ML20205C757

Ansi/Asme Draft Std QP-1 Re Safety Auxiliaries Cooling Sys Pump & Motor

ML20205C757
Person / Time
Site:	Hope Creek
Issue date:	09/18/1985
From:	Public Service Enterprise Group
To:
Shared Package
ML20205C750	List: ML20205C744 ML20205C753 ML20205C757
References
PROC-850918-01, NUDOCS 8509230199
Download: ML20205C757 (31)

Text

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ATTACHMENT B Sh. 1 of 28 P.O. 10855-M-70(Q)

DESCRIPTION: SAFETY AUXILIARIES 000 LING SYSTEM PUMP AND MOTOR l

ANSI /ASME DRAFT STD QP-1 Provided ,  !

In spec. Remarks l 5.0 SPECIFICATION 5.1 Pump's specification should Yes See checklist exceed those nonnally con- for Specification sidered for non safety (sh. 18 to 28 of pump. this attachme nt).

5.2 As a minimum following shall be included.

ACCEPTANCE CRITERIA Flow, Discharge Pressure Yes Refer to NPSHR. S pe ci fica tion, Required Start-up Time. No Operating Time. Yes Recirculation Rate. Yes Seal Leakage Rate. Yes EXTERNAL LOADS Seismic Loads. Yes Re fe r to Nozzle Loads. Yes Spe ci fica tion, Vibra tion. Yes Location of Loads fo r Yes Interf ace.

8509230199 850918 PDR ADOCK 0 % y4 E I J

F84/5 _. .- _.

,' ATTACHMENT B Sh. 2 of 28 ANSI /ASME STD QP-1 1

Criteria l Item Met Remark s j j

j 6.0 QUALIFICATION PROGRAM i

f 6.1.1 ( a) Qualification of a No Seal system is not 1

- shaf t seal assembly n qualified. However  !

accordance with QP-3, pump has operated and, successfully dur-ing tests. l j (b) Qualification of a Yes i driver in accordance with QP-4 or 5, and  ;

(c) Qualification of pump Pa rti- Seal is not assembled with the ally met quali fied .

i qualified shaf t seal

! and the qualified

driver in accordance with QP-2; or 6.1. 2 ( a ) Qualification of a l Not applicable.

shaf t seal assembly in l l accordance with QP-3, i and (b) Qualification of a -

{ driver in accordance '

l with QP-4 or 5, and l (e) Qualification of pump -

+

assembled with the

! qualified shaf t seal i and an alternative i driver in accordance

with QP-2 ; or

{ 6.1. 3 ( a ) Qualification of a -

j driver in accordance with QP-4 or 5, and 4

(b) Qualification of pump -

! and shaf t seal assem-j bled with qualified '

j driver in accordance p t with QP-3 or i

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ATTACHMENT B Sh. 3 of 28 ANSI /ASME STD QP-1 Criteria l Item '

Met Remarks l 6.1. 4 ( a ) Qualification of a -

Not applicable, driver in accordance with QP-4 or 5, a nd (b) Qualification of pump -

and shaf t seal assem-blod with qualified driver in accordance with QP-2 and 3. o 6.2 Qualification by Analysis 6.2.1 Component Parts and Inter-face Items Af ter completing one of thel above programs, an analy-tical evaluation of the pump assembly shall be performed to justify that:

(a) all camponent parts Yes have been qualified.

(b) all interf ace itens Yes have been considered.

