ML20107M771
| ML20107M771 | |
| Person / Time | |
|---|---|
| Site: | Sequoyah  |
| Issue date: | 02/28/1985 |
| From: | TENNESSEE VALLEY AUTHORITY |
| To: | |
| References | |
| NUDOCS 8503010420 | |
| Download: ML20107M771 (286) | |
Text
{{#Wiki_filter:_ fo J&? SO'] z;V p . SEQUOYAH NUCLEAR PLANT , RADIOLOGICAL EMERGENCY EXERCISE SCENARIO FEBRUARY 1985 i O f, Principally Prepared By:
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Sequoyah Plant Staff, TVA Division of Nuclear Services, TVA i
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" Radiological Health Staff, TVA POTC Tennessee Emergency Management Agency (TEMA)
Tennessee Department of_ Health and Environment
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I. SCOPE AND OBJECTIVES O The scope of this exercise will include the notification, activation, and staffing of all TVA emergency centers with participation thereafter to accomplish the identified objectives. The exercise will span a time period of approximately 10 to 12 hours on the first day. The second day will consist of offsite recovery activities conducted by State and local agencies with TVA participation as required. The exercise is planned to demonstrate the capabilities of TVA and State and local governments to fulfill their responsibilities specified in the Sequoyah Nuclear Plant Radiological Emergency Plan (SQN-REP). The following ' objectives indicate the types of activities planned by TVA and the State of Tennessee. A. Test the REP notification procedure throughout the notification chain, beginning at the SQN control room and extending to State authorities and to local authorities. , B. Demonstrate the staffing and efficient operation of TVA, State and local emergency centers. C. Test the communications networks between TVA, State, and local governments and with other support groups. D. Demonstration SQN's ability to respond to hazardous radiological conditions onsite, i.e., postaccident sampling, HP response, assembly and accountability of nonessential plant personnel, etc. E. Demonstrate the ' capability for periodic public information releases including the ability to disseminate information regarding planned or needed protective actions to the public in a timely manner. F. Demonstrate the effectiveness and efficient operation of a Joint Information Center as the single source of public information for the media. G. Demonstrate the capability of TVA to assemble and transmit in a timely manner the appropriate information needed by offsite. authorities to evaluate the necessity for protective action. -l H. Demonstrate the capability to verify offsite predicted doses by radiological field monitoring. I. Demonstrate the capability to perform radiological dose assessments from plant release information and meteorological parameters. J. Demonstrate the capability of local authorities to implement protective actions including direction and control during simulated evacuation.
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K. Demonstrate the ability to activate and implement the prompt notification system. p- 9 L. _.d' se-
i I i L. Demonstrate the capability to staff and prepare mass care O. ce ter(s) to receive a d sheiter evac ees. l 1 M. The exercise scope will also extend to simulated situations to I test assigned recovery duties for State agencies with TVA support as appropriate. r i l i [ O 1: e t L .O . 9
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l l 1 l l II. DATES, TIME PERIOD, PLACES, AND PARTICIPATING ORGANIZATIONS ' The exercise will be initiated from the SQN main control room on February 6, 1985. The exercise will extend over one day. The-exercise will initiate at SQN and initially involve the onsite and offsite TVA emergency organizations, Tennessee, and Bradley and Hamilton Counties. The TVA onsite emergency organizations will complete their participation when their objectives are satisfied. The appropriate 1RUL offsite emergency organization, Tennessee, and Risk i Counties will complete their objectives such as radiological , monitoring, dose assessment, public notification, warning and ! evacuation. Those participating in the exercise may include, but are not limited to, the following: A. Sequoyah Nuclear Plant, Daisy, Tennessee
- B. Tennessee Valley Authority Emergency Centers, Muscle Shoals, Alabama, Chattanooga, and Knoxville, Tennessee C. Tennessee Emergency Management Agency (TEMA), Nashville, Tennessee i
, D. Tennessee Department of Health and Environment, Nashville, Tennessee j 'E. Hamilton County Government -
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F. Bradley County Government 4 G. Tennessee Department of Agriculture H. Tennessee Wildlife Resources Agency I. Tennessee Department of Conservation J. Tennessee Governor's Office K. American Red Cross L. National Weather Service M. Federal Emergency Management Agency -. N. U.S. Coast Guard O. Risk Counties Civil Defense (Hamilton and Bradley) P. Host Counties (Rhea, Meigs, Sequatchie) Q. Emergency Broadcast System
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s R. - Nuclear Regulatory Commission and Other Federal Agencies S. Local Support Agencies in Risk Counties T. Tennessee Department of Safety (Highway Patrol) U. Tennessee Public Service Commission
- V. Tennessee Department of Tourism Development W. Tennessee Department of Transportation ;
X. -Tennessee Department of Human Services Y. Department of Energy
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III. SIMULATED EVENTS INITIATING THE POSTULATED EMERGENCY CONDITIONS A. With unit 1 in mode 1, 100% power, "A" Waste Gas Decay Tank relief valve 0-77-743A. fails open and does not reset. An unplanned release lasts for approximately I hour before it can be isolated. An ALERT is declared at this time based on these events. B. A second event postulates a fracture of a main steam line (MSL) outside containment in the vicinity of the Refueling Water
'-f' Storage tank. High steam flow in conjunction with lo-lo Tavg or A .- . low steam line pressure initiates a safety injection signal and causes the Main Steam Isolation Valves (MSIV) to close; however, the MSIV on loop #3 fails to close resulting in total blowdown of
#3 steam generator.
Fragments from the.MSL break damage the RWST, causing a break near the bottom portion of the tank. Very high steam. velocity and flow cause the RWST break to propagate, resulting in total loss of RWST volume. These events result in the declaration of SITE-AREA EMERGENCY. . The rapid cool down results in limited fuel cladding failure (approximately 1%) which releases iodine and noble gases into the s-- primary water. , C. A third event assumes the very rapid blowdown of #3 steam generator caused tube failure resulting in primary to secondary leakage which results in a release to the environment through the steam line break. A GENERAL EMERGENCY is declared. D. The leak through the steam generator and MSL break continues for approximately 6 hours until the MSIV can be closed. ' A V
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IV. TIME SCHEDULE OF SIMULATED INITIATING EVENTS Os T = (-) Initial Conditions for SNP Units 1 & 2 15 min. Unit I at 100% power, End of Life with RCS boron concentration at 155 ppm. All conditions normal. Unit I reactor coolant system specific activity high due to fuel cladding leakers. Activity at .90 " microcuries/ gram Dose Equivalent I-131 - Tech Spec limit is 1.0 microcuries/ gram DOSE EQUIVALENT I-131. Unit II at 100% power beginning of life with n reactor cooling system (RCS) boron concentration U at 985 ppm. All conditions normal. T = 0 min. The operator receives a "High Radiation Alarm" from 0800 0-RM-90-118, waste disposal system gas effluent monitor. Monitor traveling upscale. T = 7 min.
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Operator receives an alarm, "High radiation", from 0807 1-RM-90-100; unit I shield building vent monitor. Both 0-RM-90-118 and 1-RM-90-100 are pegged offscale high. T = 8 min. The shift engineer declares an ALERT condition based on 0808 radiological effluents potentially exceeding 10 times Tech Spec instantaneous limits or on 1-RM-90-100 level. HP contacted for dose assessment.
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T = 35 min. Inspection team reports that "A" waste gas decay tank 0835 pressure has decreased from 105 psig to 70 psig and is still decreasing. T = 38 min. HP is contacted and plans are made to enter the valve 0838 vault to isolate manual valves in 0-RM-90-118 flow ; path. T = 55 min. The valve vault is entered and valves 0-77-840C, 0 0855 269 and 0-77-270 are isolated thus terminating the unplanned release. T = 1 hour "A" waste gas decay tank pressure stable at 38 psig. ( 0900 No downgrade of the ALERT condition at this time. T = 2 hours Unit I receives a reactor trip and safety injection 1000 signal. Operators, referring to Emergency Operating
, Instruction (E0I) instruction, diagnose the event and determine,that a MSL break outside of containment has occurred.
T = 2 hrs. Operators notice, during performance of E0I immediate 1 min. actions, that the MSIV valve on loop #3 did not close 1001 completely. Both the red (open) and green (closed) status lights are illuminated.
' All other Engineered Safety Features (ESF) equipment operates as expected. *
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s T = 2 hrs. Auxiliary feedwater to the faulted #3 steam generator 3 min. terminated. All remaining steam generators are intact 2003 and operable. T = 2 hrs. Operators receive an alarm on the Refueling Water 5 min. Storage Tank (RWST) level. They relate this alarm to 1005 the Emergency Core Cooling System (ECCS) equipment starting and continue following emergency instruction. T = 2 hrs. Operators now notice that the RWST level has decreased 10 min. much more than expected and is still decreasing. 1010 { Outside personnel contact the shift engineer by phone and indicate to him that the RWST has been damaged, due to the MSL rupture, near the bottom portion of the tank. A large volume of water is flowing out of a break at the bottom. Loss of total RWST volume is imminent., T = 2 hrs. Site Emergency Director upgrades the event to SITE ' i- 15 min. AREA EMERGENCY from an alert based on abnormal plant 1015 conditions and also due to severe damage to safe shutdown equipment from loss of RWST volume. , T = 2 hrs. Reactor Coolant System sample taken for isotopic
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l T = 2 hrs. Health Physics dispatches an environmental monitoring 20 min, team to take onsite measurements. 1020 T = 2 hrs. RWST level now at 40%, still decreasing. Operators now 30 min. have safety injection termination criteria. 1030 T = 2 hrs. Operators trip and lock out all pumps taking suction 35 min. from the RWST, isolate the Boron Injection Tank (BIT) 1035 and align charging pump suction back to the Volume Control Tank (VCT). T = 2 hrs. Operators begin a controlled cool down and 45 min. depressurization of the reactor coolant system to get 1045 on RHR cooling. RHR pressure at 1895 psig RCS Tavg at 490*F T = 3 hr. Chemical samples analysis indicate approximately 30 min. I percent clad failure. 1130
- T = 4 hrs. A rapid drop in pressurizer level and reactor coolant 10 min. system pressure occurs. Operators cannot maintain 1210 level in the pressurizer. All operating RCP's are tripped by operators.
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, T = 4 hrs. Outside personnel contact the shift engineer by phone 12 min. and inform him that steam has again started blowing 1212 from the faulted MSL.
T = 4 hrs. Based on loss of pressurizer level and decreasing RCS 15 min. pressure, the shift engineer suspects steam generator 1215 tube failures in #3 steam generator. After verifying the steam flow is indeed coming from the faulted #3 MSL, the Site Emergency Director upgrades from Site Area to GENERAL EMERGENCY. T = 4 hrs. The makeup water source to the reactor core is from 55 min. the primary water storage tank via the blender to the 1255 VCT and charging pump suction. -.Os T = 5 hrs. Massive steam generator tube failures are suspected due 10 min. to the large amount of steam coming from the MSL _ 1310 break. Estimated primary to secondary leak rate is at 400 GPM. T = 5 hrs. Operators still injecting approximately 200 gpm into. 35 min. reactor core through the charging pumps. Primary water 1335 storage tank level now at 29 ft (95%). T = 6 hrs. HP Site boundary dose assessment team reports radiation 35 min. levels still high. 1435 . b
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pg T = 7 hrs. Wind shifts from east south east to south'.
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; T = 7 hrs. Diesel aligned to allow water to be pumped into RWST 30 min. (can fill up to height of hole).
- 1530 T = 9 hrs. Maintenance still working on 3 MSIV with little 30 min. success. Radiation levels in area of MSIV are 1
- 1730 extremely.high.
T = 10 hrs. Loop 3 MSIV closed completely. Radiation release 1815 terminated. i T.= 11 hrs. SQN terminates onsite activities. T = 12 hrs. Events terminated for first day of the exercise. 2000
-T = 24 hrs.-+ Offsite recovery operations.
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NARRATIVE
SUMMARY
(q _J_ The initial conditions at the plant assume that unit 1 and 2 are both in mode 1, at 100% power. No major equipment is out of service on either unit. Approximately 15 minutes later, 0755 CST, the operator receives a high radiation alarm on 0-RM-90-118, waste disposal system gas effluent monitor located on 0-M-12. Both the R-P30 module and the rend recorder are pegged high. An AUO and ASE are dispatched to investigate the problem. At about
.0800 CST, the RO receives an alarm on high radiation on 1-RM-90-100 unit I shield building vent monitor. 1-RM-90-100 is trending upscale very rapidly. No automatic isolation function on the shield building vent
~N allows continued unplanned radiation releases from unit I shield building
- (O vent stack. At approximately 0805 CST, the SE declares an ALERT
' condition based on radiological effluents potentially exceeding 10 times Tech Spec instantaneous limits, 2.6 curies /sec noble gas.
Approximately 30 minutes after the AUO/ASE team was dispatched, they notify the unit 1 SRO that the "A" Waste Gas Decay tank pressure had dropped from 105 psig to 70 psig and seems to be decreasing. Further investigation reveals that "A" Waste Gas Decay tank relief valve 0-77-743A had failed open and has not reseated. Plans are.made to enter the valve vault to isolate manual valves in the 0-RM-90-118 rad monitor flow path. t T
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m- i g3 At approximately 0900 CST the valve vault is entered and valves 0-77-840C (y and 0-77-629 and 270 are closed thus terminating the unplanned release. Assume the "A" WGDT initial conditions at 12,000 curies. The release rate i:s approximately 84.8 cubic f t/ min during the unplanned release. We released approximately 3 curies /see for 3300 sec. Total curie release is approximately 9900 curies for the 55 minute release. Rad, monitor approximate response during the unplanned release. 0-RM-90-118 - offscale - High 1-RM-90-1008 - offscale - High Postaccident Rad Monitors
'T Eberline 90-403 low range - offscale - High (d
Eberline 90-402 medium range - 51,200 cpm Eberline 90-401 high range - 630 cpm 1 RM-90-260 - 71.4 mr/hr 1 RM-90-261 - 60 mr/hr The release of radiation will necessitate emergency onsite and offsite environs monitoring and other assessments. At approximately 0950 CST, unit I receives a reactor trip and safety injection signal due to high steam flow in conjunction with either lolo Tavg or low steam line pressure. This safety injection signal is indicative of a steam line break outside containment. O V
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Operators respond to the emergency and follow appropriate procedures. Telephone calls to the shift engineer indicate a major steam line break outside on 706' elevation in the vicinity of the RWST. Massive steam flow and velocity around the RWST.and outside personnel indicate steam flow path may be directly impinging on the RWST. Operators now notice that the MSIV on loop #3 failed to close, resulting in the blowdown of #3 steam generator. Operators, at this time, notice RWST low-level alarm and suspect damage to the RWST due to decreasing water level. Shift engineer declares Site Area Emergency and follow IP #4, SITE AREA EMERGENCY based on abnormal plant conditions. During the blowdown of Loop 3 steam generator the operators take appropriate actions and isolate auxiliary feedwater to the faulted #3 steam generator. t During the next 2 hours the operators begin a controlled cool down and depressurization of the reactor coolant system. At approximately 1205 CST
-the HP supervisor calls the shift engineer and informs him that steam has again started blowing from the faulted main steam line and that HP technicians report it to be radioactive. Based on the SE suspecting a S.G. tube break or rupture, he upgrades from SITE AREA EMERGENCY to a GENERAL EMERGENCY.
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- 3 The operator takes whatever action he can to keep the core covered with
.V water. These actions are initially an injection of UHI and injection of cold-leg accumulators. After these actions are taken, the only source of water to the reactor core is from the primary water storage tank via the blender to the volume control tank and charging pump suction. This allows the operator to provide 200 gpm of water to the reactor. Maintenance will eventually align a diesel pump to allow water to be pumped into the RWST. Water can be pumped into the tank up to the level of the puncture. This water can then be pumped into the reactor. This process can be cycled and - provides enough water to keep the core from becoming uncovered. The release continues until approximately 1800 CST, at which time the MSIV on loop #3 is completely closed. s Radiation release to the atmosphere stops. 4 k O me e we o (fg fs- em r)(4%A y
- ATTACHMENT 1 EXERCISE DIRECTION AND OBSERVATION A. Exercise Direction and Guidance by Controllers:
- 1. Exercise Director Assignments / Locations
- 2. Directors Duties / Guidance
- 3. Controllers Assignments / Locations
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- 4. Controllers Duties / Guidance
- 5. Messages / Input - Directors / Controllers .
B. Exercise Observation and Critique / Observers:
- 1. Observers Assignemnts/ Locations
- 2. Observers Duties / Guidance
- 3. Critique Reports / Exercise Areas of Concern-O d
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I A. Exercise Direction and Guidance by Controllers
- 1. Exercise Directors Assignments / Location See attachment 1A for a list of all controllers and their locations.
An exercise director, who principally ensures that the TVA emergency organization responds appropriately to the scenarioHe will events will be located at the CECC. appropriate and resolve unforeseen situations, includin events occur that could potentially alter the " course" of the exercise.
- 2. Directors Duties / Guidance Generally, the director will principally ensure that the exercise .
is kept moving and that any unexpected or unforeseen circumstances At do not significantly change the " course" of the exercise. principal EOC/ECC locations, controllers are tc. fap These prompts should be appropriate under their procedures. coordinated with the director as appropriate.
- 3. Controllers Assignments / Locations I' atheir1ectie see ttcaet>^rer iitetcotre11er O Controllers are to input prescribed data into the exercise, answer appropriate inquires into the exercise scope, and to indicate if information is available for situations not addressed or in response to questions.
Certain controllers are designated as controllers / observers and are requested to note the participant's response of their use of data provided primarily after radiation monitoring and/or other tests are conducted.
- 4. Scenario Input Data - Directors / Controllers Prescribed input is provided primarily for controllers to give to in-plant /offsite participants.
Director's input will be principally on policy matters on an ad hoc basis. The director may choose to clarify, limit, or restrict certain controller data input as appropriase. B. Exercise Observation and Critique / Observers
- 1. Observer Assignments / Locations Attachment IB lists observers and their locations.
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l (N ATTACHMENT 2
.\f RADIOLOGICAL RELEASES FOR OBSERVERS The time schedule of events indicate two ground level releases during the course of the exercise. The first release occurs at 0800 CST when a relief valve on a waste gas decay tank relief valve fails to open and does not reset. The duration of this release is approximately 1 hour. The source term is assumed to be 3.0 E+6 microcuries per second of noble gases. This release results in the following dose rates offsite.
Distance D (Total Body) D (Child Thyroid) 1 mile 3.4 mres/hr 0 2 miles 1.7 mres/hr 0 5 miles 0.6 mrem /hr 0 10 miles 0.15 mrea/hr 0
'The second release .begins at 1200 CST and continues for approximately 6 bours. The release is.the result of a main steam line break outside containment 'followed two hours later by a steam generator tube failure.
This sequence provides a pathway to the environment for primary loop water. The source term for this release decreases with time as indicated in the following list. Release Rates pCi/Sec Time Noble Gas Total Iodine Iodine 131 1200-1210 2.3 E+6 1.3 E+6 7.8 E+5 1210-1220 1.4 E+6 7.6 E+5 4.6 E+5
' 1220-1240 1.3 E+6 7.5 E+5 4.6 E+5 1240-1400 9.0 E+5 5.0 E+5 3.1 E+5 1400-1500 2.3 E+5 1.3 E+5 7.9 E+4 1500-1600 2.1 E+5 1.2 E+5 7.3 E+4 1600-1700 1.7 E+5 9.5 E+4- 5.8 E+4 1700-1800 1.3 E+5 7.0 E+4 4.3 E+4 Typical offsite doses resulting from this release are as follows:
Distance D (Total Body) D (Child Thyroid) 1 mile 4.4 meem/hr 120 res/hr
-2 miles 2.5 ares /hr -20 rem /hr 5 miles 0.5 mrem /hr 15 rem /hr 10 miles 0.1 mrem /hr 3.5 rem /hr l
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OBSERVER / CONTROLLER CRITIQUE WORKSHEETS Observers will be supplied with worksheets which will detail the areas on which observers are expected to supply comments. These worksheets will also have space for other comments which the observers may have. These worksheets will be included in the final observer / controller package. Controllers will be supplied with the following worksheet which will enable them to document the control process that took place in the exercise. O 1 o O . nan O 4VU2 & , p ee , v
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- 1. Did you have to prompt any player (s) to take appropriate actions?
- 2. Did any players make suggestions which would have significantly mitigated the emergency but which you had to disallow to keep the scenario on track?
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- 3. Did any changes have to made to the scenario during the exercise?
- 4. Comments:
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(s .J ATTACHMENT 4 METEOROLOGICAL DATA
SUMMARY
The meteorological data used during this exercise is " canned." It was developed by TVA meteorologists. A meteorologist will' act as a controller to input the " canned" information as necessary and will also be available to interpret the data as required. Control Plume Direction Wind Speed Stability Precipitation Time
- _(22-1/2' Sector) M/S Class (MM) 0800 ESE 2 E O 0900 E 4.8 E O ,
1000 ESE 4.5 E O 1100 E 3 E O 1200 ESE 1.9 E O 1300 ESE 2.3 E 0 1400 SE 4 D 0 1500 S 5 D 0 1600 S 5.4 D 0 1700 S 5 D 0 1800 S 4.4 D 0 1900 S 4.1 D 0
'2000 S 3.9 E O 2100 SSW 4.2 E O
- Hourly average data ending at the time indicated (i.e., 0800 contains the average of data between 0701 and 0800).
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km SEQUOYAH NUCLEAR PLANT d 1985 REP EXERCISE Message For: Shift Engineer Date: February 6, 1985 Time: T = - 15 Minutes Message: THIS IS A DRILL. The 1985 SQN REP Exercise sequence of events will start shortly. Please prefix all initial messages and notifications which' you make or are responsible for making with the words - THIS IS A DRILL, NO REAL EMERGENCY EXISTS." If any time during this exercise a real emergency occurs the site emergency director may terminate the exercise if he feels continuation of the exercise may adversely affect the plant response to the real emergency. INITIAL CONDITIONS FOR SNP UNITS 1 AND 2
.,m Unit 1
- Running at 100% power.
*End of life with RCS boron concentration at 155 ppe.
*All conditions normal.
- Reactor coolant system specific activity high due to fuel cladding leakers.
- Activity at 0.90 microcuries/ gram dose equivalent I-131.
Unit 2
- Running at 100% power
*Beginning of life with RCS boron concentration at 985 ppe.
*All conditions normal.
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r A SEQUOYAH NUCLEAR PLANT U 1985 REP EXERCISE Message For: Shift Engineer Date: Feb>.uary 6, 1985 Time: T=0 Message: THIS IS A DRILL. This is the beginning of the exercise Sequence of , Events. Alarm received from 0-RM-90-118. O O
d 'O stouoria auctriR et**T 1985 REP EXERCISE Message For: Shift Engineer Date: February 6, 1985 Time: 0807 T = 7 Minutes Message: THIS IS A DRILL. Alarm received from 1-RM-90-100. O O
p) N_ SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Control Room Controller Date: February 6,1985 Time: T = 8 Minutes Message: THIS IS A DRILL. To ensure that the scenario stays on track make sure that the shift engineer classifies the event as an . ALERT. Depending on the assumptions the shift engineer makes IP-1 could lead to the declaration of either an alert or site area emergency. Allow the SE to go through his logic and reach a classification the event based on his assumptions. If the SE arrives at a site area emergency classification inform him that the scenario requires that the event be classified as an Alert at this time. O N) -
i SEQUOYAH NUCLEAR PLANT O. 1985 REP EXERCISE Message For: Control Room Controller Date: February 6,1985 Time: T = 20 Minutes Message: THIS IS A DRILL. By this time the shift engineer should have declared an , ALERT based on radiological effluents potentially exceeding 10 times Tech Spec instantaneous limits or high reading on 1-RM-90-100. The shift engineer should also have contacted HP for dose assessment. If these actions have not been taken you should instruct the shift engineer to initiate them. I ( l i
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- SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: AUO/ Control Room Controller Date: February 6, 1985 Time: T = 35 Minutes Message: THIS IS A DRILL.
"A" waste gas decay tank pressure has decreased from 105 psig to 70 psig and is continuing to decrease. ,
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SEQUOYAH NUCLEAR PLANT ( )- 1985 REP EXERCISE Message For: Control Room Cor. troller Date: February 6, 1985
- Time: T = 40 Minutes Message: THIS IS A DRILL.
By this time the shift engineer should have contacted HP and a maintenance team and given instructions that the valve vault should be entered to isolate manual valves in 0-RM-90-118 flow path. If this action is not in process you should instruct the shift engineer to initiate it. O 4 i I t l \ s N. w, f9 k- aaNo -~j#
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SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: TSC Controller / Exercise Director Date: February 6, 1985 Time: T = 1 Hour Message: THIS IS A DRILL. The ALERT condition is not to be downgraded at this time. The state will have dispatched rad monitoring teams to measure offsite radiation levels. The emergency centers will stay in the ALERT condition to support the state effort. c LO r C) - i' " BA 5.r, "I'
h u SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Shift Engineer Date: February 6, 1985 Time: -T = 2 Hours Message: 'THIS IS A DRILL. . Unit I receives a reactor trip and safety injectica , signal'. O
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SEQUOYAH NUCLEAR-PLANT _ 1985 REP EXERCISE Message For: Shift Engineer I Date: February 6, 1985 Time: _T = 2 Hours, 1 Minute Message: THIS IS A DRILL. Both the red and green status lights are illuminated on . MSIV valve on loop 3. All other Engineered Safety Features equipment operates as expected. O f 4 1 5 i O i
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SEQUOYAH NUCLEAR PLANT O 1985 are extRC St Message For: Control Room Controller Date: February 6, 1985 Time: T = 2 Hours, 3 Minutes Message: THIS IS A DRILL. 7 Operator should terminate auxiliary feedwater to the faulted 3 steam generator. All remaining steam generators are intact and operable. i
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k SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Shift Engineer-Date: February 6, 1985
. Time: T = 2 Hours, 5 Minutes Message: THIS IS A DRILL.
Alarm received on the refueling water storage tank (RWST) _. level. O 1' t 5
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M i O SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE 1
-Message For: Control Room Controller '
Date: February 6, 1985 Time: T = 2 Hours, 5 Minutes . Message: THIS IS A DRILL. t i The operators should relate the RWST level alarm to ECCS , equipment starting and should continue following emergency instruction. s i 4 t O 1 I
o 4 1 l SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: -Control Room Controller I- Date: February 6', 1985 i' Time: T = 2 Hours, 10 Minutes t _ Message: THIS IS A DRILL. i i Operators should notice that the RWST level has decreased. ! much more than expected and is still decreasing. f J 4 i 4' 3
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SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Control Room Controller Date: February 6, 1985 Time: T = 2 Hours, 15 Minutes Message: THIS IS A DRILL. If he has not already done so, instruct the shift engineer to send someone (AUO or maintenance personnel) to inspect the damage and call in a damage report. O . v h 4 h I \0 l l i I
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SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: TSC Controller Date: February 6, 1985
' Time: T = 2 Hours, 25 Minutes Message: THIS IS A DRILL.
The event should have been upgraded to SITE AREA . EMERGENCY based on abnormal plant conditions and also due to severe damage to safe shutdown equipment from loss of RWST volume. If.not already declared or in process you should inform the Site Emergency Director to upgrade the event to a SITE AREA EMERGENCY. O o . I *de
() SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE l Message For: TSC Controller Date: February 6, 1985 Time: T = 2 Hours, 30 Minutes v Message: THIS IS A DRILL. If not already dispatched or in process HP environmental monitoring team should be dispatched to take onsite measurements. g P il + I ( ' t l I a i i_ - i . , .
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""*" '^" ""'"^" "'^"' ' C. J 1985 REP EXERCISE l Message For: Control Room Controller Date: February 6, 1985 Time: T = 2 Hours, 30 Minutes Message: THIS IS A DRILL.
Operators now have safety injection termination criteria. . 1 8 k i' l O . '-~- - _.. , , f= fa-+ - -g e --*y-,e- y-,e- y.- ,yawa-,e v-- 16g- ppW - re p , .-M _ . Y-'erT='M**=fy4y*'wwWNF1
SEQUOYAH NUCLEAR PLANT O' 1985 REP EXERCISE Message For: Control Room Controller Date: February 6, 1985 4 Time: T = 2 Hours, 35 Minutes I Hessage: THIS IS A DRILL. 4 Operators should trip and lockout all pumps taking suction from the RWST, isolate the Boron Injection Tank and align 4 charging pump suction back to the volume control tank. i i 4 i O J a 0 1- !o _ = _ - _
SEQUOYAH NUCLEAR PLANT O 1985 Rze exzRc1S8 Message For: Control Room Controller
. Date: February 6, 1985 Time: T.= 2 Hours, 35 Minutes Message: THIS IS A DRILL.
Operators should begin a controlled cool down and . depressurization of the reactor coolant system to get on RHR cooling. O 6 4 2
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SEQUOYAH NUCLEAR PLANT
-O 1985 REP EXERCISE Message For: Shift Engineer Date: February 6, 1985 Time: T = 2 Hours, 35 Minutes Message: THIS IS A DRILL.
Operators begin a controlled cool down and , depressurization of the reactor coolant system to get on RHR cooling. O (:) - 4 4 4
() SEQUOYAH NUCLFAR PLANT 1985 REP EXERCISE Message For: Shift Engineer Date: February 6,1985 Time: T = 4 Hours, 10 Minutes Message: THIS IS A DRILL. A rapid drop in pressurizer level and reactor coolant , system pressure occurs. Operators cannot maintain level in the pressurizer. O l i f l (:) l l 1 -
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SEQUOYAH NUCLEAR PLANT 1985 REP' EXERCISE Message For: Control Room Controller
. Date: February 6, 1985 Time: T = 4 Hours, 15 Minutes Message: THIS IS A DRILL.
Based on loss of pressurizer level and decreasing RCS , pressure, the shift engineer should suspect steam generator tube failures in #3 steam generator. O i i~ 4 i ! C:) .
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'{d SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For:
0.in insio m Date: February 6, 1985 Time: T = 4 Hours, 20 Minutes ! Message: THIS IS A DRILL. Operatcrs have verified that the steam flow is indeed coming from the faulted No. 3 MSL. 1 Y C1
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e 'O SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Control Room Controller Date: February 6, 1985 Time: 4 Hours, 22 Minutes Message: THIS IS A DRILL. HP should be dispatched to take radiation readings in the. area of the MSL break. O O
O SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: TSC Controller Date: February 6, 1985 Time: T = 4 Hours, 25 Minutes Message: THIS IS A DRILL. If not already ' accomplished or in process the event . should be upgraded to GENERAL EMERGENCY based on containment failure. 6 O -
O SEQUOYAH NUCLEAR PLANT 1985 Rie axsRCiss Message For: TSC Controller / Control Room Controller Date: February 6, 1985 Time: T = 4 Hours, 55 Minutes Message: THIS IS A DRILL. The makeup water source to the reactor core is from the . primary water storage tank via the blender to the VCT and charging pump suction. O O
SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Control Room Controller /TSC Controller Date: February 6, 1985 Time: T = 5 Hours, 10 Minutes Message: THIS IS A DRILL. t Massive steam generator tube failures are suspected due to the large amount of steam coming from MSL break. O O -
4 o 'O SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message Fort Control Room Controller Date: February 6,1985 Time: T = 5 Hours, 35 Minutes Message: THIS IS A DRILL. Operators still injecting approximately 200 spa into . reactor core through the charging pumps. Primary water storage tank level now at 29 ft. (950 . O O
i SEQUOYAH NUCLEAR PLANT ! O- 1985 REP EXERCISE i t i Message For: Site Emergency Director Date: February 6, 1985 i Time: T = 11 Hours ' Message: THIS IS A DRILL. i [ Terminate onsite exercise activities. I l t O m & , 4 e O
i f 3 i-i F i t L i SEQUOYAH NUCLEAR PLANT l 1985 REP EXERCISE - 4 r 4 i t
- 2 . ;
j Message For: CECC Director I l , i Date: February 6, 1985 i l 1 Time: 2000 Hours i r Message: THIS iS A DRILL. ' s 1 ( i Terminate exercise. . i 4 4 i i, t i i i1: .O r ]. - E p j- ! i i I I t i l f t 1
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l O SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: HP Controller Date: February 6, 1985 , Time: T = 25 Minutes Message: THIS IS A DRILL. If not already in process you should instruct the HP to dispatch the HP monitoring van to take onsite radiation measurements. J O
SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Nessage For: AUO/ Control Room Controller Date: February 6, 1985 Time: T = 35 Minutes Message: THIS IS A DRILL. > c "A" waste gas decay tank pressure has decreased from 105 psig to 70 psig and is continuing to decrease. . o O 1 l r b e i 9 L 6 f4 4 O
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l O SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: ' Maintenance Team in Valve Vault Date: February 6, 1985 Time: T = 55 Minutes Message: THIS IS A DRILL. Valves 0-77-840C, 0-77-269 and 0-77-270 have been isolated.
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SEQUOYAH NUCLEAR PLANT
.O 1985 ase extac1Ss Message For: Maintenance Team Date: February 6, 1985 Time: T = 1 Hour Message: THIS IS A DRILL.
"A" waste gas decay tank pressure stable at 38 psig, ,
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i i p v SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Public Safety Officer ! Date: February 6, 1985 ! Time: T = 2 Hours, 10 Minutes Message: THIS IS A DRILL. I Steam is coming out of one of the pipes alongside the unit I containment building. Also water is pouring out of one of the water tanks adjacent to the unit I containment building. { D 9 e F e 4e
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SEQUOYAH NUCLEAR PLANT
.O 1985 are extac1st Message For: Chemistry Controller Date: February 6, 1985 Time: T = 2 Hours, 15 Minutes Message: THIS IS A DRILL.
If not already taken after the reactor trip a primary water sample should be taken for isotopic analysis.
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SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: AUO/ Maintenance Team Near Unit 1 RWST Date: February 6,1985
. Time: T = 2 Hours, 20 Minutes Message: THIS IS A DRILL.
The Refueling Water Storage Tank (RWST) has been damaged,, due to a main steam line rupture. Tnere is a rupture near the bottom of the tank apparently caused by a piece of construction equipment that was propelled into the tank by the force of the steam. A large volume of water is flowing out of this break at the bottom. O G W
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;_ Message For: Chemistry controller Date: February 6, 1985 Time: T = 3 Hours, 30 Minutes 1
Message: THIS IS A DRILL. Results of chemical samples analysis indicate .
- approximately 1% clad failure.
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4 5 i SEQUOYAH NUCLEAR PLANT q(s _ 1985 REP EXERCISE j 4 - Message For: Maintenance Team in Area of RWST/Public Safety
- Date
- February 6, 1985
- t. i
- Time
- T = 4 Hours, 12 Minutes i
! Message: THIS IS A DRILL. I 3 i
- Steam has again started blowing from the faulted MSL. _
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; SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE ;- Message For: Maintenance Team in Area of RWST Date: February 6, 1985 ,
Time: T = 4 Hours, 30 Minutes Message: THIS IS A DRILL. Massive amounts of steam continue to come out the MSL _ break however the amount of steam being released is.not as great as when first noticed at 4 hours,12 minutes. e l ", f s
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2 g SEQUOYAH NUCLEAR PLANT (V 1985 REP EXERCISE Message For: Maintenance Team in Area of RWST Date: February 6, 1985 Time: T = 4 Hours, 45 Minutes Message: THIS IS A DRILL.
-Large amounts.of steam continue to come out the MSU break ,
but the volume is noticibly reduced from the volume that was escaping at 4 hours, 30 minutes. t a"". _ L
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) SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE i Message For: Maintenance Team Near RWST Date: February 6, 1985 Time: T = 6 Hours . . . . Message: THIS IS A DRILL. 1 Steam continues to come out the MSL break but the volume . is noticibly reduced from the volume that was escaping at 4 hours, 45 minutes. i b
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SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE
- Message For: Controller with Maintenance Team at RWST Date: February 6, 1985 Time: T = 6 Hours, 30 Minutes Message: THIS IS A DRILL.
The most probable method to get water to the RWST is to align the diesel pump to allow water to be pumped into RWST. Water can be pumped into the RWST up to the level of the rupture. Other methods of supplying water to the RWST would also be acceptable. O x
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s SEQUOYAH NUCLEAR PLANT
. 1985 REP EXERCISE Message For: Maintenance Team Near RWST Date: Fetruary 6, 1985 ., Time: T = 7 Hours L Message: THIS IS A DRILL.
4 i Steam continues to come out the MSL break but the volume i.s noticibly reduced from the volume that was escaping at 6 hours. i 4 1
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J 4 SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Maintenance Team Near RWST Date: February 6, 1985 - o Time: T = 8 Hours e
- Message
- THIS IS A DRILL.
