ML20195C852

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Rev 2 to Triaxial Peak Accelerograph Channel Calibr for D51-R130 (HPCS Piping in Reactor Bldg)
ML20195C852
Person / Time
Site: 05000000
Issue date: 02/18/1986
From: Andrie B, Helle M
AFFILIATION NOT ASSIGNED
To:
Shared Package
ML20195C722 List:
References
FOIA-86-91 SVI-D51-T0289-B, SVI-D51-T0289-B-R02, SVI-D51-T289-B, SVI-D51-T289-B-R2, NUDOCS 8605300643
Download: ML20195C852 (13)
v • d • e


Text

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TEST PERFORMANCE TEST M,51GNLD TC Mg,i ;>], ke <-

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54PERV151NG OPERATOR DATE APO T1nqE ACTunt PLANT CDcIfl NS 1 2 3 4 5 - (Circle One)hM\N C0be4ENTS -

JNSTRUCTIGN CDFLETION RLt. PARTIAL TECH. SPEC. ACCEPTAPCE CRITERI A ACEPTABLE WACCEPTABLE N/A

'OTER DAYA CAITERIA AC2PTASLE UNACCEPTASLE h N1A TC(5) Ic6 EFFECT CLAIC PEAFOWKE: MM DIET!C1E*1ES I (N/A if none)

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OPULATIONS (Mlf SLPERVISOR .-s*#

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(mequlted if Tech. Spec. Acceptance Criteria la not est.ctherwise mark N/A) DATE Arc TIE CCo*CHTS: C.h r IJ n % % 5 4 5 mdod thti A de3t, yAe( $nk TEST RESULTS REVIEW ( M h (r. a A_ a a et.

SYSTEM tsCIPEDtf MEPON51kt ECTION fEVIEWER DATE APC TIE CDeCNTS:

SLRVEILLANCE CtF9tDINATOR 0"IE A'8 II*

8605300643 860321 }

PDR FOIA HIATT86-91 PDR  !

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, Attachment 1 OM7A: SVI-D51-T0289-3 Sheet 1 of 1 Page: 28 Rev.: 2 Triaxial Peak Accelerogra'ph Channel Calibration for D51-R130 ,.

(HPCS Piping in Reactor Building) '

Prerequisite Sign-Off Sheet Initials 4.0.3.a. Information tag for D51-R130 (DW-631-248) placed 3 on mounting location removed for performance of Lh SVI-D51-T0289-B. b

~tv 4.0.4 An RWP is in effect covering this instruction. N A 8. =d 4.0.5 Calibration Due Date is current on all test '

instruments.

v ,

b ,' ;.t

'LflSb Performed by: o //, a / / E A.16 Signature i  % i afic,hu %a\s.

Initials Date

  • r TEMPORARY CHANGE Atta:h c.-t 2 #d OH7A: SV!-D51-70289-B l Shee: '. :f 10 Page g of j Page: 29 Rev.: 2 Triaxial Peak Accelerotrarh Channel 7  !

Calibration for D51-R130 (HPCS Piping in Reactor Building)

Data Sheet SECTION 5.1.1 Initials Supervising Operator notified of channel 2.

inope ability a d Action Statement 3.3.7.2.a.

Time Date

3. Exterior of D51-R130 (DW-631-248) inspected; any discrepancies found are noted _in comments section and Supervising Operator notified.
5. Record plates are removed and zero lines coincide. N
6. Calibration set of record plates installed. >#.
8. Recorder D51-R130 removed. Y

. 11. Interior of D51.Jt130 inspected; any discre-pancies found are noted in comments section ,

and Unit Supervisor notified.

Section 5.1.2

6. AS FOUND vertical displacement 0. b IN. b\

7.a. 2 = 2 = M g/IN. M vertical displacement 0.gy IN l

Vertical Sensitivity TttJ AS AS

()OQ STEP FOUND LEIT ALLOWABLE VALUE

$ 5.1.2.7.b. 6.'br/ IN N/A / p g g/IN M

! $ 5.1.'6.7.b, N/A b'/IN a /4 .

m/IN fM

8. Independently verify the calculation in stop 7.a..

, ,. . Independent Verifier: MVI

$ Denotes Technical Specification requirement.

  • D hSl-$l30 G 5 erset r e W574t hed TU UT ATran[

b5I-tl\ [ "'" NurcIO

TEMPORARY CHANGE Attachment 2 (Cont.) 8 OM7A: SVI-D51 70289-8 Sheet : of 10 -

Page: 30 Page 3 of 1 ,

Rev.: 2 .

SECTION 5.1. 2 (Cont.) .

Initials 4 r.

