ML20080C149
| ML20080C149 | |
| Person / Time | |
|---|---|
| Site: | Dresden  |
| Issue date: | 08/12/1983 |
| From: | Rybak B COMMONWEALTH EDISON CO. |
| To: | Harold Denton Office of Nuclear Reactor Regulation |
| References | |
| REF-SSINS-6820 7126N, IEB-80-11, NUDOCS 8308190238 | |
| Download: ML20080C149 (52) | |
Text
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.? Commonwealth Edison j ,
O ' One First National Pitza, Chicigo, lltinois O' Addre s Reply to: Post Office Box 767 ;
Chicago, Illinois 60690 August 12, 1983 Mr. Harold R. Denton, Director
-Office of Nuclear Reactor-Regulation U.S. Nuclear Regulatory Commission
. Washington, DC 20555
Subject:
Dresden Station Unit 2 Repair to Expansion Bellow near Vacuum Breakers 2-1601-33C & D and 2-1601-33E & F NRC Docket No.'50-237 Reference (a): B. Rybak letter to H. R. Denton dated July 20, 1983.
(b): B. Rybak letter to H. R. Denton dated July 21, 1983.
Dear Mr. Denton:
On August 11, 1983 one small hole (0.04 inches in diameter) was found on.the expansion bellows between vacuum breakers 2-1601-33E and F and the drywell and two small holes, one 0.05 inches in diameter and the other 0.03 inches by 0.08 inches which is rectangular in shape, was found-on the expansion bellows between vacuum breakers 2-1601-33C and D and the drywell. These holes were apparently made by an inadvertent arc strike as was the case in the previous referenced incident. . Commonwealth Edison decided to voluntarily shutdown the unit even though no LCO wqs violated.
We propose to repair these small holes by welding over the area. We will
.use a qualified welder, provided by the original manufacturer of this bellows, using an approved procedure contained in an-ASME Section XI repair procedure. .After returning the area to at-least the design thickness (0.035 inches) we will perform both a visual and dye penetrant examination and a low-pressure leakage test to insure;the soundness of--
the repair.
The total area of the three small holes-is slightly less than the area used in the previous submittal to calculate the leakage rate.
Therefore the leakage-rate, adding ~in the small holes'to the ILRT results 4
is within the LCO limit of 13.7 scfm.
We feel the corrective action taken as described'above supported by ASME Section'XI Code Case N-236 does not require a formal exemption !
request to 10.CFR 50,. Appendix J,Section IV.A, as we feel that this work ;
i can-be. defined-as a minor modification. The referenced code case allows j
. system pressure test requirements to be deferred until the.next scheduled .
- t. -leakage test for " minor repairs or~ modifications to'the pressure retaining
(' boundary...". -
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C308190238 830812 PDR ADOCK 05000237-C - PDR m hh l
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- r H. R. Denton August 11, 1983 To insure that such damage does not occur again, the expansion bellows will be suitably protected by blankets while welding is performed in the area and the work areas will be checked by Commonwealth Edison personnel at'least four times a day to insure these protective measures are in placc.
Finally, we have reviewed the fatigue effect of such damage on the bellows with the original manufacturer. In both cases the life is reduced to 4% of orJ ginal expected life, the same conclusion reached in Reference (b).
In the alternative, if you feel Section IV.A of Appendix J is applicable we then formally reauest an exemption to this provision on the basis of our forementioned corrective actions.
Very truly yours, B. Rybag Nuclear L' censing _/Adminstrator 1m cc: NRC Resident Inspector - Dresden 7126N
FINAL REPORT IN RESPONSE TO NRC IE BULLETIN 80-11 Masonry Wall Design for LaSalle County, Units 1 & 2 Commonwealth Edison Company R
February 10, 1982 Revised August 12, 1983 1.0 Introduction The purpose of this report is to summarize the actions taken by Commonwealth Edison Company in response to IE Bulletin 80-11, entitled, " Masonry Wall Design," for LaSalle County, Units 1 & 2. R 2.0 Previous Responses by Commonwealth Edison Company to the NRC Concerning IE Bulletin 80-11 The following responses have previously been submitted by Commonwealth Edison Company to the NRC in response to IE Bulletin 80-11. These responses will be referenced, as
-required, in this summary report.
A. D. L. Peoples' letter to D. G. Eisenhut, dated July 8, 1980, in response to Information Request on Category I Masonry Walls Employed by Plants Under CP and OL Review, dated April 21, 1980.
B. L. O. DelGeorge's letter to B. J. Youngblood, dated February 4, 1981, in response to the Request for Additional Information on Category I Masonry Wall Design, dated January 19, 1981.
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C. L. O. DelGeorge's letter to A. Schwencer, dated April 24, 1981, providing response to R. L. Tedesco's letter to J. S. Abel, dated March 2, 1981, requesting additional information in the design of concrete masonry walls for LaSalle County, Units 1 & 2.
D. C. W. Schroeder's letter to R. D. Walker dated February 24, 1982, providing " Final Report in Response to NRC IE Bulletin 80-11, Masonry Wall Design for LaSalle County Station.
E. C. W. Schroeder's letter to J. G. Keppler dated
, September 30, 1982, transmitting document " Response to Additional Information Requested by NRC on Masonry 1R Wall Design Based Upon the NRC's Field Visit to LaSalle County Station During the Week of August 23, 1982 dated September 23, 1982.
F. C. W. Schroeder's letter to A. Schwencer dated December 9, 1982 providing report on " Reevaluation of Safety Related Concrete Masonry Walls at LaSalle County Station" dated November 19, 1982.
G. C. W. Schroeder's letter to A. Schwencer dated April 19, 1983 providing supplemental information in " Response to NRC's Request for Additional Information on Masonry Wall Design Based on Telephone Conversation of March 29, 1983",
dated April 12, 1983.
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H. C. W. Schroeder's letter to J. G. Keppler dated July 29, 1983 in response to an open item on the question of voids in the masonry walls as indicated on page 17 of NRC report 50~373/82-43 & 50-374/82-11 regarding NRC's inspection at LaSalle County Station on August 23 through October 4, 1982.
3.0 Summary Response to IE Bulletin 80-11 *
/
The following final summary report on concrete masonry walls will adhere to the format of IE Bulletin 80-11, dated May 8, 1980.
3.1 Question 1: Identify all masonry walls in your facility which are in proximity to or have attachments from safety-related piping or equipment such that wall failure could affect a safety-related system. Describe the systems and equipment, both safety and non-safety-related, associated with these masonry walls. Include in your review, masonry walls that are intended to resist impact or pressurization loads, such as missiles, pipe whip, pipe break, jet impingement, or tornado, and fire or water barriers, or shield walls.
Equipment to be considered as attachments or in proximity to the walls shall include, but is not limited to, pumps, valves, motors, heat exchangers, cable trays, cable / conduit, HVAC ductwork, and electrical cabinets, instrumentation and controls. Plant surveys, if necessary, for areas inaccessible during normal plant operation shall be performed at the earliest opportunity.
Response: Commonwealth Edison Company has conducted an extensive field survey of all concrete masonry walls associated with the operation of LaSalle County, Units 1 & 2. The attached Table 3.1 lists 444 masonry walls which have been designated by Commonwealth Edison Company as safety-related because i
of their proximity to safety-related piping or equipment, i
l or because they have attachments from safety-related electrical or mechanical components, such that wall failure could af fect R-a safety-related system. The 444 walls which have been identified I
as safety-related are walls which exist in Unit 1, those masonry walls in Unit 2 associated with the operation of Unit 1 and Unit 2 masonry walls associated with the operation R of Unit 2.
Table 3.1 designates the function of each safety-related wall as either (a) shielding wall, (b) interior partition wall, or (c) fire wall. The table indicates the following attachments which have been made to these walls:
A. Safety-related electrical component supports, including conduit supports and electrical cable tray hanger supports.
(All conduit and cable tray attachments to the masonry walls are classified as safety-related.)
P B. Mechanical component supports, including small bore piping (2h" diameter and under) , and instrumentation lines. All mechanical component supports attached to these walls are classified as non-safety-related, except for three 3/8" diameter HVAC sensing lines (OVEOIA, 02A, 04A), running in 1 " diameter conduit supported at three locations on concrete masonry wall number Al-768-27 at elevation 768'-0" in the Auxiliary Building.
There is no large bore (greater than 2%" diameter) piping, either safety-related or non-safety related, supported ;
on the concrete masonry walls.
, . , - ,- . _ . . - -- -, - , , - , .-_- -. -. -,m . _ - - , , . . , . - . , . - ~ , , . - - , .
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Table 3.1 indicates any safety-related equipment, panels-i and/or piping in the vicinity'of these walls.
Commonwealth Edison Company has verified that no safety-i
]
related concrete masonry walls associated with the operation of LaSalle County, Units 1 & 2, are subject to impact or pressurization loads or missiles due to pipe whip,
. pipe break, jet impingement, and/or tornado. Finally, -
i no safety-related concrete masonry walls associated with the operation of LaSalle County, Units 1 & 2, are R intended to function as water barriers.-
I 3.2 Question 2: Provide a re-evaluation of the design adequacy
, of the walls identified in item-1 above to determine whether-the masonry walls will perform their intended function under
' all postulated loads and load combinations. - In this regard, the NRC encourages the formation of an owners'. group to establish both appropriate re-evaluation criteria and where necessary, a later confirmatory masonry test program to quantify the
- l safety margins establ.ished by the re-evaluation criteria.
(this is discussed further in item 3 below).
