W3P84-1412, Forwards Resolution of App R Audit Findings,Station Mods Resulting from App R Audit Followup & Computer Listing of Safe Shutdown Equipment List,Per 840502 Meeting in Bethesda, MD
| ML20084R330 | |
| Person / Time | |
|---|---|
| Site: | Waterford  |
| Issue date: | 05/17/1984 |
| From: | Cook K LOUISIANA POWER & LIGHT CO. |
| To: | Knighton G Office of Nuclear Reactor Regulation |
| References | |
| Q-3-P43, W3P84-1412, NUDOCS 8405220305 | |
| Download: ML20084R330 (49) | |
Text
s 142 DELARONDE STREET POWER & LIGHT P O BOX 6008
- NEW ORLEANS, LOUIStANA 70174 . (504) 366-2345 UTiuTIES SYSTEM May 17, 1984 W3P84-1412 Q-3-P43 Director of Nuclear Reactor Regulation Attention: Mr. G. W. Knighton, Chief Licensing Branch No. 3 Division of Licensing U.S. Nuclear Regulatory Commission Washington, D. C. 20555
SUBJECT:
Correction of Appendix R Audit Deficiencies and Additional Information Related to Appendix R Exception Requests Enclosure 1. Resolution of Appendix R Audit Findings
- 2. Station Modifications Resulting From Appendix R Audit Follow-Up
- 3. Computer Listing of Safe Shutdown Equipment List
Dear Sir:
The purpose of this letter is to document resolutions reached with NRC fire protection reviewers in correcting deficiencies identified during an audit for Appendix R compliance conducted at Waterford 3, April 9-13, 1984. On May 2, 1984, LP&L Fire Protection Task Force members met with the NRC in Bethesda to discuss further proposals by LP&L to correct fire protection findings.
Enclosure 1 presents audit team concerns identified during the Appendix R audit exit interview. LP&L commitments agreed to during the 5/2/84 meeting are documented in this enclosure, as well as additional information requested by the cognizant NRC reviewer to close out certain fire protection issues.
Enclosure 2 identifies the station modifications LP&L has agreed to implement to correct or close out fire protection concerns. Enclosure 3 is a computer listing of safe ahutdown equipment by fire area provided at the request of Auxiliary Systems Branch. To correctly understand this listing it must be used in conjunction with safe shutdown equipment descriptions in FSAR Section 9.5.1.A.
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4 S Mr. G..W..Knighton W3P84-1412 May 17, 1984 Page 2.
We trust that the information provided by this letter is sufficient to allow completion of related fire protection safety evaluations. Should you have any further questions concerning this subject please contact our licensing fire protection reviewer, Kevin Curley, at (504) 363-8950.
Yours very truly,
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- b K. W. Cook h[
f Nuclear Support ind Licensing Manager KWC/KNC/sab Enclosures cc: E. L. Blake, W.'M. Stevenson, D. M. Crutchfield, J. Wilson, D. J. Kubicki, J.-Weirmiel, N. Fioravante, G. L. Constable, J. Collins m
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- Enclosure 1 i Page 1 RESOLUTION OF APPENDIX R AUDIT FINDINGS
- 1. ALTERNATE SHUTDOWN CAPABILITY AND SAFE SHUTDOWN EQUIPMENT LIST
! As a result-of incorrect assumptions in the alternate shutdown capability analysis, the safe shutdown procedure'and the equipment list are inadequate for a control room fire and cable vault fire.
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. By May 28, 1984 LP&L will have an approved procedure for safe shutdown outside .]
j the control room with loss of offsite power. By this date a. sufficient number of operators will be trained on this procedure and be available to conduct a i walk-through demonstration for NRC observance as desired. Complete training of all operators on this procedure will be performed prior to receipt of our full power license.
A revised safe shutdown equipment list which is in agreement with the above
, procedure will be included in our forthcoming FSAR Amendment 36. A breakdown of safe shutdown equipment by fire area is forwarded as enclosure 3 per Auxiliary
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j System Branch's request.
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- 2. MARCH 26, 1984 EXCEPTION REQUESTS
- More information concerning the below listed items in the exception package was requested during the 4/9/84 Audit.
- a. CHILLERS RAB E.' -
L. + 46.0 Additional information relating the loss of all chillers to their impact on
, safe shutdown capability was requested. By agreement reached during the 5/2/84 meeting, the NRC Chemical Engineering Branch (CEB) will evaluate the
! merits of the submitted exception request based solely upon the existing fire protective features. LP&L need not submit a temperature effects analysis for ,
- loss of all chillers as previously requested.
- b. ISOLATION PANEL RELAY ROOM 1
Mr. John Stang (NRC) could'not evaluate the exception without knowing the 1
effects on safe shutdown a loss of this panel would have.' Mr. Edward McDougal (BNL) determined that this panel should be included in an' associated
- circuits analysis.
i By agreement reached 5/2/84, LP&L will provide a study on effects that a loss
- l. of this panel will have on safe shutdown capability including an analysis for hot shorts, open circuits and shorts.to ground. An automatic halon suppression system need.not be installed as previously proposed pending the-
- results of this' study.. After initial criticality LP&L will provide a continuous fire watch in.the relay room until an acceptable solution is:
. proposed.and-implemented.
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- W3P84-1412 Enclosure 1 Page 2
- 3. OBSTRUCTION TO SPRINKLER COVERACE During the Appendix R Audit, Mr. John Stang expressed his concern with obstructions to sprinkler coverage and gave specific examples in the switchgear rooms, Relay Room and Emergency Diesel Generator Rooms.