6.2.2 Items That Have Not Been Not applicable, Qualified Components or interf aces -

not incorporated in the qualification program shall be subject to quali-fication in accordance wi th QP-2. This requires that, as a minimum, analy-sis be performed to justify the capability of the interf ace or camponent to pe rf o rm i ts f un ct ion, d F84/5 i ._-

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ATTACHMENT B Sh. 4 of 28 ANSI /ASME STD QP-1

'Criteriai l Item Met Remarks l

. 6.2.3 Generic Pump Assemblies If a generic pump assembly __,

Not applicable.

has been previously quali-fled by the QP series of S ta nda rds , the qualifica-tion program will be desig-

, nated to provide analysis,  !

supplementary tests, or evidence of. operating expe-rience to establish the l sLnilarity of the specific j pump assembly being ,quali-fied to that previously qualified. If no previous qualification data is available to verify capab-ility, the qualification program must be formulated j to canply with the QP series of S tandards. '

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F84/5 -

ATTACHMENT B Sh. 5 of 28 ANSI /ASME STD QP-1 Criteria l Item Met Remarks l 7.0 DOCUMENTATION Yes Refer to SQRT binder for P.O.

7.1 General 10855-M-70(0) and E-ll2A( Q).

The qualification documen-tation shall verify that the safety system equip-me n t is qualified for its application and meets its specification criteria.

The basis for claiming qualification shall be explained in a clear, logi-l cal fashion. Evidence shall be presented to show that:

(a) the fundamental quali- Yes fication requirement is satisfied, and (b) the qualified life is Yes ju s tified .

7.2 Documentation Files The owner shall maintain a qualification file (s). The file shall contain the equipment specification and (a) evidence of compliance ) Yes with specified design codes and standards ,

and (b) evidence of compliance l Yes with f unctional quali-fication standards, a nd l (c) description and records) Yes of periodic inspection, maintenance and canpo-nent replacement re-quirements during the life time duty cycle, and I

i F84/5 .

m ATTACHMENT B Sh. 6 of 28

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ANSI /ASME STD QP-1 ICriteria l Item l Met Remarks l l

(d) detennination of quali-l Yes fication, and (e) summa ry and conclu- Yes sions, and (f) approval signature and l Yes date.

F84/5 .- - . .

ATTACHM'ENBT Sh. 7 of 28 AUG a ~850 P 8 7181 ANSI /ASME STD N551. 2 - PUMPS Criteria l Item Met Remarks l l

6.0 DESIGN / FABRICATION REQUIRE-l MENTS

a. Deformation Lbnits not Yes Refer to V.P.

exceeded 10 8 5 5-M-7 0( 0 )-4 7-3

b. Allowable stress values l Yes for non-code materials are provided.

6. 2.1 Casing

a. Designed for all loads. Yes Re fe r to VP-108 55-Distortion does not M-7 0 ( 0 )-6 5-1 cause malfunction.

b. No tapped ( threaded) Yes There are no threaded opening for Nozzles. ope nings for noz zles.

c. Drain and vent connec- Yes tions provided.

6.2.2 Nozzles Threaded noz zle ends Yes prohibited .

6.2.3 Flanges Conform to ANSI STD B 16.5 Yes 6.2.4 Fasteners

a. Threaded f asteners con- Yes form to ANSI STD B . l .1

b. Threaded f asteners P a r t i- All wetted threaded wetted by fluid shall ally f asteners are locked be locked so that if met. in place except fo r fastener is broken, the headless axial all parts retained in- screws on the parting place line between the impeller which is staked at the time of assembly against rotation.

l F84/5 ,

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ATTACHMENT B Sh. 8 of 28 )

I l

l ANSI /ASME N551.2 - ( PUM PS ) l Criteria -

Item Met Remarks 6.3.1 Bearings

a. Bearing lita minimum Yes Refer to VP-10855-3 years with L-10 M-70(O)-65-1 ra ting life.

b. Hydrodynamic radial / __

Not applicable, since l thrust bearings re- DN value is less than quired 300,000, if DN > 300,000 (D = Journal Dia N = RPM of shaf t)

c. Bearing housing re- Yes placeable without disturbing pump driversl I

d. Oil Temp not to exceed Yes In field testing , cri-Antifriction: 160* F, o r teria shall be met.

bearing 60*F above an-bient Refer to Page 48 of Hydrodynamic: PSSUG-PTP-EG-1 Tes t bearing 14 0* F , o r Procedure.

