ML20205G031
| ML20205G031 | |
| Person / Time | |
|---|---|
| Site: | Beaver Valley |
| Issue date: | 03/24/1987 |
| From: | Carol Hill DUQUESNE LIGHT CO. |
| To: | |
| Shared Package | |
| ML20205F939 | List: |
| References | |
| NUDOCS 8703310358 | |
| Download: ML20205G031 (118) | |
Text
DUQUESNE LIGHT COMPANY BEAVER VALLEY POWER STATION UNIT N0. 2 4: ~
ENVIRONMENTAL QUALIFICATION OF MECHANICAL EQUIPMENT J
Mechanical Equipment Qualification File No. 001-09 Revision 5 Specification No. 2BVS-001 Pacific Charging Safety Injection Ptaps LJCh/w 3/u.47 ak a %d se-er Prepared by Date Checked by Date 7k M!4
//
DLC Approval Dat'e O
Impel 1 Job No. 1290-005-1671 870331035887o3E
{UR ADOCK 05000412 PDR
Mechanical Equipment Qualification File No 001-09 Revision 5 O
RECORO OF REVISION Revision Description Date A
Draft 09-18-84 0
Original Issue 09-28-84 1
Pages 1, 2, 3, 8, 9, 19 and 10-15-84 2
Pages 1, 2, 3 and 10-23-84 5 3
Pages 1, 2, 6 and 25 05-15-86 4
Pages 1, 2, 5, 9,10 and 18 09-30-86 5
Pages 1, 2, 5, 9 and 10 - 18 03-19-87 O
i O
Page 2 of 32
l Mechanical Equipment Qualification File No. 001-09 Revision 2 TABLE OF CONTENTS Title M
Equipment List 5
Equipment Evaluation 6
Mechanical Equipment Environmental Oualification Worksheet 11 Component Materials Evaluation Worksheet 19 Component Materials Evaluation Worksheet References 32 ATTACl84ENTS Attachment Title 1
O Charging Pump Installation Manual (Excerpts)
(SaW File No. 2502.320-001-001J) 2 Record of Conversation:
L. Williams (Crane) and X. Trotta (Impell), dated 11-10-83 3
Union Carbide Technical Information Bulletin No. 524-206 (Excerpts) 4 Crane Bulletia No. P-3024 (Excerpts) 5 Record of Conversation:
M. Bosserman (Pacific Pump) and F.
DiPaola (Impell), dated 9-14-84 6
Record of Conversation:
B. Mondics (Nuttall Gear) and F.
D1Paola (Impe11), dated 9-17-84 7
Record of Conversation:
J. Power (Brown & Sharpe)'and F.
DiPaola (Impe11), dated 9-24684 8
Record of Conversation:
G. Martin (Zurn) and F. DiPaola (Impe11), dated 9-14-84 9
Record of Conversation:
J. Yakubowski (Armstrong) and K.
Trotta (Impe11), dated 11-11-83 O
i0 Records of Conversation: N.McFadden(
teu andF.
DiPaola (Impe11), dated 9-14-84 and 9-24-84 Page 3 of 92
Mechanical Equipment Qualification File No. 001-09 Revision 0 ATTAC)MENTS Attacheent T1t1e 11 Record of Conversation:
E. Chambers (Kingsbury) and F.
DiPaola (Impe11), dated 9-6-84 12 Hammel Dahl Control Engineering Data HD13013-1 with parts list and illustration 13 The Condensed Chemical Dictionary 10th Edition, G.G. Hawley (Excents) 14 Nuclear Engineering Handbook, H. Etherington (Excents) 15 Engineering Guide to the DuPont Elastomers (Excents) 16 Hannel Dahl Control Engineering Data HD13006-2 O
i
- O Page 4 of 32
O O
O ENVIRDWiENTAL QUALIFICATION OF MECHANICAL EQUIFENT IlfELL JOB NO. 1290-005-1671 DUQUESNELICHTCINANT SEAVER VALLET POWEW STATION, UNif NO. 2 f% STER LIST GF SAFETT-RElATED ACTIVE MECHANICAL ERillPMENT SORTES 37 MEQ FILE EQUIPfGT IB ERillPMENT TTPE M4NUFACTilRER 10 CATION Eli STAfilS TDfERATIRE PROFILE RAB ZDNC SPEC N00 MllEL NO.
MCQ FILE PRESSIRE PROFILE s eese ne***eten unseeeneeenesees en nesseeeneneses ee+++ - eeeee*****e*
eteeeeee***eseeeene seeee neseeeeeeeet sessen 2CHSeP2tA CHARCINC/SI PlW PAtlFIC PIMP AD 736 Q
FICIME VillJ ZONE '19 2BVS-008 2 1/2 RL IJ ER001-09 FICIRE VillL 2CNSeP219 CHARCINC/SI PIN IPACIFIC PIN AB 734 Q
FICURE UlIIJ ZONE 41 20VS-000 2 1/2" RL IJ MCQ001-09 FICURE VIIIL 2CHSeP2tC CHARCINC/SI PIN PACIFIC Pl w AB 7.16 Q
FICIME VIIIJ ZONE 40 28VS-001 2 1/2' RL IJ MFR001-09 FICIRE Villt S
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Mechanical Equipment Qualification File No. 001-09 Revision 3 EQUIPMENT EVALUATION I
1.0 DESCRIPTION
4 This evaluation pertains to Pacific Charging Safety Injection Pumps procured in accordance with Specification No. 28VS-001.
The specific identification of each pump, its model number and location 1
is found in the equipment list.
The materials of construction for the pimp, gear unit, oil pump, couplings, bearings, shaft seal, 3 way valve, diaphragm operator and pneumatic controller were deter-mined from the Installation and Maintenance Manual (Attachment 1),
various records of conversation with the equipment manufacturers and Hammel Dahl Control Engineering Data ( Attachments 2 and 16). The auxiliary lube oil pump and associated components was not material within the scope of this package as they would not be relied upon for pimp operation subsequent to an accident ( Attachment 1).
Listings of subcomponent materials and their tolerance to tempera-ture and radiation are shown on the Component Materials Evaluation Worksheets (04EW).
2.0 QUALIFICATION EVALUATION O
Ta = au a= ad
==ac'
- 4 ca aaa a*= r iac
- d 'a *a aa 'ii rr Building pump cubicles and are therefore evaluated to the ostulated conditions for this location, as shown on the Environmenta Qualifi-cation Worksheet.
2.1 Temperature The maximum postulated accident temperature is 150*F.
2.1.1 Pump and Thrust Bearing The limiting non-metallic material in these components for this parameter is a Buna-N 0-ring in the pump, which is capable of withstanding an operating temperature of 250*F (Reference C).
2.1.2 Shaft Seal The limiting non-metallic material in the shaft seal for this parameter is Cranelast (Etttylene propylene rubber),
which is used in the 0-ring and bellows. Cranelast is suitable for use with temperatures of up to 300*F (Reference C).
O l
Page 6 of 32 i
-e Mechanical Equipment Qualification File No. 001-09 Revision 0 1
EQUIPMENT EVALUATION (continued) 2.1. 3 Gear Unit The limiting non-metallic material in this component for this parameter is a neoprene gasket, which is capable of withstanding temperatures of up to 248'F (Reference K).
2.1.4 011 Pump The limiting non-metallic material in this pop with respect to temperature is the Buna-N seal ring, which is capable of withstanding temperatures on the order of 250*F (Reference C).
2.1. 5 Couplings The limiting non-metallic materials in these components for this parameter are a Buna-N 0-ring and an Asbestos /
Nitrile Rubber gasket, both of which are capable of withstandirg temperatures of up to 250*F (Reference C).
2.1. 6 Three-Way Valve The limiting non-metallic material in this valve for this parameter is Teflon, used with asbestos in the packing.
Teflon is capable of withstanding temperatures on the order of 550*F (Reference C).
2.1. 7 Diaphragm Actuator (for Three-Way Valve)
The limiting non-metallic materials in this component for this parameter are Buna-N and nylon diaphragms and a Buna-S gasket, all of which are capable of withstanding temperatures of up to 180*F (Reference C).
2.1.8 Pn maatic Controller i
The limiting non-metallic material in this component for this parameter are the Buna-N/ nylon diaphragus, which are capable of withstanding temperatures of up to 180*F (Reference C).
i i
Therefore, the pump and associated components are considered capable of withstanding the postulated accident temperature condition.
O l
Page 7 of 32
i Mechanical Equipment Qualification File No. 001-09 Revision 1 EQUIPMENT EVALUATION (continued) i 2.2 Radiation i
The postulated 40-year-plus accident dose is 1 x 107 rads.
2.2.1 Puus and Thrust Bearing The limiting non-metallic material in these components for this parameter is the ethlene propylene rubber 0-ring in the pump which is capable of withstanding doses of up to 1 x 107 rads (Reference D).
2.2.2 Shaft Seal The limiting non-metallic mateHal in the shaft seal is Cranelast (Etitylene propylene rubber), which is used in the 0-Hngs and bellows.
Cranslast is capable of with-standing doses of up to 1 x 107 rads (Reference D).
t 2.2.3 Gear Unit O
The limiting non-metallic material in the gear unit for this parameter is the neoprene gasket which experiences a 505 reduction in ten.sile and elongation properties after exposure to 9 x 101 rads and 1.9 x 10/ rads, respectively (Reference H and D).
2.2.4 011 Pump The limiting non-metallic material in this pump with respect to radiation is the Buna-N seal ring, wti ch is t
capable of withstanding doses of up to 1.5 x 10' rads (Refe mnce E).
2.2.5 Couplings The limiting non-metallic materials in these components for this parameter are the Buna-N 0-ring and nitrile 2
rubber composition (with asbestos) gasket, both of which ca7 withstand doses of up to 1.5 x 10/ rads (Reference E).
I O
Page 8 of 32 l
Mechanical Equipment Qualification File No. 001-09 Revision 5 EQU!PMENT EVALUATION (continued) 2.2.6 Three-Way Valve The. limiting non-metallic material in this valve for this parameter is Teflon, used with asbestos in the packing. Teflon can only withstand doses on the order of 3.4 x 10' reds (Reference D).
2.2.7 Diaphragm Actuator The Ifmiting non-metallic material in the actuator is the Buna7 rads (g, which can withstand doses of up to N 0-rin 1
1.5 x 10 Reference E).
2.2.8 Pneumatic Controller The Ifmiting non-metallic material in this component for this parameter is the Delrin nozzle 11ock, which can only withstand doses of up to 4 x 10' rads (Reference H).
O Therefore, the pup, thrust bearing, shaft seal, gear unit, oil pump, couplings and diaphragm actuator are considered capable of withstanding the postulated 40-year-plus accident dose.
The three-way valve with Teflon composition packing and the pneumatic controller with a Delrin nozzle block are not considered capable of withstanding the postulated 40-year-plus accident dose.
(See Section 3.0 for justification) lr 2.3 Pressure The maximum postulated accident pressure is 0.90 psig.
F The pump maximum design pressure is 200 psig at 3007 (Attachment 1, pg. 6) and the minimum pressure expected in the shaft seal packing box is 20 psig (Attachaent 1, pg.16).
The lubricating oil system is designed to provide oil to the pump in the range of 15 to 18 psig (Attachment 1 pg. 3).
Therefore, the minimus operating pressure of the three-way blending valve, thrust bearing oil pump and gear unit must be at least 15 psig.
~
Page 9 of 32 l
i l
Mechanical Equipment Qualification File No. 001-09 Revision 5 EQUIPENT EVALUATION (continued)
The three-way valve pnematic actuation and controller are designed to operate in a range of 3 to 15 psig (Attachment 1 pg. 23).
The couplings are not a pressure retaining component, and are therefore, expected to perform as required when exposed to a pressure environment of 0.90 psig.
Therefore, the pups and associated components are considered capable of withstanding the postulated accident pressure i
condition.
2.4 Humidity The maximum postulated relative humidty is 1005. The pump and associated components when fully assembled are sealed units.
Therefore, the pups and associated components are considered capable of withstanding the postulated accident humidity condition.
2.5 Chemical Soray The pump and associated components are located outside the reactor containment and would not be exposed to chemical spray.
3.0 CONCLUSION
Environmental qualification of the chargine pump, thrust bearing, shaft seal, oil pump, gear unit, couplinga and diaphragm actuator have been satisfactorily addressed.
They are considered capable of withstanding the postulated environmental conditions to which they would be exposed.
The three-way valve and pneumatic controller are not considered capable of withstanding the postulated environmental conditions due to the limited radiation resistance of their subcomponents.
However, SEC Engineering Analysis Supplement No.1. EAS-2, Rev.1 c
to MEQ File 001-09, indicates that SEC has perforund a location specific calculation (SEC Calc. Mos.12241-UR(8)-144-2, Op No.16 i
and 12241-UR(3)-154-2), which sh:vs that the actual radiatLon environment for poematic temperature controller is 4 x 100 reds.
EAS-1 to this supplement determines that the teflon packing is to be replaced with Grafoil.
c 4.0 MAINTENANCE l
No specific maintenance beyond the manufacturer's requirements is necessary to maintain environmental qualification of these pumps.
Page 10 of 32
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References:
1.
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Appendix A of Equipment Qualifica_ tion Report Volume 1 Revision 1, dated September 20, 1986.
2.
IES File 001-09, Rev. O.
Page 11 of 32 Revision 5
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O Duquesw L1ght Campest i
Seever Valley Power Station. Unit No. 2 Prepared by: M bate: 981/4 i
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ECIENICR EQUIPENT ENVIA010 ENTE QUALIFICATION NORKSIEET l
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References:
- 1. Appendix A of Equipment Qualification Report Volume 1, Revision 1, dated September l
20, 1986.
2 IEQ File 001-09. Rev. O.
l I
Page 12 of 32 Revision 5 1
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O Dmpsesne Light Campany Reaver Va11Ry Power Station, Unf t No. 2 Prepared by: NM Bate: 9 ~2t'#4 Impe11 Job No.1290-005-1671 Checked by: h 2 M w Date: 9dTM
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A'ppendix A of Equipment Qualification Report Volume 1, Revision 1, dated September
References:
1.
20, 1986.
2.
E Q File 001-09. Rev. O.
Page 13 of 32 Revision 5
Dug.... a.ight Campasqr Beaver Valley Power Station Unit No. 2 Prepared by: M d-Date:
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l Impe11 Job No.1290-005-1671 Checked by:hhkhWoc/ Bete: 9ls?N :
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References:
- 1. Appendix A of Equipment Qualification Report Volume'1, Revision 1, dated September 20, 1986 2.
IEQ File 001-09, Rev. 0 Page 14 of 32 t
Revision 5 i
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O Ouquesne Light Campany Prepared by:
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Date: Y ~l# 4 seaver Valley Peuer station Untt No. 2 lapell Job No. 1290-005-167I Checked by: MbhDW Date: OrltM r
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References:
1.
A'ppendix A of Equipment Qualification Report Volume 1. Revision 1, dated September 20, 1986.
2.
IEQ File 001-09. Rev. O.
Page 15 of 32 Revision 5
Dug
.1ght Company Beaver Valley Power Station. Unf t No. 2 Prepared by: _ON d
Oa :, -18#4 Impe11 Job No.1290-005-1671 Checked by:[1_L MvRMbocasta: 999-9d ECHANICE EQUIPENT ENVIROMENTE ?S11FICATICII NORKSEET (CONINUED) i i
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References:
1.
lippendix A of Equipment Qualifica. tion Report Volume 1, Revision 1, dat5d September
- 20. 1986.
j Q File 001-09,fW. O.
}
2.
'l 3.
For Resolution of Padiation Qualification :ee SWEC Engineering Aniiysis Supple 1ent No.1 EAS-1, ' Revision 1 to MEQ File 001-09.
