ML20079H305
| ML20079H305 | |
| Person / Time | |
|---|---|
| Site: | Fermi  |
| Issue date: | 01/16/1984 |
| From: | Tauber H DETROIT EDISON CO. |
| To: | Youngblood B Office of Nuclear Reactor Regulation |
| References | |
| RTR-NUREG-0588, RTR-NUREG-0737, RTR-NUREG-588, RTR-NUREG-737 EF2-66-759, NUDOCS 8401230394 | |
| Download: ML20079H305 (37) | |
Text
f' Harry Taubet Group Vee President Detroit Edison E!?!!!==
January 16, 1984 EF2 - 66,759 Director of Nuclear Reactor Regulation Attention:
Mr.
B. J.
Youngblood, Chief Licensing Branch No. 1 Division of Licensing U. S. Nuclear Regulatory Commission Washington, D.
C.
20555
Dear Mr. Youngblood:
Reference:
Enrico Fermi Atomic Power Plant, Unit 2 NRC Docket No. 50-341
Subject:
Additional Environmental Qualification Informatien Requested by the NRC This letter provides additional information requested by the NRC staff during the NRC/ DECO meeting concerning the Fermi-2 E0 submittal on Harsh Environment Safety-Related Electrical Equipment, held on October 19, 1983 in Bethesda, Maryland.
The items provided are as follows:
(1) the Edison evaluation of all FSAR, Chapter 15, Design Basis Events in the development of the Fermi-2 Harsh Environment parameters (attachment 1), (2) a list of Regulatory Guide 1.97, Rev.
2, Category 1 and 2 equipment and its qualifi-cation status (attachment 2), (3) a list of equipment associated with each applicable category of NUREG-0737, contained in the Fermi-2 NUREG-0588, July 1983 submittal and its qualification status (attachment 3) and (4) clarification of component reclassification criterion No. 1 (attachment 4). is submitted to supplement the Detroit Edison response to 10CFR50.49, previously transmitted via EF2-65,629 dated November 1, 1983.
This supplement addresses the evaluation of all FSAR, Chapter 15 design basis events and their potential impact on the Environ-mental Qualification requirements of safety-related electrical equipment which may be subjected to a harsh environment, as required by 10CFR50.49 (b) (1).
8401230394 840116 i
PDR ADOCK 05000341
/
g A
- f t
'Mr.
B'.
J.
Youngblood January 16, 1984
-EF2 - 66,759 Page 2 Attachments-2, 3,-and 4'are submitted for additional
'information and/or clarification as requested by the
'NRC in the above mentioned meeting.
Should you-require any'further information or clarifi-cation, please contact Mr. O. K. Earle (313) 586-4211.
Sincerely, At'
/
cc:
'Mr.
P. M.
Byron Mr. M. D. Lynch Mr.
A'.
S. Masciantonio i
k.
ATTACHMENT 1 FSAR CHAPTER 15 EVENT HARSH ENVIRONMENT EVALUATION In July of 1983, Detroit Edison resubmitted its harsh environment safety related electrical equipment qualitication program for NRC review.
This program.was based on the requirements of KUREG-0588 which addressed electrical equipment exposed to harsh environments resulting from high energy line breaks (NELB) and/or loss of coolant accidents (LOCA). In order to completely. address the requirements of subsection 10CFR50.49 (b)
(1), this attachment addresses the remaining design basis events i
discussed in Chapter 15 and in Appendix 15B of the Enrico Fermi Unit 2 FSAR..
FSAR Section Marsh Environment Evaluation i
15.1.1 - 15.1.3, There are no pipe ruptures and no fuel 15.1.6 - 15.1.11, failures resulting from these events. For
- 15.1.15, some of these events, radioactivity is 15.1.26-15.1.29, 15.1.31-15.1.36 &.
discharged to the suppression pool due to operation of HPCI or RCIC systems or actuation 4
158.1.1-15B.1.4, o'f the SRV's; however, operation of this 15B.2.1-15B.2.7, equipment is anticipated and does not cause a 15B.3.1, 15B.3.2, harsh environment.
158.4.1-15B.4.7, 15B.5.1 4
15.1.4, 15.1.16, These events are not applicable to Fermi-2, 15.1.18, 15.1.20 15.1.25, 15.1.30 These events are not postulated except in 4
conjunction with other design basis events such as LOCA. Their affects on the environ-ment are included in the evaluation of the applicable bounding design basis events.
15.1.5 &
These events, including the li iting fault of m
15B.3.3 recirculation pump seizure, does not result in any fuel failure or pipe ruptures. Therefore, it is concluded that no harsh environment would be created.
15.1.12 Event 15.1.12.1, Internal Events, are events l
which develop from fires in the plant. The local effects of postulated fires have been evaluated 'and are addressed in FSAR Chapter 9.
This evaluation demonstrates that in no case would a fire af fect either the shutdown capability or the safety or integrity of the primary or secondary containment.
Furthermore, no essential equipment is exposed to a harsh environment due to incidental effects (such as release of radioactivity from a charcoal bed) of these postulated fires.
EEQ/29/JC.1 Sheet 1 of 3 11/28/83 W--
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-,---,,,-,ww,,,rn.v,-.-,wr.~r--.--,.,,,,,,...
-,,-e-o.,--,,-wre---
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9 FSAR' CHAPTER 15 EVENT HARSH ENVIRONMENT EVALUATION
~. ~
3 FSAR Section Harsh Environment Evaluation 15.1.t2 (Cont".)
Event.15.1.12.2.
External Events, are
)
not included in the scope of 10CFR50.49.
I (Reference 10CFR50.49 (c)(ii) ).
15.1.13, 15.1.14 &
These events, Pipe Break Inside Primary 15B.6.4 15B.6.6 containment and Pipe Break Outside Containment, form the basis for the environmental envelopes and equipment classi-fibationsusedinlourqualificationprogram.
15.1.17, 15.1.19 &-
These events, Failure of Air Ejector Lines and 1,5B. f.1 Failure of Gaseous Radwaste System may cause a harsh environment in certain areas of the turbine building. However, there is no safety related equipment in these areas which must function to mitigate these events or safely shutdown the reactor.
15.1.21 & 15B.4.9 This event, Control Rod Drop, may cause a e
harsh environment in the steam tunnel and the T
turbine building. There is no equipment in g
the turbine building which must function to mitigate this event or safely shutdown the reactor. All equipment located in the steam tunnel which is required to mitigate this accident or shutdown the reactor is being qualified to a more severe profile for LOCA.
Note that even though operation of the main s
steam line radiation monitors (2D1106N006 A-F) is assumed to initiate main steam line isolation, failure of these monitors to 1
.g isolate the main steam lines would not result in offsite doses greater than a small fraction of that specified in 10CFR100. There fore,
these monitors are classified 2C (NUREG-0588, Appendix E).
Refer to Volume 3 of our July, 1983 submittal.
InaccorbancewithRegulatoryGuide1.11, 15.1.22 &
y 15B.6.2 i
ins t rumen t lines which penetrate primary t
containment and are part of the reactor f
coolant pressure boundary are equipped with flow restricting orifices inside the drywell
'and excess flow check valves outside the drywell. The environmental conditions due to instrument line breaks inside the drywell are bounded by the LOCA profile. For the secondary containment, although instrument line breaks between the drywell wall and the excess flow check valves were analyzed in Sheet 2 of 3
i FSAR CHAPTER 15 EVENT HARSH ENVIRONMENT EVALUATION FSAR Section Harsh Environment Evaluation 15.1.22 &
Chapter 15 to demonstrate acceptable offsite 15B.6.2 dose consequences, this analysis is strictly (Cont.)
for radiological purposes. For instrument line breaks outside the drywell, excess flow check valves are used, in compliance with the General Design Criteria and Regulatory Guide 1.11.
The excess flow check valves would automatically isolate all instrument line breaks which are in excess of approximately 2 gpm.
Indication of check valve closure is provided in the control room. These breaks therefore would not create a harsh environment.
15.1.23 &
This event, Fuel Handling Accident, could 15B.7.4 release radioactivity to the reactor building and may expose equipment to a harsh environ-ment.
Since the reactor is at cold shutdown for this event, core cooling can be performed by the RHR system. This system is also required to operate and is being qualified for LOCA, which results in a more severe environ-ment than the fuel handling accident.
Note that even though operation of the fuel pool exhaust radiation monitors (2D1106N010 A-D) is assumed to initiate secondary containment isolation and SGTS, failure of these monitors would not result in offsite doses greater than a small fraction of the limits of 10CFR100. Therefore, these monitors are classified 2C (NUREG-0588, Appendix E).
Refer to Volume 3 of our July,1983 submittal.
15.1.24 & 15B.7.3 No equipment required to safely shutdown the reactor is exposed to a harsh environment as a result of accidents in the radwaste building.
