ML20042F253
| ML20042F253 | |
| Person / Time | |
|---|---|
| Site: | Sequoyah  |
| Issue date: | 04/25/1990 |
| From: | TENNESSEE VALLEY AUTHORITY |
| To: | |
| Shared Package | |
| ML20042F248 | List: |
| References | |
| NUDOCS 9005080053 | |
| Download: ML20042F253 (146) | |
Text
_ _ _ _. _ _ __
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l Calculations were perforted to determine the accuracy of the subject instrtenent looo(s).
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Titlet SET POINT AllD SCALING CALC #SQN-EEB-MS-TI28-0015 REVISION LOG f
R vision Date No.
DESCRIPTION OF REVISION Approved
~ '
O Initial Issue, supersedes the Unit 1 RWST Level loops i
in DNE Calculation (Rims # B25 880812 810).
Laghty enhead and assped w tem lH. ' 4 i k. iblt L. ?>.3 %
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BRANCH / PROJECT IDENTIFIER BON-EEB-MS-TI2 8- 0 0 /[
DEMONSTRATE ACCURACY CALCULATION FSAn COMPLIANCE REVIEW THIS REVIEW HAS BEEN PERFORMED TO COMPLY WITH PM 87-31 (EEB BRANCH INSTRUCTION) FSAR COMPLIANCE.
THE FOLLOWING FSAR SECTIONS AND TECH SPECS HAVE'BEEN REVIEWED.
j RESULTS OF REVIEW:
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PRANCN/ PROJECT IDENTIFIER
$cN - EE t%M S-TI 28-cud DEMONSTRATED ACCURACY CALCULATION (I
- )
.-t Reference Mate;ial Review 1
-. 7 The references cited in this calculation were reviewed.
The references which have a
critical impact on the caluclation were updated.
1 Additionally, appropriate changes were made to the calculacion to reflect these latest revisions.
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CALCULATION DESIGN VERIFICATION (INDEPENDENT REVIEW)1j FORM 3CN-E~ B-NS-72*za-ek]f
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Calculation NO.
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Revision il i'
Method of design verification (independent review) used (check method used):
y J... Design Review
- 2. Alternate Calculation
- 3. Qualification Test Justification (explain below):
P Method it In the design review method, Justify the technical adequacy of the calculation and explain how the adequacy was verified.
(calculation is similar to another, based on accepted handbook methods, appropriate sensitivity studies included for confidence, etc.).
Method 2:
In the alternate calculation method, identify the pages where the alternate calculation has been included in the calculation package and explain why this method is adequate.
Method 3:
In the qualification test method, identify the QA documented I
cource(s) where testing adequately demonstrates the' adequacy of this calculation and explain.
'T*GCHalicA L AD E0l/ACY WAS VGkifsEh AS BEiA16 PGA (ALGU
. Ts/s 7"AU L Y/ e Al C&B - TI-99( R,1) AND ALSO CeNG/s VF A1Y IJJ TN Sud3G cX R E F EREAIG Dec.uM2A)974 TiaA/ FsK THE RWL/*/ CH
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1 CALCULATION DESIGN VERIFICATION (INDEPENDENT REVIEW) FORM SON-EEB-MS-TI28-0015 0
Calculation No.
Revision Method of design verification (independent review) used (check method used):
- 1. Design Review I
- 2. Alternate Calculation 3.
Qualification Test Justification (explain below):
Method 1:
In the design review method, justify the technical adequacy of the calculation and explain how the adequacy tias verified (calculation is similar to
- another, based on accepted handbook methods, appropriate sensitivity studien included for confjdence, etc.).
Method 2:
In the alternate calculation method, identify the pages where the alternate calculation has been included in the calculation package and explain why this method is adequate.
Method 3:
In the qualification test
- method, iden!'fy the QA documented source (s) where testing adequately deconstraten the adequacy of this calculation and explain.
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- j BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 i
DEMONSTRATED ACCURACY CALCULATION
-ll FSAR COMPLIANCE REVIEW
-I; This review has been performed to comply with PM 87-31 (EEB branch instruction) FSAR compliance.
The PSAR sections 6.3.2.2, Tables:6.3.2-t 4 & 7.6.9-1 and Toch Spec. Table 3.3-4 have been-reviewed.
Albo CEC 7A*i '1 E lh'O 10*
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i RESULTS OF REVIEW:
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BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMOZSTRATED ACCURh3Y CALCULATION TABLE OF CONTENTS i
SHEET PURPOSE 2
U 1
ASSUMPTIONS.............................................'....
2 SOURCE OF DESIGN INPUT INFORMATION ( REFERENCES }
3 DESIGN INPUT DATA............................................
7 A)
DEFINITIONS AND ABBREVIATIONS 7
B)
LOOP COMPONENT LIST.................................
9 C)
LOOP FUNCTIONS, REQUIREMENTS, & LIMITS 10 D)
COMPONENT DATA
.....................................,_ U E)
COMPONENT DATA NOTES
..............................._13 DOCUMENTATION OF ASSUMPTIONS..................................
COMPUTATIONS / ANALYSES A)
PROCESS UNCERTAINTY DISCUSSION / CALCULATION 18 B)
WATERLEG UNCERTAINTY DISCUSSION / CALCULATION 20 C)
ACCURACY DISCUSSION D)
ACCURACY CALCULATION INDEX AND CALCULATIONS 23 25 SUPPORTING GRAPHICS A)
LOOP DIAGRAM
........................................._3 0 B)
INSTRUMENT SENSING DIAGRAM
__,.U___,
SUMMARY
OF RESULTS 3 2,_,
t CONCLUSIONS 33 l
REV O PREP JVL DATE c'd@
CHECKffh?
DATE ?d n' SHEET _}_ _C/O_2 l
REV PREP DATE CHECK" DATE SHEET-C/O REV PREP DATE.__.-
_ CHECK _
DATE SHEET C/O
+
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BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATISN PURPOSE The purpose of this calculation is a) to determine the accuracy of the instrumentation covered by this calculation, and b) to demonstrate that the instrumentation is sufficiently accurate to perform its intended function without safety or operational limits being exceeded.
This calculation is performed per the methodology def.f. nod in Westinghouse setpoint methodology refarence 31.
ASSUMPTIONS
[-f*
his calculation contains no assumptions.
^/_-M-The following assumptions were used in the performance of this
,/#ba calculation. These assumptions. require further analysis. This calculation may require revision if the assumptions below are shown to be invalid.
1.
Pet -ref+renoc 14, asauwing-QI-R-supporti.ng t.cmperature Hv en i c. CO"-7.PC-020 hac been reviccd tc 1,cludc-OIn resu-1-tre, --
It is assuked that th boron con (entration of. 2000 hpm to 2.
21ho ppm wil be mainta ned in the RWST. Hel.ch this \\
f',
calhylation G[Y D
performed with speckic gravity \\of RWS7 08 e
at 20 0 ppm t 2100 ppm, f 1.008. Nr reference 12 artb sheet 8, Any c ange of th specific' gravity due\\to boron concent ation ma need to b addressed \\in this
\\
calculatlon.
REQUIREMENTS 1.
Static head of instrument sensing line to be eliminated by calibration procedures (SI-98.5).
2.
Thermostat for transmitter enclosure heater must be set at 60*P.
3.
Calibration cycle must not exceed 22.5 months, amd lac Egle ZI RAC6 WILL 1LE FDAcIt0NALLY TESTED EVERY A Monk, g(
4.
Acceptance band for the transmitter must be within !O.5%.
5.
The acceptance band for calibration of the Eagle 21 I/O System shall be within 0.2%
of calibrated span.The acceptance band selected for Eagle 21 I/O system is one times the reference accuracy of Eagle 21 I/O system..
F 6.
A digital current meter shall be used for calibration of the loops.
7.
l The Eagle 21 shall use a DVM or MMI for calibration input:
ICTE = 10'.2% of CS.
l REV_0 PREP JVL DATE ? / ? Pe CHECK C /N DATE_ ?- 0*' _ SHEET __2 C/O 3 REV /
PREPo.N DATE M fr CHECK c5m DATE W N SHEET 1
C/O -
REV 1 PREPdirRO DATE 3/349o CHECK 940, - DATE i,h*/90 SHEET __2,._C/ O_.3L__
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BRANCH / PROJECT IDENTIFIER 80N-EEB-MS-TI28-0015 DEMONSTRATED ACEURACY CALCULATI_N S OURC E O F DES IGN INPUT I NPORHATION (REFERENCES)
REF
.ATT
-REFERENCE (RIMS #)
1 1
ITT BARTON PRODUCT BULLETIN 752-5 2
EOUIPMENT OUALIFICATION TEST REPORT WCAP-8687 SUPP 2-E04A, REV.
2.
3
,_1_,,_
SONP INSTRUMENT TABULATIONS 47B601-63, DATED 8-25-88 4
SONP DCN M01443 5
4 SONP SI-98.5 REV 3.
6 5
ENVIRONMENTAL DRAWING 47E235-39 REV 4 7
6 INSTRUMENT & CONTROL DRAWING 47W600-143 REV 9 8
7 INSTRUMENT & CONTROL DRAWING 47W600-241 REV 5 9
8 MECHANICAL DRAWING 47W309-3 REV 5 s
REV O PREP JVL DATE 2/3 '#
CHECK O/M DATE E'3-9#
SHEET 3 C/O_4 REV PRE P__,
DATE CHECK DATE
_ SHEET C/O REV PREP DATE CHECK-DATE SHEET C/O-i j
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION S OURCE O F DES IGN INPUT INF0RMATIO N l
(REFERENCES)
REF ATT REFERENCE (RIMS #)
.10 9
WESTINGHOUSE LETTER TVA-90-536 SETPOINT METHODOLOGY DOCUMENT BASIS FOR TRANSMITTER DRIFT ALLOWANCE.
.,_U,,,,,,
lD_.,
DNE CALCULATION "A REVIEW OF COMPONENTS IN A RADIATION ENVIRONMENT OF<5x10' RADS (B43 860721 903)
Q t n.Sq P,5 QIJ 900 5/ KC bd %dCYHM WouNG VCm '/7 a c 6N%mi l.L
).1 y)h TTLECOii J.
iiAtMOlh0/_h.- b. Ki4ItitT-SOtNDNP T'IfEIT-173-6 297,,,,, K 9'@\\ sTED 6/22/87 g u ve. asat a r n rx 7 s w yo - 3 4 7 N Ic o ift/sv Di Riivt S F;25 90 c2 /3 o07
,,, l.1,.,
1.L WESTINGHOUSE TVA 320 SEOUOYAH UNIT
- 1 SPEC FOP LEVEL TRANSMITTERS SPEC. SHT. NO. 9.28 14 13 ENGINEERING CHANGE NOTICE fECN) L5653 15 14 OIR NEB 87275 (B45 870831 262) 16
. 15 DNE CALCULATION SON-SOS 4-0097 (RIM NO. B45871005426)
FOR SAFETY LIMIT.
17 "HVAC INST.
ACfi RACY EVALUATION" HVACACC-81486 U
(RIM NO. B4387113904) FOR XMTR THERMOSTAT ACCURACY REV O PREP JVL_ DATE 2 '3-9a' CHECK Ofn1 DATE ' 4 9
S!!EET 4 C/O 5___
REV t PRE P. E tt' DATES M CHECKJcTM DATE 57 'N SilEET #
C/O C REV PREP' DATE CHECK DATE SHEET C/O w
l-
BRANCH / PROJECT ITENTIFIER SON-EEB-MS-TI28-001$
DEMO!STRATED ACCURACY CALCULATION S O URCE O F D E S.I G N I N PUT I N F0 RMATI ON (REFERENCES)
REF
.ATT REFERENCE (RIMS #)
10.
GENERIC EAGLE 21 INSTRUMENT ACCURACY CALCULATION GEN-EEB-MS-TI28-0002. REV. 0
. 19.
._lf_
WESTINGHOUSE PROCESS BLOCK DIAGRAM D-108D273 REV 3
. 20
._1]__
LAYOUT OF CONTROL BOARD DRAWING 47W605-2 REV 22 21 18 ENVIRONMENTAL DRAWING 47E235-17. REV. 4
- J2_,
. 19 T128. REV 1.
SETPOINT CALCULATIONS PROCEDURE
. 23 INSTRUMENT ACCURACY GENERIC CALCULATION GENERIC-001
_(RIMS B43 86 1107 904).
24 70 REACTIVITY CONTROL SYSTEMS - BORATED WATER SOURCES OPERATING - LIMITING CONDITIONS FOR OPERATIONS 25 21 USNRC - INFORMATION NOTICE NO. 83-03 (NEB 830303 222) s 26 22 DESIGN OF SETPOINTS 27 23 EVALUATION OF TIME SEOUENCE ASSOCIATED WITH CHANGEOVER FROM OPERATION TO RECIRCULATION FSAR TABLE 6.3.2-4 REV._Q_ PREP JVL DATE 2 /3t CHECK C/r' DATE ?/348' SHEET 5 C/O_6 REV PREP-DATE CHECK' DATE SHEET C/O-REV PREP.
DATE CHECK DATE SHEET C/O
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEM:NSTRATED ACCURACY CALCULATION S O URC E O F DESIGH INPUT INPORMATI ON (REFERENCES)
REF ATT REFERENCE (RIMS #)
. 28
_2L TECH TABLE 3.3-4 FNGINEERED SAFETY FEATURES hCTUATION SYSTEM INSTRUMENTATION TRIP SETPOINTS.
29 25 SON-OSG7-042. REV. 2 SAFETY ANALYSIS WATER LIMITS FOR CONTAINMENT SUMP & REFUELING WATER STORAGE TANK (RIMS B45 880805 426) 30 26 TELECON BOB FCWLERS DATED 8-17-87 FIELD WALKDOWN RWST TANK LEVEL XMTR LOCATION.
31 WESTINGHOUSE SETPOINT METHODOLOGY.
J
_12 DNE CAL __ '" TON SONS 4-0070.
R.G.
1.97 CATEGORY AND OPERATING T:-
3.
REV.2 (RIMS _B87 890922 015) 3 (o 2.9 T VA - S oc -T3 89 - 2. (c 33 4
NCAP 8687 ADDENDUM 1.
REV.0 DATED DEC. 1985 - EOUIPMENT OUALIFICATION TEST REPORT "BARTON DIFFERENTIAL PRESSURE TRANSMITTER" 34 DNE SONRAJ9886 " RESPONSE TIME OF SENSING LINES" R5 1 RIMS # B87 890524 002) 28 SETPOINT & SCALING DOCUMENT. REV.0 35 DESIGN CRITERIA SAFETY INJECTION SYSTEM SON-DC-V-27.3 REV.3 SECTION 3.1.2.7 REV O PREP _JVL DATE ? /34' CHECK _Cfr1 DATE 3/i'90 SHEET G _C/O 7 REV PREP,_.,
DATE CllECK DATE SIIEET
_ C/O REV PREP DATE CHECK DATE Sl!EET C/ O-4 I
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMOTSTRATED ACCURACY CALCULATILN DESIGN INPUT DATA A)
DEFINITIONS & ABBREVIATIONS Aa
, ACCIDENT ACCURACY - ACCURACY OF A DEVICE IN A HARSH ENVIRONMENT CAUSED.BY AN ACCIDENT Aas COMBINED ACCIDENT AND SEISMIC ACCURACY Ab ACCEPTANCE BAND - THE RANGE OF VALUES AROUND THE CORRECT VALUE DETERMINED TO BE ACCEPTABLE WIT:!OUT RECALIBRATION Afc ACCEPTABLE AS FOUND - COMPONENT Afl ACCEPTABLE AS FOUND - LOOP Alc ACCEPTABLE AS LEFT - COMPONENT All ACCEPTABLE AS LEFT - LOOP An NORMAL ACCURACY - ACCURACY OF A DEVICE LOCATED IN A ENVIRONMENT NOT AFFECTED BY AND ACCIDENT OR PRIOR TO AN ACCIDENT Anf NORMAL MEASURABLE ACCURACY DURING CALIBRATION As POST SEISMIC ACCURACY AV ALLOWABLE VALUE SETPOINT 1Anf; USED FOR THE PURPOSE OF DETERMINING REPORTABILITY ONLY.
CS CALIBRATED SPAN Do DRIFT INACCURACY HELD llIGH ENERGY LIllE BREAR IAD IllTEGRATED ACCIDENT DOSE i
ICRe I!1PUT TEST INSTRUMENT READING INACCURACY ICTo INPUT TEST INSTRUMENT CALIBRATION INACCURACY INDRo INDICATOR READI!1G ERROR s
IRo INACCURACY DUE TO CABLE L _ MAGE I
LAa LOOP ACCIDENT ACCURACY LAn LOOP NORMAL ACCURACY
~
LAs LOOP POST SEISMIC ACCURACY i
LOCA LOSS OF COOLANT ACCIDENT REV O PREP JVL DATE 2O S CHECKCM DATE 2"/3-96 SHEET 7 C/O 8 REV PREP DATE
_ CHECK
- DATE SHEET C/O-l REv PREP DATE CHECK DATE SHEET C/O.
BRANCH / PROJECT ZDENTIFIER 80N-EEB-MS-TI28-0015 DEM!NSTRATED ACCURACY CALCULATIEN DESIGN INPUT DATA A)
DEFINITIONS & ABBREVIATIONS (CONTINUED) i M
MARGIN THE DIFFERENCE BETWEEN THE SAFETY LIMIT / OPERATING LIMIT. AND THE NORMAL / ACCIDENT ACCURACY (Mn= NORMAL MARGIN Ma= ACCIDENT MARGIN)
~
N/A NOT APPLICABLE l
OCRo OUTPUT TEST INSTRUMENT READING INACCURACY OCTe OUTPUT TEST INSTRUMENT CALIBRATION INACCURACY PRCSo PROCESS UNCERTAINTY PSEo INALCURACY DUE TO POWER SUPPLY VARIATIONS PV PROCESS VALVE (ACTUAL)
RADe INACCURACY DUE TO ACCIDENT RADIATION EXPOSURE Re REPEATABILITY INACCURACY RH RHR LINE BREAK RNDo NORMAL RADIATION DOSE BETWEEN CALIBRATION So INACCURACY FOLLOWING A SEISMIC EVENT SECu SPAN ERROR CORRECTION UNCERTAINTY SL SAFETY LIMIT SP SETPOINT SPEo ZERO ERROR DUE TO EFFECTS OF OPERATING PRESSURE TAe TEMPERATURE EFFECT AT ACCIDENT CONDITIONS TID TOTAL 40 YEARS INTEGRATED DOSE TNo TEMPERATURE EFFECT IN THE MAXIMUM / PINIMUM ABNORMAL TEMPERATU RANGES t.
TPRo TEST POINT RESISTOR ERROR WLo WATERLEG UNCERTAINTY WLUP WATERLEG HIGH POINT WLLP WATERLEG LOW POINT REV O PREP JVL DATE 2f790 CHECK Oho DATE t/ N r SHEET 8 C/O_8A REV PREP
_DATE CHECK-DATE SHEET-C/O-REV PREP DATE CHECK DATE SHEET' C/O l
t
t' BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMENSTRATED ACCURACY CALCULATI N DESIGN INPUT DATA v'
A)
DEFINITIONS & ABBREVIATIONS (CONTINUED)
CSA CHANNEL STATISTICAL ALLOWANCE (ZA4)
PMA PROCESS MEASUREMENT ACCURACY (PRON PlsA PRIMARY ELEMENT ACCURACY
)
SCA SENSOR CALIBRATION ACCURACY (C4)
SMTE SENSOR MEASUREMENT AND TEST EQUIPMENT ACCURACY [ycr$.Tc4 ng tea)
SENSORDRIFT(PA)
SD STE SENSOR TEMPERATURE EFFECTS (7,4.4)
/
SPE SENSOR PRESSURE EFFECTS RCA RACK CALIBRATION ACCURACY (EN RMTC RACKMEASUREMENTANDTESTEQUIPMENTACCURACY[Kr.t.)
