ML20137P297
| ML20137P297 | |
| Person / Time | |
|---|---|
| Site: | Saint Lucie  |
| Issue date: | 07/03/1991 |
| From: | Boissy G FLORIDA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML20137M095 | List: |
| References | |
| FOIA-96-485 2-1120070, NUDOCS 9704090213 | |
| Download: ML20137P297 (32) | |
Text
Paga 1 of 1 f
i FLORIDA POWER & LIGHT COMPANT-~
/
~-
ST. LUCIE UNIT 2 L.
I & C PROCEDURE NO. 21120070i
~
REVISION 1
[
^
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. '. _ _.. J. E' __,
1.0.TEg:
CONTAINMENT HIGH RANGE RADIATION MONITOR CAll 2.0 REVIEW AND APPROVAL:
March 19,_19 gj.
Reviewed by Facility Review Group _
June Sm19.Q2.
Plant Manager _
G. J. Boissy Approved by 06//3 19f/.
Revision 1 Reviewed by FRG a 7 /c 3 19 f_1 Plant Manager G. J. Boissy Approved by_
l'
3.0 PURPOSE
To satisfy surveillance requirements as per Technical Specification 3.1 Table 4.3-3, 3.2 To verify the operation and calibration of the containment high r monitors, RIM-26 40 and RIM 26-41.
4.0 PRECAUTIONS AND LIMITS:
High voltage exists on detector cable #20443 A for RIM 26 40, 4
4.1 for RIM 26-41 of approximately 875 vdc.
i 5.0 RELATED SYSTEM STATUS:
l Due to the location of the detectors. this procedure must be performed j
5.1 the plant is in mode 4, 5, or 6.
l
6.0 REFERENCES
6.1 CWD 2998 B 327 Sheet 443.
S_ 2,_ OPS 6.2 Technical Manual 2998 15891' oATE f 822 7_
DOCT PROCEDURE 0401 Es" PDR BINDER 96-485 g
FOR INFORMATION ONLY COPJP COMPLETEn_
i ITM THC DOCUMENT IS MOT CONTDouCD. BffonE USE.
VUP.fY tWFC8tMATioN WITH t. con TROLLID DOCUMENT l
TL0ttlDA POWElf AND LIGHT CO.
ST.LJCIE PLAtG r
4-M INITIAL
,.0MEyfAlflQ _2 - 1
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Page 2 of 1 i
ST. LUCIE UNIT 2 I & C PROCEDURE NO. 2-1120070, REVISION 1 CONTAINMENT HIGH RANGE RADIAT 4
7.0 RECORDS REOUIRED:
t*
7.1 with Ol 17 PR/PSL 1, " Quality Assurance R accordance 8.0 MATERIALS AND EQUIPMENT REQUIRED:
8.1 Current source, Keithly Model 220 equivalent or better 8.2 PSL_b>$8 9
Voltmeter, Keithly Model 197 equivalent or better.
PSL_ 45 2.
8.3 Radiation source RT 11. (General Atomics) Lo i
8.4 located at the Control Room Radiation Mon RC 2640 or 41).
. (Designated as l
i
's i
}
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Pcga 3 of 11l ST. LUCIE UNIT 2 1 & C PROCEDURE NO. 2-1120070, REVISION 1 CONTAINMENT HIGH RANGE RADIATION MONITOR 9.0 DETAILED PROCEDURE:
9.1 PREPARATION Verify that AC power is on. At the Control Radiation Monito i
place the NORMAUSUPERVISOR key switch to the SUPE 1.
l position for the Monitor under test.
For RIM 26 40, use Data sheets 40A,408, and 40C.
i For RIM 26 41, use Data sheets 41 A,418, and 41C.
2.
i In the procedure the data sheets will be referred to a I
ALERT AND HIGH ALARM TESTS 9.2 Verify / Record the following values on Data sheet A.
1, l
A. Alert alarm setpoint. (Cl 010) = 6.40E+00 R/HR i
B. High alarm setpoint. (Cl 009) = 8.00E+00 R/HR l
C. Conversion factor. (Cl 011) = record value
)
NOTE For step 9.2.2, the value of 1.00E+03 was arbitrarily chosen l
and alert condition.
Enter a value of 1.00E+03 into channel item 011.
2.
alert and high alarm condition, verify the following-A Alert alarm LED on RM 23 is lit.
l B.
High alarm LED on RM 23 is lit.
Return channel item 011 to the value recorded in step 9.2.1 3.
the alert and high alarms have reset on Data Sheet A.
i
- - - ~ -
2
~
,~
v n-
Pags 4 of 1 f ST. LUCIE UNIT 2 1 & C PROCEDURE NO. 21120070. REVISION 1 CONTAINMENT HIGH RANGE RADIATION MONITOR C 9.0. PETALLED PROCEDURE: (continued) 9.3 LOSS OF COUNTS TEST On Data Sheet A, record the following channelitems:
1.
A.
Channel item 020 B.
Channel item 024 Enter a value of 5.00E+00 in channelitem 024.
2.
Enter a value of 001 in channelitem 020.
3.
Verify that in approximately one minute, the following occurs:
4.
Operate LED on the RM 23 extinguishes.
A.
Operate light on the RM 80 extinguishes.
B.
Return channel items 020 and 024 to the values recorded in ste 5.
and 9.3.1.B.
Verify that the operate light on the RM 23 and RM'80 are back on 6.
R!M 26 40 RIM 26-41
/F LOG /PICO-AMP BOARD CAllBRATION CHECK 9.4 4
Disconnect the detector cable from the LOG /PICO 4
RM 80. Connect the Pico amp current source to the input connecto 1.
/
the board.
i Input the current values on Data Sheet C and record the as If all values are within the indicated tolerance proceed to step 9.8.
2.
/
value is out of tolerance, proceed with step 9.5.
4
h Page 5 of 1 ST. LUCIE UNIT 2 1 & C PROCEDURE NO. 2-1120070. REVISION 1 CONTAINMENT HIGH RANGE RADIATION MONITOR CAllBRATION 9.0 DETAILED PROCEDURE: (continued) 4 9.4 (continued) 3.