No credit is taken for any equipment to mitigate this event.
15.1.37 & 15B.8 This event, Anticipated Transient Withcut Scram, is not postulated to result in failed fuel or pipe rupture. Therefore, it was determined that this event would not cause a harsh environment.
Sheet 3 of 3 i
I
ATTACHMElff 2 List of Reg. Guide 1.97 Cat. I and 2 Inst ruments Reg.
Guide Instrument Manuf acture rs 1.97 Numbers or NUREG-0588 Submittal Ref.
Parameter (PIS NO.)
Model Number Qual. Status (See Jotes on Sht. 10)
Al Suppression Pool T50-N406 A&B (sensor)
Rosemount 1152GP5N22 PB.
Harsh, 2A, Qualified C7 Water Level T50-R804 A&B (recorder)
L&N 831-13-09-099'l-6-B0 Mild Environment D5 T50-K800 A&B (pwr. supply)
GE PPD fl84C4571 Mild invironment (Cat 1)
A2 Suppression Chamber T50-N404 A & 5B (sensor)
Dual Type.T Thermocouple Marsh, 2A, Qualified D5 Water Temp T50-R800 A&P (recorder)
L&M Speedomax 'W Mark III Mild Environment (Cat 2)
A3 Drywell Pressure T50-N415 A&R (sensor)
Rosemount il52CP7N22PB Harsh, 2A, Qualified B7 Wide Range T50-R802 A&B (recorder)
L&N 833-13-13-13-00-00-09 Mild Environment 99 T50-K800 A&B (pwr. supply)
CE PPD fl84C4571 Mild Environment C8 CIO (Cat 1)
A4 Drywell Oxygen T50N005 A&B (sensor)
Delphi B6C-186-C Harsh, 2A, JIO C12 Concentration H21P282 (analyzer)
Delphi K-IV (panel)
Harsh, 2A, JIO (Cat 1)
H21P283 (analycer)
Delphi K-IV (panel)
Harsh, 2A, JIO T50K005 A&B (conditioner)
Delphi 4300-189 Harsh, 2A, JIO T50R806 A&B (recorder)
L&N Speedomax Mark III 'M' Mild Environment A5 Drywell Hydrogen T50N004 A&B (sensor)
Delphi B5G-186-C Harsh, 2A, JIO C11 Concent ra t ion H21P282 (analyzer)
Delphi K-IV (panel)
Harsh, 2A, JIO (Cat 1)
H21P283 (analyzer)
Delphi K-IV (panel)
Harsh, 2A, JIO T50K004 A&B (conditioner)
Delphi 4300-189 Harsh, 2A, JIO.
T50R806 A&B (recorder)
L&N Speedomax Mark III 'M' Mild Environment EEQ/27/RC.1 E
11/29/83 En W
~
ATTACNpg!NT 2 List of Reg. Guide 1.97 Cat. I and 2 Instruments Reg.
Guide Instrument Manufacturers 1.97 Numbers or NUREG-0588 Submittal Ref.
Parameter (PIS NO.)
Model Number Qual. Status (See Notes on Sht. 10) 31 Neutron Flux C51-N002A-H (IRM det)
GE112C3144G008 Harsh, 2C, Reclassified (Cat 1)
C51-K002A-H (IRM preamp)
GE112C2218G1 Harsh, 2C, Reclassified i
1 C51-K601 A-H (IRM Ind)
GE Mild Environment C51-R607A-D (IRM Record)
L&M Speedomax 'M' Mark III Mild Environment C51-K605 (NMS)
CE248A9730WH Mild Environment B11-D193001-43 (LPRM Sensor)
GE163Cll54G002 Harsh, 2C, Reclassified C51-R603A-D (Recorder)
L&N Speedomax 'M' Mark III Mild Environment B4 Reactor Water B21-N085 A&B (sensor)
Rosemount 1153DBSPA Harsh, 2A, Qualified Level B21-N685 A&B (ampli fier)
Rosemount 510DU Mild Environment (Cat 1)
B21-K609 A-D (pwr. supply)
GE9T66Y990 Mild Environment B21-R610 (indicator)
Model 1316 1-SVDC Mild Environment B21-R615 (recorde r)
L&N Speedonax Type "M" Mild Environment B21-N091 A&B (sensor)
Rosemount 1153DB5PA Harsh, 2A, Qualified B21-N691 A&B (amplifier)
Rosemount 510DU Mild Environment E21-K610 A-D (pwr. supply)
GE 9T66Y990 Mild Environment B21-R623 A6B (recorder)
L&N Speedomax Type "M" Mild Environment B5 BWR Core None None N/A C3 Thermocouples B6 (Steam Dome)
B21-N051 A&B (sensor)
General Electric (556)
Harsh, 2C, Reclassified C4 Reactor B21-R623 A&B (recorder)
L&N Speedomax M Mark III Mild Environment C9 Pressure B21-K613 A&B (power supply)
GE Model 570-06 Mild Environment (Cat 1)
B8 Drywell Sump Gil-N609 (sensor)
Gould PD3018 Harsh, 2C C6 Level G11-RX01 (recorder)
Tracor Westronics S4N Mild Environment (Cat 1) n DJ
ATTACHMENT 2 List of Reg. Guide 1.97 Cat. I and 2 Instruments Reg.
Guide Instrument Manufacturers 1.97 Numbers or NUREG-0588 Submittal Ref.
Parameter
. (PIS NO.)
Model Number Qual. Status (See Notes on Sht. 10)
B10 Primary Containment (See Table 1) (sensors)
(See Table 1)
(See Table 1)
(Cat 1)
Isolation Valve Various status lamps Mild Environment Position C1 Radioactivity None N/A This measurement is obtained (Cat 1) Concent ra tion by a grab sample analysis or Rad level in approach. A sample of coolant circulating can be directly obtained and primary coolant analyzed using the post accident sampling system.
C5 Primary Containment Dll-N443 A&B (sensor)
CAC: RD-23 Harsh, 2A, Qualified El Area Radiation Dil-K817 A&B (conditioner)
CAC: RP-2C Mild Environment (Cat 1)
Dll-K917 A&B (Pwr. supply)
CAC: RP-23 Mild Eavironment Dll-R806 (recorder)
L&N Speedomax "W" 2 pen Mild Environment Dil-R810 (recorder)
L&N Speedomax "W" 2 pen Mild Environment C14 Radiation Exposure D21-R600 (recorder)
L&N Speedomax 'W' 12 point Mild Environment E3 Rate (inside bldgs.
D21-R601 (recorder)
L&N Speedomax 'W' 12 point Mild Environment (Cat 2) or areas, fuel D21-R602 (recorder)
L&N Speedomax 'W' 12-point Mild Environment handling building, D21-R603 (recorder)
L&N Speedomax 'W' 12 point Mild Environacnt secondary contain-Misc. sensors Harsh, Non-lE, 2C ment, which are in direct contact with primary containment where penetrations and hatches are located).
U n
GB
- 5:
ATTACHMENT 2 List of Reg. Guide 1.97 Cat. I and 2 Inst ruments Reg.
Guide Instrument Manufacturers 1.97 Numbers or NUREG-0588 Submittal Ref.
Parameter (PIS NO.)
Model Number Qual. Status (See Notes on Sht. 10)
CIS Effluent Radio-Radwaste Building Vent (Cat 2) activity-Noble Dil-N503 A-G (sensor)
Eberline elements Mild Environment gases (froc bldgs.
D11-K553 (conditioner)
Eberline Sping-3 Mild Environment as indicated above)
Dil-K403 (isolator)
Eberline CLI-l Mild Environment Turbine 81dg. Vent Dil-N504A-G (sencor)
Eberline elements Mild Environment Dil-K554 (conditioner)
Eberline Sping 3 Mild Environment Dll-K404 (isolator)
Eberline CLI-l Mild Environment Service Bldg. Vent Dil-N505A-G (sensor)
Eberline elements Mild Environment D11-K555 (conditioner)
Eberline Sping-3 Mild Environment Dil-K405 (isolator)
Eberline CLI-1 Mild Environment SGTS Exhaust Dil-N510 A&B (sensor)
Eberline RDS-1 Mild Environment Dll-N511 A&B (sensor)
Eberline RDS-3A Mild Environment Dil-N512 A&B (sensor)
Eberline RDA-2A Mild Environment Dll-N513 A&B (sensor)
Eberline RDA-3A Mild Environment D11-N514 A&B (sensor)
Eberline GM Tube Mild Environment Dil-N515 A&B (sensor)
Eberline GM Tube Mild Environment Dll-N516 A&B (element)
Eberline DAl-lCC Mild Environment Dll-K556 A&B (conditioner)
Eberline Sping-3 Mild Environment Dll-K406 A&B (isolator)
Eberline CLI-l Mild Environment Accident Range SGT Exhaust Dll-K400 A&B (monitor)
Eberline DAM-4 Mild Environment Dil-N520 A&B (sensor)
Eberline GM Tube Mild Environment Dll-N521 A&B (sensor)
Eberline GM Tube Mild Environment Dll-N522 A&B (sensor)
Eberline GM Tube Mild Environment un Dil-K523 A&B (sensor)
Eberline GM Tube Mild Environment Dil-K416 A&B (i solator)
Ebe r63 ce CLI-I Mild Environrent S
s~
t
ATTACHMENT 2 List of Reg. Guide 1.97 Cat. I and 2 Instruments Reg.
