~ ~ ~ CALCULATION COVER SHEET CALC. No.!~-~~- Zq2. FILE NO. R2 +~ SUPERSEDED BY SAFETY-RELATED f)c ASME III OR XI f OTHER QUALITY [ NON QUALITY [ PROJECT ER/CTN NO. 402288 DESIGN ACT!VITY/PMR NUMBER PAGE I OF TITLEIOESCRIPTIOII MDII Data Detail, Linit S«retc Settings and Ectgne Sre.tch Settings for: Y /55 Fd03 SYSTEMS AFFECTED Generic Letter 89-10 required establishment of a program to provide for the testing, inspection and maintenance of safety-related motoroperated valves. This calculation provides the data details for the valve identified above which will be used to prepare the Data Detail Dra~ring which will support the testing, inspection and maintenance activities. See Section 2.0 for! methodology. This calculation serves as the design inputs for draTring N A - Ig7q See Section 3.0 foi Inputs/References. See Section 6.0 for Results/Conclusions. R(v I ~lc E Pyt 4 I4 . Aya.4+a HekIh. S4e+ <orqse = C 8-I (RaF.Iaj f.FTA) RINnru. arFFrmnv.t' YES-If yes enter: Binder g 9i10i00067 9'ii004 PDR ADOCK 05000387 0 PDR Calc. File NO Vol. Pgs. REV. NO. DATE PREPARED BY REVIEWED/CHECKED BY DATE APPROVED BY DATE I ~F 2 st II-- D ~9- - r TI ml s/frb006i (12) c-z w/ &J (O]4 'll 0'0 </
Transcript
~ ~ ~ CALCULATION COVER SHEET
CALC. No.!~-~~- Zq2.
FILE NO. R2 +~
SUPERSEDED BY
SAFETY-RELATED f)cASME III OR XI fOTHER QUALITY [NON QUALITY [
PROJECT ER/CTN NO. 402288
DESIGN ACT!VITY/PMR NUMBER PAGE I OF
TITLEIOESCRIPTIOII MDII Data Detail, Linit S«retc Settings and Ectgne Sre.tch Settings
for: Y /55 Fd03
SYSTEMS AFFECTED
Generic Letter 89-10 required establishment of a program to provide for the testing,inspection and maintenance of safety-related motoroperated valves. This calculationprovides the data details for the valve identified above which will be used to preparethe Data Detail Dra~ring which will support the testing, inspection and maintenanceactivities.
See Section 2.0 for!methodology.
This calculation serves as the design inputs for draTring N A - Ig7q
A. Input Requirements - For services such as air, water, 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 components.
C. Operational requirements under various conditions, such as plant startup,normal plant operation, plant shutdown, plant emergency operation, specialor infrequent operation and system abnormal or emergency operation. Thisincludes the overall effect on the plant (i.e., the potential loss of generation).
D. Failure effects requirements of structures, systems and components,including a definition of those events and accidents which they mustbe designed to withstand.
3. COMPATIBILITY
h. 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 (ITEMS MAY APPLY TO ANY DISCIPLINE)
A. Transporting and Storing - Includes environmental conditions anticipatedduring 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 requirements, vibration ordynamic loading considerations, stress, shock, reaction forces and pipe supports.
D. Electrical - Voltage, source, grounding conduit(raceway requirements.
E. Instrumentation - Instrumentation and control requirements includingindicating instruments, control and alarms required for operation,testing and maintenance and calibration.
F. Chemistry - Water chemistry considerations, including sampling provisions.
5. MAINTAINABILITY
h. Accessibility - Maintenance, ISI and ALARA accessibility requirements.
6. TEST REQUIREMENTS - Including pre-OPS, ISI and LLRT tests.
7. SAFETY - Personnel and public safety including special blocking, radiationexposures, ALARA environmental concerns, effluents and noise.
