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AUTM)RIZAT10N TO $1 AR1 1E$1:
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7 SJ'ERv15ING OPERATOR DATE A@ 1]ME (Circle One)hrchdQ CC>etNTS ACTUAL PLANT CDOITIONS 1 2 3 A 5
INSTRUCTION CODPLf f!f. 4 FLLL PARTIAL TECH. SPEC. ActtP1ANCE CRITERI A ACCEPTABLE LMACCEPTAALE N/A h thACCEPTABLE D HiA OTPER DATA CRITERIA ACCEPTAaiL TC(5) IN EFFECT DWING PERf0RMANCE CETICIENCl[$ b Wa8 D h N
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' DATE APC T!*
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TEST RESULTS REVIEW (8,.4.J. /- L g J A
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I SLAVEILLAPCE CDOCINATOR 8605300543 860321 PDR FOIA
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ON7&: SVI-D51-70289-A Sheet 1 of 1 Page:
22 Rev.:
1 Triaxial Peak Accelerograph Channel Calibrat ion for D51-R120 g
Prerequisite Sign-Off Sheet Initials 1
4.0.3.a.
Information tag for D51-R120 (DW-583-145) p 4eed on mounting location removed for performance of SVI-D51-T0289-A.
_h %
bW 4.0.4 An RWP is in effect covering this instruct wr.
/// mpe-4.0.5 Calibration due date is current on all test instruments.
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/ b
/ Sl17 fd, Performed by:
a
/
/
/
'- g
~ ignature Initials Date S
4 9
-r
9 OM7A:
5VI-D51-70289-A Sheet 1 of 11 Page:
23 Rev.:
1 Triaxial Peak Accelerograph Channel Calibration for D51-R120 I
(Reactor Recirculation Purrp)
Data Sheet Section 5.1.1 Initials 2.
Supert sing Operator notified of channel inoperab211ty and Action Statement 3.3.7.2.a.
< Aco
/ 2/nl1 d4W T2me Date 3.
Exterior of D51-R120 (DV-SS3-145) inspected; any discrepancies found are noted in comments section and Supervising Operator notified.
NN 5.
Record plates are removed and zero lines coincide.
1M 6.
Calibration set of record plates installed.
NM-8.
Recorder D51-R120 removed.
b 11.
Interior of D51-R120 inspected; any discre-pancies found are noted in comments section and Supervising Operator notified.
M Section 5.1.2 6.
AS FOUND vertical displacement 0.0% IN.
2'
= ) M g/IN.
n@
7.a.
2
=
vertical displacement 0.g IN.
Vertical Sensitivity AS AS STEP TO'3 D LETT ALLOVABLE VALUE 5
5.1.2.7.b. @ i/IN.
N/A 11.23 g/IN.
M to 5
5.1.6.7.b.
N/A 3/IN.
12.17 g/IN.
6.
Independently verify the calculation in step 7.a.
Independent Verifier
%^
5 Denotes Technical Specification requirement.
. (Cont.)
OH7A: SVI-D51-T0289-A Sheet 2 of 11 Page: 24 Rev.:
1 Section 5.1.2 (Cont.)
Initials r
14 AS FOUND longitudinal displacement 0. 061 IN.
_ fMW=
15.a.
2
=
1.
- S,0 g/IN.
k longitudinal displacement 0 <y511N Longitudinal Sensitivity AS AS STEP FOUND LEFT ALLOVABLE VALUE 5.1.2.15.b. blg/IN.
N/A 10.66 g/1N.
(kDY<'
to S.1.6.15.b N/A g/IN.
11.5' n'IN.
4 16.
Independently verify the calculation in step 15.a.
Independent Verifier 22.
AS FOUND transverse displacement 0.10$
IN.
_)4 R 0 g/IN.
RAnp<
23.a.
2
=
2 transverse displacement 0.pyfIN.
Transverse Sensitivity AS AS STEP FOUND LEFT ALLOVABLE VALUE 5.1.2.23.b. (d'g/IN.
N/A 9.89 g/IN.
_kN3hr
.to 5.1.6.23.b. N/A g/IN.
