ML20090J329
| ML20090J329 | |
| Person / Time | |
|---|---|
| Site: | Oyster Creek |
| Issue date: | 05/10/1984 |
| From: | Carroll J, Fenton R GENERAL PUBLIC UTILITIES CORP. |
| To: | |
| References | |
| PROC-840510, NUDOCS 8405220430 | |
| Download: ML20090J329 (205) | |
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l/ s l I w-OYSTER CREEK NUCLEAR GENERATING STATION 4 ANNUAL EXERCISE SCENARIO MAY 10, 1984 0. l l l APPROVALS ', .
/ ~ MA ROLA W D. FENTON EPH T. CARROLL EMERGENCY PREPARE 0 NESS MANAGER D RECTOR-START UP & TEST OYSTER CREEK OYSTER CREEK l i
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OCNGS ANNUAL EXERCISE 1984 v 1.0 TITLE OCNGS ANNUAL EXERCISE OPERATING SHIFT INITIAL RESPONSE TEAM 3 FULL MOBILIZATION PRIORITY 3 2.0 SCHEOULE OF EVENTS 2.1 OBSERVER BRIEFING DATE AND TIME: MAY 9, 1984, 1:30 P.M. LOCATION: BUILDING #12, (OLD NEOF), FORKED RIVER 2.2 EXERCISE PERIOD: DATE AND TIME: MAY 10, 1984, 4:00 P.M. TO APPROX.10:00 P.M. 2.3 OBSERVER OE-BRIEF DATE APO TIME: MAY 11, 1984, 10:30 A.M. e LOCATION: ENERGY SPECTRUM, FORKED RIVER
- 2.4 CRITIQUE
OATE & TIME: MAY 11, 1984, 3:30 P.M. LOCATION: ENERGY SPECTRUM, FORKED RIVER 3.0 PURPOSE A joint exercise will be conducted to demonstrate the level of emergency preparedness of the Oyster Creek toclear Generating Station, the State' of thw Jersey, Ocean County and various municipalities within the Plume Exposure Pathway EPZ to respond to a radiological errergency at Oyster Creek. This demonstration will be accomplished through the implementation of emergency plans dedicated to the response to an Oyster Creek incident. v) 11 i i
OCNGS ANNUAL EXERCISE g 1984 V 4.0 OCNGS OBJECTIVES The Oyster Creek tbclear Generating Station Exercise Objectives are as follows: A. Incident Assessment and Classification
- 1. Demonstrate the ability of the control room operators to promptly recognize that emergency action levels have been reached or exceeded, properly declare the emergency and implement the Emergency Plan.
- 2. Demonstrate the ability on' the operators to assess plant coriditions, effectively utilize engineering support, and iglement procedures jn order to place the plant in a safe condition.
- 3. Illustrate the ability of the plant to mitigate the in-plant and offsite consequences of a radiological release through operational manipulations.
- 4. Demonstrate the adequacy of the Emergency Operating and Emergency Plan Implementating Procedures.
B. Notification and Communications O-1 oc oastrete that accavate aae rettebie co mvaicattoos exist to occomotten appropriate and timely notification of offsite egencies.
- 2. Dernc,nctrate that ?dequate emergency communications systems are in place to facilitate transmittal of data among emerDency response facilities.
- 3. Exhibit the ability to effectively use the energency enmmunications systems.
- 4. Detronstrate the ability to adequately alert station person,nel of an emergency through the use of alarms and public adotecs systems.
- 5. Demonstrate that adequate call out proceduces exist to provide for timely mobilization of emergency re.:punse personnel.
- 6. Illustrate the ability to effectively ccmmunicate with emergency teams at the plant' and of fsite. -
l 7. Exhibit proper reccrdkeeping and data display in emergency response facilitle:
- 8. Demonstrate the ability to make required offsite notification of emergency declarations in a timely manrwr.
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0 6 OCNGS ANNUAL EXERCISE
-s 1984
( \' t./ C. Radiological Consequence Assessment
- 1. Satisfactorily perform radiological and environmental monitoring activities in accordance with prescribed procedures.
- 2. Properly assess the monitoring data to formulate accurate offsite radiological dose projections.
- 3. Exhibit the proper use of appropriate post accident sampling procedures to support the emergency assessment process.
- 4. Demonstrate the ability to evaluate monitoring data, offsite radiological dose projections and plant conditions to arrive at appropriate protective action recommendations.
- 5. Illustrate effective coordination of the radiological and environmental assessment process with the New Jersey Office of Emergency Management and the Bureau of Radiation Protection.
D. Emergency Facilities
- 1. Demonstrate that sufficient and adequate emergency equipment exists to O effectively perform all necessary emergency actions.
Y 2. Illustrate that sufficient radiological protection exists for emergency personnel to properly carry out assigned roles and responsibilities in all facilities.
- 3. Demonstrate adequate security including a viable means of access control that permits entry by authorized personnel only. ,.
- 4. Show that sufficient space is dedicated in emergency response facilities to allow for proper emergency response.
E. Emergency Direction and Control
- 1. Ocmonstrate that sufficient emergency personnel are available to properly mitigate the consequences of an emergency and support the emergency on a round-the-clock coverage schedule.
- 2. Exhibit timely and proper response of emergency personnel to activate emergency response facilities and carry out assigned roles and responsibilities.
- 3. Demonstrate that licensee management is in control in accordance with the existing emergency plan, that there is one unambiguously defined individual C'j in charge of overall direction and coordination of the emergency response at all times.
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l OCNGS ANNUAL EXERCISE 1984 0,_. E. Emergency Direction and Control (continued)
- 4. Demonstrate appropriate coordination with Federal, State, County and Municipal agencies.
- 5. Display proper transfer of responsibility between "on duty" and incoming emergency personnel.
- 6. Demonstrate the ability to support the emergency radiological assessment process while maintaining personnel radiation exposure as low as reasonably achievable.
- 7. Demonstrate that accountability within,the Protected Area can be accomplished in a proper and timely manner.
- 8. Demonstrate the ability to account for all personnel within the protected area and that adequate provisicos exist to carry out an orderly evacuation of the site.
- 9. Exhibit the ability to provide safe and timely onsite access to local offsite emergency services.
- 10. Demonstrate the ability to properly and safely respond to a fire.
Q ' 11. Satisfactorily respond to a contaminated / injured person without jeopardizing his or her safety. ,
- 12. Demonstrate.the capability to radiologically monitor and decontaminate personnel. ) f F. Recovery' Operations ,
- 1. Illustratetheability.torecognizethetransitiontdtherecoveryphaseof the emergency and to develop recovery, plans. -
- 2. Illustrate the ability t.o implement the long-term recovery organization.
G. Public Information ,.
- 1. Demonstrate the ability to develop and disseminate timely and accurate news
<: :1 releases. .f,
- 2. Exhibitpr,operandtimelyactivationoftheHeb5.aCenter.
I
- 3. Demonstrate effective rumor control techniquee.- ,
- 4. Demonstrate the ability to conduct news briefingsland in'terface with the .
. news media, elected . officials and concern 5d[ citizens.#
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.J._._. _ _ .. __- _ OCNGS ANNUAL EXERCISE i
.m - 1984 l U .
5.0 PARTICIPATING ORGANIZATIONS ONSITE Operating Shift Personnel Initial Response Emergency Team #3 Search and Rescue Personnel Emergency Medical Assistance Personnel Radiological Controls Personnel Fire Brigade Personnel I 6.0 PARTICIPATING ORGANIZATIONS OFFSITE Full Mobilization Emergency Response Priority #3 New Jersey Office of Emergency Management Bureau of Radiation Protection tEC Headquarters and Region I Personnel FEMA Region II Personnel American teaclear Insurers O 1astitute or ti>cieer eo er oPeretioas Ocean County Office of Emergency Management Municipalities'In And supporting The Plume Exposure Emergency Planning Zone 7.0 DRILL OBSERVERS TO BE-ANNOUNCEO
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OCNGS ANNUAL EXERCISE 1984 v 8.0 SUWARY This exercise will involve full activation and participation of the licensee's onsite and offsite emergency response organizations and facilities. The initial condition of the plant is as follows:
- 1. Plant has been operating at 100% power for eight months.
- 2. Containment Spray System I has just been declared inoperable due to failure of Torus Spray Valve (stuck open); the Dryrell Spray Valve is stuck open (normal position) and both pumps have been tagged out of service to support corrective maintenance.
The scenario begins at 4:00 p.m. on May 10, 1984 with the control room operating personnel experiencing what ap9 ears to be a small tremor (.lg). This should cause the declaration of an UNUSUAL EVENT Emergency Action Level. This tremor results in a nudical emergency; no contamination will be involved. The reactor and turbine building operators should make inspections
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for equipment and system damage. Nothing major will be found at this time, although a small crack in the CRD return line inside the drywell has occurred. Due to the unidentified leakage recorder on 3F being stuck at the normal 2.5 GPM leak rate, the control room operators are unaware of this small LOCA until the radwaste operators call in a leak rate (via a flow integrator) of 50 GPM. Some indications of this cracked CRD return line will be available due to abnormal CRD system flows and pressures on 4F along with a CRD high temperature alarm. An ALERT Emergency Action Level should be declared at 4:30 p.m. based on this 50 GPM leak rate and a normal reactor shutdown commenced. The Technical Support Center should be manned by 5:30 p.m. at which time a second, more severe tremor (.2g) is felt. This tremor results in a trip of the start-up transformer. input breakers ~which cause both Emergency Diesel Generators to start and idle. At 5:35 p.m., a fire alarm from Emergency Diesel Generator #1 (EDG #1) cubicle is received on the control. room master fire alarm panel. The fire is due to a split in the fuel line on EDG #1 which causes both diesels to trip, apparently disabled. This condition,' coupled O v with a. potential ~ plant trip, should lead to the declaration of a SITE AREA Emergency Action Level. vii-a
OCNGS ANNUAL EXERCISE p . 1984 V , Normal plant shutdown to minimum self-sustaining should continue, but a scram would result in loss of all AC power, except offsite 230KV which would take some time to bring on to the emergency busses (i.e., the manual main generator output disconnects in the turbine building mezzanine must be opened). At 5:40 p.m. a low shell water level alarm on #1 Isolation Condenser is received as the result of a cracked shell. This condenser sho ld be isolated and declared inoperable. Other minor equipment failures and aliims will be discovered, but they will have little effect on continued plant operations. At 6:00 p.m., a third and very severe tremor (.3g) results in a complete break of the control rod drive (CRD) return line in the drywell. Fuel damage results and the reactor scrams on Main Steam Line High Radiation and/or Drywell high pressure. A bus fault occurs on 4160V bus D disabling Containment Spray System II; System I is already tagged out of service. Due to the valve line up on Containment Spray System I which effectively bypasses the Drywell to Torus downcomers (i.e., no steam suppression in torus), the Drywell and Torus O' beoin to pressurize. At 6:05 n.m., the tor s ruptures, reieesino fission products to the Reactor Building. Electriciars report problem with bank 5 start-up transformer (control power fuses blown) has been corrected and bus IA
& IC can be energized. The Standby Gas Treatment System (SBGTS) will auto start and atmospheric release occurs through the stack. Due to the relatively small break size,.the core will not uncover and core spray will also auto start. Tags on Containment Spray System I pumps could be cleared andd 'rywell sprays initiated by about 6:45 p.m. By 8:00 p.m., the reactor should be in cold shutdown and the release nearly terminated. Accident assessment activities continue through the evening. The areas to be considered should include:
- 1) Repair of Torus
- 2) Repair of. fault on Bus 10
- 3) Repair fuel line on EDG #1
- 4) Repair of start-up transformer bank 6
- 5) Decontamination of Reactor Building.
- 6) Repairs to Containment Spray System.I valves.
v The-Exercise should be terminated by approximately 11:00 p.m. vili
OCNGS ANNUAL EXERCISE
~s 1984 U '
ATTACWENT A A-l. PRE-EXERCISE CONTROL ROOM BRIEFING A. The Group Shift Supervisor may terminate the exercise at any time plant conditions warrant. B. All simulations and verifications will be expressed in spoken words. C. The purpose of the exercise is to test Emergency Plan Procedures and implementation of the major aspects of the Emergency Plan. D. All exercise-related public address announcements and offsite communications will begin and end with the statement "THIS IS A DRILL, THIS IS A DRILL"... E. Initial Emergenc, Response Team #3 and the Full Mobilization Priority Group #3 will respond to the exercise. F. The Lead Controller, Chip Fenton, may authorize the Exercise Controllers, Robin Brown or Art Rone, to modify the scenario to fit unusual conditions or events to maintain the scenario within the O scope or the exercise objectives eaa ta oroer to ext tze the practical training benefit presented by the exercise experience. G. Answer questions from shift personnel regarding the. exercise before proceeding to T=0 Major Scenario Events, f A-2. INITIAL C0tOITIONS i A. Plant Conditions: 1930 Mwt for 8 months. 640 Mwe 6 (Recirc flow = 61 x 101b/hr.) 6 (Feed flow = 7.23 x 10 1b/hr.) B. Containment Spray System ~I'is out of service. C. All-plant parameters are normal and stable. a-1 _
OCNGS ANNUAL EXERCISE
,e3 1984
_V . ATTACWENT A A-3 Simulations
- Actual Simulated
- l. Declaration of Emergency X
- 2. Notification of Offsite Agencies X
- 3. Emergency Announcements Over Plant Page X
- 4. Activation of Initial Response Organization X
- 5. Activation of Full Mobilization Organization X
- 6. Full Accountability X
[ 7. Emergency Center Accountability X
- 8. Search and Rescue X
- 9. Full Site Evacuation of Personnel X Note: Approx. 5 personnel will be evacuated to demonstrate capability. .
- 10. Reactor Building Evacuation X
- 11. Onsite Emergency Medical Assistance to Injured Person X
- 12. Phone Call Notifications to '
Hospital X
- 13. -Phone Call Request for Ambulance - X Note: Site ambulance may be utilized in lieu of notifying an outside ager.cy.
- 14. Dispatching of Response Teams (Radiation Monitoring, Fire Brigade,.
Repair, etc.) X
*This lis't of items denotes the level 'of. participation that may result if such action is requested or directed by the participants in-response to scenario situations. It is not intended to be an absolute list of actions that will be taken.
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OCNGS ANNUAL EXERCISE 1984 ATTACFNENT A A-4 EVENT TIME LINE AND ANTICIPATED RESPONSE T-Time Clock Time Activity / Response T= -15 3:45 PM Exercise Pre-brief for Shift Personnel T=0 4:00 PM Control Room personnel experience what appears to be a small earthquake (.lg). No immediate alarms or indications of damage are seen at this time. The Group Shift Supervisor declares an UNUSUAL EVENT emergency action level, assumes the position as Emergency Director and dispatches equipment operators to check for equipment damage. ,Ov T=2 4:02 PM The Control Room is informed that an injury has occurred at the irtake structure. No contamination is involved. An electrician was working on the exciter on top of Circulating Water Pump 2 and fell off. He is unconscious but breathlog-(very shallow) l and no external bleeding'is evident. Pupils are equal and non-reactive., Vital signs are: blood pressure-220/40; pulse-70; respirations-8. The i Reactor and Turbine Building operators should be dispatched to check for equipment damage. No major damage will be .found at this time. T=15 4:15 PM - "CRD TEMP HI" (H-5-c) alarm is received. Check of CRD Temp recorders on Panel 8R shows 2 (26-27 and 30-31) rods with temperatures about 250 degrees F' and the rest are slowly rising (due to leak in ,_O. return 11ne), a-3 r - y---
OCNGS ANNUAL EXERCISE
-w 1984 U
ATTACHMENT A A-4 EVENT TIME LINE AND ANTICIPATED RESPONSE T-Time Clock Time Activity / Response CRD System Parameters: System Flow - 65 gpm Charging header press - 1525 psig Drive header press - 75 psid Cooling header press - 5 psid Drive header flow - 0 Cooling header flow - 22 gpm (1/2 of normal) Return to Reactor - 40 gpm (2 x normal) I Note Operator should attempt to increase cooling water () flow by throttling NC-40 shut to restore cooling header flow and pressure to normal limits (10-20 psid, 30-45 gpm). He should also return the CRD Drive header pressure to normal. This will cause
,more hot reactor water and less cold CRD return water to leak from crack in -line. .
T=20 4:20 PM "DW PRESS HI/LO" (C-3-f) alarm is received on panel 1F/2F. Recorder on 12XR reads 1.32 psig and slowly increasing. Note Alarm response procedtre instructs operator to vent
, the drywell in accordance with Procedure 312 to
- -maintain 1.2 to 1.3 psig in the drywell. This will l- beLsuccessful, but the vent valve will.be open nearly continuously. Drywell temperature is still j' ,, normal. The unidentified leakage recorder and alarm-l (,,) ~
on 3F'is to be assumed faulty and displays a normal leakage of 3 gpm.. a-4
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1984
- ATTACINENT A A-4 EVENT TIME LINE AND ANTICIPATED RESPONSE T-Time Clock Time Activity / Response T=30 4
- 30 PM A Radwaste Control Room Operator reports the DW sump pump integrator indicates about a 50 gpm leak rate. An ALERT Eme'rgency Action Level is declared and a normal reactor shutdown commenced in accordance with Procedure 203.1 and 203.2.
1 Note If GSS attempts to scram the reactor, a failure of the
- start-up transformers will be postulated. This will force a shutdown to self-sustaining only. TIP traces Q'
will be required to check for PCIOMR and MCPR limitations and the shutdown will be slowed up based on this (limit to 5MWth per minute and use recirc flow until 60% power vice inserting rods). T=90 5:30 PM The Technical Support Center should be. manned by now. A second, more severe tremor (0.2g) occurs'resulting in a loss of offsite 34.5 KV power. Both start-up transformer feeder breakers trip- (if not simulated already). The- following alarms are received: "86A/SA DC LOST" (S-2-b), "86A/SB DC LOST" (S-2-c), "SA VOLTS LO" (S-3-b), "SB VOLTS LO"-(S-3-c), "SA TROUBLE" (S-7-b), "SB -TROUBLE" (S-7-c) . Both Emergency Diesel Generators should start and idle, if not already running per above note. Start-up transformer bank'S may be 're-energized after control; power fuses are replaced, but after torus ruptures. v a-5'
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OCNGS , ANNUAL EXERCISE 1984 1. . ATTAC:*4ENT A
-4 EVENT TIME LINE APO ANTICIPATED RESPONSE i
' T-Time Clock Time Activity / Response T=95 5:35 PM Diesel Generator I cubicle fire alarm is received on the Control Room master fire alarm panel. The fire is due to a leak on the fuel line and both
{ diesels trip, apparently disabled. Initiate Fire p Scenario (Attachment C-1). "EDG 1 DISABLED" f (T-4-b),'"EDG 1 ENG. TEMP HI" (T-6-b), "EDG 2 DISABLED" (T-4-f), and "EDG 2 ENG TEMP HI" (T-6-f) alarms are received. Diesel Generator Il may be restarted, if attempted. A SITE AREA EMERGENCY h Action Level should be declared and Accountability initiated. Note With both emergency diesels apparently out of. service and both start-up transformers apparently out of service, the~ impending reactor scram and
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j generator < trip would result in complete loss of all-AC power. Normal reactor shutdown to self
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f sustaining should continue.- T=100- 5:40 PM "SHELL A HI/LO" (C-6-a) alarm is received r'or' Isolation Condenser "A". Indicator on-1F/2F reads
. 7.1 ft. and slowly dropping; Condenser "B" level .is normal..' Operator should attempt to refill Condenser "A" per Procedure 303 until the-Reactor-
. Building Operator reports the low level is due to a d
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1 OCNGS ANNUAL EXERCISE
- p. 1984 C .
