ML19318A285
| ML19318A285 | |
| Person / Time | |
|---|---|
| Site: | 05000376 |
| Issue date: | 12/31/1979 |
| From: | NATIONAL ACADEMY OF SCIENCES |
| To: | |
| Shared Package | |
| ML19318A278 | List: |
| References | |
| NUDOCS 8006190154 | |
| Download: ML19318A285 (9) | |
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Interim Report of the Commi:: on - Fu:ure :_nercJ A :erna:..Ives "Or 3Uerto aico . .
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facilities. dards, substantial ..iditional land will be needed for waste disposal. All in all, it appears prudent to plan now on a coal-fired plant con-vertible to oil. The additional cost of such a boiler is relatively small, and such an arrangement would enhance the bargaining position of the WRA in negotiating for fuel supplies in the future. The final report will discuss possible sources of coal and oil. There is no need to recount the history of the 1970 WRA contract - for a 613-megawatt nuclear plant, whose original site on the South Coast was found to present seismic hazards. A substitute site on the North Coast (Islote) has been identified, but further work was post- -
, poned indefinitely in 1975. At this stage of its deliberations, the .
Committee believes that it wculd be advisable to preserve the nuclear option as a possible component of Puerto Rico's future electric power system, but for the next major addition to generating capacity, consid-erations of both scale and timing rule it out. A plant of over 600 , tmegawatts' capacity (approximately the minimum economic size for a
* ! nuclear plant) would be undesirably large in relation to the total ~ -$-
ltcapacity of the WRA system. Unless economical small nuclear plants "
- become available, it will be at least two decades before the Puerto Rico system becomes large enough to accommodate a nuclear unit.
Furthermore, a: a practical matter, it would probably be impossible to complete a nucle.n power plant by 1990. In addition, the relevance of the nucle .; option to Puerto Rico is likely to depend on the clarifi-cation of national policy in several respects, notably the procedures for siting and licensing plants, ensuring safety, and providing for spent fuel management and waste disposal. For these reasons and those set forth in Section IV, we recommend that the WRA complete its studies of alternative sites and generation i unit size with a view to initiating by the year 1980 authorization and clearance procedures on a coal-fired plant convertible to oil . A more complete discussion of the issues involved in selecting fuel alterna-l tives will be presented in the final report. 1 l VI. FINANCING ELECTRIC PONER EXPANSION An important constraint on the Water Resources Authority's ability to provide additional generating capacity is its ability to finance the required plant additions. WRA cash-flow plans indicate that aggregate expenditures for the construction of two 450-megawatt coal-fired base-load generating units in the 1980s would approximate $900 million and that annual construc-tion expenditures would at times approach $300 million. These data depend on an earlier service date than we have recommended for the first new base-load capacity additions, as well as larger units than ' may prove desirable. However, the impact of inflation over the course W % l
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EX H. C , it can be reduced from its present 100 percent to about 50 percent ~ above peak demand.
. The Committee finds further that the need for new capacity can be i
de19ed by using various near-term supplements to existing capacity. We recommend a careful examination of all possible sources of these supplements, including installation of quick starting capacity, im-proved use and rehabilitation of hydroelectric facilities, and cogen-eratior with industry.
; The combination of these supplemental sources with a reduced need for reserve . margin will delay the need for added generating capacity.
With the prospect of increasing prices for fuel and the resulting increased opportunities for conservation in all sectors, the Committee - at this time recommends planning for expansion on the assumption of a
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modest demand growth rate of 3-4 percent. Assuming success with the - supplemental sources and reductions in demand growth, we anticipate the ; need for the next major generating unit about 1988-1989. - ' While final recommendations about unit sizes and fuel types tor the longer term future of the WRA are being deferred to our final
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report, we can offer some recommendations about the next added gener-ating unit. Such a unit should not exceed 450 megawatts in caoacity, gand probab1v should be smaller. That constraint, in combination with ; the need to have the unit in operation in the next decade, rules out t'ne use or nuclear _ power. The Committee does feel, however, that g i l
, Puerto Rico should provide itself some, alternative to oil as a fuel; for that reason it recommends planning on a coal-fired plant convert- ,
ible to oil. While a decision on a precise construction schedule can l be delayed somewhat, the Committee reco= mends that licensing and siting l activities begin no'later than 1980. In consiciering the toregoing recommenduivas abum. imges an operating practices and the need for additional capacity, the Committee has been particularly concerned about the financial needs of Puerto l Rico and the WRA. While we recommend a delayed date for the next generating unit, we find that there is a need for $200-300 million each year during several years in the 1980s to accommodate this expansion This need, combined with the funding required for improved maintenance, routine capital improvements, and recommended rehabilitation of exist-ing facilities, is likely to be more than can be raised through out-side borrowing. On this basis, we recommend a number of sters to increise internal cash revenues by the WRA, including an increase in annu .1 depreciation allowances by about $60 million per year. In any case, measures to increase internal revenues will require higher electricity rates. Such rate increases (about 10 percent) would be in addition to those needed to cover rising fuel and labor costs. Finally, the Comittee recommends a review of the present rate structure. The relationship between rate structure and energy conser-vation will be discussed more fully in our final report.
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Exni.ai7- 2" EXCERPTS FROM THE REPORT OF THE HONORABLE CARLOS ROMERO BARCELO, GOVERNOR OF PUERTO RICO TO THE EIGTH LEGISLATIVE ASSEMBLY IN ITS FOURTH ORDINARY SESSION. JANUARY 31, 1980. l V. ECONOMIC DEVELOPMENT (Comprises 13 topics enumerated A to M inclusive ) l 1 F.-ELECTRICAL SYSTEM l Energy is a vital factor to insure the continuous growth of the economy and services to - families. Presently, the Electric Energy Authority has a generating capacity of 4,200 megawatts - that depend almost completely on fossil fuel, it is necessor/ for the Authority to reduce its de-pendence on oil, looking for citernete sources of generating electricity. To that end, studies are being mode in coordination with the Office of Energy to find alternatives to establish new generating units utilizing different sources of energy, among them ocecn thermal energy and the burning of solid waste. Selection of sites for the construction of . a new ccol plant of approximately 250 megoworts are underway. l In the meontime, to assure the efficient and economic functioning of the current system, we have initiated a vast progrom of repairs and revamping cf the existing facilities cnd instol-lations and the installation of pollution control equipment.
- S 341 million have ciready been invested or.d on additional investment of 5400 million is contemplated during the coming years.
To deal with the crisis of the price and supply of oil, the new Office of Energy officially
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formulated and odooted for the first time the Document about Energy Policy whereby the focus, strategy and objectives that shall guide Governmental action in the search for solutions to the ; energy problems are established. Puerto Rico is one of the few jurisdictions that has c Document of Energy Policy. l
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THE ENERGY POLICY OF PUERTO RICO - ExHisir R" A FIRST STEP h Office of the Governor of Puerto Rico - Office of Energy - June,1979 P.O. Box 41089 DQCETED t Santurce, Puerto Rico 00940 USNRO , Telephones : ( 809 ) 726- 3636
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SUMMARY
BY THE EXECUTIVE :
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CcckeSag&Smfce Brgan The Enercy Policy of Puerto Rico - A first Steo : ,N S Article 2 of Law 128 of June 29, 1977, establishes thct the Office of Energy shall be respcasible for formulating and mainteiring up to date o document that contains the energy policy of Puerto Rico. The present document constitutes the first effort to formulate scid policy. In the preparation of this document, the term " policy" has been interpreted es the fundamental focus to guide governmental actions in the search of solutions to the energy pro-blem and not the specific actions in the search of solutions or plens that shall be corried out to solve the problem. There cre various reasons why this first document should not contain those actions and plans. Firstly, the government hos to first define the way it proposes to oct, which is its policy, before ettempting to formulate specific plans. Secondly, there exist a number of governmental agencies more than 30 of them--that will be directly offected by the policy hereby outlined end that shall have to develop specific plans of cetion to implement them. Thirdly, the individual actions deemed necessary cannot be included here inasmuch as they rney require formal economic end/or environmental impcet stcte-ments, which have not been made yet. Fourthly, in the development of specific plans of cetion also to be considered are other enunciations of public policy and other needs of the society, which shall be properly aired in public, cdministrative or legislative appropricte forums. These various policies cannot be considered in the present document until the some have not been exhoustively cired in the cppropriate forums. There are other reasons for which this document should not be cbsolute nor definite. The complexity of the problem, the lacking of a coherent ' notional energy policy, the diversity of the factors to be considered, the lock of dote and analysms o' c:1 Puerto Rican factors and the changir local, notional and internationcI circumstances altog:ther prevent on oll embracing and ;omple treatment of the problem. Therefore, this first document shcIl be enlarged and revised periodicell on the bcsis of the continuous study of the problem and its solutions, of the new scientific advcnc and innovations and of the commentories and observations received fren Puerto Rico end outside. The present document does not contain simple or easily cpplicable solutions. The documer l however, offers solutions, the elaboration of which will take time end meny of which will require l l l
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THE ENERGY POLICY OF PUERTO RICO - EXHIBIT f" A FIRST STEP Office of the Governor of Puerto Rico - Office of Energy - June,1979 P.O. Box 41089 Santurce, Pue-to Rico 00940 Telephones : ( 809 ) 726- 3636
SUMMARY
BY THE EXECUTIVE : The Enercy Policy of Puerto Rico - A first Steo : Article 2 of Low 128 of June 29, 1977, establishes that the Office of Energy shall be 1 responsible for formulating and maintaining up to date o document that contains the energy j policy of Puerto Rico. The present document constitutes the first effort to formulate said policy. In the preparation of this document, the term'" policy" has been interpreted as the _ , fundamental focus to guide governmental actions in the search of solutions to the energy pro- , i blem and not the specific actions in the search of solutions or plons that shall be corried out to solve the problem.
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There are various reasons why this first document should not contain those actions and plans. Firstly, the govemment hos to first define the way it proposes to act, which is its policy, before attempting to formulate specific plans. Secondly, there exist a number of governmental agencies --more than 30 of them--that will be directly offected by the policy hereby outlined and that shall have to develop specific plans of oction to implement them. Thirdly, the individual actions deemed necessary connet be included here inasmuch as they may require formal economic and/or environmental impact state-ments, which have not been made yet. Fourthly, in the development of specific plans of action I also to be considered are other enunciations of public policy and other needs of the society, l which shcIl be properly aired in public, administrative or legislative appropriate forums. These various policies connot be considered in the present document until the some have not been exhcustively aired in the oppropriate forums. There are other reasons for which this document should not be absolute nor definite. The complexity of the problem, the locking of a coherent national energy policy, the diversity of ths factors to be considered, the lock of dato and onolyses of all Puerto Rican factors and the changt local, notional and international circumstances altogether prevent on all embracing and comple treatment of the problem. Therefore, this first document shall be enlarged and revised periodical on the basis of the continuous study of the problem and its solutions, of the new scientific odvans ! cnd innovations and of the commentories and observations received from Puerto Rico and outside. The present document does not contain simple or easily applicable solutions. The docume however, offers solutions, the elaboration of which will take time and many of which will requirt
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. The Energy Pclicy of Puerto Rico Juns,1979 odjustments in our society. Even so, the policy presented here is optimistic... each problem con be faced and solved... each situotion presents on opportunity to reach o better tomorrow.
NOTE : The report comprises six chapters and four enclosures.Only Enclosure IV conto rnoterial relevant to nuclear energy, thus only subtopic " NUCLEAR ENERGY" is entirely hereb translated from the original in Spanish. Included also is the trcnslation of the introduction of Enclosure IV. ENCLOSURE IV Which are the sources of the future ? Herein is presented a brief description of the sources of energy tho> we estimate con have great potential for Puerto Rico in terms of their possibilities of satisfcying future demands by gradually substituting the current components of our energy system. Also discussed are some outstanding aspects of each source or technology of conversion, underlining their advantages and disadvantages and identifying their availability within o certain lapse of time. Finally, it is pointed out that the creas in which we estimate more, detailed studies must be realized on the development of each technology or energy source. The sources of energy have been grouped as non-renewable sou ees and the renewoble sources according to their availability as on exhoust-oble or inexhaustable resource. In the first group, the non renewable resources, where the mecsure of use is greater than the meoswe of natural productionl , and whose reserve is limited, are included: fossil oil, cool, natural gas and nuclear energy. These are the sources that have been conventionally utilized.to generate energy. In the second group, the renewable sources, are included the sources that are directly or indirectly derived from solar energy, to wit : direct solar rodiction, biomass, thermal energy from the ocean, wind energy and hydraulic energy. Also included are solid weste and hydrogen These are, with the exception of hydraulic energy, the so colled non-conventionc! forms of energy, whose significant contribution to energy needs shall be developed mostly over a long term. NUCLEAR ENERGY Nuclear energy raises serious doubts within the Government of Puerto Rico et this moment. These concerns are caused by a series of questions that surround this alternctive. - The most important of these questions is the problem of the disposal of nuclear weste. Other questions also exist with regcrd to the uncertcinty of the availebility of urenium and the costs and alternatives for the shutdown of nuclect installctions. Let us see now which are the main problems focing the nuclect industry at this moment. N
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The Energy Pelicy of Puerta Rico June,1979
- 1. Waste disposal - There are presently a minimum of 3,000 metric tons of radioactive j west stored in commercial nuclear installotions, and that quantity is expected to increase to i
_10,000 metric tons in next decode. Several electric companies have already expressed their fear that by 1983 they may have to shudown some reactor: due to storage shortage. Recognizing the necessity to develop a longterm embraceable and sensible policy for 3 - the disposal of radioactive waste, the Federal Government has already taken some steps in that direction. Legislation has been enacted to grant the Department of Energy the autherity to deal: 4 with that problem ; also, environmental impact reports have been prepared that would be pre-sented jointly this year with the legislation. Furthermore, discussions have been started with the Nuclear Regulatory Commission to seek opproval of new weste disposal installotions, in ; spite of these efforts, it cannot be determined if there will be sufficient installations at a giverr moment until on inventory of storage needs is mode available. # 4 Tne seriousness of the problem is made evident with the statement by a member of the
- Presidential Quality Council, Gus Speth, in the sense that "it is not possible to continue de-dicating efforts to nuclear energy until on acceptable solution to the problem of radioactive waste is found." -
- 2. Uncertainty with regard to the availablility of uranium - Although it is possible
! that the nuclear fuel available in the United States will be sufficient for the economic life of o!! the existing and planned nuclear plants until the year 2000, the price of the mineral ( uranium ) could rise considerably and it could happen that nuclear generation turns out to be more expensive than cool in many crees of the Nation. Some statistics point out that the price of uranium hcs risen 45 percent during the lost year, and in these moments it is virtually impossible to obtain long term contracts that guerontee the fuel supply during the entire eco-nomic life of one of these plants. This situation underlines the possibility of the necessity to import fuel, unless the pro-jection is mode in terms of fast breeder reactors. If this fuel hos to be imported, the some would also be subject to possible interruptions in its supply and the monipulation of its price by the i producer notions. I
- 3. Shutdown of recetors : Costs and Alternatives - in the Report by the Working Tecm for the Revision of the Administration of Nuclear Weste, the Department of Energy enumerates the following costs by different shutdown methods, on the por value bcsis of the dollar in 1975:
mothbolling, S 2.3 million ; entombment, S 7.4 million ; dismontling, S 26.9 million. Assuming a conservative annuct inflation rate of 5 percent, offer the 30 or 40 years that comprise the economic life cycle of a nuclear plent, these costs would increase fourfold. So for, the Nuclecc Regulatory Commission does not compel the owners of nuclear instellations to develope plans or project financial commitments to cover the costs of shutdowns. This could turn into o burdensome economic load for future generations. The matter os l to who is responsible for the shutdown of instellations and the procedure to be used thereto j remains unr'esolved. We definitely believe that it is on imperative requirement to the develop- ! ment of nuclear energy in Puerto Rico that these problems be solved first. If the Federal Goverre ment delays too long in taking the necessary actions to solve them, that could have serious implications for Puerto Rico's perspective in the panorame of nuclear generation. Summing up, the use of nuclear energy in Puerto Rico requires the cereful consideration of the following
. fundamental areas :
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, The Energy Pclicy of Pusrto Rico -
4- Juna,1979 The Federal Policy with regard to permanent disposal of solid waste. The avallobility of fuel ( Uranium ) or a reasonable price during the useful life of the plant. . The dismontling of the plant, due to how costly this turns out to be. The safety in the transportation of the fuel, that requires on adequate local regulation and a governmental orgonism with power to put it into effect and to oversee its fulfillment. The process to obtain the licenses and the permits for the construction and d operation of the plant. The avoilobility of suitable sites for the location of a plant, in view of the requirements imposed by technology and environmental protection.
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-: , Address ftply to: Post Othc 2 Sox 767 Chicago, lihnois 60690 April 29, 1980 Mr. James G. Keppler, Director Directorate of Inspection and .
Enforcement - Region III U.S. Nuclear Regulatory Commission 799 Roosevelt Road Glen Ellyn, IL 60137
Subject:
Dresden Station Unit 3
' Response to I.E. Bulletin No. 79-018 Environmental Qualification of Electrical Equipment NRC Docket No. 50-249 Reference (a): J. G. Keppler letter to C. Reed dated January 16, 1980
Dear Mr. Keppler:
As requested by Reference (a) enclosed for your review is our response to the subject bulletin for Dresden Unit 3. As stated in Volume 1 of the response there are still open items concerning the qualification data that is available for the equipoent listed. Action is being taken to approach vendors and determine tne status of these items by June 2, 1980. At that time a revision to this' response will be sent to you. Please address any questions concerning this matter to this office. 3 Very truly yours,
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D. L. Peoples Director of Nuclear Licensing cc: Director, Division of seactor Operations Inspection SUBSCRIBED and SWORN to be f o re,.me this -/-% day of .<t\.'- 1980 ' t
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DISTRIBUTI0fi RESP 0flSES TO BULLETIri 79-01 B E. Jordan 3 copies IE FILES 1 copy fiRR(Zoltan Rosztoczy) 1 copy CEliTRAL FILES 1 copy -
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_ _ _ _ _ _ _ _ - _ _ = l i d' TABLE OF CONTENTS VOLUME 1
. i Page 1.0 STUDY OBJECTIVES 1 2.0 STUDY RESULTS 1
3.0 STUDY CONCLUSIONS AND RECOMMENDATIONS 2
, 4.0 DETAILED EVALUATION 2 4.1 Definition of Postulated Accidents 3 4.2 Identification of Class IE Components 4 Required to Function Under Postulated Accident Conditions (Bulletin Action Item 1) 4.3 Definition of Environmental Service 4 Conditions (Bulletin Actions Items 3 and 5) 4.4 Evaluation of Environmental Qualification 7 Data (Bulletin Action Items 2 and 4) 4.5 Class IE Equipment Qualification Plan 8
4.6 Submittal of Licensee Event Reports 9 (Bulletin Action Item 6)
5.0 REFERENCES
10 APPENDIXES A Dresden Unit 3 and Common Systems List B Dresden Unit 3 and Common Specific and General Use Components List Sorted by System . l C Dresden Unit 3 Key Plan Identifying Harsh Environmental List Areas of Figures and and Tabulation of Service Conditions, Tables VOLUMES 2 AND 3 D Dresden Unit 3 and Common Component Evaluation Worksheets Sorted by System O G 4
1.0 STUDY OBJECTIVES This study has been prepared in response to NRC IE Bulletin 79-OlB, dated January 14, 1980. It has been prepared by Bechtel Power Corporation, Ann Arbor, Michigan, for Common-wealth Edison Company's Dresden Nuclear Power Station Unit 3. The scope of the study includes:
- a. Preparing a master list of all ESF systems
- b. Identifying all components required to function under postulated accident conditions 4
- c. Defining environmental service conditions for the components identified above
- d. Establishing maximum flood elevation inside containment
- e. Evaluating qualification data for components and document bases of equipment qualification f.
Identifying for Cs.umonwealth Edison Company, those Class IE electrical equipment i.tems for which a 7s s 1 Licensee Event Report (LER) saould be prepared
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- g. Preparing a report documenting the results of the study in accordance with Item 7 of NRC IE Bulletin 79-01B 2.0 STUDY RESULTS The systems required to function following the postulated accidents components have been identified and the essential Class IE listed.
Environmental service conditions have been established. Evaluation of environmental qualification test reports is currently in progress. Table 2-1 provides the completion status of each of the bulletin action items. 3.0 STUDY CONCLUSIONS AND RECOMMENDATIONS Investigations in response to NRC IE Bulletin 79-01B Action Items 2 and 4 are presently partially complete. There are no conclusions at this time. It i is recommended that investigations continue to complete the response to NRC IE Bulletin 79-OlB Action Items 2 and 4. 1
(a, 4.0 DETAILED EVALUATION 4.1 DEFINITION OF POSTULATED ACCIDENTS NRC IE Bulletin 79-OlB defines the postulated accident conditions to be addressed as the loss-of-coolant-accident / high energy line break (LOCA/HELB) inside containment, and the HELB outside containment. For the Dresden Nuclear Power Station Unit 3, the LOCA/HELB inside containment is discussed in FSAR Sections 5.2.3 and , 6.2.7. The HELB outside containment is discussed in Special Report No. 37, Revision 1, submitted to the NRC in February 1975. ; For the LOCA/HELB inside containment, worst case environ-mental conditions are established by the LOCA, resulting from a double-ended recirculation line break. The environ-mental conditions which result from this accident are provided in Section 4.3 and Appendix C. For a HELB outside containment, Special Report No. 37 identi-fies the high energy lines and the location of postulated breaks. In support of the response to IE Bulletin 79-OlB, studies were performed to establish equipment integrated radiation doses as a result of the postulated accidents. I)
\_/ These environmental conditions are discussed in Section 4.3. ~
The following postulated accidents established the environ-mental conditions:
- a. LOCA inside drywell
- b. Main steam line break in the steam tunnel
- c. Main feedwater line break
- d. High-pressure coolant injection (HPCI) steam line break
- e. Isolation condenser steam line break
- f. Reactor water cleanup (RWCU) line break Where components, because of their location, could be sub-jected to differing environments for the various accidents, the most severe' environmental conditions were utilized for qualification. Components located within compartments with postulated HELBs would be subjected to pressure, temperature, and humidity conditions resulting from that HELB, but would O
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not be subjected to radiation doses in excess of 104 rads simultaneously. These same components could be subjected to i radiation doses in excess of 104 rads following a LOCA, but i these doses would not be simultaneous with pressure, tempera- ! ture, and humidity. To simplify this analysis, qualification data will be sought which demonstrates operability of these 1 components for the combination of all environmental conaitions. l Where qualification cannot be demonstrated for the entire spectrum of conditions simultaneously, components will be evaluated for the conditions associated with each individual accident. 4.2 IDENTIFICATION OF CLASS IE COMPONENTS REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS (BULLETIN ACTION ITEM 1) The Dresden Nuclear Power Station FSAR and emergency proce-dures were reviewed to identify the engineered safety features systems which are required to mitigate the consequences of the postulated ' accidents discussed in Section 1.0. These systems are those needed to achieve reactor shutdown, contain-ment isolation, reactor core cooling, containment and reactor heat removal, and to prevent the release of radioactive material to the environment in excess of the guidelines of 10 CFR 100. [\'~) \ In addition, the emergency procedures were reviewed to I identify systems that are non-class IE, and not considered i in the station safety evaluation for accident mitigation, but which would be utilized if available. These systems are identified as alternative use sytems. No data is provided for cori )onents in alternative use systems. i l i Appendia A provides the master list of Unit 3 and co. mon i systems iequired to function following all of the postulated accidents discussed in Section 4.1. The station piping and instrument diagrams and electrical schematics were reviewed to determine the specific compo-nents which must function following the postulated accidents. Based on this review, a master components list has been developed for each system identified in Appendix A. The master components list identifies each Class IE electrical component that is required 'to function following the postu-lated accidents discussed in Section 4.1. Appendix B pro-vides the master components lists for Unit 3 and common systems. , v n a
o 4.3 DEFINITION OF ENVIRONMENTAL SERVICE CONDITIONS (BULLETIN ACTION ITEMS 3 AND 5) 4.3.1 Inside :he Drywell The drywell pressure and temperature response following the postulated LOCA are provided in FSAR Figures 5.2.11 and 5.2.12, respectively. These figures are included in Appendix C. The maximum humidity inside the drywell is defined in FSAR Table 5.2.2 as 100%. Chemical sprays are not used in the Dresden design. Demineralized water containment spray is utilized and considered in the evaluation. The Dresden FSAR does not provide integrated radiation doses inside the drywell. Studies were performed to establish the integrated doses
, inside the drywell for a postulated LOCA. The integrated doses for 1 hour, 1 day, 30 days, and 1 year are provided in . Appendix C. The study methodology is described in Section 4.3.5.
Radiation doses are evaluated for actual equipment operating times. Appendix C also defines the containment spray fluid and provides the maximum drywell pressure, temperature, humidity, flood elevation. 4.3.2 Outside the Drywell, Subject to HELB HELB is discussed in detail in Special Report No. 37, f '$ () Revision 1, submitted to the NRC in February 1975. The environmental conditions (pressure, temperature, and humidity), due to pipe break in the steam tunnel, torus compartment, RWCU heat exchanger room and turbine building are listed in Appendix C. Radiation doses following a HELB are less severe than the doses associated with a LOCA and are there-fore not provided. Flooding does not occur outside the drywell as a result of the postulated HELBs. Chemical and demineralized water spray do not exist outside the drywell. 4.3.3 Outside the Drywell, Post-LOCA Radiation Exposures Integrated doses have been calculated for areas outside the drywell. Doses were established for 1 day, 30 dayq, and
- 1 year exposure. Integrated doses of less than 109 rads during a component's service life are evaluated as nonharsh environmental conditions. Integrated doses of 10 4 rads and greater are evaluated as harsh environmental conditions.
