I ~ ~CALCULATION COVER SHEET

CALC. NO.-"=vL>

FILE NO R2-Ql

SUPERSEDED BY

SAFETY-RELATED 7k.ASME III OR XI [OTHER QUALITY I'

NON QUALITY

PROJECTER/CTN NO. 402288

DESIGN ACTIVITY/PMR NUMBERPAGE I OF

I

,'ITLE/DESCRIPTION Mpv Data Detail, Li;.i.t Switch Settings and Torque Switch SettingsFor:

flan-

I NQ T-aa, l

'YSTEMS AFFECTED

NRC (veneric Letter 89-10 re~:ed establishnint of a program to provide for the testing|inspection and maintenance of safety-related motor-operated valves. This calculation,'rovides the data details or the valve identified above which will be used to preparethe Data Detail Drawing Y/hich will support the testing, in~ion and maintenanceactivities.

IN

See Section 2.0 for .'methodology.

This calculation serves as the design inputs for drawing 0 Q- l 'l 9 %

See Section 3.0 for'nputs/Heferences.

See Section 6. 0 for results/Conclusions.

CS 233 C9 f78 ~l~r 2 net rr~rjc"C.CE

j (ETO) BINDER AFFECTED'..l. YES-If Yes enter:a

,9ii0i00063 9ii004PDR ADOCK 050003S7-0 PDR .

ND ~aCD

Bhnder 0

Calc. FileVol .

Pgs.

REV. HO. DATE PREPARED BY REV!EHED/CHECKED BY DATE APPROVEO BY DATE

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DESIGN INPUTS CHECKLIST

Title 6 No. <-'I'~V lc(~ Zev. 0h. DESIGN INPUTS

INPUTSPage ZofPile R35

~ 4 -Wl-fg

l. APPLICABLE CODES

Codes: ASME, ASBl, AISI. Standards: ANSI, IEEE, AMS, ANS Regulatory Requirements.

2. PERFORMANCE REQUIRBKRXS

A. Input Requirements - For services such as air, vater, electricity,lube oil, etc.

B. Output Requirements - Physical output such as: capacity, pressure,temperature, voltage, velocities of fluids, pressure drops separationand isolation both system and unit, and redundancy requirements ofstructures systems and componenzs.

C. Operational requirements under various conditions, such as plant startup,normal plant operation, plant shutdown, plant emergency operation, specialoz infrequent operation and system abnormal or emergency operation. Thisincludes the overall effect on the plant (i.e., the potential lose of generation).

D. Failure effects requirements of structures, systems and components,including a definition of those events and accidents Mhfch they mustbe designed to withstand.

3. COMPATIBILITY

A. Compatibility and suitability of material selection, such as chemical andphysical characteristics, radiation and heat resistance protectivecoatings and corrosion resistance.

B. Operational interface requirements including definition of thefunctional interface involving structures, systems and components.

4. INSTALLATION (TXEMS MAY APPLY TO ANY DISCIPLINE)

h. Transporting and Storfng - Includes environmental conditions anticfpatedduring storage, construction and operation and handling storage andshipping requirements.

B. Civil - Plant layout and arrangement requirements, escape fromenclosures, anchor bolts, penetrations, equipment foundations.

C. Piping - Thermal expansion or heat restriction zequizements, vibration ordynamic loading considerations, stress, shock, reaction forces and pipe supports.

D. Electrical - Uoltage, source, grounding conduit/raceway requirements.

E. Instrumentation - Instzumentatfon and control requirements includingindicating instruments, control and alarms required for operation,testing and maintenance and calibration.

P. Chemistry - Mater chemistry consfderatfons, including sampling provisions.

5. MAINTAINABILITY

APPLICABLEYES NO

N (1

baal ( 1

(xl ( 1

(K3 ( 1

( 1 bC3

(1 Xl

( 1 fxl

(1 %3

( 1 (Xi

( 1 (xi

W (1%3

( 1 baal

h. Accessibility - Maintenance, ISI and ALARA accessibility requirements.

6. TEST REQUIR1RElCS - Including pre&PS, ISI and LLKC testa.

7. SAFETY - Personnel and public safety including special blocking, zadiationexposures, ALARA environmental concerns, effluents and noise.

8. SECURIXY - Physical security plant considerations.

9. DESIGN CONSIDERATIONS - Porm EPM+h-208BZ and B3.

10. OXHER-

( 1 baal

( 1 (>3

(1 M

'( 3 baal

W

(1 X3

dhc/lfe007i(11)

Form EPM+h 208B, Rev. 5 (1 of 3)

@tie & No. 4-V'LV- iqB. DESIGN CPNSIDERAIIPNS

INPUTSPage g ofFile %35

c(- ('f-'fr

f-LI-9 /

SBI 'ECZ

l. Dynamic Qual ification

2. Environmental ~lification2.1 Relay Qualified Life

APPLICABLEYS Np

( 1 Pal

Pl (1( 1 (xl

EPM+h-222

EPMQA"222

NPELEAD

CIVVernarr

CIVDerkacsELCNudge

ISSUEDGUIDANCE

GDG-03

SEA-EE-170SEA-EE-171

3. Electrical Separation

4. II over I, Safety Impact

5. Fire Protection

6. Appendix R-6.1 SaEe Shutdovn Analysis6.2 Combustible Loading Anal.

( 1 (xl

( I baal

( 1 teal

(1(1 1A

EPM+h-211 CIVRose

NDI+h-15. 3. 1 EPEPM+A-440 Kohn

ELCBackenstoeCIVDclgado

E-1012

Fire Protection.Manual

EDS %1

CDS 03 &Dwg. C-1929

7. Flooding Protection

8. Jet Impingement

9. Missile Protection

10. Radiation Exposure, ALARA

U.. Physical Separation

12. HVAC Requirements

13. ElectricalLoad/Voltage Study

14. Human Factors Engineering

bQ

(1(1 N

1 1 bc)

( 1 tel

l I [xl

Wl l 1

f 1 Ql

HDI-6.4. 2

NDI-15.3.12

CIVReinsmith

CIVMatchick

CIVRose

ELCSlave/Hudge

EPPatnaude

Memo AM-151DG-G 100

Dog. C-1804

EDG 02EDS 02

Human FactorsSpecifications6 GuidelinesManual

15. Inservice InspectionRequirements

16. Materials Compatibility

17. ASME Code Compliance(See Note 1)

18. Design Assessment

19. Fuel/Core Effects

( 1 fPCI NDI+A-15.3.7

1 1 Wl

[1 M

(1 M

( 1 bCl NDI~A-7.2.2

EPLindberg

EPMillerta

MCHSattar

SEDetaaore

NFEKulick

ISI Manuals

PLI 59437 dated3/31/89

Fora EPM+A-208b, Rev. 5 (2 of 3)'

