ML18022A906

Rev 0 to Calculation SI-45, Max RCS Pressure for Csip Min Flow. W/Three Oversize Drawings

ML18022A906
Person / Time
Site:	Harris
Issue date:	10/12/1992
From:	CAROLINA POWER & LIGHT CO.
To:
Shared Package
ML18010A852	List: ML18010A851 ML18010A853 ML18010A854 ML18010A855 ML18010A856 ML18010A864 ML18010A865 ML18022A904 ML18022A905 ML18022A906 ML18022A907
References
SI-45, SI-45-R, SI-45-R00, NUDOCS 9210280208
Download: ML18022A906 (115)

Text

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(PROJECT AND/OR PLANT NAME

& APPLICABLE UNIT)

APPROVAL YES SAFETY RELATED' SEZSMIC Q

NO0 REV.

NO.

C PREPARED BY DATE i0/0/7Z VERIFIED BY DATE l0-II-rz PROJ.

ENGINEER DATE

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ENGINEER DAVE REASON FOR CHANGE:

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Page 1

DESIGN REVIEW CHECK SHEET Plant 8+8 project i +

c File No.

Document Type d A I-Cg p~gg Document No.

Revision

==

Description:==

~ Mark each item yes, no, or not applicable and initial each item checked by you.

1.

Were the inputs correctly selected and incorporated into design?

2.

Are assumptions used in the design adequately described and reasonable?

NOTE: Revie~ shall include but is not limited to applicable inputs specified in NED Procedure 3.1.A, paragraph 3.1.A.4.

3.

Are the apprcpriate quality and quality assurance requirements specified!

4. Are applicable

codes, standards, and regulatory requirements including

~

?

issue and addendum properly identified, and are their requirements for design met?

5.

Has applicable construction and operating experience been considered?

QES 6.

Have design interface requirements been satisfied?

7.

Was an appropriate design method used?

8. Is the output reasonable compared to inputs?

9.

Are the specified parts, equipment, and processes suitable for the application?

10. Are the specified materials compatible with each other and the design environmental conditions to which the materials vill be exposed?

RED Proccdvre 3.3/Rev.

50

.DISCIPLINE DESIGN VERZPICATION RECORD I.

Inatrtatimm to Verificaticn Persorsa.L Page 1

PLent Project File Ho.

Oocunent Ho.

PC Qh L.<.

SZ' 0 Rev Q

Level

~Q (Class A)

( ) Seismic (CLass 6)

[ )

FP Q (Class 0)

( ] Other Design verification should be done in accordance arith AHSI H45.2.11, Section 6, os amended by Regulatory Guide 1.64, Rev. 2.

Speci ~I Instruct 1 one T Discipline Project Engineer s

II.

Ver if[cation Oocammtaticn Applicabi l ity D isci l ine Hechani ca I HVAC Electrical ICC Other Pf()()()

Disci line Civil Structural Seismic Equip.

QuaL.

Civil Stress Fire Protection Environeental Qualification Human Factors Hateriats

()()()()(]()()()()

Verification Hethods Used:

+Design Review

( ) Alternate Calculations

( ) Qualification Testing Design Docent Acceptable:

Design Verifiai ao [ ) - ccaments attached.

Date 0 /I-Z Acknwledgeaent r < Virificat ton:

(OPE>

Date III. Resolution of Caaaentst Ccmaents Resolved (See Attached):

(RE)

Action taken aakes Design Documents Acceptable:

Design Verifier Date Date (OPE)

Oat

~

HED Procedure 3.3/Rev.

50

DRAWING REVISION SHEET Form 6

MOD NO.

~CR-6547 FIELD REVISION NO.

~0 PAGE NO.

.g<'.Cc i <<g~cM

UPDATEj~,'.BEFORE'~

" BILITY.,'.~

h Q('PPAgg 1 i >v ).A

~j+RECORD,'OF,'",

Wg~j.REVIS ION)"'~'166-8-2020 S28 2166-B-401, S1789 2166-B-401, S1790 LIMITORQUE WIRING DIAGRAM VALVE OVERLOAD 6 TORQUE SWITCH BYPASS RELAY CWD VALVE OVERLOAD & TORQUE SWITCH BYPASS RELAY CWD NO NO NO

+For later use in tracking completion of the revision.

NPMP - REV. 4

DISCIPLINE DESIGN VERIPICATION RECORD 1.

]nstrLs:tierra to Verification Peraomel Page 1

Plant Project File No.

Oocujjent No.

Rev I

Q Level gl Q (Class A) l ) Selsjalc (Class B)

( ]

FP.Q (Class 0)

[ ] Other Design verification should be done in accordance arith ANS1 NC5.2. 11, Section 6, as EEjended by Regulatory Guide 1.64, Rev. 2.

Speci ~ l instructions:

Eleolpllne Project Engineer 11.

Verification Ooaaentation Applicabi 1 ity Oi ci line Hechanical HVAC Electrical 1%

Cjg.f Other

()()()

J4 Disci line Civil Structural Seisjsic Equip. Qual.

Civil Stress Fire Protection Environaental Qualification Hman Factors Haterials

()()()()()()(]()

Verification Hethods Used:

Pg Design Revieu

( ) Alternate Calculations

( ) Qualification lesting Design Docjsaent Ac"~~EEhLeA Yes Cj(]

Ho [ ] - ccEjaEents attached.

E 1

Design Verifier Date Ackrxwledgeaent of Verification:

lllPEl Date 111. Resolution of C~st cojosents Resolved (see Attached):

(RE)

Action taken aakes Design Doc+sents Acceptable:

Design Verifier Date Date (OPE)

Date NEO Procedure 3.3/Rev.

50

Page 1

DESIGN REVIEW CHECK SHEET Plant Project File No.

Document Type Document No.

Revision

==

Description:==

Mark each item yes, no, or not applicable and initial each item checked by you.

1.

Were the inputs correctly selected and incorporated into design?

2.

Are assumptions used in the design adequately described and reasonable?

NOTE:

Review shall include but is not limited to applicable inputs specified in NED Procedure 3.1.A, paragraph 3.1.A.4.

3. Are the appropriate quality and quality assurance requirements specified?

4. Are applicable

codes, standards, and regulatory requirements including

~

~

issue and addendum properly identified, and are their requirements for design met?

5.

Has applicable construction and operating experience been considered?

6.

Have design interface requirements been satisfied?

7.

Was an appropriate design method used?