Appendix C provides integrated doses as a function of exposure time for areas containing components identified in Appendix B. The radiation study methodology is described in Section 4.3.5. 4.3.4 Nonharsh Areas Plant areas which are not covered in the above referenced Appendix C tables are considered nonharsh environmertal [/) x_ areas with respect to HELB and post-LOCA radiation. These
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areas are either maintained in a suitable environmental condition by safety-related heating, ventilating and air ; conditioning (HVAC) equipment, or are considered nonharsh because they are controlled to less than 104F prior to the postulated accidents and are relatively large open areas with no large motors or other ege' valent heat sources. Where environmental conditions are maintained by HVAC equip-ment, the HVAC system is provided with redundant components _ and/or a backup power supply for reliable operation. Safety related HVAC systems are provided for the following areas:
- a. Control room, cable spreading room, battery rooms, computer room, and electrical equipment room
- b. Standby diesel generator room
- c. HPCI room
- d. Low-pressure coolant injection corner rooms 4.3.5 Radiation Study Methodology A radiation study was performed to establish integrated s doses to equipment following a postulated LOCA. The core
) fission product inventory was based on General Electric document " Radiation Source Information for NUREG 0578 Implementation, Computer Run Identified as SNUMB 70075" dated November 1979.
The fission products were diluted into the appropriate fluid media as follows: Fluid Noble Gases (%) Halogens (%) Other(%) Suppression pool liquid 50 - 1 Reactor coolant liquid 100 50 1 Containment atmosphere 100 25 - Reactor steam 100 25 - Dilution of the fission products was considered using the fluid volume as the dilution media. For components located inside the drywell, gamma doses were only considered if the component was enclosed in a nonorganic material (e.g., valve motor actuators.in metal enclosures). The gamma dose was established based on immersion of the component in the gaseous drywell atmosphere for tne time [) v which the component must remain functional. For components 5
/x (V )
enclosed in organic material (e.g., cable), beta radiation doses will be calculated and the total expc sure (gamma and beta) used to define the environmental service condition. The integrated dose will be based on the time which the component must remain functional. For components located outside the drywell, source terms were established for piping systems containing reactor steam, reactor coolant liquid, suppression pool liquid, and containment atmosphere. Since the piping wall thickness is sufficient to shield against beta radiation only gamma radiation need be considered. Each Class IE component was ,i located with respect to the piping systems containing post-LOCA radioactive fluids. The integrated dose was established
, based on the piping source term, distance from pipe to component, and component operating time. Where a component could receive dose from more than one piping system, the doses were added to derive a total dose. Appendix C, Table C-3, provides integrated doses as a function of time calculated one foot from the greatest single source in each plant major area.
4.3.6 Aging (~'T In this study, the need to consider aging is based on the
\~ / evaluation of component design and application. The effects of aging have also been considered based on Enclosure 4 to NRC Bulletin 79-01B, " Guidelines for Evaluating Environmental Qualification of Class IE Electrical Equipment in Operating Reactors" and NUREG-0588, " Interim Staff Position on Environ-mental Qualification of Safety-Related Electrical Equipment."
- a. Components Located Inside the Drywell The environmental conditions inside the drywell are defined as harsh (Sections 4.3.1 and 4.3.4) and hence the ef fects of thermal and radiation aging are evaluated for all Class IE electrical ;
components.
- b. Components Located Outside the Drywell
- 1. Radiation aging, ;
The components which are located outside the drywell and steam tunnel are exposed to insignificant amounts of radiation during normal operating conditions. The effects of radiation aging are therefore not considered in the qualification evaluation of these
/% components.
(s) 6
(D D Under postulated accident conditions some components may be exposed to greater than 104 rads (integrated radiation dose). The effects of this short-term radiation exposure are considered in the qualification evaluation.
- 2. Thermal aging Most areas outside the drywell are maintained in a suitable environmental condition by
. safety-related HVAC equipment. The normal maximum environmental design temperature is 103F, which-in this study is defined as a nonharsh environment (Section 4.3.4).
Thermal aging for these components is not required since the normal and post-accident environments are nonharsh. In addition, infrequent temperature extremes up to 120F may occur in some plant areas. However,
' these conditions would result only during periods of extreme outdoor temperatures.
Equipment designed and installed per industry standards would be capable of satisfactory operation without exhibiting age related f- degradation due to these infrequent tempera-( , ture extremes up to 120F. Therefore, the
\/
effects of thermal aging are not considered for components located in areas where the maximum ambient temparature can be maintained at 120F or below. The effects of aging will be considered for components in harsh environmente and components with a defined operating life ler.s than 30 years. 4.4 EVALUATION OF ENVIRONMENTAL QUALIFICATION DATA (BULLETIN ACTION ITEMS 2 AND 4) Appendix B identifies all specific components necessary following the postulated accidents. In addition, this bulletin covers general use electrical items such as motor lubricating oil, sealants, tape, terminal blocks, gaskets, etc. These general use items are discussed in Section 4.5. For each specific component' identified in Appendix B, a component evaluation worksheet was prepared. These work-sheets identified the most harsh environment each component would be subjected to following the postulated accidents. Environments were considered nonharsh when the temperature was controlled radiation to 104F dose was lessorthan less10 gnd the maximum integrated j rads.
) l l
i l 7
/%
Since industry standards did not exist for environmental qualification of Class IE electrical equipment during the time frame the Dresden station was d7 signed and constructed, qualification testing was not required for these components when originally purchased. However, many of these same components were used in later designs and qualification testing data is available. Also some testing has been performed by the Nuclear Steam System Supplier in response to IE Bulletin 79-01. These qualification reports are being evaluated to determine their applicability to the components identified in Appendix B. Where applicable qualification data exists, this data is entered on the component evaluation l worksheets to document the suitability of the component. It is anticipated that some components may be qualified by analysis or a combination of analysis and testing. In those cases the component evaluation worksheets will reference the subject analysis and document the suitability of the component. Finally for those components which are exposed to harsh environments and for which data is not avai_lable and qualifi-cation by analysis is not appropriate, the qualification status will be resolved by testing, replacement, or reloca-tion of the component to a nonharsh environ.nent. (~5 The component evaluation worksheets are provided in Appendix D (_) (Volumes 2 and 3) for Unit 3 and common components. j Section 4.5 provides the qualification plan which will be followed to complete the response to IE Bulletin 79-01B. ) 4.5 CLASS IE EQUIPMENT QUALIFICATION PLAN 4.5.1 Specific Components Where existing data is not available to demonstrate qualifi-cation of a component, one of the following methods will be utilized to resolve the status of the component.
- a. Tests on similar components will be evaluated.
- Where the component is sufficiently similar to the qualified component, the test data and component design data will be analyzed. Providing sufficient similarity exists to utilize the report for the similar component, the evaluation will be docu-mented and the analysis and test report referenced as demonstrating the suitability of the component.
8
l i fh
\~ l i
- b. An -identical component from the spare parts inventory )
or one of the installed components will be tested. !
- c. The component will be relocated in a nonharsh
. environment.
- d. The component will be replaced. l 4.5.2 General Use Components A walkdown inspection of accessible electrical boxes and cable
, connections was performed in the Dresden Unit 3 dr 11. The 1
inspection was performed following the spring 19' Sueling outage prior to returningLthe station to power. ..J. Hughes, NRC Region III inspector, was onsite and accompanied the inspection team for a portion of the drywell inspection. The purpose of the inspection was to identify miscellaneous general use electrical items (i.e., gaskets, seals, grommets, , terminal blocks, splices, and termination tapes) used inside l In addition, the condition of cable at the the drywell. electrical boxes and component terminations was inspected. Boxes which did not have preassigned numbers were numbered by the inspection team. These' field-assigned numbers were prefixed with 79-OlB. The condition of cables entering boxes was satis-O, factory with no damage noted. The boxes were. generally in satisfactory condition, with minor repairs required of three boxes. This information was discussed with station electrical personnel who agreed to make the repairs prior to returning the unit to power. Splices and termination tapes were not found in the electrical boxes inspected. The results of the electrical l box inspection are provided in Table 4-1. i 1 Where qualification data is not available for existing installed I materials, procedures will be written to replace these items l with quallfied materials. The station inventory of lubricating j oils and greases will include qualified materials and steps ; implemented so that only these materials are utilized on ' Class IE components. 4.6 SUBMITTAL OF LICENSEE EVENT REPORTS (BULLETIN ACTION. ITEM 6) In the event any Class IE electrical equipment item is determined 1 to be not capable of meeting its required function under the established service conditions, Bechtel will advise Commonwealth Edison Company so that a LER'can be submitted. LERs, when submitted, will identify the component conditions ; which it must function und,er and basis of determination that 9 i;
1
\
' ks -) it is inespable of functioning. 'Where justification for continued the LER.
station operation exists, this will be included in specified by LERs NRCwill IE be submitted Bulletin within the time frame 79-01B. LERs will not be submitted for items previously documented as nct being capable of meeting their required function in the response submitted for NRC IE Bulletin 79-01 (Reference Se).
5.0 REFERENCES
a. USNRC IE Bulletin 79-01B, dated January 14., 1980 ,, b.
-Dresden Nuclear Power Station Final Safety Analysis Report, Docket Number 50-237 and 50-249 c.
Analysis of Effects of Pipe Break Outside Primary Containment, Dresden Station, Units 2 and 3, Special Report No. 37, Revision 1, February 1975
, d. Dresden Station Emergency Procedures, DGA-1, Loss-of-Coolant (Break Inside Drywell) , Revision 4, January 1980; DGA-2, Loss-of-Coolant (Slow Leak),
Revision 2, January 1980; DGA-3, Loss-of-Coolant (Break Outside Drywell), Revision 4, January 1980 ()
e. Report on Results on Qualification Data Search for Dresden Units 2 and 3, NEDO-24218, General Electric Company, November 1979 f.
NUREG 0588, Interim Staff Position on Environmental Qualification of Safety-Related Electrical Equipment l
,C\
t 10
; TABLE 2-1 i
NRC IE BULLETIN ACTION ITEM COMPLETION STATUS l'
- ' . Action Item Status Forecast Completion 1 Completed - Report --
Appendixes A and B l' 2 Partially complete - June 2, 1980 l investigations to O resolve qualification d status of components b
. for which test reports are presently unavail-able in progress -
Report Appendix D D' 3 Completed - Report -- I' Appendix C 4 This item included with June 2, 1980 Action Item 2 5 Completed - Report -- Appendix C 4 i 6 Licensee Event Reports -- will be prepared as required .g i l T J l O 1 4 w ---.--,.ene-- n,--wa--->m,-m-no- p n. c-.~ v~~c--,-r
-, , ~ . , - - , , r
w es
'k s
.d TABLE 4-1 TABULATION OF FIELD-INSPECTION DATA FOR ELECTRICAL BOXES INSIDE DRYWELL Terminal Box Location Blocks Component Number Type Elev Azim Type Remarks MO-3-1301-4 79-01B-11 Pull 538 190 NA MO-3-1001-1B connected to same box MO-3-1301-4 79-01B-25 Conduit 536 85 NA-Pull AO-3-203-1A 79-01B-16 Term 521 15 GE264B965
-AO-3-203-1A 79-018-?:7 Term 524 15 AB (to be Replace terminal blocks in next confirmed) outage AO-3-203-1B 79-01B-14 Term 521 5 GE264B965 Cleaning done by. electrician during inspection; gasket broken AO-3-203-1B 79-018-15 Term 524 5 AB (to be Gasket broken confirmed a
AO-3-203-1C 79-OlB-20 Term 521 355 GE264B965 Cleaning done by electrician during inspection; gasket broken ] AO-3-203-1C 79-OlB-21 Term 521 355 AB (to be Gasket broken confirmed a AO-3-203-ID 79-01B-18 Term 524 345 GE264B965 Gasket broken
-AO-3-203-lD 79-01B-19 Term 524 345 AB (to be confirmed s
l l i 1
O O O TABLE 4-1 (Continued) Terminal Box Location Blocks Component Number Type Elev Azim Type Remarks POS SW for 79-OlB-24 Pull 520 90 NA j AO-3-1501-26A POS SW for . Term 524 210 GE264965 Recommended to foreman AO-3-1501-26B . 79-01B-12 electrical maintenance to
- replace the terminal blocks; gasket broken.
POS SW for 79-OlB-13 Pull 537 210 NA Opened with NRC AO-3-1501-26B AO-3-220-51 79-01B-5 Term 575 90 GE264B265 AO-3-220-52 SRM/IRM None Pull 520 200 NA All cables run'into a steel-duct. I Electrical None NA Var- Var- NA penetrations ies ies low voltage-signal and power i I h i
s (a) J TABLE 4-1 (Continued) Box Terminal Component Number Type Location Blocks Elev Azim. Type Remarks MO-3-220-1 None NA NA NA NA Component located at el 517 and AZ355. No box could be located. Conduits good condition. S0-3-220-44 79-01B-3 Pull 539 85 NA Inside of box could not be inspected SP-3-220-44 79-01B-4 Pull 539 90 NA Inside inspected of box could not be MO-3-1201-1 79-OlB-1 Te rm 540 120 NA Inside of box could not be inspected. MO-3-1001-1A NA NA 522 350 NA Box could not be located. Equipment located. MO-3-1001-1B 79-01B-11 Pull 538 210 NA MO-3-1301-4 connected to same box MO-2-2301-9 NA NA NA NA NA Located outside drywell (M-51) MO-2-3706 NA NA NA NA NA Box could not be located 4 POS SW for NA NA NA NA NA AO-3-1501-25A Not accessible because of high radiation POS SW for 79-OlB-2 NA 517 265 NA Not opened AO-3-1501-25B (Ceco 3RB-32) 4 POS SW for 79-01B-23 Term 522 90 AO-3-1501-26A GE264B965 Recommended to foreman electrical maintenace to replace the cover and gasket 4 1 1
a 4 4 APPENDIX A DRESDEN UNIT 3 AND COMMON SYSTEMS LIST k l l 4 e I e 4
. m., ._,,,r.,,-,- ,- ,. , ,n.-.,-, , , ,, , .. . , - . . . ,,,,
Focility: Dresdan Rev 2 Unit: ~ 3 April 18, 1980 Dccket: 50-249 ('] Gi DRESDEN 3 Systems Required Following a LOCA, MSLB, HELB
- 1. Reactor Protection / Neutron' Monitoring System
- 2. Core Spray System
- 3. High-Pressure Coolant Injection System 3 4. Auto Depressurization System / Mali Steam System
- 5. Low-Pressure Coolant Injection System
- 6. Pressure Suppression System
- 7. Standby Gas Treatment System !
- 8. Deleted (Included With 1)
- 9. Service Water System 10.
Diesel Oil Piping System l (_- 11. Containment Isolation System
- i ,
- 12. Control Rod Drive Hydraulic System I 1
- 13. Reactor (Nuclear Boiler) Recirculation System
- 14. Process Radiation Monitoring System 15A.-Reactor Building Ventilation System ISB. Control Room, Office, and Drywell Air Conditioning
- 16. Standby Alternating Current Power
- 17. Standby Direct Current Power
- 18. Isolation Condenser System
- 19. General Use Electrical Equipment
- 20. Main Steam (Alternate Use Only)
- 21. Main Feedwater/ Condensate (Alternate Use Only)
. Containment isolation-includes all components in various
()
\_/
systems performing the containment isolation function. i
=
O A?
- s ,
l l
.t APPENDIX B ,
l DRESDEN UNIT 3 AND COMMON SPECIFIC AND GENERAL USE COMPONEUTS LIST SORTED BY SYSTEM l
~
s 4 O I (
Fccilitys Drasdsn Rev 2 Unit ~ 3 Docket: April 18, 1980 50-249 A MASTER LIST CLASS lE ELECTRICAL EQUIPMENT
. REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Reactor Protection / Neutron Monitoring SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name (**) ment ment
._ *LS-3-302-82A,B,C,D Level Switch (M-365) X PS-3-503A,B,C,D Pressure Switch Low X (M-346)
*AO-3-203-1A,B,C,D Glove Valve, Air Operated X (M-345)
*PS-3-1621A,B,C,D Pressure Switch - High X (M-356)
*PS-3-263-55A,B,C,D Pressure Switch (M-357) X
*LIS-3-363-57A,B Level Indication Switch X (M-357)
*LIS-3-263-58A,B Level Indication Switch X (M-357)
*RE-3-1705-2A,B,C,D Radiation Element (M-345)
(3-1734-A,B,C,D) X RAM-3-0762A,B,C,D, IRM Preamplifier E,F,G,H X
***APRM-1, 2, 3A, 3B, Average Power Range 4A, 4B, 5,6 Neutron Monitor l i
RAM-3-0752A,B,C,D SRM-Preamplifier X
****TE-3-1291-60A,B, Temperature Element C,D,E,F,G,H X These components are listed for information only. Their qualification systems.
evaluation is covered with their respective ('} Q'J Shows P&ID number of respective system
.The roomexistence of the related shall be determined instrument outside the control later.
i **** Area temperature detectors for reactor cleanup L.
e Facility: Dresden Rev 2 j} Unit: 3 April 18, 1980
.. ; (j Docket: '50-249 MASTER LIST CLASS lE ELECTRICAL
- EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Core Spray l
SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside i Primary Primary Plant Identification ' Contain- Contain-Number Generic Name ment ment
\
MO-3-1402-25A,B Gate Valve, Motor Operated X l MO-3-1402-24A,B Gate Valve, Motor Operated X MO-3-1402-4A,B Globe Valve, Motor Operated X FT-3-1461A,B Flow Transmitter X () PT-3-1460A,B 3-1401A,B Pressure Transmitter X
; Core Spray Pump X l' ~
MO-3-1402-3A,B Gate Valve, Motor Operated X FS-3-1464A,B Flow Switch X MO-3-1402-38A,B Gate Valve, Motor Operated X , PS-3-1466A,B,C,D Pressure Switch X f v i.
Facility: Dresden Rev 2
,p Unit: 3 April 18, 1980
( x/ T Docket:: 50-249 MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIPCD TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: High-Pressure Coolant Injection SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside Primary Primary Plant Identification Contain- Contain- ., Number Generic Name ment ment MO-3-2301-5 Gate Valve, Motor Operated X MO-3-2301-3 Gate Valve, Motor Operated X SV 12 Turbine Stop Valve
- r X
, PT-3-2359 Pressure Transmitter X
/~N FT-3-2358 Flow Transmitter X o
MO-3-2301-9 Gate Valve, Motor Operated X (de) i MO-3-2301-8 Gate Valve, Motor Operated X (de) None Turbine Gland Seal Condenser X Hotwell Drain Pump (dc) PT-3-2382 Pressure Transmitter L X o MO-3-2301-35 Gate Valve, Motor Operated X 4 MO-3-2301-6 Gate Valve, Motor Operated X TS-3-2370A,B,C,D Temperature Switch X TS-3-2371A,B,C,D Temperature Switch X
-TS-3-2372A,B,C,D Temperature Switch X TS-3-2373A,B,C,D Temperature Switch X TE-3-2374A,B,C,D Temperature Element N_
X t L m_ . _ . .
4 Rev 2 April 18, 1980
. (} SYSTEM: High-Pressure Coolant Injection Page 2 SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name ment ment A0-3-2301-30 Air Operated Valve X (Solenoid)
POS-3-2301-30 Air Operated Valve X (Position Switch) 't AO-3-2301 Air Operated Valve X
, (Solenoid) , POS-3-2301-29 Air Operated Valve X (Position Switch)
MO-3-2301-4 Steam Supply Isolation X Valve
'None Motor Speed Changer X f-, None Motor Gear Unit X
'; Q None Emergency Oil Pump X None Auxiliary Oil Pump X None Gland Steam Exhauster X Fan DPIS-3-2352 Differential Pressure X Indicating Switch DPIS-3-2353 Differential Pressure X Indicating Switch PS-3-2389A,B,C,D Pressure Switch X s MO-3-2301-14 Gate Valve, Motor Operated X MO-3-2301-15 Gate Valve, Motor Operated X MO-3-2301-48 Gate Valve, Motor Operated X MO-3-2301 . Gate Valve, Motor Operated X O as_/ ' .) ?
Rev 2 April 18, 1980 SYSTEM: High-Pressure Coolant Injection Page 3 .
-{
SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM
, Location (elevation)
Ins ide Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name ment ment AO-3-2301-64 Air Operated Valve X (Solenoid) i POS-3-2301-64 Air Operated Valve X (Position Switch)
, AO-3-2301-65 Air Operated Valve X (Solenoid)
POS-3-2301-65 Air Operated valve X (Position Switch) MO-3-2301-36 Gate Valve, Motor Operated X MO-3-2301-10 Motor Operated Valve X 3-2386 HPCI Motor Control X Signal Convertor PS-3-2360 Pressure Switch X LS-3-2351A,B Level Switch X FS-3-2354 Flow Switch X PS-3-2368A,B Pressure Switch X LS-LCS-l' Level Switch X LS-2/3-2350A,B,C,D Level Switch X 1 b U a i 1
Pacility: Dresden . Rev 2 April 18, 1980 [' ek t: 50-249 LJ MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Auto Depressurization/ Main Steam i SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location ,r Inside Outside
' Primary Primary Plant Identification . Contain- Contain- , Number Generic Name ment ment __
3-203-3A Target Rock Valve and X
, Associated Solenoid 3-203-3B,C,D,E \
,j.
~
Electromatic Relief Valve X and Associated Solenoid Valve AO-3-203-1A,B,C,D Main Steam Isolation X - Valve with Associated
- (
.O Solenoid Valves POS-3-203-1A,B,C,D Main Steam Isolation Valve X (Position Switch)
MO-3-220-1 Globe Valve, Motor Operated X TS-3-261-15A,B,C,D Temperature Switch X 16A,B,C,D 1 17A,B,C,D ' 18A,B,C,D MO-3-220-2 Globe Valve, Motor Operated X AO-3-203-2A,B,C,D Main Steam Isolation X 1 Valve with Associated Solenoid Valve y POS-3-203-2A,B,C,D Main Steam Isolation Valve X i
, (Position Switch)
DPIS-3-261-2A,B,C, Differential Pressure X D ,E ,F ,G ,'H ,J ,K ,L ,M , Indication Switch N,P,R,S ^ PS-3-0261-30A,B,D,C Pressure Switch X k .. I-
Facility: Dresden Rev 2 g-^s Unit: 3 April 18, 1980 y Docket: 50-249 MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIPED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Low-Pressure Coolant Injection SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location ( Inside Outside
- t Primary Primary Plant Identification Contain- Contain-i Number Generic Name ment ment MO-3-1501-5A,B,C,D Gate Valve, Motor Operated X PS-3-1554A,B,C,D,E, Pressure Switch X F,H,J 3-A,B,C,D-1502 LP Coolant Injection Pump X MO-3-1501-3A,B Globe Valve, Motor Operated X
.( b (_,/ POT-3-1501-3A,B Position Transmitter X DPT-3-1543A,B Differential Pressure X 3 Transmitter ; l MO-3-1501-11A,B Gate Valve, Motor Operated X MO-3-1501-32A,B Gate Valve, Motor Operated X MO-3-1501-13A,B Gate Valve, Motor Operated X FT-3-1549A,B' Flcw Transmitter X MO-3-1501-18A,B Globe Valve, Motor Operated X MO-3-1501-19A,B Gate Valve, Motor Operated X FT-3-1551A,B Flow Transmitter X FS-3-1501-58A,B Flow Switch ' X 1 t 3 - i I A
Rev 2
, April 18, 1980
, SYSTEM: Low-Pressure Coolant Injection Page 2 SPECIFIC COMPONENTS ASSOCI*,TED WITH ABOVE SYSTEM Location Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name ment ment MO-3-1501-21A,B Angle Valve, Motor Operated X
! MO-3-1501-22A,B Gate Valve, Motor Operated X if MO-3-1501-27A,B Gate Valve, Motor Operated X
- (
MO-3-150l+28A,B Gate Valve, Motor Operated X 3-A,B,C,D-1501-44 Containment Cooling Ser- X
. vice Water Pumps FT-3-1542A,B Flow Transmitter X it MO-3-1501-38A B Globe Valve, Motor Operated X . MO-3-1501-20A,B Gate Valve, Motor Operated X r
i 1 Os
)A S
s i L
,-- . _ _ ., . . _ . _ _ _ _ _ , , . . _ . - . _ _ . -- - . _ . - ~ . _ ,
?