60*F above It. is the recommenda-Ambient tion of Ingersoll-Rand that the bearings be 6.3.2 Wearing Rings ala rmed at 160*F and pump should be shutdown if the tanpe rature reaches 18 0*F.

a. Hardness > 400 BHN No

b. Hardness dif ference Yes minimum 50 BHN

c. Held in place by posi- Yes tive locking method

d. Stationary wear rings Yes if RPM > 3 600 RPM F84/5

, , ATTACHMENT B Sh. 9 of 28 ANSI /ASME N551.2 Criteria -

l Item Met Remarks l

6.3.2.2 Required Clearance Refer to VP 10855-M70(0) 1 Dia of Mem- Clearance

a. ber (Inches) (Inches)

Less than 3 0.015 Yes Required clearance.

3 to 4.9 0.016 ( .026" minimum clearance 5 to 6.9 0.018 for 13" to 15" diameter) 7 to 8.9 0.02 9 to 10.99 0.022 The design wear ring 11 to 12.99 0.024 clearance for this pump 13 to 14.99 0.026 is 0.020" to 0.025", and 15 to 16.99 0.028 the ring diameter is 14.133".

For 300 Series Stainless steel, add 0.005 to clear- ,

ance 6.3.5 Impeller Retention If nut used on pump shaf t Yes to retain impeller, nut shall be prevented from loosening by a pos itive locking device.

6.4 Piping Joints Conform to ANSI B2.1 Yes 6.5.1 Fabrication Ef ficiency of visually __

This section is not inspected weld - 70% of applicable since the allowable stress pump casing is a cast-i ng .

6.5.2 Major parts to be dynami- I cally balanced a._ if speed > 1700 RPM __

Not applicable capacity > 2 50 GPM operating speed

= 1180 RPM Rotating part mem-ber > 6" diame ter.

F84/5  !

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ATTACHMENT B Sh. 10 of 28 ANSI /ASME N551.2 ICriteria -

l Item Met Remarks l 6.5. 2 (cont'd)

b. At speeds over- 1700 RPM Not applicable, for two or more stages.

6.5.3 Vibration Vibration measurements shall be taken at rated speed and within + 10%

rated capacity Double Amp-plitued Vi-Speed bration Mils)

Up to 1200 4.0 Yes Refer to VP-10855-l 1201 to 1800 3.0 M-70(0)-65-1.

1801 to 4500 2.5 7.0 VERIFICATION OF PROTOTYPE PUMP DESIGN

1. Analysis Yes Pump has been

2. Test -

analyzed for all

3. Expe rience -

load s .

4. Combination -

7.2.2.1 No natural f requency Yes Natural frequency within 20% of ope rat- = 52 Hz ing s pe ed . O pe r a ting s peed

= 1180 RPM 7.2.2.2 Fluid film bearings No

- consider - half speed whirl 7.2.3 Deep Draf t Pump - Ope r-l Not applicable.

ation to be proved by It is a centri-test f ugal horizongtal l pump.

7.2.4 Shaft ,

Meet clearance, d > Elec- Yes Refe r to V.P.

tion, misalignment and 10 8 5 5-M-7 0 ( 0 )-4 7-3, stress limits

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ATTACHMENT B Sh. 11 of 28 ANSI /ASME N551.2 Criteria .

Item l Met Remarks 7.2.5 Bearings Bearing Evaluation shall at least consider

a. static and cyclic Yes Refer to VP-108 55-;

load ing ; M-70(O)-65-1

b. Rotor dynamic imbala nce) No at running f requency;

c. Magne tic Labalanced No at twice running frequency ;

d. Shaf t deflection; No

e. Hydraulic loading; Yes

f. Rotor weight; Yes

g. Bearing fits and Yes clearances; Refer to Bechtel

h. Angular misalignment; Yes calc 678-70 7.3 TESTS Following tests are re-quired

a. Hydrostatic Test Yes

b. Hydraulic Performance Yes Test

c. Mechanical Running Testl Yes

d. Natural frequency for Not applicable.