A slight reduction in the amount of steam escaping from the MSL break has just been observed.
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SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Controller with Maintenance Team at #3 Loop MSIV Date: February 6, 1985 Time :' ' T = 8 Hours, 30 Minutes Message: 'THIS IS A DRILL.- Still working to unjam MSIV on #3 loop. Efforts have not met.with any success. O. i l' l ? !( 5 O I t-l
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SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Maintenance Team Near RWST Date: February 6, 1985 Time: T = 9 Hours Message: THIS IS A DRILL. l l A slight reduction in the amount of steam escaping from the MSL break has again been observed. , I O f e A 9 4 5 e 4 4 k i . O i 4 4
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SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Maintenance Team at #3 Loop MSIV Date: February 6, 1985 Time: T = 10 Hours Message: THIS IS A-DRILL. Loop 3 MSIV closed completely. , O O e- =
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1 I SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: HP Team at Loop #3 MSIV Date: February 6, 1985 Time: T = 10 Hours, 20 Minutes Message: THIS IS A DRILL. Radiation release through the MSL break has been terminated. O O
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SQN-REP-IPD SQN, IP-6 /. _ \ K Page 1 of 4 L.) Rev. 10 Attachment 2 . UNIT STATUS UPDATE Date d 6 88 Time I r - /5 m /A/ Unit /
- 1. #
Condensate Storage Tank Level, ft. A dl 9 6 B $29'd
- 2. TLI-2-230A) '(LI-2-233AJ Steam Generator Heat Sink Condenser X Atmosphere
- 3. Auxiliary Feedwater Flow Available 4.
Yes X No Steam Generator Level (narrow range), % 1 (p/ 2 t/V 3 43 4 # 3/
- 5. (LI-3-39) (LI-3-52) (LI-3-94) (LI-3-107)
Steam Generator Level (wide range) %1 7/ r 2- 3 70 4 ?]
- 6. Steam Generator Pressure, psig
~ (LI-3 73)JA (L1-3-98) 1 gy 2 LC O 3 ffd 4 970
- 7. Source Range, eps N31 O N32 Wl-l-2M C Wl-1-9A) Wl-1-20A) (PI-1-27A)
,, q
- 8. Intermediate Range, ma(XI-92-5001B)
N35 y 1 )([0 4 (XI-92-5002B) N36 &{.J_)(/0 9. (El-92-50038) [EI-92-50048) Pressurizer level, % so / (LI-68-335) 320)
- 10. Pressurizer Pressure, psig Wide Range A300 Narrow Range ld 38 1PI-68-342A) WI-68-3TDM
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig .1 A A 8
(]3 ' TPR-68 w_.)df
- 12. Reactor Coolant System TN ' (wide range) F 1 CAO 2 (/5 3 4 C/5
- 13. Reactor Coolant System TCold (wide range) F 1 $ So (Til-6K~T)- ~ d'/5(TR-6fF4T) 2 3 47 3 fSo 4 fyg
- TfR-68-T8T ~ ( rR-ES-60 T-~
- 14. Reactor Coolant Pumps running 1 /p.s_ 21ej 3 Yes 4 74.5
- 15. Emergency Core Cooling System Status Standby 1 lujection Recirculation
- 16. RWST Level, % Jg TI;T 63-5DT dy (LI-63-51)
- 17. Containment Sump Level, % 6 (LI-ti3-176)
- 18. Containment Spray Flow, gpm A-A $ B-B C
- 19. Containment Pressure, psid (f)(F1-72-13)
. C &_ _. 0 8
- 20. Incore Thermocouples, F 1 (PL86 5
30-44) 2
.((PI-30-45)_+)DI-s/O 3~6074 f/.3 7
-~ --(6b)- ~ '- (5 4 )~- (4 f)~~
___...__......................._____.................__.__..(44)~~ ret! ARKS: .........__...-...__...__... 9 v D.:ta by: /
.q..
e S
SQN-REP-IPD
.-ss SQN, IP-6
?t- Page 2 of 4
-() Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date (o !b5 Time T= ~ /5 m;W Unit l Lower Con /
/
tainment sample valve status Open Closed Upper Containment sample valve status Open Closed - 1. 2. Lower Containment Particulate, RM-90-106A, epm j(ood Lower Containment Total Gas, RM-90-106B, cpm /6,000
- 3. Lower Containment Iodine, RM-90-106C, cpm 4 /, ooas Upper Containment Particulate, RM-90-112, cpm ' 7!foo '
- 5. Upper Containment Total Gas, RM-90-112B, cpm
- 6. / 3r o co Upper Containment Iodine, RM-90-112C, cpm 3 coo
- 7. Shield Building Vent Particulate, RM-90-100A, cpm
- 8. 2po Shield Building Vent Total Gas, RM-90-110B, cpm $ro
- 9. Shield Building Vent Iodine, RM-90-100C, cpm
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. 1 547 Auxiliary Building Vent Total Gas, RM-90-101B, cpm
- 12. /fo Auxiliary Building Vent Iodine, RM-90-101C, cpm /0
/T 13. Steam Generator Blowdown, RM-90-120A, cpm (_) 14. Steam Generator Blowdown, RM-90-121A, cpm 5000 .
- 15. 4Looq9 RM-90-99, cpmCondenser Vacuum Pump Air Exhaust, Low Range,i
- 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm
- 17. YSO ERCW Discharge Header A, RM-90-133A, cpm JTpo
- 18. ERCV Discharge Header A, RM-90-140A, cpm
- 19. ERCW Discharge lleader B, RM-90-134A, cpm _ /J[pp
- 20. ERCW Discharge lleader B, RM-90-141A, cpm / o 00 6foO Remarks:
Data By:
/
r~w, .
\~)
+
E ._ , u -
/ I SQN-REP-IPD 'd SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2h ,
i-. POST ACCIDENT AREA RADIATION MONITOR UPDATE Date Nbh/ Time % = ~-- /.5 m w unit _/ 1'. Uppe/r Containment liigh Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment liigh Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr O
- 3. Lower Containment High Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower C6, ntainment Ifigh Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr -V. < C. /
- 6. Shield Building Vent High Range (below CCS C-S pump transfer switch, g 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr V- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr AO
() 9. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr
- AO
- 10. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
/6
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr /0_
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 4 < 10 3
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr i
- 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr .y. < //)$
.15 . Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr It- < 0, /
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr k ( /03 Remarks:
Data by:
/
O)
SQN-REP-IPD SQN, IP-6 K Page 1 of 4 O) i v Rev. 10 Attachment 2 , UNIT STATUS UPDATE Date d,!.-[, f[ Time h6 Unit /
- 1. Condensate Storage Tank Level, ft. A Ji'C B__19 6
- 2. (LI-2-230A) (LI-2-233A)
Steam Generator Heat Sink Condenser _ )( Atmosphere
- 3. Auxiliary Feedwater Flow Available Yes X No
- 4. Steam Generator Level (narrow range), % 1 4 t/ 2 t/y_ 3 Ifd 4 t/d/
- 5. (LI-3-39) (L1-3-527 (LI-3-947 (I-I-3-107)
Steam Generator Level (wide range) %1 7 2 7/ 3 70 4 9/
- 6. 43) (L1-3-98)
Steam Generator Pressure, psig 1__ F 70 2 gg5- 3 2 7 6__ 4 'f 70
- 7. Source Range, cps N31 O (PI-1-2A) TPI-1-9U (Pl-1-20A) (PI-1-27A)
N32 O Intermediate Range, ma (XI-92-5001B) _y(XI-92-5002B) ,9
~8. N35 t/O N36 %5'g/o ~~
- 9. Pressurizer Level, %
0-92-5003B) TEI-Y2-50041i) Q_ / (L1-6 -335) 8-320)
- 10. Pressurizer Pressure, psig jpO Narrow Range A 35 Wide Range d(PI-63-342A)
F68-340A) (3 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig Ad .1 O C/ 12. Reactor Coolant System T Hot (wide range) F 1_fTPIM8W67dC 2 ,2. c 3 C/S 4 f/5
-~(TR-6F(1) -~~ (TR-68-43)
- 13. Reactor Coolant System TCold (wide range) F 1 1 S_O 2 SSO' 3 Sdo 4 ISc TfR-68-18~ (fR- F 60T-
- 14. Reactor Coolant Pumps running 1 ye.3,_ 2 Yes 3 es 41R
- 15. Emergency Core Cooling System Status Standby X Injection Recirculation
- 16. RWST Level, % 9 '7 #
(LI-63-50) I-63-51)
- 17. Containment Sump Level, % Q (L1-63-1767
- 18. Containment Spray Flow, gpm A-A C B-B C
- 19. Containment Pressure, psid F1-72-34)
(t)(FI-72-13)
.O ,C9 TPI PI-30-45)
- 20. Incore Thermocouples, F G0 1~ SSO (60) 2 G/~O 3 s/J
___________________________________________________(54)~ (TI)- '-~(4'4)3 4 ret! ARKS: ______________________________________. 1 N.. / D.4ta by: _9.. /_
l t
*\;
SQN-REP-IPD SQN, IP-6
?t- Page 2 of 4 '
Rev. 10 Attachment 2A PROCESS RADIATION liONITOR UPDATE
~Date & t/d [f/_ V
{" Time Lower Containment sample valve status [.:::" h Unit ! Open Closed
. Upper Containment sample valve status Open Closed 1.
- 2. Lower Containment Particulate, RM-90-106A, cpm S oos
- 3. Lower Containment Total Gas, RM-90-106B, cpm Lower Containment Iodine, RM-90-106C, cpm si n.o
- 4. ,' ~nen
- 5. Upper Containment Particulate, RM-90-112, cpm '8 .
Upper Containment Total Gas, RM-90-112B, cpm -orod
- 6. Upper Containment Iodine, RM-90-1120, cpm 3000
- 7. .\ 80
- 8. Shield Building Vent Particulate, RM-90-100A, cpm F/e ,,,,,, fee /
Shield Building Vent Total Gas, RM-90-110B, cpm 9^.
- 10. Shield Building Vent Iodine, RM-90-100C, cpm Os #8:#f(A/,,,. M At - N/g f Auxiliary Building Vent Particulate, RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, .13"O RM-90-101B, cpm 12.
Auxiliary Building Vent Iodine, RM-90-101C, cpm
#d 13.
Steam Generator Blowdown, RM-90-120A, cpm so
'14.
Steam Generator Blowdown, RM-90-121A, cpm rose 15. Condenser Vacuum Pump Air Exhaust, Low Range, vaao RM-90-99, cpm 16. Condenser Vacuum Pump Air Exhaust, High Range, JO RM-90-119, cpm - 17. ERCW Discharge Header A, RM-90-133A, cpm 980
- 18. #00 19.
ERCW Discharge Header A, RM-90-140A, cpm ERCW Discharge Header B, RM-90-134A, cpm JInd
- 20. 18pd ERCW Discharge Header B, RM-90 141A, cpm SWO Remarks: ^ ' ' ~ ~ ~ " ' '
O SM //9 =. 0/=F,Sc41 g htow Data By: -
/
.;.4.--.+----' :"
= . .
i
^
SQN-REP-IPD SQN, IP-6 A Page 3 of 4 k- Rev. 10 Attachment 2b - POST ACCIDENT AREA RADIATION MONITOR UPDATE
.Date d b b_ Time [:::O Unit !
- 1. Upper Contairanent High Range (top of SG#2 and #3 enclosure),
Elev. 735, RM-90-271, R/hr
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
O Elev. 785, RM-90-272, R/hr 3. Lower Containment High Range (inside polar crane wall, between O SG's #2 and #3), Elev. 715, RM-90-273, R/hr M
- 4. Lower containment High Range (inside polar crane wall, between -
SG's #1 and #4), elev. 715, RM-90-274, R/hr 5 5. 6. Shield Building 6900 V shutdown boardVent room),Lowelev. 734,Range (below RM-90-260, mR/hrCCS C-S pump transfe . 7. ShieldBuildingVentHighRange(belowCCSC-Spumptransferswitch 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr
- 8. Reactor Coolant Drain Tank Pump Discharge-(on sheild wall,
./C Elev. 690 pipe chase), RM-90-276, mR/hr ol d
- 9. Reactor Building Floor and Equipment Drain Sump Pum f'M Discharge, (on shield wall, Elev. 690 pipe chase), p d RM-90-277, mR/hr MO
- 10. Reactor Building Floor and Equipment Drain Sump Pum Discharge, (on shield wall, Elev. 690 pipe chase), p RM-90-278,aR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/3
/0
- 12. . RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr ,8 C#
~13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr s
- 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr # r Arya
- 15. Condenser Vacuum Pump Air Exhaust Low Ra' ige, Elev. 732 Turbine Building, RM-90-255, mR/hr
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 4 *C O. /
._ _ _. Turbine Building, RM-90-256, mR/hr 4 < /03 _, .
Remarks: N rN"C W ~ 40/ = G30 cpm 90 - YoA =. F/, A oo c#m , 90 -yoh = 0 PF see k. hoy Data by: *N ' '
' #*9 #"I
**t4 Yf r* /*M/44f/ov 4 ga a U - A*
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 n Rev. 10 O Attachment 2 . UNIT STATUS UPDATE Date__ d 4 $5 Time 7^ = h/v. Unit [
'1. Condensate Storage Tank Level, f t. #
A c2 7 ' G B R '6
- 2. Steam Generator Heat Sink (L1-2-230A) TL12$ 2TJA7
- 3. Auxiliary Feedwater Flow Available Condenser )( Atmosphere
- 4. Steam Generator Level (narrow range), % 1 t/ #
Yes J No (LI-3-39) 2_ t/V 3 4ej 4 W
- 5. Steam Generator Level (wide range) %1 #// (LI-3-52J (LI-3-94) (LI-3-107) 2, 7pk 3 7/ 4_ 9,1
- 6. (L1-3-43) (LI-3-98)~
Steam Generator Pressure, psig 1))d 2 860 3 g 70 4 870
- 7. Source Range, cps N31 C (PI-1-2M [PI-1-9M _(P1-1-20A) (PI-1-27A)
N32 O
- 8. (XI-92-5001B)
Intermediate Range, ma N35 y,g 3 0 g (XI-92-50028) ., 4j N36
- 9. Pressurizer Level, %
(EI-92-5003B) [4.I(/0 El-92-5004fi) __f C $/ (L1-68-335) (LI-6B-320)
- 10. Pressurizer Pressure, psig Wide Range A300 Narrow Range d A 15 (PI-68-342A) IPl W -340M
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig (7
'J AL e jef
~ M(PR-68
- 12. Reactor Coolant System T Hot (wide range) F 1 _(pa_O- 2 g,l o 3 -
G/54 6/.5 (TR-6F1) (TR-6 F4'W---
- 13. Reactor Coolant System TCold (wide range) F 1 8 8 0 2_g,$ o (TR-68-16) _ 3_ $ 3 0 4 I S O TR-E8 W
- 14. Reactor Coolant Pumps running lje_ 2jf 3_ 3__yer 4M(.5_
- 15. Emergency Core Cooling System Status Standby 4 Injection
- 16. RWST Level, % Recirculation 97 (LI 9g (LI-63-50) o3-51)
- 17. Containment Sump Level, % O (LI-63-T767
- 18. Containment Spray Flow, gpm- A-A 2-13 B-B C
- 19. Containment Pressure, psid . 09 ) _Id(FI-72-34) 1-30-44)
.O1 (PI-30-4_5 )
- 20. Incore Thermocouples, F l_,,$ $ O 2 6/6 3 6/3
--------...--. ..--...............------(60) (54 F ~~$[0 44) 7_ 4(41)~
~
RE.'IARKS : ....... -------------.....-------------. --------- N.I , Data by: /
-9
i I H
-SQN-REP-IPD l SQN, IP-6 i
-?f- t Page 2 of 4 Rev. 10 Attachment 2A PROCESS RADIATION NONITOR UPDATE Date A r !#E e -
Time 7= . 7mW Unit [ Lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed 1.
- 2. Lower Containment Particulate, RM-90-106A, cpm S,000
- 3. Lower Containment Total Gas, RM-90-106B, cpm ~
Lower Containment Iodine, RM-90-106C, cpm hs . aa n
- 4. Upper Containment Particulate, RM-90-112, cpm as ano ,
- 5. Upper Containment Total Gas, RM-90-112B, cpm '#oroo
- 6. Upper Containment Iodine, RM-90-112C, cpm i6e a
- 7. ' Aeo
- 8. Shield Building Vent Particulate, RM-90-100A, cpm 5/.a smMJ Shield Building Vent Total Gas, RM-90-110B, cpm
- 9. Shield Building Vent Iodine, RM-90-100C, cpm OArscats - # 49 4
- 10. Auxiliary Building Vent Particulate, E/.ewtad RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 3.EO RM-90-101B, cpm 12.
Auxiliary Building Vent Iodine, RM-90-101C, cpm 80 C?- 13. Steam Generator Blowdown, RM-90-120A,' cpm to L 4. 14. S000 Steam Generator Blowdown, RM-90-121A, cpm 15. Condenser' Vacuum Pump Air Exhaust, Low Range, Waaa RM-90-99, cpm 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm 17. ERCW Discharge Header A, RM-90-133A, cpm M50
- 18. 000 ERCW Discharge Header A, RM-90-140A, cpm
- 19. /ho '
- 20. ERCW Discharge Header B, RM-90-134A, cpm ERCW Discharge Header B, RM-90-141A, cpm IBea
- - Id6 l .. Remarks
~ 70 -//g
~
- , O ff g,/4 i f
.e l
l . pata By: _ *
/ \
m h
'N _... , - . . . . _ _ . _ _ _ _ _ ._. _ _ _ , _ . _ _ . _ .m.
D #
=. .
SQN-REP-IPD SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b - POST ACCIDENT AREA RADIATION MONITOR UPDATE
.Date d.k ,!f(K -
Time [ = 1 7. m 1 s Unit / 1. Upper Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
O Elev. 785, RM-90-272, R/hr 3. i Lower Containment High Range (inside polar crane wall, between O SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment High Range (inside polar crane wall, between -
SG's #1 and #4), elev. 715, RM-90-274, R/hr 8 5. 6. Shield 6900 V shutdownBuilding boardVent Low734, room), elev. Range (below RM-90-260, mR/hr CCS C-S pump tran . Shield Building Vent High Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr IO 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /c
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr
- 9. Reactor Building Floor and Equipment Drain Sump Pum el.O p Discharge, (on shield wall, Elev. 690 pipe chase), p d RM-90-277, mR/hr dO 10.
Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low-Range, Elev. 653, RM-90-290, mR/hr /3 el.d S
- 12. .RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr A,
-13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr
* /o '
- 14. A ,
RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 _ A. <W Turbine-Building, RM-90-255, mR/hr
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 # 4 0. /
. - - Turbine Building, RM-90-256, mR/hr M * /d y eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeweeeeeeeeeeeeeeeeeee eeeeeeeeeeeeeee6eeeeeeeeeeeeeem 1 % - > e. 10 .- ofoi a a3o eem 7 o - y d A. =. 5 tpoa eem to-403 m. OFFS 4e.g 4, y
,, }{-- f u d it.g fe A mie Emun 7 m.e%- ledic.sHow Data by: -
/
, ,+..t om . a w ~
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4
/'N Rev. 10 L.)
Attachment 2 , UNIT STATUS UPDATE Date
- d. - ,
88 Time __ [= dlO m'.v Unit [
- 1. Condensate Storage Tank Level, ft. A El9'4 B d9 S
- 2. TLT~~2-230A) (LI-2-233A)
Steam Generator Heat Sink Condenser X Atmosphere
- 3. Auxiliary Feedwater Flow Available 4.
Yes X No Steam Generator Level (narrow range), % 1 4y 2 4V 3 4t t./ 4 4/ d/
- 5. (LI-3-39) (LI-3-52T (LI-~3- W T (LI-3-107)
Steam Generator Level (wide range) %1 7/ 7/ (Ll-3-43) 2 3 70 4 7A
- 6. Steam Generator Pressure, psig (f.T-3-98 )
l_870 2 $CO 3 8704 '8 70
- 7. Source Range, cps N31_ (PI-1-2A) TI'l- 1-9A) (PI-1-20A) (PI-1-27A)
C N32 O (XI-92-5001B) (XI-92-5002B)
- 8. Intermediate Range, ma N35 1. gy/o N36 ty,gyjg d _
(El-92-5003B) [El-92-50048)
- 9. Pressurizer Level, % ___f p C/
(LI-68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig- Wide Range g\j oo Narrow Range del 3 5 -
(PI T8-342AT {PT-T8 34'6AT
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig
('T 4k A A 5 TPR-68-bol
- 12. Reactor Coolant System T Hot (wide range) F lld 2 6/8_36/54 s/f" (TR-6F1) (TI-6F4jJ
- 13. Reactor Coolant System TCold (wide range) F 1 S S o 2 S$ 4,'3_5 4_,C
~(TR-6?f- I P, J 4 fJc_
R-ES-60J
- 14. Reactor Coolant Pumps running
- 15. Emergency Core Cooling System Status l Standbyj y __ g Injection 2Recirculation jf.S_ 1 3__.y
- 16. RWST Level, %
8/7 78 (LI 63-50) (ll-63-51)
- 17. Containment Sump Level, % C (L1-63-176T
- 18. Containment Spray Flow, gpm A-A 6 B-B C
~
Tfl 72-34)
- 19. Containment Pressure, psid h,(_FI-72-13)Q9- ,Q _/j
- 20. Incore Thermocouples, F (PI-30-44J-1 SSO
_(PI-30-45)_ ( 3 C09 2 (60) 6,f)0 (54
~
d_ REMARKS: (41) v D.ita by: / _9 .
, gp
- a - , - - - - , . , , , - e e-,,
.-y - - , m . - .
SQN-REP-IPD SQN, IP-6
-?t- Page 2 of 4 Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE
'Date 2, dp - Y, Time h d d , ,1v Unit [
Lower Containment sample valve status Open
. Upper Containment sample valve status Closed Open Closed 1.
2. Lower Containment Particulate, RM-90-106A, cpm [ DOC / Lower Containment Total Gas, RM-90-106B, cpm /s.'d e o
- 3. Lower Containment Iodine, RM-90-106C, cpm
- 4. Upper Containment Particulate, RM-90-112, cpm C oma
- 5. O,foo Upper Containment Total Gas, RM-90-112B, cpm
- 6. Upper Containment Iodine, RM-90-112C, cpm iis a r; 7.
Shield Building Vent Particulate, RM-90-100A, cpm ' a os
- 8. E/, a,eted Shield Building Vent Total Gas, RM-90-110B, cpm
- 9. Shield Building Vent Iodine, RM-90-100C, cpm Off ga.
w Aa - Ala & '
- 10. Auxiliary Building Vent Particulate, +. 4 RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, A I'O RM-90-101B, cpm 12.
Auxiliary Building Vent Iodine, RM-90-101C, cpm 8C
]u 13.
14. Steam Generator Blowdown, RM-90-120A, cpm Steam Generator Blowdown, RM-90-121A, cpm 18 Tae 15. Condenser Vacuum Pump Air Exhaust, Low Range, 4mso RM-90-99, cpm
- 16. .
Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm 17. ERCW Discharge Header A, RM-90-133A, cpm VIS
- 18. #do ERCW Discharge Header A, RM-90-140A, cpm
- 19. /XM ERCW Discharge Header B, RM-90-134A, cpm 20.
ERCW Discharge Header B, RM-90-141A, cpm /000~ ran
~
O -RM Mg = okC SG4LS N/frN
.'.t Data By: *
/ i y
1%)1 . . T
, ^
=
._. 1 .. .< . I; u . . . . . . <44
a SQN-REP-IPD SQN, IP-6 A Page 3 of 4 _ Rev. 10 Attachment 2b . POST ACCIDENT AREA RADIATION MONITOR UPDATE
.Date d /d [
r r Time [~~ .2 O m /# Unit [ 1. Upper Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 2. Upper Containment High Range (top of SG #1 and #4 enclosure), O Elev. 785, RM-90-272, R/hr i
- 3. Lower containment High Range (inside polar crane wall, between SG's #2 and #3), Elev. 715, RM-90-273, R/hr a
- 4. d Lower Containment High Range (inside polar crane wall, between -
SG's #1 and #4), elev. 715, RM-90-274, R/hr 5
- 5. Shield Building Vent Low Ran
- 6. 6900 V shutdown board room),ge elev. 734, (below CCS C-S RM-90-260, mR/hr pump 7.
ShieldBuildingVentHighRange(belowCCSC-Spumptransfers 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall,
/0 Elev. 690 pipe chast), RM-90-276, mR/hr
- 9. Reactor Building Fbor and Equipment Drain Sump Pum cd.O dg Discharge, (on shield wall, Elev. 690 pipe chase), p RM-90-277, mR/hr 10.
Reactor Building Floor and Equipment Drain Sump Pump dO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-278, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/5
/O .
12.
- 13. . RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr A. 4: /O '
RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr A.
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Ar. <Jo' Turbine Building, RM-90-255, mR/hr
'16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 at < O /.
Turbine Building, RM-90-256, mR/hr All-< /0 a Remarks: Ebekne. 90 - voi = cac ca , . M- 90A.
- 5'/;.)od C/De ,
, 70 -103 *
- Data by: ~)(. lkkle4$t h .
mIvior 6m mo%- IAIY"Y f 11
.s
SQN-REP-IPD SQN, IP-6 fc., Page 1 of 4 o Rev. 10 Q.I Attachment 2 . UNIT STATUS UPDATE Date 5,f6,/k.E - Time l"=.30 mid Unit
- 1. Condensate Storage Tank Level, ft. A )9 # $ B
- 2. Steam Generator Heat Sink Condenser 3 1-2-23DAT X Atmospherc
-(d 92 I LF273TAJ
~
- 3. Auxiliary Feedwater Flow Available )
- 4. Yes _ 3 No '
Steam Generator Level (narrow range), % 1 2~
~ 4/ af J 3 4id/ 4 4#t/
- 5. Steam Generator Level (wide range)
(L1-3-5J L 52J (LI-3-94J (L1-3-107)
%1 7/ 2 7/ 3 9C 4 9
- 6. Steam Generator Pressure, psig TCf-3-43) TCf-3M) A IJ 70 -
2 860 3 $ 90 4 9d
- 7. (PI W 2iT TPl-1-9A) (PI-1-20A) P 27A)
Source Range, cps N31 h N32
- 8. (XI-92-5001B) 5002B)
Intermediate Range, ma QJg)' 4 N35 of,T-92-5003Tl) N36 ,,1 5 //O TE
~
- 9. (El-92-500Tfs)
O 6/ Pressurizer Level, % J(LI-68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig- Wide Range A 3 C O Narrow Range ou 3 5
- (PI-68-342A) {PI-68-340A)
- 11. Reactor Coolant Loop 4 liot Leg Pressure, psig d A,A C Q
G' WRW8WJef
- 12. Reactor Coolant System THot (wide range) F 1-CAO 2 $4 C/
(TR-687 ) ~0
~
3
~5 4 C/S
- 13. Reactor Coolant System T 1 (fR-68-43)
Co1d (wide range) F 1 SSA(fR-68-110 2 SSO ' 3 ~
~ ~$_6c 4 #fo
- 14. Reactor Coolant Pumps running \
- 15. Emergency Core Cooling System Status Standby ~ lnjection 1)f_4_ 2 e,$
3 /f L 4 Y.TTR-li8TO)~~ p .s_
- 16. RWST Level, % Recirculation 9"/ 98 (LI-63-50) (LI-63-51)
- 17. Containment Sump Level, %
O~ (LI-63-1767
- 18. Containment Spray Flow, gpm A-A C B-B O
- 19. Containment Pres.sure, psid ('f)IFF72-13)
.09 (+)(.E /0t W
~TPF30-44) ~(P17~0'-4S)- 3 '
20 Incore Thermocouples, F 1 SSC
~~ 2 3
. . .. . . . . . . . . . . . . . . . . . .................................(41F REMARKS:
. . . . . . . . . . . . . . . . .................. . .{E D T ~ s / o(
9 . O Data by:
-9 _ /
- 1 SQN-REP-IPD SQN, IP-6
-?t* Page 2 of 4 Rev. 10 Attachment 2A PROCESS RADIATION NONITOR UPDATE
'Date d/6r --T Time N M m / s Unit /
- Lower Containment sample valve status Open
. Upper Containment sample valve status Closed Open Closed 1.
- 2. Lower Containment Particulate, RM-90-106A, cpm 1000 Lower Containment Total Gas, RM-90-106B, cpm ja;ana
- 3. Lower Containment Iodine, RM-90-106C, cpm
- 4. Upper Containment Particulate, RM-90-112, cpm J ood -
- 5. " 15 amp Upper Containment Total Gas, RM-90-112B, cpm
- 6. Upper Containment Iodine, RM-90-112C, cpm v (m o
- 7. 2no
- 8. Shield Building Vent Particulate, RM-90-100A, cpm . . .E/en ,6d
- 9. Shield Building Vent Total Gas, RM-90-110B, cpm oppsgeir.E -#/ge 10.
Shield Building Vent Iodine, RM-90-100C, cpm _. shas Auxiliary Building Vent Particulate, RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, .13*O RM-90-101B, cpm 12.
Auxiliary Building Vent Iodine, RM-90-101C, cpm D (] 13. Steam Generator Blowdown, RM-90-120A, cpm 10 G 14. .I"coca Steam Generator Blowdown, RM-90-121A, cpm ___ 15. Condenser Vacuum Pump Air Exhaust, Low Range, ad o e a RM-90-99, cpm 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 ___ RM-90-119, cpm
-17. ERCW Discharge Header A, RM-90-133A, cpm VIO
- 18. ERCW Discharge Header A, RM-90-140A, cpm ~ Pod
- 19. ERCW Discharge Header B, RM-90-134A, cpm > Tod
- 20. ERCW Discharge Header B, RM-90s141A, cpm / 000
~
100 O So N jj g g e-Data By: *
* /
gy ,
~ '
q p -
i SQN-REP-IPD SQN,IP-6 A Page 3 of 4 Rev. 10 Attachment 2b . POST ACCIDENT AREA RADIATION MONITOR UPDATE
.Date .1, M_ Time [:::' Melv Unit f 1.
Upper Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 2. Upper Containment High Range (top of SG #1 and #4 enclosure), h Elev. 785, RM-90-272, R/hr
~
- 3. Lower Containment High Range (inskde polar crane wall, between O SG's #2 and #3), Elev. 715, RM-90-273, R/hr c O
4. Lower Containment High Range (inside polar crane wall, between , SG's #1 and #4), elev. 715, RM-90-274, R/hr 3 5. 6. Shield Building 6900 V shutdown boardVent room), Low Range elev. 734 RM-90-260, (belowmR/hr CCS C-S pump tran Shield Building Vent High Range (below,CCS C-S pump transfer switch, f 7. 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr Reactor Coolant Drain Tank Pump Discharge (on shield wall, DO Elev. 690 pipe chase), RM-90-275, mR/hr /O 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr MO
- 9. Reactor Building Floor and Equipment Drain Sump Pump n Discharge, (on shield wall, Elev. 690 pipe chase),
(1 RM-90-277, mR/hr
- 10. Reactor Building Floor and Equipment Drain Sump Pump ek O Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90 278, mR/hr
- 11. RHR Pump Room A-A Low' Range, Elev. 653, RM-90-290, mR/hr
/5 t 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr /0 .
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr e gll #
ok
- 14. .RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732
# 4 /C3 Turbine Building, RM-90-255, mR/hr
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 M 4 4/
y . Turbine Building, RM-90-256, mR/hr 4 4 /d.3 Eber-live- 90-if0/ = G30 c h*1 10 - Ap)#. = 57pt60 CPM t 90 - W3 = O F s c /4. Ms4
,, .pp. jdl<.et* s, m leim a m a s t* r- koliset/w Data by:
/
FTl o .
% ~ & 6
- SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 O Rev. 10 Attachment 2 .
UNIT STATUS UPDATE Date /4/ 95 Time D / how Unit /
- 1. Condensate Storage Tank Level, ft. A_ .2 9 B .19 6 (LI-2-230A) (LI-2-233A) 2 .- Steam Generator Heat Sink Condenser )( Atmosphere
- 3. Auxiliary Feedwater Flow Available Yes A 4 No Steam Generator Level (narrow range), % 1 yaf 2 Afaf 3 y df 4 Vf/
- 5. (L1-3'-39) [GT 3
-Til (L1-3-947 (LI-3-107)
Steam Generator Level (wide range) %1 70 2 _f_ 3 94 4 7cA.
- 6. (LI 3 (LI-3-98)
Steam Generator Pressure, psig 1 70 2 60 3 4 I-1-2A) 1-i-9AT l-1-20A) 1-27A)
- 7. Source Range, cps N31 C N32
- 8. Intermediate Range, ma (XI-92-5001B) O 50028)
N35 if_ TEIgyfp N36 92-5003B) [y, ggrej " N ET-92-50048)
- 9. Pressurizer Level, % CO~ C/
F t28-335) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range olJ CO Narrow Range dd38-FPl-bTi-3TfA7 (PI-68-340il
- 11. Reactor Coolant Loop 4 Not Leg Pressure, psig g.1 Q (VT (PK-t>84 G9
- 12. Reactor Coolant System THR (vide range) F 1_S.1 Ac33 Cf 5__
- 13. Reactor Coolant System TCold (wide range) F 1SSO 2 850'3 $44 4 SIC
- 14. Reactor Coolant Pumps running TIR-R-18T' (TR-68-60) 1 1 g _ 2 _ f # ,$ _ 3 _ y e $ 4
- 15. Emergency Core Cooling System Status Standby l injection Re]Rcirculation
- 16. RWST Level, %97 _ (LI-ti3-50) 9A (LI-63-51)
- 17. Containment Sump Level, % C_' (LI-63-176)
- 18. Containment Spray Flow, gpm A-A 13)
B-B C
- 19. Containment Pressure, psid (F1-72-347
+- _
- 20. ancore Thermocouples, *F l_$ __ 2,_ / _ 3__( ,_ 4 _
REMARKS: y 4 m 0 Data by: /_
.q.
,.v..~
.m *
- SQN-REP-IPD SQN, IP-6 m A- Page 2 of 4 i ) Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1 b 88- Time [:: I bt" Unit /
I I Lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed 1. Lower Containment Particulate, RM-90-106A, cpm [o00
- 2. Lower Containment Total Gas, RM-90-106B, cpm
- 3. /6,000 Lower Containment Iodine, Rt!-90-106C, cpm /,000
- 4. Upper Containment Particulate, RM-90-Il2, cpm ' .
- 5. Upper Containment Total Gas, Rt!-90-112B, cpm 7600
- 6. Upper Containment Iodine, Rti-90-Il2C, cpm /J o ao
- 7. ji co o 8.
Shield Building Vent Particulate, Rt!-90-100A, cpm 200 9. Shield Building Vent Total Gas, Rt!-90-Il08, cpm 5p Shield Building Vent Iodine, RM-90-100C, cpm fo
- 10. Auxiliary Building Vent Particulate, RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm 12.
Auxiliary Building Vent Iodine, RM-90-101C, cpm 80 (3 13. /0 U Steam Generator Blowdown, Rti-90-120A, cpm
- 14. Steam Generator Blowdown, RM-90-121A, cpm 5000 .
- 15. 4000 Condenser RM-90-99, epm Vacuum Pump Air Exhaust, Low Range,i
- 16. Condenser Vacuum Pump Air Exhaust, liigh Range, 30 RM-90-119, cpm
- 17. ERCW Discharge Header A, Rt!-90-133A, cpm YSO
- 18. ERCW Discharge lleader A, RM-90-140A, cpm Boo
- 19. ERCW Di:;cha rge lleailer B, R!!-90-134A, cpm _ _ _ , / gyp
- 20. ERCW Discharge lleader 11, R?l-90-141 A, cpm
/000 gp]D ]
~
Z _~ ~~~~_ Remarks: Data By:
, /
,q .
-10'
__ _ _ _ _ _ _ _ _ - . . - - - - - - - - - - - - - - - - ^- -' -^^
(- ,) . SQN-REP-IPD
SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b .
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N![O !8[ The N '/ fr. Unit [ 1 '. Uppe/r Con / tainment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr /
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr
- 3. 0 Lower Containment High Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8 4. Lower Containment High Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch,
- 6. 6900 V shutdown board room), elev 734, RM-90-260, mR/hr 4 < d. /
Shield Building Vent liigh Range (below CCS C-S pump transfer ~ switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr < /0 Reactor Coolant Drain Tank Pump Discharge (on shield wall, P 7. Elev. 690 pipe chase), RM-90-275, mR/hr /0 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, n Elev. 690 pipe chase), RM-90-276, mR/hr V 9. Reactor Building Floor and Equipment Drain Sump Purp AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr
- 10. :
Reactor Building Floor and Equipment Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-278, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0-13.