Fscility: Droedon Rav 2 Unit: -3 April 18, 1980
, Docket: 50-249 MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Pressure Supression SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM I
Location - Inside Outside jl Primary Primary !( Plant Identification Contain- Contain- t Number Generic Name ment ment
\
LT-3-1641-1 Level Transmitter X
, S0-3-1601-68 Solenoid Valve X S0-3-1601-69 Solenoid Valve X lf POS-3-1601-61 Gate Valve, Air Operated X (Position Switch)
,g
/ POS-3-1601-60 Butterfly Valve, Air X Operated (Position Switch)
S0-3-8501-2A,B Solenoid Valve X S0-3-8501-4A,B Solenoid Valve X S0-3-9203A,B Solenoid Valve X S0-3-9204A,B Solenoid Valve X S0-3-8501-6A,B Solenoid Valve X PS-3-1632A,B,C,D Pressure Switch X PS-3-1501-62A,B,C,D Pressure Switch X PS-3-1629A,B Pressure Switch X PS-3-1621A,B,C,D Pressure Switch X ,, PS-3-1628A,B Pressure Switch X e PT-3-1625 Pressure Transmitter X [
i r Rev 2 April 18, 1980 SYSTEM: Pressure Supression Page 2 SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name ment ment POS-3-1601-23 Butterfly Valve, Air X Operated (Position Switch) POS-3-1601-24 Butterfly Valve, Air .X Operated (Position r Switch) POS-3-1601-62 Globe Valve, Air Operated X (Position Switch) S0-3-1601-70 Solenoid Valve X POS-3-1601-63 Butterfly Valve, Air X Operated (Position Switch)
- \~ / POS-3-1601-55 Butterfly Valve, Air X Operated (Position i
Switch) AO-3-1601-55 Air Operated Valve X (Solenoid) { POS-3-1601-21 Butterfly Valve, Air X l l
' Operated (Position 1
Switch) ? POS-3-1601-22 Butterfly Valve, Air X
,I Operated (Position
~
Switch) POS-3-1601-56 Butterfly Valve, Air X
+
Operated (Position Switch) POS-3-1601-58 Butterfly Valve, Air X Operated (Position Switch) S0-3-1601-66 Solenoid Valve X
/"N MO-3-1601-57 Globe Valve, Motor X
( ' Operated l l { L e
Rev 2 April 18, 1980 7- . SYSTEM: Pressure Supression Page 3 ss# SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside ' Primary Primary Plant Identification Contain- Contain-Number Generic Name ment ment POS-3-1601-59 Globe Valve, Air Operated X (Position Switch) <, S0-3-1601-67 Solenoid Valve X POS-3-1601-20A Butterfly Valve, Air X i! Operated (Position Il Switch) lr pOS-3-1601-20B j'g Butterfly Valve, Air X Operated (Pusition
- /
Swi tcl: ) ll ' DPT-3-1602-12 Differential Pressure X Transmitter DPIS-3-1622A,B Differential Pressure
- X
- p. Indication Switch i \ ,) LT-3-1626 Level Transmitter X d
S0-3-1601-65 Solenoid Valve
, X SO-3-1601-71 Solenoid Valve X 4
SO-3-1601-51A,B Solenoid Valve X S0-3-1601-52A,B Solenoid Valve X S0-2-1601-50A,B Solenoid Valve X a l m ; l t
Fccility: Dresdan Rev 2 Unit: 2/3 April 18, 1980 Docket: 50-237/50-249
}
MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Standby Gas Treatment SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside i> Primary Primary Plant Identification Contain- Contain-Number Generic Name ment ment 2/3-B-7506 Fan X 2/3-A-7506 Fan X i FT-2/3-7541-40B Flow Transmitter X FT-2/3-7541-40A Flow Transmitter X 4 PS-2/3-7541-45A Flow Switch X l FS-2/3-7541-45B Flow Switch , X 2/3-7507B Butterfly Valve, Motor X
. Operated 2/3-7507A Butterfly Valve, Motor X Operated 2&3-7503 Butterfly Valve, Motor X Operated 2/3-7504-B Butterfly Valves, Motor X Operated 2/3-7504-A Butterfly Valves, Motor X Operated 2/3-7505-B Butterfly Valve, Motor X Operated i
2/3-7505-A Butterfly Valves, Motor X Operated TS-2/3-7541-11B Temperature Switch X s- ,' 1
~
. _ , . - 7 m.e--- -
4 Rev 2 4 April 18, 1980 SYSTEM: Standby Gas Treatment Page 2 SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE-SYSTEM Location Inside Outside Primary Primary i Plant Identification Contain- Contain-Number , Generic Name ment ment TS-2/3-7541-11A Temperature Switch X SCR-2/3-7541-36B SCR X SCR-2/3-7541-36A SCR X 2/3-B-7503 Electric Air Heater X r 2/3-A-7503 Electric Air Heater X FS-2/3-7541-41A,B Flow Switch X
, 2223-28A,B- Local Control Panel X !
l
;. o 4
d. Se h i n O .h
. . . - . - - - -. . ...,.,,.m.y,.m_ . . . . . _ - . - - - , ,, _, _ , _ , --
. - , , , , - . . - , , , , ,,,-m- - - , , - . - - -
Facility .Dresden- Rev 2 [ Unit: Docket: 3 50-249 April 18, 1980 MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION "JNDER POSTULATED ACCIDENT CONDITIONS
, SYSTEM: Service Water SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside , Primary Primary Plant Identification Contain- Contain-t Number Generic Namd , ment ment 2/3 & 3-3903 Diesel Generator Cooling X Water Pumps 3-5746A,B Emergency Air Cooler X Reactor Building , 3-5747 HPCI Building Cooler X O
9 l I 1 - l l l l - l l l
~ Facility:' Dresden O Unit:
Docket: 3 50-249 Rev 2 April 18, 1980 MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Diesel Oil Piping SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM
., Location Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name ment ment 2/3 & 3-5203 Diesel Oil Transfer Pump X 1; LS-3-5241-3 Level Switch (High/ Low) X LS-2/3-5241-3 Level Switch (High/ Low) X ti SO-3-5202 Solenoid Valve X S0-2/3-5202 Solenoid Valve X I
l I
/
I 4 L. O
, - - - ,. - -..- ..., -_.y . , - -
Facility: Dresden Rev 2
#'h Unit: 3 '
April 18, 1980 Docket: 50-249 MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQU~ c ., TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Containment Isolation SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Lccation Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name (**) ment ment
*AO-3-203-1A,B,C,D Globe Valve, Air Operated X (M-345) l *AO-3-203-2A,B,C,D Globe Valve, Air Operated X (M-345)
*MO-3-220-1 Globe Valve, Motor X l
~s Operated (M-345)
*MO-3-220-2 Globe Valve, Motor X Operated.(M-345)
*SO-3-220-44 Solenoid Valve (M-357) X
*SO-3-220-45 Solenoid Valve (M-357) X MO-3-1201-1 Gate Valve, Motor Operated X MO-3-1201-2 Gate Valve, Motor Operated X MO-3-1201-3 Gate Valve, Motor Operated X MO-3-1001-1A,B Gate Valve, Motor Operated X MO-3-1001-2A,B,C Gate Valve, Motor Operated X MO-3-1001-5A,B Gate valve, Motor Operated X
*MO-3-1501-5A,B,C,D r ate ' valve, Motor X Uperated (M-360) {
*SO-3-305-120 Solenoid valve X
*SO-3-305-121 Solenoid valve X v
i s
Rev 2 April 18, 1980 f- ~3 SYSTEM: Containment Isolation Page 2
-- SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name (**) ment ment
*SO-3-305-122 Solenoid Valve X
*SO-3-305-123 Solenoid Valve X
*MO-3-1501-22A,B Gate Valve, Motor X Operated (M-360)
*MO-3-1501-18A,B Globe Valve, Motor X Operated (M-360)
(- *MO-3-1501-19A,B Gate Valve, Motor X Operated (M-360)
*MO-3-1501-38A,B Globe Valve, Motor X Operated (M-360)
*MO-3-1501-20A,B Gate Valve, Motor X Operated (M-360)
['Nl *MO-3-1501-13A,B Gate Valve, Motor X
' (~
Operated (M-360)
*MO-3-1501-28A,B Gate Valve, Motor X Operated (M-360)
*MO-3-205-2-4 Gate Valve , 'd.otor X l Operated (M-357) i
*MO-3-1301-1 Gate Valve, Motor X Operated (M-359)
*MO-3-1301-2 Gate Valve, Motor X Operated (M-359)
<- *MO-3-1301-3 Gate Valve, Motor X Operated (M-359)
*MO-3-1301-4 Gate Valve, Motor X Operated (M-359)
*MO-3-1402-3A,B Gate Valve, Motor X Operated (M-358)
*MO-3-1402-25A,B Gate Valve, Motor X x Operated (M-358)
~> l i,
)
Rev 2 April 18, 1980
, /~
SYSTEM: Containment Isolation Page 3 k ,N) SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location
. Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name (**) ment ment
*MO-3-1402-4A,B Globe Valve, Motor X operated (M-358)
*MO-3-2301-36 Gate Valve, Motor X i
Operated (M-374) [ *MO-3-2301-9 Gate Valve, Motor X Operated (M-374)
*MO-3-2301-5 Gate Valve, Motor X Operated (M-374)
AO-3-2001-105 Gate Valve, Air Operated X ] (Solenoid) AO-3-2001-106 Gate Valve, Air Operated X (Solenoid) AO-3-2001-5 Gate Valve, Air Operated X (Solenoid) AO-3-2001-6 Gate Valve, Air Operated X (Solenoid) POS-3-2001-105 Gate Valve, Air Operated X (Position Switch) POS-3-2001-106 Gate Valve, Air Operated X (Position Switch) POS-3-2001-5 Gate Valve, Air Operated X ? (Position Switch) POS-3-2001-6 Gate Valve, Air Operated X (Position Switch) MO-3-3702 Gate Valve, Motor Operated X MO-3-3703 Gate Valve, Motor Operated X MO-3-3706 Gate Valve, Motor Operated X
*AO-3-1601-60 Butterfly Valve, Air X Operated (M-356)
-* -a --
w --- - - , _ e n - -,
Rev 2 April 18, 1980 '. [~ \ SYSTEM: Containment Iaolation Page 4 , SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside l Plant Identification Primary Primary l Contain- Contain-Number Generic Name (**) ment ment
*AO-3-1601-61 Gate Valve, Air Operated
- i. X (M-356)
*AO-3-1601-20A,B Butterfly Valve, Air X v Operated (M-356)
*AO-3-1601-23 Butterfly Valve, Air X Operated (M-356) \
i
*AO-3-1601-24 Butterfly Valve, Air X Operated (M-356) l *MO-3-1601-57 Globe Valve, Motor Operated X (M-356) i
*AO-3-1601-62 Globe Valve, Air Operated X (M-356)
() *AO-3-1601-21 Butterfly Valve, Air Operated (M-356) X
*AO-3-1601-59 Butterfly Valve, Air X Ope ra ted (M-356)
*AO-3-1601-58 Butterfly Valve, Air X Operated (M-356)
*AO-3-1601-56 Butterfly Valve, Air X Operated (M-356)
*MO-3-1601-57 Globe Valve, Motor
- X Operated (M-356)
*AO-3-1601 Butterfly Valve, Air X Operated (M-356)
*AO-3-1601-63 Butterfly Valve, Air X Operated (M-356)
*AO-3-1601-55 Butterfly Valve, Air X Operated (M-356)
AO-3-4720 Air Operated Valve X (Solenoid) t "'
Rev 2 April 18, 1980 SYSTEM:. Containment Isolation Page 5 SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside Primary Primary
' Plant Identification Contain- Contain-Number Generic Name (**) ment ment AO-3-4721' Air Operated Valve X (Solenoid) i AO-3-4722 Air Operated Valve X
( (Solenoid) POS-3-4720 Air Operated Valve X
-(Position Switch)
}- ' POS-3-4721 Air Operated Valve X (Position Switch) i POS-3-4722 Air Operated Valve X (Position Switch) .t.
;O I
s
* - These components are listed here for information only. Their qualification evaluation is covered with their respective systems.
** Shows P&ID Number of respective system z
(...
Dresden-Facility: Rev 2
'I ' Unit: 3 April 10, 1980
, Docket:- 50-249 MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Control Rod Drive Hydraulic SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM
, Location j ,
Inside Outside Primary Primary Plant Identificat!.on Contain- Contain-Number Generic Name ment ment
*SO-3-305-117 Scram Solenoid Valve X l
*SO-3-305-ll8 Scram Solenoid Valve X S0-3-0302-20A,B Scram Solenoid Valve X S0-3-0302-19A,B Scram Solenoid valve X
() LS-3-0302-82A,B,C,D Level Switch X POS-3-302-21A,B Air Operuted Valve X (Position Switch) POS-3-302-22 Air Operated Valve X (Position Switch)
*SO-3-305-120 Solenoid Valve X
*SO-3-305-121 Solenoid Valve X i
*SO-3-305-122 Solenoid Valve X
*SO-3-305-123 Solenoid Valve X l
l 4-s
- Typical of 177 Valves 7
i \ 4 h
, , , -..,.,--,,--,n n , - ---
Facility: Dresden Unit: 3 Rev 2
.[ s Docket: 50-249 April 18, 1980 MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM:
r Reactor (Nuclear Boiler) Recirculation l SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location j Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name ment ment U LITS-3-263-73A,B Level Indicating X Transmitter Switch PS-3-263-lllA,P,C,D Pressure Switch X PT-3-647A,J Pressure Transmitter X LT-3-646-A,B Level Transmitter X f% (_) PT-3-662 Pressure Transmitter X PS-3-263-51A,B Pressure Switch X PS-3-263-52A,B Precsure Switch X 1 PS-3-263-53A,B,C,D Pressure Switch X PS-3-263-55A,B,C,D Pressure Switch X LT-3-263-61 Level Transmitter X MO-3-205-204 Gate Valve, Motor Operated X POS-3-220-51 Globe Valve, Air Operated
' X (Position Switch)
AO-3-220-51 Globe Valve, Air Operated X (Solenoid) POS-3-220-52 Globe Valve, Air Operated X (Position Switch) AO-3-220-52 Globe Valve, Air Operated X (Solenoid) l_ .
4 Rev 2
N April 18, 1980 SYSTEM:
v) Reactor (Nuclear Boiler) Recirculation Page 2 SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside Plant Identification Primary Primary Number Contain- Contain-Generic Name ment ment LITS-3-263-59A,B Level Indicator
< X Transmitter Switch LIS-3-263-57A,B Level Indicator Switch X j
LIS-3-263-72A,B,C,D Level Indicator Switch X LIS-3-263-58A,B Level Indicator Switch X
! POS-3-220-44 Globe Valve, Air Operated X (Position Switch)
{ AO-3-220-44 Globe Valve, Air Operated X (Solenoid) j POS-3-220-45 Globe Valve, Air Operated X (Position Switch) h')
\~>
AO-3-220-45 Globe Valve, Air Operated X (Solenoid) DPIS-3-261-35A,B,C,D Differential Pressure E,F,G,H X Indicating Switch DPIS-3-261-34A,B,C,D Differential Pressure X Indicating Switch MO-3-202-4A,B Gate Valve, Motor Operated X
; MO-3-202-5A,B Gate Valve, Motor Operated X MO-3-202-6A,B Gate Valve, Motor Operated X MO-3-202-7A,B Gate Valve, Motor Operated X MO-3-202-9A,B Gate Valve, Motor Operated X 4
i i i i e
Facility: Dresden Rev 2 O Unit: Docket: 3 50-249 April 18, 1980
, MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED-TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS i
j{ SYSTEM: Process Radiation Monitoring SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM l Location i(l Inside Outside Primary-Primary
, Plant Identification Contain- Contain-
!! Number Generic Name ment ment p i RE-3-1735A,B Rx Building Ventilation X Exhaust Radiation Element j- RE-3-1734A,B,C,D Main Steam Line X Radiation Element .i .t. i 1 4 1 i ,n t O 1 4 Ll , , ,,,, , - - ,
, - , . + . , ,,. - - . . . - . .c., - , , , , , , .,-<-,.n, --
r
-i Dresden Rev 2 f3
-Q Facility:
Unit: 3 April 18, 1980 ( Docket: .50-249 e MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS q SYSTEM: Reactor Building Ventilation SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM
- Location l f. Inside Outside Primary Primary Plant Identification Contain- Contain-l,; '
Number Generic Name ment ment AO-3-5742A,B Butterfly Valve, Air X l( Operated (Solenoid) AO-3-5741A,B Butterfly Valve, Air X Operated,(Solenoid)
~
1
)
,s
.5 i
i t 1
Facility: Dresdan Rev 2
. Unit: 2/3 April 18, 1980 1
( Docket: 50-237/50-249
^
MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Control Room, Office, and Drywell Air Conditioning 1 SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location if ' Inside Outside
'l .
Primary Primary Plant Identification Contain- Contain-ij Number Generic Name ment ment 2/3-5772-100 Isolation Damper and X
- Solenoid Valves 2/3-5772-99 Damper X
- 2/3-5772-101 Isolation Damper X 2/3-5731 Supply Air Fan X 2/3-9472-024 Damper X 1
] 2/3-9472-023 . Damper X l
- h. 2/3-5772-62 Damper X 2/3-5728 Return Air Fan X 2/3- Diesel Generator Room Fan X 2/3-2A,B Control Room Air ' 7n- X ditioning Compres ,rs SE-2/3-8941-013 Smoke Detector X i
S0-2/3-9441-003 Solenoid Valve X
.SO-2/3-9441-004 Solenoid Valve X l
l l i 1 O (.
r Facility: Dresden Rev 2
-s s Unit: 3 Docket: April 18, 1980 50-249 MASTER LIST CLASS lE ELECTRIC.'1 EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: Standby Alternating Current Power s
SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM e Location I < Inside Outside Primary Primary Plant Identification Contain- Contain-Number Generic Name ment i ment D/G 3-5209 Standby Diesel Generator X t D/G-2/3-5209 Standby Diesel Generator X SWGR 33-1 4.16 kV Switchgear X SWGR 34-1 4.16 kV Switchgear X SWGR 38 480 V Switchgear X SWGR 39 480 V Switchgear X MCC 38-1 480 V Rx Building MCC X MCC 38-2 480 V Turbine Building MCC X MCC 38-3 480 V Turbine Building MCC X MCC 38-7 480'V Rx Building MCC X MCC 39-1 480 V Rx Building MCC X MCC 39-2 480 V Turbine Building MCC X MCC 39-3 480 V Rx Building MCC 9 X MCC 39-4 480 V Rx Building MCC X MCC.39-7 480 V Rx Building MCC X RPS Bus 1 120 V ac Reactor Protec- X tion System Bus 1 RPS Bus'2 120 V ac Reactor Protec- : X l tion. System Bus 2
. - =. . - - - -
fs Rev 2 () SYSTEM: Standby Alternating Current Power April 18, 1980 Page 2 f SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location Inside Outside Primary Primary Plant Identification Contain- Contain-s Number Generic Name ment ment Essential Service 120/240 V ac Essential X Bus Service Bus lg Instrument Bus 120/240 V ac Instrument X it Bus i t' Essential Bus 120/240 V ac Essentail X MMG Set Bus Supply MMG Set 2223-41 D/G 2/3 Excitation Cabinet X
; None D/G 3 Excitation Cabinet X None D/G 2/3-3 Engine Control Panel X l None D/G 2/3-3 Speed Sensing Panel X at Engine None D/G 3 Relay and Meter Panel X 2223-33 D/G 2/3 Relay and Meter Panel X None 4 kV Nonsegregated Bus X e
L 1 I l L. I l l,
-Facility: 'Dresden' Rev 2
(T Units. 3 April 18, 1980 (j Docket: 50-249 9 MASTER LIST
. CLASS lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS r- SYSTEM: Standby Direct Current Power SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location I
Inside Outside Primary Primary Plant Identification Contain- Contain-( Number Generic Name ment ment 250 V Batt Chgr 3 250 V Battery Charger X 'i 250 V Batt Chgr_2/3 250 V Batter Charger X MCC 3 (Turbine 250 V dc Turbine Building X Building) MCC MCC 3 (Rx Building () Bus 3A & 3B 250 V Battery 250 V de Reactor Building MCC 250 V dc Battery X X 125 V Batt Chgr 3 125 V Battery Charger X 125 V-Batt Chgr'3A 125 V Battery Charger X 125 V Battery 125 V dc Battery X 125 V DCDP Main Bus 3 125 V dc Turbine Building X ' Distribition Panel (Main Bus) 125 V DCDP Res Bus 3 125 V de Turbine Building X Distribution Panel (Reserve Bus) 48/24 Batt 3A & 3B 48/24 V Battery X 24V Batt Chgr 3A & -24 V Battery Charger X 3B (+) 24 V Batt Chgr 3A & 24 V Battery Charger X 3B (-) O 48/24 DCDB 3A &~3B 48/24 V dc Distribution Panel X *
.. . . . _ . . .=.. ._- _ -- . . _
r Facility:- Dresden Rev 2
Unit: 3 April 18, 1980 Docket: 50-249 't MASTER LIST CLASS lE ELECTRICAL EQUIPMENT REQUIRED'TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS 9.
SYSTEM: Isolation Condenser
- l SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM Location ll. Inside Outside Primary Primary Plant Identification Contain- Contain-
, Number Generic Name ment ment i\ l d POS-3-1301-17 Globe Valve, Air Operated X if (Position Switch)
AO-3-1301-17 Globe valve, Air Operated X (Solenoid) POS-3-1301-20 Globe Valve, Air Operated X (Position Switch)
) AO-3-1301-20 Globe Valve, Air Operated X (Solenoid)
MO-3-1301-3 Gate Valve, Motor Operated X (dc) DPIS-3-1349-A,B Differential Pressure X Indication Switch
, MO-3-1301-4 Gate Valve, Motor Operated X MO-3-1301-1 Gate Valve, Motor Operated X MO-3-1301-2 Gate Valve, Motor Operated j (de)
X DPIS-3-1350A,B Differential Pressure X
' Indication Switch TE-3-1346A,B,C,D Temperature Elements X L.
Facility: Dresden Rev 2 (s- Unit: 3 April 18, 1980 Docket: 50-249 MASTER LIST CLASc,lE ELECTRICAL EQUIPMENT REQUIRED TO FUNCTION UNDER POSTULATED ACCIDENT CONDITIONS SYSTEM: General Use Electrical Equipment SPECIFIC COMPONENTS ASSOCIATED WITH ABOVE SYSTEM , r Location
', Inside Outside Primary Primary Plant Identification Contain- Contain-I Number Generic Name ment ment Cable 5 kV Power X 4
Cable 600 V Power and Control X X Cable Instruments X X fs Cable Thermocouples X X b Electrical Pene- High-Voltage Power X X tration Electrical Pene- Low-Voltage Power & X X tration Control Electrical Pene- Instruments X X tration Electrical Pene- Thermocouples X X tration , i t l l O I r
[h ( APPENDIX C LIST OP FIGURES AND TABLES DRESDEN UNIT 3 KEY PLAN IDENTIFYING HARSH ENVIRONMENTAL AREAS
, AND TABULATION OF SERVICE CONDITIONS j Figure C.1 Plan view general arrangement drawing i
identifying harsh environmental areas for 8 Dresden Unit 3 el 476'-6" Figure C.2 Plan view general arrangement drawing identifying harsh environmental areas for Dresden Unit 3 el 517'-6" Figure C.3 Plan view general arrangement drawing identifying harsh environmental areas for j Dresden Unit 3 el 545'-6" Figure C.4 Plan view general arrangement drawing identifying harsh environmental areas for g Dresden Unit 3 el 570'-0" () Figure C.5 Plan view general arrangement drawing identifying harsh environmental areas for Dresden Unit 3 el 589'-0" and 613'-0"
' i Figure C.6 FSAR Figure 5.2.11 providing the drywell {
pressure response following the postulated l LOCA ' Figure C.7 PSAR Figure 5.2.12 providing drywell temp-erature response following the postulated LOCA Table C-1 Maximum environmental conditions inside drywell for the postulated LOCA/HELB t Table C-2 Maximum environmental conditions outside drywell following the postulated HELB acci-dents discussed in Section 4.1 of this report Table C-3 Post-LOCA maximum radiation doses for areas outside the drywell for 1 day, 30 days, and 1-year exposure. Where times other than 1 day, 30 days, and 1 year apply calculated values l for the appropriate time are utilized. ! s 9 m l. a. L.
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- b. BOTH CONT. COOLING LOOPS ICORE SPRAY 250 c. ONE CONT. COOLING LOOP 1 CORE SPRAY -
- d. % CONT. COOLING LOOP. I CORE SPRAY 200 -
C L e INITATION OF CONTAINMENT SPRAY R (d) 2 l 150 - (a,c) _ 5 w
-j (b) m h
100 4 j . I 50 - 2O ' C
>1 t9 o
l O I ' ' ' I ' 10-I .100 10I 102 103 104 105 106 I TIME AFTER ACCIDENT (SECON05) l ! Figure 5.2.12 Temperature Response to Loss-of-Coolant Accident
r- - p r -- r--- -- -- -- - ' --
-- -- - -, -- -- ,T T-i TABLE C-1 '
MAXIMUM ENVIRONMENTAL CONDITIONS INSIDE THE DRYWELL FOLLOWING THE POSTULATED LOCA/HELB
. Relative Containment Gamma Submergency.
'femperature ~ Pressure Humidity Spray Radiation Elevation - .<
281F 63 psia 100% Demineralized 1 hour-2.0x107 rads 505'-6" Water 1 day-4.3x107 rads 30 day-1.0x10 8 rads 1 year-1.1x108 rads
j_ 3 :_ 1 p ...r r. _
. . _ 2 , ._ __ s _. ; _ ., . . , _ . , __, . _
O ( O TABLE C-2 HELB ENVIRONMENTAL CONDITIONS OUTSIE THE DRYWELL-Maximum Maximum Relative
-Area Pressure Temperature Humidity Pipe Break (psia) (*F) (%)
. Torus Compartment High-pressure 27.0 242 100 coolant injection Steam Reactor Building Pipe . Isolation condenser 27.0 Chase, el 589'-0", 570'-0", 242 100 and 545'-6". South of Drywell Between Columns L and M near Column 41.