Title 6E No. Pf- ~fLt/- Ict 3 p~ 0B. DESIGN CONSIDERATIONS

INPUTSPage 4 ofFile R35

Qv QRR(fo2,/~ Cj/

EUEJECI

20. Heavy Loads

APPLICABLEYES NO

( I bc) M-1435

NPELEAD

MCHKostelnick

ISSUEDGUIDANCE

21. Radvaste Minimization

22. Approved Materials

23. Secondary Containment,Control StzucturepVentilation ZoneBoundary Penetrations

( 1 baal

() . bc)

( ) bc)

NDI+h-15e 3. 9 EPMorgan

MCHAgnew

ihDDPL85-003

Susq. Approved .qf~tl'sPLI-37573 of 1/10/85PLI-45673 of 5/22/86

24. Electrical Load Tracking

25. Computer Program Changeincluding Display Formats

26. Environmental Protection

ELCSieve/Nudge

t 1 bCL EPM-Qh-401 CPU

[ t (anal NDI-Qh"6,3.2 (Nuc. Svcs.-J. S. Fields)

EDS 02

27. Station Blackout (] b4 ELCSieve

GDS-08

NOIR I: Fot sndifications to ANNE III systens/couponents (both papetuork only and physical changes)request in che installation instructions that Plant Etaif prepare tha required docunentacicnpackage per NDI-Qh 5.3.4 and AD-Qh-522.

dc/a186i(11)

Form EPM-Qh-208BP Rev. 5 (3 of 3)

>JC

~ ) DESIGN INI UTS (con')5-AV-19'<. 0

I PAQQ ~ QF (0

FILE NO. 0354. t Tfbi 5. 0 ISCJSS ION w red(

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Calculation Contents

Calc g M-VLV-~~>

Page 4. of 4'o

g~ f if«1-)I

1.0 Purpose/Scope

2.0 Methodology

2.1 Actuator Sizing Calculation2.2 VOTES Diagnostic Thrust Acceptance Criteria2.3 Limit Switch Settings

2.4 Other Items

3.0 Inputs/References

4.0 Assumptions

5.0 Calculations

5.1 Actuator Sizing Calculation

5.2 VOTES Diagnostic Thrust Acceptance Criteria5.3 Limit Switch Settings

5.4 Other Items

6.0 Results/Conclusions

Calc N M-VLV-~PS 8. d

Page') of i/v

1.0 pur ose Sco e

The purpose of this calculation is to develope all ofthe information necessary to create a Motor OperatedValve Data Detail Drawing for the subject MOV. Xn orderto meet this end the following specific activities willbe performed in this calculation to complete the MOVDetail Drawing for the subject MOV:

1.1 Research existing design documents and records forthe MOV to determine best available configurationdata. This data will be used as input to the MOVData Detail Drawing as well as to the calculationsto be performed herein.

1.2 An actuator sizing calculation will be performedto determine the required actuator parameters(e.g.actuator size, motor size, spring pack,torque switch settings, etc.).

1.3 Using the results of Item 1.2, diagnostic testacceptance criteria will be established.

1.4 Based on the design function of the MOV, gearedlimit switch settings will be determined. For thepurposes of this calculation, the limit switchfunctions to be considered will be limited to:

a.) Torque switch bypass (open and closedirection)

b.) Full open limit switch

c.) Valve position indication

1.5 A review of previously approved spring packReplacement Item Equivalency Evaluations (RIEE'sor RIE's) will be performed for the particular MOVbeing evaluated. Changes to these RIE's will beprocessed as necessary based on the results ofthis calculation.

Calc 5 M-ULU-(g5 Z~ OPage p of go

A~g Std 7/qR 0/

Existing design documents, modifications and fieldwork authorizing documents will be reviewed toidentify required inputs to the MOV Data DetailDrawing. Lists of the required inputs as well as across reference to the data source are provided inSection 3.0 of this calculation.2 ~ 1 Actuator ~eizin calculations: These will be

performed usinq the software version ofMechanical Design Standard (MDS) Number 01 (Inputa. ). The following methods will be used tocompliment the techniques used in the softwarepackage:

a.) The active valve stroke length is arequired program input which allows theprogram to calculate a design valvestroke time. The active stroke lengthwill be calculated based on the followingexpression:ACTIVESTROKE = Z * FSLLENGTH

Where:

Z = The setpoint of the full openlimit switch in percent open(typically 974)

FSL = Full Valve Stroke Length fromthe closed position to the fullyopen (backseated) position. IfFSL is not specifically known itcan be calculated using thefollowing expression:

HWT * SLFSL

HGR

Where:

HWT = The number of handwheelturns required for thevalve to travel fromfully closed to fully

open.

Calc 4 M-VLV-if'.Page g of,~,

d~ fry~r

py v

SL = The valve stem lead.HGR = The overall handwheel

gear ratio.

b.) Program overrides will be used to allowthe calculation to 'reflect the currentconfiguration of the MOV.

c.) Once an expected motor run torque is~ calculated, a typical motor curve will beconsulted to determine an estimatedmidstroke loaded motor speed (RPM). Thecalculation will be rerun using thisvalue as an override, the result being amore representative design stroke time.

d.) For gate valves the calculation will berun using a valve factor of .3.

e.) The calculation will be run with variousacceptable spring packs to allow forflexibilty in future replacement. Onlyspring packs approved on spring packequivalencies we'll be included on the MOVData Detail Drawing.

LJ!the actuator sizing has been completed diagnostictest thrust acceptance criteria will beestablished using the following methodology:

a.) The Minimum Allowable Thrust will beestablished as 11'54 of the designcalculated required thrust. Thxs allowsfor at least 10% error in the diagnostictest results and 5% variation in torqueswitch repeatability.

b.) The Maximum Allowable Running Thrust willbe established as the Stuffing BoxFriction load used in the actuator sizingcalculations.

c.) The Maximum Allowable Thrust will beestablished as the thrust correspondingto the minimum of the following:

Calc I M-ULU-rQ g.Page ia of ~'y

e-w.f/1.) Actuator thrust rating,2.) 120% of the equivalent thrust

at maximum allowable actuatoroutput torque,

3.) Maximum allowed valve thrust(if available).d.) The acceptance criteria at each torque

switch setting will be specified as theexpected thrust +/-,204

e.) In all cases items a.) and c.) shall takeprecedence over item d.).

calculation will determine the appropriate gearedlimit switch settings for valve control andposition indication. The limit switch settingswill be established per the requirements of MDS-03 (Input b.). The switch settings will bespecified in percentages of physical stem travelfrom either full open or full closed.

2

2.4 ~Othe Items

Xn ut References

Calc 4 M-VLV-/'P3 8.Page i( of ~!g

~ s>.e

3.1 The principle design inputs for this calculation are:

a.) MDS-01 "Design Standard for the Sizing ofLimitorque Actuators Including ThrustCalculation, Actuator Sizing, Spring PackSelection and Torque Switch SettingDetermination." Revision 1.

b.) MDS-03 "Design Standard for Determining andSetting Valve Motor Actuator Limit Switches."Revision 0.

