ML19309H623

Corrections to Consolidated Description of Facility QA Program Submitted on 800428

ML19309H623
Person / Time
Site:	Marble Hill
Issue date:	05/06/1980
From:	PSI ENERGY, INC. A/K/A PUBLIC SERVICE CO. OF INDIANA
To:
Shared Package
ML19309H620	List: ML19309H619 ML19309H623
References
NUDOCS 8005130569
Download: ML19309H623 (47)

Text

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, s 80051305(,9 O

ATTACEMENT A Clarification of Consolidated Quality Assurance Program Description P. 9 The duties of the Superintendent-Procurement Quality Assurance like the discipline Superintendents Quality Engineering have been folded into the total listing of responsibilities of the Quality Engineering Manager. They are included in paragraph 1.1.1.3.3, items e, f, j , k, and 1 of the Section responsibilities and a delegation of item b of the Quality Engineering Manager's responsibilities relating to pro cure ment . This was done to consolidate descriptions of similar and like responsibilities among the superintendents and to eliminate redundant descriptions. PSI did not consider it essential to break out the individual responsibilities of the Superintendent-Procurement Quality Assurance since this was not done for the discipline Superinte ndents.

P. 9, 1.1.1.3.3c The word " verified" has been used in lieu of the word " inspection" because inspection is just one of several methods of quality verifica tion which, in addition to inspection, includes testing, witnessing of inspections and tests, surveillance of processing, reviewing of documentation, and certification for conformance to requireme nts . Verification more correctly defines the broader scope of Quality Engineering responsibilities in identifying what is to be verified and the method for doing it.

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l ATTACHMENT B Consolidated Description, Quality Assurance Program Erra ta P. 9, paragraph 1.1.1.3.3c Revise to read:

" Preparing and approving surveillance plans and inspection checklists."

Quality Engineering both prepares checklists and approves checklists.

P. 16 Change the date of issue of the ANSI Sta idard referenced to Reg. Guide 1.30 from 1971 to 1972.

P. 18 Delete the phrase "the intent of" two places in the NOTE and revise as fo llows :

second and third lines

" PSI commits to meet approved standards.. .etc."

thirteenth line of NOTE

' PSI will also meet ANSI N45.2.23, " Qualification of Quality Assurance Personnel for Nuclear Power Plants". . .etc. '

Change the location of the caption and entry " Code Commitment" and "ASME Boiler and Pressure Vessel Code,Section III, Div. I" to follow the NOTE rather than precede it. The NOTE applies to the Regulatory Guides, . tot the ASME Code commitments.

P. 40, paragraph 1.10.la 1.t the end of this paragraph, add the following sentence:

"Where certiIication is based on testing, the Quality Assurance Program requires that the areas to be tested and the testing result be documented and that training programs be established prior to the start of . raining."

This sentence was inadvertently omitted in retyping.

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• ATTACHMENT C TABLE 17.1-3 (Q LIST) VS. CC-ME-01-MH (REV. 5)

CC-ME-01-MH '

REV. 5 REACTOR COOLANT SYSTEM (64, 65, 70)

Reactor Vessel X Full Length CRDM Housing X Part Length CRDM Housing X Steam Generator (tube side) X (shell side) X Reactor Coolant Stop Valves X Pressurizer X Reactor Coolant Hot and 0 Cold Leg Piping, Fittings and Fabrication Surge Pipe, Fittings and 0 Fabrication Loop Bypass Line O Bypass Manifold O Reactor Coolant Thermowell 0 l .

RC Thermowell Boss O Safety Valves O Relief Valves 0 Valves to RC System Boundary 0 CRDM Head Adapter Plugs O Legend: X = contained in CC-ME-01-MH O = Not addressed in CC-ME-01-MM i since detailed breakdown not necessary (see text Attachment D))

. * = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MH I

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4 CC-ME-01-MH REV. 5 REACTOR COOLANT SYSTEM (Cont'd)

Reactor Coolant Pump (64, 70)

RCP Casing 0 Main Flange 0 Thermal Barrier 0

1. 1 Seal Housing 0 a #2 Seal Housing 0 Pressure Retaining Bolting 0 RCP Motor (64) l Shaft Coupling 0 Spool Piece O Armacure 0 Flywheel 0 Motor Bolting 0 Upper Oil Cooler 0 (Tube Side - CC)

(Shell Side - Oil)

Lower Oil Cooler 0 (Tube Side - CC)

(Shell Side - Oil)

Legend: X = Contained in CC-ME-01-MH 0 = Not addressed in CC-ME-01-MM since detailed breakdown not necessary (see text Attachment D)

• = Other (see text Attachment D)

(number) = ID Number from CC-ME-OL-MH

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e i CC-ME-01-MH REV. 5 CHEMICAL & VOLUME CONTROL SYSTEM (Cont'd)

Seal Water Injection Filter X Letdown Orifices O Excess Letdown RX (tube side) X (shell side) X Seal Water Return Filter X Seal Water HX (tube side) X (shell side) X Boric Acid Tanks X Boric Acid Trans fer Pump X Boric Acid Blender X Boric Acid Filter X Boric Acid Tank Orifice O Reactor Coolant Pump Seal 0 Bypass Orifice Boron Thermal Regeneration Subsystem Moderating HX (tube side) X (shell side) X Letdown Chiller RX (tube side) X Letdown Reheat RX (tube side) X (shell side) X Thermal Regeneration Demineralizer X Legend: X = Contained in CC-ME-01-MH O = Not addressed in CC-ME-01-MH since detailed breakdown not necessary (see text Attachment D)

• = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MH l

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• CC-ME-01-MH REV. 5 MAIN STEAM SYSTEM (49)

Main Steam Isolation Valves X Main Steam Safety and Relief Valves X Piping and Valves up to MSIV's X FEEDWATER SYSTEM (33)

Feedwater Isolation Valves X Piping and Valves up to Feedwater X Isolation Valves CHEMICAL & VOLUME CONTROL SYSTEM (1, 8, 16)

Regenerative HX X ,

Letdown HX (tube side) X (shell side)

Mixed Bed Demineralizer X Cation Bed Demineralizer X Reactor Coolant Filter X Volume Control Tank X Centrifugal Charging Pumps X and Motors l Positive Displacement Pump X Legend: X = Contained in CC-ME-01-MH 0 = Addressed in CC-ME-01-MH since detailed breakdown not necessary (see text Attachment D)

• = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MH

CC-ME-01-MH REV. 5 BORON RECYCLE SYSTEM (l)

Recycle Holdup Tank X Recycle Evap. Feed Pump X Recycle Evap. Feed Demineralizer X Recycle Evap. Feed Filter X Recycle Holdup Tank Vent 0 Eductor Recycle Evaporator Feed Preheater 0 Feed Side X Gas Stripper 0 Submerged Tube Evaporator Feed Side O Evaporator Condenser Distillate Side O Cooling Water Side O Distillace Cooler Distillate Water Side O Cooling Water Side O Absorption Tower 0 l

Legend: X = Contained in CC-ME-01-MH )

0 = Not addressed in CC-ME-01-MH since detailed breakdown not necessary (see text Attachment D)

• = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MH 1

e i CC-ME-01-MH REV. 5 BORON RECYCLE SYSTEM (Cont'd)

Vent Condenser Gas Side O Cooling Water Side O Distillate Pump O Concentrate Pump O SAFETY INJECTION SYSTEM (74)

Refueling Water Storage Tank X Accumulators X Boron Injection Tank X Safety Injection Pumps and Motors X Boron Injection Surge Tank X Boron Injection R4 circulation Pump X RESUDUAL HEAT REMOVAL SYSTEM (68)

Residual Heat Removal Pumps and Motors X Residual Heat Exchanger X (tube side) X (shell side) X Legend: X = Contained in CC-ME-01-MH 0 = Not addressed in CC-ME-01-MH since detailed breakdown not necessary (see text Attachment D)

• = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MH

CC-KE-01-MH REV. 5 CONTAINMENT SPRAY SYSTEM (15)

Containment Spray Pumps and Motors X Spray Additsve Tanks X Spray Eductors X Spray Headers and Nozzles O COMPONENT COOLING SYSTEM (10)

Component Cooling Heat Exchangers X Component Cooling Pumps and Motors X Component Cooling Surge Tanks X ESSENTIAL SERVICE WATER SYSTEM (79)

Essential Service Water Pumps and Motors X Essential Service Water Strainers X Essential Service Water Cooling Tower X Fans and Motors Essential Service Water Headers O CASEOUS RADWASTE SYSTEM (37)

Waste Gas Compressor X Cas Decay Tanks X Legend: X = contained in CC-ME-01-MH 0 = Not addressed in CC-ME-01-MH since detailed breakdown not necessary (see text Attachment D)

* = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MH 4.