Steam Tunnel Main steam 27.0 242 100 Feedwater Reactor Water Cleanup Reactor water Heat Exchanger and Holding Not evaluated - Only containment Pump Room cleanup isolation valve (s) required to function. Its qualification will meet conserva-tively assumed inside drywell conditions. H.igh-Pressure Heater Bay Main steam 27.0 242 100 Feedwater Turbine Building Main steam el 538'-0" 21.9 230 100 North of Column G Between Column 40 and 42 and 46 and 48
r 3- r -"--
- - -- - - ~ - - - . -,
TABLE C-2 (Continued) Maximum Maximum Relative Pressure Tempe ra ture ilumidi ty Area Pipe Break (psia) (*F) (%) Reactor Feed. Pump Room Feedwater Not evaluated - No equipment required-to function located in this room Diesel Generator Room Feedwater 14.9 213 100 Electrical Equipment Room Feedwater 14.9 213 100 (This, room is located in Unit 2, but is included because some Unit 3 equip-ment is located in this room).
z - 7 , . _ - ___ , _, . ,. . . , _ , _ . . - ~ . , . TABLE C-3 RADIATION ENVIRONMENTAL CONDITIONS OUTSIDE DRYWELL FOLLOWING THE POSTULATED LOCA MAXIMUM RADIATION SOURCES Integrated Dose Levels-(rads) Area Source
- 1 Day 30 Days 1-Year Torus 7 7 7 SP 1.5x10 3.2x10 3.9x10 5 5 6 Low-Pressure Coolant Injection SP 2.4x10 9.4x10 1.7x10 Corner Rooms High-Pressure Coolant 6 MS 6.6x10 1.6x10 1.7x10 Injection Room 7.0x10 5 5 6 Steam Tunnel SP .1.9x10 1.3x10 6 6 7 Reactor Building RW 2.5x10 7.8x10 1.4x10 El 517'-6" 5
Reactor Building CA/SP 2.2x10 5 6.2x10 1.1x10 6 El 545'-6" 5 Reactor Building CA 2.2x10 5.4x10 5 6.1x10 5 El 570'-0" 6 7 Reactor Building RW 3.2x10 1.1x10 1.8x10 7 El 589'-0"
- SP = Suppression Pool Liquid ,
RW = Reactor Water MS = Reactor Steam CA = Containment Airborne i
~
. $ Bechtel Power Corporation
-Q April 1980
', l W
RESPONSE TO IE BULLETIN 79-01B 1 DRESDEN NUCLEAR POWER STATION UNIT 3 O volume 2 E Commonwealth Edison l G-03078
~
( RESPONSE TO IE BULLETIN 79-01B DRESDEN NUCLEAR POWER STATION UNIT 3 AND COMMON VOLUME 2 This volume contains equipment data sheets for the following Unit 2 and common systems:
- 1. Reactor protection i
- 2. Core spray
- 3. High-pressure coolant injection
~
i 4. Auto depressurization/ main steam
- 5. Low-pressure coolant injection
- 6. Pressure suppression d
p~y r j ()i Notes: NA is used for not applicable j EO# is used for 10 to the power number (e.g., E06 = 106) e l p
- s. Volume Contains sheets 1 through 252 s
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N Component Sheet ha 2 Reviseon O Owner: COMMONWEALTH EDISON Date 04-t1-80 Faci 8ier - DRESDEN EQUIPMENT GUALIFICATION REPORT unit. 3 Docket No- 50-249 ENVIRONMEN T E NVIRONME N T EQUIPMENT DESCRIPTION EQUIPMENT DESCRIPilON Pavemeter FSAR Pav emeter FSAR S Y ' ' " Opeenteng S ys t em-op,, ,, gn, REACTOR PROTECTION g gm. CONTINUOUS REACTOR PROTECTION Time CONTINUOUS Plant i D. Nuenbee: T emper atur e Plant 9.D. Numbee- y ,,np,, ,,,, , PS-3-503A rn 120 PS-3-5038 rn 120 Component- Compmwnt PRESSURE SWITCH (LOW) PRESSURE SWITCH (LOW) Presstne Pressure Manuf actwer- 73,43 14.7 Manuf actur e' I4.7 FSIA) BARKSDALE BARKSDALE Model Nimbee- p, g ,, g y, Modes Newnher: Relateve DIT H18SS Humidity is 100 DIT HtBSS n,wnidely tu 100 Purchase Oeder Newnbee: Puschase Order Nimibes: GE HO847 Chemical GE HO847 Chemical SPEC 21A1153 ,, ,y NA SPEC 2fAttS3 sp ,y NA Function / Service- Func tion /Ser vice CONDENSER LOW VAGJUM CONDENSER LOW VACUUM SIGNAL TO SCRAN VALVE Radiation SIGNAL TO SCRAM VALVE Rad 6etion SOLENGID (Rad, <l.O E04 SOLENOID fna <t.O E04 Accw ney: Spec Aging Access ac y Spec Agirg Demo. fl0i Denn Location REQD. Location RE00. RACK 2253-20 RACK 2253-20 COLUMNS 49& G Sutunergence COLUMNS 49 & G Submee gance Elevation NA Elevation NA 569'6' 569'6" flood Level Fluod Level , Elevation NA Elevation NA Above Flood Level Above Flood Level l Yes No Yes No
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component Sheet No 3 Revissan O Owner COMMONWEALTH EDISON Date- 04-11-80 Fac 6tity* DRESDEN EQUIPMENT OUALIFICATION REPORT Unit 3 Docket Ncr 50-249 ENVIRONMENT ENVIRONMFNT EOutPMENT DESCRIPTION EOulPMENT DESCRIPTION Par ameter FSAR Par ametee FSAR System Opee mting S YS '*" Opee at eng REACTOR PROTECTION y i,n, CONTINUOUS REACTOR PROTECTION Tievie CONT I PAJOUS Plant 1.D. Number- y,,p,,,,,, PNt I.D. Numbee- T emper atue e PS-3-503C gF 120 PS-3-5030 g r, 120 Component. Component PRESSURE SWITCH (LOW) PRESSURE SWITCH (LOW) Pressise Poesuwe Manufsetgeer-(PSIA) 14 7 M """I *C '"' p'SI A) 14 7 BARKSDALE BARKSDALE Model Number: p,,,,,,, Model Newnher- Relative OIT li18SS m,m6dity ty,p 100 DIT H18SS Huinidity (%) 100 Purchase Oedes Number- Purchase Oedae Hwnher GE HOB 47 ch, .cas GE HO847 Chem 6 cal SPEC 21A 1153 sp ,y NA SPEC 2tA1153 sp,y NA Function / Service: FunctinntSer vice CONDENSER LOW VACUUM CONDENSER LOW VACUUM SIGNAL TO SCRAM VALVE Radiation SIGtJAL TO SCRAM VALVI Radiationi SOLENOID mad) <1.0 EO4 SOLENOID mods <t.0 EO4 Accur ocy- Spec- Aging Accm acy- Spec- Aging Demo. NOT ""* , Location RE00. Location RE00. RACK 2253-20 RACK 2253-20 COLUMNS 49 & G Submergence COLUMNS 498 G s,,hmee ge.nce Elevation NA Elevasenn NA 569'6" 569'6" Flood Level Flood Level o dW - M Elevation- NA Elevation-Above Flood Levet- Above flood Level Yes. No: [ Yes- No a ..
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Component Sheet Nis. Reves+an O Own+r: ' COMM0tNE ALTH EDICON Data 04-11 80 Facelie r DRESDEN EOutPMENT OUALifICATION REPORT umt 3 Docket No- 50-249 ENVIRONMENT ENV f RONME N T EQUIPMENT DESCRtPitON EQUIPMENT DESCRIPitON Pan aweter FSAR Par ameter FSAR Systen. op,, ,, ,,,, System op . ing REACTOR PROTECTION T eme CONTINUOUS REACTOR PROTECTION Time CONTINUOUS Plant 1.0. Ntember: y,,,,,,,, Plant I.D. Number; y,,,,,,,,,, RAM-3-762A g rp 103 RAM-3-762B g s, 103 . Coenponent Component NEUTRON MONITOR NEUTRON MONITOR PREAMPLIFIER Pressue. PREAMPLIFIER p.,. sur e Manuf ac tur er: gpgggy 14.7 Mmwf acturer: 14 7 {PStA) GENERAL ELECTRIC GENERAL ELECTRIC Model Number + p,,,,;,, Model Nmnhes: Retative f12C221 Humidety N 100 112C221 u,,,idity t%) 100 8Gt 8G1 Purchase Order Number. Purchase Oedes Numbee-120-1916A chensies, 120-1916A Chemical MANUAL GEK-858 A Sp,,y NA MANUAL GEK-858 A sp,,y NA Function / Service F unctionlSer vice-INTERMEDIATE RANGE INTERMEDIATE RANGE NE*JTRON LEVEL Radiation NEUTRON LEVEL Radiation DETECTION SIGNAL m,o, 4.3 EOS DETECTION SIGNAL tRad) 4.3 [05 AMPLIFICATION AMPLIFICATION Accur acy: Spec- gg ,,, Accur ac y Spec: g g,,, Demo NOT Demo. NOT Location REOD. to'cation REco. RACK 2203-15 RACK 2203-15 COLUMNS 47 8M Submee gence COLUMNS 47 & M Sut>mee gw e Elevation NA Elevatinn NA 530'6" 530'6" Flood Level Flood Level Elevation- NA Elevation NA Above Flood Level Above Flood Levet Yes: No Yes No 1
\
( -- V V V Comp S~et me. G Reviston O Owner: COMMONWEALTH EDISON Date 04-11-80 - Fac6fier ORESDEN EQUIPMENT QUALIFICATION HEPORT Unit- 3 Docket No. 50-249 1 N'ilRONMENT ENVIRONMENf EQUIPMENT DESCRIPTION EQUIPMENT DESCRIPTION Parametes FSAR Par ametee .FSAR Systern S y s t e"' o p,, ,,6,, Operstmo REACTOR PROTECTION y ;m, CONTINUOUS REACTOR PROTECTION T eene CONTINUOUS Plant f.0. Number; y,,,,,, Plant I.D. Number: y,,p,,,,,,, RAM-3-762C g r3 -103 RAM-3-762D g F, 103 C-; . Component-NEUTRON MONITOR NEUTRON MONITOR PREAMPLIFIER p, essure . PREAMPLIFIER Pr essur e M anuf ac tw er: psig 14.7 Manuf ac ew ee- gpsga, 14.7 GENERAL ELECTRIC GENERAL ELECTRIC Model Ninnber: Rela <ive MMal Numb *'- Relative 112C221 Humidity t%) 100 112C221 manidity t%) 100 801 OG1 Purchase Order Numher- Purchase Oerter N4. 120-1916A Chemical 120-1916A chemical MANUAL GEK-858A sp, ,, NA MANUAL GEK-858A sp,,y NA Function / Service- Function / Service: INTERMEDIATE RANGE INTERMEDIATE RANGE NEUTRON LEVEL. n o,,,;,, NEUTRON LEVEL Radiation DETECTION SIGNAL mad) 4.3 EOS DETECTION SIGNAL mad) 4.3 EOS AMPLIFICATION AMPLIFICATION Accur acy- Spec- g g;,9 Accur acy- Spec' g g,,, Demo Not Demn
- NOT Locat6on REOD. tocatian REOD.
RACK 2203-15 RACK 2203-15 COLUMNS 47 & M Syg. ,,,,,c, COLUMNS 478M Suhes.ee gesic. Elevation NA Elevation NA 530'6" 530'G* Flood Level Flood Level n, 4 Elevatioer NA Elevatina- NA Above Flood Level Above Flood Level Yes: No. Yes No
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Cornpanent Sheet No. 7 Revision O Owner: COMMONWEALTH EDISON Date 04-tf-80 Fac6Her DRESDEN EQUIPMENT GUALIFICATION REPORT Unit 3 Docket Nor - SQ-249
' ENVIRONMENT ENV tRONME N T EQUIPMENT DESCRIPTION EQUIPMENT DESCRIPTION Par ameter FSAR Pas ametee FSAR S YS '" Opee sting SF"** Ope,ening REACTOR PROTECTION- f .,n, CONTINUOUS REACTOR PROTECTION t 6ene CONTINUOUS Plant 8.0. Numbee: Teenper atur e Plent I.D. Number: T emper aten e RAM-3-762E t*F) 103 RAM-3-762F g ry 103 Component Component NEUTRON NONITOR NEUTRON MONITOR PREAMPLIFIER p,,,,,,, PREAMPLIFIER p, e. ... .
M anuf actur er- qp$gg, 14.7 Manuf actures gp$gg, 14.7 GENERAL ELECTRIC GENERAL ELECTRIC Modet Numhet RelaHvo Model Ninnber- p, g ,,6,, t12C221 Hurn6d.ty ry.) 100 112C221 100 Humid.tr t% 8G1 BGt Panchase Order Number: Purchase Oedee Number 120-t916A . c3,.6c,g 120-t9164 Chemicat MANUAL GEK-858A Sp, ,, NA MANUAL GEK-858A sp, ,, NA Function / Service: Functionl5ervice-INTFRMEDIATE RANGE INTERMEDIATE RANGE NEUTRON LEVEL Radiation NEUTRON LEVEL Red.ation DETECTION SIGNAL mad) 4.3 EOS DETECTION SIGNAL madt 4.3 EOS AMPLIFICATION AMPLIFICATION Accus acy- Spec- Aging Accur ac y- Spec Agone oemo- NOT Dem # Location REOD. Locat'on REOD. RACK 2203-15 RACK 2203-15 COLUMNS 47&M Submee gance COLUMNS 47&M Submer gence Elevation NA Elevation NA 530'6" 530*6' Flood Level Flood Level
, ,g Elevation NA Elevatinn- HA Above Flood Level Above Flood Level.
Yes: No- Ves: No
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Component Sheet No. 8 Rev6sica O O*aw COMMONWEALTH EDISON Dat* 04-11-80 Facifier ORESDEN EQUIPMENT GUALIFICATION I1EPORT Uait 3 Docket No- .50-249 E NVIRONME N T ENV IRONMf MT EQUIPMENT DESCRIPflON EOUIPMENT DESCRIPflON Par ameter FSAR Par ameter TSAR S y se em op,,,, ,,, 5y s eem- Opereeing REACTOR PROTECTION y;,ne CONTINUOUS REACTOR PROTECTION Time CONTINUOUS Plant 4.D. Numbes: y,,,,,,,,,, Plant I.D. Numbe T ernper atm e RAM-3-762G g rp 103 RAM-3-762H g rp 103 Cornponent Component NEUTRON MONITOR NEUTRON MONITOR PREAMPLIFIER Pe es sue. PREAMPLIFIER p,,,,,,, Manuf acturer: (PSIAS 14.7 Menuf acew er: pgggg 14.7 GENERAL ELECTRIC GENERAL ELECTRIC Model Neimber: p. ,,, ;,, Model Number: p,g,,4,, 112C221 gum,og,y 1%) 100 112C221 Ekanidity f%p 100 8G1 BG1 Purchase Order Number: Purchase Ordes Number: 120-1916A Chemical 120-1916A chem,e., MANUAL GEK-858A Sp, ,, NA MANUAL GEK-858A Sp, ,y NA FuncteontService- Function / Service-INTERMEDIATE RANGE INTERMEDIATE RANGE NEUTRON LEVEL Rad 6ation NEUTRON LEVEL Radiation DETECTION SIGNAL mad) 4.3 EOS DETECTION SIGNAL mad 4.3 EOS AMPLIFICATION AMPLIFICATION Accur acy. Spec- gging A ccue nc y- Spec. 4 9;,9 Deme NOT Demo- NOT Location REOO. Location REOD. RACK 2203-15 RACK 2203-15 COLUMNS 47&M Suttener gence COLUMNS 478M Suhmee gence Elevation NA Elevation 530'6" 530'6" Flood Level Flood Level , Elevation: NA E levatio'r NA Above Flood Level Above Flood Level Yes: Na Yes- No-
J s (/ k.s \ Con-t Sweet N, 9 Revision O O-'- COMMONWEALTH EDISON Dat e 04.gg.go F ** * 'it r DRESDEN- EQUIPMENT QUALIMCATION REPORT Unit - 3 Docket No- 50-249 ENVIRONMENT DOCUMENTATION ftEFERENCES EQUIPMENT DESCRIPTION METHOD ITEMS Par ameter FSAR Ovalification FSAR Qual. 5 Y S"' opee at 6ng REACTOR PROTECTION T 4,ee CONTINUOUS NOT NA NOT REOD. REOO. Plant I.D. Number: . T ernpee stw o SEE ATTACHED SHEETS t F: 103 NOT REF. NOT Component- REOD. (A) REOD. NEUTRON MONITOR PREAMPLIFIER p,essw e Manuf sc ew er: ps Ap 14.7 NOT REF. NOT GENERAL ELECTRIC REOO. (A) REOD. Model Numbe Relative Humidity (7J 100 NOT REF. NOT REOD. (A) REOD. Pwchase Order Number: 120-1916A Cheneical MANUAL GEK-987C sp,,y NA NA NA NA NA Function / Service, SEE ATTACHED SHEETS Radiation ta,a 4,3 EOS REF. SEE NOTE (8) (1) Accu sey: Spec- g g ,,g Demo- NOT NOT REF. Locatioer REOO REOD. (C) SEE ATTACHED SHEETS Submer gence Elevatiorr NA NA NA NA NA SEE ATTACHED SHEETS F6 cod Level Elevat6on-Above Flood Levet-Yes- No-DOCUMENTATION REFERENCES NOTES A. F$AR SECIl0N 10.11 1. INVESilGAIE Ex!SIENCE OF QUALif! Call 0N B. BECHTEL RADIATION STUDY DATA WITH MANUFACTURER. C. REPORT SECTION 4.3.6 G-0959-00
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%s) .% QJ Cornponent Sheet No. 1O Revision o Owne'- COMMONWEALTH EDISON Date- 04-11-80 Focility- ORESDEN EQUIPMENT QUALIFICATION REPORT Unrs- 3 Docnet No 50-249 ENVlftONMENT - FNVIRONMENT EOulPM647 DESCRIPTION EOutPMENT DESCRIPTION Par ameter FSA4 Parameter FSAR SV " Operateng System:
op,,,,in, REACTOR PROTECTION y;m, CONTIt*1005 REACTOR PROTECTION 3 4., CONTINUOUS Plant f.D. Menber: g,,p,,,,,, Plant I.D. Numb *' Temper atur e RAM-3-752A g yp 103 RAM-3-7528 g r) 103 Component component NEUTRON MONITOR NEUTRON MONITOR PREAMPLIFIER p,,,,,,, PREAMPLIFIER Pr essum e Manuf ec tur er: ps, A3 14.7 Marwrf acturer- ps,A3 14.7 GENERAL ELECTRIC GENERAL ELECTRIC Modei Numbe ReIative ModeI Nurr$er- p,,,, g ,, Hurnietity (%) 100 Humid ty t%) 100 Purchase Order Number' Purchase Order Nwinber: 120-t916A chemicas t20-1916A Chemical MANUAL GEK 987C Sp,,, NA MANUAL GEK-987C Sp, ay NA Function /Ser vice- FunctionlServsee SOURCE RANGE NEUTRON SOURCE RANGE NEUTRON LEVEL DETECTION Radietion LEVEL DETECTION Radiation SIGNAL AMPLIFICATION pg 4.3 EOS SIGNAL AMPLIFICATION en,4 4.3 EOS Accur acy- Spec 4,; , Accuracy spee: 4,,,, Demo- NOT Demo N0i Locatioe REOD. tocation REQD. RACK 2203-15 RACK 2203-15 COLUMNS 4 TAM Submer gence '"#' Elevation NA U"8 " NA 530'6* 530 6, I ' Flood Level G-0659-03
, Elevatierr NA Above Flood Levet Above Flood Level Ves. No Yes- No
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Component Sheet No. 17 Revisson Owne'; COMMONWEALTH FDISON Dat* - - Fec6Her ORESDEN EQUIPMENT QUAllrtCATION REPORT Unit. 3 Docket No: 50-249 E NVIRONME N T ENVIRONMENT EQUIPMENT DESCRIPTION EOUtPMENT DESCRIPTION Pae meneses FSAR Par amette FSAR Systent Oper ating S y s t e"t Ope,ating T om, 1 MINUTE y ;,,,, 9 MtNUTE Plant I.D. Nurnhee: T emper atw o Pinnt i D. WWe y ,mp , ,,, , TE-3-t290G g yg 103 iE-3-1290H gn 103 Component Component
' TEMPERATURE ELEMENT TEMPERATURE ELEMENT Pr essw o Pressw a Manuf acturer: gp$g A3 14.7 Manuf actwer pgggy 14,7 Model Numbe Relative Model Nurnbe Relative Hum.dety f%) 100 Humid.ty tw 100 Purchase Oerfee Nunh Purchase Order Newrehoe Chemical Chemic al Spr ay NA Sp. my NA Function /Seevice Func tion /See vece LEAK OFTECTION FOR LEAK OETECTION FOR RWCU ROOM Rad.ation RWCU ROOM Rw.ation (R,a <1.0 E04 ping <t O E04 Accur ac y: Spec Aging Accur ac y- Spec- Aging O*mo Demo NOI Location REOO. Locateon REOO.
RWCU ROOM RWCU ROOM Elevation NA Elevation NA 545* 6" 545' 6" Flood Level Flood Level , Elevation NA Elevation NA Above Flood Leve'. Above Flood Level Yes No Yes No
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EQUIPMENT DESCRIPTION ~ Pas amater FSAR METHOD ITEMS Ovalification FSAR Qual. System op,, ,, go, CORE SPRAY 76 12 DAYS REF. SFE NOTE (A) (1) . Plant I.D. Number: T empce ssur e 3-1401A&B g r, 150 REF. SEE NOTE Component (B) (1) PUMP-MOTOR DRIVEN Pr essur e Manuf acturer- g,$,gy 14.7 REF. GENERAL ELECTRIC (B) Model Nurnber- Relative 5106338XC23A Huenidety N 100 REF. SK6637XC71A (B) Purchase Order Number. GE-92081 en,.;c,, SPEC 21A5580 sp,,y NA NA NA NA NA Function /Ser v6ce-SEE ATTACHED SHEETS Radeation tram 3.0 EO6 REF. SEE NOTE (C) (1) Accuracy- Spec- g g,,, Demo NOT NOT REF. NOT Locatioer REOD. PE00. (D) REQD. SEE ATTACHED SHEETS E9evation- NA NA NA NA NA SEE ATTACHED SHEETS Flood Level Elevation-Above Flood Levet Yes- No-DOCUMENTATION REFERENCES NOTES j A. FSAR FIGURES 5.2.11 & 5.2.12 8. GE IESI REPORI 22A4722 IS AVAILABLE B. FSAR SECTION 6.2.3.2 BECHTEL TO 4ERIFY DATA C. 15ECHTEL RADIATION STUDY D. REPORT SECTION 4.3.6 I n esse-et
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Component Sheet No. t9 Revisson o Ownw: COMMOPNEALTH EDISON Date- 04-11-80 Fac6her - DRESDEN EQUIPMENT QUALK1 CATION REPORT un t- 3 Docket N* 50-249 ENVIRONMENT ENVIRONMENT EQUIPMENT DESCRIPTION EQUIPMEPN DESCRIPTION Par amet ee FSAC Pas emeter FSAR System Systeen o p,, ,, ,n, op,, ,, ,,, CORE SPRAY y i,n, 12 DAYS CORE SPRAY y ;., 12 DAYS Plant I.D. Numhee, y, p,, ,,, , Plant 8.D. Nwnhee: T empos atus e 3-1401A t ri 150 3-14018 g y, 150 Component Component. PUMP-MOTOR DRIVEN PUMP-MOTOR DRIVEN Pressw e P7esswa Manuf acturet. p$,g, 14,7 Manuf acturce- pgggg 14,7 GENERAL 1LECTRIC GENERAL ELECTRIC Modes hwnber: g,,,,,,, Modat Humhee- Retetive 5106338XC23A no ;o,ty (%) 100 5tO6338xC23A ,%, id,ty is: 100 SK6637XC71A 5K6637XC7tA Purchase Ordee Nurnbee: Purchase Order Numbar: CE-92081 SPEC 2tA5580 Chemicas SPEC 2tA5580 ch,mical Seeny NA sp, ,, NA FunctionIServ6ce FunctiontSeevece: CORE SPRAY INJECTION CORE SPRAY INJECTION TO REACTOR-A LOOP Radiatiere TO REACTOR-B LOOP Radiation mad . 2.5 EO6 mad 3.0 EO6 i i Aceveer Spec: NA A ,,,, Accw ac r Spec: NA g,,, Demo NA NOT Dema NA NOT Loestion REQO. Location REQD. SE CORN?R ROOM SW CORNER ROOM Submet gence Submee gence Elevation NA Elevation NA 476*6" 476*6"
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(m )- (m) v s %/ Comsenane Shees No 2Q Revision o Owner COMMONWEALTH EDISON Date 04-t1-80 Focalier DRESDEN EQUIPMENT GUAllFICATION REPORT unit' 3-Docket N* 50-249 ENVIRONMENT DOCUMENTATION REFERENCES EQU4PMENT DESCRIPTION OUAL tF 4CA T ION OUTST ANDING Parametoe ' FSAR Qualification FSAR Qual. Sy s tem ope, et ,,, CORE SPRAY t me 12 OAYS REF. REF. SIMULTANEDUS SEE NOTE (A) (B) TEST (1) Plane 1.D. Number y, ,,,,, MO-3-1402-3ASB g.F) 242 307 REF. REF. SIMULTANEOUS SEF. NOTE Componene (C) (B) TEST (1) MOTOR OPERATED GATE VALVE' p,e,,,, e Manufactiner eps,43 27.0 74.7 REF. REF. SIMULTANEDUS LIMITOROUE (PEERLESS) (C) (B) TEST AC MOTOR Model Nesmbee. Relateve SMB-O-15 Hurmd.ty N 100 100 REF. REF. SIMULTANEOUS SEE NOTE (C) (B) TEST (2) Purchase Osdos Nisenber-3447-141 Chem.c al SPEC K-2205 Sp,y NA NA NA NA NA Funclioniservice-SEE ATTACHED SHEETS Rad.ation (Ram "l.2 EO7 REF. SEE NOTE (D) (3) Accur ac y' Sp*C' Aging Demo- SEE NOTE locatioer (3) SEE ATTACHED SHEETS Elevatioer NA NA NA NA NA SEE ATTACHED SHEETS Flood Level Elevation Above Flood Level V e s. No
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DOCUMENTATION REFERENCES NOTES A. FSAR FIGURES S.2.lt AND 5.2.12 1. 1ESI CALLED OUI SAIURAIED AIMUSPHERE BUI B. 338164-FC2485-Of TESTS OF LIMITOROUE VALVE HUMIDITY WAS NOT MEASURED DURING TEST.