14 'AS FOUND longitudinal displacement O.L i I3 IN. MA 15.a. 2 = 3 = RO g/IN. b longitudinal displacement 0.Mb !N Longitudinal Sensitivity TM AS AS 0g} STEP FOUND LEFT ALLOWABLE VALUE

$ 5.1.2.15.b. Wi/IN N/A gg g/IN lb

\w 9 to

$ 4 5.1.6.15.b. N/A r/IN /.5" /4 t/IN 1M

16. Independently verify the calculation,in step 15.a. O Independent Verifier: f[

. 22. AS FOUND transverse displacement O.\LN IN. M 23.a. '2 = 2 = i3 A g/IN. Ulh transverse displacement 0 1% IN Transverse Sensitivity T('N AS AS STEP FOUND LEFT ALLOWABLE VALUE COQ $ 5.1.2.23.b. 6 N/IN N/A /J.y g/IN N h to

$ 5.1.6.23.b. N/A g/IN st X.5",# st/IN 24 Independently verify the calculation in step 23.a.

i Independent Verifier:

Section 5.1.3

! 6. Calibration record plated pulled out 3/64 inches. b 10.a. AS FOUND maximum overshoot displacement 0.0 %IN. 1AM 10.b. AS FOUND saximum displacement 0.AN. b N

. 10.c. AS FOUND maximum overshoot displacement 0.0%IN.

10.d. AS FOUND saximum displacement 0.\9IN. MM

{ $ Denotes Technical Specification requirement.

i  :

TEMPORARY CHANGE Attachment 2 (Cont.) ON7A: SVI-D51 T0289-8 Sheet 3 of 10 # Page: 31 Page 'l of 1 Rev.: 2

)

SECTION 5.1.3.(Cont.) Initials j 11.a. (step 10.a. ) = maximum overshoot displacement =

(step 10.b.) eaximum displacement 0.0% IN = lh x 100% = 6  % N 0 330 IN (step 10.c. ) = maximum overshoot displacement =

(step 10.d.) maximum displacement

0. 0% IN = .13 x 100% = 13  % k@

0.\q\ IN

$ 11.b. AS FOUND overshoot percentages O  % MM n  % h%

12. Independently verify the calculations in step 11.a. g-Independent Verifier: (U>C, M

$ 13. (Overshoot percentare + Overshoot percentage) =

2

( O  %+ 0 %) = O  % M 2

14. Independently verify the calculation in step 13. .

Independent Verifier:

o vt Vertical Damping g 51TP AS FOUND AS I. EFT AILOWABLE VAI.UE CcQ JS 13% Overshoot 3 5.1.3.15. 55 % N/A_ = 55% Damping

  • M to

.M 05% overshoot 8

$ 5.1.5.15. N/A $$%

= 70% Dampinz W# $

21. Calibration record plated pulled out 3/64 inches, b 25.a. AS FdUND saximum overshoot displacement 0.OIIN2 h 25.b. AS FOUND saximum displacement 0.80IN. @%

25.c. AS FOUND maxlaus overshoot displacement 0.0 MIN. M 25.d. AS FOUND maximum displacement 0. MIN. Il@

$ D'enotes Technical Specification requirement.

v ,----,,-,,_,,,..-,.,.,-,--.----.--.,,,._--,--_.--.-n ,-. ,-.e ,- - . - . , - - -- --

TEMPORARY CHANGE Attachment 2 (Cont.)

Sheet - of 10

  1. M OM7A: SVI-D51-T0289-8 Page d of 7 Page: 32 Rev.: 2 SECTION 3.1.3 (Cont.) Initials 26.a. (step 25.a.) = maximum overshoot displacement =

(step 25.b.) maximum displaceoent O. OM IN 0 10(0 IN

. I'3 x 100% = A  % IM (step 25.c.) = maximum overshoot displacement

(step 25.d.) maximum displacement O.OF IN

0. gtf IN

= .10 x 100: = 10  : M

26. b. AS FOUND overshoot percentages b  % IAF3 10  % 1,#
27. Independently verify the a lculations in Independent Verifier-I

$ 28. (Overshoot percentaxe + Overshoot percentane) = _

2

( O x+ lo x) = D x WAW 2

29. Independently verify the calculations in i

.. step 28.

Independent Verifier: O Ydf f

Longitudinal Damping ICN AS AS ETEP FOUND I. EFT ALLOVABLE VALUE

'sv

$ 5.1.3.30. Ste x N/A * =,13% Overshoot 55x DampinS to W

.Ds .05% Overshoot

$ 5.1.5.31. N/A SL% = 70% Dampinz N

36. Calibration record plated pulled out 3/64 inches. b 40.a. AS FOUND maximum overshoot displacement 0.@IN. 1W 40.b. AS FOUND saximum displacement 0.\M IN. 8 N

.40.c. AS FOUND maximum overshoot d'isplacement 0. MIN. %O 40.d. AS FOUND maximum displacement 0.\btN. hM

$ Denotes Technical Specification requirement.

