ST-HL-AE-2967, Rev 1 to Dept Procedure 1PSP10-RC-0002, Core Exit Thermocouple Detector Cross Calibr
| ML20248K349 | |
| Person / Time | |
|---|---|
| Site: | South Texas  |
| Issue date: | 04/03/1989 |
| From: | Mcburnett M HOUSTON LIGHTING & POWER CO. |
| To: | NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM) |
| References | |
| 1PSP10-RC-0002, 1PSP10-RC-2, ST-HL-AE-2967, NUDOCS 8904170303 | |
| Download: ML20248K349 (231) | |
Text
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SOUTE TEEAS PROJECT g E!2CTRIC GENERATING STATION
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1.0 Purnose and scope 1.1 The purpose of this procedure is to determine the isothermal correction for each Core Exit Thermocouple (CET) and tastallation correction for each RCS Resistance Temperature Detector (RTL) [ j asing cross - onlibration data. L 1.1.1 The isothermal correctica determination for each CET partially satisfies requirements of Technical l Specifications 4.3.3.6 Table 4.5-7 Zastrument 15 and l 4.3.3.5.1 Table 4.5-6 Instrument 10.
1.1. ~c The installation correctica determinatica for esIch Barrow *'
p Range (NI) RCS RTD partially satisfies the requiressats of Technical specifications 4.3.1.1 Table 4.3-1 '
Functional Unit 8 and 9 and 4.3.2.1 Table 4.5-2 Functional Unit 5.f and 9b. a l# 1.1.3 The isothermal correction for each Wide Range (WR) RTD partially satisfies the requirements of Technical j specifications 4.3.3.5.1, table 4.5-6 Instrument sa and Sb, 4.3.3.6 Table 4.5-7 Zastrument 2 and 3 and 4.4.9 3.1.b.
l 1.2 This procedure is written to be performed sequentially and in its lt entirety, however specific temperature plateens may be performed at the discretion of the Test Coordinator.
lfi j 2.0 Test ar11mment 9
f 2.1 One precision RTD Bimulator, accurate to at least i .05% of setting. ,
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8904170303 890403 i .PDR ADOCK0500g8 P -
f Core Erit Thermoconole/Reaiatance 1 PSP 10-RC-0002 4 Immoerature Detectar cross Calibrating Rev. 1 f ,
page 2 of 99 2.2 One Fluke 22803 Data Imager with one ETD scanner / connector card
. (Data imager 2)
L 2.3 cae Flake 2280s Data Legger with one Voltage scanner / connector card (Data Imager 1) 3.0 Precantinas 3.1 It is preferable to have all MSIV's open to equalise steam pressures through the steam header. In the e~ent one or more MSIV's osanot be spea, the Test coordinator will determine whether alternate techniques should be ased to assure equal steam
- pressure (closing all usIV's and opening all EsIV bypass lines).
It is also acceptable to have the MSIV's and usIV bypass lines e
closed if S/G PotYs oma be iully opened.
j 3.2 precautions for Establishing Temperature Plateau data j acquisiticas j 3.2.1 By adjusting steam generator feeding rates equall'ae all steam generator unter levels slightly above the norsel- ,
i operating value. All steam generator feedwater should ;
manually isolated prior to data acquisition.
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I Approxiantely 30 minutes is required to warm and
'3 mix cold unter added to a steam generator. -
3.2.2 Steaming rates should be approximately equal la aL1 staam
['
generators, as indicated by a uniform decrease in' steam g
generator unter levels while measurements are being takaa.
l 3.2.3 There should be to changes in steam attractice while measurements are being taken. A slew steady drift ta RCS temperature will occur and is acceptable.
3.3 Temperature plateau data sets abould be evaluated for acceptability prior to ocatinuing to the mort temperature level, f to determine if a repeat ran is warranted.
3.4 The Cold Overpressure Mitigatica system (COES) aball be la f service when la 300Es 4 and 5 per Tec cal spe iftontion 3.4.9.3. When taking data at the 250 and 330 temperature plateaus, do not place the wide range (WR) T NOT and T COLD RTDs la Test at the same time.
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+ Core Exit Thermoemmla/tapistance 1 PSP 10-RC-0002 b Tamoeratura hatectar creas catihration Rev. 1
$ Page 3 of 99 3.5 Data Imgger stability and precision is important; accuracy is not, so critical. precision to 2 deciaal places (for example, 423.54
.h ,
'! obns) is requireds , 3 decimal places is unnecessary. Data Legger i 4- drift abould not esosed 1 0.02 ohes during the' measurement (as
[ rhocked by reading a doende has during each series of RTD measurements). Stace differences in RTD resistances are crucial, Easta Eagger accuracy will act affect the RTD cross-calibration itself. (If all resistamos readings are 0 1 ches (or 0 25%)
high, the results will act he affected at all with respect to the E
RTDaligament/ calibration. That erres would, however, introduce
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a an error of 0.25 F into the CgT onlabratica to the RTD's).
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3.6 When a stable ocedittom emists (i.g., the RCS temperature changes
! by no more than approsMatoly 1.0 7 la 10 minutes with no change l
in steam extraction), thg RCS tegperaturg will deviage fraa
, desired plateaus of 250 F.g30 F, 450 F, and 567 F by some . . , _ ,
amount.' Deviations of 1 20 F are acceptable. Temperatures
- outside this range should be evaluated by tre Test Coordinator determine if correction is needed.
There should be ao changes is steam estractica While measures =e -
A 3.7 ,
i are being taken. AslowsteadydriftinRCStemperaturegill Q "
i occur and is acceptable. Temperature drif ts less thms 6 F per' hour should be achievable and should not affect the accuracy of - - _
the results.
{
3.8 RTD data should be taken quickly, with other data recorded as- !'
meerly simultaneously as possible. All data collection thould completed within one hour of reaching isothermal ocoditipas.
,j 3.9 The preferred method for rounding numbers throughout thip procedure is to always round to the'even number (e.g. round '
.{
38.455 to 38.46 but round 38.465 to 38.46). f L.
j 3.10 Do Not perform channel somas with the Data Leggers if the associated 7300 protection circuits are in NORMAL. Actuation of
-k protectico circuitry oculd occur. Chantal somas shall only be f performed as directed by the steps in this procedure.
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3.11 Ensure that the same RID simulator is used for all testing at each plateau in accordamoe with this procedure. It is preferable J to'ase the same RfD simulator for all plateaus, g
s f 3.12 If available, ese a power outlet from taside the 7300 cabinets to
'l power the m ta Iagger reedlag data from 7300.
I 3.13 To avoid potential damage to the Data Loggers, ensure tkat Data
, Eaggers are scenergized Whos lastamag or removing a card or j card connectors.
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thre talt Tpermocounle/ Resistance 1 PSP 10-RC-0002 Emmerature notector cross calibrating Rev. 1 )
Page 4 of 99
., 1 3.14 Computer tenerated forms may be used in lieu of staadard proo. dure ,orms. )
4.0 Protest Yarification 4.1 Revice the Limiting Conditions for Operation (IM) associated with Technical Specifications 3.3.1, 3.3.2, 3.3.3.5, 3.3.3.6, and i 3.4.9.3.
4.2 iSotify the Wait Supervisor that, during performance of this l procedure, the indications from the folloulag RCE RTD will be
.aareliable.
4.2.1 TE-4105, 410I, 410f, and 410E (Run 1) 4.2.2 TE-4203, 420E, 420Y, and 4205 (Run 2) ,_,
. 4.2.3 TE-4305, 430I, 430Y, aan 4302 (tua 3) !
4.2.4 TE-4403, 440E, 440Y, and 4402 (tua 4)
- 4.2.5 TE-451, 452, 453, 454, TE-461, 462, 463, 464 TE-471, 47 473 and TE-474 (tua 1, 2, 3, and 4) 4.2.6 TE-413, 423, 433, 443 (tun 2)
TE-414, 424, 434, 444 (tun 3) 450 and 567'r plateau only I
4.2.7 4.2.8 SE-414, 424, 434, 444 (tua 3) 250*F 'and 330 F -
.F 5.0 Prerecruim1 tes
- 5.1 The plant is in ,1f,0CE 3 or 4 and within 10'F of either the 250. I 330, 450 or 567 F plateau. k i 4
I 52 The folloeing surveillance have been performed within the last 18 months.
5.2.1 2 PSP 05-RC-0410 Delta T and T Average Esop 1 Set 1 i' Calibration (T-0410)
A 5.2.2 2 PSP 05-RC-0420 Delta T and T Average Imop 2 Set 2 Calibratica (T-0420)
- 5.2.3 1 PSP 05-RC-0430 Delta T and T Average Iacy 3 Set 3 Calibratice (T-0430)
{-
5.2.4 1 PEP 05-RC-0440 Delta T and T Average Loop 4 set 4 Calibration (T-0440) r
)
4
cora Exit Therinocceanle/RasistanER 1 PSP 10-RC-0002 Temperature Detector cross calibration 3:v. 1
- Page 5 of 99 5.2.5 1 PSP 05-RC-0403 BCS CONS T EDT Set 2 Calibration (P-0403, T-0413. T-0423, T-0433 T-0443) 5.2.6 1 PSP 05-RC-0404 BCS CONS T COLD Set 3 Calibration (P-0404, t T-0414. T-0424. T-0434 T-0444)
, 5.4 Verify the Residual Beat Removal Pumps have been secured.
(Applicable to only the R50 and SSOF plateaus.)
Ch 5.5 Verify all Reactor Coolaat Pusps are operating.
[ dh 5.6 Ensure the Plant Computer is trending the computer points )
identified in addendus 1 at a two minute time interval. j J
'h5.7 Communications have been established betsoen the ' control b areas where testing is being oceducted,
==d I C;O 5.8 Verify Chemical Analysis has been contacted to deter 1mine it SG blowdown osa be isolated.
.9 Ensure the Data imggers have been programmed to read the ,ETD's in .)
.the sequence outlined in steps 6.5 or 6.6.
5.10 Ensure the QDPS RTD's excitation current for the current ;
temperature plateau has been determined per Addendus 3. q g5.11 Ensure the test cables and RID simulator have been connectac to y '
the appropriate Data logger test connection locations as . listed on (-9) and (-11) 6.0 Procedure ;
h.1 Verify the prerequisites are. satisfied for the current temperature plateau and sign on (-2), obtain the Shift Supervisor's signature on (-2) granting permissica to begin this' test at the current temperature plateau.
6.2 Ensure the switches listed in (-6) are'in the RCESAL position.
Independent Verification is required.
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-[ Care Exit Thermocouple /Resistanep 1 PSF 10-CC-0002 I
f, thanarature Detector cross Ca?ihratina .Rev. 1 e Page 6 of 99
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6.3 Plant Stab 111satica I;; <
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1,, E925 1 SG blowdown may be returned to service as determined by the Test Director to prevent high SG 1evels due to heatup swell.
,. 6. 3.1- Isolate blowdown from all SG's in accordance with:
- 2PCP02-52-0001, (Steam Generator Slowdown System i operation).
.3.2 Increase all steam generator water levels to greater than - .
705, but no greater than 75% and them equalize ale the S/G 1evels.
592E The purpose of step 6.3.3 is to minimise the temperature effects of charging and pressurizer
- l. out flow. This would best be accomplished by g limiting charging to seal injection only with charging in, manual and operating pressurizer 1 pressure la manual with minimum heaters. .
.?.
4 6.3.5 Minimize charging / letdown and pressurizer heaters'to the
- lowest level needed to maintain proper inventory med ;
} pressure. ;
i 6.3.4 Adjust the steam dumps to the ocedenser in manual control f .
or the SG p0EYs in MANUAL control to gradually slow the ,
- heatap and maintain equal steam flow from all S/G's.
6.3.5 Verify that the rate og RCS temperature change is less k than approximately 1.0 F in 10 miantes as indicated on
- ODPS, ERFD&DS, or CP018 wide range RCS temperature recorders.
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Core Exit Theraneensle/ Resistance 1 PSP 10-RC-0002 Thaneraturg Mtector cross Calibration Rev. 1 Page 7 of 99 k'
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Temperature deviaticas withia 20*F of the plateaustemperatureareacgeptable.
Temperature deviations > 20 F should be evaluated by the Test Coordinator to determine if corrections are needed.
6.3.6 Cr?1get data ig accordasco with eitbeg doction 6.4 F and 3307 plateau) or 6.5 (450 F and 95p'Friateau).
M Sfhon all data collectica is complete, t /W.1'aue with step 6.7.
6.4 Data Acquisition at the 250*F and 330'F Flateaus.
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=
Do Not perform chamael scans with the Data e
. g )
e Imagers if the 7800 protection circuits are e , ,
- in 30tMAL. Actuation of protection a l
(- e circuitry could occur. Channel somas shall
- g) e only be performed as directed by the steps a '
e in this procedure.
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6.4.1 Ensure the Data Loggers are cosaected to the RTD s terminations, listed on (~9). Obtain Independent .
Verificatica on (~9). '
6.4.2 Secure feedenter to all S/Gs when S/G 1evels are equalised.
6.4.3 VerifythattherateogRCStemperaturechangeisless than approximately 1.0 F in 10 miantes as indicated on QDFS, EEFD&DS, or CF018 wide range BCS temperature recorders.
h g steps 6.4.4 through 6.4.6 may be performed ooocurrently.
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-4 m p %= m .e . + -- ** + -
Core Exit Thermoconnie/teaia+ance APSP10-RC-0002 T- - rature notector cross calibration Rev. 1 Page 8 of 99 6.4.4 Record the tattial SG pressures on (-3) as indicated on ODPS or ERFD&DS.
l 6.4.5 Record the temperatc2e of each CET on (-7) from QDPS.
EDEE Do not change the RTD simulator setting during .
!- the temperature run.
> l g 6.4.6 Set the RTD simulator to the resistance value used during the excitation current mee g ,epeat. Record the
, resistance on (-12). S ._,
, i 6.4.7 to 1 Place defeat the BTP EEL TAVG switch (55-5715 on CP005)I LP 1.
I, j 6.4.8 Place the BYP SEL DT switch (55-5716 on CP005) to deica m .
LP 1. C
)'
6.4.9 Place the channel test switches to the position listed *=
Column A of (-10). Independent Yorification is requir .
(- and shall be documented on (-10). I 6.4.10 Yarify the CRANNEL TEST STATUS lights, oc all NTC cards, placed in TEST, are 05. ,
6.4.11 Scan the below listed parameters four ocasecutive times.
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6.4.11.1 Resistance of RTDS TE-4103, TE-451, TE-432 -
TE-453, TE-454. TE-461, TE-462. TE-463 TE-464, TE-471, TE-t72, TE-473 and TE-474.
6.4.11.2 Voltage of RTDs TE-410E, TE-410T and TE-4102.
t 6.4.11.3 Resistance of the RTD simulator.
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The following steps will disable COES actuation j from W/R RTDS TE-413,25-423. T5-433 and 25-443.
Disabling one train of CONS will place the plant
[
j in Technical Specification 3.4.9.3 Action atatement a.
C
Core Exit Theraneoucle/Kemistance 1 PSP 10-RC-0002 i f -
ratura natmeter cramm M thratina Rey. 1.
Fage 9'of 99 l
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6.4.12 Flace the CONS arming switch 38-0655 (CP004) to 'the BLACE ,
- h. Position. ,
I. 6.4.13 Place the SEP SEL TAVG switch (55-5715 on CP005) to detest LP2. '
6.4.14 Plaos the STP SEL DT switch (58-5716 cm CP005) to defeat M2.
6.4.15 Comaect the Data Imagers to the ETD terminations and test
}
cards as listed on (-11) EDS 2. Obtain Zadopendent .
e Veriftentica on (-11) Rua 2. i 6.4.16 Scan the below listed parameters four consecutive times.
6.4.16.1 Resistance of RIDS TE-4208. TE-461 TE-462, _' '
TE-463 TE-464 TE-451, TE-452. TE-453. TE-454, >
TE-471, 2E-472,25-473, and TE-474.
r 6.4.16.2 Voltage of RTDs TE-4205 TE-420Y, 25-4201, )
TE-413, TE-423,25-433 and TE-443. j
. i 6.4.16.3 Resistance of the RTD Simulator.
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6.4.17 temove test leads from QDPS as listed on (-11) Esa 2. O
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Obtata Zadependent Yorification on (-11) Run 2.
l' 6.4.18 Place the C0KS arming switch -0655 (CP004) to the **8 l position.
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. Etzz u.
The following steps will disable CONS actuation j from W/R ETDs TE-414, TE-424, TE-434 and TE-444.
Disabling one train of CONS will place the plant ,
in Technical Specification 3.4.9.8 Action Statement a.
t i
6.4.19 Place the CONS arming switch 35-0656 (CP004) to the BLOM position. ,
6.4.20 Flace the BTP SEL TAVG switch (ES-5715 on CP005) to defeat 23.
t 6.4.21 Place the WTP SEL DT switch (58-5716 on CP005) to defeat i I
LP 3.
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I:: pre atit Thermoconcle/ Resistance 1 PSP 10-RC-0002 I Emmoerature Betector Cross Calibration Rev. 1 i f
e Page 10 of 99 i 6.4.22 Comaect the Data Legger to the RTD terminations and test
$ eards as listed on (-11) RUE 3. Obtain ladopendent .,
g Verificatica on ,(-11) Rua 3.
6.4.23 Sosa the below listed parameters four ocasecutive times.
l.
6.4.23.1 Resistance of RTDs 2E-4305,25-471, TE-472 and-5 TE-473,25-474. 25-451,25-452, 25-453, TE-454 TE-461,25-462, 25-443, and 25-464.
} 6.4.23.2 Voltage of RTDs TE-4301, 25-430Y. 25-4301,
^
TE-414, TE-424,25-434, and TE-444.
6.4.23.3 Resistance of the ETD simulator.
5 6.4.24 Remove test leads from QDPS as listed on (-11) Run 3. .. '
Obtain Independent Verificatiam on (-11) Rua 3.
i . 10
. 6.4.25 Place the CONS arming switch 38-0656 (CP004) to t E ARE I position. This action will remove the plaat fros'
- Technical Specification 3.4.9.3 Action a.
. C~3 6.4.26 Place the BTP EEL TAVG switch (55-5715 on CP005) to defeat LP4. '
C 6 4.27 Flace the ETF EEL DT switch (58-5716 on CP005) to defeat gj LP4. . j I
6.4.28 Scan the below listed parameters four consecutive; times. -
. .A.
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6.4.28.1 Resistance of RTDs TE-4405 and TE-474,' tE-451.'
TE-457, tT-453. TE-454, TE-461, TE-462, TE-463, 1
- I
+- TE-464. TE-471 TE-472, TE-473, and TE-474. -
2 f 6.4.28.2 Voltage et RTDs TE-4401, TE-440Y and TE-4402. j j 6.4.28.3 Resistance of the ETD Simulator.
1 i
l "'3 I steps 6.4.29 through 6.4.31 abould be performed n ocacurrently.
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) 6.4.29 Record the final SG pressures on (-8) from QDPS or EEFEADE.
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o Core EKit Thermoconole/ Resistance .IPSP10-RC-0002 l Temperature Detector Cross Calibration Rev. 1 l Page 11 of 99 l
'6.4.30 Obtain the final CET temperatures and record the data on (-7).
'6.4.31 Obtain the CET Junction box temperatures from QDPS.
Record the values on (-7).
6.4.32 Place the channel test switches to the positions listed in Column 3 (-10). Independent verification is regaired and shall be documented on (-10).
6.4.33 Remove all test leads from 7300 and QDPS as listed on
(~9). Obtain Zadopendent Verification of removal on I
(-9).
6.4.34 Verify the CEANNEL TEST STATUS lights, ca all NTC cards .
returned to NORMAL, are OFF. )
6.4.35 Place the NYP SEL TAVG switch (55-5717 ce CP005) to , j defeat NotEAL. )
6.4.36 Place the BrP EEL DT switch (E5-5716 on CP005) to defeat NoaxAL. --
6.4.37 Notify the &nift Supervisor that data collection for thi
'- plateau is complete.
6.4.38 Gather the Data Logger' printouts. Record the resistances values for Runs 1, 2, 3, and 4 in columns 1 through 4 of
(-12). Record the voltage values in columns 1 throust 4 '
of (-13). .
6.4.39 Collect the PROTEUS trend log printout for this l, temperature plateau.
6.4.40 Record the STPEGS 2.D. No. and Cal. Due Date on (-2) for all M&TE used during this plateau. D 6.4.41 Perform data reductica in accordance with step 6. .
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, l pore Exit Thermocouple / Resistance 1 PSP 10-RC-0002 l y T--- rature Detector crema hiihrati2A Rev. 1 l Page 12 of 99
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' 6.5 Data Acquisition at the 450*F and 567'F Flateaus. i j .................e... .e
. 4 3 *
- GAEI2aK
- Do Not perform channel somas with the Data *
- Imagers if tho'7300 protectica circuits are *
- in 30tMAL. Actuation of protectica
- circuitry oculd occur. Chamael scans shall .
~
- only be performed as directed by the steps a {
. La this procedure. * {
j
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/6.5.1 Easure the CONS arming switches (58-0655 and 58-0656) are ~ '- ,j
[ in the Eu2CK position (CP-OC4). .
r 7
8 / 6.5.2 Comaect the Data Imagers to the RTD terminations gaa , <
listed in (-14). Obtain independent verification sa
(-14). ,
f 6.5.3 Connect the Dsta Imagers to the RTD terminaticas as listed in (-15) tua 1. Obtain independent verifteeti O
cn (-15) Run 1. ,
I{ /6.5.4 Secure feedwater to all S/Gs when S/G 1evels are l
x j equalized. .
6.5.5 VerifythattheRateogRCStemperaturechangeisless than appreminately 1.0 F in 10 Linutes as indicai.ed en ,
QDPS, EEFD&DS or CP018 wide range RCS temperature
) recorders. A I EQIE e
k Steps 6.5.6 through 6.5.8 way be performed anneurrently.
4 ,
6.5.6 Record the temperature of each CET on (-7) from QDPS.
6.5.7 Escord the initial SG pressures on (-3) from QDPS or EEFD&DS.
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- core erit Therawsle/namia+= nee 2 PSP 10-RC-0002 T== = rature n. teeter crema eniibration Rev. 1 Page 13 of.99 52EE Do not change the RTD simulator box setting during the temperature run.
6.5.8 Set the RTD Simulator to the resistance value used during the excitation current measurement. Record the v
- resistance readings on (-12).
Place the BTP REL TAVG switch (58-5715 on CP005) to ;-
/6.5.9 defeat LP 1.
. 4 .5.10 Place the BYP SEL DT switch (58-5716 on CP005) to defeat LP 1. ,
1 f.AUTIOR ,
- The ic11oeing step places the plant in the .
. following Technical Specification Action
- O
. Statements: Table 3.5-1 Functional Unit S *
. and 9, Action 6: Table 3.5-3 .
. Functional Unit 5.f, Action 20 and . ,
. Table 3.5-3 Functional Unit 9b, Action 21. * -. .. ,
Li 76.5.11 Place the channel test switches to the position 1isted in Column A of (-16), Run 1. . Independent Yorification is required and shall be documented on (-16).
,6.5.12 Flace the channel test switches ?.o the position listed in' Column A of (-17). Independent verification is required and shall be documented on (-17).
- 1.5.13 Verify the GANNEL ' TEST STATUS lights, on all NTC cards placed in TEST, are 05..
1
-6.5.14 Scan the below listed parameters four consecutive times. l 6.5.14.1 Resistance of RTDs TE-4105, TE-451, TE-452, TE-453, TE-454. TE-461, T3-462, TE-463, TE-464, TE-471, TE-472, TE-473, and TE-474.
oN 6.5.14.2 Voltage of ETDs TE-4101, TE-410Y, ATE-4102x. Iw
$ I a 4a*/ N y=c , ,_,, .,__ ww.4 u i
6.5.14.3 Resistance of the RTD simulator.
3 Core Eri t Thermoconele/Resi stance '1 PSP 10-EC-0002 Tenoerature Detecter cross calibration Rev. 1
, Page 14 of 99 v.
6.5.15 Place the channel test switches to the positions listed
- in Column B of (-16), Run 1. Independent verification is required and shall be documented on (-16).
~
6.5.16 Verify the CHANNEL TEST STATUS lights, on all NTC cards returned to NORMAL, are OFF.
]
6.5.17 Remove test leads free 7300 and QDPS as listed on (-15)
Run 1. Obtain Independent Verification on (-15) Run 1.
6.5.18 Place the BTP SEL TAYG switch (ES-5715 on' CP005) to defeat LP 2.
6.5.19 Place the BTP SEL DT switch (HS-5716 on CP005) to defeat
- LP 2.
- ca)
CAUTION , ,
D
- The following step places the plant in the .
a following Technical Specification Action . --
- Statements: Table 3.3-1 Functional Unit 8 . d
. and 9 Action 6; Table 3.5-3 * ,
)
- FunctioLal Unit 5.f Action 20 and .
- Table 3.3-3 Functional Unit 9.b, Action 21. *
. . i 6.5.20 connect the Data Loggers to the RTD terminations and test cards as listed on (-15) EUN 2. Obtain Independent % q Verification on (-15) Run 2.
.o
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6.5.'21 Place the channel est switches to the positions listed 'b in Column A of ( ), Run 2. Independent verification is . -
required and shall be documented on (- .
