ML20039D512
| ML20039D512 | |
| Person / Time | |
|---|---|
| Site: | Browns Ferry  |
| Issue date: | 12/30/1981 |
| From: | Mills L TENNESSEE VALLEY AUTHORITY |
| To: | Harold Denton Office of Nuclear Reactor Regulation |
| References | |
| NUDOCS 8201050091 | |
| Download: ML20039D512 (9) | |
Text
{{#Wiki_filter:. TENNESSEE VALLEY AUTHORITY CH ATTANOOG A. TENNESSEC 37401 400 Chestnut Street Tower II 05 December 30, 1981 RECElven s Mr. Harold R. Denton, Director 9 MN4. Jggg 2 Office of Nuclear Reactor Regulation 2 # 8% g U.S. Nuclear Regulatory Commission Washington, DC 20555 6 8twn g g p, /
Dear Mr Denton:
4 G) C* In the Matter of the ) Docket Nos. 50-259 Tennessee Valley Authority ) 50-260 50-296 The requirecent that TVA maintain a formal offsite fire department aid agreement has been deleted from the Browns Ferry Nuclear Plant Radiological Emergency Plan since the procurement of a fire department pumper at Browns Ferry. Justification for deleting this requirement is provided as an enclosure to this letter. It is our contention that a dedicated, fully equipped fire department pumper onsite is equal or cuperior to having an aid agreement with an offsite agency to supply such assistance. This matter has previously been discussed with OIE Region II. Very truly yours, TENNESSEE VALLEY AUTHORITY b 'Yk Lv '.' Mills, Mdnager Nuclear Regulation and Safety Subscribeg sworn to fore me thist"J U ay of U1981. Notary Public My Commission Expirea Enclosure 8201050091 811230 DR ADOCK 05000259 PDR An Equal Opportunity Employer
ENCLOSURE JUSTIFICATION FOR DELETION OF OFFSITE FIRE DEPARTMENT AID AGREEMENTS BROWNS FERRY NUCLEAR PLANT To support our position that maintaining a dedicated onsite. fire department pumper is equal or superior to having an aid agreement with an offsite agency, we offer the following points. A. Speed of Response A site-based apparatus will be available immediately. Offsite apparatus will require from 10-25 minutes to arrive at the plant boundary. The response time will vary depending upon the municipality from which aid is supplied. Response time is the.most critical factor in such a situation. A delayed response cannot be ' compensated for by manning, training, etc. Under our proposed operating concept, the apparatus will be stationed inside the plant boundary and will be available for an immediate response. B. Availability A site-based apparatuo has the advantage of guaranteed availability. .The plant will have sole control over the apparatus and its use. Offsite apparatus is subject to a loss of availability due to its participation in an ongoing offsite emergency or to maintenance or training activities that could delay or eliminate it from a response. Agreements are subject to periodic renegotiation, and during such periods the apparatus may not be available. C. Manning When aid is supplied from a small municipal department composed of paid and/or volunteer firemen, it is difficult to ensure a uniform level of manning or training. An offsite agreement provides for an apparatus response without any stipulation as to manning. This response may consist of only a driver and a junior grade officer. At this minimum level, the fire' brigade is being supplied with no more than a source of water. With the onsite approach, both Levels I-(primary) and II (support) personnel will be available to man the apparatus. The number of Levels I and II personnel available on the average shift is 10-14. Adequate manning is thus available to support the apparatus and the five-man fire brigade. All fire bri6ade members have received appropriate training and are very familiar with the plant and with plant operations and procedures. Their frequent participation in drills and in alarm responses will ensure that their performance will oe equal if not superior to that of an offsite firefighter who has received only the minimum training and may not be fully familiar with the plant operations. Based upon1the above discussion of a dedicated onsite apparatus, we propose to meet the requirement to provide an aid agreement by providing instead a dedicated onsite' fire department pumper. This pumper shall be fully equipped (see attachment)'and shall be manned by the Levels I and II fire brigade members as required.