Obstructions to sprinkler coverage can be categorized into three types discussed below:
- a. OBSTRUCTIONS BELOW SPRINKLER HE/TS Initial design provided sprinkler coverage below ducts greater than 48" inch width per NFPA 13 paragraph 4-4.13. As a result of sprinkler systems walkdown conducted by an experienced Fire Protection Engineer, an additional 147 sprinkler heads were added in the RAB as a result of obstructions (cable trays, piping, ducts, etc.) which may be less than 48" but were considered significant obstructions to sprinkler coverage.
Criteria used is as follows: (1) Where any combination of obstructions
! (ducts, piping, cable trays, etc.) although individually less than 48" wide but when viewed in the vertical plane creates a contiguous obstruction greater than 48", or (2) where vertical stacks of cable trays and/or multiple cable trays adjacent to each other significantly obstruct sprinkler coverage, additional sprinkler protection is required below obstructions.
- h. LATERAL OBSTRUCTIONS A re-walkdown of all sprinkler systems in the RAB has been completed and specifically addressed lateral obstructions to sprinkler heads and a more conservative approach to criteria a(2) listed above. This walkdown and evaluation were conducted by experienced Fire Protection Engineers.
Additional criteria used in this walkdown are outlined in paragraph 4-2.3 of Appendix "B" to NFPA 13. Each sprinkler head was evaluated on a case by case basis and where obstructions occurred, an additional-sprinkler head was added below the obstruction or the head was relocated if coverage by adjacent sprinklers did not protect the obstructed area.
Sixty-eight additional sprinkler heads will be installed and 18 will be relocated in the RAB. Additional sprinkler heads will be provided as follows: +46.00 E.L.- 7 heads, +35.00 E.L. - 8 heads, +21.00 E.L. - 39 heads, +7.00 E.L. - 2 heads, -4.00 E.L. - 2 heads and -35.00 E.L. - 10 heads. For the areas specifically addressed during the audit, a breakdown of the sprinkler installation / rework is as follows:
Switchgear Rooms - 35 heads, Relay Room - 2 heads and Emergency Diesel Generator Room "B" - I head. All sprinkler head installation / rework will be completed prior to exceeding 5% of our full power license.
NFPA 13 paragraphs 4-2.1.2 and 4-2.2.2 for ordinary hazard occupancy
. allows a maximum 15' spacing between sprinkler heads and 130 sq. ft.
floor area protected by a single sprinkler head. Waterford 3 design utilizes a maximum of approximately 85 sq. ft. floor area-protected by a single head and in most areas averages 60.(or less) sq. ft. head spacing. In most areas, less than 8 ft. between sprinkler heads is utilized.
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W3P84-1412 Enclosure 1 Page 3 t
j This close spacing of sprinkler heads is weighed against the Appendix B criteria when determining the need for relocation or addition of sprinkler heads due to lateral obstructions, c.: SPECIAL CONSIDERATIONS The cable spreading _ room (RAB 4) and the.two electrical penetration i rooms (RAB 5 & 6) are special cases since the sprinkler coverage design for these areas incorporate both ceiling level sprinklers and dedicated spray nozzle protection for each cable _ tray below the top tray. - Top a . trays are also provided with dedicated spray nozzle protection where 4
ceiling level sprinklers cannot protect the top tray. Examples of these
! is where the top tray runs directly below and along concrete structural members (approximately 3' wide) where the distance between the: tray and i structural member is such that ceiling sprinklers will not directly i cover the trays. The above design more than adequately protects these areas and addresses the concern for sprinkler obstructions.
- 4. SPRINKLER HEAD FUSIBLE LINK TEMPERATURE RATING The concern expressed here by the NRC is a lack of a compensating measure for increasing sprinkler head temperature actuation above the NFPA 13 recommended setpoint. Our justification for such selection is discussed below.
At a nuclear facility, sprinkler system design must consider more than just j
control and/or extinguishment of a postulated fire. Due to the'possible exposure of electrical equipment to sprinkler discharge in the area of fire,
! the sprinkler system design should minimize the number of sprinkler heads which may fuse and at the same time _ control and/or extinguish the fire.' This design philosophy was utilized at.Waterford 3 with regard to using intermediate and high' temperature sprinklers in areas housing electrical equipment important to safety.
NFPA 13 section 3-16.6 addresses temperature rating for sprinkler' heads.
Paragraph 3-16.6.3 states Table 3-16.6.1 shall be used to determine
- temperature rating with one exception " intermediate or'high temperature sprinklers may be used in other than light hazard occupancies. For
- situations involving high piled combustibles or rack storage refer.to NFPA 231. Standard for Indoor General Storage, and NFPA 231 C, Standard for rack storage of materials (See Appendix E)."-
- With few. exceptions'most sprinkler _. systems in'the RAB are provided to meet the basis for Appendix'R III.G.3 criteria (i.e. transient combustible- ,
hazards) and not for'in-situ combustibles...Therefore, the postulated fire )
involves transient. combustibles'in~the form of_ Class "A" combustibles and 1
! limited quantities of' flammable. liquids. Referring to NFPA 231, " Indoor I General Storage".(which is_ referred'to in NFPA 13 paragraph 3-16.6.3), Table 1 4-4.1.2 outlines requirements (sprinkler' density, area of sprinkler demand q 3 Land temperature rating for heads);for protection'of' wood idle-pallets or l'
nonexpanded polyethylene solid deck idle pallets (class A combustibles).
. Table 4-4.1.2'specifigs.for storage up to 6.ft.'in height, a sprinkler.
density of .20_spe/ft and _when 286*F _ heade c(high temperature). are utilized.
