ML20210V006

Rev 0 to GM-2-C, D/G Room Temp (UIT-284)

ML20210V006
Person / Time
Site:	Callaway
Issue date:	04/22/1986
From:	Battelle Memorial Institute, PACIFIC NORTHWEST NATION
To:
Shared Package
ML20210V003	List: ML20210V000 ML20210V006
References
GM-2-C, GM-2-C-R, GM-2-C-R00, NUDOCS 9709220218
Download: ML20210V006 (25)

Text

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Attachment 3

, ULNRC-3649 Specification No. 10466-M-018 i

TECHNICAL SPECIFICATION FOR STANDBY DIESEL GENERATORS FOR Tile STN1DARDIZED NUCLEAR UNIT POWER PLANT SYSTEM (SNUPPS)

TABLE OF CONTENTS 1.0 GENERAL 2.0 WORK INCLUDED 4

/~ 3.0 RELATED WORK NOT INCLUDED l ~

4.0 CODES AND STANDAhDS 5.0 RATINGS AND CONDITIONS OF SERVICE 6.0 DESIGN, MATERIAL, AND CONSTRUCTION .

7.0 TESTS, EXAMINATIONS, AND INSPECTION 8.0 PREPARATION FOR SHIPMENT 9.0 MARKING AND IDENTIFICATION 10.0 DRAWINGS AND DATA 11.0 QUALITY ASSURANCE REQUIREMENTS I

Page i Rev 0

.. - _ _ _ _ _ . . _ . _ _ . _ _ _ . .m_ __ . ..__ __ _ ._ _ _. . _ . _ _ . _ . _ _ _ . . .

,.}...

. Specification No. 10466-M-018 l

1 1

1.0 GENERAL 1.1 This Specification requires the furnishing and delivery of diesel generators in accordance with the performance, design, and

, construction requirements specified herein.

1 3

1.2 It is not the intent to.specify all details of design and construction. It shall be the responsibility of the Seller to i

ensure that the equipment has been designed and fabricated in accordance with all engineering codes, standards, and -

governmental regulations applicable to the specified service, i 1.3 The work done by the Seller shall include all necessary p design, development, analysis, drawings, shop fabrication and

,,. testing, inspe~ction, and preparation for shipment.

!I

'- 1.4 The Seller shall have full responsibility for compliance with the requirements of these specifications. Review and/or i approval of drawings, data, or specifications by the Buyer with regard to general design and controlling dimensions does not constitute acceptance of any designt:, materials, or equipment i which will not fulfill the functional or performance requirements established-hereunder.

i 2. 0. WORK INCLUDED i

The work covered by this Specification includes, but shall not be limited to, the following items:

2.1 Standby diesel generator sets for the Class IE ac electrical system, each complete with the following components

a. Jacket water heater

b. Intercooler and intercooler heat exchanger 12

c. Jacket water cooler

d. Thermostatically controlled lube oil heater 12

e. Lube oil cooler

f. Engine-driven fuel oil pumo I2 Page 1

,.-: - n Rev 2

_ - . . , _ - , , , ,_ .o ,- . - - - _ _

Specification No. 10466 M-018

g. Engine-driven jacket water pump and intercooler water pump I

k' ' h. Auxiliary jacket water pump

i. Engine-driven lube oil pump

j. Auxiliary lube oil pump

k. Turbocharger

1. Crankcase ejector

{

l

m. Dele ted 6

n. Complete set of reg"! red filters and strainers

o. Complete set of gauges, instruments, generator control and relay panel, engine gauge panel, and annunciator package

p. Redundant starting air tanks

q. Deleted

, ,s I. Control air volume tank, if required l

s. Complete motor-driven, starting air compressors l

t. Complete compressed air dryer package

u. Air intake silencer

v. Exhaust silencer

w. Complete oil-bath-type air intake filter

x. Jacket water expansion tank

y. Rocker pre-lube pump and lube pump

z. Motor starters for air start skid motors and heaters aa. Auxiliary lube oil tank ab. Air-operated barring device.

ac. Rocker lube oil reservoir complete with flame arrester 6

on vent, ad. Complete set of required flexible connections 6 Page 2 Rev 6

Specification No. 10466-M-018

,.n 2.2 One complete set of special (including metric) wrenches, and maintenance tools which are required for regular operation, mainte- l i* s*!