Remove the current source from the input connector and reconnect the 4
detector cable.
NOTE The following steps are to be performed if the as found values of the bocard are out of tolerance. This calibration will be performed in two steps. First the ANALOG CIRCUIT ADJUSTMENTS, and second the DIGITAL CIRCUIT ADJUSTMENTS. It is critical that the ANALOG section is performed first and l
that the desired values are as close as physically possible. Be patient, some of the ANALOG adjustments are slow and sensitive.
9.5 ANALOG CIRCUlT ADJUSTMENT 1.
Disconnect the field cable from the input connector.
2.
Place a DVM on TP 1(+) and TP 2(-). (vde)
L.
Short the input connector to ground and adjust balance pot R-15 to the 3.
point where the voltage jumps from 6 to 13 volts. This will be approximately 6 volts.
4.
Remove the short from the input connector and connect the current i
source.
5.
Place the DVM on TP-3(+) and TP-2(-). (vde) l Perform steps 9.5.6 and 9.5.7 until both readings are in tolerance and they will repeat. These adjustments effect each other so it will take several attempts to get the desired values.
Input 10E 9 current and adjust zero pot R-19 for a value of 3.283 to 3.383 6.
vdc. (optimum 3.333 vdc.)
lR 1
i
Paga 6 of 14 ST. LUCIE UNIT'2 L
I & C PROCEDURE NO. 2 1120070. REVISION 1 CONTAINMENT HIGH RANGE RADIATION MONITOR CAllBRATION 9.0 DETAILED PROCEDURE: (continued)
~
9.5 (continued) 7.
Input 10E-4 cu rent and adjust span pot R 22 for a value of 8.839 to l
8.939 vdc. (optimum 8.889 vde.)
NOTE Make small adjustments on R-15 and move back away from the board. Wait for the reading to settle before adjusting any more. Continue adjusting R 15 until you get 0.000 yde.
8.
Input 10E 12 current and adjust balance pot R-15 for a value of -0.050 to
+0.050 vdc. (optimum 0.000 vdc.)
9.
Check steps 9.5.6,9.5.7. and 9.5.8 to verify that the readings are within tolerance and record the values below
\\
RIM 26-40 RIM-26 41 i
Step 9.5.6 = _,3... M vde Step 9.5.6 =
N/A _vde Step 9.5.7 = 8 B7 vde Step 9.5.7 =
n_l/4 vde 3
Step 9.5.8 = O c 3 vde Step 9.5.8 =
A///J vde
- 10. This completes the ANALOG CIRCUIT ADJUSTMENT. Proceed with step 9.6.
9.6 DIGITAL CIRCUlT ADJUSTMENT Input 10E.4 current and verify the voltage at TP 3 is 8.839 to 8.939 vdc.
1.
(optimum 8.889) 2.
Adjust span pot R 33 to preside a display of 1.00E+08 on the RM-23.
(channel item 005) i 3.
Input 10E 11 current and verify the voltage is approximately 1.11 vdc.
(1 to 2 vde)
/R' i
Pags 7 of Idf 1
ST. LUCIE UNIT 2 1 & C PROCEDURE NO. 2 1120070 REVISION 1 CONTAINMENT HIGH RANGE RADIATION MONITO
.L DETAILED PROCEDUR$: (continued) 9.0 9.6 (continued)
Adjust zero pot R 34 to provide a display of 1.00E+01 o 4.
(channel item 005)
Perform steps 9.6.1 through 9.6.4 several times to assure r 5.
This completes the OlGITAL CIRCUlT ADJUSTMENT. Dis i
6.
f Decade through the input current values on Data Sheet C to 7.
linearity and record the as left values.
Disconnect the current source and reconnect the d
. I 8.
LOG /PICO AMP board.
l%mw 2Ig/.2y r
i.v. 3 d l & n,, i 2 /y a/S 3 i
9.7 LOOP CAllBRATION The next step will place the monitor in thitest mode. Entering d values into monitor item #052, the analog outputs can be exerci Locate Data Sheet B for the monitor under test. Using the:
1.
value of 063 into monitor item #049.
Using Data Sheet 8, vary the value in monitor item #052 and verify / calibrate the RM 80 output and recorder indications.
2.
(RR 26-40 & 41 located on the Rad. Mon. Panel)
Upon completion of loop calibration, return monitor 3.
monitor item #063 to a value of 061.
RIM 26-41 RIM 26 40 l
t I
i i),
J
Pega 8 of f ST. LUCIE UNIT 2 1 & C PROCEDURE NO. 2-1120070, REVISION 1 CONTAINMENT HIGH RANGE RADIATION MONITOR CAllBRATION 9.0 DETAILED PROCEDURE: (continued) 9.8 SOURCE VERIFICATION Measure and adjust the detector high voltage power supply for a value of 1.
875 vde. Record on Data Sheet C.
i At this point the monitor is ready for a source verification check using the 2.
General Atomics source RT 11. Request that HP perform the calculations for the RT 11 and enter that desired value into step 9.8.2 on Data Sheet C.
Request HP to hang the RT 11 source on the detector of the monitor 3.
under test. Record the activity (C1007) on Data Sheet C.
Perform this procedure on the remaining rnonitor and verify that all values 4.
on Data Sheet 40C and 41C are within the indjcated tolerances.
RIM'-26-40 Performed by [ /%
/ / I'c/'9"
,/ /'
RIM 26-41 Performed bys '8'
/
' / ;' C/94 l
s 3///F9 Reviewed by/.
sf j
1 P
6 ST. LUCIE UNIT 2 I & C PROCEDURE NO. 2 1120070. REVISION 1 i
CONTAINMENT HIGH RANGE RADIATION MONITOR CALIBRATION DATA SHEET 40A j
ALARM VERIFICATION RIM 26 40 i
i ALERT AND HIGH Al. ARM TEST
> G -@ E+ 0 STEP 9.2.1 A. Alert alarm setpoint (C1010)
= 8. co E + o B. High alarm setpoint (CIOO9)
= /. 3 A E-J i
C. Conversion factor (Cl011) j DM J
. STEP 9.2.2 A. Verify alert alarm (initial)
'D.4 l
B. Verify high alarm (initial) l STEP 9.2.3 Verify alarms have reset
-LOSS OF COUNTS TEST D/o STEP 9.3.1 A. Loss of counts time (C1020)
=
= S. oo r-2.
