ML20210A618

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Rev 0 to Bwap 1110-1, Fire Protection Program Sys Requirements
ML20210A618
Person / Time
Site: Braidwood  Constellation icon.png
Issue date: 01/30/1987
From:
COMMONWEALTH EDISON CO.
To:
Shared Package
ML20209J307 List:
References
BWAP-1110-1, NUDOCS 8702060507
Download: ML20210A618 (66)
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Text

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BwAP 1110-1

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FIRE PROTECTICN PROGRAM SYSTEM REQUIREMDITS A. STATEMENT OF APPLICABILITY The purpose of this procedure is to outline the Requirements for Availability and Surveillance Requirements, as applicable during the Operational Modes or other conditions as specified, and establish remedial actions to be taken on unavailable fire protection systems and equipment. This procedure will become effective upon issuance of a five percent power license for Unit One.

B. REFERENCES- l

1. Branch Technical Position CMEB 9.5.1 (NUREG-0800)
2. 10 CFR 50 Appendix R
3. National Fire Codes
4. Nuclear Mutual Limited Loss Prevention Standards for Nuclear Generating Stations
5. BwAP 1110-1T1, Fire Detection Instruments (Unit 1) f
6. BwAP ll10-1T2, Fire Detection Instruments (Unit 2).
7. BwAP ll10-lT3, Fire Hose Stations (Unit 1)
8. BwAP ll10-lT4, Fire Hose Stations (Unit 2)
9. BwAP ll10-1A1, Fire Detection Instrumentation Required Compensatory Measures Action Response
10. BwAP ll10-1A2, Fire Suppression Water Supply System Required Compensatory Measures Action Response
11. BwAP ll10-1A3, Fire Protection Water Suppression Systems Required Compensatory Measures Action Response
12. BwAP 1110-1A4, Carbon Dioxide Fire Suppression Systems Required Compensatory Measures Action Response
13. BwAP ll10-1A5, Halon Fire Suppression Systems Required Compensatory Measures Action Response
14. BwAP 1110-1A6, Fire Hose Stations Required Compensatory Measures Action Response
15. BwAP ll10-1A7, Fire Rated Assemblies Required Compensatory Measures Action Response 1 b 7451P(011987) 1060A h \

8702060507 870130 6 PDR ADOCK 0500

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16. BwAP 1110-1A8, Fire Protection Requirements Cross-Reference Matrix.
17. BwAP 1100-8, Fire Protection Impairment and Abnormal .

Operating Conditions

13. BwAP 1100-12, Fire Watch Inspection C. LIMITATIONS AND ACTIONS
1. Upon failure to meet the Requirements for Availability the associated Required Compensatory Measures shall be met.
2. Noncompliance with this procedure shall exist when the Requirements for Availability and associated Required Compensatory Measures are not met within the specified time intervals. If the Requirements for Availability are restored prior to expiration of the specified time intervals, completion of the Required Compensatory Measures is not required.
3. Surveillance Requirements shall be met during the OPERATIONAL MODES or other conditions specified for individual Requirements for Availability unless otherwise O stated in an individual Surveillance Requirement. I
4. Failure to perform a Surveillance Requirement within the specified time interval shall constitute a failure to meet the Requirements for Availability. Exceptions to these requirements are stated in the individual specifications.

Surveillance Requirements do not have to be performed on unavsilable equipment.

5. Each Surveillance Requirement shall be performed within the specified time interval with:
a. A maximum allowable extension not to exceed 25% of the surveillance interval, but
b. The combined time interval for any three consecutive surveillance intervals shall not exceed 3.25 times the specified surveillance interval.
6. A Fire Protection Impairment Card shall be initiated in accordance with BwAP 1100-8 by the Supervisor in charge of the work (for preplanned repairs or surveillances) or the Shift Engineer / designee (for repairs, surveillances or outages that were not preplanned).
7. Fire watches as required by the Required Compensatory Measures statements shall be implemented in accordance with BwAP 1100-13.

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8. For unavailable fire systems, major components, and fire rated assemblies not addressed within the MAIN. BODY of this procedure an hourly fire watch should be established unless otherwise directed by the Fire Marshal.
9. The appropriate Required Compensatory Measures Action Response, located in BwAP ll10-1A1 through BwAP ll10-1A7, shall be initiated upon violating any Requirement for Availability.
10. No temporary or permanent alterations shall be made to this procedure without the approval of the Fire Marshal, Fire Protection Engineer or the Technical Staff Fire Systems Engineer.
11. The requirements of this procedure will be applicable for Unit 2 systems, subsystems, components and devices, which are not specifically mentioned within this procedure, when a Unit 2 Full Load License is granted. The contents of BwAP ll10-lT2 and BwAP ll10-1T4 will also be applicable at that time.

D. DEFINITIONS

1. The following terms, which are capitalized within the I

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contents of this procedure, are defined within Section 1.0 of the Braidwood Station Technical Specifications: TRIP ACTUATING DEVICE OPERATIONAL TEST, COLD SHUTDOWN, and OPERABLE-OPERABILITY.

2. AVAILABLE-AVAILABILITY:

A system, subsystem, component or device shall be AVAILABLE or have AVAILABILITY when it is capable of performing its intended function (s), and when all necessary attendant instrumentation, controls, electrical power, cooling or seal water, lubrication or other auxiliary equipment that are required for the system, subsystem, component or device to perform its function (s) are also capable of performing their support function (s).

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BwAP 1110-1 s Revision 0 E. MAIN BODY

0. Index SECTION _, TITLE, __ ~ PAGE E.1 FIRE DETECTION INSTRUMDITATION 5 7

E.2. FIRE SUPPRESSION WATER SUPPLY SYSTEMS E.3 WATER SUPPRESSICN SYSTEMS 10 E.4 CARBON DIOXIDE SYSTEMS 12 E.5 HALON SYSTEMS 13 E.6 FIRE HOSE STATIONS 14 E.7 FIRE RATED ASSEMBLIES 16 8

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1. Fire Detection Instrumentation
a. Requirements for Availability
1) As a minimum, the fire detection instrumentation for each fire detection zone shown in Table 1, BwAP ll10-lT1, for Unit 1 (Table 2, BwAP ll10-lT2, for Unit 2) shall be AVAILABLE.
2) Applicability: Whenever equipment protected by the fire detection instrument is required to be OPERABLE.
3) Required Compensatory Measures a) With any, but not more than one-half the total in any fire zone, fire detection instruments shown in EwAP 1110-lT1 or BwAP 1110-lT2 unavailable, restore the unavailable instrument (s) to AVAILABLE status within 14 days or within the next I hour establish a fire watch patrol to inspect the zone (s) with the unavailable instrument (s) at least once per hour, unless the instrument (s) is located ,

inside the containment, then inspect that /

containment zone at least once per 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> or monitor the containment air temperature at least once per hour at the following locations: A, B, C, and D ROFC DRY BULB INLET TEMPERATURES.

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  • BwAP 1110-1 R;visicn 0 b) With more than one-half of the fire detection instruments in any fire zone shown in BwAP 1110-lT1 or BwAP 1110-1T2 unavailable, or with any fire suppression instruments shown in BwAP ll10-lT1 or BwAP ll10-lT2, unavailable, or with any two or more adjacent fire detection instruments shown in EwAP ll10-lT1 or BwAP 1110-lT2 unavailable, within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> establish a fire watch patrol to inspect the zone (s) with the unavailable instrument (s) at least once per hour, unless the instrument (s) is located inside the containment, then inspect that containment zone at least once per 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> or monitor the containment air temperature at least once per hour at the following locations: A, B, C, and D RCFC DRY BULB INLET TEMPERATURES.
b. Surveillance Requirements
1) Each of the above required fire detection instruments which are accessible during plant operation shall be demonstrated AVAILABLE at least once per 6 months by performance of a TRIP $

ACTUATING DEVICE OPERATIONAL TEST. Fire detectors I which are not accessible during plant operation shall be demonstrated AVAILABLE by the performance of a TRIP ACTUATING DEVICE OPERATIONAL TEST during each COLD SHUTDOWN exceeding 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> unless performed in the previous 6 months.

2) The NFPA Standard 72D supervised circuits supervision associated with the detector alarms of
  • each of the above required fire detection instruments shall be demonstrated AVAILABLE at least once per 6 months.

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2. Fire Suppression Water Supply System
a. Requirements for Availability
1) The Fire Suppression Water Supply System shall be AVAILABLE with:

a) Two fire suppression pumps with their discharge aligned to the fire suppression header, and b) An AVAILABLE flow path capable of taking suction from the pond and transferring the water through distribution piping with AVAILABLE sectionalizing control or isolation valves to:

(1) The yard hydrant isolation valves (for hydrants 0FP09S, OFP10S, OFP12S, OFP145, OFP15S, OFP165, 0FP23S and 0FP24S),

(2) The last valve ahead of each hose standpipe as required by Section E.6.a.

of this procedure, r

(3) The last valve ahead of the deluge valve (on the Diesel Generator Fuel Oil Storage Room foam system and manual Containment charcoal filter deluge systems), and (4) The last valve ahead of each sprinkler system as required by Section E.3.a. of this procedure.

2) Applicability: At all times.
3) Required Compensatory Measures a) With one pump and/or one water supply unavailable, restore the unavailable equipment to AVAILABLE status within 7 days or provide and alternate backup pump ce supply.

b) With the Fire Suppression water Supply System otherwise unavailable establish a bac~. tup Fire l Suppression Water Supply System withir.

24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.

b. Surveillance Requirements
1) The Fire Suppression Water Supply System shall be demonstrated AVAILABLE.

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BwAP 1110-1

  • Ravicion 0 a) At least once per 31 days by starting the electric motor-driven pump and operating it for at least 15 minutes on recirculation flow, b) At least once per 31 days by verifying that each valve (manual, power-operated, or automatic) in tne flow path is in its correct position, c) At least once per 6 months by performance of a system ring header flush, d) At least once per 12 months by cycling each testable valve in the flow path through at least one complete cycle of full travel, e) At least once per 18 months by performing a system functional test which includes simulated automatic actuation of the system throughout its operating sequence, and:

(1) Verifying that each fire pump develops a discharge of 150% of rated capacity at 65% of rated pressure (3750 gpm i 10% gpm 6

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at 107 1 10% psig), and recording measured performance at minimum and rated loads.

(2) Cycling each valve in the flow path that is not testable during plant operation through at least one complete cycle of.

full travel, and (3) Verifying that each fire suppression pump starts (sequentially) to maintain the fire suppression water system pressure greater than or equal to 125 psig.

f) At least once per 3 years by performing a flow test of the system in accordance with Chapter 8, Section 16 of the Fire Protection Handbook, 15th Edition, published by the National Fire Protection Association.

2) The fire pump diesel engine shall be demonstrated AVAILABLE:

a) At least once per 31 days by verifying:

(1) The fuel storage tank contains at least 325 gallons of fuel, and 8

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  • R:visien 0 (2) The diesel starts from ambient conditions and operates for at least 30 minutes on recirculation flow.

b) At least once per 92 days by verifying that a drain saeple of diesel fuel from the fuel oil day tank, obtained :n accordance with ASTM-D4057-1981, is within the acceptable limits specified in Table 1 of ASTM D975-1977 when checked for viscosity, water, and sediment; and c) At least once per 18 months by subjecting the diesel to an inspection in accordance with procedures prepared in conjunction with its manufacturer's recommendations for the class of service.