Guide Inst rument Manufacturers 1.97 Numbe rs or NUREG-0588 submittal Ref.
Parameter (PIS NO.)
Model Number Qual. Status (See Notes on Sht. 10)
Reactor Building Exhaust C15 Effluent Radio-Dll-N507A-H (sensor)
Eberline Mild Environment (Cont.) activity-Noble Dil-K557 (conditioner)
Eberline Sping-4 Mild Environment gases ( from b1dge.
D11-K407 (isolator)
Eberline CLI-1 Mild Environment as indicated above)
Onsite Storage Bldg. Exhaust Dll-N508 A-F (sensor)
Eberline Mild Environment Dil-K558 (conditioner)
Eberline Sping-3 Mild Environment Dil-K408 (isolator)
Eberline CLI-I Mild Environment Dil-K610 (terminal / printer)
Eberline CT-2 Mild Environment n
Ut s
r i
ATTACHMENT 2 List of Reg. Guide 1.97 Cat. I and 2 Instruments Reg.
Guide Instrument Manufacturers 1.97 Numbers or NUREG-0588 submittal Ref.
Parameter (PIS NO.)
Pbdel Number
,Oual. Status (See Notes on Sht. 10)
D3 Suppression Chamber Ell-NOIS A&B (sensor)
GEMAC-555 Harsh, 2A, JIO (Cat 2)
Spray Flow E11-K600 A&B (Sq rt. conv)
GENAC-565 Mild Environment (RHR Flow)
E11-K603 A&B (pwr. supply)
CEMAC-570 Mild Environner.t I
Ell-R603 A&B (indicator)
HAYS-REP 360 Mild Environment Ell-R608 A&B (recorder)
L&N Speedomax-M 1 pen Mild Environment l
D4 Drywell Pressure T50-N401 A&B (sensor)
Rosemount 1152GP5N22 PB Harsh, 2C, Reclassified (Cat 2)
Narrow Range T50-K800 A&B (pwr. supply)
GEPPD fl84C4571 Mild Environment T50-R802 A&B (recorder)
L&N #833-13-13-13-00-00 Mild Environment D7 Drywell Atmosphere T50-N409 B & 12A (sensor)
Dual Type T Thermocouple Harsh, 2A, Qurlified (Cat 2)
Temperature T50-K805 & K808 (cond)
Validyne TC-292 Mild Environment T50-R800 A&B (recorder)
L&N Speedomax
'W' Mark III Mild Environment D8 Drywell Spray Flow E11-N015 A&B (sensor)
CEMAC-555 Harsh, 2A,-Qualified (Cat 2)
(RHR Flow)
E11-K600 A&B (sq rt. cony)
CEMAC-565 Mild Environment E11-K603 A&B (pwer. suppy)
GEMAC-570 Mild Environment Ell-R603 A&B (indicator)
RAYS-REP 360 Mild Environment Ell-R608 A&B (recorder)
L&N Speedomax-M 1 pen D9 Main Steam line B21-N484 & N487 (sensor)
Rosemount 1153D85 Harsh, 2A, Qualified (Cat 2)
Isolation Valvec B21-K815 & K827 (converter)
Foxboro N2AI-13V Mild Environment Leakage Cont rol B21-K845 & K847 (converter)
Foxboro N2AO-VAI Mild Environment System Pressure B21-R807 & R808 (indicator)
Hays Rep 3600 V-SA Mild Environment DIO Primary Systems B21-N410 A-H (sensor)
GE/PCI A17-IP (N)
Harsh, 2A, Qualified (Cat 2)
Safety Relief B21-N410 J-N (sensor)
CE/PCI A17-IP (N)
Harsh, 2A, Qualified Valve Positions B21-N410 P&R (sensor)
CE/PCI A17-IP (N)
Harsh, 2A, Qualified H21-P090-1-2 ( relays)
CE Assembly Mild Environment Status Lamps, Cont rol Room Mild Environment Dll Isolation Condenser We do not have an isolation condenser N/A m
(Cat 2)
System Shell-Side E
Water Level S
o<
D12 Isolation Condenser N/A o
(Cat 2)
System Valve
[
Position e
ATTACHMENT 2 List of Reg. Guide 1.97 Cat. I and 2 Instruments -
Reg.
Guide Instrument Manufac tu re rs 1.97 Numbe rs or NUREG-0588 submittal Ref.
Parameter (PIS NO.)
Model Number Qual. Status (See Notes on Sht. 10)
D20 RHE Heat Exchanger Ell-N027 A&B (sensor)
Therm. Type T Harsh, Non IE, 2C (Cat 2) Outlet Temp.
E11-K608 A&B (converter)
Transa. 61DT-65 Mild Environment (Ell-N027A&B: pump Ell-R601 A&B (recorder)
L&N Speedomax-M Mark III Mild Environment
& heat exc. outlet)
D21 Cooling Water E11-N005 A&B (sensor)
Therm. Type T Harsh, Non IE, 2C (Cat 2) temp. to ESF E11-K609 A&B (converter)
Transa. 610T-65 Mild Environment System Components Ell-R601 A&B (recorder)
L&N Speedomax-M Mark III Mild Environment (Ell-N005 A&B: RHR I
service water temp)
D22 Cooling Water P44-C001A-18151 (ammeter)
Int. Ins t rumen ts 1139E Mild Environment (Cat 2) Flow to ESF P44-C001B-2B87 (ammeter)
Int. Instruments 1139E Mild Environment System Components D24 Emergency Damper T41-NO37A, 38A NAMCO EA080-11100 Mild Environment (Cat 2)
Position T41-NO39B, 40B NAMCO EA080-11100 Mild Environment (Control Room T41-N041A, 42A NAMCO EA080-11100 Mild Environment inlet, reactor T41-N043B, 44B NAMCO EA080-11100 Mild. Environeent
'l building exhaust)
T41-N073 NAMCO EA510-17702 Mild Environment
[
T41-N074 NAMCO EA510-17702 Mild Environment r
D25 Status of Standby Emergency Diesel Gen. (sensors)
Mild Environment (Cat 2) power & other DC System (sensors)
Mild Environment j
sources important Miscellaneous indication Mild Environment j
to safety in the main control room 1
p a
n N
~
j tn' Y
h
ATTACHMErr 2 List of Reg. Guide 1.97 Cat. I and 2 Instruments Reg.
Guide Inst rumen t Manu fac tu rers 1.97 Numbe rs or NUR."c-0588 submittal Ref.
Parameter (PIS NO.)
Model Number Qual. Status (See Notes on Sht. 10)
D13 RCIC Flow E51-F303 (sensor)
GEMAC 555 Harsh, 2C (Cat 2)
E51-K600 (pwr. supply)
CEMAC 570-06 Mild Environment E51-K601 (sq.rt. extract)
FEMAC 565 Mild Environment E51-R613 (indicator)
HAYS-REP 3600-507 Mild Environment D14 HPCI Flow E41-N008 (sensor)-
GEMAC 555 Harsh, 2A, JIO (Cat 2)
E41-K600 (pwr. supply)
GEMAC 5 70-06 Mild Environment E41-K601 (sq.rt. extract)
GEMAC 50-565 Mild Environment E41-R613 (indicator)
HAYS-REP. 3600-507 Mild Environment D15 Core Spary E21-N003 A&R (sensor)
GEMAC 555 Harsh, 2A, JIO (Cat 2) System Flow E21-K600 A&B (pwr. supply)
CEMAC 570-06 Mild Environment E21-R601 A&B (indicator)
HAYS-REP 3600 Mild Environment D16 LPCI System Flow E11-N015 A&B (sensor)
GEMAC 555 Harsh, 2A, JIO (Cat 2)
(RHR System Ell-K600 A&B (sq.rt.conv.)
CEMAC-565 Mild Environment Flow)
Ell-K603 A&B (pwr. supply)
CEMAC-570 Mild Environment Ell-R603 A&B (indicator)
HAYS-REP 3600 Mild Environment Ell-R608 A&B (recorder)
L&N SPEEDOMAX-M l-PEN Mild Environment D17 SLCS Flow None N/A N/A Positive DISP pump (Cat 2)
D18 SLCS Storage C41-N001 (sensor)
GEMAC 555 Harsh, Non-1E, 2C (Cat 2) Tank Level C41-K600 (pwr. supply)
GEMAC 570-06 Mild Environment C41-R601 (indicator)
WESTON 1316 Mild Environment D19 RHR System Ell-NOIS A&B (sensor)
GEMAC-555 Harsh, 2A, JIO (Cat 2) Flow E11-K600 A&B (sq.rt.conv.)