RCSA RACK COMPARATOR SETTING ACCURACY (dh )
RD RACK DRIFT (D.c)
RTE RACKTEMPERATUREEFFECTS(!W4)
EA ENVIROMENTAL ALLOWANCE (E4Dc &/6 4 ff.g toc.)
j 9
(SCA+SMTE+SD)' + STE' + SPE8 +
(RCA+RMTE+RCSA+RD)* + RTE')*
SMTE = (ICTo' +ICRo' +0CTe8 +0CRe' )*
No TE.'
7HE I/88 E& l/+ hCN S / N S E N C ' 75 << 5 Mbfat) d'hib~ NE4?
lcej'SE ycN 7n nos' dd8t?>'MMNJ 4.SDe' SOW 5? 'Al M " A A#f/ W M /
.s i T fe w r c"a/c d itrr w s.
s REV O PREP JVL DATE 2 /3T CHECK C)n1 DATE 3*/3-90 SHEET.BA.C/O_9 REV PREP DATE
_ CHECK DATE SHEET C/O_
REV PREP.
DATE
._ CHECK DATE SHEET,_ _ C/0,.,..
3 BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATILN DESIGN INPUT DATA B)
LOOP COMPONENT LIST
,3 LOOP ID#
COMPONEllT ID#
1-LT-63-50 1-LT-63-50 (TRANSMITTER)
Q 1-LM-63-50AA (I/E CONVERTER) 1 - LM-6 3 - 5 0 AB (A/D CONVERTER) 1 - LM-6 3 - 5 0 AD (PROCESSOR) 1 - LM-6 3 - 5 0 A F (D/D CONVERTER) 1-LS-63-50A (LEVEL SWITCH) 1-LT-63-51 1-LT-63-51 (TRANSMITTER) 1-LM-63-51AA (I/E CONVERTER) 1-LM-63-51AB (A/D CONVERTER) 1-LM-63-51AD (PROCESSOR) 1-LM-63-51AF (D/D CONVERTER) 1-LS-63-51A (LEVEL SWITCH) 1-LT-63-52 1-LT-63-52 (TRANSMITTER) 1-LM-63-52AA (I/E CONVERTER) 1-LM-63-52AB (A/D CONVERTER) 1-LM-63-52AD (PROCESSOR) 1-LM-63-52AF (D/D CONVERTER) 1-LS-63-52A (LEVEL SWITCH) 1-LT-63-53 1-LT-63-53 (TRANSMITTER) 1-LM-63-53AA (I/E CONVERTER)
J-LM-63-53AB (A/D CONVERTER) 1-LM-63-53AD (PROCESSOR) 1 - LM-6 3 -5 3 AF (D/D CONVERTER) 1-LS-63-53A (LEVEL StilTCH) t REV O PREP JVL DATE J-Q'&, CHECK C1o? - DATE 2-1390 SHEET 9 C/O 10 REV __ PREP DATE.
CHECK '
DATE SHEET
_ C/ O REV PREP DATE CHECK DATE SHEET C/O 4..
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 D M' NSTRATC3 ACCURACY CALCULATI1N DESIGN INPUT DATA C)
LOOP FUNCTION THE TOUR _ LEVEL TRANSMITTERS MEASURE THE LEVEL OF FLUID IN THE REFUELING WATER STORAGE TANK AND PROVIDE AUTOMATIC SWITCHOVER QF THE RWST TANK. (REFERENCE 35)
C)
LOOP REQUIREMENTS AND LIMITS RESPONSE TIME EESPONSE TIME REOUTREMENTS FOR RWST SWITCHOVER IS SUMMARIZED IN ATTACHMENT 23. PROM REF. 34. A TYPICAL TRANSMITTER LOOP WILL HAVE A RESPONSE TIME OF LESS THAN ONE SECOND WHICH IS WELL WITHIN THE REOUIRED RESPONSE TIME FOR RWST SWITCHOVER.
ANALYTICAL LIMITS:
ARE DERIVED IN DNE CALCULATION (ATTACHMENT 15)
OPERATING LIMITS:
FOR AUTO-SWITCHOVER 183H (ATTACHMENT 25)
EXISTING SETPOINT:
FOR AUTO-SWITCHOVER 130" (ATTACHMENT 15) t REV O PREP JVL DATE 2-f t'b CHECK Nni DATE ?/F'A' SHEET _10 C/O.31 REV PREP DATE CHECK "
DATE SHEET C/O REV PREP DATE CHECK DATE SHEET C/O_
4
~%%
BRANCH / PROJECT IDENTIFIER EQN-EEB-MS-TI28-0015 DEMENSTRATED ACCURACY CALCULATI_N DESIGN INPUT DATA D)
COMPONENT DATA VALID FOR DEVICES IDENTIFIED ON SHEET (S):
9 COMPONENT:Loyol Transmitter CONTRACT #:68C60-91934 REFERENCE #: 3 MANUFACTURER /MODEL:ITT-Barton/752 REFERENCE #:,11.
INPUT RANGE & UNITS:0-387" H O NOTE #:
2 REFERENCE #: 5 OUTPUT RANGE & UNITS:10-50 mA NOTE #:
REFERENCE #: 5 OVERRANGE LIMIT:N/A NOTE #:
REFERENCE #:
CALIBRATED SPAN:0-387" If 0 NOTE #:
2 REFERENCE #: 5 ROOM #/ PANEL #:SEE NOTE *1 NOTE #:
__1_. REFERENCE #:'7 ELEVATION / COORDINATE: 706'-0" NOTE #:
REFERENCE #: 7 MIN / MAX ABNORMAL TEMP:50/139'F NOTE #;
REFERENCE #:5.14 ACCIDENT TEMPERATURE:N/A NOTE #:
REFERENCE #: 6 RADIATION TID (RAD):1.8x10' NOTE #:
REFERENCE #: 6 RADIATION IAD (RAD) : _< 3 x10' NOTE #:
REFERENCE #: 6 INSTRUMENT TAP INFORMATION REFERENCE #:8&9 WLHP TAP ELEVATION:708'-2" WLHP CONDENSING POT ELEVATION N/A WLLP TAP ELEVATION: 708'-1" WLLP CONDENSING POT ELEVATION:N/A EVENT
/ CATEGORY / OPERATING TIME:
NOTE #: U/_6 REFERENCE #:._22 N/A
/
N/A
/
N/A
/
/
t
/
/
/
/
/
/
REV 0 PREP JVL DATE l'/t e/r CHECK C/M _ DATE 2680 SHEET __ll_C/O.12 REV PREP DATE CHECK
- DATE SHEET C/O REV PREP
.DATE CHECK DATE SHEET C/O_
l I
~
I DRANCN/ PROJECT IDENTIFIER 30N-EEB-MS-TI28-0015 DENONSTRATED ACCURA 3Y GALCULATION DESIGN INPUT DATA 4
D)
COMPONENT DATA (CONTINUED)
COMPONENT Lovel Transmitter PARAMETER VALUE/ UNITS NOTE #
REFERENCE #
-f Re iO.25% of CS 2
1 Do d1.0% of CS/Yr.
J 10 12.0% of CS/100' F 1,15 TNo 20.5% of CS SYSTEMATIC 4
33 SPEe 0.2% of CS/1000 PSIG 16 1
.i SECu N/A PSEo f0.025% of CS/ Volt 12 1
RNDe gjA g
33 TPRo 0
15 l
ICTo f0.5% of CS 7
1 ICRo 0.5% of CS 7
1 OCTo 0.05% CS 7
1 OCR0 N/A 8
Ab iO.5% of CS 11 5'
Se 0.5% of CS 6
2 RADo N/A 5
_ 11 tao N/A
---~
WLo N/A 9
g ry '^ * -- ~ O.432' of C.%.
f PRCSo g, _W-OE C3 -r oru12 0/ CS 10 I
INDRo N/A IRo N/A SENo NEGLIGIBLE 13 CALo N/A 14 1
REV O PREP JVL _ DATE ?/3 n' CHECK CM DATE ?/i90 SHEET I? C/O.13 REV !
PREP.h."
DATE 3+R CHECK 191 DATE 39'
SHEET /2 C/O d_N REV PREP' DATE
_ CHECK DATE'
-SHEET C/ O-l l
l 4
.. a m-
BRANCH / PROJECT IDENTIFIER 80N-EEB-MU-TI28-0015 DEMONSTRATED-ACCURACY CALCULATIEN DESIGN INPUT DATA E)
COMPONENT DATA NOTES COMPONENT: Level Transmitter NOTE
_1_
The list below identifies the device and nanel:
1-LT-63-50/1-L-344 1-LT-63-51/1-L-453 1-LT-63-52/1-L-452 1 - LT-6 3 - 5 3 /1 -L-3 4 5 2
As specified in the TTT Barton Product Bulletin 752-5
_(Attachment li. the accuraev which includes repeatability is 0.25% of rated scan.
t l
l A rated span of 387 inches of water for these transmitters' will I
be used.
This is based upon knowledae that Barton-transmitters are normally made for the specific acclication (Attachment 4).
i i
a 3. the Drift error for the'subiect devices is 1% ner vear.
A calibration frecuency of 22.5 months is used.
4 Por Attachment #1. the ambient temperature effect is i1% Der s
100*F for Zero shift and 1% ner 100*F for scan shift. Hence the i
i temocrature effect of zero & scan shift are combined &-=
2%.
'i l
REV O oREP JVL DATE 1/MS_ CHECK CSM DATE 3-/3-96 SHEET 13_C/O_14 REV Ph3P DATE CHECK DATE SHEET C/ O_
REV PREP DATE CHECK DATE SHEET C/O '.
i
I QRANCH/ PROJECT IDENTIFIER RON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION DES IGH INPUT DATA E)
COMPONENT DATA NOTES COMPONENT: Level Transmitter
~
NOTE ECN L5653 (Attachment 15) adds heaters to the instrument enclosures for freeze protection.
Therefore, the min, ambient' temo, is 33*F.
From OIR NEB 87275 (Attachment 14) the~ max
-l ambient temo. is 139'P.
The transmitter's enclosure heaters shall be set at 60*F.
10*F is allowed for error in temperature control-ner EEB calc.
"HVAC Instrument Accuracy Evaluation, i
Temo."
controller accuracy of 15% of scan is accentable
{
_( Re f. #17).
Therefore.'a temo scan of 89'F (139-50) will be used to determine'the ambient temo, effects. The systematic l
error of 0.5% of CS is recuired to comoensate for additional l
{
uncertainty at 130'F.See attachment 27.
5 The subiect devices are expected to be exoosed to a maximum
-i radiation dosaae of less than 5 x 10A.
Per Attachment 10.
(
their performance will not be sianificantly dearaded at these j
i radiation levels.
These transmitters are located at the RWST j
tanks, see Attachment 5 for environmental conditions.
6 Eer Attachment 2. the chance in output after a se'ismic test was j
g less than 0.5% of calibrated scan.
i I
REV 0 PREP JVL DATE 2-/3 %> CHECK Con 1 DATE 2 /3-h SHEET 14 C/O 15 _.
REV PREP DATE CHECK
- DATE SHEET-C/O REV PREP DATE
__ CHECK DATE SHEET C/O.
-l
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION DESIGN INPUT DATA-E)
COMPONENT DATA NOTES 1
COMPONENT: Level Transmitter NOTE 7
An accuracy and readina error of two times the accuracy of the tested device will be used for calibratina test eauiement'.
Attachment #1 lists the accuracy of the transmitter as 0.25%-
7 of scan.
8 Outout readina error is not aonlicable since a diaital meter will be utilized in this situation.
9 Waterlea_pncertainties are insianificant in this loon.
See waterloc uncertaintv discussion.
(Sheet 20).
1 j
10 Refer to crocess uncertainty discussion (Sheet 18).'
11_
As shown on SONP SI-98.5 (Attachment 64) the calibratiqa tolerance for the subiect-device is 2" of water or 0.q), of This value will be used for the accentance band.
I snan.
12 A Dower sunolv effect of to.025% of maximum calibrated span
.i 5
for one volt nower sucolv chance is snecified in the ITT Barton Product Cataloc (Attachment el).
Per Watts Bar Unit 1 and 2 Eacle 21 System Technical Manual (Contract #71C62-54114-1) the power sunnly voltaae may vary 3.0V from a nominal 30V.
- Thus, the effect will be insianificant.
i REV 0 PREP JVL DATE 2 /3* CHECK cdm DATE 2-/F*'
SHEET 15 C/O_16 REV PREP DATE CHECK -
DATE SHEET C/O REV PREP DATE CHECK DATE SHEET C/O 6
i x
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION DESIGN INPUT DATA D)
COMPONENT DATA-VALID FOR DEVICES IDENTIFIED ON SHEET (S):
9 COMPONENT: EAGLE 21 I/O SYSTEM l
I/E CONVERTER l
A/D CONVERTER PROCESSOR D/D CONVERTER PER WESTINGHOUSE METHODOLOGY (REF. 31) AND USING VALUES FROM THE GENERIC EAGLE 21 CALC. (REF. 18),1 AND NOTING THAT THE ACCEPTANCE BAND FOR THEL EAGLE IS NOT APPLICABLE BECAUSE OF THE NATURE OF DIGITAL SIGNALS:-
An(E) = An(I/E) =
[(De + ICTe + Re)* + (Tne)83 (for digital o'utput
.25 from Eagle 21)
= 1( (O AM + 0. 2 % + 0. 2 %) 8
+ (0.25%)23 i
. 42.
[0.
t + 0.0625%)%
=
= 10.
% AAB $/30/?O
.70 j
FROM THE ABOVE:
DIGITAL
- An(E)
=
0, 70 j
- As(E) = An(E) 0.
%.70
=
- Aa(E) = An(E)
O M%.~70
=
SEE SECTION 6.1 SHEETS 49 AND 50 OF GEN-EEB-MS-TI28-0002 REF.
18 FOR RESULTS.
FOR REQUIREMENTS, SEE SHEET 2.
s A De VALUE OF.25 13 USED FOR CON 515TENCY WITH WESTINGl:005fi W
METHDDOL0sY, TER WESTINGHOU.iE LETTER TVA Sct-BZE WHICH is ATTACHED ( ATTADIMENT I) TO 7ht GENERh'. EAGLE 11 cal.C.1)LIrl"10N w~ N ro a REV_1 PREP OL DATE T O'S' CHEC
/ V' DATE 3.a.r.'
SHEET _17_.C/O_ _18 _.
1 REV i PREP _Ma DATE 2/3*/90 CHECKR4 DATE Jho ho SHEET /7 C/O ff REV PREP DATE CHECK DATE 1.'
SHEET
._ C/O l
1 PAL l l
JL
- _ _ _ ~
i CRANCH/ PRO 7ECT IDENTIFIER SON-EEB-MS-TI28-0035 DEMONSTRATED ACCURACY CALCULATICN COMPUTATIONS / ANALYSES A)
PROCESS UNCERTAINTY DISCUSSION / CALCULATION 1'
NO PROCESS UNCERTAINTY' EXISTS FOR'THIS. CALCULATION BECAUSE:
^#
THE MEASURED. PARAMETER IS THE PARAMETER OF CONCERN;; _
THEREFORE, PROCESS VARIATIONS ARE ACCOUNTED FOR IN THE DETERMINATION OF SAFETY AND/OR OPERATIONAL-LIMITS.-
L OTHER: SEE DISCUSSION BELOW.
X PROCESS UNCERTAINTY DOES EXIST AND IS DETAILED IN'THE FOLLOWING DISCUSSION / CALCULATION.
i THE RWST LEVEL TRANSMITTERS ' ARE CALIBRATED TO MEASURE WATER AT 60
- F OVER i
A SPAN OF 387" (SI-98.5).
HOWEVER, SEQUOYAH TECH SPEC (SECTION 3/4.1, PAGE 12)
REQUIRES A ' TEMPERATURE OF -60*F TO 105 ' F - AND.
A= BORON CONCENTRATION OF 2500 PPM'TO 2700 PPM (PER REFERENCE 36) BE MAINTAINED IN THE RWST.
THE TEMPERATURE INCREASE AND BORON CONCENTRATION = WILL~
RESULT IN AN ERROR IN THE LEVEL MEASUREMENT.
THE ERROR ~ DUE -..TO AN INCREASE IN TEMPERATURE IS (+) (ACTUAL LEVEL IS GREATER lTHAN INDICATED LEVEL).
THE ERROR DUE TO THE BORON ~ CONCENTRATION.IS (-) (ACTUAL' LEVEL' IS LESS THAN INDICATED LEVEL).-
1)
TEMP ERROR = (DENSITY RWST AT 105'F-DENSITY RWST AT 60
- F) (LEVEL)
SPECIFIC GRAVITY RWST AT 2500-2700 PPM BORON CONCENTRATION IS.
1.00375 (ATTACHMENT 11)'
DENSITY RWST AT 60'F=1.00375 X 62.383 LB/FT - (DENSITY OF H O AT 3
60*F) 2 3
= 62.617 LB/FT l
DENSITY RWST AT 105'F=1. 00375 X 61.939 LB/FT ' (DENSITY OF' H 0' AT 3
l 105'F) 2 l
= 62.171' LB/FT3 DENSITY RWST AT 68'F = 62.321 LB/FT '
3 AUTO SWITCHOVER SETPOINT = 130" (ATTACHMENT 24)
CALIBRATED SPAN = 387" (ATTACHMENT 12)
INST. TAP 2' ABOVE RWST BASE (ATTACHMENTS 8) 130"-24"=106" 130" IS EQUAL TO 106" ON CALIBRATED SPAN i
-I REV 1 PREP DATE SY7-?0 CHEC Ta DATE S M 5D SHEET 18~C/O_.12_,
REV PREP DATE CHECK DATE SHEET C/O REV PREP DATE CHECK DATE SHEET C/O.
i w
l
CRANCH/ PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION i
COMPUTATIONS / ANALYSES A)
PROCESS UNCERTAINTY DISCUSSION / CALCULATION (CONT'D.)
4-THUS:
PRCSe = (62.321 --62.617)LB/FT3 3
3 (106") x(1 FT /1728 IN ) X(27. 8"/'l PSI)
PRSEo = -0.51" OR -0.132% OF CS l
PRCSe = (62.321 - 62.171)LB/FT3 3
3 (106")x(l' FT /1728 IN ) x(27.8"/1 PSI)
PRSEe = +0.26" OR +0.067% OF CS
\\
]8 l-l l
l i-l W34 Fvit REV 1 PREP W DATE 2 D N CHECKbs t'c DATE 5'-P7@
SHEET 19 C/O__20 REV PREP DATE CHECK DATE SHEET C/O _
REV PREP DATE CHECK DATE SHEET C/O l
.q.
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015
+
DEMONSTRATED ACCURACY CALCULATION COMPUTATIONS / ANALYSES i
B)
WATERLEG UNCERTAINTY-DISCUSSION / CALCULATION i
.1 APPLICABLE TO ALL LOOPS LISTED ON SHEET 1_.
. APPLICABLE ONLY TO LOOPS:
L WATERLEG UNCERTAINTY IS NOT CONSIDERED FOR THE CALCULATION BECAUSE:
NO WATERLEG EXISTS FOR THIS CALCULATION.
j THE EFFECTS OF WATERLEG CHANGES ARE INSIGNIFICANT. SEE d
X i
DISCUSSION /CALCUL ATION BELOW.
OTHER: SEE DISCUSSION / CALCULATION BELOW.
_X_
A WATERLEG UNCERTAINTY DOES EXIST FOR THIS LOOP.
SEE 1
CALCULATION / DISCUSSION BELOW.
X SEE SENSING LINE DIAGRAM ON-SHEET 31 OF THIS CALCULATION.
DRAWING 47W309-3 INDICATES THAT THE TANK TAP IS AT ELEVATION 708'-2",
DRAWING 4 7W600-143-AND 47W600-241 INDICATE THAT THE CENTERLINE OF THE.
TRANSMITTER MUST NOT EXCEED ELEVATION 708 '-1" THUS THERE IS A DIFFERENCE i
i OF 1".
THE TRANSMITTER CANNOT BE SIGNIFICANTLY LOWER.THAN THIS LEVEL-1 SINCE 708'-1" IS ONLY ~ 2 ' -1" FROM THE FLOOR.