3) The fire pump diesel starting 24-volt battery bank shall be demonstrated AVAILABLE:

a) At least once per 7 days by verifying that:

(1) The electrolyte level of.each battery is 6-above the plates, and /

(2) The overall battery voltage is greater than or equal to 24 volts.

b) At least once per 92 days by verifying that the specific gravity is appropriate for continued service of the battery, and c) At least once per 18 months, by verifying that:

(1) The batteries, the visible portion of the cell plates, and battery racks show no visual indication of physical damage or abnormal deterioration, and (2) The battery-to-battery and terminal connections are clean, tight, free of corrosion, and coated with anticorrosion material.

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3. Water Suppression Systems
a. Requirements for Availability
1) The Water Suppression Systems including the Foam Systems in tha Diesel Generator Fuel Oil Storage Tank rooms, the Sprinkler Systems in the Auxiliary Building, and the Containment Charcoal Filter Manual Deluge System shall be AVAILABLE.
2) Applicability: Whenever equipment protected by the above systems is required to be OPERABLE.
3) Required Compensatory Measures: With one or more of the above required systems unavailable, within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> establish a continuous fire watch with backup fire suppression equipment for those areas in which redundant systems or components could be damaged; for other areas, establish an hourly fire watch patrol.
b. Surveillance Requirements
1) The above required Foam System shall be y demonstrated AVAILABLE: J a) At least once per 31 days, by verifying that each valve (manual, power-operated, or automatic) in the flow path is in its correct position, b) At least once per 12 months, by cycling each testable valve in the flow path through at least one complete cycle of full travel, c) At least once per 18 months:

(1) By performing a system functional test which includes simulated actuation of the system, and:

(a) Verifying a " Fire Trouble" alarm is received when the isolation valve is closed, and (b) Verifying a " Fire" alarm is received on actuation of the alarm pressure switch.

(2) By a visual inspection of the dry pipe deluge headers to verify their integrity, and 10 7451P(011987) 1060A

BwAP 1110-1 Revisien 0 (3) By a visual inspection of each nozzle's spray area to verify the spray pattern is not obstructed.

d) At least once per 3 years by performing.an air flow test through each open deluge nozzle and verifying each nozzle is unobstructed.

2) The required Sprinkler System shall be demonstrated AVAILABLE:

a) At least once per 92 days:

(1) By discharging water out of the inspectors test connections and verifying a " Fire" alarm.

b) At least once per 12 months:

(1) By a visual inspection of the sprinkler header to verify integrity and that the head spray pattern is not obstructed.

(2) By verifying water flow through the test g.

drain at the riser. /

3) The required Manual Deluge System shall be demonstrated AVAILABLE:

a) At least once per 18 months:

(1) By cycling the isolation valve and verifying the " Fire Trouble" alarm.

(2) By cycling the deluge valve, and (3) By a visual inspection of the deluge header to verify integrity and that the spray heads are not obstructed.

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4. Carbon Dioxide Systems
a. Requirements for Availability
1) The following CO2 Systems shall be AVAILABLE_

a) Diesel Generator Rooms and Day Tank Rooms, b) Lower Cable Spreading Rooms, c) Auxiliary Feedwater Diesel Room and Day Tank Room, and d) Cable Tunnel Room

2) Applicability: Whenever equipment protected by the CO2 systems is required to be OPERABLE.
3) Required Compensatory Measures: With one or more of the above required CO2 systems unavailable, within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> establish a continuous fire watch with backup fire suppression equipment for those areas in which redundant systems or components could be damaged: for other areas, establish an ,

hourly fire watch patrol. f

b. Surveillance Requirements
1) Each of the above required CO2 Systems shall be demonstrated AVAILABLE at least once per 31 days by verifying that each valve (manual, power operated or automatic) in the flow path is in its correct position.
2) Each of the above required CO2 Systems shall be demonstrated AVAILABLE:

a) At least once per 7 days by verifying the plant CO2 storage tank level to be greater than 96% (9.6 tons) and pressure to be greater than 275 and less than 357 psig, and b) At least once per 18 months by verifying:

(1) The system, including associated ventilation system fire dampers, actuates both automatically upon receipt of a simulated actuation signal, and manually, and (2) Flow from each no::le during a " Puff Test".

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5. Halon Systems
a. Requirements for Availability
1) The Halon Systems in the Upper Cable Spreading Rooms shall be AVAILAELE.
2) Applicability: Whenever equipment protected by the Halon System is required to be OPERABLE.
3) Required Compensatory Measures: With one or more of the above required Halon systems unavailable, within I hour establish a continuous fire watch with backup fire suppression equipment for those areas in which redundant systems or components could be damaged; for other areas, establish an hourly fire watch patrol,
b. Surveillance Requirements
1) Each of the above required Halon Systems shall be
  • demonstrated AVAILABLE:

a) At least once per 31 days, by verifying that g each solenoid valve in the flow path is in its  !

correct position, b) At least once per 6 months by verifying each Halon storage cylinder weight to be at least 95% of full charge weight and pressure to be at least 90% of full charge pressure, and c) At least once per 18 months by:

4 (1) Verifying the system, including associated ventilation dampers, actuates automatically, upon receipt of a simu, lated actuation signal, and (2) Performance of a flow test through headers and no::les to assure no blockage.

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6. Fire Hose Stations
a. Requirements for Availability
1) The fire hose stations given in Table 3,. .

EwAP ll10-lT3, for Unit 1 (Table 4, EwAP ll10-1T4, for Unit 2) shall be AVAILABLE.

2) Applicability: Whenever equipment in the areas protected by the fire hose stations is required to be OPERABLE.
3) Required Compensatory Measures: With one or more of the fire hose stations given in BwAp ll10-lT3 or BwAP ll10-lT4 unavailable, provide gated wye (s) on the nearest AVAILABLE hose station (s). One outlet of the wye shall be connected to the standard length of hose provided for the hose station. The second outlet of the wye shall be connected to a length of hose sufficient to provide coverage for the area left unprotected by the unavailable hose station. Where it can be demonstrated that the physical routing of the fire hose would result in a recognizable hazard to operating personnel, plant ,

equipment, or the hose itself, the fire hose shall e be stored in a roll at the outlet of the available hose station. Signs shall be mounted above the gated wye (s) to identify the proper hose to use.

The above action shall be accomplished within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> if the unavailable fire hose is the primary means of fire suppression: otherwise route the additional hose within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />,

b. Surveillance Requirements
1) Each of the fire hose stations given in BwAP ll10-lT3 or EwAP ll10-lT4 shall be demonstrated AVAILABLE:

a) At least once per 31 days, by a visual inspection of the fire hose stations accessible during plant operations to assure all required equipment is at the station, b) At least once per 18 months, by:

(1) Visual inspection of the stations not accessible during plant operations to assure all required equipment is at the station, (2) Removing the hose for inspection and re-racking, and

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  • R2 vision 0 (3) Inspecting all gaskets and replacing any degraded gaskets in the couplings, c) At least once per 3 years, by partially opening each hose station valve to verify valve AVAILABILITY and no flow blockage, and d) At intervals not exceeding 5 years after the acceptance hydrostatic te.-t date, at 8 years after the acceptance hydrostatic test date, and every 2 years thereafter, by conducting.a hose hydrostatic test at a pressure of 150 psig or at least 50 psig above maximum fire main operating pressure, whichever is greater.

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7. Fire Rated Assemblies
a. Requirements for Availability
1) All fire rated assemblies (walls, floor / ceilings, cable tray enclosures and other fire barriers) separating safety-related fire areas or separating portions of redundant systems-important to safe shutdown within a fire area and all sealing devices in fire-rated assembly penetrations (fire doors, fire windows, fire dampers, cable, piping and ventilation duct penetration seals) shall be AVAILABLE.
2) Applicability: At all times.
3) Required Compensatory Measure: With one or more of the above required fire rated assemblies and/or sealing devices unavailable, within 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> either establish a continuous fire watch on at least one side of the affected assembly, or verify the AVAILABILITY of fire detectors on at least one side of the unavailable assembly and establish an hourly fire watch patrol. 6

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b. Surveillance Requirements
1) At least once per 18 months the above required fire barrier penetrations and penetration sealing devices shall be verified AVAILABLE by:

a) Performing a visual inspection of:

(1) The exposed surfaces of each fire rated assembly, (2) Each fire window / fire damper and associated hardware, (3) At least 10% of each type of sealed penetration. If apparent changes in appearance or abnormal degradations are found, a visual inspection of an additional 10% of each type of sealed penetration shall be made. This inspection process shall continue until a 10% sample with no apparent changes in j

appearance or abnormal degradation is found. Samples shall be selected such that each penetration seal will be inspected every 15 years.

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Rsvision 0 b) Performing a functional test of at;1 east 10%

of the fire dampers. If any nonconforming dampers are found, an additional 10% will be functionally tested. This peccess will continue until an acceptable sample is found.

2) Each of the above required fire doors shall be verified AVAILABLE by inspecting the release and closing mechanism and latches at least once per 6 months, and by verifying:

a) The AVAILABILITY of the Fire Door supervision system for each electrically supervised fire door by performing a TRIP ACTUATING DEVICE OPERATIONAL TEST at least once per 31 days.

b) That each locked closed fire door is closed at least once per 7 days, and c) That each unlocked fire door without electrical supervision is closed at least once per 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.

g.

F. BASES

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1. Fire Detection Instrumentation AVAILABILITY of the detection instrumentation ensures that both adequate warning capability is available for the prompt detection of fires and that Fire Suppression Systems, that are actuated by fire detectors, will discharge extinguishing agents in a timely manner. Prompt detection and suppression of fires will reduce the potential for damage to safety-related equipment and is an integral element in the overall facility Fire Protection Program. The zone designations given in Tables BwAP ll10-lT1 and BwAP 1110-lT2 are from electrical schematic diagrams.

Fire detectors that are used to actuate Fire Suppression Systems represent a more critically important component of a plant's fire protection program than detectors that are installed solely for early fire warning and notification.

Consequently, the minimum number of available fire detectors must be greater.

The loss of detection capability for Fire Suppression Systems, actuated by fire detectors represents a significant degradation of fire protection for any area. As a result, the establishment of a fire watch patrol must be initiated at an earlier stage than would be warranted for the loss of detectors that provide only early fire warning. The establishment of frequent fire patrols in the affected areas is required to provide detection capability until the unavailable instrumentation is restored to AVAILABILITY.

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2. Fire Suppression Systems The AVAILABILITY of the Fire Suppression Systems ensure that adequate fire suppression capability is available to confine and extinguish fires occurring in any portion of the _

facility where safety-related equipment is located. Tne Fire Suppression System consists of the water system, foam, spray, and/or sprinklers, CO2 , Halon, and fire hose stations. The collective capability of the Fire Suppression Systems is adequate to minimize potential damage to safety-related equipment and is a major element in the facility Fir 3 Protection Program.