GEMAC-565 Mild Environment E11-K603 A&B (pwr. supply)
GEMAC-570 Mild Environment g!
Ell-R603 A&B (indicator)
HAYPS-REP 3600 Mild Environnent g
Ell-R608 A&B (recorder)
L&N Speedomax-M l-PEN Mild Environment a
m i
^
~
ATTACHMENT 2 List of Reg. Guide 1.97 Cat. I and 2 Inst ruments Reg.
Cuide Instrument Manuf acture rs
+
1.97 Numbe rs or NUREG-0588 Submittal Ref.
Parameter, (PIS NO.)
Model Number Qual. Status (See Notes on Sht. 10)
E2 Reactor Building Dil-N010 A-D (element)
GE 194X927G11 Harsh, 2C, Reclassified E6 or secondary D11-K609 A-D (monitor)
GE 12952803G11 Mild Environment (Cat 2) containment area D11-R605 (recorder)
L&N Speedomax M 2 pen Mild Environment radiation D11-R606 (recorder)
L&N Speedomax M 2 pen Mild Environment E4 Drywell Purge, Dil-N510 A&B (sensor)
Eberline RDS-1 Mild Environment (Cat 2) standby gas Dll-N511 A&B (sensor)
Eberline RCA-3A Mild Environment treatment system Dll-N512 A&R (sensor)
Eberline RDA-2A Mild Environment purge Dll-N513 A&B (sensor)
Eberline RDA-3A Mild Environment Dll-N514 A&B (sensor)
Eberline GM Tube Mild Environment.
Dll-N515 A&B (sensor)
Eberline GM Tube Mild Environment Dil-N516 A&B (element)
Eberline DAl-1CC Mild Environment Dll-N556 A&B (conditioner)
Eberline Sping-3 Mild Environment D11-K406 A&B (isolator)
Eberline CLI-1 Mild Environment Dll-K400 (monitor)
Eberline DAM-4 Mild Environment Dll-N520 A&B (sensor)
Eberline GM Tube Mild Environment D11-N521 A&B (sensor)
Eberline GM Tube Mild Environment Dll-N522 A&B (sensor)
Eberline GM Tube Mild Environment Dil-N523 A&B (sensor)
Eberline GM Tube Mild Envircament D11-K416 A&B (isolator)
Eberline CLI-1 Mild Environment Dil-K610 (terminal / printer)
Eberline CT-2 Mild Environment E5 Secondary contain-Same as E4 (Cat 2) ment purge U
E7 Aux. bldg. (incl.
Same as CIS (Cat 2) any bldg. containing g
primary system gases, e.g. waste 0
gas decay tank)
E
ATTACHMENT 2 List of Reg. Guide 1.97 Cat. I and 2 Inst ruments Reg.
Guide Instrument Manufacturers 1.97 Numbe rs or NUREG-0588 Submittal Ref.
Parameter (PIS NO.)
Model Number Qual. Status (See Notes on Sht. 10)
E8 Common Plant Vent Dil-N507A-H (sensor)
Eberline Mild Environment (Cat 2) or multi purpose Dil-K557 (conditioner)
Eberline Sping-4 Mild Environsent vent discharging Dil-K407 -(is olator)
Eberline CLI-1 Mild Environment any of the above D11-K610 (terminal / printer)
Eberline CT-2 Mild Environment E2 All other identified See CIS (Cat 2) release points NUREG-0588 Submittal Qualifiertion Status Notes Harsh, 2A, Qualified
- Located in a potentially harsh, accident generated environment, NUREG-0588, Apo. E Category 2A.
Device is qualified and listed in the EF2 July, '83 NUREG-0588 sabeittal, Volume 2.
Harsh, 2A, JIO
- Located in a potentially harsh, accident-generated environment; NUREG-0588 Appendix E Category 2A; further qualificatidn needed. A Justification for Interim Operation is provided in the EF2 July'83 NUREG-0588 submittal, Volume 3.
Harsh, 2C, Reclassified - Located in a potentially harsh, accident generated environment, NUREG-0588 Category 2C.
i Device reclassification is contained in EF2 July '83, NUREG-0588 submittal, Volume 3.
Harsh, 2C
- Located in a potentially harsh, accident-generated environment; NUREG-0588 App. E Category 2C.
Harsh, Non-lE, 2C
- Located in a potentially harsh, accident generated environment; instrument, however, does not serve any safety function, therefore is not safety-related and is not included in the EQ program.
Mild Environment
- Location of inst rument is in a mild environment, g!
$n O
Shsat 11 of 14 TABLE I
'Ihe following is a listing of all safety-related electrical equipment, NUREG-0528 Category 2A/2B 'and its qualification status, contained in DECO's NUREG-0588 July, '83 submittal which is associated with item BIO of Reg. Guide 1.97 Rev. 2.
Valve Number Manufacturer (associated Valve Position or Qual.
operator)
Switch Model #
Status V17-2003 (2B2103F022A) 2B21N522A NAMCO Harsh, 2A, Qualified 2B21N572A NAMCO Harsh, 2A, Qualified 2B21N573A NAMCO Harsh, 2A, Qualified V17-2007 (252103F028A) 2B21N528A NAMCO Harsh, 2A, Qualified 2B21N574A NAMCO Harsh, 2A, Qualified 2B21N575A NAMCO Harsh, 2A, Qualified V5-2294 (2B21F434) 2B21N415 A&B Target Rock Harsh, 2A, Qualified V17-2001 (2B2103F022B) 2B21N522B NAMCO Harsh, 2A, Qualified 2B21N572B NAMCO Harsh, 2A, Qualified 2B21N573B NAMCO Harsh, 2A, Qualified V17-2005 (2B2103F028B) 2B21N528B NAMCO Harsh, 2A, Qualified 2B21N574B NAMCO Harsh, 2A, Qualified 2B21N575B NAMCO Harsh, 2A, Qualified V17-2002 (2B2103F022C) 2B21N522C NAMCO Harsh, 2A, Qualified 2B21N572C NAMCO Harsh, 2A, Qualified 2B21N573C NAMCO Harsh, 2A, Qualified V17-2006 (2B2103F028C) 2B21N528C NAMCO Harsh, 2A, Qualified 2B21N574C NAMCO Harsh, 2A, Qualified 2B21N575C NAMCO Harsh, 2A, Qualified V17-2004 (2B2103F022D) 2B21N522D NAMCO Harsh, 2A, Qualified 2B21N572D NAMCO Harsh, 2A, Qualified 2B21N573D NAMCO Harsh, 2A, Qualified V17-2008 (2B2103F028D) 2B21N528D NAMCO Harsh, 2A, Qualified 2B21N574D NAMCO Harsh, 2A, Qualified 2B21N575D NAMCO Harsh, 2A, Qualified V17-2009 (2B2103F016)
Internal to MOV Limitorque Harsh, 2A, Qualified V17-2010 (2B2103F019)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-2194 (2E4150F006)
Internal to MOV Limitorque Harsh, 2A, JIO V17-2031 (2r.5150F008)
Internal to MOV Limitorque Harsh, 2A, Qualified V17-2020 (2E4150F002)
Internal to MOV Limitorque Harsh, 2A, JIO V17-2021 (2E4150F003)
Internal to MOV Limitorque Harsh, 2A, Qualified V17-2088 (2E4150F600)
Internal to MOV Limitorque Harsh, 2A, Qualified
Shtet 12 o f 14 TABLE I f
Valve Number Manufacturer (associated Valve Position or Qual.