6.5.22 Verify the CEANNEL TEST STATUS lights, on all NTC cards placed in TEST, are 05.
6.5.23 Scan the below listed parameters four consecutive times.
6.5.23.1 Resistance of RTDs TE-4208, TE-461. TE-462, ,
TE-463 and TE-464 TE-451, TE-452. TE-453, !
TE-454. TE-471. TE-472, TE-473, TE-474.
6.5.23.2 Voltage of RTDs TE-420I, TE-420Y, TE-420Z, ig TE-413, TE-423. TE-433,gTE-443, L414 v--Et?4 4 4 d - 4 34 m.J "'E - t i t . ' ^^d .i 6.5.23.3 Resistance of RTD simulator.
s2
.? ,
i he nri t M 7=- - - -la/Raaia6amem 1 PSP 10-RC-0002
- T- rature metee+ne creas emithration R;v. 1
~
Fage 15 of 99 A
f .5.24 6 Flaos the channel test switches to the positions listed ta colaan 3 of (-16), Run 2. Kadopendent verification is required and shall be documented on (-16).
2.
' 6 5.25 Verify the CEANNEL TEST STATUS lights, en all WTC cards f retarmed to 50EEAL, are CFF.
/ 16 . 5 . 2 6 Remove test leads from 7300 and (MIPS as listed on (-1ti) i Run 2. Obtain Independent Verificatica on (-15) Run 2.
~ A .5.27 defeatPlaos the Bf7 SEL TAVG switch (BB-5715 on CF005) to US. q
,,,,6 . 5 . 2 8 Place the BTF SEL IFF switch (55-5716 cm CP005) to defeat 23.
eeeeeeeeeee.eeeeeeeee eee ,_,
e e
- CAUTICE e e e e The following step places the plant la the
- j e following T.S. Actica Statements: Table * , i e
e 3.3-1 Functional Unit 8 and 9, Action 6; f C""3 "
I j
- Table 3.5-3 Functional Unit 5.f, j
e Actica 20; and Table 3.3-3 Functional a I
e
( e Unit 9.b, Action 21.
...e.......e...... ..... ,\
A.5.29 Comaect the Data Eaggers to the RTD terminations. ass t cards as listed on (-15) RUN 3. Obtain ladopendent ./
)
Verificatica on (-15) Run 3.
Flacethechamaeltestswitchestothepositions(11sted
/.5.30 in Column A of (-16), kun 3. Independent verification is required and aball be documented on (-16).
A.5.31 Tarify the CEANNEL TEST STATUS lights, on all NTC cards placed in TEST, are 05.
f.5.32 soma the below listed parameters four onesecutive times.
6 5.32.1 Essistance of RTDs TE-4303, TE-471, TE-472, and ,
'25-473, TE-474 TE-451, TE-452. TE-453, TE-454, I1 SE-461, TE-462, TE-463, and 2E-464.
!. 6.5.32.2 Voltage of RTDs TE-430I, WI-430Y, TE-430E TE-414. TE-424. TE-434 and TE-444.
6.5.32.3 Resistance of the RTD simulator.
C l-
enre wwit n _.,_c,c-.,1e/Easin+= nee 1FSP10-RC-0002 Tamoerature notector cross Calibration Rev. 1 Page'16 of 99
/.5.33 Flace the channel test switches to the positions listed in Column 3 (-16), kun 3. Independent verification is required and shall be documented on (-16).
g.5.34 Terify the CEANNEL TEST STATUS 11Ehts, on all'WTC cards returned to NORMAL, are OFF.
f.5.35 Remove Run 3.test leadsIndependent Obtain from 7300 and QDPS ason Verification listed
(-15)onRun (-15) 3.
e6.5.36 Place' the BTP SEL DT switch (R5-5716 on CP005) to ' defeat
- LF4.
e6.5.37 Place the BTF BEL TAVG switch (55-5715 on CF005) to defeat LP4. _
I e eee e e oe ee eee e . e .e . ..eee ,
1 e
e Q, 'l CAUTION *
)
e e j e The following step places the plant in the ,e C- 3 "
j e following T.S. Action Statements: Table e '
, j e-3.3-1 Functional Unit 8 and 9, Action 6; e l
- Table 3.5-3 Functional Unit 5.f, a
-g e Action 20; and Table 3.3-3 Fuactional *-
e Unit 9.b, Action 21. e e e a ee e e-o e ee e e eeeeee e ee e eeee. ,
3 f6.5.38 connect the Data Imggers to the RTD terminations and test cards as listed on (-15) RUN 4. Obtain Independent verification on (-15) Run 4.
6 Place the channel test switches to the positions listed f .5.39 in Column A of (-16), Run 4. Independent verification is required and shall be documented on (-16). O- -
j 6.5.40 Verify the CEANNEL TEST STATUS liEhts, on all NTC cards placed in TEST, are 05.
6.5.41 Scan the below listed parameters four onesecutive times.
6.6.41.1 Resistance of RTDs TE-4405 TE-451, TE-452, TE-453. TE-454, TE-461, TE-462. TE-463, TE-464 TE-471, TE-472, TE-472, TE-473, and TE-474 i ed A 6.6.41.2 Voltage of RTDs TE-440I, TE-440Y,8TE-4402,
- u. ,4 , n !?* 'NA*4?"' N g bo 4
6.6.41.3 Resistance of the RTD simulator. i
l; 3 i
-{.
h- Core Erit TheracconDie/Reaiatance 1 PSF 10-RC-0002-j'. Tanneraturn Bat.qctor crc,as calibration Rev. 1 Page 17 of 99
+-( <
- \
, M Steps 6.5.42 through 6.5.45 should be performed concurrently.
- 6.5.42 Obtain the final SG pressures form CEIPS or 3RFD&DS and/ ,
record the pressures on (-8). I
" 6.5.43 Obtain the final CET temperatures and record the data on (-7).
I
- 6.5.44 Obtain the CET Junction hos temperature from QDFS. .
Record the value on Page 3 of (-7). _ _,
I-A.5.45 Place the channel test switches to the positions list ta Column 3 (-16), Run 4. Xadopendent verification i required and shall be documented on (-16).
- j 6.5.46 Verify the CEANSEL TEST STATUS lights, on all BCT card ["C"~3 returned to 50tXAL, are OFF.
s' 6 Remove test leads from 7300 and QDFS as listed on (-1 O
(. f .5.47 Run 4. ObtainIndependentverificationon(-15jtun4.
I 6.5.48 Place the channel test switches to the Positions list
/ in column 3 (-17). Xadependent Verification is,requir j and shall be documented on (-17). I
]
.5.49 Place the BTF SEL TAVG switch (58-5715 on CP005 to f t .-
c 6 Place the STP EEL DT switch (55-5716 on CP005) to defeat.
/ .5.50 30REAL.
6.5.51 Remove test leads to QDPS and the RTD simulator as listed on (-14). . Obtain Independent Verification on (-14).
6.5.52 Notify the shift Supervisor that data collectica for this
~
plateau is complete.
5 6.5.53 Sather the Data Logger priatouts. Record ths resistance
[ values for each EUR in columns 1 through 4 of (-12).
y Record the voltage vaines la solunas 1 through 4 of g
(-13).
j 6.5.54 Collect the PROTEUS trend log printout for this
- temperature plateau.
l'
_ _ _ _ _ -_ _ - _ _ _ _ _ _ - _ _ - _ _ _ - _ - _ _ _ _ ___ ~
\
l 4
core amit Thermoeonele/nesiatanem 1 PSP 10-RC-0003 Tennerature Detector cross em11bration Rev. 1 Page 18 of 99 6.5.55 Record the STPEGS 1.D. So.. and Cal. Due Date on (-2) for all METE used during this plateau. I.A (p &
6.5.56 Performdesareductioninaccordancewithstep6.[. C o
u.
6.6 Data Reductica-6.6.1 Test equipment should be removed at the discretion of the Test Onordinator.
6.6.2 Calculate the average resistance of the four RTD and RTD Simulator readings and record the values on (-12).
l 6.6.3- Calculate the average of the four voltage RTD readings and record the value on (-13). _
6.6.4 Divide the average voltage reading by the excitatio:. c current to determine the average resistancs. Record th six calculated average resistance on (-13).
- h 6.6.5 Calculate the temperature for the average reristance '
[~3 "
values recorded on (-12) and (-13), using the manufacturer's data for the ETD's. Record the temperatures on (-18).
6.6.6 Determine the temperature correction value, corrected j temperature and installation correction for each individual RTD by performing Addendus 2. ,
6.6.7 Determine the maximum difference between the four RTE simulator readings recorded on Data Sheet.(-12) and record this difference on Data Sheet (-12). If the L
maxiana difference exceeds 0.02 chas then:
6.6.7.1 Check test circulty taking care to clean contacts.
6.6.7.2 Rescan the RTD by simulator output.
6.6.7.3 consider terunningl the temperature plateau.
6.6.8 Average the Initial and Final readings for each CET and l record the results in the AVG TEMP column on (-7).
6.6.9 Determine the Isothermal Correction for each CET by I subtracting the Ecs Average Temperature from the CET l average temperature. Record the Isothermal Correction on j
(-7). l
- l' 3
1
- .s
+.
'4 raea eri t The-ia/namin+m== 1 PSP 10-RC-0002
- T -- rature notectar cream emu hratian Rev. 1 page 19 of 99
'i <
\
6.6.10 Determine the average SG pressures for each stenaline ,
from the taitial and final SG pressures recorded on (-8). .
Secord on the average SG pressures on (-8).
6.6.11 Convert the average SG pressures to absolute pressure and record the value on (-8).
6.6.12 Det srmi:::e the saturation temperature for each everage AG pressure and record the value on (-8).
6.7 Notify the Shift Supervisor data collection is semplete and plant systems any be operated at his discretion.
6.8 Discosaect all the special test lastrumentation at the discretion of the Test Coordinator. Ensure all plant process connections are clean and securely tightened to minimine contact resistence. ,
l 6.9 Determine if the Tavg/ Delta T Narros Range (51) RTDs satisfy Acceptance Criteria 7.1. If any Tavg/ Delta T 51 RTD does not meet Acceptance Criteria 7.1, then immediately motify the Shif t m Supervisor that the NR RTD is inoperable and comply with the
- action requirements of Technical Specifiestica 3.3.1 and 3.3.2%Q f
6.10 Determine if the Wide Range (UE) RTDs satisfy acceptance
- k. Criteria 7.3. If any WR RTD does not meet deceptance Criteria 7.3 then tamediately actify the Shift Supervisor that the WE RTD is inoperable and comply with the actica requirements of T.S. 3.3.3.5 and 3.3.3.6. i Determine if the CETs satisfy Acceptance Criteria 7.2. hany ,d 6.11 "
CET does act meet Acceptance Criteria 7.2, then immediat ly notify the Shif t Supervisor that the CET is inoperable d oce ly
,- with the action requirements of T.S. 3.3.3.5 and 3.3.3.6 ;
$ 6.12 IftheRTDinsta11gtioncorrectionforanindividual greater than 1 0.5 y but less than or equal to iF,1.2 ,RTD is then initiate corrective actica to replace the onlibration curve with a *oceposite" calibration table which places the ETD within t 0.5F #f all test points collected by this procedure.
6.13 All data takers and procedure performers shall sign the Data package Cover Sheet (-1).
.*. 6.14 The Test Coordinator shall indicate the test results and l sign (-1).
- 'i l* 6.15 The Test Coordinator shall infore the Shift Supervisor that testing is complete and lattial (-2).
( .
l j
l
)
)
- r L
para atit Thermocounlehtenistance 1 PSP 10-RC-0002
(- Temperature metector crona calibration Rev. 1
- - PaSe 20 of 99 6.16 .'EDs Seactor Performanos Supervisor shall perform a second review j
.. and siSa (-1). '
l t 1 i- 6.17 The Beactor Performance Supervisor shall forward the Detta PackaSe for review in accordamoe with WGP03-ES-0004 (Plant Surveillance Frosram).
7.0 Acceamance criteria 7.1- The ETD installatica correctica for each Barrow SaaSe RTD shall he less than or equal to i 1.2F (Saf. 9.10).
7.2 Theisotgersm1correctionforeachCSTshallbebetween+16.3 )
- and -3+6 F (Sof. 9 9).
7.3 TheRTDinstallationcorrecgicaforeachWideSanseRTDshallbe._, '
less than or equal to 1 7.0 F (Sof. 9.9).
S.O . .. ~ . .- ~
S.1 Data PackaSe Cover Sheet (-1)
> [ca, "
8.2 Data Sheet 2 Test Information (-2) l S.3 Data Sheet 3 Excitation Current Measurement Test Conneettoms (
{
84 Data Sheet 4 Excitation current Test Switch Configuration (-4) 8.5 Data Sheet 5 Excitation current Data (-5) ,,
~'
t S.6 Data Sheet 6 Test card Switch Positica (-6) 8.7 Data Sheet 7 Core Exit. Thermocouple (-7) 8.8 Data Sheet 8 Steam Generator Pressure (-8) ,
8.9 Data Sheet 9 RTD Test Comaecticas -250*F and 330 F (-9)
S.10 Datg Sheet 10 RTD Channel Test Switch Configuratica 250 F and
( 330 F (-10)
.i i
f 8.11 Data sheet 11 ETD Test Comaections WR RTcs (-11) 8.12 Data Sheet 12 7300 RTD Temperature (-12) . {
{
I S.13 Data sheet 13 cars RfD Temperature (-13) 8.14 Data Sheet 14 RTD Test Connecticas -450F and 567F (-14)
(
I
$( 8.15 Data Sheet 15 RTD Test Connections -NR RTDs (-15)
I c
$ 3
i-lf l
y-Core Exit Thermocoumla/ Resistance Emanerature Betector Cross Calibration 1 PSF 10-RC-0002 Rev. 1
! Page 21 of 99 f{
t 8.16 Data Sheet 16 RTD Chamael Test Switch Configuratica -NE ETDs(-16)
- 8.17 Bata Sheet 17 RTD channel Test Switch Configuratica-450F and 567F
- a. (-17) ,
s.1s anta sheet as Corrected RTD anta (-1s) 8.19 Bata sheet 19 RTD Temperature Bata correction (-19), ;
9.0 Rafarances lf 9.1 STFESS Technical Specifientions
, g- 9.2 0FGP03-EE-0004 (Plant seve111amos Progras), tev. 8 1
9.3 51149F0500191, Rev. 11, RCS Primary Coolant Imop .,
, 1 9.4 4R149F05002#1, Rev. 7. RCS ETD Typical Manifold ,
9.5 QDPs Estarsal Comaectica Diagrams .
9.5.1 311(1)D0016 - EWN f 9.5.2 311(1)00017 - OWN k 9.5.3 311(1)00023 - CWN .g 9.5.4 311(1)D0028 - OWN 9.5.5 311(1)D0029 - EWN
.k I
9.5.6 311(1)D0040 - WWN -
9.5.7 311(1)D0041 - BWN
- 9 5.s 311(1)D0046 - CWN 9.5.9 311(1)00052 - PWN 1 9.5.10 311(1)D0053 - EWN-i 9.6 Westinghouse Intercosaecting Wiring Diagrams f
9.6.1 320(1)D0177 - AWN Cabinet 3 (8820D065502)
} 9.6.2 320(1)D0178 - SUN Cabinet 3 (8820D06E503) f 9.6.3 320(1)00179 - SWE Cabinet 3 (8820D065504) e 9.6.4 320(1)D0180 - DWN Cabinet 3 (8820D06EB05)
!r
I Core Brit Thermocouala/ Resistance 1 PSP 10-EC-0002 Tannaratprp notector cross calibration Rev. 1 Fage 22 of 99 -
9.6.5 320(1)D0181 - Bef5 Cabinet 3 (8820D065506) .
9.6.6 320(1)D0182 - CUN Cabinet 3 (8820D0' G 01) 9.6.7 320(1)00196 - Blf5 onMaat 3 (8820D068527) 9.6.8 320(1)D0197 - CWW Cabinet 3 (8820D065E28) ]
9.6.9 320(1)00205 - SWE Cabinet 3 (8820D065508) 9.6.10 320(1)D0219 - BlfN Cabinet 3 (8820D065503) 9.6.11 320(1)00220 - FWB Cabinet 1 (8820D068504) 9.6.12 320(1)D0221 - DWN Cabinet'1 (8820D068505) _, -
.)
9.6.13 320(1)00222 - StfB Cabinet 1 (8820D065506) tsz q
9.' L4 320(1)00223 - Dif5 Cabinet 1 (8820D065507) -
)
9.6.15 320(1)00224 - Dtf5 Cabinet 1 (8820D06SB08) 9.6.16 320(1)00246 - Stf5 Cabinet SA (8820D065533)
- k 9.6.17 320(1)00247 - Stf5 Cabinet SA (C820D065505) ;
9.6.18 320(1)D0248 - Stf5 Cabinet SA (8820D065506) I 9.6.19 320(1)00249 - CWN Cabinet 3A (8820D065507)
,?
9.6.20 320(1)D0260 - FWB Cabinet 4 (8820D065322) .
l 9.6.21 320(1)00282 - AWN Cabinet 2 (8820D065502) d. '
i 9.6.22 320(1)00283 - FWB Cabinet 2 (S$20D06&E03) 0.6.23 320(1)D0284 - FWN Cabinet 2 (8820D065504) 9.6.24 320(1)D0285 - DifE Cabinet 2 (8820D065305) 9.6.25 320(1)D0286 - DifR Cabinet 2 (8820D065506) 9.6.26 320(1)D0287 - Ctf5 Cabinet 2 (8820D06SB07) I 9.6.27 320(1)00288 - Dif5 Cabinet 2 (8820D065508)
Ii. .
9.6.28 320(1)D0298 - Stf5 Cabinet 2 (8820D065324)
. 9.6.29 320(1)D0299 - BifR Cabinet 2 (8820D06EE25)
C .
- l
I, Core Exit Thermocouple / Resistance 1 PSP 10-RC-0002 7
Temperature notector Cross Calibration Bev. 1
, Page 23 of 99 9.6.30 s20(1)D0314 - aus Cabinet 2A (SS20o06Ss03) 9.6.31 820(1)00315 - CUN Cabinet 2A (8820D065505) 9.6.s2 s20(1)D0316 - sv5 Cabinet 2A (8820D063306) 9.6.33 s20(1)D0317 - CNE Cabinet 2A (8820D065507) 9.6.s4 s20(1)00327 - aus Cabinet 1A (8820D065303) 9.6.35 s20(1)00328 - Cus Cabinet sa (8820D068u05)
- 9. 6. 3'6 s20(1)00329 - EMB Cabinet la (8820D065506) 9.6.37 320(1)00330 - Eus Cabinet la (8820D068507) 9.6.38 320(1)00331 - EWN Cabinet la (8820D065500) 9.6.39 320(1)00573 - BUN Cabinet 2A (8820D065E26) ,
9.6.40 320(1)00576 - CNN Cabinet SA (8820D068531) 9.7 0320(1)00436-Ev5 (Westinghouse Process Instrumentation and Control Equipment Reference Manual) ,
(_ 9.8 SE181547513, Rev. 11 STP Plant Computer I/O List j- 1 9.9 0490(1)D0014 GWR BOP 5etpoints, Revision 2 Update
?
9.10 WCAP 11273, Westinghouse Setpoint Methodology For Protect on *'
Systems - South Texas Project, Rev. 1.
~
(
9.11 170P02-55-0001 (steam Generator Bloedown system), Rev. 4 [
9 10.0 suomort Documents 10.1 Addendum 1 - Plant Computer Tread Point 10.2 Addendum 2 - Temperature Drift correctica 10.3 Addendum 3 - Escitatica Current Esasurement 10.4 Data Sheet 1 - Data package cover Sheet (-1)
T
, 10.5 Bata Sheet 2 - Test Information (-2) i 10.6 Data Sheet 3 - Escitation Current Measurement Test Connections I (-3)
Data sheet 4 - Excitation current Test Switch Configuration (-4)
.{ 10.7 4
e
O
. pore Exit Thermocouple / Resistance 1 PSP 10-RC-0002
.. ymanerature Detector creas calibration Rev. 1 Page 24 of 99 4
10.8 Data sheet 5 - DE:itatica Current Data (-5) 10.9 Data Sheet 6 - Test Card Switch Fositions (-6) 10.10 Data Sheet 7 - Core Exit Thermocouple Data (-7) 10.11 Data Sheet 8 - Steam Generator Pressures (-8)
I 10.12 Data Sheet 9 - RTD Test Comaecticas Guide (-9) 10.13 Data Sheet 10 - RTD Channel Test Switch Configuration -250F and
^
330F (-10) 10.14 Data Sheet 11 - RTD Test Comaecticas -WE ETDs (-11) 10.15 Data sheet 12 - 7300 ETD Temperature (-12) -_.
10.16 Data sheet 13 - QDPS RTD Temperature (-13) 10.17 Data Sheet 14 - RTD Test Connections -450F and '576F(-14) 10.18 Data Sheet 15 - RTD Test Connections -81 RTDs (-15) f 1 10.19 Data sheet 16 - RTD Char.nel Test Switch Configuration -St RTDs(-16) 10.20 Data Sheet 17 - RTD C*Annel Test Switch Configuration -450r and '
567F (-17) 3 10.21 Data sheet 18 - Corrected RTD Data (-18) .'
10.22 Data Sheet 19 - RTD Temperature Data Correction (-19) -
L -
1 -
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,1 Core Exit Thermoeognia/gesistance 1 PSP 10-RC-00C2
[' Tamparature notector prgas calibration Rev. 1
., Page 25 of 99 f AIntsnma 1 (rese 1 or 4)
I Porst so. I anscamros I onzes i '
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.l- Emmnerature Betector Cross calibration Bev. 1 Page 26 of 99 k- @1 DI.AIT COMPUTER TEEfD POINT T (Page 2 of 4) som so. I susca m ros asas I i I
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core Exii Thermoccumle/Reaiatance 1 PSP 10-RC-0002 Tennerature notector ernas calibration Rev. 1 Page 27 of 99 j ,
annennen 2 w u rr cour m a m uun so m y (page or 4) 1 ro m so. I anscazmos I surrs i I I l l l 1 l l Toon i n-. T ros *, l I i i l l T0044 l 13ense T Lin l 'y i I I I I O
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,C h .
I g: ore Exit Thermocouple /Reaiatance 1 PSP 10-EC-0002 Tannerature Detmeter cross calibration Rev. 1 )
Page 28 of 99 7
( ADDErDmt 1 FIANT cQEPUTE2 TErID POINT (Page 4 of 4)
POINT 30. 1 1 I IESCE.IFTICE l UNITE I q l i I I i i I .
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l 70441 I
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l l l l j l Poesi i no ic m ouT Pow =E 2 i PEIG { - l 4
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.1 core Exit Thermocouple / Resistance 1 PNP 10-RC-0002 3- Teenerature Detector cross calibret4pe Rev. 1 Page 29 of 99 AEDENDUM 2
~
^
TEMPERATURE EELIFT CORRECTICE (Page 1 of 1) 1.0 Transfer the RUN 1 Average Resistamoes recorded on (-12) of each EUR for-RTDs TI-451, TE-452. TE-453. TE-454, TE-461, 5-462, TE-463, TE-464, TE-471. TE-472, TE-473, and TR-474 onto (-19).
2.0 Transfer the RUF 2 Average Resistances recorded on (-12) for RTDs TE-461, 462, 463, 464, 451, 452, 453, 454, 471, 472, 473, and 474 cato
(-19).
3.0 Transfer the RUN 3 Average Resistances recorded on (-12) for RTDs TE-451, 452, 453, 454, 461, 462, 463, 464, 471, 472, 473, and 474 on to ,
(-19).
4.0 Transfer the RUN 4 Average Resistances recorded on (-12) for RTDs Te- ,
451, 452, 453, 454, 461, 462, 463, 464, 471, 472, 473, and 474 ipato i
- (-19). ,
5.0 Calculate the temperature for the average resistance values recorded
(-19) using the manufacturers data for the RTDs. Record the temperat on (-19).
( 6.0 Calculate the Average Temperature for the three RTDs in each RCEIcop for each EUN ca (-19).
7.0 Calculate the temperature correction fer each RCN loop on (-19) and a ;
. record values on (-19). i. ; j
.- i 7.1 Temperature correction for EUN 2 is equal to the Ave Tony or RUN 2 minus the Ave Temp for EUN 1. -
? )
7.2 Temperature correction for EUN 3 is equal to the Ave Temp for EUN 3 )
{ ainus the Ave Temp for EUN 1.
7.3 Tuperature correction for EUR 4 is equal to the Ave Temp for EUN 4
- minus the Ave Temp for EUN 1. {
S.0 Transfer the Temperature Corrections on (-19)'to appropriate spaces on' ;
} (-18). (i.e., enter the Temperature Correction corresponding to Temp 3 Correction Table on (-18)). ;
6 !
I
$ 9.0. Calculated the Corrected Temperature by subtracting the Temperature Correctica from its corresponding Ave Temp.for each RTD on (-18). . :
I !
- 10.0 Calculate the Ave corrected Temperature by Averaging all 86 Corrected i
?- Temperatures on (-18). !
I 11.0 Calculate the'1astallation correction of each RTD by subtracting the Ave ,
g b Corrected Temperature from each corrected Temperature on (-18).
'b ;
i; !