RIIR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr y- < 103 RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~
- 14. t 15.
RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr 5- < 1o5 Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 i < 0,1 Turbine Building, RM-90-256, mR/hr k ( /d Remarks:
,, Data by:
/
\_/
F L
I
- SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4
,/~3 Rev. 10 Li Attachment 2 .
UNIT STATUS UPDATE Date d (, 8' E Time f 7= A ho4r-$ Unit
- 1. Condensate Storage Tank Level, f t. A e2.8/' B e) T ' G "
- 2. (LI-2-230A) CCI-2-233AT Steam Generator ifest Sink Condenser M Atmosphere
- 3. Auxiliary Feedwater Flow Available 4.
Yes )(' No Steam Generator Level (narrow range), % l___fo 2 6 3 g) 4 _8 5 Steam Generator Level (wide range) (L1-3-397 (L1-3-T2T (LI-3-94) (L1-3-107)
%1 80 2 8C 3 79 4 18 (LI-3 M
- 6. Steam Generator Pressure, psig l_ 990 2 Qf0 3 _ 8 (LI-3-96) 90 4 99[
(PI-1-2A7 TPT-1-9Al (PI-1-20A) (PI-1-27A)
- 7. Source Range, cps N31 O N32 C 8.
(XI-92-5001B) TXF92-50020) 9 Intermediate Range, ma N35 r/l/O ""7 N36 r/J/d
- 9. Pressurizer level, % el, Y~[EI-92-$003B),1,3 [El-92-50048)
(LI-68T35) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range A.),0 0 Narrow Range ob2. CO TP1487342A) {PI-68-340A)
- 11. Reactor Coolant Loop 4 liot Leg Pressure, psig 2,1, 0 C\
U (im-Q>8-667 t
- 12. Reactor Coolant System TIlot (wide range)*F 1 8 2 $$ ~ _3 f~.2 C 4 8 9 5
- 13. Reactor Coolant System T Cold (wide range)'F 1 SS .$'O (174 .68!
! ) O ~TTR-68-43)
O 2 SSO 3 fJo 4fy5~
- 14. Reactor Coolant Pumps running l j n _ 2 ] 7gg,3_p Wgy,$_ 4 jB R n m
- 15. Emergency Core Cooling System Status Standby
- 16. RWST Level, % f, injecttori g Recirculation
~(Ll;(o3-50) 9 TD 63- j $1)
- 17. Containment Sump Level, %
(LI-63-1
- 18. Containment Spray Flow, gpm A-A B-B h
- 19. Containment Pressure, psid (+)TFF72-
.09 13)/O (+)~.[F1 34~T (PI-30-44T
- 20. Incore Thermocouples, 'F 1 $$$ 2 ~Tp-30-43)880 43 4 88.8
-(60
..........................................T~ (54)^83 ~~~[64T~ (41)
RE!! ARKS: ................................................ i ,
,/-m
\ r Data Ly: /
.o. _ _
- t e
SQN-REP-IPD SQN, IP-6 e3 ( ,) /t* Page 2 of 4 Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1 8 Time [::: A br5 Unit [ lowerCon/
/
tainment sample valve status Open Upper Containment sample valve status Closed Open Closed
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. J[o00 Lower Containment Total Gas, RM-90-106B, cpm / d,000
- 3. Lower Containment' Iodine, RM-90-106C, cpm
- 4. /,ooca Upper Containment Particulate, RM-90-112, cpn "
7!Eoo
- 5. Upper Containment Total Gas, RM-90-Il2B, cpm
- 6. / f5 c oo Uppe. Containment Iodine, RM-90-1120, cpm 3_c o o
- 7. Shield Building Vent Particulate, RM-90-100A, cpm
- 8. Shield Building Vent Total Gas, RM-90-110B, cpm 2po
- 9. Shield Building Vent Iodine, RM-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, /n
~
RM-90-101A, cpm 1 5tp
- 11. Auxiliary Building Vent Total Gas, RM-90-101B, cpm
- 12. )fo Auxiliary Building Vent Iodine, RM-90-101C, cpm
()
\_/
- 13. Steam Generator Blowdown, RM-90-120A, cpm
/0 5000
- 14. Steam Generator Blowdown, Ml-90-121A, cpm
- 15. Condenser Vacuum Pump Air Exhaust, Low Range, 4000 RM-90-99, cpm
- 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm YSO
- 17. ERCW ' Discharge Header A, RM-90-133A, cpm
- 18. ERCW Discharge !!cader A, RM-90-140A, cpm Epo
- 19. ERCW Discharge Header B, RM-90-134A, cpm
/ 5pp_
- 20. ERCW Discharge Header B, RM-90-141A, cpm / 4 00 5fo0 2 ...............................................................................
Remarks: ' D Data By: D
/
0
.go. '
l
g
. \.
n . SQN-REP-IPD (#!
'~
A SQN, IP-6 Page 3 of 4 Rev. 10 Attachment 2b ,
- n POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N![O !8[ Time N .1 $r5 Unit,[
1 '. Uppe/r Con / tainment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment liigh Range (inside polar crane wall, between 5.
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr 4 < 0, / 6. Shield 6900 Building V shutdown Vent board room),liigh Elev.Range (below 734, RM-90-261,
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, V-CCS C-S</
mR/hr pump y transfer sw Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr (o) 9. Reactor Building Floor and Equipment Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr
- 10. Reactor Building Floor and Equipment Drain Surnp Pum
; AO Discharge, (on shield wall, Elev. 690 pipe chase), p RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. RHR Pump Room A-A liigh Range, Elev. 653, RM-90-291, mR/hr /0_
- 13. 1 < 10 3 RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~
f 14. RHR Pump Room B-B liigh Range, Elev. 653, RM-90-293, mR/hr < /n3
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732
.M.
Turbine Building, RM-90-255, mR/hr &
- 16. Condenser Vacuum Pump Air Exhaust liigh Range, Elev. 732 < 0s /
Turbine Building, RM-90-256, mR/hr 4 jf- (/03 Remarks: Nom 4 istoicares miAiisru+1me7as< isipie+770st Data by: r / ,
\
SQN-REP-IPD SQN, IP-6 f:. Page 1 of 4 p Rev. 10 t/ Attachment 2 . UNIT STATUS UPDATE Date d( 3 Time Mourf /aly Unit /
- 1. Condensate Storage Tank Level, f t. #
A ' d9 B 6
- 2. -(1.l-2-230A) ~(A 9 TAT L1 2T.
3. Steam Generator Heat Sink- Condenser Auxiliary Feedwater Flow Available X Atmosphere
- 4. Steam Generator Level (narrow range), % 1 Yes )( No 2 G 3JO~~ 4 1 .)o-3TT (LI-3-52T (LI-3-94T
~
- 5. Steam Generator Level (vide range) 107
% l j _O TL 2
_T-34 1) 0 3 3 7f 4 2 8 _)
- 6. (LI-3T8T Steam Generator Pressure, psig 1 980 !
2 T f d_ 3 J~ g o 4__9f d
- 7. Source Range, cps N31 O N32 __
(PI-1C 7X7 TPl-1-9AT (PI-1-20A) [PI-lW)
- 8. Intermediate Range, ma (XI-92-5001B)
N35 g (XI-92-50028) ry
/Q N36 J/O
- 9. ' 50038) L 5004B)
Pressurizer Level, %
- 10. Pressurizer Pressure, psig Wide Range A A O O Narrow Range .G Oc (PI-T8-342A) TPi-68-340A)
(s 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig J ACO U 12. Reactor Coolant System T (PiF66-T6T IloL (wide range) F 1 $ 5 0 2 3 Sdd 4 8YS
------(W - t68' SS~d-~(#-684 3)
) ~'~
- 13. Reactor Coolant System TCold(wderange)Flj$a 2 $S0 3 4 SyJ Ti'R-6B-TliF _$Ap(TR-6s-60)_
- 14. Reactor Coolant Pumps running
- 15. Emergency Core Coolin System Status ~5tandtiy I h5 2]4.3 3 Yes 4 Ye s
- 16. RWST Level, % ~1njection X Recirculation _ __
'f 3-50) 51)
- 17. Containment Sump Level, %
Q (LI-63-IT6T
- 18. Containment Spray Flow, gpm A-A C B-B C~~
(FI-127 157 TfF72-i47
- 19. Containment Pressure, psid
[(f-)__,C9 f-)./C _((F1-10-45)_ P I 44 )--
- 20. Incore Thermocouples, of 1$$$ 2 SSS 3 ESO 4 $50
........................................(o0)~ (54) ' ~(44F (7, lT~~
REMARKS: .................................................. L -l Data by: 9
/
SQN-REP-IPD SQN, IP-6 q A- Page 2 of 4 u/ Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1 (o l85 rime T= a.h s. in;u unit / I I Lower Containment sample valve status Open Closed Upper Containment sample valve status Open Closed
- 1. Lower Containment Particulate, Rti-90-106A, cpm
- 2. Lower Containment Total Gas, Rt!-90-106B, cpm 8000
- 3. /6,000 Lower Containment' Iodine, Rtt-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, Rtt-90-112, cpm ' .
- 5. 7 600 Upper Containment Total Gas, Rt!-90-Il2B, cpm /5 coo
- 6. Upper Containment Iodine, Rt!-90-Il2C, cpm
- 7. _4000 Shield Building Vent Particulate, Rt!-90-100A, cpm loo
- 8. Shield Building Vent Total Gas, Rtt-90-Il08, cpm
- 9. Shield Building Vent Iodine, RM-90-100C, cpm 50
- 10. Auxiliary Building-Vent Particulate, /o Ril-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 Rt!-90-101B, cpm 80
- 12. Auxiliary Building Vent Iodine, Rt!-90-101C, cpm /0
(] 13. Steam Generator Blowdown, Rt!-90-120A, cpm v 14 Steam Generator Blowdown, Ril-90-121A, cpm 5000 -
- 15. (poo Rt!-90-99, cpmCondenser Vacuum Pump Air Exhaust, low Range,I
- 16. Condenser Vacuum Pump Air Exhaust, liigh Range, 30 Ril-90-Il9, cpm
- 17. ERCW Discharge Header A, Rt!-90-133A, cpm YSO
- 18. ERCW Discharge llcader A. Rt!-90-140A, cpm Epo
- 19. ERCW Discharge IIcader B, Ril-90-134A, cpm ~ / 5pp~
- 20. ERCW Discharge lleader 8, RM-90-141A, cpm ~' /
6'~ Remarks: Data By:
/
L)
-10 '
SQN-REP-IPD m SQN, IP-6 ('~j A Page 3 of 4 Rev. 10 Attachment 2b , POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N![O !8[ Time N A b, /4 Unit [
- 1. Uppe/ /
r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8 *
- 4. Lower Containment High Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch,6 6900 V shutdown board room), elev. 734, Rt!-90-260, mR/hr < 0, /
- 6. Shield Building Vent High Range (below CCS C-S pump transfer-V-switch 6900 V shutdown board room), Elev. 734, Rt!-90-261, mR/hr y
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, V- < /0 Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr AO n 9. Reactor Building Floor and Equipment Drain Sump Pump U Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr
- 10. Reactor Building Floor and Equipment Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, Rt!-90-290, mR/hr
/6
/0-
- 12. RHR Pump Room A-A liigh Range, Elev. 653, Rt!-90-291, mR/hr 1- < 103
- 13. RHR Pump Room B-B Low Range, Elev. 653, Rt!-90-292, mR/hr ~
f
- 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 .y. < //)J Turbine Building, RM-90-255, mR/hr y < 0, /
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, Rt!-90-256, mR/hr JF < /03 Remarks:
NOR 4 lAIOICATES MIA//Mug MEW / Alp /ck770d Data by:
-/
p
]
, e
i SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 n Rev. 10 j v 1 Attachment 2 UNIT STATUS UPDATE Date fe' T Time h a,,.3 3 msg Unit /
- 1. Condensate Storage Tank Level, ft. #
A_ ol 9 B__ d9
- 2. Steam Generator Heat Sink (L1-2-230A) (LI-24233A)
Condenser
- 3. Auxiliary Feedwater Flow Available Yes Atmosphere No j
4 Steam Generator Level (narrow range), % 1 - 2 6 ~ 3 O 4 4/ 39)
- 5. Steam Generator Level (wide range) (LI-3-T2T3 F3 947 (LI-3-107)
%1 86 2~ 80 7 4 '29
- 6. (LT-3 4T) (LT-3-98)
Steam Generator Pressure, psig 1 Qgo 2 fo 3 Z(O_ 4 9
- 7. Source Range, cps N31 C TM 2A7 {i_l[-TM-1-20A) 1 -9 A_) _(l'l~ 1-2/A)fa (XI-92-5001B)
N32
- 8. Intermediate Range, ma N35 '7 /p '9 IU~-V2-5002B)
N36 Rg7 '9
- 9. Pressurizer Level, % TE -9 2 50038) TEI-92 60 ME)
Q-TL~F68-3 T5) A/ (LI-e8-320)
- 10. Pressurizer Pressure, psig Wide Range Q90 Narrow Range
. IPI-68 34 TAT {C/gfC Pi-ba;166AT
,rq 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig 5 v 3.o67
- 12. Reactor Coolant System Tg ,( (wide range)*F 1 8/.V 2 (TR-68~Sygt) 3_$.10 4 Syd
- 13. Reactor Coolant System T TfR-68143) 2 S Cold (wide range) F 1,5 8/5(TR-6R-lf,) _ 3_S_45 y,5 4 SEQ
- 14. Reactor Coolant Pumps running TTR-68-60)_
1 15.EmergencyCoreCoolingSystemStatus3[tandby_jt3 eJ_ 2 3 }/+3, 4 A
- 16. RWST Level, % injectiong_Re]ctreulation Tfp e 63-50)'
__f/ (LI-o3-51)
- 17. Containment Sump Level, %
C-(LI-63-IT67
- 18. Containment Spray Flow, gpm A.A B-3 C
- 19. Containment Pressure, psid (*)TTT;C.09 72-13) IFT 72'IET
- 20. Incore Thermocouples, 'F TM-30-447 (+fe)no/O r4W 1- --88.$ 2 $$8 3 SSO 4 Sso n4) ~ ~(44)~
~~
........................................(60).................................(417-RErlARKS: .................
m f N ,1 Data by: 9 /
. _ . - 't SQN-REP-IPD SQN, IP-6
(] V M* Page 2 of 4 Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1![o !88 Time [= d. h . 3 m/v Unit / I I lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed . 1. Lower Containment Particulate, RM-90-106A, cpm fo00
- 2. Lower Containment Total Gas, RM-90-106B, cpm
- 3. /6,000 Lower Containment' Iodine, RM-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-Il2, cpm ' .
- 5. 76pp Upper Containment Total Gas, RM-90-Il2B, cpm / 5 e oo
- 6. Upper Containment Iodine, Rt.-90-112C, cpm
- 7. J 000 8.
Shield Building Vent Particulate, RM-90-100A, cpm goo 9. Shield Building Vent Total Jas, Rt!-90-Il08, cpm 60 Shield Building Vent Iodine, RM-90-100C, cpm /n
- 10. Auxiliary Building Vent Par.iculate, RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 15p RM-90-101B, cpm 12.
Auxiliary Building Vent Iodine, RM-90-101C, cpm 80 (3 13. /0 .O Steam Generator Blowdown, RM-90-120A, cpm 5000
- 14. Steam Generator Blowdown, Rti-90-121A, cpm 4000
- 15. Condenser RM-90-99, cpmVacuum Pump Air Exhaust, Low Range,I 16.
Condenser Vacuum Pump Air Exhaust, High Range, Jo RM-90-119, cpm YSO
- 17. ERCW Discharge Header A, Rt!-90-133A, cpm
- 18. ERCW Discharge Header A, RM-90-140A, cpm Epp
- 19. ERCW Discharge lleader B, R!!-90-134A, cpm _ , _ _ , , /530
- 20. ERCW Discharge Header B, Rti-90-141A, cpm /de_)p__
S'p Remarks: e Data Dy:
/
, l *
, .l0.'
e
73 SQN-REP-IPD
") - SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b ,
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date Nbb Time [ =s d b r-3 , ~& ,., # Unit [ l '. Uppe/r Con / tainment liigh Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, Rt!-90-273, R/hr 8
- 4. Lower Containment liigh Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch,6 6900 V shutdown board room), elev. 734, Ril-90-260, mR/hr 4 < 0. /
6. 7. 6900 V shutdown board room), Elev. 734, Rti-90-261, J- </ mR/hrShield y Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, O Elev. 690 pipe chase), RM-90-276, mR/hr AO V 9. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr
- 10. Reactor Building Floor and Equipment Drain Sump Pum
- AO Discharge, (on shield wall, Elev. 690 pipe chase), p RM-90-278, mR/hr
- 11. RiiR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/5
- 12. /0-RifR Pump Room A-A liigh Range, Elev. 653, RM-90-291, mR/hr 3 < 10 3
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr '
- 14. RIlR Pump Room B-B liigh Range, Elev. 653, RM-90-293, mR/hr i
- 15. Condenser Vacuum Pump Air Exhaust low Range, Elev. 732 y < /d5 Turbine Building, RM-90-255, mR/hr 16.'
Condenser Vacuum Pump Air Exhaust liigh Range, Elev. 732 i
~
<0s/
Turbine Building, RM-90-256, mR/hr #~ ( /03 Remarks: N012 4 isipiars.s misiimun aerv4 isipieri7 ort Data by:
!n) - /
\ J
.- 'it.
- SQN-REP-IPD SQN, IP-6 K Page 1 of 4 l]
v Rev. 10 Attachment 2 . UNIT STATUS UPDATE Date_ A.)&) f [f,$' Time p h e q u /Q Q A/ Unit f
- 1. Condensate Storage Tank Level, f t. # #
- 2. Steam Generator Heat Sink Condenser A
TAf - 2-230A) B TCT2-2A
- 3. Auxiliary Feedwater Flow Available Yes y Atmosphere X No
- 4. Steam Generator Level (narrow range), % 1 T 2~ C 3 o- 4 //
- 5. Steam Generator Level (wide range) %1Tll-3-39)
_80 TEF3MT TW3 947 (LI-3-lo7) 2 8C 3,_$8 4 76
- 6. Steam Generator Pressure, psig lj[f5(PI-t-zsT 2 7IF1 & d 3J3"Q 4 5_
- 7. Source Range, cps N31 C 1-9AT (et-1-20I) 27A)
N32 Q
- 8. Intermediate Range, ma TKF72-soolt)g N35 f )L /p TYP32-50028)
N36 gy jo__ 9 9. (El-92-5003B) TEl-92-55dTli) Pressurizer Level, % 6
- 10. Pressurizer Pressure, psig Wide Range A /.Y 5 Narrow Range .l
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig TPI-68.347AT (Fl L50 6896637 C
V A f 5_$ TPH-on-06T
- 12. Reactor Coolant System TH t (wide range) F 11yp 2 3,35, 3 S/O 4 $$/d t11-66-i) 7fR-6F43)
- 13. Reactor Coolant System T 2 Cold (wide range) F I M p(TR-t3-1 O$,754 68-bd) 3_S/C(T
- 14. Reactor Coolant Pumps running i Yf S _, 2 ] + 1 3 , f ,3,,
- 15. Emergency ore Cooling System Status 3tandby 4_%sA
- 16. RWST Level, % injection 4 Recirculation
- 17. Containment Sump Level, % C~
(LI-63-lT67
- 18. Containment Spray Flow, gpm A-A C B-B O F 72-13)
- 19. Containment Pressure, psid [fF12-34J
,/ _
) /, _
- 20. Incore Thermocouples, *F SVJ~2~Sj$ 3 1
90 4 $*y
........................................(60) (54)~ (44)~ - (41)$~
RE!! ARKS: .................................................. y # U Data by: /
. .g.
L
r . - _-
- a s
SQN-P.EP-IPD SQN, IP-6
-s 7t* Page 2 of 4 (ji Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date b[ Time T= ) kr; /o m ;" Unit l Lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed
- 1. Lower Containment Particulate, Rt!-90-106A, cpm
- 2. Lower Containment Total Gas, RM-90-106B, cpm 8000
- 3. /6,000 Lower Containment' Iodine, RM-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-112, cpm ' *
- 5. Upper Containment Total Gas, Rt!-90-112B, cpm 7600
- 6. /5 coo Upper Containment Iodine, RM-90-112C, cpm J ooo
- 7. Shield Building Vent Particulate, Rft-90-100A, cpm B. 2p_o Shield Building Vent Total Gas, RM-90-Il08, cpm 50
- 9. Shield Building Vent Iodine, RM-90-100C, cpm
- 10. Auxiliary _ Building Vent Particulate, /o RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm -
12. Auxiliary Building Vent Iodine, RM-90-101C, epm 80 A 13. /0 Steam Generator Blowdown, Rt!-90-120A, cpm t) 14. Steam Generator Blowdown, RM-90-121A, cpm Sooo ,
- 15. 10o0 Rti-90-99, cpmCondenser Vacuum Pump Air Exhaust, Low Range,;
16. Condenser Vacuum Pump Air Exhaust, liigh Range, 30 RM-90-119, cpm
- 17. ERCW Discharge }{cader A, Rt!-90-133A, cpm YSO
- 18. ERCW Discharge !!cader A, RM-90-140A, cpm Ego
~L , _~~ __ /gpp_
- 19. ERCW Discharge IIcader D, R?l-90-134A, cpm
- 20. ERCW Discharge Ifeader 8, RM-90-141 A, cpm /00
_,, _'~)) ~,ig op] Remarks: Data By:
/ /^g .
[ l . 10
- m
,s .
- i. SQN-REP-IPD 1
'" SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b ,
- - POST ACCIDENT AREA RADIATION MONITOR UPDATE Date .N b
/
[ Time [:::: A Sours /rn,4. Unit [ l '. Uppe/ r Containment liigh Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment liigh Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment liigh Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, R11-90-260, mR/hr 4 < 0, /
- 6. Shield Building Vent liigh Range (below CCS C-S pump transfer switch, y 6900 V shutdown board room), Elev. 734, Rt!-90-261, mR/hr V- < /d
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, o Elev. 690 pipe chase), RM-90-276, mR/hr AO Q 9. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
Rti-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. RHR Pump Room A-A liigh Range, Elev. 653, Rt!-90-291, mR/hr
/0_
- 13. RHR Pump Room B-B Low Range, Elev. 653, Rt!-90-292, mR/hr 1
~
< 103
- 14. RHR Pump Ro'om B-B liigh Range, Elev. 653, RM-90-293, mR/hr f.
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 (- < //14 Turbine Building, RM-90-255, mR/hr y 16.' Condenser Vacuum Pump Air Exhaust liigh Range, Elev. 732 < 0s /
Turbine Building, Ril-90-256, 'mR/hr k (/03 Remarks: NOTB Y Noums mwimuquems typic + nod
. Data by:
/
U
SQN-REP-1PD SQN, IP-6 f(- Page 1 of 4 / L); Rev. 10 Attachment 2 . UNIT STATUS UPDATE DateM % Time A 3our-3 A 0 e ?v, Unit 3 /
- 1. Condensate Storage Tank Level, ft. A d9 B A #/ '
- 2. 7tT-7230A) CL1-2;233A7 Steam Generator Heat Sink Condenser
- 3. Auxiliary Feedwater Flow Available Atmosphere X 4.
Yes X No Steam Generator Level (narrow range), % 1 g A (LI-T-39) 2 3 4 6
- 5. Steam Generator Level (wide range)
(LI-T-52) J(LI-3-947 W 3-107
%1 80(LI-3 2-TT)jd 3 4t T 4 7#
- 6. Steam Generator Pressure, psig ( LT-3-98) 1TPl-1-2,
$5 2 ff53 Coo 4 4
- 7. 3 P H5)
Source Range, cps N31_g_{/O N32 f X/o} (PI-i-9Af (PI-1-205)
- 8. Intermediate Range, ma (XI-92-5001B)#
N35 J o ' (X1-92-566Tfi) # N36 /o ~ 9. (EI-92-5003B) (EI-92-50048) Pressurizer Level, % A /? (LI-68-335) 20)
- 10. Pressurizer Pressure, psig Wide Range A /OO Narrow Range cA /CC (PI-08-342A)
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig TPR8 M057 p .\ o0 (p'g/_6g_g55
'O 12. Reactor Coolant System T Hot
- 13. Reactor Coolant System T (vide range)'F l__Sy4f35 334gg#p Cold (wide range) F l_$_Jd[T,R-oT-lMS3{
2 965 3 4$jd_
- 14. Reactor Coolant Pumps runnin<: (TR-68-bo)
- 15. Emergency Core Cooling Syst, Status Standby l_ Y.e s _ 2 Y+
_ $ _ 3_, /e3_ 4Je s
- 16. RWST Level, % Injection y ~ Recirculation T -o,4 $.$
3-50) TEI!63-51)
- 17. Containment Sump Level, % O' (LI-63-lT67
- 18. Containment Spray Flow, gpm A-A C FI-72-13)'
B-B C
- 19. Containment Pressure, psid ~ZI 72-343
. // ./d I-30-44) 1-30-657
- 20. Incore Thermocouples, F l_$ Yd (60T-~
2
$M3 ~'~~
(54 S 3C4 $ 3,$~ C4 f7 ____.________________....____________________....___..)________C44)- ____.....______________..... REMARKS: ' . ,)
~
Data hy: / _n_
E- . _ . t SQN-REP-IPD SQN, IP-6 O M- Page 2 of 4 C Rev. 10 l Attachment 2A PROCESS RADIATION MONITOR UPDATE i Date 1 fo"BS- rime T= Mrs. ao~w Unie / I I Lower Containment sample valve status Open Closed Upper Containment sample valve status Open Closed
- 1. Loser Containment Particulate, RM-90-106A, cpm
- 2. Leiwer Containment Total Gas, RM-90-106B, cpm 8000
/6,000
- 3. Lower Containment Iodine, RM-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-Il2, cpm ' *
- 5. 7600 Upper Containment Total Gas, RM-90-Il2B, cpm /f o oo
- 6. Upper Containment Iodine, RM-90-Il2C, cpm
- 7. 3000 8.
Shield Building Vent Particulate, RM-90-100A, cpm Shield Building Vent Total Gas, Rt!-90-110B, cpm (po
- 9. 50 Shield Building Vent Iodine, RM-90-100C, cpm /n
- 10. Auxiliary Building Vent Particulate, RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, O 150 RM-90-101B, cpm 80 I' 12. Auxiliary Building Vent Iodine, RM-90-101C, cpm /0
- 13. Steam Generator Blowdown, RM-90-120A, cpm
-b 14. Steam Generator Blowdown, RM-90-121A, cpm 5000 .
- 15. 4000 Condenser RM-90-99, cpmVacuum Pump Air Exhaust, Low Range,I
- 16. 30 Condenser Vacuum Pump Air Exhaust, High Range, RM-90-119, cpm
- 17. ERCW Discharge Header A, RM-90-133A, cpm f50
- 18. ERCW Discharge Header A, RM-10-140A, cpm Boo
- 19. ERCW Discharge lleader B, RM-90-134A, cpm __ /50p
- 20. ERCW Discharge lleader B, RM-90-141A, cpm / O 00 600 Remarks:
? .
Data By:
.i /
? i , n l N.]
. -10' y.
I- i SQN-REP-IPD
'# SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b ,
~ ~ POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N![O !8[ Time NdM-3, d 0 -si" Unit [
l '. Uppe/r Con / tainment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0 2. Upper Containment High Range (top of SG #1 and #4 enclosure), Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between
- SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment Ifigh Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr < d. /
- 6. .M-Shield Building Vent High Range (below CCS C-S pump transfer switch, 7.
6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr F < /0 3 Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, d," Elev. 690 pipe chase), RM-90-276, mR/hr #,0
- 9. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump: AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr
/0_
- 13. 11 < /d>
RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ' i 14. RllR Pump Room B-B liigh Range, Elev. 653, RM-90-293, mR/hr y < //)$
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr 16.' i < 0, /
Condenser Vacuum Pump Air Exhaust High Range, Elev.,732 ~ Turbine Building, RM-90-256, mR/hr k ( /0 Remarks: NO$ -Y lhlf/L415.S MIAl/MU+1 METBAC IA/9/CAWOA) Data by:
/
V y
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 Rev. 10 V) Attachment 2 . UNIT STATUS UPDATE Date__ d N Time Mp_qt s .13a[v Unit [
- 1. Condensate Storage Tank Level, ft. A d9 Bd8 # 6
- 2. (L1-2-230A) '(L M 233A)
Steam Generator Heat Sink Condenser
- 3. Auxiliary Feedwater Flow Available Atmosphere d 4 Yes __)( No Steam Generator Level (narrow range), % 1___/f 2 /A 3 o 4 /g
- 5. Steam Generator Level (wide range) %1 (LI-3-3T 80 (L1-3-52)2 TIF3-94) 8d 3 90 4 (LI-3-107) 7,@
( LI-3'T3') dfg12 97 t- 3Jfo_(LI-3-96) -
- 6. Steam Generator Pressure, psig I y
4 _ Pgo
- 7. Source Range, cps N31_ (PI-1-}A) (PI-1-9AT (PI-1-20A) (PI-1-27A)
/d N32 __ /0
- 8. Intermediate Range, ma (XI-92-5001B)
N35 " (XI-92-5002B) - , , 0- N36 /o
- 9. E 5003B) (EI-92-5004B)
Pressurizer Level, % 2A (L1-08-335) Je (LI-68-320)
- 10. Pressurizer Pressure, psig- Wide Range A /OO Narrow Range d/DC TMr6F342A) (PI-68-340A)
O 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig J/po C 12. Reactor Coolant System T (PR-08-li67 Hot (wide range) F 1 $Jg 3 Wo 4 SJO
$J(O TR-6FI)2 (TR-68~T3)
- 13. Reactor Coolant System TCold (wide range) F l_$_30 2 SJO'3JJo 4S.21
- 14. Reactor Coolant Pumps running \/.es_.2hq(TR-@-IST___3_y_et 4 1
- 15. Emergency Core Cooling System Status Standby injection y b( fR-iiF60)
- 16. RWST Level, % 41p Recirculation 49 (LI%3-50) (LI-63-51)~
- 17. Containment Sump Level, % C
- 18. Containment Spray Flow, gpm (L1-6371 W A'A C B-B C (FI-72-13) (F1-72-34T
- 19. Containment Pressure, psid (d.f/ _(f-)- . /O
~ ~~
(PI-30-44) (PI-30-4 W
- 20. Incore Thermocouples, F 1~~S Vo 2 $35 3 S35 4
.___.._____...._________....___.. ___.__(60) ~~~ (5 4 ) - ~~~(44) ~ C(41$)54 REMARKS: ___........_____...._____..__________...______.___
T . I v} Data by: 9
/
t . . SQN-REP-IPD SQN, IP-6 [/^} x_ ?t* Page 2 of 4 Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1 (o 85 rime T= cuc. n-,:- Unit I
/
. Lower Con /
tainment sample valve status Open Upper Containment sample valve status Closed Open Closed
-1.
- 2. Lower Containment Particulate,- RM-90-106A, cpm 2(000
- 3. Lower Containment Total Gas, RM-90-106B, cpm
, /6,000
- 4. Lower Containment Iodine, RM-90-106C, cpm /, 00 0 -
- 5. Upper Containment Particulate, RM-90-112, cpm '
77000
- 6. Upper Containment Total Gas, RM-90-112B, cpm / 3roco
-7. Upper Containment Iodine, RM-90-112C, cpm 3000
- 8. Shield Building Vent Particulate, RM-90-100A, cpm Shield Building Vent Total Gas, RH-90-110B, cpm 4 Loo
- 9. bro
- 10. Shield Building Vent Iodine, RM-90-100C, cpm Auxiliary Building Vent Particulate, /n RM-90-101A, cpm 11.
Auxiliary Building Vent Total Gas, 1 5tp RM-90-101B, cpm
~T
- 12. .
Auxiliary Building Vent Iodine, RM-90-101C, cpm )fo
- 13. /0 (d.
\
- 14. Steam Generator Blowdown, RM-90-120A, cpm 5000
- 15. Steam Generator Blowdown, RM-90-121A, cpm .
Condenser Vacuum Pump Air Exhaust, Low Range, 4000 RM-90-99, cpm
- 16. i
;Eg Condenser Vacuum Pump Air Exhaust, High Range, RM-90-119, cpm
- 17. ISO
- 18. ERCW Discharge Header A, RM-90-133A, epm Bjo o
-19. ERCV Discharge Header A, RM-90-140A, cpm /jfesq_
ERCW Discharge Header B, RM-90-134A, cpm
- 20. ERCW Discharge Header B, RM-90-141A, epm / o 00
---W .
6foD G S G S S W S p e e m e m m e e m m e g e me g e o g g m e g e g g g g g g g g g g g g g g g g g g g g g g g g gg g g Remarks: Data By:
/
-10'
c\ . SQN-REP-IPD (d A SQN, IP-6 Page 3 of 4 Rev. 10 Attachment 2b . POST ACCIDENT AREA RADIATION MONITOR UPDATE Date Nbb/ Time [=== cl $r s J E m is Unit [ 1'. Uppe/ r Containment liigh Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. ~
Upper Containment liigh Range (top of SG #1 and #4 enclosure), Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment liigh Range (inside polar crane wall, between SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment High Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch,
-6900 V shutdown board room), elev. 734, RM-90-260, mR/ir < 0. /
- 6. .V.
Shield Building Vent liigh Range (below CCS C-S pump transfer ~ switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr J- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, i
Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on she ' ' wall, o Elev. 690 pipe chase), RM-90-276, mR/hr j
C 9. Reactor Building Floor and Equipment Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr , 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr /6
- 12. _RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr
/0_
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr u- < 103
- 14. RllR Pump Room B-B liigh Range, Elev. 653, RM-90-293, mR/hr i
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 y < //)J Turbine Building, RM-90-255, mR/hr 16.' Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 i
~
< 0, /
Turbine Building, RM-90-256, mR/hr
)f- ( /03 Remarks:
Nom 4 trinitarie.s miArimi,,1me7m iAipieg7tos/ Data by:
/
v b
SQN-RF.P-I PI) SQN, IP-6 rw
- fc. Page 1 of 4 Rev. 10 Attachment 2 ,
UNIT STATUS UPDATE Date f 5 Time J _dt. 3o m ; . Unit /
- 1. Condensate Storage Tank Level, ft. #
A ok. 9 ' (L1-2-230A) BM8
- 2. Steam Generator Heat Sink 'TLT-2-233A)
Condenser Atmosphere )(*
- 3. Auxiliary Feedwater Flow Available Yes
- 4. St eam Cencrator Level (na rrow range), %/~g ! _A_ 2.. _ /J No _. 3 . o __ 4
/8
-5. (L1-3-39) [L1-3-52) (LI-3-94) (LI-3-107)
Steam Generator Level (wide range) %1 80 2 80 4 78
- 6. Steam Generator Pressure, psig (L1-3 T3) 3 _ J K(11-3-98) 1 780 2 _T_'J_5 3 (gd 4 9SC
- 7. 4 TPl-1-2AJ [PI-1-9AT TIPI-1-20A) (PI-1-27A)
Source Range, cps N31 JX /0 N32 $_1/0 4
- 8. (XI-92-5001B)
Intermediate Rangd, ma N35 /d 7 ## TXI-92-5002B)-## N36 /o (EI-92-50038) (EI-92-50048)
- 9. Pressurizer Level, % 3A 33-(LI-68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range ,1,/ 0 6
~(Pl W -342AJ Narrow Range/OC d(PI-68-3 TOW n 11. Reactor Coolant Loop 4 Not Leg Pressure, psig A/C O C 12. Reactor Coolant System T 7;gg-T6T (wide range) F 1 830 2 SJ~.5' 3 9504630 Hot ~
~
-- - -(TR-6[- 1 ) TTR-6BW3)
- 13. Reactor Coolant System TCold(widerange)FIgJp 2 0 ~ 3 . 95p
- 14. Reactor Coolant Pumps running l__k$ _ 2)-* $_, 3 s,4_ h A
- 15. Emergency Core Cooling System Status Standby injection g Recirculation
- 16. RWST Level, % -
- 17. Containment Sump Level, % C (L1-63-TT67
- 18. Containment Spray Flow, gpm C A-A B-B _ g F1-72-13)
- 19. Containment Pressure, psid e // b[FI-/2-34)
./C 1-30-44) (PI-30T45T~
- 20. Incore Thermocouples, F 1 $jO 2 $Jg 3 8d5- 4 5/o (60)
___________________________________________________(54)_ ~ 44) ( T4T)^-~ RE!! ARKS: ______._____________________________ __ O Data by: ___ _ / 9
SQN-REP-IPD SQN, IP-6 n M- Page 2 of 4 V Rev. 10 Attachment 2A PROCESS RADIATION HONITOR UPDATE Date 8 Time [:: A k. 3 0 '# Unit / Lower Con /
/
tainment sample valve status Open Closed lipper Containment sample valve status Open Closed
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. ' Lower Containment Total Gas, RM-90-106B, cpm
[o00
- 3. Lower Containment Iodine, RM-90-106C, cpm f6,000
- 4. Upper Containment Particulate, RM-90-112, cpm ooo
- 5. Upper Containment Total Gas, RM-90-112B, cpm
/g7600 '
- 6. Upper Containment Iodine, RM-90-112C, cpm /5 coo
- 7. Shield Building Vent Particulate, RM-90-100A, cpm _4000
- 8. Shield Building Vent Total Gas, RM-90-110B, cpm 200
- 9. Shield Building Vent Iodine, RM-90-100C, cpm 60
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, epm 80
- 12. . Auxiliary Building Vent I dine, RM-90-101C, cpm /0
(] (> 13. Steam Generator Blowdown, RM-90-120A, cpm 5000 .
