ML20137P343
| ML20137P343 | |
| Person / Time | |
|---|---|
| Site: | Saint Lucie  |
| Issue date: | 04/10/1992 |
| From: | Boissy G FLORIDA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML20137M095 | List: |
| References | |
| FOIA-96-485 1-1220053, NUDOCS 9704090232 | |
| Download: ML20137P343 (134) | |
Text
.. - -
PIge 1 of 13 FLORIDA POWER & LIGHT COMPANY
~ ~~
ST. LUCIE UNIT
--2'f~A' I&C PROCEDURE NO. 1-1220053
' ~ '
~
REVISION 1 1.0 M :
..Q..~._iAR Mcon&~
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=
CAllBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS 2.0 REVIEW AND APPROVAL:
Reviewed by Facility Review Group June 23.19.02.,
{
4 Approved by G. J. Boissy Plant Manager July 13.19_Q9 Revision _1 Reviewed by FRG ov/o7 1997 Approved by G. J. Boissy Plant Manager ov//o 19,fl.
^E' E Olr%
^ " ' " ~ ~ ~
3.0 PURPOSEf To provide instructions for the calibration of the Control Room Outside Air intake Monitors.
4.0 PRECAUTIONS AND LIMITS:
4.1 Follow applicable Health Physics precautions when handling radioactive materials.
4 4.2 Obtain a dose rate meter to measure the general background dose rate in the vicinity of the detectors.
4.3 Beta-detectotwindows.are very_ thin materials which can easily be damaged- - '
- causing light leaks. Be very careful when handling these detectors, especially when attaching sources to the window. Insu.e there is no foreign material present on either the source or the window.
i S1 OPS DATE_
DOCT PHOCEDURE l
DOCN 1 122o053 i
i FOR INFORMAT!CN ONLY Svs COMP COMPLETED l THIS DOCUMENT IS NOT CONTROLLEO. 2EFORE LEE.
j bTRIFY l.NFORMATION WliH A CONTROLLED DOCUMENT.
FLORIDA POWER AND UGHTCO.
ST. U PLANT OATEYERIFIED I
9J INmm e
9704090232 970401 PDR FOIA BINDER 96-485 PDR
.,7 0, $g typ
Componnnt:
Sys:
Tras.n:
l
.ac: PSL Unit: 01 Associate:
Assign Priority: C2 MASTER Name: 0.A.I.
INTAKE MONITORS CH. 46 &
Work Typ: 6 WORK ORDER TASE 47
- ccation: CCNTROL RM.
W/O LMD: 2 93006886 01 a
Tsk LMD: 2 Defect / Request: 012FYP8083 0.A.I.
CH. 46/47 IL 1-1 ER/PWO 63 / 8083 2200 LOCATION: 915 PAGE 3 of 3
JOURNEYMANS WORK REPORT Work / Repairs. Performed (cont.):
1 1
i I
i
.....m
__....m.
i s
Continued on Additional Sheets:
Y N
C Compontnt:
Sys:
Traln:
Fac: PSL Unit: 01 i
Associate:
Assign Priority: _C2 MASTER l
Name: 0 A.I.
INTAKE MONITORS CH. 46 &
Work Typ: 6 WORK ORDER TASK 47
- ocation: CONTROL RM.
W/O LMD: 2 93006886 01 Tsk LMD: 2 i Oefect/ Request: 012FYP8083 0.A.I. CH. 46/47 IC 1-1 ER/PWO 63 / 6083 2200 LOCATION: 915 PAGE 2 of 3
JOURNEYMANS WORK REPORT Actual Start D te:
Time:
Actual Completion Date:
Time:
5/f D Ino/s TL/r3 12 wok Note: Journeyman shall sign and date text after their entires.
I Trouble Found:
Thi.s section is Not Applicable for PMs or other planned jobs A b bY h
<- ve t *< c (o
if u s.
l WE~
ususe.
m"-
pst-gr
.:,x :
PDL nos Idb DRl Work / Repairs Performed:
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n as kt C
bhtd
{0 h" [S1D 00e s
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i qvn
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Continued cn Additional Sneets:
Y @
, Suggestions For Future Planning / Variance Reason:
4 Q \\perv:sor
. CC Inspector Date Sup. f a r e r.a n / C h :.e
_ ate Su Cate' j
' i '_ % m C-E-
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v 1
)
ounc4 PSL*l
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i Fac: PSL Unit: 01
{ Componunt:
Sya:
Traln: _C2 MASTER Associate:
Assign Priority:
Name: 0.A.I.
INTAKE MONITORS CH. 46 &
Work Typ: 6 WORK ORDER TASK 47 Location: CONTROL RM.
W/O LMD: 2, '
i3006866 01 Tsk LMD: 2 Defect / Request: 012FYP9083 0.A.I.
CH. 46/47 IC 1-1 ER/PWO 63 / 8083 2200 LOCATION: 915 PAGE 1 of 3
i D::talled Explanation: PM ID: FYP0315 DUE BY DT: 04/ 5/93 EARLY DT: 11/30/92 LATE DT: 08/28/93 More:
Work Request:
Def. Tag No:
Loc:
Unit Concition Required:
Trbl/Brkdn:
LCO: -
Detection: _ Status: _ Sympt: -
NPRDS-N FaiIure Date:
Time:
Date:
Dept:
Orginator:
Date:
Appr. By:
Task Determination Data:
10 CFR 50.49:
N EQ Doc Pkg:
NA Safety Class:
Reg Guide 1.97:
N Fire Prot Re.qd :
N Q Group:
C'~~
N NCR:
NA MCL List:
'TST Required:
-~
N' ~~~PCM:
"" ~ "NA- " "
' Assigned Toi PMT Required:
N Seismic Cat:
N-Est M/H:
60.00 RWP Required:
N RWP No:
Crew Qty:
2 Sec Clearance:
Scaffold Reg:
Insul Rem:
~
~
Clearance Reqd:
N Clearance No:
QC Recuirements:
QC Required: Y QL-A TS-10-4 More: _
Work Order Task Descriotion:
NOTIFY OPS. PRIOR TO STARTING PROCEDURE.
PERFORM CALIBRATION OF CONTROL ROOM OUTSIDE AIR INTAKE PER PROC IC ~_-1220053.
m-i GUSMANO i
More:
~
R' F Date: 03/18/93 t Planned by: - RFJ0XO7 JACKSON' Pke Acord by: RFJ0XC7 JACKSON RF Date: 03/1S/93 Time: 14:51
- I'Ap,i[r;vai
RWBOCIC EROWN RW Cate: :3/13/93
.f1
- p+. Mc3 epgc.yA; 7c 37Ag7 1
Q 'N l
':PS Start Permission:
\\%M
.CO(Y/N):
i Start Cate/ Time K
/
s hu\\
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............................q........(**........AN
. ) --~ w\\ h
- 4 n..................***
M13Or Failure:
NPS Completion Not:.f :
00:01. Cate/ Time:
b-c -t i
2to <
Ma3Or Action :
Cefic:.ency Tag Removed Y/N).
. t &k i
\\S 9' i
Pcge 2 of 13 ST. LUCIE UNIT 1 l&C PROCEDURE NO. 1-1220053, REVISION 1 CALIBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS 4.0 PRECAUTIONS AND LIMITS: (continued) 4.4 Should the instrument fail the calibration procedure, or become inoperable, it
~ =
shall be repaired and recalibrated as necessary.
4.5 The calibration frequency shall be on a refueling interval not to exceed 4
i 18 months.
i 4.6 The ALERT alarm setpoint should be 2X the channel recorder background and the HIGH alarm setpoint should 3X the channel recorder background.
/R1 5.0 RELATED SYSTEM STATUS:
5.1 The Outside Air intake Monitor Systems must be operational.
6.0 REFERENCES
...:.:.- =
6.1 Victoreen Technical Manual 8770-8386, latest revision.
0.2 FUSAR 4
1.
Outside Air intake Control Room 12.2.2.6 7.0 RECORDS REQUIRED:
7.1 A completed copy of this procedure shall be maintained in the plant files in i
accordance with 0117-PR/PSL-1, " Quality Assurance Records'.
7.2 A copy of the assay report for the radiation check sources and data. sheets associated with this procedure should be retained and included as a calibration 'packige" upon completion.
~~
~
8.0 MATlERIAL AND EQUIPMENT REQUIRED:
4 8.1 Keithley DMM model 192 or equivalent
- ~~ ' ~ ~'
' ~
~'~
8.2 Counter / Scaler a
1 i
i 4-gyg r-y y
y y
-.M
Page 3 of 15 ST. LUCIE UNIT 1
[
l&C PROCEDURE NO. 1-1220053, REVISION 1 kl' CALIBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS i
3
' 9.0 DETAILED PROCEDURE:
l Definitions I
J.
E The following definitions are taken from the Appendix B, Technical SWf.c.00ns, and should be considered when performing the calibration.
4 Continuous Recording
- 1 Recording of a measured parameter on a chart by a single pen or a multipoint p
recorder with less than one-rninute interval between successive printing of the same parameter.
Channel Calibration
..;- :.--~;. =..
.a..
vx A Channel Calibration shall be the adjustment of the channel output such that
~
it corresponds with specified range and accuracy to known values of the
~ parameter which the channel monitors. The Channel Calibration shall encompass the entire channel including the sensor and alarm and/or trip functions, and shall include the Channel Functional Test.
Channel Function Test A Channel Functional Test shall be the injection of a simulated signal into the 4
channel as close to the primary sensor as practicable to verify operability including alarm and/or trip functions.
9.1 Channel Functional Test
.@ g T
Perform channel functional test on one channel at a time.
. _ /_R,1 m
The channel functional test may be performed at any period within the scope of this channel calibration procedure. The channel functional test includes alarm and/or trip functions and therefore satisfies the requirement for checking these parameters in the channel calibration procedure.
PIge 4 of 13
'l ST: LUCIE UNIT 1
'F l&C PROCEDURE NO. 1-1220053, REVISION 1 CALIBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS
.l 9.0 DETAILED PROCEDURE: (continued) 9.1 (continued)
{[
1.
To prevent the control room ventilation system from cycling to the Recirculate mode wh:le performing this procedure, remove the following relays in the Radiation Monitoring Cabinet A (Remove relay for channel under test only):
/R1 - l 1
]
A.
For channel # 46: remove relay K46B j
B.
For channel # 47: removeTelay K478
/R1 4
2.
Verify the operability of the Outside Air intake process monitor by injecting i
a simulated signal to activate the ALERT and HIGH alarms. Ensure that the alarms are activated at their respective designated setpoints and that i
audible and visual indications are received.
w -.,.
3.
Chek the operation of the Fall function by disconnecting either the detector input signal or the high voltage cable. Ensure that the FAlllight 4
i goes out after a 1-3 minute time delay. (It is normally energized.)
Reconnect removed cabling after completion of the check. Perform the check for each channel.
~
9.2 Special Materials or Equipment 1.
Radiation Check Sources NOTE The radiation check sources used in this calibration shall be corrected for
~
decay prior to utilization. This correction shall be noted on the calibration _
form.
2.
Scaler with a 2 minute time base (MS-3 or equivalent).
IiQH.
Enter the requested information on the appropriate data sheet whenever
' RECORD' is noted in the procedure.
1 5
w r
,.-,y r
PIge '5 of 13 ST. LUCIE UNIT 1 -
l&C PROCEDURE NO. 1-1220053, REVISION 1 I-CALIBRATION OF THE CONTROL ROOM OUTSIDE' AIR INTAKE MONITORS 9.0 DETAILED PROCEOURE: (continued) 9.3 Calibration of the Gaseous-Detector
==
1.
Stop the gaseous pump. The pump must be off when pulling and reinserting the detector from its shleid so as to prevent a possible-vacuum lock from damaging the thin beta window of the detector.. Note that -
stopping the pump will cause an audible and visual " flow fault' alarm.
2.
Partially withdraw the ratemeter from its bin to allow access to the ratemeter intamals.
3.
Select CAllBRATE with the function switch. Record the setpoints of the ALERT and HIGH alarms so that they may be retumed to these values after completion of the channel calibration. To preclude interfs, mee, s1.
up the ALERT and HIGH alarm setpoints to their respective full scale readings.
- -- ~ /R1 M
~
Alarm setpoints should be set as low as possible to achieve maximum detection sensitivity, after calibration steps have been completed, and monitor has been placed back in service. Recommended valves are:
Alert = 2X Channel Recorder Background High = 3X Channel Recorder Background g
4.
Select OPERATE. Connect a scalor to the particulate ratemeter.
' Connect red terminal to R-16, black terminal' ground to box".
L
.. :.- m.. --
Measure and ggg.!si the general area background dose rate in the vicinity
-5.
I l
of the detectors. Note that one survey is sufficient for all sections of this calibration procedure.
I 6r Perform at least 4 b'ac'kground count rates. Record the scaler, ratameter, ~ '
~
and recorder readings.on the calibration sheet.
- /R1 e-
.. ~..
Page 6 of 13
)
t ST. LUCIE UNIT 1 I&C PROCEDURE NO. 1-1220053, REVISION 1 l;
CALIBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS
'l k l 9.0 DETAILED PROCEDURE,: (continued) -
t 9.3 (continued) i 7.
Disconnect the H.V. cable from the detector. Carefully remove the detector from its shield. (Cabling may be removed as necessary.)
l
}
...n M
It is most imoortant that the hiah voitaae be secured by disconnectina the H.V. Mb!e from the detector orior to removina it from its shield to Drevent damaaina the detector from liaht leaks in the beta window.
i d
5 8.
Request H.P. assistance to perform the following:
Center the radiation check source on the end window of the detector.
ensuring that the active side of source is facing the detector. Ensure-ttlet no particles are present on the sourca that could damage'the window. -
Tape the source in position. Record the serial no. and original activity of the source on the calibration data sheet.
/R1 9.
Carefully reinsert the detector into its shield and replace cabling as i
necessary. Reconnect the H.V. cable AFTER connecting the signal cable, if the signal cable was removed.
- 10. Perform at least 4 c:s ms on the scaler. Compare these readings, minus the back. ground of swp 9.3.6, to the decay corrected readings taken frem the original calibration data. -Ensure that the readings coincide i
(tolerance -
10%). Slight adjustments to the high voltage may be
-utilized to obtain maximum correlation of the data. The high voltage-adjustment R-115 can be used to adjust the operating voltage.
Discriminator adjustment R-3 will affect the readings on the lower end. If readings do not fall within the t 10% tolerance, adjust R-115 so that the high end readings fall with 10% tolerance, then adjust R-3 so that the i
-~ ~
' low end readings will fall Withiri 10% toleran6e7 Meter face 7 reading cart be adjusted by using R-1 (meter cal.). Recorder can be adjusted by using.
R-2 (Recorder Cal.). The scaler readings, meter face readings, and the recorder readings should all fall within a 10% tolerance. If high voltage is adjusted more than 50 volts, or a new detector is installed, or if monitor cannot be adjusted to within i 10% tolerance go to step 9.4 New
/11 !
4
- Calibration.'
n 8
)
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Page-7 of 13
?
a ST. LUCIE* UNIT 1 l&C PROCEDURE NO. 1-1220053, REVISION 1 CAOBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS 9.0 DETAILED PROCEDURE: (continued) 9.3 (continued)
- 11. Record the following data on the calibration sheet:
Ratemeter reading Recorder reading Scalor readings (several 2 minute runs plus average)
Original calibration data showing decay correction of source
- 12. Disconnect the H.V. cable from the detector. Request H.P. to carefully remove the detector and the radiation check source and attach a second source in its place. Record the serial no. and the original activity of this
/R1 source.
- 13. Carefully reinsert the detector intoits shield and replace cabling as necessary. Reconnect the high voltage cable AFTER connecting the signal cable if the signal cable was removed.
/R1
- 14. Record the followmg data on the calibration sheet:
4 Ratemeter reading Recorder readings Scalor readings 1several 2 minute runs plus average)
Original calibration data showing decay correction of source 1
- 15. Utilize the proceding steps to obtain additional data as necessary using i
other radiation check sources. Record data as before. This step is for
.--information only..
~
- 16. Replace the relay K468 or K478 for the channel under test.
l Ch #47
/R1 Performed by: Ch #46 g
y F
4 l
d a
~'
P ge 8 of 13 ST' LUCIE. UNIT 1 I&C PROCEDURE NO. 1-1220053, REVISION 1 CAlIRRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS
' 9.0 DETAILED PROCEDURE: (continued) 9.3 (continusd) i
- 17. Select calibrate. Roset the ALERT and HIGH alarm setpoints to the recommended values:
ALERT = 2X the channel recorder background HIGH. = 3X the channel recorder background i
Request Operations to remove the Unit 1 and 2 control rooms' HVAC l
from recirculation.
-/R1
- 18. Verify the operability of the Outside Air intake process monitor by injecting.
a simulated sign 11 to activate the ALERT and HIGH alamis and control i-functions.. Ensura that the alarms are activated at their respective' setpoints and the audible and. visual indications are received and the.
control room HVAC is in recirculation.
/R1
- 19. Disconnect'the scalor from the ratemeter. Remove any sources from the detector and replace the detector in its shield.
~
/R*.
i
- 20. Select OPERA 11E. Notate the period of the calibration on the recorder paper.
1 9.4 New Calibration 1.
Tum the drawer being calibrated off. Disconnect the H.V. cable from the i
detector and carefully install a check source. Place detector back in place and reconnect H.V. cable.-
i 2.
Run a H.V. plateau in 50 voit increments and plot the results on semi-log
}
graph paper, cpm vs. voltage. Find the operating voltage (approximately i
1/3,1/2 of the plateau) and set H.V. at this setting.
/R '
Tum the drawer being calibrated off. Disconnect H.V. cable from detector-3.
and carefully remove check source. Place detector back in place and reconnect H.V. cable.
l 4
Pcge 9 of 13 1
ST. LUCIE UNIT 1 l&C PROCEDURE NO.1-1220053, REVISION 1 CAllBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS 9.0 DETAILED PROCEDURE: (continued)
T 9.4 - (continued)-
4.
Isotopic correlation is obtained by introducing a representative gaseous solution into the detector sampier. The gas may be added extemally by-utilizing a roto-flex pump or similar system to provide a recirculation path.
via the sampler inlet and outlet valves and necessary tygon tubing.
Ensure that the sampler is isolated upstream and down stream of the inlet and outlet valves. With the gaseous solution circulating through-the sample, obtain several scalor readings to determine the counts per minute.
5.
Collect a sample of the gaseous solution in a collection chamber (Marinelli) and count it on a gamma analyzer (e.g. HPGE) to determine uci/ce.
/R1
--- - e.- Plot cepm (cpm-8KG) vs uci/cciorthe channel being. calibrated-Repeat--- --
steps 9.4.4 and.9.4.5 so that at least 4 points can be determined on the graph. Plot results on Log-Log graph paper. Retum to Step 9.3.8 and complete Steps 9.3.6 through 9.3.20. Correlation of original calibration data in Step 9.3.10 is not necessary since data generated in Section 9.4.4
'New Calibration" becomes the new data from which future calibrations will be obtained.
, /R1 9.5 Channel Rsstoration
~'
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~
1.
Once testing of a channel is completed, notify ANPS and proceed to the next channel.
/R1
. _ _m -
..m_ _ m ;g...___ _ _.
m _., y _
.= _m
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~
4.-
Notify Operatio6s,Testi6g of'60tside air intake monitor is completed.
/R1 J
u
Page ' 0 cf 13 1
ST LUCIE UNIT 1
. l&C PROCEDURE NO. 1-1220053, REVISION 1 CALIBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS CALIBRATION RECORD Procedure Title and Number Calibration of the Control Room Outside -~
~
Air intake Monitors Frequency Refueling Maximum time between calibrations 18 months i
Equipment I.D. number Channels 46 & 47 42,7 Date of last calibration
- )- 1.4 9 2.
4ae
?, e e r d' Date of this calibration 5-(,-93 File Number Special Instructions: -
Nev6 Calibration Data:
E291190.
Number:
i 9.1 The requirements of the Channel Functional Test for the Outside Air intake Monitor.
t ave been satisfied.
Verified by___
Date f / M 2]
V' CHANNEL # 46 -
/R1
}
9.3.3 Alarm setpoints:
- ~ ~ ~ ~
~
~
~
As Found:
/R1 i
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High 7oo epm 9.3.5 General area background 4I Mr/hr o
s i.
t w
e--+w w-
-1
Pcge 11 cf 13 4
ST. LUCIE UNIT'1 i
I&C PROCEDURE NO. 1-1220053, REVISION 1 CAllBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS Section Number-9.3.6 Background count rate:
Scalor 21 epm Average 19.4 cpm 23 gm Ratemeter 70.
cpm j
I4 cpm Channel Recorder Jo cpm i
I6 cpm I4 cpm 9.3.8 Radiation check source:
Type. 'I~c "
Serial No. M-Il i
Original ActMty #2 939lem Date
/
/
9.3.11 Ratemeter 4 000 cpm ccpm (Average epm-background)
Recorder 42.00 cpm 3991. G
=
Scalor 3fSB cpm 3905 cpm 4000 cpm 405l epm 4008 cpm Average 4 080 cpm ~
Original calibration data showing decay correction for M source, serial no. WP-II (type) 9.3.12 Radiation check _ source _,.__
' Type 4' T
Serial No. Mf' ~74 Original Activity is.2.m Jm.
/R1 ga +
s 1
6 af.?.*
_4--
P ge'12 cf 13 ST. LUCIE UNIT 1
'l&C PROCEDURE NO. 1-1220053, REVISION 1 CALIBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS
.62211911 Number-9.3.14 Ratemeter -
con epm -
cepm (Average cpm-background)
Recorder 5 600
- cpm
=-
<467 2-Scalor 6415 cpm 5617 cpm 5L33 cpm 6639 cpm 5573 cpm Average 66~7f.6 cpm Original calibration data showing decay correction for Tc" source, serial no.
- P-7+.
(type) 9.3.19 A s L eft:
j Alert 2.00 cpm High 3N cpm CHANNEL # 47 9.3.3 Alarm Setpoints:
I As Found:
~
Alert 240 cpm High 500 cpm 9.3.6 -
Background count rate:
l Scaler 23 epm Average ZG~
epm la epm Ratemeter 40 cpm 2.5 cpm Channel Recoroer 40 cpm A2-cpm -
31 epm 9.3.8 Radiation check source:
Type
'T~c. '
Serial No. HP-il Original Activity it.9ES im
/R1
Pcge 13 cf 13 ST. LUCIE UNIT 1 l&C PROCEDURE NO. 1-1220053, REVISION 1 CALIBRATION OF THE CONTROL ROOM OUTSIDE AIR INTAKE MONITORS Section Number
'9.3.11 Ratemeter ffoo cpm cepm (Average cpm-background)
=
4442-i Recorder f500 cpm Scalor 4442 cpm 3
4640 cpm 44 %
cpm 4401 cpm 4428 cpm j
Average 4467 cpm I
Original calibration data showing decay correction for source, serial i
no. #PII (type)
I 9.3.12 Radiation Check Source:
. Type
--- - - -Tc "
i Serial Numbrr 4 P '
s Original Acuvity 19.240 Jm j
9.3.14 Ratemeter 7000 cpm ocpm (Average cpm-background) 4442.
Recorder voao epm
=
Scalor 43fB cpm 4471 cpm 6 % 6' cpm l 40lo opm 43W cpm Average 4397 cpm j
, Original calibration datarshowing decay correctiorrfor Gp source, serial -- -
= _.....
-~...:=
--..==:.
- .v
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no. HP 74 (type) 9.3.19 As Left:
Alert 200 cpm High 3m cpm
/R1 1
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s 4
q.;,__._
+
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a MEMORANDUM TO: Frank Gussano DATE: 5-MAY-93
~~
FROM Linda E. Pugh SUPJECT: Control Roos Outside Air Intake Monitor Bet-Points for Channels 46 and 47 Per the caseline. calibration performed on,PWD 91033376 01, the following values are to be used:
' _Chanas! -
HP SOURCE.NO.
_CCPM"'
ACCEPTANCE RANGE '--~
A -46 HP-11 3965 3569 - 4362
- -- A- -
-HP 5000
---5490 i::::
g
.. my B -47 HP-11 4815 4334 - 5297 8 ~47 HP-74 6919 6227 - 7611 No decay corrections are required, since Tc-99 has a very long half-life-(2.13E5 years).
If you have any questions, please do not hesitate to call.
Performed bys_____ __
C.H. DeVillin.g
~
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'Apprcie~d bye"
..t.. E c. P u g h -
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r Approved by H.M. Mercer t
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- - -..... - - -~
-.m. _.,...
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gm.
+
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& $"IA.*.-
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,. ; ;.2 y
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- := -
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4 p
l
' f..a ;&-f^' 'Q 9-Q..
Component: RM-2 6..13.
Sys:.26 Train:
Fac: PSL Unit 02-
/t Associate:'
Assign Priority: A1 CLOSED Cases-RADIATION. MONITOR: (P.I.G.) FOR ' Work Type:
5-WORK ORDER TACK-PLANT ' 5 ENT STACK - (SA) 1
-L3 cations RED /63/S-RA2/W-RAF-LMD: 2 95023334 01 l
~
'Dafect/ Request RM-26-13: LOSS OF COUNTS.
.ER/PWO: 64 / 5159 4
Chg. Loc:L910.
PAGE 1 of 4
,Dutailed Explanation:
i
)
'More:-
4 LWork~ Request: 95013635 Def: Tag:
' Loc:
-Trbl/Brkdowns Y LCO: N Unit:Cond Req: 8
-NPRDS N-Fail Date:~
Time:
'Dett Stat Symp:
?'
Originator: RXKOUXM-KUYKENDALL' R
'Date: 08/25/95 Dept:1IC
.TOTTON JD Dates.08/25/95-Approve BysfJDT00QZ Tcsk~ Determination Data SR:
IST Required.
- N' NCR/CR
- N/A Safety. Class:
- PMT-Required
- .Y.
- N/A Q Group-1.
1E-10 CFR 50.49
- LN EQ Doc Pkg
-: N/A Assign To t ' AD '
Reg Guide 1.97-
- N Seismic Cat
Security' Clearance:JN Fire Prot Req: N.
Insul RemL
- N
. Clearance. Required: N
' Clearance No :
RWP Required: Y RWP No: 5 RCA M/H: L1:
-12.0.
L2:
L3:
- QC Requirements
QC Required Y
QL-A' Morea
=================================================================
Work order Task
Description:
SEE PAGE 2 FOR TASK DESCRIPTION.
1-More: Y an===========================================================================
Planned'By
- PJCOP10 COSSENTINO PJ Date: 09/21/95 Pkg Appr-By.::PJCOP10 COSSENTINO PJ Date: 09/21/95' Times 08:02 QC Approval : DSM00FK MELODY DS Date: 09/21/95
- OPERATIONS APPROVAL TO START ***********************
e
- ' NPS~ Start Permission: TOTTEN J
LCO(Y/N):
- Start Date/Timel: 08./25/95-
/ 13:29 1NPS, Completion.Notif: TOTTEN-J Major Failure:
2
- Comp 1. Date/ Times 10/25/95
./ 14:43 Major Action :
b Daficiency' Tag Removed (Y/N):-
u/ v i
Component: RM-26-13 Sys: 26 Train:
Fac: PSL Unit: 02 0
Associate Assign Priority: Al
. CLOSED s
Name RADIATION MONITOR (P.I.G.) FOR Work Type: 5 WORK ORDER TASK PLANT VENT STACK (SA)
Location: RAB/63/S-RA2/W-RAF LMD: 2 95023334 01 DOfect/ Request: RM-26-13: LOSS OF COUNTS ER/PWO: 64 / 5159 Chg locs 910 PAGE 2 of
-4 Continuation of Task
Description:
- 1. VERIFY THAT YOU. ARE WORKING ON d'HE CORRECT UNIT AND COMPONENT (S) :
SIGNATURE /DATE r
- 2.. COORDINATE ALL MbRK WITH OPS, CHEMISTRY, AND H.P.
.3.. INVESTIGATE REPORTED PROBLEM WITH RM-26-13 LOSS bF. COUNTS.
USE AP 0010124, LIFTED LEADS, AND/OR AP 0010142, SENSITIVE SYSTEMS AS REQUIRED WHEN LIFTING LEADS, USING JUMPERS OR PULLING FUSES.
- 4. MAKE MINOR REPAIRS / ADJUSTMENTS AS REQUIRED AND DOCUMENT THEM IN THE JOURNEYMAN'S WORK REPORT.
5.' REMOVE WATER IN MONITOR kS REQUIRED TO RESTORE PROPER OPERATION.
- 6..IF OTHER REPAIRS ARE REQUIRED, INITIATE A SCOPE CHANGE TO THIS PWO.
7.
IF NECESSARY, PERFORM FUNCTIONAL TESTS OF THE RM-80 POWER SUPPLIES USING IC 2-1220057.
