ML20207S975
| ML20207S975 | |
| Person / Time | |
|---|---|
| Site: | McGuire  |
| Issue date: | 04/16/1986 |
| From: | Ahedford T, Haynes R, Rankin G DUKE POWER CO. |
| To: | |
| Shared Package | |
| ML20207S970 | List: |
| References | |
| MCSD-0010-30.00, MCSD-0010-30.00-R01, MCSD-10-30.00, MCSD-10-30.00-R1, NUDOCS 8703230010 | |
| Download: ML20207S975 (64) | |
Text
MCGUIRE NUCLEAR STATION UNIT 1 ELECTRICAL CONTROLS SYSTEM DESCRIPTION ELECTRICAL PENETRATION CIRCUITS - EZA SYSTEM MCSD-0010-30.00 QA CONDITION 1 .
THE INFORMATION CONTAINED IN THIS DOCUMENT IS TO BE USED AS A FUNCTIONAL DESCRIPTION ONLY. IT IS NOT TO BE USED AS AN OPERATING PROCEDURE OR GUIDELINE FOR OPERATION.
/h"
' Control Systems Engr.
W29)frs Date NA Power Systems Engr. Date cG'O E A z. L 9 5 A Control Sys's Checker Date Power Sys's Checker Date 8 Ydf oa.
,, ..e7 .
HEV. ORIG. DAlt CHK'D BY UAlt INSP. BY DAlt INSP. BY UAft APP. SY DAlt 0 $* $NI' $ $$$$w Wr 1 Ad k M Me* d i @ " d ;lyl CE{./ f/4 $ ) M% .
/
l l
kg32ggock 5 0 9 ,
P i
l
--__ - - - - - _ _ _ - . . - - - . . - . - - _ , - _. _=
I SYSTEM CHANGE / MODIFICATION LIST System design changes / modifications included in this sytem description:
System Description Change / Modification Change / Modification
-Revision No. Authorization Form No. Implementation Date 0 Original Issue N/A 1 Editorial N/A MCSD-0010-30.00
TABLE OF CONTENTS Section Title Page
- 1. 0 PJEEDSE 1
- 2. 0 GENERAL DESCRIPTION 2 3.0 REFERENCE DOCUMENTS 3 3.1 MANUFACTURER'S DRAWINGS 3 3.2 DUKE DRAWINGS 3 3.3 PSAR AND/OR FSAR APPLICABLE PARAGRAPHS 5 3.4 CALCULATIONS 5
, 4.0 DESIGN PARAMETERS 6 5.0 DESIGN CRITERIA 7 ,
5.1 SAFETY CLASS DESIGNATION 7 5.2 APPLICABLE DESIGN STANDARDS AND CODES 7 5.3 REDUNDANCY REQUIREMENTS 7 5.4 SEPARATION REQUIREMENTS 7 5.5 DESIGN SEISMIC LEVEL 8 .
5.6 DESIGN ENVIRONMENT 8 6.0 SYSTEM OPERATION 9 6.1 CONTROLS 9 6.2 POWER SUPPLIES 9 7.0 SYSTEM ALARMS 10 8.0 STATUS INDICATION 11 9.0 INTERFACES WITH OTHER SYSTEMS 12 10.0 LAYOUT DRAWING OF SYSTEM 13 11.0 PROTECTIVE RELAYING 14 12.0 M 15 MCS0-0010-30.00
TABLE OF CONTENTS (Cont'd)
Section Title Page 13.0 PRE-OPERATIONAL TEST REQUIREMENTS 16 14.0 PERIODIC TEST REQUIREMENTS 17 15.0 ACCEPTANCE TEST REQUIREMENTS 18 16.0 PERIODIC MAINTENANCE REQUIREMENTS 19 17.0 OUALITY ASSURANCE 20 17.1 QUALITY ASSURANCE CLASS OF EQUIPMENT 20 17.2 REFERENCE QUALITY ASSURANCE FILE NUMBERS 20 O
e 4
MCS0-0010-30.00
- 1. 0 ElEP.QE Electrical penetration assemblies are specially designed devices to allow circuits to enter / exit the containment vessel, while maintaining a pressure barrier between inside and outside containment during normal plant operations and under the postulated design basis loss of coolant accident (LOCA).
e MCSD-0010-30.00 r j i
l 2.0 EliEHALDESCRIPl10B The electrical penetrations are designed to meet all electrical requirements for the specified service environment without dielectric breakdown or damage due to overheating. Typically, an electrical penetration assembly consists of electric conductors, conductor seals, and the mechanical assembly for securing the conductors and and conductor seal assemblies to the containment structure.
A pressure gauge and valve assembly are provided on the outboard end of each penetration assembly to permit periodic monitoring of the penetration gross-leak integrity.
The electrical penetration circuits are designed to perform their various electrical functions inside the reactor containment structure while their associated penetration assembly maintains a testable leak-tight pressure boundary. All electrical penetration assemblies are manufactured to maintain their leak-tight integrity and remain electrically functional during and following the postulated design basis loss of coolant accident.
Electrical penetrations functionally fall into the following service classifi-cations: 1) Type A, medium voltage electrical power penetration assemblies, supply power to reactor coolant pump motors; 2) Type 8, C, D, E, F and G, low voltage electrical power and control rod drive, reactor protective systems, and other equipment circuits; and 3) Type H, J, X, M, N and BH, electrical instru-mentation and control penetration assemblies, form a vital link in circuitry for nuclear instrumentation, control rod position indication, environmental sensing, and communications.
Elec+.ric penetration areas through the concrete Reactor Buildings are limited to the segments of the building enclosured between column lines 44-53, DD-BB between elevations 733', 750' and 767' and between column lines 49 and 53, 00-AA between elevation 767' and 786'.
~
Cable trays are routed between the concrete Reactor Building penetrations and Containment vessel electric penetrations in the annulus. Contain?ent vessel electric penetrations are located in accessible areas outside the ice condenser.
Approximately eighteen twelve-inch diameter electric penetration assemblies are located in the upper Containment between elevations 769' + 5" and 922' + 5" to provide for electric circuits located in the upper Containment. These include circuits for equipment such as polar crane, manipulator crane, ice condenser air handling units, ice condenser bridge crane, hydrogen recombiner, air return fans and miscellaneous control, communication, and instrumentation. Approximately forty-five twelve-inch diameter electric penetrations are located in the lower Containment between elevation 748' + 6" and 762' + 9". These penetrations are grouped in five locations distributed approximately 270 degrees around the Containment vessel. Four thirty-two inch diameter electric penetrations provide power for the reactor coolant pump motors. The twelve inch diameter electric penetrations provide circuits for all other power control and instru-mentation required in the lower Containment. All electrical penetrations are located above the maximum expected post-LOCA water level inside Containment.
MCSD-0010-30.00 . __. -_ _ __ -
3.0 REFERENCE DOCUMENTS 3.1 MANUFACTURER'S ORAWINGS MCM-1361.00-0007 Low Voltage Electrical Penetration Installation Diagram, Types B, C, D, E, F and G (D. G. O'Brien, Inc.)
MCM-1361.00-0008 Instrument and Control Electrical Penetration Installation Diagram, Types H, J, K, L and M (D. G. O'Brien, Inc.)
MCM-1361.00-0012 Cathodic Protection Electrical Penetration (D. G. O'Brien, Inc.)
MCM-1361.00-0015 Medium Voltage Electrical Penetration Outline and Wiring Diagram, Type A (0, G. O'Brien, Inc.)
MCM-1361.00-49 Instrumentation Electrical Penetration Assembly Layout, Type N and BH (Conax Co.)
MCM-1361.00-60 Packaging, Shipping and Storage Procedure for Electrical Penetration Assemblies (Conax Co.)
MCM-1361.00-65 Instrument Electrical Penetration Sub-Assembly Type N-(Conax Co.)
MCM-1361.00-69 Instrument Electrical Penetration Sub-Assembly, Type BH (ConaxCo.)
Manufacturer's Instruction Manuals MCM-1361.00-0013 0. G. O'Brien, Inc. Instruction Manual No. 1048 (Cathodic Protection) ,
MCM-1361.00-0016 D. G. O'Brien, Inc. Instruction Manual No.1050 (Types B, C, 0, E, F and G)
MCM-1361.00-0017 D. G. O'Brien, Inc. Instruction Manual No. 1051 (Types H.