Deep Draft Pumps

e. NPSHR Test Yes

f. Endurance Test not Yes less than 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> l l l F84/5 .

ATTACHMENT B Sh. 12 of 28 ANSI /ASME N551. 2 Criteria -

(

Item 1 Met Remarks j l

7.3.3.3 Thermal Transient Test No Refer to VP-10855-l M-7 0 ( Q )- 6 5-1, 7.3.3.4 Flow Distribution Test No 7.4 Experience The prototype should be Not applicable.

identical /similar to pre-viously qualified, consider ,

ing following character-istics.

A. Case stif fneSs

b. Shaf t Stress, material, I and critical speed

c. Bearing ma terial, Mounting and clearances.

8.0 DYNIMIC QUALIFICATION 8.2 Tests All loads to be considered Yes 8.3 Analysis Stresses and deflections shall be calculated at least at:

a. Pressure retaining parts , Yes Ref e r to V. P.

10 8 5 5-M-7 0 ( 0 )-4 7-3,

b. Coupling Yes

c. Pump hold down bolts Yes

d. Shaf t and rotor assembly Yes

e. Keys, pins, f as teners Yes we lds , a nd be a ring s .

f. Pump support pads Yes

g. Pump foundation bolts. Yes F84/5- . - _

. ATTACHMENT B Sh. 13 of 28 ANSI /ASME N551.2 Criteria _

1 Item Met Remarks l 9.0 PRODUCTION PUMP EQUIVAL-ENCY WITH PROTOTYPE

1. Chemical and Physical Not applicable.

properties of materials

2. FLUID SYSTEM REQUIREM ENTS

a. Head-flow character-istic Curve

b. Powe r

c. Net Positive Suction Head Required

d. Thermal and Pressure Transients

e. Specific Speed

f. Impeller Diame ter

3. MECHANIC AL RDQUIREMENTS

a. Case Stress Levels

b. Shaft

c. Coupling

d. Bearing Mounting & Type l

e. Running Clearances

f. Support System Stif f-ness

g. Baseplate Stif fness

h. Speed - P ump

i. S tage s

j. Critical Speed u F84/5 -7

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- ATTACHMENT B Sh. 14 of 28 j l

l ANSI /ASME N551.2 Criteria _ l Item l Met Remarks l 9.4.4 The following tests are Not applicable required or optional Op-Req'd tionall

a. Hydrostatic Test X

b. Hydraulic Per-formance Test X

c. Mechanical Run-ning Test X

d. Net Positive Suc-tion Head Test. X

e. Natural frequency test for vertical turbine type pumps only X (Deep Draft pumps) u l j F84/5 . ._ _

ATTACHMENT B Sh. 15 of 28

. ANSI /ASME STD N551.3 SHAFT SEAL ASSEMBLIES

' Criteria, l Item l Met Remarks l l l 1.2.4 Seal System ' Qualification l No Refer to V.P.-10055-M70(Q)

Requi red . 1 4.0 Method of Qualification No to be speci fied .

5.2.2 Carbon Porosity i

Air leakage <1 ml/hr/ inch , No of diameter when tested under water at a minimum pressure of 30 psi.

5.2.4 Stress Index > 0.1 for No springs, bolts, pins.

6.0 Seal Specification Type of seal, .

Yes The pump shaf t diameter Shaf t/ sleeve diameter at Yes was specified to the seal seal, . manu f actue r ( 4.18 8 inch e s )

Range of axial travel. No Static angularity. No Manufacturer specified Range of axial travel. No .003 inch maximum radial displacement for normal operation. Angularity and axial travel not spe cified 6.2.5 Possible inaccessibli ty No of pump during ope ra tion.

i 6.3 Mechanical Face Seals

- hydraulically balanced - Yes type.

6.4 Packaging I

I Minimum packaging size __

Not applicable, 1/4" square since mechanical Preferable - 3/8" seals are used.