8. Is the output reasonable compared to inputs?

~B

~F-

9. Are the specified parts, equipment, and processes suitable for the application?

10. Are the specified materials compatible with each other and the design environmental conditions to which the materials will be exposed?

RED Procedure 3.3/Rev.

50

Page 2

Document Type Document No.

Revision 11.

Have adequate maintenance features and requirements been specified?

12.

Are accessibility and other provisions adequate for performance of maintenance,

repair, and any expected in-service inspections?

13.

Has the design properly considered radiation exposure to the public and to plant personnel (ALMA)?

14.

Are acceptance criteria in the design documents sufficient to allow verification that design requirements have been satisfactorily accomplished?

~a 15.

Have adequate preoperational and periodic test requirements been specified?

16.

Are adequate storing, handling,

cleaning, shipping, and identification requirements specified?

17.

Are requirements for record preparation,

~

~

~

~

~

etc.,

adequately specified?

18.

Have all problems with this design known been considered and resolved?

review, approval, retention, from prior application gl For each question on the check list not answered

yes, explain below.

If "Not Applicable" give reason.

Signature (Design Verifier)

Date "fH<5 fCI/tf<3 l5 Rk ZirC-XIVAIIHF~. 45 MED Procedvre 3.3/Rev.

50

SYSTEMg CALC. TYPE CAROLINA POWER

& LIGHT COMPANY HNP-c ST u l098 (CALCULATION I)

FOR Sl CHAPQlg&

PL(V PS 4lkll FLOE/

ST lQINLP SHIEDlH&

(TITLE INCLUDING STRUCTURE/SYSTEM/COMPONENT)

FOR (PROJECT AND/OR PLANT NAME & APPLICABLE UNIT)

YES NO SAFETY RELATED:

CI APPROVAL SEISMIC REV NO PREPARED BY DATE VERIFIED BY PROZ.

ENGINEER PRIN.

ENGINEER DATE DATE DATE to w<~

REASON FOR GE-,

$5gl QP Qg)~CQQ 5 REASON FOR CHANGE:

REASON FOR CHANGE:

CALCULATION NO. ~~+~ ~/+

+~4 +

PAGE g REV t LIST OF EFFECTIVE PAGES PAGE

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I

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l PAGE REV PAGE REV ATTACHMENTS A

8 C

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NED Guideline E-4 ATTACHMENT D CALCULATION NO.

AP-C 5/M PAGE t.l REV

/

TABLE OF CONTENTS List of Effective Pages Table of Contents PuIp0s e

~

~

~

~

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List of References Body of Calculation Conclusions Page No.

Attachments

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GTICES 3 ~ 38 92/10/09.

09.11.30.

PAGE tttttltt**tt*1111t*ttttlttttt***t11111*tttt*t*t**ttttl****11**tttttttttt*ttt*ttttt*tt GEORGIA INSTITUTE OF TECHNOLOGY INTEGRATED CONPUTER ENGINEERING SYSTEN GTICES 3.38 - GEORGIA TECH PROPRIETARY PRODUCT GENERATED 88/02/16.

15.25.46.

DATE R 92/10/09.

= I HPUT, LIOUTPUT,PL~, DPI KC, BFW,PDN, LT158, S1*SDATA,OA,KC, P >>PP.

I.E

'HNP-92.OUTAGE'TRUDL

'FILEHAMEIBOX UITH LEADSHIELDING'TICES 3.38 92/10/09.

09.11.30.

PAGE

.J~

FIELD REV NO 0/

PAGE NO.

• 11<<1111*tlttttttttltlt*11*11111111*11****111*t*tltl*11111tttttt<<111

• • <<1*1

~

t ttllt*lt G

T S

T R U D L t

• I

• I 11*1*

11*111 1*11*

t* II 11111 11 tl 1**1111*** 1>>*1**

1111<<1 It>>*<<1 tl 11 111111 11

• • t******1*tIt

~I 11

<<1 11 11 It 11 11

• 11*

1111*11111

• • <<1<<1 11

• 11<<1 11 11111*

• • *I 11 tl 11 I

1>>111

'll 1111*

11 11 I* 'I*

11 11 11 tl II I*

11 11 11 11 I

I*****

11 *I *1<<111 111*11 11<<111

• I 11*11

• I 11 11 111*

• • • I* **<<It>> t OUNED BY AND PROPRIETART TO THE GEORGIA TECH RESEARCH CORPORATION RELEASE DATE VERSIOH IHm LEVEL CONPLETIOH NO I

HARCH 1988 8701CDC 0

2180/85

~II<<It<<It<<It<<It<<It<<It<<<<It<<It<<Ill<<It<<I<<I<<It<<It<<It<<It<<It<<It<<<<It<<It

• • • IACTIVE UNITS -

LENGTH MEIGHT

<<*I>> ASSUHED TO BE INCH POUND ANGLE TEHPERATURE TINE RADIAN FAHRENHEIT SECOND TYP SPA FRA UNIT IN LBS DEG JOI COO 1

00.00 00.00 2

00.00 6.00 3

00.00 46.00 4

00.00 00.00 5

00.00 6.00 6

00.00 46.00 7

12.00 00.00 8

12.00 6.00 9

12.00 46.00 10 12.00 00.00 11 12.00 6.00 12 12 F 00

" 46.00 HEN IHC I

112; 223;345;456 578; 689; 71011 81112 9

11 2 ;

10 2 5 I 11 5 8 ; 12 8 11 13 12 3 ;

14 3 6 ;

15 6 9 ;

16 9 12 MEN PROP 16 T 'TUBE80'TS2X2X4~

00.00 S

00.00 00.00 12.00 S

12.00 12.00 12.00 S

12.00 12.00 00.00 S

00.00 00.00

HNP-92-OUTAGE STANTS E

29.00E6 ALL G

11.15E6 ALL DEN 0.283 ALL BETA 0.

ALL POI 0.300 ALL STEEL GTICES 3.3$

92/10/09. 09.11.33.

PAGE PLANTMpo. Np PAGE NQ, ACTIVE UNITS WEIGHT LB LENGTH INCH TOTAL LENG'TH, MEIGHT AND VOLWE FOR SPECIFED HEHBERS LENGTH ~

2.8000E+02 lJEIGHT ~

1.2592E+02 VOLUHE s 4.4493E+02 T DEVICE PRINTER LEN 6 PLANE XT THRU 1

HNP.92-OUTAGE GT ICES 3.38 92/10/09.