operator)
Switch Model #_
Status V8-2162 (2E1150F015B) Internal to MOV Limitorque Harsh, 2A, JIO V8-2161 (2E1150F015A) Internal to MOV Limitorque Harsh, 2A, JIO V4-2144 (2Y4804F603A) Internal to MOV Limitorque Marsh, 2A, Qualified V4-2154 (2T4804F605A) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2022 (2E2150F005B) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2021 (2E2150F005A) Internal to MOV Limitorque Harsh, 2A, Qualified V9-2044 (2G1154F600)
Internal to MOV Limitorque Marsh, 2A, Qualified V9-2022 (2G1154F018)
Internal to MOV Limitorque Harsh, 2A, Qualified V4-2080 (2T4901F601)
Internal to MOV Limitorque Harsh, 2A, Qualified VR3-3011 (2T4803F601) Internal to MOV Limitorque Harsh, 2A, Qualified V5-2159 (2T50F401B) 2T50N451B Jamesbury Harsh, 2A, JIO V5-2160 (2T50F402B) 2T50N452B Jamesbury Harsh, 2A, JIO VS-2161 (2T50F403B) 2T50N*53B Jamesbury Harsh, 2A, JIO
. V5-2162 (2T50F404B) 2T50N454B Jamesbury Harsh, 2A, JIO V5-2163 (2T50F405B) 2T50N455B Jamesbury Harsh, 2A, JIO V5-2164 (2T50F406B) 2T50N456B Jamesbury Harsh, 2A, JIO t
V13-7364 (2P34F403A) 2P34N405A & 6A Target Rock Harsh, 2A, Qualified V13-7374 (2P34F404A) 2P34N407A & 8A Target Rock Harsh, 2A, Qualified V13-7360 (2P34F401A) 2P34N401A & 2A Target Rock Harsh, 2A, Qualified V4-2188 (2T4901F602)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-2169 (2E1150F021A) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2167 (2E1150F016A)
Internal to MOV Limitorque Marsh, 2A, Qualified V8-2170 (2E1150F021B) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2168 (2E1150F016B) Internal to MOV Limitorque Harsh, 2A, Qualified V13-7361 (2P34F401B) 2P34N401B Target Rock Harsh, 2A, Qualified 2P34N402B Target Rock Harsh, 2A, Qualified j
V8-2252 (2G3352F001)
Internal to MOV Limitorque Marsh, 2A, Qualified l
V8-2253 (2G3352F004)
Internal to MOV Limitorque Harsh, 2A, Qualified V4-2143 (2T4804F603B)
Internal to MOV Limitorque Harsh, 2A, Qualified
' V4-2153 (2T4804F6058) Internal to MOV Limitorque Harsh, 2A, Qualified V5-2151 (2T50F401A) 2T50N451A Jamesbury Harsh, 2A, JIO V5-2152 (2T50F402A) 2T50N452A Jamesbury Harsh, 2A, JIO V13-7365 (2P34F403B) 2P34N405B Target Rock Harsh, 2A, Qualified 2P34N406B Target Rock Harsh, 2A, Qualified V13-7375 (2P34F4045) 2P34N407B Target Rock Harsh, 2A, Qualified 2P34N408B Target Rock Harsh, 2A, Qualified V5-2153 (2T50F403A) 2T50N453A Jamesbury Harsh, 2A, JIO V5-2134 (2T50F404A) 2T50N454A Jamesbury Marsh, 2A, JIO V5-2155 (2T50F405A) 2T50N455A Jamesbury Harsh, 2A, JIO 4
~
Shast 13 of 14 TABLE I
^
Valve Number Manufacturer (associated Valve Position or
- Qual, operator)
Switch Model #
Status V5-2156 (2T50F406A) 2T50N456A Jamesbury Harsh, 2A, JIO V8-2134 (2E1150F007B) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2136 (2E1150F024B) Internal to MOV Limitorque Harsh, 2A, Qualified V17-7368 (2P34F407) 2P34N413A Target Rock Harsh, 2A, Qualified 2P34N413B Target Rock Harsh, 2A, Qualified V13-7378 (2P34F409) 2P34N414A Target Rock Hersh, 2A, Qualified 2P34N414B Target Rock Harsh, 2A, Qualified V8-3849 (2G5100F604)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-3847 (2G5100F605)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-2133 (2E1150F007A) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2135 (2E1150F024A) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2158 (2E1150F027B) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2156 (2E1150F0283) Internal to MOV Limitorque Harsh, 2A, JIO V8-2155 (2E1150F028A) Internval to MOV Limitorque Hersh, 2A, JIO V8-2157 (2E1150F027A) Internal to MOV Limitorque Harsh, 2A, Qualified V8-3832-(2G5100F600)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-3834 (2G5100F601)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-3831 (2G5100F602)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-3833 (2G5100F603)
Internal to MOV Limitorque Harsh, 2A, Qualified V5-2158 (2T50F408A) 2T50N458A Jamesbury Harsh, 2A, JIO V4-2142 (2T4804F602A) Internal to MOV Limitorque Harsh, 2A, Qualified V4-2156 (2T4804F606A) Internal to MOV Limitorque Harsh, 2A, Qualified V13-7369 (2P34F408) 2P34N414A Target Rock Harsh, 2A, Qualified 2P34N414B Target Rock Harsh, 2A, Qualified V13-7379 (2P34F410) 2P34N416A Target Rock Harsh, 2A, Qualified 2P34N416B Target Rock Harsh, 2A, Qualified V4-2140 (2T4804F601A)
Internal to MOV Limitorque Harsh, 2A, Qualified V4-2148 (2T4804F604A) Internal to MOV Limitorque Harsh, 2A, Qualified V4-2139 (2T4804F601B) Internal to MOV Limitorque Harsh, 2A, Qualified V4-2149 (2T4804F604B) Internal to MOV Limitorque Harsh, 2A, Qualified V4-2141 (2T4804F602B) Internal to MOV Limitorque Harsh, 2A, Qualified i
V4-2155 (2T4804F606B) Internal to MOV Limitorque Harsh, 2A, Qualified l
VS-2166 (2T50F408B) 2T50N458B
'Jamesbury Harsh, 2 A. JIO V8-2202 (2E4150F042)
Internal to MOV Limitorque Harsh, 2A, JIO V8-3850 (2G5100F606)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-3848 (2G5100F607)
Internal to MOV Limitorque Harsh, 2A, Qualified V8-2196 (2E4150F012)
Internal to MOV Limitorque Marsh, 2A, JIO V8-2032 (2E2150F031B) Internal to MOV Limitorque Harsh, 2A, Qualified V8-2031 (2E2150F031A) Internal to MOV Limitorque Harsh, 2A, Qualified V13-7637 (2P34F405B) 2P34N409B Target Rock Harsh, 2A, Qualified 2P34N410B Target Rock Harsh, 2A, Qualified V13-7377 (2P34F406B) 2P34N411B Target Rock Harsh, 2A, Qualified 2P34N412B Target Rock Harsh, 2A, Qualified
Shsst 14 of 14 TABLE I Valve Number Manuf ac ture r (associated Valve Position or Qual.
operator)
Switch Model #
Status V5-2157 (2T50F407A) 2T50N457A Jamesbury Harsh, 2A, JIO V5-2165 (2T50F407B) 2T50N457B Jamesbury Harsh, 2A, J10 V13-7366 (2P3?,F405A) 2P34N409A Target Rock Harsh, 2A, Qualified 2P34N410A Target Rock Harsh, 2A, Qualified V13-7376 (2P34F406A) 2P34N411A Target Rock Harsh, 2A, Qualified 2P34N412A Target Rock Harsh, 2A, Qualified
--4 y
---w--
+ --.
-m-
,,w y----w-
-. - -. - - - ~, -
Shset 1 of 16 ATTACHNENT 3 EQUIPMElt;: ASSOCIATED WITH NUREG-0737 COMMITMEffr0 The following is a listing of all safety-related electrical equipment, NU2EG-0588, Appendix E, Category 2A/25, and its qualification status contained in DECO's NUREG-0588, July,1983 submittal which is directly associated with each applicable section of NUREG-0737.
' A.
NUREG-0737 Clarification Item II.B.3 - Post-Accident Sampling The following equipment (PIS No.) was installed for the Post Accident Sampling System (PASS).
- 2P34F401 A&B, F402 A&B, F403 A&B, F404 A&B, F405 A&B, F406 A&B, F407, F408, F409 & F410.
- 2P34N401 A&B, N402 A&B, N403 A&B, N404 A&B, N405 A&B, N406 A&B, N407 A&B, N408 A&B, N409 A&B, N410 A&B, N411 A&B, N412 A&B, N413 A&B, N414 A&B, N415 A&B, N416 A&B These components can be found in the July,1983 NUREG-0588 submittal Volume II, System P34. They are qualified to NUREG-0588, Category II.
B.
NUREG-0737 Clarification Item II.D.1 - Relief / Safety Valve Test Requiremen's The.following equipment (PIS No.) are the electrical operators for the safety-relief valves:
- 2B2104F013 A,B,C,D,E,F,G,H,J,K,L,M,N,P & R These components can be found in the July 1983, NUREG-0588 submittal, Volume II, System B21. They are qualified to NUREG-0588, Category II.
C. NUREG-0737 Clarification Item II.D.3 - Valve Position Indication (SRV)
The following equipment (PIS No. ) was installed for direct indication
~
of SRV position.
- 2B21N410 A,B,C,D,E,F,G,H,J,K,L,N,N,P & R l
These components can be found in the July,1983, NUREG-0588 submittal, Volume II, System B21. They are qualified to NUREG-0588, Category II.
EEQ/29/JK.1 11/28/83 l
l
{
Shsst 2 of 16 D. NUREG-0737 Clarification Item II.E.4.1 - Dedicated Hydro. Penetrations Fersi - 2 has dedicated containment penetrations fcr the Hydrogen Recombiner System. The recombiners are safety grade and redundant.