10.71 g/IN.
4 24.
Independently verify the calculation in step 23a.
Independent Verifier
/
M Section 5.1.3 6.
Calibration record plated pulled out 3/64 inches'.
4 10.a. AS FOUND maximum overshoot displacement O.
IN.
4 10.b. AS FOUND maximum displacement O.
IN.
M A
10.c. AS FOUND maximum overshoot displacement O.
IN.
10.d. AS FOUND maximum displacement O.
IN.
if i Denotes Technical Specification requirement.
=
.- (Cont.)
ON7A: SV1-D51-TC289-A Sheet 3 of 11 Page:
25 Rev.:
1 Section 5.1.3.(Cont.)
Initials r
11.a. (step 10.a.) = maximum overshoot displacement
=
(step 10.b.)
maximum d2splacement 4
0.
IN. =
x 100% =
0.
IN.
(step 10.c.) = maximum overshoot displacement =
(step 10.d.)
maximum displacement 0.
IN. =
x 100% =
Y 0.
IN.
11.b. AS FOUND oversheet percentages A
L r
12.
Independently verify the calculations in Independent Verifier 13.
(Overshoot percentage + Overshoot percentage) =
2
(
t+
t) =
k 2
14.
Independently verify the calculation in step 13.
Independent Verifier Vertical Damping AS AS STEP FOUND LEFT ALLOWABLE VALUE 13% Overshoot 5.1.3.15.
N/A
= 55% Damping to 5% overshoot 5.1.5.15.
N/A
= 70'. Damping 21.
Calibration record plated pulled out 3/64
- inches, k'
25.a. AS FOUND maximum overshoot displacement O.
IN.
A 25.b. AS FOUND maximum displacement O.
IN.
25.c. AS FOUND maximum overshoot displacement O.
IN.
r 25.d. AS FOUND maximum displacement O.
IN.
$ Denotes Technical Specification requirement.
. (Cont.)
OH7A: SVI-D51-70289 A Sheet 4 of 11 Page: 26 Rev.:
1 Section 5,.1.3 (Cont.)
Initials r
26.a. (step 25.a.) = maximum overshoot displacement
=
(step 25.b.)
maximum displacement
'E O.
IN. =
x 100*. =
0.
IN.
(step 25.c.) = maximum overshoot displacement
=
(step 25.d.)
maximum displacement O.
IN. =
x 100% =
t Y
0.
IN.
26.b. AS FOUND overshoot percentages t
4
_4 27.
Independently verify the calculations in step 26a.
Independent Verifier 28.
(Overshoot percentage + Overshoot percentage) =
2 g
(
- +
- )=
2 29.
Independently verify the calculations in step 28.
k~
Independent Verifier Longitudinal Damping AS AS STEP FOUND LEFT ALLOk'ABLE VALUE 13% Overshoot 5.1.3.30.
N/A
= $5% Damping to 5*. Overshoot 5.1.5.30.
N/A
= 70% Damping k
36.
Calibration record plated pulled out 3/64 inches.
40.a. AS FOUND maximum overshoot displacement 0.
IN.
I' 40.b. AS FOUND maximum displacement 0.
IN.
40.c. AS FOUND maximum overshoot displacement O.
IN.
40.d. AS FOUND maximum displacement O.
IN.
$ Denotes Technical Spec ification requirement.
. (Cont.)
OH7A: SVI-D51-70289-A Sheet 5 of,11 Page: 27 Rev.:
1 Sect ion 5.1.3 (Cont. )
Initials 41.a. (st er 40.a. ) = masimum overshoot displacement =
(ster -0.b. )
maximum displacement Jh 0.
IN. =
x 100% =
0.
IN.
(st el -0. c. ) = maximum overshoot displacement =
(stey *0.d.)
maximum displacement O.
IN. =
x 100* = __
0.
IN.
41.b. AS FJ JS.*1 overshoot percentages 4
42.
Ind(pendently verify the calculations in ster -1.a.
Independent Verifier 43.
(Overshoot percentage + Overshoot percentage) =
2
(
%+
- )=
2 44 Independently verify the calculation in step 43.
