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• GENERAL QUALITY ASSURANCE
What is Quality Assurance? - A program for the control of all important
activities.
What are Important Activities? - Those ~ctivities which may have an adverse affect on
items required for safe operation and protection of
the-public.
Why have Quality Assurance? - 1. ·It is a regulatory requirement.
2, Economically beneficial to accomplish an activity
correctly the first time.
What is the QA Goal? - Provide confiden~e that equipment, structure and
activities are accomplished in a manner consistent
with the established requirements for the identified
activities.
What are Established Requirements? - Requirements contained in the issued procedure for
the work activity or function. The requirements are
derived from many sources; regulatory commitments,
industrial standards, and company imposed policies
such as economics, reliability.
• QA PROGRAM RESPONSIBILITIES
EVERYONE HAS A RESPONSIBILITY FOR SOME ASPECT OF THE QA PROGRAM
DOERS
EXAMPLES: Mechanics
Technicians
Engineers
Designers
Supervisors J
Accomplish activity
in accordance with
the procedure
Plan, schedule,
implementation
accountability
Primary individuals for the
quality of the work activity
INDEPENDENT VERIFICATION
QA Organizations
Review
Inspection
Monitoring
Audit
Analysis - Problem identification
• WHY DO WE NEED PROCEDURES?
Define activity to be accomplished.
Provide the method to accomplish activity in a
consistent manner .
. Note important characteristics or changes to prior
methods.
Provide the method to document the a .. ctivity;
Provide method to accomplish activity such that
established requirements are met.
WHAT HAPPENS WHEN YOU DON'T HAVE A PROCEDURE, OR WHEN A
PROCEDURE IS INADEQUATE?
Schedule delay due to inadequate tools or
material.
Damaged equipment due to faulty
disassembly-reassembly.
Lack of performance/failure due to incorrect part
being used.
Personal hazards; radiation exposure etc.
Outage delay/extension
a) Fines, penalties
b) replacement energy costs.
Potential of duplication of work exists.
••
•
CONTROL OF NONCONFORMING MATERIAL
PURPOSE: Prevent use of material which does not meet
established requirements.
HOW:
l. Identify
2. Segregating/Tagging
3. Disposition
a) . Repair
b)
c)
d)
Rework
Use as is
Scrap
approved by
appropriate Rep
IMPLEMENTATION - Accomplish disposition in
controlled manner.
VERIFICATION
1. Test
2. Inspection
3 • Review
4. Monitor
• CORRECTIVE ACTION
PURPOSE:
HOW:
To assure that activities adverse to quality
are identified, reviewed and corrected.
1) Identification: Everyone is responsible for identify-
2) Review:
ing to their supervisor areas which they feel
require correction.
Supervision is responsible for reviewing and
assessing the needed correction and assign
action to correct (within the area of
responsibility)
3) Implementation: Responsible organization reviews and
determines method of accomplishing the
correction and institutes action to correct.
• EQUIPMENT HISTORY RECORDS
PURPOSE: Record all critical corrective and preventive action
accomplished on equipment to assure reliable, dependable
equipment performance.
Records must be traceable throughout the life cycle of the
the equipment from manufacture, receiving, st9rage, installation
test, operation, maintenance and scrap.
Activity A Traceability
Act.i vi ty B Traceability
Activity c
••
•
•
TRAINING
Qualification
formal education
work history
O.J.T.
Certification
Statement from supervision indicating ability to
perform.
Re-Training
Maintenance proficiency
Commercial Catalog Item - An item which complies with all of
the following requirements:
(1) The item is not unique to facilities or activities
licensed by the NRC.
(2) The item is manufactured in quantity to published
manufactuer's fixed design and quality requirment.
(3) The item part number i§ listed in the supplier's
catalog as opposed to a manufacturer's bulletin or
circular.
(4) The item requires no supplier documentation.
(5) The item is identifiable by physical marking, tagging
or containerization and is maintained throughout
storage.
Note: For replacement (CCI) items, a document must exist
which identifies the item (to be ordered) as an authorized
replacement-in-kind for the original or existing item.
documents include the manufacturer's part list, bill of
material, repair, maintenance or instruction manual or a
PSE&G engineering list of replacement or interchangeable
parts. Any proposed substitution or authorized parts
requires written engineerring approval.
Such
•
•
EXAMPLES OF CCI'S
(1) Electronic components and assemblies such as resistors,
capacitors, integrated circuits, instrumentation.
(2) Electrical items such as relays, lamps, fuses,
transformers, switches, recorders.