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Revision.,5
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E l
l l (desroes F)
IEQUIPIENT TYPE:
saavuum I
)
i3 Velve Pressere z
l' I 0.90 1
3 (Section 1.3) unne Actuator (aste) t unuseum s
i Cenoflem I telettve 100 1
188 (Sectten 2.4)
Ilene a
Itemidity LS)
,ISOEL 110.:
sestesama a l
l
{
l A41ABBEA35 ll5 prey 1
M/A i
1 J
N/A (Secties 2.5)
Ilene I
r l
i l
1 l
lLIIIITIIIS ENIAWBEN I l es-Tear unmei l l
I lLOCATIsl:
lRedfatten Rose 1 3 x 106 l
3
{
l l
g I
AB736 (Reds)
I l
l l
2 l
l i
l l Total 1
l I
l l (Section 2.2) l Ilene l
tIntegrated i
1 x 107 1
1.5 x 107 RAS 2mE:
Redfatten Rose l
l j
LCescles 39
. 41 I l (Sedst i
l 1
I i
6 l
References:
- 1.."h w. dix A of Equipment Qualification Report Volume 1 Revision 1, dated September 20
, 1986.
i 2.
IE4 File 001-09, Rev. O.
I
~
I Page 17 of 32 i
1 i,
Revision 5 i
uuquewe Light Compasy Beawar v v Power Statica. U31t No. 2 O
_ 'k8/M. QtM/ 8 Prepared tw:
ImpeiI J.
1290-005-1671 Checked by
~/
m
- i. g Deto: _1[2_ / A l
MECHANICE EQUIPIENT EWIROISENTE 00RIFICATIC11 WOKSHEET (CollTIlluED)
MEQ File No. 001-09 I
i U l EQUIPIENT DESCRIPTION
' ENIAlusENTAL.I FUSIIR.Altp ENTI- _ _E l
_ _5P 5tB ENTI-- _ _WI I
I GUTSTANDING l
PAARIETER VRUE l
KFEEEE VKUE EFEEEE ITEIIS I
l i
l i
isrtE./P.U. up.:
I matams' I
I i !
12BV-001 flTenPereture 1
150 l
1 1
ISO I (Sectlen 2.1) l Mone I
r i
l ll(desseesF) l l
l
- i l
EQUIPIENT TVPE:
limmtania l
I I
I E
l Pneumatic Controller llPsessese 1
0.90 1
1 1
3 l (Sectfen 2.3) i Ilone i s' 4
ll(esfe) l
'l l
I I
I
, unNuFACTURER:
limatsum I
I 1
I r
I I
l l Ametet llSelettwe i
100 1
1 1
100 I (Section 2.4) i None I
l lillemddity (O l
l 1
l l
MODEL IID.: 40 Ceate1surAf I
I i
Z l
. S l
II/A l
1-I N/A
- (Sectlen 2.5) l Mone ll pray l
l l
l
,LIMITIIS EinflRGIBEIIT ll40-Year Ilommel I I
I i
I I
l iltedfatten asse 1 3x108 ILOCATICII: AB736 lifAnds)
~
l 3
8 i
l
)
i I
llTotal r
l l (Section 2.2) 1 Mene l 3 t
2 l
l l
Pump iland Att u unse i I
I I
I I
filntegrated I
1 x 107 l
3 l
4 x 105 l (Sectla 3.0) l l
In40 2aIE:
l Cubicles 39. 40, 41 Il(ands;, _
l l
I l
i I
Ref3vences:
- 1. Appendix A ot Tu!P*nt Qualifica. tion Report Volume 1, Revision 1, dated September 20, 1986.
2.
MEQ File 001-09.
3.
For Resolution of Radiation Qualification see SWEC Enaineerina Analysis Supplement No. 1, i
EAS-2, Revision 1 to MEQ File 001-09.
Page 18 of 32 Revision 5
Duquasn'
'ht Company Prepared by: dm1 %.<d__ Da0
-'.> e<e Braver
...y Power Staticn, Unit Ns. 2
/
j Imp 211 Jcb N3.1290-005-1671 Chacked by:
4%
Dato: /o-/SM ',
/
COW ONENT MATERIALS EVALUATION WORKSHEET i
MEQ File No. 001-09
)
Model No;.. 2-1/2,RG,1J PUW (Pacific) 4 COWONENT MATERIAL TEWERATURE (*F) l REFERENCE RADIATION (RADS)
REFERENCEl l
l l
l I
i l
N:n-Metallic (Note 1) l l
l l'
l l
l l'
l Gaskets:
lFlexitallic l1490 l
A l1 x 1010 l
g l
' Head, Inner Head
!(Asbestos /304SS) l l
l l
l Bypass, Compression l
l l
l l
l l
l I
I I
I I'
2 iGaskets:
! Compressed Asbestos Sheet l1490 l
A l1 x 1010 l
g l l 1
End Cover & Reservoir l
l l
l l
- Cover (Att. 5), Inbrd l
l 1
& Otbrd. Prtng Flange l
l l
l l
l l
l 1
10-Ring, Seal Housing iEPT Rubber (Attachment 5) 1325 C
1 x 107 1
D l
l (Ethylene Propylene) l 1
l l
l l
l l
l0-Ring, Retainer PlatelBuna-M (Attachment 5) 1250 i
C 1.5 W 107 i
i i
i Il i E
l l
Metallic l
l l
l l
l I
I I
I i
Pump Shaft A276 414 (Metallic parts are l
N/A (Metallic parts are l
N/A l
i Daflector Ring 18145 836 lnot considered sensi-l lnot considered sensi-l l
Bearing Housing lA216 WCB ltive to thermal l
(tive to radiation l
l Spacer lA296 CA6MM Idegradation) l Idegradation) l l
4 Key lA276 304 l
l l
l l
Werring Ring lA276 440A l
l l
l l
Washe'r lA434 BC l
l l
l l
4 Impeller
'A296 CA40 l
1 l
I l
,A276 440A l
l l
l W:aring Ring lA276 440A l
l 1
{
Ccver lA296 CA61M l
l l
l l
i I peller lA296 CA40 l
l l
l l
l 1
1 I
l l
NOTE 1: Materials determined using Attachment 1, Page 10 of 25 with a Part No./ Material Code No.
Page 19 of 32 l
Cmss-Referenced in Pages 11,12,13 and 14 of 26s gewision 1
4 Duqua ight Company Beavtr Va11cy Pown.t St&tica. Unit No. 2 Pr: pared by: d4[
Date
-/Jhf4 Impell Job No. 1290-905-1671 Checkedby:[/d MAD &wAate: MM j
t COW ONENT MATERIALS EVALUATION NORKSHEET (CONTINUED) l MEQ File No. 001-09 Model No: 2-1/2 RG-1J PUW (Pacific) l l
l l
l l
I l
1 COW ONENT l
MATERIAL l
TEWERATURE (*F) lREFERENCEl RADIATION (RADS) litEFERENCEI I
I I
I I
i l
i I
i 1
IMetallic (Continued)
I l
l l
l l
3 I
l 1
I I
I l
l Spacer lA296 CA618t I (Metallic parts are l
N/A l (Metallic parts are i
N/A l
ICase ISA182 F304 l not considered sensi-1 I not considered sensi-l l
i ICase ISA351 CF8 l tive to thermal de-l l tive to radiation de-l l
)
l Nozzle lSA182 F304 l gradation.)
l l gradation.)
l l
l Nozzle ISA182 F304 l
l l
l l
IFeet lSA351 CF8 l
l l
l l
l Guide IA479 304 l
l l
l l
l Baffle 18584 836 l
l l
l l
1 l Retainer, Seal Ring lA5761022 l
l l
l l
j IJournal Bearing lA5761117 l
l l
l l
ISeal Ring 18584 836 l
l l
l l
1 IThrust Collar lA5761040 l
l l
l l
l Thrust Nut and A434 BC l
l l
l I Lockwester l
l l
l l
End Cover A216 NC8 l
l 4 Bearing Housing
, A216 NC8 IJournal Bearing l A5761117 l
l l
l l
l l
l lB6shing lA276 440A 1
l l
l 18ypass Pipe ISA312 304L l
l l
l l Bypass Flange ISA312 304L l
l l
l l
Shaft Sleeve A276 410 l
l l
l l
Spacer
, A5761022 l
l l
l Balancing Drum l Diffuser lA276 420 l
l l
lA296 CA6101 l
l l
l l
)
l Diffuser IA296 CA6000 l
l l
l l
l 1
l l
l l
l 4
l Page 20 of 32 Revision 0 i
a
Duque Light Company Beaver Valley Power Station, Unit No. 2 Pr: pared by: d d
Date e ~2/8f Impe11 Job No.1290-005-1671 Checked by:
M D4bo v Date: Nfdl COW ONENT MATERIALS EVALUATION NORKSHEET (CONTINUED)
Model No: 2-1/2 RG-1J PLNF (Pacific) i l
J l
l l
l l
COWONENT MATERIAL l
TEWERATURE (*F)
REFEREEE RADIATION (RADS)
REFERENCE l l
l I
l iMetallic (Continued) l l
l l
l l
l l
'l
'l l
l Discharge Head lSA182 F304 l (Metallic parts are l
N/A (Metallic parts are l
N/A l
l Drip Pocket lSA351 CF8 l not considered sensi-l l not considered sensi-1 I
l l Key lA276 304 l tive to thermal de-l l tive to radiation de-l l
l l Plate l A5761022 l gradation.)
l l
l Seal Hsg.
lSA182 F304 I
l l gradation.)
l l
l l
l l Seal Hsg.
ISA182 F304 l
l l
l l
l Key lA434 BC l
l l
l l
l Spacer lA473 410 l
l l
l l
i l collar lA276 410 l
l l
l l
I l Socket Head Capscrew l18-8 SST l
l 1
l Discharge Diffuser lA296 CA6tM l
l l
lCapscrew lA276 304 l
l l
l l
l 1
i l Key lA576 GR 1022 l
l l
l l
1 1
l Cover Plate lA576 GR 1022 l
l l
l l
l Plate l AS761022 l
l Key lA276 304 l
l l
l Assembly Rail IA276 304 l
l l
l l
l l
l Nut ISA194 7 l
l 1
l l
l Stud ISA193 87 l
l l
l l
l Setscrew l18-8 SST I
i l
l l
l Setscrew l18-8 SST l
l l
l l
l l Split Ring lA276 414 l
l 1
l l
i IBaffle l A216 NCB l
l l
l l
i l Seal Msg.
ISA182 F304 l
l l
l l
l Seal Hsg.
lSA182 F304 l
l l
l l
I l
1 I
l l
l t
Page 21 of 32 Revision 0
)
1
Duques a.ight Company Prepared by: ON Beaver Valley Power Station, Unit No. 2 pate
-l#- #4 Impell, Job No. 1290-005-1671 Checked by:
M/May/ Date: ML COW ONENT MATERIALS EVALUATION WORKSHEET (CONTINUED)
MEQ File No. 001-09 Model No: 2-1/2 RG-1J PUW (Pacific) l I
I I
I I
l I
COWONENT l
MATERIAL l
TEWERATURE (*F) lREFERENCEl RADIATION (RADS) l REFERENCE l 1
1 I
I I
l l
l l
1 1
I l
l Metallic (Continued) l l
l l
l l
i i
i l
I i
I l
ILocknut lA276 410 l (Metallic parts'are l
N/A l (Metallic parts are l
N/A l
l Sleeve lA276 410 l not considered sensi-l l not considered sensi-l l
l Socket Head Capscrew lSA193 86 l tive to therinal de-l l tive to radiation de-l l
IDowel lA276 304 l
t l
l Retainer lA276 410 l gradation.)
l l
1 l gradation.)
i ILocking Key lA276 304 l
l l
l l
l Nut lA194 2H I
l l
l l
l Stud IA193 87 l
l l
l l
)
l Stud IA193 87 l
l l
l l
IStud lA193 87 l
l l
l l
l Nut lA194 2H I
l l
l l
IFlange 11500d ANSI l
l l
l l
l Locking Key lA276 304 l
l l
l l
IDowel lA276 304 l
l l
l l
l Dowel lA276 304 l
l l
l l
l Socket Head Capscrew lA276 304 l
l l
l l
IPlug l A182 316 l
l l
l l
l lSkt Head Capscrew l18-8 SST l
l 1
ISetscrew A276 410 l
I i
1 I
I l
I I
l l
1 1
I I
I I
I I
I I
l l
l Page 22 of 32 Revision 0 1
1 0
Duque ne Light Company l
Beaver Valley Power Station, Unit No. 2 Prepared by: N Date
-/814 Impe11 Job No.1290-005-1671 Checked by:
[e # h b N Date: 92 ppd COMPONENT MATERIALS EVALUATION WORKSHEET MEQ File No. 001-09 Model No: JHJ-7 THRUST BEARING (Kingsbury) (Attachment 11) 1 I
I I
I I
I I
I l
COWONENT I
MATERIAL I
TE8FERATURE (*F) lREFEREEEl RADIATION (RADS) lREFERENCEI I
I I
I 1
i i
I I
INon-Metallic I
l l
l l
l 1
I I
I I
I INone I
i l
i l
i l
I I
I I
l l
I I
I I
I I
I lNeta11tc l
l l
l 1
l I
I I
I I
I l
lAll Components IMetallic l(Metallic parts are i
N/A l(Metallic parts are N/A i
l l
Inot considered sensi-1 Inot considered sensi-1 I
I ltive to thermal i
ltive to radiation l
I I
i ldegradation) l l degradation) l l
I I
I I
I I
I l
l l
l l
l 1
I i
l I
I I
I I
I I
I i
I l
i i
i I
I I
I I
l l
1 1
I i
i 1
I I
I I
I I
i l
i l
i l
i I
I I
I I
I I
I i
i I
i I
I i
I I
I I
I I
I l
1 I
I I
I l
l I
I I
I I
l I
I I
I l
I 1
I I
i l
i l
,i i
Page 23 of 32 l
Revision 0 i
Duque Light Company Pr:ptred by: d Date
/-//'##
Beav:r Valley Power Station, Unit No. 2 Impell Job No. 1290-005-1671 Checkedby:[
l(b/f/cwtAate: 9229d COMPONENT MATERIALS EVALUATION WORKSHEET MEQ File No. 001-09 Model No: IB-RS SHAFT SEAL l
J l
t l
COW ONENT MATERIAL TEWERATURE (*F)
REFERENCE RADIATION (RADS)
REFERENCE 1
Non-Metallic i
l l
I I
I I
I i
10-Rings Bellows ICranelast (Ethylene 1325 l
C 11 x 107 D
l l Propylene Rubber l
I l
l I (Attachment 2) l l
l l
l l
l l
l Packing Assembly lASTM-A-276 SS/1625GF 11000 l
F II.5 x 109 i
G l
l l (Graphite Filament) l l
1 l
l l
l (Attachment 4) l l
l l
l I
I I
I I
l l
l 1
I l
l I
i luetallic I
I I
I l
l 1
1 I
I I
i l
l l Mating Ring lTUNG. CARB.
l(Metallic parts are l
N/A l(Metallic parts are l
N/A l
l Primary Ring (CARBON Inot considered sensi-l Inot considered sensi-l l
l Retainer 1316 SS ltive to thermal l
Itive to radiation i
I ISpring 1316 SS Idegradation) l idegradation) l l
l Disc 1316 SS I
I l
l l
l Drive Band 1316 SS l
l l
l l
l Spacer 1316 SS l
l l
l l
l Spring lARMCO 17-7PH l
I I
l l
t l Pin 1316 SS l Aux. Gland 1316 SS l
I l
l l
l l
l l
l' l
I I
I I
I I
I I
I I
i l
I i
l I
I i
l I
l l
I Page 24 of 32 Revision 0 l
i
O O
O Duquesne Light Company
/!/8 k Beaver Valley Power Station. Unit No. 2 Prepared by:
Im Date:
/
/
Impe11 Job flo. 1290-005-1671 Checked by:
J[m Date: 5//2/f4 COMPdNENT MATERIALS EVALUATION WORKSHEET MEQ File No. 001-09 Model No: SU-1023 8x5 WESTINGHOUSE GEAR UNIT (Attachment 6) i l
I i
I i
I i
COMPONENT I
MATERIAL I
TEMPERATURE (*F) lREFERENCEl RADIATION (RADS) l REFERENCE i
i I
i I
I l
1 l
l l
l 1
I INon-Metallic I
l l
l l
t i
I I
I I
I I
IGasket INeoprene 1248 l
K 19 x 107 11.9 x 10{ Tensile) 1 H
I l
l l
I o
I l
l i
I (Elongation) l I
I I
I I
l l Gasket, Liquid ISilastic (Silicone) 1600 1
C 11.5 x 109 l
E I
I I
I I
I I
i i
i l
l lHetallic l
l l
l 1
1 I
I I
I i
18alance of Components IMetallic l(Metallic parts are l
N/A l(Metallic parts are l
IJ/A
(
l l
Inot considered sensi-l lnot considered sensi-l
(
l I
ltive to thermal l
Itive te radiation l
{
l idegradation) l idegrNation) l
(
1 1
I I
I g
i l
I i
i i
D l
I I
I I
i l
1 I
I I
I I
I I
I I
I I
l 1
1 I
I I
I I
I I
i 1
I I
I I
I I
l' I
I I
I I
I I
I I
I I
I l
l 1
1 I
I I
I I
I I
I j
l l
I I
I I
l Page 25 of 32.