- 14. Steam Generator Blowdown, RM-90-121A, cpm 40o0
- 15. Condenser Vacuum Pump Air Exhaust, Low Range, RM-90-99, cpm i
- 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm
- 17. ERCW Discharge Header A, RM-90-133A, cpm YSO
- 18. . ERCW Discharge lleader A, RM-90-140A, cpm /Joo
- 19. ERCW Discharge lleader B, RM-90-134A, cpm /5op
- 20. ERCW Discharge Header B,l'.M-90-141A, cpm / 4 00 600 Remarks:
Data By:
/
p
!,,)
-10'
[ c SQN-REP-IPD (' ,) . SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b . POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N b Time [e:ol i /r. 30W Unit [ I '. Uppe/ ./ r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment High Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr 4 < 0. /
- 6. Shield Building Vent High Range (below CCS C-S pump transfer switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr y- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, q Elev. 690 pipe chase), RM-90-276, mR/hr AO V 9. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr 10.
; A. O Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr /6
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr /0-
- v. < 163
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr i
- 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr 1- < IoS
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr .)- < 0, /
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr k ( /83 Remarks:
N$ 5 IklO/ CAMS MiAttMugy57p lAjp/c#T/od Data by:
/
L) l
~
SQN-REP-I PI) SQN, IP-6 K Page 1 of 4
/~N Rev. 10 d
Attachment 2 , UNIT STATUS UPDATE Date A .! d / & X Time _J lar , 3T M .v. Unit
- _/
- 1. # #
Condensate Storage Tank Level, ft. AAG'6 B el & !
- 2. (L1-2-230A) (LI-2-233A)
Steam Generator Heat Sink Condenser Atmosphere X
- 3. Auxiliary Feedwater Flow Available Yes J No
- 4. Steam Generator Level (narrow range), % 1 / 2 Ao 3 o~ 4 A/
- 5. Steam Generator Level (wide range)
(l!l gFj7 3- Ri 3-527 [LI-3 947 (LI-3-107)
%1 80 2 80 3 elf 4 78 '
- 6. (LT-3-43) (I.T-3-96 )
Steam Generator Pressure, psig 980 2 1 (PI-1-2A) 9153 sh TO 4 9Sd
- 7. Source Range, cps N31 4/ X/d 4 (PI-1-9A) (PI-1-20A) (PI-1-27A)
N32' g_/~o
- 8. Intermediate Range, ma N35(XI-92-5001B) g . lW2-56dTfi) ,a
/d ' N36 /0
- 9. Pressurizer Level, % d p(EI-92-50038) (EI-92-50048)
A9 (LI-68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range elC I'O Narrow Range cd O 8 d TPI-68-342A)
[PI-o8-3TOAJ
- 11. Reactor Coolant Loop 4 Hot Leg Pressure,. psi,g 050 .
k
/'~} 3(P16ESTi67 t
- 12. Reactor Coolant System THa (wide range) F l_,f $O_ 3j .1,5
- 13. Reartor Coolant System T Cold (wide r nge) F l_@[TR-68-18)2Ao'Ogg Q;4_ (TR-68 tiO)
- 14. Reactor Coolant Pumps running
- 15. Emergency Core Cooling System Status l_/f_$__2]os_3StandbyL p TnjectEn_3_
Rectreulation
- 16. RWST Levsi, % j p 30 (LI~-63-50) (LI-63-51)
- 17. Containment Sump Level, % C (LI-63-IT67
' I
- 18. Containment Spray Flow, gpm A-A B-B
-~~-
FI-72 137 C--
- 19. Containment Pressure, psid _ . // I+R} ./S T 72 34)
-~
(PI-30-44 (PI-30-4s)-
- 20. Incore Thermocouples, F l_3gg_,)2_g_3_$g_4 SfC_
REMARKS:
/^;
(i Data by: / _9
3 SQN-REP-IPD SQN, IP-6 (3 -?t- Page 2 of 4 V Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1 b 88 Time ~[~-: d 4 r. 3 5m/v Udit / I I 1 Lower Containment sample valve status Open Closed 11pper Containment sample valve status Open Closed
- 1. Lower Containment Particulate, RM-90-106A, epm
- 2. 8000 Lower Containment Total Gas, Rti-90-106B, cpm /6godo
- 3. Lower Containment Iodine, RM-90-106C, cpm 4 /,ooo Upper Containment Particulate, RM-90-112, cpm ' 7600 '
- 5. Upper Containment Total Gas, RM-90-112B, cpm
- 6. /5 coo Upper Containment Iodine, RM-90-112C, cpm 3000
- 7. Shield Building Vent Particulate, RM-90-100A, cpm
- 8. 200 Shield Building Vent Total Gas, RM-90-1108, cpm 50
- 9. Shield Building Vent Iodine, RM-90-100C, cpm
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm 12.
80 Auxiliary Building Vent Iodine, RM-90-101C, cpm /0 (%>') 13. Steam Generator Blowdown, RM-90-120A, cpm 5000 .
. 14~. Steam. Generator Blowdown, RM-90-121A, cpm
- 15. 4-o00
- Condenser Vacuum Pump Air Exhaust, Low Range, RM-90-99, cpm I 30
- 16. Condenser Vacuum Pump Air Exhaust, High Range, RM-90-119, cpm
- 17. ERCW Discharge Header A, RM-90-133A, cpm YSO
- 18. ERCW Discharge lleader A, RM-90-140A, cpm Boo
.19. ERCW Discharge Header B, Rtl-90-134A, cpm _ /5po
- 20. ERCW Discharge Header B, RM-90-141A, cpm / d oo -
600 _____________________.._______ _______s._______...___.. ________..___._______.._ Remarks: Data By:
/
j -
/ .
)
. _10 '
l
. . ~ , . - - - = = = - - -
-s .
SQN-REP-IPD () A SQN, IP-6 Page 3 of 4 Rev. 10 Attachment 2b .
,,,. y . 3 ; POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N h Time N 2 /r, 3 5 lv Unit [
1'. Uppe/ / r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr O i
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785,,RM-90-272, R/hr O
- 3. Loser Contairunent High Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower., Containment High Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr < d. /
- 6. Shield Building Vent High Range (below CCS C-S pump transfer ~ swttch, y
.V.
6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr )- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, o
Elci. 690 pipe chase), RM-90-276, mR/hr U 9. Reactor Building Floor and Equipment Drain Sump Pump AO Dischaije,(onshieldwall,Elev.690pipechase), RM-90-277, mR/hr
- 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
/0_
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr y- < 103
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~
f
- 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr
.y. < loS
- 15. Condenser Vacuum Pump Air Exhaust I;ow Range, Elev. 732 Turbine Building, RM-90-255, mR/hr 1 (O,/
16.' Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr )f- ( /83 Remarks: Data by:
/
u)
SQN-REP-IPD SQN, IP-6 p:. Page 1 of 4 n Rev. 10
~.)
Attachment 2 . UNIT STATUS UPDATE Date__d/6/8X r < Time d 4r.s. 4 E % ) ,, Unit /
- 1. Co idensate Storage Tank Level, f t. A de# B el [lt
- 2. (L1-2-230A) (L1-2-23 TAT Steam Generator Heat Sink Condenser
- 3. Auxiliary Feedwater Flow Available Atmosphere X 4.
Yes X No Steam Generator Level (narrow range), % 1 2
.t o f 3 __O 4 443
- 5. Steam Generator Level (wide range)
(LI-3-39) TLI 3-52) M (CI-3-94) (LI-3-107) '
%1 80 2 78 3 */O 4 PC
- 6. (LI-3-43 (LI-3-98)
Steam Generator Pressure, psig 1 900 g3 2 /50 4 900 (PI-1-2A)
- 7. Source Range, cps N31 3X/c4 N32 35/04 P 9AJ (PI-1-20A) (PI-1-27A)
- 8. Intermediate Range, ma (XI-92-50018) y TXI-92-50028) ,,f N35 fo ' N36 /o (EI-92-50038) (EI-92-50048)
- 9. Pressurizer Level, % .30 Jg (LI-68-335) TEl-68-320) '
- 10. Pressurizer Pressure, psig Wide Range A O C C Narrow Range /9 56
-(M 'ii8-342A) (FI-68-340' AT
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig O (d 12. Reactor Coolant System T Hot (wide range)'F 1 foo TP'R 68-66) 2 S/O (TR-6 FIT _ 3350 4 S/C TTR-68-43)
- 13. Reactor Coolant System TCold (wide range) F 1 S C O 2 t/O 3 TR-68-18 F ,_y_So 4 g/o (TR-68-60)
- 14. Reactor Coolant Pumps running 1 Yes_2 /*(S._3_y+3,4 }/eA
- 15. Emergency Core Cooling System Status Standby 4 injection _
- 16. RWST Level, % Recirculation 1r /5 (LI-63-50) (LI-63-51) 17.. Containment Sump Level, % C (LI-63-176)
- 18. Containment Spray Flow, gpm A 'A C B-B C FI-72-34)
- 19. Containment Pressure, psid ./d ./d
- 20. Incore Thermocouples, F (f)(FI-72-13)
(PI-30-44) 1_ FJ.O 2 J/O 3
~
~ P I -TO'-43 )
f/O 4 Sol.O (60) T54 (44 )--- (41 T _____________________________________________________T~~ _____________________________________ REMARKS:
\
l 0 Data by: / _g. i
l SQN-REP-IPD SQN, IP-6 g ~) ?t- Page 2 of 4 t/ Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date ' (0 b$ Time T= a v. vs~- Unit I Lower Con /
/
tainment sample valve status Open Closed Upper Containment. sample valve status Open Closed 1. 2. Lower Containment Particulate, RM-90-106A, cpm j{o00 Lower Containment Total Gas, RM-90-106B, cpm /6,000
- 3. Lower Containment Iodine, RM-90-106C, cpm
- 4. /. 00 0 Upper Containment Particulate, RM-90-Il2, cpm '
74i00
- 5. Upper Containment Total Gas, RM-90-Il2B, cpm
- 6. / 3ro oo Upper Containment Iodine, RM-90-112C, cpm 3 ooo
- 7. Shield Building Vent Particulate, RM-90-100A, cpm
- 8. jlpo Shield Building Vent Total Gas, RM-90-Il0B, cpm fio
- 9. Shield Building Vent Iodine, RM-90-100C, cpm
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 15)?
RM-90-101B, cpm
- 12. /E0 Auxiliary Building Vent Iodine, RM-90-101C, cpm
(
-v)
- 13. Steam Generator Blowdown, RM-90-120A, cpm
/0 5000 .
- 14. Steam Generator Blowdown, RM-90-121A, cpm
- 15. 4000 RM-90-99, cpmCondenser Vacuum Pump Air Exhaust, Low Range,I j00
- 16. Condenser Vacuum Pump Air Exhaust, High Range, RM-90-119, cpm
- 17. ERCW Discharge Header A, RM-90-133A, cpm YSO
- 18. ERCW Discharge Header A, RM-90-140A, cpm 100 0
- 19. ERCW Discharge lleader B, RM-90-134A, cpm _, /b
- 20. ERCW Discharge Header B, RM-90-141A, cpm / 0 00 6foO Remarks:
Data By:
/
s,
- ! q .'
-[
~. .
'(q .
',j SQN-REP-IPD SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b ,
t POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N (( Time _Ic= 9 Ar . L/ 5 uk Unit ! I'. Uppe/ / r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment High Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr 4 < d. /
6. Shield Building Vent High Range (below CCS C-S pump transfer ~ switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr V- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr AO f~)3
% 9. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr 10.
; AO Reactor Building Floor and Equipment Drain Sump Pump-Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
/6
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr /0-
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr v. < /03
- 13. RHR Pump Room R-B Low Range, Elev. 653, RM-90-292, mR/hr i
- 14. RHR Pump Room 8-B High Range, Elev. 653,. RM-90-293, mR/hr & < /i)J
- 15. Condenser Va.uum Pump Air Exhaust Low Range, Elev. 732 Turbine-Building, RM-90-255, mR/hr 1 ( 0, /
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr )f- ( /03 Remarks:
Ng .y istoicarus miAtimu+1 men isipiegr7o,/ Data by:
' /
(_) ,
SQN-REP-IPD SQN, IP-6 K Page 1 of 4 () Rev. 10 Q Attachment 2 - UNIT STATUS UPDATE Date 2 I 4/ 83 ( Time 3 kr-L Unit /
- l. Condensate Storage Tank Level, ft. A A7 B el 7
- 2. (LI-2-230A) (LI-2-233A),
Steam Generator Heat Sink Condenser
- 3. Auxiliary Feedwater Flow Available Atmosphere )(
4 Yes X No Steam Generator Level (narrow range), % 1 33 2 31 3 O 4 (LI-3-39) 3)
- 5. Steam Generator Level (wide range) (LI-3-52T TEFF9%T _(_LI-3-107)
%1 80 2 [fd 3 O 4 80
- 6. (LI-3-43)
Steam Generator Pressure, psig 1 8% 2 8s53 O (LI-3-98) (PI-1-2A) 4 $70
- 7. Source Range, cps N31 (PI-1-9AT (PI-1-20A) [Pl-1-27A)
N32 .100 8. TR100 I-92-50018) g (XI-92-50b211) ,y Intermediate Range, ma N35 /d '" N36 /d
- 9. (EI-92-50038) [EI-92-500TH)
Pressurizer Level, % A3 4t. A
^
(LI-66-335) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range /(/ 75~ Narrow Range /g')d (PI-68-342iT (PI-68-340A)
~T 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig /P 2'O (V 12. Reactor Coolant Systerh Tgot (wide range)*F 1 (PR-68-667 2 4 490
'/ 75_(TR-6_8-lTpo 3 3%o (TR-68-43)
- 13. Reactor Coolant System T Cold (wide range)'F l_N M 2 Wy_ 31@TfR-6K,o0)
(TR-6TT8 OM
- 14. Reactor Coolant Pumps running
- 15. Emergency Core Cooling System Status Standbyy 1]S_ 22e_5injection 3 , _ . S_ 4 $L Recirculation
- 16. RWST Level, % C C (LI-63-50) (LI-63-51)
- 17. Containment Sump Level, % C (L1-63-lT67
- 18. Containment Spray Flow, gpm A-A B-B C 7 72! 3/J
- 19. Containment Pressure, psid M .72-13)
/0 (PI-30-44)
./O
- 20. Incore Thermocouples, F T -idTCS)-
1 Mgp 2 %O 3 9734 (o0)~~ (C4) ~ 9p)3~ (41
...........___..____........____________..__...(54)--~ ________.____..______......____ ..___..
REMARKS: 1 V - i D$taby:
.g. / _
s SQN-REP-IPD SQN, IP-6 s -?t:- Page 2 of 4 (~'J ( Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date I b 88 Time T= 3 Ar4 unit / I I
- t. Lower Containment sample valve status Open Closed Upper Containment sample valve status Open Closed,
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. 8000 Lower Containment Total Gas, RM-90-106B, cpm /6,000
- 3. Lower Containment Icdine, RM-90-106C, cpm
- 4. Upper Containment Particulate, RM-90-112, cpm
/gooo ~
- 5. Upper Containment Total Gas, RM-90-112B, cpm 7600
- 6. /5 coo Upper Containment Iodine, RM-90-112C, cpm 3000
- 7. Shield Building Vent Particulate, RM-90-100A, cpm
- 8. Shield Building Vent Total Gas, RM-90-110B, cpm iso
- 9. Shield Building Vent Iodine, RM-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, /o RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpx 80,
- 12. Auxiliary Building Vent Iodine, RM-90-101C, cpm /0
.U(] 13. Steam Generator Blowdown, RM-90-120A, cpm
- 14. Steam Generator Blowdown, RM-90-121A, cpm 5000 -
- 15. Condenser Vacuum Pump Air Exhaust, Low Range, 4000 RM-90-99, cpm i
- 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 .-
RM-90-119, cpm YSO
- 17. ERCW Discharge Header A, RM-90-133A, cpm-
- 18. ERCW Discharge Header A, RM-90-140A, cpm /Joo
- 19. ERCW Discharge Header B, RM-90-134A, cpm /Dp 20.' ERCW Discharge lleader B, RM-90-141A, cpm ( / 4 00 600 Remarks: '
1 i e Data By:
/
(3 g I A .*
\/
\
~
L ()7s . SQN-REP-IPD
' SQN, IP-6 A
Page 3 of 4 Rev. 10
, Attachment 2b .
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N!b !8[ Time N 3 ArJ. Unit [ I'. Uppe/r Con /tainmentHighRange(topofSG#2andh3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment High Range (inside, polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 000 V shutdown board room), elev. 734, RM-90-260, mR/hr Y < 0, /
6. Shield Building Vent High Range (below CCS C-S pump transfer ~ switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr F < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, bq Elev. 690 pipe chase), RM-90-276, mR/hr AO
- 9. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev 690 pipe chase),
RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Su.tp Pump
; AO Discharge, (on shield wall, Elev 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. , /0-RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 1 < 16 3
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~
14 f s RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr .y. < /o S
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr 16.- -)b < 0s / '
Cbndenser Vacuum Pump Air Exhaust.High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr II- ( /03 s eme==eem-meme======meme-e....meme... .e eee==eeme====eeeeeemmeme== ===============
- Remarks:
No@_. 4 teiam.s muiwan mem isipice7og
. s bsg Data by:
/
d ,' , s N
C SQN-REP-I PI) SQN, IP-6 c fr Page 1 of 4 Rev. 10
'0 Attachment 2 .
UNIT STATUS UPDATE Date_d,/h!85 Time 34rs 3 0 ,,w unit r r /
- 1. Condensate Storage Tank Level, ft. i //
AJG 6 $
- 2. Steam Generator Heat Sink Condenser TEI-2-230A) B)(0-2-233A)/ s //
- 3. Auxiliary Feedwater Flow Available Atmosphere X 4
Yes X No Steam Generator Level (narrow range), % l_ J/ o (LI-3-39) 2 3d (LI-3-52) 3 4_23
- 5. Steam Generator Level (wide range) (LI-3-94) (LI-3-107)
%1 78 2_ 79 3 0 4 77
- 6. Steam Generator Pressure, psig (LI-3-43) (LI-3-98) 1 46C 2 965 3 C 4 45_
- 7. Source Range, cps N31 /95 (PI-1-2A) {PI-lh AT (el-i-20A) P -lT27A)
N32 _ A O C
- 8. Intermediate Range, maN35 IXI-92-5001B) // (XI-92-500 3) _ fj
/ o "' N36 /d
~
- 9. (EI-92-5003B) (El-92-5006B)
Pressurizer Level, % JL 4/ (LI-68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range /fCC IFI-Ear 342A)
Narrow Range / hod
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig (PI-6 M 0W T /800 (C
~
- 12. Reactor Coolant System T TPR-38'637 Hot (wide range) F 1 44fC 2 9E53 YEo4 .F C (TR-68-1) (TR T)~
._ 13. Reactor Coolant System TCold (wide range) F 1 Y I O 2 '/50 3 953 4 Lf y d
- 14. Reactor Coolant Pumps running (TR-68-18) 7fR-6530)
- 15. Emergency Core Cooling System Status l j g Standby 1 Injection s _ 2 ] m 3 ] pj,_ 4__ k m 5,
- 16. RWST Level, % o Recirculation O
(LI-o3-50) (LI-63-51)
- 17. Containment Sump Level, %
Q (LI-63-175T
- 18. Containment Spray Flow, gpm A-A C B-B O 72-13)
- 19. Containment Pressure, psid PI-30-G)
./O M[FI-72-34)
./
- 20. Incore Thermocouples, F (P1 WO- 5 1 47p_ 2 V 75_ 3_(%)$ 4f75 f
........................................(60) (54) C6 (71)
RErlARKS: V e Data hy: 9
/
s e i ___ __--_--E- - - - - ' - '-
. ~
SQN-REP-IPD SQN, IP-6 (-) (_/
?t" Page 2 of 4 Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1 8 Time 7:= 3 lu. 30 w unit /
Lower Con /
/
tainment sample valve status Open Upper Containment sample valve status Closed Open Closed
- 1. I Lower Containment Particulate, RM-90-106A, epm 1(o00
- 2. Lower Containment Total Gas, RM-90-106B, cpm i
- 3. Lower Containment Iodine, RM-90-106C, cpm
/6i000
- 4. Upper Containment Particulate, RM-90-112, cpm /, 00 0
- 5. Upper Containment Total Gas, RM-90-112B, cpm 71000
- 6. Upper Containment Iodine, RM-90-112C, cpm / 3r o0o
- 7. 3000 Shield Building Vent Particulate, RM-90-100A, cpm
- 8. Shield Building Vent Total Gas, RM-90-1108, cpm 200
- 9. Shield Building Vent Iodine, RM-90-100C, cpm 5'o
- 10. Auxiliary Building Vent Particulate, /o RM-90-101A, cpm 1 522
- 11. Auxiliary Building Vent Total Gas, RM-90-101B, cpm
- 12. 2Io l.. (~N 13.
Auxiliary Building. Vent Iodine, RM-90-101C, cpm /0 (ms/ Steam Generator Blowdown, RM-90-120A, cpm 5000 14 . Steam Generator Blowdown, RM-90-121A, cpm 4Locq9
- 15. Condenser RM-90-99, cpmVacuum Pump Air Exhaust, Low Range,I 16.
Condenser Vacuum Pump Air Exhaust, High Range, 30 - RM-90-119, cpm
- 17. . ERCW Discharge Header A, RM-90-133A, cpm YSO
- 18. ERCW Discharge Header A, RM-90-140A, cpm 800
- 19. ERCW Discharge Header B, RM-90-134A, cpm / 500
- 20. ERCW Discharge Header B, RM-90-141 A, cpm __ / # 00_
6foO Remarks: Data By:
/
x) - o
, en #4
. - -- , s.--,.- . .- , ,a v , - - +
~ '
. l n . SQN-REP-IPD (") SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b , POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N![O (( Time N ' 3 hrt .3cm,V Unit [ 1'. Uppe/ / r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment liigh Range (inside polar crane wall, between SG's #2 and #3), Elev. 715, RM-90-273, R/hr 8
- 4. Lower Containment High Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5.
Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr 4 < d. / 6. Shield Building Vent Ifigh Range (below CCS C-S pump transfer ~ switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr J- < /0 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, n Elev. 690 pipe chase), RM-90-276, mR/hr
() 9. Reactor Building Floor and Equipment Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr
- 10. i A. O Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-273, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0_
RHR Pump Room A-A Ifigh Range, Elev. 653, RM-90-291, mR/hr v. < /03 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ' f 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr & < /AJ
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr
- 16. .)F < 0s /
Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 ~ Turbine Building, RM-90-256, mR/hr )f" ( /0 Remarks: Nofk + tapium.s miAriswn aem iapiegnog Data by: (,j
' / .
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 q Rev. 10 L/ Attachment 2 . UNIT STATUS UPDATE Date__1![,/8% Time y hour-s Unit / r
- 1. Condensate Storage Tank Level, f t. A
--(I.AC 1-2-230A) '
B (( #
- 2. Steam Generator Heat Sink Condenser (LI-2-2 ]3 A Atmosphere 4
- 3. Auxiliary Feedwater Flow Available
- 4. Steam Generator Level (narrow range), % 1 Yes X No 33 2 3) 3 O 4 3A
- 5. Steam Generator Level (wide range)
(LI-3-39) (LI -3~-52 ) (LI-3-94) (LI-3-107)
%1 $O 2 80 3 0 4 79
- 6. Steam Generator Pressure, psig (LT-3-43) ' - TCT-3-98)
IJA7 2 4/5 3 O 4 9/C_
- 7. UP 2A) (PI-1-5AJ (PI-1-20A) (PI-1-27A)
Source Range, cps N31 A/C N32 AO5
- 8. (XI-92-5001B)#
/0 ~ {XI-92-5002B)
Intermediate Range, ma N35 _ (EI-92-5003B) N36 /o #
- 9. Pressurizer Level, % (EI-92-50048)
/ .L /
I-08-335) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range /~di,0 0 Narrow Range T /700 (Pl'-T8-342A)
.O 11. Reactor Coolant Loop 4 Hot Leg' Pressure,.psig jfpC TR-6R-340A)4 O #~#'* A V (PM-68-T6T
- 12. Reactor Coolant System THot (wide range) F 1 t/ J O 2 4 t/.15 4 t/AC (Tli ) 63" 3_ (fR-68-43)
- 13. Reactor Coolant System TCold (vide range) F lyA_.s _ 234 5i 3_f/Ao 43AC CfR-b8-18) TTR-6840T-~
- 14. Reactor Coolant Pumps running ljE_ 2]~4 $ 3
- 15. Emergency Core Cooling System Status Standbyg Tnjection/et 4 )4is
- 16. RWST Level, % C O _ _ Rectreulation Z#0p (LI-o3-50) (LI-63-51)
- 17. Containment Sump Level, % C (LI-63-176)
- 18. Containment Spray Flow, gpm A 'A C B-B O
- 19. Containment Pressure, psid (FI-72-34)
+)[FI-72-13)
_. [5 ./3
- 20. Incore Thermocouples, F P1-10-4ET~
l_496 (+)fl0'-4~5)~ (P (60) i/ O 23)_g_ 3J[46)_ 4 A/(41)3 { -
..__....__...____________. _________..._____.....__(54) _.._______________..______..._________.
REMARKS: %/ Data by: / _g.
. . _ . . s \
SQN-REP-IPD SQN, IP-6 (~ s -?fr Page 2 of 4 ! (,) : Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date (0 ~!b$ Time [= h urS Unit l Lower Con /
/
tainment sample valve status Open Upper Containment sample valve status Closed Open Closed
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. Lower Containment Total Gas, RM-90-106B, cpm 8000
- 3. 16,000 Lower Containment Iodine, Rt!-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-112, cpm ' "
- 5. Upper Containment Total Gas, RM-90-112B, cpm 7600
- 6. Upper Containment Iodine, RM-90-112C, cpm
/5o0c
- 7. 3000 Shield Building Vent Particulate, RM-90-100A, cpm 2o0
- 8. Shield Building Vent Total Gas, RM-90-1108, cpm
- 9. Shield Building Vent Iodine, RM-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, epm 12.
80 O, Auxiliary Building Vent Iodine, RM-90-101C, cpm /0
- 13. Steam Generator Blowdown, RM-90-120A, cpm C/ 14. 5000 .
Steam Generator Blowdown, RM-90-121A, cpm
- 15. 4000 Condenser RM-90-99, cpmVacuum Pump Air Exhaust, Low Range,I
- 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm
- 17. ERCW Discharge Header A, RM-90-133A, cpm YSO
- 18. ERCW Discharge Header A, RM-90-140A, cpm Boo
- 19. ERCW Discharge IIeader B, Rti-90-134A, cpm _ / 5'c o
- 20. ERCW Discharge Ifeader H, RM-90-141A, cpm / p e_g__
_ $_pp Remarks: Data By:
/ ,/ \
Q,/
. m .-
m . SQN-REP-IPD 1
'" ) SQN, IP-6 A Page 3 of 4 Rev. 10 Attachment 2b .
. . _ .,, , POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N![O !88' Time N 4 hr5 Unit [
1 *. Uppe/r Con / tainment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr
- 3. 0 Lower Containment.High Range (inside polar crane wall, between -
SG's #2 and #3), Elev. 715, RM-90-273, R/hr 4. Lower Containment High Range (inside polar crane wall, between 8 SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch,
- 6. 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr .V. < 0,/
Shield Building Vent High Range (below CCS C-S pump transfer switch, y
- 7. 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr F < /0 Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr
- 8. /0 Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr
(-) 9. Reactor Building Floor and Equipment Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr 11. RHR Pump Room A-A low Range, Elev. 653, RM-90-290, mR/hr
/6 12.
RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr /0_
- 13. y < 103 14.
RRR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~ RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr 1 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 & < //)J Turbine Building, RM-90-255, mR/hr 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 i
~
< 0s /
Turbine Building, RM-90-256, mR/hr
)f* ( /03 Remarks:
NOTB 4 utpiums miAtimon aws ripiea7ost Data by: m /
- w
, e- ,, - e - , - - - -- . ~
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 p) Rev. 10 Attachment 2 , UNIT STATUS UPDATE l Da t e__ A,/6 3 Time Y dr 5. /om.W Unit /
// /
- 1. Condensate Storage Tank Level, ft. A_._15_ /C B_ AE
- 2. (LI-2-230A) (LI-2-233,A)
Steam Generator Heat Sink Condenser Atmosphere A
- 3. Auxiliary Feedwater Flow Available i
- 4. Steam Generator Level (narrow range), % 1 Yes J No '
.t 9 3/ 2 3 C~ 4 3d
- 5. ILT-3-39) (LI-3-52J TLF3-94J TLT-3-107)
Steam Generator Level (wide range) %1 10 2 TCT-343)8 0 3 /c 4 -
~(U-3 '95) 80
- 6. Steam Generator Pressure, psig 7.
j p C_ J 2TPI-1-9Al l (PI-1-2A ({O.5 3 ~(PI-1-20A) 55_ 4 Sy (F1-1-2 rCC Source Range, cps N31 A/_O N32 A/c
- 8. TRI-92-5661B) ,, (XI-92-5002B) a Intermediate Range, ma N35 /p ' N36 /0~
- 9. (EI-92-5003B) (EI-92-50lTEE)
Pressurizer Level, % O O (LI-6TS-335 ) TIT H-325) C/900
- 10. Pressurizer Pressure, psig Wide Range $_po Narrow Range CFF-SCtP4 /e4 TF1-632342A) {PI-68-340AJ
( 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig $O0 TPR-68-66)
- 12. Reactor Coolant System T Hot (wide range) F 1 400 2 9/O 3~~~176 4 I//O y (TR-6Fi) Tn-68-43)
- 13. Reactor Coolant System TCold (wide r age) F I M 3 2 3 (TR- G18)A Q 3 3(9'd (TR-lI8-00) 4 3E
- 14. Reactor Coolant Pumps running
- 15. Emergency Core Cooling System Status l_ A / o _ 2 A /O 3 A/a 4__ go_
- 16. RWST Level, % StandbyI4pinjectiong Recirculation yng g,yy,
- 17. Containment Sump Level, %
d (L1-63-1767
- 18. Containment Spray Flow, gpm O B-B
- 19. Containment Pressure, psid A-A [ FI-72-13) _
2-347 _h) . /5 _. /'.1,_ (Pl-30-44) _(PI-30-45)
- 20. Incote Thermocouples, F /O V/O 1~~(60) t/O_ 2~~~y(54 ~
3 4 905
.........____.............__.........T......................_____..._____
- ~ {44)~ (~4TJ REMARKS:
U[ - D.ita by: /
.- \
SQN-REP-IPD SQN,'IP-6
' ?t- Page 2 of 4 l
/ 'i Rev. 10 O Attachment 2A PROCESS RADIATION MONITOR UPDATE l
\
Date 1![0 !88 Time [= 44rs /d-,1# Unit / Lower ' Containment sample valve status Open Closed Upper Containment sample valve status Open Closed
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. Lower Containment Total Gas, RM-90-106B, cpm
![o00
- 3. /6,000 Lower Containment Iodine, al-90-106C, cpm / 00 0
- 4. Upper Containment Particulate, RM-90-112, cpm '
- 5. 74f00 Upper Containment Total Gas, RM-90-Il28, cpm / 5 coo
- 6. Upper Containment Iodine, RM-90-112C, cpm
- 7. 3000 8.
Shield Building Vent Particulate, RM-90-100A, cpm 200 Shield Building Vent Total Gas, RM-90-Il0B, cpm !RO
- 9. Shield Building Vent Iodine, RM-90-100C, cpm
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm 1 52)
- 11. Auxiliary Building Vent Total Gas, RM-90-101B, cpm j
- 12. 2Io 13.
Auxiliary Building Vent Iodine, RM-90-101C, cpm /0 Steam Generator Blowdown, RM-90-120A, cpm f~l 's / 14. Steam Generator Blowdown, RM-90-121A, cpm 5000 4tooq9
- 15. Condenser Vacuum Pump Air Exhaust, Low Range, RM-90-99, cpm i
- 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm
- 17. ERCW Discharge Header A, RM-90-133A, cpm YSO
- 18. ERCW Discharge Header A, RM-90-140A, cpm JhD0
- 19. ERCW Discharge !!eader B, RM-90-134A, cpm _
- < /lfeg}___
- 20. - ERCW Discharge lleader B, RM-90-141A, cpm f f(log oD _
Remarks: 6 4 Data By:
- j O -
-10' .
--r- -- +- P' Ye-M -w- T 1
SQN-REP-IED ; ,s SQN, IP-6 (j A Page 3 of 4 i Rev. 10 Attachment 2h , POST ACCIDENT AREA RADIATION MONITOR UPDATE Date _N b
/
[ Time 7-::: T4rs . /0 ,/v Unit [ 1'. Uppe/ r Contaidment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr ,
- 4. /#Cf 40 $ wc1
- Lower Containment High Range (inside polar crane wall, between -'
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr 4- < 0, /
- 6. Shield Building Vent High Range (below CCS C-S pump transfer swttch 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr y
- 7. F < /0 Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank' Pump Discharge (on sheild wall, ,
Elev. 690 pipe chase), RM-90-276, mR/hr A0 O 9.. V, Reactor Building Floor and Equipment Drain Sump Pump , Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr ,
- 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr /0_
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr 1
~
< 103
- 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr f
- 15. Condenser Vacuum Pump Air Exhaust low Range, Elev. 732 .M. < //14 Turbine Building, RM-90-255, mR/hr- t
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732
< 0s /
Turbine Building, RM-90-256, mR/hr JF (/03 Remarks:
~
Data by:
/
O .
, -Il-
SQN-REP-IPD SQN, IP-6 (~ ; K Page 1 of 4 L) Rev. 10 Attachment 2 , UNIT STATUS UPDATE Date. A 6 5 Time 4 4r 3. /E m Av, Unit /
- 1. Condensate Storage Tank Level, f t. A A5' B AE'
- 2. (L1-2-2'30A) (LI-2-237AT Steam Generator Heat Sink 3.
Condenser Auxiliary Feedwater Flow Available Yes X Atmosphere No
)(
- 4. Steam Generator Level (narrow range), % 1 alg 2 J. I 3 0 4 el 9
- 5. (L1-3-39) (L1-3-52) [LT 3-94) (LI-3-107)
Steam Generator Level (wide range) %1 SO 2 PC.3 E 4 8C
- 6. (LI-3-43) (LI-3-98)
Steam Generator Pressure, psig 1 390 2 3 90 3 ^ SC 4385
- 7. Source Range, cps (PI-1-2A) TPI-1-9A7 (PI-1-20A) [li 27A) l N31__ 4.to N32_ el/0
- 8. Intermediate Range, ma (XI-92-5001B)
N35 /c ~ ,, (XI-92-50028) N36
., ,f
/0
- 9. (EI-92-50038) (EI-92-50048)
Pressurizer Level, % (L108-335) C C (LI-68-320)
- 10. Pressurizer Pressure, psig. Wide Range J. S'O Narrow Rarige T / 7dd (PI-68-342A) (PI-68-340A)
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig .),g(
D) / TPR-66-bb)
- 12. Reactor Coolant System THot (wide range) F 1 V O C 2J oo 3 Jg_g(TR-68-43)#/05 4
- 13. Reactor Coolant System T 'TTR-68-IT--
Cold I"Id* # "8") I. 2W 4
- 14. Reactor Coolant Pumps running (TR-68-18)_3_)_$o(TR-68
- 15. Emergency Core Cooling System Status 1 A/o,_
Standi>y /spp2___/f/p_ Inj ection 3_A/o_ 4fp
- 16. RWST Level, % Recirculation O 'TET'p TLTo3'T67~ 03-51)
- 17. Containment Sump Level, % C (LI-63-176)
- 18. Containment Spray Flow, gpm A-A Q B-B Q.