In the event that portions of the Fire Suppression Systems are unavailable, alternate backup fire-fighting equipment is required to be made available in the affected areas until the unavailable equipment is restorad to service. When the unavailable fire-fighting equipment is intended for use as a backup means of fire suppression, a longer per'iod of time is allowed to provide an alternate means of fire fighting than if the unavailable equipment is the primary means of fire suppression. 3750 gpm pump capacity is based on NFPA 20, 1981 standards unich call for 150% of rated capacity (2500 gpm) at 65% of discharge pressure. p r

The Surveillance Requirements provide assurance that the minimum AVAILABILITY requirements of the Fire Suppression Systems are met. An allowance is made for ensuring a sufficient volume of Halon in the Halon storage tanks by verifying either the weight or the level of the tanks.

Level measurements are made by either a U.L. or F.M.

approved method.

In the event the Fire Suppression Water System becomes .

unavailable, immediate corrective measures must be taken since this system provides the major fire suppression capability of the plant.

3. Fire Rated Assemblies The functional integrity of the fire rated assemblies and barrier penetrations ensures that fires will be confined or adequately retarded from spreading to adjacent portions of the facility. These design features minimize the possibility of a single fire rapidly involving several areas of the facility prior to detection of and the extinguishing

' of the fire. The fire barrier penetrations are a passive element in the facility fire protection program and are subject to periodic inspections.

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Fire barrier penetrations, including cable penetration barriers, fire-rated wraps, fire doors and dampers are considered functional when the observed condition is the same as the as-designed condition. For those fire barrier penetrations that are not in the as-designed condition, an evaluation shall be performed to show that the modification has not degraded the fire rating of the fire barrier.

During periods of time when a baArier is not functional, either: (1) a continuous fire watch is required to be maintained in the vicinity of the affected barrier, or (2) the fire detectors on at least one side of the affected barrier must be verified AVAILABLE and an hourly fire watch patrol established, until the barrier is restored to functional status. > ,

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TABLE 1 FIRE DETECTION INSTRUMDITS (UNIT 1)

INSTRUMENT LOCATION INSTRUMENT TYPE

  • TOTAL NUMBER OF INSTRUME'JTS Heat Flame Smoke
1. Containment ***

Zone 11 Elev 426 Suppression 1 **

Zone 12 Elev 426 Suppression 1 **

Zone 2 Elev 401 Detection 2 Detection 2 Zone 3 Elev 401 Detection 2 Zone 4 Elev 401 Detection 2 Zone 5 Elev 401 Detection 6 Zone 6 Elev 426 Zone 76 Elev 426 Detection 11 Detection 7 Zone 7 Elev 414 Zone 24 Elev 414 Detection 13 '

2. Control Room Detection 3 Zone 29 Elev 383 Zone 68 Elev 451 Detection 3 Zone 69 Elev 451 Detection (2 Detection -10 Zone 75 Elev 451 Zone 68 Elev 451 (Unit 2) Detection 3
3. Switchgear Rooms Detection 11 Zone 66 Elev 451 Detection 18 Zone 77 Elev 426 Detection 19 Zone 78 Elev 426
4. Upper Cable Spreading Room Detection 4 Zone 41 Elev 463 Detection 4 Zone 42 Elev 463 8

Zone 43 Elev 463 Detection Detection 8 Zone 44 Elev 463 Detection 9 Zone 45 Elev 463 Detection 9 Zone 46 Elev 463 Detection 5 Zone 47 Elev 463 Detection 5 Zone 48 Elev 463 Lower Cable Spreading Room Detection 21 Zone 49 Elev 439 Detection 21 Zone 50 Elev 439 Detection 16 Zone 51 Elev 439 Detection 16 Zone 52 Elev 439 Detection 12 Zone 53 Elev 439 Detection 12 Zone 54 Elev 439 Detection 4 Zone 55 Elev 439 Detection 4 Zone 56 Elev 439 1

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BwAP ll10-lT1 R3 vision 0 TABLE 1 FIRE DETECTICN INSTRUMENTS (UNIT 1)

INSTRUMENT TYPE

  • TOTAL NUMBER OF INSTRUME qS INSTRUMENT LOCATION Heat Flame Smoke
5. Remote Shutdown Panel Detection 8 Zone 13 Elev 383
6. Station Battery Room Detection 17 Zone 67 Elev 451
7. Diesel Generator Room Zone 37 Elev 401 Suppression 10 Zone 38 Elev 401 Suppression 8 Detection 1 Zone 71 Elev 401 Zone 72 Elev 401 Detection 1
8. Diesel Fuel Storage Suppression 1 4-Zone 39 Elev 401 -

Zone 40 Elev 401 Suppression 1 Zone 10 Elev 383 Suppression 6

9. Safety Related Pumps Zone 41 Elev 383 Suppression 3 Zone 42 Elev 383 Suppression 1 Detection 2 Zone 16 Elev 364 Detection 14 Zone 18 Elev 364 2 Zone 19 Elev 364 Detection Detection 3 Zone 20 Elev 346 Detection 3 Zone 21 Elev 346 Detection 27 Zone 11 Elev 330 (Unit 2)
10. Fuel Storage Detection 32 Zone 39 Elev 401 Zone 38 Elev 426 Detection 3
11. Auxiliary Building 11 Zone 70 Elev 451 Detection Detection 34 Zone 17 Elev 364 8 Zone 40 Elev 364 Detection Detection 35 Zone 11 Elev 383 Detection 36 Zone 8 Elev 401 4 Zone 23 Elev 426 Detection 6

Zone 25 Elev 467 Detection 7

Zone 64 Elev 414 Detection 7

Zone 65 Elev 414 Detection 4

Zone 14 Elev 401 Detection 2

7451P(011587)/1060A

BwAP ll10-lT1 Rovision 0 9

TABLE i FIRE DETECTION INSTRUMENTS (UNIT 1) i INSTRUMENT TYPE

  • TOTAL NUMBER OF INSTRUMENTS INSTRUMENT LOCATION Heat Flame Smoke
11. Auxiliary Building (continued)

Detection 4 Zone 15 Elev 401 6 Zone 12 Elev 383 Detection Detection 39 Zone 17 Elev 346 (Unit 2) 10 Zone 40 Elev 346 (Unit 2) Detection Detection 11 Zone 12 Elev 459 (Unit 2) 20 Zone 22 Elev 467 (Unit 2) Detection Detection 11 Zone 62 Elev 451 (Unit 2) 8 Zone 61 Elev 439 (Unit 2) Detection 35 Zone 75 Elev 426 (Unit 2) Detection TABLE NOTATIONS l-J

  • A single detector in a zone marked " Detection" will alarm in the Main Control Room.

A single detector in a zone. marked " Suppression" will initiate suppression and alarm in the Main Control Roonf.

    • These are Containment Ventilation temperature switches. Upon receipt of a Hi-Hi temperature, suppression must be manually initiated. These switches are not 72D supervised.
      • The fire detection instruments located within the containtnent are not required to be AVAILABLE during the performance of Type A containment leakage rate tests.

(Final) .

3 7451P(Oll587)/1060A

BwAP ll10-lT2 7 R2 vision 0 TAELE 2 FIRE DETECTION INSTRUMENTS (UNIT 2)

INSTRUMENT LOCATION INSTRUMENT TYPE

  • TOTAL NUMBER OF INSTRLHENTS Heat Flame Smoke
1. Containment ***

Zone 11 Elev 426 Suppression 1 **

Zone 12 Elev 426 Suppression 1 **

Detection 2 Zone 2 Elev 401 2 Zone 3 Elev 401 Detection 2

Zone 4 Elev 401 Detection

  • Detection 2 Zone 5 Elev 401 6 Zone 6 Elev 426 Detection 11 Zone 76 Elev 426 Detection Detection 7 Zone 7 Elev 414 18 Zone 24 Elev 414 Detection
2. Control Room 3

Zone 29 Elev 383 (Unit 1) Detection 3

Zone 68 Elev 451 Detection Zone 69 Elev 451 Detection 45 Detection 10 Zone 75 Elev 451 (Unit 1) 3 Zone 68 Elev 451 (Unit 1) Detection

3. Switchgear Rooms Detection 11 Zone 66 Elev 451 18 Zone 77 Elev 426 Detection Detection 19 Zone 78 Elev 426
4. Upper Cable Spreading Room 4

Zone 41 Elev 463 Detection 3

Zone 42 Elev 463 Detection 8

Zone 43 Elev 463 Detection 8

Zone 44 Elev 463 Detection Detection 9 Zone 45 Elev 463 9 Zone 46 Elev 463 Detection Detection 5 Zone 47 Elev 463 5

, Zone 48 Elev 463 Detection Lower Cable Spreading Room Detection 21 Zone 49 Elev 439 21 Zone 50 Elev 439 Detection Detection 22 Zone 51 Elev 439 Detection 22 Zone 52 Elev 439 12 Zone 53 Elev 439 Detection 12 Zone 54 Elev 439 Detection 4

Zone 55 Elev 439 Detection 4

i Zone 56 Elev 439 Detection l 1 7451P(011587)/1060A I

i

BwAP 1110-lT2 Rsvision 0 TABLE 2 FIRE DETECTION INSTRUMENTS (UNIT 2)

INSTRUMDIT LOCATION INSTRUMENT TYFF.* TOTAL NUMBER OF INSTRUMENTS Heat Flame Smoke

5. Remote Shutdown Panel Zone 13 Elev 383 (Unit 1) Detection 8
6. Station Battery Room Zone 67 Elev 451 Detection 17
7. Diesel Generator Room Zone 37 Elev 401 Suppression 9 Zone 38 Elev 401 Suppression 8 Zone 71 Elev 401 Detection 1 Zone 72 Elev 401 Detection 1
8. Diesel Fuel Storage Zone 39 Elev 401 Suppression 1 4 Zone 40 Elev 401 Suppression 1 /

Zone 10 Elev 383 Detection 8

9. Safety Related Pumps Zone 41 Elev 383 Suppression 3 Zone 42 Elev 383 Suppression 1 2

Zone 16 Elev 364 Detection Zone 18 Elev 364 Detection 14 Zone 19 Elev 364 Detection 2 Zone 20 Elev 346 Detection 3 Zone 21 Elev 346 Detection 3 Zone 11 Elev 330 Detection 26

10. Fuel Storage Zone 39 Elev 401 (Unit 1) Detection 32 Zone 38 Elev 426 (Unit 1) Detection 3
11. Auxiliary Building Zone 17 Elev 364 Detection 39 Zone 40 Elev 364 Detection 10 Zone 22 Elev 467 Detection 20 Zone 62 Elev 451 Detection 11 Detection 4 Zone 14 Elev 401 Detection 4 Zone 15 Elev 401 Zone 64 Elev 414 Detection 7 7

Zone 65 Elev 414 Detection 2

7451P(011587)/1060A

EwAP 1110-lT2 Rxviaicn 0 TABLE 2 FIRE DETECTION INSTRUMENTS (UNIT 2)

INSTRUMENT LOCATION INSTRUMENT TYPE

  • TOTAL NUMBER OF IhSTRUMCITS Heat Flame Smoke
11. Auxiliary Building (continued)

Detection 3 Zone 61 Elev 439 Detection 11 Zone 70 Elev 451 Detection 35 Zone 75 Elev 426 Detection 6 Zone 25 Elev 467 34 Zone 17 Elev 364 (Unit 1) Detection 3

Zone 40 Elev 364 (Unit 1) Detection 35 Zone 11 Elev 383 (Unit 1) Detection 36 Zone 8 Elev 401 (Unit 1) Detection 4

Zone 23 Elev 426 (Unit 1) Detection 11 Zone 12 Elev 459 Detection Detection 6 Zone 12 Elev 383 (Unit 1)

TABLE NOTATIONS

  • A single detector in a zone marked " Detection" will alarm in the Main Control Room.