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s' o . l W3P84-1412 Enclosure 1 Page 4 the area of sprinkler demand is 2,000 sq. ft.; however, if 165*F heads are used, the area of sprinkler demand increases to 3,000 sq. ft. Thus, a fire with class "A" combustibles (pallets) may be controlled with fewer sprinklers (2,000 sq. ft. area of sprinkler demand) utilizing 286* heads compared to utilizing 165* heads requiring 3,000 sq. ft. area of sprinkler demand.
The design of sprinkler systems in the RAB, with the exception of the cable spreading room and electrical penetration areas which have dedicated tray and ceiling level sprinklers, is .25 gpm/sq. ft. for 3,000 sq. ft. area of sprinkler demand and in most cases utilize intermediate or high temperature rated heads. This design in both " sprinkler density" and " area of sprinkler demand" exceeds the requirements by NFPA for pallet storage 6' in height which is a reasonable correlation for accumulation of significant quantities of transient combustibles when applying NFPA codes to nuclear power plant construction.
The Waterford 3 sprinkler system design including sprinkler head temperature rating as indicated above is in compliance with NFPA 13 and maximizes the fire suppression capability while at the same time minimizing the possible adverse effects of sprinkler discharge.
- 5. FIRE DOORS As requested by the NRC during our 5/2/84 meeting, additional information/ clarification is provided for the following doors: D24, D28, D29, D71, D75, D77, D78, D46, D47, D85, D84, D91, D121, D123, D128, D141, D144, D161, D163, D165, D170, D174, D175, D178, D179, D192, D218, D219, D242, D259, D250, D252A, D228, D262, and D22.
Doors D144, D165, D242, and D22 are now U. L. labeled assemblies and can be removed from the list. Doors D121, D123 and D262 are located in walls i requiring no fire resistance rating and therefore, they can be removed from the list. Doors D121 and D123 are in zone / zone walls requiring no rating and door D262 has been removed from the required fire door list and replaced with Door 261 which is a 3 hour3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> U. L. listed assembly.
Doors D24, D29, D85, D174, D178, D179, D192, D218, D219, D252A and D228 are i separating areas which are protected by automatic detection and suppression systems. Automatic sprinkler protection is provided on both sides of each door assembly. Doors D75. D128, D141, D163, D170, and D250 are separating areas which have automatic detection systems on both sides _of the door assemblies and automatic suppression (sprinklers) systems on one side of the door assemblies. In the' area on the non-sprinklered side of the door
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assemblies the Fire Hazard Analysis indicates insufficient in-situ combustibles to warrant suppression. The combination of detection systems in all areas, suppression systems on at least one side and very low fuel load in the non-sprinklered side insures that ambient temperatures on either side of these door assemblies will remain significantly low in the event of a fire.
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Enclosure 1 l Page 5 The remaining doors are listed individually below:
- a. D28 - Door located in exterior RAB wall separating the building from adjacent Radwaste Solidification Building. Primary function of this door is other than fire resistance (i.e. tornado, missile, and flood proof) .
- b. D71 - Door and frame had U.L. labels but they were removed during construction. U.L. inspected the door and had five comments, two of which U.L. stated were of.no significance. The remaining three are:
(1) Combustible signs.on door - a 7"X10" plastic, stick-on " Fire Door" sign is located on each side.
(2) Non approved gasketing material used - This. material has been replaced with U.L. listed'gasketing.
(3) Conduit penetrations to external side'of-door & frame - conduits will be provided with a B&B fire seal as outlined in LP&L letter W3P84-0089 dated March 19. 1984.
- c. D77 --Door and frame had U.L. labels but'they were removed during construction. U.L. inspected the door assembly and had four comments, two of which they stated were of no significance. The remaining two are:
(1) Comment and response the same as item (1) for door D71.
(2) Comment and response the same as item (3) for door D71.
- d. D78 - Door and frame had U.L. labels but they were removed during-
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construction. U.L.. inspected the door' assembly and had four comments,-
two of which they stated were of no significance.' The remaining.two-are:
(1) Comment and response the same as item (3) for door.D71.
(2) U.L. Listed " Panic Hardware" is installed in lieu of listed " Fire
. Exit Hardware". It will be replaced by U.L. listed fire exit hardware.
- e. D46 & D47 - These doors are located in a wall separating'RAB 24 and RAB 25.. ^ RAB 24 has no safe shutdown equipment .or cabling and RAB 25 has only single train cables and/or conduits for safe shutdown. Both areas have ionization smoke detection and neither area has redundant safe shutdown equipment.
- f. D84.- Refer to March 26, 1984 letter (W3P84-0709), enclosure 5. U.L.
inspected this' door and had one comment addressing the small (approximstely 1'X.1') viewing glass installed in one of the double
-doors. The glass installed is bullet proof but is not a wire glass.U.L.-.
listed window for fire doors. The door is.in a zone to sone wall and.
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-alternate shutdown capability is provided for the area.
W3P84-1412 Enclosure 1 Page 6
- g. D91 - U.L. inspected this door and had three comments as follows:
(1) Comment and response the same as item (1) for door D71.
(2) Comment and response the same as item (2) for door D71.
(3) Screw holes in door and frame - screw holes were closed utilizing methods acceptable to U.L.
- h. D161 - U.L. inspected this door and had one comment as follows:
(1) Comment and response the same as item (1) for door D71.
- i. D259 - U.L. inspected this door and had two comments, one of which U.L.
stated was of no significance. The remaining comment is as follows:
(1) Comment and response the same as item (1) for door D71.
SER Supplement 5 for Waterford 3 addresses the fact that not all doors have U.L. labels and where this is the case, vendor letters of equivalence are provided. The above information is submitted to provide further clarification on the nature of the vendor equivalence.