! OPERATOR AND MOTOR-BRAKE ASSEMBLY BOTH WITH 2. UNIT OPERATED FIRST DAY. AFTER 6 DAYS IN STEAM CLASS B INSULATION UNDER SIMULATED REACTOR ENVIRONMENT MOTOR OR BRAKE DID NOT FUNCTION.
CONTAINMENT POST ACCIDENT STEAM ANO CHAMBER WAS AT 228 DEGREES F AT 5 PSIG. 1 CHEMICAL ENVIRONMENT. INVESTIGATE EXISTENCE OF MORE DATA. C. SPECIAL REPORT No. 37 REV 1 FEB 1975 3. INVESTIGATE EXISTENCE OF QUALIFICATION DATA trnase os
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ENVIRONMENT ENVIRONMENT EQUIPMENT DESCRIPTION EQUIPMENT DESCRIPTi(JM Parametee FSAR Par arnetee FSAR Systeen Syst m op,,,,4 , op,,,,an, CORE SPRAY y ,,, 12 DAYS CORE SPRAY y% 12 DAYS. Plant f.D. Number y ,,np,, ,,, , . Plant I.D. Nesmbee: g,,,,,, MO-3-1402-3A g r3 242 MO-3-1402-38 g F) 242 Component; Cornponent MOTOR OPERATED MOTOR OPERATED GATE VALVE p,,,,,, GATE VALVE p.,,,,, Manuf actwer: GPSfM 27.0 Manuf actwee tr$34, 27.0 LIMITOROUE (PEERLESS) LIMITORQUE (PEERLESS) AC MOTOR AC MOTOR Model Number: p, g ,, g y, Model Numbee n,,,,,,,, SMB-O-15 % di,, m 100 SMB-O-15 n,midit, m 100 Pwchase Order Number Purchase Oedes Nun *>er-3447-141 cm, 6c., 3447-141 SPEC K-2205 Chemic al SPEC K-2205 Sprer NA sp,,, NA FunctiontServece- Functions $mvice: PUMP 3-1401-ASUCTION PUMP 3-1401-B SUCTIOh VALVE Rad etion VALVE Red.etion (Rad 3.2 EO7 aRam 3.2 EO7 Accuract Spec- NA Accw ecy- Spec- NA A,,,, 4 ,6,9 Damo. NA NOT Damo NA NOT Location REOO. L ocation REOD. TOP OF TORUS TOP OF TORUS Sutwnee gance Subm*'sanc e Elevation NA Elevatoon HA 491'5" 491'5" Flood Level Flood Level
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m - (--*- i / (j v'. Componene Sheet Na 23 Revision O Owner- COMMOPJWEALTH EDISON Dae* 04-11-80 FaciHer .DRESDEN EQUIPMENT GUAllFICATION REPORT Unie- 3 Docket Nrr 50-249 (NvtRONMENT DOCUMENTATION REFERENCES EOUlPMENT DESCRIPTIOPd METHOD ITEMS Par ameter FSAR Oualef 6 cation FSAR Otsal. S ys tem Operating CORE SPRAY 3 6., 12 OAYS REF. REF. SIMULTANEOUS SEE NoiE (A) (8) TEST (t) Plant 8.D. Numbee. y,,,,,,,,, MO-3-1402-4A&B g ,, 242 340 REF. REF. SIMULTANEOUS SEE NOTE Component- (C) (8) TEST (t). MOTOR OPERATED GLOBE VALVE p, e,,,, Manuf acem ee- ps:43 27.0 126.7 REF. RFF. SIMULTANEOUS LIMITOROUE (C) (8) TEST Model Numbes: Relative Humedity f%) 100 100 REF. REF. SIMULTANEOUS SEE NOTE (C) (8) TEST (2) Purchase Oeder Numbee: 3447-141 Chemical SPEC K-2205 sp,,, NA NA NA NA NA FunctionfSeevice-SEE ATTACHED SHEETS Radiation (Radt 3.2 EO7 REF. INDIVIDUAL SEE NOTE (D) TEST (3) Accuracy: Spec: g;g g Demo-. INDIVIDUAL SEE NOTE Location TEST -(3) SEE ATTACHED SHEETS Elevation NA NA NA NA NA SEE ATTACHED SHEETS riood Leven Elevation Above Flood Levet Yes- No- , DOCUMENT ATION REFERENCES NOTES A. FSAR FIGURE 5.2.11 & 5.2.12 1. UNii OPERATED FIRST DAV B. REPORT NO 338164-FC2485-Of TESTS OF .tFTER 6 MORE DAYS IN STEAM ENVIRONMENT LIMITOROUE VALVE OPERATOR AND MOTOR-BRAKE ASSEMBLY. MOTOR OR BRAKE DID NOT FUNCTION. BOTH WITH CLASS B INSULATION UNDER SIMULATED CHAMBER WAS 228F AT 5 PSIG REACTOR CONTAltctENT POST-ACCIDENT STEAM 2. TEST CALLED OUT SATURATED ATMOSPHERE AND CHEMICAL ENVIRONMENT C'If HUMIDITY WAS NOT MEASURED C. SPECIAL REPORT NO 37 REV t. FEB 1975 DURarew 'TSTS
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. Docket Ne 50-249 ENVIRONS 4E N T E NVIOONMf N T EOUIPMENT DESCRIPTION EQUIPMENT DESCRIPTION Pae mmeter FSAR Pae mmetes FSAR Systeers op,, ,, ,,, Sy ste*
Oper at eng CORE SPRAY y a ,,,, 12 DAYS CORE SPRAY T eevee 12 DAYS Plant f.D. Number T eenpene seur e Plant I.D. Nieber- T emper ahm e MO-3-1402-4A- g gg 242 MO-3-1402-4B gn 242 Component- Component MOTOR OPERATED MOTOR OPERATED 4 GLOBE '#ALVE Pressue. GLOBE VALVE Pr essue. Manuf actue er es 3 27.0 Manuf achner ps Ag 27.0 LIMITOROUE LIMITOROUE Model Number- p, g ,,4,, Model Ninnhoe Reiselve ihmiidely (%) 100 nenidity (1ra 100 Purchase Order Number: Pwchase Oedes Nureihet. 3447-141 enem,c., 3447-141 cm ic. SPEC K-22O5 sp ., NA SPEC K-2205 sp y NA Function /Servece- FunctmntService-PUMP 2-1401-A PUMP 2-1401-B TEST RETURN VALVE Red.ation TEST RETURN VALVE n d. ,4,,, maa 3.2 EO7 eRam 3.2 EO7 Accur ney: Spec: PtA 49, Accue nc y Spec NA A9me Demo NA NOT Dema NA NOT L oc atiem REOD. Locatian REOO. TOP OF TORUS TOP OF TORUS Sutwnee sance Suhmee gence Elevation NA Elevation NA 509'5" 512'3" Flood Level FloM Leve8 , Elevation: NA E levatioet NA Ahnve Flood Level Above Flood Levet Yes. No- Yes No. e
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%d Cnneonent Spot No 28 stevision o Ownee- COMMONW' AL TH EDISON Da G4-11-80 Facility ~ DRESDEN EQUIPMENT QUAllFICATION REPOf1T unit- 3 Docket No 50-249 ENVIROfJMf NT DOCUMENTAt TON ftEFERENCES EOutPMENT DESCRIPTION ,g Paramatee ! MET N D STEMS FSAR Oualif scation fSAR Oval.
Systent Operating CORE SPRAY T im, 12 DAYS NOT REF. NOT REOD. (A) REOD. Plant 1.0, Number: T empos atur e MO-3-1402-25A.B rn 103 NOT REF. NOT component. REOD. (B) REOD. MOTOR OPERATED GATE VALVE p,,, gu, . Manuf ac tur er: ,pggap 14.7 NOT REF. NOT LIMITOROUE (RELIANCE) REQ 1 (B) REOD. AC MOTOR ' Model Number: Relateve TYPE SMB-1 66smedity t%, 100 NOT REF. NOT REOD. (B) REQD. Purchase Osd*, Number-3447-141 Ch.mical SPEC K-2205 s p, ,, NA NA NA NA NA Functioniser vece-SEE ATTACHED SHEETS Rattiation (Ravn 6.6 EOS REF. SEE NOIE (C) (1) Accur ec y: Spee. 3 ,;,, Demo NOT NOT REF NOT Location REQD. REOD. (D) REQD. SEE ATTACHED SHEETS Elevstloer NA NA NA NA NA , SEE ATTACHED SHEETS Flood Level Elevation-Above Flood ievel Yes No* OOCUMENT ATION REFERENCES NOTES A. FSAR FIGURE 5.2.11 & 5.2.12 1. INVESilG41E ExlSilNCE OF RAD!AllON QUAlli!CAI!ON B. FSAR SECTION 10.11 DATA WITH MANdFACTURER C. BECHTEL RADIATION STUDY ' O. REPORT SECTION 4.3.6 G-OR58 OS
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7. N-s...- Componcat Shace W 30 Revesena O O **** COMM0tNE ALTH EDISON Daee 04-11-80 Facilitr DRESOEN EQUIPMENT QUALIFICATION REPORT unat- 3 Doches N* 50-249 ENVIRONME N T DOCUMENT ATION REFERENCES EQUIPMENT DESCRIPTION OUAL IF IC A180N OUT ST ANDING METHOD ITEMS Pm aeneter FSAR Ovalef 6 cation FSAR Oval. Sr " Ope,aung CORE SPRAY y ,,,,e 12 OAYS REF. REF. SIMULTANEOUS SEE NOTE (A) (B) TEST (1) Plant I.O. Nuent: ee- y , , , , MO-3-1402-38A.B r, 242 250 REF. REF. SIMULTANEOUS Componen' (C) (R) TEST MOTOR OPERATED GATE VALVE pressu e Manuf ac tur ee ips 4, 27.0 39.7 REF. REF. SIMULTANE005 LIMITOROUE (RELIANCE) (C) (B) TEST AC MOTOR Model Nurret>e'- Relative TYPE SMB-000 u,.;o,,y m 100 100 REF. REF. SIMULTANEOUS (C) (B) TEST Purchase Ordee Nornhee 3447-141 c,,,.6 c., SPEC k-2205 sp, ,, NA NA NA NA NA Func tiontSer vice SEE ATTACHED SHEETS Radiation in ed, 3.2 EO7 2.0 EO7 REF. REF. INDIVIDUAL SEE NOTE (B) (B) TEST (2) Accuracy: Spec: A g,,g Demo NOT NOT REF. NOT Location- REOD, REOD. (D) REOD. SEE ATTACHED SHEETS Submee gence Elevation NA NA NA NA NA SEE ATTACHED SHEETS , Flood Level Elevation Above Flood Level Ves No DOCUMENT ATION REFERE NCES 340 f E S A. SPECIAL REPORI NO 31, REV t, FEB 1975 8. ESIABLISH UUALIFICAI!Ota lESI IIME. B. 600461-80003 OUALIFICATION TYPE TEST REPORT-LIMITOROUE VALVE ACTUATORS C. BECHTEL RADIATION STUDY D. REPORT SECTION 4.2.6 a-onso ce
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Docket No- 50-249 ENVIRONMFNT ENV f RONMt N T EQUIPMENT DESCRIPTION EQUlPMENT DESCRIPTION Paramefor FSAR Pas ameter FSAR S y siem. op,, ,,6 , Sruam- ope,,ei., CORE SPRAY g 6., 12 DAYS CORE SPRAY 7 6,,, 12 DAYS Plant 1.D. teuenh*'- T empee mtu,, Plant i D. Nwnher- y , , , , MO-3-1402-38A gn 242 MO-3-1402-388 g rp 242 ComPorsent Coenpanent MOTOR OPERATED MOTCR OPERATED GATE VALVE Pressu,, CATE VALVE P,,,,,,, Manuf acturer: es A 27.0 Manuf acturce- 27.0 PSG A LIMITOROUE (RELIANCE)
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Purchase Order Number. GE-H-0389 Chemical Sp, ,, NA NA NA NA NA Function /Servece SEE ATTACHED SHEETS Radention (Radt 1.3 EO6 REF. SEE NOTE (C) (1) Accurocr Spec , 49,,, Demo SEE NOTE Location (3) SEE ATTACHED SHEETS Elevation- NA NA NA NA NA SEE ATTACHED SHEETS Flood Level Elevation-Ahown Flood Level Yes: No DOCUMENTATION REFERENCES NOTFS A. FSAR fIGUWE 5.2.I1 & 5.2.12 1. INVESIJGAIE ExtSIENCE Of OUAlifICAI!UN B. FSAR SECTION 6.2.3.2 DATA WITH MANUFACTURER. C. BECHTEL RADIATION STUDY n nese-et
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- Docket Nw 50-249 E NVIRONME N T DOCUMENT ATION REFERENCES .
EOUIPMENT DESCRIPTIOP3 METHOD titMS Pes ernec er FSAR Ovaleficatson FSAR Ouef. Sys eeen Operat eng CORE SPRAY T in,e 12 DAYS REF. SEE NOTE (A) (t) Plant 8.D. Number- y, ,,,,,, FS-3-1464A B g rp 150 REF. SEE NOTE Component- (B) (t) FLOW SWITCH Pressure Manuf actur er- psgy 14.7 NOT REF. NOT BARTON REOD. (B) REOD. Model Nurnbe'^ Relative 288 Hurnid ty (%, 100 NOT REF. NOT REOD. (B) REOD. Purchase Order Numbee: GE-H-0979 en e., sp, ,, NA NA NA NA NA NA Function / Service SEE ATTACHED SHEETS Radiation (Rad, 1.3 EOG REF. SEE NOTE (C) (t) Accinney: Spec: 4,,,, Demo. SEE NOTE Location (1) SEE ATTACHED SHEEIS Elevetion- NA NA NA NA NA NA , SEE ATTACHED SHEETS Flood Level Elevation-Above Flood Level Yes- No DOCUMENTATlON REFERENCES NOTES A. F SAR F IGURei 5.2.11 & 5.2.12 1. GE IESI REPORI Ovid 5C BELHIEL B. FSAR SECTION 10.11 TO VERIFY DATA. C. BECHTEL RADIATIOfJ STUDY G-DR$9 Of
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ENVIRONMEN T ENVIRONMENT EQUIPMENT DESCRIPTION EQUIPMENT DESCRIPTION Parameter FSAR Par ametee FSAR System Oper apag S Y S ""' Opee nt eng CORE SPRAY y ;., 12 DAYS CORE SPRAY T eme 12 DAYS Plant 8.D. Nurnhet: T emper atur e Plant B.D. Numhee- g,,,,,,,, FS-3-1464A g g3 150 FS-3-14648 g r, 150 Component- Component-FLOW SWITCH FLOW SWITCH Pr essur e Pr essur e Manuf acturer: pggAg 14.7 Manuf actm er- pgggg 14.7 BARTON BARTON Model Number: g,g,,;,, Model Nmber- gi,,,, ;,, 288 thwnidesy 1%, 100 288 Humedity exa 400 Purchase Oeder Numbee: Puschase Oedee Nundsee. GE-H-0979 Chemic,, NA GE-H-0979 Chem cal Spr my Sprmy NA Functioniservice- Funce6ontService-MO-3-1402-38A ON MO-3-1402-388 Of4 LOW FLOW Red atenn LOW FLOW Radeatisin mad 1.3 EO6 made 1.3 E06 Acewacr spec: a,,,, Accur ect Spec: Ageng Demo- NOT Ocmo NOT tocation REOO. Location REQO. RACK 22O3-19A RACK 2203-198 SE CORNER ROOM gun,n,,,,,,,c, NA SW CORNER ROOM gg,,,,,,,,,,, Elevation Elevatinn NA 1 476*-6* 476'-6" . Flood Level Flood Level ,
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' EQUIPMENT DESCRIPilON EOutPMENT DESCRIPitON Parametee FSAR Poe nmetee FSAR Syniem S V "'
Oper aeing 0s= at 6ag CORE SPRAY y ,,n, CORE SPRAY g g,,,, Plant I.D. Number: T eenpoe stur e Pf ant i D Number y,,,,,,,,,, PS-3-1466A t r) PS-3-14668 gn Component Camponent PRESSURE SWITCH PRESSURE SWITCH Pr es sur e Pressuse Manutseturer: pgggy Marmtmeter es- gp$gg, Model Number: p,,,g,, Maul Numbe' Relative Humidiey OfJ Mamedeay 1%I Puschase Order Number: Purchase Ordes Number: Chemic al Chemical Spe ev Spr ay Funct6on/Ser vice- Func tientSer vice-Radiation Radiateon Otadl pladt Acetn acy- Spec: g g,,, Accur acy: Spec-4 9,,, Demo- Demo Location L oc ation Submee gence Submee gence Elevation Elevation Flood Level Flood Level Elevetioet NA Elevation Above Flood Level Above Flood Level-Yes No Yes No.
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Facility . DRESDEN EQUIPMENT QUALIFICATION REPOP.T Uni t. . 3 Docket No- 50-249 ENVIRONMENT ENVIRONMENT EQUIPMENT DESCRIPilON EQUtPMENT DESCRIPTION Parametoe FSAR Par ametes FSAR Syse m o p., ,, ;,, Syseens ope,an; g CORE SPRAY y ,,, CORE SPRAY 7 6,e Plant 0.D. Number: y ,,,,, ,g u, , Plant I D. Msn++r- t empee stue e PS-3-t466C gr PS-3-14660 g rp . Component, Component PRESSURE SWITCH PRESSURE SWITCH Pressus e F'v essur e Manuf actuser: g,$,g, Manuf acturer. g,$ggg Moded Phwnher- p, g ,, ,,, Model Niembee. p,,,g gy, Hamidity (%) Hanedity 1%I Purchese Order Phnnber: Purchase Ordes Ninnber: Chemical Chemical Spe sy spray Functioniservice Function / Service Radiation Radiation ytad) IRadt Accuracy: Spec: 4,4 , Accew acy- Spec. ],,, Demo. Demo Location Loc ation Suhmer gence Suhmer gence Elevation Elevation Flood Level Flood Level , Elevatioer NA Elevatioer Above Flood Level Above Flood Level Yes: No Yes No
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' *c iis t r DRESDEN EQUIPMENT OUALIFICATION F4EPORT Uait 3
' Docket No- 50-249 ENVIRONMENT DOCUMENTATION REFERENCES EQUIPMENT DESCRIPflON QUAllF tC A T ION OU T ST ANDING MFTHOD ITEMS Parametee FSAR Oualif teation FSAR Ovat.