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CC-ME-01-MH REV. 5 NUCLEAR SAMPLING SYSTEM (62)

Sample Heat Exchanger X (Tube Side Only)

AUXILIARY FEEDWATER SYSTEM (3)

Auxiliary Feedwater Pumps, Motor, X and Diesel Drive DIESEL OIL SYSTEM (22)

Diesel Oil Storage Tanks X Diesel Oil Transfer Pumps X SPENT FUEL PIT COOLING SYSTEM (30)

Spent Fuel Pit Heat Exchangers X Spent Fuel Pit Pumps and Motors

• Refueling Water Purification Pumps

• LIQUID RADWASTE SYSTEM (113)

Spent Resin Storage Tank X INSTRUMENT AIR SYSTEM (42)

Instrument Air Compressors

• Instrument Air Receivers

• Legend: X = Contained in CC-ME-01-MH 0 = Not addressed in CC-ME-01-MH since detailed breakdown not necessary (see text Attachment D)

• = Other (see text Attachment D)

'(number) = ID Number from CC-ME-01-MH i

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CC-ME-01-MH REV. 5 ATEGORY I FIRE PROTECTION SYSTEM (32)

Centrifugal Pumps

• Storage Tanks

• MISCELLANEOUS COMPONENTS (31, 38) e New Fuel Storage Racks X 4

Spent Fuel Storage Racks X Containment Building Crane X Fuel Handling Building Crane X HVAC SYSTEMS Auxiliary Building HVAC System (87)

Supply and Exhaust Air Fans X and Motors Supply Air Filters X i

1 Exhaust Air Prefilter, HEPA X filters and Charcoal Adsorption Units Cubicle Cooler X Control Room HVAC System (88) X i

Legend: X = Contained in CC-ME-01-MM 0 = Not addressed in CC-ME-01-MM since detailed breakdown not necessary (see text Attachment D)

• = Other (see text Attachment D)

(number) = ID' Number from CC-ME-01-MH

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• CC-ME-01-MH REV. 5 HVAC SYSTEMS (Cont'd)

Diesel Generator Room Vent System (89)

Diesel Generator Room Fans and X Motors I

Reactor Containment Ventilation and X Purge Systems (90, 116)

Reactor Containment Fan Coolers X and Motors Isolation Valves for Containment 0 Vacuum Relief System Essential Service Water Coils X Hydrogen Recombiners X Essential Switchgear Heat Removal System (1Q4)

GENERAL PIPING SYSTEMS, VALVES AND OPERATORS Piping, valves and fittings within

• the boundaries of Safety Category I systems.

Valve operators associated with Safety

• Category I valves required to perform an ctive safety function. -  :

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Legend: X = Contained in CC-ME-01-MH 0 = Not addressed in CC-ME-01-MH since detailed breakdown not necessary (see text Attachment D)

• = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MM

CC-ME-01-MH REV. 5 INSTRUMENTATION AND CONTROLS Instrumentation and Controls associated

• with those portions of Safety Category I systems required to perform an active safety function.

ELECTRICAL SYSTEMS AND COMPONENTS (5, 19, 20, 118) 4160 V ESF Buses X 480 V ESF Buses X Diesel Generators, ESF X 125 V d-c Buses, ESF X 125 V d-c Betteries & chargers, ESF X 120 V a-c Instrument Buses, ESF X 120 V a-c Inverters, ESF X 480 V a-c Motor Control Centers X fed from 480 V ESF Buses l Interconnecting cables between Safety X Category I Electrical Equipment STRUCTURES (1,2)

Reactor Containments (and Penetrations) X Reactor Containment Interior Structures X Legend: X = Contained in CC-ME-01-MH 0 = Not addressed in CC-ME-01-MH since detailed breakdown not necessary (see text Actachment D)

• = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MH 9

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l CC-ME-01-MH REV. 5 STRUCTURES (Cont'd))

4 Auxiliary Building X Fuel Handling Building X Essential Service Water Cooling Towers X and Basin Main Steam Tunnels X Auxiliary Feedwater Tunnels X I

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I Legend: X = Contained in CC-ME-01-MH O = Not addressed in CC-ME-01-MH l since detailed breakdown not necessary-(see text Attachment D)

• = Other (see text Attachment D)

(number) = ID Number from CC-ME-01-MH n

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ATTACIDENT D Item 1 PSAR Table 17.1-3 lists the following items on page 17.1-49:

Reactor Coolant Hot and Cold Leg Piping, Fittings, and Fabrication Surge Pipe, Fittings, and Fabrication Loop Bypass Line Bypass Manifold Reactor Coolant Thermowell RC Thermowell Boss Safety Valves Relief Valves Valves to RC System Boundary CRDM Head Adapter Plugs These subeceponents of the Reactor Coolant System are not detailed in CC-ME-01-MH, but no conflict exists and no conflict is intended between PSAR Table 17.1-3 and the actual classification on detailed design documents.

In summary, all of the above items are classified as Safety Category I.

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Item 2 PSAR Table 17.1-3 lists the following Reactor Coolant Pump subcomponents and classifies each of them as Safety Category I:

RCP Casing Main Flange Thermal Barrier

1. 1 Seal Housing

1. 2 Seal Housing Pressure Retaining Bolting CC-ME-01-MH classifies the Reactor Coolant Pumps as Safety Category I ,

(see item 64.e) without the above detail. No conflict exists or is intended between the two documents. In sun: mary, all the above items are classified as Safety Category I.

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, Item 3 In PSAR Table 17.1-3, the " Reactor Coolant Pump Motor" is a heading for the ,

following subcomponents and is not intended to imply the entire RCP motor '

is Safety Category I:

Shaf t Coupling Spool Piece

! Armature Flywheel Motor Bolting Upper Oil Cooler (Tube Side - CC)

(Shell Side - 011)

Lower Oil Cooler (Tube Side - CC)

(Shell Side - Oil)

In CC-ME-01-MH the RCP motor is classified as Safety Category II. This classification applies to the electrical process function of the motor only.

However, rotating subcomponents of the motor and their lubricating systems, listed above, ara designed and fabricated in accordance with Safety Category I requirements to assure the structural integrity of these components. No conflict exists or is intended between the two documents. In summary, all the above listed subecmponents are classified as Safety Category I.

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Item 4 PSAR Table 17.1-3 lists the following items:

Letdown Orifices Boric Acid Tank Orifice Reactor Coolant Pump Seal Bypass Orifice These detailed piping ccmponents are not specifically addressed in CC-ME-01-MH; however, no conflict exists and no conflict is intended between PSAR Table 17.1-3 and the actual classification on detailed design documents. In summary, all of the above items are classified as Safety Category I.