B. Low current alarm (Cl024)
)
STEP 9.3.4 A. RM 23 Operate Light extinguishes DM-B. RM-80 Operate Light extinguishes NOTE There is not a Unit 2 Technical Specification requirement for alarm setpoints on these monitors. To be consistent with the requirements for Unit 1, the alert and high alarm setpoints will be entered as per the following:
Alert alarm (Cl 010) = 6.40E+00 R/HR High alarm (Cl 009) = 8.00E+00 R/HR 4
l '
3:
a---
e m.a.
er
e_
Pcgs 10 of 14 m
ST. LUCIE UNIT 2 REVISION 1 1 & C PROCEDURE NO. 2-1120070.
CONTAINMENT HIGH RANGE RADIATION MO DATA SHEET 408 LOOP CAllBRATION RIM-26-40_
=
Test Point Total Test Point
. Total Tot.
MADC Tot.
+1. *2
.08 RR 26-40 R/hr x 10" RM 80 J BOX TB-4,5.
MADC accuracy.5%
Mon accuracy.5%
item estred Found Left nr 4
Pt.
052 Desired Found Left l
1 X 10 f y /,'
- v. oo j
f 0
0 3.92 4.08 4.. co 2
1X10
/ </o 2
25 64 7.92 8.06
- 6. i 2, 6.o/
.o:
1 X 10*
/ //* "
3 50 128 11.92 12.08 g, ey f/., V
.oy 1 X 10'
/ y /o*
4 75 191 15.92 16.08 f,,7 c; ff r/7
.o1 1 X 10'
/y//
5 100 255 19.92 20.08
/ 3. So /s. * /
.pi 1 X 10'
/ sfa*
.OI 4
75 191 15.92 16.08
/ y.15
/g SS 1 X 10'
/ g /,
- _j 3
50 128 11.92 12.08 8 51
/.r.. V
.ov i
8 2
25 64 7.92 - 8.08
/,, f z
- g. o /
.o/
1 X 10
/ y/o
, 1 X 10'
/ y/s 1
0 0
3.92 4.08 4.oo l V. #e
.N,Q.T.E Connect DVM in series with current signal at the J-BO point readings.
i f
y ck /f. 2 ~ /,rn! 4de.
y };//nesD sefes COMMENTS:
n',w a);a
% i <a. u J
6
C Page 11 of id ST. LUCIE UNIT 2 I & C PROCEDURE NO. 21120070. REVISION 1 CONTAINMENT HIGH RANGE RADIATION MONITOR Call 8 RATION DATA SHEET 40C LOG PICO AMP BOARD / DETECTOR CAllBRATION RIM 26-40 DVM used: PSL-61" B Current source used: PSL-Ff' LOG PICO AMP BOARD CALIBRATION CHECK i
INPUT DESIRED AS FOUND AS LEFT ERROR CURRENT CPM CPM CPM
+20%
-17%
105 11 10E+1
/ o7 E +1 -
.f. 70 # # o 30 t <
l 10E10 10E+2 I. o1 i n
- 9. ve r n
.n te p 10E 9 10E+3
/. a 7 t < 3
- 9. re tre
-.rz(s9 i
l 10E 8 10E+4
/.o/ / # r
- f. 9 7 t# 2
-. / 3 (
- z.
/+/
105 7 10E+5 f*//ti
/ oc ts /
e I.
t/
10E 6 10E+6
/ o/ le 6
/, so t * <
i 10E5 10E+7
/. p/ /r 7
/. s o E
- 6 A
8*'
10E-4 10E+8
/.sf/e7
/. o rg s 7 10E 3 10E+9
/.7fl# 2 9 172 ?6
.. r/' E + o
=
B7t vde (865 to 885 vdc)
Step 9.8.1 Detector high voltage R/hr (high side)
Step 9.8.2 RT 11 desired value
=F-
=/
r 7 R/hr (low side)
- Step 9.8.3 Actual activity value
= O M R/hr (high side)
. R/hr (Iow side)
=?
r-15 %
- Actual activity must equal the desired values recorded in step 9.8.2 3.
l
peg 212 of 'O ST. LUCIE UNIT 2 REVISION 1 I & C PROCEDURE NO. 2-1120070,ADIATION MONITOR C
_ CONTAINMENT HIGH RANGE R i
DATA SHEET 41 A ALARM VERIFICATION RIM 26-41 ALERT AND HIGH ALARM TEST l 90 4 f a
=
A. Alert alarm setpoint (C1010)
B. so 4 to
=
STEP 9.2.1 B. High alarm setpoint (Cl009)
=j. c 7 I- /
C. Conversion f actor (C1011) l
/_
A. Verify alert alarm (initial) 1_
STEP 9.2.2 B. Verify high alarm (initial)
C l
Verify alarms have reset -
STEP 9.2.3 LOSS OF COUNTS TEST o/o _
=
A. Loss of counts time (C1020)
= i.ea t-/
STEP 9.3.1
'B. Low current alarm (Cl024)
V A. RM 23 Operate Light extinguishes STEP 9.3.4 B. RM 80 Operate Light extinguishes f
.N.QIE i ts There is not a Unit 2 Technical Specification requirem Unit 1, the on these monitors. To be consistent with J
Alert alarm (Cl 010) = 6.40E+00 R/HR
~
High alarm (Cl 009) = 8.00E+00 R/HR Eate.2 / n / 9v
.7. Mac#Go Performed by_
Date 5 / / / &
Reviewed by 1
~
I & C PROCEDURE NO. 21120070, REVISION 1 CONTAINMENT HIGH RANGE RADIATION MONITOR CAllBRAT DATA SHEET 418 LOOP CAUBRATION RIM 26-41 Test Point Total Test Point Total Tot.
I MADC Tol.