3.2 Information required for entry on the MOV Data DetailDrawing and as input to this calculation is providedon pages (> through i ~ of this calculation.Reference Numbers are provided for each of theentries. A listing of all references is provided onPage ~ (Note: Copies of references not readilyavailable are provided as attachment to thiscalculation).

General Valve DesignData Value

CalcPage

g-pe l l3 7u. ~

Reference No.

Valve Manufacturer +c%< >4auu c,

Vendor Drawing Number

Valve Serial Number

Valve Quality Class

Valve ASME Section IIIEdition and Class

Valve Location (Inside/Outside Containment)

Valve Type

Valve Pressure Class

i&St~

Valve Size (Inches)

Valve Seat Area (Inches Squared)

Stem Information:Stem Diameter (Inches):

AtStuffing Box Location

AtThreaded Portion

Thread Pitch/Lead

Stem Material

Original Design Stroke Time (Seconds)

General Valve Design (Cont.)Data Value

Calc 0 M-VLV-I'IQPage <y c(f q~

t I f fIq-zs-f/'P~- Q

Reference No.

Process Parameters:

Flow iMedium

Design/Maximum Pressure (PSIG) I LSc / t3 7

5'esign/MaximumTemperature ( F) S(s / ~ay

Design/Maximum Flow (GPM or LB/HR)

Throttled Flow (GPM or LB/HR)

Max. Operating Differential Press. (PSID):

Opening Direction

Closing Direction

3ta

Additional Physical Parameters:

Valve Max. Thrust Capability (LBS)

End Connections/Rating

Body Material

Disc Trim Material

5~- 5(:6. Ru

W( Kt t ~j-

Body Seat Trim Material

Guide Rib Facing (Gate Valves Only)

Drain/Bypass Required (Y/N)

+ ( ~ t-L-tr K

I 3

General:

Actuator Quality Class

Safety Function (Open/Close)

Actuator Manufacturer

~C f,uarar ueSignData Value

t t H '\~gQQ+p

CalcPage

M-VLV-HS W. 0of

Reference Ho.~'t l9'll

Main Unit ( e.g. SMB):

Actuator Order Number

Actuator Serial Number

Actuator Size ~~4 -Qa-td

Gearing Information:

iYIotor Pinion Number of Teeth

Worm Gear Number of Teeth

Worm to Worm Gear Ratio

Overall Actuator Ratio 'tC.c . I

Lost Motion Drive Sleeve (Y/N)

Auxilary Worm/Bevel Gear Unit:

Unit Order Number

Unit Serial Number

Unit Type/Size

Unit Gear Ratio

Overall Handwheel Ratio

Handwheel Orientation (Top or Side Mount)

p ~g:(

5 ter

Handwheel Efficiency

Electrical/Motor Design InformationData Value

Calc I M-VLV-t13Page I'a of q„

Reference No. f~ gMotor Class (1E/Non1E}

Power Supply Type (AC/DC)

Power Source t 92366+

Voltage Supply/Phase/Frequency

Motor Manufacturer

/3 /daWpt.I~a~

Motor Serial Number

Design Motor Speed (RPM}

Motor Start/Run Torque (ft-lbs}

Motor Horsepower

Service Factor

Motor Type/Frame Size

Motor Frame Design/Enclosure Type

Winding Type (DC Motors)

Motor Duty Rating (ttig, )Insulation Class

Temp. Rise/Ambient Temp. ( C)

Full Load/Locked Rotor Current (Amps) orKVACode (LRIC) at Supply Voltage (See Note 3)

DC Motor Field Current (Amps)

LimitSwitch Comp/Motor Spaceheaters (Y/N)

References:

l. Anchor Darling Valve Drawing 93-13748(FF 110100 5001), Rev 7

Calc I M-VLV-JV Rer 2-Page 14 of,~~dillg-/. g(

ollN Ip.l.~

Q~ >s.i~t

2. Anchor Darling Letter dated 2/20/90 (copyattached)

3. Valve Specification Data Sheet P10 Sh t (copyattached)

4. Work Authorization 8 8/177 (copy attached)

5. Motor Operator Information Sheet for 38126tX (copyattached)

6. SEL-11, Limitorque Standard Handwheel Ratios (copyattached)

7. SEIS Pipeline Index, Rev 6

8. Anchor Darling Design Report E5853-23D(FF 110101 ~), Rev 1 (copy of referenced pageattached)

9. P & I D M-144 RWCU Sht 1 Rev 28

10. P'pr uS =$

11. SEA-ME-238 Design Basis Development Priority 2Motor Operated Valves, Rev 0 (copy of data sheetattached)

12. Electrical Schematic Dwg. E-/45 Sh 6 Rev/t'3.

Induction Motor Data Sheet 8856-PlOA-l3I (q)-9

14. Anchor Darling Telecopy dated 3/28/91 (copyattached)

geli«a 1-C A p~rlv «4> 't + <+ (>g +44')I<. Pl'g L Gv(cul&iim. H-A4$ -@g g,~gg g~

Assum tions

Calc 0 M-VLV-//g3Q DPage z~ of ~

< P/ff/v //-H/

1. For the purposes of this calculation, attempts havebeen made to verify design information againstactual as-installed information as documented inPlant Work Authorizations. Where actual as-installed information is unavailable the originaldesign information will be used. Upon completion offield as-'built verification, any discrepencies willbe reconciled and this calculation shall be revisedas appropriate.

2. Stuffing box friction values will be consistent withthe empirical values listed in MDS-01 unlessotherwise noted herein.

3. Unless noted otherwise, the stem factor used hereinwill be based on a coefficient of friction of 0.15(Reference i4 ). This is consistent with theoriginal design seismic analysis. The SSES MOVpreventative maintenance and trending program willensure the valve stems/stem nuts are maintained in amanner which supports this assumption.

4. The minimum voltage available will be assumed to be80% unless noted otherwise. If the electricalvoltage drop calculations show this to beunconservatxve a lower value will be used. If theuse of 80% initially produces unacceptable resultsthe electrical voltage drop calcs will be consultedin an attempt to remove some of the conservatism.

5. Gate valve sizing calculations will be run using avalve factor of .3.

6. During the initial preparation of this calculation,the valve maximum thrust capability may not yet beavailable. In these cases, the maximumthrust/torque shall be based on the following:

M~aximu Torgue

The maximum allowed torque shall be the lesserof the maximum torque calculated by the MDS01software or the torque corresponding to theoriginal design maximum torque switch setting.

gg g~ustThe maximum allowed thrust shall be the lesserof the actuator thrust rating or 120% of theequivalent thrust at the maximum allowableactuator output torque.

Calc I M-VLV-)'I'3 p„, 6Page ]7 of po

)~A. g.<g ~(

5. 1 Actuator Sizing CalculationThe results of the actuator sizing calculations areprovided as follows:

Run g Conditions Calc. Pacaes

SRixX~ 'pAgg: gag2VWUF QA~g,: p

i+ / u'

~ ~Zinc, 74zaVAL-VF'Ae~i

3 ~

4.