"~

• nance, installation, and repair of the engine-generator unit.

Seller '

shall provide a portable service platform to facilitate maintenance l on the upper levels of the engine. The Seller shall furnish anchoring devices to anchor the portable platforms to wall embeds furnished by the Buyer.

2.3 The diesel generator sets will be skid mounted on a concrete foundation. All diesel auxiliaries, excluding control panels, exhaust silencer, and intake silencer, shall be mounted on a minimum number of skids by Seller, for each diesel. The jacket water expan-sion tank and the lube oil auxiliary tank shall be designed for wall mounting. The intercooler heat exchanger shall be designed for mount-ing directly on the concrete foundation with all interconnecting piping supplied by the Seller. The exhaust silencer shall be designed for mounting directly to the diesel building structural steel.

Page 2a

, i. Rev 6

. Specification No. 10466-M-018 2.4 x" The Seller's scope shall include all vent and drain piping out to and including a suitable isolation valve, where applicable' Q$* 9 - accessible for connection to Buyer's piping. Vent and drain piping and. isolation valves for the intercooler water heat ex-changer field.

shall be installed by the Seller prior.to shipment to the 6 2.5 Deleted 2.6 The Seller shall provide the service of a representative as required to inspect the equipment prior to-start of commercial

-operation for validation of warranty.

2.7 The Seller shall maintain an inventory of diesel generator spare parts in accordance with Appendix S. i 3.0 RELATED WORK NOT INCLUDED 3.1 The Buyer will provide the following:  !

a. Material, unloading, unpacking, receiving, inspection,-

and storage at jobsite

b. Installation labor

c. Foundations and standard anchor bolts and anchor bolt sleeves

/

d. Wiring and tubing between diesel control panel and terminal block on diesel generator skid

e. Flange bolting material and gaskets for Buyer interface connections except for nonstandard companion flanges

f. Switchgear for connection of generator output to the distribution system

g. Fuel oil storage tanks, day tanks, and fuel supply and return piping from the day tanks to the diesel engine fuel oil system

h. Inlet air and exhaust gas piping and supports

i. One auxiliary power feeder at 480 V, 3 phase, 60 Hz solidly grounded and-one feeder at 120/208 V, 3 phase, 60 Hz solidly grounded for heaters, receptacles. Supplier

, shall state his auxiliary power requirements

j. A single 105 to 140 V de ungrounded supply for each diesel generator unit (nominal, 125 V de)

k. Diesel genrator automatic starting signals

1. Piping from jacket water expansion tank, auxiliary lube oil tank, and air starting receivers to diesel skid Page 3 Rev 6

-- -__ - . _ _ . , - _ . . _ _ _ _ _ . . - . - ~

~ '

Specification No. 1U466 ,u-018

m. Motor starters for all skid mounted motors and heaters except (j:Q, those mounted on the air start skid.

vy

n. Exhaust system expansion joints. 6 i

A Page 3a Rev 6

~ :- -

, Specification NO. 10466-M-018 s

e 4.0 CODES AND STANDARDS 4.1 Design, materials, manufacture, examination, testing, inspec-tion, stamping, certification, and documentation shall conform to applicable portions of the following standards, codes, addenda, and this Specification:

4.1.1 American Society of Mechanical Engineers (ASME) - Boiler and Pressure Vessel Code Section II - Material Specifications - 1974 with Addenda through 1977 Edition l9 Section III - Division 1, Subsection ND - 1974 with Addenda

~

~

thiough l977 Edition (See paragraph'6.7.7 for

~

l9 applicability) '

Section IX - Welding and Brazing Qualifications - 1974 with Addenda through 1977 Edition l9 4.1.2 American National Standards Institute ( ANSI)