Independent Verifier Y
Transverse Damping AS AS STEP FOUND LEFT ALLOWABLE VALUE 13% Overshoot 5
5.1.3.45.
N/A
= 55% Damping h
to 5% Overshoot 5.1.5.45.
N/A
= 70% Damping
$ Denotes Technical Specification requirement.
.. (Cont.)
OH7A: SVI-D51-T0289-A Sheet 6 of 11 Page: 28 Rev.:
1 Section 3.1.4 Initials Scriber Preload AS AS STEP TOUND LETT ALLOk'ABLE VALUE a.a.
IN.
IN.
0.052 IN.
Y to 6.a.
0.082 IN.
5 4.b.
IN.
IN, 0.052 IN.
Y to 6.h.
0.082 IN.
4 4.c.
IN.
IN.
0.052 IN.
to 6.c.
0.082 IN.
V Section 5.1.5 6.
Calibration record plated pulled out 3/64 inches.
k 10.a. AS LEFT maximum overshoot displacement O.
IN.
Yr 10.b. AS LEFT maximum displacement 0.
IN.
A 10.c. AS LEFT maximum overshoot displacement O.
IN.
+
10.d. AS LEFT maximum displacement 0.
IN.
M-11.a. (step 10.a.) = maximum overshoot displacement =
(step 10.b.)
maximum displacement O.
IN. =
x 100% =
3r 0.
IN.
(step 10.c.) = maximum overshoot displacement =
(step 10.d.)
maximum displacement Y
O.
IN. =
x 100% =
0.
IN.
11.b. AS LEFT overshoot percentages F
k 12.
Independently verify the calculations in step 5.1.5.a.
Independent Verifier M
$ Denotes Technical Specification reqsirement.
. (Cont.)
OM7A: SVI-D51-70289-A Sheet 7 of 11 Page: 29 Rev.:
1 Section 5.1.5 (Cont.)
Initials 13.
(Overshoot pereertage + Overshoot percentage) =
2
(
%+
%) =
Y 2
14.
Independently verify the calculation in Independent Verifier s
15.
AS LEFT maximu Overshoot percentage trans-posed to data table on Attachment 2.
21.
Calibration reecrd plated pulled out 3/64 inches.
A 25.a. AS LEFT maximur overshoot displacement O.
IN.
Y-25 b. AS LEFT maximum displacement O.
IN.
25.c. AS LEFT maximue overshoot displacement O.
IN.
25.d. AS LEFT maximum displacement 0.
IN.
e 26.a. (step 25.a.) = maximum overshoot displacement =
(step 25.b.)
maximum displacement O.
IN. =
x 100% =
0.
IN.
(step 25.c.) = maximum overshoot displacement =
(step 25.d.)
maximum displacement O.
IN. =
x 100% =
k 0.
IN.
26.b. AS LEFT overshoot percentages k
v 27.
Independently verify the calculations in step 5.1.5.26.a.
Independent Verifier 28.
(Overshoot percentane + Overshoot percentage) =
2 9
(
%+
%J a 2
$ Denotes Technical Specification requirement.
. (Cont.)
OM7A: SVI-D51-T026.9eA Sheet 4 of 11 Page:
30 Rev.:
1 Section 5.1.5 (Cont.)
_ Initials r
29.
Independently verify the calculations in Independent Verifier
'AS LEFT maximum overshoot percentage trans-5 30.
posed to data table on Attachment 2.
36.
Calibration record plated pulled out 3/64 inches.
'I 40.a. AS LEFT maximum overshoot displacement O.
IN.
A 40.b. AS LEFT maximum displacement O.
IN.
4 40.c. AS LEFT maximum overshoot displacement O.
IN.
40.d. AS LEFT maximum displacement O.
IN.
41.a. (step 40.a.) = maximum overshoot displacement =
(step 40.b.)
maximum displacement O.
IN. =
x 100% =
Af 0.
IN.
(step 40.c.) = maximum overshoot displacement =
(step 40.d.)
maximum displacement O.
IN. =
x 100% =
4" 0.
IN.