Sysi m Oper at mg HIGH PRESSURE v im, 12 DAYS 16 REF. REF. SIMULTANEOUS SEE' NOTE COOLANT INJECTION DAYS (A) (B) TEST (t) Plant I.D. Number: y ,,,,,, MO-3-2301-4 gn NORMAL 150 250 REF. REF. SIMULTANEOUS SEE NOTE Component. LOCA 281 (A) (B) iEST (1) MOTOR OPERATED GATE VALVE p,,,,,,, Manuf actur ce- g.sw NORMAL jd.7 39.7 REF. REF. SIMULTANEOUS SEE NOTE LIMITOROUE (RELIANCE) LOCA 63.0 (A) (B) TEST (1)
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SPEC k-2205 sp,,, NA NA NA NA NA FunctiontService: STEAM SUPPLY LINE INBOARD ISOLATION Radention VALVE m,a 1.0 EO8 2.0 EO7 REr. REF. INDIVIDUAL (C) (B) TEST Accur acy- Spec: NA g g,,, Demo- NA 165 F FOR REF. INDIVIDUAL SEE NOTE tocation- t99.8 HOURS (B) TEST (2) INSIDE ORYWELL NEAR 90 AZIi4UTH Submee gence Elevation, NA NA NA NA NA SEE NOTE 576*O" (8I Flood Level Elevatioer 505* 6" Above Flood Level V e s- X No-DOCUMENIATION REFERENCES NOTES A. FSAR FIGURES 5.2.11 & 5.2.12 AND 1ABLE 5.2.2 1. INVESIIGAIL EXISIENCE OF UUAliflCATION UAIA
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System Oper ating , HIGH PRESSURE y 6m, 12 DAYS REF. REF. SIMULTANFOUS SEE NOTE COOLANT INJECTION (A) (B) TEST (1) Plant I.D. Number: Te r atuie MO-3-2301-5 g rp NORMAL 103 340 REF. REF. SIMULTANEOUS component- HELB 242 (C) (B) TEST MOTOR-OPENTED GATE VALVE p,,,,,,, Manuf acturer- gesia, NORMAL 14.7 126.7 REF. REF. SIMULTANEOUS LIMITOROUE (PEERLESS) HELB 27 (C) (B) TEST DC MOTOR Model Number- Relative SMB-3-100 Humedity (%) 100 100 REF. REF. SIMULTANEOUS SEE NOTE (C) (B) TEST (2) Purchase Order Number: 3447-141 Chem.c as SPEC K-2205 Sp, ,y NA NA NA NA NA Function / Service STEAM SUPPLY LINE ISOLATION VALVE Radiation inaa, 3.2 EO7 1.0 EO7 REF. REF. INDIVIDUAL SEE NOTE (D) (B) TEST (3) Accur acy: Spac- NA Aging Demo- NA NOT 18SC FOR REF. INDIVIDUAL Location REOD. 100 HOURS (B) TEST ABOVE TORUS NEAR 90 AZMitTH.PENX115A Sut>mer gence Elevation NA NA NA NA NA 513'9" flood Level Elevation NA Above Flood Level Yes No: DOCUMENT ATION REFERENCES , NOTES A. FSAR FIGURES 5.2.11 85.2.12 1. RESULVE QUALIFICATION IESI IIME B. REPORT NO GOO 426-POOO9. QUALIFICATION TYPE TEST 2. TEST PROCEDURE REQUIRES A SATURATED AIMOSPHERE. REPORT - LIMITOROUE DC VALVE ACTUATORS. ONLY BUT IUMIDITY WAS NOT MEASURED DURING THE TEST. THE MOTOR WAS THERMALLY AGED. LIMITOROUE USES 3. INVESTIGATE EXISTENCE OF OUALIFICATION DATA THESE UNITS AT TEMPERATURES OF 300 F CONTINUOUSLY. WITH MANUFACTURER. THEREFORE AGING WAS CONSIDERED NECESSARY FOR THE MOTORS ONLY. n-oes,e -o s
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System Oper ating . HIGH PRESSIRE y ,,n. 1 MINUTE REF. REF. SIMULTANEDUS SEE NOTE. COOLANT INJECTIOP4 (A) (8) TEST (1) Plant 8.D. Ph mber: t eenper atur e MO-3-2301-8 g sp 242 340 REF. REF. SIMULTANEDUS Component. (C) (Bl TEST MOTOR-OPERATED GATE VALVE p,e,,,,,, Manuf acturer gps,A3 27.0 12G.7 REF. REF. SIMULTANEOUS LIMITOROUE (PEERLESS) (C) (B) TEST DC MOTOR Model thunber: p, g ,;,, SMB-3-80 Humid.ty 4%) 100 100 REF. REF. SIMULTANEDUS SEE NOTE (C) (B) TEST (2) Ptuchase Order thunber 3447-t41 Chemical SPEC K-2205 sp,,y NA NA NA NA NA FunctiontService: HPCI PUMP DISCHARGE ISOLATION VALVE nadiation med) <t.O EO4 1.0 EO7 REF. REF. INDIVIDUAL (D) (B) TEST Accin acy- Sp .c: NA Ag.ng Demo NA NOT 185C FOR REF. REF. INDIVIDUAL SEE NoiE Location- REOD. 100 HOURS (E) (B) TEST (3) NEAR PEN X-107B Submer sance Elevation NA NA NA NA NA 525'6" Flood Level Elevation NA Above Flood Level Yes No-DOCUMENT ATION REFERENCES NOTES A. FSAR FIGURES S.2.11 & 5.2.12 1. RESOLVE fJUALIFICATION TEST ilME et . REPORT NO 600426-80009 QUALIFICATION TYPE TEST 2. THE TEST PROCEDURE CALLS OUT A SATURATED REPORT - LIMITORQUE DC ACTUATORS. ONLY THE ATMOSPHERE. BUT HUMIDITV WAS NOT MEASURED MOTOR WAS THERMALLY AGED. LIMITOROUE CORP USES DURING THE TEST. THESE UNITS AT TEMPERATUOES OF 300 F CONTINUOUSLY. 3. RESOLVE AGING REQUIREMENTS THEREFORE AGING WAS CONSIDERED NECESSARY FOR THE MOTORS ONLY. o case os
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Conet Sheet N* 51 Reviseen Owcer- COMM0tNEALTH EDISON Date - - Facilitr DRESDEN EQUIPMENT QUAllFICATION REPORT Unit 3 Docket No 50-249 E NVIRONMEN T DOCUMENTATION REFERENCES - EOUsPMENT DESCRIPilON METHOD ITEMS Par ameter FSAR Qualification FSAR Oval. Systerer op,,,,;n, HIGH PRESSURE 3 3., 1 MINUTE NOT REF. NOT COOLANT INJECTION REQD. (A) REOO. Plant 8.0, Newnber: T eenper atur e MO-3-2301-15 gn 103 NOT REF, NOT component REOD. (B) RE00. MOTOR OPERATED GATE VALVE P,essu e Manuf actur er 4pgig, 14,7 NOT REF. NOT LIMITOROUE (PEERLESS) REOO. (B) REOD. DC MOTORS Model Number. Relative L210226T2-AT Humidity f%p 100 NOT REF. NOT REOD. (B) REOD. Purettase Order Newnber-Chemical sp,,y NA NA NA NA NA Function / Service-TEST RETURN LINE ISOLATION VALVE Rad ation ma 1.7 EO4 REF. SEE NOTE (C) (1) Accin ac t- Spec- NA aging Demo- NA NOT NOT REF. NOT Location REOD. REOD. (D) REOO. HPCI PUMP ROOM Submer gence Elevation NA NA NA NA NA 485'O" Flood Level Elevation NA Above Flood Level Y e s- No DOCUMENT ATION REFERENCES NOTES A. FSAR 1ABLE 8.2.3 4. INVESl[GAIE ExlSIENCE OF uuAlifICAllON DAIA B. FSAR SECTION 10.11 WITH MANUFACTURER C. BECHTEL RADIATION STUDY D. REPORT SECTION 4.3.6 G-tiSSR O9
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EQUIPMENT DESCRIPTION METp+0D ITEMS Pararneter FSAR Qualif ecat een FSAR Oual. 5F5' " opee at mg HIGH PRESSURE T,,,,, 12 DAYS NOT REF. NOT COOLANT INsJEC T I OrJ REOD. (A) RECO. P1 ant f.D. Numtece . 9,,,,,,,,,, MO-3-230t-35 g ,3 103 NOT REF. NOT Component REOD. (B) REOD. MOTOR-OPERAIED GATE VALVE p,e,,u,e Manuf actur er pSgAp 14.7 NOT REF. NOT LIMITOROIfE (PEERLESS) REOD. (B) REOO. DC MOTOR W*I M Relative SMB-O-25 u,,,;d;,y m 100 NOT REF. NOT RErO. (B) REOD. Puechese Oedar Number; 3447-14i Chemical SPEC K-2205 sp ,, NA NA NA NA NA Functioniservice-HPCI PUMP SUCTION ISOLATION VALVE FROM Rade= tion TORUS mad 5.9 EO6 REF. SEE NOTE (C) (1) Accineer Spec: NA 4,,,, Demo: NA NOT NOT REF. NOT t ocation. REOD. REOD. (D) REOD. HPCI ROOM Sutiman gence Elevation. NA NA NA NA NA 480'O" Flood Level Elevoeio'r NA Above Finod Level Yes- No DOCUMENTATION REFFRENCES NOTES A. FSAR FIGURES S.2.11 A N') 5.2.12 1. INVESilGATE EAISIENCE OF QUAllF ICAllutJ OAI A B. FSAR PARAGRAPH 10.11 WITH MANUFACTURER C. BECHTEL RADIATION STUDY D. REPORT SECTION 4.3.6 G - OllSill 0 8
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S y s t em-Operating HIGH PRESSURE T im, 12 DAYS NOT REF. NOT COOLANT INJECTION' REQD. (A) REOD. Plant I.D. Number: y,,,,,,,,,, MO-3-2308-48 g F; .103 NOT REF. NOT component. - REQO. (R) REQD. MOTOR OPERATED GATE VALVE p,,,,,,, Manuf ac tur er: gps,A3 14.7 NOT REF. NOT LIMITORQUE (PEERLESS) REOD. (B) REOD. DC MOTOR Model Number- p, ,,, ; y, SMB-OOO-5 Huen.dety ry.) 100 NOT REF. NOT REQD. (B) REOD. Purchase Ordes fesmher; 3447-141 chem.c as SPEC K-22vs sp,,, NA NA NA NA NA Func tionf Ser vic e-Radsstion eng 1.0 EO7 REF. SEE NOTE (C) (1) Accureer Spec: NA Aomo Damo NA NOT NOT REF. NOT Location- REOD. REOD. (D) REOD. HPCI ROOM Elevation NA NA NA NA NA 485'0* Flood Level Elevation. NL Above Flood Levet Yes No DOCUMENTAllON REFERENCES NOTFS A. FSAR FIGURES 5.2.11 AND 5.2.12 1. aNVESilGAIE ExlS1ENGE OF QUAllflCAllON DAIA B. FSAR PARAGRAPH 10.11 WITH MANUFACTURER C. BECHTEL RADIATION STUDY D. REPORT SECTION 4.3.G c.. nnsn. o e
f' \ (' ( \h (/ Camema*nt Shece No $4 Revision O Owner- COMMONWEALTH EDISON Date 04-11-80 Feciletr ORESDEN EQUIPMENT OUALIFICATION REPORT Unse 3 Docket No 50-249 ENVIRONMENT ' DOCUMENTATION REFERENCES EOUSPMENT DESCRIPflON OUAleFIC A TION OUT S T ANDING Par menetav METHOD ITEMS FSAR Ouelsf acation FSAR Oual. S y s t em-Oper eting HIGH PRESSURE T .ene 12 DAYS NOT REF. NOT COOLANT INJECTION REOD. (A) REOD. Plane I.D. Nunte' Tamr euss e MO-3-2301-49 F, 103 NOT REF. NOT component REOD. (R) REOD. MOTOR OPERATED GATE VALVE p, ,,,,, e Manutecturer: cpsia 14.7 NOT REF. NOT LIMITOROUE REOD. (B) REOD. Model Number- p, g ,, g y, Humidity m 100 NOT REF, NOT REOD. (R) REOD. Purchase Oeder Nurnber-Chemical Sp ,y NA NA NA NA NA Functionsseevice-Radiation gn,a 5.9 EOG REF. SEE NOTE" (C) (t) Accur acy- Spec: NA Aging Dama NA NOT NOT REF. NOT Location REOD. REOD. (D) RECO. HPCI ROOM Elevation NA NA NA NA NA 485'O" Flood Laval Elevatioer NA Above Flood Levet Yes No. DOCUMENT Af TON REFERENCES NOTES A. FSAR FIGURES 5.2.11 AND 5.2.12 1. lHVESIIGAIE ExlSIENGL OF QUALIFILAi!UN DAIA B. FSAR PARAGRAPH 10.I1 WITH MANUFACTURER C. BECHTEL RADIATION STUDY
- 0. REPORT SECTION 4.3.6 o-onse-at
p . . ._ Component Sheet Na 55 Revistoa O Owner: COMMONWEALTH EDISON Date 04-11-80 racitetr DRESDEN EQUIPMENT OUALIFICATION REPORT unit- 3 Docket Net 50-249 ENVIRONMTNT DOCUMENT ATION REFERENCES - EQUIPMENT DESCR PTION Pae mmeter METHOD 11 EMS FSAR Ovalification FSAR Oual. 57 *" - Opee sting HIGH PRESSURE 7 6.e 1 MINUTE NOT REF. NOT COOLANT INJECTION REOD. (A) REOO. Plant 8.D. Number. T ernper asm e S0-3-2301-29 rn 103 NOT REF. NOT Component REOD. (B) REOD. SOLENDID VALVE Pressure Manuf acewer: gps,Ap 14.7 NOT REF. NOT REOD. (B) REOD. Model Nwnber- Relative Hismidsty (%) 100 NOT REF. NOT REOD. (B) REOD. Pwchase Order Nienhee. Chen.ical Spsmy NA NA NA NA NA PILOT VALVE FOR STEAN LINE DRAIN ISOLATION Radiation VALVE in,e <1.0 E04 NOT REF. NOT REOD. (C) REOO. Acew acy- Spee: NA 4 ,5n , Demo NA NOT NOT REF. NOT Location REOD. REOO. (D) REOD. HPCI PUMP ROOM Elevatioer NA NA NA NA NA 476' 0" Flood Level Elevatierr NA Above Flood Levet Yes: No. DOCUMENT ATION REFERENCES NOTES A. FSAR FIGURE 8.2.5
- 8. FSAR SECTION 10.11 C. BECHTEL RADIATION STUDY D. REPORT SECTION 4.3.6 n-na-- ..
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Componens SNas Nw 56 Revis6*n O Owner: COMMONWEALTH EDISON. Date 04-11-80 Fec4 tier DRESDEN EQUfPMENT QUAllFICATION REPORT Une t- 3 Docket No 50-249 ENVIRONMENT DOCUMENT ATf DN REF ERENCES EQUIPMENT DESCRIPTION METHOD ITEMS Par ametee FSAR Ouat.fication FSAR Oual. Sysien op.,,, eng HIGH PRESSURE Time 1 MINUTE NOT REF. NOT COOLANT INJECTION REOD. (A) REOD. Plant 1.0. Number y,,,,,,,,, 50-3-2301-30 g rf 103 NOT REF. NOT Component. REOD. (B) REOD. SOLENOID VALVE Pvessine Manuf acturer: gpsgA3 14.7 NOT REF. NOT REOD. (B) RECO. MWel Munbe' Relat6ve Humidily (7.) 100 NoT REF. NOT REOD. (B) REOD. Purchase Order Number. Chemecal sp,,y NA NA NA NA NA Function / Service-PILOL VALVE FOR STEAW LINE DRAIN ISOLATION Radiation VALVE gg,a <t.O EO4 NOT REF. NOT REOD. (C) REOO. Accuracy Spec: NA A ,,n , Dame NA NOT NOT REF. NOT L ocat6on. REOD. REOD. (D) REOD. HPCI PUMP ROOM Elevat6orr NA NA NA NA NA 476* O'
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Component Sheet No- 57 Revis6oa O O *a*r: COMMOPNE ALTH EDISON Da'* 04-It-80 Fac 64et y- DRESDEtt EQUtPMENT OUALIFICATION REPOf1T unit- 3 Docitet No 50-249 ENVIRONME NT DOCUMENT ATION REFERENCES EQUIPMENT DESCRIPTION MF1 HOD ITEMS Par amet er FSAR Qualification FSAR Oval. 6 F 8 " Eeper ating HIGH PRESSURE y ,., NOT REF. NOT COOLANT INJECTIDN RECO. (A) REOD. Plant 8.D. Number: 9,,,g,,,,, 50-2-2301-32 Fp 103 NOT REF. NOT component: REOD. (B) RE00. SOLENOID VALVE Pr essur e Manuf acttwer- gps Ap 14.7 NOT REF. NOT REOD. (B) REOD. Model Number- p,,,, g y, Hurnidity (%) 100 NOT REF. NOT REOO. (B) REOD. Purchase Order Number Chemical sp,,y NA NA' NA NA NA NA Function / Service-PILOT VALVE-ACTUATES CONDENSER DRAIN POT nadiation ORAIN VALVE tRad NOT REF. NOT REOO. (C) REOO. Accur acy Spec: Ag;ng Demo- NOT NOT REF. NOT Locatino REOD. REOD. (D) REOD. =. HPCI PUMP ROOM Elevatierr NA NA NA NA NA NA 476' O" Flood Level Elevation Above Flood Level Yes- No DOCUMENTATION REFERENCES NOTES A. FSAR FIGURL 8.2.5 B. FSAR SECTION 10.11 C. BECHTEL RADIATION STUDY D. REPORT SECTION 4.3.6 n oess-os
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-COOLANT INJECTION (A) (B) TEST (1)
Plant 1.0. Number: 7,,,,,,,,, MO-3-2301-36 rr, 150 340 REF. REF. SIMULTANEOUS component' (C) (B) TEST MOTOR-OPERATED GATE VALVE p,,,,,,, Manuf ac'uree' pg m, 14.7 126.7 REF. REF. SIMULTANEOUS LIMITOROUE (PEERLESS) (C) (B) TEST DC MOTOR Mea Number: Reisteve SMB-O-25 n, ,o6,y m 100 100 REF. REF. SIMULIANE005 SEE NOTE (C) (B) TEST (2) Purchase Oeder Humrier-3447-141, 5.,c al SPEC M-2205 sp,,y NA NA NA NA NA FunctiontSer vice HPCI PUMP SUCTION VALVE nooi.,;
' mad 2.3 EO6 REF. ,EF. IN0!VIDUAL (D) ( ts ) TEST Accurser Spee. NA 4,;,,,
Deme NA 180C FOR F.E F . INDIVIDUAL SEE NOTE tocae4on 100 HOURS (B) TEST (3) SW CORNER ROOM E fes .tlerr NA NA NA NA NA 480'0" flood Level Elevation NA Above Flood Level Ves. No DOCUMENTATION REFERENCES NOTES A. FSAR FIGURES 5.2.11 AND 5.2.12 1. RESULVE QUAllFICAi!UN IESI IIME. B. REPORT NO.600426-BOOO9, OUALIFICATION TYPE TEST 2. TEST PROCEDURE REQUIRED SATURATED STEAM AIMOSPHERF REPORT-LIMITOROUE DC VALVE ACTUATORS. ONLY THE BUT HUMIDITY WAS NOT MEASURED DURING THE TEST. MOTOR WAS THERMALLY AGED. LIMITOROUE CORP. USES 3. RESOLVE AGING REQUIREMENTS. THESE UNITS AT TEMPERATURES OF 3OOF CONTINUOUSLY. THEREFORE, AGING WAS CONSIDERED NECESSARY FOR THE MOTOR ONLY. l n-0959 OI
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Sys t ent op ,,g;,9 HIGH PRESSURE y;m. 12 DAYS NOT REF. NOT COOLANT INJECTION REOD. (A) REOD. Plant I.D.' Nennber: T ernper som e
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TURBINE STOP VALVE Pr essur e Manuf actwer: pg,3, 14.7 NOT REF. NOT REOO. (B) REOD. Model Number: p. g ,, g y, Hum dity 1%) 100 NOT REF. NOT-REOD. (B) REOD. Purchase Order Nounber-Chemical sp,,y NA NA NA NA NA Funct6on/ Service. ISOLATE HPCI TURBINE Radsation nm -1.2 EO7 REF. SEE NOTE (C) (1) Accur acy: Spec- NA Aging Demo. NA NOT NOT REF. NOT tocet 6ert REOD. REOD. (D) REOD. HPCI ROOM Elevatiort NA NA NA NA f1A 485'0" Flood Level Elevation' NA Above Flood Level Yes No: DOCUMENTATION REFERENCES NOTES B. FSAR SECilON 10.11 1. INVESilGAIE EXISIENCE OF OtJAllFICAllON DAIA WilH C. BECHTEL RADIATION STUDY MANUFACTURER. D.. REPORT SECTION 4.3.6 n~oese of
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. O*an': COMMONWEALTH EDISON Date 04-tt-80 Facilitr DRESDEN EQUlPMENT GUALIFICATION REPORT unit. 3 Ducket Mr . 50-249 ENVIRONMENT DOCUMENT ATION REFERENCES EQUIPMENT DESCRIPflON Par arneter METHOD IIEMS FSAR Ovaleficatine. FSAR Qual.
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.HIGH PRESSURE y,,,,, 12 DAYS NOT REF. NOT COOLANT INJECTION REOD. (A) RECO.
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Componens Sheet Na ,64 Revision o Owne' COMMONWEALTH EDISON Dee. 04-11-80 Fecintr DRESDEN EQUIPMENT QUALIFICATION REPORT Oait: 3 Docket p?o. 50-249 ENVIRONMENT DOCUMENT ATf 3N REFERENCES EOUlPMENT DE'sCRIPTION OUALIF f C A110N OUTST ANDING Pneameter METFOO STEMS FSAR Oualif 6 cation FSAR Ouet. Syse m Opee sting HIGH PRESSURE Time 12 DAYS NOT REF. NOT COOLANT INJECTION REOD. (A) REOD. Plant 1.0, Numbef' Tempes atur e SEE ATTACHED SHEETS g F, 103 W REF. NOT Componene REOD. (B) REOD. DIFFERENTIAL PRESSURE INDICATING SWITCH p, essure Manuf actueer: qps,A) 14.7 NOT REF. NOT BARTON REOD. (B) REOD. Model Number 'p,,,g, Humidity (%) 100 NOT REF. NOT REOD. (8) REOD. Purchase Order Numbee: GE HO705 cho.ie SP' ey NA NA NA NA NA SEE ATTACHED SHEETS Radiation in,d3 3.2 EOS REF. SEE NOTE (C) (1) Accue ncy- Spec- 4,3., Dene NOT NOT REF. NOT Location- REOD. REOD. (D) REOD. SEE ATTACHED SHEETS Submee gence Ef ewation: NA NA NA NA NA SEE ATTACHED SHEE15 Flood Level E levation-Above Flood Level Yes. No DOCUMENTATION RFFERENCES NOTES A. FSAR FIGURES 5.2.11 AND 5.2.12 1. INVESilGAIE EXISTENCE OF OUALIF ICAllON L'AI A WilH
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C. BECHTEL RADIATION STUDY D. REPORT SECTION 4.3.6 o-oess-os
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. Unit - 3 Docket No- 249 t'NVIRONME NT E NVIRONME N T EQUIPMENT DESCRIPTION EQUIPMFNT DESCRIPilON Pae mmetee FSAR Par ameter FSAR S ystem Opee sting SV'"" Oper ating HIGH PRESSURE y im, 12 DAYS llIGH PRESSURE g ;m, 12 OAYS COOLANT INJECTION COOLANT INdECTION Plant 8.0. Numbee- 9,,,,,,,,, Plant 1.D. Numbe' Teyratwe OPIS-3-2352 pri 103 DP:S-3-2353 rF) 103 Component Cm went DIFFERENTIAL PRESSURE DIFFERENTIAL PRESSURf INDICATING SWITCH p,,,,,,, INDICATING SWITCH p,,,,,,
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- Docket No- 50-249 E NV f RONME NT DOCUMENTATION REFERENCES EQUIPMENT DESCRIPTION QUALIF ICA T O ON OUTS T ANDING Parameter METHOD 8TEMS FSAR Ovalification FSAR Ouma.
il PRESSURE ime 12 DAYS REF. SEE NOTE COOLANT INJECTION (AI III Plane 8.D. Number: Temper atur e PT-3-2359 g r, 150 REF. SEE NOTE Component. (B) I2I PRESSURE TRANSMITTER Pressure Manufacturer- gpsgA) 14.7 NOT REF. NOT GENERAL ELECTRIC REOD. (C) REOD. Model Numbee Relatsve 4532K11001 Humidity (%) 100 REF. MN (B) (2) Purchase Order Numbee-GE HO950 chemic CAT 50-551032GAAKf sp,,y NA NA NA NA NA FunctiontServler TRANSMIT SIGNAL TO PRESSURE SWITCH Radiation m4 2.1 EO6 REF. SEE NOTE (C) (2) Accuracy Spec: A ging SEE NOIE Location-(2) a RACK 2203-29 SW CORNER ROOM Subme'eenc e Elevation. NA NA NA flA NA 476*6" l Flood Level Elevation. Above Flood Level-Yes: No-DOCUMENTATION REFERENCES NO TE S A. FSAR FIGURES 5.2.11 ANU 5.2.12 2. INVESilGAIE EAISIENCE UF QUAL.IFICAi!UN UAsA WiiH B. FSAR SECTION 6.2.3.2 MANUFACTURER. C. BECHTEL RADIATION STUDY G -0959 - 0 9 4
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['M w' convenent Sheet No. 7g Reves.on o Ownee- COMMONWEALTH EDISON Date 04-11-80 Facitier ORESDEN EQUIPMENT GUALIrtCATION REPORT unit- 3 Docket No 50-249 E NVIRONME N T E NVIROt4ME N T EQUIPMENT DESCRIPTION EQUIPMENT DESCRIPTION Poe mmet a FSAR Pm emetee FSAR Systent Sy s tent ope, ,, ;., op,,,,5 , HIGH PRESSURE Teme 12 DAYS HIGH PRESSURE r im, 12 DAYS COOLANT IHjiECTION COOLANT IfJJE C T ION i Plant I.D. Numbde- Tempee ntur e Plane I D. Numhee: y,,,,,,,,,, TS-3-2370A' gF 103 TS-3-23700 g Fi 103 Component Component TEMPERATUR$ SWITCil TEMPERATURE SWITCH Peessewe Pe es sw a Manuf actur ce- psia, 14.7 Manuf acturce- 84 7 iPSIAI UNITED ELECTRIC UNITED ELECTRIC CDNTROLS CONTROLS Model Numbe' Relative Model Men. bee- g,i,, ,,, TYPE F-7 nnmdesy t%) 100 TYPE F-7 anned.ty ess 100 i 76-8 76-B , Purchase Order Numbee Pinchese On de, Numbee; GE HO752 ene 6,,, GE HO752 en ;e., Spr ay "A See my NA FunctientSeevsee: Funcienn/Sae vice CONTACT CLOSES ON CONTACT CLOSES ON HIGH TEMPERATURE Redset6en HIGi TEMPERATURE Redsee..
+ CLOSES ISOLATION maa 1.6 EO7 + CLOSES ISOLATION ptadt 1.6 E07 VALVES VALVES Accur ac y. Spec. 4 ,3,9 Acetm ac y Spec: 49,,,
Demo NOT . Demo iJO T Locetion REOD. Location REQD. HPCI ROOM HPCI ROOM Submergence . Subma gence Elevation NA Elevation NA 483*O' 483'O" Flood Level Flood Level .. _g Elevet 6ert NA Esevation NA Above Flood Level Above Flood Level Yes No Ves- No
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C. . t Sheet No. , 72 Revisinn O Owner ^ COMMONWEALTH EDISON D*'* 04-t1-80 rec 6eety- DRESDEN EQUIPMENT OUAttr8 CATION REPORT Unit 3 - Doctet N* 50-249 ENVIRONMENT ENVIRONMFNi EQUIPMENT DESCRIPTION EOulPMENT DESCRIPflON Parameter FSAR Pa. emove. FSAR S ys tem op,, ,, ,,, Syse m op,, ,,6 , HIGH PRESSURE y,,,,, 12 DAYS HIGH F RESSURE T eene 12 DAYS COOLANT INdECTION COOLANT INJECTIDN Plane f.0. Number: y , , , , Plant 8 O. Emmber- 9 9 ,,,, , TS-3-2370C F 103 TS-3-23700 g r, 103 Component: Component TEMPERATURE SWITCH TEMPERATURE SWITCH Presswe Presswe Manuf actwer: gps,Ag 14.7 Manutactm er p$ gag 14.7 UNITED ELECTRIC UNITED ELECTRIC CONTROLS CONTROLS Model Nwnber p,,,, g ,, Model EN: Relative TYPE F-7 n msdi,y su 100 TYPE F-7 n di,y su 100
- 76-B 76-8 Pwchase Order Number- Purchase Osder Number-GE HO752 Cham.c a, GE HO752 cne,,,,,e Functiont$ervice- Function / Service-CONTACT CLOSES ON CONTACT CLOSES ON HIG4 TEMPERATURE Radiet.on HIGi TEMPERATURE R,.d.at ion
& CLOSES ISOLATION mee 1.6 EO7 & CLOSES ISOLATION p,4 1.6 EO7 VALVES- VALVES Accur acy- Spec 4,;,, Accw acy Spec 4,,,,,
Derner NOT Deme NOT Location REOD. Locasian REOD. HPCI ROOM HPCI ROOM Elevet6cn NA Elevat.on NA 483'0" 483'0" Flood Level Flond Level , Elev8'iner NA Elevation NA Above Flood Level Above Flood Levet Yes: No Yes. No
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w-} Qsj Cnmpanane Sheet No. 73 newes.ca O Owa": COMMONWEALTH EDISON Date 04-t1-80 Facifier DRESDEN EQtMPMENT OtlALIFICATION REPORT Unit- 3 Doctet No- 50-249 ENVIRONMENT ENVIRONMENT EQUIPMENT DESCRIPTION EOUIPMENT DLSCRIPTION Pas emeter FSAR Par amese, f$AR Syse m ope,. .og System ope,etm , HIGH PRESSURE Tiv ie 12 DAYS HIGH PRESSURE g 3,,, 12 DAYS COOLANT INJECTION COOLANT INJECTION Plant f.D. Number: Tempeestwo Plane I.D. Number: Tempev ature TS-3-237tA g rp 103 TS-3-237tB gn 103 Component Compnnent TEMPERATURE SWITCH TEMPERATURE SWITCH Pressw e Pressure Manufactures; p$ggg 14.7 Mmf ac turce pgggg 14.7 UNITED ELECTRIC- UNITED ELECTRIC CONTROLS CONTROLS Modet mmibee. g,t.eiv. Medal Mah Resee 6,e . TVPE F-7 Hurnedier t%8 100 TYPE F-7 taum. deer N 100 76-B 76-8 Purchase Oede, Numbee- Purchase Osdes Numtsee. GE HO752 ch . GE HOT 52 ch.,,,6c. Spr my NA sp ,, NA Function /Servece Func e een/See vice CONTACT CLOSES ON CONTACT CLOSES ON HIGH TEMPERATURE nad6atico HIGH TEMPERATURE nadineios.