Susq. Approved Matl'sPLI.37573 of 1/10/85PLI 45673 of 5/22/86
EDS 02
25. Computer Program Changeincluding Display Formats
W) EPM~A-401 CPU
26. Environmental Protection
27. Station Blackout
yl NDI-QA-6.3.2
(] bO
(Nuc. Svcs.-J. S. Fields)
ELCSleva
GDS 08
NOTE 1: For modifications to ASME III systems/components (both paperwork only and physical changes)request in the installation instructions that Plant Staff prepare the required documentationpackage per NDI-QA-5.3.4 and AD-QA-522.
dc/a186i(11)
Form EPM-QA-208B, Rev. 5 (3 of 3)
~ ~ QEctj:GN INI LlTS ( con ')
2. T/TI p W-YLV- 2.72. t4 0
hu
I ~ PAGE ~ OF l~
FILE NO. R35
a. r rEW 5. DISCUSSION 3.NQ
Ap li< Q Jtr.'c~lAie< slall /tlJ~plfvPg vert t'ai'f /O'Cc Aaf/li. 4Jfg/ Q /g
A,8/CPtJ6'I'teat ~Ct Rt/Vl&m\~C t
8tclric tj t /tj vt7ct'rt ter art perte Q 4 '>$«Mi /ltl7rr ling AS -217
was'-or 7igw mg 'Tl
tttt//t< rt~
rt~'dr N tlat aa/aa/t art g/irt Cj C rttllf-trl
+(f/41 MJ tft/t~t ttA tc/he< At MW7Sr j rCyl Sr <J )4
The purpose of this calculation is to develope all ofthe information necessary to create a Motor OperatedValve Data Detail Drawing for the subject MOV. In 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 I M-VLV-Z72. k~v oPage g of q~»~e iL.e
p7Pp 1-~I.wt
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 Sizinc[ 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 97%)
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 I M-VLV-272. g,~ gPage y of q~>4 e.tc.e
pp f->I-+I
SL = The valve stem lead.
HGR = The overall handwheelgear ratio.
b.) Program overrides will be used to allowthe calculation to reflect the currentconfiguration of the MOV.
c.) Once an expected motor run torque iscalculated, 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 wall be included on the MOVData Detail Drawing.
the actuator sizing has been completed diagnostictest thrust acceptance criteria will beestablished using the following methodology:
a.) The Minimum Allowable Thrust will beestablished as 1154 of the desiqncalculated required thrust. Thxs allowsfor at least 10% error in the diagnostictest results and 54 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 N M-VLV-g72~gPage go ofAN 4-Il'1> ~ f/w/4A
1.) Actuator thrust rating,2.) 1204 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.
2.4 Other Items
3.0 Xn uts References
Calc I M-VLV-47K R~~ oPage // of QwWl't (l tr gVpt V/ii/f(
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 l.
b.) MDS-03 "Design Standard for Determining andSetting Valve Motor Actuator Limit Switches."Revision 0.
3.2 Information required for entry on the MOU Data DetailDrawing and as input to this calculation is providedon pages i2 through Ip of this calculation.Reference Numbers are provided for each of theentries. A listing of all references is provided onPage /4 (Note: Copies of references not readilyavailable are provided as attachment to thiscalculation).
General Valve DesignData Value
Calc 4 M-VLV-Z72. Qzt:Page R- of towIANNA-g.e py 9-P-9I
Reference No
Valve Manufacturer A>Vendor Drawing Number
Valve Serial Number
Valve Quality Class
93- >J'So 2
Valve ASME Section IIIEdition and Class j97/ 'NW M'72- 8/~u I
Valve Location (Inside/Outside Containment)
Valve Type
Valve Pressure Class
OuTfioj=
Q7E
Valve Size (Inches)
Valve Seat Area (Inches Squared)
Stem Information:Stem Diameter (Inches):
At Stuffing Box Location /,g75't
Threaded Portion /.f75'hread
Pitch/Lead o.D3 oc47
Stem Material A 274- v/0
Original Design Stroke Time (Seconds)
Calc 4 M-vLv-Z7gPage u of cfz-
General Valve Design (Cont.) '"""'"W'«Process Parameters:
Flow Medium
Data Value Reference No.