5.2 VOTES Diagnostic Thrust Acceptance Criteria

5 '

The calculation of the thrust acceptance criteria wasperformed per the method outlined in 2.2.

QR '2@v,c~Liait Smitch Settings

F4< <iT.

Checked by:

4(-vLI/"l g $ Qu,+~q e (Q

PP&L REVISION 1.90226 DATED 08-14-90 — TODAY IS 09-20-1991 15:27-20 Q~qg, z -TlVALVE Info (Input) (TABLE g 1 ) — FILE: 144F001A

+gal cr->wetPage 1 of 2

Calculated by:ValveValveValveValveValveValveValveValveValveValve

MANUFACTURER:TYPE (GATE or GLOBE):SIZE:TAG Number:VENDOR DRAWING number:PP&L Drawing number:LOCATION:SYSTEM:LINE (ie. PXPE LINE I.D.):MAXIMUM Design THRUST:

ANCHOR DARLINGGATE

6HV14 4 F0 0 193-13748

VALVE Data (Input) (TABLE 5 2 ) — FILE: 144F001A

ANCHOR DARLING GATE Tag: HV144F001Valve STEM DIAMETER (Inches):Valve STEM PITCH:Valve STEM LEAD (Inches):Valve SEAT AREA (Sq-Inches):Valve STEM AREA (Default = 0 Sq-Inches):Req'd STEM SPEED (0 or 3-6=Globe or 12-14=Gate):Valve STROKE LENGTH (Inches):Req'd STROKE TIME (Seconds):Valve INLET PRESSURE (PSIG):Valve PRESSURE DROP (PSIG):Valve Factor (.2 or .3=Gate 1.1=Globe):Valve STUFFING BOX FRICTION (Default = 0 Lbs):V lve STEM/NUT Coeff. FRICTION (0 .15 or .2):

Manual ACTUATOR RATIO Selected: 94.29 : 1Manual ACTUATOR Selected: 6

Manual SPRING PAC CURVE Selected: 23

1.5.333.33325.431.76715000 ( 0 Min.)10531053~ 31500.15

MOTOR Data (Input) (TABLE 5 3 ) — FILE: 144F001A

ANCHOR DARLING GATE Tag: HV144F001Motor TYPE (AC or DC):Motor RPM (900 1800 or 3600):Motor REDUCED VOLTAGE Percent (Default=0.8):HIgh TEMPerature application (Y or N):COMPound motor GEAR application (Y or N):AIR MoToRs (Y or N):MODULTRONIC MoToRs (Y or N):HILO Applications (Y or N):Non-Rising Stem — OPERator thrust (Y or N):Non-Rising Stem — VaLVe thrust (Y or N):

Manual MOTOR Selected: 5

AC3600.8

NNNNNNN

Pap+ p~ o (PP&L REVISION 1. 90226 DATED 08-14-90 — TODAY IS 09-20-1991 15: 27: 20 DPx~g w.gC lculation RESULTS (TABLE 5 4 )

— FILE: 144F001APage 2 of 2

Calculated by: Checked by:ANCHOR DARLING GATE Tag: HV144F001

Valve STEM FACTOR:STUFFING BOX FRICTION:

THRUST:STEM TORQUE:

STEM SPEED:UNIT RPM:

Design STROKE TIME:OVERALL ACTUATOR RATIO:

0.01321500 Lbs11394.15 Lhs150.2606 Ft-Lhs12.00764 Inches/Min.36.05897 RPM0 Seconds94.29

* SMB-00 ACTUATOR selected haying a 43.6 — 109 Ratio RANGE (IACT= 6 )* SMB-00 43.6 — 109 UNIT Efficiencies: PULLOUT= 40 RUN= 55 STALL= 60* * USER Selected ACTUATOR* * USER Selected ACTUATOR Ratioused 3600 Rpm 'AC'otor

APPLICATIONFACTOR'alc.

MOTOR START TORQUE:MIDSTROKE RUN THRUST:

Calc. MOTOR RUN TORQUE:

OPERATING at 3400 Rpm.94.426667 Ft-Lhs3360.809 Lhs.8546311 Ft-Lhs (5 X RUN= 4.273155 )

* 10 Ft-Lhs SMB-00 MOTOR with 102 Maximum Ratio Selected (IMTR= 5 )* * USER Selected MOTOR

evised MOTOR START TORQUE: 6.916667 Ft-LhsSTALL TORQUE: 622.314 Ft-LhsSTALL THRUST: 47189.61 Lhs (2.5 X Rated= 35000 )* * USER Selected Motor SIZE

* 'PRING PAC Curve: SMB-00 OBSOL Selected (ISPG= 23 )* * USER Selected SPRING PAC CurveSPRING PAC No: 60-600-0022-1

BILL of Materials No: NONE

* Calc. SPRING PAC SETTING: 1.730234* Set SPRING PAC to: 1.75Max. SPRING PAC SETTING: 2

Normal TORQUE: 152 Ft-LbsMax. TORQUE: 174 Ft-Lhs

MOTOR SIZE Checks: 10 Ft-Lbs vs 4.426667 Ft-Lbs Calc. Start TORQUE10 Ft-Lbs vs 6.916667 Ft-Lhs Revised Start TORQUE10 Ft-Lbs vs 4.273155 Ft-Lhs 5 X RUN TORQUE

MOTOR STALL Check: 47189.61 Lbs vs 35000 Lhs 2.5 X Actuator THRUST

TORQUE SWITCH Checks: 174 Ft-lbs vs 250 Ft-Lbs Actuator RATING13194 Lhs vs 14000 Lhs Max. Actuator THRUST174 Ft-Lbs vs 622 Ft-Lbs Stall TORQUE2 SETTING vs 3.315 Max. SPRING PAC Setting

* * WARNING — 47189.61 Lbs EXCEEDS 2.5 X Actuator THRUST

)J; V( U - l g g g„Pop< I(

PP&L REVISION 1.90226 DATED 08-14-90 — TODAY IS 09-20-1991 15:26:22 Q~ $ .Z~.qVALVE Info (Input) (TABLE () 1 ) — FILE: 144F001

Page 1 of 2

Calculated by: Checked by:ValveValveValveValveValveValveValveValveValveValve

MANUFACTURER:TYPE (GATE or GLOBE):SIZE:TAG Number:VENDOR DRAWING number:PP&L Drawing number:LOCATION:SYSTEM:LINE (ie. PIPE LINE I.D.):MAXIMUM Design THRUST:

ANCHOR DARLINGGATE

6HV144F00193-13748

VALVE Data (Input) (TABLE g 2 ) — FILE: 144F001

ANCHOR DARLING GATE Tag: HV144F001Valve STEM DIAMETER (Inches):Valve STEM PITCH:Valve STEM LEAD (Inches):Valve SEAT AREA (Sq-Inches):Valve STEM AREA (Default = 0 Sq-Inches):Req'd STEM SPEED (0 or 3-6=Globe or 12-14=Gate):Valve STROKE LENGTH (Inches):Req'd STROKE TIME (Seconds):Valve INLET PRESSURE (PSIGf:Valve PRESSURE DROP (PSIG):Valve Factor (.2 or .3=Gate 1.1=Globe):Valve STUFFING BOX FRICTION (Default = 0 Lbs):

ve STEM/NUT Coeff. FRICTION (0 .15 or .2):Manual ACTUATOR RATIO Selected: 94.29 : 1