Revision 3
- Duques, ight Company Prcpared by: N Date
-28#/
Beav:r Vallry Power Station, U31t No. 2 Impe11 Job No.1290-005-1671 Checked by: M hknl. gate: M-CA i
COMPONENT MATERIALS EVALUATION WORKSHEET i
i EQ File No. 001-09 Model No: 537 OIL PUW (Brown & Sharpe)
(Attachment 7)
I I
I I
I I
~
l I
COWONENT I
MATERIAL I
TEMPERATURE (*F) lREFEREEEl RADIATION (RADS) lREFERENCEI I
I I
I I
I i
I i
i I
i l
l lNon-netallic I
I I
l l
l I
I I
I I
I I
l Seal Ring 18una-N (Nitrile) 1250 i
C 11.5 x 107 I
E I
l I
I I
i i
l i
i i
I I
i i
I i
luetallic l
l I
I l
l l
l I
I I
I I
I i
18edy Cast Iron l(Metallic parts are l
N/A l(Metallic parts are i
N/A I
IGears l Steel Inot considered sensi-I l not considered sensi-1 I
IShaft ISteel ltive to thermal l
Itive to radiation i
I ISeal Ring ICarbon ldegradation) l l degradation) l I
I I
I I
I I
I I
I I
l l
l 1
I I
I I
I i
l 4
i i
i i
l i
i I
I I
I I
I I
i i
i l
l I
I l
I I
I I
I l
l I
I I
I I
l I
I I
I I
I I
4 I
I I
I I
I I
]
I I
I I
I l
l I
I I
I I
.I I
I I
I I
l l
l 1
I I
I j
i l
i I
I l
l l
l i
i Page 26 of 32 Revision 0 l
i
Duque Light Compary Prepared by: N 4
Date 28'84 l
Beaver Valley Power Station. Unit No. 2 Impe11 Job No.1290-005-1671 n
Checked by:
&A@yuv Date: 9r7fpd 1
e r
l j
COMPONENT MATERIALS EVALUATION NORKSHEET MEQ File No. 001-09 Model No: F-102-1/2 S.B. and FE-102-1/2 S.B.
(Zurn Amerigear Couplings) (Attachment 8) i i
I I
I I
I l
l COWONENT l
MATERIAL l
TEWERATURE (*F) lREFERENCEl RADIATION (RADS) lREFERENCEl I
I I
I I
I I
i i
i i
I i
i I
lNon-Metallic l
l l
l l
l 1
1 I
I I
I i
10-Ring 18una-N 1250 1
C 11.5 x 107 l
E I
I I
I I
I l
l l Gasket lArmstrong AN890 1250 (Nitrile)
I C
11.5 x 107 I
E I
1 l (Asbestos / Nitrile Rubber) l l
l l
l l
l (Attachment 9) 11490 (Asbestos) l A
1 x 1010 8
I I
I I
I I
i Metallic l
i l
l l
I I
I I
I I
I l
IBalance of Components IMetallic l(Metallic parts are l
N/A l(Metallic parts are l
N/A l
i l
l inot considered sensi-l Inot considered sensi-l l
{
l l
itive to thermal I
ltive to radiation l
l j
l 1
ldegradation)
I ldegradation) l l
i i
i I
I i
i i
i i
l i
I I
i
^
l i
l l
l l
1 I
i I
I I
I I
I I
l i
I i
l l
I I
I I
I I
I I
I I
I I
I l
l l
1 I
l l
l l
1 1
I I
I I
I I
I I
i l
l l
Page 27 of 32 Revision 0 i
1 Duque Light Company Pr: pared by: N Data r 74d'4.
j Beaver Valley Power Station, Unit No. 2 i
Impe11 Job No.1290-005-1671 Checkedby:[r kbhbxDate: 921-STA i
/
~
.j COWONENT MATERIALS EVALUATION NORKSHEET l
I EQ File No. '001-09 f
Model No: 831HGC32JAAC 3-NAY VALVE (ITT Hammel I
Dahl Conoflow) j i
I i
l l
I l
1 l
COWONENT l
MATERIAL l
TEWERATURE (*F) l REFERENCE l RADIATION (RADS) l REFERENCE l 1
l l
l l
1 I
i l
l
{
INon-Metallic I
l l
1 I
i l
1 1
I I
I I
i IPacking Ring lJM2011 l550* (Teflon) l C
13.4 x 104 (Teflon)
I D
I i
i I (Teflon Impregnated i
I l
l l
I I Asbestos) 'Att 16) 11490 (Asbestos) l A
l1 x 1010 (Asbestos) l 8
l 1
1 I
I I
I l
l 1
1 I
I I
I I
I i
lNeta111c I
I I
l l
l i
I I
I I
I I
l Isody l Steel f(Metallic parts are l
N/A l(Metallic parts are l
N/A I
1 isonnet ISteel inot considered sensi-1 lnot considered sensi-l l
j 18otton F1'g.
ISteel ltive to thermal I
ltive to radiation l
l l
18onnet Gasiet 1316 l degradation) l l degradation)
I l
l Seat Ring 1316 I
l l
l l
l Valve Plug 1316 i
l I
l Plug Stem 1316 l
l l
18o4 Stud ISA193 GR87 l
l l
l l
18edy Stud Nut ISA194 GR2H l
l l
l l
llantern Ring 1316 1.
I I
l l
IPacking Foil 1316 l
l l
l 1
s
}
l Packing F1'g.
1316 l
l l
l l
l Plug Guide l4400 I
l l
l l
IPlug Stem Pin 1316 l
l l
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Packing Stud 31 6 I
I l
l j
Packing Nut 31 6 l
I l
l IClamp Nut ISteel i
I i
1 l
j l Stem Connector ISteel l
l l
l l
l 3
Page 28 of 32 4
Revision 0
Du ne Light Company Beaver Valley Power Station, Unit No. 2 Prepared by: d De
/'/8#4f Impe)1 Job No. 1290-005-1671 Checked by: [M de-JOyy=Date: 922-$C-
/
/
COMPONENT MATERIALS EVALUATION WORKSHEET i
EQ File No. 001-09 j
Model No: A41AD85A86 DIAPHRAGM ACTUATOR (ITT Haamael Dahl Conoflow) it i
i I
i l
l C0WOMENT MATERIAL l
TEW ERATURE (*F) lREFERENCEl RADIATION (RADS)
REFERENCEI i
i l
i I
l lNon-Metallic l
l l
l l
l l
1 1
I I
I l
l lDiaphrap 18ena-N and Nylon 1180*
l C
12 x 107 l
E I
I I
I I
I I
I I
I 10-Ring 18una-N 1250 l
C 11.5 x 107 I
i l
I i
E l
Isasket 18una-S 1180 i
C 13 x 107 I
o I
i I
i l
I I
I i
i l
i I
l lNeta111c i
l I
I I
I I
I l
lair Vent IMetallic l(Metallic parts are l
N/A l(Metallic parts are M/A i
I 18ushing 18rass Inot considered sensi-l loot considered sensi-1 I
IDia *ragm Case ISteel itive to thermal l
itive to radiation i
i l Pac 4 fag Box 18rass idegradation) l l degradation) l l
i IName Plate 118-8 SS l
l Spring Seat-l Steel Zinc Plate l
l l
l l
l l
l 1
IName Plate Screw ISteel Cad Plate I
I l
i i
IDiaphraga Plate ISteel Zinc Plate l
l l
1 l
l Cap Screw Steel l
ICap Screw Mut-
. Steel l
I ISprind Adjuster ISteel Zinc Plate l
l I
l Travel Ind Scale 118-8 SS l
1 l
l l
I ITravel Ind Scale Screw! Steel Cad Plate lActuator Stem Mut iSteel Zinc Plate i
lDiaphrap Masher ISteel Zfac Plate l
l l
I lActuator Stem 1303 SS I
I i
I j
i l
l I
I l
l l
l Page 29 of 32 Revision 0 I.
l i
)
1 Duque Light Company Prepared by: N d
Date y-7#V/
8eaver Valley Power Station, Unit No. 2 Impe11 Job No.1290-005-1671 j
Checked by:
d/1INAitux/ Date: DM
/
/
i COW ONENT MATERIALS EVALUATION WORKSHEET (CONTINUED) 1 j
EQ File No. 001-09 Model No: A41AD85A86 Diaphragm Actuator i
)
ITT Hammel Dahl Conoflow)
I I
I I
I I
I i
COWOMENT I
MATERIAL l
TEWERATURE (*F) lREFEREEEl RADIATION (RADS) lREFEREEEl 4
I I
I I
I I
I I
I I
i l
IMetalitc (Continued).I I
I I
I l
I I
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I I
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l Lower Diaph Case
. Steel I (Metallic parts are l
M/A 1 (Metallic parts are i
N/A l
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ILow Dia Case Bolt (Steel I gradation.)
l I gradation.)
I I
i ISpring Retainer ISteel Zinc I
l l
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ITravel stop ISteel i
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IValve Sten 1416 a Steel 1
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j Page 30 of 32
(
Revision 0
Duque Light Company Prepared by: ON Date el###
Beaver Valley Power Station, Unit No. 2 Impe11 Job No.1290-005-1671 q
Checked by:
1x; Date: DM
\\
/
COMPONENT MATERIALS EVALUATION WORKSHEET MEQ File No. 001-09 Model No: 40 PNEUMATIC CONTROLLER (Ametek)
(Attachment 10)
I I
I I
H l
C00FONENT l
MATERIAL I
TEWERATURE (*F) lREFEREEEl RADIATION (RADS)
REFEREEEl i
I I
I I
I I
I I
I lNon-Metallic I
I l
l I
I I
I I
i l
1 l Tubing IPolyurethane 1225 l
C 11 x 107 l
D I
I I
I I
I I
I INozzle Block IDelrin 1185 i
C 14 x 106 l
H l
1 1
I I
i l
1 lDiaphrages 18una-M/
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E I
i lilylon 1180 l
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l 1
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i ILiquid Filler IToluene 1110.7*C (231*F) l I
11 x 108 l
3 l
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i IMetallic l
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l Balance of Components IMetallic l(Metallic parts are i
N/A l(Metallic parts are l
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Page 31 of 32 Revision 0 1
i l
p Mechanical Equipment Qualification File No. 001-09 Revision 0 G
l l
CG4PONENT MATERIALS EVALUATION WORKSHEET REFERENCES A.
Mark's Standard Handbook for Mechanical Engineers 8th Edition McGraw-H111.8ook Co., Pg. 6-156, Noneetallic Materials.
(Common Reference File No. 7)
B.
Shaft Seals for Power Generating Stations, John Crane Bulletin No. S-2005-2.
(Common Reference File No. 6)
C.
Harper, C. A. Handbook of Plastics and Elastomers}
McGraw-Hill,1975.
(Common Reference File No. 4 D.
EPRI NP2129 Radiation Effects on Organic Materials in i
Nuclear Power Plants,11/81 (Cosmon Reference File No. 3) i E.
King, R.W. et al The Effect of Nuclear Radiation on Elastomeric and Plastic Components and Materials, REIC Report No. 21, September 1,1961.
(Cosmon Reference File No. 1)
F.
Crane Bulletin No. P-3024 (Excerpts) (Attachment 4)
G.
Union Carbide Bulletin No. 524-206 (Excerpts) (Attachment 13)
H.
Parkinson, W.W. and O. Sisman, The Use of Plastics and Elastomers in Nuclear Radiation, Nuclear Enginestrin Design 17 (1971) North Holland Publishing Co., pp. g and 247-280.
(Common Reference File No. 2) i I.
The Condensed Chemical Dictionary 10th Edition, G.G. Hawley (Excerpts) ( Attachment 13) l J.
Nuclear Engineering Handbook, H. Etherington (Excerpts)
(Attachment 14)
K.
Engineering Guide to DuPont Elastomers (Excerpts)
(Attachment 15)
O Page 32 of 32
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STONE & WEBETER ENGINEERING CORPORATION pPPLIER'S DOCUMENT DATA FORM BEAVER VALLEY POWER STATION. UNIT 2
,j DUQUESNE UGHT COMPANY l
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REVIEW & RETURN TO SUPPt.lER REQUIRED (Ell j
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DESCRIPTION pumpage, and experiones gained from solving shaft osaling falla. This, pusep is driven ' ' ;- _' ^!y but it pumps problems, maintenanos, etc.-an probably underlie the ' hous the ame reservedr as the tube pump'in the speed decision that selects a particular shaft seal.In the U pump, increaser gear.
it is the mechanical asel--a precisson device in which the face of a matlag ring that is fixed to the shaft siseve rotates Ib 18. Pressure Switch. The lubs oil system is factory-agamst the face of a primary ring that is fixed to the seal equipped with a pressure switch that is set to cut out the housing. The sealing faces are highly polished and run with auxiliary tube oil pump when the main tube ou pump a wry thin film of cooling liquid. Loading is accomplished comes up to presnare and to cut in and start the auxiliary by spring and hydraulic forces pushing against the mating Pump for lubrication during coast down and in case the ring. To keep the mechanical seal at a nominal temperature, main pump fads in service, pumpage is drculated around the sealing faces by a pumping ring,which is an integral part of the shaft sleew.
Ib.19. Pressure Relief Valw. The' pressure of the tube oil going to the bearings is controped by a spring. loaded, pressure modulated relief valve.' Excess tube oil is dis-l Ib l$.COOUNG WATER SYTTEM. A plant. equipped charged by the valw directly into the tube o8 reservoir.
cooling water system circulates water through the single There is a pressure relief valve in both main and auxiliary oil cooler, helping to maintain the temperature of tubri-supply lines.
cating ou at the acceptable lowl for satisfactory operation of the pump bearings and the speed reducer gear.
Ib 20. THERMAL EXPANSION. Aligning dowels and keys permit thermal e=re along the centerline of the pump lb.16. LUBE OIL SYSTEM. The tube oil system is an and in the horizontal plane perpendicular to the centerline integral unit--a pump in the speed increaser gear pumps while prohibiting turning and thereby maintain the pump lube oil from the baseplate <nounted reservoir, through case in horisontal alignment with the driwr, Mounting the supply lines and the oiler cooler, to the pump bearings pump case to the pedestals of the baseplate in the hort.
i and to the speed incraser seat; the hot oil drains back zontal plane that passes through the cen'terline of the into the reservoir.The system also includes thermometers, shaft, sometimes referred to as " centerline mounting,"
I a pressure gauge, a pressure switch, two relief valves, an allows thermal growth to occur about the centerline of auxiliary tube oil pump,and a filter, the shaft; thus wrtical misalignment of couplings due r
to thermal growth is avoided.,
lb.17. Auxiliary tube Oil Pumo. The auxiliary tube ou pump is furnished to provide lubrication for startup, postoperation, and in the ownt that the main oil pump i
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DESCRllTION Ic. OPERATING AND PHYSICAL SPECIFICATIONS
%~rn. -
-n i
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j N *w*1h r. DERON?ARAbdBTERS. TEST CURVES'iND'qq:.,.....Nytuttas thsWyerfbremessertas unes TA!
refer to~ 311ST CURVES AND TEST DATA, section 8, that'is, woric with the actual data of the IJ (21/2 IN RL) ponp.