+1.*2
.08 RR 2G 41 R/hr x 10' Mon RM-80 J BOX TB 4,4 & 5 accuracy.5%
accuracy.5%
MADC ltem Enor j
As As Left Error Desired Fo d Left Pt.
0$2 Desired p,
1 X 10' f,,, f, '
~
1 0
0 3.92 4.08 g co.1 1 X 10' j,o ye,8 2
25 64 7.92 8.08 p,f 3
50 128 11.92 12.08 fy, f
/,
1 X 10' f y f, /
/
4 75 191 15.92 - 16.08 ef p p
,, / {
1 X 10' j f j, d g /\\
~
5 100 255 19.92 - 20.08 po,
(/,g 1 X 10'
/ g f,/ 8/[
l 4
75 191 15.92 - 16.08 fg,. y
/%
1 X 10' j y f, '
///
/
1 X 10*
f p, F
/'
3 50 128 11.92-12.08 fj,, c 2
1 X 10
/ yf, S 2
25 84 7.92 - 8.08
- r.
- 3 i
~
1 X 10' j ff, #
1 0
0 3.92 4.08
- y.,.
i NOTE f
Connect DVM in series with current signal at the J-BOX TB4 4, to obtain test point readings.
4 COMMENTS:
J i
4 l
Page 14 of 14 f l,
J ST. LUCIE UNIT 2 I & C PROCEDURE NO. 2-1120070. REVISION 1 CONTAINMENT HIGH RANGE RADIATION MO DATA SHEET 41C LOG PICO AMP BOARD / DETECTOR CAllGRAT PSL - 4's't-Current source used:_
PSL-if G DVM used:__
LOG PICO AMP BOARD CAllBRATION CHECK INPUT DESIRED AS FOUND AS LEFT ERROR CPM
+20%
17 %
CURRENT CPM CPM i
- c. n Er /
- 9. V 6 /* o 10E 11 10E+1 Il / * /
f VB I e ' _
y 10E 10 10E+2 n4W a
10E 9 10E+3
?. ve (, t.
f fouva
-. Sul i L
- 9. Ys t e 3 _
10E 8 10E+4
/
Me It #_
_.O / ^<_
10E 7 10E+5 5' M * '
7
- 9. vs 4 f_
10E 6 10E+6
.c2 to i 10E 5 10E+7
- 9. V8 / r &_
'? # '
10E-4 10E+8
- f. # l' Z L/ f /
3 10E 3 10E+9
[ v6 < F _
6 7 r _vde (865 to 885 vde!
d Step 9.8.1 Detector high voltage
=
' Step 9.8.2 RT 11 desired value
= _ ' ' -
-_R/hr (high side)
R/hr (low side)
'~3
= _ -
=_ e ' E~_R/hr (high side)
- Step 9.8.3 Actual activity value
..R/hr (Iow side)
=-
15%.
- Actual activity must equal the desired values recorded in step 9.8.
O
TRANSMITTAL SATCH l i
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NUCLEAR POWER PLANT REQUISITION ON STORES svueot tocw cooE uo.
NuueER NUuSER j R
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MATERIAL RETURNED MEMO P. O. N O.
CWO/PCM NO.
PW NO.
AP A NO.
PR T APPROVAL JOB DESCRIPTION I/. ba~
SUS P.O. NO.
W A. NO.
Ri fM-7_.fo - 4 0 mef VED D G~, -
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U.
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$228" a RIM-26-41 MRM ARD
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er:33:57 W POLL STATUS n.,
j E 648 R I M-R(.- 41 DHRM AMFA 1.6tE+ pan R/HR ON NO AAC641 4
I
...,:...,..;i,,..
r'.ii-CHANNEL HICH ALARN LINIT aT*eQEIGQUjN/HH
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- Cil ANNEL ALERT ALARM LIMIT......................
(. 4GE+999 R/HR CHANNEL EU COMUERSION FACTOR...(NONINTEGRATING) 1.W7E-WW1 s
CilANNEL EU CONVERSION FACTOR......(INTEGRATINC) 9.99E*999 j
CHANNEL BACMCROUND W.WWE+WWW CPN Cil ANNEL ALARNS/ CONYROL PCINTS DEA DDA ND 1.90E*991 x 1
CHANNEL CHECMSOURCE REFERENCE..................
1.WWE+WW4 CPN i
CHAMMEL SERVICE ST ATE REQUEST
.....(9mOUTI 1=IN) 1 DATA SOURCE SELECT
.............(G=H0N:
i=INTEC)
W DYNAMIC DACMCROUND SUDTRACT
.......(Os0UTI luIN) 9 LOf t O F C OU NT S T I M E............................
iW NIH 1
DACMCROUND CONUF#5 TON FACTOR.....i..,..........
O.CCOs203 1
ACCEPTED MANCE POINT W.WWE+WWW H/HH 9.99E*999 R/HR PUMP CONTROL POINT.............................
1 LOH CURRENT ALARM SETPOINT 3.WWE-WW1 M/HR ASSOCIATED CalANNEL CHECMSOURCC LIMIT 9.99E+999 R/HR W
FIRST DECADE ON METER..........................
l NUMBER OF DECADES ON METER O
l CHANNEL AUTO PURCE TIME W
HH:MM 9.99E+999 R/HR TilRESHoLD LIMIT................................
W SEC PUMP OFF DELAY.................................
SN00 THING ALCORITilM FACTOR TIESPONSE 9.99E*999 4
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DISP: CHAIT1 EMABLE i
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J E,_ POLL STATUS AAC641 1 61E*900 R/HR OM NO l
5 64L RIM 'J6-41 DHMM AREA 4
l j
N PREU PRCC, (PACE UP) l
..r..
NCMT PAGE (PACE DOWN)
W W
FLOW O'.99E+999 SCFM SUBSTITUTE UALUE REQUEST FOR S AMPLE-PROCESSLOW A1 AR window).
PROCESG FLOW RATE (use mont f or pop-UP window)
HH:MM PUMP OM/0FF REQUEST channel pop-up W
PesRCE ON/0FF REGUEST (use.....................