ATTACFNENT A A-4 EVENT TIME LINE Ato ANTICIPATED RESPONSE T-Time Clock Time Activity / Response Note Several other alarms will be received, but will have little effect on continued plant operation: a) " SURGE TA W LEVEL LO" (D-6-b) alarm received and clears, b) " VIBRATION HI" alarms are received for recirc pumps "B" and "D". Alarm for "D" pump cleais when reset, but stays in for "B" pump. Operator O ' shou 1o ro12o appropriete e1er= resnoose - procedure to eventually secure pump per Procedure 301. Operator should consider effect on clean-up per Procedure 301 precautions. c) Augmented Off Gas System will. trip, isolate and bypass valve (V-7-31) will open as expected, d) " FEED PUMP TRIP A" (J-1-d) alarm received. Pump has tripped, but is of no concern since plant should be less than 70% power due to continuing shut down. e) " TUBE SHEET C0f00CT HI" (K-7-b) due to small tube leak in condenser."A". f) " COMP 1 TRIP" (M-4-a) due to air compressor ( tripping. Back-up compressor comes on line satisfactorily.
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ATTACFNENT A A-4 EVENT TIME LINE AND ANTICIPATED RESPONSE i T-Time Clock Time Activity / Response g) " AUX OIL PLNP RUNNING" (M-4-e) due to pump auto starting on an intermittent low pressure. Operator should secure pump after verifying proper oil flow and pressure from shaft driven oil pump. h) "PLNP AUTO START" (Q-2-f) due to running, TBCCW pump tripping and standby puap coming on. Pump may be restarted, if desired.
- 1) " BAT Cift B TRIP" (U-2-e). Operator should place
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static charger on DC bus "B". j) "DC-D PWR XFER" (9XF-3-e) ABT transferred to DC bus "A" for no apparent reason. Operator should have ABT returned-to its normal supply.DC bus."B". T=120 6:00 PM .A third tremor (.3g) occurs and results in'a c'omplete break of the CRD return line in.the'drywell. Fuel damage occurs ~in some Gadolinium type fuel rods ~due to
. exceeding PCIOpft limits on shutdown combined with seismic - forces. The plant scrams and isolates as"~
expected. A bus fault (ground)-occurs on 4160V bus "D" as noted by. alarms:
"MN BRKR D TRIP" (T-1-e)-
"MN BRKR D OL. TRIP" (T-2-e)
" BUS D VOLTS LO" (T-3-e)
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-"EDG 2 OV/GtO":(T-3-f)'
-Emergency. Operating Frocedures should be entered at-
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~. . - . - . - - . . OCNGS ANNUAL EXERCISE 1984 J
- ATTACWENT A A-4 EVENT TIME LINE AND ANTICIPATED RESPONSE T-Time Clock Time Activity / Response Note Containment Spray System I is tagged out of service with both the drywell and torus spray valves stuck open ano System II is disabled due to the bus "D" ground fault.
The LOCA will cause a rapid uncontrolled Drywell and Torus pressurization to about 38 psig and then slowly climb to 50 psig in 5 minutes. This is much faster than real life, but 5 minutes was selected for simulation purposes. T=125 6:05 PM Operators should attempt to lower reactor pressure via {} Isolation Condenser "B" and EMRVs to reouce leak rate into drywell. The blow down stress combined with the 50 psig pressure stress breaks the torus near a ventilation duct suction above the Southwest corner room (break of torus vent line at torus to vent pipe weld). E0Ps prevent venting containment due to drywell temperature greater than 212 degrees F. A GEERAL EMERGENCY Action Level should be declared and Site Evacuation initiated, if not directed earlier. T=127 6:07 PM- Electrician replaces control power fuses for start-up transformer bank 5 in panel 12 F and operators may re-energize 4160 V buses "A" and "C". Tags on Containment spray System I should be cleared and drywell sprays initiated. Core spray should auto start or fire water injection could be used. Fuel should never become uncovered. The Standby Gas Treatment System should auto () start and atmospheric release occurs through the stack. a v OCNGS ANNUAL EXERCISE 1984 0- . ATTACHMENT A l A-4 EVENT TIME LINE AND ANTICIPATED RESPONSE l T-Time Clock Time Activity / Response , T=130 6:10 P.M. to T=245 8:05 P.M. From now until drill termination, the reactor plant parameters will be fairly stable and any changes in plant status will be provided by the drill controllers, as required. The release of radioactivity will cor.tinue through the stack at a constant rate until 8:05 P.M. and then terminate. O' Stack release assumed to terminate. Accident T=245 8:05 P.M. assessment and long-term planning should continue through the night. Contamination and high radiation will preclude reactor building entry for other than short term emergency , access, i I i 3 o L) i a-lo 1
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l OCNGS Ai4NUAL EXERCISE 1984 ATTAC K NT B-1 SOURCE TERM Ato METEOROLOGICAL DATA I. T=0 4:00 P.M. A. Meteorology.
- 1. 380 Feet Wind Speed: 8.8 mph Wind Direction: 85 degrees Delta T (380-33): -1.8 degrees F
- 2. 150 Feet Delta T (150-33)= -0.5 degrees F
- 3. 33 Feet O '
Wind' Speed: 6.4 mon-Wind Direction: 87 degrees i B. Source Term: As Found l l l-O - 4 1 of ll ,
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" 84
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l - ATTACENENT B-1 SOURCE TERM AtO METEOROLOGICAL DATA 1 i II. T=15 4:15 P.M. d i j A. Meteorology 380 Feet l. Wind Speed: 8.0 mph $ Wind Direction: 82 degrees Delta T (380-33): -1.5 degrees F 1 ! 2. 150 Feet
- Delta T-(150-33)= -0.6 degrees F
- 3. 33 Feet i O Wind Speed: 4.0 mon
! Wind Direction: 83 degrees B. Source Term: As'Found: 1 l I f I l l l l l l l t d
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l l OCNGS ANNUAL EXERCISE 1984 ATTAC N NT B-1 SOURCE TERM AND METEOROLOGICAL DATA III. T=30 4:30 P.M. A. Meteorology
- 1. 380 Feet' Wind Speed: 8.2 mph Wind Direction: 75 degrees Delta T (380-33): -1.5 degress F
- 2. 150 Feet Delta T (150-33)= -0.45 degrees F
- 3. 33 Feet O
Wind Speed: 3.0 e Wind Direction: 73 degrees B. Source Term: As Found 9 O 3of'il-t ,[ -
OCNGS ANNUAL EXERCISE e
,' 1984 ATTACFNENT B-1 SOURCE TERM Ato METEOROLOGICAL DATA IV. T=45 4:45 P.M.
-A. Meteorology
-1. 380 Feet Wind Speed: 6.4 mph Wind Direction: 67 degrees Delta.T (380-33): -1.48 degrees F
- 2. 150 Feet Delta T (150-33)= -0.55 degrees F
. 3. 33 Feet Wind Speed: 4.8 mph Wind Direction: 70 degrees B. Source Term: As Found 6 ' %):
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a. 2 ATTACl+4ENT B-1 SOURCE TERM AND METEOROLOGICAL DATA V. T=60 5:00 P.M. I A. Meteorology
- 1. 380 Feet
- Wind Speed
- 6.1 mph j Wind Direction: 60 degrees j Delta T (380-33): -1.3 degrees F r
l . 2. 150 Feet Delta T (150-33)=- -0.60 degrees F f l S 3. 33 Feet , ! Wind Speed: 5.3 mph Wind Direction: 58 degrees ir i B. Source Term: As Found i i I i I
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-SOURCE TERM AND METEOROLOGICAL DATA ;. VI. T=75 5:15 P.M.
i r l A. Meteorology ,
- 1. 380 Feet f j Wind Speed: 5.7 mph ;
Wind Direction: 55 degrees l Delta T (380-33): -1.25 degrees F 4 i
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) { Delta T (150-33)= -0.48 degrees F i i t 3. 33 Feet ' O Wind Speed: Wind Direction: 5.2 mph' 53 degrees -
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, OCNGS ANNUAL EXERCISE 1984
{] ATTAC H NT B-1 SOURCE TERM AND METEOROLOGICAL DATA VII. 1=90 5:30 P.M. i A. Meteorology
- 1. 380 Feet Wind Speed: 4.43 mph Wind Direction: 46 degrees Delta T (380-33): -1.18 degrees F
- 2. 150 Feet Delta T (150-33)= -0.45 degrees F
- 3. 33 Feet Wind Speed: 4.02 mph Wind Direction:. 44 degrees B. Source Term: As Found 6
'O '
7 of 11
_ , . _ _ . . . ~ . l OCNGS t - ANNUAL EXERCISE l 1984 ATTACl44ENT B-1 SOURCE TERM AND METEOROLOGICAL DATA VIII. T=105 5:45 P.M.' (' A. Meteorology f 1. 380 Feet Wind Speed: 3.20 mph Wind Direction: 35 degrees Delta T (380-33): -1.1 degrees F
- 2. 150 Feet Delta T (150-33)= -0.40 degrees F
- 3. 33 Feet Wind Speed: . 2.6 mph Wind Direction: 30 degrees B. Source. Term: As Found b
1 O
- 8 of 11 -
r
OCNGS ANNUAL EXERCISE 1984 ATTACFNENT B-1 SOURCE TERM AND METEOROLOGICAL DATA IX. T=120 6:00 P.M. to T=240 8:00 P.M. A. Meteorology
- 1. 380 Feet Wind Speed: 2.2 mph Wind Direction: 25 degrees Delta T (380-33): -0.75 degrees F
- 2. 150 Feet Delta T (150-33)= -0.20 degrees F
- 3. 33 Feet Wind Speed: 3.0 mph Wind Direction: 27 degrees B. Source Term:
- 1. Isotopic Concentration T=125 6:05 P.M. to T=240 8:00 P.M.
Isotope Concentration (MC1/cc) Kr - 88 6.80 E-01 Xe - 133 3.14 E-01 Kr - 87 1.96 E-01 Xe - 135 1.42 E-01 Kr - 85m , 9.95 E-02 Xe - 135m 7.93 E-02 Xe - 133m . 1.66 E-02 Kr - 85 2.29 E-03 I - 131 5.0 E-03 I - 133 5.0 E-03 q 2. . Stack Flow Rate = 1.35 E + 05 cfm V 3. Estimated duration of release = 2 hours 9 of 11
l OCNGS ANNUAL EXERCISE () . 1984 ^ ATTACHMENT B-1 ! SOURCE TERM AND METEOROLOGICAL DATA 1 ? X. T=240 8:00 P.M. to T=420 11:00 P.M. l. A. Meteorology f i 1. 380 Feet j Wind Speed: 2.2 mph Wind Direction: 24 degrees Delta T (380-33): -0.95 degrees F
- 2. 150 Feet j Delta T (150-33)= -0.30 degrees F 4
- 3. 33 Feet Wind Speed: 2.0 mph l Wind Direction: 25 degrees 1
3 B. Source Term: As Found 4 i j .. l t i i 4 t O . j 10 of 11
OCNGS ANNUAL EXERCISE 1984 l;
~
ATTAC E NT B-1 SOURCE TERM AND METEOROLOGICAL DATA XI. T=420 11:00 P.M. to Termination A. Meteorology
- 1. 380 Feet
) Wind Speed: 15 mph Wind Direction: 30 degrees Delta T (380-33): -2.0 degrees F
- 2. 150 Feet Delta T (150-33)=- -0.50 degrees F
- 3. 33 Feet Q
Wind Speed: Wind Direction: 14 mph 25 degrees B. Source Term: As Found i f u . i I L t ? - l i I f.- 11 of 11 ~
--_-.----__-,-----------.---A
1 OCNGS ANNUAL EXERCISE (-}
' 1984 ATTACHMENT B-2 OATE: 5-10-84 MONITORING POINT: SSW-2 OYSTER CREEK NUCLEAR GENERATING STATION OFFdITE MONITUHING TEAM 5 FIELD OATA General Area Sample Radiation Levels Filter-Absorber Bare-Absorber Background Time (ow) mR/hr (cw) countrate (FAcpm) countrate (Acpm) cpm 1800 40.1 4 0.1 4 MOA 4 MOA As Found 1830 d0.1 40.1 1845 180 90 1900 175 95 1915 170 90
- 0. 1930 165 _
90 1945 175 95 2000 180 95 2015 175 95 2030 170 90 l 2045 140 95 2100 40.1 4 0.1 2115 40.1 4 0.1 2130 40.1 4 0.1 2145 4 0. l' . 4 0.1 2200 4.0.1 4 0.1 to Termination /.0.1 4 0.1 v v V 1 of 7
s OCNGS i s ANNUAL EXEHClbE l l_j' 1984 1 ATTACHMENT B-2 DATE: 5-10-84 MONITORING POINT: SSW-4 OYSTER CREEK NUCLEAR GENERAllt0 STATION OFFSITE MONITORING TEAMS FIELD DATA _ Germal Area Background Sample Radiation Levels Filter-Absorber Bare-Absorber Time (ow) mR/hr (cw) countrate (FAcom) countrate (Acpm) cpm 1000 /. 0.1 , 40.1 As Found As Found As Found
/. 0.1 l. 0.1 As Found As Found As Found 1830
/.0.1 40.1 As Found As Found As Found 1845 1900 _ d. 0.1 / 0.1 As Found As Found As Found As Found 1915 40.1 ,f0.1 As Found_, As Found
(/
)
1930
-s
>200 _
7_50 ____ 7500 6500 100 100 1945 >200 775 7000 6500 750 6500 6500 100 2000 7200 725 6000 6000 100 2015 7 200
'i50 6000 5500 . .100 2030 7 200 725 5850 _ 5500 100 2045 >200 750 5600 5000 100 2100 7 200 750 4500 100 2115 7 200 __S400 725 5200 4000 100 2130 7 200 ,
4 0.1 As Found As Found As Found g45 _/ 0.1
/.0.1 / 0.1 As Found As Found As Found 2200 t.u 4 0.1_, , A; Found As Found As Found Termination ,/.,O'.1 c
A 2 Of 7
UCNGS ANNUAL EXERCISE O 1984 V ATTACHMENT B-2 DATE: 5-10-84 MONITORING POINT: SSW-SA OYSTER CREEK NUCLEAR GENERATING STATION OFF5ITE MONITORING TEAM 5 FIELO OATA General Area Background Sample Radiation Levels Filter-Absorber Bare-Absorber countrate (FAcpm) countrate (Acpm) cpm Time (ow) mR/hr (cw) As Found As Found 1800 to /0.1 40.1 As Found As Found As Found 1945 4 0.1 40.1 As Found 1.3 50 60 10 2000 2.0 1.8 1.2 50 50 10 2015 1.4 50 50 10 2030 2.2 O , 2045 2.0 1.2 40 50 10 1.7 1.1 40 40 10 2100 1.9 1.3 40 40 10 2115 1.8 1.3 40 30 10 2130 _ 1.4 40 30 '. 10
.2145 2.2 .
1.3 30 30 10
-2200 2.0 4 0.1 40.1 As Found As Found As Found 2215 to As Found As Found As Found Termination 4 0.1 4.0.1 WEWRWD 3of7
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, /,'/ OCNGS : -
/ ANNUAL EXERJJSE
.'.\ _
r. 25'84 i' -
. n ATTACHMENT B-2
~
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- L' ,' "
DATE: 5-10-84 MONITORING POINT: 55W-S i - ,. . s/ ,
, [ ./ .
OYSTER CfEEK t0CLEAFE GEERATING STATION -
, OredITE MONITORING TEAMS -
~
/ *c FIELD DATP/.. !
~
/
7
/
^. '
' General Area / .-- s. _
Sample Radiatior, Levels Filter-Absott>er. b re-Esorber- Background Time ~ (du)' ndhv (cw) countrate (FAcpm) icouritr at'e (Acpim)I cpm 1800 4 0.1 40.1 4 MDA .VJ i 4 MDA - C ,, ._ ras Found j - u- _
- l. 0.1 ~ 40.1 Z mfv - 4 MDA > As Found to ,,s ,
Termination 4Al' /. 0.1 4 NOA s
#' A MCA! As Found
*'+a6 /
4 ,
- p. rf" J l s, e-p *
/
8
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j, p 4 f ,' l
/* sJ -
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OCNGS ANNUAL EXERCISE v 1984 ATTACHMENT B-2 DATE: 5-10-84 MONITORING POINT: SSW-7 OYSTER CREEK NUCLEAR GENEF.ATING STATION OFFSITE MONITORING TEAMS FIELD OATA General Area Background Sample Radiation Levels Filter-Absorber Bare-Absorber Time (ow) mR/hr (cw) countrate (FAcpm) countrate (Acpm) cpm L 0.1 4 0.1 / MDA 4 MDA As Found 1800 to 4 0.1 / 0.1 2015 d 0.1 4 0.1 2030 4 0.1 1 0.1 2045 0 . 2100 2115 2130 2145 2200 2215 2230 2245 2300 to Termination s/ v v \/ \/ 4
~
(%,)) 5 of 7 t
OCNGS ANNUAL EXERCISE () 7_s 1984 ATTACHMENT B-2 DATE: 5-10-84 MONITORING POINT: SSW-10 OYSTER CREEK NUCLEAR GENERATING STATION OFFSITE MONITORING TEAMS FIELD DATA General Area Sample Radiation Levels Filter-Absorber Bare-Absorber Background
. Time (ow) mR/hr (cw) countrate (FAcpm) countrate (Acpm) cpm 1800 4 0.1 /. 0.1 / MDA 2 MDA As Found to 2100 _
2115 s/ h r sf 2130 30 30 10 2145 30 33 10 2200 30 20 10 2215 30 20 10 2230 20 30 10 2245 20 20 10 2300 20 20 10 2315 to _
/ MDA AMDA As Found i Termination N/ \/ / MDA 4.MDA As Found i
! ..O) s_/ 6 of 7
ULNGS ANNUAL EXERCISE 1984 ATTACHMENT B-2 f-DATE: 5-10-84 ! ' MONITORING POINT: SSW-10A ! ' OYSTER CREEK NUCLEAR GEERATING STATION OFFSITE MONITORING TEAMS FIELO DATA General Area 4 Sample Radiation Levels Filter-Absorber Bare-Absorber Background Time (ow) mR/hr (cw) countrate (FAcpm) countrate (Acpm) cpm 4 0.1 MDA As Found 1800 to 4 0.1 MDA 2145 MDA MDA As Found 2200 150 140 10 i 2215 140 140 10 2230 140 130 10 2245 '130 130 10 2300 120 120 10 - 2315 to 4.MDA Z MDA As Found Termination s r -i / 4 i O 7 of 7-
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OCNGS i ANNUAL EXERCISE 1984- , O 1 I l 1 l i i O ATTACINENT B-3 RMS DATA SHEETS I e. a I l 1 O l l
A'1"rACllMENT D-3 3
- 1 -
RMS DATA S!!EETS k ,4 T=
.O-Time: Lj Oo p,g -. -
l
' mr i Area Radiation Monitor Code b r- -
l Adm llidg Ent to Turb Uldg A-1 0.03 Access to Cantrol Room Reac t o,r, _ con t ro L noom _A 3_ .,
,3, O.03
,o ,qo STACK CAS MONITOR (HIGH CH) 500 - cps j Turb Oper Floor Ent A-4 3. O_
; t.aundry and Decon Auca _:A-5 0,7~ ~
; T 2 b l W.U'il~EM ip Area A-6 4_Q j R_ui Pump Area A-7 G.0 OFF-GAS AIR EJECTOR MON 1TOl< (li t Gil Cit ) - SOO mr/i C'ndensate Pump Area
,A- s q.o I C nd Demin Valve Area A-9 J3,p_j R:geberation Area A-10 QOg, * (g g Make-up Demin Area B-1 Jo,,,, 1 MAIN STEAM LINE MONITOR (Il1Gli Cil) p (./ Inu T.N Air CEupe Area ,[3-:3 ,O.A '
Ndwaste Pump Itoom 14 - 3 c'A O Q,i
- dwaste Control Itoom B-4 7. 0 !
ladwaste Conveyoc Atule , B- 5 90,o_ ; l: Radwaste Store and Ship 513 - 6 _10,,, I Tip Valve Area B-7 __S.O
- Personnel Luck U-8 ]. O It* actor Oper Floor Area B-9 '70
- Reactor Equip Drain Tank L3-10 JDD-i Clean-un Sys Putnp Area _C- 1 3d~(
Fuel Pool Filters C-2 t{o.O Cmernency Cond Area C-3 I f.Oj
'. Shutdoan llest Exchg c-4 80g Spent _Fuel Pool Area 1_q 3 ,Q,.'
l.1qutd Poison Sys Area C _6J, ,1,g ,
. Control Rod Drive Module C-71 Q .0 1.\ir diectors Area C-8_{q,Q}
.uel Pool (Low Range)
_C-9 , , ,3 . 0, , 7c.1 Pool. (Ili gh llan..e) . _
- ',- 10 , , l 0. 0 4ent Spray llx A EFF j','- l ', o,'7
' font Spray lix B EFF jd,,,gf, , ,
_, - 3 l g a p P l Cont Spray lix C EFF
; Coat spray llX D EFF __
,P_ ,4,, ,,,lty,O, l
Vent Manifold Rad Mon Ch 3 P-5' l . O__ Vent ' anifold Rad Mon Ch __'. P-6j_gp_ ? Conj Vent 1 Rad Mon Ch 1 _P -71,Q,,Q. .
