-64-159 Green Pen 9-3 O ! (Wide Range) (0-20 ft) . Drywell Pressu're. PI-64-160A 9-3 O (Wide Range) (0-300 psis) .
, Torus Water Level LI-64-159A .
3 1% (Wide Range) (0-20 ft) Torus Water Tes=perature TR-6A-161/162 Blue Pen 9-3 13 0 (30'-230' F) Drywell Air Temperature 'Ilt-64-52A Red Pen 9-3 Q3Y, (0* to 400* F) i Torus Water Temperature TIS-64-55 8 ('F) 9-3 13 0 (o-400* F) HPCI Flow FIC 73-33 (gpm) 9-3 O ' RCIC Flow FIC 71-36A (spm) 9-3 O ~ RHR Loop I Pressure PI 74-51 (psig) 9-3 % RXR Loop I Flow FI 74-50 (gps) 9-3 _M ) l RHR Loop II Pressure PI 74-65 (psig) 9-3 MS RHR Loop II Flow FI 74-64 (gpe) 9-3 Q .N
- 1 19459 fi _U'5 .'gciw'
- CI '
. y ,W'
\
I-
- ____________e-__m. e*
i
'l Page 7 - REY 0000 n m-EPIP-20 .
U- - PLANT PARAMETERS UNIT 2 DATA SEEETS ATTACM ENT 2
* (Page 2 of 4)
(IStC/C) Time 6 0 0 A E'Ef" , Core Spray Loop I Press PI 75-20 (psig) 9-3 df s ! Core Spray Loop I Flow FI 75-21 (gpm) 9-3 O 1 Core Spray Loop II Press PI 75-44 (psis) 9-3 _T[_ Core Spray Loop II Flow FI 75-49 (spm) 9-3 C3 l Reactor Recirc Pung>s In-service (Y/Ni 9-4A M & K1 If yes, Icop flow TI-68-46 lbs/hr X 10' 9-4 A 4 I F1-68-48 lbs/hr X 10' 9-4 8 1 Reactor Coolant Temp. TR-68-2 Loop A ('F) red 9-4 . (Valid only if recire. pumps runni~ ngl . 14op B ('F) black 9-4 Reactor Level (Accident) LI 3-58A (inches) 9-5 "" Q b (Zero at inst. sero): LI 3-588 (inches) -tM (Inst. sero is 167.7" above normal TAF) Reactor Pressure PI 3-54 (psig) 9-5 \ \C)t> PI 3-61 (psis) 1C#)f PI 3-207 (psig) \ CA K~ ; Reactor Level (Normal) LI 3-53 (inches) 9-5 C , (Zero at inst. sero); LI 3-60 (inches) C (inst. sero is 167.7" LZ 3-206 (inches) o above normal TAF) Condenser vacuum P/TR 2-2 (in Ng) black 9-6 C5 i Torus H H R 76-39 or 37(%) 9-54, 55 C) cccc. (blue pen)
Torus 0 0: R 76-43 or 41(%) 9-54, 55 C
- conc. (blue pen) .
)'~ Drywell H H R 76-39 or 37(%) 9-54, 55 C conc. (red pen)
' ' ' Drywell H e 0: R 76-43 or 41(%) 9-54. 55 C) conc. (red pen) eii MS 76-49 and 76-59 must be checked to determine what recorder pens are active.
1945p bIIfI IMIOrmatlUn
. Ontv ---- - ~
~= . - . _ - - - - . _ _ . . _ __ . . _ _ ,. , - . . . . - . . , ._ , . , , , _ ,,
?
REV 0000 Pue a p BFN-EPIP-20 < PI M I PARAMETERS . UNIT 2 DATA SHEETS ATTACHMENT 2 (Page 3 of 4) (NRC/C) Time C:9)CCA O__cr*T s
, 'other (soecify) ~
Eguipment operability - Check the listed equipment for operability. If less than fully operable, explain in REMARKS. Eculoment Operable (!qt,Q Igginggt, Operable (Init) Standby 1.iquid Control / ADS / Relief Vivs CRD Pumps SBGT / Core Spray / Control Room 7 Recire System _ Emer. Press # RER (LPCI) / CAD / RNR (CTMT Cooling) / Diesels (U1 U2) / NPCI Diesels (U3) 7 RCIC , EECW
/ 500 KV Power RHRSW - . / 161 KV Power Teodwater System 4 KV System Condencate System 480 V System .-
Primary Containment
~
DC Power # , SBGTS Tot n Flow = (FI-65-50) + (FI-65-71) (SCFM) 9-25 WR Dryvell Radiation + Unit 2 M-90-272A (R/hr) 9-54 4\ Unit 2 M-90-273A (R/hr) 9-55 4i Torus Radiation Unit 2 M-90-2728 (R/hr) 9-54 Al Unit 2 M-90-2738 (R/hr) 9-55 d.I Stack Radiation RR-90-147 red pens (Cps) 9-2 \G (From Unit 1 only) RR-90-1478 black pen (Cps) 9-2 . lG i (From Unit 1 only) (- Stack Flow FI-1-90-271 (cfa) 9-53 M ! (Trom Unit 1 only)
._..-~~~~~~)
E .....
.. '. 3 I
;J '
w- - O t 1945p i
Page 9
- REY 0000 arN-EPIP-20 -
PLANT PARAMETERS l UNIT 2 DATA SKEETS ATTACHMENT 2 (Page 4 of 4) (NRC/C) T18' -- MNA - Remarks 1 N h chv N h s M% C\N Pt_ eg M d w u % e d nuw e t s"En u\ m d h \\mtA 4 Sssa
\ \ '
1
\
MbtA,' twt _MSMRM.
\
After completion, hand carry to secretary in hallway outside TSC for distribution. Distribution Technical Assessment Manager Maintenance Manager Operations Manager CECC W 'd catat ; NRC Coordinator i Radiochemieal Engineer
/
Radiological Control CECC (Telecopy) Site Emergency Director I Operations Specialist Drill Information Only ! (NRC/C Apt. 81-193
" e 1945p
RM 0000 f,y',g)g,,,, PLMff PARAMETER $ UNIT 2 DATA SHEgTS ATIACMMDff 2 (Page 1 of 4) . (NRC/C] Time C9 M A ' O.*ST" Parameter Instrument Panet Readina Reactor Level (Accident) LI 3-62 (inches) 9-3 - \bCi (Zero at top of fuel) LI 3-52 (inches) - tM Dryve',i f essure XR-64-159 Red Pen 9-3' L (Wide it.arge) (0-300 psig) Drywell Pressure XR-64-159 Blue Pen 9-3 Q.D (Harrow-Range) (-5 to +5 psig) Torus Water level XR-64-159 Green Pen 9-3 IQ.Y (Wide Range) (0-20 ft) . Drywell Preissu're. PI-64-160A 9-3 O (Wide Range) (0-300 psig)
,, Torus Water Level LI-64-159A 9-3 \Q .4 (Wide Range) (0-20 ft)
Torus Water Temperature TR-64-161/162 Blue Pen 9-3 i GO t =(30*-230' F) Drywell Air Temperature TR-64-52A Red Pen 9-3 16 O, (0' to 400* F) Torus Water Temperature TIS-64-55 8 ('F) 93 )(.O (0-400* F) HPCI Flow FIC 73-33 (spm) 9-3 O RCIC~ Flow FIC 71-36A (spm) 93 O R!R Loop I Pressure PI 74-51 (psig) 9-3 MO RHR Loop I Flow FI 74-50 (spe) 9-3 UA\L , RHR Loop II Pressure PI 74-65 (psig) 9-3 MO
-RHR Loop II Flow FI 74-64 (gpm) 9-3 \D.8.5%L m
O 1945p oriii ioicrmst;co Only e'
Page 7 . REV 0000 Sm-EPIP-20 .
- PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2
- (Page 2 of 4)
(MtC/C) Time M *A C A ' BM Core Spray Loop I Press- PI 75-20 (psis) 9-3 b Core Spray Loop I Flow FI 75-21 (spa) 9-3 O Core Spray 1 mop II Press PI 75-48 (psig) 9-3 6I Core Spray Loop II Flow FI 75-49 (gps) 9-3 O Reactor Recirc Pumpe In-service (Y/N) 9-4 A N 8' bl If yes, Loop flow TI-68-46 lbs/hr X 10' 9-4 A FI-68-44 lbs/hr X 10' 9-4 8 Reactor Coolant Temp. TR-68-2 Loop A ('T) red 9-4 (Valid only if recire. pumps runni~ ngl , loop B ('T) black 9-4
=
Reactor Level (Accident) LI 3-58A (inches) 9-5 - isb
. (Zero at inst. sero)t LI 3-588 (inches) - \ST5 (Inst. sero is 167.7" above normal TAF)
' Reactor Pressure PI 3-54 (psig)
~
9-5 \h PI 3-61 (psig) imf PI 3-207 (psig) ( O *7 C LI 3-53 (inches) 9-5 C5 Reactor Level (Hormal) C (Zero at inst, sero); LI 3-60 (inches) LI 3-206 (inches) 6 (inst. sero is 167.7" above normal TAF) . Condenser vacuum 'P/TR 2-2 (in Hg) black 9-6 O
Torus H: H R 76-39 or 37(%) 9-54, 55 "A 6. O conc. (blue pen)
* Torus 03 0: R 76-43 or 41(%) 9-54, 55 C)
- ccoc. (blue pen) -
Drywell H H R 76-39 or 37(%) 9-54, 55 6 conc. (red pen)
Drywell He 0: R 76-43 or 41(%) 9-54, 55 O conc. (red pen)
HS 76-49 and 76-59 must be checked to determine what recorder pens are active.
1,53, ! Nin infomation Only ,3 .
REV 0000 Pase s BTN-EPIP-20 PLANT PARAMETERS UNIT 2 DATA SHEETS 3 ATTACHMENT 2 (Page 3 of 4) (NRC/C3 Time N M A M *T Other (specify) [ Eculosent Operability - Check the listed equipment for operability. If less than fully operable, explain in REMARKS. Eculement og,wrable (Init) Eculoment Operable (Init) Standby Liquid Control ,
/ ADS / Relief Vivs a CRD Pumps __ SBGT /
Core Spray / Control Room # Recire System Emer. Press # k RHR (LPCI) / CAD /_ RHR (CTMT Cooling) / Diesels (U1 U2) / HPCI Diesels (U3) / RCIC , EECW / 500 KV Power
~ '
RHRSW - . / 161 KV Power Teodwater System a KV System Condensate System 480 V System - Primary Containment / DC Power # SBGTS Total Flow = (TI-65-50) + (FI-65-71) (SCTM) 9-25 14L Drywell Radiation , Unit 2 RM-90-272A (R/hr) 9-54 41 Unit 2 RM-90-273A (R/hr) 9-55 d.I
~
Torus Radiation r Unit 2 RM-90-272B (R/hr) 9-54 4.) Unit 2 RM-90-2738 (R/hr) 9-55 4. I
~
Stack Radiation RR-90-147 red pens (Cps) 9-2 . \ RT (From Unit 1 only) RR-90-1478 black pen (Cps) 9-2 = l Ef (From Unit 1 only) Stack Tiow TI-1-90-271 (cfm) 9-5*, Q4L (From Unit 1 only) Drill informat; .:i l Only ! --. __a 1945p
Page 9 REV 0000 aFN-EPIP-20 - P1Avr PARAMETERS UNIT 2 DATA SHEETS ATTACHMEIR 2 (Page 4 of 4) (NRC/C) Time M M A ' OM Remarks: NM hydbwMet_%Ndsth-esd \g, a1%es%"Soncu%d%=tA dma _ \ ' \ \ \\ \ Mbt h m hem 9maRM
\
After completion, hand carry to secretary in hallway outside TSC for - distribution. Distribution
- Technical Assessment Manager Maintenance Manager Operations Manager CECC C6mmunicator NRC Coordinator
~
Radiochemical Englueer [,p Radiological Control CECC (Telecopy)
-Site Emergency Director Operations Specialist
[NRC/C Apt. 81-193 DM W m>h 7 Only : 1945p
.----_._b-______'
FN-EPIP-20 PLANT PARAMETERS UNIT 2 DATA SNEETS ATTACHMENT 2 (Page 1 of 4) .
,a (NRC/C) Time \ C)CX5A 'O.ChT i
Parameter Instrument- Panel Readina-Reactor Level (Accident) LI 3-62 (inches) 9-3 " \N (Zero at top of fuel) LZ 3-52 (inches) - i CC) Drywell Pressure XR-64-159 Red Pen 9-3 dB (Wide Range) (0-300 psig) *
-Drywell Pressure XR-64-159 Blue Pen 9-3 \*I (Narrow Range). (-5 to +5 psig')
Torus' Water level XR-64-159 Green Pen 9-3 @ (Wide Range) (0-20 ft) - Drywell Preissu're. PI-64-160A 9-3 C) (Wide Range) (0-300 psig) . Torus Water Level LI-64-159A 9-3 . IT (Wide Range) (0-20 ft) Torus Water Temperature TR-64-161/162 Blue Pen 9-3 I 6~7 (30'-230' F) Drywell Air Temperature TR-64-52A Red Pen 9-3 IO, (0* to 400'.F) Torus Water Temperature TIS-64-55 B ('F) 9-3 ISE (0-400' F) HPCI Flow FIC 73-33 (spm) 9-3 C) RCIC Flow TIC 71-36A (spm) 9-3 GnC)Cb RHR Loop I Pressure PI 74-51 (psig) 9-3 3C5C) RHR Loop I Flow FI 74-50 (spa) 9-3 \M , RHR Loop II Pressure PI 74-65 (psig) 3 h RHR Loop II Flow FI 74-64 (spm) 9-3 \QAY
~
b I b t h' QO - 1945p _ Qpl,7 4
Page 7
- REV 0000 BrN-r. RIP-20 .
PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHKDff 2 (Page 2 of 4) (NRC/C) Time ink EM-Core Spray Loop I Press PI 75-20 (psig) 9-3 M " FI 75-21 (spa) 9-3 D Core Spray Loop I Flow Core Spray Loop II Press PI 75-48 (psig) 9-3 I Core Spray Loop !! Flow FI 75-49 (spa) 9-3 O
. Reactor Recirc Pumps In-service (Y/N) 9-4 A L B_ kl If yes, Loop flow FI-68-46 lbs/hr X 10' 9-4 A FI-68-48 lbs/he X 10' 9-4 B Reactor Coolant Temp.
TR-68-2 Loop A (*F) red 9-4 . (Vtlid only if recire, pumps runni~ ngl . Loop B ('F) black 9-4 Reactor Level . (Accident) LI 3-58A (inches) 9-5 - \*E D (Zero at inst, sero); LI 3-585 (inches) - i :5 C) (Inst. sero is 167.7" above normal TAF) Reactor. Pressure PI 3-54-(psig) 9-5 1 PI 3-61 (psig) 1 PI 3-207 (psig) .IO M LI 3-53 (inches) 9-5 O Reactor Level (Normal) O ' (Zero at inst. sero); LI 3-60 (inches) (inst. sero is 167.7" LI 3-206 (inches) O above normal TAF) bndenser vacuum P/TR 2-2 (in Hg) black 9-6 C3
" Torus H: H: R 76-39 or 37(%) 9-54, 55 "ATk.R conc. (blue pen)
Torus 03 0: R 76-43 or 41(%) 9-54, 55 O '
conc. (blue pen) --
Drywell H H: R 76-39 or 37(%) 9-54, 55 O conc. (red pen)
' ' ' Drywell He 0: R 76-43 or 41(1) 9-54, 55 C) conc. (red pen)
' HS 76-49 and 76-59 must be checked to determine what recorder pens are active.
-1945p bMi!OU On!y , ,
. l l
\
Page a REV 0000 BFN-EPIP - PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2 (Page 3 of 4) (NRC/C) Time l%M h*Es"T Other (specify) 51uioment operability - Check the listed equipment for operability. If less than fully operable, explain in REMARKS, Eculoment Standby Liquid Control-operable (Init) 7 Ecutoment- h able (Init) ADS / Relief Vivs CRD Pumps _ SSGT / Core Spray / Control Room # Recire System Emer. Press # RHR (LPCI) / CAD f RHR (C' INT Cooling) / Diesels (U1 U2) / HPCI . Diesels (U3) # RCIC / , EECW
/ 300 KV Power RHRSW - / 161 KV Power _
Teodwater System 4 KV System , Condensate System 480 V Syrtem - Primary Containment # DC Power # - SBGTS Tetal Flow = (TI-65-50) + (TI-65-71) (SCFM) 9-25 MkL Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 4_,,) _,_, Unit 2 RM-90-273A (R/he) 9-55 4) Torus Radiation. Unit 2 RM-90-272B (R/hr) 9-54 _ 4 1 Unit 2 RM-90-2738 (R/hr) 9-55 4. 1 Stack Radiation RR-90-147 red pens (Cps) 9-2 . OCD ,,,,_ (From Unit 1 only) RR-90-1478 black pen (Cps) 9-2 .DD (From Unit 1 only) Stack Tiow TI-1-90-271 (cfe) 9-53 MU (From Unit 1 only) Drill information On'" 1945p 8
. . I j
Page 9 j REV 0000 nm-EPIP-20 . UNIT 2 DATA SHEETS ATTACHMDfT 2 (Page 4 of 4) l l h Time iOb6A C. *5'T (NRC/C) , i Remarks: N M h eyrd b wScb t % M d uMe EddhmNY bM9L \W
~
QT3 Du% acn?
\ \ ' ) T \\ \
aNbsM hangmanx l
\
After completion, hand carry to secretary in hallway outside TSC for . distribution.
' Distribution ;
Technical Assessment Manager Maintenance Manager . 1 operations Manager i CECC C W micator -I I NRC Coordinator-j' Radiochemical Engineer Radiological Control Qm ' C?.CC (Telecopy) . 1 Site Emergency Director l l Operations Specialist ; 1. ! l l
- l. i l
1
- i. Drill Information
! [NRC/C Apt. 81-193 ' i 1945p I 1
i
- 1 i
-O d REV 0000 P*8' '
BFL EPIP PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2 (Page 1 of 4) .
't (NRC/C) Time \ O?f'5 A 'O.".h"T" l Paraneter Instrument Panel Readina Reactor Level'(Accident) LI 3-62 (inches) 9-3 - IC>C)-
(Zero at top of fuel) LI 3-52 (laches) - 1Cbo Drywell Pressure. XR-64-159 Red Pen 9-3 d> (Wide Range) (0-300 psig) -
-Drywell Pressure XR-64-159 Blue Pen 9-3 M l (Narrow Range) (-5 to +5 psig)
!- Torus Water level XR-64-159 Green Pen 9-3 I(.$ (Wide Range) (0-20 ft) . l Drywell Pressu're.- PI-64-160A 9-3 O l (Wide Range) (0-300 psig)
,. Torus Water Level LI-64-159A 9-3 II.I (Wide. Range) (0-20 ft)
Torus Water Temperature TR-64-161/162 Blue Pen 9-3 1% (30*-230' F) l-L Drywell Air Temperature TR-64-52A Red Pen 9-3 \M , (0' to 400* F)
' Torus Water Temperature TIS-64-55 8 ('F) 9-3 iS[ >
(0-400* F) l) HPCI Flow FIC 73-33 (spm) 9-3 O L l: RCIC Flow FIC 71-36A (gpm) 9-3 CmOC5 R2R Loop I Pressure PI 74-51 (psig) 9-3 h i. RHR Loop I Flow FI 74-50 (spa) 9-3 YhV , RHR Loop II Pressure PI 74-65 (psig) 3 MR RHR Loop II Flow FI 74-64 (gpm) 9-3 Q.EK., 1945p ' oc ..
Page 7 . - REY 0000 aFN2EPIP-20 .
~
. PLANT PARANETERS UNIT 2 DATA $5EETS ATTACHNDff 2
- (Page 2 of 4)
Time \bMA ' B"RT"
-(NRC/C)
Core Spray _!aop I Press PI 75-20 (j> sis) 9-3 66' Core Spray 14op I Flow FI 75-21 (spa) 9-3 O Core Spray loop II Press- PI 75-48 (psig) 9-3 M Core Spray Loop II Flow FI 75-49 (gpa) 9-3 O Reactor Recirc Pumps In-service (Y/N) 9-4 A....hl . S' kl If yes, Loop flow FI-68-46 lbs/hr X 10' 9-4 A FI-68-48 lbs/hr X 10' 9-4 5 Reactor Coolant Temp. TR-68-2 Loop A (*F) red 9-4 , (Valid only if recirc. pumps runni~ ngl . Loop B ('F) black 9-4 Reactor Level .' (Accident) LI 3-58A (inches) 9-5 -\@ (Zero at inst. sero); LI 3-588 (inches) - %M (Inst.-sero is 167.7" above normal TAF) Reactor Pressure PI 3-54-(psig) 9-5 _1 PI 3-61 (psig) . \ PI 3-207 (psis) IN Reactor Level (Normal) LI 3-53 (inches) 9-5 6 (Zero at inst. sero); LI 3-60 (inches) O (inst. sero is 167.7" LI 3-206 (inches) O
-above normal TAF)
Condenser vacuum P/TR 2-2 (in Hg) black 9-6 O
8 Torus H: H R 76-39 or 37(%) 9-54, 55 M conc. (blue pen)
3 Torus 0 0 R 76-43 or 41(%) 9-54, 55 O
- conc. (blue pen) -
Drywell H H: R 76-39 or 37(%) 9-54, 55 O conc. (red pen)
Drywell H Os R 76-43 or 41(%) 9-54, 55 O conc. (red pen)
HS 76-49 and 76-59 must be checked to determine what recorder pens are active.
1,55p M infomiaticti Only .
- x. -
t Page 8 REV 0000 BFN-EPIP-20
-. .. PLANT PARAMETERS QUT 2 DATA SHEETS ATTACHMENT 2 (Page 3 of 4)
(NkC/C3 Time \ @ A C
- E "T*
Other (soecify) Eculosent Operability - Check the listed equipment for operability. If less
- than fully operable, explain in REMARKS.
Eeulosent Operable (Init) Eculosent Operable (Init) Standby Liquid Control / ADS / Relief Vivs CRD Pumps SBGT / Core Spray / Control Room 7 Recire System _ Emer. Press # RHR (LPCI) / CAD /_ RHR (CTMT Cooling) / Diesels (U1 U2) / HPCI Diesels (U3) # RCIC. # , EECW
/ 500 KV Power RHRSW - . / 161 KV Power Teodwater System 4 KV System Condensete System , 480 V Syatem -
Primary Containment / DC Power _ SBGTS Total, Flow = (F1-65-50) + (FI-65-71) (SCFM) 9-25 WL Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 L.I Unit 2 RM-90-273A (R/hr) 9-55 1. l Torus Radiation Unit 2 RM-90-2728 (R/hr) 9-54' i.I Unit 2 RM-90-2738 (R/hr) 9-55 1C Stack Radiation RR-90-147-red pens (Cps) 9-2 2 .2 (From Unit 1 only) RR-90-1478 black pen (Cps) 9-2. Q.Q (From Unit 1 only) Stack Flow FI-1-90-271 (cfm) 9-53 M kL_ (From Unit 1 only) Drill information
, Only -
1945p
1 l l Page 9 l j .- REV O O 0.0 BFN-EPIP-20 -] L *. PLAKr PARAMETERS 1 UNIT 2 DATA SHEETS l
,* ATTACHMENT 2 -!
(Page 4 of 4) l l (NRC/C] Time i b M A EM Remarks: N N.L. h vd b w et %N n h-F$\I Bt twNY ED De cM X11-k b M L h ,
\ .1 '
1 ) \\ \
%ctM '6tM9mmn
\
L After completion, hand carry to secretary in hallway outside TSC for + distribution.
' Distribution
-Technical Assessment Manager Maintenance Manager Operations Manager CECC C6amunicator NRC Coordinator Radiochemical Engineer Radiological Control CECC (Telecopy)
Site Emergency Director _ operations Specialist Drill Information Only )
-,__._J 1 (NRC/C Apt. 81-19]
7 . 1945p h .._ . _ _ _ _ _ _ _ _ _ _ _
Page 6
'C REV 0000 BfN-EPIP-20 -
PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2 (Page 1 of 4) > DetC/C) Time IDA 'O *b"T"- Parameter Instrument Panel Readina
~
Reactor Level (Accident) LI 3-62 (inches) 9-3 "7 1 (Zero at top of fuel) LI 3-52 (inches) "7t"> Drywell Pressure XR-64-159 Red Pen 9-3' 6 (Wide Range) (0-300 psig) *
']
Drywell: Pressure XR-64-159 Blue Pen 9-3 f.1 (Narrow Range) (-5 to +5 psig) - Torus Water level XR-64-159 Green Pen 9-3 1 l. I-(Wide Range) (0-20 ft) i i Drywell Pressu're. (Wide Range) PI-64-160A (0-300 psig) 9-3 O_ l 1
,. Torus Water Level LI-64-159A 9-3 \l. I (Wide Range) (0-20 ft) .
Torus Water Temperature TR-64-161/162 Blue Pen 9-3 ,,1 % (30'-230' F) Drywell Air Temperature TR-64-52A Red Pen 9-3 IN , (0* to 400* F) Torus Water Temperature TIS-64-55 8 (*T) 9-3 iN-(0-400* F) . I HPCI Flow FIC 73-33 (spm) 9-3 O' l RCIC Flow FIC 71-36A (gpm) 9-3 h l RHR Loop I Pressure PI 74-51 (psig) 9-3 *25CDC l l RHR Loop I Flow FI 74-50 (spm) 9-3 ili , , RHR Loop II Pressure PI 74-65 (psig) 3 39E , RHR Loop II Flow FI 74-64 (spm) 9-3 \Q.M m Q 1945p Drill lfliOMIOi 00 ' Only
Page 7 REV 0000 BFN-EPIP-10 -
-,~) - t
.v . ,turr 'PARANETERS UNIT 2 DATA SHEETS ATTACHNDrf 2
- (Page 2 of 4)
(NRC/C)' Time iDk E*R1" Core Spray Loop I Press PI 75-20 (psig) 9-3 _ 6Y Core Spray Loop I Flow FI 75-21 (spa) 9-3 _, O Core Spray Loop II Press PI 75-44 (psig) 9-3 _ 66 Core Spray Loop !! Flow FI 75-49 (spa) 9-3 . O Reactor Recirc Pumpe In-service (Y/N) 9-4 9-4 A 1 A!! N If yes, Loop flow FI-68-46 lbs/hr X 10' FI-68-48 lbs/hr X 10' 9-4 8 Reactor Coolant Temp. TR-68-2 Loop A (*F) red- 9-4 (Valid only if recire, pumps runningl . Loop B ('F) black 9-4 Reactor Level (Accident) LI 3-58A (inches) 9-5 ~ 6~7 l . (Zero at inst. sero); LI 3-588 (inches) -B7 (Inst.' sero is 167.7" above normal TAF) Reactor Pressure PI 3-54-(psig) 9-5 DI PI 3-61 (psig) W D' PI 3-207 (psig) 1 OM ' Reactor Level (Normal) LI 3-53 (inches) 9-5 C (Zero at inst. sero); LI 3-60 (inches) C
-(inst. zero is 167.7" LI 3-206 (inches) C above normal TAF)-
Condenser vacuum P/TR 2-2 (in Hg) black 9-6 O
8 Torus H:- H R 76-39 or 37(%) 9-54, 55 ~h&,G.
conc. (blue pen)
Torus 03 0: R 76-43 or 41(%) 9-54, 55 _C) '
cor.c . (blue pen) --
Drywell H: H R 76-39 or-37(%) 9-54, 55 O conc. (red pen)
Drywell Ha 0: R 76-43 or 41(1) 9-54, 55 O
- conc. (red pen)
O - HS 76-49 and 76-59 must be checked to determine what recorder pens are ' active. . _ _ 1945p Drill Information
- Only -
REV OOOO r P*$*rIP-20 PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2 L. (Page 3 of 4) (NRC/C) Time i D A O_**f T Other (specify) . l Eouisment Operability - Check the listed equipment for operability. If less than fully operable explain in REMARKS. _l Eaulosent Operable (Init) Eauloment Operable (Init) ' Standby Liquid Control / ADS / Relief V1vs CRD Pumps $8GT / Core Spray / Control Roca # 1 Recirc Systee _ Emer. Press / RHR (LPCI) / CAD # 1 RHR '(CIMT Cooling) / Diesels (U1 U2) /- HPCI: i Diesels (U3) / l RCIC / ' EECW / 500 KV Power RHRSW - . / 161 KV Power '! Feedwater System. 4 KV System Condensate System 480 V System Primary Containment
/ DC Power /
S3GTS Total Flow = (FI-65-50) + (FI-65-71) (SCFM) 9-25 MU Drywe11~ Radiation Unit 2 RM-90-272A (R/hr) 9-54 1 ._ Unit 2 RM-90-273A (R/hr) 9-55 2-
. Torus Radiation Unit 2 Unit 2 RM-90-2728 (R/hr)
RM-90-2738 (R/hr) 9-54 9-55 2%_ GC2 _ Stack Radiation RR-90-147 red pens (Cps) 9-2 G E C)Cb (From Unit 1 only) RR-90-1478 black pen (Cps) (From Unit 1 only) 9-2 /shC5 Stack Flow FI-1-90-271 (cfm) 9-53 MK (From Unit 1 only) [ Drill informstian __( i L ! Oniv
~
1945p
-Page 9 .
REV 0000 BTN-EPIP-20 - . \O+- P m PARAMETERS UNIT 2 DATA SHEETS ATTACHMDrf 2 (page 4 of 4)
- (tatC/C) Time 4MA EM Remarks: NMhvd b wMet_ ehNd wMm msAnuxests"S
\g \ '
h ) AbeAb%
\ 1) \
a - EL'N b t a ,'NEM%maa e
\
After completion, hand carry to secretary in hallway outside TSC for -
- distribution.
Distribution Technical Assessment Manager Maintenance Manager ,
< Operatlens Manager.
CECC C M micator NRC Coordinator Radiochemical Engineer 9- -
~
Radiological Control CECC (Telecopy) Site Emergency Director Operations Specialist Drill information Only (NRC/C Apt. 81-19] 1945p
W i REV 0000 M IP-20 PLAlff PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2-(Page 1 of 4) - (MtC/C) Time 1 1 % A c.a s r-Parameter Instrument Panel Readina Reactor Level-(Accident) LI 3-62 (inches) 9-3 U (Zero at top of fuel) LI 3-52 (inches) % Drywell Pressure XR-64-159 Red Pen- 9-3' d> (Wide Range) (0-300 psig) - I eD Drywell Prescure XR-64-159 Blue Pen 9-3 l (Narrow Range) (-5 to +5 psig) Torus Water level XR-64-159 Green Pen 9-3 N.4 (Wide Range) (0-20 ft) .