Bi\\ SED ON THE PROCESS EFFECTS DUE TO THE TEMPERATURE CHANGES IT IS APPROXIMATELY.79" BA
~j 106" TANK LEVEL PER SHEET 22.
HENCE, THE NET RESULT OF THE TEMPERATURE CHANGES CAN BE CONSID5' RED NEGLIGIBLE FOR 2'-1" OF WATER.
-THEREFORE, CONSIDERING THE SMALL TEMPERATURE VARIATIONS AND THE SMALL POSSI VARIATIONS IN THE TRANSMITTER ELEVATION, THE WATERLEG UNCERTAINTY IS
' j CONSIDERED NEGLIGIBLE.
l
[
REV O PREP JVL DATE 2@f10 CHECKC1/0 DATEcN 3-96 SHEET 2 0 C/O_,2_L_.
REV PREP DATE CHECK V a
DATE SHEET
_C/ O__
REV PREP DATE -
CHECK DATE SHEET-C/O t
I
, BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION COMPUTATIONS / ANALYSES C)
ACCURACY DISCUSSION l
X The accuracy of this instrument for normal, post seismic and
~
accident. conditions will be determined,by considering the parameters tabulated in the design input section. of this
- l 7
calculation.
The ' accuracy calculation for seismic (As) is bounding for all i
seismic events.
t X
The square root of the sum of the squares method shall.be used in this calculation for calculating: accuracy since the fact;ws affecting accuracy are independent variables, i
Bi-directional errors and uni-directional errors will be combined X
in-a manner such that the sum of the. positive uni-directional-errors will be added to the positive portion of the bi-directional error (obtained from the square root of the-sum of.the squares method), and the sum of the negative uni-directional errors will.be' added to the negative portion of the bi-directional error.-
]
This method is conservative.
Therefore, it will be used in this l
calculation.
i Example:
(+/-)10 = bi-directional error
+5 = first uni-directional error j
-2 = second uni-directional error i
Total Error = (+10 + 5) to ( 2) = +15 to -12
.j other:
i i
For the purpose of this calculation, accuracy is defined as the range of actual process values that may exist for a given indicated-or bistable.
trip value, e.g. an accuracy of +10 psig to -5 psig means that for an indicated or bistable trip value of 100 psig, the actual process pressure may be anywhere between 95 and 110 psig.
l All system analysis based on or using accuracy values.from this colealation should take into account the fact that operator actionn '.-]
and/or automatic initiations may occur at a process value differing form the indicated or setpoint values by the amount of the calculated
.inaccuraciesc j
'REV 0 PREP JVL DATE 2sNa CHECK CdM DATE f O dd SHEET 21 C/O 22 REN PREP DATE.
CHECK DATE SHEET C/O i!
REV PREP DATE CHECK DATE SHEET-C/O_
l
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0010 M
DEMONSTRATED ACCURACY CALCULATION COMPUTATIONS / ANALYSES i
C)
ACCURACY DISCUSSION (CONTINUED)
}4 X
THE FOLLOWING DEVICES ARE CALIBRATED INDIVIDUALLY.
THEIR' ACCEPTANCE BANDS ARE AS FOLLOWS:
,,i DEVICE
-Ab REFERENCE 1-LT-63-50 0.5% OF CS BEOUIREMENT 4 1-LT-63-51 0.5% OF CS REOUIREMENT 4 f
i 1-LT-63-52 0.5% OF CS REOUIREMENT 4
.I 1-LT-63-53' O.5% OF CS REOUIREMENT 4 i
EAGLE I/O 1.0% OF CS REOUIREMENT 5 THE FOLLOWING DEVICES ARE CALIBRATED TOGETHER.
THE ACCEPTANCE BAND FOR THE COMBINATION OF THESE DEVICES IS 'AS
{
FOLLOWS:
J DEVICE Ab REFERENCE 1
ll 1
i
~
I
(
.i l
l i
i i
f i
j.
l t
l h
REV_.Q_ PREP JVL DATE ?/M/ CHECK C#')
DATE ?G-A' SHEET 22'C/O_23-l REV PREP DATE-CHECK DATE SHEET C/O REV PREP DATE CHECK DATE SHEET C/O i
I l
-i i
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION.
C 0 M P U T A T I O N S--/ A N A L Y S E S C)
ACCURACY DISCUSSION' (CONTINUED)
M
~!
CALIBRATION OF TRANSMITTER PER SEQUOYAH EEB-TI28, "THE ACCURACY OF THE CALIBRATING TEST EQUIPMENT-SHALL BE TWO AND ONE-HALF (2.5) TIMES BETTER THAN THE ACCURACY OF THE TESTED DEVICE.
CALIBRATING TEST EQUIPMENT WITH AN ACCURACY OF TWO'(2)
TIMES THE ACCURACY OF THE TESTED DEVICE MAY BE USED, IF APPROVED BY THE SUPERVISOR."
THE READING ERROR ASSOCIATED WITH THE CALIBRATING TEST EQUIPMENT SPECIFIED IN EEB-TI28 IS CONSIDERED TO BE THE SAME AS THE ACCURACY OF THE CALIBRATING EQUIPMENT.
l FOR PURPOSES OF CONSERVATISM IN THIS CALCULATION, AN ACCURACY, AND i
READING ERROR ON ONE (1) TIMES THE ACCURACY / REPEATABILITY OF THE TESTE l
DEVICE WILL BE USED FOR CALIBRATING TEST EQUIPMENT ACCURACY AND READI ERROR.
i TI-93, "GUILDELINES FOR CALIBRATING TRANSMITTERS: SEPARATE FROM THE
!}
REMAINDER.OF THE LOOP", REV.
O, 9-5-85, ALLOWS CALIBRATION TECHNICIANS TO DEVIATE FROM THE APPLICABLE SI OR IMI WHEN CALIBRATING THE TRANSMITTER IN THAT LOOP.
THE DEVIATION ALLOWED IS THAT IF THE l
i APPLICABLE SI, OR IMI INSTRUCTS THE TECHNICIAN TO USE THE TEST POINT RESISTOR TO CALIBRATE THE TRANSMITTER, THE TECHNICIAN MAY ALTERNATELY CHOOSE TO CALIBRATE THE TRANSMITTER BY LIFTING A LEAD ON THE TRANSMITT i
AND PLACING AN AMMETER IN SERIES WITH THE TRANSMITTER TO MEASURE-AC OUTPUT CURRENT.
i THEREFORE, FOR THE PURPOSE OF THIS CALCULATION, DSE A DIGITAL METER-DIRECTLY MEASURING OUTPUT CURRENT.
4 Ammeter Power Source O
C OC T
l Dropping j
Resistor
~!
REV O PREP JVL DATE N3
- CbECK OfM DATE 2-/3-9 SHEET 2 3 C/O 24 REV PREP DATE CHECK DATE SHEET C/O.
REV PREP DATE CHECK DATE SHEET C/O I
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION COMPUTATIONS / ANALYSE'S
- C)
ACCURACY DISCUSSION (CONTINUED)
CALIBRATION OF EAGLE 21 COMPONENTS A SIMULATED SIGNAL IS USED TO PROVIDE AN INPUT TO THE EAGLE 21
-T' COMPONENTS, AND A DVM IS USED AS THE OUTPUT MEASURING DEVICE.
THE DVM IS USED TO ASSURE THAT THE CALIBRATION FALLS WITHIN AN ACCEPTABLE BAND. SOURCES OF CALIBRATION ERROR FOR THE EAGLE 21 COMPONENTS ARE IDENTIFIED IN CALCULATION GEN-EEB-MS-TI28-0002 (REF #18).
~
i
)
Eagle 21 I
Simulated Components Input Test Point 4
REV 0 PREP.7VL DATE 2-/3k CHECK C 7M DATE 2 l3-N' SHEET 24_C/O 2S REV PREP DATE
_ CHECK. '
DATE SHEET C/O~
REV PREP DATE CHECK DATE
' SHEET C/O_
y
l CRANCH/ PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION' l
l COMPUTATIONS / ANALYSES V
D)- ACCURACY CALCULATION INDEX
-l t
i 1.0
-TRANSMITTERS (T) 1.1 REPEATABILITY 1.2 DRIFT Re -
)
De 1.3 NORMAL TEMPERATURE EFFECT TNe j;
1.4 TEST POINT RESISTOR ERROR TPRe 1.5 INPUT TEST INSTRUMENT CALIBRATION ERROR ICTe 1.6 INPUT TEST INSTRUMENT READING ERROR ICRe 1.7 OUTPUT TEST INSTRUMENT CALIBRATION ERROR-OCTe 1.8 ACCEPTANCE BAND Ab 1.9 INACCURACY FOLLOWING A SEISMIC EVENT Se 1.10 PROCESS UNCERTAINTY-PRCSe 1.11 POWER SUPPLY EFFECTS 1.12 WATER LEG ERROR'-
PSEe-
- j WLe i
1.13 NORMAL ACCURACY 1.14 POST-SEISMIC ACCURACY An(T) 1 1.15 ACCIDENT ACCURACY
- As(T)
'i
^
Aa(T)
{
1.16 NORMAL MEASURABLE ACCURACY-COMPONENT 1.17 ACCEPTABLE AS FOUND-COMPONENT Anf(T).
i 1.18 ACCEPTABLE AS LEFT-COMPONENT Afc(T)
Alc(T) j 2.0 EAGLE-21 I/O SYSTEM (E) i 2.1 NORMAL ACCURACY 2.2 POST-SEISMIC ACCURACY An(E) 2.3 ACCIDENT ACCURACY As(E)
Aa(E) 3.0 LOOP ACCURACY - SWITCHOVER 1
3.1 NORMAL ACCURACY LAn 3.2 POST-SEISMIC ACCURACY LAs 3.3 NORMAL MEASURABLE ACCURACY-LOOP 3.4 ACCIDENT ACCURACY - LOOP Anf(L) j LAa' 3.5 ACCEPTABLE AS FOUND-LOOP Afl 3.6 ACCEPTABLE AS LEFT-LOOP 3.7 ALLOWABLE VALUE
-All
' I Av t
)
REV 1 PREP DATE32 M CHEC fr-M DATEA<7-90 SHEET 25 C/O_26 REV PREP DATE CHECK DATE SHEET C/ O._
1 REV PREP DATE CHECK DATE SHEET C/O i
i
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION COMPUTATIONS / ANALYSES.
I D)
ACCURACY CALCULATIONS g
1.0 TRANSMITTERS 1.1.Re =
0.25 % OF CS 1.2 De = (11.0%/ YEAR) 122.5 MONTHS) 12 MO./YR-
[
De = 11.9% OF CS
(
1.3 TNe = { 2. 0%/100
- F) (139-50
- F) 0.5% OF CS (SYSTEMATIC)
TNe =- 1.8% of CS i 0.5% OF CS (SYSTEMATIC)
)
1.4 TPRe = 0 i
1.5 ICTe =
0.5% OF CS 1.6 ICRe =
0.5% OF CS t
1.7 OCTe =
0.5% OF CS 1.8 Ab = 10.5%-OF CS 1.9 Se =
0.5% OF CS 1.10 PRCse = +0.067%, ~0.132% OF CS I
i i
{
s fI pu REV 1 PREP W L DATE D WC CHECh E /'/" DATE M7*'
SHEET 26 C/O_27 REV PREP DATE CHECK DATE SHEET
_ C/O.
REV PREP DATE CHECK DATE SHEET.
C/O 4
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION COMPUTATIONS /ANALYS-ES D)
ACCURACY CALCULATIONS 1.0 CONT.
1.11 PSEe = 10.025% OF CS (NEGLIGIBLE) 1.12 WLe = NEGLIGIBLE COMBINING ERRORS PER WESTINGHOUSE SETPOINT METHODOLOGY (REF. 31):
1.13 An(T) = 1((Re + Ab + De + (ICTe8 + ICRe8 + OCTe8 + - OCRe8 ) )8
+ (TNe)8+ (TPRe)8 + (PSEe)*
)* i TNe (SYSTEMATIC)
An(T) = 1[ (0. 25% + 0.5% + 1. 9% +((0. 5%) *
+ (0.5%)8 + (0. 5) 8: +0) *) 8
+ (1.8%)8 +.(0)8 + (0)8 -]*
0.5%
An(T) = 1(15.60]% i (0.5%)
An(T) = 13.95% OF CS
- 0. 5 %.
(An* + Se8)* + (TNe SYSTEMATIC) i 1.14 As(T)
=
As(T)
(0.5%)*)*
((3.95%)8 +
=
0.5%
As(T) = 13.98% OF CS +0.5%
1.15 Aa(T) = An(T)
Aa(T) = 13.95% OF CS 0.5%
j 1.16 Anf(T) = An(T)
Anf(T) 3.95% OF CS 0.5% OR 4.45% ( 17.22")
=
1.17 Afc(T) = Anf(T)
=
i 1.18 Alc(T) = Ab Alc(T) 0.5% OF CS OR 1.94" 1
=
NOTE: TNe SYSTEMATIC =
REV 0 PREP JVL DATE 2-/3 *' CHECK CM DATE 2-/3-90 SHEET 27 C/O 28 REV PREP DATE CHECK "
DATE SHEET C/O REV PREP DATE CHECK i: ATE SHEET C/ O_'
I
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION I
COMPUTATIONS / ANALYSES D)
ACCURACY CALCULATIONS
.J
]F 2.0 EAGLE 21 I/O SYSTEM
. ~10 2.1_
An(E) = iO.% OF CS (DIGITAL OUTPUT)
I 2.2 As(E) = An(E)
%. *70
=
Hu shol40 2.3 Aa(E) = An(E) iO.M%. 70 s
=
l 3.0 LOOP ACCURACIES FOR SWITCHOVER 3.1 LAn =
(An(T)8 + An(E) 8 )* + PRCSe + TNe (SYSTEMATIC)
.70.
[ 3.95)8 +.
) 8 ]* %- OF CS + ' PRCSe + TNe
=
= 10.05 @ (-0.132%, +0.067%)
O.5%-OF CS LAn - +:.c21, -:. :t Or Cs on a7.c;", -16.ir-17.97 " Au mo/ 9' 4.58 a-
- 4.64 OF C.5 O K t 17.12",
1 3.2 LAs =
[As(T)8 + As (E) 8 )% + PRCSe + TNe (SYSTEMATIC)
.~l b (Op 8 ]* % OF CS + PRSCe + ' TNe l
[ ( 3. 9,0 ) 8 +
=
=i
(-0.132%, +0.067%) i 0.5% OF CS 1
1 LAs = 4 '. 5 5 t,
4.71t Or CO OR ;17.^3"
-lo. 23"ju 3/30/90 4.41,
- 4.67 of C& O R ' + 17. 8 3 a,, -18,08" 3.3 Anf (L)
LAn.- PRSCe
=
- 4. 01 1 rO6%, 10.5% OF CS 4
=
I
- 4. El Anf (L)
% OF CS ORl 17.61"
=
{
3.4 LAa = LAn = +4.52i,
.SSt OF CE OP +17.00",
10.11" jf46 3/J8/ M 4.5'S 7e 4 - 4.647, O F C5 O R + I"I,~12." ; - I 7.1 18' 3.5 Afl = Anf(L)
Af1 =
4.55% OF CS OR-4-7w4+"hAs 8/88/10 l ~1. 45 i
i l
4 i
}
REV 1 PREP J DATE D M D CHECK d#m DATE M7 r' SHEET 28 C/O_) 2 9 i
^
REV 1 PREP)M DATE__3 /35/96 CHECK. AeQ-DATE 3h,/9o SHEET 3& C/Oa.3_ '
REV PREP DATE CHECK DATE SHEET C/O u
t 1
URANCN/ PROJECT IDENTIFIER SON-EEB-MS-TI28-001S DEMONSTRATED ACCURACY CALCULATION COMPUTATIONS / ANALYSES D)
ACCURACY CALCULATIONS 3.6 All = Ab(T)
~
All =
3.7
+AV at 183" Limit
+ AV = AL - (Adbe - Anf), where Adbe = LAs
(!7.83" - 17.46*d
= 183" --(17.00"
- 17. 01") AAA 34*/98
+AV=102.0./,"
IE2.K7"
+AV expressed in terms of span between setpoint and. limit:
+AV = [(182.6" - 130.0")/387.0")
8
+AV = 13.Sf% of h" 448 J/20/98
,/
51.57"
-AV at 110.4 Limit
-AV = AL + (Adbe - Anf), where Adbo =' LAs (18.08" 17.45 )
= 110.4' (12.22"
- 17. 01"). Es 3hoho i
-AV = 111.0."
-l l
111.05 1
-AV expressed in terms of span between setpoint and limit:
-AV = [(130.0" - 111.0")/387.0")
-AV = 4. 9g% of CS orM" l5.97" )!!R$ J/33/90 3.8 The Te.:.h Spec AV i.s defme:J 6y the Westmghowe. ScEpoint -
MebJ.ilogy (Ref-30 as AV = RD +RCA + %MTE
= Re +3a + ICTe (Conver%( s 7yA ke&,tojog )'
From Sheet lh
- . Z +. 25 +.E i
- .7 REV 1 PREP DATE 3'DD CHECK NN'M DATE J 77 fd SHEET 29 C/O 30 REV l PREPARG DATE 3 /3*/90 CHECK A44 DATE. 5/Jo/9o SHEET 79 C/0 3o REV PREP DATE CHECK' DATE SHEET C/O 6
v
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION s
SUPPORTING GRAPHICS A)
LOOP DIAGRAM X
APPLICABLE TO ALL LOOPS LISTED ON SHEET '9 APPLICABLE ONLY TO LOOPS:
I LT l
I l
b
{
l/E I
I I
ADC Eagle 21 Processor DDC i
l l D/D' )
E f
l I-Auto Recirc Low interlock (and Alarm)
(SSPS)
W.
REV O Pi1EP JVL DATE 2-13'90 CHECK Cd/A DATE3-/3 -98' SHEET 30 C/O_31_
REV PREP DATE__
CHECK DATE_
SIIEET C/O REV PREP DATE CHECK DATE_
SHEET C/O
BRANCH / PROJECT IDENTIFIER BON-EED-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATICEN.
SUP-PORTING G R A'P H I C S
~B)
INSTRUMENT SENSING DIAGRAM X
APPLICABLE TO ALL LOOPS LISTED ON SHEET 9
APPLICABLE ONLY TO LOOPS:
1 l
RWST O
387" Vent 130" SP h
C I
Heat Traced 24" (Lower Tap Elev.)
3 Not to 5cale
~REV O PREP JVL DATE 2-/3-9q CHECK Cf/f/
DATE 2-6 70 SHEET 31 C/O__32 l
REV PREP DATE' CHECK DATE SHEET C/O_
REV PREP DATE CHECK DATE SHEET C/O i
I-
BRANCH / PROJECT IDENTIFIER SON-EEB-MS-TI28-0015 DEMONSTRATED ACCURACY CALCULATION
SUMMARY
OF RESULTS -(INDICATED) s
_X_
APPLICABLE TO ALL LOOPS LISTED ON SHEET 9
{
APTLICABLE ONLY TO LOOPS:
FOR AUTO-SWITCHOVER
- OPERATIONAL LIMIT 183.0" 7
MARGIN _
. g,
+3 5.'R" haa 2/3o/90 PV = SP + Aa 14 7.'R" Ada 3/10/9a i +"7. E PV = SP + As-14 0. 0" he s/Jo/so
?
PV = SP + An 14 7.%" Ato mo/93 SETPOINT (SP)'
130.0"
' l I Z.0 PV = SP - An 111, ^" ans 3/soho PV = SP - As 111. " AA8 313s/10 111.0 i
-111. ^" M31/2g/pa -
g, MARGIN
+1.'5i" Ana 3/3//70 SAFETY LIMIT 110.4" l
l ALL VALUES SHOWN ARE INCHES OF WATER i
(REFER TO ACCURACY DISCUSSION, SHEET
'21 ABOVE)
FOR CLARIFICATION'OF s
\\
AV = +182.6".
-111.0"
+ Aas N/A
- SEE NEB CALC SQN-OSG7-042_(ATTACHMENT 15)
NOTES:
1.
SPAN = 0-387" WATER
{
2.