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Item 5 PSAR Table 17.1-3 lists the following items:

Recycle Holdup Tank Vent Eductor ,

Feed Preheater Gas Stripper Submerged Tube Evaporator Feed Side Evaporator Condenser Distillate Side Cooling Water Side Distillate Cooler

Distillate Water Side Cooling Water Side j Absorption Tower i

Vent Ccudenser Gas Side Cooling Water Side Distillate Pump Concentrate Pump These subcomponents of the Boron Recycle System are not detailed F.n CC-ME-01-MH, but no conflict exists and no conflict is intended between PSAR Table 17.1-3 and CC-ME-01-MH (see footncte - bottom of page 7). In summary, all of the above items are classified as Safety Category I, j l

Item 6 PSAR Table 17.1-3 lists the Spray Her.ders and Nozzels of the Containment Spray System. The Spray Headers and Nozzles are not detailed in CC-ME-01-MH, but no conflict exists and no conflict is intended between PSAR Table 17.1-3 and the actual classification on detailed design documents. In sununary, all of the above items are classified as Safety Category I.

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Item 7 PSAR Table 17.1-3 lists the Essential Service Water Headers. The Essential Service Water Headers are not detciled in CC-ME-01-MH, but no conflict

exists and no conflict is intended between PSAR Table 17.1-3 and the actual i

classification on detailed design documents. In summary, the above item is classified as Safety Category I.

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Item 8 With regard to the Spent Fuel Pit Cooling System, PSAR Table 17.1-3 incorrectly lists the Spent Fuel Pit Pumps and Motors and Refueling Water Purification Pumps as Safety Category I. Both CC-ME-01-MH and the technical portions of the PSAR classify these components correctly.

In fact, both of the Spent Fuel Pit Pumps and Motors and Refueling Water Purification Pumps were originally classified as Safety Category II.

However, both of the Spent Fuel Pit Pumps and one of the two Refueling Water Purification Pumps were upgraded to Safety Category I at the request of the NRC on the Baseplant (Byron). In summary, the two Spent Fuel Pit Pumps are Safety Category I. The Spent Fuel Pit Pump Motors are Safety Category II, and only one of the two Refueling Water Purification Pumps is Safety Category I.

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1 Item 9 PSAR Table 17.1-3 was not kept updated with respect to the Instrument Air System subcomponents, Instrument Air Compressors and Receivers, and Category I Fire Protection System subcomponents, Centrifugal Pumps and Storage Tanks, as reflected in the technical portions of the PSAR which is a replicate of the baseplant (Byron) . CC-ME-01-MH does not address the Instrument Air Compressors or the Fire Protection System Storage Tanks specifically. All of the above-listed components are classified as Safety Category II.

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Item 10 PSAR Table 17.1-3 lists the Isolation Valves for Containment Vacuum Relief System. The Vacuum Relief System is not lis*:ed in CC-ME-01-MH. All Containment Iselation Valves are designed and fabricated to Safety Category I requirements. No conflict exists and no conflict is intended between PSAR Table 17.1-3 and the actual classification on detailed design documents.

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Item 11 PSAR Table 17.1-3 lists the General Piping Systems, Valves and Operators Subcomponents, Piping, Valves and Fittings within the boundaries of Safety Category I systems, and Valve Operators associated with Safety Category I Valves required to perform an active safety function, and instrumentation and controls subcomponent, instrumentation and controls associated with those portions of Safety Category I systems required to perform an active safety function.

No conflict exists and no conflict is intended between PSAR Table 17.1-3 and the actual classification on detailed design documents. In sunnary, all of the above items are classified as Safety Category I.

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\ V PUBLIC SERVICE INDIANA MARBLE HILL NUCLEAR GENERATING STATION UNITS 1& 2 PROJECT NO'S. 4808/4923 Classification Criteria of Structures, Systems and'Comconents CC-ME-01-MH ISSUE

SUMMARY

(CONT'D.)

Reason

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CC-ME-01-MH Revision 5 April 10, 1980 PUBLIC SERVICE INDIANA MARBLE HILL NUCLEAR GENERATING STATION UNITS 1 AND 2 PROJECT NOS. 4808/4923-00

' CLASSIFICATION CRITERIA OF STRUCTURES. SYSTEMS. AND COMPONENTS CC-ME-Ol-MH TABLE OF CONTENTS s

Page 1.0 SCOPE

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2.0 REFERENCES

1

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3.0 DEYINITIONS __.

-  ! l 4.0 FUNCTIONAL REQUIREMENTS .

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5.0 DESIGN REQUIREMENTS- l 4 l

6.0 SAFETY CLASSIFICATION 4 i

5 7.0 TABLES TABLE 1 - Relation Between Quality Group and 6 -

Safety Category Classifications i ~.

l TABLE 2 - Safety Category and Quality Group Classi- 7  ;,

fications for Structures and Components ,_ ,

Table 3 - Code Requirements for Components and Systems 16 .

Table 4 - Cross-Reference from Westinghot$se RESAR 17 /

(ANS) System of Safety Classification to Marble Hill Safety Classification System ,

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CC-ME-01-MH Revision 5 April 10, 1980 CLASSIFICATION CRITERIA OF STRUCTURES, SYSTEMS, AND COMPONENTS 1.0 SCOPE .

The purpose of this criteria is to establish the scheme by which structures, systems, and components are classified in relation to their importance to safety. This criteria also sets the general classification of the major structures, systems, and components, and is to be used as the basis for establishing the more detailed classification required in Rl project documents such as Design Criteria, FSAR, Equipment, Valve, and Piping Lists and Cable Tabulation.

2.0 REFERENCES

r g

2.1 Appendix A, 10CFR50 2.'2 Regulatory Guide 1.29 . ,

2.3 Appendix B, 10CFR50 ,

2.4 Regu,latory Guide 1.26 -

RJ 2.5 Byro,n/Braidwood FSAR, Chapter 3 ,

2.6 lRegulatory Guide 1.32 (August 1972) and IEEE Standard 308-1971 2.7 RESAR, Chapter 3 ,

+ i

. 2.8 DC-RN-01-MH, Design Criteria for Replication j, 3.0 DEFINITIONS 3.1 Safety Classification Structure's, systems, and components are classified for design purposes as either Safety Category I or Safety Category II. Systems and components are further class-ified by the appropriate Quality Group (see 3.4 below) or Class lE designation (see 3.5 below), as applicable.

The safety classification.of Duplicate Features is iden-

' tical to that of the Base Plant, as defined in Reference '

2.8.

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CC-ME-01-MH Revision 5

- April 10, 1980 3.2 Safety Category I Safety Category I stru.ctures, systems, and components are those necessary to assure: (a) the integrity of the reactor coolant pressure boundary; (b) the capability to shut down the reactor and maintain it in a safe shut-down condition; or (c) the capability to prevent or mitigate the consequences of accidents which could result in potential offsite exposures comparable to the guideline exposures of 10CFR100, in the postulated events of the safe shutdown eartnquake (SSE) and other design basis events, including tornado, probable maximum flood, oper-ating basis earthquake (OBE), missile impact, or accident internal to the plant. .

3.3 Safety Category II s

,- t Those structures, systems, and components which are not designated as Safety Category I are designated as Safety Category II. This cat.egory has no public health or safety implications. -

3.4 Quality Group Classification

~

The quality group classification system defined in Regu-latory Guide 1.26 (Reference 2.4), established for water, stedm, or radioactive material-containing components important to safety, is directly applicable'.