- . 2 3t 5
1 gara Erit Thermoconsis/Rasiatance 1 PSP 10-RC-4002
? Emanerature notector Crosa calibration Rev. 1 Page 30 of 99 ADDEEDUM S
- - EECITATIGE CURRENT MEASUREMENT (page 3 of 17) 1.0 Obtain written permission from the Shift Supervisor on (-3) to begia excitatica current measuressats.
eeeeeeeeeeeeeeeeeeeeeeee e e e gggg e e e e Do not perform chamael scans with the Data e
- Imggers if the 7300 circuits are'1a 50EMAL. e e Actuation of protection circuitry could *-
e occur. Channel scans s'aall only be e e performed as directed by the steps in a ' '
- e this procedure. e e
ee eeeeeeeeaeeeeeeeeeeeee e
g1 )
2.0 Run 1 (TE-410 E..Y and 5).
I 1.1 Obtain permission from the Unit Supervisor to remove the Imop 1 A Tavg/ Delta T chamaels from service and proceed with this test l k 2.2 l
Place the BYP SEL TAYG switch (ES-5715 on CP005) to defeat I21. l 2.3 Place the BYP SEL Di switch (RE-5716 on CP005) to defeat 1. x
. .ee..e...e.... ..e..ee.
~
a 1 e e l
- g,u, .
e L
- The following step places the plant in the e e following Technical Specifiention Actica e e statements: Table 3.3-1 Functional Unit 8 e e and 9, Actica 63 Table 3.3-3 Functional e e Unit 5.f, Actica 20; and Functional e l e Wait 9.b, Action 21. e i e e eeeeeeeeeeeeeeeeeeeeeeee 2.4 Comaect the GDPS Data Imager to the RTD field terminations specified on (-3) for TE-410E, 25-4107 and TE-4105. Obtain zadependent verifiantion on (-3). {
. C.
. l
J pore atit Thermoccuole/Reaiatance 1 PSP 10-RC-0002 l' temperature Betector cross calibration Rev. 1.
~
Page 31 of 99 .)
.i
( ...g,...,. .
EECITATIQB CURRENT EEA w a <" e ,
(Page 2 of 17) 2.5 Place the chamael test switches to the positica listed in column a-of (-4), kun 1. Independent Veriftentice'is required and shall be i documented om (4).
2.6 Terify the CEARIEL TEST STATUS lights, on all NTC cards Placed in TEST, are 05.
2.7 Place WW1, SW2, SW3 and SW4 os BMT card P01-0872 ( M 1014) to the TEST positica.
2.8 Comaect the RTD simulator to Test Polat 1 (plus-Righ Excite (EE),
minus-Low Excite (LE)) and Test Point 2 (plus-Bigh (N), minus-tow ,_'
(L)) on NTP card P01-0251 (EER014). ' i
~
C"3 '
Do act change the resistance value on the RTD simulator until completion of all' cross-calibratica data collectica at this O temperature Plateau.
.l 2.9 set the RTD simulator resistance to a value consistent with the current temperature plateau. Record the RTD simulator resist.aace ,?'
ca (-5). )
2.10 Place SWI, SW2, SW3 and SW4 on NNT card P01-0872 to the 30 TEAL position. .
2.11 Energize the Data Imgger (allow for warm-up time before initial scan) and then scan the voltage of TE-04101 four consecutive
- times., Record the voltages in colunas 1 through 4 of (-5).
i 2.12 Place SW1. SW2, SW3 and SW4 ce BMT card 701-0872 to the TEST
~
positica. ,
2.13 Comaect the ETD simulator to Test Point 3 (plus-BE, minus-LE) and
- Test Point 4 (plus-5, minus-L) on NTP card P01-0251 (ER2014).
2.14 Place SW1 SW2, SW3 and SW4 on NNT card P01-0872 to the NCEMAL T posittoa.
1' 2.15 Scan the voltage of TE-410T four consecutive times. Record the voltages in columns 1 through 4 of (-5). .
e
4 I
4
,, Core Exit Tharnocouale/ Resistance 1 PSP 10-RC-0002 Tannerature Betector cross calibration Rev. 1
. 'page 32 of 99
.-mmu EECITATIGE CURRENT MEASUREMENT
, (Page 3 of 17)
. 2.16 Place SW1, SW2, Swa and SW4 on ENT card P01-0872 to the TEST Positica. -
I 2.17 Comaect the ETD simulator to Test Point 5 (plus-EE, misus-12) and TWst Point 6 (plus-5, minus-L) on BTF oard P01-0251.
. 2.18 Place SW1, SW2, SUS and SW4 on BMT card 701-0872 to the 50RMAL Position.
~
2.19 Scan the voltage of TI-410E four ceasecutive times. Record the voltages in colunas 1 through 4 of (-5).
2.20 . Place SW1, . SW2, SW3 and SW4 ca ENT card P01-0872 to the TEST l positica.
2.21 Disconnect the RTD simulator from Test Points 5 and 6 cm STP enrd P01-0251 and de-energize the Data Legger.
2.22 Place SW1 SW2, SW3 and SW4 on ENT card P01-0072 to the NORMAL position. 1 2.23 Place the channel test switches to the position listed in coluna S of (-4), Run 1. Independent Verification is required and shalf. be l documented on (-4).
I- 5 4 2.24 Verify the CEANNEL TEST STATUS lights, on all NCT cards retarmed to 50tXAL, are OFy.
e
, 2.25 Remove leads from QDPS to TE-4101. TE-4107 and TE-4102 as listed 1 on (-3). Obtain Independent Verifiestice on (-3). .
1 322E i If GDPS ' lockup' occurs, then a) Notify the Control Roca Operator b) Verify there are no SG
> IAvel Chamaels tripped c) Verify the QDPS I- toggle switch is la the 'R' Positica and I
d) Push the RESET buttaa.
v
+ 2.26 Place the BTF SEL TATG switch to defeat BotMAL.
)
} 2.27 Place the BTF SEL DT switch to defeat SCRMAL. ,
1 .-
- . < s .
i
.f Core Exit Thermocouple /Rasistance 1 PSP 10-RC-0002
[ Tennerature Betector cross calibrating Rev. 1 Page 33 of 99
+
ADDENDUM S i EECITATION CURRENT MEASUREMENT 1 (Page 4 of 17) !
Run 2 (2E-420 I, Y and 5)
~
~3.0 3.1 Obtain permissica from the Wait Supervisor to remove the Loop B Tava/ Delta T abannels from service and proceed with' this test.
3.2 Place the BTP EIL TAVG switch (58-5715 em CP005) to defeat LP2.
4
[ 3.3 Place the BTP EIL DT switch (58-5716 on CP005) to defeat 522.
eeeeeeeeeeeeeeeeeeeeeeee e e a CAUTICK e e e -
- The following step places the plaat la the . *
- following Technical Specification Action *
- Statements: Table 3.5-1 Functional Unit S e -
e and 9, Actica 6: Table 3.1-3 Fanctional e l e Unit 5.f Action 20; and Punctional e C""3
- Unit 9.b Actica 21. - *
.
- q eeeeeeeeeeeeeeeeeeeeenee g
3.4 Comaect the QDPS Data Legger to the RTD field terminations l specified on (-3) for TE-4201, TE-4207 and TE-4202. Obtain Independent Yorification on (-3). .
.?
3.5 Place the channel Test switches to the position listed in column a of (-4), Run 2. Independent Yorification is required and .shall be documented on (-4).
a.
. 3.6 Verify the CRAINEL TEST STATUS lights, on all NCT cards placed la TEST, are 05.
( 3.7 Flace SW1 SW2, SW3 and SW4 on NNT card F02-0872 (ER1016) to the TEST position.
t g 3.s connect the 270 simulator to Test Point 1 (plus-Eigh Excite (BE), l aimus-tow Excite (LE)) and Test Point 2 (plus-Eigh (E), minus-Low l (L)) on NTP card 702-0251 (EtR016).
+ 3.9 Place SW1, SW2, SW3 and SW4 on BMT card 702-0872 to the potMAL t
m iti.s.
3.10 Energize the Data Eagger (allow for unre-up ties before initial l
scan) and then scan the voltage of TE-04203 four ocasecutive times. Record the voltcges in columns 1 through 4 of (-5).
3
t core Exit Thermoccur,1e/ Resistance 1 PSF 10-RC-0002 f Tmanerature Detector crona calibratica Rev. 1
, Page 34 of 99 ADDEIDUM 3 1 EXCITATION +' o i m oo j (Page 5 of 17). .
3.11 Place SW1, SW2, SW3 and SW4 on BMT card 702-0872 to the TEST
,osition.
1
'3.12 Comaect the RTD simulator to Test Point 3 (plus-EE, minus-12) and - l Test Point 4 (Plus-5, minus-L) on NTP card 702-0251 (ERR 016).
3.13 Place SW1, SW2, SW3 and SW4 as EET card 002-0872 to the WORMAL position.
3.14 Sean the voltage of TE-420Y four onesecutive times. Record the l voltages in colunas 1 through 4 of (-5). i 3.15 Place SW1, SW2, SW3 and SW4 on NET card P02-0872 to the TEST
' position.
Jl q
l 3.16 Connect the RTD simulator to Test Point 5 (Plus-EE, minus-12) sad l Test Point 6 (Plus-5, minus-L) on NTP card P02-0251.
I 3.17 Place SW1, SW2, SW3 rad SW4 ca BMT card 702-0872'to the N MEAL Positica.
3.18 Scan the voltage of TE-4202 four consecutive times. Record the l voltages la columns 1 through 4 of (-5).
3.19 Place SW1, SW2, SW3 and SW4 on NMT card P02-0872 to the TE M p position. I-3.20 DisconnecttheRTDsimulatorfromTestPoints5and6onFhFcard P02-0251 and de-energize the Data Legger. L 3.21 Place SW1. SW2, SW3 and SW4 on BMT card P02-0872 to the NORMAL Positica.
k 3.22 Place the chamael test switches to the position listed in coluna B
)
of (-4), tua 2. Xadopendent Verification is required and shall be documented on (-4).
3.23 Verify the CEANNEL TEST STATUS lights, on all BCT cards returned to NORMAL, are OFF.
3.24 Remove leads from QDPS to TE-420E, 25-4207 and TE-4205 as listed on (-3). Obtain ZadePendent Verificatice on (-3).
v 7
L core Elxit Thermoconcle/Reaiatgnee ApSP10-EC 0002 Temperature metector cross caithration Rev. 1
['. page 35 of 99
( *
. . . a e.2 o ,
SECITATICE CUREERT.MEAEtFRENENT (Page 6 of 17)
EME If EMIPS ' lockup" occurs, them a) Botify the
. Control Roca Operator b) Verify there are ao SG Imvel Chamaels tripped c) Verify the (31PS toggle switch is la the 'R' position and d) push the IEEET hattoa.
3.25 Place the'ETF EEL TAVG switch to defeat NORMAL.
3.26 Place the BYP EEL DT switch to defeat NORMAL. ,
4.0 Eun 3 (TE-413 TE-423, TE-433 and TE-443) Data Collection I- ,
4.1 -Obtain permission from the Unit Supervisor to remove CONS 230T l EET 2 (FCT-0655A) from service and proceed with the test.
( ' te 'I The following step disables ces train of CONS ./
and will place the plant la T.S. 3.4.9.3 i Action A. -
. u.
I 4.2 Place the CONS arming switch 35-0655 (CP004) to the BLOCK position.
- 4.3 Comaect the QDPS Data Eagger to the RTD field terminaticas l specified on (-3) for 25-413, 2E-423, TE-433 and 2E-443. Obtain !
l- Independent Verificatica on (-3).
t.
4.4 place the channal test switches to the positions listed in column ,
& of (-4), Rua 3. Independent verificatica is required and shall t
-j be documented os (-4).
j-4.5 Verify the MANNEL TEST STATUS lights, on all RCT cards placed la TEST, are ca. ,
- . l
.(
9 c
I
I$.c cara Erit Thermocouple /Reaiatance 1 PSP 10=RC-0002 g Tammerature netector crona calibration Rev. 1
- Page 36 of 91, .;
1 m3 l
! EXCITATICE CDERENT EEAEUREMENT I A
(Page 7 of 17) l
' I 4.6 : Place the following switches to the TEST position: {
I 4.6.1 SW7 on BMT card 702-0872 (ERR 016).
4.6.2 Afl, SW2, SW3 and SW4 on NNT card 702-0875 (ERRol6).
4.7 Connect the RTD slaulater to Test Point 5 (plus-EE, minus-LE) and test Point 6 (plus-5, minus-L) on NTP card 702-0465.
4.8 Place the following switches to the SCREAL positions
- 4.8.1 SW7 on NMT card P02-0872. .
4.8.2 SW1, SW2, SW3 and SW4 on BMT card 702-0875.
1 4.9 Energize the Data legger (allow for warsup time) and then sean the l
voltage of TE-413 four onesecutive times. Record the voltages Ae '
l columns 1 through 4 of (-5). -
4.10 Place the following switches to the TEST positicas C 4.10.1 SW7 on BMT card P02-0872.
4.10.2 SW1, SW2, SW3 and SW4 on NET card P02-0875.
Ml i
4.11 Connect 'the ETD simulator to Test Point 7 (plus-EE, minus 12) and -
Test Point 8 (plus-I, minus-L) on NTP card P02-0865.
4.12 Place the following switches to the NotEAL positica u.
4.12.1 SW7 on BMT card 702-0872.
4.12.2 SW1 SW2, SW3 and SW4 on SNT card P02-0875.
4.13 Scan the voltage of TE-423 four consecutive times. Record the Y voltages in columns 1 through 4 of (-5).
4.14 Place the following switches to the TEST positicas 4.14.1 SW7 on NMT card P020872.
p 4.14.2 SW1 SW2, SW3 and SW4 on BIT card P02-0875.
- 4.15 Connect the RTD simulator to Test Point 5 (plus-EE, minus-LE) and Test Point 6 (plus-5, minus-L) on NTP card P02-0866.
i' e
i
- __-m_._&_. -
--_______.___m- . _ . . __
9 l
' .j .
t
",* $nre Exit Theranconcle/ Resistance 1 PSP 10-kC-0002 7tenerature Detector cross ca44bratina Rev. 1 i
Page 37 of 99 E
$DDENDUM 3 3qtcIT& Tion cum 2ENT MEAEUREMErT (Page 8 of 17) -
l 4.16 Place the following switches to the NORMAL position 4.16.1 SW7 on NMT card P02-0872.
4.16.2 SW1, SW2, SW3 and SW4 on NNT card P02-0875.
4.17 Soma the~ voltage of 25-433 four oossecutive times. Record the voltages in columns 1 through 4 of-(-5).
4.18 Place the following switches to the TERT position:
4.18.1 SW7 on NMT card 702-0872. -
4.18.2 SW1 SW2, SW3 and SW4 on NMT card P02-0875.
4.19 Connect the RTD simulator to Test Point 7 (plus-EE, minus-I2) 3 )
Test Point 8 (plus-5, minus-L) on NTP card P02-0866. Q {
4.20 Place the following switches to the 50tMAL positicas 4.20.1 SW7 on BMT card P02-0872.
{
4.20.2 SW1. SW2, SW3 and SW4 cm NMT card P02-0875.
4.21 Scan the voltage of TE-443 four ocesecutive times. Reco b the ?
voltages la colunas 1 through 4 of (-5). I
~
4.22 Place the following switches to the TEST positicas L _.
4.22.1 SW7 on SNT card P02-0872.
4.22.2 SW1, SW2, SW3 and SW4 ca BMT card P02-0875.
4.23 Discosaect the RTD from Test Points 7 and 8 on NTP card P02-0866 g and de-energize the Data Imsger.
b 4.24 Place the following switches to the NORMAL positions y 4.24.1 SW7 on INT card P02-0872. ,
1 7
4.24.2 SW1, SW2, SW3 and SW4 ca BMT card P02-0875.
4.25 Place the chamael test switches to the position listed la coluna 3 of (-4), tua 8. Independent verification is required and shall be
, documented on (-4). ,
I
.s l e
e
(
1.
=0 Core Exit. Thermocouple / Resistance 1 PSF 1 M C-0002 I
Tommerature Detector cragg calibration Rev. 1 1 Page 38 of 99 -
my
- e, eg y e ,p e jy e ee p ,
, (Page 9 of 17)
I 4.26 . Verify the CEANSEL SEST STATUS lights, en all BCT cards returned I to 50REAL, are OFF.
4.27 Remove leads from QDFS to 15-413,25-423, 25-433 and 55-443 as' j listed om (-3). Obtain Independent Verifloation on (-3).
. E If (EPS " lockup
- occurs, then a) Botify the control Roca Operator b) Verify there are 30 SG ..
Invol Chamaels tripped c) Verify the (EIPS-toggle switch is la the 'R" posities and d) Push the IEEET hattoa. ,
4.28 Place the CONS arming switch 38-0655 (CP004) to the AIM position I if CONS is required to be in service.
f 5.0 Run 4 (TE-430 E. Y and E) l 5.1 obtain permission from the unit supervisor to remove the teor C Tavg/ Delta T channels from service and proceed with this test. 1 I
5.2 Place the BTP SEL TAVG switch (58-5715 as CP005) to defa'a t 123.
5.3 Place the BTP EEL DT switch (38-5716 os CP005) to defeat LP3. .
eeeee eeeeeeeeeeeaeeeeeee "
e e e CAUTION e e e e The following step places the plaat la the *
- following Technical Specifiestica actica e
- Statements: Table 3.5-1 Functional Dait S
- e and 9, Actica 63 Table 3.5-3 Functional e e Unit 5.f, Actica 203 and Functional e
! e Unit 9.b, Action 21. e L e e 3 .
ca..eee.e.eee..eee...een 1
i 5.4 Connect the CEIPS Data Eagger to the RTD field terminations
! specified om (-3) for 2E-4301. TE-4307 and TI-430E. Obtain Independent Verificatics on (-3).
~
. 3
?
[ Core Exit Thermoeogpie/nesistance 1 PSP 10-iC-0002
, Tannerature notector crona Calibration Rev. I r Page 39 of 99 C- I Armesnum n EECITATION CDREENT MIAEURIMENT g (Page 10 of 17)'
5.5 Place the channel test switches to the position listed in column A .l
-, of (-4), Eun 4. ladopendent Verificatica is required and aball be j documented on (4). l 5.6 Verify the CEARIEL TEST STATUS lights, on all NTC cards placed in TEST, are 05.
F 5.7 Place SW1, SW2, SW3 and SW4 on WIT card 703-0872 (SERO 18) to the
.E.T ,osiu..
J 5.8 Connect the RTD simulator to Test Point 1 (plus-Righ Excite (EE)~,
minus-Low Excite (LE)) and Test Point 2 (plus-Righ (I), mians tow -
(L)) on NTP card P03-0251 (ERRO18).
5.9 Place SW1 SW2, SW3 and SW4 on SNT card P03-0872 to the Ef:ERAL position. ,
C 5.10 Energize the Data tagger (allow for warm-up time before tattial
. acan) and then scan the voltage of TE-04301 four consecutive times. Record the voltages in columns 1 through 4 of (-5).
C 5.11 Place SW1, SW2, SW3 and SW4 on BMT card P03-0872 to the TEST lL position.
I 5.12 Ovaneet the RTD simulator to Test Point 3 (plus-EE, minus-12) and ~
R
' 'ast Point 4 (plus-E, minus-L) on NTP card P03-0251 (ER2016).
5.13 Place SW1, SW2, SW3 and SW4 on BMT card P03-0872 to the WQtEAL l
- position. Li, i 5.14 Scan the voltage of TE-4307 four consecutive times. Record the voltages in columns 1 through 4 of (-5).
f 5.15 Place SW1, SW2, SW3 and SW4 on NNT card P03-0872 to the TEST position.
)
l 5.16 Connect the RTD simulator to Test Point 5 (plus-EE, minus-LE) and Test Point 6 (plus-5, minus-L) on NTP oard 703-0251.
5.17 Place SW1, SW2, SW3 and SW4 on NNT oard P03-0872 to the 50EMAL position.
5.1D Scan the voltage of TE-4302 four consecutive times. Record the
- W1tages in columns 1 through 4 of (-5).
I
' I i
Core Exit Thermoecuela/ Resistance 1 PSP 10-RC-0002 Temperature Detectgr gross calibration Rev. 1
- - Page 40 of 99
...m,..,
EECITATION CURRENT EEAEIMEHERT I (Page 11 of 17) 5.19 Flace SW1. SW2, SW3 and SW4 on WNT card 703-0072 to the TEST )
position.
5.20 Disconnect- the RTD simulator from Test Points 5 and 6 on WTP card P03-0251 and de-energize the Data Eagger.
5.21 Flaos SW1, SW2, SUS and SW4 en ENT card 703-0072 to the 50Ri&L !
position.
5.22 Place the channel test switches to the position listed in column B of (-4), Run 4. Xadependent Verification is required and shall be
~*
documented on (-4). -
l 5.23 Verify the CHANNEL TEST STATUS lights, on all NTC cards retur to NORMAL, are OFF.
5.24 Remove leads from QDPS to TE-430I, TE-430T and TE-4302 as listed'c- 3' on (-3). 0*atain Independent Verification so (-3). ' "
(
EEEE l 3
If QDPS "locRup" occurs, then a) Notify the .
control Roos Operator b) Verify there are ao SG ?
Level Channels tripped c) Verify the QDPS
- toggle switch is in the 'R" position and . !
, d) Push the RESET button. !
u 5.25 Place the BYP SEL TAVG switch to defeat 50EMAL.
5.26 Place the NTP EEL DT switch to defeat BCEEAL.
i 4 l 1
t.
O e
4
. /-
1L i
i
?. glare Erit Thermocouple /Resiatance 1 PSP 10-RC-0002 Tennerature Detector Cross calibration Rev. 1 Page 41 of 99
...p.,.;.,.
EICITATIOR CURRENT MEABREMENT F (Page 12 of 17) 6.0 Run 5 (25-414,25-424, TE-434 and 25-444) Data Collectice 6.1 Obtain permission from the Wait Supervisor to remove C0115 SCOLD SET 3 (PCT-06564) from service and proceed with the test.
1 EEN The following step disables cae train of CONS and will place the Plant in T.S. 3.4.9.3 . _ ,
Actice A.
?
6.2 Place the CONS arming switch ES-0656 (CP004) to the RIACK I '
I position.
I 6.3 connect the QDPS Data Imgrer to the RTD field terminations i specified as (-3) for TE-414, TE-424. TE-434 and TE-444. Obtain Zadopendent Verification on (-3).
6.4 Place the channel test switches to the positions listed la eclumn !
A of (-4), Run 5. Independent verification is required and shal be documented on (-4). ,
)
6.5 Yorify the CEASEEL TEST STATUS lights, on all NCT cards placed la TEST, are on. e 6.6 - Place the following switches to the TEST positica: "
6.6.1 SW7 om NNT card 703-0872 (5R1018).
6.6.2 SW1, SW2, SW3 and SW4 as BMT card 705-0875 (3E1018).
6.7 Connect the RTD simulator to Test Point 1 (plus-EE, minus-LE) and
'! Test Point 2 (plus-E, minus-L) on NTP card P03-0542.
6.8 Place the following switches to the NORMAL position 6.8.1 SW7 on NET card 703-0872.
6.8.2 SW1, SW2, SW3 and SW4 ce NWT card 703-0875.
6.9 Energize the Data Imgger (allow for warsup time) and then scan the voltage'of TE-414 four consecutive times. Record the voltages in columns 1 through 4 of (-5).
t
, l
O care erit % m le/nenin+= ace, 1 PSP 10-RC-0002 W rature Detector cream calibration Rev. 1 i
Page 42 of 99 ADDENDUM 3 -
EXCITATION CURRENT MEASUREMENT (Page 13 of 17) 6.10 Place the following switches to the TEST positions 6.10.1 SW7 on NET card P03-0872. % .
6.10.2 SW1,SW2,SW3andSW4onNMTcardP03-087/.$ l 6.11 Connect the RTD simulator to Test Point 8 (plus-EE, minus-LE) and Test Point 4 (plus-E, minus-L) on NTP card P03-0542.
6.12 Place the following switches to the NORMAL position ,
6.12.1 SW7 on NMT card P03-0872. 1 6.12.2 SW1, SW2, SW3 and SW4 on NET card P03-0875. -
6.13 Scan the voltage of TE-424 four consecutive times. Record the voltages in columns 1 through 4 of (-5). '
b .
]
6.14 Place the following switches to the TEST positice:
6.14.1 SW7 on NMT card P03-0872.
6.14.2 SW1, SW2, SW3 and SV4 on NET card P03-0875. ' '
6.15 Connect the RTD simulator to Test Point 5 (plus-EE, minus-LE) and Test Point 6 (plus-E, minus-L) on NTP card P03-0542.
6.16 Place the following switches to the 50EMAL positions . l-6.16.1 SW7 on NMT card P03-0872.
A.
6.16.2 SW1, SW2, SW3 and SW4 on NMT card P03-0875.
6.17 Scan the voltage of TE-434 four consecutive times. Escord the voltages in columns 1 through 4 of (-5).
6.18 Place the following switches to the TEST position:
6.18.1 SW7 on NET card P03-0872.
6.18.2 SWI, SW2, SW3 and SW4 on NNT card P03-0875.
6.19 Connect the RTD simulator to Test Point 7 (plus-RE, minus-LE) and Test Point 8 (plus-R, minus-L) on NTP card P03-0542.
~
Js )
j ppre Exit Thermocouple / Resistance 1 PEF 10-RC-0002
" Tammerature Detector Cross Calibration Rev. 1 Page 43 of 99 l
i EECITATIGE CtFREENT MEAE1FREMENT .