W'.WWf+WWW SCFM CHECMSOURCE TEST SCHEDULE LOW ALARM LIMIT lill: MM 9
1 SAMPLE FLOW RATE 1 FI LT ER A DV ANCE S Cll EDU LE........................(9:0FF Id ffff MM i
.9 FILTER ADUANCE MODE W. WW E+ ##W
............................ LOW ALARM SETPOINT W.WWE+WWW l
PURCE TIME DURATION WAMPLE PRESSURE C0hVERSION FACTOR - NORM 9'.99E*99#
PMOCESS FLOW RAT E.....
CONVERSION PACTOR W. UW E+ WWW PRESSURE...........,, CONVERSION FACTOR 9.99E+999 PROCESS DUCT TEMPERATURE............. COMUER$10N FACTOR Id.WWE+WWW
........... CONVERSION FACTOR W.WWE+WWW SCFM SAMPLE FLOW RATE.1 SAMPLE PRESSURE SETP01HT NORM 9.99E+ 999 v.
........,,., CONTROL DEADDAMp W.WWE+WWW 5 AMPLE FLOW RATE 1 NORM 9.99E+999 S AMPLE FLOW RAT EISONINETIC FLOW CONTROL HAT 10 SFLOW1t 1
1=YES)
SAMPLE PRESSUREDAT A BAS E COMPLET E.................
lb h
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'I M MEMT PAGC (PACE DOWH)
N PRCU PACC (PAGE UP) 1 8s. t? r
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LOW INSTRUMENT LIMIT DUCT TEMPERATURE..........
O' LOW INSTRUMENT LIMIT PROCESS PRES SURE..........
W HICH INSTRUMENT LIMIT f
PROCESS PRESSURE.........
I,0W INSTRUMENT LIMIT 9 SAMPLE MASS TLOW RATE H
..... HICH INSTRUMENT LIMIT SAMPLE MASS FLOW RATE....
W j
LOW INSTRUMENT LIMIT i
SAMPLE PRESSURE........... IIICal IHSTRUMENT LIMIT G SAMPLE PRESSURE..........
SAMPLE FLOW..........................(readentw)
FLOW.........................(readontv)
DIFFERENTIAL PRESSURE................(readentw)
PROCESS DUCT T EMPERATU RE..................... ( re adon t w )
i 1
RELEASE......................Creadentw) j EFFLUENT
.......................(readontv) 1 SAMPLE VACUUM G
....................tesVES31=HO)
W.WWE*WGW SCYM J
HOISE REJECTION
................SETPOINT l
ISONIHETIC FLOW CONTROL 1
)
HUMBER OF CHANNELS...........................,,
li! Cil INSTRUMENT LIMIT G j
DUCT TEMPEDATURE.........
FAILED INSTRUMENTS.(see addst cim i status disp) t G
j PROGRAMMER ACCESS CONTROL..........(93HOIimVES) 1.s. SPARE...........................................
j m.a a um m. c.:o g ei?2J..
a - --
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~ l E MCMT PAGE (PACE DOWM)
E PREW PAGE (PACE UP)
I r**
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s:1 r o e e s.
.r t u e as :s *
.4 A-D OPTIONS W
f^ SAMPLE FLOWS CONTROL CPT. (esRCRDJimSPEC12sISOH)
G SWITCH OPTION..................................
W MOMITOR STATUS
.... (see pionitor status displav) 4 RN89 DIACNOSTIC W
FILTER ADUANCE TYPE........ (9: FIXED: 1=MOVINC)
W e
TEST PATTERN 85 PURCE CONTROL OPTION...............(9:NO 1:YES)
W TEST NUMBER 61 TEST RESULTS 1WW COUNT OF NOUINC FILTER CLICMS W
SCALE DEFLECTION TEST VALUE 255 y.
FIRST DECADE ON METER..........................
W MuMcER Or DECADES OM METER O
j SAMPLE FLOW RATE 1 SETPOINT........... ACCIDENT W. WWE+ WW SCFM
{
ISOMINETIC FLOW CONTROL RATIO SFLOW1 ACCIDENT W.WWE*WWW PROCESS FLOW RATE 1 LOW A LA RM LI MI T - ACC G.09E+eOO SCFM SAMPLE FLOW RATE 2....... LOW ALARM LIMIT - ACC W.WWE+WWW SCFM PROCESS FLOW RATE SUBSTITUTE VALUE
...... NORMAL G.GGE+908 SCFM
~ PROCESS FLOW RATE SUBSTITUTE UALUE.... ACCIDENT W. WWE+WWW SCFM
-e
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_ _ - M/HM Ci An s.4u f/f3CftIl'I I ore 3,s.yw&m CHANNEL HIGH ALARM LIMIT.......................
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1.3SE-#W1 CHAMMEL ALENT AIARM LIMITCHANNEL EU CCHWERSION FACTOM.
!l 1 fi 9.99E*S99 j
t:s CHAMMEL EU COMUERSIOM FACTOR......(INTEGRATINC)
- 9. 9#E+ MWS CPM i6 CHANNEL DACMCROUND.............................
1 90E+991 'A tJ CONT!t0L PCINTS DEADDAHD........
1.W9E+994 CPM 1
CHANNEL AIARMS/
CHAM 4EL CHECHSOURCE REFERENCE,,................
i I4
.... 493007J 1 MIN) 1 i f.
t r. CHAHMEL SEMUICE ST ATE RE9UEST.............(9:NON:
l i=INTEC)
W
.......(OsOUTj isIN)
DATA SOURCE SELECT 19 MIN 17 DYMAMIC DACMGROUND SUDTRACT 1
.a* LOS S OF COUNT S T I ME...........................,
9.99E*999 t
W.9WE*WWW M/MM j
DACMGROUND COMUERSION FACTOR...........................
9.99E*999 R/HR
- t ACCEPTED MANCE POINT.............................
- 3. uSE-Wird M/HM PUMP CONTROL POINT 9.99E+999 R/HR
?
i
- 1 LOW CURRENT ALARM SETFOINT ASSOCI ATED CHAMMEL CHECMSOURCE L1MIT
.4 l'
FIRST DECADE OM METER..........................