09.11.35.

PAGE T DEVICE PRINTER LEN 6 T PLANE XT THRU 4 PLANTh)OD. NQ.

-6 FICLD REV. WO.

c9

+q)C 5

O t

HNP 92-mITAGE GTICES 3.3B 92/10/09.

09.11 35.

PAGE DEVICE PRINTER LEN 6 T PLANE YZ THRU 1

~~~> i<OD. No. ~~Cg-y I AGE NO.

P~J

HNP-92.OUTAGE W

T DEVICE PRINTER I.EN 6 OT PLANE YZ THRU 10 GT ICES 3.38 92/10/09.

09. 11.36.

PAGE "LA<T "IOD hQ Q aELO RCV. r<O.

ul PAGE NO,

HNP-92.OUTAGE GTICES 3.38 92/10/09.

09.11.37.

PAGE 1'EOUENCY CHECK DEA LOA 1 DIR X ALL JOI HEH 1

TO 8 LOA FOR X GLO UMI M 3.42 NEH 9 10 11 12 LOA FOR X GLO UMI M 1.71 NEH 13 14 15 16 LOA FOR X GLO UNI M 3.25 DEA LOA 2 DIR Y ALL JOI NEH 1

TO 8 LOA FOR Y GLO UMI M 3.42 HEll 9 10 11 12 LOA FOR Y GLO UNI M 1.71 NEH 13 14 15 16 LOA FOR Y GLO Ukl M 3.25 DEA LOA 3 DIR Z ALL JOI HEH 1 I'0 8 LOA FOR Z GLO UNI M 3.42 NEH 9 10 11 12 LOA FOR Z GLO UNI M 1.71 HEH 13 14 15 16 LOA FOR Z GLO UNI M 3.25 tt DEADMEIGHT OEA LOA 4 DIR Y ALL HEH HEH 1

TO 8 LOA FOR Y GLO UNI M -3.42 HEH 9 10 11 12 LOA FOR Y GLO UHI M -1.71 HEH 13 14 15 16 LOA FOR Y GLO UNI M -3.25 tt X SEISHIC OEA LOA 5 OIR X.60 ALL HEH HEH 1

TO 8 LOA FOR X GLO UNI M 2.1 HEH 9 10 11 12 LOA FOR X GLO UMI M 1.05

~

~

~

13 14 15 16 LOA FOR X GLO UMI

'M 1.95 SEI SHIC DEA LOA 6 DIR Y.80 ALL HEH HEH 1

TO 8 LOA FOR Y GLO UNI M 2.74 HEH 9 10 11 12 LOA FOR Y GLO UNI M 1.37 HEH 13 14 15 16 LOA FOR Y GLO UNI M 2.6 tt Z SEISHIC DEA LOA 7 DIR Z.60 ALL NEH HEH 1

TO 8 LOA FOR Z GLO UNI M 2.1 HEH 9 10 11 12 LOA FOR Z GI.O UNI M 1.05 HEH 13 14 15 16 LOA FOR Z GLO UMI M 1.95 STIFFNESS ANALYSIS Pl li<TMOO. t<O. +~~~p PAGE NO.

BANOMIDTH INFORHATION BEFORE RENUNBERING.

THE NAXINUH BANDMIDTH IS 6 AND OCCURS AT JOINT 1'I THE AVERAGE BANDMIDTH IS 2.625 THE STANDARD DEVIATIOM OF THE BANDMIDTH IS 2.058 4.683 rrrssrrsrs

HNP-92-OUTAGE GTICES 3.3B 92/10/09.

09.11.39.

PAGE 1:

IDTH INFORMATION AFTER REMWBERING.

THE NAXIHUH BANDIJIDTH IS 4 AND OCCURS AT JOIHT 6 THE AVERAGE BAMDMIDTH IS 2.500 THE STANDARD DEVIATIOH OF THE BAMDMIDTH IS 1.323 PLANTLCD I'g.

3.823 THE PSEUDO DIAMETER OF THE STRUCTURE IS 4

BETNEEN JOIN'IS 2

'ND 9

~wc rp ~Kg, TINE FOR COHSISTEHCY CHECKS FOR 16 HEHBERS TINE FOR BAMDNIDTH REDUCTION TINE TO GENERATE 16 ELEMENT STIF. MATRICES TIHE TO PROCESS 176 MEMBER LOADS TINE TO ASSEMBLE THE STIFFNESS HATRIX TINE TO PROCESS 12 JOINTS TINE TO SOLVE MITH 4 PARTITIOHS TINE TO PROCESS 12 JOINT DISPLACEHEHTS TINE TO PROCESS 16 ELEMENT DISTORTIONS TINE FOR STATICS CHECK S

UNITS CYC LIST RAY FREQ LOAD 1 2 3

.32 SECONDS

.17 SECONDS

.29 SECONDS 2.04 SECONDS

.40 SECOHDS

.22 SECONDS

,50 SECONDS

.31 SECOMDS

~95 SECONDS

.39 SECONDS

HNP-92.OUTAGE GTI CES 3.3B 92/10/09. 09.11.43.

PAGE 1

IIII<<IIIIIIIIIII**IIIIIIII***

<<RESULTS OF RAYLEIGH ANALYSIS>>

1111*11111111111<<11*11**111<<II JOB 10

-FILENANAHE JOB TITLE -

HONE GIVEH PLi:lT L',r,r~.An~

PfFLD Rcy go PAee No.

ACTIVE UNITS -

LENGTH INCH lJEIGHT ANGLE LB CYC TEHPERATURE TIHE DEGF SEC P Pc Pg o&QJ NOTE THE FOLLOMIHG ASQQPTIOHS 1111111>>s>>11*1111*')

COHPUTATIOHS ARE BASED OH TRANSLATIOHAL JOINT DISPLACEHENTS AHD TRANSLATIONAL JOINT FORCES ONLY 2)

JOINT ROTATIONS AHD JOINT HOHENTS ARE IGNORED 3)

APPLIED HEHBER AND ELEHENT LOADS ARE ALSO IGNORED 1111111111111111111111<<11*1111111111111*11*11111111111111111<<111*1*

LOADING RAYLEIGH NATURAL FREQUENCY 15.207 290.857 15.207 UHITS DEG S

S SRSS SEISHIC CREATE LOA 8 TYPE RHS SPEC 5 1.0 6 1.0

7. 1.0 S

S Dll + SRSS SEISHIC CREATE LOA 9 TYPE ALG SPEC 4 1.0 8 1.0 S

S DIJ - SRSS SEISHIC CREATE LOA 10 TYPE ALG SPEC 4 1.0 8 -1.0 S

LOAD LIST 9 10 QJTPUT DEC 1

IJTPUT BY HEH LIST FOR, REA ALL

~

HHP-92-OUTAGE GTICES 3.3B 92/10/09.

09.11.45.

PAGE "

14

~<<*<<*<<<<<<<<<<<<<<<<<<<<<<<<<<*<<<<<<<<<<<<*<<*

<<RESULTS OF LATEST ANALYSES Pl>NT t,~D NP~~~

PAG"- NO.

PROBLEH - FILEHAHE TITLE -

NOHE GIVEN ACTIVE UNITS INCH LB DEG DEGF SEC HEHBER FORCES HEHSER LOADING JOINT

/-

AXIAL

-FORCE-

.- -------- - //-

SHEAR-Y SHEAR-2 TORSIOHAL

-HOHENT-SENDlHG Y

-/

.BENDING-2 1

9 910.8 432.1

-414.2

-882.3 149.5 139.2

-153.4

-135.3 153.4 135.3

-149.5

-139.2 4.1 4.1