• 3.5 Class 1E - Electric Systems .,

The systems that provide the electric power used to shut .

down the reactor and limit the release of radioactive material following a design basis event. -

3.6 Single Failure .

A single failure is an occurrenes which results in the loss of capability of a component to perform its intended  !

safety functions when called upon. Multiple failures re- l sulting from a single occurrence are considered to be a l single failure. Flu ~id and electrical systems are considered  ;

to be designed against an assumed single failure if neither (1) a single failure of any active component '(assuming i passive components function properly); nor (2) a single ,.

failure of a passive component (assuming active components function properly) results in a loss of the safety func-tion to'the nuclear steam electric generating unit. ,

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CC-ME-01-MH Revision 5 April 10, 1980 3.7 Active Failure An active failure is the. failure of a powered component, such as,a piece of mechanical equipment, component of the electrical supply system, or instrumentation and control equipment, to act on command to perform its design function (Reference 2.7).

3.8 passive Failure ,

A passive failure is the structural failure of a static component which limits the component's effectiveness in carrying out its design function (Reference 2.7).

3.9 Design Basis Event A design basis event is a' natural phenomemon or failure ~

of a system, component, or structure, which is postulated to provide the basis for designing the safety-related

., aspects of the plant. Examples are safe shutdown earth-quake (SSE), wind and tornadoes, probable maximum flood, missiles, and loss-of-coolant accident (LOCA).

FUNCTIONAL REQUIREMENTS 4.0 l 4.1l Safety Category I structures, systems, and components shall perform their intended safety functions in the, event of the safe shutdown earthquake (SSE) and other I design basis events. ,

4.2 Safety Category I structures, systems, and components ,

shall retain their own integrity and/or shall not con-  ;

stitute a hazard to other Safety Category I structures, ','

systems, or components during the safe shutdown .

earthquake and other design basis events.

4.3 ' Safety Category I systems and components shall perform their intended safety functions assuming a single ,

failure and loss of off. site power.

4.4 The plant design shall ensure that Safety Category. II structures, systems, or components do not consitute a hazard to Safety Category I structures, systems, or components during the safe shutdown earthquake and other design basis events

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5.0 DESIGN REQUIREMENTS 5.1 Safety Category I systems and components shall not be located in Safety Category II structures.

5.2 Systems or portions of systems which are designated Safety Category I'shall be identified as appropriate in the various design documents associated with that system.

5.3 The division between Safety Category I and II portions .

of systems shall be in accordance with the intent of Regulatory Guide 1.29. The seismic design of Safety Category I items,is in accordance with the require-ments of Regulatory Guide 1.29.

5.4 Quality assurance requirements for Safety Category I systems or portions of systems and. components shall meet the requirements of Appendix B to 10CFR50.

5.5 Safety Category II structures, systems, or components need not be specifica1'ly designed for dynamic operating-basis earthquake loadings. However, a reasonable margin of safety shall be considered in the design as dictated by local requirements, such as the Uniform Building Code.

5.6 Srfety Category II systems or portions of systems and components need not follow the requirements of Appendix B to 10CFR50. However, the quality assurance standards for these systems and components shall follow normal in-dustrial standards and any other requirements deemed necessary by the owner. _- '-

6.0 SAFETY CLASSIFICATION ,

I 6.1 Table 1 indicates the overall correspondence between safety categories and quality groups, and the general boundaries of systems to be considered part of each quality group. -

6.2 Table 2 lists all major' plant structures'and components which shall be designated as Safety Category I and their respective quality group / electrical classifica-tions. Table 2 also lists the major plant structures and several components which shall be designated as .

Safety Category II . The safety classification of-all piping, valves, and instrumentation within each system in Table 2 is not feasible within this classification criteria document. The SCOPE section of this document references sources containing detailed classifications -

of piping, valves, and instrumentation. -

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% ._- . CC-ME-01-MH Revision 5

. April 10, 1980 6.3 Table 3 identifies the applicable codes and standards to be used for each quality group.

6.4 Table 4 gives a cross' reference which can be used to translate from the Westinghouse (RESAR or ANS) safety classification system to the classification system es-

~

tablished in this document, when utilizing more detailed Westinghouse documents such as the NSSS Systems Standard Design Criteria.

7.0 TABLES 7.1 Table 1 - Relation Between Quality Group and Safety Category Classifications 7.2 Table 2 - Safety Category and Quality Group Classifica-tions for Structures and Components ,t 7.3 Table 3 - Code Requirements for Components and Systems 7.4 Table 4 - Cross Referdnce from Westinghc ?e RESAR (ANS) .

System of Safet Classification to Marble Hill Safety Classification System l

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$pril 10, 1980 TABLE 1 RELATION BETWEEN QUALITY GROUP AND_

SAFETY CATEGORY CLASSIFICATIONS QUALITY SAFETY GROUP CATEGORY GENERAL SYSTEM DESCRIPTION A I Reactor coolant pressure boundary and exten- .

sions thereof.

B I Emergency core cooling, post-LOCA heat removal

- and cleanup, safe reactor shutdown and heat removal, portions of main steam and feedwater associated with containment isolation.

l

. i i

C I or II Cooling water and auxiliary feedwater systems or portions thereof that are designed for emer- -

- gency core cooling; post-accident containment cooling; post-accident containment atmosphere cleanup; and residual heat removal from the reactor and spent fuel storage (including i primary and secondary cooling systems).

Cooling water and seal water systems or por-

' tions thereof that provide support for other systems and components important to safety.

Systems or portions of systems th'at are capable R of being isolated from the reactor coolant' pressure boundary during all modes of normal reactor operation by two valves which are either normally closed or capable of automatic closure.

. Portions of the radioactive waste and other systems whose postulated f ailure would release radioactive isotopes that would result in a -

calculated offsite dose in excess of 0.5 rem

' to the whole' body or its equivalent part (refer to Table 2).

D II Systems designed to ANSI B31.1.0 Power Piping-

' Code.

G II Systems or portions of systems that are not '

listed previously. .

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TABLE 2 SAFETY CATECORY AND OCALITY CROUP 6 CLASSIFICATION 5 F0!! 5TRCCTtJfl!.S AND COMPCNENTS .

SAFETY QUALITY

- PRfMCIPAL STRUCTURES, SYSTE'.fS , AND CC'.fp0' TEN'S CATEGORY CP.OCP ELECTRICAL I - STwt*cTrRES  ;

1. Major St ructures *

a. Reactor Containment. including penetrations *I N/A N/A -

b. N/A I Reactor Containment Interior Structures  ! N/A

c. Auxiliary Building ,

I N/A N/A

d. Fuel Handling Building I N/A N/A

e. Turbine Building II N/A N/A *

f. Solid Radwaste Storage Building II N/A N/A

g. Service Building II N/A N/A

b. Circulating Water pump Nouse II N/t N/A

-~

1. Main Steam Tunnels I

• N/A N/A -

J. River Pump House II N/A N/A

k. Essential Service Water Cooling Towers I N/A N/A

1. Mechanics 1 Draf t Cooling Towers  !! N/A N/A *

m. Deep well Enclosure II N/A N/A

2. Other Structures .

. a. Isolation Valve Room I N/A N/A

b. Auxiliary Feedwater Tunnel I N/A N/A

!! - SYSTEMS AND COMPONENTS /

1. AB - Borte Acid Processini , ,!

~

• . a. Boric Acid Tanks I C N/A *

b. Boric Acid Batching Tank . II D N/A

c. Boric Acid Transfer Pump I C N/A R d. Boric Acid Transfer Pump Motor  !! N/A Non-IE

e. Boric Acid Filter I C N/A

f. Recycle Evaporator Teed Dominera112ers I 'C N/A

g. Recycle Hold-Up Tanks I C N/A

b. Recycle Evaporator Feed Pumps  ! C N/A 1 Recycle Evaporator Feed Pump Motors

• II N/A Non-IE

. J. Recycle Evaporator I C* N/A

k. Recycle Evaporator (steam side) II D N/A 1 Recycle Monitor Tanks II D N/A i

m. Recycle Evaporator Condensate Demineralizer II D N/A

n. Recycle Evaporator Teed Filter I C N/A

o. Recycle Evaporator concentrates Filter II D N/A 1

p. Recycle Evaporator Conoensate Filter II D N/A

4. Monitor Tank Pumps II D N/A

r. Monitor Tank Pump Motors , II N/A Non-!E

s. Boric Acid Blender Z . C Mon-IE 2.