SETPOINT = 130" (ATTACHMENT 15) i 3.
SAFETY LIMIT = 110.4 (ATTACHMENT 15)
REV 1 PREP b DATE 3 D-D CHECK
/'a DATE f 77 A' - SHEET 32 C/O 33 REV I PREP AA A DATE 3/3 5 /90 CHECK 3h___ DATE 3 h,/fo SHEET 32 _C/O 33 REV PREP DATE CHECK DATE / /
SHEET C/O_
-a
- i.......
j' BRANCH / PROJECT IDENTIFIER SON-EED-MS-TI28-00_15
[-
DEMONSTRATED ACCURACY CALCULATION C0NCLUS IONS
.,2_
APPLICABLE TO ALL LOOPS LISTED ON SHEET 9
APPLICABLE ONLY TO LOOPS:
)
I INDICATED LOOP ACCURACIES FOR SWITCHOVER PER SHTS 28& 29.-
- THE SAFETY'-
-3 LIMITS ARE GIVEN AT $130" OF TANK LEVEL (ATTACH. #15).. THEREFORE, LOOP 1
ACCURACIES ARE CALCULATED AT 130" TANK ~ LEVEL. - THE SAFETY LIMITS A VIOLATED, ALSO RECALIBRATION IS NOT REQUIRED FOLLOWING A SEISMIC EVENT.
SUMMARY
OF RESULTS ON SHT. 32 IS LEVEL.
PREPARED'FOR ACCURACIES AT 130"-TANK
{
l l
i s
REV O PREP JVL DATE N3"A
CHECK CM DATE ?/79C SHEET 33 C/OFINAL-REV PREP DATE CHECK '
DATE SHEET C/ O_.
REV PREP DATE CHECK DATE SHEET
_ C/O.
t w
\\,
PRODUCT / BULL ETIN 752 -5 b
} Model 75E Differential Pr-easure Electronic Transmitter i 1 ;
PRODUCT DESCRIPTION The ITT Barton Model 752 Differential Pressure (oP) Electronic Transmitte modern space age technology to the measurement and transmission of differential pressures to measure flow, level, absolute pressure, gage pressure and vacuum. Th transmitter delivers 1/4% accuracy with static pressures to 6,000 psig on sttndard models and up to 10,000 psig on special order.
~
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Model 7521 Standard Transmitt.
Model 752 2 with 1.ocal Indicator l
Througn the use of hybrid circuits, Barton..
now aDie to package an extremely accurate and The strain gage beam is internally mounted decencable # transmitter in a newly designed, within tne OPU with no mechanical connections ultra compact enclosure that provides botn oresking the presure boundary or contributing
{
explosion proof and weather. proof protection to hysteresis. The @ transmitter delivers an in a minimum of mounting space.Theinstrument output signal that is precisely proportional to offers state of.the art @ transmitter daign.
differential pressure. Use of the molecularly Although much smaller in size than earlier Barton bonded silicon strain gage provide for the conversion of a mechanical force into the
@ transmitters, the Model 752 continues the regulated and measurable, high, gage factor same traditional rugged reliability for which essential to accurate transmission.
l Barton instruments are famous. By combining
}
t most of the electronic components previousiy used into a single hybrid circuit, this new The electronic components used in the transmitter offers higher reliability than previous transmitting unit - including the hybrid circuit models using individually mounted components.
which orovides most active circuit functions -
It can be overranged to the safe working pressure are all solid state and are all mounted on a high m either direction without damage, Quality, pluggable laminated printed cirtuit
}
In acquiring thee substantial advantages Barton board. A small replaceable circuit board increased the overall auslity of the instrument.
contains overvoltage protection in the everft of a
The Model 752 @ transmitter still employs the lightning or other high voltage spike being
^
impressed on the transmision lines. The.
same time proven Barton bellows differential e
two wire electrical output is 4 20 mA or 10 50
{
pressure unit and new molecularly bonded silicon i
stram 9 age beam as a transducer.
mA, which is compatible with most electronic receiving and raadout devices.
t' l
k g w, syn. MNT Artochment No.
/
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oe.
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w 0%me sneap for 10 to to mA owtow 4 316 Steinions Swe8 meneerd.
tenstmty...... 0.01% of soistreted men.
p 2ere Control...... S,OS swe,res.en of rates seen. Zero 3 tg gi.,,,,, gio,, er Carham Stast.
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u mesimum Anv concretee reece is Gem,.,,...... CSA Cenit.W. Esense creof fee evodeoie a eteacera, wtnin tne score reaget, to ewstorner o,0er Centwit Casas 1., Grown C & D. Dermeen i ene fectory for other ranget.
- g.,g g,g static Pressw e Reages. 3000 eae 6000 pi g elenaero.
i r
LOCAL INDICATOR MODEL 752 2 ONLY save ernsgre Ef feet 2 0 20% monianum, of tocon i
Diemeter....... 21/2 inense
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. Ovet ime reap of.15e7 r i'35o, Assureev..
t
7" Zeeo 1% per 10088
.... 12% ci fulloesie et 290C
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500F to +200e# stancere Lancer 0137% eas 4 20 enA or Ove presswrv Effec 18.
No etfeet on ecsweecy or noen enc will 1040 mA riot Corae9e the unit efter overprettwee to Ine efeted Italit pretture Freet in entn r direction The minimes aero e
laitt mov De Calibrated outettetrically i
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TENNESSEE VALLEY AUTHORITY SEQUOYAH NUCLEAR PLANT
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SURVEILLANCE INSTRUCTION SI-98.5 CHANNEL CALIBRATION FOR ENGINEERED SAFETY d
FEATURE INSTRUMENTATION - RHST Units I and 2 1
Revision 3
PREPARED BY:
J. R. Hunt 9
RESPONSIBLE SECTION:
Instrument Maintenance REVISED BY:
Tom Vanderschuur REVIEWE0 BY:
Tim Dewey Craftsman SUBHITTED BY:
M x E l -s ResponsioleSectionSuprvisor I
PORC REVIEW DATE:
APR 211987 APPROVED BY:
7M
(
' Plant Manager OATE APPROVED:
1 "i
I Reason for revision (include all' Instruction Change form Nos.):
Revised to correct deficiencies in tecnnical adequacy as evaluated using SI-1, Appendix F Review Checkil_st.
This revision covers reautrement of CATS e
- b Laoc W/tdannfier The last page of this instruction is number:
jg '
</, h 1 ll;'
i
l SC *t SI-38.5
~
Page 4
-Revision 3 1.1 The purpose of this surveillance instruction is to Drovide the
~
necessary sequential steos to:
Verify operability of refueling water storage tank (RHST) level channels I. II. III. and IV at least once every 18 months.
Adjdst7anicessary, the inYtr6 ment channels such that l
s 1
the outputs respond with the necessary range.and 1
accuracy-to known_ values of RW5i level.
j The scoce to this surveillance Instruction encemoasses each 1
channel which consists of the following:
l Looe t. 63-50 RWST Level Channel I
-Cemollance ryg ~.
d, !
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5 LT-63-50 (LT-gl3) t.344 Y'8 LM-63-50
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Ccmollance 9
rya,
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LT-63-51 (Li-914) t.-453 7"
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p_7 LI-63-51 (LI-gl4)
M-6 LS-63-51A (LB-914A)
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1.0 SCOPE (continued)
Loco L-63-52 RWST Level Channel !!I I
Cenol lanc e.-
TVA #
U Location Instrument-i LT-63-52 (LT-915)
L 452 yes LM-63-52 (LY-915)
R-10 yes LI-63-52 (LI-915)
M-6 yes LS-63-52A (LB-915A)
R-10 no LS-63-528 (LB-9158)
R-21 no PX-63-52 (LQ-915)-
R-10 yes i
1 Loco L-63-53 RWST Level Channel IV Compliance TVA #-
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=
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R-13 no LS-63-533 (LS-9168)
R-22 no L
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R-13 yes NOTE:
This Surveillance Instruction-(SI) only partially I
fulfills the Surveillance.Recuirements (SR) listed "elow.
Refer to SI-l for determination of additional instructions to completely fulfill the SRs.
l.2 This surveillance instruction lis cerformed to conform with the requirements specified in the Tecnnical Scecifications (TS).
Acollcable Performance Engineered Safety Features TS Section Moces goces s
Automatic Swltchover s
to Containment Sump:
RWST Level - Low 9
(LS-63-50A) 5 (LS-63-51A) 1 (LS-63-52A) l (LS-63-53A) 4.3.2.1.1.B.9.a 1,2,3,4 All Accident Monitorina RHST tevel LI-63-50 LI-63-51 4.3.3.7.B.4 1,2,3 All i
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Mr. P. G. Trudel p 3tt Project Engineer T @ M W '" '" * "'
Tennessee Valley Authority NS-0PLS 0Pl..!} 90 041 P. O. Box 2000 Onnuary 16, 1990
,Soedy Daisy. TN 37379 Ref:
TVA Contract i
89NNP 75380A Tennessee" Valley Authority Sequoyah Nuclear Plants Unit I and 2 RTD lypass Elimination / Eagle 21 RPS Upgrade Program Setpoint Methodology Document Basis for Transmitter Drift Allowance
Dear Mr. Trudel:
This letter is in response to your request to provide the basis for tr drift allowance for the Westinghouse-supplied transmitters and the nsmitter used in the Setpoint Methodology document.
a on The 2,0% dedft allowance for sensors has been supported by re exceeded this allowance in 18 months.a number of ilants which indica rom Westinghouse has included a test procured from various venoors will be censistent with
. Normal plant surveillance confirms the adequacy'*of the total se a ces.
and a review of "as left"/"as fou magnitude of the drift. allowance.nd" data could. support a redu*ci. ion in the As discussed, this drift allowance would apply to the Westinghouse transmitters, such as the Barton Models 752. 763, and 764 upplied if you have any questions, please do not hesitate to contact us Very tsruly yours.
WESTINGHOUSE ELECTRIC CORPORATION f
, b B. J. Garry, Ilanager TVA Sequoyoh Project Customer Projects Department t
LVT/lg cc:
D. M. Lafever
~
R. G. Davis Anahmene
- 9**W mm.,#-==~ ~g, l
k es,s tva issenenes esi DNE CA(CULATIONS ygry A Review of Hectronic Componente g
puestga,iy.
f is a Radiation savironment of g $110 RADS All lluelear Plante
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ro. Dily. Acc. RAD. Mon.
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enviroenent for this device (s) as (essentially) aild in Appmese accordance with 10CFR50.49 paragraph (c). This talenlati Does will le used in the justificat.
basis for instrumaat desenstra Unt est asses seems accuracy calculations.
g} oy this reasson, s.
L List oil pages setetes
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jy 1.ma esa pesas ehenges Ipr th4 reveneen.
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Theen miesletens somein en unverifigi esasmotion(s) shot nest ce verified leier.
Yes Q his g" A review was made of a pertinent sessent of available literature on radiation offacts on electronic components, both from the perspective of the individus1 component and of the component assembly.
Based on this review, an argument is presented that typical, nonsolected electronic componente used in nuclear plants will, with certain notable exceptions, tolerate a togal radiation dose (total 40 years integrated dose plus accidaat dese) of $110 rade or less without significar.t degradation in their performance.
Conseguently, with respect to the radiation environment, the subject componente, or assemblies comprised of these componente, are in a mild environenent as defined in 10CTR50.49 (c).
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TYPE OF DOCUMENT DATE REQUEST NEED DATE PLANT ANDUNIT
@ RELEASE REF.OIR sap %ito 67.B R.o 50e twan i42.
REFERENCED DOCUMENTS' AVAILABLE IN ONE OF THE RIMS SYSTEM; ATTACHMENT TO THIS OIR DOCUMENT IDENTIFYING NUMBER DOCUMENT ATTACHMENT NUMBER
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Electric Corporation Pm849.l(.v.tytv3M M230 03%
Mr. F. G. Trudel TVA 90-567~
l Project Engineer
< February 6, 1990 Tennessee Valley Authority Sequoyah Nuclear Plants i
PO Box 2000 i
Soddy Daisy. TN 37379 1
Ten;nessee Valley Authority j
i1.
i SequoyahNuclearPl ants-2 Secuoyah $0ecific Gravities
Dear Mr. Trudel:
Per Sequoyah requ'est (QIR SQPSQN90028 RD).' the following are the specific -
gravities of the boron solution in the Sequoyah RWST, Cold Leg
~
Accumulators (CLA) and the Reactor Building (RB sump. These values reflect the recent increase in boron concentrat on in the tanks (RWST:
2500-2700 ppm, CLA: 2'!00-2700 ppm).
Please note that a specific gravity of 1.00 is found in most fluid Systems calculations; the difference is assumed negligible.
ComDonent Soecific Gravity RWST 1.00375 CLA 1.00375 RB Sump 1.00250 Should you have any questions or comments, or require additional information, please contact me.
l Very truly yours.
WESTINGHOUSE ELECTRIC CORPORATION' h}.
AV 4
B. J. Garry. Manager e
TVA Sequoyah Project Customer Projects Department D. M. Lafever o
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b QUAllTY INFORMATION REQUEST / RELEASE (OIR)
DIVISION OF NUCLEAR ENC,4kEERING QA Re: erd tlNTERNAL USE_0Nt,Y) i m s
- CON 0 i
B45 70331 2
c lT0 R. C. Willimas l
0$C Pl07. SON l0OCUMENTNUMBER l0IR hEB87275 lfMPI M. L. Jones l
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!PAGE I or I 10 ATE gg l()R(0UEST NEED DA )..............TE l- ................ I PLAN T Au0 vN i i l(s) #f,EE ASE REF. CIR EEB87122 1 SON Units i 4 2 ~ *
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~ ~ ~ ~ ~ ~ ~ ~ IcIam~nI Ie'TIII cl R ' ' ' * ' ) gem At+ Identi tvlao Nuneer lDocuaent t l.)rewings47W600-143.R9 I At+echnen, e, l Temperature Profile 1 47W600-241. RS 1 I i l I i l$UBJECT I
- l. f t@tRATURI Po0 FILE OF INSTRUMENT ENCLOSURE IN VARD
~ l SYSTEMS' Af f ECTEtt ~~ l_SArtTYINJECTION lUN10/$YSTEM10-l 61 \\ QUALITY, INF0F94ATICN RE0llESTEC/ RELEASED 1 l Tho' temperature profile inside the instrument enclosures located adjacent to t and 47h600-241) has been oetermined uncer the following conditionst 471 600i w n 4 l I) maximum solar radiation (clear sky) { 2) free convective cooling (calm day) l 3) l sur f ace absorptivity corresponding to an unpainted surf ace..(jton.omidet.---- -- "~ ~ l The maximum interior tencerature expected is 1390F at an outside amolent ai l attachment 1). see } These results will be documented by calculation $QN APS2 039. l l l I l l I I Attachment No.__/ Y $heet ' ^f 2, I l L000 si/ldsntille, SON-EEB.WS-T!28 00/s* l PREPARED vf g d/ 94 l NE %~ [ REVIEWED (RELEASES ONLY) [M.g
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< n "' s l Q.gg49 x LAPP 90v e (BRANCH CF'EF/PROJICT ENGINEER) ffM=$L DwtJ %/3//9*7 TWA 10829 (ONE-CA-6-461 / cc (Attechments): RlMS. SL 26 C 4 ONE4-Cl359 C. W. Beachter W5 0182 C4
- 0. W. Wilson. Wl0 Cl26,C-K, J. B. Hosmr le OSC*I s 3**wovon y.
S. Raughley. W8 C126 C-IC e 1:
GA Record .l TV4 10697 (DNf-0A-4-86) N0 fly DE CALCUL ATIONS j l Title -(Plant / Unit j l TEMPERATURf IN$lDE RW5T INSTRUM(NT ENCLOSURE $ LOCAf tD IN YARD I SON Units 1 4 2 l lPreparingOrganization l KEY NOUNS (Consult RIMS Descriptors List) lDNE-NEB-APS2 l RW57. SAFETY INJFCTION l Branch / Project,ldentifiers lEach time these calculations are issued, preparers passt ensure that the i l l original (RO)RIMSaccessionn filled in. lSQNAPS2039 lRev (for RIMS' use) 7 RIME ACCESSION Wl1MBER l l R0 071123 E 0045'- TB45 '871120 235' l Applicable Design Docisnent(s) l l l l lR I l l n i I I R I l$AR 5ection(s) l UNID System (s) l l M4 i Nd lR \\ l l Revision 0 l R1 l R2 l R3 15afety-related? Yes (u) No ( ) lECNNo.(orIndicateNotApplicable)l l l l$tatementofProblem I i 1 1 I l Prepared l l l l1. Detemine the tenperature proflie for l VI);m $. Kemwee dro l l l l the RW5T instrument enclosures which are, lChecke l l l l located in the yard near the RWST as a l 4 / M l l l function of areient air tenperature. l l2. Determine the marinnan temperature for l Apprbved, l l l l the elW5T instrument cabinets under lMed[f [ Gate' V / ~.m I l l l maximum sunmer conditions should the l l l l enclosure heater fall on. I N.20 - E l 1 l l lUSEFORMlListallpagesadded l l l l lTVA10534lbythl5 revision l l l l t llf MORE lListallpagesdeleted l l l l$ PACE lbythisrevision l l l l REQUIRED lListallpageschanged l l l l l lby this revision l l l l l AB51RAC) [1hese calculations contain an unvertfled assumption (s) that must be verified later. Yes (0) No(X)} l l@k.HM1 l This calculation detemined the tenperature profile inside the instrument enclosure located adjacent to the RW5T l4ttheSequoyahNuclearPlant. This calculation was perfomed in response to QlR EEB87322 to provide tenverature l data to allow the detemination of RW5T level instrument error associated with changes in the ancient air ten l lerature. An iterative technique was used to detemine the enclosure surface tenperatures and the air tencerature {insidetheInstrumentcabinet. The tenperature proflie was detemined as a function of the outside antient air l tenverature. In addition, the maximum tenperature inside the instrument enclosure under maximum sisimer conditions l vas determined with the 500 watt enclosure heater failed on. l l The nuximum expected tenverature inside the enclosure with the enclosure heater failed on was found to be 315 F l The maximum tenperature inside the instrtsnent cabinet under nomal conditions was found to be 139 F at an anci 0 l air tenverature of 102 F. 0 l I I I l At.-.' .. f *:.. t 1. l I g . $0/J Q&I.": 72 iX,2},' I I Microfilm and storr calculations in RIMS Service Center Microfilm and destroy. () Merofilm and return calculations to: F. Taylor cc h), bl (b G4 Address: W10 0222 c-K UNL4-V3V3y I
% a:::; ~ s ew +e - nu cue, nrm l Title ,:S*. IPlant/ Unit ) l *WSt ttvrt t=stav'at=t't'0* ** txe acetRaev stoviet*ts ' .r s:= voi.,, a lPreoaring organisation l KEY NOUNS (Consult RIMS Descriptors 1 ist) i l OWE /wt9/sose ! 8WST, accVRACT, e4M 3renen/ Project loonti fiers ..ltaca time these calculations are isswee, preparers %st ensure that the l l original (MO) RIMS set ession nweer is filled in.- l SON $0$4.00g7 . -.... I *e v f'or 8t"S' <se) ItIWS.\\CCeeeiAN NUMeE ! l leel l845 97 ioos a;! lAnliuole ossign osew.atts) l l l l l# l lm/A l l l l l* I I i lsAnsectients) l unio sv.tencs: l l l i l lw/4 I el l4 I I { l me,issen o =i I a2 a3 ! sa v ow-re ' atee? ves m %ei ltCN me. (or ineicate met Awilemiell l l Istat==nt of Protes l3/a l l lP,eear /) l l l l Determine the reevices lastrwnent lee. l TD. JM. I l escuracles for the NW57 level lastrunen \\cheesee R ef M-[ [ (/ l l l l (LT-43-90.SI) felleming an aseident. l f I _ _i_ l l /? O l lApprovee // APg// .l l l l l 6y g_ l l ,[ l** /'C/f//7 b l l l-lUSC FCIDI lLfst all pages senoe l l -l l lTVA 10534lbv *ls revisina, l l ' l F iCRE l List all pages omleted l l l l l$PsCE lby *his revision l i I l 1 (REQUIRED l List all pages crianged l l l l l lbv mis revision l l lA85 TRACT (These calculations contain an unverified asswet3on(s) that =st be veri fl ed later. Yes ( ) Ik. I l Instrwnoot loco securacles for the RWST level Instrumentation were deterwined for the following two seoerste l functions: f l 5/ li. Ai.rt oo.rator to ta. eenmei action /f a e.. w e4* w h r 4 & ne'ns e n h e** e. t l2. Alert operator to step or realign any CCP, SIP, or CSP drawing suction f rom the RWST to prevent potentia l . pwe.4stege "N l 1 r The reevired accurecles needed to support these functions were determined to be -S.i percent and + 12.4 perca v N v i I l Affochment No. 6 sheef / sf # S l Laop y/ldsntifier QN-EEB-WS T128-00/$' ,i ' l l l ^ l t ) Microfilm and store calculations in RIMS Service Center Microfile and aesttoy. () l M "terofile and return calculatlans +ot D. C. Annfro Addresst W10 AS2 C4 4: RIME, SL 26 C4 8 5
a s. ?. I'. E. ; '. I " .P E.'. l.