I (Page 14 of 17) 6.20 Place the following switches to the WCEMAL position l
l 6.20.1 SW7 ca ENT card 703-0872.
~
6.20.2 BW1. WW2, WW3 and SW4 on WIT card 703 4875.
6.21 Scan the voltage of TE-444 fear onesecutive times. Record the voltages la coluans 1 through 4 of (-5).
~
6.22 Place the gollowing switches to the TEST position:
6.22.1 SW7 on BMT card P03-0872.
6.22.2 SW1, SW2, SW3 and SW4 on NMT card P03-0875.
r 6.23 Disconnect the ETD from Test Points 7 and 8 on NTP card P0 q and de-energize the Data Imgrer.
- 6.24 Place the following switches to the BCEMAL positions
- 6.24.1 SW7 on NET card 703-0872.
O I 6.24.2 SW1, SW2, SW3 and SW4 on NET card P03-0875. ,
l 6.25 Place the channel test switches to the position listed in column of (-4), Rua 5. Independent verification is required and'shall be *j documented om (-4). I
~
6.26 Verify the CBANNEL TEST STATUS lights, ca all BCT cards re. harmed to 30EMAL, are OFF. [_
I 6.27 Remove leads from QDFS to TE-414, TE-424. TE-434 and TE-444 as listed on (-3). Obtain ladopendent Verification on (-3).
t
'- 55125 e
.I If GDPs " lockup' occurs, then a) Botify the Control Roca Operator b) Verify there are 30 3G
}
Level Chamaels tripped c) Tarify the ODrs J
j toggle switch is in the 'R" positism and 5 d) Pash the EEEET button.
.e a i
7 Core Brit Thermocouple /Reaf stance 1 PSF 10-RC-0002 Esmerature Betector Cross caliWption Rev. 1 I Page 44 of 99 y ADMlNDUM 3 3 . -
. . g ., ,, . i., , i, ,
(Page 15 of 17) f 6.28 Place the CONS arming switch 53-0656 (CF004) to the ARM position, if CCES is required to be la servios.
7.0 Ema 6 (zB-440 E. T and E) .
I 7.1 Obtain permission from the Unit Supervisor to remove the Loop D
- Tavg/ Delta T chamaels from servios and proceed with this test.
7.2 Place the 377 EEL TAVG switch (58-5715 cm Cr005) to defeat LP4.
- 7.3 Place the ETP EEL DT switch (58-5716 cm CP005) to defeat LT4. - . ,
....e.e..e..e.....e.....
y e coxum e e e ,
. The following step places tho'plaat ta the . - O
. following Technical Specificatica Actica *
. Statements: Table 3.3-1 Punctional Dait 8 e
. and 9, Action 6; Table 3.5-3 Punctional
- k
- Wait 5.f, Action 203 and Functional Unit 9.b Action 21.
e e I e . ,
eeeeee e eee.eeeeeeee.. .e
- c .
.?.
7.4 Connect the QDPS Data Eagger to the ETD field terminations specified on (-3) for TE-4401, TE-4407 and TE-4402. Obtale Independent Yorificatica on (-3). . .
. e-7.5 Place the Channel Test switches to the position listed in coluna A of (-4), Rua 6. independent verification is required and shall be documented on (-4).
7.6 Terify the MANNEL TEST STATUS lights, on all WCT cards placed in TEST, are 0..
l t
7.7 Place SW1, SW2, SW3 and SW4 on INT card P04-0872 (SERO 19) to the
- TEST position.
?
7.8 Comaect the ETD simulator to Test Point 1 (plus-Eigh Excite (EE),
minus-Emo Escite (LE)) and Test Point 2 (plus-Righ (E), minus-Low (L)) on NTP card 704-0251 (5E2019).
7.9 Flace SW1, SW2, SW3 and SW4 on NET card P04-0872 to the N0 SEAL l
, position.
(...
~m -e e em
4 f
i 1 i
Care Exit Thermocouple / Resistance 1 PSP 10-RC-0002 Emanerature Betectpr gross Calibration Rev. 1 f /I Page 45 of 99 N 4 ADDErDUM S )
, EECITATICE CURREET MEASUREMENT l (Page 16 of 17) )
7.10 Energise the Data Easter (allow for marm-up time before initial scan) and then soma the voltage of TE-04401 four consecutive {
times. Record the voltages in colunas 1 through 4 of (-5). I 7.11 Place SW1, SW2, SW3 and SW4 on SET card 704-0872 to the TEST Position. .
7.12 Comaect the RTD samalator to Test Point 3 (plus-EE, misus-LE) and j Test Point 4 (plus-E, minus-L) on STP card 704-0251 (ERR 019). l 7.13 Place SW1, SW2, SW3 and SW4 on SET card P04-0872 to the SctXAL ,
position.
7.14 Scan the voltage of TE-440Y four consecutive times. Reco[rd 'the ,
j
- voltages in colunas 1 through 4 of ( 5). 1 7.15 Place SW1, SW2, SW3 and SW4 cm SET card PO4-0872 to the TSBT Position.
L 7.16 Connect the ETD simulator to Test Point 5 (plus-EE, minusfs21 and Q Test Point 6 (plus-E, minus-L) on STP card P04-0251. g 7.17 Place SW1, SW2, SW3 and SW4 cm SMT card PO4-0872 to the SCREAL position. l 7.18 Scan the voltage of TE-4402 four onesecutive times. Reco14 the ~
voltages in colunas 1 through 4 of (-5).
7.19 Place SW1, SW2, SW3 and SW4 on SMT card P04-0872 to the TEST Positica.
7.20 Disconnect the RTD simulator frca Test Points 5 and 6 cm STP card 704-0251 and de-energize the Data Laster.
7.21 Place SW1, SW2, SW3 and SW4 on SET card 704-0872 to the SORMAL
,osition.
I 7.22 Place the chamael test switches to the position listed la coluna 3 of (-4), Run 6. Independent Verificatica is required and shall be i fl g
documented on (-4). l
[- 7.23 Verify the CEANSEL TEST STA'295 lights, on all SCT cards returned
! to SORMAL, are CFF. j
+
7.24 Remove leads from QDPS to TE-440I, TE-440Y and TE-4402 as listed
.' ) on (-3). Obtain ladopendent Verification on (-3).
i 1
1 gare Exit Thermocouala/Ramistance 1 PSP 10-RC-0002
,:0 Rey, 1-Teanerature Detector graag pplibration Page 46 of-99 ADDENDmt3 KICITATION CURRENT MEAEUREMEET '
. (Page 17 of 17) l
- EDIE If GDPS ' lockup" occurs, them a) Botify the Control Roce Operator b) Verify there are ao SG Imvel Chamaels tripped c) Verify the CEIPS toggle' switch is in the 'E" posities and
)
d) Push the RESET buttaa. J 7.25 Place the BTP SEL TAVG switch to defeat NCEMAL. ~'s 7.26 Place the BTP EEL DT switch to defeat NCEMAL.
8.0 Ensure the test card switches listed on (-6) are la the 30 TEAL posit.d.on.
Independent Verification is required and shall be documented on (-6).
'd 9.0 Record the date/tiae that the excitation carrent measurements were 21d4 ocepleted on (-5). go *F s/MI o
g I -
10.0 Inform the Unit Supervisor that Excitation current measurements are (
oceplete and that the Data tagger has been disconnected from the QDPS gield terminations. ,
?.
11.0 Record the STPEGS I.D. No. and Cal Due Date of the Data Imgger and RID simulator on (-5). ,
h EDIE Steps 12.0 and 13.0 any be performed may time prior to Procedure Step 6.7.
- 4 I 12.0 DstLuise the excitation current gor each IIIPS RTD by dividing the b measured voltage by the known RTD simulator resistamoe. Record the
! omiculated excitatica current on (-5).
I 13.0 Transfer the excitation current vaines onto (-11).
I, ;
6 g i 1 1
'O 51 PSP 10 RC-0002-1
-(Pago 1 of 1)
[
p mato lo- S -t ? Time /Soo p- ,
37 E2EE This procedure tests all the Reactor Coolant Systea RTDs and all Core Exit Thermocouple.
Por this data package to be complete Data Sheets (-2) through (-19) aust he attached.
l
- 1. Reason for test
- a. Periodic Surveillance Test to eatisfy 4.3.3.5.1 Table 4.3-6
' , 4.3.3.6 Table 4.3-7 Inst. 15 '
East. 10 , 4.3.1.1 Table 4.3-1 Units 8 and 9 i 4.3.2.1, 5.f and 9.b / ,
4.3.3.5.1, Table 4.5-6 last. Se and ab ' 4.3.3.6, Table 4.5-7 Inst. 2 and 3 "/. .. '
l ~\
- b. Post-Maintenance Test for SWE $ If 'FN#3 ***' N#M/VP l
- 2. Data Tamers and Procedure Performers b
k /Mu lhan u.L Cehveda C 6. Tid'ak g.k<. E (Ga' j C ,7,fS ouda n " '
u (7. w w e M L,k f 4 WAliL 3.2 itout e, /D. B'nbra ,
i MW CivTCNN 'oE c MocWA pickscos j"o eD" # a ,'
- 3. Test mesults l
&cceptable 4 Unacceptable
- corrective action initiated failad **/ 'Tl **3,*o.o M,033 63 k
- W (YY .?
, bD aid Anved bs (but 5 6 YY *~ */ W# DI - 586/3
} Ale % in 6J. > Jr *~* ** / L*) ofL-33-%E3 .
. b8 /7 78 //D "/ > II {
Test C$ordinator Time /Date ih If the test results are unacceptable, IIDEDIATELY actify the Shif t
, Supervisor who shall complete the folloeing, otherwise proceed to Item 4.0:
Does this ocedittom constitute a Potential Esportable Occurrence? Tam
/ 30
{*- Should a Limittag Coaditica for Operatica .j V
Action Statement be estered? TER JO I -
t' asplais %~s wh tw=dIIh *l~**% h A*J w ofl o t it -313~
No aeN~ <<tu.mAmu s<oa n er is.y
~ /?n/W u rwn .p eu pe/tdf r< /W~/f-nor p*fr/pate j p reted ky:
j' Ma<r.shl/ yer,A/ /' ,
rvisor Time /Date
- 4. Reviewed by:
I I [@b .
4 2ehetfPerf5rmanceSupervisor Time /Date t
This form, when completed, shall be retained for five years.
..................__.......]
h core Exit Thermoccuole/penistance
} 2 PSP 10-RC-0002
'.. Tennerature Detector cross calibration Rev. l' Fage 48 of 99 DATA EMEET 2 j- TEST INFORMATIVE 1FEP10-RC-0002-2
- h. - (page 1 of 1)
I 6,1 Prerequisites satisfied for the following plateaus l
250*F S30*F 450'F 567'F w . $ 2 $(Circle n One) is/e/63 corL.
West Coordinator liste/ Time 6.1 Shift Supervisor's approval to begin testing at the following plateaus 250 F SSO F 450*F (Circle Cae) .
5S*Fer!@ lar nf__
l' Shift Supervisor Date'/ Time b 6.16 Shift Supervisor informed that testing is complete m
./ )
-Test Coordinator O
' - M&2E
<l A. RTD Simulator STPEGS 1.D. 50. f00 NOk ti Cal. Due Date l l- A-69 ,f
- 3. Fluks Data Legger -
STFEGS I.D. 30. Kt-Cf%Rl-ou Cal. Due Dste OW -
C. Fluke Data Imager STFIGS I.D. 30. OO <Yi4N-Al Cal. Due Data lO-m-@
D. -
STFEGS 2.D. 30. N /A Cal. Due Date N/A
- _ 1.D. . i. m . - D.. ,a n/A
( swsoS 3.D. so. cal. D Dat. t4 /A i errEoS z.D. so. 9/A Cal. Du Data r4/A This form, When completed shall be retained for five years.
l .,
l
)
- pore Exit Thermoconcle/ Resistance 1 PSP 10-RC-DOO2 Tennerature Detector cross calibration R3v. 1 Page 49 of 95 e
B&TA BREZT 1 EECITATION pDREENT MEASUREMENT TEST OpKpECTIONS 1 psp 10-EC-0002-3 (Page 1 of 3) menrunre Pantamu 2- ST me. mas mean st= to testa a=:itatue annet asserumme M m itt a p s via r le#+
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core prit Tharnoccuple/Repigtance SPEP10-RC-0002 Emmnerature Detector Cross calibration Rev. 1 Page 50 of 99 MTA EIEET 3 EECITATIM CURRENT KKAEUREMENT TEST [$5NECTICEE 2 PSP 10-RC-0002-3 (Page a er )
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Temperature Plateau. 250 F il RTD i COLUMN 1 (COLUMN 2! COLUMN 3 ' COLUMN 41 AVG VOLTAGE!= EXCITATION i l NUMBER I '(VOLTS) (VOLTS)i (VOLTS) l (VOLTS) l (VOLTS) l CURRENT (mA) lETE-410X! l0.29 I .O.29 1 0,29 l' O.29 i O . 29~; '! O.990 I 1=TE-410Y! O.29 .I O.29-l 0.29 ! O.29 l' O.293 i O.990 L !-
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Core Exit Thermocouple / Resistance iPSP10-RC-OOO2 Temperature Detector Cross Calibration Rev, 1 Page 76 of 99 DATA SHEET 12
(- 7300 RTD TEMPERATURE 1 PSP 10-RC-OOO2-12 (Page 1 of 4)
Temperature Plateau 250 F Run 1
! RTD l COLUMN 1 l COLUMN 2 i COLUMN 3 i COLUMN 4 : AVE RESIS l l NUMBER l (OHMS) 1 (OHMS) l (OHMG) ! (OHMS) ! ' OHMS) !
l TE-410B l 293.13 ! 293.14 l 293.14 l 293.16 ! 293.143 l
! TE-451 l 293.00 i 293.03 l 293.05 l 293.05 1 293.033 l I TE-452 l 292.81 l 292.01 l 292.84 l 292.84 l 292.825 l
! TC-453 l 293.22 l 293.22 l 293.24 ! 293.26 l 293.235 l
! TE-454 l 292.36 ! 292.36 l 292.38 l 292.40 l 292.375 l
- TE-461 l 293.39 i 293.41 ; 293.43 l 293.44 1 293.418 l
! TE-462 ! 292.86 l 292.08 l 292.90 1 292.90 l 292.885 l l
293.27 293.29
! l ! 293.31 l 293.31 l 293.295 l
('.TE-463 l TE-464 293.00 293.00 293.01 293.03 l l l l l 293.010 l l TE-471 1 293.44 l 293.46 l 293.46 l 293.40 l 293.460 :
! TE-472 l 292.60 l 292.60 l 292.62 l 292.64 l 292.615 :
-.---- ~-.-..-- - - ----.- . -- .._- -.--- -- --.- - - --- -
l TE-473 ! 292.60 l 292.60 ! 292.62 l 292.64 l 292.615 l l TE-474 l 292.96 l 292.98 ! 293.00 l 293.00 ! 292.905 ;
RTD Simulator CARD ! l COLUMN 1 l COLUMN 2 : COLUMN 3 l COLUMN 4 l MAX DIFF i l LOCATION l SETTING: (OHMS) ! (OHMS) l (OHMS) l (OHMS) l (OHMC) l l CO l 296.00 ! 295.96 l 295.96 l 295.95 l 295.95 ! 0.01 l (1) HTX = Hot Leg T/T AVO Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX = Cold Leg / Excess Colddown C.A
~; ore Enit T/C-RTD Co'nputer Code Run by g [h. t Date._//) /.
. 'This f o r m ,, when completed, shall be retained for five years.
i l
l Core Exit Thermocouple / Resistance iPSP10-RC-OOO2 l Temperature Detector Cross Calibration Rev. 1 Page 77 of 99 DATA SHEET 12 7300 RTD TEMPERATURE Ca iPSP10-RC-OOO2-12 (Page 2 of 4)
Temperature Plateau 250 F
~
Run 2
__------_-----------___-_-______..__---------_---_---_--_--______ )
i RTD l COLUMN 1 COLUMN 2 i COLUMN 3 l. COLUMN 4 l AVE RESIS i l NUMBER ! (OHMS) l (OHMS) l (OHMS) ! (OHMS) l (OHMS) l i
i TE-420B ! 294.28 l 294.30 l 294.30 1 294.32 l 294.300 l 1 l TE-451 l 293.24 1 293.26 i 293.26 l 293.27 l 293.258 i
! TE-452 ! 293.05 1 293.05 ! 293.07 l 293.07 l 293.060 1 1 TE-453 ! 293.46 l 293.46 l 293.44 l 293.48 l 293.460 l l TE-454 ! 292.59 l 292.59 292.60 l 292.62 l 292.600 l
! TE-461 l 293.63 l 293.63 l 293.65 i 293.65 l 293.640 t t TE-462 l 293.13 l 293.11 ! 293.13 l 293.14 ! 293.128 !
l TE-463 l 293.52 l 293.52 l 293.54 l 293.55 l 293.532 l
(,TE-464 ! 293.20 l 293.22 l 293.24 ! 293.26 293.230 l
! TE-471 1 293.69 l 293.69 293.70 l 293.70 1 293.695 l l TE-472 l 292.83 : ~292.G4 l 292.04 l 292.86 ! 292.843 l i TE-473 l 292.83 i 292.83 l 292.04 ! 292.66 l 292.840 l
! TE-474 1 293.18 ! 293.20 l 293.22 l 293.22 l 293.205 l RTD Simulator I
CARD i l COLUMN 1 i COLUMN 2 l COLUMN 3 : COLUMN 4 ! MAX DIFF l l LOCATION ! SETTING: (OHMS) 1 (OHMS) : (OHMS) l (OHMS) ! (OHMS) l l CO l 296.00 l 295.96 l 295.96 l 295.96 l 295.96 0.00 1 (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop l
CWX = Cold Leg Wide Range Loop j CEX = Cold Leg / Excess Colddown
- ore Exit T/C-RTD Computer Code Run by __.
2 ._ h Date_/4 / _
{'~ihis form, when completed, shall be retained for five years.
I l
L__-_________.
Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 78 of 99 DATA SHEET 12
(' 7300 RTD TEMPERATURE 1 PSP 10-RC-OOO2-12 l (Page 3 of 4) i i
i Temperature Plateau 250 F Run 3 i RTD COLUMN 1 ! COLUMN 2 i COLUMN 3 : COLUMN 4 i AVE RESIS l )
NUMBER ! (OHMS) ! (OHMS) : (OHMS) : (OHMS) l (OHMS) !
l- TE-430D l 293.50 l 293.52 ! 293.52 293.54 1 293.520 1
! TE-451 l 293.50 ! 293.52 l 293.52 293.54 ! 293.520 l l TE-452 1 293.29 l 293.31 l 293.33 1 293.33 ! 293.315 !
l TE-453 l 293.70 l 293.72 ! 293.72 l 293.74 ! 293.720
~~-----------------------------------------_-------------
l TE-454 ! 292.84 292.86 l 292.86 1 292.88 l 292.860 l
! TE-461 i 293.09 l 293.89 l 293.91 ! 293.91 293.900 1
! TC-462 l 293.37 ! 293.39 l 293.39 l 293.41 l 293.390 !
TE-463 i 293.78 ! 293.00 ! 293.80 l 293.C2 l 293.800 l (l TE-464 l 293.48 l 293.48 ! 293.50 1 293.52 293.495 l l TE-471 l 293.95 ; 293.95 1 293.96 l 293.96 l 293.955 l l TE-472 293.09 ! 293.11 l 293.11 l 293.13 l 293.110 !
! TE-473 l 293.09 l 293.11 ! 293.11 l 293.13 ! 293.110 l
! TE-474 i 293.46 ! 293.46 l 293.48 ! 293.50 ! 293.475 :
RTD Simulator l CARD l ! COLUMN 1 : COLUMN 2 l COLUMN 3 : COLUMN 4 : MAX DIFF l
! LOCATION l SETTING l (OHMS) (OHMS) ! (OHMS) l (OHMS) ! (OHMS) l l CO 296.00 l 295.96 l 295.96 l 295.96 l 295.96 i O.00 !
--_--------------------------------------------------------------------------- i, (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop
CEX = Cold Leg / Excess Colddown More Exit T/C-RTD Computer Code Run by _ 4
_4 .
_f4v1 - Da te_/_d /
This form, when completed, shall be retained for five years.
Core Exit Thermocouple / Resistance 1FSP10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 79 of 99 DATA SHEET 12 7300 RTD TEMPERATURE 1 PSP 10-RC-OOO2-12 (Page 4 of 4)
Temperature Plateau 250 F Run 4 .
I
! RTD l COLUMN 1 ! COLUMN 2 l COLUMN 3 ! COLUMN 4 i AVE RESIS l
! NUMBER ! (OHMS) l (OHMS) ! (OHMS) ! (OHMS) ! (OHMS) !
! TE-440B l 293.91 l 293.91 ! 293.93 ! 293.93 293.920 l l TE-451 ! 293.61 ! 293.63 l 293.63 ! 293.65 ! 293.630 l l TE-452 ! 293.41 l 293.43 ! 293.44 ! 293.44 l 293.430 !
! TE-453 ! 293.82 ! 293.G4 ! 293.G4 ! 293.86 ! 293.G40 ;
i
! TE-454 ! 292.96 ! 292.96 ! 292.90 l 293.00 l 292.975 ! !
i
! TE-461 ! 294.00 ! 294.00 l 294.02 l 294.02 ! 294.010 l .
! TE-462 : 293.48 l 293.48 l 293.50 l 293.50 l 293.490 l
_ _ _ _ _ - _ _ - _ _ _ _ _ _ - _ - _ _ _ _ _ _ - _ - _ - _ - _ _ _ _ _ _ - - _ - - _ _ _ - _ _ _ - - - - _ - - _ _ . - - _ _ - - _ _ - - i
! TE-463 l 293.G9 ! 293.91 l 293.91 ! 293.93 i 293.910 l
( TE-464 ! 293.59 ! 293.61 l 293.61 ! 293.61
! 293.605 !
! TE-471 ! 294.06 ! 294.06 l 294.08 ! 294.08 ! 294.070 l TE-_4< , ,
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! TE-473 ! 293.22 l 293.22 l 293.24 ! 293.24 l 293.230 l
! TE-474 l 293.57 ! 293.57 l 293.59 l 293.59 l 293.550 !
RTD Simulator
! CARD ! ! COLUMN 1 ! COLUMN 2 ! COLUMN 3 l COLUMN 4 i MAX DIFF ! ,
! LOCATION ! SETTING! (OHMS) ! (OHMS) l (OHMS) ! (OHMS) l ( Oi lMS ) l
! CO ! 296.00 l 295.95 l 295.96 ! 295.96 ! 295.96 ! O.01 !
4 (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Log T/T AVG Loop -
HWX = Hot Leg Wide Range Loop i CWX = Cold Leg Wide Range Loop CEX = Cold Leg / Excess Colddown ;
' ore Exit T/C-RTD Computer Code Run by _
h Date/8[/[
.his form, when completed, shall be retained for five years. /
L_
Core Exit Thermocouple /Resistante 1PCPiO-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 i Page 80 of 99 t
DATA CHEET 13 ODPS RTD TEMPERATURE DATA 1 PSP 10-RC-OOO2-13 (Page 1 of 1)
Temperature Plateau 250 F l RTD l COLUMN 1l COLUMN 2l COLUMN 3! COLUMN 4; AVG VOLT lEXCITATIONIAVG RESIS!
! NUMBER! (VOLTS): (VOLTS)! (VOLTS)! (VOLTS)! (VOLTS)!CURR (MA) l (OHMS) :
TE-410X: 0.2906 ! O.2906 i O.2907 l 0.2907 l 0.29065 l 0.98991 ! 293.608 i TE-410Y: 0.2910 i O.2910 l 0.2910 ! O.2910 l 0.29100 l 0.98953 f 294.082 l TE-410ZI O.2903 0.2908 l 0.2908 0.2908 0.29080 1 0.98929 ! 293.943 i TE-420X! O.2903 l 0.2903 l 0.2904 i O.2904 l 0.29034 0.98976 l 293.345 !
TE-420Yl O.2901 l 0.2901 l 0.2901 6.2901 ! O.29007 i O.98970 i 293.085 l TE-4202: 0.2901 l 0.2901 : 0.2901 ! O.2901 1 0.29013 ! 0.98906 l 293.103 !
TE-430Xl O.2905 i O.2903 l 0.2903 l 0.2904 l 0.29034 l 0.98976 l 293.330 l
~-430
-(_-----Y! O.2904 l 0.2904 l 0.2904 l 0.2904 l 0.29036 : 0.98966 l 293.393 !
TE-430Z: 0.2903 0.2903 l 0.2903 l 0.2903 l 0.29033 ! O.98990 l 293.293 !