41.b. AS LEFT overshoot percentages 6
k 42.
Independently verify the calculations in step 5.1.5,41.a.
Independent Verifier 4r 43.
(Overshoot percentage + Overshoot percentage) =
2
(
%+
%) =
2 44.
Independently verify the calculation in step 5.1.5.43.
Independent Verifier k~
i l
$ Denotes Technical Specification requirement.
l a
~
L4 1
L...
- (Cont.)
OM7A: SVI-D51-70289-A Sheet 9 of 11 Page: 31 Fev.:
1 Section 5.1.5 (Cont.)
Initials
?
45.
AS LETT maxieum overshoot percentage trans-posed to data table on Attachment 2.
Section 5.1.6 k
6.
AS LEFT vertical displacement O.
IN.
7.a.
=
2
=
g/IN.
Y vertical d:splacement O.
IN 7.b. AS LEFT vertical acceleration sensitivity transposed te data table on Attachment 2.
k 8.
Independent ly verify the calculation in step 5.1.6.7.a.
Independent Verifier 14.
AS LEFT longitudinal displacement O.
IN.
I 15.a.
2
=
2
=
g/IN.
4r longitudinal displacement O.
IN.
15.b. AS LEFT longitudinal acceleration sensitivity transposed to data table on Attachment 2.
b 16.
Independently verify the calculation in step 5.1.6.15a.
Independent Verifier 4
22.
AS LEFT transverse displacement O.
IN.
4 23.a.
2
=
2
=
g/IN.
At transverse displacement O.
IN.
23.b. AS LEFT transverse acceleration sensitivity transposed to data table on Attachment 2.
24.
Independently verify the calculation in step 5.1.6.23.a.
Independent Verifier V
$ Denotes Technical Specification requirement.
p
~
Attechnent 2 (Conte)
ON7A: SVI-D51-70269-A Sheet 10 of il Page: 32 Rev :
1 Section 5.1,7 Initials 4..
Ca71bration record plates installed.
j 6.
D$1-R120 re-inst.A led per installation drawingt.
7,.
Indeper. dent Veej ficaticso; D51-R120 re instelled.
4 4.
D51-R120 heunting screw torqued tc.23 IN.I.BS.
E'
'9.
Indtpsndent \\erification; snounting screw Aprqued.
4 P
10 The calibrot$on record plates removed and op3rotional record plates are installed.
12.
Supervising Dperator notified of channel operability.
/_
Time Date Sectica 4.0 TEST INSTRUMENTS MPL NUMBER CAL lDATE CAL DUE DATE Ih7 Scriber Preload Gauge Clo-i(AbhT 9lNM
_3)3tl%
Njle Magnifier UK)-V041,5 JA AtM Microscope L~)O-VO411 dA 4.,%
_b Microscope L*)D-VOtT N M/L ml,& _
M_,_
Torque Vrench L')O*d M t {.DIL 2 /'a% %
_Jl/4d2r I
4 - Denotes Technical $pecification requitemen.ts m--
m
4 (Cont.)
ON7A: SVI-D51-70289-A Sheet 11 of 11 Page: 33
- +
Rev.:
1 C0!!!!ENTS:
r Performed By:
Ns jhhb f
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g
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T fl7 ff Yetiiier*
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L eb
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/ kW A
/ D\\Qlx Signature Initials Daie 4
5 Denotes Technical Spe:ification requirement.
a OM7A: SVI-D51-T0289-A Sheet 1 of 1 Page: 34 - LAST Rev.:
1 System Restoration Checklist e
Title:
Triaxial Peak Accelerographs Channel Calibration for D51-R120 (Reactor Recirculation Pump)
Verified By:
Signature / Initials Date INITIALS LOCATION C0!!PONENT REQUIRED FIRST SECOND REMARKS MPL OR NAME POSITION VERIF VERIF Dk*-563-145 Access plugs Installed and cover on g
D51-R120 W
Y b k b E O d A)O dQ k d e_5 O rd ko br Od.
edbdn C0!DIENTS:
oma - a a.c da m,A.
r Dw'/SVI30/A/cp