Deleted t

C 50.10-1977 General Requirements f or Synchronous Machines C 50.12-1965 Requirements for Salient Pole Generators and Condensers C 57.13-1968 Requirements for Instrumant Transformers B31.1-1973 Power Piping Code for Pressure Piping - 1973 N4 5. 2. 2 -197 2 Packaging, Shipping, Receiving, storage, and Handling of Items for Nuclear Power Plants (during construction phase) - 1972 N4 5. 2. 6 - 197 3 Qualifications of Inspection, Examination and Testing Personnel for the Construction Phase of Nuclear Power Plants - 1973 4.1.3 American Society for Testing and Materials (ASTM)

Material specifications -1974 c.1.4 Diesel Engine Manuf acturers Association (DEMA)

DEMA standard practices -1972 Page 4 Rev 9

,'" Specification No. 10466-M-018 4.1.5 Tubular Exchanger Manuf acturers Association (TEMA) g{g=

%+~ ^

TEMA, Class R standards - 1970 l 4.1.6 Institute of Electrical and Electronics Engineers (I EEE) 32-1972 Requirements, Terminology, and Test Procedures -

for Neutral Grounding Devices 115-1965 Test Procedures for Synchronous Machines 323-1974 Standard for Qualifying Class IE Equipment for Nuclear Power Generating Stations 344-1975 Recommended Practices for Seismic Qualifica-tion of Class IE Equipment for Nuclear Power Generating Stations (as amended by SpeedFica-tion 10466-E-091) 352-1975 General Principles for Reliability Analysis of Nuclear Power Generating Station Protection Systems 387-1977 Criteria for piesel Generator Units Applied as Standby Power Supplies for Nuclear Power Generating Stations

[.._.

4.1.7 National Electrical Manufacturers Association (NEMA)

^

MG-1-1972 Motors and Generators 4.1.8 Occupational Safety and Health Administration (OSHA) standards - October, 1972 4.1.9 ASME Power Test Codes PTC- 17, 1973 and PTC-26, 1962 4.1.10 Military Standard MIL-STD-24 8C, Welding and Brazing Procedural 6

and Performance Qualification 4.1.11 Deleted 4.1.12 Nuclear Regulatory Commission (NRC)

~

Regulatory Guides 1.9-April 10, 1971, 1.38-April 16, 1973 and 1.58-August, 1973 _ _ _

4.1.13 Hydraulic Institute Standards - 1975 4.1.14 Manufacturers' Standardization Society Procedures of the Valves and Fittings Industry, 1957-1976 4.2 Adoption of any subsequent issue or of case rulings or For th_s i

inter-purpose, pretations shall be subject to the Buyer's approval, the Seller shall notify the Buyer of such publications which would affect the material and test requirements.

Page 5 Rev 6

^ :. :..~~

, Specification No. 10466-M-018 4.3- The word " construction" as used herein has the same defi-nition as that in ASME Section III.

4.4 Should any-requirements of this Specification conflict with

-those of the applicable codes or standards, the more stringent requirement, as determined by the Buyer, shall govern.

5.0 RATINGS AND CONDITIONS OF SERVICE 5.1- The equipment will be installed indoors and'will be exposed to the following environmental conditions:

Design site elevation, ft mal 1100 Room temperature, min / max F 50/122 pressure, psig Atmospheric Relative humidity, % 10 to 100 Radiation' exposure LOCA (1-year 3 duration) rads 1 x 10 Normal radiation for 40 years, rads <200 -

-[~ 5.2 The guaranteed performance of the diesel generators shall be based on the operating conditions indicated in Section 6.0 of this Specification. The overspeed trip set-point shall be determined by the manufacturer in accordance with Regulatory '

Guide 1.9. -

5 The design life of each unit shall be 40 years. A high degree of performance reliability is of primary importance. The diesel generator system components including instruments and controls shall be designed to withstand 20 F temperature transients above the maximum ambient room temperature of 122 F for 6 hours6.944444e-5 days <br />0.00167 hours <br />9.920635e-6 weeks <br />2.283e-6 months <br /> a day for a week once in the life of the unit.