8.
IF NECESSARY, PERFbRM FUNCTIONAL TESTS USING IC 2-1220055.
- 9. ASSIST CHEMISTRY WITH CALIBRATIONS IF NECESSARY.
- 10. ENSURE SEISMIC EQUIPMENT IS REMOUNTED PROPERLY IF MOVED.
- 11. PERFORM POST MAINTENANCE TESTING PER QI 11-4, APPENDIX D.
SYSTEM SUPERVISOR: ANDY DELGADO
.i i
O
.4 Al '{g Fac: PSL Unit 02
's Component: RM-26-13 Sys: 26 Train:
)
Associates Assign Priority:
CLOSED Name: RADIATION MONITOR (P.I.G.) FOR Work Typer 5 WORK ORDER TASK
. PLANT VENT STACK (SA)
Location: RAB/63/S-RA2/W-RAF LMD: 2 95023334 01 Dafect/ Request: RM-26-13: LOSS OF COUNTS ER/PWO: 64 / 5159 Chg loc: 910 PAGE 3 of 4
JOURNEYMANS WORK REPORT letion Date:
Time:
Actual Start Date Time:
Actual Comp /25/95 08/25/95 13:00 10 16:00 Note: Journeyman shall sign _and date text after their entries.
Trouble Found/ Work Performed:
OBTAINED PERMISSION FROM OPS.
INITIATED SCOPE CHANGE.
SHUT UNIT DOWN.
REMOVED WATER AND STARTED WORK ON OTHER UNIT, RM-26-14.
8-26-95.
L.
ASTROM kETURNED RM-26-13 BACK TO SERVICE FOR 1/2 HOUR TO ENABLE CHEMISTRY TO PERFORM THEIR WEEKLY FUNCTIONAL.
8-29-95 L.
ASTROM kEMOVED INTERNALS, I.E.
ELECTRONICS AND LOAD FROM RM-26-13.
9-1-95 L. ASTROM bISCONNECTED RM-26-13 FROM' SKID AND BROUGHT TO I/C COVERED WORK e
AREA TO CLEAN, SANDBLAST AND PAINT.
9-6-95 L. ASTROM
'kLL CAPACITORS WERE TESTED AS PER ENG PACKAGE.
ALL TEST RESULTS WERE NOTED ON INDIVIDUAL SHEETS WHICH WILL BE ATTACHED TO THIS PWO.
THE REMAINING' CAPACITORS WILL BE MRM'D TO STORES WITH THEIR RESPECTIVE DATA SHEETS.
ALL TEST RESULTS WERE SAT.
9-7-95 J.
SORRENTINO kEBUILT THE J-BOX ASSEMBLY-FOR RIM-26-13.
CLEANED, PAINTED, RELASHED BOX, AND INSTALLED NEW ELECTRONIC CIRCUIT (RESISTOR AND TWO CAPACITORS) AS PER DWG # 0281-0690.
9-7-95 J.
SORRENTINO ENSTALLED BOX IN SKID.
REINSTALLED INTERNALS.
9-8-95 L.
ASTROM kECEIVED H.V.P.S. S/N 2374 AND INSTALLED IT IN RM-26-13.
AFTER ENERGIZING IT THE POWER SUPPLY COULD NOT BE ADJUSTED FOR THE CORRECT VOLTAGE (ONLY READ 488 VOLTS DC).
REMOVED IT AND REPLACED IT WITH TEMPORARY P.S.
P.S-MRMD TO STORES.
9-19-95 J.
SORRENTINO bBTAINED NEW H.V.
POWER SUPPLY FROM STORES AND INSTALLED ON 1
l Continued on Additional Sheets:
Y
! Suggestions For; Future Planning / Variance Reason:
i l
l Supv/ Foreman / Chief Date Supervisor Date QC Inspector-Date
/' /
F GUSMANO 10/29/95
/
/
o Component: RM-26-13 Sys: 26 Train:
Fac PSL Unit: 02 Associates Assign Priority: Al CLOSED s
Name: RADIATION MONITOR (P.I.G.) FOR Work Type: 5 WORK ORDER TASK PLANT VENT STACK (SA)
L: cation: RAB/63/S-RA2/M-RAF LMD: 2 95023334.01 DOfect/ Request: RM-26-13: LOSS OF COUNTS ER/PWO: 64 / 5159 Chg locs 910 PAGE 4 of 4
Continuation of Trouble Found/ Work Performed:
PARTICULATE CHANNEL WITH SAT RESULTS.- 'STILL AWAITING COAX CONN ON CABLE TO RETURN THIS UNIT / CHANNEL (PARTICULATE) TO SERVICE.
9-28-95 L. ASTROM
$L'.PLACED CONNECTOR FOR PARTICULATE CHANNEL AND TURNED IT OVER TO OPfi DEPT.
10-25-95 J.
SORRENTINO
[
ECJPE CHANGE.#1:
SHUT DOWN RM-26-13.
ENSURE IT IS IN O.O.S.
LOG.
(2) REMOVE WATEtt FROM PARTICULATE BOX.
(3) REMOVE ELECTRONICS, LEAD DETECTOR HOUSING AND REMAINDER OF PARTICULATE BOX INTERNALS.
(4)
REMOVE PARTICULATE BOX, SANDBLAS, REPAIR RUST HOLES, ETC., AND PAINT.
(5) REPLACE PARTICULATE BOX.
(5)
REPLACE / REPAIR ELECTRONICS, LEAD DETECTOR. HOUSING AND REMAINDER OF PARTICULATE BOX INTERNALS.
(7)
PERFORM APPLICABLE PMT.
b i
'}
.i j
Continued on Additional sheets:
N
_l t
-(
Component RM-26-13 Sys: 26 Train Fac: PSL Unit 02
'(
Associates Assign Priority: Al
. CLOSED N me RADIATION MONITOR (P.I.G.) FOR. Work Typer 5 WORK ORDER TASK PLANT VENT STACK (SA) l Location RAB/63/S-RA2/W-RAF LMD: 2 95023334 01 DOfect/ Requests RM-26-13: LOSS OF COUNTS ER/PWO: 64 / 5159 Chg Loc: 910 PAGE 1
M CY PARTS Qty-UI M-S NBR Stock Code #Tnit Cost On Hand Cmtd Avail Actual 1
EA 0085147 1 2647.0000 1
1 1
DESC: POWER SUPPLY, HIGH VOLTAGE, 500-1250 VDC.
1 EA 0197236 1 2
2 1
DESC: CONNECTOR, PL, COAX, STR, BNC 4
e g
G Y
1 e
s t
8 i
I
^!
l
\\
~ -
~.....
1
%(
OO V
vG-
.g
. Components RM-26-13_.
_Sys: 26 Train:
Fac: PSL Units.02 Y
~ Associate:
' Assign Priority: Al CLOSED Name ~ RADIATION MONITOR (P.I.G.) FOR Work Type 5
WORK ORDER TASK j
PLANT VENT ~ STACK (SA)
,.L cation s ; RAB/63 /S-RA2/W-RAF-LMD: 2 95018668 01
~D0fect/ Request: MATER INTRUSSION IN PART. SAMPLE ENC ER/PWO: '64 / 4883 i
LOSU Chg Locs 910
)
PAGE 1 of-3 l
D,; tailed Explanation:
REMOVE MATER
' i More:
Werk-Request: 95011049 Def Tag: 74806 Loc: ON SKID Trbl/Brkdown: Y LCO: N Unit Cond' Req: 8 NPRDS: N Fail Date:
Time Det:
Stat:
Symp Originator FPGOQXG GUSMANO FP Date: 06/30/95 Dept: IC Approve By: DDE0JER EMLING DD Date: 06/30/95 i
i Task Determination Datas-IST Required
- N NCR/CR
- N/A Safety Class: SR PMT Required
- Y PCM
- N/A Q Group.
- 1E 10 CFR 50.49
- N EQ Doc Pkg'
- N/A Assign To' s AD 1
- N Seismic Cat
- I Est M/H.
. Scaffold Req s'N Crew Qty 2
Security Clearance: N
~ Fire Prot' Req: N Insul Rem
- N Clearance Required: N Clearance No :
RWP Required: Y RMP No: 5 RCA M/H: L1:
12.0 L2:
L3:
~QC Requirements:
QC Required
- Y QL-A' More:
1 1
. Work Order Task
Description:
SEE PAGE 2 FOR TASK-DESCRIPTION.
1 More: Y Planned By
- MEWOCIT WILLIS ME Date: 06/30/95 Pkg Appr.By : MEWOCIT QC Approval : JADOUGV. WILLIS ME Date: 06/30/95 Time: 13:40 i
DYER JA Date: 06/30/95 j
- OPERATIONS APPROVAL TO START ***********************
i e
j NPS Start-Permissidnt LCO(Y/N):
.l Start-Date/ Time :
/
/
/
oo*************************************************************************
NPS Completion Notift Major Failure:
Compl. Date/ Timer
/. /
/
Major Action :
j l D0ficiency Tag Removed (Y/N):
f
- a
r 1
t-d i
Component: EM-26-13 Syst 26.
Train:
Fac PSL Units 02
' Associates Assign Priority: A1
-CLOSED.
i NamesRADIATION MONITOR (P.I.G.) FOR
~ Work Type: 5 WORK ORDER TASK-
. PLANT VENT STACK (SA) 4
~ Locations RAB/63/S-RA2/M-RAF LMD: 2 95018668~01 D3fect/ Requests' WATER INTRUSSION IN PART. SAMPLE ENC ER/PWO: 64'/.4883 LOSU Chg locs 910 j
PAGE
-2 of
-3 Ccatinuation of Task
Description:
i saammmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmma
- 1. VERIFY THAT YOU ARE WORKING ON THE CORRECT UNIT AND COMPONENT (S):
' SIGNATURE /DATE
- 2. COORDINATE ALL MbRK WITH OPS, CHEMISTRY, AND H.P.
j 3.
INVESTIGATE REPORTED PROBL M MITH RM-26-13 WATER INTRUSION.
USE AP 0010124, LIFTED LEADS, AND/OR AP 0010142, SENSITIVE SYSTEMS i
AS REQUIRED WHEN LIFTING LEADS, USING JUMPERS OR PULLING FUSES.-
- 4. MAKE MINOR REPAIRS / ADJUSTMENTS AS REQUIRED AND DOCUMENT THM IN THE JOURNEYMAN'S WORK REPORT.
- 5. RMOVE WATER IN MONITOR ES REQUIRED TO RESTORE PROPER OPERATION.
.~6.-IF OTHER REPAIRS ARE REQUIRED, INITIATE A SCOPE CHANGE TO THIS PWO.
7.
IF NECESSARY, PERFORM FUNCTIONAL TESTS OF THE RM-80 POWER SUPPLIES USING IC 2-1220057.
8.-IF NECESSARY, PERFbRM FUNCTIONAL TESTS USING IC 2-1220055.
- 9. ASSIST CH MISTRY WITH CALIBRATIONS IF NECESSARY.
- 10. ENSURE SEISMIC EQUIPMENT IS RMOUNTED PROPERLY IF MOVED.
- 11. PERFORM POST MAINTENANCE TESTING PER QI 11-4, APPENDIX D.
SYSTEM SUPERVISOR: ANDY DELGADO 1
1
-l l
}
Component: RM-26-13 Sys: 26 Train:
Fac: PSL Unit 02 t'
Af;sociate Assign Priority: Al CLOSED Name: RADIATION MONITOR (P.I.G.) FOR Work Type: 5 WORK ORDER TASK j
PLANT VENT STACK (SA)
Location: RAB/63/S-RA2/W-RAF LMD: 2 95018668 01 D3tect/ Request: WATER INTRUSSION IN PART. SAMPLE ENC ER/PWO: 64 / 4883 LOSU Chg loc: 910 PAGE 3 of 3
JOUNNEYMANS WORK REPORT Actual Start Date:
Time Actual Completion Date:
Time:
'06/30/95 07/11/95 Note: Journeyman shall sign and date text after their entries.
Trouble Found/ Work Performed:
06/30/95 ASRTOM REMOVED WATER FROM PARTICULATE DRTECRON BOK AND RESTORED RM-26-13 TO N ORMAL.
b7/11/95 KUYKENDALL RM-26-13 PARTICULATE CHANNEL WORKING SAT FOR SEVERAL DAYS. A STAR WILL BE WRITTEN TO ADDRESS THE WATER INTRUSION PROBLEM.
i e
s e
i Continued on Additional Sheets:
' Suggestions For Future Planning / Variance Reason:
l I
I t
I l
)
I l
Supv/ Foreman / Chief.
Date Supervisor Date QC Inspector Date
/
/
/
/
/
/
i
1, b h,j h 3.[
[
w cw n Component RM-26-13 Sys: 26 Train:
Fac :PSL Unit 02 7
Associates.
Assign Priority: A3 CLOSED Name: RADIATION MONITOR (P I.G.) FOR Work Type 1
WORK ORDER TASK
{
PLANT VENT STACK (SA)
Location: RAB/63/S-RA2/W-RAF LMD ;2 96007367 01 l
l D0 fact / Requests RESPONSE TO STAR # 951390A SR/PWO 64 / 6490 Chg Locs 910 PAGE 1 of 3
i Dgtailed Explanations PERFORM LOSS OF POWER TEST PER ATTACHMENT 1, PAGE 4 OF STAR 1
More:
Work Request: 96005111 Def Tag:
Loc:
Trbl/Brkdown: N LCO: N Unit Cond Req: 8 NPRDS: N Pail Date:
Time Det:
Statt Symp:
Originator: RJB0QRF BECKER RJ Date: 03/19/96 Dept: IC Approve By: GEBOM06 BOUSMAN GE Date: 03/19/96 J
- Task Determination Datas j
IST Required
- N NCR/CR
- NA Safety Class: SR j
PMT Required
- Y PCM
- NA.
Q Group
- 1E 10 CFR 50.49
- N' EQ Doc Pkg
- N/A Assign To
- FG 1
- N Seismic Cat
- I Est M/H 8.00 l
ASME XI(ISI) Reqd : N Scaffold Req : N Crew Qty 2
I Security Clearance N
Fire Prot Req: N Insul Rem
- N Clearance Required:
Clearance No :
RCA M/H: L1:
L2:
L3:
QC Requirements:
QC Required
- Y QL-A More:
I
=====u================n=====================================.....=a
Work Order Task Dascription:
SEE PAGE 2 FOR TASK DESCRIPTION.
More: Y a============================================================================
Planned By
- WAP0QQF PAULSEN WA Date: 03/21/96 Pkg Appr By WAP0QQF PAULSEN WA Date: 03/21/96 Time: 07:36 QC Approval : DAGOAKC GINGRAS DA Date: 03/21/96
- OPERATIONS APPROVAL TO START ***********************
e NPS Start Permission: DIAZ C
LCO(Y/N):
Start Date/ Time : 04/09/96
/ 08:10 0
0e***********
i NPS Completion Notif: TOTTON J
Major Failure:
Compl. Date/ Time 04/11/96
/ 11:10 Major Ac' tion :
i Doficiency Tag Removed (Y/N):
a$
\\'
/ (m M (375'
e s
Components _RM-26-13 Sys: 26 Train Fac PSL Unit: 02 Associates Assign Priority: A3 CLOSED Name: RADIATION MONITOR (P.I.G.) FOR-Work Type: 1 WORK ORDER TASK PLANT VENT STACK (SA)
Location: RAB/63/S-RA2/W-RAF LMD: 2 96007367 01
}
Defect / Requests RESPONSE TO STAR # 951390A ER/PWO: 64 / 6490 Chg locs 910 PAGE 2 of 3
C;ntinuation of Task Descriptions
==========================================================
- 1. VERIFY THAT YOU ARE WORKING ON HEE CORRECT UNIT 1
AND COMPONENT (S):
SIGNATURE /DATE
- 2. COORDINATE'ALL WbRK WITH OPS, CHEMISTRY, AND H.P.
USE AP 0010124, LIFTED LEADS, AND/OR AP 0010142, SENSITIVE SYSTEMS AS REQUIRED WHEN LIFTING LEADS, USING JUMPERS OR PULLING FUSES.
- 3. PERFORM BATTERY LOAD TEST FOR RM-26-13 FORWARD RESULTS TO NUCLEAR ENGINEERING FOR EVALUATION.
VERIFIED BY:
DATE:
4.
PERFORM POWER DOWN TEST IN ACCORDANCE WITH ATTACHED PAGE 4 OF 11 VERIFIED BY:
DATE:
- 5. RECORD EXISTING FIRMWARE VERSIONS AND REVISIONS LEVELS FOR ALL RADIATION MONITORS IN THE PC-11 LOOP (SEE ATTACHED LIST). DOCUMENT ALL TEST RESULTS AND FORWARD DATA TO NUCLEAR ENGINEERING FOR EVALUATION.
VERIFIED BY:
DATE:
ShS. SUPR.
F. GUSMANO r
l
a 1
j Consponents RM-26-13 Sys: 26 Train:
Fac PSL Units 02
' Associates Assign Priority: A3 CLOSED
'Name: RADIATION MONITOR (P.I.G.) FOR Work Typer 1 WORK ORDER TASK PLANT VENT STACK (SA)
Location: RAB/63/S-RA2/M-RAF LMD: 2 96007367 01 Defect / Request: RESPONSE TO STAR # 951390A ER/PWO: 64 / 6490 Chg locs 910 PAGE 3 of 3
t-JOURNEYMANS WORK REPORT Actual Start Dates
. Time Actual C lation Date:
Times 04/09/96 08:00 04 11/96 15:00 Notes Journeyman shall sign and date text after their entries.
Trouble Found/ Work Performed:
BATTERY VOLTAGE - 4.56 VDC.
WE WERE UNABLE TO COMPLETE THIS TASK DUE TO PLANT CONDITIONS AS PER ANPS.
TO RESUME AT A LATER DATE.
4-9-96 J. SORRENTINO POWER WAS REMOVED AS PER INSTRUCTIONS ON STAR 951390A.
NO PROBLEMS REV'8)
WERE OBSERVED WHEN POWER WAS RESTORED.
LEFT SAT (VERSION 26 SOFTWARE /FIRMWARE.
4-11-96 J.
SORRENTINO Continued on Additional Sheets:
Suggestions For Future Planning / Variance Reason:
i Supv/ Foreman / Chief Date Supervisor Date QC Inspector Date
/
/
F GUSMANO 08/05/96
/
/
~.
~ l~ Component:
l Associate:
Sys: 26 Train:
l I
Nome: G.A.I.
INTAKE MONITORS CH. Ascign Priority: C4 PSL Uhit: 0 Fac:
47 46 & Work Type: 7 MASTER Location: CONTROL ROOM WORK ORDER TASK 1
Defect / Request:
LMD: 2 PM1C 2603 0.A.i.
94021219 01 CH. 46/47 IC 1 122 i
l 0052 a
l ER/PWO: 63 / 232 Chg Luu: 315 PAGE l~ Detailed Explanation:
__ _ 'l of.. _ -
l
{
i PM ID:
DUE BY DT: 10/15/94 EARLY DT: 06/02/94 LATE DT: 02/27/95 Work Request:
i Trbl/Brkdown:
Def Tag:
NPRDS: N Fail Date:
LCO:
Loc:
Mor Originator:
Time:
Unit Cond Reg:
NRRD Approve By:
Det:
Stat:
Date:
Symp:
Egg Task Determination Data:
Date:
Dept:
IST Required
- N NCR/CR PMT Required P.NA Safety Class: N/A j
e
~
3
- N RWP No 10 CFR 50.49
- N
! [
O Group
- C Reg Guide 1.97 EQ Doc Pkg Assign To 8
60.00 Security Clearance::
Scaffold Req ;rN Crew Qty N
2 Clearance Required:
Fire Prot Rega Insul Rem
- N' N
Clearance No E, QC Requirements:
QL-A / TS-10,4 QC Required
- Y
.......................v............=....-.
Work Order Task
Description:
- COMPLY WITH SENSITIVE SYSTEMS PROC
...........,-............MoreT AP 0010142 i
- PERFORM CALIBRATION OF CONTROL ROOM OUTS AS APPLICABLE.
1 PER IC 1-1220053.
AIR INTAKE (O.A.I.)
i i
GUSMANO
.=........................===....-=====...
Planned By
- GEBOM06 BOUSMAN Pko Appr By
....===============More:
..=m-GEB0M06 BOUSMAN G
QC~ Approval Date: 08/25/94
==
- DAG0AKC GINGRAS G
Date: 08/25/94 Time: 09:54 DA Date: 08/25/94
- OPERATIQNS A PROVAL T NPS Start Permission':
/'s l O START ***********************
Start Cate/ Time : 1927-vi d
_ _ / _ o p-LCO (Y/N) :
- .**.********/*********
v
, Deficiency Tag Removed _
NPS Completion Notif:
Compl. Da t a/ Time :,_ --CFNN g g +z W e
/
^w
~
Major Failure: ~
L-.
- Y7N)
- _
Major Action : _
]
g Il LY'[_$
j t
a
. ~.., _
I ^Compone'it :
Associata:
Sys: 26 Train:
~
1 l~
Name: 0.A.I, INTAKB 'ONITORS CH. Assign Priority: C4 l
Fac: OT~FalF 49 46 & Work Type: 7 MASTER Location: CONTROL ROOM l
WORK ORDER TAS)
LMD: 2 Defect / Request:
94021219 01 PMIC 2603 O...I. CH. 46/47 IC 1-122 00 0 ER/PWO: 63 / 23
)
7 Chg loc: 010 PAGE 2 of I-
_t i
JOURNEYMANS WORK TEPORT CActual Start Date Time:
1 Actual 9hhr:
0,00 Completion Date:
Time:
Journeyman shall sign and date text 97I1lir Note:
it.r o Trouble Found:
after their entries.
~
This Section is NOT Applicable for PMs or oth er planned jobs TFMaij;p P3L-2 77 FSI. -n3 i
g Work Performed:
not 8 vi-
~
Y O o/n e h 6 m. ) 4 7. A bA h 9
$ ~ l1LO0.0 ou A
10 AWAM, f
. 1 V in /
Uf I '
i
~
- ^
s.e---
l Suggestions For Future Planning /VarianContinued on Additional Sheets:
ce Reason:
Y l
h >aL g"'."n-l_ljC"'kby]q9 y
('
Page 1 of 13 FLORIDA POWER & LIGHT COMPANY j
i ST. LUCIE UNIT l&C PRC^EDURE NO. 1-1220053 1EVISION 2 I
I..
cs
1.0 TITLE
lli $f CAllBRATION OF THE CONTROL ROOM OUTSID i
REVIEW AND APPROVAL:
uh 2.0 g
Reviewed by Facility Review Group __
f Approved by_
G. J. Boissy 6/23 1989
_ Plant General Manager _
2 7/13 19 89 Revision,2 Reviewed by FRG 1
Approved by C.L.Bunon 9/15 19 94 Plant Genere.1 Manager i
3.0 PURPOSE
_ __9/15 19_94 To provide instructions for the calibration of the Control Roo Monitors.
I rnae i
4.0 PRECAUTIONS AND LIMITS:
4.1 Follow applicable Health Physics precautions when handling materials.
e 4.2 vicinity of the detectors.Obtain a dose rate meter to measure i
e in the I
4.3 Beta detector windows are very thin materia!c which can eas when attaching sources to the window, insu amaged y
present on either the sourco or the window.
a FOR INFORMATION ONLY THts DOCUMLYJ tem ChrCRCLLED DUont Ust
, YER'FY N omdoN v.o o a CONIP01. LEO DOCUMINT S_1 OPS i
Fl.ORlDA POMR AND UGFIT QO.
DATE 958 N/
ST.lVOElutg DOCTPROCEDURE Mg((0 13 9T DOCN g
_ isillA 1 1220053_
f0MP COMPLETED ITM_
2
...- ~
Page 10 of 1bl ST. LUCIE UNIT 1 I&C PROCEDURE NO. 1-1220053, REVISION 2 CAllBRATION OF THE G 4 TROL ROOM CUT
~~
CALIBRATION RECORD Procedure Title and Number i
' Calibration of the Control Room Outs i
_ Frequency Air intake Monitors i
j
. Refueling Maximum time between calibrations
{
Equipment I.D. number
( 18 months I
[Date of last calibration iChannels 46 & 47 j
Date of this calibr7 tion
(
File Number iy/ft/9f i
SpecialInstructions:
j i
i i
Calibration Data:
Section
{
Number; i
9.1 The requirements of the Channel Functional Test for the Ou have been satisfied.
r ntake Monitor Veriljed by.
.h
_ Date Y/1/I CHANNEL # 4_6_
6 1
9.3.3 Alarm setpoints:
l As Found:
t Alert)o o cpm
\\
High_3o o
_ cpm 1
9.3.5 General area background
'/
_Mr/hr l
1.
l
~~ ~~
\\
Page 11 of 13 ST. LUCIE UNIT 1 I&C PROCEDURE NO.
_ CALIBRATION OF THE _ ',N_ TROL ROOM OUTS 1-1220053, REVISION 2 Section Number; e
i 9.3.6 Background count rate:
Scaler _
f7
_. cpm Average _621 i
(o 7
_ cpm cpm i
bl Ratemeter_h 0 epm
_ cpm G3 Channel Recorder _ 60 cpm
_ cpm i
63
_ cpm 9.3.8 1
Radiation check source:
I i
TypeI-9 9_
i Serial No._ H P-7V Original ActivityJP. A00 DPM_Date_._L!_]._.3_j_f3 l
e I
9.3.11 Ratemeter _ 5500
}
i Recorder cpm
_ ffo o _ cpm cepm (Average cpm background)
Scaler f677
_ cpm
__ SW,7. 6
=
_ fY71
_ cpm i
__fY?7
_ cpm
_TVPT
_ cpm
{
SC).9
_ cpm Average ff a 9. Ocpm k'
2 Original calibration data shnwing decay correction forI5 i
no.__HP-74 rce, serial j
9.3.12 (type) l Radiation check source j
Type __N-H Serial No._ H P-Il Original Activityl2539 bPFf Dvier
\\
h__?[_.
j i
i
e Page 12 of 13 1
ST. LUCIE UNIT 1 l&C PROCEDURE NO.
_CAllBRATION OF THE CO. ROL ROOM OU 1-1220053, REVISION 2
_Section Number [
1 i
9.3.14 Ratemeter _ 3700 1
_ cpm 4
j Recorder
_ 3I00 ecpm (Average epm background) f cpm
_ 31/3 lepm
- 3752.:L i
Scaler
=
3Pl/
_ cpm.
i l3?Vf
_ cpm
}
3P49
_ cpm
- 3754
_ cpm k
Average 3fl4.4 cpm Original calibration data snowing decay correction fort $-9 j
no.JIP-ll e, serial i
(type) 9.3.19 As Left:
Alert
_ A00 t
cpm High
__300
_ cpm CHANNEL #_4J_
9.3.3 Alarm Setpoints:
o As Found:
i t,
I Alert 2.CO cpm High
__ 3 f 0 I
cpm 9.3.6 Background count rate:
h Scaler 70
_ cpm i
._ 61 Average _h f P cpm
._ cpm i
..._67 Ratemetet fof epm
__ cpm 69 Channel Recorder Irf _. cpm
_ cpm i
(el cpm 9.3.8 Radiation check source:
\\
\\
Type ft-99 l
Serial No. H P-II Ordinal ActivityJO39 DPM1 i
i
Page 13 of 13 ST. LUClE UNIT 1 I&C PROCEDURE NO.
_ CALIBRATION OF THE NNTROL ROO 1-1220053, REVISION 2 Section_
Number; p
9.3.11 Ratemeter _ 3900
_ cpm Recorder 3900 cepm (Average epm background) cpm
=. 3 9 l'1 Scaler
.59f7
_ cpm
_ 39f3
_ cpm
- 'l013 cpm
_ 397 L cpm
_ Hol? _ cpm i
Average 7 W1_ cpm I
j no.JlP-11 _. Original calibration data showing decay corre rce, serial k,
(type) 9.3.12 Radiation Check Source:
Type I-99 i
Serial Number
__ H P - 7 4 Original Activity _ ff 10o B PPr i
I, 9.3.14
)
Ratemeter _ If00
_ cpm Recorder Sf00 ccpm (Average cpm background) cpm Scaler
_ff90
=_.
55 0(.o
_ cpm
{
fy93
_ cpm l
IfVf cpm i
_f_hSf
_ cpm 1
_ ff31__ __cpn.
Average
_ff 71 1
cpm Original calibration data showing decay correction forb99 l
no.JP-7Y source, serial 9.3.19 As Le't:
(type)
Alert i
High
_ 2.f0
_ cpm 3ro
___ cpm i
l I
nawwcwre.
1 moctovme mu:
I 1
i
%ccounoo.: -
AIR SAMPLING P6i---"--
[
HPP 22_
HEALTH PHYSICS PROCEDURE k
23 of.