-4.1

-4.1 1145.4 269.8

-1147.6'291.0 1145.4 269.8

-1147.6

-291.0 10 518.1 234.0

-119.7

-322.8 120.7 27.3

-122.1

-25.9 122.1 25.9

-120.7

-27.3

.6

.6

-.6

-.6 1779.3 1154.3

-1800.4

-1188.9 1779.3 1154.3

-1800.4

-1188.9 9

4 5

10 4

5 910.8 432.1

-414.2

-882.3 149.5 139.2

-153.4

-135.3 149.5 139.2

-153.4

-135.3 4.1 4.1

-4.1

-4.1

'1147.6 291.0

-1145.4

-269.8 1145.4 269.8

-1147.6

-291.0 10 518.1 23C.O

-119.7

-322.8 120.7 27.3

-122.1

-25.9 120.7 27.3

-122.1

.25.9

.6"

.6

-.6

-.6 1800.4 11M.9

-1779.3

.1154.3 1779.3 1154.3

-1800.4

-11M.9 10 910.8 432.1

-414.2

-882.3 153.4 135.3

-149.5

-139.2 149.5 139.2

-153.4

-135.3 4.1 4.1

-4.1

-4.1 1147.6 291.0

-1145.'4

.269.8 1147.6 291.0

-1145.4

-269.8 10 518.1 23C.O

-119.7

-322.8 122.1 25.9

-120.7

-27.3 120.7 27.3

-122.1

-25.9

.6

.6

-.6

-.6 1800.4 1188.9

-1779.3

-1154.3 1800.4 1188.9

-1779.3

-1154.3 10 910.8 153.4 153.4 4.1 1147.6

NNP.92-OUTAGE GTICES 3.

FiELD REV. I~0.

pAGqyq ff7+c'v(~~

10 11 10 11 11 12 11 12 432.1 414.2 882.3 518.1 234.0

-119.7

.322.8.

135.3

-149.5

-139.2 122.1 25.9

.120.7

-27.3 135.3

-149.5

-139.2 122.1 25.9

-120.7

.27.3 4.1

-4.1

.4.1

.6

.6

..6

-..6 269.8

-1147.6

-291.0 1779.3 1154.3 1800.4

-1188.9 291.0

-1145.4 269.8 1800.4 1188.9

.1779.3

-1154.3 10 10 9

10 10 11 2

11 2

9.4 6.9

.6.9

.9.4 9.4 6.9

.6.9

.9.4 9.4.

6.9

.6.9

.9.4 264.8 264.8

-238.9

-238.9 264.8 264.8

-238.9

-238.9 264.8 264.8

-238.9

-238.9 8.1 8.1

-B.l

.8.1 8.1 8.1

-8.1

.8.1 8.1 8.1

-8.1

-8.1

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0 14.8 14.8

-14.8

-14.8 14.8 14.8

-14.8

-14.8 14.8 14.8

-14.8

.14.8 1530.9 1488.5

-1488.5 1530.9 1530.9 1488.5

-1488.5

-1530.9 1530.9 1488.5

-1488.5

-1530.9 12 10 10 8

11 8

11 12 3

12 3

9.4 6.9

-6.9

-9.4 13.0

-13.0

-1C.4 264.8 264.8

.238.9

-238.9 218.3 218.3

-173.9

-173.9 8.1 8.1

.8.1

-8.1

~13'.7-13.7

-13.7

-13.7

.0

.0

.0

.0

.0

.0

.0

.0 14.8 14.8

-14.8

-14.8 25.7 25.7

-25.7

.25.7 1530.9 148S.S

-1488.5 1530.9 1188.9

. 1154.3

-1154.3

-1188.9 14 9

10 15 9

10 16 9

10 9

12 9

12 14.4 13.0

-13.0

.14.4 14.4 13.0

-13.0

-14.4 14.4 13.0

.13.0

-1C.4 218.3 218.3

-173.9

.173.9 218.3 218.3

-173.9

-173.9 218.3 218.3

-173.9

-173.9 13.7 13.7

-13.7

-13.7 13.7 13.7

-13.7

-13.7 13.7 13.7

.13.7

-13.7

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0

.0 25.7 25.7

.25.7

-25.7 25.7 25.7

-25.7

-25.7 25.7 25.7

-25.7

-25.7 1188.9 1154.3

-1154.3

-1188.9 1188.9 1154.3

.1154.3

-1188.9 1188.9 1154.3

-1154.3

-1188.9 RESULTANT JOINT LOADS SUPPORTS JOINT GLOBAL LOADING

/-

X FORCE 153.4

---

FORCE-Y FORCE 910.8 153.4 1147.6 4.1

---

HOHENT-2 FORCE X HOHENT Y HOHENT 2 HOHENT 1145.4

HHP-92-OUTAGE GTICES 3.3B 92/10/09.

09.11.45.

PAGE 1

10 10 GLOBAL 9

10 GLOBAL 9

10 GLOBAL 9

10

-149.5 153.4

-149.5 149.5

-153.4 149.5

-153.4

-414.2 910.8

-414.2 910.8

.414.2 910.8

-414.2

.149.5 149.5

-153.4 149.5

-153.4 153.4

.149.5

-1145.4 1145.4

-1147.6 1145.4

-1147.6 1147.6

.1145.4

.4.1 4.1

'.4.1 4.1

-4.1 4.1

.4.1

-1147.6 1145.4

-1147.6 1147.6

-1145.4 114?.6

-1145.4 PLAiNTMOD. NO.

FIELO REV NO Ol PAGE NO.

Pcyg o

1 t

11

NNP-92-OUTAGE

>>>>>>*>>>>>>>>>>I>>>>>>>>>>>>>>>>>>*>>*>>*>>*>>*

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GTICES 3.38 92/10/09.

09.11.45.

PAGE 1

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HNP.92-OUl'AGE GT ICES 3.3B 92/10/09. 09.11.45.

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HNP-92.OUTAGE GTICES 3.3B 92/10/09.

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PAGE DYNANIC AREA SINHARY STATISTICS.

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Plant Modification Installation Instructions Mod. No.

PCR-6547 Field Rev.

No.

Ol Page No.

E5 modification, extreme caution should be taken when performing wiring additions.

5.2 Install the P&B rotary relays into the K711 designated area of SSPS output relay cabinet 2, train "A" and "B". The relays shall be mounted with g6-32 machine screws and helical spring lock washers (B.O.M. f 6A & 7A) and tightened snug tight.