5.3 The diesel generators shall operate without excessive vibra-tion or other such evidence of poor performance at any engine-speed within a range from the rated overspeed trip set-point to 10 percent below the rated synchronous speed.

E.4 As a minimum, the generator shall be designed to' withstand an overspeed of 25 percent without damage.

5.5 The diesel generators will be used intermittently as the source of emergency ac power supply and will normally be on standby condition except for periodic operation, as follows:

Page 6 2.;; g; .

Rev 5

_ _J

, Specification No. 10466-M-018 1

)

L 2'Q i

i &J a. Operating but unloaded during periodic testing l b. Supplying emergency loads during loss of power to an engineered safety features bus

c. Operating in parallel with the plant auxiliary power

' distribution system during periodic testing and loading

d. Operating separately from the plant auxiliary power

distribution system during periodic load acceptance tests.

5.6 Each diesel engine generator set shall have an IEEE con-i tinuous rated output of at least 6201 kW, 0.8 pf, 3 phase, 60 Hz,

4160 V, with an availability equal to or greater than 95 percent.

l _The diesel generator unit shall be capable of maintaining this 4 output in the service environment for 8760 hours0.101 days <br />2.433 hours <br />0.0145 weeks <br />0.00333 months <br /> per year with only scheduled outages for maintenance. Each set shall have a 2000 hour0.0231 days <br />0.556 hours <br />0.00331 weeks <br />7.61e-4 months <br />. rating of 6635 kW. Availability shall be defined in l

accordance with IEEE-352, Section.5.1.2.

5.7 The fuel will be No. 2 diesel fuel oil with gravity flow to 1 the engine fuel oil pump suction.

5.8 The jacket water used in the cooling system will be dominerall' zed water treated with a corrosion inhibitor. The chemical l

i analysis of the demineralized water is provided in Appendix G, sheet 3, The raw water will be supplied from the essential service water system. The chemical analysis of the makeup water to the essential service water system is provided in Appendix G, sheets 6 1 and 2.

i 6.0 DESIGN, MATERIAL, AND CONSTRUCTION 6.1 General 6.1.1 Each diesel generator unit, with its associated equipment, shall be completely independent from the other diesel generator unit as well as from any outside source of power for startup

-and operation, except for_the 125 V de power supply from station batteries-for control and field flashing. - - - -

~~

6.1.2 The omission of description of any parts or accessories essential to the operation of the equipment specified, other than that specified in Section 3.0, shall not- relieve the Seller of his responsibility to supply well designed, complete, and workable equipment in accordance with the best commercial practice and suitable for the intended service.

6.1.3 The specification suggestion of an auxiliary equipment manufacturer or particular device in this Specification shall not be construed as relieving the Seller of ensuring that the particular auxiliary equipment conforms completely to this Page 7 i- b:= .

Rev 6

'Coltindustries PG OI of U h(([cIN$h '

h Fairbanks Morse ENGINEERING REPORT mn r:u or "$o.*

30 1

Engine Division NW3ER R-700001-551 4, s urrer SECTION I **

10/12/82 OVERVIEW 0F ENVIRONMENTAL QUALIFICATION ranxam

" C. W. Florev

^$"I ENGINEERING REPORT #R-700001-551 FOR ENVIRONMENTAL Arrat vra QUALIFICATION OF CLASS 1E EQUIPMENT 8Y M - 018 -0S211 01 APPENDIX "B" Diesel Generator Room Environmental Parameters i i

M8 PGMI of_ CP k l ENGINEERING REPORT 'smt er #$o,"

gi ,

NgYn " Ivfso$ .M - 01 g -082II 01 Ea R-700001 551' i sonner . SECTION I APPENDIX B "

10/12/82 DIESEL GENERATOR ROOM ENVIRONMENTAL PARAMETERS pamm aY C. W. Florey REPORT ENGINEERING REPORT #R-700001-551 FOR ENVIRONMENTAL

" miom QUALIFICATION OF CLASS lE EQUIPMENT sr The following are the diesel generator room environmental parameters as specified to Colt by Bechtel Power Corp., Gaithersburg, Maryland.

