nuclear seismic analysis

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TABLE OF CONTENTS

1. SUMMARY .

2. INTRODUCTION

3o REFERENCES o ~ 5 ~ ~ ~ ~ ~ ~ ~ ~ ~'1 ~ ~ ~ ~ ~ ~ ~ ~

4. HATHEMATICAL MODEL OF VALVE/ACTUATOR ASSEMBLY . ;

~ ~ ~ ~ 1

~ ~ ~ ~ 2

~ ~ ~ ~ 3

~ ~ ~ ~ 4

5. DETAILED SEISMIC EQUATIONS

A. NATURAL FRE UENCIES . '.1

l.'ateral - Disc/Stem .

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 5

~ ~ ~ ~ 5

~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 5

2. Longitudinal Natural Frequency

3. Vertical Natural Frequency

4. Transverse Natural Frequency

B. VALVE STRESSES

~ ~ ~ ~ 9

~ ~ ~ ~ 1 7

20

24

1. Actuator/Bracket Bolting . . . . .,. . . — . . . . . . . 24

Bracket .21'.

Bracket/Valve Bolting .

4.- Valve Neck

5. Valve Stem

6. Valve Disc Pin

C. VALVE 5 PIPING SECTION MODULUS

D. DEFLECTIONS

E. VALVE BODY BOLTING

25

26

27

~ ~ ~ ~ ~ ~ 29

30

31

31

31

6. COMPUTER INPUT SHEETS . . . . . . . . . . . . . . . . . . . , .. 32

7.- ENCLOSURES: (1) NUCLEAR SEISMIC COMPUTER CALCULATIONSEACH UNIQUE ITEM.

(2) VALVE ASSEMBLY DMG.(S).

FOR

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1

~ ~

SUMMARY

Since all the valve assemblies have natural frequenciesI

greater. than 33 Hz, seismic stresses less than the allowable and

act9ator 'deflections of such small magnitude that the valve assembly

,will remain operable during a seismic event, Posi-Seal considers the

valve assemblies to be seismically qualified per the requirements ofthe subject specifications.

Natural 'requencies (Hz)

Item Valve Assembl Descri tion<0 -I+0 ~ 8.)$ ;i473/D-SR9

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INTRODUCTION

'0

The objective of this analysis is to show that the subject valveI

can with'stand a seismic loading of g magnitude as given in customer'

specification and still maintain operability.

Natural frequencies and stresses of the valve assembly have been

calculated in accordance with references noted and figures, assuming

the basic'valve body to be rigid and the actuator to act as a lumped

mass concentrated at its C.G. and rigidly connected to the valve bracket

through the bracket boltiag. The purpose of the frequency calculations

is to show that all valve assembly natural frequencies are greater than

33 HZ and therefore, static stress analysis of the valve is applicable.

Where resonances occur below 33 HZ, valve and/or bracket are modified

in order to drive the fundamental natural frequency above 33 HZ.

Those critical sections of the valve assembly such as the bolting,

neck, stem and pin were analyzed assuming a g static load (magnitude per

customer specification) applied at either actuator or disc C.G., in

each of the orthogonal directions simultaneously. Seismic stresses

are combined with operating stresses due to hydrostatic pressure and/or

valve toraue wherever applicable.

Section modulus of the valve body and deflection of the actuator

relative to the valve due to seismic loading are also analyzed.

All equations are from reference (a) unless otherwise noted.

2

REFERENCES

(a) "Formulas for'Stress and Strain" by R.J. Roark, McGraw Hill 5thEdition.

(b) "Mechanical Vibrations" 'by Church, John Wiley & Sons.

(c) 'advanced Strength of Materials" by Seely & Smith, John Wiley a Sons.

(d) "Eccentrically Loaded Joints". Machine Design, August 1967

Y

Y

Xl Actuator

ActuatorBolts

Stem

Body Bolts

- Disc Pins

'pX4

0

X—-

~ misc

Body

PIVMRAI. H3DW OF VALVE ASSEMBLY

DETAILED SEISMIC E UATIONS

A. NATURAL FRE UENCIES:

LATERAL - Disc/Stem (By Rayleigh's Method)

~ The natural frequency is calculated for the worse case, that'being the v'alve open where the disc is not supported by theseat.

~ e

1 D1

.707 D

NG 3.125 HzY

NATURAL FRE(UENCY Per Ref. (b)

W4 03

Y'Y

3 EID

0

2

~

W4 D3

444 Er

4 1 + 276 EID

D2

Deflection ofDisc

eD=

W4

2

2 EID

M D

2'ID

W4 0 W42

16 EID

Ll +L3

4 EID

Slope at endof Disc

3W4 Ll L2

2 3

3 EIS

W4 Ll + L23

3

s

De flection of Stem

-5-

C 1

ClII

W4 D2 2 2 3

L2 D Ll L2 D Ll L2 D Ll L2+

3 ', ~++ h + + 3.

48 I 16 I 16 I 6 1

N D4

E 48 I

1, 2

8 I

L L2 D Ll~+4 6 I

I.S =4

41, Muniment of Inertia of Stem ( in )

.707 DE2 +

.707 DE E2 2

2 4

m E+ 1 +

r4

2. -21 2 Mmnt of

Inertia of Disc

(in )4

.3535 DE,2

Y

707 DE

+ .7854 E Y22

2+ .7854 E

Distance to Neutral Axis (in)

MKBE: N4

DlD

Ll =

L2 =

El =

DISC 0KIGFZ (LBS )

STEM DIA. (IN. )

DISC GAGE DIA. (IN.)EFFECTIVE BRG. LENGZH (ZN.) See Page 29 for equation

EST mS~ THICmZSS (IN.)NZOTH SMALL DIA. BACK OF DISC (IN.)

E = NZDTH L~ DIA. OF DISC (IN.)2

Y2 = DIST. $ S~1 TO PKNZ FACE OF DISC (3 l.)

-6-

t '1

Cl

VALVE NECK AND FLANGE MNENSIONS

T X8

ACTUATOR MOUNTlNG BRACKET DlMENSIONS

TQ

I Ty

-8-

t 1

Cll

LONGITUDINAL (Z) NATURAL FREQUENCY

DETER&ENATION OF LONGITUDINAL SPRINGRATE

Sorin rate of the Neck

Springrate of the neck due to the shear in the Z direction

„Y

F

pz

F

Yp=pz1 3

~'~xQp=p 12

~;.E

YM=M12

=M 1M

X

Y = Yp + YM Y=F 1 +M 1zEI 2

X

M=-F 1z

0=P 1z2 EI

X

+M 1EI

Z

I

Cll

LONGITUDINAL SPRINGRATE OF NECK

Y=F 1 F.lz — z'"3EI HEI

'K=. F 12 EI

Y=F l~z

12 EIz

~oz ~

Circular Cross Section=~(D -B )

4x — 0 5

64

Rectan ular Cross SectionI = T~ T4 — ~ B5

3 4

Nith Gussets

I =I +(L — 0)12

For the Neck 1 = X~

KNF = 12 EI2 x

X5

Springrate oi the neck due to the moment.about the X — axis

F p YT

X3

g ~j

YS

- 10-

LONGITUDINAL SPRINGRATE OF NECK

YT = YS + Qs (X3 + X4) YS = YF + Y

S . F ~ M

YF =. Fz Xg3

~QTX

QF = Fz X2

~EJ.

M = M X5 M = F (X3 + X4)2 EI

X

M— Fz (X3 .+ X4) X~

2

2 EI

QF (X3+X4) Fz (X3 + X4) X52

2 EI

= M X5 =, (X3+ X4) X>M rI'IX

Q (X3 + X4) = F (X3 + X4) X~2

EI

YT— F X5 + 3 (X3 + X4) X5 + 3(X3 + X4) X5

3 EI

K=FYT

KNM 3 EIX5 + 3(X3 + X4)X~ + 3(X3 + X4) X~

KN = KNF KNz z x

KNF + KNM'z X

- 11

LONGTTUDZNAL SPRZNGRATE OF BRACKET

Sorin rate of Bracket

Springrate due to twisting of the bottom plates of bracketper. Seely and Smith, 1, Ref. (C). ~

1where B = .333 = 3 for b PP h

G = Shear Modulus

Lookh.ng at one side of brack tAssume. the width of the bracketthat resists the twist of theplate is the average of thevalve neck width and distancebetween bolts X3

'.b =T4+X82

G = 12X10 h = T1

(T4+X8)F, (X4 — Tl + X3)

2 (12 X 10 )

T = Mx' F X4 — Tl + X32-

F, (X4 — T, + X,)

(T4 + X8) 4 X 10

0 = ftf d 'here d |s assumed bo be = T~ — 2T9 — (T~ + x>)2

0 = F (X4 — Tl + X3) (T~ — 2T9 — (T3 + X7)2

(T4 + X8) 8 X 10'13

-12-

LONGITUDINAL SPRlNGRATE "OF BRACKET

Tan 0 = 9 for small angles

6 3(T< + X8)' X 10 Tl

Y = 0 (X~ — Tl + X3)

Y =. F (Xq — Tl + X3) (T5. — 2T9 (T3 + X72

2

BBll ~

2:"(Tg + X8) T 8 X 103 6

Tl + X3 L5 — 2T9 — T3 + X7

'The total springrate for the bottom of the bracket is

KBBg = (Tq + X8) Tl 16 X 103

X2

( Jf Tl + X3) (T5 2T9 (T3 + X72

for a valve with a flanged neck b = B + X82

('B + X8) Tl 32 X 10BBN 2

X2

(Xg — Tl + X ) (T5 — 2T9 — (B + X7,3 5 9

Springrate due to the twisting of the top plate of thebracket

b = X6 — DBC of Actuator

KB' X6 TO 32 X 103

X

X3 (T5 — 2T9 X6 )

- 13.-

LONGITUDINAL SPRINGRATE OF BRACKET

BN 'BN BTNx, .' x'

. KBBX. + .KBTrCx ': x

Springrate ofper E age 10 .

the bracket due to the shear in the Z direction

KShear 12 Eix13

KBF = 12 EIxz

Xg — Tl - T0

KBF = 12ET9 T 3

36 (X<-Tl-T0)

Ix 9 T23

12

KBF =60 X10 T9 T23

3(X4 Tl — To)

Springrate of the b acket due to the bending of the side plates

YT—

YS + QS X3 + TO

YS = YF + Y

YF—

Fz (X~ — TO — Tl)3

3 EI

Y~ = m (X< — T0 — Tl).2

2 EI

'Q = QF+ Q~

S ~Q i X3 + TO

SIM.