However, should you require the design parameters of the pump, which may differ slightly from the actual parameters, see the bem plan OUTUNE drawing, section 8.
Ic.2. PHYSICAL CHARACTERISTICS. For size, weight, and center of pavity of pump, speed increasse gest, driver and bespiste, see the base plan OUTUNE drawing, action 8.1his drawing includes also piping moments for the oil cooler.
l Ic.3. DESIGN CU!ARANCES. Since any decimon for overhauling the IJ (21/2 IN RL) pway is generally determined by the user based on soonamic conaderations involved in operating the pump as well as mechanical and hydraulic performance, west tolerances are not included l'n this manual. But the design cientsaces that are listed below should apply when resoration of the pump is required, usueuy when the design clearances have increased by 50 percent, as evidenced by a decided decrease in hydrauuc performance and sornetime rough running.
i Case.to4 end gap (see PUMP ASSEMBLY drawing)
Thrus bearing axial clearance,in (mm).............,.................... 0.011 to ODl3 (0.28 to 0.33)
Running clostances Journal bearing, in (mm).......................... 0D04, + OD015,- 0.0000 (0.10, + 0D33, - OD00)
Wearing ring, in (mm)l,......................................... 0.010 to OD12 (0.25 to 0.30)
Bushing, in (mm).............................................. 0410 to OD12 (0.25 to 0.30)
Oil baffle in (mm), nominal..........................................
l 0.012 (0.30)
Ic.4. LUBE Olt QUALITY AND OPERATING PARAMETERS. To protect the bearings and shaft of the pump, the Ivbe oG must meet the foHowing conditions:
j Quality:
i High grade turbine type mineral oil Viacosity 150 SSU at 100F Rust. oxidation,and foam inhibited No frse acid, chlorine,or sulphur l
No more than a trace of free alkali l
Compatibility--all parts lubricated by a common system i
l Lube oil operating temperature range:
Bea r ing inlet, T ('C)........................................................ 128(53.3)
Outboard bearing outlet, maximum,T ('C).
1 5 5 ( 68. 3 )
{
Pressure drop across tube oG filter,1b/in{'(kPa)..... inboard bearing outlet. maximu 155 (68.3) l
. 3 to 10(21 to 69)
Lubs oil inlet pressure required. Ib/in2 (kPa) gauge....
.. 15 to 18 (103 to 124) f Lube oil flow, pump and gear, gal / min (m /ht)......................................... 28 (6.4) 3 Ic.5. VIBRATION. For vibration limits of pump--acceptable, monitor, and shutdown points--see Vibration Limits.
i subsectton 4d.
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NOTESi
- 1. THIS COUPLING HAS LIMITED END FLOAT (L.E.F.) TO PREVENT MOTOR SHAFT THRUST COLLAR FROM 4'
CONTACTING AND DAMAGING MOTOR SLEEVE BEARINGS.
TO POSITION MOTOR, PULL SHAFT ALL THE WAY i
. TpWARDS DRIVEN EOUIPMENT UNTIL THRUST COLLAR p
CONTACTS DEARING AND MOVE. BACK O.12. MARK AN k
~
INDEX ON SHAFT'AND. HOLDING THIS POSITION, MOVE MOT.
l FRAME UNTil MOTOR SHAFT CONTACT S OPIVEN~
j
.3.G3
- l;]
Fl
'jE ulPMENT_'S SHAFT SPACER BUTTON.
J'
- M ASE -
i_
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T
- 2. CbOLING WATER REQUIREMENTS FOR LUBE Olt COOLER s
i PUMPa 55 GPM AT 120'F, MINIMUM COOL WATER IS 60'F u
HS GEAR COOLING WATER DESIGN PRESSURE, PSIG 200 l
d
' f, 4.63 PRESSURE DROP, COOLING WATER, PSI 10 l
HEAT LOAD, BTU /HR. 89,000 j
l ASME SECTION til, CLASS 3, SUMMER 1972 ADDENDA i
C]W. SIDE,
I l
}
ri
- 3. MINIMUM FLOW CIRCulT FOR 60 GPM MUST BE PROVIDED.
e h.
[ DATUM
& Sf.lGGEST MINIMUM O.75 PIPE (FURNISHED BY CUSTOMER PLANE FOR DRAINING AWAY POSSIBLE LEAKAGE THRU SEAL.
l
- 5. APP'ROXIMATE INTERNAL PUMP VOLUME 14 GALLONS
- 6. -S E MANUAL FOR LIFTING IN'STRUCTIONS FOR PUMP
)
-14f 25 109.G2
- 59.125
' 7 MAIN CONDUlT BOX MAY BE ROTATED IN STEPS OF 180* ABOUT ITS ROTATION AL AXIS, TOP ENTRY ONLY POSSIBLE WHEN MOUNTED ON THIS BASEPLATE.
g
- 8. RECOMMENDED FOUNDATION GOLT DIAMETER I.00
((
YlELD STRENGTH 36 KSI MINIMUM.
p..JCl._...
- 9. NOTOR HOLD DOWN BOLT TORQUE 450 FT.- LBS.
.g _ I g
- 10. GEAR HOLD DOWN BOLT TORQUE 450 FT.-LDS.
324 C0 784
- 11. CflARGING PUMP AND LUB0 COOLER HOLD DOWN BOLT k
!TOROUE. SEE ASSEMBLY DRAWING. I .a, \\ l, r i
- 12. ALL DIMENSIONS IN INCHES UNLESS OTHERWISE NOTED.
{c\\@,- f
- 13. FOLL0wlNG MINIMUM CLEARANCES ARE REQUIRED FOR 119 00 M AINTEN ANCE:
OF GR AVITY DI AGRAM c). 42 INCHES ON EACH SIDE TO CLEAN INSIDE OF 'TUDES HALF WAY THRU. t b L 60 INCHES ON EITHER SIDE TO CLEAN INSIDE OF i.TUDES FROM ONE SIDE ONLY.. M PLANE DATUM PLANES 30 INCHES ON EITHER SIDE TO REMOVE COMPLETE cij) COOLER ASSEMBLY- " 141.25 " 16.00 f. ~ I' Y, il4. TQ.ERANCE
- .~,-
7 PI 13g g.. [ Pl-2 t l0.25 INCH UNLESS NOTED ANGULAR 0.25 (0.044 IN 10.00) 3.00 h> FliANGE DIMENS!ONS. ANSI STD. '1[ l 7 g'V,_ y _ p __ m c 2.5C 3.N' U -1 PS q, 8*UB310468-g g, g. VJ E W E -E CAIO. I o 0 1,0 9 j PACIFIC PUMPS DlVISt0t1 l fAlso.A.vailable.On DRESSER INDUSTRIES, INC. iid
- P"d"' Cd S "
'C' 5" VIEW C C D 300-851106 20F3 2 a - - = - - - - ,w gg
a 8 s l
- 7 l
8 l {' ) MOTOR DATA: i PUMP CONNECTIONS : F Al SUCTION NOZZLE G"150LBS R.E FLANGE ANSI STO. MANUFACTURER WEST 1 DISCHARGE NOZZLE 4"l500 LBS R.F. FLANGE ANSI STOL FRAME SIZE 5808 (.
- P-BI HORSE POWER 600 P-D I. CASE DRAIN I"1500 LBS R.F. FLANGE ANSI STD.
VOL E 6 P-04 DRIP POCKET DRAIN 0.75 NPT.ONE EACHEND.( SEE NOTE 4) 0 PHASE 3 LUBE OIL SYSTEM COMPONENTS: . HERTZ .60 LUBO RSVR, 50 GALLONS END PLAY O.50 CC MAIN L.O.R FURNISHED BY GEAR SERVICE FACTOR l*15-LUBO FILTER CUNO, AUTO KLEAN,MODEL EGS, CAT NO.12907 02 40 0050 LUBO CLR AMERICAN STD MODEL SSCF-C 08042 ALARM TEMPERATURES, MOT 0!I TEMP SWITCH ASCO-SCl2BR/OJIOAl-DPDT-RATED 120 VAC/1 AMP WINDING TEMPERATURE DEVQ AUX LOP IMO MODEL A313A-143 AUX LOP MOTOR FRAME 182T;5HP, 230/460 VOLTS,3 PH,60 HZ SYNC. SPEED 3600 RPM j BLENDING VALVE 3-WAY HAMMEL DAHL-B31HGC32JAAC/A4tADB2AB SPACE HEATER: j PTC PNEUMATIC TEMP. CONTROLLER, AMETEK -40 WRAPAR.0VND TYPE,120 V LUBO' COMPONENTS CONNECTIONS: [ L-Di LUBO RESERVOIR DRAIN O.50 NPT . MOTOR CONNECTIONS : L L-Mt LUBO COOLER COOLING WATER INLET LSO NPT (SEE NOTE 2) L-NI LUBO COOLER COOL;NG WATER OUTLET l.50 NPT(SEE NOTE 2) HM-El MAIN MOTOR CON i L-El AUXILIARY LOP MOTOR CONDUlT BOX ~ BOX SUPPLIED PLATE. USABLE DR c L-VI' MAIN LOP SUCTION LINE FILLER / VENT-PLUGGED SEOUENCE CONNE i L-V2 BREATHER / FILLER A!R MAZE MODEL GKOHS HM-E2 AUXILIARY CONDUI r' AUXILIARY CONDU DRILLING AREA 2 BASE PLATE: fT 25'C. TERMI HJ.I FOUNDATION BOLT HOLES-S!XTEEN I.12 DIAMETER ].- H-X2 GROUT HOLES-ONE SHOWN BASE HAS A MINIMUM OF TWENTY AUXILIARY CONDUll ( H-Di BASE DRA!N 2" SCH.80 NIPPLE PLAIN END I I I I HE H-02 ACCESS TO RESERVOIR DRAIN-l.50 NPT \\ H-X7 LIFTING LUG FOUR PLACES 2"DIA. HOLE l l l j 07 cd I I I I INSTRUMENTS: TI I LUBO TEMPERATURE. SUPPLY ASHCROFT 30 Bl60L-040 O.50 NPT O 250*F'WITH WELL K38S 75T 040 ~ v.. r TI-2 LUBO TEMPERATURE, PUMP THRUST BEARING OUTLET-ASHCROFT 30 BIGOR-040,0.50 NPT O-250*F WITH WELL i K3BS-75T-040 n PI-l LUSO PRESSURE,9EFORE FILTER, RANGE O 60 PSt-ASHCROFT 0.50 tiPT 451279A 04L i PI-2 LUBO PRESSURE,AFTER FILTER, RANGE'O-30 PSI-PUMP. HYDRAULIC DATA: ASHCROFT O.50NPT 45-12 79A-04L FLOW, U S G P M
- PS l AUXILLARY LC.1 MOTOR START SWITCH UNITED ELECTRIC. TYPE D'FFERENTIAL HD, MAX,FT.
l I-J60 MODEL 258, SPOT,15 AMP 125/250 VOLTS AC RESISTIVE DIFFE'REilTIAL HD MIN.FT.' 4 LI I LUBO LEVELINDICATOR NPS.H,REOUIR.ED F,T. CHAR'GE/Si PUMP
- FLOW, MINIMUM,'US GPM,'60
- I DESIGN PRESSURE / TEMPERATURE:
SPECIFIC GRAVITY,l.02. i INLET 200 PSIG/300*F: 240 PSIG/2OO*F NOMINAL SPEED, RPM 4B50 f OUTLET 2800 PSIG/ 300'F g 1 O O [ g Cl, l a Wo.m., g *In. --p.--.--
.... = _ j 4 .l 3 'l 2 l 1 N GEAR : ~ I WESTINGHOUSE G$AR UNIT NO. SU -1023 -8X f GHCUSE RATIO,2.694. l f ' - SZ I 1, COUPLINGS: LSP CPLG ZURN SERIES FIO21/2 WITH LIMITED END FLOAT '(SEE h0TE I ) N! MUM HS CPLG ZURN SERIES FEIO21/2 f I CE 052C R 4 1 I 2LTS, l.99 AMPS, 239 WATTS v-j DESIGN PRESSURE / TEMPERATURE,2800 PSIG/300*r 1 JIT BOX-SEE N'OTE NO.7 MAIN CONDUlT RILLED WITH R$ MOVEABLE 00TTOM REFERENCE DRAWINGS : LING AREA = ?.00 X 7.00 PyMP ASSEMBLY i 500- B 5 l10 6 TiONS: VOLTAGE SEQUENCE T3,T2,Ti SEAL ASSEMBL( l CF-S P-43106-6 BOX ' MOTOR OUTLit.E 8926007 BOX SUPPLIED UNDRILLED. USABLE GEAR OUTLINE 2862C59 50 X 2.50 LUBO SYSTEM 'iCHEMATIC 450- B Sil 06 PERATURE CET CTORS(RTD'S)-lO0llM LU80 COOLER AM. ST D.5-162-0 8-042-OO 4 BOARD MARK! G STRIPS FOUND IN LSP COUPLING AMERIGEAR MB-9321 ' BOX .HS COyPLING AMERIGEAR MB-9328 TO H2.FOR SPACE HEATER LEADS TO CG-FOR SMTOR RTO'S PUMP 7500 LBS(WET)SEE NOTE NO. 5 GEAR 1600 LBS MOTOR 3890 LBS BASE 6000 LBS -.. p.., ; ;... g,, ~ TOTAL WEIGHT I 8,9 9 0 LBS l T1 ISp - 550 0 APER'l,URE, 6200' -- GIRO. a 2000
- 58 l - '4ll CARD ER. soc AT Po.jp
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- I...