AC - Acid yeed and Mandline (except Boric Acid) 11 'D Non-IE .

3. AP - Auw111ary Feedwater *

a. Auxiliary Feedwater Pumps  ! C N/A ,

b. Auxiliary Feedwater Pump Motors I ,I N/A IE

c. Auxiliary Feedwater Pump Diesel Engine Drives I

.1 C IE

, . 4 AM - Annuncistor (eteludine inputs) II N/A Non-IE S. AP - Auxiliary power 4RO volts se and Above  !

, s. All ac aux 111 arf power equipment necessary for I N/A IE Category I items to perform their safety Danc-tion. including ESF switchgear. MCC3 trans- i

. formers, buses, and cables. which include the l following: .

1) 4160 volt EST Buses 141 142, 241, 242  ! N/A II

2) 480 Volt ESF Ou.<es 131 .: and Z. 132 1 I

, IE N/A . 1

• and Z. 231 X and Z. 232 % sad 2 -

I

3) 480 Volt ac Motor Control Centers fed IE I N/A .

from 480 Volt ESF Duses. ,

e i

'The steam side of the evaporator is Quattty Group D. Safety Catecory II. Only those I portions containtag radioactive Itquad are designated Quality Group C. Safety Category !. *

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CC-ME-OI-Cl Revlwirsn 5

• January 22, 1980 TADt.E 2. Con t.

SAFETY QUALITY PRINCIPAL STRUf*TUf1FS SYSTF"S. AND CO M TNTS CATECORY CRot? ELECTRfCAL

b. Other ac auxiliary power equipmont, in-  !! N/A Non-IE cluding unit aussitary trannformern system auxiliary transformers, and their low

. voltage connections to the EST switchgear

6. AR - A rea Radt a't ton voni tort n t II N/A Non-IE

7. AS - Aus t i ta ry Steam (includine Maattne Bott'er) II D Non-IE S. BR - Boron Thermal Meganeration

a. Moderating Heat Exchanger I C N/A

b. Letdown Chiller Heat Exchanger - Tube Side  ! C N/A

,. c. Letdoun Chiller Heat Exchanger - Shell Side II D N/A *

, d. Chiller pumps II D N/A

e. Chiller Surge Tank II D N/A .

f. Chiller II D Non-IE C. Thermal Regenaration Domineralizers  ! C N/A

b. Chiller Pump !btors II N/A Bbn-!E

9. CB - Condensate Boogter II D Non-IE

10. CC - Compenant Cooline ,

I

a. Component Cooling Heat Exchangers I C,' N/A

b. Component Cooling Pumps I. C' N/A

c. Component Cooling Surge Tanks I C N/A .

d. Component Cooling Pump Motors I N/A IE .

11. CD - Condensate f'excludine Condensate Boos c a r . II D Non-IE includine tancun 2nd Overflowp , ,

R 12. CT - Chemical F*od and itindl i ni II D Non-!E (Hydrartne. Ammonta, torenaitne, Sulphite, and ,

other mancellananuw ence s cai n ) .

13. CO - Carbnn Otntide f inetudes Ft ra Pro t ec t io n~~ II D Non-IE and Geners tnr Puree )

14. CO - Code es11. Puh11e Addraag. Tatechnnce, ca t e' II N/A Non-IE

- TV , Ga t e Ope ra t o r= , Evaeustion \ l a rm , 15 Industrial Securtty, etc.

15. CS - Containment Spray ,

a. Containment Spray Pumps . I B N/A

b. Containecnt Spray Pump totor I N/A IE *

c. Sprzy Additive Tanks I B N/A

d. Spray Eductors I *3 N/A . .

16. CV- Cheeleal and Volume cont rol (st i eteept Boric Acid and livron The r+2 Recancra t ton p

a. Regenerative H' cat Exchaneers - Tube Side I 3 N/A

b. Regenerative itent Exchancers - Shell Side I C N/A

c. Letdoen Heat Exchangers - Tube Side I B N/A

d. Letdown I! cat Exchancers - Shet t Side I ..' C N/A

e. Seal Water I! cat Exchangers - Tube Side I B N/A

f. Seat Water Itcat Exchaneers - Shoti Side *I C N/A

g. Excess Letdown !!"st Exchancers - Tube Side I .5 N/A

h. Excess Letdown llest Exchangers - Shell Sido . I C N/A

1. Volume Contrn! Tank I 3 N/A

j. Reciprocating Charzine Pumpn I B N/A

k. Reciprucating Charging Pump Motors II N/A Non-IE

1. Centrifugal Charging pumps I B N/A

, s. Cen trifueal Charcine Pump Motors . I N/A IE

a. Nixed Dcd Deminerativern I C N/A *:*

o. Cat ton Bed Demisera tirer . I C ,N/A .

p. Renin Fill Tank II D N/A

q. Chemical Mixing Tank . II D N/A ,

r. Letdoen Reheat if"at Etchancer - Tube S tde I B N/A *

s. Lett.kiwn Reheat Itcat Exenancer - St. ell Side

^

I C N/A

t. Reactnr Cnnlant Fitter I 8 N/A ut Scal mater In fection Filter I 5 N/A . ,

. v. Seat hater Return Filter  ! .B , N/A * *

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l CC-ME-01-WI y* e Reviatin S January 22, 1980 <**

• TADLE 2, Cont.

SATETY QUALITY PRINCIPAL STRUCTURES, SYSTCfS, AND CCVPONEN"'S CATECORY CRCUP ELECUTCAL

17. CT - Ctreut e t tne water f inet udine Cooling II N/A Non-IE Towers and scre ns. ..xc l uo t n e uaxeun 2no Bloscoon in System eL) .

. 18. CI - Comeuter (*weludine Inputs) and Supp1, Power II N/A Non-!E

19. DC - Battery and de Distributton *

a. All de equipment necessary for Category I -

I N/A 1E items to perform their function, including batteries, chargers, distribution panels, and cables for these safety-related items, including the following. . .

.- 1) 125 volt de Buses 111. 112, 211. 212 I N/A IE

2) 12S Volt de Batteries and Chargers 111, I N/A IE 112, 211, 212

3) 120 Volt ac Instr. Suses 111, 112, 113, *1 N/A IE

• 114, 211, 212, 213, 214

4) 120 Volt se inverters 111, 112, 113. 114 I N/A IE 211, 212, 213, 214 ,

L. All other de equipment, including batteries, II 3/A Non-IE chargers, distribution panels, and cables

• for non-safety-related items, including the

. following: / l

. 's -

1) All other electrical equipment shown in II* N/A Nco-IE Figures 8.3-1 and 8.3-2 of the FSAR .

.,2 0. DC - Diesel Generstor (includine Startine. Air I C IE System. Inteeral Coo l i n e system. . and Electriest

, Equipment), incluces too following:

a. Diesel Generators IA.18, 2A, 28, with C '

I .

R " PP"# * ' " * """ '

. 21. DK - Dr'ain e . Mtseellaneous Butidineg. Floor and II N/A Dee-IE Roo f '( i nc lud t n e Sumn Pumna '.onradiosettve, .