Q(Design/Maximum Pressure (PSIG)
Design/Maximum Temperature ( F)
Design/Maximum Flow (GPM or LB/HR)
Throttled Flow (GPM or LB/HR)
/2 5o j /35'0
2I6 OOo /tlc/FaOO LE/A. QI(
Max, Operating Differential Press. (PSID):
Opening Direction
Closing Direction
Additional Physical Parameters:
Valve Max. Thrust Capability (LBS) NP7 AvAILAQC2
End Connections/RatingI
Body Material
Disc Trim Material
/34/ - J'Ch'
Jg gled -Mt g
STE, I Z i 7-Z
Body Seat Trim Material
Guide Rib Facing (Gate Valves Only)
Drain/Bypass Required (Y/N)
Srz~im
J g g t t'. - uc 8
General:
Actuator Quality Class
Safety Function (Open/Close)
Actuator Manufacturer
Actuator DesignData Value
Ig l~iiar)Vt
Page lf of 'f2-
Reference No. ltltN't-t5-qiPEP' -iI-t
Calc g M-VLV-272- 6v o
Main Unit ( e.g. SMB):
Actuator Order Number 3S.I~Cy g
Actuator Serial Number los'$ /5
Actuator Size JAG-~ - gg
Gearing Information:
Motor Pinion Number of Teeth Os.
Worm Gear Number of Teeth
Worm to Worm Gear Ratio
Overall Actuator Ratio 77.P: I
Lost Motion Drive Sleeve (Y/N)
AuxilaryWorm/Bevel Gear Unit:
Unit Order Number 8/A
Unit Serial Number
Unit Type/Size
Unit Gear Ratio p'A
Overall Handwheel Ratio ~'+ 9f:/
Handwheel Orientation (Top or Side Mount)
Handwheel Efficiency
Electrical/Motor Design InformationData Value
Motor Class (1E/Non1E)
Calc 4 M-VLV-27iPage IS of gl. <
~ Power Supply Type (AC/DC)
Power Source
Voltage Supply/Phase/Frequency
Motor Manufacturer
25O/ I / n/4
Motor Serial Number
Design Motor Speed (RPM)
Motor Start/Run Torque (ft-lbs)
Motor Horsepower
Service Factor
/boa
Motor Type/Frame Size
Motor Frame Design/Enclosure Type
Winding Type (DC Motors)
Motor Duty Rating
Insulation Class
/ 4/zd'R
Temp. Rise/Ambient Temp. ( C)
Full Load/Locked Rotor Current (Amps) orKVACode (LRIC) at Supply Voltage (See Note 3)
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'iscrepencies willbe reconciled and this calculation shall be revisedas appropriate.
2. Stuffing box friction values will be consistent withthe empirical values listed in MDS-01 unlessotherwI.se noted herein.
3. Unless noted otherwise, the stem factor used hereinwill be based on a coefficient of friction of 0.15(Reference (0- ). 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 be804 unless noted otherwise. If the electricalvoltage drop calculations show this to beunconservatzve 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:
~Maximu Torque
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.g~gE ~%stThe maximum allowed thrust. shall be the lesserof the actuator thrust ratinq or 120% of theequivalent thrust at the max>mum allowableactuator output torque.
Calc g M-VLV-Z72 4~ 0Page /P of qzbled 9-]l-qi
PP 9-w-ql
5.1 Actuator Sizing CalculationThe results of the actuator sizing calculations areprovided as follows:
Run g Conditions Calc. Pacaes
1 ~SPRUNG P~ oao7,VALV6 RtcPA,2
ZZ-23
2. SPeHP PA<aug'ACVePAc~ -"(- -'5
3 ~
4.
5.2 VOTES Diagnostic Thrust Acceptance Criteria,The calculation of the thrust acceptance criteria wasperformed per the method outlined in 2.2.