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- .Q.'F'_'t: M E The :urcese of thi s :310'. l ait te i s to estermine tne recut re
- nstru ment Ice: ac cur ac : e s. loc. aa.st iW5I.-l ev e l._t ri.s *.Dmen t at t en d el l :wi n g..
c an ac:::ent. The recutrec :nstrun.ent 1::: ac:uracy wtl1 te s:ee:f: fer =ctn the =catt .e an: negat:.e ot rJ ti:n. .F s; ac:::ent,m:ng t=: ing (FAM) funct :ns fer t.e EW57 level instrumentatt:n incluce sne foll= wing safety funett:ns:
- 1) Alerting.,tne :: erat:rs t: take manu.
acts ns if the aut: matt: swtt:n:ver fun =st:n cces net ec:ur. an: :) Alerting the cceraters t= st== =r realt;n any CCF. !!F. cr. CEF craw; suctt=n frem the RW57 ts =revent Octenttal =uma camage.
- .c age,fac t 9?
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- t's m: n1 mum.cl ume of 770. 0';";' ;all:na ( F.e f. 7.1 O.1 The 8.WST i at q ~/4 5-17).
- . :: The :W57 1:w level alarm (LA-37-!?A) is nenc:vtstenal and te assu.tec t: f ati snef. 7.5 q 10).
- . 7 The F.WST 1cw-1cw level al arm (LA a -!cB) is ncn-civist enal ans assume: t..f, a t i. (F ef.
- 7. 5 =; 1 ).,
!.C rata LAFCE SMALL M M 8 0.1 AW57 u::er safety limit f=r 1:w level : TO: in 173 in !. *: FWET 1:wer sDeti Itmtt f er,1:w l evel : 110.4 in bdunced 5 Large LCC. S t 7.! RWST 1:wer safety limit fer 1:w-1:w level : ;4. 6; in 74.67 in (Ref. 7. *: q 1":) 7.4 :W57 lcw level alarm set etnt : 170 in (Ref. 7.0 q 77) 8 !.! RWST low-low level alarm set ctnt t 54.0 in (Ref.
- 7. 7-q 77) g O.6 RWST level indic at r scan 0 - 737 in (Ref. 7.4 q 14B) l s - Measured frem base of tank.
i"%-"'.- . 5 +.r Attachment No: 6 $heet # *i # Lace si/ldentifie/0N-EE8.Mb-T128-006 l I
15 ?. I. E., ::.17:.rE:. 47 ;;a
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- n,.- =an.:-: 100'.7A0Y : E ';;.: E:'ENTI the.ec :.. tate .fic ,o V 3CN=i;3.t..)Qe? E age 3 Of 1 4. c.- t-u c " 0L *2.Y. The reeuiane i n s t r u.t e n 'i 1 = = = ac:ursctes are cetermine: v evaluatt. ; tnree tnstrument 1:== r c:ur a.:t es *n t en sati s f y in e. AM funcit:ns listec in sectten 1.9. These ac:uractes.are : mearec against :ne anetner to determine tne cuncing-10:e ac:uractes der notn the =esttsve anc negative :greetten. The teuncing 1:: ac:ursetes will ref er-ec to as the ev utrec 10c= accur ac t es. The inree loco ac:ura-etes are cetermanec tv i A) PAM Function : Alert cerat:r to take manual actten if tne aut=- matte swit:ncver funciten ceas not =c:ur (1ew l eve
- 1) Evaluate icw level uncer safety limit (L
) against i=w level ust alarm setectnt (L ) t= cetermine loca ac:uraev. and 1setet
- ) Evaluate 1:w level 1:wer safety limit (L
) agatnet 1=w level 1st alarm set =ctnt (L ) te cetermine 1=em ac:uracy. 1 set =t B) FAM Functi=n : Alert Operater to st=c cr realign any CCP. SIP. er C5F crawtng suctt:n fr:m the AWST to prevent cetet taal =umm camage (1:w-1:w level).
- 7) Evaluate 1:w-Icw level 1cwer safety limtt (L
) against i cw-I c-lisi level alarm set== tnt (L ) to cetermine 1 =c ac:uracy. 11setet
- 5. 0 t-N AL v -
- S 5.1 Aler; caerster to tate manual actten if aut:matic swttchever functten aces not occur (1:w level) 1 L
-L Recutred Accuracy = ust 1setet span taga troa 087" = 0.1::4 cr +1::.4*/. of soan Attachment No. M Sheee t.noo W/14:ntale/QN-EE8-+ts.L #T1 l ..e
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~- 4 L -L Aecuarec a::ura:v -.! T 1 11**-t = s=an ?. '. = l:l.. g.. = -0.0 1 er -!. !!! ci se an E.: Alert==erater ts st: =r realign any COF. SIF. :P CIP'3rawing suct1 fe:m tne AWST t creven: :: ten Lal =umo samage (1:w-1:w level) L L Aecuiree ac:ur acy = 'trl '11retet sean = Ts.t?" Ya.ra 057" = -0.051 =r -!.It; ci s=an s.Q COM LU?!!N Frem secta=n 5.0. 1=== ac:uracies f=r the AWST level instrumentation were determinee fer two seoarate.FAM functions. Of these. instrumen 1cco ac:uracles of -!.1 :; ( ac:ur acy in the negative cirecti:n) and + 10. Ai; (ac:uracy in the ecsttive =1ractien) were cetermined to be beuncing anc are snoref ers the meut a=e ic=c ac:uracles.
- h. 0 A_g J:ENCEE 7.1 SCN Tecnnt:a1 !=ecificati:ns 7.0 NES Calculat1=n. SCN-CSG7-Q40 K1. " Safety Analysis Water Level Limits For C:ntainment Suma anc Ref ueling Water Sterage Tank",
(E4597060146). 7.0 SCN Design Criteria. SON-OC-V-07.0 $;. " Safety Injection System'" (B458707:00!:). 7.4 EEB Calculatten. RWET-Level R7. " Instrument Accuracy Calculatter (E4:370710904). 7.5 SCN Instrument Tabulation. 479601-60. ROO. 7.6 SCN Frecautlens. Limitations, and Set =ctnts. RBt Supolement: TVA/ TEN. " Post Accicent Mcnt t= ring Functa =nal Recuirements". Sectlen 19.9.O.1.7 og 10. (870851000007). ~ Artechment No _ /f c e/ 4e Laoo W/ldntifierW4EM. dog
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.-e 88TPOINT CALCULATION 8 EES-TI-28 13.0 DETTFITIONS_ AND. At!%REVIATIONS
- 13. 1 Allowable Value (AV) - AV is defined as the analytical limit (AL) minus the difference between the Design Basis Event accuracy band (Adbe) and the normal measurable accuracy band (Anf), which does not consider calibration unmeasurables (i.e.,, waterleg errors, process errors, etc.).
It is reasoned that following a/ design basis event that the output of an instrument may 4 4 change by the difforence, between the normal and design basis bands. Therefore, if the output exceeds the AV value during normal operation, the analytle.a1 limit would be exceeded if an design basis event occurs during this time (See subsection 15.7.4.1 notes 1 and 2). AV = AL - ( Adbo - Anf) The details of the calculations for these errors are included in subsection 15. 13.2 Acceptance Band (Ab) - During calibration or calibration cheeks, the required deviation from the true value deemed acceptable without requiring readjustment. (An acceptance band shon'.d be selected such that the instrument inaccuracies fall within tta %and.) Ab should never be less than . reference accuracy. " Rule of Thumb"- o*=
- 1% (Reference Accuracy)
L S 13.3 Accident Accuracy (As) - Accuracy of a device in a harsh environment caused by an accident (excluding a seismic event). ( i 13.4 Bias Error - The difference between the average of the measurement population and the true value. In this standard, a bias error is an error that has a certain fixed value for a given instrument under specified conditions.. The exact value of the fixed error is unknown, however, the range of uncertainty is known. 13.5 Confidence Interval - The bounds about the measured value within which the true value is believed to lie. 13.6 Drift - An undesired change in the output over a period of time. is unrelated to the input, environment, or load. This change 13.7 Instrument Society of America (ISA) 5 13.8 Loss of Coolant Accident (LOCA) Artschment No.- d $heet / sp /- Loco si/ldantifiepQN-EEB-MS.TI28-00/f DNEA - 0610W I
n--- he 1 REACTI'ITY CONTROL SYSTEMS 1 V BORATED WATER SOURCES OPERATING LIMITINO CONDITION'FOR OPERATION As a minimum, the following borsted water source (s) shall be OPERABLE-3.1.2.6 i as required by Specification 3.1.2.2: A boric acid storage system and associated heat tracing with: i a. 1 1. A minimum contained borated water volume of 6542 gallons, i 2. Between 20,000 and 22,500 ppm of boren, and j l 3. A minimum solution temperature of 145'F. _j b. The refueling water storage tank with: j 1. A contained borated water volume' of between 370,000 and 375,000-
- gallons, j
2. Between 2000 and 2100 ppm of boron, 1 l \\ M 3. A minimum solution temperature of 60*F, and ? 4. A maximum solution temperature of 105'F. g APDLICABILITY: MODES 1, 2, 3 and 4. ACTION: With the boric acid storage system inoperable-and being used as one i a. of the above required boratec water sources, restore the storage system to OPERABLE status within 72 hours or be in at least HOT l STANDBY within the next 6 hours and borated to a SHUTDOWN MARGIN' equivalent to at least 1% delta k/k at 200'F; restore the boric acid storage system to OPERABLE status within the next 7. days or be in COLD SHUTDOWN within the next 30 hours. 5 b. With the refueling water storage tank inoceracle, restore the tant, to OPERABLE status witnin one hour or be in at least HOT STAN0BY within the next 6 hours anc in COLD SHUT 00WN within the following 30 hours. Attachment No.. 20 $ geog,,j aq, % si/ldantifiednw-rrn.J4s yy 7a_g7f SEQUOYAH - UNIT 1 3/4 1-12 3 y ] 7
l i = NEB '83 03 0 3 222 552"5 "a : 5835Mg IN 83-03 b UNITED STATES NUCLEAR REGULATORY COMMISSION j 0FFICE OF INSPECTION AND ENFORCEMENT / WASHINGTON, DC 20555 Attacreen, No. 2 / w&g Laos W/idennfle$0N-EEM.M28-00d" January 28, 1983 ,._._...._......-..---r,------.C~~~~ INFORMATION NOTICE No. 83-03: CALIBRATION OF LIQUID. LEVEL INSTRUMENTS Addressees: All nuclear power reactor facilities holding an operating license (OL) or construction permit (CP). (= Purcose: This information notice is provided as a notification on calibration of liquid level instruments which may have safety significance. It is expected that i recipients will review the information for applicability to their facilities, rj No specific action or response is required. Descriotion of Circumstances: I Several licensees have reported inaccurate liquid level indications from instruments on various tanks such as chemical addition tanks (CATS) or boric acid stcrage tanks (BASTS) which contain liquid chemicals or solutions with densities different than that of water. Those instrupents that are not cali-( c brated with density compensation will not measure the volume of 1.iquid accur-ately. Although density compensation is a basic requirement for accurate level E measurements, it is periodically overlooked. On past occasions, pure water at 60*F was used as a reference to calibrate the differential pressure trans-mitters measuring the liquid level in the _u nk r irrespective of the density difference from that of the solutions being measured. Density corrections must be made for those liquids other than water that are contained in the tanks. The corrections must also consider the temperature of the liquid. One licensee recently determined that measuring instruments on the 4,300 gallon CAT had not been density c'bmpensated correctly for the 17 percent (by weight) solution of the sodium hydroxide in the CAT. After the density correction was factored into the measuring system, it was found that the actual volume of solution in the tank was some 300 gallons below the minimum required by technical specifications. For tanks with boron concentration of less than 1,000 ppm, the liquid level ' be relatively accurate because the denv " of the liquid .c v e a - .e te .a. of water will not differ significantly. However, there were. a w ana och operate at an elevated temperature whose differential m' v antaiton employed to measure the liquid level-was not initially = campensuseo for these' elevated operating conoitions. Under these conditions, a heated tank could have overflowed when liquid level was indicating less z than 100 percent full. Compensation for differences in density and/or tempera-i k ture of liquid solutions should be included in the measuring systes during r calibration. h i NE8 MASTER MGf - gNT w on2
IN 83 03 ' January 28, 1983 Page 2 of 2 i T Some of'the more important systems that may be affected by this problem are I as follows: s Refueling Water Storage Tank (Westinghouse) Borated Water Storage Tank (B&W) Chemichi Addition Tanks (to containment spray systems) i Safety It.jection Accumulators 1 Boric Acid Storage Tanks Standby Liquid Control Tanks (BWR) Volume Control Tanks-It is suggested that holders of operating licenses or. construction permits .i review this information. for applicability to water-calibrated level instru-i ments on tanks. containing liquids other than water and-other than at ambient temperatures, i i No written response to this notice is required. If you have any questions regarding this satter, please contact the Regional Acministrator of the appropriate NRC Regional Office, or this office. 'j . Jordan, Director Emerg y Preparedness and Engineering-Response Office of Inspection and Enforcement CONTACT: V. D. Thomas 301-492-4755 -
Attachment:
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j TABLE 3.3-4 (Continued) ENGINEERED SAFETY FEATURE ACTUATION SYSTEM INSTRUMENTATION TRIP SETPOINTS a s 7 FUNCTIONAL UNIT TRIP SETPOINT ALLOWABLE VALUES E B. ENGINEERED SAFETY FEATURE ACTUATION Z SYSTEM INTERLOCKS (Continued) ~ b. Tavg Prevents Manual Biock of Safety Injection P-12 < 540 F - < 542'F c. Tavy Manual Block of Safety Injection, Steam Line Isolation, Block Steam g Dump g 540 F > 538*F w d. Steam Generator Level 4 Turbine Trip, feedwater Isolation P-14 (Ses 5. above) 9. AUTOMATIC SWITCi10VER TO Ko7 CONTAINMENT SUMP a. RWST Level - Low 130" from tank base 130" 1 4" from tank base C0lf4CIDENT WITil i Containment Sump Level - liigh 30" above elev. 680' 30" i 2.5" above elev. 680' AND FF Safety Injection (See'I above for all Safety Injection Setpoints/ Allowable valves) E [,$R b. Automatic Actuation Logic' N.A. N.A. "= w" ~*o y R67 O. ,/ Attackwreent No 20 Sheet / 4 / I Loop A/fdentifiegQN-EEB MS-TI28-00/f y _..=_-
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m Jt e n Identl'fler: SOM-SOS 4 ~ y 6 -) .) ~ ~. Preparer Checker t R'viewe'r ~ e 1. The "statomont of problem" on the /' cover sheet is'a clear, concise / #t description of the actual problem addressed by the calculation. 84h The " abstract" on the cover sheet h_M 2. is clear, concise and captures the essential nature of the calculation. As worded, it provides a high level stand-alone 7 description suitable for use by i researchers who must consider the applicability of a large number of _ _ calculations. Abstracts should be less than 250 words in length and I suitable for inclusion in a computer data base. ' ' ~ ~ ' ' I Sufficient background is provided _ __ b( 3. (or referenced) such that future users can appreciate this t calculation in the context of the actual factors or concerns which initiated it. A clear statement of the purpose _ _ /3-R- -- -- 4 of the' calculation is provided. Inputs, including codes, standards W S. and regulatory requiroments have been correctly selected, referenced and applied. j f D u c' - ( Attachment No. 2( ShaggdQF Leon g/fdentdie6DN-F'M kfS* TT28-00L$~ DNg1 3323q Q NED 1/13/87 , y.7, *- ' IJ.* I
q ATTACHMENT TO ADMINISTRATIVE PROCEDURE SASP 1.02 Page 2 of 3 SUPPLEMENTAL REQUIREMENT FOR CALCULATION PREPARATION AND REVIE1J Preparer Checker. Reil 5er 7, 6. References indicate document name, numbe_r, data-and revision level. If appropriate, a distinction is ] __ __ " made between references used for background and those used as a basis for the calculation. / 7 Assumptions are adequately identified and documented. M 1 8. r All unverified assumptions are clearly identified. NlN AfA 9. Action has been identified in the calculation for resolution of all unverified assumptions (e.g., QIR number requesting needed information or other action is g noted in the calc ~ulation). ala 2 n n /A 10. The calculations methods ( (including assumptions) are reasonable, appropriate and based on sound engineering princip1cs. }}}W Limits of the calculation are W 11. readily apparont, i.e., a calculation may be conservative for its purpose, but ~ ~ ~ " non conservative for other uses. The calculation should be so clear that its misuse is unlikely. /M2 The calculation procers is 1 12. completo and accurate. Consideration of system bc 13. performanco, safety martins is adequato. ( g rhus.no. 2r qq Looo #ldennfierS oun. 2222n NED 1/13/87
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!i ,r ATTACKMENT TO-Page 3 of 3 . ADMINISTRATIVE PROCEDURE SASP 1.02 - SUPPLEMENTAL REQUIREMENT FOR CALCULATION g j PREPARATION AND REVIEW Preparar ' Checker Reviewer 14. Consideration of ap'p11 cable [ ? ' codes, standards and regulatory j-requirements is adequate ie 7 /M ' i 15. Consideration of operational I-factors (e.g., assumptions on operator actions) is adequate. 'M 16. Results have been stated clearly and concisely. ____ l IM 17. Results completely address the initiating concern. M 18. An attempt has been to flag features or assumptions that would be particularly sensitive to possible future piant changes, a Particular care should be taken to f identify known subtle mechanisms whereby a future ECW could invalidate the conclusion reached in the i calculation. b / bN ~~ V 19. Revisions which void calculations provide adequate justification and ns why the calculation may be r r] Attachment No. U _Shee,22sg g Loos 8/identifie40N-FFR.MS.typg pgjf DNE4 - 1016Q NE8 10/87 a f w :- L-
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a t :g c..:en : ..o -,. Pago 2 of 2 CAECULATION CLASS! !CNT!C*l IEN;;.e!Eh: M hl - O N b. 7 - O M Y - 4 8 ?:EL : M I NARV,, CLASS: FICA!!CN: h ESSENTIAL 0 r!'E 0"'Y ~ ~ ' ' ~ ' ~ ,. ~... _ w,,,,,,,g. O DES,4RASLE 1 CALCULA!!CN CLASSITICATION JUST!FICAT:CN: y/ dis e. p._ c w/ w e #F* Sk SUSn!!!ER: /&4mr Y /Y &ri il JJ Ys E ALL e nJJ n,2/ 6n; (' y i ( b hAGR".EWITH [ O!SAGREE -CIMMENTS EU:EUEP. : RECUIREU-y - CLASS!F! CATION APocCUEP.: v AGREE WITH DISAGREE -COMMENTS i RECL2 RED CLASS!F CATICN Attacheong No. 25 Shoog># q.2 v Laos si/ldsnnflopQN-EEB4tS -TI28-0Y0 2 l.