A single detector in a zone marked " Suppression" will initiate suppression and alarm in the Main Control Room.

    • These are Containment Ventilation temperature switches. Upon receipt of a Hi-Hi temperature, suppression must be manually initiated. These switches are not 720 supervised.
      • The fire detection instruments Icsated within the containment are not required to be AVAILABLE during the performance of Type A containment leakage rate tests.

(Final) 3 7451p(011587)/1060A

BwAP 1110-1T3 .

R vision 0 TABLE 3 FIRE ilOSE STATIONS ,

(UNIT 1)

ELEVATION llOSE RACK REEL ANGLE VALVE LOCATION Aux. Roof 0FP331 L-10: North wall U-l of safety valve penthouse 481 1 South wall U-2 of safety valve penthouse 481 2 0FP338 L-26:

Aux. Bldg.

480 233 0FP458 S-18: By dumbwaiter 471 176 0FP329 S-15: By U-1 pref 11ters (near stairs) 0FP334 471 177 S-21: By U-2 prefilters (near stairs)

Wall by elevator in upper cable room 469 244* OPP 469 Q-17: 469 252* OPP 477 P-20: Wall by stairs in upper cable room L-ll: Outside northwest corner of upper 467 240 0FP465 cable spreading room A-1 By the northwest door of UCSR C-1 467 241* OPP 466 L-14:

By the southeast corner of UCSR A-1 467 242* OPP 467 M-13:

467 243* 0FP468 Q-13: In the southeast corner of UCSR B-1 OFP470 Southeast corner of UCSR C-1 467 245*

P-18: OFP471 South wall of UCSR C-1 467 246*

M-18:

467 247* OPP 472 M-18: North wall of UCSR C-2 248 OPP 473 Outside southeast corner of UCSR A-2 467 L-25:

467 249* OPP 474 L-22: In the southwest corner of UCSR C-2 250* OPP 475 In the northeast corner of UCSR A-2 467 M-23: 251* OPP 476 East wall of UCSR C-2 467 Q-19: 467 253* OPP 478 Q-23: In the northeast corner of.UCSR B-2 464 232 0FP457 S-21: By U-2 VA Filters (U-2 side) 234 0FP459 By U-l VA Filters (U-1 side) 464 S-15:

9 456 231 0FP456 S-21: By VA Filters (U-2 side) 456 235 0FP460 S-15: By VA Filters (U-l side) 0FP375 387 110 Q-24: Radwaste drumming station 387 106 0FP385 L-10: By Control room refrig. units 107 0FP384 By blowdown afterfilters 387 L-12:

  • Fire hoses that do not normally supply the primary means of fire suppression.

1 7451P(011587)/1060A

BwAP ll10-lT3 Revisson 0 A

T_BLE_3 .

FIRE IlOSE STATIONS (UNIT 1)

ELEVATION IIOSE RACK REEL ANGLE VALVE LOCATION Aux. Bldg. (Continued)

I, By 2A RHR heat exchanger room 387 112 0FP378 l S-19:

387 109 0FP377 M-26: Radwaste control panel By Aux. Feedwater motor driven pump 1A 387 108 0FP383 M-18:

By remote shutdown panel U-l 387 Ill 0FP376 i N-23:

By 480V MCC 132X3 387 113 0FP382

! Q-15: 114 OPP 379 V-18: By letdown heat exchanger 387 East wall 6.9 kV switchgear room 455 20 0FP324 P-7 :

455 22 0FP332 L-ll: In UC IIVAC Rm OA of LCSR C-1

  • 455 27 0FP335 L-25: By OB VC IIVAC room 0FP638

]

North wall of battery room 455 279 M-8 :

455 280 0FP639

, M-26: North wall of battery roc -

M-18: South wall U-l AB by door 444 238* OPP 463 j

West wall LCSR A-1 443 207* OPP 330 L-7 :

In the northwest corner of LCSR B-1 443 208* OPP 327 l M-10:

In the northeast corner of LCSR B-1 443 209* OFP325 1 P-10:

North wall of LCSR C-1 443 210* OFP326 L-13:

! East wall of LCSR D-1 443 211* 0FP328 P-13:

North wall of LCSR U-2 by door 443 239* 0FP464 M-18:

West wall of LCSR A-2 443 212* OPP 336 L-29:

443 213* 0FP337 M-26: Southwest corner of LCSR B-2 214* OPP 340 P-26: Southeast corner of LCSR B-2 443 South' wall of LCSR C-2 443 215* OFP341 M-23:

^; 443 216* OFP333 P-21: West wall of LCSR D-2 431 229 0FP454 S-21: By cabinet 2RYOlEC (elec. pen, area) 0FP455 431 710 S-24: By U-2 cont, shield wall (elec pen area) 236 0FP461 4

By Pzr htr. transformer (elec. pen. area) 431

S-15
237 0FP462 By U-l cont. shield wall (elec pen. area) 431 S-12:

1 430 57 0FP323 M-18: Rad chem offices 293 0FP888 Back of Div. 11 swgr room 430

. Q-10: 430 52 0FP313 P-11: Outside Laundry Room

{

  • Fire hoses that do not normally supply the primary means of fire suppression.

2 I 7451P(011587)/1060A

~

i

_ _ _ _ _ _ _ _ _ _ _ _ . _ __ _ a

BwAP ll10-lT3 .

Revision 0 TABLE 3 FIRE HOSE STATIONS .

(UNIT 1)

ELEVATION llOSE RACK REEL ANGLE VALVE LOCATION Aux. Bldg. (Continued) 430 54 0FP342 Q-19: By U-2 VCT valve aisle 0FP343 430 55 P-24: By radwaste evaporator 0FP319 By west door to decon/ change area 430 58 U-17: 0FP320 430 61 V-17: By east door to decon/ change area 0FP640 Curved wall area 430 283 Q-10: 174 0FP322 S-15: By Pzr. htr. transformer (elec pen, area) 41,9 0FP321 419 205 Q-ll: By electrical penetration area 90 0FP315 By waste oil tank room 405 L-ll:

405 91 0FP318 P-18: By elevator 92 0FP349 By spent resin pumps 405 P-23: 93 0FP314 By laundry tanks 405 Q-ll: 405 94 0FP348 S-21: West of U-2 hydrogen recombiner 0FP345 East of U-2 hydrogen recombiner 405 95 V-21:

405 96 0FP316 V-15: East of U-1 hydrogen recombiner control panel 405 97 0FP317 S-15: West of U-1 hydrogen recombiner 368 130 0FP373 N-ll: By the recycle holdup tanks 131 0FP374 368 M-13: By the U-l stairs 132 0FP369 By panel IPL84JB 368

.P-13: 368 133 0FP355 P-19: By the U-2 stairs 368 134 0FP356 P-21: By the blowdown condenser 135 0FP361 368 L-25: By the PW M/U pumps 136 OPP 357 By chemical drain tank 368 N-25: 0FP362 368 1,38 S-17: By panel IPL86J 139 0FP368 By Aux. Bldg. Floor drain tanks 368 l Q-ll: 368 140 0FP372 l U-15: By U-1 Spray add tank 368 141 0FP366 V-18: By U-2 cent. chg. pump room 151 0FP381 350 P-ll: By recycle evaporator feed pumps 152 0FP370 350 M-13: By U-1 stairs 350 154 0FP352 N-23: By gas decay tanks 155 0FP365 Aux. Bldg. Equip. drain tank 350 Q-19: By "B" 156 0FP371 Aux. Bldg. Equip. drain tank . 350 Q-17: By "A" 3

7451P(Oll587)/1060A

BwAP 1110-1T3 Revision 0 TABLE 3

  • FIRE _IIOSE STATIONS (UNIT 1)

ELEVATION IIOSE RACK REEL ANGLE VALVE ,

LOCATION Aux. Bldg. (Continued) 350 157 0FP380 Q-15: By collection sump pumps 158 0FP354 Between moderating heat exchangers 350 S-18: 161 0FP353 350 V-18: Between BR chiller units 350 ,163 0FP367 W-15: By CS pump 1A 153 0FP363 350 L-20: By OB recycle evap. room 165 0FP448 334 M-13: By leak detection sump 334 166 0FP449 P-18: By elevator pit 167 0FP351 334 P-18: By IB SX pump room 168 0FP350 334 M-23: By IB SX pump room l Fuel Hand. Bldg.

430 170 0FP389 Z-15: North of decon. area 430 171 0FP386 X-21: South of spent fuel pool 0FP388 405 172 Z-15: By 480V MCC 134X6 173 0FP387 405 AA-19: Outside FC pump room f

Cont. #1 430 62 IFP163 R-17
By reactor head assembly area 430 63 IFP154 R-2 : By accumulator tank IC 430 64 IFP160 R-7 : By equipment hatch 430 65 1FP157 R-12: By charcoal filter IA 403 98 1FP164 R-17: By north stairs 403 99 IFP155 R-2 : By RCFC IC 403 100 IFP161 R-7 : By pressurizer (outside missile shield) 403 101 IFP158 R-12: By panel IPL69J 381 143 IFP159 R-12: By PRT 381 144 1FP162 R-17: By north stairs 381 145 IFP156 R-2 : By RCFC IC 381 146 IPP165 By panel IPL52J s.

R-7 :

4 7451P(011587)/1060A

._ . . ~ . . - ..- . - . . . . .- - _ . _-. - . . - - . _ - . . . - . - . -- . . - - - - . . -

BwAP 1110-1T3 +

Revision 0 TABLE 3 FIRE ilOSE STATIONS I (UNIT 1) s ELEVATION IIOSE_ RACK _ REEL ANGLE VALVE

LOCATION i

I Turbine Bldg. ,

455 16 1FP194 K-18: By the shift off.