TEMPORARY CHANGE Attachment 2 (Cont.) #b ON7A: SVI-D51-T0289-8 Sheet 5 of 10 page 6 et ? Page: 33 Rev.: 2 SECTION 5.1.3 (Cont.) Initials 41.a. (step 40.a.) =maximumovershootdisplacebent =

(step 40.b.) maximum displatement 0 Odd IN = ,(\ x 100; = M  % [M

0. \C(\ IN (step 40.c.) = maximum overshoot displacement =

(step 40.d.) maximum displacement O. OM IN = .O x 100% = 0  % M8

0. (cf IN ,

S 41.b. AS FOUND overshoot percentages l\  % l\.b i3  % fMW

42. Independently verify the calculation,s in step 41.a. _

Independent Verifier:

$ 43. (Overshoot percentage + Overshoot percentage) =

2

( b  %+ b  %) = Q  % N 2

44. Independently vocify the calcul'ation in step 43.

Independent Verifier:

7 Transverse Damping TCM AS .AS STEP FOUND LEFT AI, LOVABLE VALUE

,W 13% Overshoot

$ 5.1.3.45. 8e % N/A = 55% Damping b i

9 .

.05% Over oot

$ 5.1.5.47. N/A $b% = 70% Dampin t M

$ Denotes Technical Specification requirement.

Attachment 2 (Cont.) OH7A: SVI-D51-T0289-8 Sheet 6 of 10 Page: 34 Rev.: 2 SECTION 5.1.4 Initials r

Scriber Preload AS AS STEP FOUND LEFT ALLOWABLE VALUE f

$ 4.a. *g(o) IN 0.052 IN *

'OW)IN to

$ 9.a. O.082 IN

  • D

$ 4.b. ,00) IN IN 0.052 IN

  • N 0 03 to

$ 9.b. O.082 IN * [$

$ 4.c. ,0 IN

,h IN 0.052 IN

  • to kM

$ 9.c. 0.082 IN

  • N SECTION 5.1.5 1.a. Damping Adjustment made (Vertical) M
6. Calibration record plated pulled out 3/64 inches. ulA 10.a. AS LEFT maximum overshoot displacement O. IN. u\A ,

10.b. AS LEFT maximum displacement O. IN. u\A 10.c. AS LEIT maximum overshoot displacement O. IN. UlA .

10.d. AS LEFT maximum displacement O. IN. pM 11.a. (step 10.a.) = maximum overshoot disp 1a' cement =

(step 10.b.) maximum displacement

0. IN = x 100% =  % nM
0. IN (step 10.c.) = maximum overshoot displacement =

(step 10.d.) maximum displacement

0. IN = x 100% =  % Wh
0. IN

$ 11.b. AS LEIT overshoot percentages  % alA

% oh

  • The maximum step on scriber preload gauge is equal to

.052 inches and the minimum step is equal to .082 inches.

$ Denotes Technical Specification requirement.

L

Attachment 2 (Cont.) DH7A: SVI-D51-T0289-3 4 Sheet 7 of 10 Page: 35 Rev.: 2 SECTION 5.1.5 (Cont. ) Initials r

l' Independently verify the calculations in step 5.1.5.a.

Independent Verifier: ,(n

$ 13. (Cvershoot percentage + Overshoot percentage) =

2

(  %+ tl =  % ulA 2

14 Independently verify the calculation in step 5.1.5.13.

Independent Verifier: n\A 17.a. Damping Adjustment made (Longitudinal). idA

22. Calibration record plated pulled out 3/64 .

inches. wh 26.a. AS LEFT maximum overshoot displacement O. IN. u\A 26.b. AS LEFT maximum displacement O. IN. a)%

26.c. AS LEFT maximum overshoot displacement O. IN. __ukA f

26.d. AS LEFT maximum displacement O. IN. uk\

27.a. (step 26.a.) = maximum overshoot displacement =

(step 26.b.) maximum displacement O. IN = x 100% =  % t\A

0. IN (step 26.c.) = maximum overshoot displacement =

(step 26.d.) maximum displacement O. IN = x 100% =  % A]'. A

0. IN

$ 27.b. AS LEFT overshoot percentages  % o\9

% utA

28. Independently verify the calculations in step 5.1.5.27.a.

Independent Verifier: u\A

$ Denotes Technical Specification requirement.