J, K, L and M)
MCM-1361.00-0018 D. G. O'Brien, Inc. Instruction Manual No. 1052 (Type A)
MCM-1361.00-63 Conax Co. Instruction Manual IPS-1040 (Type N and BH) 3.2 DUKE DRAWINGS General Arrangements MC-1921-03 Electrical Equipment Layout Orawing for Unit 1 Reactor Building Penetration MC-1767-(Series) Electrical Equipment Connection Diagrams MC-1042-(Series) Reactor Building Containment Vessel Base Liner Plate, Anchors and Embedded Items MCS0-0010-30.00 - _ _ _ _ _ _ _ _
MC-1948-(Series) Electrical Equipment Layout Drawings Procurement Specifications MCS-1361.00-00-0007 " Electrical Penetration Assemblies" Medium Voltage Power (Type A).
MCS-1361.00-00-0002, " Electric Penetration Assemblies" Low Voltage Power and Control (Types B, C, D, E, F and G).
MCS-1361.00-00-0003, " Electric Penetration Assemblies" Instrumentation and Control (Types H. J, K, L and M).
MCS-1361.00-00-0005, " Electric Penetration Assemblies" (Cathodic Protection).
MCS-1361.00--00-0008 " Electrical Penotration Assemblies" Instrumentation and Control (Types N and BH)
Installation Specifications MCS-1390.01-00-0010, " Cable Grounding Details and Terminations".
MCS-1390.01-00-0099, " Procedure for Corrective Action for Electric Penetrations which have a marginal or possible unacceptable SFe leak rate or pressure (Types A through M)"
MCS-1390.01-00-0046, " Procedure For Installation of Type A (6900 volt) Electric Penetration Assemblies" MCS-1390.01-00-0058, " Electrical Penetration Blinding Pin Verification" MCS-1390.01-00-0097, " Mechanical Installation Procedure for Electric Penetration .
Types B, C, D, E, F, G, H, J, K, L and M" MCS-1390.01-00-0100 " Procedure for Termination of Electrical Cable to Electric Penetration Types B, C, D, E, F, G, H. J. K, L and M" MCS-1390.01-00-0098, " Procedure for Performing"the Electrical Penetration 0-Ring Seal Leak Rate Test (Types A through M)
MCS-1390.01-00-0092, " Bolted Cable Connection to Electrical Equipment Rated 13.8 KV and Below".
MCS-1390.01-00-0063, " Procedure for Insulating Splices and Bolted Connections Rated 600 Volts and Below."
MCS-1390.01-00-0106 " Procedure for the Inspection, Repair and Protection of ElectricalPenetratIonMountingFlanges" MCS-1390.01-00-0103, " Class 1E Electrical Crimp Tools ano Terminals".
MCS-1390.01-00-0065, " Handling and Control of QA Condition 1 Electrical Material Transfer" MCS0-0010-30.00 - _ _-_ _ __
MCS-1390.01-00-0036, "McGuire Electrical Separation Criteria DC-1.01 and DC-1.01-1".
MCS-1390.01-00-0107, " Procedure for Receipt, Storage and Maintenance of D. G.
O'Brien, Inc. Electrical Penetration Assemblies (Types A through M)"
3.3 PSAR AN0/0R FSAR APPLICABLE PARAGRAPHS FSAR Section 8.3.1.2.7.7 Penetrations 3.4 CALCULATIONS MCC-1381.05-00-0005 Electrical Penetration Leak Rate Maximum Leakage Estimate MCC-1381.05-00-0048 Conax Corp. Report No. IPS-1036 Design Report for Electrical Penetration Assembly MCC-1381.05-00-0063 0-Ring Seal Testable Volume for 12 Inch Electrical Penetration MCC-1381.05-00-0064 0-Ring Seal Testable Volume for 32 Inch Electrical Penetrations MCC-1381.05-00-0071 Torquing for 12 Inch Electrical Penetrations MCC-1381.05-00-0086 32 Inch Electrical Penetration Bolt Torque MCC-1131.00-00-0019 Ouke Power Company Miscellaneous Containment Vessel Design and Analysis Calculations (Types A, 8, C, 0, E, F, G, H, J, K, L, M, N, BH and Cathodic Protection) 6 MC50-0010-30.00 F
4.0 DESIGN PARAMETERS Refer to documentation listed in Sections 3.0 and 5.0 for electrical penetration assembly design parameters.
e MCSD-0010-30.00 5.0 DESIGN CRITERIA 5.1 ,
SAFETY CLASS DESIGNATION QA Condition 1, Class 1E, Nuclear Safety Related 5.2 APPLICABLE DESIGN STANDARDS AND CODES Duke Electrical Division Design Standards DC-1.01 Separation - McGuire DC-1.01 Standby Shutdown System (SSS)
Separation Criteria - McGuire DC-11.01 Electrical Penetrations DC-16.02 Design and Installation Criteria for Electrical Penetration Assemblies Manufactured by D. G. O'Brien, Inc. - McGuire Industry Standards ASME Boiler and Pressure Vessel Code,Section III, Subsection NE, " Class MC Components" excluding conductors and insulation - 1971 edition including the Summer 1973 Addenda.
IEEE Standard 317-1972, " Electrical Penetration Assemblies in Containment Structures for Nuclear Power Cenerating Stations" 10CFR50, Appendix J " Primary Reactor Containment Leakage Testing for Water -
Cooled Power Reactors".
IEEE Standard 242-1975, "Recommanded Practice for Protection and Coordination of Industrial and Commercial Power Systems.
NRC Regulatory Guides Regulatory Guide 1.63 - Electrical Penetration Assemblies in Containment Structures for Light-Water-Cooled Nuclear Power Plants.
5.3 REDUNDANCY REQUIREMENTS Refer to Section 5.2 of this system description and to FSAR Paragraph 8.3.1.2.7.7
- Penetrations.
5.4 SEPARATION REQUIREMENTS Separation criteria for cables entering the Reactor Building between elevations 733' and 767' are:
Cables associated with Engineered Safety Features Train A functions are located between elevation 750' and 761'.
Cables associated with Engineered Safety Features Train B functions are located between elevation 733' and 750'.
MCSD-0010-30.00 - -_ __ ,_ . _ . . - - - _ - . . . - _-. .. .. _ _ _ - .
Cables associated with reactor protection and Engineered Safety Features instrumentation entering the Reactor Building are separated by routing two channels through penetrations elevation 733' and 750' and two channels between elevation 750' and 767'. Horizontal separation between Reactor Building penetrations for redundant channels on each elevation is accomplished by routing cables through penetrations at opposite ends of the Penetration Room with a minimum horizontal separation of five feet between penetrations. Cable separation within the penetration rooms conforms to that defined in items above.
Separation criteria f0" Containment vessel electric penetrations are:
Cables associated with Engineering Safety Features Train A are routed through electric penetrations which contain no Engineered Safety Features Train 8 circuits.
Minimum separation, horizontal and vertical between electric penetrations carrying mutually redundant circuits is five feet.
Cable separation within the annulus between the Containment vessel and the concrete Reactor Building conforms to that defined in items above.
Refer to Section 5.2 of this system description. -
5.5 DESIGN SEISMIC LEVEL Refer to the Procurement Specifications listed in Section 3.2.
5.6 DESIGN ENVIRONMENT Refer to the Procurement Specifications listed in Section 3.2.
6 A
MCSD-0010-30.00 -
6.0 SYSTEM OPERATION Each circuit passing through an electrical penetration assembly must have adequate circuit protection over the full current range (from continuous to the maximum current available) to prevent damage to the electrical penetration assembly.
All electrical power, control, and instrumentation penetration circuits which are capable of supplying fault currents greater than the continuous current rating of their applicable penetrations shall be provided with two circuit overload protective devices in series. This redundant protection is required in order to protect the electrical penetration assembly against sustained overcurrent resulting from faults or equipment overloads in the event that the primary protective device should fail to clear the overcurrent condition.
Those circuits which are incapable of supplying a fault current sufficient to cause a loss of mechanical integrity of the penetration do not require circuit overload protection (e.g., thermocouple and RTD instrumentation, annunciators, transducers, monitor lights, computer, etc.).
Protective device is defined as a single device or combination of devices which provide both overcurrent detection and circuit interruption.
The redundant protective devices, each of which provides the type or types of protection required, are to be located in the circuit between the power sources and the penetration and are to be used in series with each other. Thus, single failure of a penetration circuit protective device shall not jeopardize the mechanical integrity of the penetration assembly and therefore of the contain-ment structure.