5.3 Install wiring per "ADD-DELETE" sheets for SSPS output bay 2. All wiring shall be made with 14 AWG 600V switchboard wire.

NOTE: When routing internal wiring, SSPS wiring separation standards shall be observed.

Additionally, note that the "N.C." contact P4 of the K711 relay and the "N.C." contact f18 of the K740 relay shall be wired.

5.4 For relays with P5 terminal screws, the use of g6 lugs/studs is acceptable.

6.0 IMITOR UE V VE T SWITC 6.1 Various wiring changes are being made to the limit switches of 2CS-V757SA>>1 and 2CS-V759SB-1.

These changes shall be in accordance with SK-6547-2-001, SK-6547-2-002, and SK-6547-2-038 utilizing 12 AWG SIS wire.

7.0 480V CC-1A21-S

& 1B21-SB 7.1 This modification spares valve overload and torque switch bypass relay contacts located in 480V MCC compartments.

Determinate and spare relay contacts as shown SK-6547-Z-039 and SK-6547-Z-040.

1 MOD NCL Shearon Harris Nuclear Poser Plant PAQEM.

Cabinet 04 Card Frame 26 DELETE From DELETE To ADD From 26-083-01 26-083-02 ADD To 26-108-01 26-108-02 Comments h'a7E cnBL.E PA-o83 / o9-oo9 rs ro de Bllda5 8Y rH($ Mob(P)c'artoN.

MOD N).

FfELD f%VfQOH HO PAGE NL Shearon Harris Nuclear Power Plant Cabinet SSPS OUTPUT BAY 2 TRAIN h, f B DELETE From DELETE To ADD From TB711-2 TB711-6 TB711-10 K711-5 TB702-3 K711-4 K740-14 TB702-5 K711-2 K740-12 K740-15 K740-16 K740-17 K740-18 ADD To K711-6 TB711-10 TB702-2 TB702-1 K711-3 K740-13 TB702-4 K711-1 K740-11 TB702-6 TB702-7 TB702-8 TB702-9 TB702-10 Comments

CONTACTS I+IL4 I CWD SII.

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PLANT MODIFICATION TESTING REQUIRMENTS MOD NO.

PCR-6547 PIELD REV+

NO ~

1 PAGE NO ~

F2 TESTING OF FLOW PERFORMANCE OF RESTRICTION ORIFZCES WILL BE PERFORMED JOINTLY BY THE PLANT (TECH.

SUPPORT)

AND NED.

FLOW TESTING OF RESTRICTIVE ORZFZCES WILL BE PERFORMED USING ULTRASONIC FLOW METER.

THE TYPE OF METER XS A TRANSIT-TIME UNIT DESXGNED FOR USE WITH CLEAN WATER.

ESTABLISH SEAL INJECTION <31 GPM WHILE FLOW TESTING OF ORIFICES.

TEST FLOW OF ORIFICES 60 GPM -4/+30 9>6000'EAD.

PIPING WILL BE OBSERVED BY EXPERIENCED NED PERSONNEL DURING TESTING OF ORIFZCES AND A

QUALITATIVE ASSESSMENT OF ABNORMAL PIPING MOVEMENT OR VIBRATION WILL BE MADE. INSTALLATION/TESTING PACKAGE SHALL PROVIDE SIGNOFF FOR NED.

HYDROTEST PIPING USING APPROPRIATE PLANT PROCEDURES.

HYDROTEST BOUNDARIES HYDROTEST BOUNDARIES DEFINED BY CLOSING THE FOLLOWING VALVES: 1CS-745/

1CS 753'CS 752'CS 746'CS 194'CS 180'CS 182~

1CS 210'CS 196'CS 195~

1CS 181'ND 1CS 214 'PEN VALVES 1CS 747'CS 748'CS 749'CS 750~

AND 1CS 751 'RESSURIZE THROUGH 1CS 209 AND 208.

NOTE:

LOCATION TO MOUNT PERMANENT ULTRASONIC FLOW METER TRACKS WILL BE DETERMINED DURING ACCEPTANCE TESTING OF THE MODXFICATION. CIVILEVALUATIONWILL BE DOCUMENTED AT THAT TXME.

ENCLOSURE 2

SCALING,CALCULATZONS

CAROLINA POWER & LIGHT COMPANY SHEARON HARRIS NUCLEAR POWER PLANT PROCESS ZNSTRUMENTATZON CONTROL SCALING CALCULATIONS CALCULATION TYPE:

NUCLEAR STEAM SUPPLY SYSTEM (NSSS)

CALCULATION NUMBER:

SC-N-062 TITLE:

RCS WIDE RANGE PRESSURE LOOP 3 P-402 REVISION 5 PREPARED BY

'REVIEWED BY APPROVED BY TITLE Eu?

TITLE S

S C~

TITLE DATE lO 8 'FP DATE I'+ ~

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DATE ~/0

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TABLE OF CONTENTS SECTION PAGE 1. 0 PURPOSE

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3

2.0 REFERENCES

3 3.0 GENERAL SCALING CALCULATIONS AND REVISION COMMENTS 3

4.0 SPECIFIC SCALING CALCULATIONS 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9 4.10 4.11 4.12 4.13 4.14 PT-01RC-0402-ZW PQY-402 PY-402C PY/402B PY-402D PY-402A PI-01RC-0402-.1SAW PI-01RC-0402-.2SA PR-01RC-0402-SV PS-01RC-0402-W PS-01RC-0402-AV PS-01RC-0402-A1 PY-402 PZ-01RC-0402-AW'

~

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4 6

6 7

7 8

9 9

10 11 12 13 14 15 5.0 ATTACHMENTS

~

~

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e NOTle SC-N-062 Rev.