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ATTACIIMENT j .o. u I hfANUFACTURER'S RECORD OF PUh1PER CONSTRUCTION DETAll.S - Date........l..R:.81-aIaaafacturer.. Eire... Tracks.....Inc...,..P..O.... 6.41..Mt..C1emens,.311...... 4.8.Q.43 i j 2. For .T.ennensc. Val.lcy. Au.thori.ty... Address l.65.0...Ches.tnut.,.. Chattanooga.,.T3 l 3. hianufacturer's hlodel..CC 3 Ell . -...h!anufacturer's Serial No.... 351.4 4. Engine: hiake. 11!C... ...........h!odel....).W...4.0.4.. .... Engine No................ No. Cyt...B - Bore. 4.12..in.; Stroke. 3..7.4..in.; Displ. 39.R...cu. in.: Comp. Ratio.a 5.... ....to : J. Peak of. 20.6.... Brake Horsepower developed without accessories at........ 3.6.QD..............Coverned rpr. ; 7. Peak of. 33.6.... Foot. Pounds of Torque developed without accessories at... ... 2.60.0...... ....rpr. 3. Ignition: System Witage 12 _. Spark Plugs per Cyl l.......hfagneto: hiake....l W... Generator: Output... ....... Watts; Alternator: Output.. 13.Q....... Amperes 1 Battery: Single?...... Dual?.Y.QU. Capacity lft4 _ Amp Hrs.; Liake and h!odeLEl.99.tr.i.tc...ACG. ' i. Fuel: Casoline Tank: Capacity-51...... ....... Cal 100s I.ocation... B.di....C.@...Mt.CP.... Type of Feed.....t!AQh4Ri.c.a.k........ ._.......; Anti-Siphon Device?......Ye.s.. 2. 1 Cooling System: Heat Exchanger?....Y.0.S.. ..................... 1:adiator Refill Line?..D0 i 1 Size: Radiator Refill I.inc NA ..in. diam; Radiator Overflow 32.0... ........in. din. ~ . o. Transmission: Cear' Ratios: Fifth. -MA to 1. Fourth....._1. OO ._to i. Third..l.e.41..... .to 1. 4 Second.. 2,,,2,5......... to 1. First.... 3,;,,4,5 ....to 1. Eeverse. 5,0,2.... ..to 1.- 3. Automatic: Describe Alli son. a t 5 4 5.. 4..S..pe..ed A Dsive to Pump through Transmission?... Y.cs.... Special Clutch?......NA What Trar.s. Cear Used: 150 pst. M. ... 200 psi......tl..... _. 250 psi.. ll.... Cear Ratios: Engine to Pump: 150 psi. l.i...l.. 6.5......... 200 psi. .l.;..l.. 6.5..... 250 psi..l.i...l.s.6.5. i Pump: A!ake..Wn.tc.Innu ....,.. hIodet.. C.GT!Z..15.9..... Cap:i:y....15.0...........gpm; Pump No.. 6,0.8.5 8,,., Type..Er.on.t Mo.unt Cen.trif.unill - .... Impeller Diameter... 9..0..... _ inches .( Priming Device: Type....Elc.4.tK19...89.tapy,,,Va,pe.... Theoretical Pump Displacement...UA.. - Pressure Control: Relief Valve? Y.e.a. ..... Pressure Begulating Governor?.......F.9. ....... g/r Separate Booster Pump?....N.9.. hiake NA hiod cl..l.8 2 4,,,,,.4,x,4... .. _...... hiodet,,,....FA,,,,,,,,,,,,,,,,,,,,, Chassis: h!ake... lEC.. . Chassis No..B.EB..13.9l _.in.; Differential Gear Ratio... 7 17 ' _...-...., Wheel Daso....A.S.2..........in.; Width 9 9.. h0 ......to 1 Do' oste :Tanki Capa' city /.f.5.00,..CalsI Shapi':Ad?Iication.:.M.9.$.DF.."1.aE, py,gg,,.r,earc axle ;,, i Weight: hfax. Allowabh: Cross 24500 lbs.; Without hien, Hose, Water, Equipment...1525.0...lbs. Vehic!c Weight Distribution: Front Wheels.. 2.3 4 9............lbs.; Rear Wheels......16.8 0........lbs. ) Axles: Rated Capacity: Front Wheels.....?.5,0_0 __.- lbs l? ... Rear. 9.9.9.7.2.d. Bear Wheels.. Tires: Si::e and Ply: Front...9..t 00-20_ 12,,P,R. ...12 PR.-. Dual Bear?..TC "'... 3 l-l The above information is certified correct: Company - Pirn T r n. C P.. I,n c.. i By P_ "x.f. ?_ u m- { (Respdnsible Official) Q c I i i
a r.d 80- / Parts, Maintenance and Repair Manuals -1. Three copics of parts, Maintenance, as.' repair manuals for the truck as voll as other components shall be provided with each vehicle. 5 inATQtou3 M Nux\\S ^ubs %K.-- cuA. Ws h ssas m m n(c O 3,