N = F (X3..+.T0) Xq->O-T~

- 14-

LONGITUDINAL SPRINGRATE OF BRACKET

YM Fz 3+ TO (X4 Tp Tj )

2

I

OF ='F, (X4 —.T~ — T~)22 EI ~

OF (g3 + Tp) Fz (X3 + To) (X4 — To — Tl)2 EI

K(X4 Tp Ty) Fz (X3 + Tp ) (X4 Tp Ty) 2

EI EI

Gg (X3 + Tp) Fz (X3 + Tp) (X4 Tp Ty)2

EI

YT = F (X4 Tp Ty) + (X4 Tp Ty) (X3+Tp) + (X4'p TI) (X3 Tp)3 2 2

3 EI EIx EI

BSN3 EIX

(X4-Tp-TI) + 3(X4-Tp T ) (X3+Tp) + 3(X4 Tp Ty)(X3+Tp)3 2 2

x=() 9 23 = 3

xz

BS .= KBF KBSmZ ' X

BF BSNZ X

KB = KBg KBSZ X Z

KB~ + KBSX Z

Kz = KB KNZ Z

Z Z

-15-'

LONGITUDINAL ( Z ) NATURAL FREQUENCY

M=W. +Wjtt3

Where W = Weight of Actuator3.

= Weight of Bracket2

fn = 1Z 2m

K

MH

- 16-

g J

Cli

Ci

VERTICAL (Y) NATURAL FREQUENCY

DETERYiiNATZON'F VERTlCAL SPR1NGRATE

Sorin rate of Neck

Stretch of Valve Neck

KNF = AEVg

KNF, = AEy: X~

A 'Tr (DQ B5 )2 2

A — T3 T42

4

A = A + (L — D0) T

Circular Section

Rectangular Section

with Gussets

Sorin rate of Bracket

Springrate of Bottom Plate

Y = F 1312El

for fixed — fixedper Page 10

FFor one side

1 = T~ -2T9 (T3 + X7)2

12

- 17-

VERTlCAL SPRINGRATE OP BRACKET-

BBF = 12 E|:2 .1'2 .(30X10 T2 Tl

12 (T3-2 T9 (T3+X7)) 3.

2

3, '= T2 Tl -.4' 1D

3(T3 — 2T9 — (T3 + X7)

For Both Sides

KBBp = T2 Tl 4.8 X 103 8

(T3-2 T9 (T3 + X7)3

2

~ For Flanged Neck

T2 Tl 4.8 X 103 . 8

2T9 - (B + X7))

Springrate of Top Plate

. KBTp T2 T0 f 8 X 10 8

3(T~ — 2T9 X6)

Springrate of Side Plates

KSp = AEy

'= X4 — T0'- Tl A = 2 T2 T9

KBSp = T2 T9 60 X 10 6

X4 — T0 — Tl

-18-

VERTICAL NATURAL .FREQUENCY

KB = KBB

BBPv

~ ~

KBTP KBSF

BTP + BSF BSP + BTP BSFv

H

- 19-

TRANSVERSE (X) NATURAL FREQUENCY

DETERMINATION OF TRANSVERSE SPRINGRATE

Sorin rate of Neck

Sprirlgrate of the neck'ue to the shear in the X direction.

~ e

KNF =, 12 EIx

X5

Iz (Dp — B5 ) Circular4 4

3T4 T3 — '8

B~ Rectangular

Iz Iz+T(LDp)+2(LDp)T(L+Dp)Il

with Gusset

Springrate of the neck due to 0he moment about the Z — Axis

KNM,= 3 EIz

X5 + 3 (X3 + X4) X5' 3 (X3 + X4)'5

KN = KNF KNMx x z

NF NMx z

-20-

TRANSVERSE SPRINGRATE QF BRACKET

SPRINGRATE OF. BRACKET

Spz i@grate aue to the moment about the 2 — axis acting onthe bettom plate at the bracket

F xQF

r

Z = OF (X<-Tl+X3)

F = Mz Mz Fx Xq-Tl+X3)

5 9

F = F (X0-Tl+X3)

5 9

QF F 1 F T3 2T3 T3 + X7 ) /2$2 EI

~F F X4 T) + X3) (T3 — 2TF — (T3 + X7) /2 2

2EI (T5 — T9)

Y = F (X4 — T) + X3) (T3 - 2T9 (T3 X7))2 2

EIz (T5 — T9)

8 EIzBBM

(X4 — T) + X3) (T3 — 2T9 (~T3 + X

2

l 23

l2

- 21

Cl

Ill

TRANSVERSE SPRINGRATE OF BRACKET

20 X 10 T2'13 (T5 — T3)

BBM~ (X~ — T) + X3) (T3 'T9 (T + X ))

For a valve with a flanked neck

KBBy,. = 20 X 10 T2 Tl T5 T96 3

2(Xg-Tj+X3) (TB-2TB-(B + X7)2

Springrate due to the moment about the Z — axis acting onthe top plate of the bracket

~

KBTM = 20 X 10 T2 T0 (5 T9)

6 3

2X3 (T5 2T9 — X6 )

2

BM BBM BTM

BBM + BTM

BF= KBF

x z

Springrate of the bracket due to the shear in the X — direction

ex'cept Iz T9 T23

jt

6 .3KBF = 60 X 10 . T2 T9

x3(x„

22

Cl

4Ii

TRANSVERSE SPRINGRATE OP BRACKET

Sprkngrate of the bracket due to the bending of the sideplates ..

KBSj = KBSZ 'xcept I = T9 T2 + 2T9 T2 T~ — T9)3 2

Z X2

K 3 EIBSN

'

( 4 Tp Tl) 3C4 Tp Tl) ( +Tp)+ 3(X4 Tp Tl) (X3+Tp)

BS BP BSNX . X Z

KBP + KBSmX Z

B BN BSX ' X

KB~ + KBSZ X

Kx = KB KX X

KB + KNX X

H

-23-

49

Ill

P

B VALVE STRESSES:

1 ACTUATOR/BRACKET BOLTING

OPERATING STRESSES-

1.414TNA X

WHEM:116

S =S.SOZ SOX

T= VALVE TORQUE (Packing + Seal + Hydrostatic) (in LBS)N = NO OF ACTUATOR BOLTS

12A-= TENSILE STRESS AREA OF ACTUATOR BOLTS (ZN )1

X = D OF ACTUATOR BOLTS (ZN )

T'T1*

G2 M =FyX

'.x —(1 + COS ~)4

3X6N1 N1

SEISMIC STRESSES

A: VERTICAL DIRECTION (Fy)

M MAXIMUMBOL

Per Ref (d)

G ~ Transverse Seismic Acceleration1G = Vertical Seismic Acceleration

2G ~ Longitudinal Seismic Acceleration

3M FyX2 W

1Actuator Weight

'W = Bracket Weight2T LOAD (LBS ~ )

F ~Z

4 (1+CON~)3X N 1

M

F~F+P+PN

X Z1

(LBS) TOTAL TENSILE LOAD ON BOLT

TP T (PSI)A

TENSILE STRESS

B TRANSVERSE DIRECTION (F )

X U1 G1 X2 M=FXZ X 3

SSX1.414Tv + Px (PSI) SHEAR STRESS

N1AIXS NlA1

4, (1 + C )'

MAXIMUMBOLT LOAD (LBS )

'TZ FRZ (PSZ) TENSILE STRESS

A

C LONGITUDIN4()2 DIRECTION (F )Z

x

Fz "1 *G3 Ty=FzxL M, = r, X'2 3

1.414Ty + F

1 1 6 N A

F = 4RX

3g N

(1+ C ~)OS N

M MAXIMUMBOLT LOAD (LBS )

S ~ RXTX

A.

(PSZ) TENSILE STRESS

Cl

Cl

Cl

~'

ROOT SUM SQUARE STRESSES:

2

SS 'ox + ssxS ) + (S +S )SOZ SSZ

2 2 2 (PSZ) TENSILES = S + S

TS Ty TZ TX

MAXIMUMSTRESS: . MAX.ST ZSS THEOR

Ts Ts 2S = —+ — + S

T 2. 2 Ss

2. BRACKET

OPERATING STRESSES-

. S

X

McI /

X3 3

'3g T

12

F=T/T5

~ c= T2

2

M=, X T/T

T5

X4

S=6X T

TTT592TENSILE (PSZ)

IS=FS-

AA~T T

9 2

S = TS

SHEAR (PSI)

9 2 5SEZSMEC STRESSES

Ai VERTICAL DIRECTION (Fy)

Fy= (W + .SW )G M =FyX

S =F + Z5+ X22T T2 2J 2J

3 3J~2 9 2 J=2 29

2 —312 12

M =FyXX 2

TENSELE (PSI)

2

9 2 5/2 9/2

B TRANSVERSE DERECTZON (F )

F = (W + .5W ) G . Ty~F X M =F (X + X )X

SX

TZ

TyT9 T T

6X Ty

T5T9 T2

+ F~'

T9T2+ M T

3 3

2 J3

SHEAR (PSI)

TENSZLE (PSE)

C LONGITUDINAL DIRECTEON (F )

(W + 5W ) GZ 1 2 3 Z 1 M=F (X3+X4)

X Z

S = Tsz=-~—+ F9 2 5

T9 T2S = 6X Ty + MT

2T5 9. 2

2 J

SPEAR (PS|:)

- 25;

Cl

C)


.SS

TS

S + S + S SHEAR (PSZ)2 2

SX SZ S

S + S 2 2.2

+ S + ~S ~SZrZ (PSZ)

2 ~

It

MAXIMUM STRESS: Y~. S BESS THEORY

TS + T +2 2S S 2

T 2 '.3 BRACKET/VALV BOLTING

SOZ

OPERATING STRESSES2X T

. Ssox= ~N A X

2 Z T7r 2 2 9 N~X 2

WHERE" 2 T= VALVE TORQUE (XN-LBSf

N'= NO OF BRACKET BOLTS~ 42

A ~ TENSILE STRESS AREA OF BOLTS (ZN ) 0X

X + X2 2

EQUIVALENT BOLT DZA (ZN )2

8

SEISMIC STRESSES-A VERTICAL DIRECTION (Py)

Fy= (W + W )* Q - M =FyX M =FyX1 2 2 Z 1 X 2

'RX MX F -MZ P-~F +P +FRZ — T

.2X 2X NRX RZ

8S r

Ty= T TENSXLE (PS I)A

Z

TOTAL TENSILE LOAD ON

BOLT (LBS )

B TRANSVERSE DIRECTION (F )

F = (Wy + Wp) *Gy

$~'A�X-2229�

Ty=PX M=P (X +X)

SHEAR (PSZ)

TENSILE (PSZ)F = Z S = RZRZ —TZ

2X A

C 'ONGITUDINALDIRECTION (P )

F = (W~ + W2) .-G3

2 2 9 N A2 2

P = X S = RXRX TX2X A

Z 1 M=F (X +X)X Z 3 4

TENSILE (PSZ)

-26-


2 2SSX

+SOX SSZ SOZ

S = S +S +S2 2 2

TS Ty TZ

MAXIMUM STRESS: MAX.STRESS THEORY

S = TS + TS + SS S 2 2

~ T .' ' 2

4 ~ VALVE NECK—

OPERATING STRESSES

S = C SHEARJ

~ 0

1J'= 8( 2) ( 2) - 8( 2+ R6) ( )

3 2 + 1 8 2 Rs/ + + 1 8 23( 2 R6)

+ 8( 2) ( 2) - ~ Di

3( 2) +18 2 D.i

T3

ORJ= ft'd -Di).4

1 — 332

C= T4 DIST TO MAX FIBER STRESS

T4

S =P

4 + Di2T 2

T 2 - Di24

OR Pd 2

3 + Di2d 2 - Di2

3

HOOP (PS I)

SEISMIC STRESSES

A. VERTICAL DIRECTION (Fy)

Fy= (W + W + W ) *G M = FyXZ

S =.Fy MT MTT''+Z3+X47 — ——TENSILE

A 2J 2J

M ~ FyX W = Weight. of Valve Neck (LBS)X 2 3

A= (T — 2R )T - Di.23 5 4

4(PSI) OR

J2

A= ~ (d 2 - .2) (in )2

43 Di

R 4 (t Di OR fI (d4- Di )

12 64 64

4 2 - 5 4 - 5 4 6/2+ 5/ -{fl D14)OR {d4 -D). )

12 12 64 64

B~ TRANSVERSE DIRECTION

F= (W+W+W)*GX . 1, 2

"X'y=FX M=F (X +X +X)

Z

S = TyT4

2J

S Z 3TZ

2J

+ FX

ASHEAR (PSI)

-27-

TENSILE (PSI)

Ill

Cll

C. LONGXTUDINAL DZRECTXON (F )Z

F = (W +W +W ) *GZ

Ty= F XZ l M=F (X +X +X)

X Z 3

2J

S ~ MxT4TX.'2J.