River Pumpnouse sna Ci rculat ine water Puronouse)

22. Do - Diesel Tuel 011 (Supply and Transfer) i

s. Diesel Fuel 011 .itorage Tanks I C N/A *

b. Diesel Fuel Oil Transfer Pumps I C N/A ,

c. Diesel Fuel 011 Transfer Pump Motors. Inside I N/A IE

d. Diesel Tuel 011 Transfer Pump Motor,s, Cutside II ,D -, ,

23. DV - Feedwater Heater Miscellaneous Vents and Drsins II D INon-IE

24. EC - Chemteal Clesnine. Equinment , and Pipe II D Non-IE

25. IT - Entineered Safety Features torte Teeting I N/A IE

- . an d Actuation

28. EN - Turbine THC II D Non=!E

27. Eu - Environn unnt eortne (includ'ing Stront Motion . - II N/A Non-IE 5e t ss t e I n s t rumen t a t ion )

28. E3 - Ext rset ton Steam II D Non-IE

29. ET - velder outlets II N/A Gon-IE

30. FC - Tuel Pool Cooline and cleanup (see Table 9.1-2)

. a. Spent Tuel Pit Heat Exchanger *

! C N/A

b. Spent Fuel Pit Pump I C N/A

c. Soent Fuct Pit Pump Wotor .* . II N/A . Non-IE

4. 54tmmer Pum)

• II .D ' N/A

e. Skinmer Pump uotors II ~~N/A Mon-!E *

f. Stent Tuel Pit Filter .' II D N/A

g. Spent Fuel Pit Demtneralizer

• II D N/A

a. Refueling Water Puri fication Pump (ono pump only) L C N/A

1. Refueltag Dater Purificattun Pump Motor  !! N/A ,Non=!E j

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. *** i CC-F1-Cl.11 8 Revietna !

. - JInca ry II.1981

.es TADLE 2. Cont.

SAFITY Q!tLITY PRf MCTPAL STRt*CTt*ftES , SYSTE?tS . AND CC"POSTNTS CATErm Y ctCt'P It.r--"T *

• t t.

31. TH - Fuel Hand 1t ne and Trans fer Nuclear

a. New Tuol Storare nacks I N/A** N&

b. Spent Fuel Storace Racks  ! N/A** 5L

c. Fuel Handling nut tding Crane I 3/A** 5 :-!I

d. Manipulator Crane

• I N/A** 53: *I

e. Spent Fuct Bridge Crane . I 3/A Not *I

f. New Fue! Elevator II 3/A Sc: *I

32. Fp - Fire protection and Datection (eveluding II D No +:2 CO2 systems)

.

• Seismic Qualified Areas I C KA Centrifugal pumps II D 5,A T3. Fw - Watn Feedwster

a. Outside Containment up to Isolation Valve II D No: ~I .

b. Inside Containment up to and Including Iso- .I C II lation Valve

34. GC - Generster Stator Cooline (includinz Exetts- . II D Not *I tion cubiele coolines .

. 3S. CD - Groundine and Cathodte protection II N/A Not *I

36. CS - Turbine Ctand Sesi Steam II D j 5c: *I

37. Gw - Radionettve waste cas (excludine of f-cas,  ! ,

C Sc: *I .

including tne followine); 9 i, s. waste Gas Compressor I C

, b. Gas Decay Tanks . I C i c. Cas Analyzer II D R

38. MC - Hot 9tm, Cranea. Elevatnrg, and Man 11 f ts .

(all except Fuel Handline and Trung f er System)

I

a. Coptainment Building Crane . I i N/A Nc:- I

b. AIT other equipewat  !! N/A No: *I RD - Feedwater Drstna-Turbine Ceele D No: *I 39.

s

40. RT - Heat Traetne '

a. For Category I equipment and piping associated I 3/A II

.with the Boron Injection portion of the Safety Injection System (where needed) .

b. For all other equipment and piping II 3/A No:-!I i

41. NY - Hydrocen ( for Turbine-Gene rstor) II *D No *I e

. 8

42. TA - in=trument Air (includine the followine): II D Not-!! ';

a. Instrument Air. Receivers II D

b. Instrument Air Af terfilters II D

'e. Instrument Air Dryers II D D -

• d. Instrument Air Profilters II

43. IC - Incore Flux If_anning ,

a. Tubinefr$r. Rosetor Vessel to Scal Table I A K.A

b. All other equtpmcat and tubine,  !! 3/A So:-!I

44. Ip temtrum.et and Cnnt rol pnwer (includine Inverterg, uG s-e = ;

All t)ulpment necessary for Catocory I items. 3/A II

a. I to ps1torm their sa ferty function

b. All other equipment ,

II 3/A ' Non *I 44.1. IS - f n+swe et s1 Mocurt ev II 3/A NcD *I

• I

43. . !T - Inenre Therme.cnunt o System l  !! 3/A Nen-!I

, 46. Lt. - t.t c% t t n e ,

II. ,

3/A ,

Ecs *I -

• i s

. g .

• *Qua l i t y no s-u rm equi va l. a t in latent to thm.e in quali ty crinup C are aFplied.

. i Pa ca 13 a f 17

l' ,

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• CC-WE-Of-WH

" . e . Revision 5

. Jann:ry 22, 1980 4  %.

. """ TABLE 2. Con t .

SAFETT QUALITY

• PRINCIPAI, STRUCit.RES, SYSTEMS. AND COWPOVENTS CATECORY CROC'P ELECTRfCAL

47. LV - Aux 11tarv Powar, Low Voltare 120/208 Volts. II N/A Non-IE Tran s f o rme rs . Distrioutton

48. WP - Ws t n Power (Gene rstor, Exetter Wain Trans. II N/A Non-IE f o r me r . Beg Duet)

49. WS - Main Steam *

a. Inside Containment, up to and including I B 'IE Iselation Valve

b. Other II D Non-!E NR - Neutron Wonttortne Sygtem (out of core) I SO. .

1-

s. Detectors II N/A Non-IE

b. Other instruments I N/A IE S1. NT - Nitrocen II D Non-1E S2. CD - Ecutement and Floor 011 Drain Disposal II N/A Non-IE ,

(includinc Sump Pumos> .

53. OG '- Of f-Gas (includin e Mydrogen Recombiner)

. a. Hydrogen Recombiner I C IE

b. All other equipment . II D Non-IE l

54. CH - Caustte Handitne ,

II N/A Non-IE -

SS. OT - Beartne 011 Transfer and Purif testion II D Non-IE

( for Tu rbine-Generator ano Turo tne De s vas )

I S6. *PA = Auxiliary Control Ecutoment. Room and Computer R Room Panels ano causnets .l

. a. : For safety-related equipment I N/A IE

b. Others II N/A Non-IE

57. PC - Prima ry Centninment isolation I , 3 .IE

58. P1 - Control Rod Posttton in d t'es tion II N/A Non-IE

59. PL - iLocal inst rument Panets

a. Safety-re11tedequipment I N/A IE

b. Others II N/A Non-IE .

60 PW - Main Cont rol Room Panels

a. For safety-related equipment  !. .N/A II

b. Others II N/A Non-IE ,

61. PR - Process Radtstion Monitoring .

. a. Safety-related equipment I C Non-IE

b. All othat eautpment II D Non-IE

82. PS - Process Samp1tne Primarv snd Secondary Srgtem, .

includine Ch i ller Enui nmen t ( Samo. Cono, ano non-

. .itortne Assemo!aes) i

m. Pridary Heat Exchanger - Tube Side I C <N/A

b. Primary Heat Exchanger - Shell Side II D N/A -

c. All other equipment  !! D Non-!E

63. PT - Primarv Water II D Non-IE

64. RC - Resetor Coolan t System (not includine Pres-surizer sva t em) , .

g

. a. Reactor Vesset j I A N/A ,. i

b. -Steam Cenerator - Tube Side I A N/A .

c. Steam Generstor - Shell SLde i I 5 N/A

• Reactor Coolant Loop Stoo Valves '

• I A N/A-d.

e. Reactor Coolan t Pumns I  ; A N/A

f. Reactor Coolant Pump uotor,s . II, N/A ,

Noe-IE I , 4 l

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CC-ME-01-WM

• 5 Revision 5 January 22, 1980 w

TABLE,2. Cont.