5 Page 2 of 15

1 ~ 0 PURPOSE This document provides the Scaling necessary to calibrate the containment RCS Wide Range Pressure loop P-402, which includes inputs to the Main Control Board (MCB), Auxiliary Control Panel (ACP),

and the Solid State Protection System (SSPS).

2 '

REPERENCES 1.

2.

3.4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

29.

20.

21.

21.

22.

23.

MOD-110 MST-I0080 NSSS EQUIPMENT REFERENCE MANUAL (VM-PYC)

NSSS BLOCK DIAGRAMS 1364-1328 SH 29 PL&S pg 49 (1364-53872 SH 56)

CAR-2166-B-432 CAR-2166-B-508 CAR-'2166-S-3015 FCR-I-2229 TECH SPEC pg 3/4 5-5, 3/4 3-65, 3/4 3-70 IS/1-RC-490 SH2 CAR-2166-G-452 CAR-2166-B-431 SH L-75 FSAR pg 5.4.7-4, 5.4.7-8, 5.4.7-13, 5.4.7-14, 7.4.1-12, 7.4.1-13, 7.6.1-X CWD CAR-2166-B-401 SH's 325 thru 328 IR-85-1066 SC-N-178, SC-N-179 1364-46574 SH 22 1364-46578 SH 7 1364-92079 SH 11 Calculation HNP-I/INST-1044 PCR-2898 PCR-5322 PCR-6547 3 ~ 0 GENERAL SCALING CALCULATIONS AND REVISION COMMENTS 3

1 TOLERANCE - Most process cards are assigned a tolerance of +0.50%

or +0.050 VDC.

This is obtained by +0.508

~

10 VDC

+0.050 VDC.

Computer points are

+0.75$

of the span.

All indicators and recorders are +2.0% of the span.

3 2

ROV9.s3.on 5 incorporates PCR-5322 and PCR-6547.

PCR-5322 upgrades the transmitter to an ITT Barton 763.

PCR-6547 adds a bistable for the CSIP Alternate MiniflovPermissive.

SC-N-062 Rev.

5 Page 3 of 15

4 '

SPECZFZC SCALZNG CALCULATZONS 4 ~ 1 PT-01RC-0402 ZP

==

Description:==

Pressure Transmitter Location:

Al-R45A Model:

ITT Barton 763 Known:

1.

Input:

0.0 to 3000.0 PSIG.

2.

Output: 4.0 to 20.0 mA (1.0 to 5.0 VDC Q input to NLP) 3.

4.

The following drawings were used to determine that the transmitter taps into the Reactor Coolant Hot Leg at elevation 252'-64"; IS/1-RC-490, CAR-2166-G-452, CAR-2166-B-431 Sheet L-75 and CAR-2166-B-431 Sheet L-78.

The transmitter is mounted in rack Al-R45A, which is located on elevation 236'.

Per PCR-

5322, the transmitter is 5'-7.844" from the floor.

Per ASME Steam Tables, the specific volume of water at 90.0'F is 0.016099 FT3/LB.

Determine the transmitter head correction by Determine the distance between the centerline of the transmitter and the centerline of where the transmitter impulse line taps into the, Reactor Coolant System by ~

252.0' 6.25" 252.5208'236 0'

5.0' 7,844" 241.6537'0.8671'.

3

~

Convert the 10.8671'nto PSI by (0.016099 FT /LB)

~ (10.8671') / (144.0 IN /FT )

4.688 PSI NOTE: It it assumed the transmitter impulse line is at 90.0'F for the above calculation.

For calibration purposes the head corrections will be 4.7 PSIG.

SC-N-062 Rev.

5 Page 4 of 15

4. 1 PT-01RC-0402-I (continued)

Determine any 1~5 VDC output from any PSIG input to transmitter by ~

(1~5 VDC Output)

[(PSIG Input)-(4.7 PSIG)] ~ (4 VDC)/(3000 PSIG) + 1 VDC Tolerance - +0.50% - +0.02 VDC Percent of Input 0.18$

24. 84%

49.84@

74.84'9.84@

RCS Pressure Represented PSIG 5.3 745.3 1495.3 2245.3 2995.3 Input Pressure to Transmitter PSIG 10.0 750.0 1500.0 2250.0

~

3000.0 Output Q NCTl TPl CAB 17-0846 VDC (mA) 1.007 (4.028) 1.994 (7.976) 2.994 (11.976)

3. 994 (15. 976) 4.994 (19.976)

SC-N-062 Rev.

5 Page 5 of 15

4 '

PQY-402

==

Description:==

Location:

Model:

Loop Power Supply (Isolated

& Non-Isolated)

CAB 17-0533 Westinghouse NLP2 Known:l.

INPUT:

1.0 to 5.0 VDC 2 ~

OUTPUT:

0.0 to 10.0 VDC Determine any 0 10 VDC output from any 1~5 VDC input by ~

(0 10 VDC Output) - [(1~5 VDC Input)-1] ~ (10 VDC)/(4 VDC)

Tolerance - +0.50% - +0.05 VDC Note:

1.

2.

See Section 4.6 for data table.

Both Isolated and Non-Isolated outputs must be tested.

4 '

PY-402C

==

Description:==

Location:

Model:

Isolator CAB 17-0534 Westinghouse NLP3 Known:

1.

2.

INPUT:

0.0 to 10.0 or 1.0 to 5.0 VDC from input of PQY-402 OUTPUT:

0.00 to 10.00 VDC Determine any 0~10 VDC output from any 1~5 VDC input by ~

(0 10 VDC Output)

[(1>>5 VDC Input)-1] ~ (10 VDC)/(4 VDC)

Tolerance

+0,50%

+0.05 VDC "

Note:

See Section 4.6 for data table.