The overload current test value and corresponding breaker trip time for those protective devices are listed in Attachment 1. The breaker trip times are per Table II, Westinghouse Application Data 29-160A WEA, Page 16, and Square D .
Breaker Characteristic Curves.
6.1 CONTROLS N/A 6.2 POWER SUPPLIES N/A MCSD-0010-30.00 -
9-
7.0 SYSTEM ALARMS N/A e
MC50-0010-30.00 -.
8.0 STATUS INDICATION N/A e
MCS0-0010-30.00 1
[
9.0 IMIERFACESWITy0THERSYSTEMS N/A '
I t
l 1
I, I
[
i e A t
i I
1
[
i i
t l-r l
MC50 0010 30.00 .
U 10.0 LAYOUT DRAWING 0F SYSTEM MC-1948-Series t
t t
MCSO 0010 30.00 - - _ . _ _ _ _ _ _ _ _ _ _ - - _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _
I 11.0 PROTECTIVE RELAYING N/A 4
MC50 0010 30.00 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ .
O 12.0 elf,QMg1 N/A 8
6 i
MC50-0010 30.00 _____ ____- __-_ _______-__ -
d*p
, A >
13.0 PRE-OPERATIONAL TEST PROCEDURE . <
Refer,to Section 3.2 of this system description. -*
O
. k ',,
s e ** g'
+r
'W' W
%g*
-w 4 ge
> w g-V' *$ g NY
- , g e
%+
T a rh 4
- i ' '?
G 4
94 '49 r
b 6
~% s
'~
- m o
+
l
- s WF
$ E S $
9e ,%
.s ay I g d
1 e
j "*e e p.O l 9
!l
/
e ' =
I '
i d i I
/
- l J
l i
l f
l t
7 l
1 HCS0 0010-30.00 N. .
. p.
. 7, tl" i ,
, ~w /,
e ff*,
'} _
'? .
- . /.
-ig ,
ps ,
o PCi 14.0 PERIODIC TEST REQUIREMENTS
- y' , e
< ' Refer to Technical Specifications Section 3/4.8.4. ,
. . y: - o M'V =.. ' <,e 4 4
.E ; r .' ; , '
'i ', ? .%
j *k gl
,. Is
.s .j- ,
lt'? u. /
/ .l
.% , L
, ce p-k,^' , .
4 Y
- w&
- 4- !
, w I
t' 4
N 4% i . /*
i f k" 4
t .
l? e s
I 5
l 0 t
i.
i .
f
\
e*
i
/'
4 1
i i
i f
I d
j MCSD-0010-30.00 i
.\
15'b , h tr g Refer to Section 3.2 of this system description.
f e
\ .
'I F
ch d
er f
f O
k 5-
+
l I
4 HC50-0010-30.00 )
I
1
\
16.0 : se . 6 i: 6 :* := '
Refer to Section 3.2 of this system description.
4 er a
k MCSD-0010-30.00 . . . . , . . . . . . .- .--= . _ - . - . . - - - _ - - . _ - - -. . . ., .
t 17.0 OUALITY ASSURANCE 17.1 QA CLASS OF EQUIPMENT The electrical penetration assemblies are designated QA Condition 1, and, as such, require that necessary procedures be followed to assure the quality of their design.
17.2 REFERENCE QA FILE NUMBERS Documents concerning electrical penetration assemblies are filed under MC-1361.00.
RWH/CMM EL42109M e
MCSD-0010-30.00 .-. - -_- . - - . - . . . _ - - - - . _ . . . _ .
ATTACHMENT 1-UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE i CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 1. 6900 VAC-SWGR Primary Bkr-RCPIA 5.0 15.4 0 25A Reactor Coolant Pump 1A Backup Bkr - 1TA-5 5.0 16.5 0 20A Primary Bkr-RCPIB 5.0 15.4 @ 25A Reactor Coolant Pump 18 Backup Bkr-1TB-5 5.0 16.5 @ 20A Primary Bkr-RCPIC 5.0 15.4 @ 25A Reactor Coolant Pump IC i Backup Bkr-1TC-5 5.0 16.5 0 20A Primary Bkr-RCP1D 5.0 15.4 @ 25A Reactor Coolant Pump 1D Backup Bkr-1TD-5 5.0 16.5 @ 20A
! 2. 600 VAC-MCC IEMXA-2 10 i Primary Bkr 20 45 @ 60A NC Pump IC Thermal Barrier i Backup Fuse 20 N.A. Outlet Auto Isol Vlv 1KC345A 1EMXA-2 IE Primary Bkr 20 45 @ 60A NC Pump 1A Thermal Barrier Backup Fuse 20 N.A. Outlet Auto Isol Vlv IKC394A 1EMXA-2 2A 4
Primary Bkr 20 45 @ 60A Cont Air Return Fan IA Damper Backup Fuse 20 N.A. IRAF-0-2 EL42109M
.. . . . _ . .- =-
, ATTACHMENT 1 (Continued) 1
! UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES i
i TRIP SETPOINT OR RESPONSE CONT. RATING TIME 3 DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued) 1EMXA-2 2B Primary Bkr 20 45 0 60A N2 to Prt cont Isol Inside l Backup Fuse 20 N.A. V1v INC54A -
i 1EMXA-2 2C
- Primary Bkr 30 45 @ 90A- Accumulator IA Disch Isol
]
Backup Fuse 30 N.A. V1v INI54A-IEMXA-2 3B
! Primary Bkr 30 45 0 90A Accumulator IC Disch Isol l Backup Fuse 30 N.A. V1v INI76A IEMXA-2 3C l Primary Bkr 20 45 @ 60A -Test Hdr Inside Cont Isol Backup Fuse 20 N.A. V1v INI95A ,,
i 1EMXA-2 4A Primary Bkr 20 45 9 60A UHI Check V1v Test Line Isol
. Backup Fuse 20 N.A. V1v INI266A 4
EL42109M
+
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONOUCTOR OVERCURRENT PROTECTIVE DEVICES -
I a TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued) d IEMXA-2 48 Primary Bkr 20 45 @ 60A UHI Check Viv Test Line Isol Backup Fuse 20 N.A. Vlv INI267A IEMXA-2 4C Primary Bkr 20 45 @ 60A Accum 1A Vent to INC34 for j Backup Fuse 20 N.A. B1kout Vlv 1NI430A 1EMXA-5 IB Primary Bkr 20 45 @ 60A Pzr Liquid Sample Line Inside i Back Fuse 20 N.A. Cont Isol Viv INH 3A,C IEMXA-5 2C Primary Bkr 20 45 @ 60A Pzr Steam Sample Line Inside Backup Fuse 20 N.A. Cont Isol Vlv INM6A,C 1EMXA-5 3B Primary Bkr 20 45 @ 60A NC Hotleg 1A Sample Line Cont Backup Fuse 20 N.A. Isol V1v INM22A,C IEMXA-5 2D Primary Bkr 20 45 @ 60A NC Hotleg ID Sample Line Cont Backup Fuse 20 N.A. Isol Viv 1NM25A,C 1 1EMXA-2 7A
- Primary Bkr 20 45 @ 60Ai SG 1A Upper Shell Sample Cont j Backup Fuse 20 N.A. Isol V1v 1NM187A EL42109M
i ATTACHMENT 1 (Ccntinued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTCR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
I 1EMXA-2 78
- Primary Bkr 20 45 @ 60A SG 1A Blowdown Line Sample Backup Fuse 20 N.A. Cont Isol Vlv 1NH190A 1EMXA-2 7C Primary Bkr 20 45 @ 60A SG IC Upper Shell Sample
- Backup Fuse 20 N.A. Cont Isol Viv 1NH207A IEMXA-2 8A ,
4 Primary Bkr 20 45 @ 60A SG IC Blowdown Line Sample Backup Fuse 20 N.A. Cont Isol V1v INH 210A IEMXA-4 1B Primary Bkr 20 45 @ 60A NC Pump Seal Return Cont Backup Fuse 20 N.A. Isol. Viv INV94A,C i
1EMXA-3 3A Primary Bkr 20 45 @ 60A H2 Purge Exhaust Cont Vessel Backup Fuse 20 N.A. Isol Vlv.1VESA _.