The electrical equipment (PIS No.) associated with the recombiner system are as follows:
- 2T804B003 A&B, C001 A&B, F001 A&B, F002 A&B, F003 A&B, F601 A&B, F602 A&B, F603 A&B, F604 A&B, F605 A&B, F606 A&B,
- 2T4804B003 A&B, N164 A&B, N175 A&B, N176 A&B, N182 A&B, N186 A&B, N190 A&B, N193 A&B, N196 A&B, N203 A&B These components can be found in the July 1983 NUREG-0588 submittal, Volume 2, System T48. They are either qualified to NUREG-0588 Cat. 2 or justified for interim operation.
E. NUREG-0737 Clarification item II.E.4.2 - Containment Isolation Dependability The following equipment (PIS No.) is associated with the containment isolation valves listad in Table H.II.E.4.2-1 of the FERMI-2 FSAR (Volume 12, Appendix H, Section H.II.E.4.2 and Volume 4, Chapter 6, Table 6.2-2 respectively)
Containment Associated Elect.
Qual.
Penetration Valve Equip.
Status Number Number (PIS No.)
(Q-J)
X-7A V17-2003 2B2103F022A J
V17-2007 2B2103F028A J
V5-2294 2B21F434 Q
X-7B V17-2001 2B2103F022B J
V17-2005 2B2103F028B J
X-7C V17-2002 2B2103F022C J
V17-2006 2B2103F028C J
X-7D V17-2004 2B2103F022D J
V17-2008 2B2103F028D J
X-8 V17-2009 2B2103F016 Q
V17-2010 2B2103F019 Q
X-9A V8-2194 2E4150F006 J
X-10 V17-2031 2E5150F008 q
X-11 V17-2020 2E4150F002 J
V17-2021 2E4150F003 Q
V17-2088 2E4150F600 Q
Shsst 3 of 16 E.
NUREG-0737 Clarification Item II.E.4.2 - Containment Isolation Dependability (Cont.)
Containment Associated Elect.
Qual.
Penetration Valve Equip.
Status Number Number (PIS No.)
(Q-J)
X-13A V8-2162 2E1150F015B J
X-13B V8-2161 2E1150F015A J
X-15 V4-2144 2T4804F603A Q
V4-2154 2T4804F605A Q
X-16A V8-2022 2E2150F005B J
X-16B V8-2021 2E2150F005A J
X-18 V9-2005 2G1154F408 Q
V9-2044 2G1154F600 Q
X-19 V9-2023 2G1154F409 Q
V9-2022 2G1154F018 Q
X-22 V4-2079 2T49F465 Q
V4-2080 2T4901F601 Q
X-25 VR3-3024 2T4803F602 Q
X-25 VR3-3011 2T4803F601 Q
X-27a V5-2159 2T50F401B J
X-27b V5-2160 2T50F402B J
X-27c VS-2161 2T50F403B J
X-27d V5-2162 2T50F404B J
X-27e V5-2163 2T50F405B J
X-27f V5-2164 2T50F406B J
X-27b V13-7364 2P34F403A Q
V13-7374 2P34F404A Q
Shast 4 of 16 E. NUREG-0737 Clarification Item II.E.4.2 - Containment Isolation Dependability (Cont.)
Containment As3ociated Elect.
Qual.
Penetration Valve Equip.
Sta*us Number Number (PIS No.)
(Q-J)
X-28cf V13-7360 2P34F401A Q
X-31B VR3-2825 2T48F461 Q
X-29Be VS-2231 2T50F420B J
X-36 V4-2187 2T49F468 Q
V4-2188 2T4901F602 Q
X-39A V8-2169 2E1150F021A Q
V8-2167 2 Ell 50F016A Q
A-393 V8-2170 2 Ell 50F021B Q
V8-2168 2E1150F016B Q
X-40Dd V13-7361 2P34F401B Q
X-43 V8-2252 2G3352F001 Q
V8-2253 2G3352F004 Q
-X-44 V4-2143 2T4804F603B Q
V4-2153 2T4804F605B Q
X-47e V5-2230 2T50F420A J
X-48a V5-2151 2T50F401A J
X-48b V5-2152 2T50F402A J
X-48f V13-7365 2P34F403B Q
V13-7375 2P34F404B Q
X-48c V5-2153 2T50F403A J
X-48a V5-2154 2T50F404A J
X-48e V5-2155 2T50F405A J
X-48f V5-2156 2T50F406A J
t
Shast 5 of 16 E. NUREG-0737 Clarification Item II.E.4.2 - Containment Isolation Dependability (Cont.)
Containment Associated Elect.
Qual.
Penetration Valve Equip.
Status Number Number (PIS No.)
(Q-J)
X-205A V21-2016 2T23F410 Q
X-205B V21-2015 2T23F409 Q
X-210A V8-2134 2E1150F007B Q
V8-2136 2E1150F024B Q
X-210B V13-7368 2P34F407 Q
V13-7378 2P34F409 Q
V8-3849 2G5100F664 Q
V8-3847 2G5100F605 Q
V8-2133 2E1150F007A Q
V8-2135 2E1150F024A Q
X-211A V8-2158 2E1150F027B Q
V8-2156 2E1150F028B J
X-211B V8-2155 2E1150F028A Q
V8-2157 2E1150F027A J
X-213A V8-3832 2G5100F600 Q
V8-3834 2G5100F601 Q
j X-213B V8-3831 2G5100F602 Q
V8-3833 2G5100F603 Q
X-215 VS-2158 2T50F408A J
V4-2142 2T4804F602A Q
V4-2156 2T4804F606A Q
V13-7369 2P34F408 Q
V13-7379 2P34F410 Q
j X-218 V4-2140 2T4804F601A Q
l V4-2148 2T4804F604A Q
l V4-2139 2T4804F601B Q
V4-2149 2T4804F604B Q
X-219 V4-2141 2T4804F602B Q
V4-2155 2T4804F606B Q
V5-2166 2T50F408B J
-9 g77-iy-y--
g,,,y
+ --,
7
-2 r-
- r e--
r--- - - - -- ----
Shast 6 of 16 E. NUREG-0737 Clarification Item II.E.4.2 - Containment Isolation Dependability (Cont.)
Containment Associated Elect.
Qual.
Penetration Valve Equip.
Status Number Number (PIS No.)
(Q-J)
X-225 V8-2202 2E4150F042 J
f X-227A V8-3850 2G5100F606 Q
V8-3848 2G5100F607 Q
V8-2196 2E4150F012 J
V8-2032 2E2150F031B Q
X-227B V8-2031 2E2150F031A Q
X-230 V13-7367 2P34F405B Q
V13-7377 2P34F406B Q
V5-2157 2T50F407A J
X-231 V5-2165 2T50F407B J
V13-7366 2P34F405A Q
V13-7376 2P34F406A Q
The above " Associated Electrical Equipment (PIS No.)" can be found in the July,1983 NUREG-0588 submittal, Volume II, in the various identified systems. The qualificatien status is given in the last column as; Q-Qualified to either NUREG-0588 Cat. I or II, or J-Justified For Interim Operation.
i
Shtst 7 o f 16 F. NUREG-0737 Clarification Item II.F.1 - Accident-Monitoring Instr.
o The following equipment (PIS No.) was installed for containment High Range Radiation Monitoring.
- 2D11N443 A&B
- 2D11N443001
- 2D11N443002 These components can be found in the July,1983 NUREG-0588 submittal, Volume II System Dil. 2D11N443 A&B are qualified to NUREG-0588 Cat.
II and 2D11N443001 & 0002 have been JIO'ed.
The following equipment (PIS No.) was modified to incorporate o
NUREG-0737 design ranges for containment pressure monitoring.
2T5000N415 A&B These components can be found in the July,1983 NUREG-0588, submittal, Volume II, System T50. They are qualified to NUREG-0588, Cat. II.
o The following equipment (PIS No.) was modified to incorporate NUREG-0737 design rangee for containment water level:
- 2T5000N406 A&B These components can be found in the July,1983 NUREG-0588 submittal, Volume II, System T50. They are qualified to to NUREG-0588, Category II.
o The following equipment is associated with the NUREG-0737 requirement for containment Hydrogen Monitoring:
- Delphi K IV H-0 analyzer panels H21-P292 & P293 The internal components associated with the Delphi panel can be found in the July, 1983 NUREG-0588 submittal, System TSO, pages 793-814 & 817-836 & 841-852 & 874 & 875. These components have been JIO'ed.
As stated in Detroit Edison Response to 10CFR50.49 (Letter o
EF2-65,629 dated 11-1-83), Item b3, the radioactive no'ule gas, iodine and particulate effluent monitors are located in a mild environment and therefore are not subject to 10CFR50.49 requirements.
l I
s
Shast 8 of 16 G.