m... g g s 134 G t., \\ '[ \\ h, 'ASME SECTION ', l!!,, CL ASS 2,- C., l xR 197! EDITicti - THRU SUMM:".R 1972 N r,ootnoA j h.w$g(,- 8 U. 3 31.9 3 6 8 -- M. 3 ? I- + }1,f,'/Zl;t?. PACIFIC PUMPS DMG;CN 6 i g DRESSER INDUSTRIES,1NC. 4 / "iT LE PUMP ASSEMBLi .ooi_OS "@,y.)$CRTIFIED'2). A/5 ctbkuf (DAT E 5-f S*t0 n T YPic Al. D E AftlHG llOUSitlG SIZE PRODUCT El1G. 0WG 11 0. SHEET REV M0g,"p GASKET.DETAll 4 L 1.. qCALE, D 500-851106 i Of 3 3 r 3 v ~~ w.. n-
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- SETSCREW, 48
~ STATIONARY OIL BAFFLE-INNER RETAINER, SEAL RING, LUBC 49 545 SPLIT RING JOURNAL BE ARING,OVT80ARD 347 THERMOME 51 THRUST BEARING ASSY-LESS COLL AR 552 STATIONARN 54 55 SEAL RING, LUB0 57 THRUST COLLAR 656 0 -RIN G, SX [ THRUST NUT AND LOCKWASHER END COVER, OUTBOARD BRG HOUSING A216 WCB 669 SEAL HSG-59 li jSEAL HSG 61 A2f6 WC8 670 " O-RING, Ri y., @ BEARING HOUSING, OUTBOARD G74 F e2 LOCKNUT,[ 63 ' JOURNAL BEARING, INBOARD A27G 440A 678 05 11' 8 BALANCING' DRUM BUSHING 806 Y SA312 304L(SMLS) SLEEVE,) ti7 N I t 5 BYPASS FIPE SA3l2 304 L 6[-l[iiMDYPASS FL ANGE 883 O!L CONT 1 A276 410 72 117 SHAFT SLEEVE 1035 OOWEL 7G THRUST CCLLAR SPACER 1065
- RETAINER, A276 420 0
77 11 9 7 8ALANCING DRUM 1832 COMPRESB A29G CAGN M. I 82 5 OIFFUSER A29G CA6NM sal 82 F304 11,4 8 LOCKING,2 83 DIFFUSER, RADIAL. 65 M @5jCISCHARGE HEAD SA351 CF8 ~ 1,2G 6 NUT.DRG 85-1 DRIP POCKET, HEAD ~ y 1267 STUD.BYPJ STUD. A27G 304 - 1260 88 KEY,0ALANCING DRUM STUD, (NB 00 LINNER RETAINING PL ATE 1269 H UT,' DYP8 ~ ,1270 -, FLANGE,0 1322 130G LOCKING Q 1345 SH GASKET 007 00 OR ' S A182 F304 1346 SH GASKEi _i_ SEAL HSG, INGO ' FRONT SECTION INBDBR$ IT 105 sal 82 F304 105 - 11._L SEAL HSG, OUTBOARD 134 DOWEL,@ 1348 DOWEL.S5 (' ' \\ ~_^ 165 KEY, COUPLING 410 1352 @ PLUG,S 1350 SOCKET A473 IG9 SPACER,1NNER HD G ASKET 1354 SKT HE . RET AINE 215 COLLAR; SHAFT SLEEVE 1363 SETSCR 143 GASKET, INNER HD
~ -~- - -- __w---.___-- e, a t 4 WELD TABLE 1 INSP P NO. <0 CAPSCRE\\'/ -GLAND j$ T NO. VISIPT MT RT TO P ftO. ' REMARKS FFUSER A296 CA6NV Ol' A270lB X 6GRAGR4 REPAlR OF DIFFUSER AND l-hN5flO6 X 6CR/6CR4 INTERCOVER ASSY L DRUM BUSHING A276 304 2-bH51tO G X X 6 TYPE REPAIR IMPELLER 3-N5HC6 X f-I GS 2 4-N51106 X OfCll316 X 8-6CR4 CLADDING PROCESS ~ O!!C15020 X 6GR4-6 WE/aNG RING aLOC10NG PD' COLLAR Othcl7178 X DRIP PAN .. RESERVO:R I A576 GR 1022 04-Cl7170 X BAL/44CE NOZZLE R RETAINING BbARING 01,-014602 X X X NOZZLE a DRIP PAN Or-O!4623 X BYPASS PIPE flD COVER,0UTBD BRG HSG l i ER PLATE RESERVOIR BOLT TOROUE [ PART NO. TOROUE IN FOOT LOS 833 135 L HOUSING 1268 12 5 12G9: 125 'All A276 304 HOLD-CONN 81 Tit 0 S A19 4 7 MOTOR 450 SA193 87 GEAR 450 COOLER 175
- UP POINT PUMP 450-LEGE
- 40 C
)- INDICATES ' WELD PROCEDUP.E f JOG POINT A276 414 , SHAFT - lNDICATES A NOTE ER,SELF INDICiTING BEARING OIL BAFFLE - GUTER NOTES
- I PRESSURC RETAINING ITEM
\\FT SLEEVE 8^ F3O SPIRAL kOUND A'SBESTOS/304SS (FLEXITALLIC) AND MATERIAL f 1ER DlS H R E SA18 2 pO @ SEE SEtd. DWG FOR SE AL DETAll iAINER PLAT E. DUTER OF PARTS FURNISHED BY JOHN CRANE ALANCING OROW A276 4fC h WHEN ORDERING SPARE PARTS ORDER ALANCING DRUM A276 410 IMPELLER!S SY STAGE NUMBER OD CAPSCREW-CEAL HSG SAID3 86 5 MUST BE' ORDERED AS ASSY W/ MATING PART @ THESE ITEMS ROTATED FOR CLARITY 3L ' RING TH AN. llO O* .@ TEMPERED AT A TEMPERATURE GREATER l A276 304 THAN 1100* @ TEMPEREh AT A TEMPERATURE LESS lEAL PL ATE 9 FLAME HARDENED UPPER AhD LOWER PART MUST BE ORDERED DN GASKET t AS AN AS3EMBLY @ MT OR P[ SITION FOR ASSY, ROTATE'180* FOR R LY,WHG RING A276 304 HOWNI? PO ISG GTUD
- A194 2H-FASTENE
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o PACIFIC PUMPS MATERIAL CODE CROSS REFERENCES o/ A Padfic Pumps material code number la an in-house instrument for designating t () between each code nanber and the pertinent worldwide, consensus standard is given in the following cross reference:. Padflc Material Code ASTM Standard and Condition or Common Name. 002 AS1M A216. WCB O!! ASTM B584,836 014 - ASTM A576,1022 015 ASTM A576,1040 021-ASTM A276, 410 ~ 022 ASTM A276,420 023 ASTM A276,304 042 ASTM A582,416 .057 ASTM A276,414 068 - ASTM A434, BC (A!SI 4142) 078 ASTM A36 107 Asbestos Sheet 132 ASTM A276,440A 180 ASTM A194,2H 21I Buna-N 212 Carbon Steel 213 ASTM A47, 32510 225 - - 18 8 StainlessSteel 227 12% CR Steel 244 ASTM A167, 304 (asbestos filled) h 259 ASTM A193, B7(AISI4142) y-277 ASTM A576,1117 With ASTM B23.2 \\ 308 ASTM A106, B 317 ASTM A296, CA40 334 ASTM A181,11 344 ASTM A234, WPB 347 Comprsssed Asbestos Sheet,(Durabia Co) 354 AIS! C1018 372 ' ASTM A240, 304 380 ASTM A479,304 384 ASTM A182, F316 403 ASTM A105 456 ASTM A296, CA6NM i 457 Spring Steel for Hardware 462 ASTM A473, 410 465 Carbon Steel, Medium Strength,SAE Grade 5 210 Brass Hardware 205 ASTM A519,1015 374 ASTM D 1418, Designation EPDM or EPM. For nuclear application, these shall be only used: Parket Seal Group E740 75, E1540 John Crane Compound 040 Stillman Seal SR725 80,SR723-70, SR 721-80 Precision Rubber 3127,3457,3458 ~
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C FIG. I T FIG. 8 L_ Z X u sonnaste soeurr cown. p' PLAIN SuLS (No AnWon) E v W/LASSING EIT. 4 SLl0tMS UNIoM i FIG. 2 '8d "- z -l e FIG.9 L L v_l l @' v 1 r. I -l l suorme (meow x plain outs tw/ Anuoni x J c0NNEcTtoes -s FIG. 3 Aomsr - pig,go j L 1 E-N h i g x J PLAIN Sult (W/ ext.) suouse union FIG.4 x J Planet coma. Adjust. FIG. li _a L Pauonu out.s v I t-I A8d"- jfc e FIG. 5 ,,y7 ,t,,, x J connecTrom g_ y Tl --- C FIG.12
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8 O,- O LYPELL r J November 21, 1983 bec: M b 0570-021-NNM4 fT ~ l a ~, rf jft J. Ceane Company 24 Madison Road Fairfield, New Jersey 07006 ATTENTION: Ms. Linda Williams $UBJECT: Verification of Record of Conversation
Dear Ms. Wfilf ans,
Thank you for the information which you supplied to Impell with respect to Cranela' t and CR Designation. s Procedures require that you receive the enImpell Qualf t;y Assurance closed record of conversation of November 10. 1983. If this is an accurate account of our conversation, no action is requested of you. in the record, please contact me at (516) 420-3247.Should there t Yery truly yours, Kenneth Trotta Power Services Division KT/cjc Enclosure Q2q Rcr; $0. 00l- 0.9 O. w-a-a If2
IW(PELL@Y lecord of Conversation ~ pig: 0570-021-1671 copy. SR:Rauly a .E Homer K Trotta IU Telephone O Meeting O other To: Linda Williams From: Ken Trotta K I ~ Company-John Crane Phone No.': 201-227-8818 Date: 11/10/83
Subject:
187-I-CR and Cranelast Summary of Conversation: I called Linda to inquire what CR meant in 187-I-CR and what material Cranelast Shaft Seal was constructed of. She infonned me that CR indicated a corrosion inhibitor of zinc dust was applied. 1 Q' I was also informed that Cranelast was constructed of Ethylene l Propylene Rubber (EPR). i KK/cjc i l O,
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i LEACHABLE' CHLORIDE CONTENT -,J 7 a s INTRODUCTION place in tbs stdtnng box from the Dexible ribbon Grafoil Grade GTR Ribbon-Pack",is a flexible wrap. Each ring conforms to tid box dimensions all-arachite material,especially processed to provide to give supenor todi sealing. Standard widths of low chloride content packing for cptical stainless %, %, % av! l' inch are available which will pack steel valves and pumps. For this reason it is the most industri21 valves and pump stuffing boxes. specified grade of Ribbon-Pack for vtves in the Typical asbestos base paciring contains organic primary loops of nuclear poyered steam gener-fillers and in some types includes a reinforcing wire. ating plants. A t steam temperatures, asbestos dehyd.ates forming Grade GTR is recommended where cold, wet, " rock-hard" packing with little resilitney for seal. stagnant, stuffing-box conditions are present in ing. The resulting fluid leak mean costly pro-stainless steel valves and pumps. duction losses, equipment damage and many hours 'of ! abor to remove packing 'ard repack stufting (j bctes. GRAFOIL RIB 8ON PACK GRADE GTR OFFERS: Self. lubricating all-graphiqGrafoil Ribbon-Pack s
- Low maintenance and leak-free operation is unaffected by hi;h tempenhires and pressurcs
- High purity,(low chloride) packing encountered in most industrial processes such as
- Low stem (or shaft) wear steam generation, hydrocarbon, chemicalt and
- High nuclear radiation resistance F:per manufacturing operaMons. In normal opera-
- Infinite shelflife - universal service tien and installed per recormraaded procedures,it
- Reduce packing inventories - four widths fit all virtually eliminates the needforperiodic repacking valves and pumps APPLICATION Low Chloride Content And Zine Sacrificial Grade GTR Ribbon-Pack is used extenrively in Anode Protection the critical valves of the primary loop in PWR and Wet stagnant pseking in stainless steel valves is BWR nuclear fueled steam generating plants. In tnis sometimes encounten:d in valve testing and the service, it has replaced all other types of packings long periods between hydrostatic pipe testing be-because it has provided' superior nuclear radia3on fore plant start-up.The very low teachable chloride resistance, and maintenance-free, leak-fese perior-content of less than 50 ppm for Grade GTR helps mance over years of operation.
reduce the tendency for stainless steel pitting under Grafoil Ribbon Pack is a universal packing which these conditions. In addition,cada package of Grade. can be used by malnrenance crews to pack almost. GTR contains a roll of zine foil. This traditional every type mIve and pump stuffing box used in sacrificial anode material can be incorporated in industrial processes. Each packing ring is formed in packing to further reduce stainle s steel pitting. s
- Per ASTM D$1247 Equrvalent Analysis
- U.S. Patent No. 3,404,061 s - t GR AFoll is not recommended in Concentrated Sulfuric or Nitric Acids Thes inforenation is not to be taken as a warranty or representation f or which vue asume segal responsibel tv noe as perrnission og escorn mondetaon to praCtace any patented enventeon without a bornse. it is effered solely for VOM o0ntederation. envegtigetfon, and versficateo.a.
9NEQ NLE 00/-09 E## 8 70 (
. y t* l c ( TYPICAL AVERAGE PROPERTIES i GRADE GTR GRAFOfL RlB80N PACK Density 70 lbs/Ft* (1.1 gms/cm') Melting Point Sublimes at 6000* F (3300* C) Coeffiesent of Friction 8 poiloading on stainless steel 0.06 Permsthe.ity aeroes Thicitness , at 1 atmosphere and 70* F 4-9 x 10" darcys' Graphite content 99 % Certified Leechable Chloride Content ** 50 ppm maximum Nuclear Radiation Rosastance t 5.5 x 10 NVT (1000* C) No apparent effect 1.5 x 10' 8 rads wnma radiation No apparent effect Os v darcy: + 0.0197 centipoiss = Helium Admittance at I atmosphere and 70* F. t integrated neutron flux: N = neutrons per cc " Per ASTM D$1247 Equivaiset Analysis. V = cm/sec.
- I.5 a 10" ers /psm T = m nds REFERENCES Plugging a Primary Loop Water Leak -
M. Pociluyko Power Engineerina August 1973. RockweH Edward Univalve Borsted Water Stem Packing Tests. - R.D. Norden - Rockwell Manu-facturing Co. Corrugated Ribbon-Packing For Naval Steam Valves (Non-Nuclear) - R. Pfeil NAVSEA Journal March 1975. \\ GRAFOfL is a rosestored trademark of Union Cartude Corporation O, ,,ue ooi.e c araouvrs y CP $014C Rev. I 2M376 Litho in U.S. A.