(3) Mechanical components - bearings, gaskets, packing,
a-ring, non ASME code fittings, small nuts, bolts,
stud.
NON-CCI ITEMS
(1) Any component with a unique requirement (i.e. special
handing, selection, inspection or modification)
(2) ASME boiler and pressure vessel code items
The procurement of a CCI intended for use in safety related
equipment may be procured without specific quality
requirements. The receipt inspection and subsequent
installation test shall be sufficient to demonstrate proof
of satisfactory component acceptability. This method of
procurement does not alter the function of a CCI, nor does
it change the controls placed on the installation. Items in
the CCI category do not require imposition of 10 CFR part 21
on the supplier.
• MATERIAL ORDER/ ITEM CLASSIFICATION FORM
MOIC
PURCHASING DEPARTMENT INITIATE PURCHASE ORDER
..
PROCUREMENT INITIATION
NUCLEAR QA NUCLEAR OP PROCUREMENT & SUPPLIER CONTROL MATERIAL CONTROL ESTABLISH ITEM -
CLASSIFICATIO~ AND -QUALITY REQUIREMENTS
!
! !
!
It
NUCLEAR PROCUREMENT & MATERIAL CONTROL PREPARE REQUISITION FROM COMPLETED
MOIC
. I~
QA NUCLEAR OPS. SUPPLIER CONTROL APPROVE REQUISITION & RETURN TO NUCLEAR PROC. & MAT'L CONTROL
p.-
~ -
NUCLEAR ENGINEERING ASSIST QA IN ITEM CLASSIFICATION & APPROVE MOIC
rel i:: ctl
u H 0 ~ i::
0 rel ·..-! (J) .µ .µ ·..-! (J) UJ r-l ·..-! n, ::l 8 tJ1 0 (J) u i:i::
,..
WORK ORDER SYSTEM CHANGES
ALL NON-SAFETY RELATED WORK ORDERS ARE TO BE REVIEWED BY THE QA ORGANIZATION PRIOR TO
ISSUANCE AND STAMPED IN THE SPECIAL INSTRUCTION BLOCK SIGNIFYING AGREEMENT. NO NON-SAFETY
RELATED WORK ORDERS ARE TO BE IMPLEMENTED WITIIOUT A QC INSPECTION STAMP.
GOOD PRACTICE TO MAINTAIN DEPARTMENT LOG OF ALL CONTACTS WITH SPONSOR ENGINEER.
SEE ATTACHED SAMPLE W.O.
.t.NT"
.CD SALEM IOF'l .
I
ICENTr..-rCATION
t.
~· ® :oaLEM/WORK DCS:CRIP'TION
@.
ctnun (2 O) :s D ,.~
REQUES~Y
QAR~ED
YU "-\_18;co 0 1'I J'l,I P ROTE c:T I Ot; TES D MOD
"ECIAI. INSTRUCTIONS
!EVI BY
.1 UNIT
I To:· (§_} D MAIHT.
Cl.ASSl,.ICATION
. ELECTRICIAN· TECMNICIAN
DOIL.ER REP'AIR MECMANIC
. llNGJAL' W9~2 iRoEo 5 G) 0
. - I"' OE>< ,..C -~- SYtT: I (8)°'"~0 0 l'ERF. 0 YAl'IO OTHER
RECEIVED~
D ... , •• "'E~MISSION REQUIRED
SSS/SS l'l:"MISllUON
QA NOTl,.IC:ATION/REVIE~.
IQA)NAMI!: (23)
TIME~--
DATE
(QAI CIAJ'~"u;
. (23~
P'OLLOW-UP'/111 ETIEST R IEQU IRED -·--· ··- .
MANPOWER REQUIREMENTS
ESTIMATED NO.MEN
Cl.OCK HOURS
-{2 9
ESTIM"'-TED MAN HOURS
ACTUAL MAN tlOU~~
;ul'v. A~NED
Tl.CHNICAI. STATION MECHANIC• ASSISTANT
:>R'S. INi'"""\TEC
\.32) TECHNICAi. UTILITY MECHANIC• HICl.l'Elll
UMP NO./PROCEDU"E NO.
@· 0 TAGS Cl.EARED• TURNED OVER TO OP'El'IATIONS
SSS/SS @
CIATE
OESCRll'TION 0,. WORK P'ERP'Ol'tMEC
EST./UMP ACTUAb
TCTALS
coses THIS llilALP'UNCTION CONS7'.r0\TE AN IHCICENT
D '1"1:11 0NC SH/H -;--~~oeoo8~---------
l ,.01.L.OW-Ul'/l'tlETEST COM .. LETIE
SP'ARE P'Af!t.rS USECI
44) P'.O.ta.C. NO.