- 6. ASSOCIATED CIRCUITS The common power source and common enclosure portions of our associated circuits
' analysis were found complete during the Appendix R Audit. Additional documentation of our high pressure / low pressure interface valve study was-suggested by the assigned auditor who could not complete the spurious operation portion of his associated circuits review for lack of a final safe shutdown procedure.and equipment-list as stated in Item No. I above. As discussed during the 5/2/84 meeting our spurious operation study was determined to be incomplete as a result uf our. audit follow up.
Clarification of the completeness of the spurious operation study conducted on high pressure / low pressure interface ~ valves is documented in FSAR Amendment No.
- 36. As agreed to in our 5/2/84 meeting LP&L will submit for NRC review by 12/1/84, a fire induced spurious operation study for all essential safe shutdown systems and associated ~non-essential circuits whose spurious signals from hot shorts, open'efrcuits or shorts to ground could defeat-the functional capability of essential equipment or create personnel or equipment safety hazards. Prior to startup following the first refueling outage LP&L will implement procedures 4
'or station modifications to address the effects of potential fire: induced) spurious operations..
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v W3P84-1412 Enclosure 1 Page 7
- 7. MISCELLANEOUS AUDIT FINDINGS The remaining audit findings are of a more general or minor nature and are addressed below:
- a. INADEQUATE EMERGENCY LIGHTING FOR LOCAL DIESEL CENERATOR CONTROL PANELS Additional 8-hour battery lights will be provided to provide direct illumination on the face of the local panels prior to fuel load,
- b. QA COMMITMENTS NUCLEAR The Quality Assurance Program for Fire Protection scheduled for implementation prior to fuel load (the Quality Assurance Program was applied to Fire Protection subsequent to May 15, 1979) consists of the necessary 10 CFR 50 Appendix B criteria to provide assurance that a fire will not prevent the performance of necessary plant safe shutdown -functions and will not significantly increase the risk of radioactive releases to the environment.
Only those criteria directly applicable to Fire Protection are included in the QA program. Briefly, these are: Design and Procurement Document Control; Instructions, Procedures and Drawings: Control of Purchased Material, Equipment and Services; Inspection; Test Control; Inspection, Test and Operating Status; Nonconforming Items; Corrective Action; Records; and Audits. The QA Program for Fire Protection is under the management control of the Corporate Quality Assurance Ms-
- c. INADEQUATE FIRE PROTECTION ADM: ATIVE PRG. '" PES Deficiencies found in the recently cancelled Fire r. ction Program (PMD-PE-010) will be corrected and implemented in the lacement Fire Protection Program Plan (FP-1-013),
- d. MISSING TRAINING 2 of 10 fire brigade members audited showed missing quarterly training sessions. After full implementation of the Fire Protection Program Plan (fuel load) only those personnel meeting the full training commitments will serve as fire brigade members.
- e. REOCCURING DEFICIENCIES FOUND IN PREVIOUS AUDITS All past audit deficiencies will be reviewed and corrected prior to fuel load,
- f. DIESEL FUEL SAMPLING PROCEDURES Diesel oil sampling and transfer procedures will be revised prior to fuel load to preclude the potential for transfer of contaminated fuel to the diesel driven fire pump day tanks.
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W3P84-1412 Enclosure 1 '
Page 8
- g. FIRE WRAP AND PENETRATION SEAL DAMAGE Correction of all deficiencies are tracked by our construction completion / rework procedure (ASP-IV-141).
- h. DIESEL FIRE PUMP DAY TANKS OVERFLOW TROUGH The overflow troughs for the diesel fire pump day tanks are provided to enhance the protection for each diesel fire pump room. The primary protection between fire pump rooms for a diesel fuel oil spill is a 4" high concrete curb at the doors separating the pump rooms. Automatic sprinkler protection is provided for the entire fire pump house and each pump room is separated by a three hour rated fire wall. Three hour separation, automatic suppression and curbs at doors separating pump rooms provide adequate protection, i
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W3P84-1412 Enclosure 2 Page 1 L,
J STATION MODIFICATIONS RFSULTING FROM APPENDIX R AUDIT FOLLOW-UP 1
1.-NEUTRON FLUX - Prior to startup following the first refueling outagei LP&L commits to providing neutron flux indication which is totally electrically independent of the control room and cable vault. In the interim the'following
- . compensating measures will be incorporated into alternate shutdown procedures in the event neutron flux indication is lost whila shutting down from the remote shutdown panel (LCF-43):
j a. Verify Charging Pump running, reliefs not lifting while adding makeup water from the Boric Acid M/U Tank (BAMT).
- b. Verify charging (borating) valve lineup from LCP-43.
- c. Monitor BAMT level. ;
i d. Sample primary every 30 minutes for boric acid concentration
- . while cooling down.
f 2. REACTOR COOLANT HOTLEC PRESSURE - RCS hotleg pressure indication at LCP-43 [
- will be rerouted electrically independent of the control room and cable vault by fuel load.-
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- 3. EMERGENCY LIGHTING - As a result of our revised safe shutdown procedures
, 8-hour battery -lights will be added prior to fuel load to the following areas: '
i t a. Emergency Diesel Generator Rooms l b. Atmospheric Steam Dump (ADV) local valve operating area j c. Emergency Feedwater local valve operating area
{ d. BAMT Level local indication
{ . 4.fATMOSPHERIC STEAM DUMP VALVES - Local pneumatic control of the ADV's will be provided prior.to initial criticality.
- 5. BORIC ACID M/U TANK CRAVITY FEED VALVES - Conduit for BAMT gravity feed valves will be provided with a one hour wrap.at E.L. +35.00 prior to fuel load.