~l 1
Drywell Pressu're. PI-64-160A 9-3 O ' (Wide Range) (0-300 psig) . Torus Water Level LI-64-159A 9-3 lb.8 I (Wide Range) (0-20 ft) { l Torus Water Temperature TR-64-161/162 Blue Pen 9-3 1% (30'-230' F) Drywell Alr Temperature TR-64-52A Red Pen 9-3 NY ,
. (O' to 400* F) . 4.
Torus Water Temperature TIS-64-55 8 (*F)- 9-3 IM (0-400* F) HPCI Flow FIC 73-33 (spm) 9-3 O RCIC Flow FIC 71-36A (spm) 9-3' C% RHR Loop I Pressure PI 74-51 (psig) 9-3 W i RHR Loop I Flow FI 74-50 (spm) 9-3 11 i , , 1 RHR Loop-II Pressure PI 74-65 (psig) 3 90 l RHR Loop'II Flow FI 74-64 (spm) 9-3 O m O
'1945p
% Org) %
OnJ., E!!On
m :; Page 7
- E EEV 0000 BFN-EPIP-20 -
bU pg pm > UNIT 2 DATA SHEETS ATTACHNDff 2 )'
* (Page 2 of 4)
(NRC/C) Time \ \W O 'AT . Core Spray Loop I Press PI 75-20 (psig) 9-3 N Core Spray loop I Flow FI 75-21 (spm) 9-3 O Core Spray Loop II Press P! 75-48 (psig) 9-3 % Core Spray Loop II T10w FI 75-49 (spa) 9-3 O s Reactor Recirc Pumps In-service (Y/N) 9-4 A M B 1>4 If yes, Loop flow TI-68-46 lbs/hr X 10' 9-4 A FI-68-48 lbs/hr X 10' 9-4 5 - [
. Reactor Coolant Temp. 'IR-68-2 Loop A ('F) red 9-4 .
1 (Valid only if recire, pumps runningI . Loop B ('T) black 9-4 I Reactor Level-(Accident) LI 3-58A (inches) 9-5 "(IuA)
-(Zero at inst. sero); LI 3-588 (inches) -t"b (Inst sero is 167.7" above normal TAF)
Reactor Pressure PI 3-54 (psig) 9-5 __lC3 % PI 3-61 (psig) 1 C"7F PI 3-207 (psig) \ Cff d!i LI 3-53 (inches) 9-5 O Reactor Level (Normal) (Zero at inst. sero); LI 3-60 (inches) CD (inst. sero is 167.7" LI 3-206 (inches) O above normal TAF) Condenser vacuum P/TR 2-2 (in Hg) black 9-6 C) L * Torus H: H R 76-39 or 37(%) 9-54, 55 'AR.R. l conc. (blue pen) i'8 Torus 0: 0: R 76-43 or 41(%) 9-54, 55 CD - conc. (blue pen)- -
8 Drywell H H: R 76-39 or 37(%) 9-54, 55 O~ ,
^
conc. (red pen) l Drywell He 0: R 76-43 or 41(%) 9-54, 55 O (; conc. (red pen)
HS 76-49 and 76-59 must be checked to determine what recorder pens are active. p 1945p (5II InfOrlTlatjan L Only .
/ REV 0000 Pue a - BFN-EPIP-20
, , j t
i i ' PLANT PARAMETERS UNIT 2 DATA SHEETS $ ATTACHMENT 2 K (Page 3 of 4) l [NRC/C) Time tiMA e =sT Other (specify) *
.q Eculoment Operability - Check the listed equipment for operability. If less
- I than fully operable, explain in REMARKS. I Eculament Operable (Init) Eauipment Operable (Init)
Standby Liquid Control / ADS / Relief Vivs CRD Pumps SBGT / , Core Spray 7 Control Room 7 l Recire System Emer. Press # i; RHR (LPCI) / CAD f. i RHR'(CTMT Cooling) 7 Diesels (U1 U2) / l HPCI Diesels (U3) 7 l
-RCIC- / ,
-l EECW / 500 KV Power l RHRSW '
. / 161 KV Power Feedwater System 4 KV System Condensate System 480 V System - .
., Primary Containment / DC Power /
SBCTS Total Flow = (FI-65-50) + (FI-65-71) (SCFM) 9-25 14L Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 *h .
, Unit 2 RM-90-273A (R/hr) 9 lb -
Torus Radiation. Unit 2 RM-90-2728 (R/hr)- 9-54 MOO Unit 2 RM-90-2738 (R/hr) 9-55' A B C d ___ Stack Radiation RR-90-147 rt.d pens (Cps) 9-2 l'A. l K (From Unit i only) RR-90-1478 black pen (Cps) 9-2 G. I K (From Unit J only) Stack Flow FI-1-90-271 (cfa) '9-53 _ DO (From Unit *. only)
. ' .l Drill IriM'. N~~s, .
Ci?/jn;p' N ' [ 1945p- 'N _ _ _ _ _ _ _ . . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ _ _ _ _ _ _ _ - _ _ _- - - - . _ . 1
l Patt 9 - REV 0000 BFN-EPIP-20' -. PLAIC PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2 (Page 4 of 4) (NRC/C) Time IlhO A OM , i Remarkst- N D h ny d b w M e t_ % M d w h esd numes?%"Etw nu%-Abnt A bSne
\g. ' ' I I \I \
%T59 m m Lw thA4 men M
\
Af ter completion, hand carry to secretary in hallway outside TSC for - ,I I distribution. Distribution Technical Assessment Manager Maintenance Manager
. Operations Manager-CECC C6asunicator 1
NRC Coordinator MO . Radiochemical Engineer Radiological Control Qd CECC (Telecopy) Site Emergency Director Operations Specialist i Drill Inf On (NRC/C Apt. 81-19]
- y, 1945p
1
-1 l
.q Y3
-(,/
REV 0000 P*8' ' nFN-EPIP-20 q PLAlff PARAMETERS UNIT 2 DATA SHEETS i ATTACHMENT 2 U (Page 1 of 4) . DELC/C) Time \h N 'O*ST~ Parameter Instrument Panel Reading Reactor Level (Accident) LI 3-62 (inches) 9-3 \QY ' .l (Zero at top of fuel) LI 3-52 (inches) T *A1l:L Drywell Pressure- XR-64-159 Red Pen- 9-3 b-(Wide Range) (0-300 psig)-
- 4
' ~
Drywell Pressure XR-64-159 Blue Pen 9-3 \ .1 l (Narrow Range) (-5 to +5 peig)
]l Torus Water level XR-64-159 Green Pen 9-3 \M I (Wide Range) (0-20 ft) .
Drywell Pressu're. PI-64-160A 9-3 O l (Wide Range) (0-300 psig) J
,, Torus Water Level LI-64-159A 9-3 \%T
-(Wide Range) (0-20 ft) l l Torus Water Temperature TR-64-161/162 Blue Pen 9-3 1%
(30'-230' F) ! Drywell Air, Temperature TR-64-52A Red Pen 9-3 \M Y, - (0* to 400* F) Torus Water Temperature TIS-64-55 8 (*F) 9-3 \% (0-400' F) EPCI Flow FIC 73-33 (spm) 9-3 O RCIC Flow FIC 71-36A (gpm) 9-3 h RHR Loop I Pressure PI 74-51 (psig) 9-3 M C)- RHR Loop I Flow FI 74-50 (spm) 9-3 \Q,Q , RHR Loop II Pressure PI 74-65 (psig) -- 9-3 1CXL , l RHR Loop II Flow FI 74-64 (gpm) 9-3 IQ.5R l m 1945p Drill '>" " " ' ~~N-l (- s ; ., "r ('
'~ ~~ ..
t
}, c Page 7-0000 - REV BrN-EPIP-20 .
i b" , pLggg ' PARAMETERS UNIT 2 DATA SREETS ATTACHMENT 2
* (Page 2 of 4)
(NRC/C) Time ih bl O *A"T" Core Spray Loop I Press PI 75-20 (li>sig) 9-3 60 Core Spray Loop I Flow TI 75-21 (spm) 9-3 0 j Core Spray Loop II Press PI 75-48 (psig) 9-3 60 Core Spray Loop II Flow FI 75-49 (spa) 9-3 'O Reactor Recirc Pumps In-service (Y/N) 9-4 A M B ' L1-If yes Loop flow FI-68-46 lbs/hr X 10' 9-4 A FI-68-48 lbs/hr X 10' 9-4 5 Reactor Coolant Temp. TR-68-2 Icop A (*F) red 9-4 . l (Valid only.if reeirc. ~ pumps runni~ ngl . Loop B (*F) black 9-4 ) _l l Reactor Level (Accident) LI-3-58A (inches) 9-5 "" E k , (Zero at inst. sero); LI 3-588 (inches) --4C5 (Inst. sero is 167.7" . above normal TAF) ) Reactor Pressure PI 3-54'-(psig) 9-5 ,_M,. % PI 3-61 (psig) HDD PI 3-207 (psig) hm j
^
Reactor Level (Normal) LI 3-53 (inches) 9-5 , _ _ Cd l (Zero at inst. sero); LI 3-60 (inches) . Cd I (inst. sero is 167.7" LI 3-206 (inches) O l above normal TAF) Condenser vacuum P/11t 2-2 (in Hg) black 9-6 D l
Torus H H R 76-39 or 37(%) 9-54, 55 3E(a conc. (blue pen) o
Torus 0 0 R 76-43 or 41(%) 9-54, 55 C)
- conc. (blue pen) -
O
'8'Drywell H H R 76-39 or 37(%) 9-54, 55 conc. (red pen)
Drywell Ha 0: R 76-43 or 41(%) 9-54, 55 O cemc . (red pen)
~ '
HS 76-49 and 76-59 must be checked to determine what recorder pens are active.
E _ __ 1945p D g g j J g.I G r m s tic -} l Only L
0000 Pa e
.. _ REV gp_,
,(_ _
i .e PLANT PARAMETERS f\ UNIT 2 DATA SHEETS ATTACHMEIC 2 (Page 3 of 4) (NRC/C] Time iQCC> hl O eg7 Other (specify) Ecuipment Operability - Check the listed equipment for operability. If less than fully operable, explain in REMARKS. Eculosent . Operable (Init) Eculoment operable (Init) Standby Liquid Control / ADS / Relief Vivs CRD Pumps $8GT / Core Spray / Control Room # Recire System Emer. Press 7 RHR (LPCI) / CAD # RHR (CTNT Cooling)
~
/ Diesels (U1 U2) /
RPCI Diesels (U3) 7 RCIC / e t EECW / 500 KV Power RHRSW .* .
/ 161 KV Power Feedwater System 4 KV System Condensate System. 480 V System Primary Containment
# DC Power /
SBGTS Total Flow = (FI-65-50) + (FI-65-71) (SCFM) 9-25 ION Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 Q .9 ,_ '
' Unit 2 RM-90-273A (R/hr) 9-55 3.9 Torus. Radiation Unit 2 RM-90-2728 (R/hr) 9-54 Cs N a
Unit 2 RM-90-2738 (R/hr) 9-55 A% Stack Radiation RR-90-147 red pens (Cps) 9-2 l'1 E (From Unit 1 only) RR-90-1478 black pen (Cps) 9-2 l'1 1 (From Unit 1 only) Stack Flow FI-1-90-271 (cfm) 9-53 MK (From Unit 1 only) i . Drill Informr.iian Only 1945p e
REV 0000- s[gpip.20 .'.
.p g paggggyggs
~
UNIT 2 DATA SHEETS ATTACHMENT 2 . (Page 4 of 4) l (NRC/C) Time \DCC)bd C "A7 ~
. Remarks: N h v d b v4 M e u - t _ % N d st h-l T$d h twNY \ \ '
D h Os m Menat_d bWE-
\ \ 1) \
h Mts M 'NEM4 men M
\
After completion, hand carry to secretary in hallway outside TSC for - distribution. l Distribution Technical Assessment. Manager , Maintenance Manager . Operations Manager
. CECC Chaumnicator
'NRC Coordinator Radiochemical Engineer L) s Radiological Control CECC (Telecopy) ,
Site Imergency Director l- Operations Specialist Drill Only Iniorniation (NRC/C Apt. 81-19)
? .
,- 1945p
R EV- 0000 @',g'IP-20
. PLANT PARAMETERS UNIT 2 DATA SHEETS ATTACHMENT 2 (Page 1 of 4) .
(NRC/C) Time A M ~0 asT Parameter Instrument Panel Reading Reactor Level (Accident) LI 3-62 (inches) 9-3 \Eb (Zero at top of. fuel) LI 3-52 (inches) 1EE Drywell Pressure XR-64-159 Red Pen 9-3 h (Wide < Range) (0-300 psig)
- Drywell Pressure XR-64-159 Blue Pen 9-3 3 (Narrow Range) (-5 to +5 psis)
Torus Water level XR-64-159 Green Pen 9-3 ID.h (Wide Range) (0-20 ft) . Drywell Pressu're. PI-64-160A 9-3 D (Wide Range) (0-300 psis) Torus Water Level LI-64-159A 9-3 \Q .9 (Wide Range) (0-20 ft) Torus Water Temperature TR-64-161/162 Blue Pen 9-3 IO (30*-230' F). Drywell Air Temperature TR-64-52A Ped Pen (0* to 400' F) 9-3 \hk Torus Water Temperature TIS-64-55 8 ('F) 9-3 )M (0-400* F) HPCI-Flow FIC 73-33 (spm) 9-3 O RCIC Flow FIC 71-36A (gpm) 9-3 CM RHR Loop I Pressure PI 74-51 (psig) 9-3 .3Eb s
.RHR Loop I Flow FI 74-50 (spa) 9-3 C.R ,
RHR Loop II Pressure PI 74-65 (psig) 3 2L88h tS'" , RXR Loop II Flow FI 74-64 (gpm) 9-3 Q.6b m b Ibl'd - 't 1945p O nl>> e
1 A
' Page-7 EEY 0000 BFN-EP!P .
-\ s I -
PLANT' PARAMETERS UNIT 2 DATA SHEETS l l L ATTACHNDft 2 l J l (Page 2 of 4) L (NRC/C) Time QM*P O a r t" Core Spray Loop I Press PI 75-20 (i>sig) 9-3 % Core Spray Loop I Flow FI 75-21 (spa) 9-3 O' Core Spray Loop II Preu PI 75-48 (psis) 9-3 60 j. L Core Spray 14op II Flow FI 75-49 (spa) 6-3 O ) l Reactor Recirc Pumpe In. service (Y/N) 9-4 A 1 BA L1 If yes, Loop flow FI-68-46 lbs/hr X 10' 9-4 FI-68-48 lbs/hr X 10' 9-4 B l. Reactor Coolant Temp. TR-68-2 Loop A (*F) red 9-4 . L (Valid only if recirc. I pumps runninal . Loop B (*F) black 9-4 y Reactor Level (Accident) LI 3-58A (inches) 9-5 O C') (Zero at inst sero); LI 3-588 (inches) Th (Inst. sero is 167.7" l l l above normal TAF) l Reactor Pressure PI 3-54_-(psis) 9-5 lNI l
/- PI 3-61 (psig) MC J PI 3-237 (psig) IM f_ ~i Reactor Level (Normal) LI 3-53 (inches) 9-5 N !
(Zero at inst, sero); LI 3-60 (inches) 3.E (inst. zero is 167.7" LI 3-206 (inches) 43 f_ above normal TAF) Condenser vacuum P/TR 2-2 (in Hg) black 9-6 O
Torus Ha H: R 76-39 or 37(%) 9-54, 55 M '7 conc. (blue pen)
8 Torus 0 0: R 76-43 or 41(%) 9-54, 55 O
- conc. (blue pen) -
O 8'*Drywell'H: H R 76-39 or 37(%) 9-54, 55 conc. (red pen)
Drywell Ha 0: R 76-43 or 41(%) 9-54, 55 O conc. (red pen) 4
HS 76-49 and 76-59 must be checked to determine what recorder pens are active.
Drill Information 1945p Only
sh. REY 0000 Pase a 8m-EPIP-20 . I . PLANT PARAMETERS Ii\ UNIT 2 DATA SHr.ETS ATTACHMENT 2 (Page 3 of 4) I (NRC/C] Time \ g a c 'p p_ag y i Other (soecify)
~
~
Ecuipment Operability - Check the listed equipment for operability. If less. than fully operable, explain in REMARKS. Eculosent . Operable (Init) Ecutoment Ogerable (Init)- Standby Liquid Control / ADS / Relief Vivs CRD Pumps SSGT / Core Spray / Control Roos # Recire Systes Emer. Press 7 i RNR'(LPCI) / CAD f. RHR (CTMT Cooling) ./ Diesels (U1 U2) / i HPCI Diesels (U3) 7 ! RCIC / , EECW / 500 KV Power
- ' j RHRSk' - - / _ 161 KV Power Feedwater System 4 KV System Condenaate System ~j 480 V System -
Primary Containment / DC Power # 380TS Total Flow = (FI-65-50) + (FI-65-71) (SCFM) 9-25 M4\L Drywell Radiation '
. Unit 2 Unit 2 RM-90-272A (R/hr)
RM-90-273A (R/hr) 9-54 2.E._ a 9-55 CL E ) Torus Radiation Unit 2 RM-90-2728 (R/hr) 9-54 N Unit 2 RM-90-2738 (R/hr) 9-55 %
~
i
-Stack Radiation RR-90-147 red pens (Cps) 9-2 211 (From Unit 1 only) ,
RR-90-1478 black pen (Cps) (From Unit 1 only) 9-2 9l1 Stack Flow FI-1-90-271 (cfm) 9-53 04\L (From Unit 1 only) Drill InformMion Dr. i . mm
il; 2 p r Page 9 .' REV 0000 arN-EPIP-20 . PLAIC PARAMETERS t>1 UNIT 2 DATA SHEETS ATTACHNElR 2 (Page 4 of 4) (18tC/C) - , Time iWNE OM Remarks: NMhvd b v4ckch.e1L %Nd wh ssd\gnue %"Esth \ ' 1 A h Ab%ei%
\ 1) \
%ts A , htM4mm M
\
-After completion, hand carry to secretary in hallway outside TSC for .
distribution. Distribution Technical Assessment Manager Maintenance Manager Operations Manager CECC C5ammmicator NRC Coordinator-Radiochemical Engin1er Radiological Control CECC (Telticopy) Site Emergency Director Operations Specialist
\
4 DrifQ~ On tio D (NRC/C Apt. 81-19]
, 1945p w
.-.....-n.. .-. a - - . ~ . . . ...-i.- > ~ . > ....a.- . . . . . . + - .
--,.-~+n
- j
- a. },
j R 0000 f,,Qg,,,, FLANT PARANETgRS 3GI.2 DATA $NECTS l ATIACHNDfT 2 (Page 1 of 4) . (MtC/C) Time d'. CDP'O E Parameter Instrument 2B1g1 ReadIna Reactor Level (Accident) LI 3-62 (inches) 9-3 iM' (tero at top of fuel) LZ 3-52 (inches) F7 E J
' Drywell Pressure XR-64-159 Red Pen 9-3' 6 )
(Wide Range) (0-300 psis) - 1
~
Drywell Pressure XR-64-159 Blue Pen 9-3 1- (Narrow Range) (-5 to +5 pois) l 1 Toruc Water level XR-64-159 Green Pen 9-3 14.5
- l. (Wide Range) (0-20 ft) .
E 1
- j. Drywell Pressu're. PI-64-160A 9-3 D l.. (Wide Range) (0-300 psig) l L
,, Torus Water Level LI-64-159A 9-3 14 (W'.de Range) (0-20 ft)
Torus Water Temperature TR-64-161/162 Blue Pen 9-3 , lE p (30'-230' F) Drywell Air Temperature TR-64-52A Red Pen 93 I DD, l. (0' to 400* T) Torus Water Temperature TIS-64-55 B (*F) 9-3 ) 5(e L (0-400' F) NPCI flow TIC 73-33 (gpe) 9-3 O , MO RCIC Flow TIC 71-36A (gpm) 9-3 RHR Loop I Pressure PI 74-51 (psig) 9-3 1Cg 6 [ RHR Loop I Flow FI 74-50 (spm) 9-3 R 12 , RHR Loop II Pressure PI 74-65 (psig) - 9-3 M f RHR Loop II Flow TI 74-64 (gpm) 9-3 C)
?
l. Drill inforn'ttion {- l5p ()n;y e - m.,. - - - ~ ,
I f Page 7 t j - REY 0000 gry.gptp.go . ll . pu yt' PARAMETERS , UNIT 2 DATL ** m - AT!ACISIDff 2 (Page 2 of 4) l (letC/C) Time f. COP O.*Js"1" Core Spray loop ! Press P! 75-20 (pois) 9-3 ago ; Core Sprey Loop ! Flow T1 75-21 (gpe) 9-3 D { Core Spray toop !! Press P! 75-44 (psig) 9-3 SO' ; Core Spray Loop !! Flow T1 75-49 (spe) 9-3 O I s ' Reactor Rectre(YP q/N; In-service 9-4 A...M . B h.1 If yes. Imop flow FI-64-46 lbs/hr K 10' 9-4 A F1-64-44 lbs/hr K 10' 9-4 8 , Reactor Coolant Temp. W 64-2 loop A ('T) red 9-4 . (Valid only if recirc. i pumps runnihgl . Loop B ('T) black 9-4 l Reactor Level 2 (Accident) LI 3-54A (inches) 9-5 20 '
. (Zero at inst. sero): L1 3-548 (inches) 2 (Inst. sero is 167.7" ,
above normal TAF) Reactor Pressure PI 3-54 (psig) 9-5 PD : P! 3-61 (psig) h , P! 3-207 (psig) rA' , Reactor Level (Normal) LI 3-53 (inches) 9-5 % (Zero at inst. sero): LI 3-60 (inches) (E (inst. sero is 167.7" LI 3-206 (inches) lM ebove normal TAF) Condenser vacuum P/TR -2 (in Hg) black 9-6 M
Torus H H R 76-39 or 37(%) 9-54, 55 M la conc. (blue pen) ,
Torus 0 0: R 76-43 or 41(%) 9-54, 55 O
- conc. (blue pen) .
**'Drywell H: H R 76-39 or 37(%) 9-54, 55 C ,
a conc. (red pen)
Drywell He 0 R 76-43 or 41(%) 9-54, 55 _
O conc. (red pen)
HS 76-69 and 76-59 must be checked to determine what recorder pens are active. _-
1945p bIIII lMfOrm&tian o .
, _ Only ,
- . - - - . . . _ . ~ __. .-.
REY 0000 F*se a m . EPI?-20 (3 () . PLAlft PARAMETERS Y\ P lI,1.E TA 3.](.f.ET.) AT!ACliMDrt 2 (Page 3 of 4) (NRC/C) Time i_'bb9 9 Other (soecifv) __ __- j 1
=-
touloment Operability - Check the listed equipment for operabliTty. 1t tess - { than fully operable, explain in REMARKS. l 5evissent Operab].! (! nit) gd.gment operable (! nit) ! 8tandby Liquid Control # ADS / Relief V1vs CRD Pumps ,,,, 3307 / Core Spray 7 Control Roos # l Recire Systes Emer. Press # ! RHR (LPCI) / CAD # ;
- RNR (C"rMT Cooling) # Diesels (U1 U2) / J RPCI Diesels (U3) 7 RCIC / ,
EECW / 500 KV Power RNR$W Teodwater System
. . / 161 KV Power I~
_, ( KV $ystem Condenaste System / 480 V System r Primary Containment _,, s/ DC Power / SROTS Total Flow = (T!-45-50) + (T!-65-71) ($CTM) 9-25 N U-Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 2 {e , Unit 2 ) RM-90-273A (R/hr) 9-55 _. 2.b , i Torus Radiation Unit 2 RM-90-2728 (R/hr) 9-54 %d # O ,,,,, Unit 2 RM-90-2738 (R/hr) 9-55 OJ 'so Stack Radiation RR-90-147 rad pens (Cps) 9-2 Chi (Tros. Unit 1 only) RR-90-1478 black pen (Cps) 9-2 034 (From Unit 1 only) Stack Flow TI-1-90-271 (cfm) 9-53 MR (From Unit 1 only) W L Drill Informction ' On ,'y 1945p _ . . . . - . . , - .. - - , _ . _ . - . _ ~ . ~ ,y v- - - - - .
1 . ! lo page 9 . REY 0000 SFN-EPIP-20 .
- ' - pt.utr n.nAMETsms ,
UN!T 2. DATA,,BJEl ATTACHMENT 2 , (page 6 of 6) l (MtC/C) Time l'iDD E OM j
, Remarks: [N.L hedbMMet%Odsth-
_esd Tsue!%"Somu%dbt A b%a _mtw \ e == x.Nt%tb ib( kN \ ' iscedvsd .
\ L p \
Af ter completion, hand carry to secretary in hallway outside TSC for - l
- j. distribution.
j D stribution ; Technical Assessment Manager Maintenance Manager operations Manager CECC C6mmunicator MLC Coordinator 3 Radiochemical Engineer ' ( s'. - Radiological Control l CECC (Telecopy) Site Emergency Director
- Operations Specialist ,
i. 1 t L : t Drill Information - (NRC/C Apt. 81-19) 6 5 I l
< 1945p I
~ ~ .
j REV 0000 g g,,,, PLANT PARANETERS tDl!T 2 DATA S'4ETS ATTACHNENT 2 (Page 1 of 4) . (NRC/C) Time l'.bC) 9 0.*MT* Parameter !nstrument M Readina Reactor Level (Accident) LI 3-62 (inches) 93 \%[ (Zero at top of fuel) LI 3-52 (inches) 1%D Drywell Pressure XR-64-159 Red Pen 9-3 (m (Wide Range) (0-300 psig)
- Drywell Pressure XR-64-159 Blue Pen 9-3 .r__, &
(Narrov Range) (-5 to +5 peig) Torus Water level XR-64-159 Green Pen 9-3 \4 (Wide Range) (0-20 ft) . Drywell Preissu're. PI-64-160A 9-3 O (Wide Range) (0-300 poig)
,, Torus Water Level LI-64-159A 9-3 \%.$ '
(Wide Range) (0-20 ft) Torus Water Temperature TR-64-161/162 Blue Pen 9-3 l41 (30'-230' F) Drywell Air Temperature 71L-64-52A Red Pen 9-3 \ \I , (0* to 400' F) Torus Water Temperature TIS-64-55 8 ('F) 9-3 \Mi (0-400' F) HPCI riow TIC 73-33 (spm) 9-3 O RCIC Flow TIC 71-36A (spm) 9-3 O RHR Loop I Pressure b 14-51 (psig) 9-3 \Eh 6 RHK Loop I Flow FI 74-50 (gpa) 9-3 \%R , RHR toop !! Pressure PI 74-65 (psig) 9-3 EO RHR Loop II Flow TI 74-64 (gpa) 9-3 O m
$i {&e) fg '
1945p Only , __.J
Page 7 0000 REY arn-gr1P-20 - 10 . ,P_ tBitT 2 DATA ""TS ATTAQBtDrf 2
. (page 2 of 4)
T188 O OM (IRC/C) Core Spray loop I Press PI 75-20 (psis) 9-3 D Core Spray Loop I Flow F1 75-21 (spa) 9-3 O Core Spray 14op !! Press P! 75-44 (psig) 9-3 d5C3 Core Cpray loop !! Flow FI 75-49 (spa) 9-3 O s Reactor Rectre(Y In-service P q/NJ '-' A N I k'l If yes, Imop flaw F1-64-46 lbs/hr X 10' 9-4 A TI-64-44 lbs/hr X 10' 9-4 5 Reactor Coolant Temp. TR-68-2 Loop A (*F) red 9-4 . (Valid only if recire. pumps runni~ ngl . Loop 3 ('F) black 9-4 Reactor Level G>O (Accident) L1 3-54A (inches) 9-5 (tero at inst sero) ' LI 3-548 (inches) DY5 (Inst. sero is 167.7" above normal TAF) Reactor Pressure PI 3-54 (psig) 9-5 W P1 3-61 (psig) ~ME PI 3-207 (psig) 'M Reactor Level (Normal) LI 3-53 (inches) 9-5 _"b"1 (Zero at inst. sero)t L! 3-60 (inches) A"1 (inst. sero is 167.7" LI 3-206 (inches) N7 above normal TAF) Condenser vacuus P/TR 2-2 (in Hg) black 9-6 . .M7 888 Torus H H R 76-39 or 37(%) 9-54, 55 16 I conc. (blue pen)
Torus 0 0 L 76-43 or 41(%) 9-54. 55 O
- cone. . (blue pen) -
8 Drywell H H R 76-39 or 37(%) 9-54. 55 O conc. (red pen)
Drywell He on R 76-43 or 41(%) 9-54. 55 O conc. (red pen) ii HS 76-69 and 76-59 aust be checked to determine what recorder pens are active.
1945p Drill lid 0rmatIOD c Only l .-
I i i REV 0000 g 3,,,, P!Alfr PARAMETERS UNIT 2 DATA SHf.ET$ Af!ACNMDff 2 (Page 3 of 4) l l (letc/C) Time l '. D P M *T ) Other (specify) 1 Eeutonent Operability - Check the listed equipment for operability. If less than fully cperable, explain in REMARKS. Eeuionent Operable (Init) inj.PMD.t Operable (init )
$tandby Liquid Control af AD8/ Relief V1vs OLD Pumps 88GT /
Core Spray 7 Control Room 7 ' Recire Systes Emer. Press 7 ! RNR (LPCI) / CAD 7-RMR (CTMT Cooling) / ) Diesels (U1 U2) / RN! Diesels (U3) # i RCIC j
/ . i EECW / $00 KV Power RNRSW - / 161 KV Power /
Feedwater System 4 KV System Condensate system / As0 y sys:em . Primary Containment n/ DC Power / 1 SBOTS Total Flow = (TI-65-50) + (r!-65-72) (SCFM) 9-25 M , { Drywell Radiation i Unit 2 RM-90-272A (R/hr) 9-54 Q.I Unit 2 RM-70-273A (R/hr) 9-55 2. f 1 I Torus Radiation Unit 2 RM-90-2728 (R/hr) 9-54 )I1D Unit 2 RM-90-2738 (R/hr) 9-55 11I &
~
j Stack Radiation RR-90-147 red pens (Cps) 9-2 O E~E (Trom Unit 1 only) ' RR-90-1478 black pen (Cps) 9-2 2 5~kk. (From Unit 1 only) Stack riow F1-1-90-271 (cfs) 9-53 _ QL\ \L (Trom Unit 1 only) rf Dril! Information I l 1
I
)
REY 0000 $'$17-20 . PLANT PARAKETERS l t1 NIT 2 DATA SMEETS I ATTACIDSNT 2 (Page 4 of 4) (MtC/C) Time l '. 'EsO P C 857 l Remarks d M h wek b w mhat % d d u%w ed esuwM%"Suncumdh=, \) A b%a \
\ T ' ) T
*Nbet ork 'NemW~ M ;
\
Aftsr completion, har.d carry to secretary in hallway outside TSC for - distribution. I Distribution Technical Assessment Manager Maintenance Manager . I Operations Manager CECC ChamuniCator NRC Coordinator Radiochemical Engineer Radiological Control . CECC (Telecopy) Site Emergency Director Operations Specialist 4 (NRC/C Apt. 81-19) Drill Iniormation Only J L
, 1945p
r REV 0000 P'8' ' i STN-EPIP-20 PLANT PARAMETTJtS IINIT 2 DATA SNtrFS ATTACHMENT 2 , (Page 1 of 4) . (letC/C3 Time W.ODP O."hT l Paramet9r Instrument Pgp_t1 Readina . Reactor 14 vel (Accident) L! 3-62 (inches) 9-3 1% C5 1 (tero at top of fuel) LZ 3-52 (inches) \9c5 1 Drywell Pressure XR-64-159 Red Pen 9-3 b (Wide Range) (0-300 psig)
- Drywell Pressure XR-64-159 Blue Pen 9-3 .E (Harrow Range) (-5 to +5 psig)
Torus Water level XR-64-159 Green Pen 9-3 \M (Wide Range) (0-20 ft) .