TE-440X! O.2905 l 0.2905 i O.2905 l 0.2906 ! O.29054 l 0.98905 l 293.750 l TE-440Y: 0.2901 ! 0.2901 ! 0.2901 l 0.2901 l 0.29014 l 0.98951 293.211 TE-440Zl 0.2908 l 0.2900 ! O.2908 ! O.2908 l 0.29076 i O.98869 l 294.088 l TE-413 l 0.2913 ! 0.2913 ! O.2913 l 0.2913 l 0.29131 l 0.99176 l 293.726 l i TE-423 l O.2907 l 0.2907 i O.2907 : 0.2907 i O.29068 0.99044 ! 293.486 TE-433 i O.2912 i O.2912 l 0.2912 l 0.2913 l 0.29124 i O.99145 293.751 ;
TE-443 1 0.2911 : 0.2911 l O.2911 0.2912 l 0.29113 i O.99159 l 253.605 ! {
TE-414 ! O.2904 l 0.2904 ! O.2904 l 0.2904 l 0.29043 l 0.98920 l 293.597 l ,
TE-424 l 0.2906 l 0.2907 1 0.2907 l 0.2907 l 0.29066 : 0.99011 l 293.558 )
,.-------------------------------------------- l l
TE-434 l 0.2910 ! 0.2910 l 0.2910 l 0.2910 0.29101 ! O.99030 i 293.854 l l l
l
, TE-444 ! O.2905 l 0.2905 l 0.2905 l 0.2905 l 0.29053 l 0.90978 l 29. 532 l 1 1
(~CoreEnitT/C-RTDComputer
~
Code Run by _. /4x _.Date_8 /
This form, when completed, shall be retained for five years.
0 l
l
______.___-___._--_.-__-__D
I. t
,z q
' Core Exit Thermocouple /Rocistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 96a of 99 DATA SHEET 18 CORRECTED RTD DATA 1 PSP 10-RC-OOO2-18 (Page la of 2)
Temperature' Plateau 250 F l RTD l AVE TEMP l TEMP CORRi TEMP CORR l CORR TEMP i INSTALL'l
! NUMBER I (F) i LADEL I (F) l- (F) l CORR (F)i iTE-410X ! 245.59 O I O.00 ! 245.59 l 0.44 i lTE-410Y ! 245.36 i O l O.00 ! 245.36 i O.21 i s
'!TE-410Z l 245.50 ! O I O.00 245.50 ! O.34 l ITE-420X ! 245.97 : 4 i O.55 i 245.42 0.27 i
.!TE-420Y ! 245.96 ! 4 ! O.55 ! 245.41 ! 0.26 : ;
ITE-420Z l 245.98 l 4 l 0.55 l 245.43 0.28 i !
TE-430X l 246.61 ! 8 l 1.16 l 245.45 i O.30 .: ,
!TE-430Y ! 246.67 l 8 l 1.16 l 245.51 i O.35 l
('E-430Z 246.58 1 8 l 1.16 l 245.42 i O.27 l TE-440X : 246.93 ! 12 i 1.40 1 245.53 l 0.37 i lTE-440Y ! 246.94 l 12 l 1.40 l 245.54 ! 0.39 l
.!TE-440Z l 246.82 ! 12 ! 1.40 l 245.42 l 0.27 i
!TE-413 ! 245.43 ! 1 i G.53 l 244.90 ; -0.26 i ITE-423 ! 245.84 i 4 l 0.55 1 245.29 l 0.11 l
!TE-433 l 245.54 1 7 0.54 l 245.01 -0.15 l lTE-443 1 245.98 l 10 0.52 1 245.46 I O.31 !
!TE-414 i 245.10 l 2 ! 1.14 l 243.95 l -1.20 :J
!TE-424 l 245.29 I 5 l 1.16 ! 244.12 l -1.03 l'
!TE-434 l 245.38 ! 8 ! 1.16 l 244.22 ! -0.94 !
lTE-444 ! 244.92 11 ! 1.14 l 243.77 l -1.38 l f Thic' form, when completed, chall be retained for the life of the plant.
1 l
_ _-_ _ _ _ _ _ - -_ _ . _ _ _ _ _ _ _ ._ n
Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Pagc 96b of 99 DATA OHEET 10 CORRECTED RTD DATA 1 PSP 10-RC-OOO2-18 (Page ib of 2)
Temperature Slatee.u 250 F i RTD l AVE TEMP ! TEMP CORR TEMP CORR CORR TEMP i INSTALL l l NUMDER i (F) ! LADEL ! (F) (F) l CORR (F)!
lTE-410B l 245.08 l 0 i O.00 l 245.08 ! -0.07 I ITE-420B 245.57 4 i O.55 ! 245.02 : -0.13 i ITE-430D 246.40 l 8 l 1.16 l 245.24 i O.08 l ITE-440D ! 246.56 ! 12 : 1.40 l 245.16 i O.01 !
lTE-451 l 245.12 l 0 l 0.00 ! 245.12 l -0.04 l t
lTE-452 l 245.14 i 0 l 0.00 l 245.14 i -0.01 !
lTE-453 l 245.73 l 0 l 0.00 ! 245.73 l 0.57 y 1
.. I
!TE-454 ! 245.26 ! O l 0.00 ! 245.26 l 0.10 l !
l
. Core Enit T/C-RTD Computer Code Run by _ . _ _ . _ . . _ _
ate /Ch
('This form, when completed, shall be retained for the life of the plant.
I l
\
- - - - 1
Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 97 of 99 DATA SHEET 18
- C- CORRECTED RTD DATA 1 PSP 10-RC-OOO2-18 (Page 2 of 2)
Temperature Plateau 250 F
{
! RTD ! AVE TEMP i TEMP CORR: TEMP CORR I CORR TEMP ! INSTALL ! '
! NUMDER ! (F) : LABEL ! (F) i (F) l CORR (F)!
!TE-461 ! 245.22 l N/A ! O ! 245.22 i O.06 !
!TE-462 ! 245.14 l N/A l 0 ! 245.14 l -0.01 !
lTE-463 ! 245.26 l N/A ! 0 l 245.26 ! 0.11 :
!TE-464 ! 245.29 ! N/A ! O l 245.29 i O.13 lTE-471 245.26 : N/A ! O ! 245.26 ! 0.10 l lTE-472 l 245.18 ! N/A O l 245.18 0.02 !
!TE-473 ! 245.03 : N/A ! O l 245.03 -0.12 ,
!TE-474 l 245.11 : N/A l 0 ! 245.11 l -0.05 l
(" AVE CORRECTCD TEMPERATURE 245.1535 Core Exit T/C-RTD Computer Code Run by /q,s
/2//h D a te _/4 / .[ ___
This form, when completed, shall be retained for five year.
- l 1
I l
1 i
i i
I
~ ~ ~ - - _ _ _ _ _ . - _ l
Core Exit Thermocouple / Resistance iPSP10-RC-OOO2 j Temperature Detector Cross Calibration Rev. 1 Page 98 of 99 DATA CHEET 19 RTD TEMPERATURE DATA CORRECTION 1 PSP 10-RC-OOO2-19 (Page 1 of 2)
Temperature Plateau 250 F l ! TE-451 i TE-461 l TE-471 l
!RCS Loop AIAvg Resisl Avg Temp l Avg Resis! Avg Temp l Avg Resis: Avg Temp 1 ! (OHMS) l (F) l (OHMS) I (F) ! (OHMS) i (F) i
! RUN 1 l 293.03 l 245.12 ! 293.42 ! 245.22 l 293.46 ! 245.26
- RUN 2 i 293.26 l 245.64 l 293.64 ! 245.74 ! 293.70 .: 245.80 i l RUN 3 l 293.52 : 246.26 l 293.90 ! 246.35 l 293.95 l 246.41 l l RUN 4 l 293.63 ! 246.52 l 294.01 ! 246.60 l 294.07 l 246.68 l
! l TE-452 l TE-462 : TE-472 l lRCO Loop B: Avg Resisl Avg Temp! Avg Resisl Avg Temp l Avg Resis! Avg Tempi l l (OHMS) l (F) l (OHMS) l (F) l (OHMS) ! (F) !
! RUN 1 l 292.02 ! 245.14 l 292.89 ! 245.14 l 292.62 ! 245.18 l
! RUN 2 l 293.06 l 245.69 l 293.13 1 245.71 ! 292.84 l 245.71 I i RUN 3 l 293.31 ! 246.29 l 293.39 i 246.32 l 293.11 l 246.34 l
! RUN 4 1 293.43 l 246.56 l 293.49 l 246.56 293.22 l 246.60 !
l l TE-453 : TE-463 TE-473 l (IRCSLoopCl Avg Resisl Avg Temp Avg Resis! Avg Temp l Avg Resis! Avg Temp l
! l (OHMS) l (F) ! (OHMS) l (F) ! (OHMS) l (F) l l RUN 1 l 293.23 l 245.73 l 293.29 ! 245.26 l 292.62 l 245.03 l
! RUN 2 l 293.46 i 246.25 ! 293.53 l 245.81 l 292.84 l 245.56 l l RUN 3 l 293.72 l 246.86 l 293.80 l 246.44 l 293.11 ! 246.19 l l RUN 4 l 293.84 l 247.14 l 293.91 l 246.70 l 293.23 ; 246.47 l
! l TE-454 : TE-464 TE-474 l
!RC5 Loop D! Avg Resicl Avg Temp! Avg Resisl Avg Temp l Avg Resisl Avg Temp:
! ! (OHMS) ; (F) l (OHMS) l (F) ! (OHMS) l (F) !
l RUN 1 l 292.38 ! 245.26 ! 293.01 l 245.29 ! 292.98 245.11 i l RUN 2 l 292.60 245.78 l 293.23 l 245.80 ! 293.20 l 245.62 I l RUN 3 l 292.86 246.39 l 293.50 ! 246.42 : 293.48 l 246.25 :
RUN 4 l 292.98 i 246.67 ! 293.60 l 246.68 l 293.58 l 246.50 l Core Exit T/C-RTD Computer Code Run by _s'. Date
/#/[/
This form, when completed, shall be retained for five years.
I,
- 1 1
- p. - - - -
. . - -. a a - --
y
.. i Core Exit Thermocouple /Renistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 99 of 99 i
'( - DATA SHEET 19
Temperature Plateau 250 F I Cold Leg RTDs
! RCS I AVE TEMP i TEMP CORRECT ! TEMP CORR
! Loop A l (F) ! (F) i Label i IRUN 1 l 245.20 ! O.000 l l IRUN 2 l 245.73 i O.533 ! 1 l lRUN 3 l 246.34 ! 1.143 i 2 !
IRUN 4 l 246.60 1 1.405 ! 3 l i RCS ! ! l l l Loop B ! l l 1 IRUN 1 l 245.15 l 0.000 I i lRUN 2 l 245.70 i O.551 l 4 l IRUN 4 1 246.57 l 1.419 ! 6 i l RCS : ! l 1 Loop C l ! l l
!RUN 1 ! 245.34 l 0.000 ! !
!RUN 2 l 245.88 l 0.537 I 7 l
!RUN 3 l 246.50 l 1.160 ! 8 l lRUN 4 l 246.77 i 1.434 l 9
! RCS I I !
l Loop D ! !
!RUN 1 245.22 ! O.000 ! !
IRUN 2 ! 245.74 i O.520 ! 10 !
3
.---------------------------_--.141 IRUN 3 l 246.36 l 1 l 11 1 IRUN 4 l 246.61 ! 1.399 l 12 C;-.--...___--_-----------.-----.--..--...-------------.
W Core Exit T/C-RTD Computer Code Run by __ , _ gut __Da te /d / . ___
_ _ _ _ _ _ _______a
6 s' - .
5 i Core Exit Thermocouple / Resistance 1 PSF 10-RC-0002
,', Tennerature Detector Cross Calibration Rev. 1 )
Page 48 of 99 /
"( .
B&TA EHEET 2 l
TEST INFoEMATIQE 2 psf 10-RC-0002-2
- (Page 1 of 1) .
l 6.1 Prerequisites afled for the following plateaus
~
250*F $0 F 450*F 67'F (Circle Cae)
- ./ 10hh56YS7
. Test Coordinator Mte/ Time i 1 6.1 shift 's approval to begin testing at the following plateaus 250 F 330*F ' 450 F 6 F (Circle Cae) ., )
Y4kY Oi'^" 3 Shitt Supervisor Dato/ Time 6.16 shift supervisor informed that test is complete Test Coordinator
( REZE A. RTD simulator / '
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St?sGs I.D. 50. !@ - 80306 'O/ Chi. Due Date I/!T!W .1
, q
- s. Flute Data Logger s ; )
'. STFEGs I.D. 50. /80 - M9/Y-Ob Cal. Due Date 3 /23 / .
C. Fluke Data Eagger sTFsos z.D. so. /00- do1/W- o / Cal. Due Date /o/n /P'r D. other STFsGs I.D. 30. _ MfA Cal. Due Date R fA
(-
{ stPass 2.D. so. M/A Cal. Due Date alA sTFsos I.D. so. NlA cal. Due Date M /A 4 sTFsos z.D. so. nIA cal. Due Date n /A 4 This form, when completed shall be retained for five years.
- 5 l
's l I
l
?.
- enre Exit Thermoconsle/Resistanee 1 PSP 10-RC-OL32 Tannarature Betector cross Calibration R$v. 1
} Page 49 of 39 9 ,
l R&TA EEEET S
. EECITATIM CURRENT MEASUREMENT TERT COEIECTIONS 1 PSF 10-RC-0002-3
}
- (Page 1 of 3) *
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- Page 56 of 99
' DATA SHEET 5
('
EXCITATION CURRENT DATA 1 PSP 10-RC-OOO2-5
[ (Page 1 of 1)
Temperature Plateau- 330 F 1
1 RTD l COLUMN 1 l COLUMN 21 COLUMN 31 COLUMN 41 AVG VOLTAGEl EXCITATION I 1 1 NUMBER I (VOLTS) 1 (VOLTS)l (VOLTS) I (VOLTS) I (VOLTS) !_ CURRENT (mA)!
- l TE-410XI O.33 I O.33 i O.33 i O.33 i O.326 i O.990 !
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~1 TE-410YI O.33 i O.33 i O.33 i ~O.33 1 0.326 I O.989
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.il TE-410Z1 0.33 I O.33 i O.33 1 0.33 i O.325 l O.989 I TE-420XI O.33 I O.33 i O.33 I O.33 1 O.326 i O.990 t R
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?! TE-420YI O.33 i O.33 i O.33 I O.33 i O.326 i O.990 1
- I TE-420Z1 0.33 i O.33 I O.33 i O.33 1 0.326- 1 0.990 1
~_____________________________________________________________________________
- t TE-430XI O.33 ! O.33 i O.33 i O.33 i O.326 I O.990 1 l TE-430Yi O.33 I O.33 I O.33 1 0.33 i O.326 1 0.989 I I
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- I TE-413 i O.33 i O.33 i O.33 1 0.33 i O.326 i O.992 1 ti TE-423 1 0.33 I O.33 I O.33 I O.33 I O.326 I O.990 1
'l TE-433 1 0.33 I O.33 1 0.33 I O.33 i O.326 i O.991 1 ll TE-443 i O.33 i O.33 i O.33 i O.33 I O.326 i O.991 1 l TE-414 ! O.33 !. O.33 I O.33 i O.33 i O.325 i O.989 i
- l TE-424 i O.33 i O.33 1 0.33 i O.33 i O.326 i O.990 1
,11 TE-434 1 0.33 I O.33 i O.33 I O.33 I O.326 i O.990 I 7_____________________________________________________________________________
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CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop !0!88 OMYf
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' RTD Simulator /OO - 003 0(3 . o f //-44T( STPE S I.D. NO. /w-op9d ol Cal . Due Dat Core Exit T/C-RTD Computer Code Run by _ _
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- Page 57 o, 99 k (> -
- BATA REEET &
TEST CARD Bif1TCE POSITIGE 1 PSP 10-3C-0002-6 (Page 1 o,2)
! Temperature Plateau 3 Date #
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~ 1 I- core Brit Thermoccuole/ Resistance 1 PEP 10-RC-0002 j
- 4 Temperature Detector Cross calibration Rev. 1
$- Page 75 of 99 j IKTA EnEET 11 j RTD Test c0NNECTIONS- WR RTDs 1 PSP 10-RC-0002-11
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Core. Exit Thermocouple /Rosistance 1 PSP 10-RC-OOOP Temperature Detector Cross Calibration Rev. 1-Page 76 of 99 DATA SHEET 12
' ( ':. 7300 RTD TEMPERATURE R iPSP10-RC-OOO2-12
. (Page 1 of 4)
Temperature Plateau 330 F ,
Run 1 ci- RTD I COLUMN.1.1 COLUMN 2 i COLUMN'3~l COLUMN 4 1 AVE RESIS I
'I. ' NUMBER I (OHMS) I (OHMS) 1. (OHMS) 'l (OHMS) 1 (OHMS) l l.___-___o_--______-___---______-------___________--_________________
.,!!.TE-41on 1 332.14. .I 332.14 1 332.16- !- 332.16 1 332.150 t
'iTE-451' t .l' 331-99 . 1 331.99 1 :332.01 1 332.02 1 332.003 I a__---_---_-_-______--_---__--_----------_--__--- -. ________________
?l TE-452 1 331.73 1 331.75 1 331.75 1 331.77 1 331.750 I ,
(I TE-453 I 332.18 1 332.18 1 332.19 1 332.21 1 332.190 1 l TE-454 1 331.20 1 331.20 1 331.22 1 _331.22 1 331.210 I l TE-461 1 332.40 1 332.40 1 332.42 1 332.42 l 332.410 1 11TE-462 1 331.84 1 331.84 1 331.86 1 331.86 1 331.850 t ,
'l 'E-463 1 332.29 1 332.29 1 332.30 1 332.32 1 332.300 t
.g(.-__---________-_____-_-___---_-___________-_____-------_-_-_____
-1_TE-464 1 331.91 1 331.93 1 331.93 1 331.95 1 331.930 1 l TE-471 ! 332.44 1 332.45 1 332.47 1 332.47 1 332.458 i l'TE-472 1 331.50 1 331.50 1 331.52 1 331.52 1 331.510 i i TE-473 1 331.56 1 331.56 1 331.58 1 331.60 1 331.575 1 11TE-474 1 331.95 1 331.97 1 331.97 1 332.01 1 331.975 1 RTD Simulator 1 CARD 'l I COLUMN 1 1 COLUMN 2 i COLUMN 3 ! COLUMN 4 l MAX DIFF 1 l
'l LOCATION I SETTINGl (OHMS) 1 (OHMS) I (OHMS) 1 (OHMS) I (OHMS) I l CO I 329.00 1 328.95 I 328.95 I 328.96 1 328.96 I O.01 1 (1).:HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg' Wide Range Loop CEX = Cold Leg / Excess Colddown (I fe Exit T/C-RTD Computer Code Run by ___ _ _ __Jh________Date__0_ _ $'_E ___
.t..is form, when completed, shall be retained for five years.
l' l
im________._______________._____________________._______.___ _ _ _ _ _ . . _ _ _ _ _ . . _ _
3 '
l l
l Core Ex i t . Thermocouple e/Resi stance 1 PSP 10-RC-OOO2-
- l. Temperature' Detector Cross Calibration' Rev. 1 0
Page 77.of 99 DATA SHEET-12' 3
7300 RTD-TEMPERATURE 1 PSP 10-RC-OOO2-12
. (Page 2 of 4) l
, , i t.
': Temperature Plateau 330 F ]q Run.2~ '
RTD. 1 COLUMN 1 1 COLUMN 2 1 COLUMN 3 i COLUMN 4 i AVE RESIS I
' . l.
- 1. NUMBER- l' (OHMS) (OHMS) 1 (OHMS) I (OHMS) I (OHMS) 1 -l
- ______________________'l .___________________________________________
f
!! TE-420B= 1 333.39 I 333.39 8 333.41 I 333.41 1 333.400 I il/TE-451 ! 332.14 1 332.14 1 332.16 .I 332.16 1 332.150 1
?l; TE-452' I 331.88 I 331.88 1. 331.89 1 331.89 1 331.885 l'
/!!TE-453 1 332.32 1 332.34 1 332.34 1 332.36 ~l L332.340 1
_ _ - _.=-_____________________________________________________________
il TE-454 1 331.35 1 331.35 1 331.35 l' 331.37 1 331.355 1
- t _______--________________________________________--________________
1 332.55 1 332.55 1 332.57 1 332.57 1. 332.560 t
'_ixTE-461
.1 TE-462 -1 331.97 1 331.99 1 331.99 I 332.01 1 331.990 I
'l'TE-463 ! 332.44 1 332.45 1 332.45 1 332.45 1 332.448 I
-464 332 CB 332 08 1 332 08 332 08 332 080 , ll 1 TE-471 l 332.61 1 332.61 1 332.62 1 332.62 1 332.615 I
'IETE-472 1 331.63 1 331.65 1 331.65 1 331.67 1 331.650 l l Lli.TE-473 1 331.71 1 331.73 1 331.73 1 331.73 i 331.725 1
'l TE-474 'l ~332.10 1 332.12 1 332.12 1 332.14 1 332.120 1 RTD Simulator
.l. CARD I I COLUMN 1 1 COLUMN 2 i COLUMN 3.1 COLUMN 4 I MAX DIFF !
'l LOCATION 1 SETTINGl (OHMS) I (OHMS) 1 (OHMS) l (OHMS) I (OHMS) l 1: CO. I 329.00 1 328.96 1 328.95 1 328.96 1 328.96 i O.01 l
-li
, (1). HTX = Het Leg T/T AVG Loop ;
'CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX = Cold Leg / Excess Colddown e Exit T/C-RTD Computer Code Run by _____ ________'_________Date__h_((_k_
..is form, when completed, shall be retained for five years.
),
b j
t
Core Exit Thermocouple / Resistance iPSP10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 78 of 99 DATA SHEET 12 7300 RTD TEMPERATURE
{. , 1 PSP 10-RC-OOO2-12 (Page 3'of.4)
, Temperature Plateau 330 F Run 3 l RTD i COLUMN 1 l COLUMN 2 ! COLUMN 3 ! COLUMN 4 ! AVE RESIS l 1 NUMBER I (OHMS) I (OHMS) I (OHMS) I (OHMS) 1 (OHMS) I !
l TE-430B 1 332.29 1 332.29 1 332.30 1 332.30 1 332.295 1 l TE-451 1 332.30 1 332.30 1 332.32 1 332.32 1 332.310 1 l TE-452 1 332.04 1 332.06 1 332.08 1 332.08 1 332.065 I i 1 TE-453 1 332.49 1 332.51 1 332.51 1 332.53 1 332.510 t l TE-454 1 331.52 l- 331.52 1 331.52 1 331.54 1 331.525 I l TE-461 1 332.73 1 332.73 1 332.73 i 332.75 ! 332.735 1
! TE-462 1 332.16 1 332.16 1 332.18 1 332.18 1 332.170 1 1 332.61 1 332.62 1 332.62 1 332.64 1 332.623 1
_l{TE-463
! TE-464 1 332.25 1 332.25 ! 332.27 1 332.27 1 332.260 I ,
j i TE-471 1 332.77 ! 332.79 ! 332.79 ! 332.81 1 332.790 1 l TE-472 1 331.82 1 331.82 1 331.84 1 331.84 1 331.830 1 l TE-473 1 331.88 1 331.89 i 331.89 1 331.91 1 331.893 1 i TE-474 1 332.29 1 332.29 1 332.30 1 332.30 1 332.295 I RTD Simulator l CARD i I COLUMN 1 ! COLUMN 2 i COLUMN 3 l COLUMN 4 i MAX DIFF 1
. I LOCATION I SETTINGl (OHMS) I (OHMS) I (OHMS) I (OHMS) 1 (OHMS) I l CO I 329.00 1 328.95 1 328.95 1 328.95 1 328.96 i O.01 I (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop 1 ,
HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX = Cold Leg / Excess Colddown
_Pe Exit T/C-RTD Computer Code Run by _ _ ________[________Date__ _ f___
This form, when completed, shall be retaine for five years.
I 1
l
'1 1
1 i
_ _ _ _ _ _ _ _ . . _ _ _ _ _ _ a
1
? 4 3
1 Core Exit Thermocouple / Resistance iPSP10-RC-OOO2 1 Temperature Detector Cross Calibration Rev. 1 Page 79 of 99 DATA SHEET 12 7300 RTD TEMPERATURE iPSP10-RC-OOO2-12 H (Page 4 of 4) !
J 1 Temperature Plateau 330 F l Run 4 L l RTD i COLUMN 1 1 COLUMN 2 1 COLUMN 3 I COLUMN 4 ! AVE RESIS I l r
'l NUMBER I (OHMS) (OHMS) 1 (OHMS) I (OHMS) 1 (OHMS) l l
.I TE-440B l 332.75 1 332.75 I 332.77 1 332.77 1 332.760 i
'l TE-451 1 332.40 1 332.40 1 332.42 1 332.44 1 332.415 1 l TE-452 1 332.14 1 332.16 ! 332.16 I 332.18 1 332.160 l l TE-453 1 332.59 1 332.61 1 332.61 1 332.62 1 332.607 i l TE-454 1 331.61 1 331.61 1 331.63 1 331 65 8 331.625 1
, i TE-461 1 332.81 1 332.81 l 332.85 1 332.85 1 332.830 1 l TE-462 ! 332.25 1 332.27 1 332.27 1 332.27 1 332.265 1
! TE-463 ! 332.70 l 332.71 1 332.71 1 332.73 1 332.713 I
-464 332 34 32 34 I 332 36 332 36 32 350 l TE-471 1 332.86 1 332.88 8 332.88 1 332.90 1 332.800 l l TE-472 i 331.90 \! 331.91 1 331.93 1 331.93 1 331.917 1 l TE-473 1 331.97 1 331.99 1 331.99 I 332.01 ! 331.990 1 1 TE-474 1 332.38 1 332.38 1 332.38 I 332.40 l 332.385 1 i
RTD Simulator <
1 CARD i ! COLUMN 1 ! COLUMN 2 i COLUMN 3 1 COLUMN 4 1 MAX DIFF i I LOCATION I SETTINGl (OHMS) I (OHMS) I (OHMS) I (OHMS) I (OHMS) I
.I CO I 329.00 ! 328.96 1 328.95 1 328.95 1 328.95 I O.01 1 (1) HTX = Hot Leg T/T AVG Loop a CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX = Cold Leg / Excess Colddown
,e Exit T/C-RTD Computer Code Run bY_
("...is _ . - _____ _______Date__!O[a[_8___
form, when completed, shall be retained for five years.