Manual ACTUATOR Selected: 6

1.5.333.33325.431.76715000 ( 0 Min.)10531053.31500.15

MOTOR Data (Input) (TABLE N 3 ) — FILE: 144F001

ANCHOR DARLING GATE Tag: HV144F001Motor TYPE (AC or DC):Motor RPM (900 1800 or 3600):Motor REDUCED VOLTAGE Percent (Default=0.8):HIgh TEMPerature application (Y or N):COMPound motor GEAR application (Y or N):AIR MoToRs (Y or N):MODULTRONIC MoToRs (Y or N):HILO Applications (Y or N):Non-Rising Stem — OPERator thrust (Y or N):Non-Rising Stem — VaLVe thrust (Y or N):

Manual MOTOR Selected: 5

AC3600.8

NNNNNNN

Calculation RESULTS

Calculated by:

(TABLE 5 4 )— FILE: 144F001

Page 2 ofChecked by:

ANCHOR DARLING GATE Tag: HV144F001

PP&L REVISION 1. 90226 DATED 08-14-90 — TODAY IS 09-20-1991

V.- l/Ll/- (Q3 'j2~ Q

~~pe 22- a

15:26:22 ~t' -e-2

Valve STEM FACTOR:STUFFING BOX FRICTION:

THRUSTSTEM TORQUE:

STEM SPEED:UNIT

RPM'esignSTROKE TIME:OVERALL ACTUATOR RATIO:

0.01321500 Lbs11394.15 Lbs150.2606 Ft-Lbs12.00764 Inches/Min.36.05897 RPM0 Seconds94.29

* SMB-00 ACTUATOR selected having a 43.6 — 109 Ratio RANGE (IACT= 6 )* SMB-00 43.6 — 109 UNIT Efficiencies: PULLOUT= 40 RUN= 55 STALL= 60* * USER Selected ACTUATOR* * USER Selected ACTUATOR Ratioused 3600 Rpm 'AC'otor OPERATING at 3400 Rpm

APPLICATION FACTOR: .9Calc. MOTOR START TORQUE: 4.426667 Ft-Lbs

MIDSTROKE RUN THRUST: 3360.809 LbsCalc. MOTOR RUN TORQUE: .8546311 Ft-Lbs (5 X RUN= 4.273155 )

* 10 Ft-Lbs SMB-00 MOTOR with 102 Maximum Ratio Selected (IMTR= 5 )* * USER Selected MOTOR

evised MOTOR START TORQUE: 6.916667 Ft-LbsSTALL TORQUE: 622.314 Ft-LbsSTALL THRUST: 47189.61 Lbs (2.5 X Rated= 35000 )* * USER Selected Motor SIZE

* SPRING PAC Curve: SMB-00 MEDUM Selected (ISPG= 7 )SPRING PAC No: 60-600-0049-1

BILL of Materials No: 0301-112* Calc. SPRING PAC SETTING: 2.070642* Set SPRING PAC to: 2.25

Max. SPRING PAC SETTING: 2.75MOTOR SIZE Checks: 10 Ft-Lbs vs 4.426667

10 Ft-Lbs vs 6.91666710 Ft-Lbs vs 4.273155

MOTOR STALL Check: 47189.61 Lbs vs 35000

TORQUE SWITCH Checks: 175 Ft-lbs vs 25013270 Lbs vs 14000175 Ft-Lbs vs 6222.75 SETTING vs 3

Normal TORQUE: 156 Ft-LbsMax. TORQUE: 175 Ft-Lbs

Ft-Lbs Calc. Start TORQUEFt-Lbs Revised Start TORQUEFt-Lbs 5 X RUN TORQUE

Lbs 2.5 X Actuator THRUST

Ft-Lbs Actuator RATINGLbs Max. Actuator THRUST

Ft-Lbs Stall TORQUEMax. SPRING PAC Setting

* * WARNING — 47189.61 Lbs EXCEEDS 2.5 X Actuator THRUST

prr4L Form 2a$ 4 rr0<S3lChr. H'T340l

Dept.

Date 9: k4 19~Designed by

Approved by

M-VLV- tqgSht. No. ~ ~ ofPROJECT MOV Data Detail,

Limit Switch Settings, and

Torque Switch Settings for HV-

PENNSYLVANIAPOWER & LIGHT COMPANY ER No.CALCULATIONSHEET

IIItS ex~~Q l%kJ

PULLOUT TORQUE CALCULATION:(1009o Voltage)

S A&r=rg t- u Q <Tta Q

Pullout Torque (ft-Ibs) Motor Start Torque x Overall Actuator Ratio xStall Efficiency

Pullout Torque (ft-Ibs)

Pullout Torque (ft-Ibs)

Equivalent Thrust (Ibs) zaraz (4.

TORQUE SWITCH SETTING CHECK (cont'd):

Torque (ft-Ibs) at MaxTorque Switch Setting

Vs. Voltage PulloutTorque (ft-Ibs)

Vs.

Tt\r O )4 ( Cq I Qht QKgl (g + +4+~u.~~

w ~~-c Rig c~ ~A~ k ~-u,<mQ84~</ Hi>bo I Co~W~R g~

L-\ MhwLwCjc.Ri~g )g (og '~i~ wc,= i'd% '

»LL Form 2e54.N83)Cae WT3woe

Dept.

Dare ~l 193!Designed by

Approved by

PENNSYLVANIAPOWER & LIGHT COMPANY ER No.CALCULATIONSHEET a~I-vLv'- k<v 2.

PROJECT Sht. No. ~ of ~>

9 ~(o-c.'tfV ae

C4Q gr gi,ti '~ tf /ve F~cf~ 'xi~8 V7 re l/ f- (A~x p)LVP =

~n"~f'bS-ol 6v 4

+. zz

ttl@c-. F = /Soo4= /77Aq~ "- 25.'/)P = /os3

a p= /052 4*,/ jrr/ig = 8<.gg (Rir ri)

4(va( ~Ar sf~rP 5r~e = /2.< lt-/Ir (@I. Is)

Ptt KL Form 2454 t $ 0<at)Cat e97S40t

Dept.

Date ~19~Designed by

Approved by

PENNSYLVANIAPOWER & LIGHT COMPANYCALCULATIONSHEET

PROJECT

ER No.

Sht. No. ~+of~~~ Io.t.-'fI

7' Idge«g CrJculafitee vjrj ~va( ~f~ Jj1rf $gvt(file re~Q Ae rr +i kyat iqrggg yevtr-

8&tjVi+JM/ 7i7ue

(84<)

38O I

3879(- l5'oo - (~17 ~S~O)

/o 57

Geared LimitSwitch SettingsData Value

Calc 0 MVLV-Ig /tv C ~

Page dg of c/„>+> E l>1I g~~ q-is+/

™Reference

No.