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a",qicto NUCLEAR ENGINEERING SEQUOYAH NG NEtP* PROJECT) o SEOUOYAH ENGINEERING PROJECT SOEP-REVISION O, PROJECT MANUAL. TVA r L TENNESSEE TENNESSEE VALLEY AUTHORITY %g VALLEY OIVISION OF MX1. EAR DCINEERIm ENGINEERING i AUTHORITY i SEQUOYAH NUCLEAR PLANT l t N SE" 30:: N AND SCA_:: NG JOCLVEN~ FOR INSTRUMENT LOOP NO. 1 1 - LT - 6:>3 - 5'O 1 R E E 3 L Attachment No. 28 $heet I -f 81 3. % j/ygAgif;,p0N-EEB-MS -TI28-0Ef 5 i s REVISION RO RI 4G- [I ((UN7f: gy-pgTi7o GC) Rey 3 OATEj-/3fd 3 f-f6 727-90 3 3o '/d a WJ}l? h, 'r;ll4/b l veRIrIEa
- ryVg,,jyjj gegyc.gygajg~,, py QJ-Q Q
- %Q7%(,/j@_
g REVIEWED ku,d,/a X~ X om ^aPaovEo i 1SSuE0 3 _,,,,, x yc I
SETPOINT AND SCALING DOCUMENT LOOP NUMBER l 1-LT 50 CSSC?: Yes X_ No_ 140P FUNCTIONIMEASURES THE LEVEL OF FLUID IN TANK TO PROVIDE MCR INDICATION FOR POST ACCIDENT MONITORING LOW LEVEL l TRANSFER TO THE REACTOR BLDG. CONTAINMENT SUMP FOR LONGER TERM l RECIRCULATION i LO-LO LEVEL ALARM. LOOP ACCURACY l Allowable) Acceptable. Acceptable Function Value / As Found As Left gyg .,>r., RWST LEVEL INDICATION AT 130" _ +(z.276.- 4.fr L 14.4 % $ 2.o b %. ~ o RWST AUTOMATIC SWITCHOVER TO RB SUMP)' t i ^- ' ?. - No rc 9 RWST LOW LEVEL ALARM 2.7 / Nff s - 5~. 6 7, d3.On % 2 O,78_% v wy 4 87X, LOOP COMPONENTS Process Calibration Value Acceptable. Acceptable NO. UNID No. Ra ncie /SetDoint InDut OutDut As Found As Le f t- .i 1 1-LT-63-50.' o-397" H 0/NA /-3 88 " A31 % 4 * (NOTE 5)2 (NOTES (Ol10-50 MA A ' 0. S 'k ' % : O.20 mA } 2 1-LM-63-50 AA O' 3f(7 '" 'H O 10-50 mA (NOTE 2) (NOTE 1) (NOTE 1) 2 3 EAGLE 21 EXT. POWER SUPPLY N/A t4'/A ~1c> V cle t \\ O /c ! 3V l 4 1-LM-65-SOAB g.yj ". H O (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) i 2 COMPONENT DESCRIPTION l Original NO. Manu facturer / Model Number Contract No. Location _! [1 ITT BARTON/752 TRANSMITTER 68C60-91934 1-L-FN i 2 WESTINGHOUSE /EAI-01 I/E CONVERTER 89NNP-75380A NOTE 4 i 3 EAGLE 21 EXTERNAL POWER SUPPLY 8c)NNP-753 boa 140TC 4 4 INTERCORP/ISBC88-40A A/D CONVERTER 89NNP-75380A NOTE 4 i ADDITIONAL CALIBRATION REOUIREMENTSl _.. r CALIBRATION FREQUENCY REQUIREMENTS:_ CALIBRAT l
- MONTHS 8
CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS > 1 -l AC.c u R A C'(_ o g P,cm n,, uc,E. CMes me. Retr eser _l mc > rat-cusmem-Metm Foq cAun. of mmmTYtR. l STATIC HEAD CORRECTION: 1
- uro / nn-o -C.
M,T g ' TECHNICAL SPECIFICATIONS-+ scc now v4 - 3,1.7.7 Aa. iac.wr N ou i rom G, ~ ~ ' ~ SEcm ord ~3/4 ~3-2TS r Foft AUTO M 8 vcu cvtc.\\ REFERENCES _l 1 SON-EEB-MS-TI28-0002 No.I BRANCH / PROJECT IDENTIFIER l No. BRANCH / PROJECT IDENTIFIER l 2 SON-EEB-MS-TI28-0025 j-3 SON-EEB-MS-TI28-OO15 8 Arixhment No 28 Sheer 2 mf M. ~~~ ~ l - 4 SI ete,ej tx, gjgngjf;,p0N-EEB41S -TI28-00/5
- Sec No rE 8 uv. t reemww/DATEOY M4w y w w -+o
_ a m m ' w REV.0 PREPARER ,CHECKERDATEh/ ON SMT 1 C/O 2 _, _eunsw a, - 2.- s I
[ .t SETPOINT AND SCALING DOCUMENT _ LOOP NUMBEBl \\ Lr. O-60 CSSC?: Yes_,_i_ No LOOP FUNCTIONI See sheet 1. F ) LOOP ACCURACY l Allowable Acceptable Acceptablo Function Value As Found As Left See sheet
- 1.,
I 4 i LOOP COMPONENTS Process Calibration Value Acceptable Acceptable DO ! UNID No. Rance/Setooint Input Outout As Found As Left i 5 1-Ili-6 3-50 AD 0-387" H O (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) 2 6 1-LM-6 3 -50 AG 0-387" HO (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1), j 2 7 1-LM-63-50AH 0-387" HO (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) 2 1 8 1-LI-63-Fo 0-387" HO 10-50 mA 0-100% 3.38% 2.0% 2 2-38x104 COMPONENT DESCRIPTIONj Original l NO. Manufacturer / Model Number Contract No. Locati n,! 5 WESTINGHOUSE / EAGLE PROCESSOR LCP 89NNP-75380A (NOTE 4) j ~ 6 BURR BROWN /MP8316-V D/A CONVERTER 89NNP-75380A (NOTE 4) 7 WESTINGHOUSE /EAO-02 E/I CONVERTER 89NNP-75380A (NOTE 4)~ 8 WESTINGHOUSE /VX-252 INDICATOR 90NLC-745453 C12/1M6 l ELEV 732'O j ADDITIONAL CALIBRATION REOUTREMENTSj i l CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. l l CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sheet 1. E! l STATIC HEAD CORRECTION: See sheet 1. ~"f TECHNICAL SPECIFICATIONS: See sheet 1. i PEFERENCESl No.I BRANCH / PROJECT IDENTIFIER INo.I BRANCH /PPOJECT IDENTIFIER See sheet 1. I l Anunm.nr so. 28 - ss.., 7 -#_t?? l 1 S Loco i/ldentif ter ON ern. we.,,v3,_nny3-l l I i REV O PREPARER /DATE'OA' J O l# CHECKER /DATE O!I[N ; 9'.) SHT 2 C/O 2 8,' ~ l
sETPOINT AND SCALING DOCUMENT CSSC?: Yes x No LOOP NUMBER l g. L7_ (, 7,- 5 0 LOOP FUNCTIONI See sheet 1. LOOP ACCURACYj Allowable Acceptable Acceptable Function Value As Found As left I I See sheet 1. i i I LCOP COMPONENTS Process Calibration Value Acceptable Acceptacle NO.I UNID No. Pance/Setroint Inout i Outout As Found As Le L Q l - L S - (ib -FO A i ~) C " H ao See OM (Norc 2) (NOTE 2) she s @0E Ol,(H TC 2) (NoTC 2) I30 HzO ge lo I - L M 50 AF l 5 ( H on 21 (Non 2) 11 1 - LS-O-50 AI i 3 0 " N 2O rgpr g g g,7 g ; COMPONENT DESCRIPTION l Orig 2.nal NO,1 Manufacturer / Model Number Contract No. Location l W E STiN G ricusE / ti AGLE PP.c c.6550 R G> t 5TABL E 89 NNP-7F36CAl (H oTE 4) 9 99 NNF -7 F3 &o A (N oTc y ) l WC5 TING HouTE / D/ D CONvcgreg 10 In WC 5 TING house / b/D is o L ATo R. 99 Nt4P -7F3Ec A ( HoTE 4) i ADDITIONAL CALIBRATION REOUIREMENTSl CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. i CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sheet 1. STATIC HEAD CORRECTION: See sheet 1. TECHNICAL SPECIFICATIONS: See sheet 1. t REFERENCES l No.I BRANCH / PROJECT IDENTIFIER INo. BRANCH /PROJ$CT IDENTIFIER I iSee sheet 1. I Attachment No, D Sheer 4 +f3 i SON-EEB-MS -TI 28-00/51 l I i Loc 0 s/ldentifier i PREPARER /DATEh/M '/314 CHECKER /DATE /' hD / ^/ W SHT_ ~3 C/O REV O e I
1 l l SETPOINT AND SCALING DOCUMENT LOOP NUMBER l [-Lt g -go, CSSC?: Yes x No % l LOOP FUNCTIONI See sheet 1. LOOP ACCUPJylXl Allowable Acceptable Acceptable Function Value As Found As Left See sheet 1. l LOOP COMPONENTS Process Calibratnen value Acceptable Acceptable NO.i UNID No. Rance/Setroint Inout Output As Found As Left (N orc t.) Wom 2) 6 on 2) l '2, 1 - LM-(,'b -So AE 5 4.2 ~ Hs0 5'S Sleet 6 l l'3 % LM l&50 54.2" Hd Sce. (No' ret) k N D*" 2 ) (u W EI s % e,.4 S' LN* ') ( "" ~O t4 I - LS FC B 54, 2. " Hzo Sep y q.m 7 COMPONENT DESCRIPTION l Original NO I Manufacturer / Model Number Contract No. Location il Gu RF\\ BRcWN/ MP8316, V D/A CON vfRTER E9 MN P -% 3%$ (Norg q) 13 W ESIin cwou s e / CAO - o?. E. / T. ce r4 v e nTc R. B9 NNP45} BOA (acte 4) l 19 vo xeOgo / (o'3 u - At - 014 A A-F B t >TABL.E bEC40 919 M <4/ tt.cv (SG' ADDITIONAL CALIBRATION REOUTREMENTSl CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: Sde sheet 1. STATIC HEAD CORRECTION: See sheet 1. TECHNICAL SPECIFICATIONS: See sheet 1. REFERENCES l ((q. ! BRANCH / PROJECT IDENTIFIER No,i BRANCH / PROJECT IDENTIF_IER ISee sheet 1. ~ l Attachment No. M Sheet E f M i l Loco i/Idsntifiw"I "'" MS '" 00/I I REV 0 PREPARER / DATE. A W3 @ CHECKER /DATE Ol'h'll-/MO SHT. 1 C/O 5 e / i I
TRANSFER FUNCTIONS COMPONENT NO. I output (m A) = 40 m A < ( ;%po t. na e).svgy,c actp{/ + lo m A g Q,q m A j t ( 3 8 7 a 2 e j COMPONENT No. 7 ~7 go
- ndiviclual Yeans b k nc.M oar J C akib r5.ked b
- V 3
W'M 'diodor, C d y ow e m.i-n o. 9 COMPONENT NO. 8 Ow+ Pa t ( /* ) ( inpwt [ u A)- ( O m A g g, g o4 IOO X s 'I o mA J Attahment No-D Sheet h afd COMPONENT NO. D ll Sw iic k o v e.r Sed-hi-130' Oom hse o k bk. Sin c e. h s h me,+ 7 Ace 's M'
- a. b s n be-o f bk i 13 o" - 2C :- ( O G
- 10 6 ) /
3 s,'-) ff,y %, ~ The dim s'ic a /.t. is re.,2 /n ye re o ziin. ruc + b aw,%b COMPONENT NO. Il-N Low dap% Se+ hr 34.'1 krom b 5e o k, Ya w k. E ^c t. Lsbune,+ two is M . cd s v e ba s e,, of h k; ~ 59.2'- 2 9 = 30.2^ => 30.2 - 77,gg ~ asr ~ 7% n.P., 7 .$ / 4 gyt is 1c 6'c. i e it a rc is jiirs. ya ajo,ac y, REV O PREPARER /DATEC/a M 514 CHECKER /DATE O/d/2 /3-90 snT F C/O 6 f / V I
_ ~. _ _ _ _ _ _ _ _ _ t a ' LOOP DIAGRAM (67-Wb - 5*6) tt ~ it's "-- its (un 63.go AA) ,u ,i < ym-U-To AC) uce usu = 6..is 1 (,:g, g, ft.g-j 3-5WJ a w aser tr a i L J-Q@A) i D 9 q w 'ht.W #A k-kl.N63-M f. 1 r-r,w a: (ts hon l N i W~- b %,--- it'd" 'l p.a.5o ) l(im. a.go y) 'y,8 'S i s j$==-
- yyF...;,A3 m3 I
at i
- yag....i u ;
m3 : -l l I h, t i auto arctne I Lf fliTUILOCR pas : N I' p. --j_.. ~ t y.g 3. Sc j. yg......i an==.e, s. 2.8 , m,, s. i 7.".'.'....!....... Looo #identifior*~*y-W8-00'# l 9 i l' IL3/ I'3 al6-agg I .(L3-63~50f) l w.' " ". . CCNTRO.L., 1 t { REV O PREPARER /DATFQ/ I'M"fd CHECKER / DATE I'/'"l ~'-T ' * 'o SHT b C/0 7 ~ \\ r l'
COMMENTS ~AND NOTES 1. Encompassed by the indication's value. 2. For specifics see the references and the Eagle 21 Technical Manual. 3. See transfer function sheet for value. 4. Components 2 through 7 are part of'the Eagle 21 RPS System located in the auxiliary instrument room at elevation 685' and coordinate panel C-1. 5. The pressure is applied to che high pressure port of the transmitter. 6. The transmitter is calibrated separately from the other loop components. 7. Output is energized on decreasing signal for auto switchover and de-energized on decreasing signal to alarm. 8. Most stringent AV values for PAM and shall be used only if these values are more stringent than values for Westinghouse trip strings. 7 o ypice 9. AV value for switchover is-hsf from Tech Specs and applies only to the Eagle 21 equipment (transmitter not included). Refer to references 2 and J for calculated AV values, The AV values are 10.500, i. 31 %.g;f 1/.Ay9 4 i 3.17M% - 4.1 % 1 httochment No.- 28 tb 4R Looo p/tdgntifierW -EE N - 6 00/5 REV.JL. PREPARER /DATE O Md CHECKER /DATE C/V/2-/3-90 SHT ~7 C/OEli!AJ, PREPARER /DATFf0 M h/IZIDCHECKER/DATE!M MMO-a-po SHT 7 C/OFINAL, REV f f I
~^ ) W A\\ AD 3 I NUCLEAR ENGINEERING SECUCVAH E NG ; r 7 ' ',,* G ; 3 g ' SECUOYAH ENGINEERING PROJECT S~ PROJECT MANUAL -50. REv!SION TVA l TENNESSEE. TENNESSEE VALLEY AUTHORITY'. TY-CIVISION OF' MIL _G DCIMEDiItc ENGINEERING l l SEQUOYAH NUCLEAR PLANT T SE 30:: N AND SCA._::NG JOCUN EN-s. l FOR INSTRUMENT _ LOOP NO. I - LT - 6 '3 - 5 / E E b E S T U Attuhment No-D Shegg 9 -f, 32. i 5 Laos i/l[stifiep0N-EE34tS -TI28-00/S_ S REVISION RO RI -R2-E d$hi.$f/' Re-fs* 'dd Y - RS D A TES-/.2 -fD. .5 f'-96 .? '2.1 <l o .7-30-9b I eReo^ red % s A t> M j,' 2. ia:/ Air)k ?s.,At~<*t7/ VERIFIED Y),jpg., j,(.g.[M[ h(['7N. A ~ h REVIEWED [g%(th,]4 pk% MM.Y d/'dtid., c ^PPROVED WM X X AQM '$LISSUED ' / ' )< p,,
- g. g L
N ea 44 Su SETPOINT AND SCALING DOCUMENT ICOP IIUMBER l1-LT 51 l CSSC?: Yes X No 140P FUNCTIONIMEASURES THE LEVEL OF FLUID IN ~THE REFULING WATER STORAGE IMIK TO PROVIDE MCR INDICATION FOR POST ACCIDENT MONITORING; LOW LEVEL TRANSFER TO THE REACTOR BLDG. CONTAINMENT SUMP FOR LONGER TERM R ECIRCULATION ; TA-IA LEVEL A LARM. 140P. ACCURACY l Allowable Acceptable Acceptable Function Value As Found As Le f t i , '"_j i.4 W ri k RWST LEVEL INDICATION AT 130" h f/M7fT-LS(/d
- 84.'l 1' 2.o fo %
RWST AUTOMATIC SWITCHOVER TO RB SUMP 1J !! ".d '% " NOTE 9 ~ RWST LOW LEVEL ALARM N/4. T. O 5 t 3.01 % ! o.78 % d, A Wi C +.U2 __ LOOP COMPONENTS . Process Calibrat'.on Value Acceptable Acceptable NO. UNID No. Rance/Setooint Inout Outnut As Found As Le f t-l 1 1-LT-63-9f o"567 " H 0/NA /-389" 10-50 MA 3.31 % 4
- to.5%
(NOTE 5)2 (NOTESid i to.20 nA_l 2 1-LM-6 3-51 AA o-3g7 " 'H O 10-50 mA (NOTE 2) (NOTE 1) (NOTE 1) 2 3 EAGLE 21 EXT. POWER SUPPLY g/ g./A SoV de t \\O /o 13V l 4 1-LM-6 5-5 f A B o-377 a H O (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) i 2 COMPONENT DESCRIPTION l Original flO. Manufacturer / Model Number Contract No. Location _! I 1 ITT BARTON/752 TRANSMITTER 68C60-91934 1 - L 'M'1 1 { 2 WESTINGHOUSE /EAI-01 I/E CONVERTER 89NNP-75380A NOTE 4 3 EAGLE 21 EXTERNAL POWER SUPPLY 8c)NNP-753%A 14cTE 4 4 INTERCORP/ISBC88-4 0A A/D ' CONVERTER 89NNP-75380A NOTE 4 i I ADDITIONAL CALIBRATION REOUTREMENTSl l CALIBRATION FREQUENCY REQUIREMENTS: CALIBRATION CYCLE MUST NOT EXCEE
- MONTHS 1
CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS > 1 T~mit s W E ReFEREMcc. - i AtcuRA(Y_ op n.c.r rER. U E. 'mC> irAl-C W7c N -.W 'tM FOR <Au p,. OF.w ei r WR _, ' C STATIC HEAD CORRECTION: l ' uz o / a n,. ru-9. 10, g I ' TECHNICAL S PECIFICATIONS-e* SE'CTio u " V'i - 3.1.7.7 A" 'Ocur M ou rromN c, ]~, i SEc n ota 3/4 3-7.B ( Pop Awr0 3e iv ey evtg L I. R E FER ENCES_ l l No. BRANCH / PROJECT IDENTIFIER No. BRANCH / PROJECT IDENTTFIER l 1 SON-EEB-MS-TI28-0002 i 2 SON-EEB-MS-TI28-OO25 3 SON-EED-MS-TI28-0015 Attochment No.-- 28 Sheer /CafM. j 4 S T - 9 8.cs
- t. coo g/td:nnfiep0N-EEB HS -TI28-00/S A S uc. NoT-E 8 PREPARER /DATEhk
+'/4-fB, CHECKER /DATE N/////b 13-90 R EV,_0,_ SHT 1 C/O 2-- Ik VHet/ M c- /y wL._ gpecg4 p,,m i ( ypts.y.y 3' I?ct/ L. i
k SETPOINT AND SCALING DOCUMENT OOP NUMBER l g, CSSC?: Yes_,_%, No _ LOOP FUNCTIONI See sheet 1. F LOOP ACCURACY l Allowable Acceptable Acceptable Function Value As Found As Left See sheet 1. l LOOP COMPONENTS Process Calibration Value Acceptable Acceptable DO.I UNID No. Rance/Setooint Incut Outrut As Found As Left 5 1-LM-63-SIAD 0-387" HO (NOTE 2) (NOTE 2) (NOTE'1) (NOTE 1) j 2 6 1-LM-63-5lAG 0-387" H0 (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) j 3 7 1-LM-6 3-5l AH 0-387" H O (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) t 2 8 1-LI-63-5l 0-387" HO 10-50 mA 0-100% 23.38% 12,0% i 2 i 2-38x101 COMPONENT DESCRIPTION l Original i NO.I Manuf acturer / Model Number Contract No. Location 5 WESTINGHOUSE / EAGLE PROCESSOR LCP 89NNP-75380A (NOTE 4). 6 BURR BROWN /MP8316-V D/A CONVERTER 89NNP-75380A (NOTE 4)
- -)
7 WESTINGHOUSE /EAO-02 E/I CONVERTER 89NNP-75380A (NOTE 4) 8 WESTINGHOUSE /VX-252 INDICATOR 90NLC-74545B C12/1M6 ELEV 732'0!I ' ADDITIONAL CALIBRATION REOUIREMENTSl i' CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sheet 1. l STATIC HEAD CORRECTION: See sheet 1. i TECHNICAL SPECIFICATIONS: See sheet 1. ~ REFERENCES l No.! BRANCH / PROJECT IDENTIFIER No. BRANCH / PROJECT IDENTIFIER ISee sheet 1. Attachment No. 2B Sheet l ' 'f.J.,3;. i 4 S Loco W/ldentif:er ON-EEn we.???a nn/f l REV._0._ PREPARER /DATE
- -A I/ _ CHECKER /DATE< />>N 'T t SHT 2
C/ O. 3 t.' t
i SETPOItJT AND SCALING DOCUMENT LOOP NUMBER l g _ g cp ( CSSC?: Yes X No LOOP FUNCTIONI See sheet 1. l LOOP ACCURACY l Allowable Acceptable Acceptable Function Value As Found As Left See sheet 1. I i i l i i i l i i i l I ? LOOP COMPONENTS Process Calibration Value Acceptable Acceptable NO.I UtiID No. Rance/Setroint Inout i Outeut As Found As Left (ge7 c p No r t O (Non 2) 4 1 - LS - O-51 A I30" Ha0 See ske.+ 5 w 5 (, NOTE 2) IN07C U b #C D to I-LM-63 Si AF i30" HzO e II
- - LS @-Fl AI i 30" N O M c. g (NCTE 2.) l ( " OTC 2I CNCTE O I
CLeer a l l CCMPONENT DESCRIPTION l Original (10.1 Manufacturer / Model Number ' Contract No. Location 9 W ESTIN G HcusE / C AG LE Proc 65LcR B t STABL E 8 9 NN P-7F3 &cA (ROTE 4) 10 W C 571NG Ho u TE / I)/ D con vc;;; Ten 99 NNP -7F560 A (NoTcy) li WC STWG NcuSE / D/D is o L ATOR. 99 NN P -75'3EC A ( HCTE 4) ADDITIONAL CALIBRATION REOUIREMENTSl CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sheet 1. STATIC HEAD CORRECTION: See sheet 1. TECHNICAL SPECIFICATIONS: See sheet 1. PEFEPENCESl No.I BRANCH / PROJECT IDENTIFIER No. BRANCH / PROJECT IDENTIFIER ISee sheet 1. I Attahment No. 28 _ $ beet I 2 afMl I I l Loco si/ldentifier SON-EEB M -TI28-00/f!l I j REV O PREPARER /DATEOF/h/3 N CHECKER /DATE f IM/M d SHT 3 C/ i / / f
~. P SETPOINT AND SCALING DOCUMENT LOOP NUMBER l - g p g gf CSSC?: Yes t No LOOP FUNCTIONI See sheet 1. LOOP ACCURACY l Allowable Acceptable Acceptable Function Value As Found As Left See sheet 1. LOOP COMPONENTS Process Calibration Value Acceptable Acceptable NO. UNID No. Rance/Setooint Inout i Output As Found As Left gorg g (Nort 2) (w ow. 2) n. t - LM-O-Sl ;AE 5 4.2 ~ H2O See SL ee+ 6 2) @oh 4 t'3 4 LM-Q ~51 S4. 2 " Wd Se.e (NOTE 2.) e %-e-4 S (NOTV "I) (M T*:' ~O I4 1 - L$ -O ~3'l 6
- 79. 2. " H2.0
]c 7 COMPONINT DESCRIPTION l Original NO.i Manufacturer / Model Number Contract No. Location 89 t4N P-% 3%CA (Norg q) (1 GuRA BROWN / MP8316 V D/A CcN vcRTER I"3 W ES~'4 GHOU S E / C AO - O?- E./ T. Ccr4V E RTE R 89 NNP-M380A (NcTa 4) 14 F o x e Ogo / (o3 u - AC. - O t4 A A-F BtSTABLE bEC 40 -919 34 C4/ tLcv b99' @DITIONAL CALIBRATION REOUIREMENTS l CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: She sheet 1. i STATIC HEAD CORRECTION: See sheet 1. l TECHNICAL SPECIFICATIONS: See sheet 1. PEFERENCESl No.I BRANCH / PROJECT IDENTIFTER No.I BRANCH / PROJECT TDENTIFTER l See sheet 1. I Artochment No. 28 Sh e /3 'l 32 l Loco i/tdandfierEON ##" ME -*R AD/f l PREPARER /DATEfNV3 N CHECKER /DATE O!?'/N3 40 SHT, 4 C/O 5 REV O e I
. = - -. - - _ - -. TRANSFER FUNCTIONS i COMPONENT NO. I duTPuT (m A) = 4o m A x ( twp t-' 9 c)-srAric ticAph b f lo'mA, d Q,'imA t \\ 3 8 7 H O / ') 2 COMPONENT No. 9 ~7 ~ No !a chy:clu al frans b hec.MonrJ Co.k:beded O yde d id: cdoc, t.o g ene.J w.% COMPONENT NO. 8 ow+ pJ ( %) ( inp t [mA)- ( O ~ A g g _ g of, i O C' >< e iOmA J s Attachment No-- _D Sheet 1 f 1 COMPONENT NO.