1 i
t 1
I ST. LUCIE PLANT HPP-22.1 l
i AIR SAMPLE DATA SHEET
)
Date:
i Locahon (Elev.
.'- J '
Timet M Sample No.:
5l -]MY
)
ft%-
wort Desenpuon:
/%f5/ tu lI A lt'A'SBWP No.: _#/4" l
Time On: -
Tome Ott:
_ _ / ' J-i intbal Flow. __
H s Art. i t 'is ri ewir...t 6+ s Mw
_(ctm) X Tot. Ms.
Total Tnme (trun.): -
Avg. Flow _
Final Flow: _
Average Flow *.
__ cfmopm
_(ipm) X Tot. Ms. _
._ _ X 2.83E4 mVit' = Vol __
Sampler Typet(1 cubic foot = 2.63Ejlp)Standart! Voheme mi
_X 1000 mLi = Vol _
_ mi 4
/
^T "'
_ mi Respiratory Protecton in Use? Yes.,
_ Ser.
o._-
\\
Type 7_
Cat Due.
}
No Particulate Act (uCimi) = -
}
(1 OAC LONG LIVED ALPHA = 3.0E 12 uCVml)Sarrp
__ PF = _ - ]
I"'#I
,j (1 DAC GROSS BETA = 3.0
{EE Bets skin emoeure is to be calcu'ar d.
N_OTE
,,,,3 as g
I o
C:3 0, y Nuclide R
Type Volume Tot. Actrv.
m p,,y (ml)"
Total p,,g, (uCi/mi) f
(
DAC Tot. Deta Sidn Em
! lodine (mRettvhr) y HOMe Gas A/ 7 E,yM 2D' Cour.ted on:_J/
l i!/. t b
] lI.
'V 5
c:: y 'j '
uCvmi)
___ MCA _
1./, M; f.'
_ Gas Prop.
GM (1 DAC unknown BewGamm
/, j,.f,') !/
@r 4
Scalor Used: _
c gg3o Effc.E Ser. No.: _
E OE
_ Cat Oue Date: _
_ Total com: _.
_ Bkg.: _
~~
j
_ Net epmL
'}j - [$
g
)
i c:3 C
1 ALPHA Date Time 1
~ _
{
~
c 'E Q
intl Eff i
i 3a
( Total com Bkgd com CCPM r
Activity l
(uCVmi)
{
~
i j
4 hr.
{
~
( [20 hr.
l
(
{
(
{
l
{
l i
{
~
2Pu Conc. -
(
(
]
.__ Long Uved Apha Co% X 5.
2Pu DAC. -
i 3.0E-10 uC/ml = -
~
ALPHA countad TOTAL AIR SAMPLE DAC = _
set. No,: _ -_ onu
_ Gas Prop._
_ ZnS g
- Standard Volumee
~ Cal. Due DateL_
Scaler UsedE i,
j Parbc and/or lodine = 1.132E6 mi
~
i Rams +s:
Noble Gas = a600 en m __
S1. OPS
~
DATE_
5"na,,
Samp,ed y-A'% /#r. <
rye DOCT_Rpp w ~
A- }L2#,, Mit].
- gM W - L rlyc((
DOCN yssy,,y,-
/Q' Loggedby.
.y SYS yo _A
_1 l
l_
j
-- p**wed hv.
i
e g
3 1
s +
3
.?
t'.
+
f f
,,w REV1580N W;
( WQ g.
~
t 1
PROCEDURE %.
AIR SAMPLING PAGE:
HPP 22 HEA. ~H PHYSICS PROCEDURE 1
ST. LUClE PLANT HPP 22.1 l
oste: b __U,_;
AIR SAMPLE DATA SHEET
~
Locabon (Elev. _. 6"L' bi. Time:_ ! o '. 08
- YNo: _
7
_ ft.):_
r" e d n _a t.
Oe Rw i
Work Desenpoont m
M cR b aw Time On: _
t~) / s nin tnbke c a s, % m.v4 intbal Flov __
Time Off' Total Time (men.):
Avg. Flov _
Final Flow. _
(cfm) X Tot. Mo. _-
Average Flow.
_ cftrApm
_ X 2.83E4 mVft' = Vol. _
_(Ipm) X Tot. Min. -
_X 1000 mM = Vol _
Sampler Type:(1 cubic 1oot = 2.83E4 mi) (Standard Volume = 40 ft '
_ ml
_ W ca ru MJD
. = 1.132E6 mi)
__ ml Respiratory Protection n Use? Yes__ NoJ7ype? ' _ Cal Duet Ser. No
~
Partculate Act {uCitrd) = -
not CPM X 4.5E.07 fuClovm)
]
PF w Sarrgwe Vol (rrd) X Gounter EM (oectmal) X 0 64 I
i (1 OAC LONG LIVED ALPHA = 3.0E 12 uCVml)
I l
(1 DAC GROSS BETA = 3.0E 09 uCV a
fe l Beta skin ecosure is le be catu ated.
IL IE e>
r s%
55,h*d Nuchde Volume A
Type Tot. AcW.
(mt)*
Total
,3$
Partc.
(uCVml)
Tot. Beta Sidtt Exp DAC 9T (mRom/hi) tod'ne
/
l
$ N tW h)y
' Noos Gas e
l
$2'
(
L)( f..o j
j. y e t' ~ 4 (
- l. q g 7, /?y Counted on:3
_MCA_
3jv uCvml)
_ Gas Prop.
Scalet Useo: _
GM () DAC unknown Beta /Garnma = 3.0E.9 e
c.
4 o
Effic.:_
Sef. No.: _
-9 gw i
e35 Cal. Due Date: _
_ Total epm: -
t
__ Bkg.: _
. Nat cpm:_ _.
i y5$
1 u 5 >
i 4
a 'E Gt
-ALPHA Date Time Eff Total com Bkgo epm CCPM (uCVml)
, x w intt.
I ActMry i
%Q 6 hr.
s
^
j } 24 hr.
{
i r
i j
120 hr.
l _
l
(
)
l j
2*'Pu Corc e-1 Long Lnsd Abha Conc. X 5.
24'Pu CAC = -
j
=-
l 3.0E.10 uGimi I
ALPHA counted on:_
TOTAL AIR SAMPLE DAC =._
Ser. No.:_
Gas Prop._
_ ZnS
- Stancard Volumes
, Cal Due Dateo Scaler Used:-
Parte ardor lodne = 1.132E6 rN Asmarks:
Nobee Gas = 4600 mi SJ,, OPS samow ey_
Z b d.y
-_ ~
DAT _ M o u il Counied ey. __.{_/ '< #%( ' ' ~ D o c T A v e. u.) -
}
.e DOCN_GGN/044 ~
f Logged byt
[MW //u
_ Revwwed by _
SYS_ HP \\
~
x-1 og 1
,- _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ~ ' _ _ _ _ _ _ _ _. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Irvism rc.:
p
%cdine imz:
1 l
reocwvCo.:
AIR SAMPLING pace H1eLTH PHYSICS PROCEDURE HPP 22~
ST. LUCiE PLANT 23 of 26 HPP-22.1 AIR SAMPLE DATA SHEET Date:
LocaDon (Enev. 2 Time:
Wort Desenpoon:
_ tt.):
I 3
_ha ws d., /
Time On: _
Tirne Oft:
d N.uvNo A t/5 As inteel Row: _
Rnal Flow: ___
w "A v+ ( a e i Avg. Row- _
_{ctrn) X Tot. Min.
Total Time (mm.
Average Rom ): _
Sampler Type:(1 cubic foot = 2 63E4 mq (Standard V l_(ipm) X Tot. Mm. _,,,,
_ cin@pm
_X 1000 mM
_ ml
/. Ne uto /
o ume = 40 ft.* = 1,132E6 mi) = Vol. _
Respratory Protecton m Use? Yes
_ Ser. No.
_ ml Partculate Act(vCimi). n.,,, No u Typel Cal. Due:_
~-
not CPM X 4.5E-07 tuClem)
- (1 DAC LONG LIVED ALPHA = 3.0E 12 uCVml) sample
_ PF = _
\\
.3
\\
ME w
N,.,915 (1 DAC GROSS BETA = 3.0E 09 3 5, f kt3%
Bets skjn egosure is to be calculated, 2
d as E mI)
Nuclide Type Volume 0 3$
l Parbe.
(ml)*
Tot. Actrv.
l (uCVml)
Total m
? ' }.$ ].- jioome
/, -
l
- DAC, Tot. Beta Sidn Em
- Abt l
l (mrem /ht)
NoDie Gas l/
$2h l
W ( t. s
\\
Counted on:1 MCA,,,,,,,,,
_ Gas Prop..,,,,
GM (1 DAC unknown B 14.3t%
gj%
uCVml) i'Q
e e N g 9 Scaler Used. _
}. 3 5t
- o l y g!
-Effe.:_
_ Ser. No.: _
eta /Gamtes = 3.0E 9 u gb
_ Cal. Due Date: _
_ Totalcom: _
_ Bkg.: _
_ Not epm:
> 5 >
t ALPHA
\\
,,, w w u Cate
{
T Total com
-(
d I I I
l Erf j
t
]*
- v#
a Bkgd epmj _ CCPM 16 br.
l L
i l (uCVml)
\\
DAC l 24 hr.
l l
l i
i i
l i
l l
l l
-.20 hr.
3 2Pu Conc.--
Long Lind Alpha Conc. X 5.
~
2*'Pu DAC.
-d M
\\
-3.0t-t OTd77n'7 -
i ALPHA counted on:
TOTAL AIR SAMPl.E DAC = _
~
Sor. No.!
_. Gas Prop.-
_ ZnS
- Standar_d Volumes Cal, Due Oste-Scalor Used:.,,,,,
Parbe ard'or lodrw = 1.132E6 mi Remarks:
\\
Noble Gas = 4600 nd N
s S1. OPS
~
rj sa dv_u u' e I
OAT 1
oocT iTWl'_
_ Coueied v.. _. u s> a
} Occu ac5A t
l.ogged ky_. 'Y I * '
)
's, i
j i
I
. VICTOREEN, INC' TITLE:
SETA SCINTILLATION POINT SOURCE CAllBRATION CUSTOMER: N/A DOCUMENT: CAL BET /.'
REV.I I
ATTACHMENT A Sheet 1 of 2 BETA POINT SOURCE C LIBRATION DATA SHEET
{
Customer fYM feww7
'P.O. $ $$V85 fd/96 Project i
S.0.
$S
\\
IDENTIFICATION f
Detector Model Number _fs/3 20 i
Serial Number __
262 PM Tube Model Number 4)f/012 Channel Description
/M /h j'
Sampler Model Number __ /f/
S/N
/U Tag Number __
/--
. Readout Model Number 9@ /'d S/N __ 8 C /
T;.",'c,71-(c./L ~7-4 TEST EQUIPMENT i
j
//l[/J-Scaler Model Number
_ /Ll[1 _ Calibration Due Date S/N Voltmeter Model Number 82'TC// S/N _6*J
{
High Voltage Probe
- Calibration Due Date # #8-t i
Model Number _ A'[/
S/N
//// T Calibration Due Date." ~'i[
/
VICTOREEN Standard Geometry S/N
// 9 Customer Standard Geometry S/N _
A/ //7 BETA AREA REFERENCE SOURCE DATA APEA REF.
GR SS COUNT GROSS j
SOURCE COUNTS TIME CPM CPM OEVIATION NET l
\\
_Backaround l 5,60D l jg,n:si l S.ToEl l I
14c
\\,,(,:; g g 1
,o, ;,j j,(fp$ }
l, L 5 g5 Of
\\
137Cs
\\ /. 5 2 ES A m:A)
(,.2524
&. 94 G4 + 1.C, %
)
26Cl l 4. 'f 4 Ge7 0 m :st) i 2. M 6 99Tc
- 2. 2</(./E5
\\
.3 %
3 9 / E Y l__ A m ;,t>
~
I
]
90Sr
( 2. 5.3E5 l 2 m;/c/
l f. 2(ME6 l 1.A/,V n J.o%
j 4.VoSFT ty.y El-/
+ ), 3[
High Voltage. __ 75 l 99 0el Lower Disc.
..'2 FC V Upper Disc.
7, @ (/
7.34 t=2 cal /d*2\\calbetal. doc 3$
. r;'. OREEN, lNC.
'f" S:
BETA SCINTILLATION POINT SOURCE CA L 'TOMER:
N/A D Ot,-. MENT: CAL BETA 1 REV. ;
CUST. s o d N93$' %
VIc0 S.O G/) 574Lf ATTACHMENT A Shaet 2 o' BETA POINT SOURCE CAllBRATION DAT Detector Model Number
-W5-20 SIN RS2
_ TAU DETERMINATION
_ TM_
~
I GROSS l
COUNT i
COUNTS GROSS CPM TIME NET l
Background
3'N CPM I
f_
/**7W 3, '7 E I t
C1
]*N N hm<N1)
- 3. 9 ET-3.0)E(,
i
_cc l
l' Am:Al b.55 5 f,. 35 E C2 Calculatec 7' *0 ISD lim /0 3*l0S 3*
5#L k'
pATA IN CUSTOMER STANDARD GEOMETRY SOURCE lS/NI ACTIVITY
' ASSAY I
^
i GROSS
' COUNT
' GROSS I 1
[Backaround I - l DATE i COUNTS,
DME
( CPM r
NET I
l l
h4C l A1 CPM f-I 0.159 uCi l '6/27/8 7 I l
l l
l l
l l
I l
l l
L I
i I
I I
4 / ! / o ll L
_I 1
/
l 1
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l l
l l
'l #
d#
l l-L I
I l
i I
l._
_i DATA IN_ SAMPLER l
SOURCE 1
b GROSS __
COUNT-I GROSS I
COUNTS,
TIME NET CPM
! ISOTOPE
' ACTIVITY Backcround l
l CPM l
Check Source]
cf }l ///
j
[
j' (/ g j/' /
l l
^
.onducted By
}
QA Review By _
d * /[jj
[ // k w j -'
l 1
~ Date M-M'- 9V y
- Date -
2/d !4 I i
cal /d#2icalbetal Aaa l-
~
i l
1 i
I i
4 MEMORAt!DUM 1
TO: Frank Gusmano DATE: S May 93 FROM: Linda E. Pugh
}
SUBJECT:
Vahies for Channels,47 and 48 Unit 1 Control Room Outside Air intake
}
j Per the baseline calibration performed on PWO 91033376 01, the following values and sources are to be used:
CHANNEL HP SOURCE NO.
CCPM t
ACCEPTANCE RANGE i
( + /- 10 %)
A 46 HP-11 i
3965 3569 - 4362 A 46 HP-74 5653 5088 6218 B.47 HP-11 4815 4334 5297 1
B-47 HP-74 t
6919 6227 - 7611 These values can be used for future calibrations, since no decay corre j
required for Tc 99 due to its very long half lifo (2.13E5 years).
calibration is performed, these values will be changed at that point in time If a new baseline 4
if you have any questions, please do not hes::ste to ca!! (x3441) j Performed by:_ h bu _
C. H. Devilling Approved by:_
L.E. Pugh Approved b ff ir7 -
H.M. Mercer 4
l 4
1 3
l 1
F i
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PSL#1 Component: RE-26-47 Sya: 26 frain:
Fac: PSL Unit: 01 Associate:
Assign Priority: B2 MASTER Name: RADIATION DETEC'10R FOR SOUTH OU Work Type: 5 WORK ORDER TASK TSIDE AIR INTAKE bccation: RAB/62/S-RA3/E-RAJ L 'D1 2 95010013 01 Defect / Request: CHANNEL WILL NOT CAL / REPLACE D ER/PWO: 63 / 3437 OR &
Chg Loc: 915
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PAGE 1 of 4
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Detailed Explanation:
U T
CALIBRATE CHANNEL
' HPRD 1 EKM t-Work Request: 95006264 Def Tag: C74749 Loc: CR DEF LOG Trbl/Brkdown: Y LCO: N Unit Cond Reg: 8 NPRDS: N Fail Date: 04/06/95 Time: 12:09 Det: D Stat: A Symp: B Originator: FPG00XG GUSMANO FP Date: 04/06/95 Dept: IC Approve By: RMLOKWA LAMB RM Date: 04/06/95 Task Determination Data:
N/A Safety Class: QR IST Required
- N NCR/CR P!C Required
- Y PCM
- N/A Q Group
- N/A 10 CFR 50.49
- N EQ Doc Pkg
- N/A Assign To
- FG 1
D Est M/H 6.00 Reg Guide 1.97
Security Clearance: N Fire Prot Reg: N Insul Rem
.N Clearance Required: N Clearance No :
RCA M/H: L1:
L2:
L3:
QC Requirements:
OC Required
- Y QL-A TS-10.4 More:
.................................------......====.===========================
Work Order Task
Description:
SEE PAGE 2 POR TASK DESCRIPTION.
More: Y i
GEBOM06 BOUSMAN G
Date: 04/07/95 Planned By Pkg Appr By : GEBOMOG BOUSMAN G
Date: 04/07/95 Time: 07:06 DSM00FK MELODY CS Date: 04/07/95 QC Approval
.**.............**..** cp"RA NS PROViL TC START ***********************
NPS Start Permission:
LCO(Y/N):
- -i i
Start Date/ Time :,
F 7W/ C /
fo cM gy/
--,d Major Failure:
ghX NPS. Completion Notif:
i Compl. Date/ Time:
/ wea m
/
m,'
Major Action :
Deficiency Tag Removed'(Y/N).
Y
.,, 4 g
7C: PSL Unit: 01 y Component: RE-26 47 Sys: 26 Train:
Assign Priority: B2 MASTER f
Associate:
Work Type: 5 WORK ORDER TASK Name: RADIATION DETECTOR FOR SOUTH OU TSIDE AIR INTAKE LMD: 2 95030013 01 l
Location: RAB/62/S-RA3/E-RAJ ER/PWO: 63 / 3437 CHANNEL WILL NOT CAL / REPLACE DETECT Chg loc: 915
~ Defect / Request:
OR &
PAGE 2 of 4
Continuation of Task
Description:
XX'X XY XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXkXXXXXXXXXXXXXXXXXX VERIFY THAT YOU ARE WORKING ON hHE CORRECT UNIT l
Y 9I SIGN RE/DATE AND/OR COMPONENT (S):
XXXXXXXXXXXXXXXXXXXXXX$XXXXXXXXXXXXXXXXXXXXXXXXXXXX 0010142 TO DETERMINE IF THE PRIOR TO STARTING WORK REVIEW PROCbDURE SYSTEM / COMPONENT BEING WORKED ON REQUIRES PROCEDURE AD NVESTIGATE THE DEFECT / WORK REQUEST USING TEDB LISTED TECH MANUALS AS A REFERENCE.
$AKE REPAIRS / REPLACE AS NECESSARY AND DOCUMENT ALL
~ OURNEYMANS WORK SHEET.
J bALIBRATE AS NECESSARY USING TECH MANUAL AS REFERENCE.
EFTER REPAIRS ARE COMPLETED PERFORM POST MAINTENANCE TES QI 11-4 APPENDIX A.
1 5YSTEM SUPV.
GUSMANO I
t a
s
- l Component: RE 26-47 Sys: 26 Train:
Fac: ?SL Unit: 01
~
Associate:
Assign Priority: B2 MASTER Name: RADIATION DETECTOR FOR SOUTH O Work Type: 5 WORK ORDER TASK TSIDE AIR INTAKE Location: RAB/62/S RA3/E-RAJ LMD: 2 95010013 01 Defect / Request: CIIANNEL WILL NOT CAL / REPLACE DETECT ER/PWO: 63 / 3437 OR &
Chg loc: 915 PAGE 3 of 4
JOURNEYMANS WORK REPORT Actual Start Date:
Time:
Actual Com letion Date:
Time:
h1f9I Q'] O O 4fIif9(
}[]g Note: Journeyman shall sign and date text after their entries.
Trouble Found:
This Section is NOT Applicable for PMs or other planned jobs TESTEQUlP,
.1 A
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Y Suggestions For Future Planning / Variance Reason:
I I
Supv/ Foreman / Chief Date upervisor Date QC I sp t
f)* () km S' 9s' V
IiV
- (/
01 11-PR/PSL-4 R:visi:n 28 March.1995 Page 15 of 70 APPENDIX A 2.0 POSTMAINTENANCE TEST SHEETS (A.O.0) GENERAL FORM Nuclear Plant Work Order Plant Unit NPWO/JO Spec ER W ork Task Post Maintenance PSL Order Test Sheet
,/
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I General Form Component Tag Number Associated Component System e
~
o Eculpment Name/ Component Desenption drief elepair Desenption:
N f te M *)
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Initial Sat Unsat Testing Recuitec:
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NUCL EAR POWER PLANT storeroom T R ANSMITT A L BATCH i REQUISITION ON STORES SvMeot toc'N CODE MO.
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Page 8 of 10 i M gl I J. - j ,, i ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO.1-C-64, REVISION 16 ~ c.y'y c CAllBRATf0N OF THE LIQUID WASTE DISCHARGE RADIATION MONITO CALlBRATION CERTIFICATE ~ q_. L Procedure Title and Number Calibration et tho41guia Waste Discharge C Radiation Monitor - ^ Frequency Refueling Maximum Time Between Calibrations 1_q)donths 2 25% Equipment identification Number diannd 433/ // _ g 6 T7 Date of Last Calibration SA-gm rk, 'J Date of This Calibration 5/u/4 7 ~~ Special Instructions: A- ; d c. s Ca /. 4,,- A4 w 4,b . ~. ~ x CAllBRATION DATA' The requirements of the Channel Functional Test for the Liquid Waste Discharge radiation monitor have been satisfied (Reference Section 8.1). 8 56 - Date S/ 9 /93 Verified by v ( l P S L CHEF.!!STRY CEPT. FOR INFOMAATION ONLY._ l Nff DOCUMENT tS NOT CONTBf1LL(O 9f fe 'eg eggt WFY Ihf e t HA TION wt"t a.('Nto nLLID t'
- t segg FLORIDA POWER AND UGHT CO.
sr. wcic rwer DATT YE3tIFTED f/d//fil fMITIR [,M ~. OATE VtAtr1ED INITf At.
~ ~ ~ ~ ~ ragewonsu 4 ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO.1-C-64, REVISION 16 '7 1 CAllBRATION OF THE LIQUlO WASTE DISCHARGE RADIATION MONITOR f CALIBRATION CERTIFICATE CHANNEL 43 LIQUID WASTE DISCHARGE MONITOR -i Source #1 Source #2 Source Type toe.sh L;u.;L Source Type luark L : c u :L i i Serial #
- /
Serial #
- 'A Assay decay calculation:
Assay decay calculation: -0.693 X t -0.693 X t A = A,e T,a X 365.25 daystyear A = A,e T,a X 365.25 daystyear Ass y listal+r e t. 0 3 E - 5 p s y'c e A ss Ress.lti 3 6F s -S p e % c C m. C.at = 3.C 4 5 +e u " l,s f. ca. c.,,,,y, = y a P E t r camp a uc e Tolerance (t10%) = Tolerance ( 10%) = Background Levels 4yo Background Levels Wo Ratemeter levels Ratemeter levels remote
- /. / 9 If + 3 remote
/. 5 3 E + '/ Recorder levels Recorder levels Corrected Activity (ratemeter levels Corrected Activity (ratemeter levels minus background) minus background) 3:7 5 E + 3 A h E + 'l Tm= nuclide half life in years uj 9, g,y,c,j,n , c,, e c c elapsed time from original activity in days t = 06 O I W '0b' naturallog base Cw:Y a d: e = Activity in counts per minute (cpm) this date. A = original Activity in cpm on assay date A = o High Voltage setting ~7Fo (for reference only) Channele/un retumed to normal service Verified by O u* c - Date f /. '/ /97 Approved by ' v Date 5 / [ / U Chemistry Supennsor
Pcge9ctlu [," ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO.1-C-64, REVISION 16 7 l CAllBRATION OF THE LIQUID WASTE DISCHARGE RADIATION MONITOR l I CALIBRATION CERTIFICATE CHANNEL 43 ' - LIQUID WASTE DISCHARGE MONITOR w, l Source #1 Source #2 - Source Type /2/ci A 4/c u.'J Source Type (m.de 2/u eJ i i
- 3 Serial #
- f Serial #_
Assay decay calculation: Assay decay calcula' ion: i t -0.693 X t -0.693 X t A = A,e T,n X 365.25 daystyear A = A,e T,, X 365.25 dayslyear jusy /lerul+r = F. 73E 4 "%' Asse.y Raul+r : -1.1 M-5 J/e ' / p Can v. Const
- AEI # # '#'"h A c' Con v. Const. = /.99E rt en>yp&f e
'l / Tolerance (i10%) = Tolerance (t10%) = i Background Levels wo Background Levels 4%'o Ratemeter levels Ratemeter levels i l remote 2 3 2 E +I remote /2 rE e 4 Recorder levels Recorder levels Corrected Activity (ratemeter levels Corrected Activity (ratemeter levels minus background) minus background) i
- . 3 2 E+5 4 2 r Ee C
\\ 1 t Tm= nuclide half-life n years ~ elaps-I time from original activity in days t = natural log base e = A = Activity in counts per minute (cpm) this date. A, original Activity in epm on assay date =. i High Voltage setting ~~t F0 (for reference only) . Channel 4'3/uD retumed to normal service ' Verified by Of Date I/4 / 53 f v Approved by Date.6 / d / U Chemistry Supervisor
r*Cge UOflu ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO.1-C-64, REVISION 16 7 . CAllBRATION OF THE LIQUID WASTE DISCHARGE RADIATION MONITOR CALIBRATION CERTIFICATE CHANNEL 43 LIQUID WASTE DISCHARGE MONITOR =t Source #1 Source #2 Source Type RA-/ 3 3 Source Type cr-/37 Serial # W c - 2. 4 Serial # Cue-75 Assay decay calculation: Assay decay calculation: -0.693 X t -0.693 X t A = A,e T,a X 365.25 daystyear A = A,e T,a X 365.25 daystyear Or l 5 l n <~ l O r l 3 l n c. I t Tolerance ( 10%) = w Tolerance (t10%) =_- Background Levels E o 3 e r +' Background Levels 67 en' Ratemeter levels Ratemeter levels remote 2 5v5 +G remote /. 4 2 E + 6 Recorder levels Recorder levels Corrected Activity (ratemeter levels Corrected Activity (ratemeter levelsi minus background) minus background)
- 2. 5o E + Gc,,
/. CF E + G crr. Tm= nuc!!de half-life in years elapsed time from original activity in days t = natural log base e = A Activity in counts per minute (cpm) this date. = A, original Activity.in epm on assay date = High Voltage setting Wo (for reference only) . Channein4m retumed to normal service ' Verified by O 6p - Date I/4 /92 Approved by U Date I/ /b Chemistry Supervisor
ST. LUCIE UNIT 1 1 CHEMISTRY PROCEDURE NO.1-C-64, REVISION 16 7 CAllBRATION OF THE LIQUID WASTE DISCHARGE RADIATION' MONITOR I CALIBRATION CERTIFICATE CHANNEL 43 LIQUID WASTE DISCHARGE MONITOR wi 1 Source #1 Sourcs #2 Source Type cr- / 3 r7 Source Type S e, - / 7 3 Serial # P/.r/ 4 Serial # SA41 - F24/-5 Assay decay calculation: Assay decay calculation: ( -0.693 X t -0.693 X t . A = A,e T X 365.25 daystyear A = A,e T X 365.25 daystyear m m S e, c I Ori 5 l n c~ \\ Ori i Tolerance (t10%) = #A Tolerance ( 10%) = pa Background Levels +' o r e # t' Background Levels
- f. 03 E + 4 Ratemeter levels Ratemeter levels i
remote /3GE+C remote /. o 2 2 + 6 Recorder levels Recorder levels _, Corrected Activity (ratemeter levels Corrected Activity (ratemeter levels minus background) minus background) /. 31 E + C CPin
- 9. P o E t.C ep,
Tm= nuclide half-life in years elapsed time f' rom original activity in days t = natural log base e = Activity in counts per minute (cpm) this date. A = A, original Activity in cpm on assay date = High Voltage setting 750 (for reference only) ChannelyT/sco retumed to normal service Verified by /?S% - Date r / 9' /FJ Approved by Date1/ 8 /b " Chemistry Supervisor I
f", ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO.1-C-64, REVISION 16 CAllBRATION OF THE LIQUID WASTE DISCHARGE RADIATION MONITOR 3 FUNCTIONAL TEST CERTIFICATE Procedure Title and Number r Frequency Quarterty I Maximum Time Between Functional Test 115 Days i Tolerance s 110% of Alarm Setpoint Equipment Name Liquid Waste Radiation Monitor. /R16 Equipment 1.D. Number R-6627 /R16 Date of Last Functional Test
- /A p, m fyr.,,,4,-.r4,'/
Date of This Functional Test 5/9'/93' SPECIAL INSTRUCTIONS: A. Alarm must activate at s 110% of setpoint. B. As found and as left data points will be identical if channel passes functional. (Actual Alarm point.) C. If channel fails alarm function (Alarms higher than 110%) then as found is that value. As left is value after corrective action is taken and channel passes functional. FUNCTIONAL TEST A. Original Data Base Values (1) Local Mode o7# j (2) Conversion Constant
- 7. /S E# r cem / ein &
(3) High Voltage Status ou 7 fo % /e, /R16 /R16 B. Venfy all alarms activate and (if applicable) valves close. (1) Circuit failure Mr (2) Downscale failure i,. g (3) Controls not set in operate mode if. J ,g f 3 li ajd C. Venfy high arm activates at less than or equal to 110% of actual setpoint. Record the following: i 4 am: 5 ,as = c t:- a (1) Required setpoint
- 6. 3 o E - 0 3 o e //c c Q 2j${gfg aj (2)
Required setpoint X 1.10
- f. P J E 0 3 g
(3) As Found
- c. (, o E - o 3
- gjg, y
(4) As left alarm point
- 5. (, o E-o3 y 5,f *g E 3: "
" $ l, o D. Retumed Data Base to Original Values in Step A init. Ixz,.7 - m 3 ws s i
- ei m
A s- ~n 5 Performed by Y M'? " Date 6 / 8 /U Approved by l i -,-e ,e. - ~, , - - -, - - ~ -, - -
~ FLORZDA POWER & LIGHT CO. ST. LUCIE' PLANT' CHEMISTRY DEPARTMENT hf0Nf' FINAL ACTIVITY: REPORT OF FILE : MONIT_ MISC.DAT ND Samp # 6 REACTOR UNITW: 1 &2 . L3MS NO.