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j 6.' SAFE SHUTDOWN COOLING ISOLATION' VALVES - Breaker lockout procedures during
- normal operation will be in effect by fuel load to prevent." spurious" operations of these Hi/Lo pressure boundary valves >(ISI-V1504A, ISI-V1502B).
- 7. SMOKE DETECTION ACCW PUMP '-' One additionalL emoke ' detector will be placed over 4 , each ACCW pump prior to fuel load.
k 8.-PRESSURIZER LEVEL INDICATION /RCB - At one location inside.the, reactor-
, containment exists a. covered tray containing a pressurizer level' circuit 4
, ;which is :10 feet below its redundant pressuriser instrument cabinet. -A 30 minute fire wrap will be provided for.the subject cable tray out to greater Ethan-20 feet horizontal separation ~from the redundant cabinet.
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PAGE 1 W3P84-1412 Enclosure 3 EDASCC SERB 1CES INC.
. L OUIS I Alv A F O L E F. i. LIGHT CC. bATERFORL STEAh ELECTRIC STATICN t. C . I ;
. EQUIPMENT LISTEC ST AR TS OR CCNT INUE S IN FIRE AREA <BF.4REA F: brSCEPC DA1A REv:1C PAY 14 34
- R: SOEWF EE A Ot/15/E4 06.59.34 FIRE AREA E C L IF F.E N T ICENTITY SCL ChD F/C CT1 Dh) CLL TwR FAh 3Al SA 731 hC 3A10 SA 74G HC 3A11 SA 741 rc 3A12 SA 742 FC 3A13 SA 743 hC 3A14 SA 74* FC 3A15 SA 745 FC 3A2 SA 732 HC 3A3 SA 733 rc 3A4 SA 734 FC 3AS SA 735 tC 3 A t, SA 730 bC 2A7 SA 737 bC 3As SA 736 nc 3A9 SA 739 rc MCC 640V 2 A 315-S SA 731 FC 732 FC 733 tC 734 FC 735 nC 736 FC 737 FC 738 rc 73a bC 74C FC 761 bC 742 tC 743 FC 744 FC 745 FC 761 r.C 76C eC 763 rc Th* PC 7tS rC 76t- FC 767 nC 76E HC Tn M.SF ORP.E R 3A315-S SA 731 rc Legend:
SCL - Ultimate power source (A or B Diesci Ccnerator) . In most cases it can be used as an indication of divisional redundancy, but not necessarily (See description of safe shutdown equipment, FSAR 9.5.lA).
CWD - Control Wiring Diagram H - Ilot Shutdown Required C - Cold Shutdown Required
PAGE 1 i
EDAECL SEF% ICES ILC.
LCUISIAwA FCLEE E LIGHT CC. L A TE h F LE L: steth ELECTRIC STATICN t, C . !
. EQUIPMENT LISTEL' ST AR TS OR CCNTINJES IN FIRE AREA <DFAREA F: 6FSCEPC DA1A hEt:1C PAT 14 84
- R: SOE WF EE A Ot/lb/t4 06.09.34 FIRE AREA ECLIFFENT IC Et: TI T Y SCL CkD F/C CChT6CL PAF.EL SA 0 h-SB 0 t-LCF-PLM SD Fht SA 3 t-EC 0 F-211 F-216 r-LCF-4J REF SD PL St 0 r-r1 C EE.C hT L P ts L SA C 0-SL 0 F-CT1 Dhi CL's T.R FAh 2A1 SA 731 FC 3A10 SA 74G HC 3A11 SA 741 rc 3A12 SA 742 FC 3A13 SA 743 FC 3 14 SA 74* FC' 3A15 5A 745 FC 342 SA 732 FC 3A3 SA 723 rc 3A4 SA 734 FC 3AS SA 735 tC 3At SA 736 bc 3A7 SA 727 hC 3AL SA 736 nC 3A9 SA 739 tC PCC '9CV 2A315-S SA 731 FC 732 VC 733 tC 734 FC 735 nC 736 FC
.77 FC 730 rC 73 FC 740 FC 761 hC 742 tC 743 FC 744 rC 745 FC 761 r.C 76C HC
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PAGE 2 ESASCO SEEVICES INC.
, LCUISIANA FCWEP i LIGHT CO. WATEnFORD STEAP CLECTFIC STATION AC. 3 EGUIFFENT L IS1LD ST AR TS LR C C riT 1 t.UE S IN FIRE AREA <BFAREA F: LFSDEF C D A T A 6EV:1C FAY 1* e4
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'.. LEA 3CO SERVICES INC.
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- h: S OE WF Ef> A 05/15/04 6 6.59.?4
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E6ASCO SEPVICES INC. I L'C U IS I A N A FCLER E LIGHT CO. kATERF0FC STEAM ELECTR IC ST AT ION N0. 3 ECulfFENT LISTED ST AR TS CP C C h'T I rWE S IN FIRE AREA <bFAkEA F: .FSCEFC LAls F EV:1C FAY 14 F4
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CPkC 36-SE SB' 1CEE I:C 10ts hC CP WC-1-3 C-S A6 5A6- 1065 FC
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*ATERFChD STEAP ELECTh4C S T A T i r a, NC. 3 LC*LIS1Af.A FChLF L LILH1 CO. . l E CUIPMEi.T L ISTLD ST AR TS OR C0hilh0CS IP; FIRE AREA <EFAFCA F: .FSDEPC CATA REV:1C PAY 14 B4
- R: 50EWFEEA OS/15/h4 06.09.24 FIRE AREA EGLIFFEhT ICENillY SCL CLD t/C RA5 C2 C6L WATEh CHILR ',C -1 ( 3 C - S A / E. ) SAb 1065 bC CXF AUST F A N E-26-3A-SA SA 1341 FC E-28-36-SE Sb 1043 FC I f. E T F U v E f: T F ANE L C101A SA 1045 cc 1049 FC C101B 56 1C55 FC 10t9 cc C102C SAe 1005 FC 106c rc C39 SA 1550 F-LCCAL CATL STATP, LCS SA 1046 HC 1121 HC SAO 106e nC SE 10EE FC 1112 FC R AC GZ JP EL E66-CAD VL Ar-25-3A-SA SA 1975 FC A r -2 b-30 -Sb Sb 1079 FC RAE' CIA A S - E A r. FAN E-29-3A-SA SA 10 f ! FC E-29 -3 b -L E SL 1C64 t.C
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i 'PAGE: -22 L645tC SERVICES I t. C .