+ F SHEAR (PSE)Z

A

TENSILE (PSX)

ROOT SUM SQUARE .STRESSES:

S = S 2SS SX

TS, Ty

MAXIMUMSTRESS:

$,S = TS+'

2

+ S + S S~~ (PSZ)SZ

+ S 2 + S ~ + S TENSXLE (PSZ)TX P

MAX~ STAGS THEORY

T + S 2

Valve with Gussets

J = J + 8 (L/2) (T/2) - 8(d3/2) (T/2)2 3 2 3

3(L/2)+l 8(T/2) 3(d3/2) + l 8(T/2)

J =2

32J +

J = J +

(L-d) T3

3l2

I 2T L-d + 2 (L-d) T L+d

3 3 3

2 4

6

A= A+ (L-d )T3

W~ A*XS* .'2833

S F +A

MxZ +Mxd2J

3 ZJ

SX 3+Xx2J A

ST=MZL2J

SZ 3 + Fz2J A

ST = Mxd

2J

- 28-

5. VALV" STEM:

OPERATING STRESSES—

SS = 16T

D31

SHEAR (PSI)

F = y P = i7'PD g APPLIED FORCE'ON DISC (LBS. )A

THE EFFECTIVE BEARING LENGTH IS DERIVED AS FOLLOWS:

= FA

WHERE A = PROJZCTED BACKING ~+= Ll Dl — EFF CTIVE BrARZNG LENGTH T~~S THr. STRf

DIAMETER.

$ = F

1 1

SINCE THE LOAD IS ASSlP~ TO BE TRIANGLE~, EQZ OF THE YIELDSTRENGTH (OR 15000 psi) IS USED.

S

S

2

3 L1

T~ORE, L 1= F3.5000 Dl

AS CAN BE SEEN IN THE FIGUR ABOVE, IT IS ASSUEZD THE RESULTANT

EAR NG REACTION OCCURS AT Ll 3

nzBENDING DUE TO PRESSURE (PSI)

WHERE f Ll + L~ OVALS LKifGTH OF STER FROM THE

Q3 ~2 EG) OF D1SC TO THE B~ING REACTION.

-29-

~ ~

SEiSMiC STRESSES—

N=~II4 ILL+ Lg S = .s +<.2 2

.Sbl = 32M = ~16 IA'%D 3 .MDl3

Ll + L2 BENDING (PSi)3

Sbs Sb + Sbl

MAX'TRESS: P~. STRESS THEORYre

Sbs + Sbs + Ss

r

6. VALVE DiSC PIN: (NO. SEiSMiC STRESSES)

SS = ~2% 100 2 SHSIIS S122SS (PSI)DlAs

T = Torque due to seal torque and hydro-static torque.

l~(

D,

-30-

As= .7854 adp SHEAR AREA (XN )2

a= . 01745 D e1

-1 21e= SIN (—)D

ARC LENGTH (ZN )

2

dp(—)—Dl dp2 4

CHORDAL LENGTH

C VALVE AND PIPiNGIZv= ~ (d

32d1

4Zp= ~ (R

32 RgZv 01.1Zp

SECTION MODULUS:

R ) SECTION MODULUS OF VALVE (ZN )3

7

R ) SECTION MODULUS OF ADJACENT PZPZNG (XN )3

9

WHERE: d = VALVE BODY 0 D (ZN ~ )

R = VALV" BODY WATERWAY DZA. (XN )7

R = 0 D OF ADJACENT PIPiNG (XN )8

R = I.D OP ADJACENT PIPING (XN )9

D DEFLECTIONS:

Wgtxt gz

"L,VWHERE: W= WEIGHT OF ACTUATOR + 1/2 WEZGHT OP

BRACKET (LBS ~ )

g- G LOAD ~ x2 + gy2 + gz2

K= SPRINGRATE (LATERAL OR VERTXCAL) LBS/IN

E VALVE BODY BOLTING:

F= (1 + Cos ~ )3X N

0 3N

M MAXIMUMBOLT LOAD (LBS)

S = F TENSILE STRESS (PSI)A4

WHERE: M = MAXIMUMPIPING MOMENT (IN-LBS)4

N = NO. OP BODY BOLTS3

0 BC OF BODY BOLTS (ZN)

A = ROOT AREA OF BODY BOLTS (XN )2

4

NOTE: NOT APPLICABLE XP BODY ZS WAFER STYLE OR ZF SECTION MODULUS AND

ALLOWABLE MATERIAL STRENGTH OF VALVE EXCEEDS THAT OP ADJACENT

PIPING- PIPING MAT'L ASSUIKD SA106 GR.B S ALLOW= 15t000

NUCLEAR SEISHIC ANALYSIS

VALVF SIZE:

VALVE CLASS

ACTUATOR:

CUSTOiKR:

P.O NOi:

SPECi NO:REFERENCE NO

XTEH NO

~ ee

~

ASS'V mG. NO.

Bi BODY DUG NO

REFERENCE ITS.~ ~

RZV

QEV

C

D

DISC DVrC'O

STEH D5%, .NO

PIN DHG NO

REV

REV.

REV

ALLIABLE STRESSES ~'

~

A BODY

B DISC

C ST&4

D PIN

E BRACKET~ ~ ~ ~ r.

F ~ BOLTING

PSZ

PSI„

PSZ

PSZ

PSZ

PSZ

PRESSURE:

'TENPERATORE:

DESIGN CONDITIONSe

PSZ

oF

'0

PACKING TORQUE:.

SEAL TORQUE:

HYDROSTATIC TORQUE:

TRANSVERSE:

VERTICAL:

LONGITUDINAL:

VALVE TOR UE

G-LOADINGS

'IN-LBS

XN-LBS

I8-LBS

Cl

Cll

gj

DIMENSIONAL DMA

DESCRIPTION OF VARIABLE

SI&

ACEVPOR

'L&S

'. (XMP~rNA~IE

'RANSVERSEDIST. ACTUATOR C.G..TO Q VALVE~ IGMGZZUDXNALDIST. ACZUATOR C.G. K) < VALVE

VERTICAL DIST,ACZUATOR C.G. TO BRACKEZHEXGHZ BRACKEZEKXC~ V7GVE NECKACZUATOR NEXCEVBRACKET 7'RIGHTDISC NEIGHTTiKXVQKSS OF BRACKE'Z IU~ PLATEHXDTii OF BRACKEZ

, HXDTii OF VALVE IPCKTHXCDKSS OF VALVE NECKTHXC ~MS OF BRRCZCZ SIDE PLATESTiiXC~~S OF BRACKi;Z TOP PL~VALVE NECK O.D.PACKING BORE X.D.

DIA,.KKZ DIA. OP DISC

TH SMKL DXA. BACK OP DISCDIA. OF DISC

T KOSHER THICKNESSD T. Q STEM TO FRChM OF.DISCNO. OF ACTUATOR BOLTS~SILE STRESS AREA, OF ACKJATOR BOLTSDBC OF ACZUATOR BOLTSNQ. OP BRACM."T/VALVEBOLTSTENSILE STRESS AREA 0~RACKET/VALVEBOLTSTRANSVERSE DIST. BEXh~r. BRACKET BOLTSLONGITUDINALDIST. BZZHEEM BRACKET BOLTSLENGTH OF BRACKEZDISTANCE BLIM222l VALVE BODY BOLT HOLESDZA. Or VALVE BODY BQLT HOLES'

TORQUE ON DISC PINDISC PXN DIA.VPZVr BODY O.D.VALVE BODY MZERLRZ DIA.AD ~R'Z PIPING O.D.KG%~i PIPING X.DKQCENUM PXPXNG BEK3ING MCf~NO. OF BODY BOLTSZSC OP BODY BOLTSBQCG.'REA OF BODY BOLTSIZNGZH ACRSSS- GUSSETS

"HYNESS OF GUSSEZSOF PIJÃGE BOSSES

S OF EELICITY

XlX2X3X4X5K.H2

T3T4T9KOd3DiDlD

X6~ N2

A2X7

"X8.

T5R5 .

RG

leapdlR7RSR9M4N3XOA4L.TBE

X3X4X5%74

tipjW3TlT2

'3

T4T9TO '

B5DlDEl

Nl

X6N2A2X7XST5R5R6T7D5DSR7RSR9M4N3XOA4L

-33-

VALV" SiZZ:

VALV" CLASS:

NUCLEAR SEZSMiC ANALYSIS Page 1

ACTUATOB:

CUSTO~:

P.O. HO.:

SPEC. NO.:

REF~~WCE NO.:

ITEM NO.:

PA p- yo2. /77

REFERENCE DWGS.

A. ASS'Y DWG. HO.

B. 30DY DWG. NO.

C. DISC DWG. NO.

D. STEM DWG. HO'.

E. PIN DWG. HO.

F. BRAC~ DWG. NO.

2b- o~~( z.~-sa Iz,g/0- ox(2. C00 dd

Y00b-

REV.

RW. 8RW. 4REV.