- .r.
W HMIMM
?
NUMBER Or DECADES ON METER CHANNEL AUTO PU RCE T I ME......................,,
9.99E+999 R/HR 1
"U 9
SEC l
49 9.90E*###
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'i t*
i 11 PUMP OFF DEIAV In SMOOTHING ALOORITHM FACTOR RESPONSE M.ib.N4G HAMCW
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1 3 NEMT PAGE <Paet DeuM)
- 3. PREV rnGt,< PACE Ur>
veu te r tirs t t
- j Mi ses,u J<l la r i ou W
i i SUBSTITUTE UALUE REGUEST FOR SAMPLE-PROCESS FLOW PROCESS FLON MATE.............. LON ALARM LIMIT 8.9eE+ese SCFM J
.*;4 PUMP OM/0FF REGUEST (use seens tos peer-ke window).
4 PURCE eM/0FF REGUEST (use channet per-wr window) e HH:MM S CHECNSOURCE TEST SCHEDULE......................
LOW ALARM LIMIT W. EM8E* WW E CFM
, /. SAMPLE FLOW MTE 1.............
S' HH3MM FILTER ADUANCE SCHEDULE.........................
j 1 FILTER ADUANCE MODE (9:0FF:1=PRCM:2=1/2" 3=i")
8 HHIMM PURGE TIME DURATION............................
i tu SAMPLE PRESSURE............. LOW ALAMPt SETPOINT W.esE+peu W. WSE+ 8MM8 PROCESS FLOW RETE..... COM*JERSION FACTOR - NORM tJ 1.* PROCESS PRESSURE............. CONVERSION FACTOR W.ess+ese W seE+see DUCT TEMPEMTU RE............. COMUERS I ON FACT OR 6i COMUERSIOM FACTOR S.OSE+###
i e4 SAMPLE FLOW RATE 1...........
l t 'e 5 AMPLE PRESSURE.............. COMUERSION FACTOR W. EM8E+ 4MM8 SETPOINT MORM u.seE+ueM8 SCFM Ise SAMPLE FLOW MTE 1.............
CONTROL DEADDAMD 9.99E*989 M i */ S A M PLE FLOW RA T E..............
MORM U.##E*###
tJ ISOMIMETIC FLOW CONTROL RATIO SFLOW1 IIIG84 ALARM SETPO!MT 9,9eE+999 A
s" S AMPLE PRESSURE............
1
.t u DATA BAS E COMPLET E................. ( #=M0; 1 = V ES )
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PREV PACE. (PACE UP)
B It?ti f N HCMT PACE (PACE DOWH)
' V o l.ll !.
E N DESCRfPT!OH LOW INSTRUMENT LIMIT Wl
~
G INSTRUMENT LIMIT DUCT T EMPERAT URE.......... LOH f
.: )
HICH INSTRUMENT LIMIT 9
.L PROCESS PRESSURE......,..
j SAMPLE MASS TLOW RATE..... LOW INSTRUMENT LIMIT O f
PROCESS FRESSURE
.M HICH INSTRUMENT LIMIT W
/
SAMPLE MASS TLOW RATE INSTRUMENT LIMIT W
'4 LOW l
I MST ftUMENT LIMIT 9 SAMPLE PRESSURE...........
SAMPLE PRESSURE.......... HICH
)
j SAMPLE FLOW..........................(ceadontw
.........................(reedontv)................(readon14)
.,8 l
PROCESS TLOW
- DIFFERENTIAL PRESSURE.....................(readon1w)
DUCT TEMPERATUREftELEA S E....................... C re ado n i v )(readonly)
Ifw ErrLUENT
)
G
................................,,..........(OzVES;1rNO W.WWE+WWW SCFM i
S AMPLE VACUUM I SOMI NET I C TLOW CohT ROL................ S ET P0! NT HOISE REJECTION l
e I
........,,...................L!Mt7 9
l HUMBER OF CHANNELST EMI'EHATU Ftr....,,... IlI Clt I NSTituMENT
.(see addat chn! status dasp)
DUCT O
FAILED 1HSTRUMENTS
.....(9sHO!isVES) j 33 CONT JtOL PROCDAMMER ACCESS SPARE..........................................g a.> w m e a a. W ^"""TlE %.n, % u.
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PREU PAGE (PACE UP) k E
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NEXT PACE (PACE DOWN)
'J A bu t f
f E
W i
. M3 f.p.s cg g I T I ON
................................(9= RCRD ; 1 ss PEC J E r ! SCH)
G 41 A-D OPTIONS W
S AMPLE TLOWS CONTROL OPT..............,.................... display) 43:
SWITCH OPTION (see s.onitor s t a t tas W
~
4J MONITOR STATUS..,,RM89 DIACHOSTIC.................,..............
8 44 (9=TIXED: 1=MOVINC)
(
i 95 43 FILTER ADUANCE TYPE
.................................,,...............(9:NO izVES)
W 16 PATTERN 61
- 47. TEST PURCE CONTROL OPTION 19W 48 49 T EST NUMBER W
l SW TEST RESULTS 255 x
- JL COUNT OF MOVINC FILTER CLICES....................