SAFETY QUALITY CATIC0ftY GROCp ELEC*RfCAL PRINCIPAL STRIICTtlRES. SYSTT3tS . A'fD COMf'ONTVTS RD - Control nod Drtve (Tutt Leneth and part I N/A Non-!E SS.

Lengtn)

66. RE - Reacter Dutidine and Containment Equipment

• Drains to Radwsgt e ( n ncladt n e Heac to r Coolan t Drains and Pumpm)

II D N/A

a. Reactor Coolant Drain Tank II D N/A Reactor Coolant Drain Pumps b.

II N/A Mon-IE

c. Reactor Coolant Drain Pump Notors -

II D Non-IE

. 67. RF - Remetor Butidine and Contatnment Floo r Dratns to Maoesste e_snclucing Sumo Pu ps)

68. RR - Residual Rest Pe== oval Pumos Residual Rest Removal Pump I . 8 N/A

a. I N/A IE

b. Residual Heat Removal Pump Motors c, Residual Heat Exchangers - Tube Side I B N/A Residual Heat Exchangers - Shell Side  ! C N/A

. d.

!. N/A IE *

69. RP - Reactor Protection

70. RT - Reactor Coolant Pressurtter Segtem I A N/A I,

a. Pressurizer D./ N/A

b. Pressurizer Reiter Tank II Non-IE

c. Pressurizer Heaters ,

II N/A II D Non-!E .

71. S A - Se rvi ce Ai r

72. SD - Steam Generator Blowdown System II D N/A

a. Slowdoun Condenser- D N/A

.b . Blowdown Condenser Pump II R

Slowdown Condenser Pump Motors II N/A Non-IE

c. 5 IE

d. From Steam Generator to Containment Isola- -

I tion valves SM - Statten Hestine (Stesm. water, or Electrical . 'I! D Non-IE 73.

excludtnc Duct Air C =temsP

74. ST - Safety infection Sygtem .

Refueling water Storage Tank I B N/A

a. I 8 N/A

b. Accumulators ,

. I B N/A j

o. Soron Injection Tank I B N/A  ;

a. Safety Injection Pumps I .N/A II

e. Safety Injection Jump Motors

f. Boron Injection Surge Tank I , C N/A .

g. Boron Injection Rectreulation Pumps I C N/A .

Boron Injection Recirculation Pump uotors I N/A IE

h. I SS - System Securite (Automatte Ptspatch) II N/A Non-IE

75. l II N/A Non-IE l

76. ST - Sewase Trestment II D Noa-IE

77. SW - Screen Wash

78. SX - Essentist Service Water System I C N/A

a. Essential Service water pumps I N/A IE

b. Essential Service Water Pump Motors I C N/A

• c. Essential Service water Strainers I N/A IE

d. Essential Service water Stralier Backwash Kotor  !

e. Essential Cooling Tower Fan Motors II N/A, pon-!E T9. ST - Settemysed TD - T u rd e. n e D rs i n g and vents  !! D - Non-IE S0. t .

Nca-IE II D

81. ,TT - Tu re t ne Ou t 1 di n e rou t n=ent Desins .

s2. T7 - Turstne mutidtne Finor Orning  !! D Non-!E

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Page 12 of '17 .

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• . Revicien S e ' -

January 22, 1980 -

+

i

. TABLE 2. Cont. .

?

SAFETT QUALITY CATECORY GR0ttp E!,ECTRICA L

• PRINCTP AL STitt*C*t"tES . SYSTEMS . AT) COvpovENTS

83. TU - Tu rd t re-Cena rm ent Austilarteg and utseell-aneous Davices ( Tu rn i n g G.. a r . a c c .1 N/A IE

m. Turbine Stop Valve Limit Switches I II D Non-IE ,

b. All other equipeent D Non-IE f II f

84. TO - Turbine 0t'1 (Beartnr 011 and Seal 011 Sys t ems Furnisneo wi t n Tu ro tne-Generator t ,

~

II ,N/A Non-II s

85. TS - Turdt re Supervinery II D Non-IE

86. TV - Trested Tater (includine Clartf ter and  !

• Ftitored w a te r )_ i-I N/A IE

,r 87. VA - Autt11arv Butidine MVAC

• I N/A N/A

a. Supply. Exhaust. and Booster Fans I N/A IE .

' b. Supply. Exhaust, and Booster Motors .I C N/A

c. Cubicle Cooler Coils I N/A IE .

d. Cubicle Cooler Tan Motors I . N/A IE

. e. Controls and Instrumentation I N/A N/A .

f. Supply and Exhaust Filters .

t I N/A IE j

88. VC - Control Room. Auwiliarv Electric Ecutement Room HVAC I N/A s N/A

a. Supply and Retura Fans I N/A IE ),

b. Supply and Return Fans Motors  ! N/A IE , g,

c. Makeup Air Filter package I

C N/A . .[

d. Cooling Colts I N/A N/A

e. Supply Filters I N/A IE i*

f. Controls and Instrumentation '

II ~N/A Non-!E 8 E. Electric Heaters .

I N/A IE I 89. VD - Diesel Generator Roem venttistion

• e Diesel Generator Room Fan Mot'or

a.

• e IE l VE - Misc. Electric Eautomant Room ventilation I N/A 90.

~

II D Non-IE I

91. 7F - Containment But1 dine. Auxiliarv Dut1 dine

• Filt e red vents II N/A Non-!E

92. VM - Pumphouae Ventit ation II N/A Non-IE *

93. VI - Radwnste and Redote Shutdown Control Room RVAC t D Non-!E t

94. vN - Contatnwant Butidine. Auxiliary Butiding Non- II i*

Filterec vents - .

II

• N/A Non-IE .

95. VJ - Machine Shoo venttiation * * * -

• II N/A Non-IE

96. VJ - Switchvard Relar House MVAC -!

!! N/A 'Non-lE

.97. vt - Laborato ry RVAC I 1

94. vp - Prima ry containment venttiation l I

' N/A*** N/A  !

a. Reactor Containment Fan Coolers I N/A IE {

b. Reactor Containment ran Coolers Motors .

I N/A N/A ,

c. CRDM Exhaunt Fans II 'N/A Non-!E .

d. CRDM Exhaust Fans Motors II N/A N/A

e. Reactor Cavity Vent Fans II N/A - Non-IE

• Reactor Cavity Ven Fans Motors N/A

f. II N/A

g. CRDM Booster Fans II .N/A Non-IE CRDM Booster Fans gotors i

h. II N/A N/A

. 1. Manipulator Crano Fans

• II N/A Mon-!E

j. Manipulator Crane Fans Motors II N/A N/A i

k. Containment Chare. Filter Unit *

.II N/A N/A f,

1. Containment Charc. Filter Fan II N/A Non-lE

. m. Cont. Chare. Filter Unit Fan Motor

• I C N/A '

s. RCFC Emmential Service Water Coils II D N/A

o. RCFC Chit t water Cotis N/A N/A ,

p. RCFC Motature Separator anc Titters I N/A IE .

I "q. RCFC Controls and Instrumentation

.  ?

• • • Quality measures equiva, lent *n intent to those in Quality Group C will be applied.

I*

Page 13 of 17

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• CC-t!C-01-t'!!

Rivinton S

,* . Jtnua ry 22, 1980

~~.

TAutE 2. Cont.