- Conj Vent 1 Rad Mon Ch 2 P-81 OA l yy Y+ t 2 Rad Mon Ch 1 p-9 0 ~4 q
,j dond "ent 2 Rad Mon Ch 2 P-lQQ_. '! Se; vue Untm Diu :fon _P _1.:
!D-1 10.Q MO.) CPS
...). CPS
'{ ii
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-OCNGS
. ANNUAL EXERCISE 1984 TABLE OF CONTENTS 1.0 TITLE.
2.0 SCHEDULE OF EVENTS
- 3.0 PURPOSE 4.0 OBJECTIVES 5.0 PARTICIPATING' ORGANIZATIONS ONSITE 6.0 PARTICIPATING ORGANIZATIONS OFFSITE 7.0 ORILL OBSERVERS 8.0 SUWARY ATTACWENTS-A. DETAILED SCENARIO
~ A-1 PRE-EXERCISE BRIEFING A INITIAL COPOITIONS A-3' SIMULATIONS '
A-4' EVENT TIME LINE APO ANTICIPATED RESPONSE B. SUPPORTING DATA B-1 SOURCE TERM APO METEOROLOGICAL ~ DATA-
- B-2 0FFSITE MONITORING OATA B-3 RMS DATA' SHEETS B-4 PLANT STATUS DATA SHEETS B-5 FLOOR PLANS,
-B-6 ONSITE SURVEY MAPSL .
B-7 PREPOSITIOED EXTRA EQUIPMENT . 3 -l B-8 CHEMISTRY SAMPLE. DATA-
= B-9 MESSAGE CAROS 1
1 C.- . MINI-SCENARIOS H C-1 ' FIRE SCENARI0' C REMOTE ASSEPELY AREA. -, l
. 'g ' '
4 ATTACilMENT B-3 r (-
- , RMS DATA S!!EL*1'S l
T 15 Timai 't 15fc1 l P.lE., ) ~ Area Radiation Monitor Codo h r-Adm llidg_ Ent to Turb lilda A-1 0.03_ --- - f Accym to Control Room l i Reactor Control Koom 3_ ., A_g o.03] og' l' 1 urb Opur F Gor Ent _ A-4 h . 0 ,, STACK CAS MONITOR (HIGH '.;H) _ 500 cps Laundry and Decon Auca :A-5 0, '7_~ h Turb LTWiTEWip Area A-6 y,Q l P d Pump Arca A-7 6.0 e Condcasate Pump Area A-8 90 OW-GAS AIR EJECTOR MONiTOtt (ll1Gli Cli>lO-- - d ! C nd Demin Valve Area A-9 JQ_ @ Reg baration Area A-lO QQ4 ( Male-up Domin Area _B-1 yo,_,,1, MAIN STEAM LINE MONITOtt (li1Gli Cil),[, , UNIT. Air C;mpr Arca B-2 OJ J R".dw nte Pump Room 3_3 po_qj ww~2to Control lloom B-4 7. 0 ! _ m te Conveyor Aislo
, . B- 5 90,0 ;
Radw*nte Store and Ship *B-6 3 .0 - Tip Valve Arca B-7 S.O ' , P rs~nnel Lock B-8 J.O $ R actor Oper Fluor Area B-9 ~} .0 R actor Equip Drain Tonk B-lO 2 00 j Clean-up Sys Pump Area ;C-1 'Id[5~ D Fuel Pool Filters C-2 40.O: Cmernoney Cond Area C-3 t C,0j !. Shutdo.m liest Exchg c-4 SO,Q_ f Syent Fuel Pool Area 1_5, . 3.1'. Liquid Poison Sys Area 1- 6 , , l ,p,, lControlRodDriveModule .C- 7,1 2.0 . pie diectors Area C-6 _SA,Q_}
!!;'uel Pool (Low Range) _C,- 9, , , "$ .. O. . ,
'i'ocl Pool (Iliph Rani,u) 2-101 00
' Cont spray lix A EFF _
[lL-l' lo,7 , Cont Spray llx B EFF ,P- 2_ ,,, g,,(,, , ;
- h. Cont Spray llx C EFF _P-3l 20 o 1 Cont spray llX D EFF P-4 I 83.0 l Vent Manifold Rad Mon Ch 3 P-i ~l~l'.'D "
Vent Manifold Rud Mon Ch 2 P-6LdQ,,1 l Cond Vent 1 Rod Man Ch 1 ,P, , ,,71,Q,,Q,, , C Cond Vent 1 Rad Mon Ch 2 _ P - 8 i O .fg,__. '. C-.d "ent 2 Rad Mon Ch 1 p-9 0, *2, nd Vent 2 Rad Mon Ch 2 P-10 _,LQ__j i, [ ServiN Uarer Dise non _P- 1,: ,[0_Q , ,,,l,
! D-1: 6.5Q.! CPS CPS 1 !OC C'! 91.;c-."oniem-1 f
l
gt-%__ T** '4* * " " ' ' " * "# # i
' 1 1
'^
, ATTACl! MENT D-3 *
('^ RMS DATA Sil4ETS j { T= 3 0 Time: 4 130 f_/4 mr Area Radiation Monitor Code hr Adm Lildg Enc to Turb bldg A-1 0.03 - - - Ac:'s3 to Control Room 3_ .3 o.o3 ucactor control w om A-2 ~O d C 500
'Aurb Oper Ploor Ent A-4 Laundry and Decon Auca A.O . STACK CAS MONITOR (HIGH CH) CPS
- A-5 0,1~
Turb LW6iTEWi'i> Area A-6 y ,t/ P d Pump Arca A-7 6.0 i Cond';nsa te Pump Area A-8 90 OFF-GAS AIR EJECTOR MON 1 TOR (ll1Gli C11) Q gh~ C nd Demin Valve Arca A-9 JQ_ Q Reg.baration Area A-10 QO, o l Hale -up Domin Area ,u-1 y,o , ,,1, MAIN STEAM LINE MONITOR (ilIGli Cil) UN PP.S
- Air C:mpe Area n-2 ,01 _,
o Ra_dwac,te Pump Room g-3 gog,i. 9tc Control Room B-4 7.0 ! REUwance Conveyor Aisle . B- 5 90,0 i Radwaste Store and Ship 'B-6 3.0 Tip Valvo Arus .B-7 9.0 ' P' rs*nnel Lock B-8 l.0 R actor Oper Ploor Area B-9 70
- Reactor Equip Drain Tonk B-10 ADO Clean-up Svs Pump Area Fuel Pool Filters
_C- 1 C-2
~Id
&fo.O '
dmergency Cond Area C-3 IQj Shutdoan liest Exchg c_4 80.O; Spent Fucl Pool Arca 1_5, _,1.[Q , Lieutd Poison Sys Area
, Cont: ol gd Drive Module 16 ,1.p, ,
_ _C- 7, 3 .0 . pie idectors Arca C-8 _ Sg,p]
;'uel Pool (Low RanRe)
_C ,9, . , , ,1. o, ,,
'Fuci Pors1. (Ili;.th Hanqu)
E-101,l0.0
' Cont Spray lix A EFF
,P-1,,,o,7 ,
Cont Spray llx B EFF Cont Spray lix C EFF _-2 P_ ,, _gf, ,,; P-3I ga o Cont Spray llX D EFF IP-i ,11 0 Vent Manifold Rad Mon Ch 3 P-5 10 Vont M.:nifold Rud Mon Ch 2 P-6j_AQ,,1 Cond Vent 1 Rad Mon Ch 1 P-71,Q,,Cl,, j Cond Vent 1 Rad Hon Ch 2 P-81 0 fa_..} d Vent 2 Rad Hon Ch 1 I' p-9 o, 't,
.d Vent 2 Rad Mon Ch 2 P-1(QQ_,
Servire Unter Dise Mon P-1,; .lO_Q _ .,l. CPS RSCC1.J L t!anirM ID-1P M O.I CPS ). t _____ _ _ _ _ . _ _
t i '
- ATTACl! MENT D-3 s ,
RMS DATA S!!EETS
. ~
T= 115 Timo 4:45 p.m l me i Area Radiation Monitor Code hr
. Adm Uldg Ent to Turb Bldg A-1 0.03 '
AccC':s to Control Room 3_ .3 0 03 ucaccor,controt noom A-3 _oM , turb Oper Floor Ent A-4 20 - STACK CAS MONITOR (HIGH CH) - b@_ CPS
}[1 Laundry and Decon Atca .A-5 o,
- Turb Lub Oil $ Wip Area A-6 nd' aeP sp Area qo . A R MONWOR (umi cu)MO WM Cond Demin Valve Area A-9 lQ Reg _biration Area A-10 QO, o ;
l Mak -up Domin Area _B-1 yo] MAIN STEAM LINE MONITOR (llIGil Cil)_ ' , , im.s T,s; . Air C:;mpr Area
" w'n3te Pump Room n-2 _0ll n-3 Roc i.
l _ .rcta Control Room B-4 7.'6 "! Radwnste Conveyor Aislo .B- 5 90,o ; Radteste Store and Ship IB-6 3 ,0 - g T*1p Valve Area . B- 7 g,0 ' P r$7nnel Lock B-8 j.O .
! R actor Oper Floor Area B-9 ~l .O ! Reactor Equip Drain Tonk B-10 700 l Clean-up Sys Pump Arua C-1 Yd75~
l Fuel Pool Filters C-2 40.0 ;. Ilmergency Cond Area ~ C-3 16,0 !
. Shutdo.in llcat Exchg ca 80, O_ i )
Sycnt Puol Pool Area C-J- ,J.,Q' , Liquid Poison Sys Area C-6 ,1,Q , Control Rod Drive Module ~ C-7 2 .0 . I Air idectors Area 38' SgQ] Fuel Pool (Low Range) _C,- 9, , , J ,.,q ,, l g t !?cci Pool (iii; h Runne) {-10j (0.0 l ICont Spray lix A EFF ,P-1,,,o,1 , j Cont Spray lix B EFF _-2 _P ,g, g ,,. Cont Spray lix C EFF ~__P3 .Qap
- Cont Spray itX D EFF P-4, 15 0,,
!' Vent Manifold Rad Mon Ch 3 P-Si 10 Vent Manifold Rud Mon Ch : P-6 llQ,1 Cond "ent 1 Rod Man Ch 1 P-71,Q, C)_ i t n ,J V e n t 1 Rad Mon Ch 2 C o__ P-8 I o.fa__,.j
..d Ve it 2 Rad Mon Ch 1 P-9 0.%
j vond Vent 2 Rad Mon Ch 2 P-10_LQ_; Suvi. c Uni try Diu Mon ,,P_ -1 J_OQ ....I CPS gc C. ' iu_. c, sa,t. n.- l D-li (85.0,,k CPS t .,
~ ~ . _ . ...
d i
} 7, ,
I E' ATTACllMENT D-3
,RMS DATA SHEETS t
..j l .
1 T= ( O Timo: 6:.-00 .. P, .A.1. , i l
.mr (
l l iArca Radiation Monitor code hr I h} Adm Bldg Enc to Turb Bldg A-1 0.03 i Acccss to Control lioom 3_7 o.03 . A-3 o,90' ncactor~ t.untrol noom turb Oper Floor Ent Laundry and" Decon Auca A-4 ~n . o,,,. _:A-5 o STACK CAS MONITOR (HIGH CH) = 5m CPS
. Turb LTb Oi1 P.Wip Arca Pc'd Pump Arca A-6 [d~'
A-7 6.0 i
,Q
.; C'ndsnsate Pump Arca A-8 40 OFF-GAS AIR EJECTOR MONITOR (illGil Cis ) 0 0 >*s/d C;:.nd Dcmin Valve Arca A-9 A-10 QO,0
}Q l Regtberation Area Mak'-up Domin Area B-1 yo __, MAIN STEAM LINE MONITOR (llIGli Cli), , , , ' , , u w ,t .g
'r Compe Area y _ oj i dwaste Pump Room B-3 J OQ,,j.
s Rrdwaste Control Room B-4 70 !
. Radwaste Conycyor Ain.le . B- S 90,0 i l
l Radwaste Store and Ship !B-6 3.0 Tip Valve Arca ,B-7 S.O ' P;rsonnel Lock B-8 l.0 i
't it actor Opor Floor Area B-9 "J .O Reactor Equip Drain Tonk B-10 200 Clean-up Sys Pump Arua .,C_- 1 ~Id75~
{ j.l ? Fuel Pool Filters C-2 81 0 . 0 :. Cmergency Cond Area ~C I C,0j Shutdoan llcat Exchg c_4 ' 80,01 Syent Fucl Pool Area g-J, ,,, g,,Q-L1guld Poison Sys Area C-6 ,, ,,l, , Q ,,, ,
! Control Rod _ Drive Module _ ,,C.- 7, 2.0 .
!.ur diectors Arca _C-8 Sq,Q,}
gue1 Pool (Low Ran?,c) _C, ,9, , , J ,sp, ,,
'?cel "orsl (Ilit h it4uptu) :'- 10. , , l 0. 0 ;i ICoat Spray lix A 2VF ,P-1,_o,,1,,
j Cont Spray lix B EFF P __ - 2 ,pf, ,. j , g Cont Spray lix C EFF l j Cdnt Spray llX D EFF P-3,j.gao P-4, ,_I_q O,; j Vent Manif old Rad Mon Ch 3 P-5i 10'
; Vent Manifold Rud Mon Ch : P-6 ij,,Q l
! Cond Vent 1 Rad Man Ch 1 _P,-71p,,C{ t ;
i 1 J Vent 1 Rad Mon Ch 2 P-e ! Qfg_,,,,j ! I'p.d Vent 2 Rad Mon Ch 1 pg o , 2, j Jond Veut 2 Rad Mon Ch 2 P-1dQ_; F Seevi a Unrm Di ;c llon P-1; ,l op ,,,,, CPS l gp i n ._ con,4,e n..
! P-14_6,$,Q.),l CPS j
t _ _ _ _ (
j
. rs a .
V ATTACl! MENT D-3
. ,RMS DATA S!!ECTS
.\
, a 1, .
t T- 75 Tiai 5 !s. Bet..
.ac Arca Radiation Monitor Code hr
'. Adm Bldg Enc to Turb Uldg A-1 0,03
! Accccs to Control lioom g_7 o.03 neactor~ UUntrol noom A-1 ~o,qo' Turb Opur Floor Ent Laundry and Decon~ Auca
,A-4
- A-5
$.O .
C - STACK CAS MONITOR (llIGH CH) 500 ~ CPS i Turb Cu M AT I Eln Arca
& d Pump Area A-6 A-7
[Q"' G_
, &/
4 C nd:'nsate Pump Area A-8 ,4,.0E t OFF-GAS AIR EJECTOR MONiTOtt (ll1Gli C11) l O O >< d C nd Demin valve Arca A-9 JT g l Rog_boration Area A-10 Q AO Mak..-up Domin Area ,B-1 yo_l, MAIN STEAM LINE MONITOR (lilGil Cil), , , , , , U N ,t at Air Compe Arca B-2 dwaste Pump Lloom
,adwaste Control lloom
_ Ol)' B-3 JO_C1 i B-4 7.0 !
. , Radwaste Conveyor Aisle . B- 5 90.0 i
- l Radwaste Store and Ship 90 - 6 3.0 Tip Valvo Area .B-7 S.O '
3 P^rsonnel Lock B-8 l .0
- d ! It actor Oper Floor Area B-9 ~7 0 l : Reactor Equip Drain Tonk B-10 JD0 fj Clean-up Sys Pump Area ,C ,1, 1[
v il Fuel Pool Filters C-2 40.0;
' Cmergency Cond Area C-3 16. 0,,j Shutdoan licat Exchg c_a 80.0i Sycnt Fucl Pool Area C-J, _,1.,Q *,
Liquid Poison Sys Area C-6 ,, ,,l Q., icontrol llod Drive Module C-7 Q .0 . f.\ir quetors Area C-8 _Sq,Q]
;','oel Pool (Low Range)
. _C,- 9, , , ,*3,, q , ,
'?cci Pool (Iligli llano,u) :'- 10, , , l 0. 0
. I icont spray llx A EFF ,P-1,,,0,7 Coat Spray llx B EFF P- 2_ ,
,,o,,6, ,,;
Cont Spray lix C EFF P ,3,1 g a o j Cont spray llX D EFF P- 4, ,_ty.,O,, i g Vent Manifold Itad Mon Ch 3 P-5t 10 i Vent Manifold Rad Mon Ch 2.P-6,jj,,Q,,1 l Cond Vent 1 Rod Mon Ch 1 _P-71,Q, C} t
] Qn,d Vent 1 Rad Mon Ch 2 P-8I 0.fo j
.)' ,g..id Yunt 2 Rad Hon Ch 1 P-9 _ Q l Cond Vent 2 Rad Mon Ch 2 P-1(dQ,J, Se evice Unter Di.m Mon P-U CPS g31'C' > w .:c ,uon.i.or D-l' ,10,Q....)I 05.O.. CPS 1
ATTACllMENT D-3
. RMS DATA SilECTS
.\ ,,
T== 9 0 Timo $l3 Q,pp . E Arca itadiation )fonitor Code he
, ! Adm 111dg Ent to Turb Ulda_
A-1 0.03
) Acctes to Control. Lloom 3_7 o.03 uoaccor_controt noom A-2 S20.