6.6 Seal Cavity Recirculation l Yes Rate.

External Cooling , No There is no Filtration, No external cooling Fluid Injection System , No Drains at Low Points in Cooling Water Piping . Yes ,

F84/5 ,1-

ATTACHMENT B Sh. 16 of 28 ANSI /ASME STD N551.3 - SHAFT SEAL ASSEMBLIES Criteria -

l Item , Met Remarks 7.0 Prototype Seal System Refer to VP-10855-M70(O)

Qualification Required by Yes 1 Analysis, Tes t or Expe ri-ence. The qualification of the Similartiy of application; Yes seal system is based Envi ronmen tal; upon past experience.

Performance Data; Maintenance and Inspection; ,

No Similar seal systems Records. have been used on simi-lar systems in the same l 8.0 Verification of Production e nvironne nt.

Seal Systems Equivalency with prototype No shall be established 8.2.1.1 Measure seal f ace No flatness 8.2.1.2 Measure mating f ace No flatness 8.2.1.3 Leakage : Check No Secondary seal cmpo-nente. and record results.

10.0 Qualification Package

a. Shaf t Seal System Drawing Yes

b. Bill of Material Yes

c. Qualification and No Production Test Report

d. Certification of Yes Compliance

e. Installation, Operation No and Maintenance Instruction Manual 1 l

F84/5 '

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Tablo 1. Shaf t Sral Systen Specification ( ANSI /A!ME SID N551.3)

Design Basis Condition Safety (2) In (Glard Related Service Plate Only)

Normal (1) Function Test Hydrostatic (5) Other(4 )

Fluid (3)

• WS N/S N/S Pressure (psig) 150 150 WS 225 WS Tenperature ( *F) Max 95 95 WS WS CoMi- Thermal Transient tions Rate, Range ard at Seal Direction (*F/ min) WS N/S WS N/S Cavity . Thermal Transient Duration (min. ) N/S N/S N/S N/S Alicwable Leakage (6) N/S WS N/S 0 N/S Radiation (Rads) WS N/S l Speed (RIM) 1200 1200 N/S N/S Abnormal Ntznber of Cycles WS 1 N/S Cordition Duration cf (Design Cycles (hrs)

Life) N/S 30 Min. N/S Conponent Pressure (PSIA) N/A N/A N/S N/S Coolant Temperature ( *F) N/A N/A N/S N/S Conditions Flow Rate (GIM) N/A N/A N/S N/S Design Static (Hrs) N/A N/S Life Dynamic (Hrs) N/A N/S l NOIES E >

(1) tbrmal corditions refer to seal corditions in pimp *ich are required to fmetion chrirg normal plant [l j operation.

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(2) Safety-relata] function corditions refer to seal corditions sich occur in ptmps sich must fmetion chring g m

r or af ter a plant upset, emercyncy or faulted conditions.

(3) If fluid is water, specify qtentity of chenicals tresent as additives or imptrities ard solids particle size.NC d E

(4) 'Other" refers to conditions Wich may af fect the seal cavity environnent sudi as Ims of conponent C (p coolant or injection ard which are not ccueral in the other categories. "

(5) Incluck this information if seal is to be used during hydrmtatic tests.

(6) Allowable leakage refers to that leakage which can be collected as liquid at the seal cperation corditions. $

NS- Not specified p N/A-tbt applicable r

• - See attached spec. sheet.

84/5 o m

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• Appendix 1, Docign specificaticn 10855-N-070(Q), R:v 1 APPEIGIX 1 I SUPPLEMEICAL DATA ,

POWER CONSUMPTION:

The shaft power requirement of the pump shall not exceed 600 BEP at any flowrate less than or equal to the maximum flowrate specified in the pump data sheet, Appendix

2. .

Sacs system descriptions '

sacs pumps operate in a closed cooling water loop oonsisting of SACS and various other heat exchangers connected in a parallel arrangement. The loop is pressurized by the static head of an expansion / head tank located above the highest point in the system.