~</tb5.3 Limit Smitch Settings
~«py 27 gr neer
~ ~ ~
I I
~ ~ ~ ~
CALCULATIONSHEETACTUATOR SIZING
PPSL CALC NO. W-wv-pe, g,yPAGE zg OF ~~ g]<.is.z
9 Q '0/MDSA1%3 Rev.1 f6'OI- 7]Valve tag number
4V- I5$F o p3
Select APPLICATION FACTORS [APPENDIX E]
Selected APPLICATION FACTORS
0, I
Resultant Application Factor
Calculated MOTOR START TorqueStem Tor ue
Overall Actuator Ratio x Unit Pullout Efficiencyx Application Factor
7F'x -25m . I
FT-LBS
[eqn. 13 ~;
Calculated MOTOR RUN TorqueTrun x FS
Overall Actuator Ratio x Unit Run Efficiency
S6'/gal(oughz.g
7g ~+5
FT-LBS
[ eqn 151 i
I
Reduced Voltage Requirements {ifapplicable);
Revised MOTOR START Torque (AC)Calculated Motor Start Torque
% Volta e Available ) FT-LBS
[eqn. <((
Revised MOTOR START Torque {DC)Calculated Motor Start Tor ue
ANCHOR DARLING GATE Tag: HV155F003Motor TYPE (AC or DC):Motor RPM (900 1800 or 3600):Motor REDUCED VOLTAGES 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: 16
DC1800.8
NNNNNNN
PP&L REVISION 1.90226 DATED 08-14-90
lculation RESULTS (TABLE 4 4 )
Calculated by:
<- +4'- Z72 Revg
NQ I (k9iTODAY IS 08-19-1991 12:46:54 Pyjy g.gp-og
* SPRING PAC Curve: SMB-1 OBSOL Selected (ISPG= 27 )* * USER Selected SPRING PAC CurveSPRING PAC No: 60-600-0007-1
BILL of Materials No: NONE
* Calc. SPRING PAC SETTING: 2.764496* Set SPRING PAC to: 3Max. SPRING PAC SETTING: 3.75
Normal TORQUE: 641 Ft-LbsMax. TORQUE: 845 Ft-Lbs
MOTOR SIZE Checks: 40 Ft-Lhs vs 19.82213 Ft-Lbs Calc. Start TORQUE40 Ft-Lbs vs 24.77767 Ft-Lhs Revised Start TORQUE40 Ft-Lbs vs 13.80382 Ft-Lhs 5 X RUN TORQUE
MOTOR STALL Check: 90275.46 Lbs vs 112500 Lbs 2.5 X Actuator THRUST
TORQUE SWITCH Checks: 845 Ft-lbs vs 850 Ft-Lbs Actuator RATING41695 Lbs vs 45000 Lbs Max. Actuator THRUST845 Ft-Lbs vs 1829 Ft-Lbs Stall TORQUE3.75 SETTING vs 5 Max. SPRING PAC Setting
* CAUTION — Check MDS-01 if this application operates at 340 DEG.F
ANCHOR DARLING GATE Tag: HV155F003Motor 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: 16
DC1800.8
NNNNNNN
8-ULU-z72 /4w g
PP&L REVISION 1 ~ 90226 DATED 08-14-90 — TODAY IS 08 19 1991 12 '45'5g ~i g
4eyre( yer Jyccrf*rirt ='t/<:"-. „c set'cicci cc<Qc (@'g)
4 JVCtl Yr'ligt gal Hipster- <t~tsl Vilest Attn fNf7~E a OAR Jc Un j'fatf ER".
A+), Merv4 x. 7F x.. I5
I'/53
7/574 - ~QO 0 - (2 7d d ItV-')
6'IgE7
Geared LimitSwitch SettingsData Value
Calc 4 M-VLV-272. @ra.Page 1g of tinbow 1-rl fr
Pyr 0-g-IlReference
No.
Electrical Schematic & Connection Diagram No. E- l52. Slr. 13rc'- 379-I y XR E
Full Stroke Length & Number of Handwheel Turns 7/0
Limit SwitchNumber
ZS-1
Function SetpointSee Note 4
Equivalent No. ofHandwheel Turns
ZS-2
ZS-3 CLOSE LICA1'fC
ZS-4
ZS-S
ZS-6
~ ZS-7
ZS-8
OPm urer
CW 8$PAXS'ap
0
'l75 t-
ZS-9
ZS-10
ZS-11
ZS-12
ZS-13
ZS-14
ZS-15
ZS-16
~ ~ ~
~ ~ ~ ~ ~
~ ~ e
~ ~ ~ ~
~ ~ ~ ~ ~ ~ ~
~ 0 0 ~ ~
~ ~ ~ ~
~ t ~ ~ ~ ~
~ ~
~ ~ ~ ~
I I
~ ~ . ~
~ ~ ~~
~ ~ ~
~ s Il
~ ~
6.0 Results Conclusions
Calc I M-VLV-%72. ~~~ 0
Page 3o of q~74I e.a-ePy q ii f-l
6.1 All available MOV 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:
AnchorioarlingValve Company
701 FIRST STREETP O. BOX 3428WILLIAMSPOAT. PA 177014428(717) 327.4800TELEX; 759953
Rf z.