Turb Oper Ploor Ent A-4 p.o . -- STACK CAS MONITOR (HIGH CH) hb CPS o [d o Luundry and Ducon Atc.i :A-5 f i Turb LTb Oi1~P.W1T) Area A-6 ,Q
^ " " (" I CII}
C sa e Puip Arca _ 8 4 C nd Demin Valve Area R;giberation Area A-9 A-10
]T4 QC '
l tiaks-up Domin Area _-1B y, MAIN STEAM LINE MONITOR (ti1G' Cn) ' h
, , ~ " ' ' ' ' ~
UND 1r Compr Aron y _ogi
, , ,dwaste Pump Lloom 13 - 3 JOQi.
i ,,adwaste Control lloom B-4 7. 0 t
. R-dunsto Convoyor Att.lo . B- 5 90,0 j
' R-duasto Store and Ship *B-6 3 .0 Tip Valve Arca .B-7 9.0 -
+
Pnrsonnel Lock B-8 l .0 . t Itcactor Oper Ploor Area B-9 *? .O
. Reactor Equip Drain Tonk B-10 IDO l) Clean-up Sys Pump Area ,C - 1,,j,[
t ;l Fuel Pool Filters C-2' 40.O :.
? Emergency Cond Area C-3 i t;'. oj Shutdc.m llcat Exchg c_a 80, O _i S,p e n t Fuel Pool Area C- 5, ,,,1.A',
, Liquid Poison Sys Area
, C-6 ,,J g ,
icontrol llod Drivo Moduld _ _C-7, Q .0 . lair ductors Area C-8 J_Q,Q}
..,'oel Pool (Low Range)
_C, ,9, , , ,'j ,,,0, , , fc0i Pool (Iligh llanqu) {-10,,,l0.0 iCont Spray llx A EFP P-1, ,o,7 , ., (Cont Spray lix B EFF
,P-2 _O.4..'
Cont Spray lix C EPP P-3l 30 0 Cont Spray llX D EFF P - 4,, ,,l]. O Vent Manifold Itad Mon Ch 3 P-5 f .O Vent Manifold 11ad Hon Ch 2 P-6],Q,,,1 Cond Vent 1 Ilad Mnn Ch 1 _P-7AAS,, 8
*l g pdvent 1 Ilad Hon Ch 2 P-81 0 1 .j
'g". d V .* 2n Radt Hon Ch 1 p-9 o ~4 7
Jond Vent 2 Uad Mon Ch 2 M(dQ_,; I Se evir e U.wirr Di m Hon M'.mc_Lyaire. P-U35,Q.
'P-1: IOQ_...d. CPS CPS l
i 7 ATTACl! MENT D-3
,RMS DATA SilEETS a
l T- 105 Timo s 5146. P,.d.
.mr-.
I Aron Itadiation Monitor Code hr
~~-
l[. Ad, tildg Ent to Turb Bldg ~ A-1 o,o3
! Access to Control. Lioom 3_ .3 o o3 ee acaccoe Luntrot noom y pgg ' U f./( ) CPS
~
Turb Opur Floor Ent A-4 g,o STACK CAS MONITOR (HIGH CH) , 1.uundry and Ducon Auca A-5 0, A6 [,1~*~
~ ~
Turb LE W Al~D Wie Arca ,4f P d Pump Arca A-7 0.0 e "
^' "" " (" " " }"
Cond: nsato Pump Area A-G MY i C nd Damtn Valvo Arca A-9 }{ g
. Reg boration Arca A-10 Qp4 l
jp_,,l,
- Mak -up Domin Area B-1 MAIN STEAM LINE MONITOR (181011 Cn), , urug Air Compe Area n-2 OJ J i
dwastu Pump Lloom n-3 pogj
' ,adwasta Control lloom B-4 7. 0 !
. . Raduanto Convoyor Athle . B- 5 90,o ;
l l Raduasto Store and Ship 'B-6 3.0 j B-7 $O ~ TJ1 Valvo Aron r Personnel Lock B-B l . o_, 1 1 Itcuctor Opor Vloor Arua B-9 _'J .O 3 Reactor Equip Drain Tonk D-10 2 00 i ,l Clean-up Sys Pump Area ,g,- 1,1[ d Fuel. Pool P11ters C-2 40 O:. Cmenancy Cond Area C-3 tC.0,j Shutdo.m llcat Exchg c-4 80,O_i
@ent Puol Pool Area c- $, ,,,g,,Q*,
Liquid Poison Sys Area C-6 , ,,l1Q ,. , l Control llod Drivo Modulu ,,p - 7, _'1.0 .
! Air quetors Area C-8 A,Qj
(.luel Pool (Lou Rango) _C ,9 , , ,*j ,,,0, , , Teci Pors1. (Iliph Hani'u) , ::-10
, l0.0
;{' l Cont Spray llx A EFF ,P ,1,
,,,o[/ , . ,
5 Cont Spray llx B EFF _P,- 2 ..O.4. .. ' Coat Spray lix C EFF ,P- 3. I. 200 Cont Spray llX D EFF P-_4,,j,,l,t(o , Veit Manifold Itad Mon Ch 3 P- 51_ l .O
}.
Vcnc Sianifold Itud Mon Chj P-6QQ,1 Cond Vent 1 tiod Man Ch 1 _P- 71g,C),, ,1 g.gdvent 1 Rad Mon Ch 2 P-8;01,j I W. ,d " .'n t 2 Rad Hon Ch 1 P-9 _ o "A Jond Vent 2 llad Mon Ch 2 f _1Jd Q _, Servic, Unter ni u non P- U 10Q ,.,,.I CPS abCC' 31gc 1:on. tem- !D-1: 1 50.l CPS J_._..........,m..,......____, _____
'l ij N1"I'ACllMENT D-3 I! t/ h RMS DATA SilEETS l l y , , , , _ ,. . . . ~ . .. . . . . . . . . t .
)j .
, _. T= 1_2_0___ Tiir.o i GloC) P..M..-
I IlE-j Area Radiation Monitor Codo hr 1 Ad ,Uldg Ent to Turb Bldg A-1 C,f ,, _,
' ~~
Acc~:s to Control Room g_ ., o,f noactoe Cont _ rot Room ,,,A,- ), J , o_ , T rb Oper floor Eut Laundty and Ducon Ate.i A-4 J,0- -
.A-5 ~ f. O STACK CAS MONITOR (llIGH Cil) - 7bk CPS Turb Lub OfILWip Arun A6 03 ]
P ad Pump Arca A-7 J,Q_,,j Cond nsato Pump Area A-n 15 OFF-GAS AIR EJECTOR MONITOR (il1Gil Cit)- O mc/n' C nd Demin Valvo Area A-9 pp_ i Reg boration Area A-10 IQ,0 i , Mak g Demin Area B-1 g[ ] MAIN STEAM LINE MONITOR (IIIGil Cil)_ UNIT; Atr Compe Area ,g,.,1 _o, O Radu sto Pump Room B-3 JOQ,,i e Radw sto Control Itoom B-4 7,0 ! w sto Convoyor ;\tulo , B- 5 goj WE u*stu Storo and Ship i n _6, , 3,0,j Tip Valvo Area B-7 J,p_ i P'rs nnel Lock H-8 g It' ^ctor Opor Ploor Aregi ' B- 9 g,o_,' R^ actor E(pain Drain Tsuk in- 10 hq Clean-up Sys Pump Area ,C- 1 J l,0 i Funl Pool P11 tors C-2 40,0 t.mergency Cond Area C-3 t ho,j p Shutdo.fn lleat Exc h ',i c.4,83g S_ pent _Vuol Pool Area g g, ,, g.,O_ -
, Liquid Poison Sys Area C-6 1 0, ,
Contral llod Drivo Module C-7 $,0 Air Electora Area C-8 _gp_, i'_po1 Pool (Low Range) _C,- 9, , ,1(,p ,,; Pue1 "ool (11i .+h ita ni;u ) :-10 ll, o Mont Spray lix A EPP '~P- 1, , Q, , 0 , Cont Spray lix B EPP ,P-2 19,3 Cont Spray lix C EPP 33,o- _P-3 Cont Spray llX D EPP P-4 J40. i Vent Manifold Rad Mon Ch 1 P-5i_l6,0, _ Vent 'i c.n i fold Rad Mon Ch '; P-6]J, g, i l Con 1 Vent 1 Rod Ifon Ch 1 P ,74J,4, t Conj Vent 1 Rad Mon Ch 2 P-8t &p_j
$*;mi '/.' it 2 Rad Mon Ch 1 p-9
_l 4_ g' %! Vent 2 Rad Mon Ch 2 P-jj j L. W: v1 n 1.'a t av Di w ilon M CPS l41Cf/.! 111sc Walter 0-1: 3Q,,J,1G'70. ces 4 I .
\ . ATTACitMUNT H-3
; 1(MS DATA SHErrS T- l p _7_ T unc (,lo 7 B M ..
Note: C.S.H - Offscale Wigh L.T Arem Itqdiscion Monitor Codo hr Ad , Bldg Ent to Turb bida A-1 20.0 - - - - -- Accra to Control lloom 3_ ., 70, o Koactor CUntrol Koom 37 Turb Opur Floor Ent Laundry and, Ducy Atua
'~A {4_ ]gog,d A-5 ,,70, q ,
'.. STACK CAS MONITOR (HIGH Cli) _/. dh CPS Turb Lub Oi FEquip Area A-6 2]
Pecd Pump Area {(pgo', A-7 Cond n ate Pump Area A-n g5 OFF-GAS AIR EJECTOR MONITOR (il1Gil Cli) 750 mr/hr Cond Dcmin Valve Area A-9 _t(go] r Reg b ration Area A-10 yo, o ; Hak -up Demin Arca ,a- 1_ pj MAIN STEAM LINE MONITOR (IllGli Cil) 0. 5.H . uNres
~ " ~ ~ '
Air C:mpe Area y Joi Radw ' S tu Pump Lloom ti- 3 .200_.y Itadw'ato Control lloom n-4 7,pj P rto Conveyor Aisle , B- S 9101 Rdtmanto Store and Ship iB-6 ,,g,g _. Tip Valve Area B-7 gg Pers'nnel Lock B-8 ~ lle ctor Oper Floor Area B-9 ' R^ actor Equip Drain Tank B-10 , , , , , , , , _ Cl~an-up Sys Pump Area ;,,C_- 1 _ Funi Pool Filters C-2 . Emeritency Cond Area C-3 _ _! Shutdo.in llent Exchn y _ , , Sycnt Fuel Pool Area AS, , , , , Liquid Poison Sys Area C-6 . Control , Rod Drivo Modulu _ ,,C 7, %/, . lair ineetors Area C-8 Jo,Q,
- Puel Pool (Low Range) _C, ,9 ,Q,5){ .
Feel Pool (111ph thinite) :-10, l.S t4o5 Cont Spray llx A EFF ,P- l 'O, g, H Cout Spray lix B EFF P-2l Cont Spray lix C EFF ~1 E-W Cont Spray llX D EFF I P-4 Vent Stanifold Itad Mon Ch ) P-5 Vont Manifold Itud Mon Ch 'b P-6 i~~ l Cond Vent 1 11ad Mon Ch 1 P-7t Q,o_n,,J Ve n t 1 Rad Mon Ch 2 P-8f I
@c..d "" i t 2 Rad Mon Ch I p-9 i J ' d eity,? Rad Mott.,C,h 2 P- l ( i !
._ vin Un t'er D f w l100 _P-U b....))CPSCPS i RliCC'__ 'Mec i!anitor 9-ll h. .,
h_ . . _ _ , I 1 A'1"fACllMENT 11-3
-- .l(MS DATA SilElfrS
\
' '~
"-~
~
Wot,. 65R ~o-ffscale. Hi h T-136 TimeSl6 RM. _er-. Arca Radiation Monitor Codo hr Adm illdg Ent to Turb 151dg A-1 $,0 ~ ~~ ~ fg,o j Accesa to Control lloom 3_ .3 uo c co_r,, C0iirf6~1 imom _^.- 1 _5. O. . Turb Oper Floor Ent ^-4 '15 0,0 STACK C,AS MONITOR (HIGH CH) ,[.O[+d[: D CPS 1.a ndry and Decon Auca
'A-5 gg A-6 //pg,_p
~
Turb Lub Oil ~B Wip Area 7 ed Pump Area C nd'nsate Pump Area A-7 Jpg_,j
,A e 7ggj OPP-GAS air EJECTOR MONITOR (ti1Gil Cil) h_mr/lu Cond Domin valve Area A-9 _7Apj Reg b;. ration Area A-10 Hak' up Domin Area B-1 jQdpp,p]: MAIN STEAM LINE MONITOtt (Il1Gil Cil) 6, S. H. uom .
Air Compe Area y oi Radwr$te Pump Lloom D-3 _RR_Q(5.6 w ste Control lloom B-4 16,Qj waste Conveyor Aisle . B- S foggj Radw ste Store and Ship
- B - 6, g,ql Tip Valvo Area B-7 g.g P~rs'nnel Lock B-8 lt actor Oper Ploor Area B-9 -
R'accor Equip Drain Tonk B-10 ~~ '"~ Clcan-up Sys Pump Area C-1 Fucl Pool Filters 0-2 . Emergency Cond Area C-3! ! (([ i Shutdoan llcat Exchg y , S,p on t Fuel Pool Area g egg, _, 1.1guid_ Poison Sys Area C-6l Control gd_ Drive floduld . _C-7] \/, C-8.5o.o.. Air LNuetors Area ji;'uel Pool (I.ow Itange) _C-9,0,s,g_ Fuel "ool (lli ph llan..e) . ?- 10 .; 4 , Cont Spray lix A EFF i P - 1 ', Cont Spray lix B EFF Nl' "' Cent Spray lix C EFF . ~d~-Tl
~
Cont Spray llX D EFF P-4 I ~' Vent Manif old Itad Mon Ch l 'I~ 5 Vent Manifold Rud Mon Ch 'J P-G i ! Cond Vent 1 Itod Mon Ch 1 P-7i Q.9.n.d V e n t 1 Itad Hon Ch 2 P-8.8 . , _ ,_.' .
"..!"'it 2 Rad Mon Ch 1 p-9i nd Vent 2 Itad Mon Ch 2 p-td ~N P-11 i CPS lLrv9 n U:st or Dise Mon
[4iCC.. ihr .Wairm- !P-1E [ICPS L
'~ _ _ _ _ . _ . _ _ _ _
i l 1 i AT'1'ACllMENT 11-3
-s RMS DATA SHEETS Note o.s.H - o4Vscale H ph T-f so Time @3.o M.
t"X.- -- Arca Itadiation Monitor Code hr Ad- Bidg Ent to Turb Uldg A-1 27,0 ~ ~ ~ ~ ~ ~~~" Acc:s3 to Control Room g _ ., 90,0 neactoe,Controt noom _A _ } _[ CPS STA G CAS MONITOR (HIGH CH) _ / .d b_k d n " D co Uca A 2 Turb L WiIEWIT> Area A-6 _f M Paed Pump Area A-7 45Qj OFF-GAS AIR EJECTOR MONITOR (ti1Gli Cll) bbh mr/hr Cond ' n a te Pump Area _A-a M,0j Cond D; min Valve Area A-9 A90,0; OJ Reg b_ ration Area A-10 Mak -up Domin Area ],Q j MAIN STEAM LINE MONITOR (IIIGli Cli) _h. k., UNITS __ _B-1 Air C:mpe Arua y Jy,,pj Radum:te Pump Room a-3 pg10,i Radw' :te Control lloom B-4 20,0! Radtrate Convoyor Aisle . B- S JQQ' R _ -'nte Store and Ship i B- 6_ _Qp,oj Tip Valve Arca B-7 f.5,4 Pers~nnel Lock B-8 ~ Ite cter Oper Floor Area B-9 ' R^ actor Equip Drain Tank B-10 _ _ , , , , , _ , Clean-up SYS Pump Arca C-1 ' l Funl Pool Filters C-2 . Ilm'rl'ency Cond Area C-3 i Shutdoan lleat Excha g.4 __
] ,
S_p e nt Fuel Pool Area C , 5, . . . . ._, Liquid Poison Sys Area C-6 Control ,1, lod _ Drive tiodule , [-J\[ Air livre tors Area _C-8 f f,p , l'uel Pool (Low Range) _C, ,9, p,j$f[, Fuel Poo l. (iii ph llano,u) :-10
' Cont Spray llx A EFF Cout Spray llx B EFF
}1" P-2 ,
Cont Spray lix C EFF 'lW ( Cont Spray llX D EFF h 4,,{,_, , , , , , Vent blanif old Mad tion Ch ) P-Si A Vent blan ifold Rud Hon Ch "i. P-G i " l Cond Vent 1 Rad IInn Ch 1 P-77 Cond Vent 1 11ad Mon Ch 2 p-8i ~ ! p-9 Q*ad Ve c 2 llad Mon Ch 1 l'- I ti . gndVent 2 llad flog, Ch 2 vin Unt er lhe !)on M _ CPS
@CCni 9c 1:anit<ir _
' P-1: .)f CPS
. .. . . . . ... ..... ---- g L
A*t*1'ACllMENT D-;) HMS DATA SilEETS O
"-~ ' ' ' ' ~ "
- Wofe.:b S~.FoMsca.le. High T"190 Timo: /.'0o P.M.
.1!!E., -
Area Radiation Monitor Codo hr Adm Uldg Ent 1.o Turb Bldg A-1 27,0 _ _- - _ . _ . . Acc~sc to Control Room 3_ .y 90,0 ucactor_Controt noom _A- 3, , $.O . Turb Oper Floor Ent; ___ , A,- ,,1 _8 00.0, STACK CAS MONITOR (HIGH CH) , /. OOdb CPS Laundry and Decon Auca .A-S fgo Turb L W 6il~b 519 Area L d Pump Area A-6 fach A-7 _QQ_,,j Cond:nsate Pump Area A-8 Aa.C_ OFF-GAS c1R EJECTOR MON 1 TOR (il1Gil CU)- S-~oo - mrn C nd Domin Valve Area A-9 g( Reg _baration Area A-10 90.01 Malt-up Domin Area B-1 f, p,, ,,', MAIN STEAM LINE MONITOR (UlGH CH) ,h. bb
. . Utn Tl; Air ComPr Arua n-a ,3$ o)
Radwa:ste Pump Hoom u-3 gggg,i Radw,3to Control lloom B-4 20,o! wwaste Conveyor Aisle . B- 5 _ _ ffggj p aste Store and Ship i n- G, _ Qp, o ; tap Valve Area 0-7 J,.$,W P r onnel Lock B-8 ~ R actor Oper Floor Area B-9 [ Roast.or Equip Drain Tsuk B-10 Clean-up Sys Pump Arc.. l,C, ,1 _ _ _ Fuel Pool Filters C-2 . Cmergency Cond Area C-31 __,j Shutdo,m llea t Exche, ,c g_ , , , _j
- Sycnt Fuel Pool Area X- 5, , , ,_,
Liqu1J i'oison Sys Area C- 6,j, , ,Contral Rod Drive Module C- 7, { \/,, , ,
- i..