)
Drywell Pressu're. PI-64-160A 9-3 D (Wide Range) (0-300 psis)
,, forus Water Level LI-64-159A 9-3 1$
(Wide Range) (0-20 ft) Torus Water Temperature TR-64-161/162 Blue Pen 9-3 ( *bB (30*-230' F) Drywell Air Temperature TR-64-52A Red Pen 9-3 I I D, (O' to 400' F) Torus Water Temperature TIS-64-55 8 ('F) 9-3 l'h*7 (0-400' F) i HPCI Flow TIC 73-33 (gpe) 9-3 O O RCIC Flow TIC 71-36A (spm) 9-3 RHR Loop I Pressure P! 74-51 (psig) 9-3 OC)6 RNR Loop I Flow TI 74-50 (spa) 9-3 QL ,
) RHR Loop II Pressure PI 74-65 (psig) 9-3 E C5 ,
RHR Loop II Flow TI 74-64 (gpe) 9-3 O 1-e O ,,,,, omn,.,,,,, 3 u Only j
~ , ,,n--
i 1 Page 7 *
- REV 0000 arw-tP1P-20 -
D'
- P1ANI PARAMETERS l
UNIT 2 DATA SMEETS ATTAQM DrF 2 l (Page 2 of 4) (NRC/C) Time 13t' M P ' E*A*T" l Core Spray 1 mop ! Press PI 75-20 (psig) 9-3 O : Core Spray loop I Flow FI 75-21 (spa) 9-3 O Core Spray Loop II Presa P! 75-44 (psis) 9-3 6C) q Core Spray 1 mop !! Flow FI 75-49 (spa) 9-3 O l 1 Reactor Rectre Pumpe In-service (Y/N) 9-4 A 1 &_A nd If yes, Imop flow FI-64-46 lbr/hr X 10' 9-4 F1-64-43 lbs/hr X 10' 9-4 5 Reactor Coolant Temp. TR-64-2 Loop A ('F) red 9-4 (Valid only if recire. : pumps runni~ ngl . Imop 8 (*F) black 9-4 t Reactor Level * (Accident) LI 3-54A (inches) 9-5 feb .
.. (Zero at inst. sero)1 LI 3-588 (inches) . SM' ,
(Inst. sero is 167.7" above normal TAF) Reactor Pressure PI 3-54 (psig) 9-5 ED FI 3-61 (psis) .n o . PI 3-207 (psig) so i Reactor Level (Normal) LI 3-53 (inches) 9-5 _.,_ (Zero at inst. sero); LI 3-60 (inches) (inst sero is 167.7" LI 3-206 (inches) if above normal TAF) Condenser vacuum P/TR 2-2 (in Eg) black 9-6 '"Y"7 8 Torus H: Hi,R 76-39 or 37(%) 9-54, 55 SEY ' conc. (blue pen)
Torus 0 0: R 76-43 or 41(%) 9-54, 55 O *'
cone. (blue pen) .
'88 Drywell H: H R 76-39 or 37(%) 9-54, $$ D '
. conc. (red pen)
Drywell He 0: R 76-43 or 41(%) 9-54, $5 O (red pen) cone.
<ii HS 76-49 and 76-59 must be checked to determine what recorder pens are active.
l'45P Orill lnfOrmat;On > Only . b
x . . REV 0000 Pase a Brw-EPIP-20 PLAlff PARAMETERS UNIT 2 DATA SHEETS ATTACHMDrf 2 (Page 3 of 4) (NRC/C) Time a '. M P E %"T Other (specify) Equipment Operabilitv - Check the listed equipment for operability. If less than fully operable, explain in RDtARKS. Egg!pment Operable (Init) Ecuipment Operable (Init) Standby Liquid Control / ADS / Relief Vivs CRD Pumps SBGT / Core Spray / Control Room / Recirc System Emer. Press / RHP. (LPCI) / CAD / RHR (CTMT Cooling) / Diesels (U1 U2) / HPCI Diesels (U3) # RCIC / EECW
/ $00 KV Power RHRSW - / 161 KV Power /
Teodwater System 4 KV System / Condensate System / 480 V System /. % O- Primary Containment / DC Power # StGTS Total Flow e (T!-65-50) + (TI-65-71) (SCTM) 9-25 N Drywell Radiation Unit 2 RM-90-272A (R/hr) 9-54 QO Unit 2 RM-90-273A (R/hr) 9-55 CL 5 _ Torus Radiation Unit 2 Unit 2 RM-90-2728 (R/hr) RM-90-273B (R/hr) 9-54 9-55 G@_ 1350 Stack Radiation RR-90-147 red pens (Cps) 9-2 Q Ip k (From Unit 1 only) RR-90-147B black pen (Cps) 9-2 Q 6)L. (Trom Unit 1 only) Stack Tiow TI-1-90-271 (cfm) 9-53 M (From Unit 1 only)
- -- -]
my g 1945p
) E r REY 0000 $'EI'IP-to '.
PLANT PARAMETERS TWIT 2 DATA l3EETS ATTAClktK'2 (Page 4 of 4) (MtC/C) Time _ U.C C> M C *ST Remarks: NM h edbw& chat %d dwth j ssd rsue%"Ech esu%-1&-tA
\ \ ' ) T \\
b%dm
\
- i Mts M 'we t M4 man M
\
After completion, hand carry to secretary in hallway outside TSC for . distribution. Distribution
]
Technical Assessment Manager Maintenants Manager ; Operations Manager l CECC C6mmunicator NRC Coordinator i 3 Radiochemical Engineer
\- Radiological Control i
CECC (Telecopy) Site Emergency Director 1 Operations Specialist Drill infEmation ' Only (NRC/C Apt. 81-193 ) - l 1 I
, 1945p
r: , s I
)
l s 7 s 1 x ,, DOSE RATES OF 1,000 ml RCS BEFORE AND AFTER CLAD DAMAGE Before T < 5:00 hrs. After T 1 5:00 hrs. i l Contact 192 mr/hr. 5,600 R/hr. j 18" 15.4 mr/hr 450 R/hr. l l I DOSE RATE OF PAS BEFORE AND AFTER CLAD DAMAGE l 1 Before T < 5:00 hrs. After T 1 5:00 hrs. l Radiation level 1 BKG 1.6 R/hr. foot from sample collector Contact radiation 1.5 mr/hr. 45 R/hr. level on 1 ml. I i KKKtRKQ 11-2-87
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O O O-AREA RA.DIATION MONITOR (2-RE-90-28) ELD /ATIOTI 519' (FHR & HPQ ROOM 5) 0.2S 0.27 - O.2e - O.25 - O.24 - O.23 - O.22 - O.21 - tr O.20 - I 'g O.19 - 2 0.16 - O.17 - 0,16 - O.15 - O.14 - O.13 - O.12 - O.11 - O.10 0:00 4:09 5.00 2:07 Scenario Time (Hr.f4n~J Drill information - n.#,
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I. p . . . Inoms Filgty lanEAR PLANT c. ( b ACTUAL /PH0JECTED LIEll0 RELEASES R4010LOGl0AL 00K ASSESSENT PERIODIC STATElW0ltiATION
. TIE:
DATE: .11-4-97 e
- 22. The rolesse being acesseed bs0lns/be9sn et $30(CDT) and is expected to contirus for 1.50 tours I
t
- 28. RELEASE:-
illCLIOE CONCENTRATION : (elorocuries/ti) ; CR-51 8.9E-07 IM 54 5.0E-08. FE-50 2.90E-08 i C0-58 7.2E-08 i- C0-80 2.54E-07 O CS-137 4.7E-08 , tj :
.24. Reisse point SHOREL'"
Drill Information Only .
- 25. Total Release Volume . 0.1 E +06 C@ lc feet ;
l' l .. 26. RIVERFLOW at the plent: 28117.00 o@lc feet per second t t l 1 0086TREAW idAXIlul ORGAN 00SE RATE TO HYPOTETICAL I I:31V100AL ON TE SHORELINE DUE TO ORINKINil TE WATER DOSERATE LOCATION ARRIVAL TIE , (res/ day) (TRW) Day Ties - (00T)
, TEFTSIDE (h/ 0.00E+00 PLANT S10E 0.00E+00 293 1 1626 ;
0.00E+00 0.00E+00 292 2 0242 . 0.0E+00 0.00E+00 291 2 1416 0.0E+00 0.00E+00 290 3 0112 0.00E+00 .0.(CE+00 289- 3 1128 0.00E+W 0.00E+00 288 3 2302 ,
4 [f ' I l- -0I0000 0.0 0 00 D 4 0958 0.0 0 00 0.00E+00 208 4 2015 1 0.0 0 00 0.00E+00 205 5 . 0828 0.0 0 00 0.00E+00 264 5 1645 i 0.0E+00 0.00E+00 288 6 0818 hPC FRACTl0N
.RICLIOE CA GL-51 0.4K-08 l
106- 54 0.50E-08 1 FE-D 0.0E-08 I l ' l 00-58 0.81E-01 C$e0 0. K-02 Drill information l Cs-137 0.24E-02 Only TOTAL kPC FRACTION 0.9E-01
- FIRST PtBLIC RATER SLPPLY 00ENSTRE/W IS CHAIPION PAPER LOCATED ON M PLANT $10E OF M RIVE 8t AT Titi 288
\
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y.. QTR L 20138 FEIUtY ElEEAR PLANT O ACTUAL /PIIOJECTED Lilkil0 RELEASES RADIOLOGICAL 00BE ASSESSM-PERl0010 STATEINFORhlAtl0N TIE: DATE: 11.M.g7
- 22. The release being steessed beOlne/ began at 700(CDT) and le expected to contirus for 0.25 hours
- 23. RELEASE:
RICLIOE CONCEKTRATION (alorocurles/sI) OR-b1 1.87E-06 lei-54 1.05E-07 rE-se 7.2x a8 Drill informat. ion m-u 1.=-a Only Co-e0 7.s4E-07 CS-137 2.7X-07 24.ReleasePointsSHDREllE
- 25. Total Release Yoltae: 0.27E+06 Cubic feet 26, RIVERFLOW at the plant 28117.00 celo feet per second 00NNSTREAW IRXIRlW OEAN 00SE RATE TO HYPOTETICAL lEllVIOUAL ON TE SHORELINE DUE TO ORINKING TE WATER 00SE RATE LOCATION ARRIVAL TIE (res/ day) (TRW) Day Tlee (CDT)
PLANT SIDE LEFT SIDE 0.00E+00 ~0.00E+00 293 1 1756 0.00E+00 0.00E+00 292 2 0412 0.00E+00 0.00E+00 291 2 1626 0.0E+00' O.00E+00 290 3 0242 0.0E+00 0.00E+00 289 3 1338 0.0E+00 0.00E+00' 288 4 0112
.. . . . j
- 0. W +00 0.0E+00 . 37 4 11D 6 0.0E+00 0.0E40 206 '4 2225 O.0E+00 0.00E+00 205 6 OP58 t 0.0E+00 0.00E+00 284 6 2015 0.0E+00 0.00E+m 38 s 00m r
oc i FRACTION IllCLIE C/L 1 CR-61 0.9E-08 IM 54 0.1K-02
$$ IE42 .ao Drill information i m-a 0.2x-Oi Only l CS-187 0.1(-01 i TOTAL IPC FRACTION 0.2E+00 ;
t i FIRST PLSLIO RATER SLPPLY 00NNSTREAli 18 CHMPION PAPER LOCATED ON THE PLANT $1DE Of T E RIVER AT TMi 283 O . 9 ) . , O
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/ , . \, j)f 11NITIAL ACTIVITY FOR UNIT 1 ?
l IN'RCS IN CST- ! ISOTOPE' uC/ml ISOTOPE uC/ml . , Ar41 3.20E-05 Cr51 8.29E-07 i A Cr51 3.31E-03 Mn54 4.67E-08 !
. Mn54 '1.87E-04 CoS7- 2.02E-07 ;
Y CoS7 8.07E-04 Co58 6.75E-06 ! I CoS8- 2.70E-02 Fe59 2.76E-OB - r Fe59 1.11E-04 Co60 .O.35E ! F -Cobo 9.40E-04 KrB5 4.13E-06 , Kr85 '1'.65E-02 Cs137 4.72E-08 i Kr85m 7.49E-03 "i ; KrB7- '6.11E-03 l Kr 80 ' 1. 717 E-02
- 1131 1.09E+00'
'+ - .I132 1.67E-01 I 1133 5.80E-01 113A' 1135 1;54E-01 3.34E-01 j Cs137 1.89E-04 i
'Xe133 2.22E-01 5 TOTAL 2.62E+00 TOTAL 1.23E-05 J!
1131 EQUIV. 1.28E+00 1131 EQUIV. O.OOE+00: 3 [) e ( L cm . i
?
r Drill Information Only -! l: . j
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. INITIAL ACTIVITY FOR UNIT 2 IN RCS IN CST ISOTOPE uC/ml ISOTOPE _2/ml Ar41 3.60E-05 Cr51 9.75E-07 Cr51 3.90E-03 Mn54 C.50E-08 Mn54 2.20E-04 CoS7 2.38E-07 col 7 9.50E-04 Cc58 7.30E-06 CoSB 3.OOE-02 FoD9 4.;5E-08 Fe59 1.70E-04 Cc60 5.00E-07 l~ Co60 2.OOE-03 Isr L5 6.90E-06 Kr85 2.76E-02 Cs237 2.2EE-07 Kr85m 1.25E-02 Kr87 1.02E-02 KrBB 2.29E-02
.I131 1.82E+00 I132 2.79E-01 1133 9.69E-01 1134 2.57E-01 1135 5.58E-01 Cs137 9.OOE-04 Xe133 3.70E-01 TOTAL 4.36E+00 T2T 4- 1.64E- E 1131 EQUIV. 2.14E+00 1131 EQUIV. O.COE+00 7
i ) v Drill Information Only a k i
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) INITIAL ACTIVITY FOR UNIT 3 IN RCS IN CST IEOTOFE uC/ml ISOTOFE uC/ml Ar41 6. 41 E- DB Cr51 6.63E-08 CrEl 2.65E-04 Mn54 3.74E-09 Mn54 1.50E-05 CoS7 1.61E-08 CoS7 6.46E-05 CoS8 5.40E-07 Co58 2.16E-03 Fe59 2.21E-09 Fe59 8.84E-06 Co60 1.8BE-08 Co60 7.52E-05 KrB5 2.4BE-07 Kr85 9.92E-04 Cs137 2.36E-10
; .. KrO5m 5.24E-05 Kr87 4.2BE-05 Kr88 9.60E-05 1131 2.18E-03 1132 3.34E-04 11!3 1.16E-03 1134 3.OBE-04 11~5 6.6BE-04 Cs137 9.45E-07 Xe133 4.43E-04 TOTAL 8.87E-03 TOTAL 8.95E-07 1131 EQUIV. 2.57E-03 1131 EQUIV. O.OOE+00
,~
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re. - - h-i .. RCS SP. ACT.(uC/ml) SCEN. TIME 0:00 1:00 2:00 3:00 4:00
, i- ISTOPE-i, \_ l' Ar41 3.60E-05 3.60E-05 3.60E-05 3.60E-05 3.60E-05 i Cr51 3.90E-03 3.90E-03 3.90E-03 3.90E-03 3.90E-03 Mn54 2.20E-04 2.20E-04 2.20E-04 0.20E-04 2.20E-04 CoS7 9.50E-04 9.50E-04 9.50E-04 9.50E-04 9.50E-04 CoSB 3.OOE-02 3.OOE-02 3.OOE-02 3.OOE-02 3.OOE-02 Fe59 1.70E-04 1.70E-04 1.70E-04 1.70E-04 1.70E-04 Co60 2.OOE-03 2.OOE-03 2.OOE-03 2.OOE-03 2.OOE-03 KrB5 2.76E-02 2.76E-02 2.76E-02 2.76E-02 2.76E-02 Kr85m 1.25E-02 1.25E-02 1.25E-02 1.25E-02 1.25E-02 KrB7 1.02E-02 1.02E-02 1.02E-02 1.02E-02 1.02E-02 Kr88 2.29E-02 2.29E-02 2.29E-02 2.29E-02 2.29E-02 1131 1.82E+00 1.82E+00 1.82E+00 1.82E+00 1.82E+00 1132 2.79E-01 0.79E-01 2.79E-01 2.79E-01 2.79E-01 1133 9.69E-01 9.69E-01 9.69E-01 9.69E-01 9.69E-01 1134 2.57E-01 0.57E-01 2.57E-01 2.57E-01 2.57E-01 1135 5.58E-01 5.58E-01 5.58E-01 5.58E-01 5.58E-01 Cs137 9.OOE-04' 9.OOE-04 9.OOE-04 9.OOE-04 9.OOE-04 .
Xe133 3.70E-01 3.70E-01 3.70E-01 3.70E-01 3.70E-01 L RCS SP. ACT.(uC/ml) SCEN. TIME 5:00 6:00 7:00 8:00 9:00-p
.ISTOPE Ar41. 3.60E-05 3.60E-05 3.60E-05 3.60E-05 3.60E-05' Cr51 3.90E-03 3.90E-03 3.90E-03 3.90E-03 3.90E-03
- > Mn54 2.20E-04 2.20E-04 2.20E-04 2.20E-04 2.20E-04 0 k
. 7~N : CoS7 9.50E-04 9.50E-04 9.50E-04 ~9.50E-04 9.50E-04 i, h CoSB 3.OOE-02 3.COE-02 3.OOE-02 3.OOE-02 3.OOE-02 Fe59 1.70E-04 1.70E-04 1.70E-04 1.70E-04 1.70E-04 Co60 2.OOE-03 2.OOE-03 2.OOE-03 2.OOE-03 2.COE-03 Kr85 5.16E+02 5.16E+02 5.16E+02 5.16E+02 5.16E+02 Kr85m 3.65E+03 3.65E+03 3.65E+03 3.65E+03 3.65E+03 Kr87 5.81E+03 5.81E+03 5.81E+03 5.81E+03 5.81E+03 KrBB 9.73E+03 9.73E+03 C.73E+03 9.73E+03 9.73E+03
.I131 1.89E+04 1.89E+04 1.89E+04 1.89E+04 1.89E+04:
1132 2.49E+04. 2.49E+04 2.49E+04 2.49E+04 '2.49E+04-l 1133 2.93E+04 2.93E+04 2.93E+04 2.93E+04 2.93E+04 1134 3.70E+04 3.70E+04 3.70E+04 3.70E+04 3.70E+04'
.1135 2.96E+04 2.96E+04 2.96E+04 2.96E+04 .2.96E+04
.Ce137 2.61E+03 0.61E+03 2.61E+03 2.61E+03 2.61E+03 Xe133. 3.89E+04 3.89E+04 .3.89E+04 3.89E+04 3.89E+04 DrillInformation OnIv t n
m I _i )_ _ . _ .
fm i i I TORUS. AIF (uC/ml)
-SCEN. TIME 0:00 1:00 2:00 3:00 4:00
) ISOTOPE Ar41 0.OOE+00 2.65E-07 4.47E-07 5.71E-07 6.56E-07 Kr85 0.OOE+00 2.46E-04 4.92E-04 7.38E-04 9.84E-04 Kr85m 0.OOE+00 1.03E-04 1.90E-04 2.65E-04 3.29E-04 !
Kr87 0.OOE+00 6.93E-05 1.09E-04 1.33E-04 1.46E-04 Kr88 0.OOE+00 1.80E-04 3.20E-04 4.30E-04 5.15E-04 Xe133 0.OOE+00 3.29E-03 6.56E-03 9.81E-03 1.30E-02 TORUS. AIR (uC/ml) SCEN. TIME 5:00 6:00 7:00 8:00 9:00 ISOTOPE ; ! Ar41 7.14E-07 9.80E-07 1.16E-06 1.29E-06 1.33E-06 Kr85 1.23E-03 4.60E+00 9.20E+00 1.38E+01 1.61E+01 KrB5m 3.84E-04 3.OOE+01 5.56E+01 7.75E+01 8.72E+01 Kr87 1.54E-04 3.95E+01 6.23E+01 7.56E+01 7.99E+01 Kr 88 - 5.82E-04 7.64E+01 1.36E+02 1.83E+02 2.00E+02 Xe133 1.63E-02 3.45E+02 6.88E+02 1.03E+03 1.20E+03 TORUS WATER (uC/ml) SCEN. TIME 0:00 1:00 2:00 3:00 4:0 # ISOTOPE Cr51 0.OOE+00 3.45E-07 6.90E-07 1.03E-06 1.38E-06 Mn54 0.OOE+00 1.95E-OB 3.89E-OB 5.84E-OB 7.79E-08 CoS7 0.OOE+00 8.41E-OB 1.68E-07 2.52E-07 3.36E-07 CoDB O.OOE+00 2.66E-06 5.31E-06 7.96E-06 1.06E-05
, _ Fe59 0.OOE+00 1.50E-08 3.01E-08 4.51E-08 6.01E-OB Co60 0.OOE+00 1.77E-07 3.54E-07 5.31E-07 7.08E-07
_j I131 0.OOE+00 1.21E-03 2.41E-03 3.61E-03 4.80E-03 1132 0.OOE+00 1.59E-04 2.75E-04 3.61E-04 4.24E-04 1133 0.OOE+00 6.32E-04 1.24E-03 1.83E-03 2.40E-03 1134 0.OOE+00 2.55E-04 3.69E-04 4.21E-04 4.44E-04 1135 0.OOE+00 7.57E-OB 1.44E-07 2.06E-07 2.61E-07 Cs137 0.OOE+00 7.97E-OB 1.59E-07 2.39E-07 3.19E-07 TORUS WATER (uC/ml) SCEN. TIME 5:00 6:00 7:00 8:00 9:00 ISOTOPE Cr51 1.72E-06 2.07E-06 2.41E-06 2.76E-06 2.93E-06 Mn54 9.74E-OB 1.17E-07 1.36E-07 1.56E-07 1.6eE-07 CoS7- 4.OOE-07 5.04E-07 5.89E-07 6.73E-07 7.15E-07 Co58 1.33E-05 1.59E-05 1.86E-05 2.12E-05 2.26E-05 Fe59 7.51E-08 9.02E-08 1.05E-07 1.20E-07 1.28E-07 Co60 8.85E-07 1.06E-06 1.24E-06 1.42E-06 1.50E-06 1131 5.99E-03 1.25E+01 2.50E+01 3.75E+01 4.37E+01 1132 4.71E-04 1.42E+01 2.46E+01 3.23E+01 3.53E+01 1133 2.95E-03 1.91E+01 3.75E+01 5.54E+01 6.41E+01 I134 4.55E-04 1.67E+01 2.40E+01 2.76E+01 2.85E+01 I135 3.11E-07 1.87E+01 3.55E+01 5.07E+01 5.77E+01 Cs137 3.98E-07 2.31E-01 4.62E-01 6.93E-01 8.09E-01 k
~
Drill Information Only
STACK SP. ACT.(uC/ml) SCEN. TIME 1:30 1:45 2:00 3:00 4:00 ISOTOPE Ar41 'O.OOE+00 6.21E-12 1.13E-11 2.32E-11 2.7BE-11 Kr85 0.OOE+00 5.03E-09 9.55E-09 2.33E-08 3.15E-OB KrB5m 0.OOE+00 2.23E-09 4.15E-09 9.3BE-09 1.20E-OB Kr87 0.OCE+00 1.72E-09 3.06E-09 5.91E-09 6.81E-09 KrBB O.OOE+00 4.02E-09 7.42E-09 1.61E-OB 2.OOE-08 1131 0.OOE+00 2.48E-09 4.72E-09 1.15E-08 1.55E-08 1132 0.OOE+00 3.65E-10 6.67E-10 1.42E-09 1.72E-09 1133 0.OOE+00 1.32E-09 2.49E-09 5.97E-09 7.96E-09 1134 0.OOE+00 6.89E-10 1.19E-09 2.12E-09 2.34E-09 1135 0.OOE+00 1.62E-10 3.03E-13 7.04E-13 9.14E-13 Cs137 0.OOE+00 4.92E-16 9.34E-16 2.2BE-15 3.OBE-15 Xe133 0.OOE+00 6.73E-08 1.28E-07 3.11E-07 4.19E-07 STACK SP. ACT.(uC/ml) SCEN. TIME 5:00 6:00 7:00 8:00 ISOTOPE Ar41 2.94E-11 5.14E-11 6.00E-11 6.36E-11 Kr8S 3.60E-OB 3.22E-04 5.20E-04 6.3BE-04 Kr85m 1.31E-OB 2.10E-03 3.18E-03 3.70E-03 Kr87 7.07E-09 2.7BE-03 3.70E-03 3.98E-03 KrBB 2.16E-08 5.36E-03 7.85E-03 8.91E-03 1131 1.77E-OB B.85E-05 1.43E-04 1.75E-04 1152 1.84E-09 9.99E-05 1.43E-04 1.61E-04 1133 9.02E-09 1.35E-04 2.15E-04 2.59E-04 1134 2.39E-09 1.18E-04 1.4BE-04 1.55E-04 1135 1.02E-12 1.32E-04 2.04E-04 2.40E-04 Cs137 3.52E-15 4.89E-09 7.93E-09 9.67E-09 Xe103 4.79E-07 2.40E-02 3.91E-02 4.77E-02 STACK SP. ACT.(uC/ml) SCEN. TIME 8:30 9:00 YSOTOPE Ar41 6.44E-11 4.83E-11 Kr85 6.74E-04 5.05E-04 KrS5m 3.84E-03 2.BBE-03 Kr87 4.03E-05 3.02E-03 Kr8B 9.17E-05 6.BBE-03 I131 1.84E-04 1.3BE-04 1152 1.65E-04 1.24E-04 1153 2.73E-04 2.04E-04 1134 1.57E-04 1.17E-04 J1135 2.51E-04 1.88E-04 CF137 1.02E-OB 7.67E-09 Xe133 5.03E-02 3.77E-02 P-Drill Information i Only
7- ' t i: , w L
'I SGTS SP.ACT.(uC/ml)
PREFILTER l' SCEN. TIME' 1:30' 1:45 2:00 3:00 4:00 1 ISOTOPE ! e Ar41 0.OOE+00 9.94E-12 1.BOE-11 3.71E-11 4.44E-11. ' e Cr51 0.OOE+00 1.14E-11 2.16E-11 5.26E-11 7.11E-11 I
.Mn54 'O.OOE+00 6.41E-13 1.22E-12 0.97E-12 4.01E-12 CoS7 0.OOE+00 2.77E-12 5.26E-12 1.28E-11 1.73E-11 -!
CoSB 0.OOE+00 B.74E-11 1.66E-10 .4.05E-10 5.47E-10 .! Fe59 0.OOE+00 4.95E-13 9.41E-13 2.29E-12' -3.10E I
< Co60 ~'
0.OOE+00 5.83E-12 1.11E-11 2.70E-11 3.65E-11. b Kr85 0.OOE+00 8.04E 1.53E-08 3.72E-08. 5.04E-08 KrB5m 0.OOE+00 3.56E-09 6.63E-09 1.50E-OB 1.91E-08' y Kr87 =0.OOE+00 2.75E-09 4.89E-09 9.45E-09 1.09E-08 > L KrBB O.OOE+00- 6.44E-09 1.19E-08 2.58E-CB 3.00E-OB ; f 1131 0.OOE+00 3.97E-08 7.55E-08' 1.84E-07 2.48E-07 [ 1132 0.OOE+00 5.83F-09 1.07E-08 2.26E-OB- 2.76E-OB. j U 1133~ 0.OOE+00 2.11E-OB 3.99E-OB 9.55E-08 1.27E-07 J 7134 0.OOE+00 1.10E-08 1.91E-08 3.39E-08 3.74E-08 f
- 1. 1135 0.OOE+00. 2.59E-12 4.85E 1.13E-11 1.46E-11 L Cs137 0.OOE400 2.62E-12 4.98E-12 1.21E-11 1.64E-11 i l' Xe133 0.OOE+00 1.OBE-07 2.05E-07 4.97E-07 6.71E-07 :
SGTS SP. ACT. (uC/ml) ; ! PREFILTER * , -s - SCEN. TIME 5:00 6:00 7:00 8:00 l ) ISOTOPE .
\ /1 Ar41 4.70E-11 8.22E-11 9.65E-11 1.02E-10 !
- t. Cr51 8.10E-11 1.32E-10 1.65E-10 1.84E-10 ..
L Mn54- 4.59E-12 7.48E-12 9.30E-12' 1.04E-11 !
~Co57 1.96E-11 3.23E-11 4.00E-11 4.49E-11 :
- Cc58 6.26E-10 1.02E-09 1.27E-09 1.42E-09. j' c Fe59 3.55E-12 5.78E-12 7.20E-12 8.02E-12 Co60 4.18E-11 6.80E-11 8.48E-11 -9.45E-11 KrB5 5.77E-08 5.15E-04 8.36E-04-- 1.00E-03 l kr85m' 2.10E-08 3.36E-03 5.10E-03 5.92E-03 1rB7 1.13E-08 4.44E-03 5.92E-03 6.37E-03 kr88 3.45E-08 B.57E-03 3.26E-02 1.42E-02 .
1131 2.84E-C7 1.42E-03 2.29E-03 2.79E-03 ; 1132 2.95E-OB 1.60E-03 0.29E-03 2.57E-03 1133 1.44E-07 2.15E-03 3.44E 4.15E-03
-1134 3.83E-OB 1.90E-05 .7.3BE-03 2.49E-03 F
1135 1.e3E-11 0.10E-03 3.26E-03 3.85E-03 .; Cs137 1.88E-11 2.61E-05 4.23E-05 5 16E-05 Xe133 7.67E-07 3.67E-02 6.26E-02 7.62E-02 T L DrillInformation 1 I' Only
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b SGTS SP.ACT.(uC/ml) PREFILTER SCEN. TIME 8:30 9:00 ISOTOPE ' Ar41 1.03E-10 7.72E-11 Cr51 1.90E-10 1.42E-10 Mn54 1.07E-11 8.04E-12 Co37 4.63E-11 3.47E-11 . Co5B 1.46E-09 1.10E-09 Fe59 8.2BE-12 6.21E-12 Co60 9.75E-11 7.31E-11 ; KrB5 1.08E-03 0.09E-04 KrB5m 6.14E-03 4.60E-03 ' KrB7 6.45E-03 4.84E-03 - KrBB 1.47E-02 1.10E-02 2131 2.95E-03 2.21E-03 1132 2.63E-03 1.98E-03 , 1133 4.36E-03 3.27E-03 ' 1134 2.50E-03 1.88E-03 1135 4.01E-03 3.01E-03 ' Cs137 5.45E-05 4.09E-05 Xe133 8.05E-02 6.04E-02 (~') .