- FYI LIMS ID non-transferable
-SAMPLE-I.D.
- .LRW SOURCE N1 SAMPLE TYPE LIQ SAMPLE TIME 5-2-1993.0 20:45 SAMPLE VOLUME 4.OOOE+03 cc.s ACQUIRE TIME :-
5-2-1993 0 21:38 LIVE. TIME 2.OOOE+03 SEC. EFF. FILE NAME: GT73.'CNF ACT MULT FACTOR: 1.OOOE+00-NUCLIOE SAMPLEL KEYLINE NET PEAK PEAK PEAK SYM8OL UCI/ML KEV. AREA '% EFF % ABUND' CR-51 8.872E-07 320.08 128. 5.OOE-01 9.80. 9 MN-54 5.358E-08 834.83 33. 2.08E-01
- 99.98 i
CO-58 '5.340E-06 810.75 3361. 2.14E-01 99.45 CO-60 6.043E-07 1173.21 281. 1.58E-01 '99.90! AG-110 4.699E-07 884.67 200. 1.97E-01 73.00 S8-122. O.OOOE+00 564.10 112. 3.OOE-01 66.00 SD-L24 1.809E-07 1691.02 30. 1.15E-01 48.80 I-131-1.452E-07 364.48 154 4.43E-01 81.20 N8-95 1.397E-07 765.83 93. 2.26E-01 100.00 NG-97 6.511E-07 657.92 251. 2.60E-01 98.34 CS-134-1.134E-06 795.85 624. 2'18E-01 85.40 l CS-137 8.534E+07 661.64 555. 2.58E-01 85.14-SUMMATIONS & RATIOS O.OOOE+00 UCI/ML IS NOGLE GAS TOTAL. 7.536E-06 UCI/ML IS CRUD' TOTAL 1.452E-07 UCI/GM IS DOSE EQUIV. I-131 O.OOOE+00 IS I-131/I-133 RATIO 2.778E-06 UCI/ML IS FISSION PRODUCT TOTAL 1.328E+00 IS C3-134/CS-137 RATIO j,g f3 -- I 1.046E-05 UCI/ML IS GROSS WITH RB-88 1.046E-05 UCI/ML IS GROSS WITHOUT RB-88 1 P t l l +. .--a a n. n.-. .--_.,sa ., ~.
s' l FLORIDA' POWER & LIGHT CO. ST. LUCIE PLANT CHEMISTRY' DEPARTMENT ) . FINAL ACTIVITY REPORT OF FILE : MONIT_ MISC.DAT ND Samp # 7-j . REACTOR UNIT #: 1 82 LIMS NO.
- FYI LIMS ID.
non-transferable SAMPLE I.O.
- LRW 42 SAMPLE-TYPE LIO SAMPLE TIME 5-2-1993 0 9:30 SAMPLE VOLUME 4.OOOE+03 cc.s ACQUIRE TIME :
5-2-1993 9 22:53 LIVE TIME' 2.OOOE+03 SEC. 'EFF. FILE NAME: GT73.CNF-ACT-MULT FACTOR: 1.OOOE+00 NUCLIDE SAMPLE KEYLINE NET PEAK PEAK PEAK SYMBOL .UCI/ML KEV. AREA % EFF % ABUND I CR-51 3.904E-06 320.08 557. 4.99E-01 9.80 i MN-54 2.778E-07 834.83 171. 2.08E-01. 99.98 l CO-58 2.OO4E-05 810.75 12549. 2.14E-01 99.45-CO-60 2.187E-06 1173.21 1018. 1.58E-01 99.90 l AG-110 .1.192E-06 884.67 507. 1.97E-01 73.00 SB-122 5.190E-07' 564.10 262. 3.OOE-01 66.00-t S8-124 6.663E-07 1691.02 110. 1.15E-01 48.80 \\I-131 4.910E-07 364.48 497. 4.42E-01 81.20 I .NR-95' 4.355E-07 765.83 288'. 2.26E-01 100.00 i CS-134 4.175E-06 '795.85 2295. 2.18E-01 85.40 CS-137 3.390E-06 661.64 2205. 2.58E-01 85.14 t SUMMATIONS & RATIOS O.OOOE+00 UCI/ML IS NOBLE GAS TOTAL --2.879E-05 UCI/ML IS CRUD TOTAL ~ 4.910E-07 UCI/GM IS DOSE EQUIV. I-131 j O.OOOE+00 IS I-131/I-133 RATIO -8.OOOE-06 UCI/ML IS FISSION PRODUCT TOTAL 1.232E+00 IS CS-134/CS-137 RATIO ,3.728E-05 UCI/ML IS GROSS WITH RB-88 < h8/ 3.728E-05 UCI/ML IS GROSS-WITHOUT RB-88 S-I
ej d FLOR $DA, POWER & LIGHT CO. ST. LUCIE PLANT CHEMISTRY DEPARTMENT bb$k FINAL ACTIVITY 1 REPORT OF FILE e MONIT_HISC.DAT NO Semp O 8 .I REACTOR UNITN: 1 &2 I LIMS NO.
- FYI LIMS 10 non-transferable -
i U 1 SAMPLE I.D.-
- LRW M3 =""
SAMPLE TYPE LIQ i SAMPLE TIME '5-2-1993 S 22:25"" SAMPLE VOLUME 1.000E+03 cc.s - ACQUIRE TIME : 5 1993 0 1:34 ~ LIVE TIME 2.000E+03 SEC.,,_ EFF. FILE NAME: GT73.CNF ACT MULT FAC OR: 1.000E+00 s i 3 NUCLIDE-SAMPLE KEYLINE NET PEAK PEAK PEAK SYMBOL ,UCI/ML KEV. AREA % EFF % ABUND AR-41 6.013E-06 1293.64 173. 1.45E-01 99.16 CR-51 l'.669E 320.08 6015. 4.99E-01 9.80 MN-54 1.066E-05 834.83 1641. 2.08E-01 99.98 CO-58 3.264E-04 810.75 51306. 2.14E-01 99.45 FE 4.419E-06 1099.22 306. 1.66E-01 56.50 CD-60 8.297E-05 1173.21 9660. 1.57E-01 99.90 AG-110 7.379E-06 884,67 785. 1.97E-01 73.00 SN-113 4.565E-06 391.40 895. 4.146 64.00- $8-122 5.866E-06 .564.10 828.. 3.00E-01 66.00 38-124 1.328E-05' 1691.02 551. 1.15E-01 48.80 8-131 4.073E-06 364.48 1069. 4.42E-01 81.20 NS-95 3.826E-05 765.83 6364. 2.25E-01 100.00 ZR-95 2.587E-05' 756.74 2396. 2.28E-01 55.00 NS-97 5.373E-05 657.92 1400. 2.60E-01 98.34 SB-125 6.513E-06 427.90 545. 3.83E-01 29.50 CS-134 4.640E-05 795.85 6378. 2.18E-01 85.40 i CS-137 3.963E-05 661.64 6446. 2.58E-01 85.14 SUMMATIONS & RATIOS 6.013E-06 UCI/ML IS NOBLE GAS TOTAL -- 6. 2 2 5 E - 0 4 U C I / M L IS CRUO TOTAL 4.073E-06 UCI/GM IS DOSE EQUIV. I-131 i O.000E+00 IS I-131/I-133 RATIO p C-Y -- 2.10 4 E-04 UCI/ML IS FISSION PRODUCT TOTAL O' 1.171E+00 IS CS-134/CS-137 RATIO [ 8.430E-04 UCI/ML IS GROSS WITH RB-88 8.430E-04 UCI/ML IS GROSS WITHOUT RB-88 5
y. - ~ _, --m. .- =_. M i s. ~. 1 AIOA POWER & LIGHT CO. ST. LUCIE PLANT CHEMISTRY DEPARTMENT' Eat ACTIVITY REPORT OF FILE : MONIT, MISC.DAT NO Simp 8 ,9 cEACTOR UNITW: 1 &2 LINS NO.
- FYI.
LIMS IO non-transferabic 3 AMPLE I.O.
- LRW #4 SAMPLE TYPE.
LIQ SAMPLE VOLUME : 2.00)E+02 cc.s SAMPLE TIME 5-231993 O.3:10 ACQUIRE TIME : 5-3-199?.e 2:36 -LIVE TIME 2.OOGE+03 SEC. EFF. FILE NAME: GT73.Ct#* ACT MULT FACTOR: 1.OOOE+00-NUCLIOE SAMPLE KEYLINE NET PEAK PEAK PEAK SYMBOL .UCI/ML KEV. AREA' % EFF-1-ABUNO AR-41 1.067E-04 1293.64 554. 1.45E--01 -99.16 NA-24 3.988E-06 1368.53 69. 1.38E-01 100.00 CR-51 2.117E-03 320.08 15252. -4.99E-01 ,9.80 .MN-54 1.389E-04 -834.83 4277. 2.08E-01 99.98 3 CO-58 2.268E-03 810.75 71282. 2.14E-01 99.45 FE-59 7.526E 1099.22 1042. 1.66E-01 56.50 ' i CO-60 9.462E-04 1173.21 22028. 1.57E-01 99.90 AG-110 1.294E-05 884.67 276. 1.97E-01 '73.00 SH-113 6.905E-05 391.40 2708. 4.14E-01 64.00 SB-122-0.OOOE+00 564.10 945. 3.OOE-01 66.00 j SB-124 9.102E-05 169'1.02 755 1.15E-01 48.80 I-131 2.109E-05 364.48 1109. 4.42E-01 -81.20 NB-95 5.227E-04 765.83 17733. 2.25E 100.00 ZR-95 3.753E-04 756.74 6150. 2.28E-01 55.00 N8,9 7 1.620E-04 657.92 750. 2.59E-01 98.34 RU-103 1.666E-05 497.08 7 '.5. 3.37E-01 86.40 + I S8-125 4.919E-05 427.90 824 3.84E-01 29.50 CS-134 1.787E-04 795.85 4912. 2.18E-01 85.40 CS-137 1.563E-04 661.64 5082. 2.58E-01 85.14 SUMMATIONS & RATIOS i 1.067E-04'UCI/ML IS NOBLE GAS TOTAL 5.122E-03 UCI/ML IS CRUO TOTAL 2.109E-05 UCI/GM IS OOSE EQUIV. 1-131 0.OOOE+00 IS.1-131/I-133 RATIO 1.461E-03 UCI/ML IS FISSION PRODUCT TOTAL 1.144E+00 IS C3-134/C3-137 RATIO 7.311E-03 UCI/ML IS GROSS WITH RB-88 7 311E-03 UCI/ML IS GROSS WITHOUT R8-88 d-3 [ g q 1 l -l 'b i l l
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SAMPLE RESULTS REPORT 1 D NMRIC: 81523 SR E E S3EIS: A D 2X": MIC16G7-96-06-M-18:30-0002 IIAY'S IME: 6-tD/-199614:20 SMEE IME: 4,1N-19% 18:30 5'lE.E IDHD 21 El: FEKR SREESG NP CMOGC FESLT UEIS II.P IEAL !CDiMW1E !ECM.MVlilE .-a uia. Grunage A :m ~n~ M~ MlCL6G7 MT mo T' e d't** - mecv ~ n ~ Prrhdwe NJim 1-C-44 Fruinry 18 lintts - C8 O m. M-Ihte Of 'Ihis caliMHm 4,1N-199618:30 ' Ihte Of Last raliMeicn 13-@N-199612:30
- 1 Sarte Tjpe W 133
)
- 1 Sarre Serial llrds IC-24
- 1 Origimi Assr/ Ihte 4 M Y-1993 00:00
- 1 Origital Catnts Pet Minre 2497/00.0 gn
- 1 Dem/ Cum.tal 01nts/ Min 2046627.0 qm
- 1 tipr Iidt (+ 10 %)
2251290.0 qm
- 1 Iaer lidt (- 10 %)
1841965.0 gm If Crupal, Brer AssayIhte M 02 p:mt Ibs Ib Ibult Bremd Bdgard 0 unt Ibte 256000.0 qm
- 1 fhrte Itsult (Offunal) 2410000.0 qm
- 1 thdu Indug (If Arp) % 02pmt ibs Ib Besult Bresi
- 1 Fe:ote Ibring (If Isp)
% O2pret lbs Ib Teult atesi
- 1 te2xder Fasdug (If Arp) Ris Chynmt Ibs !b Teult B+asi
- 1 Camial CIM (Official) 2154000 eqm
- 2 Saxoe Tge CS-137
- 2 Sorte Serial NJ:ber 1C-25
- 2 Otagual Asssy[hte 4 % Y-1993 00:00
- 2 Origiml Outs Per bute 157 7/00.0 qm
- 2 Des / Cbrretsi 01nts/ Min 1471543.0 gm
- 2 ttper Il-it (+ 10 %)
1618697.0 mn s 2 Iaer Ii:it (- 10 %) 1324388.0 qm
- 2 Sarre reult (Official) 1810000.0 qm
- 2 Ihtarter Ibring (If Arp) 'Ihis 02pret Ibs 16 lbult Bterei
- 2 Iutote Ibring (If Irp)
'Ihis 02pret ibs Ib Ibult aterai 4 2 Ibandr Feadug (If Igp) Ris Q2pmt Ibs Ib Ebult Etersi
- 2 Cumini QM (official) 1554000 cq2n
- 3 a g le s tal S n m T5 e' tis CW Ibs tb Ihult ate:ui
- 3 S4pleatal San 2 Ser # tis Caymt lbs Ib Ibult Dre:si n 3 34plemntal Sure CCEM tis 02Tcnent lbs Ib ibsult Ehte:si a 3 Is ?ds Origimi Qirt "his Capret Ibs tb Besult Dread
= 4 Szple etal Snte Tge ?ds Cavnent lbs tb Fesult D:te:Hi s 4 Srple:aral Sarm Ser # tis Q2pret tbs Ib Fesult Bre:si i a 4 34plestal Sarm CCEM "his 02pret !bs !b Ibult Dread 8 4 Is 9ds Crigimi Cint ?ds Capret Ibs tb Fesult Dre:si Ingh \\bltap Settm;; (If Iqp) 920 wits Qunnel Rrrticral Pe:fa::md Yes 2.d D14haticn Pass? Yes If !b, Dplain Vh/ "his Cc p:rst liu !b Fesult Bre:ui 'f !b, Stpr/isar 9/almticn "his Caynent lbs Ib Feult Etemd Cunrel Fet:.'.ni"b Se:Vice Yes k N14%Hm IEL.el Bf iMi h1 ths Iti::a:y 011. Perfc=ei Ib If Yes, O S a Cf Fri a:y Ot1 "his Cayret lbs !b itsult Dre:si r All 2sts Orpletec ( YS ) Yes resis: Plant Ibrames. notified K.E. Pieciul, t.t a.:r pro d:e 1-C-64 was c2sidrei still '.alid. Feqxsted b shift Qucs rf apr/:.sim to prf := r:riter m / m-eahn aticn. 9 w . ~ -
s SAMPLE RESULTS REPORT 1 D!UIPr: 72703 SREE SITCE: A D "iD:r: ICC_E_6627-96-01-13-22:30-0001 "ZIAY'S IEIE: 6-tm-199614:20 SREE DcE: 13M1996 22:30 StEE tmTD E El: SFFRTiD ] S W ICINP CDimNT,, FESLT l!EIS tiP IEWL IMiHWIE !MiHWIE !Rfj5677 . p s. o c na rp , ' In M Premire th:ta 1-C-64 Fmprof 18 lirtis i mte of 'Ihis m14MP4m 13M199612:30 < N ib mte Of Iast 614MP4m 14D/-1994 00:49
- 1 Scu:m %pe BA-133
- 1 S2.::m Serial Miter VC-24
- 1 Origim1 Assr/ mte 4 % Y-1993 00:00
- 1 Origim102mts Per Min:te 2499700.0 gn
- 1 Dmy 02m.ud Ctunts/ Min 2099223.0 gn
- 1lipr Iimit (+ 10 %)
2309146.0 gn
- 1 Iner Ilmit (- 10 %)
1889301.0 qm If Orignal, Ster Assrf mte 'lhis Orpmt Ibs Ib Teult Dtemi Ibck;mni(bunt Tete 24300.0 gn
- 1 Sar FWult (OffiHal) 1940000.0 gn
- 1 Rateeter Ibring (If Ap) 'lhis Omnent lbs tb Teult Etemi
- 1 Fmote Fedirg (If Ap)
'Ihis Ccrpmt lbs Ib Teult Etemi
- 1 Parrmr Fedirg (If App) his Crpmt Ibs Ib Ikult Bremi
- 1 Orre::tsi OM (Off1 Mal) 1915700 cqm
- 2 Sarm %pe Cr137
- 2 Sarm Serial!hter VC-25
- 2 Ongual Assay mte 4 % Y-1993 00:00
- 2 Onguni Quts Ier Mirute 1577700.0 qm
- 2 Dmy Cumini Qunts/ Min 1484845.0 qm
- 2 ttper Iimit (+ 10 %)
1633330.0 gm
- 2 Laer Iimit (- 10 %)
1336361.0 gn
- 2Sar Penit (official) 1500000.0 gn
- 2 Ratseter Ibring (If Ap) % Orpnmt lbs Ib Teult D?aud
- 2 Tc:ete Textrg (If Ap)
'lhis Orpmr Ibs !b ibult Dtemi
- 2 Fendr Pastry (If 4p) 'lhis Orpnmt Ibs Ib Tm11r Bre:ui
- 2 Cum.ud CEM (Official) 1475700 cqn a 3 Szpleatal Sarw Lpe
?is Orpmt lbs Ib Teult Brerm a 3 S4pleatal Snm Ser # tis Orp'nmt Fbs !b Teult atemi g a 3 hpleural Sarm CCEM "his op lbs Ib ibult Bremd = 3 Is his Origmal Cart his CcTmmt Fbs Ib Penit Bretud n 4 4plemtal Scu:m Ty;e 'his Orpmt !bs tb Ibult Dtemd a 4 34 pleural Sum Sar # tis Orpmt Ibs Ib Teult Etemd
- 4 Mpleatal Sn CCIM
?is Orpmt lbs tb Femit Dtemi = 4 's "his Cri;rh1 Cur ?is Cry !bs !b Feult B*ered i Hi;;h Wit &Je Settry (If 4p) 950 wits Qurrel Roctical Perfa:nal Yes .id Q)lilraticn Ibss? Ys If !b, S plain Vh/ ?is Orp2mt lbs Ib Teult Dterai If !b, Spis::r Baluaticn "his Orpnrt lbs Ib Teult Btemi Qunini Fetumed ':b Servi Ys Ghtratim Ferfc=ad Fy IS Ms Primy11. Perfamud Ib If Ys, OS
- Cf Iti ary Q11 ?is Crpm; ibs Ib Penlt Dremd h { {,
All ~bsts CTpletad ( Y/N ) Ys Fsai3: ?is Cagner lbs Ib Tenit Er:emd 1
_ - - _ ~ - - - - - -. - I s ' N c:meciate:- Co agtprient s-A50 2 6 1 sy's t 23 ~~ tt ain'i ~~ ~Phe ~.. t : VI A Assign Priority: B2 MASTER
- Nema
- PARTICULATE IODINE ANC NOBLE CA Work Type: 5 WORK ORDER TASK
') S MONITCR FOR PLANT STA.7 EIRAUST Location: RAP /62/N RA2/E.RAC MD: 2 96013741 01 l Defect / Request: PERFORM 18 M' NTH CALIBRATION ER/PWO: 63 / 5623 fO Oh Cbg Loc: 915 i PAGE 1 of 4 i i me 1 - m. i 1 . p, y,?. ' 'e seus _... _ _ _ i 'Dia't' 'all e d ' lanat on ~ ~. p~ . ~ ~~ ~ ~ ~ ~~~~ T~~ CALIBRATION DUE 5/28/9e, TECH / SPEC, PROC. 1 1400250, 2, g i l (SEE MO.96003475) Q ll Work Request: 96009283 D.f Tag: Loci
- More:
Trbl/Brkdown: N LCO: H Unit Cond Reg: 8
- NPRDS
- N Fall Date:
Ti t.e : Det: Stat: Symp: Originator: FPGOQXG GUSMANO FP Date: 05/25/96 Dept: IC Approve By: MEWOCIT WILLIS ME Date: 05/25/96 i 755E ife t'e hilia CT6n Da ta : ~ IST Required
- N NCF /CR
- N/A Safety Class: QR PMT Required
- Y PCM
. N/A Q Group
- N/A l
10 CFR 50.4
- N EQ Joe Pkg
- N/A Assign To
- FG 1
Reg Guide 1.97
- Y Sei.3mir Cat
- N Est M/R 16.00 ASME XI(ISI) Reqd : N Scaffold Req : N Crew Qty 2
Security Clearance: N Fire Prot Req: N Ins'11 Rem
- N j
i Clearance Required: N Clearance No : i i RWP Required: Y RWP No: RCA M/H: L1: L2: L3: ) i ~
- IC~RoWi~rements
QC ' Required
- Y j
QL-A (OR & TECH SPEC) i . >====.............. s==.....= {.*ork Order Tack Des:*ription s
== ...si===..............,==================== i SEE PAGE 2 FOR TASK DESCRIPTION. i More Y l m a s s a a m m a a n s e s s m a m ar n a s s a s s u m s a n n a n a s s a s s a m m a s s lanned By
- TKM00VF MILLER TK Date: 05/25/96
- kg Appr By
- TKM00VF MILLER TK Date: C5/25/96 Time: 13:37 j S Approval : RWB0QIC BROWN RW Date: C5/25/96 1
- OPEp :OljS APPROVAL TO STARP *****************-*****
NPS Start Permission: (~s ~-. c --* LCO(Y/N): Start Date/ Time : If A / oV/ i...............................;.......,...... g.... p.......: 6 ~.gf,, s a , ?S Completion Notif.: --- Q /..r ; r.n.', Majo Failures, Compi. Date/ Time. ( Y/g. _. _ --/- v n- -t_ Major Action :,
- sficiency Tag Removed
!O : _, s ,f o <-4 e unT9*
- ,,x 9 q
'43 6 _g6 4 s .Ii5
., Coc$EddnEi~R$C~28i f' e ~ ~' Associates Sya: 26 "faTn : ~Tae: P3L Cert?T' Name: PARTICULATE I3 DINE AND NOBLE GAAssign Priority: B: MASTER Work Type 5 S MONITOR F0F PLANT STACK EXEkUST WORI ORDER TASK Location: RAB/62/N RA /E-RAG LMD: 2 96013141 01 Detect / Request: PE'< FORM 18 MONTH CALIBRATION ER/PWO: 63 / 562 ! i Chg locs 915 I_ PAGE 2 of lC6ntlnuai.l'os V fase.~Dbscription: ' ~ ~ ~ ~ ~ ~ ~ t j...................................................................... VERIFY THAT Y'O ARE WORKING ON THE CORRECT UNIT AND COMPONENT i i I l 1. USE ADM 00104:2, FIGURES 3&4, AND AP 0013142, SENSITIVE SYSTEMS, AS REQUIRED WHET LIPTING LEADS, PULLING PUSES OR INSTALLING JUMPERS h. PERPORM 18 M01:TH CAL OF RSC-26-1 AS PER APPLICABLE SECTIONS OF 1&C 1-1400250 (REV 0).
- 5. PERFORM POST MtINTENANCE TEST PER QI 11 4 APPENDIX B.
- 4. DOCUMENT ALL WCRK AND PARTS'USED IN JOURNEYMAN'S WORK REPORT.
SYSTEM SUPERVISOR: GUSMANO i f 1 l l I W=
~ l f ' C6mp: nun t :N ^2~6 'T ~~-~ ~~~ syo : 25-'~ Train: '~i i Fcc PSL Units 01 Associate: Assign Priority: B2 i MASTER t Name: PARTICULATE IODINE JED NOBLE G Work Type: 5 i ; WORK ORDER TASK S MONITOR FOR PLANT STACK EXHAUST Location: RAB/62/N RA?/E RAG LMD: 2 96013741 01 i Detect / Request: PERFORM '.8 MONTH CALIBRATION ER/PWO: 63 / 5623 Chg loc: 915 l' PAGE 3 of 4 i ~ ~ ~ ~ JOURNEYMANS WORK REPORT Times l Actual Completion Date: Time !~AdEU W 5tfrt Date: l >,/<pg p, 3, 6 t/ Td so... ' ' ' ~ ~ ~ fib t e : Journeyman 6all sign and 'date text af ter their entries. Trouble Found: This Section is NC Applicable for FMs or oti.er planned jobs TEST EQUIP. PSL PSL PSL Work Performed: b}. Yi= meed // tt s 0/ /-CA 'Tks r-~ 5 m-ru vie e okma/ s4ee d _.dseE \\ er non, m us Jk ~*#c . tar' 4 -r />- i c t x rr-e n v,, Am. ,/!. a + .r m.s l V (/ (7 es h -- h In+ //' ~2'
- '*s de cue-
'7L pl i r-i.i ,&/9 c Sb.M w =- w w/we. ,v r-4 9> I,, l h.,e & J /$.//,. c/i-c./ S veden pa n /?D* J~6 H k 2 ? / C/sk< i // 1 l Continued on Additional Sheets: DN i Suggestions For Future Ilarning/ Variance Reason: 1 l Supv/ Foreman / Chief Date ~Sapervisor Date sp ctor Date &*Al* b $*/L'1b / ..)- ,s y ahm s
) 5',ci-PBL Unit: 01 ~ KSC 2 6 - 1 sys: 26 Trains T , C6mfiist nt: A20ign Pricrity: B2 MASTER ^ 'RamosPARTICULATE IODINE ;ND NGBLE GA Work Type: 5 WORK ORDER TASK Associate S MONITOR FOR PLANT STACK EXHAUST LMD: 2 96013741 01 Locatiops RAB/62/N-RA2/E RAG ER/PWO: 63 / 5623 Defect / Request: PbRFORM.8 P.ONTH CALIBRATION Chg loc: 915 PAGE 4 of 4 ,d6ffinuation of Trouble Fo Ed/ Work Performed: i anY ser b.~ ve4 5aC j -atep~A lf e a 'o.: s f f $o% *, \\> Y.s t$ 1 tz %f u c///rc l wr ,>t...or?, ~ ~ h ~i.~s4 ?-vnn.. al TLW T1 ~* 1. 8. it of 0 <.s uei 1 6 wCw IA A cu WC. Lw we dl p m.,. JL s rt_ Te t - l'{cci y o Fu O w~A ,A!ED, - - [ %h(% t.\\o ro b n u ', L s v. }c sa.r.~ a. l l l I i Continued on Additional Sheets: Y N
REV15 0N NO.: PROCEDURE ~.TLE. DAOL 2 CONTFOL OF PLANT WORK ORDERS 80 et 82 1 ~ n ucExRa p c'h'.D,7 C;~tG ' 1. 7 : CMlY $f,'iNISTRATIVE PROCEDURE s 1 ADM 00104323 t r.' ST. LUCIE PLANT .?, r.! ' FIGURE 3 ' 3TROUBLEsN. [T cy,OOiTNGRAhlNTENANCE NPWO PRE JOB REVI .n.. a m 9h/n mmn #6 i TR5GBl.ESHOOTINGIMAINTENANCE NPWO PRE JOB REVIEW SHEET ~~ NPWO No. NM ER 43 Unit OI A. The Equipment has been deemrea OCS or is not being / rehod upon to perform its inte-oed functon? Yes C' No O B. Are the affet:ts confined to the sub!ect Ecusp t? Yes No O If A and B are Yes 10CFR50.5g :reemg is et reautred. Connnue Woric Yas No O Performed By ->M Catebid'N ) /- c Reason for Disapprovst .m i OPS Quallfled Reviewer C ffph 10 CFR 50.59 fcreening Questens: OCf hM Does tf9s anoranon represon' a change to the facdtty as desenbod in the SAR? Yes O No C NAOMM Iqduces connecuon of DAS 'o recundant safety channets) B. oes this afterston represer" a cr'.ange to procedures desenbod in the SAR? Yes C No C C. Is the afternoon assocated wth tha test or expenment not descreed in the SAR? Yes O No O DYC b Could the altersbor affect w Jear safety in a way not pnnnously evah. lated s1 the SAR? Yes O No O b E. Does implornentaton of this. : tera.an requite a change to the Techncal Sceofcatons? Yes C No C FSAR Sections rowewed: -~- T.S. SecDons Fecewed: Screening Resutts: If the answer to any of the scrermng c..estions is yes. a 10CFR50.59 Safety E <aluauon es reovired. A. Is 10CFR50.59 Safety Evah suon equired? Yes C No O B. !! Yes. have Engineenng pe 'orm me evaluation and submrt the NPWO, wcn a copy of the evaluaten. fer FRG reeew. / Date Performeo By-FMG FRG Aeview No. Date PGM Approval of Designee:,_ .-_ Date E.'