, L CLIS1 A AA FCLER 4 LILFT CG. W ATERFCFC STE A F ELECTR IC STATICN AC. 2 '
CLU1F5th1 LISTED STAhT5 bF C C I.T I N UE 5 I t. FIRL AFEA <0FAREA F: 'FLEEDC
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,764 FC !
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PAGE' 13 ,
l CEASCC SERVICES IhC.
' LOLILIANA FCh CF s LI6tT CC. WATEFFGFC !TEAF ELECTF IC STATICA AC. 2 r
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- R: $0EWFEEA 05/15/64 Cf.59.34 FIRE AREA EGLIPFEhi ICEf4TITY SCL CWD t/C 6Ah 07 AU )1LI AL Y PANEL AP-2 SE 1015 FC 1018 -C 1021 h-1027 FC 1043 FC 1:56 rc 1Ct6 hC 1G14 HC t
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PAGE 15 LBASCC SEPVICES 1ht.
, L CL151 Ah A ' F0k EF A LIGbT CC. LATERFCFD STEAP ELECTRIC STATION f. C . ?
ELU1FMLNT LISTED STARTS OR CONT INUES IN FIRE ARL A <BF AFE A F: .F SDEPC DA 1 A F E V: 1C FAY 14 64
- h: S DEk'F EB A 05/15/I'4 Oh.59.34 F1RE AREA ECLIPMEhi ICENTITY SCL CkD F/C RAL 07 15LLAT10N PAF.LL IF Sp 342 -C 375 -C 709 lC 1007 -C 1055 hC 1058 PC 1167 HC 1533 ti-1597 F-1549 h-1658 t-IDF PCF-390-SA SA 0 -C 2c4 -C 335 -C 340 -C 532 -C 504 -C 589 -C
$47 FC 1G45 hC 1b35 i-1546 h-1t48 r-FDP-391-SB SB 0 -C 295 -C 336 -C
~341 -C 537 -C
$70 --C E89 -C 846 bC 1C55 HC 1536 F-1547 F-1$49 t-
- ts ;f t eATTEbY Chio.6Ek 3Al-S SA 0 -C 294 -C-532 -C b47 FC 1535 F-1546 F-1548 P-3A2-S SA 0 -C 294 -C 532 -C (47- FC 1535 F-it90 b-L_..__---___ >
-P AGE 16 EPASCC SEPVICES INC.
. L CUISI AN A F0 VEL 1 LICHT CC. WATERFGP,0 STEAM ELEC Tf' IC ETATICf. 14 C . 3 E C U I P P.L N T LISTEL STARTS OF C C NT li4 UL S IN FIPE AREA <BFAREA
-F: 6FEDEPC DA1A reb:1C FAY 14 64
- W: SDEWFEbA CE/15/h4 CE.59.34 FIFE AFEA ECLliFENT ICENTITY SCL CWD N/C RAb GeA EA11EHY C H A R JE F. 3A2-S OA 1548 h-EUS 4 16KW 323-S SA C -C h-nt 294 -C 335 -C 3!7 -C 236 -C 339 -C 340 -C i 3LS -C 516 -C
- 517 -C
] 530 -C 532 -C 533 -C i 541 -C 543 -C i 552 -C
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, 7(4 'hC 705 -hC.
PAGE 17 I
. EBASCG SrbVICES INC.
, ,L OUI 51 AN A E04LR & LIGFT CG. WATERFCEL STEAM ELECThIC STATION NC, 2 EQUIPMENT LISTEC STARTS CR CCNT INUE S IN FIRE AREA <BFAkEA
- F: WF hCEF C DATA REV: 1C PAY 14 e4
- R: SCELFEBA 05 /15/t 4 06.59.34 FIFE AFEA E'LIFMChT.
. ILEN T I T Y SCL CkD h/C R AB 0 6 A but *.16KV 3 A3- S SA 766 tic 767 FC 768 LC P47 FC 1000 -C 1005 -C l 1010 hC 1011 FC 1013 FC l 1017 -C
! j 1C20 F-( 1C26 HC ij 1041 FC 104b LC 1048 hC 1049 'C l
1075 FC 1003 SC 1065 nC 106d FC 10F9 FC 1117 FC 1121 HC 113? HC 1133 hC 1165 FC 1242 FC 1531 P-1535 F-1b40 h-1541 h-1546 F-1546 F-1643 L-2309 FC CNikL PhL LPAC) LCP-61 SA 0 h-i 585 -C l 713 tC 1509 t-1525 t-1546 h-1548 h-
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, EEASCC SEPVICES I t. C .