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- a. Establish a prioritized' program for the re-evaluation of the masonry walls. Provide a description of the
! program and a detailed schedule for completion of'the re-evaluation for the categories in the program. The
- . completion date of all re-evaluations should not be j more than 180 days from the date of this Bulletin.
A higher priority should be placed on the wall re-evaluations considering. safety-related piping 2h" or greater in diameter, piping with! support. loads.due to thermal expansion-greater than 100 pounds, safety-related equipment weighing-i 100 pounds or greater, the safety significance of the potentially affected systems, the overall loads on the 4
wall,.and the opportunity for performing plant surveys and, if necessary, modifications in areas otherwise inaccessible. The factors described above are meant
- to provide guidance in determining what loads may significantly affect the masonry wall analyses.
L Response: Commonwealth Edison Company has completed the prescribed re-evaluation of the 444 safety-related concrete R masonry' walls listed in the attached Table 3.1.
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- b. Submit a written report upon completion of the re-evaluation program. The report shall include the following information:
(i) Describe, in detail, the function of the masonry walls, the configurations of these walls, the type and strengths of the materials of which they are constructed (mortar, grout, concrete and steel) ,
and the reinforcement details (horizontal steel, vertical steel, and masonry ties for multiple wythe construction). A wythe is considered to be (as defined by ACI Standard 531-1979) "each continuous vertical section of a wall, one masonry unit or grouted space in thickness and 2 inch minimum in thickness."
Response: All safety-related concrete masonry walls associated with the operation of LaSalle County, Units 1 & 2, function as interior partition walls. Certain partition walls have a dual purpose of acting as either shielding walls and/or fire walls, and are so identified in attached Table 3.1.
All concrete masonry walls are classified as non-load bearing walls, and are not included as part of the safety-related structure's gravity or lateral load resisting system. These walls have been separated from the floor above to prevent any gravity or seismic load transfer to these walls. Information' concerning the configurations of these walls, the type and strengths of the materials of which they are constructed (mortar, grout, concrete and steel), and other reinforcement details (horizontal steel, vertical steel, and horizontal ties for multiple wythe construction), was submitted to the I NRC by Commonwealth Edison Company per reference letter 2.0A.
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L (ii) Describe the construction practices employed in T l
i' the construction of these walls, and, in particular, their adequacy in preventing significant voids {,
or other weaknesses in any mortar, grout, or concrete 1 fill.
Response: All safety-related concrete masonry walls 't f
have been constructed as either single or multi-wythe [
hollow or solid block walls with full mortar bedding !
of the units using running bond construction. No cavity I
wall construction has been used. The wythes in multiple wythe walls have been bonded together using a combination of the following techniques:
A. Full mortar collar joints B. Continuous truss bearing reinforcements which overlaps
- the adjacent wythes every second course.
C. The use of concrete masonry header blocks.
Concrete masonry wall construction for LaSalle County, Units 1 and 2, was performed under Sargent & Lundy Specification No. J-2598. This document, describing r in detail the concrete masonry construction practices i
employed, was submitted by Commonwealth Edison Company i 1
to the NRC under reference letter 2.0B. The effect i
of voids in mortar joints on the structural strength ,
of the masonry walls was addressed in a report dated September 23, 1982, submitted by Commonwealth Edison Company to NRC with transmittal dated September 30, 1982.
This report was written in response to additional information requested by NRC on masonry wall design based on the NRC's field visit to LaSalle County Station during the week of August 23, 1982. ,
Based on the information presented in the report, it is concluded that 10% voids in bed joints and 25% voids in collar joints and head joints can be allowed without impairing the structural integrity of the casonry walls at LaSalle County Station.
These permissible percentages of voids do not have any significant effect on the stiffness and hence, R the dynamic response of the wall. Although the shear stresses are affected by the presence of voids, the increased shear stress due to the above mentioned permissible percentages of voids in mortar joints is still within the allowable value, (iii)The re-evaluation report should include detailed justification for the criteria used. References to existing codes or test data may be used if applicable for the plant conditions. The re-evaluation should specifically address the following:
(a) All postulated loads and load combinations should be evaluated against the corresponding re-evaluation acceptance criteria. The re-evaluation should consider the loads from safety and non-safety-related attachments, differential floor displacement and thermal effects (or detailed justification that these can be considered self limiting and cannot induce brittle failures), and the effects of any potential cracking under dynamic loads.
Describe in detail the methods used to account for these factors in the re-evaluation and the adequacy of the acceptance criteria for both in-plane and out-of-plane loads.
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1 . Response: The criteria used to evaluate the safety-1 related masonry walls for LaSalle County, Unit 1 & 2, was, in conformance with that submitted by Commonwealth Edison Company to the NRC per reference letters
) 2.0F and 2.0G. The load combination tables used for the re-evaluation' arc in agreement with attached
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j Tables 3.2 and 3.3, rather than the load combination i
i table submitted under reference letter 2.0A.
The load combinations contained in Tables 3.2 and 3.3 have increased load factors for pressure loading (Pa) and the LOCA/Pa loading to be in conformance with the LaSalle County FSAR and SER. The 444 safety-related masonry walls have been modified, as required, by Commonwealth Edison Company to meet this committed criteria.
(b) The mechanism for load transfer into the masonry walls and postulated failure modes
. should be reviewed. For multiple wythe walls
! in which composite behavior is relied upon, describe the methods and acceptance criteria used to assure that these walls will behave as composite walls, especially with regard to shear and tension transfer at the wythe interfaces. With regard to local loadings such as piping and equipment support reactions, the acceptance criteria should assure that the loads are adequately transferred into l the wall, such that any assumptions regarding the behavior of the walls are appropriate.
Include the potential for block pullout and the necessity for tensile stress transfer through bond at the wythe interfaces.
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Response: Multiple wythe concrete masonry walls l have been bonded together with continuous solid or grouted masonry header courses. This mechanism is the most positive means to insure composite action. This method is recommended by ACI 531-79,
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and is also recognized by all the other major concrete masonry building codes. Moreover, the concrete masonry walls for LaSalle County, Units 1 & 2, g have been constructed using 3/16" diameter truss type bond reinforcement every second course. These .
two mechanisms are sufficient to insure composite action of the multiple wythe walls. Commonwealth Edison Company submitted to the NRC sample calculations per reference letter 2.0A, demonstrating the ability of the concrete masonry walls to resist local pullout due to attachent loads.
3.3 Oucation 3: Existing test data or conservative assumptions may be used to justify the re-evaluation acceptance criteria if the criteria are shown to be conservative and applicable for the actual plant conditions. In the absence of appropriate acceptance criteria a confirmatory masonry wall test program is required by the NRC in order to quantify the safety margins inherent in the re-evaluation criteria. Describe in detail the actions planned and their schedule to justify the re-s evaluation criteria used in item 2. If a test program is necessary, provide your commitment for such a program and a schedule for submittal of a description of the test program and a schedule for completior of the program. This test program should address all appropriate loads (seismic, tornado, missile, etc.). It is expected that the test program will extend beyond the 180 day period allowed for the other Bulletin actions. Submit the results of the test program upon its completion.
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Response: Commonwealth Edison Company has satisfied the Nuclear Regulatory Commission's license condition on masonry walls discussed in Section 3.8.3 of the LaSalle County SER (NUREG 0519). Commonwealth Edison Company has assured that all safety-related concrete masonry walls associated with the operation of Units 1 & 2 meet'the requirements of the R
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design criteria agreed upon with the NRC, and which are reflected in reference letters 2.0P and 2.0G. Commonwealth Edison R Company does not believe that a concrete masonry test program is warranted at this time.
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o Page 12 ,
- t I
i TABLE 3.1 !
LASALLE COUNTY STATION R
UNITS #1 & 2 LIST OF SAFETY RELATED CONCRETE BLOCK WALLS WITH DETAILS ON -
A) BLOCK WALL FUNCTIONS -
B) TYPE OF ATTACHMENTS TO BLOCK WALLS ,
C) SAFETY RELATED EQUIPMENT, PANELS & PIPING IN VICINITY INDEX OF WALLS i SERIAL NO. 1 THRU 220 - UNIT #1 WALLS l SERIAL NO. 221 THRU 303 - UNIT #2 WALLS REQUIRED FOR UNIT #1 FUEL LOAD R ;
SERIAL NO. 304 THRU 444 - UNIT #2 WALLS REQUIRED FOR UNIT #2 FUEL LOAD '
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I.A SALLE COUNTY STATION UNIT #1
- E" ,
TABLE 3.1 ,
W11 Identification Function Attachment-to Block Walls
. Safety Related Equipment, Sarial Building aey a .,n-Satety a Relatm Wall No. Dwg. shield Par- Fire Panels & Piping in No. '
No. -ing tit'n Electrical Small/ Instrument Vicinity -
. Conduit / Cable Tray g 3 Aux. ,f 1 Bldg. Al-663-3 1-74' d V Aux.
2 Bldg. Al-663-5 A-74 Y Future Non-Seg. Bus Duct
. Aux.
3 Bldg. Al-663-6 A-74 Aux.
4 Bldg. Al-663-7 A-74 Future Non-Seg. Bus Duct Aux. .
5 Bldg. Al-663-8 A-74 Aux.
6 Bldg. Al-663-9 A-74 7
Aux.
Bldg. Al-663-10 A-74
[ Future Non-Seg. Bus Duct Aux.
- 8 Bldg. Al-663-11 A-74 Aux.
9 Bldg. Al-663-13 A-74 Y Aux. j 10 Bldg. Al-663-15 A-74 V Aux.
11 Bldg. Al-663-22 A-74 d ~
Future Non-Seg. Bus Duct Aux.