's /'
Drill information Chily ,, t e r .
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rea+ V - l , SP.ACT.519(uC/ml) i
' y- BCEN. TIME 1:30 1:45 MPC 2:00 MPC ,
,J ) ISOTOPE
~ :'d ' Ar41- 0.OOE+00 4.82E-11 2. 41 E-0. - B.51E-11 4.26E-05 Cr51 0.OOE+00 5.50E-11 2.75E-Ot 1.01E-10 5.07E-05 Mn54 0.OOE+00 3.10E-12 7.75E-05 5.72E-12 1.43E-04 CoS7 0.OOE+00 ' 1.34E-11 '6.70E-05 2.47E-11 1.23E-04 i l-CoS8 0.OOE+00 4.23E-10 B.46E-03 7.80E-10 1.56E-02
.Fe59' O.OOE+00 2.40E-10 4.79E-05 4.42E-12 8.84E-05 {
Co60 0.OOE+00 2.82E-11 3.13E-03 5.20E-11 5.7BE-03 r Kr85 0.OOE+00 3.89E-08 3.89E-03 7.18E-08 7.18E-03 l' Kr85m 0.OOE+00 1.72E-OB 2.87E-03 3.12E-08 5.20E-03 Kr87 0.OOE+00 1.33E-08 1.33E-02 2.31E-00 2.31E-02 } KrBB O.OOE+00 3.12E-08 3.12E-02 5.59E-08 5.59E-02 -; 1131 0.OOE+00 1.92E-07 2.14E+01 3.55E-07 3.94E+011 j g 1132 0.OOE+00 2.83E-08 1.41E-01 5.04E-OB -2.52E-01
- 1133 0.OOE+00 1.00E-07 3.40E+00 1.87E-07 6.24E+00 1134 0.OOE+00 5.35E-08 1.07E-01 9.05E-OB 1.81E-01 '
.1135 0.OOE+00 1.25E-11 1.25E-04 2.28E-11 2.2BE-04' >
Cs137 0.OOE+00 1.27E-11 1.27E-03 2.34E-11 2.34E-03 Xe133 0.OOE+00 5.21E-07 5.21E-02 9.61E-07 9.61E-02 '
. TOTAL IODINE MPC 2.50E+01 4.61E+01 TOTAL MPC 2.51E+01 4.63E+01 SP.ACT.519(uC/ml)
SCEN. TIME 3:00 MPC 4:00 MPC i ISOTOPE ; Ar41 1.65E-10 8.24E-05 1.93E-10 9.63E-05 [^T Cr51 0.25E-10 1.12E-04 2.87E-10 1.44E-04 ( ,) Mn54 1.27E-11 3.17E 1.62E-11 4.06E-04 CoS7 5.48E-11 2.74E-04 7.01E-11 3.50E-04 CoS8 1.73E-09 3.46E-02 2.21E-09 4.42E-02 i Fe59 9.80E-12 - 1.96E-04 1.25E-11 2.51E-04 Co60 1.15E-10 1.28E-02 1.48E-10 1.64E-02 Kr85 1.59E-07 1.59E-02 2.04E-07 2.04E-02
- i- Kr85m 6.53E-08 1.09E-02 8.01E-08 1.33E-02 '
Kr87 4.25E-08 4.25E-02 4.81E-08 4.81E-02 Kr88 1.13E-07 1.13E-01 1.36E-07 1.36E-01 1131 7.86E-07 8.73E+01 1.OOE-06 1.11E+02 4 1132 9.99E-08 5.OOE-01 1.18E-07 5.92E-01 .; 1133 4.10E-07 1.37E+01 5.19E-07 1.73E+01 1134- 1.54E-07 3.09E-01 1.69E-07 3.30E-01' ! i~ 1135 4.87E-11 4.87E-04 6.06E-11 6.06E-04 - Cs137 5.19E-11 5.19E-03 6.64E-11 6.64E-03 Xe133 2.13E-06 2.13E-01 2.72E-06 2.72E-01
- o TOTAL IODINE MPC 1.02E+02 1.30E+02 TOTAL MPC 1.02E+02 1.30E+02 '
f- i Drill Information Only ,
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b
-_..-..___.m m. ~- ~-
SP.ACT.519(uC/ml) SCEN. TIME 5:00 MPC 6:00 MPC , i ISOTOPE . i Ar41
/. 2.02E-10 1.01E-04 3.37E-10 1.69E-04 Cr51 3.19E-10 1.60E-04 4.93E-10 2.46E-04 i Mn54 1.80E-11 4.50E-04 2.78E-11 6.95E-04 ;
CoE7 7.78E-11 3.89E-04 1.20E-10 6.OOE-04 ! CoE8 2.46E-09 4.91E-02 3.79E-09 7.58E-02 Fe59 1.39E-11 2.78E-04 2.15E-11 4.30E-04 . Co60 '1.64E-10 1.82E-02 2.53E-10 2.81E-02 Kr85 l 2.26E-07 2.26E-02 2.30E-03 2.30E+02 KrB5m 8.64E-08 1.44E-02 1.51E-02 2.52E+03 ,
.Kr87 4.98E-08 4.98E-02 2.03E-02 2.03E+04 .;
Kr8B 1.45E-07 1.45E-01 3.87E-02 3.87E+04 $ 1101 1.11E-06 1.24E+02 6.31E-03 7.01E+05 ! 1132 1.25E-07 6.27E-01 7.24E-03 3.62E+04 i 1133 5.73E-07 1.91E+01 9.62E-03 3.21E+05
-I134 1.72E-07 3.45E-01 8.76E-03 1.75E+04 ;
1135 6.60E-11 6.60E-04 9.44E-03 9.44E+04 Cs137 7.37E-11 7.37E-03 1.16E-04 1.16E+04 ! Xe133 3.01E-06 3.01E-01 1.72E-01 1.72E+04 TOTAL IODINE MPC 1.44E+02 1.17E+06 TOTAL MPC 1.44E+02 1.26E+06 SP.ACT.519(uC/ml)
'SCEN. TIME- 7:00 MPC 8:00 MPC [
-ISOTOPE Ar41- 3.84E-10 1.92E-04 4.01E-10 2.OOE-04
/'~T Cr51 f 5.BCE-10 2.90E-04 6.25E-10 3.12E-04 '
i'~') Mn54 3.2BE-11 8.19E-04 3.53E-11 8.82E-04 CoS7 1.42E-10 7.08E-04 1.52E-10 7.62E-04
- CoS8 4.47E-09 8.94E-02 ~ 4.81E-09 9.62E-02 i Fe59 2.53E-11 5.06E-04 2.73E-11 5.45E-04 Co60 2.9BE-10 3.31E-02 3.21E-10 3.56E-02
! , KrB5- 3.46E-03 3.46E+02 4.05E-03 4.05E+02 " Kr85m 2.17E-02 3.61E+03 2.45E-02 4.08E+03 Kr87 2.63E-02 2.63E+04 -0.81E-02 2.81E+04 : Kr88 5.41E-02 5.41E+04 6.01E-02 6.01E+04 , 1131 9.50E-03 1.06E+06 1.11E-02 1.23E+06 1 1132 9.95E-03 4.97E+04- 1.10E-02' 5.48E+04 ' , 1133 1.43E-02 4.78E+05 1.66E-02 5.55E+05 e 1134 1.08E-02 2.15E+04 1.12E-02 2.24E+04
'I
-1135- 1.38E-02 1.38E+05 1.57E-02 1.57E+05 Cs137 1.75E-04 1,75E+04 2.05E-04 2.05E+04 Xe133 2.59E-01 2.59E+04 3.03E-01 3.03E+04 TOTAL IODINE MPC 1.74E+06 2.02E+06
. TOTAL MPC 1.87E+06 2.17E+06 -c i
i Drill Information r Only X ,) 9 _,c - -
t
+
i SP.ACT.519(uC/ml)J
,- . 'GCEN. TIME 8:30 MPC 9:00 MPC
'E ISOTOPE-
..* Ar41 4.04E-10' 2.02E-04 3.03E-10 1.52E-04 >
Cr51 6.38E-10 3.19E-04 4.79E-10 2.39E Mn54-3.60E-11 9.01E-04 2.70E-11 6.76E-04 l
' Co57. 1;56E-10 7.78E-04 1.17E-10 5.84E-04. 'i CoSB 4.91E-09 9.82E-02 3.-60E-09 7.37E-02 Fe59- 2.7BE-11 S.57E-04 2.09E-11 4.17E-04
' Co60- -3.28E $,0 3.64E-02 2.46E-10 2.73E-02 i Kr85 '4.23E-03 4.23E+02 3.17E-03 3.17E+02 ,
' Kr85m' 2.52E-02 4.21E+03 1.89E-02. 3.16E+03 Vr871 2.84E-02 2.84E+04 2.13E-02 2.13E+04 KrBB 6.16E-02 6.16E+04 4.62E-02 4.62E+04 1131 1.16E-02 1.29E+06 8.69E-03 9.65E+05 I132- 1.12E-02 5.59E+04 8.39E-03 4.20E+04 1133 1.73E-02 5.77E+05 1.30E 4.33E+05 I134- 1.13E-02 2.26E+04 8.47E-03 1.69E+04 I135 1.63E-02 1.63E+05 1.22E-02 1.22E+05 Cs137 2.14E-04 2.14E+04- 1.60E-04 1.60E+04 Xe133- 3.16E-01 3.16E+04 2.37E-01 2.37E+04 TOTAL IODINE MPC 2.10E+06 1.58E+06 TOTAL MPC' 2.25E+06 1.69E+06
,f'% _
,a c v _ \
Drill Information Only a t bI i .i .
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'. t D SP.ACT.565(uC/ml) 4, SCEN. TIME- 1:30 1:45 MPC 2:00 MPC ,
F[ f, ISOTOPE Ar41 iv'_f 0.OOE+00 2.3BE-12 1.19E-06 7.37E-12 3.6BE-06 I' I Cr51 Mn54
.O.COE+00 0.OOE+00 2.84E-12 1.42E-06 9.57E-12 4.79E-06 1.60E-13 4.OOE-06 5.40E-13 1.35E-05 b -
CoS7- 0.OOE+00- 6.92E-13 3.46E+06 2.33E-12 1.17E-05 CoS8 0.OOE+00 2.18E-11 4.37E-04 7.37E-11 1.47E ; Fe59 0.OOE+00 1.24E-13 2.47E-06 4.17E-13 8.35E-06 & LCo60 0.OOE+00 1.46E-12 1.62E-04 4.91E-12 5.46E-04
.Kr85 0.COE+00 2.01E-09 2.01E-04 6.78E-09 6.78E-04 1 Kr85m 0.OOE+00 8.73E-10 1.46E-04 2.84E 4.74E-04 Kr87 0.COE+00 6.45E-10 6.45E-04 1.93E-09 1.93E-03 L Kr88 0.OOE+00 1.56E-09 1.56E-03 4.99E-09 4.99E-03 1131 0.OOE+00 9.93E-09 1.10E+00 3.35E-08 3.72E+00 4
[ 1132 0.OOE+00 1.41E-09 7.03E-03 4.43E-09 2.22E '
- 1133 0.OOE+00 5.24E-09 1.75E-01 1.76E-08~ 5.85E-01 1134 0.OOE+00 2.51E-09 5.03E-03 7.14E-09 1.43E-02 1135 0.OOE+00 6.39E-13 6.39E-06 2.11E-12 2.11E-05 Cs137 0.COE+00 6.55E-13 6.55E-05 2.21E-12 2.21E-04
- Xe133 0.OOE+00 2.69E-OB 2.69E-03 9.06E 9.06E-03 ;
TOTAL-IODINE MPC 1.29E+00 4.34E+00 TOTAL MPC 1.30E+00 4.36E+00 SP.ACT.565(uC/ml)- SCEN. TIME 3:00 MPC 4:00 MPC ISOTOPE Ar41 2.70E-11 1.35E-05 3.64E-11 1.82E v; .Cr51 4.59E-11 2.29E-05 7.36E-11 3.68E-05
/ .Mn54 2.59E-12 6.48E-05 4.16E-12 1.04E-04
~' v CoS7- 1.1-2E-11 .5.60E 1.80E-11 8.98E-05 CoS8' 3.53E-10 7.07E-03 5.67E-10 1.13E-02 Fe59 2.OOE-12 4.OOE-05 3.21E-12 6.42E-05
-Co60 2.36E-11 2.62E-03 3.78E-11 4.20E-03 Kr85 3.25E-08 3.25E-03 5.22E-08 5.22E-03 Kr85m 1.21E-08 2.02E-03 1.79E-08 2.99E-03
- Kr871 6.36E-09 6.36E-03 8.09E-09 8.09E-03 Kr88 2.OOE-08 2.OOE-02 2.84E-08 2.84E-02 1131 1.60E-07 1.78E+01 2.56E-07 2.85E+01 .
'I132 1.70E-08 8.52C-02 2.36E-OB 1.18E-01 1133 8.20E-08 2.73E+00 1.29E-07 4.31E+00 .
1134 2.04E-08 4.08E-02 2.43E-08 4.85E-02 I135' 9.35E-12 9.35E-05 1.42E-11 1.42E-04 Cs137 1.06E-11 1.06E-03 1.70E-11 1.70E-03 Xe133 4.33E-07 4.33E-02 6.92E-07 6.92E-02 m TOTAL IODINE MPC 2.06E+01 3.29E+01
-TOTAL MPC 2.07E+01 3.31E+01 Drill Information a Only ,
J
.l
,F Ut ' t SP.ACT.565(uC/ml) ' L SCEN. TIME 5:00 MPC 6:00 MPC F ISOTOPE
' > Ar41 .3.99E-11 1.99E-05 8.E7E-12 '4.29E-05 Cr51 8.95E-11 4.48E-05 2.68E-10 8.40E-05 Mn54 5.06E-12 1.26E-04 9.49E-12 2.37E-04 CoS7 2.18E-11 1.09E-04 4.10E-11 2.05E-04 CoS8 6.90E-10 1.38E-02 1.29E-09 2.59E-02 Fe59 3.91E-12 7.81E-05 7.33E-12 1.47E-04
'Co60 4.60E-11 5.11E-03 8.63E-11 9.59E-03 Kr85 6.35E-08 6.35E-03 3.66E-04 3.66E+01.
Kr85m' 2.07E-08 3.45E-03 2.25E-03 3.75E+02 Kr87 '8.62E-09 8.62E 2.58E-03 2.58E+03 ' Kr88 '3.20E-08 3.20E-02 5.55E-03 5.55E+03 I131' 3.12E-07 3.46E+01 1.OOE-03 1.12E+05
.1132 2.62E-08 1.31E-01 1.01E-03 5.07E+03 -
1133 1.55E-07 5.17E+00 1.51E-03 5.04E+04 1134 2.51E-08 5.03E-02 1.01E 2.02E+03
!135- 1.67E-11 1.67E-04 1.44E-03 1.44E+04 Cs107 2.07E-11 2.07E-03 1.85E-05 1.85E+03 >
Xe133 8.42E-07 8.41E-02 2.74E-02 2.74E+03 TOTAL IODINE MPC 4.OOE+01 1.84E+05-TOTAL MPC _ 4.01E+01 , 1.97E+05 SP.ACT.565(uC/ml) SCEN. TIME 7:00 MPC 8:00 MPC ISOTOPE Ar41' 1.09E-10 5.45E-05 1.18E-10 -5.88E /^s Cr51 2.26E-10 1.13E-04 2.59E-10 1.29E-04
,,f Mn54 1.2BE-11 3.19E-04 1.46E-11 3.65E j CoS7 5.51E-11 2.76E-04 6.31E-11 3.16E-04 ;
CoS8 1Fe59'
-1.74E-09 9.85E-12 3.48E-02 1.97E-04 1.99E-09 1.13E-11 3.9BE-02 2.26E-04 j1
<Co60
~
1.16E-10' 1.29E-02 1.33E-10 1.4BE-02 KrB5 8.14E-04 8.14E+01 1.10E-03 1.10E+02 KrB5m- 4.53E-05 7.56E+02 5.72E-03 9.54E+02 Kr873 '4.25E-03 4.25E+03 4.81E-03 4.81E+03 Kr88' '1.06E-02 1.06E+04 1.30E-02 1.30E+04
!I131 2.23E-03 2.47E+05 3.OOE-03 3.33E+05 I132 '1.88E-03 9.39E+03 -2.25E-03 1.13E+04~ !
I133 3.28E-03 1.09E+05 4.36E-03 1.45E+05 i I134' 1.51E-03 3.01E+03 1.63E-03 3.26E+03 ! I135 2.99E-03 2.99E+04 3.86E-03 3.86E+04. j Cs137 4.11E-05 4.11E+03 5.55E-05 5.55E+03 !
,Xe133 6.07E-02 6.07E+03 8.17E-02 8.17E+03 !
! TOTAL IODINE MPC 3.99E+05 5.31E+05 l TOTAL MPC 4.25E+05 5.64E+05 1
Drill InformatiOn ; Only g,' l J l _ _
SP.ACT.565(uC/ml)~ SCEN. TIME' 8:30 'MPC 9:00 MPC
. ISOTOPE.
Ar41 1.20E-10 5.9BE-05 8.97E-11 4.48E-05 i Cr51 2.69E-10 1.34E-04 2.01E-10 1.01E-04 Mn54- 1.52E-11 3.79E-04 1.14E-11 2.85E-04 Co37 6.55E-11 3.28E-04 4.92E-11 2.46E-04
. CoSS. 2.07E-09 4.14E-02 1.55E-09 3.10E-02 Fe59 1.17E-11 2.34E-04 8.79E-12 1.76E-04
. Co60 .1.38E-10 1.53E-02 1.04E-10 1.15E-02
- Kr85 1.19E-03 1.19E+02 8.91E-04 8.91E+01 KrB5m- 6.05E-03 1.01E+03 4.54E-03 7.56E+02 Kr87 4.91E-03 4.91E+03 3.68E-03 -3.68E+03
. KrBB 1.36E 1.36E+04 1.02E-02 .1.02E+04 1131 3.24E-03 3.60E+05 2.43E-03 2.-70E+ 05
.1132 2.34E-03 1.17E+04 1.76E-03 8.79E+03 1133' 4.69E-03 1.56E+05 3.52E-C3 1.17E+05 1134- 1.65E-03 3.29E+03 1.23E-03 2.47E+03
'I135 4.11E-03 4.11E+04 3.08E-03 3.08E+04 Cs137- 6.OOE-05 6.OOE+03 4.50E-05 4.50E+03 Xe133 8.83E-02 8.83E+03 6.62E-02 -6.62E+03 TOTAL IODINE MPC 5.72E+05 4.29E+05 TOTAL MPC 6.07E+05 4.55E+05
,.c_,P Dritt iniormation OnW f
__ .- ~ _ _ - . - - - = . -- , .. lN
^
.;SP. ACT. 593 (uC/ml )
7 y .SCEN. TIME 1:30- 1:45 MPC 2:00. MPC ,9 J: ISOTOPE Ar41 .O.OOE+00 1.34E-13 6.71E-OB 7.43E-13 3.72E Cr51 0.OOE+00 1.68E-13 8.40E-08 1.05E-12 =5.27E-07~ Mn54 0.OOE+00 9.48E 2.37E-07 5.95E-14 1.49E-06 CoS7- 0.00E+00 4.09E-14 2.05E-07 2.57E-13 1.29E-06 CoS8 0.OOE+00 1.29E-12 2.5BE-05 8.11E-12 1.62E-04 = Fe59 0.OOE+00 7.32E-15 1.46E-07 4.60E-14 9.19E-07 Co60 0.OCE+00 8.61E-14 9.57E-06 5.41E-13 6.01E-05 Kr85 0.OOE+00 1.19E-10 1.19E-05 7.47E-10 7.47E-05: Kr85m- 0.OOE+00 5.07E-11 8.45E-06 3.02E-10 5.03E-05 KrB7 0.OOE+00 3.57E-11 3.57E-05 1.87E-10 1.87E-04' Kr88 -O.OOE+00 8.97E-11 8.97E-05 5.19E 5.19E-04 1 1131 0.OOE+00 5.87E-10 6.52E-02 3.6BE-09 .4.09E 1132~ O.OOE+00 8.02E-11 4.01E-04 4.54E-10 2.27E-03 I I133 0.OOE+00- 3.09E-10 1.03E-02 1.92E-09 6.39E 1134 0.OOE+00- 1.35E-10 2.70E-04 6.55E-10_ 1.31E-03 1 1135 0.OOE+00 3.73E-14 3.73E-07 2.26E-13 2.26E-06 l Cs137 0.OOE+00 3.88E-14 3.88E-06 2.43E-13 2.43E-05 < 'Xe133 O.OOE+00 1.59E-09 1.59E-04 9.97E-09 -9.97E-04= TOTAL IODINE MPC- 7.62E-02 4.77E-01 TOTAL MPC 7.66E-02 4.79E-01 SP.ACT.593(uC/ml) 8CEN. TIME 3:00 MPC 4:00 MPC ISOTOPE
,_q Ar41 5.40E-12 2.72E-06 8.69E-12 4.35E-06
) Cr51 1.16E-11 5.80E-06 2.44E-11 1.22E-05 x-) - Mn54 6.55E-13 1.64E-05. 1.38E-12 3.45E-05 CoS7 2.83E 1.41E-05 5.95E-12 2.98E-05 CoS8 8.93E-11 1.79E-03 1.88E-10 :3.76E-03 Fe59- 5.06E-13 1.01E-05 1.06E-12 2.13E-05:
Co60 5.96E-12 6.62E-04 1.25E-11 1.39E-03 Kr85 8.22E-09 8.22E-04 1.73E-08 1.73E-03 Kr85m! -2.78E-09 4.63E-04 5.15E-09 8.58E-04 Kr87 1.16E-09 1'.16E-03 1.70E-09 1.70E-03' Kr88- 4.33E-09 4.33E-03 -7.54E-09 7.54E-03
-I131 4.04E-08 4.49E+00 9.47E-OB- 9.41E+00
-1132 3.57E-09 1.79E-02 5.97E-09 2.99E-02 I133 2.03E-08 6.77E-01 4.15E-08 1.38E+00 1134 3.27E-09 6.54E-03 4.30E-09 8.60E-03 I135~ 2.21E-12, 2.21E-05 4.28E-12 4.28E-05 Cs137 2.68E-12 2.68E-04 5.64E-12 5.64E-04 Xe133 1.09E-07 1.09E-02 2.28E-07 2.28E-02 TOTAL IODINE MPC 5.19E+00 1.08E+01 TOTAL MPC. 5.21E+00 1.'09E+01 y
Drill iniormation Ordy J
w v t, ;SP.ACT.593(uC/mi)
,fm. :SCEN. TIME -5:00- MPC 6:00 MPC i
F ISOTOPE i s' .Ar41 1.01E-11 5.04E-06 2.40E-11 1.20E-05 Cr51 3.35E-11 1.6BE-05 6.5BE-11 3.29E-05 0 Mn54 1.90E-12 4.74E-05 3.72E-12 9.30E-05
.CoS7 8.19E-12 4.10E-05 1.61E-11 8.03E-05 -
CoSB 2.58E-10 5.17E-03 5.07E-10 1.01E-02 i Fe59 1.46E-12 2.93E-05 2.87E-12 5.74E-05 Co60 .1.73E-11 1.92E-03 3.38E-11 3.76E-03
-KrB5 2.38E-08 2.38E-03 7.04E-05 7.04E+00 , .Kr85m 6.51E-09 1.09E-03 4.03E-04 6.72E+01 Kr87 1.89E-09 1.89E-03 3.92E-04 3.92E+02 Kr88 9.16E-09 9.16E-03 9.56E-04 9.56E+02 I131. 1.16E-07 1.29E+01 1.93E-04 2.14E+04 1132 7.10E-09 3.55E-02 1.70E-04 8.51E+02 h
1133 5.59E 1.86E+00 2.86E-04 9.53E+03 1134- 4.57E-09 9.13E-03 1.39E-04 2.78E+02 1135 5.56E-12 5.56E-05 2.64E-04 2.64E+03 Cs137 7.76E-12 7.76E-04 3.56E-06 3.56E+02 1 6 Xe133 3.13E-07 3.13E-02 5.26E-03 5.26E+02 TOTAL IODINE.MPC 1.48E+01 3.47E+04 TOTAL MPC 1.49E+01 3.70E+04 SP.ACT.593(uC/ml) SCEN. TIME 7:00 MPC 8:00 MPC ISOTOPE ,' , 'Ar41- 3.46E-11 1.73E-05 3.92E-11 1.96E-05
N Cr51 1.01E-10 5.04E-05 1.26E-10 6.28E-05 + ' ( ,1 Mn54 5.70E-12 1.43E-04 7.11E-12 1.78E-04 -
CoS7 .2.46E-11 1.23E-04 3.07E-11 1.53E-04 CoS5 7.77E-10 1.55E-02 9.68E-10 1.94E-02 Fe59- 4.40E-12 8.80E-05 5.48E-12 1.10E-04 Co60 5.18E-11 5.76E-03 6.46E-11 7.18E-03 Kr85 2.43E-04 2.43E+01 3.91E 3.91E+01 Kr85m 1.19E-03 1.99E+02 1.74E-03 -2.89E+02 Kr87 8.53E-04 8.53E+02 1.04E-03 1.04E+03 1 Kr8B 2.62E-03 2.62E+03 3.62E-03 3.62E+03 I131 6.62E-04 7.35E+04 1.06E-03 1.18E+05 1132 4.43E-04 2.22E+03 '5.94E-04 2.97E+03 1 1133 9.52E-04 3.17E+04 1.50E-03 4.99E+04 1134 2.58E-04 5.17E+02 2.93E-04 5.86E+02 I135 8.22E-04 8.22E+03 1.24E-03 1.24E+04 Cs137- 1.23E-05 1.23E+03 1.98E-05 1.98E+03 Xe133 1.80E-02 1.8CE+03 2.90E-02 2.90E+03 ' TOTAL IODINE MPC 1.16E+05 1.84E+05 TOTAL MPC 1.23E+05 1.94E+05
'i m
Drill information Only L ,m a: k,j\ ~
L .SP.ACT.593(uC/ml) SCEN. TIME 8:30 MPC 9:00 MPC
. ISOTOPE
-Ar41 4.04E-11 2.02E 3.03E-11 1.51E-05 Cr51 1.34E-10 6.71E-05 1.01E-10 5.03E-05 Mn54 7.59E-12 1.90E-04 5.69E-12 1.42E-04 CoS7 .3.28E-11 1.64E-04 2.46E-11 1.23E-04 CoS8 1.03E-09 2.07E-02 7.75E-10 1.55E-02 Fe59 5.85E-12 1.17E-04 4.39E-12. 8.78E-05 Co60- 6.90E-11 7.67E-03 5.18E-11 5.75E-03 Kr85 4.45E-04 4.45E+01 3.34E-04 3.34E+01
.g Kr85m' 1.90E-03 3.17E+02 '1.43E-03. 2.3BE+02 Kr87 1.OBE-03 1.08E+03 8.07E-04 8.07E+02 Kr68- 3.99E-03 3.89E+03 2.92E-03 2.92E+03 1131 1.21E-03 1.34E+05 9.08E-04 1.01E+05 1132- 6.34E-04 3.17E+03 4.76E-04 2.3BE+03 1153- 1.69E-03 5.63E+04 1.27E-03 4.22E+04 1134 2.99E-04 5.9BE+02 2.24E-04 4.48E+02 1135 1.37E-03 1.37E+04 1.03E-03 1.03E+04 Cs137 2.25E-05 2.25E+03 1.69E-05 1.69E+03 Xe133 3.29E-02 3.29E+03 2.47E-02 2.47E+03 TOTAL-IODINE MPC 2 OBE+05 1.56E+05
. TOTAL MPC 2.19E+05~ 1.64E+05 Drill information Only 1
,, . . +. ,. -. . .. . .s,.-. .
;)<A l
lSP.ACT.621(uC/ml) I
.. SCEN. TIME 1:30 1:45 MPC 2:00 'MPC;
^
li ISOTOPE C.OOE+00
.Ar41 B.54E-15 4.27E-09 8.23E-14 4.12E-08 Cr51 0.OOE+00 1.12E-14 5.59E-09 1.27E-13 6.37E-08' Mn54 0.OOE+00 6.31E-161 1.5BE-08 7.19E-15 1.80E-07 Co37 0.OOE+00 2.72E-15 1'. 36E-OB 3.11E-14 1.55E-07
- CoS8 0.OOE+00 8.60E-14 1.72E-06 9.81E-13 1.96E-05 Fe59 0.OOE+00 4.87E-16 9.75E-09 5.56E-15 1.11E-07 Co60 0.OOE+00 5.73E-15 6.37E-07 6.54E-14 7.27E-06 i Kr85 0.COE+00 7.91E-12 7.91E-07. 9.03E-11 9.03E-06 Kr85m O.COE+00 3.31E-12 5.52E-07 3.52E-11 5.86E-06 s, .Kr87- 0.OOE+00 2.23E-12 2.23E-06 2. OOE711- 2.OOE Kr88 0.OOE+00 5.80E-12 5.80E-06 5.92E-11 5.92E L I131 0.OOE+00 3.91E-11 4.34E-03 4.45E-10 4.94E-02
.I132 0.COE+00 5.15E-12 2.57E-05 5.12E-11 _2.56E-04
'I233 0.OOE+00 ~ 2.05E-11 6.83E-04 2.30E-10 7.67E-03:
1134 0.OOE+00 8.19E-12 1.64E-05 6.62E-11 1.32E-04 I135 0.OOE+00 2.45E-15 2.45E-08 2.67E-14 2.67E-07' t Cs137 0.OOE+00 2.58E-15 2.58E-07 2.9dE-14 .2.94E-06' Xe133 0.OOE+00 1.06E-10 1.06E-05. 1.20E-09 1.20E-04 TOTAL IODINE MPC 5.07E-03 5.75E-02: ' TOTAL ~MPC 5.09E-03 5.77E-02' SP.ACT.621(uC/ml) SCEN. TIME 3:00 MPC 4:00 MPC ISOTOPE
. Ar41 1.12E-12 5.58E-07 2.03E-12 1.02E-06
"} .