SAFETY QUALITY PRINCf PAL STRUCTt"tF5. SYSTEMS, AND CO*.TONENM CATEGORY CRCUP _ ELECT 9fCAL

99. VQ = Primary Contstn*ent Puree

a. Post-LOCA Purge Filter Unit II N/A N/A

b. Purge supply and E*GI Fan II N/A N/A

c. Purge Supply and EXII Fan Motor II N/A Non-!E

d. Purge Supply .and EXH Filters . II N/A N/A *

e. Purge Controls and Instrumentation II N/A Non-!E Post-LDCA Purge Contr. and Instr. II N/A Non-!E f.

V5 - Se rvlee But idin e. RYAC  !! N/A Non-IE 100.

101. VT - Turbine Butidin2, RVAC  !! N/A Non-IE N/A Non-!E 102. YV - utseellaneous Ventilation

• II

-* Non-IE 103. VW - Radwaste Tsettity Vanttistion  !! N/A 104. VX - Switcheese Mest R e vs1

s. For Class IE Switengear Rooms I N/A IE II N/A Non-!E i

b. Other . i II, D Non-!E 105. WE - Auxiliarv Butidine Fnuineant Drain Radwsste Reprec eg g i n g and Oi co=al *  %

106. WF - Austi tarv Dut 1 dine Floor Drsin Radwagte Re- II D ,

Non-IE

. D roc eS 4 t a lt and Cl apM a t [

Equipment Drain Tank *!I . D Non-!E *

~

II N/A Non-IE 107. TG - Ctand water II D Non-!E 108. WL - Raw water '

D Non-IE R 109. VM - Stakeun twtaent t rer (includine Ef fluent  !!

and Flumnine) 110. wo - Chilled vster "I C IE

a. Control Room Systrm D Non-IE

b. Remainder of system II

$nnessentt:1 Service water II D Non-IE

,111. W5 D Non-IE 112. TV - well water' II ,

113. WX - Solid Radosate Reproce*stne snet Dispogst (Wet and Drv, incluo:n Drum ine and Regan Refmval ) .

II D N/A

a. Blowdown Demineralizers II D N/A

b. Blowdown Prettitors II D N/A

c. ' Blowdown Monitor Tanks II D N/A

d. Blowdown Monitor Tank Pumps Dlowdown Mont*or Tank Pump Motors II N/A Non-IE

• - e. ,

Spent Resin Storace Tank I C N/A f.

g. Laundry Drain Tanks II D N/A

h. Release Tank II D N/A II D Non-IE

1. Radwaste Evaporatnrs .

D N/A

• j. Vaste Evaporator Monitor Tanks II

. II D N/A

k. Spent Resin Flumning Pump Non-!E

1. Spent Resin Flushing Pump Motor II N/A Liquid Radwaste Filters II D N/A a.

114. VY - Laundre Fautpent snd Finor Drsing Rndwnste II D Non-IE Reprocessine ind U t .twi=.a t II D N/A l

a. Laundry Drain Tank ,

I II D -

Non-IE 115. TE - Chemtemi Radvaate itenroce<=t ne sad 6t senast l l II D N/A, ,.

a. Chemica!. Drain. Tank I

i .

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' Page 14 of 17 .

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. CC-ME-01-Mit

y.

• Revislea 5 January 22, 1980 e 1 .

. t.

8 TABLE 2 Cont. ** . 5

. w ., i 8

SAFETY QUALIT(

PRINCIPAL STRCt""*RES, SYSTE'.!S . AND COMPOVENTS CATEC0ftY CROUP ELECTRICAL 116. Bydrogen Recombtfiar 1 N/A**** i

- 117. Electriest Penetrations I .

. 112. Interconnectine Cable Between Saf ety Caterory 1 I .,

Electrica1 Equireent

• o 119. All other eteetrical ecuter'ent shown on Fleures

• II N/A Noa-!E {

5.3-1 and 3.3 2 of tne FSAR s l 8

. I.

• t 1

e.

5

. 4

. t.

. . g

. i

. . I s.

. n i

• I i .; -

i e .

. e I-r.

. I s

a.

. I

- I t

i -

C b

. 1

• '. i I

1 l

l l

=a s.

3

. .e -

. t ,

r.

=

. u

• • • • Qua115y measures equivalent la " Latent to those la Quality Group 3 have been applied. *

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TAsta 3 code mranlaneorrs Fon coMronrwis Ano systrMS ovuiTT cance enMF0norr -

on svus A 3 ,s 2 ,

, Press e e Vesselee AsxE netter and AsME setter and AsME setter and AsME setter end Freeeure .

Pressure vessel Code. Pressure vesset Code, Pressure feasel Code. Vessel CoJa Sect. ton V111, Cection Itt, Class 1 Section III Claes 2 Section lit Class 3 Otwiston 1 Flytas ASME. Bet te r and ASME Better and . ASME Setter and ANSI 33t.1.0 Code for Pressure vesset Code. Pressure vesset Code, Fiesoure vessel Code. Pressure Flytag .

Section lit. Close 1 Section til. Clees 2 Section III, Close 3 '

Fumpe and Velves ASME Better and ASME Setter and ASME Better and ANSI 331.1.0 code for ,

Pressure vesset Code. ' Pressure vesset Code, Pressure vessel Code. Presense FIptag** .

Secties Ill Close 1 section III, Claes 2 Section Ill. Close 3 Im-Preneure Teeke M/A ASME Setter and ASME Soller and American Petroleum lastitute, y _ Pressure Vessel Code, Pressure veeset Code. Becoaumended Rules for Destan Section III. Close 2* Section III, Close 3 eaJ remetruction of Large ,

S ValdeJ I.ou-F reasure' Storage et Tsake. Art 420 o Atmospheric II/A ASME Soller and ASME Better and American Wetenverte Aseecte-Storage Taske , Pressure vesset Code. Pressure vessel Code, tien. Standard for steet

.y section III. Ctese 2 Sectice !!I, Close 3 Tanks. Standpipes. Seoervette

, and Elevated Teake for Water

, Storage. AWA-DIOO; Walded Steel Teeks for Oil Sterego.

, , AFI 650, or AN51 896.1 Best Eschengere ASME Setter and - ASME Setter and ASME Setter and A5ME Eatter and Pressure Pressure vesset Code. Fressure Vessel Code. Freasure vesset Code vesset CoJa. Sectica VIII,Section III, Class 1 Section III, Claes 2 Section Ill, Close 3 Davision I saJ Tubuter Es- .

changer Manuf acturare Associetten (TDtA) Close C

. eCentetsment vesset ascluded.

ra

, **For pinnpe operettas above 150 pet er 212*F. ASME Section VIt!, Olvleton 1, shall~ be'eset se a guide {er calculating thicknees of pressere retalning perte end la states cover belttns: belar 150 pet and 212 F,  %." f e

neauf acturer's atenderde for earwice latended eetti be used. Qoo a~

N e

. se

, .. O o

. . + ,

' ~

t

( 6*

CARGENT & LUNDY .

ENotNCERo "

,, ,. . . (Mic^co Y 't

s. ,,

CC-ME-01-MH Revision 5 April 10, 1980 TABLE 4 W

CROSS-REFE'RENCE FRO!!'ESTINGHOUSE RESAR (ANS)

SYSTEM OF SAFETY CLASSIFICATION 'IO '.!ABBLE HILL SAFETY CLASSIFICATION SYSTEM

• i

,.i MARBLE HILL WESTINGHOUSE QUALITY SAFETY ,

RESAR-3 (ANS) GROUP CATEGORY ',

1 A I 2 B I /.

3 C I -

NNS , D II .

s.

- i

• The following exceptions to the above cross-references are noted. In these cases, the Marble Hill Safety Classification is to be used: ,

Refueling Water Purification Pump l Spray Additive Tanks Excess Letdown Heat Exchangers - Shell Side i -

l .

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