(FI-72-13) FI-72-34)
- 19. Containment Pressure, psid . /.5 .ir
- 20. Incore Thermocouples, F
_ff)I-30-44T~ (P Tor(5)- I J /p 2 4//C 3 d//O 4 2/05_ (60 (44)-~~
.____..___________.___.__.__)________(54T ~ (~4 i)
REMARKS: _.......____._____..____...__....___ .. F v Data by: / _g.
SQN-REP-IPD SQN,'IP-6
?t- Page 2 of 4 f -~g Rev. 10 L.)
Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1! /
!88 Time [= M. /5 ,/a UnR /
Lower Con / tainment sample valve status Open Closed Upper Containment sample valve status Open Closed
- 1. Lower Containment Particulate, RM-90-106A, epm
- 2. 3Co00 Lower Containment Total Gas, RM-90-106B, cpm f6,000
- 3. Lower Containment Iodine, RM-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-112, cpm '
- 5. 7ffoo Upper Containment Total Gas, RM-90-112B, cpm /brooo
- 6. Upper Containment Iodine, RM-90-112C, cpm
- 7. 3000 Shield ' Building Vent Pa rticulate, RM-90-100A, cpm 200
- 8. Shield Building Vent Total Gas, RM-90-110B, cpm
- 9. Shield Building Vent Iodine, RM-90-100C, cpm fio
/n
- 10. Auxiliary Building Vent Particulate, RM-90-101A, cpm-
- 11. Auxiliary Building Vent Total Gas, 15i?
RM-90-101B, cpm j /IO
- 12. Auxiliary Building Vent Iodine, RM-90-101C, cpm /0
- 13. Steam Generator Blowdown, RM-90-120A, cpm -
5000 (~T 14. Steam Generator Blowdown, RM-90-121A, cpm K- I 15. Condenser Vacuum Pump Air Exhaust, Low Range, 4000 - RM-90-99, epm
- 16. Condenser Vacuum Pump Air Exhaust, High Range, I
Jo
.RM-90-119, cpm
- 17. ERCW Discharge Header A, RM-90-133A, cpm ISO
- 18. ERCW Discharge Header A, RM-90-140A, cpm Jfoo
- 19. ERCW Discharge licader B, RM-90-134A, cpm _ /1Fcg>
- 20. ERCW Discharge Ifeader B, RM-90-141A, cpm ___ / # 00
____ _ 6f o D Remarks: Data By: .
/
d- 'w.) - s
,_s
l
.g .
~.
SQN-REP-IPD O + SQN, IP-6 ease 3 of 4 Rev. 10 A+.tachment 2b POST ACCIDENT AREA RADIATION MONITOR UPDATE _Date M![O !88' Time N 4 h. /I.,,W Unit [
/
1'. Uppe/ Elev.r 785, Containment HighR/hr RM-90-271, Range (top of SG#2 and #3 enclosure),
- 2. O Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr
- 3. 0 Lower Containment High Range (inside polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr , 4. Lower Containment High Range (inside polar crane wall, between/#(I 40$ wc1 ' SG's #1 and #4), elev. 715, RM-90-274, R/hr
- 5. Shield Building Vent Low Ran 6 6900 V shutdown board room),ge elev. (below CCS C-S mR/hr 734, RM-90-260, pump transfer switch,
- 6. .y- < d./
Shield Building Vent High Range (below CCS C-S pump transfer switch, y
- 7. 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr ya < /0 Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr
- 8. /0 Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr p/
x. 9.. Reactor Building Floor and Equipment Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
-11.
RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0-
~13.
RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 1 < /03 14. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~ f
- 15. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr .y. < //)$
Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 1- < Os/ Turbine Building, RM-90-256, mR/hr M (/0 e*me Remarks: e e e e e e e e e e e s.e e e e e e e e e e e e e e e e e e. e e e en e e an e e e 2 9 , Ab '9
** ,dfW g Data by:
A
~
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. e}}e
,,,--w- r -' '
- Y
~
SQN-REP-IPD SQN, IP-6 p;. Page 1 of 4 r3 Rev. 10 V Attachment 2 . UNIT STATUS UPDATE Date__X)dl95 r ! Time 4 hr$. AC mEp. Unit /
- 1. Condensate Storage Tank Level, f t. #
A d5 B ,[5
- 2. ~(LI-2-230A) (LI-2-23TA'T Steam Generator He'at Sink Condenser Atmosphere g
- 3. Auxiliary Feedwater Flow Available 4.
Yes X No Steam Generator Level (narrow range), % 1 j 2 A *)__ 3 _p 4 Jt8
- 5. Steam Generator Level (wide range) 1-3-39T2 (L1-3-52T {El-3-94) (LI-3-107)
%1 79 793NK 4___ 8 0
'(LI-3-43)
- 6. Steam Generator Pressure, psig TET-3-98) 1_,3fq 23g 3 ^*fC_ 4_32C
- 7. Source Range, cps N31 (F1 2A) TPI-1-9AT (PI-1-20A) _(PI-1-27A)
/Q N32 A /d- .
- 8. Intermediate Range, ma X 5001B)
N35 /p d (XI-92-50578)# N36 /O ~
- 9. (EI-92-5003B) (EI-92-50048)
Pressurizer Level, % d O (LI-68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig- Wide Range AQO Narrow Range < /700 TP1-b8-34EG [PI-68-340A)
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig
]U 12. Reactor Coolant System TH ' (wide range) F 1
'(A 60 PR-68-74jC9 39o2 3o3 2 EJ 4 3 95 (TR-6F1)p~ ~ ]70s-68-43)
- 13. Reactor Coolant System TCold (wide range) F l y _p ,
2 J f 5_ 3 '*J. 4345
- 14. Reactor Coolant Pumps running 1 A/, 02 A/oTIR-o8-18)/o FR-68-60)_
- 15. Emergency Core Cooling System Status 3 4 4
- 16. RWST Level, % Standby h pinjection/ g g* Recirculation TA#ct4
- 17. Containment Sump Level, % O (LI-63-176T
- 18. Containment Spray Flow, gpm A-A []
FI-72-13) B-B J
- 19. Containment Pressure, psid . /(p PI-30-44T (f){FI-72-34)
. //s (PI-30-4~5T
- 20. Incore Thert..ocouples, F l_,y,pg_ 2_315 (60)
..____._____________________________________.______(57.) _ 3 _ (o oY)4(7.'/od_
4/. f') REMARKS: __.__...____....___________..____..____ a Data by: / _g.
.c SQN-REP-IPD t
SQN,'IP-6 A- Page 2 of 4 Rev. 10 Q.) Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1 88 Time [:: N n. 10 O Unit [ Lower. Con /
/
tainment sample valve status Open Upper Containment sample valve status Closed Open Closed 1.
- 2. Lower Containment Particulate, RM-90-106A, cpm 8000 3.
Lower Containment Total Gas, RM-90-106B, cpm /4 000 Lower Containment Iodine, RM-90-106C, cpm ,
- 4. /, 00 0
- 5. Upper Containment Particulate, RM-90-Il2, cpm '
7 600 6. Upper Containment Total Gas, RM-90-Il2B, cpm 15 c oo Upper Containment Iodine, RM-90-112C, cpa ,{ o o o 7.
- 8. Shield Building Vent Particulate, Rt!-90-100A, cpm loo
- 9. Shield Building Vent Total Gas, RM-90-1108, cpm 50 10.
Shield Building Vent Iodine, RM-90-100C, cpm /n Auxiliary Building Vent Particulate, RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm i 12.
Auxiliary Building Vent Iodine, RM-90-101C, cpm 80
- 13. /0 Steam Generator Blowdown, Rti-90-120A, cpm (n,) - 14. Steam Generator Blowdown, RM-90-121A, cpm 5000 .
-15.
Condenser Vacuum Pump Air Exhaust, Low Range, 4000 RM-90-99, cpm i 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-Il9, cpm 17. ERCW Discharge Header A, RM-90-133A, cpm MSO 18. ERCW Discharge Header A, RM-90-140A, cpm Boo
- 19. / goo ERCW Discharge lleader B, RM-90-134A, cpm _ , _ _ _ , _
- 20. ERCW Discharge Ifeader II, RM-90-141A, cpm ~~~ / CO/)
,, 600 Remarks: %
b Data By: e
/
a g
- (l '
SQN-REP-1PD SQN, IP-6 (J
' A Page 3 of 4 Rev. 10 Attachment 2h .
~ ' ~
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N Time [== Y $rs. 2Om,b Unit
/
I '. Uppe/ r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0 3. Lower Containment High Range (inside polar crane wall, between , SG's #2 and #3), Elev. 715, RM-90-273, R/hr ,
- 4. Lower Containment High Range (inside polar crane wall, between / # C l 47 0 5 4" c1 ~
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6. 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr Shield Building Vent High Range (below CCS C-S pump transfer switch, g
.V- < d./
6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr V- < /0
- 7. Reactor. Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr AO A 9.,
Reactor Building Floor and Equipment Drain Sump Pump V Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
' 1 1. /6 RHR Pump Room A-A low Range, Elev. 653, RM-90-290, mR/hr /0
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr
- 13. y- < 103 RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~
f
.14 .
RHR Pump Room B-B High Range, Elev 653, RM-90-293, mR/hr 1- < //)$
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr i < 0s/
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 ~
Turbine Building, RM-90-256, mR/hr k ( /83 Remarks: NoQ 4 istpicerus miAtimu+,ag7eg isipic+77 art
. ~
Data by:
/
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% ~ - , , ,y,w- .m -w -s n- - ,-- - - y - - -
-r - .- w-
SQN-REP-IPD SQN, IP-6 _fc. Page 1 of 4
,- -) Rev. 10
() Attachment 2 , UNIT STATils UPDATE Date d d>/ 95 Time 4 A r s, . 3o m e unit /
- 1. Condensate Storage Tank Level, ft. A A5' B J. E '
- 2. (LI-2-230A) (LI-2-23LA)
Steam Generator Heat Sink Condenser Atmosphere 4
- 3. Auxiliary Feedwater Flow Available Yes y No 4.
Steam Generator Level (narrow range), A G_ 3 _ O-(L1-3-39% I J K ) 2 4 A ,5_
- 5. Steam Generator Level (wide range) ((1-3-52J _(LI-3 R J (LI-3-107)
%1 79 2 ffC 3 $ 4 8C
- 6. ~(LI-3 W3] TCT-3-98)
Steam Generator Pressure, psig 0 2
- 7. Source Range, cps 1 3(PI 25T {FI-1-9A)1 (PI-1-20A9 C~ 3 ev I O_)4 _.
(PI-l-27A
/O N32 A /C .
8. N31 A(XI-92-5001B) (XI-92-50028) Intermediate Range, ma N35 _ _/o - # N36 /0 '"##
- 9. (EI-92-5003B) (El-92-3iF0TB)
Pressurizer Level, % O O (LI-68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig- Wide Range /50 Narrow Range 'C /768 (PI-68-342A) (PI-68-340A)
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig /56 Q'
v TVR-66
- 12. Reactor Coolant System THot (wide range) F 12 3go % 69 (TR-6Fi)3 90 3 J~70 4 3 Td
^
- 13. Reactor Coolant System T (fli-6f-GT~
2 3s,O 3 Cold (wide r nge) F 1](,C(TR-65-18F _3JJC4Jf1
- 14. Reactor Coolant Pumps running TfR-68-60) 1 A/o_ 2 A/o 3_sQ 4 A_
15.RWST
- 16. Emergency Level, %Core Cooling System Status S tandby7ep i nj ec t iontwReci rcula t ionAejc : o L 50) (LI-63-51)
- 17. Containment Sump Level, % C (LI-63-176J
- 18. Containment Spray Flow, gpm A-A C B-B C
- 19. Containment Pressure, psid
(+PI-30-44) (FI-12-13)
./6 d./.)(FI-72-34)
. /f,
- 20. Incore Thermocouples, F (PI-30-45) l_ _ 2,__3 _3 $_4_3 HEMARKS:
/ \'
l).ita by: /
~
SQN-REP-IPD SQN,'IP-6
?t- Page 2 of 4 X \ ,)
Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1 h 88 Time [:c Y S G. 3 0-.',' unit /
. /
Lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed 1. Lower Containment Particulate, RM-90-106A, cpm 2(o00
- 2. Lower Containment Total Gas, RM-90-106B, cpm
- 3. /6,000 Lower Containment Iodine, RM-90-106C, cpm /, 00 0 4.
5. Upper Containment Particulate, RM-90-112, cpm ' Upper Containment Total Gas, RM-90-1128, cpm 7!Too 6. Upper Containment Iodine, RM-90-112C, cpm / sr oco
- 7. 3 000
- 8. Shield Building Vent Particulate, RM-90-100A, cpm 2co
- 9. Shield Building Vent Total Gas, RM-90-110B, cpm fRD 10.
Shield Building Vent Iodine, RM-90-100C, cpm Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. 1 5tp Auxiliary Building Vent Total Gas, RM-90-101B, cpm 12.
Auxiliary Building Vent Iol dine, RM-90-101C, cpm 2Io
- 13. /0 Steam Generator Blowdown, RM-90-120A, cpm r'}
(_s 14. 15. Steam Generator Blowdown, RM-90-121A, cpm 5000 4000 Condenser Vacuum Pump. Air Exhaust, Low Range, RM-90-99, cpm i 16. Condenser Vacuum Punp Air Exhaust, High Range, 30 RM-90-119, cpm 17. ERCW Discharge Header A,. RM-90-133A, cpm 4IS'O
- 18. #co___
ERCW Discharge Meader A, RM-90-140A, cpm
- 19. /!Teg?
ERCW Discharge lleader B, RM-90-134A, cpm
-20. ERCW Discharge Ifeader B, RM-90-141A, cpm __ / 4 00 _
_JJ O 4
. Remarks:
Data By: _ __ / (-m .
SQN-REP-IPD p SQN, IP-6 Q A Page 3 of 4 Rev. 10 Attachment 2b .
~~
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date S b h5 Time T== & .3 0 ~ h Unit f l '. Uppe/r Con / tainment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr
- 3. O Lower Containment High Range (inside polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr ,
/#CI40$wot ,
4. Lower Containment High Range (inside polar crane wall, between ' SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6. 6900 V shutdown board room), elev. 734, PJ1-90-260, mR/hr .Y- < 0, / 7. Shield Building 6900 V shutdown boardVent room), High Range Elev. 734, (below RM-90-261, mR/hrCCS V-C-S pump transfe Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr 9., - Reactor Building Floor and Equipment Drain Sump Pump AO (VN Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0-RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 1.- < 103 13.
RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr i
- 14. f 15.
RilR Pump Room B-B High Range, Elev 653, RM-90-293, mR/hr < //)$ 1-Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 ' . Turbine Building, RM-90-255, mR/hr' 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732
.)F < 0s /
Turbine' Building, RM-90-256, mR/hr
)f* ( /d Remarks:
Data by':
/
O V
.ll.
k
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 g Rev. 10 v-Attachment 2 . UNIT STATUS UPDATE Date_al,/d.,/SE - Time N /)r , 4/ 5 4 Unit
. /
- 1. Condensate Storage Tank Level, ft. A d5' B_A V ' 6
- 2. (LI-2-230A) (LI-2-233A)
Steam Generator Heat Sink Condenser
- 3. Auxiliary Feedwater Flow Available Yes y Atmosphere /
- 4. No Steam Generator Level (narrow range), % 1 J 1' 2 3A 3 0 4 33
- 5. Steam Generator Level (wide range) [Ll-3-39)
C (LI-3-52) (LI-3-94) (LI-3-107)
% l__ 2 0 79 3 0 4_ SC 2
- 6. Steam Generator Pressure, psig (LI-3-98) 1 38()(LI-3-432 - 3 +8tl) 4 36o
- 7. Source Range, cps N31 TPI-1-2A) 1-1-9XT (PI-1-20A) (PI-1-27A)
A/O N32 A /Q
- 8. TR_I-92-5001B),, (XI-92-5002B)
Intermediate Range, ma N35 N36 /p ~ ,f 9. TET/0 ~ 92 5003B) (El-92-RiifB) Pressurizer Level, % C C (LI-68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range N Narrow Range < /70d IPT-@/'OO-j42X}
(PI-68-340A)
- 11. Reactor Coolant Loop 4 Hot Leg Pressure., psig m /00 (A) 1PR-68'^667
- 12. Reactor Coolant System Tg ,( (wide range-) F 1 3 RC 2~
(TR-68_3)2 g 3 ]TT'R-68-~43 1
/f o 4 3f(C
)
- 13. Reactor Coolant System TCold (wide r'ange) F l_34Q _ 2 3 5,Qf 3)'/O
- 14. Reactor Coolant Pumps running TTR-f8- 18) CfR-G]-6)43
- 15. Emergency Core Cooling System Status 1 8g _ 2._A/o _, 3 _ A/o , 4 fo_
- 16. RWST Level, % S ta ndby gg,[l uj ec t ionyjvpjeRec t reu la t ion IA/o/*
$ C _
TEI-o3-50) (LI-63-51)
- 17. Containment Sump Level, % C (LI-63-lH7
- 18. Containment Spray. Flow, gpm A-A C B-B Q
- 19. Containment Pressure, psid (F1-72-34) b(FI-72-13) e/6 (f)~./f, (P 4T7~ (PI 30-45)
- 20. Incore Thermocouples, F 1
__ 2 3_3 , 4j REMARKS: futa lay: /
-9
f .
~
SQN-REP-IPD SQN,'IP-6
?t- Page 2 of 4 Rev. 10 k
Attachment 2A PROCESS RADIATION MONITOR UPDATE i Date $ lh$ Time T=- %<. its~.- unit I Lower ' Containment sample valve status Open 11pper Containment sample valve status Closed Open Closed 1. Lower Containment Particulate, RM-90-106A, cpm 8000
- 2. Lower Containment Total Gas, RM-90-106B, cpm
- 3. fd,000 Lower Containment Iodine, RM-90-106C, epm
- 4. Upper Containment Particulate, RM-90-Il2, cpm /. ooo
- 5. Upper Containment Total Gas, RM-90-Il2B, cpm ' 7600
- 6. Upper Containment Iodine, RM-90-112C, cpm /5 coo _
- 7. 3000 Shield Building Vent Particulate, Rti-90-100A, cpm
- 8. Shield 2co Building Vent Total Gas, RM-90-1108, cpm
- 9. Shield Building Vent Iodine, RM-90-1000, cpm 50
- 10. Auxiliary Building Vent Particulate, /o RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm 12.
i Auxiliary Building Vent Iodine, RM-90-101C, cpm 80
- 13. /0 Steam Generator Blowdown, RM-90-120A, cpm n 14. Steam Generator Blowdown, RM-90-121A, cpm 5000 .
C/ 15. Condenser Vacuum Pump Air Exhaust, Low Range, 40o0 RM-90-99, cpm i 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm
- 17. ERCW Discharge Header A, Rtt-90-133A, cpm YSO 18.
ERCW Discharge lleader A, RM-90-140A, cpm B00
- 19. ERCW Discharge Header B, R!t-90-134A, cpm _ _ _ _ _ / 5pp_,_
- 20. ERCW Discharge Header 8, RM-90-141A, cpm _,, , __ _10 00 goo O
Remarks: Data By: .
/
v I _ L
SQN-REP-IPD SQN, IP-6 ' '~' (-s) A Page 3 of 4 Rev. 10 ' Attachment 2h POST ACCIDENT AREA RADIATION HONITOR UPDATE Date A //o /B5' Time L % vs u unit / 1 '. Uppe/r Con / tainment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure).
Elev. 785, RM-90-272, R/hr
- 3. 0 Lower Containment High Range (incide polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr ,
- 4. Lower Containment High Range (inside polar crane wall, between /#Cf 405 mc4" SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, n.R/hr 4- < d. /
- 6. Shield Building Vent High Range (below CCS C-S pump transfer switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr F < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall,
.Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank ' Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr AO p) u 9.. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr 10.
; AO Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A low Range, Elev. 653, RM-90-290, mR/hr
/8
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr /0
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr y < 10 3
- 14. RHR Pump Room B-B Ifigh Range, Elev. 653, RM-90-293, mR/hr y
(
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 < IoS Turbine Building, RM-90-255, mR/hr i < Oi /
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 ~
Turbine Building, RM-90-256, mR/hr M ( /d Rcmarks: , NOTB 4 moiwns miaimmen wpicmog Data by:
/
O V
.l1 .
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 r3 Rev. 10 LJ Attachment 2 . UNIT STATUS UPDATE Date l ,/ 6 ,h 5-Time J hr3. Unit [
- 1. Condensate S.1 rage Tank Level, ft. #
~',# M6 Ay( L1- i-(230A)
- 2. Steam Generator Heat Sink Condenser B_(LI-2-233Al
- 3. Auxiliary Feedwater Flow Available Atmosphere g
- 4. Steam Generator Level (narrow range), % 1 Yes ~~ X No 3o 2 33 3 Q 4 3(
- 5. [CLf;)O-39) (LI-3-MT (LI-3-94) (LI-3-107)
Steam Generator Level (wide range) %1 N 2 'J 9 3 O 4 9C
- 6. Steam Generator Pressure, psig (LI-3-43) (L1-3-96) 1 310 2 2 ago 3 ~/o 4 .3 so N32 TF1-1
_ d/C2% (PI-1-VXT (PI-1-20A) (P1-1-27A)
- 7. Source Range, cps N31 A /C
- 8. Intermediate Range, ma (XI-92-5001B)
N35 g (XI-92-50028) g LO ~ N36 /d
- 9. (EI-92-50038) (El-92-5W4~B)
Pressurizer Level, % Q d (L1-08-335) (LI-68-320)
- 10. Pressurizer Pressure, psig- Wide Rahge N /00 ~ Narrow Range E 000 (PI-68-Y4YXT (PI-68-340A)
(7 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig N /OO U' ( PR-68-titiT
- 12. Reactor Coolant System Tggf.(widerange)9F1_310- 2J (Tli-68-1)2 3 3 J (ffi-6R-43)
J O 4 JLC
- 13. Reactor Coolant System TCold (wide range) F l_3 5 0 2350 TTR-if8-18) _ 3_Jyo 4JyS__
(TR-68-b6)
- 14. Reactor Coolant Pumps running l #gp_ 2 A _ 3 s44, 4 A/clp
- 15. Emergency Core Cooling System Status
- 16. RWST Level, % C S tandby ggep i nj ect i on ImajoReci rcuHt ionIAmp C
(LI-63-50) (LI-63-51)
- 17. Containment Sump Level, %
__(LI-63-17
- 18. Containment Spray Flow, gpm A-A B-B O (f(FI-72-13) '7)(./(, F1 72-34)
- 19. Containment Pressure, psid
- 20. Incore Thermocouples, F
~{I)f./G I!30-4T t FI 1
3g_T~2_3 g.__30'-45)-
................__.........___........................_......g4 3_J 3 _
RE.'! ARKS : ...._......................_ O f Data by:
+
9
/
SQN-REP-IPD SQN,'IP-6 9t- Page 2 of 4 7-s Rev. 10 V) Attachment 2A PROCESS RADIATION HONITOR UPDATE Date !(o !b$ Time T= 5 hr. U$it l Lower Con /
/
tainment sample valve status Open Upper Containment sample valve status Closed Open - Closed
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. 2[o00 Lower Containment Total Gas, RM-90-106B, cpm /6,000
- 3. Lower Containment Iodine, RM-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-Il2, cpm '
- 5. 7?foo Upper Containment Total Gas, RM-90-Il2B, cpm / 3r o oo
- 6. Upper Containment Iodine, RM-90-112C, cpm
- 7. J_ c o o Shield Building Vent Particulate, RM-90-100A, cpm 2 ogs
- 8. Shield Building Vent Total Gas, RM-90-1108, cpm
- 9. Shield Building Vent Iodine, RM-90-100C, cpm !%D
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm 1 5tp
- 11. Auxiliary Duilding Vent Total Gas, RM-90-101B, cpm j jfo
- 12. Auxiliary Building Vent Iodine, RM-90-101C, cpm
- 13. /0 Steam Generator Blowdown, RM-90-120A, cpm
. ('g 14. Steam Generator Blowdown, RM-90-121A, cpm 5000 . s- ' 15. Condenser Vacuum Pump Air Exhaust, Low Range, 4000 RM-90-99, cpm i
- 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm
- 17. ERCW Discharge Header A, Rtt-90-133A, cpm f50
- 18. ERCW Discharge Header A, RM-90-}40A, cpm Boo
- 19. ERCW Discharge Ifcader B, RM-90-134A, cpm _, /5op
- 20. ERCW Discharge lleader 8, Rf!-90-141A, cpm ~~ _/_0 00 1 -
_ 600 Remarks: D Data By: .
/
e 6
-10'
~
SQN-REP-IPD m f SQN, IP-6
')
' ' ' A Page 3 of 4 Rev. 10 Attachment 2b .
~
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N!b !8[ Time N Mr. Unh [ l '.
- Upper Containment High Range (top of SG#2 and #3 enclosure),
Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr
- 3. 0 Lower Containment High Range (inside SG's #2 and #3), Elev. 715, RM-90-273, R/hr polar crane wall, between , ,
- 4. Lower Containment High Range (inside polar crane wall, between _ /#ct 40 5 mc4' SG's #1 and #4), elev. 715, RM-90-274, R/hr $~
5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, n. 6900 V shutdown board room), elev. 734, Rt!-90-260, mR/hr 4- < 0. / Shield Building Vent High Range (below CCS C-S pump transfer switch, g 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr < /0
- 7. V-Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank' Pump Discharge (on sheild wall, Elev. 690 pipe chase), Rt!-90-276, mR/hr *
,fq 9.. Reactor Building Floor and Equipment Drain Sump Pump AO V Discharge, (on shie'd wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, Rt!-90-290, mR/hr
/6
- 12. /0-RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 1 < 10 3 13.
RHR Pump Room B-B Low Range, Elev. 653, Rt!-90-292, mR/hr ~ f 14. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mH/hr y
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 < //)J Turbine Building, RM-90-255, mR/hr
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 i
~
< Oi/
Turbine Building, Rt!-90-256, mR/hr k ( /03 Rcmarks: Nolli
# laptwus awanin yamg tapicfnod Data by:
/
iO v
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 (~N Rev. 10 V Attachment 2 . UNIT STATUS UPDATE Dated b Time $ 4r-s , 3 Q _ Q Unit /_
- 1. Condensate Storage Tank Level, ft. A_ AV #
B AY #
.2. (LI-2-230A) (LI-2-233A)
Steam Generator Heat Sink Condenser Atmosphere X
- 3. Auxiliary Feedwater Flow Available Yes y No 4 Steam Generator Level (narrow range), % 1 / 2__33 3 o - 4 3_1 L 39) (LI-3-52) TLT 3 947 (LI-3-107)
- 5. Steam Generator Level (vide range) %1 ')' 9 2 o 3 ^* 6 4 80 TLT 6. Steam Generator Pressure, psig 1 3S52 ago 3 ~AoTLT-3-98) 4 o
- 7. Source Range, cps N31 TF1-1-2AT IF1-t-9AT (PI-1-20A) 1-1-27A) 2 /Q N32 A/C~
- 8. Intermediate Range, ma TXTN35 __
72-SiTolB) fo - d TKl-92-50D2f1) N36 /0 ~ ,,
- 9. Pressurizer Level, % O A d TIT!68-335) (LI-68-320)
- 10. Pressurizer Pressure, psig- Wide Range N? Narrow Range K / 74C (PI-68 g347AT
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig (PI-68-340A) f N */
k 12. Reactor Coolant System T (PR-68 66 J) Hot (wide range-)*F 1]M 2 3)'p_y_ 3J7 70 (TH-68-1 4 3?5 TR-68-43)
- 13. Reactor Coolant System TCold (wide range) F 13_5.0 2 a TTR-@lypj
-18) 3_]ay g 4 3 fo (TR-68-IOT--
- 14. Reactor Coolant Pumps running 1 Ma 2 A/a 3_s4(y_
- 15. Emergency Core Cooling System Status I 4 &
, 16. RWST Level, % f7 Standbyhp ( njectiortf;9 RecirculationJg-(LI-o3-50) 3-51)
- 17. Containment Sump Level, % C (LI-63-176)
- 18. Containment Spray Flow, gpm A-A B-B C 72-13) 1-72 %
- 19. Containment Pressure, psid ./$ (18- e/6
>1-30-447- 7PT-Id74~5T
- 20. Incore Thermocouples, F l_,3 2_3 _3J _4 RE!! ARKS:
e
- Data by: _ /
9 u_
e
, J SQN-REP-IPD SQN,'IP-6 ft- Page 2 of 4
,m > Rev. 10 t kj Attachment 2A PROCESS RADIATION MONITOR UPDATE
-Date 1! /
!88 Time T= 5 4r. 3o~/" unit /
Lower. Con / tainment sample valve status Open 11pper Containment sample valve status Closed Open Closed
-~
1. 2. Lower Containment Particulate, RM-90-106A, cpm 8000 Lower Containment Total Gas, Rtt-90-106B, cpm /4,000
- 3. Lower Containment Iodine, RM-90-106C, cpm 4 /, 00 0 Upper Containment Particulate, RM-90-112, cpm '
- 5. Upper Containment Total Gas, RM-90-112B, cpm 7600 .
- 6. Upper Containment Iodine, RM-90-112C, cpm
/gooo /
7. Shield Building Vent Particulate, RM-90-100A, cpm 3000 8. Shield Building Vent Total Gas, RM-90-Il0B, cpm 2o0 9. Shield Building Vent Iodine, RM-90-100C, cpm 50 10., Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm ,s 12.
Auxiliary Building Vent Iodine, RM-90-101C, cpm 80 13. Steam Generator Blowdown, RM-90-120A, cpm
/0 p)
( 14 15. Steam Generator Blowdown, RM-90-121A, cpm 5000 4000 Condenser Vacuum Pump Air Exhaust, low Range, RM-90-99, cpm I 16. Condenser Vacuum Pump Air Exhaust, liigh Range, 30 RM-90-Il9, cpm 17. ERCW Discharge Header A, Rtt-90-133A, cpm YSO 18. ERCW Discharge lleader A, RM-90-140A, cpm Boo 19. ERCW Discharge lleader B, R!!-90-134A, cpm ___ / 500 _ 20. ERCW Discharge lleader B, R?l-90-141A, cpm / #00 _ _ _ _ , , , , 600 Remarks: Data By: 6
/ ] .
s
- d
, , _ - - - , -- , , , . , -- ,.,.--,,r
SQN-REP-IPD p , SQN, IP-6 V A Page 3 of 4 Rev. 10 Attachment 2b - r
~~
POST ACCIDENT AREA RADIATION MON}IOR UPDATE '
. Date $ b' $ Time T== E* hr. 3 O w'</ Unit l Uppe/ /
1 '. r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 0 . 2. Upper Containment High Range (top of SG #1 and #4 enclosure), Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between , '
SG's #2 and #3), Elev. 715, Rei-90-273, R/hr /#Cl 405 meo s 4. Lower Containment High Range (inside polar crane wall, between -' V - 5. SG's #1 and .#4), elev. 715, RM-90-274, R/hr 6 Shield Building Vent low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, Rft-90-260, mR/hr 4 < 0, /
- 6. Shield Building Vent High Range (below CCS C-S pump transfer switch g 6900 V shutdown board room), Elev. 734, Rt!-90-261l mR/hr #- < /0
- 7. Reactor Coolant Drain Tank Pump Dischstge (on shield wall, ,
Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank : Pump Discharge (on sheild wall, Elev. 690 pipe chase), Rt!-90-276, mR/hr AO A 9.,
Reactor Building Floor and Equipment Drain Sump Pump 'V Discharge, (on shield wall, Elev. 690 pipe chase), s RM-90-277, mR/hr ; AO
- 10. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr /6
- 11. RHR Pump Room A-A low Range, Elev. 653, Rt!-90-290, mR/hr /0_
- 12. RHR Pump Room A-A High Range, Elev. 653, Rff-90-291, mR/hr 1 < 103
- 13. RHR Pump Room B-B Low Range, Elev. 653, Rt!-90-292, mR/hr i 14 RHR Pump Room B-B liigh Range, Elev. 653, Ref-90-293, mR/hr .y. < /of
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr .)- < 0, /
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 ~ v Turbine Building, Rt!-90-256, mR/hr )f- (ld3 Remarks: ,
. a .-
. n .
~
Data by:
/
O . 9
.g1 t
SQN-REP-IPD SQN, IP-6 K Page 1 of 4 q Rev. 10 , LJ Attachment 2 , UNIT STATUS UPDATE Date ,1,/ , -[( E Time 6 4 '- 5. Unit /
- 1. Condensate Storage Tank Levei, ft. # #
A el Y B e\
- 2. (LI-2-230A7 (L1-2-23 Steam Generator Heat Sink Condenser Atmosphere
- 3. Auxiliary Feedwater Flow Available y 4.
Yes _X t No Steam Generator Level (narrow range), % 1 3 2 35 C [Q-1-39 3 4 3/
- 5. (L1-3-5B (LI-3-94) (LI-3-107)
Steam Generator, Level (wide range) %1 % 2 78 3 O 4_ CP9
- 6. (LI-3-43) (LI-3-98)
Steam Generator Pressure, psig (C 355 3 1 2 6 -- 4 hGC
- 7. Source Range, cps N31 N32 Pl- 1-2M {I'T i-iAT (PI-1-f6A) (Pl-1-27A) ft/$_,
8. TkTA /C 92-50018) gTil-92-500fB) ,,q Intermediate Range, ma N35 /0 N36 /d
- 9. (EI-92-50038) [EI-92-50048)
Pressurizer Level, % C O~ (LI-68-335) (LI-68-T26)
- 10. Pressurizer Pressure, psig Wide Range rv 78 Narrow Range C /7 00 (P1-(Fi4M [PT689To U
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig #v L 12. Reactor Coolant System T Hot.
(wide range) F IJ- TTR-6E-O236J~ 3~~3 C Q 4 3 J6 ~
- 13. Reactor Coolant System T '(TR-6hT43)
Cold (wide range) F !_3yO(TR-68-18)_ 2 3 3 g,1_13 g 4
- 14. Reactor Coolant Pumps running (fR-F8-60)
I g o _ 2 M _ 3 _ M _ 4 s 4 fCp 15.RWST
- 16. Emergency Level, %Core Cooling System Status StandbyJ ,- injectionry RecircuTationIw f Q 3 -n3-50) (LI-63-51)
- 17. Containment Sump Level, % C"
~T[l~'63- 176)
- 18. Containment Spray Flow, gpm A-A C B-B C 2-13) -34)
- 19. Containment Pressure, psid . /5 4T
-~
(P 45)~
- 20. Incore Thermocouples, *F l_) _2 3 4_ g RErlARKS:
s e O Dat.. by: _ / 1
-9 .
.c SQN-REP-IPD SQN,'IP-6 M- Page 2 of 4 Rev. 10 bc '
Attachment 2A - PROCESS RADIATION MONITOR UPDATE Date 1(ol85 rime T= c Ar uaa I Lower 'Cor!tainment sample valve status Open Upper Containment sample valve status Closed Open Closed
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. Lower Containment Total Gas, Rfi-90-106B, cpm 8000
- 3. 16,000 Lower Containment Iodine, Rft-90-106C, cpm / 00 0 4 ,
Upper Containment Particulate, RM-90-Il2, cpm ' 7600
- 5. Upper Containment Total Gas, RM-90-Il2B, cpm
- 6. /5 coo Upper Containment Iodine, RM-90-112C, cpm 3000
- 7. Shield Building Vent Particulate, Rtl-90-100A, cpm
- 8. Shield Building Vent Total Gas, RM-90-Il08, cpm 2o0
- 9. Shield Building Vent Iodine, Rti-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, /o RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm
- 12. Auxiliary Building Vent Iol dine, RM-90-101C, cpm 80
- 13. /0 Steam Generator Blowdown, RM-90-120A, cpm p 14 Steam Generator Blowdown, RM-90-121A, cpm 5000 .
kJ 15. 4000 Condenser Vacuum Pump Air Exhaust, Low Range, Rti-90-99, cpm i 16 jo Condenser Vacuum Pump Air Exhaust, liigh Range, RM-90-Il9, cpm
- 17. ERCW Discharge Header A, Ril-90-133A, cpm YSO
- 18. ERCW Discharge lleader A, RM-90-140A, cpm Boo
- 19. ERCW Discha rge IIcailer B, R!I-90-134A, cpm _ _ _.. _fJ'po
- 20. ERCW Discharge lleader 11, Ril-90-141 A, cpm ,,_ /J oO
_ , , _ _ _ , , , 6o0 Remarks: Data By: .