A. BODY

3. STEM

C. PIN

D. BBACIKT

E; SOLTIHG /I /3 C~ 8

ALLOWS~~ STRESSES

Co~b

2.4ZFO'SIPSI

$ 0 PSI

]8'o PSI

37S>b 'SI

DESIGN CONDITIONS

PRESSURE:

TEMPERATURE:

PSIoF

VALVE TORQUE

PACKING TORQUE:

SEAL TORQUE:

HYDROSTATIC TORQUE:

IN-LBS

IN-LBS

ZN-LBS

I

TBANS~SE

VrISTICAL:

LONGITUDINAL: 3

G-LOADIHGS

DH~SZCNAL DATA

SIZE~ CLclSS /3 0

ACZUAZOR

DESCRIPTION OF VARIABL'E

TRANSVERSE DIST. ACZUATOR C.G. TO Q VALVELONGITUDINALDIST. ACZUWIOR C G. 'ZO 4.VALVEVKG'ICALDIST. ACTUATOR C.G. TO BRACKEZHEIGHT BRACKETHEIST VALVE tKCKACZUATOR WEMiTBRACKEZ WEIGHTDISC QlEIGHTTHICKNESS OF BRACKEZ LCNER PIATEWIDTH OF BRACKEZN33XK OF VALVE NECKTHZ~S OF VALVE~THI~SS OF BRACrKT SIDE PLATESTHICMUSS OF BRACi(EZ TOP PLATEVALVE MXXO.D.PA~G BOW I.D.~ DZA.GAGil DIA. OF DZK".WIDTH SiMLL DZA. BACK OF DISC

7ZH LAitGE'IA. OF DISCUST WAS~ THICiQLESST 4 STER TO FBQbZ OF DISC

NO. OF ZCZUATOR BOLTS~ENSILE STR=SS AREA QF ACTUATOR BOLTSDBC OF ACZUATOR BOLTSNO.'F BKMCET/VALVEBQLTS~ILE STRESS AREA OF BRACKET/VALVEBOLTSTRANSVERSE DIST; BEBKRl BRACiKT BOLTSLONGITUDINAL DIST. B~~ BRACiCEX'OLTS~GZH OF BRACKETDISTANCE BEIWE21 VALVE BODY BQLT HQLESDZA. OF VALVE BODY BOLT HOLESt TORQUE ON DISC PINDISC PIN DIA.VALVE BODY O.D.VALVE BODY WA~GK DIA.AMA~PIPING O.D.AD3ACBV PIPING Z.D.MAXZbKMPIPING BENDING MQiKNZNO. OF BODY BQLTSDBC OF BODY BOLTSRCOZ AREA OF BODY BOLTSLENGZH ACRQSS GUSSETSSICKNESS OF GUSSETS

OF FLAN'OSSES~ ~

S OF ELASTZCZZY

DI

0 000

XlX2X3X4X5WlW2W4

TlT2T3T4T9Tod3DiDl'

ElE2L2Y2NlAlX6N2A2X7XST5R5R6

t3pdlR7RS

R9M4N3XOA4LTBE

XlX2X3X4X5W4rQW3TlT2T3T4T9TODoB5DlDElE2L2Y2NlAlX6N2

X7XST5R5R6T7D5DSR7RS

R9M4N3XO

LT

TAG NUMBER LIST

cusmma: g," „„g~g, /REFERENCE: J 9I>7

ITEM:

TAG NOS 2 c Ysk POYlol

POS E —SEAL E HTEPHAT E C)HAt r E HC-~nFE H AHAt O'S E M

20 CLASS 150 VALVE ASSEHBLY

CUSTOHER:t<IAGARA HOHAM):~MU~t'30MSPEC. NO.: t<HP2-in304DREFIHO,: 19157~IJJl '

REFERENCE DMCS.IE JIO~LII."M

B.BODY DMG.HO.: 1120"302 RFV.A( C DISC OMG NO '120 3V1 REVr 8

MMIEttJNLJ<Q ~nS Q="'.PIttOMC.ND.:2600:004 REV.A

F BRACI<ET DMC.N0.8000-188 REV.

DES:Ck CONDITIONSPRESSURE(PSIC)r 150

$ CC r

ALLOWABLE STRESSES (PSI>~ ~ lr 1

8 STEH: 54300C PIH: 54300SELEI<LL~E. BOLTINC: 37500

~ i'

'

Zt

;IX1$ 2. 813

I'-; d3$ 0L2$ ~ 477

Xr 65L$ 0

VALVE TOROUE(TN-LBS)Cr

SEAL TOROUE 2948HYDROSTATIC TOROUE$ 6042

C LOAOlt<CS$ $ $

VERTICAL> 4LONGITUOIHAL$ 3

X2$ 6.313~I

DIHEHSIONAL DATAX3$ 3.938 X4$ 6 Xsr 3 W1$ 276

~ OrDi .75Ynr 1 937XZ

01 ~ 1 ~ 997Hl~ 4

0$ 18. 474Alr ~ 462

El ~ 2. 625X6$ 7 ~ 5

E2$ .875H2$ 4

dpr .496T$ 0

dlr 27.5Br 0

R7$ 18. 875 R8$ 20 R9$ 18.814Er 30000000

M2$ 62

t<ATURAL FREOUENCIES <HZ.)LONCITUDINAL<Z) ACT ~ /VALVE$ 111 VS. 33HZ 'I<ERTICALIXJ.TRANSVERSE(X> ACT./VALVEr 210 VS'3HZ.LATERAL DISC/STEH 351 VS.33HZ.

BRACKET BOLT STRESSESSHEAR$ 12893 PSI~RIIICOHBINED$ 32859 PSI VS.ALLOMr 37500

VA V NFCK STR

ACTUATOR BOLT STRESSESSHEAR$ 2658 PSIr n C

Cct<BINEDr 40'99 PSI VS. ALLOW.$ 37500

BRACKET STRESSESSHEAR$ 475 PSI

$ n4 pCOHBINED$ 2549 PSI VS ALI.O(t$ 18900

STEH STRFSS SSHEAR> 938 PS I SHEAR> 6522 PSI(.'/ TENSILE$ 1960 PSI TEHSILE$ 18336 PS I

OHBIN 0$ n04 9 PSI VS.A LOWr 54300

DISC Pit< STRESS SEC ~ Ich NODULUSH AR$ 44 P V~AMr VAI V Nt

PIPIt<G$ 170 37 IHt3A T T R F T N

LOt<GITUOlt'AL$ 2. 13900000E-03 lt(CHESU VERTICAL 2. 50000000E-05 INCHES

TRAgSV~J~i'I7II—

NOT APPLICABLE

SIGNEDe ~ ~ ~ ~

ODY BOLTINC

~ ~ ~ DATED ~ ~ ~ ~

'

~ ~

I ~

VALVZ SIZ

VALVZ CLASS:

ACTUATOR:

GUSTO~~:

P.O. NO.:

SPZC. NO.:

REFZ~CE NO.:

ITEM NO.:

NUCL>~ SEZSIGC ANALYSIS

REr~ENCE DWGS.

A. ASS'Y DWG. NO.

B. BODY DWG. NO.

C. DISC DWG. NO.

D. ST&i DWG. NO.

E. PIN DWG. NO.

F. BRAC~ DWG. NO.

ol

D M(l<C4

040 ~75

REV.

RW.

a~.pm.

A. BODY 5AB. STZ4

C. PIN

D. BRACIZZ

E; BOLTING

ALLOWABLE STRESSES

z a

z.' PSI

00 PSI

SOd'SI48'SI

~d. PSZ

DESI'ONDITIONS

PRESSURE:

TEt PZRATURE:

PSIoF

PACKING TORQUE:

SEAL TORQUE:

HYDROSTATIC TORQUE:

VALVE TORQUE

IN-LBS

IN-LBS

Zl-LBS

(' ~TRANS~USE:

VZZZICAL:

LONGITUDINAL:

G-LOADINGS

Dlt~SZONAL DATA

SIZE ~0 CIJISS ~~ACTUAL)R

DESCRIPTION OF VPBZABL'E

TRANSV~E DIST. ACTUATOR C.G. TO tf VALVELQNGZHiDZNALDIST. ACTUATOR C.G. TO 4.VALVE

ICAL DIST. ACZUATOR C.G. TO BRACKETHEIGHT BRACKETiKIGiTVALVE NECi(ACTUATOR WrEZGHT

BRACKET WEIGHTDISC WEZ(ZTTHICKNESS OF BRACKET LCK~ PEATWIDTH Or BKX2CZHZYZB OF VALVE HECKTHICKNESS OF VALVE NECKTHICKNESS Or BRACKEZ'IDE PZATESTHI~S OF BRACKET TOP PZATEVALVE IKCK O.D.PACKING BORE Z.D.STE41 DIA.GAGE DIA. OF DISCWIDTH'%LLDIA. BACK OF DISC

LARGE DIA. OF DISCST IVY~THICK%US

T'. Q ~1 TO FBOK OF DISCNO. OF ACIUATOR BOLTS~SILE ~~S AREA OF ACTEQOR BOLTSDBC OP ACHJATOR BOLTSNO. OF BRACKETjVALVEBOLTSTENSILE STRESS AKA OF BRACKET/VMVE BOLTSTRANCE DIST. BEIWEEN BRACKET BOLTSLGNGZXUDZQZ DIST. BETWr.EN BBACZET BOLTSLENGTH OF BRACKETDISTANCE BEHFBl VALVE BODY BOLT HOIZSDIA. OF VALVE BODY BOLT HOLES'

1QRQUE ON DISC PINDISC PZN DIAVALVE BODY O.D.VALVE BODY WATEEPZ DIA.AD3ACENZ PIPING O.D.ADJACENT PIPING I.D.MAXIMUMPIPING BENDING HCf~NO. OF BODY BQLTSDBC OF BODY BOLTSRG7Z AREA OF BODY BOLTSLKGiiiACROSS GJSSETSTHZCKNESS OF GUSSETS

OP FlANGE BOSSESS OF ~ZCITY

/pO

0 000 dG

XlX2X3X4X5

. WlW2

W4

TlT2T3T4T9Tod3DiDlDElE2L2Y2NlAlX6N2A2X7X8TSR5RG

dpdlR7R8R9M4N3XOA4LTB

XlX2X3X4X5W4'l5W3

TlT2T3T4T9ToDoB5DlDElE2L2Y2NlAlX6N2A2X7X8T5R5R6T7DSDSR7RS

R9M4N3XOA4LT

~ BE

TAG NUMBER LIST

CUSTOMER:

REFERENCE:

hl A)* ~ @PAAlvtt

fat>7ITEN

TA6 NOS

VLI I V

t~ ~

I Q S X—S t= AI X ht T >:- F: ht A1 X D h! A! r X ht (LJ.E LZCt~~EXR

10 CLASS 150 VALVE ASSEt>OLY

( CUSTOHER:NIAGARA NOHAWV,~DBIILI~"'~ZSPEC NO :NHP2-P304DREFlHOi 19157

1

t>

REFEf>EHCF. OWGS.HQ MO157=

B. BODY OWC. HO.: 1010-301 REV. AC.DISC OWG.NO.: 2110-301 REV.A~LSIEtLOW~E ~ PIH DWC.HO.: 2600-046 REVeAF.ORACNET DWC.NO.8000-075 f<EV.B

DESICN CONDITIONSPRESSURE(PSIC)~ 150rc

ALLOI'ABLE STRESSES (f'Sl)~ l l

B.STEH: 54300C. PIN: 54>300

E. BOLTING: 37500

VALVE

TORQUE�

( It("Lf>S >r»iri r. <l

SEAL TONGUE 839HYDROSTATIC TOf<QUEc 966

G LOADINGSC I CIC a

VERTICAL% 4LO>ICITUOIHAL> 3

Xli 2.5 X"~ 6.563I'-NSIOHALDATA

X3c 2. 813 X4~ 6 XS> 4. 25 Wi~ 171 W l~ l5

d3> 2o 25L2~ .337

Ol ~ 1.6 5Y2~ 1.5

DIII 1Hi~ 4

I

Oi 9.85AI~ .1416

EI~ 1. 625X6 4.5

E2~ .813H2~ 4

NATURAL FREOUEIICIES (HZ. >

LONGITUDINAL(Z) ACT./VALVE~ 46 VS. 33HZ.Q!ALVFr

TRAIISVERSE(X> ACT /VALVE~ 67 VS,33LIZLATERAL DISC/STEH~ 997 VS.33HZ.