12- Bldg. Al-663-18 A-74 d -
Aux.
3t g ._ Al-663-12 A-74
Page 14 LA SALLE COUNTY STATION UNIT #1 , ,
TABLE 3.1 (CONT'D) ,
Wall Identification Function Attachment to Block Walls .
Safety Related Non-Safety Relatet Safety Related Equipment, Serial Euilding Wall No. D wg. shield Par- Fire Panels & P ng in No. No. -ing tit'n Electrical Small/ Instrument Conduit / Cable Tra) '[" y Aux.
14 Bldg. Al-677-1 A-79 d
} Aux. -
15 Bldg. __ Al-687-3 A-91 I Aux.
16 Bldg. Al-687-4 A-91 d Aux.
Bldg. Al-687-5 A-91 V r
j ,j V
17
, Aux. ,j l 18 Bldg. Al-687-6 A-91 M V
- / \
Aux.
19 Bldg. Al-687-7 A-91 V Aux. ,j 20 Bldg. Al-687-8 A-91 d V Aux.
21 Bldg. Al-687-9 A-91 d Aux.
22 Bldg. Al-687-10 A-91 I k
- Aux. ,/
23 Bldg. Al-687-11 A-91 V Y lVR03A-3/3, R. Bldg. '(VAC Lines Aux. ,j ,
IVR04A-3/3, liigh Radiacion 24 Bldg. Al-692-1 A-91 V Sarpling System IVR03A-3/8, R. Bldg. HVAC Lines Aux. _j ,f IVR04A-3/8,liigh Radiation 25 Bldg. Al-692-4 A-91 V V Sampling System IVR03A-3/8, R. Bldg. HVAC Lines Aux. / / IVR04A-3/8, High Radiation 26 Bldg. Al-692-5 A-91 V 'l Sampling System
LA SALLE COUNTY STATION UNIT (1 Past 15 ,
TABLE 3.1 (CONT'D) .
Wdll Identification Function Attachment to Elock' Walls ,
Serial Building Saf ty lated Non-Safety Relate' Safety Related Equip =eng Wall No. Dwg. ihield Par- Fire No. No. -ing tit'n Electrical Small/ instrument Panels & Piping in .
Conduit / Cable Tra, B #* Li"" YICi"IEY ,
(See Note 1. 33 Aux. ,f /
27 Bldg. Al-692-7 A-91 V V High Radiation Sampling System Aux. - ?
28 Bldg. Al-687-1 A-91 '/
29 Aux.
Bldg. Al-687-2 A-91 j
Aux.
30 Bldg._ Al-692-11 A-91 \ High Radiation Sampling System a
31 B dg. Al-710-1 A-184 \[ Y \ Y 4160V Switchgear 1APO4E Aux. y ,)
32 Bldg. Al-710-2 A-184 V V Battery IDC07E Aux.
33 Bldg. Al-710-6 A-184 b ! N \
Aux.
34 Bldg. Al-710-10 A-184 V \
Aux. ,/ ,f ,/
35 Bldg. Al-710-11 A-184 V V V Aux. t 36 Bldg. Al-710-12 A-184 V Non-Seg. Bus Duct Aux. f _f ,/ ,
37 Bldg. Al-710-16 A-184 V V V Aux. ,f V
/
38 Bldg. Al-710-18 A-184 Battery 1DC07E Aux.
Bldg. A-184 Mon-Seg. Phase Bus Duct 39 Al-710-19
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LA S3LLE COUNIY STATION UNIT #1 Page 18 .
TABLE 3.1 (CONT'D) .
Wall Identification Function Attachment to I;!ock h 11s .
4 Serial Building Wall No. Dwg. ;hield Par- Fire Safety elated Non-Safety Iclate, Safety Related Equipment,.
No. No. -ing tit'n Electrical Small/ Instrument' Panels & Piping in Conduit / Cable Tra:, '" I
" " ,, )
Aux.
66 Bldg. Al-731-8 A-186 Y Y TSC 3attery RM.
Aux. _f f.
67 Bldg. Al-731-9 A-186 V V TSC Battery RM.
Aux. _f _/
68 31dg. Al-731-4 A-186 V V Div. II Panel Aux. _f OPA09J-(Aux. Equip. Room A/C 69 Bldg. Al-731-5 A-186 V System A)
MCC 1AP81E (480 V. Motor Control Aux. Center) 70 Bldg. Al-731-10 A-186 SWGR 1AP21E (4160V. Switchgear)
Aux.
. [ /
71 Bldg. Al-731-11 A-186 V V PNL 1PL30J Aux. f _f Battery IDC14E 72 Bldg. Al-731-12 A-186 V V Battery Charger 1DC16E Aux. r
/
73 Bldg. Al-731-13 A-186 V V Battery IDCl4E PNLS , 2 H13-P645, 1H13-P654, Aux. ,/ / / 1H13-P622, lH13-P631, lH13-P618, 74 Bldg. Al-731-14 A-186 V V V 1PA14J 75 d. Al-731-15 A-186 PNL IPAl2J Aux. ,/ '
76 Bldg. Al-731-16 A-186 Y 4
77 Aux.
Bldg. Al-731-17 A-186 V
/ g 78 hEdi;. Al-731-18 A-186 \[ \! N2b' '
_r
LA SALLE COUNTi' STATICN UNIT #1 Page 19 .
TABLE 3.1 (CONT'D) .
Wall Identification Function Attachment to Block Walls Serial Building Safety Related Non-Safety nelatc<: Safety Related Equipment, Wall No. Dwg. ihield Par- . Fire Panels & Piping in
- IO
- I!o. -ing t i t. ' n Electrical Sn:.11/ Ins t rument ,
h' " Y Conduit /C.ible Tray 79 Bldh. Al-731-19 A-186 Aux. / r Battery 1DC33E, 1DC34E 80 Bldg. Al-749-1 A-188 V V Battery Charger 1DC37E, 1DC38E I
- Aux. Battery 1DC33C, 1DC34E 81 Bldg. Al-749-2 A-188 h PNL IDC40E Battery 1DC33E, 1DC34E Aux, f / Reactor Protection System'B 82 Bldg. Al-749-3 A-188 V V Motor Generator Set 1C71-S001B 83 ldh. Al-749-4 A-188 Aux, t 84 Bldg. Al-749-5 A-188 I Aux. j ,j f 85 Bldg. Al-749-6 A-188 V V V 86- Bdh. Al-749-7 A-188 !
87 Bdk. Al-749-8 A-188 !
88 dk. Al-749-9 A-188 Aux, Battery 1DC31E, IDC32E 89 Bldg. Al-749-10 A-188 \j _f V PNL IDC39E Battery 1DC31E, 1DC32E Aux, j ,f Battery Charger 1DC35E, 1DC36E 90 Bldg. Al-749-11 A-188 V V -
PNL IDC39E Aux.
Al-749-12 A-188 V f g ,/
V -
91 Bldg.
g -
_..~ m. -
LA SALLE COUNTY STATION ITNIT fl Page 20
- TABLE 3.1 (CONT'D) .
Wall IJentification _
Function Attachment to Block Walls ,
Serial Building Safety Related Non-Safety Relate, Safety Related Equipment, Wall No. Dwg. ihield Par- Fire Panels & Piping in N* No. -ing tit'n Electrical Small/ Instrument ,
I' "
- Conduit / Cable Tra) g Aux.
92 Bldg. Al-749-13 A-188 d Aux. ,
93 Bldg. Al-768-1 A-190 Y Aux.
\[
94 Bldg. Al-768-4 A-190 Aux. 7 95 Bldg. Al-786-6 A-190 V OVC01A 3/8 (Aux. Bldg. Control Aux. ,f Equipment Room System).0VE01A 3/8 96 Bldg. Al-786-23 A-190 V (Misc. Elec. Equip. Room HVAC)
' HVAC System: VC-Control HVAC Aux. ,f ,/ VE-Elect. Equip.
97 Bldg. Al-768-26 A-190 V V . Room HVAC Aux, f _f 98 Bldg. Al-786-27 A-190 V V VE-Elect. Equip. Rooms HVAC Aux. _f 99 Bidg. Al-768-28 A-190 V VC & VE HVAC System 100 dg. Al-768-29 A-190 Aux.
101 Bldg. Al-768-30 A-190 Aux.
102 Bldg. Al-768-100 A-190 \7 Aux.
103 Bldg. Al-768-101 A-190 d Aux.
1 104 Bldg. -
Al-768-102 A-190 e . _ _ .
LA SALLE COU'rTY STATTON UNIT .41 Page 21 .
TABLE 3.1 (CONT'D) ,
'/all Idcuti fication Function Attachment to Elock Mulls .
Serial Building Wall No. Dwg. hield Par- Fire Saf ty Related ' Non-Safety Relate. Safety Related Equipment ,
No. No. -ing tit'n cuica all/Instruant Panels & p ping in
" I Conduit / Cable Tray (See Fare 1. 2)
Aux.
105 Bldg. Al-760-103 A-190 \j Aux. _j 106 Bldg. Al-760-104 A-190 V Aux.
107 Bldg. Al-786-1 A-192 h Aux.
108. Bldg. Al-786-4 A-192 I d Conduit Support (MCF-7)
Aux.
104 Bldg. Al-786-5 A-192 I PNL 1PL27JA Inst. HVAC piping-VG Stand-by Gas Aux. Treatment System. OVED1FA, OVEClCA 110 Bldg. Al-786-6 A-192 d (Misc. Elect. Equip. Room IIVAC)
Aux.