! 1EMXA-3 38
-l Primary Bkr 20 45 @ 60A Cont. H2 Purge Blower Inlet Backup Fuse 20 N.A. Vlv IVE8A I
IEMXA-3 3C Primary Bkr 20 45 @ 60Ai H2 Purge Inlet Cont Vessel Backup Fuse 20 N.A. Isol Vlv IVE10A EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCT 01 OVERCURRENT PROTECTIVE DEVICES f
TRIP SETPOINT OR RESPONSE CONT. RATING TIME j
DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued) 1EMXA-3 4A Primary Bkr 20 45 @ 60A H2 Skimmer Fan 1A Suction Backup Fuse 20 N.A. Isol Vlv IVX1A i 1EMXA-3 5B Primary Bkr 20 45 0 60A RCDT Pump Disch Cont Isol
- Backup Fuse 20 N.A. Vlv IWL2A 1EMXA-3 SC
Primary Bkr 20 45 @ 60A RB Sump Pump Disch Cont Isol
. Backup Fuse 20 N.A. Viv 1WL64A
)'
1EMXA-3 68 Primary Bkr 20 45 @ 60A Cont Vent Unit Condensate Backup Fuse 20 N.A. Cont Isol Vlv IWL321A l 1EMXB-4 1B j Primary Bkr 20 45 @ 60A NC Pump 18 Thermal Barrier i Backup Fuse 20 N.A. Outlet Auto Isol Vlv IKC3648 IEMXB-4 1C
- Primary Bkr 20 45 0 60Ai NC Pump ID Thermal Barrier Backup Fuse 20 N.A. Outlet Auto Isol Vlv 1KC4138
- EL42109M
2 ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME i
DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED i 2. 600 VAC-MCC (Continued) 1 1EMXB-4 2A Primary Bkr 20 45 @ 60A NC Pumps Return Hdr Pent Inside Isol Backup Fuse 20 N.A. V1v 1KC424B
- IEMXB-4 2B I Primary Bkr 20 45 @ 60A Reactor Bldg Drn Hdr Inside Cont Backup Fuse 20 N.A. Isol V1v 1KC429B 7
IEMXB-4 2C Primary Bkr 30 45 @ 90A Accumulator IB Disch Isol Vlv '
Backup Fuse 30 N.A. INI65B
, IEMXB-4 30
- Primary Bkr 30 45 0 90A Accumulator 10 Disch Isol Vlv Backup Fuse 30 N.A. 1NI888 i 1EMXB-4 3E I Primary Bkr 20 45 @ 60A .Hotleg Inj Check INI124,'1NI128-Backup Fuse 20 N.A. Test Isol Viv INI1228 _
1EMXB-4 4A Primary Bkr 20 45 @ 60A Cont Air Return Fan IB Damper Backup Fuse 20 N.A. 1RAF-D-4 1EMXB-4 4C 1 Primary Bkr 20 45 0 60A 8 NI Accum 1A Sample Line Inside Backup Fuse 20 N.A. Cont Isol V1v INM728 EL42109M
)
U ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES l TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED l
) 2. 600 VAC-MCC (Continued) 1EMXB-4 5A Primary Bkr 20 45 @ 60A NI.Accum IB Sample Line Backup Fuse 20 N.A. Inside Cont Isol Viv 1NM75B IEMXB-4 5B
- Primary Bkr 20 45 @ 60A- NI AccLa IC Sample Line Backup Fuse 20 N.A. Inside Cont Isol Vlv.1NM788 1EMXB-4 SC Primary Bkr 20 45 @ 60A- Accum IB Vent To INC32 for.
Backup Fuse 20 N.A. Blkout Vlv INI431B 1EMXB-4 6A Primary Bkr 20 45 0 60A NI Accum 10 Sample Line j Backup Fuse 20 N.A. Inside Cont Isol Vlv INM818 l IEMXB-4 6B 1
Primary Bkr 20 45 @ 60A SG 1B Upper Shell Sample l Backup Fuse 20 N.A. Cont Isol Vlv INM1978 ,
IEMXB-4 6C Primary Bkr 20 45 @ 60A SG IB Blowdown Line Sample Backup Fuse 20 N.A. Cont Isol Vlv 1NM200B l
l EL42109M 4
a
ATTACHMENT 1 (Continued).
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES 1
i k TRIP SETPOINT OR RESPONSE CONT. RATING TIME i DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
I 1EMXB-4 78 l Primary Bkr 20 45 @ 60A SG ID Upper Shell Sample i Backup Fuse 20 N.A. Cont Isol Vlv INM217B IEMXB-4 7C Primary Bkr 20 45 @ 60A SG ID Blowdown Line Sample Backup Fuse 20 N.A. Cont Isol Vlv INM220B IEMXB-5 1A Primary Bkr 20 45 @ 60A H2 Purge Exhaust Cont Vessel
! Backup Fuse 20 N.A. Isol Vlv IVE6B 1EMXB-5 1C Primary Bkr 20 45 @ 60A H2 Skimmer Fan IB Suction Backup Fuse 20 N.A. Isol Vlv IVX2B 5
IEMXC-1A Primary Bkr 200 250 0 600A Lower Containment Cooling Backup Fuse 200 N.A. Unit No. lA. .
IEMXC-2A 1
Primary Bkr 200 250 @ 600A Lower Containment Cooling Backup Fuse 200 N.A. Unit No. IC IEMXC-3C
! Primary Bkr 100 -110 0 308A Control Rod Drive Vent Fan Backup Fuse 100 N.A. No. lA 1
l EL42109M i
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued) 1EMXC-30
- Primary Bkr 100 110 @ 300A Control Rod Drive. Vent Fan Backup Fuse 100 N.A. No. IC IEMXC-4C Primary Bkr 90 110 @ 270A Containment Air Return Fan Backup Fuse 90 N.A. No. lA 1EMXC-4D Primary Bkr 90 110 @ 270A Hydrogen Recombiner Backup Fuse 90 N.A. No. IA 1EMXC-6A Primary Bkr 40 45 @ 120A Containment Pipe Tunnel Backup Fuse 40 N.A. Booster Fan CPT-BF-1A 1EMXC-6B i Primary Bkr 30 45 @ 90A Upper Containment Air 4
Backup Fuse 30 N.A. Handling Unit 1A 1EMXC-6C l Primary Bkr 30 45 @ 90A Upper Containment Air Hdig Backup Fuse 30 N.A. Unit 1C 1EMXC-6D Primary Bkr 90 110 @ 270A Hydrogen Skimmer Fan Backup Fuse 90 N.A. No. IA EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued) 1EMXC-7C Primary Bkr 30 45 @ 90A Upper Cont Return Air Fan Backup Fuse 30 N.A. No. 1C 1EMXC-70 Primary Bkr 20 45 0 60A Pzr Pwr Oper Relief Backup Fuse 20 N. A. Isol V1v INC33A 1EMXC-8C Primary Bkr 20 45 @ 60A Incore Instrumentation Rm Backup Fuse 20 N.A. Air Hdig Unit IA 1EMXC-80 Primary Bkr 20 45 @ 60A Upper Containment Return Backup Fuse 20 N.A. Air Fan No. lA 1EMXA-4 3C Primary Bkr 30 45 @ 90A NC Loop IC Discharge to ND Backup Fuse 30 N.A. System Cont Isol Vlv 1N02A,C~ ..
IEMXD-1A Primary Bkr 200 250 0 600A Lower Containment Cooling Backup Fuse 200 N.A. Unit No. IB 1EMXD-2A Primary Bkr 200 250 0 60dA Lower Containment Cooling Backup Fuse 200 N.A. Unit No. 1D EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR . RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECON05) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued) 1EMXD-38 Primary Bkr 40 45 @ 120A Containment Pipe Tunnel Backup Fuse 40 N.A. Booster Fan CPT-BF-1B IEMXD-3C Primary Bkr 100 110 0 300A Control Rod Drive Vent Fan Backup Fuse 100 N.A. No. 18 IEMXD-30 Primary Bkr 100 110 0 300A Control Rod Drive Vent Fan Backup Fuse 100 N.A. No. 1D 1EMXD-4C Primary Bkr 90 110 @ 270A Containment Air Return Fan Backup Fuse 90 N.A. No. IB Fan CPT-BF-1A 1EMXD-4D Primary Bkr 90 110 @ 270A Hydrogen Recombiner No. IB Backup Fuse 90 N.A. ,
IEMXD-6C Primary Bkr 30 45 0 90A Upper Containment Air Hdig Unit Backup Fuse 30 N.A. No. 1B IEMXD-6D Primary Bkr 30 45 0 90Ae Upper Containment Air Hdlg Unit Backup Fuse 30 N.A. No. 10 EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES I
TRIP StIPOINT OR -RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED i
2.