. L C U I S 1 A r. A F C '. E F k LICliT CC. . L' A TE R F O R C S T E A M ELECTRIC STATION NC. 2 EGUIPMEA) LISTED STARTS O n C C t.T i tJ UE S Ita FIHE AREA <BFARLA F: kFSOEFC ( ATA REV: 1C FA) 14 E4
- h: SOEwFEBA C5/15/84 56.b9.44
.F1RE AFE A EGL16'FENT IC Era T 1 T Y SCL CkD F/C RAB OoA .MCC 4f: JV 3A311-S' SA 5!3 -C 541 -C E43 -C 552 -C 564 -C S'S -C 596 -C 09T -C F47 FC 1000 -C 1020 F-1045 nC 1048 hC 1Ch3 FC 108b FC 1C86 FC 1099 FC 1121 FC 116b rC 1242 VC 1535 F-1541 F-1546 F-1$48 h-1643 N-3A312-5 SA 0 -C ,
FC 2 94 -C 335 -C 338 -C 517 -C 532 -C E47 FC 1961 FC 1049 bC.
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PAGE 19 ,
EEASCO SERVICES I ti c .
LCWISI AN A .FCiER t. LIGFT CD. LATERFCFL STEAF ELECTRIC STAT I cn r$ . 3 EfUIFMENT LISTED STARTS OR C C N T I t.UE S li. FIRC AREA <brAREA F: .FSCEPC DATA PEV: 1C PAY 14 P4
- R: SCEhrEeA 05/15/t4 ;f.t9.34 FIRE ARL A EULIFFEAT IC Ef;11 T Y SCL CbD F/C RAB SoA kCC 450V 3A313-S SA 1010 hC
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1020. FC 1075 t' C 1117 tic 1535 r.-
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PAGE 20
.* EEASCC SEFVICES 1hC.
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- i. ;U I P X :.h T LISTED STARTS OR C C Ni l t4 U E S IN FIRE AhEt (DFAREA F: wFSOEDC CA1A REv:1C PtY 16 A4
- A: ECCLFEDt CE/15/f4 Co.S?.24 FIRL AFE A L G L 1Fe:ENT IDENT11Y LCL CLD F/C 4 ........ ... ... ...
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PAGE 21 EBASCO SEFVICES If C.
LCUISI ANA P0kER h LILeHT CD. bATERFCFD STEAM ELECTRIC STATION NC. 3 ECUIFMENT LISTED STARTS Oh CC AT I AUES IN FIRE AREA <EF AR E A F: hF SCEPC DAla FE V:1C FAY 14 84
- R: SLEWFEBA 05/15/C4 0A.59.24 FIRE ARCA EbLIFMEhT 10rNTITY SCL CbD h/C RAE 06E EAITEh1 CHAPGE4 331-3 SS 1549 t-3E2-S SB 0 -C 295 -C 537 -C 646 NC 1536 h-1547 F-1544 t.
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ELAC,CC LERVICES I f, C .
,LCUISIAh4 PGWEF ; Ll6hl CG. .WATERfer0 STEAh ELECTRIC STATIOP; t,0 3 E(.UIFhE A T L IE1CC ST AH 15 OR C C hi l fiUE S 1h FIFE AREA (,0fAPEA F: kFSCEFC LATA REV:1C VAY 14 P4
- R: SDEWFCbA 05/15/64 36.59.24 FIRE ARE A E L L IL PENT I D E r. T 11 Y SCL CWL t/c l
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idee FC 1040 bc 111's bc 1122 FC 1130 FC 1146 tC 11ht rc 1240 HC j lb33 H- ,
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bFt -C 714 FC l 1505 P-1525 h-1047 t-
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-DAGE 23
. EBASC0 SERVICES INC.
l LOU 151ANA l' C W E h t LIC hi CC. LATERFORL STEAM ELLCTRIC STAT 10h P. C . J l . ,
EGUIFMENT LISTCD ST AR TS OR CCtT1huCS lh F I AE' AkE A <BrthtA F: kFECEPC LAft REY:!C PAY 14 F4
- R: SLEkFEDA C5/15/F4 Ge.55.24 ,
FIRL AREA EL LIFPCf T I D E P. T I T Y SCL Cbl b/C MAS 36k ( f. t h L F h L (PAC) LCF-62 SE 1549 b-PCC 4FCV 3b311-5 SB 0 -C l
- p. t 2'5 -C 336 -C 341 -C 342 -C l S19 -C
$37 -C i L!F -C 542 -C '
544 -C btB -C 570 -C l 590 -C :
E91 -C i SY2 -C !
84e NC !
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PAGE 24 i
LOU 151AAt F0Kib L Ll6hl CO. WATERFORC- STEAM LLECTEIC E T A T i c.N ad . 3 C Gu l F M E P.1 LISTED STARTS bR C C f.T l f.U L S I t! FIkE AREA <EF/.kEA F: kFSLEFC LA1A HEV:1C FAY 1* E4
- P: SCEkFEBA CS/15/E4 06.59.24 FIRE ARE A 10 ENTITY SCL CWD b/C
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PAGE 29 ELASCL SERVICES INC.
. L D,U J S I A E A PckEr t L itc H T C o . WATERF0RL STEAM EL E C TF IC STtTiON AC. 3 I EculPMEfsT LIE 1ED STARTS OR CC P,T 1 AUE S IN FIRE ARE A <EF ARE A F: kF EDEFC LA1A FLV:1C FAY 14 h4
- F: SDEEFEBA 05/1L/c4 36.55.34
[ FIRE AREA E C L IF F El.T I L Ers T I T Y SCL CWL F/C R A B C r2 E b.CR fUS 480V 3 E 31 -S S ti 392 -C l 343 -C 375 -C Sie -C I 519 -C l 537 -C
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BAGE 20 i ECASCC SEFVICES I f4 C .