Pags 1 of 17 FL JRICA POWER & LIGHT COMPANY g ST. LUCIE UNIT 1 & C PROCEDURE NO. 1 1400250 y REVISION 1 t 1 3 e 1.0 T!TLE. I o l l VROCEDuPE pgoo ' y, g CAllBRATION OF THE PL ANT VENT, FUEL BUILDING EXHAUST, ECCS. AND STEAM LINE Mr NITORS 6 2.0 REVIEW AND APPRCVAL Reviewed by Plant Nu: lear Safety Committee 3!61996 Approvec by J. S;arola Plant General Manager 3/6 19.96 Revision _LReviewed t v Facility Review Group 6/31996 Aporoved by J. S ;aro a Plant General Manager 6/3 19_96 3,0 PURPOSE: 1 3.1 Part i of this prdcadure provides instructions for the calibration of the Plant Vent, FHB, ECCS PlhG, monitors. The Effluent monitors are allidentical SPING 4 units. T1e FING 3B is used as a mobile back-up for the effluent monitors. 3.2 Part 11 of this procedure provides instructions for the calibration of the Steam Line Monitors. 3.3 The fol lowing list rf abbreviations will be used throughout this procedure: PV Flant Vent FHB Fuel Hand!ing Building ECCS Emeroency Core Cooling System i SPING Eystem Particulate lodine Noble Gas Tech Spec T echnmal Specifications ODCVI C 4 site Dose Calculation Manual CT C antr:I Terminal FUSAR F nal'Jpdated Safety Analysis Report PSL P ant Saint Lucie D.A.M. Dita Acquisition Module Cs C asium Ba E uiurn S1 ops Sr S ront am DATE b obh'I _
- 1.. u 'I 1
FOR INFORMATION ONLY ggg ""%E RE ',,,mnu mtn Docum <r. i rws occumon in wM commD. N us,. SYS n.ORIDA POWER AND LIGHT CO. I COMP COMPL ETED ST. UclEPLANT 'DATE VERinED b nM I
~ '(l Page 6 of i t ST. LUCIE UNIT 1 ~ 1 & C PROCEDURE NO. 1 1400250, REVISION 1 CAllBRATION C F THE PLANT VENT, FUEL BUILDING EXHA ECCi PING AND STEAM LINE MONITORS
8.0 INSTRUCTIONS
(cc ntinued) 8.1 Channel Functicnal Test NOTE Functional tests are required for channe l 01 and 02. the FHB. Steanline monitors, require a functional on channe s l Notify RCO that you will be performing a func' tonal tes t. lA h r to expect. 1y; l Performec by, U At control room CT, insert edit key and i To verify ne Ngh alarm setpoint: ti g tum to ec t enable. Press File and the c 2. l and enter the new. calculated conversion constant to gi I f f,#r. tor.or Alarm must occur at < 110% of setpoint. e t. r<t c 0 3 o-7 r2 W ~DI Record Normal Conversion Constant Valuet - 9 t Calculated Conversion Constant = Setpoint y 3.95 Nonnal L:onversion Constant X High Alarm Current Reading l al after alarm annunciation. Retum :enversion constant to 3. / _ IV Perforr ed cy:_ the high alarm is to use a wand scurce place on the detector. The scurce must be moved gradually A Backup method cr 4. detecht to ce able to note the reading when the alami occurs. i M,b b Perfo*meo oy:_ y l At local skid, d:sconnect the grey signal cable To ve ify r. circuit failure: i 20-30 the IF box for the channel you are testing 5. verifv ng marm. Perf t mieo by:_. V l h l O -Q@*' - - _
Page 7 of 17 ST LUCIE UNIT 1 1 & C PROCEDURE NO. 1 1400250. REVISION 1 CALIE9AT!ON OF THE PLANT VENT. FUEL BUILDING EXHAUST, ECCS. PING AND STEAM LINE MONITORS
8.0 lNSTRUCTIONS
- entinueol 8.1 (continuedi 6.
Tc ven'y instrument not set in operate mode: At local skid, switch toggle te Maintenance or Calibrate position. The Maintenance led will light. Retum toggle to normal after verifying alarm. This test can be performed at the control room CT by placing the channel in Standby to verify alarm of the :nannel when not n operate mode. b-Parformed by: 7. Vorify valve lineup in accordance with procedure 1 C-62 (N/A for Steam Lme Monitor). If an discrepancies, notify Operations cr Chemistry. 4 Perforrned by. s V 8. C mp;ete a Function Test Certificate after monitor is retumed to normal oreration and verify activity readings are normal compared to the daily re adings. q Performed by: \\1 8.2 Special Matenals 1. FadiaSon Check Sources A Refer to the Chemistry source data base to determine which sources can be used for a calibration. At least 2 different sources are used l for calibration. l NOTE i When cenorming decay calculations for sources to be usec. ensure that Ao is l obtained from the last primary calibration date, not the last secondary calibrt tion cate. E Correlation of the channels to specific activity and the subseque.. l g'aphs of activity, in microcurie /cc versus epm, shall be done as part of the primary calibration. I l w -m
Pag 2 8 of 17 ST. LUCIE UNIT 1 18 C PROCEDURE NO 1 1400250. REVISION 1 CAllBRATION OF THE PLANT VENT FUEL BUILDING EXHAUST. .lCCS, PING AND STEAM LINE MONITORS 5 8.0 INSTRUCTIONS (continued) ~ 8.2 (continued) 1. (continted) l NOTE Prior to calibrating one or more channels using the button sources, it is necessary t' EDIT the calibration constants of the applicable channel. Change the constant to +1.00 + 00 to effect channel readout in com. C. Ca ibrat:on sources are located in the Unit 1 Chamistry Hot Lab. For the type and serial number, refer to the Chemistry source data base locatec in either the Chemistry offices or the ICM System Sucemsor's office. /R1 8.3 Calibration of Channels 01 and 05 (Beta Particulate and Low Range Gas) NOTE I Channel is calibrated ONLY on the FHB SPING. /R1 1. The calibration of these two channels will be performed with the use of BA-133 and CS-137 sources or those sources as delineated in Section 8.2.1. Refer to the original calibration data for radioactive cecay 4 calculations. Record the calculations and new values on the calibration sheet. Original calibration data is found in the Prccess Monitor Data Base l Book whicn is located in the Chamistry Department. /R1 Performec cy: V NOTE To prevent spurious Control Room alarms while calibrating, either place the appropriate chn.nnelin STANDBY, tum the alarm features OFF or place the skid in the CAllBRATE mode. 2. Initiate a purge on the system by pushing the flush button on the skid. Let sHd flush to clear any radioactive gases, etc., from the system. Stop the Demo and leave OFF durino the calibration. Record the channel l background count rate on the Calibration Certificate. /R1 Perfe mee by: v
Pago 9 of 17 ST LUCIE L' NIT
- l & C r ROCEDURE NO. 1 1400250. REVISION 1
(.? CAllBRATION 'F THE PLANT VENT. FUEL BUILDING EXHAUST. ECC i P:NG AND STEAV LINE MONITORS 8.0 INSTRUCTIONS. (c: ntinsed) { J 8.3 (continued) 3. Remove the paniculate filter holder ano mid-range gas detector using the special crowbar as required. Using a flashlight. look into the now empty j slots and inspect the end faces of the cetectors for damaged mylar j winciows or Iny abnormalities. Repair as necessary prior to calibration. ) Performed
- y:_
j NOTE
- If performing ca' Orat on of the FHB SPIN. perform s:eps 8.3.4 through 8.3.7.
i !! performing ca: orat;on of channel 5 only, perform step 8.3.8. /R1 1 Place a set ce. ;crresponding to Step 8.3.1. ir the special source holder and insert t"e source holder into the particulate filter holder slot. d!d [h Performed t'y: y S. Leave the e aurce on the detector for 30 minutes, then obtain an average l count rate r cpm for the channel. This may be done through the local I SPING-4 dmpla. or from the system control terminals in the Control Room (CT-1 or C -2). Record the count rate on the Calibration Certificate. /R1 ) Performed ay: V 6. Compare tt e ccrrected count rate (com background) to the decay corrected readirgs taken from the original channel calibration. Adjust the detector hk.n vc: age as reouired to obtain maximum correlation of the data. (Higt voltage is adjusted at the applicab'e detectors' interface (IB) box; refer to the SPING-4 Tech Manual.) Recneck background if high voltage is a Jjusted. Record corrected cpm. Performed 'y:_ v l l l
~ 'T LUCIE UNIT
- 1 1400250. REVISION t I & C PROCED.RE NO.
CAllBRATION OF 'HE OLANT VENT. FUEL BUILD 1. ECCScNG AND cEAM LillE MONITORS
8.0 INSTRUCTIONS
(conte uec 4 f 8.3 (continued) After having arainec the required stabihzed count ate from the fi source, carefu1y remove the source holder and reolace the so 7. f second source cor'esponding to Slap 8.3.1. Reinsert the sour If wait 30 minutes arc then obtain an average count rate as before. l yottace adiustments are recuired at this step. it is neces Record 1 the first source anc backcround count rate to ens ire accuracy. /Rt l count rate on :ne Cahbration Certificate. u Performed b) -m, J Calibrate rerr ainir;; Channel 05 in the same manner using through 8.3.E. mc.ing the source holder to the cred range sto 8. /R1 j necessary. l ) / Performed b. }/ ~ A.-__ v Remove the soun:e holder and replace the particulate ho l mid range gas cetector. Return all calibration constants to t 9. f Standby values and eturn all alarms to OPERATE status (remo j /R1 mode). Restart 'ne sample purpp to clear EXTERNAL Fall a Y l':, l q / w. r, -p /.. _ IV_4_ -- Mr Performed ny: eck on the calibrated channel and complete a /R1
- 10. Perform a f anct'o fi Functional rest Certificate.
l e) i Lov Performec oy: V I l l f, )
Pcge 11 cf 17 ST. LUCIE UNIT 1 I c. C P R O C E D U R E N O. 1-1400250. REVISION 1 CALIBRAT ON OF THE PLANT VENT, FUEL SUILDING EXHAUST, ECCS. PING AND STEAM LINE MONITORS 30 INSTRUCTIONE tcentinued) 8.4 Calibratx>n c Channels 07 and 09 (Mid and Hegn Range Gas) NOTE lt is preferable to calibrate these channels using high activity button or wand-type sources due to ALARA considerations ano distinct disadvantages associated v.ith passing several microcurie /cc range gas through the lower range chanrels. EDIT or check the calibration constants for Channels 07 and 09 1. been etanged to +1.00 + 00. Perfortrod by: b t/ 2. Refer tc the Chemistry source data base to determine the sources to be utilized. Decay-correct these readings to correspond to the present calibration date. Ent these readings on the calibration certificate. Performed by-3. Perform 3.3.2. then remove the mid range detector and insert it into the source balder containing one of the high activity sources. Performed by; U 4 Leave the source on the detector for 30 minutes. Obtain an average count rate in. cpm. b h Performe d by-M ~ t/ 5. Compare the corrected count rate (epm backgruund) to the decay corrected readings determined in Step 8.4.2. Record count rates on the calibratior cert ficat. g 1 Performe? by-l l .l / m ~"
.mm Page 12 of 17 l ST. LUCIE UNIT 1 l 1 1400250. REVISION 1 I & C PFIOCEDURE NO. ST. CALIBRATION OF THE PLANT VENT, FUEL BUILD l. ECCS. WNr-AND STEAM LINE MONITORS { 8.0 INSTRUCTIONS _: (continued) 8.4 (continued) h fi st After havng anained the required stabilized count rate ith a source, c arefuay remove the detector and replace the l 8. detector, wait second r ource corresponding to Ste Record l i count ra*.es c, the caljbration certificate. Perfornwd ty._ O o l 9 in this manner, sing Steps 8.4.1 througn 8.4 i Calibra 2 Channel 7. f - - - x-Perforr"ed cy:- ll Retum all calibration constants to their n l Restart alarm: to OPERATE status (remove fro 8. l l sample pump, / -1 W,j . _ IV_ (w G ? l 1 d I Performec by:_ G / Perfe m a functionaLie(t on the calibrated channe l l 9. f Func ona' Test Certificate. l J 8.5 Primary ':alibrations Prirr 2ry calibrations are done by utilizing Procedur 1. l i f i l 1 l d .e.- .-m. m
- - - - ~ - - - ~ Y{ i l y .i Page 13 of 17 ST. LUCIE UNIT 1 & C PROCEDURE NO. 1 140025 1 REVISION 1 CAllBR/ TION OF THE PLANT VENT, FUEL. BUILDING EXHAUST, j ECCS, PING AND STEAM LINE MONITORS [ -PART IF- - - - ~ _CAllBRATION OF THE STEAM LINE MONITORS g i
8.0 INSTRUCTIONS
(continued) i 4 8.1 Special Mater:als or Equipment l 1. BA 133 wand type radioactivo check source and any other nigh activity i sources that have been related to the prmany cal.bration. 2. Detec:or and source holding fixture, i i NOTE l The stearr line monitors consist of an energy compensated G.M. tube in a lead shielc. Tne monitors are located on the main steam lines adjacent to the steam durnos. The units are addressed as tne 05 units (A,05-01, B 05-02) i on the CT-1 and CT-2 System Control Termirals located in the Control Room. Local convol and display is at the D.A.M. unit which is located on the 19' elevation cf the R.A.B., just inside door #42. i NOTE Prior to ca tbrating the channels, it is necessay to EDIT the cal:bration constants. Change the constant to +1.00 + C0 to effect channel readout in cpm. NOTE [ To prevent spuhous Control Room alarms whle calibrating, either place the i applicable channel in STANDBY, tum the alarm OFF or place the D.A.M. Unit in the CAL;3 RATE mode. 8.2 Record thr. channel background count rate or. the calibration certificate. Performec cy: rV[th I I W 8.3 Remove th 3 detector from its shield and place the detector in the source holder. Place cne of the high activity sources in the source holder. Leave the source in pace for 30 minutes, then compare the corrected count rate (rate minus background) to the decay corrected readings taken from :he primary calibration is cotained from the Chemistry source data base. Record count 4 rates on tM caHbration certificate. Performee oy: IUbt IV bd i '-f /
Page 14 of 17 ~ f ST. LUCIE. UNIT 11 1400250. REVISIOG EXH a N1 I & C PROCEDURE NO. CAllBRATION OF THE PLANT VENT, FUEL B [ INSTRUCTIONS: (cononued) from the first source, f 8.0 After having attained the required stabilized count ratetes a i replace it with a second source. Wait 30 m nu libration certificate. 8.4 f Performed by:___ r 'A onitor,if applicable. 5 Repeat steps 8.2 through 8.4 for the other steam lin 8.5 i l a)!/P to their normal status and Performed by: it After the calibrnaon 's complete; retum the mon ors re enter the nornal calibration constants. h 8.6 IV Performed by:__ Al[#- mplete a Functional Test i d Perform Channel Functional Test as per 8.1 an co 8.7 Certificate. /t/[#- daily readings and notify Performed by _ uv 1 Verify readincs retum to normal as compared to the l 1pleted. the Control Poom that testing is co:
- A 8.8
_ IV _ M!4 Performed bv: 1 1 ' ' " ~ - -, -...
) Pcge 15 of 17 T i i I 'T. L'JCIE UNIT 1 l & C PROCEDURE.NO. 1 1400250. REVISION 1 y CAllBRATION OF THE OLANT VENT, FUEL EUILDING EXHAUST, B ECCS. PING AND STEAM LINE MONITORS l l Calibration of the Plant Vent Monrtor. FHB,[' - ~ ~ 4 1-C-66f. Procedura Title and Number ECCS and Steam Line Monitors l Refueling f " acquency 18 Months Maximui. Time Between Calibrations J Channels l Equ;pmant 1.D. Number /2 Ic 7 - 9 9 Date of last Calibration i l y/7 /pg, ' ate of this Calibration ) D l Special Instructions: Calibration Data: % e utts cl a N . a {;(1, >6a-Ce, fi/ie.G. Channel functional test penormei 1.0 ' Channel Initial Channel Initial cy + S 'd4 7 When all ca:ibrations have been completed, retum all channe:s and 2.0 to a normal operating condtior l M - DateA.2__/2 ^ Performed by_ Date b /.2._/A IV by v ~ ^ - - - - - _ _ _ _ _
.. ~., Page 17 of 17 1 ST. LUCIE UNIT 1 I & C PROCEDURE NO. 1 1400250. REVISION 1 g CAllBRATION OF THE PLANT VENT. FUEL BU LDING EXHAUS~. _ECCS. DING AND STEAM LINE MONITORS FUNCTIONAL TEST CERTIFICATE g i Frecuency Monthfy j Masimum Time Between Fu ctior.al Test 35 Days f i Tolerance s 110% of Alarm Setoornt Equipment Name f /gf t/.,,. ( [$fd(., j Ecu oment 1.D. Number /? l Date of Last Functonal Test NOTE j f.; -9 6 l Date of This Functonal Test (,/ ; /g i SPECIAL INSTRUCTIONS: A. Alarm must activate at c 110% of setpoint. B. As found and as left cc a pcmts will be identicalif channel passes functional. (Actual Atarm point.) C. If channel fails alarm frnction (Atarms higher than 110%) then as found is that value. As left is ] value after correctrve action is taken and channel passes functional. FUNCTIONAL TEST j A. Onginal Data Base Values (1) Cahbration Cons snt , ), y fx / p ' (2) Standby On/Off Q B. Venty all alarms actrvaa anc Of applicable) valves close. (1) Circurt failure j (2) Downscale fai:ura M (3) Controls not set 1 operate mode )Jf i C. Venfy high alarm activt es at less tnan or ecual to 110% of inctuat setpoint. Record the l following: ,I (1) Required setpoir-4 3, j yf, lg' (2) Required setpoir' X 1 'O , f, f/ y :0 8 (3) As Found y J. t y g l + ' 4 (4) As left aL3rm por' 7 3,2 y g ;9 8 D. Retum Data Base to C gina Values in Stop A lInit. $ J Performeciby_ Date /c /7/9/, V I' 4 Approved by 9' d. W~ Date 6 / / t / 4 M C Supervisor i 5
e Page 17 of 17 ST. LUCIE UNIT 1 16 C PROCEDURE NO. 1 1400250. REVISION 1 ( CAllBRAT13N C: THE PLANT VENT, FUEL BUILDING EXHAUST, ECCS. PING AND STEAM LINE MONITORS FUNCTTONAL~ TEST CERTIFICATE Froouency l Monthy Maiamum T'rne Betwoon 'uncional Test l 38 Days To&erance j $ 110% of A: arm SetDotnl Eouement Name i p l g y r (b,, e, fpf A)/j Eouement I.D. Numoer l /.f Date of Last Funcional;4st NOTE i Date of The Funcional Test l 6/7/9(, SPECIAL INSTRUCTION S: l A. Alarm must actrvate at 5110% of setpoint. B As found and as Ier data points will be scentical rf enannel passes functional. (Actual Alarm potnt.) C. It enannel fails alar-furcon f Alarms higner than 110%) then as found is that value. As left is value after correctru action is taken and channel passes functional. FUNCTIONAL TEST A. Onginal Data Base /alues ' (1) Calioratson C nnstant .r. f, f0 g / o '# (2) StancDy On/L ff l %1} B. Venfy all alarms ac vate and (if appleable) varves close. ' (1) Circurt failure fhf) (2) Downscale f a lure y/p (3) Controls not set ir; operate mode M O. Venty hign alarm a: rvates at less than or equal to 110% of fictual setpoint. Recor: the following: (1) Recuired setroint l t 2., 3 ! < l O '# (2) Recuired set:ont x 1.10 l + y, g l, t 10 ~ -7 (3) As Found
- 1,3[
,,o (4) As left alarm ooint ,2,7/ c fo-3 3. Retum Data Bare
- Ore.nal Values in Step A l Init. N u
Performed t'/ N Datt[ b / 7 < 96 y L Approved b'.- L kws Date 4 / /6 f6 ) I & C Supcfvisor i
I Pag 317 of 17 l i ST. LUCIE UNIT 1 1 1400250. REVISION 1 s CAllBRATION OF THE PLANT VENT, FUEL BUILDING 1 & C PROCEDURE NO. I J g.QCS. PING AND STEAM LINE MONITORS _ l t i I FUNCTIONAL TEST CERBFICATE Monthly Frequency 38 Days E Maximum Time Between Func tonal Test 5110% of Alarm Seteornt l
- Tolerance 96c W,c f ff 4 G l
f (Equipment Name j (- 7 Equipment I.D. Number NOTE l ' Date of Last Functional Test J (,/ ; /9 (, Date of This FunctionalTest SPECIAL (NSTRUCTIONS: f ctional, (Actual Alarm I Alarm must actrvate at ".110'4 of setpoint.As found and as l f A. found is that value. As left is B. If channel f ails alarm it.nctien' (Alarms higher than 110%) then as point.) f t onal, value after corrective ection is taken and channel passes unc i C. ,i FUNCTIONAL TEST f l Original Data Base Vatues }.r /, N - 0 3 A. Calibration Constant l Mf3 (1) (2) Standby On/Ot' Venty all alarms activate and (if appkcable) vatves closd. }B. (1) Circuit failure M (2) Downscale fanure d Controts not set in coerate modo nt Recore the Venty high alarm ac::vates at less than or equal to 110% 61 ac:ual (3) C. following: [,f,f)(,x fO (1) Required setcoint j y 7, (> (- y / o ' ~ Required setroint X 1.10 l + f, g < j o ' ' (2) (3) As Found _ + f,4 x jp -( As left atarr poin: j init. M, (4) { Retum Data Base o Or'ginal Values in Step AI { D. _Date._.lt ] 2_' 7 4 Performed by_ U 9 J _ Dateil l.1_/ _.h_ Approved : y__ IT e An-I & C Supervisor V
~ Page 16 of 17 I & C FROCEDURE NO.ST. LUCIE UNIT 1 i CAllBRATION OF THE PLANT VENT FUEL i 1-1400250 REVISION 1 i EQC_S P!NG AND STEAM LINE MONITORSING EX j Soume #1 _ MONITOR CALIBRATION CERTIFICATE CHANNEL I CHANNEL TYPE Source Type _ M-173 Source #2 l [ I Serial # Source Type _ CI- / 3 7 \\ L>C-24 [ Serial # k)C - 2f l Assay cecay calculation: Assay decay calculation: l A = A,e ( 6W) i T 10bil[3 -LO(7.1/y,.) j,j,,( g ) A: /R1 T ro 9 b ~.I4 Ah \\ Tolerance ( 10%) =5f)f,(, t, 7/32 y A - 4arth.. aJ(7.t4,.) { ~
- 33fffCPy n.1, Background levels _
- 9. 3i c(3 Tolerance ( 10% =3oyn, r e,37ay y i
Background levels __ ~ Ratemeter levels 9.37(rn [ Ratemeter levels As found_
- l. / E x /0 C/p As found_
- f. If r / o ' C M As left_
b.YbyIo CPW /R1 As left_ 3.ff v /0 Cdh /R1 Correc:ed Activity (ratemeter levels minus background 1 Corrected Activity (ratemeter j levels minus cackground) l i L (,V.[O C'% I t .lI7 9 O C Ph ChanneLl ' retumed to r,rma service i r-i }he above equations. Time must be in the sar's u,,ts (years da i NOTE i e s etc.) for both T and t in Verified by 1bb ] Approved by ' _ O _lc__/_ 7_/ 21, t. b Y pp - ' I & C Supervisor
- I / 96 Date
[ Page 16 of 17 ? ST. LUCIE UNIT 1 I & C DROCEDURE NO. 1 1400250, REVISION 1 CAllBRATION OF THE PLANT VENT, FUEL BUILDING EXHAUST. ECOS,21NG AND STEAM LINE MONITORS _ 1 [ CAllBRATION CERTIFICATE MONITOR _ CHANNELI~7 CHANNEL TYPE l l Source #2 Source #1 Source Type C B /o O Source Type Cf-13 7 Senal#_ fA-W Senal# T'R - Y 3 Assay decay calculation: Assay decay calculatic u M1 A = A,e ( - 693t) j,g*,g.693t) T , a 1 0 3 ) = 3 ' O C II4 T.1!81/E A : 1M0(<
- r., &
Jc!?
- 13OlCPft A = lh!0(.e.
Tolerance (i10%) =jf/ e, 42 9 Tolerance (110%) = / / 7/,j e, jy321 J.G CAA Background levels
- 3. lo Cent l
l Background levels Ratemeter levels Ratemeter levels /.#/i 'o C/h_ As found 4.Of f /o C//9 /R1 As found _ I. O[ t / O CAlh /R1 /. I t ? CAA - As left __ As left Corrected Activity (ratemeter Corrected Activiu (ratemeter levels minus background) levels minus background) ifo u Cppi 3t 's Cfin Channel /-7 eturned to normal service NOTE Time mus. be n the same units (years, days, weeks, etc.) for both T
- /R1 the above equations.