Cr51 .2.95E-12 1.48E-06 7.65E-12 '3.82E-06 (_/ Mn54 1.67E-13 4.17E-06 4.33E-13 1.08E-05 CoS7 7.21E-13 3.60E-06 1.87E-12 .9.34E-06 CoS8 2.27E-11 4.55E-04 5.90E-11 1.18E Fe59- 1.29E-13 2.58E-06 3.34E-13 6.68E-06 . Co60 1.52E-12 1.69E-04 3.94E-12 4.37E-04 Kr85 2.09E-09 2.09E-04 5.43E-09 5.43E-04 Kr85m 6.46E-10 1.08E-04 1.42E-09 2.37E-04, Kr87 2.=19E-10 2.19E-04 3.55E 3.55E-04 i - Kr88 9.57E-10 9.57E-04 1.94E-09 1.94E-03 i I131 1.03E-08 1.14E+00 2.65E-OB 2.95E+00 l 1132 7.63E-10 3.81E-03 1.47E-09 7.36E-03 1133 5.07E-09 1.69E-01 1.27E-08 4.22E-01 i I134 5.44E-10 1.09E-03 7.71E-10 1.54E-03 I135 5.31E-13 5.31E-06 1.23E-12 1.23E-05 Cs137 6.83E-13 6.83E-05 1.77E-12 1.77E-04
-Xe133 2.77E-08 2.77E-03 7.14E-08 7.14E-03 TOTAL IODINE MPC 1.31E+00 3.38E+00 TOTAL MPC 1.32E+00 3.39E+00 '
i' DrillInformation ] r] Only 3 - J 1
y SP. ACT. 621 (uC/ml ) . SCEN. TIME 5:00 MPC 6:00 MPC 3 ISOTOPE
^ _Ar41 2.45E-12 1.22E --
6.58E-12 3.29E-06 Cr51 1.14E-11 5.70E-06 2.46E 1.23E-05 Mn54 6.46E-13 1.61E-05 1.39E-12 3.49E-05 Co37 2.79E-12 1.39E-05 6.02E-12 3.01E-05 CoSB 8.79E-11 1.76E-03 1.90E-10 3.BOE-03
-Fe59 4.98E-13 9.95E-06 1.08E-12 2.15E-05' Co60 5.87E-12 6.52E-04 1.27E-11 1.41E-03 Kr85 8.10E-09 8.10E-04 1.42E-05 1.42E+00 KrB5m 1.91E-09 3.18E-04 7.59E-05 1.26E+01 Kr87 4.04E-10 4.04E-04 6.30E-05 6.30E+01 Kr88 2.48E-09 2.48E-03 1.73E-04 1.73E+02
'I131 3.94E-OB 4.38E+00- 3.88E-05 4.31E+03 I132 1.83E-09 9.13E-03 3.01E-05 1.51E+02 1133 1.84E-08 6.13E-01 5.67E-05 1.89E+03 1 1134 8.30E-10 1.66E-03 2.03E-05 4.06E+01 1135 1.71E-12 1.71E-05 5.08E-05 5.08E+02 Cs137 2.64E-12 2.64E-04 7.16E-07 7.16E+01 Xe133 1.06E-07 1.06E-02 1.06E-03 1.06E+02 TOTAL IODINE-MPC 5.01E+00 6.90E+03 l TOTAL MPC 5.02E+00 7.33E+03 SP.ACT.621(uC/ml)
SCEN. TIME 7:00 ' MPC 8:00 MPC ISOTOPE
'Ar41 1. 02E 5.09E-06 1.19E-11 5.93E-06
/g -Cr51 4.06E-11 2.03E-05 5.28E-11 2.64E-05 . l l Mn54 2.30E-12 5.75E-05 2.99E-12 7.47E-05 !
CoS7 9.93E-12' 4.97E-05 1.29E-11 6.45E-05 i Co38 3.13E-10 6.27E-03 4.07E-10 B.14E-03 ! Fe59 1.77E 3.55E-05 2.30E 4.61E-05 I Co60 '2.09E-11 2.32E-03 2.72E-11 3.02E-03 l
'Mr85 7.04E-05 7.04E+00 1.29E-04 -
1.29E+01 j Kr85m 3.10E-04 5.16E+01 4.97E-04 8.28E+01 .j Kr87 1.72E-04 1.72E+02. 2.20E-04 2.20E+02 Kr88 { 6.38E-04 6.3BE+02 9.60E-04 9.60E+02 2 1131 1.92E-04 2.13E+04 3.50E-04 3.89E+04
-I132 1153 1.04E-04 2.69E-04 5.20E+02 8.98E+03 1.51E-04 4.79E-04 7.53E+02-1.60E+04 i
I134- 4.53E-05 o.05E+01. 5.31E-05 1.06E+02 1 I135 .2.21E-04. 2.21E+03 3.71E-04 3.71E+03 Cs137 3.56E-06 3.56E+02 6.53E-06 6.53E+02 Xe133 5.21E-03 5.21E+02
]:
9.50E-03 9.50E+02 TOTAL IODINE MPC 3.31E+04 . 5.94E+04 j; TOTAL MPC 3.48E+04 6.23E+04 i
, t Driil Information Only j :
n ;
\_ /L i
t l I
?;
4 , .. -
' SP.ACT.621(uC/ml)
, SCEN. TIME. HB 30 MPC 9:00 MFC Y ISOTOPE
/ Ar41 1.22E-11 6.12E-06 9.19E-12 4.59E-06 Cr51- 5.70E-11 2.85E-05 4.27E-11 2.14E-05 Mn54 3.23E-12 8.07E-05 2.42E-12 6.05E-05 !
CoS7 1.39E-11 6.97E-05 1.05E-11 5.23E-05 CoS8 4.40E-10 8.79E-03 3.30E-10 6.59E-03 Fe59 2.49E-12 4.98E-05 1.87E-12 3.73E-05 . Co60 2.94E-11 3.26E-03 2.20E-11 2.45E-03 Kr85 1.52E-04 1.52E+01 1.14E-04 1.14E+01 1 KrB5m 5.56E-04 9.27E+01 4.17E-04 6.95E+01 s Kr87 2.30E-04 '2.30E+02 1.73E-04 1.73E+02 4 Kr88 1.'05E-03 1.05E+03- 7.89E-04 7.89E+02 1131 4.10E-04 4.56E+04 -3,08E-04 3.42E+04 I132 1.67E-04 8.16E+02 1.22E-04 6.12E+02
-I133 5.56E-04 1.85E+04 4.17E-04 1.39E+04 I134 5.44E-05 1.09E+02 4.08E-05 8.15E+01 1135 4.21E-04' 4.21E+03 3.16E-04 3.16E+03 Cs137- 7.66E-06 7.66E+02 5.75E-06 5.75E+02 Xe133' 1.11E-02 1.11E+03 8.35E-03 8.35E+02 TOTAL IODINE MPC 6.93E+04 5.19E+04' TOTAL MPC .7.25E+04 5.44E+04 u,
'a l-
,J Drill Information l Oniv , - !
i i l 4 1 l
. gss
)
j
b P' ; SP.ACT.639N(uC/ml). SCEN. TIME 1:30 1:45 MPC 2:00 MPC *
'F ISOTOPE Ar41 0.OOE+00 5.10E-16 2.55E-10 B.69E-15 4.34E-09 Cr51 0.OOE+00 6.98E-16 3.49E-10 1.47E-14 7.34E-09 Mn54 0.COE+00 3.94E-17 9.85E-10 8.29E-16 2.07E-08 Co37 O.OOE+00 1.70E-16 8.51E-10 3.5BE-15 1.79E Co38 0.OOE+00 5.37E-15 1.07E-07 1.13E-13 2.26E-06' Fe59 0.OOE+00 3.04E-17 6.09E-10 6.40E-16 1.28E-08
'Co60 0.OOE+00- 3.58E-16 3.98E-OB 7.53E-15 8.37E-07 Kr85 0.OOE+00 4.94E-13 4.94E-08 1.04E-11 1.04E-06 Kr85m' O.OOE+00 2.03E-13 3.38E-OB 3.90E-12 6.51E-07 Kr87 0.OOE+00 1.30E-13 1.30E-07 2.03E-12 2.03E-06 KrBD' O.OOE+00 3.52E-13 3.52E-07 6.43E-12 6.43E-06 1131 0.OOE+00 2.44E-12 2.71E-04 5.12E-11 5.69E-03.
1132 0.OOE+00 3.10E-13 1.55E-06 5.49E-12 2.74E-05 I133 0.OOE+00 1.27E-12 4.25E-05 '2.63E-11 8.76E-04 1134- - O.OOE+00 4.65E-13 9.30E-07 6.36E-12 1.27E-05 ; I135 0.OOE+00 1.51E-16 1.51E-09 3.OOE-15 3.OGE-08
~
Cs137 0.OOE+00' 1.61E-16 1.61E-08 3.39E-15 3.39E-07
'Xe133 0.OOE+00 6.60E-12 6.60E-07 1.38E-10 1.38E-05
-TOTAL IODINE MPC 3.16E-04 6.60E-03 TOTAL.MPC 3.17E-04 6.63E-03 SP.ACT.639N(uC/ml) '
'SCEN. TIME 3:00 MPC 4:00 MPC ISOTOPE Ar41 2.28E-13 1.14E-07 4.85E-13 2.43E-07
/~T Cr51 7.54E-13 3.77E-07 2.50E-12 1.25E-06
( )- Mn54 4.27E-14 1.07E-06 1.41E-13 3.54E-06
-CoS7. 1.84E-13 9.21E-07 6.11E-13 3.'05E-06
-CoS8 5.81E-12 1.16E-04 1.93E-11 3.85E-04 J Fe59 3.29E-14 6.5BE-07 1.09E-13 2.18E-06 Co60 3.88E-13 4.31E-05 1.2@E-12 1.43E-04 Kr85 5.35E-10 5.35E-05 1.77E-09 1.77E-04 KrB5m 1.50E-10 2.50E-05 4.05E-10 6.74E-05 Kr87: -4.08E-11 4.08E-05 7.50E-11 7.50E-05 Kr88 2.11E-10 2.11E-04 5.13E-10 5.13E-04 1131 2.62E-09 2.91E-01 8.64E-09 9.60E-01 I'132 1.62E-10 B.12E-04 3.71E-10 1.86E-03 ,
1133 1.27E-09 4.23E-02 4.01E-09 1.34E-01 ' I134 8.91E-11 1.78E-04 1.38E-10 2.76E-04 I135 1.27E-13 1.27E-06 3.68E-13 3.69E-06 ' Cs137 1.75E-13 1.75E-05 5.79E-13 5.79E-05 Xe133 7.06E-09 7.06E-04 2.32E-08 2.32E-03 TOTAL IODINE MPC 3.34E-01 1.10E+00 TOTAL MPC 3.35E-01 1.10E+00 Drill information Only 3 , v
/
jh .?
, _SP.ACT.639N(uC/ml) 1' SCEN. TIME- 5:00 MPC 6:00 MPC ISOTOPE Ar41 6.14E-13 3.07E-07 1.72E-12 8.58E-07 Cr51- 4.13E-12 2.07E-06 8.99E-12 4.49E-06
-Mn54 2.34E-13 5.86E-06 5.09E-13 1.27E-05 CoS7 1.01E-12 5.06E-06 -2.20E-12 1.10E-05 CoS8 3.19E-11 6.3BE-04 6.93E-11 1.39E-03 Fe59 1.80E-13 3.61E-06 3.92E-13 7.85E-06 Co60 2.13E-12 2.37E-04 4.63E-12 5.15E-04 KrB5 2.94E-09 2.94E-04 2.BOE 2.80E-01 Kr85m 5.85E-10 9.76E-05 1.40E-05 2.30E+00 KrB7- 8.83E-11 8.83E-05 9.87E-06 9.87E+00 Kr88 6.97E-10 6.97E-04 3.07E-05 3.07E+01 1131 1.43E-08 1.58E+00 7.65E-06 8.50E+02 1132 4.87E-10 2.44E-03 5.20E-06 2.60E+01 1133 6.43E-09 2.14E-01 1.10E-05 3.67E+02 1134 1.52E-10 3.04E-04 2.88E-06 5.76E+00 1135 5.55E-13 5.55E-06 9.58E-06 9.58E+01 Cs137 9.59E-13 9.59E-05 1.41E-07 1.41E+01 Xe 133 ' 3.83E-08 3.83E-03 2.08E-04 2.08E+01 TOTAL IODINE MPC 1.80E+00 1.34E+03 TOTAL MPC 1.81E+00 1.42E+03 SP.ACT.639N(uC/ml)
SCEN. TIME 7:00 MFC 8:00 .MPC ISOTOPE Ar41 2.91E-12 1.46E-06 3.53E-12 1.77E-06 Cr51 1.62E-11 8.10E-06 2.25E-11 1.12E-05
.. Mn54 9.18E-13 2.29E-05 1.27E-12 3.19E-05 CoS7 3.96E-12 1.98E-05 5.50E-12 2.75E-05 CoS8 1.25E-10 2.50E-03 1.73E-10 3.47E-03 Fe59 7.07E 1.41E-05 9.82E-13 1.96E-05 Co60 8.35E-12 9.27E-04 1.16E-11 1.29E-03 Kr85 2.09E-05 2.09E+00 4.49E-05 4.49E+00 Kr85m 8.17E-OS 1.36E+01 1.48E-04 2.47E+01 Kr87 3.48E-05 3.48E+01- 4.76E-05 4.76E+01 Kr88 1.58E-04 1.58E+02 2.64E-04 2.64E+02 1131 5.6BE-05 6.31E+03 1.21E-04 1.35E+04 1132 2.47E-05 1.23E+02 3.93E-05 1.97E+02 1133 7.80E-05 2.60E+03 1.61E-04 5.36E+03 1134 7.99E-06 1.5dE+01 9.65E-06 1.93E+01 1135 6.08E-05 6.08E+02 1.16E-04 1.16E+03 Cs137 1.06E-06 1.06E+02 2.27E-06 2.27E+02 Xe133 1.54E-03 1.54E+02 3.29E-03 3.29E+02 TOTAL IODINE MPC 9.66E+03 2.02E+04 TOTAL MPC 1.01E+04 2.11E+04 Drill Information Only l
e 4 F SP.ACT.639N(uC/ml)
<>~ SCEN. TIME 8:30 MPC 9:00 MPC l [ Y -ISOTOPE
'kl 'Ar41 3.68E-12 1.84E-06 2.76E-12 1.3BE-06
- Cr51- 2.4BE-11 1.24E-05 1.86E-11 9.29E-06 Mn54 1.41E-12 3.51E-05 1.05E-12 2.64E-05 CoS7- 6.07E-12 3.03E-05 4.55E-12 2.28E-05 CoS8 1'.91E-10 3.83E-03 1.43E-10 2.87E-03 Fe59 1.08E-12 2.17E-05 8.12E-13 1.62E-05 Co60 1.2RE-11 1.42E-03 9.59E-12 1.07E-03, Kr85 5.50E-05 5.50E+00 4.12E-05 4.12E+00 KrB5m 1.71E-04 2.85E+01 1.2BE-04 2.14E+01 Kr87 5.03E-05 5.03E+01- 3.78E-05 3.78E+01 Kr88 2.96E-04 2.96E+02 2.22E-04 2.22E+02
~I131 1.48E-04 1.65E+04 1.11E-04. 1.24E+04 1132 4.35E-05 2.18E+02 3.26E-05 1.63E+02 1133 1.94E-04 6.47E+03 1.46E-04 4.85E+03 !
I134 9.94E 1.99E+01 7.45E-06 1.49E+01- j I135 1.37E-04 1.37E+03 1.03E-04 1.03E+03 ' Cs137 2.78E-06 2.78E+02 2.09E 2.09E+02-Xe133 4.02E-03 4.02E+02 3.01E-03 3.01E+02 TOTAL IODINE MPC 2.46E+04 1.84E+04 TOTAL MPC 2.5eE+04 1.92E+04
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Drill information Only " L ;
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t ' v SP.ACT.639S(uC/ml) SCEN. TIME 1:30 1:45 MPC 2:00 ~MPC ISOTOPE-Ar41 0.OOE+00~ 2.55E-16 1.27E-10 4.34E-15 2.17E-09 Cr51- O.OOE+00 3.49E-16 1.75E-10 7.34E-15 3.67E-09 Mn54 0.OOE+00 1.97E-17 4.93E-10 4.14E-16 1.04E-OB Co37 0.OOE+00 B.51E-17 4.25E-10 1.79E-15 8.94E-09 CoSB 0.OOE+00 2.69E-15 5.37E-08 5.65E-14 1.13E-06 Fe59 0.OOE+00 1.52E-17 3.04E-10 3.20E-16 6.40E-09 Co60 0.OOE+00 1.79E-16 1.99E-OB 3.77E-15. 4.18E-07~
.KrB5 0.OOE+00 2.47E-13 2.47E-08 5.20E-12 5.20E-07 KrB5m 0.OOE+00 1.01E-13 1.69E-08 1.95E-12 3.25E-07 KrB7 0.OOE+00 6.51E-14 6.51E-08 1.01E-12 1.01E-06 Kr8B O.OOE+00 1.76E-13 1.76E-07 3.22E-12 3.22E-06 1131 0.OOE+00 1.22E-12 1.36E-04 2.56E-11 2.84E-03 I132 0.OOE+00 1.55E-13 7.74E-07 2.74E-12 1.37E-05
'1133 0.OOE+00 6.37E-13 2.12E-05 1.31E 4.3BE-04_
I134 0.OOE+00. 2.32E-13 4.65E-07 3.18E-12 6.36E-06 1135 0.OOE+00 7.57E-17 7.57E-10 1.50E-15 1.50E-08 Cs137 0.OOE+00 8.06E-17 8.06E-09 1.69E-15 1.69E-071 Xe133 0.OOE+00 3.30E-12 3.30E-07 6.92E-11 6.92E-06 TOTAL IODINE MPC 1.58E-04 3.30E-03 TCTAL MPC 1.59E-04 '3.32E-03 SP.ACT.639S(uC/ml) SCEN. TIME 3:00 MPC 4:00 MPC~ ISOTOPE . Ar41 1.14E 5.70E-08 2.43E-13 1.21E-07 Cr51 3.77E-13 1.89E-07 1.25E-12 6.24E-07 Mn54 2.13E-14' 5.33E-07 7.07E-14 1.77E-06 CoS7 9.21E-14 4.61E-07 3.05E-13 1.53E-06 CoS8 2.91E-12 5.81E-05 9.63E-12 1.93E-04 Fe59 1.65E-14 3.29E-07 5.45E-14 1.09E-06 Co60 1.94E-13 2.16E-05 6.43E-13 7.14E-05 Kr85 2.68E-10 2.68E 8.87E-10 8.87E-05 Kr85m -7.49E-11 1.25E-05 2.02E-10 3.37E-05 Kr87 2.04E-11 2.04E-05 3.75E-11 3.75E-05 Kr88 1.05E-10 1.05E-04 2.56E-10 2.56E-04 1131 l'.31E-09 1.45E-01 4.32E-09 4.80E-01 1132 8.12E-11 4.06E-04 1.86E-10 9.28E-04
!!33 6.34E-10 2.11E-02 2.OOE-09 6.68E-02 I134- 4.45E-11 8.91E-05 6.91E-11 1.38E-04 1130 6.36E-14 6.36E-07' 1.84E-13 1.84E-06 Csi~7 8.73E-14 8.73E-06 2.09E-13 2.89E-05 Xe133 3.53E-09 3.53E-04 1.16E-08 1.16E-03 .
TOTAL IODINE MPC 1.67E-01 5.48E-01 TOTAL MPC 1.68E-01 5.50E-01 Drill information Only
F a n . r-h SP.ACT.639S(uC/ml)-
-SCEN. TIME 5:00 MPC 6:00 MPC ISOTOPE Ar41 3.07E-13 1.53E-07 8.5BE-13 4.29E-07
.Cr51 2.07E-12 1.03E-06 4.49E-12 '2.25E-06 Mn54 1.17E-13 2.9?E-06 2.55E-13~ 6.36E-06' I CoS7 5.06E-13 2.53E-06 1.10E-12 5.50E-06' 7' CoS8 1'.59E-11 3,19E-04 3.47E-11 6.93E-04 Fe59 9.02E 1.80E-06 1.96E-13 3.92E-06.
Co60 1.07E 1.18E-04 2.32E-12 2.57E-04 Kr85- 1.47E-09 1.47E-04 1.40E-06 1.40E-01 F Kr85m 2.93E-10 4.BBE-05 6.98E-06 1.16E+00 t Kr87 4.42E-11 4.42E-05 4.93E-06 4.93E+00 ; KrBB 3.49E-10 3.49E-04 1.53E-05 1.53E+01 I131 7.13E-09 7.92E-01 3.82E-06 4.25E+02 1132 2.44E-10 1.22E-03 2.60E-06 1.30E+01 l p 1133 3.21E-09 1.07E-01 5.51E-06 1.84E+02 i? 1134 7.59E-11 1.52E-04 1.44E-06 2.88E+00 1135 2.77E-13 2.77E-06 4.79E-06 4.79E+01
'Cs137 4.79E-13 4.79E-05 7.06E-OB 7.06E+00
'Xe133 1.91E-08 1.91E-03 1.04E-04 1.04E+01 TOTAL IODINE MPC 9.01E-01 6.72E+02 TOTAL MPC 9.04E-01 7.11E+02 -
SP.ACT.6395(uC/ml) '
,' SCEN. TIME 7:00 MPC 8:00 MPC
._,/
ISOTOPE Ar41- 1.46E-12 7.29E-07 1.77E-12 8.83E-07 Cr51 8.10E-12 4.05E-06 1.12E-11 S.62E-06 Mn54 4.59E-13 1.15E-05 6.37E-13 1.59E-05
- Co37 1.98E-12 9.91E-06 2.75E-12 1,38E-05 0o58- 6.25E-11 1.2SE-03 8.67E-11 1.73E-03 Fe59 3.54E-13 7.07E-06 4.91E-13 9.82E-06 Co60 4.17E-12 4.64E-04 5.79E-12 6.44E-04 Kr85 1.05E-05 1.05E+00 2.24E-05 2.24E+00 Kr85m 4.OBE-05 6.81Ev00 7.41E-05 1.23E+01 KrB7- 1.74E-05 1.74E+01 2.38E-05 0.38E+oi
~Kr88 7.89E-05 7.89E+01 1.32E-04 1.32E+02 I131 2.84E-05 3.16E+03 6.06E-05 6.74E+03 1132 1.23E 6.16E+01 1.97E-05 9.84E+01-
-I133 3.90E-05 1.30E+03 8.04E-05 2.68E+03 1134 3.95E-06 7.89E+00 4.E2E-06 9.65E+00 1135 3.04E-05 3.04E+02 5.82E-05 5.82E+02 Cs137 5.29E-07 5.2?E+01 1.13E-06 1.13E+02
.Xel 3 7.71E-04 7.71E+01 1.64E-03 1.64E+02 TOTAL IODINE MPC 4.83E+03 1.01E+04 TOTAL MPC 5.06E+03 1.06E+04
,, Drill Information v
! Onlu
. , . ._ -, , , ._ , . m. m . . ._ . - _..
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- i .
! l
?
-s SP.ACT.6395(uC/ml) ;
~SCEN. TIME = 8:30 MPC 9:00 MPC-ISOTOPE Ar41 1.84E-12 9.20E-07 1.3BE-12 6.COE-07 Cr51 1.24E-11 '6.20E-06 9.29E 12 4.65E '16
.Mn54 7.03E-13 1.76E-05 5.27E-13 1.~2E-05 CoS7 0.03E-12 1.52E-05 2.28E-12 1.14E-05 CoCE 9.57E-11 1.91E-03 7.17E-11 1.43E-03 Ft-59 5.41E-13 1.OBE-05 4.06E-13 8.12E-06 C:60 6.39E-12 7;10E-04 4.79E-12 5.33E-04 ,
D P5 2.75E-05 2.75E+00 2.06E-05 2.06E400 Kr?5m 8.55E-05 1.42E401 6.41E-05 1.07E+01 KrB7 2.52E-05 2.52E+01 1.89E-05 1.89E+01
'KrEB 1.48E-04 1.48E+02 1.11E-04 1.11E+02 I171 7.42E-05 8.24E+03 5.56E-05 6.18E*03 1172 2.1EE-05 1.09E402 1.63E-05 8.16E+01 I133' 9.71E-OS 3.24E+03 7.20E-05 2.43E403 1174 4.97E-06 9.94E+00 3.73E-06 7.45E+00 )
> 11'5 _ 6.64E-?D 6.54E+02 5.13E-05 5.13E+02
~CstN7 1.39E-06 1.~9E+02 1.04E-06 1.04E+02 Xe133 2.01E-03 2.01E+02 1,51E-03 1.51E+02 TOTAL IODINE MPC 1.23E+04 9.21E+03 L TOTAL'MRC 1,28E+04 9.61E+03
) ..1 al 4
Drill Information Only 6 (~~g . . 1 n,J t
, .' '_ _ . . _______.____._________.___.._____.___i__.___._____._________..__.____.___._________.______._____________._______. -m
SP.ACT.664(uC/ml) SCEN. TIME 1:30 1:45 MPC 2:00 MPC ISOTOPE Ar41 0.OOE+00 2.45E-18 1.2;E-12 7.39E-17 5.70E-11 Cr51 0.OOE+00 3.52E-18 1.76E-12 1.36E-16 6.81E-11 Mn54 0.OOE+00 1.98E-19 4.96E-12 7.70E-18 1.92E-10 CoS7 0.OOE+00 8.57E-19 4.29E-12 -3.30E-17 1.66E-10 CoS8 0.OOE+00 2.71E-17 5.41E-10 '1.05E-15 2.10E-OE Fe59 0.OOE+00 1.53E-19 3.07E-12 5.94E 1.19E-10
'Co60 0.OOE+00- 1.80E-18 2.01E-10 .7.OOE-17 7.77E-09 Kr85 0.OOE+00 2.49E-15 2.49E-10 9.66E-14 9.66E-09 Kr85m 0.OOE+00 1.OOE-15 1.67E-10 3.49E-14 5.22E KrB7 0.OOE+00 6.14E-16 6.14E-10 1.66E-14 1.66E-08 KrB8 0.OOE+00 1.72E-15 1.72E-O? 5.64E-14 5.64E-C6 1131 0.OOE+00 1.2;E-14 1.36E-06 4.'75E-13 5.2EE-05 I152 0.OCE+00 1.50E-15 7.5 E-09 4.75E-14 1.07E-07 1133 0.OOE+00 6.39E-15 2.10E-07 2.42E-13 0.07E-06
~I134 0.OOE+00 2.13E-15 4.26E-09 4.92E-14 9.84E-OS I135 O.OOE+00 7.53E-19 7.53E-12 2.72E-17 2.72E-10 Cs137 0.OOE+00 8.12E-19 8.12E-11 ~.15E-17 3.15E-09 Xe133 0.OOE+00 3.33E-14 0.35E-09 1.28E-12 1.28E-07 TOTAL IODINE MPC 1.59E-06 6.12E-05
-TOTAL MPC 1.60E-06 6.14E-05 SP.ACT.664(uC/ml) f . SCEN. TIME. 3:00 MPC A: OO MFC- ,
ISOTOPE Ar41. 3.75E-15 1.88E-09 .9.34E-15 4.67E-09 Cr51 :1.55E-14 7.77E 6.57E-14 3.29E-08 Mn54 8.79E-16 2.20E-08 5.73E-15 9.52E-OB CoS7 3.80E-15 1.90E-08 1.61E-14 8.05E-08 CoS8. 1.20E-13 2.40E-06 5.07E-13 1.01E-05 Fe59 6.78E-16 1.36E-08 2.87E-15 5.74E-08 Co60' 8.OOE 8.88E-07 0.29E 14 5.77E-06 Kr85 1.10E 1.10E-06 4.68E-51 4.68E-06 Kr85m 2.80E-12 4.67E-07 9.28E 22 1.55E-06 KrE7 6.13E-13 6.13E-07 1.2EE-12 1.2RE-06 Kr88 3.74E-12 3.74E-06 1.09E '1 1.09E-05 I171- 5.38E-11 5.98E-03 2.27E-10 2.52E-02 I132 2.79E-12 1.09E-05 7. 55E- 12 0.77E-05 I133 2.56E-11 8.53E-04 1.00E 'O 3,41E-D3
'I134 1.18E-12 2.55E-06 2.OOF 'O A.00E-06 I135 2.46E-15 2.46E-08 8. E4F 15 8.84E-?B Cs157 3.60E-15 U.60E-07 1.53E-14 1.53E-06 Xe133 1.45E-10 1'.45E-05 6.09E-10 6.09E-05 TOTAL IODINE MPC 6.85E-03 2.87E-02 TOTAL MPC 6.88E-03 ~.88E-02 Drill information Only
o SP.ACT.664(uC/ml) 4 SCEN. TIME 5:00 MPC 6:00 MPC ISOTOPE
-Ar41 1.24E-14 6.20E-09 3.56E-14 1.7EE-OE Cr51 1.21E-10 6.04E-08 2.64E-13 1. 'J2E-07 Mn54 6.85E-15 1.71E-07 1.50E-14 3.74E-07 CoS7 2.96E-14 1.48E-07 6.46E-14 3.27E-07 CoS8 9.33E-13 1.87E-05 2.04E-12 4.07E-05 Fe59 5.28E-15 1.06E-07 1.15E-14 2.30E Co60 6.23E-14 6.o;E-06 1.36E-13 1.51E-05 Kr85 8.60E-11 8.60E-06 4.46E-08 4.46E-03.
KrB5m 1.45E-11 2.42E-06 2.07E-07 3.46E-02 Kr87 1.56E-12 1.56E-06 1.25E-07 1.25E-01 ! Kr88 1.58E-11 1.5SE-05 4.38E-07 4.3BE-01 I131 4.16E-10 4.62E-02 1.22E-07 1.35E+D1 1132 1.05E-11 5,24E-05 7.25E-05 3.62E-01
-I133 1.81E-10 6.04E-03 1.73E-07 5.76EdDO 1134 2.24E-12 4.48E-06 3.30E-CE 6. 5cE '2
-I135 1.45E-14 1.45E-07 1.46E-0" 1. 4 6E d O-Cs137 2.81E-14 2.81E-06 2.25E-6' O.25E ^:
Xe133 1.11E-09 1.11E-04 3.30E-06 3.COE 91 TOTAL IODINE MPC 5,23E-02 2.12Eam TOTAL MPC 5.24E-02 2.COE431 SP.ACT.664(uC/ml)
~N SCEN. TIME 7:00 MPC 8:00 MPC
/ ISOTOPE Ar41 6.55E-14 3.27E-08 8.25E-14 4.12E-OE-Cr51 5.09E-13 2.54E 7.51E-13 T.75E-07 Mn54 2.88E-14 7.21E-07 4.26E-14 1.06E-06 CoS7 1,25E-13 6.23E-07 1.84E-l'2 9.20E-07 CoS8 3.93E-12 7.85E-05 5.80E-12 1.16E-04
-Fe59 2.22E-14 4.44E-n7~ 3.28E-14 6.5sE-07 i
- C-rioO 2.62E-13 C.92E-05 3.87E-13 A."OE-05 Kr85 '5.02E-07 5.02E-?2 1.26E-06 1.26E-01 Kr"Em 1.74E-06 2. 90F- * :1 3.56E-06 5.c4E-C1 K-E7 5.69E-07 5.6PE 'l 8.29E-07 ~.29E-01 t ?P 3.14E-06 3.1AIi10 5.85E-06 5.85E400 .