/
0
/
'N
- 10 '
d SQN-REP-IPD (,,) A SQN, IP-6
Page 3 of 4 Rev. 10 Attachment 2h .
'~
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N [ Time 7::= 4 /v . Unit [ 1'. Uppe/ / r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM.90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr
- 3. 0 Lower Containment High Range (inside polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr , 4. Lower Containment High Range (inside polar crane wall, between/#CI e05 mc1 " SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6. 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr .V. < d,/ Shield Building Vent High Range (below CCS C-S pump transfer switch, y 7. 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr )* < /0 Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0 8. Reactor Coolant Drain Tank' Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr o 9.. Reactor Building Floor and Equipment Drain Sump Pump AO CJ Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-278, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0-RiiR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 1 < /03 13.
RHR Pump Room B-B Lov Range, Elev. 653, RM-90-292, mR/hr ' i 14. 15. RilR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr .y. < fo.1 Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr
- 16. 1t- < 0i/
Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr
#~ (/d Remarks:
Nom 4 istpaans miAtimu+1uersg isipic.gg7 ort Data by:
/
(3 ' L./ ,
'.gg.
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 (^) L. .J Rev. 10 Attachment 2 . UNIT STATUS UPDATE Date (((5 Time G 4r $. 3 c m / . Unit /
- 1. Condensate Storage Tank Level, f t. A d4 # -
B A V' 2.
~(0-2-23047 TLITf ~233A)
Steam Generator Heat Sink Condenser Atmosphere X
- 3. Auxiliary Feedwater Flow Available Yes X No
- 4. Steam Generator Level (narrow range), % 1 3 2 __3 L 3 o 4 33
- 5. Steam Generator Level (wide range) (LI-3-3U _[LT-3-521 (LI-3-94) (LI-3-107)
% l_ _ E o 2 D/ 3 0 4_ 99
- 6. (LI-3-43) (LI-3-98)
Steam Generator Pressure, psig 1_3_50 2 35 0 3 (PI-1-2A) TF1-l T947 4 315
- 7. Source Range, cps N31 .A /C 20A) TPI-1-27A)
N32 A/c TXT T2-560th) (XI-92-5002B)
- 8. Intermediate Range, ma N35 fo *"#
(EI-92-5003B) N36 ~
/c f
~
- 9. Pressurizer Level, % (EI-92-5007 )
O O (LI-68-335) TLT~66-JTO)
- 10. Pressurizer Pressure, psig Wide Range W 75 Narrow Range * /'dD O IPI-68-34fAJ (PI-68-340A)
^ 11. Reactor Coolant Loop 4 Ilot Leg Pressure, psig
- 75 (V\ (PR-68T67
- 12. Reactor Coolant System THot (wide range)"F 1_J_5 c 2 35's 3 3 95 4354 prp.6 FIT ~ ~ (17-6F43)
- 13. Reactor Coolant System T (wide range) F l_3Ao Coli 2 3 1, o '3 3Ao 4 315_
(TR-68-18) (TR-68-60)
- 14. Reactor Coolant Pumps running 1 /fQ_ 2 A/o 3 #p 4 A/o_
15.RWST
- 16. Emergency Level, %Core Cooling System Status S tandbyrg injectiont.. , Recirculationy w O d _
~TLT-63-50) (LI-o3-51)
- 17. Ccntainment Sump Level, % C (LI-63-176)
- 18. Contsinment Spray Flow, gpm A-A _
B-B C 137 FI-12-T47
- 19. Containment Pressure, psid ./'/~
~(PI-30-44) j)(10-65)~
./C
( frg . ~
- 20. Incore Thermocouples, *F l_3 _ 2_3 3_ 7 4_3 O ret! ARKS:
v Data by. / l ..
O ) . . SQN-REP-IPD SQN,'IP-6 I M- Page 2 of 4 g Rev. 10 V o Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1![o !88 Time [= 6 4r. 3 0 w Unit / Lower . Con /
/
tainment sample valve status Open Upper Containment sample valve status Closed Open Closed _ l. Lower Containment Particulate, Rr!-90-106A, cpm .fooo
- 2. Lower Containment Total Gas, Rti-90-106B, cpm
- 3. /6,000 Lower Containment Iodine, Rft-90-106C, cpm /.o00
- 4. Upper Containment Particulate, Rti-90-112, cpm '
S. 7 600 Upper Containment Total Gas, Rtl-90-Il2B, cpm /5 coo
- 6. Upper Containment Iodine, Rti-90-Il2C, cpm
- 7. 3000 8.
Shield Building Vent Particulate, Rtl-90-100A, cpm foo Shield Building Vent Total Gas, Rt!-90-Il08, cpm 50
- 9. Shield Building Vent Iodine, Rti-90-100C, cpm
- 10. Auxiliary Building Vent Particulate, /o Rt!-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 Rti-90-101B, cpm i 80
- 12. Auxiliary Building Vent Iodine, Rt!-90-101C, cpm /0
- 13. Steam Generator Blowdown, Rti-90-120A, cpm
- 14. Steam Generator Blowdown, Rti-90-121A, cpm 5000 .
(OJ 15. Condenser Vacuum Pump Air Exhaust, Low Range, 40o0 R11-90-99, cpm ;
- 16. Condenser Vacuum Pump Air Exhaust, liigh Range, 30 Rtl-90-119, epm
- 17. ERCW Discharge Header A, Rti-90-133A, cpm f50
- 18. ERCW Discharge lleader A, RM-90-140A, cpm Boo
- 19. ERCW Discharge 1lcader B, R!l-90-134A, cpm _ , _ , _ , ,__ / gpp_,,
- 20. ERCW Discharge IIeader it, Ril-90-141A, cpm _ , _ , _ , , / p op
_.. _ _ _ _ _ d oo_ e Remarks: b Data By: .
/
O v .
. l 0.'
? .
e
. _ _ _ _ _ _ - _ _ _ - _ - _ - _ _ - - - - - - - - - - - - - - - - - -b
s SQN-REP-IPD SQN, IP-6 (
\#
A Page 3 of 4 Rev. 10 L , Attachment 2h .
'~
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N![O !8[ Time N M, 3Co,is Unit [ 1 '. Uppe/r Con /
- tainment High Range (top of SG#2 and #3 enclosure),
Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr
- 3. 0
( Lower Containment High Range (inside polar crane wall, between , SG's #2 and #3), Elev. 715, RM-90-273, R/hr , ! 4. i Lower Containment High Range (inside polar crane wall, between/#Cf405mc1 " ' SG's #1 and #4), elev 715, RM-90-274, R/hr I 5. 6 Shield Building Vent Low Range (below CCS C-S pump transfer switch,
- 6. 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr 1- < 0,/
Shield Building Vent High Range (below CCS C-S pump transfer swttch, y 7. 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr V- < /0 Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0 8. Reactor Coolant Drain Tank ' Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr O 9.. Reactor Building Floor and Equipment Drain Sump Pump AO L) Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; IO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/8 12.
RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr /0_ 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr 1
~
< 10 7
- 14. f 15.
RilR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr y < //)S Condenser Vacuum Pump Air Exhaust I.ow Range, Elev. 732 Turbine Building, RM-90-255, mR/hr 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 i
~
< 0s /
Turbine Building, RM-90-256, mR/hr
-)F ( /03 Remarks:
NOTB
.y istpiams miAtiwn mem tripicv7og Data by:
/
D) ( '
- e
* .it.
e e9+c'* '4 9 _- - - - - - - - - - - - - - - ' ' ~ ~ ~ ~ ~ ~ ~ '
SQN-REP-IPD SQN, IP-6 fc. Page 1 of 4 qv Rev. 10 Attachment 2 , UNIT STATUS UPDATE Date__ d 6p 3 Time 7 /)our-s Unit !
- 1. Condensate Storage Tank Level, ft. A_ dV' B AY #
- 2. (LI-2-230A) (Ll-2-2TL\T Steam Generator Heat Sink Condenser Atmosphere
- 3. Auxiliary Feedwater Flow Available ){
- 4. Stea*. Generator Level (narrow range), % 1 Yes )r No
/
i 2JL 3 0. 4 3A
- 5. Steam benerator Level (wide range) %1 L 79 3 iT2 (L1-3-521 (LI-3447 (LI-3-liff) 79 3 Q 4 gC
- 6. Steam Generator Pressure, psig (LT-3N) TEI-3'TB) 1 A_go 2 4 5.0 3 0
~
4A
- 7. Source Range, cps N31 A /0 N32
[PI-1-2A7 4 /O IFI-1-9AJ (PI-1-20A) 1-2/A) {PI L C
- 8. Intermediate Range, ma TXI N35 M -50018) ,g (XI-92-50028)
/0 (EF92-50038)
N36 /() w
- 9. Pressurizer Level, % {P.I-9f-50048) 4 0 E 8-335) (LI-68-320)
- 10. Pressurizer Pressure, psig Wide Range N 75 Narrow Range </7dC (PI-68-3T2AT {PI-68-340A)
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig N 7K G
O W-t#~667
- 12. Reactor Coolant System THot (wide range) F ;13Ao y-- 2-3A 434.o3
-(.y_(g;3/5 (o.gg_g_533-
- 13. Reactor Coolant System T Cold I"id" Id"8")~f I)' T 2 A & 5 3 A 1 5 4 M o_
(TR-h-60)
- 14. Reactor Coolant Pumps running
- 15. Emergency 1 N(_2_
Core Cooling System Status Standbyyug_ injection 2 TR-E-la)/( _ 3_f4 _4 M
- 16. RWST Level, %
C 9 ecircuGtionfg R TO'-QtiF5~0T ~(O!63-51)
- 17. Containment Sump Level, %
C (LI-63-INT
- 18. Containment Spray Flow, gpm A-A- C TrF72-13)
B-B d (F 1-12;T47
- 19. Containment Pressure, psid (lf ._/
- 20. Incore Thermocouples, F (PI-30)-JT [+(l)'INO-4/g l_JJ C 2 M O_3_Q,10 J 4 3.1.1
........................................(60) (54) (44) (TI) ret! ARKS: ....................._____........................
f G - Data by: 9 _ /
~
SQN-REP-IPD SQN,'IP-6 c W Page 2 of 4 ' Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date I/d f86 Time 7= % Uliit / I.ower ' Containment sample valve status Open Upper Containment sample valve status Closed Open Closed 1. 2. Lower Containment Particulate, M-90-106A, cpm .6[o00 Lower Containment Total Gas, Rti-90-1068, cpm 16,040
- 3. Lower Containment Iodine, Rt!-90-106C, cpm 4.
Upper Containment Particulate, RM-90-Il2 cpm /. 00 0
- 5. Upper Containment Total Gas, RM-90-Il28, cpm 7600 .
- 6. Upper Containment Iodine, RM-90-Il2C, cpm / 5 e oo 7.
Shield Building Vent Partic' slate, RM-90-100A, cpm 3000 8. Shield Building Vent Total Gas, RM-90-1108, cpm 2 00
- 9. Shield Building Vent Iodine, M-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm 12.
j 80
- 13. Auxiliary Building Vent Iodine, RM-90-101C, cpm /0 Steam Generator Blowdown, RM-90-120A, cpm p) t 14 15.
Steam Generator Blowdown, RM-90-121A, cpm 5 eco eseo Condenser Vacuum Pump Air. Exhaust, Low Range, RM-90-99, cpm i 16. Condenser Vacuum Pump Air Exhaust, High Range, 10 RM-90-Il9, cpm 17. ERCW Discharge Header A, RM-90-133A, cpm ISO 18. ERCW Discharge !!cader A RM-90-140A, cpm Eop 19. ERCW Discharge Header B, RM-90-134A, cpm /5p0 20. ERCW Discharge lleader !!, RM-90-141A, epm 1000 _ _ . _ . ___ I0D a Remarks: Data By: *
, /
l O . i 3 0.* l e <*r k r.h* e e*-
SQN-REP-IPD
-3 SQN, IP-6 (J A Page 3 of 4 Rev. 10 Attachment 2h .
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date Rllo l85 rime % r 7 1,c unit I l'. Uppe/rCon/ tainment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0 3. Lower Containment High Range (inside polar crane wall, between , SG's #2 and #3), Elev. 715, RM-90-273, R/hr l 4. Lower Containment High Range (inside polar crane wall, between
/#CI405I vet -'
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6. 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr 4 ( d. / Shield Building Vent High Range (below CCS C-S pump transfer swttch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr P- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall,
.Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank ' Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr AO q
b 9., Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr
- 10. Reactor Building Floor and Equipment Drain Sump Pump
; 40 Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
!!. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0_
RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr < 10 3
- 13. RNR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ).
- 14. f RHR Pump Room B-B liigh Range, Elev. 653, RM-90-293, mR/hr y < /M
- 15. Condenser Vacuum Pump Air Exhaust Low Range. Elev. 732 Turbine Building, RM-90-255, mR/hr t
'16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 < 0e f Turbine Building, RM-90-256, mR/hr k ( /83 Remarks:
m . .. * . Data by:
-/
pd .. e'
'.3
? . . .
.. 22___" " r ---- -
_- - - - - - - - - - - - - - - - -~ 'A
SQN-REP-IPD SQN, IP-6 K Page 1 of 4 () v.j Rev. 10 Attachment 2 , UNIT STATUS UPDATE Datcl)_G[_F5 Time 8 kom Unit /
- 1. Condensate Storage Tank Level, f t. A M'
~TO-2-230A)
B d3'S
- 2. Stea, Generator Heat Sink Condenser
~(LFT 23)AJ
- 3. Auxiliary Feedwater Flow Available Atmosphere K
- 4. Yes _ R No Steam Generator Level (narrow range), T% 1(IT3_3 2_ 3A 3 O_- 4 3L
- 5. Steam Generator Level (wide range) %l_go3-3)7 2(Lt-3-s21 79 3 0
((T-3-97.T TLT-3-107) 4 SO
- 6. (LI-3-43) (LI-3-98)
Steam Generator Pressure, psig / 1 2 /$5 3 0 4 /
- 7. Source Range, cps N31 TFTfd iT2 XT W i-9A7 (PI-1-20A) IPT$~g l-f7X) fL /C N32 d, /C
{KI T2-5001B) {XI-92-5662Ti) , , ,
- 8. Intermediate Range, ma N35 ___jp ',, N36 /0 ~
9. (EI-92-50038) F92-50oTli) Pressurizer level, % Q FCFb8-335) Q TI.T 68-325)
- 10. Pressurizer Pressure, psig Wide Range vv E'O Narrow Range < /7Cd (PI-68-342A) (PI-68-340A)
- 11. Reactor Coolant Loop 4 Hot Leg Pressure,.*phig NSC (l
U TFir-6846T
- 12. Reactor Coolant System THot (wide range) F 1 M $ g3_ 3..ll_f .1, Q_
- 13. Reactor Coolant System T 2 Cold (wide range) F I A-(y5(TR-68-18) ~So ~
3 M 96 4 (TR-IiR0)
- 14. Reactor Coolant Pumps running 1 A/o 2 A/o 'l s44, 4 A6
~
- 15. Emergency Core Cooling System Status 'Sta'ndliyf4J)injectionIAm/s Re'ci'rculationZaw/*
- 16. RWST Level, %
~(LI-Q-50) 63 (LI-Q-51) 63
- 17. Containment Sump Level, % O (LI-637767 1
- 18. Containment Spray Flow, gpm A-A B-B 72-13) 1294T
- 19. Containment Pressure, psid h(),{FTO
. /7 Pl-30-447~
h)IFFO . . /p (PI-30-45)_
- 20. Incore Thermocouples, F 1 4,90 2 (60) d$~
(54 3 3 J (44)ajq 4A(41Q)
......................................................J RE!! ARKS:
Q ,1 Data hy: /
,4*
SQN-REP-IPD SQN,'IP-6 A & Page 2 of 4 V Rev. 10 Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1l5 l85 rime T= 54- Unit I Lower ' Containment sample valve status Open Closed Upper Containment sample valve status Open Closed
- 1. Lower Containment Particulate, Rti-90-106A, cpm
- 2. Lower Containment Total Gas, Rti-90-106B, cpm 8000
- 3. Lower Containment Iodine, Rti-90-106C, cpm /6,000 4
/, 00 0 Upper Containment Particulate, R?l-90-112, cpm '
7 600
- 5. Upper Containment Total Gas, Rtl-90-Il28, cpm .
- 6. Upper Containment Iodine, Rtl-90-Il2C, cpm /5eoo
- 7. Shield Building Vent Particulate, Rtl-90-100A, cpm _ J ooo
- 8. Shield Building Vent Total Gas, Rt!-90-IICB, cpm foo
- 9. Shield Building Vent Iodine, Rti-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, /o R!l-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 Rtl-90-1018, cpm
- 12. Auxiliary Building Vent Iol dine, Rt!-90-101C, cpm 80
- 13. /0 Steam Generator Blowdown, Rff-90-120A, cpm 5000 (3
v; 14. Steam Generator Blowdown, Rt!-90-121A, cpm
- 15. 4000 Ril-90-99, cpmCondenser Vacuum Pump Air Exhaust, low Range,i JO
- 16. Condenser Vacuum Pump Air Exhaust, High Range, Rti-90-119, cpm
- 17. ERCW Discharge Header A, Rt!-90-133A, cpm f50
- 18. ERCW Discharge Header A. R!l-90-140A, cpm Eco
- 19. ERCW Discharge Ifcader B, Rff-90-134A, epm
_ _ _ , , , / 5'op_,
- 20. EHCV Discharge lleader 11, Rti-90-141 A, cpm __ __ _ / d eg_
_ , , _ _ _ _ . . 6p_ Remarks: Data By: .
/ ?"
V) . l 10 '
SQN-REP-IPD t,,I SQN, IP-6
'# A Page 3 of 4 Rev. 10 Attachment 2h ,
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N b 8[ Time [-::: ' h/r . Unit [ l'. Uppe/r Con / tainment liigh Range (top of SG#2 and #3 enclosure). Elev. 785, RM-90-271, R/hr 0
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0 i
- 3. Lower Containment High Range (inside polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr ,
/ #Ct 4 05 m co -
- 4. Lower Containment High Range (inside polar crane wall, between '
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr .V. < 0, /
- 6. Shield Building Vent liigh Range (below CCS C-S pump transfer switch, g 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr J- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank' Pump Discharge (on sheild wall,
~s Elev. 690 pipe chase), RM-90-276, mR/hr AO 9.. Reactor Building Floor and Equipment Drain Sump Pump (d Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr
- 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mh/hr
/6
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr
/0_
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr 1 < 103 i
- 14. RilR Pump Room B-B liigh Range, Elev. 653, RM-90-293, mR/hr 1- < /oS
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr i < 0,1
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr )f- ( /03 Remarks:
NOW 5 lhlOILkTE.S MIAftMu+1METPA lA/P/CNIl0Al l
~
Data by:
/
(
-QJ -
11
SQN-REP-IPD SQN, IP-6 K Page 1 of 4 7 Rev. 10 (v Attachment 2 - 1 UNIT STATUS UPDATE Date ) [ k / k 5 Time j dr, 30 mig Unit b
- 1. Condensate Storage Tank Level, f t. A A3 B J3 #
- 2. (i.1-2-230A) ~(CI-2-233A)
Steam Cencrator Heat Sink Condenser
- 3. Auxiliary Feedwater Flow Available Yes-Atmosphere X '
- 4. No Steam Generator Level (narrow range), % 1 - o 2
(LI M J IIl~3_3 3 4 33
- 5. Steam Generator Level (wide range) 3-52T (L1-3-94) TEF3- 107)
%1~80 2 80 3 0 4 O
- 6. Steam Generator Prescure, psig (Cf-3'T3) (L1-3-98 1 //C 2 /C 3 0 4 '// d
- 7. Source Range, cps N31 A /O N32 IPI'-lW57 ok/d TIFFTo'iXT F f~~205) (PI-1-27A)
- 8. Intermediate Range, ma TXF72-5001B)
N35 p-g @9F5002B) N36 /o ,y
- 9. 2-50038) D.'~f 92-$07)TB)
Pressurizer Level, % Q~ Q IlTU8-336) TEF68-320)
- 10. Pressurizer Pressure, psig Wide Range N SO Narrow Range C/700 (PI-b8-342A) (PI-68-340hJ
- 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig N FC n
(V 12. Reactor Coolant System Tg g (wide range)'F l_A ? T 7 TPlF68 66T 2 ( l'R-6F1 23 3 A9F 4 Q 90
~
- 13. Reactor Coolant System TCold (wide range) F 12 60 (lR-6ff-43T ~
2A TTR-6818) go 3,jk g Q(TR-66-bu)4MQ
- 14. Reactor Coolant Pumps running 1 Mo, 2 As M
- 15. Emergency Core Cooling System Status 3 4 4
- 16. RWST Level, % C StandbyJyginjection?Ae/P Recirculation Zue/
d (LI-63-50) (LI-63-51)
- 17. Containment Sump Level, % O (LI-63-176)
- 18. Containment Spray Flow, gpm A-A Q B-B C (FI-72-13)
- 19. Containment Pressure, psid ff-)_.fff (PI-30-4TT
~ f+)(FI-72-34)
,/f
- 20. Incore Thermocouples, 'F (PI-30-4Sl_
l_
..._______________....________...______(607A (54 '"f i 2 4 [41)
- 44) 74) 3J(Q 4_J, M ret! ARKS: _________........___..________..........._________
y V Data by:
-9 /
.e SQN-REP-IPD SQN,'IP-6 M- Page 2 of 4 O Rev. 10 y/
Attachment 2A PROCESS RADIATION MONITOR UPDATE lilo l85 ' I Date
. I i rime T= 2 hr. so~ w uhit I Lower Containment sample valve status Open Closed Upper Containment sample valve status Open ~ Closed
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. 3'o00 Lower Containment Total Gas, RM-90-106B, cpm /6,000
- 3. Lower Containment Iodine, RM-90-106C, cpm
- 4. /. 00 0 Upper Containment Particulate, RM-90-Il2, cpm '
7600
- 5. Upper Containment Total Gas, RM-90-Il2B, cpm ,
- 6. /5 coo Upper Containment Iodine, RM-90-112C, cpm 3000
- 7. Shield Building Vent Particulate, RM-90-100A, cpm
- 8. Shield Building Vent Total Gas, RM-90-Il0B, cpm foo
- 9. Shield Building Vent Iodine, RM-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, fo RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm
- 12. Auxiliary Building Vent Iol dine, RM-90-101C, cpm 80
/0
- 13. Steam Generator Blowdown, RM-90-120A, cpm 5000 .
(Vl 14. Steam Generator Blowdown, RM-90-121A, cpm
- 15. Condenser Vacuum Pump Air Exhaust, Low Range, 4000 RM-90-99, epm ;
- 16. Condenser Vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm
- 17. ERCW Discharge Header A, RM-90-133A, cpm ISO
- 18. ERCW Discharge Header A, RM-90-140A, cpm _'
Eco
- 19. ERCW Discharge Header B, RM-90-134A, cpm __ /6g
- 20. ERCW Discharge Header 8, RM-90-141A, cpm ~~ / # 00
_ S'o D Remarks: 6 Data By: .
/
[. . . I
. ~
f . SQN-REP-IPD SQN, IP-6 (n) A Page 3 of 4 l- Rev. 10 Attachment 2b c ,
~~
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date Nb [ Time 7=:: 8 fr. 30 ,l" Unit [ l ) l '. Uppe/ / i r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr O, 3. Lower Containment High Range (inside polar crane wall, between , [ SG's #2 and #3), Elev. 715, RM-90-273, R/hr , Lower Containment High Range (inside polar crane wall, between i#Cr405 mc4
- 4. "
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr 4 < d. / 6. Shield Building Vent liigh Range (below CCS C-S pump transfer switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr < /0
- 7. V-Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank' Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr (q
x../ 9., Reactor Building Floor and Equipaent Drain Sump Pump AO Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
DM-90-278, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0_
RHR Pump Room A-A liigh Range, Elev. 653, RM-90-291, mR/hr 1 < 103 13. 14 RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~ f 15. RHR Pump Room B-B Ifigh Range, Elev. 653, RM-90-293, mR/hr .y. < //)J Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 i-
< 0s /
Turbine Building, RM-90-256, mR/hr JF ( /03 Remarks: Nf 4 isIo/carta.s miArimu+1meras isipicn77or1 Data by: o
/
N) . 9 6
SQN-REP-IPD SQN, IP-6 fc Page 1 of 4 A Rev. 10 U Attachment 2 . UNIT STATUS UPDATE { Date [ )C ,){f_R" 1. Time 0) be . Unit ) Condensate Storage Tank Level, ft. # # A JR3 B A .3
- 2. (LI-2-230A) -(LTF233A)
Steam Generator Heat Sink Condenser Atmospherc _ X
- 3. Auxiliary Feedwater Flow Available _
4. Yes K No Steam Generator Level (narrow range), % 1 -~3.1 2 33_ 3 0 ,4 33
%1 (LI-3-39) 80 2{LT 3-52J (LI-3-94) (L1-3-107)
- 5. Steam Generator Level (wide range) 0 3_ C 4J 87
- 6. (Lf (LI-3-98)
Steam Generator Pressure, psig
~ .1 ev 75 2~70 3 O 4 a 76
- 7. Source Range, cps N31 _A /C (PI-1-2A) (PI-1-9A) (PI-1-20A) (PI-lW 7A)
N32 A/_d
- 8. Intermediate Range, ma (XI-92-5001B)## El-92-5002B)
N35 W N36 / o '" ,j
~
- 9. Pressurizer Level, % (El-92-50iiG)
WIT 9'2-5003B) O (L168-335) O (LI-68-326)
- 10. Pressurizer Pressure, psig Wide Range N SC ' Narrow Range C /7dC (PI-68-342AT (PI-68-340A)
(^ 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig W 5"O k TFRW8 6077
- 12. Reactor Coolant System TH ' (wide range) F l_A~F Q 2 J 5'O 3 A Scl 4 A YS
- 13. Reactor Coolant System TCold (wide range) F 1A_3 5 2
~tTR-6FiU (TR-68-43) o 3 .) y E 4 .'), YO
- 14. Reactor Coolant Pumps running (TR-6 -18)~ TR-F8-60)
- 15. Emergency Core Cooling System Status 1
M c/,_ 2 A/cv _, 3 _ $ 4 d(o_
- 16. RWST Level, % C S ta nd byAgai nj e c t i onTwe#Re ci rcu la t ion Zuaj8 (LI-63-50) -51)
- 17. Containment Sump Level, %
(L1-63-176T
- 18. Containment Spray Flow, gpm C A-A B-B C
- 19. Containment Pressure, psid 34 (f)(FI-72-13)
. / C7
./7~)
(Pl-30-44) TPI-30-45)
'0. Incore Thermocouples , F If EO
( 2 A 50~ 3 d 'f 5 4 2 50 (54) F ~-[4?J~ ____________.___________________________(60 _________________________________(41 F REMARKS: _________________ (3
\ .)
D.ita hy:
-9 _ , _ _ _ /
l
.' i SQN-REP-IPD SQN,'IP-6 '
rT 9t- Page 2 of 4 Rev. 10 V Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 6 l85 rime T= 9 Ar. Unit I
. Lower ' Containment sample valve status Open Upper Containment sample. valve status Closed Open Closed 1.
2. Lower Containment Particulate, RM-90-106A, cpm j{ooo Lower Containment Total Gas, RM-90-106B, cpm /6,000
- 3. Lower Containment Iodine, RM-90-106C, cpm
- 4. Upper Containment Particulate, RM-90-112, cpm f, 00 0
- 5. Upper Containment Total Gas, RM-90-112B, cpm 7sEpo .
- 6. Upper Containment Iodine, RM-90-112C, cpm / 3r o co
- 7. 3000
- 8. Shield Building Vent Particulate, Rt!-90-100A, cpm Shield Building Vent Total Gas, RM-90-110B, cpm 2 00
- 9. Shield Building Vent Iodine, RM-90-100C, cpm bio
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm-
- 11. Auxiliary Building Vent Total Gas, 159p RM-90-101B, cpm i
- 12. 2fo 13.
Auxiliary Building Vent Iodine, RM-90-101C, cpm /0 Steam Generator Blowdown, RM-90-120A, cpm
/'~') 14. Steam Generator Blowdown, RM-90-121A, cpm 5 000 .
(/ 15. 4000 Condenser Vacuum Pump Air Exhaust, Low Range, RM-90-99, cpm I
- 16. JO Condenser Vacuum Pump Air Exhaust, liigh Range, RM-90-119, cpm
- 17. ERCW Disrharge Header A, RM-90-133A, cpm YSO
- 18. -ERCW Discharge lleader A, RM-90-140A, cpm JW90
- 19. /3re p ERCW Discharge lleader B, R!t-90-134A, cpm _ _ _ ,
- 20. ERCW Discharge Ifeader 8, Rti-90-141A, cpm , _ _ / 0 00
__ _ , _ , soo Remarks: Data By: .
/
( \ . v
.- 10 '
6
SQN-REP-IPD o SQN, IP-6
) A Page 3 of 4 Rev. 10 j l
Attachment 2b . _ POST ACCIDENT AREA RADIATION MONITOR UPDATE Date Nb [ Time 7=== ' 9 /, r _ Unit [ I'. Uppe/ / r Containment High Range (top of SG#2 and #3 enclusure), Elev. 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr ,
- 4. Lower Containment High Range (inside polar crane wall, between / #Cf 4 0 S w ot '
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr l 6. 4 < 0. / __ l ! 7. Shield 6900 Building V shutdown boardVent room),High Elev. 734, Range (below RM-90-261, CCSF- C-S mR/hr </pump transfer y swi Reactor Coolant Drain Tank Pump Discharge (on shield wall, ( Elev. 690 pipe chase), RM-9,0-275, mR/hr
- 8. /0 Reactor Coolant Drain Tank Pump Discharge (on sheild wall, J. Elev. 690 pipe chase), RM-90-276, mR/hr 9.,
Reactor Building Floor and Equipment Drain Sump Pump AO l d(~^ . Discharge, (on shield wall, Elev. 690 pipe chase), l RM-90-277, mR/hr ,
- 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
.1 1.
RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0_
RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 1 < 103
- 13. RHR Pump Room B-B Lou Range, Elev. 653, RM-90-292, mR/hr ~
14 f RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr .y - < /AS
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732
-)t- Cos/
Turbine Building, RM-90-256, mR/hr
)F { /03 Remarks:
i Data by: m /
SQN-REP-IPD SQN, IP-6 fc- Page 1 of 4
/~'
Rev. 10 Attachment 2 . UNIT STATUS UPDATE Date J,/d,/QR
, - __ 'ime .. /C />pm Unit /
- 1. Condensate Storage Tank Level, f t. ,24k, '
A_ ~' B d2 # C #
- 2. (LI-2-230A) ~(I.1-2-233A)
Steam Generator Heat Sink Condenser
- 3. Auxiliary Feediater Flow Available Atmosphere M 4.
Yes # No Steam Generator Level (narrow range), % ljj 2 1- 3J 4 31
- 5. Steam Generator Level (wide range) (LI-3-3T
%1 fro (LI-i-52T (LI-3-94) (LI-3-107) 2 - 99 3 O 4 99
- 6. [LI -3'-7 3) (LI-3-98) ~
Steam Generator Pressure, psig 1
- TO O 2* 30 3 4
- Ed
- 7. Source Range, cps N31 _ A /C N32 (PI-l
.T /C YA7 (PI-17fAl (PI-1-20A) (PI-1-27A)
- 8. Intermediate Range, ma N35 (XI-92-5001B) ,, (XI-92-50028)
/O'" ~ N36 /c ~ ,#
9
- 9. Pressurizer Level. % (E!!92-500?B)
C(EI! Y~50038) Q (LI-68-335) (L1-68-320)
- 10. Pressurizer Pressure, psig Wide Range N EO Narrow Range < /200 (PI-68-342A) (PI-68-340A)
(~ 11s Reactor Coolant Loop 4 Hot Leg Pressure, psig W 50
- 12. Reactor Coolant System T (PR-684 tit Hot (wide range) F 1 A Yo 2 A 3 5 3 t yo 4 A yd TIT-68-il
- ~
(11-68~-O)
- 13. Reactor Coolant System TCold (wide range) F 1 A 35 2 .23 -
- 14. Reactor Coolant Pumps running TTR-6T-TB)5~ 3TTR-6T 2 3d60) 4A3
- 15. Emergency Core Cooling System Status 1
No 2 Na 3 Nd 4 4
- 16. RWST Level, % C C S ta nd by fupp I nj e c t i orb) Rec i rcu l a t ionhp (LI-63-50)
(LI-63-51)
- 17. Containment Sump Level, % C (LI-63-176)
- 18. Containment Spray Flow, gpm A-A C B-B C~~
JEl- T 72 341
- 19. Containment Pressure, psid (,d,12- 13)
AC (PI-30-44) e/9
- 20. Incore Thermocouples, 451
'F 1 el 8/C 2 M F C 3 490 4 JL, @-
(60 7 (44)- ~~ T41) _________________________________________________T54)~ _____.__________________________________ REMARKS: W %, L) . D.i t .: by:
/
SQN-REP-IPD SQN,'IP-6 it- Page 2 of 4 fa Rev. 10 k.) Attachment 2A PROCESS RADIATION MONITOR UPDATE Date b !b$ Time T= 10 Ar. unit I Lower Containment sample valve status I I Open Closed I!pper Containment sample valve status Open Closed 1. Lower Containment Particulate, Rt!-90-106A, cpm 8000
- 2. Lower Containment Total Gas, Rti-90-106B, cpm
- 3. /6,000 Lower Containment Iodine, Rf!-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-112, cpm '
- 5. Upper Containment Total Gas, Rf!-90-ll2B, cpm 7600
- 6. Upper Containment Iodine, Rti-90-112C, cpm
/5o0c 3000
- 7. - Shield Building Vent Particulate, Rft-90-100A, cpm
- 8. 290
- 9. ShieldShield Building Vent Total Gas, RM-90-Il0B, cpm 50 10.
Building Vent Iodine, Rff-90-100C, cpm Auxiliary Building Vent Particulate, /o RM-90-101A, cpm l 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm i 12. Auxiliary Building Vent Iodine, RM-90-101C, cpm 80 ' 13. Steam Generator Blowdown, RM-90-120A, cpm
/0 tQ V
14. Steam Generator Blowdown, RM-90-121A, cpm 5000 - 15. Condenser Vacuum Pump Air Exhaust, Low Range, 40o0 ! RM-90-99, epm ; t 16. Condenser Vacuum Pump Air Exhaust, High Range, JO Rti-90-119, cpm 17. ERCW Discharge Ifeader A, Rti-90-133A, cpm ISO 18. ERCW Discharge lleader A, Rti-90-140A, cpm Boo 19. ERCW Discharge Ifeader B, Rti-90-134A, cpm /g00
.20. / 4 00 ERCW Discharge lleader !!, Rti-90-141A, cpm ~ ~ ~ -
600
----------MMWWWWeWmGemagemeeWW--6966SememeGgemegemegegemmegemmegeggggggemeGeeg Remarks:
Data By: 9
/
4 10-
SQN-REP-IPD SQN, IP-6 (",) A Page 3 of 4 Rev. 10 Attachment 2b .
'~
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N [ Time [=== ' /C $f" Unit [ l '. IJppe/ / Elev.r Containment High Range (top of SG#2 and #3 enclosure), 785, RM-90-271, R/hr
- 2. 0 Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr
- 3. 0 Lower Containment High Range (inside polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr ,
- 4. Lower Containment High Range (inside polar crane wall, between/#CI 40 $ mot * "
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch,
- 6. 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr .V- < d,/
Shield Building Vent High Range (below CCS C-S pump transfer swttch, y 7. 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr V- < /0 Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0 8. Reactor Coolant Drain Tank ' Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr (m AO () 9., Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RiiR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/6
- 12. /0 RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr 1- < 103
- 14. i RHR Pump Room B-B !!igh Range, Elev. 653, RM-90-293, mR/hr 15.
Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 t < IoS Turbine Building, RM-90-255, mR/hr 1 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732
~
< 0, / ___.