1/ V /._f.6_ 4 E-Verified t / CD R (/ 6 ' 16 /96 o' se - Approvec by Date 'v & C Supervisor 4 I
Pcge 16 of 17 ST. LUCIE UNIT 1 1 & C PROCEDURE NO. 1 1400250, REVISION 1 CAllBRATION OF THE PLANT VENT, FiJEL BUILDING EXHAUST, ECCS, PING AND STEAM LINE MONITORS CALIBRATION CERTIFICATE CHANNEL l-9 CHANNEL TYPE MONITOR Source #2 [ Source #1 Source Type _ C f-13 7 Source Type SA-/33 Setial # 8K 32 3 r Serial u 8 k - 3 1-Assay decay calculation: Assay' decay calculation: E j, 4,, (_.6 3]) A = A,e (.693{) T ~N A: IS.C 9 f.e ~ o 17 A: ). f f (e Ic 9 Tolerance ( 10%) =/2.f0 t, /n/ Tolerance ( 10%) = f 44 ro ;>3 2 Background levels 3.7 C# m Background levels
- 2. ' (' / v Ratemeter levels Ratemeter levels
/303 (d F1 /R1 As found_ As found 909 iAh As left /]O3 C/N /R1 96f CPN As left Corrected Activity (ratemeter Corrected Activity (ratemeter levels minus backgrouna) levels minus backcround) I300Cem 9: b '/m Channel l' 9 - rett mec to normal service .N Q._E_ T Time must be in tne same units (years, days, weeks, etc.) f 91 1 the above ecuatiet.s. Verified by 1/ Y /d ~ 6 /1E / *) b b ~~ Date Approved b', V I & C Supervisor 1
m Page 6 cf 17 ST. LUCIE UNIT 1 1 & C 3RCCEDURE NO. 1 1400250. REVISION 1 { j CAllBRATION OF ~HE PLANT VENT, FUEL BUILDING EXHAUST. ECCS, PING AND STEAM LINE MONITORS I 1
8.0 INSTRUCTIONS
(c ontinued) i f 8.1 Channel Functional Test j NOTE Functional tests are Tavired for channels 05,07 and 09 on the PV, ECCS, FHB and PING nor~ ors. Additionally, a channel C1 functional is recuired on l the FHB. Steanline monitors, require a functional on channels 01 and 02. /R1 i 1. Notify RCC that you will be performing a func::onal test and which alarms to expect. / /4 N Performed cy:_ f 2. To venfy the hign alarm setpoint: At control room CT, insert edit key and tum to edit enable. Press File and the channel number you are testing. i - Prest the - button until the conversion constant is displayed. Press Edit and enter the new calculated conversion constant to give a high alarm. Alarm mus: occur at < 110% of setpoint. Record Normal Conversion Constant Value: 5.To C - o* ~ Calculated Conversion Constant = (( Y, j Normal Coriers'on Constant X High Alarm Setpoint y,,95 Current Reading
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Retum con ers n constant to normal after alarm annunciation. Performed "y: M[. lV dw i 0 4. A Backup r ethco to test the high alarm is to t.se a wand source placed on the dete tor. The source must be moved c adually closer to the detector to e a le to note the reading when the alarm occurs. Performed,'y: Nln @ M %NA o te.0 M 5. To venty a,rce failure: At local skid, disconnect the grey signal cable at the IB box 3r the channel you are testing. Alarm will occur in 20-30 minutes anc Fat. led willlight. Reconnect the grey signal cable after verifying alt m. Performed ty:- k, - - f
ST. LUCIE UNIT 1 4 1 I & C PROCEDURE NO. 1 1400250. REVISION 1 i CAllBRATION OF THE PLANT VENT. FUEL BU!LDING EXHAUST, l ECCS. olNG AND STEAM LINE MONITORS I i j
8.0 lNSTRUCTIONS
(centinued) l 8.1 (continued) 1 l 6. To venty.nstrvnent not set in operate mode: At loca' skid. switch toggle i to Mainterance or Calibrate position. The Maintenance led will light. l Retum toegle to normal after verifying alarrn This test can be performed at the cor"rol rcom CT by placing the channet in Standby to venty alarm i l of the channel when not in ooerste mode. Performec by: b4 [ 7# ~ V j 7. Verity valve lineup in accordance with procecJre 1-C.62 (N/A for Steam j Line Monor). ' any discropancies, notify Operations or Chemistry. /R1 Performec by: IIfl i' SS T 8. Complete a Function Test Certificate after monitor is retumed te normal operation nnd verify activity readings are normal compared to the daily readings. Performec cy: [I/ 6 0 l 3.2 Soecial Matenals l 1. Radiation ' hec < Sources A. Refer a the Chemistry source data base :o determine which sources cari bc used for a calibration. At least 2 cifferent sources a e used for cal oraten. /R1 NOTE When performirg decay calculations for sources tc be used, ensure tqat Ao is obtained from t."e last crimary calibration date, not :he last secondary calibration date B. Correl. : ion of the channels to specific actr. qty and the subsequent graphs of 2:tivity, in microcurie /cc versus Cpm. shall be done as part of the : rima y calibration.
Page 15 of 97 4 l
- T LUCIE UNIT t t
11400250. REVISICN i I & C PRC CECURE NO. UST. CAllBRATION OF 'HE OLANT VENT. FUEL B E_CCSSG AND STEAM (!NE MONITQfy Calibrabon of the Plant vent Monttor. 1-C4 Procedure Title and Number .ECCS and Steam Line Monrtors l ) l Refueling Frequency i 18 Months i ~ Maximum Time Between Caabranons J , Channels J' ~ Equipment I.D. Number l Date of last Calibration l -Date of this Calibration _ l Special Instructions: 1 1
- i
_ Calibration Data: / Channel functional tost performed. / Initial 1.0 i / Channel ,t in'ral Channel l 51 l 1 S.2 5 7 i 9 nd system lineups l When all calibratic 's hc.'e been completed, retum all chan 2.0 to a rormal opera,g candition./ _ Date __/,__./_ i Performed by._ _ _ Date _ _ _/___ IV by_ l 'f' cs ,7 / / / / j t
~ Pags 16 of 17 ST. L,UCIE UNIT 1 I& PPOCECURE NO. 1 1400250. REVISION 1 CAllBRATIC'l O: THE PLANT VENT. FUEL BUILDING EXHAUST, i E ;CS PING AND STEAM LINE MCNITORS CAllBRATION CERTIFICATE l MONITOR CHANNEL CHANNEL TYPE I Source #1 Source #2 { Source Type Source Type _ / 1 Serial # j Senal # I Assay decay calculatic - Assay decay calculation: t i
- 093')
A = A.e (0Sa'}' A = ' A.o ( T T/ l Tc!erance ( 10%) = Tolerance :10%) = Background levels Backgrour.d levels Ratemeter levels emeter levels / As found As found /R1 As left As left /R1 Corrected Activity ratemeter / Corrected Activity (ratemeter levels minus bac<grcund), leve!s minus background) Channel ret :mec to normal service NOTE (M($. in t e same units (years, days, weeks etc.) for botn T and t in Time must be the,above ecuatiens. 1 \\h ~ Verified by ./ %\\ / / Approved by I & C Supervisor
- Date
/ /
r l Pags 17 of 17 ST. LUCIE UNIT 1 1 & C P'30CEDURE NO, 1-1400250, REVISION 1 CAllBRATIC N C: THE PLANT VENT, FUEL EUILDING EXHAUST, .ECC3, PING AND STEAM LINE MONITORS _ i i FUNCTIONAL TEST CERT 1FICATE ~ Monthly Frecuency I 38 Days Maximum Time Between Functional Test s 110% of Atarm Setpoint i Tolerance /2 A ffC E /a - / f Equipment Name ! fr Equipment I.D. Number NOTE Date of Last Functional T 'st l 6 % Date ci This Functional Test j SPECIAL INSTRUCTIOf S: Alarm must actuate at 5 ? 10% of setpoint. l As found and as le". data ::oints will be identical il channel passes functional. (Ac A. 3. If channel f ails alarm function (Alarms higher than 110%) then as found is that point.) l -l value after correct 6 e ac en is taken and channel passes functional. C. FUNCTIONAL. TEST l A. Onginal Data Base Values f,8C 6 - O[f (1) Calibration Constant /)pg (2) Standby Or, Off Venty all alarms a~tuate ano (if asphcable) vatves close.
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<-)E tA-skT li I (1: Circutt failure fg A/db (2) Downscale ailure Controls ne' set : operate mode g/ff A fj (3) Venty high alarm ictwa'es at less than or equal to 110% of actual setpoint. Reco O. following: 2,.I / 6 - O.9 l (1) Peovired s tpoir (2) Recuitec s tpor: X 1.10 f, W 6 -03
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(3) As Fouted 2 J2,E-03 h H) As lett ala-pc -t ! D. Fetum Data Bas to C 'ginal Values an Step A inst. )@/J/ d/ 5 / [d Date ~ Performee by_ A / / f6 Ir O-Date l Approvoc oy_ N.) I & C Supervisor i i
I 1 CHANN L NUMBER M1 C,_01,_ ; 5 } SOURCES 'J E E D
- N THE LAST CA~
TYPE SERIAL NUMBER ASSAY DATE ORIGINAL COUNTS j j BA-133 WC-04 T : 0 4-27-JUL-1988 10681 l CS-137 WC-25 i' M 17 ' 27-JUL-1988 4J581 S 0 U .9 CES 'J $ E D IN PREV ?US CAL 5 TYPE SERIAL ND!BER ASSAY DATE OR*GINAL COUNTS 9A W"i BA-133 SRM-4241-5 27-JUL-1988 ^4200.0 CS-137 91-516 27-JUL-1988 14900.0 w9m ( /,- I -C (c)) 2 7r%* A.< n:. " t* > c os
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s _ _ _ _ l 2 4 J f. 1 N M3ER M1C,31_C7 l 2HA N L JSED ~N THE LAST AL l l, .__._., S O O R C E S ORIGINAL COUNTS ASSAY DATE' ........... n : r.w... SERIAL NUME.R................................. ~'YPE 1680 l 24.APR-1985 1690 CS 13~ TR-43 Tr? 24-APR-1985 i CO 60 TR-44 T: or-PREV OUS
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SOURC S USED IN CRIG:NAL COUNTS f ASSAY DATE SERIAL NLM ER..................................2020 ~"l P E l 24.APR-1985 l SA-133 NES-9007 4 4 e 4 i 2 f Y i J } l i 5 I 4 I I b. i 4 i l i f l r 1 '---r,e,--,,. - - - ~ ~ ~__
t C H A N N :- NUMBER M1C,.1_09 SOURCE JSED ~N THE AST !A L ORICINA~ 00* *:.7 S ASSAY _DAT_E TYPE._~ SERI At-NLHhER - 1289 BA-133 BK-322 D n.1 3-MAY-1991 1559 3.MAY.1991 CS 1377 ,BK-323 T: J '. r; ~. SOURCE 3 3 SED IN PRE IOUS C 1. L S ORIGINAL 00'.7, !; 7 ASSAY DATE TYPE SERIAL NUMBER 1459.200 27-JUL-1988 2143.200 SA.133 NES-9007 27.JUL.1988 CS-137 TR-43
01 11.PR'PSL-4 I' FOR INFORMATION ONLY f',y,5' "j j rmooomemauncoNmotum s90at n-39 m enon wrs a comouIe oco xxr. l FLORIDA POWER AND LIGHT CO. page 31,., 73 sT,wcat PLAfft 1 APPENDIX A '^gMQph $4INTEP44AU1EMTr5T BHEETS.(A.O.15LWRGM FORM- ^ vd ~) nVvvu ~,;j /g j Work Oroer 94 ef 3 an,, i Task o ft ' CGTwent Tag Number Assocated Component System a /3.3C 2 6-4 EQuement Name/ Component Des:npten 2o 11v7 vfv7 (M J th ey, o e. Beet Repaw Descronon ColJ.6...] Cu f.-( n>C, ir .w,,e.,4,_,; G, Tcm Testing Aequwed' inmal Sat Umt e @ Notsty Chstr siry jC @ Channel Funcuonal Test Chemistry ff/g l Performed By-Date: / @ Cahbrata Chemistry g[A Performed By' l Date / / E Channel Check h M E Venty Detector Voltage M )0 NVenfy Converseon Factor h )d EChannel Funchonal Test l&C M jd SCahbratson \\&C )Q C Venty proper operation of RM-?3 E Acquire Source Decay informaten Q% jd O i O Testing Unsat Comments: Nh k PuT COMPLETE (NO DEFEAF 1'( MAINT. SUPV.: -\\ 1 % DATE: 5 / 4 /fc ~ 0 PVT DEFEAAED Last tests DEFERRED: BLANKET NPWO a: ._ BLANKET WO a: MAINT. SUPV.: DEFERRED TEST RESULTS AC OEP'c0 BY PMT COOR.: DATE: / / DATE: I / IF ANY TEST IS UNSAT. NPWO a: woe FOR REWORK EQUIPME*JT RETURNED TO SERV CE: _/ - NPS/ANPS/NWE: e 'e 7 6 COMMENTS: DATE: $ / 11
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-8 Q g' g Page 13.of 16 / ()f 4' ~ sr. IDCIE IDTIT 1 0 OIEMISIRY PROCEDURE NO.1-C-66, REVISICH 15 V i / l 'IECHNICAL SPECIFICATION ChIZERATION OF 'IHE PI. ANT VENT / FUEL IETIIDING EXHAUST, ECCS, AND STEAM I2NE PONITDRSI - g &v PWma Title ard Number Technie=1 h ification Calibration of Iant varit' Moiil~', PHB, ECCS ard S* r==mi - 1 4'-66 /R15 i i Frar==riev l ' Hafi=1iner Denv4==== T4mm h m14hvint 4 eins !,Gis FrW14; it I. D. Nt ulev-l Ch&iial a ~ ^ /R15 - Data of last &libration l /0 7-Data of thin 61ibrat4m i ~7[27 f(( File Nim 4=v-I </a*a 44- 'o/- d Srmr-4 al Instructims: A6. m ; , re :r,;sa I e,.n e de,e_ fn xx i,) k :~ e.ErQ.4. l.) n.x) c i -n G eliw -to ne_d noMmcl fee ZWTJfdir"N3 Jr;~c, cle v:..s e el %.) Calibration Data; ' 1. 0 Chanral functional checks performed. /R15 Channel Initial \\' Cl"W ~OU C/-02 Ar. \\ t d/~C l. OGJ /R15 2.0 When all calibrations have been cxznpleted, return all channels and system lineups to a nonnal operating condition. 727!N7 I [ f 75 _M M Date Performed by ( l S. ). OPS DATC i P., L C. r,W ph, - (, DOCT Peccarnee w ..u...,,,. SYS i u'- .'>:nta. l .dOMP [cm 9LETEEh E W- ..' i. c 1 ~5 l ITM / - ' ~[/.)_7 C,g u.v1Ai d V .c-- v.- t VE*:' W D, sia r N. _,,
Page 14 of 16 f< I ~ X ST. IUCIE UNIT 1 QEMISTRY PROCEDURE 10.1-C-66, REVISION 15
- j ]
TECHNICAL SPECIFICATION CALIBRATION OF 'IHE PIAVI VENr, y FUEL IUTIDDE EXHAUST. ECCS, AND STEAM LHIE fONTIURS CALIBRATION CERTIFICNIE 40 0 mmon P/d A+oon.Enos-os' commt wpE ys /nli Saurom #1 Source 42 Source Type mi>(cM 94Ji Source Type Aixed cAJii v V Serial # A/A Serial # 4/A Assay decay calculation: Assay decay calculation: -(lambda) t ~Il ) A=Ae A=Aa c a 4= l.56 2 S S/4 A=3.?!E-4 * /A .sec. a s ded ex; s e see. Asc. Led Pnded 'Iblerance (i10%) = A>h Tolerance ( 10%) = M Background levels /3 C Pm Backgrtund levels / 7 c,Pm Ratemeter levels Ratemeter levels Teen 1 (Skid) Y' 0863 In:a1 (Skid) 48 d,A /R15 Remote (CT) 4.G( E 3 Remote (Cr) %7 p /n15 Correc+.ed Activity (ratemeter Corrected Activity (ratemeter levels minus background) levels minus background) Y.60 $ .29Ck I channel Ol-Of returned to nontal service / 7/27!d[ Verified by bM Mte ApprovcQa@ 4. d %,mte d,ei/ # che dstry supervisor / / fals 1 I
Page 14 of 16 j ST. IDCIE UNIT 1 ^7 OEMISIRY PROCEIURE NO.1-C-66, REVISION 15 TECINICAL SPECIFICATION CALIBRATICE OF 'IHE PIANI' VENI', [ FUEL KTTIDING EXHAUST. ECCS AND STEAM IINE PONTIORS r CAIIBRATICH ct2c'.LELCATE Lcd 1CNTIOR bN ORNNEL OY ORNNEL TYPE dd3 /R11 souren sa a source #a f( source Type ANc2 4n3 source Type m;<ed aas Y-O serial # A) /4 serial # x>l4 Assay decay m1onation: Assay decay calculation: ~I I -(lambda) t A=Ae A=Aec c A = 1. SC E dE/Q A= ~3.co E ~'3 Al& Atk ed FMoat .Sw M+acLed Psdod Jee. d Tolerance (i10%)'= 4h Tolerance ( 10%) = Background levels /i Cem Background levels /7 C I Ratemeter levels Ratemeter levels im1 (Skid) 4.07 6 % rel (Skid)
- /7 Ey
/als Remote (CT) 4.d7 E 1 Remote (CT) 6 / 7 EV - /nts Corrected Activity (ratemeter CorIncted Activity (ratemeter' levels minus backgrourd) levels minus backgrourd) 3.#F E A 5' /7 ET cunnel o/-O ( returned to normt service verified by 1 C ond.l y 7/a7[J7 cate . _ C % & N, </ 4 y chemistry Supervisor - ' / /Ris ,. /
.Page 14. of 16 ) 5". ST. IUCII UNIT 1 }iq CHDESIRY PROCEIURE No.1-C-66, REVISION is TEC11NICAL SPECIFICATICH CALIBRATICH OF 'IHE PIANT VENT, FUEL arrmDC EXHAUST. ECCS AND STEAM 11NE ENMORS 1 CALImATICH CERTIFICATE i
- l. C tu i
KNEUR h/cuY Ptd CmNNEL O/ YCMNNEL TYPE. 9Cd /RU NJ Sourea #1 Sourem #2 sourc. Typ. cd 19 7 L% LE3 source rype serial # UC 25' serial # L E ~2 (/ Assay decay calculation: Assay decay calculation: ~II )D -(lambda) t A= Ace A=Aec Okl j,dQ 0f C l x]C( ~ alerance ( ict).= alerance ( lot) - b C,P M Background levels /96MM Background levels / Ratemeter levels Ratemeter levels Imal (skid) M /O b Iccal (Skid) /O78 /R15 Remote (CT) 9.YU E Remote (CT) /, O 7d Y M5 Corr e d Activity (ratemeter Corrected Activity (ratemeter levels ::tinus background) levels minus background) A Y '4.06 /,c 7 E mannet C/-C6 meurned to nomal service Verified by GUr thte '7 7 N ApprgVed by - L( ($ A te '// m m., sm 1
i Page 14 cf 16 3 Sr. IUCIE UNIT 1 ' "'? i ^* ' CHDIISIRY PROCEIXJRE NO.1-C-66, REVISICH 15 j 'IEGNICAL SPECIFICATICN CALIaRATICN OF 'IHE PIANT VDir, y. FUEL BUTTDING EXHAUSP, M AND STEAM LINE MDNTIURS l'l cAusaATIcu cmrIncarz .LO k.) mrrrm Pladaur CnAnurt r>/-orcmanzt wg2 e cts fR1 i _y Source la 3 Source #3 4 sou = rype cs LT7 sou - Type Cs G7 serial # 7 / - s/ 6, serial # /94 Assay decay calculation: Assay decay m innation: -(lambda) t -(lambda) t A=Ae A=Ae c c C 1 4 0. \\ ( g (c\\,.A)Cr ~., w_; j Tolerance ( lot) = Tolerance ( 10%) = j [C7e /Im Background levels / 9 C />m Background levels / Ratemeter levels Ratemeter levels imm1 (Skid) I' b I.ocal (Skid)
- 9. 2b d
/R15 /.N'/ $ ! Remote (CT) WW D6 6'3 Remote (CT) /R15 Corrected Activity (ratemeter Corrected Activity (ratemeter levels minus background) levels minas background) 449 E Y h4E U Caannel c/ -C ( returned te namn service t-Date 27 [ i'rP Verif }ied ; x-../ +22 s,/ v?- 2, 03te .e Approved ey Chami~stry supervisor /R15 \\
Page 14 of-16 ~) X-a ST. IUCIE UNIT 1 ' 7, GEMISIRY PROCEDURE NO.1-C-66, REVISIN 15 'j TEGNICAL SPECIFICATIN CALIBRATIN OF 'IHE PIANT VENT, _ y FUEL BUTTDTNG EXHAUST. M AND STEAM LINE PONI'ICRS j CALIBRATION CERTIFICATE MmrIUR O Y Vd CHANNEL 0 /-dA'GANNEL TYPE 93 /R1 source se.5 ' cource es 6 13q 13 3 Ao L33 saure. Typ. Soum. Typ. C#f 'S' Sei1 1 # F347 -7 Serial # Assay decay calculation: Assay decay calculation: 'f -(16) t 3,go, -(1 6 ) t A= Ace i iAC( Q [ r c( f,t'ct ( M %) Tolerance ( 10%) -= 'Ibleran ( 10%) = Ba Jcground levels / 9 COM Background levels /7 Cem I i Ratemeter levels Ratemeter levels Ircal (Skid) O.4[ [ im1 (Skid) 3'Y.1 b /R15 Renote (CT) 2 YM E-Remote (CT) 3. 9 2. F /R15 Corrected Activity (ratemeter Corrected Activity (ratameter levels minus background) levels minus background) 1 19 .341 6 cannel C/ -6f mturned to nomal servim 7!,37 [2 Verified Or Date 7Mn'$ [-@ mee Ma <Y Appm memistry Supe,rvisoV //* /R15 t
. ~ ' FLORIDA PONER O' LIGHT CO,
- ~
-ST, LUCIE PLANT CHEMISTRY DEPT, PRELIMINARY ACTIVITY REPORT REACTOR UNIT #s ./- FILE RELEAS.0THER1 ' SAMPLE #s 25 . SAMPLE I.D. t
- 1 PV CAL #1 SAMPLE TYPE s G A S "~
SAMPLE TIME s 7-25-1989 G 13:19{,SAMPLEVOLUME-s 3.020E 01 MLf? ACQUIRE TIME : 7-25-1988 G 13:41 LIVE TIME 2-1.000E 03 SECT EFF. FILE'HAMEs EFF .GT23 s/- ACT MULT FACTORS 1.000E 00 s s HUCLIDE SAMPLE. 1 SIOMA KEYLINE. NET PEAK HUCLIDE SYMBOL UCI/ML ERROR ENERGY . AREA SYMBOL XE-133 2.80$E-04 1.632E-05 81.00 391. XE-133 1. REVIEH HEADER FOR CORRECT SET'UP'
- 2. REVIEW PEAKS FOR DOUBLETS i
3. REVIEH ENERGIES FOR PROPER VALUES O 4 1 T l l I -s-w-
FLORIDA PONER O LIGHT CO, ST. LUCIE PLANT CHEMISTRY DEPT. j~,_,,, PRELIMINARY ACTIVITY REPORT REACTOR UH170s 1 FILE RELEAS.0THER1 SAMPLE 0 2B SAMPLE 1.D. 91 PV CAL #2 SAMPLE TYPE s GAS SAMPLE TIME 7-25-1988 G 15:19 SAMPLE VOLUME
- 4.600E 03 MLS.
ACQUIRE TIME s 7-25-1988 G 15:S2 LIVE TIME
- 1.000E 03 SEC.
EFF. FILE NAME: EFF .0T47 ACT MULT FACTORS 1.000E de HUCLIDE SAMPLE 1 SIGMA KEYL1HE NET PEAK HUCL1DE SYMBOL UC1/ML ERROR ENERGY AREA SYMBOL XE-133 1.S63E-06 6.165E-08 81.00 786. XE-133 1. REVIEH HEADER FOR CORRECT SET UP 2. REV1EH PEAKS FOR DOUBLETS 3. REVIEH EHERGIES FOR PROPER VALUES
a ~ ' FLORIDA PONER O LICHT CO. ST. LUCIE PLANT CHEMISTRY DEPT.
- PRELIMINARY ACTIVITY REPORT REACTOR UNIT #s l'
FILE RELEAS.0THER1 SAMPLENs 29 SAMPLE 1.D.. s 01 PV CAL #3 ' SAMPLE TYPE
- BAS
. SAMPLE' TIME
- 25-1990'0'17:15 SANPLE VOLUME
- 4.600E 03 MLS.
- ACQUIRE TIME :
7-25-1988 0 17:37' LIVE TIME. I 1.000E 03 SEC. EFF. FILE MAME: EFF .0747 ACT MULT FACTOR: 1.000E 00: ^ NUCLIDE SAMPLE '1 SiONA KEYLINE NET PEAK MUCLIDE SYMBOL 'UC1/ML ERROR ENERGY AREA SYMBOL. XE-132M 5.051E-07 3.146E-07 163.93
- 20. XE-132M XE-133 2.450E-05 2.255E-07 81.00 12363. XE-133 XE-133M 4.49BE-07 5.557E-09 233.18
- 72. XE-133M 1
1. REV1EH-HEADER FOR CORRECT SET UP 2. REVIEH PEAKS FOR DOUBLETS 3. REVIEH ENERGIES FOR PROPER VALUES ~ j i l l 6 3 t F --. v yg-y- w-g --.---m4-,w-e+ e +a e
FLORLDA POWER & L10HT CO, ST. LUCIE PLANT CHEMISTRY DEPT. asf> PRELIMINARY ACTIVITY REPORT REACTOR UNITMs 1 FILE RELEAS.0THER1 SAMPLENs 31. SAMPLE 1.D. 2
- 1 PV CAL #4 SAMPLE TYPE s GAS SAMPLE TIME s
7-25-1988 e 17:54. SAMPLE VOLUME
- 3.020E 01 MLS.
ACQUIRE'T1HE s 7-25-1988 G 18:58 LIVE TIME s 1.000E 03 SEC. EFF. FILE NAMES EFF .0T23 ACT MULT FACTOR: 1.000E Og HUCLIDE' SAMPLE 1 SIGMA KEYL1HE HET PEAK HUCLIDE SYMBOL UC1/ML ERROR ENERGY AREA SYMBOL XE-133 2.996E-03 4.899E-05 81.00 4169. XE-133 1. REVIEH HEADER FOR CORRECT SET UP -2. REVIEH PEAKS FOR DOUBLETS l 3. REVIEH ENERGIES FOR PROPER VALUES 1 J o .I
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Page 14 of 16, ST. IUCIE UNIT 1 GDESTRY PROCEIURE NO.1-C-66, REVISICH 15 ~[ TfDNICAL SPECIFICATIN CALIBRATICH OF ' DIE PIANT VENT, [ MJEL HJTTDDG EXHAUST. ECCS. AND STEAM LINE MDNTIORS i.l CALIMATICH GKHMCATE An cI. =' prries f/u/ Peuf orANNEL 01-07 OIANNEL TYPE 9I /Rif Source #1-Source #2 IM l3 3 scurc. Type c< /37 saure. Typ. serial # A)F3 900~7 (o a serial # TE 43 # ~7 / Assay decay calculation: Assay decay calculation: -(lambda) t 3, , -(lambda) t A=Aec Ao= 2cw c.p p qluder A = MW d Yb4lW f# sc.c A-tfacLc) f Mbdf 4 h I47 1 - jyo3 - 'Iblerance ( 10%) = Tolerance (i10%) = /100 /7jf Backgreurd levels <.1 c,A Background levels , 3-p Ratemeter levels Ratemeter levels Iccal (Skid) /b3 Local (Skid) /49O /Rls M 20 Remote (CT) /49O A /Ris Remote (CT) Corrected Activity (ratemeter Corrected Activity (ratemo.ter levels minus background) levels minus background)
- 20
/493 I cannel O / O 7 returned to norral service 7!37!(( Verified by U Cute apPrcve 7d4 $ d. M Cete.Mo57 m e. = s w - /ms ; l \\
1 Page 14 of.16 ~ ST. IUCIE UNIT 1 A"& j ~ OEMISIRY N1RE No.1-C-66, REVISION 15 j TEWNICAL smanCATION CM.IBRATION OF 'IHE PIANT VENT, { i FUEL Bf1II.DD3G EXHAUST, ECCS, AND STEAM IlNE MJNTIORS j I cuzw.rION cEnrIrIcaz l ,o i mmaa Pkd ad aanNEL ci-o7 aanNEn wPE ges fau source es.3 Source #2 Source Type co (, o Type Serial # 78. W /$ al # Assay decay calculation: Assa decay calcu.1ation: -l -(lambda) t -(lambda) t A=Ae g, c Ao r /d70gh M Yb4 der i 49 > ~ Tolerance ( 10%) = Tolerance (+10 /213-Backgrourri levels e A c-Background 1 s Ratemeter levels Ratemeter 1 els Incal (Skid) /o30 Io::a1 (S d> /nis \\ Remote (CT) /O33 Remote (Cr) /ais \\ Carrected Activity (ratemeter Co Activity (rateme* Iwels =inus background) 1 els minus background) 1 /033 mannel 01-07 retumed to nor:al service i verified by 1 - ~/b7TJ' Ente i N, 1 M
- n t e M ') N App m ed by G en!istry Super pvr#
/ /Ris ! ,_as**' 5 i i J
-FLORIDA P0HER & LIGHT CO. ST. LUCIE PLANT CHEHISTRY DEPT. SOURCE DECAY SOURCE TYPG -- SA 1.33 SERIAt HitHBER - HES %Y-il t. 2 ORG, ASSAY DATE - l?GS-t ~:N -- J 2 Ol 'O l HALF-L1FE n'RS ) ~ iG.70 ASSAY VALUE -
- 020.65 DATE DECAYED TO I L &B - >.: r.
n DE*:A Y ED >\\C T 'l l' l'1 1 todn.M 10% T O L E R ANC E.i t. 1 17 ?. ht Tn
- 700.on FLORIDA PONER & LIGHT CO.