NUREG-0737 Clarification Item II.F.2 - Instrumentation for Detection of Inadequate, Core Cooling The following equipment (P1S No.) are the fuel zone reactor water level transmitters used to detect the onset and degree of inadequate core cooling:
- 2B2103N085 A&B These components can be found in the July 1983, NUREG-0588 submittal, Volume II, System B21. They are qualified to NUREG-0588, category II.
H.
NUREG-0737 Clarification Item II.K.3.15 - Modify Break - Detection Logic to Prevent Spurious 1 solation of HPCI and RCIC Systems Tha following equipment is associated with the differential pressure sensor modification discussed in the Fermi-2 FSAR, App. H Section H.II.K.3.15:
- 2E4100N057 A&B These components can be found in the July 1983, NUREG-0588 submittal, Volume II, System E41. They have been JIO'ed for the events to which they are exposed and muct operate, however, these components are not exposed to a HPCI line break and therefore are not required to be qualified for that accident.
I.
NUREG-0737 Clarification Item II.K.3.24 - Confirm Adequacy of Space Cooling for HPCI & RCIC Systems The following equipment (PIS No.) is associated with providing adequate space cooling for HPCI System
- 2T41B022, 2T41000000022, 2T41000000814, 2T41000000815, 2T4100WO38 These components can be found in the July,1983, NUREG-0588 submittal, Volume II, System T41. They have been JIO'ed.
J.
NUREG-0737 Clarification Item II.K.3.28 - Study of Accumulators on ADS Valves The following equipment (PIS No.) is associated with the pneumatic supply to the accumulators on the ADS valves.
- 2T4901F601, F602, 2T49F465, F466, F467, F468, F469
~
These components can be found in the July, 1983, NUREG-0588 submittal, Volume II, System T49. They are qualified to j
NUREG-0588, Cat. II.
l l
Shs t 9 of 16 K.
NUREG-0737 Clarification Item II.K.1.5 - Safety Related Valve Position The following equipment (PIS No.) is associated with safety-related valve position indication of all applicable safety related valves:
Qual.
Safety Related Valve Valve Position Status Operator (PIS No.)
Indication Equip. (PIS No.)
(Q-J) 2B2103F016 Integral to MOV Q
2B2103F019 Integral to MOV Q
i 2B2103F022A 2B21N522A Q
2B21N572A Q
2B21N573A Q
2B2103F022B 2B21N522B Q
2B21N572B Q
2B21N573B Q
2B2103F022C 2B21N522C Q
2B21N572C Q
2B21N573C Q
2B2103F022D 2B21N522D Q
2B21N572D Q
2B21N573D Q
2B2103F028A 2B21N528A Q
2B21N574A Q
2B21N575A Q
2B2103F028B 2B21N528B Q
2B21N574B Q
2B21N575B Q
2B2103F028C 2B21N528C Q
2B21N574C Q
2B21N575C Q
i 2B2103F028D 2B21N528D Q
2B21N574D Q
2B21N575D Q
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l I
Shsst 10 of 16 K.
NUREG-0737 Clarification Item II.K.1.5 - Safety Related Valve Position (Cont.)
Qual.
Safety Related Valve Valve Position Statum Operator (PIS No.)
Indication Equip. (PIS No.)
(Q-J) 2B2103F431 2B2103N404 A&B Q
2B2103F432 2B2103N403 A&B Q
2B2103F433 2B2103N494 A&B Q
2B2103F434 2B2103N415 A&B Q
2B2103F435 2B2103N402 A&B Q
2B2103F436 2B2103N401 A&B Q
2B2103F437 2B2103N493 A&B Q
2B2103F438 2B2103N413 A&B Q
2B2103F600 Integral to MOV Q
2B2104F013A 2B21N410A Q
2B2104F013A 2B21N410B Q
2B2104F013C 2B21N410C Q
2B2104F013D 2B21N410D Q
2B2104F013E 2B21N410E Q
2B2104F013F 2B21N410F Q
2B2104F013G 2B21N410G Q
2B2104F013H 2B21N410H Q
2B2104F013J 2B21N410J Q
i 2B2104F013K 2B21N410K Q
l 4
4
Sh2st 11 of 16 K.
NUREG-0737 Cla~tification Item II.K.1.5 - Safety Rel&ted Valve Position (Cont.)
Qual.
Safety Related Valve Valve Position Status Operator (PIS No.)
Indication Equip. (PIS No.)
(Q-J) 2B2103F013L 2B21N410L Q
2B2103F013M 2B21N410M Q
2B2103F013N 2B21N410N Q
2B2103F013P 2B21N410P Q
2B2103F013R 2B21N410R Q
2B3105F031A Integral to MOV J
2B3105F031B Integral to MOV J
2E1150F007A Integral to MOV Q
2E1150F007B Integral to MOV Q
2E1150F010 Integral to MOV Q
2E1150F015A Integral to MOV J
2E1150F015B Integral to MOV J
2E1150F016A Integral to MOV Q
2E1150F016B Integral to MOV Q
2E1150F017A Integral to MOV J
2E1150F017B Integral to MOV J
2E1150F021A Integral to MOV Q
2E1150F021B Integral to MOV Q
2E1150F024A Integral to MOV Q
2E1150F024B Integral to MOV Q
Shrst 12 of 16 K.
NUREG-0737 Clarificcticn Itsm II.K.1.5 - Scfety R21cted Valva Position (Cont.)
Qual.
Safety Related Valve Valve Position Status Operator (PIS No.)
Indication Equip. (PIS No.)
(Q-J) 2E1150F027A Integral to MOV Q
2E1150F027B Integral to MOV Q
2E1150F028A Integral to MOV J
2E1150F028B Integral to MOV J
2E1150F048A Integral to MOV Q
2E1150F048B Integral to MOV Q
2E1150F068A Integral to MOV Q
2E1150F068B -
Integral to MOV Q
2E1150F073 Integral to MOV Q
2E1150F075 Integral to MOV Q
2E2150F005A Integral to MOV Q
2E2150F005B Integral to MOV Q
2E2150F031A Integral to MOV Q
2E2150F031B Integral to MOV Q
2E4150F001 Integral to MOV Q
2E4150F002 Integral to MOV J
2E4150F003 Integral to MOV Q
2E4150F004 Integral to MOV J
2E4150F006 Integral to MOV J
2E4150F012 Integral to MOV J
2E4150F041 Integral to MOV J
Shast 13 of 16 i
K.
NUREG-0737 Clarification Item II.K.1.5 - Safety Related Valve Position (Cont.)
4 *.
i'
. Safety Related Valve Valve Position Status Qual.
Operator (PIS No.)
Indication Equip. (PIS No.)
(Q-J) 2E4150F042 y Integral to MOV J
2E4150F059 Integral to MOV Q
2E4150F600 Integral to MOV Q
2E5150F008 Integral to MOV Q
2G1154F016.:
Integral to MOV Q
2G1154F600 s-Integral 'so MOV Q
s
-d q
2G3352F001 Integrai to MOV Q
s, e_
i
!~
'?-
2G3354F004 Integral to MOV Q
~J-l' * -
2G5100F600 Integral to MOV Q
n 4 -
3 2G5100F601 integraltoMOV Q
2G5100F602 Integral to M6vi Q
2G5100F603 Integral to MOV Q
2G5100F604 Integral to MOV Q
,'s "y
s 2G5100F605 Integral to MOV Q
s 2G5100F607 Integral to MOV Q
)
d' 2P34F401A 2P34N401A & N402A Q
2P34F401B 2P34N401B & N402B Q
2P34F402A 2P34N403A & N404A Q
f 2P34F4023 2P34N403B & N404B 3
Q 2P34F403A i-2P34N405A & N406A Q
2P34F403B 2P34N405B & N406B Q
z
~
E N' Y
=-
s
.a,
4
Shact 14 of 16 K.
NUREG-0737 Clarification Item II.K.1.5 - Safety Related Valve l
Position (Cont.)
i Qual.
Safety Related Valve Valve Position Status Operator (PIS Fo.)
Indication Equip. (PIS No.)
(Q-J) 2P34F404A 2P34N407A & N408A Q
2P34F404B 2P34N407B & N408B Q
2P34F405A 2P34N409A & N410A Q
2P34F405B 2P34N409B & N410B Q
2P34F406A 2P34N411A & N412A Q
2P34F406B 2P34N411B & N412B Q-2P34F407 2P34N413A & N413B Q
2P34F408 2P34N414A & N414B Q
2P34F409 2P34N415A & N415B Q
2P34F410 2P34N416A & N416B Q
2P4400F601A Integral to MOV Q
2P4400F601B Integral to MOV Q
2P4400F602A Integral to MOV Q
2P4400F602B Integal to MOV Q
2P4400F603A Integral to MOV Q
2P4400F603B Integral to MOV Q
2P4400F604 Integral to MOV Q
2P4400F605A Integral to MOV Q
t 2P4400F605B Integral to MOV Q
2P4400F608 Integral to MOV Q
2P4400F614 Integral to MOV Q
r Shast 15 of 16 K.