600 VAC-MCC (Continued)
- IEMXD-6E i j Primary Bkr 90 110 @ 270A Hydrogen Skimmer Fan No. IB
- Backup Fuse 90 N.A.
3 1EMXD-78 Primary Bkr 30 45 @ 90A Upper Cont Return Air Fan Backop Fuse 30 N.A. No. ID l 1EMXD-7C l Primary Bkr 20 45 @ 60A Pzr No. 1 Pwr Oper Safety ;
j Backup Fuse 20 N.A. Relief Isol Vlv INC318 j IEMXD-70
- Primary Bkr 20 45 @ 60A Pzr No. 1 Pwr Oper Safety j Backup Fuse 20 N.A. Relief Isol Vlv INC358
{
l IEMXD-8B
^
Primary Bkr 20 45 0 60A Incore Instrumentation Rm t
- Backup Fuse 20 N.A. Air Hdig Unit IB ,
IEMXD-8C Primary Bkr 20 45 9 60A Upper Containment Return Air Backup Fuse 20 N.A. Fan 18
> IEMXD-80 Primary Bkr 30 45 0 90A NC Loop IC Disch to ND System j Backup Fuse 30 N.A. Cont Isol Viv IND1B i EL42109M i
1
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED .
- 2. 600 VAC-MCC (Continued)
IMXM-FIA Primary Bkr 40 45 @ 120A Ligiting Pnlbd ILR14 Backup Fuse 40 N.A.
IMXM-FIB Primary Bkr 40 45 @ 120A Lighting Pnibd ILR15-Backup Fuse 40 N.A.
1MXM-F10 Primary Bkr 20 45 0 60A Ice Cond AHU 1A1 Blower A Backup Fuse 20 N.A.
IMXM-FIE Primary Bkr 20 45 0 60A Ice Cond AHU 1A2 Blower A Backup Fuse 20 N.A.
IMXM-F2A Primary Bkr 40 45 @ 120A Lighting Pn1bd ILR16 Backup Fuse 40 N.A.
IMXM-F2B Primary Bkr 40 45 @ 120A Lighting Pn1bd ILR17 Backup Fuse 40 N.A.
IMXM-F2C Primary Bkr 25 45 0 76A Reactor Bldg Equip Hd1g 5 Ton Backup Fuse 25 N.A. Jib Crane EL42109M
ATTACHMENT I (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES
! TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXM-F20 Primary Bkr 20 45 0 60A Ice Cond AHU 1A3. Blower A
- Backup Fuse 20 N.A.
I IMXM-F2E j Primary Bkr 20 45 @ 60A Ice Cond AHU 1A4 Blower A
- Backup Fuse 20 N.A. ,
IMXM-F3A
! Primary Bkr 20 45 @ 60A Ice Cond AHU 1A5 Blower A Backup Fuse 20 N.A.
IMXM-F3B Primary Bkr 20 45 @ 60A Ice Cond AHU 1A6 Blower A Backup Fuse 20 N.A.
1MXM-F3C Primary Bkr 20 45 @ 60A Incore Inst Room Sump Pump Backup Fuse 20 N.A. No. 1 .
i IMXM-F3D Primary Bkr 100 110 @ 300A Upper Cont Welding Recpt Backup Fuse 100 N.A.
IMXM-F4A Primary Bkr 20 45 @ 60A Ice Cond AHU 1A7 Blower A Backup Fuse 20 N.A.
EL42109M
ATTACHMENT-1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXM-F48 Primary Bkr 20 45 @ 60A Ice Cond AHU 1A8 Blower A Backup Fuse 20 N.A.
IMXM-F5C Primary Bkr 50 110 @ 150A Ice Cond Floor Cooling Backup Fuse 50 N.A. Defrost Heater 1A 1
IMXM-F6C i
Primary Bkr 60 110 @ 180A Reactor Coolant Drain Tank Backup Fuse 60 N.A. Pump 1A-
- IMXM-F7A Primary Bkr 20 45 @ 60A Ice Cond AHU 1A9 Blower A i Backup Fuse 20 N.A.
IMXM-F78 Primary Bkr 20 45 @ 60A Ice Cond AHU 1A10 Blower A Backup Fuse 20 N.A.
IMXM-F7C Primary Bkr 30 45 0 90A Lower Cont Aux Charcoal Filter Backup Fuse 30 N.A. Fan 1A IMXM-!-8A Primary Bkr 20 45 @ 60A Ice Cond AHU 1A11 Blower A
) Backup Fuse 20 N.A.
EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED-
- 2. 600 VAC-MCC (Continued)
IMXM-F88 Primary Bkr 20 45 @ 60A Ice Cond AHU 1A12 Blower A Backup Fuse 20 N.A.
IMXM-F8C Primary Bkr 20 45 @ 60A Ice Cond AHU 1A13 Blower A Backup Fuse 20 N.A.
1MXM-RIA Primary Bkr 20 45 @ 60A Ice Cond AHU 181 Blower A Backup Fuse 20 N.A.
IMXM-RIB Primary Bkr 20 45 @ 60A Ice Cond AHU 182 Blower A Backup Fuse 20 N.A.
IMXM-RIC Primary Bkr 20 45 @ 60A Ice Cond AHU 183 Blower A Backup Fuse 20 N.A.
1MXM-R10 Primary Bkr 30 45 @ 90A RCP 1A Oil Lift Pump No. 1 Backup Fuse 30 N.A.
1MXM-R2A Primary Bkr 40 45 @ 120A Lighting Pnlbd ILR12 Backup Fuse 40 N.A.
EL42109M
ATTACHMENT 1 (Continued)-
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES i 1 RIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXM-R2D Primary Bkr 20 45 @ 60A Ice Cond AHU 184 Blower A Backup Fuse 20 N.A.
IMXM-R2E Primary Bkr 30 45 @ 90A RCP IB Oil Lift Pump No. 1 Backup Fuse 30 N.A.
1MXM-R3D Primary Bkr 20 45 @ 60A Ice Cond AHU 185 Blower A Backup Fuse 20 N.A.
) IMXM-R3E i
Primary Bkr 20 45 @ 60A Ice Cond AHU 186 Blower A Backup Fuse 20 N.A.
1 IMXM-R3F Primary Bkr 30 45 @ 90A RCP IC Oil Lift Pump No. 1 Backup Fuse 30 N.A. ,
.i IMXM-R4D Primary Bkr 20 45 0 60A Ice Cond AHU 187 Blower A Backup Fuse 20 N.A.
IMXM-R4E Primary Bkr 20 45 0 60A Ice Cond AHU 1B8 Blower A Backup Fuse 20 N.A.
EL42109H t
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE l
CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXM-R4F Primary Bkr 30 45 @ 90A RCP ID Oil Lift Pump No. 1 Backup Fuse 30 N.A.
1MXM-R58 Primary Bkr 20 45 @ 60A Ice Cond AHU 189 Blower A Backup Fuse 20 N.A.
IMXM-R5C Primary Bkr 20 45 @ 60A Ice Cond AHU 1810 Blower A Backup Fuse 20 N.A.
IMXM-R5D Primary Bkr 175 200 @ 525A Ice Cond Equip Pwr Pnlbd 18 Backup Fuse 175 N.A.
IMXM-R6A Primary Bkr 20 45 9 60A Rod Cntrl Cluster Change Backup Fuse 20 N.A. Fixture Hoist Drive ,
IMXM-R6B Primary Bkr 20 45 @ 60A Ice Cond AHU 1811 Blower A Backup Fuse 20 N.A.
IMXM-R7A Primary Bkr 20 45 @ 60A8 Stud Tensioner Hoist No. 1 Backup Fuse 20 N.A.
EL42109M
_ . _ . _ _ _ _ . _ _ _ . . . . - . . -. . . _ . . . ~ . . ._
- , ATTACHMENT 1 (Continued) ,
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES l
TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED i
j 2. 600 VAC-MCC (Continued) 4 1MXM-R6D Primary Bkr 150 110 0 450A 175 Ton Polar Crane j Backup Fuse 150 N.A. '
i 1MXM-R78 j Primary Bkr 20 45 0 60A Incore Inst Drive 1A -
Backup Fuse 20 N.A.
l IMXM-R70
- i Primary Bkr 20 45 0 60A Ice Cond AHU 1812 Blower A Backup Fuse 20 N.A.