Electrical Schematic & Connection Diagram No. E-g5 sx 4 8 -37/- // fP s

Full Stroke Length & Number of Handwheel Turns

Limit SwitchNumber

ZS-1

Function SetpointSee Note 4

Equivalent No. ofHandwheel Turns

ZS-2

ZS-3 c/e~ verZS-4 OPIA/ LZ, I7g o

ZS-5

ZS-6

e ZS-7

ZS-8

OPEN P6r Zgi o

ZS-9

ZS-10

ZS-11

ZS-12

ZS-13

Z-S-14

ZS-15

ZS-16

Spring Pack/Torque Switch SettingsData Value

t alt" g M-VLV-It'2 W 6Page a5 of Ltto

g ~ q.tqOl

Pgfl xf -Z r-r(fReference

Ho.

Minimum Required Torque (ft-lbs)

Maximum Allowable Torque (ft-lbs)

Original Design Replacement 1 Replacement 2

Spring PaCk Number LO-4oe'-Oo u- l Q -taOO-6OQ't - I

Limitorque B/MNumber

WoQ F ~go (-ItW

Lowest Allowed TorqueSwitch Setting i.1 S

Corresponding ExpectedActuator Output Torque

(ft-lbsl

Highest Allowed TorqueSwitch Setting

Corresponding ExpectedActuator Output Torque

(ft-Ibs)

RIE Number q(C f~/

~ ~ I ~

~ ~ . ~

t ~ ~

~ ~ ~ ~

~ E ~ ~ ~

4 g ~

~ 4

6.0 Results Conclusi.ons

Calc I M-VLV- ('tE~"'age

Qg of gq

8-~s «~~ 0 >-I 9l+ NH I.sf-'ll

6.1 All available MOU Data Detail Drawing input hasbeen researched and documented herein. Where itwas determined that information was unavailablefrom existing records, the field has been leftblank. This information will be determined duringthe as-built walkdown.

6.2 The results of the actuator sizing calculations,VOTES diagnostic acceptance criteria calculationsand limit switch setting determination are providedwithin the body of the calculation.

6.3 The following anomolies„have been identifiedthrough the performance of this calculation:

~ H Lc.H

7~&Am

1.)L Als cAL-c, G'~gQ«~g~ ~>~ ~<~@AC &<pch4

6 ~iWcgg ~Ra~ ~KC>Ri Q<wA~

Anchor/DarlingValve Company

701 FIRST STREETP O. SQX 3428WILLIAMSPORT. PA(717) 327 4800TELEX." 759953

February 20, t990

PENNSYLVANIA POWER 8 LIGHT COMPANYTwo North Ninth StreetAllentown, PA 18$ 0t

Attn: Mr. Ken Anderson, Engineering

SUBJECT: VALVE DATA

Dear Ken,

The valve data you requested at our recent meeting is enclosed.

Please advise if you need further information,

Yours sincerely,

ANCHOR/DARLING VALVE COMPANY

r

R. W. DommersDirector - Marketing 8 Safes

/cff

CC: J, J. ChappellR. J. SIout

encl.

Ref Z Pt-VLV- Igg gO,O P„, Cjy,t.

s

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~ IIQQ p

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Cl vALYE xb ~

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~ 4

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SERVICKTYPE

LINE Ok KOUIPNENT REf ~

Motor T eSl ZE

COaakOOI TY

OKSION/NAX. PRESS. POESI CN/NAx, TfMP. FrLov orma1 Max.

A t'it NC

TYPE KNOSrkATINOROOY MATERIAL

CRIM ilATE RIAL

5EAT fACINCS

PACX INCTYP t IONNfTTYPf Of SEATS

TYPE Of OISC

RY>ASS SIZE k TYPE

TI14K TO CLOSE

fULL LOAO CURREXTIAAOV,Sl.SOC)

STAI.LEO ROTOR CURRENT

NOtbk ~fkATOR xf IONT

COS T ~ EACN VALVE

RYP A$$

rURN ~ INSTALL Ltvlt SRS.

~ KSTS ~ IIAONAPLUX

TK57$ ~ X~ RAY

IIO ~ REOJ I R Eb

TOTAL COST

V

I4ANufACTURE R

VOOEL Ok fl0. NO ~

VENDOR

P/0 t ~ Ittv) NO.rOREION PRINT IIO,rfLO Kxb bkt, RtrfkfNCKP ~ cl 01 ACRAN Rfr.8856-M-LOCATION OVC. Rfr,

Sr f.slkic Class 1 es oICklVC aldC. Wo

NANORNEEL PILL~ kkEAXARAY '

Act. Op. birr. Pkts, Max.~ORT bt Axtttk SCA~ RESS. OROP tPSI)VELOCITY tfPS) S a+VALVE etIO4T LtS tn . 0 I',IN)TOR OP fk I TYPE/5 I?E/SPOOPEko 5PK Eb rt/BIN/NPTthlt TO OPEN

AlAI TFhATF

2 o /3505f5 5

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5'5,

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IN I/LATI

DF/NrArriaiI .

~ 5'0 >37$

2.OPSIA PNInow s// E

P yf'avn PAL

./rC'ler

I

n'.

01 0. t)i

l j,3

2 r3

-1 79K

Arr/A/ gr / g~//Q >0 /vy

$ 2CPe Hv

COW

/ .vc-.- /E7-Zf'~tg p

r / Qt~ ~

0, ll O.

lVI 00-1 I )OQtrl

2% see.

Np $ ~» j(I

Ist Q~l ~At 01~I ~i ~

IASCII TCI

COi10RAT)0%

WOIFCN 0IV'I510ttCII~ llKCaei

VALVE OATA MEET gc).g.~ R~mtbk OPKkATtb A/D)

SUSQUEHANNA STEAM ELECTRIC STATIONUNITS 1 AND 2

PENNSYLVANZA VOMER t LZGHT COMPANY

go SS56

ATTACHMENT NO. 2.

8 856-P- I0

EET '7 Or lW

NEV.

0

Y

SUSQUEHANNA WRye 3I

I. PROBLEM ~CRIPTICNINSPECT AND REWORK

THE MOTOR ACTUATOR ASNECESSARY.

UNT ~ ~

RESt.WOR)CO~ am fusacc+

gpA

PatN))er 9/19/88

MODIFICATION RELATED 0 YES NO PMA>

II. WORK CLASSIFICATIONL IMITORg UE EQU(P YES

ACTUATOR

AUTY

TECH Ee r AELIA6LITY 0 YESEPEC, . NO '" AELATEO

ASMECDDE g YES ACCT«ER~ L(X;«Cma./09 4

~ Q

ccc ~\r,

cd'h!

gg

III. WORK PLANNINGA. INVESTIGATION P/3%I

B. WOAK PLAN

PER ATTACHED WORK INSTRUCTIONS

IQ-jthO

~lAIe . ' ~cc PRCMTYCOOEc ', g COO%

cc.-

cg

~ ~

Cz.