Turbine Building, RM-90-256, mR/hr k k /0 Remarks: Data by:
- /
.- , , .n ,-- . - , . - - - .-- - - - - - , ,,-
SQN-REP-IPD E SQN, IP-6 p;. p Page 1 of 4
')~_
Rev. 10 Attachment 2 . UNIT STATUS UPDATE Date M J p Time /C he. A ce N W Unit /
- 1. Condensate Storage Tank Level, f t. A Ask # B JL ~-~ C
- 2. Steam Generator !! eat Sink (LI-2-230A) ~)1-223IiT
( 1.
- 3. Auxiliary Feedwater Flow Available Condenser Atmosphere g
- 4. Steam Generator Level (narrow range), % 1 Yes f No (D 33-3il~T 2
3 F3-521 33 3 C 4 3A
- 5. Steam Generator Level (wide range) %1 [i F3-94) TG-3-107)
RO ~ 2 08F 3 0 . frC
- 6. Steam Generator Pressure, psig (~LI-3-43) (LI-3-78) 1 * */O 2 N EC 3 o 4
- Yo l
- 7. Source Range, cps N31 (PI-1-2A) ~(PI-1-9AT (PI-1-20A) (PI-1-27A) 7/O N32 A /_d
- 8. (XI-92-5001B) ,f (XI-92-5002B) ,,f Intermediate Range, ma N35 /O , N36 /0
- 9. Pressurizer Level, % TE i_-_92-5003B) [fF42-5W45)
$ C (LI-68-335) TD- tiB-320)
- 10. Pressurizer Pressure, psig Wide Range /b' 50 Narrow Range C / 9 00 (PI-68 .T4250 (PI-68-340A)
/' 'N 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig N 50 O (PR-68-6til
- 12. Reactor Coolant System TN ' (wide range) _
2 A 'A F 1 0. y p' (fR-6 fit 5 3 d <
- 13. Reactor Coolant System TCold (wide range) F 1 A 2 5 2 .1. 1 0 3 -- TTfi-68-43) 30 330 4 1'0J~
- 14. Reactor Coolant Pumps running 1_[Cy_ 2 k(TR-G8-18),_, 3 4 _ 8 *
- 15. Emergency Core Cooling System Status S t a nd by Zh, app I nj ec t i onateN* Re c i rcu l a t ion J4g/*
4(TR-65-b
- 16. RWST Level, % 6 (LI-63-50) 3-51)
- 17. Containment Sump Level, %
(LI-63-176)
- 18. Containment Spray Flow, gpm C A-A B-B O
- 19. Containment Pressure, psid + (FI-72-13) WI-72-341
.A f) .
7(Pl-lu45F ~A
~
PI-30-44)
- 20. Incore Thermocouples, F 1 .llLjp_ 2 A Y$~ 3 J, yd 4 M Ly /d
________________________________________(60)(54) ~~f44)-- (4i)- _ REMARKS: __________________________________________________ a O - D.ita by: _9
/
~
SQN-REP-IPD SQN,'IP-6 m
?t:- Page 2 of 4 Rev. 10
'b Attachment 2A PROCESS RADIATION HONITOR UPDATE Date 88 Time [= /8$/ .2 6m/M Unit / Lower ' Containment sample valve status Open Upper Containment sample valve status Closed Open Closed -_ 1. Lower Containment Particulate, RM-90-106A, cpm 8000
- 2. Lower containment Total Gas, RM-90-106B, cpm
- 3. /6,000 Lower Containment Iodine, RM-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-ll2, cpm '
- 5. Upper Containment Total Gas, RM-90-Il2B, cpm 7600 ,
- 6. Upper Containment Iodine, RM-90-112C, cpm /5 coo
- 7. 3000
- 8. Shield Building Vent Particulate, Rt!-90-100A, cpm 290 Shield Building Vent Total Gas, RM-90-1108, cpm
- 9. Shield Building Vent Iodine, RM-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm 12.
i Auxiliary Building Vent Iodine, RM-90-101C, cpm 80
- 13. /0 Steam Generator Blowdown, RM-90-120A, cpm
(]- ' 14. Steam Generator Blowdown, RM-90-121A, cpm 5 e00 . V 15. 4000 Condenser Vacuum Pump Air Exhaust, Low Range, RM-90-99, epm I 16. Condenser Vacuum Pump Air Exhaust, liigh Range, 30 RM-90-119, cpm
- 17. ERCW Discharge Header A, Rft-90-133A, cpm ISO 18.
ERCW Discharge !!eader A, RM-90-140A, cpm Boo
- 19. ERCW Discharge Header B, Rti-90-134A, epm _
/5po
- 20. ERCW Discharge Ifeader B, R?l-90-141A, cpm ^~ / 4 00
,, 5o0 Remarks:
Data By: e
/
( .
- 10 '
ose-
~ "
~~*
. ~
, , ~
SQN-REP-IPD SQN, IP-6 ( ,) A Page 3 of 4 Rev. 10 Attachment 2h .
~
POST ACCIDENT AREA RADIATION MONITOR UPDATE l Date $!f0l85* Time n j o n. a o - x Unit I l '. Uppe/ / r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr O
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0
- 3. Lower Containment High Range (inside polar crane wall, between ,
SG's #2 and #3), Elev. 715, RM-90-273, R/hr I
- 4. Lower Containment High Range (inside polar crane wall, between i#CI 805 vc1 '
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6
- 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board. room), elev. 734, RM-90-260, mR/hr .y. < d. /
- 6. Shield Building Vent liigh Range (below CCS C-S pump transfer switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr J- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on snield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank ' Pump Discharge (on sheild wall, Elev. 690 pipe. chase), RM-90-276, mR/hr AO 9.. Reactor Building Floor and Equipment Drain Sump Pump (b' Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-277, mR/hr
- 10. Reactor BuildMg Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
'RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr /5
/0_
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 1 < /d 7
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr ~
f
- 14. RilR Pump Room B-B liigh Range, Elev. 653, RM-90-293, mR/hr
.y. < //)J
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 -
Turbine Building, RM-90-255, mR/hr -]t- C Os /
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr )f- (/d Remarks: ,
Nom
. - - - - - 4 tricic&rtes miAtimu+/ uerug isipic.+770s/
e Data by:
/
-}g-
SQN-REP-IPD SQN, IP-6 m K Page 1 of 4 Rev. 10 b j Attachment 2 UNIT STATUS UPDATE Date Zk l$f K Time )) )2p tt" $_ Unit
- 1. Condensate Storage Tank Level, ft. A_ M~, / B J l. #
- 2. Steam Gener;ator Heat Sink (LI-2-230A) --(LI-2-233T
- 3. Auxiliary Feedwater Flow Available Condenser Atmosphere g
- 4. Yes ~~ X No Steam Generator Level (narrow range), % 1 33 TD ;3-39) 2 JJ 3 3 4 33
- 5. Steam Generator Level (wide range) %1 80 28~0 3 0 IlI U T TD -Q-94T (LI-3-101)
(L1-3 43) 4 eC
- 6. Steam Generator Pressure, psig 1 * '/O 2~35 ~
3 o (L1-3-98) 4 ~ yo
- 7. Source Range, cps N31__A/O N32 (PI-l-2AI cA /C {lPI-1-9A7 (PI-1-20A) (PI-1-27A)
- 8. (XI-92-5001B)
Intermediate Range, ma N35 /d"## {Ki-92-5002B)/ N36 o #,
- 9. (F.I-92-5003B) {RI-52-50ti?s)
Pressurizer Level, % C 5 82 T5)3 C (L1-68-T26)
- 10. Pressurizer Pressure, psig Wide Range N 95 Narrow Range T 1?OO (PI-68-342A) (PI-68-346XT 3 11. Reactor Coolant Loop 4 Hot Leg Pressure, psig + '/ 5 (V 12. Reactor Coolant System T IFR-68-ti6T Hot (wide range)*F 1_.j2. l 2 2 3_O
- 13. Reactor Coolant System TC ld (wide range) F 1 dL 30 2 A 30' 3 .R 3~(5 411-6B'A 3_E (TR-6F 0 4 31 3 ~~A A5 4 4 3 c~
- 14. Reactor Coolant Pumps running ~(TR-Gi IST~~ (TR-M" BOT ~
l 15. Emergency Core Cooling System Status 1 /Vo 2 A(/ 3 M4 Ah
- 16. RWST Level, % C S tandby2"w liiIc c tion 2"ise} Reci rcula t ion Tw op l
C - (LI-63-50) (LI-63-51)
- 17. Containment Sump Level, % Q (LI-63-1767
- 18. Containment Spray Flow, gpm A 'A C- B-B C FI-72-13) Ifl T72-347
- 19. Containment Pressure, psid A~ ./__-
- 20. Incore Thermocouples, F
( l-30-44) __(('PI)-10-45 )A 3 ________________________________________(o0) RE!! ARKS: 1All 2 A 3 5_ 3__ A 314J(~4 {5 (54) ____________________________________J (41) f'"
%.)
D.ita hy:
,9, _ _ _ _ _
_ _ . . . ._____. /
SQN-REP-IPD SQN,'IP-6 iwc - Page 2 of 4 q Rev. 10 J Attachment 2A PROCESS RADIATION MONITOR UPDATE Date 1![0 !88 Time [= // /r. Unh / I I Lower Containment sample valve status Open Upper Containment. sample valve status Closed Open Closed 1. Lower Containment Particulate, RM-90-106A, cpm 8000
- 2. Lower Containment Total Gas, RM-90-106B, cpm
- 3. /6,000 Lower Containment Iodine, RM-90-106C, cpm /, 00 0
- 4. Upper Containment Particulate, RM-90-ll2, cpm '
- 5. Upper Containment Total Gas, Rt!-90-Il2B, cpm 7 600
- 6. Upper Containment Iodine, RM-90-112C, cpm / 5 coo 7.
Shield Building Vent Particulate, Rti-90-100A, cpm , 3000 8. Shield Building Vent Total Gas, RM-90-1108, cpm 2co 9 .' Shield Building Vent Iodine, RM-90-100C, cpm 50
- 10. Auxiliary Building Vent Particulate, /n RM-90-101A, cpm l 11. Auxiliary Building Vent Total Gas, 150 RM-90-101B, cpm i
- 12. Auxiliary Building Vent lol dine, RM-90-101C, cpm 80 l 13. /0 Steam Generator Blowdown, RM-90-120A, cpm r] 14.
Steam Generator Blowdown, RM-90-121A, cpm 5000 .
'v 15.
Condenser Vacuum Pump Air Exhaust, low Range, 4000 RM-90-99, cpm i 16. Condenser vacuum Pump Air Exhaust, High Range, 30 RM-90-119, cpm 17. ERCW Discharge Header A, RM-90-133A, cpm f50 18. ERCW Discharge lleader A, RM-90-140A, cpm Boo 19. ERCW Discharge.Ileader B, RM-90-134A, cpm ____, /gpp
- 20. ERCW Discharge lleader 8, HM-90-141A, cpm / g 00-
_____,_,_,,,]_, 6o0 Remarks: D 'g Data By: .
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. . . 1 SQN-REP-IPD
') (- A SQN, IP-6 Page 3 of 4 Rev. 10 Attachment 2b l
'~
POST ACCIDENT AREA RADIATION MONITOR UPDATE Date N![O !8[ Time N // Sr, Unit [ 1 '. Uppe/ / r Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. O Upper Containment High Range (top of SG #1 and #4 enclosure),
Elev. 785, RM-90-272, R/hr 0 3. Lower Containment High Range (inside polar crane wall, between , SG's #2 and #3), Elev. 715, RM-90-273, R/hr ,
- 4. Lower Containment High Range (inside polar crane wall, between/#CL 805mek '
SG's #1 and #4), elev. 715, RM-90-274, R/hr 6 5. Shield Building Vent Low Range (below CCS C-S pump transfer switch, 6900 V shutdown board room), elev. 734, RM-90-260, mR/hr < 0, /
- 6. -V.
Shield Building Vent High Range (below CCS C-S pump transfer switch, y 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr F- < /0
- 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-9,0-275, mR/hr /0
- 8. Reactor Coolant Drain Tank ' Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr AO 9.,
V<, Reactor Building floor and Equipment Drain Sump Pump Dischirge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pump
; AO Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr
/8
- 12. /0-RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 1 < /03
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr
( 14. RHR Pump Room B-B High Range, Elev 653, RM-90-293, mR/hr .y. < //)J _
- 15. Condenser vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr
- 16. -It- < 0s /
Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr M (/d . Remarks: t . Data by:
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p) /g P ,J1LDING AUXILI AR . s 8) , ELEVATION 706.0 8 714.0 NORTH g X FUEL TRANSFER VALVE RM. EL. 706.0 UNIT I ' X AIR LOCK ' EL. 714.0 ; STEAM VALVE
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)- Time: 4 hours to 4 hours 10 minutes AIR SAMPLE DATA Point Reading (I-131)
A S.0 X 10-4 pCi/cc B 7.0 X 10-4 VC1/cc C 9.0 X 10-4 pC1/cc D 3.0 X 10-3 uCi/cc E ------------------ F 3.0 X 10-3 pCi/cc TEA:DFS 01/14/85 l B1014A.DS V O O O
1 ' Time: 4 hours to 6 hours I RADIATION DATA A. Inside Dooray to SV Building Hallway
- 1. Gamma - 200 mR/hr
- 2. Airborne Radioiodine - 1 X 10-8 Ci/cc B. Elevation 690 - Health Physics Lab Normal Radiation Levels C. Elevation 690 - Machine Shop .
- 1. Gamma - 4 mR/hr 2.- Airborne Radioiodine - 0.25 X 10-8 C1/cc TEA:DFS 01/14/85 B1014A.DS' O
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O Time: 4 hours 10 minutes to 4 hours 20 minutes AIR SAMPLE DATA Point Reading (I-131) A 3.5 X 10-4 pci/cc B 5.0 X 10-4 pCi/cc C 6.0 X 10-4 pci/cc D 2.0 X 10-3 pci/cc E __________________ F 2.0 X 10-3 pCi/cc TEA:DFS 01/14/85 B1014A.DS o I C:) .
AUXlL l UILDING - : ELEt '690.0 NOrrrH END l
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TIME 48MN +- SURVEY NO. SURVEYED BY , (1
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1 DATE N/6 /gy - u-4 ... TlME .
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O Time: 7 hours to 8 hours AIR SAMPLE DATA Point Reading (I-131) A B 5.0 X 10-5 pci/cc C 7.2 X 10-5 pci/cc . D 9.0 X 10-5 uci/cc ! E 2.8 X 10-4 pci/cc F 3.0 X 10-4 pci/cc 2.8 X 10-4 pel/cc . TEA:DFS 01/14/85 B1014A.DS ' O : a 6 r JO -
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REACTOR COOLANT ACTIVITY ( Time: 0 Hours (initial conditions) Isotope Microcuries per cubic centimeter 1.1 X 10 -1 (Kr 85m) Kr 87 6. 0 X 10 Kr 88 2.0 X 10-Xe 131m 1.1 X 10-Xe 133m 2.2 X 10-Xe 133 1.8 X 10 Xe 135 3.5 X 10 -1 I 131 -1 I 132 2.7 X 10_g
- 1. 0 X 10 I 133 3.8 X 10-1 I 135 1. 9 X 10 Rb 88 2.0 X 10-Cs 134 -2 Cs 137 2.5 X 10_2 1.8 X 10 Te 129 1. 6 X 10-3 Te 132 2.7 X 10 -2 Ba 140 2.2 X 10 4
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REACTOR COOIANT ACTIVITY ( Time = 2 hours to 3 hours
, Activity Isotope Microcuries per cubic centimeter
~
~ (Kr 85m) 9.14 X 10 Kr 87 9.14 X 10-1 Kr 88 1.87 X 10 0~
Xe 131m 1.66 X 10 Xe 133m 3.98 X 10 01 Xe 133 4.15 X 10 Xe 135 2.12 X 10 0 I 131 1.74 X 10 1 132 1.66 X 10 0 , I 133 - 5.93 X 10 00 I 135 3.74 X 10
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REACTOR COOLANT ACTIVITY ( Time 4 hours Isotope Microcuries per cubic centimeter
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3 - 9 .. ENVIRO 10 ENTAL MONITORING DATA Time 0830 - 0845 GM Readings
.itoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc)
Mile E-Sector 14.7 11.0 13.2
.iles ENE+ Sector 10.2 14 B B B B B B B E-Sector 3.4 2.6 3.1 2.4 E-Sector 3 B 0.25 0.19 0.23 0.18 B ion 2-3 -
0.4 0.3 0.3 B 2-4 0.2 B B 3.4 2.6 3.1 2.4 iles ENE+ Sector 3 8 B B B B B B E-Sector 1.7 1.3 1.5 1.2 2 B E+ Sector B B B B B B iles ENE+ Sector B' B B B B B E-Sector 1.1 0.82 0.98 0.76 E+ Sector 1 B B B B B ion 4-4 B B B B B B B B 4-5 0.58 0.43 0.52 0.41 B B der monitoring ins-Background 2x10-51 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
.m - - - ..
9 .- ENVIRONMENTAL MONITORING DATA Time 0845 - 0900 GM Readings itoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) i Mile E-Sector 9.28 6.96 8.35 E+ Sector 6.49 9 B 14.70 11.03 13.23 10.29 iles E-Sector 14 B 2.01 1.51 1.81 1.41 2 E+ Sector B 3.57 2.68 3.22 2.50 3 ion 2-3 Sector
- B B B B B
2-4 Sector B B 0.41 0.31 0.37 0.29 B siles E-Sector 1.32 0.99 1.19 B E+ Sector 0.93 1 B 0.94 0.70 0.84 0.66 B
.iles E-Sector 0.73 0.53 0.63 B
E+ Sector 0.49 B B 0.58 0.43 0.52 0.41 ion 4-5 0.93 0.69 0.83 B B iles E-Sector 0.65 B B 0.49 0.37 0.44 0.34 B E+ Sector B 0.41 0.31 0.37 0.29 B
.iles E-Sector 0.36 0.27 0.32 B
E+ Sector 0.25 B B 0.27 0.20 0.24 0.19 B B her monitoring ons-Background 0.02-0.04 0.02-0.04 2x10-l' 0.02-0.04 0.02-0.04 0 5x10-11
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ENVIRONMENTAL MONITORING DATA Time 0900 - 0915 GM Readings itoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) .iles E-Sector 1.32 0.99 1.19 E+ Sector 0.93 1 B 0.94 0.70 0.84 0.66 iles E-Sector 0.71 0.53 0.63 B B E+ Sector 0.49 B B 0.58 0.43 0.52 0.41 ion 4-5 - 0.93 0.69 B B Eles E-Sector 0.83 0.65 B B 0.49 0.37 0.44 0.34 E+ Sector B B 0.41 0.31 0.37 0.29 ties E-Sector B B 0.36 0.27 0.32 0.25 E+ Sector B B 0.27 0.20 0.24 &.19 ion 6-6 B B B B B B B
- les E-Sector 0.27 0.20 0.24 B
E+ Sector - 0.19 B B 0.22 0.17 0.20 0.16 B B er monitoring as-Background 0.02-0.04 2x10-22 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-13 a
m .#~. n 9 . ENVIRONMENTAL MONITORING DATA Time 0915 - 0930 GM Readings itoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) les E-Sector 0.93 0.67 0.83 0.65 B B E+ Sector 1.09 0.82 0.98 les E-Sector 0.76 1 B 0.69 0.52 0.62 0.49 B B E+ Sector 0.79 0.59 0.71
.on 4-5
- 0.56 B B 0.49 0.37 0.44 0.34 B B les E-Sector 0.27 0.20 0.24 0.19 E+ Sector 8 B 0.30 0.22 0.27 0.21 B les E-Sector B 0.20 0.15 0.18 0.14 B E+ Sector B 0.22 0.17 0.20 0'.16 B B on 8-5 0.40 0.30 0.40 les E-Sector 0.30 B B 0.16 0.13 0.15 0.11 B B E+ Sector 0.19 0.14 0.17 eles E-Sector 0.13 B B 0.13 0.08 0.11 0.09 B B E+ Sector 0.15 0.11 0.14 - 0.11 B B er monitoring
.is-Background 2x10-33 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m m. .m ENVIRONMENTAL MONITORING DATA Time 0930 - 0945 GM Readings Monitoring Location 1-Meter 4-CM Open (mR/h) los Chamber Air Samples Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc)
- -6 Miles E+ Sector 0.60 0.47 0.56 0.35
.-7-Ciles E-Sector 0.23 0.17 0.21 B B E+ Sector 0.17 B B 0.25 0.20 0.23 0.18 '-8 Ciles E-Sector 0.19 0.14 0.17 B B E+ Sector
- 0.14 B B 0.21 0.16 0.19 0.15 ocction 8.5 B B 0.39 0.29 0.35 0.27
' 9 Ciles E-Sector 0.14 0.11 0.13 B B E+ Sector 0.11 B B 0.19 0.14 0.17 0.13
-13 Miles E-Sector 0.13 0.10 0.12 B B E+ Sector 0.09 8 B 0.15 0.11 0.14 0.11 3ection 10-6 0.29 0.22 B B 0.26 0.21 B B . other monitoring 2x10-13 etions-Background 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m +. .-
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ENVIRONMENTAL MONITORING DATA Time ~ 0045 - 1000 GM Readings Monitoring Location 1-Meter 4-CM Open (mR/h) Ion Chamber Air Samples Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) ,
.-7 Miles E+ Sector 0.25 0.20 -B Miles E-Sector 0.23 0.18 B B 0.19 0.14 0.17 0.14 E+ Sector B B 0.21 0.16 0.19 0.15 ' -9 Ciles E-Sector 0.14 0.11 0.13 B B E+ Sector
- 0.11 B B 0.19 0.14 0.17 0.13 ocction B-5 0.39 0.2S B B
-19 Miles E-Sector 0.35 0.27 8 B 0.13 0.10 0.12 0.09 R E+ Sector 0.15 0.11 B oc tion 10-6 0.14 0.11 B B 0.29 0.22 0.26 0.21 B B l
1 ether monitoring tions-Background 0.02-0.04 2x10-12 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m - - 9 .. ENVIROIRENTAL MONITORING DATA Time 1000 - 1015 GM Readings ionitorina Location 1-Meter 4-CM Ion Chamber Air Samples Cg e (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readinas (mR/h) I-131 (pci/cc) 9 Miles E+ Sector 0.39 0.29 0.35 0.27 B B 10 Miles E+ Sector 0.33 0.25 0.30 0.23 B B E-Sector 0.15 0.11 0.14 0.11 B B e tion 10-6 0.13 0.10 0.12 0.09 B B ther monitoring 2x10-23 ions-Backaround - 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-13
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m ~ n 9 .* ENVIR0leENTAL MONITORING DATA Time 1215 - 1230 GM Readings oring Location 1-Meter 4-CM lon Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) : Closed (mR/h) Readings (mR/h) I-131 (pci/cc) sile ENE+ Sector 10.82 8.12 9.74 7.58 11 8.04 x 10-5
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l t l i I r monitoring is-Backaround 0.02-0.04 2x10 22 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
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ENVIRONIENTAL MONITORING IMTA Time 1245 - 1300 GM Readings
- Somitoring I.ocation 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) 1-131 (pci/cc) 5-1 Mile ENE+ Sector 10.82 8.12 9.74 7.58 2 Miles ENE-Sector 1.48 11 8.04 x 10-5 1.11 1.33 1.04 2 1.10 x 10-5 ENE+ Sector 4.38 3.28 3.94 3.06 4 3.25 x 10-5 E-Sector 2.63 1.97 2.37 1.84 cction 2-3 -
1.48 3 1.96 x 10-5 1.11 1.33 1.04 1 1.10 x 10-5 cction 2-4 2.51 1.88 2.26 1.76 2 1.87 x 10-5 other monitoring ctions-Background 2x10 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m ~ l , l .. ENVIROIRENTAL NOIIITORING DATA Time 1300 - 1315 GN Readings Noaitorian Location 1-Meter 4-CM Ion rh==her Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readinas (mR/h) I-131 (naci/cc) L5-1 Mile ENE+ Sector 10.8 8.1 9.7 7.6 I Miles ENE-Sector 1.50 11 8 x 105 1.12 1.35 1.06 2 1.1 x 10~5 ENE+ Sector 4.40 3.28 3.95 3.10 4 3.25 x 105 E-Sector 2.60 1.98 2.35 1.82
.occties 2-3 -
1.48 3 1.% x 10~5 1.11 1.33 1.04 2 1.10 x 10 s 2-4 2.51 1.88 2.26 - 1.76 2 1.87 x 10 s
!-3 tiles ENE+ Sector 0.69 0.52 0.62 0.48 E-Sector 0.52 5 5.12 x 10 s 0.39 0.47 0.36 B 3.86 x 10 s 11 c.ther monitoring ocntions-Bacharound 2x10 15 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m -- - 9 .- ENVIR0ltfENTAL MONITORING DATA Time 1315 - 1330 GN Readings
.lonitoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readinas (mR/h) I-131 (pci/cc)
.5-1 Mile E+ Sector 1.10 0.82 0.99 0.77 ESE-Sector 2.60 1 8.24 x 10 s . 1.95 2.34 1.82 3 1.95 x 10~5 Jt Miles E-Sector 1.48 1.11 1.33 1.04 E+ Sector 1 1.10 x 10~5 2.51 1.88 2.26 1.76 3 1.87 x 10~5 ESE-Sector - 1.51 1.15 1.37 1.10 ction 2-4 2 1.21 x 10~5 B B B 3 Miles E-Sector B B 1.67 x 10~7 0.52 0.39 0.47 0.36 B 3.86 x 10 s E* Sector 0.98 0.73 0.88 0.68 4 Miles E-Sector B 7.26 x 10 s 0.23 0.12 0.18 0.10 B 4.76 x 107 E+ Sector 0.80 0.60 0.72 0.56 cction 4-5 0.58 B 5.97 x 108 0.44 0.53 0.41 B 4.34 x 10~8 sther monitoring 2x10 " ctions-Background 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
M., h ENVIRO 10 ENTAL MONITORING DATA Time 1330 - 1345 I GM Readings
- lonitoring Location 1-fleter 4-CM lon Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) 5-1 Mile E+ Sector 1.10 0.82 0.99 0.77 ESE-Sector 2.60 1 8.24 x 10 s 1.95 2.34 1.82 3 1.95 x 10~5 2 Miles E+ Sector 0.17 0.13 0.15 0.12 ESE-Sector 0.53 B 1.25 x 10 s 0.40 0.48 0.37 8 3.99 x 10~8 ESE+ Sector 0.40 0.30 0.36 -
3 Miles E+ Sector 0.28 8 2.99 x 10 s 0.11 0.09 J.10 0.08 B 8.53 x 10~7 ESE-Sector 1.25 0.94 1.13 0.88 ESE+ Sector 0.69 1 9.31 x 108 0.52 0.62 0.48 B 5.12 x 10 s 4 Miles E+ Sector 0.43 0.32 0.38 0.30 ESE-Sector 0.80 B 3.17 x 10~8 0.60 0.72 0.56 8 5.97 x 10 s i Miles E-Sector 0.04 0.03 0.04 0.03 8 E+ Sector 0.58 3.19 x 10~7 0.44 0.53 0.41 B 4.34 x 10~8 ESE-Sector 0.30 0.23 0.27 0.21
= tion 4-5 B B 2.26 x 10 s B B B B 2.32 x 10~18 cther e nitoring ctions-Background 2x10
0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
I 9 .. ENVIRONMENTAL MONITORING DATA Time 1345 - 1400 GM Readings Monitoring Location 1-Meter 4-CM lon Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc)
.5-1 Mile ESE+ Sector 0.06 0.04 0.05 0.04 SE-Sector 0.17 0.12 B 4.28 x 107 0.15 0.12 B 1.24 x 10 s SE+ Sector 0.39 0.30 0.35 0.28 B 2.93 x 10~8 SSE-Sector 0.32 0.24 0.29 0.22 - -2 Miles ESE+ Sector B B B 2.37 x 10 s B B B 2.98 x 107 SE-Sector 0.17 0.13 0.15 0.12 SE+ Sector 0.53 B 1.25 x 10 s 0.40 0.48 0.37 B 3.99 x 10 s SSE-Sector 0.40 0.30 0.36 0.28 - -3 Ciles ESE+ Sector 0.07 B 2.99 x 10 s 0.05 0.06 0.05 B 5.16 x 107 SE-Sector 0.25 0.19 0.22 0.17 SE+ Sector 0.18 B 1.87 x 10 s 0.14 0.16 0.13 B 1.36 x 10 s acction 2-7 0.35 0.26 0.31 0.24 icction 3-5 0.25 B 2.60 x 10 s 0.19 0.23 0.18 B 1.91 x 10 s -4 Miles ESE-Sector 0.06 0.05 0.06 ESE+ Sector 0.43 ~ 0.04 B 4.76 x 10~7 0.32 0.38 0.30 B 3.17 x 10 s SE-Sector 0.80 0.60 0.72 -5 Miles E+Secotr 0.56 B 5.97 x 10~8 0.04 0.03 0.04 0.03 ESE-Secotr 0.30 B 3.19 x 10~7 0.23 0.27 0.21 B 2.26 x 108 ESE+ Sector 0.58 0.44 0.53 -
SE-Sector . 0.41 B 4.34 x 10 s 0.30 0.23 0.27 0.21 B 2.26 x 10 s
-6 Miles ESE-Sector 0.51 0.38 0.46 0.36 ESE+ Sector 0.26 B 3.80 x 10 s 0.20 0.24 0.18 B 1.94 x 10 s -7 Miles ESE+ Sector 0.16 0.12 0.15 0.11 B 1.22 x 108 11 ether monitoring ac-tions-Background 0.02-0.04 2x10-
0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m . 9 .- ENVIROIRENTAL MONITORING DATA Time 1400 - 1415 GM Readings storing Location 1-Meter 4-CM lon Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) Mile S+ Sector 0.39 0.30 0.35 0.28 SSW-Sector 0.32 B 2.93 x 10~8 0.24 0.29 0.22 8 2.37 x 10 s
.les SSE+ Sector 0.17 0.13
- 0.15 0.12 S-Sector 0.53 B 1.25 x 10 s 0.40 0.48 0.37 B 3.99 x 10 s S+ Sector 0.40 0.30 0.36 0.28 ales SE+ Sector B B 2.99 x 10 s B B SSE-Sector B B 1.05 x 10~7 0.07 0.05 0.06 0.05 B 5.16 x 10~7 SSE+ Sector 0.25 0.19 0.22 -
S-Sector 0.17 B 1.87 x 10 s 0.18 0.14 0.16 0.13 8 1.36 x 10 s iles SE+ Sector B' B B SSE-Sector B B 2.85 x 10~7 0.11 0.08 0.10 0.08 B 8.10 x 10~7 SSE+ Sector 0.15 0.11 0.14 -
;on 4-10 0.11 B 1.15 x 10 s 0.11 0.08 0.10 0.08 8 8.10 x 10~7 4-11 0.15 0.11 0.14 0.11 8 1.15 x 10~8 iles SE-Sector B B B
~
SE+ Sector B B 1.87 x 10~7 0.07 0.06 0.07 0.05 B 5.73 x 10~7 SSE-Sector 0.11 0.08 0.10 SSEtSector 0.07 8 8.04 x 10~7 0.07 0.06 0.07 0.05 B 5.58 x 107
- on 5-4 0.11 0.08 0.10 0.07 B 8.04 x 10~7 iles SE-Sector 0.05 0.04 0.04 0.03 SE+ Sector 0.08 B 3.64 x 10~7 0.06 0.07 0.06 B 6.92 x 10~7 SSE-Sector 0.06 0.05 0.06 0.04 ion 6-7 B B 4.72 x 10~7 B B B B 1.13 x 10~7
.er monitoring ins-Background 2x10
0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
~ ,
9 . ENVIRONMENTAL MONITORING DATA Time 1400 - 1415 GN Readings citoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (nR/h) I-131 (pci/cc) Miles ESE+ Sector B B B B SE-Sector 0.20 0.15 B 1.74 x 10~7 SE+ 0.18 0.14 B 1.49 x 10~8 0.41 0.31 0.37 0.29 - SSE-Sector B B B B 3.04 x 10 s
. tion 7-3 B B 1.74 x 107 B B B B 7-4 B B B B 1.42 x 107 Miles ESE+ Sector B B B 0.16 0.12 0.15 0.11 SE-Sector 0.34 0.25 0.30 B 1.42 x 107 SE+ Sector 0.24 B 2.50 x 10 s 0.16 0.12 0.15 0.11 -
tion 8-7 B' B B 1.22 x 10 s B B 9-5 B B B 1.13 x 10~7 B - Mile SE-Sector B B B B B 7.45 x 10 s B B 1.13 x 107 l her monitoring l tons-Background 0.02-0.04 2x10 22 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m m n 9 .- ENVIRONMENTAL MONITORING DATA Time 1415 - 1430
, GM Readings ing Location 1-Meter 4-CH Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) e S-Sector 0.17 0.12 0.15 0.12 S+ Sector 0.39 B 1.24 x 10 s 0.30 0.35 0.28 B 2.93 x 10 s i
SSW-Sector 0.32 0.24 0.29 0.22 B 2.37 x 106 I . S-Sector 0.08 0.06 0.07 0.06 S+ Sector . 0.06 B 6.02 x 10~7 0.05 0.05 0.04 B 4.50 x 10~7 S-Sector B B B i S+ Sector B B B 2.82 x 10~7 B B I SSE+ Sector B B B 2.05 x 10~7 B B S-Sector B B 2.85 x 10~7
! 0.15 0.11 0.14 0.11 B 1.15 x 10 s j S+ Sector 0.11 0.08 0.10 0.08
! 4-11 B B 8.10 x 10~7 B B SSE-Sector B B B 2.85 x 10~7 B B l SSE+ Sector B B 1.87 x 10~7 0.07 0.06 0.07 0.05 B 5.58 x 10~7 i S-Sector 0.11 0.08 0.10 0.07 ! 5-5 0.13 B 8.04 x 10~7 0.10 0.11 ~ 0.09 B 9.51 x 10~7 SE+ Sector B B B ! SSE-Sector 0.06 B B 2.26 x 10 s 0.05 0.06 0.04 B 4.65 x 10~7 } SSE+ Sector 0.09 0.07 0.08 0.06 B 6.92 x 10~7 1 S-Sector 0.06 0.05 0.05 0.04 ! SE-Sector. B 8 4.72 x 10~7 B B SE+ Sector B B B 1.65 x 10 s B B SSE-Sector B B 1.13 x 10~7 0.07 0.05 0.06 0.05 B 5.38 x 10~7 SSE+ Sector 0.07 0.05 0.06 S-Sector. 0.05 B 5.38 x 10~7 0.05 0.04 0.04 0.03 7-4 0.05 B 3.64 x 10~7 0.04 0.04 '0.03 B 3.64 x 10~7 l 7-5 B B B B B 1.65 x 10 s i monitoring I Background 2x10 55 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11 l
n -- t . ENVIRONMENTAL MONITORING DATA Time 1415 - 1430 GM Readings itoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) 1 iles SE-Sector B B B B B 1.42 x 10~7 SE+ Sector B B B SSE-Sector 0.06 0.04 B B 2.93 x 107 0.05 0.04 B 4.35 x 10~7 SSE+Sectpr B B B - iles SE-Sector- 0.14 0.10 B B 8.96 x 10 s 0.12 0.10 B 1.02 x 10 s SE+ Sector 0.28 0.21 0.26 0.20 B 2.12 x 106 SSE-Sector B B B ion 9-5 B B B B 1.13 x 107-B 9-6 0.25 0.18 B B 7.45 x 10 s 0.22 0.17 B 1.83 x 10 s i ililes SE+ Sector 0.11 0.08 0.10 SSE-Sector 0.08 B 8.22 x 107 B B B B B 1.42 x 10~8 i
- er monitoring
[ 2ns-Background 2x10 22 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
A :: 2,H m. m a t . ENVIRONMENTAL MONITORING DATA Time 1430 - 1445 GM Readings itoring Location 1-Meter 4-CM Open (mR/h) Ion Chamber Air Samples Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) 1
. Mile S+ Sector 0.39 0.30
) SSW-Sector 0.35 0.28 B 2.93 x 108 0.32 0.24 0.29 0.22 -
.iles S+ Sector 0.08 0.06 B 2.37 x 10 s l SSW-Sector 0.07 0.06 B 6.02 x 10~7 0.06 0.05 0.05 0.04
.iles S-Sector . B B B 4.50 x 10~7 B B S+ Sector B B B 2.05 x 10~7 B B SSW-Sector B B B 2.82 x 10~7 B B
' iles S-Sector B B B 7.77 x 10 s B B S+ Sector B B B 1.22 x 10~7 B B
.iles S-Sector B B B B 1.22 x 10~7 S+ Sector B B B B 8.41 x 10 s B B ion 5-5 B B B 2.82 x 10 s B B iles SSE+ Sector B B B 4.69 x 10~18 B
I S-Sector B B B B B 2.26 x 108
! S+ Sector B B 1.50 x 10~7 0.06 0.05 0.06 ~ 0.04 i
iles SSE+ Sector 0.05 0.04 B 4.72 x 10~7 S-Sector 0.04 0.03 B 3.64 x 107 0.07 0.05 0.06 0.05 S+ Sector B B B 5.38 x 10~7 B i ion 7-5 B B B B 1.13 x 10~7 B B iles SSE-Sector B B B 2.93 x 10~7 ' B-I SSE+ Sector' B B B B B 8.96 x 108 B 2.93 x 10~7 S-Sector B B B B { ion 8-8 0.14 0.10 B B 4.35 x 10~7 8-9 0.12 0.10 B 1.02 x 10~8
. 0.28 0.21 0.26 0.20 i
' 9-6 B B E 2.12 x 10~8 B B iles SE+ Sector B B B 8.4 x 10 11 B B i SSE-Sector 0.11 0.08 B -B SSE+ Sector 0.10 0.08 B 8.22 x 10~7 0.25 0.18 0.22 0.17 S-Sector B B B 1.83 x 10~8 B B B 1.42 x 108 ter monitoring ans-Background 0.02-0.04 2x10 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11 \