87 IFP183 Outside IB D/G room 405 L-6 : IFP275 405 281 i K-10: Outside 1A D/G room IFP184' Basement of Turbine Bldg. 361 129 L-7 : IFP181 430 47 i L-7 : Outside Div. 12 SWGR 51 IFP182 Outside Div. 11 SWGR 430 l L-10: IFP180 455 18 L-6 : Outside non-ESP SWGR IFP179 455' 21

) L-10: Outside Battery room 455 292 0FF843 -

j -

L-14: By the control room i

i i

i lL 1

i a

1 f -  :

1 1

l i

1

'o (Final) ,

I -

5 i 7451P(Oll587)/1060A

BwAP 1110-1T4 Revision 0 TABLE 4

  • FIRE IIOSE STATIONS (UNIT 2)

ELEVATION IfOSE RACK REEL ANGLE VALVE LOCATION Aux. Roof 0FP331 L-10: North wall U-l of safety valve penthouse 481 1 South wall U-2 of safety valve penthouse 481 2 0FP338 L-26:

Aux. Bldg.

480 233 0FP458 S-18: By dumbwaiter 471 176 0FP329 S-15: By U-l prefilters (near stairs) 471 177 0FP334 S-21: By U-2 prefilters (near stairs) 469 244* 0FP469 Q-17: Wall by elevator in upper cable room Wall by stairs in upper cable room 469 252* OPP 477 P-20:

L-ll: Outside northwest corner of upper 467 240 0FP465 cable spreading room A-1 By the northwest door of UCSR C-1 467 241* OPP 466 L-14:

By the southeast corner of UCSR A-1 467 242* OPP 467 M-13: 243* OPP 468 In the southeast corner of UCSR B-1 467 Q-13: 467 245* OFP470 P-18: Southeast corner of UCSR C-1 0FP471 467 246*

M-18: South wall of UCSR C-1 247* OPP 472 North wall of UCSR C-2 467 M-18: 248 0FP473 Outside southwest corner of UCSR A-2 467 L-25: OPP 474 467 249*

L-22: In the southwest corner of UCSR C-2 250* OPP 475 In the northeast corner of UCSR A-2 467 M-23: 251* OPP 476 East wall of UCSR C-2 467 Q-19: 467 253* OPP 478 Q-23: In the northeast corner of UCSR B-2 464 232 0FP457 S-21: By U-2 VA Filters (U-2 side) 234 0FP459 By U-l VA Filters (U-l side) 464 S-15:

456 231 0FP456 S-21: By VA Filters (U-2 side) 235 0FP460 456 S-15: By VA Filters (U-l side) 387 110 0FP375 Q-24: Radwaste drumming station 0FP385 387 106 L-10: By control room refrig units 387 107 0FP384 L-12: By blowdown afterfilters

'o

  • Fire hoses that do_not normally supply the primary means of fire suppression.

1 7451P(Oll587)/1060A

BwAP 1110-1T4 ..

Revision 0 TABLE _ 4 FIRE IlOSE STATIONS ,

(UNIT 2)

ELEVATION llOSE RACK REEL ANGLE VALVE LOCATION Aux. Bldg. (Continued) 387 112 0FP378 S-19: By 2A RIIR lleat Exchanger Room 387 109 0FP377 M-26: Radwaste control panel 387 108 0FP383 M-18: By Aux. Feedwater motor driven pump 1A 387 111 0FP376 N-23: By remote shutdown panel U-l 0FP382 By 480V MCC 132X3 387 113 Q-15: 387 114 0FP379 V-18: By letdown heat exchanger 0FP339 455 29 P-29: East wall 6.9kV SWGR Rm U-2 455 22 0FP332 L-11: In UC IIVAC Rm OA of LCSR C-1 0FP335 455 27 L-25: By OB VC IIVAC Room 455 279 0FP638 M-8 : North wall of battery room 455 280 0FP639 M-26: North wall of battery room 444 238* 0FP463 M-18: South wall U-l AB by door West wall LCSR A-1 443 207* OPP 330 L-7 :

443 208* OPP 327 M-10: In the northwest corner of LCSR B-1 209* OPP 325 In the northwest corr.er of LCSR B-1 443 P-10: 210* OFP326 North wall of LCSR C-1 443 L-13:

443 211* OPP 328 P-13: East wall of LCSR D-1 239* OPP 464 North wall of LCSR U-2 AB by Door 443 M-18: 212* OFP336 443 L-29: West wall of LCSR A-2 443 213* OPP 337 M-26: In southwest corner of LCSR B-2 214* OFP340 443 P-26: In southeast corner of LCSR B-2 215* OPP 341 443 M-23: South wall of LCSR C-2 216* 0FP333 443 P-21: West wall of LCSR D-2 431 229 0FP454 S-21: By cabinet 2RY01DC (elec pen. area) 230 0FP455 By U-2 cont. shield wall (elec pen, area) 431 S-24: 0FP461 431 236 S-15: By Pzr htr. transformer (elec. pen. area) 431 237 0FP462 S-12: By U-1 cont. shield wall (elec pen. area) 57 0FP323 430 M-18: Rad Chem offices 430 52 0FP313 P-11: Outside Laundry Room 0FP342 430 54 Q-19: By U-2 VCT valve aisle

  • Fire hoses that do.not normally supply the primary means of fire suppression.

2 7451P(011587)/1060A

BwAP 1110-lT4 +

Revision 0 TABLEj FIRE HOSE STATIONS l

(UNIT 2) i i ELEVATION HOSE RACK REEL ANGLE VALVE LOCATION i

Aur. Bldg. (Continued) 430 55 0FP343 P-24: By radwaste evaporator 0FP319 By west door to decon/ change area 430 58 U-17: 0FP320 430 61

V-17
By east door to decon/ change area 0FP641 430 284 Q-26: Curved wall area 0FP344 By East Door to Decon Pad & Storage 430 59 V-19: 294 0FP889 Back of Div. 21 SWGR Room 43,0
Q-26

419 175 0FP347 S-21: By U-2 Pzr. HTR. Transformer (elec. pen, area) 0FP346 By U-2 Elect. Penetration Area 419 206 Q-26:

405 90 0FP315 L-ll: By waste oil tank room 91 0FP318 By elevator 405 P-18: 0FP349 405 92 P-23: By spent resin pumps 93 0FP314 By laundry tanks 405 Q-11: 405 94 0FP348 S-21: West of U-2 hydrogen recombiner 0FP345 East of U-2 hydrogen recombiner 405 95

! V-21:

V-15: East of U-1 hydrogen recombiner control 0FP316 405 96 i panel 0FP317 405 97

! S-15: West of U-l hydrogen recombiner i

368 130 0FP373

N-II
By the recycle holdup tanks 131 0FP374 368

! M-13: By the U-l stairs 132 0FP369 368

) P-13: By panel lPL84JB 0FP355 By the U-2 stairs 368 1,33 P-19: 368 134 0FP356 l P-21: By the blowdown condenser

368 135 0FP361

! L-25: By the PW M/U pumps 136 0FP357 368 ,

! N-25: By chemical drain tank 368 138 0FP362 j S-17: By panel IPL86J 139 0FP368 By Aux. Bldg. Floor drain tanks 368

Q-ll

i 368 137 0FP360

) P-26: By spent resin flushing pump 142 0FP358 368

! U-21: By U-2 spray add tank 1

s 3

a 7451P(011587)/1060A 3

1

BwAP 1110-1T4 .

Revision 0 TABLE 4 FIRE IIOSE STATIONS 1

(UNIT 2)

ELEVATION 1. LOSE _ RACK REEL ANGLE VALVE LOCATION i

Aux. Bldg._{ Continued)

I 368 141 0FP366 j V-18: By U-2 cent. chg. pump room 151 0FP381 By recycle evaporator feed pumps 350 j P-II: 152 0FP370 350 j M-13: By U-l stairs 154 0FP352 By gas decay tanks 350 N-23: 155 0FP365 350 Q-19: By "B" Aux. Bldg. Equip. drain tank 0FP371 350 156 Q-17: By "A" Aux. Bldg. Equip. drain tank 0FP354 Between moderating heat exchangers 350 158 S-18: 350 161 0FP353

  • V-18: Between BR chiller units 4

4 350 159 0FP364 1 Q-21: By U-2 collection sump pumps 164 0FP359 350 l W-21: By CS pump 2A 4 350 153 0FP363 i L-20: By OB recycle evap. room 165 0FP448 334 M-13: By leak detection sump 166 0FP449 334 4 P-18: By elevator pit 334 167 0FP351 P-18: By IB SX pump room 0FP350 l 334 168 l M-23: By IB SX pump room l

Fuel !!and. Bldg.

~

430 170 0FP389 i North of decon. area i

Z-15: 430 171 0FP386 l X-21: South of spent fuel pool 172 0FP388 405 l Z-15: By 480V MCC 134X6 173 0FP387 405 I AA-19: Outside FC pump room i

Cont. #2

]

i 430 66 2FP163 i R-26: By personnel hatch 430 67 2FP154 l R-31: By east stairs 430 68 2FP160 l R-37: By reactor head assembly area 430 69 2FP157 R-42: By charcoal filter 2A 403 102 2FP164 i

R-26: By pressurizer (outside missile shield) 403 103 2FP155 R-31: By east stairs 403 104 2FP161 R-37: By south stairs .

403 105 2FP158 Outside missile barrier by Loop D MS pipe R-42:

4 7451P(Oll587)/1060A

BwAP 1110-lT4 *

' Ravision 0 TABLE 4 -

FIRE IlOSE STATIONS (UNIT 2)

ELEVATION I!OSE _ RACK REEL ANG M _ALVE LOCATION i Turbine Blds 1

381 147 2FP165 R-26: By panel 2PL76J 148 2FP156

] 381 R-31: By east stairs 149 2FP162 By south stairs 381

j R-37
150 2FP159 381 j R-42: By PRT 14 2FP232 Outside Unit 2 non-ESF swgr 455

.i L-30: 2FP237 455 15 j L-24: Outside IM shop 455 28 2FP233 L-26: Outside Unit 2 battery room

) L-29: Outside Div. 22 SWGR 430 42 2FP231-j 56 2FP230 Outside Div. 21 SWGR 430 j L-26: 82 2FP229 405 L-29: Outside 2B D/G room 282 2FP275 405 Outside 2A D/G room l K-28: 364 124 2FP228 I L-29: By 2C cond/cond booster pump 16 1FP194 455

} L-18: By the shift office f

i I

f i

l e

I i

i

! (Final)

I 5

7451P(Oll587)/lubOA I

BwAP ll10-1A1 Revision 0 FIRE DETECTION INSTRUMENTATION REQUIRED COMPENSATCRY MEASURES ACTION RESPONSE A. NOTIFICATION TIME /DATE: / BY: . TITLE: _

PRESENT MODE: APPLICABLE MODE: Whenever equipment protected is _

APPLICABLE UNIT: ONE TWO required OPERABLE. _

INITIATING CONDITION:

SHIFT ENGINEER:

/ /

OPERATING ENGINEER NOTIFIED / TIME /DATE DVRWRITTENl[l WORK REQUEST NUMBER B. ACTICNS

1. M conditions exist which require GSEP initiation,  !

Then notify the Station GSEP Director for further evaluation.

2. COMPLETE, as required, the Cortpensatory Actions Chart.
3. Other related and potentially affected Required Cortpensatory Measures Action Responses included:
a. BwAP 1110-1A7, Fire Rated Assemblies. .