8- YLY- 2.72 Rtv g
P~( 3(
February 20, 1990
PENNSYLVANIA POWER & LIGHT COMPANYTwo North Ninth StreetAllentown, PA 18101
Attn: Mr. Ken Anderson, Engineering
SUBJECT: YALYE DATA
Dear Ken,
The valve data you requested at our recent meeting is enclosed,
Please advise if you need further information.
Yours sincerely,
ANCHOR/OARLIH6 VALVE COMPANY
rra vgjg(»
J V
R. W. DommersDirector - Marketing & Sales
/cll
CC:
encl.
J, J. GhappellR. J. Siout
RCf 2. R-PLY-272, Ct 0 P~ c 3Z, of
eI
I )e
'I F007ll vFbc~
i rt II
II
II I
'et(r=t.'6'
I
-oW
e'I III
I~ I«
I e j-
i ltI
I
Ie t
I
llI
I'
«
I Ie
mmes
)cl I I i
e
~ il
( = eI
eg tr
19
I 37cf II ~
I~ I
«looo«rococo oo«ra«t oTooT 0%tete OTTOTC COVCO(.ttt ecaOC e« tt to
~E7
JEEKMESKWRBM~ll&MRRM~REEEW~ERE~RRERREFER<R RERREFER FIRIREFER am a IElmSRREEa REF
rmnanm
lZHRF'-.
REERF~~~ER~/ 4RRRR~RIIF~
Ki
r'rr - P
RRI~~RREEF~RR~WEEW~IRtERIIFS EEL RRREaW
~ ~~
~ ~
IPEIR~~llaKRR~EEeRRRERIRR
r ~'MMXMWMI5RREEER KRRW - =
sfta~r
~ '
~
I- PROSLEN OfCRIPTICNg5'w9
UNf I~I
RE8fONILSLEWORK GROUP
1 5. /Itstrs u-
/ors. /hj&E.ce3
P1-VLV-27K (sv Cl
LABAN
aC ace Oht.IaoRLISad Ip/IIILI Dao
MOOIFlCATION RELATED 0 YES Jk NO HARN
II. WORK CLASSIFICATION QUALITY +YES ASME OOOE ~ YES
0 NO ~7 ~M-EOUIPOVAL.
TECHSPEC
YESO NO
RELIABILITY CI
RELATEO
Oate
INITIAL.INPUTIII. WOAK PLANNING sTATUs iAF
A. IN'LltESTIQATION
PLANT STATUSCOOE
Oate
OItaewlone Atattonaatton Oate
B, WORK PLAN
Q~AyTAr LIES DICER,K A&klERFREO
Qvss
HPREssrIEW
YESNO
RWPMan Hra.
~D Itg~ e/Orris'7/7 fg S7+ZS'P
4 777aS
C. POST MAI TENANCE TESTING REQUIREMENTS~mI52, QQARTe6% QADI QLV Q(HQ;lQQQ~t--tqq-OZq t t Pt ILPCI STAN SutPPLX TBJQ-II
IV. ACTION TAKEN -EQUIPMENT HISTORY SUMMARY
i 56' 003
d~...|,-f .- ~I-~l-~~«-<'.~
s4:IL i 4~ ~ ~'" qLdQu shak.l ~.~c,-ss~t~rt"
Date
'7- a I.% tOate
0 a Autnonxatron Oat ~
R- 0 0 I 7 ~ 18 g g'?