1 l

. j Attachment 2 (Cont.) OM7A: SVI-D51-T0289-B f Sheet 3 of 10 Page: 56 I

Rev.: 2 SECTION 5.1.5 (Cont.) Initials c

$ 29. (Overshoot percentage + Overshoot percentane) =

2

(  %+  %) =  % mlA 2

30. Independently verify the calculations in step 5.1.5.29.

Independent Verifier: w\A 33.a. Damping Adjustment made (Transverse). m y%

38. Calibration record plated pulled out 3/64 inches. AIA 42.a. AS LEFT maximum overshoot displacement O. IN. ylA 42.b. AS LEFT maximum displacement O. IN. em 42.c. AS LEFT maximum overshoot displacement O. IN. uw 42.d. AS LEFT maximum displacement O. IN. 4h 43.a. (step 42.a.) = maximum overshoot displacement =

(step 42.b.) maximum displacement

0. IN = x 100% =  % &A%
0. IN (step 42.c.) = maximum overshoot displacement =

(step 42.d.) maximum displacement O. IN = x 100% =  % a V%

0. IN

$ 43.b. AS LEFT overshoot percentages  % dh

% A li

44. Independently verify the calculations in step 5.1.5.43.a.

Independent Verifier: alg

$ 45. (Overshoot percentane + Overshoot percentare) =

2

(  %+  %) =  % al*

2

$ Denotes Technical Specification requirement.

(

I

\

i TEMPORARY CH ANGE Attach ent 2 (Cont.) #

Sheet : st 10 OM7A: SVI-D51 TC289-8 p g, 7 of 7 Page: 37 Rev.: 2 SECTION 5.i.5 (Cont.) r Initials

46. Independently verify the calculation in step 5.1.5.45.

Independent Verifier: otA SECTION 5.1.6 s

6. AS LEFT vertical displacement 0.IM IN.- M 7.a. 2 =

vertical displacement 2

0.13\ IN

= R g/IN. J$rl

8. Independently verify the calculation in step 5.1.6.7.a.

Independent Verifier: _s 14 AS LETT longitudinal displacement 0.149 IN.

15.a. 2 = 2 = \4.0 g/IN. b longit.udinal displacement 0143IN

16. Independently verify the calculation in s tep 5.1.6.15a. .

Independent Verifier

22. AS LEFT transverse displacement 0.'l44 IN. b 23.b. AS LEFT transverse acceleration sensitivity transposed to data table on Attachment 2. Mk I
24. Independently verify the calculation in step 5.1.6.23.a. ~

Independent Verifier:

SECTION 5.1.7 '

4 Calibration record plates installed. _f

6. D51-R130 re-installed per installation drawings.

h

7. Independent Verification: D51-R130 re-installed. hl 7tg
8. 50 D51-R130 mount".ug screw torqued to -e IN LBS.

J

$ Denotes Technical Specification requirement.

l

Attachment 2 (Cont.) OH7A: SV.1-D51-T0289-3 Sheet 10 of 10 Page: 34 Rev.: 2 SECTION 5.1.7 (Cont.)

Initials

9. Independent Verificatiorr: mounting screw torqued.

Nhk

10. The calibration record plates removed and operational record plates are installed. _M h
12. Supervising Operator notified of channel operability. 14 0 Time

/ .) 'nli late N

Section 4.0 TEST INSTRUMENTS MPL NUMBER CAL DATE CAL DUE DATE INT Scriber Preload Gauge L?C-VCf/2/7/ 2 ff 3/24f Rf kU' ggw Magnifier $70-V04FT h w/L k b Microscope L70- Vv1gT kh b & k'

  • Microscope L70-)/oVS/f h4 h Torque Wrench th@706 1/ZLfy'f 2/2t/gb ' g dhh COMME!frS:

Performed By: an ) / hh /

2, [

f M / 1h / 9llbffu 4 Independent Verifier: I M./ */ NN / "I//f,/JL N fbb

/ / c s ,

8 Signature Initials Date

$ Denotes Technical Specification requirement.

l O

Attachment 3 OM7A: SVI-D51-70289-3

,' Sheet 1 of 1 Page: 39 - IAST Rev.: 2 System Restoration Checklist r

Title:

Triaxial Peak Accelerographs Channel Calibration for D51-R130 (HPCS Piping in Reactor Building)

Verified By: .. ,_, , .% h <' !? [b Ylhd/ N$ / XfAn elr//w Signature / Initials Date INITIALS LOCATION COMPONENT REQUIRED FIRST SECOND REMARKS MPL OR NAME POSITION VERIF VERIF DW-631-248 Access plugs installe'd and co'ver on f d

( D51-R130 '

Longitudinal j, access set r#

DW-631-248 screw on D51-R130 installed COMMEhTS: OL 8 5 [n s~D t IfU Ib

,. DW/SVI117/H/cp

.

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