SC-N-062 Rev.

5 Page 6 of 15

4 4 PY/402B

==

Description:==

Location:

Model:

Isolator CAB 17-0535 Vestinghouse NLP3 Known:

1.

2.

INPUT:

0.0 to 10.0 or 1.0 to 5.0 VDC from input of PQY-402 OUTPUT:

0.0 to 10.0 VDC Determine any 0~10 VDC output from any 1

5 VDC input by ~

(0~10 VDC Output) >> [(1~5 VDC Input)-1] ~ (10 VDC)/(4 VDC)

Tolerance

+0.50% - +0.05 VDC Note:

See Section 4.6 for data table.

4 '

PY-402D

==

Description:==

Isolator Location:

CAB 01-0533

~

~

~

~

~

Model:

Westinghouse NLP3 Known:

1.

INPUT:

0.0 to 10.0 or 1.0 to 5.0 VDC from input of PQY-402 2.

OUTPUT:

0.00 to 10.00 VDC Determine any 0 10 VDC output from any 1~5 VDC input by ~

(0 10 VDC.Output) - [(1~5 VDC Input)-1] ~ (10 VDC)/(4 VDC)

Tolerance - +0.50% - +0.05 VDC Note:

See Section 4.6 for data table.

SC-N-062 Rev.

5 Page 7 of 15

4. 6 PY 402A

==

Description:==

Location:

Model:

Isolator CAB 01-0535 Westinghouse NLP3 Known:

1.

2

~

INPUT:

0.0 to 10.0 VDC or 1 ~ 0 to 5.0 VDC from input of PQY-402 OUTPUT:

0.0 to 10.0 VDC Determine any 0~10 VDC output from any 1~5 VDC input by ~

(0 10 VDC Output) - [(1 5 VDC 'Input)-1] ~ (10 VDC)/(4 VDC)

Tolerance - +0.50% - +0.05 VDC Percent of Input Os25'0'5'nput Q TJ Q

CAB 17-0846 1~5 VDC 1.000 2.000 3.000 4.000 Output PQY-402 VDC 0.000

'2.500 5.000 7.500 Output PY-402C VDC 0.000 2.500 5.000 7 &00 Output PY/402B VDC 0.000 2.500 5.000 7.500 Output PY-402D VDC 0.000 2.500 F 000 7.500 Output PY-402A VDC 0.000 2.500

~

5.000 7.500 100@

5.000 10.000 10.000 10.000 10.000 10.000 Note:

1.

Both Isolated and Non-Isolated outputs of PQY-402 must be tested.

SC-N-062 Rev.

5 Page 8 of 15

4 ~ 7 PI-01RC-0402-. 1SAR

==

Description:==

Pressure Indicator Location:

MCB 1A2 Model:

Westinghouse VX-252 Known:l.

2.

INPUT:

0.0 to 10.0 VDC or 1,0 to 5.0 VDC from input of PQY-402 OUTPUT:

0.0 to 3000.0 PSIG Determine any W3000 PSIG output from any 1~5 VDC input by ~

(0 3000 PSIG Output)

[(1~5 VDC Input)-1] ~ (3000 PSIG)/(4 VDC)

Tolerance

+2.00%

+60 PSIG Vote:

See Section 4,8 for data table.

4 '

PI-01RC-0402-

~ 2SA

==

Description:==

Pressure Indicator Location:

ACP II Model:

Westinghouse VX-252 1.

INPUT:

0.0 to 10.0 VDC or 1.0 to 5.0 VDC from input of PQY-402 2.

~

OUTPUT:

0.0 to 3000.0 PSIG Determine any 0+3000 PSIG output from any 1~5 VDC input by ~

(0+3000 PSIG Output)

[(1~5 VDC Input)-1] ~ (3000 PSIG)/(4 VDC)

Tolerance

+2.00$

+60 PSIG Percent of Input Oa 25%

50@

1008 Input Q TJ Q

CAB 17-0846 a~s VDC 1.000 2.000 3.000 4.000 5.000 Output PI-01RC-0402-.1SAW PSIG 0

~ 0 750.0 1500.0 2250:0

'000.0 Output PI-OlRC-0402-.2SA PSIG 0.0 750.0 1500.0 2250.0 3000.0 SC-N-062 Rev.

5 Page 9 of 15

4 ~ 9 PR-01RC-04 02-SW

==

Description:==

Location:

Model:

Pressure

Recorder, Pen 1

Recorder Panel Hagan 17450 Known:l.

2.

INPUT:

0.0 to 10.0 VDC or 1.0 to 5.0 VDC from input of PQY-402 OUTPUT'.0 to 3000.0 PSIG Determine any 0~3000 PSIG output from any 1~5 VDC input by ~

(0 3000 PSIG Output)

[(1~5 VDC Input)-1] ~ (3000 PSIG)/(4 VDC)

Tolerance

+2.00% - +60 PSIG Percent of Input Os 25'0'5'00%

Input Q TJ Q

C~ 17-0846 1~5 VDC 1.000 2.000 3.000 4.000 5.000

Output, Pen 1

PR-01RC-0402-SV PSIG 0.0 750.0 1500.0 2250.0 3000.0 SC-N-062 Rev.

5 Page 10 of 15

4 ~ 3.0 PS OLRC 04 02

==

Description:==

Location:

~ Model:

Dual Comparator Output 1:

Open Permissive for RHR valve 1RH-40 Output 2:

RCS High Pressure Alarm for RHR valve 1RH-40 CAB 17-0532 Vestinghouse NAL2 Known.'nput 1:

Input 2:

0 to 10 VDC or 1.0 to 5.0 VDC from input of PQY-402 0 to 10 VDC or 1.0 to 5.0 VDC from input of PQY-402 2.

3.

4.

Output 1: Off/On Energizes on DECR Output 2: Off/On Energizes on INCR Setpoint 1:

363.0 PSIG Open Permissive for valve 1RH-40 Reset 1:

393.0 PSIG Setpoint 2:

425.0 PSIG High Pressure Alarm for valve 1RH-40 Reset 2:

410.0 PSIG Determine any 1~5 VDC input from any PSIG setpoint by ~

(1~5 VDC Input) - [(PSIG Setpoint)

~ (4 UDC)/(3000 PSIG)] + 1 VDC Tolerance 1

+0.50%

+0.02 VDC (1~5 VDC) 15 PSIG Tolerance 2

+0.25%