'0N C <.

EAPAEO.

ET YES

Q HO

EST.lees Hrl

HP Oc

IvNc ccfacc fNNhel(0M~a

:!cij cs

C. POST NAINTKNANCLTMTINO RKOUIRENENTSSTROKE VALVEi OBSERVE PROPER OPERATION AHQ INICATION

C«(col hev4w ~ Oe( ~':jp I

Cpereeone A(anonaaon

,'c

IV. ACTION TAKEN EOVIPMENT HIBTOAY sLI

7..(.. ( .I:. iJ 4.„%('up

cccccc I ~ Gqka~lW. gr GcE.< c)o Oacc(cs

LYH I IIYSICS '~P'PHYSI~

AO HPg ~ Cg, Pg./g+g

JIB R)gy - RL 0

Q-.R IBV 0

ccc.cS 9$

RECEIVEO K 4 8 CONST'.

Lccccd: (I) ()) (F)IT ro,

. PROSLKM CODm Te

(Cher AO4lrCO Ic hee( ~ W I ~ ONli4, Nf4 a IN6 ~ Pf~ ll

~ ~

'

,p qp g 5'/l774'V"- .3 ~HV ~ydl

5 P h

\.'h'.d

Actus t, Rtaoval

t

Wr.g

Coute:ou

s.a.:

5.3.4.a

5.9.7. f

orget 5ee< tch "OPKH" setting

~ orqua Swttch "CLOSE" settingp

Valve Posit)on .,C St(,) St0() ape-"';.@':0 ER

5.9 SN 000/QS 00 Overhaul

prove sleave parts replaced YES ( ) NO ~NAr

Pares Replace:

t'

I

:pt'

5.9.9.0

5.9.9,c

5.9.9.a

5.9o9 3

O ot hutho /+~8 FiuW

eAo, 9/5 s QorlW

"AS FQQNO"

~uh t~Nut

gL

3

551I 47

9I4III2I3

yorsleoheue oeoIey teeleoee Y~Parce Reolacedi

I514I7II10

21222324252i

()

'w/otetuu

~0 I «ou

~t~~'L0 ~ ewe%

e",('

~

~uu< ht

'It ~ ~

SEP 24 'I I 8: I 8 F ROt4 PP L t'IA I NTE IIAIICE

~ ALVE ID Bb / ydI.A NO.'STEM

5.13 Acutator TroubLe Shooting.IAMEPLATE/REFERENCE DATA

PAGNE.8838- V<V-I%3 gtq I

RIF W

P~< Za SP VV

.'6 ID

L'AI. LEV

ilANONREEL TURNS / I STROKE 7L

SCAl:FOLD NEEDED (Y/N)

MOTOR =

ACTUATOR: ORDER NOSERIAL NO-SIZEID NO

'MANUFACTURERHORSE POMERVOLTAGESTART TORQUERUN TORQUESTART CURRENTRUN CURRENTINSUL CLASSFRAME SIZEOPERATING TEMPDUTY

/.'<3< Co

/Wm.~ ~

I'OPAQUE SMITCH LIMITORQUEDESIGN INFO AS FOUND AS LEFT INITIALS/DATE

e PEN SETTING

';LOSE SETTING

NORMAL (MIN)

r1AX IMUM

I.XHITER PLATE

i'.AL CHART INSTALLED

SPRING PACK LIMXTORQUEDESIGN INFO

Q0I JO IR

Ng ~~u-

'2 pj2.~5 z~<q

/.v~ /~z. ~ z / ~ ~<97~

AS FOUND AS LEFT

«BIO.10

g-(Z $ (y0

INITIALS/DATE

I'ART NO

aO OF MASHERS

AVG. THICKNESS

SPRING PACK GAP

SPRING PACK PRELOAD ,877

, o7+

. 425

80 d» -C'~-I 6- -"-"'-"-" ~-I oM(- (i 2 /o /8-5'

- 10-'To

o-/o. 9o

Jo- lo -~0

-/o-Vo

panic',

S ~~~77VALVG 10 ~~~rrrrvv~I3 CT ON TV RAT? S

~, '% ~ g

e,,

Actuator Overall Ratio :'7RVr ''P)n)on Gear to Nrashaft '1rlbrC'

ware ea ware Gean Gaala'iorsto Mora Gear ffl'fc$ency

Hanchfheel to Staa Ratio fHanraraaal ea sees Gff1clency

g Notor P 3 n f on QIar Teeth4 Worashaft Gear Teeth

5. 13.1Z Actuator operates satfsfaqio $y.

Coments:

a>

J

hLEm~7~ n:

I ci'~ . Ma

) gv

e~

5e~ I

g~l5f

f

~~3

REEK 0

Her Spr )ny PAC 0

Kev 41nga l NTNIg~( NN

As L,ett, Ave Run Stat1t: Currea4! OPII Zi ~

CLOU ~X~ 'Iv

S.13e13 Thfs coeyletid data shoo% hIN boon fonerded~ to Nafntenance Ingfneei G

e

~~

v~ r,

r

r ~

I

)\L

~ ~

l

if l uH45.I

fGGK WHGG fr Gar. Ir faGG g af gr '(flic If~i)a ~r ~

MOTOR OPERATOR INFORMATION SHEET H-vwI-l9 '3 p . p'RR'I=~Rm~~~ ~

PT .u„LIMITORQUE ORDER NO.: ITEM:

OPERATOR SERIAL NQS.:

S'v 8OPERATOR TYPE: OPERATOR S IZE:

DESIGN UNIT RPM ( AS DEF INED IN LIMITORQUE SEL-3): 39.3

SPR INS PACK NUMBER:

NORMAL TORQUE SWITCH SETTING:

CORRESPONDING INPUT TORQUE (LB-FT):(SEE NOTE 1)

CORRESPONDING OPERATOR OUTPUT TORQUE (LB-FT):

CORRESPONDING OPERATOR OUTPUT THRUST'LBS):

199 ~. ~ <<.

Io.'79$ ~ ss

MAXIMUM TORQUE SWITCH SETT INS:

CORRESPONDING INPUT TORQUE (LB-FT):(SEE NOTE 1)

CORRESPONDING OPERATOR OUTPUT TORQUE (LB-FT):

l3,=-,.

Z3r F'r.

CORRESPONDING QPERATOR OUTPUT THRUST'LBS): [4 wr.

X4C RITZ'NQ oF gv'TSEAR RATIO INFORMATION

MOTOR PINION NUMBER OF TEETH: +I NORM SHAFT SEAR NO. OF TEETH:

WORM TQ WORM SEAR RATIO:

OVERALL ACTUATOR RATIO: 9g.o: l

NOTE 1: INPUT TORQUE IS TORQUE FROM WORMSHAFT ON SMB-00 ~( 000 AND FROMHANDWHEEL ON SM&-0 AND LARGER.