111 Bldg. Al-786-7 A-192 OPLD4J,0ff Gac(OG)-Monitoring Syst.
Aux. ,f ,/ Stc. Vent Stack Sampic Panel. Instr 112 Bldg. Al-786-8 A-192 V V Piping, S/R llVAC Ducts Piping Aux.
113 Bldg. Al-786-9 A-192 d VG-Stand-by Gas Treatment System IVR14YA, IVR04YB-Reactor Bldg.
Aux. ,/ HVAC Damper 114 Bldg. Al-786-10 A-192 d V VC-Stand-by Gas Treatment System
~
Aux. OG-Off Gas Monitoring System 115 Bldg. Al-786-11 A-192 S/R IIVAC Ducts, Instr. Piping.
Aux.
116 Bldg. Al-786-2 A-192 d Aux.
117 Bldg. Al-815-2 A-194 V / ..-
L A. SALLE COUNT *t' STATION UNIT #1 Page 22 .
TABLE 3.1 (CONT'D)
Wall Identification Function Attach::ent to Uleck Walls .
Scrial Building Wall No. Dwg. ihte_i d Par- Fire Safety Related Non-Safety Relate, Safet Rel ed Equipment,.
ane s ping in No* No. -ing tit.n E1cetrical Small/ Instrument ,
Bore Line Vicinity
( Conduit /CabJe Tra) ) ,, )
i
! Aux.
118 Bldg. Al-815-7 A-194 '
Aux. .
119 Bldg. Al-815-16 A-194 Aux. ,
120 Bldg. Al-815-9 A-194 OG-Offgas Treatment Monitoring Sysc Aux.
121 Bld g . _ Al-815-10 A-194 d Aox.
122 Bldg. Al-815-11 A-194 h Aux. ,j. VE - Elect. Equip. Rooms HVAC 123 Bldg. Al-815-12 A-194 V VC - Control HVAC Aux.
124 Bldg. Al-815-13 A-194 h VC - Control Rm IIVAC -
Aux. ./ /
125 B]dg. Al-815-14 A-194 V V Aux. ^
126 Bldg. Al-815-3 A-194 Y Aux. / IPL88J ( SWGR. Heat Remov. System 127 Bldg. Al-825-2 A-196 V Control Panel) 128 dg. Al-800-1 A-197 Aux.
129 Bldg. Al-800-2 A-197 Aux, f f 130 Bldg. Al-796-1 A-198 y y
LA SAI LE COUTLY STATLON UNIT #1 Page 23 ,
TABLE 3.1 (CONT'D) .
I!all Idrntification function Attachmcot to Block Vall : .
S t Rel ed Eq pment, Scrint Builling Vall No. D un. shield Par- Fire Safet:. R lated Non-Safety Relate..
No. ' ;.:o . -ing tit'n ed ri cal wall / Instrument Vicinity
'C Condui t /Cabl e Tra:, )[ ,.
Aux.
) 131 . Bldg. Al-796-2 -198 Aux. ,f 132 Bldg. Al-702-1 A-490 V Aux. ,f 133 Bldg. Al-702-2 A-490 V Reactor Bldg. Rl-673-1 A-217
,f V
g 1RH83AA Residual Heat Removal System. Junction Boxes.
134 Reactor ,f Residual Heat Removal System
_f 135 Blde. Rl-673-2 A-217 Y V Pinine. 1RE0lP Reactor _j ,f Residual Heat Removal System 136 Bldg. Rl-673-3 A-217 V V Piping. IRE 01P Reactor Barometric Condenser. Egress P.B.,
Rl-673-4 A-217 Lou Pressure Core Soray System 137 Bldg.
lE21-Cool Lou Pressure Core 138 Reactor Bldg. Rl-673-5 A-217 % / ,f V Spray Pump.
Reactor Reactor Core Isolation Coolant 139 Bldg. Rl-673-6 A-217 Piping. Junction Box.
Reactor 140 Bldg. Rl-673-7 A-218 Reactor ,f _f 161 Bldg. R1-673-8 A-218 V V Reactor 142 Bldg. R1-673-9 A-218 lE22-Cool High Pressure Core Spray Reactor Pump & Piping, High Press. Core 143 Bldg. Rl-673-10 A-218 Spray Nuclear Boiler System.
LA SALLE CotNTY STATION UNIT #l Page 24 -
TABLE 3.1 (CONT'D) -
tiall Identification Function Attachnent to ", lock Walls
- -~~
T .
Serial Building - a n- a ety latei Safety Related Equipment, Wall No. Dvg. ihield Pcr- Fire Ne. No. -ing tit'n Electrical Snaill/Iastrument Panels & Piping in Condu i t/ Cable Tr,n I' I ""
u
(##
see note 1. D Reactor j _j _j
..-218 V V V 144 Bldg. Rl-673-ll Reactor ,f lE2K003 - Individual Residual 145 Bldg. R1-694-1 A-221 V Heat Removal System.
_f ,/ 1RH26AB Residual Heat Removal l Reactor A-221 V V System 146 Bldg. Rl-694-2 Reactor 147 Blda Rl-694-3 A-222 N V \!
Reactoc _j (
148 Bldg. Rl-694-4 A-222 V 149 Reactor Bldg. Rl-694-5 A-222 V \! Bal. Damper IVR5BY Reactor Card Reader.
_f (1JB 1048R) Magnetic Switch.
150 Bldg. Rl-694-6 A-222 V Magnetic Switch (lJB03SK)
Reactor _f / (IRH19D8-10 & 1D12-B001n) -
151 Bldg. R1-710-1 A-225 V V RUR Heat Exch.
Primary Containment Combustible Ga:
Control Residual Heat Removal Sys-Reactor _/ sf 152 Bldg. R1-710-2 A-225 V V tem. (IB12-B001B)-RHR Heat Exch.
Reactor 1RH39AE-4 6 1RH33A Resid.
153 Bldg. Rl-710-3 A-225 t Heat Remov. System Reactor _f 154 Bldg. Rl-710-5 A-225 V Reactor j _f y V 155 Bldg. Rl-710-6 A-226 Reactor 156 Bldg. R1-710-7 A-226 N/ _
- A SALLC Cei!N1Y STATION l' NIT #1 Page 25 -
TABLE 3.1 (CONT'D)' .
"all Identification Function Attachnent to Tloctt Walls .
Scrinl;3ui3 ding Wall No. Dwn, ;bield Par- Fire h fety N 1ated on- Sa f e ty Relate, Safety Related Equipment, No. Electrical ball / Instrument Panels P ng in No. -ing tir'n ,
Condult/ Cable Tray fg *
,, )
Reactor 157 Bldg. R1-710-11 A-226 d Reactor f ,f Reactor Bldg. & Containment Equip.
158 Bldg. R1-710-12 A-226 V V Drains & Vents.
lE12-B001A-RH; Heat Exchanger Reactor ,f 1RH03BA-12 & 1RH39AA Residual 159 Bldg. R1-710-13 A-226 v Heat Removal System.
Reactor 1H22-P02S (Main Steam Inst. Panel 6 160 Bldg. R1-710-14 A-226 Piping) 1E12-B001A (RHR Heat Exch.)
Reactor
_ 161 Bldg. R1-710-15 A-229 I Egress P.B. (Non-Safety)
Reactor NB-Nuclear Boiler System Instru-162 Bldg. R1-740-1 A-229 d d ment.
Reactor f f _/ NB-Nuclear Boiler System Instru-163 Bldg. R1-740-2 A-229 V V V ment.
Reactor 8 164 Bldg. R1-740-3 A-230 Reactor _f _f ,
165 Bldg. Rl-740-4 A-230 V V Reactor ,f f 166 Bld g . R1-740-5 A-230 V V Reactor 167 Bldg. R1-740-6 A-230 Reactor 168 Bldg. R1-740-7 A-230 1FC083-12-Fuel Pool Cooling System.
Reactor CM-Containment Monitoring System 169 Bldg. R1-740-8 A-230 / / Instrument.
LA SALLE CC;rNTY STATION UNIT #1
- Page 26 TABLE 3.1 (CONT'D).
Wall I3cntification Function Attachment to Block Walls .
aey eae - n-Safety Relater Safety Related Equipment .
.Scrial Building Wall No. Dwg. ;hield Par- Fire Panels & Piping in MO- No. -ing tit'n Electrical Small/ Instrument Vicinity -
Conduit / Cable Tray ,,3 Reactor j Primary Containment Vent & Purge 170 Bldg. Rl-740-9 A-230 V Piping Reactor ,/
Primary Containment Vent & Purge i R1-740-10 A-230 V Piping 171 Bldg.
l l
1 172 Reactor Bldg. Rl-740-ll A-230 Y Reactor ,j IPC01AD - Primary Containment &
,f Reactor Vessel Isolation Piping.
R1-740-12' A-230 V V i 173 Bldg.
Reactor _f / _f V V V 174 Bldg. Rl-761-1 A-234 175 Reactor Bldg. R1-761-2 A-234
/
Reactor 1G33-C001A'(Clean up Recirculating
,f A-234 V Pump) 176 Bldg. Rl-761-3 C001B (Clean up Recirculating 177 d Rl-761-4 A-234 Reactor 178 Bldg. Rl-761-5 A-234 / -
,j-Reactor _f V 179 Bldg. Rl-761-6 A-234 V Stand-by Liquid Control Drum Reactor R1-786-1 A-237 1C41-A001 180 Bldg.