s - t .- ENVIRONMENTAL MONITORING DATA Time 1430 - 1445 GM Readings Monitoring Location 1-Meter 4-CM lon Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc)
- -10 Miles SE+ Sector B B SSE-Sector 0.22 B B B 1.18 x 108 0.16 0.19 0.15 B 1.60 x 10~8 SSE+ Sector 0.10 0.07 0.09 0.07 B 7.16 x 107 S-Sector B B B ocation 10-9 -
B B B 6.38 x 10 s B B 10-10 B B 1.18 x 10~18 B B - 10-11 B B B B 6.38 x 10 s B B B B 1.18 x 10~8 'l other monitoring >citions-Background 2x10 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-21
/
9 .- ENVIRONMENTAL MONITORING DATA Time 1445 - 1500 GM Readings Monitoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) 1-10 Miles SSE-Sector B B SSE+ Sector B L B 4.92 x 10 s B B S-Sector 0.04 B B B 1.95 x 107 0.03 0.04 0.03 B 3.08 x 107 r.ccction 10-9 B B B 10-10 - B B 7.34 x 10 11 B B 10-11 B B B 2.58 x 10 10 B B B 10-12 B B 2.66 x 10~7 B B B B B 4.59 x 10 s All ether monitoring 2x10-22 centions-Background 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m ~ i 9 .- ENVIRONMENTAL MONITORING DATA Time 1445 - 1500 GM Readings toring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) 1
, :lile S-Sector 0.32 0.24 0.29 0.22 B 2.37 x 10 s S+ Sector 0.39 0.30 0.35 0.28 les S-Sector B 2.93 x 10 s 0.06 0.05 0.05 0.04 B 4.50 x 10~7 S+ Sector 0.08 0.06 0.07 0.06 SSW-Sector -
B 6.02 x 10~7 0.06 0.05 0.05 0.04 B 4.50 x 107 les S-Sector B B B B B 2.05 x 107 S+ Sector B B B SSW-Sector B B 2.82 x 10~7 B B
- les S-Sector B B B 7.77 x 10 s B B B
; S+ Sector B B 1.22 x 10~7 B B B Les S-Sector B B 1.73 x 10~7-B B 8.41 x 10 s B B B ! S+ Sector B B B l les S-Sector B B 1.21 x 10~7 B
i S+ Sector B B B B 7.11 x 10 s B Les S-Sector B B
~
B B 1.04 x 107 - B B S+ Sector B B B 5.49 x 10 s f B B B B B 8.10 x 108 i 1es SSE+ Sector B B ! S-Sector B B B 1.27 x 10 s I 0.06 0.04 0.05 0.04 B 4.35 x 10~7 S+ Sector 0.06 0.04 0.05 0.04 on 8-8 B 4.35 x 10~7 B B 8-9 B B B 6.04 x 10~10 B 8-10 B B B B 7.17 x 108 B B
- les SSE+ Sector B B B 2.41 x 10~7 B B S-Sector B B B 2.41 x 10~7 1
0.05 0.04 0.04 0.03 B 3.61 x 10~7 S+ Sector B B B B B 7.17 x 108 er monitoring- 2x10 21 i as-Background 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
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i 9 .. ENVIRONMENTAL MONITORING DATA Time 1500 - 1515 CM Readings GM Readings oring Location 1-Meter 4-CM lon Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc)
.ile S+ Sector 0.32 0.24 0.29 SSW-Sector 0.22 B 2.37 x 10's 0.17 0.12 0.15 0.12 -
' .es S+ Sector 0.06 0.05 B 1.24 x 10 s 0.05 0.04 B 4.50 x 10~7 SSW-Sector . B B B B B 1.89 x 10~7 es S-Sector B B B B B 2.05 x 10~7 S+ Sector B B D B B 2.82 x 10~7 SSW-Sector B B B B C 2.05 x 10~7 es S-Sector B B B B B 1.22 x 10~7 S+ Sector B B B B B 1.73 x 10~7 SSW-Sector B B B B B 1.22 x 10~7 es S-Sector B B B - S+ Sector B B B B 8.41 x 10 s B B SSW-Sector B B B 1.21 x 10~7-B es S-Sector B B
~
B B 8.41 x 10 s B - S+ Sector B B B B 7.11 x 10 s B B SSW-Sector B B 1.04 x 10~7 B B - es'S-Sector B B B B 7.11 x 10 s B S+ Sector B B B B 5.49 x 10 s B 4 SSW-Sector B B B B 8.10 x 108-B i as S-Sector B B B B 5.49 x 10 s-B S+ Sector B B B B 4.41 x 10 s-B i SSW-Sector B B B B 6.55 x 10 s-B B 1 7-6 . B B B 1.35 x 10 s B ! 8-9 B B B B 1.71 x 10 s B ! 8-10 B B B B 5.95 x 108 B B 8-11 B B B 1.28 x 10~10 B B i B 9.10 x 10~11 ! r monitoring s-Background 0.02-0.04 0.02-0.04 2x10- 0.02-0.04 0.02-0.04 0 5x10-11
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R ( m 4 0 d e BBBBBB s 0 o ' 2 l . 0 C M 0 C 4 ) A h T / A R 4 D m 0 ( G s BBBBBB 0 N g n - I R n e 2 i p 0 O d O T a 0 I e . N R c O ) M M h G / L R A m T ( 4 N 0 E d M e BBBBBB 0 N s - O o 2 R l 0 I rC V e 0 N t E e M )
- h 1 /
R 4 ( m 0 n BBBBBB 0 e 2 p 0 O 0 n o . i rr . gd t a rroo oott nn i u c tt cc ro o ccee or L eeSS 1 t g g SS +21 ik n - +SS - - nc % SS 00 oa i s 11 mB r s e - o e l n rs t l i o en i i M i h o
- n. M 3 t
- t. i_
a
r i 9 .- ENVIRONMENTAL MONITORING DATA Time 1515 - 1715 GM Readings aitoring Location 1-Meter 4-CH Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) tiiles S-Sector 7.67 x 10 10 S+ Sector SSW-Sector 4.63 x loa Miles S-Sector 7.67 x 10 10 Background 6.92 x 108 S+ Sector- - 4 x 10 s SSW-Sector 6.92 x 109
- t. ion 10-12 7.87 x 10 10 d
ther monitoring 2x10 2' ions-Background 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m .m n 9 .. ENVIRONMENTAL MONITORING DATA Time 1515 - 1715 GM Readings snitoring Location 1-Meter 4-CM lon Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) 1-Mile S-Sector B B B S+ Sector 0.39 0.30 B B 1.24 x 108 0.35 0.28 B 2.93 x 10 s SSW-Sector B B B fliles S-Sector B B B B 1.24 x 108 - B B B 4.48 x 10 s S+ Sector . 0.15 0.11 0.13 SSW-Sector 0.10 B 6.02 x 10~7 B B B
. tiles S-Sector B B B B 4.48 x 108 -
B B B 1.57 x 10 s S+ Sector 0.08 0.06 0.07 SSW-Sector 0.06 B 2.82 x 107 B B B Miles S-Sector B B B B 1.57 x 108-S+ Sector B B B B 4.29 x 10 s B B SSW-Sector B B B 1.73 x 10~7 B B tiiles S-Sector B B B 4.29 x 10~7 B B S+ Sector B B B 4.65 x 10~9 B B SSW-Sector B B B 1.21 x 10~7 B B
!!iles S-Sector B B B 4.65 x 10~9 B
S+ Sector B B B B 2.26 x 108 B B SSW-Sector B B B B 1.04 x 107 B B B 2.26 x 10~8 Miles S-Sector B B B S+ Sector B B B 2.48 x 10~9 B B SSW-Sector B B B B 8.10 x 10 s B B B 2.48 x 10~9
. tion 7-6 B B B
.Ililes S-Sector B B B 1.35 x 10~8 B B S+ Sector . B B B 1.91 x 10~9 B SSW-Sector B B B B B 6.55 x 108 B B B 1.91 x 10~9 other monitoring tions-Background 2x10 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
S .^. ^ 9 .- ENVIRONMENTAL MONITORING DATA Time 1715 - 1800 4 GM Readings
- anitoring Location 1-Meter' 4-CM lon Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc)
-I Mile S+ Sector 0.32 0.24 0.29 0.22 -
Miles S-Sector 0.15 0.11 B 2.37 x 10 s 0.13 0.10 B 1.10 x 10 s S+ Sector 0.11 0.08 0.10 i Miles S-Sector 0.08 B 8.29 x 10~7 0.08 0.06 0.07 0.04 S+ Sector . 0.06 0.05 B 4.50 x 107 0.05 B B 1.89 x 107 Miles S-Sector B B B S+ Sector B B B B 2.16 x 107 ! B B B 1.55 x 107 Miles S-Sector B B B S+ Sector B B B B 1.43 x 107-B B B 9.97 x 10 s ! a' tion 5-5 B B B I Miles S-Sector B B B 5.61 x 10~8 B B i S+ Sector B B B B 1.04 x 107 B B B 8 Miles S-Sector B B B 7.11 x 10-S+ Sector B B B B 8.10 x 10 s B B B 5.49 x 108 Miles S-Sector B B B S+ Sector B B B B 6.55 x 10 s B B B 4.41 x 108 ation 8-9 B B B 8-10 B B B 9.10 x 10~11 B B B Miles S-Sector B B 1.46 x 10~8 B S+ Sector B B B B B 5.44 x 108 ation 10-11 B B B B B 3.43 x 108 B B B B 10-12 B B l 0 Miles S-Sector B B B B B 6.92 x 108 S+ Sector. B B B B 4 x 108 l B B B B 2.58 x 10~8 cther monitoring i tions-Background 2x10 22 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11 i
, n ^
9 .- ENVIRONMENTAL MONITORING DATA Time 1800 - 1815 GM Readings
'onitoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) ** Miles SSE+ Sector S-Sector 1.73 x 107 7
cetion 4-11 1.22 x 10-i Miles SSE+ Sector 4.29 x 10 s S-Sector 1.21 x 107 - stion 5-5 8.41 x 10 s-Miles SSE+ Sector 9.13 x 10 s S-Sector 1.04 x 10~7-
! Miles SSE+ Sector 7.11 x 10 s-Background 8.10 x 10 s S-Sector -
ation 7-5 5.49 x 10 s-s Miles SSE+ Sector 8.10 x 10 s-S-Sector 6.55 x 10 s ation 8-8 4.41 x 10 s 8-9 1.91 x 108-Miles SSE+ Sector 6.55 x 10 s-S-Sector 5.44 x 10 s-O Miles SSE+ Sector 3.63 x 10 s S-Sector 2.93 x 10 s-ation 10-11 4.63 x 10 s 10-12 4.00 x 108 7.87 x 10~10 i cther monitoring l' tions-Background 2x10 i 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
m .. ., t . ENVIRONMENTAL MONITORING DATA Time 1815 - 1830 GM Readings onitoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc) . Miles SSE-Sector ation 5-4 1.21 x 10~7 Miles SSE-Sector 1.21 x 10~7-SSE+ Sector 7.11 x 10 s - Miles SSE-Sector 8.01 x 10 s - SSE+ Sector 5.49 x 10 s-ition 7-4 8.10 x 10 s Background 1,71 x 10 s 7-5
~8 Miles SSE-Sector 2.48 x 10-SSE+ Sector 4.41 x 10 s-S-Sector 6.55 x 10 s ition J-8 1.91 x 10~8-8-9 3.63 x 10 s-Miles SSE-Sector 1.08 x 10 s SSE+ Sector ~ 2.93 x 10 s S-Sector 4.63 x 10 s 0 Miles SSE+ Sector 7.41 x 10~8 S-Sector 4 x 10 s -
4 tion 10-11 2.58 x 10 s 6.92 x 10~8 ather monitoring
.:f ons-Background 0.02-0.04 2x10-22 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-12
m m .. 9 . ENVIRONMENTAL MONITORING DATA Time 1830 - 1845 GM Readings aitoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc)
.liles SSE-Sector -
SSE+ Sector 8.10 x 10 s - SE+ Sector 5.49 x 10 s - . tion 7-4 1.71 x 10 s -
. files SSE-Sector 1.71 x 10 s SSE+ Sector 6.55 x 10 ~8 - .liles SSE-Sector 1.35 x 10 s Background 5.44 x 10 s SSE+ Sector -
cion 8-8 1.08 x 10 s - Miles SSE-Sector 3.63 x 10 s - SSE+ Sector 4.63 x 10 s - Lion 10-11 2.93 x 10 s 7.87 x 10 10 other monitoring tions-Background 2x10 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
9 . ENVIRONMENTAL MONITORING DATA Time 1845 - 1900 GM Readings
.anitoring Location 1-Meter 4-CM Ion Chamber Air Samples Open (mR/h) Closed (mR/h) Open (mR/h) Closed (mR/h) Readings (mR/h) I-131 (pci/cc)
Miles SSE-Sector - i Miles SSE-Sector 6.55 x 10 s SSE+ Sector 5.44 x 10 s ation 8-8 3.63 x 10 s Background 1.46 x 109
.0 Miles SSE-Sector -
SSE+ Sector 4.63 x 10 s
-(tion 10-10 4.00 x 10 s 7.87 x 10 10 l
ether monitoring itions-Background 2x10 0.02-0.04 0.02-0.04 0.02-0.04 0.02-0.04 0 5x10-11
)
c 3 c 1' c/ 1 l i - p c 0 m p 1 a ( x 0 S 5 0 1 9 r 3 3 1 i 1 2 n r A - 1 0 e 1 t f x
) 2 a h r /
e R b m (m a e h s m C g i n 0 9 T n i o d I a e R
)
h
/
R ( m 4 0 d e 0 s - o 2 l 0 C M 0 C 4 ) A h T / A R 4 D m 0 ( G s 0 N g n d - I n e n 2 R i p u 0 O d O o T a r 0 I e g
. N R k O ) c M H h a G / b L R A m d T ( a 4 N e 0 E d r M e 0 N s s -
O o e 2 R l l 0 I r C i V e m 0 N t E e 0 M ) 1
- h 1 / n R i 4
( m h 0 t i 0 n w - e p 2 s 0 O n o 0 i t a c o l l l A n o . i . gd t nn a i u c ro o or L t g ik g nc n oa m i r . mB o rs t en i n-
- h. oi
SQN-REP-IPD ~~ SQN,IP-6
?t- Page 2 of 4 Rev. 10
( Attachment 2A PROCESS RADIATION MONITOR U'DATE P Date $ h h5 Time T=30mW Unit l
/ /
-Lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed 1.
2. Lower Containment Particulate, RM-90-106A, cpm f/dgg4 / Lower Containment Total Gas, RM-90-106B, cpm
- 3. Lower Containment Iodine, Rft-90-106C, cpm J
- 4. Upper Containment Particulate, RM-90-112, cpm
/
- 5. Upper Containment Total Gas, RM-90-112B, cpm
/
- 6. Upper Containment Iodine, Rti-90-112C, cpm
/
7. Shield Building Vent Particulate, Rti-90-100A, cpm F 8. Shield Building Vent Total Gas, RM-90-Il0B, cpm f /Atr/sAsuk
- 9. Shield Building Vent Iodine, Rif-90-100C, cpm
_ Off5c,4Lg ' #ffg
- 10. Auxiliary Building Vent Particulate, # hr4 m ac '
RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, f//gM&/,
RM-90-101B, cpm ! 12. 13. Auxiliary Building Vent Iodine, RM-90-101C, cpm Steam Generator Blowdown, RM-90-120A, cpm
- 14. Steam Generator Blowdown, RM-90-121A, cpm i
{ 15. l Condenser Vacuum Pump Air Exhaust, low Range, Rt!-90-99, cpm l
- 16. i Condenser Vacuum Pump Air Exhaust, High Range, j R'l-90-Il9, cpm
- 17. i ERCW Discharge Ifeader A, Ril-90-133A, cpm
- 18. i ERCW Discharge Header A RM-90-140A, cpm
- 19. ERCW Discharge lleader B, RM-90-134A, cpm "' L~
- 20. ERCW Discharge Ifeader fl, RM-90-141A, cpm
[ ]I"-~ Remarks: la 0 XM Il8 = 6fpscM.E H16H Data By: '
/
( I
.o SQN-REP-IPD SQN, IP-6 A Page 3 of 4
( Rev. 10 Attachment 2h - POST ACCIDENT AREA RADIATION MONITOR UPDATE Date 1//, /B5 Time G J o_ ~ ; , unit /
- 1. Uppe/r Co/
ntainment High Range (top of SG#2 and #3 enclosure), Elev. 785, Rt!-90-271, R/hr
- 2. Upper Containment liigh Range (top of SG #1 and #4 enclosure), A/d(Mg Elev. 785, Rt!-90-272, R/hr
- 3. Lower Containment High Range (inside polar crane wall, between AfgRMAL SG's #2 and #3), Elev. 715, Rt!-90-273, R/hr
- 4. Lower Containment High Range (inside polar crane wall, between AfdgMN/, -
SG's #1 and #4), elev. 715, RM-90-274, R/hr A/44MM-5. 6. 6900 V shutdown board room), elev. 734, Rt!-90-260,. mR/hrShie Shield Building Vent liigh Range (below CCS C-S pump transfer switch 7. 6900 V shutdown board room), Elev. 734, Rti-90-261, mR/hr Reactor Coolant Drain Tank Pump Discharge (on shield wall, bd Elev. 690 pipe chase), Rt!-90-275, mR/hr A/dgMAL.
- 8. Reactor Coolant Drain Tanis Pump Discharge (on sheild wall, Elev. 690 pipe chase), Rt!-90-276, mR/hr A/06kfM,
- 9. Reactor Building Floor and Equipment Drain Sump Pump
{ Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-2!?, mR/hr A/dg414"L
- 10. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, Rt!-90-290, mR/hr
_A/d4'M fL
~
- 12. RHR Pump Room A-A High Range, Elev. 653, Rt!-90-291, mR/hr
- 13. RHR Pump Room B-B Low Range, Elev. 653, Rt!-90-292, mR/hr
- 14. RilR Pump Room B-B High Range, Elev. 653, Rti-90-293, mR/hr
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, Rt!-90-255, mR/hr
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, Rt!-90-256, mR/hr , h Remarks:
t, E6ausfE 90 401 = b 30 CPM 90- 46 2 .:a SI, a 00 0-FM 90 - 403 = CffscML -H169 l Data by: 1
/
) SQN-REP-IPD - SQN,IP-6 9t- Page 2 of 4 Rev. 10 (. Attachment 2A PROCESS RADIATION MONITOR U'DATE P Date .Y [P 86 Time I: .ld,.,/a. Unit [
/ /
-Lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed 1.
Lower Containment Particulate, Rt!-90-106A, cpm 2. Lower Containment Total Gas, RM-90-106B, cpm d/4fM4 2.
- 3. Lower Centainment Iodine, Rtt-90-106C, cpm J 4.
Upper Containment Particulate, Rtt-90-Il2, cpm I 5. Upper Containment Total Gas, RM-90-Il2B, cpm /
- 6. Upper Containment Iodine, Rt!-90-Il2C, cpm /
7. Shield Building Vent Particulate, Rtt-90-100A, cpm F
- 8. f /Ah_s4nfgf
- 9. Shield Building Vent Total Gas, Rtt-90-Il0B, cpm Shield Building Vent Iodine, RM-90-100C, cpm __ 0F#564f.4' ' ///4#
- 10. Auxiliary Building Vent Particulate, # Ar4sasas '
RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, f//ftfpl Rti-90-101B, cpm i 12.
- 13. Auxiliary Building Vent Jodine, RM-90-101C, cpm i Steam Generator Blowdown, RM-90-120A, cpm 14 i Steam Generator Blowdown, RM-90-121A, cpm
( 15. Condenser Vacuum Pump Air Exhaust, Low Range, l Rt!-90-99, cpm l
- 16. J Condenser Vacuum Pump Air Exh.sust, High Range, R'l-90-119, cpm l 17.
ERCW Discharge ihader A, RM-90-133A, cpm ~ i
- 18. l ERCV Discharge Header A, RM-90-140A, cpm
- 19. L'~~
- 20. ERCW Discharge Header B, RM-90-134A, epm ERCW Discharge lleader B, RM-90-141A, epm E~ " ~
Remarks: ' h 0 AM- 00.- //8 = OPPSC4l.E //16ll Data By: '
/
l 9 %
o SQN-REP-IPD SQN, IP-6 f A Page 3 of 4 Rev. 10 Attachment 2b - POST ACCIDENT AREA RADIATION MONITOR UPDATE Date 2/4/85 Time G AQy:a unit / 1. I I Upper Containment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr
- 2. Upper Containment High Range (top of SG #1 and #4 enclosure). A/d(M41 Elev. 785, RM-90-272, R/hr
- 3. _..A/gfedL Lower Containment High Range (inside polar crane wall, between SG's #2 and #3), Elev. 715, RM-90-273, R/hr AffggfL
- 4. Lower Containment High Range (inside polar crane wall, between SG's #1 and #4), elev. 715, RM-90-274, R/hr A[4(MA'l S. _
6. Shield 6900 Building V shutdown boardVent room),Low Range elev. 734, (below RM-90-260, CCS mR/hr C-S pump . transfe 7. Shield 6900 Building V shutdown boardVent room),liigh Range Elev. 734, (below RM-90-261, CCS C-S pump mR/hr 3 transfe Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, A/dRMAL Elev. 690 pipe chase), RM-90-276, mR/hr
- 9. Reactor Building Floor and Equipment Drain Sump Pump A/0 Mf46 _
Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr A/dgMWL
- 10. Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A low Range, Elev. 653, RM-90-290, mR/hr ~A/d4'M fL
- 12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr
- 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr 14.
RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr
- 15. Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr
- 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr j
, Sf Remarks:
1 E8Mus(E 90 Gol = 630 CPM ' 60- 962 = 5/ 32 00 d/M , 90- 403 = CffscM.A -H164 . Data by:
/
(
-11 .
u .
SQN-REP-IPD ~ SQN, IP-6
?t- Page 2 of 4 Rev. 10 4
Attachment 2A PROCESS RADIATION MONITOR U'DATE P nate .2/6/B5
-~-
/
Time T= '7,,,e,. unit /
/
Lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed
- 1. Lower Containment Particulate, RM-90-106A, cpm
- 2. d/dgg4 2.
Lower Containment Total Gas, RM-90-106B, cpm
- 3. Lower Containment Iodine, RM-90-106C, cpm J
- 4. Upper Concainment Particulate, RM-90-Il2, cpm /
- 5. /
Upper Containment Total Gas, RM-90-Il2B, epm /
- 6. Upper Containment Iodine, RM-90-112C, cpm .
- 7. pr 8.
Shield Building Vent Particulate, RM-90-100A, cpm f /AEtaAgigg, Shield Building Vent Total Gas, RM-90-110B, cpm
- 9. Shield Building Vent Iodine, RM-90-100C, cpm Off.fc4L.s ' //ff//
- 10. # Ar4 mar, Auxiliary Building Vent Particulate, '
RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 4//fMg4 I
RM-90-101B, cpm 12. 13. Auxiliary Building Vent Jodine, RM-90-101C, cpm Steam Generator Blowdown, RM-90-120A, cpm 14 Steam Generator Blowdown, RM-90-121A, cpm 1 (. 15. j Condenser Vacuum Pump Air Exhaust, Low Range, RM-90-99, cpm f T
- 16. Condenser Vacuum Pump Air Exhaust, High Range, R'l-90-119, cpm 1
- 17. T ERCW Discharge llcader A, RM-90-133A, cpm
- 18. i ERCW Discharge Header A, RM-90-140A, cpm
- 19. f ERCW Discharge lleader B, Rt!-90-134A, cpm
- 20. ERCW Discharge Header 8, RM-90-141A, cpm ,.
__ ,_ _ l Remarks: ' I, 0 KM-00 -- H8= 0fpsc4LE- H16N ' Data By:
/
D
.o SQN-REP-IPD SQN, IP-6 I
A Page 3 of 4 Rev. 10 Attachment 2b - POST ACCIDENT AREA RADIATION MONITOR UPDATE Cate R & h6 Time 7 % & v. Unit l
- 1. Uppe/r Co/
ntainment High Range (top of SG!/2 and #3 enclosure). Elev. 785, RM-90-271, R/hr 2. Upper Containment High Range (top of SG #1 and #4 enclosure), A/d(M4L Elev. 785, RM-90-272, R/hr
- 3. Lower Containment High Range (inside polar crane wall, between . . . A/e RMA L SG's #2 and #3), Elev. 715, RM-90-273, R/hr 4.
Lower Containment High Range (inside polar crane wall, between A/4AMkL SG's #1 and #4), elev. 715, RM-90-274, R/hr
- 5. A[d(A4/N.
6. Shield Building 6900 V shutdown boardVent Low734, room), elev. Range (below RM-90-260, mR/hr CCS C-S .pump tran Shield Building Vent liigh Range (below CCS C-S pump transfer switch 6900 V shutdown board room), Elev. 734, RM-90-261, mR/hr bO 7. Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr A/dgMAL
- 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, Elev. 690 pipe chase), RM-90-276, mR/hr A/0 g M M.,
- 9. Reactor Building Floor and Equipment Drain Sump Pump
( Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr
- 10. 4/dgM4'l Reactor Building Floor and Equipment Drain Sump Pump Discharge, (on shield wall, Elev. 690 pipe chase),
RM-90-278, mR/hr
- 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr _ A/dfM+L
~
12. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 13. RHR Pump Room B-B Low Range, Elev. 653, RM-90-292, mR/hr 14 15. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 - Turbine Building, RM-90-255, mR/hr 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, RM-90-256, mR/hr
, d Remarks:
1 E8MLtAl2 90 Gol = 6 30 CPM 90-962= 5/200
' 5 Um 403 = 0ppscet.s -H164 90 -
Data by:
/
(
-11 .
.o SQN-REP-IPD SQN, IP-6 I
A Page 3 of 4 Rev. 10 Attachment 2h - POST ACCIDENT AREA RADIATION MONITOR UPDATE Date
~ 1/(o/85 Time G O__ unit /
- 1. Uppe/r Co/
ntainment High Range (top of SG#2 and #3 enclosure), Elev. 785, RM-90-271, R/hr 2. Upper Containment High Range (top of SG #1 and #4 enclosure), A/d(44/, Elev. 785, RM-90-272, R/hr
- 3. Lower Containment High Range (inside polar crane wall, between A/4RM4L SG's #2 and #3), Elev. 715, RM-90-273, R/hr 4.
Lower Containment High Range (inside polar crane wall, betwcen AldatkL - SG's #1 and #4), elev. 715, RM-90-274, R/hr
- 5. Ald(M/PL
- 6. Shield Building 6900 V shutdown board Vent Low room), elev. Range 734, (below RM-90-260, mR/hr CCS C-S .
pump tra Shield Building Vent liigh Range (below CCS C-S pump transfer swttch 7. 6900 V shutdown board room), Elev. 734, Rt!-90-261, mR/hr bO Reactor Coolant Drain Tank Pump Discharge (on shield wall, Elev. 690 pipe chase), RM-90-275, mR/hr 8. Reactor Coolant Drain Tank Pump Discharge (on sheild wall, A/MGf/}L. Elev. 690 pipe chase), Rti-90-276, nR/hr 9. Reactor Building Floor and Equipment Drain Sump Pump 4/OfMM g Discharge, (on shield wall, Elev. 690 pipe chase), RM-90-277, mR/hr 10. Reactor Building Floor and Equipment Drain Sump Pum 4/dgMWL Discharge, (on shield wall, Elev. 690 pipe chase), p RM-90-278, mR/hr 11. RHR Pump Room A-A Low Range, Elev. 653, RM-90-290, mR/hr ~A/d&ffL 12. 13. RHR Pump Room A-A High Range, Elev. 653, RM-90-291, mR/hr 14. RHR Pump Room B-B Low Range, Elev. 653, Rff-90-292, mR/hr 15. RHR Pump Room B-B High Range, Elev. 653, RM-90-293, mR/hr Condenser Vacuum Pump Air Exhaust Low Range, Elev. 732 Turbine Building, RM-90-255, mR/hr 16. Condenser Vacuum Pump Air Exhaust High Range, Elev. 732 Turbine Building, Rt!-90-256, mR/hr
, h Remarks:
1 E drA DAIE 90 401 = b30 CPM 90- 96 2 = 5/32 00 6/M 90 403 = 0ffscetA -H16// . Data by:
/_
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SQN-REP-IPD SQN,IP-6 M- Page 2 of 4 Rev. 10 i Attachment 2A PROCESS RADIATION HONITOR U'DATE P Date 2
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!86 Time I: O Unit /
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-Lower Containment sample valve status Open Upper Containment sample valve status Closed Open Closed
- 1. Lower Containment Particulate, Rt!-90-106A, cpm
- 2. Lower Containment Total Gas, RM-90-106B, cpm d/dg4ffi,
- 3. Lower Containment Iodine, RM-90-106C, cpm J
- 4. Upper Containment Particulate, RM-90-112, cpm
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- 5. Upper Containment Total Gas, RM-90-1128, cpm
*/
- 6. Upper Containment Iodine, RM-90-Il2C, cpm /
- 7. IV Shield Building Vent Particulate, Rt!-90-100A, cpm 8.
- 9. Shield Building Vent Total Gas, RM-90-Il0B, cpm gg f5c4LE //ff//
Shield Building Vent Iodine, RM-90-100C, cpm
- 10. Auxiliary Building Vent Particulate, # nr4 m as '
RM-90-101A, cpm
- 11. Auxiliary Building Vent Total Gas, 4//fM41 RM-90-101B, cpm 12.
13. Auxiliary Building Vent Jodine, RM-90-101C, cpm Steam Generator Blowdown, RM-90-120A, cpm
- 14. Steam Generator Blowdown, RM-90-121A, cpm i
( 15. I Condenser Vacuum Pump Air Exhaust, Low Range, RM-90-99, cpm / i
- 16. Condenser Vacuum Pump Air Exhaust, High Range, RM-90-119, cpm f
- 17. f ERCW Discharge lleader A, RM-90-133A, cpm ~~"
j
- 18. ERCW Discharge Header A, RM-90-140A, cpm
- 19. ERCW Discharge lleader B, RM-90-134A, cpm ~
f-
- 20. ERCW Discharge Ifeader 8, RM-90-141A, epm 7-Remarks: '
/*
0 A?M U8 = effscht.E- H16N Data By: '
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SEQUOYAH NUCLEAR PLANT I. 1985 REP EXERCISE
. Message For: Maintenance Team at RWST Date: February 6,1985 Time: T = 6 Hours, 30 Minutes Message: THIS IS A DRILL.
Diesel pump has been aligned to allow water to be pumped , into RWST. Water can be pumped into the RWST up to the level of the rupture. ( G ( .
.. .. .- - . --. . . . _ . .-_ - . _ . -- - - _ _ . - _. ..~
4 SEQUOYAH NUCLEAR PLANT t
. 1985 REP EXERCISE
. Message For: Maintenance Team at #3 Loop HSIV Date: February 6, 1985 Time: T = 8 Hours, 30 Minutes Message: THIS IS A DRILL.
I I i Still working to unjam MSIV on #3 loop. Efforts have not, met with any success. l ., ( 1
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SEQUOYAH NUCLEAR PLANT { 1985 REP EXERCISE Message For: Chemistry Controller Date: February 6, 1985 Time: T = 3 Hours, 30 Minutes Message: THIS IS A DRILL. Results of chemical samples analysis indicate approximately 1% clad failure. , ( l ? 9 e
I SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE
. Message For: Shift Engineer Date: February 6, 1985 Time: T = 5 Hours, 35 Minutes Message: THIS IS A DRILL.
Operators still injecting approximately 200 gpm into reactor core through the charging pumps. Primary water storage tank level now at 29 ft. (95%). ( .
I SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE
. Message For: Site Emergency Director / Shift Engineer Date: February 6,1985 Time: T = 4 Hours, 55 Minutes Message: THIS IS A DRILL.
The makeup water source to the reactor core is from the primary water storage tank via the blender to the VCT and charging pump suction. I 9 ( .
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%, l SEQUOYAH NUCLEAR PLANT J'
( 1985 REP EXERCISE t
. Message For: Shift Engineer Date: February 6,1985 Time: 4 Hours, 22 Minutes Message: THIS IS A DRILL. .,.
HP should be dispatched to take radiation readings in the area of the MSL break. ,
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- 4-1985 REP EXERCISE Message For: Shift Engineer Date: February 6, 1985 Time: T = 4 Ilours, 20 Minutes Message: THIS IS A DRILL.
l Operators have verified that the steam flow is indeed __ coming from the faulted No. 3 MSL. .
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SEQUOYAH NUCLEAR PLANT ( 1985 REP EXERCISE
. Message For: Shift Engineer Date: February 6,1985 Time: T = 4 Hours, 10 Minutes Message: THIS IS A DRILL.
A rapid drop in pressurizer level and reactor coolant system pressure occurs. ,0perators cannot maintain level in the pressurizer. All operating RCPs are tripped by operators. k ( .
( SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Shift Engineer Date: February 6, 1985 Time: T = 2 Hours, 35 Minutes Message: THIS IS A DRILL. Operators trip and lockout all pumps taking suction from , the RWST, isolate the Boron Injection Tank and align charging pump suction back to the volume control tank. e i ( s .
'k SEQUOYAH NUCLEAR PLANT
. I 1985 REP EXERCISE
, Message For: Shift Engineer Date: February 6, 1985 Time: T = 2 Hours, 30 Minutes Message: THIS IS A DRILL.
RWST level now at 40%, still decreasing. Operators now have safety injection termination criteria. ? ) 4 e 1 'i ( . O e
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m- r%-v,m---,---,c,--- :c yc----r--- w--w--
] l ( SEQUOYAH NUCLEAR PIANT 2 ' 1985 REP EXERCISE 1 a l . Message For: Shift Engineer Date: February 6, 1985 Time: T = 2 Hours, 10 Minutes l Message: THIS IS A DRILL. i Operators now notice that the RWST level has decreased , much more than expected and is still decreasing. 4 1 4 i 1 i i 4 i ) 1 4 j i , i (
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, SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE
. Message For: Shift Engineer Date: February 6, 1985 Time: T = 2 Hours, 3 Minutes Message: THIS IS A DRILL.
Terminate auxiliary feedwater to the faulted 3 steam generator. All remaining steam generators are intact and operable. ( .
( SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE
. Message For: Shift Engineer Date: February 6, 1985 Time: T = 2 Hours, 1 Minute Message: THIS IS'A DRILL.
Operators notice that the MSIV valve on loop 3 did not , close completely. Both the red and green status lights are illuminated. All other Engineered Safety Features equipment operates as expected. i i 0 ( . 8 r L
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- SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE Message For: Shift Engineer Date: February 6,1985 Time:
T = 7 Minutes Message: THIS IS A DRILL.
"High Radiation Alarm" received from 1-RM-90-100. Both 0-RM-90-118 and 1-RM-90-100 are pegged offscale high.
1-RM-90-260 reads 71.4 mR/hr. 1-RM-90-261 reads 60 mR/hr. { O
I SEQUOYAH NUCLEAR PLANT 1985 REP EXERCISE
. Message For: Shift Engineer Date: February 6, 1985 Time: T=0 Message: THIS IS A DRILL.
This is the beginning of the exercise Sequence of Events. .
"High Radiation Alarm" received from 0-RM-90-118.
Monitor is moving up scale.
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