LIMITORQUE S ISNATURE:

0,

ORDER NUMBER:

LIMITORQUE MOTOR NAMEPLATE

DATA SHEET

4-v~f-t e3 P .0'i2FF ~ ~))~~ —,

( -p (.

SERIAL NURSER: 2f 3'Qf 7 ~ !59

MOTOR NAME PLATE DATA

IDENTIFICATION NUMBER: 1 I 500 ~

START TORC!UE <LB-FT): ~O < Q~ ~ HORSEPONER:'5

RUN TORCIUE <LB Fl.), g PT j.P.C. S. F.: l.o

TYPE: FRAME: PHASE: P +

ROTOR SPEED <RPH): ~ ~ C 0

VOLTS: WO gC CODE

AMB. C: 4o'NSULATION CLASS: 8 BUTT.-5 Yl ZM.

n

LIMZTORQUE SlGNATURE: WW 'Q'

STANDARD HANDHHEEL RATIOS FOR SHB 4 HHB UNITS

UNITSIRE

HANDWHEELRATIO UNIT RATl0 EFF. ~

UNITSIZE

HANlWHEELRATIO UNIT RATIO EFF.a

SMB-000

Sm-00

SHB-0SB-0

SICB- 1Ss-l

SNB-2SB-2

SHB-3SB-3

SHB-4SHB-4TSB-4

SNB-5SHB-5T

laloi. 30'

8.93: 121. le 1

33:154.1:l

10.75:125. 3a 149.0:166.7:1

9:122. 3:140.5al57.4:1

7. 15$ 111.07al28. 37: 139.4:1

55. 36: 1

8.7:113.06:133. 69:139.87:159.13:1

86:1)163. 5: 1)

142.0:1)269. 8: 1)

AllAllhll

11.2"26. 126.4-96.2

- 102.6-150.8158.3-247

11 6-25 627. 2-88. 4

92.4-171.6191. 1-234

10.6-25.526.2-82.5

84.8-150153-212.5

1 l. 1-24. 125. 7-37. 343. 9-95. 598.6-132.8

138.4-186.4

13.4-32.333. 6-48. 451. 8-124.9

131 ~ 8-14 I. 9152. 1-219. 3

61.4-93.4

101.4-230.2

100'00

95

60302525

60302525

60302525

6060302525

6060302525

25

25

HHB-00

HHB-0

HHB-1

19:145 1

15.7:137:158:195:1

14.5:134:166:190:1

9.1-22.02 3. 0-109. 0

11.2-26.126.4-96.2

102.6-150 8158. 3-247

11-6-25.627.2-$ 8.4

92. 4-111.6191.7-234

HHB-2 13.3:133:160:185.1

10.6-27.226.2-82.5

84. 8-150. 0153-212. 5

HHB-3

HHB-4HHB-4T

10. 3:116 1

41:151 1

80:1

12.7:150:158:1

11. 1-24. 125. 7-37. 335. 9-95. 5

98. 6-132. 8138 '-186-4

10. 1-32. 340.0-124.9

131.8-147.9

«This ratio supplied when torque requiredexceeds 65 ft/lbs.

Q For SNB-5 and SHB-5T unit, this ratioprovided as standard. Alternate ratioshcnm provided only on request,

6030

60302525

60302525

60302525

6060302525

603025

SEL 11Section 9Page 2 of 2

ANCHOR/DARLING VALVE CO.

g vLV 19~ ~u. tlVt=w ~

'3 cl o$ V3

Customer:

Prepared by:

S.O. No.

Vlv.Sfze,Press. h Type

No.Req'd 5 (Item No.)

MOTOR OPERATOR DATA SHEET

S F P.O. No. 5 — - 1O-

Approved by: D< I( I> -~ Sht~of

$ 53

Seat Hean Dfa.In. 5 Area In,

System Desfgn Press. PSI

Design Diff. Press. PSI

~ A ~ .7B54 x J2 ~ 77

Line Pressure P,

s gPUse

Use,

2 ~ 93

l60O

gaoDisc Thrust LBS

Stem Thrust Tent. LBS

Stem End Thrust

Stuff Box Load LBS

Total Stem Thrust LBS

Td A x P (Line 1 x Line 3)

T T x f (Line 4 x Coeff Frfctfon)*~ T ~ .7854 x D x P~ (stem area x Line 2e s~ T

s

F Tt+ e+ sS~. of Lines 5,6 8 7)

80(FFI 22ok

Zga I

J &00

Ig5s9

~Coefffcfent of Frfctfon: Double Dfsc

Flex Medge

.2

Globe Val ve 1.1

p, vt'v- [93 . 0Va.w ~ I (

1CLqg ~ g ) llO

PENNSYLVANIA POWER 4 LIGHTSusquegana Steam$leqtric ftation

MO - Design 5asxs Rev eW

VALVE TAG NUMBER HV-144F001 UNIT 1 PRIORITY: 2VALVE DWG NO-FF110100-5001 MFG. ANCHOR DARLING

DESIGN DATA REF NO MATERIAL DIMENSIONAL DATA REF NOValve TypeValve Size 6. 00

Stroke Length ( in)Stroke Time (sec)

6.00028

25

Pressure ClassValve Code

600 3 Orifice Diameter (in) 5.375Stem Diameter (in) 1.5oo

24

24

ElevationLine No.

750'-7"DBA-101

Area/Room 26/I-400 5,10 Stem Pitch (in)Stem Lead (in)Stem Material

0.330.33

A276-4 10

24

24

Normal Valve PosActuator Size SMB-00-10Valve Orientation H

Stem Mod of Elasticity 29.2003 Stem Mod of Rigidity 11.300

Valve Thrust Capability

2626

Stem OrientationPower Supply 18236053

Dsk Guide Fac MatDsk Seat Surf Mat

sA105IISTELLITE

Revork Window SEE TS 4.4.4

DEF1NITZON OF SAFETY RELATED FUNCTIONHV-144F001 IS THE REACTOR WATER CLEANUP SYSTEM INBOARD CONTAINMENTISOLATION VALVE. THIS VALVE IS NORMALLY OPEN AND WILL CLOSE ON REACTORLOW LEVEL OR ON IND CATION F AN RWCU LINE BREAK. THE VALVES SAFETYFUNCTION IS TO CLO ON RE CTOR LOW VEL, UPON INDICATION OF AN RWCULINE BREAK.Race,ve.q ~~ Maps.t«~i~g ig ud ~ ques s,~We @~is vcilM i 5 ~c4 c[~s5i Pine+S f05 j l'I~ cha~qeai4te

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Dir Diff Press .

Flov RateLine Press(psig p

.FluidProcess Temp(F)

',Duty CycleTi.me Line (sec)Envr Profile(F)Initiate SignalValve CycleNormal Cond

310

542

340

310

558

340L2

NA

NA

NA

NA

NA

NA

NA

NA,

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436to$3 ~M

563

15oFl

NA

551

150

O,C

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551

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