Reactor ,f ,f V
181 Bldg. Rl-786-2 A-237 V Reactor /
B]dg. R1-786-3 A-237 V 182_
LA SALLE COtINTY STATION UNIT #1 Page 27 -
+
TABLE 3.1 (CONT'D)
Wall Ydentification function __
Attachment to Block Wa))s .
Serin 1 Building Wall No. Dwg. 4hield Par- Fire Safety R elated Non-Safety Relater Safety Related Equipment, N'
- No. -Ing tic'n Electrical Small/ Instrument Panels & Piping in .
bI"" Vicinity Conduit / Cable Tra, !"#" -
(see Note 1. 2)
Reactor ./ _f f 183 Bldg. Rl-786-1 A-238 V V V Reactor 184 Bldg. R1-786-2 A-238 %
Reactor ,
f 185 Bldg. H R1-786-3 A-238 V Reactor [ ( [
186 Bldg. _
Rl-807-1 A-242 Reactor ,f 187 Bldg. Rl-807-2 A-242 Y Reactor if ,
188 Bldg. R1-807-5 A-242 V Reactor _f /
Bldg. R1-820-1 A-246 V V
_ 189 Reactor
'190 Bldg. R1-820-2 A-246 IJB587R (Junction Box)
Reactor
[ [ [
191 Bldg. R1-843-1 A-250 Reactor _j 192 Bldg. R1-843-2 A-250 V Elevator Reactor '
193 Bldg. R1-843-3 A-250 Elevator Reactor ,/ ,j
'V V 194 Bldg. Rl-843-4 A-250 .
Reactor 195 Bldg. R1-843-5 A-250 V[ g[ Elevator
__ - -_ _ ?E
LA SALLE COJNTY STATION UNIT //l Page 28 -
TABLE 3.1 (CONT'D) .
Wall Identification Function At tachmerit to 1Gock Walla .
Satety Related Safety Related Equipment, Non-Safety Relatc3 Serial, Building h il No. Dwg. iiiield [
Par- .r ire Panels & Piping in No. No. -ing tit'n Electrical Small/ Instr a nt Vicinity Conduit / Cable Tra,s ,
- " ,, )
Reactor _f 196 Bldg. R1-843-6 A-250 V Elevator Reactor 197 31dg. R1-843-7 A-250 Reactor A-250 g
198 31de. Rl-843-8 199 Diesel G.
31d g. , Dl-710-2 A-275
/ lVD04Y Fire Damper Diesel G.
200 31dg. Dl-710-3 A-275 d lVD07Y Fire Damner Diesel G. 1DG0lS (Air Compressor Package)
Bldg. Dl-710-1 A-276 1D00ST (011 Day Tank) Diesel Oil Sys 201 _
Diesel G. lVD12Y Fire Damper 202 aldg. Dl-710-2 A-276 OVD04Y Fire Damper lVD07Y Fire Damper, Diesel Oil Sys.
Diesel G.' j OD002T (011 Day Tank) ODC0lS A-276 j / (Air Comp. Pack) 203 Bldg. Dl-710-3 Diesel G. ,f 204 31dg. D1-736-1 A-277 V IIVAC Piping Diesel G. /
205 Bldg. Dl-736-2 A-277 V Diesel G. '
206 Bldg. Dl-736-3 A-277 i
Diesel G. g 207 aldg. D1-736-4 A-277 _
lE-22-D306 (Air Intake Filter)
IIPCS (Iligh Pressure Core Spray 9fesel G.
D1-726-5 A-277 Pipe) 208
==w pidg. - _ . - _ _ _ _ _ _ . . . _ _ _ . _ . . _ . _
LA GALL" C0" .TY ST.\T10:1 U?;IT el Page 29 .
TABLE 3.1 (CONT'D) ,
Wall IIcntifi :ation Function At t acin~'n t 'm I.1. k Walle
~~~7 Safety Related Equipment,.
Serial Building Wall ::o. D w p, . ;hield Par- Fire ty ' lated yn-Safety Relate' -
Panels & Piping in
- o. I;o . -ing t.lectrical Small/ Instrument Vicinity tit'n .
Londuit/ Cable Tra; ,
,, )
Diesel C, _j 209 ,Bld2. D1-736-6 A-277 V 1DG02F - Intake Air Filter Diesel G. DG-Diesel Generator Aun. System 210 Bldg. Dl-736-7 A-277 Pit'e DG-Diesel Generator Aux. Sys.
Diesel G.
A-277 g g Pipe 1DG02F Intake Air Filter 213 Bldg. Dl-736-8 Diesel G.
212 Bldg. Dl-736-9 A-277 Diesel G. ODG02F - Intake Air Filter 213 Bldg. D1-736-10 A-277 DG - Diesel Gen. Aux. System ODG02F (Intake Air Filter) 214 Diesel G.
Bldg. Dl-736-ll A-277
_f V f DC - Diesel Gen. Aux. Systen t
Diesel G.
215 Bldg. D1-736-12 A-277 Diesel G.
Dl-736-13 A-277 g
216 Bldg.
Diesel G.
- 217 Bldg. Dl-736-14 A-277 Reactor 218 Bldg. Rl-733-1 A-259 Reactor 219 Bldg. RI-681-1 A-353 n Reactor 2 2 0___ Hldg. RI-681-2 A-353 ,_,
" e-
Pege 30 ,
[
TABLE 3.1 (CONT'D)
LIST OF SAFETY RELATED CONCRETE BLOCK WALLS IN UNIT #2 AREAS REQUIRED FOR UNIT #1 FUEL LOADING e
LA SALLE COUNTY STATION UNIT #2 (REQUIRED' TOR' UNIT #1 FUEL' LOAD) Page 31 .
TABLE 3.1 (CONT'D)
- I Wa)) Identification Function Attachnent to Block U: ills Safety Related Equipment, Serial Safety Related Non--Sa fety Relate-Euildinr' Wall No. Dwg. ; hic]d Par- Fire Panels & Piping in No. No. -ing tit'n ec rical SmIVIngmnt
- Mcinity .
Conduit /CableTra:j ,, )
221 Aux. Bldg. A2-710-2 A-185 / /
222 Aux. Bldg. A2-710-3 A-185 V /
223 Aux. Bldg. A2-710-31 A-185 / /
224 Aux. Bldg. A2-710-18 A-185 / g/ / Batt. Chgr. 2DC09E 225 Aux. Bldg. A2-710-19 A-185 / / / Batt.2DC07E 226 Aux. Bldg. A2-710-20 A-185 / /
227 Aux. Bldg. A2-710-27 A-185 / / Batt. 2DC05E j Aux.Sidg. A2-710-28 A-185
/ / / Batt. 2DC05E, Batt. Chgr. 2DC03E, PNL 2DC05E 229 Aux. Bldg. A2-731-1 A-lS7 / [ / PNLS 2C61-P001 230 Aux. Bldg. A2-731-2 A-187 / ,/ / / / Non Seg. Phase Bus Duct _
231 Aux. Bldg. A2-731-3 A-187 / y' /
232 Aux. Bldg. A2-731-7 A-187 / ,[ d 233 Aux. Bldg. A2-731-9 A-187 I / PNLS. 2H13-P628,-P621, -P629,
-P623, 2313-P655, 2PA13J Non Seg. Phase Bus Duct 234 Aux.D1dg. A2-731-10 A-187 I [ Batt 2DC14E Non Seg. Phase Bus Duct Aux. Bldg. A2-731-11 A-187 / Non Seg Phase Bus Duct SWGR 2AP06E
~
1 LA SALLE COUNTY STATION UNIT #2 '(REQUIRED FOR UNIT #1 FUEL LOAD) Page 32 .
TABLE 3.1 (CONT'D) .
Uall Identification .. __
Function At'tachment to :Wck Walls .
- Eq' pcent, Sa Relat Safety Related "on-Safety Relate, Serial Building Well No. Dwg. hi< tid Par- Fire No. No. -ing tit'n Electrical Sitall/ Instrument 'icinity -
Condult/ Cable Tra:. fg g 236' Aux. Bldg. A2-731-13 A-187 PNLS 2H13-P618,-P631,-P622, P654,-P645,2PA14J 237 Aux. Bldg. A2-731-14 A-187 / ! / Pnis 2H13-P655,-P645,2PA12J 238 Aux .Bld g. A2-731-15 A-187 / / / !
239 Aux. Bldg. A2-731-16 A-187 / M / d Battery 2DC14E 240 Aux. Bldg. A2-731-17 A-187 / / / Batt. 2DC14E 241 Aux. Bldg. A2-731-18 A-187 / [ / Batt.2DC16E 242 Aux. Bldg. A2-731-19 A-187 d V 480V Motor Control Center 2AP81E 243 , Aux. Bldg. A2-731-20 A-187
~
- d. / /
244 Aux. Bldg. A2-731-21 A-187 / / / Batt. 2DC14E, Batt. Chgr. 2DC16E 245 Aux. Bldg. A2-731-8 A-187 / / /
246 Aux. Bldg. A2-731-5 A-187 / /
247 Aux. Bldg. A2-731-6 A-187 [ [
248 Aux. Bldg. A2-749-1 A-189 d [ d 249 Aux. Bldg. A2-749-2 A-189 / /
250 Auv.31dg. A2-749-3 A-189 / /
251 Aux. Bldg. A2-749-4 A-189 / /
252 Aux. Bldg. A2-749-6 A-189 d / d Battery i 253 Aux. Bldg. A2-749-7 A-189 d / d 254 Sux. Bldg. A2-749-8 A-189 / / -- _.