W T EST UALUE SCALE DETLECT10N i
9 52 W.WWE+### SCFM DECADE ON METER
............,,....... ACCIDENT 8
53 FIRST ON MET ER HUMDEM Or DECADES l
$4 W. W E+W W SAMPLE FLOW RATE 1 SETPOINT ACCIDENT G.99E* EGG SCTM IS0 MIMETIC TLOW CONTROL RATIO STLOW1 05 LOW ALARM LIMIT - ACC W. EWE +weW SCFM LOH AL8 RM LIMIT - ACC G.GGE*GGG SCFM 36 l
57 PROCESS FLOW HATE 1 NORMAL W.esE+#wu SCFM SAMPLE FLOW RATE 2 FLOW MATE SUBSTITUTE UALUE ACCIDENT 50 c~.wh &-- 24 N 4,u PROCESS FLOW RATE SUlrSTITUTE VALUE....
l 59 Ph0 CESS
. Mas 0J #94...
j am mr: % aE.-
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Sys:
- 2. 6 Train l
Fact PSL Unit 02 G me I
.me s:iate:
Assign Priority: B3 MASTER j
4 FYP-8085 CONT HI RANGE MONITORS Work Type: 6 WORK ORDER TASK I
Location: RCB/VARIOUS (SEE MCL)
LMD: 2 95020580 01 D3fect/ Request: 022FYP8085 CNTMNT HIGH RANGE ER/PWO: 64 / 8085 i)
GE f
5
-- w a
.w ;
, w DJtailed Explanation:
PM ID: FYP8085 DUE BY DT - 10/01/95 EARLY DT: 05/19/95 LATE DT: 02/13/96 More:
W rk Request:
Def Tag:
Loc q
Trbl/Brkdown:
LCO:
i Unit Cond Req:
NPRDS: N Pail Date:
Times Det:
Stat Symp:
Originators Date:
Dept:
Approve By -
Date:
Tr k Determination Data:
IST Required
- N NCR/CR
- N/A Safety Class: SR PMT Required
- N PCM
- N/A Q Group
- 1E 10 CFR 50.49
- N EQ Doc Pkg
- N/A Assign To
- AD 1
- Y Seismic Cat
Security Clearance: N Fire Prot Req: N Insul Ram
- N Clearance Required: N
. Clearance No :
i RWP liaquired: Y RWP No RCA M/H: L1:
30.0 L2:
30.0' L3:
{
QC Requirements:
QC Required
- Y QL-A TS-10.4...
p More:
=================================================================
Work Order Task
Description:
SEE PAGE 2 POR TASK DESCRIPTION.
More: Y a============================================================================
Plcnned By
- MEWOCIT WILLIS ME Date: 07/25/95 Pkg Appr By : PRE-APPR Date: 07/25/95 Time: 16:12 QC Approval : PRE-APPR Date: 07/25/95
- OPERA NS APPROV TO START ***********************
NPS Start Permisnion:
[/,,
/
LCO(Y/N):
Start Date/ Time : - ~ 7 / 7.i s b.)
og 43 f
...............................c............................. 9d 6......:
NPS Completion Notif r6L
_,m.-
Major Failure:
Comp 1. Date/ Time H
(4 95
/
l) 4 l Daficiency Tag Removed. (Y/N) ~:,
~
Major Action :
f
i Components Sys:.26 Train:
Fac: PSL Units 02
' Associtate:
Assign Priority: B3 -
MASTER Name:FTP-8085 CONT HI RANGE MONITORS Work Type 6
WORK ORDER TASK TECE SPEC 4.3.3.1 i
Lccations RCB/VARIOUS(SEE MCL)
LMD: 2 95020580 01
~
Defect / Request: 022FYP8085 CNTMNT.HIGE RANGE ER/PMO: 64 / 8085 Chg locs 910 PAGE.
2 of 5
Continuation of TasR Descriptions
/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/N\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\
j
- 1. VERIFY. THAT YOU ARE WORKING ON THE CORRECT UNIT AND COMPONENT (S) :
)
, RIM.24.-40 RIM-26-41 ku.2udWk
.. dew = E...WW SIGNATURE /DATE
$IGNATURE/DATE
/\\/\\/\\/\\
/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\/\\
- 2. WITH OPERATIONS' PERMISSION, COkPLETE IC P! E EDURE 2-1120070.
- 3. IF APPLICABLE, PERFORM FUNTIONAL' TESTS OF RM-80 POWER SUPPLIh5 USING IC 2-1220057.
- 4. MAKE MINOR REPAIRS / ADJUSTMENTS USING TECH MANUAL 2998-15891.
DOCUMENT ALL WORK AND PARTS USED IN JOURNEYMAN'S WORK REPORT.
- 5. IF OTHER REPAIRS ARE'NEEDED, INITIATE A NEW PMO FOR SUCH REPkIRS.
- 6. PERFORM POST MAINTENANCE W3TS PER QI 11-4, APP.
D.,
IF REQUIWXO SYSTEM SUPERVISOR: ANDY DELGADO o
k
)i si a
M i
Component Sys: 26 Train:
Fac: PSL Units 02
' Associates Assign Priority: B3 MASTER t
Name:FYP-8085 CONT HI RANGE MONITOR Work Type: 6 WORK ORDER TASK TECH SPEC 4.3.3.1 i
i Location: RCB/VARIOUS(SEE MCL)
LMD: 2 95020580 01 i
D3fect/ Request: 022FYPil085 CNTMNT HIGH RANGE ER/PWO: 64 / 8085 Chg loc: 910 i
PAGE 3 of 5
JOURNEYMANS WORK F.EPORT Actual Start Date:
Time Actual Completion Date:
Times t
/*/t?/9r*
?: WM ff//1/9.S' f60*O Notes' Journeyman shall sign and date text af ter their entri,es.
Trouble Found:
This Section is NOT Applicable for PMs or other plannted jobs TEST EQWP.
EE nv R M.
Wup 8 db '
pq PSL Work Performed:
m 8/71-Xo-YO d Bo?-26-Y/ a.o Au z.ic.
c2- //20070 e.wc/ s.1w-owal WI?c.
2 - (D20059 - SNT khk EuWdaN 0-/M.s-V i
l Yh Continued on Additional Sheets:
Suggestions For Future Planning / Variance Reason i
Supv/ Foreman / Chief Date rJupervisor Date
- QC Inspector Date
)
l l !)'[ ! w~
f2'6 9 7 l
l N.s
~
e 4
1 Component:
Sys: 26 Train:
Fac PSL Units 02 Associate:
Assign Priority B3 MASTER Came: FYP-8085 CONT HI RANGE MONITORS Work Type: 6 WORK ORDER TASK Locati R
kObS}SEE MCL)
LMD: 2 95020580 01 Defect / Request: 022FYP8085 CNTMNT HIG,H RANGE ER/PWO: 64 / 8085 Chg locs 910 i
PAGE 4 of 5.