HEALTH PHYSICS
C3 No HP0 HP CK.D RSVP REQUI DQ R
tII(fog7
Com pret
Wo Grou
aaty Controt Review
l0
Da e
V PROBLEM CODEcooy Yea PR08 EM 'cAUsE AcTICN PMIs
hid r" F.Operations Review Date
FORM A~02 1. Rev. 4 PART t —ORIGINAL PART 2 COPY PART 3 COPY
R~g qAM%ASES WORK AIITHORIZA~~-v~v ~7z ~,'
00~ATlOH SHKKT
SWITCH VERIFICATION DATA SHEET
)Qc ~~ ef Qw
52.
VALVE TAG NO.
LIMITORQUE '"~ROPERATOR SIZE
SERIAL NO. ggggygMOTOR SIZE (FT-LBS)
OPERATOR FULL STROKE ( TURNS) 7fg 3l STROKE (4TURNS)
DESIGN T. S. SETTING: BIN. HAX.
)DESIGN) )AS FOUND) )AS LEFT)
FULL OPEN L.S. SETTING:
OPENING DIRECTION TORQUE
SMITCH BYPASS SETTING: A
LOSING DIRECTION TORQUE
SMITCH BYPASS SETTING:
T. S. SETTING (Of'):T. S. SETTING (CLOSE):
LIHITER PLATE SETTING:
CAL. CHART
NORMAL SETTING:
GAL. CHART
MAX. SETTING: ~WCQPr Hg
F onn A~A.502.2 Aer. 0 PART I ORIGINAL PART 2 COPYPD of
/2~ f'5'
~-YLlf-27k J5v 0 Attachment A-Page-4-0WH-
MQTOR OPERATOR INFORMATION SHEET
LIMITQROUK ORDER NO.:
OPERATOR SERIAL NQS.:
ITEM:
-~4~95 ~ 5'f4
OPERATOR TYPE: pi~,5 OPERATOR S I ZE:
DESISN UNIT RPH <AS DEFINED IN LINITQRQUE SEL-. >: Q< 3Q
CORRESPQNDING OPERATOR OUTPUT TORQUE (LB-.-T): 5/~ r . ISS
CORRESPONDING OPERATOR OUTPUT THRUST (LBS): gg g /0 „rg.
MAXIMUM TORQUE SWITCH SETTING:
CORRESPOND ING INPUT TORQUF (LB-FT):(SEE NOTE 1)
CORRESPONDING OPERATOR OUTPUT TORQUE (LB-FT):
iVFg. ~os.
78L> FW Z!i'<
CORRESPONDING OPERATOR OUTPU~ THRUST <LBS>, ~8 f 26 ~i~ ~
GEAR RATIO INFORMATION
gROTOR PINION NUMBER OF TEETH: 3~ MORN SHAFT SEAR NQ. OF TEETI~9
g / ~ IMORN TQ MORN SEAR RATIO: 8<B L
OVERALL ACTUATOR RATIO. < > ~ j 'J
NOTE 1: INPUT TORQUE IS TORQUEHANDWHEEL ON SMB-0 AND
~LIM ITORQUE
0" <le/SS @U~O
FROM WORMSHAFT ON SMB-00 5 000 ANDFRQI'ARGER.
SIGNATURE:
r6j <&-VXV-2H. <S~ g
P . 31.<
LIMITORQUE MOTOR NAMEPI ATE
ORDER NUMBER: BQ ~ 0 f ig
DATA SHEET
0.~ Q(z.lC ~ l/f'ERIALNUMBER: ~0 ~ z
MOTOR NAME PLATE DATA
IDENT IF ICATION NUMBER:
START TORQUE (LS-F.): HORSEPONERt
RUN TORQUE <LB-FT>: i.o
TYPE: FRAME: AMASS: ~~ „~ .