1. Diesel Generator System Life = 40 years = 350,400 hours0.00463 days <br />0.111 hours <br />6.613757e-4 weeks <br />1.522e-4 months <br />.

2. Diesel Generator Operation, Life = 5454 start /stop cycles.

3. Diesel Generator Operating Time, Life = 10.512 hours0.00593 days <br />0.142 hours <br />8.465608e-4 weeks <br />1.94816e-4 months <br /> of full load.

4. D/G Room Humidity = 10-100%.

5. D/G Room Radiation, Life = 1200 Rads.

6. 0/G Room Seismic - see page 1 of 10466-C-0015 (Rev. A), attached.

7. D/G Room Temperature Profile, Life 7.a 142'F for 42 h'ours  ;

7.b 122*F for 10,512 hours0.00593 days <br />0.142 hours <br />8.465608e-4 weeks <br />1.94816e-4 months <br /> 7.c 97'F for 84,096 hours0.00111 days <br />0.0267 hours <br />1.587302e-4 weeks <br />3.6528e-5 months <br /> 7.d 80*F for 112,128 hours0.00148 days <br />0.0356 hours <br />2.116402e-4 weeks <br />4.8704e-5 months <br /> 7.e 60*F- for 143,664 hours0.00769 days <br />0.184 hours <br />0.0011 weeks <br />2.52652e-4 months <br /> Based on the above profile the expected Diesel Generator local temperature profiles are as found _on the following pages.

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r> w ee f$ltindustMes ~pG 5l of9 d excr ENGINEERING REPORT ser or no. ,

gp rnz 4 Fcirbanks Morse enen. olvi ton M- 018 -0821.. - 01- * *ta R-700001 551 I sustscT SECTION I APPENDIX C 10/12/92 O!ESEL GENERATOR ROOM ENVIRONMENTAL PARAMETERS parrrazo 87 C. W. Florev "m" 'T ENGINEERING REPORT #R-700001-551 FOR EN\lRONMENTAL Amova 8Y QUAllFICATION OF CLASS 1E EQUIPMENT SNUPPS DIESEL GENERATOR TEMPERATURE PROFILE A. 0/G Room Profile 42 hr. at 142*F + 15'F = 157'F = 69'C = 343*K 10,512 hr. at 122*F + 15'F = 137'F = 58'C = 332'K 84,096 hr. at 97'F + 15'F = 112*F = 44*C = 318'K 112,128 hr at 80*F + 15'F = 95'F = 35'C = 308*K 143,664 hr. at 60'F + 13*F = 75'F = 24*C = 297'K B. 0/G Keepwarm System Jacket Water I

10.512 hr. at 180*F + 15'F = 195'F = 91 *C = 364*K 339,888 hr. at 150*F + 15'F = 165'F = 74*C = 347 K Lube Oil 10.512 hr at 160*F + 15'F = 175'F = 79'C = 353*K 42 hr. 4t 142'F + 15'F = 157'F = 69'C = 343*K 339,846 hr. at 130*F + 15'F = 145'F = 63*C = 336'K C. Generator Control Panel See Section II Appendix A.2.b

0. Engine Control Panel See Section II Appendix A.2.b 4

4 g e a

• Q . .

QQ Y h ENGINEERING REPORT nun or 'N,*

g3 Fairt>anks Morse

• Engine Division M- 018 -08 '~) I '- O1 n= R-700001-551 I' -

sustrcT -SECTION I APPENDIX B "^"

'10/12/82 DIESEL GENERATOR ROC ENVIRONMENTAL PARAMETERS parte anon 8Y C. M. Florey

" ENGINEERING REPORT #R-700001-551 FOR ENVIRONMENTAL x,pno m QUALIFICATION OF CLASS lE EQUIPMENT sr SNUPPS THERMAL CALCULATIONS RATIONALE Equipment List No. Description Comments 4 Gov. Actuator Coil Test Plan 062079 page 5 is in error when operating EGB is cooled by J.W, and thus reaches at temp, of 180*F.