LA SALLE COUNTY SIATION UNIT #2 (REQUIRE!' FOR UNIT #1 FUEL LOAD) Page 33 TABLE 3.1 (CONT'D) _ _ _
b'a31 Identification Function Attachrent to i;1.wk 5.1113 Safety Related Equipmeni.,
Safety Related :;on-Sa fetv :'.el a t e .
9erial' Building L'all No. I) w r,. :hield Par- l Fire Panels & Piping in NO- Electtical R ull/ Ins t rm:en t Vicinity I;o . -ing tit'n '
Conduit /Q11>J e Tra:. ,
" ,, )
Aux. Bldg. A2-749-9 ' A-189 j d f255 256 Aux. Bldg. A2-749-10 A-189 / /
, 257 Aux. Bldg. A2-749-ll A-189 / v' 258 Aux. Bldg. A2-749-12 A-189 / v' 259 Aux. Bldg. A2-749-13 A-189 d y 260 Aux. Bldg. A2-749-14 A-189 / /
261 Aux. Bldg. A2-749-15 A-189 / /
262 Aux. Bldg. A2-749-16 A-189 / s/
263 Aux. Bldg. A2-749-17 A-189 g j 264 Aux. Bldg. A2-749-18 A-189 d /
265 Aux. Bldg. A2-749-19 A-189 / /
266 Aux. Bldg. A2-749-5 A-189 / /
267 Aux. Bldg. A2-768-4 A-191 /
268- Aux. Bldg. A2-768-38 A-191 d /
Aux. Bldg. A2-786-1 A-193 / / /
l269 270 Aux. Bldg. A2-786-4 A-193 d / /
2fp Aux. Bldg. A2-786-5 A-193 / /
2 7,, Aux. Bldg. A2-786-6 A-193 / /
273 Aux. 1dg. A2-786-7 A-193 /
LA SALLE COUNTY STATION UNIT #2 (REQUIRED FOR UNXT #1 FUEL LOAD) Page 34 TABLE 3.1 (CONT'D) .
Wall Identification Function Attachment to Inock Walls .
Safety Related Equipment, Serial Building Wall No. D wg. ihield Par-Sf y 1 ted Non-Safety Relate <l Panels & Piping in rire Small/Instroment No. Electrical Vicinity -
No. -Ing tit'n '
Condult/ Cable Tra:. " ,, )
274' ux. Bldg. A2-786-8 A-193 / Class 1 Elect. Conduit Supp. (CF-1) 275 Aux. Bldg. A2-786-9 A-193 / /
276 Aux. Bldg. A2-7 86-10 A-193 J /
277 Aux. Bldg. A2-786-ll A-193 d VG-Stand-By Gas Treatment System 278 Aux. Bldg. A2-786-12 A-193 / SH-Station Heating Pipes 279 Aux. Bldg. A2-786-13 A-193 Y OVColT Nitrogen Purge Bottles OPL0lJ PNL. VC-Stand-By Gas
, Treatment Pipe 280 Aux. Bldg. A2-786-14 A-193 /
281 Aux. Bldg. A2-786-15 A-193 Y /
282 Aux. Bldg. A2-786-16 A-193 / / 2PL27JB, Duct 283 Aux. Bldg. A2-786-17 A-193 d 2 VR 04YA Damper, Ductwork 2 VR 04YB Damper Ductwork 284 Aux. Bldg. A2-786-20 A-193 I d PNL OPL43J 285 lux. Bldg .A2-815-21~ A-195 d /
286 tux. Bldg. A2-815-17 A-195 / d 287 lux. Bldg. A2-825-1 A-196: / /
288 iux. Bldg. A2-796-2 A-198 / /
3 289 \ux. Bldg. A2-796-1 A-198 / /
290 <cactor R2-820-2 A-247 Bldg. S.C. Instrument Panel
LA SALLE COUNTY STATION UNIT #2 (REQUIRED FOR U'i1T #1 FUEL LOAD) Page 35 TABLE 3.1 (CONT'D) .
t-~
tial1 Idc ntification Functica Attachent t<- ",!ock Walls S fet Rela ed Eqdpment, Scrlal Building Sa fety Relat.ed Non-Safety Rclate Wall ;;o. Dwg. liticld Par- Fire I.,o .
!io . -ing tit'n Electrical Small/ Instrument Vicinity Conduit / Cable Tray y 291 Jiesel 31dg.
D2-736-11 A-281 g I f292 Diesel D2-736-12 A-281 /
31dg.
aicsel D2-73 6 -13 A-281 DG-Diesel Gen. Aux.Syste=
293
- 31dg. 2DG02F (Intake Filter) 1 294 Jiesel D2-736-7 A-281 /
31dg.
295 Diesel D2-736-3 A-281 31dg.
296 31csel D2-736-2 A-281 2E22-D306 (Intake Filter) 31dg. HPCS-High Pressure Core Spray Pipe 297 Diesel D2-736-1 A-281 2E22-D306 (Intake Filter) HPCS 31dg.
/
Diesel D2-736-8 A-281 \
298 31dg.
299 31esel D2-736-9 A-281 /
31dg.
300 Diesel D2-736-10 A-281 31dg.
301 Di sel D2-736-4 A-281 . HPCS- High Pressure Cere Spray
.31d g . Cooling System 302 Diesel D2-736-5 A-231 HPCS Bldg.
Diesel D2-736-6 A-281 DG-Diesel Generator System "9 3 ,
3 bidn .. . _ _
R 6
3 S
/
e E g R a A P
2 T
I i
r G t N I
N D I A O
S L L
L L A E W U F
) K d C 2 O #
'tn L B T o I C D I
( E U T
1 A R L O 3 E F R
E D L Y E B T R A E I T F U A Q S E R
F O
T S
I L
A
~
ll
.1,LM UvUNIT , . nT i G!i Ui; l T C ( i? LUCh WALIE .c ;dliml> FUli UNIT C' FUML LUAD) it..
Page 3I TABLE 3.1 ( C0!!TI?iUEJ' ) .
E'ALL IDE!!TIFICATION FUI1CTIC?i ATTACH!E?iT TO BLOCK WALIS SERIAL BUILDING WALL DR/CII!;0 3HIELD Pldl- FIRE SAFEIY RELATED 'l0N-SAFirY RELATEE SAI'ETY RELATED EQUIP.'.'EST u0. ;IO. -II!G TIT'N ELECTRICAL ; MLL BORE /1??S'!'U. PA'.;EIS & PIPI!;G IN CONDUIT / CABLE TRAY LINE (SEE ?;OTW VICI.'IITY 312) 304 Aux. A2-663-3 A-75 /
Bldg.
305 Aux. .A2-663-4 A-75 j Bldg.
306 Aux. A2-663-5 A-75 g Bldg.
307 Aux. A2-663-6 A-75 Bldg.
308 Aux. A2-663-7 A-75 Instrumentation 2LC15BA,BB,BC,BD1/2 Bld 8*
V V 2LC16B1/2. 2LC17B1/2 309 Aux. A2-663-8 A-75 Bldg.
V V R 310 Aux. A2-663-9 A-75 Bldg.
311 Aux. A2-663-13 A-75 Bldg. V 312. Aux. A2-663-14 A-75 Bldg. v-313 Aux. A2-663-16 A-75 B1dg. V V 314 Aux. A2-663-17 A-75 Bldg.
315 Aux. A2-6 77-6 A-79 Bldg. V #
316 Aux. A2-687-1 A-92 Mechanical Piping Bldg. v 2MS25 l
2MSO1 BB-2 MM40M
to ., A LL; cvua; aranen Utwr 52 (uLucK WALw :;nyUn1D FUH UfWf SL' FUEL LOAD) Pa g'" 38 TABLE 3.1 (Co?iTINUED) .
WALL IDE::TIFICATIc:; FU'ICTIC:; ANACHME :T TO RLCCK WALLS CERIAL BUILDI!!G WALL NO. DRI5III!G JHIELE PAR- FIRE SAFETY RELATEn :iO:i-SAFETY RELATEE SAI'ETY RELATED EQUID:E'i?,,
IJ 0. f;0. -II;G TIT'N ELECTRICAL W.ALL BORE /INSTRU. PNiEIS & PIPI:!G IN CC:JDUIT/ CABLE TRAY LII;E (SEE IhrS VICI:lITY 35:N 317 Aux. A2-687-2 A-92 Bldg. /
318 Aux. A2-687-4 A-92 Bldg. /
319 Aux. A2-687-5 A-92 Bldg. / V 320 Aux. A2-687-6 A-92 Bldg. V /
321 Aux. A2-687-7 A-92 Bldg. Y /
322 Aux. A2-687-8 A-92 Mechanical Piping 323 Aux. A2-692-8 A-92 Bldg. V 2MS01BC-26 2MS01BD-26 324 Aux. A2-710-4 A-185 Bldg. / V /
325' Aux. A2-710-5 A-185 Bldg. / / #
326 Aux. A2-710-12 A-185 Bldg. V 327 Aux. A2-710-16 A-185 Bldg.
328 Aux. A2-710-17 A-185 Bldg. Y 329 Aux. A2-710-23 A-185 Bldg. f V i l
1.a J.N Cuu.m 1:ve un u.uT ll? LDLatz um L.: ut:QuitwD ruu Unit H;' i UKL LanU)
TABLE 3.1 ( CCNTI?i';:iD) Page 39 .