1 7451P(011687) 1060A

EwAP ll10-5Al

, R;vicion 0 FIRE DETECTION INSTRUMENTATION COMPENSATORY ACTICNS CHART

/

_ NOTIFICATION TIMI/DATE (pg. 1)

HOURS DAYS 10 12 5 10 15 20 jf 2 4 6 8 I I I I I I I I I I FAILED DETECTION INSTRUMENTS, NOT MORE THAN lZlE.1.a.3.a ONE HALF IN A ZONE, OUTSIDE CONTAINMENT SRO m

RESTORE instrument to available. (14 days) 8 TIME /DATE SRO y  ; ~W '~ W e ESTABLISH HOURLY FIRE WATCH PATROL per BwAP 1100-13 (14 days plus 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />) (Firewatch Inspection Log)

FIRE WATCH SUPERVISOR TIME /DATE TIME /CATE SRO NOTIFIED FAILED DETECTION INSTRUMENTS, NOT MORE THAN lZlE.1.a.3.a ONE HALF IN A ZONE, INSIDE CONTAINMENT SRO I k RESTORE instrament to available. (14 Days)

@ SRO TIME /DATE m- { mm m

MCHITOR Containment Air Terrperatures once per hour (14 days plus 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />) (Contairment Air Temp. Log, BwAP 1110-1A1, page 6)

TIME /DATE SRO m ff m m

_m v uw w v

INSPECT Containment Zone every 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> (14 Days plus 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />)

(Document on BwAP 1100-13, Firewatch Inspection Log)

TIME /DATE SRO FIRE WATCH SUPERVISOR TIFI/DATE NOTIFIED 2

7451P(Oll587)/1060A

EwAP ll10-1A1 R0 vision 0 FIRE DETECTICN INSTRUMENTATION CCMPENSATCRY ACTIONS CHART

/

_ NOTIFICATION TIME /DATE (pg. 1)

HOURS DAYS 10 5 15 20 j f 2 4 6 8 12 l

'0 l l l l I I l l _ _

l[lE.1.a.3.b MORE THAN 1/2 0F FIRE DETECTION INSTRUMENTS IN ANY FIRE ZONE OF BWAP 1110-1T1 OR BWAP 1110-lT2 FAILED, OR ANY FIRE SUPPRESSION INSTRUMENT OF BWAP 1110-lT1 OR BWAP ll10-lT2 FAILED, OR 2 OR MORE ADJACENT FIRE DETECTION INSTRUMENTS OF SRO i BWAP 1110-lT1 OR BWAP 1110-1T2 FAILED,

! OUTSIDE CONTAINMENT W>>-W ESTABLISH an HCURLY Fire Watch per BwAP 1100-13 (1 HR)

(Fire Watch Inspection Log) (

FIRE WATCH SUPERVISOR TIME /DATE TIME /DATE SRO NOTIFIED lZlE.1.a.3.b MORE THAN 1/2 0F FIRE DETECTION INSTRUMENTS IN ANY FIRE ZONE OF BWAP 1110-1T1 OR BWAP 1110-lT2 FAILED, OR ANY FIRE SUPPRESSION INSTRUMENT OF BWAP ll10-lT1 OR SWAP ll10-lT2 FAILED, OR 2 OR MORE ADJACENT FIRE DETECTION INSTRUMENTS OF BWAP 1110-1T1 OR BWAP 1110-1T2 FAILED, SR INSIDE CONTAINMENT

>> > -WMONITOR Contairment Air Temperature; once per hour (1 Hr)

(Containment Air Temp. Log, BwAP ll10-1A1, page 6) 08 TIME /DATE SRO W N W INSPECT Zone in Containment every 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> (1 Hr).

(Document on EwAP 1100-13, Fire Watch Inspection Log)

FIRE WATCH SUPERVISCR TIME /DATE TIME /DATE SRO NOTIFIED 3

7451P(Oll587)/1060A

SWAP ll10-1A1

  • Rsvision 0 FIRE DETECTION INSTRUMENTATION COMPENSATORY ACTIONS CHART C. RESTORATION
1. For the initiating conditions as specified in Section A (NOTIFICATION), an SRO (with SE concurrence) will determine the applicable surveillance procedures required to prove restoration of the Requirements for Availability. List below:

l_Xl Contact Fire Marshal l[l Other l]l None 6-SRO: SE:

2. Once all required surveillance procedures listed in step C.1 above have been completed and the results are acceptable, the Requirements for Availability are met.

ENTER Time and Date the Requirements for Availability are met, TIME /DATE / _ ___ _

SRO SE

3. TERMINATE the Required Compensatory Measures excluding any reporting requirements and RETURN Unit to desired status.

TIME /DATE /

SRO FIRE WATCH SUPERVISOR NOTIFIED 4

7451P(011587)/1060A

, BwAP'il10-1A1 R& vision 0 FIRE DETECTION INSTRUMENTATICN CCNPENSATORY ACTIONS CHART D. REVIEW .

1. SHIFT ENGINEER
a. Cause and effect:
b. Corrective measures:
c. Significance (BwAP 1250-5):

I

2. OPERATING ENGINEER Remarks and additional requirements:

/ /

SHIFT ENGINEER

/ /

FIRE MARSHAL OPERATING ENGINEER / __/

/ /

ASST. SUPT. OPERATING

/ /

TECH. STAFF SUPERVISOR Signature Time Date l

l l

i i

5 7451P(011587)/1060A l

L

EwAP 1110-1A1 R2 vision 0 CCNTAIMMENT AIR TEMP LOG Log once per hour, the Contairsent Air temperature for running RCFCs RETURN AIR RISER TEMP (*F)

I RCFC A RCFC B RCFC C RCFC D TIME /DATE/SRO ITI-VP065 1TI-VP066 ITI-VP067 ITI-VP068 (Final) 6 7451P(Oll587)/1060A

BwAP ll10-1A2 Rsvisien 0 FIRE SUPPRESSION WATER SUPPLY SYSTEM REQUIRED CCMPENSATORY MEASURES ACTION RESPCNSE NOTIFICATION TIME /DATE: / BY: TITLE:

A.

PRESENT MODE: APPLICABLE MODE: AT ALL TIMES.

APPLICABLE UNIT: ONE TWO COMMON INITIATING CCNDITION: _

SHIFT ENGINEER:

/ /

OPERATING ENGINEER NOTIFIED / TIME /DATE DVRVRITTENl[l WORK REQUEST NUMBER B. ACTIONS V

1. I_f conditions exist which require GSEP initiation, Then notify the Station GSEP Director for further evaluation.
2. CCMPLETE, as required, the Compensatory Actions Chart.
3. Other related and potentially affected Required Compensatory Measures Action Responses include:
a. BwAP ll10-1A3, Water Suppression Systems (Foam).

1 7451P(Oll587) 1060A

BwAP ll10-l'A2

  • Ravision 0 FIRE SUPPRESSION WATER SUPPLY SYSTEM COMPENSATORI ACTIONS CHART

/

_ NOTIFICATION TIME /DATE (pg. 1)

HOURS DAYS 10 12 2 4 6 8 j f 2 4 6 8 I I I I I I I I I I 1

lZlE.2.a.3.a ONE PUMP AND/0R ONE WATER SUPPLY UNAVAILABLE SRO -

RESTORE Unavailable Equipment (7 days) 08 /

- TIME DATE SRO W

PROVIDE Alternate Backup Pump or Supply (7 days)

(BwAP 1110-1A2, page 5) ,

/

i TIME DATE SRO g.

lZlE.2.a.3.b FAILED SUPPRESSION WATER SYSTEM OTHERWISE UNAVAILABLE SRO m

EstablishbackupSuppressionWaterhstem(24Hes)

(BwAP 1110-1A2, page 5)

/

TIME DATE SRO d

. 2 j 7451P(011587)/1060A 4n- + - - . - g -.., ,,n. m.,- n-,_a . , , - - - - , - - ,, y. . . , - , . , -e, , . , . . - . , , . -..--------n-- ,,,m.,.-.n-... -..,e.,.. - . ,

EwAP ll10-1A2 R3 vision 0 C. RESTORATION

1. For the initiating conditions as specified in Section A (NOTIFICATION), an SRO (with SE concurrence) will determine the applicable surveillance procedures. required to prove restoration of the Requirements for Availability. List below:

l[Xl Contact Fire Marshal ._ _ _ _ _ _ , _ _ _

Refer to BwAP ll10-1A2, page 6 l]l ___ ,,_

l __ l Cther _ _ _ .

l]l None _

6 9

SRO: SE:

2. Once all required surveillance procedures listed in step C.1 above have been completed and the results are acceptable, the Requirements for Availability are met.

ENTER Time and Date the Requirements for Availability are met.'

TIME /CATE _ .__./ __ _

SRO SE

3. TERMINATE the Required Compensatory Measures excluding any reporting requirements and RETURN Unit to desired status.

TIME /DATE /

SRO Z

l e

f k

! 3

7451P(011587)/1060A i

- .n.. . . . . , , - - . . . . . . . -

,..N,-.-...--,,-...------ --, , - , . , - - - - - - - - - . . . . - - . . - -

BwAP 1110-1A2 l 1 (- ,

Ravision 0

( k D. REVIEW

\

i 1. SHIFT ENGINEER .

, a. Cause and effect: ,__. ___,..,_ ___

t 5 s \. ',

s

- \ >

b. Corrective measures:

1 k

c. Significance (BwAP 1250-2): _

i

2. OPERATING ENGINEER {

Remarks and additional requirements:

I i

SHIFT ENGINEER _ _ /_ _,,/

\

\- / /

FIRE MARSHAL I CPERATING ENGINEER /__ _/

4 ASST. SUPT. OPERATING /__ /

TECH. STAFF SUPERVISOR 3 \ /, . /

Signature ' sTime Date l

I i

1

+

1-4 l 7451P(011587)/1060A 2

t

, ~ , ,_. --~_.~---,,,_..-~m.,,, _..s._-..---.ry.-,.--.-.., ._ , , ., , ,m.,.c,

.,,. - - ww. _~,,m..,,_.,..~-,,-.,my_., , - , , , , -

- 39AP lilC-1A2 Revision 0 I

Backup ~4ater Supply  ;

1. Obtain- FP backup f rom Essu

Unit 1 or Unit 2. .

2. To supply from Unit '., perform the following:
a. Verify Unit 1 SX pump s operating.  !
b. Open OSX174, lA SX Supply to Fire Protection System (346 + 11' P-15)
3. To supply from. Unit 2, perform the following: }
a. Verify Unit 2 SX pump is operating.
b. Open OSX172, 2A SX Supply to Fire Protection System (383' + 2' M-20)
4. If required, start an additional SX pump on the Unit supplying FP backup in accordance with 3wCP SX-3, Essential Servi:e '4ater System Pump Startup.

i,.