Core Exit Thermocouple /Resis'tanco iPSP10-RC-OOO2' Temperature Detector Cross Calibration Rev. 1 Page 80 of 99 1
DATA SHEET 13 i DDPS RTD TEMPERATURE DATA 1
~
iPSP10-RC-OOO2-13 i
- (Page 1 of 1)
Temperature Plateau 330 F l
l-RTD ICOLUMN llCOLUMN 21 COLUMN 31 COLUMN 41 AVG VOLTIEXCITATION! AVG RESISI l
.lNUMBERI (VOLTS)I (VOLTS)! (VOLTS)I (VOLTS)I (VOLTS)lCURR (MA) 1 (OHMS) !
.TE-410XI O.3292 i O.3292 i O.3292 i O.3292 I O.32921 I O.98979 1 332.604 I i
'TE-410Yi O.3297 i O.3297 1 0.3297 i O.3297 I O.32969 i O.98939 1 333.222 1
__________________________________________________________________________ i TE-410Z1 0.3293 i O.3293 I O.3293 i O.3293 i O.32934 ! O.98918 1 332.938 1 .
TE-420XI O.3288 i O.3288 0.3288 1 0.3288 1 0.32876 i O.98960 1 332.211 1 TE-420Y! O.3284 I O.3284 i O.3284 I O.3284 1 0.32842 I O.98951 1 331.903 1 TE-420Z1 0.3285 i O.3285 I O.3285 I O.3285 I O.32850 1 0.98967 1 331.925 I
.TE-430XI O.3286 i O.3286 1 0.3286 i O.3286 i O.32861 i O.98957 1 332.072 1 T(730YI O.3286 I O.3287 I O.3287 i O.3287 I O.32865 i O.98948 1 332.143 I TE-430Zi O.3286 i O.3286 i O.3286 1 0.3286 1 0.32859 I O.98973 1 332.001 1 TE-440XI O.3288 i O.3288 i O.3288 ! O.3288 1 0.32881 i O.98888 i 332.509 1 TE-440Y1 0.3283 ! O.3283 i O.3283 I O.3283 I O.32832 i O.98933 1 331.863 i TE-440Z1 0.3291 1 0.3291 1 0.3291 i O.3291 1 0.32909 i O.98850 1 332.915 1 TE-413 1 0.3300 ! O.3301 1 0.3301 i O.3301 1 0.33006 1 0.99160 1 332.852 i TE-423 1 0.3292 ! O.3292 1 0.3292 i O.3292 1 0.32919 i O.99024 1 332.431 1 i TE-433 I O.3299 ! O.3299 i O.3299 I O.3299 I O.32989 i O.99128 I 332.791 !
TE-443 i O.3297 ! O.3297 i O.3297 I O.3297 i O.32971 1 0.99140 1 332.573 i TE-414 1 0.3290 i O.3291 1 0.3291 1 0.3291 1 0.32905 1 0.98902 1 332.703 1 TE-424 i O.3293 I O.3293 i O.3293 1 0.3293 I O.32927 i O.98995 1 332.614 1
'TE-434 i O.3297 ! O.3297 ! O.3297 ! O.3297 1 0.32966 ! 0.99012 1 332.949 i TE-444 i O.3291 1 0.3291 1 0.3291 i O.3292 1 0.32914 I O.98960 1 332.597 !
_(
L_re Exit T/C-RTD Computer Code Run by __ s_ _________Date_/f f ]_(__
This form, when completed, shall be retained for five years. )
i
Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 i Temperature Detector Cross Calibration Rev. 1 Page 96a of 99
- l. DATA SHEET 18 CORRECTED RTD DATA iPSP10-RC-OOO2-18 (Page la of 2)
Temperature Plateau 330 F
_________________________ _-- . =___________________
l RTD LAVE TEMP l TEMP CORR! TEMP CORR ! CORR TEMP 1 INSTALL I
~ 1 NUMBER ! (F) LABEL (F) (F) CORR (F)! /
l I 1 1 l 1
ITE-410X l 337.42 i O 1 0.00 1 337.42 i O.17 1 ITE-410Y l 337.28 i O I O.00 ! 337.28 i O.04 I
__ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - =_______________________ ;
ITE-410Z l 337.34 i O I O.00 I 337.34 i O.09 l
_=_____________________________________________________________
. lTE-420X l 337.77 I 4 I O.33 1 337.44 i O.20 1 ITE-420Y ! 337.76 I 4 i O.33 I 337.43 i O.18 1 l
]
ITE-420Z ! 337.63 1 4 i O.33 I 337.30 1 0.06 1 1
_________________________________________________________________ i ITE-430X 1 338.16 i B l O.76 1 337.40 1 0.15 1 ITE-430Y ! 338.28 ! 8 I O.76 1 337.51 ! O.27 ! i i
if ~
430Z l 338.08 1 8 i O.76 ! 337.31 i O.06 I l
!TE-440X i 338.44 ! '12 ! O.99 I 337.45 i O.20 t l
- ITE-440Y l 338.38 1 12 i O.99 1 337.39 1 0.14 1
- ITE-440Z l 338.32 1 12 I O.99 1 337.33 ! O.08 1 ITE-413 1 337.99 1 1 I O.36 1 337.63 1 0.38 1 t
ITE-423 1 337.93 1 4 I O.33 1 337.60 1 0.35 I i
' lTE-433 1 337.70 1 7 i O.36 1 337.34 i O.10 1 ITE-443 1 337.91 1 10 ! O.35 1 337.56 i O.31 1 ITE-414 1 337.50 1 2 i O.76 1 336.73 1 -0.52 11 ITE-424 1 337.63 1 5 i O.76 1 336.87 1 -0.38 1 ITE-434 1 337.66 1 8 i O.76 1 336.90 1 -0.35 1 ITE-444 1 337.29 l 11 ! O.77 1 336.52 1 -0.73 11 This form, when completed, shall be retained for the life of the' plant.
( !
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. Core Exit Thurmocoupls/Resistanca 1 PSP 10-RC-OOO2 Temperature Detector. Cross Calibration '
Rev. 1-g r Page 966 of 99 DATA SHEET 18
'-[':
-(1 '
CORRECTED RTD DATA 1 PSP 10-RC-OOO2-18 (Page'1b of-2)
ETsmperature Plateau 330 F 11 RTD LAVE TEMP l' TEMP CORRI TEMP CORR I CORR TEMP 1 INSTALL-1 il l NUMBER 1 (F) I LABEL 1 :(F) 1 (F)- I CORR (F)!
(ITE-410B.I 337.07- 'l O' i O.00 1 337.07 I -0.18 .1 J
lTE-420B l.337.43 1 4 11 0.33 1 337.11 1 -0.14- 1 ITE-4 SOS I'338.00 1 8 i O.76' I[337.23 1 -0.01 1
- lTE-440B 1.338.08 l 12 i O.99 1 337.09 l' -0.16 I ilTE-451 l'337.18- 1 O I O.00 1 337.18 l .-O.07 i ITE-452 1 337.16 I O l O.00 1 337.16 l -0.09 i
,lTE-453 1 337.81. 1 O 1 0.00 1 337.81 i O.56 lj' LITE-454 1 337.21 I O I O.00 1 337.21 1 -0.04 l nre Exit T/C-RTD Computer Code Run by_ ___ ___ __Date__!_h _ h .l 1
Ttis. form, when completed, shall be retained fon the life of the plant. '
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~ < - Cora Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1
[] DATA SHEET 18 l 5 L/ CORRECTED RTD DATA
.1 PSP 10-RC-OOO2-18 s (Page 2 of 2)f q r
?Ts5perature Plateau. 330 F~
7
- IL RTD LAVE TEMP 1 TEMP CORR 1 TEMP CORR I CORR TEMP l INSTALL I j
- ljNUMBER
.1 I (F)~ l LABEL' I (F) l- (F) I CORR ( F ) .1
. = = - - -=-------------------------------------------
UlTE-461 1 337.17- I ~N/A I O I 337.17 1 -0.08 i i
- lTE-462 1.337.21 1 N/A I O' I 337.21 l- -0.04 1 i
t!TE-463 ,1 337.30'll N/A l- O I 337.30 1 0.06 l-i-----------------------------------------------------------------
- lTE-464 1 337.18- I N/A I O I 337.18 I -0.07 1
!TE-471' I 337.18 i N/A l- O I 337.18 I -0.07 I r-----------------------------------------------------------------
t itTE-472 1 337.08. I N/A I O I 337.08 1 -0.17 I ITE-473 11337.09 i N/A I O I 337.09 1 -0.16 1
,lTE-474 1 337.13 i N/A I O 1 337.13 1 -0.12 l AVE CORRECTED TEMPERATURE' 337.2489 s
/ d 88 Core Ex!,t T/C-RTD-Computer Code Run by _____ ___ _____________Date Thi s f orm, when completed, shall be retained for five year.
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[ Core E> it Thermocouple /Resistanco Temperature Detector Cross Calibration 1 PSP 10-RC-OOO2 Rev. 1
} Page 98 of 99 DATA SHEET 19 RTD TEMPERATURE DATA CORRECTION 1 PSP 10-RC-OOO2-19 i (Page 1 of 2)
Temperature Plateau 330 F i TE-451 1 TE-461 1 TE-471 1 f_l _-__-____________________---____________-----_-______________-__---_
IRCS Loop AIAvg Resis! Avg TemplAvg ResislAvg TemplAvg ResislAvg Temp!
! I (OHMS) 1 (F) I (OHMS) I (F) 1 (OHMS) 1 (F) I il RUN 1 1 332.00 1 337.18 I 332.41 1 337.17 1 332.46 1 337.18 1 1 RUN 2 1 332.15 1 337.53 1 332.56 1 337.52 1 332.62 1 337.55 l'
- 1 RUN 3 1 332.31 1 337.91 1 332.74 1 337.94 1 332.79 1 337.97 1 il RUN 4 1 332.41 1 338.16 1 332.83 1 338.17 I 332.88 1 338.18 1 l 1 TE-452 i TE-462 i TE-472 i l
- lRCS Loop BIAvg ResislAvg Temp! Avg ResistAvg Temp! Avg ResistAvg Tempt I (OHMS) ! (F) 1 (OHMS) I (F) 1 (OHMS) I (ii ) I
' _l -________-____________-_____________________________________________
.i RUN 1 1 331.75 1 337.16 1 331.85 I 337.21 1 331.51 1 337.08 1 I RUN 2 1 331.89 ! 337.48 1 331.99 1 337.54 1 331.65 1 337.41 I I RUN 3 1 332.06 1 337.91 1 332.17 1 337.97 1 331.83 ! 337.84 I I RUN 4 1 332.16 ! 338.14 ! 332.27 ! 338.19 ! 331.92 1 338.05 !
le ! TE-453 i TE-463 i TE-473 1
,-(:.__________________-____________________________-_____________--__
!RCS Loop CIAvg ResislAvg TemplAvg Resis! Avg TemplAvg ResistAvg Tempi l' I (OHMS) 1 (F) 1 (OHMS) 1 (F) I (OHMS) ! (F) 1 l RUN 1 1 332.19 I 337.81 1 332.30 1 337.30 1 331.57 1 337.09 i
>l RUN 2 1 332.34 1 338.17 1 332.45 1 337.66 ! 331.73 1 337.44 1 1 RUN 3 ! 332.51 1 338.57 1 332.62 1 338.07 1 331.89 1 337.84 1 l RUN 4 1 332.61 1 338.81 1 332.71 1 338.29 1 331.99 1 338.08 1
- - - - _ . =_____________________--___________________________---______
l i TE-454 1 TE-464 1 TE-474 1 IRCS Loop DIAvg ResislAvg Temp! Avg ResistAvg TemplAvg Resis! Avg Tempi I (OHMS) I (F) 1 (OHMS) 1 (F) ! (OHMS) 1 (F) I
' _t__ __-___________-__________________________________________---__-_
l RUN 1 1 331.21 ! 337.21 1 331.93 1 337.18 I 331.98 1 337.13 I I RUN 2 1 331.36 1 337.55 1 332.08 1 337.54 1 332.12 1 337.47 I I RUN 3 1 331.53 1 337.96 1 332.26 I 337.97 i 332.29 1 337.89 i I RUN 4 1 331.63 1 338.20 1 332.35 1 338.18 ! 332.39 1 338.10 1 1 . ---__-_-_____-------_________-_-----_-_-__----_-_-_______________--__
Core E>:it T/C-RTD Computer Code Run by _hh ___________Date__8_ f__
This form, when completed, shall be retained for five years.
l (~
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j; Cora Exit-Thermocouple /Rssistance 1 PSP 10-RC-OOO2 Temperature Detector Cross' Calibration- Rev. l'-
Q,.
Page,99 of"99' DATA SHEET 19
{"t 1
RTD-TEMPERATURE DATA CORRECTION YE 1 PSP 10-RC-OOO2-19 .
3 , (Page 2 of 2)'
,op,..
IT Temperature Plateau 330 F:
Cold!. Leg RTDs
~
s 4 alrRCS l' AVELTEMP '!' TEMP CORRECT. 1 TEMP CORR I
' I. Loop ALI _ (F)- ;1- (F) l- Label I
.--------- _--------=- ---------- --------------
IRUN 1- ! 337.18 i O.000 1 I j!!RUN 2. I 337.54: 1 0.361 1 1 I c.-------------------------------------------------------
YlRUN 3 1 337.94 I O,765 1 2 l
==--------------------------------- . ----
$1 .
!!RUN 4' 1 338.17 l' 0.995 1 3 1 +
1 RCS- 1 I 1 l Jil' Loop:B I I I .I ilRUNEi- t 337.15 i O.000 1 I
- = --------------------------------------------
- lRUN:2- -1 337.48- 1 0.330 l' 4 1
, . = ------------------------------
.1 -!? 3- l 337.91 '
- l. 0.758 I 5 .I 7------------_------------------------------------------
IRUN 4 1 .338.13 I O.979 I 6 i
- - - - - - ---------_----_--_---_-_------------------=. -
I l RCS~. I I i i tl Loop-C i i i !
-I RUN- 1 1 337.40 1 0.000 l- I IRUN 2 1 337.76 I O.355 1 7 1 1--_----_---_----_-----_--------------------_-----_ -- i elRUN 3 -1 338.16 I O.762 1 8 . I FIRUN 4 1 338.39- ! O.988 1 9 i
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DATA SHEET 5
; EXCITATION CURRENT DATA ~
1 1 PSP 10-RC-OOO2-5 4-(Page 1 of 1) I Temperature Plateau 450 F
! RTD ! COLUMN 1 ! COLUMN 2: COLUMN 3l COLUMN 4! AVG VOLTAGEi EXCITATION !
3 i NUMBER ! (VOLTS) ! (VOLTS)! (VOLTS) 1 (VOLTS) !. (VOLTS) ! CURRENT (mA)i
, i TE-410Xi O.38 i O.3811, 0.38 l- 0.38 : 0.375 i O.990 !- l x -----------------------------------------------------------------------------
! TE-410Y! O.37 ! O.37 i O.37 l 0.37 i O.375 ! O.989 !
1 TE-410Z1 0.37 i O.37 i O.37 i O.37 ! O.375 i O.989 :
! TE-420X! O.37 ! O.37 ! O.37 0.37 ! O.375 i O.989 I l 1 TE-420Y! O.37 !. O.37 1 0.37 ! O.37.I O.375 ! O.989 i
! TE-420Zl 0.30 ! O.38 ! O.38 : 0.38 : 0.375 ! O.989 I l TE-430Xl 0.37 i O.37 i O.37 ! O.37 I O.375 ! O.989 !
! TE-450Y! O.37 l 0.37 ! O.37 ! O.37 l 0.375 l 0.989 !
1 TE-430Zi O.38 ! O.38 ! O.38 ! O.38 l 0.370 I O.989 l ( TE-440X! O.37 0.37 i O.37 ! O.37 ! O.375 ! O.989 !
! TE-440Y! O.37 ! O.37 l 0.37 0.37 ! O.375 l- 0.989 !
! TC-440Zi O.37 ! O.37 ! O.37 ! O.37 ! O.375 ! O.988 !
l TE-413 ! O.38 l 0.38 i O.38 l 0.38 ! O.376 ; O.991 ! i TE-423 ! O.38 l 0.30 1 0.38 i O.38 ! O.375 l 0.990 !
! TE-433 ! O.30 ! O.30 ! O.38 0.38 ! O.376 i O.991 !
! TE-443 i O.38 i O.38 1 0.38 i O.38 ! O.376 .: 0.991 !
l TE-414 1 0.37 1 0.37 ! 0.37 ! O.37 i O.375 ! O.989 !
! TE-424 i O.38 ! O.38 i O.38 0.38 ! O.375 l C.990 !
1-TE-434 i O.38 1 0.38 ! O.38 ! O.38 ! O.375 ! O.990 ! O
.--------~~-------------------------------------------------------------------
i TE-444 ! O.37 i O.37 ! O.37 ! O.37 0.375 ! O.989 I (1) HTX CTX
=
=
Hot Leg T/T AVG Loop Cold Leg T/T AVG Loop gf[g g g g HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop /0 f gy //p/p C_3 CEX = Cold Leg / Excess Cooldown RTD SIdULATOR SETTING (OHMS) 379.00 Data Logger too.co9/p. o / RTD Simulator /00-663o6 - 0 / ft/t/fy STP" G '.D. NO Cal. Due Date /0/8/lI Core Exit T/C-RTD Computer Code Run by s). _ Date /o /gg This form, when completed, shall be retained for five years.
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! e i g2nre Exit Thermoccuola/ Resistance h/- .s emanerature Detector cross calibration 1 PSF 10-RC-0002 R.v. 1 ) ! Pag. 57 of 99 f* ,
B&TA REEET & TEST CAR.D EWITCE POSITICE
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- Tennerature Detector Croan calibratico Rev. 1 Page 58 of 99
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1 Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 76 of 99 DATA SHEET 12 7300 RTD TEMPERATURE iPSP10-RC-OOO2-12 (Page 1 of 4) Temperature Plateau 450 F Run 1 l RTD i COLUMN 1 l COLUMN 2 i COLUMN 3 : COLUMN 4 l AVE RESIS I
! NUMDER l (OHMS) l (OHMS) l (OHMS) ! (OHMC) l (OHMS) I l TE-410B l 376.47 ! 376.47 l 376.49 l 376.49 l 376.480 :
i TE-451 ! 376.23 l 376.23 ! 376.23 ! 376.25 l 376.235 l l T E-- 4 52 l 375.93 l 375.95 ! 375.95 l 375.96 l 375.94G !
! TE-453 l 376.43 l 376.43 i 376.43 l 376.43 l 376.400 !
_ _ _ _ . . _ _ . _ _ _ _ . _ . _ _ _ _ . _ _ _ _ _ _ . _ _ _ _ . _ _ _ _ _ _ . _ _ _ _ . _ _ . _ . _ _ _ . ~ . _ _ . _ _ _ _ _ _ _ _ _ _ . _ .
! TE-454 l 375.31 l 375.31 l 375.33 ! 375.33 l 375.320 l i TE-461 l 376.71 i 376.71 ! 376.73 i 376.75 l 376.725 !
l TE-462 ! 376.13 i 376.13 l 376.15 l 376.15 l 376.140 ! l 376.60 l 376.60 l 376.62 l 376.62 ! 376.610 _TE-463 (l _ _ _ . _ _ _ _ _ . _ TE-464 376.19 376.21 376.21 376.21
! l l l l 376.205 l l TE-471 l 376.80 l 376.82 l 376.02 l 376.02 l 376.815 i
! TE-472 ! 375.74 l 375.76 ! 375.76 375.76 l 375.755 !
l TE-473 l 375.82 ! 375.82 ! 375.G3 l 375.83 l 375.825 ! i TE-474 l 376.28 l 376.28 l 376.30 376.30 l 376.290 l RTD Simulator l CARD l l COLUMN 1 l COLUMN 2 l COLUMN 3 : COLUMN 4 l MAX DIFF l l LOCATION l SETTING: (OHMS) l (OHMS) l (OHMS) ! (OHMS) l (OHMS) l , l CO ! 379.00 ; 378.95 l 373.95 l 378.95 l 37G.95 l 0.00 l (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop l CEX = Cold Leg / Excess Colddown ( Core Exit T/C-RTD Computer Code Run by A;/_./ .D e tn _/d/_ _[ This form, when completed, shall be retained for five years. 1 l
)
7 i Coi e Exit Thermocouple / Resistance 1PCP10 -RC-OOO2 Temperature Detector Cross Calibration Rev. 1 i Page 77 of 99 DATA SHEET 12 ! ( 7300 RTD TEMPERATURE l (. 1 PSP 10-RC-OOO2-12 l 1 (Page 2 of 4) Temperature Plateau 450 F Run 2
! RTD l COLUMN 1 l COLUMN 2 i COLUMN 3 l COLUMN 4 l AVE RESIS
!, NUMBER l (OHMS) ! (OHMS) l (OHMS) ! (OHMS) l (OHMS) !
l 1
! TE-420D i 378.11 l 378.11 37G.13 378.13 378.120 1 !
! TE-451 i 376.60 ! 376.60 i 376.60 l 376.62 ! 376.605 1
____________________________________________________________________ l
! TE-452 ! 376.30 l 376.30 l 376.32 ! 376.32 l 376.310 !
l i TE-453 l 376.79 l 376.79 ! 376.80 l 376.80 ! 376.795 i I l TE-454 ; 375.6G ! 375.60 l 375.70 1 375.60 l 375.605 l
! TE-461 ! 377.09 l 377.09 l 377.10 1 377.12 l 377.100
! TE-462 ! 376.49 l 376.50 1 376.50 ! 376.50 l 376.490 l TE-463 l 376.95 l 376.97 l 376.97 l 376.99 ! 376.970 l
( TE-464
! 376.56 l 376.56 376.58 l 376.58 376.570 l i TE-471 ! 377.18 ! 377.10 l 377.20 l 377.20 l 377.190 !
{ l TE-472 l 376.11 ! 376.11 ? 376.11 376.13 l 376.115 l
! TE-473 l 376.17 ; 376.19 l 376.19 l 376.21 l 376.190 l l TE-474 l 376.64 l 376.66 ; 376.67 l 376.66 l 376.658 l RTD Gimulator
_._.____.____.____._._._._.___._.._____-._._.__.________.________.____.____._____.__________.__.__i l CARD l l COLUMN 1 COLUMN 2 l COLUMN 3 l COLUMN 4 l MAX DIFF i l LOCATION ! SETTING! (OHMS) ! (OHMS) i (OHMS) ! (OHMS) ! (OHMS) l l CO l 379.00 ! 378.95 l 378.95 l 378.95 l 376.97 l 0.02 l _-_.___._.__._.___.______.___-_-____-_-_____.__________._._._._._.____._. _ . - _ . _ . _ . - . - _ . _ . - ~ _ (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX = Cold Leg /Excecc Colddown
~ Ocre Exit T/C-RTD Computer Code Run by -.'This form, when completed, shall be rete.ined for five years.
I d?f/AA Date/d [ [ 1
Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 78 of 99 DATA SHEET 12 7300 RTD TEMPERATURE 1 PSP 10-RC-OOO2-12 (Page 3 of 4) Temperature Plateau 450 F Run 3 i RTD l COLUMN 1 i COLUMN 2 l COLUMN 3 l COLUMN 4 : AVE RESIS !
! NUMDER l (OHMS) i (OHMS) : (OHMS) ! (OHMS) ! (OHMS) l ! TE-430B ! 376.82 ! 376.84 l 376.86 : 376.86 1 376.845 l ! TE-451 l 376.88 l 376.90 t 376.90 1 376.92 l 376.900 !
l TE-452 l 376.60 ! 376.60 l 376.62 l 374.64 ! 376.615 !
! TE-453 l 377.09 1 377.10 377.10 l 377.12 l 377.103 l !-TE-454 l 375.98 l 376.00 ! 376.00 l 376.00 l 375.995 l l TE-461 l 377.40 377.40 l 377.40 l 377.42 l 377.405 !
l TE-462 l 376.79 i 376.80 l 376.80 376.82 'I 376.CO3 !
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l 377.27 l 377.27 377.29 i 377.31 l 377.285 l
.TE-463 (1 - - - - - - - - - - - _ _ _ _ - - - - _ - _ - - - - - - - . - - - - - - _ _ _ _ _ - - - - - - - - - - - - - - - - - - - _ - - _ - - _
TE-464 l 376.86 l 376.88 l 376.88 : 376.90 l 376.080 l i TE-471 ! 377.48 l 377.50 l 377.50 l 377.51 l 377.498 l l TE-472 ; 376.41 l 376.43 i 376.43 l 376.45 ! 376.430 l l TE-473 ; 376.49 l 376.49 ! 376.50 ! 376.52 l 376.500 l
! TE-474 ! 376.95 ! 376.95 l 376.97 ! 376.99 : 376.96D ! --...--------.-------_ -----__-. --._--. --- _ .._-.---_ -- ..-.-_- -.-- ~ ..--
RTD Simulator
! CARD l l COLUMN 1 ! COLUMN 2 ! COLUMN' 3 i COLUMN 4 l MAX DIFF l ! ! LOCATION ! SETTING l (OHMS) l (OHMS) l (OHMS) l (OHMS) l (OHMS) !
l CO l 379.00 i 378.95 1 378.97 l 370.95 l 378.95 0.02 l
-----------------_--_-------_----_-----___-------___-----___-----__--------__-- 1 (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX = Cold Leg /Encess Colddown Core Exit T/C-RTD Computer Code Run by __ __,,,/. h _Date /d 8 This form, when completed, shall be retained for five years.