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'-, y Services. ' F-j, - ..:, E-t ... C.0.;.c3 Rotary shaft applications to 2500 FPM For severe services . ~,. Q., "rf., a _. :'. j <;<.'JJQincluding the most difficult to handle fluids, and where leakage .i I / must be held to a bare minimum. Temperatures to 1000*E e .(538*C) in oxidizing atmosphere-higher temperatures t depending on applicaton in non-oxidizing atmosphere. ' pH r_ange 0-14: t l Material ? l . Braided from a specal graphite filament yam to produce a self-lubncating packing wrth extremely higb-heat dissipaton. i l Interlaced construction. \\ s._ :::t ::: ?.?. ,'s y, ~.. Services Rotary shaft applications to 2200 FPM. For severe services for use on pumps handling chemicals, solvents, acds, etc. i I i .. Temperatures to 650*E (343*C)in oxidizing atmosphere and to 1200*E (649*C) in non-oxidizing atmosphere. pH range 0-14. t Material l Braided from a specal carbon yam, impregnated with TFE dispersion. Interfaced construction. MERFMG 00/-09 477AcHMggy 4 1 e 2
O O L%PELLW o bec: SK NKW KM SM September 17, 1984 LZ 1290-005-NY-089 FD JFT Pacific Pumps Division RF ~ Dresser Industries, Inc. 5715 Bickett Street Huntington Park, CA 90055 ATTENTION: Mr. M. Bosserman
SUBJECT:
Verification of Record of Conversation Gentlemen: Thank you for the information you supplied to Impell with respect to Pacific Pump 2-1/2 RL-1J. h Impell Quality Assurance Procedures require that you receive the s. enclosed record of our conversation of. September 14, 1984. If this is an accurate account of our conversation, no action is requested of you. Should there be any errors or misunderstandings in this record, please contact me at (516) 420-3242 If I do not receive a telephone call from you by September 24, 1984 we will assume that this is an accurate account of our conversation. Very truly yours, 1 Frank DiPaola Engineer Mechanical Equipment Qualification Program Duquesne Beaver Valley Unit 2 Enclosure FD/ml k W E/d G 80/-Of Q A 7 74 CN N'EA/7 g* g 2 2 5 BROAD HOLLOW ROAD
- MELVILLE. NEW YORK 1874 7 -(516) 42o 320o
)
lh PELL " d LW Oa. core o,convor uon File: 1290-005-1641 Copy: (E Telephone O Meeting O Other To: Mr. Mike Bosserman From: Frank DiPaola Pacific Pump Division Company: Dresser Industries, Inc. Phone No.:213-586-4053 Date: 9/14/84
Subject:
MEQ File 001-09 Materials of Construction for parts not indicated on parts list (DWG #500-851106 S$3), 2-1/2 RL-lJ Pump. Summary of Conversation: Mr. Bosserman indicated the following: Part Number 49 Retainer, Seal Ring A576 GR1022. 55 Seal Ring B584 836 O~- 403 Gasket Compressed Asbestos Sheet 435 0-Ring EPT Rubber 674 0-Ring. BUNA N FD/ml i /fTQ52fg90/-Of V 477xcn w.ur r y .~,,a e- - ~ - --- - - - -
i O L%PELL ) d J e September 17, 1984 1290-005-NY-092 Nuttall Gear Corporation Box 1032 Niagara Falls New York 14303 ATTENTION: Mr. Ben Mondics
SUBJECT:
Verification of Record of Conversation Gentlemen: Thank you for the information you supplied to Impell with espect to Westinghouse Gear Unit SU-1023 8x5. Impell Quality Assurance Procedures require tnat you receive the O enclosed record of our conversation of September 17, 1934. If this is an accurate account of our conversation, no actica is requested v of you. Should there be any errors or misunderstandings ir, this record, please contact me at (516) 420-J242 If I do not receive a telephone call from you oy September 24, 1984, we will assume that this is.an accurate account of our conversation. Very truly yours, ) LNbe4 dhM Frank DiPaola Engineer Mechanical Equipment Qualification Program Duquesne Beaver Valley Unit 2 Enclosure FD/ml /f/?ENf00/-Gf Q M72ce'Hrur 6 2 25 BRO AD HOLLOW ROAD MELVILLE NEu iORA tt 741 ISM 420 3200 I
- m a
me e-h S IN PELL*r* tJ Q Record of Conversation File: Copy: @ Telephone O Meeting LJ Other To: Ben Mondics From: Frank DiPaola ) Company: Nuttall Gear Corporation Phone No.: 716-731-5180 Date: 8/17/84
Subject:
MEQ File 001-09 Westinghouse Gear Unit SU-1023 8x5 Materials of Construction. Summary of Conversation: Mr. Mondics indicated the following: i Non-Metallic components are: ~ Gasket: Neoprene Liquid Gasket: Silastic Balance of components are Metallic. FD/ml O MSPpnf60/-Of Arr>>c4Hwr 6 - '/2-
IMP _EL_L@ nm October 2,1984 1290-005-NY-097 Brown & Sharpe Mfg., Company Precision Park North Kingston, RI 02852 ATTENTION: Ms. Joyce Power
SUBJECT:
Verification of Record of Conversation Gentlemen: Thank you for the information your supplied to Impell with respect to Model #537 Oil Pump. Impe11 Quality Assurance Procedures require that you receive the enclosed record of our conversation of September 24, 1984. If this is an accurate account of o'tr conversation, no action is requested of you. Should there be any errors or misunderstandings in this record, please contact me at (516) 420-3242. If I do not receive a telephone call from you by October 17, 1984, we will assume that this is an accurate account of our conversation. i Very truly yours, h:L d. A-h ok Frank DiPaola Engineer Mechanical Equipment Qualification Program Duquesne Beaver Valley Unit 2 g. 1 Enclosure FD/mi gs(2f/WCC/'Of Q pgyc/ptW
- }y
. / 5 !mt lill t o iL L(M M Ti >
- MLL\\ lLLI Ni\\'. h ilm s i!1/ ' 'ilii 1.' t ' t / t 'i' I
Record of Conversation File: og _ g _ 64' Copy: O Telephone O Meeting o other To. Ms. Joyce Power From: Frank DiPaola M Company: Brown & Sharpe Mfg. Company Phone No.: 401-886-2000 Date: 9/24/84 subject: , MEQ File 001-09 Model #537 011 Pump-Materials of Conversation Summaryof Conversation: Ms. Power indicated the following after verification: Body - Cast Iron Gears - Steel Shaft - Steel Seal Ring - Carbon Seal Ring - Buna-N (Nf trile) FD/ml i z,Q f/bl.aY 0$l' O gmxHMPli 7 ;v s
O IN<PELL@ o BCC: SK NKW September 17, 1984 XM 1290-005-NY-091 SM LZ Zurn Industries FD ~ 1801 Pittsburgh Avenue jft Erie, PA 16512 rf ATTENTION: Mr. Gerard Martin
SUBJECT:
Verification of Record of Conversation Gentlemen: Thank you for the infomation you supplied to Impell with respect to F-102-1/2 S.B. and FE-102-1/2 S.B. Amerigear Couplings. S Impell Quality Assurance Procedures require that you receive the g enclosed record of our conversation of September 14,.1984 If this (, is an accurate account of our conversation, no action is requested of yeu. Should there be any errors or misunderstandings in this record, please contact me at (516) 420-3242 If I ?do not receive a telephore call from you by September 24, 1984 we trill assume that this is an accurate account of our conversation. Very truly yours, Frank DiPaola Engineer Mechanical Equipment Qualification Program Duquesne Beaver Valley Unit 2 Enclosure FD/ml J/gy F M CG/-09 A777KHHDJ7 8 ff 225 BROAD HOLLOW RO AD MELVILLE NEW YOR A fl14 /
- i5toi 420 32oo i
l
.IMPJE@ Ogecord of Conversation File: 1290-005-1641 Copy: G Telephone O Meeung O Other To: Gerard Martin From: Frank DiPaola Company: Zurn Industries Phone No.:814-455-0921 Date: 9/14/84
Subject:
MEG File 001-09 F-102-1/2 S.B. & FE-102-1/2 S.B. Amerigear: Couplings Summary of Conversation: Mr. Martin related the following: Non-Metallic Components: (BothCouplings) 0-Ring - Buna N Gasket ' Armstrong AN890 Balance of components (both couplings) are Metallic F0/ml + kelp $N! 00l~00 A7xs w a vr 6 % (
AfEQ SKs M/-09 MTMHMEW9 g O IN PELL%W C November 30, 1983 0570-021-NY-046 Amstrong PO Box 3001 Lancaster, PA 17604 ATTENTION: Mr. John Yakubowski
SUBJECT:
Verification of Record of Conversation
Dear Mr. Yakubowski:
Thank you for the infomation which you supplied to Impell with respect to Amstrong No. AN890 gasket material. Impell Quality Assurance Procedures require that you receive the enclosed record of our O. conversation of November ll,1983. If this is an accurate account of our conversation, no action is requested of you. Should there be any errors or misunderstandings in the record, please contact me at (516) 420-3247. Very truly ours, j h Kenneth Trotta Power Services Olvision KT/cjc Enclosure O 225 OROAD HOLLOW ROAD + MELVILLE. NEW YORK 11747 *(516) 4 2o.32oo
Affe F/lE 470/-09 W1PELL() AMcdNM7 9 j%. . O p.Mecord of Conversation i l Fii : 0570-021-1671 i SR Pauly Copy: W Els j E Homer .K Trotta R] Telepnone t l ueeteg' t,1 otnw ~ i To: John Yakubowski Ken Trotta [ ~ From: 1 Company: Amstrona Phone No.: 717-397-0611 Date: 11/11/83
Subject:
Armstrong # AN890 Gasket Material Summary of conversation: I called John and asked him if he could identify the materials of construction of Armstrong i AN890 gasket material. He informed me that i AN890 was composed of asbestos fiber with a nitrile rubber ~ O > < od r-ra oitrii ro66 r com os s er sos of tais prodoct od is very important to the gaskets sealing function. KT/cic 4 i e v O-G
.e-O O, LMP_ELLW Bec: SK NKW KM SM September 17, 1984 LZ 1290-005-NY-090 FD jft Ametek rf Controls Division 860 Pennsylvania Blvd Feasterville, PA 19047, ATTENTION: Mr. H. McFadden
SUBJECT:
Verification of Record of Conversation Gentlemen: Thank you for the infomation you supplied to Impell with respect to Model 40 Pneumatic Controller. O I ae'ii cueiter ^=sureace erocedures reauire thet xou receive tae enclosed record of our conversation of September 14, 1984. If this v is an accurate account of our conversation, no a: tion is requested of you. Should there be any errors or ' misunderstandings in this record, please contact me at (516) 420-3242 If I do not receive a telephone call,from you by September 24, 1984 we will assume that this is an accurate account of our conversation. n Very truly yours, luk. 4 a Frank DiPaola Engineer Mechanical Equipment Qualification Program Duquesne Beaver Valley Unit 2 Enclosure F0/mi ggq p,yg (t7/-2 0 A i7 X of M rs/f /0 f/g 125 BROAD HOLLOW RO AD MELVILL(. NEW YORK 1174 /.* ( $16) 4 20 3 20o I
IMPR Qp O,a. cord of conversation File: 1290-005-1641 Copy: 00 Telephone O Meeting O other To: Mr. H. McFadden From: Frank DiPaola Company: Ametek-Controls Division Phone No.:215-355-6900 Date: 9/14/84
Subject:
MEQ File 001-09 Pneumatic Controller Model 40. P/N 11KT4633DF3210-BL Summary of Conversation: Mr. McFadden related the following: Non-Metallic Components Are: Tubing - Polyethylene Nozzle Block - Delrin Diaphragms buna N/ Nylon Liquid Filler - Toluene I Balance of components are metallic. FD/ml ))syg f/LE 6:7/-09 MAC//Mra/7 k? 94 /
O O L%PELL p-coaronanON October 2,1984 1290-005-NY-098 1 Ametek Controls Division 860 Pennsylvania Boulevard Feasterville, PA 19047 ATTENTION: Mr. H. McFadden
SUBJECT:
Verification of Record of Conversation Gentlemen: 1 Thank you for the infomation your supplied to Impe11 with respect to Model 40 Pneumatic Controller. Impell Quality Assurance Procedures requi re that you receive the enclosed record of our conversation of September 24, 1984. If this is an accurate account of our conversation, no action is requested of you. Should there be any errors or misunderstandings in this record, please contact me at (516) 420-3242. If I do not receive a telephone call from you by October 17, 1984, we will assume that this 1.s an accurate account of our conversation. i Very truly yours,,j 7
- 4. Njhp!__
Frank DiPaola Engineer Mechanical Equipment Qualification Program Duquesne Beaver Valley Unit 2 ic Enclosure FD/ml Ma mf CG/-0? ~ Ar?heda d f 10 / / 5 liRO4lI l flllll)W NL) \\l) * \\li l\\ ll t ) \\l \\\\ Y()R A f il.1/
- Sto 1l0.1200 t_.,.___._.___-..
IMP.E.,L.LW a Record of Conversation
- - 1290-005-1641--
Copy: 4 O Telephone O Meeting O Other Frank OfPaola M Mr. H. McFadden From: To: Ametek-Controls Division Phone No.: 215-355-6900 Date: 9/24/84 Company:
Subject:
MEQ File 001-09 Pneumatic Controller Model 40, P/N 11KT46330F3210-BL Summary of Conversation: Mr. McFadden related the following: Tubing - Polyurethane (not Polyethylene as per ROC dated 9-14-84) FD/mi l 1 i' ifiGRui CO/-O'l I AMcHMDW h +,c, _. _ _. _. _.. -... ~.. _,.,
O I;YPELL r O. J p September 10, 1984 1290-005-NY-077 Kingsbury, Inc. 10385 Drtannond Road Philadelphia, PA 19154 ATTENTION: Mr. E. Chambers
SUBJECT:
Verification of Record of Conversation Gentlemen: Thank you for the information you supplied to Impell with respect to Kingsbury Thrust Bearing JHJ-5. Impell Quality Assurance Procedures require that you receive the enclosed record of our conversation of September 6,1984 If this -( is an accurate account of our conversation, no action is requested L of you. Should there be any errors or misunderstandings in this record, please contact me. at (516) 420-3242 If I do not receive a telephone call from you b9 September 17, 1984 we will assume that this is an accurate account of our conversation. Very truly yours, h4 L v Frank DiPaola Engineer Mechanical Equipment Qualification Program Duquesne Beaver Valley, Unit 2 Enclosure FD/ml ~ Afc7/ RLE 00/-09 Q AMMMM7 // A 225 BROAD HOLLOW ROAD + MELVILLE, NEW YORK 11747 *(Slo) 420 3200
h IM PELL'v tJ Ogwore of convertion File: Copy: C Telephone O Meeting O other To: Mr. E. Chambers From: ' F. DiPa41a Company: Kingsbury. Inc. Phone No.: 215-632-2800 Date: 9/6/84
Subject:
MEQ File 208-01, Kingsbury Thrust Bearing J1U-5 Summary of Conversation: Mr. Chambers indicated the subject bearing has no non-l metallic components. FD/ml l l i O \\ sffQ M G C0/-09 ,4777.;chtpf // \\ l O
.~ C ntr;l Engineering Data HAMMEL DAHL g o,3g,3,, O Div. of ITT Grinnell Valve Co.,Inc. Integral Cast Type V 175 Post Road. Warwick. Rhode istand 02888 Diaphragm Actuators 1 ( f Telephone 401/781-6200 Telex 927726 A 40 Series Effective 1/1/83 i CONTROL ENGINEERING DATA Engineering data provides a single source in which number is formed for ordering purposes. This code the scope of the product line can be shown. The number will. when completed, describe the product letters or numbers represent data concerning the selected. product. In selecting the letters or numbers, a code E en E e c %) ' 8 E 8 8 b h 3 ,h b e Example: j g y y y g y y Enter Code Numbers A41 A D B 4 A B 2 Selected Here A40,A46 A42 The model A40, A46 direct acting, spring return, The model A42 "preload" springless actuator is diaphragm actuator, when used in combination with usually considered when normally closed, " air to-a " push-stem to-opsn" valve, results in normally open" action is required on high pressure drop ap-closed, " air to-open" action. When used in combi-plications exceeding the limitations of spring return nation with a" pull stem to-open" valve,the result is actuators. normally open, " air to-close" action. A43 ^ '^ The model A43 " duplex" springless actuator is cap-The model A41, A47 rewrse acting, spring return, able of providing maximum thrust as the loading diaphragm actuator, when used in combinallon with pressure is not opposed by a spring or air preload, a " pull-stem to-open" valve, results in normally Total available thrust is the diaphragm area times closed, " air to-open" action, the loading pressure. On off control may be accomplished through a 4 way solenoid valve loading the upper case and venting the lower or loading the lower case and j venting the upper. For throttling control, a double acting positioner (Hammel-Dahl model P 52) may be s used. Afst? FM CO/-d9 A m 40/H 50r i2 t/4
- 1. M:CI:
40 = A40 Dirsct diaphragm actuator, spring opposed 41 = A41 Reverse diaphragm actuator, spnng opposed 42 = A42 Preload diaphragm actuator Q 43 = A43 Duplex diaphragm actuator b 47 = A47 Reverse diaphragm actuator, spring opposed }) 46 = A46 Direct diaphragm actuator, spring opposed 200 sq. in. f l 3%* stroke oni/
- 2. Variation:
A = Standard B = Integral S. M. handwheel (A46 & 47 only) E = Top handjack (limits stem retraction) F = Top handjack (limits stem extension) A41, A47 only J = Top handjack (for limiting stem extension, A40, direct type only)
- 3. Slae:
0= 50 sq. in. nominal effective area F= 75 sq. in nominal effective area G = 100 sq. in. nominal effective area K = 200 sq. in. nominal effective area ~ ' Size Max. travel
- 4. Yoke:
B = 2%* 1%" D = 2'%" 1%* 2%" A40 & 41 F = 3%s, 3%* A46 & 47 Valve stem Availability Travel up position 50 75 100 200
- 5. Stroke:
2=%* 4%" x x x 4 = 1* 4%* x x x 5 =1%* 4%* x x x 6 = 1 %* 5%" x x x 7 = 2%" 7" w x ( 8 = 3%* 4%" x
- 6. Spring Range:
A = 3 15 C = 3 9' B = 6 - 30 0 = 9 15' F = None 'Non-standard
- 7. Accessories:
B = Standard construction
- 1 1
- 8. Modification:
2 = %* air connection 3 = %* air connection 4 - %* air connection 6 = steel yoke
- Addition of accessores does not affect catalog number. Use code "B" in all cases.