Typical analysis of SACS water being pumped:

conductivity (micrombos/cm a 25*c) 0.1 Total dissolved solids (ppa as caco) 0.04 Silica (ppm as sio) 0.01 Chloride (ppm as c1) 0.03 i I 6 to 8 pH a 25'c corrosion inhibitor see below ,

Ambient operating conditions:

Installation Indoors Temperature 65-104*F Relative Bumidity ,

10-1005 Radiation exposure:

The motor-pump units shall be able to withstand an accumulated radiation dose of 9.0 x 10s rads over the 40 years useful life expectancy of the plant, and a short ters (30 days) dose of 2.0 x 10s rade during a IAss of Coolant Accident.

I Noise limitation:

)

The equipment oovered by this specification (including motor) '

shall not produce, under any operating condition, noise in excess i

of that permitted by osBA, for 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> per day exposure at a distance of 3 feet from the equipment casing.

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Corrosion inhibitor: ,

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Appendix 1, Design specification 10855-M-070(Q), R;v ic The Buyer is presently considering the use of sodium nitrate and Seller shall state  !

( certain other non-toxic corrosion inhibitors. ' I any liadtations the equipment might have regardIng~the use of corrosien inhibitors.

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y ATTACHMENT B Sh.18 of 28 GEGLIST EOR SPECIFICATION OF PtMPS AND MOIOR (ANSI /ASME OP-1 ard 0P-4)

PLRGASE ORER: 10855-M-70(0) and 10855-E-ll2A(0)

ESCRIPTION: Safety Auxiliaries Cooling Systen Ptznps -

l PROVITD ITEM IN SPEC RfMAIES I. ITEMS TO BE SPECIFIED EOR PLMP DESIGN AND QUALIFICATION ,

A. Specification Content

1. Construction Code Class, appli- Yes AfME B&P Code Class 3 cable edition ste. Section III,1974 Edition l includirg Winter 1975 Addenda.

2. Definition cf in-service Yes ASME Code,Section XI.

inspection requirenents including references to specific ISI Codes, as applicable.

3. Ebnctional, operatirg, erwiron- Yes Given in &ta sheets nental ard & sign conditions mder which the punp must cpe-rate. See data sheet itens.

4. Operational nodes includirg time l Yes Refer to Section 5.0 limit for reciraalatirg flow testirg .

5. Punp type. Yes Centriftgal, horizontal split-case:

6. Minimum cperatirg flow limita-tions. Yes 35% of ratal Flcw.

(Section 6.12.5)

7. Design life. Yes 40 years.

8. Requirenents for dynanic analysis} Yes Refer to Section 6.16.

or testirg.

9. Designation cf loads, load can- Yes Refer to Section 6.16.

binations ard related ASME Code service conditions.

10. Danonstration cf cperability by , Yes Refer to Section 6.16 of analysis or test mder all spec.

applicable loadirg corditions.

11. Seisnic loalirg CBE and SSE. Yes l l K75/3 l

, ATTACINENT B Sh.19 of 28 PUMPS AND ICIOR - (Cont'd)

PROVITD ITIM IN TEC _ RIMAIES I. A. Specification Content (Cont'd) l

12. Stress limits. Yes

13. Seisnic design criteria. Yes

14. Quantified acceptable limits No for wear cf bearirgs to estab-lish minimum service life.

15. Use cf mechanical seals and Yes Refer to chta sheet, type cf seal cooler, as appli-cable.

16. Flod restrictor fran seal -

Not applicable ,

cavity, if applicable.

17. Vent and drain fran ptrap casirg l Yes and types of connections.

18. Operational limits for ptung -

Not @plicable ,

recirculation or cperation wittout cooliry water.

19 . Type cf ptrnp naczle connections Yes and chtails.

20. Connection requirenents to otherl Yes ancillary pipirg.

21. Support ard anchorage require- Yes nents, and configuration.

22. Cooling water pipirg code -

Not applicable ,

requirenents.