ACTUATOR BOLT STRESSESSHEAR< 4988 PSI

~r cCONBIt<ED> 9582 f'5 I VSe ALLOW.~ 37500

~ ~ (

t XR 65 dpi'09 dl~ 13.25 R70 10.187 RBN 10.75 fc9i 10m 02L> 2 688 Ti 1 B~ 1 E~ 30000000

I)

BRAC>(ET BOLT STREScESSHEAR~ 5456 PSI~ECOIIOIHED> 14398 PSI VS ALLOWc 37500(i v» a

BRACHET STRESSESSHEAR~ 370 PSIJKIIRIL~QLP"ICOHBIHEOc 2164 PSI VS ALLOWc 18900

QT TRSHEAR< 4180 PSI SHEAR< 6492 PSI

(.w TEHSILEm 13341 PSI TENSILE< 14293 PSII LJ!LLICM'Ci~ P V A Wc 4 0

C' I>'laDISC PIH STRESSV~~nu~

SECTION NODULUSvn i 4 >I+PIPING+ 29e 9 IN%3

BODY BOLTINGACT AT R UF~FF~TIO><SLONGITUDINAL> 1.27050000E-02 INCHE5VERTICAL 1. 68000000E-04 It(CHES

I C~ irt<DT APf'LICABLE

I SICNED.... ~ ~ . DATED

V~VE SIZE:

VALVE CLASS: 300ACTUATOR: %1

CUSTOI~:

NUC<~+8 SEISMIC r"JALYSIS v&$8

P.O. NO.:

SPEC. NO.:

REFEREE CE NO'.:

ZTBf NO.:

Z- 30 2./7

REFERENCE DWGS.

A. ASS'Y DWG. NO.

B. BODY DWG. NO.

C. DISC DWG. NO.

D. STM> DWG. NO.

E. PZN DWG. NO.

F. BRAC~ DWG. NO.

dg- O/z/o2 d2CoO- /

000 -D

// e REV.

REV.

REV.

R:.V. Pi

5

A. BODY

B. STER

C. PIN

D.BRAGI'".

BOLTING

ALLOWABL" STRESSES

-/ 6 C

G 0

- PSI

PSZ

gP PSI

gd 0 psz

yO PSI

DESIGN CONDITIONS

PRESSURE:

TEhPKRTURE:

PSI

VALV" TORQUE

PACKING TORQUE:

SEAL TORQU

HYDROSTATIC TORQUE:

ZN-LBS

IN-LBS

ZN-LBS

G-LOADINGS

TRANSVERSE:

VERTICAL'ONGITUDINAL:

I

Cil

C)

Cl

DZb~~'SZONAL DATA

SIZE~ CLASS ~odACIUZEOR 7 Q 5


TRANCE DIST. ACTUATOR C.G. TO Q VALVEZQNGZTmZNAX, DIST. ACrUATOR C.C. TO 4.VALVVERTICAL DIST. ACTUATOR C.G. K)

BRACKEI'EIGiT

BRACZETHEZGriT VALVE NECKAClUATOR WEIGHTBRACKET WEIGiiTDISC WEIGHTTHICKNESS OF BRACKET LCK~ PLATEWIDlrI OF

BRACER'IDTH

OF VALVE NECKTHICKNESS OF VALVE NECKTHZC1Q|ESS OF BRA~ SIDE PZATES

- THICKNESS OF BRAQKT TOP PLATEVALVE NECK O.D.PACKING BORE I.D.STE?4 DIA.GAGE DM. OF DISC

SKG'L DZA. BACK OF DISCLARGE DIA. GF DISC

.61ST NASSER THICKNESSDIST. Q ~r TO FRONT OF DISCNO. OF ACTUATOR BOLTSTRISILE STRESS AREA Or ACTUATOR BOLTSDBC OF ACTUATOR BOLTS .

NO. OF BRACKE'.T/KNAVE BQLTSTEMILE STRESS AREA OF BRAC| EZ/VALVr. BOLTSTRANSVERSE DIST. BROKEN BRACKET BOLTSLONGITUDINALDIST. BEZWEEN BRAGGlZ BOLTSIZNGZH OF BPACKETDISTANCE BETWEEN VALVE BODY BQLT HOLESDIA. OF VALVE BODY BOLT HOLES% TORQUE ON DISC PZNDISC PIN DZA.VALVE BODY O.D.VALVr. BODY WATEKRZ DZA.AD3AC2K PIPING O.D.ADJACENT PIPING Z.D.>SXZMUM PIPING BKZ)ZNG MO?KNZNO. OF BODY BQLTSDBC OF BODY BOLTSROOT AREA OF BODY BOLTSLMGZH ACROSS GUSSETS~SICKNESS OF GUSSETS

.. OF FLANGE BOSSES~ ~

~S OF EL~ZCZTY

7l

6 ooodo

XlX2X3X4X5wlw2W4

TlT2T3T4T9TOd3DiDlDElE2L2Y2NlAlX6N2A2X7X8T5R5R6

QpdlR7R8R9M4N3XOA4LTBE

XlX2X3X4X5w4'l5w3Tl'r2T3T4T9TODoB5DlDElE2L2Y2NlAlX6N2A2

~ X7X8T5R5R6

D5D8R7R8R9

N3XOA4LT

E

TAG NUMBER LEST

CUSTOMER:

REFERENCE:

Il/I«ghwq gy(lit~ 7

ITEM:

TAG NOS.: %5 t=CQ Ql/ I'7 P

Hv)7P

IO

~5F'C~ p V lf A

gV JK5z~f=c ~au')'t A

Hv (9B>sl (~ HV37k

HVSV8

Sill

C

4$

Sill

C

C:

CUSTOHER:tflAGARA HOHAMr,~e2di(t IIO.P~P~4f SPEC. NO.: t(HP2-P3040

( REF i NO 1 157fI

PCJS X —SEAL X HTEF:HATX OHAL X HCHi (;J t- AFr c>t= c ri AHALYS3 88 CLASS 300 VALVE ASSEHDLY0 hE

IC

C

I RFFEREtfCE DMGS.A~A<LcCMf~~N~I c7 9~4 % 88 BODY DMG NQ: 1108 401 REV 8C DISC DMG. KO: 2108 bi01 REV. A~ S.IZtLRMGHliR '~S2.E ~ PIN OWG. t(0. f 2600-021 REV. A

( F DRAGNET DWG NO ~ 8000-075 ktV.O

ALLOWABLE STRESSES (PSI)A c Y:8 STEH: 54300C.PIN: 54300

E BOLTING: 37500

(I

DESIGtt CONDITIONSPRESSURE(PSIG) ~ 300'z cc ~y

C VALVE TORQUE(IN-LOS)ni r

SEAl TOROUFH 450HYDF?OSTATIC TO(cQUE 1498

G (.OADINGSccr

VERTICAL% 4LONGITUDINA(.% 3

X1% 2.5$ %

X2% 6.563H 7

OIHENSIONA(. DATAX3% 2.813 X4 XSH 3.938 MIH 171 M2% 25

d3% 3L2% ~ 4b<%

01% 1.758Y2% 1.375

D1% 1.25NIH 4

DH 7.218A1% .1416

E1% 1. 688X6% 4.5

e

E2% ~ 625N2% 4

XH 65 dPH .373 dl% 12.125 . R7% 7.687 RBH 8.625 R9% 7.625i LH 0 TH 0 OH 1 EH 30000000'f HATURAL FREOUEt(CIES (HZ ~ )I ( LONGITUDINAL(Z) ACT ~ /VALVE% 73 VS. 33HZ.~QJCA~G~~ % cl 'z

TRANSVERSE(X) ACT /VALVE% 79 VS.33fczLATERA?. DISC/STEHH 1816 VS ~ 33HZ.

DRAGNET DOLT STRESSESSHEAR% 5611 PSI

COHOItiFDH 14502 PSI VS.ALI.OMH 37500

Vh V tf r T

ACTUATOR DOLT STRESSESSHEAR> 5143 PSI

Ct 4C'OHOIt(EDH9709 PSI VS.ALLOW.H 37500

ORACHET STRESSESSHEAR% 375 PSI

LcIILEH ~~%COt(OINEDH 2205 PSI VS Ai LOW% 18900

T H TRSHEAR% 1614 PS I SHEAR% 6558 PSI0 TENSILE% 631S PSI TENSILE% 16386 PSI

C a c

DISC PIN STRESSC II

ACTUATOR Ft F T ifSLONGITUDINAL% 5. 10900000E-03 INCHESVERTICAL 1 ~ 45000000E-04 It(CHES

SECT IOH NODULUS'iPIPING% 24 ~ 51 IN%3

BODY 8 LTING

I

At'7

I CCH

SIGNED+ e . - .-. X OATEDo ~ ~ ~ i X7o ~ ~

NUCL+~R SEISt~iIC ANALYSIS

VA7V" SIZZ:

VALV" C~~S:

ACTUATOR:

C USTA~:

P.O. NO.:

SPEC. NO.:

RECCE NO.:

ITIC NO.:

RE~ENCE DWGS.

A. ASS'Y DWG. NO. /B. BODY DWG. NO. //0 ( PdlC. DISC DWG. NO. 2.10 'f 'QlD. STZI DWG. NO. x 0 WOE. PZN DWG. NO. Z.COd-

F. BRAC~ DWG. NO. Md

REV.

PZV.

R" V.