Note: %" Air connection is standard. e
- O, NTM/ CD/-99 A
4 m / w M w r /2. 2 l
Dimension 1 rnd Bonn:t Mount R:fer:nca Oiaph Bonnet Max. Y effect. mount avail Direct Reverse X PrM D@ area re f. stroke acting acting (sq. en.) z (inch) A40A A40E A41A A41E A41F A42A A43 SM1 SM2 SM1 SM2 A40E A41E A41F SO 2% 1% 12 18 % 26 20 27 % 29 21 % 20 12 10 7% 7% 9 75 2% 1% 14 18 % 26 % 20 % 28 % 29 % 23 % 20 % 12 10 7% 7% 9 100 2% 1% 17 23 % 32 % 25 % 34 % 36 % 28 % 25 % 12 10 9 9 10 % 75 2' % 1% 14 20 27 % 22 % 30 % 33 % 25 % 22 % 12 10 7% 7% 10 % 100 2' N 1% 17 23 % 32 % 25 % 34 % 36 % 28 % 25 % 12 10 9 9 10 % 100 3'/ e 2% 17 30 32 % 39 % 32 % 15 15 200 2' N 1% 21 33 44 % 36 % 47 % 47 15 15 11 % 11 % 10 % 200 3'/ie 2% 21 32 % 43 % 36 47 % 46 % 15 15 11 % 11 % 10 % 200* 3% 3% 21 38 % 50 42 % 11 % 11 % 'For ~ 8" venenon (wtiegree tuse-mounted heridehee9 oversa he.gre: owoct - A400 = 4F" Reverse== A418 = STIa* Allow 17 redevs from conier of actuator tiem for handwhose Cicerance (1) (2) MODELS SM1 - SM2 Parts Ust Side mounted handwheel, lever type Handwheel. A40E & A41E Sold As An Accessory 33 Handwheel nut 34 Handwheel washer 35 Handwheel (1) For actuators thru 100 in.8/ 2'8/is* stroke (2) For actuators 100 and 200 in.8 55 Stem nut 'g i 56 Stem an e,e 73A Handiack (E). "O" ring C / q Parts Ust: Handwheel-A41F S ) 1 Assembly: diaph. case & stem housing Ab E ~~' y l /l.1 ( 6 Adjustor screw nut ~E k. 0 g se 34 Handwheel washer y 35 Handwheel M i 210" 4 ,,f$ q. p o .f l 55A Stem nut pin g [f.. a jg 56 Stem e a j lb 56A Stem pin f g 57 Key ([_\\j 61 Retaining key 94 Thrust bearing Order model SM1 by part no. 149345A 95 Thrust bearing race Order model SM2 by part no. 150326A Note-part numbers do not include stem conn. Advise factory of valve S/N or stem size. A40E Handjack A41E Handjack A41F Handjack limits 6 tem retraction limits stem retraction limits stem extension X X X [ %m v, %v, v s 7
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P:rts List A40A Dlrset A41 A Rsysrse' 1 Deepnragm case 2 Packing bom 4 Name plate 5 Sonng seat (m])s 7 Name plate screw 1 Diaphragm plate { 9 Cap screw l -5 10 Cap screw nut 11 Sonng ad uster g l M Ng r_ ...x_ 12 Travet indicator scak y g 13 Travel indicator scale screw C 3, i 7 6_ '15 Diaphragm IC 17 Actuator stem nut 3 18 Diaphragm washer g ] j 20 Actuator stem -, q 3 e-l 21 Lower diaphragm case /, e ~;3lE Y
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oc The Condensed Chemical Dictionarv ~ TENTH EDITION Revised by GESSNER G. HA WLEY O-VAN NOSTRAND REINHOLD COMPANY NEW YOAd CINCINN A TI TORONIO LONDON MELBOUANE t j AfEQ file @/-09 0 A177/CH&DJT / ,--_____y_,,y.._, y.. y _.______,._..,_7 ,_,..,,y-.am., y j__,g., ..-,,w..,.-,. ,- + - - --c-- .y----,w---
l TOLN A FTATE 10.10 dust and caustic soda and conversion of the hydra-toluene-2,4-diamine (meta-toly!cnediamine; MTD-totoluene by boiling with hydrochtonc acid. meta-toluylenedismine; diaminotoluene) Grades: Technical, dry or paste. CHiGHi(NH ):.(chi = 1). O Uses: Dyes; sensitive reagent for gold (1:10 million Properties: Colorless crystals. Solubic in water.aico. \\ h detectable) and for free chlorine in water; cunns hol and ether. M.p. 99"C; b.p. 230'C. apnt for urethane resias. (Also available as the Derivation: Reduction of meta-dinitrotoluene with dihydrochloride). iron and hydrochloric acid. Hazard: Toxic by ingestion and inhalation. Skin teinannte. USAN name for ortho-2-naphthyl toeta. irritant. N-dwyMrbanilate. Uses: Dye intermediate; direct oxidation black for C H,0C(S)N(CHs)CeH.CHs. furs and hair; source of tolusse-2,4<liisocyanate. Use: Antifungaltreatment(medicine). toimese-2,1 ^ -, _te (2,4-tolylene diisocyanate-3-ortho teieny I,2 , - " See mephenesa.n, meta-tolylenediisocyanate;TDI)CH GH (NCOh$ c -Teipit." Trademark for a tall oil pitch used in The 2Moomer is an impurity, roofing cements, caulking com pounds; shoemake r's Properties: Water-white to pale yellow liquid; sharp., was; asphalt emulosons and anti etripping agents; Pungent oder; b.p. 251*C,120'C (10 mm); flash coal dust briquetting. point 270'F (132'C); m.p. (pure isomer) 19.5 21.3*C; sp. gr.1.22 (25'/15.S*C); vapor pressure - telualdehyde. See tolyl aldehydes. (appros) 0.01 asm at 20'C. Reacts with water producing CO ; reacts wi h compounds containing t
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See ortho aminosaotoluene. active hydropa (sty be violent). Soluble in ether, acetone, and other orpnic solvents. Combustible. telu balsam. See balsam.
- Derivation: Reaction of 2,4-disminotoluene with toinese (methylbeasses; phenylmethane). G Hs CH, phoepas.
16th highest-voiesse chemical produced in U.S. Method of panficau,oa: Distillet'on to remove hydro-(1979). chione acid. Grade: 100% 2,4-isomer: 90% and 65%,2,4-isoswr both mined with 2Moomer. Contanaers: Drums; taak cars. Hasard: Highly tonic by ingestion and inhalation; strong irritaat to skin and tieaue, especially to eyes. Tolersace. 0.005 ppe la air. Properties: Colorless liquid; benzene-like odor. Sp. Usse: Polyurethane foame, elastomers and coatings; gr. 0.366 (20/4*C); f.p. -94.S*C; b. 110.7' 1 cross-linking agent for nylon 6. refractive lades I.497 (20' C); anities n ; flash point 40' F(4.4* C)(C.C.). Autoignition temp. tehsene 2,6 diidecynaste. See toluene 2,4-diisocye-997'F ($36*C). Soluble la alcohol, benzene, and nate. ether, insoluble in water. Derivation:(a) By catalytie reforming of petroleum. para telueseeulfamine. fee pars.coluenesulfon-(b) By fractional distillation of coal-tar light oil. amide. Method of purification: Rectification. para-tolusasselfamilide CHiGH.SO C.H.NH. Grades (usually defined in terms of boiling ranges): Pure; commercial; straw colored; nitration; scintil-Properties: White to pink crystalline solid. M p. lationandustrial. 103*C. Soluble in most lacquer solvents. Combus-8 Containers: Drums; tank cars. tible; low toxicity. Derivation: Para-tcluene sulfonchloride treated with Hazard: Flammable, dangerous fire risk. Explosive limits in air 1.27 to 7%. Tosic by ingestion, inhala-aniline k p ce of M or cmfuny regulated ,,,,,,,,g,gg,g;,,, I tson, and skin absorption. Tolerance,100 ppm in Grade: Technical. U : Aviation gasoline and high-octane blending Uses: Softener for acetylcellulose in proportions up stock; benzene, phenol, and caprolactam; solvent to 50% dyestuff intermediate. for paints and coatings, gums, resins, most oils. ortho-tolueneemifonamide CH GH.SOiNH. rubber, vinyl organosols; diluent and thinner in Properties: Colorless crystals; m.p.156.3* C; Sol"N' nitrocellulose tactluers; adhesive solvent in plastic in alcohol; slightly soluble in water and etM' toys and model airplanes; chemicals (benzoic acid. Combustible. benzyl a nd benzoyl derivatives. saccharin. medicines. Use: Plasticiter. l dyes. perfumes); source of toluenediisocyanates (polyurethane resins); explosives (TNT); toluene para toluenesulfonemide I pa ra.c oluenesulla m'y-sulfonates (detergents); scintillation counter. PTSAL CH,C.H.SOiNH. Shipping re' gulations:(Rail. Air) Flammable Iiguut Prope: ties White leaflets Soluble in.ileohd- (n label shdtis wluble in water M r= l *
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A family of D$ 4 polyurethane elastomers O ~-- -~ ~ ~ ~ ~ g q ~with a unique combinatior' - of hardness 7 resilience and load-bearing capacity plus exceptional abrasion resistance lmpopgang that of conventionat elastomers and CASTABILITY AND only sligntiy beiow inat of structurai MACHINEABILITY design properties. piast,cs.Wt ADIPRENE possesses At room temperature, a number of the resilience of a true elastomer. As Design engineers are urged to dis-the raw polyurethane polymersare an engineering material it bridges card any preconceptions as to the liquid, simplifying the production of the gap between rubbers and plastics' physicallimitations of rubberwhen many large and intricately shaped molded products.Whencured.these considering ADIPRENE* urethane RESISTANCE TO rubber. Its mechanical properties MECHANICAL ABUSE elastomeric parts are hard enough are orders of magnitude beyond to be machined on standard metal-those of conventional eiastomers. The outstanding abrasion resistance working equipment by expenenced of ADIPRENE has led to many im-operators familiar with the normal HARDNESS AND RESILIENCE portant applications where severe procedures for handling plastics. Very few materials offer the com-wear is a problem. In actual service. Cured ADIPRENE does not require bination of hardness and resilience ADIPRENE has outworn other rub-fillers or reinforcing agents. Thus, possessed by this product. Com-bers, plastics, even metals, some-it is wide!y used where transpar-positions with a durometer hard-times by a factor of as much as 100 ence or non marking properties ness of 95A (harder than a type-to 1. It has significantly better im-are desired. writerplaten) are elastic enough to pact resistance than structural withstand stretching to more than plastics and the low-temperature RESISTANCE TO four times their normallengths. impact resistance of ADIPRENE is TEMPERATURE EXTREMES far superior to that of urethanes And standard compounds of having different chemical structures. Heat-products of ADIPRENE per ADIPRENE maintain theirresilience with changing temperature far COEFFICIENT OF FRICTION temperatures. 85"C (185"F.)is the better than most other rubbers ADIPRENE has a low unlubricated ous" operation and 100"C(212 F ) through the range from 10 to coefficient of fnction that decreases for intermittent" exposure. 100'C (50 to 212-F.). This stability sharplyas hardness increases. This is valuable it' certain shock mount-charactenstic, coupled with its Cold-ADIPRENE remains fiexible ing applications. superior abrasion resistance and at very low temperatures and pos-load-carrying ability, is an impor-sesses outstanding resistance to LOAD-BEARING CAPACITY tant reason why ADIPRENE is be-thermal shock. Standard composi-The load-beanng capacity of products ing usedin beanngs and bushings. tions do not become brittie at tem-made with ADIPRENE is far above peratures below -62 'C(-80 F.) although stiffening gradually in-creases as the temperature is re-HARDNESS SCALES duced below - 18"C (O 'F.). S pecial RUBBERS compositions can be made that y:r..'h'U RETHA E RUBBEg gjgtene retain som Mi% at Mmpra-13 tures as low as -87"C (-125 F ) e .y r q.3 C.'Jt a . /; PLASTICS ADIPRENE has been used success- .h. %. E.f;3 fully at cryogenic temperatures en ^k in handling non-oxidizing liquefied
- 3.
f Q gases. l l /0 S 20 5'O d /0 h 90 95l U E UE DUROMETER A lis s's is /5 s'5l ADIPRENE has been used in pot-DUROMETDI O ting and insulating compositions at f requencies up to 100 kilohertl l50 70 90 100 110 120 130 140 150l and temperatures not exceeding oAQ 'Ye\\ inu ROCKWELL R t 100 C (212'F ). The basic polymer ~ e s ~ s r_ e., .. m,,,,m.. _, = ~.; =., = =,. = = ; = =, =. y ~ ~.,,,.......~,.......-,-,,..-,......o.......m
h ~ W A balanced combination of outstanding propertie, has established Neoprene as an engineering material with very broad utility Important design RESISTANCE TO SUN, FLAMMABILITY PROPERTIES j WEATHER, OZONE P in gum polymer form, Neoprene, j The resistance of propeny com-by virtue of iu chlorine content,is RESISTANCE TO OILS pounded Neoprene to ozone, sun inherently more resistant to buming AND GREASES and weatheraccounts forits excel-than are exclusively hydrocarbon lent aging characteristics. A speci-polymers. R:sistance to deterioration from ally compounded Neoprene com-wtxes fats. oils greasesandmany position has withstood an ozone in laboratory tests, normally com-other petroleum products is one concentration of 10,000 pphm for pounded solid Neoprene products of the 1,est known properties of 72 hours with nocracking.(Normal can be igniied by an open flame Neoprene in fact, Neoprena was ozone concentrations in the atmos-but will stop burning if the flame is originally developed as an oil-re-phereare usuallylessthan 10 pphm.) removed. Natural rubber and many sistant substitute for natural rubber A sample of Neoprene jacketed other synthe!R 'ubbers, under the and is still widely used for this cable, weather tested under con-same conditions, will continue to purpose. Its use is limited, how-stant stress since 1935, remains burn. However, despite its superi-ever, to non aromatic hydrocarbons tough,- resilient, uncracked and ority over these other materials in and it will not withstand chlorin-completely serviceable. such laboratory tests, Neoprene at:d solvents. will burn if involved in an actual fire O.ESISTANCE TO CHEMICALS RESISTANCE TO situation. TEMPERATURE EXTREMES O Generally speaking Neoprene prod-Heat-Neoprene has a practical eopene Wucts can h en-ucts show little, af any, chang)in high temperature range forcontin-properties or appearance when ex-uous" service of 80 to 95 C (176 to hanced by special compounding. posed to alkalies, dilute mineral 203 F.). In this range, it displays cam he, M mnh acids, or inorganic salt solutions. good physical characteristics while mune M Mng. However, acid and salt solutions of resisting long term heat degrada-RESISTANCE TO OTHER a high;y oxidizing nature willcause tion. For intermittent" use, specially surface detenoration and loss of ENVIRONMENTAL FACTORS compounced products can operate strength. Unlike natural rubber and at temperatures up to 120"C (248"F.). Neoprene products withstand long othsr general-purpose elastomers, Heat exposure above these limits immersion in both fresh and salt Neoprene gives excellent sevice in does not sof ten or melt Neoprene; water as well as direct burialin the contact with aliphatic hydrocartons, rather,it causes a Neoprene part earth. Tests conducted in accord-aliphatic hydroxy compounds and to harden and lose resilience. ance with military specifications most FREON
- refrigerants. In con-have demonstrated that Neoprene tact with these fluids, Neoprene Cold-Neoprene products showlittle can be compounded to retard the displays minimum swelling, rela-change in performance character.
growth of microorganisms. Expen-tively little loss of strength and istics down to about-20 to-25*C encehasshown thatinsects. rodents virtually complete recovery of initial (-4 to -13*F.). Below that point, and burrowing animals find no food properties af ter removal of the liquid they stiffen until their brittle tem. value in properly compounded by drainage or evaporation. (See perature is reached at about Neoprene. Table, pp.18-20.) --.40*C(-40*F.). Specially formulated compositions, however, can permit service as low as -55'C (-67*F.). O l
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Control Enginscring Dets HD 13006 2 Div. of ti? Grinnell Valve Co.,Inc. 3.Way Globo yalve 175 Posi 6;3, Warwick, Rhode latand O2888 Telephone 401/7814200 Telex 927726 Flow Splitting V831 Series Effective 1/1/83 CONTROL ENGINEERING DATA This data is a means of generating a code number the product such as material, pressure rating and which fully describes the product. The position of design variat!ons. Control engineering data also the digits in the code represent information about provides flow capacity and dimensional data. l l 2 3 4 5 6 7 8 9 10 11 l l l .50 i i 8. i E C k e 2 e 2 g g 8 2 E S o . Example: g j g g ,g g ,g Enter Code Numbers Selected Here + V831 H H E 3 3 J A B A This valve is normally used in flow splitting or divert-flow may be diverted from one to the other. A direct ing applications. Flow is introduced in the side port actuator on the valve will provide air to open the "C" and split throug h o utlet ports "U" and "L" or the lower port "L" action. 9 McG fer Ow-o9 Q' ArrackworAs aw
- 1. M: del:
831 = V831 Globe - 3 way - top and s:at guid d push-st3m-to-open towgr port
- 2. Valve Size:
Availability: Materials and End Connections Og Carbon steel and 316 Stainless steel Screwed or socket weld Flanged connections ( 150# 300# 600# 150# 300# 600# H -1%" x x x x x x J = 2" x x x x x x K = 2%" l=7 x x x l N = 4* x x x Q = 6* l x x x S-r x x x T =1r x x x NOTE: Other matedals, ANSI classes, and end connections available on application.