I131 1.36F-06 1.51ra 2 7,7,9E_og , ~7g+c 2 Il 2 4.72E-07 2. ~.nF 1 DO 8.29E-07 2 14E4GO 2173 1.82E-06 6.07E4 1 4.~6E-06
- 45E+:2 I!T4- 1.11E-07 2. TN :1 1.41E-07 C fEPE- ? 1
'f 75 1 35E-06 1.3SE' 1 2.R5E-06 2 CSE+ '* 1 Cn137 2. 54E- 08 2. 5cr 4 m 6.37E-08 i ~79 no Xei33 3.68?-05 3.eHE+00 c.17E- M 9.1~c+^O TnTAL IODINE MPC 2. 2P" i '2 558"2
~DTAL MPC 2. 3HE<2 5 7R"+ '
3 ~I Drill information Only
I i ( HP. ACT.' 664 (bC/ml ). ' SCEN. TIME = 8 : "*O MFC on00 MFC
'BOTOPE
- W 41 S.6BE 14 4. 3 AF- 18 6.51E-14 7, T'E--' S C-51 8,45E-13 4. 2 tie-07 6.34E-13 ~.'7E-07 i Phba 4.80E-14 1.20E-06 0. 60E- 14 ' :' OOE.c 7' CSE7 2.07E-13 1.04E-16 1.55E ' " ' r -r ,7 Ce? 6. 50ii- 3 2 - 1.51E-04 4.90E-12 e 79 - 5 Fe50 3,69E-34 7 "oE--97 2.77E-)e4 5,54F " '
C:sc 4. 26E - 15 4. FFr 5 27r- ; 7 - 345 E ;
'l'?S ).61E-Oe i . e l c- '1 1.21U-On : 7 E-c 1 hr 3m 4.24' -06 7. or : 1 5.19E-06 .
"~
.~Or- 1 7"
9.97E-07 8. P7r -I 65P-07 6 . e. 5 '~ - ~ ' ; , L " ' 6', 7 '/ ' 0 6 6..~ n 5,057.:-06 4
" OTO .. e I ~1 4. 7;2E- 06 4,Mor4 2 3. 24E-t m ~
no:7.4-,2 I 7: / ~7E'07 4em 1 0 ,02F-ov elf 3 o
+i- 3,47p_og ; , pp 4 7 p 4, 3 97_c, ,
~~74.
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-4
'l.470 07 1 1,1OE-07 7 . 2n7- 1 -
3 7. 58'J n6 3. 5 Er '
- 2. 6?E-0 . ? =Pr+ w1 ,
C%: 7 C. 1 4 E (:e 8. ) c .o e , ; 07 -, s . a, o r . o Ke173 ) 17r : >4 :.1"~ -1 S.77 Y e --+ 3 o TC~eL IODINE MPC 7,00 2 r 7.e E-i . ' 2 7 AL MPC ? . "' 2, 2 5. 4 pr4- 2 , O V Drill information
' Only
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( y , , 7% TIC 28-m87 08:49 (Central) - fll, T ETEDRDLOGICAL' INfDRWATION c ., 3 f.,N [ y ,a
- A.H Date: 28- 4 87 - Person Transaltting Data: DRILL DATA
. - - - . 1
. B. Observed Data (1!Kilnute Average):(1) .j
.i
; Central Wind Direction Plume Direction Wind Speed Stability Release (2) p 4 Time .(Deg./ Sector)- (Dog / Sector) (al/h) (a/s) ' Class idade .
'N , i
'0429f 63/ENE'. 243/WSW 17.7 7.9 F ST i
C.;DbservedData(One-HourAverage):(1) l e Central Wind Direction Plume Direction Wind Speed Stability Precip. ; Tlee (Deg / Sector)- '(Dog./ Sector). (al/h)(m/s) Class (um/h) 7,
;.r ,
^"
- D. Forecast Data: - 1 &f} Valid Wind Direction Pitme Direction Wind Speed Stability A w./ , Time (3) (Deg./ Sector) -(Deg./ Sector) -(si/h)(m/s) Class Precip.(4) -l 4- o .
p.d
% E. Comments: 11-4-87 DRILL i
os - (1) Conditions for per' lod ending at indicated time. '
- (2) Gromd Vent (GV), Elevated Vent (EV), or Stack (ST).
t (3) Central time for which forecast is made.
.'(4)Lightrain(LR),moderaterain(E),andheavyrain(m):
Hourly value for LR, 0.3 se <= LR <= 2.5an; for 2, 2.8 ut <= E <= 7.6 am; and for HR, E > 7.6 an. Confidentiel Drili
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[ i-flE: 28-AUG-87 08:52 (Central)L - 3
\ _l" , # ETEOROLDGICAL INFDRWATIDN .
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# ; ; A'.': Date: 26-AUG Person Transmitting Data: DRILL DATA l
y If.';Dbeorved Data (1Hinute Average):(1) v
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t o Central Wind Direction Plume Direction Wind Speed Stability Release (2)- Time (Deg./ Sector) (Deg./ Sector) (al/h)(a/s) Class lbde 1 D444 89/ENE 249/WSW 16.1 7.2 F ST .; 3 - t. (' ,. . r if : C,: Dbeerved Data (One-Hour Average):(1) 'l mm i l."' Central Wind Direction Plune Direction Wind Speed Stability Precip, y' ' Tlas -(Deg!/ Sector) (Deg./ Sector) (al/h)(s/s) Class (un/h) l l: l * ;* i 7 Ly ~ l." Ir D. Forecast Data: i 3 :p . . g (fj : Valid Wind Direction Plune Direction Wind Speed Stability
-Time (3).(Dog./ Sector) (Deg./ Sector) -(al/h)(a/s) Class Precip.(4) .
q E.JConsents:11-487 2 DRILL .' L- : (1) Conditions for perlod ending at Indicated time. (2) Gromd Vent '(GV), Elevated Vent (EV), or Stack (ST). h m . (3) Central time for which forecast is made. M ;(4) Light rain-(LR), moderate rain (E), and heavy rain (HR): J Hourly value for LR, 0.3 se <= LR < 2.5me; )I u 4'
~
. for E, 2.8 se <= IR <= 7.6 se; and for HR, HR > 7.6 mm.
Confidential Drill i n Material J p o w .- n . i i 1 I
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4 TIE: 28-AUG-87 08:54 (Central) !f.(&. y A h. *
'.. m# '.- KTEOR0 LOGICAL INFORMAT10N.
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h 'A 6 Date: 26-AUG.87L Person Transmitting Data DRILL DATA .l
- B; '0beerved Data (15-Winute Average):(1) q u p
f, : Central Wind Direction L Pitme Direction Wind Speed Stability Release (2)
; Time - (Deg./ Sector)- (Dog./ Sector) (al/h)(m/s) Class Mode 0459: 63/ENE' 243/WSW 10.3 4.6 E ST
- A ~:
C':ObservedData(One-HourAverage):(1) Central Wind Direction ' Pluse Direction Wind Speed Stability Precip.
' Timer (Deg / Sector) L(Deg./ Sector) (al/h)(m/s)- Class (ma/h) .
0500-- 164/ENE 244/WSW 15.4 6.9 F 0.0 D. forecast Data:
-xh) '
, : Valid Wind Direction Pitme Direction - Wind Speed Stability
' Time (3) (Deg / Sector) (Deg./ Sector) (al/h)(m/s) Class Precip.(4) b f..,. .. . .
.E. Comments: 11-4-87 ORILL' l
J . .-
/(1)Conditionsforperiodsndingatindicatedtime, 1(2) Ground Vent (GV), Elevated Vent (EV), or. Stack (ST).
, )(3) Central time for which forecast .ls made.
1
-(4) Light rain (LR), moderate rain (E), and heavy rain (m):
~
Hourly value for LR, 0.3 as <= LR <= 2.5me; for 2 , 2.8 en <= E <= 7.6 an; and for HR, m > 7.6 mm.
- Confidentid Crill L MSSI it.il
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- TIE: 28-AT,-87 08:54 (Central);
f? .[ 4 ETEOROLOGICAL INFORMATION s
' A.C.Date: 28-AUG-87 Person Transaltting Data's DRILL DATA . , ,Bi Observed Data (15-Winute Average):(1) 6 ' Central Wind Direction Plume Direction Wind Speed Stability Release (2)
Time : - (Dog./ Sector) (Dog./ Sector)! (si/h)(a/s) Class Mode U 051'4L B1/ENE 241/WSW 10.3' 4.6 ' E ST Cl' Observed' Data (One-HourAverage):(1) Central Wind Direction Pluse Direction - Wind Speed Stability Precip.
'd >
- Time : (Dog./ Sector) - (Deg./ Sector) (al/h)(m/s) Class (sa/h).
D. Forecast Data ; Valid Wind Direction Plune Direction Wind Speed Stability Time (3)(Deg./ Sector) (Deg./ Sector) (al/h) (m/s) Class Precip.(4)
' -i
, E.: Comments: 11-4-87 DRILL DATA
'.'(1) Conditions for period ending at Indicated time.
'(2) Gromd Vent (GV), Elevated Vent (EV), or Stack (ST).
' (3) Central time for whlm forecast is made.
(4)Lightrain(LR),moderaterain(2),andheavyrain(%): Heurly Yalue for LR, 0.3 as <= LR <= 2.5as; for 2, 2.8 se <= E <= 7.6 so; and for 5, m > 7.6 mm. Confidential Drill Materie! DO NOT ONULGE i t s
& .y TIE:26-AUG-8708:55(Central)
ETEOROLDGICAL INFDiniATIDN - O
- A.' Date: !$-AUG-87 ~ Person Transmitting Data: DRILL DATA B. ,0tstvot Data (15 Wirute Average):(1)
.' Central Wind Direction Pitae Direction Wind Speed Stability Release (2)
, Tlas : (Deg./ Sector) -(Deg./ Sector) (al/h)(a/s) Class lede 0529 =59/ENEL 239/WSW' 11.0 4.9 E ST-
~ C. Observed Data (One Hour Average):(1)
Central Wind Direction Pltne Dlisction- Wind Speed Stability Precip.
'tTime (Deg./ Sector) -(Deg./ Sector) (al/h) (a/s) Class (sm/h)
D.- Forecast Data:
' Valld: Wind Direction Plume Directim Wind Speed Stability
-Tlee(3)(Deg./ Sector) _Deg./
( Sector) (al/h)(m/s) Class Precip.(4)
~
E.- Coments: 11-4-87 DRILL 4 ,
' - (1) Cornitftts for period.ending at Indicated ties.
(2) Greur,d bnt (GV), Elevated Vent (EV), or Stack (ST). (3) Centr 61 ties for which forecast is made.
- (4)' Light rain (LR),' moderate rain (m), and heavy rain (m):
Hourly varue for LR, 0.3 mm <= LR < 2.5am; for mi 2.6 m < * <= 7.6 se; and for. E, m > 7.6 mm. Confidentia! Drill Materis O DO NOT DWULGE
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. TIE: 28-AUG-87 08:55 (Central)
J ETEOR0 LOGICAL 'lNFORWAT10N
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L )^ Ai Date: 28-AUG-87 : ' Person Transaltthg Data: ORlLL DATA ; 8.. Observed Data ,(15-Wirute Average):(1) - Central Wind Direction Plume Dlrstlan Wind Speed Stability Release (2) Time - (Dog./ Sector) (Deg./ Sector) (el/h)(a/s) Class lede t 0544 d75/ENE 25MISW 10.3 4.6 F ST , l
-C. Observed'Dat' a (One-Hour Aver =0s):(1) ,
Central Wind Direction Pitse Direction Wind Speed Stability Precip.
; Time . (Dog./ Sector): (D60./ Sector) (al/h)(m/s) Class (an/h) l .
D. Forecast Data: f% . b: Valid-. Wind Direction Pltee Direction Wind Speed Stability 1.' Time (3)(Deg./ Sector). (Dog./ Sector) (al/h) (a/s) Class- Precip.(4) l l E.- Ccament's: 114-87 DRILL
-(1) Conditions for period ending at Indicated time.
' (2) Oromd Vent (GV), Elevated Vent (EV), or Stack (ST).
-(3) Central time for which forecast is sede.
.. (4) Light rain (LR),' moderate rain (E), and heavy rain (2): Hourly value for LR, 0.3 na <= LR <= 2.5me;' .I for 2, 2.8 ea <= E <= 7.6 an; and for 5, m > 7.6 se. 1 n ConfiAnt!M Dril! 'U Mgtgja! DO NOT Dr.'ULGE
l TIE: 28-AUG-87 08:57'(Central) ; j E TE5t0 LOGICAL INFORWAil0N Es f h ) A.. Date: 28-AUG-87 Person Traneeltting Data: DRILL DATA B.;0bservedData(15MiroteAvera0s):(1)
-I
, ' Central Wind Direction Pine Direction Wind Speed Stability Release (2) j Ties ~ (Deg./ Sector): (Deg./ Sector) - (al/h) (m/s) Class- lbde *
~ 0559 ' 82/E- 262/ W 8.9 ' 4.0 - F ST 1
' O. Observed Data (One-Hour Average):(1) ')
I Central Wind Direction Pine Direction Wind Speed 'Stabl!!ty Precip, l Time (Deg/ Sector). (Dog./ Sector) (al/h)(e/s) Class (en/h)
.- 0600 i 68/ENE 248/WSW 10.1 4.5 F 0.0 'l l
l D.' Forecast Data: lD
'J, Valid Wind Direction Plume Direction Wind Speed Stability Time (3) (Dog./ Sector) (Deg./ Sector) (al/h)(m/s) Class Precip.(4)
~
\
l 1 1 E. Comments: 11-4-87 DRILL ! I (1)ConditionsforperiodendingatIndicatedtime. l(2)GroundVent-(GV),ElevatedVent(EV),orStack(ST). l i (3) Central time for whitti forecast is made. l
.(4) light. rain (LR),moderaterain(2),andheavyrain(m):
>f-?_ Hourly value for LR, 0.3 as == LR <= 2.5mm; for. IR, 2.8 mm <= E <= 7.6 us; and for HR, m > 7.6 mm. l Q^ ConfidenM Dri[! WWto-iM DO ICT D,iVULGE
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'? llE 28-AUG-87 08:58 (Central)-
ETt0R0 LOGICAL INF0 EAT 10N . !
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= A. Date: 26-AUG-87 - Person Transaltting Data: DRILL DATA B.- Obserwd Data (15-Winute Average):(1) '
> Central Wind Direction Plume Direction Wind Speed Stability Release (2)
Time- (Dog./ Sector)- (Deg./ Sector) - (al/h) (m/s) Class idade 0614 ' 79/ E 252/ W 8.8 3.7 F ST , C. Observed Data (One-Hour Average):(1) 3- Central Wind Direction Pitse Direction Wind Speed Stability Precip.
'Tlas .(Dog./ Sector)- (Dog./ Sector) (al/h)(m/s) Class (sa/h)
~ D.- Forecast Data: ;
Valid Wind Direction Pltne Direction Wind Speed Stability '.' ilme(3)(Deg/ Sector)- (Dog./ Sector) (st/h)(a/s) Clase Precip.(4) , i 0700 - 70/ENE 250/WSW 9.6 4.3 F NONE l l 0800- 80/ E - 260/ W 10.1 4.5 F NONE ; s l vi 9 E. Comments: 11-4-87 DRILL. u l L 'l 1
'(1) Conditions for period ending at Indicated ties.
(2) Grotrid Vent (GV), Elevated Vent (EV), or Stack (ST). (3) Central time for which forecast Is'sade. I: - (4)Lightrain(LR),moderaterain(E),andheavyrain(m): '
- Hourly value for LR, 0.3 na <= LR <= 2.5se; for E, 2.8 um <= W <= 7.6 am; and for 2, m > 7.6 me.
l; ; l: D Confidentis! Dri!! Mar , DO NCT DiWLGE 1
- _ _ _ = _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . ..
rf , ilW.: 26-ALE-87 08:58 (Central)
.e ETEOROLOGICAL INFORMATION Ai Date: 28-AUG-87 . Person Tranesittin0 Data: DRILL DATA
- 8. Observed Data (15-Winute Average):(1)-
Central Wind Direction Plume Direction Wirvj Speed Stability Release (2) Ties . (Dog./ Sector)l (De0./ Sector).-(al/h)(a/s) Class lbde 0829 74/ENE 254/WSW 7.8 ' 8.5 ' F ST C. Otserved Data (One4 tour Avera0s):(1). L' Central Wind Direction Plume Direction W hd Speed Stability Precip. y . Time -(Deg./ Sector) (Dog./ Sector); (al/h)-(m/s) Clacs (sm/h) p l-D. Forecast Data: lD 1.
'! Valid . Wind Direct!an Plume Direction Wind Speed Stability Tlse(3)(Dog./ Sector)' (Dog./ Sector) (al/h)(m/s) Class Precip.(4) l
- l. . . .
.E.. Comments:.11-4-87 DRILL L
(1) Conditions' for. period ending at Indicated time. (2) Gromd Vent (GV). Elevated Vent (EV), or Stack (ST). (3) Central time for which forecast is made. (4)Lightrain(LR),moderaterain(E),andheavyrain(E): Hourly value for LR, 0.3 se <= LR <= 2.5as;. .j for E, 2.8 en <= E <= 7.6 sm; and for HR, fit > 7.6 mm. .) i j x Confidential Drill j Q p r .t ;;! 1 DO NO~ DiV'.iLGE 1
TIE: 28-42-87 D:!4 (Osntral) ETE(ROLOJICAL INF0ltRTIDN O A., Dete: 08-AUS-87 Person transmittino Deta: DRILL DATA
'6 - Dbeerved Data (15411rute Average):(1)
Central Wind Dirsction Plume Direction Wind Speed Stability helease(2) 11e (De0./$ector) (Deg./ Sector) (al/h) (a/s) Claes bbde K DM1 64/E 264/W 8.7 8.9 F ST C. Observed Data (One-flour Average):(1) Y Central Wind Direction Plume Direction Wind Speed Stability Precip.
- Time - (Deg./$ector) (De0/$setor) (al/h)(a/s) Class (en/h)
D. Forecast Data Valid Wind Directlen Plume Direction Wind Speed Stability Time (8) (De0./ Sector) (De0/ Sector) (al/h)(a/s) Claes Pree!c.(4) E. Comments: 11-4-87 DRILL
..(1)Conditionsforperlodendin0atIndicatedtime.
(2) Gromd Vent (DV). Elevated Vent (EV) or Stack (ST). (3) Central time for uhtch forecast is made. (4) Light rain (LR) moderate rain (E), and heavy rain (m): Hourly value for LR, 0.3 as a LR a 2.5me;
- for 2, 2.8 en a IR a 7.6 an; and for 2, $ > 7.6 se.
O Confidential Drill M P E.;61 l DO NOT DiVU e 4 g
1Mi 26-AUS-87 C):bt (Central) L'- IETEOROLOGICAL INFORdAil0N O A. Date: 26 4UG-87 Person irarseltting Data: DRILL DATA B. Observed Data (16-WIrute Average):(1) Central Wind Directnen Plume Direction Wind speed Stability Release (2) Time (Deg./ Sector) (De0./ Sector) (al/h)(e/s) Cines Ibde 0059 87/I. 267/ W 10.3 4.6 F ST C. Observed Data (One-Hour Averape):(1) Central Wind Direction Plume Direction Wind Speed Stability Pree'p. Time (Dog./Socter) (Dog./ Sector) (el/M (t/s) Class (se/h) 0700 82/ E- 262/ W 8.7 8.9 F D.0 D O. Forecast Data: Valid Wind Directim Pime Direction Wind Speed Stability fles(3) (Deg./ Sector) (De0/ Sector) (el/h) (t/s) Class Preolp.(.l) E. Commentti 11-4-87 DRILL (1) Conditions for period endir$ at Indicated time. (2) Gry.nd Vent (GV), Elevated Vent (EV). or Stack (ST).
. (3) Central time for uhtch forecast is ende.
1 (4) Light rain (LR), moderate rain (R), and heavy rain (%): Hourly value for LR, 0.3 se = LR = 2.5em; for E, 2.8 en ==
- a 7.6 sei and f or }R, 5 > 7.6 no.
O c o n tie e n tie i o riii i;; ,#l DO NOT CJ, uLO E
1 I flE 26-AUS 47 CO (Central) ETEOROLOGICAL INfolaiAil0N l
,c.
A. Date: 28-Aurr-87 Person Transmitting Detas (RILL DATA j i B. Observed Data (15Wirute Average):(1) Central Wind Direction Plues Direction Wind Speed Stability Release (2) 4 Time (Dog./ Sector) (Dog./ Sector) (al/h) (a/s) Class idade l 0714 92/E 272/ W 11.0 4.9 f ST C Observed % ta (One-Hour Average):(1) i ! Central Wind Direction Pine Direction Wind Speed Stability Precip. ; Time (Dog./ Sector) (Deg./ Sector) (alsh) (a/s) Class (m/h) i I i. i l
- 0. Forecast Deta: .
l l' ,m j ( Valid - Wind Direction Plume Direction Wind Speed Stability i. Tlas(3)(Deg./ Sector) (Dog./ Sector) (al/h)(a/s) Class Precip.(4)
)i
~
l , 0800- 85!E 28V W 11.2 5.0 F NONE i ! 0900 9W E 27U W 11.2 5.0 E MONE .1 1100 11VESE 299WNW 13.4 6.0 D MONE . 1300 12WESE 80 Meal 14.5 6.5 D NONE ] 1500 120/ESE 300/WNW 15.7 7.0 0 NONE 1
; E. Comments: 11-4-87 DRILL i
I l l '(1) Conditions for period endlrg at Indicated ties. \ (2) Oromd Vent (GV), Elevated Vent (EV), or Stack (ST). J (3) Central time for which forecast is made. (4) Light rain (LR), moderate rain (R), and heavy rain (m): 1 Hourly value for LR, 0.3 as == LR <= 2.5an; l for 2, 2.8 se <= m <= 7.6 as: and for m, 2 > 7.6 an. - O Confidetiel Drill Viwrie! DO NOT Dl'WLGE , ! \; .
3: , TIK : 26-AUG-87 0:01(Cereal) E TE(fLOLOGICAL INfDiaiATION 7 t <
't)
A. Dete: 26-AUG-87 Person Transeltting Datar DRILL DATA
- B. Observed Data (1Hilrute Average):(1)
, Central Wind Direction Pime Direction Wind Speed Stability Release (2) Ties , (Dog / Sector) (DogAsetor) (al/h)(a/s) Class Mode 9 -- 0729 87/E 267/ W 11.4 5.1 F ST
-C. Observed Data (One-Hour Average):(1)
Central Wind Direction Pime Direction Wind Speed Stability Precip. - Ties (Dsg./ Sector) -(Dog / Sector) (el/h)(a/s) Class (an/h) D. Forecast Deta: ( Valld' Wind DI.uction Plues Direction Wind Speed Stability Time (3) (Deg / Sector) (Dog./ Sector) (el/h)(m/s) Class Precip(4) E. Comments: 11-4-87 DRILL (1)Canditionsforperiodendingatindicatedtime. (2) Gromd Vent (GV) Elevated Vent (EV), or Stock (ST). (3) Central t% for uhlch forecast le made. (4) Light rain (LR), moderate rain (W), and heavy rain (m): 4
- Hourly value for LR, 0.3 se <= LR <= 2.5ms;
..L for 2, 2.8 en <. * == 7.6 as; and for m, * > 7.6 an.
/T U C o nf W , * ! D ril1 1 !r. - . ,1 DO NOT DB/ULGE
Tid: 26-AUG-87 C:02 (Central) E T[DRDLDGICAL IWDRhiATIDN ( ., A. Date: 26-AUG-87 Person Transeltting Data: DRILL DATA B. ~ Observed Data (1!Kilrute Average):(1) Central W!nd Direction Pise Direction WIM $ peed Stability Release (2) Tlas (Dog./ Sector) (Deg./ Sector) (sl/h)(a/s) Class texte D744 91/E 271/ W 13.2 5.9 f ST C. Dbeerved Data (Dne-Hour Average):(1) Central Wind Direction Pise Direction Wind Speed Stability Proclp.
' Tlee (Deg./ Sector) (Dog./ Sector) (al/h) (a/s) Class (um/h) l '
D. forecast Data t Valid Wind Direction Pim e Direction Wind Speed Stability flee (3)(Dog./Soctor) (Dog./ Sector) (al/h)(a/s) Class Precip.(4) E.-Comments:11-4-87 DRILL l l (1)ConditionsforperiodendirgatIndicatedtlee. (2) Gromd Vent (GV). Elevated Vent (EV), or Stack (ST). (3) Central time for uhloh forecast is made. (4) Light f aln (LR), moderate rain (2), and heavy rain (m): Hourly value for LR, 0.3 as <= LR <= 2.5ma; for E, 2.8 su a E == 7.6 uni and for 5, m > 7.6 as. O Coni;^ 'id Ddil M Jf ci DO b'OT DNULGE
=_ - - -
TIE: 26-Am-87 C:02(Central) i i ETEOROLOGICAL INlTAllATIDN A. Date:2kAUG-87 Port.fi Tranesitting Date: ORILL DATA 3 i B. Observed Data (1Hiirute Averap):(1) ! f Central Wind Direction Pitae Direction Wind Speed Stability Release (2) fles (Dep/ Sector) (Deg./ Sector) '(al/h)(t/s) Claes hode + i 0759 96/E 276/W 15.0 6.7 F ST ! 1 C. Observed Data (One-Hour Average):(1) ; Central Wind Direction Pitae Direction Wind Speed Stability Precip.
~Tlas--(Deg/ Sector) (Dep./ Sector) (al/h) (a/s) Class (m/h)
OP00 92/ E 272/ W 12.8 5.7 F 0.0 D O. Forecast Valid Wind Direction Pitae Direction Wind Speed Stability Data - Time (3) (Dog./ Sector) (neg./ Sector) (al/h) (m/s) Class Precip.(4)
. 6 i
E. Comments: 11-4-87DRlLL
. (1) Conditions for perlod ending at Indicated tins.
, (2) Ground Vent (GV), Elevated Vent (EV), or Stack (ST). (3) Central time for whict) forecast is made.
.(4) Light rain (LR), moderate rain (2), and heavy rain (m): .
- - Hourly value for LR, 0.3 as a LR a 2.!ss; ,.
for 2, 2.8 en a 2 - 7.6 una and for 2, 2 > 7.6 em. n i
") ConikNntial Drill
!' .I DO is' C T ~ " A. 'E .
TIE : 26-AUE-67 0 :04 (Central) l o , i ETEt5LOLOGICAL INFORhlATION
. f~m.,
N.,! 'l A. Date:26-AUG-87 Person frannoitting Data: DRILL DATA l l B. Obsered Data (IMirute Average):(1) j j l Central Wind Direction Pimo Direction Wind Speed Stability Reloate(2) l
- fles (Ds0./ Sector) (Deg./ Sector) (el/h)(a/s) Class lede j l
i l l 0814 100/E 280/W 14.1 6.3 F ST ) I C. . Observed Data (One-Hour Avera0s):(1) 1 Central Wind Direction Plues Direction Wind speed Stability Proclp. ; ) fles -(De0./ Sector) - (Do0./ Sector) (al/h) (a/s) Class (m/h) -l i j l J D. Forecast Data ) 1
.' .~ . Valid Wind Direction . Plas Direction Wind Speed Stability ilme(3)(Dog / Sector)- (Dog./ Sector) (al/h) (a/s) Class Precip.(4) 0000 95/ [ . 275/ W 13.4 6.0 F NONE 1000 105/ESE 28WWNN 14.5 6.0 E MONE 1200 115/ESE 29VWNN 14.5 6.5 0 NONE >
1400 120/ESE 300/WNN 15.7 7.0 ' D NONE l 1000 125/SE 305/NW 16.8 7.5 D MONE E. Comments: 11-4-87 DRILL , , (1) Conditions for period ending at Indicated time. ; (2) Dromd Vent (GV), Elevated Vent (EV), or Stack (ST). : ) (3) Central time for which forecast is made. , (4) Light rain (LR), moderate rain (2), and heavy rain (m): Hourly value for LR, 0.3 na <= LR <= ?.5as; for 2, 2.8 na <= 2 <= 7.6 an; and for 2, HR = 7.6 me. . O ConfWntH Drill E W !?l DO NOT DiWLGE , 4
f TIE: 26-AuG-47 C:04 (Central)
- K TEOROLOGICAL INFDR EilDN
( ) xj A. Date: 26 AUG-87 Person Traneeltting Data: DRILL DATA
'D. Dbeerved Data (15411rute Agrap):(1)
Central Wind Directler. Pime Direction Wind Speed Stability Release (2) lles -(Deg / Sector) (De0 / Sector) (al/h)(a/s) Class Ibde r. D829 89/E 269/ W D.2 4.1 F ST j C. Dbeerved Data (One-Hour Avera0s):(1) j central Wind Direction Pime Direction Wind Speed Stability Precip. l
. Time (Dog./ Sector)- (De0./ Sector) (al/h) (a/s) Class (se/h) l I
D. forecast Deta: A i
. -Valid Wind Direction Plues Direction Wind Speed Stability l: Time (3) (Dog / Sector) (Deg./ Sector). (et/h) (a/s) Class Precip.(4) 1
]
E. Ccaments: 11-4-87 DRILL- !
'I (1) Conditions for perlod ending at Indicated time, f (2) Cromd Vent (GV), Elevated Vent (EV), or Stack (ST). ,
(3) Central time for uhleh forecast is made.
'(4) Light rain (LR), moderate rain (R), and heavy rain (2):
Hourly value for LR. D.3 en = LR a 2.5am; for R . 2.8 se <= E <= 7.6 se; and for m , m > 7.6 es. O confisentici oriii : Material DO NOT DIVULGE
,,e- s
1 TIE: 28-AUG-87 0:04(Central) l
.F i l
ETEGIDLOGICAL INFDRhiATIDN i
. .. j
.( .
'A. Date: 28-AUG-87 Person Tranesitting Data: DRILL DATA j
B. Observed Data (1Milnute Average):(1) ) l Central Wind Direction Plume D'esction Wind Speed Stability Release (2) i Ties (Dog./ Sector) (Dog./ Sector) (al/h) (1/s) Class lbos i 0844 92/E 272/W 8.7 3.9 E ST
]
C. Observed Data (One-Hour Average):(1) ! 1 Central Wind Direction Pino Direction Wind Speed Stability Precip. ! Tlas (Dog./ Sector) (Dog./ Sector) (el/h)(a/s) Class (en/h) ] D. Forecast Data: i i (~ 3 () Valid Wind Direction Plme Direction Wind Speed Stability i Time (3) (Dog./ Sector) (Deg./ Sector) (st/h)(a/s) Class Precip.(4) I 1 i E, tweents: 11-4-87 DRILL l i (1)ConditionsforperiodendingatIndicatedties. -. (2) Ground Vent (GV), Elevated Vent (EV), or Stack (ST), i
. (3) Central ties for uhloh forecast is nede. .1 (4)Ll0htrain(LR),moderaterain(R),andheavyrain(m): j Hourly value for LR, 0.3 na <= LR <= 2.5ms; i for 2, 2.8 un <= E <= 7.6 m; and for m, m > 7.6 an. !