A. BODY

3. STOIC

C. PIN

D. BRACKET

E: BOLTING

ALLOWABLE STRESSES

aM ~ PSI

00 'SI0d 'SZ

J dd'SZ3 00 PSI

DESIGN CONDITIONS

PRESSURE:

TEhPKKTURE:

PSZ

PACKING TORQUE:

SEAL TORQUE:

HYDROSTATIC TORQUE:

VALVE TORQUE

IN-LBS

IN-LBS

IN-LBS

G-LOADIHGS

TRANS~SE:

VERTICAL:

LONGITUDINAL:

Cll

Sill

D~SZCBAL DATA

SIZE~ (ZJ!SS

ACIURIOR 0-AS


TRANSVERSE DIST. ~KKTOR C.G. TO Q VALVELQNGITUDINALDIST. ACCEPTOR C.G. TO +VALVE~ICAL DIST. ACZUATOR C.G. TO BRACKEZHEIGH BRACKETHEIGH VALVE NP(CK

A UXOR WEZCWBRACDKT WEIGHTDISC WEIGHTTHZCrQKSS OP BRACKET DNER PLATEWIDTH OF BRAQKTWIDTH OF VALVE NP(CK

THICKNESS OP VALVE NECKTHICKNESS OF BRACKET SIDE PLATZBTHI~~S OP BRAGKT TOP PLATEVALVE NECK O.D.PACKING BORE Z.D.ST%4 DIA.CACK DZA. OF DISC

PGZL DIA. BACK OF DISCLARGE DZA. OP DISC

.UST WASP~ THINNESS~MT. Q ~rc. TO PKhVZ OF DZSCNO. Or ABATOR BOLTSTENSILE STRESS AREA OF ACTUATOR BOLTSDBC OP ACHJATOR BOLTSNO. OF BKK2KT/VALVEBOLTS

'SILE STRESS M%A OF BRAQCElT/VALVE BOLTSTRANSVERSE DIST. BEZWEEN BRACKEZ BOLTSLCIHGZ1UDZNAL DIST. BETWE l BRAQKZ BOLTS~GZH OF BRACKEZDISTANCE BEZt~ VALVE BODY BOLT HOLESDZA. OF VALVE BODY BOLT HOLES% TORQUE ON DISC PZNDISC PIN DIA.VALVE BODY O.D.VALVE BODY KQ1W%G'. DZA.ADJACENT PIPING O.D.ADJACENZ PIPING I.DlRXZKiilPIPING BKZ)ING NQKNZNO. OF BODY BOLTSDBC OP BODY BOLTSRCOZ AREA OP BODY BOLTSLENGZH ACROSS GUSSETSTHICKNESS OF GUSSEZS

OF FLANGE BOSSESULUS OF ELASTICITY

2,$

4 C

XlX2X3X4X5WlW2

W4

TlT2T3T4T9m63DiDlDElE2L2Y2NlAlX6N2A2X7X8T5R5R6

Qpd1R7R8R9M4N3XO

A4LTB

XlX2X3X4X5W4'(5

W3

Tl'r2T3T4T9TODoB5DlDElE2L2Y2Nl

X6N2A2X7X8T5R5R6TjD5D8R7R8R9M4N3XOA4LT

~ B

CUSTOMER:

TAG NUMBER LEST

REFERENCE:

ITEM:

TAG NOS.:Z. 5 P'C % Ple l I 7-

H u Ild80'<I

'

, ~

?

'

Cll

PC)$ X —SLAt X Nl ERN<-% I' C)NAL i, X NCNIJ( t" Ate. ~»f= ~ c H X C: ANAL.YS ISCLASS 150 VALVE ASSEIIBLY

CUSTOHFR:klACARA NOHAMI(ZdLHKdttl~»P- 2?~»J2

. SPEC.HO.:NHP "P3040REF% N0% 19157~IEILNQ

'EFERFNCE DOCS.e Q

I'

Be BODY DUfe. HO.: 1104-301 REV. AC. DISC DMC. HO.: 2104-401 RFV. A'IIL''~E. P IH DMG. NO.: 2600-008 REV. AF.BRACI(ET DMC.NU.8000-074 REV.A

DESIGN CONDITIONSPRESSURE(PSIG)% 250

ALLOMABI.E STRESSES (PSI )< QX'M"

B. STEH: 54300 ~

C. PIN: 54300CP

E.BOLTIHG: 37500

VALVE TORQUE(IH"LBS)IC» '%PO

SEAL TORQUE 131HYDROSTATIC TOROUE 1 5

C LOADIHGSP . <'.i ARP s

VERTICAL% 4LONCITUDIHALr 3

DIMENSIONAL DATAXls 2.5 X2% S. 563 X3% 2.813 X4% 6»r i

X5% 2.875 Mls 130p»

M2% 20

d3% 0L2%, 101

Oir ~ 938Y i~

Dls .56Nls 4

Ds 3 '96Al~ . 1416

Elr .72X6% 4. 5r

E2% .5N2% 4

R8% 4 5 R9% 4.026

I t NATURAL, FREOUEHCIES (HZ ~ )LONGITUDINAL(Z) ACT /VALVEs 54 VS ~ 33HZe~ELTZ

ACTUATOR BOLT STRESSFSSHEARs 2714 PSI

s

Xs 90 de .246 dlr 6. 187 R7% 4 ~ 063i ~ Ls 0 Ts 0 Bs E% 30000000e

TRANSVERSE(X) ACT./VALVE% 71 VS.33HZ.LATERAI DISC/STEH 3 71 VS 33HZ ~

BiRACYET BOLT STRESSESSHEAR% 3620 PSI~II%<<% U <%SLBSI-COHBIHEDs 12349 PSI VS ALLO(ts 375000

VA 0% N 'T

CONBItlEDs 6076 PSI VS ~ ALLOMes 37500

BRACYET STRESSESSHEAR 263 PSI~g pCOIIBINED% 1484 PSI VS.ALLOMs 18900

THTRSSHEAR% 3335 PSI SHEARs 17226 PSI

C~ TENSILE 10502 PSI TENSILE% 13880 PS Ir l r I ~ s 4

DISC PIH STRESSr >4.SECTION IIODULUS

s ~ p+PIPING% 3.21 !N93

l

RC7Q

A~A+~I~F T H

LONGITUDINAL 9. 05300000E-03 INCHESVERTICAL% 5. 90000000E-05 INCHES

'itNOT APPLICABLE

SIGHED....

ODY BOLTINC

OATEDe J. ~ .gT< ~ ~ ~

VALVZ SIZE

VALVZ CLASS:

ACTUAtOR:

CUST01KR:

P.O. NO.:

SPZC. NO.:

RmEKNCE NO.:

ITB4 NO.:

I-0

NUCLEAR SEISMIC ANALYSIS

gzl 77

l~ 7

Pege 1

RZr~" iCZ DWGS.

A. ASS 'Y DWG. NO.

B. BODY DWG. NO.

C. DISC DWG. NO.

7-zRZV.

REV.

D. STZ4 DWG. NO. 2E. PIN DWG. NO. L400- OC4

r. BRACiKT DWG. NO.

RZV.

Rm.

ALLOWABL. STRZSSES

A. BODY

ST+'f

D.

BRACKET

E. BOLTING

5 /C(on

D

(pi

2 P PSI

300 PSI

PSI

8'7 PSI

37 0'SI

DESIGN CONDITIONS

PRESSURE:

TEMPERATURE:

PSIoP

PACKING TORQU~:

SEAL TORQUE:

HYDROSTATIC TORQUE:

VALVE TORQUE

IN-LBS

IN-LBS

IN-LBS

G-LOADI?/GS

TRANSVERSE:

VERTICAL:

LONGITUDINAL:

Ci

C)

N

4$

DD~ISZONAL DATA

SIZE ~~ CLASS g~

D~~RIPZZON OF VARIABLE

TRANSVERSE DIST. ACZUATOR C.G. TO Q VALVELONGZHiDINALDIST. ACTUATOR C.G. TO +VALVEVERTICAL DIST. ACZUATOR C.G. TO BRACKETHEIGHT BRACKEZHEIGH VALVE NECKACTUATOR WEIGHTBRACKET tZIZZDISC WEIGHTTHICKNESS OF BBACI~ ZOWER PLATEWIDTH OF BRACPZTWIDTH OF VALVE IKCKTHICKNESS OF VALVE NECKTHICKNESS OF BBACXEZ SIDE PLATESTHICKNiSS OF BRACKET TOP PLATEVALVE NECK O.D.PACKING BORE Z.D.~ DIA,.~ DZA. OF DISCWIDTH SMALL DIA. BACK OF DISC

"ZH LARGE 'DIA. OF 'DISCUST WASHER THIC2QGHST. g STE4 TO FBDVZ OF DISC

NO. OF ACTUATOR BOLTSTENSILE STRESS AREA OF ACZUATOR BOLTSDBC OF ACZUATOR BOLTSNO. OF BRACKET/VALVEBOLTSTENSILE STRESS AREA OF BRACKET/VALVEBOLTSTRANSVERSE DIST. BETt~ BRACKEZ BOLTSLQNGZTUDZNAL DIST BEIWZ~ BBACKEZ BOLTS~GZH OF BRACKETDISTANCE BETWEEN VALVE BODY BQLT HOLESDIA. OF VALVE BODY BOLT HOLES% TORQUE ON DISC PZNDISC PIN DIA.VALVE BODY O.D.VALVE BODY WATEKPZ DIAAEUACENZ PIPING O.DAD3ACENZ PIPING I.D.MAXIMUMPIPING BENDING MQt~NO. OF BODY BOLTSDBC OF BODY BOLTSROOT AREA OF BODY BOLTSLENGZH ACROSS GUSSEZSSICKNESS OF GUSSEZS

OF FLANGE BOSSESS OF EE~ICZZY

XlX2X3X4X5WlW2W4TlT2T3T4T9ToQ3DiDlDElE2L2Y2NlAlX6N2A2X7X8T5R5R6

(3pdlR7RSR9M4N3XOA4LTBE

XlX2'v3

X4X5W4tg5

W3

TlT2T3T4T9TODoB5DlD

'l

'2L2Y2Nl

X6N2A2X7XST5R5R6T7D5DSR7RSR9M4N3XOA4LTBE

49

Ci

TAG NUMBER LIST

CUSTOMER:

R~:"EREN&:

ITEM:

TAG NOS zips y )CY /at'uC

)oS110

vv s r '

POSI —SEAL IHTERHATIOHALe IHC~c. 'r

14 CLASS 150 VALVE ASSEMDLYI C;

CUSTOMER:NIACnkA MOPAWt:~S SSJ~SPECANO.:NtfP -P3040REF ~ NOE 19157

I

REFERENCE OWCS.~KL'XO!Of ~ DOOY DWC.NO.: 1114-302 REV.AC ~ DISC OWC.ttO:2114 301 RFV 9~ISLSIIS IISE.PIN DWC.NQ.: 600-060 REV.AF ~ DRAOHET DWC.k0.8000-075 REV.D

DESIGN CONDITIONSPRESSURE(PSIG) ~ 150

ALLOWADLE STRESSES (PSI)<rh

9 ~ STEM: 54300C ~ PIN: 54300

~ ~ 0E ~ DOLTi t(C: 37500

VALVE TORQUE(IN-LDS)

SEAL TORQUE% 1454HYDROSTATIC TORQUE 2049

G LOADINCSre%ca

VERTICAL% 4LOHCITUDIHAL% 3

X1$ 2.5 X2$ 6.563DIMENSIONAL DAT*X3$ 2.813 X4$ 6

'le r X5$ 1 '75s

41% 1710$

4 ls l5s SC

d3% 0L2$ ~ 316

It X 65j) Ls 0

Oi ~ 2.1 5Y ~ 1 604

dP% ~ 498Ts 0

0'.375Nls 4

dls 219$ 0

Os 12.974A1$ ~ 1416

E1% 1.906X6% 4 '

s

E2% . 813N2$ 4

R7% 13.312 R8$ 14 R9$ 13.126Es 30000000

NATURAL FREOUENCiES (HZ )LOHGITUDIHAL(Z) ACT./VALVEs 110 VS. 33HZ.

sTRANSVERSE(X) ACT./VALVEs 164 VS.33HZ

'ATEkALDISC/STEM 591 VS. 33HZ.