- 3. Body Rating:
G = 150# ANSI H = 300# ANSI 1 F = 600# ANSI
- 4. Body Material:
C = Steel E = 316 Stainless R = Steel LCB F = 316L Stainless H = 3%% Nickel steel U = 347 Stainless J = Carbon moly P = Monel K = Chr. moly 4-6% chr.%% moly M = Hastefloy B D = 304 Stainless N = Hastelloy C G = 304L Stainless O = Durimet 20
- s..
- 5. End Connection Type (1):
3 = Raised face 7 = Butt weld sched. 10 pipe 4 = Screwed 8 = Butt weld sened. 40 pipe 5 = Ring-joint 9 = Butt weld sched. 80 pipe 6 - Socket weld (thru 2") A = Eutt weld sched.160 pipe
- 6. Bonnet Type:
2 = Plain 7 = ' Alloy bellows housing 3 = Normalizing (1)(2)
- Note: Alloy housing same material as valve body
- 7. Trim Characteristic:
J = Linear V-port
- 8. Trim Size:
A = Full area only t, 0-Me$/:/w 00/-oh 4W/?uPrrW &
- 9. Trim M t ritt Csmbin tisns:
Valve plug (6) Seit rings (SA & SB) Plug st:m (8) Guida bushings (18)(5) Pkg. foll. (14) A = 316 316 316 440C 316 B = 316 316 316 316 316 Q% C = 316 S.F.S. 316 S.F.S. 316 440C 316 D = 316 S.F.S. 316 S.F.S. 316 316 316 t E = 316 S.F.S.&P (5) 316 S.F.S. 316 Rtellite 316 F = Monel Monel Monel Monel Monel G = Hastelloy B Hastelloy B Hastelloy B Hastelloy B Hastelloy B H = Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C J = Durimot 20 Durimot 20 Durimot 20 Durimot 20 Durimot 20 K = Nickel Nickel Nickel Nickel Nickel L = 440C 316 S.F.S. 316 440C 316 O = 17-4PH 17-4PH 17-4PH 17-4PH 17-4PH Notee (1) Used for both extremes of hot or Col.D temperature service (2) Normah2ing bonnet not available with bellows bonnets because standard bellows sealed bonnets have sufficient heat transfer surface both high and low temperature service. (3) with all above trim combinations the packing flange (15), pack (ng flange studs and nuts (16 & 17) are stainiees steet. Clug stem pin (11) is same material as plug stem. (4) Alloy velves thru 6* have integral guides on plaitt bonnets only. (5) S.F.S. & P. - cietids facal seat and post
- 10. Pecking:
A = Teflon impregnated asbestos with oil JM2012 (no lub.) B = Teflon impregnated asbestos with oil JM2012 (with lub. & isol. valve) y C = Teflon impregnated asbestos without oil JM2011 (no lub.) D = Teflon impregnated asbestos without oil JM2011 (with lub. & isol. valve) E = Mica impregnated asbestos J-399 (no lub.) O. - F = Mica impregnated asbestos JM-399 (with lub. & isol. valve) G = Teflon V-ring with packing spacer and (no lub.) H = Teflon V-ring with packing spacer (with lub. & isol. valve) J = Teflon V-ring spring loaded (no lub.) K = Teflon V-ring spring loaded (with lub. & isol. valve) L = Shredded teflon (no lub.) M = Shredded teflon (with lub.) N = Garlock 256 (no lub.) P = Garlock 256 (with lub.) O = Crane 187 (no lub.) R = Crane 187 (with lub.) S = Durametallic packing (no lub.) T = Durametallic packing (with lub.) U = Garlock #5888 (no lub.) V = Garlock #5888 (with lub.) W = Crane superseal #3 without grease (no lub.) X = Crane superseal #3 (with lub. & isol. valve) 2 = Rod PAX grade B (no lub.) 3 = Rod PAX grade B (with lub. & isol. valve) 4 = 316 Bellows assembly 5 = 347 Bellows assembly 6 = Monel bellows assembly 7 = Inconel bellows assembly 9 = Grafoil hAl0$/~0h i enxawwa N -3 l-
.~.
- 11. V rirtion*:
2 = Tcflon body gasket 3 = Soft iron body gaskst 5 = Flexitallic 361 clas teflon body gasket ' 6 = FlexitalliC 316 clad asbestos body gaket f,i 7 = FlexitalliC monel clad teflon body gasket s 8 = Stainless steel Studs and nuts ~ 9 = Stainless steel lubricator and isolating valve 0 = Steellubricator and stainless isolating valve (on steel valves) 'Use when one of the listed vertations from our standard offonng is required. When no variation from standard is required enter dash (-); when more than one (1) vanation is required or the vanation is not listed enter z. Materiale of Ceneerweten of Body sul>Aaeemblies - Eaciuding Trim j Pc. 304 316 316L Nickel Oarbon Chrome Dunmet l no. Part Steel SST SST SST STL3%% moly moly Nickel Hast. B Hast. C Monel 20 1 Body Steel 304 316 316L Nl.stf.3%% Car. moly Chr. moly Nickel Hast. B Hast. C Monel Dur.20 2 Bonnet Steel 304 316 316L N!.sti.3%% Car. moly Chr. moly Nickel Hast. B Hast. C Monel Dur. 20 3 Bot.ftg. Steel 304 316 316L Ni.sti.3%% Car. moly Chr. moly Nickel Hast. B Hast. C Monel Dur. 20 4 Bon.gask. St.St. 316 316 316 316 316 316 Asb. Asb. Asb. Asb. Asb. 9(B) 'lody stud 87 B7 B7 87 B7 B7 B7 87 B7 B7 87 B7 10(B) Body stud nut 2H 2H 2H 2H 2H 2H 2H 2H 2H 2H 2H 2H 16(A) Lub plug Steel 316 316 316_ 316 316 316 Monel 21 Lubricator Steel Steel Steel Steel Steel Steel Steel 22 Isol.vehe Steet 316 316 316 316 316 316 W sisoned on,,.an essa.e sem conesucran se one nor inHase geaos comecson a Toneeresw. erreimawn ior eness av rems or er and me are mews arr. pa,e torp. For asser inviperennes ooruus secary. d Face to Face Dimensions in Accordance With ISA Recommended Practice RP4.1 Cv ANSI Standard Flange Dimensione for Cast Steel and Alloy codies l Trbuistion I I Screwed or socket welding 0 Cv factor Flanged connections end connections Valve V-port tnm 600# ANSI Socket size 150# ANSl" 300# ANSI" %* raised weld.end linear (inch) (1) (1) face A A. C conn. Di D Da full area A As C A As C A As C J K 29 0 1% 6% 4% 7% 9% 4% 7% 9% 4"/is 75 % 6 3% 6' % 1.915 7% 12 % 15 % 45.0 2 10 4s/s 7% 10 % 4% 7% 11 % 5% 8% 9% 4% 7' % 2.406 7% 12 % 16 % 70.0 2% 10 % 4's/,e 6"/se 11 % 5% 9 12 % 5% 10 % 9% 13 % 20 % 105.0 3 11 % 5% 6% 12 % 5% 9% 13 % 6 10 % 9% 13 % 20 % 160.0 4 13 % 6% 10 % 14 % 6% 10 % 15 % 7 12 % 9% 15 % 20 % 350.0 6 17 % 71sf,e 12 % 1 68/s 6% 12'/ie 20 9% 14 % 13 % 16 % 550.0 6 21 % 98/se 14 % 22 % 9' % 14'sf,e 24 10 % 17% 15 20 % 7750 to 26 % 10"/se 26 % 11 % 30 12 % 16 % 27 % l 12
- o. - Pie.n monase De - esso.e connet
"% ' me.ned tece os - Normenzing bonnet m For 150# and 300d cast seems of enoy tod.os wafi set fece Reages - reduce "A** try 't.e" and " A' by '/s'. 1 ( 1 O' waowo acaemt iy
~ 1 (f-LOW Olverting) =5 -Z 3-way valvo Porte Uet 4 A 1 Velve tiody y S 2 sonnoi 3 ] '4 sonnet geeket 4 '4E Veno Wug geeket jst> c',
- = =:
N 6 Vehe pug D eA veh. pug ody SC Lockweeher
- 61. Nut (heavy hou)
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- 12 Pecking ring
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- 13 t.entem ring
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,,,,,,,n, C - uses, inw U - useer ovan L - Lo, oww Valve Body Data Plug Bonnet S Plug + Valvo Valve stem mount stem stem C lf size travel conn. dia. "up" dia. i u (Inch) (inch) (inch) z posrtion (inch) 1% 1% 2% 4% J 2 1% 2% 4% r 2%.3 1% 2' % 5% / \\ \\j. 4 1% 2' % 5% Socket weld. 6, 8 2% 3'/ie 7% 8/' clormalizing 10,12 3% 3% 9% bonnet C-Upper Inlet U-Upper Outlet Glg L-Lower Outlet i I" ,5 4 .. 'v C ~ U- ~ C 'Wk L 2r'/ - A, $b500l-Oh A = = 4McN+/wrn Ei m
O DUQUESNE LIGHT COMPANY BEAVER VALLEY POWER STATION UNIT NO. 2 ENVIRONMENTAL QUALIFICATION OF MECHANICAL EQUIPMENT Stone & Webster Engineering Corp. A Engineering Analysis Supplement No.,1 Revision 1 to Mechanical Equipment Qualification File No. 001-09/Rev. 2 Specification No. 2BVS-001 PACIFIC CHARGING /HIGH HEAD SAFETY INJECTION PUMPS i j AJF slain Wf)rffn ,laln Prepared by ' Ddte CheckeA by \\ ' Dat'e / Y/9 0 SWEC dpproval Date llk / }& 3/s9l77 DLC Approval Date O
4 (f) SWEC Supplement No. 1 Revision 1 ( MEQ File No. 001-09/Rev. 2 RECORD OF REVISIONS Revision Description Date A Draft 9/5/85 0 Original Issue 10/2/85 1 Pages 1,2,4,5, ?. 6 i i j i O 4 i l 4 O Page 2 of 8
s O SWEC Supplement.No. 1 Revision 0 MEQ File No. 001-09/Rav. 2 l TABLE OF CONTENTS j Title P,,a,ge j Summary 4 Engineering Analysis EAS-1 5 EAS-2 7 t O f 1 4 1 b 1 1 I k lO I Page 3 of 8 t l [ l
1 h SWEC Supplement No. 1 Revision 1 O MEQ File No. 001-09/Rev. 2 V ENGINEERING ANALYSIS ENVIRONMENTAL QUALIFICATION OF MECHANICAL EQUIPMENT
SUMMARY
1. SCOPE The following Pacific Charging / Safety Injection Pumps (HHSI) are evaluated in this data package: 2CHS*P21A, B, and C 2. IMPELL FINDINGS Two of the lube oil system accesories supplied with the above pumps contain non metallic materials which are not considered espable of withstanding the postulated 40 year plus accident dose for the location. 3. SWEC CONCLUSIONS The packing used in the three-way lube oil blending valve is now O qualified for the intended environmental radiation dose. The Delrin nozzle block used in the pneumatic temperature controller for the lube oil blending valve actuator is qualified for the location specific environmental radiation dose. O Page 4 of 8
l EAS-1 SWEC Supplement No. 1 Revision 1 MEC File No. 001-09/Rev. 2 ENGINEERING ANALYSIS SHEET EQUIPMENT: CHARGING /HIGH HEAD MARK NO.:2CHS-TCV150A,B,6C SAFETY INJECTION PUMP LUBE OIL BLENDING VALVE VENDOR / MANUFACTURER: WESTINGHOUSE / PACIFIC PUMP MODEL: 831HGC32JAAC SYSTEM: CHS - CHARGING AND VOLUME CONTROL 1. Knufpment Function: The lube oil blending valve controls the lube oil supply temperature to the Charging /High Head Safety Injection Pump by apportioning flow to the lube oil cooler and the cooler bypass p.) line. \\J 2. Non-Metallic Sub-Component Requiring Engineering Analysis: Teflon impregnated asbestos valve stem packing. 3. Sub-Component Function: Prevents leakage around valve stem. 4. IMPELL Findings, The valve stem packing is limited by the teflon qualification i dose of 3.4 x 104 rads. The environmental qualification dose for the blending valve location is 1 x 107 rads. 5. SWEC Evalestion: Authorization has been provided to change the valve stem packing g to GRAFOIL (qualified for radiation to 1.5 x 109 rads). O Page 5 of 8
SWEC Supplement No. 1 Revision 1 1 MEQ File No. 001-09/Rev. 2 6. SWEC
Conclusions:
The valves are now qualified to their radiation environment. 7. Maintenance: No special MEQ requirements. t i O I l 1 l l i I l l i O i l 1 4 Page 6 of 8 l
O EAS-2 Revision 0 SWEC Supplement No. 1 MEQ File No. 001-09/Rev. 2 ENGINEERING ANALYSIS SHEET EQUIPMENT: HHSI PUMP MARK NOS.: 2CHS-TCV150A, B, and C PNEUMATIC TEMPERATURE CONTROLLER FOR LUBE OIL BLENDING VALVE VEFDOR/luNUFACTURER ~.stmGHOUsE/ PACIFIC PUMP wr MODEL: 40 SYSTEM: CHS - CHARGING AND VOLUME CONTROL O 1. Equipment Function: The pneumatic temperature controller regulates the supply temperature of the lube oil to the inlet of the HHSI pump and gear (via direct capillary control) by modulating the control air supply to the lube oil blending valve actuator. 2. Non-Metallic Sub-Component Requiring Engineering Analysis { Delrin nozzle block 3. Sub-Component Function: I The Delrin nozzle block is a 3-way valve which controls the air supply to the blending valve actuator. 4. IMPELL Findings: The Delrin nozzle block is qualified for a radiation dose of 6 rada. The environmental qualification dose for the 4 x 10 nozzle block location is 1 x 107 rads. llO Page 7 of 8
t O EAS-2 Revision 0 SWEC Supplement No. 1 MEQ File No. 001-09/Rev. 2 5. SWEC Evaluation: SWEC has performed a location specific calculation (ref.: SWEC Calc. Nos. 12241-UR(B)-148-2 DP No. 16 (Pgs. 25, 46,
- 69) and 12241-UR(B)-154-2 (Pg. 51) which shows that the actual environmental dose for the temperature controller is 4 x 106 rads.
6. SWEC
Conclusion:
The Celrin nozzle block is qualified. 7. Maintenance: No special MEQ requirements. i Page 8 of 8 --~
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