• INTRODUCTION
The NRC requires in lOCFRSO that all activities which contribute
to (a) preventing accidents that could cause undue risk to the
health and safety of the Public or (b) mitigating the consequences
of such accidents should they occur be performed in accordance
with a quality assurance program. The necessary elements of such
a program are described in lOCFRSO App. B. The P.S. Quality
Assurance Program is described in the Quality Assurance Manual
and the~FSAR.
The Salem Q-List lists those systems and programs which are subject
to the Q.A. Program described above. Part of the Q-List is a docu~
ment called the Master Equipment List, or the MEL. The MEL lists
specific plant equipment components which were procured and installed
under the Q-Program. It is not currently complete with respect
to systems which have been added to the Operations Q-Program subse- .
quent to installation, e.g. spent fuel cooling .
• TNT 10 March 1983
HISTORY OF MEL
During the design development of Salem, each Engineering division
was responsible for classifying equipment and maintaining records
of the classifications.
During construction, the Salem Project Manager prepared a consoli-
dated list of the classification of all safety-related equipment.
This list, Project Directive No. 7 (PD-7), was developed from the
purchasing records of the equipment.
In 1978 the NRC, during an inspection, noted that PD-7 was in need
of revision. Since the responsibility for the list had been trans-
ferred to the Engineering Department and since PD-7 was geared
more for construction, a commitment was made to develop a Master.
Equipment List (MEL) to provide a convenient list of the classifi-
cation of all safety-related components. The Unit No. 2 MEL was
issued on November 3, 1980 with a Revision 1 issued on
January 27, 1981 to incorporate fire protection components and
instruction sheets on the various fields of information. The Unit
No. 1 MEL was issued on July 15, 1981. The MEL is. some cases used
existing computerized engineering data files, and so may list more
than just safety-related components .
• LAR 10 March 1983
•
•
•
UTILIZATION OF MEL
Physically, the MEL is a composite of printouts of six computer
files which were used by engineering during plant design and pro
curement of equipment. These six sections are:
The Mechanical Section, which includes mechanical equipment,
manual and motor operated valves,
and cranes;
T_h_e Structural Section;
The Electrical Section;
The Controls Section, which is composed of 3 subsections:
ControJsValves (Air & Solenoid & Damper) ..
Controls Instruments
Controls Equipment.
One additional section of MEL has recently been added - a listing
of systems subject to the QA Program, and whether these systems
are on the list because of their safety-related, security, or
fire protection classification.
Each section of the list has a variety of information about the
listed equipment, and includes common fields denoting the seismic
class, nuclear code class (if applicable), safety-related status,
and applicabiiity of the Quality Program. The Controls Equipment
list also has a column designating if the item was procured as
a Commerical Catalog Item (CCI) . (Reference QAI-2-1)
•
•
UTILIZATION OF MEL - Cont'd.
For Station personnel use, only five columns may be used as sources
of information for decisions relative to Quality related activities:
1. Safety-Related
2. QA Applicability
3 . CCI
4. Nuclear Class
5. Seismi.c Class
All other fields are engineering data subject to interpretation
by engineering.
For use in classifying work orders as to safety-related status
and QA Program applicability, Station pe~sonnel shall con~ult
the system's list of the MEL, not the component listing. All
work on any of the listed systems shall be performed based on
the classification of the system as a whole, not the individual
component in question.
For use in classifying items on procurement documents, both the
MEL systems listing and the MEL component listing shail be consulted.
Use of the information shall be as follows:
if the item is on the MEL component listing and its system
is on the system list, the classification on the component
list may be used on an MO/IC
- if the item is not on the component listing and its system
is not on the systems listing, the item may be assumed
to be non-safety related with no QA program requirements .
•
•
UTILIZATION OF MEL - Cont'd.
- if the item is not on the component listing but its system
is on the system listing, the Nuclear Engineering Department
should be consulted regarding its true classification
- if an item is found on the MEL component listing but its
system is not on the systems listing, this is an error,
and Nuclear Engineering should be consulted to effect
MEL revision.
For items on the MEL component listing, the safety-related and
QA applicability columns may be used verbatim, unless the item
is listed CCI "Yes". In this case, care should be exercised as
the classificat.:ionfor safety-related and QA Program applicability
of "No" refer only to procurement, and in reality should be regarded
as "Yes" for ail other activities .