DRACMET DOLT STRESSESSHEAR% 6506 PSI~SILE-ASSIS

ACTUATOR DOLT STRESSESSHEAR~ 6556 PSI

r 0 rCOND INFDs 10921 PS I VS. ALLOW.~ 37500

DRACHET STRESSESSHEARs 425 PSI

s < 0E'OMDIHEDs17793 PSI VS ~ ALLOWs 37500 COMOINEDs 2569 PSI VS'LLOW% 18900

V F P T TR I?F0SHFAR% 605 PSI SHEAR% 8492 PSITEHSILEs 1408 PSI TENSILE% 18743 PSIr ~ s I I

DISC PIN STRESSf s 'lS

s s

SECTION MODULUS

T F T N

PIPING% 61.22 It<%3

Y 9 TINCLOt(GITUDIt(AL . 6400000E-03 INCHES

( l VEkTICAL% 8.70000000E-05 It(CHESs -n fr

NOT APPLICADLE

SIGNED ~ ~ ~ ~ ~ ~ ~ r ~ .SAT.:D.... P.

Cll

Cl)

~~ >

VALVE SiZE:

VALV" CLASS:

ACTUATOR:

GUSTO~:

P.O. NO.:

SPEC. NO.:

REr ERENCE NO.:

ITEM NO.:

NUCLEAR SEISMIC ANALYSIS

2- 3D

RE~ENCE DWGS.

B. BODY DWG. NO.

C. DISC DWG. NO.

/2-- oZi z- ot

D. STEM DWG. NO. 'K5

E. PZN DWG. HO.

A. ASS 'Y DWG. NO. -7- REV.

REV.

REV.

R:"V.

F. BRACJGT DWG. HO. 00- RW

ALLOWABLE STRESSES

A. BODY

B. STZ4

C. PZN

D. BRAC~E; BOLTING 'l3G~

CF

Qa~0 nv

PSZ

S 30 0 PSZ

5 g0 - PSZ

8. ad .PSZ

Od - PSZ

DESIGN CONDITIONS

PRESSURE:

TZK'ERATURE:

PSZ

PACKING TORQUE:

SEAL TORQUE:

HYDROSTATIC TORQUE:

VALVE TORQUE

ZT-LBS

ZN-LBS

ZN-Li3S

G-LOADZNGS

TRANS~SE:

VFZZICAL:

LONGITUDINAL:

DIMENSION DATA

sxzz ~ ches

ACTUATOR

D~MCRIPTIQN OF V2QKABLE

TRANSUDATE DIST. ACTUATOR C.G. TO Q VALVEIQNGZTUDINALDIST. ACZUATQR C.G. TO +VALVEVERTICAL DIST. ACZUATOR C.G. TO BRACKETHEIST BRACKEZHEIGriT VALVE NETACTUATOR WEIGHSBRACKET WEIGHTDISC WEIGHTTrII~~S OF BRAC%' EQWER PLAT"WEEDS OF

BRAG%I'IDZH

OF VALVE lZCKTHZ~rSS OF VALVE NFLTHICK'SS OP BPAQKX'IDE PLATESTHICLQZSS OF BRAQKT TOP PLATEVALVE NECK O.D.PACKING BORE Z.D.STER DIA.~ DIA,. OF DISCMiYZH R9EZ DIA. ~ OF DISC

'TH L~ DIA. OF DISCJST WAS~ THXCiQlESST. Q KD TO PKBZ OP DISC

NO. OF ACTUATOR BOLTS~SZr~ STR" SS AREA OF ACZUATOR BOLTSDBC OF ACZUATOR BOLTSM3. OP BRA~;Z/VALVEBQLTSTEh'SIZZ STRESS ~~ OF BRACKElZ/VALVEBOLTSTRANSV~E DIST. BEX&~ BRACKET BOLTSIGNGITUDZNALDIST. B~~r BRACKET BOLTSIZNGZH OF BRACfKTDISTANCE BEZh~ VALVE BODY BQLT HOLESDIA. OF VALVE BODY BOLT HQIZSt TORQUE ON DISC PINDISC PIN DIA.VALVE BODY O.D.VALVE BODY W~rGQ'. DZA-AD3ACENZ PIPING O.D~CENZ PIPING Z.D.MXZtKM PIPING BENDING MQZNZNO. OF BODY BOLTSDBC OF BODY BOLTSRDOZ AREA OF BODY BOLTSLENGTH ACROSS GUSSETSSICKNESS OF GUSSETS

~ OF FLANGE BOSSESS OF ELASTICITY

g C2.

2,

al

l|'l

X2X3X4X5WlW2W4

TlT2T3T4T9ToQ3DiDlDElE2L2Y2NlAlX6N2A2X7XST5R5R6

dpdlR7R8P9N4N3XO

A4LTB

XlX2

X4X5W4

W3

Tlj2T3T4T9

'TODo

, B5DlDElE2L2Y2NlAlX6N2A2X7X8T5R5R6TjD5DSR7RS

R9M4N3XOA4LT

~ B

Pace 3

TAG NUMER LIST

CUSTOMER: ltjg~~ g,

REEE~CE: f sty 7

ITEM:

TAG NOS.: Zg P g+ $ Cy p'g 7/oq

45

49

CII

4~

~ CUSTOHER:HlhGARA HOHP)MV(P.O.HO.HHP" -PSIR LOPI".IP

PEC.HO.:III!P--PEO4OREF)HO,: 19157

T N '4

P 0 S X —S E A t X t<( TE P (Ht AT X IC) 19 < f 3: tH( CI<.II-I I=AT~A 'SIRE< AI<AI YSIA12 CLASS 150 VALVE ASSEt(OLYW TH N ~~cg '<4T

'I REFERENCE DMCS.4 'SS'Y DWCi.t)0.:<-9)S7 4 RFV.8 BODY OWC NO.: 111 -301 REV.AC.DISC OMG.NO.l2112-301 REV.A~EH~RE EII ')<<E< E< R o 4E PIH DMG NO. l 2600 060 REV.AF.BRAC)(ET DMG.N0.8000-075 Rc.V.B

DESIGN CONDITIONSPRESSURE(PSIG) ~ 150

< P P e

ALLOWABLE STRESSES (PSI)A.BODY: 25650BHSTEM: 54300C. P IH: 54300

.~<RA ( I'0E. 8<OLl'ING: 37500

<~ VALVE TORQUE(IN"LOS)

< e C

SEAL TORQUE> 1183HYDROSTATIC TORQUES 1515

G LOADI))GSICC'C r

VERTICALS 4LONGITUDIHALS 3

71S 2 ~ 5I

X2s 6.563DINEHSIONAL DATAX3e 2.813. X4s 6

CXSS 2.665 Mle 171

4)M2S 25

d3s 2.875L2e .305

Oi ~ 1.755Y2e 1.557

Ole 1.247Nle 4

Oe 11.703Ale ~ 1416

Ele 1.625X6e 4 '4 e

E2e .938H2e 4

Xe 65 dpe .309 dlr 15 R7e 12.062 RBS 12.75Le 0 Te 0 Oe 1 Ee 30000000R9e 11.938

4

II ~

NATURAL FREQUENC1ES'(HZ.)LONGITL'DINAL(Z) ACT ~ /VALVES 78 VS. 33HZ.

ccrc '<sTRANSVERSE(X) ACT /VALVES 86 VS ~ 33HZ ~

L4TERAL DISC/STEHS 887 VS ~ 33HZ.

ORACVET BOLT STRESSESSHEAR 6338 PSI

e A33COHBINEDS 15008 PSI VS.ALLOWS 37500

ACTUATOR BOLT STRESSESSHEARS 5871 PSI

Co

COHBIt(EDS 10324 PSI 'VS 4LLOW. e 37500

BRACVET STRESSESSHEARS 401 PSI

EI)C,' 47 7 C

CO))OIt(EDS 2393 ISI VS ~ ALLOMs 18900

SHEARS 2095 PSI( 'ENSILEs 6462 PSI

SHEARS 9071 Pc!TENSILES 19148 PSI

C e <e 4

I~ ~

DISC PIH STRESS7 47 P s '<CA

ACTUATOR OEFLECTIONSLONGITUDINAL 4 '?300000E-03 It(CHESVERTICALS 1.40000000E-04 INCHES~TRII II 4 - H H

SECTION NODULUSe ~)<)7

PIPINGS 47.09:N63BODY BOLTINC

NOT APPLICABLE

SIGNEDP ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ D4TED ~ ~ ~

CRTE

C

Cll

NUCL~R S"ZSMIC ANALYSIS

VALV" SZZ":

C~T

ACTUATOR:

GUSTO)~:

P.O. NO.:

SPEC. NO.:

RECCE NO'.:

ITEM NO

BEFWENCE DWGS.

A. ASS'Y DWG. NO.

3. BODY. DWG. NO.

C. DISC DWG. NO.

D. STEM DWG. NO.

E. PZN DWG. NO.

F. BRAC~ DWG. NO.

z W-5o(D 5

z Cdd DCO

DO- 67$

REV. ff

(t A. BODY 0/6 ~ 0B. STEM ~~C q

ALLOWASL" STRESSES

2CZ> ~. PSI

OO 'siC. PIN C 0D. BRAC~E-. BOLTING

PSI

dd ~ PSZ

)dP'SZ

PRESSURE:

TEMPERATURE

DESiGN CONDITIONS

PSIoF

VALVE TORQUE

PACKING TORQUE:

SBK TORQUE:

HYDROSTATIC TORQUE:

I ssIN-LBS

ZN-LBS

ZN-LBS

f.TRANS~SE:VMZCAL:

LONGITUDINAL:

G-LOADZNGS

CIII

4)

SIZE ~l ~S ~ztDIhKNSZQNAL DATA ACIUAZOR 72.I C -5' A3+


TRANSVERSE DIST. ACZQKTOR C.G. TO tf. VALVELCNGITUDQQL DIST. ACZUATOR C.G. TO 4.VALVEVERTICAL DIST. ACZUATOR C.G. TO BBACKEZHEIGHT'BACKEZH" IGrK'ALVENECKACZUATOR WEZ~BBAGZi WEZGnZDISC WEIChZTHICKNESS OF BRACKET INNER PLATEWIDTH OF BBACKEZWIDTH OP VALVE NECKTHZCiCNrSS OF VALVE NECKTHICKNESS OF BRACKET SIDE PLATESTHICKNESS OP BRACKET TOP PLATE

. VALVE NECK O.D.PACKING BOW I.D.STEM DIA.GAGE DIA. OF DIM

.N1DZH Z%LL DZA. BACK OF DISC

~

~

TH IAf~ DZA. OP DISC'T WAS~ THICKNESS. Q STEM TO FBONT OF DISC

NO.. OF ACTUATOR BOLTSSILE STRESS AREA OF ACIUATOR BOLTS

DBC OF ACZUATOR BOLTSNO. OP BBMZKT/VALVEBOLTSTENSILE STRESS APEA OF BRACKET/VALVEBOLTSTRANSVERSE DIST. BETWEEN BBMXET BOLTSZONGZZUDZQJ DIST B~~ BBKZEZ BQLTS