WALL ILlliTIFICATIC:t FU:iCTICN ATTACH!CNT TO ELCCK WALLS SERIAL BUILDINO WALL NO. DPJJIING IHIELL PAR- FIRE SAFETY RELATED 10N-SAFETY PELATEE SAFETY RELATED EQUIPMEfiT, Iio. Iio. -ING TIT'N ELECTRICAL ; MALL BORE /INSTRU. PriELS i PIPI!iC IN CO?lDUIT/CN3LE TRAY LINE (SEE !!OT*' VICINIn 1% $
330 Aux. A2-710-24 A-185 Bldg. [ *[
331 Aux. A2-710-25 ..-185 Bldg. Y 332 Aux. A2-710-26 A-185 Bldg.
333 Aux. A2-710-29 A-185 Bldg. /
334 Aux. A2-710-30 A-185 y Bldg.
335 Aux. A2-710-100 A-185 y a Bldg.
336 Aux. A2-710-101 A-185 Bldg.
337 Aux. A2-710-102 A-185 Bldg.
338 Aux. A2-768-1 A-191 Bldg. / /
339 Aux.
Bldg.
A2-768-2 A-191 y y 340 Aux. A2-768-3 A-191 -
Bldg.
s/ v' Elevator 341 Aux. A2-768-100 A-191 Bldg. V 342 Aux. A2-768-101 A-191 Bldg. %/
1.i. ;hL1,i; i:u!.ut i l .; TAT 10!i UfJ1T #L' (BLUCL WALli; !!!alulltED FU!i U?d1T #;f I'UEL LU.'D)
TABLE 3.1 ( CO?iTI?iUED) Page !.0 ,
l WALL IDE:ITIFICATIO:s FUhCTIO:; AT"'ACH!"EI;T TO BLOCK 'a'ALIS SERIAL BUILDI!!G WALL fiO . DRAWI:!G JHIELL PAR- FIRE S/SETY RELATED 'io:1-SAFETY BELATEF SAFETY RELATED EQUIPME?iT, HO. Ilo. -IliC TIT'Il ELECTRICAL 3 MALL BORE /I? STRU. PA'IELS & FIPI?iG Ill CO?IDUIT/ CABLE TRAY LI?IE (UEE !!0?'S VICI?!ITY 71.9 34 3 Aux. A2-768-102 A-191 Bldg.
344 Aux. A2-768-5 A-191 Bldg.
HVAC Duct 345 Aux. A2-768-6 A-191 DVC49Y Fire Damper Bldg.
346 Aux. A2-768-7 A-191 Bldg.
347 Aux. A2-768-8 A-191 g y Bldg.
348 Aux. A2-768-9 A-191 Bldg. Main Security Control Center 349 Aux. A2-768-10 A-191 Bldg.
350 Aux. A2-768-11 A-191 Bldg. B 35t. Aux. A2-768-13 A-191 Bldg. /
35 2 Aux.
Bldg.
A2-768-14 A-191
/ g 353 Aux. A2- 768-15 A-191 q Bldg. "ecord Room 354 Aux. A2-768-16 A-191 Bldg.
355 Aux. A2-768-17 A-191 oldg. N[
I - -
La : n LL; l cuo.4, i .orny w s U:gt7 s e sn Lue;, w,n 1. ut:tiU1 HMi> FU!i U:UT .G' FUKL 1.U/,D)
TABLE 3.1 (Co?!TINU::D) Page 41 ,
WALL IDE?iTIFICATICII FU!iCTIC:I ATTACH?E!;T TO BLOCK WALIS SERIAL BUILDI?!G WALL ?? O . DRAWII!G 3HIELL PAR- FIRE SAFETY RELATED llC?i-SAPHY IsELATEL SAFETY RELATED EQUIP:E::?,
!io. I;O . -I!!G TIT 'Il ELECTRICAL :!'ALL 30RE/I?:STRU. P/J!EIiS & PIPI!iG I:s 00:iDUIT/ CABLE TRAY LI?iE (SEE IIO'1Tl3 VICI?!ITY
\ 152) 356 Aux. A2-768-18 A-191 y j Bldg.
357 Aux. A2- 768-30 A-191 Bldg.
358 Aux. A2-768-31 A-191 / y 7 Bldg.
359 Aux.
Bldg.
A2-768-32 A-191 g g 360' Aux.
Bldg.
A2-768-34 A-191 g 361 Aux. A2-768-35 A-191 g Bldg.
362 Aux. A2-768-36 A-191 Bldg.
363 Aux. A2-768-37 ^A-131 Bldg. V *V
- OVC25Y Fire Damper Elevator 364- Aux. A2-786-2 A-193 Elevator Bldg.
Aux. A2-786-3 A-193 Bldg. V Elevator 366 Aux. A2-815-2 A-195 Bldg. V V Elevator 367 Aux. A2-815-5 A-195 Bldg. V V 368 Aux. A2-815-7 A-195 W V
LA ."4 LIE CUUNTY :71*ATIO?l UtilT # (1:1xCK UAL,1;* ntqLUll(ED IN!i UI41T f;? FUML LUAD)
TABLE 3.1 (CONTINULg) Page 12 ,
- WALL IDENTIFICATION FUNCTICN ATTACHMENT TO BLOCK WALIS SERIAL BUILDIHG WALL NO. DRAWING 3HIELD PAR- FIRE SAFETY RELATED :10N-SAFETY RELATEE SAFETY RELATED EQUIPMENT; HO. NO. -ING TIT'N ELECTRICAL iMALL BORE /INSTRU. PANELS & PIPING IN CONDUIT / CABLE TRAY LIKE (SEE NOTES VICINITY .
1&2) 369 Auic. A2-815-12 A-195 Bldg.
l 370 ' Aux. A2-815-14 A-195 Bldg. V l 371 Aux. A2-815-11 A-195 Bldg. V 372 Aux. A2-800-3 A-198 2VC06A-26 l . Bldg. V HVAC Duct 373 Reactor R2-673-1 A-219 Junction Box Bldg. v y 2JB087R Junction Box 374 Reactor R2-673-2 A-219 Bldg. V M V 2JB268R 375 Reactor R2-673-3 A-219 y y Mechanical Piping g l
Bldg. 2RE01P j 376 React R2-673-4 A-219 377 Reactor R2-673-5 A-219 Mechanical Piping Bldg. 2E21-F011
'378 Reactor R2-673-6 A-219 Mechanical Piping Bldg. 2E51-F004 379 Reactor R2-673-7 A-220 RCL-21B Wire Way Bldg. /
380 R2-673-8 A-220 Elevator React R2-673-9 A-220 Elevator
'81 ' Reactor Bldg.
- 14. ;;/,LLM Cou;il"t Ol'AT10:1 Unii #2 (BLOCK WAL12) Itt.1 UilED Fult UNIT #2 FUEL LOAD)
TABLE 3.1 lCONTINUED) Pag 3 43 .
WALL IDENTIFICATION FUNCTION ATTACHMENT TO BLOCK WALIS SERIAL BUILDING WALL NO. DRAWING 3HIELL PAR- FIRE SAFETY RELATED :;0N-SAFETY RELATER' SAFETY RELATED EQUIP >$NT, MO. NO. -ING TIT'N ELECTRICAL 1 MALL BORE /INSTRU. PANEIS & PIPING IN CONDUIT / CABLE TRAY LINE (SEE NOTES VICINITY ,
. n?)
2LS-RE026 382 Re R2-673-10 A-220 V V / Elevator 383 Reactor R2-673-11 A-220' Junction Box Bldg. Y 2JB 003R 384 Reactor R2-694-1 A-223 Instrumentation Bldg. V 2E12 R001B 385 Reactor R2-694-2 A-223 Bldg. V 386 Reactor R2-694-3 A-224 Junction Box 2JB211R Bldg. / / Elevator 387 Reactor R2-694-4 A-224 Bldg. / Elevator oalance vamper zvxaux 388 Reactor R2-694-5 A-224 Card Reader B- Magnetic Switch R 389 Reactor R2-694-6 'A-224 Card Reader Bldg. V / Magnetic Switch 390 Reactor R2-710-1 A-227 Card Reader Bldg. V / [ Magnetic Switch 391 Reactor R2-710-2 A-227 Junction Box 2JB202R Bldg. V / Instrumentation 2E12N004B 392 Reactor R2 '10-3 A-227 Junction Box 2JB264R Bldg. I V 393 Reactor R2-710-4 A-228 Junction Box 2JB156R Elevator 394 Reactor R2-710-5 A-228 Junction Box 23B308R Bldg. Elevator
14 ;;ALLM Cou:rn :; TAT 1Un UNIT //:2 (ULucK WALL:; itMyu1HED FOR Util? //;" FUML LUAD) Page M TABLE 3.1 (CONTINUED) .
WALL IDENTIFICATIO:i FU'iCTION ATTAC1IMENT TO BLOCK WALIS SERIAL BUILDING WALL NO. DR/ MING !!!IELE PAR- FIRE SAFETY RELATED 'iOri-SAFETY RELATEf SAFETY RELATED EQUIPMENT, NO. NO. -ING TIT'N ELECTIGCAL 31ALL BORE /INSTRU. PANELS & PIPING IN CONDUIT / CABLE TRAY LINE (SEE NOT 'S VICINITY .
112 395 Reactor R2-710-100 A-228 g Bldg.
396 Reactor R2-710-101 A-228 g Bldg.
397- Reactor R2-710-6 A-228 Equipment 2IY-VQ Ol9B Bldg.
398 Rea or R2-710-7 A-228 Equipment 2RE02PA 399 Reactor R2-710-8 A-228 Bldg.
Junction Box 2JB329R Electrical Equipment 2E12F024A 400. React R2-710-9 A-228 Electrical Equipment 1FE-2-22P 401 Re tor R2-710-10 A-228 Junction Box 2JB784R 402 Reactor R2-740-1 'A-231 j , j Junction Box 2JB399K Bldg.