L C,U,l S I A N A F L k' t h e. LIGHT CO. wATEAFCRC.5 TEAM ELECTRIC STATION tvC. 3 EGUIFVFNT LIFTEC STARTS bh C C f.T I f, UE S IN FIRE APEA <CF ARE A F: - bF SCE F C CA1A FEv:1C FAY 14 F4
- F: 10ELFEDA 05/lb/E4 08.59.34
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PACE 27 EbASCG SERVICES INC.
. L O U IS I A t. A FCWEF t. LIGnT CC. W ATCRF ORC STE AP LLECTRIC SitTION t.C. 3 ECUIFriENT L lt TED ST AP TS OP CCtTINUEE 1h FIRE AREA <bFAREA I
F: kFSDEFC CA1A FEV: 10 P' A Y 14 84
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- Eb ASCC !EPVICES INC.
. I',0 0,1S I Af,A 'F Gk EPt. LICrT CO. WATChFCRC STEAK ELECTR IC STATICN AG. 1 ECUIFMENT LIS'ED STARTL UR CCNTIhLES I t, FIRE AREA <PFAFEA F: hFEDEFC DATA REV: 1C VAY 14 P4
- F: SCEbfEBA 05/15/P4 " 8 . 5 r, , 3 4 FIRE AREA E L L. IF V.E AT IDENTITY SCL CL'D b/C PAP 09 LCF-tEP SD PAL LCF-43 SE O FC 205 0-2(7 bL 273 FC 295 -C 242 -C 375 -C 535 -C 537 -C 536 -C 542 -C 544 -C
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PALE 34
,* CoASCC_SEFVICCE I tJ C.
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' PACE 30
- EBASCC SERVICES IRC.
. LCU{SIANA FCkE6 i LIGFT CC. LATERFCRC STEAF ELECTh3C-STATICN Pd . 2 ECL'IFPff.T LISTED STAR 15 t,R . C0 hT INUT S I .N F IR E A ft E A <BFAFEA i F: LFSCEFC DATA b E V:1 C FAY 14 84
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, EbASCO SERVICES 1AC.
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EbASCC SEhVICES I f. C .
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%ALVE-150L S01 2Fi-VE47L SB 1547 F-2FL VE4EA SA 1546 l-2Fh-V6 bib Sh 1547 F-2FV vet 2A SA 1546 F-VELVE-ISOL SG2 2FW-VB49A SA 1546 h-2FW-V850E SL 1540 h-2FW-V853A SA 1548 F-2Fb-VF54E SB 1549 t-VILVE-SFUTCFF 2PS-vella SA 1535 h-2MS-V612E SD 1536 h-RCE ELA 55'F AY VLV 1CH-L2505A SA 254 -C Ice-E2505B SB 295 -C CFFC L14-L2A VLV ICF-E2tC3A SA 0 -C 1CH-E2tCAE SB C -C C f.- l F T FAA COCLE AE-1-3A-SA SA 1132 hC Ar-1-3E-SU SB 1135 FC AF-1-3C-SA SA 1133 FC AF-1-30-SB S6 1136 FC FICSICf CHAtWLR KELL 5 SB G H-LELL 6 SA C H-Ih5TRUMENT PANEL CIA SA 267 FC 273 FC C1b SA 210 F-SC. 267 FC
'2 73 hC C10 SB 211 h-C2E SA 215 h-C2D SB 216 F-LCCAL C t. T L STATP LCE SA 2C4 --
SB 205 F-LVL TFTP SC1 LT-F V1115 AS SA IEC9 h-L T-F W 1115E S SE 1509 n-LVL TFTH 562 LT-F W112 t A S SA 1525 h-LT-FW1125ES SE -1525 r-FAS Fk2h LVL CTL LIC-110-1 SAE 277 eC PAL PnZF PRS CTL FIC-100-1 SAB 2 76 FC F P E-APP FILTEF E349G SA ; H-S3491 SS C F-FEESS TFTR.SGI FT-10133 SA 210 F-F T-19 3 3D SG 211 t-FREES 1MTR . SC2I FT-1C23E SA 215 r-PT-10230 SE 216 h-1 e
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9 EGUIPFENT LISTED STARTS OR C C AT I .N U E S IN FIF E ARE A <bfAREA F: LF SEEPC C A 1 A FEV: 1C FAY 14 F4
- F: SDELFEbA 05/15/64 OE.E9.34 F IRE ARE A E L L IF rir.T IDENTITY SCL CkD b/C RCP Eh28 t' T R e t. K 3 A-S A SA 0 FC 3E-5B SB 3 FC FLIF LVL TFTh L T -110 x SA 273 FC LT-110Y Sb 2 73 FC FF2E FNESF 1hTh F T -10 2 4 SA 267 bC PT-10 2 B SB 207 hC hCE CCLCLEC TEFP TE-RC0112CE SE O F-TE-RCC122CA SA 0 F-TE-111Y SA 20% F-TE-121 Y Sb 2C5 h.
EC5 HCTLEG T L1 TE R C0112F A SA 0 h-TE-F C 0112F B 55 C F-F C E HOTLEG 1 L 2 T E-R C 012 2 e A SA 0 P-TE-FC0122rF S2 0 F-CDCS ISCL VALVE 1Cl-V1501E Sb 591 -C 1SI V1502E 58 590 -C 151-V1503A SA 596 -C 1SI-VibC4A SA 555 -C Ell ItCL VALVE ISI-V1505Thit SA 562 -C .
1SI-V1500TK10 Se SES -C 151-V15C7TK2A SA 504 -C
( I S I- V 15 0 8 T K2 6 SB 570 -C 4
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