_cetors Area _C-8 J $ p, ,
't.el '.'aol (Low Ranp,c) _C,- 9, p,j$g, N . "ool (iligh Ran .u) . 2,,- 10 ,
( ; Cont Spray lix A EFF lf 1. _ Cont Spray lix B EFF l'- 2 l. ~ Cont Spray lix C EFF ~0'-Il ~ Cont Spray llX D EFF . ~P-4l ~' Vent Manifold Rad Mon Ch L P-SI Vent Manifold Rud Mon Ch 'b P-G i ! I Cond Vent 1 Rad !!on Ch 1 P-7i Cond Vent 1 Rad Mon Ch 2 P-8i ! Qf -id " ' ' t 2 Rad Mon Ch I p-9 _ Cond Ven t. 2 Rad Mon Ch 2 P-10 . O'vi .'c Un t(tr Di-;e Man J ,1) ._, 1 CPS
%tCC'! E c_! aa i r- I I'-l_; ,,,)
CPS l Y ._
o A't*1'ACllMENT li-3
.' 1(MS DATA SilEETS
' ~
" ~ ~
hete.: 65.'H: - oWscale. Hi T-QM viyr. 7:30 RM Code
.u-Arca Itadiation Monitor h r-Ad, LU dg_ Ent to Turb bldg A-1 27,o I AccCO3 to Control lloom 33 go
_S.O] acaetor Control noom A-l STACK CAS MONITOR (HICH CH) , / . O gd CPS
~
rurb Oper Floor Ent,,_ [,4 Joog __ f.~undry and Ducon AL'ea A-5 go Turb L' E O~i1~ @ lin ACea A-6 go3, P cd Pump Area A-7 _ g Q.J OFF-GAS AIR EJECTOR MONITOR (iiiGli cli> 950 w./A- o Cond nsate Pump Area A-o gn,p C nd Domin Valvo Area A-9 AQ, A-10 90.0; i l Rog.b; ration Area tiak_-up Domin Area _B ,1],g l MAIN STEAM LINE MONITOR (llIGil Cin) , h bb . , uu rr,s Air Compe Area y Jy,,p)i. Radwnste Pump 1(oom B-3 gg S w'sto Control lloom B-4 QpJj nwuwaste Convoyor Aislo . B- S ffQQj Radw'ste Storo and ship i B - 6, tap Valve Area B-7 Jp,Qpl g.$, l P r~mnnel Lock B *
. It actoe Oper Floor Area -B-9 i
R" actor Equip Drain T.'nk n-10 Clean-up Sys Pump Arc.i 1,C - _1 Fuml Pool Filters C-2 1,merneney Cond Area C-3 _ _ , f i; Shutdo.sn llent Exchn ag,, _ Sycnt Fuel Pool Area C - ;i, L , ,. ,_'
, Liquid Poison Sys Area 1-61 _,
Control gd_ Drivo Modulu . .C -7,1 \/, . A&c : leet. ors Area C-8 ff,p,
'{uel Pool (I.ow Range) ,
C,- 9, p,$){,
; Fuel "ool (lli;. b lutn.,u ) :-10
~
!ont C Spray llx A EFF P-1 ! j Cont Spray lix D EFF P-2 ~ '
Cont Spray lix C EFF ~EY 1 l l l ' Cont Spray llX D EFF ~P-4l ' l
. Vent Manifold Rad Hon Ch' l'IC 5 I ~ l Vent Manifold Rud Hon Ch 'i P-G i I l
Cond Vent 1 Rad tion ch 1 P-7i Cond Vent 1 Rad Hon Ch 2 J-Ql , _; IC'c.' d V en t 2 Rad Mon Ch 1 i ,p_q, _ and Vent. 2 Rad : ton Ch 2 P- I ( i i Service Uni m Die tion J ,J,; CPS [ .,,,f, y3Cf' --D.!.cc Man. iter lP-1: ,,1 CPS a y , 1u " - - _ _ - _ _ _ _
l - 0 A'1"fACllMENT D-3 t Il t RMS DATA SilEETS i {
. '~
I. . . . . . . . . . . . . . . . . . . . . - Note.: O. S.H. - CMTscale Hi h i T= $QQ Timo: S
- Cop
)
.ar_
Codo hr e Area undiation Monitor yg bAdm Didg Ent to Turb BldB A-1 _ _ , jAc70ss to Control Room 3. ., gg 6 -
^
Reactor Control noom A-g ~q ,p ' [ OO CPS
~
ru';b Opur Floor Ent I Q,Q.. STACK GAS MONITOR (HIGH CH) , i i [A 4 '
' .A-5 Ciu~ndry and Ducon Alica h M ub Oi[~ $ 1T) Area A-6 lg d R MENR MONnOH (u mu Cu) ,,h,@ WM I [ T Dump Area A-7 ~y_cd C i AS Cond'nsato Pump Area A-B A-9 g()j 74[
C nd Demin Valvo Area Reg buration Area A-10 Spy.O e MAIN STEAM LINE MONITOR (IIIGu Cit),'Q,$ H- yu1Tu Mak -up Domin Arua ____
,B- 1_ J o _ ,1, i
y gg,j Air Compr Area
'adwaste Pump Room n-3 ,g gp dwanto Control lloom n-4 Qp Jadwanto Convoyor Ait.lu , u- 5 Qg_!
Raduanto Store and Ship iu-6 {} 5, .p; p,g Tip Valvo Area B- 7_ IS'rronnel Lock U-0 ~
' R actor Oper Floor Area B-9 R' actor Equip Drain T0nk B-10 _ , , , ,
Clean- up Sya Pump Area C-1 Fuel Jool F11teru _C- 2 li 1 Emernency Cond Arua C-3
. Shutdo.in lleat Excha c4 i Syent Puol Pool Area _ g-J , _,y
!.14 aid Poison Sys Area C-6
;Contraljjo,d Drive Module . _C 7,' q ,
lair Eluetors Arua C-8 30. { , ji,uel Pool (1.09 Range) _C,- 9 0 S.H .
]i't:cl Pool (lliph l(aniau) {-10,7.0005
- p'.o a t Spray lix A EFV _
J ,1 Q,5,W ' Cont Spray lix B EVP P-2 . Cont Spray lix C EFF P- 3 l '~' f Coat spray llX D EFF
~
0 P-4l f l Vent Stanif old Itad Mon CS 1 P-Si l Vent Blanifold Rad Mon Cl. '< P-6 ) i
'~ ~ l Cond Vent 1 Rad Mon Ch I I 'I I C_,oll) V en t 1 Ilad Mon Ch 2 hI~
p-9 [;!
'Q,* d Vent 2 Rod Mon Ch 1 N'ond Vent 2 Rad Mon Ch 2 y,L _i, iP-1 b 'rica Unter Dise lion I D-1:3. _. ..)l .., CPS CPS l.EiCC D I _:c, Walcor I
1 I .......... ......... .--, g 1
ArrACnxeur u-3 l i ' , RMS DATA S!!ElfrS I I, l . . . . . . . t . . . . . . .
~~
N.ote: o S.W.. . OfTscale High T-g 7 0 cimo, 8:3o eg. . 12 I . i Arca Itadiation Monitor Codo hr Ad Uld g _ Ent to Turb Ulda A-1 gg,0 ._ Ac cs] Lo Control lloom 3_ ., gp] neae to r ,}CGiTI 761-"Ir66m _ag ,3,p 7dh Turb Oper Floor Ent A-4 ]_O9 0. STACK CAS MONITOR (itIGH CH) , CPS Laundry and Ducon Atoa A-5 0 Turb L W 6il' @ ip Arca A-6 ~'JM,d f. Pood Pump Area A-7 JQpp OPP-GAS AIR EJECTOR MONITOH (ll1Gil Cil) 3_00 - men./ Cond naato Pump Area _ A _a,,,5ppi Cond Domtn Valve Arca A-9 AOJ Reg boration Area A-10 Q OJ Mak -up Domin Arua _
,B- L'/0__I. MAIN STEAM LINE MONITOR (llIGli Cil) O.S. H . un n u
_ ' " " ~ ~ Air Compe Area J)d Radw'acu Pump iloom u-3 _18.0_'L
,g lp,Q
- w'sto Control Room B-4 _[QE w'sto Convoyor Au.lo .B-S ltadu sto Store and Ship i n - 6_
}q jhoQ _-
Tip Valvo Aron B-7 g Pers~nnel Lock B-B 6 Ito~ctor Oper Floor Area R ctor Equip Drain Tonk D-10 B-9 _' Clean-up Sys Pump Area C-1 i Fu-1 Pool Filtern __C-2 __,. l[ Cmernency Cond Area C-3 __! Shutdo.in liest Exchg c-4 . [. Sycnt_ Fuel Pool Atca C -j, _ , , , , , ,
]. L.tquid Poison Sys Area C-6 l Control Rod Drivo Modulo C-7' h/ .
C-8 3pp lAirU1uctorsArua ,,C- 9 0.$,(,,, ji'uol Pool (Lou Rango) ['u i Pool (Iliph Ran 'u) , p,-10.5oE*o5 Coat Spray lix A EFF J- 1 Q ' Cont Spray lix B EUV f ,2, ,],$.H . l Cont Spray lix C EFF P-3 Cont Spray llX D EFF P-4,
!! V'at Manifold Rad Mon Ch 1 P-5 ; Vont Sianifold Rud Mon Ch 'i P-6 l l Cond Vent 1 Rod Mnn Ch 1 P-7i Q nd Vent 1 Rad Mon Ch 2 y-p t j h r . d '.' ' ', t 2 Rad Mon Ch I p-9 e I
hom' Vent 2 llad Mon Ch 2 Jfdt ,,1) [ [_)
, ,,I CPS i
htX,1. O ht.<tr DI m Non
'I .shCC'.l ib.c.4aniU_o_- ID-1n bd...,l CPS j
i*
f A'1"PACllMENT h- 3 HMS DATA Sitters
. Note: O. S.H. - Off'sca.le Hidh o T-3_o_M. T1mo,I a:oo -
I
.El k Area It,diation Monitor Codo hr Adm tildg Ent to Turb Uldg A-1 lp,0 Ac x a to Control (toom 3,3 qgg'
' g ,p unac cof COAT 6T"irbom Turb 0;ie~r~l G r~Isnt,_,
A-y [A{4, ,(,0 Q', STACK Ch3 MONITOR (HIGli Cil) _ Oh CPS CTIIdry and Ducon Auca A ', I 110 4 Turb' G6~0IllWip Area 'TCE y,g], Pood Pump Area A-7 ppggj OPP-GAS AIR EJECTOR MON 1TOH (111G11 Cli) h Hir/ha Cond nsate Pump Area A-o 34,,,p t _3gp), Cond Domin Valvo Arca A-9 Reg bEration Arca A-10 4 p1Q_: idAIN STEAM LINE MONITOR (ll1GH Cn) [ h, y917;; tiak -up Demin Area U-1 40, ,,! Air C_mpt Area n-2 _j23Q ' Radu see Pump Room D-3 2QQ,Qi
" w sto Control Room B-4 JQA !
_ a ste Convoyor Aiulo . D- 5 jp,pj Radu'sto Storo and Ship iu-6 'f. O ; Tip Valvo Area B 'l [q,Q Pors "nr il Lock D-6 . Ro~ctor Oper Ploor Area t-9 R'"ctor Equip Drain Tank B-10 _,,, , , , _ l Cl-an-up Sys Pinop Area ,C_ ,1_ _ , ,
! puni Pool Pilters C-2 . $ Emernency Cond Arua C-3 _ _,f Shutdoan iteat Exchg __
nq- _ , , , _ Sycnt fuel Pool Area ,, g, rg , _, L Aquid l'ol son Sys Area .C . 6 ! . Contro Q d_ Driva tiodulu . _C-7] Nf , L r C)eetora Area _C-8 3 0,0 lL'pelPool(1.0wRange) _C,- 9 0,$,N,. yf_u e l Pool (Ill"h Han.,u) J-10ll,0Evo5' Cont Spray lix A EPP f ,1 ' Qgp , f ,,2l r C~nt Spray lix B EPP , Cont Spray lix C EPP P-3i
} ~
P-4 I
~
l COnL Spray llX D EPP ~~
~
Vent Manifold llad tion Cl )WS" ' Vont !!anifold llud tton Ch 'i P-G i ~ l i Cond Vent 1 Rod tion Ch 1 P-7i Cond Vent. 1 ttad tton Ch 2 y-ti C'a'. Yunt 2 Rad lion Ch 1 p-9l _ ; li- 16 7 j hUYent ? Rad lion Ch 2 servo m p.,r niu pin 1.1J .- . J Ces MC4'. JLc 11an '.t.m !.l'- 1E . .J CPS
- o r
ATTACllMENT u-3 k
-3 RMS DATA SilEETS 3c,o Timo, io:oo g % Terre < die mr Area Itadiation Monitor codo hr Adm 111dg Ent to Turb Bldg Ac 2 0 to Control hoom A-1 3_ .,
s.o g,o l Nde. LGS.H- Mscak. High uoac tor COTiWol noom _,A _ ), , g ,p Turb Oper Floor Ent__ ,,Ag pg,p. STACK CAS MONITOR (llIGli CH) $b CPS Laundry and Ducon Atua A-S - Turb Lub OYl~l S ip Area 'A7 g@,C] p Poed Pump Area A-7 MQib; Cond nsatu 1, ump Area OFF-GAS AIR EJECTOR MONITOR (ll1Gil Cil)-lOQ mc/hr-
. .^- 0. J5.pJ Cond Domin Valvo Area A-9 _){pj Reg u, ration Area A-10 Qoj i Hak -up Domin Area Air C mpr Area
_B-1M]
.p.2 (p.bi MAIN STEAM LINE MONITOR (llIGil Cil) "
h ,b, im (T:; Radw *to Pump Room U-3 M Qi Radwato Control Room B-4 _ _ *[, p_l u sto Conva or Aiulo . B- 5 __QQQj i _'stu Store and Ship LB_- 6 ,,,,th0_ ! Tip V lve Aron _ U-7 g,yg i Pers nnel Lock B-8 - Rouct'r Oper Floor Area B-9 R~ actor Equip Drain Tank 11-10 _ _ , _ , Clean-up Sys Pump Arc.i ,C_ ,1__, Fuel Pool Filtors C-2 . Emernency Cond Area C-3 , _ ,j t Shutdoan llant Excha y _ i S,p e n t Puol Pool Areu g-q , _, I Liquid Potson Sys Area C-6 Contro Q d_Drivo Modulo , ,,g- 7, 3 [], Air Meetore Area C-8 J G tQ,,, hluelPooll(1.owRange) _C, ,9, _O,y , Fe e l Pau l. _ (Ili ch Run.,u) :'- 10,5.oposl iCont Spray lix A EFF l-1 0.5.bl j Cout Spray lix B EFF P-2 C'nt Spray lix C EFF ~ P-3 l l Cont Spray llX D EFF P-4 Vent Manifold 1:nd Mon Ch ) P-5 Vent Man i fold Itud Hon Ch_ 'i P-6 ' i Cond Vent 1 Rad Mon Ch 1 P-7i Q.c,qd o Ven t; 1 Itad Mon Ch 2 J-J i Q..A " ant 2 Rad Mon Ch 1 P-9 Jond
^
Vent ? tlad Moll _Ch 2 f _pi[ ~~~ ] ,, YtN Unterr Di.w iton .f _lj CPS
!=c mmniw ! "- : ._V ....J) ces ..
. .tQ ._ _ . _ _ _ _ _ _ . _ . _ _ _ _ _ _ _ _ _ . . _ _ ____.m
i OCNGS ANNUAL EXERCISE 1984 O \ ( O ATTAC E NT B-4 PLANT STATUS DATA SHEETS O
t O O PLANT STATUS DATE 3!/O TlWE MOD ELECTRICAL STATUS - EMERGENCY CLASSIFICATION Rs BLDo STATUS AUX XFORMER @ UNUSUAL EVENT @ ALEAT O iSOtATEo YES o NO E Siu xFORMERS exe E 1 sx 7 ...i ave-
~
SITE AREA O GEufaAL SaoT ON O OFFB . CiESEL GEN +i O .2 OAvA CCYwELL PRES $UAE I. 1 7 1F/2F j 1F/2F CORE SPRAY , 12XR SYSTEM 1 : SYSTEM 11 e ! CCYWELL TEMP / / Oo MIN. FLOW 8 MIN. FLOW 3000 GPM
/I\ \ \ LOW Q
3000 GPM l - - - " l 1F/2F e
- ON OFF TORUS TEMP / LEVEL / l. O'l CONTAINMENT SPRAY FLOW !h! FLOW !d! /01C NZO3 A !
f ON OFF : ON cf.* SF/8F SYSTEM 1 01 A {_
' gi -
R EACTOR PRESSURE PCwER 1930 //00% MW th/5 51A 8 g gu:N. FLOW 4F l51C 4 3400 GPM) NZO3 C 518 ,!S10 5F SF NZO1 C l ! RODS SCRAtsMED7 YES NO ge8ERGENCY SERVICE WATER PUMPS > (NOA4 SAL AMPS 5313 AMPS) N, EF/sF ON OFF l ON OFF 5/9 NZO3 8 ! 52A II e52C RECIRC PUMP NZO18 ! I I 1 40_lb/hr 3.41 lb/hr 2 M / lb/hr : SUCTION TEMP 3 O GPM) 1A 18 1C Aggpg i ABAPS NZO3 D h{ y 528 !520 ND CTEAM FLOW. l 3F RECIRC SYSTEM 01 b10 lb/hr #2 /, N lb/Ar AMPS e Aggp3 - t/ 4F LIQU40 Pol 80N INJECTION EMERGENCY - b " I I C*AIN COND WAL -- 19 He , 9 (telN 23" Hg) ON OFF h -
- o a 1F/2F SHUTDOWN COOLING SYSTEM ON OFF [ y 9 3 COND TANK LVL 4/ I ft FLOW SLOCK
; ON OFF NE01-A b PUMP A !