GZH OF BPACKETDISTANCE BEZW~~ VALVE BODY BQLT HOLESDIA. OF VALVE BODY BOLT HOZZSt. K)RQUE ON DISC PZNDISC PIN DZA.VMV BODY O.D.VALVE BODY KQEBtGK DZA.~CENZ PIPING O.D.AD3ACENZ PIPING I.D.MXEKMPIPING ~ZNG MX~NO. OF BODY BQLTSDBC OP BODY BOLTSBDCtZ AREA OP BODY BOLTSLENGZH ACBOSS GUSSETS~CKNESS OP GUSSZZS

OF FLANGE BOSSESS OF ELASTICITY

4cSAMs

d OO0

XlX2X3X4X5WlW2

W4

TlT2T3T4T9TO13DiDlDElE2L2Y2NlAlX6N2A2X7X8T5R5R6

ck)dlR7RS

B9M4N3XOA4LTBE

XlX2X3X4X5W4TiT5

W3

TlT2T3T4T9TODoBSDlDElE2L2Y2NlAlX6N2A2X7X8T5B5R6T7D5DSR7R8B9M4N3XOA4LTBE

S

Cli

Cl

TAG NUMBER LIST

CUSTOMER:

REFERENT:

ITEN:

TAG NOS

5zc,ps y Aovi

49

CII

~9V I V

POS X —SEAL INTEPHA t 3." OhtAt y X NC-

12 CLASS 150 VALVE ASSEMBLY

\ CUSTONFR:HlACARA NOt(AMK~~99" "»99SPEC NO :NNP2-P304DREFT NOl 19157

C

REFERENCE DMCS.~ o c r

8 ~ BODY DMC.HO.: 1112-302 REV.AC.DISC DMC.NO.: 11 -301 REV.A

~ZEKSN~f PIN DMG NO. :2600-060 REV,AF ~ BRACHET DMG.N0.8000-075 REV.B

DESICN CONDITIOttSPRESSURE(PSIG)r 150

XB(QQEQ ~a»

ALLOWABLE STRESSES (PSI)~llC

B.STEH: 54300C PIN: 54300Ct~E.BOLTING: 37500

(i ~t f.

VALVE TORQUE(IN-LBS)I 99 99

SEAL. TORQUE» 1183HYDROSTATIC TOROUE 1515

C LOADIHCST lC

VERT ICAL»LONCITUDINAL» 3

Xi~ 2. 5 X2» 6. 563DINEHSIONAL DATAX3» 2.813 X4» 6 XS» 2.665

a < 0'7Mlr 171

» 9:

WOr 25C a lnil

d3» 0L2» .305

!Xa 65La 0

0 I ~ I.755Y2» 1.557

dpr .309Ta 0

Dir 1.247Nlr 4

dlr 16Br 0

0» ll 703Ala ~ 1416

R7» 12,062Ea 30000000

El ~ 1.625Xb» 4 ~ 5

E2» .938H2» 4r

RB» 12.75 R9» 11.938

HATURAL FREOUEHCIES (HZ ~ )LONGITUDINAL(Z) ACT./VALVE» 101 VS ~ 33HZ ~

»TRANSVERSE(X) ACT./VALVE 155 VS 33HZLATERAL DISC/STEH» 887 VS.33HZ

ACTUATOR BOLT STRESSESSHEAR» 5871 PSI

CONBIHED» 10324 PSI VS.ALLOW:~ 37500

BRACKET BOLT STRESSES DRAGNET STRESSES(; SHEAR» 5928 PSI SHEAR» 401 PSIr C» 'l '1 C

COttBIN Da 17430 PSI VS ALLOM» 37500 CONBINED» 2393 PSI VS.A'OM~ 189009 T

SHEAR» 966 PSI SHEAR» 9071 PSI0 TENSILE 2063 PSI TENSILE» 19148 PSIr nr On 4 Mr 4 00

0 DISC PIH STRESS SECTION NODULUSt nor Vite

PIPIHC» 47 09 It(%3

4 TUAT 0 F T HLDNCITUDINAL» 2 67500000E-03 INCHFSVERTICAL 9. 10000000E"05 INCHES

SIGNED.

NOT APPLICABLEBODY BOLTIHC

. ~ ..DATEDe. ~ ~ ./ .

Cl

CIII

Cl

NUCL~~ SEISYIC ANALYSIS Pege 1

VALVE SiZZ:

VALV" CLASS:

ACTUATOR:

CUSTOM%:

P.O. NO.:

SPEC. NO.:

REFERENCE NO.:

ITEM NO.:

A. ASS'Y DWG. NO. / lREFERENCE DWGS.

3. BODY DWG. NO. / 0 4 IC. DISC DWG. NO. 2. 0- 0 /D. STE4 DWG. NO.

E. PIN DWG. NO.

F. BRACKET DWG. NO.

REV.

RM. 4azv. A.

ALLOWABLE SWZSSES

A. BODY

3. STZ4

C. PIN

D. 3RACiKT

E; BOLTING

r cF Pt

r SO 07

PSI

oO 'SId 5 ~ PSI

d0 ~ PSI

8B 'SI

DESI'ONDITIONS

PRESSURE:

TElG'%%TUBE:

PSIoF

VALVE TORQUE

PACKING TORQUE:

SEAL TORQU":

HYDROSTATiC TORQUE:

IN-LBS

IN-LBS

IN-LBS

G-LOADINGS

TRANSVERSE:

VERTICAL:

LONGITUDINAL:

4)

Cl

1

Page 2

SIZE~ CLASS ~ODL~~SZCNAL DATA ACTUA'IOR C-S D-

DESCRIPTION OF VARIABLECOHP~

NASL

TRANSVERSE DIST. ACZUATOR C.G. TO Q VALVELONGITUDZVZ DIST. ACTUATOR C.G. TO +VALVEVERTICAL DIST. ACZUATOR C.G. TO BRACKETHEZCHZ BRACKEZHEIGH'ALVE NECKACTiJATOP. Wr IGHTBRACDKT WEZGHZDISC Wr.ZGRZTHIQQKSS OF BRACKET IlXvER PLATEWIDTH OP BK~WIDTH OF VALVE NECKTiIZ~~iSS OP VALVE NECKTHICKNESS OF BRACZKT SIDE PLATES

~ THICKNESS OP BRAC%(ET TOP PLATEVALVE NECK O.D.PACKING BORE I.D.STZ4 DIA.GAGE DIA. OF DISC

SMALL DIA. BACK OF DISCZARGE DIA. OF DISC

AUST WASHER THZ~SSDIST. Q ~r TO FRONT OF DISCNO. OF ACZUATOR BOLTS

S2LE STRESS AIBA OF ACTUATOR BOLTSDBC OP ACZUATOR BOLTS-NO. OF BRACKE."Z/VALVEBQLTSTENSILE STRESS AREA OF BRACKET/VALVEBOLTSTRANSVERSE DIST. BEZEL~ BRACKEZ BOLTSLONGITUDINALDIST. B~~ BRACKEZ BOLTSLENGZH OP BRACKETDISTANCE BED~r VALVE BCDY BOLT HOLESDIA. OP VALVE BODY BOLT HOLESt TORQUE ON DISC PINDISC PZN DIA.VALVE BODY O.D.VALV" BODY WAZKE5K DIA.AD3ACENZ PIPING O.D.ADJACENZ PIPING I.D.MAXIMUMPIPING BENDING

N2KMX'O.

OF BODY BQLTSDBC OF BODY BOLTSROOD AREA OF BCOY BOLTSLENGZH ACROSS GUS~THICKNESS OF GUSSr~

. OF FLANM BOSSESS OF ELASTICITY

z,X-

~ 7

r 7

XlX2X3X4X5WlW2W4

TlT2T3T4T9'IOd3DiDlDEl,E2L2Y2NlAlX6N2A2X7X8T5RSR6

dDcG.

R7R8R9M4N3XOA4LTBE

XlX2X3X4X5W4'5W3

Tlr2T3T4T9TODoB5DlDElE2L2Y2NlAlX6N2A2X7X8T5R5R6T7D5D8R7R8R9M4N3XOA4

T~ B

TAG NURSER LIST

CUSTOMER:

REFEREN&:

ZTM~

TAG NOS.:

1

( CUSTONER:NIAGARA t(OHAMV.~~O ~»~~i-P ~4

. SPEC. NO.: HNP2-P304O( REF, HO,: 19157

POSX SE AL X htTt F)HATX QHALv X AC=AF. ~t= Sht 3 C AHA( YS X S

10 CLASS 150 VALVE ASSENGLYi A R

( REFFRENCE DWGS ~

4 A +'Y M N ' 7- tl n R V8 BODY OWG NO.: 1110-301 RFV AC. DISC DMG. HO.: 2110-301 REV. A

~QLP~GQtQ '~E. PIN DWC. HO.: 2600-046 RF V. A

( t F.GRACHET DMG.HO. 8000-075 REV.G

DESIGN CONDITIONSf'RESSURE(PSIC)r 150

ALLOI)ABLE STRESSES (PSI)A Y'

STEH: 54300C. PIN: 54300

E ~ GOLTINC: 37500

VALVE TORQUE(Itt-LGS)»n

SEAL TORQUE% 839HYDROSTATIC TORQUE> 966

C LOAOIHCSr

VERT ICAI.~ 4LONGITUDINAL% 3

Xlr 2.5i

X2% 6.563DIt'ENSIONAI. OA.AX3% 2.813 X4% 6

lX5% 2.25 W 1 % 171 M2% 25

~ Id3% 2.875L2% .337

D i% 1 ~ 63Y2% 1.5

l

Dlr 1.125Hlr 4

Or 9.85Alr .1416

Elr 1.625X6% 4.5

52% .813tPr 4

.(t . Xr 65 dpr ~ 309 dlr 13 R7% 10. 187 R8% 10. 75 R9% 10.02Lr 0 Tr 0 Gr 1 Er 30000000»3I

NATURAL FREQUENCIES (HZ.) ACTUATOR BOLT STRESSESLONCITUDIHAL(Z) ACT./VALVE% 82 VS. 33HZ. SHEAR% 4988 PSI

(I

t

TRAt(SVFRSt;(X) ACT./VALVE% 91 VS 3 NZLATERAL DISC/STEtl 993 VS.33HZ.

GRACVET BOLT STRESSESSHEAR> 5456 PSI—~BSJJS-CONBINED 14398 f SI VS. ALLOW 37500

VALVE N I; STR»:ErSHEAR% 1731 1'SITENSILE% 6040 PSI

r» % 0 P Urn%0DISC PIN STRESS

P V A ltr

ACTUATOR DFFLECTIONSLONGITUDIt(AL% 4. 02800000E-03 INCHESVERTICAL 1 36000000E 04» INCHES

RANSV R r 3.200C'000 -03 NCHES

CONG»INEDr 9582 f'SI VS ~ ALLOW.% 37500

BRACVET STRESSESSHEAR% 370 PSI

COtIGINED% 2164 PSI VS ALLOW% 18900

»:T H TRSHEAR% 8280 PSITENSILE% 18591 PSI

N N % r 74 P V .AI Wr 54300

SECTION MODULUSVA V r 4 ( NrPIPING% 29.9 IN%3

BODY BOLTIHCNOT APPLICABLE

."»7S

SIGNED.. ~ . e DATED . ~'7

nuclear seismic analysis

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