ST. LUCIE PLANT CHEMISTRY DEPT. SDURCE DECAY S0llRCE TYPE ~ CS 137 SEklAL MUFIGCR - T !' !.. dt7 0RG. i)::T AY. !.:11 I; i*. i.: 1 - !.' O-HALF-tIFE 30.17 ASSAY VALUc -- !n80.00 DATE DE*CAYLD T1 1.; C G l t! - 8
- i: C :Wil; A C ' l v ! 7 ',
! 'C ', :1. o 7 . G '.. l a t.CR i1Nri",' 153.0 Ti; 171 1,. :*/ I i ) l
~ FLORLDA POHER & LIGHT CO. ST, LUCIE PLANT CHEHISTRY DEPT. e SOURCE DECAY SOURCE TYPE - CD ad CERI Al. IlUMBER - TR 14 H16 ORG. ASSAY DATE - 19GS-4 -a'.1-t 2 l" HALF-LIFE t' YRS)~ G.27 ASSAY VALUE - 16 9 6. ='e D A T E DE u* ll't E D r0 ' t :: - } UECAYED AC T 11/ I *I '- Ir i 16% TOLEMAMCLb ~ di1 Uw l i l 4
Page 14 of 16 ) ~ W ST. IIICIE UNIT 1 D, OEMISTRY PROCEIIJRE NO.1-C-66, REVISION 15 i TEGINICAL SPECIFICATICH CALIBRATICN OF DIE PIANT VENT, { FUEL H3II. DING EXHAUST. ECCS, AND STEAM LINE 10NTICRS b I CALIBRATION CNFICATE 4 g< - g unan Au' fwdmANNet o/-o9 mANNEL TYPE /RU Source #1 Source #2 8a 13 3 scurm Tyg. a 137 S mrm Type TA 43 **/ 7 Serial # AJe 5 4007 boe ser al # Assay decay calculation: Assay decay calm dation: -(lambda) t 3, go, -(lambda) t A= Ace fo= 742cp od 49'l f5 14 = h Ml cf% od Y M 75 0 (H.idoS - AC L-f 0 () Jec syl - 243-7blerance (i10%) = Tolerance (i10%) = Background levels
- 8df Background levels e 8 Ch Ratemeter levels Ratemeter levels 04 Iocal (Sxid)
GJ4 Iccal (Skid) fn13 MOk Remote (CT) O/3 /R15 Remote (CT) Corrected Activity (ratemeter Corrected Activity (ratemeter levels minus background) levels minus background) foO3 31% Channel O I - O 9 returned to norml service 7!27![8 Verified by mte ndw m9p da/w chem 1Etry supervim- / / /nis _a
-. ~, 2 s -as. Page 14 of 16 ~ Sr. IIJCIE UNIT 1 CHEMISIRY PROCEDJRE NO.1-C-66, REVISION 15 / s TEWNICAL SPECIFICATION CAIlBRATION OF 'INE PIATT VENT, ( FUEL BUTTDING EXHAUST, ECCS, AND STFAM LINE fOfCIOPS I i CAI2BRATION L2xxir1CATE 1 Ak = M2rrIOR b d lkd t O RNNEL C/-O l O MNNEL TYPE bi I /R15 Source #1 Source #2 Source Type b4 O3 Sourm Type C.A Serial # 4t % 9 C<^7 Serial # ND /7 Assay decay calmdation: Assay decay calculation: -(lambda) t -(lambda) t A=Ae A= e c CRigiza _CRjciact i x N w j 'Iblerance ( 10%) = Tolerance (i10%) = a C/b \\ Backgrourd levels e F Co Background levels n I y Ratameter levels Ratemeter levels 3 I.ccal (Skid) /4 W C'- I.ocal (Skid) 1 /4 b /R15 __. -/6 f Re::cte (CT)
- 1. lf b ~,
/' Remote (CT) /R15 Ccrrected Activity (ratemeter Corrected Activity (ratemeter i levels minus backgreurd) levels :nnus background) i 0 /. W E. ~3 1, I f 6 c unnel C ! -0 9 returned to nor:al service N Cute 7 2 I.S7 Verified by /, J, t d'~;qs.,-. m.ya.c m;- v /. v s. ~ l i i a Appruved dj. cute .c Chemistry Supervisor. # / /R15 (&t .AQ ' CC 0 ~C
FLORIDA PORER & LIGHT CO. s ST. LUCIE PLANT CHEMISTRY DEPT. u SOURCE DECAY SOURCE TYPE - CS 137 SERIAL HUHRER - 7N 13 uI7 ~ ORG. ASSAY DATC - l'?GS-1- 't-1: HALF-L1FE (YRS)- 30.17 ASCAY VALUE - 351.00 DATE DEC AYED TO -- 1983-- ' - ; c. - 8 DECArEn ACTTviTY - 3 2 9. '.t 10's TOL ERANCE7 - .-V.1l 7'O 355. :'? FLORIDA P0HER & LIGHT CO. ST. LUCIE PLANT CHEHISTRY DEPT. 1:OURCE DECAY COURCE TYPE - BA 133 SERIAL HUMBER - HLS 9007 H t. : ORG. ASSAY () A 7'E - I985 1 -- i :' H A L T - L I F T. ( Y R S.' - id.TO ASSAY f!ALUE - 7 4 2. L^6 DATE DEt' AY ED TO 19 0 t.:- 7 8 DEC A'; CD. J C T l f,' i T 's
- c. d M. ' 6
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E w.. s-Page 10 of 39' ST..LUCIE UNIT 1-. CHEMISTP.Y PROCEDURE NO.1-C-66 REVISION 10 ~ . TECHNICAL SPECIFICATION CALIBRATION OF THE PLANT VENT, i' i' FUEL BUILDING EXHAUST, ECCS, AND STEAM LINE MONITORS Procedure Title and Nunber= j Technical Specification Calibration l of' the Plant. Vent Monitor - 1 C-66 Fr ec ue ncy l Refueling Maximum Time Between Calibrations l '18 monthe Eoutpment I.D. Number l' Channels ^!-01, 0; ^3, 01-05. 01-07. 01-09 -Date of last Calibration l Illi[83 nat'e of this Calibration I 6f A lf,5 File Number 'l Specia1' Instructions: Calibration Data: 1.0 Perform channel f unctional checks as per 1-C-62. Channel Initial 01-01' 3\\c 01-03 u \\ c. 01-05 eVQ 01-G7 mC 3M 01-09 g er Completion of the Calibration: 2.0 Calibration constants for channels 01-05. 01-07 and 01-09 have been entered in channel parameters. Y Initial 3.0 Wen all calibrations have been corleted, return all channels and systen lineups to a normal operating condition. !5Ab Terformed bv i l t-t . J.. t'. Date u
.Page 14.of 30 ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO. 1-C-66, REVISION 10 TECHNICAL SPECIFICATION CALIBRATION OF. THE PLANT VENT, FUEL BUILDING EXHAUST, ECCS, AND STF.AM LINE MONITORS ,/ 4 CALIBRATION CERTIFICATE l <, PIANT VENT CHANNEL 01-07 MID RANCE GAS Source #1 Source #2 1-1 J l Source TypejMe - (".,ec$ l l Source Type Ortd k 5 l l Serial # $, o k d 4 k.D,1 lSerial#( h T,D h,\\)..). l I I I l' l Assay decay calculation: l l Assay decay calculation: l l f I \\
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l l L I l ! ^' e n,e O 5* ~ ~ I {\\< b Ms: 1.530EDelccl T (c,WO RArdo r* C.o,M 6 g ( IME-3 QA l t 50 k-5_%(% l I l l l Tolerance (+10%) = l l Tolerance (+10%) = }g l I I I I I I I l Background levels { l l Background levels ) c,p A l ~ c p.% \\ l M Rat eneter levels I l Rateneter levels b 3h E1 l I I l l l Local S O El l I Local I l l I l Remete 9,@ EO l l Reciot e [3DEQ l I I I l I I I I l l Corrected Activity (rateceter l l Corrected Activity (ratemete!.' I levels r.inus backcround) { l levels minus background) l l I l l i i 1 I le b )_ l .M b l l l ChannelOlc"1 returned to normal ' service 5-1 h Verified by 9 h k Date v j kbe 1 G~ pb l s Macy Cem u-s u G s7cw T ~ 15. g-E_apk ~
.~ Page 14 of 39 ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO. 1-C-66, REVISION 10 TECHNICAL SPECIFICATION CALIBRATION OF THE PLANT VENT, FUEL BUILDING EXHAUST, ECCS, AND STEAM LINE MONITORS CALIBRATION CERTIFICATE ~ PLANT VENT CHANNEL 01-07 MID RANGE GAS Source #3 Source #h l Source Typo jMc,ke (M l l Source Type /@s (.cd l Serial # q. TtT@ R\\),3 See1:1 # h _ Ok 1 b,k,Q 1 I l l l Assay decay calculation: l l ' Assay decay calculation: l I i l I i 6-f.;c-" 'l 1 -e - A,e-+ l PesscghsM c LiMJ.E-ldcci b"% bb" I~ ICohouc.cocc,osh,=403-ll W" I l<a-I I e (.4c)e >y gs I I LLD F__-w.Ec. l I w l l wg
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ugn Tolerance (+10%) = g l l Tplerance (+10%) g l l-l l l l Background levels I cp A l } Background levels { c.p A l l l l l \\ I l Pateneter levels l l Ratemeter levels l l l i I [/[ EQ l 1\\D N l l Local I Local l 1 3 \\(~) E b lI i l Remote f,bD b l l Remote 1 l l l l 1 I
- l. Corrected Activity (ratemeter l
l Corrected Activity (ratemeter I levels minus backgroundT l l 1evels minus background) l l 1 I I l LM1 El. ' l 3 en rL i Channel AI-( [ returned to normal service 5Qb Verified by T iM Date 'QQO O b@ d(I $ ' LM L M <tw '%% jf s 54 E'S - lc_ c _ 3 ~ c-e ~
~ Page 14 of 39 - ST. LUCIE UNIT 1 CREMISTRY PROCEDURE NO.1-C-66, REVISION.10 t TECHNICAL. SPECIFICATION CALIBRATION OF THE PLANT VENT, _ FUEL BUILDING EXHAUST, ECCS, AND STEAM. LINE MONITORS i CALIBRATION CERTIFICATE \\Y'l PIANT VENT CHANNEL 01-07 MID RANGE CAS i Source #1 Source #2 I I J l l Source Type h I M_ _ l
- l. Source Type
[_,5 } 39, I J g l g l! erial 'd O l l Serial # l'l 'b 'l S -l- ~ l l 1 Assay decay calculation: l l Assay decay calculation: l 'l-l l l l 2 - A,e- ' l l 4 -t -l. m e o ..D =- t. yM Ob* C Oetg,M CAN
- lu.x u
-u e, l !ww -us uctl s i l I I' I i-I l I Toleranc'e (+10%) =. p k, l l Tolerance (+10%) = O I I I I I I I i l Background levels O r nw l l Background levels (q e o 4 l l 3 l l \\ l l Rateneter levels l l Patemeter levels l l i I I l.. Local kDQE3 l l Local f. b3 l l l l l l Remote O<(30 E 3 l l Remote l, d E3 l l l l I I I {. Corrected Activity (ratemeter l l Corrected Activity (ratemeter l. l' levels' minus background) l l 1evels minus background). .l 1 I I bO2b 3 l 148 E3 i .I 3.d Channel 8 l~ C ) returned to nor.al service 'ified by Y b Date' NNb v 5 kW].- R65 OCM k%f CL t c p hr Shr\\uet' di bc t Gus. MedcQ 3
- ~.- -- ~ - - - - 7 Page'15'of 39 ] a ST. LUCIE UNIT 1 l . CHEMISTTiY PROCEDURE NO.1-C-66,' REVISION 10 TECHNICAL SPECIFICATION CALIBRATION OF THE PLANT VENT, ~ i: FUEL BUILDING EXHAUST, ECCS, AND STEAM LINE MONITORS s CALIBRATION CERTIFICATE PLANT VENT CHANNEL 01-09 HIGH RANGE GAS 4 Source F1 Source #2' I l I l l Source Type b5 Q l l Source Type ( N h h (% 3 I il Serial # ( _kM, M,1. 1. l Serial / sukT 0 P0,% i l I i l l l' l T l l Assay decay calculation: l Assay decay calculat. ion:- l 1) l' I I i .l 4- .'., y - "- l l ^ -- A e-t j g Bssheb = l,53D Ebr/cd h g Asmh = cl 933 E-/Wu imy, Q = l.536 Et I 6 w.sstee 6d 9.m E-l i set E, C, l l Sf1E D l J l-g, LQ, E-j g/<.c. l I @g E_1 u./c c. I l -e* l -- c.pw l i l Tolerance (+10%) = pfg l l Tolerance (+10%) = tc g l l 'l l 1 I I I I - l Baekground levels
- 9. *d Eh -
l Background levels 9.a E 6 I-I I I l Ratemeter levels l Ibtemeter levels j l-l I .l l Local 1 9 E 7) l l Local b,. ) E /') l I I I I i l Remote 9] E d l l Remote [,. } M -l I I I I I I l Corrected Activity (ratemeter l l Corrected Activity (ratemeter l l levels minus background). l l 1evels ninus background) l l l l l l I l l 6,7EDqall l '3AEOcfg Channel Cl-C9 returned to nomal service Verified by T l [M 2 k3-Date u Mogy t, 6 o e.x-6% O C.coskc4k E b 9 e ($ vc3Ph r 4~l.8: em-1 A . (,,, O M
[ Page 14 of 39 5 ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO.1-C-66, REVISION 10 TECHNICAL SPECIFICATION CALIBRATION OF THE PLANT VENT, . FUEL BUILDING EXHAUST, ECCS, AND STEAM LINE MONITORS CALIBRATION CERTIFICATE i PLANT VENT CHANNEL 01-07 MID RANGE CAS Source # 3 Source # 9 _I I I I l Source Type ( f., L C) I ( Source Type Serial # -ik lh ( l l Serial # l ) s i I 1 I l Assay decay calculation:, l l Assay decay calculation: l 1 1 I I l J. A
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g joy,e4 u\\N M l l pms wa l l j I I I I I I l Tolerance (+10%) = Qk l l Tolerance (+10%) = l 1 i l I I I i I l. Background levels Oem l l Background levels I ) \\ l l Ratemeter levels l l Ratemeter levels I i l Local lM E3 l l Local l I l l l l Remote ]M El l l Remote l l l l l 1 I l Corrected Activity (ratemeter l l Corrected Activity (rateceter l l levels minus background) l l levels minus background) l l l I I I I I I i#1E3 j p Channel 6l /jl returned to normal service N Verified by % Date y h I iTU M b.3 W + cbc d .Q 6Atg Mth R%t
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Page. !$ of 39 ST. LUCIE trNIT I CHEMISTRY PROCEDURE NO. 1-C-66, REVISION 10 TECHNICAL SPECIFICATION CALIBRATION OF" THE PLAh7 VENT, FUEL BUILDING EXRAUST, ECCS, AND STEAM LINE MONITORS CALIBRATION CERTIFICATE PLANT VENT CHANNEL 01-09 HIGH RANCE GAS Source #3 Source #4 (h he (,uS l Source,7ype Ade Cu l Source Type l Serial (.4 m \\,, T M ( Q 3 l l Serial 4 G m M p_ T C N Q,I-' I I I D l ' ~ l l T l l l Assay decay calculation: 'l l Assay decay calculat, ion: l I I I l d l A .a M l l / Ae l o g hs Mqt,h $ N.NM l l kb6 b bW\\\\S-2,542 E-l fd. I b '(estew W h.~ I Qqc.gew GM, = 910 E !,1 ~ a.C m o I g I I I 3.bt E-I ml 'c-I dis) e_. i sc /cc. y,. m c.9 a l I I i Tolerance (+10%) = l Tolerance (+10%) = g I l l l } l Background levels 9,1ED qW l Background levels 2 k C-7) Ratemeter levels l l Ratemeter levels j I I I I l Local k1M l l Local k,96.h l l 1 I I I_ Remote k Q E[) l l Remote h i9 6() l l l l l 1 l l 1 l Corrected Activity (ratemeter l l Corrected Activity (ratemeter j l levels minus background) l l levels rinus background) l 1 l I I I I I 0.0 ED9 7 B E cpWl W I j Channel e, l rf1 returned to nomal service fNb Verified by Mk M)3 Date 5 V %'.QL t COdCf biC9 Q ed 5 M N M S E - mc /c c g-
Page 15 of 39 ST. LUCIE UNIT 1 CHEMISTRY PROCEDURE NO. 1-C-66, REVISION 10 TECHNICAL SPECIFICATION CALIBRATION OF THE PLANT VENT, FUEL BUILDING EXRAUST, ECCS, AND STEAM LINE MONITORS ) CALIBRATION CERTIFICATE i PLANT VENT CHANNEL 01-09 RIGH RANGE GAS Source #1 Source #2 I i l I l Source Type bq \\M __ l l Source Type I-b lM i Serial # kD cM. l l Serial 4 (9 hh I i I I l Assay decay calculation: l l Assay decay calculation: l 1 1 I 'l I A e-" l A- -t l c g .g CMgm\\ OM M CA. "~ M i 5 l l Vfhh 4M s Sow <-C t, I I gtk\\ bh S SC'^M b I i i I I I I I l l l l l Tolerance (+10") = p [g l l Tolerance (+10%) = l 1 I I I I I I l Background levels Q q yA., l Background levels 3 Qg l l S 1 l l Ratemeter levels l Ratemeter levels l l I I I l Local 1,4SE.1-1 I Local 3s4 El l 3.5 9 E l l1 I l l l Remote MSE Q l I Remote I I I I I i I l l Corrected Activity (ratemeter l l Corrected Activity (ratemeter l I levels ninus background) l l levels ninus background) l l l l 1 I I l I i 16 l com i W d com ! I 3 I i i
- hannel 0107 returned to nor=al service hh N
Verified by M Date ~ )0 ( '. T'65b d(M bC W D %\\m A w Lw cs W Ars
Page 15 of 39 ST. LUCIE UNIT'1 CHEMISTRY PROCEDURE NO. 1-C-66,. REVISION 10 TECHNICAL, SPECIFICATION CALIBRATION OF THE PLANT VENT, FUEL BUILDING EXRAUST, ECCS, AND STEAM LINE MONITORS ' CALIBRATION CERTIFICATE PLANT-VENT CHANNEL 01-09 HIGH RANGE CAS Source d% Source #Lf I I I I Source Type G (O l l Source Type l
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( Sa l Serial # 1 ~ Serial I l l l Assay decay calculation: l l Assay decay calculati,on: l l l l l _l A - 1., -t l l A=Ae" l g l-I I Ot4 g,aak b t M l LQ i hi b bC C.C.- l l l l l I l \\ l l Tolerance (+10%) = gjg l l Tolerance (+10%) = l l 1 I I I Background levels %enA l Background levels \\ Ratemeter levels l Ratemeter levels l 1 l l Local 195 EQ. I I tocal i b b k ll l I l Remote l l Remote l i l l l l l l Corrected Activity (ratemeter l l Corrected Activity (ratemeter l l levels ednus background) l l levels ninus background) l 1 1 I l 1 I I I I MQ CP A I I I I \\ l I I Channel Ck-Cfi returned to normal service Verified byO Y Date k D kb %Ae, %g \\o %s s %h so Lb Sbr-cce. m A m A ;w L p <a s kh A n.
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.-m,e .yw.- 2 -,-am .w-e a-p.mmp. m--, a-mxe-mn.as-m.m.a mapw.m.m e.m,m,,. m w a s..w.a.a a-m -meas-2.en, amm s n-as s, a --e.-mseu s. sa a,4 ,e m,em ame-i i s A t 1 4 ( t 1 i l .I 5 i 1 i J a 4 a
?I L i SAMPLE RESULTS REPORT 1 I s' ID 'EXr: 10C_01_05-96-06-07-01:10-0001 ID m fRIC: 82691 SREE SDES: A 'HIKl'S DCE: 64 0 /-19 % 14:25 9 TEE DCE: 7,1N-1996 01:10 9 FEE mTm IN E: RKESS I-PERLT UEIS lip IE&L !CNItildW1E !@CM.MWIE 9 TEE ICINr 0240ENT kh9P 6<lS M10.01_05 - 9 Pl<d Ved " "'^) t Pumhu !bter 'Ihis 02 purr ths !b lesult & tend Freprof _ i 7-OLN-1996 01:10 - gg gg[f-18 ttnths Ihte Of tis 614Mt m l Ihte Of Iast 614MHm 12-0T-1994 08:32 )
- 1 Sarm Tge
% 02qunst ms tb ibsult Brated
- 1 Sarm Serial tuter
?ls Cagnent ms tb Besult Bitend % Cb:pInnt ms tb ksilt Entemd I
- 1 Chgimi Assr/Inte
- 1 Origim1 Chnts Per Mirute % 0:gxrait }bs !b Beult Bremd i
- 1 Demy Ozrected cuts / Min 'Ihis c:qxrsat Ibs tb aesult atend
- 1 tipr Ildt (+ 10 %)
2:is 02quierc lbs tb lbeult atered i
- 1 tower Iidt (- 10 %)
?_' 02qxnent Ibs !b Besult Dund If Origual, Bter AssrfInte 'Ihis Chqrnent ms Ib Result Btered andgraurd Cbunt Rea 22is Orprent Ibs tb Reallt Deered
- 1 Sarm amult (Official)
% Ozynet les tb Resnt Brend
- 1 Rstereter asedug (If @) 'Ihis Omnet Ibs !b Besalt atend
- 1 Bs:ote amdug (If @)
'Ihis Orp21mt Ibs !b Result Dtend
- 1lbcorder Fadirg (If @) 22is 02quent lbs !b Result Drend
- 1 Qua.m1 GM (Official) 21is 02quient Ibs !b ibsult atend *
- 2 Scurte Tge
'Ihis 02tp21ent Ibs !b fleult Brend
- 2 Sarm Serial tuter
'Ihis Oz:pzimt its tb Besult atend 1 % Cngxnent Ibs !b fesult atered
- 2 Crigimi AssayInte
- 2 Origiml Outs Mr Muute 21is Orp21ent les !b Ibsult Brend
- 2 Durf Ozrected Quts/ Min % 02pnet ms !b lesult atend
- 2ttrerIidt(+10%)
' Ibis Orixnent }bs tb Beult Bread
- 2 Iaer Iidt (- 10 %)
2:is Ognmt Ibs tb Besalt Bread
- 2 Sarm Besult (Official)
% ognent 1hs tb aesnt neemd
- 2 lbtsteter Bedug (If @) % Omnet Ibs Ib Besult Btend
- 2 Itnote andag (If @)
% Omnmt ms tb fleult atemd
- 2 Beardr Padug (If @) 21is Orp21ent lbs tb Besult Brend
- 2 Orrected GM (Official)
% Omnent Ibs Ib Ibsult Bremd
- 3 9m16 Sarte Tge - 'Ihis Orparre Ibs tb Besult atemd
- 3 apple:stal S2 rte ser # % Crirnent Ibs Ib Beault atered 8 3 arplanntal Sarw CCR4 Tris 02:pnnt Ibs !b Fesult Dre:ed j
s 3 Is ?ds Origual cant % orp2mnt its Ib Result aramd
- 49m1 6 San Tge
% orgnre 1bs !b Elesult Brand
- 4 99 mtal S2r Ser # ?ds Cap Has tb Besult Entend 1
) k 4 atplemral Sauce CC24 ?ds Orpnre Ibs Ib Besult Drend = 4 Is ?ls Crigiral 02rt ?ds Capre ms tb Fesult Etemd Hign Wltaja Settug (If IEp) ?is Omnet Ibs !b Fesult Brenn Cannel Rrrtianl Perfc::nd "his Orpnr lbs !b 1%Eult Btend Did 614h-^Hm Pass? Yes If ID. DQhin W1y 21is COVnst lbs tb Fesult Bremd j If tb, averasar Balmtien ?ls Orpnre ms Ib Fesult Dtemd Samel Fetumed "b Ser/ ice ?ds Ccynrr }bs !b Fesult Entemd Nhh'aticn Phal Bf I&C Ms Pri.ary Osl. Prfc=ed 21is Orpnnt lbs ib Fesult Drend If Yes L3S # Cf Pri-ary Osl ?is Ccynn. Ibs tb Pesult Brand ] All 'Ibsts Orpleted ( Y/N ) Ys ) Tends: 2:is Omnmt Ibs Ib Result D:tered +
P-" a 4 AA__Sa J ,J_ _2 m.Ja4+,.. e ..d, +w.. A d e. ed-rtu.4 4 + 4 g, i e ? ? ? I I: 4 I e i l I i i i 1 l I I j' j O e l. t u e e s.,a-
SAMPLE RESULTS REPORT 1 IDIDERIC: 42160 SREE SME: A ID' Ext: M1C._01_C5-M-10-12-08:31-0005 'ICIAY'S IRIE: 6-tO/-199614:25 SMfE DUE: 12C-1994 08:31 SRfE IfEED IN EY: IIHRC 9t4E 10I!E CI M O G T
- IERLT,
(!CIS ti.P E R, M:lDII4W1E ISXI!iMW1E
- NE 'W M1Q._0LOS 7 Flae MT #1 J
Prtoedre Nzier ic66 c ahMon DM M 18 0 Inte Of 'Ihis m14Meim 12-0Cr-1994 08:32 Ihte Of Iast m14Meim 9-ut-199200:00
- 1!burm Tge IR-133
- 1 Sarce Serial Nzter E-24
- 1 Crigital Aerf Inte 27,IL-1988 00:00
- 1 Origual Cbmts Per Minte 10681 cpn
- 1 Dearf Cums.isi Omnts/ Min 7142 cpn
- 1 ttper Linit (+ 10 %)
7856 can
- 1 Iower IiTit (- 10 %)
6428 cpn If Origiral, Ster Asssy[hte 'Ihis Ogtnent Ibs Ib Ihult Brand Badgrazd Qunt Bate 7.0 cpn
- 1 Sburce Ibsalt (OffimM) 6590.0 cpn
- 1Ihtmeter assdug (If ap) % onnet Ibs Ib aesult Etemd
- 1 Bs:ote Bendug (If ap)
% Ogxrst Ibs ib IWalt Stered
- 1 recorder Resirg (If @) 'Ihis onnat Ibs ib Besult Deered
- 1 Cuucusi GM (Official) 6583.0 ccpn
- 2 S:urce Tge CS-137
- 2 Sarce Serial Nzter E-25
- 2 Orignal Assey thte 27,IL-1988 00:00
- 2 Ongual(bmts 1%r Minte 40581 cpn
- 2 Dnrf Caucus 3 01nts/ Min 35183 can
- 2 tt;nr Li: tit (+ 10 %)
36702 cpn 9 2 Icwer IiTit (- 10 %) 31665 cpn
- 2 Saurm result (Offs 1) 37000.0 cpn
- 2 Then ree&rg (If Ap) % Onznmt Ibs !b Ihult Drend
- 2 IB ote !hirg (If Ap)
% Qrpret Ibs !b Ibsult Dtend
- 2 Ibarcht Fanug (If Ap) % Qrp2st Ibs ib Ihult Drend
- 2 0 ru+d CH4 (Official) 36993.0 crpn
- 3 Am1mmtal Saurw Tge
'Ihis (bTcret Ibs tb luult Drend a 3 R;plemtal Scurm Ser # ?ds Onrnst lbs ib Ihult Drered a 3 a;pletal Si=ce CC24 'Ihis Onxnent Ibs !b Fesult Drend = 3 Is 'Ihis origimi (bunt % Qaxnent ibs tb Ibsult Dtend