..u.h;. ['
(MAX: 43 f t-MIN: 20 f t) fgg ] 1
]
gf. J
/01 D P.I. PuMe a Ps c h> i J i 0 1 ~
CIRC WATER PUMPS g : - , 1-1 N 1-2 N /Okh pelg PUMP C
~'
~
13 1-4 I "_ " ~"_ *_ ~p7- * - CLEAN UP DEFalNERALIZER SYSTEM
O O O PLANT STATUS DATE IO. TIME / (([b ELECTRICAL STATUS . EEEAGENCY CLAS$lFICATION Am BLDG STATUS AUX XFORMER @ UNUSUAL EVENT @ ALIAT C 8SOLATED YES C NO S10XFORMERS BK6 [ j SK7 ] AVA: SITE AREA GEN 33AL StsGT ON O cFF B oleSEt GEx #i O2 OAvAt DAYWELL PRES $UAE I b.h 1Fr2F SYSTEM 1 f- 1F/2F CORE SPR AY r 12XR 1 SYSTEM 11 f f A plow M ! MIN. FLOW 8 MIN. FL OW /l\ Il\ /h 'f' DAYWELL TEMP _ // Oo 3000 Grp l 3000 GPM
- j 1F/2F e
- et ON OFF TORUS TEMP / LEVEL ~78 / !.O CONTAIMMENT SPRAY
. FLOW ! h ! FLOW ! b! /010 ,NZO3 A ON OFF j ON CF.* SF/6F SYSTEM 's of A POWEA 19 30 / /OOiIE MW th/% $1A
,s S IC 3 00 GPM hZO3 C S15 S1D 5 d201 C
'accs SCEAMasED7 YES
^
NO EinEAGENCY SERVICE WATER PUMPS [ t (If 0AMA'. AMPS $3 t 3 AMPS) Oss OFF ' OM OFF 6/ NZO3 8
~l$F/4F FEED FWW '
S2A 82C REClRC PUMP NZO1 B l l gu, o _ _. D ib/ht th/ht th/ht SUCTION TEMP 3640 GPM) NZO30 STEAM FLOW SSS g S2D \ NZO1 D a 3F RECIRC SYSTEM et IS O 84the #2 /,2 1 It/ht AtePS 8 AtePS TOTAL I -- ;t%-//fp 9 1g/ e LIOUec POISOtt INJECTION EMERGENCY
~
MAIN COleD WAL NS COhDENSER C 0 (INN 23** MS) ON OFF -j
$ E' 1F/2F SHUTDOWN COOLING SYSTEM ON OFF g b O "
( COND TAtest LVL 4/, f og FLOW BLOCK ON OFF
]{ PUMP A O C b
(max: 4s so-assn: 20 st) fogg , , , , ,,,, A y NE01-a bl hb PuuPelYd U Id f 5'M i 8 E ' CIRC WATER PUtePS f 1-1 1-2 N /hkh pelg PUMP C , U
,y/ g ! 12 34 ; dGMP C / - -
j , CLEAN UP ~ ~ - ~~ 9 DEGNNERAll2ER SYSTEM l ' i
O O - O PLANT STATUS DATE[l[O TWEN!MO ELECTRICAL STATUS P.M t EMERGENCY CLASSIFICATION Rm BLDG STATUS AUX XFORMER @ i UNUSUAL EVENT @ ALERT O ISOLATED YES NO 3 SIU XFORMERS BK6 [_j SK 7 ,,3 Avj. SITE AREA O OENERAL SBGT ON OFF B oiESEL cEN + O2 O A v^ ORYWELL PRESSURE J.12 1F/2F l 1F/2F CORE SPRAY 12XA SYSTEM 1 : SYSTEM 11 A A A ptow MIN. FLOW 8 MIN. FLOW Il\ /3\ /n CYWELL TEMP // Oo 3000 OPM l 3000 GPM 1F/2F e TORUS TEMP / LEVEL Y / 1. 0 4 NTAINMENT SPRAY ! 11F F OW l @l FLOW ! d! /OM NZO3 A ' l , ON OFF l ON CA* SF/6F SYSTEM 1 201 A $ POWER /T 30 / /00% MW th/5 8
)( (MIN. FLOW g, 51A l51C 4 3400 GPM) NZO3 C ! !
E10 EIE SF SF I:201 C '! aOoS SCnAMMEnt vES NOS ' EasEnOEwCv SERVICE WATER PUMPS 3 (NORGSAL AMPS S3 2 3 AtePS) . 4 SF/SF ON OFF ' ON OFF 5/I NZO3 8 FEED FLOW S2A S2C RECIRC PUMP NZO18 l l l (MIN F0 1.40 lb/hr 31841 lb/hr M ab/hr SUCTION TEMP 3640 GPM) 1A 1C Aggpg 8 Anspg NZO3 0 ] ]' y SSS IS2D NZO1 D -- EAM MW .
! 3F RECIRC SYSTEM 01 13 0 lb/hr +2 /,1 1 Sh/hr ARIPS 8 AtePS I n' L6LE6 7h -
A, 1 g // LIQUID POISON INJECTION EMERGENCY CAIN CONO VAL Ng CONDENSER (MSN 23" Ns) ON OFF h f j?.i 1F/2F SNUTOOWN COOLING SYSTEM FLOW SLOCK - ON OFF
^
g I $ h' ,
, NE01-A ---
CCND TANK LVL Y/> I ft . ON OFF puupA M ,,i] (MAX: 43 fi-888N: 20 f t) /OM @ ' PUMP A NE01-B L_ ] I PUMPB .- CIRC WATEn PUMPS
** """" E #"'
5[ X 1-1 X 1-2 X 1-3 X 1-4
/010 P .is PUMP C N "
PWP f<3 'y . f-CLEAN UP -~ ~
~
DEMINER All2ER SYSTEM
O -0 0 PLANT STATUS DATES /lo TmcW3e ELECTRICAL STATUS M EMERGENCY CLASSIFICATION Rx BLDG STATUS AUX XFORMER 2 UNUSUAL EVENT ALERT 'b ISOLATED YES O No B Sea xFoRuERS exs E . ex: _s A ve. SITE AREA O oENERAL SacT ON OFF 3 -
.nasctcEN #3 0 #2 E)AvA.
C3YWELL PRESSURE / ,3 O 1F/2F j 1F/2F CORE SPRAY
~
r 4 12XR SYSTEM 1 SYMEM 11 A A A FLOW 'N. M '~ I MIN. FLOW ' ' hilN.' FLOW /8\ /85 /8% ' DRYWELL TEMP // 3 O 3000 OPM li * '3000 GPM 3 , l -~' l 1 F/2.F I A RAY ON OFF TCRUS TEMP / LEVEL Y/ 3. -_._.; I FLOW ! I F4.OW Id! /.D_10 "203 # ON OFF"l ON OFp SF/6F SYSTEM 1 NZO1A "
' (MW. FLOW POWER /930 / /00? MW th/% 51A ]K 3400 GPM) 4F jyg NZO3 C l l .
b ,, SIC!s19 sie , sph0F ._ NZ0i c U b . Rcos sCRAMMEo? YEs nob EMEROENCY SERhCE WATER' PUMPS
-(NORMAL AMP 3,5313 AMPS)
- ,)
5F/Sp 'ON OFF l _ ON OFF~ $/ g< NZO3 8 l b, Nf FEED FLOW NZO18 O I 52A 52C~ RFCs3CPJMP MiH. F 1 .84 0 lb/hr 1 41 Ib/hr 7 N / lb/hr i, . SUCTION TEMP
- 3640 GPM)' [NZO3 D h lXI I 1A 18 t 1C , Aups l- ,
g STEAM ROW .
,,, @ ,!,,, " ] Amp, g@ \ _
NZO1D j l '
\ 3F RECtRC SYSTEM. .} x1 oi /,10 lb/hr #2 /,11 lb/hr AMPS i AMPS
}OTAL ![ , ;C6//)g
#E
// LIQUID PCISON INJECTION EMERGENCY -
~~~ ~~
l MAIN COND VAL 19 Hg (MIN 23" Hg) ON , ' O FF .. CONDENSER
', s
[ [: - T*k!i 1F/2F SHUTDOWN COOLING SYSTEM , s N OFF s (Y ! j COND TANK LVL Y/ I ft FLOW SLOCK ON OFF. gggy.g ]h PUMP A T7 E LO_' I? l (MAX: 43 fi-MIN: 20 f t) /07g NE01-B psig PUMP A L_. ) PUMP 6 -
.. . \
9, . T 7 - I.'
- c h '_-M .e? "'
~
/010 P.ig PuuPa
- CIRC WATER PUMPS
[: 8 ~
\
N N _ b /O pelg PUMP C 1-1 1-2 q/. . ~ 1-3 1-4 p up E CLEAN UP - - - - - DEMINERALIZER SYSTEM _ . _ _ _ _ - . _ _ _ _ _ _ _ _ _ _ _ _ _ - - - + +,...--,v.- -
~
tO O O PLANT STATUS DATE 5//_q TiuE 2 /://5 ELECTRICAL STATUS
- EMERGENCY CLASSIFICATION Rx BLDG STATUS AUX XFORMER @
UNUSUAL EVENT C ALERT h ISOLATED YES ' NO SIU XFORMERS B K 6 ( b B K 7 , _] A vf- - SITE AREA O GENERAL O SBGT ON OFF 3 DIESEL GEN #i O ,2 O AvA. DRYWELL PRESSURE /,19 1F/2F l 1F/2F CORE SPRAY
^~
12XR SYSTEM 1 : SYSTEM 11 Ag A- A Flow @ ! O MIN. FLOW 8 MIN. FLOW /l1 /i\ Il\ r . j DRYWELL TEMP // 3000 GPM l 3000 GPM " . 1F/2F e
/ l. O't CONTAINMENT SPRAY ON ,'
TORUS TEMP / LEVEL , 11F !D! FLOW FLOW /010 ON OFF ' ON OF/c SF/6F SYSTEM 1 NZO1A Wf' OW POWER /86 gp / 9S $ MW th/% 51A 51C )( 3400 GPM) 4 NZO3 C l l X /Ao 518 BN l51D 5F/6F NZOI C l ll l ecas SCRAMMED? YES NO EMERGENCY SERVICE WATER PUMPS { NORMAL AMPS 53 2 3 AMPS) 3 SF/SF ON OFF l ON OFF 5/Y NZO38l ! Il d FEED FLOW 52A 52C RECIRC PUMP NZO1B ! I ( IN O LWO lb/hr 191 lb/hr 2 N / lb/hr s SUCTION TEMP 3640 GPM) NZO30 I k 1A 18 1C AMPS 3 AMPS 525 520 201 D ! STEAM ROW g 3F RECIRC SYSTEM 01 /r10 lb/hr #2 /,1 1 lb/hr AMPS ,8 AMP 8 Ig~ ~ ~ ' "-- - ~MMp TOT
~
19 // LIQUID POISON INJECTION EMt'RGENCY - MAIN COND VAL Hg (MIN 23" Hg) ON OFF CONDENSER y (: 9
'd :
E g e
- ON OFF :. I $ g.
1F/2F SHUTDOWN COOLING SYSTEM [f FLOW SLOCK .- HE01-A . COND TANK LVL 4/ I fg i ON OFF PUMP A h b_ .. C (MAX: 43 f t-Miti: 20 f t) /g7g pelg PUMP A NE01-8 .. I PUMPB r-O -
. c .
/010 p.la PUMP B Ci - iOO T
CIRC WATER PUMPS e ' - l]! N 1-1 k 1-2 N 1-3 1-4 N /O pelg PUMP C rg ~ ~ . - PuuP ti v s: .e -
.eLEAN UP -
:.N.!NER Atl2ER SYSTEM nm- , _ _ _ _ _ . _ - - _ _ _re--+wv-- --w - _ - - _ _ _ . - -
i O O O PLANT STATUS DATE. k TM 5:e ELECTRICAL STATUS h/U. EMERGENCY CLASSIFICATION Rx BLDG STATUS AUX XFORMER @ UNUSUAL EVENT C ALERY h ISOLATED YES NO SIU XFORMERS BK6((J S K 7 , _; Av/- SITE AREA GENERAL C SSGT ON OFF @ DIESEL GEN +1 C #2 C A V4-DRYWELL PRESSURE f,18 1F/2F l 1F/2F CORE SPRAY , l 12XR SYSTEM 1 : SYSTEM 11 4 / A Flow (D MIN. FLOW l MIN. FLOW /I\ /l\- /A r f DRYWELL TEMP //bo 3000 GPM e 3000 GPM -~~~ 1F/2F e TCRUS TEMP / LEVEL Y/Ip NT SPRAY { FLOW ! ! FLOW ! d! /010 N 03 A ON OFF l ON Cnc SF/6F SYSTEM 1 NZO1A OW POWER M6 / MW th/% S1A 8 K 3400 GPM) gp 4 lS1C NZo3 C 818 K4 8 )( /SO - l81D SF/SF NZO1 C RCDS SCRAMMED? YES NO EMERGENCY SERVICE WATER PUMPS (NORMAL AMPS S313 AMPS) y 5F/SF ON OFF l ON OFF 5/i NZO38! $ FEED FLOW S2A S2C RECIRC PUMP (gg po NZO18 ! Il i 140 lb/hr M181 lb/hr 7 1C N / lb/hr i SUCTION TEMP 3640 GPM) 1A NZO3 D 4 AMPS 8 AMPS S2s $2D N NZO1D I M ? 3F RECIRC SYSTEM l
- 1 b10 lb/hr #2 /O 1 lb/hr AMPS 8 AMPS TOTAL ! --- [ p k$,
~ 19 //
LIQUID POISON INJECTION EMERGENCY $ M AIN COND VAL (MIN 23" Hg) HS ON OFF CONDENSER [ 9l yl IF/2F SHUTDOWN COOLING SYSTEM ON OFF z I E ! FLOW SLOCK NE01-A - - ~ ~ COND TANK LVL Y/* I ft ON OFF PUMP A . !_r b. LL2 (MAX: 43 f t-MIN: 20 f t) /ggg pelg PUMP A NE01-B L_- ] PUMPB _' - [ rq7 . .- : ~' .,
/010 P.lg Pui.P CI M L__.; J. '-
j' PUMPS .. CIRC WATER PUMPS i : I.- ' ~ k 1-1 X_ 1-2 M 1-3 M 1-4
/ Okh pelg PUi4P C p;;ng E
=
CLEAN UP - - - - - - DEMINERALIZER SYSTEM ,
O O O PLANT STATUS DATE [O_ TsuE 5:ts ELECTRICAL STATUS [M-EMERGENCY CLASSIFICATION Rx BLDG STATUS AUX XFORMER @ UNUSUAL EVENT C ALERT h ISOLATED YES NO SIU XFORMERS B K 6 .C B K 7 ' j A vj-SITE AREA GENERAL C S8GT ON C OFF @ DIESEL GEN +1 C *2 UAV4 DRYWELL PRESSURE /,30 1F/2F l 1F/2F CORE SPRAY f j 12XR SYSTEM 1 I SYSTEM 11 - Flow - ( O MIN. FLOW ' MIN. FLOW /\ Y -j DRYWELL TEMP /q+- O 3000 OpM l 3000 GPM 1F/2F e TORUS TEMP / LEVEL ~7 / 1. O'l CONTAINMENT SPRAY "S _ FLOW ! N ! FLOW ! d! /010 NZO3 A ON OFF l ON orp SF/6F ACTOR PRESSU 3E SYSTEM 1 NZO1 A l__ POWER /79 8 MW th/% 51A ' l l (MIN. FLOW 3400 GPM) 4p l51C 4 NZO3 C X sie - l aid 5F% NZoiC! ld C038 SCRAMMED? YES NO EMERGENCY SERVICE WATER PUMPS . (NORMAL AMPS 53 2 3 AMPS) 5F/SF ON OFF l ON OFF 5/ NZO38l l FEED FLOW 52A 52C NZO1 B I I I RECIRC PUMP (yg o
- 1. 8+ 0 lb/hr 191 lb/hr 7,r4/ lb/hr SUCTION TEMP 3640 GPM) lXl 1A 18 1C AMPS 8 AMPS NZO3 0 y s2s s2D U \ 3F NZO1D RECIRC SYSTEM l
01 /> 10 lb/hr #2 /,2 1 lb/hr AMPS I AMPS OT ,MMp ; , 19 // LIOUID POISON INJECTION EMERGENCY $ MAIN COND VAL Hg " CONDENSER 9 (MIN 23" Hg) ON OFF b $ I 1F/2F SNUTDOWN COOLING SYSTEM ON OFF g i I FLOW SLOCK NE01-A l l .- -I
~-
COND TANK LVL 4/,I ft ON OFF PUMP A bl (MAX: 43 f t-MIN: 20 f t) /g7g , p ]l 1
] ] { ~'~dT,,} i ,
/Old psig PUMPS PUMP C _. - b' O CIRC WATER PUMPS ! e'~ k-N N N /hkb pelg PUMP C .g. - I ,
1-1 1-2 1-3 1-4 Pc:.:7 E A ' i. -
~ ~
NE ALIZER SYSTEM l !
!O O O PLANT STATUS DATE_ d TIME h30 EMERGENCY CLASSIFICATION ELECTRICAL STATUS [M.
Rx BLOG STATUS AUX XFORMER @ UNUSUAL EVENT ALERT b ISOLATED YES NO @ SIU XFORMERS BX6 .f _ B K 7 C' AVA SITE AREA GENERAL S8GT ON C OFF @ D;ESEL GEN #1 U *2 U A VA: DRYWELL PRESSURE /,17 1F/2F l 1F/2F CORE SPRAY f i 12XR SYSTEM 1 : SYSTEM 11 4 A A ptow Of a a MIN. FLOW i MIN. FLOW /8\ Il\ /8\ r - DRYWELL TEMP IAA 3000 GPM l 3000 GPM ~ g IF/2F e . TCRUS TEMP / LEVEL Y/ I o'l CONTAINMENT SPRAY ON {_} , FLOW ! ! : FLOW l ! NZO3 A l
/_D_Ad ON OFF l ON OFF SF/6F SYSTEM 1 "ZO 1 A POWER 99 N NT - MW th/% S1A R EACTOR PRESSU RE (MIN. FLOW .
gp l SIC 4 3400 GPM) NZO3 C 1 - 815 ,! S1D SF SF NZO1 C l l ! ecDS SCRAMMED 7 YES NO EMERGENCY SERVICE WATER PUMPS (NORMAL AMPS S3 2 3 AMPS) > SF/SF ON OFF l ON OFF 6/7 3F NZO3 8 -- j M FEED FLOW S2A S2C RECIRC PUMP fF 0 NZO18 i Il I k (Mt 1 .84 0 lb/hr 1 41 lb/hr 7 M / lb/hr a SUCTION TEMP 3640 GPM) C 1A 18 1C AMPS I AMPS NZO3 D hlXl i STEAM FLOW S28 iS2D g
\ 3F NZO1D l a RECIRC SYSTEM 01 /,2 0 lb/hr #2 /,2 1 lb/hr AMPS e Aups ,,
~
1 g // LIOUlO POISON INJECTION EMERGENCY j MAIN COND VAL Hg $ CONDENSER y " 9li (MIN 23" Hg) ON OFF $ e- 2 i o 1F/2F SHUTDOWN COOLING SYSTEM ON OFF = b S 9 [I FLOW SLOCK l l
' NE01-A --
.r --
COND TANK LVL 4/> I ft ON OFF PUMP A I L'h __b
/OSO p s,l g - PUMP A NE01-8 L-- PUMPS .b PUMP C F/.ud [-- 1 FLD.
i .