- ) - I l Swtichove.c se.t Oc-13 0
Ceo-fouse e f bk. Fin e c l Ns W me,& wo is 2i'
- c. 6v c bas-of %k*
i 13o" - 2.c = ( O G.* */ log{2.740-7 (3 e7 *s s ? L. J).'A/7*.%/&t/// / 5 /2 J'cr" pt.TP /,u// n/7c Tir d/a m A4.- COMPONENT NO. ll-N Low da c-se+ 4e cN. 2
- A 63
, 4 g g, g;,c (
- S h ac%+
a c.c o is 14 ',, 6 v e h,3,,,4 g [q. 5 4. 2 - 2 4 = 30.2^ => 3o.2
- d j/,
i 387* T4 In,3< 7 ; wi.</a i s n p ^ tezuTw iino rii. sh,1o,,j. 'AM CHECKER /DATE C//82-/3-94 sHT F c/o b REV O PREPARER /DATEh/ f (/ / Y t
t LOOP DIAGRAM l (.LT-Wh ~ 5D W g-(un 63-fiM) ~ i ,i ltm-U-TI A6) e uce aru m u.ea l (,cg y,ftg-f MIAS I o .~ . rm G (S.a5u) 9@ ,2 -Q w b P'3f (zs e q m l CE-g- 3"jg,as,)'l(45uSI4 l l g 'g 'g...)
- $..f n IIIe u
.? g....i n : i I l I aut3 arttac INft l Lfue u.9L3OI l 7 l 4=1 (' M I l Ll-O-5l l E","..*.*..*........^Looo #idennfie/Q EEBI'T " "* * ' N
- 8-o 1
i ILS/ 1 Al6 R3G .;1 s 518) . CONTROL i REV O PREPARER /DATE O//6 J'/3-f6 CHECKER /DATE('IN/b/49() SHT lo C/C 7.. / f
l COMMENTS AND NOTES 1. Encompassed by the indication's value. 2. For specifics see the references and the Eagle 21 Technical Manual. 3. See transfer function sheet for value. 4. Components 2 through 7 are part of the Eagle 21 RPS System located in the auxiliary instrument room at elevation 685' and coordinate panol C-1. 5. The pressure is applied to the high pressure port of the transmitter. 6. The transmitter is calibrated separately from the other loop components. 7. Output is energized on decreasing signal for auto switchover and de-energized on decreasing signal to alarm. Most stringent AV valt:"; for PAM and shall be used only if these 8. j values are more stringent than values for Westinghouse trip strings. s 9. AV value for switchover is .Od$EmTechSpecsandappliesonlyto the Eagle 21 equipment (transmitter not included). Refer to i references 2 and 3 for calculated AV valuos, The AV values aro '. 91%.[@{pp.- +U.59t, M_; _ j.' /Anc t 3. ihj ~ 4.7 % s Attachment No - 28EE N. k @16 op g c
- t. coo d/ldentifier oofg REV Q PREPARER /DATE O/dMi
- 31) CHECKER /DATE D#1[2-/3f)O SHT
'7 C/OT_I.tikt, REV I PREPARER /DATPMM N A/I U '10 CHECKER /DATEYC/h y.<7.pv SHT 7 C/OFINAL I
f(AM NUCLEAD ENGINEERING SECUCY H ENGIN~~E.qG =gggt SEQUOYAH ENGINEERING PROJECT SC - 0, REVISIcs PROJECT MANUAL TVA TENNESSEE TENNESSEE VALLEY AUTHORITY ' re-
- gg11, m m m - oc - n.
E~uw ~o 5 i e i SEQUOYAH NUCLEAR PLANT s S 3 0..\\.. AND SC A _.. N G. JOC _ V s FOR INSTRUMENT LOOP NO. I - LT - n - 5 2 1 a I ?. .,, -.,, ~.. u ss.,, n, m 3 % #ldentifiep0N-EEB,'tS -TI28-00/5-Y k g REVISION RO RI .R G [ "' #$ k((' M- (( $6 DATEa /$-fp g -y,cc 1.z y,cp 3.,.o.ye a 5 PREPARED []m,Aflb, .1,,,4 d2 )[I~)l > N $,/jY u j VERIFIED / [fs,q,,f///,&. /(.%l@;$'["' $fj!/g, gJ g REVIEWED (hfdjf ,%gA >< % g Mfy,4 h APPROVED hid M ///L \\X' X 4% M/ } ISSUED ), gf f, f ,X 3,
? SETPOINT AND SCALING DOCUMENT LOOP NUMBERl l-LT 52 CSSC7: Yes X No LOOP FUNCTIONIMEASURES THE LEVEL OF FLb1D IN THE REFULING WATER STORAGE TANK TO PROVIDE MCR INDICATION FOR POST ACCIDENT MONITORING; LOW LEVEL TRANSFER TO 'THE REACTOR BLDG. CONTAINMENT SUMP FOR LONGER TERM RECIRCULATION f IA-Th LEVEL A LARM. LOOP. ACCURACY l Allowable Acceptable Acceptablo Function
- Value__,
As Found As Left m.nyx-4.se 7 6 FWST LEVEL INDICATION AT 130" RWST AUTOMATIC SWITCHOVER TO RB SUMP ( *M t j.;/,I'_'*1.0 14.'4 % 2-~2.0b % $ ^ ; /. ~ Horr 9 RWST 10W LEVEL ALARM .7-N/A, T. 3 M __t 3.04 % 1 0, 78 % -/s
- M.
~ 4. 8 7.3 LOOP COMPONENTS Process Ca!.ibratnen Value Acceptable Acceptable NO. UNID No. R,grig n /Setnoint Innut OutDut As Found As teft _j 1 1-U..'- 6 3 - 52 o-38'l " H 0/NA /-3 8S " 10-50 MA 3.31 % 4 4
- 10. 5't b :
(NOTE 5)2 (NOTE $n) 4 to.20 nA_! 2 1-LM-63-52 u osfy " 'H 0 10-50 mA (NOTE 2) (NOTE 1) (NOTE 1) l 3 3 EAGLE 21 EXT. POWER SUPPLY N/A N/A 'lo V c\\ c t \\ O /* I SV l 4 1-LM-65-52AB c M'7 " H O (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) _i 2 COMPONENT DESCRIPTIONj Manuf acturer / Model Nutnber Original .NO. Contract No. Location,! ( 1 ITT BARTON/752 TRANSMITTER 68C60-91934 1 - L -M1 2 WESTINGHOUSE /EAI-01 I/E CONVERTER 89NNP-75380A NOTE 4 e 3 EAGLE 21 EXTERNAL POWER SUPPLY 8c)NNP.153pAA t4cTC 4 4 INTERCORP/ISBC88.40A A/D CONVERTER 89NNP-75380A NOTE 4 1 ? ADDITIONAL CALIBRATION REOUIREMENTSl i CALIBRATION FREQUENCY REQUIREMENTS: _ CALIBRATION CYCLE MUST NOT EXCEED 2 M, MONTHS CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS > .I 1 T' M e 5 ~nu R G E R. e u c t-j AC.c uRA<Y_ cQ PAT rtL uc F.. % coral i c u t m e N -- Metat Foq cAuth cF Tr M e itTrR._ . STATIC HEAD CORRECTION: [
- u ro / w.
nx.p. M i x TECHNICAL SPECIFICATIONw s,cc now v4 - 3.1.7.7 Acc ictwr Mom romc. SEc nom 3/a4 ~3-2.fs ( Fort Awr0 3 e iv c w cvt c\\ t EELS.5E)1CESl y Ro. BRANCH / PROJECT IDENTIFIER ,,L _ SON-EEB-MS-TI28-0002 No.I BRANCH / PROJECT IDENTIFIER 3 2 SON-EEB-MS-TI28-0025 4 ._ b etI6 ^f M_ ~ ~~~~ 3 SQN-EEB-MS-TI28-0015 4 S T - 9 8."5 Atte.chment No.__- 28 t.xo utd:nt Hep 0N-EEBM -TI28-00 /.6, A SEC NOTE 8 _J REV,_0__ PREPARER /DATEN d'S. CHECKER /DATE bl'bI3'ClO p g. !__. fi& Wex;//P/4 SHT~~i C / O._i _.. !)*HL cyreggrp)//it 4 C5m)3-9@ g r. / $c, i
i I SETPOINT AND SCALING DOCUMENT I.OOP NUMBER l gggg CSSC?: Yes No_ l L LOOP FUNCTIONI See sheet 1. { 9 i LOOP ACCURACYj Allowable Acceptable Acceptable l Function Value As Found As Le f t i See cheet 1. l { i i LOOP COMPCNENTS Process Calibratien Value Acceptable Acceptabic' RO.i UNID No. Rance/Setooint Incut i Output As Found As left I 5 1-LM-63-'32AD 0-387" H O (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) 2 6 1-LM-63-52AG 0-387" HO (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) 2 i i 7 1-LM-63-52AH 0-387" H o (NCTE 2) ' (NOTE 2) (NOTE 1) (NOTE 1) p i 8 1 - LI-6 3 - 52 0-387" HO 10-50 mA 0-100% e3.38%
- 2.0%
2 2-?9x104 COMPONENT DESCRIPTION l Orig ina.L-i No I Manufacturer / Model Nunber Contract No. Lccation,8 l5 WESTINGHOUSE / EAGLE PROCESSOR LCP 89NNP-75380A-(NOTE 4) 6 BURR BROWN /MP8316-V D/A CONVERTER 89NNP-75380A (NOTE 4) { 7 WESTINGHOUSE /EAO-02 E/I CONVERTER 89NNP-75380A (NOTE 4) ~ 8 WESTINGHOUSE /VX-252 INDICATOR 90NLC-74545B C12/1tM ELEY 73.2'0! ADDITIONAL CALIBRATION REOUIREMENT,Sl l CALIBRATION FREQUENCY REQUIREMENTS:_ See sheet 1. ~ -
- CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sheet 1.