I O contieentiai oriii Material ] J' O :'DT D!VULGE
* ,,p - .. _. _
TIE: 26-ALS-87 CO (Central) l C. 1 E T[ 3 0 LOGICAL lllF0ftiAtIDN j Q ,l' A. Date: 26-AUG-67 Person 7'aneeltting Data: ElLL DATA B. Otieerwd Data (15-41lrute Agrage):(1) i Central Wind Direction Pine Direction Wind Speed Stability holesee(2) ilme (Deg./ Sector) (Deg./ Sector) (al/h)(t/s) Cleet lbde j i 0859 94/t 274/ W 8.9 4.0 t $f .) l C. Observed Data (One-Hour Average):(1) I Central Wind Direction Plme Direction Wind Speed Stability Precip. .
-Time (Dog./ Setter) (De0./ Sector) (al/h) (a/s) Class (un/h) J e
0900 9V E 27U W 10.3 4.6 E 0.0 i D. Forecast Dates j
'l \ %) Valid Wind Direction Plume Direction Wind Speed Stability ilme(3) (Dog./ Sector) (Dep/ Sector) (al/h) (ah) Clast Precip.(4) -
E. Caseents: 11-4-87 DRILL (1) Conditions for period endlrg at Indicated ties. (2) Gromd Vent (GV). Elevated Vent ([Y). or Stack (ST). (3) Central tlee for whicti forecast is made.
., - (4) Light rain (LR), moderate rain (E), and heavy rain (m): ;
Hourly value for LR, 0.3 as LR <= 2.5me; for 2, 2.8 se == R <= 7.6 es; and for 2, M > 7.6 at. O Confidential Driu Meterial l c0 'T 0"/ULGE
TIK: 26-A'JG-87 0:06 (Central) ETEOROLOGICAL INf0lWIAT10N A. Date: 26-AUG-87 Person Tranesitting Data: DRILL DATA
- B. Observed Data (15 Nlrute Average):(1)
Centrcl Wind Direction Pluse Directicn Wind Speed Stability Rolesse(2) Ties (De0./ Sector) (Deg / Sector) (el/h) (a/s) Claes lede 0914 100/E 280/W 13.2 5.9 E ST C. Observed Data (Ore-Hour Avera0s):(1) Central Wind Direction Pima Direction WINI Speed Stability Precip. Ties (Do0./ Sector) (Dog./ Sector) (el/h)(a/s) Class (sa/h) D. Eorecast Deta Valid Wind Direction Pim e Direction Wind Speed Stability Ties (3) (Dog / Sector) (Dog./ Sector) (el/h)(a/s) Class Precip.(4)
=__
1000 105/ESE 285/W2 12.3 5.5 t NONE
-1100- 115/ESE 295/WNW 13.4 6.0 D MONE 1300 120/ESE 300/WNN 14.5 6.5 D NONE 1500. 120/ESE 300/WW 15.7 7.0 0 NONE 1700 125/SE 305/NW 14.5 6.5 0 NONE
' E. Comments: 11-4-87 DRILL (1)ConditionsforperlodendingatIndicatedtime.
= - (2) Gromd Vent (GV). Elevated vent (EV), or Stack (ST).
(3) Central time for uhtoh forecast is ends. (4)-Light rain (LR), moderate rain (R), and heavy rain (m): Hourly value for LR, 0.3 se = LR = 2.5em; for 8, 2.8 en a E a 7.6 es; and for 5, *
- 7.6 es.
O Confidential Drill Material DO NOT D!VULGE ,
l.
' Tid: 26-ALS-47 C:07 (Central) 1 IETEWIOLOGICAL liifolaiATIDN 1 I %.J' A. Date: 26-ALG 37 Person Traneelttin0 Date: DRILL DATA B. Otiserved Data (1Mirute Average):(1)
Central Wind Direction Plas Direction Wind tiend Stability holesee(2) Ties (tieg./ Sector) (Deg./ Sector) (el/h) (e/s) Class leide 0929 10 VISE 28VWNW 16.4 6.9 [ ST C. Observed Data (One-Hour Average):(1) Central Wind Direction Pime Direction Wind Speed Stability Precip. Ties -(Dog./ Sector): (Deg./ sector) (el/h)(e/s) Class (m/h) D. Forecast Data Valid Wind Direction Pine Direction Wind Speed Stability fles(3) (Dog./ Sector) (Dog./ Sector) (al/h) (e/s) Class Precip.(4)
- E. Consents: 11-4-87 DRILL (1) Conditlons for perlod endirg at Indicated ttee.
(2) Oromd Vent (GV), Elevated vant ([V), or Stack (ST).
- (3) Central time for ehlah forecast is ende.
. . (4) Light rain (LR), moderate rain (2), and hoevy rain (m): Hourly value for LR, 0.3 en == LR <= 2.5se; for 2, 2.8 en <= 2 <= 7.6 an: and for M, *
- 7.6 es,
.t Confidential Drill Material DO NOT DNU'..GE !
- - _s-.a- a -g: r s 1
l TIE : 2S-AUG-47 D :07(Central) l s ; E TEOROLOGICAL INF0ftiAfl0N ! . g\ (
%J A. Date: 26-AUG-87 Person Traneeltting Data TRILL DATA i
- 8. Observed Data (154finute Average):(1)
Central Wind Direction Plume Direction Wind Speed Stability Release (2) Tlee (Deg./ Sector) (Deg./ Sector). (al/h) (a/s) Class linds i j a 1 0944 110/ESE 29MINN 16.1 7.2 E ST C. Observed Data (One-Hour Avera0s):(1) l Central Wind Direction Pin e Direction Wind speed Stability Precip. Tlee (De0./ Sector) .(De0./ Sector) (al/h)(a/s) Claes (sa/h) 1 D. Forecast Data: l q I Valid Wind Direction Pi no Direction Wind Speed Stability ]
. Time (3) (Dog./ Sector) (Dog./ Sector) (el/h)(a/s) Class Precip.(4) ]
- 1
)
E. Comments: 11-4-87 DRILL l l (1)Conditionsforperiodendingatindicatedtlee. 1 (2) Gromd Vent (GV) Elevated Vent (EV), or Stack (ST). '1 (3) Central time for uhle forecast is made. (4) Light rain (LR), moderate rain (E), and heavy rain (m): Hourly value for LR, 0.3 4 a LR a 2.5ms; for 2, 2.B se a E a 7.6 es; and for ist, lit > 7.6 es. J a 1 C) Confidentiel Drill Maiailel : DO NOT DIVULGE 4 r -,____..____.____m__._.____________..______.__.L__________1__ ' ___.____.__________P " _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . . _ _ _ . _ .
I TfE: 26-AUG-87 CO (Central) I id: TEOR 0 LOGICAL INfollETION l Q)\ i A. Date: 2L AUG-87 Person Trannaltting Data: DRILL DATA B. Dbeerved Data (15-lilnute Average):(1) Central Wind Direction Pine Direction' Wind Speed Stability Release (2) Time - (Dog./ Sector) (Dog./ Sector) (si/h) (a/s) Class idade 1 0959 115/L3E 29VWNR 17.2 7.7 D ST ; 1 C. Dbeerved Deta (One-Hour Average):(1). 1 Central Wind Direction Plume Direction Wind Speed Stability- Precip. , Tlas (Dog./ Sector) (Dog./ Sector) (al/h) (a/s) Cicw (un/h) 1 1000' 10FESE 288/WNR 15.7 7.0 E 0.0
-D.-foricastDstd:
/'T V- Valid Wind Direction Plume Direction Wind Speed Stability Tima(3) (Dog./ Sector) (Deg./ Sector) (al/h)(a/s) Class Precip(4) ,
f F
'E. Comments: 11-4-87 DRILL 3
'(1) Condi_tlons for period end!ng K Indicated ties.
L. ;(2) Grmrd vent (GV), Elevated Vent GV), or Stack (ST). Lv '(3) Central time for SNoh fc*ecast is mde .
, '(4) Light rain (Lit), eodorate ratra (144 and heavy rain (HR):
Hourly Wue for LR.' D.3 se - LR e 2.56a; , for E. 2.8 se <= bR <= 7,6 an; and ter 2, * > 7.6 as. W Confidential Drill Urterial , DO NOT DIVULGE u ._ - =
Ti4E 28-AuG-87 C:16(Central) ! lETEGI(LDGICAL IWDien11DN j
~
J . A. Date: PS-AUG-87 Person Transmitting Data: DRILL DATA l 1 B. Oteerved Data (15-4finute Agrage):(1) d i i Central Wind Direction Piues Olrection Wind Speed Stability Release (2) fles- (Dog./ Sector) (Dog / Sector) (el/h) (t/s) Class lbde 1014 119/ESE 29WWNR 17.0 7.6 0 ST l 1 C. Dbeernd Data (One41:ur Avera0s):(1) )
'l Central Wind Direction Plume Direction Wind Speed Stability Precip.
' Ties =-(Dog./ Sector) - (Do0./ Sector) (al/h) (a/s) Class (an/h) 1 l
D.- forecast Date: ),
.r J
( Valid Wind Direction Plume Direction Wind Speed Stability ! Tlas(8) (Deg / Sector) (De0./ Sector) (al/h) (a/s) Class Precip.(4) I 1100 120/ESE 300/INI 16.8 7.5 0 NONE
-1200 125/SE 305/NW 16.8 7.5 0 NONE 1400 130/SE 310 M 17.9 8.0 0 NONE 1800 130/SE SIE N 19.0 8.5 0 IONE 1800 130/SE 310/NW . 18.8 7.5 E NONE E. Comments: 11-4-87 DRILL i (1) Conditions for period ending at Indicated time.
-(2) Dround Vent (GV). Elevated Vent (EV), or Stack (ST).
); (3) Central time for which forecast is sede.
,(4) Light rain (LR), moderate rain (E), and heavy rrin (m):
Hourly value for LR, 0.3 en <. LR <. 2.5mai for A, 2.8 en <= 2 <= 7.6 me; and for 2, 2 > 7.6 mm. i O Confidentiel Drill Meteriel l DO (1:07 Di./ULGE
1 k l l llWE: 26-AUG-87 C:17 (Central) ! l IETE(fl0 LOGICAL INF0ilMATION l (- ., t - -( ) l i ~ N_/ l A, Date: 26-AUG-87 . Person Tranesitting Data: DRILL DATA B. Observed Data (15-Wirute Average):(1) j I Central Wind Direction. Pine Direction Wind Speed Stability Release (2) j~ Tlas (Dog./ Sector) (De0./ Sector) (al/h)(a/s) Class lbde 1029 121/ESE 301/WNN 17.2 7.7 0 ST i i C. Observed Data (One-Hour Average):(1)
- Central Wind Direction Plune Direction Wind Speed Stability Precip. ;
i- Tlas (Deg./ Sector) (Deg./ Sector) (al/h) (a/s) Class (an/h) 1 D. Forecast Data: fm:\ c
~ V ~ Valid Wind Direction Plme Direction Wind Speed Stability Tis.s(3) (Dog / Sector) (Dog./ Sector) (al/h)(a/s) Class Precip.(4) 3 1
'i E. Comeents: 11-4-87 DRILL 4
(1)Conditionsforperlodendingatindicatedties. '
- (2) Grouid Vent (GV). Elevated Vent (EV), or Stack (ST).
- (3) Central time for uhtch forecast is ande.
1 (4) Light rain (LR), moderate rain (E), and leavy rain (m): , (; Hourly value for LR, 0.3 as <= LR <= 2.5ma; [ - for E , 2.8 na <= E <= 7.6 an; and for 2 , m > 7.6 an. O c o n ti o e n tiai o riii h ., ~ e i i II .' V =
- t
___.__ ___ __ -- a _.m___ _ _-m__ _ __ __ __.__.m__ ___.__.m_____________._________________m. _ - _ _ . _ _ . _ . _ _ . _ _ _ _ _ _ . . _ _ _ _ _ _ _ - - _ _ _
TIE: 26-44-87 C:17(Central)- E TEOROLOGICAL IWOR hil0N
' (.
A. Date: 28-AUG-87 Person Traneeltting Date: (RILL DATA B. Observed Data (1!Mitrute Amrage):(1) p l Central Wind Direction Plume Direction Wind speed Stability Release (2) Time (Dog./ Sector) (De0./ Sector) (el/h)(a/s) Class lhes 1044 122/ESE 3D2/WNN 16.1 7.2 D ST C. Eceered Data (Dne-Hour Average):(1) Central Wind Direction Plues Dir mtion Wind speed Stability Precip. fles (Deg./ Sector) '(De0./ Sector) (el/h)(a/s) Class (ent) D. Forecast Date: Yalld Wind Direction Pluse Direction Wind Speed Stability flee (3)(Deg./ Sector) (Dog./ Sector) (el/h)(a/s) Class Precip(4)
' E. Comments: 11-4-87 DRILL k
(1) Conditions for perlod ending at Indicated ties. (2) Gromd Vent'(GV), Elevated Vent (EV), or Stack (ST). (3) Central time for uhloh forecast is ende.
- (4) Light rain (LR), moderate rain (m), and heavy rain (m):
'< Hourly value for LR, D.3 se = LR a 2.5me; for 2, 2.8 em o a a 7.6 mes and for 2, 2 > 7.6 es.
~
O OnMHF'id Drill I ' . v!El DD !;GT DIVULGE
TIE: 26-AS-87 Q19 (Central). ;
,i E T[0R0 LOGICAL INF0funfl0N i
, l l i V)- l A. Date: 26-AllG-87 Person Traneeltting Dets: DRILL DATA
. . 1 B. Observed Data (15tilnute Average):(1) )
. Central Wind Direction Plume Direction Wind Speed Stability Release (2) i flee (Dog./ Sector) (Deg./ Sector) (el/h)(m/s) Class itNie 1059 123/ESE 303/WNW 14.8 6.6 0 Si i
I C. Observed Data (One-Hour Average):(1) J l i Central Wind Direction Pine Direction Wind Speed Stability Precip, l flee (Dr,0./ Sector) (Dog / Sector) (el/h)(a/s) Class (en/h) ;
~
l 1100 122/ESE 302/ Inst 16.3 7.3 -0 0.0 ) D.. Forecast Date: O Valid Wind Direction Plume Direction Wind Speed Stability 11ee(3) (Dep./ Sector) (Dog./ Sector) (al/h)(a/s) Class .Precip(4)
. . . . . . 1 i
E. Comments: 11-4-87 DRILL (1) Conditions for period ending at Indice'ed ties.
.(2) Gromd Vent (GV). Elevated Vent (EV), u Stack (ST).
. (3) Central ties for ehloh forecast 16 ende. ;
.(4)Lightrain(LR),moderaterain(E),andheavyreln($):
Hourly value for LR, 0.3 se == LR <= 2.5me; - L for 2, 2.8 se <=
- 7.6 an; and for 2, *
- 7.6 es. ,
L
- c. -
+; 9I:Il,i y .
- n. d i
DO . / DIVULGE b
-w-- .
- 44 4 - e * "
Tid: 26-ALG-87 C:20 (Central) EtEOR0 LOGICAL INF0llWAT10N I ) X,/ A. Date: 26-A587 Person Traneeltting Data: DRILL DATA - B. Obserad Data (15-Nirute Amrage):(1) l Central Wind Direction Plume Direction Wind Speed Stability Release (2) Tlas (Dog./ Sector) (Dep./ Sector) (al/h)(a/s) Class thes 1114 123/ESE 30 Meal 12.3 5.5 0 ST C. Observed Data (One4 tour Average):(1) l Central Wind Direction Plues Direction Wind Speed stability Precip. l Time (Dog./ Sector) (De0./ Sector) (al/h)(a/s) Class (an/h) I D. Forecast Data l Valid Wind Direction Plues Direction Wind Speed Stability l
*# Time (3) (Dog./ Sector) (Deg./ Sector) (al/h) (a/s) Class Precip.(4) 1200 130/SE ,
31WNW 15.7 7.0 D MONE l 1300 13VSE 310/NW- 16.8 7.5 D NONE 1500 135/SE 315/NW 17.9 B.O D NONE 1700 130/SE 310/NW 17.g 8.0 0 NONE 1900 135/SE 315/NW 16.8 7.5 E lOIE E. Comments: 11-4-87 DRILL , P (1) Conditions for period endirg at Indicated time. ' ( (2) Gromd Vent (GV), Elevated Vent (EV), or Stack (St). ): (3) Central time for chich forecast is made. (4) Light rain (LR), moderate rain (R), and heavy rain (m): Hourly value for LR, 0.3 en a LR a 2.5me; for E, 2.8 en a 2 a 7.6 sai and for m, m > 7.6 as. Confidential Drill O uateriai DO NOT DIVULGE
a, 11 TIC: 26-AuG-47 0 :20(Central)- E7tDRDLOGICAL litDltui1011
'O I A. Date: 26-A 5 87 Person transeltting Data: DRILL DATA B. Dbeerved Data (1tadtrute Average):(1)
Central Wind Direction Plume Direction Wind Speed Stability holosse(2) 11ae (Deg./$ector) (Deg./ Sector): (el/h) (t/s) Ci6es lede 1129 120/ISE 3DD/Wie 14.1 6.3 D ST C. Dbeerved Data (One-Hour Average):(1) Central Wind Direction Plume Directlei Wind Speed Stability Precip. 11ae (Deg./ Sector) (Ds0./ Sector) (el/h) (a/s) Class (aWh) D. Forecast Deta Valid Wind Direction Plume Direction Wind Speed Stability llee(3) (De0./ Sector) (Deg./ Sector) (al/h) (a/s) Class Precip.(4) [. Ocaments:11-4-87 DRILL (1)ConditionsforperiodendingatIndicatedtime.
-(2) Gromd Vent (DV), Elevated Vent (EV), or Stack (ST).
. (3) Central time for uhloh forecast is ande.
. (4) Light rain (LR), moderate rain (m), and heavy rain (rR):
Hourly value for LR, 0.3 se a LR a 2.5me; for m, 2.8 en a e a 7.6 unt and for 2, 2 > 7.6 an. O contieentiai oriii thieriai , DO NOT T "#t.'LGE
- - - - l
l: <
; TIE: 26-AUS-87 C:21 (Central)
- 1. ETEWl0 LOGICAL iWOltET10N '
7
' A. Date:28-AUG-87 ' Person Tranesittiro billa ,%ILL DATA B. Observed Data (1Mirute Average):(1)
U Central Wind Direction Plume Direction Wind Speed Stability Release (2) fles '(De0./ Sector) (Deg./ Sector) (si/h)(t/c) Class idade 1144 118/ESE 29MM 14.8 6.6 D ST
.' C. Observed Data (One4 tour Average):(1)
L Central Wind Direction Plume Direction Wind Speed Stability Precip. Tlse (Dog./ Sector) (De0./ Sector) (el/h)(a/s) Class (sa/h) D. Forecast Data L! Valid Wind Direction Plos Direction Wind Speed Stability
' Time (3)(De0./ Sector) (De0./ Sector) (el/h) (m/s) Class Precip.(4)
E. Comments: 11-4-87 DRILL (1) Conditions for period endin0 at indloated ties. (2) Dromd Vent (GV), Elevated Vent (EV), or Stack (ST).
. (3)Centraltiesforwhichforecastisseos.
l, (4) Ll 0ht rain (LR), moderate rain (m), and heavy rain (2): (. f p"
' Hourly value for LR, 0.3 en < LR <= 2.5an; for 2, 2.8 en == $ <= 7.6 an; and for m, m > 7.0 sa, 1
f I g Conficiential Drill M5:nal DO NCT .
" 03 .
o g ., - . '+ . - 4, -, i- . m . . . - , 4i. = - a . . . . ,.me, . . -.. . ,
. ,g
s 7 TIE: 264WB-47 C 21 (Central) ETi(II0 LOGICAL INFolWRT10N "if F A. Date: 26 AUG-87 Person Transalttirc Date: ORILL DATA
.. 8. Observed Deta (1!altrute Average):(1)
Central Wind Direction Plas Direction Wind Speed Stability helease(2)
. Ties - (Dep./ Sector) (Deg./ Sector) (el/h) (a/s) Class. lbos 1159 120/ESE 300/WW 16.D 6.7 0 ST .
C. Observed Data (One-Hour Avera0s):(1) Central Wind Direction Pime Direction Wind Speed Stability Precip. I;ne (Dog./Sectof ) (De0/ Sector) (al/h) (t/s) Class (sm/h) 1200 121/ESE 301/WW 14.1 6.3 D 0.0 D. Forecast Data p-lQ' Valid Wind Direction Pine Direction Wind Speed Stability Tlee(3) (Dog./ Sector) (De0./ Sector) (al/h) (a/s) Class Precip.(4)' E.. Comments:11-4-87 DRILL ! l (1)Conditionsforporlodendingatindloatedties.
. (2) Gromd Vent (GV). Elevated Vent (EV), or Stack (ST).
(3) Central time for which forecast is ende, < (4)Lightrain'(LR),moderaterain(E),andheavyrain(m): h, Hourly value for LR, 0.3 as a LR a 2,5ee; for 2,' 2.8 en a E a 7.6 ses and for 2, 2 > 7.6 se, , t O confisentiai oriii L..;tsrid DO NC T : . 05 __l_.--._1 * ' ________.m___._~.2______-___E_ .a.m._L'_.___._-_'_ _1. __.__$._'._I__.___ 'i_ Y__l_ *l__E._--__-_._. ____m,- * - _A -
TIE: 38-45-87 C:28(Central) ETEOROLOGICAL INFORiiAT10N (,, . -
' A. Dete: 2bAUG Person Traneeltting Data: DRILL DATA B. Observed Data (154firute Average'):(1)
Central Wind Direction Pine Direction Wind Speed Stability Release (2) Time (Deg./ Sector) (Dog / Sector) (al/h)(a/s) Class Ibde 1214 123/ECE 301/WNW 14.5 6.5 D ST
.C. Observed Data (One-Hour Avera0s):(1) l
- . Central Wind Direction Plume Direction Wind Speed Stability Precip.
l Time (Deg./ Sector) (De0./ Sector) (al/h) (a/s) Class (um/h) i l I
. - - 3 D. Forecast Deta:
Valid Wind Direction Plune Direction Wind Speed Stability Time (3) (Deg./ Sector) ' (Dog / Sector) (al/h) (a/s) Class Precip.(4) ; 1300 125/SE 305/NW 15.7 7.0 D NOE
-1400 13WSE 31WNW 10.8 7.5 0 NONE 1000 130/SE 310/NW 17.9 8.0 .D 10NE 1800- .185/SE 315/NW 16.8 7.5 E MONE 2000 135/SE 315/NW 16.8 7.5 E MONE E. Comments: 11-4-87 DRILL (1) Conditions for period endirg at Indicated ties.
\ (2) Gromd Vent (GV). Elevated vent (EV), or Stack (ST). (3) Central time for uhloh forecent is ande, l
)' '(4) Light rain (LR), moderate rain (E), and heavy rain (m):
Hourly value for LR, 0.3 as <= LR <= 2.5ma; for IR, 2.8 en <= 2 <= 7.6 as; and for 2, 2 > 7.6 an. 1 L y Confidential Drill Eatenal o DO NCT - GE
TIE: 26 AUS-87 C:24 (Central) e h E T[tROLOGICAL INF0ftiAfl0N j - -(/ )1 A. ' Date: 26-AUG-87 . Person Transaltting Deta: IRILL DATA i B. Obserad Data (15-allrute Average):(1) Central Wind Direction Pine Direction Wind Speed Stability Release (2) Tlas (Dog./ Sector) (Dog./ Sector) (el/h) (a/a) Class tiede 1229 124/SE 3D4/NW 16.6 7.4 D ST C. Observed Data (Wu-Hour Average) (1) Central Wind Direction : Pimo Direction Wind Speed Stability Precip. Ties (Deg./ Sector) (Deg./ Sector)- (al/h) (a/s) Class (as/h) D. Forecast Data Valid . Wind Direction : Pitae Direction Wind Speed Stability ilme(3)(Deg./ Sector) (Dog./ Sector) (al/h)(m/s) Class Precio.(4) t (
' E. Comments 114-87 DRILL l
(1) Conditions for period endirg at Indicated time. (2) Gromd Vent (GV), Elevated Vent (EV), or Stack (ST). (3) Central time for Wilch forecast is sede. (4) Light rain (l.R), anderate rain (E), and heavy rain (m): Hourly value for LR, 0.3 en <= LR <= 2.5an; for M, 2.8 en <= 2 <= 7.6 us; and for 2, m > 7.6 an. l (~) Confidential Drill MMsrial t ' je 7 rr.m.as 7 , f(1 i_.-l._ -__ _-*' I'_- 9 l' ' #
a TlK: 26-AuG-87 C:24 (Central)
=!
EftOROLOGICAL INFDilmilDN ! i
,r 3 l
).
A. Date:26-AUG-87 Person Transmittirg Dates DRILL DATA
- 8. Observed Data (1!4firute Avera08):(1)
Central Wind Direction Pine Direction Wind speed Stability nelease(2) l Ties (Dog / Sector) (Deg./ Sector) (al/h) (a/s) Class idade j H 1244 126/SE 30 H W 18.8 8.2 D ST i C. Observed Data (One-Hour Average):(1) 1
.j
- Central Wind Direction Pino Directi $ Rind speed stability Precip. 1 Ties (Dog./ Sector) (Deg./ Sector) (el/h) (m/s) Class (en/h) I D. Forecast Data:
t Valid Wind Direcilon Pime Direction Wind Speed Stability
' Tine (8) (Dog./ Sector) (De0./Se: tor) (al/h)(m/s) Class Precip.:4) l l
I
. i l
E. Comments: 11-4-87 DRILL ;
)
i l 1
)
(1) Conditions for perlod endin0 at Indicated time. (2) Gromd Vent (DV), Elevated Vent (EV), or Stack (ST). (3) Central time for uhtch forecast is made. , (4)Lightrain(LR),moderaterain(R),andheavyrain(m): ! (; Hourly value for LR, 0.3 se <. LR <= 2.5an;
- f. for 2, 2.8 as <. m 7.6 as; and for 2, HR > 7.6 es.
E Confidential Drill (d latwial ' og mot cr/uws _
, .._ . . ... - - . . . ~ . . . . . . , . . - . - . . . - . . . . . . . . .
l 1 L TIE: 26-ALIG-87 C:26 (Central) .l I 1 E TEOR 0 LOGICAL INF0lWRTl0N
.,x ,
i
, .1 i !
A. Date: 28-ALIG-87 Person Trannaltting Wta: DRILL DATA -
)
i i B. Observed Data (1!4firute Average):(1) l Cen*6fal Wind Direction Pinas Direction Wind Speed Stability Release (2) I Tlas (Dog./ Sector) (Dog./ Sector) (al/h)(a/s) Class Ibde ; i: l [ 1259 123/LSE 803/WNW 19.2 8.6 D ST j l l C. Observed Data (One-Hour Average):(1) l J Central Wind Direction Pitae Direction Wind Speed Stability Precip. I
.Tlas (Dog./ Sector) (Dog./ Sector) (al/h)(a/s) Class (en/h) l 1300 12VSE 305/WW 17.2 7.7 0 0.0 D, forecast Data:
.n Valid Wind Direction Plume Direction Wind Speed Stability ,
. Time (3)(Dog./Secter) (Deg./ Sector) (ar/h)(m/s) Class Precip.(4) 2 1
)
E. Comments: 11-4-87 ORILL j (1) Conditions for period ending at Indicated time. ! (2) Gromd Vent (CV), Elevated Vent (EV), or Stack (ST).
. (3) Central time for which forecast is made.
(4)Lightrain(LR),moderaterain($).andheavyrain(HR): Hourly value for LR, 0.3 se < LR <. 2.5ma; for 2, 2.8 en < E <. 7.6 ans and f or 2, * > 7.6 as, ,
^
Confi:'ential Drill c .x l bh !((r b , y 1. $ b r
i iIW: 26-AUS-47 CtD (Central) f WTLOR0 LOGICAL INf0biAil0N
. ( y, t
A. Date: 26-AtlG-87 Person Transelttin0 Data: DRILL DATA [ B. Ooserved Data (154firute Average):(1) t
' Central Wind Direction Plume Dlro tion Wind Speed Stability Release (2) f 11ae (Dog./ Sector) (Deg./ Sector) (al/h) (a/s) Class Mode 1314 128/SE 30MlW 21.7 9.7 0 ST
\
1 C. Observed Data (One-Hour Average):(1) ' t Central Wind Direction Plas Direction Wind Speed Stability Precip. ; Tlas (De0./ Sector) -. (Dog./ Sector) (al/h) (a/s) Claes (sa/h) 9-- I t D. Forecast Dates ;
.m ,
) Valid Wind Direction Plues Direction Wind Speed Stability fles(3) (Dog./$ector) (Dog./ Sector) (al/h) (a/s) Class Precip(4) ;
I - 1400 130/SE 31MlW 19.0 8.5 0 M 1500 135/St 31M4R 19.0 8.5 0 M ' 1700 130/SE 310/NW 17.9 8.0 D M
- 1900 135/SE 31Mit . 18.8 7.5 E M '
2100 125/SE 30MlW 15.7 7.0 E M i E. Comments: 11-4-87 DRILL ~ i b (1) Conditions for period endin0 at Indicated time. ( :(2) Gromd Vent (GV), Elevated Vent (EV), or Stack (ST). ) - (3) Central time for which forecast is made. (4) Light rain (LR), moderate rain (km), and heavy rain (m): Hoarly value for LR, 0.3 as == LR <= 2.5an; for 2, 2.8 as <= IR <= 7.6 us; and for HR, 2 > 7.6 an. g Conf!:'ntial Drill p , ; w ,! 00 i v. , .x, L.G E <
+ , _e 3 -.
,- a w1 - ,. . ee- , -e . .=e p. - =. a -+=s . my + ,. *. e -i e = a
f. 3 TIE: D4UG-87 C:27(Central) , l [ L ETE(5t0 LOGICAL INF0llllAtl0N ;
,. . z
~s ,
'l
, \.. t
/.
I A.'Date: 26-ALG-87 Person Traneeltting Data: DRILL DATA B. Otmerved Dett (1!Allrute Average):(1) ; I, Central Wind Direction Plues Direction Wind Speed Stability Release (2) ; Ties (Dog.Ector) (De0/ Sector) (et/h)(a/s) Class INe : i i
; 1329 125/SE 305/NW 21.3 9.5 - D ST C. Observed Data (One + lour Average):(1)
Central Wind Direction Phae Direction Wind Speed Stability Precip. .