& CLOSES ISOLATION eng 1.6 EO7 & CLOSES ISOLATION yi.a t.6 EO7 VALVES VALVES Accur ac y- Spee- g,;q Accur acy Spec: g,;,9 Dene NOT Dwne NOT Locasion REQD. Locee 6en REQU.
HPCI ROOM g HPCI ROOM Submer gence Sutmiergence Elevation NA Elevation NA 483*O* 483'0" Flood Level Finod Level , Elevation NA. Flevatioer NA Above Flood Level Ahnve Flood Levet Y e s. No- V e s. No. 4
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%Y compewwas Sheet h 74 p ves6ea O O*ne COMMONWEALTH EDISON Date: 04-11-80 Facilier DRESDEN EQUIPMENT OUALIFN ATION REPORT Una e- 3 Doctet Nw 50-249 ENVIRONMEN T ENVIRONMENT EQUIPMENT DESCRIPTION . EQUIPMENT DESCRIPTION Pas ameses FSAR Par ameter FSAR Sysi m o p,, ,, ,,, Sys tem op . g HIGH PRESSURE y --
12 Ot.YS HIG4 PRESSURE T mie 12 DAYS COOLANT INJECTION COOLANT INJECTION Plant I.D. Numbe' T empee stw e Plant 8.0. mm*>er y,p,,,,,,, TS-3-2371C ~ t-r) 103 TS-3-23710 g rp 103 Component- Companaat TEMPERATURE SWITCH TENPERATURE SWITCH eresswo . Pevssw o Manuf ec ew ee: gpseg, 14.7 Marmf ecew er gpsigg 14.7 UNITED ELECTRIC UNITED ELECTRIC CONTROLS CONTROLS Model Nwnber. - p,g g;,, Model mentwo n,,,g g,, TYPE F n,smidity N 100 TYPE F-7 nu,me,,, n,p 100 76-B 76-8 Pwchase Oedes Nwnber- Peachase Ordee Number GE HO752 cn ,,,, GE HO752 cm 6e. Spe sy NA sp, y NA FunctiontSeevice: FuncteentSeevice CONTACT CLOSES ON ' CONTACT CLOSES ON HIGH TEMPERATURE n s,.t.on HIGH TEMPERATURE n,4,,,;,
& CLOSES' ISOLATION p.m . 1.6 EO7 & CLOSES ISOLATION p,a 1.6 EO7 VALVES VALVES Accu se y' Spec: Accur acy' Spec:
Ag,ng A g.,g Deme NOT Demo NOT Location REOD. Locasimi REOO. HPCI ROOM HPCI RD04 . Elevasion NA Elevation NA 483'0" 483'O' Flood Level Flood Levet , , Elevatiort NA Elevateore NA Above Flood Levet- Above Flood tevel Y e s. No- Ves No e i
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i ( s a L/ j compen.no Sheet No. 75 Revis*an O Ownes. . COMMONWEALTH EDISON Date 04-I1-80 Fac 68st r. DRESDEN F.OUtPMENT QUALIFICATION REPORT unit 3 Docket No 50-249 ENVIRONMENT ENvlRONMENT EQUIPMENT DESCRIPTION EOutPMENT DESCRIPTION Paeameter FSAR Pas anseter iSAR System op ,,,;,g Sys em op,,,,6,, HIGH PRESSURE y ;, 12 DAYS HIGH TEMPERATURE 16 12 OAVS
-COOLANT INJECTION. COOLANT INJECTION Plant I.D. Numbee-. y,.p,,,,,,,, Plant I.D. Number Teestw e TS-3-2372A g Fi 103 TS-3-23728 g.r 103 Con *ponent component TEMPERATURE SWITCH TEMPERATURE SWITCH Pressure Poessw e Manuf actur ee- gp$ggg 14.7 Manufacew e pg, g, 34,7 UNITED ELECTRIC UNITED ELECTRIC CONTROLS CONTROLS Model Nwnber g,gauve Model Nundver p,gg,,,
TYPE F-7 Hurnidity N 100 TYPE F-7 n,,, 6d.,, m 100 76-8 76-B Puschase Orde, Numt>ee- Purchase Ordee Ntember: GE HO752 en,,nec al GE H0752 cm 4c Spr my NA Seemy NA Function /See vic e Function / Service-CONTACT CLOSES, ON CONTACT CLOSES ON HIGH TEMPERATURE Radiasion HIGt TEMPERATURE Rad.ation
& CLOSES ISOLATION mad, 1.6 EO7 & CLOSES ISOLATION made 1.6 EO7 VALVES VALVES Accur acy- Spec- g,,,, Accin ac w Spae- g,,,,,
Deme NOT Deme NOT Location REOD. Location REOD. HPCI ROOM HPCI ROOM Elevation NA Elevation NA 483*O" 483'O' Flood Level Fl # Level
.g Elet ation NA Elevation NA Above Flood Levet. Above flood Levet-Yes No Yes No 1
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-h("g-Conennent Sheet No. 76
, Reveseen O Owaer: COMMONWEALTH EDISON Date- 04-11-80 Facitelr DRESDEN EQUIPMENT OUALIFICATION REPORT unit 3 Docket N* 50-249 ENVIRONMENT ENVIRONMT N T EQUIPMENT DESCRIPTION EOUIPMENT DESCRIPflON Par arneter FSAR Par om et er FSAR SY " Opos atene S''"' Oper aung HIGH PRESSURE y;,no 12 DAYS HIGt PRESSURE y ,, 12 DAYS COOLANT INVECTION COOLANT INJECTION Plant 0.D. Number:- Tmrature Plant I D, Phanber Tw agen TS-3-2372C gF 103 TS-3-2372D g y, tra Component- Cornpanent-TEMPERATURE SWITCH TEMPERATURE SWITCH Pressw e Pressure Manuf acewer: gpggg, 14.7 Manuf actw er: qp$ggy 14.7 UNITED ELECTRIC UNITED ELECTRIC CONTROLS CONTROLS Model Number: Relat6ve Mod *l N"'"h"- Relative TYPE F-7 Nurnid.ty 1%I 100 iYPE F-7 Nu,nio;,,gg, 100 76-B 76-R Purchase Order Number- Pwchase Order Number GE HO752 en,....g GE HO752 en ie,i Sprey NA Spr my NA FunctientService- FunctinntService CDNTACT CLOSES ON CONTACT CLOSES ON HIGt TEMPERATURE Radiation HIGH TEMPERATURE Red.. tion
& CLOSES ISOLATION gn,op t.6 EO7 & CLOSES ISOLATIO*f p,a 1.6 EO7 VALVES VALVES Accur ac y- Spec- 3,,,, Accur ac y Spec- 4,;.,
Dem* NOT Demo
- NOT Locat 6on REOD. Location REOD.
HPCI ROOM HPCI ROOM Submee gence Subnwe gence Elevation NA Elevation NA 483'O" 483*O" Flood Level Flood Level G_v,5,,o1 Elevatierr NA Elevatioer NA Above Flood level Above Flood Level Yes No Yes' N+
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' Owner COMMONWEAtTH EDISON Date 04-t1-80 FecHier ORESDEN EQUIPMENT QUALIFICATION REPORT Un.' 3 Docket Ncr 50-249 ENVIRONME N T ENy tRONME NT EQUIPMENT DESCRIPTION EQUIPMENT DESCRIPTION Par ametes FSAR Pas ametes FSAR Systm Sy "
Opee stmg Orev oting HIGH TEMPERATURE T 6en, 12 DAYS HIGH TEMPERATURE 16,,, 12 DAYS COOLANT INJECTION COOLANT INJECTION Plant I.D. Number y ,.p,,,,y, , Plant i D. Number: Teenpes atur e TS-3-2373A gF 103 TS-3-2373B g Fi 103 Component-- Component-TEMPERATURE SWITCH TEMPERATURE SWITCH Pr essur e Pr essus e Manuf wtwer: gp$gg, 14,7 Manuf actue,- pgggy 14,7 UNITED ELECTRIC UNITED ELECTRIC CONTROLS CONTROLS Model Number- p,,,,,,, Model Number- Relative TYPE F-7 Hum.dety N 100 TYPE F-7 Hanned.ty t%) 100 76-8 76-8 Purchase Order Number- Pwchase Ordee Number-GE HO752 ca,.6,,, GE H0752 en c., Spr ay NA sp, ,, NA Function / Service: FunctiontService-CONTACT CLOSES ON CONTACT CLOSE ON HIGH TERMPERATURE Radiation HIGH TEMPERATURE n ,4,,,;,, , & CLOSES ISOLATION maa 1.6 EO7 A CLOSES ISCLATION medt 1.6 EO7 VALVES VALVES Accur acy- Spec: g,,,, Accw acy- Spec. 4,;,, Demer NOT Demo- NOT Location REQD. Location RE00. HPCI ROOM HPCI ROOM Submee genc e Submee gence Elevation NA Elevenion NA 483'0" 483'O* Flood Level Flood Level
, ,g Elevation- NA E levation NA Above Flood Level Above Flood Level Y e s. No Y es. No-
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% %J C- ..t Sheet No. 78 Revisio" O owner: COMMONWE ALTH EDISON Ost* 04-t1-80 Facileer ORESDEN EQUIPMENT QUALIFICATION REPORT O'*it. . 3 Esocket No- 50-249 3
ENVIRONMENT ENVIRONMENT EOUtPMENT DESCRIPTION EOutrMENT DESCRIPTION Pav emetee FSAR Par ameter FSAR Syst m op,, ,, ;,g S p e e= op,, ,,,,, HIG4 TEMPERATURE y i., 12 OAYS HIG1 TEMPERATURE gg 12 OAYS COOLANT INJECTION COOLANT INJECTION Plant I.D. Number: Temperstwo . Plane 1.D. Numbe'~ im mew . TS-3-2373C g Fi 103 TS-3-23730 gn 103 Component: Component. TEMPERATURE SWITCH' TEMPERATURE SWITCH Pressus e Pressure Manuf actur er: p$ggy 14.7 Manuf actur er pgggg $4.7 UNITED ELECTRIC UNITED ELECTRIC CONTROLS CONTROLS Model Number: p,,,, gy , Model Nwnber: Ref ative TYPE F-7 Humidity 1%) 100 TYPE F-7 Humid.tr t%p 100 76-B 76-8 Purchase Order Numbes- Purchase Oeder Number-GE HO752 Chermcal GE HO752 Chemicas Sprmy NA $p ,y NA Functioniservice- Function / Serv 6ce-CONTACT CLOSES ON CONTACT CLOSES ON HIGH TEMPERATURE Radiation HIGH TEMPERATURE Rad neaan
& CLOSES ISOLATION mad 1.6 EO7 & CLOSES ISOLATION mad) 1.6 EO7 VALVES VALVES Accur eer Spec: 4,;,, Accus acy: Spec: A ,,,,
Demo. NOT Demo NOT Location REOD. Lacetina REOD. HPCI ROOM HPCI ROOM Elevation NA Ef ewation NA 483'0" 483'0" Flood Level Flood Level , ,_ Elevation NA E levation- NA Above Flood Level Above Flood Level ves: No. Yes No l l
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L) d J Compoaeat Sheet No 79 Revisica O Owa*e COMMONWEALTH EDISON D*'e 04-11-80 Facitier ORESDEN EQUIPMENT QUAttICATION REPORT Unit' 3 Doctes ser 50-249 ENV8RONMENT DOCUMENTATION REFERENCES EQUIPMENT DESCRIPTION Parametee METHOO 81 EMS. FSAR Ouatstication FSAR Oual. Srsierer op,, ,, *ag HIGH PRESSURE rime 12 DAYS REF. SEE NOTE COOLANT INJECTION (A) (8) Plant I D. Numbe' Tempeestwo PT-3-2382 g.ps 150 REF. SEE NOTE Component- (B) (1) PRESSURE TRANSMITTER Presswe Manuf actwer: gp$gg3 14.7 NOT REF. NOT GENERAL ELECTRIC REOO. (B) REOD. Moel Nwnber: Relateve 4532KitOO1 pumid,ty m 100 REF. SEE NOTE (B) (1) Pwchese Order Numbee: GE HO950 Chemeces Sp,,y NA NA NA NA NA Functientseevice TRANSMIT SIGNAL TO PRESSURE SWITCH n.4, ,;on madt 2.1 EOS REF. SEE NOTE (C) (1) Acew ec y- Spee A g,,, Oemo 'EE NOTE Locatiaer (l) RACK 2203-29 SW CORNER ROOM Sutiener gence Elevation NA NA NA NA NA 476*6" Flood Level Elevation NA Above Flood Level- ., vos No DOCUMENTATION REFERENCES NO TES A. FSAR FIGURES 5.2.11 AND 5.2.12 1. INVESilGAIE ExlSIENCE OF QUAllFICAllON OAIA B. FSAR SECTION 6.2.3.2 WITH MANUFACTURER. C. BECHTEL RADIATION STUOY a-nese-os
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Par amet er METHOD ITEMS FSAR Ouahfication FSAR Ouel. Sy stem Oper st mg HIGH PRESSURE 76mn 12 DAYS NOT REF. COOLANT INJECTION REOD. (A) Plant f.D. Numtier- Tems atw e g r3 103 NOT REF. NOT component- REOD. (B) REOD. GLAND STEAM EXHAUSTEP FAN p, ,,, o, , Manuf actur er: gpsig: 14.7 NOT REF. NOT GENERAL ELECIRIC REOD. (B) REOD. Model Number: Relative 5BC74AV2193 Humidely t%) 100 NOT REF. NOT REOD. (B) REOD. Purchase Order Numbes: Chemecal _ sp,,y NA NA NA NA NA Function /Seevice-Radeation (Radi NEI-(C) Accuracy: Spec: NA Aging Demo' NA NOT NOT REF. NOT Location- REOD. REQD. (D) REOD. HPCI ROOM Elevation NA NA NA NA NA 476'6" flood Level Elevation: NA Above Flood Level Yes: No DOCUMENTATION REFERENCES NOTES A. FSAR FIGURES 5.2.11 AND 5.2.12 B. FSAR SECTION 10.11 C. BECHTEL RADIATION STUDY D. REPORT SECTION 4.3.6 o onse os
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- 1. OEIERMINE Eou!PMENI LOCAllON AND ESIABLISH ENVIRONMENTAL SERVICE CONDITIONS.
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Facilitr DRESDEN EQUlPMENT OUALIFICATION REPORT Un6' 3 Docket Na .50-249 ENVIRONMENT DOCUMENT ATION REFERENCES EOutPMENT DESCRIPTION QUALIFIC AilON OUTSTANDING Par ameter METHOD ITEMS FSAR Oesatification FSAR Oval. Systens ope,,ti"' HIGH PRESSURE Ti,n. SEE NOTE COOLANT INJECTION .- I'I Plant I.D. Number T enges atur e LS-2/3-2350A,B,C.D gr SEE W TE Cornponent- ,, LEVEL SWITCH Pressure Manuf acturer- SEE NOTE PSt Al . I1) Model Nurnber: Relative Humidity (%) (1) Purchase Order Number: Chem cal Spr av SEE NOTE Function / Service g,3 SEE ATTACHED SHEETS Radiation (Rad SEE NOTE (1) Accuracy: Spec- Aging Demo: SEE NOTE Locatiert SEE ATTACHED SHEETS Submer gene e Elevation 5EE NOTE SEE ATTACHED SHEETS I'I Flood Level Elevatiotr Above Flood Level Yes- No DOCUMENT ATION REFERENCES NOTES
- 1. DEIERMINE EQUIPMENT LOCAliON ANU ESIABLISH ENVIRONMENTAL SERVICE CONDITIONS.
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' Focilltr ORE 5 DEN EQUIPMENT QUALIFICATION REPORT unit 3 Onctet N* 50-249 ENVIRONMENT ENVIRONMENT EQUIPMENT DESCRIPitON EQUIPMENT DESCRIPTION Par arneter FSAR Par ameter 75AR Sy s tem op ,,, ,,, Syst e o p,, ,, ,,g HIGH PRESSURE T rene HIGH PRESSURE y;.e COOLANT INJECTION COOLANT INJECTION Plant I.D Number: Ternper atur e Plant I.D. N'anber' g,,,p,,,,,,,
L-2/3-2350C rr) L-2/3-23500 g r, Component Cornponent. LEVEL SWITCH LEVEL SWITCH Presswe Presstne Manuf acturer- gpggg, Marwf acturer- gpggag Model Numbe' Relativs Model Numbw p,gaggy, Hurnidety f%) Humidely (%) Purchase Order Number Purchase Order Number: Chemic al Chemecal Spr ay Spr ay Function / Service Func tiontservice-Radiation Radiation (Radt (Rad) Aceta ec y- Spec A g,,, Accur ac y Spec-4 ,3,, Demo Demo Location tocation Submar genc e Submergence Elevation Elevateon Flood Level Flood Level Elevatiert NA Elevaien, Above Flood Level- Above Flood Level Yes: No. Yes. No. e
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Sy s tem-op,, ,, ,,, AUTO DEPRESSURI7ATI0t4 y 3.e 10.5 REF. SEE NOTE MAIN STEAM SECONDS (A) III Plant 8.0, Numhe' Te r etur e A0-3-2O3-182A-D g.n NORMAL 150 REF. SEE NOTE Component- LOCA 281 (8) (1) MSIV AND SOLENOID FDP AIR OPERATOR p,,,,,,, FA nuf acturer- psig3 NORMAL 14.7 REF. SEE NOTE
' AUTOMATIC VALVE CO. LOCA 63 (B) (t)
Model humber: Relative C5512 ,5,m;o,ty t%) 100 REF. SEE NOTE (R) (1) Purchase Order Number: GE H-OO49 Chemecal SPEC 21A5644AB Sp,y REF. SEE NOTE Func tiontSes vice (C) (1) SEE ATTACHED SHEETS Radiation (Ram 5.8 EO4 REF. SEE NOTE (D) (1) Accur acy: SPee- A g.no Demo SEE NoiE Location- (1) SEE ATTACHED SHEETS Elevatiort NA NA NA NA NA SEE ATTACHED SHEETS Flood Level Elevation-Above Flood Level Y e s. No: 00CUMENTAitON REFERENCES NOTES A. FSAR SECIION 6.2.7.2.D 1. INVESilGAIE ExlSIENCE OF QUALIFICAIICN DATA B. FSAR FIGURES 5.2.1185.2.128FSAR TABLE 5.2.1 WITH MANUFACTURER. C. FSAR SECTION 6.2.4.2.0 D. BECHTEL RADIATION STUDY l c-on5n-Os
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SYS' " oper ating Sy st em op,, ,,6 , AUTO DEPRESSURIZATIOP4 T ,me CONTINUOUS AUTO DEPRESSURIZATIOP< Time 10.5 MAIN STEAM MAIN STEAM SECONDS Plant 5.0. Nurnb*' Ternper stm e Plant 1.D. Numbes: Teenpee stw o AO-3-203-1A go ry NORMAL 150 AO-3-203-1B gn NORMAL 150 Component- LOCA 281 Component- LOCA 281 MSIV AND SOLENOID FDP MSIV AND SOLENOID FOP AIR OPERATOR Pr essur e AIR OPERATOR Pressur e Manuf actures. aps:A3 NORMAL 14.7 Manuf ac tur ee- p$ggy NORMAL I4.7 AUTOMATIC VALVE CO. LOCA 63 AUTOMATIC VALVE CO. LOCA 63 Model Number. Relative Model Numbat' RelaHve C5512 n,,m6o,,, g.g,3 100 C5512 Numidity (% 100 Purchase Ordee Number- Puschase Oeder Number GE H-OO49 chemica, GE H-OO49 Chemical SP,EC 21A5G44AB sp,,y DEMIN SPEC 21A5644AB sp, .y DEMIN Function /Sevvice WATER Function / Service: WATER PILOT SOLENOID VALVE PILOT SOLENOID VALVE FOR INBOARD MSIV ON Radiat eo,, FOR INBOARD MSIV ON Radiation A STEAM LINE mad 5.8 EO4 8 STEAM LINE maa 5.8 EO4 Accur ac y: Spae- NA Aging Accur ac y Spec: NA Ag6 , . Demo- NA Demo NA Location Location INSIDE DRYWELL INSIDE DRYWELL NEAR O AZIMUTH Suhmee gance OUWm Swgwe Elevation NA Einahon NA 515'6" 515'G" Flood Level Flood Level g Elevatierr NA Elevation- 505'6" Above Flood Level Abova Flood Level-Yes: No Yes No: 9 e t i
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, Facilitr DRESDEN EQUIPMENT OUALIFICATION REPORT unit- 3 Docket N' 50-249 ENVIRONME NT ENVIRONMFNT EQUIPMENT DESCRIPTION EQUlPMENT DESCRIPTION Par ames er FSAR Parameter FSAR System o p,, ,, ,ng Sys tem op,,,,,og AUTO DEPRESSURIZATIOta rim, 10.5 AUTO DEPRESSURIZATIOPJ y;me 10.5 MAIN STEAM SECONOS MAIN STEAM SECONDS Plant I.D. Number- T emper atus e Plant f.D. Numbe' Temperature AO-3-203-IC g F3 f.'OR M A L 150 AO-3-203-1D g F) NORMAL 150 Component- LOCA 281 Component- LOCA 281 MSIV AND SOLENOID FOP MSIV AND SOLENOID FOR AIR OPERATOR p,essur e AIR OPERATOR p, es=ue e Manuf acturer- psegg NORMAL 14.7 Manuf acturce- pgu, fJORMAL 14.7 AUTOMATIC VALVE CO. LOCA 63 AUTOMATIC VALVE Co. LOCA 63 Model Nurnber: Relative Model Numhet. Relative Humedity (%) 100 C5512 Humid.ty tsi 100 Purchase Order Number: Purchase Oeder Number:
GE H-OO49 Chemical GE H-OO49 Cw,,,,,e SPEC 21A5644AB sp y DEMIN SPEC 21A5644AB sp y DEMIN Functioniservice: WATER FuncIion/Ser vece- WAiER PILOT SOLENDID VALVE PILOT SOLENOID VALVE FOR INBOARD MSIV ON n,q;,,;,n D Radiauan C STEAM LINE mam 5.8 EO4 mae 5.8 E04 Accur acy. Spec. NA Ageng Accur acy- Spec: NA 4,,ng Demn. NA Demo- NA Location L ocation INSIDE ORYWELL INSIDE DRYWELL NEAR O AZIMUTH Suhmes gence NEAR O AZIMUTH Submergenest Elevation NA Elevation NA
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Flood Level Floud Level Elevation-NA Elevation: 505'6' Above Flood Level- Above Flood Level Yes- No V es: Nw
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Q )t yJ Component Sheet No. 108 Revision o Owner: COMMONWEALTH EDISON Dat e 04-1I-80 Facifier DRESDEN EQUIPMEt.fT GUALIMCATION REPORT unit: 3 Doct e i Na 50-249 ENV aRONME N T ENVIRONME N T EQUIPMENT DESCRIPTION EQUIPMENI DESCRIPTION Par ameter FSAR Pas ametes FSAR Syst em: Oper ating S Y * Opee sting AUTO DEPRESSURIZAT107, t im, 10.5 AUTO DEPRESSURIZATIOf' 10.5 Time MAIN STEAM SECONOS MAIN STEAM SECONOS Plant I.D. Numbe' Teenpee s*ur e NORMAL 120 Plant t.D. Numt5er: 9,,,,,,,,, NORMAL 120 A0-3-2O3-2A gr HELB 242 A0-3-203-28 g y, HELB 242 Component- Component-MSIV AND SOLENOID FDP MSIV AND SOLENOID FDP AIR OPERATOR p, es ,,, NORMAL 14.7 AIR OPERATOR riessu,, NORMAL 14.7 Manuf actueer- ps Ap HELB 27.0 Manuf acturer- msgA3 HELO 27.0 AUTOMATIC VALVE CO. AUTOMATIC VALVE CO. Model Number: Reblive Model Number: p,, ,, ;,, C5512 n,smidity (%) 100 C5512 n, midi,y gr.3 100 Purchase Oeder Number- Purchase Oeder Numhet-GE H-OO49 chemica GE H-OO49 chemical SPEC 21A5644AB sp,y NA SPEC 28A5644AP sp,y NA Function /Ser vece- Func tionfSer vice-PILOT SOLENOID VALVE PILOT SOLENOID VALVE FOR OUTBOAPO MSIV ON Radiation FOR OUTBOARD MSIV ON Radiation A ST E AM LI'.E (Rad) <1.0 EO1 0 STEAM LINE (Rad <f.0 EO4 Accut acy- Spec. NA g ging Accur acy Spec- NA agio, Demo NA O*mo NA Location Loc ation STEAM TUNNEL NEAR STEAM TUNNEL NEAR DRYWELL PENETRATION Submee gence ORYWELL PENETRATION si,hene.gence Elevation NA Elevation NA 515'6" 515'6" Flood Level Flood Level , Elevation NA Elevation- NA Above Flood Level Above Flood Level Yes. No: Yes No-
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/ . %.J camponent Sheet No. tog Revision o Owner- COMMONWEALTH EDISON Da* 04-11-80 Facilar DRESDEN EQUIPMENT OUALIFICATION REPORT Unie- 3 Doctee W 50-249 E NVIRONMEN T ENVIRONVENT EuUIPMENT DESCRIPTION EQUIPMENT DESCRIPTION Pas amates FSAR Pae mme rce FSAR S ys eem. Sysem ope,,,ing ope,a,in, AUTO DEPRESSURIZATIch g i,ne 10.5 AUTO DEPRESSURIZATI0tJ g i,n, 10.5 MAIN STEAM SECONDS MAIN STEAM SECONDS Plant 1.0. Nwnher- y ,,np , ,,, , NORMAL 120 Plant 0.D Numbe'~ T emper atw e NORMAL 120 AO-3-203-2C gn HELS 242 AD-3-2O3-2D g r, HELB 242 Component Cnmponent.