- 4 a;pleental Surm Tge
& Ch:pnent lbs tb lhult Stend
- 4 Riplemtal Sanm Ser # % Capnnt !bs !b Ibult Drend
- 4 atpletal Samm CCIM
% Onxret lbs Ib Ibsult Stend .l = 4 Is ':his Origi.al Cxnt Sis Orgrert Ibs 1b Feult Btered High Voltage Setti:q (If 4p) "his CcTrrer Ibs Ib Fesult Brand - - Charrel Rrrticral Perfor::td Ys Did Gibhaticn Fess? Yes If Ib, Splain My % Orgnr.t lbs Ib Feult Drerad If !b, agrnosar 9/aluaticn "his Crp2mt lbs Ib Result Drend On2El Fetumed "b ServisT Yes o li M *i m F u f w al Bf IEJ3,JFB ths Pri:mry Chl. Perfamed !b If Yes, LOS # Of Prinary 011 ':his CcTorst lbs !b Fesult Ihtemd All ':bsts Orpleted ( YM ) Yes ftrrticral v:c.wni 13 cc 1954 Tearks: i
SAMPLE RESULTS REPORT 1 IDtufRIC: 82692 SREE SME: A ID TEC: M1C_01_.W-96-0647-01:11-0001 IIK('S IXIE: 64G-199614:25 SMEE D4IE: 7-0W-1996 01:11 SERE mm IN El: Bi(++ j 9 TEE F0HE CDf0EE FESLT llEIS tiP IEWL M231MELIE lECliM%IIE i MC_0LW ~ + Fla at- - (/ent
- i IG 9-43e 10 Pnxsire Nmber
'Ihis Onrrent Ibs Ib 1%!sJ1t Ehtemi Frapiny 18 Mmtis Inte M '!his SliMHm 7OLN-1996 01:12 :- m Cabbra.M w pa49 Date Of last mihHm 12-CCI'-1994 08:42 ~
- 1 Sozm 'Spe 2ds Onzrmt Ibs Ib Ibsult Ehtemd
- 1 Source Srial tirhr
'Ihis Oaxrmt lbs Ib ResJlt Ehtemi
- 1 Chguni AssafIhte 2ds Onxrent lbs !b Result Ehtemi
- 1 Chgual Omts B!!r Mnate 'Ihis Carret Ibs Ib ihmlt Ehtemi
- 1 D! arf ha d Oxnts/ Min 'Ihis Qaxrmt lbs Ib Nsult Ihtemi
- 1 ttper lidt (+ 10 %)
'Ihis Orprmt Ibs Ib lisult Ehtemi
- 1Iaer Limit (- 10 %
' Ibis Qarret Ibs Ib kaalt Ehtemi If Origual, Ehter AssefIhte 2:is Onrret Ibs Ib Besult Ehtemi Ibdgarxi Oxnt aste 'Ihis Onzrmt Ibs Ib Res21t Ehtemi
- 1 Saroe Fesult (Offir-ial) 2:is Onznent Ibs Ib Bes21t Ehtemi
- 1 Patateter merimg (If @) 'Ihis Gnment Ibs Ib Besult Ehtemi
- 1 Patote Pedug (If @)
2ds OnIrmt Ibs tb li!sdt Ehtemi l
- 1 Beoxthe Pariug (If.@) tais Onzrent Ibs Ib 1%sult Ehtemi
- 1 Cbm!cted CEM (Official)
'Ihis Oaxrent lbs tb Besnt Ehtemi
- 2 Ecace Type 2 tis Orpnent lbs Ib Resnt Ehtemi
- 2 Saurm Serial nmber tus Onment lbs tb Insult Ehtemd
- 2 Chgunl Assr/Ihte
'Ihis Onment lbs tb ikis]lt Ehtemd
- 2 Crigiml 02nts Pr Mmte 21is Onrrat Ibs ib 1%!sult Ihtemi i
- 2 Dnrf La.W 01nts/ Min 21is Onxrent Ibs Ib &sdt Ehtemi
- 2 tigr lidt (+ 10 %)
Tus Onrrmt Ibs !b lbsolt Ehtemi s 2 Iser tidt (- 10 %) 21is Orpret Ibs tb 1%sult Ehtemi r
- 2 Sarm lisult (Official)
?ds Onrret lbs Ib Besnt Ehtemi
- 2 Ihteteter liniirg (If 4p) 2:is Onrnst Ibs tb Ihmit Bremi
- 2 Batote Readug (If #p)
T1is Qament Ibs tb Besalt Ehtemi j u 2 Perr&r Paring (If 4p) Siis Onmmt lbs Ib Besult Ehtemi
- 2 0:rrorted CIM (Official)
?is Onzrmt ths tb Mt Btemd j
- 3 Spleistal Saroe Type Tris Qarret lbs Ib Besde atemi
= 3 Sple:mtal Sance Ser # Tis Orpret lbs Ib ik!adt Btered n 3 Sale:mtal Sarm CDM 2ris Onumt Ibs tb limit Bremi a 3 Is 'Ihis Crigimi Omt Olis Onmmt Ibs Ib Res21t Ehtemi r i
- 4 S@lestal Sarce T p tus Onznmt lbs Ib ib: ult Dtemi 3
L i
- 4 Riple mtal Sarm Ser # 21is OnInent lbs !b Besit Ehtemd
- 4 S4ple:mtal Sarm CCM 21is Onrnent lbs tb ibsult Bremi
- 4 Is 2ds Origital Cant
?ds Crpnri Ibs tb Fesnt Dtemi High'bltage Settirg (If 4p) ?ds Onrrmt lbs tb Besult Dtemi Chrel Rrrticml Pedc:::ed ?ds Orpnent lbs tb Fesult Bremi i Did alh im Pass? Ys j t ".: lb, Eplain N.y ?ds Carnent lbs tb Pesult Dtemi If tb, Rg:viscr B.almticn CETiel limaned ':b Service ?is OrpnriIbs !b Femit Brasi p Caldraticn Pedc:::a3 B ?ds Carret lbs tb Fea21t Dremd j, .P l f Isc Ms Pria7 Cal. Perfacid 21is On rar Ibs tb Pesnt Btemi ~ i If Yes, DS # Cf Pri::aly Cal Sis on re:Ibs 1b Teant Bremi All 'Ibsts Orpleted ( Y/N ) Yes ?ds Gnzrut lbs Ib Tesdt Bremi jh Fews: g ui
./ SAMPLE RESULTS REPORT 1 ) ID tDEUC: 42161 S M IE S N.B: A E 'ID:r: 100_01_07-%-10-12-08:41-0008 'IIIAY'S IME: 6-ful-199614:26 SMIE DCE: 12-CCT-1994 08:41 SMIE TmTn IN E/: IIHRC i SMiE ICINT CD50ENT RES,LT UEIS M.P IEEL !Ca1HVAIIE t@CMEWIE tcC_01JT1 -+ Plac Vent d i Mid 0-a ee Proasize ! bis 1056 Frsprey 18ttnths Cal [braiie n Defq Date Cf his m14MHm 12-(Cr-1994 08:42 .c-Inte of Iast N14MHm 28,N-199412:26
- 1 Saroe Tgm CS-137
- 1 Saxoe Serial!bter
'IR43
- 1 Oagnal AssayIhte 24-AIR-1985 00:00
- 1 Cngual Ctmts Per thrute 1680 cpn
- 1 Deasy Cuuce Ctmts/ Min 1351 cpn
- 1 Mar lidt (+ 10 %)
1487 cpn
- 1 Iner Linit (- 10 %)
1216 cpn If Ongual, ater AssefInte mis (brpnre Its tb Ibsult Dremi Bdgttund Qunt Ibte 0.4 cpn
- 1 Samue Ibsult (OFMal) 1320.0 cpn
- 1 Itts:eter Ibsdug (If @) 'Ihis Orgrmt Ibs tb Ibsult Dtemd
- 1 as:ote Bendiro (If @)
tis Orpnre Ibs !b Ibsult Drem3
- 1 Bearche Bendug (If @) 'Ihis Orpnrit lbs !b Besult Bremd
- 1 Cuuce GM (official)
D19.6 ap i
- 2 Saroe Tjpe 0>60
- 2 Saroe Serial timber
'IR-44
- 2 Cugual Asssy[hte 24-AIR-1985 00:00
- 2 Ct-igual Chrts Ibr Muute 1690 cpn
- 2 Daar/ Cauce 02nts/ Min 486 cpn
- 2 ilper Ilmit (+ 10 %)
535 cpn
- 2 Is er lid t (- 10 %)
438 cpn
- 2 Sorte Besult (Official) 465.0 cpn
- 2 lbta:eter Bedug (If @) 'Ihis Orgnent Ibs tb Ibsult D1temd
- 2 Fe:ote Ibadug (If @)
'Ihis urgnst lbs tb Besult Dtered
- 2 as2rthr Bestrg (If @) tis Q2:gnent lbs !b Besult Entemd
- 2 Ctrnects3 GM (Official) 464.6 czpn
- 3 S4plersital Sarce Tge tis Orpnent Ibs !b ibsult Bremi
- 3 9rl-ntal Sance ser # 'Ihis Orgrent ibs tb Ibsult Datemd
- 3 nel-tal Sou:ce 03M tis 02:grmt Ibs tb Besult Ditemd
- 3 Is tis origiral Ctunt
'Ihis Orpnre N tb Besult Bremd
- 4 azpleurtal Sarce Tge
?ls Orp2nt Pa !b Fm.11t Btemi a 4 Ael-tal Saroe Ser # tis 02:p21er: 'n3, Ib Ibsult Dtemd n 4 azplenstal Sa=ce CCEM tis Orgnerc lhs tb Betult Bremi a 4 Is 2is origiral Curt ?ds Org2nt Ibs ib Fesult Ert.em3 High W]tage Setti:p (If @) ?ds Orpnrt Fbs tb Fesult Deemd Onmel YJIEtiUH1 Perf3C:B3 Yes Did m14MHm Ibss? Yes If Ib, DpLun Vhy ?ds Orpnrt Ibs Ib Recult Bremd If tb, ape:visar Baltaticn ?ls Ctrgnent Ihs Ib Fesult Bremd Qunnel Pensrai'ib Service Yes m 14 M H m h i m e.1 Bf IE,J3,aB ths M'!B y 011. histd !b ' ~ h'(q l ) If Yes, LM3 # Of Frira:y Chl Sis Orgrent F2s Ib Fesult Bremi All 'Ibsts Orpleted ( Y/N ) Yes Bared:s: furcticrn1 pufucd 13 oct 1994
.c SAMPLE RESULTS. REPORT 1 D RMRIC: 25548 SMEE SIRICE: A ID 7EKr: M10._0151-94-01-28-09:00-00W ) ZIAY'S DCE: 6-!G-199614:26 SMEE DCE: 28,R1-1994 09:00 ' SREE mTm ni P1: SysIEM CDf0eE PERLT - LtCIS KP IBKL MDGiMMIIE !AXDiHVNIE SHE R%1E. liar A4 ~! /Aal Am)e W MIC_0LM Proasire Mmber 1_C_66 Frapsr:y 18 Mmtis Cdbre.Y10 6 Me. Inte Cf his N14MHm 28,Ri-199412:26 - Ihte Of Iast N14MHm 30-tG-199310:06
- 1 Saxce T,pe CS-137
- 1 Saroe Serial NJier
'IR-43
- 1 Origiral Assay Inte 24-NR-1985 00:00
- 1 Origiral Counts Per Mirute 1680 cpn
- 1IbaryC
.id Omts/ Min 1373 cpn
- 1 ttper Limit (+ 10 %)
1511 cpn
- 1 Iaer Limit (- 10 %)
1236 cpn, If Origmal, Dier AssayIhte his Ogret Ibs !b ksult Ehterd i adgmrd Qunt mte 20.0 cpn
- 1 S xtee Ruult (Official)'
1340.0 cpn
- 1 mteneter Readirs (If 4p) 2is 02Tcret Ibs !b Result Bran!d
- 1 recte Rechrg (If @)
1340.0 cpn 1
- 1 &czthe Parhrg (If 4p) tis Orp2mt lbs !b Result Ditad
- 1 Ozzu:td CEM (official) 1320.0 crpn
- 2 Samae Tjpe CIF60
- 2 Sarae Serial Rrter
'IR-44 I
- 2 Chgual Assy[hte 24-NR-1985 00:00
- 2 Cngimi nants Mr Muute 1690 cpn
- 2 L:xny Cbrrected Omts/ Min 533 cpn j
- 2 Itper limit (+ 10 %)
587 can
- 2 Iner Iimit (- 10 %)
480 cpn
- 2 Sarm Besult (Official) 512.0 cpn
- 2 Ihteneter Ikedirg (If 4p) mis Omrmt Ibs tb Result Diterd
- 2 Mote Ibschrg (If Ap) 512.0 cpn
- 2 Rsarcier Reedirg (If 4p) bis Ctrpment Ibs !b Result D1terd
- 2 Cbrre:tsi CEM (official) -
492.0 crpn
- 3 Salereltal Sarte Tge 2is Omnant Ibs !b Besult Bite:d p 3 Arl-ital Sa:ce ser # tis Orpment Ibs ib Result D1terai i
- 3 Ac1-1r.a1 Sarce CCEM tis Ctrpment Ibs !b Result Bitetsi
- 3 Is mis Crigmal omt his Omret Ibs Ib Ruult Bitersi a 4 Sglemtal fh=ce Tge tis 0:rp:reat Ibs Ib &sult DIterai
- 4 Spleatal Samae Ser # tis Ctz:pcria lbs !b iheult Ditetui
- 4 99 =nal S2=w CCEM tis Ctr, tow
- lbs Ib Result Brarsi 1
- 4 Is tis Crigiral Omt 2is Ccrp2mt lbs Ib Fesult Dite:ed High W1tacy setti:p (If 4p) 2is 02Tment Ibs Ib Besult Datersi Cannel Rzrticral PerfcmEd Ye3 Did Chlitraticn Pass?
Yes If !b, Dglain My tis Omrmt Ibs Ib Result Diteral If tb, S4E:visr D.almticn tis Orp2mt lbs Ib Ieult Date:si Chamel Fetu: red 2 Se:vice Ys .- o N14MHm Ehui Bf IL & IB Yhs Pfirarf Chl. Perfc:mKi tb ~' . ~ If Yes, L2S # Cf Pri:mry Cal his CcTtnant Ibs tb Fesult Ditered All 2sts Crpleted ( Y/N ) Yes Farads: r>ch,mi tack in service 1415 1/28/94. M
SAMPLE RESULTS REPORT IDIUfRIC: 82693 SM SMW: A ID EC: ICC_01. 09-96-064T/-01:1 IIAY'S IME: 6-10/-1996 14:26 S N D CE: 7,1N-19% 01:12 SWPIE mTm :N W: UJGES ~ -( ~ SPt E E PDI!E (D50EE FELT (1EIS 11P IEE MN!iHWJ!E IM MIC._01_.09 "> P)4d ijed b 4 e e. M1 Pamire luter ?ds lhs !b Tenit Maul Fmprof 18 lintts Ca.\\ heaN g Ihte M T1is 614MHm 7,1N-1996 01:13 Inte Of Iast aliMHm 13-0Cr-1994 15:48
- 1 Sarm Tp Tis ChTcret ihs tb reult Draal
- 1 Samm Serial tuter 21is Orgret Ibs !b reult Bread r
- 1 Ongmal Assa/Ihte 22is Orgret ths !b ihult Bremi i
- 1 Ongual Oxnts Mr Mimte tis Orgrent ths !b reult mtaed
- 1 Dm/ Cuua.i.ed om:s/ Min ?ds Orpret Ibs !b msult Braui
- 1 tipr lidt (+ 10 %)
92is Orprent Ibs Ib Ibsult Bitaul
- 1 Iaer Iidt (- 10 %)
Tis Orgret h Ib ihult Dremd If ongmal, Eter AssayInte 22is Orgret h !b Ihult Bread Bidgmrd Omt Ibte 22is Orprent ths Ib ihult Etead
- 1 Sctree FWult (Offimal) 22is Orgret Ihs !b ihult Dremd
- 1 Fatsteter Texitng (If @) Tis Orgret Ibs !b Fesult Bremd
- 1 Iutote Ibidag (If @)
TIis Orgret ths Ib reult &tani
- 1 lbIrder Readug (If @) Tris Orgrmt h tb Ihult Deemd
- 1 Cuun.ial CIM (Offrial) 22is Orgret Ibs tb Ibsult Braul
- 2 Sarce Tjpe
'Ihis Orprett Ibs Ib Ibsult Bremd
- 2 Shrm Serial Nrber 21is Orprat Ihs Ib Res11t Bremd
- 2 Orignal Assef Date 2is Orgret }hs Ib luult Bremd
- 2 Ongual Omts Per Mimte T2is Or; ment Ibs Ib 1hult Bremd
- 2 Demy Cuuu.ial Ctunts/ Min tais Orprent ths !b Ibsalt Dremd
- 2 tuer Iidt (+ 10 %)
Dis Orgrant Ibs tb Beeult Bread
- 2 Ioer Iidt (- 10 %)
2is Orgnent Ibs Ib Besult Braud
- 2 Samm Besult (Official)
"his Orgxult !bs tb ibsult Bremd
- 2 heteter Nadug (If @) 22is Cb: pint ihs Ib Ibsult Bread i
- 2 Betote kedug (If @)
211s ChTment }hs ib ihult Bremd
- 2 Terrdr Fam:g (If @)
His Orgrat ths !b Ibsult Bre:si
- 2 Orztrtal QM (Official) tis Orpment ihs Ib lbsult Bremd
- 3 aglestal Sarm Type Siis Crprent ths Ib Ihult Bremd 9 3 agle ental Scurm ser # tis Orprent Ihs Ib reult Bremd
- 3 aglestal Sh=ce CGN 22is Orgreit Ihs tb &sult Brami
- 3 Is ?ds Origi:al 0:unt Sis Orp2st lbs tb Ihult Brem3 8 4 Spleraital Sarm Type Ulis Orgrat }hs !b ibsult Btemi
- 4 agle:mtal Sa=m Ser # 2:is Orgrent ths Ib Ikult Bremi
- 4 aple:mtal Sarm CGM
?ds Orprent Ihs tb Ibsult Bremi n 4 Is ?is Origral Omt ?ds Orpre:t ths tb Feult B?ami Figh \\bltage Sem:g (If @) ?ds Orp2mt ihs tb Ibsult Bremd dannel Errticral Perfa:rsd Tis Orp2mt ths Ib Bea.11t Bremd Did Calitraticn Pass? Yes If tb, Dolain thy ?is Orpret lbs tb Teult Bremi If !b, ape:visar Belm*icn 21is Orprmt ths Ib Tesult Bitemd Qunrel Fetu =si ? Ss:vice ?ds Orgnent ths Ib Fecult Bramd Calihnaticn Perfsul Bf IIC % Y nry 011. Perfa:rai ?is Ccrpret ihs Ib Teult Bramd If Yes, I25 # Of Pri::ary Cal ?ds Orgrat Ibs Ib Teult Bremi i All 2s*2 Crplemi ( Y/N ) Yes e Penan:s: 5:is Orprmt h tb Fesult Bremi p
? u
- (
i SAMPLE RESULTS REPORT 1 ID N M FJC: 42264 SHIE SDES: A ID "M: !cC_01 09-94-10-13-15:47-00CT7 DIES IME: 64D7-199614:26 SHIE DUE: 13-CCr-199415:47 SP!EE rrr77n IN Fl: uuu:, SHIE FM GMQElr PEILT UtDS lip IE'EL IMiM %UE !MiH WIE MlC._01._09 ~ 9 F2 d v e d H %h N.e3 e. ^d P M ctu ber 1066 i C"hg"^ byq, FnKpecy 18 ttnths Ihte of % (>Wticn DO199415:48 ---+ Inte of Iast Nhtim 12 O 1994 08:56
- 1!burae Me BPcD3
- 1 Sburce SerialIktzr E-322
- 1 Ongital Assr/Inte 3 M -1991 00:00
- 1 Ongual Ctunts MrItnte 1289 cpn
- 1 Dorf Cmo ini Onts/ Min 1031 cpn
- 1 tuer Limit (+ 10 %)
184 cpn
- 1 Iaer Limit (- 10 %)
928 can If Origital, Dter AssayInte "Ms Ognmt ihs Ib ksvit Bremd Ddgreurd 02mt hte 6.0 (pn
- 1 Scurm Rsult (offvial) 996.0 cpn
- 1 Mos kerhrg (If @) % Ommmt ths Ib R.sult Dremd
- 1 Rnote Rediig (If @)
"Ms Omment Ibs ib knit Dremd
- 1 Bemr&r Nadirg (If @) 21is Orpret Ibs Ib IWult Dtemd
- 1 Gua.ica GM (Official) 990.0 cxpn
- 2 Sturce Me G-133
- 2 Smrm Serial tuber E-323
- 2 Ongual Assr/Inte 3 M -1991 00:00
- 2 Ongiral 0?sts kr thrute 1559 cpn
- 2 Dearf G.uo ud Outs / Min 1440 cpn
- 2 tuer Limit (+ 10 %)
1584 cp:t
- 2 Laer Limit (- 10 %)
1296 cpn i 2 Saurm Besult (official) D20.0 cpn
- 2 Meucus. Nadirg (If @) % Grpnent ths !b Besult Dtemd
- 2 as:ote Rncha (If 4p) eds Orp: rent ths !b asult Bremd
- 2 Becor&r Peadug (If Ap) "Ms Orpment ihs !b kaalt Deemd
- 2 Ornetal GM (Official)
D14.0 ctpn
- 3 nm1M Smroe Tjpi "Ms Orprunt lbs tb Besult Dread
- 3 azplemntal Eburce ser # 21is Cupnent Ibs !b Itsalt Deemd
- 3 nm1M Saurm CDM "Ms Cuwait ihs !b Besult Entesi
- 3 Is Ihis origimi Qunt "Es Orgrent lbs Ib Besult atzad
- 4 atple'mtal Source Tjge
'Ihis Ogment ths Ib Besult Bremd 9 4 nmiental Eburte ser # tds Omnent ths Ib Besult Dremd
- 4 Riple:mtal Smr CDM 2ds Orpment ihs !b Rn21t Dremi
= 4 Is ?ds Ori;;nal Ont ?ds Orpment }bs Ib hault Dremd High Ybltap Setting (If 4p) 2ris Orpnent lbs Ib Fesult Bremi Gunnel Rrcticrnl Perfcr:sd Yes Did Qilitraticn mss? -Yes If tb, Dplain thy 2:is Orpmmt ths Ib &sult Dremd If Ib, apmaar B;eltaticn tris Orgret }bs tb Rmit Dremi Sunnel Petumed 3 Servi Yes chlihatim hhed Bf J3,IL Vhs Pri~ary Od. Prfc=:si ?ds Orp: ret lbs Ib ksult Dremd If Yes. LW # Of Pri ary On "his C'6 lbs tb fesult Bremi b All Rsts Orpletsi ( Y/N ) Yes Fmerks: ATHR IEE'ICR l'MD f
SAMPLE RESULTS REPORT 1 ID NMRIC: '42162 SHE SIMILS: A ID Tm M1C_01_,09-94-10-12-08:5H006 '2IAY'S DCE: 6-ID/-199614:71 SHIE DCE: 12 6 -1994 08:55 9fE.E terrm IN Fl: IIERC StE.E ICItE BE FERLT UEIS M.P IE5L MDEIUd WIE 'l@ CHM W1E M1C,0U9 9 l lad (/ad 4( M i3k (2.4nge w Pmdre Nder la6 naperry 18 Mrds C bbedio^ Md1'0. Ihte M tis m14MHm 12-0CD1994 08:56 Ihte Of Iast 614MHm 10 GC-1992 00:00
- 1 R2rce '0pe IA-133
- 1 Sorce Serial Nder E-322 41Origmal AssyIhte 3M-190100:00
- 1 Origital On.rts Per Mirute 1289 qm
- 1 Decay Ontctai Cbmts/ Min 1031 qm
- 1 ttper L%it (+ 10 %)
1134 qm
- 1 Inder Limit (- 10 %)
928 qm. If Origiral, D1ter AsseyIhte tis Orpnrit ibs tb Ibsult Dtersi Bdgrard Cunt hte 3.0 qm
- 1 Saurae msult (OmHal) - 1031.0 qm
- 1 recuis Inding (If 4p) Sis Orprelt lbs tb msult Deersi
- 1Iwote keding (If Ap) lis Orpcrat Ibs tb matit Dtered
- 1 Beaarthe Beriing (If Ap) Bis Orpret Ibs !b ks. tit Breted
- 1 Guo.ial CM (OmHal) 1028.0 a;m
- 2 S:urce 'Spe CS-133
- 2 Snte Seria'. Nder E-323
- 2 Origital Assay thte 3 M -1991 00:00
- 2 Ot2ginal 02rts & Muute 1559 qm i 2 Decay Cbtrectai Omts/ Min 1440 qm
- 2 Itper Limit (+ 10 %)
1584 qm
- 2 Iner Iinit (- 10 %)
1296 qm
- 2 Sarce msult (Officaal)'
1550.0 qm
- 2 lbts:cter keding (If @) lis Orprunt Ibs Ib result Dteral
- 2 Iwate aeritrg (If 4p) tis OrpInt its tb ihult Dtered
- 2 Reartbr Pedug (If Ap) 'Ihis Os:pret lbs !b Result Btemi
- 2 Cummi CEM (Official) 1547.0
'cqm
- 3 agleurtal San '4pai tis Orgret lbs Ib lbult Dtered
- 2 A r l e ntal San Ser # tis Ccupret Ibs Ib ksult Dtersi
- 3 Srple:stal Sarce CIM tis Orpret Ibs Ib Ibult Brere-1
- 3 Is 2is or2gual Qunt mis Orprait Ibs tb Ibult Bras:ed
- 4 S.pplerErttal Saroe Type mis Orpret its !b ihult Btered
- 4 Arle=tal Sarce Ser # tis Orpn!nt ibs Ib Besult Deered
- 4 Amimmtal Since CIM Bis Crprient lbs !b Ibsult Dterai n 4 Is Sis Origirel Omt "his Orprait !bs Ib Besult Deerei High Wltage Settirg (If 4p) Sis Orprar Ibs Ib Fesult Deered Chrrel Ebnctional Pdc:msi Ib Did m14MHm mss?
Ys If Ib, D plain trhy tis Orprent Ibs Ib result Dtersi If Ib, Szmisar Delm*i21 Sis Orpret Ibs Ib result Deerai Qurel Petumai 2 Servim tb a li M *i m ru L ul By IEJ3,0HB ~ ichs Pri::ary Chl. hfc:ns$ lb _...; g . vu e -s ' tmd. If Yes,12S # Of Pri a:y Ch1 Sis CW lbs Ib Pesult Dtered All 2sts Cttpleted ( Y/N ) Ys i IWid:s: SPIF2G 2CD ICT AUR4, IVD E1TIEN -a~ z g ( X*,1 ~, U, O Lsc 12,, o c t,) s
MUGE O$L#\\
- mponent
Sys: Train: Fac: PSL Unit: 01 Associate: Assign Priority: _32 MASTER 1 ; l Name: ARMS / CIS / RECORDER CALS Work Typ: 6 WORK ORDER TASK i ! Location: CONTROL RM. 62' / 30' EL. W/O LMD: 2 93006899 01
- sk LMD: 2
\\ .. Defect / Request: 012FYP8084 IC 1-1220055 CIS RAD MO ER/PWO 63 / 8084 ji NIT. LOCATION: 915 l' PAGE 1 of 3 i Detailed Explanation: PM ID: FYP0541 DUE BY DT: 04/15/93-EARLY DT: 11/30/92 LATE DT: 08/28/93 More: Work Request: Def. Tag No: Loc: ! Trbl/Brkdn: LCO: Unit Condition Required: -l NPRDS-N FaiIure 5 ate: Time:- Detection: _ Status: _ Sympt: ~ t Orginatcr: Date: Dept: Appr. By: Date: Task Determination Data: i 10 CFR 50.49: N EQ Doc Pkg: .NA Safety Class: 1 Reg Guide 1.97: N Fire Prot Reqd: N Q Group: U-- ASME XI(ISI) Read: N NCR: NA MCL List: IST Required: N PCM: NA Assigned To: PMT Recuired: N Seismic Cat: N Est M/H: 400.00__ RWP Required: N RWP No: Crew Qty: 2 Sec Clearance: Scaffold Reg: Insul Rem: Clearance Reqd: N Clearance No: QC Requirements: QC Required: Y OL-C TS-10.4 More: _ ........................................................................=.... Work Order Task Descriotion: j COMPLY WITH SENS'ITIVE SYSTEMS & LIFTED LEADS / JUMPER PROCEDURES AP 0010142 & 0010124 AS APPLICABLE. FIRFORM CAL:3 RAT!ON CF SURVEILLANCE ARMS PROC
- C 1-1220055.
GUSMANO i s I.....................................................................More: ......T.
- Planned by
RFJ0X07 JACKSON RF Date: 03/10/93 Pkg Apprd by: RFJ0XC7 JACKSON RF Date: 03/18/93 Time: 14:17
- C Approval
DSM00FK MELODY DS Date: 03/18/93 CPERATIONS APPROVAL TO START NPS Start Permission: M8A LCO(Y/N): M Start Date/ Time. / wh/fg / SNP Major Failure: NPS Ctmpletion Nottf: # # # Compl. Date/ Time:~ 5 <7-7s pr ' f4 h Major Action : Deficiency Tag Removed (Y/N): L \\h
b' , Ccmponent: sys: Train: _ Fac: PSL Unit: 01 Associate: Assign Priority: 32 MASTER Name: ARMS / CIS / RECORDER CALS Work Typ: 6 WORK ORDER TASK Location: CONTROL RM. 62' / 30' EL. W/O LMD: 2 93006899 01 Tsk LMD: 2 Defect / Request: 012FYP8084 IC 1-1220055 CIS RAD MO ER/PWO 63 / 8084 g NIT. LOCATION: 915 + PAGE 2 of 3 i JOURNEYMANS WORK REPORT -) Actual Start Date: Time: Actual Completion Date: Time: Wo 1:n PS s/<7/r> /2oot- { Note: Journeyman shall sign and date text after their entires. . Trcuble Found: This section is Not Aoplicable for PMs or other planned jobs ,I c/r im EQW. O A/ C . d1. (4L 0 01 ?SI i. Work / Repairs Performed: L& ~.9 Aksr M {M fc I -Inoosnn b L t. 0 CL J vf b u ~ oaul,mL W,d " Peo
- 04 % /u.
r/"/" l Continued on Additional Sheets: Y@ ,! Suggestions For Future Planning / Variance Reason: t l-! .Supv/ Foreman / Chief Cate Su ervisor Date QC Inspector Date w\\w s-a-m v}}