~OTDR BREED <RPM>: l 9'00
<>OLTS: g gQ coos
p.~.A.AMFS> ~t 85. 9
AMB C: 'fo'NSULATION CLASS: g DUTY: + tY>ZIU i
LIMITORG|UE SIGNATURE:
Q8'9/lP It] (a<>fSEg
~ ~pic Z „ha7 du( il
gglll [~g ( H6fg WwK
STANDARD IIANDHIIEEL RATIOS FOR SHB a IIHB UNITS
UNITSIZE
SHB-000
II ANDNI EEL
RATIO
1$ lUNIT RATIO
hllEFF.%
100
UNITSIZE
HHB-00
HANMHEELRATIO
19 $ 1
45$ 1
UNIT RATIO
9.7-22.02 3. 0-109. 0
-EFF.a
6030
SHB-00
SHB-0SB-Q
SHB- lSs-l
SHB-2SB"2
SHB-3SB-3
SHB-4SHB-4TSB-4
SHB-5SHB-5T
1$ 1ii.38$ 1
8.93$ 121. 1$ 1
33$ 154. 1$ 1
10.75$ 125. 3$ 149.0$ 166.7$ 1
9$ 1
22. 3$ 140.5$ 157.4$ 1
7. 15$ 111.07$ 128. 37 $ 1
39.4$ 155. 36 $ 1
8. 7$ 1
13.06$ 1
33.69$ 1
39.87$ 159.13$ 1
86 $ 1)163. 5 $ 1)
142.0$ 1)269.8$ 1)
hllhll
11.2-26.126.4-96.2
102.6-150.8158.3-247
11.6-25.627.2-88.4
92.4-171.6191. 7-234
10.6-25.526.2-82.5
Si. 8-150153-212.5
11. 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
131.8-147.9152.1-219-3
61.4-93.4
101.4-230.2
10095
60302525
60302525
6Q302525
6060302525
60603Q2525
25
25
NHB-0
HHB-2
IIHB-3
IIHB-4IIHB-4T
15.7$ 1
37$ 158$ 1
95$ 1
14.5$ 1
34$ 166 190$ 1
13.3$ 1
33$ 1
60 $ 1
85$ 1
10.3$ 1
16$ 141$ 1
57$ 1
80$ 1
12.7$ 1
50$ 1
58$ 1
11.2-26.126.4-96.2
102.6-150.8158. 3-247
11.6-25.627.2-88.4
92. 4-171.6191. 7-234
10.6-27.226.2-82.5
84.8-150.0153-212.5
11.1-24.125.7-37.335.9-95.5
98. 6-132. 8138. 4-186-4
10. 1-32. 340.0-124.9
131.8-147 9
«This ratio supplied when torque requiredexceeds 65 ft/lbs.
Q For SHB-5 and SllB-5T unit, this ratioprovided as standard. Alternate ratioshcwn provided only on request.
60302525
60302525
60302525
6060302525
603025
I
a
?"
O
SEL llSection 9Page 2 of 2
Cg z8 vs-27z g,~ gpQ{ j j gf Cf
.Anchor/Darling Valve Company .
Williamsport, Pa.
Class 1 Valve Design Calculations1971 ASME Section III, Thru Winter 1972 Addendum
Valve Size: IO'00 L b & 7 8
Design Report No.: E 5 ~5 ~
Customer: Bechtel Power CorporationPurchase Order:Design Specification: $'F5 6- t
Valve No.: I o- E 8p - c T- @no- F oo 2 -F'o-zBR-c,>-+0-Fo03-T
Bechtel Item No.: s,l4.2
3
DATE: « Prepared By:
Checked By:
Ola~p
SE
0 R
Customer:
Prepared by:
S.Q. No.
Vlv.Size, Press. 8 Type
No.Req'd 8 (Item No.)
Ref. hing. No.
ANCHOR/DARLING VALVE CO.
MOTOR OPERATOR DATA SHEET
P.O. No.
Approved
by'/3-
)3 0I 93- 19 8'OQ.