General Coment - From Temp. Data Sheet - Temp. of engine block is equal to -

room ambient temp. + 0.7 of the difference between the L.O. or J.W. temp. and the . room ambient temp.

So profile of Gov. Coil is 10.512 hr, at 180*F 42 hr. at 142*F + .7150 - 142) = 148'F 84,096 hr. at 97'F + .7 150 - 97) = 134*F 112.128 hr. at 80* F + . 7 150 - 80) = 129'F 143,664 hr. at 60*F + .7 150 - 60) = 123*F i

5 Gov. Control Box 42 hr. at 146*F + 15'F = 161* F = 72*C = 345'X 10,512 hr. at 131*F + 15'F = 146*F = 63*C = 337*K n 84,096 hr. at 10l*F + 15*F = ll6*F = 47'C = 320*K 112.128 hr. at 84*F + 15'F = 99*F = 37*C = 310*K 143,664 hr. at 64*F + 15'F = 79*F = 26*C = 299 K p' With self heating during engine = operation 7 Insulator 15 KV =- 42 hr, at 142*F 10,512 hr, at 220*F 84,096 hr. at 97*F 112.128 hr. at 80*F 143,664 hr. at 60*F 8.d & e OLLA, OLHA Temp profile of Lube Oil.

8.f KLHA Temp. profile same as #4 except 10,512 hr. at

. 160*F.

9.a EOS Temp, profile same as D/G room profile.

9.b & c B01, B02 Temp. profile is 10,512 hr. at 160*F 42 hr. at 142*F 84,096 hr. at 97*F + .7(130 - 97) = 123*F 112,128 hr. at 80*F + .7(130 - 80) = ll5*F 143,664 hr. at 60*F + .7(130 - 60) = 109 F

'_ 540llindustHt3 - pg - g of W h

Fairbanks Morse ENGINEERING REPORT sarzt ru.c or '$$.* g4 f

.l Engine Division M- 018 - 0 8 ~o.y - 01 wmata R-700001-551 i~

svarter SECTION I APPENDIX B DATE 10/12/82 DIESEL GENERATOR ROOM ENVIRONMENTAL PARAt'ETERS ,,

or C. W. Florey arrent ENGINEERING REPORT #R-700001-551 FOR ENVIRONMENTAL QUAllFICATION OF CLASS lE EQUIPMENT ^""r

• i

$NUPPS THERMAL CALCULATIONS RATIONALE (CONTINUED)

Equipment list No. Description Comments 10 MOP Temp. profile same as # 5 2 12 Neu, Grd, Res. Temp, profile same as D/G room profile, 13.c CCPI Mounted on intercooler return pipe so temp, profile is 10,512 hr at 124*F 42 hr. at 142*F 84.096 hr. at 97'F+.5(130-97)=ll4'F 112,128 hr. at 80*F + .5(130 - 80) = 105'F 143,664 hr. at 60*F + .5(130 - 60) = 95'F 13 n , o , OPL1 - 4 Temp, profile same as #9.b.

p. 9 15 Tach Relay Temp, profile sameas #5. 2.

18 Sig Gen, Temp, profile same as #9.b, 19.a. b. ASl - 2 Temp, profile same as li9.b.

c SOS 22.c GBSAX Term, Bd. Temp. profile same as #9.b, 22.d Triplex Term Bd.- Temp. profile same as #9.b.

23.b & c Brg Thermocouple Temp profile same-as D/G Lube Oil.

24.a & b Current Transformer Temp. profile same as #7,

, 25.h Bearing Thermo- Temp. profile same as #9.b.

couple Ext. Wire 25.1 Exhaust Thermo- Temp. profile is couple Ext. Wire 10,512 hr, at 850*F 339,888 hr. at 150*F

Wmt

'*holltadustries PG 6Y cf 4Yd exc ENGINEERING REPORT sia n or "o- 85 .