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].p M(ff y av ht co=partment Design l'. 1.. " Sweep Out" 2. Each compartment shall have removabic hardwood grating. ~ 3. Vented 4. Lighting Provided 5. A warning light. M 6. Doors shall be key locked and keyed alike j Hose Bed 1. Hoso Compartment 1,000 feet of 2-1/2 inch 2. Hose Compartcent 300 feet of 1-1/2 inch fire hose ' ' ~ ' ' Miscellano.ous Equipnen 1. (1) 16-foot fiberglass extension ladder 2. (2) 10-foot sections of 4-1/2 inch hard suction 3. (1) Strainer and rope j '~ ~ T.~-(2) 6-pound, pickhead fire axes j ? 5. (1) ti-foot and one (1) 4-foot pike pole of fiberglass construction a pike pole box mounted en the overhead ladder 6. (2) 11and lanterns rechargeable with a' charger mounted. L.... 7. (2). 20-pound, dry chemical fire extinguishers, Ansul Model i A-20-E 8. (1) 4-1/2 inch male by 2-1/2 inch female swivel (1) 4-1/2 inch by 4-1/2 inch double female swivel // Swivels shall be stack mounted on single mounting g brackets in the open rear compartment. / 9. (2) S00-watt quartz lights counted on'4-foot telescoping tubes. f front of the apparatus body 4 m. m
..e 10. (1) 3,000 watt, 110-volt inverter with (2) 110 volt outlets. Circuit breaker for outlets and quart lamp shall be located inside cenpartment body. No::les / 1. (1) Task Force tip HTET-V with PG Pistol / 2. (1) Task Force tip HTFT-V 3. (1) Task Force tip HTIT-V with 2PH playpipe J 4. (1) Task Force tip HTIT with a type A, 2-1/2 inch by 1-1/2 inch y 5. (1) folding ladder, 8-foot aluminum -g 6. (1) bolt cutter with 36-inch fiberglass handles j 7. (1) Quick-3ar-T forcible entry y / 8. (1) 10-ton rated hydraulic rescue kit .9. - (1) 20-foot section of 4-1/2 inch g 10. 1,000 feet of 2-1/2 inch single jacimt polyester hose /' 11. 300 feet of 1-1/2 inch singic [ 12. (1) 2-1/2 inch by 1-1/2 inch by 1-1/2 inch gated 1cader line / 13. (1) 2-1/2 inch by 2-1/2 inch doubic cale coupling 14. (1) 2-1/2 inch by 2-1/2 inch doubic female coupling / 15. (2) Combination hydrant wrenches and spanner wrench holders p/ 16. (1) 2-1/2 inch by 2-1/2 inch hydrant gate valve 17. (3) 2-1/2 inch by 1-1/2 inch reducing adapters [ s 18. (2) hose and ladder straps, Elkhart 632 or equal h -/ 19. (1) 2-1/2 icch hose controller, Elkhart 286 or equal / 20. (1) 1-1/2 inch foam eductor rated at 95 gpm, Elkhart 240 or equal [ 21. (1) foam tube and no::le. No::1c shall be of the automatic type, Elkhart 245 with SM10FC nozzle or equal. i 4 = w .n
1.> ..a Cauges and Instru=entation 1. (1) Master Vacuum Gauge 30-0-600 psi j 2. (1) Master Pressure Gauge 30-0-600 psi L/ 3. (1) Pressure Gauge for each Discharge j 4. (1) Oil Pressure Gauge Engine / I 5. (1) Engine Coolant Temperature Gauge g/ 6. (1) Electric Tacho =cter, Engine / 7. (1) Relief Valve Indicator Light 8. (1) Tank Level Indicator Gauge / Pu=p Controls 1. (1) Booster Reel Control Valve [ l 2. (1) Tank Fill Valve / j 3. (1) Relief Pilot Valve / 4. (1) Pri=cr Control Button [ 5. (1) Heat Exchanger Control / 6. (1) Pu=p Cooler Cortrol / .7. (1) Master Drain Control / 8. (1) 2-1/2-inch Preconnect Control Velve / 9. (1) Vernier Engine Throttle Control g/ 10. Individual Drain Valves Booster Reel [ 1. Booster Reel 2. 200 Feet of 1-inch ~ Booster [ [, 3. Electrical Rowind 4. Piping to the Reel shall be not less than 1-1/2 inches. i
sca os Pu p Primer 1. Electrically Driven [!' Re*<ef Valve 1. On/Off Control /- 2. Adjustable Pilot Valve / 3. Eccovable Strainer t/ 4. Indicator Lights g/, Pump Outlets 1. (3) 2-f inch outlets / (1) 2-hs inch outlet to the rear., 2. Puno Inlets 1. (1) 4-lh inch Capped 2. Preconnected 4-lh inch Valve [ 3. (1) 2-{b inch Gated Suction j 4. All Inlets to be Equipped with Strainer & Caps 5. 1-1 inch Tank Dunp Valve Shall be Located before the pump. j Suction & Dischurge Valve 1. Quarter-turn d 2. Eall-valve Type t/ Pump & Engine Cooling 1. 3/8-inch Line / Master Drain 1. Single Master Drain M
If T b[kikb P7I . W -} Cab and Body 1. Drip Rails 2. Chro=e Assist Handles [ 3. A==cter 4. Fuel / 5. Tc=perature / 6. Oil Gauges (/ 7. Tacho =cter v' 8. Bench Seat f/ 9. Vinyl Trim / Electrical 1. 130-a=p Alternator [ 2. Battery 120 a=p. Hour / Accessories 1. Heater & Defroster Y ijf 2. Dual Electric Windshield Wipers L/ 3. Windshield Washers // 4. Sun Visors / 5. Left and Right Rear View Mirrors / 6. 4-way E=ergency Flasher s/, 7. Directional Signals // 8. Fuci Tank, 50-gallon mini =um / A Federal-Twinsonic 1. Red Lens & Clear Bulbs / 2. Federal PA 200 Electronic Siren 6/ 3. Public Address Syste= / s .}}