23. Separation cf runnirg frequency Yes Critical sImed > rated fran shaf t natural frequency. speed by at least 20%.

24. Minimum acceptable force ard Yes noment carrying e apability of the punp nczzles, the punp casirg, and the punp support attachments.

l K75/3 l

AntV#dtWMA B Sn. 4U or 20 I AUG 27 '85 ) F fj 71 p,1'

- PUMPS AND M7IOR - (Cont'd) l PROVIIED ITIM INEPEC _

RIMARp or field test, analysis, and/or l experience).

12. Interface requirenents (control l Yes systen, utilities arailable, flarged connections, etc.) .

13. Shaf t vibration limits. Yes Per NDiA Stardard.

14. Special unterials requirenents -

Not applicable.

if different fran unrufacturers' stardards.

K75/3

ATTACIMENT B Sh 26 of 28

. PUMPS AND M7IOR - (Cont'd)

PROVIED ITIM IN TEC _

RIMAIES l

A. MCTIOR APPLICATION (Cont'd)

15. Design Qualification require- No nents (i.e. , presstre vessel analysis, law cycle fatigue analysis, etc.) .

16. Support or anchorage require- Yes nents ard configuration.

17. Qualification acceptance Yes criteria.

18. Doomentation requirements. Yes

19. Insulation class. Yes Class F or H B. MOIOR PERFORMAtCE SPECIFICATIONS

1. Nonnal voltage (include Yes tolerance).

2. Minimum startirg voltage. Yes

3. Phase. Yes

4. Frequency (includirg tolerance). No

5. Startirg torque. Yes

6. Maximum time to accelerate - Verdor to decide ,

load.

7. Tenperatre rise ard retrod cf Yes Thennoccuples requiral .

neastrement. (Page 9 cf Specification) 1 K75/3

AITACHMENT B Sh. 27 of 28 PUMPS AND MOPIOR - (Cont'd) l PROVIEED ITEM IN SPEC -

REMARCS l

APPENDIX B - MOIOR SPECIFICATION This apperdix is not part cf this stardard, but is included for infomation only. The follodirg infomation, as a minimum, should be rwiwed in the preparation d specifica-tions generate $ bf the organization respon-sible for the plant design.

I. ICIOR APPLICATION AND SAFETY FUNCTION

1. Driven equipnent ftnction. Yes

2. Specific location in the plant., Yes

3. Mcuntirg (vertical or torizontal). Yes Horizontal

4. Erwirormental corditiom for each Yes service corditions: nonnal, abnomial, design basis went ard ard post design basis went, as applicable.

5. Control systen auxiliary equipment. Not applicable II. INIERFACES (motor supplier, user or others)

1. Shaf t (material, extension, and -

Verdor chsign other special features).

2. Ccuplirgs (one-half ccuplirg nountsi l Yes by motor supplier, self-release couplirg, solid, nonrwerse type).

3. Motor lea $ termination (lugs, insu- Yes Terminal Box lation, and qualification). (Page 8 cf Specification)

4. Seisnic qualification cf motor ard Yes driven equignent.

5. Water for bearirgs ard air to water -

Not required heat accharger, if required.

6. Motor / driven equipment mountirg. -

Prcuided bf verdor 1

l K75/3

--r

AITACEPE?r B Sh. 28 of 28 PUMPS AND M7IOR - (Cont'd) l PROVIED l ITIM IN SPEC - RIMAIES III. PEREORMANCE AND MOIOR DESIGN REQUIRE-PENTS IROVIDED BY SPECIFICATION 'IO PCIOR MANUFACTURER

1. Horsepower at each cperatirg cordi- Yes tion.

2. Synchroncus speed (nunber cf wirri- -

RPM is given irgs if multispeed).

3. Nonnal voltage including tolerance. Yes

4. Minimum voltage for starting ard Yes runnirg .

5. Phase ard direction cf rotation. No

6. Frequenof includirg tolerance. No

7. T. cad inertia (WK2 ). Yes i

K75/3 s