Continuation of Trouble Found/ Work Performed:
f i
1 Continued on Additional Sheets:
Y N
\\
Camponent:
Sys: 26 Train Fac: PSL Unit: 02 Associats:
Assign Priority: B3 MASTER
~
Names FTP-8085 CONT HI RANGE MONITORS. Work Type: 6 WORK ORDER TASK TECE SPEC 4.3.3.1 Location: RCB/VARIOUS (SEE MCL)
LMD: 2 95020580 01 i
DIfect/ Request: 022FYP8085-CNTMNT HIGH RANGE ER/PMO: 64 / 8085 Chg loc: 910 PAGE 5 of 5
i Component List Conqp s RIM-26-40 Assoc:
Sys: 26 t
Name: RADIATION MONITOR FOR CONTAINMENT HIGH RANGE RADIATION (SA)
Locs RAB/66/S-RA1/E-RAK Sfty-Cls Q-Grp 50.49 1.97 FPR PMI IST SEIS DOC NCR PCM ASME SR lE N
Y N
I N/A Cosmt Comps RIM-26-41 Assoc:
Sys: 26 Names RADIATION MONITOR FOR CONTAINMENT HIGH RANGE RADIATION (SB)
Loca RAB/66/N-RAS /N-RAK Sfty-Cls Q-Grp 50.49 1.97 FPR PMT IST SEIS DOC NCR PCM ASME 1
SR 1E' N
Y N
I N/A I
Coma 1
a S
1
)
1 i
Component:
Sys: 26. Trains Fac: PSL Unit 02 Associates Assign Priority: B3 MASTER Names FYP-8085' CONT HI RANGE MONITORS Work Type 6
WORK ORDER TASK TECH SPEC'4.3.3.1 Location: RCB/VARIOUS(SEE MCL)
LMD: 2 95020580 01
- D;fect/ Request: 022FYP8085 CNTMNT HIGH RANGE ER/PWO: 64 / 8085 Chg Loc Pager-1 ATTACEMENT A
-ru-o.
't
' TOTAL EQUIPMENT DATA BASE SEEET Facility: PSL Unit 02 Component: RIM-26-40 Associates Comp Type: IX Comp Sub Type M2 Equipment Name: RADIATION MONITOR FOR CONTAINMENT HIGH RANGE RADIATION System: RADIATION MONITORING Code: 26 Location Desc Location Code RAB/66/S-RA1/E-RAK Startup Sys Cod 9: 077 RWP Reqd: Y IST Reqd: N EQ Reqd: N NPRDS: N Safety Class: SR CENS' Major Code LE63
'Q-Basis:
GENS Major Mfgr GEA Q-Group: 1E GENS ID Code: 40 Q-Level:
GEMS Minor Code:
SCEW: N/A GEMS Minor Mfgr PCM:
Account Codes.532 SPEER: N/A Equipment Mfgr GENERAL ATOMIC Surv Maint Note: N/A Model No RM-80 Doc Pac N/A Engr Data Raft Seismic Cat I
Remarks: N/A EQ Comp Tag: N/A EQ Rev: N/A Purchase Order (s) :
NY-422609 Drawing (a) :
2998-B-327 443 2998-G-076 2998-B-327 1668 2998-G-410 8
4 2998-B-327 1642 l
2998-13399 t
l loch Manual.(s) :
- 3998-15891 DIGITAL HIGH RANGE RADIATI I Procedure (s) :
t 2-1120070 9
i
Component:
Sys: 26. Train:
Fact PSL Unit 02 As;ociato:
Assign Priority: B3, MASTER-l Names FTP-8085 CONT HI RANGE MONITORS Work Type: 6 WORK ORDER TASK TECE SPEC 4.3.3.1
- Location: RCB/VARIOUS (SEE MCL)
LMD: 2 95020580 01 D;fect/ Request 022FYP8085 CNTMNT HIGH RANGE
- ER/PWO: 64 / 8085
~
Chg Loca Page:
2' ATTACEMENT A i
Note (s) :
LMD N;te (s) :
LMD 4
s h
9 4
4 0
l i
I i
i
I s
-Camponent:
Sys: 26 Train:
Fact PSL Unit: 02 Associates Assign Priority: B3 MASTER i
Names:FYP-8085 CONT HI RANGE MONITORS Work Type 6
WORK ORDER. TASK i
TECE SPEC 4.3'.3.1
' Location s - RCB/VARIOUS (SEE MCL)
LMD: 2 95020580 01 l
D fect/ Request: 022FYP8085 CNTMNT HIGH RANGE ER/PNO: 64 / 8085 l
Chg Loc:
Page:
3
-ATTACEMENT A i
TOTAL EQUIPMENT DATA BASE SHEET i
. Facility: PSL Unit: 02 l
~
Component: RIM-26-41 Associates Camp Types IX Comp Sub Typer M2 Equipment Name RADIATION MONITOR FOR' CONTAINMENT HIGH RANGE RADIATION System: RADIATION MONITORING Code: 26 l
Location Descs Location Codes RAB/66/N-RAS /W-RAK Startup Sys Code.077 RWP Reqd Y
, NPRDS: N Safety Class: SR GEMS Major Code: LE63 Q-Basis j
CEMS Major Mfgr GEA Q-Groupt 1E GENS ID Code: 41 Q-Level:
GENS Minor Code:
SCEN: N/A GEMS Minor Mfgr PCM Account Code: 530 SPEER: N/A
- d..)cark Maint Note: N/A l
Equipment Mfgr GENERAL ATOMIC Model No: RM-80 Doc Pac: N/A l
l Engr Data Ref:
Seismic Cat I
i Remarks: N/A EQ Comp Tag: N/A EQ Rev: N/A I
l i
Purchase Order (s) :
i NY-422609 l
i Drcwing (s) :
2998-B-327 443 c
f 2998-B-327 1642 2998-13399 2998-G-076 2998-B-327 1668 3998-G-410 8
Tcch Manual (s) :
2998-15891 DIGITAL HIGH RANGE RADIATION M Procedure (s) :
2-1120060' 2-1120070 j
Q