TNT
10 March 1983
, • c Pll[lL Ir; SERVICE MEGHArJ I CAL DI v Is I or~ - 10/21/80 PAGE 0007
SALEH HASTE{ EQlJJPHENT LIST
II MiNIHUH DESIGN CLASSIFICATION
LIN IT SY5 TE11 i:ll.[)f1 Eu:v COHPOl\J!:f>JT DES GR JPTI ON SAf" SEIS· NUCL 'l~
I
2 .. 111q r: S TF.A;·I 2 !\4 VALVC: 2MS49 YES 111 YES
' 2 MAIN STE t.:1 2 1\4 VAL VE 2MS55 .YES 11 YES 2 · "Mfl I fJ ST f-A '1 2 A4 Vo\LVE 2M557 YES 111 YES 2 'MA IN STEAM 2 134 VAL VE 2MS58 YES II I YES
' 2 . \i A I i'J STEAM 2 84 VAi. Vf: 2'lSl32 YES 11 YF.S 2 Ht.JN SHAii -~ 1 no VAL VE 2MS20t YES 11 YES 2 HAJN STE AH 3 10 r:J VALVE 2MS202 YES II YES
( 2 MAIN S fE'A ti 3 1 nn VAL VE 2115203 YES I I YES 2 M.\J M STE All 3 1110 VAL VE ?.MS204 YES 11 YES 2 MAIN STEA"! 3 1 no VALVE 2MS205 YES JI YF.S 2 HA I ;1 STF: AM 3 1llO VAL VE 2HS206 YES II Yl:S 2 MA I i-J 5 TE A I~ 3 1 on VAL VE 21-1S207 YES I I YES 2 l·•A IN STEA•1 3 100 VALVE 2"15209 YES II YES 2 MAIN STEAM 3 100 VAL VE 2MS210 YES II YES ;;> HAJN S TF.A!1 3 100 VALVE 2MS211 YES II YES 2 MA (f·I STEAM 2 84 VALVE 2HS2t3 YES 111 YES 2 MA I ~l STE A •1 2 !14 VAL VE 2'1S902 YES I I I YES 2 MAIM SH'AM 2 114· VAL VE 2HS903 YES 111 YES 2 HAJN STEAM 2 !14 VAL VE 2HS904 YES 111 YES 2 11A 1 ll STEAM 2 04 VALVE 2HS905 YES 111 YES 2 MA IN ST!:A'1 2 A4 VALVE 2115906 YES I I I YES
.2 Mh JN STEAM 2 A4 VALVE 2MS907 YES I I I YES 2 MA I r.r STE Atl "° 130 VALVE 2H1S2 YES II YES 2 MA I i·J STEAM • 3 130 VALVE 21HS3 YES I I YES 2 MA.I I~ Slf:AM 3 130 VAL VE 21HS4 YES I I YES 2 HAIH STEA11 J 100 VALVE 21MS6 YES 11 YES 2 MAtN STEAM 3 t Oo VALVE 21MS,7 YES 11 YES 2 MA[ M STEllM 3 1 oo VAL VE 2111sa YES 11 YES 2 HAJN STEAM J 100 VAL VE 21HS9 YES I I YES 2 MA I !'I STF.Atl 3· 1 oo VALVE 2111s10 YES I I YES ?. MA If\: STE AM 3 1(10 'JALVE 21MS11 YES I I YES 2 MA [ N STEAi! 3 1 oo VAL VE 2LHS12 YES II YES 2 MA I ~I 5TF:AM J 1 Oo VAL VE HMS13 YES I I YES 2 MAIN STEAM 3 1110 VAL VE ?.1t1S14 YES II YES 2 ~A I rJ STE' A 11 .1 1 IJO VAL VE 21HS15 YES II YES ?. MAPI STEAM .s 1 no VAL VE 21M S 1 ll YES 11 YES 2 MAIN STEAM 3 100 VALVE .?111S'15 YES II YES 2 MA I IJ STF:A 1·1 3 1 on VALVE 21MS46 YES II YES ? Mii[ II STE ,HI 3 100 VAL VE ?1HS13(1 YES 11 YES 2 MAIN SH A ti 3 11)0 VAL VF. 21HSl3l YES I I YES ?. HA[N 5TE/IM ,J 1 no VALVE 2 ll1S1~5 YES 11 YES 2 MA[M SHAii :1 1 un VAL VE ll.MSl.14 YES II YES
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•
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S • N. G • S • __ :-.. UN IT 2 .. INS 1 nUMENLLI ST_~_f_ILE .. N0._.12.4=.t.L_. ------~-----------------~------------·----·-·---·-· DATE 09/25/R[, PAGE OCJ01
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