I IMXM-R7E l Primary Bkr 20 45 @ 60A Ice Cond AHU 1B13 Blower A i Backup Fuse 20 N.A.
1 IMXM-R8A Primary Bkr 20 45 @ 60A Incore Inst Drive IB ;
Backup Fuse 20 N.A. _
j i
IMXM-R88
] Primary Bkr 20 45 0 60A Incore Inst Drive IC Backup Fuse 20 N.A.
IMXM-R8D t 1 Primary Bkr 20 45 0 60Ae Ice Cond AHU 1814 Blower A. l Backup Fuse 20 N.A.
EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CON 00CTOR OVERCURRENT PROTECTIVE DEVICES i
TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECON05) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXM-R8E Primary Bkr 20 45 @ 60A Ice Cond AHU 1815 Blower A Backup Fuse 20 N.A.
IMXMA-10 Primary Bkr 20 45 @ 60A Ice Cond AHU 1A14 Blower A
[ Backup Fuse 20 N.A.
IMXMA-1E Primary Bkr 20 45 @ 60A Cont Floor & Equip Sump 1A Backup Fuse 20 N. A. Pump 1A1 l IMXMA-2A Primary Bkr 25 45 @ 75A RCPM Maintenance Crane Recpt
, Backup Fuse 25 N.A. IA, 18, IC, & 10 1MXMA-28 Primary Bkr 25 45 @ 75A Lighting Pnibd ILR6 Backup Fuse 25 N.A.
I 1MXMA-2C i Primary Bkr 40 45 @ 120A Lighting Pnlbd ILR18 i
Backup Fuse 40 N.A.
e IMXMA-2D Primary Bkr 20 45 @ 60Ai Ice Cond AHU 1A15 Blower A Backup Fuse 20 N.A.
EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CON 00CTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RAIING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECON05) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXMA-3A Primary Bkr 25 45 @ 75A Lighting Pnibd ILR9 Backup Fuse 25 N.A.
IMXMA-3B Primary Bkr 20 45 @ 60A Ice Cond Equip Access Back'ip Fuse 20 N.A. Door 1A IMXMA-3C Primary Bkr 50 110 0 150A Ice Cond Floor Cooling Backup Fuse 50 N.A. Pump 1A IMXMA-3D Primary Bkr 20 45 @ 60A Cont Floor & Equip Sump IB Backup Fuse 20 N.A. Pump 1B1 IMXN-F1A Primary Bkr 20 45 @ 60A Ice Cond AHU 1A1 Blower B Backup Fuse 20 N.A. .
IMXN-FIB Primary Bkr 20 45 0 60A Ice Cond AHU 1A2 Blower B Backup Fuse 20 N.A.
IMXN-FIC Primary Bkr 20 45 @ 60A* Ice Cond AHU 1A3 Blower B Backup Fuse 20 N.A.
EL42109M
i ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONOUCTOR OVERCURRENT PROTECTIVE DEVICES I
TRIP SEIP0 INT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED .__
l l
- 2. 600 VAC-MCC (Continued)
IMXN-FID Primary Bkr 20 45 0 60A Ice Cond AHU 1A4 Blower B Backup Fuse 20 N.A.
IMkN-F2A Primary Bkr 20 45 @ 60A Ice Cond AHU 1A5 Blower B Backup Fuse 20 N.A.
IMXN-F2B l Primary Bkr 20 45 @ 60A Ice Cond AHU 1A6 Blower B Backup Fuse 20 N.A.
IMXN-F2C Primary Bkr 20 45 @ 60A Ice Cond AHU 1A7 Blower B Backup Fuse 20 N.A.
IMXN-F2D Primary Bkr 20 45 0 60A Ice Cond AHU 1A8 Blower B Backup Fuse 20 N.A. .
1MXN-F3A Primary Bkr 25 45 @ 75A Lighting Pn1bd ILR1 Backup Fuse 25 N.A.
IMXN-F3C Primary Bkr 25 45 0 75A' Lighting Pnlbd ILR2 Backup Fuse 25 N.A.
EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CON 00CTOR OVERCURRENT PROTECTIVE DEVICES TRIP SLIPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXN-F3D Primary Bkr 20 45 0 60A Ice Cond AHU 1A9 Blower B Backup Fuse 20 N.A.
IMXN-F3E Primary Bkr 20 45 @ 60A Ice Cond AHU 1A10 Blower B Backup Fuse 20 N.A.
1MXN-F4A Primary Bkr 20 45 9 60A Incore Inst Drive No. 10 Backup Fuse 20 N.A.
1MXN-F48 Primary Bkr 20 45 @ 60A Incore Inst Drive No. IE Backup Fuse 20 N.A.
IMXN-F4C Primary Bkr 20 45 0 60A Incore Inst Drive No. IF Backup Fuse 20 N.A.
IMXN-F4D Primary Bkr 20 45 @ 60A Cont Floor & Equip Sump 1A Backup Fuse 20 N.A. Pump 1A2 1MXN-F5C Primary Bkr 60 110 9 180A Reactor Coolant Drain Tank Backup Fuse 60 N.A. Pump IB EL42109M 4
l ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONOUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME
! DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED t
- 2. 600 VAC-MCC (Continued)
IMXN-F68
- Primary Bkr 20 45 0 60A Cont Floor & Equip Sump IB Backup Fuse 20 N.A. Pump 182 1
4 1MXN-F6C Primary Bkr 50 110 @ 150A Ice Cond Floor Cooling Backup Fuse 50 N.A. Defrost Htr IB
, IMXN-F7A Primary Bkr 25 45 0 75A Lighting Pnlbd ILR4 Backup Fuse 25 N.A.
1MXN-F78 Primary Bkr 25 45 9 75A Lighting Pnlbd ILRS Backup Fuse 25 N.A.
1 i 1MXN-F7C Primary Bkr 20 45 @ 60A Fuel Transfer Sys Reactor
- Backup Fuse 20 N.A. Side Fdr --
1 IMXN-F7D +
. . / - '
Primary Ekr_ 20 '
45 @ 603 , s IchCdnhAHU1A11BlowerB <
backup Fuse' 20 4 N. A.- .. ~ , .;
l IMXN-FSA. . > .
! > Primary Skr, :. ,
40 45 9'120A Lighting Pnlbd ILR19 '. .n
~
Sackup Fuse ,40 N.A. , .
- j . c.,,; {
EL42109M - <
'- - g, I
g h v e s
g 4j f,
y\'g *'
, 8, . '
,1- #
< _,) :n ?, ' '
.A Gy s * '
O- s
- 2 i
~
-*\ a "y ,
[
T ,q ATTACHMENT 1 (Continued)
! _ s UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENI PROTECTIVE DEVICES-TRIP SEIPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXN-F8C Primary Bkr 40 45 @ 120A Lighting Pnlbd ILR20
- l Backup Fuse 40 N.A.
l 1MXN-F8D
! Primary Bkr 20 45 @ 60A Ice Cond AHU 1A12 Blower B
-! Backup Fuse 20 N.A.
- 1MXN-F8E -
._. .. ,.s, Primary Bkr 20 45 0 60A ,
Ice-Cond Ahu 1A13 Blower B Backup Fuse -
20 N.A. ,
i 1MXN-R1D -
Primary Bkr 20 45 @ 60A Ice Cond AHU 181 Blower B Backup Fuse 20 N.A. r q IMXN-RIE Primary Bkr 20 45 @ 60A Ice Cond AHU 182 Blower B Backup Fuse 20 N.A.
IMXN-RIF Primary Bkr 30 45 @ 90A RCP 1A Oil Lift Pump No. 2 Backup Fuse 30 N.A.
IMXN-R2C Primary Bkr 30 45 @ 90Ai Reactor Cavity Manipulator t
Backup Fuse 30 N.A. Crane EL42109M
_y - . , .
%, y :; &# :
ATTACHMENT 1 (Continued): '.
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES ..
TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) .(SECONDS) SYSTEM POWEREO i
l 2. 600 VAC-MCC (Continued) i 1MXN-R2F L Primary Bkr 30 45 9 90A RCP IB Oil Lift Pump No. 2 Backup Fuse 30 N.A.
j IMXN-R3A i
Primary Bkr 20 45 9 60A Ice Cond AHU IB3 Blower B Backup Fuse - 20 N.A. ,
i IMXN-R3B Primary Bkr 20 45 @ 60A Ice Cond AHU 184 Blower B Backup Fuse 20 H.A.
IMXN-R3C
- Primary Bkr 20 45 @ 60A Ice Cond AHU 185 Blower'B ,
Backup Fuse 20 N.A.
IMXN-R3D Primary Bkr 30 45 @ 90A RCP IC Oil Lift Pump No. 2 Backup Fuse 30 N.A. .
- 1MXN-R4A Primary Bkr 50 110 0 150A Ice Cond Bridge Crane-Backup Fuse 50 N.A.
IMXN-R4B Primary Bkr 30 45 @ 90A8 RB Equip Hatch Hoist No. 1 Backup Fuse 30 N.A.
EL42109M
i ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES.
TRIP SETPOINT OR RESPONSE
, CONI. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXN-R4D i Primary Bkr 20 45 @ 60A Ice Cond AHU 186 Blower B Backup Fuse 20 N.A.
i IMXN-R4E j Primary Bkr 30 45 0 90A RCP 10 Oil Lift Pump No. 2
- Backup Fuse 30 N.A.
1
- IMXN-R50 j Primary Bkr 175 200 0 525A Ice Cond Equip Pwr Pnibd 1A Backup Fuse 175 N.A.
i IMXN-R6A
! Primary Bkr 20 45 @ 60A Ice Cond AHU 187 Blower B l Backup Fuse 20 N.A.
i IMXN-R6B
! Primary Bkr 20 45 0 60A Ice-Cond AHU IB8 Blower B c Backup Fuse 20 N.A. ..
IMXN-R6C 1
Primary Bkr 20 45 0 60A Ice Cond AHU 189 Blower B l Backup Fuse 20 N.A.
i 1MXN-R6D
- Primary Bkr 100 110 0 300A Welding Fdr ,
Backup Fuse 100 N.A. -
i i
EL42109M 1
1
4
,e
.i ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CON 00CTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued) 1HXN-R7A Primary Bkr 20 45 @ 60A Ice Cond AHU.1810 Blower B Backup Fuse 20 N.A.
1MXN-R7B Primary Bkr 20 45 @ 60A Ice Cond AHU 1811 Blower B
, Backup Fuse 20 N.A.
! IMXN-R7C 1 Primary Bkr 20 45 @ 60A Ice Cond AHU 1812 Blower B l Backup Fuse 20 N.A.
! 1MXN-R70 l Primary Bkr 50 110 @ 150A Ice Cond Floor Cooling Backup Fuse 50 N.A. Pump 1B
! 1MXN-R80 i Primary Bkr 20 45 @ 60A Ice Cond AHU 1813 Blower B .
Backup Fuse 20 N.A. ,
IMXN-R8E
- Primary Bkr 20 45 0 60A Ice Cond AHU 1B14 Blower B j Backup Fuse 20 N.A.
I 1MXN-R8F
- Primary Bkr 20 45 0 60A . Ice Cond AHU 1815 Blower B Backup Fuse 20 N.A.
EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES -
i TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
IMXNA-1B
, Primary Bkr 40 45 9 120A Lighting Pnlbd ILR10 Backup Fuse 40 N.A.
! IHXNA-1C l Primary Bkr 40 45 0 120A Lighting Pnlbd ILR11 Backup Fuse 40 N.A.
- 1MXNA-1E i Primary Bkr 30 45 @ 90A Lower Cont Aux Charcoal Backup Fuse 30 N.A. Filter Fan IB IMXNA-28 Primary Bkr 25 45 0 75A Lighting Pnlbd ILR7 Backup Fuse 25 N.A.
l, t 1MXNA-2C Primary Bkr Lighting Pnibd ILR8 25 45 0 75A Backup Fuse 25 N.A.
1HXNA-20 i Primary Bkr 20 45 0 60A Ice Cond AHU 1A14 Blower B Backup Fuse 20 N.A.
i IMXNA-2E Primary Bkr 20 45 @ 60Ai Ice Cond AHU 1A15 Blower B Backup Fuse 20 N.A.
EL42109M
- ----_-.-----.----.a
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION C0sDUCTOR OVERCURRENT PROTECTIVE DEVICES i
TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED i 2. 600 VAC-MCC (Continued)
. 1MXNA-3A Primary Bkr 20 45 @ 60A 2 Ton CRDM Hdlg Jib Crane Backup Fuse 20 N.A.
IMXNA-38 Primary Bkr 30 45 @ 90A Containment Air Compressor Backup Fuse 30 N.A.
SMXG-F3G Primary Bkr 20 45 0 60A Standby Makeup Pump to Backup Fuse 20 N.A. Cont Sump Isol Vlv 1NV1012C SMXG-F4G Primary Bkr 20 45 0 60A Standby Makeup' Pump to NC Backup Fuse 20 N.A. Pump Seals Isol Vlv INV1013C IMXNA-3C Primary Bkr 20 45 @ 60A NC Pump Motor Drain Tank Backup Fuse 20 N.A. Pump No. 1 d
- IMXNA-3D
, Primary Bkr 20 45 @ 60A Ice Cond Equip Access Door IB i Backup Fuse 20 N.A.
SMXC-70 Primary Bkr 15 45 0 45A Unit 1 Personnel Lock i Backup Fuse 15 N.A.
EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES l
i TRIP SETPOINT OR RESPONSE 1
CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 2. 600 VAC-MCC (Continued)
SMXA-F4A Primary Bkr 15 45 @ 45A Unit 1 Emergency Personnel Lock i Backup Fuse 15 P.A.
! IVLB-1A i
Primary Bkr 200 250 0 600A Alt. Source VL Backup Fuse 200 N/A Unit 1A IVLB-1B l Primary Bkr 200 250 0 600A Alt. Source VL 1 Backup Fuse 200 N/A Unit IB IVLB-1C
- Primary Bkr 200 250 @ 600A Alt. Source VL
- Backup Fuse 200 N/A Unit IC I
IVLB-10 Primary Bkr 200 250 @ 600A Alt. Source VL j Backup Fuse 200 N/A Unit ID ,
IVRB-1A Primary Bkr 100 110 0 300A Alt. Source VR
- Backup Fuse 100 N/A Unit 1A IVRB-1B Primary Bkr 100 110 @ 300A Alt. Source VR Backup Fuse 100 N/A Unit IB EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONOUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 2. 660 VAC-MCC (Continued) l IVRB-1C Primary Bkr 100 110 @ 300A Alt. Source VR Backup Fuse 100 N/A Unit 1C 1VRB-ID Primary Bkr 100 110 @ 300A Alt. Source VR Backup Fuse 100 N/A Unit 10
, IVTB-1A Primary Bkr 20 45 0 60A Alt. Source VT Backup Fuse 20 N/A Unit 1A IVTB-1B i Primary Bkr 20 45 @ 60A Alt. Source VT
]
Backup Fuse 20 N/A Unit IB
- 3. 600 VAC-Press Htr Pwr Pnls
! Backup Press Htr Pwr 1 Pnl 1A-1A Pressurizer Heaters Primary Bkr 90 110 @ 270A Backup Fuse 90 N.A. 1, 2, & 22 Backup Press Htr Pwr Pnl 1A-1B e Primary Bkr 90 110 0 270A Pressurizer Heaters Backup Fuse 90 N.A. 5, 6, & 27 i
EL42109M
. - . . -.. - - .. - - . - - . . .-.~ .- .- ._ .
4 ATTACHMENT'1 (Continued)
UNIT 1 CONTAllWENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES' TRIP StIP0 INT OR -RESPONSE CONT. RATING TIME OEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 3. 600 VAC-Press Htr Pwr
) Pnis (Continued) i Backup Press Htr Pwr
- Pn1 1A-1C
] Primary Bkr 90 110 0 270A Pressurizer Heaters j Backup Fuse 90 N.A. 9, 10, & 32 Backup Press Htr Pwr i Pn1 1A-2C l Primary Bkr 90 110 9 270A Pressurizer Heaters >
Backup Fuse 90 N.A. 11, 12, & 35 ,
Backup Press Htr Pwr Pnl 1A-20 i
Primary Bkr 90 110 0 270A- Pressurizer Heaters Backup Fuse 90 N.A. 13, 14, & 37 '
a Backup Press Htr Pwr i Pn1 1A-2E
} Primary Bkr 90 110.0 270A Pressurizer Heaters a.