Faltbanks Morse -

N i Engina Division st . n , o - 0 8 !? 1 . 01 x m m R-700001-551

.4 simccr SECTION I APPENDIX B DA" 10/12/82 DIESEL GENERATOR ROOM ENVIRONMENTAL PARAMETERS

,,_C.

av W. Fl orey arrent ENGINEERING REPORT #R-700001-551 FOR ENVIRONMENTAL QUALIFICATION OF CLASS lE EQUIPMENT ^"[r

• SNUPPS THERMAL CALCULATIONS RATIONALE (CONTINUED)

Equipment List No. Description Comments 1 Al ternator Temp. profile from BPS report.

2 Eng. Control Panel Temp, profile from BPS rep;rt.

3 Gen. Control Panel Temp, profile from BPS report.

8.b CLLA Temp, profile is 42 hr. at 142*F 10,512 hr at 122*F Rest of time at 120'F ll.b OPM Temp, profile same as Lube 011.

13.a & b SHAl - 2 Temp. profi,le same as 0/G room profile.

13.d. e, CCP2 - 4 Temp profile same as #9.b.

f 13.h FPLA Temp, profile same as #9.b.

13.j,k, IPLA, CPLA, CPS Temp profile same as #9 b.

1 13.t KPLA Temp, profile same as FS f.

13.u & v APL1 - 2 Temp. profile same as #9,b.

20 SEVR Temp profile is that of Hign Voltage Section of Gen. Cont Panel .

. 21.a & b ITLA, ITHA Temp. profile is same as #13.c.

21.d - h CTH1 - 4, CTLA Temp. profile same as Jacket Water.

21.j & k OTHA, OTLA Temp. profile same as #9 b.

22.a & B ES25 Term. Bd. Temp. profile same as 0/G room profile.

EB1 Term. Bd.

tsactd 3 C0llladustries PG3[ ef bk PACr

. ENGINEERING REPORT se or no.  ?

B6 Fairbanks Merse - -

• N t Engine Division V-01 P ~ O

• 3 1*

• 01 Nm8E8 R-700001-551 s

4 sunrre r SECTION I APPENDIX B "

10/12/82 DIESEL GENERATOR ROOM ENVIRONMENTAL PARAMETERS parrrar:)

sY C. W. Florey REPO3 r.NGINEERING REPORT #R-700001-551 FOR ENVIRONMENTAL

• rpreoyt:3 QUALIFICATION OF CLASS lE EQUIPMENT 8Y SNUPPS THERMAL CALCULATIONS RATIONALE (CONTINUED)

Equipment List No. Description Comments 25.a - g Various Wires & Temp. profile same as Jacket Water.

Cables 6.a J.W. Heater Temp. profile is same as Jacket Water.

6.b L.0. Heater Temp. profile is same as Lube Oil .

13.g & i FFDH, FSDA Temp profile same as #13.c.

13.m & r 0FDH, OSDH Temp profile same as #13.c.

13 s KFDH Temp. profile same as 58 f.

14 CPT Temp prof,ile same as #9.b.

16 RB Temp. profile same as #5.

17 g & h ORTI, ORTX Temp, profile same as 58.d.

17.e & f CRTI, CRTX Temp, profile same as #21.d.

17.c & d IRTI, IRTX Temp. profile same as #13.c.

17.a & b MRT1, MRT2 Temp, profile same as sl3.c except for 10,512 hr. at 125'F.

19.d CSV Temp, profile same as D/G room profile.

23.a Exhaust Therm. Temp profile same as Jacket Water except for 10.512 hr. at 850*F.

8.a CLC Temp, profile same as #8.b.

8.c OLC Temp, profile same as D/G Lube Oil .

ll.a CPM Local environmental profile same as #13.c.

11.c KPM Local environmental profile same as #9.b.

19.e OSV Temp, profile same as #8.d.

21.c CHT Temp. profile same as D/G Jacket Water.

21.1 OHT Temp. profile same as D/G Lube Oil .

& 4