~eF F4-YLV- Z7Z Rrv'
Pge qo .Pq
ShtZ kf
Seat Hean Dia.In. 8 Area In. ~ A .7854 x4 =.7FSM H.I9 g g.332 System Design Press. PSI
3 Design Diff. Press. PSI
4 Disc Thrust LBS
5 Stem Thrust Tent. LBS
6 Stem End Thrust
7 Stuff Box Load LBS
8 Total Stem Thrust LBS
= Line Pressure ~ g= nP
Td = A x P (Line 1 x Line 3)
Use
= T = T x f (Line 4 x Coeff Friction)*2= T = .7854 x 0 x Pl (stem area x Line 2e s
= Ts
= F = Tt + Te + T (Sum of Lines 5,6 & 7)s
/ Goo
I 6/2 5'
500
9
S"VS'Coefficient
of Friction: Double Disc
Flex Medge
.2
.3V
Globe Valve 1.1
4-VLY-272. Rc/ oPgc ~1 Z~>
PENNSYLVANIA POWER & . LIGHTSusauehana Steam Eleqtric $ tation
MOV - Design Bases ReviewVALVE TAG NUMBER:HV-155F003 UNIT 1 PRIORITY: 2
VALVE DWG NO.FF110100-6101 MFG. ANCHOR DARLING
DESIGN DATA
Valve Type GT
REF NO MATERIAL DIMENSIONAL DATA
Stroke Length (in) 10 '25REF NO
22Valve Size 10. 00 Stroke Time (sec)
50'ressureClassValve CodeArea/RoomElevation
600SR
28/I-202708
'',16 Stem Diameter (in)Stem Pitch (in)Stem Lead (in)
1 ~ 8750 '30.66
Orifice Diameter (in) 9.187 22
Line No. DBA-102 Stem Material A276-410T
Actuator SizeValve Oiientation
SMB-1-40
Stem Orientation RPower Supply 1D264031
Normal Valve Pos 0 Stem Mod of Elasticity 29.200Stem Mod of Rigidity 11.300Valve Thrust CapabilityDsk Guide Fac Mat SA2 16-WCBDsk Seat Surf Mat STELLZTE
2121
Rework Window OC-1, 2 & 3 - 14 DAYS (3 ~ 5 ~ 1)
DEFINITION OF SAFETY RELATED FUNCTIONHV-155F003 A NORMACONTAZNMENC'SOLATIISOLATE HPCI ON A SOVERPRESSURE AND 0ISOLATION. RC'COVERYIS NOT CLASSIFIED AS
LLY OPEN VALVE, IS THE HPCI STEAM SUPPLY LINE INBOARDON VALVE. THIS VALVES SAFETY FUNCTION IS TO CLOSE TOTEAM LINE BREAK TO PREVENT TURBINE EXHAUSTN LOW STEAM LINR PRESSURE AND PROVIDES CONTAINMENT
FROM MISPOSITIONING IS NOT REQUIRED SINCE THE VALVEPOSITION CHANGEABLE.
VALVE OPERATIONAL DATA
Max Diff PressDir Diff PressFlow RateLine Press(psigFluidProcess Temp(F)Duty CycleTime Line (sec)Envr Profile(F)Initiate SignalValve Cycle
Lrpe Brk
1030
216K1040
551
139P4
Smal BrkLOCA
1030
216K1040
551
139P4
O,C
BlackoutNA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
HELB
1146
648K1146
563
130DP1
LOOP
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
FireNA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
InadvertOper
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
SNT 8Y:Xerox Telecopier 7020 : 3-2~7 : 10:55
Anchor/DarlingVatw Company
701 FIRST STAggt.O. ICN 4444WILUAQIKNT,fA 1770144%P1Q 447~TRAX'. 7QN43
FAX: (717) 327MOS
7$ 700000~ 27f 770 7d30 lN T
LV-Z7> Rcv oRcP. 1$
P~~q M2.~P ~>
Date 3 zr ~
Fax 2 ~5'- v v - 7 s s
TQ: oC peal
SUBJ: JO9
War ~oWor 0 a%
or S B
Signed:
Close
lose Stroke Time 35.558 seconds
Tag Nuaber:%155FIt3.Test thawer '5
Test Date .'8/3/98
Open
Open Stroke The 34.Mi seconds
Close &pass Time 33. i96 seconds Open 8gess TiIe
tax Running Force -2639 lbs
Avg Running Force -2229 lbs
Thrust at CSI'3287 lbs
tax Ihnning Force 2K?A lbs
Avg Running Force 2286 lbs
Thrust At Disc Pullout 24863 lbs
thxiea Thrust -&75 lbs
Disc-To-Seat Thrust at (Zl'-3959i lbs Torque %itch Setting (0/C) 3,II/38
high packing load on opening stroke. Thrust target Iet.