Backup Fuse 90 N.A. 17, 18, & 42
) Backup Press Htr Pwr
! Pnl 18-1A
. Primary Bkr 90 110 0 270A- Pressurizer Heaters l Backup Fuse 90 N.A. 21, 47, & 48 ,
)
i j EL42109M ;
j .i
M ATTACHMENT 1-(Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE
- CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 3. 600 VAC-Press Htr Pwr
!. Pnls (Continued)
Backup Press Htr Pwr i Pnl 18-1B Primary Bkr 90 110 0 270A Pressurizer' Heaters
- Backup Fuse 90 N.A. 26, 53, & 54 '
4 Backup Press Htr Pwr i Pnl IB-1C
- Primary Bkr 90 110 0 270A Pressurizer Heaters li Backup Fuse 90 N.A. 31, 59, & 60 Backup Press Htr Pwr Pnl 18-2C Primary Bkr 90 110 0 270A Pressurizer Heaters l Backup Fuse 90 N.A. 36, 65, & 66 j Backup Press Htr Pwr i Pn1 18-20 i Primary Bkr 90 110 0 270A Pressurizer Heaters _.
i Backup Fuse 90 N.A. 41, 71, & 72
- Backup Press Htr Pwr r Pnl 18-2E Primary Bkr 90 ~110 0 270A Pressurizer Heaters Backup Fuse 90 N.A. 46, 77, & 78 i
! EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 3. 600 VAC-Press Htr Pwr Pnls (Continued)
Backup Press Htr Pwr Pnl IC-1A Primary Bkr 90 110 0 270A Pressurizer Heaters Backup Fuse 90 N.A. 7, 8, & 30 Backup Press Htr Pwr Pnl IC-1B Primary Bkr 90 110 0 270A Pressurizer Heaters Backup Fuse 90 N.A. 19, 20, & 45 Backup Press Htr Pwr Pnl IC-1C Primary Bkr 90 110 @ 270A Pressurizer Heaters Backup Fuse 90 N.A. 24, 51, & 52 Backup Press Htr Pwr Pnl IC-10 Primary Bkr 90 110 @ 270A Pressurizer Heaters-Backup Fuse 90 N.A. 29, 57, & 58 Backup Press Htr Pwr Pn1 1C-2C Primary Bkr 90 110 @ 270A Pressurizer Heaters Backup Fuse 90 N.A. 34, 63, & 64 e
EL42109M
m i
- ATTACHMENT 1 (Continued) 4 UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES
j TRIP SETPOINT OR RESPONSE j CONT. RATING TIME
- DEVICE NUMBER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED j
i 3. 600 VAC-Press Htr Pwr i Pnls (Continued) ,
. Backup Press Htr Pwr
) Pn1 1C-2D i Primary Bkr 90 110 0 270A Pressurizer Heaters
! Backup Fuse 90 N.A. 39, 69, & 70
. Backup Press Htr Pwr
! Pn1 1C-2E 5
Primary Bkr 90 110 @ 270A Pressurizer Heaters Backup Fuse 90 N.A. 44, 75, & 76 l Backup Press Htr Pwr l Pnl 10-1A i Primary Bkr 90 110 0 270A Pressurizer Heaters i Backup Fuse 90 N.A. 3, 4, & 25 l
1 Backup Press Htr Pwr i Pnl 10-1B j Primary Bkr 90 '110 0 270A Pressurizer Heaters '
Backup Fuse 90 N.A. 15, 16, & 40 Backup Press Htr Pwr Pn1 ID-IC Primary Bkr 90 110 0 270A Pressurizer Heaters Backup Fuse 90 N.A. 23, 49, & 50 e
EL42109M
1 ATTACHMENT 1 (Continued)
, UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES 4
TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
! 3. 600 VAC-Press Htr Pwr
- Pn1s (Continued) i MCC SMXG-FSA Primary Bkr 90 110 0 270A Pressurizer Heaters Backup Fuse 90 N.A. 28, 55, & 56 i
j Backup Press Htr Pwr
- Pnl ID-2C Primary Bkr 90 110 0 270A Pressurizer Heaters i
Backup Fuse 90 N.A. 33, 61, & 62 i Backup Press Htr Pwr j Pal 1D-20
! Primary Bkr 90 110 0 270A Pressurizer Heaters l Backup Fuse 90 N.A. 38, 67, & 68 l
j Backup Press Htr Pwr i Pnl 10-2E Primary Bkr 90 110 0 270A Pressurizer Heaters Backup Fuse 90 N.A. 43, 73, & 74 ,
- 4. 120 VAC-Panelboards
, 1KM-1 Primary Bkr 30 45 @ 90A RCP IB Space Htr Backup Fuse 30 N.A.
I EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES -
TRIP SEIP0lNT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 4. 120 VAC-Panelboards (Continued) 1KM-2 i Primary Bkr 30 45 0 90A RCP IC Space Htr Backup Fuse 30 N.A.
IKM-28 Primary Bkr 20 35 @ 60A Cont Spray Sys Rh Trans Backup Fuse 20 N.A. INSMT 5400
, IKM-30 Primary Bkr 20 35 @ 60A Cont Spray Sys Rh Trans Backup Fuse 20 N.A. INSMT 5410
, IKN-1 Primary Bkr 30 45 @ 90A RCP 18 Space Heater Backup Fuse 30 N.A.
1 IKH-2 Primary Bkr 30 45 @ 90A RCP 1D Space Heater Backup Fuse 30 N.A. .,
IKN-25 Primary Bkr 30 45 @ 90A Incore Inst Dehus. #1 Backup Fuse 30 N.A.
i 1KN-27 Primary Bkr 20 35 0 60Ai Fuel Handling Control Backup Fuse 20 N.A. Console EL42109M
ATTACHMENT 1 (Continued)
UNIT 1 CONTAINMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES TRIP SETPOINT OR RESPONSE CONT. RATING TIME DEVICE NUMBER & LOCATION (AMPERES) (SECONOS) SYSTEM POWERED
- 4. 120 VAC-Panelboards (Continued)
IKN-29 Primary Bkr 30 45 @ 90A Incore Inst Dehus. #2 Backup Fuse 30 N.A.
- 5. 240 VAC-Heat Trace IEHT NI CB1 Primary Bkr 100 110 9 300A Trace Heat Pnl Bd Backup Fuse 100 N.A. IEHTNIA2 1EHT NI CB2 Primary Bkr 100 110 @ 300A Trace Heat Pnl Bd Backup Fuse 100 N.A. 1EHTNIB2
- 6. 250 VDC-Lighting RB Deadlight Pnlbd IDLD #1 Primary Bkr 20 40 0 60A Ltg Pnl Nos. ILR1 & ILR2 __
Backup Fuse 20 N.A.
RB Deadlight Pn1bd IDLD #3 Primary Bkr 20 40 0 60A Ltg Pnl Nos. ILR4, 1LRS, &
Backup Fuse 20 N.A. ILR6 EL42109M
1 ATTACMENT 1 (Continued)
UNIT 1 CONTAIMENT PENETRATION CONDUCTOR OVERCURRENT PROTECTIVE DEVICES -
TRIP StIPOINT OR RESPON5E CONT. RATING TIME DEVICE NUEER & LOCATION (AMPERES) (SECONDS) SYSTEM POWERED
- 6. 250 VDC-Lighting (Continued)
RB Deadlight Pnlbd IDLD #4 Primary Bkr 20 40 0 60A Ltg Pn1 Nos. ILR7, ILR8, &
Backup Fuse 20 N.A. ILR9 RB Deadlight Pnlbd l IDLD #6 l Primary Bkr 20 40 0 60A Ltg Pnl Nos. ILR12 Backup Fuse 20 N.A.
RB Deadlight Pnlbd 1DLD #7 Primary Bkr 20 40 9 60A Ltg Pnl Nos. ILR16 Backup Fuse 20 N.A.
RB Deadlight Pnlbd IDLD #9 Primary Bkr 20 40 9 60A Ltg Pnl Nos. ILR18 & ILR17 Backup Fuse 20 N.A.
e EL42109M i
i