_______________________________________________j
Core Exit Thermocouple /Resistence 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 79 of 99 DATA SHEET 12 [ 7300 RTD TEMPERATURE (- iPSP10-RC-OOO2-12 (Page 4 of 4) Temperature Plateau 450 F Run 4 l RTD ! COLUMN'l ! COLUMN 2 : COLUMN 3 : COLUMN 4 i AVE RESIS l
! NUMBER (OHMS) l (OHMS) ! (OHMS) ! (OHMS) l (OHMS) ! ! TE-440D ! 377.70 l 377.72 ? 377.74 l 377.74 l 377.725 l ! TE-451 i 377.21 ! 377.23 l 377.25 l 377.25 i 377.235 l l TE-452 l 376.93 l 376.93 l 376.95 l 376.95 l 376.940 l 1 TE-453 ! 377.42 ! 377.44 ! 377.44 ! 377.46 l 377.440 l !
l TE-454 l 376.32 ! 376.32 l 376.34 i 376.34 i 376.330 l
! TE-461 l 077.72 i 377.74 1 377.74 l 377.76 l 377.740 !
l TE-462 ! 377.12 l 377.14 ; 377.16 l 377.16 1 377.145 t l TE-463 .l 377.61 l 377.61 ! 377.63 ! 377.63 i 377.620 ! TE-464 ! 377.20 ! 377.20 l 377.21 ! 377.23 l 377.210 !
! TE-471 ! 377.81 ! 377.G1 l 377.03 377.05 l 377.025 l ! TE-472 i 376.75 i 376.75 l 376.77 ! 376.77 ! 376.760 l ! TE-473 l 376.02 1 376.82 l 376.84 l 376.84 1 376.030 l - - - - _ . _ ~ _ . - _ _ . _ _ . - _ - _ _ - _ . - _ . _ - - . - - - . _ - - _ . _ . - _ - _ . - - - - - - - - - - - - - _ _ . _ . _ . - - ! TE-474 l 377.29 ; 377.29 l 377.31 ! 377.31 ! 377.300 !
RTD Simulater l CARD l COLUMN 1 ! COLUMN 2 l COLUMN 3 : COLUMN 4 l MAX DIFF i , I LOCATION ! SETTING: (OHMS) (OHMS) ! (OHMS) l (OHMS) l (OHMS) l
! CO : 379.00 l 378.97 i 378.97 l 37G.95 l 378.97 0.02 - - - - - - - - _ - - - - - - - - - - - - - - - - - - - - - - - - - - - _ - - - - _ - - - - - - - - - ~ ~ - - - - - - - - - _ . - - - - - _ . - - - - - - - - - .
(1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX a Cold Leg / Excess Colddown l 1 {CoreExitT/C-RTDComputer Code Run tsy .__ /a _ __ Date28/_..
- This form, when completed, shall be retained for five years. j I
i _ _ _ _ _-_________________.____-m_ . _ . . _ .
l Core Exit Thermocouple / Resistance- 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 80 of 99 1 i i DATA SHEET 13 l GDPS RTD TEMPERATURE DATA 1 PSP 10-RC-OOO2-13 (Page 1 of 1) Temperature Plateau 450 F 1 RTD ! COLUMN 1l COLUMN 2l COLUMN 31 COLUMN 4l AVG VOLT! EXCITATION l AVG RESIS:
! NUMBER! (VOLTS): (VOLTS)l (VOLTS)l (VOLTS)l (VOLTS)!CURR (MA) l (OHMS) l TE-410X! O.3730 l 0.3730 ! O.3730 l 0.3730 1 0.37302 l 0.98953 1 376.966 l i TE-410Y! O.3736 l 0.3737 ! O.3737 l 0.3737 l 0.37365 l 0.98915 l 377.746 ! ,1 TE-410Zi O.3731 : 0.3731 l O.3731 l 0.3731 ! 0.37310 ! O.98C92 l 377.283 ! 'TE-420X: 0.3726 l 0.3726 ! O.3727 l 0.3727 l 0.37265 ! O.98935 l 376.650 ! !
1 TE-420Y! O.3723 ! 0.3723 l 0.3723 l 0.3723 l 0.37227 l 0.98929 ! 376.301 ! 1 TE-420Z: 0.3724 ! 0.3724 l 0.3724 ! 0.3724 l 0.37241 l 0.98945 i 376.380 l TE-430Xl 0.3726 ! O.3726 l 0.3726 l 0.3726 ! O.37262 l 0.98933 ! 376.637 : I (M400Y! O.3726 l 0.3726 l 0.3726 ! O.3726 i O.37262 l 0.98923 l 376.675 ! TE-430Z! O.3726 ! O.3726 ! 0.3726 l 0.3726 l 0.37257 ! O.98947 l 376.531 1 TE-440Xl 0.3730 0.3730 l 0.3731 l 0.3731 0.37305 l 0.98862 l 377.341 ! TE-440Y 0.3725 l 0.3725 ! O.3725 ! O.3725 i O.37248 l 0.98910 l 376.586 l TE-440Zl 0.3734 ! 0.3734 ! 0.3734 i O.3734 l 0.37339 0.98828 377.814 l ! TE-413 l 0.3742 l 0.3742 l 0.3742 ! O.3742 l 0.37417 l 0.99135 l 377.442 l TE-423 l 0.3732 l 0.3732 l 0.3732 l 0.3732 ! 0.37318 ! O.99000 ! 376.944 l TE-433 l 0.3740 i O.3740 l 0.3740 l 0.3740 l 0.37396 l 0.99103 l 377.348 l TE-443 l 0.3737 l 0.3738 i O.3738 l 0.3738 l 0.37375 ! 0.99116 l 377.086 l TE-414 l 0.3733 i O.3733 l 0.3733 ! 0.3734 l 0.37334 l 0.98879 ! 377.569 l TE-424 0.3735 ! O.3735 ; 0.3735 1 0.3735 l 0.37351 l 0.98967 ! 377.411 l TE-434 l 0.0739 i O.3739 l 0.3739 l 0.3740 ! 0.37394 ! 0.98989 l 377.760 l TE-444 ! 0.3735 l 0.3735 l 0.3735 l 0.3735 l 0.37348 l 0.98937 ! 377.497 l e C D m t o . __ j I This form, when completed, shall be retained for five years. i
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Core Exit Thermocouple / Resistance 1PGP10-RC-OOO2 Temperature Detector Croso Calibration Rev. 1- j
'( Page 96a of 99 I O DATA SHEET 18 4
, CORRCCTED RTD DATA I 4 1 PSP 10-RC-OOO2-18 l 4 (Page la of 2)
Temperature Plateau 450 F 1 RTD l AVE TEMP i TEMP CORR TEMP CORR ! CORR TEMP.! INSTALL i
~
l NUMBER l (F) I LADEL (F) I (F) ! CORR (F)!
-!TE-410X l 443.66 I O i O.00 1 443.66 ! O.03 :
!TE-410Y ! 443.64 1 0 l 0.00 ! 443.64 i O.00 i
!TE-410Z 443.58 i O i O.00 1 443.58 i -0.05 !
!TE-420X l 444.57 I 4 ! 0.87 i 443.69 i O.06 i lTE-420Y I 444.56 l 4 i O.07 1 443.69 l 0.06 l
!TE-420Z ! 444.39 i 4 1 0.87 l 443.52 i -0.12 !
lTE-430X : 445.31 ! 8 ! 1.64 i 443.67 1 0.04 i ITE-430Y ! 445.37 i 8 1 1.64 l 443.73 1 0.10 l ( 'E-4302 1 445.14 l 8 1 1.64 443.50 ! -0.13 i
!TE-440X l 446.13 1 12 l 2.45 l 443.69 i O.05 l
!TE-440Y l 446.00 l 12 l 2.45 l 443.55 l -0.08 !
ITE-440Z ! 445.96 i 12 1 2.45 .443.51 i -0.12 l ITE-413 i 445.31 ! 1 i O.90 : 444.41 l 0.77 : " lTE-423 l 445.00 ! 4 i O.87 i 444.12 i O.49 l ITE-433 1 444.70 1 7 l 0.88 1 443.82 I O.18 !
!TE-443 i 444.72 ! 10 1 0.89 i 443.83 I O.20 l
!TE-414 l 445.35 1 2 ! 1.64 1 443.71 ! O.08 l
!TE-424 l 445.38 ! 5 ! 1.62 ! 443.76 i O.13 i lTE-434 ! 445.26 ! 8 1 1.64 ! 443.63 l -0.01 !
I i iTE-444 i 445.30 1 11 ! 1.64 l 443.66 l 0.03 l This form, when completed, shall be retained for the life c1 the plant.
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5 Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 J Temperature Detector Cross Calibration Rev. 1 ' Page 96b of 99 DATA SHEET 10 CORRECTED RTD DATA (,~ 1 PSP 10-RC-OOO2-18 (Page Ib of 2) Temperature. Plateau 450 F 1 RTD IAVE TEMP ! TEMP CORR TEMP CORR l CORR TEMP l INSTALL !
! NUMDER i (F) l LABEL ! (F) ! (F) i CORR (F)1 lTE-410B : 443.41 l 0 i O.00 1 443.41 ! -0.22 l lTE-420D i 444.30 ! 4 I O.87 l 443.43 -0.20 i lTE-430D ! 445.05 ! 8 ! 1.64 ! 443.41 l -0.22 l lTE-440D l 445.85 l ,1 2 ! 2.45 443.40 1 -0.23 :
lTE-451 ! 443.47 l 0 0.00 l 443.47 l -0.16 !
!TE-452 ! 443.44 l 0 ! O.00 ! 443.44 ! -0.19 l ITE-453 l 444.19 O l 0.00 ! 444.19 ! O.56 l5
_..- ._-.-_- ___-. --._..._.- --__ _ -__--_ -_ _- _ -___-...-__..-_- 7
!TE-454 ! 443.45 : O l 0.00 i 443.45 l -0.10 l
. Core Enit T/C-RTD Computer Ccide Run by . _ _ . J_ _ _ "> a t e /0/Z
( / This form, when completed, shall be retained for the life of the plant. r l
Core Exit Thermocouple /Resictance iPGP10-RC-OOO2 Temperature Detector Cross' Calibration Rev. 1 i Page 97 of 99 DATA SHEET 10 L- CORRECTED RTD DATA 1PGP10-RC-OOO2-18 (Page 2 of 2) Temperature Plateau 450 F _________________________________________________________________ j
! RTD ! AVE TEMP ! TEMP CORR! TEMP CORR i CORR TEMP ! INSTALL l )
! NUMBER l (F) : LABEL l (F) l (F) l CORR (F)!
__________ ____-__________-____-_-______.______________-__________ f i iTE 461 l 443.46 l N/A l 0 l 443.46 l l 1 _________---_____________-____________________-__._________-0.17 -______
!TE-462 l 443.66 ! N/A ! O ! 443.66 i O.02 l
!TE-463 1 443.67 : N/A i O l 443.67 l 0.03 l ITE-464 ! 443.52 i N/A ! O ! 443.52 ; -0.12 l lTE-471 l 443.53 i N/A l 0 ! 443.53 l -0.10 !
-.___..__ __. _ ..-__..-__.- _._ _ _-...._ __.--._.-_. _.-__.-_.______._ .. __ i lTC-472 l 443.42 i N/A I O l 443.42 l -0.21 lTE-473 ! 443.44 l N/A l 0 l 443.44 l -0.19 :
!TE-474 l 443.51 l N/A ! O l 443.51 l -0.12 l
( AVE CORRECTED TEMPERATURE 443.633 1 Core Exit T/C-RTD Computer Code Run by ,_.. /,_ , . ate _/_d /((( This form, when completed, chall be retained for five year. f-
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Core E>:it Thermocouple #<esistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 90 of 99 DATA SHEET 19 RTD TEMPERATURE DATA CORRECTION 1 PSP 10-RC-OOO2-19 (Page 1 of 2) Temperature Plateau 450 F
--._---_--------__---------------------------------_--------~~ ---_-__
l l TE 451 : TE-461 l TE-471 l lRCS Loop Al Avg Resis! Avg Temp Avg Resisl Avg Temp l Avg ResislAvg Tempt
! l ( Ol lMS ) l (F) (OHMS) l (F) l (OHMS) l (F)
! RUN 1 i 376.24 i 443.47 l 376.73 l 443.46 ! 376.02 l 443.53 i RUN 2 l 376.61 444.37 377.10 l 444.37 l 377.19 l 444.44 l l RUN 3 l 376.90 i 445.09 377.41 l 445.11 l 377.50 ! 445.18 i
! RUN 4 ! 377.23 ! 445.90 ; 377.74 1 445.92 l 377.82 l 445.97 l l TE-452 l TE-462 i TE-472 l lRCS Loop Bl Avg Resisl Avg Temp l Avg Resisl Avg Temp! Avg ResislAvg Temp!
! l (OHMS) i (F) l (OHMS) l (F) i (OHMS) l (F) l RUN 1 l 375.95 l 443.44 l 376.14 l 443.66 l 375.76 l 443.42 l l RUN 2 l 376.31 l 444.32 376.50 l 444.52 l 376.12 ! 444.30 l 1 RUN 3 l 376.62 ; 445.06 ! 376.00 l 445.26 ! 376.43 l 445.06 l l RUN 4 l 376.94 ! 445.05 l 377.15 l 446.09 ! 376.76 l 445.86 :
! TE-453 i TE-463 ! TE-473
{ . ..._.. - - _._ _ _._._ _ _ _ ._._._ _ _ ._ _ _ _ _ _..._ _ _ _ _ _._____ - - - _ _ _ - _ _ _. .. _ _ _ _.. _ _ - - ,
!RCS Loop CIAvg Resis! Avg Temp! Avg Resis! Avg Temp l Avg Resis! Avg Temp! i
! (OHMS) l (F) ! (OHMS) ! (F) ! (OHML) ! (F) ! l
! RUN 1 ! 376.43 l 444.19 ! 376.61 l 443.67 ! 375.82 443.44 l 1 RUN 2 l 376.79 i 445.00 l 376.97 1 444.54 l 376.19 l 444.33 l 1 RUN 3 l 377.10 ! 445.02 ! 377.28 l 445.30 l 376.50 l 445.08 l
! RUN 4 ! 377.44 i 446.64 l 377.62 l 446.12 l 376.83 l 445.88 :
- - -._-. _ _.- - -.--. - - .. -.-._-.. .__._.- _ -._- - - -._- -.. .- - ._-._ - - - - - - - -.... - 1 l l TE 454 l TE 464 TE l
-__-.___-...__._._._.__.__.---._._.__._.__.__..-.._-.__-..._.____..._--.____.__-474_ _ .._.____
!RCS Loop D! Avg Resis! Avg Temp; Avg Resis! Avg Temp! Avg ResistAvg Temp:
! ! (OHMS) ! (F) l (OHMS) I (F) l (OHMS) l (F) !
! RUN 1 l 375.32 i 443.45 ! 376.20 l 443.52 l 376.29 l 443.51 I RUN 2 I 375.69 l 444.34 l 376.57 1 444.40 l 376.66 ! 444.40 I RUN 3 ! 376.00 i 445.09 376.88 l 445.15 376.97 ! 445.15 l ;
1 RUN 4 i 376.33 l 445.90 ! 377.21 1 445.95 ! 377.30 l 445.96 l t T/ - C o Fu b .. . D ./_O g This form, when completed, shall be retained for five years. i i I J
Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 99 of 99 : DATA SHEET 19 RTD TEMPERATURE DATA CORRECTION 1 PSP 10-RC-OOO2-19 (Page 2 of 2) Temperature Plateau 450 F Cold Leg RTDs
' ! . RCS l AVE TEMP ! TEMP CORRECT l TEMP CORR l l Loop A : (F) : (F) ! Label IRUN 1 ! 443.49 0.000- l l
-lRUN 2 ! 444.39 i O.905 1 1 lRUN 3 ! 445.13 l 1.637 ! 2 l lRUN 4 ! 445.93 1 2.443 l 3 !
i RCS l l ! ; I Loop B l l t ! IRUN 1 l 443.51 0.000 i !
!RUN 2 l 444.38 0.873 1 4 l (UN3 445,.13 l 1.622
.-_ .-_ ~.__.,
l 5 l
!RUN 4 i 445.93 ! 2.408 l 6
! RCS l ! l l i Loop C i l l l l lRUN 1 i 443.77 l 0.000 l !
'!RUN 2 444.65 l 0.881 l 7 l
!RUN 3 l 445.40 1.635 8 l
!RUN 4 ! 446.21 l 2.446 ! 9 l l i RCS ! l l l 1 Loop D ! l IRUN 1 1 443.49 l 0.000 i !
IRUN 2 ! 444.38 i O.888 ! 10 l
- - - . . - . _ . - - - . - _ - - . - . . - - . . - ~ ~ ~ - - - . . . - . - - - - - . _ - - . - - - - . - - -
IRUN 3 l 445.13 l 1.638 1 11 l 1 IRUN 4 l 445.94 1 2.447 l 12 l l C-..___---.-_._._--._.-__-.__.--_.___.__.-__-.._.__-...___.---.--__ O , omputer Code Run by - d A .Da.te 8_[([. l
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P l r. I core Exit Thermoecuale/meristance 1FSP10-RC-0002 h Tennerature Betector cross calibration Rev. 1 l I - Page 48 of 99
.' j B&TA EEEET 2 TERT IEF0EMATIM j 2 PEP 10-RC-0002-2
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6.1 Prerequisites satisfied for the following plateaus 2 250*F S30*F 450'F 67'F (circle cae) Y W '/O 9 O/ZG r, Test Coordinator Date'/ Time 6.1 Shift Supervisor's approval to begin testing at the following plateaus 250 F SSO F 450*F 567 F cle One) a .- ,f, ., 7lW 003
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t- j enwa erit The ==ia/nesis&==m 1PFP10-RC-0002 W rature notector cross caithration 0;v. 1 y Page 49 of 39 93
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{ e EECITATIDE cUEEENT REAEUREMENT TEST GDETECTIQRS 1 PSP 10-RC-0002-3 (Page 1 of 3)
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Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 < Temperature Detector Cross Calibration 'Rev. 1 Page 56 of 99
' DATA SHEET 5 EXCITATION CURRENT DATA < (_1 1 PSP 10-RC-OOO2-5 (Page l' of 1)
Temperature' Plateau 567 F I RTD l COLUMN 1 ! COLUMN 21 COLUMN 31 COLUMN 41 AVG VOLTAGE! EXCITATION-
!. NUMBER I (VOLTS) l (VOLTS)! (VOLTS) l (VOLTS) . l (VOLTS) ! CURRENT (mA)!
.! TE-410X! O.42 i O.42 l- 0.42 l 0.42 i O.422 1 0.989 i l TE-410Yi O.42 i O.42 I O.42 i O.42 i O.422- l 0.989 i 1:TE-410Z 0.42 I O.42 ! O.42 i O.42 i O.422 i O.989 i
!.TE-420Xl O.42 0.42-l O.42 ! 0.42 ! O.422 i O.989 !
I TC-420Y! O.42 I O.42 ! O.42 i O.42 i O.422 l 0.989 l-
! TE-420Z1 0.42 O.42 i i O.42 l 0.42 i O.422 l 0.989 t
.i TE-430XI O.42 ! O.42 l O.42 i O.42 i O.422 l .O.999 i' l TE-430YI O.42 ! O.42 ! O.42 ! 0.42 l 0.422 i O.989 i
------------------------------------------~~------------------ --------------
f TE-430Zi O.42 -l O.42 ! O.42 0.42 i O.422 i O.9G9 i (1 TE-440X: 0.42 I O.42 ? 0.42 l O.42 I .O.422 l' O.908 i L---------------------------------------------------- ------------------------
! TE-440Yl 0.42 i O.42 l 0.42 ! O.42 i O.422 i O.909 l I-TE-440Z1 0.42 l 0.42 l 0.42 i O.42 l 0.422 l 0.988 !
I TE-413 I O.42 i O.42 ! O.42 l 0.42 0.423 i O.991 i l TE-423 i O.42 I O.42 i O.42 i O.42 i O.423 ! O.990 1
! TE-433 i O.42 i O.42 l 0.42 l 0.42 i O.423 l 0.991 1
! TE-443 ! O.42 ! O.42 l 0.42 ! O.42 l 0.423 0.991 !
i TE-414 i O.42 i O.42 i O.42 ! O.42 l 0.422 i O.989 I I TE-424 1 0.42 I O.42 l 0.42 l 0.42 ! 0.422 ! O.989 l l TE-434 l- 0.42 i O.42 ! O.42 0.42 0.423 i O.990 l l TE-444 ! O.42 ! O.42 ! O.42 1 0.42 l O.422 ! O.909 I (1) HTX = Hot Leg T/T AVG Loop kc[4h4 l l CTX = Cold Leg T/T AVG Loop 84 44 h j g-HWX = Hot Leg Wide Range Loop g CWX = Cold Leg Wide Range Loop
'I CEX = Cold Leg /Exccos Cooldown .
i RTD SIMULATOR SETTING (OHMS) 427.00 Data Logger RTD Simulator /00- co3oG -o/ # 9 fg' ST ' S 7.D. NO Ico-009NwCal . Due Date @ $ Core Exit T/C-RTD Computer Code Run by ./ Date /o f.f/'ff
; This_ form, when completed, shall'be retained for five years.
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_ - . - -yr-- - - - - - - _ - - Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 i Temperature Detector Cross Calibration Rev. 1 ' Page 76 of 99 { DATA SHEET 12 )' 7300 RTD TEMPERATURE 1 PSP 10-RC-OOO2-12 , (Page 1 of 4) l
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d Temperature Plateau 567 F Run 1
! RTD l COLUMN 1 ! COLUMN 2 l COLUMN 3 ! COLUMN 4 ! AVE RESIS !
l NUMBER (OHMS) l (OHMS) ! (OHMS) 1 (OHMS) l (OHMS) ! l TE-410B i 426.57 l 426.59 l 426.61 l 426.63 l 426.600 i l
! TE-451 ! 426.20 l 426.21 l 426.23 l 426.25 426.223 l I TE-452 l 425.89 I 425.91 ! 425.93 1 425.93 l 425.915 l i
__________--_.________________-_____-_._____-_________________________ l l TE-453 ! 426.47 ! 426.49 ! 426.51 l 426.53 ! 426.500 l l TE-454 ! 425.22 l 425.24 425.26 l 425.28 : 425.250 l I TE-461 l 426.77 l 426.79 l 426.81 l 426.83 l 426.800 : l TE-462 l 426.06 l 426.08 ; 426.10 : 426.12 l 426.090 1 TE-463 1 426.63 1 426.64 l 426.66 ! 426.68 1 426.653 l (_
~; TE-464
; 426.20 l 426.21 l 426.23 l 426.25 l 426.223 i i
i l TE-471 l 426.92 ! 426.94 426.96 : 426.90 l 426.950 l l TE-472 l 425.73 l 425.73 l 425.77 l 425.79 l 425.755 l
! TE-470 l 425.75 l 425.77 l 425.79 l 425.G0 425.778 l l TE-474 : 426.29 l 426.30 l 426.32 l 426.34 1 426.312 i {
RTD Simulator l CARD l l COLUMN 1 : COLUMN 2 l COLUMN 3 : COLUMN 4 l MAX DIFF '
- LOCATION : SETTINO! (OHMS) l (OHMS) l (OHMS) l (OHMS) l (OHMS) 1
! CO l 427.00 l 426.96 426.96 1 426.96 ! 426.96 i O 00 t (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Ccid Leg Wide Range Loop CEX = Cold Leg / Excess Colddown Core Exit T/C--RTD Computer Code Run by . __._- d._ _ ;2 Date8 / [
.. This form, when completed, shall be retained for five years.
L____________ __ I i
Core Exit Thermocouple / Resistance iPSP10--RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 77 of 99 DATA SHEET 12 7300 RTD TEMPERATURE 1 PSP 10-RC-OOO2-12 (Page 2 of 4) Temperature Plateau 567 F Run 2
! RTD i COLUMN 1 i COLUMN 2 i COLUMN 3 ! COLUMN 4 l AVE RESIS i
! NUMBER ! (OHMS) l (OHMS) l (OHMS) ! (OHMS) l (OHMS)
- - - - - - - - - - - - - - - . _ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \
\
! TE-420D : 428.43 ! 428.45 l 428.47 l 428.49 ! 428.460 ! 1 l TE-451 ! 426.63 l 426.64 l 426.64 l 426.66 l 426.643 l
! TE-452 l 426.32 l 426.30 l 426.34 ! 426.36 l 426.330 !