MSIV AND SOLENDID FDP MSIV AND SOLENOID FOR AIR OPERATOR p, e s,w e NGI'*4 A L 14.7 AIR OPERATOR p, essure NORMAL 14.7 Manuf actmer- ps,Ap HELB 27.0 Manuf actw ee HELB 27.0 PSIA) AUTOMATIC VALVE CO. AUTOMATIC VALVE CD. Model Number: p, g g g,, Modet Numhee- p,,,, gy, C5512 Hwnedity t%, 100 C5512 Hunnidier tu 100 Pwchose Order hnber- Pwchase Oeder Number GE H-0049 Chemic al GE H-OO49 Chemicat SPEC 2fA5644AB Sp,,y NA SPEC 21A5644AB sp, ,y Function / Service f unction /Sae vice PILOT SOLENOID VALVE PILOT SOLENDID VALVE FOR OUTBOARD MSIV ON R adi at e o,, FOR OUTBOARD MSIV ON n,oi,,;on C STEAM LINE gn a <1.0 EO4 D STEAM LINE mes <1.0 E04 Acewacy: Spec: NA A g en, Acewacy- Spec. NA 4 9,,, Dema NA Demo NA Location Location STEAM TUNNEL NEAR SIEAM TUNNEL NEAR DRYWELL PENETRATION Sut>mer gene, DRYWELL PENETRATION Submee geme Elevation NA Elevation NA 515*6* 515*6* Flood Level Flood Level 6- M W Elevatson NA Elev atinn Above Flood Level. Above Flond tevel Yes No Yes No
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sm ,. / ( (/ - Component Sheet No j30 Revision Q Owene' COMMONWEALTH IDISON Date 04-11-80 Facifier DRESDEN EQUIPMENT GUALIFICATION REPORT Um t- 3 Docket Nw 50-249 ENVIRONMENT DOCUMENT A TION REFERENCES EOUtPMENT DESCRIPitON METHf D ITEMS Par ameter FSAR Oualification FSAR Qual. S Y"" Opar ating AUTO DEPRESSURIZATIOh g ;,,, 12 DAYS REF. S' oLTANEOUS SEE NOTE MAIN STEAM (A) TEST (t) Piant I D. Number: T empos atur e 3-203-3A g pg NORMAL 150 300 REF. REF. SIMULTANEOUS component- LOCA 281 (A) (B) TEST SAFETY RELIEF VALVE AND SOLENOID p,,,,,,, Manuf actur er: psg43 NORMAL 14.7 76.7 REF. REF. SIMULTANEOUS DRESSER INDUSTRIES LOCA 63 (A) (B) TEST Model Numbee: Relative C5450-5 Humidity (%) 100 REF. REF. SIMULTANEOUS SEE NOTE (A) (B) TEST (2) Purchase Order Number GE H-0270 Chermest SPEC 21AS482 sp, ,, DEMIN REF. SEE NOTE Funct 6on/See v oce. WATER (C) (3) SAFETY RE!'EF VALVE FOR REACTO4 PRESSURE Red ation VESSEL p.a 1.0 EO8 REF. SEE NOTE (D) (3) Accur acy: Spee: Aoing Demo SEE NOTE tocat .on (3) IN',IDE DRYWELL ON A MAIN STEAM LINE sud ,g nc, Elevation NA NA NA NA NA 539'O" Flood Level Elevation Above Flood Level Yes No DOCUMENT ATION REFFRENCES NOTES A. FSAR FIGURES 5.2.11&5.2.128FSAR IABLE 5.2.1 1. RESULVE OUALIFICAIION IESI IIME B. PEP #42963 PROJECT ENGINEER PROGRAM TEST-DRESSER 2. RESOLV HUMIDITY DURING TEST RELIEF VALVE ACTUATOR. 3. INVESTIGATE EXISTENCE OF OUA'.lFICAT ION C. FSAR SECTION 6.2.4.2.B. DATA WITH MANUFACTURER. D. BECHTEL RADIATION STUDY. n cese-os
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Congonant Shees No j34 stevis6on 0 0-aw- COMMONWEALTH EDISON Dat e 04-11-80 Facitetr DRESDEN EQUIPMENT QUALIFICATION REPORT unit- 3 Docket Na 50-249 EQUIPMENT DESCRIPTION OUALIFICAllON - OUTST ANDING Par ameter FSAR Oualefication MFTHOD ITEMS FSAR Oual. Sy st erm op,,,,3., AUTO DEPRESSURIZATIOb g am. 1 MINUTE 16 DAYS REF. REF. SIMULTANEOUS MAIN STEAM (A) (B) TEST Plant f.D. Numbee: T empes atm e MO-3-220-1 g Fi NORMAL 150 250 REF. REF. SIMULTANE005 SEE NOTE Component LOCA 281 (C) (B) TEST (1) MOTOR OPERATED GLOBE VALVE p, essure Manuf acturer NORMAL 14.7 39.7 REF. REF. IpsgAs SIMULTANEOUS SEE NOTE LIMITOROUE (RELIANCE) LOCA 63 (C) (B) TEST (1) Model Number- Relative SMB-OO-7.5 Nom;a;,y g%, 100 W W. SI M MMM SN.73861A (B) TEST Puschase Oedar Number-3447-141 ch,mac : SPEC K-2205 sp,,, DEMIN WATER REF. Function /Servicar (D) MAIN STEAM LINE DRAlb CONTAINMENT ISOLATIO Radiation VALVE mad 3.3 EO6 2EO7 REF. REF. INDIVIDUAL SEE NOTE (E) (B) TEST (2) Accur acy- Spac: NA A g ,,, Demo- NA 165F REF. INDIVIOUAL SEE NOTE Loc ation- 199.8 HOURS (B) TEST (2) INSIDE DRYWELL NEAR O AZIMUTH Submer gence Elevation- NA NA NA NA NA NA 515'O' Flood Level . Elevalecer Ahove Flood Level Yes No DOCUMENT ATION REFERENCES NOTES A. FSAR FIGURE 8.2.5 1. INVESTIGATE EAISIENCE OF ADDlilONAL QUALIFICATION B. REPORT NO. 600461-B0003 OUALIFICATION TYPE TEST DATA WITH MANUFACTURER. REPORT-LIMITOROUE VALVE ACTUATORS FOR CLASS 1E SERVI 2. RESOLVE AGING REQUIREMENTS.
-CE OUTSIDE PRIMARY CONTAINMENT.
C. FSAR FIGURES 5.2.11 & 5.2.12 D. FSAR SECTION 6.2.4.2.0. E. BECHTEL RADIATION STUDY c-onsa os
{ -- . . . . . , . , p ( U U v Ces $ bee W 135 Revessoa O owner COMMONWEALTH EDISON Date 04-tt-SO Facetier ORESDEN EQUIPMENT QUALIFICATION REPORT unis- 3 Doctet No- 50-249 ENVIRONMENT DOCUMENT ATtON REFERENCES EQUIPMENT OESCRIPflON QUAttFICAf f 0N OUTSTAPOING Parameter uGTHOD litMS FSAR Oualif ecation FSAR Qual. System Ops etW AUTO DEPRESSURIZATIOP- y,,n, 1 MINUTE 16 DAYS REF. REF. SIMULTANEOUS MAIN STEAM (A) (B) TEST Plant I D. Nurnber y ,,,,,, MO-3-220-2 g.n NORMAL 120 250 REF. REF. SIMULTANEUOS SEE NOTE Corevonent LOCA 281 (C) (B) TE5T (1) MOTOR OPERATED GLOBE VALVE p,,s sur e Manutecturer- sps:A3 NORMAL 14.7 39.7 REF. REF. SIMULTANEU0S SEE NOTE LIMITOROUE(RELIANCE A LOCA 63 (C) (B) TEST (1) Model Pournbe'? Relative SMB-OO-7.5 nu,n.d.,y as: 100 W W- MF. MM WGM (C) (B) TEST Purchese Order Number 3447-141 cm .e, SPEC K-22O5 Sp, .y DEMIN WATER REF. SEE NOTE Function /Seevece- (DI I1I MAIN STEAM LINE DRAIPa CONTAINMENT ISQL4TIO n,4,,,6 VALVE tR de 2EO7 REF. REF. INDIVIDUAL (E) (B) TEST Accur ac y- Spec NA a,,ng Demo NA 165F REF. INDIVIDUAL SEE NOTE tocasiori 199.8 HOURS (B) TEST (2) STEAM TUNNEL NEAR DRYWELL PENETRATION Submer genc e t
+ .,,i so,t NA NA NA NA NA NA F8e
- Level itioer Above Ff-od tevel
> No DOCUMENTATION REFERENCES PeOT E S A ,
flGURE 8.2.5 1. INVESilGAIE EAISIENCE OF ADUlllONAL QUAllFICAllON B. R' N T NO. 600461-80003 OUALIFICATION TYPE TEST DATA WITH MANUrACTURER. REFORT-LIMITOROUE VALVE ACTUATORS FOR CLASS 1E SERVI 2. RESOLVE AGING REQUIREMENTS.
-CE OUTSIDE PRIMARY CONTAINMENT.
C. FSAR FIGURES 5.2.11 & 5.2.12 O. FSAR SECTION 6.2.4.2.B. E. BECHTEL RADIATION STUOY G -0999 -t i
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'w/ \ \M Companane Shace No 116 Rev s.on o O=ae': COMMONWEALTH EDISDN F acitier 8% . 04-tt-80 DRESDEN EQUIPMENT QUALIFICATION REPORT Unit: 3
. Docket No- 50-249 ENVIRONMENT DOCUMENTAllON PEFERENCES EQUIPMENT DESCF tPflON QU ALIFICA TION OUIS T ANDING Pararnetee FSAR og,tificag,oa FSAR Oval.
SF*"' Opas se eng AUTO DEPRESSURIZATIOt< y ,,n, <1 MINUTE REF. SEE NOTE MAIN STEAM (A) (t) Psane i D. Numt>er, y ,,np,, ,,,, , SEE ATTACHED SHEETS rr, 150 REF. SEE NOTE Component (B) (1) DIFFERENTIAL PRESSURE IPOICATING SWITCH p,,,,,, Manuf acewee gps w 14.7 NOT REF. NOT BARTON REOD. (B) REOD. Model Nsrcer- p, g ,, ;,, 278/224 n,,n64,,, m 100 NOT REF. NOT REOO. (B) REOD. Pwchase Ordeo Number-GE H-0953 Chemical sTEC 2 tat 1SSAC sp, ,, NA NA NA NA NA F une he..'Ser v ec e-SEE ATTACHED SHEETS Radiateon ate <1.O E04 REF. (C) Accw ee r Spec- 4 9,,, Dmo- SEE NOTE Loe pt 6on (2) SEE ATTACHED SHEETS Suteer gence Elevat 6ert NA NA NA NA NA SEE ATTACHED SHEETS Flood Level Elevat eost Above Flood Level Yes No-DOCUMENTAf TON REFERENCES NO TE S A. THESE SENSORS ARE UllLI2ED 10 DEIECT A MAIN STEAM LINE BREAK BV- MEASURING HIGH STEAM LINE FLOWW.AS SOON AS A STEAM LINE BREAK OCCURS. THE SENSORS DETECT HIGH STEAM LINE-FLOW
& THEIR FUNCTION IS COMPT.ETED. ONE MINUTE WAS CONSERVATIVELY ASSUh'O.
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J (Y% companent Sheet No. 118 Revisene* O Owner: COMMONWEALTH EDISDN Date 04-11-80 F acite t y' ORESDEN EQUlPMENT OUALIFICATION REPORT Umt- 3 Docket No 50-249 ENVIRONMENT ENVIRONMEN T EQUIPMENT DESCRIPitON EQUIPMENT DESCftlPTION Parameter FSAR Pas ametee FSAR System op,, ,,3 , S ys tem op,, ,,; , AUTO DEPRESSURIZATION v 3., <1 MINUTE AUTD DEPRESSURIZATIOP' Time <l MINUTE MAIN STEAM MAIN STEAM Plant e.D. Number:- y,,,,,,,,, Plant 1.D. Numbar- Temper atur e DPIS-3-261-2A gr 150 DPIS-3-2Gt-2B g r, 150 Component component DIFFERENTIAL PRESSURE DIFFERENTIAL PRESSURf INDICATING SWITCH Pe es sur e INDICATING SWITCH Pressure Manut actur ee- g.s,43 14.7 Manuf ac sur er ps, A3 14.7 BARTON BARTON Model Number. p, g ,, ;,, Model Newnher- p, g ,,3,, 278/224 si,wnidity N 100 278/224 N,,rn,di,y m 100 Purchese Oeder Number: Purchase Oedas Number-GE HO953 Chemicat GE HO953 chem,c,i SPEC 21A1155AC Sp,y NA SPEC 2tA1155AC -p ,y NA Function / Service. Functenn/ Service-STEAM LINE HIGH FLOW STEAM LINE HIGH FLOW SENSOR & TRIP SIGNAL Radiation SFNSOR & TRIP SIGNAL Radiation mad) <1.0 E04 med <t.0 E04 Accur acy- Spec- 49,,9 Accur acy Spec 49,,9 Demo- Demo Location L ocation SW CORNER ROOM SW CORNER ROOM Submes gence Submee gance Elevat6on NA Elevation NA 491'O' 491'O' Flood Level Flood Level , , Elevasener NA Elevation' NA Above Flood Levet Above Flood Level Y e s- No- Yes No-
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r- , __. .- , , .. ., , _. . g %. ( k b/' camponent Sheet No. t19 Revisnm O Owne- COMMONWEALTH EDISDN Date 04-11-80 Facilitr ORESDEN EQUIPMENT GUALIFICATION REPORT L8 nit- 3 Docket No- 50-249 ENVIRONMENT ENVIRONMFNT EQUIPMENT DESCRIPitON EOUIPMFNi DESCRIPilON Par ame'er FSAR Pas amater FSAR System op,, ,, ,,, Syssem op ,,,go, AUTO DEPRESSURIZATI0td Tiene <t MINUTE AUTO DEPRESSURIZATION T 3,,, <t MINUIE MAIN STEAM MAIN STEAM Plant I.D. Number y,,,,,,,,,, Plant I.D. Mant>ee. g.,,,,,,, DPIS-3-261-2C s F, 150 OPIS-3-261-2D g r, 150 Cornponent- Component DIFFERENTIAL PRESSURF DIFFERENTIAL PRESSURF
' INDICATING. SWITCH Pressure INDICATING SWITCH p,,,,,,,
Manuf acturer- gpgggg 14,7 Manuf actemes p$g gg 14.7 BARTON BARTON Model Nesmber- p,,,,,,, Model Nin% e. p,g ,;,. 278/224 m, ;dif y m 100 278/224 ann 6o,i, ts 100 Purchase Ordee Munber: Pinchase Oeder Number-GE HO953 c3,m;e GE HO953 ch,m,c., SPEC 21A1155AC $p, ,, NA SPEC 21A1155AC s p, ,, NA FunctiontService- Func tion /Ser v6c e-STEAM LINE HIGH FLOW STEAM LINE HIGH FLOW SENSOR & TRIP SIGNAL Rad ation SENSOR & TRIP SIGNAL Rad.et.on made <1.O E04 made <1.O EO4 Accur acy- Spec: Aging A CC'" acy- Spec g g;,, Demo- Demo-Location Locat eon SW CORNER ROOM SW CORNER ROOM Elevation NA Elev at eon NA 491'0" 491'O' Flood Level flood Level _ _ Elevation. NA Elevat6 err NA Above Flood Level Above Flood level V es. No Yes No i f i
/^\ O 'N Cnenpanene Shees No. 120 Rev6s on o Owner: COMMONWEALTil EDISON Dave 04-t1-80 Facil< r DRESDEN EQUIPMENT OUALWICATION REPORT un6t: 3 Docket No- 50-249 ENVIRONMENT E NVIRONMy N T l
EQUfPMENT DESCRIPTION EQUIPMENT DESCRIPTION Par amet er FSAR Parametee r$AR Sys tem Oper at eng S YS *' Opee sting AUTO DEPRESSURIZATIOr' Tim , <t MINUTE AUTO DEPRESSURIZATIOr< 7 6., <t MINUTE MAIN STEAM MAIN STEAM Plant I.D. Number: Temper atur e Plant 8.D. Number- T emper atur e DPIS-3-261-2E g r, 150 DPIS-3-261-2F g r, 150 Component. Component
- DIFFERENTIAL PRESSURE DIFFERENTIAL PRESSURE INDICATING SWITCH p, ,,,u, e INDICATING SWliCH p,,,,,,,
Manusactus er- ps 43 14.7 M anut ac t.= e, pg,g, 14,7 BARTON BARION Model Numb * Relative Model Numbe' R*Iative 278/224 themidity N 100 278/224 eg, ;oie, gs, 100 Pinchase Order Number: Puschase Ordes Number GE HO953 cm, ;c., GE HO953 enemic SPEC 21A1155AC Sp,,y NA SPEC 21A1155AC Spe ay NA Function /Ser vice- Func tinnISer vice-STEAM LINE HIGH FLOW STEAM LINE HIGH FLOW SENSOR & TRIP SIGNAL Radiation SENSOR & TRIP SIGNAL Radiation madt <1.O E04 mad, <1.O EO4 Accur acy- Spec: Agmg ^**"' ac r Mc Aging Demo- Demo-Location Locat6ca SW CORNER ROOM SW CORNER ROOM Elevation NA E f ewation NA 491'0" 491'0" Flood Leve4 Flood Level , , Efevation NA Elevatiorr HA Above Flood Level Abova Flood t evel Yes- Nw Yes. No.
m ] V , ,J Covapanene Sheet h 121 Revis on o
'C COMMONWEALTH EDISON Date 04-11-80 Facilitr DRESOEN EQUIPMENT OUALIFICATION REPORT Unit- 3 Docket No. 50-249 E PfV f RONME NT ENVIRONMEtif EQUIPMENT DESCRIPTION EQUIPMENT DESCRIPTION Parametes , FSAR Parametes FSAR Systern SF "
Opeesting Oree sting AUTO DEPRESSURIZATION T em. <1 MINUTE AUTO DEPRESSURIZATIOh y; <t MINUTE MAIN STEAM MAIN STEAM Plant 1.0. Number: y,,,,,, Plant I.D. Membee: Tempeestwe DPIS-3-261-2G g sp 150 DPIS-3-261-2H g ri 150 Cornponent Component-DIFFERENTIAL PRESSURF DIFFERENTIAL PRESSURE , INDICATING SWITCH p,,,,,, INDICATING SWITCH p,,,,,, Manuf actur er: pSeg) 14.7 Menuf actures psigg 14.7 BARTON BARTON ModeI Nwnber- Re9aeive M 08'8 '*'*b Reaative 278/224 Humidity 1%) 100 278/224 n ,nidit,g%1 100 Pwchase Ordee Numbee Pwchase Order Nurnbee GE HO953 cn 4,,, GE HO953 c, 6c., SPEC 21A1155AC Sp , NA SPEC 21A1155AC sp,y NA Function /See vic e. Funct on/Seevice STEAM LINE HIGH FLOW STEAM LINE HIGH FLOW SENSOR & TRIP SIGNAL Rad.ation SENSOR S TRIP SIGNAL Radiation mods <1.O EO4 p y, <g.O E04 Ac ew ae r. Spec- A ,,,9 Acew acy- Spec- 4,3,, Deeno Deena Location Location SW CORNER ROOM SW CORNER ROOM Elevation NA Elevation NA 491'O* 491'0" Flood Level Flood Level Elevat6on NA Elevatece NA Above Flond Level Ahove Flood Level Vos No Yes No
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S u \ b Cornponent Sheet No. 122 Reviseen O Owner- COMMONWEALTH EDISON Date- 04-11-80 Fa*61st r DRESDEN EQUIPMENT QUALIr1 CATION REPORT unit: 3 Docket N<r 50-249 ENVIRONMENT ENVIRONMENT EQUIPMENT DESCRIPilON EQUIPMENT DESCRIPif 0N Par ametM FSAR Perarneter FSAR Systm Oper ating S Y 5 *"' Operatseg ' AUTO DEPRESSURIZATI0ti y ;,n, <1 MINUTE AUTO DEPRESSURIZATION 16m, <1 MINUTE MAIN STEAM MAIN STEAM Plant 1.D. Number- T emper atw e Flant I.D. Numh"' Tevesper atur e 261-21 g F, 150 DPIS-3-261-2K rn 150 component- compnnent DIFFERENTIAL PRESSURf DIFFERENTIAL PRESSURF INDICATING SWITCH p,,,,,, INDICATING SWITCH Pressure Manuf actus es- FStAs I4 7 M*""'**'"* 14 7 (PSI At BARTON BARTON Model Number: p,,,, g ,, Model Nurreer. p ,,g g,, 278/224 no,nidery (%p 100 278/224 no.6o,t, is 100 Purchase Order Nurnber: Pwehase Oeder Number: GE HO953 Chernic,, GE HO953 c3, 6 , SPEC 21A1155AC sp,,y NA SPEC 21A115AC Spe sy NA Functiontservice: Function #Servece-STEAM LINE HIGH FLOW STEAM LINE HIGH FLOW SENSOR & TR!' SIGNAL Radiat6on SENSOR & TRIP SIGNAL Radiation md> <t.O E04 (Ra<a <1.O E04 Accuracy Spec- A g ,,,, Accur acy. Spec: Ageng Demo- Demo-Location Location SW CORNER ROOM SW CORNER ROOM fievation NA Elevation NA 491'0" 491'O' Flood Level Flood Level , _ Elevatioet NA Elevarinet NA Above F?nad Level Above Flood Levet Yes: No Yes No a
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Camponent Sheet No. 123 Revesice Q O waer - COh8MONWEALTH EDISON Da'* 04-11-80 Fac68eer ORESDEN EQ^ 'IPMENT QUALIFICATION REPORT un6e, 3
. Docket No 50-249-ENVIRONMENT ENV f RONME N T EQUIPMENT DESCRIPTION EQUIPMENT DESCRtPTION Par ameter FSAR Par ameter FSAR Syseem op,, ,, ,,, sysem -
op,, ,, ,,, AUTO DEPRESSURIZATIOh 7 6., <t MINUTE AUTO DEPRESSURIZAsIDra y ;., <t MINUTE MAIN STEAM MAIN STEAM Plant I.D. Nwrtee y,,p,,,,,, Plant i D.thunber T w etw o DPIS-3-261-2L g Fi 150 DPIS-3-261-2M g F) 150 Component Component DIFFERENTIAL PRESSURF DIFFERENTIAL PRESSURE INDICATING SWITCH p,,,,,, INDICATING SWITCH p,,,,,,, Manuf acewer: ps,4, 14.7 Manuf ac ew er. 14,7 ps,43 BARTON BARTON Model Number p,,,, ;,, Model tbsveer: p,,,,,,, 278/224 H.nnidisy ral 100 278/224 womidity es 800 Pwchase Order temnber Pwchase Oeder Number GE HO953 Chemical GE HO953 Chemical SPEC 21A1155AC sp,,, NA SPEC 21Ai155AC Spray NA Funesson/ Service' Function / Service STEAM LINE HIGH FLOW STEAM LINE HIGH FLOW SENSOR & TRIP SIGNAL p,os. ion SENSOR & TRIP SIGNAL Radesterin m ad, <t.O E04 (Radt <1.O E04 Acewecy Spec- a g,,, Acewacy- Spac-4 ,,,, Denw Demo-Location tocation SW CORNER ROOM SW CORNER ROOM Elevation NA Elevation NA 49t'0" 49t'O' Flood Level F8ond Level g, . 9 Elevation NA Elevation. NA Above Flood Levet Above Flood towet Yes-}}