/01O pelg PUMPS l
^ -
l l t__; - CIRC WATER PUMPS : F,e 2- - , N M M /b palg PUMP C l 1-1 1-2 1-3 1-4 pt.gp g ! C NE AllZER SYSTEM
~
O O O PLANT STATUS DATE [_O Tsut 5:45 EMERGENCY CLASSIFICATION ELECTRICAL STATUS E/Ii . Rx BLDG STATUS AUX XFORMER @ UNUSUAL EVENT C ALERT C. ISOLATED YES NO SiuXFORMERS B K 6 [j B K 7 .' _; SITE AREA b GENERAL._] SBGT ON C OFF 3 DIESEL GEN *1 C +2 C DRYWELL PRESSURE /,3 6 1F/2F IF/2F ~ l CORE SPRAY 12XR SYSTEM 1 : SYSTEM 11 g # / DRYWELL TEMP / 6^ (' MIN. FLOW 8 MIN. FLOW /I\ /l\ /b ptow ! 3000 GPM l 3000 GPM " 1F/2F e TCRUS TEMP / LEVEL Y/ I g/ ONTAINMENT SPRAY 5; FLOW ! ! FLOW ! d! /010 03 A ON OFF ON CAs SF/8F SYSTEM 1 NZO1 A l l POWER [b bE MW th/% S1A
. FLOW 4, l51C 3400 GPM) 4 NZO3 C 518 ! ! S1D SF 6 NZO1 C W! >
CCDS SCRAMMED? YES NO EMERGENCY SERVICE WATER PUMPS (NORMAL AMPS 53 2 3 AMPS) O 5F/SF ON OFF ! ON OFF 5/I NZO3 8 ! N! FEED ROW 52A 52C RECIRC PUMP NZO1 B [ _ lI I (Mt F0 1.40 lb/hr18bil lb/hr M Ib/hr SUCTION TEMP 1A 1C AMPS e 8 AMPS 3640 GPM) NZO3 D l)(l a' STEAM ROW . 528 520 \ NZO1 D l ll l 3F RECIRC SYSTEM 01 /> 10 lb/hr #2 /d 1 lb/hr AMPS l AMPS TOTAL IL 7 , Wt-//)p , 19 // LIQUID POISON INJECTION '~ M AIN COND VAL Hg EMERGENCY $ CONDENSER 2 * " (MIN 23" Hg) ON OFF E F o . 1F/2F SNUTDOWN COOLING SYSTEM ON OFF z I $ $ 3 FLOW 8 LOCK COND TANK LVI. 4/,I ~ NE01-A - . ON OFF ft PUMP A I
$I (M AX: 43 f t-MIN.: 20 f t) /ggg p s,lg PUMP A NE01-B L_ -) PUMP B O..
# * '8 - ~
CIRC WATER PUMPS
/hkb psig PUMP C l D .j _k
/ l 1-1 1-2 1-3 1-4 iU , <-. -
' CLEAN UP I I P' APE M .L _
DEMINERALIZER SYSTEM I I e
i O O O PLANT STATUS DATE((/O TWE5/bk ' ELECTRICAL STATUS . EMERGENCY CLASSIFICATION Rx BLDG STATUS AUX XFORMER C5d UNUSUAL EVENT ALERT C ISOLATED YES O NO Siu xFORuERS exe [_; ex7..ls'- . SITE AREA @ GENERAL O SBGT ON O OFF3 DIESEL cEN #i O +2 O... DRYWELL PRESSURE /. 3 2 iF/2F j iF/2F CORE SPRAY DAYWELL TEMP 12XR
/7.) O SYSTEM 1 MIN. FLOW 1
8 SYSTEM 11 MIN. FLOW \ A Il\ ptow C 'f : 3000 GPM l 3000 GPM -" 1F/2F e 7 8 9 7. O 'l CONTAINMENT SPRAY TCRUS TEMP / LEVEL " $I FLOW ! ! FLOW ! ! /Old N 03 A POWER hh gp - % MW th/% 51A ON OFF l i ON OFF SF/6F ACTOR PRESSU RE SYSTEM 1 (MIN. FLOW NZO1 A l__f l51C K 3400 GPM) K4 ' X 4
.26G NZO3 C LJim"'
51B j51D SF/6F NZO1 C l l l > A03S SCRAMMED? YES NO EMERGENCY SERVICE WATER PUMPS (NORMAL AMPS 5313 AMPS) __ G SF/4F ON OFF l ON OFF 5/I NZO3 8 h FEED ROW 62A 52C RECIRC PUMP NZO18 I (yg pto A40 lb/hr 1 41 lb/hr 1 9/ lb/hr i SUCTION TEMP 3640 GPM) 1A 18 1C Amps i AMPS NZO3 D l A STEAM FLOW . a:a s2D
\ 3F NZO1 D l REC RC SYSTEM 01 l,iO..Ib/hr #2 /,2 1 lb/hr AMPS AMPS l
TOTAL hc/ ;2# j///p
// LIQUID POISON INJECTION EMERGENCY MAIN COND VAL 19 He $
CONDENSER 2 (MIN 23" Hg) ON @ 9 OFF S ' d IF/2F SHUTDOWN COOLING SYSTEM ON OFF z @ . COND TANK LVL 9/> I FLOW SLOCK ON OFF k'O - L ! ! bl -- - ---- ft PUMP A ! - - - -_b $ ' (MAX: 43 f t-MIN: 20 f t) /ggg psig iPUMP A NE01-B L_] ! PUMPB - [
/ O 1 0 pelg PUMPB ,
PUMP C [_. .O 7 CIRC WATER PUMPS d ! ! ! e. 1-1 N _2 1-2 N 1-3 1-4 N /O pelg PUMP C ,
- 1 peup g G^ . -
NE ALIZER SYSTEM _________m_._ _ _ _ _ __ _ _ _
O O O . PLANT STATUS DATE 5//o TIME 4:o/ ELECTRICAL STATUS
. EMERGENCY CLASSIFICATION Rx BLDG STATUS AUX XFORMER /
1 USUAL EVENT - ALERT O ISOLATED YES @ NO C SIU XFORMERS EM6 C C TE AREA @ GENERAL SBGT ON OFF h DIESEL GEN +1 C +2 SI
.tYWELL PRESSURE 38 1F/2F f 1F/2F CORE SPRAY
~
12XR SYSTEM 1 MIN. FLOW SYSTEM 11 MIN. FLOW A
<!s A
/b . A ptow _/)! li RYWELL TEMP e
el 70 3000 GPM 3000 GPM I'\ / - "j 1F/2F i
* '/"
ORUS TEMP / LEVEL 9b/$ I NT SPRAY $ l FLOW l FLOW ! 600 NZO3 A L O /OFF l O[ SF/6F ACTOR PRESSU 1E SYSTEM 1 N 01 A q_'_, OWER MW th/% i (MIN. FLOW 51A 4p l51C 4 3400 GPM) NZO3 C I 51 5 SF 6F NZO1 3DS SCRAMMED? YES NO! ! EMERGENCY SERVICE WATER PUMPS b (NORMAL AMPS 5313 AMPS) I 2/6F ON OFF ON OFF lHZO3 8 l ll IJ iED FLOW 52A l 52C b RECIRC P P ( .ft F 0YI 1 NZO1 B ! __.I
/hr Ib/hr Ib/hr I SUCTION TEMP 3640 GPM)
IA 18 1C piisp3 I N l
/ AMPS NZO3f"l~ ll .
528 3530 01 D ! !! ! TEAM FLOW . g 3F RECIRC SYSTEM 1 /!b/br
- #2 / lb/hr AMPS l AMPS TOTAL ,a l LIQUID POISON INJECTION EMERGENCY !
-AIN COND VAL Hg $
(MIN 23" Hg) CONDENSER 0 ! ON OFF 3 $ $ 1F/2F SHUTDOWN COOLING SYSTEM ON OFF = $ i FLOW BLOCK
. HE01-A ..- ,r
- OND TANK LVL
- ft ON .0FF pugfp A ! I' ii .
(M A X: 43 f t-MIN: 20 f t) p p ] {l NE01-B ! PUMPS
~
psig PUMP B l ; ! D" C '- - ' ' -~ ~ ~ CIRC WAJER PUMPS'- -
,j ,
1-1 1-2 1-3 1-4 p e'ig PUMP C l l ! f' ",
; t: , ;, ,
CLEAN UP I l --- - l DEMINERALIZER SYSTEM I I
O O O PLANTSTATUS
~~~~ DATE 5f[h TIME 805 EMERGENCY CLASSIFICATION Rx BLOG STATUS ELEce RICAL STATUS M.
UNUSUAL EVENT C ALERT AUX XFORMER C .- ISOLATED YES SITE AREA GENERAL NO SIU XFORMERS B ' 6 C C SBGT OFF C ON DIESEL GEN #1 Z_.J +2 C DRYWELL PRESSURE 1F/2F l 1F/2F 12XR SYSTEM 1 SYSTEM 11 CORE SPRAY MIN, FLOW
/ A- A FLOW l DRYWELL TEMP l MIN. FLOW Isk /3\ /8\ .
3000 GPM , 3000 GPM ________J l* 1F/2F- a TORUS TEMP / LEVEL / A S RAY 11F p l l { FLOW l l M 03 A ON OFF l ON SF/6F SYSTEM 1 201 ^* POWER MW th/% i R EACTOR PRESSU1E (MIN. FLOW " 4F 51A 8 51C ! ! I 3400 GPM) I I II .
/I\ NZO3 C I I L___+
518 I51D SF/6F NZO1 C l l RODS SCRAMMED? YES NO EMERGENCY SERVICE WATER PUMPS (NORMAL AMPS 5'* 13 AMPS) Q SF/6F ON OFF l ON OFF lNZO38l ! _! FEED ROW h 52A 52C l I RECIRC PU P (gg p og. NZO18 ! l l.___.} lb/hr _lb/hr _Ib/hr i SUCTION TEMP 1A 1B 1C Aups I 3640 GPM) I i
~
AMPS NZO3 D 1 - 7 52B 52D \ 3F NZO1D l RECIRC SYSTEM 01 lb/hr #2 lb/hr AMPS 8 AMPS 4 TOTR LIQUID POISON INJECTION EMERGENCY
. MAIN COND VAL Hg $
f (MIN 23" Hg) CONDENSER $! ON OFF $ @
*- =
c 2' t 1F/2F SHUTDOWN COOLING SYSTEM ON O g FLOW BLOCK , . - ,__ g . NE01-A .-----e - - ~ . -
; COND TANK LVL ft , ON OFF l__j',!' peep A I ..
g (MAX: 43 f t-MIN: 20 ft) ps,Ig . PUMP A l l NE01-B . PUMPB psig PUMPB ; EUEE C - CIRC WATER PUMPS ----- : pelg PUMPC[ ll 11 1 1
- PUt-9 :' _ _ _ _ _ .
1-1 1-2 1-3 1-4 , CLEAN UP ' ~
,DEMINERALIZER SYSTEM l ll l
-~. .
O O O PLANT STATUS
~
DATE O_ TIME a - M EMERGENCY CLASSIFICATION ELECTRICAL STATUS Rx BLDG STATUS UNUSUAL EVENT ALERT AUX XFORMER C ISOLATED YES NO SIU XFORMERS BK6 C BK7 O SITE AREA GENERAL C SBGT ON OFF C DIESEL GEN +1 C *2 C DRYWELL PRESSURE 1F/2F j 1F/2F 12XR SYSTEM 1 CORE SPRAY s SYSTEM 11 A A A FLOW MIN. FLOW 8 MIN. FLOW Il\ I s\\ /l\ DRYWELL TEMP - 3000 GPM 3000 GPM 1F/2F e TORUS TEMP / LEVEL / N RAY FLOW ! ! FLOW l l 03 A ON OFF l ON 5F/6F R EACTOR PRESSU1E SYSTEM 1 NZO1 A ! l POWER MW th/% (MIN. FLOW 51A l51C 3400 GPM) 4 4 NZO3 C l 518 l51D 5F/8F NZO1 C l RCDS SCRAMMED? YES! !NO EMERGENCY SE*1VICE WATER PUMPS (NORMAL AMPS 53 2 3 AMPS) 5F/6F ON OFF ! ON OFF NZO3B! !! l FEED ROW 52A 52C RECIRC PUMP NZO1 B l l (MIN F 0 Ib/hr Ib/hr Ib/hr SUCTION TEMP 3640 GPM) 1A 18 1C Aups i AMPS NZO3D ]l l STEAM ROW - 52B 52D NZO1D 8 3F RECIRC SYSTEM
*1 lb/hr +2 lb/hr AMPS 8 AMPS TOTAL LIOUlD POISON INJECTION EMERGENCY M AIN COND VAL Hg
=
CONDENSER Z C (MIN 23" Ng) 9 ON OFF ON OFF h$ I 1F/2F SHUTDOWN COOLING SYSTEM COND TANK LVL ft FLOW BLOCK , ON OFF NE01-A ! !! ! - .
~
~.
PUMP A l (M A X: 43 f t-MIN: 20 f t) ' pelg PUMP A NE01-B L_ ) bl PUMPB i ___. pelg PUMPB l l PUMP C ! - CIRC WATER PUMPS j ll p ~' l c pelg PUMP C iI ;. 1-1 1-2 1-3 1-4 y PuuP E ii li i
~
NE ALIZER SYSTEM
O ~O O PLANT STATUS DATE h_ TIME ELECTRICAL ST ATUS EMERGENCY CLASSIFICATION Rx BLDG STATUS AUX XFORMER O UNUSUAL EVENT ALERT C ISOLATED YES NO SIU XFORMERS BK6 C BK7 SITE AREA C GENERAL C SSGT ON OFF DIESEL GEN #i O +2 O DRYWELL PRESSURE 1F/2F f 1F/2F 12XR SYSTEM 1 CORE SPRAY
- SYSTEM 11 A A. A ptow MIN. FLOW l MIN. FLOW Il\ /i\ /n DRYWELL TEMP 3000 GPM e 3000 GPM 1F/2F s TORUS TEMP / LEVEL / ^ RAY 11F l l, p p l l l NZO3 A ON OFF l ON 5F/6F SYSTEM 1 NZO1A l POWER MW th/%
51A SIC 3 00 GP NZO3 C l l ! 518 51D 5F/6F NZO1 C ! l RODS SCRAMMED? YES! !NO EMERGENCY SERVICE WATER PUMPS (NORMAL AMPS 5313 AMPS) 5F/6F ON OFF l ON OFF NZO3 8 l l FEED FLOW 52A 52C RECIRC PUMP NZO1 B ! I lb/hr (MIN F0 Ib/hr _Ib/hr SUCTION TEMP 3640 GPM) 1A 1B 1C AMPS 8 AMPS NZO3 D ]l l 528 ! ! l52D NZO1 D A OW g 3F RECIRC SYSTEM 01 lb/hr #2 lb/hr AMPS AMPS l TOTR LIQUID POISON INJECTION EMERGENCY MAIN COND VAL Hg $ CONDENSER 2 " " (MIN 23" Ng) ON OFF b $ $ IF/2F SHUTDOWN COOLING SYSTEM ON OFF COND TANK LVL ft FLOW BLOCK " ON OFF hl l PUMP A ! l (MAX: 43 f t-MIN: 20 f t) f P P NE01-B L .) k___! PUMPBl L e ,r .' Pole PUMP B PUMP C l p ,j L_ L . . _ _ CIRC WATER PUMPS l ll [~' t : t:
!! '= -
1-1 1-2 1-3 1-4 pelg PUMP C ! pur.:p g [ i[)) si. i: NE All2ER SYSTEM _ _ _ _ _ _ _ _ _ __ -.____-______m_._
o O O PLANT STATUS DATE b. TIME EMERGENCY CLASSIFICATION ELECTRICAL STATUS Rx BLDG STATUS UNUSUAL EVENT C ALERT C AUX XFORMER C ISOLATED YES C NO C SIU XFORMERS BK6 C BK7 SITE AREA C GENERAL SBGT ON C OFF C DIESEL GEN #1 C *2 C DRYWELL PRESSURE 1F/2F l IF/2F 12XR CORE SPRAY ' SYSTEM 1 : SYSTEM 11 A MIN. FLOW 8-MIN. FLOW /l\ A Il\ A Flow DRYWELL TEMP /l\ 3000 GPM l 3000 GPM -- 1F/2F e TORUS TEMP / LEVEL / ONTAINMENT SPRAY 11F 7 l l p l l 3 hZO3 A i ON OFF l ON SF/6F SYSTEM 1 ll p i R EACTOR PRESSU1E (MIN. FLOW NZC1 A l l 4F 51A ,51C jyg 3400 GPM) NZO3 C 518 ! ! 851D 5F/6F NZO1 C l RODS SCRAMMED? YES NO EMERGENCY SERVlCE WATER PUMPS (NORMAL AMPS 5313 AMPS) 5F/6F. ON OFF ! FEED MW ON OFF _ NZO38l ll 52A 52C RECIRC PUMP (Mt O NZ01B lb/hr _._ Ib/hr _lb/hr SUCTION TEMP 1A 18 1C 3640 GPM) Aups 8 AMPS NZO3 D h l l STEAM FLOW - 528 52D NZO1 D g
, 3F RECIRC SYSTEM 01 lb/hr #2 lb/hr AMPS l AMPS TOTR LIQUID POISON INJECTION MAIN COND VAL Hg EMERGENCY $
(MIN 23" Ng) ON CONDENSER $ " OFF S H
= $
ON OFF u c. 1F/2F SNUTDOWN COOLING SYSTEM = $ $ g FLOW BLOCK COND TANK LVL NE01-A l l! ft ON OFF PUMP A }ir l I'm - (M A X: 43 f t-MIN: 20 f t) P P ] NE01-8 L ] b__ PUMPB .___. j L L-_ CIRC WATER PUMPS pelg PUMPB PM C ! ! !* psig PUMPC l l]E ~ ?' 1 1-2 1-3 1-4 CLEAN UP PUt.tP E ! g 3 .] . Ii !:
- i 1 DEMINERALIZER SYSTEM l I --
v s. - e myg- +w my w - + _ _ _ _ _ _ __ _ _ _ _ - --____u_-__ w w-
O ~O Q PLANT STATUS DATE_ O__ TIME EMERGENCY CLASSIFICATION ELECTRICAL STATUS Rx BLDG STATUS UNUSUAL EVENT ALERT AUX XFORMER C ISOLATED YES C NO SIU XFORMERS BK6 BK7 C SITE AREA C GENERAL C SBGT ON OFF DIESEL GEN +1 C +2 C DQYWELL PRESSURE 1F/2F l 1F/2F 12XR SYSTEM 1 CORE SPRAY
- SYSTEM 11 A jh A Flow MIN. FLOW ' MIN. FLOW Il\ /8\ /3\
DRYWELL TEMP 3000 GPM i 3000 GPM 1F/2F e TORUS TEMP / LEVEL / ' N S RAY ON OFF FLOW ! ! l, FLOW ! ! ^ ON OFF l ON S F/6F SYSTEM 1 POWER MW th/% 51A i R EACTOR PRESSURE (MIN. FLOW NZO1 A l
! l !
l51C 4 3400 GPM) NZO3 C l l ! 518 851D 5F/6F NZO1 C ! !! ! OCDS SCRAMMED? YES! NO EMERGENCY SERVICE WATER PUMPS (NORMAL AMPS 5313 AMPS) 5F/6F ON OFF ! ON OFF NZO38l l i FEED FLOW 52A 52C RECIRC PUMP NZO1B lb/hr Ib/hr i (MIN F0 __lb/hr SUCTION TEMP 3640 GPM) 1A 18 1C AMPS 8 ZO3 D hl l AMPS STEAM FLOW 52B 352D 01 D l 3F RECIRC SYSTEM 01 lb/hr #2 lb/hr AMPS AMPS l TOTAL LIOUID POISON INJECTION EMERGENCY MAIN COND VAL Hg - CONDENSER Z { MIN 23" Hg) ON $ '9 OFF b I I 1F/2F SNUTDOWN COOLING SYSTEM ON OFF FLOW BLOCK COND TANK LVL ft ON OFF NE01-A ! PUMP A l { i h (M A X: 43 f t-MIN: 20 f t) If psig- PUMP A NE01-B L_ . . L__i PUMP e U R R i 11 i' gg { r--] p-- CIRC WATER PUMPS r--- f pelg PUMP C ! !! ! I hi I~ ~ 1-1 1-2 1-3 1-4 CLEAN UP 1 1 PUf.P E t- - - - - -- i! DEMINERALIZER SYSTEM i I
- - ~ " '
p p- p N./ Y N.]