-! TE-453 ! 426.80 ! 426.90 l 426.92 1 426.94 ! 426.910 l
! TE-454 1 425.63 l 425.65 l 425.67 l 425.69 ! 425.660 l
! TE-461 l 427.18 427.22 i 427.24 ! 427.24 l 427.220 l l TE-462 : 426.47 ! 426.49 ! 426.51 426.53 ! 426.500 l l TE-463 l 427.05 l 427.07 l 427.09 ! 427.09 l 427.075 l l 426.61 l 426.63 l 426.64 426.66 l 426.635 l
(-.-TE-464- _ . _ . - - - _ . - - - . . _ - - - . _ . - - - - . . _ _ . - _ . . _ - - - - - - - - - . _ - - - . _ - _ . - - _ . - _ . . . - - - - - _ . l TE-471 ! 427.33 427.35 ! 427.37 l 427.39 l 427.360 l l TE-472 426.14 l 426.16 ! 426.10 ! 426.20 l 426.176 l i TE-473 ! 426.18 ! 426.18 l 426.20 ! 426.21 l 426.193 l
! TE-474 l 426.70 l 426.73 l 426.73 l 426.75 l 426.728 l RTD Simulator
! CARD l l COLUMN 1 l COLUMN 2 l COLUMN 3 : COLUMN 4 l MAX DIFF i
! LOCATION l SETTING! (OHMS) l (OHMS) i (OHMS) ! (OHMS) ! (OHMS) :
l CO l 427.00 ! 426.96 ! 426.96 l 426.96 l 426.94 l 0.02 l (1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX = Cold Leg /Exceus Colddown
-t
" ore Exit T/C-RTD Computer Code Run by .
/,
Date/C/S~[ _ c Jhis form, when completed, shall be retained for five years.
Core Exit Thermocouple /Recistance iPCP10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 78 of 99 DATA SHEET 12 7300 RTD TEMPERATURE 1 PSP 10-RC-OOO2-12 (Page 3 of 4) Temperature Plateau 567 F Run 3 l RTD l COLUMN 1 l COLUMN 2 l COLUMN 3 ! COLUMN 4 i AVE RESIS l 1 NUMDER l (OHMS) l (OHMS) l (OHMS) l (OHMS) l (OHMS) l
! TE-430B l 426.88 : 426.90 ! 426.92 ! 426.94 ! 426.910 l
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - _ - _ _ - - - - - - - - - - - - - - _ - - - - - - - ~ ~ - - - - _ - - - - - -
l TE-451 ! 426.94 ! 426.90 1 426.90 ! 427.00 ! 426.975 l
! TE-452 l 426.64 l 426.68 l 426.68 l 426.70 426.675 !
l TE-453 l 427.22 l 427.24 l 427.26 l 427.28 l 427.250 !
! TE-454 l 425.97 ! 425.99 l 426.01 l 426.03 i 426.000 ! ;
- _ . _ _ _ _ _ _ - - _ - _ - - - _ _ _ _ - _ _ . - _ _ - - - - _ - - . _ - - - - - - - - - - _ - - - _ - - - - - - - - - - - - . - - - - - - - 1
! TE-461 l 427.54 l 427.54 l 427.56 l 427.57 427.553 : i
! TE-462 i 426.C3 l 426.83 426.05 l 426.87 l 426.C45 !
j
! TE-463 l 427.39 l 427.39 l 427.41 1 427.43 ! 427.405 l ;
. _ - . . - . - - - _ - . _ - - - - - - - . - - - - - . - - - _ . - . . _ ~ - . - - . - - - - - - - - _ . - . . - - _ - ~ . - - - - - - _ . - - . . -
{'iTE-464 l 426.94 ! 426.96 ! 426.98 l 427.00 l 426.970 i i i TE-471 l 427.67 l 427.69 ! 427.71 ! 427.73 ! 427.700 t l TE-472 l 426.47 l 426.49 ! 426.49 ! 426.53 l 426.495 l
! TE-473 l 426.49 i 426.51 l 426.53 l 426.53 l 426.515 !
! TE-474 l 427.04 l 427.05 ! 427.07 ! 427.09 l 427.062 l j RTD Simulator l
1 _._____.___.______...__..____.-_______-____-.-____.._.._.-.__.______.-_-.__._._.____._._.~._._._{ l CARD l ! COLUMN 1 l COLUMN 2 l COLUMN' 3 ! COLUMN 4 i MAX DIFF ! !
! LOCATION ! SETTING l (OHMS) ! (OHMS) (OHMS) l (OHMS) ! (OHMS) !
! CO l 427.00 l 426.96 l 426.96 i 426.94 ! 426.96 ! O.02 ;
(1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVO Loop I HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Range Loop CEX = Cold Leg / Excess Colddown l w C. Core Exit T/C-RTD Computer Code Run by _ l . ___ A Date_/d g Y This form, when completed, shall be retained for f ive ye-ar s .
Core Exit Thermocouple /Recittance 1PEo10-RC-OOO2 Temperature Detector Cross Calibration Rcv 1 Page 79 of 99 DATA SHEET 12 7300 RTD TEMPERATURE k 1 PSP 10-RC-OOO2-12 (Page 4 of 4) j Temperature Plateau 567 F Run 4 t RTD l COLUMN 1 l COLUMN 2 i COLUMN 3 l COLUI'N 4 l AVE REGIS l
! NUMDER ! (OHMO) l (OHMS) l (OHMS) ! (OHMS) t (OHMS) l l _.___________________________________________________________________
i TE-440D l 427.98 l 429.00 ! 428.02 l 428.04 l 428.010 l
! TE ! 427.30 l 427.31 ! 427.33 i 427.35 ; 427.323 !
_____-451 _________-_______________.______________________________________ l TE-452 ! 426.90 ! 427.00 l 427.02 ! 427.04 ! 427.010 l !
! TE-453 ! 427.56 l 427.57 ! 427.59 ! 427.61 l 427.5G3 l
! TE-454 l 426.32 l 426.32 : 426.34 l 426.36 ! 426.335 l
! TE-461 l 427.88 l 427.89 l 427.91 l 427.91 l 427.898 !
! TE 462 l 427.16 ! 427.16 l 427.18 l 427.22 ; 427.100 ;
l TE 463 l 427.73 l 427.74 ! 427.76 ! 427.76 ! 427.748 l ( TE-464 ! 427.30 ! 427.30 1 427.31 ; 427.33 l 427.310 l l TE-471 i 428.00 ! 420.04 ! 420.04 420.06 ! 428.035 l l TE-472 l 426.83 l 426.83 l 426.85 426.87 426.045 l
! TE-473 l 426.03 l 426.G5 ! 426.07 l 426.08 1 426.050 l TE-474 l 427.39 l 427.39 l 427.41 427.43 l 427.405 l .
_ _ . . _ . . _ _ . . _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ . . _ _ . _ . _ _ _ _ _ _ _ . _ _ . _ _ _ . _ . _ _ . _ _ _ _ . . _ _ _ _ _ _ . . _ _ _ _ _ . . _ . . l, RTD Simulator
._.__.___.__...__-_.___._..._-___..__.._._-__.._..-.__._.____._.___.._.___....._._l l CARD ! l COLUMN 1 i COLUMN 2 i COLUMN 3 l COLUMN 4 i MAX DIFF l 1 LOCATION ! CETTINO ( Ol lMS ) (OHMS) l (OHMG) l (OHMS) l (OHMO) i 1 CO ! 427.00 ! 426.96 ! 426.96 l 426.96 ! 426.94 l 0.02 l j
._.__._______._.____.______.________.__..___-____.__....__._____._____.___.___.___.._.___._._____i ,
(1) HTX = Hot Leg T/T AVG Loop CTX = Cold Leg T/T AVG Loop HWX = Hot Leg Wide Range Loop CWX = Cold Leg Wide Rar.go Loop CEX = Cold Leg / Excess Colddown
'3 ore Exit T/C-RTD Computer Code Run by __ . ./- _
// h , Date,.10_6'
'This form, when completed, shall be retained for five years. I I
i l Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 80 of 99 [ DATA SHEET 13 QDPS RTD TEMPERATURE DATA 1 PSP 10-RC-OOO2-13 (Page 1 of 1) Temperature Plateau 567 F _________-_-____-____-___.--_~._________._______________________________ ___
! RTD ! COLUMN 1 COLUMN 2: COLUMN 3l COLUMN 4l AVG VOLT lEXCITATIONIAVG RESIS:
lNUMBERI (VOLTS)l (VDLTS)! (VOLTS)l (VOLTS): (VOLTS)!CURR (MA) l (OHMS) l TE-410XI O.4225 ! 0.4225 l 0.4225 ! O.4225 ! 0.42249 ; 0.98927 ! 427.071 ! TE-410Y! O.4233 l 0.4233 i O.4233 i O.4233 l 0.42326 l 0.98888 1 428.021 l TE-410Z! O.4225 ! O.4225 i O.4225 0.4225 l 0.42251 ! O.98865 l 427.357 ! TE-420Xl 0.4220 l 0.4220 l 0.4221 l 0.4221 ! 0.42205 l 0.98912 l 426.689 l __ ___________ __ __ _____.. ____._ _. __. ___ _ _ _ 1 TE-420Y! O.4216 ! O.4216 l 0.4216 l 0.4216 0.42159 i O.98904 i 426.264 ! TE-420Z: 0.4218 l 0.4218 0.4218 l 0.4218 l 0.42181 ! 0.90920 ! 426.409 l TE-430Xl 0.4220 ! 0.4220 l 0.4220 l 0.4220 0.42202 l 0.98909 ! 426.671 l (.430Y! O.4219 i O.4219 i_ O.4219 i O.4219 l 0.42193 ! 0.98899 l 426.626 : TE-430Zi O.4219 l 0.4219 0.4219 i O.4219 l 0.42193 i O.98923 ! 426.525 ! TE-440X: 0.4224 ! O.4225 l 0.4225 l 0.4225 l 0.42246 l 0.98D38 l 427.420 l I TE-440Y 0.4218 l 0.4218 0.4219 i O.4219 i O.42184 l 0.98885 ! 426.598 l TE-440Z: 0.4228 l O.4229 l 0.4229 : 0.4229 ! O.4220'6 0.90803 l 427.977 l
- _ _ _ _ . - _ _ _ _ _ . _ _ _ - _ _ _ _ _ . _ _ - _ _ _ . _ _ _ _ _ _ - . _ _ . - _ . . _ _ _ _ _ _ l v
TE-413 l 0.4236 i O.4236 l 0.4236 0.4236 l 0.42362 l 0.99111 ! 427.419 l TE-423 1 0.4225 ! O.4225 l 0.4225 ! O.4225 l 0.42249 ! O.98978 l 426.848 l l TE-433 ! 0.4234 l 0.4234 ! O.4234 i O.4234 i O.42342 ! O.99082 ! 427.341 l TE-443 i O.4231 l 0.4231 i O.4232 ! 0.4232 l 0.42314 0.99093 l 427.010 l TE-414 ! 0.4227 l 0.4227 i O.4227 l 0.4227 ! 0.42271 ! O.98852 ! 427.617 l TE-424 0.4229 l 0.4229 l 0.4229 0.4229 l O.42290 l 0.98944 ! 427.407 i TE-434 l 0.4234 0.4234 l 0.4234 ! 0.4234 l 0.42343 i O.98965 l 427.059 ! TE-444 l 0.4228 l 0.4228 i O.4228 l 0.4229 l 0.42284 l 0.98913 l 427.480 l
'Jare Exit T/C-RTD Computer Code Run by . .. .
Date_/4/5-[ This form, when completed, shall be retained for five years.
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t I i > Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 ) Temperature Detector Cross Calibration Rev. 1 d Page 96a-of 99 ) h DATA SHEET 18 ! CCRRECTED RTD DATA
, 1 PSP 10-RC-OOO2-1G ;
(Page la of 2) Temperature Plateau 567 F
! RTD LAVE TEMP-l TEMP CORR! TEMP CORR ! CORR TEMP i INSTALL l l NUMDER ! (F) l' LABEL ! (F) .I (F) ! CORR (F)! )
__________________-____---________--_____________________________ l l lTE-410X ! 566.08 : O l O.00 1 566.08 1 -0.07 t 1 lTE-410Y i 566.14 : O l 0.00 t 566.14 l -0.00 l !
!TE-4102 i 565.95 l 0 l 0.00 ! 565.95 1 -0.19 l ITE-420X ! 567.21 l 4 i 1.03 1 566.19 i O.04 ! i i
ITE-420Y l 567.20 i 4 l 1.03 l 566.17 l 0.03 ! l _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ . _ ________ i lTE-420Z ! 566.97 l 4 l 1.03 ! 565.94 l -0.21 l 4 i l lTE-430X ! 560.05 i O l 1.05 l 566.20. ! O.05 ! ITE-430Y l 567.93 ! G l 1.G5 ! 566.00 ! -0.06 1
! 567.70 l- O 1.05 565.93 -0.21 (JE-430Z l l l
!TE-440X-l 568.09 i 12 l 2.70 l 566.19 i O.04 :
!TE-440Y : 568.00 ! 12 ! 2.70 i 566.10 ! -0.04 l lTE-440Z l 560.66 l 12 ! 2.70 1 565.96 i -0.19 l ITE-413 ! 060.05 l 1 ! 1.03 l 567.02 i O.G7 l ITE-423 i 567.47 l 4 ! 1.03 ! 566.45 l 0.30 l lTE-435 ! 567.18 l 7 ! 1.03 l 566.15 ! O.01 :
lTE-443 i 566.96 ! 10 ! 1.02 1 565.93 ! -0.21 l
!TE-414 l 568.11 1 2 l 1.06 ! 566.25 0.11 l
!TE-424 ! 568.10 l 5 l 1.86 i 566.23 ! O.09 l ITE-434 1 568.01 l 9 ! 1.G5 i 566.16 l 0.02 l
!TE-444 ! 56G.00 l 11 1 1.86 l 566.14 ! -0.00 !
This form, when completed, shall be retained for the life of the plant. (. 1
/
1 1 1 i
Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 Page 96b of 99 DATA SHEET 18 CORRECTED RTD DATA ( 1 PSP 10-RC-DOO2-18 (Page Ib of 2) l Temperature Plateau 567 F l l RTD l AVE TEMP ! TEMP CORR TEMP CORR I CORR TEMP i INSTALL : l l NUMBER (F) : LABEL : (F) I (F) l CORR (F):
!TE-410D l 566.07 l O ! O.00 ! 566.07 ! -0.00 l lTE-420B ! 567.03 l 4 1.03 ! 566.01 l -0.14 !
lTE-430D ! 567 0 : O l 1.05 l 565.95 l -0.20 l lTE-440D l 568.83 l 12 l 2.70 l D66.13 ! -0.02 lTE-451 l 566.03 : O l 0.00 l 566.03 l -0.12 ! lTE-4D2 1 566.02 l 0 l 0.00 i 566.02 l -0.12 lTE-453 l 567.03 : O l 0.00 ! 567.03 l 0.89 l ITE-454 ! 566.15 i O l 0.00 l 566.15 i O.00 : Core Exit T/C-RTD Computer Code Run by _ . _. . . ._ j, . A1.te /d_/f fhis form, when completed, shall be retained for the life of the plant. 1 I (
1 l 4 1 1 1 Core Exi t Thertnotouple/ Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 , Page 97 of 99 ; DATA SHEET 18 I (. CORRECTED RTD DATA { 1 PSP 10-RC-OOO2-18 (Page 2 of 2) Tempera ture Plateau 567 F , , -----------------------------------------------z_---.------------ ' l RTD l AVE TEMP TEMP CORR l TEMP CORR l CORR TEMP 1 INSTALL l
! NUMBER 1 (F) i LABEL l (F) ! (F) : CORR (F): j
!TE-461 ! 566.00 l N/A ! O ! 566.00 l -0.15 1
--------------.----------------------------------------------~~---
ITE-462 ! 566.14 : N/A ! O ! 566.14 ! -0.01 l 1
----------------------------------------------------------------- i lTE-463 ! 566.22 l N/A ! 0 ! 066.22 l 0.07 i
!TE-464 ! 566.07 ! N/A ! O l 566.07 i -0.07 l lTE-471 l 566.16 l N/A ! O l 566.16 l 0.02 l lTE-472 l Sv6.03 ! N/A i O l 506.03 l -0.11 !
!TE-473 ! 565.93 ! N/A l 0 l 565.93 l -0.21 l
- - - - - - - - - - - - - -.- - - - - - - - - - - - - - . - - -. - - .- - - - - - - - - -.- - - - - - -.- - - - - _ - - - - - l lTE-474 ! 566.03 i N/A l 0 l 566.03 1 -0.12 l
( AVE CORRECTED TEMPERATURE 566.1466 Core Exit T/C-RTD Computer Code Run by j, . Date,_/d/Jf This form, when completed, shall be retained for five year. E i l l I I
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a 4 4 f I _ _ _ _ _ _ __ _ .. 4
Core Exit Thermocouple / Resistance 1 PSP 10-RC-OOO2 Temperature Detector Cross Calibration Rev. 1 1 Page 98 of 99 DATA SHEET 19 j RTD TEMPERATURE DATA CORRECTION
~ -(, 1 PSP 10-RC-OOO2-19 (Page '1 of 2)
Temperature Plateau 567 F
]
l l TE-451 i TE-4'1 6 ! TE'-471' ! , j
-._______._________________-________--________________________-___a____
lRCS Loop AIAvg Rosic! Avg Temp l Avg Resis! Avg Temp l Avg Resist, Avg.. Temp:
~
!- 'l (OHMS) l (F) l (OHMS) i (F) l (OHMS) ! (F) : s
! RUN 1 ! 426.22 l 566.03 ! 426.80 ! 566.00 l 426.95 ! 566.16 !
l RUN 2 l 426.64 ! 567.07 l 427.22 l 567.04 427.36 l 567.18 !
! RUN 3 ! 426.98 1 567.99 l 427.55 l 567.86 l 427.70 l 568.02 l l RUN 4 l 427.32 1 568.76 l 427.90 l 568.72 428.04 l 568.85 l l TE-452 TE-462 i TE-472 l lRCS Loop B! Avg Rosic! Avg Temp l Avg Resisl Avg Temp! Avg Resis! Avg Temp.l
! l (OHMS) l (F) l (OHMS) l (F) l (OHMS) l (F) l
! RUN 1 l 425.92 l 566.02 l 426.09 l 566.14 i 425.76 l 566.03 l i l RUN 2 i 426.33 l 567.05 ! 426.50 l 567.16 426.17 i 567.06 l l l'RUN 3 ! 426.68 ! 567.91 l 426.85 l 568.01 ! 426.50 l 567.07 l l RUN 4 ! 427.01 l 56e.74 l 427.1e : 568.e4 i 426.e5 l 56e.74 l
'l l TE-453 TE-463 TE-473 l 1 j
{lRCSLoopCAvgResislAvgTemp!AvgResislAvgTempAvgResis! A
'; Ter.,p; ;
! ! (OHMS) l (F) l (OHMS) l (F) l (OHMS) l (F) I l RUN 1 ! 426.50 ; 567.03 ! 426.65 l 566.22 l 425.78 l 565.93 i l RUN 2 l 426.91 l 568.05 l 427.08 567.27 426.19 566.96 l i RUN 3 ; 427.25 568.09 ! 427.41 l 568.08 l 426.52 l 567.76 l t l RUN 4 l 427.58 l 569.72 ! 427.75 l 568.93 l 426.86 ! 568.61 l p
l l TE-454 : TE-464 TE-474 ! < IRCS Loop Dl Avg Resis! Avg TempiAvg Resis: Avg Tamp! Avg Resitl Avg Temp! l i (OHMS) l (F) l (OHMS) l (F) l (OHMS) l (F) l RUN 1 ! 425.25 l 566.15 l 426.22 l 566.07 l 426.31 l 566.03 ! !
! RUN 2 l 425.66 l 567.17 426.64 1 567.10 426.73 ! 567.06 l l RUN 3 l 426.00 l 568.01 l 426.97 567.92 ! 427.06 ! 567.99 l l RUN 4 l 426.34 l 568.84 l 427.31 ! 558.77 l 427.41 l 568.74 i Core Exit T/C-RTD Computer Code Run by ._ .A_ A Dato.fb L . M l This form, when completed, shall be retained for five years.
( l l
,_ ~
4 I i l Core Exit Thermocouple / Resistance. 1 PSP 10-RC-COO 2 j Temperature Detector Cross Calibration Rev. 1 J Page 99 of 99 J DATA SHEET 19 , kc . , RTD TEMPERATURE DATA CORRECTION l 1 PSP 10-RC-OOO2-19 (Page 2 of 2) 'l Temperature Plateau 567 F Cold Leg RTDs l RCS ! AVE TEMP i TEMP CORRECT i TEMP CORR l l Loop A I (F) ! (F) l Label ! laUN l' i 566.06 l 0.000 1 ! IRUN 2 l 567.10 l 1.031 l 1 i i
- - _ - - - - - - - - - - - - _ - - - - _ _ - - - - - - - - - - - _ - - - - - - _ _ - - - - _ _ _ . _ _ _ _ _ - 1
!RUN 3 l 567.92 ! 1.861 1 2 l J
l lRUN 4 l 560.77 ! 2.709 i 3 l l RCS : l l l l Loop D ! ! ! ! l lRUN 1 ! 566.07 i O.000 ! IRUN 2 l 567.09 1 1.025 l 4 l l 567.93 l 1.G64 i 5 (. ._ UN _ . . . . _3_ - - _ . _ _ - . _ . . _ _ . _ . _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ . . _ _ _ _ . . _ _ _ . _ _ . _ _ _ l
!RUN 4 ! 568.77 l 2.707 l 6 ! 4
____.__-_______.____.._____._._._.__.__.____.___________.____..._ l
'l RCS. ! ! l l l Loop C ! ! ! I i
lRUN 1 l 566.40 ! 0.000 l l lRUN 2 l 567.43 l 1.031 ! 7 lRUN 3 l 560.25 : 1.851 ! 8 i
)
lRUN 4 1 569.09 1 2.692 l 9 l l RCS l 1 l l Loop D.! I i l
!RUN 1 ! 566.08 i O.000 ! l
!RUN 2 l 567.11 1.023 l 10 1 s
lRUN ? ! 567.94 l 1.857 l 11 l
)
lRUN 4 l 568.78 l 2.698 l 12 l
-- _ - - -- __ _.__ - .- - - _-- _ _ __ - - _ - -- _ - _ --.__ _ -_ - _ _ - _ _ _ - _- _ -- _ 1 1
) t-t , s : 1 \ Core Exit T/C-RTD Computer Code Run by . . ___ _,, g., Date /d//f g_,_ l i l i L ____ _ __ l
The Light company P.O. Box 1700 Houston, ' Texas 77001 (713) 228 9211 llouston Lighting & Power- ~~ - - - ~~ - - ~ - ~ ~ - - ~ ~ ~ - - ~ ~ April 3, 1989 ST-HL-AE-2967 File No.: G25 10CFR50.73 U. S. Nuclear Regulatory Commission Attention: Document Control Desk Washington, DC 20555 South Texas Project Electric Generating Station Unit 1 Docket No. STN 50-498 Additional Information Regarding Resistance Temperature Detector (RTD) Measurement Accuracy
Reference:
ST-HL-AE-2460, Additional Information Regarding Thermowell Mounted RTDs, December 23, 1987. The referenced letter stated that HL&P would provide information that would confirm the accuracy of the thermowell mounted RTDs. Attached is a copy of completed test procedure IPSP10-RC-0002, Core Exit Thermocouple / Resistance Temperature Detector Cross Calibration. This test procedure has been satisfactorily completed and confirms the accuracy of RTD temperature l measurement. If you should have any questions on this matter, please contact me at (512) 972-8530.
/
Mc nett Manager Operations Support Licensing MAM/RAF/n1
Attachment:
Procedure 1 PSP 10-RC-0002, Core Exit Thermocouple / Resistance Temperature l Detector Cross Calibration f0 0I I I NL.89.023.01 A Subsidiary of Houston Industries Incorporated _ _ _ - - 0
4; flouston 1.ighting & Power Company ST-HL-AE-2967 File No.: G25 Page 2 CCI b Regional Administrator, Region IV Rufus S. Scott Nuclear Regulatory Commission Associate General Counsel 611 Ryan Plaza Drive, Suite 1000 Houston Lighting & Power Company Arlington,1TX .76011. P. O. Box 1700
' Houston, TX 77001 George Dick, . Proj ect Manager U. S. Nuclear Regulatory Commission INFO Washington, DC 20555 Records Center 1100 circle 75 Parkway Jack E. Bess Atlanta, Ga.- 30339-3064 Senior Resident Inspector-Unit 1 c/o U. S. Nuclear Regulatory Commission .Dr. Joseph M. Hendrie
'P. O. Box 910 50 Bellport Lane Bay City, TX 77414 Bellport, NY 11713 J. I. Tapia Senior Resident Inspector-Unit 2 c/o U. S. Nuclear Regulatory Commission P. O. Box 910 Bay City, TX 77414
.J. R. Newman, Esquire Newman & Holtzinger, P.C.
1615 L Street, N.W. 1 Washington, DC- 20036 R. L. Range /R. P. Verret Central Power & Light Company P. O. Box 2121 Corpus Christi, TX 78403 R. John Miner (2 copies) Chief Operating Officer City of Austin Electric Utility
'721 Barton Springs Road Austin, TX 78704 R. J. Costello/M. T. Hardt City Public Service Board P. O. Box 1771 San Antonio, TX 78296 Revised 12/21/88 NL.DIST
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