NUREG-0737 Cicrificatien Itea II.K.l.5 - Safety Related Valve Position (Cont.)
- Qual, Safety Related Valve Valve Position Status Operator (PIS No.)
Indication Equip. (PIS No.)
(Q-J) 2T4803F601 Integral to MOV Q
2T4803F602 Integral to MOV Q
2T4804F001A Integral to MOV Q
2T&804F002A Integral to MOV Q
2T4804F002B Integral to MOV Q
2T4804F003A Integral to MOV Q
2T4804F003B Integral to MOV Q
2T4804F601A Integral to MOV Q
2T4804F601B Integral to MOV Q
2T4804F602A Integral to MOV Q
2T4804F602B Integral to MOV Q
2T4804F603A Integral to MOV Q
2T4804F603B Integral to MOV Q
2T4804F604A Integral to MOV Q
2T4804F604B Integral to MOV Q
2T4804F605A Integral to MOV Q
2T4804F605B Integral to MOV Q
2T4804F606A Integral to MOV Q
2T4804F606B Integral to MOV Q
2T4901F601 Integral to MOV Q
2T4901F602 Integral to MOV Q
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Shaat 16 of 16 K,
NUREG-0737 Clarification Item II.K.1.5 - Safety Related Valve Position (Cont.)
Qual.
Safety Related Valve Valve Position Status Operator (PIS No.)
Indication Equip. (PIS No.)
(Q-J) 2T50F401A 2T50N451A J
2T50F401B 2T50N451B J
2T50F402A 2T50N452A J
2T50F402B 2T50N452B J
2T50F403A 2T50N453A J
2T50F403B 2T50N453B J
2T50F404A 2T50N454A J
2T50F404B 2T50N454B J
2T50F405A 2T50N455A J
2T50F405B 2T50N455B J
2T50F406A 2T50N456A J
2T50F406B 2T50N456B J
2T50F407A 2T50N457A J
2T50F407B 2T50N457B J
2T50F408A 2T50N458A J
2T50F408B 2T50N458B J
The above " Valve Position Indication Equipment (PIS No.)" can be found in the July,1983 NUREG-0588 submittal, Volume II, in the various identified systems.. The Qualification Status of this Valve Position Indication Equipment is given in the last column; Q-Qualified to either NUREG-0588 Cat. I or II or J-Justified for Interim Operation. The associated valve operator is given in the first column for information.
Sheet 1 of 2 Clarification of Component Reclassification Criterion No. I described in Fermi 2 NUREG-0588, July 1983 submittal, Volume III History A concern of the NRC, during the NRC/ DECO meeting in Bethesda, Maryland on October 19, 1983, was the criteria used by DECO in preparing the component reclassifications. The criterion in question, taken from the Fermi-2 NUREG-0588, July 1983 submittal, is as follows:
"(1) Equipment is not required to perform essential safety functions in the Harsh Environment, and equipment failure in the Harsh Environment will not impact safety-related functions or mislead an operator".
The term "... Equipment is not required to perform essential safety functions in the Harsh Environment and equipment failure...", taken from the above DECO criterion, was questioned by the NRC as not being consistent with the NRC established criteria given in the Fermi-2 Safety Evaluation Report (SER), NUREG-0798, Supplement 2 dated January 1982, Appendix F.
This NRC criterion was given as follows:
"(1) Equipment does not perform essential safety functions in the Harsh Environment, and equipment failure in the Harsh Environment will not impact safety-related functions or mislead an operator".
The above NRC criterion is assumed to be developed from the definition given in NUREG-0588, Appendix E, Paragraph 2C which states:
"c.
Equipment that will experience environmental conditions of Design Basis Accidents through which it need not function for mitigation of said accidents, and whose failure (in any mode) is deemed not detri-mental to plant safety or accident mitigation..."
The basis for this assumption is that NUREG-0588 is given as the governing document which establishes the requirements which applicants must meet regarding environmental qualification of safety-related electrical equipment in order to satisfy those aspects of 10CFR50, Appendix A, General Design Criterion (CDC) 4.
This governing document was mandated via the Commission Memorandum and Order CLI-80-21 issued on May 23, 1980.
EEQ/29/J.4 11/18/83
Shast 2 of 2 Discussion The derivation of the Component Reclassification Criteria in question was based on the criteria given in the Fermi-2 SER, NUREG-0798, Supple-ment 2, dated January 1982 with further clarification taken from NUREG-0588, Appendix E, paragraph 2C definition. DECO considers the wording "... is not required to. function...", as stated in the Component Reclassification Criteria, consistent with and satisfies both the SER and NUREC-0588 definitions.
In addition, as per compliance to 10CFR50.49 (b) (1), DECO has submitted all safety-related electrical equipment relied upon to remain functional during and following the considered Design Basis Events. Applying this terminology to NUREG-0588, Appendix E, paragraph 2C equipment, the resultant definition would be " safety-related electrical equipment not relied upon to remain functional during and following the considered Design Basis Events and whose failure (in any mode) will not impact safety-related functions or mislead an operator. Again, as stated in the above paragraph, the wording "... not required to function...", as stated in the Component Reclassification Criteria, is consistent with and satisfies the requirements of 10CFR50.49.
Based on the above discussion, DECO considers the Component Reclassi-fication Criteria submitted in the NUREG-0588, July 1983 submittal consistent with the criteria established by the NRC. No further action is required to resolve this concern.
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a ATTACHMENT 2 List of Reg. Guide 1.97 Cat. I and 2 Instruments Reg.
Cuide Instrument Manufactu rers 1.97 Numbers or NUREG-0588 Submittal Ref.
Parameter (PIS NO.)
Mbdel Number Qual. Status (See Notes on Sht. 10)
L3 Suppression Chamber E11-N015 A&B (sensor)
GEMAC-555 Harsh, 2A, JIO (Cat 2)
Spray Flow Ell-K600 A&B (Sq rt. conv)
GEMAC-565 Mild Environment T
(RHR Flow)
Ell-K603 A&B (pwr. supply)
GEMAC-570 Mild Environment Ell-R603 A&B (indicator)
HAYS-REP 360 Mild Environment E11-R608 A&B (recorder)
L&N Speedomax-M 1 pen Mild Environment D4 Drywell Pres sure T50-N401 A&B (sensor)
Rosemount 1152 GP5N22 PB Harsh, 2C, Reclassified (Cat 2)
Narrow Range T50-1300 A&B (pwr. supply)
GEPPD #184C4571 Mild Environment T50-R802 A&B (recorder)
L&N #833-13-13-13-00-00 Mild Environment D7 Drywell Atmosphere T50-N409 B & 12A (sonsor)
Dual Type T Thermocouple Harsh, 2A, Qualified (Cat 2)
Temperature T50-K805 & K808 (cond)
Validyne TC-292 Mild Environment T50-R800 A&B (recorder)
L&N Speedomax 'W' Mark III Mild Environment DP.
Drywell Spray Flow E11-M015 A&B (sentor)
GEMAC-555 Harsh, 2A, JIO (Cat 2)
(RHR Flow)
Ell-K600 A&B (sq rt. conv)
GEMAC-565 Mild Environment Ell-K603 A&B (pwcr. suppy)
GEMAC-570 Mild Environment Ell-R603 A&B (indicator)
HAYS-REP 360 Mild Environmen; Etl-R608 A&B (recorder)
L5N Speedomax-M 1-pen D9 Main Steam line B21-N484 & N487 (sensor)
Rosemount 1153D85 Harsh, 2 A Qualified (Cat 2)
Isolation Valves B21-K815 & K827 (converter)
Foxboro N2AI-I3V Mild Environment Leakage Control B21-K845 & K847 (converter)
Foxboro N2AO-VAI Mild Environment System Pressure B21-R807 & R808 (indicator)
Hays Rep 3600 V-5A Mild Environment DIO Primary Systems B21-Na10 A-H (sensor)
GE/PCI A17-IP (N)
Harsh, 2A, Qualified (Cat 2)
Safety Relief E21-Na!O J-N (ronser)
CE/PCI A17-IP (N)
Harsh, 2A, Quali fied Valve posit i ons B:1-N4!O P&R (sensor)
CE/PCI A17-IP (N)
Harth, 2A, Qualified 1121-P090-1-2 (re lays)
GE Assembly Mild Environment Status Lamps, Control Room Mild Environment m=m D11 Isolation Condenser k'e de not have an isolation condenser N/A 3
(Cat 2)
System Shell-Side os Water Level o
m D12 Isolation Condenser N/A Z
(cat 2) syster. Valve Posit i 9n l
t