)

l I .

l 7451P(011587) 1060A l

EwAP ll10-1A2

' Revts on 0 f

SURVEILLANCE LISTIN3 OBwCS 7.10.1.1.b-1 (Motor-Oriver. Pu:,p '4eekly Test) i OBwCS 7.10.1.1.0-1 (Valve Alignrent)

SwVS 7.10.1.1. d-l (Ring Header Flush) j OBwCS 7.10.1.1.e-1 (Valve Cyci:ng) l Bwv5 7.10.1.1. f .1-1 (Pu:rp Ficu and Pressure) {

BwVS 7.10.1.1. f . 3-1 (Pap Auto Sequential Start) i BwVS 7.10.1.1. g-1 (S/ stem Flow Test)  ;

OBwCS 7.10.1.2.a-1 (Fael Tank Level and Pump Test) .

OBwCS 7.10.1.2.b-1 (Fuel Sarpling) i BwVS 7.10.1.2.c-1 (Liesel Eng ne Inspection)

OBwCS 7.10.1.3.a-1 (Diesel Pump Starting Battery)

BwVS 7.10.1. 3. c-1 (Battery 15 Month Surveillance) .

l il-D

...--._o-(Final) 6 7451P(011587) 1060A

DsAP 1110-1A3 Rtvision 0 FIRE PROTECTIC!! '7ATER SUPPRESSICil SYSTEMS REQUIRED COMPCISATORY MEASURES ACTION RESPC!:SE ,

A. !JOTIFICATICN TIME /CATE: / BY: TITLE:

l I

PRESEN~ MCDE: APPL *:AELE MCCE: Whenever equiptrent protected is ,

required CPERAELE.

APPLICABLE Ull!!: C!IE T*?C CCEMON INITIATING CCf;DITICN: ___ . _ _ _ .

SHIFT D;C!!!EER.:_._ _ ._

/

OPERATING DIGINEER NOTIFIE0/ TIME /CATE ,

DVR WRITTEN [ l WCRK REQUEST NUMEER __.

I B. A__C_ TIC t:S

l. If cond:: tons e::ist which require GSEP initiation, Then notify the Station GSEP Director for further evaluation.
2. CCMPLETE, as required, the Compensatory Actions Chart.

l l

l l

l 1

7451P(Oll687) 1060A

EwAP ll10-1A3

+ Revision 0 VATER SUPPRESSICN SYSTEMS l COMPENSATORY ACTIONS CHART l

l NOTIFICATION /

TIME /DATE (pg. 1) j HOURS DAYS jf 2 4 6 8 10 12 5 10 15 20 I . _i I i I L.. _1 _.1. I I O E.3.a.3 WATER /F0AM SYSTEM UNAVAILABLE IN AREA tillHSUT REDUNDANT SYSTEMS SUSCEPTIBLE TO DAMAGE (Contact Fire Marshall or See Fire Prote,: tion Report)

SRO ESTABLISH an hourly fire watch patrol with backup suppression (1 Hr)(BwAP 1100-13, Fire Watch Inspection Log)

~~

FIRE WATCH SUPERVISCR TIME /DATE TIME /DATE SRO NOTIFIED l-l E.3.a. 3 WATER /F0AM SYSTEM UNAVAILABLE IN AREA WITH I REDUNDANT SYSTEMS SUSCEPTIBLE TO DAMAGE SRO (Contact Fire Marshall or See Fire Protection Report) b N ESTABLISH a continuous fire watch with backup suppression (1 Hr)(BwAP 1100-13, Fire Watch Inspection Log)

FIRE WATCH SUPERVISUE TIME /DATE TIME /DATE SRO NOTIFIED 2

7451P(011587)/1060A

BwAP 1110-1A3 R; vision 0 C. RESTORATION

1. For the initiating conditions as specified in Section A (NOTIFICATION), an SRO (with SE concurrence) will determine the applicable surveillance procedures required to prove restoration of the Requirements for Availability. List below:

l]!l Contact Fire Marshal l[8l Refer to BwAP ll10-1A3, page 5 l ____ l Other , , . , ___

l .___ l None , _

SRO: SE-

2. Once all required surveillance procedures listed in step C.1 above have been completed and the results are acceptable, the Requirements for Availability are met.

ENTER Time and Date the Requirements for Availability are met.

TIME /DATE / ,_ _

SRO SE i

3. TERMINATE the Required Compensatory Measures excluding any reporting
requirements and RETURN Unit to desired status.

TIME /DATE /

SRO FIRE WATCH SUPERVISOR NOTIFIED 3

7451P(011587)/1060A

4 J

  • BwAP 1110-1A3 R3 vision 0 D. REVIEW i
1. SHIFT ENGINEER
a. Cause and ef'fect: _ . _. _
b. Corrective measures: _
c. Significance (BwAP 1250-2): _ . _
2. OPERATING ENGINEER
l. -

Remarks and additional requirements:

/ /

SHIFT ENGINEER

/ /

FIRE MARSHAL 1

/ /

OPERATING ENGINEER

/ /

ASST. SUPT. OPERATING

/ /

TECH. STAFF SUPERVISOR Signature Time Date i

4 7451P(011587)/1060A il

~r, ,+--s g-* '-r- -

%-g T a, --wy-%-+r r g

._. _ _ -. _ ,. . -_ - _ _ . _ i -

. BwAP ll10-1A3 1 Ravision 0 SURVEILLANCE LISTING ~

OBwCS 7.10.2.1.a-1 (Valve Alignment) j OBwCS 7.10.2.1.b-1 (Valve Cycling)  !

. OBwVS 7.10.2.1.c-1 (System Alarm Test) 4 BwVS 7.10.2.1.d-l (Air Flow Test - Nozzles) i OBwOS 7.10.2.2.a-1 (Inspectors Test Connection - Fire Alarm)

OBwCS 7.10.2.2.b-1 (Sprinkler Header Inspection)

OBwCS 7.10.2.3.a-1 (Deluge System)

I i

.l J

.i 4

1

.s i

(Final) 4 5

7451P(Oll587) 1060A

BwAP 1110-1A4

. Ravision 0 CARBON DIOXIDE FIRE SUPPRESSION SYSTEMS REQUIRED COMPENSATORY MEASURES ACTION RESPCNSE . ,

A. NOTIFICATICN TIME /DATE: _/, BY: TITLE:

PRESENT MODE: APPLICABLE MCDE: Whenever equipment protected is required OPERABLE.

APPLICABLE UNIT: ONE TWO COMMON INITIATING CONDITION: __

SHIFT ENGINEER:

/ /

OPERATING ENGINEER NOTIFIED / TIME /DATE DVRWRITTENl[l WORK REQUEST NUMBER B. ACTIONS  !

1. If conditions exist which require GSEP initiation, Then notify the Station GSEP Director for further evaluation.
2. COMPLETE, as required, the Compensatory Actions Chart.

1 7451P(Oll687) 1060A

SWAP lllC-1A4

  • Revicion 0 CARECN DICXIDE SYSTEMS CCte.PENSATORY ACTIONS CHART NOTIFICATICN /

TIME /DATE (pg. 1)

HOLRS DAYS 10 12 1 2 3 4 j f 2 4 6 S I I i l I I i_

I I i l _-l E.4.a.3 ONE OR MORE CO 2 SYSTEMS TO LOWER CABLE SPREADING ROCMS UNAVAILABLE

~

ESTABLISH a continuous fire watch within 1 hr (SWAP 1100-13.

Fire Watch Inspection Log)

FIRE WATCH SUPERVIS0k TIME /DATE TIME /DATE SRC NOTIFIED Establish Back Up Fire Suppression (1 hr) l TIME /DATE SRO j l_lE.4.a.3 ONE OR MORE CO 2 SYSTEM UNAVAILABLE IN CABLE TUNNEL ROOMS, D/G ROOMS, D/G DAY TANK ROOMS, DIESEL SRO AF PUMP ROOM OR DIESEL AF PUMP DAY TANK ROOM

? M M -->>OURLY fire watch patrol (1 hr) (BwAP 1100-13, ESTABLISH an H Fire Watch Inspection Log)

FIRE WATCH SUPERVISOR TIME /DATE TIME /DATE SRC NOTIFIED 2

7451P(Oll587)/1060A

I l

BwAP ll10-1A4

  • Revision 0 C. RESTORATION
1. For the initiating conditions as specified in Section A (NOTIFICATION), an SRO (with SE concurrence) will determine the applicable surveillance procedures required to prove restoration of the Requirements for Availability. List below:

Contact Fire Marshal g]gg g-g _BwCS 7.10.3.1-1 (Valve Alignment)

-- OBwCS 7.10.3.2a-1 (Feekly CO2 Storage Tank Level and Pressure) l_g l((l Other l((l None t

SRO: SE:

2. Once all required surveillance procedures listed in step C.1 above have been completed and the results are acceptable, the Requirements for Availability are met.

ENTER Time and Date the Requirements for Availability are met.

TIME /DATE /

SRO SE

3. TERMINATE the Required Compensatory Measures excluding any reporting requirements and RETURN Unit to desired status.

TIME /DATE /

SRO FIRE WATCH SUPERVISOR NOTIFIED 3

7451P(011687)/1060A

BwAP.ll10-1A4 1

  • Revision 0 D. REVIEW
l. SHIFT ENGINEER
a. Cause and effect: , ._ _,
b. Corrective measures:
c. Significance (BwAP 1250-2):
2. OPERATING E!IGINEER .

Remarks and additional requirements:

i SHIFT ENGINEER ./ ____/ _

FIRE MARSHAL / /

OPERATING ENGINEER / /

i ASST. SUPT. OPERATING / /

i TECH. STAFF SUPERVISOR / /

Signature Time Date 4

4

=

(Final) 4 l 7451P(Oll587)/1060A

BwAP ll10-1A5 R2 vision 0 HALON FIRE SUPPRESSION SYSTEMS jy g33 REQUIRED COMPENSATORY MEASURES ACTION RESPCNSE .

A. NOTIFICATICH TIME /DATE: / BY: TITLE:

PRESENT MODE: APPLICABLE MOCE: Whenever equipment protected is required OPERABLE.

APPLICABLE UNIT: ONE ,TWO COMMON INITIATING CONDITION:

SHIFT ENGINEER:

/

OPERATING ENGINEER NOTIFIED / TIME /DATE __ _ /

DVRWRITTENl~l WORK REQUEST NUMBER B. ACTIONS l'

l. If conditions exist which require GSEP initiation, T_ hen notify the Station GSEP Director for further evaluation.
2. COMPLETE, as required, the Compensatory Actions Chart.

l l

i i

I 1

7451P(Oll587)

, 1060A t

l l

- - -,y - . . . . , , , . ,,_ - - - , . . - - - . , , , - _

___-.--_7 - --

- - - - - - - - - < -r ---------------rr----

BwAP 1110-1A7 Ravision 0 C. RESTORATION

1. For the initiating conditions as specified in Section A (NOTIFICATION), an SRO (with SE concurrence) will determind the applicable survaillance procedures required to prove restoration of the Requirements for Availability. List below:

l[hl Contact Fire Marshal l((l OBwCS 7.11.2. A-1 (Door Alarm Test) l((l OBwCS 7.11.2.B-1/C-1 (Checking Doors Closed) l((l BwVS 7.ll.1.A-1/3 (Fire Penetrations and Seals) l((l Other __

l((l None i

SRO: SE:

2. Once all required surveillance procedures listed in step C.1 above have been completed and the results are acceptable, the Requirements for Availability are met.