- PLANT --
STATUS DATE O_ TIME .
- _
EMERGENCY CLASSIFICATION ELECTRICAL STATUS kd< Rx BLDG STATUS AUX XFORMER C UNUSUAL EVENT ALERT C ISOLATED YES NO SIU XFORMERS BK6 C BK7 C CITE AREA C GENERAL SBGT ON C OFF C DIESEL GEN +1 +2 C DRYWELL PRESSURE 1F/2F j IF/2F CORE SPR AY 12XR SYSTEM 1 : SYSTEM 11 A 4 / Flow MIN. FLOW l MIN. FLOW /l\ /l\ /b DRYWELL TEMP 3000 GPM i 3000 GPM 1F/2F e TORUS T&P/ LEVEL / ^ ^ 11F NZO3 A j p l l g, p l l ON OFF l ON SF/6F R EACTOR PRESSU RE SYSTEM 1 NZO1 A l POWER MW th/% (MIN. FLOV/ 51A l51C 3400 GPM) 4 NZO3 C l 518 851D 5F/6F NZO1 C l CODS SCRAMMED? YES NO EMERGENCY SERVICE WATER PUMPS (NORMAL AMPS 5313 AMPS) 5F/6F ON OFF l ON OFF NZO38! !l l 52A 52C RECIRC PUMP NZO 1 8 (MIN F0 lb/hr Ib/hr Ib/hr I SUCTION TEMP 1A 18 1C AMPS 8 AMPS 3640 GPM) 203 0 hl l 52B 352D N 01 D l 3F RECIRC SYSTEM of Ib/hr +2 lb/hr AMPS AMPS l TOTAL LIOUID POISON INJECTION EMERGENCY MAIN COND VAL Hg $ CONDENSER $ (MIN 23" Hg) ON OFF $ $ F
= <
o c. 1F/2F SHUTDOWN COOLING SYSTEM ON OFF = I $ $ U " t COND TANK LVL FLOW BLOCK ON OFF l ll l l
~
ft PUMP A (MAX: 43 f t-MIN: 20 f t) P P {! HE01-B L__l PUMPB! ! .-. U Ol ll ll
! f71 CIRC WATER PUMPS psig PUMPB
' - I '- ~ !
l l {tj t! i pelg PUMP C l l 1-1 1-2 1-3 1-4 PUMP E g i [ g,i ii t CLEAN UP
}EMINERALIZER SYSTEM
9 OCNGS ANNUAL EXERCISE O . 1984 ATTACHMENT B-5 l FLOOR PLANS I i O
+. .c s
3 --
, 8 3.0 HATCH 5 i, o Og8 3g HATCH COVER HATCH e g
]
=
ga - COVERS o a / RAll SThlRSi m < . 0$ g i. STEAM o [o a M
.. DRYER RX CAVITY NEW FUEL SKIMMER !
E SURGE TANK Al 9, 6 a u
>? -
/
RACKS /
%2 3R
? 'ii' RETURN APPROX.1100 LOCATIONS { IO*
DIFFUSER ^ STEAM i CORE I CONTROL' E / R0D - SEPARATO
. / STORAGE '
m r-N o N a SKIMMER SURGE TANK B l x RAIL / - c '
- q -
N
\ i ELEVATOR -
^ '
AREA Reading s i.n mR/ r iHi 70 - LL s # , EQUIPMENT EE EE
\//\
HATCH IC" / \ l! i W eu v. ex.aIdg. g.
/ ,. g _
I!!It!!L!}~"
. . . . .u :: ,: O i,, ..-.e.
O.s %" 5 ",;
- 5. .
I. b .$ (t.. . d
- 5 3 $hi '
23.~. I-et
-"""~
0R ;*17 :. i 5o
-- 2 N N $ h ?-{15:li';;
4 V l e a ! i
. E, ut
\ .
g pg u l ta w t ' ii ! . u % EEE t o 95 M= ! x."
%,,, x% -a .
i .) C C 6. L .!
.J C O
( - b ; s x H E \ 7 " 4 O (( bI h s cs s o _ e m e n o. e . f hl 9' [. "' l g l
/ . q l j ,
. Q i
Em aa oc O '_, @ J,o j% W -@ l C32C3 - _.2 . i puno; sV-soI dums 2TV *g ' puno; sV-sones osop 20440 TIV *T , i
*W'd 40:9 L E I==I I i
03 - , j g-0 INRW110V11V
*W*d 00:V 0=A l
1 j ATTACilMENT 13-5 . I
. T=0 4:00 P.M.
T-1 6:07 P.M. Augmented Fuel '
- 1. All other dose rates-As foU i
Pool. Cooling System 2. Air samples-As found a u u R**STs (n_.m6/.br u u - lll y - HEAT EXCHANGER R PUMPS REPAIR & STORAGE ROOM FOR CONTAM-INATED EQUIPMENT FUEL POOL SPENT FUEL
~'
. PUMPS STORAGE POOL f '
j_ ' O. Ds
" "^' '
- c " ^ " " "
/
FUEL POOL SYSTEM l CONTROLS 3 (ER10) REACTOR VESSEL l g
.. \
j PREC0AT TANK EQUIPMENT . ! 9 MIXING HATCH l
/_ TANK' PUMPS RACK i L I O -
-ReciR. euur
~
,tsy,70, ! _
<FILTERSs [- _
CLEAN-UP OEMINERAllZER 1 - - - -
ATTACilMENT 0-5 T=Q 4:00 P.M. to Talk 7 6:07 P.M.
- 1. All other dose rates-As found
- 2. Air Samples-As found Ij n l 51 ' ELEVATION '
l Rx. elag - keadiys i.n mhr u- ;
\ k TN. . .
= 1 F
.,. l u C.
CJL 2 - - U i i
, ,l,. . L O .
H-] ' ' c
- i g 80.Q
- a SHUTDOWN COOLING lCCC l-, f / HX ROOM
(
/ nomi ".
f p -M ,. . l { l 3 C J CD O c3 oO t u - -
, , inocio l E5 I I [
5 --r -
. c, e, ,
c O B 08 l l i, ' O .
. ATTAC11 MENT U- S T-o 4:00 p.g,
- to T=127 6:07 P.M.
- l. All other dose rates-As found
- 2. Air Samples-As found Reacliys in melbr-4 1
t
.I,; [ '/
}
l '(l9 - - l . i!! 1 - '
. s e :
,/.
\
/, : ,- t
, . I
.a.
t . ( ,
.1 .;
l
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i
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+. ,
; # !', li ,
, g .m . , i j, l .
p .. n: . .-h l
' 9 1, - =~3
\
', 06 l t
I.hh,j. .
,2
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2-1 a
., . . w - m n
.l .
95fi , r - 5
. d, e- n a
=
1
- m e
. > c.
.,r.re ?; gar, g;g ' j;'
. ! F.j .'. ! ! -
!d c. ! .,
. ,,., . i.5j$ i 4i '. * '. ' ,
4 Nh {
. 9!.. p -
)
- ..i . . .
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.: :. '.. a ,% n '
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a, j :
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e
. . . . l , ./. , 6 ef-s.- 9. r,t.I j,' .k.',3), !t.
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f I F
*v ' 4. 6 e es a
ATTACllMENT B-5 T=0 4:00 P.M.
) to T=127 6:07 P.M.
C 1. All other dose rates-As found
- 2. Air Samples-As found l
[ 'ii dl!d N j neacungs in mg/Ac t i,nnmi 3 3 . l l gs (. J O ' O' gI-r". I
}. tu
~ i i 2. I I ICi
[- ., D P ( m - < ~ t O
- m. ,._
l n ' , w
.) _ ==
g . , o *
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= -
i s - 4-ge ] J- . y
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w, - S. .
/
0', H , z. . y n 3 . t-4/l , Om ~
. b 4
1 ' r i l "] ,-
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9 - -. , , v, I
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-u s
x . - z o . . ,; .- '
- i h"-
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l
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k '
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/
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- mEE i, :
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ll:n n: i l /
t. R 4 1 5
~
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- 1. All other dose rates-As found I' i: - -
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A ' V .
- 1. All other dose rates-As found n.;.J. l l l Ei .
- 2. Air Samplos-As found ri"; *h 1 i.
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, to f- T=127 6:07 P.M.
- 1. All other dose rates-As found
- 2. Air Samples-As found ,
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g f.TTACHMENT B-5 g- . T=12'l 6:07 P.M. to T=135 6:15 P.M.
-1. All other dose rates-As founc eq Augmented Fuel 2.
v , Air samples-As rouna
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ATTACllMENT B-5 T=127 6:07 P.M.
.to T=135. 6:15 P.M.
O 1. All other dose rates-As found '
- 2. Air Sataples-As found 1
1 l 51 ' ELEVATION m fo6 2 y~ 60@Ybr
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w C Ci i ai i . Q i i E A' '
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ATTACilMENT B-5
. T=127 G:07 P.M. l I
l to
* .T=135 6:15 P.M. l
- 1. All other dose rates-As found
. 2. Air Samples-As found G
e*
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ATTACllMENT B-5
. T=127 6:07 l'.M.
- to T=135 6:15 P'.M.
1 ( [{ 1. All other dose rates- ( As found
- 2. Air Samples-As found
^
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ATTACllMENT B-5 T=127 6:07 P.M.
. to
. T=133 6:15 P.M.
. . - . .-- .. .. . ~ ~ . . . . - . . . - -
- 1. All other dose rates-As found t
- I
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to ;8, y. 4 i\ T=135 6:15 P.M. ,
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0_ , 3 1,f 7 As found
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T=127
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N1"l'ACllM1::NT 13-5 , T=127 6:07 P.M.
. to
_ . . T=13 5' - 6:15 P.M. O
. 1. All other dose rates-As fours ;l1-< ,3
- 2. Air Samples-As found T: ' 'i.
i ll2 ,5 :
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ATTAC!! MENT B-5 T=12.7 6:07 P.M.
' .to
.T=135 ,
6:15 P.M. O V
- 1. All other dose rates-As found
- 2. Air Samples-As found
=
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^((yjfioys" E I DIFFUSER i CORE I
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C,0NTROL' ' i ROD j 3 SEPARATO)R - STORAGE r r a w z N " SKIMMER $ SURGE TANK B RAIL / '
"E an 7
u 7 O,000 R[jdr Ge.nera I /fe21. (( Y 8 ?. na e e N
\ kR!
OO b5 ELEVATOR DECONTAMINATIONo 8 ' .] .;"
' AREA g - -
DN 20 P[fp
~
'55~1 s EQUIPMENT EE EE
\ n/j , HATCH j
,/ \
- _ ._ ; i
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lg9 ' Elev. 2 x Bldg.
ATTACl! MENT B-5 T=135 6:15 P.M.
. go T=240 8:00 P.M.
i Air Sample Gross Activity = 1 microcurie /cc I
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ATTACllMENT B-5 T=135 G:15 P.M.
*to T=240 8:00 P.M.
Augmented Fuel ' 31,so,p1,cros,act1ysty.l f Pool. Cooling System 1 microarie/" ' a y u u u .
.1..
I
.1h -
J rg - HEAT EXCHANGER { PUMPS REPA R & STORAGE I ROOM FOR CONTAM-INATED EQUIPMENT
~ {
r- \ FUEL ._ U _ [
\
POOL SPENT FUEL PUMPS STORAGE POOL l' -
\
3 l' , [ ' L ! HEAT EXCHANGER \ 1 [Fs / l
' FUEL POOL SYSTEM CONTROLS 40 ICOO hr 3 (ER10) REACTOR VESSEL
( Genc Q d,V'EA,
- E -
F F PREC0AT TANK
' EQUIPMENT QMIXING HATCH d
PUMPS v TANK' , RACK w u i
- RECIR. PUM P t -
< FILTERSs 1~ ELEVATOR -
O O oEEnn" fur
, , r, i i Mis- R/f.
__cnmL_C -A N
l ATTACIIMENT B-5 l T=135 6:15 P.M. l to l T=240 8:00 P.M. ! Air Sample Gross Activity = 1 microcurie /cc 1 51 ' ELEVATION s. '\ A 30,000 Q g - s @br C"]t ; ( au 40,000 g/b r-O , C Genera.( Area. ( i g
- O
__ S UTDOWN COOLING
- l. ~
/ HX ROOM lillatel,Y
~
f . f . . J a o g'r 1 c3 0 " oO c g,- i i . C5 "lo 55 I I
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4 1 I 1
ATTAC!! MENT 11-5* , T=13.5 6:15 P.M.
. to T=240 8:30 P.M.
O ,, Air Sample Gross Activity = 1 microcurie /cc
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A'1"rACalMENT u-5
, T=13'5 6:15 P,.M. L to 4 T=240 8:00 P.M.
O o o h Air Sample Gross Activityg f /jd 1 microcurie /cc O t
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ATTACllMENT B-5
, T=135 6:15 P.M.
. to T=240 8:00 P.M.
Air Sample Gross Activity = ,
, .l l 1 microcurie /cc .J. LL i, e
.1 .
a' > .l 3' .,, I $f ! l l 3 3 G :[ 6
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i ATTACliMENT B-5 i! . G T=135 6:15 P.M.- i . ; g.) !..
- - to ifi:Fj '.2bi i i
- W'... '/ . . -
T=240 8:Q0 P.M. ij T 'i: 9,'la..":~~' .
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1 l T=13 5, 6:15 P.M'.
... , . . . . . . . . . s .t o _ , , ,
T=240 8:00 P.M. O . Air sample cross _ Activity = AS Fod S-!-}.f..l3. ,
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ATTACilMENT B-5
, T=13 !i G:15 P.M.
. to T=240' 8:00 P.M.
Air Sample Gross Activity = N. N . t . am *
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o
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M HATCH E HATCH COVER HATCH COVER
/
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COVERS
. f RAll SThibl
.. DRYER SKIMMER RX CAVITY NEW FUEL E SURGE TANK Al
/
RACKS / RETURN APPROX.1100 g LOCATIONS ! DIFFUSER ,- STEAM I l CORE l CONTROL-
# H00 SEPARATOR ( y $
\.
< ' STORAGE $
u . r r s t e N ? SKIMMER =
- . SURGE TANK B RAll/
bT henerAl ' Area _ *
. E7 7
N O % tM in O O ELEVATOR ., DECONTAMINATION $) E AREA sT 9 9 DN
'EEiL s 2
kE EQUIPMENT
,. [G E 88 ?
8
?
EE EE HATCH $$ ? -
== .- e A s
- a yy an n
l ATTACllMENT B-5 T=240 8:00 P.M. to T=270 8:30 P.M. t I O'
, Air Sample Gross Activity =
5.0 E-07 microcuries/cc - . . . . . . n u alL n
.....m:. ,
a.
. ;F s o;3 5.
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E ' jf 5'b . j ; a.mi,m,.. . .
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ATTACitMEi3T B-5
'r=240 u:00 P.M.
y .. to l T=270 8:30 P.M. Augmented Fuel l C, Pool.. Cooling System s.o s-ov microcuries/cc 31,3,mp1, cros, Activity. a t._; t_a L; t_J t ( -R50@'& - HEAT 1.. PUMPS EXCHANGER p . _ ROOM FOR CONTAM-INATED EQUIPMENT
~
FUEL _ C - [ POOL SPENT FUEL PUMPS STORAGE POOL
\
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)
b ' L l HEAT EXCHANGER Ds / ' (~ FUEL POOL SYSTEM CONTROLS LOO k r 3 (ER10) REACTOR VESSEL l Ggg[ r T.d., l C - _ F F PREC0AT TANK .
' EQUIPMENT
! QMIXING HATCH
/[ N./ TANK' {
PUMPS . RACK l
'N
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- RECIR. PUMP t
O '""8' - ELEVATOR- + O O CLEAN-UP UEMINERAllZER 300$n- g g m _ ]_Y_ BIN d
ATTACllMENT 13-5
,T=240 8:00 P.M.
to T=270 8:30 P.M. Air Sample Gross Activity = {#} . 5.0 E-07 inicrocuries/cc 51 ' ELEVATION m u 300 R/hr _m 5 QL : [ O' ' O R b r- __ t_ ; d] hgngyg[ ' ' C M _, F(6 A j M
' ' ' SHUTDOWN COOLING lCCC -
/
/
/ HXROOM inuni ", ,
I
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3 c J co o r ao c 7e_=_ g - -
, , i;ocio I
150f@ ,- , D eo 6 6 O
ATTACilMENT D 5
- T=240 8:00 P.M. '
to l T=270 8:30 P.M.
' Air Sample Gross Activity =
5.0 E-07 microcurios/cc '
% *t
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r L ~; :l i i
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ATTACllMENT 11-5 T=240 8:00 P.M. b to 8:30 P.M ( T=270 Air Sample Gross Activity = G. I 5.0 E-07 microcuries/cc { . O r
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ATTACllMENT D-5 T=240 8:00 P.M.
, . to
. s T=270 8:30 P.M.
Air' Sample Gross Activity = j.l. ! !w ! !: j l 5.0 E-07 microcuries/cc- .t i I : ,! :. s _L .L ..l'
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.ATTACIIMENT B-5 T=240 8:00 P.,M. (a v* 4 P.. .
.a
- . to :
2 ;,I .;;l , I
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f-- s-s,......V'
., T=270 8:30'P.M. - . .;r .F. . !. .
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' Air Sample Gross Activity = A 5 Found -? -.
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ATTACIIMENT B-5 T=270 8:30 P.M. i to T=300 9:00 P.M. t . Air Sample Gross Activity = (Q Augmented Fuel 1.0 E-08 microcuries/cc Po',ol. Cooling System
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ATTACl! MENT B-5 T=270 8:30 P.M. to
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ATTACIIMENT B-5 T=270 8:30 P.M. to
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NTTACllME,NT B-5 T=300 9:00 P.M. to T=3'60 10:00 P.M.
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ATTACIIMENT B-5 T=300 9:00 P.M. to T=360 10:00 P.M.
. Air Sample Gross Activity =
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ATTACllMENT D-5 T=300 9:00 P.M. to T=360 10:00 P.M. Air Sample Gross Activity = 1 9.0 E-09 microcuries/cc 1
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