+0.01 VDC (1~5 VDC) 7.5 PSIG Setpoint ¹1 Open Permissive for valve 1RH-40 363.0 PSIG Input Q TJ Q CAB 17-0846 (1~5 VDC) 1.484 Actuation 1

DECR Ener ize Reset 393.0 PSIG 1.524 INCR De-ener ize Setpoint ¹2 High RCS Pressure Alarm for valve 1RH-40 425.0 PSIG Reset 410.0 PSIG Input Q TJ Q CAB 17-0846 (1~5 VDC) 1.567 1.547 Actuation ¹2 INCR Ener ize DECR De-ener ize SC-N-062 Rev.

5 Page 11 of 15

Location:

Model:

4 ~ 11 PS-01RC-0402-AR

==

Description:==

Dual Comparator Output 1:

Open Permissive for RHR valve 1RH-2 Output 2:

RCS High Pressure Alarm for RHR valve 1RH-2 CAB 01-0534 Westinghouse NAL2 Known:

Input 1:

Input 2:

0 to 10 VDC or 1.0 to 5.0 VDC from input of PQY-402 0 to 10 VDC or 1.0 to 5.0 VDC from input of PQY-402 2.

3.

Output 1: On/Off De-energizes on DECR Output 2: Off/On Energizes on INCR Setpoint 1:

363.0 PSIG Open Permissive for valve 1RH-2 Reset 1:

393.0 PSIG Setpoint 2:

425.0 PSIG High Pressure Alarm for valve 1RH-2 Reset 2:

410.0 PSIG Determine any 1~5 VDC input from any PSIG setpoint by ~

(1~5 VDC Input)

[(PSIG Setpoint)

~ (4 VDC)/(3000 PSIG))

+ 1 VDC Tolerance 1

+0.50%

+0.02 VDC (1~5 VDC) 15 PSIG Tolerance 2 - +0.25% - +0.01 VDC (1~5 VDC) - 7.5 PSIG Setpoint ¹1 Open Permissive for valve 1RH-2 Input Q TJ Q CAB 17-0846 (1~5 VDC)

Actuation ¹1 Reset 363.0 PSIG 393.0 PSIG 1.484

1. 524 DECR De-ener ize INCR Ener ize Setpoint ¹2 High RCS Pressure Alarm for valve 1RH-2 425.0 PSIG Reset-410.0 PSIG Input Q TJ Q CAB 17-0846 (1~5 VDC) 1.567 1.547 Actuation ¹2 INCR Ener ize DECR De-ener ize SC-N-062 Rev.

5 Page 12 of 15

4 ~ 12 PS-0 XRC-4 02-AX

==

Description:==

Location:

Model'ingle Comparator, Open/Close Permissive for the CSIP Alternate Miniflow MOV 2CS-V757SA1 CAB 01-0531 Vestinghouse NAL1 Known'.

3.

Input:

0 to 10 VDC or 1.0 to 5.0 VDC from input of PQY-402 Output: Off/On Energizes on INCR Setpoint:

2300 PSIG Open Permissive Alt MiniflowMOV Reset:

1750 PSIG Close Permissive Alt Miniflow MOV Determine any 1~5 VDC input from any PSIG setpoint by ~

(1~5 VDC Input)

[(PSIG Setpoint)

~ (4 VDC)/(3000 PSIG)) + 1 VDC Tolerance - +0.50% - +0.02 VDC (1~5 VDC) - +15 PSIG Setpoint Open/Close Permissive for Alt Miniflow MOV 2300 PSIG Input Q TJ 8 C~ 17-OS46 (1~5 VDC) 4.067 Actuation INCR Ener ize Reset 1750 PSIG 3.333 DECK De-energize SC-N-062 Rev.

5 Page 13 of 15

4 ~ 13 PY-402

==

Description:==

Location:

Model:

Summing Amplifier CAB 05-0244 Westinghouse NSA2 Known.'.

INPUT:

0.0 to 10.0 VDC or 1.0 to 5.0 VDC from input of PQY-402 2.

OUTPUT:

0.0 to 10.0 VDC 3.

Gain:

Bias:

4.2857 0.0 VDC Hi Limit:

10.0 VDC Lo Limit:

0.0 VDC 5.

An input of 0~10 VDC corresponds to 0-3000 PSIG An output of 0 10 VDC corresponds to 0-700 PSIG Determine Gain for 700 PSIG to correspond to 10 VDC output by (10 VDC INPUT)

(10 VDC OUTPUT)

Gain 4.2857 - (3000 PSIG)/(700 PSIG)

Determine any 0 10 VDC output from any 0 10 VDC input by ~

(0 10 VDC Output)

(0 10 VDC Input) ~ (4 ~ 2857 GAIN)

Determine any 0 10 VDC output from any 1~5. VDC input by ~

(0+10 VDC Output)

[(1~5 VDC Input)-1] ~ (10 VDC) (4.2857)/(4 VDC)

Tolerance

>> +0.50%

+0.05 VDC Percent of Input Oa 25'0'5%

100%

Input Q TJ 6 CAB 17-0846 1~5 VDC 1.000 1.233 1.467 1.700 1.933 Input Q PY-402 W10 VDC 0.000 0.583 1'67 1.750 2.333 Output I PY-402 W10 VDC 0.000 2.500 5.000 7,500 10.000 SC-N-062 Rev.

5 Page

.14 of 15

P

4 '.4 PI-01RC-0402-AW

==

Description:==

Narrow Range Indicator Location:

HCB 1A2 Model'estinghouse VX-252 Known:

1.

2.

3.

INPUT:

0.0 to 10.0 VDC or 1.0 to 1.933 VDC from input of PQY-402

~OUTPUT:

0.0 to 700.0 PSIG See Section 4.13 for understanding of 1.0 1.933 VDC input Determine any 0 700 PSIG output from any 1~5 VDC input by ~

(0 700 PSIG Output)

[(1~5 VDC Input)-1] ~ (700 PSIG)/(0.933 VDC)

Tolerance

+2.00%

+14.0 PSIG Percent of Input

.Oa 25'0'5'008 Input Q TJ Q CAB 17-0846 1~5 VDC 1.000 1.233 1.467 1.700 1.933 Input (t PI-01RC-0402-AW 5+10 VDC 0.000 0.583 1.167 1.750 2.333 Output 6 PI-01RC-0402-AW 0 700 PSIG 0.0 175.0 350.0 525.0 700.0 SC-N-062 Re~.

5 Page 15 of 15

f