403 Reactor R2-740-2 A-231 j j Junction Box 2JB405K Bldg. v Valves 2E12-F053B 404 Reactor R2-740-3 A-232 Bldg.
/ V Elevator R2-740-4 A-232 Elevator 405- Reactor .g Bldg.
406 Re tor R2-740-5 A-232 Junction Box 2JB1018R IE 407 -Reac R2-740-6 A-232 Equipment 2EWO22R
_m
L,. ' La CLu .
. 1 a ri,T i.... U:.1 ; v2 (3LcCr. WALL;; HEi;UllmD Fuh U:i1T LG? FUiL LOAL')
TA3LE 3.1 ( CO?;TI! UED) Page L5 ,
WALL IDEiTIFICATIO1 FU:iCTIO:1 ATTACH?E::T TO BLOCK WALLS SERIAL BUILDII!G WALL ?lo. DRI.Wl?!G JHIELL FAR- FIRE SAFETY RELATED ric:;-SAFI'TY LELATEE SAFE"Y RELATED EQ'JIP!'s;T, Iio. ?!O . -I::] TIT'II ELECTRICAL 3:MLL BORE /I?:STRU. PA?iELS & PIPI:iG I!i C0:lDUIT/CAIALE TRAY LIIJE (SEE IiOTES VICIIIITY 1&P)
I I Magnetic Switch I
408 Reactor R2- 740- 7 A-232 Card Reader Bldg. Y V f
409 Reactor R2-740-8 A-232 Junction Box 2JB275R Bldg. V / Equipment 0FP09JC 410, Reactor R2-740-9 A-232 Junction Box 2JB272R Bldg. V /
411 Reactor R2-740-10 A-232 Bldg. V V f Junction Box 2JB345R 412 Reactor R2-740-11 A-232 Bldg. V / /
413- Reactor R2-761-1 A-236 i Bldg. / / Junction Box 2JB672R Elevator F
I 414 Reactor R2-761-2 A-236 Bldg. V #
I 415 Reactor R2-761-3 A-236
- Muipm nt 1G33-F005B Bldg. /
l 416 Reactor R2-761-4 A-236 Bldg. / V 417 Reactor R2-761-5 A-236 Junction Box 2JB830R Bldg. y V 418 Reactor R2-786-1 A-239 Stand-by Liquid Control Drum Bldg. V Pi in 1 Tie 1Chl-AOD1 2Wh04h 2 V. Brace 419 Reactor R2-786-2 A-239 Bldg. V Piping 2FC27A-20" 420 Reactor R2-786-1 A-240 Bldg. V V Elevator
1..% ,n tJ.K 4 V;;ri i ;; rA r t t ui Util T //; ( fil UCh dA!& HMQULHMU FUH ltilT T' FUML 1.UAU)
TABLE 3.1 (Cot tit:UED) Page 16 ,
l l .
W/4L IDE:iTIFICATIO:1 ft::CTIC?i 1 ATT/sCH5"E:l? TO BLOC:< W ALIS WALL I!O . DRAWIIIG 3HIELL PAR- FIRE SAFETY RELATED 'IO:I-SAFETY RELATEE SAFETY RELATED EQUIF d?iT; SERI
!!O A] BUILDI!iG NO. -II;G TIT 'I! ELECTRICAL ; MALL BORE /IISTRU. PAIIEIS & PIPI?;G IN CO:iDUIT/ CABLE TRAY LII:E (SEE iOTZ VICI:ITY ,
1 $ :' )
421 Reactor R2-786-2 A-240 Bldg. / Elevator 422- Rea or R2-706-3 a-240 Piping 2FC 27A 20" 6 _
423 Reactor R2-807
- A-244 Tnstrument 2LT-WX018A Elevator Bldg. /
424 Reactor R2-807-2 A-244 EJevator Bldg. / /
425 Reactor R2-807-3 A-244 Bldg.
426 Reactor R2-843-1 A-252 Junction Box Bldg. / -/- 1 JB716R 427 Reactor R2-843-2 A-252 j Unit Heater OSH03AF Bldg. Elevator 428 Reactor R2-843-3 'A-252 Junction Box 2JB616R Bldg. V V Elevator 429 Reactor R2-843-4 A-252 Junction Box 2JB510R Bldg. V V y A-252 Junction Box 2JB617R 430 Reactor R2-843-5 v Elevator Reactor R2-843-6 A-252 Bldg.
432 Reactor R2-843-7 A-252
/ g / Card Reader 433 Reactor R2-807-5 A-244 Bldg. / Piping 2WXO9A3
^
1i ,u.1.E o : n i . . Ji'i tA UNIT dJ (Isl.ut.% WAh!;, UMyu! H.a:D rus U:11T S.' FUML 1.UAU)
TABLI:. 3.1 ( CONTINULD) Page 47 WAI.L ICEI;TIFICATIO.1 rU?!CTIO! AZACH:'.E::T TO ELO5I WAI.LS SERIAL BUILDI?G WALL fiO . DRAWIIIC IHIELL PAR- FIRE SAFI'TY RELATED l IOU-SAFL7f RELATET SisFETY RELATED EQUIF.VINT,
!iO . ? 0. -I?;3 TIT'I; ELECTh1 CAL i !ALL HOT.E/INSTRU. PN!EIfa & PIPING IN CCiDUIT/ CABLE TRAY VICIN!TY
- LINE (SEE li?
NOT[W Oil Day Tank Roon 434 Di~esel D2-710-1 A-280 G. Bldg.
g HVAC Duct Fire Damper 2VD04Y 435- Diesel D2-710-2 A-280 Oil Day Tank Roon G. Bldg. [ Fire Darper 2VD07Y 436 Diesel D2-710-3 A-280 Oil Dav Tank Roo=
G. Eldg. / / HVAC Dhet Fire Danner 2VD12Y 437 Diesel D2-710-4 A-280 Oil Day Tank Roon G. Bldg. V / HVAC D'uct Fire Darpers 2VD12Y 438 Aux. A2-692-7 A-92 Bldg.
4 3 Q~ Aux. A2-692-9 A-92 Bldg. R 440- Reactor R2-681-1 A-362 Bldg.
441 Reactor R2-681-2 A-362 Bldg. +
442 Aux. A2-731-25 A-187 Bldg. /
443 Aux, A2-731-26 A-187 Bldg.
444 Aux. A2-731-27 A-187 f Bldg. /
LA SALLE COUNTY STATION UNITS 1 & 2 Page 48 .
TABLE 3.1 (CONT'D)
Note 1: None of the safety related piping subsystems are attached to block walls, except three 3/8" 6 HVAC sensing lines (OVE 04A, OlA, 02A) running in 1-1/4" O conduit "
supported at three locations on block wall at elevation 768'-0" in Auxiliary Building.
Note 2: Non-safety related pipings attached to block walls are small bore instrument, HVAC and process sensing lines.
s r
o LA SALLE COUNTY STATION UNITS 1 & 2 Page .h9 Loading Category Load Factors D L R P T E R T LOCA/P E SRV*
Description No. o o o o a a a ss Normal 1 1.0 1.0 1.0 1.0 1.0 -- - -- - --
1.0 p Normal /
1.0 g Servere 2 1.0 1.0 1.0 1.0 1.0 1.0 -- -- -- --
p Environmental e
m n 1.0 1.0 -- -- - --
1.0 1.0 1.25 --
1.25 Abnormal 3 1.0 1.0 -- -- -- --
1.0 1.0 1.50 -- --
I D Normal /
7 Extreme 4 1.0 1.0 1.0 1.0 1.0 - -- -- -
1.0 1.0 8 Environmental 4
Abnormal /
Severe 5 1.0 1.0 -- -- --
1.1 1.0 1.0 1.1 --
1.1 Environmental Abnormal Extreme 6 1.0 1.0 -- -- -- --
1.0 1.0 1.0 1.0 1.0
. Environmental
- SRV load shall be the larger of symmetric and asyrametric SRV loads.
TABLE 3.2 LOAD DEFINITION AND COMBINATION FOR CONCRETE BLOCK WALLS IN REACTOR BUILDING I
0 5
e g
a P
0 0 s - - - -
s - - - 1 - 1 E
5 5 2 0 a - - 1 - 1 1 P
0 0 0 a - - -
1 1 T - - 1 -
G 2 N I
& 0 0 0 R D a - - - O L 1 R - - 1 - 1 1 F I U
S s S B T r 5 N I o 0 2 O Y N t o - - - - I R U 'c E - 1 - - 1 - T A a A I N F N L O I I I d 0 0 0 B X T a o - - - 3 M U A o T 1 1 - 1 - - O A T .
L 3 C S N E D I Y L N T 0 0 0 B A S N o - - - A L U P 1 1 - 1 - - T N L O O A C I W T
E 0 0 0 I K L o - - - N C L R 1 1 - 1 - - I O A F L S E B D
A 0 0 0 0 0 0 E L D T L 1 1 1 1 1 1 A E O R L C N
0 0 0 0 0 0 O C
D 1 1 1 1 1 1 o 1 2 3 4 5 6 y N r
o g l l l l e a a a a t n t t t t a o n l n / n / n C i / e a /ee l e l ee t l l em arn m l mm aen aem mrn amm men g p a r i
n i r
m r
meo rvr o
n mro rt r reo ovr rro ot r d c o oei b oxi nei nxi a s N NS v A NE v bSv bE v o e n n A n A n L D E E E E
[ n: y pkS C-l t