[,2 STATIC HEAD CORRECTION: See sheet 1. TECHNICAL SPECIFICATIONS: See sheet 1. .t i R_E FE R ENCES l No. BRANCH / PROJECT IDENTIFIER No, BRANCH / PROJECT' IDENTIFIER' See sheet 1. Attachment No._ 29 - - $bett M 'f1 Loco p/lggntif:erSON-ED- %?no nnd REV O PREPARER /DATE N ' M 4 OHECKER/DATE O/dO36 @ SHT 2 C/O i g/ m i
SETPOINT AND SCALING DOCUMENT ~ LOOP NUMBERl [_ g g3_gg CSSC?: Yes s No. LOOP FUNCTIONI See Sheet 1. r LOOP ACCURACY l Allowable Acceptable l Acceptable Function Value As Found As Left See sheet 1. I I i I 4 I I i LOOP COMPONENTS Process Calibration Value Acceptable lAcceptacle. NO.I UNID No. Rance/Seteeint Ineut I Outeut As Found I As left 9 l-LS - O-52 A 130" HzC See ( O'i' Q ) (N'# E 2 ) ( N UTE U ') t,h u. t F 10 l - L M 5 2 A F 130 Ha0 geh5 (glg7g g } (N TC 2) (NOTC 2) It i - LS Gb-S2 AI 130" NeO sg[e 5 (NCTE E) } COMPONENT DESCRIPTION l Original.... NO.I Manufacturer / Model Number Centract No. Location l W ESTsNG WCuSE / F AGLE PRocCssoR Bis TABL E 8 9 hN P-7F3 &OA ( t4 cTE 4) 9 to l WCWING HouTC / D/D coNvtRTER I:N NNP -7 F3 SO A (NeTc y) li WC >TsNG uc agg / p/_o is o L ATc R, 93 Nt4 P -7F3fC A (HoTE 4) ADDITIONAL CALIBRATION REOUIREMENTSl CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sheet 1. STATIC HEAD CORRECTION: See sheet 1. TECHNICAL SPECIFICATIONS: See sheet 1. ji REFERENCES l No.I BRANCH / PROJECT IDENTIFIER INo. BRANCH / PROJECT TDENTIFIER ISee sheet 1. 1 A et a h m. nr s o. aj L w.., 2 o., u. j Loco W/!dtattfier SQN-E EB-MS -TI 2 8-00/f ' i REV O PREPARER /DATgC/M J */3 W CHECKER /DATE /t/ns /NO90 sHT 3 C/O 4 / g w. _I
j ) a SETPOINT AND SCALINC DOCUMENT LOOP NUMBER l - l-Lp(,S-y2 CSSC7: Yes_ f No LOOP FUNCTIONI See sheet 1. i LOOP ACCUP.ACYj Allowable Acceptable Acceptable Function Value As Found As Left See sheet 1. t LOOP COMPONENTS Process falibratien Value Acceptable Acceptable NO.I UNID No. Rance/Setroint .Inout Output As Found As Left WCTE N (N#TE 2) S'" *"- 2 ) t1 1 - LM -(,3 -S T AE
- 54. 2 ~ H2O See
$keet 6 t ~3 5 LM 63-52 54.2" Hd See (No'rE t) OW 2) (N oh 2.) a %eA S H l - LS F4 B
- 54. 2. " Hzo y{cg g y
( N 6"- ') (. 4 * * ' ) COMPONENT DESCRIPTION l Original Manufacturer / Model Nurber Contract No. idtcation 4 ( 7. GuRR BRcwN/ MP83:c. v b/A c.c N vca rE A E9 NN P -% 3%$ (Norg q) 13 w e.sw r.sou s e./ C AO - o? e./ I cer4vearcA B9 NNP-MBOA (NcTe. 4) 19 Fo xe OR o / (o3 U - AC - O t4 A A-F BtSTASt E GEC40 919 34 C4/ tlc v LO W l ADDITIONAL CALIBRATION REOUIREMENTSl l CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sheet 1. STATIC HEAD CORRECTION: See sheet 1. TECHNICAL SPECIFICATIONS: See sheet 1. REFERENCES l l No I BRANCH / PROJECT IDENTIFIER lNo I BRANCH / PROJECT IDENTIFIER !See sheet 1. I I Attachment No. 28 Sh m 2' 'f2 i % gjgegng;,rsn!1 ern.Xc.tv'o.nn/f I ( ( h hk S O 5 i t e a. e i e m
TRANSFER TUNCTIONS COMPONENT NO. I curPgv (m A) = 4o m A < [( twp.e' 9 sc).57Aric H u.D] + lO'mA. t c,2,n A 'b 8 7 M o / ) 1 COMPONENT NO. 7 ~7 No tad'vidual ha"5 b b"<E6"fI C* "O' 3' w:4 ind:tc.+or, tog on e J n u. 9 COMPONENT NO. 8 ow+ ps (%) e ioo'x ( ing + / % A)- t O ~ A g, g o4 io~A J Attachment No-- _28 - Sheet M i S2 COMPONENT NO. b Il Sw :kL v u-s e.+ b 130' Cc o.- buse o 4 %k. A c in s A,e+ u.c o is 29' c6n bc-4' % k. 13 o* - 2c = t o c * * / lo G l 27.e/ % ~' O s*1 "> 7.a jurw s it. vet a /c AW w.Ts c /c s) m ic. is< dQ maa ts.- COMPONENT NO. Il-N Lom Jac% se+ Oc 5 't. 2 ' hm 63 e t h k.. h t 'I in s % e,.+ z.w o is 14, & ve ha 3,, oE ilv: 54.2'- 2 4 ' = 3 0.2^=='>- 30.2' 77 7.8 a 387* ru. ?,w.,+ sW,ca is n'a zonau,, v,2 7e myoicoue PREPARER /DATEC/Y 7"A514 CHECKER /DATE Cf///[2'B'90SHT F C/O b REV O f /
i j LOOP DZAGRAM i T-D - Fh ~ iP4 - - (t/O 63-f24A) ,i < lLM -U ~52 00] uce u.au -.tii (lM % ft.M-0-RAN p a w aggt (fvt, i is.0 uA) y N'.WJ'.AJ @A i 48 63 4 m3 (is a 52 U Dk \\' / " 'l(pst) l(45 2194.. l N-"- " it i VA 'VA l 'g...l @u 'F"u l 'a bW....;
- YJ....i i
l u : as : l l i. C l 9 I I
- I LL=E.Ez i
i u i L5 M I j t {-4 3-5 2, i j e> .,.Ja. ur An .n, so. 2e O......: t ate l - Bg-Laos #1dentifier -00 6 l> t se a tw i I n. .#s-asu) . CONTAOL REV O PREPARER /DATEN/
- -AT'If OHECKER/DATE
//' // / F'h ' SHT G C / O._'7_., __ f'
COMME!1TS AllD 110TES 1. Encompassed by the indication's value. 2. For specifica soo the references and the Eagle 21 Technical Manual. 3. See transfer function sheet for value. 4. Components 2 through 7 are part of the Eagle 21 RPS System located in the auxiliary instrument room at elevation 685' and coordinate l panel C-1. 5. The pressure is applied to the high pressure port of the transmitter. 6. The transmitter is calibrated separately from the other loop components. 7. Output is energized on decreasing signal for auto switchover and de-onorgized on decreasing signal to alarm. 8. Most stringent AV values for PAM and shall be used only if these values are more stringent than values for Westinghouse trip strings, e7 Rwo 9. AV value for switchover is 4TO3from Tech Specs and applies only to the Eaglo 21 equipment (transmitter not included). Refer to referencon 2 and 3 for calculated AV values, The AV values are A13.59*, - A. 61 b 3 p,ge ,1 *3 0 0 '}, - 41. 'I h l I i l l Artxhment No._ 28 ek d4 1 3 S *El 00/5 Lboo i/Identsfier I i
- l REV _0.L. PREPARER /DATE O/Y OM/ CHECKER /DATE DN[2 /3W#
SHT ~7 C/OT.11!3J.l REV I PREPARER /DATP[/O' 've N-/JI7CCl!ECKER/DATB h /W S.y:'fo SHT 7 C/oF_HIAI ! I
4AO NUCLEAR ENGINEERING SEOUOYAH ENGIt' xlNG PRCyge SEOVOYAH ENGINEERING PROJECT -50. REVISION k, PROJECT MANUAL t TVA TENNESSEE TENNESSEE VALLEY AUTHORITY ESgITv-IV252* ' '" re ocri o ric n<a 1,4r y t 4 SEQUOYAH NUCLEAR PLANT s T.o S E" 30:: \\ ~ AND SC A _.:: NbJOCUVEs-FOR INSTRUMENT LOOP NO. 9 l - LT - (.o3 - 53 i, 5 i 3 5 Artschment No. 28 $heet 79 f2 3 % p/ldtetiflep0N-EEB4tS -TI28-0015" iI g REVISION R0 RI Re t'I" 'dil327 -Re i$ dyb y D A TE.2-/3 -fD > 3 -9 9o 3 Zi-4o 3 3c' ?o '),/pg), g,gfgg Jg7,b @(( Q$;g/ h PREPARED VERIFIED l()&&ff);ff-Of&f j'f;f'y,'Q QQ f REVIEWED ((g_dkj ggpf%g ' ).,4f,/fg f APPROVED g j d [ jfm _X N{ ~ e,gg p y s e ce,,em v w-
1 SETPOINT AND SCALING DOCUMENT 140P NUMBER l1-LT-63-53 CSSC7: Yes X No_ IMOP FUNCTIONlMEASURES THE LEVEL OF FLUID IN THE REFULING WATER STOR AGE TANK TO PROVIDE MCR INDICATION FOR POST ACCIDENT MONITORINGt LOW LEVEL TRANSFER TO THE REACTOR BLI)3. CONTAINMENT SUMP FOR IDNGER TERM EfgIRCUIATION f T4-14 LEVEL AIARM. 1 POP. ACGTRACYl Allowable Acceptable Acceptable Function Value As Found As Le f t q fib 4 ^, ^4 4 RWST LEVEL INDICATION AT 130" RWST AUTOMATIC SWITCHOVER TO RB SUMR 10.4.-4.sgT J/2 2
- 4.64 */.
T 2.ob % HoTE 9 - r 7. RWST TOW LEVEL AIARM 'i.7 ' WA' c T. 0M. _ t 3. 01 v. ! 0,78 % 07-4. '- 4 9 7J ~ _ TAOP COMPONENTS Process Calibrat:lon Value Acceptable Acceptable NO. UNID No. Rance/Setnoint InDut Outnut As Found As i. eft 1 1-LT-63-53 ! O-387" H 0/NA /-3 8S " 10-50 MA 3.38'4 4 4 10.5% p (NOTE Si (NOTE 69,) A 0.20 mA 2 1-LM-63-57 AA o 3.57" 'H O 10-50 mA (NOTE 2) (NOTE 1) (NOTE 1) 2 3 EAGLE 21 EXT. POWER SUPPLY gM gajg goy de, g g g */', y 3y 4 1-LM-65-53AB s-367 a 11 0 ' (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) 2 COMPONENT DESCRIPTION l Manuf acturer / Model Number Original NO. 1 ITT BARTON/752 TRANSMITTER Contract No.__
- Locat100, 68C60-91934 1 - L-WI L 2 WESTINGHOUSE /EAI-01 I/E CONVERTER 89NNP-75380A NOTE 4 3
EAGLE 21 EXTERNAL POWER SUPPLY 8ejggp.g53P.!oA HCTC 4 INTERCORP/ISBC88-4 0A A/D CONVERTER 4 89NNP-75380A NOTE 4 ADDITIONAL CALIBRATION REOUIREMENTS_ l CALIBRATION FREQUENCY REQUIREMENTS:. CALIBRAT
- MONTHS t
i. CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS > 1 1 AtcunAc't op P,c r ren. 16E. 7 M es m a R o c R e e c. ~ o ssirAt eteen-ttcwrt ron cAun, oF mMeh,_ g. STATIC HEAD CORRECTION: l
- pro / x-ro -P.
41 n 4-A i ' TECHNICAL SPECIFICATION!w sec now vs - 11,.3.7 Au. ec.wr som roniw c. ~~] SEc n oM 3/4 3-2Ts ( FofL Awr0 3c i r c uwtc\\ REFERENCES l i No. DRANCH/ PROJECT TDENTIFIER l i No. BRANCH / PROJECT IDENTIFIER i 1 SON-ECB-MS-TI28-0002 2 Ji.O N-EE B-MS -TI 2 8 -002 5 i 3 SON-EEB-MS-TI28-0015 i 4 S T - 905 Artof.hment No.- 28 Sheet 2l# *f D ~~ { 4 Sr4 NOTT 8 uoo g/le:nnnep0N-EEB MS -TI28-00/5 l i REV,_Q,, PREPARER /DATE 'AN. CHECKER /DATE heb/3-9d i.y'. L I'k /<'*'tAlO n } & $ 5 ' G
- V C # " l C W l3['l'N SHT 1
C/ O _.J._. 9*T - Sb - ?=- \\ m
I SETPOINT AND SCALING DOCUMENT LOOP NUMBER l l - LT-O -53 CSSC7: Yes A No _ LOOP FUNCTIONI See sheet 1. 9 LOOP ACCURACY l Allowable Acceptable Acceptablo Function value As Found As Left See sheet 1. LOOP COMPONENTS I Process Calibrat: on Value Acceptable Acceptable DO. UNID No. Pance/Seteoint Incut Outout As Found As Left 5 1-LM-6 3-53 AD 0-387" H 0 (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) p 6 1-LM-6 3-53 AG 0-387" HO (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) 2 7 1-LM-63-53AH 0-387" HO (NOTE 2) (NOTE 2) (NOTE 1) (NOTE 1) 2 8 1-LI-63-53 0-387" H O 10-50 mA 0-100% g 23.38% 22.0% 2 2-38x:.0 COMPNIENT DESCRIPTION l t. Original !!O. Manufacturer / Model Ntmber Contract No.
- Location, 5
WESTINGHOUSE / EAGLE PROCESSOR LCP 89NNP-75380A (NOTE 4) 6 BURR BROWN /MP8316-V D/A CONVERTER 89NNP-75380A (NOTE 4) 7 WESTINGHOUSE /EAO-02 E/I CONVERTER 89NNP-75380A (NOTE 4) ~ 8 WESTINGHOUSE /VX-252 INDICATOR 90NLC-74545B C12/1!4 E LEY T U,,'_Q ADDITIONAL CALIBRATION REOUIREMENTSl CALIBRATION FREQUENCY REQUIREMENTS:_See sheet 1. CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: Sfee sheet 1. STATIC HEAD CORRECTION: See sheet 1. TECHNICAL SPECIFICATIONS: See sheet 1. 22 BJFER ENCES l ~ No. BRANCH / PROJECT IDENTIFIER No. BRANCH / PROJECT IDENTIFIER See sheet 1. ~ Attachment No.- 20 Sheet M 'fA Loco e/ldtnnfter ON-EEP-Mma nn/S S M.M REV,_Q__ PREPARER /DATh0 7 V y f.
SETPOINT AND SCALING DoctHENT LOOP NtMBERl CSSC7: Yes Y No { - L t"- -3 [OOP FUNCTIONI See sheet 1. LOOP ACCUP.ACYl Allowable Acceptable Acceptable Function Value As Found As Left l See sheet 1. .t LOOP COMPONENTS Process Calibration Value Acceptable Acceptable Outeut As Found As left NO. UNID No. PMnce/Seteeint Incut 13 c" Hao fee (serg7) (Nore 2) M o n P.) 0 l-LS - 0 53 A l shut F lo I-LM-63 D AF i30' Hzo gee 5 U E),(4 rc ?) (Nort ) Il 6 - Ls O* 5'S AI I30" Neo yger 5 Q4 ort q l (a Tc Q (nnc y e COMPotlENT DESCRIPTION l . Orig 2.nal... No,i Manufacturer / Model Nueber Contreet No. Locatica,,,, 9 W C 5 tin G HeusE / c. AG LE PRocC%QR B t STABL E 89 NN P-7!T3 &cA ( t4 eTE () to WC57tNG HoufC / D/b Cot 4 VE RTE R 89NNE*7F360A (McTC y) li WC 5 TING HcuSE / D/o isolator @ Ht4 P -75'5EC A (NOTE 4) ADDITIONAL CALIBRATION REOUIREMENTSl CALIBRATION FREQUENCY REQUIREMENTS: See sheet 1. 1 t CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sheet 1. STATIC HEAD CORRECTION: See sheet 1. l TECHNICAL SPECIFICATIONS: See sheet 1. REFERENCES l No. BRANCH / PROJECT IDENTIFIER No. BRANCH / PROJECT IDENTIFIER See sheet 1. Attat.hment No._ D Shee' 7 9'I D ~ j SON-EEB MS-TI2 8-OO/f i Loco i/ identifier j l REV O PREPARER /DATT / U' CHECKER /DATE 0/MdW90 _ SHT 3 C/O 'I //
i l SETPOINT AND SCALING DOCUMENT ~ LOOP NUMBER l l - L.t.,y,y yj j CSSC7 Yes x No LOOP FUNCTIONI See sheet 1. LOOP ACCURACY l Allowable Acceptable Acceptable Function Value As Found 1.s Left See sheet 1. l LOOP COMPONENTS Procesc Calibrat:.on Value Acceptable Acceptable NO I UNID No. Rance/SetDoint Incut Output As Found As Left (ta erE 7.) (nom 2) 6 an 2) t't I - t.M - G'3, 53(AE
- 94. 2 ~ Hao 5e*
Sleet 6 0 4 LM 6d53 54.2" Hd See (no.rc t.) w o n 2) (uon 7.) a %,.e4 S g 7j @*M ') (,. 4 ** 9 (4 1 - LS 93 S 'P4. 4 " HzO c 1 COMPONENT DESCRIPTION l Original NO. Manufacturer / Model Nunber contract No. Location 03 NN E 'U NM (NOTE 9) 47. GuRR BRcw N/ MP83lc, V D/A CON vCRTf t' I3 wtLimcwouse / CAO - ot t./ I cer4v e nTca, B9 NNP-WBOA (ucTc 4) 19 F o s e> O n e / G3 u - Ac. - O t4 A A-F B t STam.c Mc t.o -919 34 <.9/ tt.cv Les' l l ADDITIONAL CALIBRATION REOUIREMENTSl l CALIBRATION FREQUENCY P3QUIREMENTS: See sheet 1. s CALIBRATION EQUIPMENT ACCURACY REQUIREMENTS: See sneet 1. STATIC HEAD CORRECTION: See sheet 1. TECHNICAL SPECIFICATIONS: See sheet 1. REFERENCES l No. BPJsNCH/ PROJECT IDENTIFIER No,l BRANCH / PROJECT IDENTIFIER See sheet 1. Attachment No. 2 8 Sheet E t M L.soo i/ldennfiHE 0'I "' MS 'T ' * ^MI REV O PREPARER /DATE /W V3 f4' CHECKER /DATE O'N2 l3 D SHT, 4 C/O 5 ~ r.
1 TRANSFER FUNCTIONS } COMPONENT NO. I curPaT (m A) = 40 m A x [( twp e'9sc)-57Aric acte f lo'mA d Q,2 m A 'b87 "H 0 l 1 COMPONENT No. M7 No
- mckw:cLual h a., s -fer ba cck oo r ; to.libenhd O ') M w:+4 td: t choc, t.og o, e ef-w.
9 COMPONENT No. 8 ow+ pJ ( %) t o o x ( in p.+ ( m A) - t o - A g g,g g = go,4 j Attuhment No-Mm $bmDfd COMPO!!^NT NO. 9" Il Sw :4ch o v er s eA-for-l'30' Oco-buse of b k. bec h sfr<me,+ z.e o is 29* c,. bw-e. bas = o ( -f 4.ek t 13 o' - 2f = I O C. * + / lo G Z-f.4% U sn '> yn ryswr sygaat. ava sc zuccreo wrs M. 4p,wesu/c COMPONENT No. 12-N Low dac% Se+ Mc M2 ' fcom 6 3e of b k. bcs. 6s %,,+ acco 's li', & ve ba s e,, of b l4 : M 2 ' - 2 4 = 3 o '2 "=='> 3o.2 "l 7.6% 363*J y u rx r.ir s x a t avd4c wictw.rero roc %r.wWe REV_p_ PREPARER /DATEhh 'Mi'? CHECKER / DATES [M[2'O'90 SHT 7 C/O b // / r b
LOOP DIAGRAM 6.r-!,3 - E 0 s y ~ i$ 44 (un 63-D4A) ns i* r (LM-U-D AC) i L.CP LE.J m.meL t.eis (g&m74F/-D-SWJ .~ =r toe. L S-09A) h p 9 Q w EN i d u.63 >5 N f rre as (is a 53M l (M* *"J?
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na j A3 ! g j -t $i ... L. i '%#7,o J L.- u-o-S F Attachmeet No - Sheet 9 + Y 5QN-EEB 4 -YITIf g....... .l....... 414 g pgggg 00/ l w 416 seg .$s-63-su) Leto u.uu . CONTROL _ Rtv p_. enEPARER/DATE O/Y/#-/.3 f4 CHECKER /DATE O/#2/P /F&O SHT ($ C/O 7 (/ / e i .1
COMMENTS AND NOTES 1. Encompassed by the indication's value, l 2. For specifics soo the references and the Eaglo 21 Technical Manual. 3. See tran'sfer function sheet for value. 4. Components 2 through 7 are part of the Eagle 21 RPS System located in the auxiliary instrument room at elevation 685' and coordinate panel C-1. 5. The pressure is applied to the high pressure port of the transmitter. 6. The transmitter is calibrated separately from the other loop components. 7. Output is energized on decreasing signal for auto switchover and de-energized on decreasing signal to alarm. 8. Most stringent AV valuos for PAM and shall be used only if those values are more stringent than values for Westinghouse trip strings. = 7 (5 09@ 9. AV value for switchover is 4r0F from Tech Specs and applies only to the Eaglo 21 equipment (transmitter not included). Refer to roforences 2 and 3 for calculated AV valuos, The AV values aro +1-3r&Gt, 4 <9-14. 41346),-4.17e,3'7p,pp s Attachment No-- 28 J2 3 Leog p/tdgntifierM'd O REV 9_. PREPARER /DATE O/Y U3Td CHECKER /DATE C#7/243WO SHT 7 C/OE_ LUM. REV _L. PREPARER /DATdM uN7 WO CHECKER /DATEI'N*,$ 27-h-SHT 7 C/OFINAT I
P .. (.w. me-o w -TENNESSEE VALLEY AUTHORITY ^ SN 157B Lookout Place s TVA-SQN-TS-89-26 10 CFR 50.90 U.S. Nuclear Regulatory Commission ATIN: Document Control Desk Washington, D.C. 20555 Centlement
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.1ii*a...k}.1'i. . m. In Tttie' Mitt'tTr'of ~~~ )~ Docket Nos. 50-327 ~~~ Tennessee Valley Authority ) 50.328 ~ SEQUOYAH NUCLEAR PLANT (SQN) - TECENICAL SPECIFICATION (TS) CHANGE 89. BORON. INJECTION TANK DEACTIVATION In accordance with 10 CFR 50.90, we a're enclosing a requested ame ment to licenses DPR-77 and DPR-79 to change the 'JSs of SQN Units 1 and. the proposed change reficcts the effects of the boron injection tar; eactivation. The proposed TS change is identified in Enclosure 1. The justification for the proposed TS change is provided in Enclosure 2. A proposed determination of no significant-hazards consideration performed pursuant to 10 CFR 50.92 is provided in Enclosure 3. This TS change is being requested for impicmentatio during the Unit 1 Cycle 4 and Unit 2 Cycle 4 refueling outages. To support the schedule, we request the approved Unit 1 amendment between April 1, and May 15, 1990. The approved Unit 2 amendment is expected to be required between October 15, and December 1, 1990. Picase direct questions concerning this issue to K. S. Whitaker at (615) 843-7748. Very truly yours, TENNESSEE VALLEY AUTHORITY 4 f i Manager, Nuclear Licensing i and Regulatorf Affairn 'C Sworn to and subscribed before me this day of 1989 .Tf .j 4' -.p Notary Public My Commission Expires ~ ~ " ~ Attochment No. d,, $best / mf / _ t J Enclosures loco f/identifiep0N-EEBMS -TI28-00/{ ect See page 2 j h .}}