ENTER Time and Date the Requirements for Availability are met.

TIME /DATE /

SRO SE

3. TERMINATE the Required Compensatory Measures excluding any reporting requirements and RETURN Unit to desired status.

TIME /DATE /

SRO FIRE WATCH SUPERVISOR NOTIFIED 3

7451P(011587)/1060A

l

, BwAP 1110-1A7 l

Revision 0 1

I D. REVIEW

l. SHIFT ENGINEER .
a. Cause and effect: _
b. Corrective measures: , _ . _ _ _ _ _ _ _ _ _
c. Significance (BwAP 1250-2): __
2. OPERATING ENGINEER g.

Remarks and additional requirements:

SHIFT ENGINEER _____/ __/

FIRE MARSHAL / /

/ /

OPERATING ENGINEER ASST. SUFt. OPERATING / /

/ /

TECH. STAFF SUPERVISC'R Signature Time Date I

4 i

7451P(011587)/1060A 2

..,_.,,_,,_._.....,_,.__,..--,___,m,-.-,_m. . _

- , . . , . , ....-_,...m._. . . . . . . _ . , , , , , ,

+

' EwAP 1110-1A7 Revision 0 Determination of Applicable Action Requirements for Fire Rated Assembly.

                          • ......***********...****.......n*****..*****
  • NOTE
  • If there is any doubt about which Fire Area Zones are
  • effected by the inoperability of a fire rated assembly, *
  • establish a continuous fire uatch on at least one side
  • of the inoperable assembly per the action outlined in *
  • Section D, step la (See BwAP 1100-13 for instructions on *
1. Determ,ine the location (elevat:on, column type, etc.) of the inoperable fire rated assecbly.
2. Using the General Arrangement Drawings in the Fire Protection Report (Volume 1), determine what fire zones are separated by the inoperable fire assembly. '

t

3. Verify fire detection is available in either of the zones g determined in step 2. (This may be verified by the absence of g alarms for detection in the applicable :one on the detection / g suppression panel 1pM09J.)
4. If the detectors are:
a. AVAILABLE for either of the affected fire zones the hourly fire watch is applicable. (See BwAP 1100-13 for instructions on establishing a fire watch inspection.)

i

b. UNAVAILABLE for both of the effected fire zones the continuous 1

fire watch is applicable. (See BwAP 1100-13 for instructions on establishing a fire watch inspection.)

4 1

(Final) 5 i 7451P(011587) 1060A

. BwAP 1110-1A3 Ravision 0 FIRE PROTECTION REQUIREMENTS CROSS-REFERDICE MATRIX This Cross-Reference Matrix has been created in order to facilitate the use of existing procedures and documents which have references to Fire Protection Technical Specifications, which no longer exist. The matrix should be implemented whenever a reference to Fire Protection Technical Specifications is encountered. The left column of the matrix contains wording and section numbers relative to Fire Protection Technical Specifications which have been deleted. The right column of the matrix contains the correlating new wording and section numbers relative to the "NEW" Fire Protection Program System Requirements, BwAP 1110-1, which have replaced the "OLD" Fire Protection Technical Specifications.

Existing procedures which utilize the Technical Specification title numbering system will remain in the same form until such time that transition to a new numbering system will be more readily adaptable.

6-e i

- 1 7451P(123186) 1060A i

. . . , , .,.m. ,r, _ . . _ . - . , -. . - _ - . -

  • BwAP ll10-1A8 Rxvision 0 OLD NE'4

- Technical Specification - Fire, Protection Program System Requirements

- Equipment, instruments or systems - Equipment, instruments or systems required required by Technical Specifications are by BwAP 1110-1, Fire Protection Program identified by the symbols "T.S.c" or System Requirements, are identified by the "c". symbols "T.S.c" or "d".

- Tachnical Specification equipment, - Equipment, instruments, systems governed by instruments, systems BwAP 1110-1.

- Non-Technical Specification equipment, - Equipment, instruments, systems not governed instruments, systems. by BwAP 1110-1.

- Limiting Condition for Operation - Requirements for Availability

- " Action" Statement - Required Compensatory Measures

- 3.3.3.7 - E.1.a.

- 4.3.3.7.1 - E.1.b.l.

V

- 4.3.3.7.2 - E.1.b.2.

- Table 3.3-11a - BwAP ll10-1T1 (Table 1)

- Table 3.3-11b - BwAP 1110-1T2 (Table 2)

- E.2.a: E.2.b.1; E.2.b.2: E.2.b.3

- 3/4.7.10

- 3/4.7.10.1.3.b - E.2.a: E.2.b.3.b

- 3.7.10.1 - E.2.a

- 4.7.10.1.1 - E.2.b.1

- 4.7.10.1.1.a - E.2.b.1.a

- 4.7.10.1.1.b - E.2.b.l.b

- 4.7.10.1.1.c - E.2.b.l.c

- 4.7.10.1.1.d - E.2.b.1.d

- 4.7.10.1.1.e - E.2.b.1.e

- 4.7.10.1.1.e.1 - E.2. b. l . e .1

- 4.7.10.1.1.e.2 - E.2.b.1.e.2

- 4.7.10.1.1.e.3 - E.2.b.l.e.3 2

, 7451P(Oll587) 1060A

BwAP ll10-1A3 Raiision 0

~~~

~~

OLD NEW j

- 4.7.10.1.1.f - E.2.b.l.f f

- 4.7.10.1.2 - E.2.b.2 l

- 4.7.10.1.2.a - E.2.b.2.a j

- 4.7.10.1.2.a.1 - E.2.b.2.a.1

- 4.7.10.1.2.a.2 - E.2.b.2.a.2

- 4.7.10.1.2.b - E.2.b.2.b.

- 4.7.10.1.2.c - E.2.b.2.c

- 4.7.10.1.3 - E.2.b.3

- 4.7.10.1.3.a - E.2.b.3.a

- 4.7.10.1.3.a.1 - E.2.b.3.a.1

g. I

- 4.7.10.1.3.a.2 - E.2.b.3.a.2 ,

- 4.7.10.1.3.b - E.2.b.3.b

- 4.7.10.1.3.c - E.2.b.3.c

- 4.7.10.1.3.c.1 - E.2.b.3.c.1

- 4.7.10.1.3.c.2 - E.2.b.3.c.2

- 3/4.7.10.2.2.b - E.3.a; E.3.b.2.b.2 i

- 3/4.7.10.2 - E.3.a; E.3.b.3

. - 3.7.10.2 - E.3.a

- 4.7.10.2.1 - E.3.b.1

- 4.7.10.2.1.a - E.3.b.l.a

- 4.7.10.2.1.b - E.3.b.l.b

- 4.7.10.2.1.c - E.3.b.l.c

- 4.7.10.2.1.c.1 - E.3.b.l.c.1

- 4.7.10.2.1. col.a - E.3.b.l.c.l.a

- 4.7.10.2.1.c.l.b - E.3.b.l.c.l.b l

3 -

7451P(011687) 1060A

BwAP ll10-1A8 Rsvision 0 Op NEW l

- 4.7.10.2.1.c.2 - E.3.b.l.c.2 _ l 1

- 4.7.10.2.1.c.3 - E.3.b.1.c.3

- 4.7.10.2.1.d - E.3.b.1.d

- 4.7.10.2.2 - E.3.b.2

- 4.7.10.2.2.a - E.3.b.2.a l l

- 4.7.10.2.2.a.1 - E.3.b.2.a.1 l

- 4.7.10.2.2.b - E.3.b.2.b

- 4.7.10.2.2.b.1 - E.3.b.2.b.1 h

- 4.7.10.2.2.b.2 - E.3.b.2.b.2

- 4.7.10.2.3 - E.3.b.3 i

- 4.7.10.2.3.a - E.3.b.3.a l- l t

i

- 4.7.10.2.3.a.1 - E.3.b.3.a.1

- 4.7.10.2.3.a.2 - E.3.b.3.a.2 l 1-

- 4.7.10.2.3.a.3 - E.3.b.3.a.3

- 3.7.10.3 - E.4.a

- 7.10.3.2.a - E.4.b.2.a

- 4.7.10.3.1 - E.4.b.1

- 4.7.10.3.2 - E.4.b.2

- 4.7.10.3.2.a ,

- E.4.b.2.a

- 4.7.10.3.2.b - E.4.b.2.b

- 4.7.10.3.2.b.1 - E.4.b.2.b.1

- 4.7.10.3.2.b.2 - E.4.b.2.b.2

- 3.7.10.4 - E.5.a

- 4.7.10.4 - E.5.b.1

- 4.7.10.4.a - E.5.b.l.a 4

7451P(Oll587) 1060A

EwAP ll10-1A3 Rsvision 0 OLD NEW

- 4.7.10.4.b - E.5.b.l.b .

- 4.7.10.4.c - E.5.b.l.c

~

- 4.7.10.4.c.1 - E.5.b.l.c.1

- 4.7.10.4.c.2 - E.5.b.l.c.2

- 3/4.7.10.5 - E.6.a E.6.b.1

- 3.7.10.5 - E.6.a

- 4.7.10.5 - E.6.b.1

- 4.7.10.5.a - E.6.b.l.a

- 4.7.10.5.b - E.6.b.l.b

- 4.7.10.5.b.1 - E.6.b.l.b.1

- 4.7.10.5.b.2 - E.6.b.l.b.2 [

- 4.7.10.5.b.3 - E.6.b.1.b.3

- 4.7.10.5.c.1 - E.6.b.l.c

- 4.7.10.5.L'.2 - E.6.b.1.d

- Table 3.7-Sa - EwAP 1110-lT3 (Table 3)

- Table 3.7-5b - BwAP 1110-lT4 (Table 4)

- 3.7.11 - E.7.a

- 4.7.11.1 - E.7.b.1

- 4.7.ll.l.a - E.7.b.l.a

- 4.7.ll.l.a.1 - E.7.b.l.a.1

- 4.7.ll.l.a.2 - E.7.b.l.a.2

- 4.7.ll.l.a.3 - E.7.b.l.a.3

- 4.7.ll.l.b - E.7.b.l.b

- 4.7.11.2 - E.7.b.2

- 4.7.ll.2.a - E.7.b.2.a 5

7451P(011587) 1060A l l

l 1

,-i-BwAP ll10-1A8 Rsvision 0 OLD NEW

- 4.7.11.2.b - E.7.b.2.b

- 4.7.ll.2.c - E;7.b.2.c

- IBwCS 3.3.7-la - BwAP 1110-1A1

- IBwCS 7.10.1-la - EwAP 1110-1A2

- IBwCS 7.10.2-la - BwAP 1110-1A3

- IBwCS 7.10.3-la - EwAP ll10-1A4

- IBwCS 7.10.4-la .

- BuAP 1110-1A5

- IBwCS 7.10.5-la - BuAP ll10-1A6

- IBwCS 7.11-la - EwAP 1110-1A7 I

(Final) 6

~7431P(Oll587) 1060A

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