.Tlas (Dog./ Sector) (Dog./ Sector) (cl/h)(a/s) Class (es/h) 1 D. Forecast Data:
A f Valid Wind Direction Plume Direction Wind Speed Stability flee (3) (Deg./ Sector) ' .(Dog./ Sector) (el/h) (e/s) Class Precip.(4) E. Comments: 11-4-87 DRILL
. (1) CanditlTia for per!Dd ending at Indicated time.
- (2) Grotrul Vent (OV), Elevated Vent (EV), or Stock (ST).
n . (3) Central ties for uhlah forecast is sede. ; I (4)Lightrain(LR),moderaterain(*),andheavyrain(2): Hourly value for LR, 0.3 se == LR <= 2.5st;
' for 2, 2.8 en == * < 7.6 se; and for 2, HR > 7.6 es.
1 L " U,s Confidm a.41 Dri!! y m. ;.9 oc i m twu;rs g * *'
.y
i e. 'gj w
;b J (".
Y < < Tite 28-ALS 87 D:27. (Central) p, !yj"c- . IETEOROLOGICAL INF0fMATION s A. Date: 26 R-87 P6rson Transalttin0 Dett DRILL ~ DATA ($
.m B.1 Observed Data (15-Wirute Average):(1) 4-- Central Wind Direction Plues Directlen ' Wind Speed Stability Release (2)
, = itse - (De0./ Sector) (Deg./ Sector) . (al/h)(m/s)' Class texts: g
.i k
1344 124/SE 304/NW 19.9 8.9 D ST -! I l 0. 0bserve:l Cata (One-Hour Average):(1) j i
' Central Wind Direction Plume Direction Wind Speed Stability Precip.
uTlee (Dog./ Sector) : (De0./ Sector) : (al/h) (a/s) Class ~ (an/h)
+
t
~
. D. Forecast Data 1 !
Valid Wind Direction Plume Direction ' Wind Speed Stability j Time (3)(Deg/ Sector) (Deg./ Sector)- (al/h)(a/s) Class Precip.(4) i E. Comments: 11-4-87 DRILL . i 1 (1) hn61tions for perlod ending at Indicated time. i (2) around Vent (GV), Elevated Vent (EV), or Stack (ST). (3) Centrol time for uhtch forecast ls ande. l(4) Ll0ht rain (LR), moderate rain (IR), and heavy rain (m): Hourly value for LR, 0.3 an == LR <= 2.5as; for IR, 2.8 na <= WR <= 7.6 se; and for m, m > 7.6 an. Confidntiel Drill a
- 6 ,
- si DC fIL, .bE t.
.. . .._.a.._.... .+ .
k .h.
' i x & - t. , /#h 'd Tile: 28-AUG-87 00:28 (Central)-- , y -
IETLtR0 LOGICAL INFORidAT10N (li-~y i )- jg . A.:-Date: 28-AL'G-87. , Person Transmitting Data DRILL DATA LB. Observed Data (15 4finute A n rage):(1)
~
Central Wind Direction- Plume Direction! Wind Speed Stability Release (2) fles--(Dog / Sector): (Dog./ Sector)- (al/h)(a/s) Class- Ibde. l p 1259'. - 121/ESE 301/WNN 17.9- 8.0 D- ST
- f. -
C. Observed Data (One-Hour AveragJ):(l) Central Wind Direct.lon- Pltme Direction Wind Speed Stability Precip. Tlas (Deg./ Sector) (Dog./ Sector) (al/h)(m/s) Class (as/h) 11400' ~ 125/SE 305/NW 20.1 9.0 0 0.3 . D'.' Forecast Data:. A Valid. t Wind Direction Plume Direction' Wind Speed Stability Time (3)(Deg./ Sector) (Deg./ Sector) ;(al/h) (a/s) : Class ' Precip.(4) m E .? Comments: 11-4-87 DRILL-L L(1) Conditions for period ording ut Indicat.ad tlas. .
.-(2) Gnux! Vent (GV), Elevated Vent (EV), or Stack (ST). '
-(3) CFDal time for which forecast 10 ande.
(4) ict rain (LR), moderate rain (IR), and heavy rain (m): ,
-Hourly value for LR, 0.3 as <= LR <= 2.5me;
.for 5, 2.8 se <= 16 <= 7.8 an; and for 5, m > 7.6 mm.
F g-M Confidential Drill 7 ,. pl 1
, 1
% /N # %. U k. jI $ ,
1.1 i !t . 1\ sA) : -v-
' t 4 5J:
- '0 ,
1 % g y a e# m. e +. = *.e 4 % me wev -p
- o Tile 28-AUG-87 C:29(Central)
IETEOR0 LOGICAL- lWORWATION - l Lj q
,'h .
A.E Date: 26-AUG-87 Person Transaltting Data: DRILL DATA-B. Observed Data (154finute Average):(1) Central Wind Direction Pi me Direction Wind Speed Stability Release (2)
. Time -(Dog./ Sector) . .(Dog./ Sector) (al/h)(a/s) Class- lbde i
.1414 122/ESE 302/WNW 20.4 . 9.1 D ST .
. i o ;
-C.;ObservedData,(One-HourAverage)(1) .
H t ! : Central Wind Direction ~. Plume Direction Wind Speed Stability Precip. L - Time (Deg./ Sector) (Dog./ Sector)z ;(el/h)(a/s) Class (un/h) l
- D./ Forecast Datat
,. -- - Valld; Wind Direction Plume Direction ' Wind Speed Stability D N' Time (3)(De0./ Sector) _(De0/ Sector). (al/h)(a/s)- Class Precip.(4) ,
1
'$t
~
1500 120/ESE: 300/Wief 19.0 8.5 D NONE L 1800' 130/SE 31WNW 18.6 8.3 D NONE '
- p. ~1800' .130/SE -310/NW- 16.8 7.5 E NONE - 1 j,
'2000-- '12WESE 3COMNW 16.8 7.5 E NONE 2200- 115/ESE^ 295/Inf 15.7 7.0 E NONE i
l 1 E[ Comments:11-4-87 DRILL,
'i
-I L
- (1) Conditions for period ending at Indicated time.
'(2) Ground Vent (GV), Elevated Vent-(EV), or Stack (ST).
X3) Central time for whim forecast is made.
-(4)Ll0htrain(LR),moderaterain(E),andheavyrain(m):
Hourly value for LR, 0.3 as a LR <= 2.5em;
' for E 2.8 m <= E a 7.6 us; and for m , HR > 7.6 mm.
'/7 v ConfiAntial Drill h ;,. : .- 6 r
w DD (JOT OF/U!_GE s .e q= a * * * * * *
.---{ d 4 . ./m=. g .
4 =- s sum'*- .-4 *s***. *- 9 * * * - " " % t-
- 4* .> 3; 4 1 flE 28-AUG-87 C iao (Central)( , n i
' ..o
_j E TEWl0 LOGICAL IW OftiAtl0NL ! j
, L/ n
?A.LDete's28-AUG-87_ . Parson Traneeltting Data: ORILL DATA q
- B. Obserad Data (154finute Awrage):(1) .
,, q
~l
. . , - Central Wind Direction: Pitme Direction' Wind Speed Stability Release (2) '
~ Tlas: (Dog./Sootor) . (Dog./ Sector) (al/h) (a/s) Class lede o !
. -1429 121/ESE 301/WNN- 19.9 8.9 D ST l
ti , C.[0bservedData(One-HourAverage):(1). ll l Central Wind Directlarti Pitme Direction' Wind Speed Stability Precip.
. Ties > (Dog./ Sector); (De0./ Sector) ' (al/h) (a/s) Class (sa/h)
-]
H<- D. Forecast Data: ! I \ lI jj'. [ Valid ;- Wind Direction Pitme Direction Wind Speed Stability - c Tlee(3)(Deg./ Sector) (Dog / Sector) (al/h) (a/s) Class Precip(4) .i y
?
- E. Comments: 11-4-87-DRILL-I
,s i
(1) Conditions for period ending at irdicated ties. ; (2) Gromd Vent (GV), Elevated Vent (EV), or Stack (ST).
.(3) Central tlee for whleh forecast is sede.
.(4)Lightrain(LR),moderaterain(E),andheavyrain(HR):
-Hourly value for LR,LO.3 se
- LR e 2.5se; for E, 2.8 an <- E <= 7.6 so; and for 2, m > 7.6 es. _
4 C O T:f! A O t! 8 ! O fill
. a a j DJ NOT DIVULGE
- a. . .
_ _~
.=.=_.=.__=:=._ _ ___ ::.; ; ; y ;g _ _7 ~. 3._____
y x
' l F "
?. . .
4 3 . TIE: 26-AUS-87 09:30 (Central). . = . j [ r~ . i i j g ETEOR0 LOGICAL-INFORMATION !
. 2,c. .
c, k .. . i b .A.-Dates;26-AUG-87 Person Trannaltting Data: DRILL DATA l
.Bi' Observed Data (1Hilnute Average):(1):
1
->: l Central Wind Direction' Pluse Direction Wind Speed Stability Release (2) :
5-
, Time - (Deg./ Sector)- -(Dog./ Sector) (al/h) (m/s) Class Ibde 1
~ ~ ' ~ ~
;y, 1 1 1444 121/ESE- 301/WNN- 19.9. 8.9 0 ST~
l C.;ObservedData(One-HourAverage):(1)
~i i
-Central Wfnd Direction Plune Direction Wind Speed Stability Precip. l Time .(Deg./Soctor): '. (Deg./ Sector) - (al/h) (a/s) - Class (an/h)
U . ~ 1 l
- D. Forecast Data:
- - Valid . Wind Direction: Pline Direction Wind Speed Stability
. N Time (3)(Deg./ Sector) (Deg./ Sector) (al/h)(m/s) Class .Precip.(4)
'I
. . . l 1 j EtiComments:11-4-87 DRILL I 4 (1) Conditions for period endin0 at Indicated time.
-(2) Gromd Vent (GV), Elevated Vent (EV), or Stack (ST).
(3) Central tlee for which forecast is made, i 4 ;~(4) Ll0ht rain (LR),' moderate rain (E), and heavy rain (m): Hourly value for LRio.3 rs <= LR <. 2.fian; e
,' for 2, 2.lt am <= * <= 7.6 us;. and for 2, m > 7.6 me.'
.. -l, D.j-
.m n riU c,on.i:oa...-:mi,
- n. . . om.
.1 DO NOT DIVULGE , '^ & . = - . . . - . - . . . : .- . . - .-. .... ,. . ..- i
E . [ igg - TIE: 26-ALE-87 00:31 (Central)
^
ETEOR0 LOGICAL INFORMAT10N a Al Date: 28-AUG-87 Person Traneelttino Deta: DRILL DATA-1 B..'sObservedData(15-idinuteAverage):(1).
> : Central Wind Direction' Plume Direction. Wind Speed Stability Release (2)
Time (Deg./ Sector) .(Deg./ Sector) (si/h)(a/s) Class . Ibde 1459- :121/ESE =301/WNN 19.9 8.9 0 ST 4 LC. Observed'Deta (One-Hour Average):(1) Central Wind Direction Plume Direction Wind Speed Stability Precto. Ties '(Dog./ Sector (Deg./ Sector) (al/h) (a/s) Class . (avh)
.1500 122/ESE 302/WNn 19.9 8.9 0 0.0 -
;D. Forecast Deta:
O , Valid -Wind Direction Plume Direction Wind Speed Stability 1 Time (3)'(Dog / Sector) (Deg./ Sector) -(st/h)(a/s) Class: Precip.(4)
'E. Comments: 11-4-87 DRILL'
-(1) Conditions for period ending at Indicated ties.
. (2) Ground Vent (GV),' Elevated Vent (EV) or Stack (ST).
.(3) Central time for which forecast is made.
(4) Li@t rain (LR), moderate rain (E), and heavy rain (m):
. Hourly value for LR, 0.3 an a LR a 2.!as;
- for E,- 2.8 mm <= $ a 7.6 an; and for m, m > 7.6 an.
O n ocm lcc.t+,j c DO NOT Di\lULGE
\
N'
. TIE: 26-AUG-87 09:32 (Central)' j 1
W > s j ',/. ;y, ETE(ROLOGICAL INFDRWATION- +
\_ E A.UDith28-AUG-87 Person Tranesitting Data: DRILL DATA
-l
[3 P B. Observed Data (15-Wl'nute Average):(1) l o - Central Wind Direction Pitas Direction- Wind Speed Stability Release (2) .
+ Tlas -((Deg./ Sector): (Deg./ Sector) (al/h)(a/s) Class Mode L: , .
- )
(3: .1514 ' 124/SE- .304/NW' 22.4 10.0 - D. ST o ll , ' O. ' Observed Data (One-Hour Average):(1) i h ' i
. Central Wind Directlon Pime Direction Wind Speed Stability Precip. l m ;Tleo; (Deg / Sector) -(Deg./ Sector) (el/h)(a/s) Class (sm/h) r ,
I
~1 4 D.1 Forecast Data ,
k ,Valld Wind Direction L Pitse Direction Wl'nd Speed - Stability e i; Time (3) (Dog./ Sector) - - (Dog / Sector) (al/h)(a/s) Class . Preolp.(4) p - - . f 'i! - i
.l
- 1000: 120/ESE, 300/WNW : 20.1. 9.0 D NONE j
.1700- 130/SE- 310/NW 17.9- 8.0 D NONE j 1900 135/SE ' 31VNW 16.8 7.5 E NONE i-j
- 2100 - - 125/SE - SOUNW . 15.7 7.0 E NOME I
- m. ,
2300 : !115/ESE= 295/INI ' 15.7 7.0 E NONE ! i t
'E. Comments: 11-4-87 DRILL .
1 o ;
. l
" L-(1)ConditionsforperiodendingatIndicateotime, i f,.f(2)GroundVac.t(GV)ElevatedVent(EV),orStack(ST).
yM ;(3) Central time for which forecast is made. .; y :(4) Light rain (LR), moderate rain (E) - and heavy rain (m): g
</ R , J Hourly value for LR, 0.3 as <= LR'<= 2.5em; .
~
for Ef 2.8 as <= 2 <=' 7.6 an; and for m, 2 > 7.6 an. h g v ..s:7: 9plll in miial DO NOT DIVULGE ) n , n vi t .ie3 4 4 t t.u E a t .9 A s E.,ruggn g 4 j p q = . g ,.,
nq 4 , X -TIK: 26-AUG-87 C:82.(Central). ' ii
' W; W ,
a .- i ETEOROLDGICAL INF04biAT10Nt
' A. .- Date: 28-AUG Person Tranesittino Data: DRILL DATA I L
" 8.f 0beerved Data (15-lilrute Average):(1) I E 4 -Central Wind Direction Plume Directiori. Wind Speed Stability Rolesse(2).
; Tlas (Deg./ Sector) .- (Deg/ Sector) (al/h) (a/s). Class liode 1529- 123/ESE 803/INI 19.5 ' 8.7 : D ST ;
I
. . 1
'O. Observed Data (One-Hour Average):(1)-~ " --j I
, Central Wind Direction Fitas Direction ' Wind Speed Stability Precip. ?
- Tlas;-(Deg./ Sector) (Dog./ Sector) (al/h)(m/s) Class- (an/h) j 1
1 l DJ' Forecast Data:
.. . l y '
[(f Valid Wind Direction Pitsee Direction Wind Speed Stability Time (3) (Deg./ Sector) .(Dog./ Sector)- (al/h) (a/s)' - Class Precip.(4)
-(
- E. Comments: 11-4-87 DRILL j J
.1 (1) Conditions for perlod ending at Indicated ties. 3 L(2) Grotrid Vent (GV), Elevated Vent (EV), or Stack (ST). -I y . (3) Central ties for uhlch forecast'Is made.
- (4) Light rain (LR), moderate rain (E), and heavy rain (m):
. Hourly value for LR, 0.3 as = LR <= 2.5am; h', for E , 2.8 mm <= 2 <= 7.6 at; and for m , 2 > 7.6 es.
1 1 Og Co r;W. o. * ' D. rill U , d i-DO NOT DNULGE __ 1 4
- . . ' & ,._;g-g e .
-6 .> ,. ..a .. -
___e . _ _ _ g 9_ _ , a, _a a_ p e- g g .,e (
.g. , . . . _
7 r J. a 1, . ' TIE: 28-Als-87 C:38(Central)' h ETEOROLOGICAL INFORMAT10N.- : i, # 1 g
~ a JAO Date: 264G-87 Person TraneelttIng Deta TRILL DATA
. y
-j B Observed Data (1 %Winute Average):(1) l
-J u'
l
' Central Wind Direction Pitae Direction Wind Speed Stability Rolesee(2) f . Time. (Deg./ Sector) (Dog./ Sector) (el/h) (a/s)- Class. Ibde j l:
)
l 1544 122/ESE 302/WW 16.6 7.4 D Si i u- .j l C.,ObservedData(One-HourAvera0s):(1) m Central Wind Directlon : Pitae DirectIan Wind Speed Stability Precip. Ties (Dog./ Sector)' (Deg./ Sector) (cl/h) (a/s) Class (an/h) 1
. y
'D. Forecast Datas' L j l ' , Yalid ' Wind Dire,ction Pltae Direction Wind Speed Stability l D Tlee(3) (Deg./ Sector) . .(Dog./ Sector) (al/h)(a/s) Class.'Precip.(4) l
+ .
\
l
'E,vComments:11-487 DRILL.' j
.4 d
- (1) Conditions for per.od ending at Indicated time.
1 -(2) Gromd Vent (GV), Elevated Vent'(EV), or Stack (ST). (3) Central ties for which forecast is ear,4. ,
; (4)Lightrain(LR),moderaterain(E),andheavyrain(m): !
Hourly value for LR, 0.3 se <= LR <- 2.!an; .
. for E.'2.8 am <= W <= 7.6 se; and for 2, m > 7.6 an. 3 0Q V nvoroes r _ i w;p:
r i r . .. 3 ., . c,.1 .a DO NOT DNULGE . 4+ -m+< &# e 've m N 5=y 39ae,a== g %u-- ing.s= y as e sae me . , ,=,eaw
,. = += .' e m.e g = w s g ay*, , <=en4'ye e me d . e. p. . * - ,ayDes s - p* p =ge d e .e ===-,sepry=mit.wp.*e- g e.sf r ee w eem quer= -* E tr*=eu
9 _ . .. . . . -
', ) ,t TlWi 28-AC-87 00:34 (Central) . :!
t a- !
;n ;
. t
< ; .' ETEOR0 LOGICAL INFORMAtlDN {
/R ^
Y - 9 A.- Date: 28-AUG-87 ' Person TranesittIng Detas (RILL DATA -
.B.' Observed Data (15-Wirote Average):(1)-
. , -i
'"-d Central Wind Direction Pin e Direction Wind Speed Stability Release (2) -!
Time (Dag./ Sector)- -(Dog./ Sector) - (el/h)(a/s)- Class Ibde ;
,1559: -120/ESE- 300/ West 16.1- = 7.2 0 ST ,
; C.; .-Observed Data (One-Hour Avera0s):(1)
?
l H Central Wind Direction Pine Direction- Wind Speed Stability Precip. f L . Time (Deg / Sector) ~(Dog./ Sector)' (al/h) (a/s) Class (en/h) ; 1800 E123/ESE 303/WNN 18.6 8.3 D 0.0 i D. Forecast Datar'-
' , ('~Y --
l
-Q Valid Wind Direction Plune Direction Wind Speed Stability Time (3)(0eg.~/ Sector)- _(Deg./ Sector) (al/h) (a/s) Class Precip.(4)
^
1 I: l - I: L: E. Commentsi 11-4-87 DRILL 9
~
(1)ConditionsforperiodendingatIndicatedties.
'(2) Gromd Vent (GV).-. Elevated Vent (EV), or Stack (ST).
p (3) Central time for whldi forecast is made. [ : (4) Light raln'(LR), moderate rain (E),' and heavy. rain (E): .
~
i ! Hourly value for LR, 0.3 as <- LR <- 2.5se;.- s for E, 2.8 se <= W < 7.6 sm; and for 2, m > 7.6 an. H l- t, LU Cccf Hia! Drill L , vial : D O N C T ?. W !U u G E m, - f if s , abt . _p__ _t s. - .- - e ' - '-a
'A_
_p.i,*f_y_',' ,e4*, p ' *e u*$_ **.)'
" : ."',ow*
I L -
. TIE: 28-Als-87 C:37 (Ce*,ral)~ l i,
'{1 : f,D ETEW10LOICAL' lNFollHAT1010
.- 1
_h_ dj A. ; Date's '26-A15-87 [ Person TransalttIng Data: IRILL DATA a B. Observed Data (15 Wirusto Anrege):(1) K
- -Central Wind Directlen Pitas 0;rection Illnd Speed Stability Release (2) '
Ties (Deg./ Sector)--'(Deg./ Sector)- (al/h)(a/s) Class lbde m 1814 120/ESE 'doMRGI ~ 15.9 7.1 - 0 ST' C. Observed Data (Ono4 tour. Average):(1) q e i . Central Wind Direction Pitae Direction Wind Speed Stability Precip. Ties (Dog./ Sector (Dog./ Sector) (el/h)(a/s) Class (an/h)
+,
j' - D,- Forecast Data o , I Valid Wind Direction' Pitae Directicn Wind Speed Stability , .b v LTime(3)(Dog./ Sector) :(Dec. Sector). (al/h) d ) Class Precip.(4)
-.1700 125/SE' 30Mel 16.8 7.5 D M l 1 1800 130/SE- 31MNI 15.7 7.0 E M' i 2000 12WESE 30MRGI 16.8 7.5 ' E- M
'2200 : <115/ESE 29MRet 15.7 7.0 E- M-2400
- 115/ESE 296/WIII 15.7 7.0 E: M k
. ll -
E. Caseente: 11-4-87 ralLL i
'(1)' Conditions for period ending at inrlicatei ties.
-(2) Grotnd Vent (GV).. Elevated Vent (EV), or Stack (ST). ,
(3) Central time for uhlth forecast le made. * (4) Light rain (LR),' moderate rain (E), and heavy rain (E): .
- Hourly value for LR, 0.3 se a LR a 2.5ee; '
for E, 2.8 m E a 7.6 so; and for E, 2 > 7.6 se. O ' Crr+' ~ ~ il Drill m .. :al DO NOT DNULGE
- o t.
,;% ,,-,.>J-'.
. , , . . .,.~:,,.-,......x . - . - , , . . - - . . . . . . - . . . . . . c . . . s . . . . . .. . . . . . . . . . . . . . . . , . -
i , p ' TIE: 28-AUG-87 00:41 (Central)l 1
- p. .
u' } E70R0 LOGICAL INFORWATION .t a 4 . ~,f , q
,A,-)?
. A. Date: 28-AUG-87.. Person Traneeltting Date: DRILL DATA -
B.c Observed Data (15-Winute Awrage):(1)1 .. n central Wind Direction Pltae Direction : Wind Speed Stability Release (2)
- Ties.- (Dog / Sector)- (Deg./ Sector)- (el/h)~(a/s) Class 14xle l
1629 122/ESE: 302/Wier 15.2 6.8 D- ST C.-lObservedData(One-Hou'rAverage):(1), J CentrelWindDirection'PluneDirection Wind Speed Stability Precip.
, Ties : .(Deg./ Sector) 2 (Deg./ Sector) '(al/h)(a/s) Class (en/h)
.a D. . Forecast Datar; Ib ..
j ( j (Valid , Wind Directlon Plu m Diract100 Wind Speed Stability Time (3) (Dog./ Sector) ,(Deg./ Sector) (al/h)(m/s) Class' Precip.(4) d
}
"E.-Comments:-11-4-87 DRILL
- (1)ConchionsforperiodendingatIndicatedtime.
(2)GroundVent'(GV),ElevatedVent(EV),orStack(ST). 4 (3) Central time for uhlch forecast is made. (4) Light.. rain (LR),moderaterain(m),andheavyrain(m):
Hourly value for LR, D 3 en <= LR <= 2.5se:
-for m,' 2.8 en <= 2 <= 7.8 an; and for 2, m > 7.6 an.
[ i. ,C) . Confidential Drill Material u, DO NOT D!VULGE
- 7 .
Sp , l n., Ip u a . . , , , _ . , . . . . . ,. . . . - . .. -
....,.--~..__...--e
3 w ' J TIEi 28-AUG-87 00:41 (Central) ' , KTEOR0 LOGICAL INFORWATIDN: f yJ; .-
- ? %, _?-
- Pl 1 A. Datei 28-AUG ' Person Transultting Data DRILL DATA B. Observed Data (15-Wirute Average) (1)-
r g
' Cohtral Wind Direction Pitme Direction Wind Speed Stability Release (2) *
- Tian (Deg./ Sector) (Deg./ Sector) (al/h)'(a/s) Class Node -
!1644~ 122/ESE 302/C;Nl 12.5 5.6 0 ST ,
i
! Ci Observed Data (One-Hour Average):(1)
L Central Wind Direction Filme Direction - Wind Speed Stability Precip. m Time (Dog./ Sector). (De0./ Sector) ' (al/h) (a/s) Class (es/h) i l1 , ,
- D. ' Forecett Data:-,
?. p l t"~j . . Valid ; Wind Direction ' Pitme Direction Wind Speed St e llity ' a .! s V' Tlse(3)(Deg./ Sector) ~(Deg./ Sector) (al/h)(a/s) Class Izecip.(4) g' i LE. Comments: 11-4-87 DRILL. t (1) Condition;forperiodendingatIndicateutime.
~ (2) Grotsid Vent (GV). Elevated Vent (EV), or Stack (ST). ,
.(3)Centraltimeforwhichforecastismade. !
L(4)'llghtrain(LR),moderaterain(R),andheavyrain(m): Hourly value for LR,' O.3 se <= LR <= 2.5me;
; for E, 2.8 en <= IR <= 7.6 so; and for m,' m > 7.6 an.
n W Confidential Drill Material DO NOT D;VULGE 1.,,,, , I [gy i- 4
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n - , > A , TIEt 26-AUG-87 00:42 (Central) ' 3 ' Q);i; ETEOR0 LOGICAL INFORWAT10N .
-: A. Date: 28 XIG-87 Person Transaltting Data: DRILL DATA
=
' B2 Observed Data (1Hilnute Average):(1) central Wind Direction Plume Direction Wind Speed Stability Release (2) '
Ties (Deg./ Sector) .(Deg/ Sector) (st/h)(a/s) Class Wade $ 1859 - 117/ESE- 297/WNW 11.6 5.2 D ST -
=
C.L Observed Data (One-Hour Average):(1)
- -~
a . Central Wind Direction Plume Direction' Wind Speed Stablilty Precip. i- 1 Time. (Dog./ Sector). (Dog./ Sector)- (al/h)(a/s) Class .(sm/h) 1700 : 121/ESE 301/IMI 13.9 6.2 0 0.0
' D.[forecastData:
4 1 Val!d-i Wii.d Direction Plume Direction Wind Speed' Stability ;.
'Tims(3)(Dag./ Sector) (Dog./ Sector) =(al/h)(a/s) Class Precio.(4)- s t
E. Comments: 11-4-87 ORILL N 1(1) Conditions for period ending at indicated time. (2) Gromd Vent (GV), Elevated Vent (EV), or Stack (!7). _ (3) Central time for which forecast is made.
'(4) Light rain (LR), moderate rain (E), and heavy rain (HR):
' 1 Hourly value for LR, 0.3 na <= LR <= 2. hun; for E, 2.8 m <= E e= 7.6 us; and fer E, HR > 7.6 m.
J G Confidential Drill I Material . DO NOT DIVULGE
= . _
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4 A;/ Datei 28-AUG-8f Person Transaltting Deta: DRILL DATA
.i B;l0bservedData(1HinuteAverage):(1)
. (
~
' Central Wind Direction Pitme Direction Wind Speed Stability Release (2) +
l Time .(Dog./ Sector) (Dog./ Sector) (al/h)(B/s) Class lbde l 1714 117/ESE- 297/WNN 11.6 - 5.2 0 ST j { C. Observed Data (une-Hour Avera0s):(1)- 1 i . 1 , H Central Wind Direction Pitme Direction Wind Speed Stability Precip. ,
. Time (Deg/ Sector) (Dog./ Sector) (al/h)(m/s) Class (un/h) l l' t
- (
- - D. Forecast Octa:
1' (b ' r l .) (* _ Valid Wind Direct!an Pitse Direction Wind Speed Stability
. Time (3) (Dog./ Sector)
.(Deg/ Sector) (al/h) (a/s) Class Precip.(4) i 19 l 1
' ~
l I.' C(Laents: 11-4-87 DRILL ' l i l l 1 l l (1)Conditionsforperiodendingatindicatedtime.
~ (2) GrotM Vent (GV), Elevated Vent (EV),7r Stack (ST). '
-(8) Central time for uhlm forecast is made.
l_ ' , (4) Light rain (LR), acderate rain (E), and heavy rain (m): p Hourly value for LR, 0.3 as <= LR <= 2.5me; . li for E ,' 2.8 an <= IR <='7.6 us; and for HR, E > 7.6 se. l; a l l
~ ,
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m
' Confidential Drill L Material DO NOT Dh!ULGE l
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i M . #p 2 TIEt 26-AUS-87 00:48 (Central) i b im . ' -1 k? , s Y- ETEOROLOGICAL' It0ltiAT10N - E-i 4 (Q } h A2 Datei 26 AUG-87 Person Traneelttino Deta: DRILL DATA i BiObservedData(I:HilnuteAverage)':(1) j
- '1 m;
. Central Wind Direction. Plume Direction Wind Speed Stability Rolesse(2) .,
Time (Dog./ Sector)_ -(Dog./ Sector) tel/h)(a/s)- Class lbde L. ' 1
^
1729 107/ESE 287/1981 10.5 4.7 0 ST 'i ti.; .. I
.], .C. Observed Data (One-Hour Avera0s):(1) .
? , l Central Wind Direction Pitae Direction Wind Speed Stability Precip. 'j Time (Dog./ Sector) (Deg./ Sector) (al/h) (a/s) Class (an/h) )
.1
- l
- D. Forecact Datas l l
l V{h . Valid 1 Wind Direction ' Plume Direction Wind Speed Stability fles(3)(Dog / Sector). (Ceg./ Sector). (el/h)(a/s) Class Precip(4) E. Consents: 11-4-87 IRILL
. (1)ConditionsforperiodendingatIndicatedties. .
l(2) Ground Vent-(GV). Elevated Vent (EV), or Stack (ST). i
'(3) Central time for 1 ditch forecact is made.
- (4) LIOht rain (LR), moderate rain (E), and heavy rain (m): ,
. Hourly value for LR, 0.3 se a LR <- 2.5me; for 2,' 2.8 en a E a 7.6 sm; and for 2, 2 > 7.6 as.
A v< 4 r Confidential Drill faz.enal 3 DO NOT O!VULGE' t
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